ML17255A768

QA Manual App B, Inservice Insp Program for 1980-1989 Interval.

ML17255A768
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Site:	Ginna
Issue date:	04/03/1984
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QUALITYASSURANCE MANUALGINNASTATIONREV.4252APAGE1DF22ROCHESTER GAS6ELECTRICCORPORATION

~kril11984SIGNATURE DATETITLE:APPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalPREPAREDBYDUALITYASSURANCE REVIEWAPPROVEDBY:e.II~~nr'gProramTableofContentsIntroduction:

Program:Discussion ISI1.0ScopeandResponsibility ISI2.0Inspection Intervals ISI3.0ExtentandFrequency ISI4.0Examination MethodsISI5.0Evaluation ofExamination Results

References:

Tables:ISI6.0RepairRequirements ISI7.0SystemPressureTestingISI8.0RecordsandReportsISZ9.0Exemptions ISI1.1QualityGroupAComponents, Parts.andMethodofExamination ISI1.2QualityGroupBComponents, PartsandMethodofExamination Attachment A-QualityGroupsA,B,andCExemptions 8404i70i9i 8404iiPDRADOCK050002448PDR QUALITYASSURANCE MANUALGXNNASTATIONTITLEAPPENDIXBGinnaStationXnservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/844252CPAGE222INTRODUCTION AppendixBofthisQualityAssurance Manualdescribes Ginna'sXnservice Xnspection Programforthe120monthinspection intervalcommencing January1,-1980andendingDecember31,1989.Includedinthisprogramarethefollowing portionsofsystemsand/orcomponents:

QualityGroupAComponents QualityGroupBComponents QualityGroupCComponents HighEnergyPipingOutsideofContainment SteamGenerator TubingReactorCoolantPumpFlywheels Following theguidanceofReference 1,SectionXIoftheCode,Ginna'sInservice Inspection Programadherestothere-quirements ofSection50.55aoftheCodeofFederalRegulations, Reference 2.Thisprogram,however,excludesthecontrolsoftheAuthorized NuclearInspector, Enforcement Authority, Re-portingSystems,andN-StampSymbol.TheInservice Inspection ProgramforQualityGroupsA,BandCcomponents, asdefinedinRegulatory Guide1.26,Refer-ence3,iscontrolled byGinna'sQualityAssurance ProgramforStationOperation.

Thissameprogramwhichisalsoincompliance withthereferenced SectionZI,providesthemostacceptable guidelines andlatesttechniques currently beingutilizedintheperformance ofaninservice inspection.

RepairstoQualityGroupsA,BandCcomponents shallbeperformed inaccordance withtheOwner'sDesignSpecification andConstruction Codeofthecomponent orsystem.LatereditionsoftheConstruction CodeorASMESectionIII,eitherinitsentiretyorportionsthereof,canalsobeused.Ifrepairweldingcannotbeperformed inaccordance withtheserequirements, thenArticle4000ofReference 11willbeused.Asindicated inRochester GasandElectxic's report,Reference 4,andAugmented Inservice Inspection Programfor.highenergypipingoutsideofcontainment hasbeenes-tablished.

Theinspection programprovidesforvolumetric examination onallcircumferential buttweldssituatedatdesignbreaklocations oratdiscontinuity locations whereprobablefailurecouldoccur.Surveillance of,thesewelds QUALITYASSURANCE MANUALGINNASTATIONTITLEAPPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE3pF22candetectmaterialchangesinadvanceofapotential failure,therebyassuringthatthedesignbasisorconsequential mainsteamorfeedwater breakwillnotoccur.TheInservice Inspection Programforsteamgenerator tubeswasdeveloped tomeettheguidanceofReference 5.At,regularintervals, tubeswithineachlegofthesteamgenerator areexaminedandevaluated foracceptable tubewallthickness.

