Text

Forwards First Draft Tech Specs.Justification to Support Proposed Changes Provided in Separate Encl Package
	ML18038A036
Person / Time
Site:	Nine Mile Point
Issue date:	08/02/1985
From:	LEMPGES T E; NIAGARA MOHAWK POWER CORP.
To:	BUTLER W; Office of Nuclear Reactor Regulation
References
	(NMP2L-0460), (NMP2L-460), NUDOCS 8508070039
	Download: ML18038A036 (1468)
	v • d • e

IRE4ATGINFORMATIONDISTR'IS~ONSTEM(RIDS)ACCESSIONNBR;8508070039DOC~DATE!85/08/02NOTARIZED;YES'OCKETFACIL'!50410Nine'ilePoint.NuclearStationEUnit-.2<NiagaraMoha05000410AUTH,NAMEAUTHORAFFILIATIONLEMPGESgTDE,NiagaraMohawkPowerCorp.RECIP~NAMEREClPIENTAFFILIATIONBUTLERil'leLicensingBranch2

SUBJECT:

Forwardsfirst,draft-TechSpecs'ustificationtosupportproposedchangesprovidedinseparateenclpackage.'ISTRISUTIQNCODE:S001DCOPIESRECEIVED;LTRgENCLSIZE:TITLE:Licensing-SubmittliPSAR/FSARAmdtsLRelated-orrespondence'OTES:RECIPIENT'DCOOK/NAMENRR/OL/ADLNRRIL82LAINTERNAL!ACRS41KLO/HDS3IE/DEPER/EPB36NRRROKgM~LNRR/DE/CEB11NRR/DE/EQB13NRR/DE/MEB18NRR/DE/SAB24NRR/DHFS/HFEB40NRR/DHFS/PSRB,NRR/DSI/AEB26NRR/DSI/CPB10NRR/DS1/ICSB16"NRR/OSI/P8819NRR/OSI/RSB23RGN1-EXTERNAL:24XDMB/DSS(AMDTS)NRCPDR02PNL<GRUEL'ERCOPIES-LTTRENCL101-061-1~1121-1.111111-311~RECIPIENTIDCODE/NAMENRRLB2BCHAUGHEYzM01ADM/LFMBIEFILEIE/DQAVT/QA821NRR/DE/AEABNRR/DE/EHESNRR/DE/GB28NRR/DE/MTEB17NRR/DK/SGEB25NRR/DHFS/LQB32NRR/DL/SSPBNRR/DS1/ASBNRR/DSI/CSB09NRR/DSI/METB12NRR/DSI/RAB2204AMI/MI8BNL(AMOTSONLY)LPDR03NSIC05COPIESLTTRENCLkk'W1111111111111lg11@TOTAlNUMBEROFCOPIESREQUIRED:LTTR52ENCL l',.e4'QwaIIr~fl~a'f<<~'lq.tlLII,>rjt,fth)+>>)II'lII\'lfl4Ie~fIo.=~Jffe'Ic')fICIItr~~C"1'llIllfI>>j(lVI*W"Nk,$4lI,5)llfl)f"f)fr,f<<~I'If)IfS4.'<<".qf<>1I$),fJf.')IJ.,fig<<X>>5>>l>><<l~C>>HI,WIII',;::r~AIIIIhII~I,IIy~'alki.iff<<)')),3)!>>I,P5))I,Ir'.I,]')'$P$l'allXI<<'I~hl)114"Il,x'Wl<<,Wr;~I*Aj'SlipIll>>II>>It>>

NIAGARAMOHAWKPOWERCORPORATION/300ERIEBOULEVARDWEST,SYRACUSE,N.Y.13202/TELEPHONE(315)474.1511August2,1985(NMP2L0460)Mr.WalterButler,ChiefLicensingBranchNo.2U.S.NuclearRegulatoryCommissionWashington,DC20555

DearMr.Butler:

Re:NineMilePointUnit2DocketNo.50-410Enclosedareseven(7)copiesoftheNuclearRegulatoryCommission'sfirstdraft(July19,1985)oftheNineMilePointUnit2TechnicalSpecifications.Thesecopieshavebeenpenandinkmarkedtoshowourcommentsandproposedchanges.Justificationtosupportourproposedchangeshasbeenprovidedinaseparateenclosedpackage.Verytrulyyours,T.E.LempgesVicePresidentNuclearGenerationTEL/rlaEnclosures08496xc:R.A.Gramm,NRCResidentInspectorProjectFile(2)8508OyPgg.OO~9'8508'BLOCK'OSDOOy'"p'DQ'

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.j'oUNITEDSTATESOFAMERICANUCLEARREGULATORYCOMMISSIONIntheMatterofNiagaraMohawkPowerCorporation(NineNilePointUnit2)DocketHo.50-410AFFIDAVITT.E.Lempges,beingdulysworn,statesthatheisVicePresidentoN>agaraoawowerorporation;thatheisauthorizedonthepartofsaidCorporationtosignandfilewiththeNuclearRegulatoryComnissionthedocumentsattachedhereto;andthatallsuchdocumentsaretrueandcorrecttothebestofhisknowledge,informationandbelief.Subscribedandswor~obefoYorkandCountyof~me,aNotaryublicinandforthStateofNew,thisdayof~1985.Notaryubic>nandorCounty,HewYorkMyCommissionexpires:GAlLM.A8ERNttotaryPublicIntheStateoiHewYo5tlQualifiedinOnondattaCountyMyCornasisslonfasriresMarsh30,55r~

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INDEXLINITI"fGCONDITIOHSFOROPERATsONANDSURVEILLANCEREOJ'R="=ITSS=CTIGii~3/4.8ELECTRICALPOKERSYSTEHS3/4.8.1A.C.SOURCESA.C.Sources-Operating.A.C.Sources-Shutdowns~~~o~~~~~~~~~~~~~~~~~~~.3/4.8.2D.C.SOURCESD.C.Sources-Operating.................D.C.Sources-Shutdown..3/483ONSIEPOMERDISTRTBUT":ONSYS-EBSPAGE3/48"1e/48P'/48"~173/48-3P213/4.8.4Disribution-Operating......Oisribution-Shudown.ELECTRICALE(U'HEHTROTE'IVEDEVICESA.C.CircuitsInsidePriŽaryContainment.....Pri-aryContainmentPenetrationConductorOvercurrentProteciveDevices..3/48-~'23/48-~243/48-WI2S3/48-m~~II~~~~v~~~~~~vU~\'w%4~Kec,~cRe"carproeecoicnSyseemrpowerSupplyMonitoring.....'/4S~ISa(SCRVfSoleno~ch) pan't~*~~laF~aah~~,~\~~~a~-~~~-~~Fa~C0~~~~~~~~t~~~~~~I~~~~~Aa~~~~t~~~~~~~~~~~~~~~~r~~~~~~~~j~$EhF~'"~a~~g~~~~~~~~ar4haa~t~-h~~~~r~FC~~~~~)F4.:',~th~h~at*~Fth)a~~~t~~~~~rt~t-'.'A.,'ha"-'tv~I~~~~.ramFQr~~~~~.~~ht~r~~ir~th~~~~~F~h'.!~r'~~~a~~r~~~a~I~,4~'rt'~~~a~-~

DiDEXLIMITINGCQNOITIOHSFOROPRATIONANOSUR/'EIL(LAHCEREOUIREMEHTS3/4.9."-CQYHUNECAT<<OHSt~~~~~~~~~~~~~~~~~~~t~~~~t~~~~~~~~~~~~t~3/4.9.aREFUELING'LATFORM.............................;......SECTION3/4.9RE;"5'E'NGOPERATIONS3/4.9.1REACTORMOOESMITCH...................................3/4.9.2EHSTRUMEHTATIOH................,.............3/4.9.3CDHTROLROOPOSETIOH............................;.....<</4trt4OE(tAYILl1Et~~~~~~~~~~~~~~t~~~~~~~~t~~~~~~~~~~~~~t~PAGE3/49-13/49-33/49-:"3/49"53/49-73/49"83/4.9.7CRANE(RAYEL-SPENTFUELSTORAGEPOOL.......,.....3/49"93/4.10.:-3/4'.10.iOXYGENCNCEHTRATLON...(RAII'lIl'IGSTARTUPS.......3/4.9.8MAirRLP/EL.-R~~RCTORYESSEL..........................3/4;9.9MATERL=/E'PENTFUESTORAGEPOOL-.3/4.9.10CONTROLROORBlOVALSingleControlRociRemoval............................MultipleControlRodRemoval..3/4..11RESIDUALHEATRBiQYALANOCOOLANTCIRC(JLATIOHHjoh2erIve1onttcverLvve1~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~LowMaterLevel................-gf4~~~EM~3/4o10SPECIALTESTEXCEPTIONS3/4.10.1PRL'6RYCQHTAIHflEHTINTEGRITY~/4.10.2ROOSEQUENCECONTROLSYST&(3/4.10.3SHUTDOWNMARGLHOB'.Ot/STRATIONS.....-..../4;10.4RECIRCULATIONLOOPS.3/49-1049-113/49-123/49-143/49-le3/410-13/410-23/4(0-33/410-43/410"=~/<10"6%1P-UNIT2tv(to4 h~~~e~".~~~~~~~~-e~~~~~~~~~~~~~\II~S~\~~Ie~~~~e~~~'I~~~e~~\~s~~CI~~~~~~~~~eWSev~I~~ve~-~,~~~~~~e~~~.~~Se~~e~~~~~~~~I~e~~q~.v.eWeevee6ee~'V:~~I~teI~,'1S~ewee'~~eV~~est~S~S~

LIffITINGCONOIONSFOROPERATIONANOSURVEILLANCEREOUIRBfEMTS3/4.11,1~~EFFLUEMTS3/4.11.1LIgUIOEFFLLlEhlTS................................................3/4.11.2GASEOUSEFFLUENTS...............................................3/4.11.3SOLI'A0IOACTIVEOJASTE...3/4.11.4TOTAL0OSE.........................;..........3/4.12RAOIOLOGICALEhlVIkONfEMTAL,ffOMITORING3/4.12.l,i(OMITORINGPROGRAM(./4o12o2LANOUSECENSUS@~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~o~~~~~~~~~33/4.12.3INTERLABORATORVCOMPARISONPROGRA<f3/411-13/411-83'/411-193'/411-203/412-13/412-133/412-14iVAIP-UNIT2x(aj gl~~~~~~~~1~~~~~~~~4I~~~~'~~~1~~~~~~~~~~~~l~I~~~\~~~~~~~)I'~'I~~~~'1t1~~~'~I,~,YI~l~~~~l~~~~~I)*g\*1I~~4~1~~~~~I~~I~~,~~1~~I~~P1~l~,'1~'I~1I~~~~~I~~~S~~~~~.~~~~~I~~'fhe~I/~~/II1l1l~~~~~~~~~tl>>1;~~'

BAScS3/4.1.1SHUTDOWNMARGIN...............3/4.1.2REACTIYItYANOMALIES..-...........................3/4.1.3.3/4.1.43/4.1.5CONTROLRODS...............CONTROLRQOPROGRAMCONTROLS...........STANDBYLI(UIDCOHTRQLSYSTEM%.....,....~l0~~~~~~~3/4.2POWDERDISTRIBUTIONLIMITS3/4.2.1AYERAGEPLAtlARLINEARHEATGENERATIONRA"tco~~~~~~~~~~~~o~o~o~~~~~~~3/4.2.2APRMStPOIHTSSFCiIONg/0APICABIItv~~~~~~~~~~~~'~~~~~~3/4.1REACTIYITYCONTROl.SYSTEMSPAGE83/40"183/4l-l83/4l-l83/41-283/41-383/41"483/4Z-l83/4Z-Z3/4.2.3MINIMUMCRITICALPOWERRATIO.....................83/4Z-43/4.2.4~ltILINEARHEATGENERATIONRATE~t,111483/42-5'/4.tl~t".UMEHTATION3'/4.3.1REACTORPROTECTIONSYST&c.IHSTRUMEHTATIOH........83/43-1'/4.3.2iSOLAtiQNACTUATIQHINSTRUMENTATION..............83/43-Z3/4.3.3@EMERGENCYCORECOOLINGSYSTEMACTUATIONIHSTRUMEHTATIQH......................8-/43-2'E"iRCUVtIOtlPUMPTRIPACTUATIQt(IHSTRUMEHIATIOH...83/43-33/4.3.5R"ACTORCOREISOLATIONCOOLINGSYSTEMACTUATIONIHSTRUMEHTATIQN........................83/43"43/4.3.6CONTROLROOBLOC'(iNSTRUMEtlTATIOH.83/43-4

'weelp~eIgeeeep~~al~)~yr~~4~vr'e~Sl~~I~I,'veeI~rrI'fevIpvIIlv~I~~rip:-*~~~.~~~~~~~~epee~~\~r~~~e~r,~~-vvv~~e~~v~e~~-~~r1'>>~'rr~~ee~~~~~~'eee<>,C~e'eeIeII~~,vy~~~~~~~~~velIIv~epy BASESINDEXEErTIDNiHSTRUMEHTATiON(Continued)3/4.3.7MONETORiHGiHSTRUMEHTATiONRadiatioriMonitoringinsrumentation............SeismicMonioringinsrmenation..............~wv~V~vw~W'w~Remo.eSnu'ownMIonioringins.rumentation......AccioentMon;toringinstr@;,entation.............SourceRanceMoni.orsTraversingIn"CoreProbeSvstem.......PAGF83/43"4S3/43-483/4a3/4i/C'woIJwwII~~a~'~~~~~~~3/4."-.84/c30TUR""iNEOVERS?EEDPROTECTiONSYSTŽ"I..P'NTSYSTEMSACTUA)'QN'HTRUMEHTATiNo~~~~~~~~0FireGetecioninstrumentation..................Loose-Par.Detec.ionSvstam............3/483/4B3/433/4two~wQ3-6wQ3/c."R"ACTORCOO)LANT~STEM3/4.4.1RECiRCULATiONSYSTEM%~~~~~~~~~~~~~3/4.4.2SAF=)Y/R'::"."VAVES93/44-13/4.4,33/4.4.43/".c.S/PA3/4.4.73/4.4.Qw~/C40.')MPwUNET"~m~WRf)REACTORCOOLANTSYSTEML=Yv'-GLeakace"etecionSystems...Operat'.onalLeakaoe.....C:":EMiSTRYSPECi?iCACTiViTY..PRESSURE/TE?<PERATURELiMiTS.MAHTE.-'.MLHE:SOLATiONVALVE.......STRUCTURALiHTEG?iT)YRESiDUAL;".=47RE)OVAL..X1'.33/44-2-'-2R'2/~~c2B3/44-33/"4-433/c3/c9".'~4-<-5

)/~/l(~~a(Iv-QgC'~IV@~1/~~/a~r/~~~~~g'w.TI~lA~~~~~~~~r~~Irr~AwDr~~~I~~/l~'VI~~I~~~~~~~~~~'I.~~~~l~~~<</I~1)*It~~~II~~~/~'v~rI/rr(CIv~~,~v~>>I~l~~~~~r~~'I~~/~~~~~~~rr'I~~I~//~'~~~~~l~~~~~~~~~~/rj//Il+~~~~~~~~(l~I/rglI~pl(]Jr,(r~l~~~~~~~~,I~vrl~/I~/~/~~~~~.~~~~~/~~~~I~~~~A/'I.'I~'V~l!~~~~~V~~'l~~('I/(~~~'l~~~I~/'

""ASESItiOEXSECiION3/'..5EMERGcHCYCORECOOLINGSYSTcHSPRGc3/4.5.1/2ECCS-OPERATIHGancfSHUTDOWN....................B3/45-1POOL3/4.5.3SUPPRESSIOH~BERBq/gc23/4.5CQHTAiHMEHTSYS)cMS3/4.6.IPRIMARYCQHTAIHMEHTPrimaryContainmentintgr',-'y....................83/4o-1PrimaryContainmentLeakaae..............53/46-1<<Lk<<~~~~~~~~~~~~~~~~~PrimaryContainment5ructuralintegri.y.........53/46-2QrvweliandSuooresaionChciADerinternal4/4.D.2Pwc!t-ttt<<Ievvur~~~~~~~~~~~~~~~~~~~~~~~Qrnve11AverageAirTemoeraure..............P/I.una".uCoetai)InI~.-.PurgeSysem.~~~I<<V<<v~<<~~<<OEPRESSURI"'RTiOHSYST~c..S..............B3/46-ZI....B3/45-Z53/46-2vv93/46-33/4.6.3PRL'WRYCQHTAIHMEHTISOLA'QHYALVES.............83/46"5I3/4.6.43/4.b.5YACUUi1RELIVE(~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~REACTORHUILOINGv<<Vi8~/4o"o83/46-53/4.6.6?RMARYCONiAINMENiAiMOE?HERECONTROL...........6:./-".6-6/4.7PLANTSYST&c.S3/4.7.1/3/4.7.32ERVIC='rIATtERSYST"RS;OPERATING.48Q.SNTWW......OUTDOORAIRSPECIALFILTERTRAINC"HTQLRQQM".".".Ž".~~QP%~~~~~~83/47-103/4i"'/4.74.3/~.7.=REACTORCQRcISQLRTIIOHCQQL:HGSYSTEM............83/47-1"./'HUEBvi've~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~'4vl/NYtP-(JNIT2~4~~7r,)X111 p\pl%A~QCJ~53~~~~~1~~~~~~~~~r~~~V~'rQg/0~~~~0~~~P'~.t,(g<<I~~\~~~~~1~~4~~~Vg~~~~~~~<~~I>~~r~'rr1WW~~\~~~\~~~0~~~~~~l'v'k~~~~~~~~~~~~~~~~~~~~>~~~~~A~y~~~~~~~l"~a/Ag'h&+~%~~'N1(In~~~r~Sqr~i%'""r.~~i~r'1ltr~I~'41'islll~tvvtl+~~~

BASESINDEXSiiTjONPLANTSYSTEMS(Ccntinued)PAGc3/4.7.6SEALEDSOURCECONTAMIHATION.....................~83/47-33/477FIRESUPPRESSIONSYSTEMS83/4733/4.7.8FiRERATcDASSEMBLIES...3/4.7.9AREATEMPERATUREMONITORING.....................83/47-4I83/47-43/4.7.10MAINTURBINcBYPASSSYSTEM/...........,.....'......83/47-43/4.8ELECTRICAIPO'n'ERSYSTEMS3/4.8.1,3/4.8.2and.3/4.8.3A.C.SOURCES,D.C.SGUPCESandONSiTcPOMER0ISTRIBUTIQHSYSTEMS3/4.8.4ELECTRICALE/UIPMEHTPROTECTIVEDEVICES.........3/4.9REFUcLIHGOPERATIONS3/4.9.1REACTORMQOESMITCH.3/4.9.2INSiRUMEHTATIOH....3/4..3CONTROLRODPOSiTION............................<</o9o4DECAYTLMEs~~~~~~~~~~oo~~~~~~~~~~~~/4..5CQMMUNICATIQHS........................3/4.9.6REFUELIttGPLATFORM..............................3/4.9.7CRAt'ETRAVEL-SPENTFUELSORAGcPOOL............3/4.9.8and3/4.9.9WATERLVEL-REACTORVESScLand'rlATERLYE'5?HTFUELSTORAGcPOOL.......3/4.9.10CQt(TROLR00RcŽMOVAL.............................83/48-183/48-383/4o-183/49"183/49-183/4o-l83/49-183/49-Z83/49-283/49-283/49-23/4.9.IllRESIDUALHEATREt10VALANOCOOLANTCiRCULATiON...83/49-ZNMP-UNIT3~~~QiV5)X1V eJle~~~iC~\e~~~~e~~e~~ee~~~~~e~~'~~e~eeeH~~~~~~~~~e~ee~~~~~meI~~~ee~~~~~<<~~~~~~~~~~~~~~~~e eASESSiCTION3/4.10SPECIALTESTEXCEPTIONS3/4,10.1PRIMARYCONTAIHMEHTINTEGRITYPAGE83/410-13/4.10.2ROOSEQUENCECONTROLSYSTEM...........83/410-13/4.10.3SHUTOGWNMARGINDEMONSTRATIONS.83/410-13/4.10.4RECIRCULATIONLOOPS....'..,...83/410-13/4.10.5OXYGEHCOHCEHTRATIOH.........83/410-13/4.10.5TRAIHIHGSTARTUPS........................83/410-13/4.11RAOIOACTIVEEFFLUENTS3/4.11.1LIQUIOEFFLUENTS......................83/4ll-l3/4.11.2GASEOUSEFFLUEhlTS3/4.11.3SOLIDRAOIOACTIVENASTE..................3/4.11.4TOTAL0OSE........3/4.11.12RA'OIOLOGICALENVIRONMENTALMONITORING83/411-183/411-583/411-63/4.12.1MOhlITORIhlGPROGRAM.....................,.....83/412-13/4.122LANDUSECENSUS...........................83/412-2

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INOEXDESIGHFEATURESSECTIONPAGE5.15ETEExcluslonArea................................c-1LowPopuIatlonZone........................................5.2CONTAEHMEHTCoomphrsirr+vroTlgurctlono.~0~..~~~00000~~~0~~~~~000000~0~0~~~~.00....~c>>1DesignTemperatureandPressure..SecondaryContainment.5.3REACTORCOREc>>1c>>I'uelAssemblies..................Contm1RodAssemblies.....................~~~~000~~~~C>>g>>REACTORCOOLAHTSYSTEM/DesignPressureandTemperature...5-4Vo1ume....~00~~~~~~~~~~~~~~~~~~~~C>>g5.5METEOROLOGICALTONERLOCATION..............................c>>5FUELSTORAGc.CrltlCaI1i'~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~0"ralnaoe.....~~~~~00~~~~00~~~~~~~0~~~~~~~~~0~0~~~c>>5Capacltjo~~~~~~5.7COM.OHcHTCYCL>CORTRAHSiEHTL>MET.c>>5Ki<P-(JHIT2~c=~(ERR/"=)0XVi

