ML17309A502

Proposed Tech Specs Reflecting Removal of Table of Containment Isolation Valves

ML17309A502
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Site:	Ginna
Issue date:	11/30/1992
From:	ROCHESTER GAS & ELECTRIC CORP.
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ML17262B100	List: ML17262B099 ML17309A502 ML17311A016
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NUDOCS 9212140159
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ATTACHMENTAProposedTechnicalSpecificationChanges9212140159921130PDRADOCK05000244.'PDR ATTACHMENTARevisetheTechnicalSpecificationpagesasfollows:Remove3.6-1-3.6-23.6-33.6-43.6-53.6-63.6-73.6-7A3.6-83.6-93.6-103.6-113.8-13.8-33.8-54'44.4-64.4-74.4-84.4-114.4-134.4-144.4-17Insert3.6-13.6-23.6-33.6-3a3.8-13.8-33.8-53.8-64'-44.4-64.4-74.4-84.4-114.4-134.4-144.4-17

ContainmentSstemAlicabilitAppliestotheintegrityofreactorcontainment.3.6.1Todefinetheoperatingstatusofthereactorcontainmentforplantoperation.Secification:ContainmentInterita~Exceptasallowedby3.6.3,containmentintegrityshallnotbeviolatedunlessthereactorisinthecoldshutdowncondition.Closedvalvesmaybeopenedonanintermittentbasisunderadministrativecontrol.b.Thecontainmentintegrityshallnotbeviolatedwhenthereactorvesselheadisremovedunlesstheboronconcentrationisgreaterthan2000ppm.c~Positivereactivitychangesshallnotbemadebyroddrivemotionorborondilutionwheneverthecontainmentintegrityisnotintactunlesstheboronconcentrationisgreaterthan2000ppm.3.6.2InternalPressureIftheinternalpressureexceeds1psigortheinternalvacuumexceeds2.0psig,theconditionshallbecorrectedwithin24hoursorthereactorrenderedsubcritical.AmendmentNo.AS3.6-1Proposed

~~~~~3.6.3ContainmentIsolationBoundaries3.6.3.1Withacontainmentisolationboundaryinoperableforoneormorecontainmentpenetrations,either:a.RestoreeachinoperableboundarytoOPERABLEstatuswithin4hours,orb.c~Isolateeachaffectedpenetrationwithin4hoursbyuseofatleastonedeactivatedautomaticvalvesecuredintheisolationposition,oneclosedmanualvalve,ora'blindflange,orVerifytheoperabilityofaclosedsystemfortheaffectedpenetrationswithin4hoursandeitherrestoretheinoperableboundarytoOPERABLEstatusorisolatethepenetrationasprovidedin3.6.3.1.bwithin30days,ord.Beinatleasthotshutdownwithinthenext6hoursandincoldshutdownwithinthefollowing30hours.3.6.4CombustibleGasControl3.6.4.1Whenthereactoriscritical,atleasttwoindependentcontainmenthydrogenmonitorsshallbeoperable.OneofthemonitorsmaybethePostAccidentSamplingSystem.3.6.4.2Withonlyonehydrogenmonitoroperable,restoreasecondmonitortooperablestatuswithin30daysorbeinatleasthotshutdownwithinthenext6hours.3.6.4.3Withnohydrogenmonitorsoperable,restoreatleastonemonitortooperablestatuswithin72hoursorbeinatleasthotshutdownwithinthenext6hours.3.6.5ContainmentMini-PureWheneverthecontainmentintegrityisrequired,emphasiswillbeplacedonlimitingallpurgingandventingtimestoaslowasachievable.Themini-purgeisolationvalveswillremainclosedtothemaximumextentpracticablebutmaybeopenforpressurecontrol,forALARA,forrespirableairqualityconsiderationsforpersonnelentry,forsurveillanceteststhatmayrequirethevalvetobeopenorothersafetyrelatedreasons.AmendmentNo.9,183.6-2Proposed Basis:Thereactorcoolantsystemconditionsofcoldshutdownassurethatnosteamwillbeformedandhencetherewouldbenopressurebuildupinthecontainmentifthereactorcoolantsystemruptures.Theshutdownmarginsareselectedbasedonthetypeofactivitiesthatarebeingcarriedout.The(2000ppm)boronconcentrationprovidesshutdownmarginwhichprecludescriticalityunderanycircumstances.Whenthereactorheadisnottoberemoved,acoldshutdownmarginof1%~k/kprecludescriticalityinanyoccurrence.Regardinginternalpressurelimitations,thecontainmentdesignpressureof60psigwouldnotbeexceedediftheinternalpressurebeforeamajorsteambreakaccidentwereasmuchas1psig.~'>Thecontainmentisdesignedtowithstandaninternalvacuumof2.5psig.<'>The2.0psigvacuumisspecifiedasanoperatinglimittoavoidanydifficultieswithmotorcooling.Inordertominimizecontainmentleakageduringadesignbasisaccidentinvolvingasignificant,fissionproductrelease,penetrationsnotrequiredforaccidentmitigationareprovidedwithisolationboundaries.TheseisolationboundariesconsistofeitherpassivedevicesoractiveautomaticvalvesandarelistedinUFSARTable6.2-15.Closedmanualvalves,deactivatedautomaticvalvessecuredintheirclosedposition(includingcheckvalveswithflowthroughthevalvesecured),blindflangesandclosedsystemsareconsideredpassivedevices.Automaticisolationvalvesdesignedtoclosefollowinganaccidentwithoutoperatoraction,areconsideredactivedevices.Twoisolationdevicesareprovidedforeachmechanicalpenetration,suchthatnosinglecrediblefailureormalfunctionofanactivecomponentcancausealossofisolation,orresultinaleakageratethatexceedslimitsassumedinthesafetyanalyses.Intheeventthatoneisolationboundaryisinoperable,theaffectedpenetrationmustbeisolatedwithatleastoneboundarythatisnotaffectedbyasingleactivefailure.Isolationboundariesthatmeetthiscriterionareaclosedanddeactivatedautomaticcontainmentisolationvalve,aclosedmanualvalve,orablindflange.Aclosedsystemalsomeetsthiscriterion,however,a30dayperiodtoeitherfixtheinoperableboundaryorprovideadditionalisolationisconservativelyapplied.Verificationoftheoperabilityoftheclosedsystemcanbeaccomplishedthroughnormalsystemoperation,containmentleakagedetectionsystems,surveillancetesting,ornormaloperatorwalkdowns.Theopeningofclosedcontainmentisolationvalvesonanintermittentbasisunderadministrativecontrolincludesthefollowingconsiderations:(1)stationinganindividualqualifiedinaccordancewithstationprocedures,whoisinconstantcommunicationwiththecontrolroom,atthevalvecontrols,(2)instructingthisindividualtoclosethesevalvesinanaccidentsituation,and(3)assuringthatenvironmentalconditionswillnotprecludeaccesstoisolatetheboundaryandthatthisactionwillpreventthereleaseofradioactivityoutsidethecontainment.AmendmentNo.453.6-3Proposed

References:

(1),WestinghouseAnalysis,"ReportfortheBASTConcentrationReductionforR.E.Ginna",August1985,submittedviaApplicationforAmendmenttotheOperatingLicenseinaletterfromR.W.Kober,RGGEtoH.A.Denton,NRC,datedOctober16,1985(2)UFSAR-Section3.8.1.2.2(3)UFSARTable6.2-153.6-3aProposed

3.8REFUELINGAlicabilitAppliestooperatinglimitationsduringrefuelingoperations.3.8.1ToensurethatnoincidentcouldoccurduringrefuelingoperationsthatwouldaffectpublichealthandsafetySecificationDuringrefuelingoperationsthefollowingconditionsshallbesatisfied.a~b.C~Containmentpenetrationsshallbeinthefollowingstatus:i.Theequipmenthatchshallbeinplacewithatleastoneaccessdoorclosed,ortheclosureplatethatrestrictsairflowfromcontainmentshallbeinplace,ii.Atleastoneaccessdoorinthepersonnelairlockshallbeclosed,andiii.Eachpenetrationprovidingdirectaccessfromthecontainmentatmospheretotheoutsideatmosphereshallbeeither:1.Closedbyanisolationvalve,blindflange,ormanualvalve,or2.BecapableofbeingclosedbyanOPERABLEautomaticShutdownPurgeorMiniPurgevalve.Radiationlevelsinthecontainmentshallbemonitoredcontinuously.Coresubcriticalneutronfluxshallbecontinuouslymonitoredbyatleasttwosourcerangeneutronmonitors,eachwithcontinuousvisualindicationinthecontrolroomandonewithaudibleindicationinthecontainmentandcontrolroomavailablewhenevercoregeometryisbeingchanged.WhencoregeometryisnotbeingchangedatAmendmentNo.g,gg3.8-1Proposed 3.8.23.8.3flange.Ifthisconditionisnotmet,alloperationsinvolvingmovementoffuelorcontrolrodsinthereactorvesselshallbesuspended.Ifanyofthespecifiedlimitingconditionsforrefuelingisnotmet,refuelingofthereactorshallcease;workshallbeinitiatedtocorrecttheviolatedconditionssothatthespecifiedlimitsaremet;nooperationswhichmayincreasethereactivityofthecoreshallbemade.Iftheconditionsof3.8.1.darenotmet,theninadditiontotherequirementsof3.8.2,isolatetheShutdownPurgeandMiniPurgepenetrationswithin4hours.Basis:TheequipmentandgeneralprocedurestobeutilizedduringrefuelingarediscussedintheUFSAR.Detailedinstructions,theabovespecifiedprecautions,andthedesignofthefuelhandlingequipmentincorporatingbuilt-ininterlocksandsafetyfeatures,provideassurancethatnoincidentcouldoccurduringtherefuelingoperationsthatwouldresultinahazard3.8-3Proposed providedontheliftinghoisttopreventmovementofmorethanonefuelassemblyatatime.Thespentfueltransfermechanismcanaccommodateonlyonefuelassemblyat,atime.Inaddition,interlocksontheauxiliarybuildingcranewillpreventthetrolleyfrombeingmovedoverstoredrackscontainingspentfuel.Theoperabilityrequirementsforresidualheatremovalloopswillensureadequateheatremovalwhileintherefuelingmode.Therequirementfor23feetofwaterabovethereactorvesselflangewhilehandlingfuelandfuelcomponentsincontainment,isconsistentwiththeassumptionsofthefuelhandlingaccidentanalysis.Theanalysis<'>forafuelhandlingaccidentinsidecontainmentestablishesacceptableoffsitelimitingdosesfollowingruptureofallrodsofanassemblyoperatedatpeakpower.Nocreditistakenforcontainmentisolationoreffluentfiltrationpriortorelease.Requiringclosureofpenetrationswhichprovidedirectaccessfromcontainmentatmospheretotheoutsideatmosphereestablishesadditionalmarginforthefuelhandlingaccidentandestablishesaseismicenvelopetoprotectagainstseismiceventsduringrefueling.Isolationofthese'penetrationsmaybeachievedbyanOPERABLEshutdownpurgeormini-purgevalve,blindflange,orisolationvalve.AnOPERABLEshutdownpurgeormini-purgevalveiscapableofbeingautomaticallyisolatedbyRllorR12.Penetrationswhichdonotprovidedirectaccessfromcontainmentatmospheretotheoutsideatmospheresupportcontainmentintegritybyeitheraclosedsystemwithincontainment,necessaryisolationvalves,oramaterialwhichcanprovideatemporaryventilationbarrier,atatmosphericpressure,forthecontainmentpenetrationsduringfuelmovement.AmendmentNo.3.8-5Proposed

References(1)UFSARSections9.1.4.4and9.1.4.5(2)ReloadTransientSafetyReport,Cycle14(3)UFSARSection15.7.3.33.8-6Proposed 4.4.1.4AccetanceCriteria~~~~a.TheleakaergateLtmshallbe<0.75LtatPt.Ptisdefinedasthecontainmentvesselreducedtestpressurewhichisgreaterthanorequalto35psig.LtmisdefinedasthetotalmeasuredcontainmentleakagerateatpressurePt.LtisdefinedasthemaximumallowableleakagerateatpressurePt.IPt1~I~LtshallbedeterminedasLt=LalsaJwhichequals.1528percentweightperdayat35psig.Paisdefinedasthecalculatedpeakcontainmentinternalpressurerelatedtodesignbasisaccidentswhichisgreaterthanorequalto60psig.LaisdefinedasthemaximumallowableleakagerateatPawhichequals.2percentweightperday.b.c.TheleakagerateatPa(Lam)shallbe<0.75La.LamisdefinedasthetotalmeasuredcontainmentleakagerateatpressurePa.4.4.1.5TestFreuenc'a~Asetofthreeintegratedleakratetestsshallbeperformedatapproximatelyequalintervalsduringeach'0-yearserviceperiod.Thethirdtestofeachsetshallbeconductedinthefinalyearofthe10-yearserviceperiodoroneyearbeforeorafterthefinalyearofthe10-yearserviceperiodprovided:theintervalbetweenanytwoTypeAtestsdoesnotexceedfouryears,followingeachin-serviceinspection,thecontainmentairlocks,thesteamgeneratorinspection/maintenancepenetration,andtheequipmenthatchareleaktestedpriortoreturningtheplanttooperation,and3.3.1~anyrepair,replacement,,ormodificationofacontainmentbarrierresultingfromtheinserviceinspectionsshallbefollowedbytheappropriateleakagetest.444Proposed b.Thelocalleakagerateshallbemeasuredforeachofthefollowingcomponents:Containmentpenetrationsthatemployresilientseals,gaskets,orsealantcompounds,pipingpenetrationswithexpansionbellowsandelectricalpenetrationswithflexiblemetalsealassemblies.ii.Airlockandequipmentdoorseals.iiiolvovoFueltransfertube.Isolationvalvesonthetestablefluidsystemslinespenetratingthecontainment.Othercontainmentcomponents,whichrequireleakrepairinordertomeettheacceptancecriterionforanyintegratedleakageratetest.4.4.2.2AccetanceCriterionContainmentisolationboundariesareinoperablefromaleakagestandpointwhenthedemonstratedleakageofasingleboundaryorcumulativetotalleakageofallboundariesisgreaterthan0.60La.4.4.2.3CorrectiveActiona0Ifatanytimeitisdeterminedthatthetotalleakagefromallpenetrationsandisolationboundariesexceeds0.60La,repairsshallbeinitiatedimmediately.4.4-6Proposed

~.>>K,~

b.c~Ifrepairsarenotcompletedandconformancetotheacceptancecriterionof4.4.2.2isnotdemonstratedwithin48hours,thereactorshallbeshutdownanddepressurizeduntilrepairsareeffectedandthelocalleakagemeetstheacceptancecriterion.IfitisdeterminedthattheleakagethroughaIImini-purgesupplyandexhaustlineisgreaterthan0.05Laanengineeringevaluationshallbeperformedandplansforcorrectiveactiondeveloped.4.4.2.4TestFreuenca~b.Exceptasspecifiedinb.andc.below,individualpenetrationsandcontainmentisolationvalvesshallbetestedduringeachreactorshutdownforrefueling,orotherconvenientintervals,butinnocaseatintervalsgreaterthantwoyears.Thecontainmentequipmenthatch,fueltransfertube,steamgeneratorinspection/maintenancepenetration,andshutdownpurgesystemflangesshallbetestedateachrefuelingshutdownoraftereachuse,ifthatbesooner.AmendmentNo.i84.4-7Proposed

c~Thecontainmentairlocksshallbetestedatintervalsofnomorethansixmonthsbypressurizingthespacebetweentheairlockdoors.Inaddition,followingopeningoftheairlockdoorduringtheinterval,atestshallbeperformedbypressurizingbetweenthedualsealsofeachdoor,opened,within48hoursoftheopening,unlessthereactorwasinthecoldshutdownconditionatthetimeoftheopeningorhasbeensubsequentlybroughttothecoldshutdowncondition.Atestshallalsobeperformedbypressurizingbetweenthedualsealsofeachdoorwithin48hoursofleavingthecoldshutdowncondition,unlessthedoorshavenotbeenopensincethelasttestperformedeitherbypressurizingthespacebetweentheairlockdoorsorbypressurizingbetweenthedualdoorseals.AmendmentNo.ggProposed f'N*WI 4.4.4.2thetendoncontaining6brokenwires)shallbeinspected.Theacceptedcriterionthenshallbenomorethan4brokenwiresinanyoftheadditional4tendons.Ifthiscriterionisnotsatisfied,allofthetendonsshallbeinspectedandifmorethan5%ofthetotalwiresarebroken,thereactorshallbeshutdownanddepressurized.Pre-StressConfirmationTesta~Lift-offtestsshallbeperformedonthe14tendonsidentifiedin4.4.4.1aabove,attheintervalsspecifiedin4.4.4.1b.Iftheaveragestressinthe14tendonscheckedislessthan144,000psi(60%ofultimatestress),alltendonsshallbecheckedforstressandretensioned,ifnecessary,toastressof144,000psi.b.Beforereseatingatendon,additionalstress(6%)shallbeimposedtoverifytheabilityofthetendontosustaintheaddedstressappliedduringaccidentconditions.4.4.54.4.5.1ContainmentIsolationValvesEachcontainmentisolationvalveshallbedemonstratedtobeOPERABLEinaccordancewiththeGinnaStationPumpandValveTestprogramsubmittedinaccordancewith10CFR50.55a.4.4.64.4.6.14.4.6.2ContainmentIsolationResonseEachcontainmentisolationinstrumentationchannelshallbedemonstratedOPERABLEbytheperformanceoftheCHANNELCHECK,CHANNELCALIBRATION,andCHANNELFUNCTIONALTESToperationsfortheMODESandatthefrequenciesshowninTable4.1-1.Theresponsetimeofeachcontainmentisolationvalveshallbedemonstratedtobewithinitslimitat,leastonceper18months.Theresponsetimeincludesonlythevalvetraveltimeforthosevalveswhichthesafetyanalysisassumptionstakecredit.forachangeinvalvepositioninresponsetoacontainmentisolationsignal.AmendmentNo.9,1Z4.4-11Proposed TheSpecificationalsoallowsforpossibledeteriorationoftheleakageratebetweentests,byrequiringthatthetotalmeasuredleakageratebeonly75%ofthemaximumallowableleakagerate.ThedurationandmethodsfortheintegratedleakageratetestestablishedbyANSIN45.4-1972provideaminimumlevelofaccuracyandallowfordailycyclicvariationintemperatureandthermalradiation.Thefrequencyoftheintegratedleakageratetestiskeyedtotherefuelingscheduleforthereactor,becausethesetestscanbestbeperformedduringrefuelingshutdowns.Refuelingshutdownsarescheduledatapproximatelyoneyearintervals.Thespecifiedfrequencyofintegratedleakageratetestsisbasedonthreemajorconsiderations.Firstisthelowprobabilityofleaksintheliner,becauseof(a)theuseofweldchannelstotesttheleaktightnessoftheweldsduringerection,(b)conformanceofthecompletecontainmenttoa0.1%perdayleakrateat60psigduringpreoperationaltesting,and(c)absenceofanysignificantstressesinthelinerduringreactoroperation.Secondisthemorefrequenttesting,atthefullaccidentpressure,ofthoseportionsofthecontainmentenvelopethataremostlikelytodevelopleaksduringreactoroperation(penetrationsandisolationvalves)andthelowvalue(0.60La)ofthetotalleakagethatisspecifiedasacceptable.Thirdisthetendonstresssurveillanceprogram,whichprovidesassurancethananimportantpartofthestructuralintegrityofthecontainmentismaintained.4.4-13Proposed

.Thebasisforspecificationofatotalleakageof0.60Lafrompenetrationsandisolationboundariesisthatonlyaportionoftheallowableintegratedleakagerateshouldbefromthosesourcesinordertoprovideassurancethattheintegratedleakageratewouldremainwithinthespecifiedlimitsduringtheintervalsbetweenintegratedleakageratetests.Becausemostleakageduringanintegratedleakratetestoccursthoughpenetrationsandisolationvalves,andbecauseformostpenetrationsandisolationvalvesasmallerleakageratewouldresultfromanintegratedleaktestthanfromalocaltest,adequateassuranceofmaintainingtheintegratedleakageratewithinthespecifiedlimitsisprovided.ThelimitingleakageratesfromtheRecirculationHeatRemovalSystemsarejudgementvaluesbasedprimarilyonassuringthatthecomponentscouldoperatewithoutmechanicalfailureforaperiodontheorderof200daysafteradesignbasisaccident.Thetest4.4-14Proposed d4 Thepre-stressconfirmationtestprovidesadirectmeasureoftheload-carryingcapabilityofthetendon.Ifthesurveillanceprogramindicatesbyextensivewirebreakageortendonstressrelationthatthepre-stressingtendonsarenotbehavingasexpected,thesituationwillbeevaluatedimmediately.Thespecifiedacceptancecriteriaaresuchastoalertattentiontothesituationwellbeforethetendonload-carryingcapabilitywoulddeterioratetoapointthatfailureduringadesignbasisaccidentmightbepossible.Thusthecauseoftheincipientdeteriorationcouldbeevaluatedandcorrectiveactionstudiedwithoutneedtoshutdownthereactor.Thecontainment,isprovidedwithtworeadilyremovabletendonsthatmightbeusefultosuchastudy.Inaddition,thereare40tendons,eachcontainingaremovablewirewhichwillbeusedtomonitorforpossiblecorrosioneffects.Operabilityofthecontainmentisolationboundariesensuresthatthecontainmentatmospherewillbeisolatedfromtheoutsideenvironmentintheeventofareleaseofradioactivematerialtothecontainmentatmosphereorpressurizationofthecontainment.PerformanceofcyclingtestsandverificationofisolationtimesassociatedwithautomaticcontainmentisolationvalvesiscoveredbythePumpandValveTestProgram.CompliancewithAppendixJto10CFR50isaddressedunderlocalleaktestingrequirements.

