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{{#Wiki_filter:ANYT!NK-.'HYWHEREINSTAllAIION4SNVICSSNOINTSSINODIVISIONCONTROLLEDCOPYNUMBER113PBE~26lICEEXRNZNRTIGNOF'llSAOHLct'0OOETIOiQ)TAOlflCD&ClmA04OES-'ubaEGL,IREACXORPRESSUREVESSEENATIONALBQMDNUMBER3686SUSQUEZANNKK3RMEL'ECXRIC8EKXGNUNIT41CGNTRACTNUME&'856M-166Prepared~caM~~~Laugd~JJ~0OO~~~~0~\~~~e~~oVe~~~~o~~~yo.iGENERAL!ELECTRIC  
{{#Wiki_filter:ANYT!NK-.
'HYWHEREINSTAllAIION 4SNVICSSNOINTSSINO DIVISIONCONTROLLED COPYNUMBER113PBE~26lICE EXRNZNRTIGN OF'llSAOHLct'0OOETIOiQ)TAOlflCD&ClmA04OES-'ubaEGL,IREACXORPRESSUREVESSEENATIONALBQMDNUMBER3686SUSQUEZANNK K3RMEL'ECXRIC 8EKXGNUNIT41CGNTRACTNUME&'856M-166 Prepared~caM~~~Laugd~JJ~0OO~~~~0~\~~~e~~oVe~~~~o~~~yo.iGENERAL!ELECTRIC  


SERVICEANYTINK-.ANYWHEREINSTALLATION4SERVICEfNOINCEIIIH4OIVISIONSUSQUEHANNAUNIT81FINALREPORTCONTENTSINTRODUCTIONSCOPEWITHWELDLOCATIONDRAWINGDETAILEDSUMMARYOFEXAMINATIONSBYCODECATEGORYPAGESIL1-II.10III.1-III.98V.A.MANUALB.REMOTEAUTOMATICREPORTS,EXCLUSIONCRITERIA,ETC.DATAPLOTSANDEVALUATIONSFORSECTIONXIRECORDABLE(50%DAC)INDICATIONSIV.1-IV.105V.1-V.121EQUIPMENTLISTPROCEDURELISTPERSONNELLISTVI.1-VI.4VII.l-VII.2VIII.1-VIII.4GENERALELECTRIC k0',
SERVICEANYTINK-.
SERVICEANYTIEEK...ANYWHEREINSTAllATIONASSAVICSSNGINITRINGOIVISIONSECTIONI.INTRODUCTIONThisreportcontainstheresultsofthepre-serviceexaminationoftheSusquehannaSteamElectricStationUnitNumber1ReactorPressureVessel;NationalBoardNo.3686.TheexaminationswereperformedinaccordancewiththerequirementsoftheASMEBoilerandPressureVesselCode,SectionXI,1974EditionincludingtheWinter1975Addendum.TheCodeCategoriesexaminedwereBA,BD,BE,BF,BG-l,BH,BI-1,BN-1,BN-2,BO,andBP.RemoteautomaticultrasonicexaminationswereperformedonallaccessibleportionsofthereactorvesselandnozzleweldsasdetailedinSectionsIIandIIIofthisreport.Manualvolumetric(ultrasonic),surface(penetrantandmagneticparticle),andvisualexaminationswereperformedontheremainingportionsofthereactorvessel,nozzlewelds,includingsafeends,andothercomponentsasdetailedinSectionsIIandIII.ManualultrasonicandpenetrantexaminationswereperformedonthesixFeedwaternozzleinnerradii.A.penetrantexaminationwasperformedontheCRDReturnNozzleinnerradius.TheseexaminationswereperformedinaccordancewiththerequirementsofNUREG-0619.Allexaminationdataandcalibrationsheets,dataplots,personnelcertifications,equipment,andmaterialcertifications;procedures,anddrawingsareonfileattheSusquehannaSteamElectricStationUnitItl.GENERALELECTRIC 0
ANYWHEREINSTALLATION 4SERVICEfNOINCEIIIH4 OIVISIONSUSQUEHANNA UNIT81FINALREPORTCONTENTSINTRODUCTION SCOPEWITHWELDLOCATIONDRAWINGDETAILEDSUMMARYOFEXAMINATIONS BYCODECATEGORYPAGESIL1-II.10III.1-III.98V.A.MANUALB.REMOTEAUTOMATIC REPORTS,EXCLUSION
SEAVTCEANYTIINS-.ANYWNERSINSSALLASIONASLAVICESNOINNRINOOIVISIONSECTIONII.SCOPE1.ManualExaminationsPre>>serviceexaminationswereperformedonthefollowingweldsandcomponents,listedaccordingtocodecategory.TheseitemswillbemanuallyexaminedduringfutureIn-ServiceInspections.Adetailedsummaryofeachitemexamined,theexaminationmethod,andtheresultsarelistedinSectionIII.1.1CateorB-A-Pressure-RetainingWeldsinReactorVessel1.1.1CircumferentialWelds,AAAG1.1.2LonitudinalWeldsIBABBBCBKBMBNBPDADBDCDDDEDFDJDKDMDNDPDRDGDH1.2CateorB-D-FullPenetrationWeldsofNozzlesinVessels1.2.1NozzletoVesselWeldsN6AN8AN6BN8BN7N9AGENERALELECTRIC lo, SERVICEANYTIME...ANYWHEREINSEAHA'SIONASERVICEENOINEERINODIVISION1.2.2NozzleInnerRadiusNlAN1BN2AN2BN2CN2DN2EN2FN2GN2HN2JN2KN3AN3BN3CN3D*N4A*N4B*N4C*N4D*N4E*N4FN5ANSBN6AN6BN7AN8AN8B**N9A*SixFeedwaterNozzleinnerradiiexaminedinaccordancewiththerequirementsofNUREG-0619.**Surfaceexamination(P.T.)alsoperformedontheCRDReturnNozzleinnerradiusinaccordancewiththerequirementsofNUREG-0619.1.3CategorB-E-Pressure-RetainingPartialPenetrationWeldsinVesselsN10-CoreDifferentialPressureandLiquidControlNozzleNllA6B-InstrumentNozzlesN12A6B-InstrumentNozzlesN13N15-FlangeSealLeakDetectorNozzleonVesselFlange-R.P.V.BottomHeadDrainNozzleN16A&B-InstrumentationNozzles185-ControlRodDrivePenetrations55-In-CorePenetrationsGENERALELECTRICII.2 SERVICEANYTIMf-.ANYWHEREINSTAuATIONASNVI<jINOINMAINODIVI5ION1.4CategorB-F-Pressure-RetainingDissimilarMetalWeldsNlA&B-=RecirculationOutletN2AthruK-RecirculationInletN3AthruD-MainSteamOutletN4AthruF-FeedwaterInletN5A&B-CoreSprayInletN6A&B.-HeadInstrumentN7-HeadVentNSA&B-JetPumpInstrumentationN9-CRDReturnCap1.5CategorB-G-1-Pressure-RetainingBolting,2InchesandlargerinDiameterStudsS/N1thru76RNutsS/N1thru76WashersS/N1thru76FlangeLigamentsThreadedHolesinVesselFlange1.6CategorB-H-WeldedVesselSuportSkirtWeldCG1.7CategorB-I-1-InteriorCladSurfacesofReactorVesselsSix(6)claddingpatchesonR.P.V.Wall1.8CategorB-N-1-InteriorofReactorVesselsAreasAboveandBelowtheReactorCoreJetPumpInstrumentationandSupportWeldsJetPumpandShroudAnnulusTopGuideAssemblyFuelCellComponentsCoreSupportPlateIncoreandCRDAssemblyShroudWeldGENERALELECTRICII.3  
: CRITERIA, ETC.DATAPLOTSANDEVALUATIONS FORSECTIONXIRECORDABLE (50%DAC)INDICATIONS IV.1-IV.105V.1-V.121EQUIPMENT LISTPROCEDURE LISTPERSONNEL LISTVI.1-VI.4VII.l-VII.2VIII.1-VIII.4GENERALELECTRIC k0',
SERVICEANYTIEEK...
ANYWHEREINSTAllATION ASSAVICSSNGINITRING OIVISIONSECTIONI.INTRODUCTION Thisreportcontainstheresultsofthepre-service examination oftheSusquehanna SteamElectricStationUnitNumber1ReactorPressureVessel;NationalBoardNo.3686.Theexaminations wereperformed inaccordance withtherequirements oftheASMEBoilerandPressureVesselCode,SectionXI,1974Editionincluding theWinter1975Addendum.
TheCodeCategories examinedwereBA,BD,BE,BF,BG-l,BH,BI-1,BN-1,BN-2,BO,andBP.Remoteautomatic ultrasonic examinations wereperformed onallaccessible portionsofthereactorvesselandnozzleweldsasdetailedinSectionsIIandIIIofthisreport.Manualvolumetric (ultrasonic),
surface(penetrant andmagneticparticle),
andvisualexaminations wereperformed ontheremaining portionsofthereactorvessel,nozzlewelds,including safeends,andothercomponents asdetailedinSectionsIIandIII.Manualultrasonic andpenetrant examinations wereperformed onthesixFeedwater nozzleinnerradii.A.penetrant examination wasperformed ontheCRDReturnNozzleinnerradius.Theseexaminations wereperformed inaccordance withtherequirements ofNUREG-0619.
Allexamination dataandcalibration sheets,dataplots,personnel certifications, equipment, andmaterialcertifications; procedures, anddrawingsareonfileattheSusquehanna SteamElectricStationUnitItl.GENERALELECTRIC 0
SEAVTCEANYTIINS-.
ANYWNERSINSSALLASION ASLAVICESNOINNRINO OIVISIONSECTIONII.SCOPE1.ManualExaminations Pre>>service examinations wereperformed onthefollowing weldsandcomponents, listedaccording tocodecategory.
TheseitemswillbemanuallyexaminedduringfutureIn-Service Inspections.
Adetailedsummaryofeachitemexamined, theexamination method,andtheresultsarelistedinSectionIII.1.1CateorB-A-Pressure-Retaining WeldsinReactorVessel1.1.1Circumferential Welds,AAAG1.1.2LonitudinalWeldsIBABBBCBKBMBNBPDADBDCDDDEDFDJDKDMDNDPDRDGDH1.2CateorB-D-FullPenetration WeldsofNozzlesinVessels1.2.1NozzletoVesselWeldsN6AN8AN6BN8BN7N9AGENERALELECTRIC lo, SERVICEANYTIME...
ANYWHEREINSEAHA'SION ASERVICEENOINEERINO DIVISION1.2.2NozzleInnerRadiusNlAN1BN2AN2BN2CN2DN2EN2FN2GN2HN2JN2KN3AN3BN3CN3D*N4A*N4B*N4C*N4D*N4E*N4FN5ANSBN6AN6BN7AN8AN8B**N9A*SixFeedwater Nozzleinnerradiiexaminedinaccordance withtherequirements ofNUREG-0619.
**Surfaceexamination (P.T.)alsoperformed ontheCRDReturnNozzleinnerradiusinaccordance withtherequirements ofNUREG-0619.
1.3CategorB-E-Pressure-Retaining PartialPenetration WeldsinVesselsN10-CoreDifferential PressureandLiquidControlNozzleNllA6B-Instrument NozzlesN12A6B-Instrument NozzlesN13N15-FlangeSealLeakDetectorNozzleonVesselFlange-R.P.V.BottomHeadDrainNozzleN16A&B-Instrumentation Nozzles185-ControlRodDrivePenetrations 55-In-CorePenetrations GENERALELECTRICII.2 SERVICEANYTIMf-.
ANYWHEREINSTAuATION ASNVI<jINOINMAINO DIVI5ION1.4CategorB-F-Pressure-Retaining Dissimilar MetalWeldsNlA&B-=Recirculation OutletN2AthruK-Recirculation InletN3AthruD-MainSteamOutletN4AthruF-Feedwater InletN5A&B-CoreSprayInletN6A&B.-HeadInstrument N7-HeadVentNSA&B-JetPumpInstrumentation N9-CRDReturnCap1.5CategorB-G-1-Pressure-Retaining Bolting,2InchesandlargerinDiameterStudsS/N1thru76RNutsS/N1thru76WashersS/N1thru76FlangeLigaments ThreadedHolesinVesselFlange1.6CategorB-H-WeldedVesselSuportSkirtWeldCG1.7CategorB-I-1-InteriorCladSurfacesofReactorVesselsSix(6)claddingpatchesonR.P.V.Wall1.8CategorB-N-1-InteriorofReactorVesselsAreasAboveandBelowtheReactorCoreJetPumpInstrumentation andSupportWeldsJetPumpandShroudAnnulusTopGuideAssemblyFuelCellComponents CoreSupportPlateIncoreandCRDAssemblyShroudWeldGENERALELECTRICII.3  
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SERVICEANYTIMf-.ANYWHfRfINSTALLATIONASILVICSSNGINLLLINOOIVISIONCoreSprayHeader,SpargerFeedwaterSpargerAssemblySteamDryer,Shroud,andSeparator1.9CategorB-N-2-IntegrallWeldedCoreSupportStructuresandInternalAttachmentstoReactorVesselsCoreSupportWeldFeedwaterBracketsCoreSprayBracketsJetPumpRiserSupportPadsGuideRodBracketsSteamDryerSupportBracketsDryerSupportHoldDownBracketsSurveillanceSpecimenBracketsEncoreHousingandStubTubetoR.P.V.Welds1.10CategorB-0-Pressure-RetaininWeldsinControlRodDriveHousingsExcludedfromexaminationbaseduponplantmake-upcapacity,andincludedincategoryB-P1.11CategorB-P-ComponentsExemptedfromExaminationbIWB-12202.RemoteAutomaticUltrasonicExaminationsPre-serviceexaminationswereperformedonthefollowingreactorvesselwelds.TheseweldswillbeautomaticallyexaminedduringfutureIn-ServiceInspections.Adetailedsummaryofeachitemexamined,theexaminationmethod,andtheresultsarelistedinSectionIII.2.1CategorB-A-Pressure-RetainingWeldsinVessels2'.1CircumferentialWeldsAA(Top)ABACAD(Bottom)GENERALELECTRICII.4 0,'
SERVICEANYTIMf-.ANYWHfRfINSTALLATION ASILVICSSNGINLLLINO OIVISIONCoreSprayHeader,SpargerFeedwater SpargerAssemblySteamDryer,Shroud,andSeparator 1.9CategorB-N-2-Integrall WeldedCoreSupportStructures andInternalAttachments toReactorVesselsCoreSupportWeldFeedwater BracketsCoreSprayBracketsJetPumpRiserSupportPadsGuideRodBracketsSteamDryerSupportBracketsDryerSupportHoldDownBracketsSurveillance SpecimenBracketsEncoreHousingandStubTubetoR.P.V.Welds1.10CategorB-0-Pressure-Retainin WeldsinControlRodDriveHousingsExcludedfromexamination baseduponplantmake-upcapacity, andincludedincategoryB-P1.11CategorB-P-Components ExemptedfromExamination bIWB-12202.RemoteAutomatic Ultrasonic Examinations Pre-service examinations wereperformed onthefollowing reactorvesselwelds.Theseweldswillbeautomatically examinedduringfutureIn-Service Inspections.
SERVICEANYTIME...ANYWHEREINSTAIIASION4SSRVICffNOINNRINODIVISION2.1.2LongitudinalWeldsBABBBCBDBEBFBGBHBJ2.2CategorB-D-FullPenetrationWeldsofNozzlesinVesselsN1A&BNlAthruKN3AthruDN4AthruFN5A&BGENERALELECTRICII.5  
Adetailedsummaryofeachitemexamined, theexamination method,andtheresultsarelistedinSectionIII.2.1CategorB-A-Pressure-Retaining WeldsinVessels2'.1Circumferential WeldsAA(Top)ABACAD(Bottom)GENERALELECTRICII.4 0,'
'l Ioe'atOOIO-89/-09Ir>>o>>>>nCFFUT0FRSC.ICOSa<<URICCI6,~I>>ora>>r<<>>>>Ic<<I>>>>III3HAI'Aa!IILTSSOIHTCeaaal1o!C!I!TOUAIII2FOCLOA!'IS>>IA2o\hQjgjR4I,jLjCTRICIGO-76B-OIOOIITLCCVe>>Caela8WELDIDENTIFICATION(RPV)IHASTHADEFORSUSDUEHAHMAISOO150>>Ftoe$060OeSSOXOtloe~JJ.~~>>IR"~l..~JSEESHEETS6$42.V2H38H3A4yl>>AFAD2402,86ICIO-ICS>>.IO6ylq4.V2lN30LI2SPIHO.0I/4SL.T4SIACIISTD.NILSISIDEIII/ENDOR'8DRAFTINGREVIEWIKAv<<!O.~rv<<~.0wvvae5>>careI>>a>>e<<o.R>>oe<<rv<<ve.0wva>>oeracoolols<<aeruaarIsa>>r<<~>>eOIV>>eI>>a>>e<<S<<RIO,I>>OIV<<VO~Ioovvoe.~0llolAs<<<<ac~a<<lo>>eaovv>>e.50Aooaoaasolaoo>>>>oetaaal.our<<<<ve.ovolaI>>>>va'ooaa>>olaaa>>al>>>>oavIIV>>Ia>>IVRV>><<O<<ISIsola>>IVO>>aa<<>>OIa'$$N4C0N9~IIQN480NSA<<ItSR~yl>>0N4AltI/20N4FNSBN4EN4D6-1/4IacvlcarcDccL>>IA10$IIO1166STO.Ho.'IofSTO.HILS(SIDE2)~V+DAIL~Z.caalcl$$42$$024-VCIIl$22CERTIFIEOCORRECtFCR.424600-0'0ltSP0ItSF$y46V2$$02000260~000SUSOUEHANNASTEAMELECTRICSTATIONUNITIPPe!LCD.CONTRACT8866-M-I66SXAC."'.-IOATE6/tlatTo0Dul>>vuoHDII4MOCTONOIIVODTCoiCuOi".iu>>tue5uUDzls4~<<uao241ISOIto$0>>.60IIIIIIIIIIIIIIIIIIIIIIIIIIIo$$'lSOSSOOUTSIDEVIEW6L0IRCI)raCatlo24042!0>>aJMOTE<<1.SEESHEET2fORAZI!CUTHOELEVATIOIITASLESt.SEEISE&AIS2$FOR!CELOLOCATIOHOEtAR.S88@-grg-a(/)-ZS<<'SmfCI.SIC'15.Rllel'4li>>Sr>>f15ICI>>rto4live.Hllell>>O6>>a>>ACIOCA>>grllYavafr>>>>a~I>>~Vesselh0>>tule'oII~FRIHTSTORWHAOLEAFRILIIISTTI'IIEASEHSOvoeoI6O76BOIpp/~oc>>>>>>ce>>lo>>  
SERVICEANYTIME...
~'0 fIll<<IaeISDQOI.O-agC-QglAPPLCfoPRECTICfSSIIRFACIS~ac~Hcsoeeewo<<teoeec~Icseesale'ees'~acts~oNA'NANAUNLESSOTHERWISESPTCIRIOOSETHEFotfoetccs>>IElICENERALONELECTRIC160-76B-01QQTnlfcoecoaoeccs3as>>a2SELPIDENTIFICATION(RPV)EIRS'IstofFCOBUSOUHAANOllLEN]AN]BN2Ak28N2CN20N2EN2F,K26N2HN2Jklr.N3AN38N3CN30H4AN48KICN40K4EH4FN5ANSBIIBAk88N9AAl]RUTH04180430460490412041504210424042704300433047241084252o288430490415042104270o330o604300o10542854146oNnllLELOCATIIRELEVATION]3'-SIE]3'-SIT"15'-I15'-I15'-I'5'-I'5'-I15'-1>>]5'-1>>15'-]'5'-1>>15I54'-IOI.54'-]0'4]OI54'-10';4]'-6Io41'-6I,41'-6II4~~6~4]'-6II41$-6IE'0'-4IE40'-4IE'2'-8"12'-837'-4II"CESCRIPTIOHRec]rc.OIItlctReclrc.Out]etRec]rc.Inleta>>HainStean~~a>>FcctacaterCoreSpray~aCRORetarn<<LVIE<<tC5L4~AJoaRo.Sass~I~EHTELVEIIOOA'8DRAWINGREVIEW~gAooe<<o<<IILtacev>>tee>>.50As>>to<<e5<<<<4aa>>~o.>>so.>><<esec<<4.0Aevvee~cootIt>>seewaecaoeoes<<4>>AI<<scOKwsa<<Ieocaceeo~IIove<<e.0Htt>>eve<<4-cvsecceeo<<a<<eat.50Aev<<4>><<tsee>>eocsto1<<levote<<L~~I<<oe<<Ieeetcsee<<<<>>oe<<No<<eeace<<es<<ece<<aatee>>Hcvvetoesv.BA88BC50I!EDRo8-DIDVI~LHEP3]74774On~]ala'n~ESSO1054252404120o240o34541654130431041.II222334455CIRCWFEREtsi]ALIILLOLOCATIOtlNnAAABACAOAEAF]0'-6~"2]'-]]It33'-4I,>>44'-9IS"Sl',-ll'9-719/32>>VER.ICI'IHFI."":IvATIOIIHOREEOISTAIBUTIGNNo.TEvtaooaCLIENTICeOIELDOE.CIVHELECT,~LT.DEE.SECH.COI%.EVE.A>>CH~v>>CNEEKD.NCCKCTCCHED.ETAOTAI~ate>>ADatCHTELSAHFRANCISCO0ZRZOCI'eOCERTIFIEOCORRECTfORSUSQUEHANNASTEAMELECTRICSTATIONUNITIPpaLCcoCONTRACT8836-Ml66RETISOHSPRINTSTOR>>IV/r.lM(Fe~OATE:v/f'f.1IP/CS~/6-N3R~4oeoeacatoIa>>IK<<>>AAj.iRW.NAo.IOI976~:v~XtssEN6016O76BQ1QQ'ls~a>>4.
ANYWHEREINSTAIIASION 4SSRVICffNOINNRINO DIVISION2.1.2Longitudinal WeldsBABBBCBDBEBFBGBHBJ2.2CategorB-D-FullPenetration WeldsofNozzlesinVesselsN1A&BNlAthruKN3AthruDN4AthruFN5A&BGENERALELECTRICII.5  
0 9INI"IdIt>>r<<0IkoOOIO-891-Q9IAPPLIEDPRACTICESSURFACESOllotkn4<<K<<ko04(<<<<ovtttprctUIRESSOIHTRW:SESPICIFIEOUSETHEroltnWINGw<<p''CEIIERALQElEGIscIQQ-76g-QIQOTITLE~oeooOk<IF>>tkv6WELDIDENTIFIC'TIQII(RP')J')FIRSTHADEroaSUSOUEHANNATYPICALVERTICALSEANwFXSTANCEBETWEENLASTIIARKANDNEXTCOURSE2(NVNSERSASNOTEDAT52ISPACING,IIZOFFRIGHTEDGEOFWELD)IOko'I0-I'TII-I/2SPACSIG2OutSIDEWELDQIII'tYPICAI.NOZZLETSEETlSLEFO'Is<DIVIOUALDATA)DIS)RIBUTIOR1)RadiographicNarks3/Gstaspsandcentcrpunchrlsnotedint)rpfcaoutsidevfevs1)0RadiographicNarkisa.Ooasinuthandnushersincreasefncounterclockvisedirectionatspacingnoted.3)Norales-0RadiographicNarkisattopandnLuthersproceeoinclockvlsedirectionexceptasnotedfnnotesi~nd56)All>>orslesin53shellcoursearenarkedvitb0onbottonandnuehersproceedinclockvlsedirection.5)Topheadnoxalesarestaotpedv)thnark09Ooarisuthar.nunbersproceedinclockvfsedirection.STStj0DISTANCESETWEENLASTRATAOGRAPHNARK4YERNCAISEANlira'50ssAtIeSPACING,I/2OFFLOWEREDGEOFWELD)DISTANCESETWEENLASTRAOOCIRAPHNARK4IIAAK0TYPICALHORIZONtlLSEAIIQQL>>lllfWCENTS<EDCORRECTFORSUSQUEHANNASTEAMELECTRICSTATIONUNIT1PPSLCo.CO)ITRACT6656-LT-)66vcNpprCLICNT<ICLOacCIVILILO<<htlCLCCT~<<T,OCI.KCCN.Cnh.I'ILAOCN.~v<<CN.CO<<Co.IIttLC'IICICO.5TAATCItACCPAOSTCHTEISANIlrANCCICONOES4NOTSiNOTS5NOTE5NlN2N3N4N5N6N7NSNgZNTCCSRSDlg0110-15Dll0-110-70-307.D710'1<<ZZ<<lfII11II<<9<<11<<ZOIIZOII<<~vCCL~AIPSNOITIS4AIItCNTCL)6)ZOORSDRAWINGRE)/)6)y~g[Ato<ovooII<I.<<t444<<0Ark<<No5<<ONKN<<KoroIKO~44<<<<<.00ANNvcookooc4<<K<<ow<<t4IW4<A~<<oNl4<<rIt<<K4kktt>>IIIITc<<bucko~0NvrAw4ooke<ktoooCN<<or<<L~0Awo4oot<oovrto'KIOKtt4<<coot.O<<r~KoOOCINtrkIwe4<<wcoktlrk~<<r<<co<<IIKIot4<<c<<IN4ZIOCATZONOFFQ3<<2II3Ir1<<1<<2'2)tr2104622121Sca'5%rKA'l~5))ion"4<<7:A"I//fOcc5)Cec))do,lgr/III'RINTSTOtoooooIT4t<<>><<tetrNAASY;I'<).'MICvDATE:+R.W.)IAGLELIAR.2S)977+zasta-)Iso"I6Q-76B-QIQQPINLA.Iocctr<<co<<toookttF>>I<<oS 0
'l Ioe'atOOIO-89/-09Ir>>o>>>>nCFFUT0FRSC.ICOS a<<URICCI6,~I>>ora>>r<<>>>>Ic<<I>>>>III3HAI'Aa!IILTSSOIHTCeaaal 1o!C!I!TO UAIII2FOCLOA!'IS
o<<afSss<<4eovos00l0-892.-09IAFFLHOFsRACIICCSSURFACESI<<lecl'Ioa<<H<<seN<<sre<<NL~avlroasfcoarlsraoLL\J4NA+HAUNLESSOTHERSLTMSFFCCFSEOUMTHEFOLLCSVSFC<<lseer44ANSIIFEIIEIIALELECTRICl60-768100TITLEcoI4<<vvss6Ns4<<6SELDIDENTIFICATION(RPV)RRSTFCCOEFORSUSOUEHANFIATOP6BOTTOHHEADYicRIDIANIIELDLOCATIONDISTRIBUTIONWELDDADBDCDDDEDFDGDHNDKOHONOPORAEIIEITH33o15s333o15'73o15'13oISL153O15'30]5I35-1/3236-1/32TSO135o195o255o315o15oBottonHead<<4IRightofELeftofETopHead~~~~ls/1reTOPHEADNOTTLE'022LEAEIHUTHDESCRIPTIONN6A~H6BOoIBOOEHeadSpragSpareVentCIROACFERENTIALHELDS0TONCGSkirt-to-KnuckleAJBottocaHeadAHTopHeadAGTopHeadHeadFlangeVENDOR'SDRAWINGREVIEW4AEAHVoeKlf.<<NvVKroo,0Aevveo5K<<<<ssra<<~NI~<<<<1VKeeo.0Aces<<H4eKoosos<<K44<<Kerrca<<vN~aeseer<<<<INNvv~lf.IarrvocoosNreerorre,0oresAeveree~ocsoacreoH<<LA.~0Aevv<<aoseoeeeorNrs,rarevlcK4,~INI~~wcoalaorr<<Nover<<or~l<<ale<<co<<<<<<raceN<<ac4<<lrKLvevil<<NorNOTtVCIIOOACLICNT1ICLOOC.CIVILCLCCT.1LT.DCL~etCH.COIL.TVLAACH~VACN.Ceeto.I<<54545~CNCO.~TAATASAACCOAD~ECFITEL'r.SAILFRANCLSCO4ee/0EC0GITHLlrlGAcvscwce5Lsr~AFoeRo.SESSCERTFFctoCORRECTFOR~1gJfdfDAsc~LLCNSSLSUSQUEHANNASTEAMELECTRICSTATIONUNIT1eralCO.CONTRACT8856-M166OT.'~l1'r.'OSTE:S/rr789FS'-Icrr66-z3C<)-gCros44LAa54crrral<<rsLTAllL<<cACLALLVATIC(FscssooTHS)~Fa-anc.2A+4asfci5~sfaghT~5FLNtctcDAI7m>473qCT515FRIRTSTo160768-0I~l/C/r/4.-<</if@7CPIULA.4<<eoerLcar<<~s<<NAA  
>>IA2o\hQjgjR4I,jLjCTRICIGO-76B-OIOO IITLCCVe>>Caela8WELDIDENTIFICATION (RPV)IHASTHADEFORSUSDUEHAHMA ISOO150>>Ftoe$060OeSSOXOtloe~JJ.~~>>IR"~l..~
JSEESHEETS6$42.V2H38H3A4yl>>AFAD2402,86ICIO-ICS>>.IO6ylq4.V2lN30LI2SPIHO.0I/4SL.T4SIACIISTD.NILSISIDEIII/ENDOR'8 DRAFTINGREVIEWIKAv<<!O.~rv<<~.
0wvvae5>>careI>>a>>e<<o.R>>oe<<rv<<ve.0wva>>oeracoolols<<aeruaar Isa>>r<<~>>eOIV>>eI>>a>>e<<S<<RIO,I>>OIV<<VO~Ioovvoe.~0llolAs<<<<ac~a<<l o>>eaovv>>e.50Aooaoaasolaoo>>>>oetaaal.our<<<<ve.
ovolaI>>>>va'ooaa>>olaaa>>al>>>>oavIIV>>Ia>>IVRV>><<O<<ISIsola>>IVO>>aa<<>>OIa'$$N4C0N9~IIQN480NSA<<ItSR~yl>>0N4AltI/20N4FNSBN4EN4D6-1/4IacvlcarcD ccL>>IA10$IIO1166STO.Ho.'IofSTO.HILS(SIDE2)~V+DAIL~Z.caalcl$$42$$024-VCIIl$22CERTIFIEO CORRECtFCR.424600-0'0ltSP0ItSF$y46V2$$02000260~000SUSOUEHANNA STEAMELECTRICSTATIONUNITIPPe!LCD.CONTRACT8866-M-I66 SXAC."'.-IOATE6/tlatTo0Dul>>vuoHDII4MOCTO NOIIVODTCoiCuOi".iu>>tue5uUDzls4~<<uao241ISOIto$0>>.60IIIIIIIIIIIIIIIIIIIIIIIIIIIo$$'lSOSSOOUTSIDEVIEW6L0IRCI)raCatlo24042!0>>aJMOTE<<1.SEESHEET2fORAZI!CUTHOELEVATIOII TASLESt.SEEISE&AIS2$FOR!CELOLOCATIOHOEtAR.S 88@-grg-a(/)-ZS<<'SmfCI.SIC'15.Rllel'4li>>Sr>>f1 5ICI>>rto4live.Hllell>>O6>>a>>ACIOCA>>grllYavafr>>>>a~I>>~Vesselh0>>tule'oII~FRIHTSTORWHAOLEAFRILIIISTTI'IIEASEHSOvoeoI6O76BOIpp/~oc>>>>>>ce>>lo>>  
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~ac~Hcsoeeewo<<teoeec~Icseesale'ees'~acts~oNA'NANAUNLESSOTHERWISE SPTCIRIOOSETHEFotfoetccs>>I ElICENERALONELECTRIC160-76B-01QQ Tnlfcoecoaoeccs3as>>a2SELPIDENTIFICATION (RPV)EIRS'IstofFCOBUSOUHAANOllLEN]AN]BN2Ak28N2CN20N2EN2F,K26N2HN2Jklr.N3AN38N3CN30H4AN48KICN40K4EH4FN5ANSBIIBAk88N9AAl]RUTH04180430460490412041504210424042704300433047241084252o288430490415042104270o330o604300o10542854146oNnllLELOCATIIRELEVATION
]3'-SIE]3'-SIT"15'-I15'-I15'-I'5'-I'5'-I 15'-1>>]5'-1>>15'-]'5'-1>>
15I54'-IOI.54'-]0'4]OI54'-10';4]'-6Io41'-6I,41'-6II4~~6~4]'-6II41$-6IE'0'-4IE 40'-4IE'2'-8" 12'-837'-4II"CESCRIPTIOHRec]rc.OIItlctReclrc.Out]etRec]rc.Inleta>>HainStean~~a>>Fcctacater CoreSpray~aCRORetarn<<LVIE<<tC5L4~AJoaRo.Sass~I~EHTELVEIIOOA'8DRAWINGREVIEW~gAooe<<o<<IILtacev>>tee>>.50As>>to<<e5<<<<4aa>>~o.>>so.>><<esec<<4.0Aevvee~cootIt>>seewaecaoeoes<<4>>AI<<scOKwsa<<Ieocaceeo~IIove<<e.0Htt>>eve<<4-cvsecc eeo<<a<<eat.50Aev<<4>><<tsee>>eocsto 1<<levote<<L~~I<<oe<<Ieeetcsee<<<<>>oe<<
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0 9INI"IdIt>>r<<0IkoOOIO-891-Q9I APPLIEDPRACTICES SURFACESOllotkn4<<K<<ko04(<<<<ovtttprctUIRESSOIHTRW:SE SPICIFIEO USETHEroltnWINGw
<<p''CEIIERALQElEGIscIQQ-76g-QIQO TITLE~oeooOk<IF>>tkv6WELDIDENTIFIC'TIQII (RP')J')FIRSTHADEroaSUSOUEHANNA TYPICALVERTICALSEANwFXSTANCEBETWEENLASTIIARKANDNEXTCOURSE2(NVNSERSASNOTEDAT52ISPACING,IIZOFFRIGHTEDGEOFWELD)IOko'I0-I'TII-I/2SPACSIG2OutSIDEWELDQIII'tYPICAI.
NOZZLETSEETlSLEFO'Is<DIVIOUAL DATA)DIS)RIBUTIOR1)Radiographic Narks3/Gstaspsandcentcrpunch rlsnotedint)rpfcaoutsidevfevs1)0Radiographic Narkisa.Ooasinuthandnushersincreasefncounterclockvise direction atspacingnoted.3)Norales-0Radiographic NarkisattopandnLuthersproceeoinclockvlse direction exceptasnotedfnnotesi~nd56)All>>orslesin53shellcoursearenarkedvitb0onbottonandnuehersproceedinclockvlse direction.
5)Topheadnoxalesarestaotpedv)thnark09Ooarisuthar.nunbersproceedinclockvfse direction.
STStj0DISTANCESETWEENLASTRATAOGRAPH NARK4YERNCAISEANlira'50ssAtIeSPACING,I/2OFFLOWEREDGEOFWELD)DISTANCESETWEENLASTRAOOCIRAPH NARK4IIAAK0TYPICALHORIZONtlL SEAIIQQL>>lllfW CENTS<EDCORRECTFORSUSQUEHANNA STEAMELECTRICSTATIONUNIT1PPSLCo.CO)ITRACT 6656-LT-)66 vcNpprCLICNT<ICLOacCIVILILO<<htlCLCCT~<<T,OCI.KCCN.Cnh.I'ILAOCN.~v<<CN.CO<<Co.IIttLC'IICICO.5TAATCItACCPAOSTCHTEISANIlrANCCICONOES4NOTSiNOTS5NOTE5NlN2N3N4N5N6N7NSNgZNTCCSRSDlg0110-15Dll0-110-70-307.D710'1<<ZZ<<lfII11II<<9<<11<<ZOIIZOII<<~vCCL~AIPSNOITIS4AIItCNTCL)6)ZOORSDRAWINGRE)/)6)y~g[Ato<ovooII<I.<<t444<<0Ark<<No5<<ONKN<<KoroIKO~44<<<<<.00ANNvcookooc4<<K<<ow<<t4IW4<A~<<oNl4<<rIt<<K4kktt>>IIIITc<<bucko~0NvrAw4ooke<kt oooCN<<or<<L~0Awo4oot<oovrto'KIOKtt4<<coot.O<<r~KoOOCINtrkIwe4<<wcoktlrk~<<r<<co<<IIKI ot4<<c<<IN4ZIOCATZON OFFQ3<<2II3Ir1<<1<<2'2)tr2104622121Sca'5%rKA'l~5))ion"4<<7:A"I//fOcc5)Cec))do,lgr/III'RINTS TOtoooooIT4t<<>><<tetr NAASY;I'<).'MICvDATE:+R.W.)IAGLE LIAR.2S)977+zasta-)Iso "I6Q-76B-QIQQ PINLA.Iocctr<<co<<t oookttF>>I<<oS 0
o<<afSss<<4eovos00l0-892.-09I AFFLHOFsRACIICCS SURFACESI<<lecl'Ioa<<H<<seN<<sre<<NL~avlroasfcoarlsraoLL\J4NA+HAUNLESSOTHERSLTM SFFCCFSEO UMTHEFOLLCSVSFC<<l seer44ANSIIFEIIEIIAL ELECTRICl60-768100 TITLEcoI4<<vvss6Ns4<<6SELDIDENTIFICATION (RPV)RRSTFCCOEFORSUSOUEHANFIA TOP6BOTTOHHEADYicRIDIAN IIELDLOCATIONDISTRIBUTION WELDDADBDCDDDEDFDGDHNDKOHONOPORAEIIEITH33o15s333o15'73o15'13oISL153O15'30]5I35-1/3236-1/32TSO135o195o255o315o15oBottonHead<<4IRightofELeftofETopHead~~~~ls/1reTOPHEADNOTTLE'022LE AEIHUTHDESCRIPTION N6A~H6BOoIBOOEHeadSpragSpareVentCIROACFERENTIALHELDS0TONCGSkirt-to-Knuckle AJBottocaHeadAHTopHeadAGTopHeadHeadFlangeVENDOR'SDRAWINGREVIEW4AEAHVoeKlf.<<NvVKroo,0Aevveo5K<<<<ssra<<~NI~<<<<1VKeeo.0Aces<<H4eKoosos<<K44<<Kerr ca<<vN~aeseer<<<<INNvv~lf.IarrvocoosNreerorre, 0oresAeveree~ocsoacreoH<<LA.~0Aevv<<aoseoeeeorNrs, rarevlcK4,~INI~~wcoalaorr<<Nover<<or~l<<ale<<co<<<<<<race N<<ac4<<lrKLvevil<<NorNOTtVCIIOOACLICNT1ICLOOC.CIVILCLCCT.1LT.DCL~etCH.COIL.TVLAACH~VACN.Ceeto.I<<54545~CNCO.~TAATASAACCOAD~ECFITEL'r.SAILFRANCLSCO4ee/0EC0GITHLlrlGAcvscwce5Lsr~AFoeRo.SESSCERTFFcto CORRECTFOR~1gJfdfDAsc~LLCNSSLSUSQUEHANNA STEAMELECTRICSTATIONUNIT1eralCO.CONTRACT8856-M166OT.'~l1'r.'OSTE:S/rr789FS'-Icrr66-z3C<)-gCros44LAa 54crrral<<rs LTAllL<<cACLALL VATIC(FscssooTHS)
~Fa-anc.2A+4asfci5~sfaghT~5FLNtctcDAI7m>473qCT515FRIRTSTo160768-0I~l/C/r/4.-<</if@7CPIULA.4<<eoerLcar<<~s<<NAA  
,OI  
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'0>>>>lttIII>>I>>0l(yll0010-ace-091APPLIIDOAACI(Cf5SVRIACES~Ol(~a(~Ctt0I~~I0(>>>>CICC(O>>l0((>>~>>0(I~v/'a'Na'NaVH'fSSOTHfny(TSESPfalf(EDVSETHEFOLLO>>y(H(0(0>>I0>>0>>(ICENEI)ALELEc'f)))$160-76B-0100TIILE0(I0v>>c(4~<<3WELDIDENTIFICATION(RPV)SIRSTl(ADEfORUHaA//IDT9SP.2TOO55/66'550IPSP.STUD11~'(6OIeII5150IT.l/2/OSTUDnoII50I/2'GITDPHEADToFLANGE)56Ci44AH4.~.-N7I90IISP~/N6/.12SPACUIQ(4I)77>>IV(I>>IL(CI4Itotf~~OAllJoeROI($69-1/2275015'TOVENDOR"dDRAWINGREVIEW,PA<<.~.>>~~tyi<<~.I0Alt~1~IAA0~Q4~y~0(ttlIQAOOAO~(tolIIOt(totttttC>>tt>>~~0>>>>Io>>t~0&4,alt00(ttt~'IIOH00.Pttt(AOO~QV(t(IWtt>>OAA,~OAtt0ttttlt>>(Otto't(4.A(yOtt(tto0(0'(I~0~00tC(t('I(I>>I~0'\>>tt(00>>t(CVOyt(0~(00(/IIDC555IS'.l/2o~CIDGAJ55IIOI/2DF*9O95>>IS'-I/4FII)Seeal~I)CGDETAILA2LSSOItSP.CGISeeDetailA)IISPACINO5zOIaIICIOI(51950STUDno595'TUDNo.59PLANVIEWIOUTS(OETOPHEADASSEVSLTIDH(o(yoo(ta(io(Hat(aHDII>>50102Z.O>>~04>>>U>>IVZ<lte>>tIIIIIIIIIIIIIIIIIIIIIIIIIII)9HF215015'AIBOTTOMHEADTON(AISHELLRING)CERTIFIEDCORRECTFORSUSQUENANNASTEAMELECTRICSTATIONUNITIPraLCO.CONTRACT8856-M-166OT'/r('~DATE:S/7ro9.5/6Iso>>PLANVIEWIe(sIDE40TTDHHEADAssfveLTINOTE1.WeldBIA(dipFRtobeEnonllnedConculfentwith;Wel~.CG(.REVISIOHSAdded:CGweldaDetailA.FRWeld8NoteI.(2-'L-ltPRIHTSTO0D-w/6g-23llOIRW.NAAiLENOY.II876y.,r~EL///':rr/rr/ran,R(MOM:RAI>>HIOPLwMoeLocno<<40gIL(o.o)L(yo529.11"<<"160-76B-0100PHIUL.~ocllo>>0(>>o0>>o>>(I4l>>>>o3~OO>>000BIOWeeOlOAA  
'0>>>>lttIII>>I>>0l(yll0010-ace-091 APPLIIDOAACI(Cf5SVRIACES~Ol(~a(~Ctt0I~~I0(>>>>CICC(O>>l0((>>~>>0(I~v/'a'Na'NaVH'fSSOTHfny(TSE SPfalf(ED VSETHEFOLLO>>y(H (0(0>>I0>>0>>(ICENEI)ALELEc'f)))$
160-76B-0100 TIILE0(I0v>>c(4~<<3WELDIDENTIFICATION (RPV)SIRSTl(ADEfORUHaA//IDT9SP.2TOO55/66'550IPSP.STUD11~'(6OIeII5150IT.l/2/OSTUDnoII50I/2'GITDP HEADToFLANGE)56Ci44AH4.~.-N7I90IISP~/N6/.12SPACUIQ(4I)77>>IV(I>>IL(C I4Itotf~~OAllJoeROI($69-1/2275015'TO VENDOR"dDRAWINGREVIEW,PA<<.~.>>~~tyi<<~.I0Alt~1~IAA0~Q4~y~0(ttlIQAOOAO~(tolIIOt(totttttC>>tt>>~~0>>>>Io>>t~0&4,alt00(ttt~'IIOH00.Pttt(AOO~QV(t(IWtt>>OAA,~OAtt0ttttlt>>(Otto't(4.A(y Ott(tto0(0'(I~0~00tC(t('I(I>>I~0'\>>tt(00>>t(CVOyt(0~(00(/IIDC555IS'.l/2o~CIDGAJ55IIOI/2DF*9O95>>IS'-I/4 FII)Seeal~I)CGDETAILA2LSSOItSP.CGISeeDetailA)IISPACINO5zOIaIICIOI(51950STUDno595'TUDNo.59PLANVIEWIOUTS(OETOPHEADASSEVSLTI DH(o(yoo(ta(io(Hat(a HDII>>50102Z.O>>~04>>>U>>IVZ<lte>>tIIIIIIIIIIIIIIIIIIIIIIIIIII)9HF215015'AIBOTTOM HEADTON(AISHELLRING)CERTIFIED CORRECTFORSUSQUENANNA STEAMELECTRICSTATIONUNITIPraLCO.CONTRACT8856-M-166 OT'/r('~DATE:S/7ro9.5/6Iso>>PLANVIEWIe(sIDE40TTDHHEADAssfveLTINOTE1.WeldBIA(dipFRtobeEnonllned Conculfent with;Wel~.CG(.REVISIOHS Added:CGweldaDetailA.FRWeld8NoteI.(2-'L-ltPRIHTSTO0D-w/6g-23llOIRW.NAAiLENOY.II876y.,r~EL///':rr/rr/ran,R(MOM:RAI>>HIOPLwMoeLocno<<40gIL(o.o)L(yo529.11"<<"160-76B-0100 PHIUL.~ocllo>>0(>>o0>>o>>(I4l>>>>o3~OO>>000BIOWeeOlOAA  
,00!
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SfRVICfANYTIME...ANYWHEIIaIHIIAMAIIOMCIIRVICEIHOINIINIMOOIVISIONSECTIONIII.SUMMARYOFCONDITIONSNOTEDANDEXAMINATIONRESULTSManualExaminationsDuringtheexaminationoftheReactorPressureVesselwelds,ninety-four.(94)coderecordablespotindicationsweredectedanddeterminedbytheLevelIIItobewithintheacceptancestandardsofSectionXIoftheASMEBoilerandPressureVesselCode,%~Edition,includingWinter1975Addendum.ThedatasheetsandplotsoftheseindicationsareincludedinSectionVofthisreport./Cj7PInadditiontwo(2)visualindicationsweredetectedinthreadedstudholesinthevesselflange.Thesetwo(2)indicationsweredispositionedbythevesseldesigner/manufacturertobeanacceptablecondition.AreportonthestudholddiscrepanciesappearsinSectionIV.Duringthecourseofthemanualexaminations,geometricreflectorsweredetectedfromtheclosureheadnozzlesN6AandN6B,andvesselsupportweldCG.SummaryreportsfortheaboveconditionsarelocatedinSectionIVofthisreport.Summaryreportsdescribinglimitedscansduetovesselconfiguration,penetrations,andthermocouplepadsarelocatedinSectionIV.AnacousticcomparisonbetweenSA-508andSA-533wasperformedtosatisfytherequirementsofParagraphI-3121,AppendixIofASMESectionXI.ThisreportislocatedinSectionIV.GENERALELECTRICIII.1 SERVICEANYTIMS...ANYWMETTKINSTAllATION4SSAVICffNOINHAINOOIYISIONINSTRUCTIONSFORTHEUSEOFTHEDETAILEDSUMMARYINCLUDEDINTHISREPORTThedetailedsummarysectionofthisreportenablestheuserofthereporttoreviewtheentirepre-serviceexaminationwithaminimumofeffort.Thefollowingtermsareusedinthesummarytoidentifytheweld,theexaminationsperformed,andtheresultsoftheexaminations:CATEGORYThedesignationofthecodecategoryisperTableIWB-2500ofASMEXIW'75Addenda.iWELDTYPETheweldtypesarelistedinthesectionofTableIWB-2500thatpertainstothecodecategorybeingexamined.WELDIDENTIFICATION-TheweldseamidentificationistakenfromtheRPVweldidentificationdrawingincludedinthedrawingsectionofthereport.ITEMNUMBERThedesignationofcodeitemnumbersisperTableIWB-2600ofASMEXIW'75Addenda.PROCEDURENUMBER-Thiscolumnliststheprocedureusedtoperformtheexamination.EXAMINATIONThiscolumnliststheexamination(s)performedoneachlistedweld.GENERALELECTRICIII.2 i
SfRVICfANYTIME...
SERVICEAHYTIIIIE...ANYWHEREIN5'IAuAIIONA55RVICRRNGINRRRINGGIVI5IONThiscolumnliststheresultsofeachexamina-tionperformed.Theresultsappeardirectlyoppositetheexamination.'0BMO'WM45'0'RINRI2SpotIndicationsSeeDataSheetNRIAsshown,theabbreviationNRIisusedtodocumentanexaminationwherenorecordableindicationsweredetected.The45'xaminationshowsaresultof2spotindications.Whereindicationsweredetected,astatementtoseedatasheet(s)followsthenumberofindica-tionsdetected.Thisstatementtellstheuserwhichdatasheet(s)detailthesubjectindication(s).Whereaconditionexiststhatgenerallyaffectstheexamination,suchasalimitedscanoraninterferencerequiringadditionalexamination,ageneralstatementisaddedtodescribethecondition.Thisstatementisnotintendedtoapplytoanysingleexamination.Theyareplacedwhereverspacepermits.0BMO'WM45'0'RIRestrictedscan,ReferenceReport8'RI2spotindications,seedatasheetNRIIntheillustrationabove,therewasarestrict-edscanaffectingtheexamination.ItisnotintendedtoapplytotheO'BMexamination.Thestatementtellstheuserwhichreport(s)detailthereferencedcondition.GENERALELECTRICIII.3 0
ANYWHEIIa IHIIAMAIIOM CIIRVICEIHOINIINIMO OIVISIONSECTIONIII.SUMMARYOFCONDITIONS NOTEDANDEXAMINATION RESULTSManualExaminations Duringtheexamination oftheReactorPressureVesselwelds,ninety-four
SERV(CEANYTIME...ANYWHERRINSSAuAKIONAS(%VICESNGINSSAINGDIVISIONAlldatasheetsreferencedintheremarkscolumnareincludedinSectionV.Sheetsdocumentingcoderecordableindicationshavebeenincludedwithcalibrationdataanddataplots.GENERALELECTRICIII.4  
.(94)coderecordable spotindications weredectedanddetermined bytheLevelIIItobewithintheacceptance standards ofSectionXIoftheASMEBoilerandPressureVesselCode,%~Edition, including Winter1975Addendum.
~,0' SEAVICEANYTIME...ANYWMEREIN5IAIIARIOHA5IRVICRRNGINRRINOORIRAIIOH5CATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReort86SectionIVCIRCUMFERENTIALB1.1ISE-QAI-3250BMNRI0WMNRI45'RI60'RI0BMNRICIRCUMFERENTIALB1.1ISE-QAI-3250WM45'RINRI60'RICIRCUMFERENTIAL(TOP)B1.1ISE-QAI-3250BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.5 e0' SERVICEANYTIME...ANYWHEREINSTAllATIONASIAVICTTNGINNAINGOTIAATIONSCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReort86SectionIVCIRCUMFERENTIAL(BOTTOM)B1.10BMISE-QAI-3250'WM45'RINRINRI60'RICIRCUMFERENTIALAF'BOTTOM)B1.1ISE-QAI-325O'BM0WM45'RINRINRI60'RISEENOTE(1)VESSELTOFLANGEAF(TOP)B1.1ISE-QAI-3260BMNRIGENERALELECTRICIII.6  
Thedatasheetsandplotsoftheseindications areincludedinSectionVofthisreport./Cj7PInadditiontwo(2)visualindications weredetectedinthreadedstudholesinthevesselflange.Thesetwo(2)indications weredispositioned bythevesseldesigner/manufacturer tobeanacceptable condition.
!l SERVICEANYTIME...ANYWHEREINSTALfASIONaSOIVICSENOINffAIHOOIVISIOHCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPE-WELDIDITEMNO.PROCEDUREEXAM0BMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReportf6SectionIV(l)SpotIndication.SeeDataSheet2047inSectionV.LONGITUDINALBABl.lISE-QAI-325O'WM(6)SpotIndications.SeeDataSheet2050inSectionV.450NRI60'RILONGITUDINALBBBl.l0BMNRIISE-QAI-3250WMNRI45'RI60NRI0BMNRILONGITUDINALBCBl.lISE-QAI-3250WM45'2)SpotIndications.SeeDataSheet2052inSectionV.NRI60'RIGENERALELECTRICIII.7 IJ SERVICEANYTINE..~ANYWHEREINSTALLER'TlON~$0lVICEEHGIHCCAINODIVljlOHCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReportf16SectionIVLONGITUDINALBKBl.l0BMISE-QAI-3250'WM45'RINRINRI60'RILONGITUDINALBMBl.l0BMISE-QAI-325O'WM45'RINRINRI60NRILONGITUDINALBNBl.l0BMISE-QAI-325O'WMNRINRI450NRI60'RISEENOTE(l)ANDREPORTflINSECTIONIV.GENERALELECTRICIII.8  
Areportonthestudholddiscrepancies appearsinSectionIV.Duringthecourseofthemanualexaminations, geometric reflectors weredetectedfromtheclosureheadnozzlesN6AandN6B,andvesselsupportweldCG.Summaryreportsfortheaboveconditions arelocatedinSectionIVofthisreport.Summaryreportsdescribing limitedscansduetovesselconfiguration, penetrations, andthermocouple padsarelocatedinSectionIV.Anacousticcomparison betweenSA-508andSA-533wasperformed tosatisfytherequirements ofParagraph I-3121,AppendixIofASMESectionXI.ThisreportislocatedinSectionIV.GENERALELECTRICIII.1 SERVICEANYTIMS...
~,0l SERVICEANYTIQE-.ANYWNEREINSTALIATION~SSIIVICSSNOINSSIIINODIVISIONCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPELONGITUDINALWELDIDBPITEMNO.B1.1PROCEDUREISE-QAI-325EXAM0BMNRI0WMNRINRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIV45'RI60'RICIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADS(TOP)B1.1ISE-QAI-32545'RI0BMNRI0WMNRI60'RICIRCUMFERENTIALANAHMERIDIONALWELDS(BOTTOM)INVESSELHEADSB1.1ISE-QAI-32545'RI0BMNRI0WMNRI60'RIGEREGALIELECTRICIII.9  
ANYWMETTK INSTAllATION 4SSAVICffNOINHAINO OIYISIONINSTRUCTIONS FORTHEUSEOFTHEDETAILEDSUMMARYINCLUDEDINTHISREPORTThedetailedsummarysectionofthisreportenablestheuserofthereporttoreviewtheentirepre-service examination withaminimumofeffort.Thefollowing termsareusedinthesummarytoidentifytheweld,theexaminations performed, andtheresultsoftheexaminations:
CATEGORYThedesignation ofthecodecategoryisperTableIWB-2500ofASMEXIW'75Addenda.iWELDTYPETheweldtypesarelistedinthesectionofTableIWB-2500thatpertainstothecodecategorybeingexamined.
WELDIDENTIFICATION
-Theweldseamidentification istakenfromtheRPVweldidentification drawingincludedinthedrawingsectionofthereport.ITEMNUMBERThedesignation ofcodeitemnumbersisperTableIWB-2600ofASMEXIW'75Addenda.PROCEDURE NUMBER-Thiscolumnliststheprocedure usedtoperformtheexamination.
EXAMINATION Thiscolumnliststheexamination(s) performed oneachlistedweld.GENERALELECTRICIII.2 i
SERVICEAHYTIIIIE...
ANYWHEREIN5'IAuAIION A55RVICRRNGINRRRING GIVI5IONThiscolumnliststheresultsofeachexamina-tionperformed.
Theresultsappeardirectlyoppositetheexamination.
'0BMO'WM45'0'RINRI2SpotIndications SeeDataSheetNRIAsshown,theabbreviation NRIisusedtodocumentanexamination wherenorecordable indications weredetected.
The45'xamination showsaresultof2spotindications.
Whereindications weredetected, astatement toseedatasheet(s)followsthenumberofindica-tionsdetected.
Thisstatement tellstheuserwhichdatasheet(s)detailthesubjectindication(s).
Whereacondition existsthatgenerally affectstheexamination, suchasalimitedscanoraninterferencerequiring additionalexamination, ageneralstatement isaddedtodescribethecondition.
Thisstatement isnotintendedtoapplytoanysingleexamination.
Theyareplacedwhereverspacepermits.0BMO'WM45'0'RIRestricted scan,Reference Report8'RI2spotindications, seedatasheetNRIIntheillustration above,therewasarestrict-edscanaffecting theexamination.
ItisnotintendedtoapplytotheO'BMexamination.
Thestatement tellstheuserwhichreport(s) detailthereferenced condition.
GENERALELECTRICIII.3 0
SERV(CEANYTIME...
ANYWHERRINSSAuAKION AS(%VICESNGINSSAING DIVISIONAlldatasheetsreferenced intheremarkscolumnareincludedinSectionV.Sheetsdocumenting coderecordable indications havebeenincludedwithcalibration dataanddataplots.GENERALELECTRICIII.4  
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ANYWMEREIN5IAIIARIOH A5IRVICRRNGINRRINO ORIRAIIOH5 CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL B1.1ISE-QAI-325 0BMNRI0WMNRI45'RI60'RI0BMNRICIRCUMFERENTIAL B1.1ISE-QAI-325 0WM45'RINRI60'RICIRCUMFERENTIAL (TOP)B1.1ISE-QAI-325 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.5 e0' SERVICEANYTIME...
ANYWHEREINSTAllATION ASIAVICTTNGINNAING OTIAATIONS CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL (BOTTOM)B1.10BMISE-QAI-325 0'WM45'RINRINRI60'RICIRCUMFERENTIAL AF'BOTTOM)B1.1ISE-QAI-325 O'BM0WM45'RINRINRI60'RISEENOTE(1)VESSELTOFLANGEAF(TOP)B1.1ISE-QAI-326 0BMNRIGENERALELECTRICIII.6  
!l SERVICEANYTIME...
ANYWHEREINSTALfASI ONaSOIVICSENOINffAIHOOIVISIOHCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPE-WELDIDITEMNO.PROCEDURE EXAM0BMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reportf6SectionIV(l)SpotIndication.
SeeDataSheet2047inSectionV.LONGITUDINAL BABl.lISE-QAI-325 O'WM(6)SpotIndications.
SeeDataSheet2050inSectionV.450NRI60'RILONGITUDINAL BBBl.l0BMNRIISE-QAI-325 0WMNRI45'RI60NRI0BMNRILONGITUDINAL BCBl.lISE-QAI-325 0WM45'2)SpotIndications.
SeeDataSheet2052inSectionV.NRI60'RIGENERALELECTRICIII.7 IJ SERVICEANYTINE..
~ANYWHEREINSTALLER'Tl ON~$0lVICEEHGIHCCAINO DIVljlOHCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reportf16SectionIVLONGITUDINAL BKBl.l0BMISE-QAI-325 0'WM45'RINRINRI60'RILONGITUDINAL BMBl.l0BMISE-QAI-325 O'WM45'RINRINRI60NRILONGITUDINAL BNBl.l0BMISE-QAI-325 O'WMNRINRI450NRI60'RISEENOTE(l)ANDREPORTflINSECTIONIV.GENERALELECTRICIII.8  
~,0l SERVICEANYTIQE-.
ANYWNEREINSTALIATI ON~SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPELONGITUDINAL WELDIDBPITEMNO.B1.1PROCEDURE ISE-QAI-325 EXAM0BMNRI0WMNRINRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIV45'RI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADS(TOP)B1.1ISE-QAI-325 45'RI0BMNRI0WMNRI60'RICIRCUMFERENTIAL ANAHMERIDIONAL WELDS(BOTTOM)INVESSELHEADSB1.1ISE-QAI-325 45'RI0BMNRI0WMNRI60'RIGEREGALIELECTRICIII.9  