TheInservice Inspection Programforreactorcoolantpumpflywheels wasdeveloped tomeettheguidanceofReference 12.Attheintervals suggested, thereactorcoolantpumpflywheelwillbeexaminedbyeitherthevolumetric orsurfaceexami-nationmethod,andevaluated tothespecified acceptance criteria.

Identification isgiveninSection9.0ofGinna'sInservice Inspection Programforthoseareaswhichdeviatefromtherequirements ofReference 1.Whereapplicable, currently approvededitionandaddendasofSectionXIwillbeutilizedforclarification andguidance.

ItistheintentofRochester GasandElectricCorporation tocontinually applyappropriate changesintheCodewhichimprovestheoverallqualityofGinna'stotalInservice Inspection Program.PROGRAMISI1.0ScoeandResonsibilit Components ofQualityGroupsAandBarelistedinTablesISI-1.1and1.2,respectively.

QualityGroupCcomponents areidentified inAppendixAofGinna'sQualityAssurance Manual.Thespecificcomponents tobeexaminedforeachQualityGroupshallbedefinedintheExamination Plansbytitleand/ornumber.1.2TheInservice Inspection Programforhighenergypipingoutsideofcontainment consistsofmainsteamandfeedwater pipingweldsisdetailedintheExamination PlanforHighEnergyPiping.

QUALITYASSURANCE MANUALGINNASTATIONTITLE:APPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGEpF221.31.4TheInservice Inspection Programforsteamgenerator tubes,whichisoutlinedinthisprogram,wasdeveloped totheguidanceprovidedinReference 5,isdetailedinGinna'sstationprocedures.

TheInservice Inspection Programforreactorcoolantpumpflywheels, whichisoutlinedinthisprogram,wasdeveloped totheguidanceprovidedinReference 12,isdetailedinGinna'sstationprocedures.

ISI2.0InsectionIntervals 2.1Theinservice inspection (ISI)intervals forQualityGroupAcomponents shallbetenyearintervals ofservicecommencing January1,1970.ThisprogramdefinestheISIrequirements forthesecondintervalforQualityGroupAcomponents.

Thetenyearexamination planshalldescribethedistribution ofexaminations withintheinspection intervalinaccordance withIWB-2400ofReference 1.2~2Theinservice inspection intervals forQualityGroupBcomponents shallbetenyearintervals ofservicebeginning onMay1,1973,January1,1980,1990and2000,respectively.

ThisprogramdefinestheISIrequirements forthesecondintervalforQualityGroupBcomponents.

Thetenyearexamination planshalldescribethedistri-butionofexaminations withintheinspection intervalinaccordance withIWC-2400ofReference 1.2.3Theinservice inspection intervals forQualityGroupCcomponents shallbetenyearintervals ofservicebeginning onMay1,1973,Januarylg1980,1990and2000,respectively.

ThisprogramdefinestheISIrequirements forthesecondintervalQualityGroupCcomponents.

Thetenyearexamination planshalldescribethedistri-butionofexaminations withintheinspection intervalinaccordance withIWD-2400ofReference

1.

QUALITYASSURANCE MANUALGINNASTATIONTITLEAPPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalPAGE522OFDATE04/01/842.4Theinservice inspection intervals forthehighenergypipingoutsideofcontainment shallbetenyearintervals ofservicebeginning May1,1973,January1,1980,1990and2000,respectively.

Thetenyearexamination planshalldescribethedistribution ofexaminations withintheinspection intervalinaccordance withtherequirements ofReference 4.2.5Theinservice inspection intervals fortheexami-nationofsteamgenerator tubesshallnotbemorethan24months.However,ifoveranominal2yearperiod(e.g.,twonormalfuelcycles)atleast2examinations oftheseparatelegsresultinlessthan10%ofthetubeswithdetectable wallpenetration (20%)andnosignificant (10%)furtherpenetration oftubeswithpreviousindications, theinspection intervaloftheindividual legsmaybeextendedtoonceevery40months.2.6Aspermitted byIWA-2400ofReference 1,theinservice inspection intervalforQualityGroupsA,BandCandhighenergypipingoutsidecon-tainmentmaybeextendedasnecessary.