References:

(1)UFSARSection3.1.2.2.7(2)UFSARSection6.2.6.1(3)UFSARSection15.6.4.3(4)UFSARSection6.3.3.8(5)UFSARTable15.6-9(6)FSARPage5.1.2-28(7)North-American-RockwellReport550-x-32,ReliabilityHandbook,February1963.(8)FSARPage5.1-28Autonetics4.4-17Proposed ATTACHMENTBSafetyEvaluation AttachmentBPago1of4TheprimarypurposeofthisamendmentistoremoveTable3.6-1,"ContainmentIsolationValves",fromtheR.E.GinnaTechnicalSpecifications.ThereferencetoTable3.6-1inTechnicalSpecificationsections3.6.3.1,4.4.5.1,and4.4.6.2willbedeletedwithareferencetoUFSARTable6.2-13beingaddedtothebasesforTechnicalSpecification3.6.Inaddition,theinoperabilitydefinitionandactionrequiredstatementforTechnicalSpecifications3.6.1and3.6.3.1willbeclarified.TheSpecificationsandBasesforcontainmentintegrityduringrefuelingoperations(3.8.1sectionaand3.8.3)willberevisedtomakethemmoreconsistentwithindustrystandards.TechnicalSpecifications4.4.1.5,sectiona(ii)and4.4.2.4,sectionb,willberevisedtoincludethemodifiedsteamgeneratorinspection/maintenancepenetration.TechnicalSpecification4.4.1.5,sectiona(ii)andtheBasesforsection4.4willalsobeclarified.Thetemporarynotesassociatedwiththepurgesystemandmini-purgevalves(TechnicalSpecifications3.6.5and4.4.2.4sectionaandd)willberemovedsincethevalveshavebeeninstalled.Also,theacceptancecriteriaforcontainmentleakagecriteriaaslistedinTechnicalSpecification4.4.1.4and4.4.2.2willbeclarified.The1988InserviceTest(IST)ProgramprovidedacompletereviewofthecontainmentisolationvalvesforGinnaandtheirtestingrequirements.TheinformationobtainedduringthisreviewwassubmittedtotheNRCtodefinetheISTrequirementsforthethirdten-yearintervalatGinna.ThissubmittalwassubsequentlyapprovedbytheNRC.Asaresultofthissubmittalandapproval,numerousclarificationswererequiredofTechnicalSpecificationTable3.6-1andUFSARTable6.2-15(formerly6.2-13).However,thisamendmentwillremoveTechnicalSpecificationTable3.6-1.ThenecessarychangestoUFSARTable6.2-15havebeencompleted.AttachmentEcontainstherevisedUFSARtableandassociatedfiguresforyourinformation.GenericLetter91-08providesguidanceonremovingcomponentlistsfromtechnicalspecifications,includingthetableofcontainmentisolationvalves,sincetheirremovalwouldnotaltertherequirementsthatareappliedtothesecomponents.RemovingTable3.6-1fromtheTechnicalSpecificationsandincorporatingtherequiredinformationintoGinnaUFSARTable6.2-15willmaintainthelistingofthecontainmentisolationboundarieswithinalicenseecontrolleddocument.Changestothisdocumentcanonlybeperformedunderthecriteriaof10CFR50.59toensurethatnounreviewedsafetyquestionsarerelatedtothechange.AnyfuturechangestoUFSARTable6.2-15willbesubmittedaspartoftherequiredUFSARupdate.Inaddition,areportsummaryofthechangestotheGinnaUFSARarefurnishedtotheNRConarequiredbasis.AreferencetoUFSARTable6.2-15hasalsobeenprovidedinthebasesforTechnicalSpecification3.6consistent,withGenericLetter91-08.GenericLetter91-08alsoprovidedinstructionstoaddanotetothecontainmentisolationvalveLCOwithrespecttoopeninglockedorsealedclosedcontainmentisolationvalvesunderadministrativecontrol.ThisnotewasaddedtoTechnicalSpecification3.6.1andadiscussionofthenecessaryadministrativecontrolsrequiredforperformingthisactionwasaddedtothebases.

AttachmentBPage2of4TechnicalSpecification3.6.3.1isrevisedtoincludetheuseofaclosedsystemasanallowablemeanstoisolateacontainmentpenetrationthathasainoperablecontainmentisolationboundary.Aclosedsystemcanbeconsideredequal,orinmanycasespreferable,totheremainingalternatives(e.g.,aclosedmanualvalve),sincetheclosedsystembydefinitionmustbemissileprotected,seismicallydesignedandleaktested.TheuseofaclosedsystemisalsoconsistentwiththeintentofthebasesforcontainmentisolationinNUREG-1430whichstates:Intheeventonecontainmentisolationvalveinoneormorepenetrationflowpathsisinoperable[exceptforpurgevalveleakagenotwithinlimits],theaffectedpenetrationmust,beisolated.Themethodofisolationmustincludetheuseofatleastoneisolationbarrierthatcannotbeadverselyaffectedbyasingleactivefailure.Sinceaclosedsystemisnotaffectedbyanysingleactivefailure,itprovidesanequivalentbarriertoablindflange,aclosedmanualvalve,oradeactivatedcontainmentisolationvalve.However,a30daylimitwasconservativelyassignedtotheuseofonlytheclosedsystembeforeadditionalisolationmustbeprovidedortheinoperableboundaryrepaired.The30daylimitisalsoconsistentwithStandardTechnicalSpecificationswhichrequirethattheflowpathforpenetrationswithinoperablecontainmentisolationvalvesbeverifiedisolatedonceevery31days.TheBasesforTechnicalSpecification3.6werealsoupdatedtoprovidenecessarysupportinginformationwithrespecttousingaclosedsystemtoisolateaninoperableisolationboundary.TheremainingchangeswithrespecttotherequiredactionsofTechnicalSpecification3.6.3.1allowconsistencywithStandardTechnicalSpecifications.However,"isolationboundary"wasusedinplaceof"isolationvalve"sincenotallpenetrationshavetwocontainmentisolationvalves.Forexample,penetrationsunderthespecificationsforGeneralDesignCriteria57onlyrequireasingleisolationvalve;thepipingprovidesanadditionalboundary.Theuseof"isolationboundary"isalsoconsistentwiththecolumnheadingsofthecurrentContainmentIsolationValveTable3.6-1.Informationonwhatqualifiesasan"isolationboundary"isprovidedinthebasesforTechnicalSpecification3.6.ThesecriteriaareconsistentwiththenecessaryGeneralDesignCriteria,orexemption,asappropriate."Isolationboundary"wasalsousedinplaceof"isolationvalve"inTechnicalSpecifications4.4.2.2,4.4.2.3,andtheBasesforsection4.4.TheinoperabilitydefinitionbasedonleakageforcontainmentisolationboundarieswasalsoremovedfromTechnicalSpecification3.6.3.1.ThisdefinitionisfoundinTechnicalSpecification4.4.2.3whichwassubsequentlyupdatedtomakeitmoreconsistentwith10CFR50AppendixJ.ThischangeeliminatesduplicationwithintheTechnicalSpecificationsandisconsistentwithStandardTechnicalSpecifications.

AttachmentBPage3of4TheactionstatementassociatedwithTechnicalSpecification3.8.1sectionawasmodifiedtomakeitmorenearlyconsistentwithStandardTechnicalSpecifications.Themostsignificantchangewaswithrespecttoremovingtherequirementofhavingallautomaticcontainmentisolationvalvesoperableduringrefuelingoperations.Theproposedspecificationnowonlyrequiresthatallpenetrationsprovidingdirectaccessfromthecontainmentatmospheretotheoutsideatmospherebeeitherisolatedorcapableofbeingisolatedbyanautomaticpurgevalve.Thischangeisconsideredacceptablesinceafuelhandlingaccidentwillnotsignificantlypressurizethecontainment.Inaddition,thefuelhandlingaccidentanalyzedforGinnado'esnottakecreditforisolationofcontainmentwhileremainingwellwithin10CFR100guidelines(UFSARSection15.7.3.3.1.1).Therefore,theremovalofthisrequirementdoesnotaffecttheconsequencesofafuelhandlingaccident.ThechangestoTechnicalSpecification3.8.3nowspecificallyidentifywhichpenetrationsmustbeclosedifthereisnoresidualheatremovalloopinservice(i.e.,ShutdownPurgeandMini-Purge).TheremainingpenetrationsthatprovidedirectaccessfromthecontainmentatmospheretotheoutsideatmospherearealreadyrequiredtobeisolatedduringrefuelingoperationspernewTechnicalSpecification3.8.1sectiona(iii).ThechangestothebasesareconsistentwithStandardTechnicalSpecifications.Consequently,thesearenottechnicalchanges.ThechangeswithrespecttocontainmentleakagecriteriainTechnicalSpecification4.4.1.4areclarificationsonly.AlltermscontainedinthedefinitionforLtisspecifiedintheTechnicalSpecificationsconsistentwith10CFR50AppendixJ.Theadditionofthesteamgeneratorinspection/maintenancepenetrationtoboththeUFSARTableandthenecessaryTechnicalSpecificationsurveillancerequirementsistheresultofamodificationtoenhancecontainmentclosureduringmid-loopoperation(GenericLetter88-17).Nonewcontainmentisolationvalveswereaddedasaresultofthismodification.TheadditionofthispenetrationtotheUFSARTableandTechnicalSpecifications4.4.1.5,sectiona(ii)and4.4.2.4,sectionb,resultsinthenewpenetrationtobetreatedconsistentwithrespecttothePersonnelandEquipmentHatches,andthefueltransfertube(seeletterfromR.C.Mecredy,RGEE,toA.R.Johnson,NRC,datedMarch13,1990).ThefirstlineofTechnicalSpecification4.4.1.5,sectiona(ii)isalsomodifiedtostate"followingeachin-serviceinspection..."Thehyphenationof"in-service"istocorrectatypographicalerroronly.Thereplacementof"one"with"each"providesgreaterunderstandingofthetestfrequencyrequirements.Thesechangesareaminorclarificationonlyanddonotinvolveatechnicalchange.Thetemporarynotesassociatedwiththepurgeandmini-purgevalvesinTechnicalSpecifications3.6.5,4.4.2.4sectionaanddareremovedsincethesevalveshavebeeninstalled.Thisisnotatechnicalchangesincethenoteswereonlyintendedtobeapplicableuntilthecompletionofthenecessarymodifications.

AttachmentBPage4of4TechnicalSpecifications4.4.5.1and4.4.6.2wererevisedtoremovethereferencetoTable3.6-1sincethisisbeingdeleted.ThesespecificationswerealsochangedtomakethemconsistentwithStandardTechnicalSpecifications.Inaccordancewith10CFR50.91,thesechangestotheTechnicalSpecificationshavebeenevaluatedtodetermineiftheoperationofthefacilityinaccordancewiththeproposedamendmentwould:2.3.involveasignificantincreaseintheprobabilityorconsequencesofanaccidentpreviouslyevaluated;orcreatethepossibilityofanewordifferentkindofaccidentpreviouslyevaluated;orinvolveasignificantreductioninamarginofsafety.Theseproposedchangesdonotincreasetheprobabilityorconsequencesofapreviouslyevaluatedaccidentorcreateanewordifferenttypeofaccident.Furthermore,thereisnoreductioninthemarginofsafetyforanyparticularTechnicalSpecification.ThedetailedchangesaredescribedinAttachmentF.Therefore,RochesterGasandElectricsubmitsthattheissuesassociatedwiththisAmendmentrequestareoutsidethecriteriaof10CFR50.91;andanosignificanthazardsfindingiswarranted.

ATTACHMENTC10CFR50AppendixJReliefRequests AttachmentCPage1of4Insupportofpreparingthisamendmentrequest,RGGEhasperformedanextensivereviewofthecontainmentisolationvalves(CIVs)andboundaries(CIBs)forGinnaStation.Includedwiththisreviewwasanassessmentofthetestproceduresthatareusedfor10CFR50,AppendixJtesting.TheseprocedureswerereplacedintheirentiretywiththenewproceduresbeingusedfornecessaryAppendixJtestingduringtherecent1992refuelingoutage.However,asaresultofpreparingandusingthesenewtestprocedures,RGEEdeterminedthatreliefisnecessaryfromcertainprovisionsofAppendixJforseveralcontainmentisolationvalvesandboundaries.Thesereliefrequestsaredirectlyrelatedtothisapplicationforamendmentsincereliefisnecessaryin'rder.toeliminatetheneedforpotentialstationmodificationsandrevisionoftheisolationvalvesandboundariescurrentlyidentifiedonUFSARTable6.2-15.Thereliefrequests,andtheirbasis,areprovidedbelow.Ifgranted,theserequestswillbeaddedtothe1990-1999InservicePumpandValveTestProgramforGinnaStationasnecessary.(1)Penetrations105and109containtheContainmentSprayinjectionlinestotheringheaders.Bothpenetrationshavetestanddrainlineslocatedoutsidecontainmentthatarenotusedfor10CFR50AppendixJtesting.These3/4inchlineshavethenecessarycontainmentisolationvalvesandboundaries;however,thesecomponentscannotbeleaktestedsincetherearenoavailabletestconnections.TheContainmentSpraylinesarenormallyfilledwithwatertoalevelatleast45feetabovethetestanddrainlinesinordertofacilitatefasterresponseofthesystemduringanaccident.RGGEhasperformedananalysisofthislineandconcludedthatthewaterwouldnotboiloffduringaLOCA.Sincethetestanddrainlinesareconstantlyexposedtothisheadofwaterduringpoweroperations,anyleakagewouldbenoticedeitherbynormaloperatorwalkdowns(i.e.,indicationofwateronvalveorfloor),orduringmonthlytestsofthecontainmentspraypumpswhichrequireconfirmationoftheheadofwater.Consequently,averifiablewaterbarrierbetweenthecontainmentatmosphereandthevalveswillalwaysbeinplacesuchthatleaktestingwithairshouldnotberequired.RGGEestimatesthatitwouldcostapproximately$40,000toinstallthenecessarytestconnectionsfortheselines.Assuch,RGGEproposestofilltheContainmentSprayinjectionlinesusingtheRWSTeachrefuelingoutagetoaminimumlevelof66.9feet(or29psig).Thisisthemaximumheightofwaterthatcanbeusedwithoutcreatingthepotentialforfloodingthecontainmentcharcoalfilterunits.Eachtestanddrainlinecontainmentisolationvalveorboundarywouldthenbeevaluatedforany,observedleakageeitherthroughvisualinspectionortheuseoflocalpressureindication.RG6EbelievesthatthistestmeetstheunderlyingpurposeofAppendixJwithoutcreatingunduehardships'nthelicensee.

tea AttachmentCPago2of4II(2)(3)(4)AOV959forpenetration111providesacontainmentisolationboundarybyisolatingthenon-closedportionoftheResidualHeatRemoval(RHR)system.Basedon10CFR50,AppendixJ,AOV959wouldberequiredtobeleaktestedonceeveryrefuelingoutagesinceit,isanautomaticcontainmentisolationvalve.However,leaktestingofthisvalvecannot,beaccomplishedsincetherearenoavailabletestconnections.AOV959isnormallyclosed'atpowerwithitsfusesremovedandaboundarycontroltaginplace.Followinganaccident,,thevalveiscontinuouslypressurizedabovethepeakcontainmentaccidentpressurebytheheadoftheRHRpumpsactinginthesafetyinjectionmode.Thispressureheadisavailablethroughoutthepostaccidentperiodregardlessofanysingleactivefailure.Consequently,AOV959shouldnotrequiretestingsinceitdoesnotperformacontainmentisolationfunctionasdefinedby10CFR50,AppendixJ,SectionII.B.Themanualvalvedownstreamof959(957)isalsomaintainedclosedatpowerinordertoprovideadditionalredundancy.ItshouldbenotedthatthispositionwasacceptedbytheNRCforMOVs720and721whicharealsoCIVsforpenetration111(seeletterfromD.M.Crutchfield,NRC,toJ.E.Maier,RG&E,subject:CompletionofAppendixJReview,datedMay6,1981).Penetrations130and131containtheComponentCoolingWater(CCW)returnandsupplylinesrespectively,fortheReactorSupportCoolers.Thesepenetrationstakecreditforaclosedsysteminsidecontainment(CLIC)andtwoMOVs(813and814)asthecontainmentisolationboundaries.ThetwoMOVsarecurrentlytestedwithairinaccordancewith10CFR50,AppendixJ;however,RG&Eproposestotestthesevalveswithwater.TheCCWsystemprovidesa30daywatersealforthetwoMOVSsincethesystemisrequiredtosupporttheResidualHeatRemovalCoolerspost-LOCA.TheonlytimethatCCWwouldnotbeoperatingduringthis30dayperiodisfortheinjectionphaseoftheaccident.However,afailureoftheCLICdoesnotneedtobeassumeduntil24hoursfollowingtheaccidentsinceitisapassivecomponent.Atthistime,therecirculationphasewouldbeinitiatedandtheCCWsystemoperating.Penetration140containstheResidualHeatRemoval(RHR)suctionlinefromHotLegA.ThetwomaincontainmentisolationbarriersforthispenetrationareMOV701andaclosedsystemoutsidecontainment(CLOC).MOV701doesnotrequire10CFR50,AppendixJtestingforthesamereasonasMOVs720and721(seet2above).Instead,MOV701ishydrostaticallytestedeveryrefuelingoutage.ThedrainandventlinesusedinsupportofthistestarelocatedbetweenMOV701andcontainment;consequently,theyarerequiredtohavecontainmentisolationvalvesandbetestedinaccordancewithAppendixJ.RG&Eestimatesthatit,wouldcostapproximately$100,000toaddthenecessarytestconnectionsfortheselines.Inaddition,therearesignificantALARAconcernswithrespecttomodifyingthispiping.Therefore,RG&ErequeststhatrelieffromAppendixJbegrantedfortheisolationvalvesontheselinesconsistentwithMOV701.

AttachmentCPage3of4(~)(6)Penetration143containstheReactorCoolantDrainTankDischargeLine.Theisolationboundariesforthispenetrationconsist,ofthreeautomaticair-operatedvalvesandtwomanualvalves.Manualisolationvalve1722cannotcurrentlybedirectlytestedsincethereisnodownstreamvent;however,thevalveis"inferred"tested(i.e.,exposedtoairtestpressurethroughthetestingofanotherisolationboundarywherebytheleakagethrough1722couldbeinferred).Inaddition,itcannotbeassuredthatallwaterhasbeendrainedfromthevalveseatpriortoAppendixJtestingsincethisisthedrainlinefromtheFuelTransferCanal.RG6Eestimatesthatitwouldcostapproximately$50,000toinstallaventlineandisolationvalvefor1722.TherearealsoALARAconcernssincethepipingnormallycontainsradioactivefluid.Consequently,RG&Eproposestocontinueto"infer"test1722afterdrainingthelineasmuchaspossible.Itshouldalsobenotedthat1722willnormallyhaveawatersealagainstitwhencontainmentintegrityisrequired.Penetrations20la,20lb,209a,and209bcontaintheServiceWater(SW)supplyandreturnlinesfortheReactorCompartmentCoolingUnits.Inaddition,penetrations312,316,319,and320containtheSWsupplylinestotheContainmentFanCoolerswhilepenetrations308,311,315,and323containthereturnlines.Thesetwelvepenetrationsalltakecreditforaclosedsysteminsidecontainment(CLIC)andanormallyopenmanualcontainmentisolationvalveoutsidecontainment.Thesemanualvalvesareonlyhydrostaticallytested(i.e.,nottestedto10CFR50,AppendixJcriteria)asaresultofacost/benefitstudyperformedduringtheSystematicEvaluationProgramforGinna.ThisstudydeterminedthatthemanualisolationvalveswouldonlyberequirediftherewasasignificantbreachoftheCLICfollowingadesignbasisLOCAwhereasinstallingnewautomaticvalvesandtestconnectionswouldcostseveralmilliondollars.TheNRCacceptedtheproposedhydrostatictestingapproachsincetheCLICisseismicallydesignedandmissileprotected(NUREG-0821,Section4.22.3).Afurtherreviewoftheselineshasfoundvariouspressureindicators,flowandtemperaturetransmitters,anddrainvalveslocatedbetweenthemanualisolationvalvesandcontainment.However,thesecomponentscannotbeleaktestedsincetheydonothavethenecessarytestconnections.RGGEestimatesthatitwouldcostapproximately$120,000toinstallnewtestconnections.Consequently,RGREproposestocontinuetohydrostaticallytestthesecomponents,similartothatperformedforthemanualvalves,inplaceoftherequiredAppendixJtesting.

AttachmentCPage4of4(7)(9)Penetrations206Band207BaretheSteamGeneratorSamplelineswhile321and322aretheSteamGeneratorBlowdownlines.Eachofthesefourpenetrationscontaintwocontainmentisolationvalvesconsistingofanormallyopenmanualvalveandanautomaticair-operatedvalve.Alleightvalvesarecurrentlytestedto10CFR50,AppendixJ.However,thesefourlinesoriginatefromthesteamgeneratorsecondaryside;consequently,thesteamgeneratortubesformonecontainmentbarrierasaclosedsysteminsidecontainment(CLIC).OthersimilarpenetrationsforGinna(e.g.,MainSteam,MainFeedwater)onlyhaveasingleisolationvalveoutsidecontainmentthatdoesnotneedtobetestedtoAppendixJ(SeeAttachmentD,Question414).Consequently,RG&Eproposestoonlyidentifytheautomaticair-operatedvalvesasCIVsandremoveallAppendixJtestingrequirements.FireServiceWaterpenetration307containscheckvalve9229whichislocatedinsidecontainment.However,itcannotbeassuredthatallwaterhasbeendrainedfromthevalveseatpriortoAppendixJtestingduetoitslocationwithrespecttoavailabledrainlines.RG&Eestimatesthatitwouldcostapproximately$20,000toinstallthenecessarydrainline.Sincevalve9229isoutsidethemissileshield,itishighlyunlikelythattheFireServiceWaterpipewouldbreakinalocationsuchthatallwaterwouldbecompletelydrainedfromthevalveseat.Therefore,testing9229initscurrentconfigurationisrepresentativeoftheconditionsthatthevalvewouldmostlikelyseeduringanaccident.RG&Ewillcontinuetotryandremoveasmuchwateraspossiblebeforethetest,butdoesnotbelievethattheadditionofadrainvalveisnecessary.ThecontainmentisolationboundariesforHydrogenMonitorInstrumentationpenetration332aareSOVs922and924andthenuclearsamplingsystem(i.e.,closedsystemoutsidecontainment).ThetwoSOVsarerequiredtobetestedinaccordancewith10CFR50,AppendixJsincetheyareautomaticCIVs;however,thereisnoavailabledownstreamvent.RG&Eestimatesthatitwouldcostapproximately$15,000toinstallthenecessaryvents.ThesecondcontainmentisolationboundaryforthispenetrationistheHydrogenMonitorSamplingSystemwhichisaclosedsystemoutsidecontainment(CLOC).ThisclosedsystemistestedbypressurizingtheHydrogenMonitorpipinguptothetwoSOVs.Consequently,SOVs922and924are"inferred"testedthoughintheoppositedirection.Therefore,RG&Eproposestocontinuetoinfertestthevalvesbasedonthecostrelatedtoaddingavent.