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ADMINISTRATIVECDHTROLSIHOEXSECTEON6.1RESPONSIBILITY.~~~~~~~~~~~~~~~PAGE6-16.2ORGANIZATION............,.6.2.16.2.2OFFSITE..FAC1LITY4%47-STAFF.....FACTLITY6.3~STAFFOUALIFICATIONS6.4TRAINIHG..6.5RPlIEWAHDAUDITSITEPERATIONSREVIEWCOMh(ITTEE6.5.1FUNCTION..COMPOSITION.........ALTERNATES....MEETINGFREQUENCY.'............QUORUM.[SORC)6g76-76"7~~~~~~676-76~g6~8RESPOHSIBILITIES.AUTHORITYo~~~~i~~~~~~~~~~~~~~~~~~RECORDS~~~~~~~~~~~~~~6-86-96-9Nh!P-UNIT2wWRl'~)-XVll WJ~A>%I%~~iA~8~~~J0~~(V~~~~~~~0~~~~~~~~~~~.fB/v2)t!-c.icnC'1C~>i-<<1(~1~C'~~~~1~~~~1~~~~~~~1'~~~~~~~~~~~~1~~~1~~~~~~~~~1~~1~1~~~~~1~1I~~1~~~~~~~~~~~~~~~~1r~J~~~J~~~*'1t~~~~1~~11~I1~~~>1~~~1~~~~~'t~~~~~1~~~e~~1PWAtlilP'1~~~~9~N~~1~I~11-~~~~c"M'>t".~~.i!~J4'.OV.'g1+@~~I'~\~~~~11~".";-aQw.(~1~~~'~~~14~~~~~~1~I0~~'I~m~
AOMIHISTRATIVECONTROLSSeCTIONTECHhlICALREVIEMAhlOCONTROL6.5.2PAGE~~~~~~~~69CTIVITIES~~~~~~~~~~~~~~~~~~~~~~~~~~~o~a~i~~~o~~~~~~A6.5.3SAFETYREVIEMANDAUDITBOARD(SRA8)..............6-11FUNCTION..........CWPOSITIOM....ALTERhlATES........CONSULTANTS.......MEETINGFREQUENCY.gUORUhf............REVIEttl............AUDITS.......,..AUTHORITY.........RECORDS...........~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~0~~~~~~~~~~.6-116-12.6-12.6-126-126-126-136-146-156-156.6REPORTABLEQCCURREHCEACTIOH.6.7SAFeiYLIMITVIOLATION...6.BPRQCEOURES6.9REPORTINGREOUIREMEHTS6.9.1ROUTINEREPORTS~~~~~~~6-16~6-166-16~6-176-17~~A~6.9.2FIREPROTECTIOhlPROGRAh(AMOREACTIVITYAMO<NLIES6.9.3SPECIALREPORTSREPORT6-226-236.10RECQRORETENTION,6.11RAOIATIONPROTECTIONPROGRAM.6.~%HIGHRAOIATIONAREA(Optional).QWRF5-)NMP-UNIT26.13FIREPROTECTIOMINSPECTION....6.14SYSTB5INTEGRITY.............'l'h~+0~~~~~~~l(1p0'~Q~~~~~~~~~~~~~~6-25.6-266-266-286-28~~
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1.0OE.=:H.'TIQHS'ne'oilcwinatermsaredefinedso-that;uni=orm-ine>>preta".cnofthesespeciii-eapplicablethroughouttheseTechnicalSpeci=ications.ACT'lONLlACTiONihallbethatpar.ofaSpecificatioowhichprescribesremeo1almeasuresrequiredunderdesigna.edconditions.AVERAGEPLhtARDPQSURE'.2The.AVERAGEPLANARE:(PQSURc'shallbeapplicabletoaseciicplanarheightandisequaltothesumofheexposureofalltheiuelrodsinthespecified.bundleatthespecifiedhe'ghtdividedbythenumberofiueirodsinthefuelbundle.AVERAGEPLANARLrNEARHBlTGENERATIONRATEa~TheAVERAGEPLANARLrHEARHEATGENE%ATQHRATE(APLuGR)shallbeapoiicabietoaspecificplararheightandisequal.othesumcftheLrHEARHEATGEHERAT'OHRAicoralltheiueirodisinthespeciiiiedbundleatthes"ecif',edheiahtdividedbythenumberoffuelrodsinthe,ueibundle.CHAitNELCALrHRAi'QH~.4AC'r'ANHELCALrBRAi'OHshiaiibetheadjustment,asnecessary,ofthechanneloutputsuchha-irespondswith.'"e.necessary.",angeardac"uracy.oknown,vaII;esoftheparamea>>whichthechannelmonitors.TheCHANNELCALrBRATQHsnailencompasstNeentirechannelincludinghesensorandalarmand/ortripfunciors,anashallincludeiKeC'.-:ANNE'UNCiLONALTol.TheC:hiNNE.CALrBRATTOHmavbepe.fo-.edbyanyseriesofsequential,ove>>iappincortotaIchanrelscps=suchthattheentirechanneliscalibrated.CANNErCHECKAC:-:ANNELCHECKshallbethequalitativeassassmen.ofchannelbehaviordurinao"erationbyoosarvaton.Thisdetarminaionshallinclude,wnero,possi5Ieicompariscncfthechannelirdicaticnand/orstatuswithiotherindicationsarid/orstatusda>>ivedfromindependentinsrumen-channelsmeasurinathesamepar=-aeter.CHANNEL=ACCTQNALTEST1~0AC:-:AiaNE'UHCTQNALTETshallbe:Analogchannels-theiniecionofasimulatadsigraiintothechannelascicsatohesensorasprac-icabietoveriiyOPERABTLrTYincludingalarmanc/ortripunc=icnsandchannel=ailurtrips.b.istabiechaninels-theiniec=ionofasmuIatedsiinalinothesensortoveriiyGP"=,=AaiLTYincludingalarman"'.orripfunctions.TheC.'-.'ANNELFUNCT""HALTESTmaybeperformedbyanysa>>',esofse"uential,over'lappingoltotalciannelstepssuc.'-,-hatheandriechaninelistas.ad.RIP-IPfIT g.4"r!ScIiQua>>~)"~"r'~~S~'9VD3JC')'iC>>.".6$'~.>=Sik@CC'JSU.~)~~:,rII~X,)\Qj'$'ry);2[2~JJIc,2<<crlyl'c~4~crI'I&c6L>I')v~f'>~2II)varII,4V3(,',vl2I~IIrc)Ic'TkMr~I94.f,rp,~Iceggi'II(I>>~'r'2Jhl~4~CI2'ICrr~9)':.'ci,Ti~~Ir'"I>SL2ICII~~I22Crrr~~~lr'44cIw22~~II 1.7CONTAIN~(EhfTLEAKTESTPROGRAJNThe,compnehens~ve~es~go$Wepaunchycoetcueneat.system~mmcLudestypeA,8andCCesNanddecondcvcpco~nmew~n-leatutgedies&.Corfu'.nmentSuskenThe,a~onaLbatniew,a)4.'mWeeeactoecoo~peesameboundaryMatmedesigned,WpreventNexeLeaseo$quesogruukoa~vemateuM~eoLLdhaveasignc.scante5geconAeheaLtho$Nepubic.IC~cLudes:c)Mepnsm~coetcu,nmentskucctatt.e,~ningaccessoperungaandpene~ons;D.)contat'.nmentmo~onvaLves,pres,cLoaedayaCems,ando.thmcompone~usedCoe55ectmoultono$Geecontcu'.nmentatmoaphete$rcomNeoLts~deenv~~)Modesya<emson,po~ono$sya4enu~atby~h~$un~onsextendNepnisnutycoetuinmenta4wctuxebounckvurCoinclude~v)Gee"",Zne.L~~ngaccessopem'.ngaandpen~~ons;andv)DieReacoeBuLLctingPrcoke~onSystemmki.chconsmmo~DieReactor,Ru'RuingVer~onandStandbyGasTee~en,tSystems.b.P~muCo~nmentThe,s4~urte(c&ryveLLandsuppcesa~onchamber,)CiaencLoaesChemajoncomponentso$We.xeactozcooptpcessuxeboun~,asdeoned~n10CFR50.2,designedtocontainambientpxess',eandserveasaZeakagebaruu'.ecagainst4ieunco~oMed.".ceaseo).mNoac,mayCoNeenvumnmeu.'.gP'Prc:%be-Q0.'11Gilh)GAaeconckvcufmaionproduct'co~4fun~one~~nguthenaa~ctutz(Weeeactocbuildingandaux.baua)compZeteZyscuvtoundsAtep~attycoetcu'.nmentandmheLdata.sesameo$0.25inches(usam),belowadjacent4egionsundeAaLL+uu'.ndcolons.IdesignTes~~omeasuremeco~neu.'sus4emove~integnaedLeafzage.uu.'eundeccon~ons.xepcesentG<gdesignbasmace,identcommentpceswuxeandaGgnments.ThesetestmepercJonmedatpe~~oNc~eaves.ALsocaLLed4ie~ntegruu.'edLeafz.~eCes~(ILRT).Tce8TestNMP-UNIT~Pne~cCesCCodeectandmeasurelocaLZeahuge4umugh~re$oMomng,containmentpene~ons:~)Thosewhoaedesign~ncocpo~esnescient.seaQ,gaslzea,oc.seaLant,compounds,peppingpene4~onsgleduu'zexpansionbeLLowa,o.xeZec~QcaLpene~mons~~ed~cih~VexciZemetaL.seaLasaembCLes.I-ra CSCAPI(4~$VMJtDwL0vD~<M)I>$\rpgl3'C,wv~pPNp'PIVH44'I'IDvHPP,~r~~~volP.v0aP.I)lC'Cl~IVr~yv~4~v,~<<~"Cv)J'IrI~~~,r)I~5~CrcI)vlv4~'~>ah~~Jisv~V~~~VVIg\rpcf6'~vAVVAV~<<&WE4h~Pghggt~~~iisr.;nc.hrv(~IC'vp4~vllvvA~l<<iCvP\~PVVCI<<P~JIvvhIh<<PV'IRC~v~I~C~SvV~PI'G'"IE~r~)II.'~~q0j-.";'c~5)Jf<.~'bt.Cs'~~id.travP3'iSIPPIvrCr',Ql(J' DEFINITIONS1.7a.~)~Locfzdoorr.weaQ,~ncludrngdoorr,oparratrsngmechanismpenM~omMrkichatapuu".o$Waco+tainmnu'prrewmeboundaruj.Pneumat.cos,hrjdrumLic<mCcontendedComeasurep~arurcoetcu'.nmantarladem~oZationvaLvaLeakage.~M.SuchvaLvaAarte:~)Commentmo~nvaLvaA,;~ncZuduWoaevaLvu4uu.'ecZoaadoeMatcLoaaaLtomaticaLEguponrreceipCo$anmoLatr'on.signaL~rrarpometocoeVcoks~endedtoe$aeMcoetainmantmoLatr'.onoe~op~aundecpoa~-acndmf:concKtcomCoe(acctcoeuu'nmentmoLation.m)VaLvaayaCenadarb~gned~oopeuu."e.subaequmC.Q.adesignbarmacn.dent,Nhichmaybecome,ap~o$Wecontainment~soL~onare~embuvu.en,duaCopose-ace.r'.decloperratr'.on.g.Upert.Con~dance~(UCL)AcaLcuLatedvaLue.conr~nMed$.tomaampLedataa(Mtdra~a~ono$p~ga.>~WcaLupparr.boundonNa.~eLanai:aga~e.T~caLcuLatedat95pe<cavu.'xobabMirr.COREALTERATIONCOREALTERATIOHsquallbetheaddiion,removal,relocationormovementoffuel,,'.'...orreactivitycontrolswithinthereactor'pensionofCOREALTERATIOHSshallnoprecludecompetlogofthemovementofacomoonenttoasafe'onservativeposiion..CoM<ogmdmovement(eMtJtacontIroZrood~vahydrrauQcaya~emmnoCcomMerradmbe,aconeaLanatcon.COREIlAXIAl'-"lFRACTIONOFLELilTINGP(lr.'IEROENSITY1,10TheCOREhQXINUhfFRACTIONOFLli',fITlblGPAVERDENSITY(CMFLPO)ahaLLbahigher'iueo$WeFLP0w4.ch~mmWecoca.CRITICALPOWFRRATIO1.11~TheCRITICALPOWERRATIO(CPR)shallbetheratioofhatpowerinheassemblywhichiscalculatedbyapplicationofthe~GaL+correlationstocausesomepointintheassemblytoexperienceboiling".ansiton,dividedbytheacualassemblyoperatingpower.fueL'DOSEEOUIVALHTI"131I-/951.12-.+OQSa311U3VALEIIT1-13'Ishallbe"hetcancretianar3-131,aic-.acariespergram,whichalonewouldproducethesamehyroiddoseasthequantityandisotopicmixtureofI-131,I"132,W6B;I-134,andI-135actuallypresent.Thethyroid.doseconversionfacorsusedforthiscalculationshallbethoselisedinTableIIIofTID-14844,"CalculationofDistanceFactors"forPowerandTesReac.orSite~'r~+pigi-/7o$pgCg<~g~o>Cg.lh.eI.legiRests>owg~cggei~~~"y0C(1.8CONTINUOUSFIRECIATCHInvmuaLcontactofareaundecauxv~ncedue,.to.r'.noperrabZe~axeprrokectr'onH,u,r,pment.1-16 Pl'g~~~aquaa~r~5.rr,~tŽg4~Artgg)gg-()~4~I@avlrvrsrC~wrIlrQhfl,l~C,.9~V'".'"'3";a2Jf':Ca'a:l<<P2>>l~4sirSJrar~ho~14,')}g>>>~f)rlN)e,ler'rl',r~illl>i~0~llrrIriI\fr~r'-C,".'"0CC~WVIC~~r~llr,~~~g,r~Ig~J4~~gqqP'lr4~~pg'jgw"clrst,'lglr~[l<r~tyl~<<((~r'~>>Wal~~Wa~".~IllhOrw~~~g'aJ gEFINITIONSYEMERGENCYCORECOOLIHGSYSTEMECCSRESPONSETIMEl.t3~TheEMERGENCYCORECOOLINGSYSTEM(ECCS)RESPOHSETIMEshallbethattimeintervalfromwhenthemonitoredparameterexcedsitsECCSacuationset-pointat.thechannelsensoruntiltheECCS'quipmentiscapableofperformingitssafetyfunction,i.e.,thevalvestravelotheirrequitedpositions,pumpdischargepressuresreachtheirrequiredvalues,etc.Timesshallincludedieselgeneratorsaringandsequenceloadingdelayswhereapplicable.Theresponsetimemaybemeasuredbyanyseriesofsequential,overlappingortotalstepssuchhattheentireiespo'nsetimeismeasured.ENO-OF-CYCLERHIRCULATIONPUMPTRIPSYSTEMRESPONSETiMEt.t4~TheEHO-QF-CYCL=.RECiRCULATiONPUMPTRIPSYSTEMRESPONSETiMEshallbethattimeintervalto/complete~suppressionofheelecricarcbetween'\~oftheassociated:a.Turbinestoovalves,andb.Turbinecontrolvalves.Theresponsetimemaybemeasuredbyanyseriesosequential,overlappin~..orotalsepssuchthattheentire.responsetimeismeasure'd.1.t5FIRESUPPRESSIONOIATERSVSTEilP>H,C5Lippgy.s&lohlWP7E.R.5'tS'TMAahaV.consmCo$:a~e~.supply.system,a~xedeMUtg~Mngaud~o$boWan't.'omit<'.c.sp~Kvuand.sprue,andmanualPAePgktcngeouipmeMconsmWngo$.s~tdp~pe.tQeueCthhokeconne.~onsandhose.<eeLs.t~t6FEREOIATCHPATROLA<ZeasCeachnowt,anarea~~openabZeFmePto<ec.monEauxpmeMahab!be.utspect'.edjoeabnonmaZconcRtc.ons.+FRACTIONOFLIMITIHGPOWEROEHSITYL.17TheFRACTiOHOFLIMITIHGPOWEROEHSITY(FLPO)shallbetheLHGRexistingatagivenlocationdividedby+thespecifiedLHGRlimitforFRACTIONOFRATEDTHERMALPOWERL,t8TheFRACTIONOFRATEDTHERMALPOWER(FRTP)shallbehemeasuredTHERMALPOWERdividedbytheRATEDTHERMALPOWER.jNhlP-UNIT212
="r~~'.e~w~2't~"~s>.";".~c~'.:".>'4)c~gVVg>p>><r>>rclap'x>>>>>~+~><I*C'1hp)J*gl90VV>.,;9Z>4+>>>"><,r>V0'E>>0>2~V~~V~~ir'-ic-if;UG~p>~y~~tV>V~~>>VL~AS'r'~~~i'.~A,>li8>>~Vf>>>>>&?l':~~.'i.i>~g>~~>s,~p>'qp~wg>\>>>g'>)t>>>>~g~'>V0i~rl>%~~>~~f>>>>>>>>>>tr>$tj~~>=~1V'>>>>>>~~iyrnq+>>>g~'(>~>>C'~>>>iv>>~,'>>po>>>>rr,ggf,>>>>~"gff~
OEFINITIONSFREOUEHCYNOTATIOH1~19~TheFREQUENCYNOTATIONspecifiedfor.theperformanceofSurveillanceRequirementsshallcorrespondtotheintervalsdefinedinTable1.1.1.20GASEOUSRAGNASTETREATii{EMTSATB{,+%84V.MCt43fee5gyp'CMEou5e.&OWE~TRPBTligMYS'tSKHAanydyeemdesignedandindeedCohl*a.'novzAnggazde~an.ha~tIan.Nepmposeo$<educingWeCo~.~ooctcvQype'.or'oteLeeeCodeenvitonmen.IOEHTIFIEOLEAKAGE+rom4~4WA1'coKMSEQ6'QACLLL'LCdhl1.21~IOEHTIFIEOLEAKAGEsha'llbe:+Q~+Ahha.Leakageintocollectionsystems,suchaspumpsealorvalvepackingleaks,thatiscapturedandcanduc.edtoasumporcallecingtank,orb.Leakageintothecontainmentatmosphereframsourcesthatarebothspecificallylocatedandknowneithe~nottointerferewiththeopera-tion=oftheleakagedetecionsystemsornottobePRESSURESOUHOARY~~KAGE.ISOLATIONSYSii{RESPQHSETIME1.22~TheISOLATIONSYSiEMRESPONSETIMEshallbethat,timeintervaliramwhenthemonitoredparameterexceedsitsisolationac.uationsetpointatthechannelsensoruntiltheisolationvalvestraveltotheirrequiredpositions..Timesshallincludedieselgeneratorstaringandsequenceloadingdelayswhereapplicable.Therespansetimemaybemeasuredbyanyseriesofsequential,overlappingortatalswpssuchthattheentireresponsetimeismeasured.LTMITIHGCONTROLRODPATTiERH1.2~ALIMITIHGCONTROLRQDPAiiERNshallbeapat,emwhichresultsinthecorebeinganathermalhydrauliclimit,i.e.,operatingonalimiingvalueforAPLHGR,LHGR,orMCPR.LINEARHEATGEHERAtIONRATE1.24~LINEARHEATGEHERATIOHRATE(LHGR)shallbe:.-.aheatgenerationperunilengthoffuelrad.Itistheintegralofthe.eatrluxovertheheattransferareaassociatedwiththeunitlength.LOGICSYSiEMFUNCTIONALTEST1.2~ALOGiCSYSTEMFUNCTIONALTESTshallbeates-ofalllagiccamoonents,ie.,allrelaysandcontacts,alltripunits,solidstatelogicelements,Ietc,ofalogiccircuit,fromsensorthroughandincludingtheactuateddevic,toverifyOPERASILITY.~TheLQGiCSYSTEMFUNCTIONALTESTmaybeperformedbyanyseriesofsequential,overlappingor.otalsystemstepssuchthatieentirelogicsystemistesed.1.2b,'i{AmORREFUELINGOUTAGElvlpi/09,gyp'gdee~nating(cequenccgo$~eekingixndawtveiXEunce,XhaKmeumucegu~yscheduledze5u~ga~e;heueveir.,<uheiresuch,o~gedocean,~i~n8mar@.'hdo$the,endatI~epnev~ouste$ueEingoutage,We~es<oedunvecXQtnceneedno<be,pert$orvneduntiZ~renetceguZmZyscheduledoutage.(iVo<<oexceed24mant@).iVh{P-UNIT2'1-3 CIp~H'~~CC<FII~<'~FF~Il';<<I~IkII~I~~P<~~Pl/(S.v~<~IPPg<PPf[~Ireap<<~4~~~%<IPPFII~rP,PrillP<~I'IegPPtPl~<<~PI4I~IIr~~QADI@gal5PP>ff(I<IIIP<LgrgIqPyq~Ct4IP py+~Ph+%Ac+5'Lc4<<n-fomenOEFINITIONS1.27SiE'(BERSFTHPB~blspsp.aboFWAG-PCSViC.ah~.inc6xdepeuonswhomnoCoccupationaLCcjassoc'gu.'ed~.theN~neRQ?ePointNulli'.ean.S~on.TkQcategorcudoesnoC~ncZudeempLoyeeso$hLiagumWofuuvfzPower,Compo~on,~reNevVouchS~PowwowA~oniy,~conc,5oruocvendor,A&oexuded/corn.ibiscaegoeyarepersonaufoeatsSeea~~eCosercviceeauxpmeMocComak.edeWveru.es.T~crt.'egorcudoesm~epersonsuthocuepo~onso$Ateageepececne~onM,occupa.tio~v~opec~iv".~o:;.sno~asaociaf:ed~iluwc4eae.&4+&@.Wwh.~A~es0i;Fy+2.pg+y.lcKpzcqga1.28,<{ILKSAMPLING'OCATION4$Agjl46lochTLohJA'~Chatlocationwhere10oemoueheado$mi8zaaonaQa".eav~MaoZepoxJiecoMec,~ono$miQsamples.MIHIMUMCRITICALPOWERRATIO1.29~~."TheMINIMUMCRITICALPOWERRATIO(MCPR)shallbethesmallesCPRwhichexissinthecore1,30OcrSIicQQSc.CALCU'"TIQNMANUAL(QOVf)TheQFFSi~cOQSKCALCULATIQHMANUALshallcontinDecurrentmethodologyandparametersusedinthecalculationofcffsitadosesduetoradioacivegaseousandliquideffluents,fnNecalculationafgasecusandliquidef,luen"monitoringalarm/tripsetpaints.OPcRABLE-OPERA8ILItY1.31~Asys.em,subsystem,train,componentordeviceshallbeOpERABLcorhaveOPERA8ILITYwhenitiscapableofperformingitsspecifiedfunc-ion(s)()~henallnecessaryatendantinsrumentationcot"11-1powe3coolinon.cs,eectrlcaingorsealwater,lubricationorotherauxiliaryequipmentrerequiredforthesysem,subsysem,train,componentordevicesupportfuncion(s).operformitsfunction(s)arealsocapableofper=orminh'td,.'ngtheirreaeOPENTTNGCYCLE-IIPaDW'"'.32An<hapo~onofS~nop~onb~eenceac~on.h~~paJALoiuingeachmajon.xe$ueXcngosage.(Not~oexceed24moat/u).OPcRATIONALCOHOITION-COHOITION1.33~AnOPERATIONALCONDITION,i.e.,CONDITION,shallbeanyoneinclusivecombinationofmodeswitchposhionandaveragereactorcoolanttemperatureasspeifiedinTable1.2.'(Immi~an<~de+~on.shaLCbedteawumpWonGutjMi<IP-UNIT21-4ISow:ces,exceptasnord.inSection3.0.33 PV>V~PVIrQIP~>~>PICC.>IIIvrI(Iwl~PIVfir~I~~>PTVIt~~Q~>~ptvr>lp'pV4I>'>hII>~-~CI~\~IW~>a>I~IgI">I>>C1t>l1~Vth~~I'I~"V>>l~t~'llQ[~IaV>~r~tf34Cl5Jblv4f,4,>i%gPtVP~,tvrlgI~~'IV\VPSfl">>'9'Pf:tgfQPV>>I4IIt3>>CbLAg,>ig4V~,~I"1P>I4~at,4DDf53~94I~sf'v>>52&v>I&P~',;4 DEFINITIONSPHYSICSTESTSl.~q.23-PHYSiCSTESTSshallbethasetestsperformedtomeasurethefundamentalnuclearcharac-erisicsofthereactorcoreendrelatedinsrumentationand1)describedinChapter14oftheFSAR,2)authorizedundertheprovisionsof10CFRBO.S9,or3)otherwiseapprovedbytheCommission.PRESSUREBOUHOARYLEAKAGEl.35-24'RESSUREBOUHOARYLBKAGEshallbeleakage.hroughanon-isolable'aultinareactorcoolantsystemcomponentbody,pipewallorvesselwall.PRIMARYCONTAIHMEHTIHTEGRITY1.36~PRIMARYCONTA'INMEHTIHTEGRITYshallexistwhen:a.A11primarycantainmentpenetrationsrequiredtobeclosedduringaccidentconditionsareeither:CapableofbeingclosedbyanOPERABLEprimarycontainmentautomaticisolationsystem,or2.Closedbyatleastonemanualvalve,blindf1ange,ordeaci-vatedautomaticvalvesecuredinitsclosedposition,excepasprovidedinTable3.5.3-1ofSpecification,3.6.3.b.A11primarycontainmentequipmenthatchesareclosedandseaIed.C.EachprimarycontainmentairlockisOPERABLEpursuant:oSpeci,icatian3.6.1.3.d.e.TheprimarycontainmentleakageratesarewithinhelimitsofSpecification3.6.1.2.ThesuppressianchamberisOPERABLEpursuanttoSpecification3.6.2.1."Thesealingmechanismassociatedwitheachprimarycantainmerrtpenetration;e.g.,welds,be11owsorO-rings,isOPERABLE.l.67PROCESSCONTROLPROGRAMThePROCESSCONTROLPROGRAM(PCP)shallcontainthecurrentformulas,sampling,analyses,tests,anddeterminationstobemadetoensurethatprocessingandpackagingofsolidradioactivewastesbasedondemonstratedprocessingofactualorsimulatedwetsolidwasteswillbeaccomplishedinsuchaway.as'toassurecompliancewith1OCFRParts20,61,and71andFederalandStateregulations,burialgroundrequirements,andotherrequire-mentsgoverningthedisposalofradioactivewaste.iViifP-UNIT2 I~~?*&Icko~~rQfI~QrWwr~r4r-r4 DEFINITIONSs4+L.Lbcn~t.38PURGE-PURGINGPu.sac~~ox~~~~~coetM&edpcocMao$~dumg~ngann,ocgem)corna,conPnemeMCon~etcunCempmatme,pnMhute,hunu~y,conceru"~on,on,oWeAopehu~gcon~on,induchcmannersdrycepkzcemenC@itocgabMceo~edCoputu.gyGeeconPnemeet.(Thep~ewcompR&edmhenCheoxygenconceru"~.onexceedt9.5pete<.)RATEDTHERMALPOWER1~39~RATE0THERMALPOWERshallbeatotalreacorcoreheatransferratetothereacorcoolantof~~MWT.3323REACTORPROTECTIONSYSTEMRESPONSETIMEt,g0-.27.REACTORPROTECTIONSYSTBlRESPONSETIMEshallbethetimeintervalfromwhen.themonitoredparameterexceedsitstripsetpointatthechannelsensoruntilde"energizationofthescrampilotvalvesolenoids.Theresponsetimemaybemeasuredbyanyseriesofsequential,overlappingorotalsepssuchthattheentireresponsetimeismeasured.REPORTABLEOCCURREHCt.~t~AREPORTABLEOCCURREHCEshallbeanyofthoseconditionsspecifiedinSpecification......-.5.5.RODOEHSITYR5QcTo&.94L~OLMGINTEGRITYRGScxoRGQLO(WC1.43~INTEGRITYshallexiswhen:Q,Zhczog.'So,<l-psQGp,NOA~iGS($All.penetrationsrequiredtobeclosedduringaccidentconditionsareeither:a.Q+5C.io0QLLKL.Glhl6CapableofbeingclosedbyanOPERABLEautomaticisolationsystem,ort,-.'2~RODOEHSITYshallbethenumberofcontrolrodnotchesinsertedasafrac:ionofthe.otalnumberofcontrolrodnotches.Allrocsfullyinsertedisequivalento100ROO0EHSITY.b.C.2.Closedbyatleastonemanualvalve,blindflange,ordeacivatedclosedposition,exceptasprovidedinTable3.6.5.2"1ofSpecification3.6.5.2.g,%Ac.Top.94ll:OLMCash.Au~4~3Al1!hatchesandblowoutpanelsareclosed.andsealed.ThestandbygastreatmentsystemisOP'ERABLEpursuanttoSpecification3.6.5.3..VAMP-UNIT2 eV*~'~i~~'8C4~~VJ-1T+(%j*VP~~Qy~~-"~%gAPr0~N~~~I'P OEFIMITIONS,'.43SECONDARYCONTAIN(ENTINTEGRITY(Coat.)d.+Atleastace~heidearineachaccesstnthe~-'R6co&.SU.1LQivcisclosed.e.Thesealingmechanismassociatedwitheach~*C-Cd~Ll.\Oilpenetration,e.g.,welds,bellowsorO-rings,isOPERABLE.MfRQA.CXO0-9U.lLO<S.Thepressurewithintheis,lessthanorequal!tothe"valuerequiredbySpecification4.6.5.l.a.g-t.45SITEBOUMOARY51'YQ90%hlD'bLilet,*~g'S~onbeyondwkichWe&mdmn~mowned,Ceased,no<o4ie~e,coatmLLedbyl4iagma~fohawlzPowmCompo~enoc4mMefvYowlPower,Au5io~ty.t.46SOLIDIFICATIONSOLIOIFICATIONshed,be,4hz.convem~ono$wMuxu~eiaoa5oen,J<atme,e,ts.skippingandbrutg.roundxeo~xeme,~.1.47SOURCECHECKASOURCECHECK.shaZZbzMequaL~t<vcas.se.simeato$charm&responseaaa*.'*'*t'.**drAAL>ac+4v't+y6,pt.44SHVTOOWHMARGIN-.::SHVTOOWMMARGIHshallbetheamountofreacivitybywhichthereacorissubcriticalorwouldbesubcriticalassumingallcontrolrodsarefullyinsertedexceptforthesinglecontrolrodofhighes"reacivityworthwhichisassumedtobefullywithdrawnandthereactorisintheshutdowncondition;cold,i.e.68F;andxenonfree.1.48STAGGEREOTESTBASIS~ASTAGGEREOTE7BASISshallconsistof:a.Atestschedulefornsystems,subsystems,trainsorotherdesignated!componentsobtainedbydividingthespeciiedtes-intervalintonequalsubintervals.b-Thetesingofonesystem,subsysem,rainorotherdesignatedcomponentatthebeginningofeachsubinterval.THERMALPO~THRMALPOWERshallbehe.otalreactorcoreheattranserrate'othereacorcoolant.i%lP-IJiVIT2:3WR/Sj
~UU~O'U~A%~,I4f~I~4q,44~U-'IURPl4~I~WUf44AV~~4f"UUPUU~UUlUIgUU*4C'UfrU~\I5fIUOUU~UUI4~I4gU'UU~I~-4~~I~IW+Ia~4UUIUUUI\4~UI'I~~UU~CISa44U OEFINITIONSl.0TURBINEBYPASSSYSTE.".IRESPONSET:h<ETheTURBINEBYPASSSYSTEWIRESPONScTD'IEcoram&o)Wo'components:a)T~e4comini~movemento(4hemain~iu'.neampvaLve'on.co~8,vaLve(mt'05o$CurMnebypuacapa~~m4xb~hed,andb)Che~e)scorn<au.'iMmovemeeto/Aemavt~bine4~opvaLveoccoM&LvaLveuetiZam~movemento)Lee~hi..ebypabhvaLve.The,ampoule~mmugbe.manuredbyanyweu'aso)aeoueetiaLove~Mppwxgor>Co~aCepasuch.~~boWentrercmpowe~ecompone~memccMQAed.UNIDENTIFIFDLEAKAGc1.51~UNIDENTIFIEDLBKAGEsha11bea11leakage~hichisnotIDENTIFIEDLcCKAGE.1.5"UNRESTRICTEDAREAQNQ,%ATpic'T9Ag.EAThe,~alsaLLbeanyan,eaMocbeyond~he.s~eboundauiaccuse~o:veau'.chmnoCcoetmMedby%+gaeahfohaw/zPore~Capo~onoe<heNe~vYore'civenAMio~~y)on.pmposeo$peo~e~onof~n&v&uaQ$xomexpoau".e.io'onanditucKoactivemateniaQ,ocanyarea~ciefu.nGee.si"ebounda".yused~oc.xuideetc',aLouaweuoc$ozindm~waL,comme'.iaL,.ies~~onaL,andio.xxecxeationaLpmpose.'il'ljaal1.53VENT.LADON=YHAUSiTRc~iHEHTSY~~=-.HAVEHTiLATiONB(HAUSTTREATMENTSY~ic.isanysystemdesignedandinstalledareaucagaseousradioiodineorradioactivematerialinpa.iculatafarminefIuentsbypassingventilationorventexhaus-gasesthreugncha-.maIadscrbersand/orHEPAfi1tersforthepurpaseofremovingiodinesarpariculates.remthegaseausexhauststreampriortathereleasea.heenviranment.Suchasystemisnotcansideredtchaveanyeffeccnnoblegaseff1uenw.EngineeredSafetyFeature(~~F)atmospnericcleanupsystemsarenotcansidered~beVENTILATIONEXHAUSTTREATMENTSYZii~tcomponents.t.5pvEB1iNQVEHTMisNecantraIledprocessofdischargingairargasfromacon-finementmmaintaintemperature,pressure,humidfy,cancanrationorotheraperatingcondition,fnsuchamannerthatreplacementairorgasisnotpra-videdcrrequiredduringVERGING.Vent,usedinsystemnames,doesnatimplyaVENTINGprocess.MPIP-UNIT2 I,,IIIP,/VWI4A1C' OEFIHITIQHSTA8LEl.'URVEIL&rHGEFREOUEHCYNOTATIONNOTATIONFREOUEHCYSA~i~onceper12hours.A'~tonceper24hours.AWesvonceperIdavs.A~soncepe.31devs.~~Moncepero2day.s.~~onceperI84davs.Avesoncper3Godays.S/UPH.A.ops.~ng"roc,lePrioroeachreac.=rs"ar+up.Comnd&edpt~oz~oeach".eCewe.HotappIicaole.
JEIVAN+C'~qI~)~~g~+s*hlV*AJJCi~'i~-
0EF:.NjTIONSTA8LE1.2OPERATIONALCONDITIONSCONDITIONHDDESWITCHPOSITIONAVERAGER"ACTORCOOLAhTTB'1PRATUREPOWEROPERATION2.STARTU3.HOTSHUTDOWN4.COLOSHUTDOWN5.REFUELrt<G"RunStar.up/Ho+StandbyShutdown'"""Shutdown'"">*""AnytemperatureAnytemperature>200F<200FShutdownorRefuel"~'-><140Fmineeacor>lodeswitchmav,posit:cntoesttheswitchrodsareverifiedtoremainorothertechnicallyoualifibeplacedintheRunorStar.up/Hc.Standbyinta".lockfunc.ionsprovidedthat.hecontrolfullyinseredbyasecondlicensedooeratoredmern"erofheunittechnicalsaff.;--;Thereacormodeswi.chmay5eplacdinheRefuelpositionwhileasinglecontrolroddriveisbeingremovedfromthereactorpressureveselperSpecification3.9.~0.1.";elinthereactorvesselwit>ihevesselheadclosurebol'slessthan>ullytensionedor~ihtheheadremoved."~SeeSoecialTestExcepions3.10.1and3.10.3.I>>2ecof'odeswitcnmaybeplacedintheRefuelposit.'onw>ileasinglecontrolrodisoeingrecooiedprovide"thatthecne-rod-outinterlock,isOPER.'8LE.4<ii7'~pm(tpbebupassed;vixenp<oc&ng,he.xeocCocmode.siva,tehin.<Aeshutdoie~,~osiCconcgNggoC'zoc4Q/te<)cLLCllt,)14end.JO'VMP-UNIT2 r
SANCTION2.0SAFctYLIMITSANOLIMIiHGSAF"iYSYSi""tScapiHGS
'dterrf~VvFg~rr~~I 2.0SAF=lYLiHiTSANDLiHiTiNGSAFARI,SYSTBlS<~liNGSl-IrF=)YLi.'!ITS~THERMALPOWER.LowPressureorLowFlow2.1.1THERMALPOWERshallnotexceed2~o~RATEDTHERMAL?GMERwith.heraac.'orvesselsearndomepressurelesshan785psigorcoreflowlessthan10Kofratedflow.AP.LCASILiTY'PERATiONALCDNDiIONSIand'Z.ACIIQN:MithTHERHALPOWERexceeding2~ofRATEDTHERM"LPOWERandthereac.orvesselsearndomepressurelessthan785psigorcoreflowlessthan10orratedflow,beinatleasthOTSHUTDOWNwi'hin2hoursandco-plywihtherequirementsofSoecification6.7.~.lh"RHALPOWER.HighPressureandHighFlowZ.12incHiNiMUHCRiTiCAL?0'riERRAT:0(HCPR)sha11rotbe1essthant~~~ith.hereactorvesselsteamdomepressuregreaterhan785psigandc"rerlowgreaterthanlOXoiratedflow.A?PLiCABILiTY:.OPERATiONALCONDiTiONS1and2.ACTIQN:SLCPR)WithMC.Rlessthan.andthereactorvesselsteamdomepressureareaterthan785psigandcoreflowgreaterthan10~ofratedflow,beinatleastHOTSHUTDOWNwiSin2hoursandcorn"lywiththerequirementsorSoecification6.7.1.REACTORCOOLANTSYSTEMPRESSURE2.1.3Tnereac.orcoolantsysampressure,asmeasuredinthereactorvesselsteamdome,shallnotexceedf1325/psig.APP'C~SILrtY:OP.,ATiGNALCONDiTiGNS1,2,3and4.'II0N:'dithhereac.orc"o1antsvsampressure,asmeasuredinhereacorvesselsteamdeme,above<132-;.sia,beinatieasHOTSHUTDOWNwihreacorc"oiantsysamoressurelessthanoraqua)to(1325;psig~itnin2crsandcomplywithhe."ouirementsorSoecfict;on6.7.1.)Sa(et@LimniC"c.ticaZPorc@,MoISLCR)1 jttB~'I SAF=TY':MiTS"90LiMiTiNGSAF"iYSYSTcMciIiNGSSAF~)YLiMiTS(Continued)REACTOR'lESSELMATERLP/EL2.1.4Thereac.orvesselwaterrevelshallbeabovethetopoftheac.iveirradiatedfuel.APPLiCABELiTY:OPERATiONALCQNOiTIONS3,4and5ACTION:Nththereacorvesselwaterlevelirradiatedfuel,r.:anuallyinitiatedepressurizinghereacorvessel,ofSpecification6.7.1.atorbelowheopoftheac"iveheE"CStorestorethewaterlevel,afterifrequired.CoŽplywi.htherequirenentsVifP-(PiJIT2.~"=:rS-;B'-R/=)2"2 HCJ$4pW~o SAF=)YLIMITSANOLIHITIHGSAF=)YSYSTEMSE))IHGS2.2)HITIHGSAF=:YSYSTEM)SctTINGSREACTORP!?OTECTIONSYST"=MIHSTRL'HEHTATIONSET)POINTS2.2.1Thereacto<.protecionsysteminstrumentationsepointsshallbese+consisantwihheTripSetpointvaluesshowninTable2.2.1"l.APP)ICABILITY:AsshowninTable3.3.1-1.ACTION:'lithareacororotacionsyseminstrumentationsetpointlessconse,vativehanthevalueshownintheAllowableValuescolumnofTable2.2.1-1,declarethechannelinoperableandapplytheapolicableACTIONsaamentrequiamentofScecification3.3.1until.hechannelisrestoredtoQPERASLEsaiuswithitsse+=ointadjustedconsis.entwiththeTripSetpointvalue.
t~C./1fvtI~'I'mtlcv1t-'tC.Lr~l't TAOLE2.2.1-1ALLOWROLEVRLUES<4122j/$125$divisio>>soffullscale<4153KofAATEOTIIEAHALPOWEA<$20+ofAATEOTIIEAHALPOWEAAFRCTOAPIIOTECTIOttSYSTEIIIltSTAIII!fttTATIOIISETPOIIITS-SCI'Aht'ITAIPSETPOltIT1.Intermedial.eAa>>geHo>>itor,tie>>tronFlux-lligll<$120$/$125$divisionsQoffullscale2.AverageI'owerIta>>!IuII(ulitul".a.Iluutro>>I.1>>x-Upscale,Set(low>>b.FlowOias<<(lSimulsltudTllermalPowel'-Upscale1)IluwIIiased2)ltlglll'lowCia((li)u(lc.Fixedttuul.vonFI>>x-Upscale,~+d.l>>operative<0.66Wlf51@,witliamaximumofI~<$113.5+ofAATEOTIIEAIIALPOWEA<$110/XofAAlEOTIIEAtlAL'IA<0.66Wif50)X,withillllilxl(A>>mof<f1155/XofAATLOTIIEIIIIALPOWEAPOWEII<+120'fAATEOTltfAtIALPOWEAtIAAeactnrVesselSteamI)umuIIvusuv<<.-IligllBeacl.olVesselWal.elI.uvul-Luw,I.uvul3!lainSteamLinelsolatlu>>Valv<<.-ClosurelieI>>Stoa((lLl>>uAiulliltlu>>III(JllOvpweII+Pressure"IlirJII1037)I(+ISAps(p(Nb')(IICIIQSQIIQVQ(ASSI'IIIIIQIILzero";<(6)Xclosed3.0!<(~)xfollpowerbackground1.68<(~psig1057(~)pslrJ157.8Incllesilboveinstl'lmlenl?eroI(7)Xclosed3.6<(~xfullpowerbackgrou>>ll1.88(~)psirJ10.Tlu'bi>>estopvalve-clusuvuTurbi>>eControlValveFastClosure,lrip0ilPressuv<<-I.nw"SeeOasesFirJ>>veII3/03-I.-Hhll'-IIN11'11.A<<actnrtlnd<<SwitellSlullllrlw>>Posillo>>12.Ha>>ualScrslel<(5)Xclosed(III)pS(ILttA<IIA'I<(7)Xclosed><4S5>I>>igttAIIA~~
H[NCTIONAL((NITTA8l,E2.2.l-lREACTORPROTECTIONSYSTEMINSTR((WENTATIONSETPOINTS-CRAl(TRIPSETPOINTALLORIASLEVALl(ES8.ScnamOtachangeVu('<<me(Va.ten.LeveL-Iligha.LeuckTna<<hamittensb.(:quatScuitches<(")5u$(<<tfaca('.e25gati'.usa(~)Sugg<<ee~~ee<25gaHundTubecletenmii~crlrhei<<gpee('imiiiang.ted.tis(g.
BASi5FORScCTiON2.0SAF"iYL~MjTSANOLM>(THGSAF~)SYS;"-9Sz)(~HGS
TheHASEScontainedinsucceedingpagessummarizethereasonsforheSpecificationsinSecion2.0,butinaccordancewith~0CFR"=0.36arenotpartoftheseTechnicalSoecifications.
~vr~eraraAI~rh~avIa~v~akarI~aal~~e>yvesIV1~Ilaap.aaf0~,J~-IJ~~,~I~ervv~~Vaflearnedv0*~~'~~a+>>hfdfC>>'I~~tra(7IIv'~I"~~IraJ~~4rkav&lDt;L~r~~rep~W~v5,.-~4rv~P'~'aah~rrCr~
2.1SAF=iYLrMiTSBASES[SaiaCtjLooiCCr~aarRotoaaRatio(SLCPR)]I2.0INTROOUCTiONThefuelcladding,reacorpressurevesselandprimarysysempipingaretheprincipalbarrierstathereleaseofradioact',vematerialstotheenvirons';.Safe+yLimitsareestablishedtoprotacheintegrityofthesebarriersduringnormalplantoperationsandanticioatedtransients.ThefuelcladdingintegritySafetyLimitissetsuchthat,nofueldamaaeiscalculatedtooccurifthelimitisnotviolated.Becausefueldamaaeisnotdi.rectiyabservable,as.ep-backapproachisedtoestablishaSafetyLimitsuchthattheMCPRisnotless-.an.MCPRgreatr~Q~greprsansaconservativemarginrelativeheconditionsreauiredtomaintainfuelcladdingintegri'y.Thefuelcladdingisoneorthephysicalbarrierswhichseparatetheradioactivematerialsfromdieenvirons.Theintegrityofthiscladdinabarrierisrelatedtoitsrelativefreedomfrompe.forationsorcracking.Aihoughsomecorrosionaruserelatedcracking.mayoccurduringthelifeofthec'.adding,fissionproduc.miarationfromthissour=aisincrementallycmulativeandcontinuouslymeasurable.Fuelcladdingperforaions,however,canresultfromthrmals.sseswhichoccurfromreacoropera+ionsigniiicaniyabovedes.'gnconai-ions'andtheLimitingSafetySys.amSet+inas.Whilefissionproduc-:migraticnfromcladdingperforationisiusasmeasurableasthaifromusarelatedc".acking,thethermallycausedcladdingperforaionssignalaIiresholdbeyondwhichstillgreaterthe.malstressesmaycausaarossratherhanincrementalcladdingde+eriorztion.Therefore,thefuelcladdingSafe+yLimitisdefned~ithamargintotheconditionswhichwouldproduceonsetcrtransitionbciling,MCPRof1.0.Tneseconditionsrep".sen.asignificantdepar.urefromthecandioninendedbydesignforplannedooeration.2.I.ITHE<<MALPOWER.LowPressureorLcwFlewTheuseofthe<GDL)correlaionisnotvalidiorallcriicalpcwerIcaiculaionsa+pressuresbelow7B"psigcrcoreflowslessthan10~ofratediiow.Therefare,thefuelcladdingintegritySafetyLimitisesablishedbyathermeans.Thisisdonebyes-ablishing4limitingconditiononcoreTHE<<MALPOWBwithhefollowingbasis.Sincethepressuredropinthebypassregionisessentiallyallelevationhead,thecarepressuredrocatIowpcwerand,lawswillalwaysbeareaterthan-"..5psi.Analysesshawthatwithabundleflewof2Sx10Ibs/hr,bundlepressuredroaisnearlyindependentoibundlepawerandhasavalueof3.5psi.Thus,thebundleflowwitha4.=psidrivingreadwillbegreaterthan28x10"Ibs/hr.FullscaleATLAStasdataakenpressuresfrom14.7psiato800psiaindicatethatthefuelassmoiycriticIpcweratthisflowisapproximately3.35~tWt.Withthecesignpeakinafacors,thi5corrospondstoaTHE?JQLPQW=~ofmorethanGeofRATEDTH<<MALPOWER.Thus,aTH-".-".!NLPOWERlimitof~orRATEDTHE;",'.AL?0'~ŽcRforreac"rpressurebelow78:-psigiscor,aŽlative.XMP-UNIT2 crI~a~~~A~\6V,Arr>>A'~AV~NlW~AI~iII~fk~'Iv1'4VS>A~~'A~fQ~iI'Ir~ArrtAAW~4A~WAC~Afi'JgCMA4oDl~AtEAiOil SAF=TYLIHITSBASES2.1.2THERMALPOMER.HighPlessU2andHighFlowddigit.gi'y5tyLi,'.ttttiueldamaaa.iscalculated'ooccurifthelimitisnotviolated.Sincetheparameterswhichresultinfueldamiagearenotdirectlyobservableduringreactoroperation,.thethermalandhydraulicconditionsresultinginadepartureiromnucleateboilinghavebeenusedtomarkthebeginningoftheregionwherefueldamagecouldoccur.Althouohitisrecognizedthatadeparturefrom,nucleateboillnawouldnotnecessarilyresultindamagetoB'~'Rfuelrods,thecriticalpo~eratwhichboiling'ransitioniscalculatedtooccurhasbeonadop.adasaconvenientlimit.However,theuncertaintiesinmonitoringthecoreoperatingstateandintheproceduresusedtocalcUlattilecriticalpowerresuiinan'uncertaintyinthevalueof.hecriticalpower.Therefore,theiuelcladdingintag",itySafetyLimit,isdefinedastneCPRinthelimitingfuelassamiolyforwhich'neo-:han99.9~ofthefuelrodsinthecoreareexpecdto.avoidboilingtransitionconsideringthepowerdistributionwithinthecoreandalluncertainties.TheSaietyLimitHGPRisdeterminedusinaiheGeneiaiElect".icTheraiAnalysisBasis.;GETAH,whichisas-is-'icalmodel-';"-'ombineailoftheuncartaint-"esInoperaingparame~rsaridtheproceduresusedtoalculalcritic=-Ipower.Theprobabilityof~heo"currencaoiboiling"r=-nsi.ionisdetarmiinedUsinathegeneralElectricCriticalequality(X)BoilingLencth(L),GEXL,~~correlation.ihe+EXL<correlaiionisvalidovertherangeofcondi-:~lonsusedinthetssofhedatausedodevelophec-rralation.ThaQUiraQiinpUtothe5=i1sticaImodelaretheUnca.iaintieslistedinHasasTableH2.1.2-1andthenominalvalueofthecoreparametrslistedinBasesTableH2.1.2-2.Thebasesfortheuncertaintiesinthecoraparametersa"agiveninHEDO-20340andthebasisforheuncarainiyinthe~<GEXL~>correlationisIgiveninHBO-109":8-A.Thapowerdistributionisbasedonatypicali,754'ssemblycore'nwhichherodpci.,1wasarbitrarilycilosantoDrodUc~skewedpoweraiisributionhavinathegreatasnumeroiassembliesa.tnehiahestpowerle'vels.ThaworstQisriouiion'urinaanyfuelcyclewouldnotbeassavereastiledistributionusedinhieanalysis.o.-ve~eraielectricH'htRTharmalAnalysisBases(GETAH)Oata,CorrelationandOesicnApplication,"h00-109=8-A.GeneralEiectric"ProcessCo;"uterPerformiancaEvaluatlonncuraQj"iiE~O-'20".-'.0andAdmend;antIi'iE00-20"--':O-Idated'une197-".ancOec=miberGiSTARS PP~I~Vrs~V\
SasesTableS2.1.2-1UNC:-.,TAINTi5USEDNTHE0t."='IiNAT.ONOFTHEFlJ=LCLCDOiNGSAF=tYLiHit"Ollailt1YFeedwatarF1owreedwa-arTemperaturereac.orPressureCoreinleTeri"er=tureCoreTotalFlowC."annelF1owAreaFrictionrac-'orNuit',plirC"annelF",ic-'ionFac.orHultipl1ef':PReadinasStandardOeviation.(~orPoint)(l.76)$0.76$(10.0).RrcciQrC",itic=-1Power'neunc=rtaintyanalysisusedtoestablishtnecorew',deSa-;etyLiiiitHCPRiseasedont.2cs:upI.ionoTqucdafltpowel'yietryfoithereacorcoe.
I~
8esesTable82.1.2-2NOMINALVALUESOFPARA()ETERSUSEDINTHSTATIST:CALANALYSISOFFUELCLA00:NGiNTEGRiTYSAFEtYLMITTHRMLPOMBCoreFloe0cmePressureC,",ennelFlowArea0R-Factor$3323$tM+108.5)Mlh/hr@010.4)psig40.1089)-reHiahenrici"ament-$1.043)-Metriumenrichment'-$1.039)Lowenrichmen.-$1.030)-32-d
~)1~
SAF=)YLIMITSBASES2.1.3REACTORCOOLANTSYSTEMPRESSURETheSafetyLimitforthereactorcoolantsysempressurehasbeenselectedsuchthatitisatapressurebelowwhichitcanbeshownthatheintegrityofthesystemisnotendangered.ThereactorpressurevesselisdesiqnedioSec~ionIIIoftheASMEBoilerandPressureVesselCode19llEdit>an,inCludingAddendathrOughCiRE'.n2.m'1.12,WhiChpermitSamWimumpressuretransientof+110+,$1375~ps7g,ordesignpressure,$1250$psig.TheSafetyLimitof+1325/psig,asmeasuredby'hereac.orvesselsteamdomepressureindicator,isequivalentto$~375$psigattheloweselevationofthereacorcoolantsystem.Thereactorcoolantsystemisdesignedtothe~~ASMEBoilerandPressureVesselCode,fief+Fdition,includingAddendathroughsummon1977for"herase.orrecircu-la-7onpiping),whichpermitsamaximumpressuret,"ansientof$12052,f55=5"-ofdes>an]4j'.'<.4REACTORVFSSELWATERLEVELWithfuelinthereactorvesseldurinoperiodswhenthereacorisshutdown,considerationmustbegiventowater1'evelrequirementsduetotheefectofdecayheat.Ifthewatrlevelshoulddroobelowthetopoftheac.iveirradiateduelduring.hisperi'od,theabilitytoremovedecayheatis.reduced.Thisreducionincoolinq'capabilitycouldleadtoelevatedcladdingemperaturesandcladperforationjntheeventthatthewaterlevel.becamelesshantwo-thirdsofNecoreheight.TheSafetyLimithasbenestablished't'thetopoftheactiveirradiatedfueltoprovideapointwhichcanbemonitoredandalsoprovideadequatemarginforeffeciveaction..~)The,d-..'an.pn.e's.'.".e,sme.1250pa~gJoeducWonpip~ng,1650pa~gJoecKhchuf2gf'ip~~oChe,eu'$~1te,cKhchaxgeblockvalve,and1550pang(ocChe.cemainaeE.o$NeIQc~e,pipingCo~he,vMaeRnazism.The,phEhk~QSa)~Lieu'aMecedCobe,heLo5AtmC~mru~enovef2,pffaoauneaQatvedbyNeapplicable,codm.x"Lfp-UNIT'4Rj5)-
'PAP>>IIII'I~4VIVfg~I'IP>>*AVp/~NtIv4NP~APIIP 2.2LIMITINGSAF~IYSYSTEMSctiINGSBASES2.2.1REACTORPROTECTIONSYSTEMIHSTRUMEHTATIOHSETPOIHTSTheReactorProtectionSysteminstrumentationsetpointsspecifiedinTable2.2.1-1arethevaluesatwhichthereactortripsaresetforeachpara-meter.TheTripSetpointshavebeenselectedtoensuirethatthereactorcoreandreactorcoolantsystemarepreventedfromexceedingtheirSafetyLimisduringnormaloperationanddesignbasisanticipatedoperationaloccurrencesandtoassistinmitigatingtheconsequencesofaccidents.OperationwithatripsetlessconservativethanitsTripSetpointbutwithinitsspecifiedAllowableValueisacceptableon'hebasisthatthedifferencebetweeneah-TripSointandtAllowableValueiforeacrip>nesafetyanalyses.The~aep~~andaLLouebZeva,".~~aQocorucunad~onaLmvtg~foe~4~eetaccuracyandcaLio~onca@ah~l.IntermediateRanoeMonitor.NeutronFlux-HighTheIRMsystemconsists.of8chambers,4ineachofthereac.ortripsysems.TheIRMisa5'decade10ranaeinstrument.Thetripsetpointof120divisionsofscaleisactiveineachorthe10ranaes.ThusastheIRMisrangeduptoaccommodatetheincreaseinpowerlevel,thetripsetpointisalsorangedup..TheIRMinstrumentsprovideforoverIapwithboththeAPRMandSRMsys'ms.Themossignificantsourceofreac.ivitychangesdurinathepowerincreaseisduetocontrolrodwithdrawal.InordertoensurethattheIRMprovidestherequiredprotection,arangeofrodwithdrawalaccidentshavebenanalyzed.The,resultsoftheseanalysesareinSecion~~oftheFSAR.Themosseverecaseinvolvesaninitialcondition"inwhichTHERMALPOWERisatapproximately$1)~ofRATEOTHERMALPOWER.Additionalconserva"tismwastakeninthisanalysisbyassumingtheIRMchannelclosesttothecontrol,"odbeingwithdrawnisbypassed.Theresultsofthis.analysisshow'thatthereactorisshutdownandpeakpowerislimitedto(21).ofRATEOTHERMALPOWERwiththepeakfuelenthalpywellbelowthefuel'failurethresholdof<170$cal/gm.Basedonthisanalysis,theIRMprovidesprotecionagainslocalcontrolroderrorsandcontinuouswithdrawalofcontrolrodsinsequenceandprovidesbackupprotecjonfor'theAPRM.2.'veragePowerRangeMonitorForoperationatlowpressureandlowflowduringSTARTUP,theAPRMscramsettingof$15/~ofRATEOTHEQQLPOMERprovidesadequatethermalmarginbetweenthesetpoiotand'theSafetyLimits.Themarginaccommodatestheanticipatedmaneuversassociatdwith.powerplantstartup.Effectsofincreasingpressureatzeroorlow.voidcontentareminorandcoldwaterfromsourcesavailableduringstartupisnotmuchcolderthanthatalreadyinthesvstem.Terpera-:urecoefficientsaresmallandcontrolrodpatternsa".econstrainedbyheRSCSandBM.'Ofall:hepossiblesourcesofreactivityinput,uniformcontrolrod[anaLfouunce)ok~m4~entbu'.~~specigcaLCuaQ!ocaCed]V<1P-lPilIT2~~K-(~MR/'A.Mijn.'tj FC~0II&emI'~AI'>>~li"~II~~~*..i~&)lgI LIMITIHGSAFETYSYSTEMSe)<IHGSBASESREACTORPROTECTIONSYSTEMIHSTRUMENTATIOHSETPOIHTS(Continued)AveragePowerRangeMonitor(Continued)vithdrawaIisthemosprobablecauseofsignificantpowe~increase.Becausetheiluxdistributionassociatedwithuniformrodwithdrawalsdoesnotinvolvehighlocalpeaksandbecauseseveralrodsmustbemovedtochanaepowerbyasignificantamount,therateofpowerriseisveryslow.Generallytheheatfluxisinnearequilibriumwith'hefissionrate.Inanassumeduniformrodwithdrawalaoproachtotheriplevel,:herataofpowerriseisnotmorethangag~ofRATEDTHERMALPOWERperminuteandtheAPRMsystemwouldbemorethan.adequatetoassureshutdownbeforethepowercouldexcedtheSaietyLimit.The4155neutronfluxtripremains'aciveuntilhemodeswichisplacedintheRunposition.TheAPRMtripsystemiscalibratedusingheatbalanceda.atakenduringsteadystateconditions.'Fissionchambersprovidethebasicinputtothesystemandthereiorethemonitorsresponddirectlyandquicklytochanaesduetotran-sientoperationforthecaseof.theFixedHeut",onFlux"Upscale+~SPsetpoint;i.e,forapowerincrease,theTHERMALPOVERoithefuelwillbelessthanthatindicatedbytheneutranfluxdue.otheimeconstantsoitheheattransferassociatedwiththefuel.FortheFlowBiasedSimulatedThermalPowerUoscalesetpoint,atimeconstantof$6j-+~secondsisintroducedintotheflowbiasedAPRMinordertosimulatethefuel.hermaltransientcharac=erispcs.Amore.corrservativemaximumvalueisused-ortheilowbiasedsepointasshowninTable2.2.1-1.TheAPRMsetpointswereselecedoprovideadequatemarginrortheSafetyLimitsandgetallowoperatingmarginthatreducesthe'possibilityofunnecessaryshutdown.Ineflowreierencadtr',psetpointmustbeadjustedbythespeciriedi-ic'.2.2i5ii'h>>qi4MFLPOisgreaterthanc."'equaltoFRTPQ.3.Reac:orVesselSteamOomePressure-HighVi1P-UNIT'Z6E-STS(BMR/5~gHiahoressure.inthenuclearsystemcouldcausaacuptre0thenuclear5ysemprocessbarrierresultinainthereleaseoifissionproduc=s..Apressureincreasewhileooeratingwillalsotend"oincreasethepoweroithereac.orbycomoressinavoidsthusaddinareac.iviy.Thetripwillquicklyreducetheneutronflux,counteracingthepressureincrease.Thetripset=ingisslightlyhiaherthan:heoperatingpressuretoperminormalooerationwithoutspurious.trips.Thesetingprov>desforawidemargintothemaximumallowabledesianpressureandtakesintoaccounthelocationoftheoressuremeasuremencom-paredtothehughespressuretha-occursinthesvs-.emaurinaa:",ansient.Thistripsetpointiseifec.ivea.Iowpowerslowconditionswhentheturoi-es.opvalveclosuretripzmbvpassed.For-turbine'rpundertnesonditons,thetransientanalysisi'icatedanadeu~tmargintothethermalhydraulicIimi'.CtiQ,.oad.ceja.CionocCwto~necoMxokvojveS2--qccCcFccucc~d,".,l
~P11+'~~~-.~~A%PPI*<<CP&'V~vwa~Ct~C~I LIMITINGSAFtiYSYST=MSaiKINGS""ASKSREACTORPROT"CTIONSYST"MINSTRUMENTATIONSziROINTS(Continued)4.Reac.orVesselWaterLvel-LowThereacorvesselwaterleveltripsetpoint~sbeenusedintransientanalysesdealingwithcoo'antinventorydecrease.laiU~~~i4i~w~wi~WOlThescramoperatingleveloavoidspuriousthat.thereisadequateprotectiono.HainSteamLineIsolaicnValve-Closuresetin+waschosenfarenouchbelowthenormaltripsbuthighenoughabovetheiueltoassureforthefuelandpressurelimits.Themains.earnlineisolationvalveclosuretrip~asprovidedtoiimitheamountoffissionprcduc.releasecrcarainposuiatdevents.TheHS:V'areclcsadautomaticallyfr"mmeasuredparameterssuchashighsearnilcw,,highsteamlineradiation,.lowreacorwaterlevel,highsearnunnei"amperature,ancicwsearnlinep",assure.Tne'SIV'sclosurescramanticipatsAiepressureandfIuxtransiensw'hichcouIdicllowHSIY'losureandthe.ebyprcac-sreac.orvesselpressureandiuelharmal/hydraulicSafetyLimis.HainSteamLineRadiat'on-Hich'hemainsearn,ailureoftheiuelinitiatedtoreducethemainsteamlineprcduc:s.The.ripoprevenspuricushefuelcladding.linerzdiaicnda.ec.orsareprovidedtodeecacresscladding.When"liehighradiaonisdate=',a-ripisthecontinuedfai1ureofuelcladding.Atthesanatimeisolationvalvesareclosedtolimi.t..areleaseoiiissionsettingishighenoughabovebac'<ground",a"iiationlevelstripsyetlowenoughtopromptlyoctagrossfailuresin~~7i44'%l~Highpressureinthedwellcouldindicaeabreakintheprimarypressureboundarysysams.Thereacoristrippedinor"ertominiimi=.ethepcssibilityoffueldamageandreduce.heamountcfenergybeingaddedtothecoolantThetripsat-.ingwassaiec.adaslcwaspossible~withoutcaus.ngspuricustrips.gom,rum=ehea"oa(D0$fouipme>icCc~edŽ~.h~n~heplatoeon4.'ainmen4VilP-UNIT2~f-"1i7rl5j=and,teicepaid".i(con.CahnmenC.62"3 I4~0*lhsSC'I4~=J'V~~L' LI'NIT>>>GS~F=TYS'I'STEMSzlI>NGASe.SREACTORPROTECTIONSYST:MihSTRUMEHTATIOHS!POENTS(Continued)8.'cramOischaraeVolume'r'aterLevel-HiQhThescramdisctargevolumereceivesthewataIdisplacedbythemotionofthecontrolroddrivepistonsduringareactorscrm.Shouldthisvolumefiliupto2point~herethereisinsufficientvolulIeioacceptthedisplaced~ateratpressuresbelow6=pslg,controlrodinsarti,onwouldbehindered.TnereacioIisihereforet",ippedwhenthewaterlevelhasreachedapointhighenoughtoindicaiethaiitisindeedtillingup,butthevolumeisstillgreatenouahtoaccommodatethewaterfromthemovementoftherodsatpressuresbelowc"psigsanentheyaretripped.Thet.lpsetpolAi>oreachscramdischaroevolumeiseouivalenttoacontainedvolumeof$'Qallonsofwater.9.TurbineStopV-ive-Closure5o.heturbinestopvalveclosuretripan.icipatasthepressure,neutronflux,andheaY>luxincreasesi>at,wouldI'esuli>romclosureoft>Iestopvalves.tItih2ilp5atlAcQf~goofvalveclosurefromiul1open,the",asultantincreaseiniaaiiuxissu~ch'.2adequateiharma1marginsaremaintaineddurinotheworstcasatransi>en-',,1Q.TurbineConrolValveFastClosure,TrioOHPressu.e-!Dw)'iletuIblAecontrolvalveastc!OsU2iipaii>lclpa~esoressUI2ne>'t.OA>lux,2ndiiaai.>1UXlACeasethaiCouideSuiiirem>iac'tClOSureOftheturbirec"nirolvalvesduetoloadrejectiocoincidentw-'thfailureof.'he.urbinebypassvalves.ThePeac.orProcionSystemini.iaesatripwneni25tclosureofthecontrolvalvesisinii-atedbyiheas2cing5ol-eilolvalves2ndin1essthan/SO+milliacD>1dsafr25artoiconroivalvefastclosure..Thisisachievedbytheac.ionofthefasacting'soieno',dvalves'nrapidlyreducinghydraulictripoilprssureatthema&turbinecontrolvalveacUatordiscdt'mpYaiYe5.ThislossofpressureissensedbypressureswitcheswhoseconiacisformheQne-out-of-'.Wo-twicelogicinputtoiheReacorProtectionSystem.This~r-pseting,a=closure~ime,2nd2Ql>>a.eAivaIYec."',arac-eristicfromitnatof>.heturbinestepvalve,cc>binetoproducecnsieniswhicharevery5-imiiar>.othatfor"'-iesspraive.Re1e,'anttran"santanalyssaradiscsadincacion~)or-haFinalSa>anyAnaiysisReOI't.~~g~~~.aloueys,ll.ReactorHcdeSwichShu.downPositionTher2ac.ormodeSwitchShutdownpositi>cn',s2red>ndantc"anniei0the2U"ailcpI'0aci.lYeIfls".aniationchannelsancproYtc25aQQlticnalm>Iual!2.~>anualScr2mThemanualScram>is2redundantchannel:s-theautomati>cprotec=iiveinsrumentaiionc>,anneis2ndprovidesmanualr=-:c.orir',pcapabili>ty.~S("-.MR/c).82-9.'>~>!P-UNIT2I
'
TABLE3.3.2-5KEYTO7SOLAT7ONSIGNALS-'LowceactoevesselwatsLe,vel3Lowceacto)Lv65heLwatcltLeveL2pcHighmaUca4eamLinefurcationHighmaina4uunLine.gowfLighmainhCeamLine,~eL~eaambienttempeJmt~eF~fLigh(btyueLLpn,nameGrLow~acuteECCSiei5~ona~naL(B,F)Low'C7CagleamsupplypcewufteHighReactor.watchcLeanuphphkemEguipmejctNleadi)(c)agentialandambientCempe~ehKR~ecornvolationcoolinghighpipermcctinggaeaCempeltatcutedw'C~IdyllagleamDnedi(fercentiaL~acvce,fcigh~incex~4diapfuutgmpclEhhcvcesHighaeactocvmaeL~nameM~High~~aLheat~ovaLacjakemeqccipmentgaeadi((ene~andambientCempe~uN=HPCSiicitiationbignaL(B,F)PLou,'ainagleamUne.tcnb~neinletpne~auneR=Lou:mainco>>deme,"vacuumStandby&quidcoictholsystemactuatedHiohmainb,teamG.>>cCu>>>>eLN.((cte>>~.<cLand-an6wn~;e.npe~wtu:.e~HighneactonwatercLeanupaysCemdi(Jete~(CowX=HighceactoewatscleanupayaCemnoncegenemtiveocctleCCempenatun,eLowceactocwaterleveL,level1heatexchangeLC=SW>>dbmsgasWeatmeictexh~4hiruedLockedclosedRemote,manualswitch)tramco~olmomLockedclosed-pox~onindicator,ZManualmoZatianAA=TurbineBuiLcknghighapaceCempeftat~eNMP-UNIT23/43-186
SECTIONS3.Pand4.PL:HixHGCOHQETIOHSFOROPERANTONAHOSURYE7LLANCERE)UIR='ARTS 4~~\C'I\Vt~rfi.~II LI'HIT!(6CQNOITIQNFOROPERATIONS.O.ICcmpl',ancewiththeLimitingCondi.ionsforOoerationcontained'.nthiesuccadingSaecificationsisreuiredduringtheOP-"RATIONALCQNOIT.OHSorotherconditionsspecifiedtherein;exceptthatuaonrailuretomeettheLimitingConditionsforOaeration,theassociatdACTIONrequirementsshallbemet.3.0.2NoncampliancewithaSpecificationsiallaxiswhentherequirementsoitheLimitingConditionforOpertionandassociatedACTIONrequirementsarenotmetwithinthespecifiedtimeintervals.IftheL'.mitingConditionfcrOperationisresoredpriorta~wpirationofthespecifiedtimeintervals,c"mpletionoftheAcicnrequirementsisnotreauired.3.0.~~NenaLimitingCandit;onforQ.e.ationisnat;,etexcatasprovidedintheassociatedACTiOHrecuirements,wi-'hinonehouracionshallbeinitiatedoplacetheunitinanOPERATIONALCGHOIT"QHinwhich'.heSoeciiica-ondoes'otapplybyplacingit,asapal.icmIe,in:Atles-STARTUPwithinhenextanaurs,At',estHQTSHUTOQNHwithinthefollcwHg6hcurs,andntIeastCOLOSHUTDQ'~Hwithinthesubsequent24hours.Wherecarrec=',vemeasuresarecQIeadape.,hitoperaionundertheACTIONrequirements,theACTION>>aybe=-keninaccar"ancewithhespaciiiiadtimelimitsasme=-suredir"mthe-,meaifailuretomeettiie'imitingConditioniarOperation.""captio.stotheserequirementsarestatedintheindivi'ualScecifications.Tn'.sspecif-;cationisnotapolicaaleinO.RAT'CHALCCHOITi'H.or3.0.g~-"nt~intaanOP~RAT:GHALCOHOITIQHcrotherspecifiedc";diionshallnotbemadeunlessthecandi.ionsfortheLimit;ngCarditiicniorOoerationaramet'withoutrel'ancecnprovisionscontainedintheACT;OHrequiremonts.ThispravisionshallnotpreventpassacathroughcrtoOPRATIONALCGNOLT;requiredtaccmolywithACTIOi(re~uiremen-s.~"captionstatheseequ."=:..ansaresatedint."ieindividualSaec-;ficat..'ons.3.0.3MhenasyaCem,sub/sya~em,~~n,component@.'/ideviceisdeteeninedCobeinoper~b~>>esokeQrbecau/se.itserne/agencypower..sou/ice.isinope/iabZe,o".soZeZpbecauseisno/oncu!pole/isou/iceisinoperable,.imaubeconsideredOPERA8LEgo/ihepurposeo$s~5ying~hegaea~".erne~o5~applicableL~ng'on~on,[on.Ope.uttion,provided:(1)~co/ice/spongingnormalo/ierne/igencupower,sou/iceisOPERA8LE;and(2)aLLo$.iQ.xedundaM>usem'a),sub/sua~em(/s),4mui(.s),componen-(.s)anddevice(s)a/zeOPERASLE,oxChemise.sa~gu<hexeoui/iemensofspeci~ic~on3.0.4.U&esaboycon&.bio)u(J)and(2)a/iesatb>pied,,theuni.ishaMbeplacedinaconN.monadaedinCheindivi~.speci+~on.
~lIP.I1'g~'l~
SURVEILLANCEREQUIR"MENTS4.0.1SurveillanceRequirementsshallbemetdur'.ngheOPERATIONALCQllOITIONSorotherconditionssoeciiedforindividualLimitingCondiions-,orOperationunlessothervisastatedinanindividualSurveillanceRequiremnt.4.0.2EachSurveillanceRequirementshallbeperformedwihinhespeciiedtimeinervalwith:a.Amaximumallowableextensionnottoexceed25~ofthesurveillanceinerval,butb.Thecombinedtimeinterval,orany3consecutivesurveillanceintervalsshallnotexceed3.25timesthespecifiedsurveillanceinterval.4.0.3FailuretoperformaSurrei1'.anceRequirementwi'hinthespec'.iiedtireintervalstallconstituteafailureomeettheGPRABILI)YrequirementsforaLimitingConditionforOperation.Exceptonsto'.heserequirementsarestatedintheindividualSpecificatons.Surveillancerequiremen-sdorothaveobeperformedoninoperableequipment.4.0.4EntryintoanOPERATIONALCQNOITIONorotherspeciiiedapplicableconditionshallnotbemade'nlesstheSurveillanceRequire..ant('s)associatedwiththeLimitingConditionforGperationhavebeenperformedwithintheapplicablesurveillanceintrvalorasother~isaspecified.4.0.5SurveillanceRequirementsiorinservicainspec.ionandtest'ingofASMCaftfCodeClass1,Z,6,3componensshallbe-olicableasfollows:InsarvicainspecionofASMECodeClass1,2,and3componentsandinsarvicetestingofASMECo"eClass1,2,and3pumpsandvalvessihallbeoerformedinaccordancewithSecionXIoftheASM5oilerandPressureVesselCodeandapplicableAddendaasrequiredby10CFR50,Secion50.55a(g),except~herespeciicwritanreliefhasbeengrantedby..eCommissionpursuantto10C."-R50,Secion50.55a(g)(6)(i).b.SurveillanceintervalsspecifiedinSec.ionXIoftheASME"=oilerandPressureVesselCodeandapolicableAddendaortheinsarviceinspectionandtesingactivitiesrequiredbytheASMESailerandPressureVesselCodeandapplicableAddendasi',allbeapolicableasfollowsintheseTechnicalSoecifications:ASMEBoilerandPressureVesselCodeandapplicableAddendaerminologyorinserviceirsoectionandtestingacivitiesMeeklyMonthlyquarterlyorevery3monthsSemiannuallyorevery6monthsEvery9monthsYearlyorannuallyRequiredrequenciesforperorminginsarviceinspecionand.as.ingact1vltiesr'vt-~t.onceper7days~+estonceper31davs~~onceper92daysAi~asonceper184daysAt~~toncepar276daysA~~toncper66days I"
ISUR"EiLLCNCEREQUj.REPENTSContinued)C.TheprovisionsofSoecification4.0.2areapplicableotheaboverequiredfrequenciesforperforminginserviceinspectionandtestingac-ivities.PerformanceoftheaboveinserviceinspectionandtestingactivitiesshallbeinadditiontootherspecifiedSurveillanceRequirements.HohinginheASMEbroilerandPressureVesselCodeshallbeconstruedtosupersedetherequirementsofanyTechnicalpecification.FifP-PiliT2sttQvI ly~4C~>s~~t"Ca~I0C 3/4.1REACTIVITYCONTROLSYSTEMS3/4.1.1SHUTOOWNMARGINLIMITEHGCONOITEONFOROPERATION3.1.1TheSHUTDOWNMARGIHshallbeequaltoorgreaterthan:a.QQ.38)~deltak/kwiththehighest,~orthrodanalyticallydetermined,orb.$0.28+deltak/kwiththehighestworthroddeterminedbytest.APPLICABILITY:OPERATIONALCOHOETEOHS1,2,3,4and5.ACTjOH:WiththeSHUTOOWHMARGIHlessthanspecified:a.InOPERATIONALCOHOITIOH)or2,restablishtherequiredSHUTOOWHMARGIHwithin6hoursorbeinatleastHOTSHUTOOWNwihinthenex12hours.b.EnOPERATIONALCOHOETEOH3or4,immediatelyveriyallinsertablecontrolrodstobeinsertedandsuspendallactivitiesthatcouldreducethe5HUTDOWHMARGIH.InOPERATIONALCONOITIOH4,establishggyigggg.jNTiGRKTYwithin8hcurs.c.InOPERATIONALCOHOITIOHS,suspendCOREALTFRATIONS"andotheracivitiesthatcouldreducetheSHUTOOWHMARGIHandinsertallinsertablecontrolrodswithin1hour.EsabiishPpp,j<og.gLiL.Qihtg~INTEGRITYwithin8hours.SURVEILLANC"REOUIREMEHTS4.1.1TheSllUTOOWNMARGINshallbedeterminedtobeequaloorgreaterthanspecifiedatanytimeduringthefuelcycle:a.Bymeasurement,priortoorduringthefirsstar.uoafereachrefueling.b.Bymeasurement,withinSOOMWO/Tpriorohecoreaverageexposureatwhichthepredic=edSHUTDOWNMARGIH,includinguncertaintiesandcalculationbiases,isequaltohespecifiedlimit.72hocusc.Within~~afterdetec.ionofawithdrawncontrolrodhatisimmovable,asaresultofexcessivefrictionormechanicalinterference,orisuntrippable,exceptthattheaboverequiredSHUTOOWNMARGINshallbeverifiedacceptablewithanincreasedallo~anceforthewithdrawnworthoftheimmovableoruntrippablecontrolrod.GH-&75~WRH+4MP-UNIT2"ExceptmovementofIRMs,SRMsorspecialmovabledetec:ors.A43/4I-jM'~d I"~bSW RRCTII:CONTROLSYSTEM)S3/<.1.2RoQCTI'IITYANOMALIESLIHITIHGC"HOITIQH."ORQP'ERATIQN3.1.2Thereacivityeauivalencaofthediferencabet<<eentheactualRODOEVSITYandhepreaictedRQOOENSITYsnaiinoexcai"deltakl'<.APPLICABILITY:OPERATiONALCONOITIONS1anci2.ACTQN:Withthereac.iviyequivalencadifferenceexceedingLodeltak/k:WithinI2hoursperformananalysistadeternineandaxalainthecauseofthereactivitydifference;ooerationmaycont.nueifthedif,erencaisexoiaineaandc"rrec=ad.o.Other<<ise,beinatleastHOTS'riUTuOQWHwithinthenext'hours.SURVEIILANCEREQUIRB1EHTS<<.1.2Thereac=ivityequivalencaoftheciffarencabet<<eenheac:uaiRQOQENSItYandtheprediceoRQOQEHSITYsnailbeverified"beless.hanarequaital~deita'c/k:a.Ouringthefirs:star:uofaiiowingCOREALTERATIQHS,anciAtleasonceaer31effec=ivefullpowerdaysdurnaPOWEROPERATION.)Vi!P-UNIT2:r"(BWR/"")3/<-2
~i'h'I~I\4' r.REACTIVITYCONTROLSYSTEMS3/4.1.3.CONTROLROOSCONTROLROOOPERABILITYLIMITIHGCONOITIONFOROPERATION..--3.1.3.1A11controlrodsshallbeOPERABLE..APPLICABILITY:OPERATIOHALCOHOITIOHSIand2.ACTION:a.WithoneoontrolrodinoperableduetobeingiootovabIe;asaresultofexcessivefrictionormechanicalinterference,orknowntobeuntrippableI.Withinonehour:a)Verifythattheinoperablecontrolrod,ifwithdrawn,isseparatedfroma11otherinoperablecontrolrodsbyatleasttwocontrolcellsinalldirections.b)Oisarmtheassociateddirectionalcontrolvalves'"nfy~~~<by~sagme,d~ve,exmandexhaust~~mme~onvafvm.sc)ComplywithSurveillanceRequirement4.1.1.c.Otherwise,beinatleastHOTSHUTOOWHwithinthenextUhours.,~722.RestoretheinoperablecontrolrodtoOPERABLEstatuswithinhoursorbeinatleastHOTSHUTQQWwithinthenextIZhours.WithoneormorecontrolrodstrippablebutinoperableforcausesotherthanaddressedinACTIONa,above:l.It'heinoperablecontrolrod(s)iswithdrawn,withinonehour:a)Verifythattheinoperablewithdrawncontrolrod(s)isseparatedfromal1otherinoperablewithdrawncontrolrodsbyatleastwocontrolce11sinalldirections,andb)Oemonstratetheinsertioncapabilityoftheinoperablewithdrawncontrolrod(s)byinsertingthecontrolrod(s)atleastonenotchbydrivewaterpressurewithinthenormaloperatingrange".Otherwise,inserttheinoperablewithdrawncontrolrod(s)anddisarmtheassociateddirectionalcontrolvalves""either:a)Electrically,orb)Hydraulicallybyclosingthedrivewaterandexhaustwaterisolationvalves."the1noperaoecontrolrodmaythenbewithdrawntoapositionnofurtherwithdrawnthanitspositionwhenfoundtobeinoperable.""Mayberearmedintermitently,underadminisrativecontrol,topermittestingassociatedwithrestoringthecontrolrodtoOPRABLEstatus,
REAC~'/I>.CQNTROLSYST=uS'L'METINGCQNOITIOHFOROPERATIONCantrued)ACYION(Cantinued)a)b)Iftheinaperaolecontrolrad(s)isinserted,withincnehourdisarmtheassaciataddirec='.analcontrolvalves".either:Elec.rically,orHydraulicallybyclosingthe"rivewaterandexnaust'<<aterisolatanvalves.Otherwise,beinat,leastHOTSHUTDOWN<<ithintnenext.Mhours.3.ThepravisiorisofSpecification3.0/arenctaaplicable.'Aithmarethan8controlrodsinoperable,beinat,:,eastHGTSHUi~G'iN<<ithinhours.SUR'JEILMVCEREOUEREHEHTS~.'.3.l.1TnescramdischargevolumedrainandventvalvesshallbedemonstratedOPERABLEby:a.At,leasanceper3~daysverifyingeachvalvetabecaen,"and5Atleastoncaper92dayscyclingeacnvalve.hraugnatleastonecamaletecyclecffullravel.4.1.3.1.2'Ahenaaoveth.$1cwpowersetpcint)-afheailandRSCS,allwithdrawncontrolrodsnotrequiredtohavetheirdirecicnalcantralvalvesdisarmedelectricallyorhydraulicallysnail5edemansratedOPERABL:-bymovingaacncantrolradatleastonenatch:a.AtIeaqtanceper7days,andb.Atleastonceper24haurswhenanycontrolradisimmovableasaresultofexcessivefric-ionormecnanicaiintarferenca..3.:.3AllcantralradssnailbedemonstratedOPERABL=by"erfcrmancorSurveillaneRequirements4.E..3.2,4.'.'.4,4.'.3.",4.:..8ana.'.3.7.'Thesevaivesmaybeclosedintermittentlyfar.astngunaeradministrativecontrols.""Nay.berearmedintermittently,underacministrativecantral,topermittastingassocatedwithrestoringhecant".olrcdtoOPERABLEstats.ViilP-UNIT2~S-ŽARf)3/41-<
REICTiVITYCONTROLSYSTEMSSUR'/EILLANCEREOU[REHE!ITSContinued)4.1.3.l.4ThescramdischargevolumeshallbedeterminedOPERABLEbydemonstrating:ThescramdiscnargevolumedrainandventvalvesOPERABLE~OPKQATiVC,CZC,Lfatleastoncepers,byverifyingthatNedrainandventvalves:b.1.Close.within+SO)-secondsafterreeiptofasigralforcontrolrodstoscram,and2.Openwhenthescramsignalisreset.andPropergfloatggleveIsensor)responsebyperformanceoiaCHANNELFUNCTIONALTESTofthescramdischargevolumescramandcontrolrodblacklevelatleastonceper33.days~.70CtgglCQCLSG-btQd~QH4$0.994,%Lpga+OH.3/<L-5
REACTIYITYCONTROLSYSTEMSCONTROLROOMAXIMUMSCRAMINSERTIONTIMESLIMITIHGCONDITIONFOROPERATION3.1.3.2Themaximumscraminsertiontimeofeachcontrolrodfromthefullytwithdrawnpositiontonotchposition5basedonde"energfzationofthescrampilotvalvesolenoidsastimezero,shallnotexceed7.0seconds.APPLICABILITY:OPERATIONALCONDITIONS1and2.ACTION:Nththemaximumscraminsertiontimeofoneormorecontrolrodsexceeding7seconds:I.Declarethecontrolrod(s)wihtheslowinsertiontimeinoperable,and2.PerformtheSurvei11anceRequirementsofSpecification4.I.3.2.cat.leastonceper60dayswhenoperationiscontinuedwiththreeormorelcantrairad.sixthmaximumscraminsertiantimesinexcessaf7.0seconds.~IOtherwise,beinatleast.HOTSHUTDOWNwithinI2hours.b.TheprovisionsofSpecification3.0.4arenotapplicable.SURVEILLANCEREQUIREMENTS4.1.3.2Themaximumscraminsertiontimeofthecontrolrodsshallbedemonstratedthroughmeasurementwithreactorcoolantpressuregreaterthanor~equalto950psigand,duringsinglecontrolrodscramtimetests,theceW~Chagi7t,gueei~Cia'.be.a.ForallcontrolrodspriortoTHERMALPOMERexceeding40~ofRATEDTHERMALPOMERfollowingCOREALTERATIOHS"orafterareactorshutdownthatisgreaterthanI20days.b.Forspecificallyaffectedindividualcontrolrodsfollowingmaintenanceonormodificationtothecontrolrodorcontrolroddrivesystemwhichcouldaffectthescraminsertiontimeofthosespecificcontrolrods,andc.Foratleast10~ofthecontrolrods,onarotatingbasis,atleast'nceperI20daysofPOWEROPERATIOH.0rodmovement.vi'ip-UN>72&lRf5)
REACTI'/ITYCONTROLSYSTEMSCONTROLRQOAVERAGESCRAMINSERTIONTIMESLIMITINGCQHOITIQNFOROPcRATIOH3.I.3.3The-averagescraminsertiontimeofallOPERASLEcontrolrodsfromthefullywithdrawnPosition,basedonde-energi=ationofthescrampilotvalvesolenoidsastimezero,shallnotexceedanyofthefollowing:PositionInsertedFromFullvMithdrawnAverageScramInser~45392505APP~rCABILITY:OPcRATIOHALCQHOITICNSIandZ.AC:i.ON:Withheaveragescraminseriontimeexceedinganyoftheaoovelimi.s,beinatleastHOTSHUTQQWNwithinrMhours.SURYE'rLLANCcRcQUIRE1EHTS~.i.3.3AllcontrolrodsshallbedemonstratedQPERASLEbyscramtimetastingfromthe~ullywihdrawnposiionasrequiredbySurveillanceRequirement4.L.3.2.iVifP-UNIT25-(BWR/5%3/~1-7~C/':i.
REACTI'/ITYC"NTROL.SYSTiHS;QVRCONTROLROOGROUPSCRAilINSERTIONTIHES<IHITIHGCOHOITIONFOROPERATION3.1..3."Theaveragescraminsertiontime,fromthefullywithdrawnposition,fortnethreefastestcontrolrodsineachgrouooffourcontrolrodsarrangedinatwo-by-twoarray,basedondeenergizationofthescrampilotvalvesolenoidsastimezero,shallnotexceedanyofthefollowing:PositionInsertedFromFullvWithdrawnAverageScramlnser453925050.~50.922.05~<.3t&3-3.70APPLCABILITY:OPERAT.OHALCQNOITIOHS'land2.ACiIQN:a.'>liththeaveragescraminsertiontimesorcontrolrodsexceedingtheaoovelimits:Oeclarethecontrolrodswih:heslowerthanaveragescraminsar.iontimesinooerableuntilananalysisispe~rmed.to.determinethatrequiredscramreacivityremainsfortheslowfourcontrolrodgroup,and2.PerformtheSurveillance'equirementsofSoecificaton'.1.3.2.catleastonceper60dayswnenooerationiscontnued<<1thanaveragesc".aminser.iontime(s)inexcessoftheaveragescraminsertiontimelimit.Otherwise,beinatleastHOTSNUTGOMN~ithinthenex-~Uhours.b.TheprovisionsofSpecification3.0.+arenotapplicable.5SVRVE:LLAHCEREQUIRBIEHTSa.'.3.4AllcontrolrodssnailoedemonstrateaOPERABLEbyscramimetestingfromthefullywithdrawnpositionasrequiredbySurjeillancaReouirementa.'.3.2.
REACT.'j((CONTROLSYSTEMSCONTROLROOSCRAMACCUi41ULATORS'NITD(GCONOITIONFOROPERATION3.1.3.8AllcontrolrodscramaccumulatorsshallbeOPERABL=.APP~ICABIL'tf:OPERATIONALCONOITIONS1,2and:-".'C:ION:a.InOPERATIONALCONOITIONS1or2:Withonecontrolrcdscramaccumulatorinaperable,<<ithin8haurs:a)RestoretheinoperableaccumulatortoOPERABLEstatus,orb)Oeciarethecantrolrcdassociated<<iththeinoperableaccumulatorinaperable.Otherwise,beinatleastHOTSHUTGOW<<ithinthenext.12hours.Withmorethanonecantralradscramaccmulatorinaperable,declaretheassociatedcanC".alrodsinooeraoieand:a)Ifthecontrolradassociatedwithanyinoperablescramaccumulatoriswithdrawn,immediatelyverifythatatleastanecontrolrcddrivepumoisoperatingayinsertincatleastcnewithdrawncontrclrcdatleastonenotchorplacethereac:armadeswitchintheShutdownposition.b)Inserttheinoperablecantralrodsanddisarmtheassaciatadcontrolvalveseither:1)Eiec:rically,or2)Hydraulicallybyclosingthedrivewaterandexnaus-<<aterisolationvalves.Otherwise,beinatleas-HOTSHUTGGMN<<ithin12hours.b.InOPERATIONALCONOITION8":Withone<<ithdrawncontrolradwithitsassociatedscramaccumulatorinaoerable,inser-theafec:adcontrolrodanddisarmtheassaciateddirec-ianalcantralvalveswithinanehour,either:a)Fiectricaliy,orb)Hydraulicallybyclos'ngthedrive<<aterandexnaus-<<aterisoiatonvalves.Z.Withmarethananewithdrawncantrolrad<<ihtheassaciatedscramaccumulatorinape.ableornacontrolroddrivepumooperating,immediatelyplacethereac:armodeswitchintneShutdownpasion.TheprovisianscfSoeci,ication3.0.Aarenotaoolicabie.5Atleasttneaccumulatarassociatedwitheach<<ithdrawncontrolrad.NotaoalicaoletocontrolradsremovedperSpecification3.3.10.1or3.9.10.2.ViiP-UNIT2
REACTIVITYCQHTRQLSYSTEHS1SURVEILLAHCEREQUIRElt"iVTS4.1.3.5a.b.EachcontrolrodscramacŽumulatorshallbedeterminedOPERABL":>940At1easgcnc'er7daysbyverifyingthatnaindicatedpresserOP694ztN<Nci6Atleastonceper43-eeechsby:Performanceofa:a}CHAHHKrUHCTIQsVALTESToftheleakdetectors,andb)CHANNELCALIBRATIQHofhepressuredetectors,andverifyinganalarmsetpointof(940'(30$,+0/psigondecreasingpressure.thatpeachindividual+accumulatorcheckvalvemaintainsEtheassociated+accumulatorpressureabovethealarmsetpoint,~~ithnicontrolroddrive-'v'uU.y'iwseaghi.Iaqhr.~Uc~upkssn~~el4gc.lQs,iayMPcIE.tiki-wb-tcc5tckBwk+~tWe+eC.lSOLACtauqe-L<eg,!DIP-UViIT3
REACTIYITYCONTROLSYSTEMSCONTROLRODORIVECOUPLINGLIMITINGCONOITIONFOROPERATION3.1.3.6Allcontrolrodsshallbecoupledtoheirdrivemechanisms.APPLICABILITY:OP'ERATIONALCONOITIONSI,2and5.ACTEOH:a.InOPERATIONALCONOITION1and2withonecontrolrodnotcoupledoitsassociateddrivemechanism,within2hours:1.IfpermittedbytheRbMandRSCS,insertthecontrolroddrivemechanismtoaccomplishrecouplingandverifyrecouplingby<<ithdrawingthecontrolrod,and:Observinganyindicatedresponseof'henuclearinstrumentation,andb)Oemonstratingthatthecontrolrodwillnotgotoheovertraveloosition.Z.Otherwise,beinatleasHOTSHUTDOWN<<it.'fain.henexIZhours.IfrecouplingisnotacŽomolishedon.hefirs-attamotor,irnotpermittedbytheRMHorRSCS,thenuntilpermit:edbytheRWHandRSCS,declarethecontrolrodinooerable,insertthecontrolrodanddisarmtheassociateddirectionalcontrolvalves""either:a)E1ectrically,orb)Hydraulicallybyclosingthedrive<<atarandexhaus-waterisolationvalves.Other<<ise,oeinatleastHOTSHUTDOWN'<<ithintnenext~Mhours.InOPERATIONALCONOITION9"witha<<ithdrawncontrolrodnotcouoledtoisassociateddrivemechanism,within2hours,either:l.Insertthecontrolrodtoaccomplishrecouolingandveri.yrecouolingbywithdrawingthecontrolrodanddemonstrating.hatthecontrolrodwillnotgotoNeovertravelposition,or2.Ifrecouolingisnotaccomolished,inser.thec"ntrolrodanddisarmtheassociateddirectionalcontrolvalves""either:a)Electricaily,orb)Hydraulicallybvclosingthedr.'ve<<atarandexhaust<<aterisolationralves.C.TheprovisionsofSpecification3.0&arenotaoplicaole.5"At'least'eachwithdrawncontrolrod.NotaoplicaoletocontrolrodsremovedperSpeciication3.9.10.1or3.9.1O.Z.""Hayberearmedintermittently,underadministrativecontroI,opermi"testingassociated<<ithresoringthecontrolrod=oOPERASL""status.X~ilP-UNIT23/$>elgg
REACTTVI)YCGllTROLSVST)tHSSUR'IELLANCEREOUIRBIEHTSe.o~~V>~~drivemechanismbyobservinganyindicatedresponseofthenuclearinstrumen-tationwhilewithdrawingthecontrolrodtothefullywithdrawnpositionandthenverifyingthatthecontrolroddrivedoesnotgototheoverravelposition:a.b.C.Priortoreac:orcriticalityaf.ercompletingCOREALTERAT.OHSthatcouldhaveaffec.edthecontrolroddrivecouplingintegrity,Anytimethecontrolrodiswithdrawntohe"Fullout"positioninsubs'equentooeration,andFollowingmaintenanceonormodificationothecontrolrodorcontro'iroddrivesystem~nichcouldnaveaffectedthec"ntrolroddrivecouplingintegriy.
REACT.'lI(YCONTROLSYSTEM!SCONTROLRQOPOSITION'IHOICATION~VV/'MITIHGCOHOETIONFORQPRATION3.1.3.7ThecontrolrcdpasitionindicationsysemshallbeOPERABL=.APP(rCABILTY:OPERATIONALCONOITIONS1,2ana:".ACi(ON:a.InOPERATIONALCONOITION1or2withoneormorecontrolrodpositionindicatorsinaperable,withinonehour:1.Oeterminethepositionofthecont".olrodby(analternatemethad),orZ.MovethecentralradtoapositionwithanOPERABLEposit'.'anindicator,orWhenTHERMALPOWERis:a)Withinthe~..'.'.,'owpowersat,"oin->aftheRSCS:1)Oeclare.hecontrolrodinoperable,and2)Verifythepositionandbypassingofcontrolrodswithinooerable"Fu11-in"and/or"Full-cut".positianindicatorsbyasacandlicensedooeratororothe.:acnnicaiiyaualifedmemberortheunittechnicalstaf=.b)Greaterthanthe,,,lowpo~ersatpoint~oftheRSCS,declarehecontrolradinoperable,insertthecontrolraaanddisarmtheassociateddirec=ionalcontrolvalves""alterer.I)E1ec:rically,or2)Hydraulica11ybyclosingthedrivewaterandaxnaust<<atarisalatianvalves.Otherwise,beinatleastHOTSHUTOOWNwithinthenext12nours.:nOPERATIONALCONOITIQN=.~withawithdrawncant".olrad=cstoninaicatarinoaerable,movetiNecontrol.roatoacasiton<<ithanQPERABL:-postionindicatororinser.thecontrolrad.5TheprovisionsarSpecifics',ion3.0./arenotaoolicaole.'Atleasteacnw>tndrawncontrolraa.HotappliczoletocontrolraasremoveaperSpecification3.9.10.1ar3.9.10.Z."".'layberearmedintermittent,iy,underaaministrat,ivecontrol,:cfermittastingassaciataawithrestoringthecontrolrod:oQPERABL.status.I/>>11%
REACT.'/:.COiVTROLSYST"95:i.'Q2:LU~C""REOUR..EH5-'.'..3.7Thecontrolrocpositionindicationsystemshalloedetermined."PRAGLANbyver;fying:Atleastonceper24hoursthatthepos'.tionofeachcontrolrodisindicated,ThattheindicatedcontrolrodpositionchangesduringthemovementofthecontrolroddrivewhenperformingSurveillanceRequirement4.1.3.1.2,andcThatthecontrolrodposit.'anindicatorcorrespondstothecontrolrodpositionindicatedbythe,"Fullout"'positionindicatorwhenperformingSurveillanceRequirement4.1.3.a.b.
REACTI'IIi.'ONTROLSYST='dSCONTROLRQOORI'/E'~OUSINGSUPPORT'BITINGCONO!TIONFOROPERATION3.'.3.8Thecontrolroddrivehousingsuopo.tshaiibeinplace'.APPLICABILITY:QPERAT;ONALCONOITIONS1,2ana3.ACTOH:Withthecontrolroddrvehousingsupportnotinplace,beinat,leastHQTSNUTOOWNwithin12hoursandinCOLOSHUTOOWN<<ihinthe.following24hours.SURVEILLANCEREQUIREMENTS4.1.3.8Thecontrolrodd~ivehousingsuooortshallbever'.fiedobeinplacebyavisualinspectionprio~tostartuoanytimeithasbeendisassemoledorwnenmaintenancehasbeenperformedinthecontrolroddrivehousingsuooor=area.VMP-UNIT2;BWRP~3.1/4Iec
REAC.IVITYCONTROLSYSTEMS3/'.I.<CONTROLROOPROGRAMCONTROLS<<OO'AORTHMIHIMIZERLIMITINGCQNOITIOHFOROPERATION3.'.4.IThercdworthminimizer(RMM)shallbeQPRABL=".APP(ICABILI(Y:OPERATIONALCQNOITIGNS1and2",when(HiRMAL""G'HERislesstnanorqualta$20/%arRATEDTHERMALPO'~ER,:Žeminimumallowable~ACiTON:a.Mi.ththeRNMinoaerable,verifycontrolrodnovementandcompliancewiththeprescribedcontrolrodpattern5yasecondlicensedoaeratarorothertechnicallyqualifiedmemceraftheuni:echnicalstafwhoispresent.at'theractorcntraiconsole.Othe("~isa,cantralrcdmovementmaybeonlybyactuatingthemanualscranorplacingthereactornodeswitchintheShutdownposiion.o.TheprcvisionsorSpecification3.0./arenatapclicable.5SVRVEIL(LANCEREQUIREMENTS4.1.4.1TheRWshallbedemonstratedOPERABLE:a.InOPERATIOiVALCQHOITION2within8hoursprorta~ithdrawalofcontrolrodsforthepurposeofnakinghereac=arcr.'tical,andinOP'ERATIOHALCONDITIONIwithin8hourspriortaR(N'MautcmaticiOitiaticnwnenreducing(HERMALPOMER,byverifyingprcoerindi-cationoftheselec:icnerrarcratleastoneaut-cf-sequencecontrolrad.InOPERATIONALCONOIIOH2~ithin3hourspr.orta~ithdrawalofcontrolradsfarthepurposeofmakingthereactorcr'.'tical,byverifyingtheradblackrunc=ianbydemonstratinginabiliy.a~ithdrawanout-af-sequencecanc",ol'cd.InOPERATTQNALCQHOITIONI~ithinanehaurarerBiMautomatcinitiatonwhenreducngTHERMALPQ'rlER,byverifying:hercdblockfunc:ionbydemanstrazinginabilitytawi".hdrawanout-ar-sequencecantralrad.Bydemonstratingthatthecontrolradpat.arcsandsequenceinouttctheRb'Mcomputerarecarrec-lvloadedfollcwinganvloadingoftheprogramintothecamourer."ntry(ntoQPRA(~OHALCQNOITION2andwithdrawalofselectedcontrolrodsispermittedforthepurpaseordeterminingheOPERABILITYortheSrMariortcwithdrawalafcontrolrodsfarthepurposeofbringingthereac=croc.itTcz(1ty.M(,1P-UiVIi23/<1I8<<~j".g+v
REAC1'lITYCONTROLSYSTEMSRQDSEQUENCECONTROLSYSTEM(Ootionai,BankedPositionType)L'MITINGCQNQITIQNFOROPERATION3.i.4.2Therodsequencecontrolsysam(RSCS)shai1beOPERABL:".AP.LICABILT".:OPRATIONALCONQITIONS1and2"',wnenTHERMALPOWERislesstnanoraquaito$20)CRATEDTHERMALPOWER,:heminimumallowaoie~as"'.;flawpowersatpointPACTEQll:a.b.WiththeRSCSinoperable,control-.cdmovement.shallnotoepermitted,exceptbya'scram.Withaninoperablecontrolrcd(s),OPERABLEcontrolrodmovementmaycontinuebybypassingtheinoperablecant",olrad(s)intheRSCSpra-videdhat:2.Thepositionandbypassingofiroperaoiacantrairodsisveririedbyasecondlicensedaperatororothertechnicallyqualifiedmemaerortheunit<achnicaistaf=,andTherearenotmorethan3inooerablecontrolrcdsinanvRSCSgraup.SUR'IEILLANCEREQUIRB1EHTSTheRSCSshallbedemons-".atadOPERABLby'errormancara~self-testWithinBhourspriortaeachreactorstartup,and2.PriortomovementofacantrolrodafterrodinhibitmadeautomaticinitiationwhenreducngTHERMALPOWER.Attemptingtaselectandmoveaninhibi:adcontrairod:I.Afterwithdrawalorhefirs-insequencac"ntroirca=oreachreac.arswrtup,and2.Withinonehourarterradinhibitmode.automaticinitiaticn<<henreducingTHERMALPOWER.ee.pecaiiestException3.10.2~EntryintoOPERAT.ONALCQNOITIOH2andwithdrawaio-selectedcontrolrodsisoermit:adfortheaurposaordeterminingtheOPERABIL'~i,oftheRSCSpriortowithdrawaiorcontrolrcasforhepurposeafbringingtherctartocriticaiity.,VhlP-UNIT2
REACTV~TYCONTROLSYSTEMSROOBLOCKMONITOR'MKTENGCONOITIQNFQROPERATION3.1.4.3Bothrodbloc!cmonitor(RBM).hannelsshallbeOPERABLE.APPLICAOILIT'(:OPERATiONALCONOITIONI,'~nnTNENNALPONPRisgra*ta.ClanorrACION:a.MithoneRBMchannelinoperable:1.'/erifythatthereacorisnotoperatingonaLYMET'ilGCONTROLROOPATTERN,and2.RestoretheinoperableRBMchanneltoOPERABLEstatuswi:liin24hours.Otherwise,placetheinooerablerodblockmonitorchannelinthetr'.poedconditionwithinthenexthour.'<<ihbothRBMcnannelsinooeraole,placeat.leastoneincpe.solerodb1ockmonitorchannelinta",etripoedconditionwithinonehour.SUR'lEILLAHCEREQUIRB1EHTS4.'.4.3EachortheaboverequiredRBMchannelssnailoedemons-",atadOPERABLEby'performanceofa:a.b.CNANNEFUilCTlQNALTESTandCNAHNECALEBRATiONattherrequenciesandfortheOPERATIONALCQNOITiONSspecifiedinTable~.3.5-'.CHANNErUHCTiONALTESTpriortocontrolrodwithdrawalwhenthereac.orisooeratingonaLIMIT:HGCONTROLROOPAlIERN.
RACTIVITYCOt(TROLSYSTEMS3/4.1.5STAHOBYLIQUIDCONTROLSYSTEMLIt<ITIHGCOttOITIONFOROPERATION3.l.5ThestandbyliquidcontrolsystemshallbeOPERABLE.APPLICABILITY:OPERATIONALCQNOITIONS1,2,and5"ACYiQNra0InOPERATIOttALCONOITIOH1or2:Withonepunoand/oroneexplasivevalveinoperable,restoretheinoperablepumpand/arexplasivevalvetoOPERABLEstatuswithin7daysorbeinatleastHOTSHUTOOWNwithinthenext12hours.2.Withthestandbyliquidcantralsystemother~isainoperable,restorethesystemtoOPERABLEstatuswithin8hoursorbeinatleastHOTSHUTOOWHwithinthenext12hours.InOPERATIONALCQHOITION5":1.Withanepumpand/oroneexplosivevalvenope."able,restoretheinoperablepunpar,d/orexplosivevalvetoOPRABLEstatuswithin30daysorinsertallinser.ablecontrolradswithinthenexhour.Z.Withthestandbyliquidcontrolsystemotherwiseinoperable,insertallinsertablecontrolrodswithinonehour.SURVEILLAttCEREQUIREMENTS4.1.5ThestandbyliquidcontrolsystemshallbedemonsratedOPERABLE:a.Atleas1.TheZ.Theoncper24hoursbyverifyingthat;temperatureofthesodiumpentaboratesolutions~~4~>10ior>inane3.1,5-2.availablevolumeafsodiumpentaboratesolutionis~~~'tTkrrwileGJ~0aa<gtvLIE5.J.5-i."Wihanycontrolrodwithdrawn.HotapplicabletocontrolradsremovedperSpecification3.9.10.1or3.9.10.Z.QtP-UNIT2in+hesLac'eyeCwvKbvkpuvps'vola<P<P~<9~p4ono~~<<<ychose)s~c+.io~v>Lvi0/4179flf
REACTIVITYCONTROLSYSTEHSSURVEILLANCEREQUIREMENTSContinuedb.Atleastoncepet3Ldaysby:L.2.Verifyingthecontinuityoftheexplosivecharge.neOeterminingthattheavailablehweightofsodiumpentaborateisgreatert>>anorequalto$558+lbsandtheconcentrationofboroninsolutioniswithinthelimitsofFigure3.L.B"1bychemicalanalysis."cd.3.Verifyingthateachvalve,manual,po~erooeratedorautomatic,intheflowpaththatisnotlocked,sealed,orotherwisesecuredinposition,isini"scorrec.posiion.Oemonstratingthat.,whentested(pursuanttoSpecification4.0.")-(eeiatapressureofgraterthanorequalto$L220$psigismet.9Q.T>Qrc,L.E,AtleasonceperQ-am~uringshutdownby:L.Initiatingoneofthestandbyliquidcont".olsystemloops,includinganexplosivevalve,andverifyingthataf1owpathfromthepumpsothereactorpressurevesselisavailablebypumpingdemineralized~aterintothereactorvessel.Thereplace-mentchargefortheexplosivevalveshallbefromthesamemanufacturedbatchastheonefiredorfromanothe.batchwhic>>hasbeencertifiedbyhavingoneofhatbate>>successfullyfired.Bothinjecionloopsshallbetestedin36months.g2.Oemonstratingthathepumorliefva1vesetpointislessthanoreualto~RE+psigandverifyingthatthereliefvalvedoesteduringrecirculationtothetestank.p1387r~ftnooacapnasauc3.""Oemo'nstratingthatallheattracedpipingbetweenthestoragetankandthereactorvesselisunblockedby(pumpingfromthesoragetanktothetesttank)andthendrainingandflushingthepipingwithdemineralizedwater.4.OemonstratingthathestorageankheatersareOPERABLEbylverifyingtheexpectedtemperatureriseforthesodiumpentaboratesolutioninthestoragetankaf.erheheatersareenergized."Thistestshallalsobeperformedanytime~aterorboronisaddedtothe,0--solutionorwhenthesgutionemperaturedropsbelow"ibistestshallalsobeperformedwheneverbothheattracingcircuitshavebeenfoundtobeinoperableandmaybeperformedbyanyseriesofsequential,overlappingortotalflowpathstepssuchthattheentireflowpathisincluded.Q1P-UNIT2t'~(BWR/5)3/4L-20pj
15.0EreCh3ClWLl814.013.813.4LOWLEVELALARMREGIONOFAPPROVEDVOLUME-CONCENTRATIONt,l.>hi>s'"'-/Jc.c,~.PxZCcOVER'iLOl<VOLUMEUlI-CLC)ICL<~~JIOVl13.012.9403MINIHUHRE(UIREDCONCENTRATIONLINE504306612.044.00450046004700480049005000494051005200V-NH'OLVhfE(GhLLONS)FrcllRz3.1.5-1SODIUM-PEttTAOORATETAttKVOLUMEvsCONCEttTRATIONRE(UIRE&IENTShlhll'-IINs'I'
aICrC90OPERAT1ONRANGEOPERAT1NGLlhl7T4a4IINACCEPTABI.ERANGE6050IQI'"1"I20Curreerrfna.tiu>>,(5Irgrveiglrt)SOD7IfhlVENIABORATLrSOLI(flONTEhll'ERATIIRE/CONCLrN7I'AT1~)NREO<IlREhlENTSI'.ijnrrre3.1.5-2~~
3/4.2POWERDISTRIBUTIONLIMITSI3/4.2.1AVERAGEPLANARLYNEARHEATGENERATIQNRATELIMITINGCONDITIONFOROPERATION3.2.1AllAVERAGEPLANARLINEARHEATGENERATIONRATES(APLHGRs)foreachypeoffuelasafunctionofAVERAGEPLANAREXPQSUREshallnotexcedthelimitsshowninFigure3.2.1-1,APPLICABILITY:OPERATiONALCONDITION1,whenTHERMALPOWERisgreaterthanorequalto25)~ofRATEDTHERMALPOWER.ACTION:WithanAPLHGRexceedingthelimitsofFigure3.2.1-1,initiatecorrectiveactionwithin15minuesandrestoreAPLHGRtowithintherequiredlimitswithin2hoursorreduceTHERMALPOWERtolessthan$25+~ofRATEDTHERMALPOWERwithinthenext4hours.SURVEILLANCEREQUIREMENTS4.2.1AllAPLHGRsshallbveri>iedtobeequaltoorlessthanthelimitsdete.minedfromFigures3.2.1-1,a.Atleastonceper24hours,b.Within12hoursafercompletionofaTHERMALPOWERinc".easeofa"least15ÃofRATEDTHERMALPOWER,andc.Initiallyandatleastonceper12hourswhenthereactorisoperatingwithaLIMITINGCONTROLRODPAiiERNforAPLHGR.NMP-UNIT2GEMT~BWR/5-)-3/42-1
1ZP4IJ3R12;5~,12.0ACsI~3rI:I~:11.5CD4')IlalEsl.~11.0=.II-~C~lsl>CM="-10.5I.I,,I,12.7III....I.,L~,,.I.I:I:iI!~II:;;:3.'llI:ili(I(!Il(ii..".j,ps,I(i}::II'llsIIs!s!I(Il}jls'IIs:r;isI(illsl'I12~l,a.l(ll.s~~Ij~ljQ+ljI("I11.53!j(IIIhIIjijII'(I:'iIi"i'l[jljlsIls(IIII~IIi;ilisllillIl;jIIIjIIII'll(IIul(0ljlll'iI[I.2ljl'sji!(1j(I(11.5I'ilillII!'i(IIjljf,'Ii,I((!,I}I::.II~(I(I(!Rji!I'!I'si,'jssIl(j(lgInI(,illlj(l(rIs1.6I((Ii11.0IIIiss~I':jljjill.~Z.p'I!:IsI(Is11.7i.,IIs'III.3((!ill(s;Il"'I:Is.11.210's('lI:I!.ij((lli'.}ll!'!IllisllllillllIslIIl(rriiij(r'll!IIEussSEREIRIICRIR30nCR233COCR71110.0li(IjlIl.sI.rlllI,I;((I!',!;ll;sl,'III:i:I(Ills'iil'!Ii..II'.s(lII;IrlI,'::3('ll"ilr"3'I(.'IIili:I!I'I:I('.!I...II:,,II,Isl::II.I'I;":.:.(.I!I::IilsjisRIls:Ills:!IlI3~"I."..I'(l.lli..'!:ll,,I~s~'s3,7IIa.-ssss'S~5,00025,000Flgsss'e3.2.'I-1~~10,000I15,00020,000AVERAGEPLAHAREXPOSURE(Wd/t)HAXIHUHAVERAGEPLAHARLINEARNEATGEHERAT(OH.RATE(HAPL((GR)VERSUS.-AVERArEPLANAREXPOSUREINITIALCOREFUELTYPESOCR183,BCR233ANOOCR71130,000~I
>OWEROISTRIBUTIONLIi!ITS3/4.2.2APRMSETPOINTSLIMITINGCONDITIONFOROPERATION3.2.2TheAPRMflowbiasedsimulatedthermalpower"upscalescramripsetpoint(5)andflowbiasedneutronflux-upscalecontrolrodblocktripsetpoint.(SRB)shallbeestablishedaccordingtothefollowingrelationships:TRIPSETPOINTALLOWABLEVALUES<(0.66W~(51))T~S<(0.66W+(54)~)TSRB<(0.66W+(42)~)TSRB<(0.66W+(45)~)Twhere:SandSBareinpercentofRATEDTHERMALPOWER,u=Loogrecircu1ationflawasapercentageoithelooprecirculationflowwhichproducesaratedcoreflowof(108.5)millionlbs/hr.T=Lowest.valueoftheratioINFRACTIONOFRATEDTHERMALPOWERdividedbytheCOREMAXIMUMFRACTIONOFLIMITINGPOWERDENSITY+Tisapp1iedonlyif1essthanorequalto1.0.APPLICABILITY:OPERATIONALCONDITION1,whenTHERMALPOWERisgreaterthanorequalto+25fXofRATEDTHERMALPOWER.SCTEQN:WiththeAPRMflowbiasedsimulatedthermalpower-upscalescramtripsetpointand/ortheflowbiasedneutronflux-upscalecontrolrodblocktripsetpointlessconservativethanthevalueshownintheAllowableValuecolumnforSorSR,asabovedetermined,initiatecorrectiveactionwithin15minutesandadjus5Ind/or5tobeconsistentwiththeTripSetpointvalue"within6hoursorreduceTHEIALPOWERtolessthang25pXofRATEDTHERMALPOWERwithinthenext4hours.SURVEILLANCEREOUIREMENTS4.2.2The+FRTPandtheCMFLPO@~~shallbedetermined,thevalueofTcalculated,andthemostrecantactualAPRMflowbiasedsimulatedthermalpower-upscalescramandflowbiasedneutronflux-upscalecontrolrodblocktripsetpointsverifiedtobewithintheabovelimitsoradjusted,asrequired:a.Atleastonceper24hours,b.Within12,hoursaftercompletionofaTHERMALPOWERincreaseofatleast15KofRATEDTHERMALPOWER,andc.Initiallyandatleastonceper12hourswhenthereactorisoperatingwithQCMFLPOf+~greaterthanorequalto4FRTPf~~"With+CMFLP03-~T~greaterthanthe+FRTP$ratherthanadjustingtheAPRMsetpoints,theAPRMgainmaybeadjustedsuchthatAPRMreadingsaregreaterthanorequalto100Ãtimes+CMFLpO)-~~providedthattheadjustedApRM~readingdoesnotexceed100.o.""..andanoticeoradjustment)ispostedonthereactorcontrolpanel.
3/.2.3.1lH!l!UHCR:>iCA~P'r'ER<<RAT!0LHf.TTI'<GCOHO'iT,QH.=GROPERAT;QiHJeeA'ee?e(t.'24j3.2.3iie)IIBIteUNfRI:ICALoO'eaRRAiIQ(!1C?R);hailaaeooa1:oorareat~I~~V~~~~~aI~%~~IeAPPLi'CABELlTY:OPERATlGHALCQNOlTIOH1,whenTH=RHALPO'HERisgreterhanorequato2~ofRATEOTRERi~tALPOWDER.ACiICN:~IIII~~IPI~~~~C,rL'rlihHCPP,iesshanthei~1CPR1mit,"erquired1imitwithin2nours'f25)~aiRATEDTii"."-PALP{iERwithSUR"E-,L>3'(C"RcQUlREM~HTSaeeere~4~\~~I"tiresKshowninFigre~.1"-minusandres:areI~CPRorreduce7;.-".."-PALPOWDERto1ir-herex-'.i'.ours.re~~=owlt.liii4.2.3NCPRs.".allbecatawinedabeequaltoorgr-e:r".hantheHC."-Rlin'etrainedfro~Figure3.2.3-1:b.'.Atleastoncaver24hours,Within~Dhoursafarcomoletonofa722"-RVLPQ'?I?ERincreaseafatlees1:-~ofRATEO7~=."".I.ALPCMER,andInitiallyandatleesonceper12hours~henthareac=ariso"cratingLlHI'COHTROLRQO;AiiE<<HforqCPR.iMP-UNI72(-".'IMARI%)I3/42-/
~~kotcljTria1,24HCPRopoperatinglibhon-conserva)uricilaadeelratingliai).A'pitalpaethjlni2fataIndcrcrtaiihie'oatoncncecircuas--~'-~~~~~~~4~hatouktiIItanyaa.ll3l.0Q.-930IC)rc~~~~~~~~~~~~~~~~~~~~0JPt(jkR-s.s.-I$FI~i(F((yg((D((0r-PgP~(J70Fg<u:(u)Nhll'-IINl'I'II~~
3/4.2.4LHEARHEATGcHERATEQHRATE',liTHGCGHQiTiQHFQROPERATION3..4TheLHEAP>liEATGEHERAT<OHRATE(LHGR)sha11noiexceed+13.~kwlft.APPL'ABIL7TY:OPRATEOHALCOHORT>QH1,wi.en7n=R."AL?6'E'ERisgreatert.",anorrACiIQMWith.heLHGRofanyfue1rodexceedingtheIimit,intiatecorreciveacionwithin15minutesandrestoreti;eL".GRtowithinte1imiwithin2hoursorreduceTHERMALPOWDERtolessthan$25~~ofRATEDTHER4NL.G'~:Rwithinthenext4hours.SLRYE'L'HCEREQJIRc~EHTS)4.2.4L~GR'sha11bedetrminedobeeoua1toor1ess..'".antheIimi:a.Atleastonceper24hours,Mi~win~Uhoursa.arc"mp1etionofair.'=RPALPQ'..=Rincreaseofatleast15ÃofRATH~THER."ALPQh'ER,andC.:nitia1lyandatieastonceoer12hourswhen"hereac"",isooera-ingonaL7HTTiHGCQHT~OLROOPAii.".Hfort'GR.ViiP-UNIT23l-".2+6
3/4.3iHSTRUMEHTATION3/<.3~1REACTOR'PROTECTIQHSYST"9IHSTRUilEHTATION-SCRA>HLIMITIHGCQNOITIOH.""OROPERATION3.3.1Asaminimum,thereactorprotec-ionsysteminstrumentationchannelsshowninTable3.3.1"1shallbeOPRABLFwiththeREACTORPROTECTIONSYSTEMRESPONSETIMEassho~ninTable3.3.1-2.APPLICABiLITY:AsshowninTable3.3.1-1.ACTION:a.MfththenumberofOP'ERABLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripSystemrequirement,foronetripsystem,placetheinoperablechannel(s)and/orthat.tripsysteminthetrippedcondition"withinonehour.TheprovisionsofSpecification~arenot,applicable.3,0.5MiththenumberofOPERABLEchannelslessthanrequiredbytheMinimumOPERABLEChannelsperTripSysamrequirementforbothtripsystems,placeat,leastonetriosystem""inhetrippedconditionwithinonehourandtakeheACTIQHrequiredbyTable3.3.1-1.SURVEILLANCEREQUIREMENTS4.3.l.1Eachreac=orprotectionsysteminstrumentatonchannelsha11bedemonstratedOPERABI""bytheperformanceoftheCHANNELCHEC<,C'CANNELFUNCTIONALTESTandCHANNELCALIBRATIQHooerationsfortheOPERATIONALCONOITIQHSandatthefrequenciesshowninTable4.3.1.1-1.4.3.1.2LOGICSY~ie.FUNCTIONALTESTSandsimulatedautomatiooratioofallchannelsshallbeperformedatleastonceper~~~~4.3-1.3TheREACTORPROTECTIONSYSTEMRESPONSETiMEofeachreac:ortrip.uncionalunitshowniTable3.3.1"2shallbede'monstratedtobewithinitslimstatleastoncpe~eeeaMFachtestshallincludeatleastone>PB.APM4channelpertripsystemsuchthatallchannelsaretestedatleesonceeveryCMC1ENtimes.whereHisthetotalnumberofredundantchannelsinaspecificreactortripsystem.'AninoperaoiechannelneednotbeplacedinhetripoedconditionwnerethiswouldcausetheTripFunc=ionooccur.Inthesecases,heinooeraolechannelshallberestoredtoOPERABLEstatuswithin2hoursorheACTIONrequiredbyTable3.3.1-IforthatTripFunctionshallbetaken.Ifmorechannelsareinoperableinonetripsystemthanintheother,placthetripsystemwithmorinoperablechannelsinthetrippedcondition,acceptwhenthiswouldcausetheTripFunciontooccbr.Vi~1P-UNIT23/<3-1
ThOLE3.3.1-1AEhCTOAPAOTECTIOtlSYSTEIIIllSTAUtlEtlThTIOtl-SCt'AhtfltftCTIOtthLUtllTl.InLermediaLeAanOellonitors:a.tleutronFlux-ttlghhPPLIChOLEOPEAhTIOtthLCOHOITIOUS23~l(h)5HltlIIlUtlOPEAhOLECllhllllELS3m33ilCTIallb.Inoperal.ivehvera!tePowerAanOeHonitor(c)a.Ill!>>l.ronFl>>x-Upscale,Setdown23524'(h)3M33.222d.FlowlliasedSimulatedThermalPower-Upscaleiixelltteut,lonFluX-UpScaleInoperative1,23544lI2I33.AeacLorVesselSteaxlOomeII'essul'I!Ill(JI'I4.lteactorVessel.HaterLevel-I.ow,Level3~5.ItaIn~SteamLineIsolationValve-C1osul'e1,2I~i(t)
)ICg)Mt4FlltlCT10tthLlttt1TtelVLTCnnLEOl)EitAT1ntNLCgttt)1T10tlSilltt1l1UHOPElthnLEcttNtttELsPERTttTPSYSTEMa'I(Oontlnued)ttEacTOttvnOTEcTlotlSYsTEtl1ttsTttttt<EttTttTTott-set,AjttACTlOll6.HainSteamLinettactiation-ttigtifnrywe11+Pressure-lllgtiQ.ScramOisct>argoVolumeWaterLevel-tlcghLevel-lligha)Tea>umitteMt))Ft'oa.tRu<.tchea9.TurbineStopValve-Closure10.TurbineControlValveFast,Ciosure,ValveTripSystemOilPressure-Low11.lteactorfloileSwitchStuttttownPositionl2.llanualScram2(d)ie)2(f)1(i)1,2351,23,452(g)2((3)2(3)W2~2M2l31/3l7
TASL"3.3.1-1(Continued)RACTCRPROTECT.QHSYST.'NSTRUMEHTAT1QNACTION.".CTiQH1-Be.inatleastHOTSHUTQOWwihin~hours.ACTiQN2Verifyallinserwbiecontrolrodstobeinser.edinhecoreandlockthereac=ormadeswitchintheShutdownpositionwithinonehour.ACTiQN3SuspendallaoeratonsinvolvingCOREALTERAT.GHS"andinsarallinsertablecontrol",adswininonehour.ACTiCN4SeinatleastSTARTUPwithin6hours.ACTiQH"BeinSTARTUPwiththemainsearnlineisolationvalvesclosedwithin6hoursorinatleastHOTSHUTDOWNwithin~Dhours.ACTIONr$iniiatea.reduc.ionreduceturbinefirst2hours.in7riERFALPG'A=9within'5minutesandsagepressureto~.,'....t:'3~s~ai~aa~eweywlth1nACTION7Verifyallinsertaolecanrolradstabeinserted<<ithinonehour.ACTiQHSLockthereacormodeswitchintheShutdownpositionwiilrin..onehour.ACrQHcrSuspendalloperationsinvolving.COREALTEPRAT~QHS";--andinsar.allinsertablecontrolradsandlockhereac-armc"eswitchintheSHUTGO~Mpasiionwihinonehour..wrcstCirQ@Morc.&uRhhGQCPOCMKAeptmovementof..~M,SRMarspeialmovabledetectors,orreplacementofLPRMstr',ngsprovidedSRMins-rmentat.'onisQPRASLEperSpec-'fication3.~Z.LLMP-UNIT2'.~cg+Qt}3/43-4,N~d'\rg
TABLE3.3.1-1(Continued)REACTORPROTECTIONSYSTEMINSTRUMENTATIONTABLENOTATIONS(a)Achannelmaybeplacedinaninoperablestatusorupo2hoursforrequiredsurveillancewithoutplacingthetripsysteminthetrippedconditionprovidedatleastoneOPERABLEchannelinthesametriosysemismonitoringthatparameter.(b)The"shortinglinks"shallberemovedfromtheRPScircuitrypriortoandduringthetimeanycontrolrodiswithdrawn"andshutdownmargindemonstrationsarebeingperformedperSpecification3.10.3.(c)AnAPRMchannelisiroperableiftherearelessthan2LPRMinputsperlevelorlessthan~LPRMinputstoanAPRMchannel.I+(d)ThisfunctionshallbeautomaticallybypassedwnenthereactormodeswitchisnotintheRunposition.(e)ThisfunctionisnotrequiredtobeOPERABLEwhenthereactorpressurevesselheadisremovedperSpecification3.10.1.(f)ThisfunctionisnotrequiredtobeOPERABLEwhenPRIMARYCONTAINMENTINTEGRITYisnotrequired.(g)Alsoactuatesthestandbygastreatmentsystem.(h)Withanycontrolrodwithdrawn.NotapplicabletocontrolrodsremovedperSpecification3.9.10.1or3.9.10.2.(i)Thisfunctionshallbeautomaticallybypassedwhenturbinefirststagepressurej/0~.C3(j)AlsoactuatestheEOC-RPTsystem."Notrequ>redforcontrolrodsremovedperSpecification3.9.10.'r3.9.10.2.ha~banon.eauxCo205o$~one,$~Cangepanama,~porn,avalve,suu'.deopen~binethn.o~e,abeamgfoe,eotu'.vaZenCoThevnaZPoemZMdmohan305o$RatedThevnaLPogm.ToaLLout(ocam~e~onaccuruxcy,cobra.~nanddpi.$Ca,aero~o$17.0<o$~~e,~~a4xaepenal,e~pa~mmed.33/43-5
TnnLE3.3.1-2REACTORPROTECTlOHSYSTEMRESPOtlSETltlES-SCAAhtFUHCTiOHALUNITRESPONSE1'ltlESecondslnt.ermedlateRangeHonitors:a.tleutronFlux-lllghb.inoperative2.AveragePo~erRangeHonitor":a.NeutronFlux-Upscale,Setdownb.FlowBiasedSimulatedThermalPower-Upscalec.FixedtleutronFlux-tlpscaled.inoperativetlAtinHA009AA0.09HnHlwp3,ReactorVesselSteamQomePressure-Iiigh4.ReactorVesselWaterLevel"Low,Level35.HainSteamLineIsolat.ionValve-Closure6.HainSteamLineRadiation-lllghl.9cy~tLPressure-lligh8.ScramOischargeVolumeWaterLevel-lllgh9.TurbineStopValve-Closure10.TurbineControlValveFastClosure,Trip011Pressure-Lowll.ReactorHndeS~itchShutdownPosition12.HanualScram0.551.05cO.OGHntintin0.06c0.00tAntinNeut.rondeLectorsareexempt.fromresponset.imetesting.ResponseLimeshallbemeasuredfromLheitntnctnroutput,orfromtheinputof-thefirst.electroniccoIIItionentlnthechannel.I~""'tlottncludlngsimulate~Ithermalpowertimeconstant.,6f.p6secon<ts..h'HeasuredfrnIastartofturbinecontrolvalvefastclosure.
TABLEIt.3.l.1-1iIQHfhJgFU))CI)G))IILU)l)Tl.IntermediateRangellonitors:a.Heut.ronFlux-llighOPERATIOllALCOHDITIOHSFORHIIICllSURVEILLAHCEREUIREDCINHIIELFUHCTIOHAL,CllAtlHELCHhtltlELC))ECK3,4,5REACTORPAOTECTIOHSYSTEHItlSTRUllEtlTATIOtlSUAVEILLAtlCEAEUIAEHEtlTS.-SCRAhlb.InoperativeAveragePower.RangeHonitor~~:a.tleutronFlux-Upscale,SetdowntlhtlhslitI,~S/Ui,MssSM'h2,3,4,523,5,4is'ib.FlowBiasedSimulatedThermalPower-Upscalec.FixedHeutronFlux"Upscaled.Inoperative3.AeactorVesselSteamDomePressure-ttlgt>4.ReactorVesselMaterLevel-Low,Level35.klainSteamLineIsolationValve-Closure6.llainSl,earnLineAadiation-llighs,sheŽ~MtlAtlhMd,Sh,(A+1MSAtlh1,21,2PressurettIgllOrywel1+QS$gAPI<)1,2
flttlt'.TIOIIAI.I)tilltt.Scca<>>l)iscl>argoVc>I<<eMatevLe><el-lli<JI>Tra>><)/Ttit>I4>s+SFfuatSu<tc'.heaJ.(<<vbi>>eSt.opValve"Ctos<>>'u:hA10.T<<vbi>>eCont.volValvefastClus<<>v.Volvo1>'ipSysteo>OilP>'ess<<ru-luw+BRA1I.IteactovIlo<luSw>tcl>St>c>i<tow<>I'usiLion12.Han<<alSerac>>~(l')/It+,.(j)(';><i!H1,2,3,4,b1,2,3,4,5ltHIIAINtNtthI(LAC((lllVll(IIEC(I(lllSYSIE((Il(SYIIIIIIEIIIAIIOIISlllllllIl.(ill(CLIIL(jill((I.LIE((ISCilhtltIL').-Ol'LI)AIIOtNLCIIAIIIILI.fgttCTlotiht.I:tthttliLI.<<ONI)1110)ISFOtiWitt<<ttCIIECKIESI(:Alllllllll(DNSIIIIYE(I.LAIICEIILl]II(IIIIII<AA/ta')tie<<troncletectovscuaybuex<<I<<<le<III'omCIIJIIIIL'LCAl.lllltA11t)tt.(b)Tl>u1AHa>><lSAIScba>>>>ulssl>allb<<cl<<tu><II>c>ecttooverlat>to>aLluaCL+I/2+<tu<<AI<l<!s<IIII'>>><Iua<<tlsta>'tc<Paft<:vu>>tvrl>>gOl'EIIAIIOIIALCOttt)IIIOtl2ac<<lLl>eIAHa>>>lhl'IIMcl>a>>>>ulsl>allbv<tutu><ui>>u<tLuovevlapforat.least+I/2+<to<<actusct<<ri>><geaclccul>tl'DlI<<.'sl><<t<luw>>If>>otpul'Iuc'<1(u<Iwitbic>lbuIll'evin<<s7clays.(c)Ititl>i>>24l>oc>>'spriortustalt<<t>,Ifnotperfnro>u<lwiLI>i>>ll>upreuio<<sIclays.(<I)1)>iscalibvat.ionsl>allco>>slsLoftl>eaclj<<sto>e>>LotLl>uhl'litt<<l>a>>>>vlLucc<<>I<Ac<I<toLt<ut>owvcv'ct<<us<<alc<<latclIyaI>uatIala>>cecl>rl>>gOIEttATIOIIALCgttl)ITIOIIIwt!u>>fllitttlht.I'Ntt:.It2IX<tlthlLI)ltlEAI'IAI.PO'LIER.hIj>st.Ll>uhl'AMcl>a><<>ulIfLl>eIsulLc.IilI::>r.~I0L~Lli'XII)AIL'I)I)lt.tt)1ht.Pt)wflt.AnyAI'lttkcl>a>>>>ulgainactjc>st<<!e>>Lmaclei>>Co!<IPIia>>cc:will>SPvcil'icaLio<<3.2.2sbalIc<<>LIAv1>>cl<cclvcli>><lute>uli>>i>>cjtileabsul<<lv.<liffel<.>>cu.(e)ll>iscalib>atioc>sl>allcc!>>sist.ofll>v.acljc>slmv>>t,oftbc.Al'AMIlccwl>iasc:c)<.ba<<c>ulLocc>>>to>mLcca<<at>bvatc.'<Iflc!ws>!I>>al.(f)II>v.Il'IIHSsl>allbecalibvaluclat.Ivastn>>rv.j>u>1000oft<!<<tiveI<<11Powe>'>oc>>'s(I'.I'I'll)>>sin<0tl>u1tt'ystvm.I>;=~~o.6g(t>)fl>iscatibraLio>>sl>allco>>sisLof+vealfy>>>gll>u0)k:secoc<<lsimc>lal<<clthermalpowvrLiu<<<co>>sLa>>L.)(i)lt>isf<<c><<t.iu>>is>>otru<pliveclLobeOl'FIIAOIL'l>v>>Ll>evvactovpl'vss>cru><esse)boa<)isvumnvuctpuvSpc.'cII>c.'atio>>3.10.1.(j)Mitt>a>>ycu>>tvul>octwiLI>cl>awn.IluL'>I!I>)I<<at>letocn>>L>ol><<<Isv<<c!cove<IpuvSpuciticatin>>3.0.10.1or3.<j.10.2.(l,)Cnfchnate.tracy<<>>i,ta.t.feastu>>eepen31<la<Is.(f)O>>eee><en<Iupenatc>>cjcgefe,p<'tific<n><>aeha>>>>effic>><.'.t<n>>afteatcuith:ticeIuu<fe.ac<!<.teh.c>>atantccp.
IHSTRUMEHTATION3/4.3.2ISOLATIONACTUATIOHIHSTRVMEHTATIOHLIMITINGCOHOITIOHFOROPERATiON3.3.2Theisolationacuationinstrumentationchannelssho~ninTable3.3.2-1shallbeOPERABLEwiththeirtripsetpointssetconsistentwiththevaluesshownintheTripSetpointcolumnofTable3.3.2-2andwithISOLATIOHSYSTEMRESPONSETIMEas'howninTable3.3.2-3.APPLICABIL'TY:AsshowninTable3.3.2-1.ACTION:a.b.cWithanisolationacvationinstrumentationchanneltripsetpointless.conservativethanthevalueshownintheAllowableValuescolumnofTable3.3.2-2,declarethechannelinoperableuntiltnecharnelisrestoredtoOpERABLEstatuswithitstripsetpointadjustedconsisnwiththeTripSetpointvalue.WiththenumberofOPERABLEchannelslessthanreqviredbytheMinimumOPERABLEChannelsperTripSystemrequirementforonetripsystem,placetheinoperablechannel(s)and/orthattripsyseminthetrippedcondition"withinonehour.TheprovisionsofSpecification3.0.+arenotapplicable.5WiththenumberofOPERABLEchannelslessthanrequiredbyheMinimvmOPERABLEChannelsperTripSystemrequirement,orbothtripsystems,placeatleastonetripsystem""inthetrippedconditionwithinonehourandtaketheACTIONrequiredbyTable3.3.2"1."Aninoperablechannelneednotbeplacedinthetrippedcondition~herelthis~ouldcausetheTripFunctiontooccur.Inthesecases,theinoperablechannelshallberestoredtoOPERABLEstatuswithin2hoursortheACTIONrequiredbyTable3.3.2-1forthatTripFunctionshall-betaken.""Ifmorechannelsareinoperableinonetripsystemthanintheother,placethetripsystemwithmoreinoperablechannelsinthetrippedcondition,exceptwhenthiswouldcausetheTripFunctiontooccvr.'BifP-UNIT23/43-9
SUR'/EL'HC"=."-."-OUi2=."!EHT"Sdu.H.G%c.H-B~>4.3.Z.1achisolationactua'.'on,ins-.rmentationchannelshallbedemors:rtadOPKRAGL=bytheperfor;anceofheC:-:AHHEC..'EC(,C.'":ANNEFUNCTIONALTESTandC:"'.ANNELCAL:3RATiONoperationsforheOPEPATiGHALCGNDETiOHSandatthefrequenciesshowninTable4.3.2.2-.4.3..2LOG'CSYSi&c.FUHCTiOHALT=STSandsimulateautomaticoperationofallchannelsshallbeperformedat,leastonceper4~8Rths.-o0'7!4CM4.3.2.3ThelSOLATiOHSYSi=8RESPONSETiNEofeachisolationtr',ofunc=ionIshwinTable3.3.2-3shailbedemonstratedtobewithinitslimita>>leastoncepe.~~~.Eachtestshallincludea.leastonechannelperripsvs.amsuch".hatallchannelsare.asadatleesonceeveryHt.-..es1wnereHishetotalnumbe.ofed"na.tannelsinaspecificisolation24ma~)NMP-UNIT2""STS(='iR/")-3/-'.3-10
TABLE3'.2-1ISOL1TiONACTUATIONINSTRUHENTATIONTRIPFUNCTIONISOLATIONGROUP(SJOPERATEDBYSIGNAL(QHINIHUHAPPLICABLEOPERABLECHANNELSOPERATIONALPERTRZPSTATEN(aJCONOYTYONACTZON1~PRIHARYCONTAINMENTISOLATIONSl:ltSa~ReactorVesselWaterLevel1.Low,Low,Low(Level1)2.LowLow(Level2J(b)te)3.Low(Level3J12P3P6P7,8,92221,2,31,2,3g1,2,3k'02020b.DrgwellPressureHigh(b)3,8,91,2,320CaHainSteamLine1.Radiation-High(e)2.Pressure-Low3.Flow-High1,211222/Line1,2,311,2,3212321d.HainSteamLineTunnel1~203~Temperature-HighhTemperature-HighTurbineBldg.HSL(HighSpaceTemperatur-:.JFnclosur>>1112241,2,31,2,3212121e.CondenserVacuumLow1,2,3*21RHREquipmentAreagah.1.TemperatureHigh2.hTemperature-HighReactorVesselPressureHiyjRet&ot;LeveE,Lv,Lo,Lo(.',ieXSBGT~aust-HighRadiat.i:.4,5,104,5,1051)++~1291,2,31,2,31,2,3DuringPurgeOperations28282828" 0
TABLE3.3.2-1(Cont.)ISOLATI'ONACTUATIONINSTRUMENTATIONIlTRIPFUNCTI'ONZSOLATIONGROUP(S)OPERATEDBYSIGNAL(<)MINIMUMAPPLICABLEOPERABLECHANNELSOPERATIONALPRRTRIPSYSTSM(aJCONDITIONACTION1~PRIMARYCONTAINMENTISOLATIONSIGNALS(Cont.)j.RACUEquipmentl.2~3~hFloe-HighNonregenerativeHeatFxohangerOutletTemperature-HighStandbyLiquidControl,SLCS,Initiation6,76,7(f)1,2,31,2,31,2,3222222RRCUEquipmentArea1.Temperature-High2.BTemperature-High6,76P71,2,31,2,32222PAJT2~RCI'CISOLATIONSIGNALSRemoteManualIsolationPushbutton(NSSSJt2,4,53,6,789221IP2P324261,2,326I'),')IoNA(MBPknjaOPYARIAN3MAa.jb.CMRCICSteamSupplyPressure-Low(g)RCICTurbineExhaustDiaphragmPressure-High(;<..RCICEquipmentArea10,11101,2,31,2,32222I.Temperature-High(gj2.hTemperatvre(g)10101,2,31,2,32222 0
"'MNaJTABLE3.3.2-1(Cont.)0ISOLATZONACTUATZONINSTRUMENTATIONTRIPFUNCTIONISOLATIONGROUP(S)OPERATEDBY~t)MINZMUMAPPLICABLEOPERABLECHANNELSOPERATIONALpERTRIpEYSTEM(a)coNNITICNacTICN2aRCICISOLATIONSIGNALSe.RCICSteamLineTunnel')~3tA1.Temperature-High(g)2.4Temperature-High(g)ManualIsolationPushButton(RCICJ(6)g.DrywellPressure-Highh.RHR/RCICPlow-High(g)SECONDARYCONTAINMENT1'SOL~SIGNALS(ONLY10ld1011(d)101/(OIVIOnLy)1,2,31,2,31,2,31,2,31,2,32222262222a.b.ReactorBuildingAbovetheRef'uelPloorExhaustRadiationHighReactorBuildingBelowtheRef'uelPloorExhaustRadiationHigh(b)(e)(b)(e)1,2,3,5and>>"1,2,3,5and<<>>2727HIGHa~b.PRESSURECORESPRAYHiDrywellPressuregReactorPaterLevel(Level2
TABLE3.3.2-1(Continued)Qi1'SOLATl'ONACTUATIONINSTRUMENTATZONJICTZONBeinatleastHOTSHUTDOWNwithin12hoursandinCOLDSHUTDOWNwithinthenext24hours.BeinatleastSTARTUPwiththeassociatedisolationvalvesclosedwithin6hoursorbeinatleastHOTSHUTDOWNwithin12hoursandinCOLDSHUTDOWNwithinthenext24hours.Closetheaffectedsystemisolationvalveswithinonehouranddeclaretheaffectedsysteminoperable.BeinatleastSTARTUPwithin6hours.statuswithin4ShoursorbeinatleastHOTSHUTDOhNwithinthenext12hoursandinCOLDSHUTDOWNwithinthefollowing24hours.statuswithin8hoursorbeinatleastHOTSHUTDOh'Nwithinthenext12hoursandinCOL,DSHUTDOWNwithinthefollowing24hours.statuswithin8hoursorclosetheaffectedsystemisolationvalveswithinthe'exthouranddeclaretheaffectedsysteminoperable.EstablishREACTQRQQ)Lg)NG~INTEGRITYwiththestandbygastreatmentsystemoperatingwithinonehour.Locktheaffectedsystemisolationvalvesclosedwithinonehouranddeclaretheaffectedsysteminoperable.ACTION20ACTION21ACTION22ACTION23ACTION24CACTI'ON25ACTl'ON26ACTl'ON27eACTION28IACTION29~t~2/~3-(+a.NOTC5Whenanyturbinestopvalveisgreaterthan90'penand/orwhenthekeylockedbypassswitchisopen.hrhenhandlingirradiateufuelintheReacpo;gu,<l~ngandduringcoREALTERATl'ONSandoptionswithapotent>elfordrainingthereactorvcsse.'"**SignalfromLPCS/<GatiationcircuitryapplicableoperatingconditionsandsurveillanceasperTable4.3.3.1and4.3.3.2.(a)Achannelmaybeplacedinaninoperablestatusforupto2hoursforrequiredsurveiglancewithoutplacingthetrip'susteminth"trip-.d,cond'lon!bJAlsoactuatesthestandbygastreatmentsystem.(c)Alsotripsandisolatestheairremovalpumps.and/u.ghdA.gu?ekep4(d)OnlyusedinconjunctionwithLowRCICSteamsupplypressuretoisolate21'CSMOV148and2$CS"MOV164.(eJAlsoactuatesReacgo<Bu~d~ngvengMatjonisolationdampersperTable3.6.5.2-1.(fJManualinitiationofSLCSPump2$LS~P18closeda2h'CS~MOV102andmanualinitiationof'LCSpump2$LS"P1Acloses2WCSMOV112.(gJforthissignalonetripsystemhas2channelswhichclosevalves2ICSMOV128and2ICS"MOV170,whiletheothertripsystemhas2channelswhichclose2ICS"MOV121.(hJManualisolationisolates2ICS~MOV121only,andonlyfollowingmanualorautomaticinitiationoftheRCl'CSystem.(~1Re.)eratCoTable.3.6.3-1$o?tapplicable,valve~neachmo~ong?toup.NMP-UNIT23/+S-H-<O~gco?teaLtermtione~hapoke~M(o?t~ningtheceaMo?tumbel??<Signal/cornHPCSirugJ~on~q~p.SeeTable3.3.3.1(o?tapplicablem~rumumchanmQandappWcabge.Mp"onalcon~orb.
4'cr'rGn!ZS'N~g~7/6e<~re)8ro/cr7zz7r~&/sorZ&~zc/!u.Wi.n'rrurrWeanrZel<OtEH/rupruiW~~~z,+A.e~o~.n.VWe.W~pve-g/an.MmPi~~k.rr7W~O/cgrrrOrl/ktrQ~CC7rWZC/7rtr1~/r/rprl~~e+r)8ad~~~perron'mv'c'.),ZpoCzJP~~!r7us)u.r)r.zJ)ma<corrkzar'Curer~+pO~~arr7mrrv~ON~W/W'era+wo..'4~uk'&4:r+~rzuia+8As.4.Nr/4'rvHW~W~PMACY.eWac/
Z'ABLE33.2-2ISOLATIONACTUATIONINSTRUHENTATIONSEZ'POINTSTRIPFUNCZ'IONI1.PRIFIARYCONTAINHENTISOLA'I'ION$1'CNALSTRIPSETPOINTALLOItIABLEVAIUEa.ReactorVesselFlaterLevel1.Low,Low,Low(Level1J2.LowLow(Level2J3.Low(Leve?3)17.8inches108.8inches>159.3inches10.8inches>101.8inches>157.8inchesb.Drgwel1PressureIligh1.68psig<1.88psigc.HainSteamLine1.Radiation-lligh2.Pressure-Low3.F1ow-lligh<3XFullPo~erBkg.765psig<103psid<3.6XFullPowerBkgd.>736psig<109.5psidd.HainSteamLineTunnel1.Temperature-Iligh2.IZ'emperature-lligh3.I'urbineBldg.LeadsEnclosure<140'Ft50oFt140ol'te.CondenserVacuumLowf.RIIREquipmentArea>8.5inllgvacuum>7.6inchesllgvacuum1.TemperatureIligh2.hTemperacure-Iligh200F.100Fg.ReactorVesselPressurelligh<128psig<148psigh.SBCTExhaust-llighRadiation.nil.bXl0"iiC.t/ec<2.0Xl0pC.c/ec
TABLE3.3.2-2(Cont.JISOLATIONACTUATIONINSTRUMENTA'l'IONSETPOINTSITklPFUNCTION1~PRIMARYCONTAINMENTISOLAZ'IONSIONALSZ'RIPSETPOINTALLIABLEVALUERh'CUFquipment1.23~hFlow-IlighhFlowllighTimerNonregenerativelleatExchangerOutletTemperature-llighStandb>>LiquidControl,SLCS,Initiation150.5gpm<45sec140oFN/A<165gpm<47secN/AN/ARWCUEquipmentArea1.Temperature-Nigh2.hTemperature-llighk.ManualIsoiationPushbutton(NSSS)<140F~<50lN/AN/A2RCICISOI.ATIONSICNALSa.RCICSteamlineFlowllighTimer6.RCICSteamSuppl>>Pressure-low>3sec60psig<13sec>55psigRCICZ'<<rbineExhaustDiaphragmPressure-lligh10psig20psigd.RCICEquipmentArea1.Z'emperature-lligh2.hTemperature-lligh175oF<225oFf100F~~~
TABLE3-3.2-2(Cont.JISOLATIONACTUATIONINSTRUHENTATIONSETPOINTSTRIPFUNCTION2.RCICISOIATIONSIGNALSTRIPSETPOINTALLONABLEVALUERCICSteamLineTunnel1.Temperature-Nigh2.hTemperature-Nigh200Ft<looFtHanual1'solationPushButton(RCIC)DrgwellPressure-lligh"RNR/RCICFlow-NighN/A<96inN20N/A<104.5inli20SECONDARYCONTA1'NHENTISOL.SIGNALS(ONLYa.ReactorBuildingAbovetheRefuelFloorExhaustRadiationtlighb.ReactorBuildingBelowtheRefuelFloorExhaustRadiationNigh<1.7Ãlo3(~/cc<1.7X103le'/cc-3<2.1X1DpC.<./cc<2.1X1DpC~/cc"TripsetpointlocatedinTable3.3.3-2tPreliminargsetpoint-actualsetpointtobedeterminedduringstart-uptestprogram.~~
TABLE3.3.2-3ISOLATIONSVSTE((INSTRUMENTATIONRESPONSETIMEFUNCTIONlfainMzamLvte,1)Rec&oevuaW~mt'evaL-ZavaL12)Flout-H~ghRESPONSETDfE(Seconds)>1.0c0.5IsolationSya~en~~m,~onnupoese,~e.%1P-UNIT21g~pgj~
TABLE3.3.2-41$('L477<'\'P,OUPS1012131$<'LA71('-",SIGNALSZ,X,C,0,E,P,7,R,Rhl,AAB,C,Z,RWB,F,Z,G(A,.h(,Z,F,RMA,L,h(,Z,Rh(B,U,J,S,(d,Z,Rlf8,j,U,S,Z,P'18,F,Z,R,'.f8,F,Y,Z,Rhfh'.,M,H,Z,RJHH"-F"RhfG,RhfN,RhfooCiiz~gimQmes<bcco~>>c~den4xl4ocaudlemoMWo>>NhlP-UNIT2A3/43-18a
Table3.3.2-4ValveGiouAssociatedContainmentIsol.Vlvs'Function1234567891011121314MSIV'sandMSLDrainsRecircsystemsamplevalvesTIPIsolationRHRSample&Rad.WasteValvesRHRShutdownCoolingValvesRWCUOutboardIsol.ValveRWCUInboardIsol.ValveAllCTN.Isol.Valves"notassignedtoanothergroupContainmentPurgeValvesRCICSteamSupplyValvesRCICVacuumBkr.Isol.ValvesSuppressionPoolSprayValvesRemoteManuallyoperatedCTNvalvesHPCSFullFlowTestValve
'1'ABI.E4.3.2.1-1ISOLATIONAC'I'UATION1'NSTRUHEN'I'ATION-~iIRVElLLANCEREOJllRBlENTS2'RIPFUNCTION1.PRIHARYCONTAINMENT.ISOIJI'I'IONSIGNALSCIIANNELCIIECKCIIANNELFUNCTIONIESZCIIANNELCALIBRATIONa.ReactorVesselPaterLevel1.Low,Low,Low(Level1)2.LqwLow(Level2)3.Low(Leve13)b.Drgwe11PressureIlighSSSR(c)R(c)R(c)R(c)c.HainSteamLjne1.Radiation-Iligh2.Pressure-Low3.Flow-llighSSRR(c)R(c)44Id.HainSteamLine2'unnei1.Temperature-Iligh2.A2'emperature-Iligh3.TurbineBldg.LeadsEnclosuree.CondenserVacuumLowSSSR(d)R(d)R(c)t.RIIREquipmentAreaTemperaturelligh2.ATemperature-Ilighg.ReactorVesselPressurellighNANAR<<)R(d)h.SBCTExhaust-llighRadiationSA"~~
TABLE4.3.2.l-l(Cont.)ISOLATIONACTUATIONINSTRUHENTATION-SiNVE1LLAMCERE9iIRQllBg95TRIPFUNCTIONI~PRIHARYCONTAINHENTISOLATIONSIGNALS'llANNELCIIECKCllANhlELPUNCTIONTESTCIIANNELCALIBRATIONRMCUEquipmentl.23.APlow-llighhFlowllighTimerNonregenerativelleatExchangerOutletTemperature-llighStandbyLiquidControl,SLCS,InitiationSN/AN/A(bj'(c)RN/A.j.RhCUEquipmentAreaI.Tempera'ture-lligh2.hTemperature-llighSSR(d)R(d)ll.I2.RCICHanualIsolationPushbutton(NSSS)ISOLATION$1'GNALSN/AH(a)N/ARCICSteamLineFlowlligh,Timerfp.RCICSteamSupplyPressure-Lowhl/AR(c)C.RCICTurbineExhaustDiaphragmPressure-llighil.RCICEquipmentAreaR(c)1.'1'emperature-lligh2.hTemperature-llighSSR(d)
tTABLE4.3.2.1-1(Cont.1ISOLATIONACTUATIONINSTRUHENTATION-SitRVE1LLANCEREOOIREhlENTSTRIPFUNCTION-I2.RCICISOLATIONSIGNALSCllANNELCttECKCllANNELFUNCTIONTESTCtlANNEICALIBRATIONRCICSteamLineTunnel1.Temperature-Iligh2.ATemperature-llighHanualIsolationPushButton(RCIC)g.DrywellPressue-lligh"It~RtIR/ttCICFlow-llighSSN/AR(d>R(d1N/AR(cJ3.EJ4SECONDARYCONTAINHENTISOL.SIGNALS(ONLYJa.ReactorBuildingABOVEtheRefuelFloorExhaustRadiation-llighSA!e)b.ReactorBuildingBELOW'heRefuelFloorExhaustRadiation-llighSASignalsfromLPCSandRIIRinitiationsignals;seeTable4.3.3.1-1(a1HanualIsolationpushbuttonsaretestedatleastonceperoperatingcycleduringshutdo<n~.Allothercircuitryassociated.withHanualIsolationshallreceiveaChannelFunctionalTestatleastonceper31daysaspartofthecircuitryrequiredtobetestedforttieAutomaticSystemIsolation.(b1Fachtrainoflogicshal1betestedatleasteveryother31days.(c)Calibratetripunitonceper31days.(dJCalibrationexcludessensors;sensorresponseandcomparisonshallbedoneinlieuof.[c)Snli~eeeheeLacr~<<knell<<neey>e!t3ttlaits.
IHSTRUMEHTATION3/4.3.3EMERGENCYCORECOOLINGSYSTEMACTUATIONIN5TRUMEHTATIQHL:vlITIHGCQHOITIOHFOROPERATION3.3.3Theemergencycarecoolingsystem(ECCS)ac:uatianinsrumentationchannelssho~ninTable3.3.3-1shallbeOPERABLEwiththeirtripsetpointssetconsistentwiththevaluesshownintheTrip5etpaintcolumnofTable3.3.3-ZandwithBlERGEHCYCORECOOLIHGSYSTEM/RESPOHSETIMEasshowninTable3.3.3-3.APPLICABILrTY:AsshowninTable3.3.3-1.ACTION:a.C.kithanECCSactuationinstrumentationchanneltripse+@ointlessconservativethanthevalueshownintheAllawab1eValuescolumnofTable3.3.3"2,declarethechannelinooerableuntilthechannelisrestoredtoOPERABLEstatuswithitstripsetpointadjustedconsistentwiththeTripSetpointvalue.MithaneormareECCSac.uatianins".umentationchannelsinoperable,taketheACTIOHrequiredbyTable3.3.3-1.MitheitherADStripsysam"A"ar"8"inoperable,resoretheinoperabletripsystemtaOPERABLEstatuswihin:7days,providedSattheHPCSandRCICsystemsareOPERABLE.Z.72hours.~5ffPCSceRCECa".e~nopewbZe..Other~ise,beinatleastHOT51iUTQQMHwithinthenexIZhoursandreducereactorsteamdomepressuretalessthanarequaltoglO~psigwithinthefallowing24hours.SURYEILLAHC-REQUIREMENTS4.3.3.IEachECCSac:uatianinstrumentatianchannelshallbedemons,"aredOPERABLEbytheperformanceoftheCHANHPCHECK,CHAHHELFUHCTIQHALTESTandCHANNELCALIBRATIONoperationsfortheOPERATIONALCOHOITIOHSandatthefrequenciesshowninTable4.3;3.1-1.4.3.3.2lOGICSYSTEMFUNCTIONALTESTSandsinulatadautomaticoperationofallchannelsshallbeperformedatleastonceperd8-emmh.~gwine.milka.Cc.>F.4.3.3.3TheECCSRESPON5E.TiMEofeach="CSripfunc=ianshowninTable3.3.3-3shallbedemanstratedtabewithinthelimitatleasanceperEachtestshallincludeatleastanechannelpertrip'systemsuchthatms~lallchannelsaretestedatleas-onceeveryNtinesHHee:-he-wnerHis".totalnumae.ofredundantchannelsinaspecificECCS"tripsys-am.t3/43-M~22
TRIPFUNCTIONA.DIVISIONITRIPSYSTEHTABLE3.3.3-1EHERGENCYCORECOOLINGSYSTEHACTUATIONINSTRUHEtITATIONHINIHUHOPERABLECIIANtlELSPEPTRIPFUNCTIONAl'PLICABLEOPERATIOtIALCONDITIONSACTION1.RIIR-A(LPCIHODE8LPCSSYSTEHa.b.Sf'eactorVesselWaterLevel-LowLowLow,LevellDrywellPrssure-Iligh2(b)2(b)1,2,3,4*,5"30I,2,3.30C.IPC.S'.DgSc=gOHVw4vppg9~~c><~d.LVCKT~ec4lonJ9y,Q~~P~~~ques<<~C.-h.LPCIPompA-StartTiaieDelayRelay/A~aL.'omer(I)I,2,3,4A2,3,4A5*1,2,3,323332334"5"32+.~HanoalInitiationm~2.AUTOHATICDEPIIESSURllATIOIISYSTEHTRIPSYSTEH"A"Qlglfsystea+1,2,3,4",5"+3H-ReactorVesselWaterLevel-LowLowLow,LevelI2(b).(b)OrywellPressure-lliDh2'b'DSTimerReactorVesselWaterLevel-l.ow,Level3(Permissive)QI+LI'CSPoaqiDischargePressure-lligh(Permissive)+2kLPCII'omiiADischargePressure-lliOh(Peraiissive)+2+Hanoalinitiationa.b.C.d.f.0.LFcT.h,UCCS,1,2,32,31,2,31,2,3I,2,3I,2,3a~s.Pa~V7'LmpA,STe..+-Yi~cRel*yE~ecPo~ecQ<~Q,r+S'S+s~+gI~<96~RELYDo~mal-Fo~c-R.g)g'3+~~)rP~~,s~*e+wl~QgLhyQCLQQ-~k/~~Sic-QlyQg9>130.3032323232
TABLE3.3.3-1(Cont'd)EHERGENCYCORECOOLINGSYSTEMACTUATIONINSTRUHENTATIONTRIPFUNCTIONB.DIVISION2TRIPSYSTEHBSCHINIHUHOPERABLECHANNELSPEgTRIPFUNCTIONS)APPLICABLEOPERATIONALCONDITIONSACTIONa.ReactorVesselWaterLevel-LowLowLow,Level1b.Orywel1.Pressure-tiighe,.LPCIInde~onVaLve.Petuniaakved.LPCIPump0)StartTimeDelayRelayNoun&Pose2(b)2(b)1,2,3,1,2,3~2l1/vaLve,4",5"(1)1235A303032'3gA5A32HanualInitiationpig//system/1,2,3,I",5"2.AUTOMATICDEPRESSURIZATIONSYSTEMTRIPSYSTEH"B"a.b.C.d.e.ReactorVesselWaterLevel-LowLowLow,DrywellPressure-tlighADSTimerReactorVesselWaterLevel-Low,Level3LPCIPump(BandC)Dis/hargePressure-Nigh(Permissive)HanualInitiationLevel12(b)(b)2El>(Permissive)pigg~//pump+JI<CLPCIPump(C)S~Tkne.8~gRegagMotunaLPogrom1O'.LPCIPtunp(8)S~T~e.8eXag(Rr~Em'~.Poise1g;LPCIPump(c)S~one,8eLag~RgEm&..Poem11,2,31,2,31,2,31,2,31,2,31,2,3,4*,5*3030323232323232+~~~PCC.3Pibckh"y<FLow-Lo~CBYPHXS)~/gp
lABLE3.3.3-1(Cont'd)EHERGENCY-CORECOOLltIGSYSTEHACTUA110NIIISTRUtlEIITATION'TRIPFUNCTIOttDIVISIOtl3TRIPSYSTEH1.IlPCSSYSTEHHltllHUHOPERABLEAPPLICABLECIIANNELSPEttOPERATIONALTRIPFUNCTION'ONDITIONSACTIONa.b.C.d.e.ReactorVesselMaterLevel-/Low,Low,LevelDrywel1Pressure-.,Itiglr~4"~ReactorVesselMaterLevel-lligh,Level48)-CondensateStorageTankLevel-LowSuppressionPoolMaterLevel-Iligh4(b)469(d)(c)E2>(d)(2)1,2,3,1,2,31,2,3,1,2,3,1,2,3,5>>36365>>324>>5iri375>>37DHanualInitiation~45$1$/gsystem3-HPc.ssusie~Fl.,~84'oiv(g'i'ewe).HINIHUHTOTALNO.OIANNELSCIIANNELSOFCIIAtlNELS'TOTRIPOPERABLELOSSOFPOMERsIs~ASA~ACTION34>>5>>$35+'lg2g'3g+~6+APPLICABLEOPERATIONALCONDITIONSQ'.cwP~4.16kvEmergencyBusUnder-voltage(LossofVoltage)4.16kvEmergencyBusUnder-voltage(DegradedVoltage)tItl3+/bus3/bus2+/brrs2/bus2+/brrs2/bus3,4>>>>,5>>>>3Q34>>>>5>>>>~38rlp">>1>>pp>>pppilpsurveillancewithoutplacingthetripsysteminthetrippedcondition(b)(c)(d)NNM4-Alsoactuatestheassociateddivisiondieselgenerator.ProvidessignaltoIIPCSpumpsuctionvalveson)y.MlrenthesystemisrequiredtobeOPERABLEperSpecification3.5.2or3.5.3.RequiredwhenESFequipmentisrequiredtobeOPERABLE.tlotrequiredtobeOPERABLEwhenreactorsteamrlnmepressureislessthanorequalto4100)-psig.Alarmonly.,pIIrrbrpppkuppu4pppppq4TiryuprbI'rsrsurrNIO<Appd-IIsppppprLgppib'pubsppisrprbrruiprirrrr+ppbe,QpggQGLQvys4hsrbgbc&eclteac+0><cassel~reerL<veL.og't4evicerrsbracterN~rv~r.ce8cIrcrb+einLe@Lp'e4pbil44c.o>scape~+~i+A+lb.evasss'1pr<ss~c'e~+$~6ops'.
~,0 ACTION30-TABLE3.3.3-1(Continued)EMERGENCYCORECOOLINGSYSTEMACTUATiONrNSTRUMENTATIONAOTIOIIWithmenum'nererOpcqAOIccnannelslesshanrequiredbytheNinimumOPERABLEChannelsperTripFunctionrequirement:a.Withanechannelinoperable,placetheinoperablechannelirrthetrippedconditionwithinonehourordeclaretheassociatedsysteminaperable.b.'Withmarethananechannelinoperable,declaretheassaciatadsysteminoperable.4isa&67i'eACTION32ACTION33-WiththenumberofOPERABLEchannelslessthanrequiredbythe4linimumOPERABIcChannelsperTripFuncionrequirement,declaretheassociatedAOStripsysamorE:CSinoperable.WiththenumberofOPERABLEchannelsless.."anrequiredbythesblinimumOPABLEChannelsperTripFuncianrequirement,placetheinoperablechannelin!etrippedcondition<<ithinonehour.~~~~'1tqires'IACTION35-WiththenumberofOPERAB!achanneIslessthanrequiredbytheNinimumOPE&BLE'ChannelsperTripFuncianrequirement,restoretheinOperableChanneltOOPERAB!o:SatuSwithin8haurSOrdeclaretheassociatedAOSvalvearECSinoperable.ACTION36-WiththenumberofOPERABl"channelslessthanrequiredbytheNinimumOP~WBLChannelsperTrpFuncianrequirement:a.Faranetripsystem,placethattripsysteminthetrippedconditionwithinonehour"ordeclaretheHPCSsysteminoperable.b.Farbothtripsystems,declar:etheHPCSsysteminooerable.ACTION37-WiththenumoerofOPERABI=channelslessthanrequiredbytheMinimumOPERABLEChannelsperTrioFunc=ionrequirement,placeat!eastoneinoperablechannelinthetripaedcondi";anwithinonehourordeclareheHPCSsysteminaperaole...<'P<~<>>1<nu.+mumchannel,QACTiON38-WiththenumberafOPERABI~channelslessthan~~b4ee~~,declaretheassociatedemergencydieselgeneratorinoperableandeketheACTIONrequiredbySpecirication3.8.1.Ior3.8.1.2,asapprapriate.GPSSEnu'.rumum~chrrnneQACTION39-WiththenumberofOPERABLEchannelsanelessthan-M,placheinaperablechannelinthetripoedconditionwithinIhaur";aperationmayhencontinueuntilperformanceofthenextrquiredCHANNEFUNCTIONALTEST.5"ineproves)onsarpecificatian3.0&arenotapalicable.3/43;Zl'SS/l.'ti~!P-PitIT2
TABLE3.3.3-2EHERGENCYCORECOOLINGSYSTEMACTUATIONINSTRUHENTATIOtlSETPOINlSTRIPFUNCTIONA.DIVISION1TRIPSYSTEM1.,RIIR-ALPCIHOOEANDLPCSSYSTEMa.ReactorVesselWaterLevel-LowLowLow,Level1h.,OrywellPressure-llighTRIPSETPOINT+17.8~inches"psig1'.6gALLOWABLEVALUE'+OR>+10.8>++BR+inchessig1.88/OO0+.e,~LPCSInmtianV&ve.PeenQ6~vet8LPCIInje~onVaLve,'Petunia6~ve./3'CILPCIPumpAStartTimeDelayRelayn&maL~~~pomp/LeP6LCt,creasing)P6<d(decreasing).<Q5)-seconds/+o0P6~d,(decreasing)pseudeP4(decreasing)<$6.0)seconds/2.o0NAt..~+ManualInitiationNA+IV.LPCIPumaASTimeIIeIooReCeoEmenPow.ee<Ioeeond2.AUTOAATICDEPRESSURI2ATIONO'STEMTRIPSYSTEH"A"a.Re'actorVesselWaterLevel'LowLowLow,+17.8Level1>~~inches"b.DrywellPressure-llighc.AOSTimer,>+$105/secondsd.ReactorVesselWaterLevel-Low,Levei3~>~~-inches"159.3e.LPCSPumpDischargePressure-lligh145>+H'psig,increasingf.LPCIPumpADischargePressure-lligh125>~~psig,increasingg.HanualInitiationNA<1.256eeonw10.8>~A+inches<+1-.lS+psigl,gg<$117+seconds>~+3-inches157.8>~~psig,increasing125>~Hpsig,increasing115NALPCSPumpone,BelayRelayMoenat'oemh.LPCSPumpTuneBergReEayEmm.Poiveft,<106ec.66ee.116ee..76ee..Se,e,Ba6e6Fugue.e.-83!I'43-1
TA8LE3.3.3-2(Cotttrtttted)EhlERGENCVCOVECOOLINGSVSTEhlACTuATIONINSIRuhlENTATIONSETPOINTSEJ>OnTRIPFuNCTION8.DIVISION2TRII'VSTEhl1.RIIR8ANDC(LPCIhlODE)a.Rene,fun,VerrteC.lun.ten.LeveC-LutuLrnuLotu,LeveC1b.DelveÃVttr>>bune-Ilrghc.LPCIlttjectiuttVaCvePewnt4aived.LPCIPtunp(8)Stat,tTime.DeCnrhReCntlNoomnC.Votue<LPCIP<<mp(C)Stn<tIuneDeCarJReCngNOantafPurvey.LPCIP<<tnp(8)S.trout.tTimeDeCnriReCnr1Etna.PrttuceLVCIP<<ntp(c)StanTitneDeCngRelayEnten..Potvetce.hlattttnC.Ittr.ttntcuttPan+aaC.kaWg<.7LOW-L,o~(gIl'ASS)9-Ll'eTP~~edc)O~sck~rp~'FL.~-Lo~CBVr'4W)2.AOTOhlATICDEPRESStlRIZATIONSVSTEhlI'RIVSVSTEhl"8"a.Reactor.Vessel'.(tIa.teeLeveC.-LotuLotvLotv,LeveC1b.DrtyveHPnesstee-lfighcADSTimeorl.RenctortVMrteCltlnten.LeveC-Lotu,LeveC3c.I.PCIV<<mp(8attdC)Discltahgr>Pee>datme-llrghhlnttttaCIttr.tinfiuttTRIPSEI'POINT>+17.8ittches1.68phIg(rteceeaaittg)<5deco>>rh<10decottrls<14ecuttdtI.<6aecottdsNA/+oagp~~trCao>p~>+17.8ittchea1.68prig>105deco>>ds>159.3i>>ches>125prig,ittcoenbi>>rINAALLOltIABLEVALOE>+10.8ittche61.88t'aig(demerittg)<6aecottA<11decotuh<125aecottd67hecotN4NA~(2ooygeaI'E>oc>1Pwl>+108ittchu1.88pb.t.g<117aecottda157.8.ittchert>115prig,.tttctcr>aeittgNANhlV-IINI'I'
TRIPFUNCTIONTABLE3.3.I3-2ICnnCLnuedjEMERGENCYCORECOOLIhlGSYSTEMACTUATIONINSTRUh(EhlTATIONSETPOINTSTRIPSETPOIh!TALLONABLEVALUEC.DIVISION3TRIPSYSTEh(1.HPCSSYSTBta.b.c.d.LOSSOFReavowVeAheLNatnLeveL-LoulLou,Le.veL28tcyvelLPaeeatuce-HighRedo<VuaeLNatmLeveL-High,LeveL8ConderuateStorageTankLe.veL-LouSuppemaionPooLNatmLeveL-HighhfanuaLInitiationR~css~&c~Vu~8~<e-Lc~CBYPom)PONER>+108.8inch'~<1.68prig<202.3inch'*>94inch'~<200'9.59"'ll-hlAisogym>+101.8inch'1.88prig<209.3inch'91inch'**<@201'.l"llNA7oOgpssl.4.16kvEmergencyBueUndmvoLtage(Locao$VoLtage(llll))a.4.16kvBah~3212.86voLtA,b.<3sec.~edelay3212.86voLtA<3sec.~edeLay2.4.16kvEm~encyBtuUndwvoLtage(DegradedVoLtage.)a.4.16kvBaAm-3607.7bvoLtA~+3607.76vokte~Na-b.c30sec.~pllllll<30sec.~pllllllSee,BmeAFigureB3/43-1hummumCSTLeveLCoalLoul~eCoaNitch4opooLsu~on,measured(mornCopo$HPCS,CSTsuctionnozzLe,PooLhighLeveL-eLevationTheecuce~nuance,~edelayvoLtagecela@ocimWntaneomvoLtage>cela@eatha~edelay.ThevoLtageAshownateAemagnum'%ateiXLnotamuLtina~p.Loire'oLtage.conditionAeLLLaeAuLtindeerceased~p~M.Trupun'ccidentcondition.Nh1P-UNIT2
TASLE3.3.3-3EMERGENCYCORECOOLINGSYSTEMRESPONSETiiHES"CCSI.LOWPRESSURECORESPRAYSYSTEH2.LOWPRESSURECOOLANTINJECTIONHOOEOFRHRSYSTEH5'f<7RESPONSETIMESeconcts)<~3733.AUTOMATiCOEPRESSURIZATIONSYSTEH4.HIGHPRESSURECORESPRAYSYSTEH5.LOSSOFPOWER<+27+iVAIUMP-UN(7'3/43~3d
TABLE4.3.3.1-1Eh(ERGENCYCORECOOLING'SYSTEh(ACTUATIONIhlSTRUh(ENTATIOhlSURVEILLANCEREgUIREh(ENTSTRIPFUNCTIOhlA.8IVISTIONITRIPSYSTEh(ChANOLPCSSYSTEh(a.ReaatocVmaej@atmLeveZ-LoioLouLoll,LeveL1b.0rcgwelkPanache-H~ghCHANNELCHECKCHANNELFUNCTIONALCHANNELTESTCALIBRATIONR~ROPERATIONALCohNITIONSFORERICHSURVEILLANCEREQUIRED1,2,3,4*,5*1,2,3Nolan'owersC.LPCSlnje~nVaEvePeto'i.ved.LPCII'ationVaLve.Pefmchhavee.LClPumpAS~Tkne8ggSNAH(b)h((b)h(1,2,3,4*,5"h(anuaLI~ationLPCIPumpAS~Tme8akugRake2,AUTOh(ATIC8EPRESSURIZATIONSYSTEh(TRIPSYSTEhANA(a)Emm.Pouleii.NAh(NA1,2,3,4*,5*a.ReavowVuaefNateLev&-LotvLollLoiv,Level1b.8tcyoeLEPcasame-H~ghc.A8$Tkneit.d.Rea&ocVuaeL(ilMnLeveL-Lout,LeveL3LPCSPumpVmehartgePrename-H~ghLPCIPumpA8mehtutgePrename-H~ghg.h(anuaLIm.&ati.onSSNASNAh((b)h((b)h(h((b)h((b)h((b),(a)RR0R'~RNA1,2,31.2.31,2,31,2,312.31,2,31,2,3LB'uwpStz<%7i>wDc'Lay8.~Layotm+1PowerNAh~LOWPu.rpg+pc<pineD~~C.eLAyNorewl-PawerhlA1,2,3,4",51,2,314",5NMP-IJNIT2j~LfC~PO~pQiSCkarg8FJO~-l,oWgCmriiss>LP<TPupugh)Fla-i.,ggypug,g)lgZ-]3
TRIPFUNCTIONTABLE4.3.3.1-1(Continued)CIIANNELOPEBATIOtlALCIIANNELFUNCTIONALCOHDIlIOHSFORMIIICIICIIECKTESTSUBVEILLIUICEBEgUIBEUCIIAHHELCALIIIBATIOtlEMERGENCYCOBECOOLINGSYSTEMACTUATIONItlSTBUMEHTATIOHSURVEILLANCEBEUIR=HEHTSB.DIVISION2TRIPSYSTEHl.BIIR0ANDCLPCIMODEReactorVesselMaterLevel-LowLowLow,Level1DrywellPressure-IlighS>>(b).S+H(b)SH(b)@4*~~Jla>ual.Ini.tiationtlALI'C!InjectionVtneuPeonioeluegAUTOMATICDZVBESURIZATIONSYSTEMTRIPSYSTEH"0"34*jlIII1,2,334A'III1I~Q~og+o~pga.ReactorVesselMaterLevel-LowLowLow,Level1b.Drywel1Pressure-lligl>ADSTimerReactorVesselMaterLevel-Low,Level3e.LPCIPump(IIandC)Disci>argef.H(b)>>(')S'S+tlA,d.'e.Pressure-lligl>-(S+ManualInitiaL'iontIALPCIpump(8)S~Time8~gRelayNoun&Powe)rLPCIpump(C)S~T~e8~gRelayNojunaLPou)ejrLPCIPump(8)S~Time.9eZagRelayEmm.Pou)ejr.LPCIPump(C)S~Time't)ekugR'egal'me)r,Power(.)PC'XPgoopCO)j)lookoogoio+loooPC.<)Ptggharq6LO-FLCrI)LPCNAhlNAhlNANAhl2,3,4~r~1,2,31,2,31,2,31,2,3,4*,5>>I,',3,,4>>,5>>l)'Z)g)S<>~~)rZ,$.(+re
a.~r<<ITAIILE4.3.3.1-1(Coiitlinicil)TIIIPFUIICTIOIIC.OIVISIAII3TIIIP5TEHCIIAIIIICLCIIECKt'fCIIAIBIELOPEIIATlAIlhl.FUIICTIOIIALCIIAIIIIEI.COIIOITIOIISFOItLIIIIQITEST~EIEI'<<i1.IIPCSSYSTEIIr~Oa.IteactorVcssclMalecvol"(LowLow,Level2)5b.Orywel1Pressiiro"IIIgh(5$c.IloactorVesselWaterLevel-IIOItLevel$0)$5$rl.Conilensate5toraOoTankLcvc1-I.ow5)c.5<<jiprcssfonPoolWaterI.cvel-IljgligspP<<mp-OIscharOe-I!ress!>so=Illli-i~lIPE5-Systenr+k~icte-LOivisfon3II<<sI'owelonitertlhgA.lla>>iia1InItIatjonIihI.OSSOFPOWEIIII(().'ll~<A)~(fly'I)~gllhIA123pa5aI,2,31,2,3,n~5"I23gA5A3qA5A3qA5A$1,2,3,4",5"1.4.16kvEmIIericyOiistlnrlervoltape(Lossoo1taOo)2.4.kvEmcrOencyIl<<sllnilcrvnltogoegrarjcrlVoltagc)IIAIIAqAA5AA124""5""Ilotrcq<<fi'crltolieOPLINIILEwliel'Ireactorsteatllilomcpress<<refslessllianorer'IJI'ntltaI'f'tobGPEIIAIII.E(atoo,afterbeingman<<allyrcalfgncd,asapp)fr:alijc,lierItorllifrcdwlienESFerI<<fpmentIsrerl<<IrcrltobeOPEIIAIILE.((a)Hari<<alfnItfatIonswItciicsslia11btigsl<<itrlown.AI1otli-icIcyeesteratIcostuncocr-IO-mont<ofcfrc<<fty.IItI~cIIIilonsliaI1rr!ceIvoaCIIAIIIIE.rrorI<<rcioiotcstcilforaiilueiatfcsystemactilatlon.)I.I'UIICflOINLTESTatleastoricelier3liliysiisparifbir'nP!<>><<cter'prrniC~.CPcrrsCu>>ceIie>r3Jrlrrllstestssi~2~sI
TABLE4.3.3.1-1(Continued)EHLRGEHCYCORECOOLINGSYSTEHACTUATIOttIttSTIIIJHFHIATIOttSIIRVElI.LAtICLIIL'gttlltL'HINISXIPZITRIPFUttCTIOtIC.OIVISIOH3TRIPSYSTEH1.Ilf'CSSYSTEHOIANtIELCIIECKCIIANNELOPEIIA1IONALFUNCTIONALCIIANNELCOttOITIOtISFORWiilCIIIESTCALIORATIONSUINEILLAtICEIIEILUIRRI:0Sf'.ReactorVesselWaterLevel-4LowLow,Level2+Sb.Orywel1Pressure-Iligh~~)-fS+c.ReactorVesselMaterLevel-lligh,LevelQBQQSPd.Condensat,eStorageTankLevel-Low+S+e.SuppressionPoolWaterlevel-Iligh~S~HCb)H(b)H(-b>H<b~H<b)4A1,2,31,2,3,4",5"4A5A'4A5IICHanua1InitIatIon~)+0.LOSSOFPOWERl.4.16kvEmergencyOusUndervoltage(LossofVoltage)HANA1,2,3,4~5234A'A5AA2.4.16kvEmergencyBusUndervolt,age(OegradedVoltage)S4AIK5%AllNotrequiredtobeOPERABLEwhenreactorsteamdomepressureislesstl>anorequaltogl00~psig.Mt>enthesystemis.requiredtobeOPERABLEperSpecification3.5.2.RequiredwhenESFequipmentisrequiredtobeOPERABLE.Oven.ncaac.Mc.t.E.-4(a)Hanualinit.iationswitchesshallbetestedatleastonceperWWrm&mduringshutdown.A11othercircuitryassociatedwitl>manualinit.iationsha11receiveaCIIAHNELFUNCTIONALTESTatleastonceper31daysaspartofcircuitryrequiredtobetestedforautomaticsystemactuation.+(>Crrh<hwq'+<tripbni+pr+L&aWonceper.3hcia~(<)T4<in~IE<+~e~Wuvd.iowo~~<Y~Krt.L'Vtssgu.rc-gtK)kp~g+IAqurtZy,+agktunlsH*Icqu'<teel~b<GPSMSL6wi~'L>h<ca+cL<e~t'eszeLw~erLeyeLorage'theqggget+s+ruva~n+cttEekct'~~ILFQ~pitNCcolMC.LA<nWwatt<h,eMes>eLp<eMU.C+LEDS~1~OQp6top~-
LHSTRUMENTATICN3/'4R'".RCULATIQHP"M.TRPACTU"7'GHrN<TRUMNTAT'0iAl'85R>>CRCULAT0'(.'JM.TRI?SY7~N<TPI'">>NTAT'0'<LIHITIHGCONDITIONFQROP>>RATION3.3.4.1Theanticipaadtransientwihautscramrecirculationpumptrip(AT%'5-RPT)systeminstrumentationchannelsshowninTabl3.3.4.1-1shallbeOPHABL>>withtheirtripsetpointssetconsistentwithvaluessnownintheTrpSetpointcolumnorTable3.3.4.1-2.APoLICAHI'tY:OP2"TIGNALCQHQ<iTOHl.ACTQN:Vi+hanATA-RPTsysteminstrumentationchiannelripsat"ointlessc"nsarvaivetŽanthevalueshiowninheAllowableValuescolumnoTTable3.3.4.1"2,declarei',echannelinoperableuntilhechannelisrestoredtaQP>>RAL>>statuswiththechannelipsatalad"'us-.adconsisantwii>>htheTripSet"ointvalue.Miththenumberor0?RAIL>>cnanneisonelessthianracuiredby"haMinimumOPBABLCialnelsperTripSystemrenuiremen=ioranearbo-riosystems,placeheno-craniachan",ei(s)inthetrippedc"nditionwihinonehour.C.WithhenumberaiOP-"?~BL>>channelsbytheMinimumOperableCharnels?eronerosvsam~dec~"e"'ta~ptwoormoralessti".anraauiredTripSvs-amreauiremantiorscwCen.UMpecabZz..(>>C~~>>>>>>(>>>>\>>d.Withonetripsysaminoperable,resoreteinoperable.".ipsystem"aOP>>~ABL"statuswithin?2hoursorbeinatleastSTARidPwihinthenex:6hours.e.~1thbahtripsystemsinoperaa1e,rasareat1eastonetr..'psystemtaOP":RABL>>statuswihinonehourorbeinatleastSTnRTUPwithinthenext6hours.SURVE;LLAHC"R>>OUI">>McHTS~.3-..1.1."-achn785recirc'lan-'anpump".ripsvsamiinrumentat-ionchannelshallbedamonstraadGP>>."-.ASL=bytheper".or(anceoTtheCHANHE':-:-"i"K,C.'HHE'JNCT'GHALTFSTandC'<ANNECnL'ATTANope.atiorisatthei,enuencesshownin~7-ble4.3.-'..l-l.~.3.4.1.2LOGCSYSTEMFUNCTIONAL7=575andsimulatedautomat".'coperationor.-(I:':.~*I>>G(IE,~="75-(Bi~Qip-IJiiIi3/43-M'34v
IAlt':tttICllOtlfhtlt.E3.3.4.I-1hll<SAECIIICULRIIOtlI'UHI'"1ItIl'YSI'AIIIISIIIUtll'.IlIhl'IOIIHttttHUttOl'I'.IthllLECtthttttELSI'EttTAll'YSTEHIl.AeactorVesselMaterLevel-I.ow.LOH,Level22.IteacLorVesselI'ress@re-lit{It)I.~~ip',spstern1iiiii.i<<f'i>>fiiiIiroviiteitLt>eoLI>e>~kaase4-isOPEIIRIII.L'.tnipDiestern 0
TAIILE3.3.'3I.1-2ATMSRECIRCIII.ATlOHPUHI'IIIPSYSTEHlt!STRHIIEHTATIONSE1'I'OltITSTttlPFHtICTlOHl.ReactorVessel,MalerLevel-LowLow,Level2l32.IteactorVesselPressure-Hlgl<TRIPSEIPOIIIEI083>+~inclies"1050<+H:~psigAI.LOMAOLEVIILUE+14II.ItIllcliesI065~~psigSeellesesFtlterestt3/43-l.~~
I)a'a1lRtP1lgtlcftOtllta<ncturVusse)Mat.arLeval-Luwl.ow,Level2CllhtltiELCNECKCNhtlllL'LfUtKTlOtlhLlESTCllhlllll:l.CALIIItthTlOti2.React.arVesselPressure-Nightaht*Cnhb~nte.t~.<pu>lituticat>ere3l(lag'~
IHSTRUMEHTATIOHEHO"QF-CYCLERECIRCULATIONPUflP:RPSYSTEMINSTRUMENTATIONLIMITIHGCOHOITIONFOROPERATION3.3.4.2Theend-of-cyclerecirculationpumatrip(EOC-RPT)systeminsrumentationchannelsshowninTable3.3.4.2-1shallbeOPERASLEwiththeirtripsetpointssetconsistentwiththevaluesshownintheTrioSetpointcolumnofTable3.3.4.2-2andwiththeEHO-OF-CYCLERECIRCULATIONPUMPTRIPSYSTEMRESPONSETIMEasshowninTable3.3.4.2-3.APPLICABILITY:OPERATIONALCQNOITIOH1,whenTHERMALPOWERisgreaterthanorÃI'ATEIillE.EL~C7ZaN:)'a0C.d.Withanend-af-cyclerecirculationpumatripsysteminsrumentationchanneltripsetpointlessconservativethanthevalueshownintheAllowableValuescolumnafTable3.3.4.2-2,declarethechannelinooerableuntilthechannelisrestoredtoOPERABLEs-atuswihthechannelsetpointadjustedconsisentwiththeTripSetpointvalue.lWiththenumberofOPERABLEchannelstwoormarelessthanrequiredbytheMinimumOPERABL:"ChannelsperTripSysemrequirementroronetripsystemand:Iftheinoperablechannelsconsistofoneturbinecontrolvalvechannelandoneturoines.oovalvechannel,placebothinoperablechannelsinthetrippedconditionwithinanehour.2.Iftheinoperablechannelsincludetwoturbinecontrolvalvechannelsartwaturbinestopvalvechannels,declarethetripsvstaminaoerable.Withonetripsyseminaperable,restoretheitoOPERABLEs-atuswithin72hoursor(reduceTHERMALPOWERtoRATEDTHERMALPOWERwithinthenex6hours)-.noperabletripsvs-em~~VI%~4\Ilessthan(SOP~ofWithhrenumberaf'OPERABL=channelsonelessthanrequiredbytheMinimumOPERABLEChannelsperTripSystemrequirementfaroneorbothtripsystems,placetheinoperablechannel(s)inthetrippedconditionwithinonehour.e.Withbothtripsystemsinoperable,restoreattoOPERABLEstatuswithinonehourar;.i~'~/.educeTHERMALPOWERtoRATEDTHERMALPOWERwithinthenext6hours)-.leasonetripsysamlessthan$30~oafVilP-rJNIT2
INSTRUMENTATIONSURVEILLANCEREOUIREMEHTS4.3.4.2;1Eachend-of-cyclerecirculationpumptripsyseminstrumentationchannelshallbedemonstratedOPERABLEbytheperformanceoftheCHANNELFUNCTIONALTESTandCHANNELCALIBRATIONoperationsatthefrequenciesshowninTable4.3.4.2.1"1.4.3.4.2.2.LOGICSYSTEMrUHCTIONAL7STSandsimulatedautomati"operationofallchannelsshallbeperformeda-laas-onceper~+6....~.6~867Ncepc.lE4.3.4.2.3TheEHO-QF-CYCLERECIRCUL"7IGNPUMPTRIPSYS7EHRESPONSETIMEofeachtrifunctionshowninTable3.3.4.2-3shallbedemonstratedtobewithin~ts>m>tateas-onceper.-.Eachtes-shallincludea:leastthelogicofonetypeofchannelinput,turbinecontrolva)vefasclosureor0~>~<turbinesopvalvec'losure,suchthatbothtypesofchannelinputsare-estedatleastonceper46-months.GE-575(BWAF53iN(P-UNIT23/43-W59
lhBl.E3.3.4.2-1L'tlO-OF-CYCLEill:CIllCULA'flOHPllHPTllll'YSlEHlHS1'llOHEIHAl'lOll'fllIPFOHCI'10)i1.f<<rbii>eSLopValve-Closure2.lurbincControl'alve-FastClos<<reHill1tlllHOPL'llhlll.L'HhtltlCl,)PEllllllPSYSl'EH2(b)2(b)l.:-.s~c\1!91hLripsysteaiinaybeplaceilinaninoperablestatiisforiipLo2lioiirsforioil<<iredsurvelllaiiceprovlile(lLliatLlieotlierI.ripsystciiilsOPElthOLL'.(b)lliisf<<nctionsliallliea<<toiaatica)lybypassedeheiiLiirbiiieflrsLstagepress<<reislessIhanoreipialLn'20't.ufitiinbi>>efiindt.stagepneuma<<ne.iiipodia,at,vaPvcaioiifeupe>>.t<<nbiiiethnottPehteaiofiPuio,ec<<<ivaPe<<tfuTl(NWALf'()(VERPeso.tha>>305ufillATEPTllERhlALPONEV.TuaPPuiufiunkiwtnioneiitacc<<naca,cnPibnatiu>>aiidilnifit.,aaetpui>>tufi17.0%ufit<<nb(nefiiw~t.atagepnews<<ne.inprig.is<<se(t.
TABI.F.3.3.4.2-2fttt)-OF-CYCLLttt'.CtttCUt.h'tl0tlI'ttHP1'ltll'FTl'OltlTS1lllPFlttlfTIOtt(p'l.TurbineSLnpValve-Closure2.T<<rbleeCoulrolValve-FastClosure1lt1PSL'TPOlttT<$5+closest>+48~)ls)g530ALLOWAttLEVAl.ltE<Q7+closest4@pslg465
TttlPI'ttttCllOttIIThill.E3.3.4.2-3Etto-OF-CYCt.EttEClttctttATtottPOtilTRlPSYSTEHBEStollSEfltiEltESPOllSETltiEMi11os<<consols)1.TurbineSLopValvo-Closnrecn2.TnrtilneCont,rolValve-FastClosnre(+k8&j-tq0~~Wt901
aII:ttit-nf-CYCI.EIIEClltCIIthlIOIIiuHI'1ttliSVSTlttSuttVEll.lntlCEItgtilitEHEtllSglTltitruttnlnti1.T<irbliveSt.otiValve-Ctosore2.TiirliioeConLrolValve-fasLClos<>reCIIAIIIII."I.rlttICI10tthL1ESICtihtiNI'.I.ChLItilthII()IIItlC~~
0
'NSTRU4IEHTATEOiV3/<.3.5REACTORCOREESOLATEONCOOLINGSYSTEHACTUATIONENSTRUMEHTATEONLINETENGCONOETEONFOROPERATEOiV3.3.5Thereactorcoreisolationcooling(RCIC)systemac-uationinstrumenta-tianchannelsshowninTable3.3.5-1shallbeOPERABt=withtheirtripset"aaintssetconsistentwiththevaluesshownintheTripSetpointcolumnofTable3.3.5-2.APPLICABILITY:OP'ERATEOHALCONOITEONS1,2and3withreactorsteamdomepressuregreaterthan(~)psig.150ALiaowra.WihaRCICsystemac.uationinstrumentaiancharnel",ipsetpaintlesscanserIativethanhevalueshownintheAllowableValues.calumnofTable3.3.5-2,declarethechannelinoperableuntilthechannelisrestoredtoOPERABLEstatuswithitstripsetpointadjustedcansis'~antwihtheTripSetpointvalue.WithaneormoreRCICsysemac:uationinstrumentationchannelsinaperabIe,CaketheACiEONrequiredbyTabIe3.3.5"1.SURVE"LLANCEREOUIRBIEHTS-".3.5.1EachRCECsystemac:uationinstrumentationchannelshallbedemon-stratedOPERABLEbytheperfarmanceof'heCHAHNELCHEC.'(,CHANNELFUNCTIONALTESTandCHANNELCALIBRATIONoperationsatthefrequenciesshowninTable4.3.5.1-1.<.3.5.2LOGICSYST&c.FUNCTIOHALTESTSandsimulatedautomaticaoerationofOPEir.A'Tl<66'(Cl-LQViM<<P-UNIT23/43~4~
TABLE3.3.5-1REACTORCOREISOLATIONCOOLINGSYSTEMACTUATIONINSTRUMENTATIONFUNClIONALUNITSa.ReactorVesselWaterLevel-+LowLow,Level2~b.ReactorVesselWaterLevel-Nigh,Level+8~c.CondensateStorageTankWaterLevel-LowMINIMUMOPERABI.ECiiANNEL).)PERTRIPSYSTEM2re+(2)~(b)ACTION50-5+-50-se.s[~.h.ManualInitiation(a)+lQEsyste+~-g~gWI)placingthetripsysteminthetrippedconditionprovidedatleastoneotherOPERABLEchannelinthesametripsystemismonitoringthatparameter.-9~~p-sys4e~l~~~~e-4oc~g~Onetripsystemwithone-out-of"twologic.C~Onetripsystemwithonechannel.(1)MAht~oLlAigia4iauyQHTrtIgq~<teh4o4d'VEN-48LKwi+4i~gicn48$PcAcEQvesselsvre+~cLeveLcTng4pwT4Qcn~eiy>+rulc~+~reaper+hvwLaeeL8$at'powWcolHc4+c~wl$4+QEP'IItQ55+LIcIf8s+*t'L8&>+LA-TIJCg4QpTg
TABL=Z.3.:-1(Can=ined')RACTORCQR="iSQLATi"N"QQ'G.STEMACTUATONiNSTR"..-"'iT<<TiONACTiCNSQ-MiththenumberorQP="RABL=channelsless-..".anre=iredbytheMinimumQPiRABL"-ChannelsperTrioSysamrequirement:Foroneripsystem,placetheincperablechannel(s)and/orthattripsysteminthetr',poedconditionwithinonehourordeclaretheRCiCsvs-eminoperable.rcrbotht~ipsvsems,declaretheRCiC,svstaminoperable.ACTiQN+51ACTIONPB'-52Vihhenumbero,OP-"RABL:-channelslessthanrequiredbytheMinimumOPERABL="ChannelspetTrioSysemreuire...en=,placeatleastoneinoperablechanrelinherippedconditionwihinonehourordeciaretheRCiCsysamincperabie.'rfihthenumberofOPRABL"-channelsonelesshanrequiredby.heMinimumOPERABL="Channe.sperTripSys:a..rquire...ent,res-oreheinoperablechannel-"OP-"RABL=s-a-uswithin~8$hoursordeclareheRCiCsys-aminoperable.ra&/~3/-"3-P46N(P-UWIT2
OEACIOOCOOfISOIATIOIICOOl.lllliSYSTfHACTIIATIOIIIIISIIIUHEIITATIOIISEIPOIIITSFgtlCTig)IALlltlITSc.ConflonsateStorageTankLevel-Low>+94~inches/TRiPSFTPOltlT+108.8a.ReactorVesselWaterLevel-(LowLow,Level2)>~~inches"b.ReactorVesselWaterLevel-lllgh,Level(8)<+202.3+inches"ALLOWADl.EVALllE+101.8~IIICIIOf~209.Q-inches'+>+91+inchesil.<<.HannalinitiationHAilASeegasesFignreg3/03-1.WI~~
TAIII.E1.3.5.1-1III'.ACfOIlCOIIEISOLAIIOIICOOLIIIIiS'YS'fE)4RCTIIATIOIIIIISTIIUIIEttTR'flOttSIIIIVEILI.AIICLIIL'(/IIIIIEtILIITSFUtlCTIOIIAI.Utl1TSa.It<<.actorVess<<lWaterLevel-~LowLow,Level2~b.IleactnrVesselWaterLevel-Ill<<JI<<,L<<vel+G~c.Con<<lensat.eStorageTankI.evel-LowCllhtttlF.LCIIL'CKCllhtltll'.LFUtlCTIONALTESTCIIAIIIII:LCAI.IIIIIRTIOII+II&p.<<t.I'Ia<<ll<<al1n1tIationINtNOfi7+16grlCQ(a)ttan<<<<ati<<)itiatio<<>swltet<<essl<<ailbeteste<<latleastonceper~<<oQA>s-<<)i<<>ingsin<<t<<lown.Allother)circ<<>ftryassociatedwill>mannalinitiationst>allreceiveaCllhlltlLLFUIIC110tNI.'1ESTatleasto<<iceper3I<<laysaspartofcircniIryre<<lnire<<ltubeteste<<lfo>anto<<<<<<aticsyste<<<<<<act<<<<ation.+I(I))Cat'<<&natet'nip<<<<<<<<itatfeast,<<<<<<eepea31<<la<<ysQc)+v~~o-1(~i4<AWL~A.<<hI+p~virc$+oQ~QPEMULWwitk<<whichbcc'mootgesseL~<<i4erL<<-'qeLotthe~<<herag<<o.(N~r~e<<K+grelK+ec+<~Le<el8g~piMc<<I<,r<<e.iS-~r+mst4+k,ezegseLpr<<:s>wr<<-Ldos+k+wCo~grig.
3/4.3.5C"NTROLRQQBLOCK.;NT?U,'(EHAT:QNHrT:NCC"HO:TTONF"ROP"RAT"'QN3.3.6.ThecontrolrodblockinstrumentationchannelsshowninTable3.3.6-1shallbeGP=.";ABL=wihtheirtripsepointssetconsisntwithhevaluesshownintheTripSetpoincolumnofTable3.3.6"2.APPLrCABlLI&i:AsshowninTable3.3.5-1.AC:EON:b.Mihacontrolrodblockinsrumenat'.onchannel"".psetpointlessconservative"hanthevalueshownin:heAllowableValuescolumnofTable3.3.6"2,declarethechannel'.ncoerableuntilthechannelisrstoredtoOPERABL"-sauswihitstripsapointadjustedconsisentwiththeTripSetpointvalue.WithhenumoerofQP=RABL""channelslessthan",equiredbvtheNinimu.~~QP-"RABL"-Chanrelspe>>TrioFnctonrequ',rement-.'ake'.heACT:CNreuiredbvTable3.3.6-1.V"rLiINC"R"-.3UrR=vc%5<.3.6Hachortheabovereauiredcontrolrodblocktriosystemsandins-rumenationchannelsshall"edcons".atedOPERABL"byheperfor.",ancortheCKAllNELC:-'"""K,CHANNFLF'JNCT:QNALT"STandCHANNELCAL:BRAT:QNoperaionsrot2OP~.jii'QNALCONGEST'QNSandat,thefrequenciesshowninTable
lABLE3~6-1COIITAOLAOOOI.OCKlttSTAUHEttTATlOllTAIPFUHCTIOHl.AOOOI.OCKIIottlTOA(a.Upscaleb.lnoperat.ivec.Oownscaie2.APAIIa.I'1ow0lasedHeutronFluxUpscaleb.Inoperativec.Oownscaled.IteulronFt<<x-Upscale,Startup3.SOUACEARtICiEIIottITOASa.Oetectornotfullin(b)b.Upscale(c)c.Inoperal,ive(c)d.Onwnscale(d)IHTEAIIEOIRfEAAHOEIIottlloftSa.Oetectornot.foll.inIr.ItpseaIec.InalieratiIi~)rt.ItuwnscaIe5.SCIIRIII)ISCIIRIloEVOI.UHEa.WaterLevel-lltgtib.Sc>amTripltypassHltt1tlUHOPEAAOLECIIRtitIELSPEATAIPFUtICTIOIIH2bRPPLICAOLEOPEAATIOHRI.Cotto1TlOHS1A1A1A11,2,52,52,52,52,525ACTIOII60606061,61616161616161616161GlGl61616162626.nEAcTOAcootRHrsisrEHnEclncULATIOHFt.owa.UpscaIeb.Inane>alive7.I'CtC1'ORhtODESAITTCtla.Sfiut7~oivnirriab.P,r(uet'Iortr.3alt6262626262
TABL="3.3.6-1(Continued)CONTROLRODBLOCKEHSTRUMBHTATEOHACTIONWl'~tlLui<"0DeclaretheRBMinoperableandtakeheACTEQNrequirecbySpecification3.1.4.3.ACTEQN61lhtiththenumberofOPLRABL~Channels:aeOnelessthanrequiredbytheMirimumOPERABL=ChannelsperTripFuncionrequiremen,resaretheinooerablechannel.oOPERABL-"satuswiliin7daysorplaceheinoperable.channelinthetriooedccndiior,wihinthenexthour.5.Twoormorelessthanrequiredby.heM'.nimumQP=RABL=ChannelsperTrip;uncicnrequirementplaceatleas=oneinoperablechannelinthetrip"edconditionwihinonehour.ACTEOH2MiththenumberofOPc'RABL=channelslesshanrequiredbvheMinimumQPRABIChannelsperTrpFunc"ionrequirementplaceheinoperablechannelinthetripoedconditionwihinonehcur.llOTF5Mi'hTH:-R4NLPOMcR)+30+olRAT=0THBRMALPG'AER.Withmorehanonecanrolrcdwithdrawn.Hotapoiicaoietcc"ntrolremcvedperSpecification3.9.IO.Ior3.B.10.2.rocsTheRBMshallbeautomat.'callybvpassedwhenaperipheralselected.~Q~~I~c>n~~oira+ATnisfunc.ions,allbeautomaticallybypassadileteccountaeis>100cpsortheERMchannelsareonrange$33orhighe..Thisunc-ionshallbeautomaticallybypassedwhenheassociaed:RMc.,annalsareonrange8orhigher.7nis=uncionshallbeautcmaticzliybypassedwhen:heRMchannelsareonrance3orhigher.e.Thisunc.'onshallbeautcmaticailybyoassedwhen-heRMchannelsareonrangel.
~>TIIIPFUIICTIfltlItnnDLOCKt!flttiToita.Ilpsca1eb.I>>op>>rat.ivac.now>>sealeTA11LE3.3.Ci-2CDIITIIDI.IIODOI.OCKItlSTIBIIIEttTATIOttSETPOIttTSITflIPSETPOIIIT<0.66W~-f40)XIIA>$5)XofAATEDTIIEItHALPOWERALLOWABLEYALUE<0.66W6/43/XHA>$33%ofIthTEDTIIEIIIIALPOWEII2.APllt)a.FlowBiasedHe(il.ro>>Fl>>xUpscilleb.Inoperal.ivec.Oow<<scaled.Ile>>LronFlux-Upscale,StarL(lii3.Sn>>ltcElthHOEHfltllTOIISa.DeLectornol.f>>llinb.UliseaIec.I(ioperatived.Downscale4.ItiTEIIIIEDIATEAAIIOEIIflttITOIISa.Detectornotfulli<<Ii.UpscaIec.I((operatIved.OowllscaII.'.scnhnnIsclmnnEYDI,>>HI:.a.Waterl.<<vel-lli>>llb.SergeiTrIIiDyiiass<0.66W++42)X"IIA~>~XofIIATEDTIIEIIHALPOWElt<-$12@ofIIATEDTIIEIIHALPOWEIItth~tx10+cpsIIA>f3/elisHA4J(vIgioHS<9108/125$offullscaleOll/calo>oALA>-(6/126+a/loll>calog25<~gallo>>sIIA<0.66Wo+45+"Hh>Q3goflth'IEDTIIEItllht.I'OWElt<414@oflthTEDTIIEIII4ALI'OWElltth<I.bx10+cpstth~t.Itcl)sJiv(Sio"~HA<+110/125+offullscalea""""'+/B'<<<<g25<~(Jaltons!tN6.REAL'IOIIL'OIII.AIITSTSTEIIIIECIIICIILATIOIIFLOIIIINIT';/(r(Ce(fgf(T<<(a.>>pscala<(1114(ttedfo(vIs.I(lop>>ratlvetN<410@flow(leviationTlieAve(argoPowerAanUatlo(iiiorro(lblockfunctionisvariedasaf>>nctlonof(W).TtioLripsetti(irtoftbisf<<(ictio(i'(((>>stliemat(ital>>adinaccoi'dancewiLIiHh<Qtgflowrleviat.ionrecirculaLIo>>loopflowSpecificatio>>3.2.2.~~
T('IPF((hlClION(,'EACTO(',h(OOES(uIrc((a.Shiatclrnu~lh(osb.Ilc>gue(',h(osr(,IPSErVOINI.hlAhlAALLO(VA8LEVALUEhlANA~~
TABLE4.3.6-lCONTROLRODBLOCKINSTRUMENTATIOHSURVEILLANCEREUIREMENTSlTRIPFUHCTIOttl.ROD.BLOCKMOHITORa.Upscaleb.Inoperativec.DownscaleCIIAHNELCIIECKHANAHACIIANNELFUNCTIONALTEST~~~M(c)~8~'M(c)~'N(c)OPERATIOHALCIIAHHEL()CONDITIONSFORWIIICIICALIBRATIONSURVEILLANCEREVIREOIAI*2.APRtla.FlowBiasedNeutronFluxUpscaleb.InoperativeStd,Hugc.Downseale~dlMtt'.NeutronFlux-Upscale,$4w4up-3.SOURCERANGEMOtIITORS/HA)NhENA)4NA)S/P~MtMS/IJ;Hlit~~ol~d~"SAHA(~jg~25olSAl2,5a@b.C.d.DetectornotfullinUpscaleInoperativeDownscaleHAHAHANAS/U~,w~s/uws/u~w~s/u~',w~Q2,52,52,52,54.IIITERMEDIATERANGEtlOHITORSa.b.C.d.DetectornotfullinUpscaleInoperativeDownscaleHhtIAHAHAS/U~,~S/U~,~S/U~,W~~s/u,wtthHAQ2,52,52,52,54,5.SCRAMDISCIIARGEVOLUMEa.WaterLevel-IllgliHAb.ScramTripBypassNA6.REACTORCOOLANTSYSTEMRECIRCULATIONFLOWa.Upsca1eb.Inoperativec.QComparator)-(9ewnsc&e)-7.REACTORhtOOE$(tl7TCHa.Shat'downWodab.Re.(uzi,hoodsHAHAHANANA~<VtP,HQNhNANA3,45
TABLE4.3.6-1(Continued)CONTROLROOBLOCKIN~iUMENTATIONSURYEiLLANCEREQUIREMENTSNOTES:a.NeutrondetectorsmaybeexcludedfromCHANNELCALIBRATION.b.Within24hourspriortosar.up,ifnotperformedwithintheprevious7days.c.Includesreactormanualcontrolmultipiexingsyseminput.WithTHERMALPOWER>q3O>XofRATEDTHERMALPOWER.Withmorethanonecontrol'rodwithdrawn.NotapplicaoletocontrolrodsremovedperSpecification3.9.10.1or3.9.10.2.d.ThibcaLibnati.ondhaKcouch~o$~readjusWeno5CheAPE(channelCocon(onmCoDepo~ven,valuecojcuZaedbuahearbabmce~cng-*OPERATIONALCONDITIONtwhenTHERMALPOUER4g<eafen,Chanon.eaux.Co255o$RATEDTHEBfALPOSER.ARjel.useAP!Mchannelighe,abaouedi)Defencemgce&er.Chan25o$RATEDTHER~tALPOMER.AnuAPEDChannelgainadjwWeru.'adeincomp~cezestSpecigc~on9.2.2ahab!no~bein~ed~ndeeaningWeabsolveN.gee'ence.e,.TRQcrxGb~on.shaKcoemCo$4~eadjacento$gheAPR<tJoebowedcharm&Cocon$oen<oa,caDb~edJoea~naL.TkucaLib~on.shaG!cons~~o$ve~)y~ng<he4~pa~o~etoMu.u&STS(BWR/SpNlP-UNIT23/43-~"4
3/4.3.7MONITORItiGINSTR!~.".Et(TATION~AniAT.Qt<t!QNITOPIHG"(ST"-"'!'(!ATIONL:lIT.NGCQtT'OITnt(FORQPEP"'ION3.3.7.lTheradiationmonitoringins-rumentationchannelsshowninTable3.3.7.1-1shallbeOPERABLEwihtheiralarm/tripsetpointswithinthespecifiedlimits.APPLICABILITY:AsshowninTable3.3.7.1-1.ACTION:Vitharadiationmonitoringinstrumenationchannelpointexcedinothevalueshowr.inTable3.3.7.1"1,pointowithinhelimi.within4hoursordeclareincoerable.alarm/teipsatadiustheset-t.echannelC.MithoneormereradiationmonitorincchannelsincparaoleaketheACTIQNrequiredbyTable3.3.7.1-1.5TheprovisionsofSpecificat'crs3.Q./and3.Q.A'renotapplicable.CURVELLANCEREQUIRE.!EN!54..7.1caenoftheaboverequiredradiationmcnitoringins."mentaticncharne!sshallbedemcns".atadOPERABLEbytheper,crmanceof.heCHANNELCHECK,HANNELFUNCTIONAL'ESTandCHAt<hECAL'BRATIQNoprationsfortheconoitionsandattherecuenciesshowninTable.4.3.7:1-1./>>I1>>i"i'!P-UNIT23/43-/55I
4TAOLt3.3.7.1-1RAOIATIONHONITORINGINSTRUHENTATIONINSTRUHENTATIONHINIHUHCHANNELSOPERABLEAPPLICABLEALARH/TRIP,CONOITIONSSETPOINT(f')ACTIONOff-Gas-Pre-treatment1)ActorguiQi>~)A'boaPe4eltlat<+Hen~aR-f:xhaust-&/p~zn++h~a+RadiationHonitorx~4.S.;I>>~~/Z'4Cr~~i-%erne-1M'entRadiationHonitor7l.).(g/g//p~g-~'C'/cc*~~~ue'u9..40HainControlRoomVentilationRadiationHonitorsStandbyGasTreat-mentSystemExhaustRadiationHonitorA>eaHonitors<I.O'iO'gg<~~2/~~-.1,2,3,5and*>>~+-mAAv~7got'~anwe"+rpsg~>ewgx~Hder'ITQCCilfhlilehgeAQ~.2,g(erg,~).QP10~C/ic.CriticalityHonitorj1)NewFuel1StorageVault~-Speee-Fuel--4~9e-i~4-ControlRoom1OirectRadiationHonitorAtalltimes+2,.5x>G~g+>M'7+
'1'ABLE3.3.7.l-l(Continued)RAOIATIONHONITORlNG1NSTRUHENTATIONTABLENOTATION<Qn<m.+-sOWSkvintSe-ygd+ob~@PERAGLC-he-mam-andeNer-a-~upQ-44~i-oper8444AraWhentheoff-gastreatmentsystemisinoperation.sassasAs'4'k$WhenhandlingirradiatedfuelinthecontainmentandduringCOREALTERATlONSandoperationswithapotentiaifordrainingthereactorvessel(naikl~Puef>n+he.V~ox~l).NWithfuelinthenewfuelstoragevault.~~-Mit-h-4uel-in-the-spent-fue~ivag~oaL.~~o-4olates-+he-pnmary-and-secondary-cen4a+nment-purge-and-vent-pene4+ation,aaEc3e-secondary-cen4dnment-purge-and-vent;penetrantions-,vaAe-groui~4-4.+mme-de+ay-before-elf-gas-sy&mM+schaege-valve-closur-g~)A&m~e4y-.t~as3"~Q=e'~ris~~ha.~n~i=4mini,g-+~.iq~+-FrJ)+~tP-~+-aId~v~k'i~+.:}>5"RaC<~tQ~Q<J/l~1isBTfGA~+Qt~Q+<+~~>~+y+iQ~+S~P~Ptf'/"~P"ng"~'"'n<PdP.~;4W'Hka~Iakh.'gh...+plW.ie)Pauli~cn.g.f.)A4'evYle~ctrsoctglacd4gccottrtc),
0OlwKripM~~HtuVFtYtONAWloyVAcro~gK-~yui~~~fi~r1ne/OHH+48CEj4eZechchv~~pvJlLoxlJmaycoLtinuepjtovkRdgtuLbdampZuante~enandanalyzedoncepm12hocus..~QfEMULCleatZMaWanNeacquittedchanneZ~uQM,~tccuu:eandmun4u'.nMoZationo)Reactor,BuiZdingventiZaWonandoperationo$44titdbygabWeatmenttttithZg~jo~QA1Ol~Z~q~~ertequuted~~~<nitZt<eandmain,GunoperationofCoetttoZRoomemergencyPXVta6onhyaCemtttMtinonehorn.ReTioN73Midj6in~ein8e.-oZDeiaizels&Q~gcFCc~+~,p~i~,w~++r'l~Wi~'nu.iqCJ~Zr)r2~/~&'Egg~~~.war~~.z.pWarJ&~~iM~gQ~~~+~~VMIV~~IWPs&CrZ2..oz,azWeWmPea-Plznl~ZPe~km~kWC'~.i;kn>p.NZicAz~cer~+Ajl~~e+i)z.1ccaz~,perm)nc/Awiiie'.r.PA4Ais5jv.rJieX>m&corA~~r/i)~++yNen7Zi)Z&ede.I/u'c>Z.77nrat>r/c717/&&~8'<"lloc~4SA/PWHAS~4~-.re.~~~Poke,Sle~TloH'7+-g~tZwzWanWeeequiAedmoron~~,pew)o~gaeaoucveydo$Aemottito1tedgaeatttMtpo~bZemoeLtomng~4uunentationatZemioncepen,24Homme.I
TABLE4.3.7.1-1<<fINSTRUHENTATIONMB>hCG'AJCn~rgrPj~+s>>'.Off-GasPre-treatmentRadiationHonitor~forKiiktAb:Ve/gueta4o>>$2.~&gczr~HReni~RadiationHonitor~,8;g;gj~~<It=tf3.>aust-RadiationHonitorCIIANt)ELCIIANttEL5XlkEFUHCTIOttALcllEcKceej;1HTCttANNELCALIBRATIONffGaepos-tese=aeseoseHainControlRoomVentilationRadiationHonitorsStandbyGasTreatmentSystemExhaustItadiationHonitor4}-QgRAreaHunitorsa.CriticalityHonitors1)ttewFuelStorageVault'9-Speo~ek~orage-S~-Pool-b.ControlRoomOirectltadiationHonitor4SurVailip~tWVe-iver~~(~4,~~ha~~li=v~p.((W+
'57"""-"7'710N5='Si~rr"-'IrTOo~G<57RU~ERTAT~"'i(~)L'~ITNGrCNO>7.'ONPCROPERAT.ON=.3.7.2Theseismicmonitor',noinstrmentationshowninTable3.3.7.2-1shall~>>alitimes.AC:.'Wi:V~Nthoneormoreoftheabovereauiredseismicmanioringins-rumentsginoperablefa"more.hian.0cays,submiaSpecialRepor:totneCaam.'ssionpursuanttcSoeifi"ation6.9ggwithinhenext10daysauliningthecausecf:heaifuncionandtheplans'orresterngheinstrument',s)tcOPERAcLsatus.+Theprovision'sof5pei,iica-ions3.0.and3.0.arenotapplicable.SUPlE:L'"NC-REGULAR""~ENTS4.3.7.2.1Eachofhea'vereauirdseism",cmonitor',ngir.s-r..,entsshallbe".emans-'.ra-edOPERA-"L="bvtheoerior.ancecfheCHANNELCH"'"K,CHANNELi"NC-IIONALTE7andCHANNELCAL"RAT'ONoperationsattheirequenciessihowninTable4.3.7.2-1.4.3.7.2.2Eachoftheaboverequiredseismicmani:or',ngins.rumentsactuatedduringaseisimlceventg'reater'anoreouai0(0.0l.)gshallberestoredaOPERABL"satuswithin24hoursandaCHANNELCALrBRATTONperfo-...edwithin:-davsallowingheseismiic've.t.Daashallberetrievedframactuatedinsrumentsandanalyzed""deter,...'nethemagni"udeofhev..'bratorygroundkmotion~~,~~>>>>v>>~~I>>lIvI~>>1>>~IiaSoeCalReoor-shallbeprparedandsubmi==edatheCormissionpursuan"toSoeci1"cation6.9.ggwlthin10daysdescribingthemagnitude,irequencyspectrumandresu.tantefiectuponunitearesimportanttosafety.0pC'~>>>>>>~>>I>>~'~>>I>>~>>~i>>4CIIIllll>>I~~iI>>~II~4>>I~>>I>>~I>>>>~~AA'~>>~I~I~~>>~~~%Iy>>~IV".P3--359NIP-Ui917'l
SiSHLCMONITOR.'NGNSTRUl!EHTATiON.:NSTRUMEHTSAHOSENSORLOCATIONSTr'.axia1Time-HistoryAccelerograohs11EASURE<ENTRANGE,"15iNiflUt1'5'fSTRUff="HTSOPERAafia.Ragwort,Kda..'mfaEK.175'-0b.Rac.oc~5uigFZ.Et'..393';,c-(.214'010"0~1.On0+1.On~+00.110~Triaxia1PeakAcce1erographsN.me.ZGenMdaSeance0/aetcPiping-5nb.own.(.oiMHigh,Pr..Coee,SpmyPipingt.pum,'Co..u.'omumpIlotou',T2raxia1SeismicSwi.chesReccl'.ocKda..'LfMEC.175'-00.025-0.250ladju>tub<,t)1(a)Triaxa1Response"SoecrumRecordersaob.c.d.ReuMo.~Kd..if'Z.173'-00+2gP22mCoat.RHRPi2P.tuuEt204.'-0~g'tuutougtdg.RuguutlugFtE2353'-lo"0220Contxol8da.(faEt'..214'00+2greacorcontrolroomindicationandannunciation.,(a)1~WvQ~Iv,1;0>NfP-UNIT2
.ABLE4."..7.2-1lSEISMIC!!O'(ITORIHGiHSRUMEHTAIOHSUR'7EI'L>"CEREOU';R""!'EH5iHSTRUMEHTSAHGSEi<SORLOCATIOHSCHAilHELC'."'.5CKCI>AHiHEFUMCTIOHALTESTveihlli1cCALI"-RAT:OHl.TriaxialTiae-HistoryAccelerographsReac,ton,Et!dg.AMEL.bZJeac,to.xoi.e,.ue,usal-c.Co~oa.<aC.214175'055)pSASASA2.Triaxial.eakAc"elerograohsaScmWGenKSeftvaceOlatwP~pinPAb.P~.(.on@~gnc.l.one,>pea@P~p~4Ac74Ull.E,o)KQ,cO'Mus@,'llozocHAHAHA:riaxialSeismicSwitchesa.Rea&ocEMhMH175'-0gO5Tr>axialRes"onse-Soectrl.mRecor"ers)(a)RAY'.Reac.ton,EMMMEZ175'-0Hb.P'uml.one.i.panene,c'4-65"HAc.Reason8ZdgRe,fu~g.FL.H,555'-10"MA,I,faEZ214'-0MA1Excepseismictrigger.SANASlit'ANARRNlP-UNIT2pr
itiQR'QG'~LMONITOR')G.NS~R"""-'iTAIIQNCQNQIIQNFORQPRATIQNAtaltimes.APPLICABILI)Y:ACTION:~03.3.7.3The~eorologicaimonitoringins",umenat@onchannelsshowninTable3.3.7.3-1shallOPERABLE./.r"ahi;honeormoremeteorologicalmonioringinstrmenationchannelsinoperableiormorethan7~~days,in1ieuoianyotherrepor.re"uiredbvSpec-ification6.9.1,,p'~.ea..eandsubmlaSoecialReorttoheCommissionpursuantto,Spe&,frication6.9.2withinthenext10daysoulininothecauseof.hemaffuncionandtheplansforrestoring:heins",umeniationtoGPERABL>s-atus.b.Theprovisions,o'iSpeciiications"".,0.and3.0..areno~apolicable.a//,/SURVEILLANCEREQUIRB1ENTS..3.7.3,~Eachofheaboverequiredmteoroiogicalmonitoriiginsrumenta-ionchannelsshallbedemonsrated-OPRABL"-bytheperfo-,,anceof'heCHANNELCHECKand.C"ANNECALIBRATiONoperationsatthefreouenciesshowninTable4.3.7.3-1.l~i~it%ivrtlP-OMIT2
HSTRUMEHTgln4Spee4I~AL~137S1OROL~GCnL.NITORTiiG8'U"~RTn.i'TORMiNEMUM>HST~UMc"ITSOPePABLvC.'r(in4O'iree.son1.:1ev.(30).an4(ZOG)'.rI:av.(30i'..Ahtr.(20+fAiriemper=-i"re,o'i~7erence=1ev.P)/ZOO)1eacheachIMhfP-UIVlT23/43-oi
CHANNELCALiBRATTON'iindDirecion~aQo~~'BL~<37~-1M:".=OROLQGTCAL:NTORNGTNSTRUMSTATIONSUR/~'L~~NCER+OUcREMFNTSN~CHANNELiNSTRUMENTCHECKa.MindScreedElev.(30)t.and(200)ft.i0SAb.1.-"lev.(30)ift.and(ZOO)f.9~SAAirTe..."ere@".eOif=erencet.Pav.(:.0/200)ft.05$iVMP-UVI72vII~v~~~vI
iiVSTRUMEHTATIONREMOTESHUTOOWNMONITORINGiHSTRUMEHTATIOLIMITINGCONOITIONFOROPERATION3.3.7.4TheremoteshutdcwnmonitarnginstrumentationchannelsshowninTable3.3.7.4-1shallbeOPERABI.Ewithreadoutsdisplayedexterna'1tohecontrolroam.APPLICABILITY:OPERATIONALCOHOITIONSIand2.ACiIOH:a.b.WiththenumberofOPERABLEremoteshutdownmonitoringinstrumentationchannelslessthanrequiredbyTable3.3.7.4-i,restoretheincoerablechannel(s)toOPERABLEsatuswithin7daysorbe.inatleastHOTSHUTOOWNwihinthenextDhours.TheprcvisionscrSpecification3.0./arenotapplicable.5SVR'/EILEANCEREQUIRBIEHTS"a.4.3.7.4EachoftheabaverequiredromotashutdownmonitaringinstrumentatianchannelsshallbedemonstratedOPERABLEbyaerfarmanceorheCHANNELCHECKandCHANNELCALIBRATIOHoperationsatthefrequenciesshowninTable4.3.7.<-I.OPCM;71~SCMC,LEpaneLa~oevewg.edexceptgo.tRCIC~oneconxoLn'".ctu.i.4<l-UNIT2
TABLE3.3.7.4~1REMOTESHUTDOWNMONITORINGINSTRUMENTATIONl.2.3.45.6.7.8.9.10.11.12.13.14.15.16.17.18.19.20.21.22.23.24.25.INSTRUMENTServiceWaterPumpDischFlow(A,B,C,D,E,F)ReactorVesselPressure(2)RXVesselWaterLevelWideRange(2)RXVesselWaterLevelNarrowRange(2)RXVesselShellFlg.Temp.(1)RXVesselBottomHeadTemp.(1)RCICTurbineSpeed(1)SuppressionPoolWaterLevel(2)CST"A"Level(1)CST"B"Level(1)RHRLoop"A"Flow(1)RHRHT.EX."A"OutletFlow(1)RHRHT.EX."A"ServiceWaterOutletTemp.(1)RHRHT.EX."A"In/OutTemp.(1)SuppressionPoolTemp.(2)RHRHT.EX."B"ServiceWaterOutletTemp.(1)RHRHT.EX."B"In/OutTemp.(1)=RHRLoop"B"Flow(1)RHRHT.EX."B"OutletFlow(1)RHRDischargeTemp.toRadwaste(1)ADS.ACC.TankNo.32Pressure(1)ADS.ACC.TankNo.33Pressure(1)ADS.ACC.TankNo.38Pressure(1)ADS.ACC.TankNo.35Pressure(1)Safety/ReliefValvePosition(4Valves)READOUTLOCATION2CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES"PNL4052CES*PNL4052CES*PNL405.2CES*PNL4052CES*PNL4052CES*PNL405MINIMUMINSTRUMENTSOPERABLE1/Pump111111111111111111111111/Valve