SERVICEANYTQSK-.ASSYWHEREINSTAllATION~SSIIVICSSNOINSSIIINODIVISIONCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReort06SectionIVCIRCUMFERENTIALANMERIODIONALWELDSINVESSELHEADSAJ(TOP)B1.145'RI0BMNRIISE-QAI-3250'WMNRI60'RICIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADS(BOTTOM)B1.145'RI0BMNRIISE-QAI-3250WMNRI60'RICIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDA(AA-SKIRT)B1.145'RI0BMNRIISE"QAI-3250WMNRI60'RISEENOTE(1)ANDREPORT8'1INSECTIONIVGENERALELECTRICIII.10 iI~I SERVICEANYTIME.,ANYWHEREIN5IAI5AIIONA55tvICEtNGINIttlNGOtttA5ION5CATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReportIlI6SectionIVCIRCUMFERENTIALANMERIODIONALWELDSINVESSELHEADS.DA(SKIRT-u)B1.10BMISE-QAI-325O'WM45'RINRINRI60'RISEENOTE(1)ANDREPORTtlINSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDB(AA-SKIRT)B1.10BMISE-QAI-3250WM45'RINRINRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDB(SKIRT-w)B1.10BMISE-QAI-3250WM45'RINRINRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGENERAL'ELECTRICIII.11 SERVICEANYTIME...ANYWHEREIN55ANAIIONA5(RVICERNGINHRINGORRRATION5CATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReort86SectionIVCIRCUMFERENTIALANMERIODIONALWELDSINVESSELHEADSDC(AA-SKIRT)B1.145'RI0BMNRIISE-QAI-3250WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDC(SKIRT-AJ)B1.1ISE-QAI-32545'RI0BMNRI0'WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDD(AA-SKIRT)B1.1450NRI0BMNRIISE-QAI-325O'WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGEIIERALIELECTRICIII.12 I0 SERVICEANYTIME...ANYWHEREINSSAISATIONASSAVICSSNGINHAINGOPSAASIONSCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReort86SectionIVCIRCUMFERENTIALANMERIODIONALWELDSINVESSELHEADSDD(SKIRT-Aa)B1.1450NRI0BMNRIISE-QAI-3250WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDE(AA-SKIRT)B1.145'RI0BMNRIISE-QAI-3250WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDE(SKIRT-u)B1.145'RI0BMNRIISE-QAI-325O'WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGEIIEIIALELECTRICIII.13  
SERVICEANYTQSK-.
~'i, SERVICEAHYTNCE...ANYWHEREIN55AILATIONA5IAVIC55NGINHAINGONAANON5CATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReort86SectionIVCIRCUMFERENTIALANMERIODIONALWELDSINVESSELHEADSDF(AA-SKIRT)B1.145NRI0BMNRIISE-QAI-3250WMNRI60NRISEENOTE(1)ANDREPORT8'1INSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDF(SKIRT-AJB1.145NRI0BMNRIISE-QAI-3250WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDJB1.145'RI0BMNRIISE-QAI-3250WMNRI60'RIGENERALELECTRICIII.14  
ASSYWHEREINSTAllATI ON~SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort06SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSAJ(TOP)B1.145'RI0BMNRIISE-QAI-325 0'WMNRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADS(BOTTOM)B1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDA(AA-SKIRT)B1.145'RI0BMNRIISE"QAI-3250WMNRI60'RISEENOTE(1)ANDREPORT8'1INSECTIONIVGENERALELECTRICIII.10 iI~I SERVICEANYTIME.,
ANYWHEREIN5IAI5AIION A55tvICEtNGINIttlNG OtttA5ION5 CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)RestrictedExamination Reference ReportIlI6SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADS.DA(SKIRT-u)B1.10BMISE-QAI-325 O'WM45'RINRINRI60'RISEENOTE(1)ANDREPORTtlINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDB(AA-SKIRT)B1.10BMISE-QAI-325 0WM45'RINRINRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDB(SKIRT-w)B1.10BMISE-QAI-325 0WM45'RINRINRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGENERAL'ELECTRICIII.11 SERVICEANYTIME...
ANYWHEREIN55ANAIION A5(RVICERNGINHRING ORRRATION5 CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDC(AA-SKIRT)B1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDC(SKIRT-AJ)B1.1ISE-QAI-325 45'RI0BMNRI0'WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDD(AA-SKIRT)B1.1450NRI0BMNRIISE-QAI-325 O'WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGEIIERALIELECTRICIII.12 I0 SERVICEANYTIME...
ANYWHEREINSSAISATION ASSAVICSSNGINHAING OPSAASIONS CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDD(SKIRT-Aa)B1.1450NRI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDE(AA-SKIRT)B1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDE(SKIRT-u)B1.145'RI0BMNRIISE-QAI-325 O'WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGEIIEIIAL ELECTRICIII.13  
~'i, SERVICEAHYTNCE...
ANYWHEREIN55AILATION A5IAVIC55NGINHAING ONAANON5CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDF(AA-SKIRT)B1.145NRI0BMNRIISE-QAI-325 0WMNRI60NRISEENOTE(1)ANDREPORT8'1INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDF(SKIRT-AJB1.145NRI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDJB1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RIGENERALELECTRICIII.14  
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SKRVICEANYTME...ANYWHEREIINSTALLATION~CEIIvlCcKN(QNEERINODIVISIONCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPECIRCUMFERENTIALANMERIODIONALWELDSINVESSELHEADSWELDIDDKITEMNO.B1.1PROCEDUREISE-QAI-325EXAM0BM0WM45'RINRINRINRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIV60'RICIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDMB1.10BMISE-QAI-3250'WM45'RINRINRI60'RICIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDNB1.10BMISE-QAI-3250WM45'RINRINRI60'RIGENERALELECTRICIII.15 00 SERVICEAHYTWE--ANYWHEREINSTALIATICN40OIVICEKNCINKOIIHOOIVISIONCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIVCIRCUMFERENTIALANMERIODIONALWELDSINVESSELHEADSDPB1.1ISE-QAI-325.0BM0WM450NRINRINRI60'RICIRCUMFERENTIALANMERIDIONALWELDSINVESSELHEADSDRB1.1ISE-QAI-3250BM0WM45NRINRINRI60'RIHEADTOFLANGEWELDAGB1.1ISE-QAI-3250BM0WM45'RINRINRI-60'RIGENERALELECTRICIII.16 0
SKRVICEANYTME...
SEIlVICfANY~...ANYWHEREINSTALLATIOH4SOlVICKKNOINfERINODMCIOHCATEGORYBAMANUALULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIVBOTTOMHEADDOLLARPLATEWELDSDGBI.l0BMISE-QAI-325O'WM450NRINRINRI60'RISEENOTE(l)ANDREPORT8'lINSECTIONIV.BOTTOMHEADDOLLARPLATEWELDSBl.lISE-QAI-3250BM0WM45'RINRINRI60'RISEENOTE(l)ANDREPORT8'IINSECTIONIV.GENERALELECTRICIII.17  
ANYWHEREIINSTALLATION
~CEIIvlCcKN(QNEERINODIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPECIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSWELDIDDKITEMNO.B1.1PROCEDURE ISE-QAI-325 EXAM0BM0WM45'RINRINRINRI=NoRecordable Indications REMARKSNote(l)RestrictedExamination Reference Report86SectionIV60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDMB1.10BMISE-QAI-325 0'WM45'RINRINRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDNB1.10BMISE-QAI-325 0WM45'RINRINRI60'RIGENERALELECTRICIII.15 00 SERVICEAHYTWE--ANYWHEREINSTALIATI CN40OIVICEKNCINKOIIHO OIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)RestrictedExamination Reference Report86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDPB1.1ISE-QAI-325
.0BM0WM450NRINRINRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDRB1.1ISE-QAI-325 0BM0WM45NRINRINRI60'RIHEADTOFLANGEWELDAGB1.1ISE-QAI-325 0BM0WM45'RINRINRI-60'RIGENERALELECTRICIII.16 0
SEIlVICfANY~...ANYWHEREINSTALLATI OH4SOlVICKKNOINfERINODMCIOHCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVBOTTOMHEADDOLLARPLATEWELDSDGBI.l0BMISE-QAI-325 O'WM450NRINRINRI60'RISEENOTE(l)ANDREPORT8'lINSECTIONIV.BOTTOMHEADDOLLARPLATEWELDSBl.lISE-QAI-325 0BM0WM45'RINRINRI60'RISEENOTE(l)ANDREPORT8'IINSECTIONIV.GENERALELECTRICIII.17  
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SERVICEANYTIME...ANYWHEREINSEAtlAtlott4St!VICttNGINttklNGOtttAIIONSCATEGORYBAREMOTEULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIVCIRCUMFERENTIALB1.1O'BMISE-QAI-3290WMNRINRI450NRI.60'RISEENOTE(1)O'BMNRICIRCUMFERENTIALABB1.1ISE-QAI-329O'WM450NRINRI60'RI0BMNRICIRCUMFERENTIALACB1.1ISE-QAI-329.O'WMNRI45'0'1)SPOTINDICATIONSEEDATASHEETAC,SHEET4of4INSECTIONVNRIIGENERALELECTRICIII.18 0'
SERVICEANYTIME...
SERVICEANYTIRCE...ANYWHEREIN55AIIAIIONR55RVICRRNGINNRINGONRAIION5CATEGORYBAREMOTEULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAM0BMNRINRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReort8'6SectionIVCIRCUMFERENTIALB1.1ISE-QAI-3290WM4560'RI(1)SPOTINDICATIONSEEDATASHEETAD,SHEET3of4INSECTIONVNRISEENOTE(1)LONGITUDINALBAB1.1ISE-QAI-3290BMO'WM45'0'5)SPOTINDICATIONSSEEDATASHEETBA,SHEET13of16INSECTIONV(21)SPOTINDICATIONSSEEDATASHEETBA,SHEET13of16INSECTIONVNRINRISEENOTE(1)0BMNRILONGITUDINALBBB1.1ISE-QAI-3290WM45'RINRI60'RISEENOTE(1)GENERAL''ELECTRICIII.19 l0l SfRVICfANYTNE...ANYWHEREINSIAIIAIIONASSAVICSSNGINSSAINGOtiAAIIONSCATEGORYBAREMOTEULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI~NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReortIII6SectionIV0'BMNRILONGITUDINALBCB1.1ISE-QAI-3290WM45'16)SpotIndications.SeeDataSheetBC,Sheet5of8inSectionV.NRI60'RISEENOTE(1)0BMNRILONGITUDINALBDB1.1ISE-QAI-329O'WM45060'RI(1)SpotIndication.SeeDataSheetBD,Sheet2of2inSectionV.NRILONGITUDINALBEB1.10BMISE-QAI-329O'WM45'RINRINRI60'RIGENERALELECTRICIII.20 SERVICEANYTIME...ANYWHEREINTTATTATIOHA5TAVICTTHGINTTAINGOTTAATIOH5CATEGORYBAREMOTEULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAM0BMNRINRI=NoRecord'ableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIVLONGITUDINALBFB1.1ISE-QAI-3290WMNRI45'RI60'RISEENOTE(1)0BMNRILONGITUDINALBGB1~1ISE-QAI-3290WM45060'11)SpotIndications.SeeDataSheetBG,Sheet3of3inSectionV.NRINRISEENOTE(1)LONGITUDINALBHB1.1ISE-QAI-3290BMNRI0WMNRI450NRI60'RISEENOTE(1)GENERALELECTRICIII.21 0,0 SERVICEANYTIME...ANYWHEREINT'TATIATIONA55AVICTTNGINHAINGOTTAATION5CATEGORYBAREMOTEULTRASONICEXAMINATIONPRESSURERETAININGWELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReport86SectionIVO'BM(1)SpotIndication.SeeDataSheetBJ,Sheet3of3inSectionV.LONGITUDINALB1.1ISE-QAI-3290WMNRI4560'RI(1)SpotIndication.SeeDataSheetBJSheet2of3inSectionV.SEENOTE(1)GENERALELECTRICIII.22  
ANYWHEREINSEAtlAtlott 4St!VICttNGINttklNG OtttAIIONS CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVCIRCUMFERENTIAL B1.1O'BMISE-QAI-329 0WMNRINRI450NRI.60'RISEENOTE(1)O'BMNRICIRCUMFERENTIAL ABB1.1ISE-QAI-329 O'WM450NRINRI60'RI0BMNRICIRCUMFERENTIAL ACB1.1ISE-QAI-329.
'Oi,0,0 SERVICEANYTQK-.ANYWHEREINSTAI.lhllOIIA5BLVICtKNCIIIKEIIIIIODIVISIONCATEGORYBDMANUALULTRASONICEXAMINATIONFULLPENETRATIONWELDS'OFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport8'6SectionIVPRIMARYNOZZLETOVESSELWELDSN6AB1.4ISE-QAI-3250BMNRI0WMNRI45'RI60'RIREFERENCEREPORTNO.2INSECTIONIV.PRIMARYNOZZLETOVESSELWELDSN6BB1.4ISE-QAI-3250BMNRI0WMNRI45'RI60NRIREFERENCEREPORTNO.2INSECTIONIV.PRIMARYNOZZLETOVESSELWELDSN7B1.4ISE-QAI-3250BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.23 I0,'
O'WMNRI45'0'1)SPOTINDICATION SEEDATASHEETAC,SHEET4of4INSECTIONVNRIIGENERALELECTRICIII.18 0'
SERVICEANYTIME...ANYWHEREIN5'IARAIIONA55AVIC5INOINIIAINOOtIAAIIONSCATEGORYBDMANUALULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReort86SectionIVPRIMARYNOZZLETOVESSELWELDSN8AB1.40BMNRIISE-QAI-325O'WMNRI450NRI60NRIPRIMARYNOZZLETOVESSELWELDSNSBB1.40BMNRIISE-QAI-3250'WMNRI45'RI60'RIPRIMARYNOZZLETOVESSELWELDSN9B1.40BMISE-QAI-325O'WM45'SpotIndications.SeeDataSheet4094inSectionV.2SpotIndications.SeeDataSheet4093inSectionV.NRI60'SpotIndication.SeeDataSheet1106inSectionV.GENERALELECTIIICIII.24 0:~
SERVICEANYTIRCE...ANYWHEREIN55AIIAIION R55RVICRRNGINNRING ONRAIION5 CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAM0BMNRINRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort8'6SectionIVCIRCUMFERENTIAL B1.1ISE-QAI-329 0WM4560'RI(1)SPOTINDICATION SEEDATASHEETAD,SHEET3of4INSECTIONVNRISEENOTE(1)LONGITUDINAL BAB1.1ISE-QAI-329 0BMO'WM45'0'5)SPOTINDICATIONS SEEDATASHEETBA,SHEET13of16INSECTIONV(21)SPOTINDICATIONS SEEDATASHEETBA,SHEET13of16INSECTIONVNRINRISEENOTE(1)0BMNRILONGITUDINAL BBB1.1ISE-QAI-329 0WM45'RINRI60'RISEENOTE(1)GENERAL''ELECTRICIII.19 l0l SfRVICfANYTNE...
SERVICEANYTIQE-.ANYWHEREINSTALLATIONhIQIVICCQIGINEKRINOIXVESIOHCATEGORYBDMANUALULTRASONICEXAMINATIONNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDUREEXAMREMARKSNRINoRecordableIndicationsNOZZLEINNERRADIUSEDSECTIONNlAISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONNlBB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2AB1.4'SE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2BISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2CISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2DISE-QAI-324INNERRADIUSNRI6EIIEIIALIELECTRICIII.25 I1, SERVICEANYTIME...ANYWHEAEIN55AIRATIONA55RVICRRNOINIRRINOORRRAIIONSCATEGORYBDMANUALULTRASONICEXAMINATIONNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDUREEXAMREMARKSNRIRRNoRecordableIndicationsNOZZLEINNERRADIUSEDSECTIONN2EB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2PB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2GB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2HB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2JB1.4ISE-QAI-324INNERRADIUSNRIGENERALELECTRICIII.26  
ANYWHEREINSIAIIAIION ASSAVICSSNGINSSAING OtiAAIIONS CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI~NoRecordable Indications REMARKSNote(l)Restricted Examination Reference ReortIII6SectionIV0'BMNRILONGITUDINAL BCB1.1ISE-QAI-329 0WM45'16)SpotIndications.
SeeDataSheetBC,Sheet5of8inSectionV.NRI60'RISEENOTE(1)0BMNRILONGITUDINAL BDB1.1ISE-QAI-329 O'WM45060'RI(1)SpotIndication.
SeeDataSheetBD,Sheet2of2inSectionV.NRILONGITUDINAL BEB1.10BMISE-QAI-329 O'WM45'RINRINRI60'RIGENERALELECTRICIII.20 SERVICEANYTIME...
ANYWHEREINTTATTATIOH A5TAVICTTHGINTTAING OTTAATIOH5 CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAM0BMNRINRI=NoRecord'able Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVLONGITUDINAL BFB1.1ISE-QAI-329 0WMNRI45'RI60'RISEENOTE(1)0BMNRILONGITUDINAL BGB1~1ISE-QAI-329 0WM45060'11)SpotIndications.
SeeDataSheetBG,Sheet3of3inSectionV.NRINRISEENOTE(1)LONGITUDINAL BHB1.1ISE-QAI-329 0BMNRI0WMNRI450NRI60'RISEENOTE(1)GENERALELECTRICIII.21 0,0 SERVICEANYTIME...
ANYWHEREINT'TATIATION A55AVICTTNGINHAING OTTAATION5 CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIVO'BM(1)SpotIndication.
SeeDataSheetBJ,Sheet3of3inSectionV.LONGITUDINAL B1.1ISE-QAI-329 0WMNRI4560'RI(1)SpotIndication.
SeeDataSheetBJSheet2of3inSectionV.SEENOTE(1)GENERALELECTRICIII.22  
'Oi,0,0 SERVICEANYTQK-.ANYWHEREINSTAI.lhll OIIA5BLVICtKNCIIIKEIIIIIO DIVISIONCATEGORYBDMANUALULTRASONIC EXAMINATION FULLPENETRATION WELDS'OFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report8'6SectionIVPRIMARYNOZZLETOVESSELWELDSN6AB1.4ISE-QAI-325 0BMNRI0WMNRI45'RI60'RIREFERENCE REPORTNO.2INSECTIONIV.PRIMARYNOZZLETOVESSELWELDSN6BB1.4ISE-QAI-325 0BMNRI0WMNRI45'RI60NRIREFERENCE REPORTNO.2INSECTIONIV.PRIMARYNOZZLETOVESSELWELDSN7B1.4ISE-QAI-325 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.23 I0,'
SERVICEANYTIME...
ANYWHEREIN5'IARAIION A55AVIC5INOINIIAINO OtIAAIIONS CATEGORYBDMANUALULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVPRIMARYNOZZLETOVESSELWELDSN8AB1.40BMNRIISE-QAI-325 O'WMNRI450NRI60NRIPRIMARYNOZZLETOVESSELWELDSNSBB1.40BMNRIISE-QAI-325 0'WMNRI45'RI60'RIPRIMARYNOZZLETOVESSELWELDSN9B1.40BMISE-QAI-325 O'WM45'SpotIndications.
SeeDataSheet4094inSectionV.2SpotIndications.
SeeDataSheet4093inSectionV.NRI60'SpotIndication.
SeeDataSheet1106inSectionV.GENERALELECTIIIC III.24 0:~
SERVICEANYTIQE-.
ANYWHEREINSTALLATION hIQIVICCQIGINEKRINO IXVESIOHCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRINoRecordable Indications NOZZLEINNERRADIUSEDSECTIONNlAISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONNlBB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2AB1.4'SE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2BISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2CISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2DISE-QAI-324 INNERRADIUSNRI6EIIEIIALIELECTRICIII.25 I1, SERVICEANYTIME...
ANYWHEAEIN55AIRATION A55RVICRRNOINIRRINO ORRRAIIONS CATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRIRRNoRecordable Indications NOZZLEINNERRADIUSEDSECTIONN2EB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2PB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2GB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2HB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2JB1.4ISE-QAI-324 INNERRADIUSNRIGENERALELECTRICIII.26  


SERVICEAHYTWE-.ANVWHEREINSTALLATIONLSEhVICCENGINCEAIHODIVI5IONCATEGORYBDMANUALULTRASONICEXAMINATIONNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsNOZZLEINNERRADIUSEDSECTIONN2KB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3AB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3BB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3CB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3DB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN5AB1.4ISE-QAI-324INNERRADIUSNRIGENERALELECTRICIII.27  
SERVICEAHYTWE-.ANVWHEREINSTALLATION LSEhVICCENGINCEAIHO DIVI5IONCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications NOZZLEINNERRADIUSEDSECTIONN2KB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3AB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3BB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3CB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3DB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN5AB1.4ISE-QAI-324 INNERRADIUSNRIGENERALELECTRICIII.27  
:It' SERVICEANYTISI-.EANY'n'EINSTALLATION4SSIIVICSSNOINSSIIINODIVISIONCATEGORYBDMANUALULTRASONICEXAMINATIONNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsNOZZLEINNERRADIUSEDSECTIONN5BB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN6AB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN6BB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN7B1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN8AB1.4ISE-QAI-324INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONNSBB1.4ISE-QAI-324INNERRADIUSNRIGENERALELECTRICIII.28  
:It' SERVICEANYTISI-.
EANY'n'E INSTALLATION 4SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications NOZZLEINNERRADIUSEDSECTIONN5BB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN6AB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN6BB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN7B1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN8AB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONNSBB1.4ISE-QAI-324 INNERRADIUSNRIGENERALELECTRICIII.28  
''
''
SERVICEANYTIME,.ANYWHEREINS'IAIIANONA'IEAVICS'INGINHAINGOHAANONSCATEGORYBDMANUALULTRASONICEXAMINATIONNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsNOZZLEINNERRADIUSEDSECTIONB1.4ISE-QAI-324INNERRADIUSNRIN9B1.4ISE-QAI-331P.T.NOTE:LiquidpenetrantexaminationperformedoNRIthenozzleinnerrediusinaccordancewiththerequirementsofNUREG-0619.GEIIEIIALELECTIIICIII.29 SERVICEAHYTOK.-ANYWREAKINSTALLATION~EEIIVICEENOINEEAINOOIVIEIONCATEGORYBDMANUALULTRASONICEXAMINATIONFEEDMATERNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsPRIMARYNOZZLETOVESSELWELDSN4AB1.4ISE-QAI-334ZONE1NRI-RestrictedScan,ReferenceReport06inSectionIV.N4AN4AB1.4B1.4ISE-QAI-332ZONE2ISE-QAI-333ZONE3NRINRINote:Liquidpenetrantexaminationperformedontheaccessibleportionsofthesix(6)feedwaternozzleinnerradiiwiththespargersinstalled,tosatisfytherequire-mentsofNUREG-0619.Norecordableindicationsweredetected.ProcedureISE-QAI-331wasused.PRIMARYNOZZLETOVESSELWELDSN4BBl;4ISE-QAI-334ZONE1NRIN4BB1.4ISE-QAI-332ZONE2NRIN4BB1.4ISE-QAI-333ZONE3NRI-RestrictedScan90to120duetothermocouplepadsGENEIIALIELECTIIICIII.30 0liI SERVICEANYTIME...ANYWHEREINSTALLAIIQNAIQIVlCCENQINEKRINOOIVISIOHCATEGORYBDMANUALULTRASONICEXAMINATIONFEEDWATERNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURENRI=NoRecordableIndicationsPRIMARYNOZZLETOVESSELWELDSN4CB1.4ISE-QAI-334ZONE1NRIN4CB1.4ISE-QAI-332ZONE2NRIN4CB1.4ISE-QAI-333ZONE3NRIPRIMARYNOZZLETOVESSELWELDSN4DB1.4ISE-QAI-334ZONE1NRI-Restrictedscan.ReferenceReport86inSectionIV.N4DB1.4ISE-QAI-332ZONE2NRIN4DB1.4ISE-QAI-333ZONE3NRI-RestrictedScan90'o120'uetothermocouplepadsGENERALELECTRICIII.31  
SERVICEANYTIME,.
ANYWHEREINS'IAIIANON A'IEAVICS'INGINHAING OHAANONSCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications NOZZLEINNERRADIUSEDSECTIONB1.4ISE-QAI-324 INNERRADIUSNRIN9B1.4ISE-QAI-331 P.T.NOTE:Liquidpenetrant examination performed oNRIthenozzleinnerrediusinaccordance withtherequirements ofNUREG-0619.
GEIIEIIALELECTIIICIII.29 SERVICEAHYTOK.-ANYWREAKINSTALLATION
~EEIIVICEENOINEEAINO OIVIEIONCATEGORYBDMANUALULTRASONIC EXAMINATION FEEDMATER NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications PRIMARYNOZZLETOVESSELWELDSN4AB1.4ISE-QAI-334 ZONE1NRI-Restricted Scan,Reference Report06inSectionIV.N4AN4AB1.4B1.4ISE-QAI-332 ZONE2ISE-QAI-333 ZONE3NRINRINote:Liquidpenetrant examination performed ontheaccessible portionsofthesix(6)feedwater nozzleinnerradiiwiththespargersinstalled, tosatisfytherequire-mentsofNUREG-0619.
Norecordable indications weredetected.
Procedure ISE-QAI-331 wasused.PRIMARYNOZZLETOVESSELWELDSN4BBl;4ISE-QAI-334 ZONE1NRIN4BB1.4ISE-QAI-332 ZONE2NRIN4BB1.4ISE-QAI-333 ZONE3NRI-Restricted Scan90to120duetothermocouple padsGENEIIALIELECTIIIC III.30 0liI SERVICEANYTIME...
ANYWHEREINSTALLAII QNAIQIVlCCENQINEKRINO OIVISIOHCATEGORYBDMANUALULTRASONIC EXAMINATION FEEDWATER NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE NRI=NoRecordable Indications PRIMARYNOZZLETOVESSELWELDSN4CB1.4ISE-QAI-334 ZONE1NRIN4CB1.4ISE-QAI-332 ZONE2NRIN4CB1.4ISE-QAI-333 ZONE3NRIPRIMARYNOZZLETOVESSELWELDSN4DB1.4ISE-QAI-334 ZONE1NRI-Restricted scan.Reference Report86inSectionIV.N4DB1.4ISE-QAI-332 ZONE2NRIN4DB1.4ISE-QAI-333 ZONE3NRI-Restricted Scan90'o120'uetothermocouple padsGENERALELECTRICIII.31  


SERVICEANYTME-.ANYWHEREINSTALLAIIONiIEIIVICCENGINEfAINONVISIONCATEGORYBDMANUALULTRASONICEXAMINATIONFEEDWATERNOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsPRIMARYNOZZLETOVESSELMELDSN4EBl.4ISE-QAI-334ZONE1NRIN4EB1.4ISE-QAI-332ZONE2NRIN4EBl.4ISE-QAI-333ZONE3NRIPRIMARYNOZZLETOVESSELWELDSN4FB1.4ISE-QAI-334ZONE1NRIN4FB1.4ISE-QAI-332ZONE2NRIN4FBl.4ISE-QAI-333ZONE3NRIGEIIERALELECTRICIII.32 00 SERVICEamma...ANYVlHEREINSTALLATION4SCIIVICEEHGIKEBlIIIOOIVISIOIICATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndzcatxonsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIV0BM.(1)Spot-SeeDataSheetNIA,Sheet2of3inSectionVNOZZLETOVESSELNIAB1.4ISE-QAI-3300WM45'1)Spot-SeeDataSheetNlA,Sheet2of3inSectionVNRI60'RINOZZLETOVESSELNlBB1.4ISE-QAI-330O'BMNRI0WMNRI45'RI60'RINOZZLETOVESSEL'2AB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.33 0'
SERVICEANYTME-.ANYWHEREINSTALLAII ONiIEIIVICCENGINEfAINONVISIONCATEGORYBDMANUALULTRASONIC EXAMINATION FEEDWATER NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications PRIMARYNOZZLETOVESSELMELDSN4EBl.4ISE-QAI-334 ZONE1NRIN4EB1.4ISE-QAI-332 ZONE2NRIN4EBl.4ISE-QAI-333 ZONE3NRIPRIMARYNOZZLETOVESSELWELDSN4FB1.4ISE-QAI-334 ZONE1NRIN4FB1.4ISE-QAI-332 ZONE2NRIN4FBl.4ISE-QAI-333 ZONE3NRIGEIIERALELECTRICIII.32 00 SERVICEamma...ANYVlHEREINSTALLATION 4SCIIVICEEHGIKEBlIIIOOIVISIOIICATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indzcatxons REMARKSNote(l)Restricted Examination Reference Report86SectionIV0BM.(1)Spot-SeeDataSheetNIA,Sheet2of3inSectionVNOZZLETOVESSELNIAB1.4ISE-QAI-330 0WM45'1)Spot-SeeDataSheetNlA,Sheet2of3inSectionVNRI60'RINOZZLETOVESSELNlBB1.4ISE-QAI-330 O'BMNRI0WMNRI45'RI60'RINOZZLETOVESSEL'2AB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.33 0'
SERVICEANYTINE-.ANYWHEREINSTALIJLTIONhSEIIVICKtNQNKCAINODNISIOHCATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReport86SectionIVNOZZLETOVESSELN2BB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RINOZZLETOVESSELN2CB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RISEENOTE(1)NOZZLETOVESSELN2DB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RISEENOTE(1)GENERALIELECTRICIII.34  
SERVICEANYTINE-.
'I' ANYYlQE-.ANYWHEAKINSTALLAIION4SERVICEEHOINECAINOCNVIjlOHCATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReort86SectionIVNOZZLETOVESSELN2EB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RI0BMNRINOZZLETOVESSELN2FB1.4ISE-QAI-3300WM45'RINRI60'RINOZZLETOVESSELN2GB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.35  
ANYWHEREINSTALIJLTION hSEIIVICKtNQNKCAINO DNISIOHCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIVNOZZLETOVESSELN2BB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RINOZZLETOVESSELN2CB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RISEENOTE(1)NOZZLETOVESSELN2DB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RISEENOTE(1)GENERALIELECTRICIII.34  
,0!Ii ANYTME-.AHYWHEREINSTALIJLTION~55RVIC5QIOIN55RINOOIVI5IONCATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReport8'6SectionIVNOZZLETOVESSELN2HB1.40BMISE-QAI-330O'WM45',.NRINRINRI60'RISEENOTE(1)NOZZLETOVESSELN2JB1.4O'BMISE-QAI-330O'WM45'RINRINRI60'RISEENOTE(1)NOZZLETOVESSELN2KB1.4O'BMISE-QAI-330O'WM450(1)SpotIndication.SeeDataSheetN2K,Sheet2of3inSectionV.NRINRI60NRIGENERALELECTRICIII.36 i
'I' ANYYlQE-.
SERVICEANYTIQK-.ANYWHE$%ll4$TALLAYIOII~SEAVICEQIGIIIEKRIIIOOIVISIOllCATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPENOZZLETOVESSELWELDIDN3AITEMNO.B1.4PROCEDUREISE-QAI-330EXAMO'BMNRI0'WMNRINRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReport86SectionIV45'RI60'RINOZZLETOVESSELN3BB1.40BMNRIISE-QAI-330O'WMNRI45'RI60'RINOZZLETOVESSELN3CB1.40BMNRIISE-QAI-330O'WMNRI45'RI60'RI-GENERALELECTRICIII.37  
ANYWHEAKINSTALLAII ON4SERVICEEHOINECAINO CNVIjlOHCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVNOZZLETOVESSELN2EB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RI0BMNRINOZZLETOVESSELN2FB1.4ISE-QAI-330 0WM45'RINRI60'RINOZZLETOVESSELN2GB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.35  
,0!Ii ANYTME-.AHYWHEREINSTALIJLTI ON~55RVIC5QIOIN55RINO OIVI5IONCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report8'6SectionIVNOZZLETOVESSELN2HB1.40BMISE-QAI-330 O'WM45',.NRINRINRI60'RISEENOTE(1)NOZZLETOVESSELN2JB1.4O'BMISE-QAI-330 O'WM45'RINRINRI60'RISEENOTE(1)NOZZLETOVESSELN2KB1.4O'BMISE-QAI-330 O'WM450(1)SpotIndication.
SeeDataSheetN2K,Sheet2of3inSectionV.NRINRI60NRIGENERALELECTRICIII.36 i
SERVICEANYTIQK-.
ANYWHE$%ll4$TALLAYIOII~SEAVICEQIGIIIEKRIIIOOIVISIOllCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPENOZZLETOVESSELWELDIDN3AITEMNO.B1.4PROCEDUREISE-QAI-330 EXAMO'BMNRI0'WMNRINRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIV45'RI60'RINOZZLETOVESSELN3BB1.40BMNRIISE-QAI-330 O'WMNRI45'RI60'RINOZZLETOVESSELN3CB1.40BMNRIISE-QAI-330 O'WMNRI45'RI60'RI-GENERALELECTRICIII.37  
.
.
SERVICEANYTNaa.-ANYWHEREINSTAlIATION~8NVICCENOINtQllNOINVISIONCATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(l)RestrictedExaminationReferenceReport86SectionIVNOZZLETOVESSELN3DB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RINOZZLETOVESSELN4AB1.4ISE-QAI-330O'BM0WM45'1)SpotIndication.SeeDataSheetN4A,Sheet2of3inSectionV.NRINRI60'.NRISEENOTE(1)NOZZLETOVESSELN4BB1.4ISE-QAI-3300BMNRI0WMNRI45'RI60'RIGEIIERALELECTRICIII.38 l
SERVICEANYTNaa.-
ANY~-.ANYWHEREINSTALLATIONhSBIVICCQIONEDIINOOIVI5IONCATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMNRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReport8'6SectionIVNOZZLETOVESSELN4CB1.4ISE-QAI-3300BM(3)SpotIndications.O'WM(2)SpotIndications.SeeDataSheetN4C,Sheet2of3inSectionVSeeDataSheetN4C,Sheet2of3inSectionV450NRI60'RINOZZLETOVESSELN4DB1.4ISE-QAI-3300BMNRI0WMNRI45NRI60'RISEENOTE(1)NOZZLETOVESSELN4EB1.4ISE-QAI-330O'BMO'WM45'2)SpotIndications.SeeDataSheetN4E,Sheet2of3inSectionVNRINRI60'RIGENERALIELECTRICIII.39  
ANYWHEREINSTAlIATI ON~8NVICCENOINtQllNO INVISIONCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVNOZZLETOVESSELN3DB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RINOZZLETOVESSELN4AB1.4ISE-QAI-330 O'BM0WM45'1)SpotIndication.
SeeDataSheetN4A,Sheet2of3inSectionV.NRINRI60'.NRISEENOTE(1)NOZZLETOVESSELN4BB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RIGEIIERALELECTRICIII.38 l
ANY~-.ANYWHEREINSTALLATION hSBIVICCQIONEDIINO OIVI5IONCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report8'6SectionIVNOZZLETOVESSELN4CB1.4ISE-QAI-330 0BM(3)SpotIndications.
O'WM(2)SpotIndications.
SeeDataSheetN4C,Sheet2of3inSectionVSeeDataSheetN4C,Sheet2of3inSectionV450NRI60'RINOZZLETOVESSELN4DB1.4ISE-QAI-330 0BMNRI0WMNRI45NRI60'RISEENOTE(1)NOZZLETOVESSELN4EB1.4ISE-QAI-330 O'BMO'WM45'2)SpotIndications.
SeeDataSheetN4E,Sheet2of3inSectionVNRINRI60'RIGENERALIELECTRICIII.39  