ATTACHMENTDResponseToNRCRequestForAdditionalInformationLetterFromA.R.Johnson,NRC,toR.C.Mecredy,RGREgdatedSeptember26,1991

'r AttachmentDPage1of12AsaresultofreviewingRG&E'sApplicationforAmendmenttoOperatingLicenseDPR-18withrespecttoremovingthelistofcontainmentisolationvalvesfromTechnicalSpecifications,theNRCrespondedwithaReque'stforAdditionalInformation(seeletterfromA.R.Johnson,NRC,toR.C.Mecredy,RG&E,,datedSeptember26,1991).TheissuesdiscussedinthisRAIhavealreadybeenaddressedwithintheAmendmentRequestandassociatedUFSARtableandfigures;however,aspecificresponsetoeachofthetwenty-ninecommentsandquestionsisprovidedbelow.Table6.2-13identifiesmanyvalves,butdoesnotdistinguishbetweenwhichvalvesarecontainmentisolationvalvesandthosethatarenot,otherthanbyuseofnotes.Forexamplesomenotesindicatethatsomevalvesarenotconsideredcontainmentisolationvalves.Theuseoftheterm"considered"doesnotclarifywhattheclassificationofthevalveisandshould(notJbeusedtodescribevalves.Ifthereisanyclarificationtobenotedbecausevalvesarelistedwhicharenotclassifiedascontainmentisolationvalves,itshouldbeprovidedforaccuracy.Additionalcommentsonspecificnotesareprovidedinparagraphsbelow.Withrespecttoboundaries,thetable,ingeneral,isnotclearonwhatconstitutesaboundaryparticularlyincaseswhereonlyonevalveisclassifiedasacontainmentisolationvalveforagivenpenetration.Acontainmentisolationboundarymaybeablindflangeoraclosedsystem.However,thetabledoesnotmakecleartheboundariesofthesecondcontainmentisolationbarrier.Thefiguresnotethatsomeinstrumentsconstituteacontainmentisolationboundary.Therefore,whereasystemorcomponentisconsideredasecondbarrier,inadditiontoasinglecontainmentisolationvalve,itshouldbesoidentified.Also,thelocationofthatcomponentwouldbeidentifiedunderTable6.2-13columnheading"PositionRelativetoContainment."Footnote4tothetablewouldbeapplicablewherethisboundaryisaclosedsystemoutsidecontainment,however,thisnotepresentlydoesnotidentifythatclosedsystem.Footnote4ispoorlywordedsinceitisappendedtothelineentrythatidentifiesthecontainmentisolationvalve.ThisinformationisimportantsincetheTSrequiresanoperableboundary,orsecondisolationvalveinthecasethatonecontainmentisolationvalveisinoperable,andtheTSBasesreferencesthistableforsuchinformation.RESPONSE:RG&Ehasperformedanextensivereviewofthecontainmentisolation'valves(CIVs)andboundaries(CIBs)forGinnaStation.Theresultsofthisreviewhaveb'eenincorporatedintotheCIV/CIBtestingprogram,UFSARTable6.2-15(formerly6.2-13),and,theassociatedUFSARfigures(see.,AttachmentE).Detailsconcerningthespecificchangeswhichweremadeareprovidedintheanswerstothequestionswhichfollow;however,asummaryofthesignificantchangesthatweremadeispresentedbelow.

AttachmentDPage2of12a.)AllcomponentswhichprovideacontainmentisolationboundaryareidentifiedonbothUFSARTable6.2-15andtheassociatedfigures.ClosedsystemsthatareusedasanisolationboundaryhavebeenspecificallyidentifiedonUFSARTable6.2-15witheither"CLOG-ClosedLoopOutsideContainment"or"CLIC-ClosedLoopInsideContainment".Blindflanges,instruments,orothercomponentswhichprovideapassivecontainmentisolationboundaryhavebeenidentifiedwith"CIB"onthefigures.b.)UFSARTablenoteshavebeenclarifiedtoprovidetheexplicitbasisforAppendixJreliefwherenecessary.c.)AllCIV/CIBtestprocedureswerereviewed,upgraded,andsubsequentlyusedfornecessary10CFR50,AppendixJtestingduringtherecent1992refuelingoutage.UFSARTable6.2-15wasthenrevisedtoensurethatitwasconsistentwiththeAppendixJtestingprogram.MostUFSARfiguresarenowtakendirectlyfromtheCIV/CIBtestprocedurestoensurethattheyremainaccurateinthefuture.Inanumberofcases,morethanonepenetrationislistedunderasinglepenetrationnumberinTable6.2-13.Thisiscontrarytothegeneralpracticeofidentifyingeachpenetrationwithitsassociatedvalvesorboundaryasaseparateentry.Eachpenetrationshouldbelistedandidentifiedindividually.Thisincludesthefollowing:124a(Separatepenetrationsforsupplyandreturn.)124b(Separatepenetrationsforairsampleto"C"fanandcommonreturn.)201Topand201Bottom202(SeparatepenetrationsforH2"main"and"pilot"burners.)203b(Separatepenetrationsforairsampleto"B"fanandcommonreturn.)209Topand209Bottom305c(Appearstobethreepenetrations,butcontainmentboundaryisnotshownonFigure6.2-61)332c(Threepenetrationsshownforthesamepenetrationnumber.)RESPONSE:AcontainmentpenetrationatGinnamaycontainseveralprocesslines.Assuch,boththe"supply"and"return"linesforagivensystem,ormultiplelinesperformingthesamefunctionmaygothroughasinglepenetration.However,toprevent.anymisinterpretations,UFSARTable6.2-15hasbeenrevisedtoshowaseparateentryforeachprocessline.Thepenetrationnameshavealsobeenrevisedasnecessaryforconsistency(i.e.,eliminateduseof"top"and"bottom").SeeAttachmentEforfurtherdetails.

rta'I'I~-4A AttachmentDPage3of12Wherefootnote9isusedinTable6.2-13,thepurposefortheautomaticclosureoftheassociatedvalveshouldbeclarified.Forvalve427ontheletdownline,itsclosureonacontainmentisolationsignal(CIS)'isimportantifoneoftheorificevalvesfailstoclosesinceitprecludesthelossofreactorcoolanttothepressurizerrelieftankwhenreactorpressureisgreaterthanthereliefsettingofreliefvalve203thatisisolatedbytheclosureofvalve371onaCIS.Forpenetrations123,205,206a,207a,and210,theclosureofasecondvalveonaCISprovidesadegreeofredundancyforcontainmentisolation.RESPONSE:Note9toUFSARTable6.2-15isusedtoidentifythosevalveswhichreceiveacontainmentisolationsignal(CIS),butarenotcontainmentisolationvalvesbasedonmissilebarrierorclassbreakcriteria.ThesevalvesareonlyshownonthetabletopreventanyfuturequestionsrelatingtocomponentswhichreceiveaCIS,butarenotincludedonthetable.WithrespecttoAOV427,thisvalvefailsopenonlossofinstrumentairwhichwilloccurshortlyafterreceiptofaCISsinceinstrumentairtocontainmentisalsoisolated.Consequently,AOV427willalwaysfailopenuntilinstrumentairisrestoredtocontainment.TheimportanceofAOV427withrespecttothefailureofanorificevalveisanoperationalconcern.ItisnottheintentoftheUFSARtabletoidentifythepotentialsignificanceofeveryvalve,ortodistinguisheveryscenariowherethevalvemaybeused(e.g.,recoveryfromanaccident).Instead,theseissuesareaddressedbyproceduresandtraining.Consequently,Note9hasnotbeenrevised.Forpenetration143intheTable6.2-13,valve1722shouldbeaddedsinceithasbeenmarkedasa"CIV"(containmentisolationvalve)onFigure6.2-43.RESPONSE:UFSARTable6.2-15hasbeenupdatedtoincludevalve1722asaCIV.Note17inthetableshouldbeupdatedtoreferencecorrespondencewhichgrantedrelieffromAppendixJleaktesting,notjustcorrespondencerequestingsuch.RESPONSE:TheNRCagreedthattestingtoAppendixJrequirementswasnotrequiredforthesevalvesduringtheSEP(seeNUREG-0821,Section4.22.3).Note17toUFSARTable6.2-15hasbeenchangedtoreferencethisNUREG.

<L AttachmentDPago4of12Figure6.2-14includesanotethat"CIV"isusedtodesignatecontainmentisolationvalvesonthisandsubsequentfigures.Thisnotationwasalsousedonsomeotherfigurestodesignateanisolationboundary,buthasbeensubsequentlymodifiedbydeletingtheletter"V."Itisrecommendedthatyouidentify"CI,"orpreferably"CIB,"asnotationforacontainmentisolationboundaryorbarrierbytheuseofanoteonthisfigure.AlsoonFigure6.2-14,Figure6.2-16,andFigure6.2-18,anarrowisshownforthecheckvalvestodesignateflowdirection.Onotherfiguresitappearsthatmarkedchangesforcheckvalves(Figures6.2-37and6.2-38)wereforthepurposetoclarifyflowdirection(itispresumedthattheintentisthattheflowdirectionisfromtheuppersidemarking)yetnoconventionforsuchisprovided.Itwouldappeartobeclearertousethearrowsymbolforconsistency,sincethepresumedintentofmarkingdoesnotworkforacheckvalveshowninaverticallinesuchasinFigure6'.2-15.RESPONSE:AllUFSARfigureshavebeenupdatedtoidentifycontainmentisolationboundariesas"CIB"andvalvesas"CIV".AllitemsidentifiedwithaCIBorCIVhavealsobeenaddedtotheUFSARtable.Thearrowsoncheckvalveshavebeendeletedandnewarrowshavebeenplacedonprocesslinestoindicatedirectionofflowasnecessary(i.e.,incomingandoutgoing).OnFigure6.2-19,valve304BwasaddedandonFigure6.2-23,Valve304Awasadded.Oneofthesefigurescouldnowbedeletedsincetheyareredundant.AlsobothfiguresidentifythepenetrationasP-110ratherthanbyitsfulldesignation"P-110a(top)"asidentifiedinTable6.2-13.RESPONSE:AllUFSARfigureshavebeenreplaced;consequently,thereistypicallyaseparatedrawingforeachpenetration.ThefiguretitleshavealsobeenupdatedtobeconsistentwithUFSARTable6.2-15.OnFigure6.2-33,thecontainmentpenetrationsshouldbelabeledas"P-124a(Supply)"and"P-124a(Return)"toidentifyeach.RESPONSE:AllUFSARfigureshavebeenreplaced;consequently,thereistypicallyaseparatedrawingforeachpenetration.ThefiguretitleshavealsobeenupdatedtobeconsistentwithUFSARTable6.2-15.

AttachmentDPage5of12OnFigure6.2-34,thecontainmentpenetrationsshouldbelabeledas"P-124b(Top)"and"P-124b(Bottom)"orotherappropriatemeanstodistinguishbetweenthetwopenetrationsthatarecurrentlydesignatedas"P-124b."RESPONSE:AllUFSARfigureshavebeenreplaced;consequently,thereistypicallyaseparatedrawingforeachpenetration.ThefiguretitleshavealsobeenupdatedtobeconsistentwithUFSARTable6.2-15.OnFigures6.2-40and6.2-44,thelocationofcontainmentrelativetoP-131andP-209(Top)isthereverseofwhatisshown(Figures6.2-33and6.2-44havetheproperconfigurationshown).RESPONSE:ThenewUFSARfigurescorrectlyshowthelocationofcontainmentforthesetwopenetrations.The"CIV"designationisimproperlyusedforthereactorcompartmentcooler1BonFigure6.2-44.RESPONSE:TheCIVdesignationassociatedwiththecompartmentcoolerhasbeenremovedonthenewUFSARfigure.OnFigure6.2-46,thetwopenetrationsshouldbeidentifiedtodistinguishthemasseparatepenetrationsandwiththesameP-202designationusedinthetitleblockandthetable.RESPONSE:AllUFSARfigureshavebeenreplaced;consequently,thereistypicallyaseparatedrawingforeachpenetration.ThefiguretitleshavealsobeenupdatedtobeconsistentwithUFSARTable6.2-15.OnFigure6'72Ithepressuretransmittersshouldnotbedesignatedas"CIVs"butratherasanisolationboundary.RESPONSE:ThenewUFSARfigureforpenetration332acorrectlyidentifiesthetransmittersasCIBs.

AttachmentDPage6of12AllcheckvalvesonFigure6.2-75(P-4036P-404)shouldbedesignatedandshownas"CIVs."Likewise,Footnote11shouldbedeletedforthesevalvesasshowninTable6.2-13.RESPONSE:Thesteamgeneratortubesformacontainmentisolationboundaryforthemainsteam,feedwaterandauxiliaryfeedwaterpenetrations.Thefirstisolationvalve(s)outsidecontainmentforthesepenetrationshavebeenaddedtotheUFSARtableasrequested.Inaddition,FootnotellhasbeenrevisedtoshowthatthesevalvesareCIVs,buttheydonotrequireAppendixJleaktestingconsistentwithpreviousconversationsbetweenRG&Eandthestaff.RGGEhasagreedtothischangeeventhoughthecurrentTechnicalSpecificationTable3.6-1explicitlystatesthatthesearenotcontainmentisolationvalveswiththeunderstandingthattheNRCapprovesthatnoAppendixJtestingisrequired.Whereinstrumentsareconnectedtoalineupstreamofthecontainmentisolationvalve,theinstrumentanditsrootvalveshouldbelistedinTable6.2-13,similartotheotherlistingofinstrumentsandrootvalves.Thisincludesvalves885A,885BandtheassociatedPTs(whichshouldbenumbered)asshownonfigure6.2-15.Thisistruealsoofvalve2856andPI-933AandanunidentifiedinstrumentonFigure6.2-18,valve2859andPI-933BonFigure6.2-22,valve4588andPI-2141onFigure6.2-44,valve4590andPI2232onFigure6.2-45,PI-(unidentif'iednumber)onFigure6.2-49,valve8052andPI-(unidentifiednumber)onFigure6.2-56,valvesandPIsandFIsshownonFigure6.2-6'3.RESPONSE:AllUFSARfigureshavebeenreplacedwiththeCIV/CIBtestingproceduredrawings.Theinstrumentationlineswerereviewedandaddedasnecessary;however,thechangeswithrespect,tothepenetrationsidentifiedinthisquestionareprovidedbelow.AddedPT-923andPI-923AasCIB'sand885Band12407asCIVs.P-105P-109Added869Aand2856asCIV's(pressureindicatorrootvalvesarenowclosed).Added869Band2858asCIV's(pressureindicatorrootvalvesarenowclosed).AddedPT-922andPI-922AasCIBs,and885Aand12406asCIV's.

AttachmentDPage7of12P-201bAddedPI-2141asaCIB.Rootvalve4588isnotrequiredtobeaCIVsincetheServiceWatersystemisaCLIC.P-204P-209bNochangesweremade.SeeresponsetoQuestion23.AddedPI-2232asaCIB.Rootvalve4590isnotrequiredtobeaCIVsincetheServiceWatersystemisaCLIC.P-300P-308Nochangesweremade.SeeresponsetoQuestion26.AddedFIA-2033andTIA-2010asCIBs.NorootvalveswereaddedsincetheServiceWatersystemisaCLIC.P-311AddedFIA-2034andTIA-2011asCIBs.NorootvalveswereaddedsincetheServiceWatersystemisaCLIC.P-312Added12500K(drainline)asaCIVandPI-2144asaCIB.NorootvalveswereaddedsincetheServiceWatersystemisaCLIC.P-315AddedFIA-2035andTIA-2012asCIBs.NorootvalveswereaddedsincetheServiceWatersystemisaCLIC.P-316AddedPI-2138asaCIB.NorootvalveswereaddedsincetheServiceWatersystemisaCLIC.P-319AddedPI-2142asaCIB.NorootvalveswereaddedsincetheServiceWatersystemisaCLIC.P-320AddedCIB.Water12500H(drainline)asaCIVandPI-2136asaNorootvalveswereaddedsincetheServicesystemisaCLIC.P-323Added-valvesaCLICFIA-2036andTIA-2013asCIBs.NorootwereaddedsincetheServiceWatersystemis AttachmentDPage8of1216.Test,vent,anddrainvalvesthatareusedforAppendixJlocalleakratetestingneednotbelistedTable6.2-13.However,valvesprovidedforotherpurposesincludingtestingshouldbelistedaslockedclosedvalvesandidentifiedascontainmentisolationvalves.Therefore,itissuggestedtoidentifythosevalveswhicharetest,vent,ordrainvalvesusedforlocalleakratetestingwithsomenotationonthefigures,orbylistingtheminTable6.2-13withanappropriatefootnote.Byprovidingthisidentificationitwillbeclearastowhichoftheremainingvalvesare"CIVs"andsubjecttotheAppendixJrequirements.Clarificationofthefunctionofthefollowingvalvesonthefollowingfiguresshouldbenoted:FiciureValve6.2-186.2-226.2-306.2-566.2-73864A,2825,2829864B,2826,2830497,498,567,57680497448,7452,7456,8437,8438,8439RESPONSE:AllUFSARfigureshavebeenreplacedwiththeCIV/CIBtestingproceduredrawings.ConnectionsusedforAppendixJtestingarenowspecificallyidentifiedonthefigureswhileotherconnectionshavebeenaddedtotheUFSARtableasCIVs.Thechangesmadewithrespecttothepenetrationsidentifiedinthequestionareprovidedbelow.P-105P-109P-121aAdded864Aand2829asCIVs.Valve2825isatestconnectionusedforAppendixJtesting.Added864Band2830asCIVs.Valve2826isatestconnectionusedforAppendixJtesting.'IAdded497and498asCIVs.Valve567isatestconnectionusedforAppendixJtesting.Valve576isatestconnectiondownstreamoftwoCIVs(567and508)andisnotrequiredtobeaCIV.P-300P-332a-dNochangesweremade.SeeresponsetoQuestion26.Added7452,7456,and7448asCIVs.Valves8437,8438,and8439areusedforAppendixJtesting.17.NoQuestion

'TIv*L AttachmentDPage9of12OnFigure6.2-24,valve959shouldbenotedasaCIVsinceitensuresthattheResidualHeatRemoval(RHR)systemisaclosedsystemonaCISandshouldbelistedinTable6.2-13.Also,thevalvestothesafetyinjectionsysteminsidecontainmentshouldbeshownandlistedinthetableasCIVsaswell.asthecheckvalveandtheparallelvalveshownconnectingtotheletdownline.Ifanexceptionistakentothisposition,itshouldbejustified.RESPONSE:AOV959wasalreadylistedonTable6.2-15asaCIV;however,the"CIV"designatorwas'missingforthevalveonFigure6.2-24.Thefigurehasbeenrevisedaccordingly.Withrespecttothe"valvestotheSafetyInjectionSystem",thewordingontheUFSARfigurewasincorrect.ThesetwoMOVs(852Aand852B)areusedforlowpressure,injectiontothereactorvessel.Consequently,bothlinesarecompletelyinsidecontainmentandhavenoaffectupontheintegrityofRHRasaclosedsystem(i.e.,thefailureof720toisolatewouldnotcreateareleasepathfromcontainmentthroughthesubjecttwolines).Inaddition,bothMOVsopenonaSIsignaltoprovideaRHRinjectionpath;consequently,theycannotbeclosedduetotheirfunctionandwerethereforenotaddedasCIVs.ThisissueisaddressedinaletterfromtheD.Crutchfield,NRC(toJ.Maier,RGGEdatedSeptember29,1981.TheflowpathtotheletdownlineconnectstotheCVCSbetweenthetwosetsofcontainmentisolationvalvesforPenetration112.Consequently,theisolationvalveoutsidecontainmentforPenetration112(i.e.,371)mustfailinadditionto720tocreateareleasepathfromcontainment.However,nocrediblesinglefailureexistsbetween371and720(e.g.,AOVversusMOV,separateESFAStrainsandcontrolpowersources).Therefore,thecheckvalvetotheletdownlinewasnotadded.Valves9704Aand9704BonFigure6.2-26shouldbeshownasCIVsandlistedinTable6.2-13.RESPONSE:Thesteamgeneratortubesformacontainmentisolationboundaryforthemainsteam,feedwaterandauxiliaryfeedwaterpenetrations.Thefirstisolationvalve(s)outsidecontainmentforthesepenetrationshavebeenaddedtotheUFSARtableasrequested.Inaddition,Footnote11hasbeenrevisedtoshowthatthesevalvesareCIVs,buttheydonotrequireAppendixJleaktestingconsistentwithpreviousconversationsbetweenRGGEandthestaff.RGGEhasagreedtothischangeeventhoughthecurrentTechnicalSpecificationTable3.6-1explicitlystatesthatthesearenotcontainmentisolationvalveswiththeunderstandingthattheNRCapprovesthatnoAppendixJtestingisrequired.