2.7Theinservice inspection intervals forthereactorcoolantpumpflywheelshallbeapproximately 10yearintervals ofservicecommencing onJanuary1,1970.Forareasofhighstressconcentration attheboreandkeyway,areducedintervalofapproximately 3yearsshallbeapplied.Thetenyearexamination planshalldescribethedistri-butionofexaminations withintheinspection intervalinaccordance withtherequirements ofReference 12.ISI3.0ExtentandFreuenc3.1QualityGroupAcomponents, aslistedinTableISI-1.1shallbeexaminedtotheextentandfrequency asrequiredinTableIWB-2500ofRefer-ence1.

QUALITYASSURANCE MANUALGXNNASTATIONTITLE:APPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 XntervalDATE04/01/84PAGE6DF223.2QualityGroupBcomponents, aslistedinTableXSI-1.2,shallbeexaminedtotheextentandfrequency asrequiredinIWC-2400andTableIWC-2500ofReference 1.3.3QualityGroupCcomponents asdescribed inthetenyearexamination planshallbeexaminedtotheextentandfrequency requiredinIWD-2400andIWD-2600ofReference 1.3.4Highenergypipingweldsoutsideofcontainment shallbeexaminedtothefollowing extentandfrequency:

3.4.1Duringeachperiodofthefirstinspection inter-val,allweldsatdesignbreaklocations andone-thirdofallweldsatlocations whereaweldfailurewouldresultinunacceptable consequences, willbevolumetrically examined.

3.4.2Duringeachperiodofsucceeding intervals, one-thirdofallweldsatdesignbreaklocations andone-third ofallweldsatlocations whereaweldfailurewouldresultinunacceptable consequences, shallbevolumetrically examined.

3.5Theextentandselection ofsteamgenerator tubeexaminations shallbeasdescribed inSectionsC.4andC.5ofReference 5,withtheinterpretation thatexamination inalegofallpreviously defective tubes(20%detectable wallpenetration) anduptoamaximumoftwohundredpreviously defect-free tubes(20%detectable wallpene-tration)isdeemedsufficient inmeetingtherequirements ofReference 5.3.5.13.5.2Intheeventaprimarytosecondary leakexceedstechnical specification limit,alimitednumberoftubesshallbeexaminedatthenextrefueling outage.Intheeventofaseismicoccurance greaterthanthatforwhichtheplantisdesignedtocontinueoperation, Reference 6,aspecialexamination ofalimitednumberoftubesshallbeconducted.

QUALITYASSURANCE MANUALGINNASTATIONTITLE:APPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE7F223.5.3Intheeventofamajorsteamlineorfeedwater linebreak,oraloss-of-coolant accident(LOCA)whichimposesasignificant pressuretransient onthesteamgenerators andrequiresactuation oftheengineered safe-guards, aspecial,exami-nationofalimitednumberoftubesshallbeconducted.

3.6ISI4.0Thereactorcoolantpumpflywheel, listedinTableISI-1.1,shallbeexaminedtotheextentandfrequency asrequiredinReference 12.Examination Methods4.1QualityGroupsAandBcomponents shallbeexaminedbytherequiredvisual,surfaceorvolumetric methods.Theseexaminations shallincludeoneoracombination ofthefollowing:

visual,liquidpenetrant, magneticparticle/

ultrasonic, eddy-current orradiographic exami-nation..Thesemethods,shallasaminimum,beinaccordance withtherulesofIWA-2000ofReference 1.4.1.1Ultrasonic examinations shallbeperformed inaccordance withthefollowing:

4.1.1.1Forferriticvesselswithwallthickness of2-1/2inchesorgreater,anultrasonic examination shallbeconducted inaccordance withtherulesofAppendixIofReference 1.4.1.1.2Forferriticpipingsystems,anultrasonic exami-nationshallbeconducted inaccordance withtherulesofAppendixIIIofReference 7.4.1.1.3Forcomponents otherthanthoselistedin4.1.1.1and4.1.1.2,anultrasonic examination shallbeconducted inaccordance withtherulesofArticle5ofReference 8.4;1.1.4Allindications whichproducearesponsegreaterthan50%ofthereference levelshallberecorded.