SERVICEANYTlQR-.ANYWHEREI~ALLATION4SKAVICCENOINEEAIIIOOIYISIOIICATEGORYBDREMOTEULTRASONICEXAMINATIONFULLPENETRATIONWELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDUREEXAM0'BMNRINRI=NoRecordableIndicationsREMARKSNote(1)RestrictedExaminationReferenceReport86SectionIVNOZZLETOVESSELN4FB1.4ISE-QAI-3300WM45(1)SpotIndication.SeeDataSheetN4F,Sheet3of3inSectionVNRI60'RINOZZLETOVESSELN5hB1.40BMNRIISE-QAI-330O'WMNRI45'RI60'RINOZZLETOVESSELN5BB1.4ISE-QAI-330O'BM0WM45'5)SpotIndications.(2)SpotIndications.NRISeeDataSheetN5B,Sheet3of4inSectionVSeeDataSheetNSB,Sheet3of4inSectionV60'RIGENERALELECTRICIII.40 0'
SERVICEANYTlQR-.
SERVICEANYTINE-.ANYWHEREINSTALtATIONheEIIVICCOIOINEBIINOOMSIONCATEGORYBEPRESSURERETAININGPARTIALPENETRATIONWELDSINVESSELSSYSTEMITEMNO.PROCEDURENO.EXAMLEAKAGEONPARTIALPENETRATIONWELDJUNCTIONS:o185STUBTUBETOR.P.V.JUNCTIONSBl.5160A7807SUPPLEMENTJVTNOLEAKAGEo55INCOREHOUSINGTOR.P.V.JUNCTIONSB1.5160A7807SUPPLEMENTJVTNOLEAKAGEoN10COREDIFFERENTIALPRESSUREANDLIQUIDCONTROLNOZZLEB1.5160A7807SUPPLEMENTJVTNOLEAKAGEGENERALELECTRIC 0,biI SERVICEANYTIME...ANYWHEREIHSIAllASIOHA$1AVICSSNGINISAIHGONAAIIONSCATEGORYBEPRESSURERETAININGPARTIALPENETRATIONWELDSINVESSELSSYSTEMITEMNO.PROCEDURENO.EXAMREMARKSoNllAINSTRUMENTATIONNOZZLEJUNCTIONSoNllBINSTRUMENTATIONNOZZLEJUNCTIONSB1.5B1.5160A7807SUPPLEMENTJ160A7807SUPPLEMENTJVTVTNOLEAKAGENOLEAKAGEoN12AINSTRUMENTATIONNOZZLEJUNCTIONSoN12BINSTRUMENTATIONNOZZLEJUNCTIONSB1.5160A7807SUPPLEMENTJB1.5160A7807SUPPLEMENTJVTVTNOLEAKAGENOLEAKAGEoN15DRAINNOZZLEBl.5160A7807SUPPLEMENTJVTNOLEAKAGEGENERALELECTRIC
ANYWHEREI~ALLATION 4SKAVICCENOINEEAIIIOOIYISIOIICATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAM0'BMNRINRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIVNOZZLETOVESSELN4FB1.4ISE-QAI-330 0WM45(1)SpotIndication.
'I SERVICEANYTIME...ANYWNEREINSTALLATIONASTAVILELNGINHLINGONAATIONSCATEGORYBEPRESSURERETAININGPARTIALPENETRATIONWELDSINVESSELSSYSTEMITEMNO.PROCEDURENO.EXAMREMARKSoN16AINSTRUMENTATIONNOZZLEoN16BINSTRUMENTATIONNOZZLEBl.5B1.5160A7807SUPPLEMENTJ160A7807SUPPLEMENTJVTNOLEAKAGENOLEAKAGEGENERALIELECTRIC lI0 SERVICEANYTIME...ANYWHEREIN55ARA5IONA55RVICRRNGINlfklNGORIRAIIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATIONOUTLETMELDI.D.NlAPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDUREEXAMB1.6ISE-QAI-32245'EMARKSNRI=NoRecordableIndicationsNRINlASAFEENDSIDEB1.6ISE-QAI-32235'/45'RINlANOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIRECIRCULATIONOUTLETNlBNOZZLESIDEBl.6ISE-QAI-32245'RINlBSAFEENDSIDEBl.6ISE-QAI-32235/45'RINlBNOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIGENERALELECTIIICIII.44 ll0iik SERVICEANYTIME...ANYWHEREINRARA5IONA55AVIC5INGINHAINGON@ANON5CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATIONINLETWELDI.D.N2APERFORMEDFROMNOZZLESIDEITEMNO.B1.6PROCEDUREEXAMISE-QAI-32245'EMARKSNRI=NoRecordableIndicationsNRIN2ASAFEENDSIDEB1.6ISE-QAI-32245.'RIN2ANOZZLETOSAFEENDBl.618XA8402P.T.NRIRECIRCULATIONINLETN2BNOZZLESIDEB1.6ISE-QAI-32245'RIN2BSAFEENDSIDEBl.6ISE-QAI-32245'RIN2BNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALOELECTIIICIII.45 IIfttI1eIII,f SERVICEANYTIME...ANYWHEREINSIAISAIIONASSAVICSSNGINHAINGOttAA'SIGNSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEWELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsRECIRCULATIONINLETN2C,NOZZLESIDEB1.6ISE-QAI-322450NRIN2CSAFEENDSIDEBl.6ISE-QAI-32245'RI'2CNOZZLETOSAFEENDB1.618XA7400P.T.NRIRECIRCULATIONINLETN2DNOZZLESIDEB1.6ISE-QAI-322450NRIN2DSAFEENDSIDEB1.6ISE-QAI-32245'RIN2DNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALELECTRICIII.46 IOiI' SERVICEANYTIME...ANYWHEREINSSARASIONASIAVIICSINGINIINNCOtIAASIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATIONINLETWELDI.D.N2EPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDUREEXAMB1.6ISE"QAI-32245REMARKSNRI=NoRecordableIndicationsNRIN2ESAFEENDSIDEB1.6'SE-QAI-32245'RIN2ENOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATIONINLETN2FNOZZLESIDEB1.6ISE-QAI-32245NRIN2FSAFEENDSIDEB1.6ISE-QAI-32245NRIN2FNOZZLETOSAFEENDB1.618XA8402P.T.NRIGENERALELECTRIC~III.47  
SeeDataSheetN4F,Sheet3of3inSectionVNRI60'RINOZZLETOVESSELN5hB1.40BMNRIISE-QAI-330 O'WMNRI45'RI60'RINOZZLETOVESSELN5BB1.4ISE-QAI-330 O'BM0WM45'5)SpotIndications.
'IIIe0 SERVICEANYTQCE-.ANYWNEREIHSSASIASIONASIAVICESNGINISAIHGONAASIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATIONINLETWELDI.D.N2GPERFORMEDFROMNOZZLESIDEITEMNO.Bl.6PROCEDUREEXAMISE-QAI-32245'EMARKSNRI=NoRecordableIndicationsNRIN2GSAFEENDSIDEBl.6ISE-QAI-32245'RIN2GNOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATIONINLETN2HNOZZLESIDEB1.6ISE-QAI-32245'RIN2HSAFEENDSIDEBl.6ISE-QAI-32245'RIN2HNOZZLETOSAFEENDB1.618XA8402P.T.NRIGENERALELECTRICIII.48 0
(2)SpotIndications.
SERVICEANYTME...ANYWHEREINIIAHAIIONAMAVICIINOINIIAINOOtIAAIIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsRECIRCULATIONINLETN2JNOZZLESIDEB1.6ISE-QAI-32245'RIN2JSAFEENDSIDEBl.6ISE-QAI-32245NRIN2JNOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATIONINLETN2KNOZZLESIDEBl.6ISE-QAI-32245NRIN2KSAFEENDSIDEB1.6ISE-QAI-32245'RIN2KNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALIELECTRICIII.49 00 SERVICEANYTIME...ANYWNEREINSSAltASIONASSAVICSSNGINNAINGOtfkASIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMAINSTEAMOUTLETWELDI.D.N3APERFORMEDFROMNOZZLETOSAFEENDITEMNO.PROCEDUREB1.6ISE-QAI-322EXAM450NRINote:MainsteamSafe-EndsexaminedfrombothsideswithtwocalibrationsREMARKSNRI=NoRecordableIndicationsN3ANOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIN3BNOZZLETOSAFEENDB1.6ISE-QAI-33245'RIN3BNOZZLETOSAFEENDBI.6ISE-QAI-331P.T.NRIN3CNOZZLETOSAFEENDB1.6ISE-QAI-32245'RIN3CNOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIGENERALELECTRICIII.50 SERVICEANYTIME...ANYWHEREIN55AI5ATION*55RVIC55NGINI55INGONRAIIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMAINSTEAMOUTLETWELDI.D.N3DPERFORMEDFROMNOZZLETOSAFEENDITEMNO.PROCEDUREB1.6ISE-QAI-322EXAM45'EMARKSNRI=NoRecordableIndicationsNRIN3DNOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIFEEDWATERINLETN4ANOZZLETOSAFEENDB1.6ISE-QAI-332450NRINOTE:FeedwaterSafeEndsexaminedfrombothsideswithtwocalibrations.N4ANOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIN4BNOZZLETOSAFEENDB1.6ISE-QAI-32245NRIN4BNOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIGENERALELECTRICIII.51 IfI'0 SERVICEANYTIME...ANYWHEREINSTAllATIONASTAVICITNGINNAINGOTIAATIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsFEEDWATERINLETN4CNOZZLETOSAFEENDB1.6ISE-QAI-32245'RIN4CNOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIN4DNOZZLETOSAFEENDB1.6ISE-QAI-332450NRIN4DNOZZLETOSAFEENDBl.6ISE-QAI-331P.T.NRIN4ENOZZLETOSAFEENDB1.6ISE-QAI-32245'RIN4ENOZZLETOSAFEENDBl.6ISE-QAI-331P.T.NRIGENERALIELECTRICIII.52  
NRISeeDataSheetN5B,Sheet3of4inSectionVSeeDataSheetNSB,Sheet3of4inSectionV60'RIGENERALELECTRICIII.40 0'
'0 SERVICEANYTIME...ANYWHEREINIIAHA'IIONA5IAVIC5INGINNAINGOtIAAIIONICATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEFEEDWATERINLETWELDI.D.N4FPERFORMEDFROMNOZZLETOSAFEENDITEMNO.Bl.6PROCEDUREEXAMISE-QAI-32245'EMARKSNRI=NoRecordableIndicationsNRIN4FNOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRICORESPRAYN5ANOZZLESIDEBl.6ISE-QAI-32249'RIN5ASAFEENDTONOZZLEBl.6ISE-QAI-32233'Ir'45NRIN5ASAFEENDTOEXTENSIONBl.6ISE-QAI-32245'RIN5AEXTENSIONTOSAFEENDB1.6ISE-QAI-32245NRIGENERALELECTRICIII.53  
SERVICEANYTINE-.
ANYWHEREINSTALtATION heEIIVICCOIOINEBIINO OMSIONCATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMLEAKAGEONPARTIALPENETRATION WELDJUNCTIONS:
o185STUBTUBETOR.P.V.JUNCTIONS Bl.5160A7807SUPPLEMENT JVTNOLEAKAGEo55INCOREHOUSINGTOR.P.V.JUNCTIONS B1.5160A7807SUPPLEMENT JVTNOLEAKAGEoN10COREDIFFERENTIAL PRESSUREANDLIQUIDCONTROLNOZZLEB1.5160A7807SUPPLEMENT JVTNOLEAKAGEGENERALELECTRIC 0,biI SERVICEANYTIME...
ANYWHEREIHSIAllASIOH A$1AVICSSNGINISAIHG ONAAIIONS CATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSoNllAINSTRUMENTATION NOZZLEJUNCTIONS oNllBINSTRUMENTATION NOZZLEJUNCTIONS B1.5B1.5160A7807SUPPLEMENT J160A7807SUPPLEMENT JVTVTNOLEAKAGENOLEAKAGEoN12AINSTRUMENTATION NOZZLEJUNCTIONS oN12BINSTRUMENTATION NOZZLEJUNCTIONS B1.5160A7807SUPPLEMENT JB1.5160A7807SUPPLEMENT JVTVTNOLEAKAGENOLEAKAGEoN15DRAINNOZZLEBl.5160A7807SUPPLEMENT JVTNOLEAKAGEGENERALELECTRIC
'I SERVICEANYTIME...
ANYWNEREINSTALLATION ASTAVILELNGINHLING ONAATIONS CATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSoN16AINSTRUMENTATION NOZZLEoN16BINSTRUMENTATION NOZZLEBl.5B1.5160A7807SUPPLEMENT J160A7807SUPPLEMENT JVTNOLEAKAGENOLEAKAGEGENERALIELECTRIC lI0 SERVICEANYTIME...
ANYWHEREIN55ARA5ION A55RVICRRNGINlfklNG ORIRAIIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION OUTLETMELDI.D.NlAPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDURE EXAMB1.6ISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRINlASAFEENDSIDEB1.6ISE-QAI-322 35'/45'RI NlANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIRECIRCULATION OUTLETNlBNOZZLESIDEBl.6ISE-QAI-322 45'RINlBSAFEENDSIDEBl.6ISE-QAI-322 35/45'RINlBNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALELECTIIIC III.44 ll0iik SERVICEANYTIME...
ANYWHEREINRARA5ION A55AVIC5INGINHAING ON@ANON5CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION INLETWELDI.D.N2APERFORMEDFROMNOZZLESIDEITEMNO.B1.6PROCEDURE EXAMISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN2ASAFEENDSIDEB1.6ISE-QAI-322 45.'RIN2ANOZZLETOSAFEENDBl.618XA8402P.T.NRIRECIRCULATION INLETN2BNOZZLESIDEB1.6ISE-QAI-322 45'RIN2BSAFEENDSIDEBl.6ISE-QAI-322 45'RIN2BNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALOELECTIIIC III.45 IIfttI1eIII,f SERVICEANYTIME...
ANYWHEREINSIAISAIION ASSAVICSSNGINHAING OttAA'SIGNS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEWELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsRECIRCULATION INLETN2C,NOZZLESIDEB1.6ISE-QAI-322 450NRIN2CSAFEENDSIDEBl.6ISE-QAI-322 45'RI'2CNOZZLETOSAFEENDB1.618XA7400P.T.NRIRECIRCULATION INLETN2DNOZZLESIDEB1.6ISE-QAI-322 450NRIN2DSAFEENDSIDEB1.6ISE-QAI-322 45'RIN2DNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALELECTRICIII.46 IOiI' SERVICEANYTIME...
ANYWHEREINSSARASION ASIAVIICSINGINIINNC OtIAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION INLETWELDI.D.N2EPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDURE EXAMB1.6ISE"QAI-322 45REMARKSNRI=NoRecordable Indications NRIN2ESAFEENDSIDEB1.6'SE-QAI-322 45'RIN2ENOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATION INLETN2FNOZZLESIDEB1.6ISE-QAI-322 45NRIN2FSAFEENDSIDEB1.6ISE-QAI-322 45NRIN2FNOZZLETOSAFEENDB1.618XA8402P.T.NRIGENERALELECTRIC~III.47  
'IIIe0 SERVICEANYTQCE-.
ANYWNEREIHSSASIASION ASIAVICESNGINISAIHG ONAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION INLETWELDI.D.N2GPERFORMEDFROMNOZZLESIDEITEMNO.Bl.6PROCEDURE EXAMISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN2GSAFEENDSIDEBl.6ISE-QAI-322 45'RIN2GNOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATION INLETN2HNOZZLESIDEB1.6ISE-QAI-322 45'RIN2HSAFEENDSIDEBl.6ISE-QAI-322 45'RIN2HNOZZLETOSAFEENDB1.618XA8402P.T.NRIGENERALELECTRICIII.48 0
SERVICEANYTME...
ANYWHEREINIIAHAIION AMAVICIINOINIIAINO OtIAAIIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMELDI.D.PERFORMEDFROMITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications RECIRCULATION INLETN2JNOZZLESIDEB1.6ISE-QAI-322 45'RIN2JSAFEENDSIDEBl.6ISE-QAI-322 45NRIN2JNOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATION INLETN2KNOZZLESIDEBl.6ISE-QAI-322 45NRIN2KSAFEENDSIDEB1.6ISE-QAI-322 45'RIN2KNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALIELECTRICIII.49 00 SERVICEANYTIME...
ANYWNEREINSSAltASION ASSAVICSSNGINNAING OtfkASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMAINSTEAM OUTLETWELDI.D.N3APERFORMEDFROMNOZZLETOSAFEENDITEMNO.PROCEDURE B1.6ISE-QAI-322 EXAM450NRINote:Mainsteam Safe-Ends examinedfrombothsideswithtwocalibrations REMARKSNRI=NoRecordable Indications N3ANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIN3BNOZZLETOSAFEENDB1.6ISE-QAI-332 45'RIN3BNOZZLETOSAFEENDBI.6ISE-QAI-331 P.T.NRIN3CNOZZLETOSAFEENDB1.6ISE-QAI-322 45'RIN3CNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALELECTRICIII.50 SERVICEANYTIME...
ANYWHEREIN55AI5ATION
*55RVIC55NGINI55ING ONRAIIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMAINSTEAM OUTLETWELDI.D.N3DPERFORMEDFROMNOZZLETOSAFEENDITEMNO.PROCEDURE B1.6ISE-QAI-322 EXAM45'EMARKS NRI=NoRecordable Indications NRIN3DNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIFEEDWATER INLETN4ANOZZLETOSAFEENDB1.6ISE-QAI-332 450NRINOTE:Feedwater SafeEndsexaminedfrombothsideswithtwocalibrations.
N4ANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIN4BNOZZLETOSAFEENDB1.6ISE-QAI-322 45NRIN4BNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALELECTRICIII.51 IfI'0 SERVICEANYTIME...
ANYWHEREINSTAllATION ASTAVICITNGINNAING OTIAATIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMELDI.D.PERFORMED FROMITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications FEEDWATER INLETN4CNOZZLETOSAFEENDB1.6ISE-QAI-322 45'RIN4CNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIN4DNOZZLETOSAFEENDB1.6ISE-QAI-332 450NRIN4DNOZZLETOSAFEENDBl.6ISE-QAI-331 P.T.NRIN4ENOZZLETOSAFEENDB1.6ISE-QAI-322 45'RIN4ENOZZLETOSAFEENDBl.6ISE-QAI-331 P.T.NRIGENERALIELECTRICIII.52  
'0 SERVICEANYTIME...
ANYWHEREINIIAHA'IION A5IAVIC5INGINNAING OtIAAIIONI CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEFEEDWATER INLETWELDI.D.N4FPERFORMEDFROMNOZZLETOSAFEENDITEMNO.Bl.6PROCEDURE EXAMISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN4FNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRICORESPRAYN5ANOZZLESIDEBl.6ISE-QAI-322 49'RIN5ASAFEENDTONOZZLEBl.6ISE-QAI-322 33'Ir'45NRIN5ASAFEENDTOEXTENSION Bl.6ISE-QAI-322 45'RIN5AEXTENSION TOSAFEENDB1.6ISE-QAI-322 45NRIGENERALELECTRICIII.53  


SERVICEAIIYTIME...ANYWHEREIN51AHASIONASSAVICSSNGINHAINOOtSAASIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEWELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsCORESPRAYN5ANOZZLETOSAFEENDBl.6ISE-QAI-331P.T.NRIN5ASAFEENDTOEXTENSIONB1.6ISE-QAI-331P.T.NRICORESPRAYN5BNOZZLESIDEB1.6ISE-QAI-322450NRIN5BSAFEENDTONOZZLEB1.6ISE-QAI-32233'/45'RIN5BSAFEENDTOB1.6ISE-QAI-322EXTENSION450NRIN5BEXTENSIONTOSAFEENDB1.6ISE-QAI-322450NRIGENERALELECTRIC b,
SERVICEAIIYTIME...
SERVICEANYTIME...ANYWHEREINSSASSASIONASEAVICSSNGINHAINGONAASIONSCATEGORYBFNOZZLETOSAFEENDWELDSNOZZLECORESPRAYWELDI.D.N5BPERFORMEDFROMNOZZLETOSAFEENDITEMNO.Bl.6PROCEDUREISE-QAI-331EXAMP.T.REMARKSINRI=NoRecordableIndicationsNRIN5BSAFEENDTOEXTENSIONBl.6ISE-QAI-331P.T.NRIHEADINSTRUMENTN6ANOZZLESIDEBl.6ISE-QAI-32233'/a5'RIN6AFLANGESIDEB1.6ISE-QAI-32233'RIN6A,NOZZLETOFLANGEBl.6ISE-QAI-331P.T.NRIGENERALELECTRICIII.55 f
ANYWHEREIN51AHASION ASSAVICSSNGINHAINO OtSAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEWELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordable Indications CORESPRAYN5ANOZZLETOSAFEENDBl.6ISE-QAI-331 P.T.NRIN5ASAFEENDTOEXTENSION B1.6ISE-QAI-331 P.T.NRICORESPRAYN5BNOZZLESIDEB1.6ISE-QAI-322 450NRIN5BSAFEENDTONOZZLEB1.6ISE-QAI-322 33'/45'RI N5BSAFEENDTOB1.6ISE-QAI-322 EXTENSION 450NRIN5BEXTENSION TOSAFEENDB1.6ISE-QAI-322 450NRIGENERALELECTRIC b,
SERVICEANYTIME...ANYWHEREIN51AIIAIIONA55AVICIINGINNAINGONAA1ION5CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEHEADVENTWELDI.D.N7PERFORMEDFROMNOZZLESIDEITEMNO.B1.6PROCEDUREISE-QAI-32245'EMARKSNRI=NoRecordableIndicationsNRIN7FLANGESIDEB1.6ISE-QAI-32233NRIN7NOZZLETOFLANGEBl.6ISE-QAI-331P.T.NRIJETPUMPINSTRUMENTATIONNSANOZZLESIDEB1.6ISE-QAI-32245'RINSASAFEENDSIDEBl.6ISE-QAI-32233/45NRINSANOZZLETOSAFEENDB1.6ISE-QAI-331P.T.NRIGENERALIELECTRICIII.56 iI1 SERVICEANYTIQE.-ANYWHEREIN55AI5AYIONA5IAVIC55NGINI5AINOONAAIION5CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEJETPUMPINSTRUMENTATIONWELDI.D.NSBPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDUREEXAMB1.6ISE-QAI-32245REMARKSNRINoRecordableIndicationsNRIN8BSAFEENDSIDEB1.6ISE-QAI-32233'/45'RINSBSAFEENDTONOZZLEB1.6ISE-gAI-331P.T.NRICRDRETURNCAPN9ANOZZLESIDEB1.6ISE-QAI-32245'-NRIN9ACAPSIDEB1.6ISE-QAI-32245NRIN9ANOZZLETOCAPB1.618XA7400P.T.NRINOTE:PenetrantexaminationperformedafterhydrostatictestGENERALELECTRICIII.57 t'rf.i1'P SERVICEANYTIME...ANYWHEREINStALtATION4itllVICCOlGlIIKEIIIIIODIVOIOIICATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsNUTBl.7ISE-QAI-328NRINUTB1.7ISE-QAI-328NRINUTB1.7ISE-QAI-328NRIB1.7ISE-QAI-328NRINUTB1.7ISE-QAI-328NRINUTBl.7ISE-QAI-328NRINUTB1.7ISE-QAI-328NRINUTB1.7ISE-QAI-328NRINUTB1.7ISE-QAI-328NRINUT10Bl.7ISE-QAI-328NRIGENERALELECTRIC
SERVICEANYTIME...
ANYWHEREINSSASSASION ASEAVICSSNGINHAING ONAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLECORESPRAYWELDI.D.N5BPERFORMEDFROMNOZZLETOSAFEENDITEMNO.Bl.6PROCEDURE ISE-QAI-331 EXAMP.T.REMARKSINRI=NoRecordable Indications NRIN5BSAFEENDTOEXTENSION Bl.6ISE-QAI-331 P.T.NRIHEADINSTRUMENT N6ANOZZLESIDEBl.6ISE-QAI-322 33'/a5'RI N6AFLANGESIDEB1.6ISE-QAI-322 33'RIN6A,NOZZLETOFLANGEBl.6ISE-QAI-331 P.T.NRIGENERALELECTRICIII.55 f
SERVICEANYTIME...
ANYWHEREIN51AIIAIION A55AVICIINGINNAING ONAA1ION5 CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEHEADVENTWELDI.D.N7PERFORMED FROMNOZZLESIDEITEMNO.B1.6PROCEDUREISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN7FLANGESIDEB1.6ISE-QAI-322 33NRIN7NOZZLETOFLANGEBl.6ISE-QAI-331 P.T.NRIJETPUMPINSTRUMENTATION NSANOZZLESIDEB1.6ISE-QAI-322 45'RINSASAFEENDSIDEBl.6ISE-QAI-322 33/45NRINSANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALIELECTRICIII.56 iI1 SERVICEANYTIQE.-ANYWHEREIN55AI5AYION A5IAVIC55NGINI5AINO ONAAIION5 CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEJETPUMPINSTRUMENTATION WELDI.D.NSBPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDURE EXAMB1.6ISE-QAI-322 45REMARKSNRINoRecordable Indications NRIN8BSAFEENDSIDEB1.6ISE-QAI-322 33'/45'RI NSBSAFEENDTONOZZLEB1.6ISE-gAI-331 P.T.NRICRDRETURNCAPN9ANOZZLESIDEB1.6ISE-QAI-322 45'-NRIN9ACAPSIDEB1.6ISE-QAI-322 45NRIN9ANOZZLETOCAPB1.618XA7400P.T.NRINOTE:Penetrant examination performed afterhydrostatic testGENERALELECTRICIII.57 t'rf.i1'P SERVICEANYTIME...
ANYWHEREINStALtATION 4itllVICCOlGlIIKEIIIIIODIVOIOIICATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUTBl.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRIB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTBl.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUT10Bl.7ISE-QAI-328 NRIGENERALELECTRIC


SERVICEANYTQC-.ANYWHEREINSTALLATIONSCCRVICCCNOINCCRINOOIVICIONCATEGORYBG-1NUTSPARTNUTI.D.ITEMNO.B1.7PROCEDURENO.ISE-QAI-328EXAMNRIREMARKSNRI=NoRecordableIndicationsNUT12Bl.7ISE-QAI-328NRINUT13B1.7ISE-QAI-328NRINUT14Bl.7ISE-QAI-328NRINUT15B1.7ISE-QAI-328NRINUT16B1.7ISE-QAI-328NRINUT17B1.7ISE-QAI-328NRINUT18Bl.7ISE-QAI-328NRINUT19Bl.7ISE-QAI-328NRINUT20Bl.7ISE"QAI-328NRIGENERALELECTRICIII.59  
SERVICEANYTQC-.ANYWHEREINSTALLATIONS CCRVICCCNOINCCRINO OIVICIONCATEGORYBG-1NUTSPARTNUTI.D.ITEMNO.B1.7PROCEDURENO.ISE-QAI-328 EXAMNRIREMARKSNRI=NoRecordable Indications NUT12Bl.7ISE-QAI-328 NRINUT13B1.7ISE-QAI-328 NRINUT14Bl.7ISE-QAI-328 NRINUT15B1.7ISE-QAI-328 NRINUT16B1.7ISE-QAI-328 NRINUT17B1.7ISE-QAI-328 NRINUT18Bl.7ISE-QAI-328 NRINUT19Bl.7ISE-QAI-328 NRINUT20Bl.7ISE"QAI-328 NRIGENERALELECTRICIII.59  


SERVICEANYTIME...ANYWHEREINSTAUATION4OKAPI~QIOINEEAINODIVISIONCATEGORYBG-1NUTSPARTNUTI.D.21ITEMNO.B1.7PROCEDURENO.ISE-QAI-328EXAMNRIREMARKSNRI=NoRecordableIndicationsNUT22B1.7ISE-qAI-328NRINUT23B1.7ISE-QAI-328NRINUT24B1.7ISE-QAI-328NRINUT25B1.7ISE-QAI-328NRINUT26B1.7ISE-QAI-328NRINUT27B1.7ISE-QAI-328NRINUT28B1.7ISE-qAI-328NRINUT29B1.7ISE-QAI-328NRINUT30B1.7ISE-QAI-328NRIGENERALELECTRICIII.60 SERVICEANYTlME...ANYWHEREINSTAI.SATIONRSSRVIOSSNONSSRINODIVISIONCATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsNUT31B1.7ISE-QAI-328NRINUT32B1.7ISE-QAI-328NRINUT33B1.7ISE-QAI-328NRINUT34B1.7ISE-QAI-328NRINUT35Bl.7ISE-QAI-328NRINUT36Bl.7ISE-QAI-328NRINUT37Bl.7ISE-QAI-328NRINUT38B1.7ISE-QAI-328eNRINUT39B1.7ISE-QAI-328NRINUT40B1.7ISE-QAI-328NRIGENERALELECTRICIII.61  
SERVICEANYTIME...
''0' SERVICEANYTIME.-ANYWNEREINSTALLATION~4thVICEKNOINfBlINODIVlllahCATEGORYBG-1NUTSPARTNUTI.D.41ITEMNO.Bl.7PROCEDURENO.ISE-QAI-328EXAMNRIREMARKSNRI=NoRecordableIndicationsNUT42Bl.7ISE-QAI-328NRINUT43B1.7ISE-QAI-328NRINUT44Bl.7ISE-QAI-328NRINUT45Bl.7ISE-QAI-328NRINUT46Bl.7ISE-QAI-328NRINUT47B1.7ISE-QAI-328NRINUT48B1.7ISE-QAI-328NRINUT49Bl.7ISE-QAI-328NRINUT50Bl.7ISE-QAI-328NRIGENERALELECTRICIII.62 ff4 SERVlCEANYTlQE.-ANYWHEREINSTALLATION1SKIIVICEENQINEBIINO%VISIONCATEGORYBG-1NUTSPARTNUTI.D.,51ITEMNO.B1.7PROCEDURENO.ISE-QAZ-328EXAMNRIREMARKSNRI=NoRecordableIndicationsNUTBl.7ISE-QAI-328NRINUT53Bl.7ISE-QAI-328NRINUT54Bl.7ISE-QAI-328NRINUT55B1.7ISE-QAI-"328NRINUT56B1.7ISE-QAI-328NRINUT57Bl.7ISE-QAI-328NRI58Bl.7ISE-QAI-328NRINUT59B1.7ISE-QAI-328NRINUT60Bl.7ISE-QAI-328NRIGENERALELECTRlCIII.63 j~I~'tlll SERVICF.ANYTWK-.ANYWHEREIH5TALLATION4%8IVICCOIOINEEAINOOIVlfIONCATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsNUT61B1.7ISE-QAI-328NRI62Bl.7ISE-QAI-328NRINUT63BI.7ISE-QAI-.328NRI64B1.7ISE-QAI-328NRINUT65B1.7ISE-QAI-328NRINUT66Bl.7ISE-QAI-328NRINUT67Bl.7ISE-QAI-328NRINUT68B1.7ISE-QAI-328NRINUT69B1.7ISE-QAI-328NRINUT70B1.7ISE-QAI-328NRIGENERALELECTRICIII.64 l'F"10' AHYTQlK-.AHYWHEREINSTALLATIOH~0KRVlCEENCIHCKRINODIVISIONCATEGORYBG-lNUTSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsNUT7lB1.7ISE"QAI-328NRI72Bl.7ISE-QAI-328NRINUT73Bl.7ISE-QAI-328NRINUT74Bl.7ISE-QAI-328NRINUT75Bl.7ISE-QAI-328NRINUT76Bl.7ISE-QAI-328NRIGENERALELECTRICIII.65 0i SERVICEANYTINE...ANYWHEREINS'IAITATIONASTAVICTTNGINHAINGOTTAATIONSCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUDBl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUDB1.8ISE-QAI-327ISE-QAI-328NRINRISTUDB1.8ISE-QAI-327ISE-QAI-328NRINRISTUDB1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUDBl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUDBl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUDB1.8ISE-QAI'-327.ISE-QAI-328UTMTNRINRIGENERALELECTRICIII.66 e0 SERVICEANYTIME...ANYWHEREINSSAllAIIOHCSlCVICSSNGINNCINGOHAATIONSCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUDB1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD9<B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD10B1.8ISE-QAZ-327ISE-QAI-328NRINRISTUDB1.8ISE-QAI-327ISE-QAI-328NRINRISTUD12Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD13Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD14Bl.8ISE-QAI-327ISE-QAI-328NRINRIGENERALELECTRICIII.67  
ANYWHEREINSTAUATION 4OKAPI~QIOINEEAINO DIVISIONCATEGORYBG-1NUTSPARTNUTI.D.21ITEMNO.B1.7PROCEDURE NO.ISE-QAI-328 EXAMNRIREMARKSNRI=NoRecordable Indications NUT22B1.7ISE-qAI-328 NRINUT23B1.7ISE-QAI-328 NRINUT24B1.7ISE-QAI-328 NRINUT25B1.7ISE-QAI-328 NRINUT26B1.7ISE-QAI-328 NRINUT27B1.7ISE-QAI-328 NRINUT28B1.7ISE-qAI-328 NRINUT29B1.7ISE-QAI-328 NRINUT30B1.7ISE-QAI-328 NRIGENERALELECTRICIII.60 SERVICEANYTlME...
-J SERVICEANYTBlE...ANYWHEREINSSAItAIIONAStAVICttNGINtttlNGOttkASIONSCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD14B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD15B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD16Bl.8ISE-QAI-327ISE-QAI-328UTMTNRI-NRISTUD17Bl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD18B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD19Bl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD20B1.8ISE-QAI-327ISE-QAI-328NRINRIGENERALOELECTRICIII.68 0,
ANYWHEREINSTAI.SATION RSSRVIOSSNONSSRINO DIVISIONCATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUT31B1.7ISE-QAI-328 NRINUT32B1.7ISE-QAI-328 NRINUT33B1.7ISE-QAI-328 NRINUT34B1.7ISE-QAI-328 NRINUT35Bl.7ISE-QAI-328 NRINUT36Bl.7ISE-QAI-328 NRINUT37Bl.7ISE-QAI-328 NRINUT38B1.7ISE-QAI-328 eNRINUT39B1.7ISE-QAI-328 NRINUT40B1.7ISE-QAI-328 NRIGENERALELECTRICIII.61  
SERVICEANYTME...ANYWHEREINTTAITATIONA5TAVICTTNGINHAINGOTTRATION5CATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD21B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD22Bl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD23B1.8I88-QAI-327ISE-QAI-328NRINRISTUD24Bl.sISE-QAI-327ISE-QAI-328NRINRISTUD25B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD26Bl.sISE-QAI-327ISE-QAI-328UTMTNRINRISTUD27B1.8ISE-QAI-327ISE-QAI-328NRINRIGENERALELECTIIICIII.69  
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ANYWNEREINSTALLATION
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ANYWHEREINSTALLATION 1SKIIVICEENQINEBIINO
%VISIONCATEGORYBG-1NUTSPARTNUTI.D.,51ITEMNO.B1.7PROCEDURE NO.ISE-QAZ-328 EXAMNRIREMARKSNRI=NoRecordable Indications NUTBl.7ISE-QAI-328 NRINUT53Bl.7ISE-QAI-328 NRINUT54Bl.7ISE-QAI-328 NRINUT55B1.7ISE-QAI-"328 NRINUT56B1.7ISE-QAI-328 NRINUT57Bl.7ISE-QAI-328 NRI58Bl.7ISE-QAI-328 NRINUT59B1.7ISE-QAI-328 NRINUT60Bl.7ISE-QAI-328 NRIGENERALELECTRlCIII.63 j~I~'tlll SERVICF.ANYTWK-.ANYWHEREIH5TALLATION 4%8IVICCOIOINEEAINOOIVlfIONCATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUT61B1.7ISE-QAI-328 NRI62Bl.7ISE-QAI-328 NRINUT63BI.7ISE-QAI-.328 NRI64B1.7ISE-QAI-328 NRINUT65B1.7ISE-QAI-328 NRINUT66Bl.7ISE-QAI-328 NRINUT67Bl.7ISE-QAI-328 NRINUT68B1.7ISE-QAI-328 NRINUT69B1.7ISE-QAI-328 NRINUT70B1.7ISE-QAI-328 NRIGENERALELECTRICIII.64 l'F"10' AHYTQlK-.
AHYWHEREINSTALLATI OH~0KRVlCEENCIHCKRINO DIVISIONCATEGORYBG-lNUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUT7lB1.7ISE"QAI-328 NRI72Bl.7ISE-QAI-328 NRINUT73Bl.7ISE-QAI-328 NRINUT74Bl.7ISE-QAI-328 NRINUT75Bl.7ISE-QAI-328 NRINUT76Bl.7ISE-QAI-328 NRIGENERALELECTRICIII.65 0i SERVICEANYTINE...
ANYWHEREINS'IAITATION ASTAVICTTNGINHAING OTTAATIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUDBl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDBl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDBl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDB1.8ISE-QAI'-327.
ISE-QAI-328 UTMTNRINRIGENERALELECTRICIII.66 e0 SERVICEANYTIME...
ANYWHEREINSSAllAIIOH CSlCVICSSNGINNCING OHAATIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUDB1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD9<B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD10B1.8ISE-QAZ-327 ISE-QAI-328 NRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD12Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD13Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD14Bl.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTRICIII.67  
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ANYWHEREINSSAItAIION AStAVICttNGINtttlNG OttkASIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD14B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD15B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD16Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRI-NRISTUD17Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD18B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD19Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD20B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALOELECTRICIII.68 0,
SERVICEANYTME...
ANYWHEREINTTAITATION A5TAVICTTNGINHAING OTTRATION5 CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD21B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD22Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD23B1.8I88-QAI-327 ISE-QAI-328 NRINRISTUD24Bl.sISE-QAI-327 ISE-QAI-328 NRINRISTUD25B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD26Bl.sISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD27B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTIIIC III.69  


SERVICEANYTINE...ANYWHEREINSSASIAflONASSAVICSSNGINHAINGGYRATIONSCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD28B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD29B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD30B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD31B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD32B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD33B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD34B1.8ISE-QAI-327ISE-QAI-328NRINRIGENERALELECTRICIII.70 SERVICEANYTIME...ANYWHEREINSEALLATIONCSIRVICEKNGINHRINOONRAllONZCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD36B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD37B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD38Bl.8ISE-QAI-327ISE-QAI-328UT,MTNRINRISTUD39B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD4OB1.8ISE-QAI-327ISE-QAI-328NRINRISTUD41B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD42Bl.8ISE-QAI-327ISE-QAI-328NRINRIGENERALIELECTRICIII.71  
SERVICEANYTINE...
,.I"0 SERVICEANYTWE...ANYWHEREIN55AttATIONA55AVICttNGINttkINGONRAIIONSCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD43B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD44B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD45B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD46B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD47B1.8ISE-QAI-327ISE"QAI-328UTMTNRINRISTUD48B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD49B1.8ISE-QAI-327ISE-QAI-328NRINRIGENERALELECTIIICIII.72  
ANYWHEREINSSASIAflON ASSAVICSSNGINHAING GYRATIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD28B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD29B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD30B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD31B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD32B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD33B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD34B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTRICIII.70 SERVICEANYTIME...
ANYWHEREINSEALLATION CSIRVICEKNGINHRINO ONRAllONZ CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD36B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD37B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD38Bl.8ISE-QAI-327 ISE-QAI-328 UT,MTNRINRISTUD39B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD4OB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD41B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD42Bl.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALIELECTRICIII.71  
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ANYWHEREIN55AttATION A55AVICttNGINttkING ONRAIIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD43B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD44B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD45B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD46B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD47B1.8ISE-QAI-327 ISE"QAI-328 UTMTNRINRISTUD48B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD49B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTIIIC III.72  


SERVICEAHYTIQE...ANYWHEREINSTANATIOH4WRVICCINCINHRINCONRAIION5CATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD50B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD51Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD52Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD53Bl.8ISE-QAI-327ISE-QAI-328UTHTNRINRISTUDBl.8ISE-QAI-327ISE-QAI-328NRINRISTUD55B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD56B1.8ISE-QAI-327ISE-QAI-328NRINRIGENERALIELECTRICIII.73 SERVICEANTTME...ANYWNEREINSIAllAIIONi5ftVICl(NGINEftlNGONRATIONSCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD57Bl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD58B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD59B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD60Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD61B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD62Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD63B1.8ISE-QAI-327.ISE-QAI-328NRINRIGENERALELECTRICIII.74 SERVICEANYTME...ANYWHEREINHALLATION4$(RVICEENOINNklM0ONRAIIONSCATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsSTUD64Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD65Bl.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD66B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD67B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD68B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD69Bl.8ISE-QAI-327ISE-QAI-328NRINRISTUD70B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRIGENERALELECTRICIII.75 Ll SERVICEANYTIME...ANYWHEREINSTARAIIONC5IRVICSkNGINullNOOtlRA'IION5CATEGORYBG-1PRESSURERETAININGBOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRINoRecordableIndicationsSTUD71B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD72B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD73B1.8ISE-QAI-327ISE-QAI-328UTMTNRINRISTUD74B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD75B1.8ISE-QAI-327ISE-QAI-328NRINRISTUD76Usedasacalibrationstandardnotinspectedwithclosurestuds.STUD76RB1.8ISE-QAI-327ISE-QAI-328NRIInspectedasS-4-Alldatafor76RisfiledwithNRIthePieceNo.DesignationS-4.GENERAL''ELECTRICIII.76 I0t'pi SEAVICEANYTlQE-.ANYWHEREINSTAL4LTICNL5CIIVlCtKNGIN'EERINOINYISIONCATEGORYBG-lLIGAMENTSBETWEENTHREADEDSTUDHOLESPART,I.D.ITEMNO.PROCEDURENO.EXAMREMARKSNRI=NoRecordableIndicationsFLANGELIGAMENTSUNIT8lBl.9ISE-QAI-326UTNRIGENERALELECTRICIII.77 i
SERVICEAHYTIQE...
SERVICEANYTWE...ANYYYHEREINTTANATIONA5TAYICTlNQINlllINQOTIAATION5CATEGORYBG-1THREADSINBASEMATERIALPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNAD=NoApparentDefectsTHREADEDSTUDHOLESINVESSELFLANGE81-N6(less81and8'76)Bl.9ISE-QAI-317VTNADTHREADEDSTUDHOLESINVESSELFLANGE816Bl.9ISE-QAI-317VTChangeinThreadSize.SeeControlNumber750andReportNumber7inSectionIV.THREADEDSTUDHOLESINVESSELFLANGE876Bl.9ISE-QAI-317VTMissingThread.SeeControlNumber750andReportNumber7inSectionIV.GENERAL'ELECTRlCIII.78 0,elQl(
ANYWHEREINSTANATIOH 4WRVICCINCINHRINC ONRAIION5 CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD50B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD51Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD52Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD53Bl.8ISE-QAI-327 ISE-QAI-328 UTHTNRINRISTUDBl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD55B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD56B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALIELECTRICIII.73 SERVICEANTTME...
SERVICEANYTIQE-.ANYWHEREINSTALIJEIIOHtlPIVICKOlOINEERINOOIVISIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNAD=NoApparentDefectsWASHERB1.10ISE-QAI-317VTNADWASHERB1.10ISE-QAI-317VTNADWASHERBl.10ISE-QAI-317VTNADWASHERB1.10ISE-QAI-317VTNADWASHERBI.10ISE-QAI-317VTNADWASHERBI.10ISE-QAI-317VTNADWASHERBl.10IS8-QAI-317VTNADWASHERB1.10ISE-QAI-317VTNADWASHERB1.10ISE-QAI-317VTNADWASHER10B1.10ISE-QAI-317VTNADGENERALELECTRICIII.79 0f,0 SERVICEANYTIME-.ANYWHEREINSTALLATIONSICAVICEDIQlNEQIIN4DNICIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNAD=NoApparentDefectsWASHERBl.10ISE"QAI-317VTNADWASHER12B1.10ISE-QAI-317VTNADWASHER13B1.10ISE-QAI-317VTNADWASHER14B1.10ISE-QAI-317VTNADWASHER15B1.10ISE-QAI-317VTNADWASHER16B1.10ISE-QAI-317VTNADWAS)IER17B1.10ISE-QAI-317VTNAD'ASHER18B1.10ISE-QAI-317VTNADWASHER19B1.10ISE-QAI-317VTNADWASHER20B1.10ISE-QAI-317VTNADGEIIEIIALELECTRICIII.80 l,'01,a~r SERVICEANYTQSE-.ANYWHEREINStALLAIIOH~SERVICEENOINEKAlHODAA5IOHCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EX&iREMARKSNAD=NoApparentDefectsWASHER21Bl.loISE-QAI-317VTNADWASHER22B1.10ISE"QAI-317VTNADWASHER23Bl.10ISE-QAI-317VTNADWASHER24B1.10ISE-QAI-317VTNADWASHER25Bl.10ISE-QAI-317VTNADMASHER26Bl.10ISE-QAI-317VTNADMASHER27B1.10ISE-QAI-317VTNADWASHER28B1.10ISE-QAI-317VTNADWASHER29B1.10ISE-QAI-317VTNADWASHER30Bl.10ISE-QAI-317VTNADGEIIEIIALIELECTRICIII.81  
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ANYWHEREINHALLATION 4$(RVICEENOINNklM0 ONRAIIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD64Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD65Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD66B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD67B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD68B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD69Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD70B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRIGENERALELECTRICIII.75 Ll SERVICEANYTIME...
ANYWHEREINSTARAIION C5IRVICSkNGINullNO OtlRA'IION5 CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRINoRecordable Indications STUD71B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD72B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD73B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD74B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD75B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD76Usedasacalibration standardnotinspected withclosurestuds.STUD76RB1.8ISE-QAI-327 ISE-QAI-328 NRIInspected asS-4-Alldatafor76RisfiledwithNRIthePieceNo.Designation S-4.GENERAL''ELECTRICIII.76 I0t'pi SEAVICEANYTlQE-.
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ANYWHEREINSTALLATIONS ICAVICEDIQlNEQIIN4 DNICIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNAD=NoApparentDefectsWASHERBl.10ISE"QAI-317 VTNADWASHER12B1.10ISE-QAI-317 VTNADWASHER13B1.10ISE-QAI-317 VTNADWASHER14B1.10ISE-QAI-317 VTNADWASHER15B1.10ISE-QAI-317 VTNADWASHER16B1.10ISE-QAI-317 VTNADWAS)IER17B1.10ISE-QAI-317 VTNAD'ASHER18B1.10ISE-QAI-317 VTNADWASHER19B1.10ISE-QAI-317 VTNADWASHER20B1.10ISE-QAI-317 VTNADGEIIEIIALELECTRICIII.80 l,'01,a~r SERVICEANYTQSE-.
ANYWHEREINStALLAII OH~SERVICEENOINEKAlHO DAA5IOHCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EX&iREMARKSNAD=NoApparentDefectsWASHER21Bl.loISE-QAI-317 VTNADWASHER22B1.10ISE"QAI-317 VTNADWASHER23Bl.10ISE-QAI-317 VTNADWASHER24B1.10ISE-QAI-317 VTNADWASHER25Bl.10ISE-QAI-317 VTNADMASHER26Bl.10ISE-QAI-317 VTNADMASHER27B1.10ISE-QAI-317 VTNADWASHER28B1.10ISE-QAI-317 VTNADWASHER29B1.10ISE-QAI-317 VTNADWASHER30Bl.10ISE-QAI-317 VTNADGEIIEIIAL IELECTRICIII.81  


SERVICEANYTIME...ANYWHEREINSTALLATION4IEIIVICEENOINEENINOOIVIEIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNAD=NoApparentDefectsWASHER31Bl.loISE-QAI-317VTNADWASHER32Bl.10ISE-QAI-317VTNADWASHER33B1.10ISE-QAI-317VTNADWASHER34Bl.10ISE-QAI-317VTNADWASHER35Bl.10ISE-QAI-317NADWASHER36Bl.loISE-QAI-317NADWASHER37Bl.10ISE-QAI-317VTNADWASHER38B1.10ISE-QAI-317VTNADWASHER39Bl.10ISE-QAI-317VTNADWASHER40Bl.10ISE-QAI-317VTNADGEIIEGALELECTRICIII.82  
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SERVICEAIIYTIME-.AISYWHEREINSTALLATION~SSIIVICSSNOINSSIIINODIVISIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSHAD=NoApparentDefectsWASHER41BL.LOISE-QAI-317/VTNADWASHER42B1.10ISE-QAI-317VTNADWASHER43BL.LOISE-QAI-317VTNADWASHER44Bl.LOISE-QAI-317VTNADWASHER45B1.10ISE-QAI-317VTNADWASHER46B1.10ISE-QAI-317VTNADWASHER47BL.LOISE-QAI-317VTNADWASHER48B1.10ISE-QAI-317VTNADWASHER.49BL.LOISE-QAI-317VTNADWASHER50BL.LOISE-QAI-3L7VTNADGENERALELECTRICIII.83 00 SERV!CEANYTIME...ANYWHEREINSTALlATION~SSIIVICSSNOINSSIIINODIVISIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNAD=NoApparentDefectsWASHER51B1.10ISE-QAI-317VTNADWASHER52B1.10ISE-QAI-317VTNADWASHER53B1.10ISE-QAI-317NADWASHER54Bl.10ISE-QAI-317VTNADWASHER55B1.10IS8-QAI-317VTNADWASHER56Bl.10ISE-QAI-317VTNADWASHER57Bl.10ISE-QAI-317VTNADWASHER58B1.10ISE-QAI-317VTNADWASHER59Bl.10ISE-QAI-317VTNADWASHER60B1.10ISE-QAI-317VTNADGEIIERALELECTRICIII.84 it SERVICEANYTINK...ANYWHEREINSTALIATION~TTAVICCENOINEEIIINOOIVITIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNAD=NoApparentDefectsWASHER61B1.10ISE-QAI-317VTNADWASHER62B1.10ISE-QAI-317VTNADWASHER63B1.10ISE-QAI-317VTNADWASHER64B1.10ISE-QAI-317VTNADWASHER65BL.LOISE-QAI-317VTNADWASHER66B1.10ISE-QAI-317VTNADWASHER67BL.10ISE-QAI-317VTNADWASHER68BL.10ISE-QAI-317VTWASHER69BL.LOISE-QAI-317VTNADWASHER70Bl.loISE-QAI-317VTNADGENERALELECTRICIII.85 i
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AISYWHEREINSTALLATION
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,I:0 SERVICEANYTME...
ANYWHEAEINSTALLATION
~SLIIVICSSNOINSSIII NODIVISIONCATEGORYBHMANUALULTRASONIC EXAMINATION VESSELSUPPORTSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordable Indications WELDEDVESSELSUPPORTSKIRTCG(DA-DB)Bl.120BMISE-QAI-321 O'WM45'RINRINRIDUETOVESSELCONFIGURATION, WELDOGWASEXAMINEDFROMONE(1)SIDEONLYINACCORDANCE WITHTHEPROVISIONS OFPARAGRAPH I-5I21OFASMESECTIONXI.60'RI0BMNRICG(DB-DC)Bl.12ISE-QAI-321 0WM450NRINRI60NRICG(DC-DD)Bl.120BMISE-QAI-321 O'WM45'RINRINRI60'RIGENERALELECTRICIII.87  
'i10 SERVICEANYTISEE.-
ANYWHEREINSSAUATION 4SEIIVIOEENOINEEIIINO DIVISIONCATEGORYBHMANUALULTRASONIC EXAMINATION VESSELSUPPORTSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications WELDEDVESSELSUPPORTSKIRTCG(DD-DE)B1.12ISE-QAI-321 0BMNRI0WMNRIDUETOVESSELCONFIGURATION, WELDCGWASEXAMINEDFROMONE(1)SIDEONLYINACCORDANCE WITHTHEPROVISIONS OFPARAGRAPH I-5I21OFASMESECTIONXI.45'RI60'RICG(DE-DF)B1.12ISE-QAI-321 0BMNRI0WMNRI45'RI60'RICG(DF-DA)B1.12ISE-QAI-321 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.88 t~
INSTALLATION 4SKAVICEENQINKBIINO CNVISIONCATEGORYBI-1INTERIORCLADSURFACESOFREACTORVESSELSITEMI.D.ITEMNO.AZIMUTHELEVATION PROCEDURE EXAMREMARKSCLADPATCHESB1.1490'24"160A7807SUPP.HVTSATISFACTORY B1.14270'24"160A7807SUPP.HVTSATISFACTORY B1.1460'37"-160A7807SUPP.HVTSATISFACTORYBl.14-150'22<<160A7807SUPP.HVTSATISFACTORY Bl.14240'37"160A7807SUPP.HVTSATISFACTORY Bl.14330'22II160A7807SUPP.HVTSATISFACTORY GENERALELECTRICIII.89 SERVICEANYTIME...
ASSYWNEREINSTAllATION hSfIIVIOSENOINSKIIINOOIVISIONCATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSSTEAMDRYER,SHROUDANDSEPARATOR B1.15160A7807SUPPLEMENT AVTSATISFACTORY Note:Avisualexamination willberepeatedduringthefinalinstallation oftheSteamDryer,ShroudandSeparator.
Theresultswillbedocumented andincludedintothisreportasasupplement.
JETPUMPINSTRUMENT ASSEMBLY6SUPPORTMELDSB1.15160A7807SUPPLEMENT BVTSATISFACTORY JETPUMP6SHROUDANNULUSB1.15160A7807SUPPLEMENT CVTSATISFACTORY GENERALELECTRICIII.90 Iil SfRVICfANYTQCE...
ANYWHEREINSSAIIASION ASSAVICSSNGINHAING OtIAASIONS CATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMCORESUPPORTPLATEITEMNO.B1.15PROCEDURE NO.160A7807SUPPLEMENT DEXAMREMARKSSATISFACTORY INCOREANDCRDASSEMBLYB1.15160A7807SUPPLEMENT FVTSATISFACTORY CORESPRAYHEADERANDSPARGERASSEMBLYB1.15160A7807SUPPLEMENT IVTSATISFACTORY GENERALELECTRIC iIIi SERVICEAHYZW-.KAHYWHEINSTALLATION
~SEhVICSSNGINSSIIINO ONISIONCATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMFEEDWATER SPARGERASSEMBLYITEMNO.Bl.15PROCEDURE NO.160A7807SUPPLEMENT IEXAMVTSATISFACTORY FUELCELLCOMPONENTS Bl.15160A7807SUPPLEMENT KSATISFACTORY TOPGUIDEASSEMBLYB1.15160A7807SUPPLEMENT LVTSATISFACTORY GENERALELECTRICIII.92 4iII,1'0 SENACEANYTlQE-.
AHYWHEREIN$fALLATION AIEIIVlCKKNOINKEllINOCNVI1IOHCATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSSHROUDWELDBl.15160A7807SUPPLEMENT GVTSATISFACTORY GENERALELECTRICIII.93  