AttachmentDPage10of1220.Footnote14statesthatvalve745forenet(return)istobemanuallclosedunmanuaycloseduntilitismodifiedtouornaicclosuresinal.hhdhhwyasitnotbeenimplemented?RESPONSE:AOV745wastoutageasstatedinalttftobemodifiedbytheendoftheJohnson,NRC,datedJuly9,1990.Howebenefitanalysis,andthefactthatnthispenetrationisrequiredbasedontmodificationwascanceled.0erat'pmonszsstz.llinstructdtooowingaCISforadditionalredundancy.See91letterfromR.MecredRGGEyasmoiiedtoreflectthischange.21.Pleaserovidep'our50.59evaluationandthechangeintheclassificationforvf42,valves1813Aand1813Bshouldbeexceptionitktothinoisposition,itshouldbejustified.RESPONSE:The50.59evaluationtoremovevalves8bl'tldd'ththo'lAmdequestdatedOctober15,delete.oniscontainedinthA).However,thebasisfoMax.ergRGB(EItoDECrutchfield,NRCinineAugust30"1982SERSEPT'I4S'hflNUREG-08'c-(seeNRCletterposi.txonexpressedinourAt30,21bothreferencesandreflectsthethattheNRChadagreedthat851Aand8ourugust30,1982letter,RGGEassumes1813Ad1toincludethenecessary"CIV"dan1813B,theUFSARfiurehaIVdesignation.22.Valve1722shouldbelistedinTable6.2-13anbea1ockedclosedvalve.Ifnotprovided.vave.Ifnot,ajustificationshouldbeRESPONSE:Valve1722isalockedclosedvalve.beenupdatedtoreflectthis.TheUFSARfigurehas l,

AttachmentDPagellof1223.Valve8074onFigure6'.2-49shouldbeshownasaCIVandlistedintheTable6.2-13asalockedclosedvalve.RESPONSE:Manualvalves8074,8074A,andPI-2arenotCIV'sorCIB'ssincethehingedflangeprovidestwocontainmentisolationboundaries(i.e.,two0-rings).AOV5869isonlylistedontheUFSARtablesinceitcanbeusedinplaceofthehingedflangeduringrefuelingtoprovidethenecessarybarrier.24.Valve5749onFigure6'.2-52shouldbeshownasaCIVandlistedintheTable6.2-13asalockedclosedvalve.RESPONSE:Thispenetrationwasmodifiedduringthe1992RefuelingOutagesothatvalve5749isonlyusedforAppendixJtesting.Thenewfigurecorrectlyshowsthemodifiedpenetration.25.Valve5754onFigure6.2-54shouldbeshownasaCIVandlistedintheTable6.2-13asalockedclosedvalve.RESPONSE:Thispenetrationwasmodifiedduringthe1992RefuelingOutagesothatvalve5754isonlyusedforAppendixJtesting.Thenewfigurecorrectlyshowsthemodifiedpenetration.26.Valve8050onFigure6.2-56shouldbeshownasaCIVandlistedintheTable6.2-13asalockedclosedvalve.RESPONSE:Manualvalves8050,8052,andPI-35arenotCIV'sorCIB'ssincethehingedflangeprovidestwocontainmentisolationboundaries(i.e.,two0-rings).AOV5879isonlylistedontheUFSARtablesinceitcanbeusedinplaceofthehingedflangeduringrefuelingtoprovidethenecessarybarrier.27.ThecontainmentpenetrationshouldbeshownonFigure6.2-6'1.Ifthreepenetrations,Top,Middle,andBottom,exist,theyshouldbeidentifiedandlistedseparatelyTable6.2-13.RESPONSE:UFSARTable6.2-15wasupdatedtolisteachofthethreepenetrationsindividually.AseparateUFSARfigureisalsoprovidedforeachpenetration.

~II444-"1sJ AttachmentDPage12of1228.ThedrainvalvesshownonFigure6.2-63shouldbeshownasCIVsandlistedintheTable6.2-13asalockedclosedvalve.RESPONSE:ThedrainvalveswereaddedtoUFSARTable6.2-15asCIVs;however,thesevalvesarenotlockedclosed.Thedrainvalvesaremaintainednormallyclosedduringpoweroperationpersystemlineupproceduresandhave"containmentisolationboundary"controltagswhicharecontrolledbytheCIV/CIBtestprocedures.Thisformofadministrativecontrolisconsideredacceptablesinceallplantpersonnelareinstructedintheuseofequipmenttags.Inaddition,theServiceWatersystemforthesepenetrationsisaCLIC,therebyrequiringapassivefailurecoincidentwithaLOCAbeforechallengingtheintegrityofthedrainvalves.29.Valve5752onFigure6269shouldbeshownasaCIVandlistedintheTable6.2-13asalockedclosedvalve.RESPONSE:Thispenetrationwasmodifiedduringthe1992RefuelingOutagesothatvalve5752isonlyusedforAppendixJtesting.Thenewfigurecorrectlyshowsthemodifiedpenetration.30.Valves3504A,3505A,3516,3517,3521,and3506,3507ortheirassociatedatmosphericreliefvalvesshouldbeshownasCIVsonFigure6.2-74,forpenetrations403and404,andlistedinTable6.2-13assuch.RESPONSE:Thesteamgeneratortubesformacontainmentisolationboundaryforthemainsteam,feedwaterandauxiliaryfeedwaterpenetrations.Thefirstisolationvalve(s)outsidecontainmentforthesepenetrationshavebeenaddedtotheUFSARtableasrequested.Inaddition,Footnote11hasbeenrevisedtoshowthatthesevalvesareCIVs,buttheydonotrequireAppendixJleaktestingconsistentwithpreviousconversationsbetweenRG&Eandthestaff.RG&EhasagreedtothischangeeventhoughthecurrentTechnicalSpecificationTable3.6-1explicitlystatesthatthesearenotcontainmentisolationvalves.

ATTACHMENTEUFSARTable6.2-15andFigures6.2-13through6.2-78r

GINNA/UFSARSIAPERTURECARDAlsoAvailab1eOoApertureCardTable6.2-15CONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVINGe~SstemPenetrationNovalve/a~aaadaIsolationPosition'alve~TevalveOperator1~ePositionIndicationZnControlRoomPositionRelativetoContainmentNormalasereadaaPositionAtColdShutdownImmediatePostaccident~PowerPailureTriponCZSMaximumIsolationTime~eea'PSAR~PlreClass~Notesseeendoftable'teamgeneratorinspection/maintenancePueltransfertubecharginglinetoBloopsafetyinjectionpump1Bdischazge29100101370BCLOC870B889BCLOC12407PZ-923A'PT-923'85Bala2BlindflangeBlindflangeala2alala2blblblb2checkNACheckcheckHAGlobeNANAGlobeal,a2BlindflangeNAHANANANANAHAManualNAHAManualNAHANAHANANAHANANoNANANoInsideOutsideInsideInsideoutsideoutsideOutsideOutsideoutsideoutsideOutsideOutsideCCC0CCCCCNANAao/co/co/cCCCCCCNANA0CCCC00CCNANA0HANANANAHANAHANANANANAHAHANAHANAHANAHANANANANANANANA,NANANAHA6.2-136.2-1362-136.2-146.2-1462-1562-156.2-156.2-156.2-156.2-156.2-153B3B3B3B3B3B3B3B3B1,21,22I3AlternatechargingtoAcoldlegconstructionfireservicewatercontainmentspraypump1A102103105383BCLOCNA5129862ACLOC2829Cap869A285628252825A864A859A859B859Cala2ala2ala2blb2clc2dld2ele2e2e2CheckNAweldedcapGatecheckNAGlobeNAGlobeGlobeGlobeBallGlobeGlobeGlobeGlobeNANAHAManualNANAManualNAManualManualManualManualManualManualManualManualHANANANoHAHANANAHoNoNoNoNoNoNoNoInsideOutsideInsideOutsideoutsideoutsideoutsideOutsideoutsideOutsideoutsideoutsideoutsideoutsideOutsideoutsideCCCLCCCLCCCCLCCC0/Co/cCCLCCCLCLCCCC0CLCCCCLCCCLCLCCNANANANANANANANANANANANANANANANAHANANAHANANANAHANANANANANANAHANANAHANANAHAHANANANANANANA'ANANANA6.2-1662-166.2-176.2-176.2-186.2-186.2-186.2-186.2-186.2-186.2-1862-186.2-186.2-18,62-186.2-183B3B3Br3B3B3B3B3B3B3B3B3B3B3B910109,10ReactorcoolantpumpAsealwaterinlet106304ACLOCala2checkNANAHAHANAInsideoutside0C0CCCHANAHANANANAr6.2-193B6.2-193BsumpAdischargetowasteholduptank10717231728ala2DiaphragmAirDiaphzagmAirstatusStatusOutsideOutside00o/co/cCCPCPCYesYes60606.2-2026.2-202LeendAIAovBLCBLOBothCCIBssCZS,TCIVCLICPailsasisAir-operatedvalveBreakerlockedclosedBreakerlockedopenR/GandStatusclosedcontainmentisolationboundary/bazriercontainment'solationsignalcontainmentisolationvalveclosedloop'nsidecontainmentCLOCCVDPCPoIYBJLCrovMVClosedloopoutsidecontainmentcheckvalveDrainPailsclosedPailsopenInsidemissilebarrierAppendixJconnectionLockedclosedMotor-opezatedvalveManualvalve00/COMBR/GSSovStatusTCVOpenOpenorclosedoutsidemissilebarrierRed/greenlightonmaincontrolboardsafetyinjectionsignalSolenoid-operatedvalvewhitestatuslightTestconnectionVent6.2-95REV87/92a 0I'B'EC"'Dla)5j1l'pJ~

GINNA/UFSARSIAPERTURECARD.~AlsoAvailableO~ApertureCard.Table6.2-15CONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVING(Continued)~satanPenetrationNo.Valve/IsolationBaunda~Position"Valve2reeValveOperator~T8PositionZndicationInControlRoomPositionRelativetoContainmentPositionAtImmediatePostaccident~sHormal.Cold~ezarXonsnctdoenPowerPailureTriponctsMaximumIsolationTime~eec'PSAR~PiureNotesClassdSeeendoftable'eactorcoolantpumpsealwaterreturnlineandexcessletdowntoVCTContainmentspraypump1B108109313CLOC862BCLOC2830Cap869B285828262826A864B859A859B859Cala2ala2blb2clc2dld2ele2e2e2GateHACheckHAGlobeNAGlobeGlobeGlobeBallGlobeGlobeGlobeGlobeMotorNANANAManualNaManualManualManualManualManualManualManualManualBothNANANANoNANoNoNoNoNoNoNoNooutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideOutsideoutsideoutsideI0CCCLCCCCLCCCLCLCCo/cCCCo/co/cCCLCCCLCLCCCC0CLCCCCLCCCLCLCCAINANANANANANANANANANANANANAYesNANANANANANANAHANANANANANA60HANANANA;HANANA'A'A'A,NAtNANA6.2-2162-216.2-226.2-226.2-226.2-2262-226.2-2262-226.2-226.2-226.2-226.2-226.2-223B3B3B3B3B3B3B3B3B3B3B3B910109,10Reactorcoolant,pumpBsealwaterinletSafetyinjectiontestline110a110b304BCLOC879al,a2CheckNAGlobeNANAManualNANANoInsideoutsideoutside0C0CCCNAHANANANA,'ANANA6.2-233B6.2-233B6.2-15112ResidualheatremovaltoBcoldleg720959CLOCala2a2GateGlobeNAMotorAirNAR/GStatusNAInsideoutsideHACCC0o/cCCCCAIPCNANoYesNANANANA6.2-243B62-243B62-243B13,1415LetdowntononregenerativeheatexchangerSafetyinjectionpump~MdischargeStandbyauxil-iaryfeedwaterlinetosteamgenerator1A112113119200A200B202371427870A889ACLOC12406PI-922APT-922cap885A9704A9723CLICalalala2NAalala2blblblblb2alala2GlobeGlobeGlobeGlobeGlobeCheckcheckHAGlobeHAHANAGlobeStop-checkGlobeNAAirAirAirAirNANANAManualNAHANAManualMotorManualNAR/GR/GR/GBothR/GNANANANoNANANANoR/GNoNAInsideInsideZnsideoutsideInsideoutsideOutsideOutsideoutsideOutsideOutsideoutsideOutsideOutsideOutsideInsideo/co/cC00cCCCNANAC00LCCCCC0o/cCCCCHANAC00LCCCCCCC00CCNANAC00LCCEcEcPcPCPoNANA,NANANANANANAAINANAYesYesYesYesYesNANANANANANANANANoNANA60606060NANANANANANANANANANAHAHA6.2-256.2-256.2-256.2-256.2-256.2-156.2-156.2-156.2-156.2-156e2-156.2-1562-156.2-266.2-266.2-26111113B3B3B3B3B3B3B3B161616171819NitrogentoaccumulatorsPressurizerrelieftanktogasanalyzer120a120b8468623539546ala2ala2GlobecheckGlobeGlobeAirHAAirManualBothNAStatusNoOutsideInsideoutsideOutsideCo/cC0o/co/co/c0CCC0FcNAPCNAYesNAYesHA60HA160NA6'-273A6.2-273A62-2826.2-2826.2-97REV87/92~

3'-)V~i~FIs~)

GINNA/UFSAR.~Sl--APEQ,JURECARDTable6.2-15A~gvajta'bleOAApertureCardCONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVING(Continued)~SstemPenetrationNo.Valve/Isolation~Baundapoededon'alve~TeValveOperatorePositionZndicationzncontrolRoomPositionRelativetoContainmentNormalooeeandonPositionAtcoldzmmediateShutdovnPostaccident~PoverFailureTriponoddMaximumIsolationTime~deo'FSAR~FireClass~Notesseeendoftable'akeupwatertopressurizerrelieftank121a508alDiaphragm529a2checkAirNABothNAoutsideZnsideCo/co/co/cFCNAYesNA6062-293A6.2-293ANitrogentopressurizerrelieftank121b528547ala2checkGlobeNAManualNANoInside,cOutside~LC0/Co/cNANANA6.2-306.2-303A3A20ContainmentpressuretransmittersPT945andPT946ReactorcoolantdraintanktogasanalyzerlineStandbyauxil-iaryfeedvaterlinetosteamgenerator1BExcessletdownheatexchangercoolingwatersupplyPostaccidentairsampletocommonreturnExcessletdownheatexchangercoolingwaterreturnPostaccidentairsanpletocfanComponentcoolingwaterfromreactorcoolantpump1B121c123a123b124a124b124c124d125PT9451819APT9461819B1600A165517899704B97259724CLIC743CLIC157215731574745CLZC156915701571759BCLOCala2blb2NAala2alalala2ala2ala2a2ala2ala2a2ala2HAGlobeNAGlobeGlobeGlobeDiaphragmStop-checkGlobeGlobeNACheckNADiaphragmGlobeDiaphragmGlobeNADiaphragmGlobeDiaphragmGateNANAManualNAHanualsolenoidManualAirMotorManualManualNAManualHanualManualHanualManualManualMotorNANANoNANoNoNoStatusR/GNoNoNANANANoNoNoR/GNANoNoNoR/GNAOutsideoutsideOutsi.deOutsideOutsideOutsideoutsideOutsideOutsideOutsideZnsideInsideInsideOutsideOutsideOutsideOutsideInsideoutsideOutsideoutsideoutsideOutsideNA0NA00000CCCCCCLCNA0HA0o/c0o/c0CCCCCNA0NA0C0C0CCCCCNAHANANAPCNAFcAZNANANANANANAFcNANANANAAINANAHANANAYesHAYesNoNANANANANANANANANoNANoHANANANANANA60NANANANANANANANANANA'ANA,HA6.2-316.2-316.2-316.2-316.2-326.2-326.2-326.2-266.2-266.2-266.2-266.2-336.2-336.2-346.2-346.2-346.2-336'-336.2-346'-346.2-346.2-356.2-3555517181922212223Component,coolingwaterfromreactorcoolantpump1A126759ACLOCala2GateMotorNA'AR/GHAOutsideOutsideAINAHoNANANA6.2-3626'-36223Componentcoolingvatertoreactorcoolantpump1A127749A750Aala2GateCheckMotorNAR/GNAOutsideInsideAINANoNANANA6.2-373B6.2-373BComponentcoolingvatertoreactorcoolantpump1B128749B750Bala2GateCheckHotorNAR/GHAOutsideInsideAZNANoNANA6.2-383BNA,6.2-383B6.2-99REV87/92 fyephi GINNA/UFSARa"r~SstemPenetrationValve/IsolationNo.~Boundaroelrlon'alveT9(peValveoperator~pePositionIndicationZnControlRoomPositionRelativetoNormalcontadntant~erat1anSIAPERTURECARDPositionAtColdshutdownImmediatePostaccident~PowerrallnreTriponcrcA1SOAVai1abIeOnApertureCardMaximumIsolationTime~ceTable6.2-15UPSAREicCureclass'otesSeeendoitable'ONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVING(Continued)Reactorcoola~nt~991713draintankand1799pressurizer17Q6relieftankto1787containmentventheaderala2blb2checkDiaphragmDiaphragmDiaphragmNAManualAirAirNANostatusStatusoutsideoutsideOutsideoutsideCLC00o/co/cCCCLCCCNAHAEcPCHANAYesYesNANA60606.2-396'-396.2-396.2-393A3A3A3A20componentcoolingwaterfromreactorsupportcoolingcomponentcoolingwatertoreactorsupportcooling130131814CLIO813CLICala2ala2GateNAGateNAMotorNAMotorNABothNABothNAoutsideInsideOutsideInside00CCAINAAZNAYesNAYesNA60NA60NA6.2-406.2-406.2-406.2-402222containmentmini-purgeexhaustResidualheatremovalpumpsuctionfromAhotlegResidualheat;removalpumpAsuctionfromsumpB13214014179707971Cap70127632786850A1813Aala2a2alalala2ala2bl,b2ButterflyButterflyNAGateGlobeGlobeHAGateNAGateAirAirNAMotorManualManualNAMotorNAMotorBothBothNAR/GNoHoNAR/GNAR/GInsideoutsideOutsideInsideInsideInsideoutsideOutsideoutsideOutsideo/cCCCCCCCCCo/co/cC0CCCCCo/cCCCPcEcNAAZNANANAYesYesNAHoNANANANoNAHo33NANANANANANANANA6.2-416.2-416.2-416.2-426.2-426.2-426.2-426.2-436.2-436.2-4313,1415241514,25Residualheat,removalpumpBsuctionfromsumpB142850BalCLOCa21813Bbl,b2GateNAGateMotorNAMotor'/G'NAR/GoutsideoutsideOutsideCCo/c0CCAINAAZNoNA'HoNANANA6.2-446.2-446.2-44241514,25ReactorcoolantdraintankdischargelineReactorcompartmentcoolingunitAReactorcompartmentcoolingunitBreturnBhydrogenrecombiner(pilot)Bhydrogenrecombiner(main)ContainmentpressuretransmitterPT947andPT948143201a201b202a202b203a1003A1003B1709G1722172147574775CLIC46364776PI-2141CLIC1076B10211%1.1084b1021381PT9471819CPT9481819Dalalalala2alala2alalala2ala2ala2ala2blb2DiaphragmDiaphragmGateDiaphragmDiaphragm-ButterflyGateHAButterflyGateNAHADiaphragmGlobeDiaphragmGlobeNAGlobeNAGlobeAirAirManualManualAirManualManualNAManualManualNANAManualsolenoidManualsolenoid'NAManualNAManualstatusstatusNoNoStatusNoNoNANoNoNAHANoStatusNoStatusNANoNANooutsideoutsideOutsideOutsideOutsideOutsideOutsideInsideOutsideoutsideoutsideInsideOutsideOutsideoutsideOutsideoutsideOutsideOusideoutside00CLC00CC0CHACNA0NA0o/co/cC00CC0CNACNA0NA0CCCLCC0CC0CNACNA0NA0PCEcNANAFcNANANANANANANAHAEcNAPCNANANANAYesYesNANAYesHANANANANANANANAYesNAYesNANANANA6060NAHA60NANANANANANANANA3NA3NANANANA62-456.2-456.2-456.2-456.2-456.2-466.2-466.2-466.2-476.2-476.2-476.2-476.2-486'-486.2-4856.2-4856.2-4926.2-4926.2-4926.2-4922627302728286.2-101REV87/9292j.mj40i59 ICtPl' GINNA/UFSARSIApERTURECARDTable6.2-15CONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVING(Continued)~sstemPostaccidentairsamplefromDfanPostaccidentairsamplefromcommonheaderPenetrationNo203b203c156315641565156615671568ala2a2ala2a2Valve/IsolationBoundarypoatttonValve~eDiaphragmGlobeDiaphragmDiaphragmGlobeDiaphragmValveoperatorT~eManualManualManualManualManualManualPositionIndicationInControlRoomNoHoNoNoNoNooutsideoutsideoutsideoutsideoutsideoutsideLCCLCCPositionRelativetoHormaltontatnnnnt~eratioaTriponCZSImmediatepostaccidentcoldshutdownPowerPailurePositionAtHANANAHANANaAlsoAvadableOnApertureCardMaximIsolationTime~(sec'ANANAUPSAR~Fire6'-506.2-506.2-506.2-506.2-506.2-50class'otesseeendoftable'urgesupplyductLoopBhotlegsamplePressuriserliquidspacesample204205206a953956B966BNAala2GlobeNeedleGlobeHAal,a2Blindflange5869NAButterfly955,NAGlobe956Dal.Needle966Ca2GlobeNAAirairManualAirairManualAirNABothStatusNoStatusstatusNoStatusInsideoutsideInsideOutsideoutsideInsideoutsideoutsideCCC0CC0C0o/cNAPCFcNAFcFCNaEcNAYesYesNAYesYesNAYesNANANANA60NANA606.2-516.2-516.2-526.2-526.2-526.2-536.2-536'-532,29291717SteamgeneratorAsamplePressurisersteamspacesampleSteamgeneratorBsampleReactorcompartment.coolingunitBreturnReactorcompartmentcoolingUnitAsupplyOxygenmakeuptoAsBrecombiners206b207a207b209a209b210CLIC5735951956F966ACLIC573646354637CLIC46384758PZ-2232CLIC1080A10214Sl10214810215Sl102158ala2NAala2ala2alala2alalala2ala2NAa2NANAGateGlobeNeedleGlobeNAGlobeButterflyGateNAGateButterflyNANAGlobeGlobeGlobeGlobeGlobeairManualAirHAAirManualManualNAMannualManualNANAManualsolenoidsolenoidsolenoidsolenoidNAStatusStatusNoStatusHAStatusNoNoHANoNoNANANoStatusStatusStatusStatusInsideOutsideInsideoutsideoutsideInsideoutsideoutsideoutsideInsideoutsideoutsideoutsideInsideoutsideOutsideoutsideoutsideoutsideC0CC00CNACLCCCCCC0C0CNACLCCCCCC0C0CNACLCCCCCEcHAEcNAFcNANAHANANANANANAPCFcFCPCNAYesYesHAYesNAYesHANAHAHANANANAHAYesYesYesYesNA60NAHA60NA60NANANANANANaNANA33336.2-546.2-546.2-556.2-556.2-556.2-566.2-566.2-476.2-476.2-476.2-4662-466.2-4662-466.2-576.2-576.2-576.2-576.2-5719171926302815,282817,28Purgeexhaustductauxiliarysteamsunplvtocontainment300301NA587961516165al,a2NAala2GateGateManualManualBlindflangeNAButterflyAirNABothNoNoZnsideOutsideOutsideOutside0o/cNAPCNANANAYesNANANANANANA62-58562-5856.2-59462-5942d2929Auxiliarysteamcondensatereturn30361526175ala2DiaphragmDiaphragmManualManualNoNooutsideoutsideHANANAHANANA6.2-5946.2-5946.2-103REV87/92 