QUALITYASSURANCE MANUALGINNA,STATION TITLEAPPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE8DP224.1.1.5Allindications whichproducearesponse100%ofthereference levelshallbeinvestigated totheextentthattheoperatorcanevaluatetheshape,identity, andlocationofallsuchre-flectorsintermsoftheacceptance/rejection standards ofIWA-3100(b)ofReference 1.Thelengthofreflectors shallbemeasuredbetweenpointswhichgiveamplitudes equalto100%ofthereference level.4.2QualityGroupCcomponents shallbevisuallyexaminedforleakageduringasystempressuretestinaccordance withIWA-2200ofReference 11.Supports'nd hangersshallbevisuallyinspected inaccordance wtihIWD-2600ofReference 1.4.34'Highenergypipingweldsoutsideofcontainment shallberadiographically examined.

Steamgenerator tubesshallbeexaminedbyavolumetric method(e.g.eddycurrent)oral-ternative methodwhichisacceptable.

4.5Reactor,coolantpumpflywheels shallbeexaminedbytherequiredsurfaceandvolumetric methods,inaccordance withtherequirements ofXWA-2200ofReference 1.ISI5.0Evaluation ofExamination Results5.1Theevaluation ofnondestructive examination resultsshallbeinaccordance withArticleIWB-3000ofReference 1.Allreportable indi-cationsshallbesubjecttocomparison with'reviousdatatoaidinitscharacterization andindetermining itsorigin.5.25.2.1QualityGroupBComponents Theevaluation ofnondestructive examination re-sultsshallbeinaccordance withArticleXWC-3000ofReference 1.Allreportable indications shallbesubjecttocomparison withpreviousdatatoaidinitscharacterization andindetermining itsorigin.5.3QualityGroupCComponents QUALITYASSURANCE MANUALGINNASTATIONTITLE:APPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE9pp225.3.15.4Theevaluation ofthevisualexamination resultsshallbeinaccordance withArticleIWA-5000ofReference 1forhangersandsupportsandReference 11forpressuretests.HighEnergyPiping5.4.1Theevaluation ofnondestructive examination resultsshallbeinaccordance withReference 9.5.5Indications thatwererecordedinpreviouspre-serviceorinservice inspections andwhichwerenotcharacterized aspropagating flawsareacceptable forcontinued service.5.6Theevaluation ofanycorrodedareashallbeperformed inaccordance withArticleIWA-5000ofReference 11.5.7SteamGenerator TubesandTubeSleeveCombinations 5.7.15.7.1.1RepairSteamgenerator tubesthathaveimperfections greaterthan40%throughwall,asindicated byeddycurrent,shallberepairedbypluggingorsleeving.

5.7.1.25.7.25.7.2.1Steamgenerator sleevesthathaveimperfections greaterthan30%throughwall,asindicated byeddycurrent,shallberepairedbyplugging.

Reporting Within15daysfollowing thecompletion oftheevaluation ofeachinservice inspection ofsteamgenerator tubes,thenumberoftubesrequiredby5.7.1abovetobepluggedorsleevedineachsteamgenerator shallbereportedtotheCommis-sioninaSpecialReportpursuanttoTechnical Specification 6.9.3.4.5.7.2.2Thecompleteresultsofthesteamgenerator tubeinservice inspection shallbesubmitted tothe QUALITYASSURANCE MANUALGINNASTATIONTITLEAPPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE10pp22Commission inaSpecialReportpursuanttoTech-nicalSpecification 6.9.3.4within12monthsfollowing thecompletion oftheinspection.

ThisSpecialReportshallinclude:1.Numberandextentoftubesinspected.