SERVlCfANYTIQK-.AHYWHEREINSTALULTlOH~SOIVICIKNGINEQIINODIVISIONCATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURENO.EXAMREMARKSCORESPRAYBRACKETSBl.16160A7807SUPPLEMENTHVTSATISFACTORYJETPUMPRISERPADSBl.16160A7807SUPPLEMENTHVTSATISFACTORYGUIDERODBRACKETSBl.16160A7807SUPPLEMENTHVTSATISFACTORYGENERALELECTRICIII.94 0i SERVlCEANYTlNE.-ANYWHEREINSTALLATIONSSQIVICSKNOINEKRII40DIVISIONCATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMSTEAMDRYERSUPPORTANDHOLDDOWNBRACKETSITEMNO.Bl.16PROCEDURENO.160A7807SUPPLEMENTHEXAMVTREMARKS,SATISFACTORYSURVEILLANCESPECIMENBRACKETBl.16160A7807SUPPLEMENTHVTSATISFACTORYCORESUPPORTWELDBl.16160A7807SUPPLEMENTHVTSATISFACTORYGENERALIELECTlllCIII.95  
SERVlCfANYTIQK-.
AHYWHEREINSTALULTlOH
~SOIVICIKNGINEQIINO DIVISIONCATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSCORESPRAYBRACKETSBl.16160A7807SUPPLEMENT HVTSATISFACTORY JETPUMPRISERPADSBl.16160A7807SUPPLEMENT HVTSATISFACTORY GUIDERODBRACKETSBl.16160A7807SUPPLEMENT HVTSATISFACTORY GENERALELECTRICIII.94 0i SERVlCEANYTlNE.-
ANYWHEREINSTALLATIONS SQIVICSKNOINEKRII40 DIVISIONCATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMSTEAMDRYERSUPPORTANDHOLDDOWNBRACKETSITEMNO.Bl.16PROCEDURE NO.160A7807SUPPLEMENT HEXAMVTREMARKS,SATISFACTORY SURVEILLANCE SPECIMENBRACKETBl.16160A7807SUPPLEMENT HVTSATISFACTORY CORESUPPORTWELDBl.16160A7807SUPPLEMENT HVTSATISFACTORY GENERALIELECTlllC III.95  


SERVICEANYTIME...ANYWHEREIN5TATIATIONA5TAVICTTNGINTTAINGOTTAATIONSCATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURENO.EXAMINCOREHOUSINGANDSTUBTUBETOR.P.V.WELDSBl.16160A7807SUPPLEMENTEVTSATISFACTORYFEED'HATERBRACKETSB1.16160A7807SUPPLEMENTHVTSATISFACTORYGENERALIlELECTRICIII.96 IIII SERVICE.ANYTIME...ANYWHEREINSTALLATION4SERVICEDSNOINSSRINODIVISIONCATEGORYBOPRESSURERETAININGWELDSINCONTROLRODHOUSINGSTheweldsinCRDhousingswereexemptedfromvolumetricexaminationbaseduponplantmake-upcapacity.TheywereexaminedforleakageduringsystemhrdroandincludedinCategoryBP.GENERALELECTRICIII.97 j,0 ISERVICEANYTIME...ANYWHEREIN55AIIAIIONASIAYICIINGINNAINGONAAIION5CATEGORYBPEXEMPTEDCOMPONENTSSYSTEMITEMNO.PROCEDURENO.EXAMREMARKS185CRDHOUSINGWELDSBl.19160A78O7SUPPLEMENTJVTNOLEAKAGEGEIIERAL9ELECTRICIII.98  
SERVICEANYTIME...
ANYWHEREIN5TATIATION A5TAVICTTNGINTTAING OTTAATIONS CATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMINCOREHOUSINGANDSTUBTUBETOR.P.V.WELDSBl.16160A7807SUPPLEMENT EVTSATISFACTORY FEED'HATER BRACKETSB1.16160A7807SUPPLEMENT HVTSATISFACTORY GENERALIlELECTRICIII.96 IIII SERVICE.ANYTIME...
ANYWHEREINSTALLATION 4SERVICEDSNOINSSRINO DIVISIONCATEGORYBOPRESSURERETAINING WELDSINCONTROLRODHOUSINGSTheweldsinCRDhousingswereexemptedfromvolumetric examination baseduponplantmake-upcapacity.
TheywereexaminedforleakageduringsystemhrdroandincludedinCategoryBP.GENERALELECTRICIII.97 j,0 ISERVICEANYTIME...
ANYWHEREIN55AIIAIION ASIAYICIINGINNAING ONAAIION5 CATEGORYBPEXEMPTEDCOMPONENTS SYSTEMITEMNO.PROCEDURE NO.EXAMREMARKS185CRDHOUSINGWELDSBl.19160A78O7SUPPLEMENT JVTNOLEAKAGEGEIIERAL9ELECTRICIII.98  
'
'
SERVICEANYTIME...ANYWMERSINSTALLATIONASEEVICEENOINEEEINODIVISIONSUSQUEHANNAUNIT$51SECTIONIVTABLEOFCONTENTSREPORTNUMBERTTTLEEFFECTSOFVESSELCONFIGURATIONONR.P.V.ULTRASONICEXAMINATIONSR.P.V.UNIT81,TOPHEADNOZZLEWELDSN6AANDN6B-RESOLUTIONOFSUPURIOUSUTINDICATIONSSUMMARYREPORT-GEOMETRICUTREFLECTIONSINN3,N4,N5NOZZLESANDIN"CG""KNUCKLE"WELDACCOUSTICVELOCITYANDATTENUATIONDETERMINATIONSOFSA533VERSUSSA508MATERIALSUMMARYREPORTOFLOSSOFUTTRANSDUCERCONTACTDUETOCURVATUREOFCGWELDCOMPOSITEOFTHEMANUALANDREMOTEAUTOMATICPRESERVICEEXAMINATIONSFORSUSQUEHANNAUNIT8'1UNIT81-STUDHOLEDISCREPANCIESREMOTEULTRASONICREPORTGENERALELECTRIC 00, REPORT!flSUMMARYREPORT:EffectofVesselConfigurationonRPVUltrasonicExaminations
SERVICEANYTIME...
ANYWMERSINSTALLATION ASEEVICEENOINEEEINO DIVISIONSUSQUEHANNA UNIT$51SECTIONIVTABLEOFCONTENTSREPORTNUMBERTTTLEEFFECTSOFVESSELCONFIGURATION ONR.P.V.ULTRASONIC EXAMINATIONS R.P.V.UNIT81,TOPHEADNOZZLEWELDSN6AANDN6B-RESOLUTION OFSUPURIOUS UTINDICATIONS SUMMARYREPORT-GEOMETRIC UTREFLECTIONS INN3,N4,N5NOZZLESANDIN"CG""KNUCKLE" WELDACCOUSTIC VELOCITYANDATTENUATION DETERMINATIONS OFSA533VERSUSSA508MATERIALSUMMARYREPORTOFLOSSOFUTTRANSDUCER CONTACTDUETOCURVATURE OFCGWELDCOMPOSITE OFTHEMANUALANDREMOTEAUTOMATIC PRESERVICE EXAMINATIONS FORSUSQUEHANNA UNIT8'1UNIT81-STUDHOLEDISCREPANCIES REMOTEULTRASONIC REPORTGENERALELECTRIC 00, REPORT!flSUMMARYREPORT:EffectofVesselConfiguration onRPVUltrasonic Examinations


==REFERENCE:==
==REFERENCE:==
PennsylvaniaPowerandLightCompanySusquehannaSteamElectricStationContractNo.8856-M-166RPVPre-serviceUltrasonicExaminationThisreportispresentedattherequestofPPSLtodiscusstheeffectoftheRPVconfigurationrelativetotheASMESectionZErequiredultrasonicexaminationsfortheUnitNlvessel.XtshouldbenotedthatthedatapresentedisalsovalidfortheUnitN2vessel.ThereferencedconfigurationcausedlimitedexaminationsincodecategoriesBAandBH.Thevesselinterferenceswereofthreetypesandwillbediscussedastotheireffectonspecificwelds.Alistofweldstowhichtherestrictionsapplyispresentedinthesummaryofrestrictions.Thetypesofrestrictionsdiscussedinthisare:1.Thermocouplepads,1"diameterweldedattachment2.Vesselcurvature-asshown3.CRDpenetrations-6"diameter-boredthroughTheequipmentusedtoperformtheexaminationsisdocumentedelsewhereinthepreservicereport.Arepresentativesetislistedheretoillustratethediscussion.BransonSonorayDetectorModel303AerotechTransducers-GammaSeries2.25MHz1"roundand.5"x1"rectangularAerotechwedges.5"x1"luciteCo-axialcable12'G58UTHERMOCOUPLERESTRXCTXONSWeldedthermocouplepadsarelocatedatvariouspointsonthevesselexteriorsurface.WhendesignconsiderationsrequireplacementofthesepadsinorneartheSectionZErequiredexaminationvolume,theyprecludeultrasonicexaminationofaportionofthat.volume.Thesepadsrestrictultrasonicexaminationinthe0,45,and60beam
'0 REPORT/$1-analsusedatSuscuehanna.Theunexaminecvolumeassoc'te&#x17d;withthesethermaeuralpadsvarieswiththeoeamancleus<<=atheexam'na"'onanctnealcmentofthe=ad.Thefollowingdawincsa8usectagaohicallvresenttheseestictansaldtaeSI>>mal>>4>>8'8>>~~C4o~pi~rePigTIZ'82'iguePi~i~e+>>1cu>>lcLc18ThermocoupleThermocoupleThermocoupleThe...Ocaupleicemacoup18es-'-'tionresric~~anrestictLolrestrict'nonweldonweldorweldonwe'or.weldA"oo0CG/FR0A-45,60CG/mC=-~,~0="achbeamarclew'll'"eacdressec'".the-allow.'ncc-'sc.ss.'an.Tas'mpifyclc'a'ansancxepthes'-.,at&#x17d;so=unzaminedvo~ecorse~ra"'ve,tnesouncoeamw'oece'edasasing8"ay,measu=eceitner==omi'lecentero=tnetranscuceva>>==onthecentero-aluc'ewedceneasu-edalongtneexitooint.a."othe0recucethe'amancle,='-'houldheno-'&a=hearnsp=adwillesimadvol~eso-unexa~l"'wedmetalevenfuhe=.Oanc60>>a=tne45arcles,hathlateralannulationofthesea=ahuni"andoeamspreac(lateralandvetical)=ecucethees'&tedvo'umeofunexam'wedmetal.Finenathe~zcaupleaccausesshadoweffectonthecoceecuiredvoumethatcannotoe".'alveliminatedoyancula"''ar.,nocec'tw'llhe"~cen=ar~".gulat'on.'vc.era....lat"'ancantotallyel.z'>>latetheshaccwe==ec,no=es='c"anca~Jcu'ciY~~~iaz:oiexszs>>'t<<sdseI~iet.8..ocaupl=acisact>>'vno,ma=thananost=c-''onta==eesea=..'AAmovementancw.'1'noectonavea00a2:ect.3ZSTHC~OHSTOTH0r~2Ci~VZOHDU"TQT:-"PifOCQVP~~:-MSAsshowninthe=.icu~es,theunexa~i'nedvolumenearathermocouplepadappearsasa.C~}.inder.Thevolumeofthecyl'nderisdeterminedhvotr'k~ess'1wocouL,+~hwsdftccLY,cluencJ.8ca"8.C'C..cpacc"'..eteaha5~+F8~4we1<<wwvaC4%'>>shownvraw>>m1C.,s'ls.awsa-:.8...Ocau=paccan-eda-~a.is='ace...er.occursonwelc~-'5aca'.".":~edrawinc,only20oo"thetotalunexam'nedwe


REPORT/Ilextendsintotherequiredvolume.Theremainderaffectsonlythebasemetalexamination.Thevolumeofthecylinderis35.6in>perpad.Theunexaminedportionoftherequiredvolumeis7.1in3perpad.ThesectionXE(weld+1/2T)volumeofweldAFis54,414in3.Theunexaminedportionoftherequiredweldmetalexaminationvolume.08%.Therequiredvolumeforthebasemetalexaminationis107,421in3.Theunexaminedbasemetalexaminationvolume=.16X.Thevolumeofbasemetalexaminationisonlyfor1sideoftheweldbecausethefullexaminationwasperformedfromonesideonly.Figure1bshowsathermocouplepadcentered7.75"fromtheweldcenterline.ThisplacementoccursonweldBH.OnweldBH,thereisalsoapadcenteredat11.75".Sincetheeffeetofbothoadsisidentical,onlyoneisshownonthedrawing.Bothpadsinthiscase(weldBH)affectonlythebasemetalscan.ThevolumeofunexaminedmetalfromthethermocouplepadsonweldBNis71.2in>.TherequiredbasemetalexaminationvolumeforweldBNis18,949in3.TheunexaminedportionoftherequiredbasemetalvolumeforweldBHI+%~AtheremocouplerestrictionexiststotheOoDC.SincetheeffectissimilartoweldBN,TheunexaminedvolumeforweldDCis64in3.16,108in3.Theunexaminedvolumeis.4%ofbasemetalexamforweldnoillustrationisgiven.Therequfredvolumeistherequirement.Figure1csho~sathermocoupofweldCG.BecauseofthisandweldFR.ThisplacementThevolumeofunexaminedmetexaminationvolumeforweldis.06%oftherequirement.FRis130in3.Theezaminatunexaminedvolumeis,6%oflepadcenteredat1"fromthecenterlineplacement,thepadaffectsbothweldCGoccursin6locationsaroundweldCG.alforweldCGis6in3.TherequiredCGis10,335in3.TheunexaminedvolumeThevolume.ofunexaminedmetalforweldionvolumeforweldFRis18,921in3.Thethetotal.volume.RESTRICTIONSTOANGLEBEAMEXAMINATIONSDUETOTHERMOCOUPLEPADSFigureldshowstherestrictiontoanglebeamexaminationonweldAF.Theunexam'inedvolume3.7in3.TherequiredvolumeforweldAFis54,414in3.Theunexaminedportionis.04%oftherequirement..ThereisathermocouplerestrictionlistedforweldBH.Duethepad'splacement7.75"fromtheweld,thereisnorestrictiontoanglebeamexaminationofweldBH.TheeffectisO.OX.IV.3 REPORT//1ThereisathermocouplerestrictionlistedforweldDC.Duetopadplacement,thereisnorestrictiontotheanglebeamexaminationofweldDC.Theeffectis0.0%.FigurelcshowstherestrictiontoanglebeamexaminationofweldsCGandFR.ThevolumeofunexaminedmetalforweldCGis12inTherequiredexaminationvolumeforweldCGis10,335in.Theunexaminedvolumeis.1%oftherequigedvolume.ThevolumeofunexaminedmetalforweldFRis75in.TheexaminationvolumeforweldFRis18,921in.Theunexaminedvolumeis.4%ofthetotalvolume.CURVATURERESTRICTIONATSKIRTKNUCKLEWELDSCGFR.Intheperformanceofthepre-serviceexaminationsonSusquehannaunits1and2,theweldsCGandFRwereexaminedtogether.Forclarityintheevaluationofexaminationrestrictionsthefollowingshouldbenoted:l.WeldCGistheASMESectionXXcategoryBHweld2.WeldFRisanASMESectionIIINF.IntegralattachmenttothepressureboundaryandassuchisnotwithintheexaminationscopeofSectionXZ.3.Toevaluatetherestrictionsproperly,theexaminationvolumeswillbecalculatedseparately.WeldCGwasfullyexaminedinaccordancewiththerulesofASMESectionXI.NorestrictionduetocurvaturewasnotedonweldCG.WeldFRhadrestrictionstotheultrasonicexaminationsinthe0,4560beamangles.0The0examinationofweldFRwasrestrictedinavolumeasshowninFigure2d.Thisvolumeis6837in.Theunexaminedvolumeis36.1%of'hetotal18,921inforthisweld.45oThe45examinationofweldFRwasrestrictedinavolumeasshown~~infigure2e.Thisvolumeis8427in.Theunexaminedvolumeis44.5%ofthetotal18,921inforthisweld.IV.4
Pennsylvania PowerandLightCompanySusquehanna SteamElectricStationContractNo.8856-M-166 RPVPre-service Ultrasonic Examination Thisreportispresented attherequestofPPSLtodiscusstheeffectoftheRPVconfiguration relativetotheASMESectionZErequiredultrasonic examinations fortheUnitNlvessel.Xtshouldbenotedthatthedatapresented isalsovalidfortheUnitN2vessel.Thereferenced configuration causedlimitedexaminations incodecategories BAandBH.Thevesselinterferences wereofthreetypesandwillbediscussed astotheireffectonspecificwelds.Alistofweldstowhichtherestrictions applyispresented inthesummaryofrestrictions.
Thetypesofrestrictions discussed inthisare:1.Thermocouple pads,1"diameterweldedattachment 2.Vesselcurvature
-asshown3.CRDpenetrations
-6"diameter-boredthroughTheequipment usedtoperformtheexaminations isdocumented elsewhere inthepreservice report.Arepresentative setislistedheretoillustrate thediscussion.
BransonSonorayDetectorModel303AerotechTransducers
-GammaSeries2.25MHz1"roundand.5"x1"rectangular Aerotechwedges.5"x1"luciteCo-axialcable12'G58UTHERMOCOUPLE RESTRXCTXONS Weldedthermocouple padsarelocatedatvariouspointsonthevesselexteriorsurface.Whendesignconsiderations requireplacement ofthesepadsinorneartheSectionZErequiredexamination volume,theyprecludeultrasonic examination ofaportionofthat.volume.Thesepadsrestrictultrasonic examination inthe0,45,and60beam
'0 REPORT/$1-analsusedatSuscuehanna.
Theunexaminec volumeassoc'te&#x17d; withthesethermaeuralpadsvarieswiththeoeamancleus<<=atheexam'na"'on anctnealcmentofthe=ad.Thefollowing dawincsa8usectagaohicallv resenttheseestictansaldtaeSI>>mal>>4>>8'8>>~~C4o~pi~rePigTIZ'82'iguePi~i~e+>>1cu>>lcLc18Thermocouple Thermocouple Thermocouple The...Ocauple icemacoup18es-'-'tion resric~~anrestictLolrestrict'n onweldonweldorweldonwe'or.weldA"oo0CG/FR0A-45,60CG/mC=-~,~0="achbeamarclew'll'"eacdressec
'".the-allow.'nc c-'sc.ss.'an.
Tas'mpifyclc'a'ansancxepthes'-.,at&#x17d;so=unzaminedvo~ecorse~ra"'ve, tnesouncoeamw'oece'edasasing8"ay,measu=eceitner==omi'lecentero=tnetranscucev a>>==onthecentero-aluc'ewedceneasu-edalongtneexitooint.a."othe0recucethe'amancle,='-'hould heno-'&a=hearnsp=adwillesimadvol~eso-unexa~l"'wed metalevenfuhe=.Oanc60>>a=tne45arcles,hathlateralannulation ofthesea=ahuni"andoeamspreac(lateralandvetical)=ecucethees'&tedvo'umeofunexam'wed metal.Finenathe~zcauple accausesshadoweffectonthecoceecuiredvoumethatcannotoe".'alveliminated oyancula"''ar.,
nocec'tw'llhe"~cen=ar~".gulat'on.
'vc.era....lat"'ancantotallyel.z'>>late theshaccwe==ec,no=es='c"anca~Jcu'ciY~~~iaz:oiexszs>>'t<<sdseI~iet.8..ocaupl=acisact>>'vno,ma=thananost=c-''onta==eesea=..'AAmovementancw.'1'noectonavea00a2:ect.3ZSTHC~OHS TOTH0r~2Ci~VZOHDU"TQT:-"PifOCQVP~~:-MS Asshowninthe=.icu~es,theunexa~i'ned volumenearathermocouple padappearsasa.C~}.inder.
Thevolumeofthecyl'nderisdetermined hvotr'k~ess'1wocouL,+~hwsdftccLY
,cluencJ.8ca"8.C'C..cpacc"'..eteaha5~+F8~4we1<<wwvaC4%'>>shownvraw>>m1C.,s'ls.awsa-:.8...Ocau=paccan-eda-~a.is='ace...er.
occursonwelc~-'5aca'.".":~edrawinc,only20oo"thetotalunexam'ned we


REPORTf/1060The60examinationofweldFRwasrestrictedinavolumeasshowninFigure2f.Thisvolumeis8137in.Theunexaminedvolumeis43.0%ofthetotal18,921inforthisweld.OnweldsDA,DB,DC,DD,DE,andDF,a9.9"longareaofeachweldisshadowedbytheFRweldbuildup.Thisshadowaffectstheultrasonicexaminationofeachweldinthe0basemetal,0weldmetal,45,and60beamangles.Tosimplifycalculationoftheaffectedvolumes,yetremainconservative,thesoundbeamwastreatedasasingleray.Beamspread,ifused,willreduceratherthanincreasetheaffectedvolumes.Creditwastakenforlateralangulationofthesearchunit,whereusedsinceitresultedinasignificantincreasetotheexaminedvolume.ThereisanoverlapofexaminationvolumesforFRandDAthroughDFwelds.Creditwastakenfortheoverlappingvolumeswhereapplicable.00The0basemetalexaminationof0x6.5"thickisshadowedoneachvolumeis2091in.ThereisanfromtheFRexamination,leavingperweld.Theunexaminedvolume16,108inperweld.avolume9.9"longx32.5wideweld(DAthroughDF).This3overlappingvolumeof167inanunexaminedvolumeof1924inisequalto11.9%oftherequiredThe0weldmetalexaminationFigure2aofavolume9.9"longx9.2"widex6.5"thickisshadowedoneachweld(DAthroughDF).Thjsvolumeis592in3.Thereisanoverlappingvolumeof47infromtheFRexaminationleavinganunexaminedvolumeof545inpenweld.Tgeunexaminedvolumeisequalto11.9%ottherecgxired4560inperweld.45The45examinationofthevolumeshowninFigure2bisshadowed.Thisvolumeis278in.Thereisanoverlappingvolumeof121IV.5  
REPORT/Ilextendsintotherequiredvolume.Theremainder affectsonlythebasemetalexamination.
Thevolumeofthecylinderis35.6in>perpad.Theunexamined portionoftherequiredvolumeis7.1in3perpad.ThesectionXE(weld+1/2T)volumeofweldAFis54,414in3.Theunexamined portionoftherequiredweldmetalexamination volume.08%.Therequiredvolumeforthebasemetalexamination is107,421in3.Theunexamined basemetalexamination volume=.16X.Thevolumeofbasemetalexamination isonlyfor1sideoftheweldbecausethefullexamination wasperformed fromonesideonly.Figure1bshowsathermocouple padcentered7.75"fromtheweldcenterline.
Thisplacement occursonweldBH.OnweldBH,thereisalsoapadcenteredat11.75".Sincetheeffeetofbothoadsisidentical, onlyoneisshownonthedrawing.Bothpadsinthiscase(weldBH)affectonlythebasemetalscan.Thevolumeofunexamined metalfromthethermocouple padsonweldBNis71.2in>.Therequiredbasemetalexamination volumeforweldBNis18,949in3.Theunexamined portionoftherequiredbasemetalvolumeforweldBHI+%~Atheremocouple restriction existstotheOoDC.SincetheeffectissimilartoweldBN,Theunexamined volumeforweldDCis64in3.16,108in3.Theunexamined volumeis.4%ofbasemetalexamforweldnoillustration isgiven.Therequfredvolumeistherequirement.
Figure1csho~sathermocoup ofweldCG.BecauseofthisandweldFR.Thisplacement Thevolumeofunexamined metexamination volumeforweldis.06%oftherequirement.
FRis130in3.Theezaminatunexamined volumeis,6%oflepadcenteredat1"fromthecenterline placement, thepadaffectsbothweldCGoccursin6locations aroundweldCG.alforweldCGis6in3.TherequiredCGis10,335in3.Theunexamined volumeThevolume.ofunexamined metalforweldionvolumeforweldFRis18,921in3.Thethetotal.volume.RESTRICTIONS TOANGLEBEAMEXAMINATIONS DUETOTHERMOCOUPLE PADSFigureldshowstherestriction toanglebeamexamination onweldAF.Theunexam'ined volume3.7in3.TherequiredvolumeforweldAFis54,414in3.Theunexamined portionis.04%oftherequirement..
Thereisathermocouple restriction listedforweldBH.Duethepad'splacement 7.75"fromtheweld,thereisnorestriction toanglebeamexamination ofweldBH.TheeffectisO.OX.IV.3 REPORT//1Thereisathermocouple restriction listedforweldDC.Duetopadplacement, thereisnorestriction totheanglebeamexamination ofweldDC.Theeffectis0.0%.Figurelcshowstherestriction toanglebeamexamination ofweldsCGandFR.Thevolumeofunexamined metalforweldCGis12inTherequiredexamination volumeforweldCGis10,335in.Theunexamined volumeis.1%oftherequigedvolume.Thevolumeofunexamined metalforweldFRis75in.Theexamination volumeforweldFRis18,921in.Theunexamined volumeis.4%ofthetotalvolume.CURVATURE RESTRICTION ATSKIRTKNUCKLEWELDSCGFR.Intheperformance ofthepre-service examinations onSusquehanna units1and2,theweldsCGandFRwereexaminedtogether.
Forclarityintheevaluation ofexamination restrictions thefollowing shouldbenoted:l.WeldCGistheASMESectionXXcategoryBHweld2.WeldFRisanASMESectionIIINF.Integralattachment tothepressureboundaryandassuchisnotwithintheexamination scopeofSectionXZ.3.Toevaluatetherestrictions
: properly, theexamination volumeswillbecalculated separately.
WeldCGwasfullyexaminedinaccordance withtherulesofASMESectionXI.Norestriction duetocurvature wasnotedonweldCG.WeldFRhadrestrictions totheultrasonic examinations inthe0,4560beamangles.0The0examination ofweldFRwasrestricted inavolumeasshowninFigure2d.Thisvolumeis6837in.Theunexamined volumeis36.1%of'hetotal18,921inforthisweld.45oThe45examination ofweldFRwasrestricted inavolumeasshown~~infigure2e.Thisvolumeis8427in.Theunexamined volumeis44.5%ofthetotal18,921inforthisweld.IV.4


REPORT/I1infromtheFRexaminationleavinganunexaminedvolumeof156~3inperweld.Theunexaminedvolumeis3.4%oftherequired4560inperweld.60oThe60examinationo$avolumeasshowninFigure2cisshadowed.Thisvolumeis159in-Thereisanoverlappingvolumeof85infromtheFRexaminationleavinganunexaminedvolumeof74inperweld.Theunexaminedvolumeis1.6%oftherequired4560inperweld.Figure2dshowsacompositeoftheexaminationsoftheshadowedportionofweldsDAthroughDF.Thetotalvolumemissedbyallexaminationanglesis53in.Thisisequalto1.2%ofthetotalexaminationvolumeperweld.Inanefforttoincreasethecoverageoftheunexaminedvolumeand'hepartiallyexaminedvolumes,thefollowinganalysiswasused:1.Noincreasetothe0examinationvolumewaspossibleduetothecurvatureat,theFRtobottomheadjunction.Thiscurvaturecausedlossoftransducercontact.OnUnitNl,smallertransducersweretriedbutwere'unabletogeneratesufficientoutputasnotedinG.E.Lockyer'ssummaryreportonlossofcontact.2.Allbeamanglesintherangeofshearwaves,350to68,wereconsidered.Anglesbelow45wereeliminatedsincetheexaminationcoveragewouldbereduced.Thebeamanglesfrom60to68wereanalyzed.Theseangleswouldallowonlyaverysmallincreaseinthesizeofthepartiallyexaminedvolumeandnoincreaseinthesizeofthecompletelyexaminedvolume.Noanglesabove'68wereconsideredbecauseofthesurfacewave~generationphenomenadescribedbyKrautkramerandSchlengermann.3.Allpertinentvesselmanufacturer'sdrawingswerepresentedtoK.B.Aerotech,whoactedasacon-sultant.Utilizingthedrawings,Aerotechsuggestedanglesinthe40-45and55-60rangeasbeingappropriatefortheexamination.ItwasnotedIV.6  
REPORTf/1060The60examination ofweldFRwasrestricted inavolumeasshowninFigure2f.Thisvolumeis8137in.Theunexamined volumeis43.0%ofthetotal18,921inforthisweld.OnweldsDA,DB,DC,DD,DE,andDF,a9.9"longareaofeachweldisshadowedbytheFRweldbuildup.Thisshadowaffectstheultrasonic examination ofeachweldinthe0basemetal,0weldmetal,45,and60beamangles.Tosimplifycalculation oftheaffectedvolumes,yetremainconservative, thesoundbeamwastreatedasasingleray.Beamspread,ifused,willreduceratherthanincreasetheaffectedvolumes.Creditwastakenforlateralangulation ofthesearchunit,whereusedsinceitresultedinasignificant increasetotheexaminedvolume.Thereisanoverlapofexamination volumesforFRandDAthroughDFwelds.Creditwastakenfortheoverlapping volumeswhereapplicable.
'0 REPORT//1duringthediscussionthatverylittlegaininexaminedvolumewaspossible,withinSectionXIparameters,byananglechange.4.ThepossibilityofexaminationfromthevesselI.D.waseliminatedbecauseofdoublerefractionandscatteringofthesoundbeamduetothecladding.RESTRICTIONTOEXAMINATIONDUETOCRDPENETRATIONSThereare15CRDpenetrationsboredthroughthecenterlineofweldsDGandDH.Byangulationofthesearchunits,therequiredvolumeforeachweldwasexaminedwithintheparametersofSectionXI.Thelimitedscannotedonthedatasheetswastopointoutthatduetothesepenetrations,thetransversescanoftheweldswaslimitedtoonedirectionneartheholes.0gM'ap5'N/l~<<<IV.7 0  
00The0basemetalexamination of0x6.5"thickisshadowedoneachvolumeis2091in.ThereisanfromtheFRexamination, leavingperweld.Theunexamined volume16,108inperweld.avolume9.9"longx32.5wideweld(DAthroughDF).This3overlapping volumeof167inanunexamined volumeof1924inisequalto11.9%oftherequiredThe0weldmetalexamination Figure2aofavolume9.9"longx9.2"widex6.5"thickisshadowedoneachweld(DAthroughDF).Thjsvolumeis592in3.Thereisanoverlapping volumeof47infromtheFRexamination leavinganunexamined volumeof545inpenweld.Tgeunexamined volumeisequalto11.9%ottherecgxired 4560inperweld.45The45examination ofthevolumeshowninFigure2bisshadowed.
~I/~or+~gASiCO'I.>Ceimhort"WRn+~sDveeP.uPa~ni~iJETVOt.uS~t.CP&<:0>FK4<~S'V~gMzrtmoa~Pc~.PnnP.S1IQgtl)Prf/"~]S)),i.It'..')~~+w"~~~)CJ4k 1~  
Thisvolumeis278in.Thereisanoverlapping volumeof121IV.5
 
REPORT/I1infromtheFRexamination leavinganunexamined volumeof156~3inperweld.Theunexamined volumeis3.4%oftherequired4560inperweld.60oThe60examination o$avolumeasshowninFigure2cisshadowed.
Thisvolumeis159in-Thereisanoverlapping volumeof85infromtheFRexamination leavinganunexamined volumeof74inperweld.Theunexamined volumeis1.6%oftherequired4560inperweld.Figure2dshowsacomposite oftheexaminations oftheshadowedportionofweldsDAthroughDF.Thetotalvolumemissedbyallexamination anglesis53in.Thisisequalto1.2%ofthetotalexamination volumeperweld.Inanefforttoincreasethecoverageoftheunexamined volumeand'hepartially examinedvolumes,thefollowing analysiswasused:1.Noincreasetothe0examination volumewaspossibleduetothecurvature at,theFRtobottomheadjunction.
Thiscurvature causedlossoftransducer contact.OnUnitNl,smallertransducers weretriedbutwere'unable togeneratesufficient outputasnotedinG.E.Lockyer's summaryreportonlossofcontact.2.Allbeamanglesintherangeofshearwaves,350to68,wereconsidered.
Anglesbelow45wereeliminated sincetheexamination coveragewouldbereduced.Thebeamanglesfrom60to68wereanalyzed.
Theseangleswouldallowonlyaverysmallincreaseinthesizeofthepartially examinedvolumeandnoincreaseinthesizeofthecompletely examinedvolume.Noanglesabove'68wereconsidered becauseofthesurfacewave~generation phenomena described byKrautkramer andSchlengermann.
3.Allpertinent vesselmanufacturer's drawingswerepresented toK.B.Aerotech, whoactedasacon-sultant.Utilizing thedrawings, Aerotechsuggested anglesinthe40-45and55-60rangeasbeingappropriate fortheexamination.
ItwasnotedIV.6  
'0 REPORT//1duringthediscussion thatverylittlegaininexaminedvolumewaspossible, withinSectionXIparameters, byananglechange.4.Thepossibility ofexamination fromthevesselI.D.waseliminated becauseofdoublerefraction andscattering ofthesoundbeamduetothecladding.
RESTRICTION TOEXAMINATION DUETOCRDPENETRATIONS Thereare15CRDpenetrations boredthroughthecenterline ofweldsDGandDH.Byangulation ofthesearchunits,therequiredvolumeforeachweldwasexaminedwithintheparameters ofSectionXI.Thelimitedscannotedonthedatasheetswastopointoutthatduetothesepenetrations, thetransverse scanoftheweldswaslimitedtoonedirection neartheholes.0gM'ap5'N/l~<<<IV.7 0  
~I/~or+~gASiCO'I.>Ceimhort"WRn+~sDvee P.uPa~ni~iJETVOt.uS~t.CP&<:0>FK4<~S'V~gMzrtmoa~Pc~.PnnP.S1IQgtl)Prf/"~]S)),i.It'..')~~+w"~~~)CJ4k 1~  


f00l CiItIstI~~GgOyStoIid~RZ'<  
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REPORT81JgS~~~oo-i~,~l REPORTfkl~c7hiph~VOgIV.12 0'i l05$gFCe~van ieOl y~<osSSo~.c..4(~'r.l.c:55el:CoizV+c7Vi:;,,a~A;jVw~4;y8.)it'g~ait,"tp:"IV('.>%4l~<<':Ppy~)~~Jw%''4';R>EB~M-.P~~M-'.~Yea.'Liini~'L"''~..'l-i.'.'I.'.,l',,~:...i"'-",.>".'.,'P.,:I..''l~/DgIg~gpgqtpggQ6CvlElSSHKDc.D~o~szznpP'<4H55lioaJm,tls~,;~f>Cuhc9b.
REPORT81JgS~~~oo-i~,~l REPORTfkl~c7hiph~VOgIV.12 0'i l05$gFCe~van ieOl y~<osSSo~.c..4(~'r.l.c:55el:CoizV+c7Vi:;,,a~A;jVw~4;y8.)it'g~ait,"tp:"IV('.>%4l~<<':Ppy~)~~Jw%''4';R>EB~M-.P~
gogll'CJllalsAc0Va(amc.ISSA/PcD()y=AL4PPInlG.QOI.u.>)cRSSl/ox~.~i~i~.iVti~.i,W','(r(I9'.9fib~le2c I1''
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o~o~lg4Qu0s]5cnQogoeJvIOokGgol/5s(5>fly$0 REPORT82PennsylvaniaPowerandLightCompanySusquehannaSteamElectricStationContractHo.8856-M-166RPVPre-ServiceUTExaminationSU!QfARYREPORT:RPV,Unit81,TopheadNozzleWeldsH6AandH6B-ResolutionofSpuriousUTIndications
:I..''l~/DgIg~gpgqtpgg Q6CvlElSSHKDc.D~o~szznpP'<4H55lioaJm,tls~,;~f>Cuhc9b.
gogll'CJllalsAc0Va(amc.ISSA/PcD()y=AL4PPInlG.QOI.u.>)cRSSl/ox~.~i
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','(r(I9'.9fib~le2c I1''
o~o~lg4Qu0s]5cnQogoeJvIOokGgol/5s(5>fly$0 REPORT82Pennsylvania PowerandLightCompanySusquehanna SteamElectricStationContractHo.8856-M-166 RPVPre-Service UTExamination SU!QfARYREPORT:RPV,Unit81,TopheadNozzleWeldsH6AandH6B-Resolution ofSpuriousUTIndications


==REFERENCE:==
==REFERENCE:==
IINTRODUCTIONInordertodocumenttheideas,discussionandactiontakenthroughouttheanalysisofthe"spurious"indicationsdetectedinthesubjectnozzles,thisreportispresentedinfulldetailattherequestofPennsylvaniaPowerandLightCompany.C'III.DISCUSSIOH4mOnDeceber10,1976,aroutineUTexamxnatxononthesubjectnozzles.usinga60'nglebeamwasconductedbyS.Metta,UTLevelII,.andR.Hooper,UTLevelI;usingaSonicMK1(SerialHo.732203)andaccessoryequipmentasspecifiedandcontrolledbyUTprocedureHo.ISE-QA1-325,Rev.2Indicationsweredetectedofvaryingmagnitude(25XDACtoashighas5dBabove100XDAC),ranginginapparentdepthfromapproximately1.5inchesto3.0inches(maximummagnitudesat2.0inchesto2.5inches).Depthsvarieddependingontransducerpositiononthesurfaceofthehead,whichrangedfrom4.5to8.0inchesfromthecenter-lineoftheweld.Figure1showsaplanviewoftheoutsidetopheadassembly,aswellasanenlargedviewofthesurfacescanpattern(typicalofbothnozzles)wheretheindicationsweredetected.Figure2isasectionthroughanozzlealongthe0/180'eferenceline,andshowsatypicaltransducerpositionfora100+XDACindicationatanapparentdepthof2.5inches.Thisindicationcouldbefingerdampenedontheinsidesurfaceoftheheadwhichwasnominally3.5inchesindepthorthickness..IV.17GENERAL'LECTR)C
'ij0I1i REPORT//2Note:ItisimportanttomentionthatprocedureISE-QA1-325,Rev.2,requiredcalibrationoftheUTinspectionsystemin"depth",ratherthan"metalpath".Theobviousquestionis...howdoesonefingerdampenanindicationatanapparentdepthof2.5inchesonasurfacewhichisequivalentto3.5inchesindepthfromthescanningsurface.Thisquestionleadtotheinitialanalysisinvolvingmodeconversion,whichlaterprovedto-Ibeincoxrect.A.InitialAnalsis.Itiswell-known,andrecognisedinthecode,thatmodeconversionusing60anglebeamisoftenaproblem,particularlywithreflectorsorientedperpendiculartoanoppositereflectingsurfacewhichisparalleltothescanningsurface.Inordertoillustratethispoint,'onsiderthecaseofobliqueincidenceofashearwaveatafreesurface;i.e.,asurfaceboundedbyair.Thedirecti'onofthere-flectedshearandlongit'udinalwavesisgivenintermsoftheincidentwavebySnell'slaw:where$~.incidentS-waveangleereflectedL-waveangleVs~S-wavevelocityinthemediumVL~L-wavevelocityinthemediumAsillustratedinFigure3,theangleofthereflectedS-waveequalstheincidentS-waveuptothecriticalanglewhichisshowntobearound30inthegraphofFigure3.ThesignificanceofthisillustrationisthatatanincidentS-waveangleapproaching30'ostoftheenergyisconvertedandreflectedasanL-wave;theequationsdefining,therelativeamplitudesoftherespectivewavesarecomplez.anddonotserveourpurpose.Beyondthe"critical"IV.18GENERALl<LECTRlC REPORT82angletheL-wavedisappearsandalltheenergyreflectedisintheformofanS-waveagain.Thisphenomenonhaspracticalimplicationsasitrelatestothe2XmillednotchinanASMESectionXIcalibration.block.Inordertoamplifythispoint,considertheenlargedsketchofsuchanotch,andtheincidentS-waveat60'howninFigure4.Asdepicted,afterreflection.fromtheoppositesurfaceoftheblock,theenergyis'incidentatthefaceofthenotchat30,whichistheangleforconversionoftheS-wavetopredominantlyL-waveenergy.Mehave1indicatedasinglerayinourillustration.Thereflectionofabeamofsoundcontainingadiscreterangeofanglesnear30~producesanindicationfromthenotchofrelativelysmallmagnitude;mostoftheenergybeingconvertedintoanL-waveandIlosttothesystem.UReferringagaintoFigure2,theinitialanalysiswasthatanS-wavetravelingtothebottomsurfaceoftheheadwouldarriveatatimecorrespondingtoone-halfthe3.5inchdepthorabout1.7.inches.Reflectionfromar'eflectororientedfavorably(near'0)tothesurfacecouldproducemodeconversionasdescribedabove.TheL-wavetravelingbacktothesurfacewouldrequireatimeequivalenttoabout0.8inches,sincetheL-wavetravelsatapproximatelytwicethevelocityoftheS-wave.Thetotaltimeequivalentwouldthenbe2.5inches;1.7inchesdownasanS-waveand0.8inchesbackas-anL-wave.Atthispoint,originalfinalacceptanceradiogrhphsoftheseweldswereobtainedforreview.Theseradiographswereofexcellentquality-,andshovednoindicationsofreflectorsintheareasinIV.19GENERAL',ELECTRIC 0
REPORT/f2question.Further,attemptstoverifytheaboveoccurrencewereunsuccessfu1,bothgraphicallyandanalytically.Hindsightintothesituationindicatedthattheinitialanalysiswas,afterall,ratherweak.Inordertoresolvetheproblem,otherequipmentwasusedtoinvestigatethephenomenon.TheuseofaBranson303ononeoccasion,andaBranson301onanotherfailedtoproducetheindications,whichcouldstillbereproducedwiththeoriginalSonicequipment.Itwasobviousatthispointthatthephenomenonwasequipmentrelated.ColloborationwithR.Holt;NEDLevelIII,ledtothefollowinganalysisregardingequipmentpulserepetitionrate.B.PulseReetitionRateAnalsis'eforebeginningthisanalysis,itshouldbestated.thattheintenthereistobedescriptiveratherthanrigorous.Atthesametime,theevidencepresentedvillsubstantiatethefinalconclusionastothecauseofthespuriousindications.'tiswell-known,butlittleobservedasapracticalproblem~thatpulserepetitionratesforcertainsweeprangescanbecriticalinsomeUTapplications.InUTpulse-echoequipment,sweeplengthorrangecontrolandpulserepetitionareintegratedsoastoautomaticallyprovideuniformsweeptracebrilliancewithchangesinrangeorsweeplength.Moreover,someequipmentprovidesforrangesofpulserepetitionbywayofaseparatereprateselectorswitch.Eachrepraterange,inturn,isintegratedwithsweeplengthtoprovidevariablepulserepetitionwithchangesinsweeplength.IV.20GENEIIALELECTRIC 0',,
REPORT/32ariththisinmind,theoriginalSonicequipmentwascalibratedusingadifferentsweeprangesetting;i.e.,azeroto10inchrangeinsteadofazeroto5inchrange.Theindicationspreviouslyreporteddisappeaxed.Theoriginalcalibrationwasrepeated,andtheindicationsreturned.Whiletheindicationswerevisibleonthescreentherepetitionrateselectorswitch'waschanged.fromthe3000rangetothe1000range;againtheindicationsdisappeared.ariththeequipmentsetupinthismanner,thesweepwasdelayedtothelefttorevealanindicationfromageometricreflectoratametalpathofapproximately27inches.'The"spurious"indicationsoriginallyrecordedatadepthof1.5to3.0incheswere,infact,causedbygeometricreflectionwithinthenozzleatadistancefarbeyondtherangeofinterest.Themagnitudeanddepthvariedwithchangesintransducerpositionbutallwereconfirmedtohaveresultedfrompartgeometryrathexthanflaws.,Thehighreprateatthe3000rangecreatedwhat,arereferredtoasa"wraparound"indicationswhoseapparentdepthswerewithinthecalibratedrangeofinterest.ThefollowingdiscussionsummarizestheessentialaspectsofapresentationmadebythewritertopersonnelfromPP&L,theixAuthorizedInspectors,andG.E.I&SE.IllustratedinFigure5isasquarewavesuperimposedandinsyncwithasawtoothvoltage.ThesawtoothcausestheCRT.sweepfromleft;to-right;alowandahighrepratearecompared.Thesquarewaveprovidessweepbrilliancefromleft.-to-rightanddarknessonthereturn.ImmediatelybelowthesevoltagerepresentationsistheCRTpresentationofthebacksurfacereflectionfromtheblockshownatthyleft.This"picture"isrepeatedatafrequencyIV.21GENERALO-ELECTRIC
~'!e REPORT82correspondingtothepulserepetition.Atareprateof1000persecond,forexample,the"picture"repeats1000timespersecond,1IIIprovidingpersistencyofvisionontheCRT.Duringthedarktimebetweenpulses,thesoundreverberatesbackandforthintheblock(illustratedbythedottedmultipleorderindicationsofthebacksurface),finallydyingoutbeforethenextrepetitionasshownforthelowreprateillustrati'on.However,asshowninthelowerportionofthefigure,ifthereprateistoohighthemultiplesofthebacksurfacemaynothavecompletelydiedoutbeforeIthenextpulseisrepeated.Thisresultsinsuperimposingthenext~I"p'icture"overadistantmultipleorderofthebacksurfaceasillustrated.'igure6showsthexeflectionfromthenozzlegeometrywhichledtothepxoblem.Acalibrationinmetalpathwasmadeas'llus-tratedinordertoverifytheoveralldistancetothereflector;totalmetalpathtothereflectorwasdeterminedtobe27.2inches.Thesoundpathtothereflectorcouldbeverifiedbydampingtheindicationatreflectionpointsonboth'heinsideandtheoutsideofthenozzle.Carefulgraphicalanalysisconfirmedtheseresults.ComparisonoftheeffectoflowandhighrepratesisshownatthebottomofFigure6forthissituation.III.CONCLUSIONHavingprovedtheoriginofthe"spurious"indicationtothe"satis-factionofthecustomerandtheirAuthorizedInspectors,itwasdecidedtoperformacomplete60'nglebeamreinspectionoftheN6nozzlesataninstrumentreprateof1000.Thisinspection,whichrevealednoGEL:KFPxecordableindications,isapartofthepermanentrecord.+)~h~G..ockyer~LevelIIIManager,NDTProductServiceBuilding6-Room227IV.22CERERALO-ELECTRIC 0'
STUDNo99STUDMt0REPORT82SERVICF./~AG(TOPHKAOTOFLANGE)AHYTIMG.-AHYWHEBEINSTAHATIONASTAVICtSNOINISRINOOIVISION/d~/1'H'4ttOiOH!SSo~HG~]/ISS~ISSUEIglooSTUDl4o59STUDHo.SSPl.kkVl'EW[DUtSIDC-torIICADASSCNIITl:5'vRFr4C6'bCYGTSZhJ'/01'igure1.PlanviewoftopheadandtransducerscanpatternontypicalN6nozzle.IV.23SL%lIIll 2~Aa>>ZePPtZ002yI>>~00nZnHeldCenterLine7~gICPointDampenedFigure2.SectionthroughN6nozzleat0'/180',showingtypicalindicationatapparent2.5"depth.
~~0' SERVICENormalRZPORT/P2ANYT(ME...ANYWHEREIN5IAIIAIIONA5NVIC5INOINIIRINOPIVI5IONXnterfaceSteelAirObliqueIncidenceofShearWave1.0S-WaveL-Wavel0203040AngleofIncidenceFigure3.Amplitudesofreflectedcomponentsgeneratedatafreesurfacebyanincidentshearwaveinsteel.
0 SERV(CE.REPORT82ANYTIME...hNYWHEREIH5IALLAIIONASIAVIC5KNOINIIRINODIVI5IONSc.wMuLb54SUE,F&#x17d;<c:S~4Io~eY5:V~EV.26 I
Figure5.Squareandsawtoothvoltages,andCRTpresentationofblockreflectionsforalowandahighpulserepetitionrate.