TABLE4.3.7.4-1REMOTESHUTDOWNMONITORINGINSTRUMENTATIONSURVEILLANCEREQUIREMENTSINSTRUMENT1.ServiceWaterPumpDischFlow(A,B,C,D,E,F)2.ReactorVesselPressure(2)3.RX.VesselWaterLevelWideRange(2)4.RX.VesselWaterLevelNarrowRange(2)5.RX.-VesselShellFlg.Temp.(1)6.RX.VesselBottomHeadTemp.(1)7.RCITurbineSpeed(1)8.SuppressionPoolWaterLevel(2)9.CST"A"Level(1)10.CST"B"Level(1)ll.RHRLoop"A"Flow(1)12.RHRHT.EX."A"OutletFlow(1)13.RHRHT.EX."A"ServiceWaterOutletTemp.(1)14.RHRHT.EX."A"In/OutTemp.(1)15.SuppresionPoolTemp.(2)16.RHRHT.EX."B"ServiceWaterOutletTemp.(1)17.RHRHT.EX."B"In/OutTemp.(1)18.RHRLoop"B"Flow(1)19.RHRHT.EX."B:OutletFlow(1)20.RHRDischargeTemp.toRadwaste(1)21.ADS.ACC.TankNo.32Pressure(1)22.ADS.ACC.TankNo.33Pressure(1)23.ADS.ACC.TankNo.38Pressure(1)24.ADS.ACC.TankNo.35Pressure(1)25.Safety/ReliefValvePosition(4Valves)CHANNELCHECKMMMMMMMMMMMMMMMMMMMMMMMMCHANNELCALIBRATIONREADOUTLOCATION2CES*PNL4052CES*PNL4052CES"PNL4052CES"PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL4052CES*PNL405*ChannelCalibrationisdoneperSpec.4.4.1.6(0575F)
ACCIOENTblONITORINGINSTRUMENTATIQNL:l~ITINGCONOITIONFOROPERATION3.3.7.5TheaccidentmonitoringinstrumentationchannelsshowninTable3.3.7.5-1shallbeOPERABLE.4PPL'CABILITY:AsshowninTable3.3.7.5-1..ACTION:Withoneormoreaccidentmonitoringinstrumentationchannelsinoperable,taketheACTIONrequiredbyTable3.3.7.5-1.SURVEILLANCEREOUIREHENTS4.3.7.5Eachoftheaboverequiredaccidentmonitoringinstr~mentationchannelsshal1bedemonstratedOPERABLEbyperformanceoftheCHANNELCHECKandCHANNELCALIBRATIONoperationsatthefrequenciesshowninTable4.3.7.5-1.
TADLE3.3.7.5-1ACCIOEtlTMONITORINGINSIRUHFtlIAflOtlINSTRUHENTIIE(UIREONUHDEROFCIIANNELSHINIHUHAPPLICADI.ECIIANNELSOPERATIONALOPERADLECOIII)ITIONSAC1IONReactorVesselPressureReactorVesselMaterLevelPoolSuppression~ntm.MaterLevelt88581SuppressionW~MaterTemperature5.SuppressionChamberAirTemperature2(+)>~sectorg.)+sector211,2l,21,21,21,28()8080806.OrywellPressure7.OrywellAirTemperature8.OrywellOxygenConcentration9.OrywellIlydrogenConcentrationAnalyzerandHonitor10.Safety/ReliefValvePositionIndicators2/valvel/valve12I,21,21,21,2808080Pre;.r;LLl4<4(~pIrx<-'2.-PHLety-Cea4a4men~@ss-RadiationHonitors+3-.Containment-Ventilat-Ioe+xhauMonHoI,2,3rrr-14-.Of4=gas-and-IIad-Maste-0u-Wd-ing-VenMalAon-.HonitoFueHlandling-Area-Exl~aust-Honlto>-----=---*--%6-.I-urban>e-DeHding-VentRatioiwExl>aust-Honlto)--=(1)r-(-1.)1-2-3\3~pHR~<A)Icc~l3xf<ip3d>~Qnfl.+Gi~i*~-+1+I)4<<te'lP~~~~~~')~~~tv'itascaiFw4l~nge-noM-e-gas-moiri+ers.~)p<<pi'ir<<dh<<n.I~ndI'~g~<<,~~pl;Q+g)ihW~Wel+ac\~c-<1"11,2,3(~)lrp~diJLIcdcc~Pon&w+5r81Bi
Table3.3.7.5-1(Continued)ACTIONSTATEMENTSACTION80-a.0.WiththenumberofOPERABLEaccidentmonitoringins-rumentationchannelslessthantheRequiredNumberofChannelssnowninTable3.3.7.5-1,restoretheinoperablechannel(s)toOPERABLEstatuswithin7daysorbeinatleastHOTSHUTQOWNwithinthenext12hours.WiththenumberofOPERABLEaccidentmonitoringinstrumentationchannelslessthantheMinimumChannelsOPERABLErequirementsofTable3.3.7.5-1,restoretheinoperablechannel(s)toOPERABLEstatuswithin48hoursorbeinatleastHOTSHUTOOWNwithinthenext12hours.ACTION81a.WiththenumberofOPERABLEaccidentmonitoringinstrumentationchannelslessthan'equiredbytheMinimumChannelsOPERABLErequirement,eitherrestoretheinooerablechannel(s)toOPERABLEstatuswithin72hours,or:Initiatethepreplannedalternatemethodofmonitoringtheappropriateparameter(s),andInlieuofanotherreportrequiredbySpecification6.9.1,prepareandsubmitaSpecialReporttotheCommissionpursuanttoSpecification6.9.2within14daysfollowingtheeventoutliningtheactiontaken,thecauseoftheinoperabilityandtheplansandscheduleforrestoringthesystemtoOPERABLEstatus.QamlOBZg)~P~n~her~f-OPERA'BLC~'.den+lAQI~M~gA+~+~~WRcl~>4'+(~+et+42giAiAll.'L~Cl'LRYl&c.lQPt-~BI+r~+ir~~~+~QWa.44.3B.'7-a-)~p~4(nc,V~v)c~PI'-;r,~;J~g+ke-4~1~IcrV-e~+c'rCa'Vi+~IA>'~TV42p(~pIWA.i~/~l~gn1onAn~tqt4.happ-opia.~pa~~reeac
0lABI.E4.3.7.5-1INSTAUHENTCIIAHNELCIIECKCIIANHELCALIBRATIONl.ReactorVesselPressureH2.ReactorVesselWaterLevelH3.SuppvessionChamberWaterLevelH4.Sill)pressionChamberWaterTemperatureH5.SrrlrpressionChamberAirTemperatureH6.PriAraryContainmentPressureH7.OrywellAirTempevatureH8.IlrywellOxygenConcentrationfl9.Orywellllydroge>>ConcentrationAnalyzerandHonitor(H)(NA)10.Safety/ReliefValvePositionIndicatorsHy.!*if'l2-.Pvimary-Corrt~me>>t-Gross>RadiationAo~ntorsH43-.~:-orrisi>>Are>>t-VentikeHorMxhau~oneto~H0f.f-gas-and-Aad-Was.te-BrrHbi>>~e~rr+at+on-HonH;orH45F-we1-llandl-ing-Av-ea-Exhaust-Ho>>itorHd6-.'furaine-Boi}dini~onai.lotion-rnlianoa-Honda>Hlo..@~R.IUi':76'-:III.ReI'l%Msgr~prea-Rad><+~NI~>>i+vrARRARAARQAAALARUsirrgsamplegascontairring:a.Orrevolumeperce>>t,hydrogen,balancenitrorgen.b.fourvolumeperce>>tlrydroger'r,balancenitrogen.IheCIIAHHELCALIBRATIONshallconsistofanelectro>>iccalibvatiu>>ofthechan>>el,not.irrclurli>>gtirerletectur,forvangedecarlesabovel0R/lrra>>dao>>epointcalibratio>>clreckoftiredetectovbelow10A/I>>witlra>>irrstalledovportablegaromasource.ai-4~~S~i+ei/hvar-'</3vw~li-~~~wr~~~r>r~~rar~~r)mJ@4a<eW8ZC
g~,ehrwp-u.niy~
l7p7g~ze~~aP~jcaE-kHP-urv)<z~sf
lNSTRUMEHTATIQHSOURCERANGEMONITORSLIMITIHGCQNOITIQNFOROPERATION3.3.7.6AtleastthefollowingsourcerangemonitorchannelsshallbeOPERABLE:a.InOPERATIONALCONOITIOH2",hreeb.InOPERATIOHALCONOITION3and4,two.APPLICABILITY:.OPERATIONALCQNOITIONS2",3and4.ACTION:a.'nOPERATIONALCQNOITION2"withoneoftheaboverequiredsource~angemonitarchannelsinoperable,resoreatleast3sourcerangemonitorchannelstoOPERABLEstatuswithin4hoursorbeinatleastHOTSHUTOOWNwithinthenext12hours.b.InOPERATIONALCOHOITION3or4withaneormoreartheaboverequiredsourcerangemonitorchannelsinaoerabie,verifyallinsertablecontrolradstabeinsertedinhecarandlockthereactormodeswitchintheShutdownpositionwithinanehour.SURVEILLAHCREQUIREMENTS4.3.7.6Eachofthe'aboverequiredsaurcerangemonitorchannelsshallbedemonstratedOPERABLEby:a.Performanceofa:1.CHANNELCHECKat'leastanceper:a)12haursinCOHO~iON2",andb)24hoursinCONQITIOH3or4.2.CHANNELCAI~BRATIOH~atleastanceper~~.O'PC.9-651M@b.PerformanceofaCHAHNELFUNCTIONALTEST:i.Within24hourspriortomovingthereactormodeswitchfrcmtheShutdownposition,ifnotoerformedwithintheprevious7days,and2.Atleastonceper31days.c.'lerifying,priortowithdrawaiofcontrolrods,thatNeSRMcount.rateisatleast3cpswiththedetec:orfuilyinserted.""Neutrondetec=orsmaybeexcludedfromCHANNELCAL'BRATION.IICNPIP-UNIT2
IHSTRUMEHTATIONTRAVERSINGIH"COREPROBESYSTEM3.3;7.7.Thetraversingin-coreprobesystemshallbeOPERABLE'with:b.Threemovabledetec"ors,dr'ivesandreadoutequipmenttomaothecore,andIndexingequipmenttoallowallthreedetectorstobecalibratedinacommonlocation.APPLICABILITY:Whenthetraversingin-coreprobeisusedfor:a.RecalibrationoftheLPRMdetectors,andb."MonitoringtheAPLHGR,LHGR,MCPR,or~EMFlo0$.ACT.ON:Withthetraversingin-oreprobesysteminooerable,suspenduseoithesysemfortheaboveapplicablemonitoringorcalibrationrunctions.TheprovisionsofSpecifications3.0.="and3.0.+arenotapolicable.5SURVEILLANCEREQUIREMENTS4.3.7.7Thetraversingin-coreprobesystemshallbedemonsratedOPERABLEbynormalizingeachoftheaboverequiredaetectoroutputswithin72hourspriortousefortheaboveapplicablemonitoringorcalibrationfunc-ions.naytneaetectorqs)intherequiredmeasurementlocation(s)arerequiredtobeOP~BABLEiVMP-UNIT23/A3-P72
/8$+Oqg+,lh.C~iO,Imu.~,+uNNA4gfO'+tht&<<~+~tSoOp>Q-AQL.BH~+m~+4u'H4w$s>t-fiFq-~h-~vbn~~eeqoe+'aW<Cu<4~~<<'uS-.RUE.ENTATIONFIREOETECTIONINSTRUMENTATIONLIMITINGCQNOITIGNFOROPERATION3.3.7.10Asaminimum,thefirdetectioninstrumentationforeachfireaetecionzoneshowninTable3.3.7.10-1shalloeOPERABLE.APPLICABILITY:;srequ>redtoACTION:MheneverequipmentprotectedbythefiredetectioninstrumentbeOPERABLE.a.Mithmore/thenumberofOPERABLEfiredetectioninstrumentsinoneorzones:Lessthan,butmorethanone-halfof,heTotalNumberofInstrumentsshowninTable3.3.7.10-1forFunctionA,restoretheinoperableFunctionAinstrument(s)toOPERABLEstatuswithin14daysorwithin3.hourestablishafirewatchpatroloinspectthezone(s)withtheinoperableinstrument(s)atleastonceperhour,2.~lessthantheTotalNumberofInstrumentsshowninTable3.3.7.10-1forFunction8,orone-halforlessoftheTotalNumberofInstrumentsshowninTable3.3.7.10-1forFunctionA,orwithanytwoormoreadjacentinstrumentsinoperable,within1hourestablishafirewatchpatroltoinspectthezone(s)withtheinoperableinstrument(s)atleastonceperhour,b.TheprovisionsofSpecifications~~and3.0.4arenotapplicable.SURVEILLANCEREQUIREMENTS4.3.7.10.14.3.7.10.2TheNFPAStandard729supervisedcircuitssupervisionassociatedwiththedetectoralarmsofeachoftheaboverequiredfiredetectioninstrumentsshallbedemonstratedOPERABLEatleastonceper6months.4.3.7.10.3The'on-supervisedci".cuitsassociatedwithdetectoralarmsbetweentheinstrumentsandthecontrolroomshallbedemonstratedOPERABLEatleastonceper31days.
Ci.e.~~J~~~puCac,cApep~Ci.e.~~o~dmin.~3~~~~c~QPeQALmader-~~~~cCF3~~.A4.of>PPA-'7amCiao'-),
TABLE3.3.7.10-1FI'REgETECTIONINSTRUWENTATIONIMSTRtlh(ENTLOCATION(ILQub~va)()h(INIh(Uh(Ih!STRUh(ENTSOPERABLEezacforuSWOKE~edon105oJdMaMomnoCoping-no2adjacentde,Mom~nopeuSZa.A.Reason,Bt!dg./Aux.Baud201SM202SM203SOI204SM205NZ206SN207SOI208SOI212SOI213SOI211SN214SOI221SOI222SOI223SOI224SMEZ.175'-0"EZ.196'-0"EL.215'-0"182015(16)7(7)6(6)6(6)7(7)8(8)7(7)11(10)929520(22)20(22)26(28)96(99)96(99)29(25)23I232298239SOISNSMSMER.240'-0"5(5)1(1)28(91)29(92)29(32)27(29)281iVZ243SM245SN252SM255SM261iVZ262NZ271SN212SN273SOI274SMEZ.261'-0"289'-0"306'0"Et',328'-10"EZ.953'-10"5(5)2(2)4(4)4(4)19(14)95(98)34(31)36(39)~0(~3)24(26)18(19)18(19)14(15)18(19)77(85)iVWP-UNIT29/43-74
TABLE3.3.7.10-1(Continued)-FIREDETECTIONINSTRUh(ENTATIONIMSTRUMEVTLOCATION(I~~~va)()'medonh{INIMUhfIMSTRUAIEtJTSOPERABLE(<ojdMeMom)HEATFLV(ESMOKE105o$dMaMomnoCoperating-no2adjaceru.'MaMo~<nop~b~E.B.Core',mLBOX(Kng(Zonm)305NM306iVM307NMMM909iVM310MZ311iVZ912iVZ321iVM322,VM923Vol324NM325iVM326NM327iVol331iVOI332iVM393XL334iVZ335MZ336XL331MM998MZ339iVZ340MZ341MZ342XL351MZ352MM353SG354SG355MZ356iVZ951XG358XG359iVM360VZ362SG214'-0"237'0"EL.261'-0"EL.288'-6"48(48)48(48)4o(4o)4(4)9(10)1(1)1(1)s(s)4(4)3(3)9(10)4(4)13(14)14(15)4(4).3(3)3(3)4(4)18(20)5(5)7(7)4(4)4(4)7(7)Hil1(1)2(2)2(2)4(4)16(17)4(4)24(24)48(48)(LTR)18(20)8(8)4(4)s(s)10(11)20(20)3/43-75VIP-UNIT
TABLE3.3.7.10-1(Continued)FIREOETECTIONIiVSTRUll{ENTATIONINSTRUMENTLOCATION(IZZcu~ve)(~~),',{IVIVUMIVSTRUI{EVTSOPERABLE(<o$detz,cpm)"EATFLATHESMOKE~basedon105o$detectornoCoperating-no2adjacentdodeco~moperuxbZe.B.(cont.)371blW372MZ373MZ374SG375SG376SG377Ml378MZ380VZ387SG306'-0"40(40)40(40)35(35)4(4)(LTR)24(26)20(20)202033)9(9)18(20)28(28)C.401NZ402Stt/403SM404SMEZe~caZTunnMN.es&Genuineo.xH~dingEZ.261'0"9(9}6(6)6(6)6(6)301MOI302MM303VN304MN236MZ237,VZH,.215'-0"tlH,.237'-0"25(27}10(11)3(3)11(12)8(8)9(9)San.vcceMateopumpp~806,MZ807MZEL.224'-0"6(6)6(6)F.Fme,Pumpcoom804MM805MZEL.261'-0"8(8)2(2)Lu~+LEdiatom~measweariedCo~mme.~ieOPERABILITY~~edeoac,pm'ndmac.catezns~uunents<veau.chcatom~ccu't'.usuppnew~onagaCem.actuaeqa"e,'4({P-UNIT2
l)aa)e$C.NAJ,tIta~~stI/aIviaA'RINE(ANOnt'.I/IONIA)DETECTIONSYSTEM."!(Op'ieral)L.i!,,'l=C"lOTIQNFQROPERATIONaca~:-."..7."-7'ndeper.den+chlorine(andammona)cetecicnsys...subsystenissaiibeop=."oatui-htheir(a)are)/(rip)satooiotsadjusttoactusaat/Chlorinccentrationoilessthai.cre"alt(,5)ppm,aindAmmoniaconen'"ationoflessthanorecualo()ppm.A.PLs/'tHIIIsIY:Al1GPR7'ALCQiaOITICilS.ac"li'lts"ICnleChillinoperable,sys-msubsysorine(anroneamm".'a)ca'e=ionsubsys-emrestorethe~jnoperablde'ec=.'onsucsysemoQPERABL'En7caysor,'tshin~henextohours,iniiateandmain-onoiatleascnec"n:rolrocmiemergencyfisl=rationWithbothchlorine(and/cwih',nonehcu"iniiaecontrolrocmemeroency'mcdeoioperation.Tiheprovisionsof~ecifirammaia,ce-ac=ionsubsyse...s;nope".able,ndma'-qainopera-ioncfaleesoneltrationgstemsubsyseminthe(isolation)cation"..0.-'.parnotapplicable.sSURVEILIANCEREQUIREHENS-".3.7.8Eachoft,eaboverequiredchlcrine(andammonia)dete<tionsysemsubsys-amsshalledemonstratedOPERABLEbyperformanceofa.CHAl'tELCHECKat:eastonceper'2hours,/s"'.ANNE'UNCTIONALTE57a1easonceperZidays,and//C.;~.AisstFCALI~Ai'ONatIeascreeoer1Smonts)s.//V'tP-UiVIT2"7pjQ
.NTRUS:CiiMONITORS(Optioriai)'Hl'7".CB/OITIONFOROP=RATIONa.3.7.9ThchlorideinrusionmonitorchannelsshowninTabe3.3.7.4"1shal1"eOPERABL:-hala~setpointssetconsis.an.wihhevaesshowninheTripSetpointolumnaQTable3.3;7.4-2.APPLICAEILI~!:RAIIGNALCONDITIONSIand2.ACTrON'IMithachlor'deinructionmoniorcharmtr'.psetto',ntlessconservativeiianhevalueshcwnin'TripSe:pointcolumnofTable3.3.7.4"declare'themonitor'ncperabieuntiihemoni.orisrestored.oGP""RL="saue.w'.-hitripsat"ontad'us.edconsistn.withheTripSetpintvalue;ib~'hiiththenumbercfO.cRA""L:-ch'eisiess.hanhoM-iii'PRAEL:-Channeisforupotwouric='-,ni-1uni-s,sam"1e.heparametermoni"".edbytieincper'.eban~el(s)cihe,func=ionaiuni.(s)at-leastonceper4hours;.<<rea-ieas.theMinimumOPERAEL=Channelsfora.ieas:rwo.iunciouni.s.oOP":RABL"-sauswi-hn72hourscrbeina"leasHGTS.Ži'wi-hin.thenex12hours.The~provisionsoiSoecifiion~0.3and3.0.<a.elotalcable.C.Minthenumberoi'ER"BLE"ihaelsless'antheMinimumCP"RASLEC,arnelscrmora~bantwofunc=l.naluni"~,be'.natieastHOTSi.UTilORNwi.hicr2hours.ciJc'llr"QCRi'lUTQQ5'..3.7.4=acof".eaocvereuiredchloridentr'icnmcoamoilstarteGPERAELbvper7crmailcecitileC..ARNECi~aCKiIESTan+.,ANNELCAL'RAT'Ncerat:cnsaheecue!lcies74',torsshaiibe-A'<i-"<C"!ALs,cwninTaole~rr'aiVii!P-UNIT2~r.r<<@~
"UNCTIONALUNITChloridedetecorsinth.con-denserhowelloutletheat1IHIHUHOV~<AaL~CHANNELS2.Chloridedetec-.ors.inecondensatepu~aprdisrgeChloridede'crintheinletto.hepepddemineralizer~I~=79M<lP-U>VIT2
uLCRT~rINTRU5IQNyQNITQR55ciPQ'~~>>=UNCTIGNALUNITChloridedetectorsinthechowelloutlet,headersdens'ar.TRIPScTPQINT<(1.0)pmhos/cm2.4.Chloridedetectorsintheptvpdis"hargaChloridedetacointheinlthedecobe""ineralizerdensaetto<(0.3)pmhcs/an(2.0pmhos/cm-,crwiderangemonior)<(0.3)pmhos/cat'ai'sfPMIT2>>g>>~
ABLE4.3.7.9->~:IQRI0"=~BiT."".US~QiNi4IONITORSSURVEI'A"NC=<EQU6E."1ENTSFUNCTIONALUNIT2.Chloridedetec.orsinthecondensaihowelloutlet,.headersChloridedetectors3'nhc"ndensaepumpdfsch-geChloridedetecto>nthe1)lettot~dpeddemineraH=o.CHANNEL>CFZCK0"t.CANNELFUNCTIONALTESTCHANNECALI"-RATIONMi<IP-UNIT2+AvZ
'HSTRUMEHTATICNLOOSE-PARTOETECTIONSYSTBIMITIHGCQNOITIONFOROPRATION3.3.7.1'he'loose-partdetectionsystemshallbeOPERABLE.APPLICABILITY:OPERATIONALCONOITIONS1and2.ACT'10N:a.b.fifthoneormoreloose"partdetectionsystemchannelsinoperab'leformorethan30days,prepareandsubmi.aSpecialRepor.tatheCommissfonpursuanttaSpecificatian6.9.+~~it>>inthenext10daysoutliningthecauseofthemalfunc.ian.andtheplansforrestoringthechannel(s)taOPERABLEstatus.TheprovfsfonsofSpecifications3.0.+and3.0.~arenotapp1icab1e.5SURVEILLANCREQUIREMENTS<.3.7.11Eac>>channeloft>>eloose-partdetectionsystemshallbedemonstratedOPERABLbyper.ormanceofa:SMvaic~uG'Iv&a.CHANHELCHECKatleesonceper24haurs,CHANNELFUHCiIOHALTESTatleastonceper33.days,andPKH.lq.ted@,eCC1.ZOnc,eevercy7daubEis~en~o.AeAucLc.ooupM.Once.avatar92daubve~$u.4cabae.'zgcoundnome..ilP-UMET23/<3-W77
INSTRUME%'ATIONRADIOACTIVELIOUIDEFFLUENTMONITORIMIHSTRUMEHTATIOHLIMITIMCOHOITIONFOROPERATION3.3.7.t2-t3.3.1.iIa-.a-..a-.M-TnagjadieactiueIicuidetrIuentmaniturinoinstrumentatiencoanneisshowninTable4A~-shallbeOPERABtI.withtheiralarm/tripsetpofntssettoensurethatthelimitsofSpeciffcatfon3.11.1.1arenotexceeded.Thealarm/tripsetpointsofthesechannelsshallbedeterminedandadjus-odinaccordancewiththemethodologyandparametersintheOFFSITEOOSECALCULATIOHMANUAL(OOCM).APPLICABILITY:Atalltimes,mlACTION:Witharadfoaciveliquideffluentmoni.oringinstrumentationchannelalarmltripsetpointlessconservativethanrequiredbyDeaoovespecification,withoutdelaysuspendthereleaseofradioactiveliquideffluentsmonitoredbytheafaecadchannel,ordeclarethechannelinoperable,orchangethesetpofntsoftisacceptablyconservative.3.3.7.t2-tb.cWithlessthantheminimumnumberofradioaciveliquidefeluentmonitoringfnstr~entationchannelsOPERABLE,takeNeACTIONshownfnTablexplainfnthenextSemiannualRadfoaciveEffluentReleaseReportwhythefnoperabilitywasnotcorrecadinatimelymanner.5l3.6.t.a.TheprovisionsofSpecifications3.0.+,3.0.P;and~~.barenotappIfcable.SURVEILLANCEREOUIRElENTS4.3.7.12~~>EachradioactiveliquideffluentmonitoringfnstrumentationchannelshallbedemonstratedOPERABLEbyperformanceoftheCHANNELCHECK,SOURCECHECK,CHANNELCALIBRATIOHandCIIAHHELFUNCTIONALTESToperationsatthefrequenciesshowninTable~4.3.7.t2-1.P,e><ore4he~tvciperaVLeiVAi'~~~M444>>~4oOP<<>><<5+~usMi+4u3oA<gs0fiVilP-UNIT2WR-STS-I-3lc3-A'8 0
IX-tTABLE3.3.7.~RADIOACTIVELIUIDEFFLUENTMONITORING1NSTRUMENTATIOHINSTRUHENT.1.RADIOACTIVITYMONITORSPROVIDIHGALARMANDAUTOMATICTERMINATIONOFRELEASEMlNIHUMCIIANNELSOPERABLE"tACTION2.3.a.LiquidRahrasteEffluentLineRADIOACTIVITYHOHITORSPROVIDINGALARMBUTNOTPROVIDINGAUTOHATICTERHINATIOHOFRELEASEa.ServiceMaterSystemEffluentLineA~)caWaferO'Auen+Une8b.c..CoolIn+~teerBtahldouuvlLkn&FLOMRATE%ASUREHENTDEVICESa.LiquidRadwasteEffluentLine0b.SewIcA.LIacfb-EQ'iuen+l'nnoBBkl.;BJ.~lIn'To~rpl~dozenLint~lIkR"ll~~>go~+H)3n+t+I5c)~~)91~>>t~DACAWWg&&V'/c'NJ'92~m"3~y~~oogNBBA,onore.+48ouB'Broorbio@gcrrrouBBoreBBhpB>i'iulr>di>elfoBBBoIooBIBoohitoiC'ud/i>t~BAe4'obroe+in+pnJdy~y>ue7bekos~/locus~Nu~ryg~~TOBeh~idrawBBB~Pa~o~riBPopshoBeBBoBBBee~ooi~ro~~~
0' L/33.7.12-ITABI.E~~ContinuedRAOIOACTIVELlIIIOEFFLOEtITHOIIITORIIIGItISTRIIHEtITATIOHIHSTRUHEHTHIIIIHIIHCIIARRELSOPEIIAOI.E~-Hqutd-Radwaste-EfHuent-Ltne-I~Maw-Generator-Blowdown-Effluent-Llne--4.6-.-AIIK-kkVE~tlDIGARH~EVKES~Iarelte4p-ce~oInt-Is-based-oa-peoovde~teo4Iep~n~nebuhd-In-t~pecI44cat4o~~hos~tdoo~n~a~~&~pab~~o.ht~n~~~av~nk-eveHews-a-4r&ns-connected-to-the-I4ju)~dwaste-troateen~ste
(TABLE3.3.7.~ContinuedTABLENOTATIONWiththenumberofchannelsOPERABLElessthanrequiredbytheMinimumChannelsOPERABLErequirement,effluentreleasesmaycontinueprovidedthatpriortoinitiatingarelease:a.b.AtleasttwoindependentsamplesareanalyzedinaccordancewithSpecification4.11.1.1.$,andIAtleasttwotechnicallyqualifiedmembersoftheFacilityStaffindependentlyverifythereleaseratecalculationsanddischargelinevalving;Otherwise,suspendreleaseofradioactiveeffluentsviathispathway.ACTION~lQoACTION~C}a7nJl32AWiththenumberofchannelsOPERABLElessthanrequiredbytheMinimumChannelsOPERABLErequirement,effluentreleasesviathispathwaymaycontinueprovidedthat,~STAY'et~onceper12hours,grabsamplesarecollectedandanalyzedofatleast10-.~microcuries/ml.WiththenumberofchannelsOPERABLElessthanrequiredbytheMinimumChannelsOPERABLErequirement,effluentreleasesviathispathwaymaycprovidedtheflowrate'isestimatedonceper4hoursduringactualreleases.Pumpurvesenerated~~maybeUsedtoestimateflow.iththenumber,ofchannelsBLElessthanreedbytheMinimumChannelsOPERABLEre'ntliuitankmprovidedthetankliquidleveisestimatedduringallliquidadditionstothetank.onceperpr9P-u&liA3/@
pgp-gM~T4
.12,ITABLE4.3.7.H'PRADIOACTIVELIUIDEFFLUENTMONITORINGINSTRUHENTATIONSURVEILLANCEREUIREHENTSIlINSTRUHENT1.GRRSRADIOACTIVITYHONITORSPROVIDINGALARMANDAUTOHATICTERHINATIONOFRELEASEa.LiquidRadwasteEffluentLineCllANNELCllECKSOURCECHECKCllANNELCALIORATIORW(C)CHANNELFUNCTlbNALTESTshb,~)2=a.LiquidRadeasteEffIuentLineRADIOACTIVITYHONITORPROVIDINGALARMBUTNOTPROVIDINGAUTOHATICTERHINATIONOFRELEASEa.ServiceWaterS~EffIuentLineSarVRCe4arkR-6'fPuen.tLira@,'b.Coo)RvlgtoMe'IpQ~Jo~~3.FLOWRATEHEASUREHENTDEVICESDRgf(a)R~(~3a(~)~~gAG):~~AECb)T'AI-~)ServicetOaferpff]~$L;~C.SerVI<e.GLbi+rEgluee+l.A~'J.Gxli~You)erSlo~o~~7AAIKLEVEL~TAICAPPAIQ~ygP~gATgI
0:TABLE4.3.7.~(Continued)RADIOACTIVEIIEUEESELUEHTNDNITORINGINSTRUMEHTAMSURVEILLANCEREUIRENENTSINSTRUHENT4.RADIOACTIVCORDERSa.LiquidRadwasteEffluentLineCIIIAINELSOURCECIIECKCHECKH.A.CIIANNELCALIDRATIOHCHAN(/EL5UNCTiONALTESTc/P'.TANKLEVELINDICATINGDEVICESa.b.CoDIE;OAN.A.N.A.H.A.*Duringliquidadditionstothetank.
f.5,1.(z-t~so8AFf.TABLE4A~ContinuedTABLENOTATIONS(ckgcL/uciFvNc7(ou*casI1ruv~~llalsodemonsthatautomaticisolationofthispath~ayoccu~if~~~"instrumentindicatesreasuredlevelsabovetheAlarm/TripSetpoint,~vc~u>r-~puucl(uu~cQEslQ)~Theshall.alsodemonstratethatcontrolroonalarmannunciationoccursifanyofthefollo~ingconditionsexists:a.Instrument'ndicatesmeasuredlevelsabovetheAlarmSetpoint,orb.Circuitfailure,orc.Instrumentindicatesadownscalefailure,ord.Instrumentcontrolsnotsetinoperatemode.d)~CHANNELCHECKshal'Iconsistofverifyingindicationoffloeduringperiodsofrelease.CHANNELCHECKshallbeaadeatleastonceper24hourson.daysonwhichcontinuous,periodic,orbatchreleasesaremade.(C)~s+~~~CAEAF~lia&adam//&P<~y4'~++~'~~S'~~~A~,~~h~aMd':e&ANZ+<<~~~u"~di'u~g~o4Zrdrno~~/d,:~6W~Wgr'u>zA/M~~/S~~-4H&M~M~,okAu'wdecn.g~/gem<~~h~a~Ws~Air'~rw'~c~lr>~4osrv-'ri6ie4dess/runicoXerasgpsno/eessvafoersy,Wr~ssdsr~d'wWd.N~~g/WtcAzrBH<17>AJ~orr~~fAsfsrd'e~~~8~ur-~~psr'/~/Css/.8~8~~~~he~a.idP~Ht'-u4iYKRQg-g$
IHSTRUHEHTATIOHRADIOACTIVEGASEOUSEFFLUENT1RINITORING'iNSTRUNENTATIONLIHITIHGCONOITIONFOROPERATION3.3.7./3-D.tlz.s>.5.7./3~%49'TheradioactivegaseouseffluentmonitoringfnstentatfonchannelsshownfnTable~~shallbeOPERABLEwiththeirAlm/TpSetpofntssettoensurethatthelimitsofSpecifications3.D.2el<.arenotexceeded.TheAlara/TripSetpofntsofthesechannelsmeetingSpecification3.11.2.1shallbedeterafnedandadjustedfnaccordancewiththeaethodologyandparametersfnthe00CM.APPLICABILITY:AsshowninTable3:4~ACTION:a.b.Ntharadioactivegaseouseffluentmonitoringfns&nentatfonchannelAlarm/TripSetpofntlessconservativethanrequiredbytheabovespecfffcatfon,fanediatelysuspendthereleaseofradioactivegaseouseffluentsaonftoredby'theafactedchannelordeclarthechanle~~naaceconI4~I\II0PE~G/-I'gasonitoringfhstrumentationchannelstaketheACTION'shownfnbabl9be7./3-()cexplaReleaseRepbrwasnocorrectaTheprovfsfonsof~~thenextSemiannualRadioactiveEffluentwhythisinoperabilityGRSpecificacinneS.OVIand3.0/Iaren.eaappiicaUIe.SURVEILLANCEREUIREHEHTS4.3.3.I1EachradioactivegaseouseffluentaonftorfngfnstrumentatfonchannelshallbedenonstratadOPERABLEby,performanceoftheCHAHHELCHECK,SOURCECHECK,CHANNELCALIBRATIONandatthefrequenCfeSShOWn8Table4AHk-ff,$,7.)g/~C/44r~ulL,QUA/CEp~~TSSt40PEFOP,FSLE~44~iaeCS4SO~NFR-R~gQ$(Q
n'g-ITABLE3.3.7.~RADIOACTIVEGASEOUSEFFLUENTMONITORINGINSTRUMEHTATIOHINSTRUMENTOFFGAS%SANESTSYSTEMMINIMUMCHANNELSOPERABLEAPPLICABILITYACTIONa.NobleGasActivityMonitor-ProvidingAlarmandAutomaticTerminationofReleaseb./RA~ASystemFlowRateMeasuringDeviceSamplerFlowRateMeasuringDevice@fr/))59~135g~~FFASlltCA%NlYTttlEXPLOSIVEGASMONITORINGSYSTEM(forsystemsdesignedtowithstandtheeffectsofahydrogenexplosion)a.fiydr@enHonitor~p~irp~+<>~())Hydrogen~gyes.Monitor7~+re8'X'eg+w~*Q>())+Ps-)@715$
0lUHP-u.HlW3.
'rTABLE3.3.7.~RADIOACTIVEGASEOUSEFFLUENTHONITORINGINSTRUHENTATIONINSTRUHENTt8II0IGENTIlrrrrrrrrrwdpÃlr.llra.NobleGasActivityHonitorb.IodineSamplerc.'articulateSamplerHINIMUHCIIANNELSOPERAOLEAPPLICABILITYd.e.FlowRateHonitorSamplerFlowRateHonitorQFFulMTd.flowRateHonitore.SamplerFlowRateHonitor4.HAINSTACKa.NobleGasActivityHonitorb.IodineSamplerc.ParticulateSamplerJ1 0
Cz'>rTABLE3.3.7.~(Continued)RAOIOACTIVEGASEOUSEFFLUENTHONITORINGINSTRUHENTATIONINSTRUHENT5.'TURBINELOINGVENTILATIONSYSTEH(Continued)HINIHUHCHANNELSOPERABLEAPPLICABILITY.'&IONd.FlowRateHonitor122e.SamplerFlowRatonitor1226..AUXILIARYBUILDINGVENTILATI+BHPORQQSYSTEHa.NobleGasActivityHonitorb.IodineSamplerc.ParticulateSamplerd.FlowRateHonitore.SamplerFlowRateHonitor1231271271221227.FUELSTORAGEAREAVENTILATIONH~QNKSYSTEHa.NobleGasActivityitorb.IodineSamplerc.ParticuleSamplerd.FlRateHonitore.SamplerFlowBateHonitor(1):.(1)j!(1)I(1)123127127122
TABLE3.3.7.~ContinueRADIOACTIVEGASEOUSEFFLUENTHONITORINGINSTRUMENTATIONSTRUMENT8.RAOMASTEAVENTILATIONHBHR8IQkC'YSTEMa.NobleGasActivHonitorb.IodineSamplerc.ParticulateSamplerd.FlowRateHonitore.SamplerFlowRateHonitorHINIHUHCIIANNELSOPERABLE(1),(>)APPLICABILITYAN1231271271221229.TURBINEGLANDSEALCONDENSERVENTANDMECHANICALVACUUMPUMPEXHAUSTHBfBTCQHQSYSTEMa.NobleGasActivityHonitorb.IodireSamplerc.ParticulateSamplerd.FlowRateHonitoe.SamplerFloateHonitor10.CONDENSEREJECTORRADIOACTIVITYMONIT(PriortoInputtoHoldupSym)a.NobleGasActivityHonitor(I)(1)~(1)'1)123127127122122121
l3-ITABLE3.3.7.~ContinuedTABLENOTATION(D~iNi~ibf!')Atalltimes.Duringoffgassystemoperation~ACTION~-&1SS'CTION~-W)ssueyMsnChannelsOPERABLErequirement,thecontentsoftank(s)ma'leasedtotheenvironmentforup2hoursprovided:a.Theoffgassystemisnotbypandb.Theoffgasdelaysnoblegasactsveffluent'(downstre>torisOPERABLE;Othe,beinatleastHOTSTANOBYwithin12hours.WiththenumberofchannelsOPERABLElessthanrequiredbytheHinimumChannelsOPERABLErequirement,effluentreleasesviathispathwaymaycontinueprovidedtheflowrateisestimated~eastoncever4hours.WiththenumberofchannelsOPERABLElessthanrequiredbytheHinimumChannelsOPERABLEreuirement,effluentreleasesvia.thisathwamacontinueM1providedgrab~rmts~PAliiththenumberefchannelsOPERABLElessthanrenuiredbYtheMinimumCnePLgrequirement,operation~f-++offgasRaycontinueprovidedgrabsamplesarecollected~~oncepe~hoursandanalyzedwitninthefollowing4hous~ehancSosACTION~-WiththenumberofchannelsOPERABLElessthanrequiredbyth~HinimumChannelsOPERABLErequirement,effluentreleasesvia~WM~<<h+s-pathwaymaycontinueprovidedsamplesarecontinuouslycollectedwithauxiliarysamplingequipmentasrequiredinTable4.11-2.
CJlII3;ITABIE4.3.7.~RADIOACTIVEGASEOUSEFFLUENTHONITORIHCINSTRUHENTATIONSURVEILLANCEREUIREHENTSIINSTRUHEHTCHAHNELSOURCECIIECKCIIECKSYSIEsqOFFGASVRFATttt!ttfCHANNELCALIORATIONCIIANNELFUNCTIONALTESTa.NobleGasActivityHonitor-ProvidingAlarmandAutomaticTerminationofReleaseRg(c)b-owateILI~iP'DN.A.p.SamplerFlowateCMH&4FNFFFFFFFFM!!!Fill%Ill!!!!!!EXPLOSIVEGASHOHITORIHGSYSTEH+fmts.0N.A.a.HydrogenHonitorFvcaINADowb.Hydrogena~gaaHonitorTiaiR60N.A.H.A.~c>)
fvgp-u~la5.4$I.-~W~~~44!"h~
IA,lA'g-(TABLE4.3.7.~Continued)RADIOACTIVEGASEOUSEFFLUENTMONITORINGIHSTRUHENTATIOHSURVEILLANCEREUIREMENTSAICHANNELSOURCEINSTRUMENTCIIECKCIIECKgWuA~ECFLue+TCHANNELCALIORATIOHCHANNELFUNC1'IOHALTESTa.NobleGasAct{vityMonitorb.IodineSamplerc.ParticulateSamplerH.A.N.A.R~(c)N.A.N.A.H.A.N.A.d.MonitorFlowRateH.A.'.SamplerFlowRateMonitor%74.MAINSTACKa.NobleGasActivityMonitorb.IodineSamplerc.ParticulateSamplerN.A.N.A.N.A.RPfCc)N.A.H.A.N.A.d.MonitorFlowRateN.A.e.SamplerFlowRateMonitorH.A.Q~~
TABLE4.3.7.~ContinuedRADIOACTIVEGASEOUSEFFLUENTMONITORINGINSTRUHENTATIONSURVEILLANCEREUIREMENTSINSTRUHENT5.TURBINEBUII.DINGILATIOHHeitRSRQM7SYSTEMa.NobleGasActivityHonitorOIANNELSOURCECHANNELCllECKCBFCKCAL1BRATIONR(3)CHANNELFUNCTIONALTESTQ(2)MODES't+ICHVEILLAACEb.IodineSamplerc..Pa'rticulateSamplerd.FlowRateHonitore.SamplerFlowRateMonitorN.A.WH.A.0H9'.A.H.A.N.A.N.A.6.AUXILIARYBUILDINGVENTILATIOHHSfB444NOSYSTEHa.NobleGasActvityHonitob.IodineSamplerc.Particulate5pierd.FlowRMonitore.SpierFlowRateMonitorN.A.N.A.~N.A.H.A.R(3)N.A.N.A.H.A.N.A..Q
0gyP-UwkYX
.l3-ITABLE4.3.7.~ContinuedRADIOACTIVEGASEOUSEFFLUENTMONITORINGINSTRUMENTATIOH-SURVEII.LAHCEREUIREMENTSINSTRUMENT1.FUELSTORAGEAREAHOftR4I46HtSYSTEMLATIONCllANNELCIIECKSOllRCECllAHHELCIIECKCALIBRATIONCllANNELMODESINICNFUNCTIONALSURVNCETESTUIREOa.HobleGasActivityMonitorb.IodineSamplerc.ParticulateSamplerd.FlowRateMonitore.SamplerFlowRateMonitorN.A.H.AR(3)N.A.N.A.2)H.A.H.A.a.RADMASTEAREAVENTILATION4$HRSlt88SYSTEMa.HobleGasActivityMonitor'.IodineSamplerc.ParticulateSamplerd.FlowRateMoore.SamplelowRat,eMonitorN.AN.A.N.A.R(3)H.A.N.A.g(2)H.AH.A
iIIVlQlABLE4.3.1.~Continued)RADIOACTIVEGASEOUSEFFLUENTMONITORIHCiINSTRUMENTATIONSURVEILLANCEREUIREMENTS~CHANNELINSTRUMENTCHECK9.TURBINEGLANDSEALCKRSERVENTAHDHECNANICALVAUUHPOMEXHAUSTSYSTEHSOURCECHANNELCIIECKCALIOIIATIONClrAHNELHODESIICHFUNCTIONALSRILLANCEiii~REiQi1N+SRa.NobleGasActivityHonitorDb.IodineSamplerc.ParticulateSamplerMM'H.A.d.FlowRateHonitorIN.A.e.SamplerFlowRateRealtorDiN.A.IO.CONDENSERAlREJECTORRAIIIOACTIVITYMONITOR(P~a.NobleGasActivityHonitorD'H.A.R(3)Q(2)N.AN.A..Q(2)'RI 0'
+IAsETSW+(:l3-lTABLE4.3.7.~Contin'uedTABLENOTATIONAtalltimes.Ouringoffgas~a~systemoperatioEI)~TheCHANNELFUNCTIONALTESTshallalsodemonstratethatautomaticisolationofthispathwayandcontrolroomalarmannunciationoccursifen~theinstrumentindicatesmeasuredlevelsabovethealarm/tripsetpoint.e.(Io)~TheCHANNELFUNCTIONALTESTshallalsodemonstratethatcontrolroomalarmannunciationoccursifanyofthefollowingconditionsexists:l.Instrumentindicatesmeasuredlevelsabovethealarmsetpoint.2.Circuitfailure.3.Instrumentindicatesadownscalefailure.4.Instrumentcontrolsnotsetinoperatemode,.(D)~TheinitialCHANNELCALIBRATIONshallbeperformedusingoneormoreofthereferencestandardscertifiedbytheNationalBureauofStandardsorusingstandardsthathavebeenobtainedfromsuplisthatarticiateinmeasurementassuranceactivitieswithNBS>hesestandardsshallpermitcalibratingthesystemoveritsintendedrangeofenergyandmeasurement~~ForsubsequentCHANNELCALIBRATION,sourcesthathavebeenrelatedtotheinitialcalibrationshallbeused.9TheCHANNELCALIBRATIONshallincludetheuseofstandardgassamplescontaininganominal:Il.Onevolumepercenthydrogen,.balancenitrogen,and2.Fourvolumepercenthydrogen,balancenitrogen.'~A,./~~.~~me.~.4/--grsssdsfgmrszspakeVAxsc/rat6eenA~'o~>!msr~~%'
INSTRUMENTATIGN3/4.3.8TURBINEOVBSPcc0PROTECTIONSYSTEM~rLIMITINGCONOITIONFOROPERATION3.3.8At.leastoneturbineoverspeedprotectionsystemshallbeOPERABLE.APPLICABILITY:OPERATIONALCQNOITIONS1and2.ACTIQN:a.Withoneturbinecantralvalve,oneturbinethrotlestopvalveoroneturbinereheatstopvalveperhighpressureturbinesteamleadinoperableand/orwithaneturbineinterceptorvalveperlowpressureturbinesteamleadinaperable,resoretheinoperablevalve(s)toOPHABlcstatuswithin72hoursorcloseatleastanevalveintheafectedsteamlead(s)orisolatetheturbineframthesteamsupplywithinthenext6habrs.b.Withtheaboverequiredturbineoversaeedpratac=ionsvstamother<<iseinoperable,within6hoursisolatetheturbineframthesteamsupply.SURVEILLANCREOUIRBIEHTS4.3.8.1TheprovisionsafSpecification4.0.4arenotapplicable.4.3.8.2Theaboverequiredurbine'overspeedprotectionsysamshallbedemonstratedOP'ERABLc:a.Atleastanceper7daysby:Cyclingeachafthefollowingvalves%roughatleastonecompletecyclefmmtherunning'posiian:a)Fortheaverspeedpratectioncontralsystem;andFarleelec=ricalaverspeedtripsystamandtnemechanicalaverspeedripsystem;1)Fourhighpressureurbinehoot~stoavalves,2)~Fourhighpressureturbinecontralvalves,and)combinedsCopend/9)+j~lawpressureturbine4intarcaptaavalves.Mx>UhlP-UNIT23/43-~q~
NSTRUMENTATIONSURVEILLANCEREOUIREMENTSContinued)[apoawmonva.~aplod]o.Atleastonceper31daysbyofeachoftheabovevalvesthroughatleastonecompletecycleromtherunningposition.Op~gp><<<~C<gc.Atleastonceper83-co@eh..rbyperformanceofaCNANNELCAL'BRATIQNofheturbineoverspeedprotectioninstrumentation.48d.Atleasonceper46monthsbydisassemblingatleastoneofeachoftheabovevalvesandperformingavisualandsurfaceinspectionofallvalveseats,disksandstemsandverifyingnounacceptableflawsorexcessivecorrosion.Ifunacceptableflawsorexcessivecorrosionarefound,allothervalvesofthattype'shallbeinspected.srmrNsiP-UNIT2 0
lNSTRUHiHTATiON~/"'l4GrnNT<Y~T""HSACTUATIONiNSTRUM""NTAT'NPrT:N"-COHrjTTIONiOROP".-.AT<ON3.3.9TheplantsystemsacuationinstrumentationchannelsshowninTable"-.=.9-1shall,beOPRABLZwiththeirtripsetpointssatconsistentwiJlthevaluesshownintheTripSetpointcolumnofTable3.3.2-2.APPL:CAB:Lr~r,:AsshowninTable3.3.4-1.ACT:ON:C~Miithaplantsys.aracuationinsrumiefl=ionchanreltripse.pointlesscorsarvativehanthevalueshownintheAllowableValuescolumnofTable3.3.4"2declarehechannelinoperableandeitherplaca-heino"e.ablechannelinherippedconditioruntilhec.ianneliisrestoredtoOPERAGL="sat'withisripsetpcin=ad-:us=adorsista'ltwih.heTripSetpoin-value,ordeclareheassociiIedsysteminoperble.VV~~Il~I~llVIIIVV~V~>>~>>~~II~r>>r>>l~I>>~IJIllIPIII>>V~V'I>>t>>II~>>%4~fh~r4~~y>>llI>>I~~+g.ior.he,adwa.arsysem/r,'ain.l.rbinetrpsvsam:Miiththe".;.."'roOPRAG,L-"-",anneisoneliesshanrequiredbvtheMinimumOP-"RABLGChannelsrequireme"v,resore:heincperab:echarneloOP"RA""L"-statuswihin7daysorbeina-least5IARTUPwithinthenex-5hours.2.Mi.hherumberofOP".RAEL=charnels'woliesshar,requiredbyheYiinirlulOPAGLChannelsparT"ipSvstemrequirement,r'es-reatleesorieof.heinoperablecharnelstoOP""RASL:"savuswithin72hoursorbeinatlees"STARTUPwithinhenex=5hours.)ViilP-UNIT23/43~95
NSTRUl!ENTATION'URVELLANC"REOUIREHHTS<.3.9.1=achplantsystemactua.ioninstr1entat<cnchannelshal'ecei-.,onstra-edO?ERABL=byneper=or;,anceo,theC:-:ANNELCH"CK,C;".ANNELFUNCTIONALTESTandCHANNELCALIBRATIONoperationsfortheOPRATIONALCQHOITIOHSandatthefrequenciesshowninTable4.3.9.1-1.4.".9.2LOGICS.STERFUNCTIONALTFSTSandsire:ulatedautomaicoperationciallcharm.sshallbeperformedaleastonceper<~~M~0PEPAai>eCqC,!.~Ni~lP-uNIT2
1lilI'-IttlCTIOtlihlll.l:3.<.9-1>>I.nttlSYStu<SncrttnrtptlittsllttttII'.Itin)IotltIItlIINIIIOI'I'.IIAIII.I'.CIIAIItll',LSI)LII1IIII'YS'IEIIAl'I'1.1CAIILEOPEIIArIoilnl.COIII)11[OIIS~Ig.I~FEEI)WATEIISYS11Etl/l1hltlTltltllltll'.1ltll'YSIL'Ha.IteacLorVesselMalerl.evel-lllgl>,LevelQI3~~~
Tll1PFUttt'TlOtlTAOI.E3.3.9-2l'l.A!ITSYS'tltkSACTUATIOttIttSTttttHEttTATIOttSETPOlttTSTttlPSETPOlllTALLOWABLEVALUE1'ELllWATEHSYSTEM/ttAtttIUllllltlE'IlllPSYSTEMe.tteactorVesselWhlerLevel-illgl>~LevelQO5-<8~i+inches"202.3.'nches203.8+SeellasesFgorell3/03-l.
soI)1Il1)iItsI'Utl(:TIOIICtlnt)IIEI.Cllhtttll'.LI'Utl(:TI0tlhl.CIII'.CK'IESl':IIRIIIII.'I.CRLII)BRIlOtlI'l.htlISYS'll'.IISRC1URTIOttIIIS'IBUIIIttl'RllOIISUBVEII.I.RN(:EBE(UIBEtIEttTSO>>l'IIRTlottnt.COttl)ITIOtlSI'()BI'IIII(:IISUBVEILLRIICEItl.qUIBIt)~~~~~ISelIIpgI.FEEIIIIRTEIISYSTEII/tlRIIITIIRIIIIIEIIIII'YSIEIIa.BeacterVesselllalerI.eve)-llipl>,~tth~M8-Level$0j-QB+
3/4.4REACTORCOOLANTSYSTEH3/4.4.1RECIRCULATIOHSYSTEMRECIRCULATIONLOOPSLIHITIHGCOHOITIOHFOROPERATION3.4.l.1Tworeactorcoolantsystemrecirculationloopsshallbeinoperation.APPLICASILITY:OPERATIONALCOHOITIOHS1"and2".ACTION:a.Withonereactorcoolantsystemrecirculationloopnotinoperation;immediatelyinitiatemeasurestop'lacetheunitinatleastHOTSHUTQOWHtlwithinthenext12hours.b.Withnoreactorcoolantsystemrecirculationloopsinoperation,immediatelyinitiatemeasurestoplacetheuQtinatleastSTARTUPwithin6hoursandinHOTSHUTDOWNwithinthenext6hours.SURVEILLANCEREQUIREMENTS4.4.1.1EachreactorcoolantsystemrecirculationloopflowcontrolvalveshallbedemonstratedOPERASLEatleastonceper%3-.~hsby:epEeh7igrocwc~ga.Verifyingthatthecontrolvalvefails"asis"onlossofhydraulic~pressureatthehydrauliccontrolunit,andb.Verifyingthattheaveragerateofcontrolvalvemovementis:1.LessthanorequaltoU.~ofstrokepersecondopening,and2.Lessthanorequalto11~Žofstrokepersecondclosing.3/44"1NIP-UNIT2
REACTORCOOLANTSYSTEMJETPUMPSLIMITIHGCOHOITIOHfOROPERATION3.4.1.2Alljet,pumpsshallbeOPERABLE.APPLICABILITY:OPERATIONALCOHOITIOHS1and2.ACTION:Withaneormorejetpumpsinoperable,beinatleastHOTSHUTDOWNwithin12haurs.SURVEILLAHCEREOUIREMEHTS4.4.1.2EachoftheaboverequiredjetpumpsshallbedemonstratedOPERABLEpriortoTHERMALPOWD.exceeding25"ofRATEDTHERMALPOWERandatleasonceper24hoursbydeterminingrecirculationlaapflaw,totalcareflowanddiffuseto"lowerplenumdifferentialpressureforeachjetpumpandverifyingthatnotwoofthefollowingcanditionsaccurwhentherecirculationloopsareoperatingatthesameflowcontrolvalveposition.a.Theindicatedrecirculationloopflowdiffersbymorethan10~fromtheestablishedflowcantralvalveposition-loopflowcharaceristics.b.Theindicatedtotalcoreflowdiffersbymorethan10fromtheestablishedtotalcoreflowvaluederivedfromrecirculationloopflowmeasurements.c.Theindicateddiffuserto-lowerplenumdifferentialpressureofanyindividualjetpumpdiffersfromestablishedpatternsbymorethan10.rS-(BWR/5PAi([P-UNIT23/44-2A.*
."-.:"ACTORCOGLAss7SYSTEMR-C:RC'JLAT:ONLOOPFLOWLHT;tiGCQsiQITOikFOROP":RATYOH3.4.1.3Recirculationloopflowmismatchshallbemaintainedwithin:a.~~ofro-tedrecirculationflowwithcoreflowgreaterthanorequalto7G~ofratedcoreflow.b.10~ofratedrecirculationflowwithcorefsowlesshan70~ofiratedcoreflow.APPL'CABiLiTY:OPERAT"Ot(ALCO'(QlT:OHS1"and2".'Ci.iiN:'lith.'.recirculationlooplowsdiffrnbymore..".anhespeci>iedlimis,eiher:Restoretherec'rculationloopflowsowithin",especi,iedlimitwithin2hours,orDeclar.herecirculationloopwiththelowe.,iownoinoperattonand-aketheACT:OHrequirebySoeci,icaion3.-"..1.1.SURYAIL~iRCROU'HEHTS4.4.1.3Oeoironlaicn1OOOf1OWaiarwa"CbShallbaVerifiedCObeWi.binbelimisatleesonceper24hours."SeeSpec.alTestcxcpt;on3.10.4.iVMP-UNITl3/4'.-3V,
R"-ACTORCGOIANTSYSTEM9'.=,":iCJLATQHLOOPSTAPTUPL!!.'T.<lGCLVO7:G!<F'GROPcRAT:QHS.4.1.4Anidlerecirculationloopshallnotbestartedunlesstheta!Ilperaturediferentialbetweenthereactorpressurevesselsta'llspacecooianandthebottomsheaddrainlinecoolantisless.hano"equaltoC-".=-z",and:'ihenbothloopshavebeenidle,unlessthetemperatured'ffarentialbetweenthereactorcoolantwithintheidlelooptobestartedupand:hecoolantinheraac=orpressurevesselislessthanorequaltoQG$F,or'~henonlyoneloo"hasbeanidle,unlessthetemperatured-'ffarent'.albeteenthereac:orcoolantwithinheidleand".perat-'narecircla-tionloopsisless".."ancreuai.o(oG)'Fand-'.heopera-ncloopflewrataislessthanorequal-."Qi>Xofra~adloopflow.APPL:CAB>LYTY:GP":.AT<0l(ALC~ND~T".OifS1,2,3and-"..ACi:ON:wiha:aratuedif-,arancasand/or-,lowratesvcaed;ngheabove1imts,sus-endsaroofanvidiracirciat-onloop.SURVE~~~AHC"RcQU~Re~cHTS-"..4.1.4Theasapra.uredif-er=n-aisandflowratashallbedater,-ined"bewithn',"e1;ait~within=minutasprorostar=upofanidlerecirculationloop.
b.0/~hWeza$~>~~vaLve~unctioninoperablefoemoceWanoneo$.the,above.teq~ed17oat~/chiefvalvesbe<<naZeasCHOTSHUTDOWurdur12houtuand<<nCOLDSHUTDOMNivMu'.n6enet24hou/ts.REACTORCOOLANTSYSTEM3/442SAFTY/RELIE=r/ALVESSAF"TY/RELIEFVAL'/ESLIMITINQCOHOITIONFOROPERATIONc,.Wd.mWithaneormoresafety/reliefvalvea~~onitor~toOPERABI~statuswithin7daysorbeinatleastHOT.SHUTGOWNwithinthene'xtIZhoursandinCOLOSHUTOOWNwithin.thefollowing24hours.SURVEILLAHCEREOUIREHENTS173.4.2.1Thesafetyvalvefunctionofatleas~+ofthefallawingpreactorcoolantsystemsafety/reliefvalvesshallbeOPERABLEwiththesoeciriedcodesafetyvalvefunctionliftsettings:"2aalu~-cefie(valves91148pa~a,~1';safety-reliefvalves8$1175fpsig+i~49+safety-reliefvalves9EIIB5jpsig~I~4~safety-.reliefvalves841195)psig~I~4~safety-reliefvalves8(1205)-psig+IÃAPPLICABILITY:OPERATIONALCONOITIONSI,2and3.ACTioN:xss~oze4ievaLve,~oOPERABLEa~iweM~in72a.Withthesafety<valvefunc.ionor/one~~of:heaboverequired17safety/reliefvalves'inoperable,>beinatleastHOTSHUTOOWN'<<'hin12hoursandinCOLOSHUTOGWNwithinthenext24hours.Withonearmoresafety/reliefvalves.stuckooen,pravidedt~h>>10suppressianpoolaveragewatertemoeratureislessthan~'F,closethestuckopensafety/reliefvalve(s);iunabletoclosetheaoenvalve(s)'.'fsuppressionpoolaveragewatertemoera-tureis'Forgreater,emplacethereac:ormodeswitchintheShutdownposition.~110and.4.4.2.3.The~i-I=acousticmonitor/foreachsafety/reliefvalveshallbedemonstratedOPERABLEwiththesataointverifiedtobe'",byperformancofa:15o$~eaqVovneoSPDSa.CHANNEL(FUNCTIONALTEST)(CHECK)atleastoncper3Xdays,anda'.CHANNELCALIBRATIONatleastanceper~~.()"ine>rtsettingpressureshallcorrespondtoamoientconditionsorhevalvesat,nominaloperatingtemoeraturesandpressures.+""TheprovisionsofSoecification<.0.4aresurveillanceisperformedwithinUhoursadequatetoperformhetest.+notapplicbleprovidedheafterreac=ors-earnpressureisNIP-UNIT2L3/4<-"
"-<<"TORC"O'HTSYSTcHSnTY/RL,1')lcSI~'<jSclFUNCTTQHL:!':TT.-COHOTTIGHFOROPERATTOH3a~2rleac.cricw-1cw,'"0,relia,valve=unctionandthelow-lowsatfuncionof'.efollowingcco'antsys.emsafety/reliefvalvesshalloeOP"RAELEwithihefoiicwiilgsat1hr,ionlif.satiings:'VSetooint"(osia)~t.'Va1veNc.cenclcsaF0510)0519)(r47Q)(~o.a),(FO<<t(~O.-3)(~073)(-.~)(c3c)(c4~)(c4g(l).<<PPLDSTLlY:OP"PiATTONALOHDTT.'OHSl,2cnd3.ACi:ON:Turkic~OnCTOrleOTefvalvesincoerable,lowsaLfunc-ion:"SHU(DON')wlhtnengZ4hours.heabovereQP"RAiLsa-next~ZhourseTva1vefunc-i.'.cnd/or..e1ow-1owsetnc"arablereliefvve'ncTioncndlcw-uswith1in~4davsorin=--.les-HOTandinCGtDS'r'UTDOM!'hinthefoilowib.M'ththerel1aT.hancneofthevalvefunc;oncnc/crthelow-1=-'ve,requirereactoroolantna-ieas-'r'SHUTOGNiihinthenextZhcurs.c'wsaTUncicnGŽrsvsLam/re1>aTvalves'~hoursandinCOLDSURV"T'<<HC="R=QUR=!~BTS4.4.2.2.Therel'.efvaiefunc-'onandthelow-lowatfunctionpressureac-'Uation'nstru;,anna-'hallbedemonsraadOPERAS=byper,crŽ1anceof=-:CoCA1eFUHCT'0"'TSTincludingcali'aionofth.r',punitctIestonceoer3"caLC'-'ANNECALT."".,ATTOH,LGTCSYSTiHFUNCTIONALT"=STands1Ulc'adcU'omcTiccperacionftheentiresysamatleasionceoer8months.Theli=allfueCat.ing-ressureshallcorrespondto=-mb'entccndit'.CnsoT'hencmincl0e,c'ng'amper'UreScncpraUreS~
REACTORCOOLANTSYSTEM3i4.4.3REACTORCOOLANTSYSTEMLEAKAGELEAKAGEDETECTIONSYSTEMSLIMITINGCONDITIONFOROPERATION3.4.3.1ThefollowingreactorcoolantsystemleakagedetectiansystemsshallbeOPERABLE:Ttpii1'ggradioactivitymonitoringsystem,~Muare//'~M~@~1r)PJtplhbrlZr'//~k<<<<i4;~~b.I~n@jnipgeril'firpuspherepp'n~'calz~cARE/ibA<~l+"3F'pgo'g~~<M~SkiI.c.&8~rimery-eoAecment-ai-workers-condensate-'-f-'w-+a4e-"0'PPLICABILITY:OPERATIONALCONDITIONS1,2and3.ACTION:/jaasaud'zwgarroirRcuh~wno>'itnleakagedetectionayeteegOPERA8LE,operationmaycontinueforupto30daysprovidedgrabsamplesofthecon-tainmentatmosphereareobtainedandanalyzed~~onceper24hourswhentherequiredgaseousand/orparticulateradioactivemonitoringsystemisinoperable;otherwise,beinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLOSHUTDOWNwithinthefollowing24hours.h.e'SURVEILLANCEREQUIREMENTS4.4.3.1ThereactorcoolantsystemleakagedetectionsystemsshallbedemonstratedOPERABLEby:Semi'-gnnECZf/'.Primarycontainmentatmosphereparticulatandgaseousmonit.'oringsystems-performanceofaCHANNELCHECKonceper12hours,B.~",t.<~CNELFUlILTE!T~-~CIIELCALIBRATION~ees4once.prMaet~a~~e~+nqcqt4..Ž>+)(/4)rzangggi'g"dry'n~znA-'irli-areb.monitoringsystem-performanceofaCHANNELFUNCTIONALTEST~eelonceper31daysandaCHANNELCALIBRATION@FAN~ea6onceperM-aea4~~p-r~~~gc~.-PHmdNaeuAYhVkeWp'cc'~>/i/'a"Oi"~~~~ice'rt.fczar~Arts!/~'//ia4-rc-Hu're.g~S+$/crirArOrWA~A'4Z~w~~~r+h.r'n.Z4~lou'rMo~~p~id'-gr~g~7/Zcrcdr+3/44geQHP-tLAIITQ
REACTORCOOLANTSYSTEHOPERATIONALLEAKAGE<IHITINGCQNOITIONFOROPERATION3~43e2a.cReacorcaolantsystemleakageshallbelimitedto:knownHo"PRESSUREBOUNOARYLEAKAGc.BgpmUNIOENTIFIEOLEAKAGE.25gpmtotalleakageaveragedoverany24-hourperiod.APP~ICABILITY:OPERATIONALCQNOITIQHS1,2and3.ACT'LON:a.b.WithanyPRESSUREBOUNOARYLEAKAGE,beinat'laas-HQTSliUTOOWNwithin12hoursandinCQLQSHUTQOWHwithinNenext24hours.Withanyreactorcoolantsystemleakagegreaterhanthelimitsinband/orc,above,reduceheleakagerateowithinthelimitswithin,...4hoursorbeinat,leastHQTSHUTOQWHwithinthenext12hoursandinCOLOSHUTOQWNwithinthefollowing24hours.+c.Withaneormoreafthehigh/lawpressurei~terfacevalveleakagepressuremonitorsshowninTable3.4.3.2-naperable,restoreNeinaperablemonitor(s)taOPERABLEstatuswithin7daysorveriythepressureobelessthanthealarmsetpointatleastonceper~Mhaurs;restoretheinaperablemonitor(s)toOPERABLEstatus~ithin30daysorbeinatleastHQTSHUTQOWNwithinthenext12haursandinCQLQSHUTQQWNwithintheallowing24hours.CiVi<iP-UNIT23/44~
REACTORCOOLANTSYSTEMSURYEILLANCEREUIREMENTS4.4.3.2.1Thereactorcoolantsystemleakageshallbedemonstratedtobewithineachoftheabovelimitsby:a.Monitoringtheprimarycontainmentatmosphericgparticulatepgand3-/gaseous/radioactivityatleastonceper++(12)hours,AyveLL)Loomande,quLpmeet~n~k'gXLb.Monitoringtherateatleastonceper+b~l2~hours,We"Monitoring.'thereactorvesselheadflangeleakdetectionsystematleastonceper24hours.4.4.3.2.2EachreactorcoolantsystempressureisolationvalvespecifiedinTable3.4.3.2-1sha11bedemonstratedOPERABLEbyleaktestingpursuanttoSpecification4.0.5andverifyingtheleakageofeachvalvetobewithinthespecifiedlimit:OPERA:71m~CXl'.L.BPriortoretut'ning,~valvetoservicefollowingmaintenance,repairorreplacementworkonthevalvewhichcouldaffectitsleakagerate.~TheprovisionsofSpecification4.0.4arenotapplicableforentryontoOPERATIONALCONOITION3.4.4.3.2.3Thehigh/lowpressureinterfacevalveleakagepressuremonitorsshall-bedemonstratedOPERABLEwithalarmsetpointsperTable3.4.3'.2-2byperformanceofa:Ia.CHANNELFUNCTIONALTESTatleastonceper31days'andb.CHANNELCALIBRATIONw~~onceper4~~0f'QQWLINGCYCLW~b.Anyone,We.tceoMoeLea~ourn~$ZeakCm~gfuunoCbeenpm$oened~tu".nWe,.pcevLoM92daj'ahand,3/44-PNh)P-UNIT2
@pe~~e(qgqei~apZymgqe~p,.~~'~+~'~I~'\Y>>.'IhtAXIhtUhtALLONABLELEAKAGE2CSH'htOVI072CSH~A(VI082CSL".'iOV1042CSLAOVI01.2ICS"AOVI562ICSAOV1572RHS'lOV1122RHShfOV1132RHShfOV1042RHS*!.lOV40aSb2RHS".lOV67aSb2RHS",fOV24a,bic2RHS"AOVI6a,bic2RHS~AOV39ahabHPCSHPCSLPCSLPCSRCICRCICRHRRHRRHRRHRRHRRHR-{LPCI)RHR-tLPCI)RHRCC.C4CC(I0GPht1.0GPht1.0GP!.l1.0GP.'.l1.0Gph<1.0GPhf1.0GPht1.0GPhl1.0GPhf1.0GPht1.0GPhf1.0GPKt1.0GPht1.0GP,EI'.""4""..<.:..2-2ABACA/Vom'V&RSS~aSlNZaapht"pVhLWS~~~\'1~~'4~~'1~<<p.c..'~iLtv..SINSTRUhtENTKi~/llS<~~~~~pllga>4t",~z~a2RHS',PIS7a,bdc2CSL'PSI08CvRe,siduaf,HeaRenovate'.Lo~vPeed.sun,e,CozeSpnuuAf~RN1+'v~favsatT(=s-'a)/~A/~/Ag/NhfP-UNIT2
REACTORC"'.ii~HTSYST:"H3/<.4.4C.'":""8:STRYTiNGCONDITIONFOROPERATION34,4Thechemistrycftheraac.orcoolantsystem5ila11beaii"ta-;nedwithin.helimitsspecifiedinTable3.4.4-1.APPLICAEILITY:Aal1.imes.ACTION:>nOPERATIONALCONDITION1:Withtheccnductiivity,chlorideconcentrationorpHexceed',nathelimitspecifiedinTable3.4.'.-1forlesstan72hoursdurinacneconinuoustimeintervaland,fcrconduc-'ivityandchlorideconcen-tration,,orlessthan336hoursperyear,butwiththeconductivitylesshan10pmho/cmat25Caiidwiththechlorideconcentratior>iesshanQ.Sppm,thisneednotberepcr-adtctheCommissionandtheprovisionso>Speciiicaticn3.0.g'renotapolicable.5limi.specic"ntinuoust.aticn,rowi.hin:henductivity,chlorideconcentrationorpHexcaedina.he>iecinTable3.4.4-1formorethan72hcursdurinaonetimeintervalor,>or'conducivtyandc"lc'ecncan-rmoret.".an"-=hoursperyear,beinatleastSTARTUPnext5hours.~t~Niththeconducivityexceedinc10pmho/cma.2'Corchioriaaconcntraticnexcadina0.:"porn,beinatleas..'-.'OTSHUTDOWNwithin~hoursandinCOLOSHUTDOWNasrapidlyaspracicalwithinthecoclaownratalimit.inOP=RATIONALCONDITION2and3with'heconduciviy,chiorideconcanrationorpHexceedingthelimitspecifi>edinT=-bie"..4.4-1more..".an".8hoursduringonecontinuoustiimeinta.val,beinatSHUTDOWNwithinhenext12hoursandinCOLOSHUTDOWNwithin".e24hours.ceaaasHOIrcilowiilcC.Aallotherimes:h'lththeccnducivityorpHexcaedinathelimitspeci=-;edi"-.4.4-1,restoreheconductivityand"Hto<<ithinnelimi72hours.nTablewihn2.AaV~edinTablieuat>ciltos".c=uralMii,">thechlorideconcentrationexcaedina'.he1-;imitspeci'3.4.4"1formorathan24hours,performanang'.nearingevaldeterminet>".ee>,acscfhecut-of-limitcorditionontheinagrityoftheraacorcoolantsystem.Determinetna.thintegriyofhereactorcoolantsys-.amremiainsaceptablecara'onpricroprccaediingtoOP=."ATIQNALCG>>GITIGN3.Theprovis-',orsofSpecification"-.0.2arenotaplicable.v~IvJMMP-UNIT23/44-/tG
REACTORCOOLANTSYSTEMSURVEILLANCEREUIRENENTS4.4.4Thereactorcoolant'hallbedeterminedtobewithinthespecifiedchemistrylimitby:Analyzingasampleofthereactorcoolantfor:ChloridesW~~onceper:a)72hours,andb)8hourswhenever.conduc.ivityisgreaterthanthelimitinTable3.4.4-1.2.Conductivity~l-.eenceonceper72hours.3.pH~~~oncepert8hourswheneverconductivityisgreaterthanthelimitinTable3.4.4-1.Continuouslyrecordingtheconductivityofthereactorcoolant,or,whenthecontinuousrecordingconductivitymonitorisinoperable,forupto31days,obtaininganin-lineconductivitymeasurement~~~onceper:l.4hoursinOPERATIONALCONOITIONS1,2and3,and2.24hoursatallothertimes.c'PerformanceofaCHANNELCHECKofthecontinuousconductivitymonitorwithanin-lineflowcellatleastonceper:l.7days,and2.24hourswheneverconductivityisgreaterthanthelimitin-Table3.4.4"l.-mr'in<<..NB~I47/O~JQCc?d~~,7-<+~CJSt&QG'77+/Hp~+py~i//i~p//c-'/~~%i,ic~from~gus'Iu~Z~y~p+rp>ipyycFi~<Fg<V<<CP/V/A'~a~C>/gyes/~Orms'iC&V'(~~~~V'.~SP%r(@~PggqT<<'~P~P/CA<lrCVlg-uPL~C<7CIP,PybC~grijugEdfurrPO~>e-GE-ZTZ{.B'WR/5-)3/44-g4'/7P->~'~?,"..,S
TABLE3.'4.4-1REACTORCOOLANTSYSTEHCIIEH1Y7BVEIATYYOPERATIONALCONDIT10NCIILORIDESCONDUCTIVITY(inilios/cin825C)Pll2anil3Atallotliertimes<0.2ppm<0.1ppm<0.5ppm<1.0<2.010.05.6<I)Il<8.65.6<Iill<8.65.3<pll<0.6
eREAC-ORCOOLANTSYST:,'4.4.5SPECIFICACTIVITYLINITIHGCOHOITIONFOROPERATION/-gag7OsThespeciiicactivityoftheSsrimerycooianshalioelimired:oIfessthanorequalto0.2microcuries.pergramOGSE-"OUI'/ALENTI-131~aa4r-equa.&to-l00yt'E-mi.crocur+es-per"gram.APPLICABILITY:OP'ERATIONALCONOITIONS1,2,3and4.ACTIONa.InOPERATIONALCONOITIONS1,2or3~itnthesoecificactivityortheprimarycoolant;sssAC,f~v1.Greaterthan0.2microcuriespergramOOSEEQUIVALENTI-131butlessthanorequalto4.0microcuriespergram,operat;onmaycontinueforupto48hoursprovidedthatthecumulativeoperatingtimeunderthesecircumstancesdoesnotexceed8GOhoursinany<<~<-ra<consecutive12-monthperiod.Withthetotalcumulativeoperatingtimeata+imerycoolant,specific'ctivitygreaterthan0.2microcuriespergramOOSEE(UIVALEHTI-131exceeding500hours~q~c/~C,~any-consecutive)~monthPeriod,PrePareandsubmitPecialReporttotheCommissionpursuanttoSpecification6.9.within30daysindicatingthenumoerofhoursofoperationabovethislimit.TheprovisionsofSpecification3.0.>4arenotapplicable.2.Greaterthan0.2microcuriespergramOOSEEQUIVALENTI-131rormorethan48hoursduringonecontinuoustimeintervalorformorethan800hourscumulativeoperatingtimeinaconsecutive12-monthperiod,orgreaterthan4.0microcuriespe.gram,beinatleastHOTSHUTGOWNwiththemainsteamlineisolationvalvesclosedwithin12hours.b.reOcCoWGreater-than-100/E-microcuries-per-gram;-be-in-at--1east-HOT-SH&GOWN-with-the-main-steaml.ineisolation-valvesclosedwithin12hours,.meInOPERATIONALCONOITIONS1,2,3or4,withthespecificactivityor~e~w~>>jcoolantgreaterthan0.2microcuriespergram005EEQUIVALENTI-131M~~cu~spe~anperformthesamplingandanalysisrequirementsorItem4aofTable4.<.5-1untilthespecificactivityoftheprimarycoolantisrestoredtowithinitslimit.AREPORTABLEOCCURREHCEshallbepreparedantedsubmittedtotheCommisionpursuanttoSpecificationt5-.9-.l-.~ihisreportshallcontaintheresultsofthespecifi'cac:iviyanalysesandthetimedurationwhenthespecificactivityofthecoolantexceeded0.2microcuriespergramOOSEEQUI'/ALEHTI-131togetherwiththefollowingadditionalinformation.ARE-uu(-,3/44+ilQ
REAC'QRCOOLANTSYSTEMi.MITINGCONOITIONFOROPERATIONContinued)ACT.GN(Continued)c.InOPERATIONALCONOITION1or2,with:TMERMAL-POWER-changed-by-more-than-15;o-of-RkTE~HERMALPOWER.~n-eRe-hour-",or-,'heoff-gaslevel,~e-SJAE,increasedbymorethan~4@4microcuriespersecondinonehourduringsteadystateoperationatreleaserateslessthan$75,000/microcuriespersecond,orTheoff-gaslevel,attheSJAE,increasedbymorethan~)~inQgonehourduringsteadystateoperationatreleaseratesgreaterthan)75,000)microcuriespersecond,g~cC7OY0gdperformthesamplingandanalysisrequirementsofItem4bofTable4.4.5-1untilthespecificactivityofthepnmary'oolantisrestoredtowithinitslimit.Prepareandsubmittothe3CommissionaSpecialReportpursuanttoSpecification6.9.Z~!O'f"'"l.+~onceper92dayscontainingtheresultsofthespecificactivityanalysistogetherwiththebelowadditionalinforma-tionforeachoccurrence.AdditionalInformation2.Reactorpowerhistorystarting48hourspriorto:a)Thefirstsampleinwhichthe1imitwasexceeded,and/orFuelburnupbycoreregion.Clean-upflowhistorystarting48hourspriorto:a)Thefirstsampleinwhichthelimitwasexceeded,and/orOff-gaslevelstarting48hourspriorto:a)Thefirstsampleinwhichthelimitwasexceeded,and/orb)Theoff-gaslevelchange.SURVEILLANCEREUIREHEHTS4.4.5Thespecificactivityofthereactorcoolantsha11bedemonstratedtobewithinthelimitsbyperformanceofthesamplingandanalysisprogramofTable4.4.5-1.rNot-applicab.l.e-dur'i.ngthemtartup-test-program.TS-(BWANA)P~P-Cu(f3/44-~1Pa
grEPF'>R1'ABLE4.4.5-IPRTHARY-COOLAIITSPECIFICACTIVITYSAHI'l.EAlii)AN/il.YSISPROORAII1YPEOfHEASUREHENTAtl0ANALYSIS1.GrossBe@a-and.GammaActivityDetermination2.IsotopicAnalysisforDOSEE(UIVALENTI-l31Concentration3.Radioclremical~Determination4.IsotopicAnalysisforIodineSAHPLEANDANALYSIS~RBREY.At-leastOnceper72hours~At-least8>>ceper31daysAt..leastBnceper6months"a)-At-leastGnceper4hours,wheneverthespecificactivityexceedsalimit,,asrequiredbyACTIONS3.$.5.bOPLRAIIONALCONDITIONSINMIIICllSAHPLEAtlDANAI.YSISRQEUIRED1,2,3III,28,38,48b)-At-Iea&Onesample,between1,22and6troursfollowingtheclrangeinTHEHHAM%HHI-eroff-qaslevel,asrertuir<<dbyACTIONp'.p,yg~.r5.IsotopicAnalysisofanOff-g,lAtleastonce'per31daysgasSamirleIncludingquantitativecbc~-HeaseeemeossforasloessYe-133,E,'3Oye-g-,~pFc<~~r<jeass.Rssncl~&'~>ks.s~+cpXe-135andKr-08t,g~W-a~$1<pig~I+>gfC'yC'(.>fe(8~~XAs+++."Sampletohetakenafteraminimumof2EfPDand20daysofI'OWI-:ROl'I.RA1IONhaveelatrsedsirreereactorwaslast.srihcriticalfor40hoursorlonger.NUirlilthesirecificactivityoftirepnmarycoolantsystemisrestoredtowitlrinitslimits.reucl>.I
a.Themax@numnateo$duxngeo(ceacr."on,vesteel!aCeam.SpacecooMMCempeu~r.eckuungno~&beboporecooldournshaKbe~edCot00F~anyIhoutr,.REACTORCOOLANTSYFiiH3/446PRESSURE/TBlPERATVRELIMITSREACTORCOOLANTSYST&s.LIMITINGCONOITIOHFOROPERATIONvesselspn,nameandm~Cempeiraturce3.4.6.1Thereacwr/shallbelimitedinacordancewiththelimitlinesshownanFigures3.4.6.1-1~(l)~farhydrostaticorleaktesting;(2)forheatuabynon>>nuclearmeans,caoldawnfallowinganuclearshutdownandlowpowerPHYSICSTESiS;and(3)foroerationswithacriticacoreotherthanlowpowerPHYSICSTESTS,with:<,~u~e+igiL('Nb~4bc.c.d.cw4~20Amaximumtemperaturechangeoflessthanorequala~'Finanyonehourperiodduringinservicahydrostaticandleaktestingoperationsabavetheheatupand'caoldownlimi.curves,andm~.ShaKbe,mcu.~Mar'.nedThereactorvesselflangeandheadflange~emperature~reaterthanorequalta$70$4Fwhenreacarvesselheadbolting'sudsareundertension.APPLICABILITY:Atalltimes.ACTION:Withanyofheabovelimitsexesded,resarethetemperatureand/orpressuretowithinthelimitswithin30minutes;performanengineeringevaluationtodeterminetheefects'ftheout-of-limitcanditianonhestructuralintegrityofthereactorcoolantsystem;determinethatthereac.arcoolantsystemremainsacceptableforcontinuedoperationsor'efnatleasHOTSHUTOOWNwithin12hoursandinCOLOSHUTOOWHwithinhefollowing24hours.SURVEILLANCEREOUIRE!iEHTS4.4.6.1.1Ouringsystemheatup,caoldownandinserviceleakandhydrostat..ctestingoaerations,thereac=ar.LI4~~mht-o.f-+~xi-~A-and-A~ar+-andconic~vestee,ceSiSwie~nme~zempe~eo5~hexeacr.'onvessels+ange,sue~aces,bosomo~~desu,<5aceanabosomheadcrusade.Srui)ace,asmeasmed6u4ribosomhead.d~n.Cempe~eahaKoe,de-ennined~obe,go4~e.iiaMo$Che"eg<ondepnedbuF~gwtes3.4.6.1-ta,b,caZeas~oncepe<30minLr.'es.~ppiiA7pfl.~~s~eomSPC'C,'4QP-UNIT2
REACTORCOOLANTSYSTEMSURVEILLANCEREQUIREMENTS(Continued)4-4-RM-T4r-~4+4~we~~evves-C-and-C'-+it~WQut~ie.oWwhchawal-~f-control-t-o~4I4.4.6.1.3Thereactorvesselmaterialspecimensshallberemovedand.examinedE.POWERasrequiredby10CFR60,AppendixHinaccordancewiththeschedu'ieinTable4.4.6.1.3-1.~4elC54.4.6.1.&Thereactorvesselflangeandheadflangetemperatureshallbeverifiedtobegreaterthanorequalto(70)~F:a~inOPERATIONALCOHOiiiOH4whenreac.orcoolantsys.emtemoeratureis:90l.<~F,atleasoncper12hours.2.<480PF,atleastonceper30minutes.b.Within30minutespriortoand'tleas-onceper30minutsduring.tensioningofthereacorvesselheadboltingstuds,,excep~.Diat105o$Catebo~nga~maybefuMg.iensioned4cbefoul70F.4.4.6.1.2'.4.b.1.4The.~eo$ChangeM.~he.xeac,toresteamspacecoolant.iemper~tuxedwu'.ngheat-upandcooZdoumshaQ!bedMannu.iedCobeCess.ihanoxeocuu'..to100'F.inany1hou".aZeasConcepea30mince.'es.The,react'on,fauxc~eopec,imensahaLLbe,removeda~ePu~noenaLosagea$Cet,1peatandbefoxe.oneendo$2ueauo$~~aLoperonandexaminedCodMennu.neseato.xpeeszmevessels~fluenceasa(un~ono$~eandpouts,RevelandusedComo&.ju.the%grudge83/4.4.6-1.Thelees~o$Mesc+uencedMemu~ons,inconjunction<~BasesF~gurce3.4.6.1-1.Mi(IP-UNIT2(uI>>3/44-M1'
14001300120011001000900QJCLCD800UJciIXOIcn700QJaa~~600OICQII=sao40030073REGIOiLIHITFORIts-SERVICETEST(COREHOTCRITICAL,FUELIHVESSEL).~(predictedtoapplyasthelimitfor16years-12.8EFPY-ofoperation)ING20010050100150200MINIMUMREACTORVESSELi'1ETALTEHPERATURE('F)FjRRE3,4.6.1-jaHININUMREACTORVESSELTEi'1PERATUREFORPRESSURIZATIONDURINGHYDROSTATICTESTING(REACTORCORENOTCRITICAL)
LIMITFORIN-SERVICETEST(COREHOTCRITICAL.FUELINYESSEL)PRESSUREsi0312313735750800850900.'50100010501100115012001250130013501400TEMPERATUREF7070100100103.5109114.5120125.5131135.5140144148151.5155158.8161'INIMUMREACTORVESSELMETALTEMPERATUREfORPRESSURIZATIONofL0STA'TLC.VESTINGOURING(REACTORHOTCRITICAL)(HEATINGORCOOLINGRATE4OF/HR)FORUPTO16YEARS(12.8EFFECTIVEFULLPOWERYEARS)OFCOREOPERATIONTABLE3.4.6.1-1a%P-UNIT23/44-19+~,
I~~~~~IIII~III'~~~~~o~~~~gg0~~g~lo~gg~~~g)~~~~~P~ls1sa~~
LIMITFORNON-CRITICALOPERATIONINCLUDINGHEARUP/COOLDOWNATUPTO100F/HRPRESSUREs$090180240312313560600650700750800850900960100010501100115012001250130013501400TEMPERATUREF70707090100130130133138.5142145147148.5150152157161.5165168.5172175.5179182185MINIMUMREACTORVESSELMETALTEMPERATUREFORPRESSURIZATIONDURINGHEATUPORCOOLDOMN(REACTORNOTCRITICAL)(HEATINGORCOOLINGRATE100F/HR)FORUPTO16YEARS(12.8EFFECTIVEFULLPOWERYEARS)OFCOREOPERATION.TABLE3.4.6.1-1b3/44-Jkc'21gC~gp~
I~I~~~~~I'III'IIIIII~~~~~~~~~I~~~~<g~~~g~~~Il~~~I~ls~~~~~
LIMITFORPOWEROPERATION(CORECRITICAL)INCLUDINGHEATUP/COOLDOWNATUPTO100F/HRPRESSUREsi090180240312313560600650700750800850900960100010501100115012001250130013501400TEMPERATUREF7070110130140170170173178.5182185187188.5.190192197201205208.5212215.5219222225MINIMUMREACTORYESSELMETALTEMPERATUREFORPRESSURIZATIONDURINGHEATUPORCOOLOOWN(REACTOR~CRITICAL)(HEATINGORCOOLINGRATE100F/HR)FORUPTO16YEARS(12.8EFFECTIVEFULLPOWERYEARS)OFCOREOPERATIONTABLE3.4.6.1-1c3/44-~~-"~~'j; 0
1AI)I.E4.4.6.l.3-1III.'ACIOIIVESSELHATEIIIAI.SIIIIVElLLAtICEPIIOGIIAH-WITIII)IIAWALSCIIEI)I)LECAPS)IIEIll)Ill)EIIVESSELLOCAllOtl30177183LEAOFACTOII0'-T0.410.410.41WlTill)IIAWALTIHEonefounderaertviceLifeXhrree)ourr.thseabeeH$ed.tandbrg
P,:-ACTOP.STc~i4lOGRE3.4.a.2Thepressureinthe,reactors.earndomeshallbeless"an(~~psig.1020APPLiCA8ZLTTY:QPERATTONALCONOITEON1"and2".ACTION:1020Mi.h:hereac.orsearndomepressure~exceeding(MMpsIg,reducethepressure+o'.ess:han'.,psigwithin1:"minu.asorbeina=ieas>>".OTSHUTBG'r'Nwi..",in12hours.100~"R'/L'LLANC:-RE"U~,"",P!EH54.-".,a.2Tnereac.orsteamdomepressuresnailbever",'i-,ediobeless-.."an(~~psigat.les:enceper12hours.1020No"applicable'uringant,icpaadransen'.'.1HP-UNIT2t~IIvaettlv/~/ng~ynr
REACTORCOOLANTSYSTEM3/4.4.7MAINSTEAMLINEISOLATIONVALVESLIMITINGCONDITIONFOROPERATION3.4.7Twomainsteamlineisolationvalves(MSIVs)permainsearnlineshallbeOPERABLEwithclosingtimesgreaterthanorequalt~3+andlessthanorequalto-f5+seconds.APPLICABILITY:OPERATIONALCONDITIONS1,2and3.ACTION:a.b.WithoneormoreMSIVsinoperable:LMaintainatleastoneMSIVOPERABLEineachafec.edmainsteamIlinethatisopenandwithin8hours,either:a)Restoretheinoperablevalve(s)toOPERABLEstatus,.orb)Isolatetheaffectedmainsteamlinebyuseofadeac.ivatadMSIVintheclosedposition.2.Otherwise,beinatleasHOTSHUTDOWNwithinthenex12hoursIandinCOLOSHUTDOWNwithinthefollowing24hours.TheprovisionsofSpecification3.0.+arnotapplicable.5SURVEILLANCEREQUIREMENTS4.4.7EachoftheaboverequiredMSIVsshallbedemons".atedOPERABIbyverifyingfullclosurebetwen/3~and$59secondswhentestedpursuanttoSpecification4.0.5.
REACTOP,COOLANTSYSTEM3/'.-".8STRUCTURALENT:-SR>TY'M~TTNGCONO~!QNFQRQPRA!QN3.4.8Thesrue=uralintegrityofASMECodeClass1,2and3componentsshallbemaintainedinaccordancewithSpecification4.4.8.APPLTCABIL~TY:OPERATIONALCQNOiTZONS1,2,3,4andS.ACTION:hV~Mihhes".ucu'ralintegrityoanyASMECodeCiass1c"mpcnen.(s)notc"nfcrmingtoheabcverequiremens,resore.hesruc.uralintegrityoftheafectedc"mponent(s)towi.hinitslimiorisolateheaffacdc"mponent,'s)priortoincresing.heReactorCooianSystemtamperatue-ore-hzn=0'.aocveheminimm.amoeraturerequiredbyNOTconsiderations.Mihhes.".c-uralintagr'..',cfanyASMECecaClass2cc-pcnent('s)notconformnato..eabovereuirementsrestorethes.rucural,.integrity.,of..theaffectedc",.ponent(s).owi.hinits.liimiorisolaathfaiiecedcomponent(s)priortoincreasingtheRaac=orCoolan-Sys-mtemperatureabove200~7.C.Mi;nhesrucuralintegriyofanyASMEinta'rityctheaac=adccmoonent(s)toheai.ac=adcompcnent(s)frc~service.CocaClass3c"mpcnent(s)restoiehestruc=uralwhinitslimitcrisclatad.Theprovisionsc,Soecification3.0/arenotapplicable.5SURVE:LLANCEREQUIREMENTS4.4.8NoreqiremensotherthanSoecificaticn4..0.:".iViVP-UNIT2~IA/Q4+7Y
REACTORCOOLANTSYST"""i3/-".'..9RESiOUALHEA""MOYALHOTSHUTQO'~'NLi>1ITiHGCQNOITiONFOROPERATiON3.4.9.1Twoshutdowncoolingmodeloopsofheresidualheatremoval(RHR)svstamshallbeOPERABLEand,unlessatleastonerecirculation.pumpisin.ooeration,atleastoneshutdowncoolingmodeloapshallbeincperatian"'wiheachioapconsissagofatleast:a.OneOPERABLERHRpump,andb.OneOP=RABIRHRhetexchanger."PPLiCABIL&i:OPERATiONALCQHOiTiOH:.,withreac-orvesselpressurelessthantneRHRc"t-inpermissivesatpoint.ACiIQN:a.'r/ithlessthantheabcverecu>redRHRshut"owncoolincmadelocpsOPERABI=",immediatelyiniiatecorrec-iveac-ion"reurn.heecui'edloopstoOPERABLEsta>usassoonaspossible.Withinonehourandatleastonceper24noursthe.ea>:er,demonsratetheoperabiliyoiatleastonealternaemethcdcapableofdecayheatremovalforeachinoperableRHRshutdownc"clingmodelaop.Beinles-COLOSHUTOO'h'Nw-'thin24hours.C><<4'noRHRshutdowncoolingmadelocpinaperat-'on,immediatelyiniiataccr.ec=iveac=ionoreturnatleastonelooptooperationassoonaspassible.Mihinanehoures-'ablishreac="rcoalantcrculationbyanalternatemethodandnoniorreac:arcoolanampara"reandpressurea-leasonceperhour.SURYEiLLANCEREOUiR=IEHTS4.4.9.1Atleastoneshutdowncoolingmodelocoo>"heresidualheatremovalsystemoralamativenethodshallbedetrminedtobeinooerationandcirulatingrecarcoolantatleastanceper~hours.OneRHRshutdowncoolingmodeleapmaybeinaoeracleorupo2hoursfarsurveillance.astngprovidedheotherloopisCPERABL=andinooeratian.Theshutdowncoolingpumpmayberemovedfmope."ionor'po2>oursper8hourper',odprovided.heotherloopisO?ERABLE..-":".;TheRHRshutdowncoolingmodelocpmavberemoved>r"moperaiancuringhvdrostatictasting."~'henever~aormorRHRsubsvstamsareinoperable,i-unabletoc-inCQLQSHUTOQ'dNasrecuiredbyhisACT:OH,maintainroacorc"olanttemperatureaslawasprac=icalbyusaofaiernataheatremovalmethods.NMP-UNIT2<</"
REACTORCOOLANTSYSTE."lCOLOSHUTQOWNLIMITINGCONOITIONFOROPERATION3.4.9.2Two'hutdowncoolingmodeloopsoftheresidualheatremoval(RHR)ysystemshallbeOPERABLEand,unlessat.leastonerecirculationpumpisin~operation,atleastoneshutdowncoolingmodeloooshallbeinoperation"'itheachloop'consistingofatleast:a.OneOPERABLERHRpump,andb.OneOPERABLERHRheatexchanger.APPLICABILITY:OPERATIONALCONDITION4.ACTION:a.WithlessthantheaboverequiredRHRshutdowncoolingmodeloopsOPERABLE,withinonehourandatleastonceper24hourshereafter,demonstratetheoperabilityofatleastonealternatemethodcaoableofdecayheatremovalforeachinoperableRHRshutdowncoolingmodeloop.b.WithnoRHRshutdowncoolingmodeloopinooeration,withinonehourestablishreactorcoolantcirculationbyanalternatemethodandmonitorreactorcoolanttemperatureandpressureatleastonceperhour:SUR'/EILLANCEREOUIRBlENTS4.4.9.2Atleastoneshutdowncoolingmodeloopoftheresidualheatremovalsystemoralternativemethodshallbedeterminedtobeinoperationandcirculatingreactorcoolantatleastonceper12hours.OneRHRshutdowncoolingmodeloopmaybeinoperableforupto2hoursforsurveillancetestingprovidedtheotherloopisOPERABLEandinoperation.Theshutdowncoolingpumpmayberemovedfromoperationforupo2hoursper8hourperiodprovidedtheotherloopisOPERABLE.&Theshutdowncoolingmodeloopmayberemovedfromoperationduringhydrosatictesting.HHP-uml7R3/44PaLQ
i-'.5=EMERGENCYC"RECOOLINGSYSTEHS1CCSOPERATINGi.HITINGCONOITIONFOROPERATION3.5.:ECCSdivisions1,2and3shallbeOPERABLEwith:ECCSdivision1consisting'of:1.TheOP'ERABLElowpressurecarespray(LPCS)systemwithaflowpathcapableoftakingsuctionframthesuopressionchamberandtransferringthewaterthroughthesprayspargertothereactarvessel.Z.TheOPERABL=lowpressurecaalantinjection(LPC.')subsystemAoiheRHRsystemwithaflowpathcaaaoleoftakinasuction;ramthesuppressianchamaerandtransarringhewaterc:he".eactarvessel.3.Ekt-+~$7)-OPERABLEAOSvalves.o.ECCSdivision2consistingof:TheOPERABLElcwpressurecaoiantinjec=ion(LPCI)subsystems"8"and"C"oftheRHRsystem,eachwithaflawpathcaaableoftakingsucianframthesuopressianchamberand".anserringtheavatartahereacorvessel.2.~~fi).OPERABLEAOSvalves..c,ECCSdivision3consistingoftheOPERABLEhighpressurecaresaray(HPCS)systemwithaflowpathcapableoftakingsuc.ionfrcm"Nesuppressionchamberandtranserringthewaterthrougnhesprayspargertathereactorvessels,,APP<ICABILIif;OPERATIONAlCONOITION1,2'nd3'The405isnotrequiredobeOPERABLEwhenreactorsteamdamepressureislessthanorequalto4100)-psig.'eeSoecialTes-Exception3.10.6.'<A88LPCI.subsystemso$CheRHRsgaCemmaybe~nopenabZein~ha.<lee!gaxe~gnedintheahtu."downcooingmode!vf!en.xeac,tonvesselsisRes.s~han.iiieRHR~-.inpeanuta~veseCpoarul;NMP-UNIT23/<c-'
=~===427C"R"=COOLrtlGSYSTrHSlŽCC.'iQITIOilFORGP=RATICll(Cont-'nued)ACi.ON:a.ForECCSdivision1,proviaedthat"CCSdiv.sions2and3areOPKRABL=":1.WihtheLPCSsyseminoperable,",estcreheinoceraoieL?CSsysamoOPERABL"-sauswithin7days.2.WithLPCIsubsys:em"A"inooerabie,resoreheincce.ableLPCIsubsysem"A"oOP=RA">>~~s-auswi:hin7days.3.WihtheLPCSsvsamincoerableandLPCIsubsvstam"A"inc"e.abestoeatleast,".einoperableLPC.systam"A"or.heinoperableL?CSsvstamtcOP=RABL"-satuswi.hin72;",ours.4.Other~isa,beina-1easHGTSHUTOQWNwi.hinhenex:12noursandinCQ~DSHUTDCWHihinthefollowing24hcurs.b.Fcr="CScivision2,providedthat="CCSd',v..'sions1and."a.e5?=RABL=:WiheitherL?C.subsvsem"B"or"C"inooerable,resore.heincperoleLPCIsuosvs=ani"B"or"C"tcOPRABLEsatuswithin7days.2.Wih"othLPCIsubsys.ems"B"and"C"inooerable,resoreatleasheino-erableLPCIsubsystem"B"or'"C"to.OP-"RABL=statuswihin72hours.C.3.Othe~isa,0einatleesHOTSHUTQOWNwihinthenext12hoursandinCOLOSHUTDOWNwihinthefoliow;ng24hours".=CCSdivision3,providedtha:BCCSdiviisonsIand2andheRCICsvstemareOPBRABI1)WihBCCSdvision3inooeraoie,resaretheincperabled-@sioncOPERABL>>statuswithinI4days.2)Otherwise,beinatleastHOTSHUTDOWNwi.hinthenex-12hoursandnCOLOSHUTOOWNwi.hinthe,cilcwinc24hcurs.d.For-CSdivisiors1and2,providedthatBCCSdivision3isG?RABL:-:1)WihLPCIsubsvsam"A"andeitherL?CIsubsystem"B"or"C"inooeraole,res:creatleast..einooeraoleL?CIsuosystam"A"ortheinooerableL?C:subsysm"B"or"C"oOP=RABLsta=swihin72hours.'"'nnenever-'crnoreRHRsubsysamsareir.'o"crab1e,iTunac1e5HUTBOWNasrequiredbvhisACTION,maintainreactorcco'antaslowaspracticalbyuseofalternateheatremovalmethccs.='arQi0+Qf%<ifi~~O,ilJe~I~~V-WiIT23/4=-2
Ei~1ERGENCYCORECOOLINGSYSTEMSc'NTINGCONOITIONFOROPERATIONContinued)ACTEDN:(Cantinued)2)WiththeLPCSsysteminooerableandeitherLPCIsubsystems"8"or"C"inoperable,restoreatleasttheinoperableLPCSsystemortheinoperableLPCIsubsystem"5"or"""toOPERABLEstatuswithin72hours.3)Otherwise,beinatleastHOTSHUTOOWNwithinthenextl2hoursandinCOLOSHUTDOWNwithinthefollowing24hours".e.ForECCSdivisions1and2,providedthatECCSdivision3isOPERABLEanddivisions1and2areotherwiseOPERABLE:1.WithoneoftheaboverequiredAOSvalvesinoperable,restoretheinoperableAOSvalvetoOPERABLEstatus<<ithin14daysorbeinatleastHOTSHUTOOWNwithinthenext12hoursandreducereactorsteamdomepressureto<(100)psigwithinthenext24hours.2.WithtwoormoreoftheaboverequiredAOSvalvesinoperable,beinatleastHOTSHUTOOWNwithin12hoursandreducereactorsteamdomepressureto<(100)psigwithinthenext24hours.f.IntheeventanECCSsystemisactuatedandinjec.swaterintotheReactorCoolantSystem,aSpecialReportshallbeprepareandsub-mittedtotheCommissionpursuanttoSpecification6.9.githin90daysdescribingthecircumstancesoftheactuationandthetotalaccumulatedactuationcyclestodate.Thecurrent,valueoftheuseagefactorforeachaffectedsafetyinjectionnozzleshallbeprovidedinthisSpecialReportwheneveritsvalueexceeds0.70."WhenevertwoormoreRHRsubsystemsareinoperable,ifunabletoattainCOLOSHUTOOWNasrequiredbythisACTION,maintainreactorcoolanttemperatureaslowaspracticalbyuseofalternateheatremovalmethods.P-3/45-3
g.I(Che~n&v&uaZleakage~e(oeanyo$ChesevenAOSSRVpneumaticop~osexceed0.5SCFH,oaI(CheCo~Leakageo(CheAOSaccum~ocpneum~csupplyexceedXheNn~s<de~+edan',',Cheqde~eCheAOSagCemLnopmabEeandWkea~on~naccordance~h9.5.1.e.1.3/45-3a
'
SURVEILL%iFACERE0U?RBIBlTS-;.5.1a.ECCSdivision1,2and3shallbedemonstratedOPERABLEby:Atleasonceper31daysfortheLPCS,LPCIandHPCSsystems:1.Ver',fyingbyventingatthehighpointventsthatthesystempipingfromthepumpdischargevalvetothesystemisolationvalvei.s..filledwithwater.2.Verifyingthateachvalve,manual,poweroperatedorautomatic,intheflowpaththatisnotlocked,sealed,orotherwisesecuredinposition,isinitscorrect"position.b.d.Verifyingthat,whentestedpursuanttoSpecification4.0.5,each:CPS01.LPCSpumpdevelopsaflowofatleastmagainstatestlinepressuregreaterthanorequalto~psig.'7%SO.Z.LPCIpumpdevelopsaflowofatleast(~gpmagains-atestlinepressuregreaterthanorequalto~pslg.@3$03.HPCSpumpdevelopsaflowofatleast~gpmagainsta.testlinepressuregreaterthanorequaltopsiePap-hiWGFortheLPCS,LPCIandHPCSsystems,atleastonceperPKa~~performingasystemfunctionaltestwhichincludessimulatedauto-maticactuationofthesystemthroughoutitsemergencyoperatingsequenceandverifyingthateachautomaticvalveintheflowpathactuatestoitscorrectposition.Actualinjectionofcoolantintothereactorvesselmaybeexcludedfromthistest.ep&.p.ging,cgclCFortheHPCSsystem,atleastonceper.,verifyingthatthesuctionis(automatically)transferredfromthecondensatestoragetanktothesuppressionpoolonacondensatestoragetanklowwaterlevelsignalandonasuppressionpoolhighwaterlevelsignal.ExceptthatanautomaticvalvecapableofautomaticreturntoitsECCSpositionwhenanECCSsignalispresentmaybeinpositionforanothermodeofoperation.WQOChQ~tlviaaf~A~><+Q3/45-4
ERGENC'rCORECGOLrNGSYSTE."15SUR'lELLANC=REQUIREMENTS-'.5.2.1AtleasttheaooverequiredECCSdvisionsshallbedemonstratedOPERABLEperSurveillanceRequirement4.5.1.4.5.2.2TheHPCSsystemshallbedetermineOPERAHLEatleastonceper12hoursbyveriiyingthecondensatestoragetankrequiredvolume~henthecondensatesoragetankisrequiredtobeOPERABLEperSoeci;ication3.5.2.e.3/457
"=EMERGENCYCORECOOLINGSYSTEMS3/4.5.3SUPPRESSION~AbtSN'goo+rMIT.HGCOHOITIOH~OROPERATIONPooL,3~.3Thesuppression~rrrbershal1beOPERABLE:1+5~~5a.InOPERATIONALCONOITIOH1,2and3withacontainedsatervolumeofatleast(~~)fthm,equivalenttoalevelof~~).I+s',+ps's/r'nOPERATIONALCONOITION4and5~withacontainedwatervolumeoftleast+fthm,equivalenttoalevelof-(,exceptthatthesuppress>onlevelmaybelessthanthelimitormaybedrainedprovidedthat:paoL,as's~/g-"1.Nooperations'areperformedthathaveapotentialfordrainingthereactorvessel,2.3.Thereactormodeswitchislockedin.heSnutdownorRefuelposition,g.g3,aooprr~<<~Thecondensatestoragetankcontainsatleast.+%6~availablegallonsofwater,equivalenttoalevelorg)...and'~S8;8The.HPCSsystemisOPERABLEperSpecification3.5.2withanOPERABLEflowpathcapableoftakingsuctionfromthecondensatestoragetankandtransferringthewaterthroughthesprayspargertothereactorvessel.APPLICABILiTY:OPERATIONALCONOITIOHS1,2,3,4and5".ACTION:pooL,InOPERATIONALCONOITION'I,2or3withthesuppression-chamberwaterlevellessthantheabovelimit,restorethewaterleveltowithinthelimitwithin1hourorbeinatleastHOTSHUTOOWNwithinthenext12hoursandinCOLOSHUTDOWNwithinthefollowing24hours.ooLInOPERATIONALCONOITION4or5"withthesuopression"waterlevellessthantheabovelimitordrainedandtheaboverequiredconditionsnotsatisfied,suspendCOREALTERATiONSandalloperationsthathaveapotentialfordrainingthereac:orvesselandlockthe.reactormodeswitchintheShutdownposition.EstablishSECOHOARYCOHTAIHMEHTINTEGRITYwithin8hours.a.b.q~L-iesuppress>on-eadem~isnotrequiredtobeOPERABLEprovidedthatthereactorvesselheadisremoved,thecavityisflooded+orbeingfiooded~en-thespentfuelpoolgatesareremoved+whenhecavityisflooded~andthewaterlevelismaintainedwithinthelimitsofSpecification3.9.8and3.9.9.3/45"8
=~!ERGENCYCORECOOL'NGSYSTEHSSURVE~'ANCEREUIRBlENTSpocL4.5.3.1Thesuppression~~shallbedeterminedOPERA8LEbyverifyingthe'~aterleveltobegreaterthanorequalto,asapplicable:Q3I-5</5"a.+RS-'~atleastonceper24hours.cool4.5.3.2Miththesuppression4a~levellessthantheabovelimitordrainedinOPERATiONALCONOITION4or5",atleastonceper12hours:a.VerifytherequiredconditionsofSpeciication3.5.3.btobesatisfied,orb.Verifyfootnoteconditions"tobesatisfied.3/45-9
3/<.5"GNTAIIl".ENTSYST:MS"/"6.iPR"ii1ARYCJNTAIolMEHT?RIVERYCCNTAoee,".EHTINEGRITYLIMITINGCOHOITIONPE>KOPERATION3.6.1.1PRIMARYCOHTAINMEHTINTEGRITYshallbemaintained.APPLICABILITY:OPRATIONALCQNOITIOHS1,2"and3.ACTION:'4'autPR:MARYCGHTAIililENTINTFBRITY,restorePR.'4L~RYCGNTAIehHNTIo(T-"3RITYwithinhourorbeinatleastHOTSHUTDOWNwiihin...enex.12hoursandinCOLOSHUTOGNNwithinthefoilcwing24hours.SL'RVEIL'NCER""OUIRBiHTS4.6.1.1a.b.,?RI.ARYCGNTAiili.ENTNoT:-3RITYs<<allbedemcnstaac:P40.0Aie.eachclosingafeachpeneiraiionsu'"'.ectia.ypeBiasin+excepttheprimaryc"rtainmenairlocks,iicaenedfollowir.IypeAorBas,byleakraaestingihesealwlthcasat",",psig,andverifyingti.aiwhenthemesured1akageratafortne~seisisac='ad.aheleakageratesceterminedpursuantaSurveillancePeauirement4.6.1.2.pjforallotherTyaeBandCpenetrations,ihecar"'nedieakaaerateisless."anorequal:a0.c0La.Aleastonceper31daysbyver',fyingthaallprimarycantainmenpenetratians""notcapabieofbeingclosedbyOPERABLEc"n-ainmentautoŽaticisolaionvalvesandreauired"beclosedduringaccidentconditionsareclosedbyvalves,blindlanaes,oraeac:ivaiedautcmaticvalvessecuredinposi;on,excas-asproviceainTable3.5.3-1ofSpecification3.6.3.c.BvverifyingeachprimarycontainmentairlockOPRABLEperSceCiiCOicn~9,&,l,aoAICTiOOOAOOOACNOTONOeTiOAO>bCI)d.Byver',iving.hesuppressionchamberOPBABLEperSpecification"SeeS"ecai,est=xcasticn3.10.'"xcaptvalves,blindlanges,anddeacvatedaut"maiicvalveswhicharelccaedinsidehecantanment,andarelocked,sealedcrotherwisesecurediniheclosedposiiicn.Thesepenetraiionsshallbever'.f-:edcloseddurinaeachCQLQSiiUTDG'~Nexcptsuchverificaiicnneednc"epe.fcrmedwnenihep.',r;ary"ntainmenthasnotbeende-nartadsncahelasi;erficaticncrmoreaf:anthanonce?er92days.o/P6lS%p
CONTAIhlhlEhlTSVSTE>6PRIilARVCONTAIhlMEhlTLEAKAGELIMITINGCOMITIONFOR'PERATION5.6.1.2Puma>zyConkzinmentZeakage.~eshaLLbe,Zi>>ziedCo4ze~oZZozvingconditio>zswhen4zeceacton,cooZcmtayaCem~empe~eis>200F:Type,ATestThe,ovenaMi>zteptatedZealzage.~eL-shaM>zoCexceed1.10weightpe>zceno)4>econtainedaz;xI"'.24hou>zsat4zeCe,s~p~esame(P)o(40p.sig.(2)(5)ThemaximumaLLowabZeope~onaLZeal:age~eLtwhich.sfzaMbeme,tpekoeCopozven,operon(oZLouu,ngaTupe74es~{~e>zasmeasuredoafoZZozvingcepstband.<ete,sC)ahaM>zo<exceed0.75L~(0.825zveigl<pe>zcentpmdau)a.theCeaCpeed.szuzeog40prig.The,maximumaMowabZeop~cnaL{Tupe.A)Zea>zage~emay6ep>zonatedbetzveen0.75L~anaL@inpnopoMion.to,the~eeZapaedwinceNeZas"TypeA~es~.Thi.sZealzage.~emaybe,usedinZieuof0.75Lt>>!henesmbMki>zg~lzeacceptabi~yo)Tupe8andC~e,s~spexgoiJlledoe,tweenTupe,A~es~.(4)Mhenadding4zeLeakage~emeasur.eddurw>zgaType.C.tes~Co~he.resetso)aTupe,A~es~~~zeLczve".Zeakage~eojCne4vo~oZationvaLvesinaZz'.>ze>>>ahaMbe,used.~odeemine~zeove~Lineg,mtedZeal.';~eType88TypeCTes&IfMeCo~Zealzage~esoj.~es~bZepenet'zations,woZat'ionvaZves,aiMoclzaeacusand~mmbZecontainmentcomponentsasadjustedWa~es~peuszuzeo$40prig(P.)isgaeaez.uzanMSL~,eepaiuandmteswshaMbe,pe>z~o>zmed~ocosxect~lzecon~~on.(2)(4)(5)(6)Whenaye<emp>zeswzuze(Paya)cn<zeoppoaie.sideo$4zeQoZationvaZve,unde>z~es~ca>znoCbe.".educed<o~o.sphe>u.cpnessun,e,.thenCesCnnesazuzeshaMnoCbe,Zest~zanP-+Ps'.I40)LeakageahabbeLesaWanon.eaux~o6.0SCFH~o"anuc>zmainaCeamZinemo~onvaLve.when~essedaP(40)prig.LeahxgeZestUza>zon,eouaZCoi.S75SCFHgooo>zemai>zs~eamdr~>zLi>zeisoZ~onvaZve>vhenNestedatP(40)prig.LeakageLedstha>zoreouaL.tc0.294SCFrld'or.a>zu'rtepost-acciden,tsampZingsystemga.ssampZeox".etuxnLine6Zcc.".var'.vewhenweswedatP~(40)Qh<g.AirZoclzLealzage~eo$Lesa.t'zanoneouaZ.o.05La.iaacceptabLeat'tof40prig.M(lP-UNIT",
CONTAINUGENTSYSTE(5PRD(ARYCOhlTAIhN(ENTLEAKAGELD(ITINGCONDITIONFOROPERATION(Cont.)APPLICABILITY:Apples~oateaLLowabZaLeakage.tateo$4tapnimarugcorfu'.nmeMsystemwh'enavertprumartycontainmentwrtequiitedpart3.b.1.1.ACTIONANORESTORATION:a,.IntatatedP~arurContainmentLaakae,Rae-Tue,ATas~(2)(3)IntegrtcttedZeakrtctteCasWahaMbepart$orunedatate~askprtas.su<a(Pt)o$40prig.ContainmentprtasautashaKnoCbe,peoriaadCodec/teasemortaStanone(1)pdi.baZowPt.Type8andC~as%dhouLdbe,compRatadpru'.ortCoeachTypeACesC.TypeBandCLeakagesno<accountedfortinmeType,AACshaG!beadded~oNauppert.con+dence~(UCL)~oas~ate,theovertaLLinegrtcttadleakage~e.Themeasurtedleakagetcttascow".despondingtoapace,+~on3.b.1.2.b.3~trtu3.6.1.2.b.5ahctMnoCbaaddedCo~tetas~o$~te.typeA~as~whende~ervntning<tepnimazycontainmentove~<stag~edLeakagetae.(5)~)Vh<P-UNIT2.i~~teleakagercpteexceeds~teacceptancecuertc.on,co"".eaveabc.on.shaLLber;eoucted.If,duru'.ng<hepert)orunanceoga,Type.ACasC,excess'.valeakageoccurts~it/toughZocctMy~as~abZepane~nsortmo~onvctLvas~o.heextent4taitwouZdintert(ertemlitt.theaatZs(actortycomprZatcono$Cite~as',4<esaLeakagepaitsmaybeMo~edandNeTypeA~as~contcnuaduitti2completion.AZocaL/ZeakageWas~ihaMoapercforunedbeforteanda)~e/t.thertepaito(eachmo~edleakagepa't.Thesumo4.'<eposk.tapu.tadCocciLeakagertates'ndWaUCLrshaMbaCasa~/an75pertcanto$NemaximumaMowablaleakage.taa,Lt(40).LocaLZaakc;geuxasaltaMnoCbeaub4taMed'grcomateType,AWas~xasuLA/todeertmc.ne~taaccep~~cro$a.~as~.Cfoaurteo$AecontainmentmoronvaLvesfort~hapurtpor.eo$~teWas~.shaMbeaccomp~hadby~ameansprtovided~ortnorunaLoperono$~evctZvas.AType.A~as'haLL~4anu.nunumo$.eighhourtsa)~arta~ah~=~on.(Im.ttctLTask.shaMbe,forta~uM24hour<.toasmb~hbaseLZne'cs.)Averdi.5iccttion~as~r.haMbepert)onmed~oLLowingeachTypeA~as'.The,veru'.+~on~as~prtovidasa,metltodportasrsur~ngWctuayaCem~cert/tortortLuumgivenadeouae,conrsidetaton.gurttngWeveru'.Pcatcontask,coi~nmenpeudurtamaydectactsemortastanone,(1)paibelowPt.S~-upo$~haplancannoCoccu/tun~asuccasaguZTypeATask.Lsconducted.
ACTIONANDRESTORATIOM:(Cont.)b.TueBandTueCTes&i4il'2~be),Q,),<abCS)(1)Leakagepep~CoCe.sWbZepen~ations,mo~onvalve,aiModzeeaQandCesWblecontainmentcomponentsalaLLbe.perc$oenedwhennecesamy~oprovideanovum@,succesaguLTupe,ACes<xesuLt'ndCommeCo~Leakage.~esdonoCexceeddioaespeci+.edby~MWUvm"...,oahab'aownand>repaint4oa6!owableemn~as$oZZou@:M~onep~aujcontainment~Coddoorsinoperable:(a)MairuaLnatZeasC4uOPERABLE~sociodoomcEoaedandearthen.ees~oceAeinoperableaozZodzdoocCoOPERABLEa~within24hoeuozKochWeOPERABLEaveLochdoocMoaed.(6)Op~onmayMencontinueantiipM$oenanceo$<cenexzeqautedovenaLLann.ZodzLeakagelesprovidedChatdieOPERABLE~Lodedoomisv'etu'.P.edCobe,CockedcCoaedaZeal~oncepen.31days.(c)O&~e,be,inatZeas4HOTSHUT¹tNwi'u.n~enex12ho~andinCOLDSHUTDOWNuu.thin.thefollowing24ho~.(d)The,pnovmionso$Speri.+cation3.0.$a".e'no4app&cbie.50/~~hep~u<co~nmenai:Kochinoperable,exceptasa.xmcLo$aninopeuxbleai,xRockdoom,,mainainaZeasCone,aveZodzdoomMoAed;.xm~o.xe~ieinopei~bkeai"-Koch.toOPERABLEs~~vMu'.n24hocusoeoe,inaZeasCHOTSHUTDONMwctu'.nNenext12hocusandinCOLDSHUTDOOIM<veau'.n,thego&owing24ho~.SURVEILLAMCEREQUIRE((EMTS4.8.1.2a,.Tupe,ATestingFcaouancu(1)ThrceeTupe,ACesmahaLLbeconduc,tedChuu.ngeach~enyearserviceintetvat.The,pm~~es~ahaLL6e,pecfomed30-50moMeaf~e<thebeginningo$each~engemaenvice~eave;Nesecond.teakshall'e70-90monthsa$~eeMe6eginningo$eachintvcvM;and4g,Ju'<CesCaha%.6e,coincident~~t4ie~enuean,sche~einsenvicein'ection.shou.'down.(2)Retesting(a)I$aType,A~es~~ad@Comeet.the,acceptancec~er~o$3.6.1.2.a,aCoexectiveActionP~4.~oasesaa~ononWecpu,eo$~hep~blemahaZLbe,developedandimplemented.AType.ACuCMatmeeN.thexeaaixemenAo$eeqcutedpm'opMnts~-up.Arcepoatof~ieCour,wee,tiveAction(oMouu'.ng~mfaintedTupe,A~es~.shaLLbe.subnu.tted.to.theMRCfo<appzovaLroget'seeui.t'<theCon,tainmentLeahTes~Repo~.i/46-4NMP-UN'
SURVEILLAhlCEREQUIRE<<(EMTS(Cont.)Fnaouancu(Cont.)(2)(6)IJanyperu'.o&cTypeAtesCfcuLsCome&Neacceptancec~eru'ao$3.6.1.2.a,die~es~r,cheduZeappLicabLe,CoaubdeouentTypeACesNutMLbe.r<<evieuedandappr<<ovedbyNeiVRC.(c)(i.)I(Woconsecutiveperu.odicTypeA<esm{no<inc~nganimmediate.tetes<under<<.(a)))acLComeettheaccep~cec~teruao53.6.1.2.aoz3.6.1.2.6,noC~<<~ding4<<eperiod<<.ccWesCscheduLe,o((6),aTypeAdes<musdbe.per<<(or<<medateachtegueLingoutageueLesdaberrativeLeak<esC.xeq~eme~ateacceptableCoNeNRC.TkQCesWngshaQ,be,pen(or<<med~Woconserveperu.oticType,Adies&(noCionganimmediater<<etc)~under<<,(a})me&Weaccep4xncecnLtenkxo$3.6.1.2.aor<<.3.6.1.2.6,a)ger<<,<<<<reich~e4ier<<Mes~schedule,.speci.+edinmexWes~schedulespeci+edin(6)aholdoer<<esumed.(~)I(aTypeA~es~fcuXsbole,kydue,~oaspecipcaUyident<<.ri.edandrubreoueetfucor<<<ectedType8or<<.C~u~ed<<'.eahpah,aCo."".ec,tiveActionManshah!bedevelopedandaubnuted.to~<<eiVRC~o.t.appr<<ova'sho<<<<ring~creasedType,8or'~ersWng(.xeouencyiasappr<<opmateiinplrxceo$atead~onaLTypeAdes~xequ<<'xedau~den.(i.)above..4.b.1.26.LocaLLeakRate-Tue8andTueCTestsP~cucucontainment~esWoZepenet~oiuand.iso~onvalves(seeLCOTablers8.6.3-}~),exceptasno~ed,.shaEZbe,Nestedatapr<<esrsur<<eo$40prs~g(Pac}eachmajor<<,r<<e$ueXingoutage,noCCoexceedCvoyearu,exceptboLeddouble-gaslikeed.seaQWhichahaZL6e,~essedwhenever<<,&eaeaZmMo.sedafter<<.6ei.ngopenedandatLeas~ateachr<<.egueGngocuaaenotCoexce,e,daWoyea<~nter<<.val'.(2)Peuonn&aiMochsahaLLbe.NestedinaccoruktnceeM<<.~<<efoldo<<evig:(a)Thea<<.ZoduahaLLbe,Nestedaa,~es~pr<<.essur<<eo$40prig.ei'u'.n24hots+a$~mp~mycontainmen~eteg~ym.xeoui.wed$oZCo<<vingaM$ueDngoutageor<<,maintenanceoutagexeouiu'.ngdr<<y<<<<re&access.(6)AiMoc.uopenedduru.naperu'.odswhenpnknangcontainmentinteg~yneqavtedshatZbe,~essedeM<<in~<<r<<eedaysafter<<.be<<.ngopene.d.For<<.aiMochdoomopenmor<<ejr<<eoueruZ<<JWanonce,every.tht.eedaurs,NeaiMocQrhea6e.<essedatZeas~onceevery~zr<<,eedayrs.(3)(c)The~ochahaELbe.~essedeven@sixmonthsqoMouu'.nga.xe$ueWngor<<,maintenanceo~eataCesCpr<<eshur<<eo$prigD.w.}thtoeeR<<.co~&ac<5Containmentcomponents(<-e.,"'."}no<.inMudedin(1)and(2)above<<<<rich(ceo~edZeafzxepauujoMouu'.ngany"integr<<atedleakageute,Ces~~nor'der<<.Comee,t~eaZLo<<<<rabbleReal:ageLtahaU,beaubjec.tedCoLocalZeaizesNatance,sour<<eo$~0.0pai.gateach.xe$ueXingoutage.-UifIT2
SURVEILLANCEREQUIRE(ENTS(Cont.)4.6.1.2.b(4)(6)(7)LocalLeafyRate-TueBandTpeCTes&(Coni.)Type.Bpeu'.odiciesismenoi.repinedfoepene~onscontinuouslymomowedbuMeCorfu.nmeniPenetrationPcesstuu'.-ationSyaiem,providedihe4yoiemisOPERABLE.TypeBi'~foepenei~onsemployingaco~nuousleakagemoruoningayaiemshaQ,be.conduciedatPi40.0prig,atinienvaQnogaea'ncepan,3yeux.Co(Leakage$mmiso~onvaLves.tf!aaxe.seMedeM<Quid$rtomaseaLsyaiemmaybeex~ed,aubjeciio.thepcovmionso)Appendix2,SectionIII.C.3,uthendeieenimngJcecombinedleakage.~eprovidediheaeaLayaiemandvaLvesmepcesautu.zedioat4eas1.10Pio$40prigandiheaeaL4y4iemcapaciiyisadeouaeiomcu'.niacinauaiempcesaunet'son.atLeasi30daub.Purge.supplyandexhuusimo~onvalves!uMtres~enmaatua.seaQah~be,iesiedanddemons~edOPERABLEpewSut:valanceReo~emeni....".'....+~lV.3-The~ovationso$Spec.!.+caion4.0.2a".e,noiappZ~cabZeio24mc>>hoa40>10monthautvei-Mxnceinexvat's,4.6.1.2.cOiheeSunv~@mceIiems(1)Ope~onaLLeafedRate,'ltonu.'ouin(a)MhenMepnknamcontainmeniisin~ed,iheconiaienen"ah~be,mo~onedJoig~waZealzagebyuteeMuxevievogil!eine~ngsLghiemmake-upileo~'leme)M.(b)T~mom.tongsudiemmaybeWizenoLo$.servicefoemepcuzposeo$mainienanceociesmngbui.shaLLbe,rceiLtcned.to.serviceas.soonaspic,tice'.!2)Inspe~onTheaccessibReinieru.ocam$acesogihe@~a:uconiainmenshaKbe,visuRLuinspectedeachopecatc,ngcyclefoeevidenceoodeie,aionaion.MP-UNIT23/46-6
!'>i'~inCJHPjT'QHQRQPITQH3.c.1.5Thesruc.uralintegrityoftheprimarycontainmantshallbemaintainedat.alevelcons'stentwiththeacceptancecriteriainSpeci-,'cation4.6.1.5.APPL>CAH:Li~!,:ACT:GN:GP=RATiQHALCGHQIT.QHS1,2and3.Miththesrucuralintegriyofthaprimarycon.armantnotconiormingtoheaboverauirements,restore.hestrucuralirtagieyowtiintlelimitswi:hin24hoursorbeiratlees.HOT5HUTQQMHwithinthenex.12hoursandiinCQ'5HUTOCWHwi.hintheoilowinc24hours.5U."","=:L!<<hC:-."""QU1RB!EH54.c.i.=.lThestructuralin.agri:,oitheexposedac"assibleiex:ariorsurfacesoftheprimarvc"ntainment,inciuciin":he1;nbadatelineddurincheshut=ownforeachTypeAc"nt=-inment1bvavisualinspec=ionoi"hosesurfaces.Thisinspec:ionsisalp",icrtoheTvpeAc"rainman-leai'agerata-ast.overifyno'na"pearancorotheraonor.,aidegracation.ntar'iorandeakaceratatest!beperfc-,...adapparentchances4.6.1.5.2RenorsAnyaono..aidacadC-o.nof-'le"ri;aryccn-inaenr.sruc:ur.adeec-anduri;.6ch=boverequired"inspec=in.".sna1ba".epord"o:heCommissionpursuantopeciicaiion6.9.1.Thisrepor-.shallincldaadescriptionofthec"ndiiono.theconcrete,.heinspec:ionprocadre,the:olarancasoncracking,andthecorrec-iveacions"ican.
P"",.:.'RYCQlsTAisss."=h(T5TRUCTIJRALiHT:-"-B.TY(.restrSedConCre=eCQAai"-a~'nero-0ienoons)I:l'iT)stI":CssGiT~GN,""QROP~RATION3.6.1.:"Thest,cturalirtearityoftheprimarycontainments"1bemaintaineda.aIeV1COnSiSnt,WithtsaeaCCaPtanCeCriteri2in5PeCifiatiOn4.6.1.5.APQIiCAOTL7~I,:QP":R.QNALCQs<DTiQNS1,2and3.SCiIOHl"':thhsructural=-'"ove".equirements,Z-'.hoursor'beinat4lnegr'y0-heprimaryccnta7nmentAotn-ormlnctohersarethestlucUralinteaytowithinhelimitswithinleastH5'riUTGQ'Qtwithinhonext]2hoursand.inCOLDfoilowinc".hors.\dsl'~"ears~~foilowina=he-'A;t;alconta-mentat:ha2ndo=one,=hreanc7ive.UcU21inteori-y=as=2nd2=-.Ivea.Getrminino.hata,ppresantativeampleQT212257.(10)=-.C".ns,(=)ver-ical2Ad(g)hoop,eachhae2ll='ft<<=of2of2(mininum}2nd.(;aimum)oondsat.heiirstyearins"ec-'.ion.~C",SubsequentiSPeC=1OnS,themaXimmalIOWable1uCii~=5'laiI'"edecreacadirmtiieva!Uedetermined-t'hefirstyearinsect.onSi211bedCD25207Qf'12VaIueoe'8.iied27.'.isic57.Vea.slSPec-tionbytheaunt-,iag,wheretishetinin-rvei;:ye=."s-."ainititensionnaoi.;eenaon'oheaur-,en-.:esinaa="e.Inlstes7.5al1incluceanUnioadino.cycieinwhicheac,lofhes2endOnSSdeanSiOneduodetarminedd>>iianyWifteSCrstranCSarebroken".damaced.Tendonsouil02cp=leuUAoilstas.=-hallbere~~nsiOradtotheirObSerVedliitOiiOIC2ns.GurinCra-IensQAinaofthesetendons,tilec.aflQe1illoadailceioncationsisal12aasi'r~d5imuiuaneauSiy.IftheI'iit0ifo20ianVQlle2ildoAin-i"2.otafsari,piepopu'.2-onisoutofthepredic=adounds,lessailmmuf"0g.eatefhanmaxiI'mailad1acaA7.tencongoneach5-dethe"aiactivetancons-allalsobecheckediofliftofiiorce.".Or2=.l105pec-Or,t2~aildoASsileI1be521ecadonarancombutrerasan:2-vehasi550t.~27.thesampI2cr"uowi11chanoe50~awi27i0asciiinsu1GA;hso'-~Acr~0daveioo2his-0yofaflcoAe.fofiasscaan-toco~alat-.0'2.vedcs+ef'-.f'omieachQ,QI'p,ver71eel2ndoopavbekeptUnc,.arioedcf2!PhilUNT.T2I<<>><<ee~~a>>3/46-Sb7a.
?"'A!'":-lp="OU;";=M:-HTS(Continued)PriiTiav=~AlentIanions(Continued)b.thoftheseadjacentencorsarefoundacceptable,<<"2survei1-lcnceool'Kl'orayploceedcoA5102l'lngthesinglede.iiciencyasuniqueandac"stable.Thissingletendonshallber5-'aredtoherequiredlevelof'integrity.MorehanonodefecivetentIonoutoftheoriginal5~=lepood't'onisevidnceoabnormalGec;cdationofthecontain-mentsructu.Unlessthereisevidenceof'cbnormaldegracationofthecontalnmen.anionsdurinQthefirstthreetestsofthetendons,,'lenumber0Tta."OnscheckediorliftzfTorceanQci-arlgeinelonoatior,d'iringubsequenttes.smay~'bereducedtoa",cp.e52Actlve52ZilPIBOTctIB25BPQOAS,3Vel'C~al2AdiOOP."amvinQonewireorrandirom,eachver.ica12ndhooptendonchecked'~ciiiOTiToelf'ctalmiliiAQOVerheanti21eliCOThe".Bmov.ecwire.or5-."=-nd.1.Ifle2Aoflwires052flcscl2i~eeofcoosloncccksaAQGcmicoe./Z.Therearencchiancsin",..ca',:IIe.022SB.Aminimum'ans'sreno.hva~geofpsiguaranaecui.iima.eStBACil0t'tBflooflctaricIII,iOl'TIeastBeWire0STanCsa...pica,one/rroceac'nand-rdo$eataid-lena-h,cur."neac,"removedwireorstrand.."ailureojanyonoofthewirecrstrandsamplestqfmeetheminimmnsii~~strenc-h-esisBvicenceo-abnarmai,derradatiOAOitheCon-aiinnentS-rUC.ure..1..2n...olai25a.dd2anc~.Bte":cgesThe5.UcturaIAi.BG.0:;ieeflCcliOc290IcIrsrflSins'72+urauan'OS"BCiiiCa=iOn-"..6.1.:".1and:hediscn.copcra'asur-,acss:=-11bed:-..oust;=--k'"yae-=-r;..'.r.ing:hraughinSPer.iOAthatA%~ParentChanCBS>>aVBOC=irredin.heiSUalc-.PaarcrCBOTt,",eendanc.'",crag/or.hecon-rec",-c'msdiscnt~zaard-nc';,oraaas.inspec:ionsoTpeconcretesha'ilbeperTormedd'inohelopeAcontainsmentIeakcGBrc72BS5Wni1e.heConteiiiien15ct1tsmcx-Um2+T.PBsSUB./I4.i.l."-.3CoydtaihmentSurfacesThes.ruc:uralirtaorityoTti"2exposedaCCBSSiblelfitarloicnQBXTarlOSuricCBSOTtheCO'nvais-ment'IA'UGiflGthB1il'Brplate!shallbeOcta.mineddrinQheshutdownforeaci1lypIKAcoAtclii-~..Atle=kagerateteatbyaViSUalinSOectiOAO.h252SUcC5.T5Binspec-ions'"a1$'-eper,ar;cdprierta'-hsiypcSCanai;re.tle=kanar-.stoveri'oapparentchancesinappearanceorotherabnor;.,21decracatio'n./-'..o.l.=.ssenorsAny-ono",;,1cag."adaionoitl'ecn"-.r'ns-.ucuraaa'tctocur,;ingneabase,aui,"a-as-ndn5pacanss"a11"e,soar:o'.0for.-..iss'OApursuant.0oeifica.on6.9.1.Tnisraper-shall'.Acluceaes.lp0A0T,e2AoflconGl0A;-.lec"AGition0t.2cAccrete,es.BciaHycT.2.GOA=AC.0cGBS'.inSPBC10l0~CBGU>t.20="asicas0C.cCksfig'=i--.-WilT2~/46Sc~4
ONTAINMEHTSYSTE."!5'3RY'AE'ANOSUPPRESSIONCHAi4IBERINTERNALPRESSUREBAITINGCONOITIONFOROPRAT.'ON3.6.1.6Orwellandsuppressionchamberintarna!pressurshallbemaintainedbetween.and.psig.+,7APPLICABILITY:OPERATIONALCONOITIOHSI,2and3.ACTiON:Withthedrvwe11andsuppressionchamberinternalpressureoutsideofthespecifiedlimits,restoretheinternalpressuretowithinthelimiwithin1hourorbeinatleastHOTSHUTQO'WNwithinthenext12hoursandinCOLOSHUTQOWNwithinthefollowing24hours.SURVEILLANCEREOUIRB!EHTS4.5.1.6Thedr/wellandsuppressionchamoerinternalpressureshall-edeterminedtobewithinthelimitsatleast-onceper!2hours.NNP-UNIT23/4"-Pg~kalteN
Q(V(Ai(V(MENTS.TEilSOR".WEL(AVERAGEAIRTc.iPERATUREL:ZITI(VGCQNOI:IONFOROPERATON1503.6.1.7Or~el1averageair:amperaturesnailnotexceed~'F.APP(ICABILITY:OPERATIONALCONOITIONS1,2and3.ACT(Ol(:150Withthedrywellaverageairtemperaturegreaterthan~oF,reducetheaverageairtemperaturetowithinthelimitwthin8hoursorbeinatleastHOTSNUTQOWNwithinthenext,12hoursandinCOLOSHUTQOWNwithinthe,ollowingZahours.SURVEIL(ANCEREQUIRE.IENTS<.6.1.7Thed~ellaverageairtamoeratureshallbethe(arithmetical)averageofthetamoeraturesatthe.ollowinglocationsandshallbedeterminedtobewithinthelimitatleastonceper24hours:a.C.d.Elevat.'on306'9"294'-5"283'-0"268'-0"255'-6"At(lllUtI35411758203326"E.P.Mo.2Ct5Tc1012C!.tS'TE1022C.'5"TE1032C(ISTc1042C.'tS"TE105I~)~244(-O"306(o((296'-4"282'-6"262'-3"%P-UNIT2'a.253'll","4R(('-6+244(-0"rr'Qr,r~l~~293/46-/(295243"28169"'10'Ch5TE106~C'5"TE1162C.',5'TE1172C45Tc1182C!IS'TE1192C!5TE1202C!.tS(E121
tCQNTAI)WENTSVSTEHSPRLI{ARYCohfTAIiVhlEH7$P'lKKCsErlS(>'T~8mr+i~o~~~frh'iL'DIETINGCONOITIONFOROPERATIONtp~~co~~e~]3.6.3..8The".'zcnipurgesupplyandexhaustisolarionvalvesshallbeOPERABLEand:[14"912"]supplyandexhaLsCvaLve,)a.EachgPF~eh-purge~shaiibes;~closed.$14"812"suppZrrandexhaustb.Each~~Mpurgevalvemaybeooenforpurgesvstemoperationr'-er-.rci~.suchope,~onZ,unr'.edCo90ho~pe<365darja(<<.ning,donne,~naandpomadecon:oZ).APPLICABILITy:OPERATIONALCONOITIONS~,2and3.ACTION:b.W.~~mwo~UI%1~~~'i~~.Lanrrpcvnaercortairunenp~e4uppZit$.Withaand/orexhaustisolationvaive{s)inoperableoropen(formorehan(BO)hoursi.er36"days)orotherthaninerting,deinertingorpressurecontrol,closetheopen~~ch-valve~orother<<iseisolatethepenetration(s)withinourhoursorbeinatleastHOTSHUTGO'WNwithinthenext12hoursandinCOLOSHUTGGWNwithinthefollowingNhours.anrrp~mrrrcontainmenCpurgesuppRrg<isolationvalve~<<ithresilientmaterialsealshavingameasuredleakagerateexcedingthelimitofSurvei11anceRequirementjrestoretheinoperablevalve~toOPERABLEstatuswithin24hoursorbelnat,leastHOTSHUTGOWNwithinthenext~DhoursandinCOLOSHUTGOWNwithinthefollowing24hours.)$,(p.l,F.Q.SURVEILLANCEREQUIREMENTSy~arurcontauvnmt4.6.1.S.LEach,,...'purgesuoplyandexhaustisolationvalveshallbeverifiedtobemWclosedat1eastoncper31days.~4.6.1.8.2Atleastonceper6monthsonaSTAGGERHTESTBASiSeach~~14"ourgesuopiyandexnaus"isolationvalve<<ithresiiientmaterialsealsshalioedemonstratedOPERABLEbyverifyingthatthemeasuredleakagerataislessthanorequalto(0.0)LwnenpressurizedtoP.+and12"1Ii&PP-UNIT2'Vi~I/3/46"+10
e.CONTAi.s'IME~IT5'TEi4ISSUR'/EEL~ANCEPEQUEREMEHTSContinued'l(4.6.1.8.3Atleastonceper92dayseach(6)inchdrywellandsuporessionchamberpurgesupplyandexhaustisolationvalvewithresilientmaterialsealsshallbedemonstratedOPERABLEbyveiifyingthatthemeasuredleakagerateislessthanorequalto(0.Ol)Lwnenpressurizedto?.)
CD~+~5M>>NTSYST245U.i>~(.Wi4A4-ONTAi~4'~i=NiPNe:RATQNP?55U,"",zZATzGN5T:!5+30@;QFiM)"L:2::T:NGCO~T:CivPGP,OP"=.=,ATION'5.6.1.9Thepri<<-r..ContainmentpenetrationpressurizeionsysemshallbeOPcBABLc.LAPPLICAaI'Y:OPRATTALCONG~l'TQNS1ZPfid3.AC7IOH:With.heprimerIc"ntairmentpe..rationpreHQTSr'UTDQMHwithinthenex-.~Qhouaniniolicwinc"-'.hours.surizat-'onsys:...inoperabl7'aysorbeina-ieasCQLQ5:-.'UTOQ'ciNwithinheSUR'/"=t'".i"C"-R=GUI."".24cNT5eq.'.9theo~imic.ilv~Is\tiulemaQcouiispressuriz6-"acecuaecapacityaryc"ntair,entpenetra=ion"resu"=L=atls-once"er3"daysbvvcrea.er"."anoreqai=o'.10P,~'iyno/ieai".0svsamsniaI1ceha==hesvs-amiC,afiGliPScavs./VIP-WiIT2'is~
COHTAINMEHTSYSTEMS3/4.6.2DEPRESSURIZATIOHSYSTEMSSUPPRESSIONCHAMBER'IMITINGCOHOITIOHFOROPERATION3.6.2.1ThesuppressionchambershallbeOPERABLEwith:154,7943t45,495Thepoolwater:L.Volumebetween(~B-,SSQfand+V@-,~f,equivalent.oaI">>I-'YCONDITION1or2,exceptthatthemaximumaveragetemperaturemaybepermitedtoincreaseto:a)$105),Fduringtestingwhichaddsheatothesuppressionchamber.b)$110).FwithTHERMALPOWERlessthanorequalof"3oRATEDTHERMALPOWER.c)$120),Fwiththemainsteamlineisolationvalvesclosedfollowingascram.b.Drywell-to-suppressionchamberbypassleakagelessthanorequalto10~oftheacceptableA/gKdesign~~af~~v&uC.~059APPLICABILiiY:OPERATIONALCONDITIONS1,2and3.ACTION:a.b.Withthesuppressionchamberwaterleveloutside.heabovelimis,resorethewaterleveltowithinthelimiswi.hin'ourorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLOSHUTDOWNwithinhefollowing24hours..90InOPERATIONALCONDITIONl.or.2wi+thesuppressionchamberaveragewateremoeraturegreaterthan~F,restoreheaverageemoeraturetolessthanorecualoP9&)Fwithin24hoursorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCOLOSHUTDOWNwithintheallowing24haurs,except,aspermittedabove:Withhesuppressionchamberaveragewateremperaturegreaterthan+l05+Fduringtestingwhichaddsheattothesuppressionchamber,stopalltesingwhichaddsheatothesuppressionchamberandrestoretheaveragetemperatureolesshan~Fwithin24hoursorbeinatleastHOTSHUTDOWNwihinthenext12hoursandinCOLOSHUTDOWNwithinthefallowing24hours.2.Wihthesuppressionchamberaveracewateremperaturegreaterthan:.90a)~Fformorethan24hoursandTHERMALPOWERcrea-erhangP~ofRATEDTHERMALPOWER,orb)+110+F,placethereacormodeswitchintheShutdownpos-onandoperateatleastoneresidualheatremovalloopinhesuporessionpoolcoolingmoce.3.Withthesuopressionchamoeraveracewatertemperaturegreaterthan$120+~F,depressuri-ethereac=arpressurevesseltaless.han200psigwihin12hours.a'SeeSpeci1icat,'on3.5.3orECCSrequirements..f",,AA
GGNTA:VMENTSIST""MS'MITINGCONOITION."OROPERATIONContinued)ACT'ON:("ontinued)Withonesuppressionpoolwatertemperatureinstrumentationchannelinanypair(s)oftemperatureins".umentationcnannelsinthesamesectorinoperable,restoretheinope.ablechannel(s)toOPERABLEstatuswithin7daysorverifysuppressionchamberwatertemperaturetobewithinthelimitsatleastonceper12hours.Withoathsuppressionpoolwatertemperatureinsrumentationchannelsinanypair(s)oftemperatureinstrumentationchannelsinthesamesectorinoperable,restoreatleastoneinoperablewatertemperatureinstrumentationchannelineachpairoftemperatureinstrumentationchannelsinthesamesectortoOPERABLEstatuswithin8hoursorbeinatleastHOTSHUTOOWNwithinthenext12hoursandinCOLOSHUTOOWN.withinthefollowing24hours.e.Wihhedrywell-to-suppressioncnamoerbyoassleakageinexcessofthelimit,restorethebypassleakagetowithinthelimitprioroincreasingreactorcoolanttemperatureabove2OO'F.SURVEiLLANCEREQUIREMENTS4.6.2.1a.b.Thesuppressionchambershallbedemons-ratedOPERABLE:Byverifyingthesuppressionchamberwatervolumeobeuithinthelimitsatleastonceper24hours.Atleastonceper24hoursinOPERATIONALCONOITION1or2byverifyingthesuppressionch'amberaveragewatertemperaturetobelessthanorequalto~'F,except:901.Atleastonceper5minutesduringtestingwhichaddsheattothesuppressionchamber,byverifyingthesuppressionchamberaveragewatertemperaturelessthanorequalto+105+F.2.Atleastonceperhourwhensuppressionchamberaveragewatertemperatureisgreaterthanorequalto+96+~F,byveri-fying:'IOa)Suppressionchamberaverage'watertemperaturetobelessthanorequalto/110/'F,andb)THERMALPOWERtobelessthanorequaltogI~ooiRATEDTHERMALPOWERaftersuppressionchamberaveragewatertemperaturehasexceeded48K'Fformorethan24hours.3.Atleastonceper30minutesfollowingascramwithsuporessionchamberaveragewatertemoeraturegreaterthanorequaltoF,byverifyingsuppressionchamberaveragewatertemperaturelessthanor'qualto$'ZOPF.NMP-@Nice.3/46+(3
QNAI'.NMENTSYS"."-~15StjRVE~LLANCEREQUEREMEI'ITS(Continued)c.Byverifying~tleast+sixteensuppressionpoolwateremperatureinstrumentationchannels,atleastonepairineachsuppressionpoolsector,OPERABLEbyperformanceofa:CHANNELCHECKatleastonceper24hours,Z.CHANNELFUNCTIONALTEBTatleastancenr3'ias,and3.CHANNELCALiBRATIONatleastanceper.,qp'/-EaprGcNOELwiththewaterhightemperaturealarmsatpnntmr<++'F.op'ER5T)ggd.Atleastonceper68-m~ks-byconductingadrywell-to-suporessionchamberbsypassleaktestataninitialdifferentialpressureor3+5+psiandverifyingthattheA/JKcalculatedfromthemeasuredleakageiswithinthespecifiedlimit.!fanydrywel1-to-suopressionchamberbypassleaktestfailstomeetthespecfiedlimit,thetestscheduleforsubsequenttestsshallbereviewedanaapprovedbytheCommission.lftwoconsecutivetestssailtomeet,thespecifiedlimit,atestshallbeperformedatleasteverymonthsuntiitwoconsecutivetestsmeetthespecifiedlimit,atwhichtimetheon+a-testschedulemayberesumed.Of'BP.AtllvCC,qc,lgtR, 0
"NTAi4".ENTSYST"=."iSSUPPRESSIONPOOLANOORYWELL+SPRAY':iiITINGCONOITIOiiPOROPERATION3.5.2.2Thesuppressionpool4anddr@veil)-spraymadeoftheresidualheatremoval(RHR)systemsnailbeoPERABLE<<itint'~oindependentloops,eachicapconsisingof:a.OneOPERABLERHRpump,ando.AnOPERABLE'.owpathcaoabieofrecirculating'<<atarfromtnesuppressionchamoerthrougnanRHR&heatxchangeranatnesuppressionpooiEanddryweii-;spraysparger(s).A?oL'CABII'r'.:OPERATIOiVALCONOIIONSi,2and'.ACTIN:a.Withonesuppressionpoci~ordwell)-soraylaopii:aoerable,-(7days+orbeinatieastHOTSHUTOOWN<<ithin:henextiZhoursardinCOLOSHUTOOWNwithintheioilawing7-"cours.Withbothsuporessionpaoi~ordrweii+sorayicaosincoeraoie,+restoreatleastanelocotaOPERABL:-status<<ithin5hcursor-',be:natleastHOTSHUTGOWNwithin~thenext~12hoursandiinCOLDSHUTGOWN"withinthe~fallowing~next~24hours.SUR'lEILLANCEREOUIR&ENTS<.5.2.2Thesuooressicnpcoimnddr~eil~spraymcdecftheRHRsystemshallbedemanstrataaOPERABLE:Atleastonceper31daysbyverifyingthateachvalve,manuai,cowerooeratedcrautomatic,inheflowpatnthatisnctiacfcea,sealedarother<<isesecuredinposition,isnitscarrec=?os-'tion.Ec.ByverifyingthateachoftherequiredRHRPumosdevelopsa,iowcfatles-+M+gpmonrecirculatan,lowhraugnneRHRheatexchanger,.ice~anosuopressionpoolspraysoargerwnentasted?ursuantta<r'.rreSoec;.icaton4.O.5.0pAtleastonceper3-.r~byperformanceofasystem;unc=.'onaibastwnichincludes'"--"---actuat.'onof:hesystemthrougnoutitsemergencyaoeratnasequenceanaverfyingthateacnautcmaticvaiveinthef',owpa&.actuates=oi.scarrpositan.3-noz"lesatleastonceper5yearsandver'.fyingthateachso<ayna""leisunobstructed.~<<henevercathRHRsubsystemsareinooeraoie,i,unabie=oat=ainCQLQSHUTOOWNasreauiredbythisACTION,maintainreac=arcoolant.amoeratureaslowasprac:icalbyuseofaiternateheatremovaimetnaas.NiiP-balIT2USE5l,~(BWRj3/<5-H15
PPR"5;-C,(PQQICQICD'(0(-"RG-A0(3.o.2.3ThesuocrassionpcolcoolingmodeofthersidualheatremovalI(RHR)sytarnshallbeQP":RABL=wi:hwoindependentloops,eachloopc"nsis-ingof:GneQP=.=A8L="RHRpump;and'n&~AnQP<RAEI=flowpathcapabIeofracircuIatingwaterfromthesuporssionchewerthrcuohanRHR.heat.axc,"',anger.APPI:CAB:L:tY:QP""."AiONALCGNQIT:QNS1,22nd3.~ci:eN:Withonesoppressionocolc"oi'.ngloop'ncparabla,ras-.oratheinooeralelcootoQPI-<ARL=staI!swithin72ieoursorcein2leastHQT5'.>>:IJTQGMNwthin"henext.iZhours2ndin""05:-:U:DQ'AH'ihintha=ollowing24hours.V~'8ihcthsuoprasionpcclcoolingloops,",QIAUIQCMHwithin"hcuaandl~nC~LQ24hours.':no".erabl,'ain=-isas-.'i-'IJTDQNN"witnin-.;,enax:5UR'.IcHC:".=,"":U.'R=gI=!(T5i-"..o.".3:nesuocrossionpccIc"oIingmodeorthaRHRsystemsiaidemons~:-adQP~."38L":Atlaasonce"er";1daysbyve.ifying".hateachvalve,manual,:OwerCpera-adCrauteCmatiC,in-'..;efiOWOath.aisnctOC.'42O,Sa""ledc".othereisasec"radinposit-ion,isinitscorrectpositon.o.3vveri~vingthataacilcftheaQuiradRHRpumpsdeva!cpsafIowof74>0%-le=-s-+~~-eon,"ea;r-uteeion-low:,.",ouan'neiHR'oe-'xchan"erand"hesuppressionpool~hen2stadpUsuai1tto5pec-'fleeton4.0.'.-wnenverootnRHRsucsyt.sarinoperaoie,ifunab'120a-ainCQLQ":"'.UIOC~NI=srecuiradby'hisACI~Ol(,;.,aintainraac-"rcoolantampereuI'a"s<owas".racicaIbyusacfaltrn-tahe=-"..Ovalmethods.3~IP-UNIT2~g~
CGNTA)II<.'ITSYS)>5MT;:NLcC."NO)T:"IIFORGPRAT".GN3.a.-Tiepr"',marycon"ci"mentisoiatiionvalvesand"hereactolinstr'en7a71onlineBXCBSSflOWC.",BCkValVeSShOWninTable36.'SilallbeGPCRABI=WithisolaiiontimeslessthianorequaltothoseshowninTable3.a.3-1.*APPLCAHIL7Y:.'-':.:.(OPERAIIQHALCONQIiONOI,2=na)ACIQH:a.AithoneOi')loreOThep1lcrycontainmenaisolationvaIvessnowninTable3.B.3"1inoperable,)i)ai)a~ina7aleastoneisolationvalveGPRABIinBacaaf-;a=ed.cenetrationtha-isopenandwithin4hoursBit,er:Restoretheinoperablevaivet'.~)toGP~~'IBL=s-=tus,orZ..solataBacha)iBBdpBfle~c7onbyuseofa7.IB5cieceacvaiadau-CmaiCVaiVeSBuredint-,eiSOic-.BdpOSticn,"Orv~'OIaeBBC,IaiIBCadpne~~c7.ionbv"SBpfc1ea5Cn1C5adii,a)luailvaivecrbiinciiange."A<<aa&~avaaaal~L)avaleAIlSB)Li~~va<<aaav<<viavl)<<av~gbeii)aLIB5vnaGI"'I,"UTQG'ANwithin"enex1ZhioursandinCOLD"iU~lgQ'ANwit,'lan;olIcwingZ-".hours.Il~"aor)Aiea~laflaaaaaala~II<<~V)~v~~<<aaa'<<av~ah~'va~vva~v<<a~~a~aa<<~I~va~vaaM--.'lCneOr.;,OraO)theraaCtcrinS-rumenT--'OnlineBXCBSS=1OWC.'"eC<va'IvesshcwninTable"-.6.3<<1incperwle,ope.az-.'onmaycontinueandteleprovisionsof.Deci-,ications3.0.jand.=.O.f.arenota".DlicabIBprovidedI.aiatwltilln4iloulBliiler)+STheinope.ablevalveisretur".edwGP~RABI:-staLus,orZ.Ineinstrumentlineisisolctedand',.eassoc-iazedinstr'mentisdeclared'nooerable.Gt."e.~isa,beinatleaSt'.QT5:-,'UII.G'PI')'IWiaiintheneX:1ZhcurSandinCQLQSriUTDG'ANwi~sinthefollowing24hours."-'SOIC7icnValVBSC1OSBd0SciSi1.BSBreq'iremeniSmiayberBC"ene'naninaarmitan7.basisunaerBI.."inist"-"-vecontrol.I~aIicII~~CLiai~<<aavvIavC~a4~V~~v<<~~<<va<<<<aaal~\aIlk<<4liIlvvaa<<~av~vaaCIIIii~~IvvlacacI~jVg?-UHTT2<<<<Iaaaaa'v\v~Iv~Ig3/45-g'7
CCiVTKHHENSYSTEiMS--'--SUR'lEILLANCEREOUIREHEiRTS4.6.3.1EachprimarycontainmentisolationvalveshownnTable3.6.3-1shallbedemonstratedOPERABLEprior..toreturningthevalvetoserviceaftermainre-nance,repairorreplacementworkisperformedonthevalveoritsassociatedacuator,controlorpowercircuitbycyclingthevalvethroughatleastonecompletecycleoffulltravelandverifyingthespecifiedisolationtime.4.6.3.2EachprimarycontainmentautomaticisolationvalveshowninTable3.6.3-1shallbedemonstratedOPERABLEduringCOLOSHUTOGWorRE;UELilQa-leastonceper~~wbyverifyingthatonacontainmentisolationtestsignaleachautomaticisolationvalveactuatestoitsisolationposition.QP<Q.A7)HrCXC.iC4.6.3.3TheisolationtimeofeachprimarycontainmentpoweroperatedorautomaticvalveshowninTable3.6.3-.1shallbedeterminedtobewithinitslimit~hentestedpursuanttoSpecification4.0.".OPWATiHCC.3ClE..6.3.4EacnreactorinstrumentationlineexcessflowcheckvalveshowninTable3.6.3-1shallbedemonsratedOPERABLEatleastonceper..byverifyingthatthevalvechecksflow4.6.3.5Eachtraversingin-careprobesystemexplosiveisolationvalveshallbedemonstratedOPERABLE:a.Atleastonceper31daysbyverifyingthecontinuityortheexplosivecharge.0<<~+>l4b.AtleastonceoerL~~byremovin+atleastoneQthefexplosivesqui+spfrompatleastone+the/explosivevalves<suchthateachexplosivesquibineachexplosivevalvewillbetestedatleastonceper36months,~andinitiatingtneexpos~vesquiQsp.Thereplacementchargefortheexplodedsquib~shallbefromthesamemanufacturedbatchastheonefiredorfromanotherbatchwhichhasbeencerifiedbyhavingatleastoneorthatbatchsuccessfullyfired.Nosquibshallremaininusebeyondtheexpirationofitsshelf-lifeandoperatinglife,asapplicable~.N,'l)P-UhlI723/46~~if
TABLE.3-1VALVEFUNCTIONANDNUMBERGROUPSSIGNALSTIME(SECONDS)'.AUTOMATICISOLATIONVALVES2MSS*HYV6A,B,C,D2MSS*HYV7A,B,C,D2MSS"MOV2082MSS*HOVlll2MSS"HOV1122RHS*MOV33A,B2RHS*HOV1042RHS*HOV40A,B2RHS*MOV67A,B2RHS*HOV1122RHS*MOV1132CSH*MOV1112ICS*MOV1642CCP*MOV94A,B2CCP*MOV17A,B2CCP%'MOV16A,B2CCP*MOV15A,B2DFR*MOV1202DFR*MOV1212DER*MOV1192DER*MOV120InsideMSIVOutsideMSIVHSLDrainLineOutsideIVHainSteamDrainLineInsideIV'ainSteamDrainLineOutsideIVRHSCont.SprayOutsideIV'sRHSReactorHeadSprayOutsideIVShutdownCoolingReturnOutside,IV'sSDCInboardIVBypassValvesSDCSupplyInsideIVSDCSupplyOutsideIVCSHTestReturntoSuppressionOutsideICSVacuumBreakerOutsideCCPSupplytoRCSInsideIV'sCCPSupplytoRCSOutsideIV'sCCPReturnfromRCSPumpsInsideIV'sCCPReturnfromRCSPumpsOutsideIV'sDFRDrainTankVentLineOutsideIVDFRDrainTankVentLineInsideIVDERLinefromDrywellInsideIVDERLinefromDrywellOutsideIV125555514Z,X,C,D,E,P,T,R,RMZ,X,C,D,E,P,T,R,RMZ,X,C,D,E,P,T,R,RMZ,X,C,D,E,P,T,R,RMZ,X,C,D,E,P,T,R,RMG,RHA,L,M,Z,RMA,L,M,Z,RHA,L,H,Z,RMA,L,M,Z,RMA,L,M,Z,RHN,RMH*4F*,RHB,F,Z,RHB,F,Z,RMB,F,Z,RHB,F,Z,RMB,F,Z,RHB,F,Z,RMB,F,Z,RMB,F,Z,RH3to53to515151535504015454560153030303045453535
ITABLE3~3-1VALVEFUNCTIONANDNUMBERSGROUPSSIGNALS.TIME(SECONDS)2RCS*SOV1042RCS*SOV1052FPW*SOV218(i)2FPW*SOV219(i)2FPW*SOV220(i)2FPW*SOV221(i)2DFR*HOV1392DFR*HOV1402DER*HOV1392DER*HOV1402CCPAMOV2652CCP*HOV2732CCP*HOV1222CCP*MOV124RCSSampleInsideIVRCSSampleOutsideIVRCSAWaterSprayOutsideIVRCSAWaterSprayInsideIVRCSBWaterSprayOutsideIVRCSBWaterSprayInsideIVDFRVentLineOutsideIVDFRVentLineInsideIVDERVentLineInsideIVDERVentLineOutsideIVSplytoDrywellSpaceCoolerOutsideIVSplytoDrywellSpaceCoolerInsideIVRet.fromDrywellSpaceCoolerInsideIVRet.fromDrywellSpaceCoolerOutsideIVB,F,Z,RHB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RHB,F,Z,RHB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,H,RMB,F,H,RMB,F,M,RMB,F,H,RMN/AN/AN/AN/AN/AN/A25251515606060602CPS*AOV1042CPS*AOV1052CPS+AOV1062CPS*AOV1072CPSA'AOV1082CPSA'AOV1092CPSAAOV1102CPS*AOV111PurgePurgePurgePurgePurgePurgePurgePurgeInlettoDrywellOutsideIVInlettoSup.PoolOutsideIVInlettoDrywellInsideIVInlettoSup.PoolInsideIVExhaustfromDrywellInsideIVExhaustfromSup.PoolOutsideIVExhaustfromDrywellOutsideIVExhaustfromSup.PoolOutsideIVB,F,Y,Z,RMB,F,Y,Z,RMB,F,Y,Z,RHB,F,Y,Z,RMB,F,Y,Z,RMB,F,Y,Z,RMB,F,Y,Z,RHB,F,Y,Z,RM
TABLE3.6.3-1VALVEFUNCTIONANDNUMBERGROUPSSIGNALSTIME(SECONDS)2IAS*SOY1642IAS*SOV1652IAS*SOV1662IAS*SOV1842IAS*SOV1682IAS*SOV1802IAS*SOV1672IAS*SOV1852HCS*MOV1A,B302HCS*MOV2A,B2HCS*MOV3A,B2HCS*MOV4A,B2HCS*MOV5A,B2HCS*MOV6A,B2CPS*SOV1192CPS*SOV1202CPS*SOV1212CPS*SOV1222CMS*SOV24,A,2CMS*SOV26,A,2CMS*SOV32,A,2CMS*SOV33,A,2CMSASOV34,A,B,C,DB,C,DBBB,ADSHdrAN2supplyADSHdrBN2supplyIASDrywellReliefValveIASDrywellReliefValveInst.AirtoTestableCheckOutsideIVInst.AirtoTestableCheckInsideIVIAStoTestCk.&Vac.Bkrs.OutsideIVIAStoTestCk.&Vac.Bkrs.InsideIVH2RecombinersSplytoSPOutsideIV'sH2Recomb.Ret;fromSPOutsideIV'sH2Recomb.Ret.fromDrywellOutsideIV'sK2Recomb.Sply.toSPInsideIV'sH2Recomb.Ret.fromSPInsideIV'sH2Recom.Ret.fromDrywellInsideIV"sContainmentPurgetoSPInsideIVContainmentPurgetoDrywellOutsideIVContainmentPurgetoSPInsideIVContainmentPurgetoDrywellInsideIVCMSfromDrywellInside&OutsideIV'sCMSfromSPInside&OutsideIV'sCMStoDrywellOutsideIV'sCMStoDrywellInsideIV'sCMStoSPInsideIV's.8888B,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMN/AN/AN/AN/AN/AN/AN/AN/A3030303030N/AN/AN/AN/AN/AN/AN/AN/AN/A
VALVEFUNCTIONANDNUMBERGROUPSSIGNALSTIME(SECONDS)2CMS*SOV35,A,B,2CMS*SOV60,A,B,2CMS*SOV61,A,B,2CMS*SOV62,A,B,2CMS*SOV63,A,B,2LMS*SOY152(i)2LMS*SOV153(i)2LMS*SOV156(i)2LMS*SOV157(i)2RCS*SOV65A,B(L)2RCS*SOV66A,B(L)2RCS*SOV67A,B(L)2RCS*SOV68A,B(L)2RCS*SOV79A,B(L)2RCS*SOV80A,B(L)2RCS*SOV81A,B(L)2RCS*SOV82A,B(L)2ICS*MOV1212ICS*MOV1282ICS*MOV1702WCS*MOV1022WCS*MOV1122ICS*MOV148CMStoSPOutsideIV'sCMStoDrywellOutsideIV'sCMStoDrywellInsideIV'sCMStoDrywellOutsideIV'sCMStoDrywellInsideIV'sLMSfromDrywellInsideIVLMSfromDrywellOutsideIVLMSfromSPInsideIVLMSfromSPOutsideIVHyd.UnittoRCSFCV'sOutsideIV'sHyd.UnittoRCSFCV'OutsideIV'Hyd.UnittoRCSFCV'sOutsideIV'sHyd.UnitfromRCSFCV'OutsideIV'Hyd.UnittoRCSFCV'sInsideIV'sHyd.UnittoRCSFCV'sInsideIV'sHyd.UnittoRCSFCV'sInsideIV'sHyd.UnitfromRCSFCV'sInsideIV'sRCICSteamsupplyOutsideIVRCICSteamsupplyInsideIVRCICWarmupValveInsideIVWCSSupplyfromRCS&RPVInsideIVWCSSupplyfromRCS&RPVOutsideIVICSVacuumBreakerOutsideIV1010107,6B,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMB,F,Z,RMK,M,H,Z,RMK,M,H,Z,RMK,M,H,Z,RMB,J,U,S,Z,RMB,J,U,S,Z,RM,WH*&F*,RMN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/AN/A141420141415
VALVEFUNCTIONANDNUMBERGROUPSSIGNALSTIME(SECONDS)TIPBALLVALVES(SOVs)(A,B,C,D,E)TIPPURGEVALVE(SOV)C51-J004A-E2RHS*MOV-142(j)2RHS*MOV-149(j)2RHS*SOV35A/B(j)2RHS*SOV36A/B(j)2RDS+AOV124(k)2RDSA'AOV132(k)2RDSA'AOV123(k)2RDSA'AOV130(k)RHRDraintoRadwasteOutsideIVRHRDraintoRadwasteInsideIVRHRSampleInsideIVsHexRHRSampleOutsideIVsHexSCRAMDischargevolumeventSCRAMDischargevolumeventSCRAMDischargevolumedrainSCRAMDischargevolumedrainN/AN/AN/AN/AB,F,Z,RMB,F,Z,RMA,M,Z,F,RMA,M,Z,F,RMA,M,Z,F,RMA,M,Z,F,RMN/AN/A1816N/AN/A30303030B.REMOTEMANUALISOLATIONVALVES2RHS*MOV15A,B2RHS+MOV1A,B,C,2RHS*MOV30,A,B2RHS*MOV25,A,B2RHS*MOV24,A,B,CContainmentSpraytoDrywellOutsideIVs13RHSPumpsuctionOutsideIVs.13RHSTestLinetoSPOutsideIVs13ContainmentSpraytoDrywellOutsideIVs13RHS/LPCItoRPVOutsideIVs13RMRMRMRM13060130130302CSH*MOV1182CSH*MOV1052CSH*MOV107CSHSuctionfromSPOutsideIVHPCSMinFlowBypassOutsideIVCSHtoRPVOutsideIV131313RMRMRM301045
VALVEFUNCTIONANDNUMBER2CSL*MOV1122CSL*MOV1042ICS*MOV1362ICS*MOV1432ICS*MOV1222ICS*MOV126TIPSHEAR(EXPLOSIVE)VALVESA,B,C,0,E2FWS*MOV21A&B2WCS*MOV2002RHS*MOY26A,B(C)2RHS*MOV27A,B(C)2MSS*SOY97A,B,C,DCSLSuctionfromSPOutsideIVCSLtoRPVOutsideIVICSSuctionfromSPOutsideIVICSMinflowtoSPOutsideIVICSturbineexhausttoSPICStoRPVOutsideIVFeedwatertoRPVOutsideIVsWCStoRPVOutsideIVRHSHxventInboardIVsRHSHxventOutboardIVsMainSteamLineDrains13131313131313131313131313RMRMRMRMRMRMRMRMRMRM1306050109020N/AN/Aeo1515N/A
VALVEFUNCTIONANDNUMBERC.MANUALISOLATIONVALVES2SAS*HCV160(b)2SAS*HCV161(b)2SAS*HCV162(b)2SAS*HCV163(b)2AAS*HCV134(b)2AAS*HCV135(b)2AAS*HCV136(b)2AAS"HCV137(b)2FWS+AOV23A,B(h)2FWS*V12A,B2RHS*AOV16,A,B,C(h)2RHS+AOV39,A,B,C(h)2CSHA'AOV108(h)2CSLAAOV101(h)2ICS+AOV156(h)2ICS"AOV157(h)2SLS"V102SLS*MOV5A,B(g)2FPW-V-629(i)SAStoDrywellOutsideIVSAStoDrywellOutsideIVSAStoDrywellInsideIVSAStoDrywellInsideIVAAStoDrywellOutsideIVAAStoDrywellOutsideIVAAStoDrywellInsideIVAAStoDrywellInsideIVFeedwatertoRPVOutsideIVsFeedwatertoRPVInsideIVsRHS/LPCItoRPVInsideIVsSDCtoRCSInsideIVsCSHtoRPVInsideIVCSLtoRPVInsideIVICStoRPVOutsideIVICStoRPVInsideIVSLStoRPVInsideIVSLStoRPVOutsideIVFireWatertoDrywellStandpipesInsideIV
VALVEFUNCTIONANDNUMBERTIPPURGE/CHECKVALVES2GSN*V1682GSN*Y1692GSN*V1702IAS"V4482IAS*V4492SFC4'V2032SFC*V2042RCS"V59A,B2RCS"V60A,B2RCS~V90A,B2RHSAV19(d)(f)2RHS"V20(d)(f)2RHS*V117(d)(f)2RHS"V118(d)(f)N2PurgetoTipIndexMech.OutsideIVN2PurgetoTipIndexMech.OutsideIVN2PurgetoTipIndexMech.InsideIVIAStoADSAccumulatorsInsideIVIAStoADSAccumulatorsInsideIVInnerRefuelSealLeakoffOutboardIVInnerRefuelSealLeakoffInboardIVRDStoRCSPumpASealOutsideIVsRDStoRCSPumpASealInsideIVsRDStoRCSPumpASealOutsideIVsDisch.checkfromRCICtoSPDisch.checkfromRCICtoSPRSICDrainsSPCheckvalveRSICDrainsSPCheckvalve
TABLE3.6.3'con't)VALVEFUNCTIONANDNUMBERD.OTHERISOLATIONVALVESSAFETYRELIEFVALVES(d)2RHS*RV20A,B,C2RHS*RV61A,B,C2RHS*RV1082RHS*RV1102RHS*RV1392RHS*RV1522RHS*RV56A,B2RHS*RV34A,B2RHS*RV62A,B2CSL*RV1052CSL*RV1232CSH*RV1132CSH*RV114RHSRvdisch.toSPOutsideIVsRHSRvdisch.toSPOutsideIVsRHSRvdisch.toSPOutsideIVs'DCtoRHRPumpsuctionRvRHRHdr.FlushtoRadwasteRVSDCSupplyfromRCSRVInsideIVRHSHxshellsideRVsRHSHxsteamsupplySafetyvalvesRHSHxsteamsupplySafetyvalvesCSLRVDisch.toSPOutside.IVCSLRVDisch.toSPOutsideIVCSHRVDisch.toSPOutsideIVCSHRVDisch.toSPOutsideIV
VALVEFUNCTIONANDNUMBEREXCESSFLOWCHECKVALVES(e)REACTORINSTRUMENTATIONLINES2ISC*EFV12ISC*EFV22ISC*EFV32ISC"EFV42ISC*EFV52ISC*EFV62ISC*EFV72ISC*EFVB2ISC*EFV102ISC*EFV112ISC*EFV132ISC*EFV142ISC*EFV152ISC*EFV172ISC*EFV182ISCEFV202ISC*EFV212ISC*EFV222ISC*EFV232ISC*EFV242ISC*EFV252ISC*EFV262ISC*EFV272ISC*EFV282ISC*EFV29CondensingChamberfor2ICS*LT105CondensingChamberfor2ICS*LT128CondensingChamberfor2ICS*LT7CICoolantlevelmanifoldvalvefor;LT105,LT12B,LT7LCondensingChambervalvefor2ICS*LT8ACondensingChambervalvefor2ICS*LT7ACoolantlevelvalvefor2ICS*LT7ACoolantlevelvalvefor2ICSKT11A,*LT10B,+LTlODCoolantlevelvalvefor2ICS*LT8C,LT8D,LT9D,LT9B,LT11D,LTllBLT112VesselPressureTapfor2ICS*FT47k,48BupperVesselPressureTapfor2ICS*FT47k,48BupperVesselBottomtap,recircloopACoolantlevelvalvefor2ICS*LT10A,10C,llcCoolantlevelvalvefor2ICS*LT9A,9C,8B,LT101,LT8A,LTllDVesselPressuretapfor2ICS*47J,48AupperJetPumpTapfor47EVesselBottomtapforCSH,RDSVesselBottomtapforMCSandloopBJ.P.ToCSHandPostAccidentSamplingTo2ICS"FT48DCalJ.P.To2ICS*FT47LTo2ICS*FT47CTo2ICS*FT47ATo2ICS*FT47RTo2ICS*FT47GfVPfP-V/vl72, TABLE".3-1VALVEFUNCTIONANDNUMBER2ISC*EFV302ISC*EFV312ISC*EFV322ISC*EFV332ISC*EFV342ISC*EFV352ISC*EFV362ISC*EFV372ISC+EFV382ISC*EFV392ISC*EFV402ISC*EFV412ISC*EFV422ISC*EFV92ISC*EFV122ISC*EFV162ISC*EFV192CMS*EFVlA2CMS*EFV182CMS*EFV3A2CMS*EFV3BTo2ICS*FT47NTo2ICS*FT48ATo2ICS*FT47TTo2ICS*FT47VTo2ICS*FT47BTo2ICS*FT47DTo2ICS*FT47FTo2ICS*FT47STo2ICS*FT47MTo2ICS*FT47DTo2ICS*FT48BTo2ICS."FT47UTo2ICS*FT47WContainmentPressure2ICS*PT15C,16B,16DContainmentPressure2ICS*PT15B,17B,17DContainmentPressure2ICS*PT15A,16A,16CContainmentPressure2ICS*PT15D,17A,17CToCMS*PTlAToCHS*PT1BToCHS*PT2AToCHS*PT2B
VALVEFUNCTIONANDNUMBER2CMS*EFV5A2CMS*EFV5B2CMS*EFV62CMS*EFV8A2CMS*EFV8B2CMS*EFV9A2CMS*EFV9B2CMS*EFV102ICS*EFV12ICS*EFV22ICS*EFV32ICS*EFV42IAS*EFV2002IAS*EFV2012IASIDEFV2022IAS*EFV2032IAS*EFV2042IAS*EFV2052IAS*EFV2062RHS*EFV5,62RHS"EFV92RHS*EFV72RHS*EFV8AToCMS*PT7AToCMS*PT7BToCMS"TT169ToCMS*LT9A,llAToCMS*LT9B,llBToCMS*LT9A,llAToCMS*LT9B,llBToCMS-P1173To2ICS*PDT167To2ICS*PDT167To2ICS*POT168To2ICS*PDT168To2IAS*PT230offTo2IAS*PT231offTo2IAS*PT232offTo2IAS*PT233offTo2IAS*PT234offTo2IAS*PT235offTo2IAS*PT236offTo2RHS*PDT18BTo2RHS"PDT24CTo2RHS*PDT18ATo2RHS*PDT24AADSAccum.ADSAccum.ADSAccum.ADSAccum.AOSAccum.ADSAccum.ADSAccum.ypp-g]alt2
VALVEFUNCTIONANDNUMBER2MSS*EFVlA,8,C,D2MSS*EFV2A,8,C,D2MSS*EFV3A,8,C,02MSS*EFV4A,8,C,D2RCS*EFV44A,82RCS*EFV45A,82RCSMFV46A,82RCS*EFV47A,82RCSWFV48A,82RCS*EFV52A,82RCS*EFV53A,82RCS*EFV62A,82RCS*EFV63A,82WCS*EFV2212WCSMFV2222WCS*EFV2232WCS*EFV2242WCS*EFV8002CSH*EFV12CSH*EFV22CSH*EFV32CSL*EFV1ToFlowelementsA,8,C,DsteamlinesToFlowelementsA,8,C,DsteamlinesToFlowelementsA,8,C,0steamlfnesToFlowelementsA,8,C,DsteamlfnesTo2RCS*PT84A/8To2RCS"FT78,FT98To2RCS*FT78,FT98To2RCS*FT6A/8,FT8A/8To2RCS*FT6A/8,FT8A/8To2RCS*PDT158To2RCS*PDT158To2RCS*PT42A/8To2RCS*PT44A/8To2WCS-FT134To2WCS*FT67X,PDS115To2WCS*FT67YTo2WCS*FT67YTo2WCS*FT67X,PDS115To2CHS*LT123,LT124To2CHS*LT123,LT124To2CSH*PDT109To2CSL*PDT132and2RHS*PDT18A
(a)(b)SeeSpecification3.3.2,Table3.3.2.1,(andSpecification3.3.6.1,Table3.3.6.1-1)forisolationsignal(s)thatoperateeachvalvegroup.traybeopenedonanintermittentbasisunderadministrativecontrol.(c)Thesevalve..aretheRHRHeatExchangersvent1inesisolationvalves.TheventlineconnectstotheRHRSRVOischargeHeaderbeforeitpenetratestheprimarycontainment.ThepositionindicatorsforthesevalvesareprovidedintheControlRoomforremotemanualisolation.HotsubjecttotypeCtest.(d)NotsubjecttoTypeCleakagetests.(e)Subjecttotypeatest.TypeCtestnotrequired.Thesevalvesaresimplecheckvalves,locatedonthevacuumbreakerlinesforRHRsafetyreliefvalves(SRVs)dischargeheaders.TheSRVdischargeheader,whichterminatedunderpoolwater,hasnocontainmentisolationvalves.(g)(h)2SLSMOVSA5Bareglobestopcheckvalves.Thesevalvescloseuponreverseflow.Themotoroperatorisprovidedtoremotemanuallyclosethevalvefromthecontrolroom.Thesevalvesaretestablecheckvalves.Theycloseuponreverseflow.Theair'operatoroneachvalveisprovidedonlyforperiodictestingofthevalve.Thesevalvescanonlybetestedagainstazerod/p.(i)Valvesclosedandsystemisolatedduringnormaloperation.Notprimarycontainmentpenetrationisolationvalves.Thesevalvescloseonisolationsignaltoprovideintegrityof"A"and"B"LPCIloops.(k)(1)LValvescloseonaSCRANsignal;notpartofPrimaryContainmentIsolationSystem.Notsubjectto"A"or"C"leaktestduetoconstantmonitoringunderconstant1800psigpressureandthepossibledetrimentaleffectsofshutdown.
)tg(iVACUUM~"-'::"";:"Pooe.5:OHCHAi!f:=~0"vg-;>'/ACUUl!aoeqK"oqf:NTTiHGCQHQiTiGH."GRGPRATTGH3.6.4.1"-achpairoisuooressioncnamoer"dftweilvacuumbreakersshailbeQP"=PABL"-andclosed.~Pot'rAP$Jl(~OP.AT'GHALCQNQTIgGH512ano'CGN:Midioneormorevac'umbreakefsirlonepairoTsuooress;onc.",amaer-dfweilvacuumbreakersiincoerabie;orooenincou-'.known-.obeclose"',heinc"ef~briecairoivacuuriibreakers;cOP""",ABL"-siaius.wifin72hoursorbeina~lees-.'-.'QT:iUTDGWNwlhinhenext12hoursanainCQLQSHUTQGQHwi=hin:he-,o11owina2-'.hcurs..M~C.Mii1onesuooressionciame,>tweiivacgumbrc1kefcentvei(>J".heo-he.vacumbreakerinhe".~;",-."'".ec'.csao~'-'..",n2hours.Rese'leODenvac"LPb~eakeri,elosegosic'1wl:lifl72hoursorbeinal~="siZIGT5HUtuG'iHwllililenex12cusalloiriCOLO5HUTQGMHwi-hin:.",eiol~o~ing24ncurs.~ncKcMionMi-:.h~~ihe)cosi-'.ion-.'ac".=~oianysuooressiionc.-'amber-"-.eeilvacuum'~eke!inooereie:Veri'heoi.hervac"ui"l0e=keriil.epaibec.cs2Qwliin~~~v~~g/~~'tt~1LtttVtt~~V~tW~~t~~~tt~~W~V~t\M~2.~~i.e.41sa,~belf1aileesHGT5ffUiuG'w3iw'-'ifin".he-iex-',hcursand"inCQLQ5HUTQGRHwlBin~e'olio%ting4cuf's.,'4IP-UNIT2A~M\~I"/<i-.M26<<>s,$gitit(<<t1 0
'""'(TA""RTSYSTBlSSURYA:L'".NC"-R""OUlR:-".BAHTS-"..a.4.1":achsuppressionchamber-c.pve11vacuumbreakershallbe:a.Veri'-edclosedatleasoncepe.7days.b.OemonsratedOPERABLE:Atlesoncper31daysandwithin2hoursa7teranydischaroeOTsteamIohesuppressionchamberiromthesaietyelieTvalves,bycycingeacnvacuumbreakerthrougha~le=-st.onecompletecycleQTfulltravel.z.4~oQe,n.yeindic~)s)G.RABL="'uringthecyclings.*'IAtleasoncper~~by;b)Veri~kingheooeningsetoint,iromtheclosedposition,p*id,;0".25Veri=ying~8+(.he)"csi.onindica-orps)OP=RABL="byperToplanceQTaCllANHE'AL~BRAT'ON.tlhlP-OMIT2\~~I%Ievgal3/4=-M27
CONTAINMEHTSYSTEHSREACTORBUILDING3/4.6.5REACTORBUILDINGIHTEGRITYLIMITINGCONOITIOHFOROPERATIONREACTORBUILDING3.6.5.1"".IHTEGRITYshallbemaintained.APPLICABILITY:OPERATIONALCONOITIONS1,2,3and-'REACTOREUILOINGWithout"."."INTEGRITY:REACTORBUILDINGa.InOPERATIONALCOHOITION1,2or3,restoreINTEGRITYwithin4hoursorbeinatleastHOTSHUTOOWNwithinthenext12hoursandinCOLOSHUTOOWHwithinhefollowing24hours.b.InOperationalCandition",suspendhandlingofirradiatedfuelinthe.'COREALTERATIGHSandaperationswitha'.~potntiaifordraining',harase.or>assai.Thaprovis'onsorSpecification3.0$arenotapplicable.SURVEYS.LANCEREQUIREMENTS.REACTORBUILDING4.6.5.1"".'."'"INTEGRITYshallbedemonsratedby:a.Verifyingatleastonceper24hoursthatthepressurewithintheacacia".bu,i2cLing'islessthanorequalto$0.25~Ainchescfvacuumwatergauge.b.Verifyingatleastonce,per31daysthat:'LOCA:04oCMK(LC.ng1.All'equipmenthatchesareclosedandsealed.2./Atleasone/~doorineachaccesstothe~Herytactor6~~g""isclosed4,exceptfcrroutineentryandexit/.n,eac,o~L.ccu,ng3.All',penetratiansnotcapableofbeingclcsedpagusgp~b~~nbOPERABLE.-.automaticiso1ationdampersb~anrequiredtobeclosedduringaccidentconditionsareclosedbyvalves,blindrlanges,ordeactivatedautomaticdampersdwe+~securedinpositian.>>-.~t*>:we's1.Verifyingthatonestandbygastreatmentsubsystemwilldrawdawnorvacuumwatergaugeinlessthanorequalto+MR-seconds,and'002.Operatinganestandbyaastreatmentsubsystemforonehourandmaintaininggreaterthanorequal:o~0.25$inchesofvacuumwatergauge.>ntne-ataflowratenotexcadingC;h.g>>a>tta>>.tea>>ILTPlc,>>s.a>>d.reactorb~gnaHenirraasatearuelisbeinghandledlntiNe..-.andduringCOREALTERATIONSandoperationswithapotentialfordraininohereac-orvessel.3/46-~28Qmt%k4Qsel'LhltQWhlP-UNIT2
CPNTAIt)H~NTSYSTEMS.REACTORBU1LGINGLIMITINGC"NO710N?OROPERATION,t.eaMoeb~3.5.5.2The--.--.venilationsystemautomaticisolation/campers+~~showninTable3.6..2-1shallbeOPRABL="wih'.solatiantineslessanorequaltaiheiimesshcwninTable3.5.5.2-1.APPLI>ABILITY:OPERATIOtlALCONOMIONS1,2,3and".'KRON:<<eaneenbnQ2dinaMithonecrmorecfthe--"""ventilationsysemautomaticisalationfdampers~~sncwninTaole3.6.5.2-1incperaale,maintainatleastoneisolatiicnscam"er+~~0?ERAS/:"ineac"affecedpenetrat'.cnihaiisopenandwithinBhou"seither:a.Res<reheinoperable4damper+W~Q(s)taOPERABLEstatusorb.:salateeachafac=edpenetrationbvuseofatleastonedecivaed~Lamer~~securedintheisolationposiiion,orOebemiee,inQPeNATIOHALCONDITION1,2erI,bein,e'leesHQTeHUTDOHH[wiSinanex=12hcursandinCOLOSI,"IJTGO'~Nwibeinthefoilcwir.gZ-".hcurs.Otherwisa,inOperat',aralCar.dition",suspendIandlinaof-;rradiatedfuelinihe-."-'-,""REALT""PATiOHSan"'peraiionswi.hapotentialfardrainingthegreacarvessel.Theprovisionsa.Soecificaiian3.O.garencapplicable.4teac,tonbrut&.ngSURYEILUNi-R"PU""ucq7<eaMon~ee~2%ee~~damper~~shcwnb~&ngventilaionsystemautcma-icisolatianinTable3.6.=.2-1shallbeda.ons-ratedOPERABLE:a.~cPriorareturningthe+damper~+taserviceaf".na'tenance,ropairoremplacementworkisperformedonihegdamper~~rc+orisassocia.edacuaiar,controlorpowerciruitbycycliength+damper~~thravgii-atleascneccmpletcycleofuliravelandverifyingthespec.f-;ediso1aiianiieme.OPE71HGC,EC.L,K'uringCOLDS:-:~ipMNorRE;UELNGatleesonceper~~s-byveri1yinghaianacontainmentisolations-sigraleachisola-;angdamaer,+~~ac.uatesaisisalaticnposiicn.Syver1yingheiso1at.cninetobewiihiniis1inihenes:adpursuant.a.Saeciic~zticn4.0.=.~hen>rraia-aafuelCOREALTERATIONSandxeactocbru'.C@ngis5einghandledinihe-=---.--anddur',ngcperaiianswithapatental-,orcrainingtheractorvesselVh(P-UNIT2~~e&Jw>+h9v.e4i~+~<
'ABLE3.6.5.Z-1REACTOR8UILYINGV~NI~47'ONSYSTE'1"UTQNAT'iI0&T'iNg)AMPSAVESDAMPER)PF~~PUNCTIONi@XiMUHSOLATiQNTD1E(SecondsI.Reactor8uildingVentilationSupply(Damper)(4akv~(2HVR'A051Apo<8)Reac"rBuildingVenilationE"haus(Damper)(Vakv+(2HVR"A009Apoc8)Reac=or8uilding'/entilat'onwhaus+Dame~Vakve).(2HVR'A0010+o~8)ReasonBuda.VeetiZa.monTm~Oampex(2HVRA0059Aor>8)to~IiVMP-(iNIT2so
COHTAIHMElfl'YSTEMS5iAHQBYGASTREA'TMEHTSYSTEMUMITIHGCONDITIONFOROPERATION3.6.5.3Twoindependents~dbygastreatmentsubsystemsshallbeOPERABLE.APPLICABILITY:OPERATIOHAL'QHOITiOHSI,2,3and~.ACTION:a.'Nthanes~dbygastreatmentsubsys~inoperable,restoretheinoperablesubsys~toOPVABl~statuswithin7days,ar:1.InOPERATIONALCOHO~>OHI,2or3,beinatleasHOTSHUTDOWNwithinthenexIZhaursandinCOLOSHUTDOWNwithinthefollowing24haurs..ezcc~rcbui2&ng2.InOperationalCandiion',/suspendhandlingofirradiatedfuelinthe'COREALTaRATIOHSandoperationswithapotentialfordrainingtheyeac~rvessel.TheprovisionsofSpecification3.0.arenotapplicable.b.Nthboths~dbygastreatmentsubsys~sinaoerableinOperationalCanditian",suspendhand'lingafirradiatedfuelinthe~ad~<ecc~building6aa4a&iai~,COREALTE&TIOHSoroperationswithapotentia1fordrainingthereac.orvessel.TheprovisionsafSpecification3.0D.4.arenotapplicable.SURVF'LLANCEREOUIR@tEHTS4.6.5.3EachstandbygastreatmentsubsystemshallbedemonstratedOPPABLL:a.Atleas-anceper31daysbyinitiating,framthecontrolrace,flowthraughtheHEPAfiltersandcharcoaladsorbersandverifyingthatthesubsysemoperatesfaratlees10hourswit%heheaterson,~ocdMCo"educe.i/cebuildupojmows~un.e.on.tice,~orb~andHEPA)~era.caccia.bcuZdina"when>rraa1atearuelisbeinghandledinthe.andduringCOREALTEWTIOHSandaperatianswithapotentialfordrainingthereac-orvessel,(ueL~vmZz9-.Mi{P-UNIT2
CONTAINWEVTSYSTEMSSURVEILLANCEREgUIRB(ENTS(Co~nued)OPaahTiga<~LEb.**~[If*0onCheHEPA)~an.occhmcoaLadsonbzn.housings,oc(2)foRRouu'.ngpainting,)meon,chemicaLa<easeinanyventiLation-one,communicating+MALWesubsystemby:1.Venifying~Die,aubausCemaatuPmWe,in-pRace,VmuaL(ex'/maLonRy),HEPA,andAdsonbet~e,smngacceptancecn.etc~bu.<emovaLo$greaten,WanoeeouaR~o99.955o$~he00Pon,haLogenatedhuchocaxbongasusingNetntprocedureso$AIVSIN510-1980,Se,ctioes5,10and12,uu'.the,.sya~emJRoiv~ea3500cpm+205.2.Vemjuing~cpu.n31dauba5~en,cemovaL<haaRabor~ocuanaLysmo$a4preventativecarbon.sampReobtainedinaccordance.~vc.thAppendixA,ANSIN509-1980rcemovesg.meats,thanozeouaL~o99.8255o$ChemethyRiodidechen~uCedinaccordance.~hANSIN510-1980at'0~Cand955RH.c.d.3.Ve~)yingasubsystem)Rout.mme,o$3500cpm+204duringaus~emopenation~shen~m~edinaccordance~ANSTV510-1480.A$~exevezu720hocuuo$chancoaLadsonben.operonbyve~~gyingec.5u.n31dayha$~er.cemovaLCiaaRabo~ocyanaLuamo$acepnese~ve,carbonaampRe,ob~nedinaccordance<~AppendixAANSIM509-1980.temovmgrceatmManon,eouaLCo99.8255o$WemethyRiodideWhenCmCed.inacco~ce,<ehAiVSIN510-1980at80'Cand95~oRH.OP/RAVlH6CgCLC1,Veu.fyingMat4hzpomadedropacxoaa4hecombinedHEPAeuand~coaLachocbenbantuisRess.than5.5inch'/acrtGaugeetude,opingChe)iden,~utinata~Roe.~eo$3500c5m+205.2.Ve~)uing~Che.)iRec4~na~andmo~onvaRvmopenoneacho5We,5oRRoeu~gCes~aignaLs:,~fanuaLi~~on$".om~he,coetMRcoom,andb.SimuLatedautomatici'.~monsignaL.'.Vetijy~g~<hedecayheat.<emovaL.Go~onvaLve,sme,opened.Veau'.)ying@catNe.heatemdissipate,20+2.0hvvlhente,s~edinaccordance~vithANSI>9510-1980.VIP-UiVIT23/4b-32
CONTAINMEHTSY~ie.SSURVEILLANCEREQUIRBKVi'SContinuede.f.cpuoaZbe.dAftereachcompleteorpartialreplacementofaHEPAfiIterbankbyverifyingthattheHEPAfi1terbanksremovegreater.thanorequalto$99.953-+9~oftheOOPwhentheyaretestedin"placeinaccordancewithAHS1HH10-lg7=whf'lssgsrat<sgthssystasataflowratssfWSQfe-saagSfalass.-fa..lqag.Aftereachcompleteorpartialreplacementofacharcoaladsorber)mmkayak.byverifyingthatthecharcoaladsorbersremovegreatetthan$99.95)-~~ofahalogenatedhydr'ocarbonrefrigeranttesgaswhentheyaretestedin-placeinaccordancewithANSIH510-~whi1eoperatingthesystemataflowrateofcsmK"-2~0~.3500-'0~se~B~swhe~'y-o~9~~ssumed-~e-sM~sVlllp-UNIT23/46-3Z33
CONTAIHMEHTSYSTEMS3/4.6.6PRIMARYCOHTAINMEHTATMOSPHERECONTROLORWELLANOSUPPRESSIONCHAMBER-HYOROGEHRECOMBINERSYSTEMSSMITING.COHOITIOHFOROPERATION3.6.6.1Twoindependentdrywellandsuppressionchamberhydrogenrecambiner..systemsshallbeOPERABLE.APPLICABILITY:OPERATIONALCONOITIONS1and2.ACTION:Withonedrywe11and/orsuppressionchamharhydrogenrecomhinersysteminaperable,restoretheinoperablesystemtoOPERABLEstatuswithin3QdaysorbeinatleastHOTSHUTQOWNwithinthenext12hours.SURVEILLANCEREQUIREMENTS4.6.6.1EachdrywellandsuppressionchamberhydrogenrecambinersystemshallbedemanstratedOPERABLE:Rubies"powerreads-greater-thanu>1+operating+instrumentationandcontrolcircuits.2.Verifyingtheintegrityofallheaterelecricalcircuitsbyperformingaresistancetagroundtestwithin30minutesfollow-)ingtheabaverequiredfunctionaltest.Theresistancetogroundforanyheaterphaseshallbegreaterthanorequalta+10,000$anms.+3.Verifyingthroughavisualexaminationthatthereisnoevi-denceofabnormalcanditionswithintherecambinerInclosure;i.e,laosewiringorstruc.uralcannecions,depositsofforeignmaterials,etc.+.c.BymeasuringDesystemleakagerate:l.AsapartaftheoverallintegratedleakageratatesrequiredbySpecification3.6.1.2,or2.BymeasuringtheleakagerateofthesystemoutsideofthecontainmentisolationvalvesatPa,.+psig,ontheschedulerequiredbySpecification4.6.1.2,dincludingthemeasuredleakageasapartoftheleakagedeterminedinaccordancewithSpecification4.6.1.2.40.0MZeus'ncepe/h.<2monJubc(vem<iqingCpu'nghh".ecomb~ne/hshrs~emjunctcona.h'.~&~MM@he.mhqunumO~WghhShm.Aenpecauzih'~hC".amer~OgceMCXCsha'hOXaouat.o700Fsotdun90umin.asIatn'tata>.'.1150F,(oaa'ctaasshours.3/46-+~NlP-UNIT2
ORYMELL"'96UPPRE==>QHC<A"'9""9OXYGŽHCQHCEHRAIQN--LIE-r<HGCOHOITIOHFOROPERAiQH"-.6.6..Thearywel1andsup"ressionchambera~oosphereoxyaenconcentr=-ionshallhelessthan4~byvolume;,'.PICABIL~i:QPRAIgQHALiQNOIi'QN1gdur'.ng.hetimeperiod'&thin24noursafter7.":=".'9LPOWERisgratarthan'~oiRAT:"~FEE";.0LPQ'~'-2,followings~rtup,to'rhhin3nourspriortoroducngTHRialPC'n~ERIless<an~ofRATHi~"".=.'nLPQdERprei'minaryoascheduledreactorshut"'own.ACi'ON:'rli-.aheoxvcenconcentrationin.".ec~elland/orsup""essicnc."'.aaoer+Dcaedsngthe1mit,res.orethecxycencncantaioniowihinielimiwithin2-".noursorbeinatleast6TARTUPwisin"henex8hours.SUP/EILL4NCROUIRZt"lT4.6.8.4Thecxyaenconcn-rationinhed.dwellandsuooressionc".',a..oershall)beverifiedtobewihin~helimi"wi~Nan24hoursai.rTH=RWL.O'AERiscreaserthanl~ofRA~THERMALPO'AERandatleastonceper7days'lereaf.e.."Seehaec;aiiestExcotion3.l0.:".N~lP-UNIT23/46~35
liesNTSYSTE.5=.""TORBUILOIHG-SUPPRESSIONCHAt".BERYACUUM8REAKERSL:.H.GC.HOITIGH."-ORGPERATIGN-s:.:.-'..2iReac-orBuilding-suppressionchambervacuumbrearsshallbe"PERAB'="adlcsed.IAPPLICABILOPERATIONALCONOI(>OHS1,2and3.a.WithoneReacarBuilding-suppressionchar.ervacuumbreakerinaperablor~openinabuknowntobeclosd,resoretheinoperaolevacuumbreaertoOPEPeABLEsatuswi=hin-7haursorbeinatleas-HOTSiilJKGWNithi,nhenext12hoursaninCOLOSNUrOOMNwihin-hefollowing24hurs~,Ib.WihoneReactorBuilding-suparessnchambervacumbrakerocen,closetorevacum"cake>>within2hurscrbe-;natlees-NGTSHUTDOWNwithinthenext12ourand.inCOSriUTOC'n'Hwirin.he,ollowing24houmc.Wi'ronepasisioninditan,osanysupp".ssicnchamber-dr.ywellvacuumbreakerinoperabl;orethe;ncperableposiionincicatortaOPRABL"-statuswithin~'aysor,verifythevacumbreakerabeclcsedatleesonceper;.harpsby(analem'ate,~ears).Gtherwsa,beinabreastHOT5'r!UTDN'thinthenex~MhoursandinCOLOSNUTQGWHwithin.the.,oicwing,%~hours.ISURYEILLAHCREQUIREMENTS4.6.4,.2EachReactorBuiling-suparessionchber'vacuumbreakershallbe:a.Yeriiedclosedate~~-onceper7days.b;OemonstraodGPEPBLc:Atleascaper3"daysby:a)Cy,:naeachvacuumbreakerhrcucha-Tesone(cmplete)'st)cycle(offulltravel).b)Veri,yingbothpcsiionindicatorsGP'ERABL"-bobse~ingexpec.edvalvemovementduringhecyclingtes.1ayL)c)easonceper~8manthsby:Oemonstratingthattheforcerequiredtaopeneachacumbreakerdoesnotexceed.heequivalentof(0.=}csid.Yisualinsecion.Veri-;y.ngboth"os'tioniice=crons"-=.=.ooLcbyrer-.--....sr.o-,eCHANNE'AL:8RATIOH.,'4i/P-UNIT2>>t3/C5~~rc'
rgbAl<<lg!,Q/g$5.~:VL=""="C"HTROLSYS"HL!'IT'<<COHOITICHFOR0.ERATIOH:.6.I.4OP=RAHLcACT:DNoiindependentMSIVleakagecon.roisystem(LCS)subsystemssh-IbeLAPP'CAg7~STY.OP@<A!IOHALCOHPTTyOHS1~2'PithoneNSIYleavacsubsystamtcQP=RABLthenext12hoursandcontrolsysamsubsvsaminooerab!e,rstoretheinoperableatuswithin30dayscrbeinat!-St'.-'.OTSHUTGGNHwithiniCOLDSiiUTDGMHwithinthefolic'ng24hours.SURV"=:LLAHC:-REOUER:-MENTS4.5.i.4-"achMS:VIeakacec"nclsystemsubsyamshalleca.rsaadGP":~4cL=":ntleastcocaper31davsbv.l.Staringtheblcwer(s)fr..hanrcirccmando"eratinctebiowe.(s)=cra.leastI:-mnuts.2.Cvclinceach(air.diiut-,onv-ve).h!ouchatleastonec"moletacyclecTruilt.Bve!.'V~:-ner",i=ingtheheatersan'er",ify.1g(a-ameraurerise:hancreauaItc()4Fithin(minuas)(c.rrentof()~oerphaseforachheater).()~-,.e.esb.OurinoCOLOSHUTOC'~H(,-ino-cerfor,.edwi.in.heorevious92davs,'vcyclinceach(leadervalveana(steamisiation)valvehroucnat!eastc.ecorn"letagc'e.offuII.ravel)('nac"rdarcawithSpecf-cation4.0.=).c.Atles-cncapermonthsby:Pe.OMancafauncicnalaswhichinciucas-muIatadact'ticnofhesubystamhrouchoutitsooera.'ngsequenceandverifyingthat=ac,inarlockand.mercoeratasascBsigned,achautaticvalveatuatas."itsc"rrecoosiicnanct.,eb!ower.ar=s.2.Veri='.ingthattheblcwercaveiopsatleast.hebe!cw".uiredd.'nboardvalves,(60)"H0at(100)scfm.)Outbcardvalves,(:-0)"n20at(240)scfm.2y(ter,"fvinc-he(flow,pressure,temperatureandlevel)(coerat~rg)istr'...Br,-=-.iontcoeGPERABL~byperfor...anceofa:C:":AHHcLC:-:="'(atlesonc"er24hours;-'CT:eHA!T<STatlaasoncper31dys,andCAL'"-RATIGHatlees.cnc.per18months.ViP-UN'me
SURGE>ANCEPEnUEREHEHTSContinued)~.i.1.9;3-4t)eastOnce.per92-dayseach(6)inchyves1andsuporession11~-therm.~a+.'~eg-t~-ae-meesu~~kag~~'a'~RP-UN'
iGHANA'lh'"-RT5YS)cdi=-,i.'uc=,",".".~~-,",=~""H75(Continue~iany~.c)psior(:-)psiieaktes-resultsin:2.calculatedA/<kcreatrthanthespecified1'...i,orAccui.atadA/+kfroma(~.5)psileak.as>2Cofthespeci',ed1imlt,thenthe.as-'che'efr~subsequenttas.sshallereviewedby.heCommission.wcC.sacive(:=.'sileak.as-sresul'aiŽa'uiatadA/'kcr=a=ar..",anA'(:.:-)s-leaktasshall.bepeformeda.iestence:er9monthsun-ilwoccnsacuve(~.5)wieakts=sresult-inthecelela-adAlgkwhinhespefiedImi~and(:..")"siIakas,esInaca1mi=,afarwnichheabescheduimavberesumed."-..hesaccrdccrsatvesuc"assfu'maculatedA/4k~i=hinthespecfiece-cronly(.=,ps.-:eav-s-swocsau.Ve()csileaksts,e1per'cnthsunt1~'censetve(:-)ps'en/ykwihin=hespe-'fied.ii:,af.arwrichnacele"1--a<"/'k""~-"-"---naktas-.s",esui:inaceleia-dNe=-:"cves~-.edu.e=orcniy
NAO'NEHTSYST-AS'(c4"'>~dr',-zuHC;.A:"wOf.r"-"-"IIALPc".-uR':I':>!iNGCOttDTTIO>IFGRGPERAT?,ON3.6.2.4Oi=arW.'aipressuresnailbegraa'ert'.?anoreaual7/IIo4totbetwenthedrywe11to()psid."totandsuparessioncr,'-,carV~voi4voI~~t'V~ii4.i.o~.iIrWlflc>IntoOO~O~loiiIC,.IIv'I/to~vooo~~~~ooLL~~VVLt'CtON:VV~oVItt4ovv~wtoo4~tIII~'hiitlranedrywall-suarasaianeh~aberdiiarantiaiorassureins--.entaiofiiannainoperable,".as-ra'.heinooerabrac.anneitoGPc~ABl"-satuswithin".0aaysorbe'tleastHGT"=i-:UTGGMHwithinthenex-iZhoursandinCOLOSiiUT-O~'Nwith.'nthe=oiiowina2-".hours.Mithbathc../weil-supprssn/".,"i-oerdiii-,e.n=iaiorassurainstrumantat'onChanneisinor-ie,restore=-ioleas4anaiiI".operablec'."annaltcGP."".~8!=s~-:us'wi'n8hoursorbeinaiolaas:HOTS:":U7ooOO'ANwithintivenext12hcura.dinCOLOSiUTQG'iHwithinthewJo,oficingZ.nours.c.'r/ithhadr./weil-suppras-onC."'~mba.di-,-,avantaipressureless..-',an(1.)pSiid,raStara'tiedi=ierent-iaif"raSSurataCrea-ar-:.hanOraauaito(1.)Osidwit11n.hour'5ol'ain'aas.0ISf?UILJG'IIHW1inthenext12hcurs'ninCGLQSIUTUGNHithinti"aio1lowing2-".iicurs./SU;.,YE;Lr,tIC=R=.OUIRBiHVS..5.Z.4to1TiiaclAei'1wfoorassionc;lai"berdiiarantiair'assuasiiai1camons-ratedobaw'i-'niimiwbyveri=yingofeaii2?'-.iai'assuratleesoncper12hours.,'"..5.2.4.2A41e~4/fodr/weil-suparassionc."'.amberaiiiaran'a!pressure'ns-r"santa-ionnanneisshallbe"'amans-ra"adGPERABI:-byper,crŽanco=a:/a.C:-'A'LCH=."XaioieasonceperZ.hours,//b.~.-.'AHNELrtJtiCTGtiALTESTatieasoncaoer='1"ays,and/c.C.,'AtiNE'AL?rRAT.'GNa-1astoncepe.',"...~,opacatf.ngcf'ooovtvA(tooo/-UNIT.ia~-.t.laWttiarmoI-caot;orupta-".hoursdiIIarantIa1praSSura.radsurreiflaiicawilic./V~~'V.Orraauiraaucas"'lapressuraaIar,sa==aint->()psid.
NO5OpcRL55IO(C.-.,~.'"."-~Al~Q5."t-'""."OILL~TIQ'f5'(57-Q('s""nwcnycrcgracopIQinersavalraoIe)LIHIi'GHOITIONFOROlciQTIOH3.6.6.2meellandsuapressionchambera~oosphereilution(CAO)systemIshallbeOPr=RAB"-.APPLIC"SIL~rACiON:OP,TIONALCONOIr'HSIarid2Mihthedrvwelland/orsr.pressionc."',a."be>>C'0ystemino"e>>able,restoretheCAOsysw~tcOP~ML"-s~twi~ain30dayscr"einatleesHOrOUTGO'AHwithinhenext12hours.5URYEILLANCRcOUIRE4.6.6.2onedrprellandsu"cressionc.-,."era=.cs"herediluticnsystem~shail}bede:~,cnstratadtcbe072ABL='.a.Atareasoncper31daysyveri<ingtha:l.inesysearc"nainaainmumo(43"-0)callcnsofliquidnitrogen,and2.=achvalve,canal,"eweroce.a:edorautomat;c,intheflownotIocza,sealed,orotherwisac"redin,"osi-'an,isini,+acar,ec~cstion.b.A"lescncp.ISmonthsby:I.Cvclingachpowera"crated,excludingauto;ativalveinheflowPa'1nottas~bleduringplantcceratcn",".ughatleastanec"aletecycleaifullt".aveI,and2.Ve>>,ingthateaciautoaticvalveinieflaw".atha-atesisclatcntass-ignaI.
ORVri<(AGIO:.U?"."RcSSiONC:-:AM""-"R~/HYOROG"=!IN>XhGSYSTBlL:i".IT:eIGO'IDii"ONPOROPcRAT>OH3.6.6.3Twoideoendentdrywe11(andsuooressicnc.",ambsystemssha11bOPc'.-"ABLER.'PPiCABTLI'.QPWTTOHALCQHO~iiOHS1and2.)hydrogenmixingscT:0>>:>>iehone>i-,rNe11(sn>>/arsopprssonc.';ember)yoroaenmixinasystninoperbirestore.theirocermiesy=-mtcOPER"Bl=stswithin30cayscrbeinatieastROTSHUi.CNNwithin.enex:12hour.-----SURVE:L't(C"-R="UIRABBITS-..6.6.-".ac>hdryweii(andsue~ssicc>cEer/>".vdrogenmixingsysamshali"ecemcnsra"QPcRABIs":At1eastencel"-er2daysby:Smrtng.esystemir"mtihe/"n=rcirccm,and2.Veri>j'",atthe~stemcceratioratieas"minutes.b.At./leastncaPer18monthsbyveri~>ing=system'lcwrateciaiiestci>>l/>V!({P-UNIT2vtQvv%+A>,
3/4.7PLANTSVSTEh53/4.7.1PLANTSERVICE0IATERS/STB(-OPERATINGLIMITINGCONDITIONFOROPERATION3.7.1.$TwoindependentpLant.ser!vicewaer;aua4emDopa.shaQ'.beOPERABLEeM!.eachLoopcompr!isedo$:TwoOPERABLEplantaer!vicewater!.pumpsandse,<vicewatsaMuationinb~e~oncharm~rshowninTable3.1.1-2g.shaLLbe.OPERABLE4u'.psetpoints.A)LowpaJ!capableo$~ngsuction(<tomLalzeOntar!ioand~!!eruu.ngWewater!.~o,theasaociaed.sachet!Ir!,egaedeo!u'.pment.Se".vicewaec.supplyheadexcKscha:gewater,<emper!atuxeo0<17'F.c.OneOPERABLEIntakeDeicingHeateeSyrskem)@MtLakeO~o<34F.APPLICABILITV:OPERATIONALCONDITIONS1,2,3,ACTION:Mit/!ZestWan2pled<.ser'vicewater!.pumprsopembZeinone,Loop,.cessor!eone,inope,wheepumptcOPERABLE.situ!cu"u'n30dauborbeinaZeas~HOTSHUTOOMNeMu'.nNenex12hour!rsandinCOLDSHUTOOMV+MAL.nAxego&owing24houu.M~mesa4!an2antadvicewaer!,pumpsineachLoopopewhee,cessor!eaLeas4one,inoper!abZepumpCoOPERABLEa~uu'.~u'.n7daubor!.be,inatZeasCHOT.SHUTOOMN<<!ithinWenex12nounsandanCOLOSHUTOOMN<cc5unmejo&cwing24hou,as.M~onepGmtrsenvicewaten.a!Irs-emZoop.i!ope.able,.xes~or!etheinoper!ableCoopCoOPERABLE.s~uu.thatZeasCone.OPERABLEpump!~m72ho~or!.beiriat'eas~HOTSHUTO00IN!eMu.nWenext12houtuand~COLOSHUTDOMNwi'u.n~!e~crowing24hour!rs.A&o.~eACTIOV.xeouixedbuSpec,i+cation3.5.2and3.8.1.2.IN.~!.gestxnane'.!u'mumope.~bhse".vicewater!.ae,~onins.'umentationchanneloper!able,WI:e.theACTIOVxeocu',xedbuTaote3.7.1-1.0.Mich~e.ser!vicewatersupp'!Iheadersdmchaxge<<Mer!.tempemtu;.ecva".anu24hour.peruodexceeding77'F,be,inat<caskHOTSHUTO(",:.'A.tnenext12nounandinCOLOSHUT¹(JN!uM!!'n<hejoklcwng2Jhouv.Intaizeheatewa".e.xeouixed~obeoperablewhenintcdzewater!,~emperyur!.e<34F.Anu'.rumumo(21outoj84heaeMa,".eeeoc@',:ed.tobeoperwbieComcu'.+tainWe".co~edgow)on,WeSer!vice1IIater!.S!rdzem.Mi.thRes.s4!anone,IntakeOecc!'.ngHeater!,Syrdemoper!aMe,beinatZeas~HOTSHUTOOMNmMu'.nmenext12houuandinCOLOSHUTOOMNwit'u.nmego&owing24bout.,'4'lfP-UNIT3/47-1v'
3!4.7PLANTSYSTEi'53!4.7.2PLANTSERVICE(JATERSYSTB)-SHUTDOWNLIlHITINGCONDITIONFOROPERATIONch3.7.~TwoZndependeetpZrzntaetvacewater,zyb~emZoopaahab'.be,OPERABLEr~eachLoopcomp~edo$:a.OneOPERABLEpZantaacv~cewatspumprznd.sefzvacerrlaten,rzc,tuationins~e~onchrznneZhhhown~nTabZe3.7.1-g%6haZZbeOPERABLEutMzCzech'x~pae+oi~.AgoutpathcapabZeo(~ngdu~on)cornLake.O~oand~fanningNewaterCoVreasaociaedsa(Mr.xeZaedequipmerzt.6.SenvZcewater,huppZyheadecaischmgerrlatextempe~wteog<77'F.c.OneOPERABLEIntulzeDeicingHeatmSystemrcMzLalzeOcta.o<344F.APPLICABILITY:OPERATIONALCOhlDITIONS4,5.ACTIOhl-'.b.c.Gl~n'e.s.sthanone,se>v.icewaexpump.in.eachCoopopembZe,decZxxeWeassociatedsrz$etumeCaedeauxpmeatZnope~oZerznd-WlzeACTIONeeoui"-edbaSpec,ip~ons3.5.2and3.8.1.2.0l~8eu~iranminimUmopeutbZeseevZcermtercactuationZns~zrrmeetationchanneZsopembZe,WlzeOreACTIOV.xeoautedbyTcbZe3.7.1-1.Ol~~hgazeseancerrratensuppZrr'readerdischa".getempezatuneove.'zany24honour.peu'.odexceeding77F,appendCOREALTERATIONSandaZZopib~onsMathaveapotentiaZJolt,chairu.ng.thexeac,ton,vened.d.Intrzlzeheater+cvtercea~ed~obeopenabZewhenZntalzeu.'ates,tempe~un,e<34'F.Amuu'mumo$21oMo(84heatemaxexeour".edtobe,opeuxbZe~omaintainthezeq~ed~Zow(ocWeSecvZce0latecSuokem.04/5zZest~rrznone,IntalzeDicingHeatwSue~emopeuzbZe,suspendCOREALTERATIONSrzndaZZopemtionsthathave,apoke~~oxdrainingWe<etc.toeve,weZ.Vii)P-UNIT23/47-2
EMERGENCYCORECOOLINGSYSTEhfSSURVE7LLANCEREUIREMENTS(continued)e..FocChe.AOSby:1.AkLeubkonce.pn31day,pm(o/DingaCHANNELFUhlCTIOhlALTESTo(Che,accumuLakocbackupcom~e/Isedg~agkemLou~nameaLa/unagkem.2.AkLeukoncepnopmati.ngcycLe:/plgglLTp]+coBfyg~5Qa.b.d.Pm(otcnu'.ngaagkem(unckionaLCukw4.chancLudmamuLatedaukomakicackuationo$Chehyhkemk&oughouk~emergencyoperating6equence,bukexcLudi.ngackuaLvaLveackuati.on.hfanuaLLyoperu.ngeachAOSvaLve,whenChe,rceackoczkeamdome.pcmzmeLegrceatmChanocequaLCo100paigandobamv~ngChateiChm:1.TheSRVMcharcgeAcom&cMo~otu'.ngSyakemce/ponAaccorcdingLy,oc2.TheSRVO~c~geLineTemp~meMo~otungSyakem<upon'ccohNngLgi0pPm(o/DingaCHANNELCALIBRATIONo$Che.accumuLatocbackupcompte/aedgmayakemLou~memeaLa/Unaykemandvetu.(y~ngaLouaLa/unzekpojnko$163.5+3.5prigdeMea/ingpce/arne.Per.fo/UnaLeak~eCMC(oreAOSSRVpneumaticopercatorchby~u6utu',zingeachAOSaccumuLakort.ak178prig(auppLyheadMhighpcmamea6uvn)upCo~auppLyheadm~oLationcheckvaLve,~hChe,SRVinChe,openpoa~on.TokaLLeakage,cate.(oaeachSRVahaLLnokexceed0.5SCFHJoeChe,SRVackuakedbyeiChno$Che,AOSsoLenokQ.Pnfo/una,Leak~eCukfoeChesa(ekyaeLakedAOSaccumuLatocpneumatic-auppLyzyzkem(~ncLuc4'ngapeciaLemergencyCubeWaiLnauppLypiping)upCoSRVackuatom/op~os.01MhChe.SRV'6ackuatedbyeikhmo$Che,AOS/oLeno~chand~hAOSaccumuLatomat178prigand~hAOSogenrceceivingCanfulat:385prig(highpcmameaLarvn),Che.Leakage.~ehahaLLnoke.xce.edChe,(oLLoeingLi/nik/1.FoaChe,AOSSRVackuatom,auppLyheader,andaccumuLatom,andChe~ogenceceivangCank)ocCheSRV'a2MSS>>PSV125,1318136.MaximumaLLounbLeLeakage.ke3SCFH.2.FoaChe,AOSSRVackuatom,auppLyheadmandaccumuLatom,andChe,ogenaeceiv~ngCankJoeCheSRV'b26fSS>>PSV129,130,1348137.MaximumaLLoNabLeLeakage.~4SCFH.Thepaovwion/o$Spmipc~on4.0.4atenokapplicabLe~outedChe.smveLMancepm$o/uned~kin12.ho~a)kmaeackocakeam~awmemadequateCopet$o/UnChe.Cmk.NMP-UN7T23/45-5...I/)~.l,P""w
3,'Thec.otA,totuw4<ee,>bypass~vwUveposed+io~f'Q>poolgpc.C.Ot'diMQLgg~[here(awcortcmpawh.~~yc.gywge~s~su~Jl~~~~+aw,0hJcOP+<
3'/a5.2ECCS-SHUTOOWNi.'MITIHGCONOITIONFOROPERATION3.5.2Atleastt'<<oofthefollowingshallbeOPERABLE.a.Tnelowpressurecorespray(L?CS)system<<itha',owpathcapableoftakingsuc.ionfromthesuppressionchamoerandtransferringthe~aterthroughthesprayspargertothereactorvessel.b.Lowpressurecoolant,injection(LPCI)subsystem"A"oftheRHRsystem<<ithaflowpathcapableoftakingsuctionfromthesuporessionchamberandtransferringthewatertothereactorvessel.c.Lowpressurecoolantinjec-ion(LPCI)subsystem"8"oftheRHRsystemwithaflowpathcapableoftakingsuctionfromthesuppressionchamberandtranserringthe~atertothereac.orvessel.d.Lowpressurecoolantinjec:ion(L?CI)subsysem"C"oftheRHRsystemwithaflowpathcapableofakingsuctionfromthesuppressionchamberandransferringthewaterto".hereac=orvessel.e.Thehighpressurecorespray(HPCS)systemwithaflowpathcapableoftakingsuctionfromoneofthefollowingwatersourcesandtransferring'hewaterthroughthesunrayspargertothereactorvessel:Fromthesuppressionchamber,or2.Whenthesuppressionpoo'1levelislessthanthelimitoris~drained,fromthecondensatestoragetankcontainingatleast28300g+r&~~availablegallonsofwater,equivalenttoalevelof$.8.55]APP~ICABILITY:OPERATIONALCONOITIOH"and5".ACTION:.Withoneoftheaboverequiredsubsystems/systemsinooeraole,res-oreatleasttwosubsystems/systemstoOPERABLEstatuswithin4hoursorsuspendalloperationsthathaveapotential,ordrainingthereactorvessel.b.Withbothoftheaboverequiredsubsystems/sysamsinoperable,suspendCOREALTERATIONSandalloperationsthathaveapotential.fordrainingthereactorvessel.Restoreatleast'nesubsystem/systemtoOPERABI=statuswithin4hoursorestablishSECONOARYCONTAINMENTINTEGRITYwithinthenext8hours.'TheECCSisnotrequiredtobeOPERABLEprovidedthatthereac:orvesselheadisremoved,thecavityis'looded,thespent,fuelpoolgatesareremoved,andwaterlevelismaintainedwithinthelimitsofSpecification3.9.8-and3.9.9.3/<5-8
PLANTSYSTEM(SSURVEILLANCEREQUIRE((EATS-OPERATING,SHUTDO(JN4.7.1The,pLantSmvice0/atmSyakemahaLLbedemonsC~edOPERABLE:a.Byveau./gingWewamLeveLatdieService((latmPumpintaheisgr~eatm~ianocequaL.to233.1feMELev<<ion.l.MLeasdonce,pm14dayrswhentheLeveLisgceatmWan240.0)eeteLevation,and2.AtLearskonce,pm12howewhe,nAeLeveLisLesaWanoeeouaLCo240.0~eeteLevation.b.c.EachSmvice0latmac,wagonins~~e~onchanneLsshaLLbedenonsh~edOPERABLEbyNepm$orunanceo$WeCHAVVELCHECK,CHANNELFUNCTIONAL~TandCHANNELCALIBRATIONope~ovufoeVteOPERATIONALCONDITIONSand<<Wegceouenciers.showninTabLe,4.7.1-l.AtLeas~oncepert31daysbyveau.vyingHateachvaLve:manuaL,poweropm<<edoeauo~c,amvicingoa$etu.".eLatedequipment~iatisnoCLoched,aeaLedoeoNerueueaccursedinpoo~on,min~convectposat~on.ovZSATivc<ScionEachautom~cvaLveaecvicingnon-aa(etyceLatedeouipmentactuatesCo~mo~onpoa~ononanmo~on.tes,taignaL.Ao~e~a.sknuLated.testsi~ii~,eachauto~cvaLvezexv~cingnon-.sa)<<u.teLatedeouipmen.ac,tu<<esCo.~moLationpod~ion.Eachasaociaedsmvicew<<m,syaCemcxoaaconnectandpumpcLischa~evaLveac.~emu.'omaticaMito~Hei<mo~onpod~on,and.th<<asingLeservicewatmpumpa~automaticaLEyineachdivisionandMatmeasrso~edpumpdischa'agevaLve.".eopenbauA."om<<icaLLu;ino&en.CoduppLu~Low.toWeeyaCensafetyr'elatedcomponentrs.Each,pump~andmaintainsservicewampumpctucha~epnessurceeouQLioo<gee<<mWanphag~teachpumpgLoweOuaLwoo<gee<<ec~'gpm.AtLeaskoncepm12houuby<eco~ngamvicewam.suppLuheadmdacha".geCenperuMmeon,anopmatingLoop~obe.eMu'.ni,wLUniThe,c~ento$WeheatmjeedmcabLesrhailbechechedweehLyat~hemoron.co~oLceMemwhenevm.theintahew<<en.~empenatwreis<38F.TheindividuaLheatmsshaLLbe,mom'nedonce/6months~onutedhe<<exc~entonasrceqcuxedbyLargedev~onrsin~hejeede>che>isin4.7.1..~.above,.dFPaaT<lvCCYCLETobe,Vh(P-UNIT2dete~neddwu.ngpce-opercationaL4.'esWng.P.3/47-3
TABLE3.7.1-1SERVICENATERSVSTEh(ACT((ATION1NSTP((h(ENTATION-CIIANhIE(.OPERABILITYREO(IIREh(ENTTR1PF(IMCTIOMOischanc(eBa(I1.<<v<<i'>>,tak(T<<ccc(<<i'r'NatenIecu(.>e'cat((neSenviceNat<<nPccucpSccctiuccLeuc(.2$(UP'1$-3OA,B2$(UP"TSL-64A,65A2S(UISL-648,6582$NP>>LS-73A,Bh(INIh(((h(INSTI'tch(Eh(TSOPEI'ABLE(a)2I/OivI/OcvAPPLICABLEOPERATIONALcouoITlouAI.(.-ALLAI.LALLACTIouSenvice(UatenI'<<mpOischangeFlucvTnain"A"2$NP-FSL-96A,C,ESenvice(Ja.ten.P<<mpDischangeFt.occ(Twain>>8"2$(UP>>-I'SL-96B,O,FSenvice('Ja,t'enI'ccucps0(schanjceSCJ(a(cc<<nOififienec(tiai'.I'nessccneTna(cc"Au2$(UP'POTA,C,ESe>'(vice>(UaCenPc(cupsOibuchan(jeStnai((en.O(fifienec(tiara.I'sess((neTna(>>"8"2$(((P'POTB,F,OSrnvice(UatenSccpp(glleacl<<nOischan(ieNatenTeucpenaC(cn<<2$(>JI'I'L-31A,BSenvireNatenlc(tet.PnessccnefiunEOO-2tIIP(.'S,IJiv3)2$NP-I'$1.-95A,BI/p(uulI/p(uupI/s.tfla((cv>cI/.~.tzcainen.ALLALLALLALLALI.AI.L7,((7,((Co((tnut.8<<it(I(c(cj(UatenI(occ(Cu>>tnoL8(c,itcli>>(ISe>nv(ceNate>nl((Teucpena.t(cneCo>>tnot'c(ii'c(ic(cjSenviceNaten0<<tIe>mp<<natccne2SNP-I'SL-29A,82$(UI>>>-TSL-91A,82$NI'>>IC-35A.8ALLALLAlLIc()Aci(ac(c(cI'ue(((b<<p('ac.ecl(c(accice(>Icena(c('c.statccsficcn(cpCcc2h<>cc'ccsficcnnerve((i>(eelsccnve(('('ac(ce(u(thc>>(Cp4'aric(gc'IceI'(ipsc.sI>uciceClccC'cil>I><<cl<<c>cccliCic>>c.
TA8LE3.7.1-1(Coetutued)SERVICEINTERSVSTE(lACTUATIOMINSTRUMENTATIONACTIONACTION1ACTION2S~t2HVK'CHLlAoc8asapp&cabRe,on,esmbLQk$Co~vmanuaLLy.Lochedct!oweAOV-30A,8.ACTION3Lochedopen,<lOV-77Aon,,'LfOV-778.ACTION4PZcce,~+takeheatem~nsmv~ce.~$Mze<38F.ACTION5Lochct!oweh(OV-95Aoe8anddec&meEOG-2(HPCS,tv3)~nopembfeandJoZLourSpa,n.+cation3.8.1.ACTION6geclaceassociatedcmiceuxten.pump(.s).incpe,.utble,and~oMowSpec,c.+~on3.7.1.1oc3.7.1.2ACTION.ACTION7,1(anuaLZyoperaedQchmgea~nerwoncepen,12ho~ocde,cuba".easaociahdaeev~ceuxteepump~nopemble.ACTION8Pm'e,anat'.Emoteoe~enpo.m".yive4~e~on.N(P-UNIT2P.3/47-5