S'I41l GINNA/UFSARSIA,PERTURECARDTable6.2-15CONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVING(Continued)~sszemAhydrogenrecombiner(pilot)PenetrationNo.304a1076A1020581ala2Valve/IsolationBoundaroposdndon'alve~TeDiaphragmGlobeValveOperatorTQQBManualSolenoidPositionIndicationInControlRoomNoStatusPositionRelativetoContainmentoutsideOutsideNormal~ei:asianCColdShutdownPositionAtImmediatePostaccident~TriponCISPowerFailureHAPCNAYesMaximumIsolationTime~sea'A3AlsoAvailableOnApertureCardUESAR~Pire6.2-606.2-60NotesClass~Seeendoftable'8Ahydrogenrecombiner(main)ContainmentairsamplepostaccidentContainmentairsampleinletContainmentairsamplepostaccidentContainmentairsamplepostaccidentContainmentairsampleoutFireservicewaterservicewaterfromAfancoolerMini-purgesupplyInstrumentairtocontainmentServiceairtocontainmentservicewater'romBfancoolerServicewatertoDfancoolerLeakagetestdepressurization304b305a305b305c305d305e307308309310a310b3113123131084A102098115541555155615981599155715581559156015611562159615979227922946294633PZA-2033TZA-2010CLIC74457478539253937141722646304634PZA-2034TZA-2011CLIC4642464612500KPZ-2144CLICNA7444al&2ala2a2ala2ala2a2ala2a2ala2ala2alalalala2ala2ala2ala2alalalala2alalalala2ala2DiaphragmGlobeDiaphragmGlobeDiaphragmDiaphragmDiaphragmDiaphragmGlobeDiaphragmDiaphragmGlobeDiaphragmGlobeDiaphragmGatecheckButterflyGateHANANAButterflyButterflyGlobecheckGatecheckButterflyGateHANAHAButterflyGateGlobeHANABlindflangeButterflyManualsolenoidManualManualManualAirAirManualManualManualManualManualManualManualAirAirNAManualManualHANANAAirAirAirNAManualNAManualManualNANAHAManualManualManualHAHAHAMotorNostatusNoHoNoBothBothNoNoNoNoNoNoNoBothBothNANoNoNAHAHABothBothBothNAHoNANoNoNANANANoNoNoNANANAstatusoutsideOutsideoutsideoutsideOutsideOutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideOutsideoutsideInsideoutsideoutsideoutsideOutsideInsideOutsideInsideOutsideInsideOutsideInsideoutsideOutsideOutsideOutsideInsideoutsideoutsideoutsideOutsideInsideInsideoutsideLCCLCCLC00.0'0~CCLo",c'NA';NAC0/C0/Ci0(0.C'Lo,"')NA'NALO'(CNAC',CCo/cCNANACo/co/co/cCNANACo/cCCNACLoCNANACLoCNANACLoCCNACNAFcNANANAFcPCNANANANANANANAEcFcNANAHAHANANAEcEcFCNANANANANANANANANANANANANAHAAINAYesNAHANAYesYesNANAHAHAYesYesNANAHANANANAYesYesYesHANANANANANANANAHANANANANANAYesHANANA6060NANA.NAHA6060NANANANANANA60NANANAHANANANA',HA'ANANANA,NA'ANA6.2-606.2-606.2-61q6.2-616.2-616.2-626.2-626.2-616.2-616.2-616.2-616.2-616.2-616.2-636.2-636.2-646.2-646.2-656.2-656.2-656.2-656.2-656.2-666.2-666.2-676.2-676.2-686.2-686.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-696.2-693A3A3A3A3A3A28262726273027Qa.i2i40159-6.2-105REV87/92 0Pr'tJ104'0pC')Wa~

GINNA/UFSARSI'PERTURECARDTable6.2-15CONTAINMENTPIPINGPENETRATIONSANDISOIATIONVALVING(Continued)~sstemPenetrationNo.Valve/BaundaxarIsolationPosition'alve~TeValveOperator~rePositionZndicationZnControlRoomPositionRelativetoContainmentNormalrrdaranddaannPositionAtColdshutdownImmediatePostaccident~PowerFailureTripondreAlsoAvailabteOnApertureCardMaximumIsolationTime~aea'PSAR~F1ureclass4Notesseeendoftable'aServicewaterfromCfancoolerServicewatertoBfancoolerLeakagetestsupplyDeadweighttesterServicewatertoAfancoolerservicewatertocfancoolerAsteamgeneratorblowdownBsteamgeneratorblowdownservicewaterfromDfancoolerDemineralizedwatertocontainmentHydrogenmonitorinstrumentationlineBydrogenmonitorinstrumentationlinecontainmentpressuretransmittersPT944,PT949,andPT950315316317318319320321322323324332a332b332c46434647PIA-2035TZA-2012CLIC46284632PZ-2138CLZCNA7443HA46274631PI-2142CLIC46414645PZ-213612500BCLIC5738CLIC5737CLIC46444648PZA-2036TZA-2013CLIC84188419922924CLOC7452cap9237456CapPT9441819GPT9491819EPT9501819Palalalala2alalala2ala2al,a2alalala2alalalala2ala2ala2alalalala2ala2alala2blb2ala2blb2ala2blb2clc2ButterflyGateNANANAButterflyGateNANABlindflangeButterflyButterflyGateNANAButterflyGateNAGlobeHAGlobeNAGlobeNAButterflyGateNANANAGlobecheckGateGateNAGlobeNAGateNAGlobeHANAGlobeNAGlobeNAGlobeHanualManualHAHAHAManualManualNAHAHAMotorNAManualManualHAHAManualManualHAManualNAAirNAAirNAHanualManualNANANAAirHAsolenoidsolenoidNAManualHASolenoidNAManualNANAHanualNAHanualNAHanualNoNoNAHAHANoNoNANAHAStatusNANoNoNANANoNoNANoNAstatusNAstatusNANoNoNANANABothNABothBothNANoNABothNANoNANANoNANoNANoOutsideoutsideoutsideoutsideInsideoutsideoutsideoutsideZnsideInsideoutsideNAoutsideoutsideoutsideInsideoutsideoutsideoutsideoutsideInsideOutsideZnsideoutsideInsideoutsideOutsideOutsideOutsideInsideoutsideZnsideOutsideOutsideOutsideOutsideOutsideoutsideOutsideoutsideOutsideOutsideoutsideoutsideoutsideolltsideoutsideeeLoCNANACLoCNACNALoCNACLoCNACC,Loc~NANACCCCCCCCHA0NA0NA0o/cCNANACo/cCNACNAo/cCHACo/cCNACCo/cC0/CCo/cCNANACo/co/cNA0NA0NA0LoCNANACLoCHACNALoCNACCNACCLoCHAHACCCCCCNA0HA0HA0NANANANANANANANANANAAINANANANAHAHAPCNAPcNANANANANAHAPcNAPCFCNAHANAPcNANANANANANANANANANANANANANANAHANANANAYesNANANANANANANAHAHANAYesNAYesHANANANANANAYesNAYesYesHANANAYesNAHANANANANAHANANANA,NANANANANA'ANA,NA'A'ANAHANAHAHANA6060NANANANANAHA60NA33NANANA3eNAHANANANANANAHA6.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-706.2-70HA6.2-6562-656.2-656.2-656.2-656.2-656.2-656.2-656.2-656.2-716.2-716.2-726.2-726.2-656.2-656.2-6562-656.2-656.2-736.2-736.2-746.2-746.2-746.2-746.2-746.2-746.2-746.2-746.2-746.2-756.2-756.2-756.2-756.2-756.2-75NA2627302731302730271919262732.OSSA>40i59'-6.2-107REV87/92

~~C~+e~'a~~JQ\C(

.on-w~GINNA/UFSAR~sstempenetrationNo.Valve/~nonndoIsolationPosition'alve~eValveoperator~pePositionZndicationInControlRoomPositionRelativetoContainmentNormaltd<<erntdoonnSIAPERTURECAR9PositionAtAlsoAvailableOnApertureCardcolddon<<downTriponCISImmediate-PovePostaccident~FailureMaximumIsolationTime~toolUFSARFiciureClass~Notesseeendoftable'able6.2-15CONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVIHG(Continued)HydrogenmonitorinstrumentationlineMainsteamfromAsteamgenerator332d401921CLOC7448Cap3413A34553505A3505C35073507A3517352136153669110271102911031PS-2092PT-468PT-469PT-469APT-482EndcapsCLZCala2blb2alalalalalalalalalalalalalalalalalalala2GateNAGlobeHAGlobeGlobeGateGateGateGateSvingcheckGateGateGateGateGateGateNANANANANANAsolenoidNAManualNAManualManualMotorManualManualManualAirManualManualManualManualManualManualNANANANAHANANABothHANoNANoNoR/GNoNoNoR/GNoNoHoNoNoNoNANANANANANANAoutsideoutsideOutsideOutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideoutsideOutsideoutsideOutsideoutsideoutsideoutsideOutsideOutsideInsideoutsideOutsideInside0CCC0C00C0CCCNANANANANACCCCCCCCC0CCCCCHANANANANACCo/cCo/cCo/cCCo/cCo/cCCCNANANANANACCFCHANANANAHAAZNAHANAAINAHANANANANAHANANAHANANAYesNANANANANANoNANANANoNAHANAHANANANAHAHANANAHANA3NANANANANA'ANANANANANANANA,NA'ANANANANANANANANA6.2-746.2-746.2-746.2-746.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-766.2-7644444444444444444443218181818666663319MainsteamfromBsteamgenerator4023412A34563504A3504C35063506A3516352036143668110211102311025PS-2093PT-478PT-479PT-483EndcapsCLIOalalalalalalalalalalalalalalalalalala2GateGlobeGateGateGateGatesvingcheckGateGateGlobeGateGateGateNANANANANAHAManualManualMotorManual,ManualManualAirManualManualManualManualManualManualNANAHANA~NAHANoNoR/GNoNoNoR/GNoNoHoNoNoNoNANANAHAHAHAoutsideoutsideoutsideOutsideoutsideOutsideOutsideOutsideoutsideoutsideOutsideOutsideOutsideOutsideOutsideoutsideOutsideOutsideInside0CCC0'C00C0CCCHANANANACICCCCCCCC0CCCCCNAHANANACCo/cCo/cCo/cCC0Co/cCCCNANANANACCNANAAINANAHAAIHANANANANANANANANANAHAHANAHAHoNANANAHoHAHANAHANANANAHANAHA'AHA=HANANANANANA'ANAHAHAHANA,HAHA'ANA'A'A'.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-776.2-77181818181866663319FeedvaterlinetoAsteamgenerator40339933995X4000C40034011A4003A4099E8651CLZCalalalalalalalala2CheckGlobeCheckcheckGlobeGateGateGateHANAManualNANAManualManualManualManualNANANoNANANoNoNoNoNAoutsideoutsideoutsideOutsideoutsideOutsideoutsideOutsideInside0CCCCCCCCCCo/co/cCCCCCHAHANAHANAHANAHANANANANANAHANANANAHANAHANAHAHANAHA'ANA6.2-786.2-786.2-786.2-786.2-786.2-786.2-786.2-786.2-78343434199215140159-6.2-109REV87/92

'$aQg~4~A GINNA/UFSAR~sstemPenetrationHoValve/~BundaIsolationPosition'alve~eValveoperator~TPositionIndicationZnContzolRoomPositionRelativetoContainmentNormalcSsrand'nPositionAtcoldShutdownImmediatePostaccident~SIAPERTURECARDAisoAvailab1eOnApert(ireCat'~.IsolationPoverTriponTimeFFS.SaraCSFUPSAR~PireTable6.2-15Class4NotesSeeendoftable'ONTAiNMENTPIPINGPENETRATIONSANDISOLATIONVALUING(Continued)PeedvaterlinetoBsteamgenerator40439923994E4000D40044012A3994X4004A8650CLZCalalalalalalalala2CheckGlobecheckCheckGlobeGateGateGateNANAManualNANAHanualManualManualHanualNANANaNANANoNaNoNoNAoutsideoutsideOutsideoutsideoutsideoutsideOutsideoutsideInside0CCCCCCCCCCCCCCCCCCCo/co/cCCCCCNANANANANANANANANANANANANANANANANANANANANANANANANANANA,6.2-78"6.2-78F6'786.2-786.2-7862-786.2-786.2-78t,6.2-78343434Personnelhatch1000NANAala2NANANANANANAInsideOutsideo/co/cNANAHANANANA3.8-31NA3.8-31NAEquipmenthatch2000NANAala2NANANANAInsideoutside0/C0/CNANANA3.8-30NANA3.8-30NA'Thistvo-chazacterdesignatoridentifiesthebranchlinewhichcontainsthevalve(a,b,c,d,ore)andtheisolationboundary(1or2sinceeachlinecontainstvobazriezs).Refezstopositionimmediatelyfollovingreceiptofcontainmentisolationsignalandcontainmentventilationisolationsignal.'Themaximumisolationtimedoesnotincludedieselstarttime-norinstrumentdelaytime.'ReferstoclassesdefinedinSection6.2.4.4.NotesonlyusedtosupplementSection6.2.4.4.Notes(1),Penetrationnumber2vasaddedasaresultofEWR4998tofacilitatesteamgeneratormaintenanceactivitiesduringreducedinventoryoperation.Thispenetrationisclosedbyadouble-gasketedblindflangeonbothends.Theinnermostgasketforeachflange(i.e.,gasketclosesttocontainmentvali)providesacontainmentbarrier.Therefore,bothflangesarenecessaryforcontainmentintegrity.(2)Thispenetrationispzovidedvithredundantsealsandisclosedduringnormaloperation.(3)Theendofthefueltransfertubeinsidecontainmentisclosedbyadouble-gasketedblindflange,topreventleakageofspentfuelpoolvaterintothecontainmentduringplantoperation.Thisflangealsosezvesasprotectionagainstleakagefromthecontainmentfollovingaloss-of-coolantaccident.(4)Thechargingsystemisaclosedsystemoutsidecontainment(CLOC).Verificationofthisclosedsystemasacontainentisolationboundaryisaccomplishedvianormalsystemoperation(2235psig).(5)Thesafetyinjectionsystemisaclosedsystemoutsidecontainment(CZsOC).Verificationofthisclosedsystemasacontainmentisolationboundaryisaccomplishedviainsezviceand/orshutdownleakagechecks.(6)Thepressuretransmitterassembly,byitsdesign,providesacontainmentpressureboundary.Theintegrityafthisboundaryisverifiedbyannualleakagetests.(7)Thispenetrationvasonlyutilizedduringinitialplantconstructionandismaintainedinactive.(8)Thecontainmentspzaysystemisaclosedsystemoutsidecontainment(CLoc).verificationofthisclosedsystemasacontainmentisolationboundaryisaccomplishedviainserviceand/orshutdovnleakagechecks.(9)Thisvalvemaybeopenedduringcontainmentspraypumptestingsincetherevillalvaysbeatleastoneisolationboundarybetveenthevalveandcontainmentforthedurationofthetest.(10)Manualvalves859A,859B,and859CareCZVsforbothpenetrations105and109.(ll)AsecondisolationbarrierisprovidedbythevolumecontroltankandconnectingpipingperletterfzomDEDDilanni,NRC,toR.w.Rober,RGaE,datedJanuary30,1987.Thisbarrierisnotrequiredtobetested.a9218140I596.2-111REV87/92

~'~I'Ntl~I't GINNA/UFSARSIAPERTURECARDTable6.2-15AlsoAvailableOnApertureCardCONTAINMENTPIPINGPENETRATIONSANDISOLATIONVALVING(Continued)()oyoneisolationb~ierispzovidedsincetherearetwoEventVcheckvalvesin'thesafetyinjectioncoldlegs,andtwocheckvalvesandanormallyclosedmotor-operatedvalveinthesafetyinjectiohotlegs.ThisconfiguzationwasacceptedbytheHRcduringthesEp(MUREG0821,section4.22.2).(13)10CFR50,AppendixJcontainmentleakagetestingisnotrequiredperD.M.Crutchfield,MRC,lettertoJ.E.Maier,RGSE,datedMay6,1981.(14)MOVs18)3A,1813B,720,and701aremaintainedclosedatpowerwiththeirbreakerslockedoff.(15)Theresidualheatremovalsystemisaclosedsystemoutsidecontainment(cLoc).verificationofthisclosedsystemasacontainmentisolationboundaryisaccomplishedvia'inserviceand/orshutdownleakagechecks.(16)ContainmentisolationsignalswereaddedtoAOVs200A200B,and202sinceAOV427failsopenonlossofpower.TheisolationsignalforthesethreevalvesisrelayedfromAOV427.(17)Thisvalvereceivesacontainmenti,solationsignal;however,creditisnottakenforthisfunctionsincethevalveisinsidethemissilebarrieroroutsidethenecessaryclassbreakboundary.Thezefore,thisvalveisnotsubjectto10CFR50,AppendixJleakagetesting,nozdoesitrequireamaximumisolationtime.The,containmentisolationsignalonlyenhancesisolationcapability.(18)(19)(20)(21)(22)Thisvalveisnormallyopenatpowersinceitisrequiredduringpoweroperationorincreasesthereliabilityofastandbysystem.However,thisvalvecaneitherbeclosedfromthecontzolroomorlocallywhenrequired.Themainsteam,mainfeedwater,andstandbyauxiliaryfeedwaterpenetzationstakecreditforthesteamgeneratortubesasaclosedsysteminsidecontainment.Verificationofthisclosedsystemasacontainentisolationboundaryisaccomplishedvianormalpoweroperation.TheisolationvalvesoutsidecontainmentforthesepenetzationsarenotrequiredtobeAppendixJtested.Manualvalves547and1793arelockedclosedandleaktestedtoprovideequivalentpzotectionforGDC56and57(seeUFSARSection6.2.4.4.4.1,Class3A).OperationsisinstructedtomanuallycloseAOV745followingacontainmentisolationsignaltoprovideadditionalredundancy.Thecomponentcoolingwatersystempipinginsidecontainmentforthispenetrationisaclosedsystem(CLIC).Verificationofthisclosedsystemasacontainmentisolationboundazyisaccomplishedviainsezviceand/orshutdownleakagechecks.(23)Thecomponentcoolingwatersystempipingoutsidecontainmentforthispenetrationisaclosedsystem(CLOC).Verificationofthisclosedsystemasacontainmentisolationboundaryisaccomplishedviainsezviceand/orshutdownleakagechecks.(24)(25)(26)(27)(28)(29)sumplinesareinoperationandfilledwithfluidfollowinganaccident;therefore,10cFR50,AppendixJleakagetesting,isnotrequiredforthisvalve.SeeD.M.crutchfield,MRC,lettertoJ.E.Maier,RGCE,datedMay6,1981.1Thereisnosecondcontainmentbarrierforthisbranchline.However,Movs1813Aand1813BaremaintainedclosedatpowerandtestedtoAppendixJ.TheselinesarealsofilledwithwaterpostLOCA,thusprovidingabarriertothezeleaseofcontainmentatmosphere.Thismanualvalveissubjecttoanannualhydrostaticleakagetestandisnotsubjectto10CFR50,AppendixJleakagetesting.ITheservicewatersystempipinginsidecontainmentforthispenetrationisaclosedsystem(CLIC).Verificationofthisclosedsystemasacontainmentisolationboundaryisaccomplishedviainserviceand/orshutdownleakagechecks.Thissolenoidvalveismaintainedinactiveintheclosedpositionbyremovalofitsdccontrolpower.Theflangesandassociateddoublesealspzovidecontainmentisolationandensurethatcontainmentintegrityismaintainedforallmodesofoperationabovecoldshutdown.Duringcoldshutdownwhentheflangesareremovedthesevalvesprovideisolationforcontainmentshutdownpurgeandexhaust.Thesevalvesdonotreouire10cFR50,AppendixJleakagetesting,noramaximumisolationtime.(30)Theservicewatersystemoperatesat,ahigherpressurethanthecontainentaccidentpressureandismissileprotectedinsidecontainment.Therefore,thismanualvalveislusedforflowcontrolonlyandisnotsubjectto10CFR50,AppendixJleakagetesting.SeeletterfromJ.E.Maier,RGCE,toD.M.Crutchfield,MRC,datedAugust30,1982.(31)Thispenetrationisdecommissionedandweldedshut.(32)Acceptableisolationcapabilityisprovidedfortheseinstrumentlinesbytwoisolationboundariesoutsidecontainment.OneoftheboundariesoutsidecontainmentisaSeismicCategozyIclosedsystemwhichissubjectedtoTypeCleakagetestingunder10CFR50,AppendixJ.(33)TheseendcapsincludethosefoundonthesensinglinesforpS-2092,pT-468,FT-469,PT-469A,andPT-482(penetration401)andPs-2093,pT-479,andpT-483(Penetration402).(34)Thischeckvalvecanbeopenwhencontainmentisolationisrequiredinordertoprovidenecessaryfeedwatezorauxiliazyfeedwatertothesteamgenerators.Thecheckvalvewillcloseoncefeedwaterisisolatedtotheafiectedsteamgeneratoz.92123.40l.S:96.2-113REV87/92