SFRV'CCANYTIME...AHYWHCACf1ILN4IION~IIIVICI'NIIIW4DIVI$IONREPORTP2+)L~iSc~itgeP7a~6'o004oScfze<uRA&Zo5ou<eg~P'RA-T6'Dco5'KAUSo<So)QgAMSo~3o3,SoM~4geeChi~3Figure6.Illustrationofgeometricreflector,inN6nozzle,andcomparisonoflowandhighpulserepetitionrate.IV.28 0
IINTRODUCTION Inordertodocumenttheideas,discussion andactiontakenthroughout theanalysisofthe"spurious" indications detectedinthesubjectnozzles,thisreportispresented infulldetailattherequestofPennsylvania PowerandLightCompany.C'III.DISCUSSIOH 4mOnDeceber10,1976,aroutineUTexamxnatxon onthesubjectnozzles.usinga60'nglebeamwasconducted byS.Metta,UTLevelII,.andR.Hooper,UTLevelI;usingaSonicMK1(SerialHo.732203)andaccessory equipment asspecified andcontrolled byUTprocedure Ho.ISE-QA1-325, Rev.2Indications weredetectedofvaryingmagnitude (25XDACtoashighas5dBabove100XDAC),ranginginapparentdepthfromapproximately 1.5inchesto3.0inches(maximummagnitudes at2.0inchesto2.5inches).Depthsvarieddepending ontransducer positiononthesurfaceofthehead,whichrangedfrom4.5to8.0inchesfromthecenter-line oftheweld.Figure1showsaplanviewoftheoutsidetopheadassembly, aswellasanenlargedviewofthesurfacescanpattern(typicalofbothnozzles)wheretheindications weredetected.
Figure2isasectionthroughanozzlealongthe0/180'eference line,andshowsatypicaltransducer positionfora100+XDACindication atanapparentdepthof2.5inches.Thisindication couldbefingerdampenedontheinsidesurfaceoftheheadwhichwasnominally 3.5inchesindepthorthickness.
.IV.17GENERAL'LECTR)C
'ij0I1i REPORT//2Note:Itisimportant tomentionthatprocedure ISE-QA1-325, Rev.2,requiredcalibration oftheUTinspection systemin"depth",ratherthan"metalpath".Theobviousquestionis...howdoesonefingerdampenanindication atanapparentdepthof2.5inchesonasurfacewhichisequivalent to3.5inchesindepthfromthescanningsurface.Thisquestionleadtotheinitialanalysisinvolving modeconversion, whichlaterprovedto-Ibeincoxrect.
A.InitialAnalsis.Itiswell-known, andrecognised inthecode,thatmodeconversion using60anglebeamisoftenaproblem,particularly withreflectors orientedperpendicular toanoppositereflecting surfacewhichisparalleltothescanningsurface.Inordertoillustrate thispoint,'onsider thecaseofobliqueincidence ofashearwaveatafreesurface;i.e.,asurfaceboundedbyair.Thedirecti'on ofthere-flectedshearandlongit'udinal wavesisgivenintermsoftheincidentwavebySnell'slaw:where$~.incidentS-waveangleereflected L-waveangleVs~S-wavevelocityinthemediumVL~L-wavevelocityinthemediumAsillustrated inFigure3,theangleofthereflected S-waveequalstheincidentS-waveuptothecriticalanglewhichisshowntobearound30inthegraphofFigure3.Thesignificance ofthisillustration isthatatanincidentS-waveangleapproaching 30'ostoftheenergyisconverted andreflected asanL-wave;theequations
: defining, therelativeamplitudes oftherespective wavesarecomplez.anddonotserveourpurpose.Beyondthe"critical" IV.18GENERALl<LECTRlC REPORT82angletheL-wavedisappears andalltheenergyreflected isintheformofanS-waveagain.Thisphenomenon haspractical implications asitrelatestothe2XmillednotchinanASMESectionXIcalibration.
block.Inordertoamplifythispoint,considertheenlargedsketchofsuchanotch,andtheincidentS-waveat60'howninFigure4.Asdepicted, afterreflection.
fromtheoppositesurfaceoftheblock,theenergyis'incident atthefaceofthenotchat30,whichistheangleforconversion oftheS-wavetopredominantly L-waveenergy.Mehave1indicated asinglerayinourillustration.
Thereflection ofabeamofsoundcontaining adiscreterangeofanglesnear30~producesanindication fromthenotchofrelatively smallmagnitude; mostoftheenergybeingconverted intoanL-waveandIlosttothesystem.UReferring againtoFigure2,theinitialanalysiswasthatanS-wavetraveling tothebottomsurfaceoftheheadwouldarriveatatimecorresponding toone-halfthe3.5inchdepthorabout1.7.inches.Reflection fromar'eflector orientedfavorably (near'0)tothesurfacecouldproducemodeconversion asdescribed above.TheL-wavetraveling backtothesurfacewouldrequireatimeequivalent toabout0.8inches,sincetheL-wavetravelsatapproximately twicethevelocityoftheS-wave.Thetotaltimeequivalent wouldthenbe2.5inches;1.7inchesdownasanS-waveand0.8inchesbackas-anL-wave.Atthispoint,originalfinalacceptance radiogrhphs oftheseweldswereobtainedforreview.Theseradiographs wereofexcellent quality-,
andshovednoindications ofreflectors intheareasinIV.19GENERAL',ELECTRIC 0
REPORT/f2question.
Further,attemptstoverifytheaboveoccurrence wereunsuccessfu1, bothgraphically andanalytically.
Hindsight intothesituation indicated thattheinitialanalysiswas,afterall,ratherweak.Inordertoresolvetheproblem,otherequipment wasusedtoinvestigate thephenomenon.
TheuseofaBranson303ononeoccasion, andaBranson301onanotherfailedtoproducetheindications, whichcouldstillbereproduced withtheoriginalSonicequipment.
Itwasobviousatthispointthatthephenomenon wasequipment related.Colloboration withR.Holt;NEDLevelIII,ledtothefollowing analysisregarding equipment pulserepetition rate.B.PulseReetitionRateAnalsis'eforebeginning thisanalysis, itshouldbestated.thattheintenthereistobedescriptive ratherthanrigorous.
Atthesametime,theevidencepresented villsubstantiate thefinalconclusion astothecauseofthespuriousindications.
'tiswell-known, butlittleobservedasapractical problem~thatpulserepetition ratesforcertainsweeprangescanbecriticalinsomeUTapplications.
InUTpulse-echo equipment, sweeplengthorrangecontrolandpulserepetition areintegrated soastoautomatically provideuniformsweeptracebrilliance withchangesinrangeorsweeplength.Moreover, someequipment providesforrangesofpulserepetition bywayofaseparatereprateselectorswitch.Eachrepraterange,inturn,isintegrated withsweeplengthtoprovidevariablepulserepetition withchangesinsweeplength.IV.20GENEIIALELECTRIC 0',,
REPORT/32ariththisinmind,theoriginalSonicequipment wascalibrated usingadifferent sweeprangesetting;i.e.,azeroto10inchrangeinsteadofazeroto5inchrange.Theindications previously reporteddisappeaxed.
Theoriginalcalibration wasrepeated, andtheindications returned.
Whiletheindications werevisibleonthescreentherepetition rateselectorswitch'waschanged.fromthe3000rangetothe1000range;againtheindications disappeared.
ariththeequipment setupinthismanner,thesweepwasdelayedtothelefttorevealanindication fromageometric reflector atametalpathofapproximately 27inches.'The"spurious" indications originally recordedatadepthof1.5to3.0incheswere,infact,causedbygeometric reflection withinthenozzleatadistancefarbeyondtherangeofinterest.
Themagnitude anddepthvariedwithchangesintransducer positionbutallwereconfirmed tohaveresultedfrompartgeometryrathexthanflaws.,Thehighreprateatthe3000rangecreatedwhat,arereferredtoasa"wraparound"indications whoseapparentdepthswerewithinthecalibrated rangeofinterest.
Thefollowing discussion summarizes theessential aspectsofapresentation madebythewritertopersonnel fromPP&L,theixAuthorized Inspectors, andG.E.I&SE.Illustrated inFigure5isasquarewavesuperimposed andinsyncwithasawtoothvoltage.ThesawtoothcausestheCRT.sweepfromleft;to-right; alowandahighrepratearecompared.
Thesquarewaveprovidessweepbrilliance fromleft.-to-right anddarknessonthereturn.Immediately belowthesevoltagerepresentations istheCRTpresentation ofthebacksurfacereflection fromtheblockshownatthyleft.This"picture" isrepeatedatafrequency IV.21GENERALO-ELECTRIC
~'!e REPORT82corresponding tothepulserepetition.
Atareprateof1000persecond,forexample,the"picture" repeats1000timespersecond,1IIIproviding persistency ofvisionontheCRT.Duringthedarktimebetweenpulses,thesoundreverberates backandforthintheblock(illustrated bythedottedmultipleorderindications ofthebacksurface),
finallydyingoutbeforethenextrepetition asshownforthelowreprateillustrati'on.
However,asshowninthelowerportionofthefigure,ifthereprateistoohighthemultiples ofthebacksurfacemaynothavecompletely diedoutbeforeIthenextpulseisrepeated.
Thisresultsinsuperimposing thenext~I"p'icture" overadistantmultipleorderofthebacksurfaceasillustrated.
'igure6showsthexeflection fromthenozzlegeometrywhichledtothepxoblem.Acalibration inmetalpathwasmadeas'llus-tratedinordertoverifytheoveralldistancetothereflector; totalmetalpathtothereflector wasdetermined tobe27.2inches.Thesoundpathtothereflector couldbeverifiedbydampingtheindication atreflection pointsonboth'heinsideandtheoutsideofthenozzle.Carefulgraphical analysisconfirmed theseresults.Comparison oftheeffectoflowandhighrepratesisshownatthebottomofFigure6forthissituation.
III.CONCLUSION Havingprovedtheoriginofthe"spurious" indication tothe"satis-factionofthecustomerandtheirAuthorized Inspectors, itwasdecidedtoperformacomplete60'nglebeamreinspection oftheN6nozzlesataninstrument reprateof1000.Thisinspection, whichrevealednoGEL:KFPxecordable indications, isapartofthepermanent record.+)~h~G..ockyer~Level IIIManager,NDTProductServiceBuilding6-Room227IV.22CERERALO-ELECTRIC 0'
STUDNo99STUDMt0REPORT82SERVICF./~AG(TOPHKAOTOFLANGE)AHYTIMG.-
AHYWHEBEINSTAHATION ASTAVICtSNOINISRINO OIVISION/d~/1'H'4ttOiOH!SSo~HG~]/ISS~ISSUEIglooSTUDl4o59STUDHo.SSPl.kkVl'EW[DUtSIDC-torIICADASSCNIITl:5'vRFr4C6'bCYGTSZhJ'/01'igure1.Planviewoftopheadandtransducer scanpatternontypicalN6nozzle.IV.23SL%lIIll 2~Aa>>ZePPtZ002yI>>~00nZnHeldCenterLine7~gICPointDampenedFigure2.SectionthroughN6nozzleat0'/180',showingtypicalindication atapparent2.5"depth.
~~0' SERVICENormalRZPORT/P2ANYT(ME...
ANYWHEREIN5IAIIAIION A5NVIC5INOINIIRINO PIVI5IONXnterface SteelAirObliqueIncidence ofShearWave1.0S-WaveL-Wavel0203040AngleofIncidence Figure3.Amplitudes ofreflected components generated atafreesurfacebyanincidentshearwaveinsteel.
0 SERV(CE.REPORT82ANYTIME...
hNYWHEREIH5IALLAIION ASIAVIC5KNOINIIRINO DIVI5IONSc.wMuLb54SUE,F&#x17d;<c:S~4Io~eY5:V~EV.26 I
Figure5.Squareandsawtoothvoltages, andCRTpresentation ofblockreflections foralowandahighpulserepetition rate.
 
SFRV'CCANYTIME...
AHYWHCACf1ILN4IION~IIIVICI'NIIIW4DIVI$IONREPORTP2+)L~iSc~itgeP7a~6'o004oScfze<uRA&Zo5ou<eg~P'RA-T6'Dco 5'KAUSo<So)QgAMSo~3o3,SoM~4geeChi~3Figure6.Illustration ofgeometric reflector, inN6nozzle,andcomparison oflowandhighpulserepetition rate.IV.28 0
RFPORT83
RFPORT83


==SUBJECT:==
==SUBJECT:==
SummaryReport-GeometricUTReflectionsinN3,N4,N5NozzlesUsing60'ngleBeam,andinCG"Knuckle"VeldUsing45'ngleBeam
SummaryReport-Geometric UTReflections inN3,N4,N5NozzlesUsing60'ngleBeam,andinCG"Knuckle" VeldUsing45'ngleBeam


==REFERENCE:==
==REFERENCE:==
PennsylvaniaPowerandLightCo.SusquehannaSteamElectricStationContractNumber8856-?3-166RPUPre-ServiceExaminationXnultrasonicweldtesting,indi'cationsfromcomponentcon'figurationcanbeanalyzedbypuregeometricreflectionconcepts.WhilemodeconversionatobliqueincidenceexiststoasignificantextentintheseUTapplications,theassociatedchangeswhichtakeplaceinvelocityanddirectiongenerallyeliminatemodeconversionasaconsiderationwherereflectionsfromcomponentgeometryareconcerned.Therefore,theanalysis'ofthegeometricreflectionsinthesubjectweldsfollow'sthebasicincidence/reflectionlawsof.optics.Toillustratetheconceptsinvolved'onsiderFigure1,"whereinatypicalnozzlegeometryandrelatedweldlocaticm,aswellastransducerposi-tionandsoundbeamareQ.lustrated.Asshown,normal(perp'endicular)geometricreflectionfromtheinnerradiusofthenozzleoccursforonly'hoserayswhichpassthroughthegeometriccenterofthenozzleradius.Ofcourse,thegreatestgeometricreflection'illustratedisassociatedwiththattransducerposition(A)whichdirectsthemostintenseportionofthebeam(centralray)throughthegeometriccenteroftheradius,atwhichpointitreturnsdirectlybackalongthecentralraytothetransducer.However,itisparticularlysignificanttonotethatinthispositionthebeamisnolongerinterrogatingthematerialvolumeofinterestforthisscandirection.Withinthescanningzoneofinterest,i,tis,thelessintenseraystowardtheedgeofthebeamwhichproducethegeometricincidence/reflectioncausingtheindicationsfromthenozzleradiusasshownfortransducerpositionsBandC.IU.29GENEIIALeELECTRIC REPORT83Inordertoverifythesub)ectweldgeometryreflectionsbygraphicalmeans,itwasnecessarytocalibratetheUTsystemin"metalpath"ratherthanin"depth"asrequiredbytheapplicableprocedure.Calibrationinmetalpathprovidesagraphicaldoublecheckonthevalidityoftransducerposition,beamangleandsounddistancetraveledinrelationto.componentgeometry.Accordingly,Figures2,3and4showtypicalgraphicalrpresentationswhichverifythegeometricreflectionsreportedfortheN3,N4andN5noza1esrespectively..ThegeometricreflectionfromtheinsidecurvatureoftheCGweldIusing45anglebeamisshowninFigure5.Asillustrated,themaximumIindication'romthisinsidesurfaceoccursatthatpointwhere.thetrans-ducerisinapositiontoprovidepuregeometricreflectionfromsomeportionofthebeam.Theinformationaboveispresentedtoserve'sa"base-line"againstwhichgeometricreflectionsdetectedintheseweldsduringsubsequentUTSIinspectionscanbecompared.Obviously,variationsin"magnitudeofindication,aswellasmetalpathdistances,willoccurwithvaryingtransducerposition.andbeamangleandshouldbeconsideredinfuturecomparisons.P'~~l~(~>G..Lckyer,LevelIII~"lfanager,NDTProductServiceBuilding6-Room227GEL:KEFIV.80 00 TransducerIndexPointCenterofNozzleRadiusgeo~@9~ec~gQVesselWallelCOMeldgScclc:1cm1in..VlMdVgzIzPigure~c0Z002taaZ'c04.TypicalgeometricreflectionfromradiusofN5nozzleMP12.2"determinedbyUTmeasurementagreeswellwithgraphicaldetermination.
 
I'0 TransducerXndexPoint)~')~g,CenterofNozzleRadius~C.gQ~gogee0VesselWallLLIJN.NggIJgXiXXFigure3.v~r5a0gao'rEww~rWeldScale:1cm~1in.1Typical.geometricreflectionfromradiusofN4nozzle;HP=12.4"determinedbyUTmeasurementagreeswellwithgraphicaldetermination.  
Pennsylvania PowerandLightCo.Susquehanna SteamElectricStationContractNumber8856-?3-166 RPUPre-Service Examination Xnultrasonic weldtesting,indi'cations fromcomponent con'figuration canbeanalyzedbypuregeometric reflection concepts.
,~1,0, ygwaSCUCBgPeStVLaMSCCVW<Cor-Q099L6RADI05e>"60roUESSBLQJALLtQOCIQtl)~illgXgZ~d~0W~0Z00zIz~0zvlzWFigurel.Geometricreflectionsandrelatedsoundmetalpathsfearvarioustransducerpositionsinatypicalnozzle.~~
Whilemodeconversion atobliqueincidence existstoasignificant extentintheseUTapplications, theassociated changeswhichtakeplaceinvelocityanddirection generally eliminate modeconversion asaconsideration wherereflections fromcomponent geometryareconcerned.
I~'0 TransducerIndexPoint=CenterofNozzleRadiusgo>e<~~pe<~~QCgeogsc~rQVesselWallLQWd5pRl5~eeove>D2O0ZeX~QeZe,Figure2.WeldgScale:1cm~1in.TypicalgeometricreflectionfromradiusofN3nozzle;HP~15.8"determinedbyUTmeasurementagreeswellwithgraphicaldetermination.
Therefore, theanalysis'ofthegeometric reflections inthesubjectweldsfollow'sthebasicincidence/reflection lawsof.optics.Toillustrate theconceptsinvolved'onsider Figure1,"wherein atypicalnozzlegeometryandrelatedweldlocaticm, aswellastransducer posi-tionandsoundbeamareQ.lustrated.
Asshown,normal(perp'endicular) geometric reflection fromtheinnerradiusofthenozzleoccursforonly'hose rayswhichpassthroughthegeometric centerofthenozzleradius.Ofcourse,thegreatestgeometric reflection
'illustrated isassociated withthattransducer position(A)whichdirectsthemostintenseportionofthebeam(centralray)throughthegeometric centeroftheradius,atwhichpointitreturnsdirectlybackalongthecentralraytothetransducer.
However,itisparticularly significant tonotethatinthispositionthebeamisnolongerinterrogating thematerialvolumeofinterestforthisscandirection.
Withinthescanningzoneofinterest, i,tis,thelessintenseraystowardtheedgeofthebeamwhichproducethegeometric incidence/
reflection causingtheindications fromthenozzleradiusasshownfortransducer positions BandC.IU.29GENEIIALeELECTRIC REPORT83Inordertoverifythesub)ectweldgeometryreflections bygraphical means,itwasnecessary tocalibrate theUTsystemin"metalpath"ratherthanin"depth"asrequiredbytheapplicable procedure.
Calibration inmetalpathprovidesagraphical doublecheckonthevalidityoftransducer
: position, beamangleandsounddistancetraveledinrelationto.component geometry.
Accordingly, Figures2,3and4showtypicalgraphical rpresentations whichverifythegeometric reflections reportedfortheN3,N4andN5noza1esrespectively..
Thegeometric reflection fromtheinsidecurvature oftheCGweldIusing45anglebeamisshowninFigure5.Asillustrated, themaximumIindication'rom thisinsidesurfaceoccursatthatpointwhere.thetrans-ducerisinapositiontoprovidepuregeometric reflection fromsomeportionofthebeam.Theinformation aboveispresented toserve'sa"base-line" againstwhichgeometric reflections detectedintheseweldsduringsubsequent UTSIinspections canbecompared.
Obviously, variations in"magnitude ofindication, aswellasmetalpathdistances, willoccurwithvaryingtransducer position.andbeamangleandshouldbeconsidered infuturecomparisons.
P'~~l~(~>G..Lckyer,LevelIII~"lfanager, NDTProductServiceBuilding6-Room227GEL:KEFIV.80 00 Transducer IndexPointCenterofNozzleRadiusgeo~@9~ec~gQVesselWallelCOMeldgScclc:1cm1in..VlMdVgzIzPigure~c0Z002taaZ'c04.Typicalgeometric reflection fromradiusofN5nozzleMP12.2"determined byUTmeasurement agreeswellwithgraphical determination.
I'0 Transducer XndexPoint)~')~g,CenterofNozzleRadius~C.gQ~gogee0VesselWallLLIJN.NggIJgXiXXFigure3.v~r5a0gao'rEww~rWeldScale:1cm~1in.1Typical.geometric reflection fromradiusofN4nozzle;HP=12.4"determined byUTmeasurement agreeswellwithgraphical determination.  
,~1,0, ygwaSCUCBgPeStVLaMSCCVW<Cor-Q099L6RADI05e>"60roUESSBLQJALLtQOCIQtl)~illgXgZ~d~0W~0Z00zIz~0zvlzWFigurel.Geometric reflections andrelatedsoundmetalpathsfearvarioustransducer positions inatypicalnozzle.~~
I~'0 Transducer IndexPoint=CenterofNozzleRadiusgo>e<~~pe<~~QCgeogsc~rQVesselWallLQWd5pRl5~eeove>D2O0ZeX~QeZe,Figure2.WeldgScale:1cm~1in.Typicalgeometric reflection fromradiusofN3nozzle;HP~15.8"determined byUTmeasurement agreeswellwithgraphical determination.
il~'!
il~'!
SERVICEREPORT/l30'NYTIWIf...At(YYIHfRfIN5IA55AIIONC55CVICC(HOINIICINOOIVIIIOHQlpg,hI15l)uC.PIC[,Uccx,Po(MTCetQ>TT(@hJbSULEIZLlJbl~gPdtH7IV.35 f~~lio'ccAuYTrH...as;vyir.=Pic.JPIHOlALLAT<DII4SRVICECiiGINEfAIHGOIVISIONJanuary14,1977PAGE1REPORTf!4
SERVICEREPORT/l30'NYTIWIf...
At(YYIHfRfIN5IA55AIION C55CVICC(HOINIICINO OIVIIIOHQlpg,hI15l)uC.PIC
[,Uccx,Po(MTCetQ>TT(@hJbSULEIZLlJbl~gPdtH7IV.35 f~~lio'ccAuYTrH...as;vyir.=Pic.JPIHOlALLAT<DII 4SRVICECiiGINEfAIHG OIVISIONJanuary14,1977PAGE1REPORTf!4


==SUBJECT:==
==SUBJECT:==
AcousticVelocityandAttenuationDeterminations:ReactorPressureVesselCalibrationStandardsjjl;jj2andjj3(SA533)andUpperVesselandHatingTopHeadFlanges(SA508)
AcousticVelocityandAttenuation Determinations:
ReactorPressureVesselCalibration Standards jjl;jj2andjj3(SA533)andUpperVesselandHatingTopHeadFlanges(SA508)


==REFERENCE:==
==REFERENCE:==
ASHEBoilerandPressureVesselCode,SectionIX,1974Edition,Summer1975,ParagraphI-3121(BlockSelection)DRAWINGS:GE-160-76C-0087Rev.1ReactorPressureVesselStd.gGE-160-76C-0088Rev.0ReactorPress'ureVesselStd.g2GE-160-76C-0089Rev.0ReactorPressureVesselStd.g3CBIN-27Rev.3ShelIFlangeDetai1sParagraphl-3121'referencedabove)requiresthat"...(3)whenitisnotpossibletofabricatetheblockfrommaterialtakenfrom'hecomponent,itmaybefabricatedfromamaterialofaspecificationincludedintheapplicableexaminationvolumesofthecomponent.Theacousticvelocityandattenuationofsuchablockshallbedemonstratedtofallwithintherangeofstraightbeamlongitudinalwavevelocityandattenuationfoundintheunclad,component."Accordingly,UTExaminationTeamjj4(S.HettaandR.Hooper)performedvelocityandattenuationevaluationsonthesubjectmaterials,VELOCITyCOHPARISONCALIBRATION:NOTE:(January11,1977)CalibratedtheSonicHK1with220thicknessAdaptertothe28.00"and'17.00"dimensionsonCal.Std.jjlandjj3respectively.The220Adapterhasarangeof20.00",Inordertogetthe28.00"range-theVelocityAdjustmentwashalvedandthereadingstakenofftheDigitalReadOutwere+>ofthe"real"readings.IV.360EWE8AL"';i'ELE0'7PiIC If1~l0 REPORTiI4Page2It<~tALLAT>b'hSLRVICtticG:i<tthn.G0>wS<C'MEXAMINATION:MEASUREDONBLOCK27.95>>695IIDIGITALREADING13.988.48X2=X2~27.96>>1.6.96>>MEASUREBYSONICHKIMEASUREONVESSELFLANGEDIGITALREADINGMEASUREBY~SONICHK126.0026.0026.0026~0013.0013.0113.02.13.00X2=X2~X2=X2=26.00>>26.02>>26.04<<26.00NOTE:Readingstakenonbottomsideof"flange;(Noinstumentsettingswerechanged.)SeeFigure1.The,techniqueandresultsdescribedaboveforvelositycomparisonaresufficienttoshowthatthesubjectmaterials(SA533andSA508)are."...withintherange..."ofvelocityrequiredbytheCode.ATTENUATIONCOMPARISON(January13,1977),CALIBRATION:ThetransduerwaspositionedonRPVStandardg2atapproximately13/4"fromtheedgeasshowninFigure2.Thesignalamplitudefromthebacksurfacewasthensetat80%FSH.Thiswasthe.primaryreferancelevel.EXAMINATION:Thetransducerwasplacedat4locationsbetweenthestudholesontheTopHeadF.langeatapproximately3/4>>fromtheedgeoftheODsurface(SeeFigure3).Thebacksurfacesignalwasthenadjustedtodeterminethedbdifferencenecessarytoobtainthe80%FSHprimaryreferencelevel(SeeTable1).IV.37'6Ef!EPaALf~;.~r'c;)ELEC7RtC


~'i:;.~Fvsicrg-rfJAttYT1:..a..rAttYVttr.r\6~J:~IHCTACCATIOII&CRVICCcrrGIIrccAIIIGolvlslorIREPORTII4Page3TABLEPositiondbDifference1234NOTE:HinusdbreadingscorrespondtoahigheramplitudeontheTopFlangewhichisonthe"safe"side.Thistechnique,althoughnotsufficentforaquantitativedeterminationofaco'usticattenuation,showsthatthesematerialsare"...withintherange..."ofattenuationrequiredbytheCode.G.E.Lockyer'DTLevel111ccB.W.WilkinsIV.38GEtt8ttALj"'(gi)ELECTRlC'r~
ASHEBoilerandPressureVesselCode,SectionIX,1974Edition,Summer1975,Paragraph I-3121(BlockSelection)
el0 SERVICEREPORTII4AMYTV48...JVSYW%REi-INSTALLATION~SShVICKSNGINSSNINOOIVISIONrIIIlCBlN-27Rev.&#xb9;3Sect.A-A26"Q<<QTRANSDUCERPgI('gPljFLQIUGlFIV.39GENERAL@ELECTRICI/(4(T7 I1i'  
DRAWINGS:
.IiyCpy()SziVlCK~~AiiYTS:.'X...r,ivvri-~i7e)REPORT/l4INSTALLATIONSSSRVICKSNGINSCRINQDIVISIONI)IIIIl~I~ITg+USDOCI-=m~'P0SLTLo&  
GE-160-76C-0087 Rev.1ReactorPressureVesselStd.gGE-160-76C-0088 Rev.0ReactorPress'ure VesselStd.g2GE-160-76C-0089 Rev.0ReactorPressureVesselStd.g3CBIN-27Rev.3ShelIFlangeDetai1sParagraph l-3121'referenced above)requiresthat"...(3)whenitisnotpossibletofabricate theblockfrommaterialtakenfrom'hecomponent, itmaybefabricated fromamaterialofaspecification includedintheapplicable examination volumesofthecomponent.
Theacousticvelocityandattenuation ofsuchablockshallbedemonstrated tofallwithintherangeofstraightbeamlongitudinal wavevelocityandattenuation foundintheunclad,component."
Accordingly, UTExamination Teamjj4(S.HettaandR.Hooper)performed velocityandattenuation evaluations onthesubjectmaterials, VELOCITyCOHPARISON CALIBRATION:
NOTE:(January11,1977)Calibrated theSonicHK1with220thickness Adaptertothe28.00"and'17.00" dimensions onCal.Std.jjlandjj3respectively.
The220Adapterhasarangeof20.00",Inordertogetthe28.00"range-theVelocityAdjustment washalvedandthereadingstakenofftheDigitalReadOutwere+>ofthe"real"readings.
IV.360EWE8AL"';i'ELE0'7PiIC If1~l0 REPORTiI4Page2It<~tALLAT>b' hSLRVICtticG:i<tthn.G0>wS<C'MEXAMINATION:
MEASUREDONBLOCK27.95>>695IIDIGITALREADING13.988.48X2=X2~27.96>>1.6.96>>MEASUREBYSONICHKIMEASUREONVESSELFLANGEDIGITALREADINGMEASUREBY~SONICHK126.0026.0026.0026~0013.0013.0113.02.13.00X2=X2~X2=X2=26.00>>26.02>>26.04<<26.00NOTE:Readingstakenonbottomsideof"flange;(Noinstument settingswerechanged.)SeeFigure1.The,technique andresultsdescribed aboveforvelositycomparison aresufficient toshowthatthesubjectmaterials (SA533andSA508)are."...within therange..."
ofvelocityrequiredbytheCode.ATTENUATION COMPARISON (January13,1977),CALIBRATION:
Thetransduer waspositioned onRPVStandardg2atapproximately 13/4"fromtheedgeasshowninFigure2.Thesignalamplitude fromthebacksurfacewasthensetat80%FSH.Thiswasthe.primaryreferance level.EXAMINATION:
Thetransducer wasplacedat4locations betweenthestudholesontheTopHeadF.langeatapproximately 3/4>>fromtheedgeoftheODsurface(SeeFigure3).Thebacksurfacesignalwasthenadjustedtodetermine thedbdifference necessary toobtainthe80%FSHprimaryreference level(SeeTable1).IV.37'6Ef!EPaALf~;.~r'c;)
ELEC7RtC
 
~'i:;.~Fvsicrg-r fJAttYT1:..a..r AttYVttr.r\6~J:~IHCTACCATIOII
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ofattenuation requiredbytheCode.G.E.Lockyer'DTLevel111ccB.W.WilkinsIV.38GEtt8ttALj"'(gi)ELECTRlC'r~
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==Subject:==
==Subject:==
SumnaryReportoflossofUZTransducerContactDuetoCurvatureofCGWeldREFEfKNCE:PennsylvaniaPowerandLightCompanySusquehax~aSteamElectricStationContractNumber8856-4I-166RPVPreservicelamination'IheattachedsketchesillustratetheareaofthebasemetalandadjacentweldinthevicinityoftheCGweldwhichcouldnotbeinspectedbecauseoftheloss,ofUZtransducercontactatthecurvaturesasshown.IhecenterlineoftheCOweldaspaintedonthevesselsurface,isreallyattheedgeoftheCGweldshownonthesketch.'IheareaofnoUZinspectionextendedfrom2"to6"fromthepaintedcenterlineduringinspectionofweldCG.'IhesecurvaturesalsocausedlossofcontactaffectingweldsDA,DB,DC,DD,DE,andDFfromAAtoskirtandfrom~toAJ.Itshouldbenotedthat,althoughtheuseofsmallertransducersveldhaveimprovedcontactarea,anallert~ucersweredeterminedtobeinadequatebecauseofinsufficientoutput.GeorgeE.Lockyer,LevelIIIManagerASBD-NDZIV.42.-GENERALELECTRIC e,~I REPORTf35'Kt-RO+IV.43 f
SumnaryReportoflossofUZTransducer ContactDuetoCurvature ofCGWeldREFEfKNCE:
REFORT850q6$o$o1'entC>zsgPpp~p>ipFgo)$0IV.44 I~00 REPORT86COMPOSITEOFTHEMANUALANDREMOTEAUTOMATICPRESERVICEEXAMINATIONSFORSUSQUEHANNAUNIT/PlCompositeincludesallexclusionstothebaselineexaminationandthebasis/justificationfortheexclusions.GeneralElectricCompanyMaschellmacOfficeComplex1000FirstAvenueKingofPrussia,PA19406IV.45 l~'
Pennsylvania PowerandLightCompanySusquehax~a SteamElectricStationContractNumber8856-4I-166 RPVPreservice lamination
REPORTf/6CATEGORYBAPRESSURERETAININGWELDSINREACTORVESSELCIRCUMFERENTIALSHELLWELDSWELDSEAMAAAATOPSIDERemoteAutomaticExaminationCoveraeTherewerefive(5)interferencesonweldseamAAtopthatcausedmissedareasduringtheremoteautomaticexamination.Thesewere:INozzleNIANozzleNIBNozzleN8ANozzleN8BSurfaceGouge66"Missed66"Missed36"Missed36"Missed4"Missed*TOTAL208""Missed'IhecircumferenceofweldseamAAis837".Theinterferencescaused24.85percentofweldseamAAtoptobemissedduringtheremoteautomaticexamination.*The4"missedduetothesurfacegougewillbeexaminedduringthefirstISI.Thesurfacehasbeenconditionedtoallowexamination.Themissedareawillatthattimebecome24.37percent.ManualExaminationCoveraeThenozzleinterferenceslistedfortheautomaticexaminationdonotexistforthemanualexamination.ThenozzlesNl'sandN8'sarefarenoughfromtheweldcenterlinetoallowacompleteexaminationinaccordancewithParagraphI-5121ofSectionXI,AppendixI.AABOTTOMSIDERemoteAutomaticExamination-NotPerformedManualExaminationCoveraeNointerferences.Onehundredpercentcoverage.IV,46  
'Iheattachedsketchesillustrate theareaofthebasemetalandadjacentweldinthevicinityoftheCGweldwhichcouldnotbeinspected becauseoftheloss,ofUZtransducer contactatthecurvatures asshown.Ihecenterline oftheCOweldaspaintedonthevesselsurface,isreallyattheedgeoftheCGweldshownonthesketch.'IheareaofnoUZinspection extendedfrom2"to6"fromthepaintedcenterline duringinspection ofweldCG.'Ihesecurvatures alsocausedlossofcontactaffecting weldsDA,DB,DC,DD,DE,andDFfromAAtoskirtandfrom~toAJ.Itshouldbenotedthat,althoughtheuseofsmallertransducers veldhaveimprovedcontactarea,anallert~ucersweredetermined tobeinadequate becauseofinsufficient output.GeorgeE.Lockyer,LevelIIIManagerASBD-NDZIV.42.-GENERALELECTRIC e,~I REPORTf35'Kt-RO+IV.43 f
'e REPORT86SUMMARYWELDSEAMAAOnehundredpercentofweldseamAAwasmanuallyexaminedinaccordancewithAppendixIofASMESectionXI.Inaddition,75.15percentofthetopsideofweldseamAAwasexaminedusingremoteautomaticequipment.Manualdataexistsforthe-12s42percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexaminationdataprovides100'percentcoverage.RecommendationforISIExaminethemissedareasofAAtopmanuallywhileexaminingAAbottom.WELDSEAMABRemoteAutomaticExaminationCoveraeWeldseamABwasexamined100percentbytheremoteautomaticequipment.WELDSEAMACRemoteAutomaticExaminationCoveraeWeldseamACwasexamined100percentbytheremoteautomaticequipment.WELDSEAMADADTOPSIDERemoteAutomaticExaminationNotperformed.ManualExaminationCoveraeNointerferences-100percentcoverage.ADBOTTOMSIDERemoteAutomaticExaminationCoveraeThereweretwo(2)interferencesonweldseamADhottomthatcausedmissedareasduringtheremoteautomaticexamination.Thesewere:IV.47 4'
REFORT850q6$o$o1'entC>zsgPpp~p>ipFgo)$0IV.44 I~00 REPORT86COMPOSITE OFTHEMANUALANDREMOTEAUTOMATIC PRESERVICE EXAMINATIONS FORSUSQUEHANNA UNIT/PlComposite includesallexclusions tothebaselineexamination andthebasis/justification fortheexclusions.
REPORT/36ADBOTTOMSIDE(Continued)NozzleN11ANozzleN11B47"Missed41"MissedTOTAL88"MissedThecircumferenceofweldseamADis838".Theinterferencescaused10.5percentofweldseamADbottomtobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerferences-100percentcoverage.SUMMARYFORWELDSEAMADOne=hundredpercentofweldseamADwasmanuallyexaminedinaccordancewithAppendixIofASMESectionXI.Inaddition,89.5percentofthebottomsideofweldseamADwasexaminedusingremoteautomaticequipment.Manualdataexists'forthe5.25percentoftheweld"seammissedbytheremotescannerandw?yncombinedwiththeremoteexaminationdataprovides100percentcoverage.''RecommendationforISIExaminethemissedareasofADbottommanuallywhileexaminingADtop.WELDSEAMAEManualExaminationCoveraeWeldseamAEwasexamined100percentbymanualtechniques.IV.48 Si REPORT/f6ManualExaminationCoveraeWeldseamAFwasexamined100percentfromonesideinaccordancewithParagraph1-5121ofASMESectionXl,AppendixI.Inaddition,a0onlyexaminationofweldAFwasperformedfromthetopsurfaceofthevesselflange.EXCLUSIONSNoexclusionsarerequiredforthereactorpressurevesselcircumferentialweldsAA,AB,AC,AD,JAEandAF.I'V.49  
GeneralElectricCompanyMaschellmac OfficeComplex1000FirstAvenueKingofPrussia,PA19406IV.45 l~'
!I REPORTf16CATEGORYBAPRESSURERETAININGNELDSINREACTORVESSELLONGITUDINALSHELLWELDSWELDSEAMBARemoteAutomaticExaminationCoveraeTherewasonet,'1)interference,,onweldseamBAleftsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:NozzleN2KThelengthofweldseamBAis137".43"MissedTheinterferencecaused31.38percentofweldseamBAleftsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.SUMhQRYWELDSEAMBAEighty-fourandthree-tenthpercentofweldseamBAwasexaminedinaccordancewithAppendixIofASMESectionXIusingremoteautomatictechniques.Manualdataexistsforthe15.7percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexaminationdataprovides100percentcoverage.RecommendationforISIExcludethe15.7percentofweldseamBAmissedbytheremotescanner.Justification:Radiationexposureandrestrictedaccess.The84.3percentexaminedprovidesadequatesamplingtodeterminetheconditionoftheweldseam.IV.50 REPORT86WELDSEAMBBBBLEFTSIDECWRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBBleftsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:NozzleN2C46"h1issedThelengthofweldseamBBis137".Theinterferencecaused33.57percentofweldseamBBleftsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.BBRIGHTSIDECCWRemoteAutomaticExaminationCoveraeNointerference.Onehundredpercentcoverage.SUMMARYWELDSEAMBBEighty-threeandtwo-tenthpercentofweldseamBBwasexaminedinaccordancewithAppendixIofASh1ESectionXIusingremoteautomatictechniques.h1anualdataexistsforthe16.8percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination,dataprovides100percentcoverage.RecommendationforISIExcludethe16.8percentofweldseamBBmissedbytheremoteexamination.SamelogicasweldseamBA.WELDSEAMBCRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBCleftsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:NozzleN2F44"h1issedIV.51  
REPORTf/6CATEGORYBAPRESSURERETAINING WELDSINREACTORVESSELCIRCUMFERENTIAL SHELLWELDSWELDSEAMAAAATOPSIDERemoteAutomatic Examination CoveraeTherewerefive(5)interferences onweldseamAAtopthatcausedmissedareasduringtheremoteautomatic examination.
,)',IlII REPORT/l6WELDSEAMBC(Continued)ThelengthofweldseamBCis137".Theinterferencecaused32.12percentofweldseamBCtobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.BCRIGHTSIDECCWRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBCrightsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:NozzleN1B69"MissedTheinterferencecaused50.36percentofweldseamBCrightsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.SUMMARYWELDSEAMBCFifty-eightandeight-tenthpercentofweldseamBCwasexaminedinaccordance'ithAppendixIofASMESectionXIusingremoteautomatictechniques.Manualdataexistsforthe41.2percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination,dataprovides100percentcoverage.RecommendationforISIExcludethe41'percentofweldseamBCmissedbytheremoteexamination.SamelogicasweldseamBA.IV.52 e,
Thesewere:INozzleNIANozzleNIBNozzleN8ANozzleN8BSurfaceGouge66"Missed66"Missed36"Missed36"Missed4"Missed*TOTAL208""Missed'Ihecircumference ofweldseamAAis837".Theinterferences caused24.85percentofweldseamAAtoptobemissedduringtheremoteautomatic examination.
REPORT/J6WELDSEAMBDRemoteAutomaticExaminationCoveraeWeldseamBDwasexamined100percentbytheremoteautomaticequipment.WELDSEAMBERemoteAutomaticExaminationCoveraeWeldseamBEwasexamined100percentbytheremoteautomaticequipment.WELDSEAMBFRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldonweldseamBFleftsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:~NozzleN16B18"MissedThelengthofweldseamBFis137".Theinterferencecaused13.14percentofweldseamBFleftsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.RemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBFrightsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:NozzleN16B44"MissedTheinterferencecaused32.12percentofweldseamBFrightsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeN16Binterference.Onehundredpercentcoverage*.*NOTE:Anarea15"longwasexaminedinonedirectiononlyforparallelreflectorsinaccordancewiththerequirementsofParagraphI5121ofASMESectionXI,AppendixI.Dt'..53  
*The4"missedduetothesurfacegougewillbeexaminedduringthefirstISI.Thesurfacehasbeenconditioned toallowexamination.
Themissedareawillatthattimebecome24.37percent.ManualExamination CoveraeThenozzleinterferences listedfortheautomatic examination donotexistforthemanualexamination.
ThenozzlesNl'sandN8'sarefarenoughfromtheweldcenterline toallowacompleteexamination inaccordance withParagraph I-5121ofSectionXI,AppendixI.AABOTTOMSIDERemoteAutomatic Examination
-NotPerformed ManualExamination CoveraeNointerferences.
Onehundredpercentcoverage.
IV,46  
'e REPORT86SUMMARYWELDSEAMAAOnehundredpercentofweldseamAAwasmanuallyexaminedinaccordance withAppendixIofASMESectionXI.Inaddition, 75.15percentofthetopsideofweldseamAAwasexaminedusingremoteautomatic equipment.
Manualdataexistsforthe-12s42percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100'percentcoverage.
Recommendation forISIExaminethemissedareasofAAtopmanuallywhileexamining AAbottom.WELDSEAMABRemoteAutomatic Examination CoveraeWeldseamABwasexamined100percentbytheremoteautomatic equipment.
WELDSEAMACRemoteAutomatic Examination CoveraeWeldseamACwasexamined100percentbytheremoteautomatic equipment.
WELDSEAMADADTOPSIDERemoteAutomatic Examination Notperformed.
ManualExamination CoveraeNointerferences
-100percentcoverage.
ADBOTTOMSIDERemoteAutomatic Examination CoveraeThereweretwo(2)interferences onweldseamADhottomthatcausedmissedareasduringtheremoteautomatic examination.
Thesewere:IV.47 4'
REPORT/36ADBOTTOMSIDE(Continued)
NozzleN11ANozzleN11B47"Missed41"MissedTOTAL88"MissedThecircumference ofweldseamADis838".Theinterferences caused10.5percentofweldseamADbottomtobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerferences
-100percentcoverage.
SUMMARYFORWELDSEAMADOne=hundred percentofweldseamADwasmanuallyexaminedinaccordance withAppendixIofASMESectionXI.Inaddition, 89.5percentofthebottomsideofweldseamADwasexaminedusingremoteautomatic equipment.
Manualdataexists'forthe5.25percentoftheweld"seam missedbytheremotescannerandw?yncombinedwiththeremoteexamination dataprovides100percentcoverage.
''Recommendation forISIExaminethemissedareasofADbottommanuallywhileexamining ADtop.WELDSEAMAEManualExamination CoveraeWeldseamAEwasexamined100percentbymanualtechniques.
IV.48 Si REPORT/f6ManualExamination CoveraeWeldseamAFwasexamined100percentfromonesideinaccordance withParagraph 1-5121ofASMESectionXl,AppendixI.Inaddition, a0onlyexamination ofweldAFwasperformed fromthetopsurfaceofthevesselflange.EXCLUSIONS Noexclusions arerequiredforthereactorpressurevesselcircumferential weldsAA,AB,AC,AD,JAEandAF.I'V.49  
!I REPORTf16CATEGORYBAPRESSURERETAINING NELDSINREACTORVESSELLONGITUDINAL SHELLWELDSWELDSEAMBARemoteAutomatic Examination CoveraeTherewasonet,'1)interference,,on weldseamBAleftsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:NozzleN2KThelengthofweldseamBAis137".43"MissedTheinterference caused31.38percentofweldseamBAleftsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
SUMhQRYWELDSEAMBAEighty-four andthree-tenth percentofweldseamBAwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques.
Manualdataexistsforthe15.7percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.
Recommendation forISIExcludethe15.7percentofweldseamBAmissedbytheremotescanner.Justification:
Radiation exposureandrestricted access.The84.3percentexaminedprovidesadequatesamplingtodetermine thecondition oftheweldseam.IV.50 REPORT86WELDSEAMBBBBLEFTSIDECWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBBleftsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:NozzleN2C46"h1issedThelengthofweldseamBBis137".Theinterference caused33.57percentofweldseamBBleftsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
BBRIGHTSIDECCWRemoteAutomatic Examination CoveraeNointerference.
Onehundredpercentcoverage.
SUMMARYWELDSEAMBBEighty-three andtwo-tenth percentofweldseamBBwasexaminedinaccordance withAppendixIofASh1ESectionXIusingremoteautomatic techniques.
h1anualdataexistsforthe16.8percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination, dataprovides100percentcoverage.
Recommendation forISIExcludethe16.8percentofweldseamBBmissedbytheremoteexamination.
SamelogicasweldseamBA.WELDSEAMBCRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBCleftsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:NozzleN2F44"h1issedIV.51  
,)',IlII REPORT/l6WELDSEAMBC(Continued)
ThelengthofweldseamBCis137".Theinterference caused32.12percentofweldseamBCtobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
BCRIGHTSIDECCWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBCrightsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:NozzleN1B69"MissedTheinterference caused50.36percentofweldseamBCrightsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
SUMMARYWELDSEAMBCFifty-eight andeight-tenth percentofweldseamBCwasexaminedinaccordance
'ithAppendixIofASMESectionXIusingremoteautomatic techniques.
Manualdataexistsforthe41.2percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination, dataprovides100percentcoverage.
Recommendation forISIExcludethe41'percentofweldseamBCmissedbytheremoteexamination.
SamelogicasweldseamBA.IV.52 e,
REPORT/J6WELDSEAMBDRemoteAutomatic Examination CoveraeWeldseamBDwasexamined100percentbytheremoteautomatic equipment.
WELDSEAMBERemoteAutomatic Examination CoveraeWeldseamBEwasexamined100percentbytheremoteautomatic equipment.
WELDSEAMBFRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldonweldseamBFleftsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:~NozzleN16B18"MissedThelengthofweldseamBFis137".Theinterference caused13.14percentofweldseamBFleftsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
RemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBFrightsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:NozzleN16B44"MissedTheinterference caused32.12percentofweldseamBFrightsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeN16Binterference.
Onehundredpercentcoverage*.
*NOTE:Anarea15"longwasexaminedinonedirection onlyforparallelreflectors inaccordance withtherequirements ofParagraph I5121ofASMESectionXI,AppendixI.Dt'..53  


REPORT/j6SUMMARYWELDSEAMBFSeventy-sevenandfour-tenthpercentofweldseamBFwasexaminedinaccordancewithAppendixIofASlKSectionXIusingremoteautomatictechniques.Manualdataexistsforthe22.6percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexaminationdataprovides100percentcoverage.RecommendationforISIExcludethe22.6percentofweldseamBFmissedbytheremoteexamination.SamelogicasweldseamBA.NELDSEAMBGRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBGleftsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:RPVStabilizerBracket8"MissedThelengthofweldseamBGis137".Theinterferencecaused5.8percentofweldseamBGleftsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.BGRIGHTSIDECCNRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBGrightsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:RPVStabilizerBracket8"MissedTheinterferencecaused5.8percentofweldseamBGrightsidetobemissedduringtheremoteautomaticexamination.IV.54, 4
REPORT/j6SUMMARYWELDSEAMBFSeventy-seven andfour-tenth percentofweldseamBFwasexaminedinaccordance withAppendixIofASlKSectionXIusingremoteautomatic techniques.
REPORT/!6WELDSEAMBG(Continued)ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.SRMARYWELDSEAMBGNinty-fourandtwo-tenthpercentofweldseamBGwasexaminedinaccordancewithAppendixIofASMESectionXIusingremoteautomatictechniques.Manualdataexistsforthe5.8percentoftheweldseammissedbytheremotescanner,andwhencombinedwiththeremoteexaminationdataprovides100percentcoverage.RecommendationforISIExcludethe5.8percentofweldseamBGmissedbytheremoteexamination.SamelogicasweldseamBA.WELDSEAMBHBHLEFTSIDECWRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBHleftsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:RPVStabilizerBracket10"MissedThelengthofweldseamBHis137".Theinterferencecaused7.3percentofweldseamBHleftsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.BHRIGHTSIDE(CC&#xc3;RemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBHrightsidethatcausedamissedareaduringtheremoteatuomaticexamination.Thiswas:IV.55  
Manualdataexistsforthe22.6percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.
Recommendation forISIExcludethe22.6percentofweldseamBFmissedbytheremoteexamination.
SamelogicasweldseamBA.NELDSEAMBGRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBGleftsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:RPVStabilizer Bracket8"MissedThelengthofweldseamBGis137".Theinterference caused5.8percentofweldseamBGleftsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
BGRIGHTSIDECCNRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBGrightsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:RPVStabilizer Bracket8"MissedTheinterference caused5.8percentofweldseamBGrightsidetobemissedduringtheremoteautomatic examination.
IV.54, 4
REPORT/!6WELDSEAMBG(Continued)
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
SRMARYWELDSEAMBGNinty-four andtwo-tenth percentofweldseamBGwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques.
Manualdataexistsforthe5.8percentoftheweldseammissedbytheremotescanner,andwhencombinedwiththeremoteexamination dataprovides100percentcoverage.
Recommendation forISIExcludethe5.8percentofweldseamBGmissedbytheremoteexamination.
SamelogicasweldseamBA.WELDSEAMBHBHLEFTSIDECWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBHleftsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:RPVStabilizer Bracket10"MissedThelengthofweldseamBHis137".Theinterference caused7.3percentofweldseamBHleftsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
BHRIGHTSIDE(CC&#xc3;RemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBHrightsidethatcausedamissedareaduringtheremoteatuomatic examination.
Thiswas:IV.55  
'
'
REPORT86WELDSEAMBH(Continued)RPVStabilizerBracketll"MissedTheinterferencecaused8.0percentofweldseamBHrightsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.SUMMARYWELDSEAMBHNinty-twoandfour-tenthpercentofseamBHwasexaminedinaccordancewithAppendixIofASMESectionXIusingremoteautomatictechniques.Manualdataexistsforthe7.6percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexaminationdataprovides100percentcoverage.RecommendationforISIExcludethe7.6percento'fweldseamBHmissedbytheremoteexamination.SamelogicasweldseamBA.WELDSEAMBJBJLEFTSIDECWRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBJleftsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:RPVStabilizerBracket9"MissedThelengthofweldseamBJis137".Theinterferencecaused6.6percentofweldseamBJleftsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.IV.56  
REPORT86WELDSEAMBH(Continued)
RPVStabilizer Bracketll"MissedTheinterference caused8.0percentofweldseamBHrightsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
SUMMARYWELDSEAMBHNinty-two andfour-tenth percentofseamBHwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques.
Manualdataexistsforthe7.6percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.
Recommendation forISIExcludethe7.6percento'fweldseamBHmissedbytheremoteexamination.
SamelogicasweldseamBA.WELDSEAMBJBJLEFTSIDECWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBJleftsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:RPVStabilizer Bracket9"MissedThelengthofweldseamBJis137".Theinterference caused6.6percentofweldseamBJleftsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
IV.56  