TABLE3.7.1-2SERVICE(UATERSVSTEhlACT((ATIONINSTR((h(ENTATIONSETPOINTSTRIPF((NCTIONDi.scl<<l<<geBagLeuefI>>falie,T<<>>>>efIo2(UatenTeolpenat<<neSi!iiuici!(UatenPilillpS<<ctiu>>LeveP.Senvice(UatenPioopDischangeFPoiuTna.i>>"A"Senuice(UatenPioopDischa<<geFP<<luTnaiii"8"2$(UPLS-30A,B2$(UP>>TSL-64A,65A2$(UP>>TSL-648,6582$(UP>>LS-73A,8h2$(UP>>FSL-96A,C,E2$(UP>>F'>L-968,D,PTRIPSEIPOINT<275'Peu.>3(IF>234'Peu.>3000Gphl>3000.GPhlALLO(UABLEVALOE<275'/4"EPeu,>37F>233'23/4"EPeu.>2625GPhl>2625GPhlSe'i<<ice(Uat'enPillilpsDischangreSt<<ailienDififiene>>tlatI'<<ess<<neTnai>>"A"2$(UP'PDTA,C,E$<<<<vice(Uate<<1'loopsDischangeSt<<ai>>enDififii>ne>>tiaP.P!iessii>ieTnai>>"8"2S(UP"PDTB,D,FPSIP<6"PSID<6I/O"PSID<6I/4"PSIDSe><<l>ice>(Ua(en$<<l.gl('gIleaile<<Discha<<ge(Uate<<T<<olpenat<<neSenuice(Uate<<I<<tetPness<<>lefiunEDG-2ll(I'CS,Div3)Cu>>Vi<<P.8<<iPili>>ji(UatenFP<<iuCullt<P6<<iP