.0JtJ[

TESTCONNECTIONIBITESTCONNECTIONtDOUBLE-GASKETEDBLINDFLANGENO.2,.SPENTFUELPITDOUBLE~KETEDBLINDFLANGENO.29ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-13S/GInspection/Maintenance,PenetrationVio.2FuelTransferTube,PenetrationiVo.29REV612/90

RCSCHARGINGLINEPENEHM.TION100IO!!!I!IIII!!CIyP100K'OBORSY/JNOTEDESCRIPTIONontanmentBasement(RegenerativeHxArea)AuxiliaryBldgBasement(RWSTArea)LRMshouldbelocatedinContainmentBasement(RegenerativeHxArea)PTT-23.8Revision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-14ReactorCoolantSystemChargingLinePenetration100azv87/92 SITOLOOPASITOLOOP8andSITESTLINEPENETRATIONS101110band113022CLLLgsgI0210'llmalIP11312404TC/Jo4<Ia72AIILJ21ABLcILIarlrrIoa0/JTC/J2010SlPVLLPCa1a1IIllalalTO201P101CVIaaaa12401Ca}cwTO200LCa21L'pr023LCP110b(12alaera2$LOII10/J0/JLTOw1n"a2Qh02a028UNENOTEDESCRIPTIONContainmentnearBStairwayAuxiliaryBldgBasementSlPumpAreaLRMshouldbelocatedinAuxBldgBasementROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANT.UPDATEDFINALSAFETYANALYSISREPORTFigure6.2-15~SafetyInjectionSystemPenetrations101,110b,and113PTT'-23.19Revision1tv87/92 ALTERNATECHARGINGLINEPENETRATION102D22122)8IICIYP102383B!I2227TC/JRg525f.)V/JNOTEDESCRIPTIONContainmentBasement(RegenerativeHxArea)AuxiliaryBldgBasement(OutsideRWSTArea)LRMshouldbelocatedinContainmentBasement(RegenerativeHxArea),ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARF'OWERPLANlUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-16AlternateChargingLinePenetration102PTl-23.10Revision1REV87/92 CONSTRUCTIONFIRESERVICEWATERPENETRATION1038!ZWELOEDCAPCIB53805$29ATC/JLC(CAP)Y/J5129CONSTRUCTIONClVFlRESERVICEWATERCONNECTIONSNOTEDESCRIPTIONContainmentBasement(RegenerativeHxArea)AuxiliaryBldg(RWSTArea)(1)LRMshouldbelocatedinAuxiliaryBldgBasementnearRWSTROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANAIYSISREPORTFigure6.2-17ConstructionFireServiceWaterPenetration103Pal=23.49Revision1REV87/92

"A"CONTAINMENTSPRAYHEADERPENETRATION105!IIQ3[5!eros!!!!!IFROMPENElRATION109869ACIVPI7285eCIVTESTIjNETORWSTY/J8&DABLCMS8&DBBLC~NQR11621NOTEDESCRIPTIONContainmentBasementnearRHXAuxiliaryBldgBasement(BehindRWS1)LRMshouldbelocatedinAuxiliaryBldgBasementnearCSPumpsROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-18ContainmentSprayHeaderAPenetration105PTT-23.18ARevision1REV87/92 "A"RCPSEALWATERLINEPENETRATION106Fl1298B298AOI93039304CIVP10880ll!TC/J!!!I300A300B2224V/J301BFl1301A303A303Ccg277ALC275NOTE(2)DESCRIPTlONContainmentBasement(RegenerativeHxArea)AuxiliaryBldgBasement(RWSTArea)LRMshouldbelocatedinContainmentBasementnearRegenerativeHxOperatedwithReachRodsbytheCSPumpsLocated20ftabovethefloorbehindRWSTAreaPTT-23.9ARevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-19ReactorCoolantPumpASealWaterLinePenetration106aZV87/92

SUMP"A"DISCHARGEPENETRATION107TC/J1002100351003610106II..g)B82m)Pc8IFCP1071I17251072FCCIV1723D/JV/J10012100060I1759175717601758S10023SUMPAPUMPSSAMPIEPUMPNOTEDESCRIPTIONCNMTBasementBStairwayAreaAuxiliaryBldgBasementFanCoolerAreaLRMshouldbelocatedinContainmentBasement(8StairwayArea)ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-20SumpADischargePenetration107Pal=23.23Revision1azv87/92 0

RCPSEALWATERRETURN&EXCESSLETDOWNPENETRATION108FROMREACTORCOOLANTPUMPSEALSTC/J2213Ig(3314o!PzVtMBOMB117Pl118318AOMBIMB322A2214311eLo2212FROMLETOOVeEXCESSHEATEXCHANGERP1O8)IIIIII,ctv313FILTER315CSEALRETURNFtLTERV/J38583828385AFROM~(ItREACTORcootANTPUMPSEALSFROM~AoREACTORCoolANTPUMPSEALSNOTEDESCRIPTIONContainmentRHXAreaAuxiliaryBldgBasement(RWSTArea)(1)LRMshouldbelocatedinContainmentBasementnearRHX(2)OnstairwellnexttoAOV-386(3)LocatedinRegenerativeHxArea(4)OperatedfromoutsidetheSealReturnFilterRoomwithreachrodsPTT-23.11Revision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-21ReactorCoolantPumpSealHaterReturnandExcessLetdownPenetration108REV87/92

'IIWl~

"B"CONTAINMENTSPRAYHEADERPENETRATION109Pl552830LCCIVFROMPENETRATION10585QCCIV8648LCCIV116202825ATESTLINETORWST2825MSP109i~(IIIIPl778698CIV2826CIV2826ACIVPITC/J860BLCM8600BLC~~5~hxo~W~lOgDQuClCPoTC/J2859NOTEDESCRIPTIONContainmentBasement(RHXArea)AuxiliaryBldg(RWSTArea)LRMshouldbelocatedinAuxiliaryBldgnearCSPumpsROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-22ContainmentSprayHeaderBPenetration109Pal=23.18BRevision1aVr87/92

"B"RCPSEALWATERLINEPENETRATION110a303C5277ALCCOOIP110a304BI93012753018301A9302V/JTC/JNOTEDESCRIPTlONContainmentBasement(RegenerativeHxArea)AuxiliaryBldgBasement(RWSTArea)OperatedwithReachRodsbytheCSPumpsLocated20ftabovetheIloorbehindRWSTArea(2)ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-23ReactorCoolantPumpBSealWaterLinePenetration110aREV87/92PTT-23.98Revision1LRMshouldbelocatedinContainmentBasementnearRegenerativeHx RESIDUALHEATREMOVALTOBCOLDLEGPENETRATION111(PENETRATION<4D)RESIDVALHEATREMOVALLOOPOUTlETVALVEI(PENETRATION112)UNEINSTALLEDBLANK7198718ASAMPlZSYSTEMFCT958721BLQ2748702SSMLl852A8528BU'LCTOREACTORVESSEL627P111!2TEO2780A51"!!~I0~5ES88Isolationfrom33013-1247,Revision19ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigurel).2-24ResidualHeatRemovaltoLoopBColdLegPenetration111REV87/92 LETDOWNLINEFROMREACTORCOOLANTSYSTEMPENETRATION112RLOOPrIIImiI5454278AREA7Iv////////////////HX/TTCC/2IIIIIIIo/4IIIFROMRHRSTETEMeeIIII0gTOPREESUIRZERREUEFTAHXRHRFENCEI0/iI2000I(CTV2'V/J669$STIONI'IlawsrIr---1IFCI~TT2I21IIIILCyII+II22ETIIII0/JILJIIIIIo>>)LJgCIVIIHRHXRME64~I1~)IICNI2I-5IIgRIIIIIIIIIIlg~~JI>>QIlhnNOTE(4)DESCRIPTIONContainmentBasement(RegenerativeHxArea)AuxiliaryBldgBasement(RWSTArea)LRMshouldbelocatedinContainmentBasementRegenerativeHxAreaLocatedonMidFloornearSquareComerLocatedinBLoopareaatbaseofladdertoRCPPlatformLocatedAuxiliaryBldgBasementnesrBCSPumpPTT-23.6Revision1ROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-25LetdownLinefromReactorCoolantSystemPenetration112REV87/92 STANDBYAUXILlARYFEEDWATERTOSTEAMGENERATORAPENETRATIONI'I9AND123bILO4J'X4JIlAOITC9719AIlsuss726Sl09706Ag705AP119LOI97279723CIVCIVQ9702A9704ABLCFROMSTANDBYAUXIUARYFEEDWATERPUMPCIOOIlAOITC9706BLO9719B0705BP123b9724CIVCIVMLC0725CIV'LJD9702B97~BLOBLCFROllSTANDBYAUXLJARYFEEDWATERPUMPD9722BIsolationfrom33013-1238,Revision8ROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANTUPDATEDFINAI.SAFETYANALYSISREPORTFigure6.2-26StandbyAuxiliaryFeedwatertoSteamGeneratorAPenetrations119and123bREV87/92

NITROGENTOACCUMULATORSPENETRATION120ao58625TC/JI~"~i9S6278626Pl6278621VENTOEPOIUl~CC~OVl&4JgCC~0w>Oge9~so:OQI0624CIVP120a8&23IITC/JICtV8462831V/J862S944S628gNOTEDESCRIPTIONContainmentMidFloor(SquareComer)AuxiliaryBldgMidRoor(SFPHx)LRMshouldbelocatedinContainmentMidFloor(SquareComer)ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-27NitrogentoAccumulatorsPenetration120aPl%-23.46Revision1azV87/92 PRTGASANALYZERPENETRATION120bTOCONTAINMENTVENTHEADERhC4LdLUCLlL4Jt4IKMVl4lCLO527jc538P)20bCIV546493,CIV539FC492hlaNOITC/J-..NOTE(2)DESCRIPTIONContainmentMidFloor(SquareCorner)AuxiliaryBldgMidFloor(SFPHx)LRMshouldbelocatedintheAuxiliaryBldgMidFloornearSFPHXDownstreamventpointPTT-23.1Revision1ROCHESTERGASANDELECTRICCORPORATIONH.h.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-28PressurizerReliefTankGasAnalyzerPenetration120bSzv87/92 PRTMAKEUPWATERPENETRATION121aO'J4~cg~9307EL~o~I568CIV529LJTC/J567Igh!m497!P121o!49S!,0/JCIV508FCOle~VO.CIx5TC/J576NOTE(3)(4)DESCRIPTIONContainment(SquareCorner)AuxiliaryBldgMidFloor(SFPHx)LFIMshouldbelocatedintheContainmentSquareComerArea3/4'ipeconnectionLocated10ftabovethefloor,adjacenttomissilebarrierLocated15ftabovethefloorPTT-23.3Revision1ROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-29PressurizerReliefTankMakeupNaterPenetration121aREV87/92 PRTNPENETRATlON121bbC4lal0I545496CF52B495494P121b!gy!547!.ci.!IV/J4411662CLILolCI'KNOTEDESCRIPTIONContainmentMidFloor(SquareComer)AuxiliaryBldg.MidFloor(SFPHx)LRMshouldbelocatedinContainmentintheSquareCornerROCHESTERGASANDELECTRICCORPORATIONR.F-GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-30PressurizerReliefTankN2Penetration121bPTT-23.2Revision1REV87/92 CONTAINMENTPRESSURETRANSMITTERSPT-946ANDPT-946PENETRATION121cGIBPT946V/Jv/sCIV1819ACIV1819BOPENPIPETC/aP121c1818A18188NOTEDESCRIPTIONContainmentMidFloor(SquareComer)AuxiliaryBldgMidFloor(SFPHx)(1)LRMshouldbelocatedinContainmentMid'FloorintheSquareComerP1T-23.17ARevision1ROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-31ContainmentPressureTransmittersPT-945andPT-946Penetration12lctv87/92 lgK RCDTTOGASANALYZERPENETRATlON123a10041717AClX1655FCCIV17891709F1020FCsT1600A5OITC/JNOTEDESCRIPTIONContainmentMidFloor(SquareComer)AuxiliaryBldgMidFloor(SFPHx)(1)LRMshouldbelocatedintheAuxBldgMidFloornearSFPHx.(2)DownstreamventpointPTT-23.21Revision1ROCHESTERGASANDELECTRICCORPORATION'.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-32ReactorCoolantDrainTanktoGasAnalyzerPenetration123aazV87/92 CCWTOFROMEXCESSLETDOWNHXPENETRATlON124aand124coa.auhghOuS>os-vlo3<~ov)742Bgg~M>oSQocgoFCclv7452727P124ciI=l:I;II/I-I'XCESSLETDOWNHEATEXCHANCER(IAov/II'TC/J2776742CIIREACTORcooLANTIIIIIiol3IIHIIII744IIIRHRFENCEII743AIIIIPI24]2725l~v/JIIlKooIKW'XoXooXo40nv/JNOTEDESCRIPTIONContainmentMidFloor("B"Stairway)AuxiliaryBldgMidFloor(RWST)LRMshouldbelocatedincontainmentbasementnear"B'tairwayCVinternalshavebeenpermanentlyremovedPTT-23.30Revision1ROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-33ComponentCoolingWatertoandfromExcessLetdownHeatExchangerPenetrations124aand124cREV87/92

CONTAINMENTPOSTACCIDENTAIRSAMPLECFANPENETFIATION124band124dII..TC/J124b124dIgwzTC/JZ+>IIX<oLCCIV15691570CIYLCCIY1572LCCIV1571LCCIV1574Y/JI~xOIMIIXIDOCPIY/JNOTEDESCRIPTIONContainmentMidFloor(BStairway)AuxiliaryBldgMidFloor(RWSTArea)(1)LRMshouldbelocatedinContainmentMidFloornearBStairwayPTT-23.50CRevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-34ContainmentPostaccidentAirSample(CFan)Penetrations124band124dazv87/92 CCWFROMBRCPPENETRATlON12675487568FlCCW1FROMIKACTORCOOLANTPULIP187578765A-12305B765BoimI!1LlP125CIV75082731762Bcp~I0gAau@O8OI758BNOTEDESCRIPTIONContainmentMidFloor(BStairway)AuxiliaryBldg.MidFloor(RWST)(1)LRMshouldbelocatedintheContainmentMidFloornear'B'tairwayPTT-23.29Revision1ROCHESTERGASANDELECTRICCORPORATIONR.KGINNANUCLEAR"POWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-35ComponentCoolingWaterfromReactorCoolantPump1BPenetration125REV87/92

&tbsp1" CCWFROMARCPPENETRATION126FO765DII7$6ACCWFlFROMREACTOR61COOLANTPUilP1A757A12308BITC/JiMP126CIV1)759A2729IC'X702AI0ugCPXOVOO75BANOTEDESCRIPTIONContainmentMidFloor(BStairway)AuxiliaryBldg.MidFloor(RWST)(1)LRMshouldbelocatedintheContainmentBasementneartheRxComptCoolersPTT-23.28Revision1ROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-36ComponentCoolingWaterfromReactorCoolantPump1APenetration126REV87/92 COMPONENTCOOLINGWATERTOREACTORCOOLANTPUMP1APENETRATION127N$132723MOOXIOO.5>cczo~"80N0.749B2732NxLJzOaI742AVWaL0ÃoI7$1A761r75DCCIYP127i750ATC/JN740A27612730tc/J0/JN~>gzg)e617BLOQcoR~~NOTEDESCRIPTIONContainmentMidFloor(BStairway)AuxiliaryBldg.MidFloor(RWST)LRMshouldbelocatedinContainmentBasementnearRxComptCoolersandAuxiliaryBldg.MidFloornearRWSTPTT-23.26Revision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-37ComponentCoolingMatertoReactorCoolantPumplAPenetration127REV87/92

CCWTO"8'CPPENETRATION128I,;lhy/SZI$13a5IOg,g>a8MP07Mo~85aHI742AUpOAa7511761E75QDCNP1Zg]7608IICIVg740BTC/JP/J$8le8glu.Q8NOTEDESCRIPTIONContainmentMidFloor(BStairway)AuxiliaryBldgMidFloor(RWST)LRMshouldbelocatedinContainmentnearthe'B'tairwayandAuxiliaryBldgMidFloornearRWSTPTT-23.27Revision1ROCHESTERGASANDELECTRICCORPORATIONH.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-38ComponentCoolingWatertoReactorCoolantPumpBPenetration128azV87/92 RCDTGASHEADERPENETRATION129FCFCCIY1787CIV178616751676BY/J!!!0O'ISA1016IL40KWTC/JClYY/J101416Oa2NOTEDESCRIPTIONContainmentMidFloor(SquareComer)AuxiliaryBldgMidFloor(BehindSFPHx)LRMshouldbelocatedinAuxiliaryBldgMidFloor(BehindSFPHx)DisconnecttubingfordownstreamventPTT-23.20Revision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWEHPLA'NTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-39ReactorCoolantDrainTankGasHeaderPenetration129REV87/92 CCWFROM0RXSUPPORTCLRSPENETRATION130and131QwQ-s.E8815AY/JCY8thII3I"I"~(8P130I~818I0/JI))5eIlgO)Io)~5s-IoE)~IHICHIYENTSTC/JTC/J1734,1733SUPPLYfROQCOMPONENTCOOUNQWATERPUMPS817MBLOREACTORSUPPORTCOOLERSP131i815I271g1723IiD/JY/JINOTEDESCRIPTIONnta1nmentMlFoor("B"talrway)AuxiliaryBldgMidFloor(BehindRWST)(1)LRMshouldbelocatedinContainmentMidFloornearthe'B'tairwayPTT-23.24Revision1ROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-40ComponentCoolingHaterfromandtoReactorSupportCoolersPenetrations130and131REV87/92 MINIPURGEEXHAUSTPENETRATION132ILalKCPC)CCFCCIV7970r-!98'CIS!P)52!79710ITC/JFCTm~CIV7971PgaKCINOTEDESCRIPTIONContainmentMidFloor(SquareComer)AuxiliaryBldgMidFloor(BehindSFPHx)LRMshouldbelocatedinAuxiliaryBldgMidFloornearSFPHx.OpenpipewithdebrisscreenROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-41Mini-PurgeExhaustPenetration132PTT-23.34Revision1REV87/92 RESIDUALHEATREMOVALFROMAHOTLEGPENETRATION140252REFUEUNOWATERSTQRAGETANK5g~MX27d5P140701nssCNI!'-00PENETRATION111)$54TORESIDUALHEATREMOVALSYSTEMIsolationfrom33013-1247Revision19ROCHESTERGAS'NDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-42ResidualHeatRemovalfromLoopAHotLegPenetration140REV87/92 SUMP"B"TO"A"RCDTPUMPPENETRATloN1a1TORCDTPUMPSREFUEUN0WATERSTQRACETANK(CASEDSmrZM)851ACOBLOMC~I!I1813CCV$8$8ABLD1818DY/JTC/J705C850ABLC!R!i5PNOTE'DESCRIPTIONCNMTSumpBAuxiliaryBldgBasementLRMshouldbelocatedinAuxiliaryBldgBasement(connectedinRHRSubBasement)P1T-23.5ARevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-43SumpBtoReactorCoolantDrainTankPumpAPenetration141aZV87/92 SUMP"B"TO"B"RCDTPUMPPENETRATlON't42REFVEUNOWATERSTORAGETANK(CLOSEDSmrZM)BLOM85181818FCIV18158BLDM705D850BTC/J8LC~7048!~s~III48iP1818KY/JTORCDTPUMPSNOTEDESCRIPTIONCNMTSumpBAuxiliaryBldgBasementLRMshouldbelocatedinAuxiliaryBldgBasement(connectedinRHRSubBasement)PTT-23.5BRevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-44SumpBtoReactorCoolantDrainTankPumpBPenetration142REV87/92 IA"+Pe\-0 RCDTDISCHARGEPENETRATION143Pl01179SGLCFROMFUELLCTRANSFERCANALDRAINSCIY1722FCCIY100$A172@A1726CONTAINMENTSUMPIIIs-IgIoI8~~CI0IceoI~IoLS43IIITC/JIII1IP145)ICIV1721I17090IFCCIV10058RCDTPUMPS1725APl011811A172718118NOTEDESCRIPTIONContainmentSumpBAuxiliaryBldgSubBasementLRMshouldbelocatedatentrancetoContainmentSumpBPUT-23.22Revision1ROCHESTERGASANDELECTRICCORPORATIONR.EGlluNA'NUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-45ReactorCoolantDrainTankDischargePenetration143REV87/92 REACTORCOMPARTMENTCOOLINGUNITASUPPLYANDRETURNPENETRATIONS201aAND209btOIOCIV4757Imlg!!!!47940P201aREACTOR,COMPARTLtENT[COOmR)A!lII!I!CIS4590CIV4758S4BSA5IIsolationfrom33013-1250-3Revision7ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-46ReactorCompartmentCoolingUnitASupplyandReturnPenetrations201aand209bREV87/92 REACTORCOMPARTMENTCOOLINGUNITBSUPPLYANDRETURNPENETRATIONS201bAND209alsl.Inl5.Ig)4OCIBPlNXOcv4BJ54837ACLICP20$bREACTORCOMPARTMENT$BICIY4778CI4778A5CIIsolationfrom33013-1250-3Revision7ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-47ReactorCompartmentCoolingUnitBSupplyandReturnPenetrations201band209aREV87/92 BHYDROGENRECOMBINERAINANDPILOPENETRATION202aand202b)ILI-a'IRi""ILcP202b1076Bc)v1075BTc/JScN10211$1V/J102'11$10203$1Ia,Im)O10203SQP)a10204SIo5)5O~o3>waLoP202a84261084Bc)v1063B.c/.I5CIV1021351V/J102'l3$10204S1NOTEDESCRIPTIONContainmentMidFloor(above"AAccumulator)IntermediateBldg(SampleShed)(1)LRMshouldbelocatedinContainmentMidFloorabove"A"Accumulator(2)LocatedinIntermediateBldgBasementoutsideHotShopPTT-23.51BRevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNaNUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6,2-48HydrogenRecombinerB(MainandPilot)Penetrations202aand202bREV87/92 CONTAINMENTPRESSURETRANSMITTERSPT-947ANDPT+48PENETRATION203aCIBCIBY/JY/JCIV1819CCIV1819DTC/JDPENP)PEP205a1818C1818DNOTEDESCRIPTIONContainmentMidFloor(Above"ASlAccumulator)IntermediateBldg.(SampleShed)(1)LRMshouldbelocatedinContainmentMidFloorabove"A"SlAccumulatorPT1=23.17BRevision1ROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANT'PDATEDFINALSAFETYANALYSISREPORTFigure6.2-49ContainmentPressureTransmittersPT-947andPT-948Penetration203aREV87/92