REPORT86WELDSEAMBJ(Continued)BJRIGHTSIDECCWRemoteAutomaticExaminationCoveraeTherewasone(1)interferenceonweldseamBJrightsidethatcausedamissedareaduringtheremoteautomaticexamination.Thiswas:RPVStabilizerBracket8"MissedTheinterferencecaused5.8percentofweldseamBJrightsidetobemissedduringtheremoteautomaticexamination.ManualExaminationCoveraeNointerference.Onehundredpercentcoverage.SUMMARYWELDSEAMBJNinty-threeandeight-tenthpercentofweld,seamBJwasexaminedinaccordancewithAppendixIofASMESectionXIusingremoteautomatictechniques,Manualdataexistsforthe6.2percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexaminationdataprovides100percentcoverage.RecommendationforISIExcludethe6.2percentofweldseamBJmissedbytheremoteexamination.SamelogicasweldseamBA.WELDSEAMBKManualExaminationCoveraeNointerference.Onehundredpercentcoverage.WELDSEAMBMManualExaminationCoveraeNointerference.Onehundredpercentcoverage.IV.57  
REPORT86WELDSEAMBJ(Continued)
BJRIGHTSIDECCWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBJrightsidethatcausedamissedareaduringtheremoteautomatic examination.
Thiswas:RPVStabilizer Bracket8"MissedTheinterference caused5.8percentofweldseamBJrightsidetobemissedduringtheremoteautomatic examination.
ManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
SUMMARYWELDSEAMBJNinty-three andeight-tenth percentofweld,seamBJwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques, Manualdataexistsforthe6.2percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.
Recommendation forISIExcludethe6.2percentofweldseamBJmissedbytheremoteexamination.
SamelogicasweldseamBA.WELDSEAMBKManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
WELDSEAMBMManualExamination CoveraeNointerference.
Onehundredpercentcoverage.
IV.57  


REPORT86WELDSEAMBNManualExaminationCoveraeNointerference.Onehundredpercentcoverage.WELDSEAMBPManualExaminationCoveraeNointerference.Onehundredpercentcoverage.IV.58 4i REPORTf/6CATEGORYBAPRESSURERETAININGWELDSINREACTORVESSELCIRCUMFERENTIALANDMERIDIONALl<ELDSINVESSELHEADSCLOSUREHEADTOP)Thefollowingcircumferentialweldseamswereexaminedmanuallywith100percentcoverage:AG(HeadtoFlange)AH(DollarPlatetoSidePlates)Thefollowingmeridionalweldseamswereexaminedmanuallywith100percentcoverage:DJ(SidePlatetoSidePlate)DK(SidePlatetoSidePlate)DM'SidePlatetoSidePlate)DN(SidePlatetoSidePlate)DP(SidePlatetoSidePlate)DR(SidePlatetoSidePlate)SRMARYFORCLOSUREHEADlKLDSEAMSAllweldseamsintheRPVclosureheadwereexaminedinaccordancewithAppendixIofASMESectionXIusingmanualexaminationtechniques.Therewerenointerferencestotheexamination.BOTTOMHEADThefollowingcircumferentialweldseamwasexaminedmanuallywith100percentcoverage:AJ(DollarPlatetoSidePlates)Thefollowinglongitudinalweldseamswereexaminedmanuallywith100percentcoverage:DG(DollarPlateLongitudinalSeam)DH(DollarPlateLongitudinalSeam)IV.59  
REPORT86WELDSEAMBNManualExamination CoveraeNointerference.
,,'I REPORT/!6BOTTOMHEAD(Continued)Thefollowingmeridionalweldseamswereexaminedmanuallywithpartialcoverageduetointerference:DA(SidePlatetoSidePlate)DB(SidePlatetoSidePlate)DC(SidePlatetoSidePlate)DD(SidePlatetoSidePlate)DE(SidePlatetoSidePlate)DF(SidePlatetoSidePlate)TheweldbuildupforthevesselskirtattachmentcausedaninterferencetothemanualexaminationofweldseamsDA-DF.Theinterferencecausedunexaminedvolumesasfollows:0BaseMetalExam00-t'teldMetalExam4SExam60Exam12~aMissed12~~Missed4~~Missed2wMissedAcompositeofallexaminationanglesshowsthatavolumeequalto2percentoftherequiredexaminationvolumeforweldsDA-DFiscompletelyunexamined.Anexclusionofthis2percentwillberequired.IV.60 0
Onehundredpercentcoverage.
REPORT/36CATEGORYBDPRIMARYNOZZLE-TO-VESSELtbtELDSANDNOZZLEINSIDERADIUSEDSECTIONSThefollowingnozzle-to-vesselweldswereexamined100percentusingremoteautomaticexaminationtechniques:NIAandB-RecirculationOutletNozzlesN2A,B,EFGandK-RecirculationInletNozzlesN3ABCandD-MainSteamOutletNozzlesN4B,CEandF-FeedwaterInletNozzlesNSAandB-CoreSprayInletNozzlesThefollowingnozzle-to-vesselweldswereexaminedpartiallyusingremoteautomaticexaminationtechniques:RecirculationInletN2Nozzles.N2C288.8CompletelyexaminedExaminedwithashortscanduetointerferencefromnozzleN8AN2D313.546.5CompletelyexaminedExaminedwithashortscanduetointerferencefromnozzleN8ANZH314.945.1CompletelyexaminedExaminedwithashortscanduetointerferencefromnozzleN8BN2J321.538.5CompletelyexaminedExaminedwithashortscanduetointerferencefromnozzl'eN8BIV.61 REPORT//6SUMfARYOFN2PARTIALEXAMINATIONSTheinterferencfromtheN8nozzlescausedashortscanoftheaffectedareas.Ascanlengthof16"fromtheweldcenterlineisneededtoachieveacompleteexaminationoftherequiredexaminationvolume.TheN8nozzleinterferenceallowedonlya13.75"scanlength.Thiscausedamissedvolumeof19percentintheaffectedareas.(81percentwasexamined)Manualdataexistsforthe19percentoftheaffectedareasmissedbytheremotescannerandwhencombinedwiththeremoteexaminationdata,provides100percentcoverage.RecommendationforISIExcludetheaffectedareasoftheN2nozzlessinceonlyapartialcodeexaminationcanbeperformed.Agreetoperformthepartialexaminationwithoutfullcredit.BasisforExclusionSix(6)nozzlesofthesameconfigurationandlocationarebeingexaminedcompletely.Ontheaffectednozzlesfrom80.2percentto89.3percentoftheweldseamisbeingexaminedcompletely.Intheremainingareas,10.7percentto19.8percentoftheweldseamisbeingexaminedin81percentoftherequiredvolume.ThehighradiationexposureassociatedwithrecirculationinletnozzlesmakesmanualexaminationoftheseareastogainasmallincreaseinexaminationcoverageanALARAviolation.FEEDWATERINLETN4NOZZLESN4A30060CompletelyexaminedNotexaminedduetointerferencefromnozzleN11AN4D30060CompletelyexaminedNotexaminedduetointerferencefromnozzleN11B.IV.62 I@I!
WELDSEAMBPManualExamination CoveraeNointerference.
REPORT//6SUMQRYOFN4PARTIALEXAMINATIONSTheproximityofnozzlesNllAandBtotheaffectedfeedwaternozzlesprecludesacompleteSectionXIexaminationofweldseamsN4AandN4D.Thespacingof4.5"betweenthenozzlesallowsonlyabesteffortmanualexaminationoftheareas.Partialmanualdataexistsfortheaffectedareasbutdoesnotprovide100percentcoverage.The60segmentsofweldseamsN4AandN4Dshouldbeexcludedfromthebaselineexamination.BasisforExclusionThespacingof4.5"betweentheNllandN4nozzlesprecludesameaningfulexaminationoftherequiredexaminationvolume.Theexcludedareais16.67percentoftheweldseam.83.33percentiscompletelyexamined.Four(4)nozzlesofthesameconfigurationandlocation(N4B,C,E,F)havebeencompletelyexamined.Duetoconfiguration,manualexaminationyieldsnoincreaseinexaminationcoverage.RecommendationforISIExcludethe16.67percentoftheweldseamasunexaminable.Samelogicasbaselineexclusion.ManualNozzleExaminationsThefollowingnozzle-to-vesselweldswereexamined100percentusingmanualexaminationtechniques:N6AJBN7N8AJBN9HeadInstrumentationNozzlesHeadVentNozzleJetPumpInstrumentationNozzlesCRDHydraulicReturnNozzleIV.63 REPORT86CATEGORYBEPRESSURERETAININGPARTIALPENETRATIONWELDSINVESSELSThefollowingpartialpenetrationweldswereexaminedforevidenceofleakageduringthesystemhydrostatictestonSusquehannaUnit&#xb9;1.NIONllA5Core6PandLiquidControlNozzleBInstrumentationNozzlesShellCourse&#xb9;3N12A5BInstrumentationNozzlesShellCource&#xb9;4N13N15FlangeSealLeakDetectorNozzleonVesselFlangeRPVBottomHeadDrainNozzleeN16A5BInstrumentationNozzlesShellCourse&#xb9;2ControlRodDrivePenetrations185In-CorePenetrations55IV.64 0
Onehundredpercentcoverage.
REPORT86CATEGORYBFPRESSURERETAININGDISSIMILARMETALWELDSNOZZLETOSAFEENDWELDSNozzletosafeendweldswereexaminedinaccordancewithTableIWB2600ofASMESectionXI.ThevolumetricexaminationwasmanualultrasonictestinginaccordancewithAppendixIIIofASMESectionXI.ThesurfaceexaminationwasliquidpenetranttestinginaccordancewithArticle6ofASMESectionV.ThefollowingsafeendweldswerecompletelyexaminedinaccordancewithASMESectionXI:NlA6N2A-N3A-N4A-NSA6N6A5N7NBA'N9BRecirculationOutletKRecirculationInletDMainSteamOutletFFeedwaterInletB(includingextension)CoreSprayInletBHeadInstrumentationHeadVentBJetPumpInstrumentationCRDHydraulicReturn*TheN9safeendhasbeenremovedandthenozzlehasbeencapped.Thenozzle-to-capweldhasnotyetbeenexamined,butitcanbecompletelyexamined.IV.65 REPORT86CATEGORYBG-1PRESSURERETAININGBOLTINGTWOINCHESANDLARGERINDIAMETERFLANGECLOSURENUTSNut&#xb9;1-N&#xb9;76werecompletelysurfaceexaminedinaccordancewithTableIWB-2600ofASMESectionXI.TheexaminationwasawetmagneticparticleexaminationinaccordancewithArticle7ofASMESectionV.FLANGECLOSURESTUDSStud&#xb9;1-Stud&#xb9;76werecompletelyexaminedbybothvolumetricandsurfacetechniques.ThevolumetricexaminationwasultrasonicinaccordancewiththerequirementsofArticle5ofASMESectionV.ThesurfaceexamiationwasawetmagneticparticleexaminationinaccordancewithArticle7ofASMESectionV.LIGAMENTSBETWEENFLANGESTUDHOLESTheligamentsbetweenstudholes1-76werevolumetricallyexaminedinaccordancewithTableIWB-2600ofASMESectionXI.ThevolumetricexaminationwasultrasonicinaccordancewithGeneralElectricCompanyspecifications.FLANGECLOSUREWASHERSWasher&#xb9;1-Washer&#xb9;76werevisuallyexaminedinaccordancewithTableIWB2600ofASMESectionXI.ThevisualexaminationwasinaccordancewithArticle9ofASMESectionV.'IV.66 Il~,
IV.58 4i REPORTf/6CATEGORYBAPRESSURERETAINING WELDSINREACTORVESSELCIRCUMFERENTIAL ANDMERIDIONAL l<ELDSINVESSELHEADSCLOSUREHEADTOP)Thefollowing circumferential weldseamswereexaminedmanuallywith100percentcoverage:
REPORT86CATEGORYBHVESSELSUPPORTSWeld*CGthesupportskirttoskirtknuckleattachmentweldwascompletelyexaminedvolumetricallyinaccordancewithTableIWB-2600ofASMESectionXI.ThevolumetricexaminationwasultrasonicinaccordancewithAppendixIofASMESectionXI.*NOTE:TheskirtknucklewasmachinedfromaweldbuildupdesignatedasweldFR.WeldFRwasexaminedtothemaximumextentpossibleasanadditiontoweldCG.Approximately59percentofweldseamFRwasultrasonicallyexamined.IfFRistobeincludedinthebaselineexamination,anexclusionfortheunexamined41percentisneeded.RecommendationforISIExamineonlyweldCG,theASMESectionXIvesselsupportweld.IfadecisionismadetocombineweldsCGandFRforISI,anexclusionwillbeneededfor41percentofwel'dbuildupFR.IV.67 REPORT86CATEGORYBI-1INTERIORCLADSURFACESOFREACTORVESSELSVESSELCLADDINGSix(6t)claddingexaminationpatcheswerevisuallyexaminedinaccordancewithTableINB-2600ofASMESectionXI.ThevisualexaminationwasinaccordancewithArticle9ofASMESectionV.RecommendationforISICladdingexaminationpatcheshavebeendeletedfromtheexaminationrequirementsofASMESectionXIbylatercodeyears.IfthecodeyearselectedbyPPGLfortheISIplanallows,thecladdingexaminationpatchesshouldbedeletedfromtheISIprogram.IV.68 REPORT86CATEGORYBN-1INTERIOROFREACTORVESSELSVESSELINTERIORAllitemsandsurfacesaboveandbelowthecoresupportplatewerevisuallyexaminedinaccordancewithTableINB-2600ofAS'ectionXI.ThevisualexaminationwasinaccordancewithArticle9ofAS'ectionV.ItemsandsurfacesnormallyaccessibleforISIwerealsophotographedtoprovideacomparisonforISIpurposes.IV.69 REPORT86CATEGORYBN-2INTEGRALLYWELDEDCORESUPPORTSTRUCTURESANDINTERIORATTACHMENTSTOREACTORVESSELSAllcoresupportandattachmentweldswerevisuallyexaminedinaccordancewithTableIWB-2600ofASMESectionXI.ThevisualexaminationwasinaccordancewithArticle9ofASMESectionV.IV.70 REPORT86CATEGORYBOPRESSURERETAININGiYELDSINCONTROLRODHOUSINGSCRDHOUSINGWELDSTheweldsinCRDhousingswereexemptedfromvolumetricexaminationbaseduponplantmakeupcapacity.Theywereexaminedforleakageduringthesystemhydro.RecommendationforISIContinuetoexaminetheCRDhousingsasCategoryBOexemptedcomponents.IV.71  
AG(HeadtoFlange)AH(DollarPlatetoSidePlates)Thefollowing meridional weldseamswereexaminedmanuallywith100percentcoverage:
DJ(SidePlatetoSidePlate)DK(SidePlatetoSidePlate)DM'SidePlatetoSidePlate)DN(SidePlatetoSidePlate)DP(SidePlatetoSidePlate)DR(SidePlatetoSidePlate)SRMARYFORCLOSUREHEADlKLDSEAMSAllweldseamsintheRPVclosureheadwereexaminedinaccordance withAppendixIofASMESectionXIusingmanualexamination techniques.
Therewerenointerferences totheexamination.
BOTTOMHEADThefollowing circumferential weldseamwasexaminedmanuallywith100percentcoverage:
AJ(DollarPlatetoSidePlates)Thefollowing longitudinal weldseamswereexaminedmanuallywith100percentcoverage:
DG(DollarPlateLongitudinal Seam)DH(DollarPlateLongitudinal Seam)IV.59  
,,'I REPORT/!6BOTTOMHEAD(Continued)
Thefollowing meridional weldseamswereexaminedmanuallywithpartialcoverageduetointerference:
DA(SidePlatetoSidePlate)DB(SidePlatetoSidePlate)DC(SidePlatetoSidePlate)DD(SidePlatetoSidePlate)DE(SidePlatetoSidePlate)DF(SidePlatetoSidePlate)Theweldbuildupforthevesselskirtattachment causedaninterference tothemanualexamination ofweldseamsDA-DF.Theinterference causedunexamined volumesasfollows:0BaseMetalExam00-t'teldMetalExam4SExam60Exam12~aMissed12~~Missed4~~Missed2wMissedAcomposite ofallexamination anglesshowsthatavolumeequalto2percentoftherequiredexamination volumeforweldsDA-DFiscompletely unexamined.
Anexclusion ofthis2percentwillberequired.
IV.60 0
REPORT/36CATEGORYBDPRIMARYNOZZLE-TO-VESSEL tbtELDSANDNOZZLEINSIDERADIUSEDSECTIONSThefollowing nozzle-to-vessel weldswereexamined100percentusingremoteautomatic examination techniques:
NIAandB-Recirculation OutletNozzlesN2A,B,EFGandK-Recirculation InletNozzlesN3ABCandD-MainSteamOutletNozzlesN4B,CEandF-Feedwater InletNozzlesNSAandB-CoreSprayInletNozzlesThefollowing nozzle-to-vessel weldswereexaminedpartially usingremoteautomatic examination techniques:
Recirculation InletN2Nozzles.N2C288.8Completely examinedExaminedwithashortscanduetointerference fromnozzleN8AN2D313.546.5Completely examinedExaminedwithashortscanduetointerference fromnozzleN8ANZH314.945.1Completely examinedExaminedwithashortscanduetointerference fromnozzleN8BN2J321.538.5Completely examinedExaminedwithashortscanduetointerference fromnozzl'eN8BIV.61 REPORT//6SUMfARYOFN2PARTIALEXAMINATIONS Theinterferenc fromtheN8nozzlescausedashortscanoftheaffectedareas.Ascanlengthof16"fromtheweldcenterline isneededtoachieveacompleteexamination oftherequiredexamination volume.TheN8nozzleinterference allowedonlya13.75"scanlength.Thiscausedamissedvolumeof19percentintheaffectedareas.(81percentwasexamined)
Manualdataexistsforthe19percentoftheaffectedareasmissedbytheremotescannerandwhencombinedwiththeremoteexamination data,provides100percentcoverage.
Recommendation forISIExcludetheaffectedareasoftheN2nozzlessinceonlyapartialcodeexamination canbeperformed.
Agreetoperformthepartialexamination withoutfullcredit.BasisforExclusion Six(6)nozzlesofthesameconfiguration andlocationarebeingexaminedcompletely.
Ontheaffectednozzlesfrom80.2percentto89.3percentoftheweldseamisbeingexaminedcompletely.
Intheremaining areas,10.7percentto19.8percentoftheweldseamisbeingexaminedin81percentoftherequiredvolume.Thehighradiation exposureassociated withrecirculation inletnozzlesmakesmanualexamination oftheseareastogainasmallincreaseinexamination coverageanALARAviolation.
FEEDWATER INLETN4NOZZLESN4A30060Completely examinedNotexaminedduetointerference fromnozzleN11AN4D30060Completely examinedNotexaminedduetointerference fromnozzleN11B.IV.62 I@I!
REPORT//6SUMQRYOFN4PARTIALEXAMINATIONS Theproximity ofnozzlesNllAandBtotheaffectedfeedwater nozzlesprecludes acompleteSectionXIexamination ofweldseamsN4AandN4D.Thespacingof4.5"betweenthenozzlesallowsonlyabesteffortmanualexamination oftheareas.Partialmanualdataexistsfortheaffectedareasbutdoesnotprovide100percentcoverage.
The60segmentsofweldseamsN4AandN4Dshouldbeexcludedfromthebaselineexamination.
BasisforExclusion Thespacingof4.5"betweentheNllandN4nozzlesprecludes ameaningful examination oftherequiredexamination volume.Theexcludedareais16.67percentoftheweldseam.83.33percentiscompletely examined.
Four(4)nozzlesofthesameconfiguration andlocation(N4B,C,E,F)havebeencompletely examined.
Duetoconfiguration, manualexamination yieldsnoincreaseinexamination coverage.
Recommendation forISIExcludethe16.67percentoftheweldseamasunexaminable.
Samelogicasbaselineexclusion.
ManualNozzleExaminations Thefollowing nozzle-to-vessel weldswereexamined100percentusingmanualexamination techniques:
N6AJBN7N8AJBN9HeadInstrumentation NozzlesHeadVentNozzleJetPumpInstrumentation NozzlesCRDHydraulic ReturnNozzleIV.63 REPORT86CATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSThefollowing partialpenetration weldswereexaminedforevidenceofleakageduringthesystemhydrostatic testonSusquehanna Unit&#xb9;1.NIONllA5Core6PandLiquidControlNozzleBInstrumentation NozzlesShellCourse&#xb9;3N12A5BInstrumentation NozzlesShellCource&#xb9;4N13N15FlangeSealLeakDetectorNozzleonVesselFlangeRPVBottomHeadDrainNozzleeN16A5BInstrumentation NozzlesShellCourse&#xb9;2ControlRodDrivePenetrations 185In-CorePenetrations 55IV.64 0
REPORT86CATEGORYBFPRESSURERETAINING DISSIMILAR METALWELDSNOZZLETOSAFEENDWELDSNozzletosafeendweldswereexaminedinaccordance withTableIWB2600ofASMESectionXI.Thevolumetric examination wasmanualultrasonic testinginaccordance withAppendixIIIofASMESectionXI.Thesurfaceexamination wasliquidpenetrant testinginaccordance withArticle6ofASMESectionV.Thefollowing safeendweldswerecompletely examinedinaccordance withASMESectionXI:NlA6N2A-N3A-N4A-NSA6N6A5N7NBA'N9BRecirculation OutletKRecirculation InletDMainSteamOutletFFeedwater InletB(including extension)
CoreSprayInletBHeadInstrumentation HeadVentBJetPumpInstrumentation CRDHydraulic Return*TheN9safeendhasbeenremovedandthenozzlehasbeencapped.Thenozzle-to-cap weldhasnotyetbeenexamined, butitcanbecompletely examined.
IV.65 REPORT86CATEGORYBG-1PRESSURERETAINING BOLTINGTWOINCHESANDLARGERINDIAMETERFLANGECLOSURENUTSNut&#xb9;1-N&#xb9;76werecompletely surfaceexaminedinaccordance withTableIWB-2600ofASMESectionXI.Theexamination wasawetmagneticparticleexamination inaccordance withArticle7ofASMESectionV.FLANGECLOSURESTUDSStud&#xb9;1-Stud&#xb9;76werecompletely examinedbybothvolumetric andsurfacetechniques.
Thevolumetric examination wasultrasonic inaccordance withtherequirements ofArticle5ofASMESectionV.Thesurfaceexamiation wasawetmagneticparticleexamination inaccordance withArticle7ofASMESectionV.LIGAMENTS BETWEENFLANGESTUDHOLESTheligaments betweenstudholes1-76werevolumetrically examinedinaccordance withTableIWB-2600ofASMESectionXI.Thevolumetric examination wasultrasonic inaccordance withGeneralElectricCompanyspecifications.
FLANGECLOSUREWASHERSWasher&#xb9;1-Washer&#xb9;76werevisuallyexaminedinaccordance withTableIWB2600ofASMESectionXI.Thevisualexamination wasinaccordance withArticle9ofASMESectionV.'IV.66 Il~,
REPORT86CATEGORYBHVESSELSUPPORTSWeld*CGthesupportskirttoskirtknuckleattachment weldwascompletely examinedvolumetrically inaccordance withTableIWB-2600ofASMESectionXI.Thevolumetric examination wasultrasonic inaccordance withAppendixIofASMESectionXI.*NOTE:Theskirtknucklewasmachinedfromaweldbuildupdesignated asweldFR.WeldFRwasexaminedtothemaximumextentpossibleasanadditiontoweldCG.Approximately 59percentofweldseamFRwasultrasonically examined.
IfFRistobeincludedinthebaselineexamination, anexclusion fortheunexamined 41percentisneeded.Recommendation forISIExamineonlyweldCG,theASMESectionXIvesselsupportweld.IfadecisionismadetocombineweldsCGandFRforISI,anexclusion willbeneededfor41percentofwel'dbuildupFR.IV.67 REPORT86CATEGORYBI-1INTERIORCLADSURFACESOFREACTORVESSELSVESSELCLADDINGSix(6t)claddingexamination patcheswerevisuallyexaminedinaccordance withTableINB-2600ofASMESectionXI.Thevisualexamination wasinaccordance withArticle9ofASMESectionV.Recommendation forISICladdingexamination patcheshavebeendeletedfromtheexamination requirements ofASMESectionXIbylatercodeyears.IfthecodeyearselectedbyPPGLfortheISIplanallows,thecladdingexamination patchesshouldbedeletedfromtheISIprogram.IV.68 REPORT86CATEGORYBN-1INTERIOROFREACTORVESSELSVESSELINTERIORAllitemsandsurfacesaboveandbelowthecoresupportplatewerevisuallyexaminedinaccordance withTableINB-2600ofAS'ection XI.Thevisualexamination wasinaccordance withArticle9ofAS'ection V.Itemsandsurfacesnormallyaccessible forISIwerealsophotographed toprovideacomparison forISIpurposes.
IV.69 REPORT86CATEGORYBN-2INTEGRALLY WELDEDCORESUPPORTSTRUCTURES ANDINTERIORATTACHMENTS TOREACTORVESSELSAllcoresupportandattachment weldswerevisuallyexaminedinaccordance withTableIWB-2600ofASMESectionXI.Thevisualexamination wasinaccordance withArticle9ofASMESectionV.IV.70 REPORT86CATEGORYBOPRESSURERETAINING iYELDSINCONTROLRODHOUSINGSCRDHOUSINGWELDSTheweldsinCRDhousingswereexemptedfromvolumetric examination baseduponplantmakeupcapacity.
Theywereexaminedforleakageduringthesystemhydro.Recommendation forISIContinuetoexaminetheCRDhousingsasCategoryBOexemptedcomponents.
IV.71  


REPORT86CATEGORYBPCOMPONENTSEXEMPTEDFROMEXAMINATIONBYll(B-1220EXEMPTEDCOMPONENTSAllcomponentsexemptedfromexaminationwereexaminedforleakageduringthesystemhydro.IV.72 0e0 Engineers-ConstructorssREPORTg1FiityBeaieStreetSanFrancisco,Caiiiornia.MailAddress:P.O.Box3965.SanFrancisco.CA941t9PleoseReplyTo:P.Q.Box384/Berwick,Penna.18503Augustll,1977GeneralElectricCompanyP.O.Box382.Berwick,Pennsylvania18603Attention:Mr.E.A.GustafsonSiteManageradjs]'at-"~"'AUG221977-'";>=tIgQg
REPORT86CATEGORYBPCOMPONENTS EXEMPTEDFROMEXAMINATION BYll(B-1220 EXEMPTEDCOMPONENTS Allcomponents exemptedfromexamination wereexaminedforleakageduringthesystemhydro.IV.72 0e0 Engineers
-Constructors sREPORTg1FiityBeaieStreetSanFrancisco, Caiiiornia
.MailAddress:P.O.Box3965.SanFrancisco.
CA941t9PleoseReplyTo:P.Q.Box384/Berwick,Penna.18503Augustll,1977GeneralElectricCompanyP.O.Box382.Berwick, Pennsylvania 18603Attention:Mr.E.A.GustafsonSiteManageradjs]'at-"~"'AUG221977-'";>=tIgQg


==Subject:==
==Subject:==
SusquehannaSteamElectricStationUnits1and2-Job08856DiscrepantThreadsin.Unit1RPFFlange8856-M-1
Susquehanna SteamElectricStationUnits1and2-Job08856Discrepant Threadsin.Unit1RPFFlange8856-M-1


==DearMr.Gustafson:==
==DearMr.Gustafson:==
EnclosedpleasetindonecopyofGE/IPSEPreserviceVisualInspectionReport,ControlNo.750,fortheUnit1PPVFlange.Thisreportindicatesapparentdiscrepanciesinthe.threadsofstudholesNos.16and76.ofUnit1RPV.PleaseadvisewhetherthesediscrepanciesareacceptableperthetechnicalrequirementsofyourcontractwithCBFIand/orwhethertheyhavebeenpreviouslydocumentedandproperlydispositionedduringmanufactureofthevessel.YourresponseisrequestedbyAugust16,1977.Verytrulyyours,BECHTELPOWERCORPORATIONE.E.FeltonFieldConstructionManagerEEF/JEOS/hkcc."M.J.M.H.R.MuirH.GalleyJ.LidlL.HarrisJ.D.GreenS.E.KnightG.R.ShraderDi'.73 REPORT//7"IGENERAlEI.ECTRICCOMPANY,SJQUEHANNA,SITE,P.O.BOX382,BERWICK,PA18603Phonf717)542-7391,DialComm8'244-4231NUCLEARENERGYDIVISIONBCt'II.INGWATERREACTORPROJECTSDEPARTMENTAugust15,1977EAG-461>ifr.E.E.FeltonFieldConstructionManagerBechtelPowerCorporatianPostOfficeBox384'ersvick,Pennsylvania18603
 
EnclosedpleasetindonecopyofGE/IPSEPreservice VisualInspection Report,ControlNo.750,fortheUnit1PPVFlange.Thisreportindicates apparentdiscrepancies inthe.threadsofstudholesNos.16and76.ofUnit1RPV.Pleaseadvisewhetherthesediscrepancies areacceptable perthetechnical requirements ofyourcontractwithCBFIand/orwhethertheyhavebeenpreviously documented andproperlydispositioned duringmanufacture ofthevessel.Yourresponseisrequested byAugust16,1977.Verytrulyyours,BECHTELPOWERCORPORATION E.E.FeltonFieldConstruction ManagerEEF/JEOS/hk cc."M.J.M.H.R.MuirH.GalleyJ.LidlL.HarrisJ.D.GreenS.E.KnightG.R.ShraderDi'.73 REPORT//7"IGENERAlEI.ECTRIC COMPANY,SJQUEHANNA, SITE,P.O.BOX382,BERWICK,PA18603Phonf717)542-7391, DialComm8'244-4231 NUCLEARENERGYDIVISIONBCt'II.ING WATERREACTORPROJECTSDEPARTMENT August15,1977EAG-461>ifr.E.E.FeltonFieldConstruction ManagerBechtelPowerCorporatian PostOfficeBox384'ersvick, Pennsylvania 18603


==Subject:==
==Subject:==
SusquehannaSteamElectricStation,Unit~1RPVStudHoleExamination,hfPL;rBllA001
Susquehanna SteamElectricStation,Unit~1RPVStudHoleExamination, hfPL;rBllA001


==Dear!Ir.Felton:==
==Dear!Ir.Felton:==
tI~IThiswillacknowledgereceiptofyour.August11,1977letter(XI-1-241)regardingthyvisual,examinationfindingsofstudholesNos.16and76byXRrSZduringtheirXn-ServiceXnspection.Vi'eareenclosingcopyofCBhXlettertothewriter'.datedAugust12,1977,which.isself-explan'atory..Vecondiser'heattache'd'etteranacceptableexplanationtothe'.'IESEvisualfindings.Pleaseadviseimmediatelyifyoudonotconcu'r.EAG/m.vAttachment(1)~IVerytrulyyours,GENERALELECTRICCO./NZDZ...A.Gu'stafsoRes'identSite.lanager'V.'4 IIItl wit>vaJvuisup~aiIVllVVIIIValll'~~J~Kg-/j(AUini+iQlh1I~5nI"~lt!e'vCa"!'",Oc!c':jar1372GREPORT87~.!.unionFAX'Yilniing!on,Dcf.August=12'977/'-'~.E.J.GutafsonGenera"ElectricComp~~vP.O.Boz3823~ic'~,?ennsylvan'a18603Re:/StudHoleInspection'SusquehannaRPVUnitICBIContract68-33316Her;ric~,PennsylvaniahT"'<-355
tI~IThiswillacknowledge receiptofyour.August11,1977letter(XI-1-241) regarding thyvisual,examination findingsofstudholesNos.16and76byXRrSZduringtheirXn-Service Xnspection.
Vi'eareenclosing copyofCBhXlettertothewriter'.dated August12,1977,which.isself-explan'atory..
Vecondiser'he attache'd
'etteranacceptable explanation tothe'.'IESE visualfindings.
Pleaseadviseimmediately ifyoudonotconcu'r.EAG/m.vAttachment (1)~IVerytrulyyours,GENERALELECTRICCO./NZDZ...A.Gu'stafsoRes'ident Site.lanager'V.'4 IIItl wit>vaJvuisup~aiIVllVVIIIValll'~
~J~Kg-/j(AUini+iQlh1I~5nI"~lt!e'vCa"!'",Oc!c':jar 1372GREPORT87~.!.unionFAX'Yilniing!on, Dcf.August=12'977/'-'~.E.J.GutafsonGenera"ElectricComp~~vP.O.Boz3823~ic'~,?ennsylvan'a 18603Re:/StudHoleInspection
'Susquehanna RPVUnitICBIContract68-33316Her;ric~,
Pennsylvania hT"'<-355


==Dear~.Gustafson:==
==Dear~.Gustafson:==
!.nisletterisinresponsetoone'reserviceInspectionReport,SQ1-761,datedAugust2,1977reichyoupassedontomefora.response.Thereportindicatedthreaddamageonstudholesnumber16and76.Thereferenceddamagec~waotcorreclybecalleddamage.Themissingandbluntedthreadconditions,as-;veunderstandfromSl:etches:,Illandg2ofthe'eport,aretieresultofco<<~ontoo1breakagethaioccursduringthedr'ill,reamingandtappingoperations.Znthecaseofbothholes,aspadebladecutterbrokeduringthed-illingoperationcausingmachinegougesinthesideofthehole.Thesei.reblendedoutbeforeproceeding.The'esultingcavity'nsomecasesvalieztendbeyondtnreamrsizereichrn.llresultinbluntthreadsornothreadsithecavity.7asdeepenough.7evjereanareoftheseparticularcases.Theresultingth"eedsint&#xb9;scasesareacceptableastheeffectivethreadlengthcovers83/8"minima~.Theseareevaluatedonacasebycase'basisandrevie',".edvd.ththeC"InspectorasreouiredbyCBIDravring4.,GeneralNote15ifnotevaluatedasanonconfo~'tyrecuiringaRADt,RequestforAcceptanco"NonconormityasaDeviation).Thesetv:oholesv,'erenotevaluated.toreouireaPLD.Themissin~a--ounofthreadlengthinhole~'76isverymallandthbluntedthreao.inhole~16involvesthe"removalofmaterial.beyond:t1epitchciameerleavingeffectivethreadstrength.Thedarkenedareamentionedisprobab'yduetothev;aterthatv:asintheholeandtheonaesthatresultd..Thecha~/gefromthebluntedthreadscouldalsocausethisdarkenedeffect.Fromthedescriptiongivenus,viedonotthin3-itisharmful.TheresultoftheacoveresponseisthatCBIoriginallyfound.hethreaddescribedceptable'~trulvyours,C:.-IC:DOCUPID"=.:.A!iDIRO?iC';,-i'2Q'priesL.HalfasIPro-'ect."~nager~-~e'astle0"e"ationsIV.75  
 
,::gl:~rr>~;....F;~>.>i.-:;i~)~REPORT87DIVISIONGENERALELECTRICCOMPANY,SUSQUEHANNASITE,P.O.BOX382,BERWICK,PA18603PhoneP17)542.7391,DialComm8'244-4231BOILINGWATERREACTORPROJECTSDEPARTMENTI.RECEtYEDOCV071977October3,1977EAG-517NUCLEARSERVICES/lKSEIMr.E.E.Felton-FieldConstructionManagerBechtelPowerCorporationPostOfficeBox384Berwick,Pennsylvania18603
!.nisletterisinresponsetoone'reservice Inspection Report,SQ1-761,datedAugust2,1977reichyoupassedontomefora.response.
Thereportindicated threaddamageonstudholesnumber16and76.Thereferenced damagec~waotcorreclybecalleddamage.Themissingandbluntedthreadconditions, as-;veunderstand fromSl:etches:,Ill andg2ofthe'eport, aretieresultofco<<~ontoo1breakagethaioccursduringthedr'ill,reaming andtappingoperations.
Znthecaseofbothholes,aspadebladecutterbrokeduringthed-illingoperation causingmachinegougesinthesideofthehole.Thesei.reblendedoutbeforeproceeding.
The'esulting cavity'nsomecasesvalieztendbeyondtnreamrsizereichrn.llresultinbluntthreadsornothreadsithecavity.7asdeepenough.7evjereanareoftheseparticular cases.Theresulting th"eedsint&#xb9;scasesareacceptable astheeffective threadlengthcovers83/8"minima~.Theseareevaluated onacasebycase'basisandrevie',".ed vd.ththeC"Inspector asreouiredbyCBIDravring4.,GeneralNote15ifnotevaluated asanonconfo~'ty recuiring aRADt,Request forAcceptanc o"NonconormityasaDeviation).
Thesetv:oholesv,'erenotevaluated.
toreouireaPLD.Themissin~a--ounofthreadlengthinhole~'76isverymallandthbluntedthreao.inhole~16involvesthe"removal ofmaterial.
beyond:t1epitchciameerleavingeffective threadstrength.
Thedarkenedareamentioned isprobab'yduetothev;aterthatv:asintheholeandtheonaesthatresultd..Thecha~/gefromthebluntedthreadscouldalsocausethisdarkenedeffect.Fromthedescription givenus,viedonotthin3-itisharmful.TheresultoftheacoveresponseisthatCBIoriginally found.hethreaddescribed ceptable'~trulvyours,C:.-IC:DO CUPID"=.:.
A!iDIRO?iC';,-i'2Q'priesL.HalfasIPro-'ect
."~nager~-~e'astle0"e"ations IV.75  
,::gl:~rr>~;....F;~>.>i.-:;i~)~REPORT87DIVISIONGENERALELECTRICCOMPANY,SUSQUEHANNA SITE,P.O.BOX382,BERWICK,PA18603PhoneP17)542.7391, DialComm8'244-4231 BOILINGWATERREACTORPROJECTSDEPARTMENT I.RECEtYEDOCV071977October3,1977EAG-517NUCLEARSERVICES/lKSE IMr.E.E.Felton-FieldConstruction ManagerBechtelPowerCorporation PostOfficeBox384Berwick,Pennsylvania 18603


==Subject:==
==Subject:==
SusquehannaSteamElectricStation,Unit0'1RPVStudHoleDiscrepancies;BechtelNCR-1'952,BechtelLetterNo.h)-1-247
Susquehanna SteamElectricStation,Unit0'1RPVStudHoleDiscrepancies; BechtelNCR-1'952, BechtelLetterNo.h)-1-247


==DearMr.Felton:==
==DearMr.Felton:==
ThiswillsupplementourletterofAugust15,1977(EAG-461)andwillanswer.yourM-1-247letterdatedAugust17,1977ontheabovesubject.WebelievethatChicagoBridgehIronCompanyhasgoneintoco'nsiderableresearchandexplanationofafacitoftheirmanu-facturingcycletoexplaintheabovestudholediscrepancies.WeareenclosingcopyofCBKIlettertothewriterdatedSeptember28,1977andbasedupondatatherein,weconsiderNCR-1952closed.Verytrulyyours,GENERALELECTRICCO./NEDI/~gCa5..if,1~~E.A.GustafsgnResidentSiteManagerEAG/mwIV.76 0'
Thiswillsupplement ourletterofAugust15,1977(EAG-461) andwillanswer.yourM-1-247letterdatedAugust17,1977ontheabovesubject.WebelievethatChicagoBridgehIronCompanyhasgoneintoco'nsiderable researchandexplanation ofafacitoftheirmanu-facturing cycletoexplaintheabovestudholediscrepancies.
ChicagoBridge8IronCompanyQ"al'."".lSixthslrcCli'l..r'n".lie.Dcla::a~cl0720REPORTf17I"i(i05464::.>>ninnFAX'Nil:ninulon,Dcl.l~.1rpliunc302.3281371September28,1977Mr.E.A.GustafsonGESite?tanagerGeneralElectricCompanyP.O.Box382Berwick,PennsylvaniaNEDRECEIVEDgr.p29197TSusquehannaSiteRe:UnitI-StudHo3.eDiscrepanciesBechtelNCRNo.1952,Letterh(-1-247SusquehannaProjectCBIContract68-3331/2Gent'lemen:TheabovereferencedletterfromBechtelfoundthatourreplyNEM-355,datedAugust12,1977inadequatelyexplainedthediscrepanciesinstudholes16and.76ofRPVUnitI.Bechtel'sletterincludedaBechtelnonconformancereportwhichleftthequalityofthetwo(2)studholesasindeterminate.Thereportindicatesthatdocumentationwasnotavailabletoconfirmthatthediscrepancieswereproperlyaddressed.Contrarytothis,CBIhasdocumentedevidencethatallthestudholeswereinspectedandproperlyr'eviewed.Inanefforttorespondinmoredetailthanweprevious+did,weofferthefollowing:First,aspartokthetappingsequence,immediatelyaftertappingtheholeandpriortomovingthedrillandtapunittothenexthole,eachstudholeischeckedwiththree(3)threadgauges.Oneisa"Go-Gauge",thesecondisa"No-GoGauge"andthethirdisonewiththreadsinbetweenthe"Go"and"No-Go"gauges.ThesegaugesarethemeansofdeterminingifthethreadsconformtoASABl.landasindicatedinASABl.l(nowANSIBl.l,paragraph5.5)theyarethemeansusedinpracticetoacceptthreadtolerances.Eachholeischeckedbeforemovingtothenextholeasitisverydifficultifnotimpossibletoresetupexact~over-atappedhole.ThistappingsequenceisdocumentedontheCBItravelercardset14E,sequence4Fascompletedcorrect~.Followingtapping,allholesarecheckeddimensional~tomeettheCBIdrawings.ThisisdocumentedonCBItravelercardset14E,sequence8A.InthecaseofUnitIthisinspectionresultedinnumerousnonconformities.ThesenonconformitieswereresolvedthroughRAD13,Rev.1.Theconditionsgeneral+describedinholes16and76ofBechtel'scorrespondencewerenotlistedasnonconformitiesontheRAD.Tofurtherdocumenttheinspectionoftheflangeafinalvisualinspectionofallmachinedareaswasagainmadeatthecompletionofallflangemachiningandsignedoffoncardset14E,sequence8Bwithoutanyadditionalnonconformities.IV.77 ChicagoBridge&ironCompanyREPORT//7Mr.E.A.GustafsonSeptember28,1977PageTwoIIfyoureviewRAD13,youwillseethathole16hadonenonconformity,thecounterborediameteratthetopoftheholewasundersized.Allotherdimensionswerefoundacceptable.Asweexplainedearlierthethreadwasacceptableasthe"Go-Gauge"wouldgodownthroughthethreadsproperlyandthe"No-GoGauge"wouldnotgo.Duringthedimensional~inspectioneachholeischeckedforlengthofthreadandvisuallyinspectedformissingthread.CBIdrawing27requires83/8"minimumofthreadmeetingASAB1.1-1960.Eachholeisinspectedforthisandisevaluatedknowingthatnormallymorethan83/8"ofthreadresultsandthatbeingamachinedsurface,GeneralNote15onCBIdrawing4willaccept"toolmarksandsimilardepressionsisolatedandminorinnature"providedtheyarenotgas'ketsealsurfacesortheydonot-violateminimumdesignthicknesses.TheseareasmustbereviewedbytheGEinspector.EvaluatingthereferencetoASA-B1.1,theASABl.lstandarddoesnotdeterminehowmucheffectivethreadlengthmustmeetASABl.l.Thedesigncalculationsdeterminethis.IfyoureviewRAD13,Rev.1anditsattachedengineeringjustificationforstud18whichhadonly81/4"ofthreadyouwillfindthestaticloadreportrequiresaminimumof7.20".CBIdrawing27requiresaminimumof83/8"toinsurethe7.20".lnthecaseofhole76,thesmallamountofthreadmissingwasevaluatedasstillleaving83/8"effectivelengthofthreadremainingmeetingdrawing,requirements.Theareawasalsoisolatedandminorinnature.Itwasthereforenot,evaluatedtobeanonconformityandrequiringaRAD.AsimilarsituationexistedinaUnitIIstudholebutinthiscaseconsistedofseveralsmallareasthroughouttheholewithmissingthread.Becauseitwasnotisolatedandminorinnatureanddifficulttodetermineif83/8"ofeffectivelengthofthreadexisted,aRADwas'requiredtoresolvethenonconformity.Inthecaseoftheflattenedareamentionedinhole16,theamountofthreadthathadmaterialmissinginsidethemaximumminordiameteroftheinternalthreaddidnotdecreasetheeffectivelengthofthreadbelow83/8"oritwouldhavebeenanonconformityontheRAD.Inregardtothedarkenedareamentioned,therearenocolorrequirementsforthematerialor'hreadsinanyofthespecifications,drawings,standardsorcodes.CBIisconfidentthestudholesmeetallrequirementsoftheGESpecificationandhavebeeninspected,evaluatedanddocumentedproperly.Qefurtherpointoutthatstudshavebeeninstalledintheholes,thestudstensioned,thevesselhydrotested,thestudsuntensionedandthestudsremoved.EV.78 ChicagoBridge&ironCompanyREPORT87Mr.E.A.GustafsonSeptember28,1977PageThreeInconclusion,CBIrecommendstheproperdispositionistohaveBechtelindicatethatdocumentationexistsintheRPVvendorrecordsthatallstudholes',includingthetwoinquestion,wereinspected.andevaluatedwithnonconformitiesacceptedonCBIRAD13,Rev.1.Wehopethisisnotthebeginningofacontinuallineofrequeststorespondtovisualinspectionsby'hosewhoarenotfamiliarwithvesselfabricationanddesign.WecertainlydonotintendtorespondinsuchdetailorsenddocumentationeverytimeBechtelhasuncoveredsomethingtheyfeeldoesnotmeetthespecificationornotexplainedtotheirsatisfaction.CPIhasbuiltthevesselunderaGESpecificationandcontinualGEsurveillanceandinspectionandcannotfindwherewearerequiredtorespondtothesatisfactionofBechte1..However,wedowishtomakeitclearthatifGEuncovers~somethingofconcern,CBIwi11behappytolookintoit.WearehopefulthattheaboveexplanationandrecommendeddispositionwillresolveBechtel'sNCRNo.1952.Sincere>yours,.CHICAGOBRIDGEANDIRONCOXtPANYCharlesL.Halfast:projectManagerNewCastleOperationsCLH/lfmcc:Mr.B.Y..Lloyd,Buyer-MC/703SanJose,CaliforniaDt',79 REPORT//8FINALREPORTThefinalreportcontainsthedatarequiredbySectionXIofthecodexegardingindications-Thefullreportincludesthe.parametersnecessarytoevaluatethedataaswellasthefinalevaluations.Thecalibrationanddatasheetsfromtheox'iginalrunlisttheneededinformationoncalibrationandrechecktimesandtransducerinformation.Duringtheinspectionofanozzleorvesselweldall.dataispreservedonfilesononeormorecassettetapesorfloppydisks.Thesefileswillbereferredtointhefollowingdiscussionasthe'originalfiles'.Thefinalreportisgeneratedfromtheoriginalfilesbyperformingaseveralstepprocedure.1.PostEdittingoftheoriginalfileTheoriginalfilecontainsalltherawdatawhichisrequiredforreanalyzinganyindicationsfoundduringinspection.Inaddition,importantinformationsuchasthesetupvaluesforsystemparametersanddatafromcalibrationsareincludedonthefile.Theoriginalfilealsoincludesafairamountofinformationwhichisnotnecessaryforpostprocessing.Itiscustomaryforthesystemtoprint(andsaveonthefile)linesofdatarelatingtoevaluationoftheindicationsastheyarefound.Thisallowstheoperatortofollowtheinspectionprocessasitoccurs.Theseevaluationsshouldbeconsideredaspreliminaryandarenotusedinanywayforgenerationofthefinalreportbythepostpx'ocessorprogram.Thelinesprintedduringcalibrationsandrechecksarenotkept:thecalibrationsheetslistthetimesandamplitudesfoundatcalibration,andRECHECK:UNKNOWNisprintedifthereisnoacceptedrecheck.Theoriginalfilealsocontainsoperatorcontrolandequipmentsetupcommandswhicharenotusefultopostpx'ocessing.Anothermajorareaofunneededinformationontheoriginalfileisduetotherepetitionofinspectionpassesorparameterlists.Thesemayoccurforavarietyofreasons;onlythelastlistsbeforearunandnon<<voidedinspectionsarerequiredforcreationofthefinalreportThus,theox'iginalfileincludesaconglomerationofrawdata,calibrations,rechecks,importantevaluationparametervalues,operatorcomments,preliminaryevaluations,abortedrundata,extralists,andhardwarecontrolcommands.Thesignificantdataforasingleweldmayconsistofseveralpassesdoneinanon-specificorderwithinterveningpassesfromotherweldinspectionsThepurpose.,ofthepostedittingprocedureistoextractthenecessaryandsufficientdataforasingleweld,inspectionandcreateanew'interim'ilewhichcontainsallthedatainastandardorder.DuringthecreationoftheinterimF.R.5/12/81-1IV.80  
Weareenclosing copyofCBKIlettertothewriterdatedSeptember 28,1977andbasedupondatatherein,weconsiderNCR-1952closed.Verytrulyyours,GENERALELECTRICCO./NEDI/~gCa5..if,1~~E.A.Gustafsgn ResidentSiteManagerEAG/mwIV.76 0'
ChicagoBridge8IronCompanyQ"al'."".lSixthslrcCli'l..r'n".lie.
Dcla::a~c l0720REPORTf17I"i(i05464::.>>ninnFAX'Nil:ninulon, Dcl.l~.1rpliunc 302.3281371September 28,1977Mr.E.A.Gustafson GESite?tanagerGeneralElectricCompanyP.O.Box382Berwick,Pennsylvania NEDRECEIVEDgr.p29197TSusquehanna SiteRe:UnitI-StudHo3.eDiscrepancies BechtelNCRNo.1952,Letterh(-1-247Susquehanna ProjectCBIContract68-3331/2 Gent'lemen:
Theabovereferenced letterfromBechtelfoundthatourreplyNEM-355,datedAugust12,1977inadequately explained thediscrepancies instudholes16and.76ofRPVUnitI.Bechtel's letterincludedaBechtelnonconformance reportwhichleftthequalityofthetwo(2)studholesasindeterminate.
Thereportindicates thatdocumentation wasnotavailable toconfirmthatthediscrepancies wereproperlyaddressed.
Contrarytothis,CBIhasdocumented evidencethatallthestudholeswereinspected andproperlyr'eviewed.
Inanefforttorespondinmoredetailthanweprevious+
did,weofferthefollowing:
First,aspartokthetappingsequence, immediately aftertappingtheholeandpriortomovingthedrillandtapunittothenexthole,eachstudholeischeckedwiththree(3)threadgauges.Oneisa"Go-Gauge",
thesecondisa"No-GoGauge"andthethirdisonewiththreadsinbetweenthe"Go"and"No-Go"gauges.Thesegaugesarethemeansofdetermining ifthethreadsconformtoASABl.landasindicated inASABl.l(nowANSIBl.l,paragraph 5.5)theyarethemeansusedinpracticetoacceptthreadtolerances.
Eachholeischeckedbeforemovingtothenextholeasitisverydifficult ifnotimpossible toresetupexact~over-atappedhole.Thistappingsequenceisdocumented ontheCBItravelercardset14E,sequence4Fascompleted correct~.
Following tapping,allholesarecheckeddimensional~
tomeettheCBIdrawings.
Thisisdocumented onCBItravelercardset14E,sequence8A.InthecaseofUnitIthisinspection resultedinnumerousnonconformities.
Thesenonconformities wereresolvedthroughRAD13,Rev.1.Theconditions general+described inholes16and76ofBechtel's correspondence werenotlistedasnonconformities ontheRAD.Tofurtherdocumenttheinspection oftheflangeafinalvisualinspection ofallmachinedareaswasagainmadeatthecompletion ofallflangemachining andsignedoffoncardset14E,sequence8Bwithoutanyadditional nonconformities.
IV.77 ChicagoBridge&ironCompanyREPORT//7Mr.E.A.Gustafson September 28,1977PageTwoIIfyoureviewRAD13,youwillseethathole16hadonenonconformity, thecounterbore diameteratthetopoftheholewasundersized.
Allotherdimensions werefoundacceptable.
Asweexplained earlierthethreadwasacceptable asthe"Go-Gauge" wouldgodownthroughthethreadsproperlyandthe"No-GoGauge"wouldnotgo.Duringthedimensional
~inspection eachholeischeckedforlengthofthreadandvisuallyinspected formissingthread.CBIdrawing27requires83/8"minimumofthreadmeetingASAB1.1-1960.
Eachholeisinspected forthisandisevaluated knowingthatnormallymorethan83/8"ofthreadresultsandthatbeingamachinedsurface,GeneralNote15onCBIdrawing4willaccept"toolmarksandsimilardepressions isolatedandminorinnature"providedtheyarenotgas'ketsealsurfacesortheydonot-violate minimumdesignthicknesses.
TheseareasmustbereviewedbytheGEinspector.
Evaluating thereference toASA-B1.1, theASABl.lstandarddoesnotdetermine howmucheffective threadlengthmustmeetASABl.l.Thedesigncalculations determine this.IfyoureviewRAD13,Rev.1anditsattachedengineering justification forstud18whichhadonly81/4"ofthreadyouwillfindthestaticloadreportrequiresaminimumof7.20".CBIdrawing27requiresaminimumof83/8"toinsurethe7.20".lnthecaseofhole76,thesmallamountofthreadmissingwasevaluated asstillleaving83/8"effective lengthofthreadremaining meetingdrawing,requirements.
Theareawasalsoisolatedandminorinnature.Itwastherefore not,evaluated tobeanonconformity andrequiring aRAD.Asimilarsituation existedinaUnitIIstudholebutinthiscaseconsisted ofseveralsmallareasthroughout theholewithmissingthread.Becauseitwasnotisolatedandminorinnatureanddifficult todetermine if83/8"ofeffective lengthofthreadexisted,aRADwas'required toresolvethenonconformity.
Inthecaseoftheflattened areamentioned inhole16,theamountofthreadthathadmaterialmissinginsidethemaximumminordiameteroftheinternalthreaddidnotdecreasetheeffective lengthofthreadbelow83/8"oritwouldhavebeenanonconformity ontheRAD.Inregardtothedarkenedareamentioned, therearenocolorrequirements forthematerialor'hreads inanyofthespecifications,
: drawings, standards orcodes.CBIisconfident thestudholesmeetallrequirements oftheGESpecification andhavebeeninspected, evaluated anddocumented properly.
Qefurtherpointoutthatstudshavebeeninstalled intheholes,thestudstensioned, thevesselhydrotested, thestudsuntensioned andthestudsremoved.EV.78 ChicagoBridge&ironCompanyREPORT87Mr.E.A.Gustafson September 28,1977PageThreeInconclusion, CBIrecommends theproperdisposition istohaveBechtelindicatethatdocumentation existsintheRPVvendorrecordsthatallstudholes',including thetwoinquestion, wereinspected.and evaluated withnonconformities acceptedonCBIRAD13,Rev.1.Wehopethisisnotthebeginning ofacontinual lineofrequeststorespondtovisualinspections by'hosewhoarenotfamiliarwithvesselfabrication anddesign.Wecertainly donotintendtorespondinsuchdetailorsenddocumentation everytimeBechtelhasuncovered something theyfeeldoesnotmeetthespecification ornotexplained totheirsatisfaction.
CPIhasbuiltthevesselunderaGESpecification andcontinual GEsurveillance andinspection andcannotfindwherewearerequiredtorespondtothesatisfaction ofBechte1..
However,wedowishtomakeitclearthatifGEuncovers~something ofconcern,CBIwi11behappytolookintoit.Wearehopefulthattheaboveexplanation andrecommended disposition willresolveBechtel's NCRNo.1952.Sincere>yours,.CHICAGOBRIDGEANDIRONCOXtPANYCharlesL.Halfast:projectManagerNewCastleOperations CLH/lfmcc:Mr.B.Y..Lloyd,Buyer-MC/703 SanJose,California Dt',79 REPORT//8FINALREPORTThefinalreportcontainsthedatarequiredbySectionXIofthecodexegarding indications-Thefullreportincludesthe.parameters necessary toevaluatethedataaswellasthefinalevaluations.
Thecalibration anddatasheetsfromtheox'iginal runlisttheneededinformation oncalibration andrechecktimesandtransducer information.
Duringtheinspection ofanozzleorvesselweldall.dataispreserved onfilesononeormorecassettetapesorfloppydisks.Thesefileswillbereferredtointhefollowing discussion asthe'original files'.Thefinalreportisgenerated fromtheoriginalfilesbyperforming aseveralstepprocedure.
1.PostEdittingoftheoriginalfileTheoriginalfilecontainsalltherawdatawhichisrequiredforreanalyzing anyindications foundduringinspection.
Inaddition, important information suchasthesetupvaluesforsystemparameters anddatafromcalibrations areincludedonthefile.Theoriginalfilealsoincludesafairamountofinformation whichisnotnecessary forpostprocessing.
Itiscustomary forthesystemtoprint(andsaveonthefile)linesofdatarelatingtoevaluation oftheindications astheyarefound.Thisallowstheoperatortofollowtheinspection processasitoccurs.Theseevaluations shouldbeconsidered aspreliminary andarenotusedinanywayforgeneration ofthefinalreportbythepostpx'ocessor program.Thelinesprintedduringcalibrations andrechecksarenotkept:thecalibration sheetslistthetimesandamplitudes foundatcalibration, andRECHECK:UNKNOWNisprintedifthereisnoacceptedrecheck.Theoriginalfilealsocontainsoperatorcontrolandequipment setupcommandswhicharenotusefultopostpx'ocessing.
Anothermajorareaofunneededinformation ontheoriginalfileisduetotherepetition ofinspection passesorparameter lists.Thesemayoccurforavarietyofreasons;onlythelastlistsbeforearunandnon<<voided inspections arerequiredforcreationofthefinalreportThus,theox'iginal fileincludesaconglomeration ofrawdata,calibrations,
: rechecks, important evaluation parameter values,operatorcomments, preliminary evaluations, abortedrundata,extralists,andhardwarecontrolcommands.
Thesignificant dataforasingleweldmayconsistofseveralpassesdoneinanon-specific orderwithintervening passesfromotherweldinspections Thepurpose.,of thepostedittingprocedure istoextractthenecessary andsufficient dataforasingleweld,inspection andcreateanew'interim'ile whichcontainsallthedatainastandardorder.DuringthecreationoftheinterimF.R.5/12/81-1IV.80  