>gSenvice(UatenillTeo(pcnatil<<eC<<lit!iu('lciPililri)Senuice(Uate<<Oiit;Tel>>pe><<atii'ie>"IhlDICAIIONONI.V2$(UP>>TE-3IA,82$(UP'I'Sl.-95A,82$(UP>>I'Sl-29A82$(UP>>TSL-91A.82$(UI"IC-35A,B>25psii))225GPh(>60I'72F>21.5psii)>209GPhl>58F<75.5F TABLE4.~.1-1SERVlCE(UATERSVSTEI(ACT(IATlON1NSTR(II(ENTATION$(IRVE1LLANCEREA(llREh(ENTTRIPF(INCT10NDischahgeBagLeuet.lntai.'eT<<>>>>eL'82WatchTen@chat<<heSen.v{ce>(')a.t{>nPtwp$<<ct>Li>vefSehuice.(UatenP<nnpD<achahgeFCoivThymi>>"A"2$(UP"Ls-30A,82$WP>>TSL-64A,65A2$(UP>>TSL-648,6582$(UP>>LS-73A,82$Wp*FSL-96A,C,ECIIANNELCIIECKNA(UNA(UCIIANNELF(IMCTlONAL1ESTCIIANNELCALlBRAT10NSenv,ice(Ua.tenP{unpD4changeFeo{vma,i>>-8"2$(UP>>FSI.-968,D,FI((USehvice(Ua.te.<<P<<ntpsDischa<<gcStnai>>enDi/)ene>>tiaraPness<<neTnai>>"A"Se<<vice>!JatenPtnnpsDisci{angeStn<>enDi()ene>>tt'at.P>{ess<<<<eThai>>"8"2$WI'>>PDTA,C,L2$WP>>PDTB,D,FNANAASehuice(Ua.ten$<<pp('gI(ca(lenDischangcWa(enTernpenat<<ne2$(UI'E-3IA,BSehuice(Uaten1>>('e(:Phebs<<he$>>nEK-2tIIPCS,Div3)Co>>tnuf8<<i.('ili>>g(UatehFLoiv,Cu>>thuL8<<i('{Ii>>gSenuice(Uat.e.>t.1>>Teuyenat<<ne2$WP'I'SL-)5A,B2$(UP>>I'SI.-29A,82$(UP>>TSL-91A,8(NA;NANANACi>>>t<<r('<<i('dill!ISehuice(Uale<<0<<tTen)I>ehat<<he2$(UP>>T{'5A,BhAPo$4Vsi~LcosPt<&ketuviolLcaLitfe+~t{>tntp{A-tv',>(>e'Lpsno'A~gal){g~~iule{-cksygtgM,c<WfoUoc-{&hqohrgspcepr{'L) OUTOOORAIRSPECIALFILTERTRAINS'YSTB53/4.?.2CONTROLROOMLIMITIHGCONDITIONFOROPERATIONoul.'/tcvt4pe~/~3.7:4..1@aindependentcontrolroom"C>>shallbeOPERABLE.APPLICABILITY:AllOPERATIONALCONOITIOHSand~.ACT10N:0pInOPERATIONALCONOITIOH1,2,or3'withonecontrolroomme~ey-'noperable,restoretheinoperablemba~OPISLEstatuswithin7daysorbeinatleastHOTSHUTOOMHwithinthenext12hoursandinCOLOSHUTD0%withinthefollowing24hours.b.InOPERATIONALCOHO'>OH4,5or":LMithonecontrolroom..inoperable,resothe-'oO(ERABL="statuswithin?daysor~nitrateanmaintainoperationoftheOPBABIlmh~inthe'modeofoperation.PLterr.~n',~~s.2.Mithbothcontrolroominoperable,suspendCOREALTERATIOHS,handlingofirradiatedfuelinthe-',.andoperationswithaileac,Noh,pozznsd'ordraining.thereac.orvessel.btuXcLing~c.TheprovisionsofSpecification~harnotapplicableinOperationalCondition"."3.0.4SURYEILLAHCEREQUIREMENTSgee.x~outdoor.'pe~.~et.4.?.g'achcontrolroom~~emons."a.Atleasonceper12hoursbyverifyingthatDecontrolroomairtemperatureislessthanorequalto+DO/'F.b.Atleastonceper31daysonaSTAGGERE3TESTBASISbyinitiating,fromthecontrolroom,flowthroughtheHFPAfiltersandcharcoa)adsorbersandverifyingthatthemhs~eoperatesforatleas10'hourswiththeheaters6PHA84&Ion,~noemCo<educeCiteb~dupo(~moJ~uRv8~heaNocbemandHEPAPg,<~.'Menirradiatedfue'lisbeinghandledinthe-'gaeaoc)~dingandde,ngCOREALTERATIONSandopener~vina.po~e~~ondncu.~u.ngate.".eaMozunset-Qe~~uMinCfiremsaeL.~v4QgLciVMP-UNIT23/47/8 PLANTSYSTEMSSURVEILLANCEREQUIREMENTS(Continzzed)c.ACReasConcepewope~gcycleoe(1)a(Cen.anuaCmaz~mainCenanceonCheHEPApLtet,on,chaxcoaLcubo.ebshozzsingd,on,(2)$o~eingpainting,Paceon.chemicat!.x<ease~nanyveetiZationzone,commzznicaCingzzziChChePLnC~nsby:1.Ver)y~ng~Che)~~aatis~uChe~n-placeVmuaf(exe~o~),HEPA,andAdsonbet,Ces~gaccepCancec~e~bucemovat'$grceaten.Chanon,equaLCo99.955o$CtzeWPon.lzat'.ogenatedhudnocaxbongasaskingCheCesCpnoce~eso(ANSIN510-1980,Sections5,10,and12,<vizChe)~ex~mingZo~v~eaC2250cpm+20t.2.Veu.~yangzoiClu,n31dauba(Cm.xemovat'.CtzaCaZabo~omuM.umo$anepeesen,tativeebon.sampleobCaz.ned~nacco~ceeMzAppendixA,ANSIN509-1980.removesgneatexC'zanon,equal'o99.8255o$VzemeChvZiodidewhenCesCedmacco~zcezkJzANSIV510-1980aC80'Cand95~~RH.3.Verdi.)y~ngapXtexCuu.ngoeute,o52250cpm+205doingpZCe~Cuu.noperonunpenCMCed~naccordancezoMzANSIN510-1980.A$Cmevecu720houfzso5charcoaladsozbexoperonbyve.w$u~ngzan.Sun31dauba5CMeemovat'zaa&bonaocu~crsmo$a.xep-'vecarbonsampleobCazned~nacco.Mm~ceuu'zAppendixA,ANSIN509-1980.removesgeeaCexChanon,equaLCo99.8255o(ChemeChuk~oldezohenCesCed~naccojzdance~zANSIN510-1980a80"Cand955RH.aem~H~chic.v~j:Vemgu~gChaCChepres.szvze~paccostChecombinedHEPApXCewandchmcoat'dsoeben,bantu.inLessChan5.5inches(<Jaten.GaugewfuZeopingChePXtn~naCagLozvnae.o52250c5m+20':.ViMP-UNIT23/47-9 PLANTSY~e.SSURVE:LLANCEREQUIREHEHTSContinuedationnonmaRah~e,~3'.*Verifyingthatoneachofthebelowacuationtessignals,the~bsy~automaticalIyswitchestomaintainedatapositivepressure(of(I/8inchM.G.)relativetotheoutsideatmosphereduringsul~~moperationataflowratelessthanorequalto~9cfm:PLe,x~2,250Airintakeradiationmonitors~nd-Verifyingthattheheatersdissipatetes.edinacordancewithANSiN510-1975.goer~~"~KwwhenAfereachcompIetaorpar.ialreplacementofaHEPAfiINrbankbyverifyingthattheHEPAfi1terbanksremovegreaterthanorequaltogg95+~gmoftheOOPwhentheyaretsedin"placeinaccordancewithANSiH510-KBhi1eoperatingthesysmataflowrataof~~cim+R%-2~o.1980%2250g.AftereachcompleteorpartialreplacementofacharoaIadsorber~ocJ'.bed~byverifyingthatthecharcoaladsorbersremove-p9.9~~ofa9g95<.halogenatedhydrocarbonrefrigeranttes-gaswhentheyaretas-ain-placeinaccordancewithANSiN10->9KwhileoperatingthesystemataflowrateofQ~cfm+%.~0~M2250M,'.)P-UNIT23/47P PiwNTSYST".NS3/-".7.4REACTORCOREISOLATIONCOOLINGSYSTP1:'HITINGCONOITIONFOROPERATION3.7.4Thereactorcoreisolationcooling(RCIC)systemshallbeOPERABLEwi.hanOPERABLflowpathcapableof+automatical>yptakingsuctionfromthesuppressionpoolandtrans-,erringthewatertohereac.orpressurevessel.APPLICABILITY:OPERATIONALCONOITIONS1,2,and3withreac-ors.earndomepressuregreaterthan9~psig./soACTION:WiththeRCICsysteminoperable,operationmaycontinueprovidedtheHPCSsystemisOPERABLE;restoretheRCICsystemtoOPERABLEsatuswithin14daysorbeinatleastHOTSHUTDOWNwithinthenext12hoursandreducereacorsearndomepressuretolessthanorequalto+460+psigwihinthefollowing24hours.I%2)SURVEILLANCEREQUIREMENTS4.7.4TneRCZCsystemshallbedemonstratedOPERABLE:a.Atleastonceper31daysby:l.Verifyingbyventingatthehighpointventsthatthesysempipingfromthepumpdischargevalvetothesystemisolationvalveisfilledwithwater.2.3.Verifyingthateachva!ve,manual,po~eroperatedorautomaticintheflowpaththatisnotlocked,sea!edorotherwisesecuredinposition,isinitscorrectposition.Verifyingthatthepumpflowcontrollerisinthecorrectposition.b.AhentestedpursuanttoSpecification4.0.~byverifyingthattheRCICpumpdevelopsaflowofgreaterthanorequalto+600+gpminthetestflowpath~ithasystemheadcorrespondingtoreactorvesseloperatingpressurewhensteamisbeingsuppliedtotheturbineat+1000+20,-80+psig."TheprovisionsofSpecification4.0.4arenotapplicableprovidedthesurveillanceisperformedwithin12hoursafterreacorsteamoressureisadequatetoperformthetest.3/47-+/( "-uRVEIL~INCREOUEREHEHTS(Continued)0~8.~TING<~C.L.EAtleastonceper&&saac4sby:I'erformingasystemfunctionaltestwhichircludessimulatedautomaticactuation(andrestart)andverifyingthateachautomaticvalveintheflowpathactuatesoitscorrecposition.Actualinjectionofcoolantintothereactorvesselmaybeexcluded.2.3.Verifyingthatthesystemwilldevelopaflowofgreaterthanorequalto(600)gpminthetestflowpathwhensteamissuppliedtotheturbineatapressureof(150)>+(K)psig."/s--oVerifyingthatthesuctionfortheRC.'Csystemisautomaticallytranserredfromthecondensatestoragetanktothesuppressionpoolonacondensatestoragetankwaterlevel-lowsignal+and-"Theprovis>onsofSpecification4.0.4arenotapplicableprovidedthesurveillanceisperformedwithin12hoursafterreactorsteampressureisadequatetoperformthetests.IVMP-arIr23/47~lX PLANTSYSTEMSr~AB.'LIMITINGCONOITIONFOROPERATION3.7.g>AllsnubbersshallbeOPERABLE.Theonlysnubbersexcludedfromthisrequirementarethoseinstalledonnonsafety-relatedsystemsandthenonlyiftheirfailureorfailureofthesysemonwnichheyareinstalled,would.havenoadverseeffectonanysafety-relatedsystem.APPLICABILITY:OPERATIONALCONOITIOMSI,2and3andOPERATIONALCONOITIONSaand3ao>>nauhbe>>a2ocatadonauaarneoo"u.i>>tdOPERABLEinSh.oaaOPERATIONALCONDITIONS.ACTION:Withoneormoresnubbersinoperable,within72hoursreplaceorrestoretheinoperablesnubber(s)toOPERABLEstatusandperformanengineeringevaluationperSpecification4.7.5.conthesupportedcomponentordeclarethesupportedsysteminoperableandfollowtheappropriateACTIONstatementforthatsystem.SVRVEILLANCEREOUIREMENTS54.7.8'achsnubbershallbedemonstratedOPERABLEbyperformanceofthefollowingaugmentedinserviceinspectionprogramandtherequirementsofSpecification4.0.5.a.VisualInsvectionst2ThefirstinservicevisualinsptionofsnubbersshallbeperformedafterPeurmonthsbutwithinmonthsofcormencingPOWEROPERATIOHandshallincludeallsnubbers.Iflessthantwo(2)snubbersarefoundinoperableduringthefirs tinservicevisualinspection,thesecondinservicevisualinspectionshallbeperformed12months25Kfromthedateofthefirstinspection.Otherwise,subsequentvisualinspectionssha>1beperformedinaccordancewiththefollowingschedule:No.InoperableSnubbersoerInsoectionPeriod0f'CSA'TINtm123,45,6,7BormoreSubsequentVisualInspectionPeriod*f12months25"6months25~124days25"62days=25"31days=25"Thesnubbersmaybecategorizedintotwogroups:Thoseaccessibleandthoseinaccessibleduringreactoroperation.Eachgroupmaybeinspectedindependentlyinaccordancewiththeaboveschedule.einspectionintervalshallnotbelengthenedmorethanonestepatatime.PTheprovisionsofSpecification4.0.?arenotapplicable.iVh{P-UNIT23g4713 PLANTSYSTEHSSURVEILLANCEREOUIREHENTS(Continuedb.VisualInspectionAcceptanceCriteriaVisualinspectionsshallverify(1)thatherearenovisibleindica-tionsofdamageorimpairedOPLRABILITY,(2)attachmentstothefoundationorsupportingstructurearesecure,and(3)inthoselocations~heresnubbermovementcanbemanuallyinduced~ithoutdisconnectingthesnubber,tha'hesnubberhasfreedomofmovementandisnotfrozenup.SnubberswhichappearinoperableasaresultofvisualinspectionsmaybedeterminedOPERABLEforthepurposeofestablishingthenextvisualinspecioninterval,providingthat(1)thecauseoftherejectionfsclearlvesablishedandremediedforthatparticularsnubber.andforothersnubbersthatmaybegenericallysusceptible;and(2)theaffectedsnubberisfunctionallytestedintheasfoundconditionanddeterminedOPERABLEper".'rpeei+f-~44Sutv~nce,Ream'mermen(o).0~7.5.d(o.x4.7.5.e,asappkc,cable,).C.l-unct>onaI,rests'uning~e,Pts~te,$u~ig.sh~oumandaZeasfoncepe<ope:mdnacpcZe.mercjza)~mdwu'.ngahmdoum,atepcue~tive..sampZeo,a<Zeus~(100o$4mCo~oJ(mechnucaZ)anubbec(s)~e'er.~~paceoz~na,benchCea~.Foe,each>nubbin,EradoesnoCmeW~ebrune,t~onaZaccep~cec~efu'uo$Suave,cManceReouircemeet4.7.5.d(oz4.7.5.e,)anaddMconaZ105oa(~tat:ape,oa)(Nc)snubbv,(s)ahaZZbefun~naLLyNested).'ltaZZbe,Junc,tionaZZuCm.tedsaut4er-s-in-4i+rarRy-chosen-by-'the-appMant-and-Incorporated-into-esentative"sampSpepress-ionsare-intended"-he-aecep+abie-l-imi4s."-Tha-~~se-the.-amountof-snubbem3-snubbers-wi-W-beI62-snubbers-required-form~red-fortes~ing-in-%he-revamp-1e-,-I-fc-MandWwubbewW-theiVMP-UVIT2'ed-fortesting-in-"the~ampW.,3/47-1PI PLANTSYSTBtSSURVEILLANCEREOUIRE."IENTSContinuedwe1ecmd-ac"~~g-toha-ex~ach--numberw4~~ee-~itionalsample-c22(c1~~4-I->>(~bh.-inthye.ah1e-snubbers-are-found-Therepresentativesampleselectedforfuncionaltesting'shallincludethevariousconfigurations,operatingenvironmentsandthe~angeofsizeandcapacityofsnubbers.Atleast25~ofthesnubbersintherepresentativesamoleshallincludesnubbersfrom-the-followingthreecategories:1.ThefirstsnubberawayfromeachreactorvesselnozzleZ.Snubberswithin5feetofheavyequipment(valve,pump,turbine,motor,etc.)3.Snubberswithin10feetof'hed':schargefromasafetyreliefvalveInadditiontotheregularsample,snubberswhichfailedthepreviousfunctionaltesshallberetestedduringthenextesperiod.Ifasparesnubberhasbeeninstalledinplaceofafailedsnubber,thenboththefailedsnubber,/ifitisrepairedandinstalledinanotherposition)-,andthesparesnubbershallberetested.Testresultsofthesesnubbersmaynotbeincludedforthere-sampling.PermanentorotherexemptionsfromfunctionaltesingforindividualsnubbersinthesecategoriesmaybegrantedbytheCommissiononlyifajustifiablebasisforexemptionispresent,edand/orsnubberlifedestructivetestingwasperformedtoqualifysnubberoperabilityforalldesignconditionsateitherthecompletionofthei~fabricationoratasubsequentdate.MHP-UNIT23/47-15 PLANTSYSTEMSSURVE1LLANCEREOUIREMENTS(ContinuedIfanysnubberselectedforfunctiona)testingeiherfailstolockuporfailstomove,i.e.,frozeninplace,thecausewillbeevaluatedandifcausedbymanufacturerordesigndeficiencyallsnubbersofthesamedesignsubjectothesamedefecshallbefunctionallytesed.ThistestingrequirementshallbeindependentOftherequirementSStatedabavefarSnubberSnOtmeetingthefunctionaltestacceptancecriteria.Forthesnubber(s)foundinoperable,anengineeringevaluationshallbeperformedonthecomponentswhicharesupportedbythesnubber(s).Thepurposeofthisengineeringevaluationshallbetodetermineifthecomponentssupportedbythesnubber(s)wereadverselyaffectedbytheinoperabilityofthesnubber(s)inordertoensurethat'hesupportedcomponentremainscapableofmeetingthedesignedservice.draulicSnubbersFunc.ionalTestAcceotanceCriteriaThehydra'nubberfunctionalestshallverifythat:I1.Activation(reaininaction)isachievedwithinthespecifiedrangeof"v'focityoraccelerationinbothtensionandcompressjon.2.Snubberbleeorreleaserate,whererequired,iswithinthespecifiedrngeincompressionbrtension.Forsnubbersspecificlyrequiredtonotdisplaceundercontinuousload,thea'tyofthesnubbertowithstan&loadwithoutdiacementshallbeverified.d.y.MechanicalSnubbersFunctionalTestAcceptanceCriteriaThemechanicalsnubberfuncionaltes-shallverifythat:1.Theforcethatinitiatesfreemovementofthesnubberrodineithertensionorcompressionislessthanthespecifiedmaximumdragforce.ase~e2.Activation(restrainingac.ion)isachievedwithinthespecifiedrangeofvelocityoraccelerationinbothtensionandcompression.MilP-QQ9j Sl-".7.6S=ALcDSQURC="COHTAH.HAi>OHL'u'5>VGC="H017:OH.>>OROPcRATIOH3.7.6eachsealedsouracontainingradioac=ivematerialeiherinexcessof100microcuriesofbetaandlorgammaemittingmaterialor5microcuriesofalphaemittingmaarialshallbereeofgreater.hanorequalto0.005mic~curiesofremovablecontamination.ApoL;CAB>L~:Atalltimes.ACi.ON:a.Vi5asealedsour~havingremovablecontaminationinexcssofhea'"ovelimit,withdraw~hesealedsour"a.romuseandeither:IOe~"n~.inesandrepair.hesaIedsource,orZ.Oisposeof~".esealedsour~erraccordance.wihCoamission.a~diations5heprovisionso.Spe~,~~,'ons3.5+and3.0.+arnotapplicable.SURVc,LLAHC:-RcOUK'Rcu"'ITS4.7.6.ITes=Raouirments-=achsealedsourcesha11beastadforleakageanctlorcontamanat;onoy:aTelicensee,wrb.OtherpersonsspecificallyauthoriadbyheCommiss-'onoranAgreementSmta.TnetesmethodsnaIlhaveadetac-ionsensiivityo.aleast0.00microcur.espertestsample.4.7.6.2Tes-.crecuenries-eachcategoryofsealedsour~as,excludinswr"psourcesanafissionaetactorspreviouslysubierad~core'iux,sna11beas-ada-thefrecuencydescribedbelow.Sourcesinuse-Atleas-oncepersixmonths,orall'sealedsourcescontaznsngraaioac-ivematerial:j'4i"0a,al-lifegreater.,an20days,excluding,'",'ydrocen3,and2.Eaanyformother.".angas.4e5rS-+Bi~VhlP-UNIT2183/47-j4 Oi or~HTcYSTc~SURVE'aiVC"R'~~JIR+1+,"1T(Contnued)b.Storedsourcesnotinuse-=~chsealedsour"aandfissiondetectorsna)loe-as-aopriorwuseortransfertoanotherlicenseeunIess'asadwihintheprvioussixmonths.Sealedsourcesandfissiondetec-orstransierredwihoutacar.ficataindicatingthelast.as-datesha11betastedpriorwbeingplacedintouse.c.5auosourcesandancs1salonoatc~r5subecadtocotefluxss-ondeerors-=achsealednazioe:astaawithin31daysorins.alledinthecore-ndsource.sMrzuDsoul~aoriortobeing;ollcwingreoai",4.7.6.3Re"or~-Arepor".sha11bepreparedandsucmt=adtotheCormissiononanannuaioasisifsealedsou.=aorissioncetac=orleakageiastsrevealthepresancofgr"tar:"anorequaltoQ.QQGmicrocriesc-,romovablec"ntminat-on.iVil(PUiVIT2,>z7g~a PLANTSYSTEM!S3/477.FIRESUPoRESSIONSYSTEHSFIRESUPPRESSIONWATERSYSTEMLIMITINGCONOITIONFOROPERATIONSU,ppL+3.7.7.1Thefiresuppressionwater,systemshallbeOPERABLEwith:a.~~oOPERABLEfiresuppressionoumps,eachwithacaoacityofgpm,withtheirdischargealignedtothefiresuppressionheader,b.gggvicewAcrBATEc.AnOPERABLEf1owpathcapableoftakingsuctionfromthe~~hank-andtransferringthewaterthroughdistNrsiutionpipingw>thOPERABLEsectionalizingcontrolorisolationvalvesto>bW<4+l+eU<ck<ug~theyardhydrantcurbvalves,thelasvalveaheadofthe~aterflowalarmdeviceoneachsprinklerorhosestandpipeandthelasvalveaheadofthedelugevalveoneachdelugeorspraysystemrequiredtobeOPERABLEperSpecifications(3.7.7.2,3.7.7.5,and3.7.7.6).APPLICABILITY:ACTION:Atalltimes.suo~Ar~o~)u+ccorAaoce~(+h.Cqa.Withonepumpand/oronewatersupplyinoperable,restoretheinoperableequipmenttoOPERABLEsatuswithin7daysorprovideanalternatebackuppumporsupplyTherovisionsofSpecifications3.0.3and3.0.4arenotappl>cable.su.feLyb.WiththefiresuppressionwaterQystemotherwiseinoperable,establishabackupfiresuppressionwater<systemwithin24hours'gsuppLySURVEILLANCEREQUIREMENTS~pp4.7.7.1.1ThefiresuppressionwatersystemshallbedemonstratedOPERABLE:e.g,,~Atleastonceper31days""."bysartingSfiitforatleast15minutesonrecirculationflow.+Atleastonceper31daysbyverifyingthateachvalve,manual,poweroperatedorautomatic,intheflowpathisinitscorrectposition.5gt'+par++o4RcIU~ot4A.NQ-vu>4kf><<'LS4oLr>o+gpBCLCLCpgl'a<o+3,5+&Xd'&4-PpL1<gQI~,3/47~Q.OhjMP~u.N<q-ggC' P~>NTSYSTBlSSURVEILLANCEREIRB1ENTSContinued)Atleastonceper6monthsbyperformanceofasysemflush.+IAtleastonceper12monthsbycyclingeachtestablevalveintheflowpath'throughatleastonecompletecycleoffulltravel.OPeRAWi~aCMClaAtleastonceper+6-e~byperformingasystemfuncionaltestwhichincludessimulatedautomaticactuationofthesystemthroughoutisoperatingsequence,and:1.Verifyingthateachautomaticvalveintheflowpathactuatestoitscorrectposition,2.3.Verifyingthateachfiresuppressionpumpdevelopsatleasta.4isch*~pche+ps'yclingeachvalveintheflowpaththatisnottasableduringplantoperationthroughatleastonecompletecycleoffulltravel,andtomaintainthefiresuppressionwatersystempressuregreaterthanorequalto/~psig.Atleastonceper3yearsbyperformingaflowtestofthesysteminaccordancewithChapter/,<Sectionpf~5ftheFireProtectionHandbook,/S~hEdition,publishedbytheNationalFireProtecionAssociation.4.7.7.1.2~The~aeh+dieseldrivenfireOPERABLE:pumpshallbedemonstrateda.Atleastonceper31daysby:Mo""9~l.Verifyingthefuel~tankcontainsatleast-)~gallonsoffuel.b.C.2.Startingthedieseldrivenpumpfromambientconditionsandoperatingforgreaterthanorequalto30minutesonrecirculationflow.Atleastonceper92daysbyverifyingthatasampleofdieselfuelfromthefuelstoragetank,obtainedinaccordancewithAST'8-iswithintheacceptablelimitsspecifiedinTable1ofASTM0975-77.81whencheckedforviscosity,waterandsediment.OPE~&thld,CgCLGAtleastonceper~++he;duringshutdown,bysubjectingthedieseltoaninspectioninaccordancewithprocedurespreparedinconjuncionwithitsmanufacturer'srecommendationsfortheclassofservice.0+OS'8'1 PLANTSYSTE".ISSURVEILLANCEREUIREREHTSContinued)4.7.7.1.39The~~dieseldrivenfirepumosar.ing24-voltbatterybankandchargershallbedemonstratedOPERABLE:a.Atleastonceper7daysbyverifyingthat:1.Theelectrolytelevelofeachgpilot+ce11isabovetheplates,2.Thegpilot+ce11specificgravity,correctedto(77)'Fandfullelectrolytelevel,isgreaterthanorequalto(1.200),gsl33.The+pilot+cellvoltage'sgreaterthanorequalto+i4Pj-volts,andC.4.Theoverallbatteryvoltageisgreaterthanorequalto24volts.A.lLc,e.LLp,r~Atleastonceper92daysbyverifyingthateincTHspec<<c.~CionosiI<,<h-i.e.<<+WspCc.~Atleastoncepebyverifyingthat:1.Thebatteries,cellplatesandbat.eryracksshowno.visual,indicationofphysicaldamageorabnormaldeterioration,and2.Batteryandterminalconnectionsareclean,tight,freeofcorrosionandcoatedwithanti-corrosionmaterial.3/47+RW PLANTSYSTEi5SPRAYANO!ORSPRINKLERSYSTE.'tSLIi({ITINGCOlVOITIONFOROPERATION3.7.7.2Tee$oLQuu.ngapeakandapnintCmayd4ermahaELbe.OPERABLE:a.SPRAYANOSPRINKLERSYS&c<5SYSTBfNO.BUILOIÃG/ELEVATIONl.2.3.4.0/-33N-34Cl-35M-36D.e,~cat'.Tunnels-35H,QM~caZTunn&-140H,eMu.cdTunnels-230ELeMQcaZTunn&-3155.6.7.8.9.10.11.12.13.14.15.C'J-42Cl-43N-44M-45N-45N-47(t/-52Ol-530I-550/-57'l-60ContuseKdg.-H,.CoevalBldg.-H..Co~iKdg.-H,.CoetxolMdg.-EZ.Co<".oZMda.-EZ.ContxolEMg.-H,.Re,a&orEMg,-H,.Rea&on,ELfg.-EZ.Rea~nBRdg.-EL.Rea~eMdg.-EZ.Oiu&Fme,PumpRm.288'6"306'0"214'-0".Co306,'-0"214'-0"Co237'-0"214'-0"~o306'-0""14'-0"Co237'-0"240'-0"240'-0"175'-0"261'-0"-EZ.261'-0"iVhfP-UNIT23/47-23 kPLAMTSVSTB5SPRAYAND/ORSPRINKLERSVSTB5LIMITINGCONOITIOMFOROPERATION3.7.7.2(con'~)b.PRE-ACTIONSYSTEMSSVSTB8NO.BUILOING/ELEVATIOMl.2.3~4.5.L'1-489I-4o0-50CJ-54N-56N.e6QGeneeu'.o~BZdg.-EZ.261'-0"Oi.ueZGenvcu.'on.BZdg.-EZ.261'-0"OaueZGenercaton.BZdg.-EZ.261'-0"ReacwcBZdg.-SouciEZ.175'-0"Co328'-10"ReactorBZdg.-No~EZ.175'-0"4o328'-10",APPLICABILITY:OlhenevecequipmentpnoCectedbu~he.spumyand/oc.spnintLeecuw~emsmxeo~edCobe.OPERABLE.ACTION'.0/M<oneoemmeo$me,above<earnedapnayand/oc.spmniMeeaueCensinoperable,ec5unone,hornM~~haFIREMATCHPATROLvi'baclupPxe,.supp<Maaoneotu.pment.B.M~oneocmorseo$Ciaabove,xeq~rcdpae-ac%onsus~enu.<nopembZe.,hapsystemwe,ocei'unone.horne6mb~haFIREOIATCHPATROL~backup$~e,suppeua~onequipment.C.Rmfoce.~eayaCemCoOPERABLE.s~~cud'.n14dansocpcepmeandcub-a>sepoy~acco~nce,aim6.9.2.g,ThenMvm~onsogSpew.Qcation3.0.'teno~applicable.SURVEILLANCERE~UIRE1ENTSa.AtZeasConce,per.31daubbgveau.gyringthaeachvaZve,manuaZ,powe.".openatedocmu.'om~c,~nt'<e,gowpathm~n.~convectpos~on.3/47-24JMh(P-UNIT24.7.7.2Eacho$ne.above".eqcu'wedspmyandspmnhCexsuwCenashaZZbe,demons~edOPERABLE: ~/47PLANTSYST"-"!S/4.7.SEx'I'C=NAT=R'YSi!I=~DUALHelixREMOVALS"-R"fC:-'~ATiR=YSi3~GCNDiQN"""ROP"-NT10"I3.7.1.1Ioindependentresidualheatremovalservice~aer(RHRSM)systemsubsystems'libeOPENSwitheachsubsysamcorn'",isdof:?.TwoPcPAHLcRuR9/pumps,mdb.AnOPHL~ilGWpcI.hCap?bleOT?kijlgSuian,rOm.he(ulttPiateheatsi)ardtransfer",inghewa-eriilruanonieIIn~.l,aatexchanaeAPPL'CA8~LilI:OP,LOHALCOi(DIT'LQHSI//23.cnd5.ACi:GN:a..nGP":RAT:QNAL0ITI.OH:,Z,or3://WithoneRH..SMmoincpeoie,restoretheinooeraole'imoto.OP=HARL"-status+th'n"dayscrbeinctieas-','-'OTSHUTOOMHwithi'n.1enex-:12'uranainCQLQSHUiuGMNwithintheiollowina24Ãcurs./2.WithoneK1RSMpu.-pnacnsubsys.aminoperaole,restorealaasone,inooerabeour;..oGPc<8~sta"uswi.1in7daysoroeinatq'Ieas~,'"0.SHUTDG'i.hint1enext12hour:-cndinCOLDSHUTDOWNw'inhefolowing24hours,/Mi~5ahaRHRS'ubsys.cmincpable,restoret.eioerablesubsvstamtoPABL.statuswi1aleastQi1aGP"VEL"p"iowithin72iuf'.sof'eii1ctleasHOTSHUITDGNNwithinthe,"cut12/hours-dinCOLDSHI~II.OI/I'Hwi-'.hitheiollowing24hours.XithboRHR~dsubsystemsinoperablebeinaile=~HQT/SHUTDG'ithintheno":12hoursandi1CKQSHUTIIDGN)"within"hefilowing24hours./b.rnOPE.I"OHALCOND<iQH3or4withtheRHRZw'systm(s),which;isassciiatadwi'anRHRlocorequirdOPI=PJBL"-bSpec.iica-,.'ion.-"..9.".or3.4.9.2,inooerabie,declareheas~"ciatadRHP.Icooirc".ableandtaketheACTiQNrecurred'"y~cecifiican~~'Ioi'...9'.2,asapplicable./Iwnenevercotn~;.<a~subsys.amsareincoerable,iifunable-oatcini.L9SiiUTDG"asreauiredbv-.hisACT'QH,cinai1cacorcoolcott.Qerc'ecsIQWcPraC.'IC'alVusaCjaIter?'i~eat-mCVcimietiCCS~I/I/t/NMP-UNIl2~~It%Ivqvv PLANTSYS7:-3".SLHITI>>iGC"NGITIGN.=GRGP~RATI(">>Ntontinued)AT>>(c.nQP'ERATIONALCGNOITIGN4or5wih.heRHRSWsubsy'-m(s.),which-"-iasociateduinan(ECC3pump)requiredOPLMI=,'peci-;ica-tion)(3>>o.2),inoperab1e,declaretheassociat(2CCSpump)inoperet>>iaandtatatheACTIONrequiredbySpecm'cation(s)(3.5.2).GP'ERATIQNALCGNOITIGNBwithheRHRSM.subsam(s),whichisasociatedwNhanRHRsysamrequirdQPoRAB=bySpec-iication3.9.i.3.or3.,11.2,inooerab!e,declart.associatedRHRsvseminoceaoleand=eketheACTIONrecuir'edbySoecif-'cation3.9.1:.1or3.9.i.Z,asapplicable.SURVEIL!NC"RGUIReH!S/c'.?.1.1=ach".sidualhearemovalsazawar.svs=amsu"svsamshallbedemonsratedGP"=RABL":>>a.Atlesonceperpdaysyver-,=j;;no"..',ateachvalvein"heflowpeaticLtisno,1ock,sea1edoro>>thar>>>>!isasecuredinposiion,isiniwcorre"=jositioIb.Byverfyingyhe()wtarlevelattheintakesr'careisgreater=bancreq1to()1eetPSL;./Atl,eascaper14davwhent.'!eevelisgreaterhan()fee~~>>~>>SLiand>>Z.A'tlea"onceper12hourswnthelevel'slesshanoracual::o()feett.SL.cAt/leej,I.The()botomconditionssruc=ure.inthevicini.yof,hein.akeonceper(12)monthsbvversing:The()stagedischarge.atingcrveinheuni'tvicinity.A~leesonceperBmonthsuringshu.downbyerifyinghateachautomaticvalveservicingsafety-relatedequipme.ac=ua=as-.oitscorrecpositiononaas-sional..s>>NhlP-UNIT2 ?i='.HT5'(57:-HSLi'ATŽc.',=~T5:HK(Qp.ionai)3.7.".3ie(ulimaeheatsink)shai1baQP~~BL=with:A'nimumpasin)waterieveiator~novaeiev~iion()Mean5eaLaveUSG5'datum,.andb.Anevera(basing)water'.moeratureo7Iosthanoreoua1to(.)'"-.(c(ntLeast)Two)Q~r""ABL:"c"oI1ngtowersans.)AP.CABaL~i,:QPRAT~"(ALCOHO'ETIOH51Z.'"."cnd".ACi;QH:Nihthereouirements';'thec'oves".eginectionnotsat-isiied:ceTnGP~RA>'OHALCOHOETT,"or3,beiria.eastH07:r'~iGWwitilin2,noursand',nC5'.UTOQ'AHwithinthanext.Z4hours.'\'nQP":RATIOHALCOHOvlGH."",d'eclara.heRHR5'dsys:amandheplantsarvic~watersyseminoerable2nd:akatheACT~OH'equired'y5pecifications3.7.~and7.1.Z.nOpe.ationaiCan'ion,cla-'.,",plantsa.vicewat.>>Sys-aminooe.able2nd.ctheAC":OHrequradbv5oe-'=ica-ion.7.'.Z.;neprovisions,"opei-,icat-',on."..0.ararot2"plicabi.5URV"iL'HC"-RrOUREF5~~Ioaov%%efO~:ne(ulcc'atahets"ink)shaIIbedata~rinedOPEL=ctleastonce.Z4'oursbyveri-,vinotheaverage(bcsin)wcartarnrctuacndw"arlevel'tobewithiritheirlimits.(b.,~ldaysbv.sr.ngeachcooiingtower=an=rom-.lecanoi".'corn,'cndcper.-tingthePan-,oratIe=-s"miiuts;)C.3OnhsbvVeriTYingt.ci<<aCh(pi"niscrViCaWcar'jCOli=ansartsautomaticaiiy~hen.-..eesse'cad(lentsa:vicewccl').Iooplsln1tlatad.'Mha'nhardiing'rradiatadfueI/vvNMP-UNIT2inthesac."ndarycon.ainmnt.'i O. LANTSYSTEMSF~OODPROTECT:ON(OPTIONAL)LLIMI:'N'OI'ONFOROPRAION3.7.3Flooprotect;ionshallbeprovidedforallsafetyponentsandsructureswhenthewaterlevelofthe(MeanSeaLevelUSGSdatumat(APPICABILTY:~ailtims.ACT:ON:relatesystems,com-)xcds()).Mihthewaterlevel(,aboveeievatin()MeanSea-Levei-USGSdatum:a..oeinatles,.TSiiUTDP'H.wi-'%in,he.e"-COACH'withinheliowing24hours,a12hoursandinCOL);5;-,'Ji-Init-'aeandcomplewi.hin(measures:)Iurstheallowingfloodpro-act-ion2.,andSURYiIL'NC"-REOVIRHEHTS4.7.3Thewaterlevelatlimitby:)shalibedetam.nedtobewithin.hea.Measurement~t'.eastonceper24hourswenhewaterlevelisbelowelevation)MeanSeaLevelUSGSdatu,andb.Measure.ntatieas.onceper2hourswiefit.ewaterleveliseoualtoorboveelevation()MeanSeaLvel=~d~lnl5speclicationnotreouiredi=thefacilitydesionhafloodcocarolprotectionfeatressuficienttoace=...modat-;leodientifiedinReoulatoryGuide1.=9,Auous-1973.)I/./iVAiP-UNIT2IvIvacequatepassive:heCessionHas-~si~'L'~ PLANTSVSTE(fSSURVEILLANCEREgUIRBfENTS(Continuedjb.ALeasConcep~12mod@+bycongeachCesWbZevafvean~hego<vp~~ughatZeasConecompletecyMeo((u6'.tmveL.c.kt:ZeasConce,peaoperatingcyMe:l.Bypee$oeningaaya~en)unctionalCesC~vs'.ch.in~esa~~edautomaticactuationofNeauaCem,and:a.Veu.(y~gMat.theauomaticvcuvesin~rego~vpathactuae.~o~hei@,covertpoa~onsoncCes~signals,andnC~b.CycLinaeachvalvemNegoepathmatLsnotesmbZedhuungplantopenus.on4v~ughatZeasCone.compZMecycleo(Jug4mvM.gal~e/w~<erByo.vm~~pectiono$.the~expandapmnKexheadem~ove~$umls%4KCeg~~yQndIlccg>bible<'k8LuQPByavmuaL~pe~ono(each+no=.Ze'.spehpAr64-Covdtt&yQKr++4+spthyph-4c~U,d4st<<++~id.AZemConce,py,3giearubypen.foening~mixgowes.~~cougheachopen~spnau4%erspmnkQ.'.bean~v~~u~eachopen~Ž*d.iVi<{P-UNIT23/47-25 o'regeesys+c'~+o~~EP.58L'6Z'4+~wi+4iuorprepyreAtua.ambitL~i'd,po~l~Acc,orL*>cV4I4k(otit%,?~>NTSYSTEMSCOZSYSiB1SL'i~1ITINGCGNOITIONFOROPERATION3.7.7.3ThefollowinglowpressureandOPERABLE:lONENO.CO2systemsshallbeBUILDING/ELEVATIONb.d.APPLICABILITY:beOPERABLE.ACTION:336XL333XL342XL253XLWheneverequipmentprotectedbyCoetrcokCorururZCoM<oLRGB.l."Oh,the'02systemsKdg.-EZ.iKdg.3Edg.-ZL.BQfg,-cZ.isrequired2b1'-0"261'-0"2bi'-0"289'-0"toa.WithoneormoreoftheaboverequiredCOsystemsinoperable,withinonehourestablishacontinuousfirewatch~ithbackupfiresuppres-sionequipment,forthoseareasinwhichredundantsystemsorcomponentscouldbedamaged;forotherareas,establishanhourlyfirewatchpatrol.TheprovisionsofSpecification~j-.3-and3.0.4arenotapplicable.SURVEILLANCEREOUIREHENTS4.7.7.3.1EachoftheaboverequiredCO>systemsshallbedemonsratedOPERABLEatleastonceper31daysbyvet'ifyingthateachvalve,manual,ooweroperatedorautomatic,intheflowpathisinitscorrectposition4.7.7.3.2EachoftheaboverequiredlowpressureC02systemsshallbedemonstratedOPERABLE:asb.Atleastonceper7daysbyverifyingtheCOstoragetankleveltobe"greaterthancrrras-andpressuretnbegreat)rthan~l5psig,andtbPOsbtbTISddC.ICttrAtleastonceper~~byverifying:1.Thesystemvalves,includingandassociatedventilationsystemWooerapeeoM4firedampers',actuates,eanuallyandautomatically,uponreceiptofasimulatedactuationsignal,and2.Flowfromeach+accessible+nozzleduringa"PuffTes."3/47-26 PLANTSYSTEi4SSURVEILLANCEREQUEREblENTSContinued)4.7...3EachoftheaboverequiredhighpressureCO2systemsshaledemonstraOPERABLE:a.Atleasteper6monthsbyverifyingtheCOoragetankweighttobeatleasOXoffullchargeweight.Atleastonceper18msby:1.Verifyingthesystem,inc'ssociatedventilationsystemfiredampersandfire-orreleamechanisms,actuates,manuallyandautomaticallyonreceiptofa'latedacuationsignal,and2.Performeofaflowtestthroughheadersandnozztoassurenobckage.3/e7-27oAg ZONE>VO.BUILDING/ELEVATIONPLANTSYSTE?1SHALONSYSTEMS>z.6,C.d.5-g.h.353SG354SG362SG357XG358XG374SG375SG381SG376XGCorfu'.toeELdg.corurcoeELdg.CoetxoeELdg.CoettoeELdg.coetxoeBedg.CoateeBLdg.CoateeBLdg.Co~oeBldg.Co~eELdg.-EL.-Ee.-EL.-EL.-EL.-Ee.-Ee.-EL.288'-6"288'-6"288'-6"288'-6"288I6>t306'-0"306'-0"306'-0"306'-0"L.BAITINGCONOITIONFOROPERATION3.7.7.4ThefollowingHalonsystemsshallbeOPERABLE~iththestoragetankshavingatleast95~offullcharge~&j-(weightand90,.offullchargepressure+APPLICABILITY:WheneverequipmentprotectedbytheHalonsystemsisrequiredtobeOPERABLE.ACT>ON:a.WithoneotmoreoftheaboverequiredHalonsystemsinooerable,withinonehourestablishacontinuousfirewatchwithbackupfiresuppressionequipmentforthoseareasinwhichredundantsystemsorcomponentscouldbe.damaged;rorotherareas,establishanhourlyfirewatchpatrol.C..J5'.TheprovisionsofSpecifications~9-.3-and3.O.4arenotaoplicable.SURVEILLANCEREQUIREMENTS4.7.7.4EachoftheaboverequiredHalonsystemsshallbedemonstratedOPERABLE:a.C.Atleastonceper31daysbyverifyingthateachvalve,manual,poweroperatedorautomatic,intheflowpathisinitscorrectposi:ion.Atleastonceper6monthsbyverifyingHalonstoragetank/weightandpressure~~.ot+y,we@l><e).,Atleastonceper1Bmonthsby:2.Verifyingthesystem,includingassociatedventilaionsysemfiredampers,actuates,manuallyandautomatically,uponreceiptofasimulatedactuationsignai,gaA.andPerformanceofaflowtestthrough+access-'ble~headersandnozzlestoassurenoblockage.b.R>>4re+hesq>4cw-toQFPRAVLPs+n4us~i+binl+4~3orpcspAccgare.pic5~~+fgp4+l<h<cacJAbedw*4>oxLi,3/47-2BwMF'-um(~ +0p@qopgeeI'pe~+oL<'0>>~4~4+,A-~eposiWAccorc4wCeWitb4.'L4,PLANTSYSTEMSFIREHOSESTATIONSLIi4IITINGCONOITIONFOROPERATION3.7.7.5ThefirehosestationsshowninTable3.7.7.5-1shallbeOPERABLE.ACTION:MithoneormoreofthefirehosestationsshowninTable3.7.7.5-1inoperable,providegatedwye(s)onthenearesOPERABLEhosestation(s).'neoutletofthewyeshallbeconnectedtothestandardlengthofhoseprovidedforthehosestation.Thesecondoutletofthewyeshallbeconnectedtoalengthofhosesufficienttoprovidecoverageforthearealefunprotectedbytheinoperablehosestation.Mhereitcanbedemonstratedthat'hephysicalroutingofthefirehosewouldresultinareconizablehazardtooperatingtechnicians,plantequipment,~oronehoseitser,hefirehoseshallbestoredinarollattheoutletoftheOPERABLEhosestation.Signsshallbemountedabovethegatedwye(s)toidentifytheproperhosetouse.TheaboveACTIONshallbeaccomplishedwithin1houriftheinoperablefirehoseistheprimarymeansoffiresuppression;otherwiseroutetheadditionalhosewithin24hours.TheprovisionsofSpecifications~~and3.0.4arenotapplicable.4846~0Qr80>l+o04i~c4)br5a.SURVEILLANCEREOUIREMENTSAPPLICABILITY:WheneverequipmentintheareasprotectedoythefirenosestationsisrequiredtobeOPERABLE.4.7.7.5EachofthefirehosestationsshowninTable3.7.7.5-1shallbedemonstratedOPERABLE:a.Atleastonceper31daysbyavisualinspectionofthefirehosestationsaccessibleduringplantoperationtoassureallrequiredequipmentisatthestation.OPEMtidt;cXca&b.Atleastonceper~~~by:l.Visualinspectionofthefirehosestationsnotaccessible.duringplantoperationtoassureallrequiredequipmentisatthestation.'.2.Removingthehoseforinspectionandre-racking,and3.Inspectingallgasketsandreplacinganydegradedgasketsinthecouplings.Atleastonceper3yearsby:1.PartiallyopeningeachhosesationvalvetoverifyvalveOPERABILITYa'ndnoflowblockage.atleast50psigabovethemaximumfiremainoperatingpressure,3/47-29 VTSYST"="ISF:iEHCSEST(ATICtVSLI(CAi(QN~Contut.I((dg.Co~olEfdg.Coru"MLMdg.Co~okKdg.CoatroomKdg.CoitalEI!dg.Const:olKdg.CoatsKdg.CoMMZKdg.coLtweaug.ConkufBMg.="'VA(aON274'-0"274(-0"237'-0"237'-0"250'-0't261'0"261'-0"288'-6"288'-6"306'-0"306'-0"FHRFHRFHRFHRFHRFHRFHRFHR71730112ill1157741'10HOSERACKINOEVTIFICATION18FHR119FHR113N.e,sekGe~e~on87'dg.RcselGene;~oeEMg.261'-0"261'0"FHRFHR223DReal.Rea&oeR(aMonR(aWocRoc~-ReaMocRQa&04RcaMocRe.actorRe,a&onRca&ocRcaMocReactorRe.ac,ton,ReactorRea&ocR(a&osR((acto4Reactor,Roc.tonBldg.Mdg.Bldg.Kdg.Wdg.iKdg.EMg.M,dg.ECdg.Kdg.Eldg.M,dg.lKdg.ECdg.EI!dg.Kdg.ECdg.Kdg.(((dp.175'-0"175'-0"775'-0"798tOtt198'0"198'0"215'-0"215'-0"275'-0"240(-0"2/0tPlt240'0"261'0"261'0"261'0"261'-0"289'-0"289'-0"089tOtl289'0"FHRFHRFr'iR7fjRFHRFrlRFHRFHRFHRFHRFHRFHRFHRFHR.FHRFHRFHRFHRFHRFHR74907001021571037389997288987179879470788693~(~~oosage-GP-"=ABZ'TYatvar(..y PLANTSVSTBGTABLE3.7.7.5-1FIREHOSESTATIONS(Continued)LOCATIONReasonKdg.ReasonKdg.Rm&ocBMg.ReasonKdg.Rza&ocKdg.RaaMocBl'.dg.RQ~04Kdg.RococBl!dg.Rea&ocKdg.RaaMocKdg.ELEVATION306'-0"306'-0"328'10"328'-10"328'10"328'-10"353'-10"353'-10"353'10"353'-10"HOSE'ACKIPEMTIFICATIONFHR69FHR77FHR68FHR76FHR85FHR92FHR67FHR75FHRFHR91Aux.Aux.Aux.Aux.Aux.Aux.Aux+Aux.Bay>Vo~ftBayVo~Bay,Vo~Bau>VoM<BaySo~BauSounBaySo&4175'0"198'0"215'-0"2~0>-0"175'-0"198'-0"215'-0"240'-0"FHR97FHR104FHR96FHR95FHR83iHR82FHR81FHR80>V>MP-UNIT23/47~30' P,~~g~re'Who<<,>>>~'hL~hyh~o&Sa~4/ttIhosehavoc~eQPC~LEs+~Mvi+hi~l+d.ayaot'r~p~<e<rvfq.06gbl~!g~c-b'M~C,+%'+4~i~LBaPLANTSYSTEMSYAROFIREHYDRANTSANOHYORANTHOSEHOUSESLIMITINGCONOITIONFOROPERATION3.7.7.6TheyardfirehydrantsandassociatedhydranthosehousesshowninTable3.7.7,6-1shallbeOPERABLE.APPLICABILITY:WheneverequipmentintheareasprotectedbytheyardfirehydrantsisrequiredtobeOPERABLE.ACTION:a.WithoneormoreoftheyardfirehydrantsorassociatedhydranthosehousesshowninTable3.7.7.6-1inoperable,within,lhourhavesufficientadditionallengthsof21/2inchdiameterhoselocatedinanadjacentOPERABLEhydranthosehousetoprovideservicetotheunprotectedarea(s)iftheinoperablefirehydrantorassociatedhydranthosehouseistheprimarymeansoffiresuppression;otherwiseprovidetheadditionalhosewithin24hours.TheprovisionsofSpecifications~3-and3.0.~arenotapplicable.SURVEILLANCEREOUIREMENTS4.7.7.6EachoftheyardfirehydrantsandassociatedhydranthosehousesshowninTable3.7.7.6-1shallbedemonstratedOPERABLE:a.b.C.Atleastonceper31daysbyvisualinspectionofthehydranthosehousetoassureallrequiredequipmentisatthehosehouse.Atleastonceper6months,duringMarch,AprilorMayandduringSeptember,OctoberorNovember,byvisuallyinspec.ingeachyardfirehydrantandverifyingthatthehydrantbarrelisdryandthatthehydrantisnotdamaged.Atleastonceper12monthsby:atleast50psigabovethemaximumiremainoperatingpressure,2.Replacementofalldegradedgasketsincouplings.3.Performingaflowcheckofeachhydrant.3/47-31 4+./Ngyr PLRVii5'~5iEELS(ABL=~.i.s.6-i:"ROFREHYORAtf5."NOA:OC::'OHYOR"NTHOSE',"'.OUSES'.OCA=:QN(")YazdY~Ya&YuufYmdYcuutYa&HYORAil7NUMBERFH4FH6FH:7----FH8FH9FH10FHll~lla~~IIi~~IgI&~VpitViVMP-UNIT2 P-c~4ora+W~~o~k<~c4i.~~LficetP+~r>er(e~WiW4iawg~<+~~+io~~l<~Au.awe+4l+ck~yatprcp*r<N40TAN."A+Pr~e~+>t4~cochic.6'I4~6rgAQ,oL'NT3"STci~15.3/<.7.8FIRERATEOASSEMBLIESL:I~iITINGCDNOITIONFOROPERATIONle'QKoK+grArWQc+A.onCoC83.7.8Allfirebarrierassemblie~includingwalls,floor/ceilings,cabletrayenclosuresandotherfirebarriers,separatingsafetyrelatedfireareasorseparatingportionsofredundantsystemsimportanttosafeshutdownwithinafirearea,andallsealingdevicesinfireratedassemblypenetrations,includingfiredoors,firewindows,firedampers,cable,pipingandventilationductpenetrationsealsandventilationsseals,shallbeOPERABLE.APPLICABILITY:Atalltimes.ACTION:a.Withoneormoreoftheaboverequiredfireratedassembliesand/orsealingdevicesinoperable,withinonehourestablishacontinuousfirewatchonatleastonesideoftheaffectedassembly(s)and/orsealingdevice(s)orverifytheOPERABILITYorfiredetectorsonatleastonesideoftheinoperableassembly(s)and/orsealingdevice(s)andestablishanhourlyfirewatchpatrol.TheprovisionsofSpecifications~~and3.0.4arenotappTicable.SURVEILLANCEREQUIREMENTS4.7.8.1EachoftheaboverequiredfireratedassembliesandpenetrationsealingdevicesshallbeverifiedOPERABLEatleastonceper~~byperformingavisualinspectionof:oPEAAw~vsc'Kl<a.b.Theexposedsurfacesofeachfireratedassembly.EachC.Atleast10percentofeachtypeofsealedpenetration.apparentchangesinappearanceorabnormaldegradatjggsarefound,avisualinspectionofanadditional10percentof~typeorsea1edpenetrationshallbemade.Thisinspec.ionorocessshallcontinueuntila10percentsamplewithnoapparentchangesinappearanceorabnormaldegradationisfound.Samplesshallbeselectedsuchthateachpenetrationsealwillbeinspectedatleastonceper15years. PLANTSYSTEMSSURVEILLANCEREQUIREMENTSContinued)4.7.8.2EachoftheaboverequiredfiredoorssnailbeverifiedOPERABLEbinspecingtheautomatichold-open,reeaseandclosingmechanismandatc,e.atleastonceper6months>a~TheOPERABILITYofthefiredoorsupervisionsystemforeachelectricallysupervisedfiredoorbyperformingaCHANNELFUNCTIONALTESTatleastonceper31days.b.Thateachlocked-closedfiredoorisclosedatleastonceper7days.C.d.Thatdoorswithautomatichold-openandreleasemechanismsarefreeofobstructiorsatleastonceper24hoursandperformingafunctionaltestofthesemechanismsatleastonceper18mon.hs.Thateachunlockedfiredoorwithoutelectricalsupervisionisclosedatleastonceper24hours.3/47+$g P:ANTSYST=HS9/7~gA-.NT(Joe;t=BYPASS"SYST="LvsTING"GNDITIGN.=GRGPERATIOH93.7.dfThemainturbinebypasssysamshallAPP(CABILITY:GPRAT:ONALCGNOI(IGHbeGP."BLinoperable,Rczi1eI4's>>s>>s~vs~>>>>~withino(boucorIhAC:QII:With'bamaintunhinabypasssystamI-nns'hasystam.aQPsRABLssat.usrecucaTtiERHALTHER)QLPOWERw-'thin"henext'hoursj.?GMERtolessthan(25$ofRATEDSU(RVE~L('NCEREQUIREHTSd4.7.~(nemain.."ainebypasssys.a...shal("ecamons-ratacGP-"?AEL="av(eas-oncaper:~>>sv~~hvC4VCI>>s~~>>vs~~>>vs~a.,s(.La.mvs>>s~vyhQQGA.N(r4QCgC,MPorform-'ngasystam"nc=ional=as-whichinctu"ssimula-a'u""matcac=a-:onanoveri,yingtha~eachau-'".-.,a-cvalveaC>>'ates>>O~JS+Dosor'DOSI~On~2.OemcnsratingTURBINEBYPASSSYiRE:-PGNSET:4"hme~Mefo&clina<eoa('xemeets.(((henmeasured~mmWe~i('.('.aLmovemento(mema(.n'~u,".o~nes.~opvaLveokco~aLvaLve(a)808o)Cucb~nebupasaaua~emcapaciyshaLLbeesmb~hed'n,0.3seconds.b)BupasavaLveope(M'nashaLLo~aM~flu'.n0.1second.VMP-UNIT2 4.7.e'Pt=.'-iP-RATUP-!'!N.'TOP~NQ(Optional~)".7.9Thete.",peratureofeacnareashowninTable3.7,"-1sn1bemaintainedwihin=he'mitsindicatedinTable3.7.9-1.APP~CA"lLiY:Whenevertheequipmentinanaf.ec:edareisrecuirdtobeop=~am.ACiIQH:Mi..",oneo"moreareasexceedingt¹temperaure>mit(s)snowninTable3.7.9-"Formorehaneithours,inlieufanyreportrequiredbySpecificaion6.9.,prepareandbmitaSpecialRepor:o.>eConaiss-onpursuan-toSpeciicion6.9.2withinthenex:30daysprovidingarecordoi.heamoubywhichandthecumulativetimethetern"eratureintheafec-dareaexceededitslimiandananalysistodemons-.ra:e"hecontinuedOPcRABLL.'TYoftheaffectedecuipment.8ymorethan3QF,inditinaheSpecialReportrequiredabove,wi-hin4hourseitherresore-heareatowithiniwtemperatureelimiordeclarethequipmen-n.heaffectedareainoperable.SORY'EiL~NC"-REQUIREMENTS4.7.9Themperat'ineachof1eareasshownTable3.7.~lshallbedeterinedtobew'thinislimi-at,lesonceper'ours.AA<P-UNIT2A&yt1~'CvW4=.7~~5 ~~~5H5ARK7APL07cAREA<""lPERATUR~'QNi70R'NGT~P~RAURct.7ac)b.Cd,8.~~ 3/4.8ELECTRICALPONERSYSTEMS3/4.8.1A.C.SOURCESLIMITINGCONDITIONFOROPERATION3.8.1.1Asamcru'mum,Ne~a&owingA.C.~ectQ~powacaomcesaha6!beOPERABLE:TwophyeicaQyindependentn,t~bMveenCateo$$aMe4mumQsionnetivonkand~eonsideMudlEdis~b~onsystem,andb.T&eecepsandindependentdiesel'.genecatocs,each,eith:l.Aaepa~eJuls~o~eauo~emcontainingaminimumo$50,148gQL(anAso$$ueZ,each(on,EDG-1(OivI)andEDG-3(OivII)and33,879gaLEonso$Duel'.$on,EDG-2(HPCS,OivIII).2.Asepal$ueZ4ums$mpump.APPLICABILITY:OPERATIONALCONDITIONS1,2,and3.ACTION:a.b.UMhano(a.sitecirccu,iinoperable,demam~uu.'edxeOPERABILITYo(Athe.xemaGungA.C.o$qaite.saucebype".)ammingSmvecXEanceReocu,senex4.8.1.1.1+it'u.n1homandatSeas~ancepe".8houu~habeas.tet;andSuxveiZCanceReacu".ement4.8.1.1.2.1.a.4and/on.4.8.1.1.2.2.a.4wi,5u'.n24hour+QoemeNeseLgen~oesaszociaed<~~einoperableo<tlaiterite;cesCoceaZeasC4voc))atec.ixc~CoOPERABLEaMtus<~u.n72ho~ocbe,inaEeasCHOTSTANDBY~vi'u'.ndienet6haulmandinCOLDSHUT¹'NwithinWegc6Ccwing30".'u;s.Ol~EOG-1(OivI)ozEDG-3(OivII)c5Ateabove,rceocwtedA.C.eZect~cMpowersacr@:esinoperable,'emonize~eOPERABILITYo$lmA.C.ogg4Meaomcebypec5oeru'.ngSun.veiXEmtceReocuxement4.8.1.1.1~ec.tfu'.n1hocur.andatZeas~oncepe<8harv+4ienea$Cm;andSmve,cQ'anceReacu'm~4.8.1.1.2.1.a.4~n24hocuu;ces~orce.tirediese-oene~cz..oOPERABLE.s~Lsw'in7days"o.xbeinatleas~HOTSTRIOBY<~hutWenet6hamsandinCOLOSHUTOOMNwihin.thego&owing30houru.AtNenumbers.o$gaiZmesjoe~neinoperablediesMindicaedinTable,4.8-1pen$oen4heAdditionaLR~abMiyActionmesc,~bedinTable.4.8-2and.matachments."'eseLgenemtoeshaQbecomidued4obeinopenabQ,~<am,the.oneo$~aiEuxe4atQjces4teteq~ementso$Smv~nceRequirement4.8.1.1.2.i.a.l.ELECTRICPOMERSYSTEM(S'"ThemaxunumCo~curve.timeAthaAthedieselgene~auc,jtheorvwteemergencyACpowersaya~emmaybein.theINOPERABLEs.tausinagivenyea<,shoalbe17.5dace.IVMP-UNIT23/48-1 3/4.8ELECTRICALPOMERSVSTB(S3/4.8.1A.C.SOURCESLIMITINGCOhtOITIONFOROPERATIONACTION:(CoM.)c~M45cone.ojtIaMeccrccuu'.anddceseZgenenatorcEOG-1(OivI)on,EOG-3(OivII)obeabove'cequircedA.C.Wectnicat'.powercaouncesinopenabZe,demons'eOPERABILITYo$We,rcemauu.ngA.C.o$$rsMeflouncebyperc$onmutgSurcv~GtnceReouinement4.8.1.1.1cpu'.n1boun.andatLeas4once,pere8hourcsNercea)CereandSunve,MEm~ceReqcccrcement4.8.1.1.2.l.a.4~n8hourcs;nes4oneatZeasConeo$theinopenabZe.soccnces~oOPERABLEa~~n12hourcson,beinaZeasCHOTSTANOBYcuminNenext6hourcsandinCOLOSHUTOOMN<eitlu'.nWe$oHouu'.ng30hourcs.MithWe,dies&genercatorcres~oned~oOPERABLE.sabaccs,)o&owActconS~ementa.hathNeo$gaMec,chic~rces4onedCoOPERABLE$oNo<vActconS~emeMb.M~WooJWeabove,xeocu'wedojgsiteA.C.cin~cnopenaMe,demoe~e6eOPERABILITYo)EOG-1(OivI)andEOG-3(OivII)dcese(genercatorcsbypercJoencngSunvei,~nceReocuxement4.8.1.1.2.l.a.4c~Jcin8hourcsmesaSeeckaseZgenercaoresaxeaL<eadyoping;rces~oneaZeasCone,osWe,inopenabZeo(orMesouter~oOPERABLEa~auscvMcin24hourcsorcbeinaZeasCHOTSTAhlOBVwu'cin~cenext6houu.Mi,Jconeone,o5)aieaourcceres~oned,goMocoActconS~ementa.M~Woo$Weabove,neacu;".edcKese6genenatorcsEOG-1(OivI)andEOG-3(OivII)inopenable,demons~~e~ceOPERABILITYo(4oo~$aiteA.C.ccrc~byperc$orunc,ngSunve,~ceReouinement4.8.1.1.1Ni,~cin1nourcandatZeas4oncepen,-8houu4cenea$~en;xesConeaZeasCone,o$We,inopenabZeNeseZgenemouCoOPERABLEs~ucctlcin2hourcson,be,inatZeasCKOTSTANOBY'cajunChene,xt6hourcsandinCOLOSHUTOOMN~n4ce(o&oging30hourcs.M~cone,dies&genenatorccou'"rces~oned,(odourA~onS~ementb.0LI5tdcesetlgenenaon.EOG-2(KPCS,OivIII)o(~ceabove".eocu,tedA.C.Hect'cicaLpowen,souncesinopenable,demons~eAceOPERABILITYo$WenemainucgA.C.aourccmbypen$onmucgSu>ave,MinceReouircemen4.9.1.1.1+MeinonehourcandaZeas~oncepere8hourcs4cenea~~enand4.8.1.1.2.i.a.4n8hourcs;<estroneNeinopenabZedies&geneructorcEOG-2(HPCS,OivIII).toOPERABLEarcs<vu.'hin72hourcsorcde~".e.theHPCS.surt~em,cnopembZeand4xte.theACTIONxeauinedbySpec,cpcauon3.5.1.Thegnovisionso(3.0.3donoCappZu.AWe.numben,o(~aMunesporc.t'ce<ncpenab~eaceseC.'ndicatedinTabfe4.8-1,perc$onm~ceAdcbuionalRebcab~tyActionspnescmbedinTabRe4.8-2andits~chme~.IfACTIONSaQcncc$cannoCbemet,maze~ceACTIOhlteocu;xedbySpen.g.catcon3.0.4AMP-UNIT3/48-2'~.c-v ELECTRICALPOWERSVSTB5SURVEILLANCEREQUIRES(Eh!TS4.8.1.1.1Eacho$Neabove<equippedindependent~~bMveenNeo$$aMe4htndmihb~onnetwoitfzandWeonsideClubslENA4u'.bat/on4ydcemaha6'.beOPERABLE~eat+oncepet7daysbyveau'.fangcomectReulzetaGqnmentsandmNcatedpowmaver'ab~4.8.1.1.2.1EDG-1(NvI)andEDG-3(D~vII)Nesck.gene~osaha%6e,demons~~edOPERABLE:Inaccordance~me$eequencydp~PedmTable4.8.1STAGGEREDTESTBASIS6y:ona1.Pe45onmanceo5achannelfun~ona1'.~es~o4~iedaymnfzCowlevy2.Veu'.~using~eJulZeveZ~nAcegueLaoruxgeWnk..3.V~juing~'Che$ueZ4Mnsgen,pumps.sW~and,~umsqe".jueC).&mNea~o.ageduademCoWedauWniz.Ve~ay~g.AeNese'~~.romambient:con~onandacceZe~es~oatZeasCb00cpm~ZQa~1'zequat'.~o10seconds."Thegeneral'aevoltageand$ceauencyahaLZbe4160+416vo~and.60+1.2Hz~fun10secondsa$CmVies~~annal.TheNeseZgenresshaZZ6ea~edfoe~~es<byLsingone,o,jWe$o~uunga~gnaQ:a)6)c,)d),Lf~.Km~edZoaao)o)$aMepowerby~M).NmuZatedLocao$o$$aMepower,mconjun~on+MaanESFactuationtesta~gnaZ.AnESFactuation~esCsignalby~elf.V~/y<ngQe6esQgeneut,oemdynckeeLed,Loaded~og.create"~on,eouat'o4400kwandoperaesmMiMescloads)on,atZeasC60~utes.Vem(kgWeResealgenenru.'ocr,wcesConedCoa~dbymode..'Theches&gene~a.s~m(10sec)qcomambientcona'i.~ogpushou'.Lbenecgoened.~!@as:toncepen.184drunks~nhesesmveiLCance4esw.ALLomen,engine)on.thepmposeo(~~.sunve<ZLance~es~ngmaybeprecededbyanenginepcekubenewodand/on.oNen,w"muppmcedcvcesrecommendedbythemanugactur'en.woNamechanic.cds4xesbandwea".on,thea'ieseKengine~mc.ninu'.=ed.VIP-UNIT2 ELECTRICALPOO/ERS/STEI(SSURVEILLANCEREUIRE'RENTS(Continued)7.Veu.j,yingdtepnmscuceindmain:-a~teceiverutobe,gceatex.thanoieouaLto(240prsiaJ"b.~cuC6ncepec14daub,rco~eAedieseLgenMatomonjackinggeaL.~vmCQncepe<31daysandaJCmeachopenationo(thedieseLurheeeAeperu'.odo)op~on~gaea'anorf.equaLCo1boun,bychectu.ng~orr.and.removingaccumuLateduxu.'m)cornNeday~d.Once,pen.31dauabychecking)on,and/on,removingaccumuLatedwaerr,$'.om4m(ue4oiZsConage~As..8yrsampLingnevJuloifinaccordanceacthAS7<lD4057-81proxtoaddition~oWes~onage4xnlzsand:1)Byveau.(yinaimeetsWe.requirementsrspeci+edinASTI("."75-81pru'.on.ma~on'o4ieaCoruxge4xniubyNefoMoreing:a)AnAPIGmvMuo$ui'u.n0.3degreesat60io.xaspec.incgnav~o5ceCJu.n0.0016M60/60F,u'hencompaxed~o~iesuppMex'.sc~Pcateorr.anabdoLutespecipicguavaa60/60Fo$g.gaeaexChanon,equaL~o0.53buZest~anoreeouaL~o0.89o".anAPIg~vyat60'Fo(gneatexthanoeeaux.to27degreesbuZesaHumo.".eauaLCo.39degrees.b)A~Qn~cw'icos~a40'Cogg.".eaex~tanoceouaLCo1.9centQs~okes,buLess~nuton,equal.~o.4..1centu~oize,s,i~g.mayox'oCdMeeninedbycornea~onuu'tthesuppLiex'.scer~P~on,c)A~Larshpo~eteouaL~oo~gaiety,~ian125'i,andd)AMean,andbmghappearanceiuMtpzopeecoLoeunpentestedinaccordance~ASThlD4176-82.2)8yveau'.)yingeMu'n31dayso$obkziningV~eaampLe~haWeoCher;peoplesapeciPedinTabLe1o$ASTi<l0975-81axemetMlhen~essedacco~ce~AS'975-81exceptMatthemuxZyais~os.sM~u;.maybe,pen,(oenedinaccordance~iASThl01552-79ocAST'l02622-82.pryroi//.~~Gnceevery31daysbyob~nuiasampleoJgueZoM)corn.thesConaae&nilinaccordanceeQ'3ASThlandv~(iong.thattotaL~cubaecontamin~nisLesst(urn10mg/Liten.tv%enchechedinacco~ce(QQ'hASPif02276hfethodA.83'*Tobe,aMenmuzeddu~ngpne-openationaL.twang.NhlP-UNIT23/48-4 0 ELECTRICALPOSERSVSTB(SSURVEILLANCEREQUIRE!lENTS(Co~nued)~~sCQncepen,operatingcycLe,~xgshutdown,by:1)Subje~gWecKueZman~n6pe~on~naccordance~pmcedu".upcepaxed<inconjunctionei5x~manu$a~en,'axecommendatiom~on,c6uao$a~dbyservice.2)Veu'.$y~xgWe,cKMeLgenenatoccapab~toxejectaLoado$gceaterr.WanoeequaLto1125hv(EOG-1NvI)and750hv(EOG-3NvII)wheemainyu'ningenginespeed<755o)WecKggenencehMveennominaLspeedandWe,overupeed~wpaetpo~ntoe155abovenominaL,~vkicheven.3)VeM~y~ngWe,dieAeLgenexatM,capablyto.xejectaLoadoj4400hv~outtwpping.The,generator.vo~eahaLLnotexceed4576voLUdungandgoLLouu.ngWebroadxejection.4)ZunuZatinaaLornao$o$faMepoemby~eL$,and:a,)Veu'.fagdeeneng~zationo$Weemengencybcuae6andRoadshedding$mmWeemergencybmoc.b)Veu.fy~gWe.cKuedgenenaton,w~onWe,auto-ed%a~gnaL,enetgme6Weemergencybmoc~peenanentLyconnectedLoadsuu.thin10seconds,enetgizuWe,autoconnected(shutdown)LombNvraughWe,timedelay.xeLayz)andopeezm(ocgaeamWanon,equalCo5minus&uGrLe~gene~oxmLoaded~-WeshutdownCoach.A$~Menetg~z~on,WedCeadya~evo~eandfrequencyo$We,em~encybwanaahaLLbemaintainedat4160+416vo~and60+1.2Hzdcuung~5)Veu'.fagWatonanECCSactuation4m'~gnaL,~outZoaao$o$$hMeporte,We,ck.meLgeneitatoch~onWeauto-h~a~gnaLandopertatMon4~yJoegn,eatmWanozequaL<o5minute.The,genenatan.vo~eandfMquencyahaLLbe,4160+416vo~and60+1.2Hzvitamin10seconda$~eeWeauto-d~a~gnaL;Westeadya~egen~evoltageandfrequencydhaLLbe,maUx~ned~tu'.nWareLu~ctwung~Cut.6)SimuLatinga,Roado$o$$aMepoutsmconjunction~anECCSactuation~mCa~gnaL,and:a)Veu'.$ymgdeenengizationo$We,en@agencybmde6andleachshedding(tramWeemergencybmde6..'IMP-UNIT2b)Veu'.$y~gWedieselg'enetatocd~onWe,auto-s~a~naZ,enangcmsWeenengencybmoc~pervnanentLyconnectedSoarseMun10deconch,enmac.zmWeauto-connected(shutdown)Loads~ughWe.Bmeda6xu.x~wandopennem,foegreaten,Wanon,eouaLCo5minuteefu2egenre<mLoadedeMxWeenecgencyZo~.Aedecen~~z~on,Westeadys~evo~eand$eeouencyooWeemergencybuhhebahaLLbemaintainedat4160+416vo~and60+1.2Hzdxuung4aQCM~.9/48-5 ELECTRICALPOMERSt'STE<($SURvEILLANCEREQUIRES(ENTS(Co~nued)7)Veu'.Jymg~aLLautomaticNesM~paateautomM~caLLpbypasseduponZoaao$vo~eonVteemergencybLscon~entuu.thanECCSactuationsignalexceptengineave<peedandgene~or>N.joe".Q)~cu%te~.S)Versifying<mches&gene@aozapexes$o.tatSeas..24homo.OtuungWe$uuC2houuo$~~esC,WeN.uefaenemto~ahaLLbe,ZoadedCogr'elm~ano<eouaL~o4840/av.Otvu,ngWecemauung22howeo$~.tes~,Nedies&genenaton,ahab,be,loadedCo~4400hv.Thegenenaton,vo~eandg<eauencyshaZEbe,4160+4lbvo~andb0+1.2H"eMu'.n10secondsa(~mWes~.signaZ<healreadya~egene~on,voyageand$cequencyahaLLbemaintaineduu'.ttu,ntheseMnitsdwtingd~0jMu'.n5nu'.nLtesa$CmcompZMipg~'vis24-hom.te,s~,pm$oenSmv~nceReauixement4.8.1.1.2.1.g4)b)"a)Veu.5uingthe~ese.6gene~ox'capab~tc<Co:<fanuaU,ua.)synduioru.=e~~4heoisoaMepotommkij'eWegene~ox.wLoaded~~emergencyLoadsupona.smuttedxu~o~ono$o$ghMepa~ver.,b)Tuuuoet~sbroadsCo~heo55a~epa~ado~ce,andc,)8e.xes~oced~o~aWndby.spazus.10)V~jy~g4'.~~~ecKeseCgene>~or'pening.ina,tes~mode,andconnectedCo~bus,asm~edECCSacunctiona~g~ave<-.~destheCesCmodebu(1)rt~vu'.ng4mcKeseLgenoaocCodbmsopercation,and(2)aLtomatiaRLpeneng~zes4memergencyRoads~o)o.stpoem.,'1)Veu'gyringMatAtejueZ4uns$e".pump,t~~euJulgtomeach$ueLs~omge.tank..to~associateddau~un.0SQ/tv~nceReacMJLement4.S.1.1.2~14)b)Mno~9'4atchgacto~Q<completedgene~oxmaybeape~datorcepezpieceng24howt.tes<.Intshu'oeontb5wead,oneckeseZopening~emperyusehas.s~ab~<i=ed.ne,iioutr,ocuntiLMi(P-UNIT2 ELECTRICALPOOIERSYSTE,'1SSURVEILLANCEREOUIREllENTS(Continued)121.Veu.]ping~Che~edegaye~ydsa(ceOPERABLEwithWei,&e0xvaLb~eeneachloadblock~lu.n+10'0o(~designi&eExval'.13)Ve/u.)pingMatWe)oZZouu'ngdieselgenera.'on.Loclxo&(e~espreventdd'.esekgeneuu.'oca~ng:a)Tu/xninggemengaged6)EmexgencusCoph.A(NetanumoN.Pcations1)(whichcoulda$$eMdieseLgene/xenon,interdependencebua~ngaQ'.dd'eseZgenertatowEDG-1(OivI);EDG-2(HPCS,DivIII);EDG-3(OivIT)anmntacncanatu,dun(ngalantdawn,andvcn((EtnatgacEEdecoctwongananatonaaccctcnatc0attccaf000".am~EDr~(Kv(>,EDG;0(8cv((l>Zest4>anoxequal~o10seconds.Veau'.(usingNaAteauo-connectedRoadsCoeachdi.eseZgenenatondonoCexceeu<he2000-hogan,~c,ngo$4750hvgo<EDG-1(OivI);EGG-3(OivIT)and2850k.'(;poxEDG-2,900.cpm~osEDG-2(HPCS,DivIII)(HPCS,OivIII)')(os.chcoulda$~ec(xi,x.sanaagsCembuvewfying~h&wi.t.'lxaQ,cKeseZgene~ormixaM<xeceiveupzuauru.=ed~omesaChanoxeouaZ.no240esigand:M,compcesdo45QecMAed,beg4nn4ng(momamb~e~con~oneAxecKueCgenera.'oss~~aZeas~5consec~ve~esandacceRe~esCo600.cpm~3:.mincepe<10yeanbu:1)Or~ningeach,guel'.oM.sCocage4uxiz,.xemov~ngC~eaccomuZMed.sedoneetandMeaning.Jxe~lxusinga,aodiumhirpochlo~eocequi.vaZenso~on,(xnd2)Pen,tsonningapcesaurceCesCo$4xoaepo~onso$dieeke,st5uekoM.sua~endesignedCoSe~onTII,subdsec&onVDo$WeAS<4ECodemacco~nce~hASh(ECodeSe~onIIA~MeTh8-5000.NhlP-UNIT23/4S-7 ELECTRICALPOO/ERSVSTcElSSURVEILLANCEREQUIREMENTS4.8.1.1.2.2H6-2(HPCS,NvIII)dieselgen~ocdhaLLbedemons~edOPERABLE:a.Inacco~ceeQ'3We)rcequencyspecifiedinTaMe,4.8.11.Verdi.gyingWeJulZeveLinNeday~.V~~yingae~ueLeeveeinthe~uee~~~ge~.3.Veu.fyingWefueL~(et,pumpz~and4tansgemgueZ)cornAeaCouxgeaye<emCoWeday~la.4.VetijyingWedieseLs~/curnambientconditionandacceleratesCoaZeasC870cpminZeswWanoeeouaLCo10seconch.Thegenetuu'.oevoyageand(rtequencuahaLLbe.4160+416vo~and60+1.2HzeMu'n10secondsa$~mNewattsignaL.The,dieseLgen~on,shaLLbe,.s~edfoed~~es~byusingone,o(Ne$oMoec,ngsignaLs:a)b)c)d)hlanuaL.SimuLatedLoadogo50ditepoiven,buitseL5.SimuLatedkoalao$o5~aitepowe>inconjun~on~anESFac,~on~esCsignaL.AnESFactuation~es~aignaLbu~eke.5.Veu.jying~edieseLgene~oxisaundvmei=edandLoadedto>2600Ksvandopenus'.'e+Mt~loadfoxatZeas~60minutes.6.Ve+c.)yingNedieseLgen~o4is4e<4o~tedtot'te.smndbumode,b.7.Vewguing~epcesauneinaLLdieseLgene~on,wit.s~teceivets~obe,gceatmManoceauxCo215prig.fdRMh*Wepeu'.odo$operationwasgreatenChanon,'ouaL4o1hornbuchedzinafoeandremovingaccumuLatedufatet()tomWedau~nk,.c.Oncepen.31daubbycheckJoeand/on,temovingaccumuLaedcvaten,:cornWe5ueZoiL.sComge~,d.BusamplingnevJueLoiLinacco~nce~AS'4057-81pm'oad&ionCoNeadobe4xniuand:1)Byveau'.$yingMmeetsNe<eqautementsopen'.+edinASDl0975-81pu'.on.toadcKtion.to4aesConage~tsby~m~oMo<wng:M<(P-UNIT23/48-8 ELECTRICALPOSERSYSTEh(SSURVEILLANCEREUIREllE1JTSa)AnAPIGnavMsgo$within0.3degneesat60Fon.aapeeipegnavituojuLtMn0.0016at60/60'F,whencompaned~otheduppZien.'4c~Pcateon,anabaoZutespeciPcgmvMua60/60Fa$gneMen.~onequaZ<o0.83bud'Zest~no.".equaLCo0.89on,anAPIgnavityat60'Fo(gneaten,~~on.equaLCo27degnees6MZest~nonequaZto39degnms.6)Akinematicvmcaw~at40'Co$gneu"aA~banoneouaLto1.9e~dakes,butZestWanon.equaZCo,4.1c~dolzes,i(gnavityuxunaCdWenminedbycompmQon~NeauppZien.'oc~gication,c)AgZashpointeouaLCoon,gneatez~125F,andd)AcZean,'andbnightappeaumcewMipnopencoZon.when~essedinaccondancewithASH(04176-82.2)Buveau.)yingwctu'.n31daubo$obku.ninamesampZe~tat4<eo4<expnop~uspeci+edinTable.1o(ASTiU0975-81anemetwhenNestedinaccondancewithASTM0975-81except~AeanaZyam5on.suL5un.maubepez$anmedinaccondance~AST<<'I01552-79on.ASThl02622-82.~e0'7/,-Q.-'amer~nceeven,y31daubbycbkximnga/aampZec$(ueLoiZg.".cmWeaConageWnluinaccondancemMiAST<~l9~~andvenifuingChaCo~panticuLatecoeCanu'.i~onisZest~ian(10ma/~e".t'~kenchewedinaecdndancewithASTM02276-~,'fehodACgg()~a&QnceoperatingcueZe,duwngahMdoum,ou:1)SubjectingWedc.eseZCoani<ape~oninaccandance~pnocedune,spnepanedinconjun~onieitnitsmanu)~en,'anecommendationsgcn,~so$a~buadvice.2)Verdi,fuingWeNeseZgenenaton.capably<ozejeetaLoadofgneaexWanon.eouaZW2433"hvwctu'Zemaire@'.ningenginespeed<755c~thedi$jenencebetweenncmigaLspeedandmeovenspeed~wpoutpointon155abovenomuutZ,whichevercis3)Veni(uingNedieseZgene/caon.capabiZity.toneglectaLoadequaL~o2600tuvecthaMC~pping.The.genenatonvoZtageshaLLno<exceed5842voZtsduningand(oZLouu.ngWeZoadnejeetian.4)SknukatingaZoaao$o$$aMepowen,bu~eZ),and:a.)6)Veu'.fangde;enengizationo$Neerne".gencubus.Veu.)usingNecKeseZgeneiiu.'ons~son~heauto-s~sigh!,enekg.i=estheemengencubus(cv.h.thepenmaneetfuconnectedLoadswight13secondsandope~esJon,gneaten.Siano'.equaLtc5minuteswhiLe,itsgenenacn.LsLoaded.A(~en,enenai=aicn,s<eadus~tevoZtageand~nequencycftheemengencyotushou'.<6maieaunedat4160+416vcZtsand60+1.2H"duningthistest.'HPCSpumpmctcn..mzdLeadcj2433bvcanbe,achievedby1673gpm:Zcwa-'225>>si.M<I)P-UNIT23748-9 ELECTRICALPOMERSYSTE.'(SSURVEILLAMCEREQUIRE<(EhlTS(Co~ued)5)rVeu.~<ging4tatonanECCSaM~onCask-align&,<cM<outKoalao$o<$sMapo<van.,4<acKasaLgen~oc.s~sonNa<<uto-s~.s~gnafundop~asona~dby(oegneateeCh'anozeaux~o5m<.nutate.Thegannonvoltageand$<eauanc<Jabaftbe4160+416vo~<xnd60+1.2HzeMu.n10secondsa$4acViaauto-ad%.s~gnoj.;Deadeud!1s~egene~orevoZ,uxgaand$eeouency.shaLLbemaintained<mt'.nChase~~dcuu'.ng8m6)Mm~ngaLocao$o$$aMapo<oen,inconjun<'@<onuu.thanECCSac.~on~as~z~gnaL,and:a)Veau.~pingda-energy-ationo$d'yeema@encubus.b)Vem(y~ng'WaNadaLgene~osa~~onWaunto-.slav."signals,encage".ssWeeme~anc<fbus~~WapaenanantLuconnec.tadRoachand4<a<auto-connac,tedemergenceCoeds~n10.secondandoperaas(on,grceu.'an,~noceouaZN5m<.novas<<kiowa~gene~oswLoaded+MALWaemergencyRoads.A$~manalog~=~on,4M.s~aadu.s~avolga(.xeouenc<<oJmeemergencybusahaLLbemai~nada4160'16vo~60+1.2H=duru,ng~~~as~.7)8)Va~(y~ngWMaLL~meticd<.as'h<<ta<<.uom~cuLL<<bupasaaduponLocao$volgaon~1<aemeigenc.rbusconuurnan.v~kcnECCSact~on.signuLexcep<anguineovewpaedandgene~oxd<.)ye<ant<.QZCLUULa&.Vem5u~ngUiad<.aseLganeshaoeope~u5oxaLens~24hocus.Owu'ng~m$~C,2howuo$~.task,~aNasa<gene~onshaKbe.loadedCogeeM@c~non,aquaCo2850fav.Ouru'.ngihanemcu'.iu'.ng22houuo$'~Cask,~acKasekgene~eaha%baLoaded~26001-v(cont<nuous~ng).Thagene~avoLtogeandg.teouencu.shaLZbe4160+416vo~and60+1.2Hz~n10secondso.(~acNaad&a~gnaLMazgaudua~agene~oxvolgaand$ceouencgshaLLbamai~nadectkc.na<MaM~dulu.ng~s~M~.Ola~u.n5nu.nuts,su$~aecomplying~24-houseCu~,paulo~Sunve~ncaRaouixement4.8.1.1,2.2.~,4)b)'.~'jSmv~LonceReocurcement4.8.1.1.2.2.~..4)b)mnoC.s~$aMoac2<gcompZWad,noCnecassaxu~o.cape<~'"Chepcece&ng24houn,Was~.Iru~ead,theNasaLgene~o.".moube,openaed>2600fm(cont<'.nuous~ng)(oeone,hornocu~opening.tampa~cahus.smb~"ed.5/48-10 ELECTRICALPOMERSVSTE!5SURVEILLANCEREQUIRE!(ENTS(Continued)9),Veer(yinqthedieselgenenatoz'rscapablyCo::i6xnua6'.ya)hynchnD~zeutMtWeo$gaMepouch.aourcceutilethegeneuu'.on,Loaded~~emergencyCoachuponarsmuZatedaersCo~iono)o)~aMepour@,,b)Trcanb~ecitsCoach4omeo(~zMepoweraourue,andc)Sercers~onedWitsa~dbys~.10)Veau'.$yingAa-'thedies%geneuu."ocoperatingina,tes~modeanaconnectedW~bus,aaimuhu.'edECCSac.~onsignaZovex-udesAe~es<modeby(1)<~>rungNediese(!gene~ox~os4xndbyope~on,and(2)automaticuMuenergizesWeeemergencyLoads~thog$diepowert,.11)Verdi)ying~~aNegueZ4mns~zn,pump~xansge,wgueZ(corn(ueZsCoruraeink,~oDieday.tanfz.12)Ve~jyingChat~he'oMotunqdieselgenoaoc4ocf.'outgeatu".esp~evendieselgene~on.w~~ng:a)EngineinMaintenancemode,b)Oie.sekgener~on.lockoutg.Ay~enanymoN.~<~ons1)whichco~a~~eMdieselgenevaor.iner;dependenceby.s~".ting~diersWgeneuu.'omEOG-1(OivI);EDG-2(HPCS,OivIII);EDG-3(DivII)s~~eousZu,dwunashutdown,andvew~uing~ex~dc.eset'.genermtomacceZecateoa-Zeas~600cpm)on,EOG-l,(OivI),EDG-3(OivII);900.cpm~oxEDG-2(HPCS,OivIII).inmesa~ianon.equalCo10seconds.Veu.gying~~4mauto-connec,tedbroads.toeachdieselgenoadonoCexceedWe2000-boun,~ngog4750r~vyon,EDG-1(OivI);EDG-3(OivII)and2850hvyon,EOG-2(HPCS,OivIII).2)uthichcocc2daffectaira~ngsystembyveau'.(ying~tativitha6!dies&gener~on,~.sM~xeceiverapcesauru.=edtoLes.sWanon,eau+64o215prigmdWecompcessom.secured,beginning)cornambiencond-o~ie,d'ese(.gene~o~~~~eel..5coKbecLMA.ve~Esandacceleures4.'o870~m+35.n,emovingNeaccusedsedimentandMeaning~he.tanaus2.nga.sodiumhupochZo~eon,eouivafentsolution.M'!P-UNIT23/08-11 ELE~iRICPNERSYSTEMTable4.8.1hEESELGENERATORTESTSCHEDULENumberofFaflureinLas.20ValfdTes.s~Tes.FreoueneA~~Qnceper31daysM-has.Qnceper7days~ritemaoroetermfnfngnumberoffafluresandnurserofvalfdtesashallbefnacordancewfDRegulatoryPosftfon.C.2.eofRegulatoryGufde1;108,Revfson1,Augus.1977,wherethenLnrberotes.sandfzfluresfsdetermfnedonaperdfeselgenera.orbasfs.Forthepurposesofthfs.es.schedule,onlyvalfdtes.sconductedaftertheOLfssuanceda.eshallbefncludedfnthe~putatfono.the"last20valfdtas.s."Thfstestfreouencysha11bemafntafneduntf1sevenconsecutfve.aflurefreedemandshavebeenper.ormedandtheneer,offa'.luresfnthelas.20validdemandshasbeenreduced!ooneorless.viap-wIT23/g TABLE4.8-2ADDITIONAL'LIABILITYACTIONSNo,offailures3nlast20val[dtestHooffa<1ures$nlast100validtes.sActionNothin14daysprepareandmaintainarepor.forNRCauCitdescrib4ng.hedieselgenerator~liabilityirgrovementprograr,",implementeda:thesite.Hinkmumrequirementsfortherepor.areindica.edinAttachment1toth'.s.able.Declarethedieselgenerator'noyes'llo.Performaraqual<-f3cat$ontestprogramfortheaffe.teddieselgenerator.Requelifica:)ents.programregularemen.sareindicatedfnA.achmen.2tothistable. ATTACHMENT1TOTABLE4.8-ZREPORTIHGREQU1R&EHT'saminimumtheReliabilityimprovementProgramreportforHRCauditshallinclude:a)asummaryofalltasts(validandinvalid)thatoc"urredwithinthetimeperiodoverwhichthe4astZD/IQOvalidtas.swereper,ormedb)analysisoffailuresanddetarmfnatfonofrootcausesof'ailurasc)evaluatfonofeachof.therecamendatfonsofNUREG/CR-0660,"EnhancmentofOnsitaEmergencyOfeselGeneratorReliabilityfnOperatingReac.ors,"withraspectotheirapplicationtothePlantd)identi,icationofallactionstakenortobetakento1)correcttherootcausesoffailuresdefinedinb)aboveand2)achieveageneralimprovementofdeselgeneratorralfabflftye)thescheduleforfriplementatfon+eachactionfromd)abover)anassessment'f.heexiatfograscabflftyofelec.ricpowertoenginered-safety-raaturaequipmentOncaalicnsaehaspreoaradandmafntainaninitialreportdetaflingthedieselgeneratorrelfabilftyfmprovenentprogramathissita,asdefinedabove,thelicense.needprepareonlyasupplementalrepor.wi:hin~<daysaftereachfail'ureduringavaliddemand-orsolongastheaffac.addfesalgeneratorunftcontinuestoviolatethecriteria(3/ZOor6/100)forthereliabilityimprovementprogramremedialaction.Thesuopiemantalrepor.needonlyupdatathefailure/demandhistoryfortheaffecteddieselgeneratorunftsincathelastreportforthatdieselgenera:or.Thesupplementalrepor";shallalsopresentananalysisofthe.'aflura{s)witharootcausadatarmfnatfon,ffpossible,andshalldelinetaanyfurtherprocedural,hardwareoroperationalchangestobeincorporatedintothesitadfeselgeneratorimprovementprogram.andtheschedulefor.implementation.ofthosechanges.inadditiontotheabove,submi.ayearlydatarpor.onthedieselgeneratorreliabiliy. ATTACHMENTZTOTABLE<.8-2OIESKLGc..OGRE(1)Performsevenconsecutivesuccessfuldemandswithoutafailurewithin30daysofdieselgeneratorbeingresaredtooperablestatusandfourteenconsecutivesuccassfuIdemandswi.hautafailurewithin75daysofdieseIgeneratorofbeingrestoredtaoperablestatus.(2)Ifafailureoccursduringthefirstseventestsintherequalificationtestpragram,per,ormsevensuccessfuldemandswithoutanadditionalfailurewithin30day'sofdieselgeneratorofbeingrestoredtaoperablestatusandfourtenconsecutivesuccessfuldemandswithoutafai1urzwithin75daysofbeingrestoredtaoperablesitus.(3)Ifafailureoccursduringthesecondseventests(tests8through.14)of(1)above,performfour.nconsecutivesuccessfuldemands~withautanadditianalfailurwithin75daysofthefailurewhichoc.~~ddur.'ng.therequalificationtes.ing.(4)FoIlowingthesecondfailureduringtherequaIificationtesprogram,bein'tleasHOTSTANOBYwithinthenext6hoursandCOLOSHllTGOMHwithinthefol~ming0hours.(5)Ouringrequaliic3tion.tesingW~.edieselgeneratorshouldnotbeteaedmarfrequentTythanat24-hourinterials.IAfteradieseIgeneratarhasbeensuccessfullyrequalified,subsequentreaeatedrequalificationtestswillnatberequiredforthatdieselgeneratorunderthefollowingcandiians:(a)ThenumberoffailuresintheIas.20validdemandsislessthan5.(b)Thenumbe~ofailuresin.helast100vaIiddenandsislessthan11.(c)Intheeventthatfollowingsuccssfulrqualificationofadieselgenerator,thenumberoffailuresisstillinexcessofthemnedialac.ioncriteria(aand/orbabove)thefollowingexcept',orwiIIbealloweduntilthedieselgeneratorisnolongerinviolationofthermedialacioncriteria(aand/orbaoove).Requalificationtestingwillnatbereouiredprovided.hataftereacheeteevaliddemand'thenumberoifa~"lurs,inthelastZOand/or100validdemaad3,=hasnat;.incrased.'Qnca.'thedieseI.generataric.nolongerinvfolacionoitner.meaiaIactiarrcriteriaabovetheprovisionsof.-..~.thasacriteriaalonewilT.prevail....-.NHP-PifZT2~/08-15S- ELECTRICALPOWERSVSTENSA.C.SOURCES-SHUTDOWNLIhlITINGCONOITIONFOROPERATION3.8.1.2a.Ahanmmnum,Wefo&a~gA.C.eEe~caLpoeMdo(d(cuekhakibeOPERABLE:One~cuLtbet((!eenWeo$fiaMe~nsmQamnnet((!oneandAeoneseleClacklEdQ~butionsystem,and':wi>NueE,genenaton.EOG-1(vI)on.EOG-3(0<vII),andd(.meE,genemton.EOG-2(HPCS,NvIII)(A!henAeHPCSsystemmneqautedCobeOPERABLE,eachd(.meE,generatorhaving:l.AfiueZakonageay6Cemco~runga!!((.rumumofi50,148gaEEonbofifueLfion,EOG-7(N.vI)on.EOG-3(N.vII)andonefiueLoMakonagehyhkemco~PLc,ng33,879gaLLon!>>ofifiueLfion.EOG-2(HPCS,NvIII)((!henHPCSmneqc&redWbeopenable.2.AfiueE,~wfiet~pumppwneqc&cedd('.ebeEsystem.APPLICABILITY:OPERATIONALCONOITIONS4,5and~.ACTION:a.EOG-3(N.vII)ofih,eqtuAed{(IMhEmaManofifiaMecine~and/ond(.meEgenenatomEOG-1(N.vI)onAeaboveneq~edA.C.eEe~caE,poemaouT(ceAOPERABLE,appendCOREALTERATIONS,handingofi~d(atedfiueE~nAeReacton.B~&ngopen~nb~apoke~fion,druu.mingNeneacton,ve!!aeLand~neopens(one,oven.AespentfiueE,akonagepool,(ohenfiueEa!!dembWm(U(edConedXhenein.InadcRtion,anOPERATIONALCONOITION5,((:MhShe((!atenReveÃEes~than27'-3"above,SheneacXonpnmsunevMac(".fiLange,(mmediat(>C(j(>>(t(a.tccon'(cct(.veac,Mol(:vn(>>>zonetl(e">.('qcLc"cedpoNen.aouncmCoOPERABLEa..(:"(a(ssoonaA,prmct(.cd.b.NWhd(.ei(('e>!(enaton,EOG-2{HPCS,Oiv777)ofiSheabovenequiAedA.C.ejecta('ca!'~n('('taouncei~'>>cp(nabE(,n(it(n(th(>(>>(p(>",ai>('(d('(.ie>{'c>>e.'(Lt<'"i('"{ill'CS,O(v777!t('l~C>iABLE'htLLt((hI(,'(<l!.(>>2(ou5E,'(decE(U(e.theHPCSoghaminopenabEeandWketheACTION,".equ(nedb(jSpec(.+cali.on3.5.2and3.5.3.ThepnovmiomofiSper.+cation3.0.4anenotapp&cabEe.SuRVE7LLANCEREOUIREUENTR4.8.1.2AtE('aa.t.theaboveneqcunedA.C.eEe~caEporn.>ounceAahaEEbedemu!vacatedOPERABLEpenSunveiLEanceRequ(.nemen&4.8.1.1.1,4.8.1.1.2.1,exec>pt]on.theneq(u.n(>m!'>!.t,ofi4.8.1.1.2.1a.5and4.8.1.1.2.2a.5.{(lhenhancVinguuuz(hatedfiueE~nCheReason.B~ng..lNMP-UNIT23/48-16 0'
-'"TRICALPOWERS'(STENS3/4.8.20.C.SOURCES0.:.SOURCES-QPRATtHGL~HITINGCONDITIONFOROPERAION3.8.2.1Asaminimum,thefollowingO.C.electr'.calpowersourcesshallbeOPERABLE:Ia.DivisionQ+consistingof:125voltbattery~.28VSBAT2A2.0na125voltfullcapacitycharger.IIb.Division~,consistingof:125volt,battery~.2BVS'BAT282.ow125voltfullcapacitycharger.IIIc.Oivision~,consistingof:125voltbat.ery~28VS'BAT2C2.one125voltfu11capacitycharger.APPLICABILITY:OPERATIONALCONDITIONS1,2and3.ACTION:IIIa.WitheitherOivision++orOivision(~bataryand/orchargeroftheaboverequirdO.C.elec.ricalpowersourcesinoperable;restoretheinoperabledivisionbat=crytoOPERABLEstatuswithin2hoursorbeinatleastHOTSHUTDOWNwithinthenext12hoursandinCQLQSHUTDOWNwithinthefollowing24hours.IIIb.WithDivisiong+batteryand/orchargeroftheaooverequiredO.C.elecricalpowersourcesinoperable,declaretheHPCSsysteminoperableandeketheACTIONrequiredbySpecification3.5.l.SURVE:LLANCEREQUIREMENTS<.8.2.1Eachof>eaboverequiredLZE-voltbatteriesandchargersshallbedemonstratedOPERABL=:a.~aasAnceper7daysbyverifyingthat:1~TheparametersinTable<.8.2.1-1.meettheCategoryAlimits,and2.Totalbatteryterminalvoltageisgreaterthanorequalto130~"voltsont'loatcharge.'uave,&Lancemno<eeoc'".ed~~<Ite,~nopembZe.characmmadeopewbZao'.Ne,.<'na~fedbac."'.-upchammmpacedbach.~naetvace~1u'n15mt'nuCas,jO&ONUt0C1te,JQAZLL'tK."/48-W17NHP-UNT2
b.Batmu28VS'BAT2A,g<~m~qozeau+6Co492ampmu;b~e;.y2BVS'BAT28,g<ecu.'mdianoceouaLCo449ampe2tM(dwungAene&118muiueso$VieCQAC),andbattem2BVS'BAT2C,gceatm~oceouaL~oWampe<QA(dtuungne&Mnu',ncu.'uo$NeCukj./5,/Is'TRALPOWER5CST~ISSUR'IEiLLANCEREOUIREI".EHTSContinued)107b.~'~Gncaper92daysandwithin7+aysaferabatterydischargewithbatteryterminalIoiiagebelow~'-volts,orbat:eryoverchargewithbatteryterminalvoltageabove~-volts,oyverifyingthat:4'c1.TheparametersinTable4.S.2.1-1meettheCategorySlimits,2.Thereisnovisiblecarrosi'onateitherterminalsorconnectors,isIone,ocu."o$evemyg.ve3.Theaverageelectrolytetemperatureaf'=otconnectedcalls.isabove~~60F).opQZQzcngcUcMc.~~&caper',.byverifyingthai:OPERA'Tl<CCMLCThecalls,cellplatesandbateryracksshownovisualindicatonorphysicaldamageorabnormaldeterioration,2.Tnecell-to"cellandterminalconnecionsareclean,tignt,freeofcorrosion'ce,.xeaZngadmUigjnceuu".~nAzaflai.on4.Thebatterychargerwillsupplv:TIOPERÃt<IJCC,tCLF.ForOivisions~and(~,ailes<500$amaeresataminimumordiliIIvol;sroratless+s+hours.2.ForOivisionW-atleast/50pamperesataminimumof125)voltsforat1asti@)-hours.d.~beastGnceper~2enehs-,,duringshutdown,byverifyinoihateiiher:l.Thebatarycaoacityisadequatetosuoplyand)maintaininOPRABI.EstatusalIoftheactuaiemergencyloadsfor~hoursforOivisionspl+and42+and~hoursrorOivision$3~wnenthe.batteryis'subjecedtoatbattaryservice-est,ar22.Thebatterycaoaciiyisadequateasupplyadummviaadaf'iefollowingprofileawhilemaintainingthebatteryterminalvoliagegreater'hanop~qualto~105)volts.28fS,BAT2Aa)8attery~,greaterihanorequalia$56)amoeres;batter.f2BVS*BAT28~,greaterthanarequalta457+amperes;andbat.ary2Bvs'BAT2c~,greaterthanorequalossirg-osperesduring-.'einitiai60secangf.ihetas.62.7A-2B.S-BAP-Nh)Beam.p~,greater:hanorequaltoglogrmperas;ha=a2.-28VSBAT28~;greater==h-.~:anne.-remaiiigersfthefir-~'Y~"BAT2Ac)Hattery~,greaterthanorequalto+4+ammoeres;bat:ary2BVS~HAT28~greaterthanorequalto~09-ampers;=nob-ttary28VS~BAT2C~A,greaterthanorequaltaamoeresduringtheremainderofhe~hourtest.l~>~+sm2~Viip-UNIi2/4S-Ptg "='C7RICALPOWERSYS7EQSSUPIE~LLANCEREQUiRBIEHTSContinued)-Gnceper60monthsduringshutdownbyverfyingthatthebatterycapacityisatleast80~ofthemanufac'er'srating~hensubjectedtoaperformancedischargetest.Atthisonceper60monthinterval,thisperformancedischargetestmaybeperformedinlieuofthebatteryservicetest.~~et8nceperM-aeneasduringshutdownperformancedischargetestsofbatterycapacityshallbegiventoanybatterythatshowssignsofdegradationorhasreached8'ftileservicelifeexpectedfortheapplication.Oegradationisindicat'ed<<henthebat-erycapacitydropsmorethan10%ofratedcapacityfromitsaverageonpreviousperformancetests,orisbelow9C.oofthemanufac.urer'srating.C>pre.WYi~&<<C<~ÃPP-WiIT2viv+J3/48-H19 TABLE4.8.2.i-CAr<;ORYA("-)C"r<'-ORYS()ParameterCIactaolyteLevel.=IcatVOIaaaLimitsforeachdesignatedpilot.call>HinimumIevelindicationmark,mpimumlevelindication;.,ark>Z.>>voitsL1mitsfG1eachconnec=adc11>Minimumlevelindicaticnmark,and<V'bovemmia:umIevelindicationmark>Z.i~volw()Allowable()value,or'ac,lconnectedcallAbcvetopofpIates,andnoover-.',owing207voItsoeciric!".'rave:v~)>P200>(')-Averaoecrconnec=adclls$iHhC)Notmerehan.020belcw=heaver=caofallInnectaccallsAve.ageorailc"nnetad(pIISI-i'C"rrectadfcre'e~roIyta.tamparaturaandlevel.)Qrba~tary-".arginacurmntislesshangQamperswhenonfioatharce.Naybecorrectedforaveraaeelec.miytatemoerature.(~s'FsranyCataao,gAparameter(s)cutsidehelimit(s)sncwn,thebata.jmaybec"nsidered0?"=clat"-providedeclatwi.hin24hoursal;theCa~agory8measuremen~arewkenandfoundwbewi.hintheiraiicwabievalues,andprovicedallCategoryAand3parameter(s)areres-credawithinlimitswihinienext6days.2%'ForanyCatagori3parameta.',s)outside.helimit(s)shown,"he"at=anyc'"ybeconsideredQPHABL=providedthatt"eatagorI8paramearsare~ihin.heirailowabIevaluesandprs'videdtheCatacry8par=--.etr(s)arerestoredtcwithinlimitswithin7days.AnyCaaory9par@aeternotwithinisallowablevalue.'ndicasan:ncel'ab1e"a21j.<tumcersiiiparentnesesasaumeamanuraCJl'"5eCCu"ilenceQru1IC<aroeViiP-WiIT2 SOURCES-iiUTOOr<<N:llITINGCONOITIOiVFORGPERATiONIII3.B.2.2Asaminimum,Oivision~orDivision~.ana,>>nentheHPCS=ystem!srequir'edtobeOPERABL"-,Oivision~of'neO.C.eiec=r'.ca!powersourcesshallbeOPERABL=with:IIIIa.Givision~consistingor:l.125voltbatter/~.2BySBA72A2,onel25voltfullcaoacitycharger.IIOlvrsran~cans)stingaf:125voltbattery~2ByS~BA72B2.on<125voltfullcapacitycharger.IIIc.Oivisicn~consistingof:1.125voltbattery~2BYSBA72C2.onel25voltfu!1capacitycrarger.Par.CAB;Lr,(.OPeRATvONALCQNOIT;ONSc~naACTION:III'<lithlessthantheOivision~and/orOivision~batte~/and/orcharger5ftheaboverequiredO.C.elec:r.calpowersourcesOPERABLE,suspendCOREALTERATIONS,handlingofirradiatedfuelinhesecondarycantainmentandooerations>>itnapotantia>>ordraininghereac=orvessel.III'<<ithGivisiong~batter/and/orcharge.ortheaaoverequireoO.C.electricalpowersourcesinoaeraoie,"ec!are.neHPCSsysteminaperableandtaketheAC:IONrequired-y:oecificatian3.:-.2and3ooD~TheprovisionsofSpecification3.0.&arenotaapiicabie.SUR'lEIL'NCEREQUIREMENTS-'.8.2.2Atleasttheaooverequiredbatter/anacnarcersnail"ecemonsrataaQPERABL=perSurveillanceRequirement-'..B.2.'.'<<nennano>>ng;rraaatadfuelin.hesac"ndar/containment.'u/rv~Cancemno<.xroLr'".ed~$Wc~nopenabZecha~e/r.mmade.openable,ocinsuredbrrcfz-upchartgen.mplaced~nsenvace,rcu.'lu.n15mr'.nMe,saoZEorur'.ngthe,5~un,e,.NMP-UViTT2 ELECTRICALPOSERSVSTBlS3/4.8.3OVSITEPOll/ERDISTRIBUTIONSVSTE!1SDISTRIBUTIOiV-OPERATINGLIh)ITINGCONDITIONFOROPERATIOM3.8.3.1The,)oLLouungpowen.~~b~onayaCendivisionssha6!beenertg~=edWebrteahertsopenbetweenrtedundantbmeseMu'.nCheto~a.A.C.PowertKhbMb~on1.N.visionI,consmWngofta.4160voLtA.C.b.600voLtA.C.Loadcentert/<(CC'a/MsC.paneLs.240/120voLtand208/120voLtA.C.cLLs~u.btttc.onpaneLs.2.NvmionII,con6~Wnaofta.4160voLtA.C.bc'.b.600voLtA.C.Loadcenters/htCC'/Dm~.paneLs.c.240/120voLtand208/120voLtA.C,<<Kdk~b~onpatteLs.3.DevotionIII,cottsmWngo(:a,.4160voLtA.C.btts.b.600voLtA.C.h!CCc.240/120voLtand208/120voLtA.C.cKs~~b~onpaneLs.b.D.C.PowertDm~wbntc.onpashoc,v4.edl.D~vmaonI,conrsm~tgo$125voLtD.C.Stetc,'tgeart,!llCCandDLs~.paneLs.PaneLs2BVS"PNL-201A,2BYS'?NL-202A,2BVPNL-204A.2.3.,-as.so@,t'.aedD~vm~onII,consm~go$125voLD.C.Sumac,thgeax,,~(CCanctDmf.pane.Ls.PaneLs2BYS'?ML-201B,2BYS"PNL-202B,2BVS'?NL-204B.yashoc,Usted%visionIII,coesmWngo)125voltD.C.Sutichgectrt,hfCCand"Dm<.paneLs.PcuteLs2BYSPNL-201C,2BVSPML-202C,2BVSPML-204C.APPLICABILITY:OPERATIONALCONDITIONS1,2,and3.ACTION:a.FortA.C.powercdQ~b~on:1.KtneitheA%vardonIortDivisionIIo$~heabove,.xeotu'.wedA.CW~ab-~onsue~ennodenertg~=ed,rte-one~~"e</tedt'.vLs~ont~u',n3hottrtsor'einatPeas~HOTSHUTDO01Ntttc.tlunMenet12nouuandinCOLDSHUTDORIV~kinMejoLEouung24hourcs.2.lrjMnNv~s~onIIIo$tlteabovexeocu'rtedA.C.cRs4xt'.btttc.on.stw~enno<enertg~=ed,de~ehalteHPCSsue~en~nopertabLeand~e.tlteACTIOV".eotu':edbt/Specc.+caCon3.5.1.NiiP-WiET23/43-22 ECTRICALPOWER.SYSTEMSLIMITINQCONDITIONFOR'PERATIONContinuedACTION:(Continnnn)b.For2.O.C.powerdistribution:IIIWitheitherOivision~orDivision~oftheaooverequiredO.C.distributionsystemnotenergized,re-energizehedivisionwithin2hoursorbeinatleastHOTSHUTDOWNwithinthenextUhoursandinCOLOSHUTDOWNwithinthefollowing24hours.IIIWithDivision~oftheaboverequiredO.C.disributionsysemnotenergized,declaretheHPCSsysteminoperableandtaketheACTIONrequiredbySpecification3.5.l.SUVE~LLANCEREOUIRBloITS4.8.3.1Eachoftheaboverequiredpowerdist",ibutionsysamdivisionsshallbedeterminedenergizedatleastonceper7.daysbyverifyingcorrec:breakeralignment!SQpplfl ELECTRICALPONERSVSTBtSDISTRIBUTION-SHUTDONNLIMITINGCONDITIONFOROPERATION3.8.3.2Asamieunum,SeeJoklouu'.ngpower~Su.b~onhiraCemNvmionssha6'.be,en'/tg4ed:a.Foe,A.C.poison,~~b~n,%visionIon,D~vwsionII,andu'hen&eHPCS6p44emD~vm~onIIIm.xeouixedCobe,OPERABLE,+MAL:1.NixonIconsmWngo(:a.4160voLtA.C.bud.b.600voMA.C.LoadCenter/<(CC'.s/Dmi.Pane&.c..240/120voMand20'/120voMA.C.~~bunionpanels.2.Nv~ionIIcons~~ngo5:a.4160voKA.C.bas.b.600voLA.C.LoadCent'em/<(CC'a/Ms~.Panels.c.240/120voMand208/120voLtA.C.cRs~wo~onpane@.3.%vardonIIIcommmngoo:a,.4160voMA.C.bLs.b.600voMA.C.LoadCenter/<YACC'.s/Dw<.Pane@.c.208/120voMand208/120voMA.C.cRs~~b~onpanelsb.FoeD.C.powercLQ~~b~on,Nvm~onIoc%visionII,andeben~heHPCSdyd~emDevotionIII.uxeqcu'wed~obe,OPERABLE,<~h:1.%visionI,consmWngo5125vo//tD.C.Scectchgeat,,ACCandD~s~.PaneQ.2.Nv~~onII,consm~ngog125volD.C.Se~tchgean,,h(CCandDmk.PaneLs.3.Nv~aonIII,consmWngo)125voMD.C.~chgeur,'lfCCandAsk.Panels.APPLECABILITV:OPERATIONALCONDITIONS4,5and'.0lhenhandGng~smAaed$ueZ~n.theReac,ton.Bui.PcR<g.NHP-UNIT23/48-24 EL:-CTR;CALPOWERSYSTEMSL:ilITINGCONOITIONFOROPERATIONContinuedACTION:For2.A.C.,powerdistribution:IIIWithlessthanOivision~n4CorOivision~oftheaboverequiredA.C.disributionsysemenergized,suspendCOREALTERATIONS,handlingofirradiatedfuelinthesecondarycontainmentandoperationswithapotentialfordrainingthereac:orvessel.IIIWithOivision~oftheaboverquiredA.C.disributionsystemnotenergized,declaretheHPCSsysteminoperacleandtake.heACTIONrequiredbySpeciication3.5.2and3.5.3.C.ForO.C.powerdistribution:III1.WithlessthanOivision~~orOivision~oftheaooverequiredO.C.distributionsysemenergized,suspendCOREALTFRATIONS,handlingofirradiatedfuelinthe'.'".'.+ReIzcccandoperationswithapotentialfordrainingthereactorvessel.Bu,~&ngIII'.WithOivision~oftheaboverequiredO.C.distributionsystemnotenergized,declaretheHPCSsysteminoperableandtaketheACTIONrequiredbySpecification3.5.2and3.5.3.~1TheorovisionsofSpecification3.0.arenotapplicable.SURVEILLANCEREOUIR&ENTS4.S.3.2Atleasttheaboverequiredpowerdistributionsystemdivisionsshallbedeterminedenergizedatleastonceper7daysbyverifyingcorrec:breakera1ignment~age-~~~AVMC~~~aneB.4QpQZLJl3/48-M25~1 ='CTRICALPG'4iERSYSTEMS3/4.8."ELECTRICALEUIPHENTPROTECT'IEOE'I:CESCIRCUITSINSIOEPRIMARYCONTAINMENT'HITINGCQNOITIONFOROPERATION3.8.4.1Atleastthefo11owingA.0.circuitsinsideprimarycontainmentshallbede-energized~2<llKRCRN32<{HR-CRN4gWCC2NKS-C005a.Circuitnumbers(0,,and4)in~().b.Circuitnumbers(,,and)inpanel(LATER)No~e'g~<n9iCommmu'.~eConveru'.enceAPPLICABIL:TY:OPERATIONALCONOITIONS1,Zand3.o~e,t~c~beincludedNhen.Jteya,ceass~aned.Withanyofheaboverequiredcircuitsenergized,tripneassociatedcircuitbreaker(s)inthespecifiedpanel(s)within1hour.SURVEILLANCEREOUIREMENTS4.8.4.1EachoftheaboverequiredA.C.circuitsshallbedeterminedtobede-ene'rgized.andmcuthed-uoon.io.xzoposse>ascensionm~dao~uu.nagnaZ&awe&~nspe~on.IA~~3/48"A26 PRLWRYC.:.HTA"NEHT(P.lc:RATOH("'IGUCTOROVERCURR"-NT.RO!cCTTVOP/IC~5L:AIi'1G""'1DiT:CHFORGP":RATOH3.8.4.2Ailprimarycontainmen.penetrationconductorv~orcurran-prctacive'evicessho~ninTable3.8.4.2-1shallbeOPBABl(-.avveurveehrl+mlentka.Iakar(s)~iiVcavaAPP'AQ('iy:QP=PAiiQNALCQiiQEi'NSl,2and3.'CTIQM:a.Mithoneormoracftheprimaryconwinmantpenetrationc"nducoroveprotac.'vedevicessho~ninTable3.8.4.2-1inoperable,declare.."easvs~mcrcm"cnentinooerabieandapplytheapprooria'~aACTfOHs~a.rcrtnea7la~adsvstasfafld.43.8.=or~cr125)kVcircuibreakersca-one."i=-'.he(.'r1e25}kVcixwit(s)bytripping~laassocia=adredundantc'.rcuitbreaker(s)within72hoursandverifyw8adurdantclrcui."raa.i~l'42.rcr~Žvol~ciruibreakers,rmoveheir'coar~aieciruitbraromservicebv(rackingcutthebreaker)~.i=.nsn72hoursandve.theinoperablebraakaf(s):'atleastence"er.7theraar.ar.v~ndhccnnQc.i'osw('.onIO~le~ise,bainat(easI,"OT'riUTDO'Diwi.hin.henest12hoursancin'ICOLO5i-:UTDC'y(Hwi~iin~lefollowing24hours.-'..b.-Lneprcvis-ions/o75oaciicailon3.0.p'aranotapplicable"."cvercurran~devicesin~or1.25)kVcir"i>>swhichhave.heirredundant.circuiolaaka.5t,ipedort~volc.ruiswnichhave.he'noper=-'"lec-.'rŽuiker3~(Q(I(PconnQMQd.5URV":(f'HC:-R""OU(.R~<~S4.8.4.2Žachctheorifma~con-ainmantpenarationc"nduc='orove.curran-pro-ac-'vedevicessnowninTable3.8.4.2"1shallbedemons-rztadQP":RAB'":of'BR.ocbgQ('-a.Atleasonceper~r15.8and1.25t(.'Vl.Qyverifyingthathemediumval"-ca('.::'iy)c;r=nithra=karaareOPH".BL(=bysale~ing,cnarctatngbasIsat1aslG~of'lecircuitbreakers(cfeachvoltageleva!)andperforming:cL)AC.AHHE'AL'ATOHCftheaSSOC~a'dp~OI8Vef'elavS3andb)Anintagraadsvstamuncionaltas=whichincludessimulatdaut".maticac='tiono.hasvsam=ndve.ig-;nglateach'alayandassocatadcil'ibaakarsafldcvefcurrantcon-~1circui~unc=icnasces-'gnedandas"ec-,iediningle~m,q,vV.Q-l%P-UHlT2Qi".-~(S(B('((+)ncDer~~(edurano'hesebreakerscf'hencarableas>>adur.:;1nomora-'.braaka.sof=hattyoec)("-creachcirc'itbreakerfound>func-onaltsts,anacditcnaiatleast1Ocfallthe'crcuit~~~8shallalsobafurc=cnailyfai'luresaracundcrailc.'r"uihavebeenlunc=iaonaily.as-ad.3/o8-M27 SVRY<L~~"NC:-R"-OU<nB!HTS("ont'.Aued)b.Byselecting<mind:uinctiona11yastirgarepresentativesanoleofatlest1GXofeahtypeoflowervol~g'c;-.a",tbr..kers.Ciruitbreakerssale~edforfuncionai~~-'.ngshallbesaiecedonarotatingbasiis.Farthelowervc1mge.c-'rcuibrakersthenominaltripsepointandshe~ciruitresponsetimesarelistcidinTable3.8.4.2-.Zescngoitheseriruitbrakersshallconsistofinje~ingacur,eatine"cesscf120~ofthebreakersncminaisatpointandmeasuringtheresponset";me..Themeasuredresponsetimewillbec-.aredtothemanufacurer'sda-'atoinsurethatiis1ess""anoreaualtoavaluefortestcurren5"coif'.Bdbythe~~ufacarer.Cii-.uibrakersfoundinoperablecuringfunciona1sirshallberes-"redtoQPERABt"-statuspriortoesu-i'par~tionForeach-circuibrakerioundinooerabieduring.hasefunc='ionaltasw,anadditionalrepresent~tives~mle.ofatI~~~~GcfaII:liecircui.breakersoftheinoDermle~~~eshallalsobefuncionailyasadunii1noacrefaiiurasarefcu-.dora11cuibfake.5ofthatQBhavebeeniu~='nali@tased.Bysale~ingandfunc.ionaiiy.St-'Aga.rmntatives~m'ie*oiaac'1tea0ffuse-oAao".Agbasi-5-:+~c,.-97sa.i=i.~vsamDieaffusessi"allincludeatleastiCofaIITusasafhattype.ineiuncional:assnailconsistoiano~esrueiveesistancemeasurementtas-whichdemons-.ra+osthatNeiusametsitsGlanufacur~5desiicAc.~ia.Fusesiound'incaerabledurirc=hasefunc='cn-l-.Bs-ngshallbe"reolacdwi'QPE~ABL=fusespriicrtcresumingape.ation.Farea&Tusefound'ncperabieduringBsaiuncOnaIastsanacditOAR1BD~MBAMiveSazpIof.atleast~Q~oiailusesoTt.iattype5cRIIbefunc"anallytes.edntiInomorefailuresareioundorallfusesoft<lat.vpehavebeenfuncicnaiiytas:ad.Atlees.encepe.60monthsbySubjecingeac!lci-.i=breakeruan.inspec:ionandpreventivemaintenanceinaccordmawilprocadu'res'reDaradinconjunconwithitsmanufacurer'srecceŽendat<ons SERVICEirANOLOCATION13.8fzvCKT.BRKR.2EPSSL'G0012EPS"S(//G0022NPS-S(r/60042EPSS(r/G0032EPSSNG0042MPS-SL'G0054.16kvCKT.BRKR.2NMS-So/GOll-92iVMS-SMG013-1600vA.C.CKT.BRKR.1.Trrpe:ITEEF2EHSi(CC1022EHS"i(CC1032EHS.'(CC3022EHS.'(CC3032NHS-j(CC0112MHS-i(CC0122NHS-ii(CC0142EHSii(CC3022EHS"i(CC3032iVHS-i(CC0112MHS-MCC0122.Tupe;ITEHE.~NHS-i(CC005-7B2NHS-WCC005-7C2NHS-QCC014FUSESTABLE3.8.4.2-1TRIPSETPOINT400amp400ampLTR400amp400ampLTR30amp30amp30amp30amp30amp30amp30amp70ampZ0amp70amp70amp100amp100amp30ampRESPONSETD(E5cycZu5cyc,Lm5cycLu5cgeLu5cy&e65cycZu5cycCm5cue.B.>1cyMe1cree1c<<Me1crc6e1cuc6e1cycle1cyMe1cycLe1caMe,1cree1ccrMe1c:rcZe1cucZe1cr/MeSVSTEi(PO(PEREO2RCS-P1A'2RCS-P1A2RCS-i(GlA2RCS-PlB2RCS-P1B2RCS-WG1B2RCS-i(G1A2RCS-i(G1BHCS,RHS,i(SS,CCPOER,OFRICS0/CS,.i(SSOFS,RCSCCF,i(SSHCSRHS,VCS,ORSRHS,0/CS,ORSRHS,0/CS,ORSRHS,0/CS,ORS2i(HR-CRN32i(HC-CRN4RCS2.Type,:SHA(r/i(UTATi(,i4.dg~AmpTrrapFubeRK-1AmpTmpFmeRK-5FaujT'tap.FmeType,:BUSShlANNi(IIV1,i(liV2,i(IN3,itIN5,i(IiV103amp30amp30amp1amp2amp3amp5amp10amp(/uu.omCoettolandIwturnera.'.<AcJ'ihVamomCcettoZandIruhtumeatCO'lcUkiS%P-iPifIT23/48-28 ELECTRICALPOWERSYSTEMSpcoo<C)gp.pgLOGLCREACTORPROTECTIOHSYSTBfELECTRICPOWERHQHITORINGa-LIHITING"CONDITIONFOROPERATIONUPSWithoneRPSe1ecricpowergmoni'wringchannelforaninserviceRPSwer-sup~inoperable,restoretheinoperablepawermonitoringchanneltoOPERABLEstatuswithin72hoursorremovetheassociatedRPSUPS-supiAyframservice.UPSWi>bothRPSIelectricpowermonitoringchannelsforaninserviceRPSinoperable,restore'at.leastoneelecricpowermonitoringchanneltoOPHASlasituswithin30minutesorremovetheassociatedRPSHQ-aW-or-alternate~wer-UPS~p~fromservicea.b./UPS~(E'PA'z}~='.8.4.3TwoRPS>electricpower-manitoring.channelsforeachfnserviceRPSHC=s~aralternate.sourceshal1beOPERABLE.UPSAPPLICABILITY:AtaiitieeeACTION:SURVEILLANCEREOUIRBfBPS4.8.4.~TheabovespecifiedRPSpawetmonitoringchannelsinstrumentatianshallbedeterminedOP&ABLE:a.Atleastanceper6monthbyperformanceofaCHANHELrUNCTIOHALPavervaltage,undervoltageandunderfrequencyproteciveinst~entatianbyperformanceofaCHANNELCALIBRATIOHincludingsimulatedautomaticacuatianoftheprotectiverelays,tripping'lagicandau+utcircuitbreakersandverifyingthefollowingsetpo1ntsl.Overvoltage((I32)YAC,'VAC(BudA},"Vac(H~B},~~Z.Undervoltage)(108)VAC,and~VAC(B~A},"VAC(BusB},3.Underfrequency>(57)Hz.,-0+25~~~aRSetpoiets,pnaLvatueA4obebasedona~emeasanenenW,InHi~fPUSTA.~STS(BWR/5)3/48-+~I'A EL:-CRICALPOWERSYSTBISlEACORPROTECTIONSYSTB1LCTRICPOINTERivONITGRING(5<gggSOL.Qlu<l0S)'.'ilITINGCONOITIONFOROPERATION(EPA'4)3.3.4.4TwoRPSelec.ricpowermanioringchannelsforeachinserviceR.SMGsetoralternatesourceshallbeOPRASL.APPLICABILITY:At11times.ATION:a.b.WithoneRPSelectricpowermonitoringchannelforaninserviceRPSi%setoralternatepowersupplyinooeraole,restoretheinoperablepowermonitoringchanneltoOPERABLEstatuswithin72hoursorremovetheassociatedPPSNGsetoralternatepowersupplyfromservice.WithbothRPSelectricpowermonitorinochannelsforaninserviceRPSHGsetoralternatepowersupplyinooerable,restoreat1astoneelectricpowermonitoringchannel"oOPERASLEstatuswithin30minutesorremovetheassociatedRPSNGsetoralternatepowersupplyfromservice.URVE~L'L'ANCE'lcOUIRERENTS<.3.4.4TheabovespecifiedRPSpowermonitoringchannelsins:rumentationshalloedeterminedOPERASLf:At1easonceper5monthbyperformanceofaC..ANNELFUNCTIONALTEST,andoP~hyivQc.(e.LKAtleasonceperM-w~bydemonstratingheOPERASILITYofovervoltage,undervoltageandunderfrequencyprotectiveinstrumentationbyperformanceoraCHANNELCALIBRATIONincludingsimulatedautomaticactuationoftheprotectverelays,".ippinglogicandoutputcircuitbreakersandverifyingtherollowingsetpoints.l.Overvoltage<,N~AQVAC(BLsA),<"VAC(BusB),~~'2.VAC(BLsA),>*VAC(BusB),3..Underfrequency>(57)Hz,-0+2";.'~Maero~,PnaLvalues.iobebasedona~~emeasu,xenen.w~IJIViiP-/PilIT2GE-STS(SIR/R'~3/-"S-~~50 Qvi<4R:CALPrHERSYS"".SMOTOROPERATEDVALVESTHE."-A4LOYERLOAOPROTECTION(Opionai-HcByassed)sL.ITIHGCQHOITIOHFOROPERATION3.8.4.3~Thethermaloverioadprotectionofeachvalveshownin/iable3.8.4.3"'ishallbeb(ERABL~./APPLICABILITY",iy'heneverDemotoroperatedvalveisrequiredtobeOPRABLZ.A~iQH:kiththeherbaloverloadprcteconforoneormoreo.heaboverquiredvalvesinoperable,bypasstheinoperablethe...,aloveroadwithin8hours;.resaretheinoperablethermal',overloadtoOPRABL~satusthin30daysordeclaretheafsectadvalve(s)i'ncperableandapplythea"ocpriateACTIQHsatament,'s)-;orthes,festiisys~(s).SURVEILLANCER"QUIR=~EHTS4atfaf4.8.4.3Thethecaloverloadprotec.'fortheabovereuiredvalvesshall"edemonstratecOPERABLEatleastone.per18monthsandfollowingmaintanancacnthemctorstarterbytheperfonce'ofaCHAHHE'ALIBRATIQHofarepresent-ativesamoleofatleast2~osa1thecaloverloadsscrheaboverecuirdva1ves.-UHIT"-iS(B'Ry'~).h"-/48"23b, VAJATAHI="3.8.4.3-11MOTOROPERATEOYALYESTHERMALOVERLQAOPRG1""iiOHVALVEHUHBERBYPASSOEVICE(Continuous)Ac"identCandit>ons)HoSYSic&{S),/AFrE"TED~tVIP-&LET275(-~R/5)'/48-Z4~~ ="'"CTR:CALPC'neRSYST=~SMOTORQP~n'VALVESTHERMALOVR~AOPoGTEC:'ON(Ot:o.aiBvac'sed)LIKITIHGCOHOITIGH."-OROPERATION.4.Thethe....aloverloadproac=.'onoseachvalveshowninable'3.8.4.3-1shabebypassed(coninuousiy)(or)(onlyunderac"=dentconditions)(,asaPPlibla,)"byanGPE."-wABlcbyPassdeviceintegralwiththemotorstarter.APPLICABtY:wheneverthemotoroperatedvalveis~~gj"o4.".beOPRASE..OH'w'iththe~%ermaoverloadprotectionforoneormoreo-,e~bovereouired-valvesnotbypas~d(continuously)(or}(onlyunde>>ac"-'dentcondistons)(,asapplicable,)byanOPERABLEintegralbypassdevice,~a'vin~srativeac=ion.~o-continuouslyby"s.hehermaloverloadwithin8oursordeclaretheasfecadvalve(s)inoperableandapplyheappropreACTIONstatement(s)for-heasec.adsystem(s).SURVEILI'NCEREOUIR~NT54.8.4.3.~one.he-....aloverload~"rot~iofor".eabove-reouiredvalvessisalr-beveriiedwbebypassed(con;uously(or)(onlvunde.accicentcondis:iors)(,asapplicable,)byanOPERABL=ta~aibypassdevice.by(ver'.fying...a-thedermaloverloadpro=cticr,is"ypasdor".osethe..aloverioa"swhicharecaninuousiy"ypassedandtamporarilplacedin,or=oonlywhenhevalvem""",sareundergoingperiodicormairterca4esing)(and)(or)(heper"-.anceofaCHAHHELPUHCTIONALTESTofthe'passcq-,uit~for.hosethermaloverloadswhicharenoraiiyinorcadur'planorationandbypassedunderac"can=condiions}:a.Atleastonceper(Mmonthsforthoshermaloverloadswhicharecontinuouslyby"ssedandemporariiyacedinorconlywhenNevalvemotorsaeundergoingper.odicorainte..ar.-"sting)(and)(or)(atIeaonceper)(92daysor%os~hermalovericacswnichsranoma11inorcduringpiantoperai..'types-adonlyunderac=;ancondtions).Flowiiomaintenancaon-bamoto-.starar.(4.8.4.3.2Thy.hermaioverloadprotec='onorheaoovereaqiredvalveswhicharecontinuouslybypassedandtemporarilyplacedinfor">onlywnenhe-vaNe.motor>fsundergoingperiodicormaintenanceasings,allibeverifised.obetypes"eiyallow'ngperiodico-,;,.aintenancaas'.ncdurnowhic".netnemaldPro.c.onwas:armorer;1ypiacdin,-rca.):./48-2".a 3/~.9REFUELINGOP'ERATIONS3/4.9.1REACTORMODESMITCHLiilITINGCONCITIONFOROPERATION3.9.1ThereactormodeswitchshallbeOPERABLEandlockedintheShutdownorRefue'.position.MhenthereactormodeswitchislockedintheRefuelpcsition:a.AcontrolrodshallnotbewithdrawnunlesstheRefuelpositionone"rod"outinterlockisOPERABLE.b.COREALTERATIONSshallnotbeperformedusingequipmentassociatedwithaRefuelpositioninterlockunlessatleasttheollowingassoci"atedRefuelpositioninterlocksareOPERABLEforsuchequipment.l.2.3.5.APPLICABILITY:ACTION:Allrodsin.Refuelplatformposition.Refuelplatformhoistsfuel-loaded.Fuelgrappleposition.Serviceplatformhoistfuel-loaded.OPERATIONALCONDITION5"a.b.C.MiththereactormodeswitchnotlockedintheSnutdownorRefuelpositionasspecified,suspendCOREALTERATIONSandlockthereacormodeswitchintheShutdownorRefuelposition.Miththeone-rod-outinterlockinoperable,lockthereac.ormodeswitchintheShutdownposition.MithanyoftheaboverequiredRefuelpositionequipmentinterlocksinoperable,suspendCOREALTERATIONSwithequipmentassociatedwiththeinoperableRefuelpositionequipmentinterlock."SeeSpecialTestExceptions3.10.1and3.10.3.4ThereactorshallbemaintainedinOPERATIONALCONOITION5whenever-uelisinthereactorvesselwiththevesselheadclosureboltslessthanfullytensionedorwiththeheadremoved./vuggp-Q.A/(7+3/49"' 0 REFUELIHGOPERATIONSSURYEILLAHCEREQUIREHEHTS4.9.1.1ThereactormodeswitchshallbeverifiedtobelockedintheShutdownorRefuelpositionasspecified:a.Mithin2hourspriorto:1.BeginningCOREALTERATIOHS,and2.ResumingCOREALTERATIOHSwhenthereactormodeswitchhasbeenunlocked.b.Atleast'onceper12hours.4.9.1.2EachoftheaboverequiredreacormodeswitchRefuelpositioninterlocks"shallbedemonstratedOPERABLEbyperformanceofaCHAHHELFUHCTIOHAL.TESTwithin24hourspriortothestartofandatleastonceper7daysduringcontrolrodwithdrawalorCOREALTERATIOHS,asapplicable.4.9.1.3EachoftheaboverequiredreactormodeswitchRefuelpositioninterlocks"thatisaffectedshallbedemonstratedOPERABLEbyperformanceofaCHAHHELFUHCTIOHALTESTpriortoresumingcontrolrodwithdrawalorCOREALTERATIOHS,asapplicable,followingrepair,maintenanceorreplacementofanycomponentthatcouldaffectheRefuelpositioninterlock;"ThereactormodeswitchmaybeplacedintheRunorStartup/HotStandbypositiontotesttheswitchinterlockfunctionsprovidedthatallcontrolrodsareverifiedtoremainfullyinsertedbyasecondlicensedoperatororothertechnicallyqualifiedmemberoftheunittechnicalstaff.%P-U3ZT2.GE"STS(BMR/S+~3/49-2 REFUELINGOPERATIONSSURVEILLANCEREOUIRBlENTSContinuedb.PrformanceofaCHAHHELFUNCTIONALTEST:,I.Nthin24hourspriortothestartofCOREALia&TIOHS,and2.Atleastonceper7days.c.Verifyingthatthechannelcountrataisatleas3cps:1.Priortocontrolrodwithdrawal,Z.Priortoandatleastonceper12hoursduringCOREALTERATIONS,and3.Atleastonceper24hours.dVerifyingwithin&hourspriortoandatleastilonceper12hoursduringiorShutdownmargindemonsrations',~WeRPS~cuLtm"dho~ng"hctvebean.removed.iViP-UHTT2GE-575(BMit/~)3/49-4~~~~~A~AV~l rcREFUELINGOPERATIGN513l4.o..ZENSTRUHEHTAT:OHLIMITINGCQHOITIONFOROPERATION35rZAt1eas'sourcerangemonito@"(SRH)channelssha11beOPERABLEandinsertedothenormaloperatinglevelwith:a.Continuousvisualindicationinthecontrolroam,Amgif)~ndication~nChe,Co~4Roomb~it~~I%V~OneoftherequiredSRMdetec.orslocatedinthequadrantwhereCOREALTERATIOH5arebeinaperformedandtheotherrequi~edSRMdetectorlocated.inar,adjacentquadrant,andTne"shortinolinks"removeddemonstrations.framtheRPScircuit~priorto~shut"onmarginAPPLICABILI)Y:OPERATIONALCQNOITIQNSiACi10il:INththerequirementsoftheabcvespeci-,icationnosatisfied,immediaalysuspendalloperationsinvolvingCOREAL;ERAT:OHS"andinser.allinsertablecontrolrods.SURVEL)LANCEREQUIREMEHTScacort.eaboverequiredSRMchannelsshallbedemonstratedOPER)'BlEby:Atleastonceper12hours:PerformancofaCHANNELCHECK,Z.Verifyingthedetectorsareinsertedtothenorr,a1operatinglevel,and3.OuringCOREALTERATIOHS,YeJifying'hatthedetec.orofanOPERABLE---SRM-channeli'slocated'inthecorequadrantwhereCOREALTERATIOHSarebeingperformedandanotherislocatedinanadjacentcuadrant.")heuseofspecialmovabledetectorsduringCOREALTERATIONSinplaceofthenoralSRMnucleardetectorsispermissibleaslongasthsespeialdetec.orsareconnecadtohenormal5RHcircui.s.""&captmovementofIRM,SRMorspecialmcvabledetecors.0NMP-UNIT2GE-STS-E~M&S-)-3/sh/ J=LNGOPERA-.QNS3/4.9.3C"HTROLROQPOSTTTOHL:MT.iiHGCONDITIONFGROPaRATaOH3.9.3Allcontrolrodsshallbeinsermd.~AP.'ABILETY:QP""aAi.OHALCQNGETTQHS,duringCDP.ALT""&7;QNS.A~iOH:arithallcontrolrodsnotinserted,suspendailotherCQR"-ALTcRATiQHS,"atonec"nt".alradmay.be~ithdravnurdarcan".alofhereactormcce=efuelpcsi.'cncne-~d-autintericck.evcepts'rt'1SUR'lE:LLANC"-R=QUIR=~a~i<.4.3Allc"ntml,dsshallbeverifiedtabeinsertedexcapasabavespeciied:a.'Wi.hTn2haurso.-.crT.incstar"afCORKALT"=&i:GHS.2The~iNdrawalofone<<antralrodunder.hecantraiafhere~~armadew'!1Refue1pcsi=;onane"rad-aut'.nterlack.At'easoncper12hours."wceatc"nt".olracsremcvedperSoecicaicn".9.10.icr3.9.10.2.~SeeS'aecalTes"exception3.10.3.ViiP-UHTT.2G=-=iSPo'RF5)- ~E.=UEL:HGOPERATIONS--L'+i(iHG-COHDIT~OHFOROPE'RAT<OH3.S.47hereactorshal1besubcriticalforatleast4hours.APP~ZMEL:TY:OPERATTONALCOHO%<OH"",duringmovementofiradia=adfuelin~we",eac:orpressurevessel.ACTIDH:WithNe".acorsubcriticalorlessirvolvinc...ove.entofirradiated,uel.han24:,hours,sus"endalioper.'onsinthereac="rpressurevessel.SURVE:LLAHCEREOUKRF>Blia-',.9.~Thereac-"rshallbede+xwinedzhave"eensubc".tfcaiforaIeast424)hoursbyveri,icationof-Nemrnaandtimeorsuocr,"tcaligpriormmovin"ofir,adiatad.uelin",eracwrpressurvessel. R=.=U".L:HGOPERATTOHS0/~09C.M"QNECA-;QHSH-,,HGCOHOET;QH=OROPcRATZOlI3.9.5Dirac.communicationshallbemaintainedbat~canthecantrolroomandrefueling(p~~idecor~personnel.APPL~CABELZTY:OP"=RATiQHAtCOHORT>NOH9,duringCORE'L)cRAi.QHS."ACi'MN:'~hendirac=communicationbe'~can"hecontrolromandrefuelingp~vg-.locapersannelcannot5emaintained,ir,;.adiataiysuspendCORKALi=~~TiQHS."SERVE:LLAHC:-REQUZR~c'ITS4.9.=Dirac=communicationbe~~canthecanwlroomandrefueling~~~;;a"."ppersonnelsnailbademons-mtadwithinonehourPr',orto-hes:ar=ofanda-Ieas-onceperI2haulduringC"R=AL~=RAT.QHS."="captmovementofincarains.~entationandcontrolrods<<ith.heirnormaldrivesystem.3/49-7 REUELIHGOPERATIONS3/4.9.6REFUELIHGPLATFORMLIMITIHGCDHQITIOHFOROPERATION-3.9.6-7he"refuelingplat,ormshallbeOPERAHI"-andusedforhandlingfuelassembliesorcontrolrodswithinthereactorpressurevessel.APPLICAHILDY:Ouringhandlingoffuelassembliesorcontrolrodswithinthereac-orpressurevessel.ACTION:ariththerequirementsforrefuelingplatformOPHABIL~inotsatisied,suspenduseofanyinoperablerefuelingplatormequipment.fromoperationsinvolvingthehandlingofcontrolrodsandfuelassemblieswithin~Bereactorpressurevesselafarplacingtheloadinasafecondition.SURVE:LLAHCEREOUIR&BG'S4.9.6Eachrefuelingplat.ormcraneorhoistusedforhandlingofcont~1rodsorfuelassemblieswithinthereactorpressurevesselshallbedemonsratedOpcRAHtcwithin7dayspriortothestartofsuchoperationswiththatcraneorhoistby:a.Oemonstratingoperationoftheoverloadcutoffonthemainhoistwhentheloadexceeds4&0050~ipounds.cisZomsx4ianM,eouat'.e.AP-UNTT2Gc->ASt',SMFtOemonstratingoperationoftheoverloadcutoffon~HeframemountedandmonorailgoistswhenDeloadexceeds~50$pounds.mountedcmuLmxut000~N~nandaLUcclrGxccl4044mOemonstratingoperationofNeuptravel~m~a4-s~paoawo.peaDown4~M.OemonstratingooerationofthedowntravelmechanicalcutoffonDemainhois-wnengrapolehookdown:ravelreaches4<)-inchesbelowfuelassemolyhandle.Oemonstratingoaerationoftheslackcab'iecutofonthemainhois<<hentheloadisless~Dang="0'0)pounds.Oemonstratingoperationoftheloadedinterlockonhemainhoistwhentheloadexceedsg48550$pounds.Oemonstratingooerationoftheredundantloadedinter',ockonthemainhois-whentheloadexceeds4:-:0==0/pounds.3/49"B REFUELINGOPERATIONS3/4.9.7"CRANETRAVEL-SPENTFUELSTORAGEPOOLLIMITINGCONDITIONFOROPERATION11503.9.7Loadsinexcessof+H~poundsshaHbeprohioiedfromtraveloverfuelassembliesinthespentfuelstorageooolracks.APPLICABILIi,'.Withfuelassembliesinthespentfuelstoragepoolracks.ACTION:Withtherequirementsoftheabovespecificationnotsarisfied,placethecraneloadinasafecondition.TheprovisionsofSpecification3.0.p'arenotapp1icable.SURVEILLANCEREQUIRB!EATS11504.9.7Crane~,interlocksandphysicalstopswnichpreventcraneravelwithloadsinexcessof~B6+poundsoverfuelassembliesinthesoentfuelsoragepoolracksshallbedemonstratedOPERASLEwithin7dayspriortoandatles-oncper7daysduringcraneoperation.VIP-UNIT2GE-STS(SMib'~}-3/499e=~ REFUELINGOPcRATIQNS3/<.9.8'AtATERLEVEL-REACTORVESSELLIMITINGCONOITIONFOROP'ERATION22tgu3.9.8Atleast~~.e4ofwatershallbemaintainedoverthetopof'hereacorpressurevesselflange.APPLICABILITY:OuringhandlingoffuelassembliesorcontrolrodswithinthereactorpressurevesselwhileinOPERATIONALCONOITION5whenthefuelassamoliesbeinghandledareirradiatedorthefuelassembliesseatedwithinthereactorvesselareirradiated.ACTION:'4ithherequirementsoftheabovespecificationnotsatisfied,suspendalloperationsinvolvinghandlingoffuelassembliesorcontrolrodswithinthereactorpressurevesselafterplacingallfuelassamoliesandcontrolrodsinasafecondition.SURVEILLANC-REOUIREHENTS4.9.8Thereac.orvesselwaterlevelshallbedeterminedtobeatleastitsminimumrequireddepthwithin2hourspriortothesartofandatleastonceper24hoursduringhandlingoffuelassembliesorcontrolrodswithinthereactorpressurevessel.ViiP-UNIT2.-GE-STS(~'Rib'~j314aIO REcUEL:NGQPcRATIONS3/499WATERLP/ELSPEHTFUELSTORAGE,POOLLIMITIHGCONOITIONFOROPERATIOH22'9"3.9.9Atlees~feetofwatershallbemaintainedaverthetaporirradiatedfuelassemoliesseatedinthespentfuelstoragepaolracks.APPLICASILITY:WheneverirradiatedfuelassembliesareinthespentfuelstoragepoaI~ACTION:Withtherequirementsoftheabovespecificationnotsatisfied,suspendallmovementoffuelassembliesandcraneaperatianswithloadsinthespentfuelstoragepoolareaafterplacingthefuelassemoliesandcraneloadinasafecondition.'TheprovisionsofSpecification~k-3-arenotaoplicable.3AO$SURVEILLANCEREOUIR&EHTS4.9.9Thewaterlevelinthespentfuelstoragepoolsnailbedetermined:obe'atleastatitsminimumrequireddepthatleastonceper7days.-UHET2GE".TS(BMRW3/g9~13 R==LYHGOP":."",ATONS2/~.9.10CONTROLRQGRP!OVAL((l,lw)wl~.Q/PQQqggQlIIL'~17>'lGCQNDii'TON;"QRGP""RATQH3.9.10.IOnecont".olrodand/orheassociatedcontrolroddrivemechanismmayberemovedfromthecoreand/orreactorpressurevesselprovidedthatatIeastheoilowingrequirementsaresatisfieduntilacontrolrodandassoci-atdcontrolroddrivemechanismarereinsailedandhecanroirodisfullyinsar+dinhecore.a.Thereac.ormodeswi.chisGPRABLanclockedinheShutdownoositionorintheRefuelposi'onperTable~.2andSpec'tf1cation3.9.1.Thesource",angemonitors(SPAM)areGPERABL:-perSpecification'.9.2.TheSHUTDGNN<~RGiHrequirementsofSpec;ficat',on2.I.Iaresatisfied,excepthatthecontroIrooselectedtoberemoved;I.Mavbeassumedtobethehigheswor.hcontrol."""requiredbeassumed"befullyw.'hdrawnbyheHUT"QkN.".~RG~Htest,andHednotbeassumedtobeimmovableoruntr'.pcable.AIIothercanrolrodsinafive-by-fivearraycanteredor.=hecontrolrodbeingremovedareinsaradandeiec=ricallyorhycraulicaily*disarmedorhefour,uelassembliessurroundinghecontrolrodorccrtrolrood",.ivemechanismtoberemoved,romthecoreand/or.reac.orvesselareremovedfromthecorecali.aAllohercan-,ol",ocsareinserted.APPL:CASUAL:TY:OPERATTQNALCQNGIT~GNS4and5.ACiiON:Mihtherequirementsoftheabovespecificationnosa-isied,suspendrmovaiof".ecanroirodand/orassociatedcontolroddivemecanlsmf,mt>ecleand/orreacorpressurevesselandinitiateactionosatisfytheaboverequrements. SURV:-'.-'.NC:-REOVIRUS'H:"NTS'..9,10.1Mihin4hourspriortothestartof"~mcvaloa"n-"olrodand/or:heassociatedcontrolroddrivemechanismfrom.hecoreand/orreactor.-rassuravesselandatleastonceper24hoursthereafterunt1acontrolrodandassoci"atedcontrolroddrivemechanismarere'.nsalledandhecontrolrodisinser-adinhecore,verifythat:a.ThareacormoaeswitchisOPERASL"andlockedintheShutdownpositionorintheRefueloositionwiththe"onerodout"RefuelpositioninterlockOPKRABL=perSoecification3.9.1.TheSRHchannelsareOPERABL="perSoec.'fication3.9.2.TneSHUTOOMt{MARGINrequirementsofSpecificaton3.1.1aresat-;siedperSpeci-ication3.9.~0.~.c.Allothercontrolrodsinafive-by-fivearravcnredonthecanroirodbeingremovedareinseredandeiericailyorhydraulicallydisarmedorthefourfuelassambl'.essurrondincthecor.rolrodorcontrolroddrivemehanismobera."..ove~."".;,ec"reand/orraacorvesselareremovedfromheocr~-allA11oherc"ntrolrodsareinser-ed.%Q?-UNIT2Gc-STS(Fn'R/~9/40 ?""PJ=L'HGQP-"RAT";C>'lS'%L"xo'"""TRO~"-GDREMOVAL3.9.10.2Anynumberofcontrolrodsand/orcontrolroddrivemechanismsmayberemovedfromthecoreand/orreactorpressurevesselprovidedthatatieas~hefollowingreauirementsarsatisiedum"1allcontrol.-.isandcontrolroddrivemechanismsarerinsmiledandailcontrolrodsareinsertedinthecore.ineroacormodeswitchisOP~.=ABI~andlockedintheShutdŽwnpositionorin~1eRefuelpositionperSoecifica:ion".9.1,~>capt:hattheRefuelposition"one-rod-out"interlock;,.aybebypassed,asreguirei,forthosecontrolrodsand/orcontrolroddr',vemech>anismstoberemoved,after~",efuelassambl',eshavebeenremovedass-ecifiedbelcw.b.Thesourcerange>monitors(SRH)areOPEPABI="perSpecfi>caion..9.2.',lU~lg'ihSRG<Hregular~antso>oei>ica>on'.l.la,sais>iedAilothercontrolrocsaree.'therinsa.:ecorhavethesurroundingfour>ueiesseD1iesremovedfrom.".ecrec11.aThefour.uelassa~"'liessurroundinoeachc=ntrol;.dor""r,-rolrodd.ivemec".'>anismtooeremoved>rom-...ec"reand/crreac-orvessaareremoved.romthec"reŽall.APP':>CAB:L:iF:OP":Mi:OHALCOHOCHACi::ON:Mi-'1"..",ereuirementso>~eabovespecfi>cationnotsatisfi>edsuspendremovalofcontroladsand/orconrolrodd",.:vemechanisms>rom"".ecoreand/crreactorpressurevesselandini.ataaciontosatisy~heaboveacquirements. RErUEL:i'PERA;<GNSSU"V"=:-'~<IC"-."-."=U'3?5'1'O'.B.TKZ.IWithin0hourspriortotNesart."-.removalofcontrolrodsand/orcontrolroddrivemechanis<15flmthecoreand/orreac".orpressurevesse'Iandatleesonceper24hourstherea<eruntilallcontrolrodsandcontrolroddrivemechanismsarereinswiied'andallcontrolrodsareinsertedinthecore,verifythat:a.Thereac.ormodeswi.chisOPERABl~andlockedintheShut"ownpositionor.inheRefuelposi-ionperSoeci<ication3.9.1.b.TheSRHchannelsareOPER"Bl=perSpecification3.9.2.c.The.'-.'~iGMHARG<(requi<r=antsofSoecifi<cat-'on".1.1aresatisied.d.AUotherconrolrodsareeitherinsertedorhavethesurroundirgfourfuelassr"liesro~ovedfromthecoreceil.e.ine<ourfuelassembliessurroundingeachcontrolrodand/orcontrolroddrive<mechanismtobe'E1oved<thecoreand/orreac=orvesselarermovedf-.m+hecorecIl..4.9.10.2.2,=ollowingreplacementofallcontrolrodsand/crc"ntroiroddrivemechanis<msremovedinac"ordancewi.hhisspeci,ication,performafunc=ionaies-ofNe"one-rod-out"Refuelpositoninterlock,i~hisfuncionhadbenbypassed. R""."UELINGOPERATONS3/4.9.11RESIDUALHEATRuOVALANOCOOLANTCIRCULATIONHIGHMATERL+/E't<ITINGCONOITIONFOROPERATION3.9.11.1Atleastoneshutdowncoolingmodeloopoftheresidualheatremoval(RHR)sysemshallbeOPERABLEandinoperation'ithatleast:Ia.OneOPERABLERHRpump,andb.OneOPERABLERHRheatexchanger.APPLICABILITY:OPERATIOHALCONOITIOHS;whenirradiatedfuelisinthereactorvesselandthewaterlevelisgreaterthanorequalto~feetabovethetooofthereactorpressurevesselflange.22'"ACT:OH:a.WithnoRHRshutdowncoolingmodeloopOPERABLE,wihinonehourandatleastonceper24hoursthereafter,demonstratetheooerability'ofatleastonealternatemethodofdecayheatremoval.Other~isa,suspendalloperationsinvolvinganincreaseinthereac.ordecayheatloadandesablishSECONOARYCONTAIHHEHTINTEGRITYwithin4hours.MithnoRHRshutdowncoolingmodeioooinoperation,withinonehouresMlishreacorcoolantcirculationbyanalternatemethodandmonitorreactorcoolanttemperatureaileastonceperhour.SURVELLANCEREJUIREHE.'ITS4.9.11.1Atleastoneshutdowncoolingmodelooooftheresidualheatremovalsystemoralternatemethodshallbeverifiedtobeinooerationandcirculatingreac.orcoolantatleastonceperU.hours.Theshutdowncoolingpumaberemovedfromooeratonforuoto2hoursper8-hourperiod.%P-UNIT2-GE"575(BWtCH+3/49"'6 I'!".iTHGCOHDiTiOHFOROP""RATiOH--3..WI~Twoshutdowncoolingmo"aloopsoftheresicuaiheatremoval(RHR)svs.emshallbeOPERABL:andatleastoneloopshallbeinoperation,"withachloopconsistingofatleas:a.OneOPERABL=RHRpump,andb.One0?EPASlf-RHRheatexchanger.APPI'CA3ili7(:GPERATiGHALCQHOiTiOH5vassalano-.newaarlei,'elislfessthianssurvesselilance.,~henirradia.ediuelis.in'hereactor22'"ACTOH:'rhthless.hiantheabcverequiredshutdowncoolingmodeloopsQi.hieRHRsfst'3OP~53Lwi'illilQriahourafldaiIestOnceoe>>2-".hoursthereafter,da=.ons".ataheOperabilityofatleastonealtarnat-,ve1~u>>.ie'iodcapabIeoicapheat'eiovaliQreac1inG>>abIa(Asihu'wncoolingmooeloop.WithnoRHRshiu-cowncool-inamodeloopinc"eratQn,wihinOnehourestabiisiieacQIc0Ianic',rcilationoyar,aIar'iai.'e2-"QdandmoniI'ac"cooian7.tarnera"e":.IeasQ.capef'ouf'.SURVI.'4HC-REOIUiRc."l<HT4.o.lT.2A~leesoneshutdowncoolingmodeloopcithe".esidualheat",emovalsvstam,oralternateme<<odsrallbeveriitedtobeinQperaticnahdc-circulating".ea~rcoolantatleasoncper~>hours.If'esnutowncooIingpuriipmayberemiovedfromoperatoniorupto2:;Oursper8-hourperiod. 3/<.'iGSP="EAL7"=ST:-XC:-PTiOHSI3/a.10.1PREMPRYCyiTAENM!-HTENT=SRE(rHETENGCQNQETE"N;"GROP~RA(EOH3.10.1TheprovisionsofSpeciications3.6.T.1,S.o.1.3and3.9.1andTable1.2maybesuspendedtapemitherac-arprssurevesselclosureheaaand4edrtwe11headtabermavedand(eprimarycontainmentair(ockdoors.abeooenwhenthereactormodeswi.chisintheSmr'.uapasiioncur.nglowpowerPHYSiCSTESTSwith(iiKRNLPGMERlessthanQl)~ofRAT"=3((f""RNLPGQiRandreac-torcaalanttemperaturelesshanZOOF.;PP(E('ErTY.QP(-RATEQNALCQHQETEQN2,dringlowpowerPHYSECST=S(S.ACiiGM:Mi~NTH=RNLPGMFRgreaterthan,creouala(1',~oiRAT:-9(ri=";""ALPOSERcrwi..",thereactorcoolanttemperaturegreater:hancrequalaZQO'Fi;.."ediata!ypiachereactormac'eswinintheShudawnposition.SUR(Yc:LL(A"HC"=P.""OVER&HTS4.10.1The((1=.""NLPG'n'="Randreac.crc"alanttamperatursha11beveriied=abewi"in.helimitsat,lees-onceperhcurdur.'nglowpcwerPHYSiCS7"-SiS.3/4iO-'( cC-ALTESTE'<CPT'0<VS'.<.1(0.2ROOSEOUENC:-'ONTROLSYSTE!il~ITINGCCNOIT(TONPOROPERATION3.10.2Thesequencecons-raintsimoosedpncontrolradgrouosbytheradsequencecontrolsysem(RSCS)perSpecification3.1.4.2mayoesusoendedbymeansaibypassswitcnesortheoilowingtestsoravidedthatherod<<orthminimizerisOPERABL=perSpeciicatians3.1.4.i:a.Snutdownmargindemonstratians,Soeciiicatian4.1.1.b.Controlradscram,Soecificatian4.i.3.2.Controlrod,ric.ionmeasurements.d.StartuoTes-P.ogramwiththeTHERMALPONERlessthan+20~~oiRATEDTHERMALPOMER.'PP(ICABILI(Y:OPERAT'IONALCONOITIONSiand2.<CT'.ON:'Piththerequirementsoftheaoovesoeciiicationnotsatisi;ed,veri,ythattheRSCSisOPERABL=perSpeci<fication3.1.4.2.cUP/E~I~INCcgEOUIRcQPfTS-'.10.2'AhenthesequenceconstraintsimposedancontrolroagrouosbytheRSCSarebypassed,verify:a.'Hithin8noursoriortabypassinganyseouencecans-".aintandatleastanceper~Mhourswnileanysequencecans-".aintisbyoassea:ThattheradworthminimizeisOPERABLEperSoecii-'.caton-'.1.4.<,15Thatmovementorcont".airodsram~ROODENS:(.'atheRSCS'.in<izedtoheaooravedcontrairao<<i~".arawaisequence'uringscramandfric=iontests>.Caniormance<<iththisspecif'cat.'onandtest"racaoures'yasecanalicensedoperatororothertechnicallyquaiifiedmemberoi=neuni-.technicalstaff.<V<hlP-UNIT~pŽI3/4:0-2 SP'ECIALTaST".<CEPTIOHS3/4.10.3SHUTOQWHMARGINOE87HSTRATIQHSLIH~iHGCQNOITIOHFOROPERATION3.10.3TheprovisionsofSpecification3.9.1,Speciffcacian3.9.3andTable1.2maybesuspendedtopermit'iereactormadeswitchtabeintheStarwppositionandtaallowmarethananecontrolrodtobewithdrawnAorshutdawnmargindemanstratfon,pravfdedthatatleastthefollowingrequirementsaresatisfied.a.ThesourcerangemonitorsareOpa~L:-withtheRpScircuitry"shortinglfnks"renovedp'erSpecification3.9.2.b.TherodworDminimizerfsQPERABl="perSpecification3.1.4.1andisprogrammedfortheshutdownmargindemonstration,orcanfarmancewihtheshucdawnmargindenonstratfonpracadureisverifiedbyasecandlicensedoperacarorotherechnicallyquali,fedmemberaftheunittechnfca)staff.c.The+antinuausrodwithdrawal"'gcontrolshallnatbeusedduringout-of-sequencemovementofNecontrolrods.d.HootherCOREALia&TIOHSarfnprogress.APPLICABIL~i:OPERATIONALCOHO~iOH5,duringshucdawnmargindenans".atians.ACTION:AWiththerequirementsoftheabovespecificationnotsatisied,immediatelyplacethereactormadeswitchintheShutdawnorRefuelposition.SURVELLANCEREQUIREMENTS4.10.3Wfthin30minutespriartoandatleesonceper~Mhoursduringtheperfornianceofashutdownmargindemanstratian,verifyMac;a.cThesourerangemonitorsareQPERABL"-perSpeci.icacian3.9.2,i~I't~aRPS~uu'.Nu.shoncningMtfwrcenovad.TheradwarNminimi-erisOPERABt~wi0therequiredprogramperSpecfffcatfon3.1.4.1orasecondlicensedoperatororothertechni-callyqualfffedmemberoftheunittechnicalscafispresentandverifiescamplfancawiththeshutdowndenonsracionpracedures,andHoatherCOREALicRATIOHSareinpragress.NMP-UNIT2GE-SiS(BWR~3/4'0-3 SPECiAL7=57EXCEPTIONS3/4.lQ.'ECiRCULATGNLOOPSLii~i'.NGCONC'iONFGROP=RATION3.10.4The--require.ensofScecifications3.%.1.1and3.4.1..3hatrecirculationloopsbeinooe.ationmaybesuspendedforuoto24hoursfortheperormancaof:a.PHYSECSTESTS,orovidedhatTHERMALPGM:-Rdoesnot,excad+5PofRATEDTHERNAL,G'~'ER,orThe5artu"Tes-irogran.AP?('.CABiLZW(:OPERATiONAL,CQNOITiGNS1and2,during?HY5iC5TESSardthe5az".upTasProgram.ACi(GN:h%~Mihheabovesoecif',ed4ihheabovsec.iedTES(5,i'"i(coiaalvp(acapositiontime1';miexcae"ad:nserallcanro(rods.TH=."-.i(AL?Gh'ER1imi.exceededdur',noPHYSiCS.hereac-ormodeswi.chin'heShu-downiSURGE('NC-REGUrRP!ANTS4.10.4.1Thetimeduringwhichtheabovesoeciriedreouirament".asbeensuspendedshallbeverifiedtobelessthan24hoursatleastonceperhourduringPHYSiCSTESTSand:heStar-'.upTes~Program.->~HBQLPOWERshallbedeterminedtobeless.,Tn~op~o,?OWERat.leastonceperhourduringPHYSiCSTESTS.NHP-UNIT2QE5(5(QRf5j3l4~G-4 SPECIALi=Si=XC:-PTIQHS)3/-'..10.5OXYG-"H"."NC:-8iRATIONL:N::TING""NOITICNFOROPERATION3.10.=TheprovisionsofSoecificaion3.6.6.4maybesuspendeddur'.ng.he"erfor,anceoftheStar.upTestProgramuntileither:herequired100ofRATEDTHERMALPC'HERtriptestshavebeencompletedorhereac-.orhasooeratador120Effac=iveFullPowerDays.AP.LICA8ILI)Y:OP-"~Xi""NALCQHD~iCHl.ACiONAi5heeques'antsofeabovspecificat1cnnotsat~5tedbeinatieasSTART'JPwithin6hours.RVEILi-'.t<C:-REOVIRUS"EH-5~*-'..'.0.:-ine='.fecive."-ull?owerDaysofo".e.a'.'onshallbeverified'.obeless:.an120,bycalculation,atieasonceper7daysduring:he5'=r=uoTestProcra.NHP-UNIT2GE-~i5-("=MfQ",/gg~4~~. SPECIAL:"5=XC"-PTIONS2/<.'0.6TR"ININGSTARTUPSLMIiNGCDNOI:IONPOROPERATION--"..10.8.TheprovisionsofSpeci,icaticn'."-.1maybesuspendod~opermitonRHRsubsystemabealignedintheshutdowncoolingmodeduring.raining.s"ar.uosprovidedthatthereai.orvesselisnotpressurizd,TH=."-PALPQMBislessbanorequaltoI~ofRAT%~dERHALPOACHand".eac:"rc"olanttemperatureisless~DanZOOF.A>>~'CABI'~i,:OPLRATZONALCONOIDQN2,during.rainngstarups.WithNerecuirementsofNeaboves"eciicationnotsas,ied,imedatelyolace"..ereacormodeswi"hintheShu:down"osition.:-uR'/='NC-~"U<R~""Pi5-'..10.oonereac-orvesselshallbeveri-',edobeunoressuri=edandhe.>>:=.=2QLPO4'cRandreactorcoolant-a...peraturesnailbeier'fied-obewi:hin"he1'ai:saleas-onceperhourdur-'ngtrainings-ar-.uos. 3/4.11RADIOACTIVEEFFLUEHTS3/4.11.1t;IDEFFLUEHTSCONCENTRATIONlIMITINGCONDITIONFOROPERATION,3.U..1.1TheconcentrationofraioactivetiaterialreleasedinliquideffluentstoUNRESTRICTEDAREAS(seeFigure5-.:M)shallbelimitedtotheconcentrationsspecifiedin10CFRPart20,AppendixB,TableII,Column2forradionuclidesotherthandissolvedorentrainednoblegases.Fordissolvedorentrainednoblegases,theconcentrationshallbelimitedto2x10-~microCurie/mltotaiactivity.APPLICABILITY:Atalltimes.ACT10N:WiththeconcentrationofradioactivematerialreleasedinliquideffluentstoUHRESTRICTEDAREASexceedingtheabovelimits,immediatelyrestoretheconcen"trationtowithintheabovelimits.OecICaCvlSURVEILLANCEREOUIREMHTS4.11.1.1.1Radioactiveliquidwastesshall&esampledandanalyzedaccordingtothesamplingandanalysisprogramofTable4.11-1..4.11.1.1.2TheresultsoftheradioactivityanalysesshallbeusedinaccordancewiththemethodologyandparametersintheODCMtoassurethattheconcentrationsatthepointofreleasearemaintainedwithinthelimitsofSpecification3.11.1.1.3/411-1 TABLE4.111RADIOACTIVELIUIDWASTESAMPLIHGAHDAHALYSISPROGRAMIILI/UIDRELEASETYPESAMPLINGFRE/UENCYMINIMUMAHALYSISITYPEOFACTIVITYFRE/UENCY,'NALYSISLOWERLIMITOFDETECTIO(pCi/ml).'atchWasteReleaseks<Z)PEactiBatchlhPEachBatchIIPrincipal6ammaaitters()1-1315x10-7K.O-POneBatch/MDissolvedandOne~rh/gEnepalnedGases(GanmaBaitters)Ix10-sP~EachBatchM4'.H-3Composite()GrossAlpha&10-sIx10-.dervccubrb>>KglgWASe'~<~<<Egluc~+9Iig%~drgal&P-'a.~PEachBatch<<8'rabaewp44~osite(4)Qeapea4'@a~a.ebpa~pie.Sr89,Sr90Fe-55\PrincipalGannamitters()I-I31DissolvedandEntrainedGases(QamsaaEmitters)kisshlpba5x10-sIx10"s5x10-rIxIO-eIx10-sIx10-sIxIO-76~6&~p4Sr89,Sr90Sx10-a1".10-5~BI-~TS(8(R(g)3/4I1-2se~ahhVIP,hhhh'hhhih dem-tIS)(~~~)&TABLE4.111ContinuedKRAFTft'TABLENOTATIOH5~~eTheLU)$sdefined,forpurposesofthesespec1f$cat4ons,asthes<<allestconcentrationofradfoactfvee<<ater<alInasampI~thatw<IIyieldanetcount,abovesystembackground,thatvillbedetectedwith95Kprobabilitywrathonly5Xprobab)lttyoffalselyconcludingthatablankobservationrepresentsa"real"signal.Foraparticular<<easure<<entsystem,which<<ayincluderadfochemfcalseparateon:4e66sbShare:E~V~2.22x10'Yexp(-Rt)11LLO>the'aprtor$"Io1derIfsrftofdetection(m<croCurkeperunitaassorvoI1sse),sb~thestandarddev$at$onofthebackgroundcountingrateorofthecountingrateofablanksampleasappropriate(counts'perafnute),E~thecountingefffcfency(countsperdfsfntegratfon),V~thesamplesize(unitsofaassorvoIue),2.22xs~thenumberofdfsfntegratfonsper<<minuteperY~thefractlonaIradfocheafcalyfeld,vhenapplfcabIe,'fsrlcroCur$e,(sec.);so'c',~theradioactivedecayconstantfortheparticularrad)onucIfde'Se.c)~andht>theelapsedtf<<ebegantheIfdpofntofsamplecollectionandthet4<<eofcounting~TypicalvalwsofE,V,Y~andhtshouldbeused$nthe'calculation.$~eItshouIdhesecognIzedthattheLIJI4odefsnedasaj(~+er+$hetonethefact/Ifmftrepresentfnqthecapabllftyofa<<eesureaentsystemandn(2~AbatchreleeseCsthedfschcrgeof11qufdwastesofadiscretevoI1<<1e.Mortosamplingforanalyses,eachbatchshallbeIsolated,andthena'p~thoroughlya$xedtoassure';.representatfs!esampling.l1:~gf$iF~g1Vy'Pf3/4II-3.~C-~TS('BtPg)I~s~~A Lv-ST5~~~)C-I"'P~P~4~oL~t)q~io-4.'~040~0~~'TABLE4.11-1ContinuedTABLENOTATIOHSContinued~~TheprincipalgaanaeaaitersorMichLLOspecificationappliesinclude"thefo'11ewingradionlides:54,Fe-59,Co-58,Co-60,Zn-65,Ho-99,Cs-U4,Cs-137<Ce-141"Thislistdoesnotaeanthatonlythesenuclidesaretoeconsidered.Othergammapeaksthatareidentifiable,togetherHththoseoftheabovenuclides,shall.al"obeanalyzedandreported'intheSeaiannualRadioactiveEffluentReleaseReportpursuanttoSpecification6.9.1.intheforaatoutlinedinRegulatoryGuide1;21,AppendixB,Revision1,June1974.7AcompositesampleisoneinwhichthequantityofliquidsampledisproportionaltothequantityofliquidvastedischargedandinvtrfchtheIethodofsamplingemployedresultsinaspeciaenthatisrepresentativeof.theliquids;released;.Se~~r(.S)KC'shns~~r)8C'~Eicr~n+w~,4~elk~~wc~Pw&~BAe.o~~/zc'ad@'F~awplr7gl~la//daipqgr~yaWiz~e~~~~~~~<iW~nuo'ZapA~pri'na.pa/pa~~a~~~~~,~~W~c4%posy.kggpg-gcp~wJp~S>>-go~tI'~)gQ-STS(igbvg(k)3/411-4o~\~ 'RADIOACTIVEEFFLUEHTSDOSELIMITIHGCONDITIONFOROPERATIONPg03.11.1.2The'oseordosecommitmenttoaMEMBEROFTHEPUBLICfromradioactivematerialinliquideffluentsreleased,fromeachunit,toUNRESTRICTEDAREASseeFigure~'~shallbelimited:a..Duringanycalendarquartertolessthanorequalto1.5mremstothewholebodyandtolessthanorequalto5mremstoanyorgan,andb.Duringanycalendaryeartolessthanorequalto3haremstothewholebodyandtolessthanorequalto10mremstoanyorgan.APPLICABILITY:Atal1times.ACTION:a.WiththecalculateddosefromthereleaseofradioactivematerialsinliquideffluentsexceedinganyoftheabovelimitsprereandsumittotheCommissionwithin30days,pursuanttoSpecificationSpecialReportthatidentifiesthecause(s)forexceedingtelimit(s)anddefinesthecorrectiveactionsthathavebeentakentoreducethereleasesandtheproposedcorrectiveactionstobetakentoassurethatsubsequentreleaseswi11beincompliancewihtheabovelimits.eeAo&b.'heprnvisinnsniSpecificatinns3.0y3'and3.0/acenntapplicable.'ISURVEILLANCEREUIREMEHTS4.11.1.2Cumulativedosecontributionsfromliquideffluentsforthecurrentcalendarquarterandthecurrentcalendar'yearsh11bedeterminedinaccordancewiththemethodologyandparametersinthe00ngwaerl~'e'eCs-C-'ST5CSuRf().3/4Xl-5 ~~~~,~~~~~~~~~~J~~~~~~~~~o~gtr~ot~~~~~~~I~I~~~~~~~~~~~~~~~~~~~~0~~~,~~~~~e~~~~~~~0~~~~~~~~I~,~~I~~~I~~~~~~~~,IN~~~0r~~w>k+rer RAOIOACTIVEEFFLUEHTSIIIILIMITINGCOHOITIONFOROPERATION3.11.1.4ThequantityofunprotectedoutdoortangCuries,excludingtritiumshallbelimitedtolessthanorequalto/Oanddissolvedorentrainednoblegases:emPAPPLICABILITY:Atal1times.ACTTON:a.Withthequantityofradioactivematerialinanyoftheabovelistedtanksexceedingtheabovelimit,immediatelysuspendalladditionsofradioactivematerialto'thetank,within48hoursreducethetankcontentstowithinthelimit,anddescribetheeventsleadingtothisconditioninthenextSemiannualRadioactiveEffluentRelease.-*--Report;pursuanttoSpecification6.9.I.ga(~~Ib.TheprovisionsofSpecifications3.0.and3.0.arenotapplicable.SURVEILLANCEREQUIREMENTS4.11.1.4Thequantityofradioactivematerialcontainedineachoftheabovelistedtanksshallbedeterminedtobewithintheabovelimitbyanalyzingarepresentativesampleofthetank'scontentswheradioactiveaatarialaarebeingaddedtothetank.C"TanksincMdedinthisspecificationarethoseoutdoortanksthatarenotsurroundedbyliners,dikes,oruellscapableofholdingthetankcontentsandthatdonotravetankov~$tovsandsurround'cngar";adrainsconriectedtotheLiquidRadwasteTroa~aentSystem~~+~~<gp+n+.mS~EsT'~CQcup.(6)3/4Il"7v~'gvv.~' r<lu-SPS)RADIOACTIVEEFFLUEHTS3/4.11.2GASEOUSEFFLUEHTSDOSERATEALIMITIHGCOHOITIOH-FOROPERATION6QR3.11.2.1Thedoserateduetoradioactivematerialsreleasedingaseouseffluentsfromthesitetoareasat4Q-beyondtheSITEBOUNDARY(seeFigure.shallbelimitedtothefollowing:a.Fornoblegases:Lessthanorequalto500mrems/yrtothewholebodyandlessthanorequalto3000mrems/yrtotheskin,andb.ForIodine"131,forIodine"133,fortritium,andforallradio-nuclidesinparticulateformwithhalf-livesgreaterthan8days:Lessthanorequalto1500mrems/yrtoanyorgan.flAPPLICABILITY:Atalltimes.ACTION:.kiththedoserate(s)exceedingtheabovelimits,immediatelyrestorethereleaseratetowithintheabovelimit(s).SURVEILLAHCEREUIREMEHT4.11.2.l.1Thedoserateduetonoblegasesingaseouseffluentsshallbedeterminedtobewithintheabovelimitsinaccordancewith'themethodologyandparametersintheODCM.4.11.2.1.2ThedoserateduetoIodine-131,Iodine-133,tritium,andallradionuclidesinparticulateformwithhalf-livesgreaterthan8daysingaseouseffluentsshallbedeterminedtobewithintheabovelimitsinaccordancewiththemethodologyand'arametersintheODCMbyobtainingrepresentativesamplesandperforminganalysesinaccordancewiththesamplingandanalysisprogramspecifiedinTable4.11-2.(.')3/411-8 TABLEl.11-2RADIOACTIVEGASEOUSMASTESAHPLINGAHDANALYSISPROGRAMICASEOUCRELEASETYPESAHPLIHGFREQUENCYMINIMUMAHALYSISFREQUENCYTYPEOFACTIVITYAHALYSISLOWERLIMI0ETECTION(LLO)()(pCI/m)')onanmenMain.&tee.g~~aate/i2eac4o~lidnEachPURGE~&el<-Saep4eGrabSamolaM(4)g(>PrlncpalGaaaaEmftters2I-3oxideP(2)PrincipalGammafafttersEsca'OTAGE;H-3Pe-1',ll6MO,1x10-i1xlo-alX,101xlO-i1xIO-aAull~I~(S)rsvp)Cont/nimbusContlnuusContinuousContfnuus>wP)CharcoalSamleParticulateSamleMCompositePar-ticulateSalgCompositePar-ticulateSamII-131rlncfpalGamaEmlttcrs2rossAlphar-89,Sr-90-l1x10-~1x10-'six10-tt1x10-<<MoW~ rtu-SiS)TABLE4.11-2ContinuedTABLEHOTATIOHS8<VTheLLDisdefined,forpurposesofthesespecifications,asthesaallest(1)concentrationofradioactiveaaterialinasamplethat~illyieldanetcount,ibovesystembackground,thatvillbedetectedNth95probabilityHthonlySXprobabilityoffalselyconcludingthatablankobservationrepresentsa"real"signal.Foraparticularmeasurementsystem,whichmayincluderadiochemicalseparation:4.66sbE-Y~2.22x10'Y-exp(-Aht)Where:LLO~the"apriori"lowerlimitofdetection(microCurieperunitmassorvolume),sb~thestandarddeviationofthebackgroundcountingrateorofthecountingrateofablanksampleasappropriate.(countsper'-';".~",;,"...="~';l:%~~~untingefficiency(countsperdisintegration),-'W~~e"samplesize(unitsofmassorvolume),g.>2X,lo2.22x10s~thenumberofdisintegrationsperminutepermicroCurie,Y~theTractionalradiochemicalyield,Kenapplicable,qqec')A,~thet'adioactivedecayconstantfortheparticularradionuclide~,andht~theelapsedtimebedizenthemidpointofsamplecollectionandthetimeofcountinTypicalvaluesofE,V,'Y,andhtshould.beusedintheca1culation.ItshouldhemaogniaedthattheLlgisdefinedasanagriori(herorethefact)limitrepresentingthecapabilityofameasurementsystemandnotasana~terior1(afterthafast)Ifaitforahartisuiaraeasuraaent.""5.-~C<-mrs(CStr(<)3/411-10g~rsc"Is~~~~~~~~~\~r~po~ IQpfTABLE4.11-2ContinuedTABLEHOTATIONSContinuedC,s-()7Theprfggfpalganmlaemittersfol'hichthe.LLDspecificationappliesincludethefollowingradionuclfdes:.Kr87,K@88,Xe-U3,Xe-133m,Xe-135,andXe-138innoblegasreleasesandHn-54,Fe-59,Co-58,Co-60,Zn-65,Ho-99,I-131,Cs-134,C-137,Ce-141andCe-144inIodineand~particulatereleases.Thislist,doesnotaeanthatonlythesenuclidesaretobeco'nsidered..Othergammapieaksthatareidentfffable,togetherwiththoseoftheabovenuclides,shallalsobeanalyzedandreportedfntheSemiannualRadioactfve,EffluentReleaseReportpursuanttoSpecification~~p.l.p'ntheformatoutlinedinRegulatoryGuide2.21,AppendixB,Revision1,June1974.222'WWnSbebc'fesrckr/igkc'cimsieLib>siscrBurcnscc'+iscg$amp1fngandanalysisshallalsobeperformedfolTowfngshutdown,startup,or14EL8'c.rs~~TritiumgrabsamplesshallbetakenfromtheEases~/ventilatiom~~liioCOaa'eaaitkenSdd6kWe'ACrmn~/cbgci4cd'.$c0cntdeps&dc0~~4'&rM('~)~Theratioof,thesampleflowrata.tothesstreamflowratashallbeknownforthetiaeperiodcoveredbyeachdoseratecalculationsadeinaccordancewithSpecifications3.11.2.3.>g~~,and3.11.2.3.a'()gAgeAreieeserereefkc.irperbs>~w>ceeeri~.~elWi&gV~~ai.~~ai'~~A'rralarmS~i&+~i~~peA'cu>>recfcweesbeiibe.reneuccienefenePgecrrbebWnringioZascmyeHmul<fereigsmre>>e.%ecstasisistull+~i+~cr.AZgihoursereanedheeciNeerreeicened>pgs-Dsniecibeirsceeseeri~"'-4Puggpe-,>~da~cd-~'e~idence'ee+acCcrapa:c+ei'+AroACideel~~g~l~/~g~~6C.-'5Tr(dituR/<)~~~~~->a-~' 0ti-llew.'IP""g 0 Q)~575)~~~eJ'o~~~RAOIOACTIVEEFFLUEHTS('>>'OSE-HOBLEGASESLIMITIHGCOHOITIOHFOROPERATIO~~~3.11.2.2Theairdosedonoblegasesreleasedingaseousefluents,from~eacunit,toareasat:theSITEBOUNDARY(seeFigure".E:F3shallbelimitedtothefollowing:'Ia.Ouringanycalendarquarter:Lessthanorequalto5mradsforgammaradiationandlessthanorequalto10mradsforbetaradiation,andb.Ouringanycalendaryear:Lessthanorequalto10mradsforgammaradiationandlessthanorequalto20mradsforbetaradiation.APPLICABILITY:Atal1times.ACTIONa~b.Nththecalculatedairdosefromradioactivnoblegasesingaseouseffluentsexceedingany'oftheabovelimits,prepareandsubmittotheCommissionwithin30days,pursuanttoSpecification6.S.g,aSpecialReport'thatidentifiesthecause(s)forexceedingthelimit(s)anddefinesthecorrectiveactionsthathavebeentakentoreducethereleasesand.theproposedcorrectiveactionstobetakentoassurethatsubsequentreleaseswillbeincompliancewiththeabove.limits.TheprovisionsofSpecifications3.0.$and3.D.Parenotapplicahle.SURVEILLAHCEREOUIREMEHTS4.31.2.2CumulativedosecontributionsforthecurrentcalendarquarterandcurrentcalendaryearfornoblegasesshallbedeterminedinaccordancewitthemethodologyandparametersintheOOCM3/411-12PQ5 RADIOACTIVEEFFLUENTS~~(.<~DOSE-IOOIHE-131IODINE-133TRITIUM'ANDRAOIOACTIVEMATERIALIHPARTICULATEFORMgr>~LIMITIHGCONDITIONFOROPERATION'3.11.2.3ThedosetoaMEMBEROFTHEBLICfromIodine-131,Iodine-133,tritium,andallradionuclides.inparticulateformwithalf-livesgreaterthan8daysingaseouseffluentsreeased,fromeach~n,toareasat~orbeyondtheSITEBOUHDARY(seeFigure~)shallbelimitedtothefollowing:aDuringanycalendarquarter:Lestthanorequalto7.5Nrcmstoanyorgan.and,b.Duringanycalendaryear:Lessthanorequalto15arcmstoanyorgan.f~APPLICABILITY:At411tines.ACTIDII:en+a.NththeculateddosefromthereleaseofIodine-131,Iodine"133,tritium,ndradionuclidesinparticulateformwithhalf-livesgreaterhan8days,ingaseousefflucntsexceedinganyoftheabovelimitsrareandsumit~theCoc3nissionwithin30da'ys,pursuanttoSpecification6.9.,aSpecialReportthatidentifiesthecause(s).forexceedingthelimit(s)anddefinesthecorrectiveactionsthathavebeentakentoreducethereleasesandtheproposedcorrectiveactionstobetakentoassure.thatsubsequentreleaseswillbeincompliancewiththeabovelimits.Ž,h.ThspoovfsfonsofSpscfffcatfnns3.IL/and3.0.ffassnotappllcahlo.,t~SURVEILLANCEREUIREMENTS4.11.2.3CumulativedosecontributionsforthecurrentcalendarquarterandcurrentcalcndaiyearforIodine-131,,Iodine-133,tritiumandradionuclidesinparticulateformwithhalf-livesgreaterthan8daysshallbedetermined3/4Q-13 0 RADIOACTIVEEFFLUENTSGASEOUSRADMASTETREATMENTLIMITINGCONDITIONFOROPERATION3.11.2.4TheGASEOUSRADWASTETREATMENTSYSTEMshallbeinoperation.APPLICABILITY:Wheneverthemaincondenserairejector(evacuation}systemisinoperation.ACTION:a.Withgaseousradwastefromthemaincondenserairejectorsystembeingdischargedwithouttreatmentformorethan7daysprepareandsubmittothe:Commissionwithin30days,pursuanttoSpecification6.9.2,aSpecialReportthatincludesthefollowinginformation:1.Identificationoftheinoperableequipmentorsubsystemsandthereasonforinoperability,.2.Action(s)takentorestoretheinoperableequipmenttoOPERABLEstatus,and3.Summarydescriptionofaction(s)takentopreventarecurrence.b.TheprovisionsofSpecifications3.0.3and3.0.4arenotapplicable.SURVEILLANCEREQUIREMENTS4.11.2.4Thereadingsoftherelevantinstrumentsshallbecheckedevery12hourswhenthemaincondenserairejectorisinusetoensurethatthegaseousradwastetreatmentsystemisfunctioning. RADIOACTIVEEFFLUENTSTREATMENTSYSTEMOi@FTLIMITINGCONDITIONFOROPERATION3.11.2.PTheVENTILATIONEXHAUSTTREATMENTSYSTEM9~II'hallbeOPERABLEandappropriateportionsofsystem/shallbedto'reducereleasesofradioactivitywhentheprojecteddosesin31daysgaga'.4duetreleases,fromeachunit,toareasat~beyondtheSITEUNDARY(seeFigure~~wouldexcee<ti3+0.3mremtoanyorganofaMEMBEROFTHEPUBLIC.'r~APPLICABILITY:Atalltimes.ACTION:Withradioactivegaseouswastebeingdischargedwithouttreatmentandinexcessoftheabovelimits,prepareandsubmittotheCommissionwithin30days,pursuanttoSpecification6.92,aSpecialReportthatincludesthefollowinginformation:2.3.Identificationofanyinoperableequipmentorsubsystems,andthereasonfortheinoperability,Action'(s)takentorestoretheinoperableequipmenttoOPERABLEstatus,andSunea~descriptionofaction(s)takentopreventarecurrence.b.TheprovisionsofSpecifications3.0.3and3.0.4arenotapplicable.SURVEILLANCE%EUIREMENTSjyf/~4PA(,4.11.2.4.1DosesduetoqasaowireleasesfromeachunittoareasatandbeyondtheSITEBOUNDARYshallbeprojectedatleastonceper31daysin.accordancewiththemethodologyandparametersintheODCMwhen4es~F-~~~~TreatmentSystem/~notbeingfullyutilized.~V~~4.11.2.4.2TheinstalledVENTILATIONEXHAUSTTREATMENTSYSTEMand-A6WshaltbeconsichredOPERABLEbyseetingSpecifications3.11.2.1or3.332.3.Gc-&zcPaa/e) RADIOACTIVEEFFLUENTSEXPLOSIVEGASHIXTURE(Systems.designedtowithstandahydrogenexplosion)eowcaneaccepetctLIMITINGCONDITIONFOROPERATION53.11.2.)(Theconcentrationofhydrogenoroxygeninthemaincondenseroffgastreatmentsystemshallbelimitedtolessthanorequalto4Xbyvolume.APPLICABILITY:Atalltimes.ACTION:Withtheconcentrationofhydrogenoroxygeninthemaincondenseroffgastreatmentsystemexceedingthelimit,restoretheconcentrationtowithin'helimitwithin48hours.C.Withcontinuousmonitorsinoperable,utilizegrabsamplingproceduresfor'periodnottoexceed30days.TheprovisionsofSpecifications3.O.vtand3.O.ffarenotapplicable.(C~SURVEILLANCEREUIREMEHTS54.11.2.gTheconcentrationofhydrogenoroxygeninthemaincondenseroffgastreatmentsystemshallbedeterminedtobewithintheabovelimitsbycon"tinuouslymonitoringthewastegasesinthemaincondenseroffgastreatmentsystemwiththehydrogenoroxygenmonitorsrequiredOPERABLEbyTable3.3.7.~ofSpeification3.3.7.42~3,%4eev4t'44+M+4aseeho'ec4a'll+cus3+bseoywTcAIaslee4asQ+-3~CQ4e-aTS(CSwAA) RAOIOACTIVEEFFLUENTSDIKFi7/XPLOSIVEGASMIXTURE(Systemsnotdesignedtowithstandahydrogenexplos')LIMITGONDITION'FOROPERATION3.11.2.Theconcentrationofhydrogenand/oroxygeninemaincondenseroffgasreaentsystemshallbelimitedtolessthanorqualto2byvolume.APPLICABILITY:Atal1times.'ACTION:a~b.Withtheccentrationofhydrogend/oroxygeninthemaincondenser'ffgastreatentsystemgreatertn2Xbyvolumebutlessthanorequalto4bvolume,restoreteconcentrationofhydrogenand/oroxygentowithithelimitwitn48hours.Withtheconcentra'onofhdrogenand/oroxygeninthemaincondenseroffgastreatmentsysmgaterthan4Xbyvolume,immedi,atelysuspendalladditionswastegasestothesystemandreducetheconcentrationofhydrand/oroxygentolessthanorequalto2"within48hours.C.d.With'continuousnitorsinorable,utilicegrabsamplingproceduresforaperiodnotoexceed.30s.';TheprovisiosofSpecifications..3,and3.0.4arenotapplicable.SURVEILLANCEREUEHENTS4.11.2.6gTeconcentrationsothydrogenand/oroxygenthemaincondenseroffgastrement.systemshallbedeterminedtobewithintabovelimitsbycontinuouymonitoringthewastegasesinthemaincondense.offgastreatmentsysteththehydrogenand/oroxygenmonitorsrequiredOPERAEbyTableofSpecification3.3.7.~l3,p,3.?.(3.-1~ag<<rtLIeeeli>>I'o44esetcvscvst:gee!$%>II~Isieao)%r4+;m~4 /ynP-N'~~'/+jf/-l7' (/-/7s RAOIOACTIVEEFFLUENTSMAINCONOENBERGAS(LIMITINGCONDITIONFOROPERATION'gmmi;;4)(odo~4rea~ot'-44.ie~~bl~e~3.11.2.ItThe~radioactivity)rateofnoblegaseskmeasuredhallbelimitedtolessthornorequaltobe~/sod'ICJ/see.4.ape~ioJ~*exceed'ck~>APPLICABILITY:Atal1times.ACTION:Withthe~ssradioactivityiateofnoblegasesdet-4lwaha~~'exceeding,restoretegrossradioactivityratetowithiitslimitwithin72hoursorbeinat1'eastHOTSTANDBYwithinthenext12hours.SURVEILLANCEREOUIREMENTSJmnSheu~oC',AareCongi'nor4.11.2.$.1TheradioactivityrateofnoblegasesshallbecontinuouslymonitoredinaccordancewithSpecification~~p.p,7.>3-).4.11.2.4.2The~radioactivityrateofnoblegasesldo~n>+~~~~shallbedeterminedtobewithinthe~r~oE"~limits.ofSpecification3.11.2.$tthefollowingfrequenciesbyperforminganisotopicanalysisofarepresentativesampleofgases(r~CA'a.ov.~OVCZ~b.Within4hoursfollowinganincrease,hrMonitor,ofgreaterthan50K,afterfactoringoutincreasesdue'ochangesinTHERMALPOWERleve57%~adi'i&On04'h~~ye~rna~~5wors9(ofii-17~~' RADIOACTIVEEFFLUEHTSMARKIICONTAIHMEHTDIMFPLIMITIHGCONDITIONFOROPERATION3;11.2.gVENTINGorPURGINGoftheMarkIIcontainmentdrywellshallthroughtheStandbyGasTreatmentSystemAPPLICA8ILITY:'Nheneverthedrywe)lisventedorpurged.ACTION:~.c4>aa~b.Withtherequirementsoftheabovespecificationnotsatisfied,suspendallVEHTIHGandPURGIHGofthedrywell.TheprovisionsofSpecifications3.0.Pand3.0./arenotapplicable.SURVEILLANCEREUIRMEHTS~'.11.2.gThecontainmentdrywellshallbedetgrmindtobealignedforVEHTIHG.='~-'orPURGINGthroheStandbyGasTreatmentSystemwithin4hoursprio~tostartofan~~nceper12hoursduringVENTINGorPURGINGofthedrywe1l.5r&~ RADIOACTIVEEFFLUENTSI(3/4.11.3SOLIDRADIOACTIVEWASTESLIMITIHGCQHDITIOHFOROPERATIONr@if()'.i1.3RadioactivewastesshallbesolidifiedordewateredinaccordancewiththePROCESS'ONTROLPROGRAMtom'eetshippingandtransportationrequirementsduringtransit,and'disposalsiterequirementswhenreceivedatthedisposalsite.APPLICABILITY:Atalltimes.ACTIDM:a.WithSOLIDIFICATIOMordewateringnoteeetingdisposalsiteandshippingandtransportationrequirements,suspendshipmentoftheinadequatelyprocessedwastesandcorrectthePROCESSCONTROLPROGRAM,thepro'cedures,and/ortheSolidWasteSystemasnecessarytopreventrecurrenca.b..WithSOLIDIFICATIONordewateringnotperformedinaccordancewiththePROCESSCONTROLPROGRAM,testtheimproperlyprocessedwasteineachcontainertoensurethatitmeetsburialgroundandshippingrequirements'ndtake'ppropriateadministrativeactiontopreventrecurrence.c.TheprovisionsofSpecificationsS.ggand3.0$arenotapplicable.SURVEILLAHCEREUIREMEHTS4.11.3SOLIDIFICATIONofatleastonerepresentativetestspecimenfromatleast-everytenthbatchofeachtypeofwetradioactivewastes(e.g.,filtersludges,spentresins,evaporatorbottoms,'ndsodiumsulfatesolutions)sha11beverifiedinaccordancewiththePROCESSCONTROLPROGRAM:a.IfanytestspecimenfailstoverifySOLIDIFICATION,theSOLIDIFICATIONofthebatchundertestshallbesuspendeduntilsuchtimeasadditionaltestspecimenscanbeobtained,alternativeSOLIDIFICATIONparameterscanbedeterminedinaccordancewiththePROCESSCONTROLPROGRAM,andasubsequenttestverifiesSOLIDIFICATION.SOLIDIFICATIONofthebatchmaythenberesumedusingthealternativeSOLIDIFICATIONparametersdeterminedbythePROCESSCONTROLPROGRAM;b..IftheinitialtestspecimenfromabatchofwastefailstoverifySOLIDIFICATION,thePROCESSCONTROLPROGRAMshallprovidefor.thecollectionandtestingofrepresentativetestspecimensfromeachconsecutivebatchofthesametypeofwetwasteuntilatleastthreeconsecutiveinitialtestspecimensdemonstrateSOUDIFICATION.ThePROCESSCONTROLPROGRAMshal)bemodifiedasrequired,asprovidedirrSpecificatior.6.15,toassureSOLIDIFICATINafsubsequentbatchesof~st,e;andC.KiththeinstalledequipmentincapableofmeetingSpecification3.33..3ordeclaredinoperable,restoretheequipmenttoOPERABLEstatusor'provideforcontractcapabilitytoprocesswastesasnecessarytosatisfyal;applicabletrans~ortationanddisposalrequirements.)/QIt~(f~~eI~~ RADIOACTIVEEFFLUEHTSt(3/4.11.4TOTALNSELIHITINGCODITIONFOROPERATIONAPPLICABILITY:Atalltimes.ACTION:(~,aa.)Withthecalculateddoses'framthereofradioactiveaterials'nliquid.orgasauseffluentsexceedin'twicethelimitsSpegifi-cation(,...,3.11.1.2b.,t...),3.11.2.2b.,(..),or3.11.2.3b;calculationsshallbeaadeincludingdirectradsptioncontributionsfromtheunitses4-~>utsidestoragetanks/'tadeterainewhethertheabovelimitsofSpecification3.11.4havekeen"exceeded..Ifsuchisthecase,prepareandsubm'ttammissianwithin30days,pursuanttoSpecification,aSpecialRepathatdefinesthecorrectiveactiont'obetaken'oreducesubsequentreleasestopreventrecurrenceofexceedingtheabovelimitsandincludestheschedule.forachievingconformancewiththeabovelimits.ThisSpecialReport,asdefinedin10CFR20.405(c),shallincludean~analysisthatestimatestheradiationexposure(dose)toaHBSEROFTHEPUBLICfromuraniumfuel'cyclesources,includingalleffluentpathwaysanddirectradiation,farthecalendaryearthatidcludestherelease(s)coveredbythisreport.Itshallalsodescribelevelsofradiationandconcentrationsofradioactivematerialinvolved,andthecauseoftheexposurelevelsorconcentrations.Iftheestimateddase(s)exceedstheabovelimits,andifthereleaseconditionresult-.inginviolationof40CFRPart190hasnatalreadybeencorrected,theSpecialReportshallincludearequestforavarianceinaccordancewiththeprovisionsof40CFRPart190.Submittalofthereportisconsideredatiaelyrequest,andavarianceisgranteduntilstaffactionontherequestiscomplete.TheprovisionsofSpecifications3.0.and3.0.arenotapplicable.a.b.SURVEILLANCEREUIREHENTS3.11.4The.annual(calendaryear)doseordosecaamitmenttaanyHBSEROFTHEPUBLICduetoreleasesofradioactivityandtoradiationfromuraniumfuelcyclesourcesshallbe'imitedtolessthan'requalto25aremstothewholebodyoranyorgan,exceptthethyroid,whichshallbelimitedtolessthanorequalta75arems..4.11.4.1Cumulativedosecontributionsandaseouseffluentsvf0~~~~~aeoogyanparameersne4.11.4.2Cueu34tiredusecuntrttsrtioesTrmdirectredietiunfreethe/units~stetagttanks77JedeteriinecL5aaccordancewiththemethodologyantraeetersineCD'.'ThisrequiresentisapplicableonlyunderconditionssetforthinAIOHa.ofSpecification3.11.4.~sq~,)C6-mrs'CSm(/.)~'\~~oo Oevia4ionamepe~ad$runnaeeqcu.tedaampkeschedule<<JaampCum'eunob~b4aCoha~douaconcRturna,'heuonaLuncvaMatw'LLtIJ,the,uncooperativeauid~,on.tomalfunctionofuLto'ampLingcalcu'.pment.Inthaevento$AaCattle,everyeJ$ocCdhaLCbe,madetocompleteconeecWvaactionp4oh.Weendo$AenextaompLingpenfold.3/412-la RAOIOLOGICALEHVIROHMEHTALMONITORING(gfLIMITIHGCONDITIONFOROPERATIONKFfACTIOHContinuedc.Vithmilkorfreshleafyvegetablesamplesunavailablefromone'ormoreofthesamplelocationsrequiredbyTable3.12-1,identifyspecificlocations'orobtainingreplacementsamplesandaddthem.within30daystotheRadiologicalEnvironmentalMonitoringProgram~Thespecificlocationsfromwhichsampleswereunavailablemathenbedeletedfromthemonitoringprogram.opeca1catioef~9d.Thep~ovisionsofSpecifications3.0.and3.0.arenotapplicable.SURVEILLANCEREOUIREMEHTS4.12.1'heradiologicalenvironmentalmonitoringsamplesshallbecollectedpursuanttoTable3.12"1fromthespecificlocationsgiveninthetableandfigure(s)intheODCM,andshallbeanalyzedpursuanttotherequirementsofTable3.12-1andthedetectioncapabilitiesrequiredbyTable4.12"1..~<<ge~g44<<.qaueilMr'I'Q0s'e~(es(~gg)q~locak<<(.i)/a~o4@i<<~my/cee~4g<<~pl~~<<W<<Zemia<<<<~(<~~<<<<+>~+(~~~a.~'~C(Mcc~~e.P~4<<~gag(Egs~oticMIN-4(eked~e~l~~~(s).'e.-<<<<zs(<3luTL(()3/4X2-2t~'~~~~-~~~~0~ %ABLS-3&2%.'RA&IBM&IQA~HVIROHMEHTALHOHITDRINGPROGllAHa----5ampljng-and-~CollectionFreuencguar+evl-an-innerringofstations,-oneachmeteorologicalsector.ingeneaalareaoftheSITE00ARY-QORl=DR16)I.-Humbev-of-Qopvesentat)ve-ExposurePathwaymplesand-andCor-Samle--SameLocations.IDIRK'-RADIATIOH40routmonitoringstationsb-(DfB-OR40)therwith-two-ormove-dosimete-ov-with-ene4nstvumentfor"meuring.andaccordingdose.rate-ntinuously,-PIacedasfollows'.ype-and-fvequeneyofAnalsis-Gamma-dose-quavtevty;-an-eutev-vingofsfons,onein.-each-meteorologiIsectorin..the-6-to-S-krangefromthes-ite-(ORD-32);.theanceofthestations(D3-DR40~o-beplacedinpecialinterestareassuch.~s-populationcenters,nearby.~+eskdences,schools;-and"inR.ov-2areastoservoascontrA-wtations.The-nev-,media-,frequency,andlocationofsamplesmayvaryfromsitetosite.Thistable=pvesent-anastable-minimum-pvogvamforasiteatwhicheachentry-isapplicable.Localsitecharacteristicsest,-be-examinedtodetermineifpathwaysnotcoveredbythistablemaysignificantlycontributeto-an-individual-'s-dose-and-shouldbeincludedinthesamplingprogram.Thecodelettersinparentheses,e.g.Okl-,Al-;-pvovide-one-way-of-defininggenericsamplelocationsinthisspecificationthatcanbeusedto.~identify-thespecificlocationsinthemap(s)andtableintheDOCH;OoDELETED-I'eel'.nceil<u~.tha(tach<>~lpages ExposurePatay.wnd/orSamle-2.AIROORHE..Radioiodineand+articularesT4BK-R-lR-4-ContinuedRAO48kOGICALEHVIROHMEHVAL-HOIIITORIHGPROGRAH.lumber'of-Represantative-SamplesandSamlelocations-----"-Sampling-and----Type-a-I:requency-CollectionFreuencofnalsismplesfrom-S-locations-(AlAS)i--Continuous-sampler-RadioiodineCannisterr-operationwithsame-1-131analysisweekly;4-sames(AlA3)from.close----collectionweekorto.the31TEBOUIIOARYlocations,---more-frequent~highest-ca3cuedannualaverageloading.---------Gross-beta-radioactivety-groundlevol-0//-analysiss-folloging-4444er-shangei-4-sample-(A4)fromthecinity----Gamma-Isotop1c-analysjs-~f-acommunityhavingtheIghest--ef-composite-fby-ca3culatedannualaveragegr1ocatIon)~uartarlyRevel-OCg.-4-sample(AS)fromaconos-locationn,asforexamp15~30km--distantandintheastpreva=-3antwinddirect'WATERBORHE-a-.Surface1samplestream(Mal)1-samp-downstream(Ma2)~-b~round--mplesfrom1or2sources~-(Wbl~Wbf)-,onlyiflikelytobe-effected.ComposIt.esamli)ever1monthperiodquarterlyGammaisotopicanalysfs-monthly.Compositefortritiuraanalysisquarterly.Gaaisotopicandtritium-analysquarterly;.c-.OrinkI1sampleofeachof1to3(Mcl-Qc3~f-thenearestwatersuppliesthatcouldbeaffested-byitsdischarge.1-sample.fromacontrolleeation(Wc%).Compositesample1-131analys-oneaeh-over2-weekperiodIcomposite-whene.dosa-when1-131analysiscalculatedforthe.onsiaap-Isperformed,mont.hlytionofthewateris=eater'ompositeotherwisethan-1mremperyear;-m~posIteforgrossbetaa~d-.--OaaaaaIsotopio-analyses--menthly.Composite-for-h.itiuaianalysisquarterly.DELETED-Vega'aced<ui.tieattaelie<lpay<<e TABLE-3.12-1ContinuedRABIOLOGIGALEHVIROHHEHTALHOHITORIHGPROGRAH--Exposure"PathwayadlorSamledodlmont-4-.IHGfSTIOH-Humber-ofRepresenta4.lve------.Samplesand-SamleLocations1sandiefromdownstreamarealth-axisting-~r-potentlalnarecreationalvalue(lfdl).-----Sampling.andCollectionFreuencSemiannuallyTypandfrequencyfAnalsis-Gaaunaisotopicanalysls-semiannuallyi.HllkbFishand-Inverte-bratesc-Food~oductsamplesfrowmilkinganimalsoeatlons-(Ial-Ia3)within5-km-tancehavingthehighestdose-poteial.Ifthereare-nona,-then,ample"frommilking-'nimalslneach3areas(lal-Ie3)between5toOdlstanwheredosesarecalculaobe-.Oveaterthan1mrempor-1samplefrommilkinanlmals-at-acontrollocatn(Ia4);~16-3Okwdistanandinthe-least-prevalewinddirection.Isampleeachconunercially-andreeatlonallyimportantspecslnvicinityofplantdchargoarea.(Ibl---lb--);lmampleofsamespeciesinareas-'otinfluencedbyplantdis-.charge(Iblg-lb);1sampleofeachprincipalclassoffoodproductsfromanyareathat;lsirrigatedbywaterlnwhichliquidplant.wastes-havebeendischarged.(Iol--Io-);Semlmontywhenanimalareonpasre,monthlyato>ortimesGammaisotopi'c-and-1-131-.eanalysissemimonthlywhen-ani~alsareonpasturei-monthlyat-other-tlmes;-AttimeofharvestGanuaaisotopiclyses---eonedibleportion:-Sampleinson;-or---Gaauaa-isotopic-analys{i-semlannuallyI>eyonedible-portions-.arenotseasonal-OELETEV-Veptnce~liuithattn@herlpaged.' 4ABL~%21-Gontinued.RAOIOLOGIOALEtNIRONHENTAL-NONITORINGPROGBAH-Dposure-PathwayandCor-Samle4umbe~f-RepresentatjvalesandSamlocatIonscEood----SamplesofIfferentkinds~-ProductsofbroadleafvetatIongrown-Qont'd)nearesteachoftwofaren4offsIto-locatIons-of-hIOt--predlcted-annual-averagegroIReve~/lHf-mHk-sampHng-Is-neperformed-(Iclg-Icl3);Samplingand---.-Type-and-Frequency.-CollectlonfreuenofAnalsls-HonthlywhenGammaIsotopic-and.~M-aveI1able--~analysIs.-+sampleofeachof-the"sIar----Honthlyn-.--.----Gamma-isotopic-and-I-iB-broadleafvegetationgrn----.-available.-----snalysIs-.46-30km.distantInleast-paavalant-wInd-dlrtIon"If-mllk-sampWng-Is-neerformed-\+fc20---Ic23.VELETEO-Reptace~l~u<.tha.ttaeheilpages.1~~ -TABLE-HOTAHOHVC~PSpelcparameter'sofdist.ance=and-directionsectorfromthe.centerlineof-ono--reactor-,-and-additnal-doscrfponwherepertinent,shallbeprovided-fov'each-and-everysample-locat,fonlnTable3;.1-in-a-table-anduraeus)-In-the-ODCH-;-RefertoHUREG-0133,"Preparat)onofRadfolog)cal-Effluenechn)cal-~4pao)f)oat)onov-Hualeav-Powev-plants-,j)-October-1938-,and-to-RadiologicalAssessment8nch-Technlcal-Posltfen~Revfs)o-1-,November-1939;--Gav)at)ons'are"perm)ttedfromtharequiredsamng.schedule-)f-speo)mens-ave-unobtaable-due-to-hazardous-conditions-,seasonal-unavailability,functionofautomatic.wmplfng-equfpmantanor-lagftfaata.reasons,--if.specimensare-unobtalnablue.tosamplingequipmentmaWunct)on~vary-offerllbemadetocompletecorrectiveactionprie>otheendofthenextsampling-'ar)od~All-dev)atlonsfromsampl)ngscheduleshallbedocumentedtheAnnualRad)ologlcalEnviron-mentalOperat)ngReportpursuantSpec)f)cation6.9.1.11.ltisrgnlzedtliat,-at-times;--ft-aay.not-bc-'possibleorpracticabletocontinuaobtafnsamplesofthemediofcho)ceatthemostdesiredlocation--ov-t)meTn-these-instancessuitable-amat.)vemediaandlolons-maybechosenfov-the-pavt)cular~pathway-fn-quest)onandappropvlatesubstflonsaadewftl30daysintheradiologicalenvironmental-'on)tov)ng-program~--In-.d)eu-of-a-L)censeeEveReportdpursuanttoSpecif)cat)on6.9.1.12,Ident)fy--tha-cause-of-Cha-unavailabilityofsamplesfovthhwayandidentify.thenewlocation(s)forobtafnfngreplaeementmamples-In-the-next-Semiannual-RadioIEffluentReleaseReportandalsoincludefnthe...reportarevisedf)ggro(sj-and-Labia-for-tha-H-refleng-the-new-locat)on(s)..b-Oneor-more)nstvuments,such-as-a-presrized-)on.chamber;-foeasuving-and-record)ng-dose-vatecontinuo<<slymaybeusedfnplaceoov)naddlt)on-to,-)ntegrat-dos)meters;-Fov-the-purposes-of-tti)s.@abler-a=tharmol<<mlnescentdoslmev(TLO)lsconsfdered=tobeonephovttwoovmorephosphovs-4n-a.yaoket-ave-considered.as-twomoredos)meters.F)lmbadgesshallnot.usedasdos)meters-fovmeasurlng--dlract-radlat,)on.--The40aliens-)s-not--an-absolute-number.-The-numberdirect-radfaHemonftov)ngstations-may-ba-reduceccordlng-togeographicali)a)tat.fons;-e.g.,atanocsite,somasectorswlll-ba-over-watev-so-th-tho-number.ofdos)metersaay-bo-reducedaccordingly;-.The-ency-of-analys)s-zv-~readout-fov-TLG-stems-will-dapend-upon-thecharacterfstfes-of-the-spec)ffc-systeidandshouldbe-weiectedtoalnoptimumdose)nformatlonwithaln)mal-fading.-eThe-puose-of-this-sample-Is-toobtainbackgroundInformat)on.-1fitIs-notpraot)oal-to-estTCsl>~woollocat,fons-ln-accordance-withthedistanceandwinddirect)oncr)teria;othev-sites-that-pldelidbackgrounddatamaybosubstituted.DELETEO-VepfncediuiÃliattncherlpalm.~~ -TABLE-3.121ContinuedTABLE-NOTATION~AIvbovne-pavticatesamplefiltersshel'Ibeanalyzedforgvossbetaradioactivity-24-hours-r-more-after--samplingtoallowradonandthorondaughtev-decay.-1f.gross-beta-activity-in-air-yaculate-samples4s-gvaatar-than-ten-tstheyearlymeanofcontrolsamples,gammaisotopicanalysisiallbeperformad--on-tha-Individualsamples..e.4amma-Isotopic-analysis-means-tidentification-and-quantiAcatlon-of-gamma=tting-vadionuclidos-thatmaybeattvibutable.tothe-efants-from-the-facility:-The-"upstvoamsample'-'-shall-be"takenat.a-stancebeyondsignificantnfluenceofthedischarge~he-downstream'"-sample-shall-be-taken-in-an-areeyondbut-nealthe-Ing-zone~Upstveam-"samp4s-in.~an-estuary-must-be-taken-Eav-enougli-upstreamtobeyondtheplt.Influence.Saltwatershall-ba.sampledonlywhenthereceivingwaterisutilizedvecveatnalactivltiesi"-Acompositesample-isone-inwhich-thequantity(aliquoliquidsampledisproportionaltothequantity-oE-flowing-lIquid-and-In-which-the-method-of-samplinmployevesults-inaspecimenthatisrepresentative.-ofthe-liquidflow.-In-this-program.compositesamealiquots-sllbecollectedat-time.Intervalsthatare-vorymhovt-(Qgyhourly)relativetothecompoingperiod(e.g.,nthly)inordertoassure"obtaining-'-vepvesentativa-sample.hGroundwatersamples-.shall-betakenwheniis-source-is.tapped-fovdvinking-ovvigationpuvposes-In-aveas--where-the-hydvaulicgradientorrechgepropertiesarosuitableforcontaminatiQie-dose-shall-be-calculatedfothemaximumorganandagegroup,-usingthemethodologynd-parameters-4n--the-ODOH:-lE-harvestoccursmore>anonceayear,samplingshallbepevformedduringeachdiscretehavves.1f-havvest-occurs-contitously,samplingshallbemonthly.Attentionshallbepaidtoincludingsampleof.tuberous-and-root-oodproducts.OEI.ETIO-V<<pPacerlivithattachedpagu. I.(A(pgIgJifC7~CITAOLE3.12-iRADIOLOGICALEHVIRONHENTALMONITORINGPROGRAN+HUHOEROFEXPOSUREPhTNh<SAHPLESANDSAHPLINGAHO-~AHO/05AHPESePLELOCATIONSIIIEtiWFEEIIIIEIIY(21r4iu-fq'~o1.DirectRadiation'Fer4y-routinemonitoringstations~4eky:O<<~IESIHHfWIthIthIddIdosimetersorwithoneinstrumentformeasuringandrecordingdosetatecontinuously,placedasfollows:Aninner.ringofstations,oneineachmeteorologicalsectorinthe'neralareaoftheSITEBOUNDARY~'iTYPEAHOFREQUENCYOFAALYSjsGas+adose~ed'.curiep~c-mcxf44.I4~hnouterringofstations,oneineacmeteorologicalsector)nerangefromtheIt~dThebalanceofthestationsZ4~<~~hpldispecialinterestareassuchaspopulationcenters,nearbyresidences,schools,andinone'rtwoareastoserveascontrolstations.(~)I.ei-ji'~~~ TABLE3.12-1ContinuedRADIOLOGICALENVIRONHEHTALMONITORINGPROGRAHEXPOSUREPATIQAY2.'irborneRadioiodineandParticulatesJ-s',kIo~4piSI~~(PAL,~~f~~crtziW~AhCXfctkla$44lg)4c.3.Materbornea.Surface(s)HUHBEROFSAHPLESANDSattrtFtOCATIOMStaSamples'from.fivelocations.'-fhreasamples~+fromEhighestcalculatedannualaverageground-levelD/g;/MALOyla(lae~/ydCktCdrC~'ch~)Onasample~fromthevcntyocommunityhavinthehighestcalcu-lateannuaaverageground"level0/g~(bmusc'L~rlWeJtpc+f~f't&c+qa4)p~4Onesample+6+fromacontrolocaon,O'"Iprevalentwinddirection.~(>>(7)Onesampleupst.reamWattro4k<.Onesamplec(OaOWCV~+oeattCoo4tag&~4'q";~4~se.SAHPL1NGANDCOLLECTIOHFREUENCYContinuoussampleroper"ationwithsamplecollee"tionweekly,ormorefrequentlyifrequiredbydustloading.Compositesampleover1-monthperiod.(6)TYPEANDFREqUEHCYOFANALYSISRadioiodineCannistet".I-131analysisweekly.ParticulateSam1er:Grossbetaradioactivityanalysisfollowingfilterchange;and(3)gammaisotopicanalysisofcomposite(bylecatien)quarterly(aannateŽmGalenaisotopicanalysiso~(g)month~Compositefortritiumanalysistv44rccsecond TABLE3.xd-1Continued)RADIOLOGICALENVIRONMENTALMONITORINGPROGRAMNUMBEROFENPOSUREPATN(AYSAMPLESAND~lSAMPLELOCATIONS3.Materboine(Continued)SAMPLIHGAHDCOLLFCTIONFREUENCYTYPEAND.FREQUENCYOFANALYSSI.~if4b.~.SedieonCfro(aShore)fne4.Ingestiona.Hi1kI5'I(cs~k.~(<M,,g.4t,uc~y(~LkZ4gfpl+g((/Cjgg~S4'kIC44I.~)<>-S.a~I(CSC((S*K4QRII(~l<((ezW~(z~RAQL+~g(g44a~llrCC4C4jCCk~~)(4)7MI('CP4Onesamplefroa~downstreaoareawithexistingorpotentialrecreationalvalue~eR+~III,~(l(~P(IKr(ocak~fGambiaisotopicanalysisTW<Q~m~4(Ap:4~-~C~I)J(5~cQI((Qco((Cist4RK~g~IN&eCgr-(s<adc(~~4~a~~~~p~cefI(4)therearenone,thenoneineachofthreeareasC.+~~Gaeeaisotopicand1-131analysis~a&-g~icr-eonth~whenaniaalsareonpasture)~mAHy(gp~i->4~)~gagpewegg~$c4~<(~44444(-A444I)~'<~(C~PlR44~(((.S4~P(+lovckc4<44.c~n+((oc~(9-LomI(6sJ41$+w~4MiKRI(o~<R(c4mI~gi~~(7) TABLE3.12-1ContinuedRAOIOl.'OGICALEHVIROHHEHTALHOHITORIHGPROGRAHEXPOSNEPATHWAYAHD/ORENUHBEROFSAHPLESAHDSAHPLELOCATIOHS'AHPLIHGANOTYPEAHOFREgUEHCYOF.AHALSISIIIngektiol(Continued)s;y,~p(cscLh.Flh<<or-end-recreationally{eportanthOiiSaSyliat"ihhiiSPiCliFI+n-~c.foodProducts~&idCPAcg~aJi44Sgme(4>la;SXPO<<hh<<aCaa.4l~kC~tcdii+c~4~~',w*'.('t)Gammaisotopicanalysis~~onedibleportionsgV~(oc'-PCS'fAC4sI~1~~Si~sampm*Au(~4'ig:~gn.4(Case.~m~QaCv-~(4~U/~~uqcA4o~8'e.coll~aPP~~oA-S'(cto~~~o$4~(egg.c.Q~AM5i44.~~$/~(kcscct~4.(((Icc<~4/(cOnesaaplaofeachof~sieilar~id-4~vegeta--4w4nleastprevalent~O~p~gc<<d~g44.Kav.ucc4RCedo~.GaalaiaotopicMmf-&4Stdc(sk(C.paii4iru(hofeyec~(~e,g~~)ŽC~~~'Lc<~edSear~,Ga~aiso<<pic<"~N4cL(qSt)e~J$p(gpDr-Fl~g()sokhplc45caacf~cg-est)e~~'uue~g4<wAa4Scafew. TABLE3.12-1ContinuedTABLEHOTATIOHSSpecificparametersofdistanceanddirectionsecto~fromthecenterlineofone-reactor,andadditionaldescriptionwherepertinent,shallbeprovidedforeachand'verysamplelocationinTable3.12-1inatableandfigure(s)inthe00CM.om~~II~0ed~,~~Itis~recognizedthat,attimes,it-maynotbepossibleorpracticabletocontinuetoobtainsamplesofthemediaofchoiceatthemostdesiredlocationortime.Intheseinstancessuitablespecificalternativemediaandlocationsmaybechosenfortheparticularpathwayinquestion.andappropriatesubstitutionsmadePursuanttoSpecificat',on~submitinthenextSemiannualRadioactiveEffluentReleaseReport~~arevisedfigure(s)andtableforthe'DCMreflectingthenewlocation(s)'s.Oneormoreinstruments,suchasapressurizedionchamber,formeasuringandrecording,doseratecontinuouslymaybeusedinplaceof,orinadditionto,integratingdosimeters.Forthepurposesofthisgable,athermoluminescentdosimeter(TLD)isconsideredtobeonephosphor;twoormorephosphorsinapacketareconsideredastwoormoredosimeters.Filmbadgesshallnot'eusedasdosimetersformeasuringdirectradia-tion.~~AirborneparticulatesasplefiltersshalTbeanalyzedforgrossbetaradioactivity2hhoursormoreattarsamplingtoallowforradonandth~mndaughterdecay.Ifrossbetaactivity.nairparticulatesamplesisgreaterthan39tiaesyearlymeanofcontrolsamples,gamma$sotopicanalysisshallbperformedontheindividualsamples.3/412-7
TABLE3.I2-1ContinuedTABLENOTATIONSContinued(4)Ganeaisotopicanalysismeanstheidentificationandquantificationofganea-.emittingradionuclidesthatmaybeattributabletotheeffluentsfromthefacility.(5)The"upstreamsample"shallbetakenatadistancebeyondsignificantinfluenceofthedischarge.The"downstream"sampleshallbetakeninanareabeyondbutnearthemixingzone.t~<<attimeintervalsthatareveryshort(e.g.,Sourly)relativetothe.compositingperiod(e.g.,monthly)inordertoassureobtainingarepresentativesample.('7~~P~P~~F4<+cSa~ka~k~yQ.6ekgve<<WI<</o~~aX~<<%ofp~k44l'4~Std~~0Qo~~f~<cAWwsJehwce,~~>MZi~C~o~s.M]ruche.~I'~~c'efco~4uo(I~c4p~aleQtL(+4~fttt7~~Q~Q4~6c'~~~~~(e)T~44c-~~m~~dW~~c~~~(r~p~~o-~+P~aw~GAL~a.~M)y~~a.k~+4~pic,~~~u.*4~agauaita.bQ,3/4l2)(rgb~a<<
P/ ~~!QQs74<g~k4.niLIQJlADLE4=.4~REPORTIHGLEVELSFORRADIOACTIVITYCONCENTRATIONSIHEHVIRONHENTALSAHPLESREPORTINGLEVELSIANALYSISHATER(pCI/I).AIRBORHEPARTICULATEORGASES{pCI/s~)FISH(pCI/kg,set)HILK(pCI/I)FOOQPRODUCTS(pCI/kg,set)H-3Hn-51Fe-$9Co"58Co-60ln-65AJ455~4-esI-131C5-134Cs-137~/g.alVomm~me+8-SQ~Qoccx)l,MO4001,000300300400~Mrpb302000.9102030,00010,00030,00010,00020,0001>0002,000703001001,000.2,000 CPIV'IToot.r.4.12-iDETECTIONCAPABILITIESFORENVIRONHENTALSAHPLEANALYSISLSIERLIHITOFOETECTIONLLO.NTERANALYSIS(pCI/I)AIRBORNEPARTICULATEORGASES(pCI/s~)FISNHILK(pCI/kg,.set)(pCI/I)FOODPRODUCTSSEDIMENT(pCI/kg,set)(ptI/kg,dry)Ii;IIiI~.4~~~.'II~tiI~~JGrosscataHn-50Fe-59to"58,60Zn-a~Ri-~~-u~-ts-XM~.I-131Cs-134e-M~BOO%oooo3015F~)0.010.070.050.06130260260150'81560~6080150180 TABLE4.12-1ContinuedTABLEHOTATIOHS~~(1)Thislistdoesnotmeanthatonlythesenuclidesaretobeconsidered.Otherpeaksthatareidentifiable,togetherwiththoseoftheabovenuclides,shallalsobeanalyzedandreportedintheAnnualRadiologicalEnvironmentalOperatingReportpursuanttoSpecification~C8./i7,(051e)TheLLDisdefined,forpurposesofthesespecifications,asthesma1stconcentrationofradioactivematerialinasamplethatwillyieldanetcourit,abovesystembackground,thatwillbedetectedwith95Kprobabilitywithonly5Xprobabilityoffalselyconcludingthatablankobservationrepresentsa"real"signal.Foraparticularmeasurementsystem,whichsayincluderadiochemicalseparation:4.66sbLLD=E~V~2.22~Y~exp(-Ant)Where:LLD=the"apriori-"lower-limitofdetection(picoCuriesperurritaassorvolume),sb=thestandarddeviationofthebackgroundcountingrateorofthecountingrateofablanksample.asappropriate(countsperxinute),4E=thecountingefficiency(countsperdisintegration),V~thesamplesize(unitsofaassorvolume),2.22=thenumberofdisintegrationsperminuteperpicoCurie,Y~thefractionalradiochemicalyield,whenapplicable,~theradioactivedecayconstantfortheparticularradionuclide+~andht~theelapsedtiesbetweenenvironmentalcollection,orendofthesaaplecollectionperiod,uxortimeofcountinglA-TypicalvaluesofE,V,Y,mdhtshouldbeusedinthecalculation.3/412-U.f)<1 ~~~a~TABLE4.12-1ContinuedTABLENOTATIONSContinued+~.'ItshouldberecognizedthattheLLDisdefinedasaa'-~~(beforethefact)limit,representingthecapabilityofameasurementsystemandnotas~~~~~~~~~anafter.thefact)limitforaparticularmeasurement.AnaTysessnabe.performedinsuchamannerthatthestatedLLOswi11beachievedunderroutineconditions.Occasionallybackgroundfluctuations,unavoidablesmallsampTesizes,thepresenceofinterferingnuclides,or.otheruncontrollablecircumstancesaayrendertheseLLOsunachievable.Insuchcases,thecontributingfactorsshallbeidentifiedanddescribedintheAnriualRadiologicalEnvironmentalOperatingReportpursuanttoSpecification<~~C.V,I.7IC1AIn1lllI~~tn3N)SgnnJlIwkcPWn'4<pn44MntnnEcABnlABLAA(nd'ArplnCt~cfnn'~'An~gp RAOIOLOGICALENVIRONMENTALMOHITORIHQf'/4.12.2LANOUSECEHSVSLIMITINGCOHDITIONFOR0TION3.13.2ALeCensusshallbeconductedandshallidentifywithinadistanceo5eilesg.thelocationin'eachofthetor/s+ofagd3Qccatsztpcc434o~sgoof-A3cye~PCoae.pal:~APPLICABILITY:Atalltimes.i~'<8,(?-Is:4<<<g<<+~4CHc~~/+ppVbPl~4C~~~guOdg~ACTION:a.WithaLandUseCensusidentifyingalocation(s)thatyieldsagreaterthanthevaluescurrently'eincalculatedinSpecificat'ion4.11.2.3,pursuanttoSpecifica-tion,identifythenewlocation(s)inthenextSemiannualRadioactiveEffluentReleaseReport.~;I+<~i~lb.WithaLandUseCensusidentifyinga~location(s)thatyieldsa@Lfofwo(viathesameexposurepathway)greaterthanatalocationfromwhichsamplesarecurrentlyo/beingobtainedinaccordancewithSpecification3.~%.1,addthenewlocation(s)within30daystotheRadiologicalEnvironmental.Moni-toringProgram,.Thesamplinglocation(s),exclud-ingthecontrolstationlocation,havingthelowestb(eviathesameexposurepathway,maybedeletedfromthismonitoringprogramafter/October3lgoftheyearinwhichthisL'andUseCensuswasconducted.PursuanttoSpecification~submitinthenextSemiannual"RadioactiveEffluentReleaseReportdocumentationforachangeintheODCMincludingarevisedfigure(s)()tthD<<t*wessencec.TheprovisionsofSpecifications3.0.jfand3.0./arenotapplicable.3/A12-13 RAOIOLOGICALEHVIROHHEHTALHOHITORIHGASURVEILLAHCEREUIREHEHTS4.12.2TheMndUseCensusshallbeconductedduringthegrowingseasonatleastonceper12monthsusingthatinformationthatwillprovidethebestresults,su'chas-byadoorto-doorsurvey,aerialsurvey,orbyconsultinglocalagricultureauthorities.TheresultsoftheLandUseCensusshallbeincludedintheAnnu1RadiologicalEnvironmentalOperatingReportpursuanttoSpecification0~l~7,~03/412pl/3g ~0~RADIOLOGICALENVIROHMEHTALMONITORING/3/4.12.3IHTERLABORATORYCQMPARISOHPROGRAMLIMITIHGCOHDITIOHFOROPERATION3.12.3Analysesshallbeperformedonallradioactivematerials,suppliedaspartofanInterlaboratoryComparisonProgramthathasbeenapprovedbytheCommission,thatcorrespondtosamplesrequiredbyTable3.12-1.pa~hegpggW>>3'~~cpaeg/awNAcj(<4cla/caalu>>goowC.c<caam~/e/ce~prcc<<cAPPLICABILITY:Atalltimes.v-ogh~o<qc'o(I~4+~~~wlgetcp~t3bApAs'<ca~(csctrcno&c&kt4l~ACTION:a.Nthanalysesnotbeingperformedasrequiredabove,reportthecorrectiveactionstakentopreventarecurrencetotheCommissionintheAnnualRadiologicalEnvironmentalOperatingReportpursuanttoSpecificationH~C.9./~8,b..TheprovisionsofSpecifications3.DPand3.0.j(arenotapplicable.SURVEILLANCEREUIREMENTS4.I2.3TheInterlaboratoryComparisonProgramshallbedescribedin"theODCM.AsummaryoftheresultsobtainedaspartoftheaboverequiredInterlaboratoryComparisonProgramshallbeincludedintheAnnualRadiologicalEnvironmentalOperatingReportpursuanttoSpecification.p~Rc.ipa~h3'~~4EgpAceacccAAcc/'No~~aeaNp~<~~ygAeuaTM~cade.cIcs~CI>>Q/c/IccfpolJ~lC-s~sF54n(s)3/A12+(~~.r 2A5:-5r"QR5-"iixOH5Z.OANO4.0UHIIIHGVaHOalLOH5FORGPPAI'QHAHOURVc-.t(4HC-RcOUi&cqj5NMP-UNLIT2 The=ASc5containedinsucceed-~ngoaoessur,;-.iarizethereasons-.ortheSpec-,ications~nSec=ion."..0and4.0,butinaccor"'ancwith~0CF2=0.36arenotpar.of.heseTehnicalSceciiicatons. i/4,0"PPITinPTL~~cnCo~t~olPco~Ou+hoarA'<r5pec'ieLFiL&rTtaiuSy5keThespeciiicationsofthissectionprovidethegeneralrequirementsapplicabletoBachofheLimitingConditions.orOperationandSurveiilancRequirementswithinSecon3/4.3.0.1Thisspecification5atesthaapplicabiii.ycfeachspeciiicaioninarmsofdefinedGP""RATiiNALCOHDIT:OHorothe.Specif-;adappiicabiliyconditionandis".rovidadtocalirca.aspec;ficaily~henBachscac-ifiicatcnisappl'cable.g/vg'FR;7g.di3QQ.OHN~<PP@Q.3.0.2Th:sspecificationdefineshosecond.>>icAsniacassarytoAsi.uacmp1iancewith.".ea...sofanindivicuaiLimi.ingCan"'t.:on;crOpera-.ionandassoc-i,atdAC;:GNrequirement.3.0.4inisi--c-'i-;candiineatas.",aiasurs.:ahat=-kaai'1oa..c-i'T"stancasnotdiira~ly"".Ovidadforin'",eACT:GN5-~tamentsandwncsacc=urrencawo'dviolate-heintentoi"haspecifica='.'cn.';cr~wafle,Soecification3.7.+requires~o"eGPERABL"-ancprovidesBxpiiicitACT:GHroquiromentsifcnesubsysYMlis'.noperabie.Under:harequiraian~ofScecii=ation3.0g'¹ibotho<heracU1T'adsusvsamsareiliocerabia,witiiincABilcurmaasu.B5mu5tbailiatcciacaheUnitinaieas-STARTUPwihinlenax=6hcrs,in=-lees-.'"i'OTS:":U~ll.G'riNWihiintheiollcWing"bout'5ancinC'LQr'UiQGVc'NWiiiil'ieSuSan"BAY24hours.Asafurther~ra.".pia,,="pecifiica:ion3.:.5.1requires"wopr.maryc"n~inmenthvdrccnrecct".bAB.SystemstcceGP=.=ABL="andprovidesexplicitACiiQNracuirmentsiionereccmbinarsystemisinccerable.Jncerth~requi".'o-;.antscfScaciiiicaicn3.0.g+iibothcfthaUlBdsystamsarinoB.bleiwithinonahcurmeasuresmus"beinitiatedtoplace.hauni.ina='ia~stSIARiTUPwihinlenex-6.hoursand.inat1aastGlSTIUTDG'ttNwihin.iafoiicqing6hcuts.3.0.5Thisspacifiicat-ionprovides",atant-.gintoanCP=.=~T:CNAlC-"NDiT:GNmustbemadewith(a)theiullccmplemeni~cirequiredsystems,aquipmen-crcori,pcnentsQP~."-ABI"-and(b)allot'.".erpar=-;ia-arsasspecifiedin-haLimitngCcncitionsforOperation'"e.'ngmetwihcutregardiorallcweie"eviiatiionsandcutcfserviceprovisionsc=rt=-inadinheACT'QN5atament-.~aintentofhisprovisioniswensurothaUnitcparatonislictiniatadwihi.harrquiredaqui";,.=-~tctsystemsincc."=-bie".".other1;mi5"eingBvcaedad."-"capcnstchisprovisionhave'"eanspec;f",ca-icnswhens~r.Upwiihinc"arablesafam.7neseexcap:iorsare5atadinhaSiiBCiiicat,CA5~Bcuipment~ouldAotaffectplantEA'I~M'-PiIT2C--l~(cog~03/-".0-.1 3/4.0APPLICABILITVBASES3.0.3TRQapec,~+cationde,+ms~osomnecmamyCodec6vcea,og~~em,subsystem,4~n,componentoedevice$oz~~n&viduaLopec,cP.cLCOqwhenanemercgencuoenonmaLpoemsolace,becomeinoperable.T~pcMeetsunnecMautydunveiXEnace.anda~onerteouutedm~nctiv~duaLopen.+catt.ops+MALonepower.socvcce~nopenabZe,.Vie%-UHlT2 APPLCABELETY>SOS4.0.1.in>oac>-;ice-ionprovidesthatsurveil1anc===.u'asn'e~sary.ersuratieL>a>-'ingConoi-.ionaforOperat-;onareaetandw>'l1bepe.tumedduringDeQPH&IIONALCONOii~ONSarotherconditions',orwhichtheLimitingConditionsforOperationareaoplicable.ProvisionsforadditionaIsurveillaneac.ivi.ies~beperfarmedwi.houtregardtotheapplicableOP~RATEO>IALCONOE"HiOHSorothe.conditi>ansaraprovidedintheindividualSurveillanceRequire-ments.SurveillancRequirmenufcrSoecaiTestExcptions.needonlybeperformedwhentheSoecialTes"o"caotionisbeingut.lizadasanaxcapticntaanindivicuaispec-'fic-ton.4.0.2TheprovisionsofthisspecificationprovideaIlcwabiaola.=ncas>arperformingsurveilIancaac:vitiesbeyond-'.hases"eci>iedin-.henominalsurveillanceinterval.Thesetolerancasarenecessary:"prov-:>deooera=ionai>lexibilitvbecauseofscheduliingandperfar.-ancec"ns>de.=-tiors.:nephrase'a"least"associaadwihasurveiIiancfrequencydoesno-.Ae-a-a-h',sallowabletolerance;instead,itpermi~themorefrequentperfo>>anceofsurvei>>ancaac=ivities.Ineto!erarcvalues,~keneithe.individuallyarcorsautivelyaverasinta.vaisaresuficianilyesicave"-'ensure"natth>ereIiab1Iiassacia-adwithihesurveilIancaac=';vi-yisnotsigr>ificantivcagcadeyoAdhaobtainedframhenominalspecifiedinterial.4.0.3Inepr"visionsofthissoeci>ica-ionsa--,or,".'he"r".'.aria=orata~jnatjana>corn>pliancawihtheGPcRA8>LETYreouirementsa>theLimitingConditionsfarQoeration.Underthiscriaria,aqui"men,syst~.sarc=m"orentsarassumed-"beQP"=DIABLEi>heassoc-',atadsurhei.>ancea~;vi>t-.'ashavebeenscats>acrilvperformedwithinthesoeci>fiedtimeintarvaI.Nothinginthisprovisiionis,tobeconsr"edasdefiringequioment,sys"amscrc"moorantsQP=."-ABL=,whensuch>iamsarefoundcrknownobeincper~wieal.hougnstill-.-meting~heSu-.~ail!anceReouiremen~~..4.0.4.Thisspecificationensuresthatsurveil'lanceac=..ivit;esassociatedwithaLimiingConditionsfor0"eratoAhavebeenper'redwihen'eseci>edmeintervalariortoent.girtaan=-~p!icab!eQPI=WT.ONALC"NOET:QNorother~pacifiedaoolicabiiiyc"nd',-'an.Ineintento>thisprovisionistoarsuret"Iatsurveiiiancaac=iviiiashavebeensaisfacDrilydemonstratedonacurrant"asisasraouiredwm>eetheOP=.=ABELEIYrequirementoftheLimitingC"nditianfarOperation.Undafea25ofh5soec>icoA>0'rexa>Die,duringiniaI.IantstarDDar'allowingexandepIantout"oeteaoDIicaoiasur:eiIIanceac-iiv-'tiesmust"eparfamedwithinthes-aadsurvet'I!enceintarvaipr'.or'opiac-'>1cozreturningthesyst=-moreq>>ipmantintoOPE.";ABL=satus.vip-U'rIT2C<-STS(;~R/5)-83/40-2 0 APPLICABIL'~BASES'.0.5'hisspecificationensuresthatinserviceinspectionofASMECodeClass1,2and3componentsandinservicetestirgofASMECodeClass1,2and3pumpsandvalveswillbeperformedinaccordancewithaperiodicallyupdatedversionofSectionXIoftheASHEBoilerandPressureVesselCodeandAddendaasrequiredby10CFR50,Section50.55a.Relieffromanyoftheaboverequire-mentshasbeenprovidedinwritingbytheCommissionandisnotapartoftheseTechnicalSpecifications.ThisspecificationincludesaclarificationofthefrequenciesoiperformingtheinserviceinspectionandtestingactivitiesrequiredbySectionXIoftheASHEBoilerandPressureVesselCodeandapplicableAddenda.Thisclarifi-cationisprovidedtoensureconsistencyinsurveillanceintervalsthroughouttheseTechnicalSpecif',cationsandtoremoveanyambiguitiesrelativetothefrequenciesforperformingtherequiredinserviceinspectionandtestingac.ivities:Underthetermsofthisspecification,themoreresrictiverequirementsoftheTechnicalSpecificationstakeprecedenceovertheASMEBoilerandPressureVesselCodeand'applicableAddenda.Forexample,therequirementsofSpecifi-cation4.0.4toperformsurveillanceactivitiespriortoentryintoanOPERATIONALCONOITIOHorotherspecifiedapp'licabilityconditiontakesprecedenceovertheASMEBoilerandPressureVesselCodeprovisionwhichallowspumpstobeteseduptooneweekafterreturntonormaloperation.Andforexample,theTechnicalSpecificationdefinitionofOPERABLEdoesnotgrantagraceperiodbeforeadevicethatisnotcapableofperformingitsspecifiedfunctionisdeclaredinoperableandtakesprecedenceovertheASMEBoilerandPressureVesselprovisionwhichallowsavalvetobeincapableofperformingitsspecifiedfunctionforupto24hoursbeforebeingdeclaredinoperable.B3/40-3 0 3/-".IR"=ACT.'ViiC"HTROtSvST:-qS3/4.1.ISii~i04HMARGINAsufficientSHUTOOMNHARGTHensuresthatI)therac.orcanbemade5'ubciticalfromalIopePatingconditions,2)thereactivitytransientsasso-ciatedwithposulatadaccidentconditionsarec"ntrollaolewithinac"eptab':eIimiisana3)thereactorwillbemaintainedsufficientlysubcritical.oprecludeinadver".antcriticaI'in.heshutdcwncondition.Sincecorereac-iviyvalveswillvarythroucncorelifeasafunc=ionof~fueldepletionandpoisonburnup,the&..ons-ra=ionorSRUTDO'~'HERG:HwiIIbeperformedin"hec"ld,xenon-freec"ncitionandshallshowhecoretobesubcri.icalbya-'lees-R+40.38)~dei~k/korR-:40.2B)Xdei.ak/k,asappropriate.ThevalueofRinunitsofceltak/kisthediferencabe-~can=wec~lcuIaadvalueormaxim'wcorereac=ivivduringtheoperatingcycleandiecIculaiadbegltifllfigorIirecereacvlty~InevaIueorRmt.sbeposiiveorzeroandmustbedet;affinedforeachfuIloadingcycle.Twodifierentvaluesaresu"pliedinthet!mitingConditionforOperation0plovderorthedia.efime:toesordemons~ation0heSHUIlPAHNRGrH.ThehigheswortQdaybe2arminadaraiyiicailyorbvast.Ther.JLOOMIningoflifefuelcycleconditions,and,ifnecessary,atany=.uturetimetnthecycleirthefirstdemons-raionindicatestha-..herecuitedmat-incouldbereducd'asafuncionotexposuroObservationofsubc".iticalityinthiscondiionassuressuoc".i.icaii-ywihthemos-reaciveconmIrodfullywi-'Ndrawn.Thisreacivitycharaceristic.hasbeenabasicassumption'intneanalysisofpiantperformanceandcanbebestdemons",a.edatthetimeofiueiloading,butthemarginmustalsobedetarmiredanytimeacontroltodisincapableofinser.ion.3/4.1.2REACi~V~IAHOWL:ESSincetheSHUTOGMHNRG~Hrequirementforthereac.orissmall,acarefulcheckonacuaicondiionstothepredicdc"nditionsisnecessary,andthechangesinreactivitycnbeinrerredr"mhesec"mparisonsofrodpa-erns.Sincehecomparisonsareeasilydone,freqentchecksarenotanimposiiononnormaloperatioflsA~IchangeisIaroert,anisaxpecadforno-..alo"e.a-ionsoachanceorthismagniudeshoId"ehorouchlyevaluaad.Achangeaslaroeasl~ouldnotxcaed:hedesicnconditionsorthereac=orandison-hesa-.esideofthepos--adransants.deLuxkPk-UNIT2Gc-STS(Br'R/5)33/4i-'~)tait REACTIYITYCONTROLSYST~c.BASc.S3/4.l.3CONTROLRODSThespecTficationofthissectionensurethat(1)theminimumSNlJTGOWHMARGINismaintained,(2)thecontrolrcdinsertiontimesarecansisentwiththoseusedi'ntheaccidentanalysis,and(3)limitthepotentialeffecwoftheroddrapaccident.TheACTIONstatementspermitvariatiansframthebasic~requirementsbutatthesametimeimposemarerestric.ivecriteriafarcontinuedoperation.Alimitatian"oninoperablerodsissetsuchthattheresultanteffecontotalrodworthandscramshapewillbekepttoaminimum.Therequirementsforthevariousscramtimemeasurementsensurethatanyindicationofsystematicproblemswithraddriveswillbeinvestigatedanatimelybasis.Oamagewithinthecontrolroddrivemechanismcauldbeagenericproblem,thereforewithacontrolradimmovablebecauseofexcessivefric.ionormechanicalinterference,operationofthereactorislimitedtaatimeperiodwhichisreasonabletodeterminethecauseoft!reinaaerabilityandatthesametimepreventoperatianwithalargenumberofinaperablecontrolrods.Controlradsthatareinaperableforotherreasonsarepermit.adtobetakenautofserviceprovidedthatthoseinthenonfully-insertedpositionareconsis~ntwiththeSHUTDOWNNRQIHrequirements.Thenumberofcontrolrodspermitedtobeinoperablecouldbemorethantheeightallowedbythespecificatian,butthecccurrencaofeightincperableradscouldbeindicativeofagenericproblemandthereacarmus-beshutdownforinvestigationandresolutianoftheprabIem.~-Thecontrolrodsystemisdesignedtobringthereactorsubcritical'taratefasenoughtopreventtheHCPRframbecominglessthan+}-.~duringelimitingpowert~sientanalyzedinSec-;an+15.4PoftheFSAR.Thisanalysisshowsthatthenegativereac"ivityratesresultingfromthescramwiththe~averagerespanseofallthedrivesasgiveninthespecificatiansprovidetherequiredprotectionandMCPRremainsgreaterthan~63-.eoc"urrenceoscramtimeslongerthenthosespecifiedshouldbeviewedasanindicationofa.,>r/z~errr~c~~problemwiththeraddrivesandthereforetfiesurveillanceintervalisreducedinordertopreventoperationafthereactorforlongperiadsoftimewithapotentiallyseriousproblem.Thes~dischargevolumeisrequiredtobeOPERABI"-sothatitwillbeavailablewhenneededtoacceptdischargewaterfromthecontrolrodsduringa-reacmtscramandwillisolatethereac:orcoolantsysamframthecantainment'henrequired.Control.'rodswithinoperableaccumulatorsaredeclaredinoperableand~Specification3.1.3.1thenapplies.Thispreventsapat.emofincaerableaccumulatorsthatwouldresultinlessreac.ivityinsertanona.sc".amhanhasbeenanalyzedeventhoughcontrolrodswithinaoerableaccumulatorsmaystillbeinsertedwithnarmaldrivewaterpressure.Operabilityoitheaccumulatorensuresthathereisameansavailabletoinserhecontrolrodsevenunaerhemos-unfavorabledepressurizationof'rereactor.NMP-UNIT2Gc;STS+MB/S):B3/4'-2\~*rP' REACizVETYCONTROLSYFii~lSCONTROLRQOS(Continued)ControlrodcouplingintegrityisrequiredtoensurecompliancewiththeanalysisoftheroddropaccidentintheFSAR.TheovertravelpositionfeatureprovidestheonlypositivemeansofdeterminingthatarodisproperlycoupledandthereforethischeckmustbeperformedpriortoachievingcriticalityaftercompletingCOREALTERATIONSthatcouldhaveaffecedthecontrolrodcouplingintegrity.Thesubsequentcheckisperformedasabackuptotheinitialdemon-stration.inordertoensurethatthecontrolrodpat:e'mscanbefollowedand;here-arethatotherparametersarewithintheirlimits,thecontrolrodpositionindicationsysemmustbeOPERABLE.Thecontrolrodhousingsuppor.resrictstheoutwardmovementofacontrolrodolessthan~pinchesintheeventofahousingfailure.Theamountofrodreac=ivitywhichcou.ldbeaddedbythissmallamountofrodwihdrawalislessthananormalwithdrawalincrementandwillnotcontributetoanydamagetotheprimarycoolantsystem.The.suppor.isnotrequiredwhenthereisnopressuretoacasadrivingforceCo~apidlyejecadrivehousing.TherequiredsurveillanceintervalsareadequatetodeterminethattherodsareOP%ABLEandnotsofrequentastocauseexcessivewearonthesystemcomponents.3/<.1.4CONTROLRQDPROGRAMCONTROLSContmlrodwithdrawaland.inser.ionsequencesareesablishedtoassur~thatthemaximuminsequenceindividualcontrolrodorcontrolrodsegmentswhicharewithdrawnatanytimeduringViefuelcyclecouldnotbewor.henoughto.resultinapeakfuelenthalpygreaterthan280cal/gmintheeventofacontrolroddropaccident.Thespeciiedsequencesarecharac.erizedbyhomogeneous,.scataredpaternsofcontrolrodwithdrawal.%henTHECALPOMERisgreaterthan(20)ofRATEOTHOLPOWER,thereisnopossib1erodworthwhich,ifdroppedatthedesignrateofNevelocitylimiter,couldresultinapeakenthalpyof280cal/gm.ThusrequiringtheRSCSandSiM:.obeOPERABI"when:-:THERMALPNERislessthanorequalto:(20)~ofRATE'THERMAL=POMEWprovides.adequatecontrol.TheRSCSand~>Mprovideaut."maticsuoervisiontoassurethatout"bf-sequencerodswillnotbewithdrawnorinserted.TheanalysisoftheroddropaccidentispresentedinZec.ion-(15.a~oftheFSARandthetechniquesoftheanalysisarepresentedinatopicalreport,Reference1,andtwosupplements,References2and3.,TheRBMisdesignedtoautomaticallypreventueldamageintheeventoferroneousrodwithdrawalfromlocationsofhighpowerdensityduring.hignpowerooeration.Twocnannelsareprovided.Trippingoneofthecnannelswillblockerroneousrodwithdrawalsoonenoughtopreventfuel.damage.Thissvstambacksuothewtit=ensequenceusedbyNeoperatororwiharawalafcontrol.rods.%P-i7i4TT2Gc"STS(BMR/5)-83/41-3 REACTIVITYCONTROLSYSTE($3/4.1.5STANDBYLITHOIDCONTROLSYSTEM)Thea~dby.LiquidcoalayaCemprmvidesabackupcapabLMtyyonbringingDeneqMon,$rmm(uLLpower.Coa,cold,Xenon-$eeer.hutdown,assuming~%at:NewithdruuvncontrmlrmchrcemainP.xedin4te.~edpow~patelm.TomeW~objectiveMMnecessarilyCoinjectaquantityogbarmnwhichprmducesaconcen-~ono(660ppm~inWezeactoecozeandoempipingayrsCemrsconnectedCoAezeactoivesieL.ToaLLow)on,poientiaLleakageandimpen,feMmixing,O~concen-~onminc/ceasedby255.The<eq~edconceM~onisachievedbyhavinga.minimumavailablequantityo$4700gaLLonso$r.odium-pentabo~esolutioncontaininga,minumumo)56SOle.o$rsoduun-pentabo~e.Ttw'rsquaetiyo$r.otutionisa,nWamountwhichisaboveNepumpduction.ChubaLLowingfoemepo>tionwhichcannoCbeinjected.The,minimumpumping~eo$41.2gpmpewpumpprmvidesanegativeeeactiv~yinde~on~eovertWepeenQaablepentaboncu.'e.solutionvolumeangewhichadequateLycompensates)on,NeportativeneactivMye$$e~duetoCempe~eandXenonckuu,ngance.'down.TheCempe~evenusconce>%~on.xeq~temeMisnecessaryCoensue~Chersodium-peetabo~e.remainsinsolution.>~hrf.edundantpumpsandexplosiveinjectionvaLvesand~ahighlyneliablecoettol.codaeuunayrsCem,operationo$Weneactoeispe~edCoco~nue)on,ahoMpeniocho$~ewithWersyrCeninoperableon,Joepongee.pemodrso$~eone,o$Dieredundantcomponentsinopeezble.Surveillanceteq~ementsaceesWb~hedona.$ceouencyMatassur.esahigh.xeLiabMyo$~her.ye~em.OnceJmaoZWonises~ab6.shed,bo.conconcent".monnoCvaryunlesamomebormnocwaterisadded,thusacheckon<hetempermeandvolumeonceeach24hour@asamesChahe,.solutionvavailable(oxuse.Replacemento$CheexplosivechasesinthevaLvesatKeg~ietenvaLswiMasrme~MescvaLverswcLLnoCfailbecauseo$dWe~onutiono$dmcharges,1.C.J.Paone,R.C.S~andJ.A.0joo&eu,"RodDrmpAccidentAnaLyris)onLar.geBMR'a,"G.E.TopicaLRepoMREDO-10527,.<(attach19722.C.J.Paone,R.C.S~mandR.,<l.Young,Supplement1~o,VEDO-10527,JuLy19723.J.<t.Haun,C.J.PaoneandR.C.~,Addendum2,"ExposedCowes,"Supplement2~oiVEDO-10527,Januarzu1973NHP-PiIIT283/41-4 3/4.2POWEROI~iIBUTIONLIMITSBAScSThespecificationsofthissecionassurethatthepeakcladdingtamaer-aturefollowingthepastulateddesignbasisloss-of-coolantaccidentwillnotexceedthe2200~Flimitspecifiedin1DCFRS0.46.3/4.2.1AVERAGcPLANARLINEARHEATGENERATIONRATE~Thisspecificationassuresthatthepeakcladdingtemperaturefollowingthepostulateddesignbasislass-af-coolantaccidentwillnotexceedthelimitspecifiedin10CFR50.46.Thepeakcladdingtemperature(PCT)followingapostulatedloss-of"coolantaccidentisprimarilyafunc.ionaftheaverageheatgeneratianrateofalltherodsofafuelassemblyatanyaxiallocationandisdependentanlysecondarilyonDerodtoradpowerdistributionwithinanassembly.Thepeakc)adtemperatureiscalculatedassumingaLHGRforthehighes-poweredradwhichisequaltoorlessthanthedesignLHGRcorrectedfardensification.ThisLHGRtimesQI.02+isusedintheheatupcadealangwiththeexposuredependentseadystategapcanducwceandrad-ta-rodlocalpeakingac"ar.TheTechnicalSpecificationAVERAGEPLANARUHEARHEATGENERATIONRATE(APU%R)isthisLHGRafhehighestpoweredraddividedbyitslocalpeakingfactor.ThelimitingvaluesfarAPPARshowninFigure).2...a23~S.2.1-1.Thecalculatianalprocedureusedtoes~IishtheAPLHGRshownonFigure>43.2.1-1,=..',isbasedonalass"of-coolantaccidentanalysis.TheanalysiswasperformedusingGeneralElec.ric(Gc)calculatianalmodelswhicharecansisantwiththerequirementsofAppendixKto10CFR0.AcompletediscussianofeachcodeemployedintheanalysisispresentedinReference1.Oifferencasinthisanalysiscomparedtapreviausanalysescanbebrokendownasfollows.a.EnoutChancesCorrectedVaporizationCalculation-Coeficientsin.hevaporizationcorrelationusedintheRE."-LQODcadewerecorreced.2.incorporatedmareac"uratebypassareas-incoypassaieas.inthetapguidewererecalculatedusingamoreaccuratetechnique.3.'orrectedguidetubethermalresistance.4.Correcheatcapacityofreactorinternalsheatnodes.Van%-UNIT2Gc-STS(BWR/S)B3/42-' ?GQER0STRIBUT"ONLMITSBASESAVERAGEPLANARLNEARHEATGENERATIONRATE(Continued)b.ModelChanae1.CoreCCFLpressuredifferential-1psi-Incorporatetheassumotionthatflowfromthebypasstolowerplenummus-overcomea1psipressuredropincore.2.IncoporateNRCpressuretransferassumption-TheassumptionusedintheSAFE-REFLOOOpressuretransferwhenthepressureisincreasingwaschanged.Afewofthechangesaffectheaccidentcalculationirrespec.',veofCCFL.Thesechangesarelistedbelow.a.InoutChance1.BreakAreas-TheOBAbreakareawascalculatedmoreacurately.l.ImprovedRadiationandConductionCalculation-IncorporationofCHASTE05forheatupcalculation.Alistofthesignificantplantinputparameterstotheloss-of-coolantaccidentanalysisispresentedinBasesTableB3.2.1-1.3/4.2.2APRMSETPOINTSThetuelcladdingintegritySafetyLimitsofSpecification2.1werebasedona(powerdistributionwhichwouldyieldthedesignLHGRatRATEDTHERMALPOSER)TheflowbiasedsimulatedthermalpoweranPvffowbiasedneutronfluxupscalecontrolrodblockmustbeadjustedtoensurethattheMCPRdoesnotbecomelessthaorthat>L.plasticstraigPgesnotoccurinthedegradedsituation.ThescrameetA~androdblock~+4/-areadjustedinaccordancewithheformulain~specifications,Q4wh0~8qcQ,+x5Y~o~e.~~+4%Qx.<$41~ygem6'cP'>~~'i(utloa~o~xh.cg~se+'kerke~tgv<H494abeexqezJd~+-P,47F'DTR'EQ.HA)QovJD8.NAP-em<ig;fB3/42-2~j POWcROISTRIBUTIONLIMITSBasesTableB3.2.1-1SIGNIFICANTINPUTPARAMETFRSTOTHELOSS-OF-COOLANTACCIOEHTANALYSISPlantParameters;CoreTHERMALPOWER.............,.VesselSteamOutput.3463......~~Mwt"whichcorrespandsto(105)~ofratedsteamflow15x10ibm/hrwhichcorrespondsto4105/ÃafratedsteamflawVesselSteamOomePressure..............$1055$psiaOesignBasisRecirculationLineBreakAreafor:3.1a.LargeBreaks0.09b.SmallBreaks~ft2FuelParameters:FUELTYPEInitialCoreFUELBUNOLEGEOMETRY8x84PEAKTECHNICALSPECIFICATIONLIHEAR'EATGcHERATIONRATE(y/ft)13.4OESIGNAXIALPEAKINGFACTORINITIALMIHIMUMCRITiCALPOWERRATIO1.20~4moredetailedlistingofinputofeachmodelanditssourceispresented.-[:inSecionIIofReference1andsubsectian~~oftheFSAR,6.3.3"ThispowerlevelmeetstheAppendixrequirementaf102.Thecoreheatupcalculationassumesabundlepowerconsistentwithoperationofthehighestpoweredrodat$102y~ofitsTechnicalSpecificationLINEARHEATGcHERATIONRATElimit.Vgj?-UNIT2Gc.-STS(BWR'/5)83/42"3 POWEROISTRIBUTIOHLIMITSBASe.3/4.2.3HliIIMUHCRITICALPOWERRATIOTherequiredoperatinglimitHC?RsatseadystateoperatingconditionsasspecifiedinSpecificatian3.2.3arederivedfromtheesablishedfuelcladding.integritySafetyLimitMC?R~~andananalysisofabnormalooerationaltransients.Forany,abnarmalooeratingtransientanalysisevalua-tionwiththeinitialcanditianofthereac.orbeingatDesteadystateoperatinglimit,itisrequiredhattheresultingMCPRdoesnotdecreasebelowtheSafetyLimitMC?Ratanytimeduringthetransientassuminginsrumenttripset:inggiveninSpeciticatian2.2.ToassurethatthefuelcladdingintegritySafetyLimitisnotexcdedduringanyanticipatedabnormalooerationaltransient,themostlimitingtran-sientshavebeenanalyzedtadeterminewhichresulinthelarges-reduc=ioninCRITICALPOWERRATIO(CPR).Thetypeoftransientsevaluatedwerelossofflow,increaseinpressureandpower,positivereacivityinser'.an,,andcoolanttemperaturedecrease.Thelimitingt~sientyieldsthelargesdeltaMCPR.WhenaddedtotheSafetyLimitHCPR~~~therequiredminimumoaeratinglimitHCPRofSpecification3.2.3isobtained15.0-.S~Theevaluatonofagiven+."ansientbeginswiththesys~initialparametersshowninFSARTabIe+H~thatareinouttaaGc"caredynamicbehavio~transientc."mputerprogram,ThecadeusedtoevaluatepressurizationeventsisdescribedinNEO-24I342)andtheprogramusedinnan"pressurizatioeventsisdesc".ibedinHEDO-10802(.TheoutputsofaliisprogramalongwiththeinitialHC?RformtheinputforfurNeranalysesofthethermallylimitngbundleudtbt)eisindlechannel:ransienttherealhydrauliciASCcadedesc".ihedinHE3E-25149".Theprincipal'resultofthisevaluatianisthereduc=ioninHCPRcausedbythetransient.ThepurposeoftheK~factorofFigure3.2.3+1~istadefineoperatinglimitsatotherthanratedcaref1owconditions.Atlessban100"ofratedflowtherequiredMCPRisthepraducoftheHCPRand.theYfactor.TheKfactorsassurethatDeSafetyLimitHCPRwillnotbevialaied.TheKfactorswerederivedusingTHECALPOWERandcareflawcorresponding24105)~ofratedsteamflow.TheKfacarswerecalculatedsuchthatfarhemaximumcore-lowrateand>ecar'respondingTHHHALPOWERalongNe41053~ofratedsteamflowcontralline,thelimitingbundle'srelativepawerwasadjusaduntil-heMC?RwassligntlyabovetheSafetyLimit.Usingthisrelatvebundlepawer,theMCPRswerecalculatedatdiferentpointsalongthe$1057~ofratedsteamflawcant~Ilinecorrespondingtodi<erentcareflows.TheratiooftheHC?Rcalculatedatagivenpaintofcareflow,dividedbytheooeratinalimitHC?R,determinestheKfe<<<'-UNIT2GE;STS(BWR/5)B3/42-4 8AS"5MiHiH~JMCR~TiCAL=OWER'AI0(Continued)~V'V>>~L~VV~~~VI~Vl~ivat-ionofKf.V~~V0~~~~~49operating-Ha'K-MCPR-use&A)r~AtTHMALPOWeRlevelslessthianoreoualt~Z+ofRAT=0~=RMALPOWERi:herac=orwillbeoperatingatminimumrecrculationpumospeedandhemoderatorvoidcontentwi11bevervsrall.ForalldesignatedcontrolrodpaLarnswhchmaybe,emolcyeda..hispoint,operatngplantexperienceindi-ca-es.,"atNeresul.ingMCPRvalueisinexcessofreouirementsbyacons-ioeraoiemargin.0urinoini=iaistar."uoestingoi.hepianv,=MCPReva'.'ua=ionwillbemadea-(ZEp~oRAT=n."ERALPOWERlevelwithminimumrec;rcuiatonpum"soeed.TheHC?RmarginwillthusbedemonstratedsuchhatfutreMC?Revaiaton~-eiow.".hispowerlevelwillbeshownto,beunreassary.inedailyrequirementor"calculat'noitC?Rwnen7;:ERMALPOWERisgreaterthanoreouaito<2:-y~ofRAicDinERFALPOWERissur,ic.'entsincepowerdist-.but'onsnifwareve.rslowwhentherehavenotbeansigniicantoowerorcontrolrodcnanges.li1erequire"mentfo"calculatingMC?RwnenalirritingconLrolrodpatamisaoproachedensu~-"ztMC?Rwillbaknowniollcwingachangein73EPJiALPOWFRotpowershaoa,regardless.ofmgni=de,Satcouldplaceoperationatat.".armaiiimi-".P-.Z<LrHEORHcMT~c.EQiQNRAicThisspecif-.ca~,onassuresthatthe'naar.'".'eatGenerationRata(L'":GR)indis'iessWan".hedesign1-inearheatceneratoneven,fuelpelletdensificationisposwiated.C~VVV~:n=-.~ng-vari---'ea'a=-('3=)~o&e.VII~IV~~~I~I~~VV
References:

General=;e~ricCompanyAnalytcalModel,o",.ibss-o-..-CoolantAnalysisinAc""rcancawi~N10C;R:-0,Aooend'.xIl'NEVE-ZQEGo,Novemoer,~~7E.Z.R.B.Linford,AnalyticalMethodsofP',antTransientEvaluationsfortheG:-SWR,February173(NH0-10802}.3.qualificationoftheOneOimensicnalCoreTransientModel.For="oilngWaterReacors,NE30-ZEAL:-4,Oc-o"er&78.T'SCOL"AComouerProgramForTheTransientAnalysisofaSiroieC.,annei,TecnnicalOescription,NE."E-2EL-".9,January980.%P-UN'G==SiS'B4RP"-).83/>>2":V4iQ,~
3/<.3.1R"ACTORPROTt.?<OHSY~(rTHS!eUHBi?AT'ON!nereac-.crprotac-ionsysamautcmaticaalyinitiatesareac"".scramto:Preserveheintegrityofthefua!cladding.c.Presa.vethe<<tagrityofthereac="rcool<an-svstŽ.c.Min;mi=atheenerpwhichmus-Qeadsoroedsollcwing=-'css-cf-coolantac"cnt,andd.Preveninadvertan-"",itcality.!n'isserac;ficzticnpavicasthe1mitingconditcnsforoper==QnnecassarItopreserve..avilityof:hesvsm""performiwin.ancadfuncticnevan'uringcaricc<swheninst-.~mant.".annalsmayacutofsarsicabecauseQTmain-:ananca.'xhenneassary,onechannelmaybaadainc"ar~leacrbrieTina?(a'-"concur.reuiredsurveillance.Thare~mrprctacicnsvs.amismadeupo,i~cindeendenttr'.osys.amsinaraareusuallyfourchannelstomonitoreachparameterwith";~o~<anile!siiileach.riosystem.Ti'aou-outsQahechannelsinatri<osvs-amaroccmoinedinaIcgicsoh<atal,e?'.an?la!will.pha,iosvsaf,",.lhe.,cineQT'""-<:riosvs:amswi!?pr.duceareac=crscr"=n.?nesys-~m.-..eatsheintentOf::-=="-27.OrnuC!aarCowerpier-prate~CnSVS:amS.iaiebaSaSfOr-he-rpsasings0<~1aRPSal'adi5"ssadin.hebasesiorSpec-.<ication22.l.Themeasure.entcfresoonsa.imeatthesoecifiedfrecuenc',esprovidesassurance.hat.heprotectivefunc=icnsassocaheadwi",eachcharnelarecar-nal<sadwi.nin".nai...alinisas-unadin'.1<-c=idan:ana~-Nnc-.aci-was~kenfcr..Qsacharnelswithresponse.inesi<ndic=-tadasaictappllcole.Rasoonsat'.memaybedemons~ratedbvanysar'.esoTsaquenz',al,over!aooing'?'"~1charnelasmeasurement,prcvidadsuchasmde,ons-ratasetczaichannelresoonsatimeasdefined.~ensorresoonsaimeverificationmaybedemons-ratedbyeiher(1',<noiaca,cns-;taoroifsi.a.astmeasurements,or,2)utlizingreplac=-mantsensorswithcarf'.edresponseti<mes.B3/43-
IHSTRL'H=NTATTQHEAS"S3/4.3.2ISOLA"OHACTUATOH1H~<,"H2<TAT:OHVnisspecificationensurestheefiacivenessoitheins~antationsadtomitigateheconsequencesofaccidentsbyprscribingtheQPBABIZii'ripsetpointsandresponsetimesforisola.ionoftheraacorsystms.%hennecessary,onechannelmaybeinoperableforbriefimarvals~candu~reauiredsurveillance.Someofthetripsettingsmayhavei>olerancesexplicitlysm.edwhere10ththehighandlowvaluesarecriticalandmayhaveasubstantialeffe~onsafety,fnesat.-pointsofotherinsrumentation,~hereonlythehighorlowendoftheset=ingilaveadirectbearinconsaicy,areesablishedatalevelawayfromthenoI~1cDeraiingrange.0preventinadvertentacuauicnof'lesyss~msinvolved.""cepCI'eiSjVs,isaiatyafialysl5doesnotadd.Rss1ndlv.dua1se>150.esDofsatmescleesDonsates0ialogicsvstamstowh'IC'lihesensors'V~rV~)1Shors."-sn-~4r>\~'VIV~r1r4L,~~onesafetyaralysisconsidemana11owmleinvan'torylossineachcasewhichinturncetminesthevalvespedinconjunc-tionwi~hhe$13~sac"nddelay.~tfollowshachecking~levalvespeedsandthe~131-secondtimeforamer"encypowerestablishmentwillestwlishhaI~esCnsaimeiI'so1aLloflunc10os.~IV~W~~~VI>I>lV~I~vi>S~iIV>l~V4'S>4~V>SSi4>CTruagr-U.tl',T5orc~ceersMbpsluneno5efnercaencupa<ver.OoerationwihariDsa+'.essconsarvaivethani.=-TripSe"ointbuwithiflii>ssDec'liiadAliowcbleValuei=c"aptabliecfltiebasisthsatthediffrancebetweeneachTrioSetpointandtheAllcwableYalueisIVIVi~Ii'IV>~'ailcuzop,'ance.5orc~ns~uuneMc&u.5~specc,(~cd!ua4<o~ed;~ere<<each;.~p.jn.UceieC'cr.an~uses.TgeT~pS~po~<andELLowa5Zevar'.ue~o,corfu.>caZ&Ccqnc4ma".a~n3/~.3.3c~fvwGcQC.COPECQQL>HGSYc79(CTL<AI'ON[>'LST<'RUH2fTAIiQH5orc+ns~~eŽaccurcacuand.~brmtc.ancapaoic.c.<<r<neeercancyc"recoolincsys~~acuationinstrument-ionlsprcvlced.toinit;ataacions0miicatathec"nsacuencsofac"idents"'Iatarebeyondheabiliyoftheoperatortocont~1.Thisspecificationrovides~le'OPPABiLI'TYrecuirements.ripsa+pointsandresponse"imes:hatwillensurRf2ivenessofthesysams'toprovidethedesiignprotcion.Althoughtheinstrumentsarelisedbysystem,insomecasesteesameinstrc=-antmaybeusadtosandthaacuationsignaltomorethanonesystemat.thes~~time."'-.::..Sr"$~OperaticflwlhR1psatIesScon~arvativetianiitsTIp~tpointbWwihinissoeciii'edAllowable'Valueisaccai=-'e'onhebas.shatheI~rV4J~Iana6'.o<crance5orcins~xumeetdrf,c.54spec.c.pcuU/<allocated)or'ach4u'pc,n4.'Ie-~isa5et'pan&frrses.~.r.-<T'rrce<mpSebo~>MandAZCo<vabdeV&ueaksoco~nad~on&marcain5orc,cnsbcumeetaccuracyandcafi.breaconcapabiwc'.tir.'SI<'1<<,.<<,rSS>'
ENSTRUMEHTATTONBASESI3/4.3..EORAOIOACTIVELIOUIUERFLUENTMONITORINOINSTRUMENTATIONTheradioaciveliquideffluenti'nstrumentationisprovidedtomonitorandcontrol,asapplicable,thereleasesofradioacivematerialsinliquidefluentsduringacualorpotentialreleasesofliquideffluents.Thealarm/tripsetpointsfortheseinstrumentsshallbecalculatedandadjusedinaccordancewiththemethodologyandparametersintheGODtoensurethatthealarm/tripwilloccurpriortoexceedingthelimitsof10CFRPart20.TheQPERABILjTYanduseofthisinst~entationisconsistentwiththerequirementsofGeneralOesignCriteria60,63and64ofAppendixA'to10CFRPart50.ThepurposeoftanklevelindicatingdevicesistoassurethedetectionandcontrolofleaksthatifnotcontrolledcouldpotentiallyresultinthetransportofradioacivemateriaIstoUHRESTRECTEOAREAS.'t.gr3/4.3..RAOIOACTlYEGASEOUSEFFLUEHTMQNlTORENGINSRUMEHTATTONTheradioactivegaseouseffluentinstrumentationisprovidedtomonitorandcontrol,asapplicable,thereleasesofradioactivematerialsingaseouseffluentsduringac.ual,orpotentialreleasesofgaseouseff1uents.Thealarm/tripsetpointsfortheseinstrumentsshallbecalculatedandadjustedinaccordancewiththemethodologyandparametersinNeQOQItoensurethatthealarm/tripwilloccurpriortoexceedingthelimitsof10CFRPar.20.Thisinstrumentationalsoincludesprovisionsformonitoring(andcontrolling)theconcentrationsofpotentiallyexplosivegasmixturesinthe~astegasholdupsystem.TheQPERABjLXTYanduseofthisinstrumentationisconsistentwiththerequirementsofGeneralOesignCriteria60,63and64ofAppendixAto10CFRPartSO.83/43-6a.!,l'EA~r&3C82--V
IHSTRUMEHTATIOHSASES~t~~3/4.3.4RECIRCULATIONPUMPTRIPAGRATIOHIHSTRVMEHTATIOHTheanticipatedtransientwithoutscram(ASS)recirculatianpumptripsystemprovidesameansoflimitingtheconsequencesoftheunlikelyoccurrenceofafailuretascramduringananticipatedtransient.Theresponseoftheplanttathispostulatedeventfal1swithintheenvelapeofstudyeventsinGeneralE1ectricCompanyTopicalReportNED0-10349,datedMarch1971,NEQ0-24222,datedOecember3979,and-Appends~~oftheFSAR.~Se~ont5.8~Theend-of-cyclerecirculationpumptrip(EOC-RPT)sysemisapartoftheReactorPratacionSystemandisanessentialsafetysupplementtothereactartrip.,ThepurpaseoftheEQC-RPTistarecoverthelossafthermalmarginwhichoccursattheend-of-cycIe.Thephysicalphenamenoninvo'ivedisthatthevoidreactivityfeedbackduetaapressurizationtransientcanaddpositivereacivitytothereactorsysematafasterratathanthecantralracfsaddnegatives~reacivity.FachEQC-RPTsys~tripsbothrecirculationpumps,reducingcoolantflowinordertareducethevoidcollapseinthecareduringteaofthemostlimitingpressurizationevents.ThetwaeventsforwhichtheEQC-RPT.protectivefeaturewi11functionareclosureoftheturbinestopva1vesand,fasclosureoftheturbinecantralvalves.AfastclasuresensorfromeachoftwoturbinecanalvalvesprovidesinputtatheEQC"RPTsys~;afastclosuresensorfromeachofdmothert~turbinecontrolvalvesprovidesinputtothesecondEOC-RPTsystem.Similarly,a(positionswitch/foreachoftwoturbinestopvalvespravidesinputtaaneEOC-RPTsysam;a/positionswitch)-fromeachoftheothertwostopvalvesprovidesinputtotheotherEOC-RPTsys~.ForeachEQC-.RPTsys~,thesensorrelaycontactarearrangedtaforma2-out-of-2logic,orthefasclosureofturbinecontrolvalvesanda2-out"of-2logicfartheturbinestopvalves.Theoperationofeitherlogicwillac.uatetheEQC-RPTsysamandtripbothrecirculationpumps.EachEOC-RPTsystemmaybemanuallybypassedbyuseof'keyswi~whichisadmini'srativelycontrolled.ThemanualbypassesandtheautomaticOperatingSypassatlessthan430)XofRATiB.THERMALPOWERareannunciatedinthecant~Iroom~TheEOC-RPTsystemrespansetimeisthe/timeassumedintheanalysisbetweeninitiationofvalvemotionandcompletesuppressionoftheelectricarc,>.e.,~s~.1~~oNi(P-UNITrOperationwithatr.'psetlessconserve:ivethanitsldipSetpointbut~w'thin-itsspecifiedAllowableVal.ueis,acceptableonAle'basisDa'e*I~lelIl~anaLcowance5oncntsc~endm5~speci5<caLLu~oIca.<e~>.each~u'.p.msa5e<c(anat'.used.Thei'~psepornandAkfoIexblevance~co+I.'ainadcRhon&maxa~n(on.~ns~uunenaccunaciand'caLib~oncapac,M(.~vIS5'/5)B3/4.3-3Encodedin~fm~eare.:Die.~e5nomiIu.~valvemovemeq0.Co,.".nyctina~ie.trip.sWpo~at,.5~e:espouse~eo5ciie.senson.,~ye.response.cuneo5~esiAcejnyogi=an/.&ekame~oWed5onbnealzen.abcsuppnesa~on.rz4,
"ISTRUMEHTATIONSASES3/<.3.5REACTORCOREISOLATIONCOOLrHGSYSTEMACTUATIOHINSTRUMEHTATIOHThereactorcoreisolationcoolingsystemacuationinstrumentationisprovidedtoinitiateactionstoassureadequatecorecoolingintheevent,ofreactorisolationfromitsprimaryheatsinkandthelossoffeedwaterflowtothereactorvesselOperationwithatripsetlessconservativethanitsTripSetpointbutwithinitsspecifiedAllowableValueisacceptableonthebasisthatdifferencebetweeneachTripSetpointandtheAllowableValueisforeachtripinthesafetyanalyses.l+~lU.~c~+d.c'1Sp&C.LlMUT4LLoc.6MQ3/4.3.6CONTROLRODBLOCKIHSTRUMEHTATIOHThecontrolrodblockfunctionsareprovidedconsistentwiththerequirementsofthespecificationsinSection3/4.1.4,ControlRodProgramControlsandSection3/4.2PowerDistributionLimits.Thetriplogicisarrangedsothatatripinanyoneoftheinputswillresultinacontrolrodblock.OperationwithatripsetlessconservativethanitsTripSetpointbutwithinitsspecifiedAllowabl'eValueisacceptableonthebasisthatdifferencebetweeneachTripSetpointandtheAllowableValueisoreachtripinthesafetyanalyses.I~y+ru.~c~d,~r'le+.spec=>+(c~uy3/4.3.7MONITORINGIHSTRUMEHTATION3/4.3.7.1RADIATIOHMOHITORIHGIHSiRUMEHTATIONTheOPERABILITYoftheradiationmonitoringinstrumentationensuresthat;(1)theradiationlevelsarecontinuallymeasuredintheareasservedbytheindividualchannels;(2)thealarmorautomaticacionisinitiatedwhentheradiationleveltripsetpointisexceeded;and(3)sufficientinformationisavailableonselectedplantparameterstomonitorandassessthesevariablesfollowinganaccident.Thiscapabilityisconsistentwith10CFRPar.50,AppendixA,GeneralDesignCriteria19,41,60,61,63and64.34.3.7.2SEISMICMONITORINGIHSTRUMEHTATIONTheOPERABILITYoftheseismicmonitoringinstrumentationensuresthatsuficientcapabilityisavailabletopromptlydeterminethe.magnitudeofaseismiceventandevaluatetheresponseofthosefeaturesimportanttosafety.Thiscapabilityisrequiredtopermitcomparisonofthemeasuredresponsetothatusedinthedesignbasisfortheunit.~ThisinstrumentationisconsistentwiththerecommendationsofRegulatoryGuide1.12,"Instrumentationfor'arthquakes,"April1974.~'ThedripzPtpo)C8nrJF}-LLowobLpvALL~hLsocoM+iw+cQ<+rotual-rnAr'9i</eAruma~Accuracy~r4ceLr>t'&iotac.~+bi4+yB3/43-4~'4
."=AS:"5HOHxTOR:NGiHSTRUMEHTAT:OH(Continued)3/<.3.7.3METeOROLOGICALNOH"QRrNGiNSTRUMENTATTONCoTheQP=RABil'iYo>themeteorological;,.onitaringinstrumentaionersures'",atsufficentmeteoroiogicaidataisavailableforestimaincpoartialradiatiandcs'estathepublicasaresultofroutineoiaccidentalrleaseofradioacivematerialstot>ieatmosphere.Thiscpabilityisreauiredoevaluatehenedfarinitiatingpratecivemeasurestcprotectthehealthandsafeyofthepublic.(Thisins".umenationisconsis-entwihherace.".=,.anda-iansofReaulataryGuide1.23"Qnsi.aMeearciogicalPrograms,"Feb-.ar;,1972'.)~/4.3.7<R~QT:-SHUTDQ'ANMOHITORI>lGrHSTRUME>NTATTOHTheOPERABiLZ~i.ofheremoteshu-dcwnmonitornginstrumantat;or.ensures.".atsuicientcaaabilityisavailableopermitshu=downancmainenancacf:-:QTSiiUTOQ'AHotheuniframiioca-icnscuts;:deo>hecon=ra!-"=-....Thisca"aaii-tvisreauiredint..eeventccr>trclr"omhaai=aailityisicst(.nc'.sc"nss=ar.=wihGneraiGesignCri.ria19c10CFR50.)/..3.7.5ACC:O"-HT>.ONTOP.NG:NSTRUMHTAT:OHineOPKRAB"L:TYoftheac"identmcnitaringinst-.~meniatianensuresthatsufcien.inforaticaisavailablecnselectedplanparametrsomoniarandassess',mporxntvariabies>allowinganac=ident.(Thiscapabiiiyiscansis-entwihtherecammendaticnsofReau1atoryGuide1.97,"Instrumentat'anarL>gh'iaarCooledNuciearPowerPlantsmAssessPlan-CondiiansQuringandFollowinganAc"icent,"Oecember--1975-andNUR="G-0578,"HT."2LessonsLearnedTaskFar"o5atusRepar.andShort-TermRecommendations")."-"--'3/>'-..3.7.SQURC=K4'lG:"MQNiTORSTnesource",angemaniorsprovidetheoperatorwthi>nd.,aioflcfha-s.atusoftheneutronlevelinthec"rea.verylowpo~erlevelsduringstartupandshutdown.Athesepowerievels,reac=ivityadd>ionsshouidnctemadewihautiisfluxlevelin,or..ationavailabletotheoperator.'~hen.heintrmediaterancemonitorsareonsca1eaaeqatein>ora-ion",savailablewi.boutheSRHsandheycanberetraced.3/4'.3.7.7TRAVLRSTNGrH-COR'2PROBESY~i"TheOP""RABiL~ofthetraversingin"careprobesysamwih:hespeci>iedminimumccmalementofequipmentensureshatthemea~o~-'"cmuziofhisequipmentaccuratelyrepresenthespatialneut.anfluxdisributionofthereactorcare..7.8CHLOcM(ANOAK".GNiA)OET"=::IONSYST"=ii(Oaianai)The'"lL:TYthechlorine(andammcna)datec=',cnsysem~.eshatanaccidentalch.-e(aor.-.;,onia)."iesewillbe.cetac-romplyandheneessa~proe~tivti'oaswiilbeautcm>aticaily>:atadtapr.vice',praac=ion>orcant".olroomp.nael.Upondet~.anofahichcancan-",ationofchlorine(and/ora~anil).the".-"a1memergencyventiiationsys.mwillautomatically"epiacereinhIsaiah.'odeof.ccerat',cnoprcviceherequiredprctac-.on."aetecicnsystem.uiredby-<<isspec>fcaianareconsistentwi"r>'ecc-,."..ancatiansofReculaarr~'e1.95"PrctectonofNuclearPa.antCcntrclRoamOpera"",sacains-ar,Ac~talChloriePeieas",rHrary1975)(Rev-Isiani,January,19r7).-HITMGc-SF5-g&R/5)B3/43
IHSTRUMEHTATIOHBASESMONITORINGIHSTRUMEHTATION'(Continued)sequenc~3/4.3.7.10FIREO~iCiIOHINSTRUMEHTATIOHOPERABILITYofthefiredetectioninstrumentatianensuresratadequatewarningcapabilityisavailableforthepromatdetec=ionoffires.This"aaa-bili.yisreouiredinorder.adetec-analocatef',resinreirearlystaoes.Promataetec=ionoffireswilireducethepotentia1forcarnagetasafety-".elatecequipmentandisanintegralelementintheoverall,aciliyfirepratec-ionprogram.Intheeventthat,aportionofthefiredetacianinstrumentationisinoperable,in~asingthefrequencyoffire~etchpatro1sintheaffectedareasisrequiredtaprovidedetecioncapabilityuntiltheinoperableinstrumentatianisrestoredtoOP&ABILITY.3/4.3.7.LrLOOSE-PARTDEiaCi<OHSYMie.TheOPERABILITYaftheloose-partdetecionsystemensursratsuf,icientcapabilityisavailabletodetecloasemetallicpartsinDeprimarysystemandavoidormitigatedamagetaprimarysys~campanents.(Theallowableout-af"servicetimesand.surveillancerequirementsarecansisent,withthehvs~1recammendationsofRegulatoryGuide1'.L33,"Loose-ParDetecionProgramfarthePrimarySys~ofLight-MaterCooledReactors,"May~&81.)8~~hg<34.3.8TURBINEOVERSPE:-OPROTECTIONSY~iThisspecificationisprovidedtoensurethattheturbineoverspeedprotectionsys~instrumentationandheurbinespeedcantralvalvesareOPERABLE.andwillpratactheturbinefromexcessiveoverspeed.Pratecionfromturbineexcessiveoverspeedisrequiredsinceexcessiveoverspeedoftheturbinecauldgeneratepotentiallydamagingmissileswhichcauldimaacanddamagesafetyrelatedcomponents,equipmentorstruc=ures.3/4.3.9PiLANTSYSiEMSACiilATIONIN~iRUMENTATIOHTheplant,sysemsacuationinstrumentationisprovidedtoinitiateactionofthesuppressianpool(anddrywell)spraysystemandthefeedwatersystem/mainturbinetripsystemintheeventof.ee6vaeecoetroECen.<cu2w".e%P-PiliT2GE-STS(BWkfjB3/43-6
INSTRUMENTATION('ASESFIREDETENTIONIHSTRUMEHTATION(Continued)anyarea.Asaresult,theestablishmentofafirewatchpatrolmstbeinitiated-atealierstagethanshouldbewarrantedforthelossofdeteors'thatprovidonlyerlyfirewarning.Theestablishmentoffrequenfirepatrolsinheafftedareasis~equiredtoprovidedetectioncapmilit*untiltheiperaeinstrumentat'.onisrestoredtoOPERABILITY.3/4.3.3.9LOOc-PARTD~iCTIOHSYSTEMThe0RABILITYoftheLoose-PartDetectionSystemensstha:sufficicapabilityisavailabletodetectloosemetallpartsintheRe>>rSystemandavoidormitigatedamagetoReactorystemcomponents.Thellowableout-of-servicetimesandsurveillancerequirementsareccnsistentwiththerecommendationsofRegulatoryGuide1.133,"Loose-PartDe=ectionProgramforthePrimarySystemofLight-MaterCooledReactors,"May19Bl.3/q.3.7~I~RADIOACTIVELIQUIDEFFLUENTMOHITORIHGIHSTRUMENTATIONTheradioactiveliquideffluent'nstrumentationisprovidedt"monitor.andcontrol,as.applicable,thereleasesofradioactivematerials.nliquideffluentsduringactualorpotential,releasesofliquideffluents.TheAlarm/TripSetpointsfortheseinsrumentsshallbecalculatedandadjustedinaccordancewiththemethodologyandparametersintheODCMtoense~thatthe.alarm/tripwilloccurpriortoexceedingthelimitsof10CFRPart20.TheOPERABILITYanduseofthisinstrumentationisconsistentwiththerequirementsg0'fGeneralDesignCriteria60,63,and64ofAppendixAto10CFRPart50.~~4sut>ntneranserialsVy.q.7,i)RADIOACTIVEGASEOUSEFFLUENTMONITORINGINSTRUMEHTAT104Theradioactivegaseouseffluentinstrumentationisprovidedmmonitorandcontrol,asapplicable,thereleasesofradioactivematerialsingaseouseffluents'uringactualorpotentialreleasesofgaseouseffluents.TheAla~ripSetpointsfortheseinstrumentsshall.be'calculatedandadjustedinaccordan"ewiththemethodologyandparametersintheODCNtoensurethatthealara/tripwilloccurpriortoexceedingthelimitsof10CFRPart20.Thisinstrueen~-ionalsopotential}yexpsvegas>xneTheOPERA.BILITYanduseof.thisinstrumentationis5onsistentwiththerequ=:rementsofGeneral.'DesignCriteria60,63,'and64ofAppendixAto10CFRPar50.ThesensitivityofanynoblegasactivitymonitorsusedtoshowcompliancewiththegaseouseffluentreleaserequirementsofSp=ifi<.-.'ion3.11.2.2shallbesuchthatconcentrationsaslowas1x10-spCi/sRaremeasurable.83/43-~G45Goo5~t)@)~stF1g,g~yg~l-g~~p-
NINEMILEPT2900~WATERLEVELNOMENCLATURE753650VESSE'LANGK6480MAINSTEAMLINKSCALEAANOKNOIB)17l14II3I12)I)I~ciQHTABOVEvFSSKLZEROIthI583568559540489.53985READING202.318'73178315931088178BQTTQMQF550SEPARATORSKIRT514FEED4932500WATER4505857IB>c8317)568~4l559)3)54012)489.5COAE47925SPRAY~205~145181202,3RCIC&HPCSTRIPS~ITI.(41I3I187.3HIALARM178.3LOALARM'159,3REACTORSCRAMI2)108.8INITIATE,RCIC6HPCS.TRIPRECIRCPUMPS.400350Ill398.5380.7INSTZERO366.305I))17,8INITlaTKRHR,CS.START0)KScL.CONTRIBUTETQA.DS.ANOCLOSEMS)V'S250200RECIRCOUTLET~'I72.5NOZZLE'I5010050ACTIVEFUEL216.3AECIACI81INLET'OZZLEIpogEQ')y~)hensioh)St~yN~eS2.)r$91.Ohi)tECGVGSSBL3)Wlh.CQ.ti)asI)eQcPveLLnh<cd&oNtsI'%0,*ot4ooty~+ctihpct~uTt,sstvs)%tv'.~cct)LIbrRK'toNisTQcAplebC.ankl+iotLS.rhtEL<tvegetro(p+howqtcss)LT<tish.<Bwqctt)+uceisbQIL)rh-<4by+QCI,A4W'fM*~'II~L5A)k>44ppp~~g+Qg~gl'c)$+O+C'eOLtQTLRlou++kC~~C+++/BasesFigureB343t.ReartorIressetttraterLe:.I 0
The,safe+/c~e.$vaLvMopetate.dutu.ngapoaC~tedATMSeventCopreventNeceactoccooptayaCembeingpaesano.zedabove,adeignaMoivabLevafue,o$li75pa~g~nacco~ce~Ne.ASAfECoda.A4o~o)17OPERABLEaa)e,ty/c~e.$vaLvcsm<equipped~o~locaLpcawuxeata~vecomponentsWeMu'.nASIDEIIIaG'.oeable,dminvaQcM(Service.Lev&Aj.ALZo4ten.appMp~e,ASIDEIIIM~awe.aLsoboundedbu~ceo~ement.p~~uP)LQNy&Ck~fg+~jp/++fO~$NiPiP-MiIT2B5/40-la
f'P6&4ip))gg\).Wf')))+))3/4.4~REACTORCOOLANTSY~i8ASES3/4.4.IRECERCULATEONSYSTEMOperationwithonereactorcorecoolantrecirculationloopinoperableisprohibiteduntilanevaluationoftheperformanceoftheECCSduringoneloopoperationhasbeenperformed,evaluatedanddeterminedtobeacceptable.Aninooerablejetpumpisnot,initself,asuffic'entreasontodeclarearecircuIationloopinoperable,butitdoes,incaseofadesign"basis-accident,increase'theblowdownareaandreducethecapabilityofrefloodingthecore;thus,therequirementforshutdownofthefacilitywithajetpumpinoperable.Jetpumofailurecanbedetecedbymonitoringjetpumpperformanceonaprescribedscheduleforsignificantdegradation.>>'ecircalationloopflowmismatchlimitsareinccmoliancwiththeECCSLOCAanalysisdesign~teria./ThelimitswillensureanadequatecoreflowcoastdownfromeitherrcirculationcoopfollowingaLOCA.)-Inordertopreventunduestressonthevesselnozzlesandbottomheadregion,therecirculationlooptemperaturesshallbewithin(EOPFofeachotherprior4start'ofanidleloop.Thelooptemperaturemusalsobewithin40)'Fofthereactorpressurevesselcoolanttemperaturetopreventthermalshocktotherecirculationpumpandrecirculationnozzles.Sinethecoolantinthebottomofthevesselisatalowertemperaturethanthecoolantintheupperregionsofthecore,unduestressonthevesselwouldresultifthetemperaturedifferencewasgreaterthan~f'.1003/4.4.2SAF"tY/RELY""VALVESt-sys~rom-being-pressurizedabovetheSafetyLimitof-~~eeE4t-NW'~.Oemonstrationofthesafet/-reliefvalveliftsettingswilloccuronly(duringshutdownandwillbeperformedinaccordancewithNeprovisionsof'pecification4.O."-.))P-UHET2GE-5iS-(BNR/5)'>>)~~>>>><~a+ace~es-ign-bas-is.t~>>83/44"l.<<g<,."p~..8%a-open-0 REACTORCOOLANTSY~i3/4.4.3REACTORCOOLANTSYSTBl~~KAGE3/4.4.3.1~aKAGEOETECTIOHSYSTEMSTheRCSleakagedetectionsystemsrequiredbythisspecificationareprovidedtamanitaranddetectleakageframthereactorcoolantpressurebaundary.+Thesedetec.ionsystemsareconsistentwiththerecommendatiansofRegulatoryGuidel.45,"ReactorCoolantPressureHaundaryLeakageOetec.ionSystems",May1973.+3/4.4.3.2OPERATIONAL'A~KAGETheallowableleakageratesframthereactorcoolantsysemhavebeenbasedanthepredictedandexperimentallyob'servedbehaviorofcracksinpipes.Thenormallyexpectedbackgroundleakageduetoequipmentdesignandthedetec-ioncapabilityofthefnsrumentatianfordeterminingsystemleakagewasalsocon-sidered.Theevidenceabtainedframexperimentssuggeststhatforleakagesomewhatgreaterthanthatspecif'iedforUNIDENTIFIEDL&KAGEtheprobabilityissmallthattheimperfecionorcrackassociatedwithsuchleakagewouldgrowrapidly.Hawever,inal1cases,iftheleakageratesexceedthevaluesspeci,iedortheleakageislocatedandknowntabePRESSUREBOUNDARYLDKAGE,thereactor1antsystem-Typ~Oi~a~nd1eakage-1inrits~TheSurveillanceRequiremen&forRCSpressureisolationvalvesprovideaddedassuranceofvalveintegritytherebyreducingtheprobabilityofgrassvalvefailureandcansequentintersystemLOCA.tB'H-3/4.4.4CHaI~iThewaterchemistrylimitsofthereactorcoolantsystemarees~lished"topreventdamagetothereactormaterialsincontactwiththecoolant.Chloridelimitsarespecifiedtopreventstresscarrosioncrackingofthestainlessstel.Theeffecofchlorideisnatasgreatwhentheoxygenconcentrationinthecoolantislow,thusthe0.2ppmlimitonchloridesispermittedduringPOWEROPERATION;Ouringshutdownandrefuelingoperations,thetemaeraturenecessaryforstresscorrosiontooccurisnotpresentsaa0.5ppmconcentrationofchloridesisnotconsideredharmfulduringtheseperiods.Conducivitymeasurementsarerequiredanacantinuousbasissinechangesinthisparameterareanindicationofabnormalconditions.When.hecanduc-,.ivityiswithinlimits,thepH,chloridesandotheritapuritiesafectingcanduc=ivitymusalsobewithintheiracceptablelimits.Wii'iecanducivitymeterinoaerable,additionalsamalesmusbeanalyzedtoensurethatthechloridesare.'notexceedingthelimits.The.survei11ancerequirementsprovideadequateassurance.hatconcentrationsinexcessofthelimitswillbedetecedinsufficientime.e'akecarrec=ive'c-ian.Spacingsamplingpnavmiomcute.pnovzded>ozGc">iS(BWR/83H3/44-2i&P-UNIT2~n4,gu~pey~~>"~pb6"Pt<r~<<(d<~y/e~/~+~
RcACTORCOOL4HTSYSTEi4I8ASES3/4.4.5SPECIFICACTIVITY~pcfcs<Thelimitationsonthespecificactivityofthe~arycoolantensurethatthe2hourthyroidandwholebodydoses",esultingfromamainsteamlinefailureoutsidethecontainmentduringsteadystateoperationwillnotexceedsmallfractionsofthedoseguidelinesof10CFR100.ThevaluesforthelimitsonspecificactivityrepresentinterimlimitsbaseduponaparametricevaluationbytheHRCoftypicalsitelocations.Thesevaluesareconservativeinthatspecificsiteparameters,suchassiteboundarylocationandmeteorologicalconditions,werenotconsideredinthisevaluation.~~CtdY'heACTIONstatementpermittingPQ'WEEOPERATIONtocontihue;orlimited"imeperiodswichthe'oolant's;pacificactivitygreaterthan0.2microcuriespergramOOSEEQUIVALENT1-131,hutlessthanorequalto4.0microcuriespergramOOSEEgUIVALEHTI-131,accommodatespossibleipdinespiMag-~';~phenomenonwhichmayoccurAL-AR4&t.Operationwitspecificactivitylevelsexceeding0.2microcuriespergramOOSEEgUIVALEHTg~pg~5~I-131butlessthanorequal'o4.0mi'crocuriespergramOOSEE(UIVALEHTI-131mustberestrictedtonomorethan800hoursperyear,approximately10percentoftheunit'syearlyoperatingtime,sincetheseactivitylevelsincreasethe2hourthyroiddoseatthesiteboundarybyafactorofupto(20)followingapostulated+steamlierupture(Thereportingofcumulativeoperatingtimerours>nany+monthconsecutiveperiodwithgreaterthan0.2micro-curiespergramOOSEEgUIVALEHTI-131wi11allowsufficienttimeforCommissionevaluationofthecircumstancespriortoreachingthe800hourlimit.Information-obtai.ned-on-iodine-spiking-wi-l-l-be-used-to-assess-thehenemena-.A-redueHan-H~equenc~jof--~otopicanalysisfollowingpowerchangesmay-b~emissiN~~ust4A'ed-by-~/1TCQE>0/1E~6~~jets'5TnCrE'~5e>de'r/lQ5C~1'+'~>PA'7~~~~~EeOCVbs-dan'cn~~A~~SPrC'if~~i'OgQr>lClosingthemainsteamlineisolationvalvespreventsthereleaseofactivitytotheenvironsshouldasteamlineruptureoccuroutsidecontainment.Thesurveillancerequirementsprovideadequateassurancethatexcessivespecificactivitylevelsinthereacorcoolantwillbedetectedinsuf,icienttimetotakecorrectiveaction.jrire/cdy'cprcp'-<45<gflT7dvrY('c7/pE-gTIC).83/44-3
REACTORCOOLANTSYSTEMP3/4.4.6PRESSURE/TEhIPERATURELIh(ITSARRcompone~inNeeeacton,cooRantayaCematedesignedCo~WndCheeffectso$cycLicRoadsdue,Cosystem4empe~eandpzesamechanges.ThesecycLicRoachmeiatxoduced6yno~aRRoadClients,.<eacto<4~a,ana44xM-upandahMdolnopenatLoru.The,van.ouscategorieso$RoadcycResusedgo<designpucpoaesmepnavidedinSection3.9o$CheFSAR.O~g.soupandsf~down,We.~eso$Cempe+tuteeandpnesaurtechangesmeRimu."edaoCia4iemaximumspecifiedheatupandcooRdown~esmecorumCeat~sNedesignassumptionsandsatisfyVies4xesADmi.ts(occycRc,cop~on.The,opefmtingMeu'curveso$Figure3.4.6.1-1medelved~.cornthe.$ruxcmeCoughnesaceq~ementso$10CFR50AppendixGandASMECode,SectionIII,AppendixG.The.mllesmebasedonAeRT<0Tandobtestietens~y(aMon.in$orunation$o<.thexeacton,vesaeRcomponents.FmcturcetoughnesaLUru.tsandAtebasiso(compW-ance,memoce)uRRydQcusaedinFSARChapkert,5,parcagmph5.9.1.5"FuutireTouah-new".The.reactor,vesaeRmate'un'ave,beenCesiedCodetermineM~iM.tiaRRT<TThecesuLtso$mescCes~aneshowninTabRe83/4.4.6-1.Reactoroperonand.tesuLtant(as~neu'ton,Egaea'an1hleV,~~~on'uXLcauseaninc.ease.inCmRT~.Thmefoce-,anadjusted.xe)enhance~empencu'.ulcc,baseduponWe(Ruencephoapho~core.'mtandcoppmcogentoJ4iemaeiMinoues~on,canbep<ecKctedusingEuesFigure83/4.4.6-1andFigure83/4.4.6-2.cXbcThesesame/~~empemt'meR~~ve,Figure3.4.6.1-1,caves~,Mand%,includeanassumedahi$~inRT>OT)onGeeend-o(Ri)egRuence.The,actuaRshi.J~inRTTo$WevesaeRmaaudouLRbe,esWb~hedperu.od-icaRRydutu.ngoperation6y'zenovingandevaRuating,inaccordance+MALASTI(E185-73,~Ncu."edfaux~esin'~'ednaan,.the,insideun')We.xeactoxves.seR.in~eco<egaea.Since,Wene~onopecmatDiefaux~~esandves.seR,upside~diusmeesaentiaRRyideeticaR,Seei,sedatedfaux~~escan6e,usedieiAcon+d-enceinpzecKctingceactonvesseRmatewaRbmnsitionCempe~e.st,(~.The.opeAatingRimit~~veso$Figure3.4.6.1-1ahaLRbe,adjusted,as.xeouixed,ondiebasmo$Nefauxuu'xe~and8asesFigure83/4.4.6-2.%P-WilT283/4
RchCTOPCOOL~ASYSTc~PRE=SURE!T=".P=~CTUREL:MITS(Coninuad)+<AA,r~O+'I9ALle~'hapressure-emeraturelimi-linesshowniniuras3.4.6.1-1;',forreacmrcriticalityandforiasemicTeakandhydrostatic.BstinghavebenprovidedtoassurecompiiancawiththeminimumtemperaturerequirementsofAppendixGto10CcRPar+"0.orreactorcriticalityandforinsarvicaleakandhyarosatictesing.j3!4.4.7HAINSi-~HLNiISOLAONVALVESOcbieiso',aionvz1vesaraprovidedoneachoih...a-insearnlines~aatTI-J<J0til1mi2heotfliclIIeakccBQaillsTmhecontaiI'anlnase07cI1nebreaf..Onlyonevclveineachlineisrequiredta:.ain==1a.heint~riityof.heContiilantineSurVeillanCarequirmentSarebase>Cn~IBOperatinghistoryofthisypevalve.ThemMimumc!osuraiimahasbeensale~adtocan-~iniissionproductsandtoensurethac"reisnoto~va~dfollcwingT~T1nebreaks.Theminimumcjoauie~evcolvvieru'eQ'A~he.eaumpQoe~n4<aoaf&9~urdu~oparvenu.'cuaurce,smge>."-/C.a.8STIlUC:LIBELih~I="=RIlIneinsec-,onprogramsforASMcCodaClass1,Z"a="'estrucuralintgrivoi.hesaco,-onantswil"Iard3co.".ponensclosurebe=inclinedatznCamoonensof.hereac="rc"olansvs:amiwerta"e-.,tirsarvicainspec=;onsinaccor".'ancewith2nd?rassuraVesselCaca(.)=ditionandAd"a.dadascnedaplovld22assSectozX:oftheACME""oiler'"""u"f1()',~insarv',caiinispec"ionpraarm;brAc!lEw.'illba=erfo-...iadn2"""r"zncawihSec=onXiVesselCode2ndapplicableaddendaasreuired.wiaresacificwlttanreI12fhasbeengran.ad.Par==0--==a(g)(o)(i).Rc~'UAL:"'.EAIREMOVALCadClass1,Zand3componen+~eAP'.:-=cHer=,".".rassurebyhai)PCparsuantm10C;RAsinglesiiudowncoolingmodeloonprovidessuf,iic.~heatremovalc=-"vilityforremovingco~aecayheatandmi"ing~assu.eac"cK~~e.ztareindication,however,singleiai1urecansidercionsrem~irethattwoloopsQPRABlostIatal.arnatamethodscapableofdecacyhe=~remiovzlbed=-ionstratad2nd.hatanalternatemethodoicaolanimixingbeiin.opera"ion.The,num~ofI.<tactorvugg&~~onsunv~ancecapauZesaI~'2'~IBgezoFencces==.-'-'=')oc,1enov~ng.and~es~ng<<'AeapeciWe4'4~capsulesail'e,pnov~ded<nTa6(e4.4.p:1..5-(:"o~~~a<<mP~anc<~We,<eo~gmeeGo$Apegn&xH.."o10CFR50.-j\gfPjjaaa
MSL'SIhlll.L'l3/4.4.ti-lIILAC'(OllVL'SSLL10ll(illtllSSCllI'lfuftill'Ib0fI-III/3'>IIILIEHPI:10llA1'hhllS~~E>I
92.0III~IIIII'I',IIi~..l.0EICD0.0.I"L010203040SERVICELIFE(Years*)FASTNEUTRONFLUENCE(E71Hev)AT1/4TASAFUNCTIQNQFSERVICELIFE*T0oofRATEDTHERMALROBERAHD90"AVAILABILITYTropicalfigure;tobemodifiedperSpecification4.4.6.1.4AP-UNIT2B3/447I
A-(t4il000fxcuo.ebl~5000Ixt<.008)k//IDIXt&.0I2035XCWW~P-Ir00+OXCu0.15%Cu0.10XCuD.I5XCu0,IDXCuHOT%IOASIIEOLINESAEtAESENTOEflECOMMENDEOEXTAhtOLATIONSTO10oFFOAOWAOtEAATION.UttEALIMITatiacLOWEIILIMII'Cu~D.OSxt~O.ees202@IO4~bIObs~IUD2f~FLUENCE,nlcmfE)IMIV)24~bleFOACOttEf1ANDtllOSI'IIOAUSCONTEHTSOTIIEATIIANTIIOSEtLOTTFO,USETIIEEXtAESSIONFOAAGIVENONTIIEfIGUIIFXl:uWEIGIITtEACENTOFCOPtEAXP~WCIGIITtEflCENTOFtIIOStlloflUSPredfctedhdJustsientofReferenceTeeprrntureyhyassF<<actionofFluencesndCopperColltentperHRCRegulatoryGuide).99(hdJusteentn(504Fbre-SbounintiltsFigurebyExtrapolatingtileRepulatoryGuide1.99CurvestohccountforLoMerRMRFiefaces).
3/'iERG-HC,C"RE""OL-.NG."Y~~-,.3/4.5.1and3/..5.2=CCS"GP<<ATsNGandSHUTGOMHECCSdivisionIconsistsoftheIcwpressurecarespraysystemandlowprssurecaalantirr'ectionsuasystam"A"oftheRHP.systemand"heautamaticdeoressurizationsystem(ADS)asac=uatedbyAOS".".ipsys:am"A".division2ccnsis~oflowpressurecoolantir..'ec-ionsuasystms"S"and"C"oft..eRHRsvstamand:.,eautomaticcapressuri=ationystamasac='-ad5yADS:ripsvstem"B"meIcwar'assure>>~esaav('G)svstamiscrviewedtaassirrehatthec,ei5adec'Ja7eIvcIedfaIIowing=LossQfQoIcn7.acenanavideadaqa-acarecaai'ngcabacityforailcreaksi=esu"~ancinciuc.'no.hedcuoie-endacreac=arreci~ulaticnlinbreak,andforsmallerbreaksIlcwincceressur'fzatonQytheACS~meIceisapr.'mar.rsau-.aofamergnlcarcaolifig"a.04r'eacivesselisdapressuizedalrdasoupacrilccdiflgof'carein=sacfac=.den~Idiaininc.:nesurveillana~equiramenzprovideaceouaaassurance'"at-'.neLcCsystemwillbaOP~QABL=whenrequired.AIthcugnallac=veccmpcnan~areastaoleandfullflowcwbedaanstrtadbyrecirulation=,r"ucna-'.as-Iccaduringreactoroperation,acompletefunc.icnal:s-requiresreactorshutown.inepumdisc.",ar~epipingisma-'n~inedfulltop".eventwaonelowprassurc"cIancoolant.ac=ident.genresuosycre.lcodingforaIIbreaksirecirculationlinebrak,and""eAOS.rOlAI~injeion(',mcceo;the.<<nRsvstem>s".oisadaqua:Iycooledfal.cwingaIcss-cf-st5fcIwrtharepuma,pr"vsdeacequata=asuo".aandincludingt.',e.douoie-endedreac:ar,ars,>>ajlbreaksfollowingdeoressuriacnbvInesurveillancerequi~~entsprovideadequateassuranc.hatNeLPCIsystemwill'"aGPEPABL-"whenrequired.AI~",aughallac=vecomponentsare!taswleandfullflawcanbedeansratedbyrecircuiatan.hr".ughaestlcaaduringreac-"roperation,ac"mpletafaneicnaltest.rec'iresreac=ar--shutdown.onepramdischargepiningismaintainedfull.aprevenwa-.hamerdao-geapipingdivision3consistscf:hehiah"ressuac"res"raysysam.onehighpressurecarespray,'HPCS)svs-amisroviced"assure-Oatthereactorc"reisadeouataivc"cled"alimivfuelcladto~era~rein'.heeven.cfa=->>ailrakin.hereac=arcoolantsysamandlossofc"oiantwhiich"cesno-resuiinrapiddearessurizat;cnofthereac:arvessel.TheHPCSsys-ampe~>>its-herear"r"o"eshutc"wnwhileant=-inngsuff'.cientroac=ar.essaiwa:arlevelinventarIuntil.hevessaiisdeoressur"~d.The,'PCSsvs.emaera-esoyerararceof+I',60psiddi-.=,arent.ialpressurebe~weenreactorvesseland.".'PCSsue='ansour"a,~iag0)sid.Gc-TS(5MR/5)'3/<5-~NiiP-UHZT2
B1ERGFNCYCORECOOLINGSYSTEM3ASESECCS-OPERATINGandSHUTDOWN(Continued)s-w/issue/~moThecapacityofthesystemisselected'toprovidetheeuiredcorecooling.atdifferentialpressuresof+1160/1130/200+psig.Initially,waterfromthecondensatestoragetankisusedinsteadofinjectingwaterfromthesuppressionpoolintothereactor,+butnocreditistakeninthesafetyanalysesforthecondensatestoragetankwater~MiththeHPCSsysteminoperable,adequatecorecoolingisassuredbytheOPERABILITYoftheredundantanddiversifiedautomaticdepressurizationsystemandboththeLPCSandLPCIsystems.Inaddition,thereactorcoreisolationcooling(RCIC)system,gasystemforwhichnocreditistakeninthesafetyana1ysis+willautomaticallyprovidemakeupatreactoroperatingpressuresonareactorlowwaterlevelcondition.TheHPCSout-of-serviceperiodof14daysisbasedonthedemonstratedOPERABILITYofredundantanddiversified'lowpressurecorecoolingsystems.ThesurveillancerequirementsprovideadequateassurancethattheHPCSsystemwillbeOPERABLEwhenrequired.Althoughallactivecomponentsaretestableandfullflowcanbedemonstratedbyrecirculationthroughatestloopduringreactoroperation,acompletefunctionaltestwithreactorvesselinjectionrequiresreactorshutdown.Thepumodischargepipingismaintainedfulltopreventwaterhammerdamageboa~.UponfailureoftheHPCSsystemtofunctionproperlyafterasmallbreakloss-of-coolantaccident,theautomaticdepressurizationsysem(AOS)automa"ticallycausesselectedsafety-reliefvalvestoopen,depressurizingthereactorsothatflowfromthelowpressurecorecoolingsystemscanenterthecoreintimetolimitfuelcladdingtemperaturetolessthan2200~F.AOSisconserva-tivelyrequiredtobeOPERABLEwheneverreactorvesselpressureexceeds+100)-psig.ThispressureissubstantiallybelowthatforwnichthelowpressurecorecoolingsystemscanprovideadequatecorecoolingforeventsrequiringAOS.AOSautomaticallycontrols(seven)selectedsafety-reliefvalvesalthoughthesafetyanalysisonlytakescreditfor(six)valves.Itisthereforeappropriatetopermitonevalvetobeout-of-serviceforupto14dayswithoutmateriallyreducingsystemreliability.FOO13/4.5.3SUPPRESSION~ABERooLThesuppression.isrequiredtobeOPERABLEaspartoftheECCSoensurethatasufficientsupplyofwaterisavailabletotheHPCS,LPSandLPCIsystemsintheeventofaLOCA.Thislimitonsuppressionminimumwatervolumeensuresthatsufficientwaterisavailabletopermirgcircu1ation00coolingflowtothecore.TheOPERABILITYofthesuppression.inOPERATIONALCONDITIONS1,2or3isrequiredbySpecification3.6.2.1.P5P-uNi7ZB3/45-2itll
TheLeahage~mspec.P.ed)oeSeemaindCeamLine,molationvaLvM,Wemaina~earnc0camLincwoLationvaLvM,andWeepoaC-a'ccident4ampAngayaCemgmaampLeand.x~nLine6LodzvaRvmmearedCoquantifyAemaximumamounto$prummycontainmentatmosphereMatcould6ppaeasecondarycontainmentandLeakcKnectfy<o4~eenv~nmenta$Cera,deign6m'oaa-o)-cooLantaccident.T~datamwedWdWenmineWemNoZogicaLcorueauenceeo$<maccidentandeerie,thatUucuuLtantdoommeeMu.n.the,Limnio$WeGenenalOesignC~e~19and10CFR100.!PP-UNIT2
iHERGEHCYCOR=COOLINGSYSTEMBASESPOOLSUPPRESSION~SEt(Coninued)nookRepairworkmightrequiremakingthesuppression~~noperable.Thisspecificationwillpermit'thoserepairstobemadeandatthesametimegiveassurancethatthjggadiatedfuelhasanadequatecoolingwatersupplpwhenthesuppression.'mustbemadeinoperable,includingdraining,inOPERATIONALCGHOITIOH4or5.vooLInOPERATIONALCONOITION4and5thesuppression@Camberminimumrequiredwatervolumeisreducedbecausethereacorcoolantismaintainedatorbelow200F.Sincepressuresuppressionisnotrequiredbelow212F,theminimumwatervolumeisbasedonHPSH,'ecirculationvolumeandvortexpreventioq~NMP-UNIT2B3/45"3
"/4.6.1PRAERYCQNAINNEH3/4.6.1.1PRIMARYCONAINMEHTINcGRITYgNSC+~PgfICgQ8.tfj5.PRIORYCONTAINMEHTINTERTYensuresthathereleaseofradioacivemaa"rialsircmthecontainment,aitcspherewillberestr"',c.edto052leakaaepPthis2ndassociatedleakroisassumedinheaccidentanatysas.Tnisrestriction,inconjunctionwith:heleakaaeratelimi.ation,willlimit.hesi2bouncary."diairiondosestowith:nhelimi.5ci,lQC,"-R?art100durinaacciden:condiicns.Gene~On~anC~~t9and"/"512MR<r'iATNI'I~fltvgG40.0tneiimitatior'scnprimaryconte-.inmentleakageraiasensuretha.:he'tota:cA721Amef17.IeakPgevolumewiIIinoI2QthvaIU-Pssumi2diA~2ccicef'ianatys25air.hepeakaccidentplessuraOT+".~siia,P.AsPr,cacadconserva-isimthB.<<BasurodoverP11i~agr"tadie=hcaB22.15iIirhal'imiiadtolessi"ancreaual00.7"LdUl'itlgper;C-...ancecfthepo>>icdict25502Uri-icpcssi012QB,Pda'oh0ii.:le"on-oi"mon.leakagebarrie.sbe"'~enteakaceLovs~.Qperotiingex"er'.once.wiiirh-'..-e(maiin5:aamiiiinej',Sotaticnvalves<<25iAQ1c2dP'aaaaa0'1hPsoc2510naItycc"edIn'eleakigfl7-Bssci:Ihevalves;thareTor4thespeciateauil'orna!ltfoi.asAgesevalves.~Thesurveillancetastinafcrmeasuriingleakageratesisconsistenltwiiti",:Iie".4"uiromentsciAppendix"J"of10C.=RPlt0with=heexcept-,onclexeil--~~ItiOnS-",antedTormaifl5:aamiSO27r-'AVaISIeak.=-='gana-2iriAg'-hiea'riocisa=-.arachopening.prLli'ilvI~inelilmiso.onclosureand1'eakratafcr-'heprimaryco-'-airlocksare."ouiredtom-eresric:ionsonPR:MAR"",~"IT:NT=I-RI!Y2ndtheprimarvCOn~inmantiea.o"2C'peifiCaticnS".ct.i.l2nd3.6.1.2.Inespeiiicat10Ck'Cilc2iacilc-12rI"cy2ionaperiodsoftime'2airlo'ckswillbein4d2ndsecuredposi-tiondurin"~roperation.Onlyonecloseddooriineac:14ck15tomaintain.heintegrity'oTtiveccniainment.'I~I>>II'I~~viLiirii~~vIv~~s>>4.'i'~~~V>>lIrIIrllr~1ilLovr<<I'I~~~I~~~~VV>>IV~5ICv~I~~VI~'>>~~~iIOOI~I~Vv~~I~~V~~>>I>>~~I~4-'ro~IVI~I~~~>>~rLiioVcT'ilLi~~'V>>v>>0~eeIVIvI>>'lrllVIIv>>I~~~-IaI4~>>~~~~pl1~~V>>IIl,III~JvV>>I4NMP-&iIT2I"P-C(S-(="'rivvlI~4IIIIIICIrII3"'/<6-1I/
CONTAIHMEHTSY~iSBASES~ps5P~+p~ceWASi4~~~e1HlosecHu.'.operationsnsureshatwcss4ve-quan~~i.adman-mat.r~~Hot-he-released;-via-the-purge-systea~~~rovid~ssuranc~+at~he-(H~ch-va3~es.cannotb~nadve~nt'y-opened,"key-ar~e&ed-opposed-',n-accordancewith.~nda~evi~a~~~htc~Rede~emanica+-devices-to-seH-orlock-the.~~osed-or-prevents-powe~om-bein~p+ied-ta-the-vaHre-'operate~-Mid2Gc".STS-(BMR/5)83/46"23/4.6.1.5PRIMARYCOHTAIHMEHTSTRUCTURALINTEGRITYeimorceaconcretecontainmenr.Thislimitationensuresthatthejstructuralintegrity.ofthe.containmentwillbemaintainedcomparabletothe/originaldesT'gnstandardsforthelifeoftheunit..Strucuralintegrityis'requiredtoensurethatthe.containmentwi11fhhdhh'fiehgfg'hfdgfhdh~"~~9"-break-asc+faH+.AvisualinspectioninconjunctionwithTypeAleakagetestsissufficienttodemonstratethiscapability.%As-imitationensures-~a~he-swuc~ura~egri-y-i~4hh'g'I-I-the-facility;--.Structural-integrityis'equiredtoensurethatthecontai~nt-of-a-LOCAI!-,'I'>>>>v~-ere-sufJwRt-also-be-subjected-~tress-cyc}.ingtestsandtohh!I>>.I'I!I'.'~ega>>Jh>>>>v-Guide-i;sS-'Ensesvice-ggusvevHencai'-iingsauee&Tenuans-in-evesevessen-I'~gh3/4.6.1.6OFNELLANO'UPPRESSIOHCHAMSHI~e.HALPRESSURE'~Thelimitationsondrywellandsuppressionchamber'tarnalpressureensurethatthecontainmentpeakpressureof.'gdoesnotexcedthedesinressureofpsigduring4LOCA).+~a-1-Me-brea+conditionsorateexternaressuredifferentialdoesnotexcadthedesianmaximumexternalpressuredifferentialofg4.7)psid.Thelimitafg~sig..forinitialpositivecontainmentpressurewilllimitthetotalpressu0.75appto~e.fi'psig.whichislessthanthedesignpressureandisconsistentwiththesafety-analysis.'13/4.6.1.7OR%ALLAVERAGEAIRTBlPERATURE:f..'helimitationondr~e11averageairtemper'atureensuresthatthecontainmentpeakairtemperaturedoesnotexceed.thedesigntemperatureof4340)'Fdurinq/LOCAL(steam-line-breakjconditionsandisconsisentwiththePRIVRYCONTAINhlEV73/4.6.I.8.II*IRK(~h
Inad~on,dc'aximumdrcyvaMaverage,nutCempanaturcemaQongin~aLconcKtionccsedCodMeeninefacemaximumnegusdi$(we~poussea~gonNedrcctweLt'.andauppce6aionchamoet~oMouu'.nginadveMe,ru'a~Mr.ono$We.e,one'.nmeetaptuxu4.83/46-2a
3/4.6.1.8The14"and12"p~mycontcu'.nmeru.'utcgesuppLuandexh~CaLtomaticiso~onvaLvesmeceo~edCobec,Losedduningplantop~on.The,Woinchsupp/tuautomaticiso~onvaLvesused(on,ineAtingmeaLsoceouiJt,edCobecLoseddcuungp~op~on.,<(ac,ntcu'.ningthesevaLvescLosedd~ngpkxntoperationsensures~excessiveocuuu~eso$eukoactivemate~LseiXLnoCbeneLeasedvmsNeputcgesystem.Inaccordance~V~eStandardReviewplan,6.2.4,one,inboardautomaticisoLationvaLveandone,occtbouuface."omaticiso~ionvaLvealeeprovidedoneachpwtgeLine,duu'penceNepnsm~containmentNaLL.The.useo$Wegum~containmentpurgeLmesde.ngp6tntoperonxes4wctedtoNe$o~ivi.ng:OpeningSee2inchiso~onvaLves4omuckyaddeitxoaen~oNep~arcucontainmentCo~en.maintainp~ucontainmenp4essuneurdu'nC<edanaeo$-.5W.75psigon,~omaintain,theoxugenconcent~onLimita4volumepercentocRess.b.Openingme14inchand12inchex/uuu~iso~onvaLves~on,~essiveco~oLo$WebuyveLLatmosphere.Ventingo$Me~eLLatmosphere(oepcessmecoeircoZuuXLbe,accomp~hedbyexfums~ng~oughpipingCoMeSWndbuGasTte~enSystem(SGTSjuthMeitpasses~ughtheSGTS$MtvuandMis.releasedgroomNemainsWciz~oWeenvironment.The,aLtomaticvaLves~cd%~omaticaLLucLosedcvu.ngone,o$.~re$oZZoemgconditionsso4<ato$$sMe.mdiationdosesa.e,maintainedbeLnvaLLouxtblevaLtLes:a.LOCAb.RadiationSeveo)SGTSeffluentat~iemain.socioexceedingapnedWenminedvaLue.83/4
~~COHTAIHMEHTSYSTEMSPRIMARYCONTAIhfMEhlTpuRB5Yvvtoio&~00-woe@-ao4-bAih~vaQe~ea~~qwen~rg49~leakageintegritytestswithamaximumallowableleakagerateforpurgesupplyandexhaustisolationvalveswillprovideearlyindicationofresilientmaterialsealdegradationandwi11allowtheopportunityforreaairbeforegrossleakagefailuredevelops.The0.60Lleakagelimitshallnotbeexceededwhentheleakageratesdetermined3ytheleakageintegritytestsofthosevalvesareaddedtothepreviouslydeterminedtotalforallvalvesandpenetration'ssubjecttoType8and.Ctests.+Thep~~yco~nmeeepucge,we~ondeseu'.bedmFSARSe~on9..4.2.NAvv.NIÃABMw-pevvvi*.vN-vlvluIx~v-v~aslaveoev~vv~3/4.6.2.OEeRESSURIZATiOHSYSTEMSThespecificationsofthissectionensurethattheprimarycontainmentpressurewillnotexceedthedesignpressureof~psigduringprimarysystem.blowdownfromfulloperatingpressure.~vsThesuppressionchamberwaterprovidestheheatsinkforthereacorcoolantsysemenergyreleasefollowingapostulatedruptureofthesystem.Tne'suppres-.~sionchamberwatervolumemustabsorbtheassociateddecayand'rucural~]0y0sensibleheatreleasedduringreactorcoolant.systembIowdown.from+HRsig.~Sinceallofthegases.inthedrywel1arepurgedihtothesuppressionchamoerairspace'uringalossofcoolantaccident,the'pressureoftheliquid-musnotexceed~psig,thesuppressionchambermaximumpressure.inc5essgn~voumeof.5be',uppressioncbambar,unbarandair,uasobtafnedbyconsidering'Paithetotalvolumeofreactorcoolantandtobeconsideredisdischarged:othe.suopressionchamberandthatthedwellvolumeispurged.tothesuppressionchamber,',...'5ttspsfUsingtheminimumormaximumwatervol~~esgiven-'~bi-~~containmentpressureduringNedesignbasisiaccvdant)isapproximately0psi'whichis.belowthedesignpressureof~psig.<Maximumwatervolumeofis<,too-,ftresu'Its'inadounc"marsubmergencoff+ld"$-o-ndNa'inimumvolume~t+5,495~o>~6&3-ftresultsinasubmergenceapproximately~~incheslessvI'0mvsI0"GE-S)S-PMFP7NMP-URs7.T283/46-3.
CONTAINMENTSYSTEMSBASES.OEPRESSURIZATIONSY~iS(Continued)Shoulditbenecessarytomakethesuppress'ionchamberinoperable,thisshallonlybedoneasspecifiedinSpecification3.5.3.MZie,'-*-40N~e~pppg,Mam~watertemperatureof$90$'Fresultinawatertemoeratureofaoorox"imatel"~Fimmediatelyfollowingblowdownwhichisbelowthe$200)'Fusedorcnmpietecondensationvia<T-qnencherg(ramshemfieevics.Atthistamnera-tureandatmosphericpressure,theavailableNPSHexcdstharequiredbyboththeRHRandcorespraypumps,thusthereisnodeoendencyoncontainmentove.pressureduringtheaccidentinjecionphase.~fbothRHRlooosareusedorcontainmentcooling,thereisnodependencyoncontainmentoverprssure'orpos-LOCAoperations.ExperimentaldataindicatesthatexcessivesteamcondensingloadscanbeavoidedifthepeakbulktamperatureofthesuporessIonpoolismaintainedbelow$200$'Fduringanyperiodofbeliefvalveooerationwithsonicconditionsatthedischargeexitfor<T-quencher>~@~+devices.Soeci,icationshavebenplacedontheenvelopeofracoroperatingconditionssothatthereac-.orcanbedepressurizedinatimelymannertoavoidtheregimeofpotentiallyhighsuppressionchamberIoadings.BecauseofthelargevolumeandthermalcaoacityofNesuopressionpool,thevolumeandtampe.aturenormal1ychangesveryslowlyandmonitoringtheseparametersdailyissufficienttoas~lishanytemperaturerends.ByrequiringNesuopressionpooltemperaturetobefrequentlyrecordedduringperiodsofsignificantheataddition,thetemperaturetrendswillbecloselyfollowedsothataporopriateacioncanbetaken.Therequirementforanex:arnalvisualexaminationfollowinganyeventwherepotent;aIIyhighloadingscauldoc"urprovidesassurancethatnosignificantdamage'wasencountered.(Par.cularattentionshouldbefocusedonstructuraldiscontinuitiesinthevicinityofthereliefvalvedischargesincethesearexpec.adtobethepointsofhighesstress.)Iin.additiontotheIimiwontamoeratureofthesuporessionchamberpool.'ater,ooeratingproceduresdefinetheactiontobelikeninthe.eventasafety-relief,valveinadver.entlyooensorsticksopen.Asaminimumt!Iisac-ionsha)1include:(1)useofallavailablemeanstoclosethevalve,(2)ini.iatesuopres-sionpoolwatercooling,(3)initiatereactorshutdown,and(4)iothersasety-reliefvalvesareusedtodepressurizethereac.or,:heirdischargeshallbeseparatedfromthatofthestuck-ooensafetyreliervalvetoassuremixinganduniformityofenergyinsertionothepool.CLsRP-WAIT2QE-STS(BWRj)B3/46"4<<rfv<<fsi
COHTAIHMEHTSY~S3/4.6.3PRIMARYCDHTAIHMEHTISOLATIONVALVESTheOPaqABILXTYoftheprimarycontainmentisalatioavalvesensuresthatthecantainmentatmospherewillbeisalatedframtheautsideenvironmentintheevent,ofareleaseofradioactivematerialtothecantainmentatmosphereor'ressurizationofthecontainment(andiscansistent,withtherequirementsofGDC54through57ofAppendixAto1DCFR50).CantainmentisolationwithinthetimelimitsspecifiedensuresfarthoseisolationvalvesdesignedtocloseautomaticallythatthereleaseofradioacivematerialtatheenvironmentwillbeconsistentwiththeassumptiansusedintheanalysesforaLOCA.3/4.5.4'ACUUMRELIEFVacuumreliefbreakersareprovidedtoequalizthepressurebetweenthesuppressionchamberandd~ellandbetweentheReactorBuildingandsuppressionchamber.ThissystemwillmaintainthestructuralintegrityofNeprimarycontainmentundercanditionsoflargedifferentialpressurs.Thevacuumbreakersbetweenthesuppressionchamberandthedrywe31musnotbeinoperableintheopenpositionsincethiswouldallawbypassingofthesuppressionpoolincaseofanacŽident.Thereare(fourpairs)ofvalvestaprovideredundancysathatoperationmaycontinueforupto72hourswithnomorethananepairofvacuumbreakersinaperableintheclosedpositian.3/4.6.5"-~REACTORBUILDING~LL~l'klisdesignedtominimizeanygraundl<qeje9~0<ggradioacivematerialwhichmayresultfromanacŽident.Theprovidessecondarycontainmentduringnormalaperatianwhenthedrywell'ssealedandinservice.WhenthereactorisinCOLOSHUTQQWorRE;UELZHG,the-drywellmaybeopenandt'ieReactorBuildingthenbecamestheonlycantainment.h'CC'PPMP!'s~lishingandmaintaining~eawm.i+thereactorbuildingwiththes~dbygastreatmentsys~onceper~oath.~,alongwiththesurveillanceofthedaars,hatches,dampersandvalves,isadequatetaensuret.Pee~~LqjjtvG..arenoviolationsaf.theintegrityoftheTheOPERABILITYofthesandbygastreatmentsystem%ensurest!iat]sufficientiadineremovalcapabilitywillbeavailablein.theeventofaLOCA.Thereducianincontainmentiodineinventoryreducestheresultingsiteboun"daryradiationdosesassociatedwithcontainmentleakageThe.operationofthissystemandresultantiodineremovalcapacityareconsistentwiththeassumptionsusedintheLOCAanalyses.CumulativeaperatianofthesystemwiththeheatersforlOhoursavera31dayperiod'ssuffi'cientareducethebuildupofmoistureontheadsorbersandHEPA-filters.DyeriVVP-UNIT2GE-STS(BW~B3/46"5 0
CnHTAMlEHTDYST&C.5QWACD0i"o'DD~)PA'ovCOIhl.A,'gcqimgoqog~~r>gqiRPgLi~~,ofthesystemsreauiredforthedtac-ionandc"ntrohydrogenconcentrationwithintheprimarycont-inmentbelowitsf1~"..~ablelimiduringpast-LOCAcondiions.rl~~~d~ellandsuppressionchamberhydrogenrecombinersysamiscapableofcontrollingtheexpecadhydrogeneneratonassociatewith(1)zirconium"waterreac:ons,(2)radioiyticoecomocsitionofwaterand',"-)corrosionofmaviswi.bincontainment.hIAhhycrocencontrolsys~amsc"nss-an-'ith:herec."mmendatonsofRegulatoryCuide1.7,"Cont.QlofCcmbusibleGasCncantrationsinConwinmenioliowing<inCA',~viarcb1371.~andoxygenNiPUNIT2Gc;HAS(""MR/:-)'
3/<.7PLANTSYSTEMS3ASES/NS~~7pm83/e7-4.3/4.7.1SERVICEMATERSYSTEMS-QPER.A(LINGhPQCpu.CDa&VTheOPERABILITYoftheservicewatersystemsensuresthatsufficientcoolingcapacityisavailableforcontinuedoperationofsafety-relatedequipmentduringnormalandaccidentconditions.Theredundantcoolingcapacityofthesesystems,assumingasinglefailure,isconsistentwiththeassumptionsusedintheaccidentconditionswithinacceotablelimits.~~popAA.SPECIALF<LTFR.TRA1H3/4.7.3CONTROLROOMEMERGENCY.".~ouzooowgin-s~<<'"~R~<~TheOPERABILITYofthecontro1roomeeON]sodurinandfollowinall'esibasisaccidentconditions.Continuousoperationorthesystemwiththeheaters.for10hoursduringeach31dayperiodissufficienttoreducethebuildupofmoistureontheadsorbersandHEPAfilters.TheOPERABILITYofthissysteminconjunctionwithcontrolroomdesignorovi-sionsisbasedonlimitingtheradiationexposuretopersonneloccupyingthecontrolroomtoSremorless.wholebody,oritsequivalent.Thislimita-tionisconsistentwiththerequirementsofGeneralOesignCriteria19ofApoendix"A",10CFRPart50.FLOOOPROTECTION{Optional)Therequiremenrotectionensuresthatf'.rotectiveacionswillbetakenandoperationwedintheeventoffloodconditions.Thelimitofel~)MeanSea'asedonthemaximumelevationatwstyfloodcontrolmeasuresprovideprotesafetyqulpment.3/4.7.4REACTORCOREISOLATIONCOOLINGSYSTEMThereactorcoreisolationcooling{RCIC)systemisprovidedtoassureadequatecorecoolingintheeventofreactorisolationfromitsprimaryheatsinkandthelossoffeedwaterflawto'thereac.orvesselwithoutrequiringactuationofanyoftheEmergencyCoreCoolingSystemequipment.TheRCICsystemiconservativelyrequiredtobeOPERABLEwheneverreactorpressureexceespsig.ThispressureissubstantiallybelowthatforwnichtheRCICsystemcanprovideadequatecore'coolingforeventsrequiringtheRCICsystem./~OTheRCICsystemspecificationsareapplicabluringOPERATIONALCGNOITIONS1,2and3whenreactorvesselpressureexceedspsigbecauseRCICistheprimarynon-ECCSsourceofemergencycorecoolingwhenthereacorispressurized.WiththeRCICsysteminoperable,adequatecorecoolingisassuredbytheOPERABILITYoftheHPCSsystemandjustifiesthespecified14dayout-of-serviceperiod.ThesurveillancerequirementsprovideadequateassurancetnatRCICwi11beOPERABLEwhenrequired.Althoughallactivecomponentsareestableandfullflowcanbedemonstratedbyrecirculationduringreac.oroperation,acomp'letefunctionaltestrequiresreactorshutdown.ThepumpdischargepioingismaintainedfulltopreventwaterhammerdamageB3/47-1
The.IntakeDeicingheatexspecificationmCoeraseadequatewMecmavaiXxbZzCoNzservicewateraygem.Inonly4.'opnoveMat~hzagCemissupplyingadeouae,heat4.'o4~zbmmein,a.po~bZzammMmskaKbewedocheck4hz(MLbroadc~xznto~Wzheazm.The.~eru.'boundbe.checkedona,weeklybarm.Cwut,zetahaLLoemenaced)oreeachphizaeacho(Ne(own.morccoru"xoZcentmZocations.I(a,majon.dzv~on(mmmtzdc~znt~dWectzd.'j~z<inve,sWg~onmnequixedCodzte~nzi(anopencircuitexuwinNeindividuat'.hzaten.circ~Thesenu'annualcheckooeachheatzrcecZLverci5yChat4sz,wee&,Zuhavebeenadequate.The,annualcheckero(c<Acui.tmeggaxceadinga<<uZLcheckagaimCCong.t~degradationo)c,~ac~im~oru.lh'sf+<<~pneum-6+~/NiP-CUBIT283/07-la
PLANTSYSTEMSBASES53/4.7SyuBBERSSnubbersareprovidedtoensurethatthestructuralintegrityofthereactorcoolantsystemandallothersafetyrelatedsystemsismaintainedduringandfollowingaseismicorothereventinitiatingdynamicloads.Thevisualinspectionfrequencyisbaseduponmaintainingaconsantlevelofsnubberprotectiontosystems.Therefore,therequiredinspectionintervalvariesinverselywiththeobservedsnubberfailuresandisdeterminedbythenumberofinoperablesnubbersfoundduringaninspection.Inspectionsperformedbeforethatintervalhaselapsedmaybeusedasanewreferencepointtodeterminethenextinspection.However,theresultsofsuchearlyinspectionsperformedbeforetheoriginalrequiredtimeintervalhaselapsed+nominaltimeless'5Ã+maynotbeusedtolengthentherequiredinspectioninterval.Anyinspectionwhoseresultsrequireashorterinspectionintervalwilloverridethepreviousschedule:Whenthecauseoftherejectionofasnubberisclearlyestablishedandremedied'forthatsnubberandforanyothersnubbersthatmaybegenericallysusceptible,andverifiedbyinservicefunctionaltesting,thatsnubbermaybeexemptedfrombeingcountedasinoperable.Genericallysusceptiblesnubbersarehosewhichareofaspecificmakeormodelandhavethesamedesignfeaturesdirectlyrelatedtorejectiono<thesnubberbyvisualinspecion,oraresimilarlylocatedorexposedtothesameenvironmentalconditionssuchastemperature,radiation,andvibration.Whenasnubberisfoundinoperable,anengineeringevaluationisperformed,inadditiontothedeterminationofthesnubbermodeoffailure,inordertodetermineifanysafety-relatedcomponentorsystemhasbeenadverslyaffectedbytheinoperabilityofthesnubber.Theengineeringevaluationshalldeterminewhetherornotthesnubbermodeoffailurehasimpartedasignificanteffectordegradationonthesupportedcomponentorsystem.Toprovideassuranceofsnubberfunctionalreliability,arepresentativesamp)eoftheinstalledsnubberswillbefunctionallytestedduringplantshutdownsat18monthintervals.Selectionofarepresentativesampleaccordingtotheexpression35(1+-)providesaconfidencelevelofc2approximately95Kthat90~to100ÃofthesnubbersintheplantwillbeOPERABLwithinacceptancelimits.Observedfailuresofthesesamolesnubbersshallrequirefunctionaltestingofadditionalunits.Hvdraulicsnubbersandmechanicalsnubbersmayeachbetreatedasadifferententiyfortheabovesurveillanceprograms.Nii'-UNIT2B3/47~~'hpPz'
PLAHTSYST"RSBASES3/4.7.5SEALEDSOURCECOHTAMIHATIOHThalimitatiansonremovablecontaminationiorsourcsrequiringleakasing,includingalphaemi.Brs,isbasedon10CFR70.33(c)limitsforplutonium..Thislimi~tionw111ensuretha+leakageirombycraduc,sourc,'ndspecialnuclearma.rialsourceswillnotexceedallowableintakevalues.Sealedsourcesareclassifiedintathreegroupszcccrdingto".teirusa,wihsurveillancrequiremenscommensuratewiththaprcoabilityofdamaoeaasourcein-hatgraup.Tncsesaurcaswhicharefrequentlyhandledarerequireda"etas:admoraointhanthosewhicharanot.Sealedsour"swhicharecontinuousivenclosedwithinashieldedmehanism,i.e.,sealedsourceswih;nradiationmonitoringcrboranmeasuringdevices,arecansidaredobe5-are~ardneedna=beasadunlessthey.areremovediram"heshiBICad.mechanism.S/-"7.7qcSUPP%"-S"OHSYS:"ISTheOP":RABrLrTYof:heciresuppressiionsysiamsnsuresthaiadaqia-'afiresuporssiioncap&iiiyisavailaole:acanfineandBxtnouishifiresoc"urringinanypar=ioncf.heaciiliivwheresa,atyrelctadBqu1Qfilen15IocatadThefiresuporesscnsvsamcansis5ofthewatasys-am,spravand/ors-rink';e.s,COSyStamS,,'.".alonSySiamSandfirehaSBSWt;OnS.VneCaller=iVBCap~iIi-Vciheiiresuporessionsysamsisadaquaieaminimi=apotan-.'aidamage.asafatvralaBde"uiomeniardisa:a'arelemeniinthefaciI;".Yfirepratac-.icnprogram.Enheeventhaiportonscileiiire5"cr'essonsvsamsa.Icpa.=al=arnata"aC'<upirB-ght:ngeauipmeniSreaurar-.abemadaVaiiaaie-ntheaffectedareasunt1the;nope."'ableBoui"mentisres""t'oCasarvica.Mhantheinoperablefire,ignincaq'iomentisin=andec.ousaasabac<umea..scii'Bsl'5ioni,alorica..Br'iodoitimeii5BIiowedapl'~CB=n"I~.ia.mearisafiii~eiiciiinghiciili,ilelnoper~IaBuiiia.iii5ica%ma.Y..Baiic,-,-'resuooress-',on.Ticesul"IeiIIance.Boul.BI"..a.ts~vicaassurancesiat.le~iiufilOP".u-."'.Buiremen-.soithefiresu""ressiansysBmsareme-.AnaiIcarcisccrensuringa.suf=iciiantvolumeo"',".iaicninthe.'".'alonstaraca.anksbyver"'.iyinothe~eigntandprBSSure~leVB+OftneWnkS.(LBVel'eaSure;-..er-5aremacebyBiharaU.L.orF;A.aopravedmethod.).nheeven-thefiresuporessicnwatersystambeames'noperabie,carrec=ivemeasuresfilusaeakansincethissys-BmprovCes:.'".BmajorsuQQr'Bssoncaoao1IivoiaDIarii'herequiremenfora.wany"aurrepcr=-atheCammiss-ionprovidesfcrprofi;a-Bvalua-cnof:;",eac"p:abiof=hearrec=ivemeasurestaprovideadequaafiresupprossioncapabiii.hecantiinuedpratac-ioncf'henuclearplant.1mmBQiaianaur1cav~vfor
?LANTSYST"9SBASES3/4.7.8FIRERAieDASS&c.BLIESTheOPERABILITYofthefirebarriersandbarrierpenetrationsensure~thatiredamage~illbelimited.Thesedesignfeaturesminimizethepossibilityofasinglefireinvolvingmorethanonefireareapriorto'etectionandextinguishment.Thefirebarriers,firebarrierpenetrationsdborsareperiodicallyinspectedtoverifytheirOPERABILITY.3/4.7.9AREATEMPERATUREMONITORING(Optional)erature1imitationsethatsafety-relatedequipment~i11notbesubjectedtoternexcessofheirenvironmentalqualification~temperatures.Exposexcessiveesmaydegradeequipmentandcancauselo>tsOPERABILITY.Thetemperatureudeallo~ancefor.'trumenterrorof()~F.3/<.7.10NAIHTURBINEBYPASSSYST"9ThemainturbinebypasssystemisrequiredtobeOPERABLEconsisantwiththeassumptionsofthe+feedwatercontrollerfailur+analysisofFSARChapter1c.Vii'-WiIT2GE-ST5+BWR/c)B3/47-4A.
3/4.8I.ILECTRICALPOWERSYSiHSaASES3/4.3.l.3/4.8.22nd3/4.8.3A.C.SOURC"=S,0.C.SQURC"-S2ndONS7"POSER0>!w'"UI~ONYSIc.5TheOP=2BIL7TYoftheA.C.2ndO.C.powersources2nd.associaadis-ributionsysamsdurinacoerationensursthatsufficentpowerwillbeavail&!eosupolythesa7atyrelatedeuipmentrequired=or(1)lesafeshutdownofthefacilityand(2)themiigationandantralofac"identconditionswithin<<leracilitJ.(Ineminimumspecifiedindependent2ndraduncianA.C.2nd0.C.powersourcesanadist".i'out-ionsysasssatisfytherequirementsofGeneralOesignCritar.'a17ofAppencix"A"tol0C."-R"0.);neAC:ONrequirementsspecifiedforthelevelsofda~aoa7lono7thepowe>>sourcesproviderestric:ionuocncontinuedfaci!i.yoceratior.Commensuratehelevelofdegradation.IneOPBABiLiYofhepowe>>sourcesarecon-sistentwih.heinitialc"nditionassumptionsof~heac"identanalyses2nda>>ebasedpcnl!aintainingatleesDivisionor2O7theonsitaA.C.anaO.C.powe.scu~anassocia72dde5UioflsysamsOPMBLduring"cce..7cond-;t-ionsc"incidentwithanassumed1Q55Q7offsi2pcwe>>2ndsinglefailureQfhaothe.>>onsitaA.C.source.Oivision3suppliesEabien"ressurec"respray(HPCS)systemonly.EOG-1(9<vI)EOG-1(NvI)EOG-3(NvIE)r!neA.C.2ndO.C.sour=aal!ow~>>leou=-".f-sa.vicatmesare'".asadQnRaguiat~JGuidel.93,nvai.icQi!ityQf,=iec=ricalPower=our"as",Decamoe>>'~'4.'w'lenciiesaiga..er""",~of<~isircoe.oie,-he.isnaccitonaiAC'NI'equirement=overi;ythatailrequiredsysiamssusys2'.5ans,c"mnoren<<2nddevices,atdeoendQn~er~maininaOP4"-~"iesa!Canarat"rE~or~asasour"2oferne>>Žencyower,arealsoOPERABI=.Tnisrahu:ra-:ientisirtanced"oprovideassurance-hat2lossofcffstapowerevent~iII~o~esullf!2c.piIet2liossQ7safe-vfunc=ionQT.=IsvsamsdUri.".".hepe>>iccdieselcaneratzr~or~isincper=-bie.Thea...,ver~fyUsedin:hisc"n:mmeanstw"ac=,inistratlveivchec'<"vaxaminincIocs-""ln7cr.i=tonto2'.~linel:/car<<:ncponen5af'euofsa.Vicafomai=.areaorotherreasons.7tdoes/notmeant"pe>>formthesurvaiiiancarecuiromantsneededtodemonstratethe/OP~~AB~L:II'7>ec<pcnent.EOG-3(Q.vII)EOG-1(N.vI}EOG-3(O<vII)!neOP?~".:L:iYortheminimumspecf-edA.C.2nd9.C.Qwe.sourcsandassocl2aci57il7ioflsvs72msdurinashutcownancre7Uiinaensur5<<at(1)thefac1'.-ycanbemain<<inca;ntheshutownor."fuelingc"rai'ior.forex=endedimepe.iods2nd(2)su7-,-;cientinstrmentationancc"ntrolcapaoility;savailaoleformcnitor.rcandmaintainingheunits~='s.Ofhcer!be;l,1979I,esurvei!lancerecuramantsfordemonst,-t;nat.;eOoogpvL-~Iofdiasa!scene.at"rsareinac""rda>>ca~iththeraccmmancat-.'onsa7~ReauiatotICUdQ'i2--'nof0iesa'.Gerara-"retCa"ac-v-,Q".t=-ncbvPowerSuopi'es",,~archlO,IB71,RaIat"ryGuic1.10p,"Prcdces=.ra".=OisaiCenerat"rUnt-Sa"'sOnsi-2=".ec"..'cPcwe.=IstamsatNuclear?Ower?lan~'avisQfl~hI'sTIncRacUlarIGuice'.'"2!O'~~mso-<ncv3esalG.ef'a5,.ev5:Qfl',Oc"e.'-i%ET2G"-a~"(Bi+-'";-="3/-'-:
c~ELFCTRECALPOSERSYSTEMS"'8ASKSrrg~~~%~~rA.C.SOURC:-S.O.C.SOURCcScndORSTTEPOU=ROTSTRTRUT:OHSYST:".S(CantiOucd)rThesurvei11ancarequirementsfordeonsratinguheOPERABELTTY'oithe"-.unitbaeriesareinaccordancewiththerecommendaionsof'RegulatoryGuide,:..1.129"'MaintenanceTestingandReplacmentofLargeLeadStorageBatteriesfor-NuclearPowerPlants",February1978,andiE":-Std450-F80,"EEiiRecoa'..endedPracicoformaintenance,Tesing,andReplace.,entofLarge>LadStoragBateriesforGeneratingS~tionsandSubsations.")Verifyingave.ageelecrolyetemperatureabovetheminimumforwhichhebauterywassized,totalbatteryteainalvol.ageonfloatcharge,connectionresistarcavaluesandtheper"ormanceofba.aryseriiiceanddischargees~ensureshieeiiec:ivenessofthec1a.gifigsysamtilecbi1ity~handlehighQiSChargerataSandCO-IpareShebauta~ryCapaCiuyc-thatuimeWi~ltileratadcapaciy.Tele4.8.2.i"ispecifieshenormaiiimiz=orea-'ldaiar<dpilotc11andeachconne~adcailforeIecmiytalevel,-,loauvoi~~ardspecificg.aviuv.Theiiimiwiorthedesicnatedpilotcallsfloatvo1~~and5ecii"icgrcViygreater"'lan2.'"VO1WanC.OimbeiOW'hemanufaI'irr'Sf~uilIChargespec,'ficaravityoraba.arycha.ercurrent."athads~ili-M--'icwvaiue,isc1aracaristicofac1ar"adca11wiuhacauatecac-."~g.Thenormaliimi-:~fpreachconnecadcaI1iorfloatvoltage.andspewf-,cgraviv,gree.er".hanZ.i3volsandnotmcrthan.029below.liemanu-,ac~.r'sfullchargesoeciiicgravitvwi."'Ian=verccasueciiicaviy0iailthecnfKctadcaIIsnczmot'eziian.0"0"liow.ie.Tcnui"cu.si~uIIciargespecific.gravity,ensures-.heGP"=RBL:I.anccapabiiiuyof"-.ie5attary.OperaionwithabaarycaI1'paramania.outsidethenodal1imitbut,withiintheaIlowabievaiespec-;iiedinTab1e-"..~.2."-lispe-...,itedforupto7days.During.1is7daype-.oc:(:,)ti",eaiIcwabie.vaiu~aforaiectrcly~aIeveiensuresnoohys-caIc~-cceuo-.hepiatswithanadecucteelectron~=nSie.=cbiIl~y;().ieaIICWcbI4VclueiOrhe=Ye.agSpeliiCC.aVioiailthecHs,no-.crtŽan.020beiowthemiani=~=u-..cr'scor=encedcful.I.chargespeciiiccravi-yensures-hat:hedecreaseinratingwit%belessthian+we~safe~ymarginprovidedins-z-.'nc;(3)theailowabI.ievalueforanindivicuaiCa!1'SSueCiiiCaraVity,enSureSIi1aanindiiViduaiCail'SSPeCifiCgraVitywillnotbeisiorethIan.0-"05eicwhemanufac-urer'siuildwrgespecificgravityandhat.heoveraIlcapabiIityoftheba.arywillbem-in'.'nedwilinanac"pabieiimi;and(-".)heaiIcwabievaiue-,oraninaividualcil's=loavol~ca,gre=-~erthan2.07vols,ensuresthe5ata~i'.s.mpebilitytoperfora.-i-descnfuncion.,rJc~%I~~r~~~i~
E'CTRTCALPGMeR'YSTcHS8ASe53/4.8.-".~L-"CTRTCAL~OUIPh"=ATPROTeCTT'lEOP/IC:-5Primarycontainmr,electricalpenetrationsandpenetrationconducorsareprotecedbyeitherde-energizinacircuitsnotrequired'uringreacorQperat'onordemonsratingtneOPR"BTLTTYofpr'.'ma.yandbackupovercurrentorotacioncircuitbreakersbyperiodicsurIeillanc.Tnesurveillancerequirementsapplicabletolowe.voltaoecircuit,breakersandfusesprovidesassurancofbreakerandfusereliabiliybvtastingatleas-onerepresentativesampleoTeachmanufacu.e.sblandOTcircu'reakerand/orfuse.Eachmanu=ac.urer'smoldedc=-seandmetalcsecircuitbreake.s2nd/orfus25aregdupedintorepres2n'tivesamples'Khicharethantasedonarotatingbasistoensurethaiallbreakersahd/orf'Jsasare"ested.'fcw1devar1eTycMistswithinanymanufacuersorcndOTc~rcuitbreakersard/orfusesitisnecessarytodividethcTmanufacture.5Oreakarsand/Orfus2S1ntOQrlupscndtreateaChg.OUDaScSaparai2ypeOfbreakerorfus2sTorsurveiflancepurposes:ice,bypass.-'ng)~~'rP-."~~.ofthemotor".avalve-"he.aloverloadpropre.on(continuously).(or)('duri1de..~concR~ns-)-(byintegraloypassdevic<<)ensures,~<<a'".ner-ialoverloadprotect-ion(dur>ngaccioentc"nditions)willnot~~~.ivsafetyelatedvclvesfomperfcningtheir-function.Thesurv'nce'recuirementsfordemonstra-ing-:.he(b'r.ass-'ng)(cr)(OPEPAB~>>'.,abemalaver10-dpra.=-c=1anbacon:i;.ucvslyj-Wi.',tii'.iGS"Thermal"".loadProtac~ionfor~.er='r'cRotorsonHot."rOoerazad'lalv"-s"Gn1HarhI<977.+
3/-'.cRE=rJE'NGOPER"TEOHSBASiS3/-"..9.1RECTORMQOESMETCHLockingtheOpERABLErec.ormodes~itchintheShutdownorRefuelposiion,asspecified,ensuresthatheresrictionsoncontrolrodwithdrawaiandrefuelingplatformmovementduring<<Derefuelingooerationsareprooerlyactvated.These.cond:ionsreinforce<<Nerefuel',ngproceduresandreducetheprcbaoilityofinadver.antcriicaiii/,damagetorec.orinternalsorfuelassemblies,andexposureofpersannei-toexcessiverpdicac.ivity../-"c2H~RUlAEHTAIOHTheOPHAGiLMrof=-tleast"wosour"erangemcni=orsensureshat~'undantmonitoringcapabilityis.avail+letode-a~hangesintnereariv'-.yc"ncitonofthecare3/4.9.3CONTROLRGOPQS<iLQHThe",irementhatailcon-rolrodsbeinsa..adduringcthe.COREALTERAT.OHSensuresHatfuelwi:1noibercadedintoacel)without.acan".'airad.3/-'.9.<OE:AYr!iETheminimumreouirment:ionsusedint..eac"identanforreac=arsubc"."'.-.cality:rcrhaselapsed.oa'llew-heraa;cac='iveaiya.fuelmdvemen""neassu..aCO~-'.uHC'iOHSmeacquirementforcoŽ.".,unica-ionscapaoilityensursthatre.'eiir.gs~--'onpersonnelcanbeprcmotiy>nfoladofsign'ficantchangesnthefac1~-is-a-usorcarereacivitycanditcndur..'ngmovementofueiwi.hintherase=orpressurevessel.C-llHZT2~'
REFULNGOPERATiQt(SBASES3/4.4.SREFUEL:NG?LATFORHTheQPRABILTTYrequirementsensurethat(I)therefuelinaplatformwill-beusedforhand1ingcontrolrodsandfuelassemblieswithinthereactorpressurevessel,(2)eachcraneandhoishassufficientlaadcapacityforhandlingfuelasse...bliesandcontrolrods,and(3)thecareinarnalsandpressurevesselareprotectedframexcssiveliftingforceintheevent.theyareinadvertentlyengacedduringliftingoperations.3/4i9.7CRAHETRAVELSPHTFUELSIORAGEPOOLTheresric.ioncnmovementofloadsinexcessofthencm'.nalweichtofafuelassemblyoverotherfuelassembliesinhesaragepoole..sures.liatintheeventthisloadisdrcpoed1)theactive-'.JreleasewillbeIIimtada.ha'n-tainedinasingleiuelassamoly,and2)anypcssiblecistar.'cno-fuelinthes-aragerac!<swillnotresultinacri"icalarrav.Inisassur<<pticniscansstentwiththeacivi.yreleaseassumedtnie5aietyanalyses.3/4.4.Sand3/<.9.9MATERLEVEL-REACTIORVESSELandWATERLEYE:-S?ENT.FUE:STORAGEPOOLTherestricionsanminimumwaterlevelensurethaTsufiicientwaterdaptiilsavallabiaaremove(94)iocTtileassumed(IO)iiiiadinegaoacivi.yreleasedframtheruptureoianirradia.adfuelassembly.Thisminimumwatardepthisconsistentwiththeassumptionsoftheac=iidentanalysis..3/4.4.10CONTROLRODRBlOVALThesespecificatiansensurethatmaintenanceorrepairaicanr"Irodsorcar.".airaddriveswillbeper-.ormadunderconditions.hal'.mitthepr"ba:i'liyofinadver.entc".iticaii+y.Inerequirementsiorsimultaneousremovalcimare.hananecontrolradaremorestringentsince.heSiIJTDOMNMARGiNspec.'iic=-'cnprovidesforthecaretaremain'subcri.)caIwi..".onlyw-canraIradiuilywihdrawn.3/4.9.11RES"DUALH"~T.";""..OVALAhOCOOL~i'(CRCULATiONTherequire..enthatatleescneresidualheatremovallocabeOPERABLEiD'IthaianaIta.naallethcdcapablecTdecayeatremvaIbedi<<.ns~"-ad=nd:hatanal.a.nztamehcdoicoolantmixingbe.noperaionensures'haI)suificientcooling'apac.'tyisavailableta.emove"ecayheatandmaintainhewa~arin.hereactorpressurevesselbelowl40'Fa~~ed-dur,'ng-REFUELTNG,and2)suff'.centcoolantcircuIat-,'anwouldbeavaiIabieŽrauc1ireraacorc"reoassureac"urataemperat'eii1dicaticnand".adisribualdpl'even5atiflcationof.hepaisanintheeventitbec"mesnecessarytaac"uata.hes-andbyliquidcanrolsystem.pitlTherequireme~ttohavetwasilutdcwncoolingmodeloopsOPRA4LEwhenthereislessthan~+feetoiwaterabcvethereacarvesselflangeensures.haasngleailureoftheaperatinglooowillnotreuitinacampletlossoiresid-ualheatremovalcapabi1iv.'riithheraacarvesselheadremovedand~~eat4~ateraacvethereac-arvesselfiance,alar"eheasinkisavailablefar2-caecaoIlncIhuslnle2venaiaiIureoihecae.at.;."RHRiccpadac"ate.imeisprov.dedta'citiataItmatemethcdscapableoTdecayheatremovalarne."ercvp."aca'ures=c-ol'hacare.~-UNIT2<I'<<~isS3/<9-2
3/4.10SPECIALTESEXCEPTIONSBASES3/4.10.1PRIMAPiYCQNTAINNE!~<IN<EGVTYTherequirementorPRI<'QRYCONTAINMBTINTEGRITYisnotappiicRleduringthepericdwhenapenvesseltestsarbeingperformedduringthelowpowerPHYSICSTm<S.3/4102RODSEOUENCECONTROLSYST<WInorde>>toper-,crmthetestsrequiredinthetechnicalspec--,iczt.'onsiisnecassa.gtabypassthesequenc",es-rain-soncont".air"dmovement.<neaddiadonaisurveillanceraquir..antsensurehatthespec-i=i<cat'.anscnheatgenerat-;onrz.asandshutdownmarginreqirementsarenotexceededdur.ngtheperiodwnen'leseastsarebeingper-,cr...edznd".";a-indiviaual!adwor-hsdonatexcadhevaluesassumedin!esafetyanalysis.3/<'-..10.3SHU~<<OWNMRG:NDe~QNSTRA<QNSPericr...areacishut"cwnmargindemonsrations~ihNevesselheadremovedrequ-iresadditionales-ricionsinor'artoensurethatcri-'cai.~doesnooc=ur.<nasaaddiiianalres~rictiansaraspec"iiiedin.hisLQ.3/a.10.-.RE=IRLATIONiOOPSThisspecial.asexceptionpewiareacarcriicziityundernoiiow.conditionszndisrequired".oper!'on-car=zinsa,.upandPHYS:""".<cSTSwniiealaw<n=."-.~LPHERlevels.3/-'.:0.:"OXYGENC".'<C:-.'<<<<AT".QNReiie7<remheoxygenc"nŽan.ricnspaiiicztiasisacssz~nordertoprcvidecssceclima.gcaniainmenduringtheiinitialSM."Eaidmstingphzsao-,c"e.ton.'<<Ii.hcu-.hisacŽass-'.."',eszr.pzndas-procramcouldberes-rictadanddelayed.3/4.<0.cRAINING~<nRTUPS7nisspecial.asexcationpewitstrainings-ar=pstobeper;ar..edwithhereac.orvesseldepressu!i=dz"lcwTHE+PL?ONERznd.a...pere-"rewhilecontrollingRCStemperature~i"5oneRHRsuosysamalignedinhe.shutdowncoolingmccainordertominimi=eccnt~m',natadwaa>>dIschar"oherzdicac:ivewasadis"asalsys-am.
('~~,e>La0,'OWer-Lt~i+Og'Dl.QC'd1<4.DCCwha+~opvAN~iELgbdgrakt.emSS4<'pr<p+ZC.')'pa>g9(r<OO~'RWCkiOLOgl'eaLQ44L~estbw4.'ENvi0w,m~ahaLM.84su<c~<aV~MU.Q.wcfgA-+069(Qpggle+)~~g~A<P~4~Q~QQ>pJ3/4.11RADIOACTIVEEFFLUE%'SBASES3/4.11.ILIOUIDEFFLUENTS3/4.11.1.1CONCENTRATIONThisspecificationisprovidedtoensurethatthecancentrationofradioacivematerialsreleasedinliquidwasteeffluentstoUNRESTRICTEDAREASwillbelessthanthecancantrationlevelsspecifiedin10CFRPart20,Appen-dixB,TableII,Column2.ThislimitationprovidesadditionalassurancethatthelevelsofradioactivematerialsinbodiesofwaterinUNRESTRICTEDAREASwillresultfnexposureswithin(I)theSecianII.AdesignobjecivesofAppen-dixI10CFRPart50,toaMEMBEROFTHEPUBLICand(2),thelimitsof10CFRPart20.106(e)tothepopulation.ThecancentrationlimitfordissolvedorentrainednoblegasesfsbasedupontheassumptianthatXe-135isthecantral-lingradioisotapeandftsMPCinair(submersion)wascanvertedtaanequivalentcancentratianfn~aterusingthemethodsdescribedinInternationalCommissiononRadfolagicalPratecion(ICRP)Publication2.Thisspecificatianappliestathereleaseofliquideffluentsframallreactorsatthesite.Therequireddeteciancapabilitiesforradioacivematerialsfnliquidwastesamp'lesaretabulatedintermsofthelowerlimitsofdetectian(LLOs).Detaileddiscussionofthe~s,andotherdetecionlimitscanbefoundinHASLPnuueduoeeHanuaI,HASL-300(oevIsedannuaIIy)~stag-Teeha4pm3/4.11.I.2DOSEThisspecificationfsprovidedtoimplementtherequirementsofSectionsII.A,III.AandIV.AofAppendixI,10CFRPart50.TheLimitingCandftionforOperationimplementstheguidessetforthfnSecionII;AofAppendixI.TheACTIONstatementsprovidetherequiredoperatingflexibilityandatthesametimeimplementtheguidessetfor"0fnSecionIY.AofAppen-dixItoassurethatthereleasesafradioacivematerialinliquideffluentstaUNRESTRICTEDAREASwillbekept"aslawasisreasonablyachievable."~fresh-water-s+tee-wfth-drf,therefsreasonable-assurance-that--the-oee~$en-~~ciI-fty-wfII-na~u+t-f~dionucHd~centrationsetn-"~dosecalculationmethodologyandparametersfntheODCMimplementtherequire-mentsinSecionIII.AofAppendixIthatconformancewiththeguidesafAppendixIbeshownbycalculationalproceduresbasedonmodelsanddata,suchthattheacualexposureofaMEMBEROFTHEPUBLICthroughapprapriatepathwaysisunlikelytabesubstantfaIIyunderesimated.TheequationsspecifiedinheODCMforcalculatingthedosesduetotheac:ualreleaseratesofradioac=ivematerialsinliquidef1uentsare~ansistentwiththemetdologyprovidedinNAP-UNIT2aenvca6!y83/4Q-'ykeaausano<bu'nIungussaansuppliesIuu0.annSapoaauneaauaadbu~~Mop~oK6.
u.$5f~~@Le~RADIOACTIVEEFFLUENTSBASESDOSE(Continued)ReactorEf$1uentsforthePurposeofEvaluatingCompliancewith10~rPart50,"AppendixI,"Revision1,October1977andRegulatoryGuide1113,"Zs.imatingAouaticDispersionofEffluentsfromAccidental'ndRoutineReactorReleasesforthePurposeofImplementingAppendixI,"April977.Thisspecificationappliestotereleaseofradioactivematerialsinliquideffluentsfromeachunitatthesitenensareaawastereazmen=aysemuseoyorenan,oneunitonsie,thewastesfromallunitsaremixedforsharedtreatment;'suchmixing,theeffluentreleasescotaccuratelybeascribedtoaspci'cunit.Anestimate.shouldbemadeofthecanHbutionfromeachunitbanditions,e.g.,flowratndradiozWivityconcentrations,,ifnotpracticable,thetreatedentreleasesmaybe~allocatedeytoeachoftheradioactivewaoducingunitss.".aringtheRadwastreatmentSystem.FordeterminingconformancetoLCDs,thesealloca-tionsfromsharedRadwaste'reatmentSystemsaretobeaddedtothepleasessoecificallyattributedtoeachunittoobtainthetotalreleasespe"uni3/4.11.1.3LIUIDRADWASTETREATMEHTSYSTEHTheOPERABILITYoftheLiquidRadwasteTreatmentSystemensuresMatthissystemwillbeavailableforusewheneverliquideffluentsrequirec~atmentpriortoreleasetotheenvironment.Therequirement'hattheapprc"riateportionsofthissystembeusedwhenspecifiedprovidesassurancethatthereleasesofradioactivematerialsinliquid,effluentswillbekept"aslowasisreasonablyachievable."Thisspecificationimplementstherequirementsof10C;R50.36a,GeneralDesign.Criterion60ofAppendixAto10CFRPar50andthe=~signThisspecificationappliesotereleeof.xadioactivematerialsinliu'tsfromeach'unitatthesite.hensnareaaawasteihutmentSystemsareuseayoreanonasite,thewastesfromallunitsareiixedforsharedtreatment;bysuchmixing,theeffluentreleasescannotaccuratelybeasdtoaspecificunit.Ane'houldbema-eofthecontributionsomachunitbasedoninputconiti,e.g.,flowrradioactivityntrations,or,ifnotpractie,thetreatedef.luentreleasesmaybtedequallytoeacheradioactivewasteproducingunitshar'heRadwasteTreatmentem.FordeterminingconformancetoLCOs,theseallocationsfromsharedRadwasteTreatmentSystemsaret"beaddedtothereleasesspecificallyattributedtoeachunittoobtaintheMtalreleasesperunit.3/4.11.1.4LIUIDHOLDUPTANKSThetankslistedinthisspecificatioaincludeallthoseoutdoc-.radwastetanks,.thatarenotsurroundedbyliners,dikes,orwallscapableofholdingthetankcontentsandthatdonothavetankoverflowsandsurroundingaradrainsconnectedtotheLiquidRadwasteTreatmentSystem.Restrictingthequantityofradioactivematerialcontainedinthespecifiedtanksprovidesassurancethatintheeventofanuncontrolledreleaseofthetank'scontents,theresultingconcentrationswouldbelessthanthelimitsof-10CFRPart20,AppendixB,TableII,Column2,atthenearestpotabiewatersupplyandthenearestsurfacewatersupplyinanUNRESTRICTEDAREA.
BASES3/4.11.2GASEOUSEFFLUEHTS3/4.11.2.1OUSERATEThisspecificationisprovidedtoensurethatthedoseatanytireatandbeyondtheSITEBOUNDARYfromgaseouseffluentsfromallunitsonthesitewi11bewithintheannualdoselimitsof-10CFRPart20toUHRESTRICTz9AREAS.Theannualdoselimitsarethedosesassociatedwiththeconcentratio..sof10CFRPart20,AppendixB,TableII,Column1.Theselimitsprovide~easonableassurancethatradioactivematerialdischargedingaseouseffluentsw-11notresultintheexposureofaMEMBEROFTHEPUBLICinanUNRESTRICTEDA.-".EA,eitherwithinoroutsidetheSITEBOUNDARY,toannualaverageconcentrationsexceedingthelimitsIspecifiedinAppendixB,TableIIof10CFRPart20(10CFRPart20.106(b)).ForMEMBERSOFTHEPUBLICwhomayattimesbewithintheSITEBOUNDARY,theoccupancyofthatMEMBEROFTHEPUBLICwillusa:allybesufficientlylowtocompensateforanyincreaseintheatmosphericdi,fusionfactorabovethatfortheSITE,BOUNDARY.(h~scorrespondinggammaandbetadoseratesabovebackgroundtoaMBSER.GFTHEPUBLICatorbeyondtheSITEBOUNDARYtolessthanorequalto500mr+ms/yeartothewholebodyortolessthanorequalto3000mrems/yeartotheskin.sThesereleaseratelimitsalsorestrict,atalltimes,thechrrespondingthyroiddoserateabove'backgroundse-e-elriidviatheIahatattengati~aytolessthanorequalto1500mrems/year.eovsnigIp~pThisspecificationappliestothereleaseofradioactivematerialsingaseouseffluentsfromallunitsatthesite.Therequireddetectioncapabilitiesforradioactivematerialingaseousiwastesamples'aretabulatedintermsofthelowerlimitsofdetection(LLOs.Detail'eddiscussionoftheLLO,andotherdetectionlimitscanbefo~~dinHASLProceduresManual,HASL-300(revisedannually)~~d~~mIIIII'-~Ilt3/4.11.2.2DOSE-HOBLEGASESThisspecificationisprovidedtoimplementtherequirementsofSectionsII.B,III.AandIV.AofAppendixI,10CFRPart50.TheLimitingCorditionforOperationiapleeentstheguioessetforthinSectionII.BafAppendixI.TheACTIONsta'talentsprovide~requiredoperatingflexibilityandatthesanetimeiaplemerhtheguidessetf.~DinSectior,EV.AofAppendixZ.toassurethatthereleasesofradioactivematerialingaseouseffluentstoUNRESTRICTEOAREASwillbekept"aslowasisreasonablyachievable."TheSurveillanceRequirementsimplementtherequirementsinSectionIII.AofApperdixIthatconformancewiththeguidesofAppendixIbeshownbycalcula-/tionalpiaceduresbasedonmodelsanddatasuchthattheactualexposureofaMEMBEROFTHEPUBLICthroughappropriatepathwaysisunlikelytobesubstantiallyunderestimated.ThedosecalculationmethodologyandparanetersestmlishedB3/411-3Cj-5RC64R/c)sI
.)f4
'ASESDOSE-NOBLEGASES(Continued)intheOOCMforcalculatingthedosesduetotheactualreleaseratsofradioactivenoblegasesingaseouseffluentsareconsistentwiththemethodologyprovidedinRe'gulatoryGuide1.109,"CalculationofAnnualDosestoRanfromRoutineRel'easesofReactorEfflu'entsforthePurposeofEvaluatingCompliancewith10CFRPart50,AppendixI,"Revision1,October1977andRegu:atoryGuide1.111,"MethodsforEstimatingAtmospheric'ransportandDisp-rsionofGaseousEffluentsinRoutineReleasesfromLight-MaterCooledReact=rs,"Revision1,July1977.TheOOCMequationsprovidedfordeterminingtheairdosesatandbeyondtheSITEBOUNDARYarebaseduponthehistoricalav'erageatmosphericconditions.Thisspecificationappliestathereleaseofradioactivemater=.alsinliquideffluentsrrameacnunittthesite.'hen.snareaadwastereatme.-.=ystem.useabymorean;oneunitonasite,thewa~esfromallunitsaremixedforsharedtrea;bysuchmixing,theeffenreleasescannotaccu-atelybeascribedtasecificunit.Anestimasuldbemadeofthecon=ributionsfrom'achitasedoninputcondition.g.,flowratesandrad'.=actconcentration,,notpracticabltren=smaybeallocatedeallytoeachofthe~oactivewasteproducingunitssharingtheRadwastreatmentSystem.determiningconformancetaLCOs,tt.=sealloca-tionrramsharedRadwasteTreatmentSystemsaretobeaddedtathereleasesspecificallattributedto~hunito0C3/4.11.2.3DOSE-IODINE-131-.IODINE-133,TRITIUM,AHORADIOACTIVEMATERIALINPARTICULATEFORMThisspecificationisprovidedtoimplementtherequirementso.SectionsII.C,III.AandIV.AofAppendixI,10CFRPart50.TheLimitingC=nditionsforOperationar'etheguidessetforthinSectionII.CofAppendix.TheACTIONstatementsprovidetherequiredoperatingflexibilityandathesametimeimplementtheguidessetforthinSectionIV.AofAppendixIt-"assurethatthereleasesofradioactivematerialsingaseouseffluentstoJHRESTRICTEDAREASwillbekept"aslawasisreasonablyachievable.4TheOOCM=alculationalmethodsspecifiedintheSurveillanceRequirementsimplementthere-uirementsinSectionIII.AofAppendixIthatconformancewiththeguidesaf~pendixIbeshownbycalculationalproceduresbasedonmodelsanddata,suchthattheactualexposureofaMEMBEROFTHEPUBLICthroughappropriatepath~ysisunlikelytobesubstantiallyunderestimated.TheOOCMcalculationa:methodologyandparametersforcal'culatingthedosesduetotheactualrelease-,atesofthesubjectmaterialsareconsistentwiththeeethodolagyprovidedinF.egulatoryGuide1.109,"Calculationof,Annua)GasestoHectfromRoutineRele=-zesofReactorEff'luentsforthePurposeofEvaluatingCompliancewith10"FRPart,50,AppendixI,Revision3,,0.aber1977andRegulatoryGuide1.111,'methodsforEstimatingAtaasphericTransportandDispersionofGaseousEffluenminRoutineReleasesfromLight-Mater-CooledReactors,"Revision1,July1977..heseequa-tionsalsoprovidefordeterminingtheactualdosesbaseduponthehistoricalaverageatmosphericconditinr'.Thereleaseratespecificationsf=rIodine-131,Iod'ine"133,tritium,'ndradionuclidesinparticulateformwithha..-livesgreaterthan8daysaredependentupontheexistingradionuclidep~=hwaystomanB3/411-4t~p>~l0~+~~y,~~py1~~~p~~\~~1
~'81J4r~1h"LJ
('\4BASES(g2~C'~tooGEEOQSE-IODINE-131..IODINE-133TRITIUM.ANORADIOACTIVEMATERIALINPARTICULATEMonto'ued~'ntheareas"atandbeyondtheSITEBOUNDARY.Thepathwaysthatwe-.eexaminedinthedeveIopmentofthecalcu1ationswere:(1)individualinhala=ionofairborneradionuclides,(2)depositionofradionuclidesontogreenlea-.yvegetationwithsubsequentconsunptionbyman,(3)depositionontograssyareaswheremilk.animalsandmeatproducinganimalsgratewithconsumptionofthe-miEkandmeatbyman,and(4)depositiononthegroundwithsubsequentexposureo.man.Thisspecificationappl.iestotreleasfradioactivemater-alsin~+&If.uentsfromthesite.hensharedaawasteIreatmeatystemsareusedbymorethanoneunitonasite,thewastesfromallunitsaremixedforsharedtreatm;by';suchmixing,theeffluentrelescannotacct-.atelybeascribedtospeificunit.Anestimateshoulemdeofthecor.=r'romeachuitsedonihputconditions,e.g.,flratesandradi"activityconcentrati,or,ifcticable,thetreentreleasesmaybeallocatedayoeachoftheradioactiasteproducingunitssharingtheRadwasreatmentSystem.Fordete.'ngconformancetoLCOs,thsealloca"tionsfromsharedRadwasteTreatmentSystemsaretobeaddedtothereleasesspecificallattributedto~unitoobtainthetotalrelee3/4.11.2.4GASEOUSRADNASTE.TREATMENTSYSTEM/osDVEOOTimvro>>o-*sMoo'<r>>r'Aseooso2/R~>>srNTrooor/ocors2~rSYP>TheOPERABILITYofthe"andtheVENTII'ZONEXHAUSTTREATMENT-SYSTEMensurest'hatthesystemswillbeav'ailableforusewheneve~gaseouseffluentsrequi'retreatmentpriortoreleasetotheenviro~ent.Therequirement,thattheappropriateportionsofthesesystemsbeused,whenspecified,providesreasonableassurancethatthereleasesofr'adioactivematerialsingaseouseffluentswillbekept"aslowasisreasonablyachievable."'hisspecificationimplementstherequirementsof10CFR50.36a,GeneralDesignCriterion60ofAppendixAto10CFRPart50andthedesignobjectivesgiveninSectionII.OofAppendixIto10CFRPart50.spec)>cationappliestoereleaseofradioactiveate-ialsinliquideff1ntsfromeachunitatthesitehenshareadwasteTreatmentSystemsareusedbymoreanoneun>onas>e,thewastesfromallunitsaremixedforsharedtreatment;bysuchmixing,theeff1uentreleasescannotacc"ratelybe'ascribedtoaspeci~'nit.Anestimateshouldbeaadtheco..ributionsfromeachcribedoinputconditions,e.g.,f3owandrad-oactivityconcentratiprs,,notpracticabhetreateduentr~~beallocatedequallyeradioactivewproducingunitssharingtheRadwasteTreytSystem.FordeterminionformancetoLCOs,t.-'3sealloca".tion-""".aredRadwasteTreatmentSystemsaretobeaddedtoth=-releasespeci','allyattributdtoeachunittooLtainJ>etotalreleaseserunit.+BC/ooEsrC~~~sew0/g~WSCR~~~~~~~~8'4LosB3/4'1"5CgsT5Cp~/ggW~i~~~Acleda
gs/+I]-sa J'*'k RADIOACTIVEEFFLUENTS8ASESforusewhenevergaseouseffluentsrequiretreatmentpriortoreleasetotheenvironment;Therequirementthattheappropriateportionsofthesesystemsbeused,whenspecified,providesreasonableassurancethatthereleasesofradioactivematerialsingaseouentswillbekept"aslowasisreasonayachievable".Thisspecifica'onimplmentstherequirementsof10CFRPart50.36a,GeneralDesigCriterion60ofAppendixAto10CFRPart50,ndthedesignobjectivesgivinSectionII.DofAppendixIto10CFRPart0..Thespecifiedlimitsgovningtheuseofappropriateportionsofthesstemswerespecifiedasasuitb1efractionofthedosedesignobjectivessforthinSectionsI'I.BandII.ofAppendixI,10CFRPart50,forgaseouseffluents.3/4.11.2.5EXPLOSIVEGASDTUREThisspecificatioisprovidedtoensurethatthecanentrationofpotentiallyexplosivegasmixturescontainedinthewasteasholdupsystemismaintainedbelowthflammabilitylimitsofhydrogenandoxygen.(Automaticcontrolfeatureseincludedinthesystemtopreventthehydrogenandoxygenconcentrationsfomreachingtheseflammabilitylimits.Theseautomaticcontrolfeaturesincleisolationofthesourceofhydrogenand/oroxygen,automaticdiversiontrecombiners,orinjectionofdilutantstoreducetheconcentrationbelow.thelammabilitylimits.)Haintainingtheconcentrationofhydrogen*andoxygenbelowtheirflammabilitylimitsprovidesassurancethatthereleasesofradioacti'vematerialswillbecontrolledinconformancewiththerequirementsofGeneralDesignCriterion60ofAppendixAto10CFRPart50.3/4.11.2.7HAINCONDENSERRestrictingthegrossradioactivityrateofnoblegasesfromthemaincondenserprovidesreasonableassurancethatthetota1bodyexposuretoaniridividualattheexclusionareaboundary.willnotexceedasmallfractionofthelimitsof10CFRPart100intheeventthiseffluentisinadvertentlydischargeddirectlytotheenvironment,withouttreatment.ThisspecificationimplementstherequirementsofGeneralDesignCriteria60and64ofAppendixAto10CFRPart50.3/4.11.2.8HARKCONTAINMENTThisspecificationprovidesreasonableassurancethatreleasesfromdrywallp'Qugingoperationsmillnotexceedtheannualdoselimitsof10CFRPart20forunrestrictedareas.3/4.11.3SOIIDRADIOACTIVEHASTEThisrpecifonimplementstherequirementsof10CFRPart50.36aGeneralDesignCr'on60ofAppendixAto10CFRPart50.ThepsparametersinclnestablishingthePROCESSCONTROLPROGRAMmayinclude,butaremit'edtowastetype,wastepH,waste/liquid/solidificationagent/cataltratios,wasteoilcontent,wasteprincipalchemicalconstituents,andmixingandcuringtimes.PMR-STS"I83/411/6~~Hf9/-.3/82I Cp~'LHlP8*0tte RADIOACTIVEEFFLUENTSBASES)/u4.1..EoAXTURg~~p~~p~p-~~g-This.specificationisprovidedtoensurehattheconcentrationofpoten-tiallyexplosivegasmixturescontainedinthismaintainedbelowthefl~bilitylimitsofhydrogenandoxygen.@Automaticcontrolfeaturesareincludedinthesystemtopreventthehydrogenandoxygen"concentrationsfromreachingtheseflaamabilitylimit..Theseautomaticcontrolfeaturesincludeisolationofthe'ourceofhydrogenand/croxygen~rinjectionofdilutantstorducetheconcentrationbelowtheflammabilitylimits.fMaintaining,thecor.=entrationofhydrogenandoxygenbelo~theirflammabilitylimitsprovidesassurancethattherele'asesofradioactivematerialswillbecontrolled'inconforancewiththerequirementsofGeneralDesignCriterion60ofAppendixAto13CFRPart50.3/411.2.6GASSTORAGETANKSThetanksincludthisspecificationarethosetanorwhichthequantityofradioa'vitcontainedisnotlimiteddirectlyorincirec'tlybyanotherTechnicaleciicationRestrictingthequantityad:-activitycontainedineachstoragetankprovidesassurancethat'he'eventofanuncontrolledreleasthetank'scontents,theresulti.wholebodyexposure'toaMEMBEROFTHUBLIaenearestSITEBOUNDAillnotex=eed0.5rem.This"isconsistwithStandardReviewPlan13ranchTechnica;PositionETSB11-5,"ostulatedRadioactiveReleasesDuetoaWasteGasSys=emLeakorFailur'nNUREG-0800,July1981.U~3/4.11.3SOLIDRADIOACTIVEWASTESThisspecificationimplementstherequirementsof10CFR50.:-=aandGeneralDesignCriterion60ofAppendixAto10CFRPart50.TheprocessparametersincludedinestablishingthePROCESSCDNTROLPROGRAMmayinclude,butarenotlimitedto,wastetype,wastepH,waste/liquid/SOLIDIF:CATIONagent/catalystratios,wasteoilcontent,wasteprincipalchemicalconstituents,andmixingandcuringtimes.3/4.11.4TOTALDOSEThisspecificationisprovidedtoeeetthedoselimitations".40CFRPart190tPwthavebeenincorporatedinto10CFRPart20by46FR.8525Thespecification~ui~teapreparatianandsagittalofaSpecialReportwhen-everthecalculateddo@asduetoreleasesofradioactivityandtoradiationfromuraniumtuelcyclesourcesexceed25mremstothewholebodyorar~organ,exceptthethyroid;whichshallbelimitedtolessthanorequalto75m~ms.Forsitescontaininguptofourreactors,itishighlyunlikelythatteeresultantdosetoaMEMBEROFTHEPUBLICwillexceedthedoselimitsof40C=RPart190iftheindividualreactorsremainwithintwicethedosedesignob'.ectivesofAppendix',andifdirectradiationdosesfromtheunits~~outside~A~C-~lSCe<qg)83/4H.-
Cl~~Jt4W+14hKI RADIOACTIVEEFFLUEHTSBASESTOTALDOSE(C'd))M.storagetankarekeptsmall.TheSpecialReportwilldescribeacourseofactionthat'souldresultinthelimitationoftheannualdosetoaHEMBER,OFTHEPUBLICto'ithinthe40CFRPart190limits.Forthepurposes=ftheSpecialReport,itmaybeassumedthatthedosecomitmenttotheV=HERofthePUBLICfromoheruraniumfuelcyclesourcesisnegligible,wit.-.theexcetionthatdosecont'omothernuclearfuelcyclefac-.litiesatthesamesiteorwithinaradiusofEH'ustbeconsidered.IfthedosetoanyHEHBEROFTHEPUBLICisestimatedtoexceedtherequirementsof40CFRPart190,theSpecialReportwitharequestforavariance(provide"'hereleaseconditionsresultingin.violationof40CFRPart190haver.=t'alreadybeencorrected),inaccordancewiththeprovisionsof40CFR190.3:and10CFR20.405c,isconsideredtobeatimelyrequestandfulfillstherequ-.rementsof40CFRPart190unti1NRCstaffactioniscompleted.Thevariance=nlyrelatestothe'limitsof40CFRPart190,anddoesnotapplyinanywayto~otherrequirementsfordoselimitationof10CFRPart20,asaddressedir.Specifi-'ations3.11.1.1and3.11.2.1.AnindividualisnotconsideredaH=3EROFTHEPUBLICduringanyperiodinwhichhe/sheisengagedincarryingou-anyoperationthatispartofthenuclearfuelcycle.r'~83/411-jC l~tJ8Agl~1L~II'1h~W~l"41Y~1'l(ft Ieit~J.~JAteCPLlHAIE3<gIvvMWdvP(plSIT3/4.12.1HBNITORINGPROGRAH:TheRadiologicalEnvironmentalHonitoringProgramrequiredbyHisspecificat'ionprovidesrepresentativemeasurementsofradiationancofradio-.activematerialsinthoseexposurepathwaysandforthoseradionuclidesthatleadtothehighestpotentialradiationexposuresofHEHBERSOFTHEPUBLICresultingfromtheplantaperation.ThismonitoringprogramimplementsSectionIV.B.2ofAppendixIto10CFRPart50andtherebysupplementstheRadiologicalEffluentMonitoringProgrambyverifyingthatthemeasurableconcentrationsofradioactivematerialsandlevelsofradiationarenothigher"thanexpectedonthebasisoftheeffluentmeasurementsandthemac~lingoftheenvironmentalexposurepathways.GuidanceforthismonitoringprogramisprovidedbytheRadiologicalAssessmentBranch'echnicalPositioncaEnviron-mentalHonitoring:.Theinitiallyspecifiedmonitoringprogramwillbeeffectiveforatleastthe'fist3yearsofccmeercialaperation.Following-hisperiod,programchangesmaybeinitiatebaseeraiionalexperience.~~AJ~~I919.~.Therequireddetections>>esorenvironmentalsampleanalysesaretabulatedintermsofthelowerlimitsofdetection(LLOs).TheLL3srequiredbyTable4.12-1areconsideredoptimumfarroutineenvironmentalmeasurementsinindustriallaboratories.Itshoul'dberecognizedthattheLLOisdefinedasap~~~-)beforethefact]limitrepresentingthecapabilityofameasure-mentsystemandnotasan'/afterthefact)limitforaparticularmeasurement;DetaileddiscussionoftheLLO,andotherdetectionlimits,cawbefoundinHAILProceduresManual,HASL-300(revisedannually),'n:npvvpCI'IIIa11Ir+iL'~e~crpeen-3/4.12.2LANDVSECENSUSThisspecificationisprovidedtoensurethatchangesinthea.seofareasatandbeyondtheSITEBOUNDARYareidentifiedandthatmodificaticnstothe~bP*l'P'PPPrequiredbytheresultsofthiscensus.Thehestinformationrom44Pdoorto-aorsurvey,faerialsurveyarfromconsultingwithlocalagriculturalauthoritiesshallbeused.ThiscensussatisfiestherequirementsofSectionIY.B.3ofAppendixIto10CFRPart30.dt~t~~~lgMdyeW+Q~gPZCame~~~Slgf&ACW~~begP~~~~~~y~~~~z~~z~~~ccAeWg]g~/7ICI~AfA+~g3ggZ e~t4It RADIOLOGICALENVIRONMENTALMONITORINGsasss3/4.12.3INTERLABORATORYCOMPARISONPROGRAMTherequirementfo'rparticipationinanapprovedInterlaborato~ComparisonProgramisprovidedtoensurethatindependentchecksontheprecis-onandaccuracyofthemeasurementsofradioactivematerialinenvironment=-1samplematricesareperformedaspartofthequalityassuranceprogramforenvironmental'onitoringinordertodemonstratethattheresultsarevalidfortrsepurposesofSectionIV.B.2ofAppendixIto10CFRPart50.>gp/z.z>~r'f/Lk'VWpZl~~~~~~~>m&4>zc.aregui~8&+<<~Casu/o~i/g,gg<<om<<re/or~~~~W~//fan~~//4~M~6&~ARM.p<<<<ge<</<<era<<rccE<<nuee<<,rgcuc/YoCeorA~pp'~AwirrfPr~Q~gw*mingle'~ag~~rY/r~~5/sr~~glq4~zr<<Decarz.zo/e~~/e"~7m)rd&~P~~~~A'~~/Orr//digcacus<<re~e/P~g/ido/ArW~/s<WS.n<<4<<>/~~<<.reM/+oC'4/ye<</~~<<<<o/~r.oos.adage~ed'uyrcrnI<<h<<reJy.ss-sZ(es~gy83/412"2t),a