CONTAINMENTPOSTACCIDENTAIRSAMPLEFANPENETRATION203band203co>TC/V4oCC~P205o!!!t!IKQP2MbCIV15051584CVCIV1565CIVOV1560~15001587CIVV/J8IV/JNOTEDESCRIPTIONContainmentMidFloor(aboveAAccumulator)IntermediateBldg(SampleShed)(1)LRMshouldbelocatedinContainmentMidFloorabove'A"AccumulatorPTT-23.50BRevision1ROCHESTERGASAND'LECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-50ContainmentPostaccidentAirSamp1e(FanD)Penetrations203band203cREV87/92 PURGESUPPLYPENETRATION204TC/Jo[gP204FC~COTCIV(BLINDFLANGE)IIIIPl8074K8074V/JNOTEDESCRIPTIONContainmentMidFloor(behind"A'ccumulator)IntermediateBldgBasement(nearControlledAccessFans)LRMshouldbelocatedinContainmentMidFloorbehind'A'ccumulatorROCHESTERGASANDELECTRICCORPORATIONH.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-51PurgeSupplyPenetration204PTT-23.35.1Revision1azv87/92

~QMI RCSLOOPBHOTLEGSAMPLEPENETRATlON205FROllRCSLOOPB-HOTDELAYh!L'mljP205IMn10M'27COITC/JY/JFROMRCSLOOPA-HOTNOTEDESCRIPTIONContainmentMidFloor(Above'A"Accumulator)IntermediateBldg(SampleShed)LRMshouldbelocatedinIntermediateBldgnearSampleShedPTT-23.12CRevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPovlERPLANT'UPDATEDFINALSAFETYANALYSISREPORTFigure6.2-52ReactorCoolantSystemLoopBHotLegSamplePenetration205RVr87/92 PRESSURIZERLIQUIDSAMPLEPENETRATION206a10001FC9g1P206a958KCN9668927O95SHSSQDTC/JV/JY/JNOTEDESCRIPTIONContainmentMidFloor(above"A"Accumulator)IntermediateBldg(SampleShed)(1)LRMshouldbelocatedinContainmentMidFloorabove"A"AccumulatorROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-53PressurizerLiquidSamplePenetration206aPTT-23.12BRevision1aEv87/92 "A"STEAMGENERATORSAMPLEPENETRATION206b0NXTOAS/G8LOWDOWN5748A5781IIy/J5711IIw5769D3LdIP206bFCsu,5785y/J5749IaQgx0>~5Oa5105TC/JNOTEDESCRIPTIONContainmentMidFloor(above"A"Accumulator)IntermediateBldg(SampleShed)(1)LRMshouldbelocatedinIntermediateBldg(SampleShed)(2)LocatedonS/GPlatformROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-54SteamGeneratorASamplePenetration206bPTT-23.13ARevision1REV87/92 PRESSURIZERSTEAMSAMPLEPENETRATION207aI40gFC9510Ig!g51~8958FTC/JIY/J958G999EY/J10000921ANOTEDESCRIPTIONContainmentMidFloor(above"A"Accumulator)IntermediateBldg(SampleShed)(1)LRMshouldbelocatedinContainmentMidF!oorabove'A'ccumulator.ROCHESTERGASANDELECTRICCORPORATIONR.E.GINhlANUCLEAR'POVVERPL'ANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-55PressurizerSteamSamplePenetration207aPTI-23.12ARevision1REV87/92 "8'TEAMGENERATORSAMPLEPENETRATlON207bIII;Is~soE8!II5786y/JTOSSG5754570eTC/JNOTEDESCRIPTIONContainmentMidFloor(above"A"Accumulator)IntermediateBldg(SampleShed)LRMshouldbelocatedinIntermediateBldg(SampleShed)ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-56SteamGeneratorBSamplePenetration207bPTT-23.13BRevision1REV87/92 "A"AND"B"HYDROGENRECOMBINEROXYGENMAKEUPPENETRATION2101079~Og&m/~~La31:1080ACIV10214S1CIYSTST10214SST55Clg10215S110215SCIYNOTEDESCRIPTIONContainmentMidFloor(Above"A"Accumulator)IntermediateBldg(SampleShed)(1)LRMshouldbelocatedinContainmentMidFloorAbove"A'ccumulator(2)SpoolpieceslocatedinIntermediateBldgBasementbelowSampleShedPTT-23.51CRevision1ROCHESTERGASANDELECTRICCORPORATlONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-57HydrogenRecombinerAandBOxygenMakeupPenetration210REV87/92 PURGEEXHAUSTPENETRATtON300I.!mmy~~~!y.$NAI!I'!NP300CIB!(euwnru~eE)PI55v/vAIRSUPPLYNOTEDESCRIPTIONContainmentTopFloor(Mezzanine)IntermediateBldg.(floorabovesteamheader)(1)LFIMshoUldbelocatedinContainmentonTopFloorMezzanine(2)IntermediateBldgTopFloorROCHESTERGASANDELECTRICCORPORATIONR.E.GINrIANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-58PurgeExhaustPenetration300PTT-23.36.1Revision1BEV87/92 AUXSTEAMSUPPLYANDAUXSTEAMCNDSTRETURNPENETRATIONS301AND303.IgQ)crILCSTEAMFROMHOUSEHEATINCBOILER70507941TC/JSTRAINERSPACEHEATERS975PM1CIY6151I7040III'5O5~car6175CIY61657944CIV6152D/JY/J7945V/JT4J7946mgO~W~OXONOTEDESCRIPTIONContainmentMidFloor('A"FanArea)IntermediateBldg(TDAFWPArea)(1)LRMshouldbelocatedinIntermediateBldg(TDAFWPArea)(2)V-7941isinoverheadabove'A"ChillerUnitPTT-23.40Revision1ROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-59AuxiliarySteamSupplyandCondensateReturnPenetrations301and303aZV87/92 AHYDROGENRECOMBINERAINANDPILOPENETRATION304aand304bKIcL'~f+lalQQMIDI$08gCLIB~laLCS107~CIVCIV10205S11075A10205S10207S1TC/Jv/JoOIYOI10207S10202SXIS10202S110%ACIV10209S1L10209STC/Jv/JNOTEDESCRIPTIONContainmentMidFloor("ARecircFanArea)IntermediateBldg(TDAFWPumpArea)(1)LRMshouldbelocatedinContainmentMidFloor'A'ecircFanArea(2)LocatedinIntermediateBldgBasementoutsideHotShopPTT-23.51ARevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-60HydrogenRecombinerA(MainandPilot)Penetrations304aand304baVr87/92 CONTAINMENTPOSTACCIDENTAIRSAMPLEPENETRATION305a305cand305dFROM8FANClV1555CV1555Y/JFROMAFANCIV1557IY/JgTC/JP305dLCCOMMONRElURN156OCIV1552CIV1551Y/JNOTEDESCRIPTIONContainmentMidFloor(A"RecircFanArea)IntermediateBldg(TDAFWPumpArea)(1)LRMshouldbelocatedinContainmentMidFloornear'A"RecircFanAreaPl%-23.50ARevision1ROCHESTERGASANDELECTRICCORPORATIONR.EGiNNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-61ContainmentPostaccidentAirSamplePenetrations305a,305c,and305dREV87/92 CONTAINMENTAIRSAMPLEETURNPENETRATION305b10010FROMPOSTACCIDENTSAMPUNOSYSTEMOPENPIPETC/JPM5b~y159915S8FROMRADIATIONMONITORS1599ANOTEDESCRIPTIONContainmentMidFloor('A'ecircFanArea)IntermediateBldg(TDAFWPArea)(1)LRMshouldbelocatedinContainmentMidFloornear"A'ecircFan,(2)MainSteamHeaderAdjacenttoContainmentWallROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPGMiERF'LANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-62ContainmentAirSample(Return)Penetration305bPTT-23.14Revision1REV87/92 CONTAINMENTAIRSAMPLEOUTLETPENETRATION306e!IlOPENPIPEtc/a!cy1596FCCIV159710009P0Sr/ACCInmSAMPUNQSYSTEM05OC)Cl15Mv/aNOTEDESCRIPTIONContainmentMidFloor("A"RecircFanArea)IntermediateBldg(TDAFWPumpArea)(1)LRMshouldbelocatedinContainmentMidFloornear"A'ecircFan.(2)LocatedonMainSteamHeaderFloorROCHESTERGASANDELECTRICCORPORATIONR.F-GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-63ContainmentAirSampleOutletPenetration305ePTT-23.15Revision1tv87/92 FIRESERVICEWATERPENIS'RATION307KCCXQ3~TC/J9231ClY9229!!Ig8!gmP507!~ygQ9nSTC/JNOTEDESCRIPTIONContainmentMidFloor("A"FanArea)IntermediateBldg(TDAFWPArea)(1)LRMshouldbelocatedinContainmentMidFloor"A"FanAreaROCHESTERGASANDELECTRICCORPORATIONR.E.'GINNANUCLEARPOWERPLANTUPDATEDP!NALSAFETYANALYSISREPORTFigure6.2-64FireServiceNaterPenetration307PTT-23.52Revision1REV87/92 SERVICEWATERFORCONTAINMENTFANCOOLERSPENETRATIONS308311312315316319320323fj5((av)I462746260464146425sgO0QP319III.IIIIIII(0904631451445I54513451d(CIV)12500H125006(as)2142Pl2'13621562144(as)2034452264524645926(312)04522A4524A4592A4594A4655465d46594524466045924594P306(0N)311)46333154634323I46414630tI464412502012502R12502T012502U~20!0~201120122013Isolationfrom33013-1250-3,Revision7ROCHESTERGASANDELECTRICCORPORATION,R.FGINNANUCLEA'O'Po'PERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-65ServiceWaterforContainmentFanCoolers,Penetrations308,311,312,315,316,319,320,and323REV87/92 MINlPURGESUPPLYPENETRATlON309TC/JLCFROLIIIIN748OSUPPLYFANCIVPSOQv~n(BVNDFLANCEONINTERMEDIATEBUILDINGROOFILRTVENT)STANDBY7481CONNECTIONNOTEDESCRIPTIONContainmentMidFloor("A"RecircFanArea)IntermediateBldg(TDAFWPumpArea)(1)LRMshouldbelocatedinIntremediateBldgnearTDAFWPump.(2)LocatedinIntermediateBldg.aboveSteamHeader(3)OpenpipewithdebrisscreenROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-66Mini-PurgeSupplyPenetration309P1T-23A4Revision1tv87/92 INSTRVMENTAIRPENETRATION310agZg~g141007045CYMQS96MQ5TC/J!!IgFCP$50a1tHQ25450A54505450SNOTEDESCRIPTIONContainmentMidFloor("A"FanArea)IntermediateBldg(TDAFWPArea)(1)LRMshouldbelocatedinContainmentMidFloor'A'anArea(2)N,BottleconnectionpointROCHESTERGASANDELECTRICCORPORATIONR.FGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-67InstrumentAirPenetration310aPTT-23.33Revision1REV87/92 SERVICEAIRPENETRATION310blalfJQ~CP4l~>i~XQ~COO~7227ll=IS~yP310b7225CV7141V/J714'TC/JTC/JNOTEDESCRIPTIONContainmentMidFloor("AFanArea)IntermediateBldg(TDAFWPumpArea)LRMshouldbelocatedinContainmentMidFloornear'A'an,andIntermediateBldgnearTDAFWPump(2)Locatedapproximately10ftabovefloorROCHESTERGASANDELECTRICCORPORATIONR.E.GiNNANUCLEARPONERPLANTUPDATEDFINALSAFETYANALYSISREPORTPTI-23.32Revision1Figure6.2-68ServiceAirPenetration310baZV87/92 0

LEAKAGETESTDEPRESSURIZATIONPENETRATION313BLINDFLANGEClYTC/J7ClY7478V/JNOTEDESCRIPTIONContainmentMidFloor('A'ecircFanArea)IntermediateBldg.(TDAFWPArea)LRMshouldbelocatedinIntermediateBldg.nearTDAFWPIntermediateBldg.RoofadjacenttoCNMTDomeplatformDoor54,Capremoval/replaceshouldbedonewhenvalveispositioned.ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTPTl-23.42Revision1Figure6.2-69LeakageTestDepressurizationPenetration313aVr87/92

LEAKAGETESTSUPPLYPENETRATION317!Ig.I.i5IQFLANcE8IIICyP3$7!!!1744$74737475Y/JNOTEDESCRIPTlONContainmentMidFloor(ARecircFanArea)IntermediateBldg.(TDAFWPArea)(1)LRMshouldbelocatedinIntermediateBldg.nearTDAFWPROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-70LeakageTestSupplyPenetration317PTT-23.43Revision1azv87/92 "A"STEAMGENERATORBLOWDOWNPENETRATlON321'I!Ilmg<<!eglmCW570$28e45705AV/JNOTEDESCRIPTIONContainmentMidFloor(above"A"Accumulator)IntermediateBldg(TDAFWPArea)LRMshouldbelocatedinIntermediateBldg(TDAFWPArea)ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-71SteamGeneratorABlowdownPenetration321PTT-23.16ARevision1REV87l92 "B"STEAMGENERATORBLOWDOWNPENETRATION322IIIg~!aax!IQIdp82257029h5VO5!!I5768Av/~NOTEDESCRIPTIONContainmentMidFloor(above'A'ccumulator)IntermediateBldg(TOAFWPArea)(1)LRMshouldbelocatedinIntermediateBldg(TDAFWPArea)ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-72SteamGeneratorBBlowdownPenetration322PIT-23.168Revision1aVr87/92 DEMINERALIZEDWATERPENETRATION324yB%!g!!!!TC/Jtv/zgh502$~crNL'OTEDESCRIPTIONContainmentMidFloor(AFanArea)IntermediateBldg(TDAFWPArea)LRMshouldbelocatedinContainmentMidF!oor'A'anAreaROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-73DemineralizedHaterPenetration324PTT-23.39Revision1aZV87/92

CONTAINMENTHMONITORSPENETRATION332a332band332dIXCP5$2aP532b7448CIYCNTC/J7452CIYY/JSTCIY921STCNS922T92402085020Ag84517456ICIYTC/JNOTEDESCRIPTIONContainmentMidFloor(A"RecircFanArea)IntermediateBldg(TDAFWPumpArea)(1)LRMshouldbelocatedinIntermediateBldgTDAFWPumpAreaROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-74ContainmentH2MonitorsPenetrations332a,332b,and332dPTT-23.45ReViSion1azv87/92 CONTAINMENTPRESSURETRANSMITTERSPT-944PT449ANDPT-950PENETRATION332cCIBCIBCIBY/JV/JY/JCIV181MCIV1818FCIV1819EHl-!OPENPIPE1818G1818F1818ENOTEDESCRIPTIONContainmentMidFloor('A"RecircFanArea)IntermediateBldg.(TDAFWPArea)(1)LRMshouldbelocatedinContainmentMidFloornear'A'ecircFanPal=23.17CRevision1ROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLIARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-75ContainmentPressureTransmittersPT-944,PT-949,andPT-950Penetration332caZV87/92 MAINSTEAMFROMSTEAMGENERATORAPENETRATION401II'10KCBCBCBCB110253409CCV1105154IIBCVCV~11020(4lYP)55005511.5515AllQSPHERETOlEMPKRATlJRECONFENSATEQSUPPORTS8517CVi5I55105TOAUXIUAlA'EEOWATER34113415C$413BROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-76HainSteamfromSteamGeneratorAPenetration401Isolationfrom33013-1231,Revision19aZV87/92 MAINSTEAMFROMSTEAMGENERATORBPENETRATION402lTDAUXIUARZITEEDWATER]Cruasua)IIV5504A5504CII5504(4TTP]550555105512ATQCSPHERElgII112011021CIVPSB5412Cd721551d5515g5514CIV54455III11024AII11025CIV1102254105520PTD47BadPT11025470CIVCldDROCHESTERGASANDELECTRICCORPORATIONR.EGINNANUCLEARPOWERPLANTUPDATEDFINALSAFETYANALYSISREPORTFigure6.2-77MainSteamfromSteamGeneratorBPenetration402Isolationfrom33013-1231,Revision19REV87/92 MAINANDAUXILIARYFEEDWATERTOSTEAMGENERATORSAANDBPENETRATIONS403AND404IXOMlMKNMKOXIVKNAUXILIAXVIKXOMAllÃtWtoImPcoI8415CIlcIII.i5jibIIII10IMOMMAINFIZOWA1KNIIIMIIA0001CIVCIV~MMAINIZGWAIKN400KtVWI~CIVKNNIIN!ONOXIVKMAOXRWtfAZDVAlKNWMt1ACIVNOIXl0IKAIXVFKKAIQKOOONVKMAXOIAINKIKXOMAIKNl%NP1~CIVROCHESTERGASANDELECTRICCORPORATIONR.E.GINNANUCI'EARPOWERPL'ANTUPDATEDFINALSAFETYANALYSISREPORT,Figure6.2-78MainandAuxiliaryFeedwatertoSteamGeneratorsAandBPenetrations403and404Isolationfrom33013-1236-2,Revision5and33013-1237,Revision25avr87/92

ATTACHMENTFTableofTechnicalSpecificationChanges AttachmentPPage1of3IChangesTechnicalSpecificationChangesEffect2.3.4~5.6.7.8.RemovedreferencetoTable3.6-1fromTechnicalSpecifications3.6.3.1,4.4.5.1,and4.4.6.2.AddedstatementtoBasesforTechnicalSpecification3.6thatcontainmentisolationboundariesarelistedinUFSARTable6.2-15.RemovedTable3.6-1fromTechnicalSpecificationsandplacedinformationinUFSARTable6.2-15.RevisedactionstatementofTechnicalSpecification3.6.3.1.RemoveddefinitionofleakageinoperabilityfromTechnicalSpecification3.6.3.1.AddedstatementrelatedtointermittentoperationofboundariestobothTechnicalSpecification3.6.1andthebases.RemovednoteassociatedwithTechnicalSpecification3.6.5.Addeddefinitionof"isolationboundary"toBasesforTechnicalSpecification3.6.UpdatedreferencelistcontainedinBasesforTechnicalSpecifications3.6,3.8,and4.4.Notechnicalchange.SpecificationsarenowconsistentwithGenericLetter91-08.Valvelistingremainsinalicenseecontrolleddocumentunder10CFR50.59program.SpecificationnowconsidersclosedsystemsasanacceptableinterimpassiveboundaryandismoreconsistentwithStandardTechnicalSpecifications.DefinitionisfoundinTechnicalSpecification4.4.2.2.Eliminatedredundantdiscussionofleakageacceptancecriteria.Notechnicalchange.SpecificationnowconsistentwithGenericletter91-08.Mini-purgevalveshavebeeninstalledsospecificationisconsideredeffective.Notechnicalchange.Notechnicalchange.Clarificationof"isolationboundary"providesconsistencywithUFSARTable6.2-15.Notechnicalchange.

AttachmentPPago2of3ChangesTechnicalSpecificationChangesEffectRevisedactionstatementofTechnicalSpecification3.8.1sectiona.RevisedactionstatementofTechnicalSpecification3.8.3.RevisedbasesforTechnicalSpecification3.8.Added"Pt"andnecessarydefinitionstoTechnicalSpecification4.4.1.4sectiona.Addedtothedefinitionof"Lt"inTechnicalSpecification4.4.1.4sectionb.Addeddefinitionof"Pa"and"Lam"toTechnicalSpecification4.4.1.4.Addedsteamgeneratorinspection/maintenancepenetrationtoTechnicalSpecification4.4.1.5sectiona(ii).RevisedfirstlineofTechnicalSpecification4.4.1.5,sectiona(ii).Clarificationonly.SpecificationnowconsistentwithStandardTechnicalSpecifications.Notechnicalchange.Specificationnowspecificallyaddressesaffectedcontainmentpenetrations.Notechnicalchange.BasesarenowconsistentwithStandardTechnicalSpecificationsandsupportchangesto3.8.1sectionaand3.8.3.Additionof"Pt"definitionprovidesclarificationoftestingtypeconsistentwith10CFR50,AppendixJ.Alltermsin4.4.1.4,sectionaarenowfullydefined.Notechnicalchange.Additionof"Lt"definitionprovidesclarificationconsistentwith10CFR50,AppendixJ.Alltermsin4.4.1.4,sectionbarenowfullydefined.Notechnicalchange.Additionof"Pa"and"Lam"providesclarificationconsistentwith10CFR50,AppendixJ.Alltermsin4.4.1.4nowfullydefined.Notechnicalchange.Additionofthispenetrationprovides,testingcriteriasimilartotheequipmenthatchandcontainmentairlocks.Minorclarificationonly.Notechnicalchange.