REPORT88file,theoriginalfileisusedbutisnotalteredinanyway.Theposteditorcomputerprogramautomaticallyremovesmostofthesuperfluousdata.Thisincludesalllinesrelatingtothepreliminaryevaluationofindicationsandoperatorcommandsusedforcontrollingtheinspectionhardware.Theposteditorprogramautomaticallyretains,unlessotherwisedirectedbytheoperator,allevaluationparametervaluesandallrawdatafromtheinspections-Theposteditoroperatorcandeleteoraddlinestothedatafromtheoriginalfileasnecessary.Hemaydeletelistswhicharerepeatedbefore.arun.Hemayalsodeleteallthedatafromabortedinspectionpasses-thosepasseswherethedatawasdiscardedandtheinspectionforthearearepeated.Addedlinesareusuallymadeintheformofnotesorcomments.Thesearesometimesnecessarytoexplainsituationsthathavearisenduringpostprocessing.Commentsaddedduringpostedittingareeasilyidentifiableastheyaretheonlylinescontainedinthefinalreportwhichbeginwithanasterisk(*)ordash(-).ThemostimportantJobfortheposteditoroperatoristoassembleallthedataforasinglenozzleorvesselweldinastandardorderontheinterimfile.Duringtheinspection,apasscompletelyaroundanozzleoralonganentirevesselweldmaybeinterruptedseveraltimesbyterminationofinspectioncommands.Whentheinterimfileiscreated,theseseparatepartsofapassarecombinedsothatthepostprocessortreatsthedataasifitwereobtainedwithoutinteruption'nthisway,indicationsthatwereinprogressatthetimeofaterminationarenotcutinhalfwhenevaluatedbythepostprocessor.2..PrinttheInterimFileAlthoughmostofthecleanupprocessoftheoriginalfiledataisdoneautomaticallybythe.posteditorcomputerprogram,theoperatordoeshavetheresponsibilityofreorganizingaswellasdeletingandinsertinginformation.Toensurethatthisprocedurehasnotproducedanyerrors,theinterimfilecreatedduringpostedittingisprinted.Thisprintoutiscomparedwiththeprintoutofthedataontheoriginalfile(s).30PostProcesstheInterimFile:createthefinalreportPostprocessingof'heinterimfileisarelativelyeasyprocedure.Thepostprocessorreadsthevaluesfortheevaluationparameters;thenprocesseseachlineofrawdataexactlyasifitwerecomingfromtheBransonUThardware.Inthisway,theentireindicationevaluationprocessisduplicatedasiftheactualinspectionwerebeingperformed.F.R.5/12/81-2~~,4~IV.81 e0, REPORT88Thefinalreportevaluationsmaydifferfromthepreliminaryevaluationsobtainedduringtheinspection.Thisisduetoanumberofcauses:aoThepostprocessorcombinesdatafromseveralseparaterunsAsdescribedabove,termiaationsofrunsduringapassmaybeeliminatedduringcreationoftheinterimfile.Anindicatioaswhichwasnotcompletedatthetimeoftheterminationwillshowupasa.largercombinedindicationinthe,finalreport.bPostprocessingmaybeperformedatadifferentevaluationlevelInspectionsmaybeperformedcollectingandevaluatingdataatotherthanthePostProcessorevaluationlevel.ThefinalreportcanbegeneratedusinganyevaluationDAClevelabovethecollectionlevel'bviously,farfewerandmuchsmallerindicationswillbefoundinafinalreportevaluatedat50XDACcomparedtotheindicationsevaluatedat20Xor25Xontheorignalfilepriatedduringinspection.CoThelocationsof'ndicationsmaychange.Thelocationsofindicationsarebasedonmeasurementswhichdependonthescannerscrewencoderreadingsatthetime.theindicationwasobservedAsdescribedbelow,thepositionofthetransducerpackageaadthepositioncorrectiondistancefor.anglebeamtransducers(A4andE4parameters)aredeterminedbasedonthevaluesenteredforthecalibrationblockandinspectionscannerscrewlengthsandencoderreadings-Ifthesevaluesdidnotcorrespondtothetruescannerscrewlengthsandencoderreadings,theymaybecorrected.Ifthecalibrationlengthtofullscaleencoderreadingratiowasenteredincorrectly,itmaybecorrectedforbyalineiasertedbeforetheUTchannellist.Ifthatlineispresent,thesystem:willprintCALIBRATIONSCANNEREQUIVALENTS:LENGTH~na.nnFULLSCALEnnnnandcorrecttheA4parametersforallchannelsThecalibrationscannervalues.runwithwillbeprintediatheparameterlistIftheinspectiondevicescannerle'ngthandfullscaleratiowereenteredincorrectly,theymaybecorrectedforbya,lineinsertedaftertheUTchannellist..Thecorrectlengthandfull.scalewillbeprintedontheparameterlist.Theline'CORRECTEDSCANNERPARAMETERS'illbeprintedbeforethelistiAsecondcauseofdifferentlocationsisduetoroundoffofFR5/12/81-3IV.82 II REPORT/$8numberssavedontheoriginalfile.Thepostprocessorhasonlytheseroundednumberstoworkwithinitsevaluations.Usually,achangeinonevalueduetoroundoffisoffsetbyacompensatorychangeinanothervalue.Forexample,ifthemaximumXlocationofanindicationis0.1inchgreaterthanthemaximumXlocationofthepreliminaryreport,itwillbefoundthattheminimumXlocationinthefina1reportisalsoO,linchgreaterthanthevalueinthepreliminaryevaluation.Thus,theindicationsizedoesnotchange;=theindicationlocationhasmerelybeenshifted01inchintheXdirection.AthirdcauseisthatinNOZZLEmode,theBXandEXlinesarerecalculatedfromtheBXlineazimuth,weldreferencepoint,nozzlelocation,andscannerXoffset.Ifanyofthesechange,thelocationmaychange.Intheoriginalrun,anyazimuthchangebetweentheBXandEXlinescouldaltertheEX,EYcoordinatesfromwhatthePostProcessorcalculatesd.,DifferencesmayoccurduetodatalossInrarecases,thedataontheoriginalfilemaybeincomplete.Inafewofthesecases,itmaybedeterminedthatsignificantdatahasbeenlost.Insuchcasesofdataloss,comments(beginningwithasterisks)maybeaddedtotheinterimfilediscussingthesignificance,ifany,ofthemissingdata.Thesediscussionsarebasedonthe.datasurroundingthedropoutontheoriginalfile,thehardcopyprintoutobtainedonthesystemterminalduringtheinspection,andathoroughunderstandingofthewaythecomputerprogramanalyzesandreportsdata.ThefinalreportincludesalltheevaluationdataforindicationsrequiredbySectionXIofthecode.Italsocontainsthevaluesforallimportantparametersusedinthecollectionorevaluationofthedata.AnoptionhasbeenmadeavailabletoprintpartialreportsThesedonotincludeUTchannelsoftwareDACparameters,scanlines(unlessascanisfoundoutofsequence),scanlimits,somenotesandcomments,crawlerandnozzlestepsizesettings,forcedlocations,indicationcombinations,averageandmaximumstepsizes,andCONTINUEsandfollowingBEGINlines,ifthe,responsesweresetinadvance'ftheevaluationlevelislessthan50XDAC,noevaluationtablesorfinalevaluationswillbeprinted.Thefollowingmaterialexplainsthesignificanceofeachtypeoflineinthefinalreport-whattheparametersmeanandwhythelineisnecessary.Theexplanationisusuallynotpresentedinamathematicalfashion;suchadescriptionisavailableinotherdocumentationRather,theapproachistakentoindicateingeneraltermshoweachIV.83F.R.5/12/81-4 e
REPORT88file,theoriginalfileisusedbutisnotalteredinanyway.Theposteditorcomputerprogramautomatically removesmostofthesuperfluous data.Thisincludesalllinesrelatingtothepreliminary evaluation ofindications andoperatorcommandsusedforcontrolling theinspection hardware.
REPORTf/8valueisusedandeachreportcanbeinterpretedPaeHeaderspAGE000278MAR3008:II:14yyyyyyyyyyyyyyyyyyyyyyyyyyyyyOFxxxxAlinesimilartotheaboveappearsatthetopofeachpageafterthefirstpage.They'srepresentapageheadingchosenbythePostProcessorOperator.Thenumberxxxxisthetotalnumberofpagesinthereport,tobefilledinbytheoperator.Thedateandtimearetakenfromtheoriginalfile,ie.fromthepageheadersonthehardcopyreportgeneratedduringthe*inspection.Whenanewpageisstartedonthefinalreport,'tusesthetimeanddateineffectatthatpointontheoriginalfile.Thefinalreportpageswillnotcoinci'deexactlywiththeoriginalprintouts,sothetimelistedisonlyapproximate.Ztispossibleforconsecutivepagesofthefinalreporttohavethesametimeanddate.Thiswouldoccurifmoredatawasbeingprintedinthefinalreportthanintheoriginal.Similarly,thefinalreportwillnotnecessarilycontainatimeanddateheaderforeverytimeanddateheaderoftheoriginalfile.Thisoccurswhenthefinalreportisgeneratinglessprintoutthantheoriginal.Followingthetimeisinformationchosenbytheoperator,generallytheveldandvesselidentification,andtheprocedure,xevision,andACNnumbers.F.R.5/12/81-5 REPORT/38I.EVALUATIONPARAMETERSANDTESTSET-UPEvaluationParametersTABLEIWB-3511.1ALLOWABLEPLANARINDICATIONSASPECTSURFACESUBSURFACERATIOINDICATIONSINDICATIONSA/LA/T,ZA/T,Z0.002.02.60.052.12.8TABLEIWB-3511.3ALLOWABLELAMINARINDICATIONSCOMPONENTTHICKNESSLAMINARAREAT,IN+A,SQIN0.12412618Thereportincludestheevaluationtablesusedintheoriginalruntoevaluatethedata.ThetablesshouldbetakendirectlyfromSectionXIofthecodeanddifferonlyinthatthelaminartablehasalinelistedforavesselthicknessof0inches.Theallowedareaisthesameasforthethinnestvesselthicknessintheoriginaltable.ThisforcestheinterpolationofallowedindicationareastobeconstantoverthefirstfewinchesThisdoesnotaffecttheevaluationofmostrunssincetheplatethicknessisgenerallynotinthe0-4inchrange'V.85FoRo5/12/816  
Theposteditorprogramautomatically retains,unlessotherwise directedbytheoperator, allevaluation parameter valuesandallrawdatafromtheinspections-Theposteditoroperatorcandeleteoraddlinestothedatafromtheoriginalfileasnecessary.
Hemaydeletelistswhicharerepeatedbefore.arun.Hemayalsodeleteallthedatafromabortedinspection passes-thosepasseswherethedatawasdiscarded andtheinspection forthearearepeated.
Addedlinesareusuallymadeintheformofnotesorcomments.
Thesearesometimes necessary toexplainsituations thathavearisenduringpostprocessing.
Commentsaddedduringpostedittingareeasilyidentifiable astheyaretheonlylinescontained inthefinalreportwhichbeginwithanasterisk(*)ordash(-).Themostimportant Jobfortheposteditoroperatoristoassembleallthedataforasinglenozzleorvesselweldinastandardorderontheinterimfile.Duringtheinspection, apasscompletely aroundanozzleoralonganentirevesselweldmaybeinterrupted severaltimesbytermination ofinspection commands.
Whentheinterimfileiscreated,theseseparatepartsofapassarecombinedsothatthepostprocessor treatsthedataasifitwereobtainedwithoutinteruption'n thisway,indications thatwereinprogressatthetimeofatermination arenotcutinhalfwhenevaluated bythepostprocessor.
2..PrinttheInterimFileAlthoughmostofthecleanupprocessoftheoriginalfiledataisdoneautomatically bythe.posteditorcomputerprogram,theoperatordoeshavetheresponsibility ofreorganizing aswellasdeletingandinserting information.
Toensurethatthisprocedure hasnotproducedanyerrors,theinterimfilecreatedduringpostedittingisprinted.Thisprintoutiscomparedwiththeprintoutofthedataontheoriginalfile(s).30PostProcesstheInterimFile:createthefinalreportPostprocessing of'heinterimfileisarelatively easyprocedure.
Thepostprocessor readsthevaluesfortheevaluation parameters; thenprocesses eachlineofrawdataexactlyasifitwerecomingfromtheBransonUThardware.
Inthisway,theentireindication evaluation processisduplicated asiftheactualinspection werebeingperformed.
F.R.5/12/81-2~~,4~IV.81 e0, REPORT88Thefinalreportevaluations maydifferfromthepreliminary evaluations obtainedduringtheinspection.
Thisisduetoanumberofcauses:aoThepostprocessor combinesdatafromseveralseparaterunsAsdescribed above,termiaations ofrunsduringapassmaybeeliminated duringcreationoftheinterimfile.Anindicatioas whichwasnotcompleted atthetimeofthetermination willshowupasa.largercombinedindication inthe,finalreport.bPostprocessing maybeperformed atadifferent evaluation levelInspections maybeperformed collecting andevaluating dataatotherthanthePostProcessor evaluation level.Thefinalreportcanbegenerated usinganyevaluation DAClevelabovethecollection level'bviously, farfewerandmuchsmallerindications willbefoundinafinalreportevaluated at50XDACcomparedtotheindications evaluated at20Xor25Xontheorignalfilepriatedduringinspection.
CoThelocations of'ndications maychange.Thelocations ofindications arebasedonmeasurements whichdependonthescannerscrewencoderreadingsatthetime.theindication wasobservedAsdescribed below,thepositionofthetransducer packageaadthepositioncorrection distancefor.anglebeamtransducers (A4andE4parameters) aredetermined basedonthevaluesenteredforthecalibration blockandinspection scannerscrewlengthsandencoderreadings-Ifthesevaluesdidnotcorrespond tothetruescannerscrewlengthsandencoderreadings, theymaybecorrected.
Ifthecalibration lengthtofullscaleencoderreadingratiowasenteredincorrectly, itmaybecorrected forbyalineiasertedbeforetheUTchannellist.Ifthatlineispresent,thesystem:will printCALIBRATION SCANNEREQUIVALENTS:
LENGTH~na.nnFULLSCALEnnnnandcorrecttheA4parameters forallchannelsThecalibration scannervalues.runwithwillbeprintediatheparameter listIftheinspection devicescannerle'ngthandfullscaleratiowereenteredincorrectly, theymaybecorrected forbya,lineinsertedaftertheUTchannellist..Thecorrectlengthandfull.scalewillbeprintedontheparameter list.Theline'CORRECTED SCANNERPARAMETERS'ill beprintedbeforethelistiAsecondcauseofdifferent locations isduetoroundoffofFR5/12/81-3IV.82 II REPORT/$8numberssavedontheoriginalfile.Thepostprocessor hasonlytheseroundednumberstoworkwithinitsevaluations.
Usually,achangeinonevalueduetoroundoffisoffsetbyacompensatory changeinanothervalue.Forexample,ifthemaximumXlocationofanindication is0.1inchgreaterthanthemaximumXlocationofthepreliminary report,itwillbefoundthattheminimumXlocationinthefina1reportisalsoO,linchgreaterthanthevalueinthepreliminary evaluation.
Thus,theindication sizedoesnotchange;=theindication locationhasmerelybeenshifted01inchintheXdirection.
AthirdcauseisthatinNOZZLEmode,theBXandEXlinesarerecalculated fromtheBXlineazimuth,weldreference point,nozzlelocation, andscannerXoffset.Ifanyofthesechange,thelocationmaychange.Intheoriginalrun,anyazimuthchangebetweentheBXandEXlinescouldaltertheEX,EYcoordinates fromwhatthePostProcessor calculates d.,Differences mayoccurduetodatalossInrarecases,thedataontheoriginalfilemaybeincomplete.
Inafewofthesecases,itmaybedetermined thatsignificant datahasbeenlost.Insuchcasesofdataloss,comments(beginning withasterisks) maybeaddedtotheinterimfilediscussing thesignificance, ifany,ofthemissingdata.Thesediscussions arebasedonthe.datasurrounding thedropoutontheoriginalfile,thehardcopyprintoutobtainedonthesystemterminalduringtheinspection, andathoroughunderstanding ofthewaythecomputerprogramanalyzesandreportsdata.Thefinalreportincludesalltheevaluation dataforindications requiredbySectionXIofthecode.Italsocontainsthevaluesforallimportant parameters usedinthecollection orevaluation ofthedata.Anoptionhasbeenmadeavailable toprintpartialreportsThesedonotincludeUTchannelsoftwareDACparameters, scanlines(unlessascanisfoundoutofsequence),
scanlimits,somenotesandcomments, crawlerandnozzlestepsizesettings, forcedlocations, indication combinations, averageandmaximumstepsizes, andCONTINUEs andfollowing BEGINlines,ifthe,responses weresetinadvance'f theevaluation levelislessthan50XDAC,noevaluation tablesorfinalevaluations willbeprinted.Thefollowing materialexplainsthesignificance ofeachtypeoflineinthefinalreport-whattheparameters meanandwhythelineisnecessary.
Theexplanation isusuallynotpresented inamathematical fashion;suchadescription isavailable inotherdocumentation Rather,theapproachistakentoindicateingeneraltermshoweachIV.83F.R.5/12/81-4 e
REPORTf/8valueisusedandeachreportcanbeinterpreted PaeHeaderspAGE000278MAR3008:II:14yyyyyyyyyyyyyyyyyyyyyyyyyyyyy OFxxxxAlinesimilartotheaboveappearsatthetopofeachpageafterthefirstpage.They'srepresent apageheadingchosenbythePostProcessor Operator.
Thenumberxxxxisthetotalnumberofpagesinthereport,tobefilledinbytheoperator.
Thedateandtimearetakenfromtheoriginalfile,ie.fromthepageheadersonthehardcopyreportgenerated duringthe*inspection.
Whenanewpageisstartedonthefinalreport,'t usesthetimeanddateineffectatthatpointontheoriginalfile.Thefinalreportpageswillnotcoinci'de exactlywiththeoriginalprintouts, sothetimelistedisonlyapproximate.
Ztispossibleforconsecutive pagesofthefinalreporttohavethesametimeanddate.Thiswouldoccurifmoredatawasbeingprintedinthefinalreportthanintheoriginal.
Similarly, thefinalreportwillnotnecessarily containatimeanddateheaderforeverytimeanddateheaderoftheoriginalfile.Thisoccurswhenthefinalreportisgenerating lessprintoutthantheoriginal.
Following thetimeisinformation chosenbytheoperator, generally theveldandvesselidentification, andtheprocedure,
: xevision, andACNnumbers.F.R.5/12/81-5 REPORT/38I.EVALUATION PARAMETERS ANDTESTSET-UPEvaluation Parameters TABLEIWB-3511.
1ALLOWABLE PLANARINDICATIONS ASPECTSURFACESUBSURFACE RATIOINDICATIONS INDICATIONS A/LA/T,ZA/T,Z0.002.02.60.052.12.8TABLEIWB-3511.
3ALLOWABLE LAMINARINDICATIONS COMPONENT THICKNESS LAMINARAREAT,IN+A,SQIN0.12412618Thereportincludestheevaluation tablesusedintheoriginalruntoevaluatethedata.ThetablesshouldbetakendirectlyfromSectionXIofthecodeanddifferonlyinthatthelaminartablehasalinelistedforavesselthickness of0inches.Theallowedareaisthesameasforthethinnestvesselthickness intheoriginaltable.Thisforcestheinterpolation ofallowedindication areastobeconstantoverthefirstfewinchesThisdoesnotaffecttheevaluation ofmostrunssincetheplatethickness isgenerally notinthe0-4inchrange'V.85FoRo5/12/816  
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REPORTij8UTQ1ANNELPAKQKTERSAsetofparametersAlthroughA5,BlthroughB5areusedtoevaluatethe,locationandamplitudeofreflectors.Thesearethe.softwareDACparameters.Althoughtheyarenotprintedonthepartialreports,theymaybegleanedfromtheoriginalorinterimfile.TheAl,B1valuesarefortheTCGformulafortimesofreflectorsbetweentheoutersurfaceandthedepthoftheTl/2hole.TheyaretheparametersofastraightlineequationusedtomakeatimebasedcorrectionontheamplitudesreportedfromtheUThardwarefor.indicationshavingtimeslessthanthetimeobtainedfortheTl/2holeduringcalibration:Al(-*tdme+Bl)*amplitudeccttectedamplitude1000Intheprocessofacalibration,thetimesandamplitudesfortheT3/4andTl/2holesareretained.ThisissufficientdataforcalculatingtheAlandBlparametersfortheabovestraightlineequation.NotethatthevaluelistedforAlisactuallydividedby1000beforebeingusedintheequation..ThustheeffectofthetimeontheTCGisalmostinsignificant.ThisisaresultofthefactthattheBransonhardwarealsohasathreeslopeTCGadjustmentforeachchannelTheoperatortypicallyadjuststhesehardwarecontrolssothatverylittletimebasedcorrectionisrequiredbythesoftware.Al/1000isthusalwayssmall.Itisprintedwiththe*1000factortomakethenumbermorereadable.MostofthesoftwareTCGad5ustmentcomesfromthevalueforBlfortheanglebeamchannels.InsettingthehardwareTCG,theoperatortypicallysetstheamplitudestoreadoutatslightlyover80forallthecalibrationholes.Thusahardwarereadingof80correspondsto100XDAC.Asdescribedbelow,theoperatortypicallysetsthesoftwaresotheareportofanamplitudeof100correspondsto100XDAC.TheBlparameterhastheaffectof'aisingtheslightlyhigherthan80readingsoftheBransontothedesired100valueforamplitudessavedontheoriginalfile.Iftheoperatorsettheharwaretoreadexactly80attheTl/4andT1/2holes,Blwouldequalexactly1.25(1.25*80100).A2andB2arelikeAlandBlexceptarederivedfromthetimeandamplitudedatafromtheTl/2andT3/4holesA3andB3areusedforthethirdslopeoftheTCGandarederivedfromthedatafortheT3/4holeandthecalculatedtimeandamplitudevaluesbasedonmeasurmentsoftheT5/4holemadeandenteredbytheoperatorPeR.5/12/81-7IV.86 REPORTf38A4,B4areusedforlaterallocationcorrectionofareflectorfromthetransducerlocation,asisneededforanglebeams.Duringcalibration,dataisobtainedateachholeforthetimeandthecalibrationapparatusscannerscrewencoderreading.Thisisinsufficientdatafordeterminingthevaluesoftheparametersofastraight,lineequationrelatingtimetothedistance,measuredalongthesurface,ofanindicationfromthetransducerposition.Thispositioncorrectionbasedontimeisnecessarywhencalculatingtheexactlocationofanindication.Ifthecalibrationlengthtofullscaleencoderreadingrationhasbeenalteredsincetherun,theA4parameterismultipliedbyNEWCALIBRATIONLENGTH*OLDFULLSCALENEWFULLSCALE+OLDCALIBRATIONLENGTHIftheinspectionscannerlengthtofullscaleratioisaltered,theA4valueismulitpliedbyanextrafactorofNEWSCANNERLENGTH*OLDFULLSCALENEWFULLSCALE*OLDSCANNERLENGTHA5,B5arevaluesusedtocalculatethedepthofthereflector.Duringcalibrationscanning,thetimesforeachholeareretained.Thisdata,alongwiththeknowndepthsofthecalibrationblockholes,discussedabove,issufficientdataforthedeterminationofastraightlineequationrelatingtimetodepthforthetransducer.ACOUSTICPARAMETERSWheninspectingvesselweldstwocomplementarylocationsystemsareusedTheodometerandazimuthencodersprovidelocationdatathatisquiteaccurateovershortdistancesOverlongerdistances(15-20inches)thecumulativeerrorinherentinthiskindofmeasurement,aggravatedbycrawlerslippageandmanuallocationad)ustments,becomestoolargetokeepaccuratetrackofthelocationofthecrawlerTheacousticlocationsystemisusedtodetermineastartinglocationandcorrectodometertheerroraccumulatedoverlongdistancesAcousticlocationsaretakenwheneverindicationsareseenoreverynscans,wheretheoperatorsetsn(seebelow).F.R.5/12/81-8IV.87 0
REPORTij8UTQ1ANNELPAKQKTERS Asetofparameters AlthroughA5,BlthroughB5areusedtoevaluatethe,locationandamplitude ofreflectors.
REPORT(f8Theacousticlocationsystemisgenerallyaccuratetowithin0.25inchesexceptwherethereismechanicalorgeometricalinterferencewithdatacollectionWhenanacousticlocationisobtained,itischeckedagainstthepresumablynearlyaccurateodometerbasedlocation.Iftheacousticlocationiswithintheoperator-setacousticlocationtoleranceoftheodometerlocation,itisusedtoupdatethe.odometer.Iftheacousticldcationisnotcloseenoughtotheodometerlocation,thesystemassumesamechanicalproblem(eg.poorcontactoftheacousticpulserwiththevesselsurface)andtriesuptothreetimesatdifferentpulserlocationstoobtainanagreeableacousticlocation.If,afterthreetries,theacousticlocationstilldoesnotagreewiththeodometerlocation,thesystemassumessomegeometricalproblemisinterferringwiththe'data(eg.anearbynozzleorbevelalteringthesoundtransmissionorpath).Insuchacase,theodometerlocationiskeptasbeingthemostreliable.Thesystemattemptstoobtainlocationsfrequentlyenough,evenintheabsenceofindications,to'miss'everaltimesbeforethecumulativeerroroftheodometerwouldbeunacceptable.Usually,afterafewmoves,theacousticlocationandodometerlocationwillagreesufficientlytoallowupdatingtheodometerlocation.Insomecases,especiallywheretheoperatorhasmanuallyrotatedthecrawlertokeepitoncourse,theodometerlocationwillbeknowntohaveexcessiveerror.Insuchacase,theoperatormaychooseto'FORCE'heacousticlocation.Whenthiscommandisused,thesystemprintsallthedatanecessarytoensurethattheacousticdataisgoodand,therefore,thatthelocationdeterminedfromitwillbedependable.Thisdataontheoriginalfileincludesasensorbysensorreportofitscontributiontothelocationprocess.Inthefinalreport,onlythemostsignificantdatafromthis'FORCE'ocationprocedureisprinted:FORCEACOUSTICLOCATION~~~X5381Y~529.7DIF.SQ.~087OK?YThecomputerprintstheacousticlocationandasks"OK?".Theoperatorrespondswitha"Y"ifthelocationistobeusedtoupdatetheodometer.ThefinalreportincludestheSCANlineswhichprecedeandfollowaFORCEoperation.ThesecontainthesettingoftheodometerlocationbeforeandaftertheFORCEand,therefore,canbeusedtodeterminethemagnitudeofthecorrectionthatwasnecessary..TheF.R.5/12/81-9IV.88 0
Thesearethe.software DACparameters.
REPORT/18X,YvaluesaretheacousticallydeterminedcoordinatesandcorrespondtothescanlineX,Y.TheDIF.SQ.isthesquareddistancebetweentheodometer-andacoustic-determinedlocations.ThiscangiveanideaofthemagnitudeoftheshiftinlocationsItisnotusuallyapparentfromthedatawhytheFORCEwasnecessary,ie.whetherthecrawlerslipped,wasmovedbytheoperator,etc.TheadjustmentdoesnotaffecttheanalysisexceptwhendataforanindicationwascollectedbeforeandaftertheFORCE0ThecomputercheckstoseeifthechangeinodometerreadingsbetweenscansisconsistentwiththechangeinX,Ylocation.Thischeckisnotdonewhenthesecondscanofapairisnumbered1.IfanacousticlocationisforcedtoadifferentvalueonscanN,theoldvalueisusedtocomparetoscanN-1andthenewvaluetocomparetoscanN+1.Ifthedifferenceisgreaterthan.9inches,thesystemprintsthemessage*****ODOMETERDISAGREESWITHCHANGEINLOCATIONONSCANnwherenisthesecondscanofthepair.Theprogrammayberunwithapatchtonotperformthischeckiftheirregularitieshavealreadybeennotedandaccountedfor.FeRo5/12/8110IV.89 RAPPORT88AcousticLocationParametersX443720624370VELOCITYOFSOUND~0.1172LAGTIME~0.400DISTANCEC.F.~0.0000ACOUSTICLOCATIONTOLERANCE~0.250CYLINDRICALGEOMETRY,CIRCUMFERENCE~SHELLCOURSE82THRESHOLD~1518CRAWLERPULSERLOCATIONX~53868Y~REGION1SENSORGLOBAL8Y11196'30342195'30842.10383.60Whentheacousticlocationsystemisused,theabovelistofparameterswillbeprinted.Theprimaryimportanceofthelisteddatadoesnotrelateto,thecurrentevaluation.Thevaluesarelistedsincetheidenticalvaluesmustbeusedinlaterre-inspectionsforlocations,tobereproducable.Thecircumferenceallows"wrap-around":ifthecircumferenceis842.10,anindicationatX841.9maycombinewithanindicationatX~0.3~StesizeCommandsSETCRAWLERMOTORSTEPSIZESMALL~0.40~LARGE>0+75~e65UPPERLIMITT,ODoUNITS~80~75MAXIMUMALLOWABLESTEP,INCHES~08~MAXCHANGEDURINGSCAN,INCHES~005~8SCANS/ACOUSTICLOC~5~orSETNOZZLESTEPSIZEINCHESSMALL~Oo40~LARGE~Oo70~o6BIGSTEP,ODOMETERUNITS~229~UPPERLIMIT,OD.UNITS~400~300MAXIMUMALLOWABLESTEP~DEGREES~12~le0MAXCHANGEDURINGSCAN,INCHES~0.05~Thesetypesoflinesareprintedwhenevertheoperatorsetsthedistancethecrawlerornozzleapparatusattemptstomovebetweenscans.Thesmallstepisattemptedafterascanwheredatahasbeenseen.ThelargestepisattemptedafterascanwherenodatawasseenTheUPPERLIMITisthelargestnumberofodometerunitsitmayattempttostepIfitstepslargerthantheMAXIMUMALLOWABLE,thesyst:emterminatestherun.TheMAXCHANGEDURINGSCANisthemostthebugornozzleapparatusisallowedtomoveduringascan.TheBIGSTEPisthecurrentestimateofthenumberofodometerunitsforthelargerstepsize.The"8SCANS/ACOUSTICLOC"setsthemaximumnumberofscansbetweenacousticlocations.IV.90F.Ro5/12/81-11 REPORT/18NOTE:Thecomputersystemusesthefollowingconventionsforoperatorsettingofparametervalues.Whentheappropriatesetcommandisexecuted,thesystemprintsthecurrentvalueoftheparameter(eg.0.05inchesintheaboveexample)followedbyanequalssign.Thecurrentvalueisretainedifnooperatorentryismadeoranentryendinginaismade.Ifanewnumberisentered,thatvalueisthenusedfor.theparameter.For.instance,theabovenozzlestepsizehasbeenchangedfrom0.70to6inches.EvaluationParametersEVALUATIONPARAMETERS:VESSELMODE"orNOZZLEMODETSCAN,PSCANCLOCKWISE,orSCANNERbQKHSIONS:PSCANCOUNTER-CLOCKWISECALIBRATIONLENGTH~30.00FULLSCALE~3000VESSELLENGTH~3000FULLSCALE~3000PODUNITSPERINCH100.00orOFFSETS:x-20.74SCANNERSTEPSIZE~Oe050STEPTOLERANCE~Oe020MINSEP~0.250100KDAC~100EVALUATIONLEVEL~50WELDREFERENCEPOIVaZ:X~532.61Y~388%4THICKNESS~6~53SHELLCOURSE2CIRQDPRENCE~795.69EVALUATIONANGLE:LAMINAR~100NONPLANAR~100SURFACETOLERANCE'ISTANCE~00000REPORTB.E.DATAATFULLB.E.AMPorREPORTB.E.DATAAT1/2B.E.AMPMAXIMUMBEXDACFOREVALUATION15orEVALUATEALLB.E.DATATheabovelistcontainsallvalues,otherthanspecificUTchanneldata,thatarerequiredforpostprocessingrawdatafromtheinterimtape.Animportantfeatureoftheinspectionsystemcomputerprogramisthatoncetheabovelistofparametershasbeenprinted,itisimpossibletoalterthelistedvaluesThus,thelistspecificallydefinestheconditionsunderwhichanyinspectionpasswasperformedIfaparametervalueneedschanging,theprogramautomaticallyprintsthelistagainbeforeanyinspectionscanbestarted.Themode,VESSELorNOZZLE,islisted.Themodesettingnotonlyinfluencesthewayinwhichthecomputerdrivesthehardware,butcausesthecalculationofrelativeXandYvaluestochange(seeend-of-scanprintoutdiscussionbelow).WithinNOZZLEmode,thereareTorPscans,clockwiseorcounterclockwise.Generally,theT,W,andBchannelsareonforaTscan,thenegativeanglePscanchannelsareonforaclockwisePscan,andthepositiveanglePscanchannelsareonforacounterclockwisePscanTheBchannelisgenerallyonlyonforbackechomonitoringonthePscans:itsflawgateisoff.IV.91F.R5/12/81-12 REPORT/38ThecalibrationandinspectionscannerarmLENGTHandFULLSCALEreadingareusedtocalculatethepositionofthetransducerpackageonthearm.Intheaboveexample,thearmis30.0incheslongwithafullscalereadingof3000.Thisisequivalenttotellingthecomputerthatachangeofoneencoderunitcorrespondstoamovementofthepackageby0.01inches.TheSCANNERSTEFSIZEisthedistancethetranducerpackageismovedbythescannerscrewbetweenUTdatasamplingwhensignificantdataisfound.Forexample,ifnosignificantdataisbeingreportedbytheUTtransducers,thescannerscrewmovesthetransducerpackagec'ontinuously.Assoonasonechannelseesasignificantreflection,thepackageisstoppedandallUTchannelspulsedatthatposition.ThenthepackageismovedaccordingtotheSCANNERSTEPSIZEsetting(0.050intheexample),stopped,andallUTtransducerspulsedagain.Thiscontinuesuntilap'ositionisreachedwherenoneofthetransducersobtainsignificantreflections,atwhichtimethecontinuousmotionisrestarted.Thesteptoleranceistheamountoferrorpossibleinthestepsize.Thisvalueisrequiredbythecomputerforcalculatingtheabsolutemaximumvaluesthatareusedinseparatingindicationsthatareneareachotherbutnottobeconsideredone.MINSEPistheminimumseparationbetweenindicationsthatcanstillbeconsideredseparatefromeachother.Thus,'heoperatorhasindicatedintheaboveexamplethatanytworeflectorsseenbyagivenUTtransducerthatarecalculatedtobewithin0-25inchesofeachotheraretobeconsideredpartsofasinglelargereflectorincludingboth.The100XDAClevelissetto100.Asexplainedearlier,thissetting,causesthecalibrationprocesstocalculateTCGparameterssuchthattheamplitudeobtainedateachofthecalibrationblockholes(usually80orslightlyhigher)israisedtoequal100.Thismakestheamplitudesinthefinalreporteasytointerpret:aprintedamplitudeof34isequivalentto34XDACTheevaluationlevel,50K,istheoperator-setamplitudelevelatwhichareflectionistobeconsideredsignificantforthepostprocessedreportTherawdataontheoriginalfilesincludesdataforeachandeveryshearwaveUTpulsethathadatimecorrectedamplitudeequaltoorhigherthanthisvalueorelsethefinalreportwouldhavebeenaborted.InVESSELmode,theWELDREFERENCEPOINTisapointselectedbytheoperator,usuallyaweldintersection.ItisusedforcomputingtherelativeXandYdistancesasdescribedbelowfortheend-of-scanprintoutInNOZZLEmode,theXweldreferencevalueisthedistancefromtheF.R5/12/81>>13IV.92 REPORT/38centerofthenozzletothecenterlineoftheweld(radialdistance)~TheYvalueisnotused..THICKNESSisthevesselthickness.ThisvalueisusedinindicationevaluationforthetwoXOFTcolumnsintheend-of-scanprintout,indeterminingtheallowedsizeofindications,andindeterminingtheSURFACEorSUBSURFACEnatureofanindicationinthefinalend-of-passanalysis.Theshellcoursenumberisprintedbutnotusedforanalysis.ThecircumferenceisasintheacousticlistandallowsindicationstocrosstheX~Oline.ThelaminarevaluationangleisusedtodeterminewhenanindicationsightedbyaP,T,orWtypechannelistobeconsideredLAMINARItisLAMINARif(THROUGHWALLDEPTH)tan(LAMINARANGLE)>(INDICATIONLENGTH)Theangleissetto10.0degreestocorrespondtothevaluestipulatedinSectionXIofthecode.ThenonplanarevaluationangleisusedtodifferentiatebetweenPLANARandNON-PLANARindications.AnindicationisPLANARX(orY)if(INDICATIONX(orY)LENGTH)tan(NONPLANARANGLE)(INDICATIONY(orX)LENGTH)TheSURFACETOLERANCEDISTANCEisincludedtoallowtheoperatortorespondtofutureclarificationsoftheinspectioncode.SectionXIillustratesexamplesofindicationslyingnearthesurfacewhichareconsideredtobesemi-circular'hisdesignationincreasesthesizeoftheindication'Itisnotclearfromthecodehownearthesurfacesuchanindicationmustbebeforeitcanbeconsideredthesmallersemi-ellipticalshape.Ifthisdistancewereknown,itcouldbeenteredastheSURFACETOLERANCEDISTANCEBysettingthisvalueto0.0,allsurfaceindicationswillbeconservativelydesignatedbytheanalysisprocessasbeingsemi-circularunlesstheylieexactlyonthesurface.Thebasemetaldatamaybereported.at1/2orfullbackechocorrectedamplitude.Ifthedatawascollectedatfullbackechoamplitude,thepostprocessorwillnotallo~reportingat1/2amplitude.Thebasemetaldatamaybeanalyzedforallreportedreflectors,oronlyforthosereflectorswhosebackechocorrectedamplitudeislessthanorequaltoacertainamount,15XDACinthisexample.IV.93F.R.5/12/81-14 I
Althoughtheyarenotprintedonthepartialreports,theymaybegleanedfromtheoriginalorinterimfile.TheAl,B1valuesarefortheTCGformulafortimesofreflectors betweentheoutersurfaceandthedepthoftheTl/2hole.Theyaretheparameters ofastraightlineequationusedtomakeatimebasedcorrection ontheamplitudes reportedfromtheUThardwarefor.indications havingtimeslessthanthetimeobtainedfortheTl/2holeduringcalibration:
REPORTk/8UTChannelDataUTQVJlNELDATA:SCANNERSEPoFACTOR~13CH0,ANGLE.XOFFSETY'FFSETBEGINSTOPMNBETSEPT5/4A2-45.0T&.802.612002060055-5.00Al~-01831A2~0.0000A3~1.2817A4~4.463A5~4.581Tl/2~711Bl~1~289B2~1~164B3~W.204B4~0.010B5~0.002T3/4~10673-60.0T0482.612002060078-600Al~00000A2~0.0916A3~1.1902A4~5.526A5~3.232Tl/2~979Bl1.156B21.067B3~W576B4~0.010B5~0.057T3/4~1501LiketheEvaluationParametersdescribedabove,thesettingsfortheUTchannelscannotbealteredwithoutre-printingtheabovetypeoflist.ThislistconsistsofallimportantvaluesforeachofthechannelswhichisON,thatis,channelswhichwillbepulsedduringaninspectionpass.Thescannerseparationfactorisatranslationof1/2MINSEPintoscannerencoderunits,roundedup..Thus,withMINSEP~0.250and1encoderunit~0.01inches,theSCANNERSEP.FACTORequals.13.Thisvalueisusedindeterminingwhethertwoindicationsseenbyasinglechannelinascanshouldbecombinedduringend-of-scanprocessing.Ifoneindicationislocatedsuchthatitsmaximumscannerposition+1/2MINSEP(ie.13)overlapsasecondindication'sminimumscannerposition-1/2MINSEP,thenthetwoindicationsarecandidatesforcombinationonthebasisofnearnessinthedirectionofscannermotion.AsdescribedbelowforTSEP,thetwoindicationsmustalsomeetnearnessrequirementsinthedepthmeasurementThechannelnumberislistedundertheCH8column.ThechannelANGLEislistedwiththetypeofchannel:transverse(T),parallel(P),weldmetal(W),orbasemetal(B).Theactualvalueentered-forthechannelangleisnotusedinanyoftheimportant.tothepostprocessor.Therefore,theangleiscustomarilyenteredasaniceroundvalueratherthantheactualbeamanglemeasuredbytheoperatorincompliancewithSectionXZofthecodeTheXandYOFFSETSaredistancesmeasuredfromthedesignatedzeropointonthepackage.Thisinformationisrequiredfordeterminingtheexactlocationofthetransducerand,hence,theexactlocationofareflectorseenbythetransducer.F.R.5/12/81-15 REPORT/18ThevaluesforBEGINandSTOParetheencodervaluesbetweenwhichthespecifiedchannelwillbepulsed.Thesevaluesaresetbytheoperatorinamannerwhichensuresthattherequiredvolumeofplateisinspectedasrequiredbythecode.MNBEistheminimumbackechorequiredforaBtypechannel.IfthesystemdetectsthatthebackechoamplitudereportedforaBtypechannelislessthanthevalueforMNBE,itstopsthetransducerpackage.ThesystemcontinuestopulseonlytheBtypechanneluntilbackechoreturnsThismayoccurwhenmomentarilylostcouplantreturnsor,underoperatorcontroloftheBransonhardware,thelossofbackechoconditionisoverridden.Duringlossofbackecho,nodataistakenfromotherchannelsandthetransducerpackagedoesnotmove.TSEPisameasurement,intimeunitsforthechannel;equalto1/2MINSEP.ThisisthusbasedontheA5valueforthechannelandisthedepthequivalentoftheSCANNERSEP.FACTORdescribedaboveforcombiningindicationsattheendofascan.T5/4Aisthe5/4Tamplitudedifferencemeasuredbytheoperator.TheAl,Bl.arelistedonlyinthefullreport,notthepartial.Thesearethevaluesusedinevaluatingthetime,amplitude,depth,andpositionofareflectorseenbythatchannel.II+THEINSPECTIONStartUCommandsBEGINUTINSPECTIONANDCRAWLERMOTIONSEQUENCEEVALUATIONLEVEL<<50KDACDISTANCE<<300SCANNINGLIMITS:LOW<<300HIGH<<2110WELD:BK-orBEGINUTINSPECTIONANDNOZZLEROTATION<<300EVALUATIONLEVEL<<50XDACSCANNINGLIMITS:LOW30HIGH1800NOZZLELOCATIONX<<7'3Y<<170+25WELD:N4A-'nNOZZLEmode,the"NOZZLEROTATIONn"isimportantmainlyforthesignofn.,Theoperatormayoftenterminatetherunbeforendegreesarecovered,butthesigntellsinwhichdirectionrotationoccurred.Apositivenumberindicatesincreasingdegreesandnegativeindicatesdecreasing.IV.95F.R.5/12/81-16 I~
Al(-*tdme+Bl)*amplitude ccttected amplitude 1000Intheprocessofacalibration, thetimesandamplitudes fortheT3/4andTl/2holesareretained.