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"-.OOESIGNFEATURES5.1~e,The.Nine,,NZe,Po~ntNu&~S~onandJamuA.FM"patru'.ckNu&eart,PoemPlantatecom~angappcoximateZy1500ames,~CocaedonWe,shonaso(Labe,O~o,aboutsevenminimno~easCo(Oaeego,NeoVordz.Anex~aondis~ce,o(neanZy4000feet~peov~dedb~eenChe,Stationand~henemesCwMe,bourgCoNe,tvuC,a,rm'Ze,CoChe.boundaryonNe,cask,anda.nu'Ze,andahaZ(Co~he,so~em.sMe,boundary,g.Fugue,c5.1-7~a~e.Soundly<%xpo$Nine,,<4'Ze,Po~etwhi.chaU.our.<he,~dentig~onofgaseousand&aulduxuCe,.xeZease,po~ets.F~gu".e,5.1-1aQode.gnustheumm4mctedan.eauu'in~he.sMeboundaryt~accud~bZe,(e.xcepC)ocfenceda,seas)CoIMFNBEHSdF-THEPSST'-iCCONF.GURATION+::consisingofadrywellandsuppressionchamber.Thedr~eilisasael-linedfilledsuppressionchamberandisattachedtothesuopressionchanoerthroughaseriesofdowncomervents.Thedrywellhasaminimumfreeairvolumeof284,>2048K=,~cuoicfeet.Thesuppressionchamberhasahairregionof~~cubicfeet.and~waterregionof~~~cubicfeet.~~~~~Ilw.um145,495OESIGNTBIPERATUREANOPRESSURE:.2.2Theprimarycontainmentisdesignedandshallbemaintainedfor:a.b.Maximuminternalpressure445/psig.Maximuminternaltemperature:drywe11+340)-F.suppressionpool~~chamber2.70'F.Maximumexternalpressure++osig.Maximumfloordif,erentialpressure:$25).psid,downward.psi'd,uoward.lgSECONOARYCONTAINMENT~d-".2.3Thesecondarycontainmentconsistsofthe(ReactorBuilding,non.thandsophba(J4cub1cfeet.5,876,650NNP-UNIT2ACX I1k~)yAJli ELo-(e)(h)(f)RIRnite~J.nformetionCenter.(i)UNITINeteoroiog'ce'ower(m)I.akevloreI~eIvercNINEMILEPOINTSITEeceOIJAMESAFITZPATRICKSITE(g)eeroeo,,o(g)osNIAGARAMOHAWKPOWERCORPPROPERTYUNE(g)l.ycomlnaROAONewyorkpowerAuthorityProoet}LinecooOOOI<III0I\IIIolcleoIIIIIINortllScrlbacoro0IoeTovoIJKTioooyef}ooFIGURESla'wBOvaiDARlSNIAGARAMOHAWKPOWERCORPORATIONIJINEMZLFPORN'ZSiTEiUIIP-UNIT<
NOTESTOFIGURE5.1-1(a)NMPlStack(heightis350')(b)NMP2Stack(heightis430')(c)JAFNPPStack(heightis385')(d)NMPlRadioactiveLiquidDischarge(LakeOntario,bottom)(e)NMP2RadioactiveLiquidDischarge(LakeOntario,bottom)(f)JAFNPPRadioactiveLiquidDischarge(LakeOntario,bottom)(g)SiteBoundary(h)LakeOntarioShoreline(i)EnergyInformationCenter(opentothepublic)(j)NMPZReactorBuildingVent(k)JAFNPPTurbineandRadwasteBuildingVents(1)JAFNPPReactorBuildingVent(m)SiteMeteorolog'calTowerAddit.'-onalInformation:NMP2ReactorBuildingVentis-located187feetabovegroundlevelJAFNPPReactorBuildingandTurbineBuildingVentsarelocated173feetabovegroundlevelJAFVPPRadwasteBuildingventis112feetabovegoundlevelNii(P-Ul4T72
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9E~~*<<~~~~4*H~W~W,a QESIGNFEATURES5.3REACTORCOREFUELASSEMBLIES74+5.3.1Thereactorcorehallcontain+5i~fuelassemolieswitheachfuel~assemblycontainingfuelrodsand+two+waterro4sPcladwith+Zircaloy-2QEachfuelrodshallhaveanominalactivefuellengthof~~inches.Theinitialcoreloadingshallhaveamaximumaverageenrich"mentof+1gggweightpercentU-235.Reloadfuelshallbesimilarini,cf8'ysicaldesigntothainitialcoreloadingCONTROLROOASSEMBLIESISS5.3.2Thereactorcoreshallcontain+HP+controlrodassemb'lies,eachconsistingofacruciformarrayofstainlesssteeltubescontaining+143+-inchesofboroncarbide,BC,powdersurroundedbyacruciformshapedstainlesssteelsheath.5.4REACTORCOOLANTSYSTEMOESIGNPRESSUREANOTEMPERATURE5.4.1Thereacorcoolantsystemisdesignedandshallbemaintained:a.InaccordancewiththecoderequirementsspecifiedinSec-ion+5,2+oftheFSAR,withallowancefornormaldegradationpursuanttotheapplicableSurveillanceRequirements,b.Forapressureof:l.+1250~sigonthesuctionsideoftherecirculationpump.2.+1650+psigfromtherecirculationpumpdischargetotheoutletsideofthedischargeshutoffvalve.3.+155~psigfromthedischargeshutoffvalvetothejetpumps.c.Foratemperatureof~75+'F.VOLUME5.4.2Thetotalwaterandsteamvolumeofthesystemisapproximately~~+~ubicfeetatQQ)0003reactorvesselandrecirculationanominalo.VCtABK-+B~PF~HZ'P'gpp-uNliX5-yfQ