2.Locationandpercentofwall-thickness penetration foreachindication ofanimperfection.3.Identification oftubespluggedorsleeved.5.7.2.3Ifthenumberoftubesinagenerator fallingintocategories (a)or(b)belowexceedsthecriteria, thenresultsoftheinspection shallbeconsidered aReportable Eventpursuantto10CFR50.73.Awrittenfollowupreportshallprovideadescription ofinvestigations conducted todetermine thecourseofthetubedegradation andcorrective measurestakentoprecluderecurrence.

Categories (a)and(b)are:(a)Morethan10%ofthetotaltubesinspected aredegraded(imperfections greaterthan20%ofthenominalwallthickness).

However,'previously degradedtubesmustexhibitatleast10%furtherwallpenetration tobeincludedinthiscalculation.

(b)Morethan1%ofthetotaltubesinspected aredegraded(imperfections greaterthantheplugginglimit).ISI6.0ReairReuirements 6.1RepairofQualityGroupsA,BandCcomponents shallbeperformed inaccordance withtheappli-cableSubsections ofReference 11.6.2Examinations associated withrepairsormodifi-cationsshallmeettheapplicable designandinspection Coderequirements asdescribed inthefollowing paragraphs:

QUALITYASSURANCE MANUALGINNASTATIONTITLE:APPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE11DP226.2.1WheneverQualityGroupsA,BorCSystemmodifi-cationsorrepairshavebeenmadewhichinvolvenewstrengthweldsoncomponents greaterthan2inchesdiameter, thenewweldsshallreceivebothsurfaceand100percentvolumetric nondestructive examinations.

6.2.2Wheneversystemmodifications orrepairshavebeenmadewhichinvolvenewstrengthweldsonQualityGroupsA,BorCcomponents of2inchesorless,asurfaceexamination shallbeperformed.

6.3SurfacedefectsinQualityGroupsA,BorCbolts,studs,nutsandligaments mayberemovedbymechanical meansprovidedtheremovalofthatdefectdoesnotalterthebasicconfiguration oftheitem.Bolts,studsandnutsthathavede-fectsthatcannotberemovedbymechanical meansshallbereplaced.

6.46.5Repairofhighenergypipingweldsoutsideofcontainment shallbeperformed inaccordance withtheapplicable Codespecified inReference 11.RepairofSteamGenerator Tubes6.5.16.5.26.6Repairofsteamgenerator tubesthathaveun-acceptable defectsshallbeperformed byusingatubepluggingtechnique orbysleeving.

Preventative sleevingoftubesaspartofapre-ventative maintenance programmayalsobeaccom-plished.Repairofsteamgenerator sleevesthathaveunacceptable defectsshallbeperformed byusingatubepluggingtechnique.

6.7Repairofreactorcoolantpumpflywheelthathaveunacceptable defectsshallbeperformed inaccordance withReference 12.ISI7.0SstemPressureTestin7.1GeneralRequirements 7.1.1Systempressuretestshallbeconducted inaccordance withArticleIWA-5000ofReference

11.

QUALITYASSURANCE MANUALGINNASTATIONTITLEAPPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE12DP227.1.2Repairsofcorrodedareasshallbeperformed inaccordance withSection6.0ofthisprogram.7'QualityGroupAComponents 7.2.1Wheneverthereactorcoolantsystemisclosedafterithasbeenopened,thesystemshallbeleaktestedtotherequirements ofArticleIWB-5000ofReference 11.Temperature andpressurerequirements ofFigure3.1-1,Section3.1ofGinna's"Technical Specifications" shallnotbeexceeded.

7.2.2Atorneartheendofeachinspection

interval, ahydrostatic pressuretest.shallbeperformed onthereactorcoolantsystemcomponents.

Thistestshallbeconducted inaccordance withtherequire-mentsofArticleIWB-5000ofReference 11.Testpressures andtemperatures shallbemaintained foratleastfourhourspriortoperforming thevisualexamination.