AttachmentFPage3of3ChangesTechnicalSpecificationChangesEffect17.18.19.20.21.22.23.RevisedacceptancecriteriaprovidedinTechnicalSpecification4.4.2.2Replaced"isolationvalve"with"isolationboundary"inTechnicalSpecification4.4.2.3andtheBasesforsection4.4.RemovednotesassociatedwithTechnicalSpecification4.4.2.4sectiona.Also,deletedreferencetosectiond.Addedsteamgeneratorinspection/maintenancepenetrationtoTechnicalSpecification4.4.2.4sectionb.RemovedTechnicalSpecification4.4.2.4sectiondandassociatednote.RevisedstatementforTechnicalSpecification4.4.5.1.RevisedstatementforTechnicalSpecification4.4.6.2.Clarificationonly.Notechnicalchange.Minorclarificationonly.SpecificationandbasesarenowconsistentwiththerevisedTechnicalSpecification3.6.3.Mini-purgevalveshavebeeninstalledsospecificationisconsideredeffective.SectiondwillberemovedfromTechnicalSpecificationswiththisamendment.Additionofthispenetrationprovidestestingcriteriasimilartotheequipmenthatchandcontainmentairlocks.Blindflangeshavebeeninstalledsospecificationisconsideredeffective.Notechnicalchange.SpecificationnowconsistentwithStandardTechnicalSpecifications.SpecificationnowconsistentwithStandardTechnicalSpecifications.

3.6ContainmentSstemAlicabilitAppliestotheintegrityofreactorcontainment.Todefinetheoperatingstatusofthereactorcontainmentforplantoperation.Secification:3.6.1ContainmentInterita~Exceptasallowedby3.6.3,containmentintegrityshallnotbeviolatedunlessthereactorisinthecoldshutdowncondition.g>'j:;:'.;jCX'osedpp;;.',VO3VpSpjNSyjggi8op"'neddy";:,":);.,:.oxi,'::,,'.:,:;";,~";o'cia;::n:x'8~57!AOLv8'$,",'con'cx!0~3'~b.Thecontainmentintegrityshallnotbeviolatedwhenthereactorvesselheadisremovedunlesstheboronconcentrationisgreaterthan2000ppm.c~Positivereactivitychangesshallnotbemadebyroddrivemotionorborondilutionwheneverthecontainmentintegrityisnotintactunlesstheboronconcentrationisgreaterthan2000ppm.3.6.2InternalPressureIftheinternalpressureexceeds1psigortheinternalvacuumexceeds2.0psig,theconditionshallbecorrectedwithin24hoursorthereactorrenderedsubcritical.AmendmentNo.3.6-1Proposed

3.6.3ContainmentIsolation-VakveeF~SoQda~kes3.6.3.1Withepee-aao~aj'oontai::one'nc,',,:.i~'~olati~oPjbon'nclsgf::;:.,~iinaperab1l'eFfox>OsniytOraa'Or'e'i'!O'On:,,':a';'nJa'e'nr'"lip'a'n'etr'i"':O'ne'j'iteria~b.Restoretba'ilia'a'Obinoperable,';:.':.;b'ygjd~y:toeperahke~OPEHABG'8statuswithin4hours,oxIsolateeachaffectedpenetrationwithin4hoursbyuseofatleastonedeactivatedautomaticvalvesecuredintheisolation~osition,ihO+j'iici'i8laanxail~v8'ivy!,:0'iixii,a!.;:".blin'R!'i!gianqsgorc~d.4:-large-,"::::;Verifj,i:tb,pgopaeratigl4ty~;,:,:::!oi:::.::':;o'o'sel::,':;"syipema"':::"-":-"::::':-i"'::i'i:a::--.'-:::::::ll::::::,:-::-"li5':::::'-:-"-'"-;"'-:'::i-Jt"::--"e:-*":::::isBeinatleasthotshutdownwithinthenext6hoursandincoldshutdownwithinthefollowing30hours.3.6.4CombustibleGasControl3.6.4.13.6.4.2Whenthereactoriscritical,at,leasttwoindependentcontainmenthydrogenmonitorsshallbeoperable.OneofthemonitorsmaybethePostAccidentSamplingSystem.Withonlyonehydrogenmonitoroperable,restoreasecondmonitortooperablestatuswithin30daysorbeinatleasthotshutdownwithinthenext6hours.3.6.4.3Withnohydrogenmonitorsoperable,restoreatleastonemonitortooperablestatuswithin72hoursorbeatleasthotshutdownwithinthenext6hours.3.6s5ContainmentMini-PureWheneverthecontainmentintegrityisrequired,emphasiswillbeplacedonlimitingallpurgingandventingtimestoaslowasachievable.Themini-purgeisolationvalveswillremainclosedtothemaximumextentpracticablebutmaybeopenforpressurecontrol,forALARA,forrespirableairqualityconsiderationsforpersonnelentry,forsurveillanceteststhatmayrequirethevalvetobeopenorothersafetyrelatedreasons.AmendmentNo.P,gP3.6-2Proposed

AmendmentNo-9rP3.6-2Proposed

,+,I*~10lt'>o~lir Basis:Thereactorcoolantsystemconditionsofcoldshutdownassurethatnosteamwillbeformedandhencetherewouldbenopressurebuildupinthecontainmentifthereactorcoolantsystemruptures.Theshutdownmarginsareselectedbasedonthetypeofactivitiesthatarebeingcarriedout.The(2000ppm)boronconcentrationprovidesshutdownmarginwhichprecludescriticalityunderanycircumstances.Whenthereactorheadisnottoberemoved,acoldshutdownmarginof14~k/kprecludescriticalityinanyoccurrence.Regardinginternalpressurelimitations,thecontainmentdesignpressureof60psigwouldnotbeexceedediftheinternalpressurebeforeamajorsteambreakaccidentwereasmuchas1psig."Thecontainmentisdesignedtowithstandaninternalvacuumof2.5psig.The2.0psigvacuumisspecifiedasanoperatinglimittoavoidanydifficultieswithmotorcooling.'.4:W~iii(!,,47,:AmendmentNo.3.6-3Proposed

References:

(1)WestinghouseAnalysis,"ReportfortheBASTConcentrationReductionforR.E.Ginna",August1985p)gpQRi)i5!%pep'phyla:.(2)UFSAR-Section6.2.1.4L(:8';)::;;:p~GPSA'Ri:i:.Tibia,p6','::::2.'.:,'-:.:153.6-3aProposed 3.8REFUELINGAlicabilitAppliestooperatinglimitationsduringrefuelingoperations.3.8.1ToensurethatnoincidentcouldoccurduringrefuelingoperationsthatwouldaffectpublichealthandsafetySecificationDuringrefuelingoperationsthefollowingconditionsshallbesatisfied.a~~~z~~~+,.~~~+~~x+t~wyng+~~vox+w~<<..g~fl~gxccRwc~~~+Pg~j~>l~st'at~ue::.:jL~~g;,::,',<~iTh'eppgixiymei5~ha5ch::::;aliall~!bsefsi,'n~plaei:::;:::yah:;::i8,:::::,illglAPW';,,if:,:::,"-::,'--:.,:::,'--'-:,Bit,,-"::,i4':::.,4hiiy~@!i':--::"::":m'eg~y&RPoxcE~>&'h~+xoPxco~+.xc~t~,.NhccQ~>~~y0$~~~7dw+'~PPx'ttt'too&5PY.,~Y+Ao?Po&x'./ha',y!iqiita4'nmianKi'..;::::;::ytmo'+phagia-;:,itii;"'j~eg~,:,ou>sjd~~~~@o~%~hp~k~~sh~aL~~be~e"~~KT"-"'Wi'CLCi886~hj":::::~"'S~n"":X~5i'8tiSIY""v8;3;vb"':':.811%8"tl:~i:-:::::::::::::-;:::::;,:.1!",,-::;::,:,::;:::,AmendmentNo.g,g.g3.8-1Proposed b.c~-"IK,::::,:;--,:::::,::,::,-~.,:,:1,,-",;:"-;,:::,;,F,-;:::,,,:,,:QfIigainagi~a:'-.:Ship3owri::;!'.:W,,:iqe':::ai~RiKi.;::;:::1%iqa~i:lyg;.Radiationlevelsinthecontainmentshallbemonitoredcontinuously.Coresubcriticalneutronfluxshallbecontinuouslymonitoredbyatleasttwosourcerangeneutronmonitors,eachwithcontinuousvisualindicationinthecontrolroomandonewithaudibleindicationinthecontainmentandcontrolroomavailablewhenevercoregeometryisbeingchanged.WhencoregeometryisnotbeingchangedatAmendmentNo.g,ggProposed 3.8.23.8.3flange.Ifthisconditionisnotmet,alloperationsinvolvingmovementoffuelorcontrolrodsinthereactorvesselshallbesuspended.Ifanyofthespecifiedlimitingconditionsforrefuelingisnotmet,refuelingofthereactorshallcease;workshallbeinitiatedtocorrecttheviolatedconditionssothatthespecifiedlimitsaremet;nooperationswhichmayincreasethereactivityofthecoreshallbemade.Iftheconditionsof3.8.1.darenotmet,theninadditiontotherequirementsof3.8.2,Q.8'oil'ilt'QthaF5hnt8~ova,';.3?uzcga':-:;kapcti!MipiPPutqa:,:':,:pa~pa:i,'atfnnawithin4hours.Basis:TheequipmentandgeneralprocedurestobeutilizedduringrefuelingarediscussedinthegFSAR.Detailedinstructions,theabovespecifiedprecautions,andthedesignofthefuelhandlingequipmentincorporating'uilt-ininterlocksandsafetyfeatures,provideassurancethatnoincidentcouldoccurduringtherefuelingoperationsthatwouldresultinahazard3.8-3Proposed F4I~

providedontheliftinghoisttopreventmovementofmorethanonefuelassemblyatatime.Thespentfueltransfermechanismcanaccommodateonlyonefuelassemblyatatime.Xnaddition,interlocksontheauxiliarybuildingcranewillpreventthetrolleyfrombeingmovedoverstoredrackscontainingspentfuel.Theoperabilityrequirementsforresidualheatremovalloopswillensureadequateheatremovalwhileintherefuelingmode.Therequirementfor23feetofwaterabovethereactorvesselflangewhilehandlingfuelandfuelcomponentsincontainmentisconsistentwiththeassumptionsofthefuelhandlingaccidentanalysis.Theanalysis~~~~forafuelhandlingaccidentinsidecontainmentestablishesacceptableoffsitelimitingdosesfollowingruptureofallrodsofanassemblyoperatedatpeakpower.Nocreditistakenforcontainmentisolationoreffluentfiltrationpriortorelease.Requiringclosureofpenetrations:hsVSe"-ma!~i!i'--"-i!'4.--:i-ee---"Eiiit--0"',--i!lit'!4h"OVCSXde"",:",:.age'O'Sgh8deestablishesadditionalmarginforthefuelhandlingaccidentandestablishesaseismicenvelopetoprotectagainstseismiceventsduringrefueling.P~:,::j::;1ipgei8+~ai:;<@:<!~i:,esegurge:::~~vilvelaiu&lx%pl~iiiger,:;::~%vcsoFataciÃ>valvi.:ti;:ijul,.;opHRKiiEsws'"":,:::::,::::.":::,::::::.:::'"e'eii!i!w,::::::.-,"t,::j(-,-:)i!i:,'::,.-,:-(:::::::::i:::::-.'::::;*,pÃautcma&icgll~y!:::::i's'alated~<ibjRLgŽ:,o:.:..L;~818:,.,:~%Pen'et:px',ovine:::4'i~ii,,it;:,~~jjePPli::::,:":ii,.::-,-,-",:---:::;*:::;::;,'-",,*,:y,,::,:,:"'l,e::;::.;:-;:-:~i'!,,:---;::-:-::::::,,-,-,,::,-,-,g:-,,::.':epresarses,::;:s~fgggpgh'mendmentNo.g3.8-5Proposed I1~~

References(1)(2)(3)tli:?",'d!::::,:::::0,',:::t,-::!:::::::::::~4!%!"It:::::,:-4)::::,-l,'.l:0::,a.g,i!!IReloadTransientSafetyReport,Cycle14.~UPBEAR':;"..seehge$g;9;:5~F7~!:9';:Pp3.8-6Proposed

b.Thelocalleakagerateshallbemeasuredforeachofthefollowingcomponents:~~lie3.i3.3.VevContainmentpenetrationsthatemployresilientseals,gaskets,orsealantcompounds,pipingpenetrationswithexpansionbellowsandelectricalpenetrationswithflexiblemetalsealassemblies.Airlockandequipmentdoorseals.Fueltransfertube.Isolationvalvesonthetestablefluidsystemslinespenetratingthecontainment.Othercontainmentcomponents,whichrequireleakrepairinordertomeettheacceptancecriterionforanyintegratedleakageratetest.4.4.2.2AccetanceCriterion'ct,"""'1F-%"'dareQ!'.::'inoperable,::!if'r'osis.",:;,:::::;:,:,:a:&silage~>i";ihiiiidp:',ax'ntA'sheii<",s,-B-,e',-:,"Wl:,lt,-:.;::"-%!e::,-:i~R::".:i;::::-ga5a~X'j':,:Xeak8gePaf~3a1l~lhoun'da'x'::.,le'smm3':s'(q'red~'44.4.2s3CorrectiveActionIfatanytimeitisdeterminedthat.thetotalleakagefromallpenetrationsandisolationvaBreehcnTTdariegexceeds0.60La,repairsshallbeinitiatedimmediately.4.4-6Proposed b.Ifrepairsarenotcompletedandconformancetotheacceptancecriterionof4.4.2.2isnotdemonstratedc~within48hours,thereactorshallbeshutdownanddepressurizeduntilrepairsareeffectedandthelocalleakagemeetstheacceptancecriterion.Ifitisdeterminedthattheleakagethroughamini-purgesupplyandexhaustlineisgreaterthan0.05Laanengineeringevaluationshallbeperformedandplansforcorrectiveactiondeveloped.4.4.2.4TestFreuenca~below,individualpenetrationsandcontainmentisolationvalvesshallbetestedduringeachreactorshutdownforrefueling,orotherconvenientintervals,butinnocaseatintervalsgreaterthantwoyears.~b.Thecontainmentequipmenthatch,fueltransfertube~xgtseemi!iy,,:gene'xgfoi!:::ji::':;,-:,in-'i,,p'eigkci'irma'i,:ii'tiananPepen'eWrpFion,andshutdownpurgesystemflangesshallbetestedateachrefuelingshutdownoraftereachuse,ifthatbesooner.AmendmentNo.4.4-7Proposed II,~"~4~

c~Thecontainmentairlocksshallbetestedatintervalsofnomorethansixmonthsbypressurizingthespacebetweentheairlockdoors.Inaddition,followingopeningoftheairlockdoorduringtheinterval,atestshallbeperformedbypressurizingbetweenthedualsealsofeachdooropened,within48hoursoftheopening,unlessthereactorwasinthecoldshutdownconditionatthetimeoftheopeningorhasbeensubsequentlybroughttothecoldshutdowncondition.Atestshallalsobeperformedbypressurizingbetweenthedualsealsofeachdoorwithin48hoursofleavingthecoldshutdowncondition,unlessthedoorshavenotbeenopensincethelasttestperformedeitherbypressurizingthespacebetweentheairlockdoorsorbypressurizingbetweenthedualdoorseals.Amendment,No.g,P4.4-8Proposed AmendmentNo.gP4.4-8Proposed JM!'

4.4.4.2thetendoncontaining6brokenwires)shallbeinspected.Theacceptedcriterionthenshallbenomorethan4brokenwiresinanyoftheadditional4tendons.Ifthiscriterionisnotsatisfied,allofthetendonsshallbeinspectedandifmorethan54ofthetotalwiresarebroken,thereactorshallbeshutdownanddepressurized.Pre-StressConfirmationTesta~b.Lift-offtestsshallbeperformedonthe14tendonsidentifiedin4.4.4.laabove,attheintervalsspecifiedin4.4.4.1b.Iftheaveragestressinthe14tendonscheckedislessthan144,000psi(604ofultimatestress),alltendonsshallbecheckedforstressandretensioned,ifnecessary,toastressof144,000psi.Beforereseatingatendon,additionalstress(64)shallbeimposedtoverifytheabilityofthetendontosustaintheaddedstressappliedduringaccidentconditions.4.4.5ContainmentIsolationValves4.4.5.14.4.6Eachcomma'a%ment')isolationvalve~,::.:,,:::.,',,t!mme'ccordancewiththeGinnaStationPumpan8ValveTestprogramsubmittedinaccordancewith10CFR50.55a.ContainmentIsolationResonse4.4.6.14.4.6.2EachcontainmentisolationinstrumentationchannelshallbedemonstratedOPERABLEbytheperformanceoftheCHANNELCHECK,CHANNELCALIBRATION,andCHANNELFUNCTIONALTESToperationsfortheMODESandatthefrequenciesshowninTable4.1-1.TheILespons'e,::.'-.,:,timeof"'achN-thecontainmentisolationvalve,,shallbedemonstratedtobewithin4heg4'Cslimitatleastonceper18months.TheresponsetimeincludesonlythevalveAmendment.No.P,ggProposed sar.I TheSpecificationalsoallowsforpossibledeteriorationoftheleakagerateb'etweentests,byrequiringthatthetotalmeasuredleakageratebeonly754ofthemaximumallowableleakagerate.ThedurationandmethodsfortheintegratedleakageratetestestablishedbyANSIN45.4-1972provideaminimumlevelofaccuracyandallowfordailycyclicvariationintemperatureandthermalradiation.Thefrequencyoftheintegratedleakageratetestiskeyedtotherefuelingscheduleforthereactor,becausethesetestscanbest,beperformedduringrefuelingshutdowns.Refuelingshutdownsarescheduledatapproximatelyoneyearintervals.Thespecifiedfrequencyofintegratedleakageratetestsisbasedonthreemajorconsiderations.Firstisthelowprobabilityofleaksintheliner,becauseof(a)theuseofweldchannelstotesttheleaktightnessoftheweldsduringerection,(b)conformanceofthecompletecontainmenttoa0.14perdayleakrateat60psigduringpreoperationaltesting,and(c)absenceofanysignificantstressesinthelinerduringreactoroperation.Secondisthemorefrequenttesting,atthefullaccidentpressure,ofthoseportionsofthecontainmentenvelopethataremostlikelytodevelopleaksduringreactoroperation(penetrationsandisolationvalves)andthelowvalue(0.60La)ofthetotalleakagethatisspecifiedasacceptableThirdisthetendonstresssurveillanceprogram,whichprovidesassurancethananimportantpartofthestructuralintegrityofthecontainmentismaintained.4.4-13Proposed Thebasisforspecificationofatotalleakageof0.60Lafrompenetrationsandisolationvakvee<5'ogA~iiiegisthatonlyaportionoftheallowableintegratedleakagerateshouldbefromthosesourcesinordertoprovideassurancethattheintegratedleakageratewouldremainwithinthespecifiedlimitsduringtheintervalsbetweenintegratedleakageratetests.Becausemostleakageduringanintegratedleakratetestoccursthoughpenetrationsandisolationvalves,andbecauseformostpenetrationsandisolationvalvesasmallerleakageratewouldresultfromanintegratedleaktestthanfromalocaltest,adequateassuranceofmaintainingtheintegratedleakageratewithinthespecifiedlimitsisprovided.ThelimitingleakageratesfromtheRecirculationHeatRemovalSystemsarejudgementvaluesbasedprimarilyonassuringthatthecomponentscouldoperatewithoutmechanicalfailureforaperiodontheorderof200daysafteradesignbasisaccident.Thetest4.4-14Proposed a,P'r Thepre-stressconfirmationtest.providesadirectmeasureoftheload-carryingcapabilityofthetendon.Ifthesurveillanceprogramindicatesbyextensivewirebreakageortendonstressrelationthatthepre-stressingtendonsarenotbehavingasexpected,thesituationwillbeevaluatedimmediately.Thespecifiedacceptancecriteriaaresuchastoalertattentiontothesituationwellbeforethetendonload-carryingcapabilitywoulddeterioratetoapointthatfailureduringadesignbasisaccidentmightbepossible.Thusthecauseoftheincipientdeteriorationcouldbeevaluatedandcorrectiveactionstudiedwithoutneedtoshutdownthereactor.Thecontainmentisprovidedwithtworeadilyremovabletendonsthatmightbeusefultosuchastudy.Inaddition,thereare40tendons,eachcontainingaremovablewirewhichwillbeusedtomonitorforpossiblecorrosioneffects.OperabilityofthecontainmentisolationvakveeKbogq'4yx'if'nsuresthatthecontainmentatmospherewillbeisolatedfromtheoutsideenvironmentintheeventofareleaseofradioactivematerialtothecontainmentatmosphereorpressurizationofthecontainment.PerformanceofcclingtestsandverificationofisolationtimesAppendixJto10CFR50isaddressedunderlocalleaktestingrequirements.

References:

(2)(3)(4)(5)(6)FSARPage5.1.2-28(7)North-American-RockwellReport550-x-32,ReliabilityHandbook,February1963.Autonetics(8)FSARPage5.1-284.4-17Proposed