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OESIGNFEATURES5.5METEOROLOGICALTQ'AERLOCATION:-.:.1ThemeteorologicaltowershallbelocatedasshownonFigure5.1+-1.5.6FUE'TORAGECRITICALITY5.6.1Thespentfuelstorageracksaredesignedandshall"emaintainedwith:'a~Akffequivalenttolessthanorequalto0.95whenfloodedwitheffunboratedwater,~~(includingallcalculationaluncertaintiesandbiases)asdescribedinSection+4.3+oftheFSAR.bilFAnominal~inchcenter"to-centerdistancebet'ieenfuelassembliesplacedinthestorageracks.5.5.l.2Thekfffornewfuelforthefirscoreloadingstoreddryinthespentfuels.orageracksshallnotexceed~.98+whenaqueousfoammoderationisassumed~ocpcaaeh~riLcog+~o.l.s...Ace~ppe+opqqcQQ~opt'~~~opstn+~~.ORAINAGE5.6.2Thespentfuelstoragepoolisdesignedandshallbemaintainedtoprevent'I".CAPACITY5.6.3Thespentfuelstoragepoolisdesignedandshallbemaintainedwith.astoragecapacitylimitedtonomorethan+AS+fuelassemblies.40505.7COMPONENTCYCLICORTRANSIENTLIMIT5.7.1ThecomponentsidentifiedinTable5.7.1-1aredesignedandshallbemaintainedwithinthecyclicortransientlimitsofTable5.7.1-1.
IJHOW&P~oSttI&icllg~~+1If~~
1ItVCOHPOtlEtlTReactorWVGLIG-OR-TRAN5IENT-LIHIP'BTBHLVKH<HWIDESIOtlCYCLEORTRANSIEtlTCONDIT1ONS565$70PFtoQGa)Fto$70PFTADLE5.7.l-lGOHPOHENT.GYGLI0-OR-VRAN5IENT-LIHH5COhlPONENTDES1GNCyCLES$00$stepchangecycles198+l80)reactortripcycleslN-f40)t>ydrostaticpressureandleaktestsLossoffeedwaterheatersgl00)Xto(OjXofRATEOTIIERHALPOWERPressurizedto>$930)psigand<gl250$ps'EAI
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6.3facil~itSta~ffnaliftcatlnnsANSl3.1.-19786.3.lEachmerrrberoftherrnitstaffshallrrreetorexceedtheminimumqualificationsofforconIparahlepositions,exceptfortheShiftTechnicalAdvisorwhoshallhavealraclrelor'srlegreeorequivalentinascientificorengineerirrgdisciplinewithspecifictraininginplantrleslgn,andresponsr.andanalysisoftheplantfortransientsandaccidents.The,Rad~onPeoke~onManage,madcRtiorI,+ALLmeWAe,quaLige~owo$Reg.Guide,1.8-977.6.4T~caininc6-4.lAretrainingandreplacementtrainingprogramforthefacilitystaffshallhemaintainerlorrderthe.directiorroftheS<<perintenrlent-TrainingJhrclearanrlshallmeetorexceedtherequlrenrentsarrrlfI5.fSl~dl"A"fICtBP3.:1-19786.4.2AtrainingprogramfortireFireBrigadeslrallbemaintainedunderthedirectionofthe,Superintendent-TralrrlngNuclearandSupervisor-FireProtection,NuclearanrlshallmeetnrexceedthereqrrlrenrerrtsofAppenrlixRtolOCFR50.6.5ReviewandAudit6.5.lSite0erationsReviewConrnitteeSORCFrrnction6.5.l.lTheSiteOperationsReviewCorrIInitteeshallfunctiontoarlvisetheGeneralSuperintendent-NuclearGenerationonallmattersrelaterltonuclearsafety.Cornositlons6.5.l.2TheSiteOperationsReviewConrnitteeshallbecomposedofthe:Chalrrnan:Hember:Henber:Hember:Hernber:Henrber:Henber:GeneralSuperintendent-NuclearGenerationStatlonSuperlntendent-NuclearGenerationTechnicalSuperlntenrlent-NuclearGenerationSuperintendentTeclrnicalServices-NuclearSiteSuperintendentHaintenance-NuclearSupervisorInstrrrrnentandControl-NuclearSuperintendentChemistryandRadiationHanagement 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hiteniaIos6.5.1.3Il<<i.'tiiigFr~(iiii!incAlternaliiueiuberssliallheappoliiteillowritlrigbytlieSOll(:Cliairiua>>toserveii>>ateiuporaiyliasls;Iiiiwevi!r,iiouuiretlia>>I.woalternatessliallIiarllclpatei>>SI)I<Cactivitiesal,a>>yo>>elluie.6-5.1.4TlieSOIICsliallux'.etatleastoncepercalenilarmontlianilasconve>>eilbyllieSI)IIC.Clialruia>>.IJiiiiiui6.5.1.5Aq>>oriuunftlieSOBCsliallconsistnftlieCl!airiuananilfourux!uiiiersl>>cliiillngalteriiati!s.OiIOoItesLi>>>>slliI1Itles6.5.1.6TlieSit<<.OlieratlnnsItevlewCiunultteeslial1lieresponsiblefnr:Ia.AeviewnfallItfl'OflfAIII,EEVEIITS.b.Aevlewnffacilityoli<<ratio>>stoiletectpotentialsafetyliaiarils.c.I'erforiuaiiceofslieclalreviewslovestlgatlonsnrarialysesanilreportstlii!ri!o>>asreqiu!stedbytlieClialriuanofilieSafetyfleviewanilAiiilltOoaril.ii.Iiivi'.stlgationpfvlnlat.lnnsoftlieTecii>>lralSlieclflcatloiisao(lsliallpr(!Iiarea>>ilfoi'iarilareportciiverliigevaliial.ionanilrecouxiie>>ilatlo>>stnprove>>lreriiii<<>>i.elollieViceI'reslileiil-lhiclearCu!>>eratloi!a>>'iltotlieCliairiua>>uftlieSafelyAevi>>wanilhiiilltOoaril; ~<<>>~>>~~>>ICWW~<<I'4~I1>>>>1I~,CJ~~h,~v'~>>1C}.<<~<<~~~I<<>>~D'r1I~r~wC>>h~I~E~r~Irti<<~PCk%'~<<~~Ir~C'~E}V<<arg<<~I}'W~>>1~~I>>~>>1~W~<<~1'>>t~>>~1"<<I4~I>>~'I'l'~ICr~<<>>,C>>iI<<>>I<<rI'r AiiIJiorIty46-5.l-7T)ieS)te0))eratlnnsIJevii'.wCnnrult)ees)iaii:Aecori)sa.Acr!i)eri)eterui)nat)r>>isJowrit)>>gwill>regari)tnw)iet)ierorontearl>iten!co>>siih!ieil.rurr)ur6.5.l.6(a)t)ir'o<<g)i(r))a)inveconst)I<<tes.ari<<>>ri!viewedsafetyr)iiestlnn.h.I'riivii)einrneii)atewritte>>notif)cat)nritnt)ieV)cePreside>>t-JJ<<clearCri!oeratin>>a>>i)C)iairuianoft)ieSafetyAeviewandA<<i)itOnari)ofr))sagreerneotJiotweeoI)ieS(JJICa<<i)~t)reAelleraiS<<perinteni)enl-J)iicii:arGeneralln>>;Iinwevei.,t)ieCrerieraiSll)IL!rlrrtenr)ent-IJ<<clearCeneratinns)iail)ravetlierespn>>s)biiityforri!soliit)>>onfs<<clii)isagreeinenlspiirsiia>>tto6.I.Ia)inve.(J)rerationsAev)ewConrn)tteeshaiima)>>tainwrittenui)n<<tesofeac)iluo!rliiigaodcopiess)railbeprnviriei)tot)ieV)cePres)i)ent-thiclearCmrrr:ratio!iaiii)C)iairiualiiif)lieSafelyIh!viewa>>dAiiii)tJ)nard..6.5.2TecirrrlcalAeviewa>>i)CuotrniActiv)t)es6.5.2.14Eac)ipri<<.ei)iireanilprogranireiiiiirei)bySpecificatinri6.)Ia>>iint)ier)irocei)iiresw)iic)iaffectiiiiciearsafety,aoi)ciia>>gest)ieretn,s)iaiibepreparer)byar)!ra)if)erl)rrr)lv)i)rial/nr'garrlzatlnn.Earl>sire)iprocei)<<re,a>>i)c)iaiigestlieretn,s)!allIierevleweiiIiya>>Ioi)iviiirral/grnrrpnliierl)iaiit)ieIni))vii)<<ai/grniipw)i)c)ipreparer)t)ieJirocei)iire,iirciia>>gest)ieietn,hLrtw)iouiayIiefromt)iesaineoriJa>>)zalinoastiie)>>i)iv)i)rial/gruiipw)iicii)ireparei)t)ieprtrcer)!!re,orc)ia>>gest)ieretn.A)rprovalnfprnreihiresaiiilpriigrauisaiii)c)ia>>gesJ)ieretoaiii)t)ie)rsafetyevai<<atin>>s,slraiiJiecnolrolleiibyai)>>!la)stra)lvi!IrrocerJirr.<<s.6.5.2.2Propnsi!i)i)ia>>gestnt)ieTec)>>rica)Specif)cat)>>iiss)ialiIiepre)rareilbyaipiai)f)i!i)Ini)ivli)iii)/urga>>izatJn>>.T)lo)Ire)raratlonnfeac)iprnpnsei)Ter)<<i)caiS)i>>elf)cat)>>>>sc)lailiJesriliIIil.'i.'vliwei)IlyallIIII))vll)llai/4Jl'rill)lolilel)Ilailt)leillil)v)i)llal/iJIrill)iw)i)i)Ipl'i.'))al'i!iiJ)le)iA1)losl!i)c)lallge,))litw)lonlay)lefriunt)lesallloorgilrllzat)o>>astiii'.iiii)lviiiiiiI/iJr(I<<)iw)lic)lprepari<<)l)lepropiiseilcilailge.I'rnJi>>si!ilciiaili)i!stot)ll!fec)ill)ca)S)ii'.c)fir.ir.)onss)iaiiJ)ea)l)lrnvei)byt)ieCu'!!eralSrr)rer)!!terri)crit-I)i!clearCu!oi.ratirrrr. tt"AtPLJKJC'f~4ffaLl'~gllf.~frIlKlft'gPP~000ffMV~>>I0MLLt'C"ft~<<~0.fCr,Ls.LiPi>>ruf>>0f$00f.rrlfJI'lr)iN~I~LL~000gLLPfhlD~~fV~lit4'>>IIrf=ff4fu>>PLia0,4fr>>IPJ~~If't~I0Lf~rrlpQ!f"Lf~Lt~0fI~IIvh~irIJfI~PPCf<rl~Pht"afhh~~~I~~~~>>el',f~tPCILfgl4a~p~IfPl'tI-V~f:atpfVPI'\~alfr'-ILP'.PiliI00P~.IriV>>t<<I1>>0.~\I'li~IfgI~I~.~PPffPLfaa~If'~If.~Itl~I"\~rP~raglIr~IV~~Ct~4~r'tPtefLl'af00LII,Ch'>>PCPLtI~.I~~~I~~:VPr0~e0~~'Irf~~Il,t>>fe~I~~JP,f~ar0I~I0~P>>rPC~~>><<0a~~PL*fI,I~tPJI~~eiI'I~LA~L~PthaP'~fILPI~'~iP4\PfJPIf'P'a Rctlvitles(Ca>>t'il)6.5.2.36.5.2.46.5.2.56.5.2.66.5.2.76.5.2.8ProposedundlflcatlonsLoiinltstr>>el>>res,systemsanilcomponeiitstiiataffectnuclearsafetysliallliedeslg>>eilbyaqwallfleilIndividual/orga>>lzatlo>>.Eachsiiclimnillflcalln>>sliaiilierevleweil4yaiilndlvlitwal(groupotliertiianthelndlviilual/groiipwhlclidesi!i>>oiltlieuioditlcallon,liwtwhouiayliefromLliesameorganizationastlieiiiillvldiial/groiipwlilclideslglledllieuAdlficallon.Proposeiluiodif)catlanstostructures~systeuisaiiilcomp>>no>>tsaniltliesafeLyevaliiallo>>sslial1lieapprovedpriortolmplemeotallonbytlieGeiieralSiiperlnlu>>i!col-NuclearGe>>erat.ion;ortlieStat.ionSuperi>>leiiile>>l-thiclearGe>>erallon:orilia1ecluilcalSiiperl>>te>>de>>t-NuclearGe>>eratlonasprevluiislydesig>>ateilbyllieGeiieralSuperinle>>dent-lhiclearGeiierallo>>.IndlvliliialsresponsibleforreviewsperformeillnaccorilancewithSpecifications6.5.2.1,6.5.2.2a>>d6.5.2.3shallheuieuibersoflliestatlorisupervisorystaff,previouslyileslg>>aleilbytheGeneralSuper!>>Le>>de>>t-thiciearGenerationtnperforuisiiclireviews.fachswclireviewshallinciuileadcteruilnatlonofwlietlierornotaililltlonai,cross-illsclpilnary,reviewlsnecessary.Ifiloemeilnecessarysuciireviewslialllieperforuiwlliylheappropriatedesignatedslationrevlrwpersonnel.IProposeillestsa>>dexperluientswhichaffectstationnuclearsafetyandarenotaililresseillnLlie'fSRflorTecluiicalSprcifical,lonsa>>dtlieirsafetyevalwaliorisslialllierevleweiltiytheCie>>erilSuperi>>le>>ile>>l-lhiclearGe>>eratlon;orbylhoStallonSwperlnle>>ilent-lhiclearGenerali>>>>,ortheIecli>>icalSiiperl>>tendent-tluclearGeneral.lo>>aspreviouslyileslgnaleilbyLheG>>leralSuperi>>Le>>de>>t-thiclearGeneration;TileGenel'alSuperi>>te>>de>>L-th)clearGe>>eratlowslial1assuretheperforuia>>ceofspecialreviewsu>>dl>>vestlgallo>>s,a>>dlliepreparationandsubmittalofreporlstiierro>>,asrequestrdbyLiieVicePreside>>t-.fhiclearGeneration.Thefaci1itysecurityprogram,andimplementingprocedures,shallberevIewedatleastevery12montiis.Recommendedchangesstial1beapprovedbytheGeneralSuperintendent-tluclearGenerationandtransmittedtotheNicePresIdent-.HuclearGeneration,andtotheChairmanoftheSafetyReviewandAuditBoard.Thefacilityemergencyplan,andimplementingproceduresshallbereviewedatleastevery12montlis.Aecomme>>dedchangesshallbeapprovedbytheGeneralSuperintendent-t{uclearGenerationandtransmittedtotheVicePresident-tiuclearGenerationaniltotlieCliairmanoftheSafetyRev)ewandAuditBoard. ~I~~~CIrvI,C'I~\4aCw'm~v~s~gCIC'~-IyP"CtltCvtltVI~&r>>2c'v~PDCr:Ctw)IIr~~<<e~IIrPCvI'II~~p~>>~+I~tr>>rC.tt~~r.~~4uC'~vCtv'I~~~r~~CIW~>>PgeCIgvCI'v<<trlta"~I~4~v4~I~~~~vltI>>~~l~Ct Activities(Cont'd)6.5.3fiinctjon6,5.2.9TlieGeneralSuperintendent-NuclearGenerationshaq<<all'fIedIndividual/oraniz'ons>allass<<retiveperformancenfareviewbynsvuaorganiiationofchangestotheAaillnlogicalWasteTreatment\6.5.2.IOAeviewofanyaccidentalunao,unplanned,oruncontrolledradioactivereleaseincludingthepreparation.ofreportscoveringevaluation,recommendationsanddlItlfan(sposonothepnrecurrenceandtheforwardingofthesereportstotheViceresdent-NuclearGeneration'andtntheSafetyReviewandA<<SiltBoard.6.5.2.llAeviewofciahangestotheProcessControlProgramandtheOffsiteOoseCalcu.to'pprovalofany'changessha)IbemadebytheGeneralSiierinteemenaonosuchchanges.6.5.2.I2Reportsdocumentingeach.oftheactg.heactivitiesperformed<<nderSpecifications6.5.2.1tliro<<gh.shallbemaintain>ed.copiesshall'heprovidedtotheVicePresident-NuclearSaf~etRevloaaodAodllBoar~dSRARIa',6.5.3.lTheSatety.AeyiewandA<<tiltBoardshallfunctiontouncontoprovideindependentreviewanda<<d'l'ta.nuclearpayerplant,operationsb.n<<clearengineeringc.chemistryandradiochemistrymetaIIurgye.Instrumentationandcontrolf.radiologicalsafetyg.mechanicalandelectricalengineeringh.<<alltyassurancepracticespowerplant)I.otlierappropriatefieldsassociateiitiitiveunl'q<<echaracteristicsofthenuclear ~~~wIL~LWt'ICsILQCI~'hLCIg Cxxspnsitlon6.5.3.2TlieSafelyBeviesanilAiulltBoarclsliallhecomposedoftlie:AlternatesCliairiua>>:Hember:Heuilier:Heiiitier:Hemher:k1emlier:StaffFnglneerorHanagerorVlccPresiilentGeneralSiiperiritenitent-tloclearGeiieral.loriStaffEngineer-NuclearStaffFnglneer-HeclianlcalorElectricalStaffFriglneer-Fnvlroniuenl,alConsoltant.(See6.5.3;0)6.5.3.3Consoltants6.5.3.4AlternateuieudiersshallbeappolnteillnwritinghyIlieSAAOClialruianloserveona.teiuporarybasis;Iiopiever,noruoretliantwoalternatessliallpartlclliatelnSAAIIactivitiesatanyonetluie.LConsultaalsshallbeutiltzeuasilaleralne<lbytheMaoCbalrsuatoprosincexpertalyssatotlieSl(AII.I,,Hi'.etI>>g~frai~ienc6.5.3.5[heSIIAAslialluieetatleastoncepersixmontlis.giioriitu6.5.3.6AqooriliuofSIIADsliallconsist.oftlieClialriuanorlilsiiesignateilalternateanilauiajorilyofSIIAIIuu'.udiersIiiclo<lingalternates.IlouuiretlianaiulnorltyoftlieiliioiiunslizllIiavelineresl'>>nsiliilityforoperationoflliefacllity.I ~~<<~~rr~~IrfWtr"0frIhfyt~gA'~I4t~4\~4HtHCf>iv4fC~4>~M\fI-~Ier'\'V Revlew6.5.3.7TheSRAOshall'review:a.b.c,Thesafetyevaluationsfor1)changestoprocedures,equipmentorsystemsand2)testsorexperimentscompletedunder.the.provlsl'onofSection50.59,IOCFR,toverifythatsuchactionsdidnotconstituteanunrevieweilsafetyquestion.Proposedchangestoprocedures,equipmentorsystemswhichinvolveanunrevlewedsafetyquestionasdefine'dI'nSection50.59,10CFR.lnSection.50.59,10CFR';.Proposedt'estsorexperipientswhichinvolveanunrev'lewedsafetyquestioIfidnasieneProposedchangesinTechnicalSpecificationsoroperatinglicense.SeclflcatiosViolationsofapplicable'statutes,codes,regulationsordesTlI1pn,licenser'equlrements,orofinternalproceduresorinstructionsr,econcahavingnuclearsafetysignificance.Significantoperatingabnormalitiesordeviationsfromnormalandexpectedperformanceofplantequipmentthataffectnuclearsafety.AlIREPORTARLEEVEIITS.h.Anyindicationnfanunanticipateddeficiencyinsouraspectofdesignoroperationofsafetyrelatejlstructur'es,systems,orcomponents.I.Reportsandme'etingminutesoflheSiteOperationsReviewCommittee. EIOfIhhQ+1~1<<~I'atanII'C~('IfgaQLI(11,ICIIII<<Ia'Ihiw<<cI~f:.Mga\IOIth~.t(IIILVa4aI~0'<<rrarC>>aIIIC7C'LLICIIL~Ia~<<<<I~ar-aa[(5'<<g<<rC"tr~r~~'~LrILC'I<<r(rtt4~I~~IrtI~ln~I~,4aV.~.IfItL~tC'a Aiiiiits6.5.3.0A<<ilitsoffacilityactivitiesslial1heperformedundertliecognizanceof'ttieSRAG.Thesea<<illtsshallencompass:a.c~Thecopformanceoffacl'1ityoperationtoallprovislnnscontalneiiItlIthTeelinlcalSpecificationsandapplicablelicenseroniiitlonsatleastonceperyear.Theperformance,traininganilrl<<aliflcatlonsoftlieentirefacilitystaffatleastonceper.year.Theresultsofal:1actionstakentocorrectdeficiencies.ncc<<ringinfacilityequipmenf,structures,systemsormethodofoperationtliataffectniiclearsafetatleastoncepersixmonths.earsaeyatTlieperformaceofallactivitiesrequ)redbytlieI1<<alltyAssiiranceProgramto.meetthecriteriaofAppendix"B",10CFA50,atleastoncepertwoyears.months.TlieFaci)ltyEmergencyIi]anandImplementingproceihiresatleastnnceceevery12f.TheFacilitySecurityPlanandImplementingproceil<<resatleastonceevery12'months.g~TlieFacilitFItwoyears.yFre.Prote'ctionirogramandlmplenientliigproced<<resatleastoe"'nce'I'ierli.Anyother'areaof.facilityoperationconslilereilappropriatehytheSAAB,<heVicePreslilent-li<<clearGenerationorthe.YlcePresident-N<<clearEnIeII-<<rngneerngani-Tlieradlnloicalegnvironmentaliixinltoringprogramaiiii<lieres<<Itstliereofatleastonceper12months.hj.TlieOffs!teOomontlis.!eOoseCalculation.Haii<<alanilImplementliiqproceduresat'let~24asonceperk.TlieProcessControlI'rograma<<dinipleinentlngproceil<<resforIirocessinganilpackagingofrailloactlvewastesatleastonceper24months. a~p'>>Ivta~L~\~v>>trII>>a~t'~cQv~>>h'r1%p~~mCC'~a~ta~Iv~rt>>(at>>l(Iha~("~'r(>>I(,IvtrW"v1'aaCaCVt(gM~~g>>iJt~rata'!'4CC'waa>>t~rf~paVw~aljvV~>>rA~JtrL'~4-ata~a(tCtn>>aa>> Ai>thoritg6.5.3.9lheSAAGshallreirttoaIndadvisetheVlccPresIdent-NuclearGenerationandVPresident-t4clearflneeIceIn~ctlon6.5.3.2and6.5.3.8;SfpglneerlngandLicensingopthoseareasofresponsibllltIflyspecedAecnrds6.5.3.IORecordsofSAAOactivitiessssha)1epr-epared,'approvedanddistributedasIndicatedbelow:a.HlnutesofeachSRAQmeeting.shallberarepared,apprnvedandtnrwareen-ucearGenerationandVicePresident-NuclearEngineeringandcensing.within30daysfollowingeachmeeting.b.ReportsofreviewsencompassedbySection6.5.3.7efadprepared,aproved'andoe,,gandhabove,shallbe',prvean~forwardedtotheVicePresident-NuclearGeneratldVlgngandLicensingwithinlg.daysfollowingcompletion.ofresident-'IuclearKnineerlonancec.AqdltreportsencompassedhySectIon6.>>;.5.een:tucearGenerationan)VicePresident-NuclearEngineeringandLicensingwithin90daysfollowlnijcompletionofthereview.'.li C4aCC~III>>~ri>>ItL~44tC'.(rt>>g~SrrI(i)>>J~IhQ,ehC\C"I~~t"'~~tI)vI4'II4I~>>Ih~~>>'h)~'~~>>C~~bI'tv~>>~>>~)~C.'t'IIL,>>II(,ltV>>4t~II'I~E>>~>>Ic,~~I(ec"e>>>>>.'w(I~hIn~~vthCt>>>>I~I>>IC'~h~>>~C~tt,~I 6.6AeLiortalileEvent,Aetio>>6.6.)Tliefol)owingactionsslial)betakenforAEPOflTAOLEEVEATS:a.TlieCornnissionslial)benatlfieilandarepnrtsiihinittedpursiiant,totirei.equireinentsofSection50.72and50.73to)OCFRPart50,andb.EacliREPORTABLEEVEtlTslia))bereviewedbytheSOACaniltlieresiilts.ofthisreviewsubinittedtotheSAADandtireVlccPreslrlent-NuclearGeneration.6.7SafetyLimitVia)ation6;7.1thefollowingactionsslip))betakenintheeventaSafetyLimitlsviolated:a.Theprovlslansofl0CFA50.36(c)())(l)slial)becomp)ledwltliirrqrediately.b.TheSafetyLimitviolationshallbereportedtotheCaranlsslon,tlieVlccPresident-thGenerationandtotlieSAAOinwierllate)y.resen->>crearc.ASafetyLimitViolationAeortsphallheprepared.ThereportsliallhereviewedbytiieSOAC.aftlieviolationuonfacl)Itcolisreportslia)ldescribe(l)applicablecircinnstancesprecerlingttievlo)ation(2)ffpycomponents,systemsorstructures,and(3)carrectlveacti'ovoaon,eecsaentopreventrecurrence.rl.TireSafetLIltVooyrnIlatinReportslia)lliesiihmlttedtotheCarrvnlssiorr,theSAAOaniltlieVicePreslrlent-'Irrc)earGerierationwltliinl0daysof.tirevio)ation.6.06.0.2Proceil<<res6.0.lWrittenproceduresandarbninlstratlveio)iclesshallheestablisherl,imp)enientedandmaintainedameetorexceedtl}ereqirlrementsandreconuienrlatlonsof.Sections5.)anil5.3ofAHS)lll0.7.-)972andAppenrllx"A"ofOSAECRegulatoryGulilel.33exceptasprovlileilln6.0.2and6.0.3lielaw1'acliprocerhireandadministrativepolicyof6.0.ahoy..labove,ar<<lchangestlieretn,slia))bereviewedandperodicallyas[ptforthineaclidocument.viyieenerauperlntenrlent-H<<c)earGenerationorriesigneeprioi*tnimplementatlo*nan hCQ~IVD'~C,WVt~hSIAVl<<'wtJ~~AA~s~~~4te4>QN>>l~OrAJ~.~qW'Iye~3,fa~4CW~:~(~mI~<<,Cn~&~4oC"14II*'C~V4eCQ~~LW~ysL~tCEVfm'NP~40paDI>>tFrt4fVCw%~+1A-~s 6.0Priiceiliires(ContInueil}6.8.3Tempnrarycliangestoproceil>>resof6.0.)abnvemaybemadeprovliled:a.TheIntentoftlieorig)i}a)proceiiureIsnnta)tereil.b.Tliechangelsapprovedbytwoiiiemhersoftlieplantmanagementstaff,atleastonenfholilsaSeniorAeactorOperator'sLicenseonthe-iinitaffecteilc.Thecliangelsdocumented,reviewed.andarovedbppoytlieGeneralSuperintendent-Huclarnoriesgneewithin)4ilaysofimplementatlnn.6.9-Ae~iortlni)~BeulrementsInadditiontotheapp)icable'reportingrequirementsofTitle',0CodeoIletifldepotIallbulIttdtotlDltofIsofPI,PIIl906,1IIsd6.9.lAoutlneAeports'.StartiipAepnrt.Asuinnaryreportoflantstartpsarlnpandpoweresnalaslontestingshallhe',.":eoowngreceiptofanoperating.license,(2}ameniloientto-the)lcensenvnvngapanneIncreasepowerlevelI3>lnsta*sal)ationoffiieltliathasadifferentdes.lpp,nl(4}iollfititltyI'e'manuacureibyadifferent.fue)suIleae,,iyrau)lcperformanceoftheplant.The.reportldentlfielIntheHAllanlsli))lnqenei)iniudduringtl'onoiemeasureilvaluesnftlieoeatperatingcond)tlonsorcliaracterlstiesobtainedspecifIcatlorAieesprogramandacornarlsonnftpI)esevaiiieswitliileslgnpredictionsaiiilsliallalsobedoseIlIAaons.nycorrectiveactionstliatwerereirq>>lreiitoolitalnsatisfactorynperatlononotlierconniitmetI))IIriei.nyaililltlonalspecificiletalsr~nssiaienc)uiledintlilsreport.l)sreq>>ireilin))censeconditionsbased ~L~MrLCvhV~tt:C"~1~.r1VtdI'I1~tlSMe14II~1~~M~CVCt~+~~~Ivv"'MWIa(~111rd1~.~rlvglMI',td~dI~1CtIufhLM~~Idl'~\~M'Ivtl~l~VV~II~tt~~~\IIL.~~hl.1~~~~IrttdeI~olv11i~wF~.r~1'IIItalh~~t~VItt-tvt~1I're44~,hIMLr~1Ie~I~~~1Ct"gV~,~Ih1'1"vr,'.,'tM~1'~ILv~'I 6IJIAnutiiieAeports(Co>>t'il)StartuprepuiLsslial'Ihesuhuiltteilwltliln(I)90ilaysfnllowliilJcollli)leLIilllnfiliastartujitestprograui,(2)')0ilaysfollowingresiiutptln>>orcouiue>>ceiuentafcnuum:rclalp>>werolinialinii,.or(3)g<<nntlisfollowingl>>illalcriticality,.whiclievi.risearliest.IfiliaStarliipAi.paililni.snatcaverallliireeevents(I.e.,inilialcriticality,cauipletln>>ofstart>>Iitest.prograui,analresumptlannico<<i<<encei<<entofcoullierclalpnwernperallon),supplementaryrepnrtssiiallhesuhi<<itteilalleasleverytlireemonllisuntilallllireeeventsiiavelice>>coi<<pleleil.c,AnnualOccupationalExposureAeLiort.Ataliulal.innsliallbesuh<<illteilo>>a>>anniialIiasiswlilch~nc(triosBiowasherofstotion,ntliityannnti>orporsonnol(Incinoinqcontrsctors)rocnlvlnlexpasuresgr>>alartiia>>10(Imreiu/yraiidliielrassacialedmanre<<iexposiireaccnrdi>>g'LoworkaiiilJobfunci.loiis,I/e.g.,reacloroperationsanilsurvellla>>ce,iiiservlcelnsiiectlnii,rnutlileiualiitenance,siieclalmaintenance(ilescrihemalntenaiice),wasteiiriicessiiig,<1fIIIrefueli>>g.liiedoseassign<<it:iiltovario>>sihilyfuncLiniis<<iayIieeslliuatesliaseilnnIiocketiloslmnter,fl.l),nrfilmhailge<<i.asurei<<ants.Siuallexposiirastotalinglessthan20Mofiliainilividiiallnlaldose>>ceilnntbeaccaunledfor.Intiieaggregate,atleast00%oftlietotalwliolelinityilnsereceivedfniuiexternalsaurcessiiallbeasslgneillaspecificuia3arworkf>>nclloiis.HonthI~OeratlngAeort.Aniitl>>erepnrtsofoperatingstatisticsanilsli<<tilow>>exiierience,YncliiilI>>gnni:iunentatonafcliallengestatliesafetyreliefvalvesorsafetyvalves,sliall:lipsuh<<ilttedo>>amontiilybasis,wlilcliwilll>>eludea>>arrativeofapiraliiigexperience,tnf)iIsOirt!ctoi~OfiIceofHa>>ageinentinfnrmatIona>>dProgramControl,U.S~NiiclearAegiilaloryCauiuissin>>,II>>slilngtn>>,O.C.20555,witiiacopylailiaAegin>>alOfficeofIdl:.,>>oIytirtlianthe15tlinfi:.icli<<n>>tlifallowi>>giliacalenilar<<xi>>tlicovereilIiyliierei)ni'l.I/lliistahu)ationsiipplementstiiereiiulreuie>>tsof20.401nf10Ci'APart20. CVhICV<<gtp~IXCV~h0CV'IM,I')4e\I'ACVttC~I~Itgvh~~<<4CM~tL'0C>>~.>>CCCCVII*~)ILMCVCVC'CVhCv~0~h~~IMcCM0'I~\'(C'Q(Tv.t0r>>4(rO~hIh>(0CV,hv~~'0fyVv>>htlCV\M>>~I<<>>C'~C0CCI(>>'ihC>>~h0I~C")Ol~r<v(~IC~rI~~>>[>>~*~~v00VtyP~~0,~M~~~CI~Ijh>>I~t>>0fi>M~0.'.Lgl'"Ig1~~O'Ith~~Ct'C-~8:-r.rt'~IrM'CM~t~CVhl>>C"~I\r.(:>>h~I4~n(ItivI"c'>>(,"~\C)r>>>>ItCu'It-lV00Ir<<I0(0C~hh'>>~'h0'vAl7ICvpthIJIVIVh((I~ICV,II~'IIlII'hI4h".vIL'IIrCII~ RoutineReports(Continued)nnnoaiitanioloicalEnvironmental0crating~Reart*.RoutineRadiologicalEnvironmentalOperatingReportscoveringtheoperationoftheunitduringiiI>>ii>>liiiiHii-.TheAnnualRadiologicalEnvironmentalOperatingReportsshallincludesummaries,interpretations,andananalysisoftrendsoftheresultsoftheradiologicalenvironmentalsurveillanceactivitiesforthereportperiod,.includingacompariSonwithoperationalcontrolsasappropriate,andwithenvironriIentalsurveillancereportsfromtheprevious5years,andanassessmentoftheobservedimpactsoftheplantoperationontheenvironment.-Thereportsshallalsoincludetheresults-oflandusecensusesrequiredbySpecification3.6.22.'ITheAnnualRadiologicalEnvironmentalOperating'Reportsshallincludetheresultsofanalysisofallradiologicalenvironmental'samplesandof-allenvironmentalradiationmeasurementstakenduringtheperiodpursuanttothelocatioqsspecifiedintheTableandFiguresintheOffsiteOoseCalcu'lationManual,aswellas,summarizedandtabulatedresultsoftheseanalysesandmeasurementsintheformatofthetableintheRadiologicalAssessmentBranchTechnicalPosition,Revision1,November1979;..intheeventthatsomeindividualresultsarenot.availableforinclusionwiththereport,thereportshallbesubmittednotingandexplainingthereasonsforthemissingresults..Themissingdatashallbesubmittedassoonaspossibleinasupplementaryreport.Thereportsshallalsoincludethefallowing:asugarydescriptionoftheradiologicalenvironmentalmonitoringprogram;atleasttwolegiblemaps**coveringallsamplinglocationskeyedtoatable'givingdistancesanddirectionsfromthecenter)ineofonereactor;theresultsoflicenparticipationintheInterlaboratoryComparisonProgram,requiredhySpecification.discussionofalldeviationsfromthesamplingscheduleole.&+;anddiscussionofallanalysesinwhichtheLLOrequiredinTable'asnotachievable.4.12-1*Asinglesubmittalmaybemadeforamultipleunitstation.**Onemapshallcoverstationsnearthesiteboundary;asecondshallincludethemoredista'ntstations. ulAAAWlfAAAAIAlAhJAVVACAffCtJ~guf"CW'Af)tCr'ILAAIqkP'Nf'ffAiLA~.u~AulAu~ILIrWIC-'LAllIffff)FuIV~rIPff')I'LfrVA'AV~WWWA'WrI~O,"CI~I~vu'(I~A~\u'fTA~O'A~,rP\A'IAfAVlALWlrLMA'IIIK-uIIPAfAAAhP~ugfAflf~f~luAWuvx)A4l~lfLAr'urI,Pf)*,Ir"~~'f~AA04AACCPhfL"l~fr(AAA~'f Aontler.Aeltnrts(cont'nfSeielannuatAadioacliveEffluentAnlnaseAe~mrtAoutineRadioactiveEffluentReleaseAepnrtscoveringtlieoperationoftlieunitduringtheprevlo>>s6montlisofoperationshallbesiilimlttedwitliln60daysafter.)anuary1and,)u)yIofeacliyear.'(heAaiiloactlveEffluentlAeleaseReportsshallinc)iiileasummaryoftlieq>>antitlesnfradioactiveliquidandgaseo>>seff)>>cutsanilsolidwastere)easeiifromtlieiinitasout)inedinRegiilatoryG>>ide)a2),"Heas>>ring,Evaliiatlng,andAepnrtingAailioactivltylnSo)'idWastesandReleasesofRadioactivet)ateria)slnLlq>>liiandGaseoiisEff)iieiitsfrofiiLig)it-Water-Cno)edth<c)earPnwerPlanls,"Revision),)>>ne)974,witliiiatasuf>>narizeilonaquarterlybasisfollnwlngtlieformatnfAppendixAtlierii>>f.TheRadioactiveEffluentReleaseReporttnhesiibmltteilwit)il>>60ilaysafterJanuaryIofeaciiyearshallinc)>>dea~anniia)summaryofliniir)ymeteorologicalilatacn)lectedover.thepreviousyear.ThisannualsummarymayheeitherInl.lieformofa>>liniir-liy-liniir)Istlngonmagnetictapeofwindspeed,wlni)direct,ion,atmnspliericstatil)lty,a>>ilprecipitation(ifmeasure))~.orlntlieformofjnlntfreqiiencyillstrltiutiniisofwindspeeil,wlnilillrectlnn,andatmnspliei'icstablllty.Tlilssaiiereportslialllncliiileanassessmentoftlierail)ationdosesfromgl,srailioactlvellqulilanilgaseouseffliientstnmeniiiersoftiiepiilillciiuetotlieiractivitiesinsidethesiteboundary(F)gure5.)-))diirlngthereportperioil.Allassumptionsusedinmakingtheseassessments,I.cuespecificactivity,expnsuretlniear<<llncation,slia)Ilieincliiiledlnthesereports.Tlieassessmentnfradiationdosesslia)1beperformeilinaccordancewiththeniethndologyandparametersInllie0ffslteDoseCa)ciilatinnHanna).ITheAadioactlveEfflirentReleaseAeporttobesuhmltted60ilaysafter,lanuaryIofeachyearshallalsoIncludeanassessmentofradlatinnilnsestntlie)lke)ymostexposedmemberoftliepuli)lefromreactorreleases'ndothernearbyuraniumf>>e)cyc)nsources,inc)iiiilngduses'romprimaryeffliientpathwaysanddirectraiilatinn,.fortlieprevlnlisca)entlaryeartoslinw'onformancewith40CFAPart190,Environnienta)RadiationPrntectionStandarilsfnrth>clearPowi.r0peratlon.Acceptablemethodsfnrca)cii)atlngtlieiinsecontrlhiitinrifrom)iquiilandgaseniiseffluentsaregivenintlieOffslteDoseCa)culatloiitkan>>a). (hI~~nr;a(I~rLIIIC,,~ItV4h.art(ll~41,~Ir~'rr~a\1(taS('I~r~WI"'4ar4t>>f7a(r~',ra.1t-r.~IVIar~~~aa~r(~IartI~Ia'(II~ti(ra4Iri'IlyIvCtv(t'.~(:~r>>p1C',r.a~r't~arI~.y,r.rWCJtIt'd(~t(IIIVIrJI>>I-.~rCp~r(aatr4t(VLpC~r.'trrrIrF~(jar~a~~I>>~7~OPIia~rQaC'pe'C"~ar,~tJrht'(((ItaV(hIhII~r((r>>Ih-~~~~ AnutIneReport,s(cont'd)sollilwasteadefIeiTheRadioactiveEffluentAc)easeAeportssliallincludethefollowinginformationfoIIf()ndbyIDCFRPart6))siilppeiloffslteduringtliereportperiod:reacicassoi.la.Containervolume,h.C.Totalcuriaquantity(specifywhetlierdeterminedbymeasurementorestimate),Prlncipa)radlnnuclIdes(specifywhetlierdeterminedliyaieasurementorest)male),Sourceofwasteandprocessingemp)oyed(e.g.,dewateredspentresin,compacteildrwaste,evaporatorbottoms),rye.Typeofcontainer(e.geeLSA,'TypeA,TypeB,Largequantity),anil,f.Solldlfcationagentorabsorbent(e.gae~iiien4-)r~~gch./7theRadioactiveEffluentReleaseReports.slial)Inc)udgeanychangesmadeihirlngthereportingperiodalistlnofewlocatototheProcessControlProgram(PCP)andtotlieDffslteOoseCalc<<latloiHaiI(00CH)gpwlocationsfordosecalculationsand/orenvlronmenta)monitoringIdent.lfleil4":.thelandusecensiispursuanttoSpeclfIcation~t)-.~rChangestotheProcessControlProgram(PCP)sha))bereportedtotheConuiisslonintheSeioiannua)AanloactlrefffleantAeleaseAeportforttmnorton~nwhtchthechance(stnas~esne.Thissots'ststatshalIcoiitaii):Ia.Sufficientlydetal)edInfnrinatlontototallysupporttlierationalefnrtliechangewitlioutbenefltofaililltlona)orsupplementalInformation:b.c~Adeterminationthattheclia>>gediiluot.rerliicetlieoverallconformanceof'thesolldlfieil~asteproducttoexistingcriteriaforsoliilwastes:anilrOocuiiientationofthefactlliattliecliangeliasbeenrevieweilanilfoundacceptable. ~LVLVtIXV~~LCLJL!PPrlIVVlL}C}'IVlvtPltP'(hJrt-VPLPPJ~aPPiLVIlVCCi~~<<fft~,'.L4V'--~~JLhtrwr}(VPIVI'!P~I~~~IV'VvI'wCetLII(C"I~(I1,IPI("IVV'4t."gp.aIC"LeItChL~.V~ILlPl4.vIt~V,11I~'4.n(itLPIr;PCC""-lvVtv~}J!~Ih~I;'C'V~~~Lh~PVrI*~<<tfvl",tL~P~P.JLfI~ RoutineA<<L<orls(contd}ChangestntheOffs,lteOoseSemiann<<a)AadioactlveEffl<ef'fective.ThissubmittalCalc<<)ationHa>><<al(Ol)CH}:Sha)IherepnrtedtotheCo<a<<issionintheentAeleaseReportfortheperiodinwhichthechan<e(s}I4~b.togetherwithappr'oofapackageofthosepagesoftheOffslteDoseCalc<<)ationHan<<altIhan<<ao<echanedpriateanalysesorevaluationsJustifyi>>gtheel<ange(s};tthechangewll)notreducetheacc<<racyorreliability.ofdosepointdetermlnattons;andAdeterminationthacalculationsorsetS<<fflcientlydetailedinformationtotota))y.s<<pporttherationalftlIflofadditlopa)ors<<pp)e<M.otalInformation.Informations>>hmittedso<naeor<echangewithoutc.Oocumentationof,tFireProtectionProgramAepo<efactthatthechangehasbeenreviewedandfo<<ndacceptah)e.tsa.SubmitaspeclalreportNotlfytheA)rectoConf(rmbytelegradayfollowingtheFol)ow-upinwrltlnftl<elnoperablllstat<<s.S<<t<mitaspecialreporttotlt)<eeventoutliningtheplannperab)estat<<s.totheappropriateAeglona)Officeasfollows:~Ir/oftheappropriateRegionalOfficebytelephonewithin24hn<<rs.)>>,h,mai)gramorfacsimiletransmissionnolaterthatlfltkihgwithin)4daysaftertheeventout)iningtheactiontaketlypansandsched<<leforrestoringthesysten<toanoper<<b)eandthelanaen,<ecauseHeOlrectornftheappropriateReginnalOfficewithin30daysfollowingandprnce<A<restnI<e<<se<itorestoretheInnperai<)eeq<<ipmenttoan 4~-crcIA&I'W:>>'J5I,~iyIrJC~IrCCsI('>>C'~AC<<Ir;I!14&'t<<(AeCO(I>>tAI1QJC!Ccg~Ci>>hQl,I;CiI')IrQO<<'I'&II<<CJC'>CWC<<>>I>>IQ('(I,tyr4<<PiICt&11~Jrr1r,tPrf"rh(I)r~~~si4,X..~V0~(I:5(<<I<<1IC5:IAAIi1>>4.'Iitv'<<J~I.,AQ~h!ilJVlctI~Jr&'Ir&r.eAI~&<<~JJII!tII>>V1Ic<<Iii'CV~V'.,~r41t>>'it~I<<I~r'C'.rl1A<<l~<<I1IIA.~~ICJ4&QvIJCPJ&r<<A~<<A!tciSY.iIrtcI".!<<CCAIrtI,~~(<J1I<<<<+l~~~I>>!!',~0<<I&>>I\~Mn.I<<"rw4~A~4~~1~'+r&l\rIiP~IP'&IC1~*I<<~tLCI~>> SpecialReportsSpecialreportsshallbesubmittedtotheDirectorofRegulatoryOperationsRegionalOfficewithinthetimeperiodspecifiedforeachreport.Thesereportsshallbesubmittedcoveringtheactivitiesidentifiedbelowpursuanttotherequiremeritsoftheapplicablereferencespecification:a.b.C.d.e.h.k.ReactorVessel.HaterialSurveillanceSpecimenExamination,Specification4.4.6..1'4()2months)'hs)1>(Threemonl(ThreembSafetyClass1InserviceInspection,Specif>cationf;34.g.a~SafetyClass2InserviceInspections,Specification(.348bI).Inths)SafetyClass3InserviceInspections;Specification(.3.4.8.e(Threemonths)I4.6.1.2a,b;c.primaryContainmentLeakageTesting',Specification:(Threemonths)4.6.5.1.cSecondaryContainoantLeakageTesting,Specification.(Threemonths)SealedSourceLeakageInExcessOfLimits,Specification4.7.6.3(Threemonths)CalculateDosefromLiquidEffluentinExcessofLimits,Specification3.11~1~2'a'30daysfromtheendoftheaffectedcalendarquarter).CalculategAirDosefromtlobleGasesEffluentinExcessofLimits,Specification3.11.2.2.a.f30daysfromtheendof.theaffectedcalendarquarter).CalculateDosefromI-131,I-133,il-3andRadioactiveParticulateswithhalflivesgreaterthaneiglitdaysinExcessofLimits,SPecification3.11.2.3.a(30daysfromtheendoftheaffectedcalendarquarter).CalculatedDosesfromUraniumfuelCycleSourceinExcessofLimits.Specification3.11.4.a,(30daysfromtheendoftheaffectedcalendaryear).inoperableGaseousRadwasteTreatmentSystem,Specification3.11.2.4-(30daysfromtheevent).m.i1~EnvironnentalRadinloicalReorts..Miththelevelofradioactivity(astheresultnfplantfl.I<<>>llglfgfglIff6.9.3-),whenaveragedoveranycalendarquarter,.inlieuofaLicenseeEventReport,prepareandsubmittotheCommissionwithinthirty(30)daysfromtheendofthecalendarquarteraspecialreportidentifyingthecause(s)forexceedingthelimits,anddefinethecorrectiveactiontohetaken.Loose.-P~De~onSystem,Spemgcation3.3.7.11a(10dard(cornAe.eve&.)7I~/~'t 'aI'i44A115'fIL~AAC'o'Ia'6"(>>g>>'!IlIeL~,~l1f~,fa>>i>>~taC~s4r->>5AL3'a~L11Ma\4I'-*e14>>51'A~~t~I'"a41raW44~41~~Ir"a1I'>>t4f41(l4-'I4~~1C4e-a/aC'..5fl~Ll cfc>Tfcufcscc<AmoN~53I.gCtdQAvgproof-tkoeveo+)'PAothe%+ceoclQofc5cllccff'fcucoswcll'Tcokl937'f+Glf$5foooc+pe8vcILt)P+~'cf'gACRE'foDcoolANf6'VSfuffP+,5(p0g*fgprontkeeVOu+)f'.gpefiffC.h-o4'O4y~RPACWOA.COOfAloesS'IS'fEVC>3,Q.S"(OfCOepetf>~<'/+~Ofewe.Qoecwttencc)Efc's-cpforcyclNg3~I('loh.A.qcf4ooco+pek'vo'M)COAfkAfncce&St,ruOkurfr)jco+a<<4~3->~~i~"~LFnt~ieo~.~6+4>Lg~~;g<<-,~3,)>,)0~a~~hce>c"<+) ~EEW~reeeWW&EII>>~IIrs-rflwIASl<>>.s',.PIs~.I~~I'PfP'~r~IIPl'SIhW~~'EI'<<rOI~fss7~7:~Ws)~W\EL/,.ijpI~Ep'sI>>1Is~W\g~gI Tati)e.6.9.3-)'EPORTIIIGLEVELFOARAI)lOACT'lVITYCnttCfttTIIATlnttS)ttEttV)t)otttIENTALSAHPLESREPARTlt)GLEVfLS~Ana)s'sII-3'in-5/IFe-59Co-50Co-60ln-65Er/ttl)-95l-l3lCs-)34Cs-)37Ita/La-I/IOWater~C)/~)30,OOO1,oon1,0005n200"AirbornePart)co)atearGas~as~CI/m30.9ln.n20.0~Fist}J~CI/k~eat}30,000)0,0003n,oooln,nnn2n,nnol,nnn2,nnt)Hilk(i>CI/l}Cn/0300FoodProilncts}~CI/k.wasI.)on),nnn2,nnn %hJ.%MKKMK:'.'E:~"Qk"-:18MV4l7.~~t~tgrtVCI4t4.IPI'JtA\'PIAleoI~ACh'+f~~t'A/"~~0I~r~rC*~0V~4~Oit!PICg'~4gJh'0,hll~IVv~4l%CPr'~~l>>ee'I/~~H~~1~W4UCAI~C\P~CIV0%4Cf'-hI~~4ly~K~1NI\t,~P(-~~srIg0PIJI'4fw0tP4V0~Ih,~&l~~0IE\af(.LP~ 6.)0Aerf)rii6.IO.IAi!teiitTliea.C.ionsfallowingrec<irilssliallheretalneilforalleastIAecoriisaqdIfigsaffacilityoperatIoncoverlogAecoriisandIiigsofprincipalinaintenanceactlvprincipalIb~tisofequlpineotrelateiitonuclearIAEPSITABLG..EVI:IITAEPTS.fiveyears:tiineintervalateaciiIui~ierlevel.iItles,inspectlnns,repairanilreplacemeutnfsafety.d.g,Accordsof~si>>vellianSiieclflcaIniis.AecardsofreactorteAccordsofcliiiigesinaiIAecorilsofrailloactIveactivities,li~spectlonsanilcaliiiratlnnsreqiiireiiIiytlieseleclirilcaltsaodexperiineots.etoOperatlogProceil<<res.shipl<<nots.6.IO.2Tiiea.falIowIogrocnrfIssliallA<<cnrilandiirswlngchae(illIplnelltilesi:i'heilInli.Accordsofse.liedsaiiI.Accordsofaoiuialphyseleaktestsandres<<)ts.icalinventorynfallsourcematerialnfrecnrd..'fjheretainedfortbndoratlnnoftheFacllilyDperatlntiLinens.'gesreflectingfacilitydeslijnnmillflcatlansilladetosystenis'anil.theEloalSafelyAnalysisAeport.h.AecorilsofnewandIrrdlateiifuelinventory,fiieltransfersanilassentlilyhiirouplilstorles.C~Aecorilsoffar.llityrail.Aecnrilsafraillatlonellatiooandcantanilnatlonsiirveys.lpnsureforalllnillvliiualsenteringradial.loocniitralareas.-'"' CIE4v-D'Cr.~'CN~5~hIPPtgt'P~gC~SCPKEPhIK=IVI>>'r'll'E~-h,trCDw"C'~.K~h*~'PV~EPC~~II>>~\IC~>>Dv.ItCFttllIPr.EP-~PVCQt~A'atC>>P~E~Vt(~PE~EI"IEt'Eh~rI'CPII'~)~~leIJLEhE't'h~<<C.>>n.~,E~~PrCVC7-rr~tEEtEtEA,IP,~'t'PCEJP~"~~'-IEtP~V%0PtrCQ~P'LI~ED~V~CUI 6.IORecordRetention(Contlnucd)e.Recordsofgaseousandliquidradioactivematerialreleasedtolheenvirons.f.RecordsoftransientoroperationalcyclesforLliosefacilitycomponentsdesignedforalimitednumberoftransientsorcycles.g.Recordsoftrqlnlngaudqualificationforcurrenlmembersoftlieplantslaff.h.Recordsofln-serviceinspectionsperforioedpursuanttotheseiechnicalSpecif.icatlons.l.Accordsofqua)ltyAssuranceactivillesrequiredbythef)Atianual.hlI'i'tectlonshallbepreparedconsistentwitl~'herequirementsofIOCFAinedandadheredtnfora)loperationsinvolvingpersonnelradiation,'.IIAadiatinnProtectionProgramProcedures-forpersonnelradlatinnpPart,20andshallheapproved,maintaexposuresj.ecordsofreviewsperformedforchangesmadetoproceifuresore<iulfxncntorreviewsof.test.sandRexperimentspursuanttoIOCFA50.5g.l5'l-k.'eco'rdsofmeetingsoflheSOACandlheSAAA.I.Recordsofanalysesreq>>lredbylheradiologicalenviroiimentaimonitoringprogramthatwouldpermiteva)uationoftheaccuraryoftheanalysisat.alaterdale.,lhiIIIiIprocedureseffectiveateiis.siouinc<<deaspecifiedtimesan<i()ua)ityAssurancerecordsshowingthattlprocedureswerefo))owed."llese~v6.I2lligi>iladiatlonArea6.I2.IInlieuothe-"contro)deveachhighradlatlonareanogreaterthan)00mrem/hr".pnsted.as4highradiationRaillationWorkI'ermltInacIndivld<<aIsperilttedtoenthefnllowing:ce"or"alarmsignal"requiredbyParagraph20.203(c)(2)of)OCFR20,mal)yaccessible'ypersonnellnwhichtlieintensityofradiationisiutlessthanIOAOuirem/lir"shallbebarricadedandconspicuous)odcreaandenlrancetherelosha))hecontrol)oilhyrequiringissuancefrancewithsiteapprnvedprocedures.AnyIn~ilvldua)orgroupofoaersuchareasshallbeprnvlile<lwithoraccompa>>ledhyonenrmoreof {IopP.I,4(443Ir3Par~.~c'IIEUIst<<ot'ICC">>~~E(.<<ffI,("It~~aa.{Mtff{4lff.V~r"<<+cC'mSI(4~UaI(V~~t4,~~(={III\~~a~~.4vo.441taar~tl4~IaI~~t4IgLVM{4~IIratvI~I-tV~(4(~4I~~4~~T,<<at{~4MarPJ~(n.'w-c4~(4E~4~{tttff'4Ir(~iVa~4~aIIraa('C'~{.--ŽnI{,4{'ii'Ia4-Vow+It4tII0'IIMC'~~~~T4Vt~,.~~Pffn4'ISI4{II,TEIC>C'IPotTISavta<<I~antP~a~'a~4I4o't.=Ctv<<({'a(ravIIta~{SaIMe,'4CI'4~4I~IraV{4'IV~aCr~tIaffffrotav3UIIa~4<<Iaff{4~4V4MPA4M~VII~tff4~4~t.~at,~I~4tt~apao~M 2-~IA.l2lli~liAarllallnnArea(Centi(nice!lia.Araillation<<>>iiilorlnib.Aradlat.Iaqi<<a>>Itarlnganda)arms'wl<<:iiapresmonitoring[devicemaypcrsannc))lavabeenmac.'i>)nillvI!Iua)qiiaIIflewliaIsrcspaiisihlefaperformperliiillcrail)aSupcrvIsor)arileslgnat6~12.2'n"addIllantotl<<!'req<<lrc<<itliata<<iaJarpoqtldnoftlieprovlilailwItlilocki<<lilnarsrdevicewhlclicnnllnuoiislyIndicatesiliaraillatlo>>iloscrateI>>iliaaica.ilevIcewlilclicanllnuoiislyl>>tegratestlieraillalla>>ilaserali!IniliaareaetInlegratcdiloselsrccelveil.EntryIntosiicliareaswllbllilsiemaileaftertlieitnseratesIntlicarealiavelii!cneslalillslii!ila>>illcknowleilgcab)eofflic!<<.IInraillatinnprnlect.Ion,wItliarail)ationilnse.rale<<innliarIiigilevlce,provlill>>gpasitIvecontrolovertlieactlvltleswillilritlie-arca*aiiilslialItlans<<rveIl)a>>ceatlliefrcqueiicyspecIfleilliytlieIlailiatl>>nI'riilcctia>>InlhcfailIallanWorkPermil.aentsnf6.)2.Iaareasa'ccesslbletopersonnelwIllirail)atlnii)eveiss<<clilioilyco<<lilreceivelnonelinurailasegreatertlia>>l000mre<<i".slialIlieoprevent>>>>autliarlzciie>>try,aniltlieliarilkeysoraccessprovlilrilbyalnlal>>cdiuuleriliaail<<ilnlstratlveco>>lro)ofiliaSlat.IonSliIflS<<prrviso<<iagnct,lckeycar)sliallbc<<iordeslgnaleo>>,diilya>>il/ortlieAaillatinnProteclionS<<pcrvisorordesiq>>ate;0>>orsslia)I.re<<inlnlockedexceptilurliigperlodsafaccrssbypersonneli!oilera>>appi;nvedI)WPwlilclislia))sprr.Ify.InaccordancewIlh,sIleapprnvedpi.>>ceil<<rcsaecovb)>>sty;tlieilaserate)eve)sI>>tliel<<racilIalewqI'Lareaandlhemaxi<<ximallowablcstaylli<<eforl>>dlvlil<<a)sInthaiarea.InIlriinfthestaylimnII.":,specIf)catlanofiliaAWP,co>>lla<<oiiss<<rvcI1Ia!ice,dIrectarremote,s<<cliasiiseofc)ascii'cIrc(iIt1Vca<<!eras,maybe,<<mileliyperson>>elqiiaIIflcilI>>raillationprolectionproccil<<rcstoprovlilelinsIlIve.exposiirecontro)overllir.actlvItleswlllilniliaarea.I.ar)nillvldiia)areasacrosslblelnlicrsniinelwlllirailiatlanlevelssiichthatama)orpartln>>afthehnilycauIilreceIveI>>onelin>>rail>>selnexcessafl000mrcm'~iliatarelocateilwItlilnlargeareas,suchasllieilrywcI),wlicreone>>r)ns<<rcexistsforp>>rppscsof)nckI>>g,anilnnenclosureca>>bereasonablyca>>str<<cteilam<<nililial>>ilIvlil<<alareas,llienlliat,aicaslia))lieropeiloff,consplciioiislypostedanilaflasliliigIIglilsliaIIlieacllvateilasawar>>I>>gilrvIce.Iahyaccesslhlcpassageanilpcrmanc>>l)yflxedlaililcrs<<lcas<<rc<<llitlllaileal,lfl"fnxnsaiiiceofraill>>actlvlly Iaaaa'4L(LII4~'144IIaaa~I'a<<<<Pgal1(aaa'l(at(=-qaar~1,~~rr4ra'a4i@.',raI<<atIQer',--el.~cI~l~1<~<'W2aa4',It-(tararal~la~f(I~rg~~I,IraII(L.44ICaraaI'Ile4-,~,,~4WI1414ta4'44~II>>'4~4LVICI(('1IL.Ij,CaarI4'<<l~'4.4'(T(aeaata44I41~<<crTtt,wr~.a.a..4(a'aI.,PlI1rtLa~ar~1~4'C4c'~w(IILaaatII~~a!P4w.a('rrreaaLa4 6.I3J:reProtectionInsection6.I3.llG.l3.2Aninspectionandauiiitbyanoutsidequalifiedfireconsultantshallheperformedatintervalsnogreaterthan3years.6.l4SystemsintegritProceilureshallbeestablished,implementedandmaintainedtomeetorexceedtherequirementsandrecommendationsofNUREG0737,Sr~onIIIS.l.l.6.l5iodineNonitor~inVroceituresshallbeestablished,implementedandmaintainedtomeetore'xceedtherequirementsaiiiirecommeniiationsofNUREG0737,Se~onIII,0.9.5.Anindependentfireprotectionandlosspreventioninspectionanilauditshallheperfurmeiianil!~llyut)lizlngeitheriiualifiedoff-sitelicenseepersonneloranoutsidefireprotectionfirni. I.CJCIIFJCI;Fl\eC'~el*I1eelt'erIJIlJIC'Cl~IlLJFC NINEMILEPOINTUNIT2TECHNICALSPECIFICATION'USTIFICATIONLCONO.BASISNO.REASONFORCHANGE6.9.3SpecialReportsTheUnit2submittalexpandedthissectiontoincludeindividualreportsasrequiredinthespecifications.ReasonPl:Reason02:Tobemoredetailedandmoreexplicitastotheexactreportingrequirements.TobeconsistentwiththeexistingUnit81Technical'pecifications.NMPCSUBMITTALPAGE6-23GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~NUREG-0473rey2PAGE8508070039II ~~ ThisdocumentcontainsjustificationsfordeviationsfromtheStandardTechnicalSpecificationsforNineMilePoint2TechnicalSpecifications.ThejustificationpagessupportthedraftTechnicalSpecificati'onssubmittedwiththisdocumentwiththeexceptionoftheRadiologicalEffluentTreatmentSpecifications.TheRETSportionofthejustificationdocumentwillbeupdatedwiththenextdraftsubmitted.
Pages1-1through1-10Thechangesmadetothesectionentitled"Definitions"withinNineMilePoint2planttechnicalspecificationsweremadeprimarilyasasafetyimprovementtothetechnicalspecifications.Somemightviewtheseimprovementsasjustclarification,butthesituationshouldbekeptinmindthatifthesechangesarenotmade,impropertestingcouldbedoneortechnicalspecificationlimitscouldbeimproperlyinterpreted,thusresultinginareducedconfidenceinsafetyrelatedsystemsbeingtested,andinturn,anincreasedrisktoplantsafetyandtothepublichealthingeneral.Iwouldliketonowsummarizesomeofthesechanges.Variouschangesweremadeinregardtofireprotectionandfiredetection.Theseclarificationsweremadetoremoveconfusionfromtheoperators.Ifthisconfusionisnotremoved,itmayresultinsafetyrelatedequipmentnotbeingproperlycoveredbythefiresuppressionsystem.AppendixJrequirementdefinitionsareclearlydefined.,Ifthisisnotdone,thiscouldresultinincreasedlikelihoodofprimarycontainmenttestingbeingsubjecttopersonalinterpretationwhich,inturn,wouldincreasethelikelihoodofinadequatesurveillancetestingandanincreasedprobabilityofoccurrenceofanundetectedfailureoftheprimarycontainmentresultinginincreasedreleasestothepublicintheeventofanaccidentinexcessof10CFR100limits.DefinitionsconcerningtheRETSareincludedherebecauseofNRCdirectiontoincludetheRETSaspartofplanttechnicalspecifications.Achangehasbeenmadefromthe18monthrefuelingcycleto24monthrefuelingcycle.Definitionsaresubmittedheretosupportthat.AprobabilisticriskassessmentwasalsosubmittedtotheNRCfortheirapproval.ThisissuewillbediscussedwithNRCmanagementasappropriate.Anew'efinitionwasaddeddefiningtheactualdurationofanoperatingcycle.Ratherthanhavingtheactualnumericalvalueoftheoperatingcycleappearinvariousplacesthroughouttheentirebodyofthetechnicalspecificationsdocument,wehavedecidedthatwhereverthisactualnumberappearsinthedocument,wehavereplaceditwiththephrase"operatingcycle"andhavechosentodefinetheexactdurationoftheoperatingcycleinthe
Pages1-1through1-10(Continued)Definitionssection.Thisisdoneinordertosupportfuturechangesofthetechnical.specifications.Intheeventthatweelecttochangeouroperatingcycleinthefuture,ratherthansearchingthetech.specs.andtryingtopickeveryplacewherethenumberofanewoperatingcycleshouldappear,weonlyhavetochangeoneareaofthetech.specs.,andthat'sinDefinitions.Thelikelihoodisratherhighthatwewouldnotpickupeverywhereinthetech.specs.wheretheoldoperatingcyclewasdesignatedintermsofmonthsandreplaceitwiththecorrect.number..Thiswouldincreasetheprobabilityofthelikelihoodofsurveillancesbeingdoneimproperly.Thischangeismademerelytoreducethechancesofsurveillance.testingbeingdoneimproperlyandincreasetheeaseatwhichtheCommissionandtheutilitycanmakechangestotheoperatingcycledurationreferenceandtechnicalspecifications.WehaveremovedEbardefinition(averagedisintegrationenergy)asitisnotadirectornecessarymethodforthereactorcoolantsampling.WehaveaddedmanynewdefinitionstoreducethelikelihoodofmisinterpretationofTech.,SpecsSomeofthenewdefinitionsaddressareassuchasRETS,fireprotection,leakratetestingandotherrelatedareas.InTable1;2,atriplepoundnotewasaddedtoreducethenumberofhydraulicshockstotheCRDmechanismsinorder.toincreasethereliabilityanddependabilityofourCRDsystem.Theturbinebypassresponsetimedefinitionhasbeenmodifiedtobemoredescriptiveoftheplantspecificdesignsincewehavegonetoafullarctypeadmission.Wemodifiedthefrequencynotationtoremovetheredundanceof"atleast"sinceifyouperformitonthatsurveillance,itiswithinthattimeframe.Asurveillancefrequency"P"wasaddedbecauseoftheadditionofRETStoSTS.
Pages2>>1through2-4AReferencestothevalue1.06wherevertheyappea~havebeenreplacedbytheterm"SLCPR."ThistermisdefinedasSafetyLimitCriticalPowerRatio.ThischangeissubmittedbaseduponthesamechangethatwasmadetoNineMilePointUnit1whichwasapprovedbytheNRC.SeetheattachedletterfromtheCommissiondocumentingtheapprovalofthischange.ChangesmadetotheRPStable(Table2.2.1-1)areplantspecificinnature.
'E~~(U.~~~>C4~~NUCL""A..R"-GUl~TO-.t'~:.;i;itSSiC:.ve'AsHI.':o~Q.~.3c.zc=~sr8~~$/A)ppWnf~8~~~ricgpp~~~~ff~f)Q+Pr0+~atftAn~IS=':LU'FKI:C:nLUn(Iu.i~:l.i=ia~lCi.isv~w:...n~~a..~.~JLnlLOii"':"-"P"3<""-'iDH-tl7l:3.-"170FAC!7'.""l.Rn7I!fCLrr"-ftS"=tf0.OPR-":3tiInQHnKPOA<<tCQR?ORnT'0HIf<""HIL<PQIftTfiuCLcARS"'TIGll.UfITt'0.1BQC):ETtlQ.50-2201.Q..ntroducionI,isr'ttcD5"letterdaiedAnriTZT,19GG(Reference1)assuo"1~;;entedbyrferences2znd3,Hi'acaraifohawkPowerCorporation(t'llPC),ihelicensee,proposedchangestoTechnicalSpecif'ictionsforR-neVoilePoiniUnit1(HPi).i-"'-~Chasproposedthesmdificaionstosupportierv18"ofuiure~hadsmrl'!iP-1undertheprovisioncf12.C.RZO-H.inisevaluationisonlyforthproposed.changes.totheTechnicalZpeciacaionsw1ichwillallowfoal'PCtoconduct,uture.refuelingswithoutpriorHRCapprovali=iheconditionsde',ineated.in10CFR5Q59aresatisfied.Oocumentaiionrgardingfuture.reloadvaluationsshallberetainedon-siie,inaccor-Canca.withTechnicalS"ecificationSection6.,10,availableforreviewbypersonnelframthe.flPCOiiice:ofInspect"ionand:Enforcement:.Pleasenote.thatthe.evaluationcan~inedin.Section2diesnotccnsiiiuteapprovalo,tlYiPC'sfutumreloa,dsSyletterdaidSepte,.er:13.1979-;:-the'ic~aseewasrequestedtosu'aitSizndardAdministrativeConiro1snich..required.directsupervisiono=core,altraiionsbyalicnsedSenior.'ReactorOoerator(SRO)whohadnoconcurrentduties.-TheevaluationoftheniagaraHohawkcomnitmentisprovided'nSeciion3.P2'.0:10.CFR50.59ReloadevaluationThereinchangestothe~chnica'1Speificationsandourevaluaiorsa.ediscussed.bel'ow:Theproposedchancistodeletethequantitativevalueosafe.yl,iilri,tc.iicalpcr~erratio(SLCPR)fromtheTechnicalSpecificaiions.The'icenseeindicaiesthaitheSLCPRsareboundedbvthevaluessoecifiedinrefernce4(reference12oftheTechnicalSpecifi-catiors)whichare1.07or"8x8retrofitfueland1.05for8x8fuel.TneseSLCPP.valueshavepreviouslybeenaccopiedinReference4.IlltheUtu?eiftheSLCPRschangeintherefere1ce"docu;,ent,thelicenseeisrequiredoupdatetheTechnicalSpecifcatic15reflectingthcha..efortheSLCPRsiniherevisio1totheIefa.enceddoc;.-.ant.01thisbasis,weconcludethat.hepro"osedchancisedior'ialinaa.-=andisacceptable.
I',;!,~qs'.~i,,',oi,i,'IQoC)ii1ErgrtEHCESFOR'PllgES~+A~~~II8(I)GeneralElectricBBATberma(Ana)ys(sBasis(GETAB}Bate,corre')ationqndBelignApplication,BEBO-10960andllEOE-10356.".'.f.gs'(2}Lin~ord,A.8.,"AnalyticalHct!io(i~ofPly'<Ti'yj)fejhgyeluafionsforthoGcqei-'ylflcctricOoilkng)laterAeactor,"iIE00-1000},february)g/39'I'iii'a".{3)FSRR,Volume1l,llppcndiwg,(0)FSRA,SecondSupplement,.I>-i"I(5)FSRR9Yolu(()e1l6Ppppndig(6)FSRA,SecondSupp)e())erat,.,.!;i'.;~'-It,,';,(I)tatters,PeterII.Ilorris,II)rqctqrofAeaciqlI'),(p()IBInpq,)ISBEB,toJqlln6,)oqan,)Iice-president,.JerseyCentralPmgrandtiglitcouiui~ny,date/llqyesibor22;!')96]::apd,'dpIIausrypI)660,(0)TaChniCalSupplementtOPetitipntO.lnCrCOSCPOjoprj,Lying),datingcapri))970,(9)Letter,T.J.Orosnan,tiIagaraIlohaIdkPowerCorpjrition,toPeterh.Horde)~,i)jyfsionofReactor,\.fccnsing,USREC,datedFebruary26,lg72.(10)LettcrqPl)llipD.Aayn)ond,.fiiagaragaol>awki'owcI.jCorpprationqtoh.Gia)))l)usso,USAEC,datedOctoberlS,1973.(ll)HincllilcPointttuclcarPopcrStationUn)t)Load,LjpcLimitAnalysisqflEDO24012,May,l977.~icenslngTopicalAeportGenera\Electric.goilipq"listerAeactorGenericAolaadFuelApplication.HEOE-24011-P-AqAugust,1970.(13)HoneNilePointHuclearPowerStatioqUnitl;ExtendedLoadL)neI)mid.Ana]ys)s,LicenseAmendmentSubmittal(Cycle6),.HE(O-Z4185.,>ApJill979.*~II)~~i,II(.~rsmiminuetfio.B,23,~i36
Page82-1through82-9ChangesinreferencetothereactorcoolantsystempressureaddendaanddatesweremadetoreflectNineMilePointUnit2specifics.ForthoseplaceswhereMCPRlessthan1.06appears,wehavechangedittoreadSLCPRinordertoallowfuturechangesinreloadlicenseapplicationstoonlymodifyonepagewhichwouldappearinthedefinitionsection.ThereasonforchangesinthebasesistoreflectNMP2specificdesignandtobemorereflectiveofthelimitingconditionforoperationorlimitingsafetysystemsetting.
Pages3/40-1through3/40-3Thechangesubmittedonpage0-1underitem3.0.3isthesamechangethatwasapprovedbytheNRCforNineNilePoint1.ThischangeissubstantiatedbyanengineeringstudycommissionedbytheHRCentitled"DefinitionofOperable."ThestudyisEGG-EA-6360,September1983.Seetheattachedstudy.Thedeletionoftheterm"atleast"underthecolumnheading"AddressingRequiredFrequencies"ismadeasaclarificationtothetech.specs.
l,eEGG-EA-6360SEPTBSER1983OEFINITTCNQFOPNASLE~N?NEMILEPOINTNUCLEARSTATIONUNIT1F.'..FarmerJ.M.Staff@)IdahoNationalEngineeringLaboratoryOperatedbytheU.S.OepartmentatEnergy~t'p""%~'~7~Thts.lsaninformalreportIntendedforuseasapreNmfnaryorworNngdocument~tlPreparedf:ot.theU.,S.NUCLEARREGULATORYCOMNiSSFONUnderQOEConttactNo.OE-AC07-TGID01570FINNoA64Z9',
EGG-EA-6360DEFINITIONOFOPERABLENINEMlLEPOINTNUCLEARSTATIONUNIT1PublishedSeptember1983F.G.FarmerJ.M.StoffelEM@Idaho,Inc.IdahoFalls,Idaho83415ResponsibleNRCIndividualandDivision:R.Hermann/DivisionofLicensingDocketNo.:50-312TAC;No.:4304ZPreparedfortheU.S.NuclearRegulatoryCommissionUnderNfContractNo.GEACD7-76I001570FINNoA6429
ABSTRACTThisreportreviewstheextentofcomplianceofproposedandexistingNine.Hf1+PointUnit1TechnicalSpecificationswithclarificationsofthedefinitionandapplicationofthetermOPERABLEwhichhavebeenrequiredbytheU.S..NuclearRegulatoryComaissfon..~~aat4~'ZFORWARDThis.reportis.supplied,aspartofthe"SelectedOperatfngReactorsIssuesProgram(III)"'eingconductedfortheU.S.NuclearRegulatoryCommission,OfficeofNuclearReactorRegulation,OivisionofLicensing,byEGMIdaho,.Inc.NRCLicensingSupportSection.TheU.S'.NuclearRegulatoryCoamissfonfunded,theworkundertheauthorization,,8&RM1910111,FINNo.A64Z9.Thfs,reportwaspreparedasanaccountofworksponsoredbyanagencyofthe.UnitedStatesGovernment.NeithertheUnitedStatesGovernmentnoranyagencythereof,or..anyoftheiremployees,makesanywarranty,expressedorfmpl'fed.orassumesanylegalliabf1ityorresponsibf1ftyforanythfrd.party'suse,,ot-theresultsofsuchuse,ofanyinformation,'pparatus,productorprocessdisclosedinthisreportorrepresentsthatftsusebysuchthirdpartywould.notinfringeprivatelyownedrights.
rWCONTENTSl.-IHTROOUCTIOH.........................................~~~~~~~~~~~o1RPIIQCRITERIAoooo'o~o~oo~o~~o~o~~o~~~~~o~~~~o~~oo~o~~~~o~~~~~~ool3OISCUSSIOH~o~~~o~~0A~~~0~~~~o~~~~~~~~o~~~0~~~~~~~~~~~~~o0~~~~~~~~34CONCloUSI0HS~~o~~~~o~~~~oooo~~~~~~~~~~~~~~~o~~~~~oo~~~~~~~o~~~~~~~3S.REFERENCES~~oo~o~o~~~o~o~oooo~~o~~~oo~o~~~o~~o~~~o~~~~o~~~~o"~~o~~3
OEFIHITIOHOFOPERABLENINEMILEPOINTNUCLEARSTATIONUNIT11'.IHTROOUCTIONOnAprfl10,1980,theNuclearRegulatoryConmfssfon(HRC)issuedagenericlettertoallPowerReactorLicenseeswhfchclarifiedthetermOpERABLEandidentffiedportionsoftheNodelTechnicalSpecfficatfons(HTS)whichare.recanInendedtoassure.thatsafetysystems.remainOPERABLEwithinthe-limitsof:thesfnglefaiTurecrfterfon.Inthatletterthe1NRCrequestedthatLicenseesreviewtheirTechnicalSpecfffcatfans(TS)andsubmit'uch:proposedchanges.aswere.necessarytofncorporatetherequirementsaftheMTS.~1II(oOnNay20,.1980,HiagaraHohawkPowerCorporationrespondedtothe.generic.letterbyproposinganamendmenttotheNine'aflePointUnft1TechnicalSpecfffcatians.M6Idaho,Inc.,hasreviewedtheproposed3TSamendmentandtheexistingTS.'ThisreportprovidesanevaluationofthoseTS.ud>eamendment.for'onformatfontothecriteriaestablishedbyNRCZ..REYIEMCRITERIAThe;reviewcrfterfaforthistaskare-containedfnNRC'sApril10,1980,letterandinreference2andaresunInarfzedbelow.Oefinitfanof.OPERABLEA.systemsubsystem,train,componentordevice.shallbeOPERABLEorhaveOPERAS?LZTYwhenftfs.capable-ofperformfngftsspecfffedfunctian{s).Implfcftinthisdefinitionshallbetheassumptionthatallnecessaryattendantfnstrumentatfon,controls,,normalandemergencyelectricalpowersources,coolingorsealwater,lubricationorotherauxiliaryequipmentthatarerequiredfarthesystem,subsystem,train,componentordevicetoperformftsfunction(s)arealsocapableofperformfngthefrrelatedsupportfunctfon{s).
LimftfnConditionforOperationWhena.LimitingConditionforOperationisnotmetbecauseofcfrc~gancesfn'xcassofthoseaddressedinthespecification,exceptasprovidedintheassociatedACYIONrequfrements,withinonehouractionshallbeinitiatedtoplacetheunitfnaNODEinwhichtheSpecificationdoesnotapplybyplacingit,asapplicable,in:I'.ACleastSTARTUPwfthfnthenext6hours,,ATleastHOTSHUTOOWNwfthinthefollowing,6hours,and3.Atleast,COLO'HUTtMMNwithinthesubsequent24hours.MherecorrectiveneasuresarecompletedthatpermitoperationundertheACTIONrequirements,theACTIONmaybetakeninaccordancewiththe,specified.timelimitsas,measuredfromthe.timeof'ailuretomeettheLfmftingConditionf'rOperatfon..Exceptfonstothese.requiremontsarestated.inthefndfvidualSpecfffcations.Nenasystem,.subsystem,train,componentordeviceisdeterminedtobeinoperablesolelybecauseitsemergencypowersourceisinoperable,orsolelybecauseitsnormalpowersourcefsinoperable,it.maybeconsideredOPERABLEforthepurposeof'satfsfyfngtherequfrementsofitsapplicableLf&tfngConditionfor.Operation,provfded:(a)itscorrespondingnormaloremergencypower-sourcefsOPERABLE;.and(b)allofftsredundantsystea(s)subsystem(s),train(s),,component(s}anddevice(s)areOPERABLE,orlfkewfse:satfsfytherequfrements:of'hfsspecff1catfoe..Unlessbothconditions(a)and(b)aresatfsffed,withfntwohoursactfonshallbeinitiatedtoplacetheunitinatleastSTARTUPwfthin6hours,inatleastH01SHUTQOQN:wfthfnthenext6hours,andinatleastCOLOSHUTGOMNwithinthef'oITowfng24hours.ThisspecfffcatfonisnotapplicableinN)OES5or6
3.DISCUSSID'heamendmentproposedbyNfagaraMohawkredefinesthetermOPERABLE.Thenewdefinition.isalmostexact'lythatcontainedintheMTS.TheproposedamendmentalsorevfsestheLimitfngConditionsforOperation(LCOs)toinclude"OperabilityRequirements"whichareidenticaltothosefntheMTSexceptthat,ratherthanspecffyfngrequiredreactormodesandtimelimits.inthegeneral"OperabilityRequirements,"requiredmodes,andtimelimits.areidentifiedinfndfvfdual,systemspecifications.Arevie~oftheLCOs.forindividualsafetysystemshasbeenconductedandhasdetermined:thatasredundancyfnsafetysystems.fsreducedbyfailureormaintenance,,additionalsurveillanceisrequiredandtimelimitsforreturntofuIIoperabilityareestablished.Failuretomeetthetimelimitsor4surveillancerequirementsrequirestheI.icenseetoshutdownwithinthetfmelimits"of'heNRCcrfterfa.4;CONCLUSIONThelicensee'sproposedamendmenttothe-NfneMilePointUnitITSprovidesadequateclarificationofthe.termOPERABLEasitappliesfor'SFsystemstosupportsystemoutagesormultipleoutagesofredundantcomponents.5.REFERENCESNRCletter,O.8.Eisenhut,toAllPowerReactorLicensees,datedApril10m1980.Z.HRC'nternalmenerandumS.,MfnertoS.Yarga,etal.,"DeffnftionofOperabflfty~ultf-Plant?tern0-17,datedMarchB,1981.3.LeBouf,,Lamb,Lcfby4MacRaeletter,E.B.Thomas,toNRC,H.R.Oenton,datedMay20,1980.4.TechnicalSpecfffcatfonsforNineMilePointUnftI,revisedthroughAmendment45.
UNITEDSTATES"NUCLEARREGULATORYCOMMI&~lQNWASHINGTON,O.C.20555SAt:E7YEVALUATIONBYTHEOFFICEOFNUCLEARREACTORREGULATIONSUPPORTINGAMEHOMENTNO.55TOFACILITYOPERATING'LICENSENO.OPR-63HIAGARAMOHAMKPOWERCORPORATIONNINERILEPOINTNUCLEARSTATIONUNITNO.1DOCKETNO.50-2201.QIntroduction,SyletterdatedMay20,1980'iagaraMohawkPowerCorporation(the1'.censee)proposedchangestotheTechnicalSpecifications(TS)ofFacilityOperatingLicenseNo.OPR-63fortheNineMilePointNuclearStation,UnitHo.1.The-revisionstotheTechnicalSpecificationsaddressedinthisSafetyEvaluationregardtheuseoftheterm"operable"asitappliestosafetysystemsinpowerractors.Thechangeproposedbythelicenseeincludesadefinitionof"operable"aswellasasectiononoperabilityrequirementsinthelimitingConditionsforOperationandSurveillancesectionoftheTechnicalSpecifications..Inparticulartheproposedchange:requiresthenormaloremergencypowersourceaswellasthesafetysystemitselftobeoperableortheunitbeplacedinaconditionrequiredfortheindividualsystemitself.Thechangeproposedbythelicenseewasinresponsetoagenericletterissuedtoalllicensees-onApril10,1980onMulti-plantItem0-17.Theletterprovidedproposed-TechnicalSpecificationsforeachlicenseeand.reauested.thattheybeadopted.2.0EvaluationThestaffhasreviewedandendorsesthefindingsinourcontractors'sTechnicalEvaluationReport(TER),EGG-EA-6360datedSeptember1983en-titled"DefinitionofOperable,HfneMilePointNuclearStationUnit1."Thereportconcludes.andthestaffconcursthatthe-licensee.'sproposedamendmenttothentUnit1TSprovidesadequateclarifica--tfonoftheterm::forsafety-relatedsystemsandfncludestheLfmi'tinqConditionforOpera-tionsectfonoftheTechnfcalSpecfficatfonsequivalenttothoseproposedinthemodelTechnicalSpecificationsissuedbythestaff.TheTERis.attached.3.0EnvironmentalConsiderationsMehavedeterminedthatthe.amendmentdoesnotauthorizeachangeineffluenttypesortotalamountsnoranincreaseinpowerlevelandwill.notresult,fnanysignificantenvironmentalfmpact.Havingmadethisdetermination,wehavefurtherconcludedthattheamendmentinvolves
Page3/4l-lAchangewasmadeunderthesurveillancerequirementsunderitem4.1.1.Cfromwithinonehourtowithin72hours.Thischangeismade,sincethedeterminationofshutdownmargincannotpossiblybeperformedwithinonehour.ConversationswithGeneralElectrichaverevealedthatthedetailedreviewandcalculationsrequiredbyG.E.inSanJosewouldrequireaminimumof72hoursfromthetimeofthedeterminationofawithdrawncontrolrodthatisiomovable.Thetech.spec.shutdownmarginisbasedonthestrongestcontrolrodwithdrawnfollowingascram.Thereisalowprobabilitythattworods,includingthehighestworthrod,wouldfailtoscraminany72hourspecifiedperiodoftime.The72hourjustificationisfurthersupportedbythefactthatperiodiccontrolrodmodulepreventativemaintenancecouldnotbeperformedtomaintaintheassuranceofexcellenceoftheCRDperformance.Thisisspecificallyaddressingscramoutletvalveleakageandnitrogenaccumulatorleakage.Whatwe'eadvocatingherebasicallyinthe72hourlimitistogiveOperationsthetimetoreworkandfixthehydrauliccontrolunitandanyassociatedproblemswithitintermsofelectricalcircuitrytoallowustogetoutoftheLCO.Sinceittakesatleast72hoursforG.E.toperformtheshutdownmarginverification,itsobviousthat.,withinonehour,wewouldhavetobeginanabnormalpowermaneuvertobringtheplantdowninpowerinordertoinsertandscramthecontrolrod.Webelievethisisunwiseandunduerisktopublichealth.Thiswouldbeanabnormalpowermaneuvercausingaskewedfluxprofileinthecoreandwouldbeoutofsequencewiththerodpatterncontroller.Webelievethatduringthe72hourcondition,theplantisanacceptablecondition;thereisnounduerisktothepublic,anditiswisertocorrecttheproblembyworkingonthehydrauliccontrolunitratherthangoingthroughanabnormalpowermaneuvertoinsertthecontrolrodintoafullyinsertedposition.
Pages3/41-3through1-4Achangewasmadeundertheaction.statement'.l.b.whereitisrequestedduetoNineMilePlant2specificdesignthatwedisarmtheassociateddirectionalcontrolvalvesbyhydraulicallyclosingthedrivewaterand.exhaustwaterisolationvalves,ratherthanperforminganelectricaldisarming.Thereasonthisisrequestedisthattherodsequencecontrolsystemchecksthedirectionalcontrolvalves,andifthecoilsarenotenergized,wegetarodblockwhichmakesitimpracticaltocontinueoperationoftheplant.ThischangeisaNineMilePoint2plantspecificchange.AfurtherchangeismadeundertheactionstatementA.2whereachangeismadefrom48hoursto72hours.Thebasisforthischangeisthesameasnotedforthechangespecifiedonpage3/41-1whereachangeismadefromonehoursto72hours.ThischangeismadetoallowOperationstimetofixthisproblemwithoutforcingareductioninpowerandanabnormalpowermaneuver.NineMilePoint2hasthe"lowpowersetpoint"feature.
Page3/41-5ThechangesmadeonthispagearedonesolelyforthepurposeofreducingthewearonthecontrolroddrivemechanismsealsduetounnecessaryinjectionofhotwaterintotheCROmechanisms.Thistypeoftestingthatisspecifiedunderthissurveillancetestwillbeperformedduringshutdown.Theinitialrequirementswillalsobeperformedasaresultofpre-optesting.Webelievethattheperformanceofthissurveillancetestisunnecessary,sinceitwillcreateunduewearandtearonthedrivesandhasasafetyimplicationandahigherrisktothepublicduetothefacttheincreasedprobabilityofCROstubtubecrackingconsiderations,alongwiththermaltransientsandmechanicalhydraulicshocktotheCROmechamismitself.
Page3/41-6Achangehasbeenmadeunderthesurveillancereauirementsparagraph4.1.3.2wherethephrase"controlroddrivepumps"isreplacedwith"chargingwaterwillbe".Thischangeismadeforclarification,sothattheoperato~does~nottakeaCROpumpoffline.ThereasonforthisistopreventtheinjectionofairintotheCROsystem.TheinjectionofairintotheCRDsystemcouldresultinslowerCROscramtimesandcontrolroddrivesbeingboundinthemiddleofthetravelpositioninthecore.Webelievethatthischangeeliminatesaconfusioninthetech.specs.thatcouldresultinanoperatortakingaCRDpumpofflinewouldresultinincreasedrisktopublichealthandsafety.
Pages3/41-7and3/41-8Thesechangesmadeonthispageareplantspecificinnature.WehaveasolidstateRPSsystem,anditonlymeasuresoddpositionsonthereadswitchesinsidethepositionindicatorprobe.
Page3/41-10Changesmadeunder4.1.3.5.aareplantspecificinnature.Achangewasmadeunderitem4.1.3.5.b.2.ThischangewasmadebaseduponansimilarchangesubmittedbyLaSalleintheirtech.specs.totheNRCwhichhasalreadybeenapprovedbytheCommission.Basically,ouroperatingprocedures,likeLaSalle's,reauirethatthelossofaCRDpumpwouldresultinOperationsscrammingtheplant.Thisactionisperformedduetothefactthatanintroductionofairintothesystemwouldresultinthereductionofscramtimesandthepossibleboundingofacontrolroddrivemechanisminthemiddleofitstravel.Wealsobelievethatthischangeiscorrect,sinceastech.specs..arenowstated,thetrippingofaCRDpumpwouldresultinascram,andthisisunacceptable.
Page3/41-13Thephrase"presetpowerlevel"hasbeendeletedinordertoreflectNineililePoint2plantspecificdesignofalowpowersetpoint.
Page3/41-17bThephrase"systemdiagnosticfunction"hasbeendeletedinordertoreflecttheNineMilePoint2specificplantdesign.
Pages3/41-19through1-22Afigurewasaddedtothissetofpagestoallowcontinuedoperationoftheplantifthesolutiontemperaturedr'opsbelow70'Fwithinthelimitsspecified.Thisisan-improvementtosafety,sinceifthesolutiontemperatureweretodropbelow70'F,wewouldenteranLCOandeventuallybeforcedtoputthep'lantinashutdowncondition.Byhavingthischangeinourplanttechnicalspecifications,wepreventunnecessaryvesselthermalcyclingduetotheshutdown.Byreducingthenumberofthermalcycles,weinturnimprovethereliabilityofthereactorpressurevesselintheeventofadesignbasisLOCA.Thechangeonpage1-20wherewedeletethereferenceunderitemcthephrase."atleastonceper92days"isdeletedbecausethisoptionwillbeapprovedunderourISIprogram.
Pages3/42-1through2-2Ratherthanplacing.theinformationfortheaverageplanarlinearheatgenerationrateonthreeseparatefigures,wedecidedtoplaceallthisononecompletefigure.Thischangeisusedtoimprovetheabilityoftheoperatortoreadtheinformationonthegraph.
Page3/42-3WordingwasmodifiedonthispagetoreflecttheuseofCMFLPOandFRTPinsteadofMTPFandTPF.ThesechangesaremadetothenewabbreviationsbecausetheoldabbreviationsarenotusedinthecurrentBWRdesign.
Pages3/43-1through3-8Placementofnote"1"on"R"underchannelfunctionaltestonpage3/43-7isiqresponsetoSERT.S.itemonpage7-12oftheSER.
P.age3/43-10Thetenn"sourcecheck"wasaddedonthispagebecausethestandbygastreatmentsystemandthemainsteamlineradiationmonitorsactasisolationactuationinstrumentation.
Pages3/43-19through3-21Changesweremadeinthesesectionstoindicatetheactualnumberofinstrumentsinstalledandthespecificfunctionsofeachinstrument.Forexample,theS.T.S.wouldleadtheoperatorstobelievethereareeightchannelsofreactorwaterlevel-fourusedforprimarycontainmentisolationandfourusedinsecondarycontainmentisolation-whereinrealitythereareonlyfourchannelswhichperformbothfunctions.Otherchanges,suchastheadditionoflevel1tripsandhigheffluentfromstandbygastreatment,wereaddedtoreflectplantspecificdesign.Therearrangementofthesetablesalsoprovidestheoperatorwithspecificinformationwhichrelatestoisolationsignal,groupsisolated,sourceofthesignalandwhichvalvesareaffectedintheeventofaninstrumentinoperativesituation.Thiswillpreventerrorsinascertainingtheplantconditionandeliminatetech.spec.violationduetomisinterpretation,therebyleadingtosaferplantoperation.
Pages3/43-22through3-33Thechangeonpage3-22undertheactionstatementonitemC.2ismadeinordertoprovideclarification.totheoperatoroftheactionrequiredbyhim.Thischangeisasafetyconcernimprovementtopreventmisinterpretationoftheplanttechnicalspecifications.Thechangeonpage3-27underitem2.Cunderthecolumn"TripSetpoint",thecarrotsarereversedfortheAOStripsetpointof105seconds.ThisisprovidedinordertopreventinadvertentAOSactuationand.tosupportATWSanalysis.,
Page3/43-35Achangeismadetothenoteatthebottomofthepagewherechannelisreplacedwithtripsystem.ThisisaplantspecificchangeandreflectstheATWScircUitryoftheNineMilePoint2plant.
Page3/43-36ThenumbersprovidedonthispageareNineNilePoint2plantspecific.
Page3/43-39Under4.3.4.2.3,theterm"36"ischangedto"48"tobeequivalenttoa24-monthoperatingcycle.
Page3/43-40AchangewasmadetoNoteBonthebottomofthepage,sincetheinstrumentationisbypassedbelow30Kratedthermalpower.SeeSection7.7oftheFSAR.
Page3/43-43'hefootnoteonthebottomofthispageisdeletedbecausetestingrequirementistooexten'sive.Thisrequirementwouldrequiretrippingofrecirc.pumpsabove40Kthermalpower.Webelievethisisasafetyconcernbecauseitwouldproduceunnecessarythermalcyclingofreactorpressurevesselbottomheadandplacetheplantinanundesirableoperationalcondition.SeeChapter15oftheFSARonrecirculationpumptriptransientanalysis.
Pages3/43-45and3-46Onpage3-45,item0isdeleted,sincethisisnotplantspecifictoNineMilePoint2.Thenoteatthebottomofpage3-45,NoteB,isdeleted,sincethecircuitisoneoutoftwotwicelogic.Thisisalsojustificationforpage3-46'onwhyactionstatement51isdeleted.
Page3/43-50ThenoteEonitem4.Aisdeletedbecausethebypassisnotapplicablefortheoperationalconditionsshown.Underitem5.B,theapplicableoperatingconditions1and2aredeletedbecausescramdischargevolumehigh-levelbypassappliesonlyinthemodeswitchinshutdownorrefueling.
Page3/43-53'oritems1.Athrough1.Cinclusive,thephrase"S/U(8)(C)"hasbeendeletedbecausethisisnotanoperationalcondition1at305powerorgreater.For.items2A,CandD,gischangedtoWonchannelcalibrationbasedupondirectionfromtheNRC.Foritems2AandC,thephrase"S/U(8)"onthechannelfunctionaltesthasbeendeletedsincethisisnotapplicabletooperationalconditi'onno.1.Foritems28,2D,3A,38,3C,3D,4A,48,4Cand4D,thenote8underchannelfunctionaltesthasbeendeletedbecauseitisredundanttoW.Underitem58,operationalconditions1and2arechangedto3and4becausethebypassappliesonlywhenmodeswitchisinshutdownorrefuel.Item7entriesandcorrespondingsurveillancereauirementsareaddedbecausetheyarepartofthecontrolrodblockdesign.
Page3/43-54Thenotes0andEfoundonthispageareidentica1tonotes0andEfoundonpage3/43-8.
Pages3/43-60and3-61TheinformationprovidedonthesepagesareNineMilePoint2specific.
Crossedoutpages3/43-66,3-67and3-68Thesethreepageshavebeendeletedbecausetheyarepartoftheemergencyplanwhichisasiteplanwhichhasbeenapproved.Unit1tech.specs.donot.havethesethreepageswithintheirTechnicalSpecification'sdocument.ThisisconsistentwiththerequestofMr.Oentontothestafftoremovethiskindofnonrequired.informationfromTech.Specs.andofMr.Novakwho,onAprilZ5,1985,requestedNMPZtoconsiderbeingfirstBWRtogotothesplitTech.Specs.
Pages3/43-63and3-64ThesepagescontainNineMilePoint2specificinformation.
Page3/43-73Deletionsaremadeforactionstatementsa.landa.2becausetherearenooperablefiredetectioninstr'umentsintheprimarycontainmentwhiletheplantisrunning.Theprimaryisinertedwithnitrogen.Thefollowingisjustificationfordeviationfrom"one"to"two"underitemactiona.2.AswritteninStandardTechnicalSpecifications,asingleinoperabledetectoronafiredetectionzonewhichoperatesasuppressionsystemwillmaketheentiredetectionzoneinoperable.Technically,withoutanoperabledetectionzone,theassociatedsuppressionsystemmustalsobe.declaredinoperable.Inactualfieldinstallations,theloss'ofasingledetectorwillnotsignificantlydecreasesystemeffectiveness.Atbest,detectionresponsetimetoafirewouldbeslightlydecreased.Thiswouldhaveresultedfromtheadditionaltimerequiredfortheproductsofcombustiontotraveltoanadjacentdetector.Thisisassumingworstcase,wherethepostulatedfireoccurredatthesametimeasingledetectorwasdeclaredinoperable,andthefireoccurredbeneathorwithinthesamegeneralareaoftheinoperabledetector.ThedetectionzoneswhichoperatesuppressionsystemsareClass1supervisedwhichwillstillprovidezonealarmwithsubsequentsuppressionsystemactuation,evenwithasingleinoperabledetectoronthezone.Theprimaryintenttomakethischangeistoavoiddeclaringanentiredetectionzoneinoperableduetoasingledetector.Thestatusofthedetectionzonedirectlyaffectstheoperablestatusoftheassociatedsuppressionsystem.Asindicatedabove,thelossofasingledetectorwillhavelittleimpactondetectionsystemcapabilities,let.aloneimpactingtheperformanceoftheassociatedsuppressionsystem.Theeffectsofthelossofasinglesmokedetectorinazoneassociatedwithapre-actiontypesprinklersystemwouldbefurtherminimizedsince'eatfromafiremustalsobepresenttoactuateafusiblelinkatasprinklerorspray
Page3/43-73(Continued)nozzle.Historically,smokedetectionsystemsoperatefasterthanfusiblelinktypedevices.Thefusiblelinkinthiscasemustoperatepriortowaterapplicationonthefire.Inconclusion,NMPCbelievesthat"twoless"isacceptabledeviationfromS.T.S.foractiona.2.ThefollowingisjustificationfordeviationfromS.T.S.forsurveillance4.3.7.10.1.Aswritten,theUnit2channelfunctionaltestcannotbeperformedwithoutphysicallyactuatingeachdetectorlocallyatitsinstalledlocation.Primaryproblemsassociatedintestingbythisfashioninclude:1.Increasingpersonnelexposures'involvedintheperformanceofthistesting.Thiswouldincludetesters,radiationtechniciansandscaffoldingbuilders(asnecessary).2.Oifficu1ttoaccessdetectorlocations(i.e.,PGCCsubflooring,abovecabletrayrunsinCBcorridors)increasedhazardstosafeoperationoftheplant.3.Increasesinmanpowerrequirementstoperformtesting.Therefore,weareproposingachangeintheChanne1FunctionalTestdefinitionasitappliestothefiredetectionsystem,whichwebelievewillmeettheintentofthesemi-annualtestingreauirementsforcontinuedoperationofthefiredetectionsystem.DescritionNMP-2hasaprogrammablefiredetectioncontrolsystemwhichsupervisestheplacementofdetectiondevicesandalso.supervisestheintegrityofdetectioncircuits.Thispanelalsoprovidesthecapabilitytomonitortheprogrammedsensitivitysettingsofthesmokedetectors.Thesecontrolfunctionsguaranteethatthedetectorisinstalledandisoperatingwithinitsacceptablerange.Changesintheseconditionswillresultinazoneandpaneltroublealarm.
Crossedoutpages3/43-77,3-78,3-79,3-80and3-81Crossoutpage3/43-77-hasbeendeletedbasedupontheFSARanalysisthatchlorineandammoniaintrusionintothecontrolroomisunlikely.Section2.0oftheFSARidentifiesthatchlorineandammoniadetectorsarenotrequired,sincethevalvethatwouldcauseimpairmentoftheoperator'sabilitytoperformhisfunctionshasbeenanalyzedfortheclosestchlorineandammoniarelease,andthiswasacceptabletotheNRCstaff.Crossoutpages3/43-78through3-81-havebeendeletedsinceNNP2isnotaseawaterplant.
Page3/43-77TheloosepartsdetectionsystemspecificationwasmodifiedasrequiredbytheNRCrevieweronthismatter.HisnamewasSummerSun.
Page3/43-93Thechangemadeundersurveillancerequirementswherefour'owpressureturbinevalvesischangedtosixisaplantspecificNineMilePoint2change.Theremainderofchangesonthepagesisaclarificationofthesurveillancerequirement.Thisclarificationpreventstheoperatorfromdoingexcessiveandunnecessarysurveillancetesting.
Page3/43-94Thechangeunderitem"b"ismadesinceNNP2willrecordvalvemovementbyanXYplotter.ThischangeismadebasedonALARAconsiderationsandplantspecificcapabilitiestorecordthisinformation.
Page3/43-95Underitem8theactionstatement,thesuppressionpoolanddrywellspraysystemreferenceisdeleted,sinceNineMile2hasamanualcontainmentspraysystem. ~, Crossedoutpage3/44-6NineMilePointdoesnotutilizetargetrockreliefvalves.Therefore,thisspec.isnotapp1icab1e.
Page3/44-5.Thenumberofreactorcoolantsystemsafetyreliefvalvesischangedfromllto17tocomplywithrecentADAMSdecision.ThelistingofvalvesandtheirsetpointsandthenumbersofthesevalvesateachgivensetpointareplantspecificNineMilePoint2information.Item8undertheactionstatementisaddedinordertoaddressADAMS.Temperaturesinthestandardspec.of95and105arebothchangedto110.Thesourceofthischangeisthesuppressionpooltechnicalspecificationonpage3/46-12.Thebasisofthischangeisthat110correspondstothestuckopenreliefvalvecasefoundonpage6-12undertheactionstatementonitem8.2.b.
Page3/44-7Theword"known"under3.4'.3.2.aisinsertedtopreventpossibleTech.Spec.interpretationleading.toaT.S.violation.Considerthefollowingsituation.Theplantisatfullpowerwithanunidentifiedleakageof1gpm.Theunidentifiedleakageincreasesovera24hourperiodtoatotalof2.5gpmandremainsatthisnewleveluntilshutdownwhichis12monthslater.Uponentryintotheprimarycontainmentaftershutdown,itisdiscoveredthatthereispressureboundaryleakage.AninspectorcouldinterpretthisasaTech.Spec;.violationwithouttheword"known"inserted.
Pages3/44-16through4-24ThisLCOcoveringthereactorcoolantsystempressure/temperaturelimitswasentirelyrevisedinordertoassureapplicabilityofthecurvesasaresultoftherevisiontoAppendixG/Hanalysis.Separationofthecurvesontoseparatesheets,alongwithdatapointsshowingtheplottingofthesecurvesontheseparatesheets,istoremoveconfusionanderrorsonreadingthefamilyofcurvesthatwouldappearononeplot.Thisisasafetyimprovementandwillreducefuturefines.
Page3/44-25The1020psigvalueisplantspecifictoNineNilePoint2andistheinitialvalueusedintheoperatingplantanalysis.
Pages3/45-1through5-5Anewnotewasaddedontothebottomofpage5-1.JustificationforthisnoteisclarificationsotheinspectordoesnotdeclareLPCIloopsAandBinoperable.NotethatthesystemwillrealignitselftotheLPCImodeupon.receiptofaLOCAsignalexceptfortheshutdowncoolingmode.Thenoteonpage5-3Aunderitem6isplantspecificinnature.Theinformationprovidedonpages5-4and5-5isalsoplantspecificinnature..
Pages3/45-8and.5-9Thenumbersprovidedonthispageregardingwatervolumeinthesuppressionpoolandwatervolumeinthecondensatestoragetankareplantspecificnumbers.Theterm"chamber"ischangedto"pool"becausethisrepresentsmoreaccuratelywhatthisLCOdescribes.
Page3/46-1AchangewasmadehereunderitemA,SurveillanceRequirements.Testpressure'40.4psigwaschangedto40.0.ThisisaplantspecificnumberandisbasedupontheSWECanalysiswhichcameupwithavalueof39.75.NMPCandSWEChaveagreedtoroundthisvalueoffto40.00psigtobeconservative.SeeFSARSection6.2.
Pages3/46-2through6-6NumbersprovidedonthesesetsofpagesrepresentNineMilePoint2plantVspecificnumbers.Onpage6-2,twoleakagenumbersareprovidedfortheMSIVs.OneleakagenumberisbetweentwoseatsandtheotherleakagenumberisagainstasingleseatfromtheoutsideontheRPVside.ThesepagesalsocontainclarificationofAppendixJdefinitions,andtheyalsorepresentacombinationofvariousNRCclarificationletters.Primarycontainmentairlocksarecoveredunderitems:Specification3.6.1.2.b.(6);ACTIONandRESTORATION,SPECIFICATIONb;andSPECIFICATION4.6.1.2.b.(2).Theseitemsarefoundonpages3/46-2,6-4and6-5,,respectively..
Page3/46-8ThenumbersprovidedonthispageareplantspecificNineMilePoint2numbers.
Page3/46-9Thenumbersprovidedonthispageref1ectspecificNineMi1ePoint2design.
Page3/46-10(Later)
Page3/46-11Thispagewasdeleted,sincetheNMP2containmentpenetrationsdonotrequirepressurizationtomeettheirsafetyfunction.' 0 Pages3/46-12through6-14TheinformationprovidedonthesepagesisNineMilePoint2plantspecificnumbers.
Page3/46-15Eliminationofthesurveillancereouirementunderitem0willreducetheradiationexposuretopersonnel.
Pages3/46-19through6-25Thenumbersandvalvelistings,.closingtimesandisolationsignalsandisolationgroups.andnotesprovidedonthissetoftablesareNineMilePoint.2plantspecificnumbers.
Pages3/46-26through6-27NumbersprovidedonthesetwopagesrepresentplantspecificNineMilePoint2numbers.Achangeismadeinregardtoobservinganindicatorwherewestateindication.Thisisdonesinceweareobse~vingtheactuationoflimitswitchesfromthecontrolroom.
Page3/46-28Aclarificationisprovidedatthebottomofthepageregardingtheasterisknote.Thephrase"withfuelinthevessel"isprovidedinordertoallowdrainingofwaterfromthevesselcompletelywithnofuelinthevessel.ThisphrasewillallowustoperformthiswithoutenteringanLCO.ItisgenerallystandardpracticeatNNPCtofullyremoveallfuelandputitinthespentfuelpoolduringrefuelingoutages.
Pages3/46-29through6-30Achangewasmadeonthebottomofpage6-29.Thischangeistheadditionofthephrase"withfuelinthevessel"tothenotelocatedonthebottom.Thejustificationforthischangeistoallowthecompletedrainingofwaterfromthereactorpressurevesselwhenfuelisremoved.Withoutthismodificationtothetechnicalspecifications,wewouldbeenteringanLCObydrainingwatercompletelyoutofthereactorvessel.Thenumbersprovidedonpage6-30representNineMile2plantspecificnumbers.
Page3/46-34ThechangemadehereunderthesurveillancerequirementsunderitemArepresentstheNineMilePoint2plantspecificdesign.
Crossedouttech.spec.pages3/46-25.NineMilePoint2doesnothavesuppressionchambervacuumbreakersforthereactorbuilding..
Crossedouttech.spec.pagesfortheMSIVleakagecontrolsystem.ThissystemdoesnotexistbecauseofourballMSIVisolationvalves.TheNRChasapprovedNineMilePoint2nothavinganMSIVleakagecontrolsystemi.ntheSER.
Crossedouttech.spec.pages3/46-19.Thisisnot.applicabletoNineMilePoint2sincethisLCOisaMarkIcontainmentissue.
Crossedouttech.spec.page3/46-34.TheNineMilePoint2drywe11isaninerteddrywe11.Therefore,thistechnicalspecificationisnotapplicable.
Crossedouttech.spec.pagenumber3/46-35.TheNineMilePoint2drywe11isaninerteddrywell.Therefore,thistech.spec.isnotapplicable.
Pages3/47-1through7.-7Thissectionoftech.specs.iscompletelyrewrittenbecauseoftheuniquedesignintheNineMilePoint2servicewatersystem.Ourservicewatersystemiscomposedofsixsafetyrelatedservicewaterpumps.ThesesameservicewaterpumpsprovidethenecessaryservicewaterforfullpoweroperationofNineMile2.UponinitiationofaLOCAsignal,theseservicewaterpumpsthatfeedacommonheadergetpoweredofftherespectiveDivision1andDivision2diesels.Thereisasetofdoubleisolationvalvesseparatingthreeservicewaterpumpsfromtheotherthreeservicewaterpumps.Allthatisrequiredineachdivisionisthatoneservicewaterpumpstart.Becauseourservicewaterisalsosafetyrelatedandatthesametimeprovidesthefunctionofprovidingservicewaterfor100Kpowergeneration,itwasnotpossibletofitthestandardtech.specs.intoourplant.ThenumbersprovidedinrelationtothisLCOconcerningplantservicewatersystemsareNineMile2plantspecificdesign.'
Page3/47-13Justificationforchangefrom4and10to2and12undervisualinspectionsisbasedondocumententitled"ExaminationandPerformanceTestingofNuclearPowerPlantOynamicRestraints(Snubbers),OQt-4,"Rev.1,Oraft4onpage9undersection2.3.2.1.Applicabilityissameasstandard.
Page3/47-14TherearenohydraulicsnubberslocatedatNMP2thatmeettherequirementsoftheLCOonpage3/47-13.NMP2haschosenthe10Koption.
Page3/47-16Seeattachedletterfromthevendor.BaseduponNMP2design,thereisnoreleaseratereauiredforthosesnubbers.whichareaddressedbytheLCOonpage3/47-13.Hence,thereasonforthedeletionofitemd.3.
Page3/47-20ChangesmadeonthispagerepresentOIP2specificdesign.Thephrase"butnotincluding"underactionitem"c"isinsertedbecausetheyardhydrantcurbvalvesarenotnormallyaccessibleduetoseasonalproblems.Theonlypurposethesevalvesserveistoallowforrepairofthehydrant.Theoperatingstemtoolisnotreadi1'yaccessiblewhichwouldallowoperationoftheyardhydrantcurbvalves.
Page3/47-21ChangesonthispageareNMP2specific.
Page3/47-22Changesmadeareplantspecific.Changesmadetoitem"b"representasignificantimprovementtoS.T.S.
Page3/47-26ThechangesonthispageareNMP2specific.
Page3/47-27NMP2doesnothaveahighpressurecarbondioxidesystem.
Page3/47-36ThisLCOhasbeenmodifiedtobereflectiveoftheNineMilePoint2turbinebypasssystem.Additionally,seeNRCquestion430.16.ThiswasreviewedwithMr.Tomlinsonandagreedupon.
Crossedouttech.spec.pages3/47-35through7-36.NineMilePoint2doesnothavearearemotesystemtemperaturemonitoring.
Pages3/48-1through8-16ThisjustificationpageappliestotwoLCOs.ThetitleofthefirstLCOis"ACSources"andthetitleofthesecondis"ACSourcesforShutdown".Thesetech.specs.weretotallyrewrittenduetotherequirm~entsofcircular84-37andtheplantspecificdesignofNMP2.Oivisions1and2dieselsareairstartsystemswithairbeingdirectlyinjectedintothepistonsandtheOivision3dieselhasanairstartmotor.WeattemptedtotakealltheNineMile2plantspecificinformationandinputitintothestandardtech.spec.Afterdoingthis,itbecameveryconfusingandverydifficulttoreadduetoalltheinputoftheinformation.Therefore,wedecidedinordertoremoveconfusion,torewritetheentiretwoLCOs.Surveillancerequirementsareessentiallythesameasthestandardtech.specs.butreflecttheconsiderationsandrequirementsofcircular84-37.Initially,thissectionhasbeenmodifiedtobeconsistentwithpowersystemsreviewer,EdTomlinson,questionsandrequests.Specifically,thefueloilsectionshavebeenmodifiedtobereflectiveofEd'scomments.Additionally,changeshavebeenmadetobereflectiveofReg.Guide1.108.
Pages3/48-17thorough8-21LCOisplantspecificanddefinesNMP2equipment.Theasteriskisprovidedbasedonthefollowingjustification.Sincewehaveaninstalledback-upcharger.wehavetheabilitytoimmediately(within15minutes)placetheback-upchargerinservice.This15minutestimeperiodshouldbeacceptablesincebatterieswouldnotsignificantlydischargein15minutes.4.8.2.1.a.2-Typeofplatematerial(leadcalcium)requirehigherfloatvoltage.4.8.2.1.b-The107voltsisbasedonallO.C.=equipmentbeingdesignedtorunat'107voltsand.considersthemax.voltagedropatthmotorterminalsof2volts.The142voltsisbasedonthechargerA.C.inputbreakertrippingat142volts,therebypreventingbatteryvoltage-142volts.4.8.2.1.b.2-Forthisitem,theresistanceof150x10(-6)ohmsis'muchtoolargeforourbatteries(9tollx10(-6)ohms).Therefore,itisnotapplicabletoNMPd2.4.8.2.l.d.-Changedtooperatingcycle-fortworeasons-mustbeshutdowntodotest(outage)andsincethesebatterieshaveverythinplates,thecyclelifeisshort;therefore,reducingtheamountofcyclesbyextendingtedischargeintervalactuallywillprovideextendedlife.Thiswillmaintainagreateroverallcapacitywhichleadstoasaferplantoperation.4.8,2.l.d;1-Oefined.ourOesignedLoadProfile.4.8.2.l.d.2-Insertedplantspecificvalueforourplantsloaddischargertest.4.8.2.l.d.2athruc.-InsertedNMP$2numberscommensuratewithourloadprofilecurves.4.8.2.l.d.f-Changedtooperatingcycleperreasongivenin4.8.2.1.d.;however,itisNMPCpracticeupondiscoveryofdegradingbatterycapacityinsteadofaplannedretestthenextoutage;thebatteryisscheduledforreplacement.
Pages3/48-17,through8-21(continued)Page8-21-SamecommentsasPage8-174.8.2.1.b.3-Refinedarepresentativenumberofcellstostandardizeoursurveillance.Sincethesampleis1/12ofthebattery,thismeetstheintentof"representative"numberofsamples.r4.8.2.l.c-Changetooperatingcyclesincethismayinvolveunoussingbatteryandremakingofconnectionswhichshouldonlybedoneduringanoutageandthissignalshouldbedonepriortodischargetest.4.8.2.1.c.3-Changedto"within205ofresistancereadingstakenduringinstallation"as150x10(-6)isnotaplantspecificvalueandtoconformwithIEEESTD.450-1980.
Pages3/48-22through8-25Page8-23-deleted..."andvoltageinHuses/MCC/Panels"sinceNMP82hasU.V.alarmsandInopstatuslights.Thesevoltagesaremonitoredthroughannunciator/computeralarmIEstatuslights;therefore,onlyasupplybreakeralignmentisdone.Page8-25-Sameas8-23
Pages3/48-23band8-24and8-23aThemotoroperatedvalvesthermaloverloadprotectionwasdeleted,sincethecircuitingofaNMP2safetyrelatedMOVdoesnotuseabypassrelaybutinsteadutilizetheactualaccidentsignaltoshuntthemotoroverloads.ThisisnotapplicabletoNMP2.Thissignalcomesdirectlyfromthetripunitswhicharefunctionallytestedandcalibratedmonthly.
Page3/48-26Thisisjustificationfordeviation'fromS.T.S.for4.8.4.1.Thesecircuitsarede-energizedafterfinaldrywellinspection(whenreactorpressureisapproximately900psig)andthenisolatedandmarkeduptopreventoperation.TheMCClightingpanelsarealsolockedtopreventinadvertentbreakeroperation.LockingthepanelsandmarkingupthecircuitsprovideabetterIcontroloftheoperationthanadailyormonthlycheck.This,therefore,providesanincreasedsafetyfactoroveradai1ypositioncheck.
Pages3/48-27through8-28ChangesmadeonthesepagesreflectNMP2plantspecificdesign.
Page3/48-29Thetermaddedontopofthepagenexttothetitle"ReactorProtectionSystemElectricPowerMonitoring"wasplacedtheresinceourUPSsystempowersourRPSlogic.Therefore,'hischangeisaplantspecificchange.NotethatourUPSdoesnotpowerourscramsolenoids.
Page3/48-30ThispageisfortheMGpoweringofthescramsolenoid.ThenumberslistedonthispagereflecttheNineMilePoint2specificplantdesign.
Pages3/49-3through9-4Items3.9.2.dand4.9.2.daremodifiedsothatshortinglinksareremoved~onlduringshutdownmargintesting.
Pages,6-1through6-28eSection6.0wasrecentlyapprovedforNineMilePointUnit1,andthiswasacceptabletothereviewer,BobBenedict,andrequestedtobeusedatNineMile2.
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3/4.1.54.1.5a1and3'4.1.5.a.24.1.5;b.270'Fisanadequatetemperaturebecausethetankconcentrationwillbewithinthelimitsoftherevisedtable3.1.5-2and3.1.5-1atlessthan4%%dVolume-ConcentrationgraphdefinesthetankvolumerequirementclearerthanasinglevolumePumpsuctionisoffsideoftank.Thus,anetvolumemustbespecified.NMPCSUBMITTALPAGE3/41-19GE-STS(BWR/5)PAGE374WNUREG-0472rev3PAGENUREG-0473rev2PAGE
NINENILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.3.7.1Sourcecheckwasaddedasaninterimcheck,sincethechannelfunctionaltestfrequencywasextended.NMPCSUBMITTALPAGE3/43-55GE-STS(BWR/5)PAGE374~NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.1-1Item¹1Off-gasradiationmonitorwasdeletedfromthetabletoavoidduplication.ThemonitorandrequirementsareaddressedinRadioactiveGaseousEffluentMonitoringInstrumentationTable3.3.7.13-1.NMPCSUBMITTALPAGE3/43-56GE-STS(BWR/5)PAGE3/43-57NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.1-1Cont.)Itemt2583(NMPCItems182)ItemP4Instrumentation-RenamedtoreflectplantgMin.ChannelsOperable-Onemonitorperivisionissuicientforautomaticinitiationofcontrols(logic).Action-71"a"isnotrequiredsincetheautomaticcontrolinitiationlogicprovidesfortherequiredactiontobetakenwithonlyonemonitorathighsetpoint.71"b":Ouractionstatement871providesforthesamerequiredactionandisalsomoreconservativeinthatweactuatethestandbygastreatmentsystem(providesnegativepressureandfiltration)Instrumentation-Thismonitor'sfunctionis~pibhitkff1d.monitorandisaddressedintheRadioactiveGaseousEffluentMonitorsectionoftheTech.Specs(Table3.3.7.13-1).NMPCSUBMITTALPAGE3/43-56GE-STS(BWR/5)PAGE3/43-57NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.1-1(cont.)Item¹5(NMPCItem¹3)Item¹6(NMPCItem¹4)Min.Channels0erable-Thesystemoperatingogrerequirestaothmonitorsinthetripsystem'avesimilarsignals(highsetpoint)foractuation.Therearefourmonitorsprovidedforthisvent,twoineachtripsystem.Action-"74-a"-Wotapplicableforsamereasonasstatedinmin.channelsoperable(STS¹74)."74b"-Sameasouractionstatement¹72(unchanged)AlicableCondition-ThemonitoringimpliedbyteTappicaeconditionsisprovidedbythemainstackeffluentmonitorandisaddressedintheRadioactiveGaseousEffluentMonitorTable(Table3.3.7.13-1).The'NineMi1ePt.¹2designforthismonitoronlyprovidesforisolationoftheprimarycontainmentpurgevalves..Action-Ouraction¹73issimilarinnaturetottte7f'S¹75(mainstackmon.isanaccidentmonitor).Wehaveadditionallyprovidedforanalternatemethodofmonitoringinlieuofdeclaringthesysteminoperable.NMPCSUBMITTALPAGE3/43-56GE-STS(BWR/5)PAGE~343-57NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.1-1(cont.)Item87a.2(NMPCItem5a.2)Instrumentation-Thismonitorwasdeletedfromthissect>onandaddressedintheAccidentMonitoringInstrumentationsectionastherefuelplatformmonitor.Thelocationwaschangedtoprovidemoreeffectivemonitoringduringfuelandcomponenthandlinginthespentfuelpoolandreactorcavity.NMPCSUBMITTALPAGE3/43-56GE-STS(BWR/5)PAGE333:~NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable4.3.7.1-1Instrumentation-Renamedtocoincidewith'pPPgdTi3.3.7.1-1.SourceCheckEChannelFunctionalTest1)Thefrequencyofperformingthechannelfunctionaltestingwasreducedforthefollowingreason:Themonitorsareself-testing,inthatthefollowingfailureswillcauseanalarminthemaincontrolroomaswellastheradiationprotectionofficeandotherselectedareas:a)b)c)de)ZerodetectoroutputLossofsignalcommunicationsPowerfailureHighvoltagefailure(highorlow)Checksourcefailure(highorlowcounts)2)AminimumrequirementforSOURCECHECKfrequencywasaddedtoverifycontinuedchanneloperability.OPERATIONALCONDITIONS,etc.-ConditionsarethesameasthosefromTaoe3.3.7.1-1;asteriskintableheadingreplacestheduplication.NMPCSUBMITTALPAGE3/43-58GE-STS(BWR/5)PAGE374~NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.'ASISNO.REASONFORCHANGETable3.3.7.5-1Items¹13thru¹16NMPCItem¹13NMPCItem¹14Thesemonitorsweredeletedfromthissection,astheirintendedfunctionisperformedbythemainstackgaseouseffluentrad.monitorandthereactor/radwastebldg.ventgaseous'adiationeffluentmonitor.TheseareintheRadioactiveGaseousEffluentMonitoringInstrumentationTable3.3.7.13-1.ThismonitorwasaddedasitsintendedfunctionistodetectgrossfailureoftheRHRheatexchangerswhichwefeltwasrequiredto'recludereleasestotheenvironment.Thismonitorwasaddedasitisintendedtoprovidemonitoringforapotentialrefuelingtypeaccidentinthespentfuelpoolandreactorcavityareas.NMPCSUBMITTALPAGE3/43-66GE-STS(BWR/5)PAGE3/43-73NUREG-0472rev3PAGENUREG-0473rev2PAGEC
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable4.3.7.5-1Items813thru816DeletedtocorrespondtoTable3.3.7.5-1ApplicableOperationalConditionsThiscolumnisaduplicationoftheapplicableoperationalconditionscolumnofTable3.3.7.5-1andisaddressedas"(a)".NMPCSUBMITTALPAGE3/43-68GE-STS(BNR/5)PAGE3343-3NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.3.7.9ChlorideIntrusionMonitorsSectionDeletionA)Unit2isnotonseawater.B)Capacityofcondensatedemineralizersystemissufficienttoallowadequatetimeforoperatoractionbeforesystembreakthrough.C)Wefeltthatthissectionisoptional(onthebasis)ofNMP2notbeingaseawaterservicewaterplant.NMPCSUBMITTALPAGEGE-STS(BWR/5)PAGE3/43-78throuh3-81,inclusiveNUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.3.7.12Alicability-Thedischargepathisnotava>abewnenthelineisvalvedoutandlocked;therefore,monitoringisnotnecessary.NMPCSUBMITTALPAGE3/43-78GE-STS(BWR/5)PAGE~77TNUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.12-1Item8l.bItem82.bItem82.cNMPCItem2.cItems83.a5bItemt4(NMPCItem83)Instrument-notapplicable-NMP-2isaBWR.Instrument-Componentcoolingwatersystemis233,.332pfservicewater,whichisaddressedasNMPCItems2.aImbofthistable.Instrument-Notapplicable,asNMP-2isaBWR.Instrument-Coolingtowerblowdownlinewasadded,asitisapotentialeffluentpathway.Instrument-Notapplicable,asNMP-2isaBWR.Instrume'nt-Revisedtoreflectchangesmadeto,233fhhfhfDischargecanalwasdeletedasitisthesumofthedischargeflowofLiquidRadwasteEffluent,ServiceWaterEffluentAandB,andCoolingTowerBlowdownNMPCSUBMITTALPAGE3/43-79GE-STS(BWR/5)PAGE3/43-72NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.12-1Item85Item86(NMPCItemf4)Instrument-Notapplicable,asthealarm/tripsetpoint>snotbasedonrecorder-controller.Instrument-NolevelindicatingdevicesareNMP-2hptanks.Provisionismadeforpossibleadditionofpermanentortemporarytanks.NMPCSUBMITTALPAGE3/43-80GE-STS(BWR/5)PAGENUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETab1e3.3.7.12-1Action829wasde1eted,asitwasinreferenceto,PWRrequiredmonitors-NMP-2isaBWR.Action833-Notapplicable,asthealarm/tripsetposntisnotbasedonrecorder-controller.NMPCSUBMITTALPAGE3/43-79580GE-523(GW/5)AGE33343-2333NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINENILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.Table4.3.7.12-1REASONFORCHANGEInstrument-TablewasrevsedtoreflectchangesmadetoinstrumentsrequiredinTable3.3.7.12-1.ChannelFunctionalTest1)Thefrequencyofperformingthistestingoftheradiationmonitorswasreducedforthefollowingreasons:Themonitorsareself-testing,inthatthefollowingfailureswillcauseanalarminthemaincontrolroom,aswellastheradiationprotectionofficeandotherselectedareas:a)b)c)e)ZerodetectoroutputLossofsignalcommunicationPowerfailureHighvoltagefailure(highorlow)Checksourcefailure(highorlowcounts)2)Thetablenotationsinthechannelfunctionaltestwerechangedtoreflecttheoperationaldesignoftheradiationmonitors.ChannelCalibrationThetablenotationforthecalibrationoftheradiationmonitorswasrevisedtoallowuseofanactualliquidsamplefromtheplanttoprovideforcalibrationwithamorerepresentativesamplemediaandisequivalentmethodology.NMPCSUBMITTALPAGE3/43-82583GE-ST5(WR/5)PGETCT76T7TNUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.13-1Item¹1b5cd(NMPCb)Instrument-Renamedtobeconsistentwithpppg"~A1ibf11-Appl1bld1gff-gsystemoperation,asthisistheonlytimeofsystemflowandrequiredmonitorfunction.STSAction¹35-ChangestoNMPCAction136tobeconsistentwithplantdesign(nowastegasholdupsys).Instrument-Oeleted,asthisisnotareleasepPbf1'1kgeffluentmonitor,whichhasiodineandparticulatesampling.Instrument-Word"effluent"deleted-samease(NMPCc)~bfibflf-g""b~dfibill-1""bNMPCSUBMITTALPAGE3/43-86GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3/43-80NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.13-1,Item82A(NMPCitem82)Item828Item83Itemt4Instrument-Namechangedtoreflect.plantdesign."Or"added,asNMP2hastworedundanttrainseachhavingamonitor;onlyonetraininoperationatonetime.Action(new8137)revisedtoprovideforanaaaernatemonitoringpointforH2whichisdownstreamofbothtrains.Instrument-Notapplicabletoplantdesign,asdddd~ddyddexplosion.Instrument-Notapplicabletoplantdesign,asdy(mechanicalvacuumpumps)exhaustpathismonitoredbythemainstackgaseouseffluentmonitor.Instrument-Notapplicabletoplantdesign.NMPCSUBMITTALPAGE3/43-86aGE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable3.3.7.13-1Item85Item86through9Table3.3.7.13-1Instrument-ContainmentispurgedthroughtheStandbyGasTreatmentSystem(whichisincludedintheRadiationMonitoringInstrumentsTable3.3.7.1-1)andexhauststhroughthemainstackgaseouseffluentmonitor;therefore,itisnotaneffluentreleasepointandwasdeletedfromthistable.Instrument-Notapplicabletoplantdesign.ff11hf;thmainstackandthecombinedreactor/radwastebuildingvent.Monitoringofthesetworeleasepathsisoutlinedinnewitems82and83onTable3.3.7.13-1.Actions-Actionswererenumberedtoreflectchangesmade'inTable3.3.7.13-1.NMPCSUBMITTALPAGE3/43-86athru88GE-STS(BWR/5)PAGENUREG-0472,rev3PAGE~3/43-8thru84NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHAGETable4.3.7.13-1Itemtl.aInstrument-TablewaschangedtoreflectchangesmadetoTable3.3.7.13-1.ChannelCheck5SourceCheckSurveillancefrequencychangedtoreflectplantdesign.NMP-2systemhascontinuousflowduringoperation,asopposedtoabatch-releasetypesystem.ChannelFunctionalTestTablenotations(a,b)werechangedtoreflectmonitordesign(logic).Frequencyofperformingthetestwasreducedforthe.followingreason:Themonitorsareself-testing,inthatthefollowingfailureswillcauseanalarminthemaincontrolroom,aswellastheradiationprotectionofficeandotherselectedareas:c)d)e)ZerodetectoroutputLossofsignalcommunicationPowerfailureHighvoltagefailure(highorlow)Checksourcefailure(highorlowcounts)NMPCSUBMITTALPAGE3/43-89thru92GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~thru90NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable4.3.7.13-1Itemala(cont.)Itemtl.dtme(NMPCZlb,c)NMPCItemt2,3ChannelCalibration-Changestoprovideforeuseoequsvaentmethodologyforcalibrationusingactualeffluentsamples.ChannelFunctionalTest-Frequencychangedtobecons)stentwithnobegasmonitorsurveillancefrequency.ChannelCalibration-Sameasfortl.aabove.NMPCSUBMITTALPAGE3/43-89thru92GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3333-8thru90NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.4.3.1a3.4.3.1ActionAsperplantdesign,selectedgaseousoptionforprimarydetectionsystem.Rewordedtoreflectplantdesign.Asperplantdesign,selectedprimarycontainmentatmosphereparticulateradioactivitymonitoringsystem.Provideseparateactionstatementsforsystemsa8candb.Actionstatementfora5cisessentiallytheoriginal.Actionstatementforbismoreconservative.NMPCSUBMITTALPAGE3/44-6GE-STS(BWR/5)PAGE3/44-7NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.4.3.1aThefrequencyofperformingtheCHANNELFUNCTIONALTESTwasreducedforthefollowingreason:Themonitorisself-testing,inthatthefollowingfailureswillcauseanalarminthemaincontrolroom,aswellastheradiationprotectionofficeandotherselectedareas:a)b)c)d)e)ZerodetectoroutputLossofsignalcommunicationPowerfailureHighvoltagefailure(highorlow)Checksourcefailure(highorlowcounts)Inaddition,amonthlySOURCECHECKwasaddedtoverifycontinuedchanneloperability.Namechangedtoreflectplantdesign.NMPCSUBMITTALPAGE3/44-6GE-STS(BWR/5)PAGE33344-NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATION.LCONO.BASISNO.REASONFORCHANGE4.4.3.2.1a.b.c~Selectedbothparticulateandgaseousmonitoringoptions,onceper12hours.Namechangedtoreflectplantdesign.Selected12hourmonitoring.Deletedaircoolercondensateflowratemonitoring.ThisisnotprovidedforinNMP2design.NMPCSUBMITTALPAGE3/44-8GE-STS(BWR/5)PAGE3/44-9NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.4.4a4.4.4b3a(NMPC4.4.4a3a)*FootnoteSpecification4.4.4.b.'l.aoforiginalrequireschloride/conductivityanalysisevery72hours.Therefore,4.4.4.aisredundant.Deleted72hourpHrequirementwhenconductivityiswithinlimit.AcarefulexaminationofRegulatoryGuide1.56Rev.1,Figure2,revealsthatwhenanaqueoussolutioniswithintheconductivitylimit,thenitmustbewithinthepHlimitsaswell.Additionally,measuringthepHofahighpuritywaterisnotasreliableameasurementasconductivity.Addedtoprovideamethodologyforsurveillanceduringunusualshutdownconfigurations.NMPCSUBMITTALPAGE3/44-11GE-STS(BWR/5)PAGE3/44-12NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.4.5b3.4.5ACTION:a.lSpecificationhasbeenomitted.NosectionofthebasesofthestandardtechspecsaddressesthepurposeoforthenuclidestobeincludedintheEdetermination.ItappearstoberedundanttotheDOSEEQUIVALENTI-131specificationfordeterminingfuelintegrity.Seesection3.9ofNUREG-1024,"UnnecessaryRequirements."Changedthetimebasesofthereportgenerationspecificationtomatchthatofthespecificationforallowableoperationbetween0.2and4uCi/gmDOSEEQUIVALENTI-131toavoidconfus,ion.NMPCSUBMITTALPAGE3/44-13GE-STS(BWR/5)PAGES7444-4NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINE,MILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.4.5Actiona3c1and*footnoteSpecificationomitted.ConsideredredundanttoDOSEEQUIVALENT-131Removedreferenceto100/E(see3.4.5.aabove)RedundanttoorginalC;2andC.3Ifthereisapowerchangeandnosignificant'ff-gasactivitychangeoccurs,thenthepowerchangeisofnoconsequence.EmphasisonspecificationC.2andC.3eliminatestheneedfortrackingpowerchangeswhenitprovidesnosafetybenefit.Itisexpected.thatpowerchangesofthissizewilloccurroutinelyduringsurveillancetestingandithasbeenshownthatitdoesnotresultinfueldamage.NMPCSUBMITTALPAGE3/44-13514GE-STSt/5)PAGE3331NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.4.5ACTIONC.2C.3(NMPCC.l52)3.4.5ACTIONCitem5bofTABLE4.4.5-1Changednametoreflectplantspecificsamplepointlocationandactionlevels..Addedsampleitem5btorequireisotopicanalysisofoff-gasinordertomaintainrelationshipbetweenmonitorreadingandactivityrate.3.4.5AdditionalInformationDeletedreferencetothermalpowerforreasonpreviouslycited.NMPCSUBMITTALPAGE3/44-14GE-STS(BWR/5)PAGE3/44-75NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETABLE4.4.5-1Item1Item3Item5bOmittedBetaactivitydeterminationinformationsinceitprovidesnoinformationnotprovidedbygammaactivitydetermination.SubstitutedisotopicanalysisforE.Ecalculationeliminatedfromisotopicanalysis.Plantoperatingdataincludingpowerlevelisrecorded.Toprovidedatanecessarytoadjustoff-gasmonitoroutputtoreflectactivitylevels.NMPCSUBMITTALPAGE3/44-15GE-STS(BWB/5)PAGE~344-16NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.6.5.3.*footnoteofAPPLICABILITYblb2,b3,cChangedOPERABLEtoONtoensureaccomplishmentofthe~es>reojectsveoftheremovalofmoisture.Added"(withfuelinVessel)".Withoutfuelthereisnocrediblesource.SwitchedfromR.G.1.52toANSIN510-1980Reason-R.G.hasnotbeenupdatedtoreflectlatestchangesinguidance.R.G.isnotasconservative.SamereasonasabovebutforANSIN509-1980.AlsoseeGenericNRCletter83-13.NMPCSUBMITTALPAGE3/46-31,32GE-///(8/5)//~3/4-33NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.6.5.3d.1d.3,4e,f~GENERALCOMMENTChangedlOXto20/basedonanticipatedoperationvariability.Designchange.Isolationvalvesopenautomatically.ChangedlOXto20Kbasedonanticipatedoperationvariability,andupdatedANSIstandardto1980.D.O.P.,halogenatedhydrocarbon,andMethylIodidespecificationsareexpressedintermsofremovalratherthanpenetration,tobeconsistentwithoperatorpasttraining.NMPCSUBMITTALPAGE3/46-31,32GE-STS(Wi5)PAGE~6-NUREG-0472rev3PAGENUREG-0473rev2PAGE4
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.7.2b(NMPC4.7.3)"OPERABLE"changedto"ON"toensureaccomplishmentofthedesiredobjectiveoftheremovalofmoisture.4.7.2.c.1,2,3,dChangedlOXto20K(NMPC4.7.3.c.lc.2,35d)~.Basedonanticipatedoperationvariability.ChangedRG1.52toANSIN509-1980.R.G.hasnotbeenupdatedtoreflectmoreconservativecriteriaofANSIN509-1980.3.7.2*footnote(NMPC3.7.3)Addedduringcorealterationsandoperationswithapotentialfordrainingthevessel(withfuelinthevessel).Reason:TobeconsistentwiththerequirementsforStandbyGasTreatment.NMPCSUBMITTALPAGE3/47-8,9GE-STS(II/5)PAGENUREG-0472rev3PAGENUREG-0473rev2PAGE s, NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO..BASISNO.REASONFORCHANGE3/4.7.2(NMPC3/4.7.3)GeneralComment3/4.7.2.e.le~2e+3(NMPCe.2)f,gD.O.P,halogenatedhydrocarbon,andMethylIodidespecificationsareexpressedintermsofremovalratherthanpenetration,tobeconsistentwithoperatorpasttraining.Changed10Kto20Kbasedonanticipatedoperationvariability.Deleted.NoisolationonChlorideorAmmonia.Changedtoreflectsystemdesign.ChangedlOXto20K.Basedonanticipatedoperationvariability.UpdatedANSIstandardtoreflectlatestrevision.NMPCSUBMITTALPAGE3/47-8,9GE-GEETGWG/WPPAGENUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.8.1.1.2b,c,d(NMPC4.8.1.1.2.1c>>d~e~fandNMPC4.8.1.1.2.2b,c,d,e)ToreflectchangesrequestedbyEdTomlinsonoftheNRC.Thatis,toincorporateMcGuiresRevisedFuelOilsurveillancetesting.Alsotoreflectplantspecificdesign.NMPCSUBMITTALPAGE3/48-4GE-STS(BWR/5)PAGE3/48-34and3/48-89NUREG-0472rev3PAGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3/411.1Table4.11-1(2)Liq.Releasetypeandfootnote"5"SamplingfrequencycolumnandAnalysisfrequencycolumnListedactualcontinuousflowsfromplant,anddeletedreferencetofootnote"5."Thereisnoreasonforthedefinitionofcontinuousrelease,astheyaredefinedbythereleasetype(Servicewater,coolingtowerblowdown).Changedfrequencyandtypeofcontinuousreleasesampleandanalysistomonthlygrabsampleinaccordancewithsystemdesign.Continuousradiationmonitorsontheselineswillindicateandalarmthepresenceofsignificantreleases,andpromptdailysamplingwhenrequired.ChangedSr-89,90andFe-55samplefrequencytoquarterlygrabsampletomatchanalysisandgrabsampletechnique.footnote"5"footnote"6"DeletedSTSfootnote"5"sincespecificcontinuousreleasesareidentified.Addednewfootnote"5":Increasedsamplingofeffluentstodailywheneffluentmonitorindicatesabovealarmsetpointtoprovidemoreaccuratedatatoupdatealarmsetpointandquantifyrelease.Alsoprovidedforcompositingofdailysamplesfornon-gammaemitteranalysis,whenrequired.Oeletedbecausecontinuoussamplingwasdeleted.NMPCSUBMITTALPAGE3/411-2GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.11.1.2ACTION:aand*footnote4.11.1.2Drinkingwatersupplynotlocatedwithin3milesofdischarge.Anticipatedischargeslessfrequentthan31days.Henceitismorelogicaltosampletankpriortodischarge.NMPCSUBMITTALPAGE3/411-5GE-STS(BWR/5)PAGENUREG-0472rev3PAGE374T1-5NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGEB3/4.11.2.7MAINCONDENSER(NMPC3/4.11.2.6)B3/4.11.2.8MarkICONTAINMENTUsedNUREG0473BWRwording.SubstitutedMarkIIContainment;retainedBWRwordingotherwise.NMPCSUBMITTALPAGEB3/411-5aGE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~-5NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.11.1.34.11.1.3Liquidradwastetreatmentsystemorequivalentshallalwaysbeusedtoreduce.theradioactivematerialsinliquiddischarges.Specification3.11.1issolowthattreatmentisalwaysnecessary.Therefore,athresholdfortreatmentisirrelevant.Anticipatedischargeslessfrequentthan31days.Hence,itismorelogicaltosampletankpriortodischarge.NMPCSUBMITTALPAGE3/411-6GE-STS(BWR/5)PAGENUREG-0472rev3PAGEYf4~NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.11.1.4Therearenooutside/temporarytankspresently.However,provisionisleftandrewordedtoallowforoutside/temporarytanksinthefutureshouldtheybedesirableornecessary.NMPCSUBMITTALPAGE3/411-7GE-STS(BWR/5)PAGENUREG-0472rev3PAGE".~~NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3/4.11.2GenericAdditionofI-133AddedatrequestofN.R.C.ThisisapotentiallysignificantDosecontributor.3/4.11.2.1Tab1e4.11-2DeletedRowARowB(NMPCRowA)AddedNMPCfootnotegTable4.11-2Item82(NMPCItemel)Change'dwordingfrom"and"to"or"toreflectwordinginthe"BASES".ThereisnowastegasstoragetankinaB.W.R.Off-gasSystemisaddressedinspecification3/4.T1.2.6Inordertoproperlyaccountforradioactivereleases,wedonotwishtoduplicateanalysisresults.ContainmentanalysisresultspriortoPURGEareusedtosetpurgerate.Resultsduring'PURGEareusedtocalculateoffsitedoseusedinreportingrequirements.Deleted"orVENT":VentingoperationisoftooshortadurationandsmallvolumetoaccomplishsamplingwhichisapplicableNMPCSUBMITTALPAGE3/411-8,9GE-STS(BWR/5)PAGENUREG-0472rev3PAGE374~,9NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable4.11-2Row8(NMPCRowA)Deletedfootnotec.onthisrowSincewewillsampleduringeachPURGE,thiswillaccountforoffsitedose.SamplestakenattimesotherthanPURGEareirrelevantsincetheradioactivityisnotbeingreleased.LineextensionandmiscellaneousnamechangesToclarifytheactivityrequiredandourintent.Asampleiscollectedandanalyzedpriortopurginginordertoassesspotentialoffsitedoseandsetflowrates.AseparateanalysisduringtheactualPURGEoperationisusedtoaccountfortheoffsitedoseconsequences.NMPCSUBMITTALPAGE3/411-9GE-STS(BWR/5)PAGENUREG-0472rev3PAGE;/~IT%NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable4.11-2RowCand0(NMPCRowB)CombiningRowsandnotincludingRowA.ChangedfootnoteCAllgaseousradioactivewasteincludingcontainmentPURGEaredesignedtobeexhaustedthroughthetwolistedpoints.Inordertoaccountforoffsitedoses,withoutduplication,thesepathwaysarecontinuouslymonitored.ParticulateandIodinecartridgeonstackwillcollectP5I'sduringPurges.Tritiumsampleduringpurgewillaccountforanyelevatedlevelsduringthattime.Powerlevelchangesdonotnecessarilyresultinfueldamageandincreasedoffsitereleaserates.Bysubstitutingthetietooff-gaspre-treatmentmonitoralertlevelwehaveeliminatedtheneedtotrackpowerlevelchangeswhenthereisnobenefittothis.AlertAlarmissetinaccordancewithspecification3.4.5ActionC.NMPCSUBMITTALPAGE3/411-9GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable4.11-2Replacedfootnoted,ewithNewd.fortritiumsamplingonly.Changedfootnotefdesignationtoeandrevisedfootnote.Oldfootnoted,edealtwithtritiumsampling,thenewdisonlyonthetritiumrow.HistoricalexperienceatUnit1hasdemon-stratedthattritiumlevelsdonotchangesignificantlyduringrefuelingoncetheyhavestabilized.Tokeepalphanumberingsystemconsistentandtolimitrequirementtoparticulate/iodinecartridgeanalysiscalculations.NMPCSUBMITTALPAGE3/411-9GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~3NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGETable4.11-2ChangefootnotegtoNMPCfootnotef.andrevisedfootnoteAspreviouslynotedTHERMALPOWERCHANGESdonotnecessarilyresultinreleaseratechanges.Bytyingincreasedsamplingandanalysisfrequencytochangesinthegaseouscontinuousmonitorwecanbetterassurethatallreleasechangesaresubjectedtocloserscrutiny.NMPCSUBMITTALPAGE3/411-9GE-STS(BWR/5)PAGENUREG-0472rev3PAGE374Tl-9,NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.11.2.4SystemDesignprecludesbypassingthemaincondenseroff-gassystem.Therefore,nospecificationestablishingathresholdlevelforuseofthissystemisprovidedVentilationexhaustwillbefilteredasnecessaryinordertomeetdoserequirements.NMPCSUBMITTALPAGE3/411-14GE-STS(BWR/5)PAGENUREG-0472rev3PAGE374~4NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3/4.11.2.6OoesnotexistinBWRDesign.NMPCSUBMITTALPAGE3/411-18GE-STS(BWR/5)PAGENUREG-0472rev3PAGE334TGNUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.11.2.7(NMPC3.11.2.6)4.11.2.7.2NMPC4.11.2.6.2bAddedOFFGAStotitleforclarification.Changed332,300uCi/sec(100uci/sec/MWt)to500,000andprovidedforshort-termoperationuptoluCi/sec.Withtheoff-gastreatmentsysteminoperationthepotentialdoseeffectof'thisincreaseoverstandarddoesnotjustifytheeconomicimpactofprematureshutdownbasedon10CFRAppendixIcalculations.Thesamplelocationisbetweentherecombinerandcharcoalbeds.Addedphrasetoallowthefactoringofdilutionflowchangesaffectingoff-gasmonitorsincemonitorindicatesconcentrationandnotactualreleaserate.CNMPCSUBMITTALPAGE3/411-18GE-STS(BWR/5)PAGENUREG-0472rev3PAGEY/4~8NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.11.2.8(NMPC3.11.2.7)RevisedL.C.O.toallowventingorpurgingwithoutuseofstandbygas-treatmentsystemifDrywellactivityissuchthatbasescanbemetwithoutfiltration.NMPCSUBMITTALPAGE3/4ll-18aGE-STS(BWR/5)PAGENUREG-04723AGENUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE4.11.3AddedC.UnitusesanAspha1tso1idificationsystem.Flowratesandtemperatureprofilesareusedtoverifysolidification.SamplesareobtainedtocheckXwaterasthewaterevaporationrateislimitinginthissystemdesign.AspecifcAsphaltPROCESSCONTROLPROGRAMwillbesubmittedatalaterdatewhenlOCFR61gualificationtestprogramiscomplete.NMPCSUBMITTALPAGE3/411-19GE-STS(BWR/5)PAGENUREG-04723PAGE333NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3.11.4(LCO)Deletedreferencetodoinga40CFR190evaluationintheeventthattwicethe~uarterllimits(10CFR50)forliquidandgaseouspathwaysareexceeded.Licenseeproposestodoevaluationiftwicetheannuallimitsareexceeded.Reason81:Tobeconsistentwith'nit81specifications.Env.Programisajointeffortforthethreereactorson-site.Reason82:40CFR190isanannual(calendaryear)dose.~Reason83:Twicethequarterlylimitisnotasignificantfractionofthe40CFR190limit.NMPCSUBMITTALPAGE3/411-20GE-STS.(BWR/5)PAGEEGGEG.GAPE3PAGE37rGTarNUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGESurveillanceRequirement4.11.4.1Deletedreferencetospecifications4.11.1.2,4.11.2.2,and4.11.2.3Reason¹1:Actualdeterminationisperformedinaccordancewiththe00CM.Reason¹2:Reason¹3:TobeconsistentwithexistingUnit¹1Tech.Specs.Surveillancerequirements4.11.1.2,4.11.2.2and4.11.2.3standalone.Nofunctionisservedbyrepeatingtheminthissection.NMPCSUBMITTALPAGE3/411-20GE-STS(BWR/5)'AGEGREG-0777GE~NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.1Addedparagraphto3.12.1.atoallowforEnv.MonitoringProgramdeviations.Reason81:Reason82:Licenseeneedspermitteddeviationfromprogramintheeventofhazardousconditions'orotherreasonsbeyondthecontrolofthelicensee.TobeconsistentwithUnittlspecification.Env.programisajointeffortforthethreereactorsonsite.NMPCSUBMITTALPAGE3/412-1GE-STS(BWR/5)PAGE.NUREG-0472rev3PAGE3342-TNUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.1.bTable3.12-2TheUnit2submittalrevisedNUREG0472Table3.12.-2fortritiuminwaterto30,000pci/liter.Thecorresponding'nit2submittaltableisTable6'.9.3-1.Reasontl:Reason82:Revisedto30,000pCi/literasperNUREG0472,Table3.12-2footnote(*footnotenotation).Nosignificantdrinkingwaterpathwayexists.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit81,etc.).NMPCSUBMITTALPAGE3/412-1GE-STS(BWR/5)PAGENUREG-0472rev3PAGE33342-9NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3/412.2BasesTheUnit2submittaldeletedthebasessectionthatreferredtothelandusegardencensusandsubstitutedinsteadastatementtotheeffectthatvegetationsamplingandanalysisshallbeperformedinlieuofthegardencensus.Reason81:TobeconsistentwiththerevisedLCOsection3/412.2(LandUseCensus).SeeadditionalreasonsunderrevisedLCOsection3/412.2.TheUnit2submittalalsoprovidedadefinitionofamilksamplinglocation.Reason81:Reason82:Thelicenseehashaddifficultyinobtainingmilksamplesinthepastfromlocalfarmerswithonlyafewanimals.Inordertoobtainastablemilksamplesupplyforthetechnicalspecification,theUnit2submittaldetailedthecriteria(andreasons)foramilksamplelocation.Tobeconsistentwiththeexistingsiteenvironmentprogram(Unittl,etc.).NMPCSUBMITTALPAGE3/412-2GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3332-2NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.1Table3..12-1Item1ReviseddirectradiationspecificationbyreducingthenumberofrequiredTLOS.Reason81.AccountforLakeOntario.Thereareeight(8)sectorsatthe6-8kmrangethatarelocatedoverLakeOntario.Reasont2Tobeconsistentwiththeexistingsiteenvironmentalprogram(UnitPl,etc.)NMPCSUBMITTALPAGE3/412-4GE-STS(BWR/5)PAGENUREG-0472rev3PAGE33342-3NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONfORCHANGELCO3.12.1Table3.12-1Item3Reason81:Unit2isontheshorelineofLakeOntario.Groundwaterflowsfromthesitetothelake.Thereisnopathwaytoanypossiblelocalgroundwells.Samplingforgroundwaterwasdeleted.Reasont2:Tobeconsistentwiththeexistings.iteenvironmentalprogram(Unit$1,etc.).Samplingfordrinkingwaterdeleted.Reason81:Reason82:Licenseedoesnotconsiderthispathwaytoexist.Nearestwatersupplyintakeisapprox.8milesfromthesite(generallyupstream)andamajorriveremptiesintoLakeOntariobetweenthesiteandthewatersupply.Tobeconsistentwiththeexistingsiteenvironmentalprogram.NMPCSUBMITTALPAGE3/412-3GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~NUREG-0473rev2PAGEC
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO12.3.1Tab1e12.3-1Item4aLocationofmilksamplesisbasedonD/Qvalues.NUREGTech.Spec.saysamplestobebasedondosepotential.Reason81:EasierforthelicenseetouseD/Qvaluesinsteadofcalculatingdoses.Reasont2:Reason$3:Inthiscase,thehighestD/Qlocationwillyieldthehighestdose.Thus,theendresultisthesame.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit81,etc.).Possiblelocationsforthemilkcontrollocationwasrevisedtodistancecriteriaof9-20milesandinaleastprevalentwinddirection.NUREGTech.Spec.say15-30km(9-18miles)andintheleastprevalentwinddirection.Reason81:Licenseedesiredtoutilizeahistoricalcontrollocation.Reason02:Tobeconsistentwiththeexistingenvironmentalprogram(Unit81,etc.).NMPCSUBMITTALPAGE3/412-5GE-STS(BWR/5)PAGENUREG-0472rev3PAGE7332-5NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO12.3.1Table12.3-1Item4.a(cont.)Revisedmilksamplecollectionandanalysisfreq.Totwicepermonth,April-December.SamplewillalsobecollectedJanuary-MarchonlyifI-131isdetectedinNovemberandDecemberoftheprecedingyear.NUREGTech.Spec.statesthatmilksamplesshouldbecollectedtwicepermonthduringthe'razingseasonandmonthlyatothertimes.Reason¹1:Becauseoftheseverewinterconditionsatthesite,thel.icenseefeltthatthemilkpathwayduringthemonthsofJanuary-Marchwasinsignificant.Item4bReason¹2:Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit¹1,etc.)Deletedrequirementtosampleandanalyzeinvertebrates.Retainedrequirementforfishsamplingandanalysis.Reason¹1:Reason¹2:Therearenoimportantcommercialorrecreationalspeciesofinvertebratesinthevicinityofthesite.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit¹1,etc.).NMPCSUBMITTALPAGE3/412-5GE-STS(BWR/5)PAGENUREG-047Zrev3PAGE374TZZNUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO12.3.1Table12.3-1Item4.a(cont.)Revisedmilksamplecollectionandanalysisfreq.Totwicepermonth,April-Oecember.SamplewillalsobecollectedJanuary-MarchonlyifI-131isdetectedinNovemberandOecemberoftheprecedingyear.NUREGTech.Spec.statesthatmilksamplesshouldbecollectedtwicepermonthduringthegrazingseasonandmonthlyatothertimes.Reason¹1:Becauseoftheseverewinterconditionsatthesite,thelicenseefeltthatthemilkpathwayduringthemonthsofJanuary-Marchwasinsignificant.Item4b,Reason¹2:Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit¹1,etc.)Oeletedrequirementtosampleandanalyzeinvertebrates.Retainedrequirementforfishsamplingandanalysis.Reason¹1:Reason¹2:Therearenoimportantcommercialorrecreationalspeciesofinvertebratesinthevicinityofthesite.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit¹1,etc.).NMPCSUBMITTALPAGE3/412-5GE-STS(BWR/5)PAGENUREG-0472rev3PAGE333T2-!iNUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO'2.3.1Table12.3-1Item4.b(cont.)Forcontrolsamplecriteria,deletedreferencetocollectandanalyzethesamespecies.Addedstatementtocollectandanalyzespeciesofsimilarfeedinghabitsintheeventthesamespeciesarenotavailable.Reason¹1:Historicaldatahasshownthat,onoccasion,samplesofthesamespeciesarenotavailableatthecontrollocation.Item4.CReason¹2:Tobeconsistentwiththeexistingenvironmentalprogram(Unit¹l,etc.)Reason¹1:Reason¹2:Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit¹l,etc.)Deletedfoodproductsamplingandanalysisfromareasthatareirrigatedbywatersintowhichstationeffluentshavebeendischarged.SurveydatahasshownthattherearenofoodproductsonthevicinityofthestationwhichareirrigatedwithwaterfromLakeOntario.NMPCSUBMITTALPAGE3/412-5,12-6GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3/412-5NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORGHANGELCO12.3.1Table12.3-1Item4.C(cont.)Vegetationsamplingdoesnotreferencebroadleafvegetationspecifically.Broadleafvegetationispreferredbystationprocedure,however.Reason81:Previousvegetationsamplinghasshownthatthreetypesofbroadleafvegetation(atonelocation)isdifficulttoobtain.Thelicenseepreferstoreferencevegetationsamplingonlywithanattempttoobtainallbraodleafsamplesbystation.procedure.Reasont2:Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit81,etc.)Controlvegetationsamplesdonotspecificallyreferencebroadleafvegetation(seereasonabove).Inaddition,controlsamplesareobtainedinaleastprevalentwinddirectioatadistanceof9-20miles.TheNUREGspecificationstatesatadistanceof15-30km(9-19miles)intheleastprevalentwinddirection.NMPCSUBMITTALPAGE3/412-6GE-STS(BWR/5)PAGERUREG-0472rev3PAGE~3/42-6NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO12.3.1Table12.3.1Item4.C(cont.)Reason81:Reasont2:Thelicenseedesirestoutilizehistoricalcontrolsamplelocations.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit01,etc.).Collectionfrequencywaschangedtoonceperyearduringtheharvestseason.NUREGTech.Spec.indicatedmonthlywhenavailable.Reason81:Reason82:Reason83:Vegetationsamplingisbeingperformedinlieuofagardencensuseventhoughmilksamplingisbeingperformed.Inviewofthefactthatmilksamplingisbeingperformed,thelicenseefeelsthatmonthlyvegetationsamplingisnotnecessary.NUREG0473statesthatvegetationsamplingbeperformedonceduringtheharvestseason.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit81,etc.).NMPCSUBMITTALPAGE3/412-6GE-STS(BWR/5)PAGERUREG-0472rev3PAGE3332-6NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO12.3.1Table12.3.1Item4.C(cont.)Fortypeofanalysis(forfoodproducts),theanalysisofI-131wasrevisedsuchthatI-131willbeanalyzedbygammaisotopic.Reason¹1:TherequiredLLDlimitationcanbeattainedbyuseofgammaspectralanalysis.Reason¹2:Reason¹3:Itiscosteffectivetoanalyzefoodproductsamplesbygammaspectralanalysis.Tobeconsistentwiththeexistingsiteenvironmentalmonitoringprogram(Unit¹1,etc.).NMPCSUBMITTALPAGE3/412-6GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3/412-6NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.1Table3.12-1TableNotea.RequirementtoreportdeviationsfromtheRadiologicalEnvironmentalMonitoringProgramintheAnnualRadiologicalEnvironmentalOperatingReportwasnotincludedinTableNote'a~Reason81:Theaboverequirementisalreadycoveredinsection3.12.1.aofthesubmittal.Reason82:Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit81,etc.).NUREGTech.Specs.indicatethatsamplemediasubstitutionsbemadewithin30daystotheenvironmentalprogram(inthecaseofanyunavailabilities).TheUnit2submittaldoesnotincludethisrequirement.TheUnit2submittaldoescontainastatementinsection3.12.l.athatstates:"everyeffortshallbemadetocompletecorrectiveactionpriortotheendofthenextsamplingperiod."Reason81:Reason82:Section3.12.1.aoftheUnit2submittalalreadycontainsastatementthatrequirescorrect'iveactioninatimelymanner.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit81,etc.).NMPCSUBMITTALPAGE3/412-7GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~TF7NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.1Taile3.12-1TableNoteaTableNotegNUREGTech.Specs.indicatethatoccasionsofenvironmentalsamplemediaunavailabilitybereportedinthenextSemi-AnnualRadioactiveEffluentReleaseReportwithrevisedfiguresofthODCM.ThisisnotindicatedintheUnit2submittal.Reason81:Thisrequirementiscontainedinsection3.12.1.CoftheUnit2submittal.Reason82:Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit$1,etc.).NUREGTech.Specs.indicatethatwatersamplesofthecanalberepresentativeoftheliquidflow(ofthecanal).TheUnit2submittaldoesnotcontainthisconcept.Reason81:TheLicenseedoesnotfeelthatthisissignificantinviewoftheoverallintentofthesampling.The"downstream"sampleistheFitzpatrickfacilityinletcanal.Asampleofwaterfromthecanalcannotbequantitativeofwhatis"downstream"inLakeOntario.A"downstream"samplewillbe.qualitativeand,withsignificantresults,willpromptanevaluationofcriticalareasorpathwaysdownstreamoftedischarge.Thisevaluationwouldyieldquantitativeresults.NMPCSUBMITTALPAGE3/412-7GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3/412-7,12-8NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO.3.12.1Reason82:TobeconsistentwiththeTable3.12-1existingenvironmentalprogram(Unit81,etc.)TableNoteg(cont.)NMPCSUBMITTALPAGE3/412-7GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3/412-8NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO..REASONFORCHANGESurveillanceRequirement4.12.1Table4.12-1(Tablenoteb)TableNotebwasrevisedtoreferenceANSIN545,Section4.3insteadofReg.Guide4.13(Reg.Guide4.13refersthereadertoANSIstandardN545,Section4.3).Inaddition,variationsfromANSIstandardN545,Section4.3arecontainedintheODCM.Reason¹1:Reason¹2:Reason¹3:TheLicenseedesiredtoreferencetherequirement(i.e.,ANSIN545,Section4.3)directlyinthespecification.VariationstoANSIN545,section4.3arecontainedintheODCM.TheLicenseehasnotedthatcontractorTLD'sdonotmeettheexactrequirementsstatedintheANSIstandardforafewparameters.Therefore,slightvariationshavebeenincorporatedinSection4.3oftheANSIstandard(aspartoftheODCM).Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit¹1,etc.).NMPCSUBMITTALPAGE3/412-11GE-STS(BWR/5)PAGENUREG-0472rev3PAGE374~NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGESurvei11anceRequirement4.12.1Table4.12-1TheUnit2submittalrevisedNUREG0472Table4;12-1fortritiuminwaterto3,000pCi/liter.ThecorrespondingUnit2submittaltableis4.12-1.Reason81:Reason$2:Revisedto3,000pCi/literasperNUREG0472,Table4.12-1footnote(*footnotenotation).Nosignificantdrinkingwaterpathwayexists.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit1,etc.).NMPCSUBMITTALPAGE3/412-10GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3332-10NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGESurveillanceRequirement'.12.1TableNote"d"toTable4.12-1wasrevisedtoindicatethattherearenosignificantdrinkingwaterpathwaysTable4.12-1TableNotedReason¹1:Reason¹2:RevisedtoexplaintritiuminwatersamplesLLDrequirement.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit¹1,etc.).NMPCSUBMITTALPAGE3/412-12GE-STS(BWR/5)PAGENUREG-0472rev3PAGE3/412-12NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.2FortheUnit2submittal,therequirementtoconductagardencensus(aspartofalandusecensus)wasdeleted.Reason81:Reason82:Reason83:Thelicenseehasfoundthatagardencensusisverydifficulttoconductwithinathreemileradiusofthesitebecauseofthehighdensityofgardens.thelicenseepreferstocollectvegetationsamplesfromhigh0/ggardenlocationsinlieuofagardencensus.Itisfeltthatactualsampleresults.willbeofmoreuseforevaluationpurposesthanacensus.Tobeconsistentwiththeexistingsiteenvironmentalprogram(UnitPl,etc.).NMPCSUBMITTALPAGE3/412-13GE-STS(BNR/5)PAGENUREG-0472rev3PAGE:V4~3NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO'.12.2.a5bTheUnit2submittalutilizesD/Qvaluesforselectioncriteriaoflocationsinsteadofdoseordosecommitmentvalues.ReasonPl:Reason82:Reason83:ItislessdifficulttorefertoassociatedD/Qvaluesthantocalculatedosesforeachlocationtobe'valuated.'helicenseefeelsthatutilizingD/Qvaluesinsteadofcalculatingdosesforeachlocationtobeevaluatedisanacceptablealternativemethodology.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit$1,etc.).NMPCSUBMITTALPAGE3/412-13GE-STS(BWR/5)PAGENUREG-Q472rev3PAGEWMFT3NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.2(Footnoteatbottomofpage)TheUnit2submittaldeletedthefootnoteatthebottomofthepage.Reason¹1:Reason¹2:Specificationandrequirementstosampleforvegetationarealreadyincludedinsection3.12.1,Table3.12-1andSection3.12.2.Tobeconsistentwiththeexistingenvironmentalprogram(Unit¹1,etc.).NMPCSUBMITTALPAGE3/412-13GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~~3NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGELCO3.12.3TheUnit2submittaladdedasentencetotheeffectthatinter-laboratorysampleswillbeanalyzedthatarecomparable(intypeofmedia)tothenormalenvironmentalprogramandforwhichinter-comparisonsamplesareavailable.Reason81:BetterdefinesanddelineatestherequirementsfortheInter-1aboratoryComparisonProgram.Reason82:Tobeconsistentwiththeexistingsiteenvironmentalprogram.SurveillanceRequirement4.12.3TheUnit2submittaladdedastatementtothesurveillancerequirementthattheparticipant(licensee)intheEPACrossCheckProgrammayprovidetheEPAprogramcodedesignationinlieuofprovidingresults.Reason81:Reason82:TheoptiontosubmittheEPAprogramcodedesignationwasobtainedfromNUREG0472,Rev.2datedFebruary,1980.Tobeconsistentwiththeexistingsiteenvironmentalprogram(UnitPl,etc.).NMPCSUBMITTALPAGE3/412-14GE-STS(BWR/5)PAGENUREG-0472rev3PAGE333~2-4NUREG-0473rev2PAGE
NINEMILEPOINT.UNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3/4.1.5ToreflectsystemDesign.NMPCSUBMITTALPAGEB3/41-4GE-STS(BWR/5)PAGENUREG-0472rev3PAGEBG304-4NUREG-0473rev2PAGE
'INEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE3/4.3.7.8Detectorsforchlorine(andAmmonia)notincludedindesignofUnit2.NMPCSUBMITTALPAGE83/43-5GE-STS(BWR/5)PAGENUREG-0472rev3PAGEB3/43-5NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGEB3/4.4.4ChemistryProvidedforsamplingunderunusualconditionsrequiringisolationofnormalsampledpoints-wheninOPERATIONALCONDITIONS4and5.NMPCSUBMITTALPAGE83/44-2GE-STS(BWR/5)PAGENUREG-0472rev3PAGE733T>~2NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE83/4.4.5SPECIFICACTIVITYCumulativetimeforiodinein0.2-4uCi/gmrangeIsotopicanalysisfollowingpowerchangeIodinespikingchangedbasestorelate.iodinespikingtoacorresponding.increaseinOffGasrelease,sinceincreaseiniodinemorecloselyfollowsoffgaslevelsthanpowerchanges.Thereportingofcumulativeoperatingtimeover500hourswaschangedtoreflectthesametimeperiod(i.e.,12months)overwhichtheallowableoperatingtimeisbased.Samplingwillberequiredonlyonpowerchangewhichresultsinanoff-gasincrease,sinceitisnotpossibletogetasignificantiodineincreasewithoutasignificantoffgasincrease.NMPCSUBMITTALPAGEB3/44-3GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~B3-3NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE83/4.11.1.3LI(UIDRADWASTE.Basessectionreferencingsharedradwastefacilitieswasdeletedbecausefacilitiesarenotshared.NMPCSUBMITTALPAGE83/411-2GE-STS(BWR/5)PAGENUREG-0472rev3PAGE~3~-2NUREG-0473rev2PAGE 4xl) NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE83/4.11.2.2DOSE-NOBLEGASESDeletedreferenceto'theODCMcontainingexamplesofdosecalculationsformembersofthepublicwhoareattimeswithinthesiteboundary.Valueswouldbesolowcomparedtothoseresultingfrom10CFR20calculationsastoprovidenousefulinformation,sotheyarenotproposedtobeincludedintheODCM.NMPCSUBMITTALPAGEB3/411-3GE-STS(BWR/5)PAGENUREG-0472rev3PAGEBB3T-3NUREG-0473rev2PAGE
NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGEB3/4.11.2.2DOSES-NOBLEGASDeletedreferencetoasharedgaseousradwastetreatmentsystembecausetheUnit2systemisnotshared.NMPCSUBMITTALPAGEB3/411-4GE-STS(BWR/S)PAGENUREG-0472rev3PAGE~83/4-4NUREG-0473rev2PAGE h~, NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE83/4.11.2.4GASEOUSRAOWASTETREATMENTRevisedbasestoreflectcontinuoususeoftheoffgastTreatmentSystem,i.e.,itcannotbebypassed.Ventilationtreatmentwillbeprovidedsufficienttomeetdosespecificationsforiodinesandparticulates.Removedreferencetosharedgaseousradwastetreatmentsystems.RemovedreferencetoGasStorageTanks-NotinBWRdesign.SeeNUREG0173BWRRETSpageB3/411-5.NMPCSUBMITTALPAGEB3/411-5GE-STS(BWR/5)PAGENUREG-0472vev3PAGE883/4T-5NUREG-0473rev2PAGE "I44I"P'IWr NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGE5.0DESIGNFEATURES5.1SITETheexclusiondistanceisdescribedintermsofthesiteboundaryonpropertyline.Thelowpopulationzoneisnotprovidedbecauseitisnotreferencedinanyspecification.NMPCSUBMITTALPAGE5-1GE-STS(BWR/5)PAGERUREG-0472rev3PAGE~NUREG-0473rev2PAGE P~+hll NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGEFIGURE5.1.2-1NotestoFigure5.1-1wereprovided.LPZinformationiscontainedintheSafetyEvaluationReport,andisnotusefulfortheTech.Spec.NMPCSUBMITTALPAGE5-3GE-STS(BWR/5)PAGENUREG-0472rev3PAGE5-3NUREG-0473rev2PAGE ~V'iII~?l'VVV't~~~i'VV=V'Vg+cttiV=""0l.?DVVQv'tTg'rVitI~C'VVIVileI\~( NINEMILEPOINTUNIT2TECHNICALSPECIFICATIONJUSTIFICATIONLCONO.BASISNO.REASONFORCHANGENMPC6.9.1.d(NUREG0472SECT6.9.1.11)TheUnit2submittaldeletedthestatementthattheinitialreportshallbesubmittedpriortoMay1oftheyearfollowinginitialcriticality.ReasonPl:Reason82:Reason83:ThelicenseefeltthatthisstatementisunnecessarysinceanannualsubmittalisgeneratedforUnit$1.NUREG0472allowsthelicenseeasinglesubmittalformultipleunitstations.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit$1).TheUnit2submittalrevisedtherequirementtoperformacomparisonofdatafrompreviousannualreports.Therevisionallowsthelicenseetoperformacomparisontothepreviousfiveyearsonly.Reason81:Reason02:Thelicenseefeltthatthecomparisontopreviousannualreportswastodeterminetrends.Thelicenseealsofeltthatacomparisontothepreviousfiveyearswasadequatetoevaluatetrends.Tobeconsistentwiththeexistingsiteenvironmentalprogram(Unit81).NMPCSUBMITTALPAGE6-19GE-STS(BWR/5)PAGENUREG-0472rev3PAGE6-3NUREG-0473rev2PAGE}}

ML18038A036

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ML18038A036

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