Section3.1ofGinna's"Technical Specification" shallnotbeexceeded.

7.37.3.1QualityGroupBComponents At,orneartheendofeachinspection

interval, ahydrostatic pressuretestshallbeperformed onQualityGroupBSystemsandComponents.

Thistestshallbeconducted inaccordance withtherequirements ofArticleIWC-5000ofReference 11.WhenQualityGroupAsystemsandcomponents arealsobeingpressurized, thepressureandtemper-atureshallcomplywiththerequirements ofParagraph 7.2.2ofthisAppendix.

Thistesttemperature andpressureshallbemaintained foratleast10minutespriortotheperformance ofthevisualexamination foruninsulated pipesand4hoursforinsulated pipes.Duringeachperiod,systemsorportionsofsystemsnotrequiredtooperateduringnormalreactoroperation shal'lbepressuretestedinaccordance withIWC5221.Inservice leakagetestsmayalsobeperformed onothersystemsandcomponents whicharenormallyinsexviceonceeachperiod.

QUALITYASSURANCEMANUALGINNASTATIONTITLE:APPENDIXBGinnaStationInservice Inspection ProgramForthe1980-1989 IntervalDATE04/01/84PAGE13QF227.47.'4.1QualityGroupCComponents QualityGroupCcomponents shallhavesystempressuretestinaccordance withArticleIWD-5000ofReference 11.ISI8.0RecordsandReorts8.1Recordsandreportsdeveloped fromthoseexami-nationsperformed inaccordance withthisAppendixshallbemaintained inaccordance withArticleIWA-6000ofReference 11.ISI9.0Exemtions9.1QualityGroupsA,BandCcomponents exemptions areidentified inAttachment AtothisAppendjx.

However,Paragraphs IWB-1220andIWC-1220ofReference 1exemptcertaincomponents fromexami-nations,wherecertainconditions aremet.Theseexemptions willbeappliedtothecomponents listedonTablesISI-1.1and1.2withtheresultthatonlythosenon-exempt components arelistedherein.REFERENCES 1.AmericanSocietyofMechanical Engineers (ASME)BoilerandPressureVesselCode(BGPVC)SectionXI"RulesforInservice Inspection ofNuclearPowerPlantComponents",

1974EditionthroughSummer1975Addenda.2.CodeofFederalRegulations, Title10,Part50,datedJanuary1,1978.3.NuclearRegulatory Commission, Regulatory Guide1.26,Revision1,datedFebruary1976"QualityGroupClassifi-cationsandStandards forWater,Steam,andRadioactive Waste-Containing Components ofNuclearPowerPlants".4.Rochester GasandElectricCorporation Report"EffectsofPostulated PipeBreaksOutsidetheContainment Building",

datedOctober29,1973.

0 QUALITYASSURANCE MANUALGINNASTATIONTITLEAPPENDIXBGinnaStationInservice Inspection

'ProgramForthe1980-1989 IntervalDATE04/01/84PAGE14~pF225.NuclearRegulatory Commission, Regulatory Guide1.83,Revision1,datedJuly1975,"Inservice Inspection ofPressurized WaterReactorSteamGenerator Tubes".6.Ginna'sFinalSafetyAnalysisReport,Section2.9.3.7.ASME,B&PVC,SectionXI,1974EditionthroughSummer-1976Addenda.8.ASME,BEPVC,SectionV,1974EditionthroughSummer1975Addenda.9.USASB31.1.0-1967,"PowerPiping".10.ASME,B&PVC,SectionIII,1974EditionthroughSummer1975Addenda.11.ASME,BSPVCSectionXI,1977EditionthroughSummer1978Addenda.12.NuclearRegulatory Commission, Regulatory Guide1.14,Revision1,datedAugust1975,"ReactorCoolantPumpFlywheelIntegrity".

FXAMINATION CATFGORYITFHTABl.ENo.Idyll-2500 TABLEISI1.1qoALITYCRONPACOMPONFNTS, PARTS,AtN)tlETNODSOFEXAllINATIONCOMPONFtiTS ANDPARTSTODF.F.XAMINF.O METttnnARR3:MNPQM<MtO<M0RBl.lB1.2G1.3G1.4B1.5B-DReactorVesselLongitudinal andcircumferential shallMeldsin.Ccoreregion.Longitudinal andcircurmfetential Meldsinshell(otherthanthoseofCategoryG-AnndB-C)andmeridional and.circumferential beamzeldainbottomheadnndclosurehend(otherthanthoseofCntegoryG-C).Vessel-to-flange andhead-to-flange circumferen-ti.alMelds.PrimArynozzle-to-'vessel zeldaandnozzleinsideting.+olds.

IVesselpenetrations, including controlroddrivenndinstrumentation penetrntions.

IVolumetric Volumetric Volumetric Volumetric Visual(IMA-5000)

H0m88VV-NneQC)HQOUlQlI'0ISM+~QAMcortQNaVrt0VtxfMg0N'o8N80B1.6G6.10G-c-1B6.20G-C-1B6.30B-c-1Nozzle<<to-safe-end Me1ds.Closureheadnuts.Closure'tuds, jnplace.Clonurestuds,Mhenremoved.Volumetric andSurfaceSurfaceVolumettieVolumetric and'urface OOO ITF.Mtto.FXAMItlATIONCATF.GORY TADI.F.Iun-2500TDLEISI.IContd)COMPONFHTS, PARTS,AHnMETttnlis OFEXAMINATION COMPONEtiTS AtlnPARTSTOllF.F.XAlllH1'.0 MF.TllODAHaQ3,'MlOWQO)NRKNtAc,'g~WVRHONH0RB6.40B-C-1.aS.SoB-c-1B7.10BW-2Da.loa-11B1.15B-N-1Bl.17a-N-3Bl.18D-0S>.i9n-PReactorVesselLigaments betveenstudholes.Closureflashers, bushfngs.

Bolts,studsandnuts.Tntegrnlly-Melded attncliments.

VesselTnterior.

Core-support structures.

Controlroddrivehousings.

Exemptedcomp'onents.

VolumetrfcVisualVisualSur'faceVisual.VisualVolumetric Vfsual(IMA-5000)

H0m88Kk"80SAILOH5COPornate1h5RWQt'nil'LD0Ct'mrtQ>XC)P.ft0ItdH>0rt%8880Pressurizer B2.1B2.282.3112.4a-BD-DB-Fl.ongftudinalandcircumferentinl Melda.Nozzl'e-to-vessel zeldaandnozzle-to-vessel rndiusedsection.Ileaterpenetratfons.

HozzIe-to-safe-endwe1ds.Volumetric Volumetric Visual(IMA-5000)-

Volumetric andSurfnceOQfllC)

FXAMIHATIONCATECORVITFMTAHI.EHo.Idyll-2500 TAHLEISII.I(Cont'I)COtII'OHEHTS, PARTS,ANDMFTIII)DS OI'XhMItlhTION COMPONFNTS ANDPARTSTOHF,EXAMIHFI)

MF.TIIODAHRR3:M<0QQQ)~oi<IBNWHn<H0R86.608-C-I86.708-C-1B6.80HW-I88.20B-ll82.108-P87.208-C-283.1Presnuri.zer VBoltsnndstuds,inpine.Boltsandstiidn,Vien"rcmove<l.

Bolting.Intcgra1ly-Meldedattachments.Fxemptcdcomponents.

Holts,studs,andnuts.liestExchnngers andSteamGenerntors I.ongit<idinnl nn<lcircumfercnt inlMclds,including Tubealicct-to-liead orshellMcl<lnontlicpri-mnryside,'oliimetric Volumetric andSiirfaceVisualSurfaceVisual(IMA-5000)

VisualVolumetric H0rn5880a<AI.+<oH0COPc)c<iQrcI<riWSCoU<oONHCtOi"NHg0rt<o858083.283.38-Ftlozzle-to-head acidsandnozzleinsideradiusedsectionontheprimarysi<lc.Nozzle-to-safe-cnd acids,Volumetric Volumetric andSurfaceO<<lCOCO86.90BW-IBoltsandstiids,.in place.Volumetric FXAHItlATIONCATF.OORYTABLF.IWtt-2500 TABLEISII.l(Cont'ct) roMPONFNTS, PARTS,ANnMFTitOOSOFFXAMTNATTON COMPONFNTS ANDPARTSTonr;rxAMlcortiMF.TttonARW3:MtOWQMC'.Mc:Q>HWQHPVRHONH0Rll6,100BW-IB6.110n-c-IB8.30,B-llB8.40B3.9n-p87~30,BW-2n7.40n4.1n6.150B-c-IB6.160B-c-In4.5n6.170Bc-IllentExchnngers nndSteamGenerators Boltsandstuds,Mhenremovctl.-

Bolti.ng.

Integrally-velded attnchments.

Exemptedcomponents.

Bolts,attends,andnuts..Pipingt'rcssure nn>>ndarySafe-endtopipingzeldaandsafe-cndinbranchpipingMeids.IBoltsandstttds,inplace.Boltsnndstttds,Mltenremoved.noIting.Circttmferential nndlongit>><linnl pipezelda.Volumetric andSurfaceVisualSurfaceVisttal(IMA-5000)

VlsttalVolumetric andSurfaceVolumetric Volumetric andSurfaceVisualVolumetric Hlrf'0m8880eQIC)H0CDNmI<&8MUWnrtH>rtQft0IHg0850ClOmCOCOsD

EXAMItIATIOttCATFGORYITFMTABLENo.IMB-2S00TABI.EISl1.1(Cont').CO>IPONEHTS, PARTS,AHDHETIIOI)S OFFXAHIHATION COMPONENTS AHDPARTSTOBI'.F.XAMIttl'.0HFTIIODARQ3,'top)WQtoQtoC.N>HWPHONHtaC)aB4.6B-JB4.8B-JB10.10B-K-1Bli.lOB-K-2B4.11B-P87.50BWi-2PipingPressureBoundaryBranchpipeconnection Meldssixinchdiameterandsmaller.SurfaceSocketvelds.Integrally Meldedattachments.

Component supports.

Fxemptedcomponents'.

Bolts,studsandnuts.Surface'urfaceUisualVisual(IVh5000)VisualBranchpipeconnection ve1dsexceeding sixinchVolumetric diarneter~pm88WV.608QrP%HO'uCOPP&0)QltaI'rtwetoaWOrtHCOrtQQpr~txIHQ0rt%88pgaQmPump'Pressure BoundaryB6.190B-C-1Bo1tsnndstuds,Mhenremoved.B6..2noB-C-IB1o.20B-K-.1Bolting.Integrally-voided attachments.

Ll20B-K-2Comonentsuorts.B6.180B-C-1"Boltsandstuds,)nplace.Vo1uaietricVolumetric sndSurfaceVisual,SurfaceVisualOOomC)Co

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Bolts,studs,andnuts.IteactorCoolantPumpFlyul)ccl.

ValvePressureBoundaryBoltsandstuds,inplace.Boltsandstuds,ulIenremovcrl.

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Component supports.

Valve-body uclds.Fxcmptcrl components.

Bolts,studs,anrlnuts.VisualVolumetric VisualVolumetric Visual(IMA-5000)

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Boltsendstuds.Component supports."

'upportsmechanical andhydraulic.

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Ilrnnchpipe-to-pfpe veldJnfnts.IIo'Itsandstuds.Integrally weldedsupportnttnchments.

Component, supports.

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Component supports.

Supportsmechanical nndliydrauIfc.ValvebocIyvelds.Boltsandstuds.ValvesSupportsmeet>anicalnndl~y<tranl fc.Integrally weldedsupportattnctiments.

Component supports.

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