REPORT/l8Forinstance,if+300wasentered,thefirstazimuthreadingwas355.4degrees,andthelastazimuthwas181.1,theareaat50degreeswascovered,butthatat250wasnot.InVESSELmode,theDISTANCEhasnosignificanceexceptforthesign,whichindicatesthedirectionoftravel.Apositivedistanceindicatesthecrawlerwastravelingforwards;anegativedistanceindicatesitwastravelingbackwardsTheEVALUATIONLEVELissetduringpostprocessingandmustbegreaterthanorequaltothetestlevel.Theweldtestedi'slistedThenozzlelocationislisted.ThescanninglimitsarelistedonthefirstBEGINofaseriesconnectedby'CONTINUE?Y'soriftheyhavechangedsincethelastBEGIN.Thescanlimitsgivetherangeoftravelforthepackage,independentofthepulsinglimitsofthechannelsThescanlimitsaretheattemptedendpointsofthescan.Thepackagemayactuallyscanfurtheruporlowerdown-thanthesenumbersInthepartialreport,thesenumbersarenotprinted.Combinedwiththechanneloffsetsandpulsinglimits,andthescanpositions(X,YandAZIMUTH),theydeterminetheareaofcoverage.Theindicationnumberforpostprocessingissetautomaticallyandmaynotma'tchtheoriginalnumbers'canLinesSCAN82.AZ~180'ODOM~3482X~5442Y~383'orSCAN82AZ~134.4ODOM~2561Thefirstandlastscanlineofanyrun'realwaysprintedonafullreportInNOZZLEmode,thescanlinegivesthescannumber,theazimuthreadingindegrees,andtheodometerreading.VESSELmodeliststhescannumber,azimuthreadingindegrees,odometerreading,andtheXandYlocation.Thusitispossibletodeterminetheextentoftheinspectionforagivenpassbylookingatthebeginningandendingnozzleapparatusorcrawlerpositions.Theazimuthisthe=angleofthescannerscrew.ForVESSELmode,0degreesiswiththescannerhorizontalandthecrawlerheadingupthevessel.ForNOZZLEmode,0degreesiswiththescannerhorizontalandtotherightofthenozzle.Anglesincreaseintheclockwisedirection.InVESSELmode,theazimuthmaybeusedtodeterminetheangleofthescannerarmonly,nottodeterminedirectiontraveled.ThisisdonewiththeFREEZEAZIMUTHcommand,wheretheoperatorsetstheazimuthvaluetobeused.FROZENiswrittenaftertheAZ'reading'V.96F.R.5/12/81-17 REPORTj/8onthescanlines.Scanlinesaroundaforcedacousticlocationareprintedsinceadiscontinuityinlocationreadingsmayhaveoccurred.Also,ifscannumbersareoutoforder,themessage"SCANNUMBEROUTOFSEQUENCE"isprintedThismayindicatethatsomescanlinesaremissingbutdoesnotnecessarilymeanthatdatahasbeenlost.Sometimestherewillbemorethanonescan01;thisoccurswhenonerunisterminatedandthenextbegunatthesameplace,inthesamedirection,withoutanygaps.Insuchacase,the"ENDOFPASS"and"BEGIN"linesareremovedfrombetweenthetworunsduringpostediting.Theline"+END/BEGINDELETED".maybeinserted.Set>>updatamayalsoberemovedfrombetweenrunsifnoparametervalueswerealtered.End-of-ScanProcessinSectionXIofthecodespecificallyrequirescertaindatatoberecordedfor.eachscanbyatranducerwhichrevealssignificantreflectors-Thesereportsconstitutethebulkofthefinalreportformanywelds.ZtisunfortunatethatSectionXy~reuiresthisdatasinceitisintendedmainlyasanecessarysteptobetakeninamanuaiinspectionprocesswhereevaluationandfurtheranalysisisnotperformedduringthetest'herefore,itwillbefoundthatstudyoftheend-of-scanreportsofferslittleinformationrelevanttoevaluationofindicationsThecoderequirestwokindsofprintout.Thefirstoftheseisforshearwaveanalysis:MAXAMPLITUDEIDiOXDACDEPRELXRY/AZ419813~7308~7546984.0309.155.565393085560-50XDACDEPRELXRY/AZ3.9309.454-641309955.540308.7560+50XDACDEPRELXRY/AZ3.7307F754.64.1308.855537307.956.0XOFTDEPSDEP2.448~80.446.73748moTheaboveend-of-scanprintoutforanindicationisforP,T,andWtypechannelsThechannelandindicationnumbersareintheOandIDPcolumns.Intheexampleabove,indication19wasobservedonthreesuccessivescansasindicatedbythethreelinesofdatawithoutadditionalchannelorindicationnumbervaluesThatis,whenoneindicationisbuiltfromseveralscans,thechannelandindicationnumbersarenotrelisted.TheinformationoneachlinecorrespondstothedatacalledforbySectionXIofthecodeandillustratedinthesampletableinsectionI-6330.InVESSELmode,RELXandRY/AXaretheXandYdistances,ininches,fromtheweldreferencepoint.InNOZZLEIV.97F.R.5/12/81-18 0
Thisissufficient dataforcalculating theAlandBlparameters fortheabovestraightlineequation.
REPORTjj8mode,RELXisthedistancebetweenthegivenpointofthereflectorandtheweldline.RY/AZistheazimuthoffsetfrom0degreestothegivenpointofthereflector.0degreesishorizontalandtotherightofthenozzle,andanglesincreaseintheclockwisedirection.DEPisthedepthofthegivenpointinbothVESSELandNOZZLEmodesRELX,RY/AZ,andDEParerecordedwheretheZDACwashighest(MAXAMPLITUDEcolumns),whenitfirstreachedthetestlevel(-50XDACcolumns),andwhereitlastreached(fellbelow)thetestlevel(+50XDACcolumns).Itwillbenotedthattheend-of-scanprintoutdiffers.fromthesampletableinsectionI-6330inthatitcontainsRY/AZcolumnsforallthreerecordingpositionsratherthan)ustfortheMAXAMPLITUDEpositionThisisnecessarybecausethecomputercalculatesandreportstheRELXandRY/AZpositionsoftheactualindicationwhichmaychangeinbothvaluesThetableinsectionI-6330recordsonlythelocationofthetransducerwhichdoesnotchangeintheRY/AZvaluefromonesetofcolumnstothenext.Thethelasttwocolumnslistthedepthasapercentofthickness(DEP)andthedistancefromsurfaceasapercentofthickness(SDEP)~IThesecondtypeofend-of-scanprintoutisfortheBtypechannels.Thecodespecificallyrequiresthatcertaindataberecordedforevertransducerositionforwhichtheindicationamplitudeequalsorexceedsthebackechoamplitude:CHdBETBEAITIARELXRY/AZDEPSCNR90028315503962.233168690028322503.862'3.3169895931328418503.762.2331707ForBtypechannels,thedatarequiredinsectionI-6420(a)isincludedintheend-of-scanprintout.EachpulseyieldingdatawithaZDACatleastashighastheevaluationlevelorthebackecholevelliststhechannelnumber,backechotimeandamplitude(BETandBEA),andindicationtimeandamplitude(ITandIA).Ifdataistobereportedat1/2B.E.amplitude,thepulsesneedonlybeatleast1/2thebackechoamplitude.RELXandRY/AZareasfortheP,T,andWtypeprintout.Thedepthininchesandthescannerpositioninencoderunitsfollow.IV.98F.R.5/12/81-19  
NotethatthevaluelistedforAlisactuallydividedby1000beforebeingusedintheequation..
ThustheeffectofthetimeontheTCGisalmostinsignificant.
ThisisaresultofthefactthattheBransonhardwarealsohasathreeslopeTCGadjustment foreachchannelTheoperatortypically adjuststhesehardwarecontrolssothatverylittletimebasedcorrection isrequiredbythesoftware.
Al/1000isthusalwayssmall.Itisprintedwiththe*1000factortomakethenumbermorereadable.
MostofthesoftwareTCGad5ustment comesfromthevalueforBlfortheanglebeamchannels.
InsettingthehardwareTCG,theoperatortypically setstheamplitudes toreadoutatslightlyover80forallthecalibration holes.Thusahardwarereadingof80corresponds to100XDAC.Asdescribed below,theoperatortypically setsthesoftwaresotheareportofanamplitude of100corresponds to100XDAC.TheBlparameter hastheaffectof'aising theslightlyhigherthan80readingsoftheBransontothedesired100valueforamplitudes savedontheoriginalfile.Iftheoperatorsettheharwaretoreadexactly80attheTl/4andT1/2holes,Blwouldequalexactly1.25(1.25*80100).A2andB2arelikeAlandBlexceptarederivedfromthetimeandamplitude datafromtheTl/2andT3/4holesA3andB3areusedforthethirdslopeoftheTCGandarederivedfromthedatafortheT3/4holeandthecalculated timeandamplitude valuesbasedonmeasurments oftheT5/4holemadeandenteredbytheoperatorPeR.5/12/81-7IV.86 REPORTf38A4,B4areusedforlaterallocationcorrection ofareflector fromthetransducer
: location, asisneededforanglebeams.Duringcalibration, dataisobtainedateachholeforthetimeandthecalibration apparatus scannerscrewencoderreading.Thisisinsufficient datafordetermining thevaluesoftheparameters ofastraight, lineequationrelatingtimetothedistance, measuredalongthesurface,ofanindication fromthetransducer position.
Thispositioncorrection basedontimeisnecessary whencalculating theexactlocationofanindication.
Ifthecalibration lengthtofullscaleencoderreadingrationhasbeenalteredsincetherun,theA4parameter ismultiplied byNEWCALIBRATION LENGTH*OLDFULLSCALENEWFULLSCALE+OLDCALIBRATION LENGTHIftheinspection scannerlengthtofullscaleratioisaltered,theA4valueismulitplied byanextrafactorofNEWSCANNERLENGTH*OLDFULLSCALENEWFULLSCALE*OLDSCANNERLENGTHA5,B5arevaluesusedtocalculate thedepthofthereflector.
Duringcalibration
: scanning, thetimesforeachholeareretained.
Thisdata,alongwiththeknowndepthsofthecalibration blockholes,discussed above,issufficient dataforthedetermination ofastraightlineequationrelatingtimetodepthforthetransducer.
ACOUSTICPARAMETERS Wheninspecting vesselweldstwocomplementary locationsystemsareusedTheodometerandazimuthencodersprovidelocationdatathatisquiteaccurateovershortdistances Overlongerdistances (15-20inches)thecumulative errorinherentinthiskindofmeasurement, aggravated bycrawlerslippageandmanuallocationad)ustments, becomestoolargetokeepaccuratetrackofthelocationofthecrawlerTheacousticlocationsystemisusedtodetermine astartinglocationandcorrectodometertheerroraccumulated overlongdistances Acousticlocations aretakenwheneverindications areseenoreverynscans,wheretheoperatorsetsn(seebelow).F.R.5/12/81-8IV.87 0
REPORT(f8Theacousticlocationsystemisgenerally accuratetowithin0.25inchesexceptwherethereismechanical orgeometrical interference withdatacollection Whenanacousticlocationisobtained, itischeckedagainstthepresumably nearlyaccurateodometerbasedlocation.
Iftheacousticlocationiswithintheoperator-set acousticlocationtolerance oftheodometerlocation, itisusedtoupdatethe.odometer.
Iftheacousticldcationisnotcloseenoughtotheodometerlocation, thesystemassumesamechanical problem(eg.poorcontactoftheacousticpulserwiththevesselsurface)andtriesuptothreetimesatdifferent pulserlocations toobtainanagreeable acousticlocation.
If,afterthreetries,theacousticlocationstilldoesnotagreewiththeodometerlocation, thesystemassumessomegeometrical problemisinterferring withthe'data(eg.anearbynozzleorbevelalteringthesoundtransmission orpath).Insuchacase,theodometerlocationiskeptasbeingthemostreliable.
Thesystemattemptstoobtainlocations frequently enough,evenintheabsenceofindications, to'miss'everal timesbeforethecumulative erroroftheodometerwouldbeunacceptable.
Usually,afterafewmoves,theacousticlocationandodometerlocationwillagreesufficiently toallowupdatingtheodometerlocation.
Insomecases,especially wheretheoperatorhasmanuallyrotatedthecrawlertokeepitoncourse,theodometerlocationwillbeknowntohaveexcessive error.Insuchacase,theoperatormaychooseto'FORCE'he acousticlocation.
Whenthiscommandisused,thesystemprintsallthedatanecessary toensurethattheacousticdataisgoodand,therefore, thatthelocationdetermined fromitwillbedependable.
Thisdataontheoriginalfileincludesasensorbysensorreportofitscontribution tothelocationprocess.Inthefinalreport,onlythemostsignificant datafromthis'FORCE'ocation procedure isprinted:FORCEACOUSTICLOCATION~~~X5381Y~529.7DIF.SQ.~087OK?YThecomputerprintstheacousticlocationandasks"OK?".Theoperatorrespondswitha"Y"ifthelocationistobeusedtoupdatetheodometer.
ThefinalreportincludestheSCANlineswhichprecedeandfollowaFORCEoperation.
ThesecontainthesettingoftheodometerlocationbeforeandaftertheFORCEand,therefore, canbeusedtodetermine themagnitude ofthecorrection thatwasnecessary..
TheF.R.5/12/81-9IV.88 0
REPORT/18X,Yvaluesaretheacoustically determined coordinates andcorrespond tothescanlineX,Y.TheDIF.SQ.isthesquareddistancebetweentheodometer-andacoustic-determined locations.
Thiscangiveanideaofthemagnitude oftheshiftinlocations ItisnotusuallyapparentfromthedatawhytheFORCEwasnecessary, ie.whetherthecrawlerslipped,wasmovedbytheoperator, etc.Theadjustment doesnotaffecttheanalysisexceptwhendataforanindication wascollected beforeandaftertheFORCE0Thecomputercheckstoseeifthechangeinodometerreadingsbetweenscansisconsistent withthechangeinX,Ylocation.
Thischeckisnotdonewhenthesecondscanofapairisnumbered1.Ifanacousticlocationisforcedtoadifferent valueonscanN,theoldvalueisusedtocomparetoscanN-1andthenewvaluetocomparetoscanN+1.Ifthedifference isgreaterthan.9inches,thesystemprintsthemessage*****ODOMETER DISAGREES WITHCHANGEINLOCATIONONSCANnwherenisthesecondscanofthepair.Theprogrammayberunwithapatchtonotperformthischeckiftheirregularities havealreadybeennotedandaccounted for.FeRo5/12/8110IV.89 RAPPORT88AcousticLocationParameters X443720624370VELOCITYOFSOUND~0.1172LAGTIME~0.400DISTANCEC.F.~0.0000ACOUSTICLOCATIONTOLERANCE
~0.250CYLINDRICAL
: GEOMETRY, CIRCUMFERENCE
~SHELLCOURSE82THRESHOLD
~1518CRAWLERPULSERLOCATIONX~53868Y~REGION1SENSORGLOBAL8Y11196'30342195'30842.10383.60Whentheacousticlocationsystemisused,theabovelistofparameters willbeprinted.Theprimaryimportance ofthelisteddatadoesnotrelateto,thecurrentevaluation.
Thevaluesarelistedsincetheidentical valuesmustbeusedinlaterre-inspections forlocations,to bereproducable.
Thecircumference allows"wrap-around":
ifthecircumference is842.10,anindication atX841.9maycombinewithanindication atX~0.3~StesizeCommandsSETCRAWLERMOTORSTEPSIZESMALL~0.40~LARGE>0+75~e65UPPERLIMITT,ODoUNITS~80~75MAXIMUMALLOWABLE STEP,INCHES~08~MAXCHANGEDURINGSCAN,INCHES~005~8SCANS/ACOUSTIC LOC~5~orSETNOZZLESTEPSIZEINCHESSMALL~Oo40~LARGE~Oo70~o6BIGSTEP,ODOMETERUNITS~229~UPPERLIMIT,OD.UNITS~400~300MAXIMUMALLOWABLE STEP~DEGREES~12~le0MAXCHANGEDURINGSCAN,INCHES~0.05~Thesetypesoflinesareprintedwhenevertheoperatorsetsthedistancethecrawlerornozzleapparatus attemptstomovebetweenscans.Thesmallstepisattempted afterascanwheredatahasbeenseen.Thelargestepisattempted afterascanwherenodatawasseenTheUPPERLIMITisthelargestnumberofodometerunitsitmayattempttostepIfitstepslargerthantheMAXIMUMALLOWABLE, thesyst:emterminates therun.TheMAXCHANGEDURINGSCANisthemostthebugornozzleapparatus isallowedtomoveduringascan.TheBIGSTEPisthecurrentestimateofthenumberofodometerunitsforthelargerstepsize.
The"8SCANS/ACOUSTIC LOC"setsthemaximumnumberofscansbetweenacousticlocations.
IV.90F.Ro5/12/81-11 REPORT/18NOTE:Thecomputersystemusesthefollowing conventions foroperatorsettingofparameter values.Whentheappropriate setcommandisexecuted, thesystemprintsthecurrentvalueoftheparameter (eg.0.05inchesintheaboveexample)followedbyanequalssign.Thecurrentvalueisretainedifnooperatorentryismadeoranentryendinginaismade.Ifanewnumberisentered,thatvalueisthenusedfor.theparameter.
For.instance, theabovenozzlestepsizehasbeenchangedfrom0.70to6inches.Evaluation Parameters EVALUATION PARAMETERS:
VESSELMODE"orNOZZLEMODETSCAN,PSCANCLOCKWISE, orSCANNERbQKHSIONS:
PSCANCOUNTER-CLOCKWISE CALIBRATION LENGTH~30.00FULLSCALE~3000 VESSELLENGTH~3000FULLSCALE~3000PODUNITSPERINCH100.00orOFFSETS:x-20.74SCANNERSTEPSIZE~Oe050STEPTOLERANCE
~Oe020MINSEP~0.250100KDAC~100EVALUATION LEVEL~50WELDREFERENCE POIVaZ:X~532.61Y~388%4THICKNESS
~6~53SHELLCOURSE2CIRQDPRENCE
~795.69EVALUATION ANGLE:LAMINAR~100NONPLANAR~
100SURFACETOLERANCE'ISTANCE~
00000REPORTB.E.DATAATFULLB.E.AMPorREPORTB.E.DATAAT1/2B.E.AMPMAXIMUMBEXDACFOREVALUATION 15orEVALUATEALLB.E.DATATheabovelistcontainsallvalues,otherthanspecificUTchanneldata,thatarerequiredforpostprocessing rawdatafromtheinterimtape.Animportant featureoftheinspection systemcomputerprogramisthatoncetheabovelistofparameters hasbeenprinted,itisimpossible toalterthelistedvaluesThus,thelistspecifically definestheconditions underwhichanyinspection passwasperformed Ifaparameter valueneedschanging, theprogramautomatically printsthelistagainbeforeanyinspections canbestarted.Themode,VESSELorNOZZLE,islisted.Themodesettingnotonlyinfluences thewayinwhichthecomputerdrivesthehardware, butcausesthecalculation ofrelativeXandYvaluestochange(seeend-of-scan printoutdiscussion below).WithinNOZZLEmode,thereareTorPscans,clockwise orcounterclockwise.
Generally, theT,W,andBchannelsareonforaTscan,thenegativeanglePscanchannelsareonforaclockwise Pscan,andthepositiveanglePscanchannelsareonforacounterclockwise PscanTheBchannelisgenerally onlyonforbackechomonitoring onthePscans:itsflawgateisoff.IV.91F.R5/12/81-12 REPORT/38Thecalibration andinspection scannerarmLENGTHandFULLSCALEreadingareusedtocalculate thepositionofthetransducer packageonthearm.Intheaboveexample,thearmis30.0incheslongwithafullscalereadingof3000.Thisisequivalent totellingthecomputerthatachangeofoneencoderunitcorresponds toamovementofthepackageby0.01inches.TheSCANNERSTEFSIZEisthedistancethetranducer packageismovedbythescannerscrewbetweenUTdatasamplingwhensignificant dataisfound.Forexample,ifnosignificant dataisbeingreportedbytheUTtransducers, thescannerscrewmovesthetransducer packagec'ontinuously.
Assoonasonechannelseesasignificant reflection, thepackageisstoppedandallUTchannelspulsedatthatposition.
Thenthepackageismovedaccording totheSCANNERSTEPSIZEsetting(0.050intheexample),
stopped,andallUTtransducers pulsedagain.Thiscontinues untilap'osition isreachedwherenoneofthetransducers obtainsignificant reflections, atwhichtimethecontinuous motionisrestarted.
Thesteptolerance istheamountoferrorpossibleinthestepsize.
Thisvalueisrequiredbythecomputerforcalculating theabsolutemaximumvaluesthatareusedinseparating indications thatareneareachotherbutnottobeconsidered one.MINSEPistheminimumseparation betweenindications thatcanstillbeconsidered separatefromeachother.Thus,'heoperatorhasindicated intheaboveexamplethatanytworeflectors seenbyagivenUTtransducer thatarecalculated tobewithin0-25inchesofeachotheraretobeconsidered partsofasinglelargereflector including both.The100XDAClevelissetto100.Asexplained earlier,thissetting,causesthecalibration processtocalculate TCGparameters suchthattheamplitude obtainedateachofthecalibration blockholes(usually80orslightlyhigher)israisedtoequal100.Thismakestheamplitudes inthefinalreporteasytointerpret:
aprintedamplitude of34isequivalent to34XDACTheevaluation level,50K,istheoperator-set amplitude levelatwhichareflection istobeconsidered significant forthepostprocessed reportTherawdataontheoriginalfilesincludesdataforeachandeveryshearwaveUTpulsethathadatimecorrected amplitude equaltoorhigherthanthisvalueorelsethefinalreportwouldhavebeenaborted.InVESSELmode,theWELDREFERENCE POINTisapointselectedbytheoperator, usuallyaweldintersection.
Itisusedforcomputing therelativeXandYdistances asdescribed belowfortheend-of-scan printoutInNOZZLEmode,theXweldreference valueisthedistancefromtheF.R5/12/81>>13IV.92 REPORT/38centerofthenozzletothecenterline oftheweld(radialdistance)
~TheYvalueisnotused..THICKNESS isthevesselthickness.
Thisvalueisusedinindication evaluation forthetwoXOFTcolumnsintheend-of-scan
: printout, indetermining theallowedsizeofindications, andindetermining theSURFACEorSUBSURFACE natureofanindication inthefinalend-of-pass analysis.
Theshellcoursenumberisprintedbutnotusedforanalysis.
Thecircumference isasintheacousticlistandallowsindications tocrosstheX~Oline.Thelaminarevaluation angleisusedtodetermine whenanindication sightedbyaP,T,orWtypechannelistobeconsidered LAMINARItisLAMINARif(THROUGHWALLDEPTH)tan(LAMINAR ANGLE)>(INDICATION LENGTH)Theangleissetto10.0degreestocorrespond tothevaluestipulated inSectionXIofthecode.Thenonplanar evaluation angleisusedtodifferentiate betweenPLANARandNON-PLANAR indications.
Anindication isPLANARX(orY)if(INDICATION X(orY)LENGTH)tan(NONPLANAR ANGLE)(INDICATION Y(orX)LENGTH)TheSURFACETOLERANCE DISTANCEisincludedtoallowtheoperatortorespondtofutureclarifications oftheinspection code.SectionXIillustrates examplesofindications lyingnearthesurfacewhichareconsidered tobesemi-circular'his designation increases thesizeoftheindication' Itisnotclearfromthecodehownearthesurfacesuchanindication mustbebeforeitcanbeconsidered thesmallersemi-elliptical shape.Ifthisdistancewereknown,itcouldbeenteredastheSURFACETOLERANCE DISTANCEBysettingthisvalueto0.0,allsurfaceindications willbeconservatively designated bytheanalysisprocessasbeingsemi-circular unlesstheylieexactlyonthesurface.Thebasemetaldatamaybereported.
at1/2orfullbackechocorrected amplitude.
Ifthedatawascollected atfullbackechoamplitude, thepostprocessor willnotallo~reporting at1/2amplitude.
Thebasemetaldatamaybeanalyzedforallreportedreflectors, oronlyforthosereflectors whosebackechocorrected amplitude islessthanorequaltoacertainamount,15XDACinthisexample.IV.93F.R.5/12/81-14 I
REPORTk/8UTChannelDataUTQVJlNELDATA:SCANNERSEPoFACTOR~13CH0,ANGLE.XOFFSETY'FFSETBEGINSTOPMNBETSEPT5/4A2-45.0T&.802.612002060055-5.00Al~-01831A2~0.0000A3~1.2817A4~4.463A5~4.581Tl/2~711Bl~1~289B2~1~164B3~W.204B4~0.010B5~0.002T3/4~10673-60.0T0482.612002060078-600Al~00000A2~0.0916A3~1.1902A4~5.526A5~3.232Tl/2~979Bl1.156B21.067B3~W576B4~0.010B5~0.057T3/4~1501LiketheEvaluation Parameters described above,thesettingsfortheUTchannelscannotbealteredwithoutre-printing theabovetypeoflist.Thislistconsistsofallimportant valuesforeachofthechannelswhichisON,thatis,channelswhichwillbepulsedduringaninspection pass.Thescannerseparation factorisatranslation of1/2MINSEPintoscannerencoderunits,roundedup..Thus,withMINSEP~0.250and1encoderunit~0.01inches,theSCANNERSEP.FACTORequals.13.Thisvalueisusedindetermining whethertwoindications seenbyasinglechannelinascanshouldbecombinedduringend-of-scan processing.
Ifoneindication islocatedsuchthatitsmaximumscannerposition+1/2MINSEP(ie.13)overlapsasecondindication's minimumscannerposition-1/2MINSEP,thenthetwoindications arecandidates forcombination onthebasisofnearnessinthedirection ofscannermotion.Asdescribed belowforTSEP,thetwoindications mustalsomeetnearnessrequirements inthedepthmeasurement ThechannelnumberislistedundertheCH8column.ThechannelANGLEislistedwiththetypeofchannel:transverse (T),parallel(P),weldmetal(W),orbasemetal(B).Theactualvalueentered-forthechannelangleisnotusedinanyoftheimportant.
tothepostprocessor.
Therefore, theangleiscustomarily enteredasaniceroundvalueratherthantheactualbeamanglemeasuredbytheoperatorincompliance withSectionXZofthecodeTheXandYOFFSETSaredistances measuredfromthedesignated zeropointonthepackage.Thisinformation isrequiredfordetermining theexactlocationofthetransducer and,hence,theexactlocationofareflector seenbythetransducer.
F.R.5/12/81-15 REPORT/18ThevaluesforBEGINandSTOParetheencodervaluesbetweenwhichthespecified channelwillbepulsed.Thesevaluesaresetbytheoperatorinamannerwhichensuresthattherequiredvolumeofplateisinspected asrequiredbythecode.MNBEistheminimumbackechorequiredforaBtypechannel.Ifthesystemdetectsthatthebackechoamplitude reportedforaBtypechannelislessthanthevalueforMNBE,itstopsthetransducer package.Thesystemcontinues topulseonlytheBtypechanneluntilbackechoreturnsThismayoccurwhenmomentarily lostcouplantreturnsor,underoperatorcontroloftheBransonhardware, thelossofbackechocondition isoverridden.
Duringlossofbackecho,nodataistakenfromotherchannelsandthetransducer packagedoesnotmove.TSEPisameasurement, intimeunitsforthechannel;equalto1/2MINSEP.ThisisthusbasedontheA5valueforthechannelandisthedepthequivalent oftheSCANNERSEP.FACTORdescribed aboveforcombining indications attheendofascan.T5/4Aisthe5/4Tamplitude difference measuredbytheoperator.
TheAl,Bl.arelistedonlyinthefullreport,notthepartial.Thesearethevaluesusedinevaluating thetime,amplitude, depth,andpositionofareflector seenbythatchannel.II+THEINSPECTION StartUCommandsBEGINUTINSPECTION ANDCRAWLERMOTIONSEQUENCEEVALUATION LEVEL<<50KDACDISTANCE<<300SCANNINGLIMITS:LOW<<300HIGH<<2110WELD:BK-orBEGINUTINSPECTION ANDNOZZLEROTATION<<300EVALUATION LEVEL<<50XDACSCANNINGLIMITS:LOW30HIGH1800NOZZLELOCATIONX<<7'3Y<<170+25WELD:N4A-'nNOZZLEmode,the"NOZZLEROTATIONn"isimportant mainlyforthesignofn.,Theoperatormayoftenterminate therunbeforendegreesarecovered,butthesigntellsinwhichdirection rotationoccurred.
Apositivenumberindicates increasing degreesandnegativeindicates decreasing.
IV.95F.R.5/12/81-16 I~
REPORT/l8Forinstance, if+300wasentered,thefirstazimuthreadingwas355.4degrees,andthelastazimuthwas181.1,theareaat50degreeswascovered,butthatat250wasnot.InVESSELmode,theDISTANCEhasnosignificance exceptforthesign,whichindicates thedirection oftravel.Apositivedistanceindicates thecrawlerwastraveling forwards; anegativedistanceindicates itwastraveling backwards TheEVALUATION LEVELissetduringpostprocessing andmustbegreaterthanorequaltothetestlevel.Theweldtestedi'slistedThenozzlelocationislisted.ThescanninglimitsarelistedonthefirstBEGINofaseriesconnected by'CONTINUE?
Y'soriftheyhavechangedsincethelastBEGIN.Thescanlimitsgivetherangeoftravelforthepackage,independent ofthepulsinglimitsofthechannelsThescanlimitsaretheattempted endpoints ofthescan.Thepackagemayactuallyscanfurtheruporlowerdown-thanthesenumbersInthepartialreport,thesenumbersarenotprinted.Combinedwiththechanneloffsetsandpulsinglimits,andthescanpositions (X,YandAZIMUTH),
theydetermine theareaofcoverage.
Theindication numberforpostprocessing issetautomatically andmaynotma'tchtheoriginalnumbers'can LinesSCAN82.AZ~180'ODOM~3482X~5442Y~383'orSCAN82AZ~134.4ODOM~2561Thefirstandlastscanlineofanyrun'realwaysprintedonafullreportInNOZZLEmode,thescanlinegivesthescannumber,theazimuthreadingindegrees,andtheodometerreading.VESSELmodeliststhescannumber,azimuthreadingindegrees,odometerreading,andtheXandYlocation.
Thusitispossibletodetermine theextentoftheinspection foragivenpassbylookingatthebeginning andendingnozzleapparatus orcrawlerpositions.
Theazimuthisthe=angle ofthescannerscrew.ForVESSELmode,0degreesiswiththescannerhorizontal andthecrawlerheadingupthevessel.ForNOZZLEmode,0degreesiswiththescannerhorizontal andtotherightofthenozzle.Anglesincreaseintheclockwise direction.
InVESSELmode,theazimuthmaybeusedtodetermine theangleofthescannerarmonly,nottodetermine direction traveled.
ThisisdonewiththeFREEZEAZIMUTHcommand,wheretheoperatorsetstheazimuthvaluetobeused.FROZENiswrittenaftertheAZ'reading'V.
96F.R.5/12/81-17 REPORTj/8onthescanlines.Scanlinesaroundaforcedacousticlocationareprintedsinceadiscontinuity inlocationreadingsmayhaveoccurred.
Also,ifscannumbersareoutoforder,themessage"SCANNUMBEROUTOFSEQUENCE" isprintedThismayindicatethatsomescanlinesaremissingbutdoesnotnecessarily meanthatdatahasbeenlost.Sometimes therewillbemorethanonescan01;thisoccurswhenonerunisterminated andthenextbegunatthesameplace,inthesamedirection, withoutanygaps.Insuchacase,the"ENDOFPASS"and"BEGIN"linesareremovedfrombetweenthetworunsduringpostediting.Theline"+END/BEGIN DELETED".
maybeinserted.
Set>>updatamayalsoberemovedfrombetweenrunsifnoparameter valueswerealtered.End-of-Scan Processin SectionXIofthecodespecifically requirescertaindatatoberecordedfor.eachscanbyatranducer whichrevealssignificant reflectors-Thesereportsconstitute thebulkofthefinalreportformanywelds.Ztisunfortunate thatSectionXy~reuiresthisdatasinceitisintendedmainlyasanecessary steptobetakeninamanuaiinspection processwhereevaluation andfurtheranalysisisnotperformed duringthetest'herefore, itwillbefoundthatstudyoftheend-of-scan reportsofferslittleinformation relevanttoevaluation ofindications Thecoderequirestwokindsofprintout.
Thefirstoftheseisforshearwaveanalysis:
MAXAMPLITUDE IDiOXDACDEPRELXRY/AZ419813~7308~7546984.0309.155.565393085560-50XDACDEPRELXRY/AZ3.9309.454-641309955.540308.7560+50XDACDEPRELXRY/AZ3.7307F754.64.1308.855537307.956.0XOFTDEPSDEP2.448~80.446.73748moTheaboveend-of-scan printoutforanindication isforP,T,andWtypechannelsThechannelandindication numbersareintheOandIDPcolumns.Intheexampleabove,indication 19wasobservedonthreesuccessive scansasindicated bythethreelinesofdatawithoutadditional channelorindication numbervaluesThatis,whenoneindication isbuiltfromseveralscans,thechannelandindication numbersarenotrelisted.
Theinformation oneachlinecorresponds tothedatacalledforbySectionXIofthecodeandillustrated inthesampletableinsectionI-6330.InVESSELmode,RELXandRY/AXaretheXandYdistances, ininches,fromtheweldreference point.InNOZZLEIV.97F.R.5/12/81-18 0
REPORTjj8mode,RELXisthedistancebetweenthegivenpointofthereflector andtheweldline.RY/AZistheazimuthoffsetfrom0degreestothegivenpointofthereflector.
0degreesishorizontal andtotherightofthenozzle,andanglesincreaseintheclockwise direction.
DEPisthedepthofthegivenpointinbothVESSELandNOZZLEmodesRELX,RY/AZ,andDEParerecordedwheretheZDACwashighest(MAXAMPLITUDE columns),
whenitfirstreachedthetestlevel(-50XDACcolumns),
andwhereitlastreached(fellbelow)thetestlevel(+50XDACcolumns).
Itwillbenotedthattheend-of-scan printoutdiffers.fromthesampletableinsectionI-6330inthatitcontainsRY/AZcolumnsforallthreerecording positions ratherthan)ustfortheMAXAMPLITUDE positionThisisnecessary becausethecomputercalculates andreportstheRELXandRY/AZpositions oftheactualindication whichmaychangeinbothvaluesThetableinsectionI-6330recordsonlythelocationofthetransducer whichdoesnotchangeintheRY/AZvaluefromonesetofcolumnstothenext.Thethelasttwocolumnslistthedepthasapercentofthickness (DEP)andthedistancefromsurfaceasapercentofthickness (SDEP)~IThesecondtypeofend-of-scan printoutisfortheBtypechannels.
Thecodespecifically requiresthatcertaindataberecordedforevertransducer ositionforwhichtheindication amplitude equalsorexceedsthebackechoamplitude:
CHdBETBEAITIARELXRY/AZDEPSCNR90028315503962.233168690028322503.862'3.3169895931328418503.762.2331707ForBtypechannels, thedatarequiredinsectionI-6420(a) isincludedintheend-of-scan printout.
EachpulseyieldingdatawithaZDACatleastashighastheevaluation levelorthebackecholevelliststhechannelnumber,backechotimeandamplitude (BETandBEA),andindication timeandamplitude (ITandIA).Ifdataistobereportedat1/2B.E.amplitude, thepulsesneedonlybeatleast1/2thebackechoamplitude.
RELXandRY/AZareasfortheP,T,andWtypeprintout.
Thedepthininchesandthescannerpositioninencoderunitsfollow.IV.98F.R.5/12/81-19  
.!'
.!'
REPORT//8DataBridesCONTINUE?YorCONTINUE?NInpost,processing,attheendofarun,alinewillquery"CONTINUE?".A"Y"answermeansthecurrentdatawillbecombinedwithdatafromthenextrun,evenifacalibrationrecheckliesbetweenthem.Theindicationnumberwillnotbereset.A"N"answermeanstheUTinspectiondata,ifany,willbeprintedout,withitsfinalcombinationsandevaluations.Thebridgebetweenrunsisnecessarywhenseveralrunsweremadeto.completeasingleinspectionpassbuttherunscannotbecombinedinawaysothatthedatasimulatesacontinuousrun.Thisismaybeduetoarecheckinthemiddleoftherun,orcombining-runsfromdifferentdays,whichmeansdifferentchannelparameterswillbeusedItmayalsobeduetorunningfirstinthepostivedirection,thenthenegativetocoverbothhalvesofanozzle(ie.runsof0degreesto180degreesand360degreesto181degrees).Theresultofthe'CONTINUE?Y'sthatthecomputerwillstillcombineanyindicationdataobtainedatoverlappoints(ie.at0degreesand180degrees).Atevery'CONTINUE?N'herewillbeprintedonfullreportsAVERAGESTEPSIZE~x.xxMAXIMUMSTEPSIZE~y.yyWherex.xxandy.yyareindegreesforNOZZLEmodeandininchesforVESSELmode.Thesegivetheaverageandmaximumstepsforallthescanscombinedforthisevaluation,exceptthatanystepbeforeascannumbered1isignored.InVESSELmode,thestepiscalculatedfromtheodometerreadingsonthescanlinesand,translatedtoinchesusingthe80DOMETERUNITS/INCHLAMINAR/PLANARCombingtionsLAMINARINDICATIONSJOINiNGPLANARINDICATIONSCH8LAMINARO'LANAR8DISPOSITION123125LAMINARindicationsmayappearwhicharesoclosetoPLANARindicationsthat,hadtheybeenPLANARtoo,theywouldhavecombinedTheseLAMINARindicationsandthenearbyPLANARonesarelistedbychannelandindicationnumber.Aspaceisleftforaqualifiedoperatortofillinanevaluationofthepossiblecombination.IV.99P.R.5/12/81-20 REPORT88IndicationCombinationPrintoutINDICATIONCOMBINATIONSCH8INDITHINXHAXXMINYHAZY419SN325t3432?e44608m74610e164104L311.01331.22653.7265372105L332.06332.0665287652t874104L331.01332.06652.87653.72524SY24432244.4419898199.8726SY244.53244.63198021983524SMY24432244.63198.02199.8727SN245.22245.53198.74199.95524SN244.32245.5319802199.95DMIN3'24.093?43.745.756215.?55.61561DMAX4.104.093.744.096426.416.426.506.50Theindicationcombinationsprintouthasonei1ioithfiIindicationnumbersdurinthbenareport:toaccountfoxthedsxeisappearanceofurngtecombinationprocess.Thefirst1inebelovtheheadercontainsthedatafidiioFohobiicornnationthatismthdtforthidiine.efirstoftheseheadtt~ltencatontobecombinedwiththeThenextlinecontainsdataforthesaaortheresultantcombinedindication.Iftherearemorecombinationsfor,thehlibeginswiththechannelnumbeenallcombinationsarecomplete,thelinennenumerinsteadoftheaxrowsymbol,.Intheexamplesabove,indications104and105wthresulthavingthelowerindicatiumr(o)oftvo.shovnonthelastlifand27verecombinedinntoindication24,ascombinationsresltdineotheexamle.Inp.thislastcase,the(tvoSUBSURFACEPLANARuenafinalindicationtionvithanalteredtypeSUBSURFACEMULTIPLEPLANYindicationsfifurthercombinationwithSUBURFNON-ARY,thenthiscombinedinndicationhadaSUBSURFACENON-PLANARindication)Thesystemdoesnotcombinetvoindicationsthencindicationsareflaggedthenthesstgg,thesystemprformsteactualnombinationsdonotleadtocombinationsIndicationcombinationsaregivenforthePTindicationsAfterthh1e,T,andVtypechannelsymbols)thetypfidecannelandindicatteonicationislistedinthtionnumbers(orarrowmaincatagoriesaxePLANARX(X)ntheTcolumn.TheX),PLANARY(Y),NON-PLANAR(N),andF.R.5ll2/81-21lV.100 REPORTf38LAMINAR(L).PLANARXandYaresubdividedasMULTIPLEPLANARXorY(MXorMY),PARALLELPLANARXorY(PXorPY),and,athirdcategorywheredistinguishing~iTIPLEfromPARALLELPLANARXorYisimpossiblebythecomputer(*Xor*Y).PLANARandNON-PLANARarefurtherrefinedbytheprefixedclassificationsOUTERSURFACE(0),INNERSURFACE(I),andSUBSURFACE(S)~Theminimumandmaximum-X,Y,anddepthvaluesaregivenininches-COPLANARCombinationsCOPLANARXCOMBINATIONSCHPIND.0S'INXMAXXMINY478118.3411874554.99134713118.7411923554.99555.323.27****SUMA/TXAVoALLOW/TXEVAL556.'39361.3.63OverlappingPLANARindicationsareexaminedbytheprogramtoseeiftheircombineddepthsarewithinthelimitsdescribedinsectionIWB-35111(c)andfigureIWB-3514.1oftheDecember,1975editionofthecode.Theprocessoccursaftertheindicationshavebeencombinedbutbeforethefinalevaluation.,Thealgorithmusedisdescribedelsewhere.ThePLANARXcombinationsarechecked,thenPLANARYcombinations.Ineachcase,ifanycombinationsarefound,thechannelnumberislistedfollowedbytheindicationnumbersOnly2indicationnumbersarelistedperline,sosomeindicationnumbers,like13above,maybelistedwithouttheotherinformation,onthefollowinglines.TheXandYboundariesoftheoverlappedareaaregiven,followedbyitsvalueandallowedvalue.AsterisksappearinthelastcollumnifthevalueisnotlessthantheallowedvalueIndicationEvaluationTableFINALEVALUATIONTABLECHINDITMINXMAXXMINYMAZY419SN32530327.40608.7061010DMIN3.604104L331.00332.0065280653703.70DMAXVALALLOWEDEVAL4.103.103.0****3103.44.100.923.1Thefinalevaluationtableissimilartothecombinationstable,withtheevaluationinformationadded.Indicationsfromallchannelsarelisted;LAMINARindicationsfallattheend.IndicationsarelistedsothatthoseneareachotherinXorYF.R.5/12/81-22 REPORT/38locationareneareachotheronthelist.IntheVALcolumnisthecalculatedinspectionvaluefortheindication(i.e.A/TXforPLANARandNON-PLANARindications,AREAforLAj3INAR).TheALLOWEDcolumngivestheallowedvalues,interpolatedfromthetableslistedatthebeginningofthereport.XandYprojectionsareevaluatedseparatelyforNON-PLANARindications,withtheXevaluationonthefirstlineandtheYonthesecond.Thefinalcolumnisleftemptyiftheindicationiswithintheallowedlimit.Fourasterisksareprintedotherwise.Theasterisksmeanthatthecomputer'sevaluationofthedatayieldsanindicationwhosesizeandlocationexceedstheallowablevalues;itdoesnotim1thattheindicationisnotallowablebthecode.Indicationswithasterisksrequirefurtherevaluation:eitherexplanationofthedata(suchasoperatorknowledgethatabracketorbeveledweldcausedspuriousdatatobeobtainedbythecomputer)orre-investigationoftheareainquestionusingstandardmanualUTscanningtechniquesThelatterapproachisrequiredsinceSectionXIofthecodewasdesignedforanalysisofmanuallyobtaineddata.Thecomputerismuchmorediligentandpreciseinitsdatacollectionthanishumanlypossibleand,thus,itsevaluationswillingeneralexceedthoseobtainedbymanualscanning.ENDOFPASSThisisprintedafterallindicationevaluationshavebeenprinted'Iftherewerenoindications,ENDOFPASSistheonlylineprintedIV.102F.R.5/12/81-23 REPORT//8LonPrintoutsofIndications)INDICATIONCOMMANDS:PRINTINDICATION:BN&019INDICATIONREPORT:CURRENT-BN&019UTCHANNEL4INDP:19CLASSIFICATION:SUB-SURFACENON-PLANARCHARACTER:(X)ELLIPTICAL(Y)ELLIPTICALLOCATION:MINX~325.3MINY~608.7MINDEP~3.6MAXX~327.4MAZY~610.1MAXDEP~4.1EVALUATION:AXISALA/LA/TXALLWLOWHZGH(X)0242.150.113103.0(0.1012.9)(015,32)~*INDICATIONREQUIRESFURTHEREVALUATION***(Y)0.241-410173'03'(0.15,3.2)(0.2036)NOFURTHEREVALUATIONNECESSARYINDICATIONREPORT:HISTORIC-BN&019~~~~~Ifanindicationrequiresfurtherevaluation,thepostprocessoroperatormayelecttoprintalongformversionofthedatacontainedintheEvaluationTabledescribedabove.Thismaybedonebyacommandissuedinthemiddleofthereportwhichprintsspecificindications,oracommandbeforethereportwhichprintsallindicationsrequiringfurtherevaluation.Theprintoutcoversonepageandcontainsthesameinformationaswasintheevaluationtable,withmoredetailsThetwosections,currentandhistoric,containidenticalinformationforthebaselineexaminationTheUTchannelandindicationnumbersarelistedfirst,followedbytheX"andYcharacter:CIRCULAR,SEMI-CIRCULAR,ELLIPTICAL,SEMI-ELLIPTICAL,orLAMINAR.TheminimumandmaximumX,Y,anddepthvaluesarelisted.PLANARandNON-PLANARindicationslistvaluesforA,L,A/L,A/TX,andtheallowedvalue(ALLW).TheA/LandA/TXvaluesusedforF.R.5/12/81-24IV.103  
REPORT//8DataBridesCONTINUE?
YorCONTINUE?
NInpost,processing, attheendofarun,alinewillquery"CONTINUE?".
A"Y"answermeansthecurrentdatawillbecombinedwithdatafromthenextrun,evenifacalibration recheckliesbetweenthem.Theindication numberwillnotbereset.A"N"answermeanstheUTinspection data,ifany,willbeprintedout,withitsfinalcombinations andevaluations.
Thebridgebetweenrunsisnecessary whenseveralrunsweremadeto.completeasingleinspection passbuttherunscannotbecombinedinawaysothatthedatasimulates acontinuous run.Thisismaybeduetoarecheckinthemiddleoftherun,orcombining
-runsfromdifferent days,whichmeansdifferent channelparameters willbeusedItmayalsobeduetorunningfirstinthepostivedirection, thenthenegativetocoverbothhalvesofanozzle(ie.runsof0degreesto180degreesand360degreesto181degrees).
Theresultofthe'CONTINUE?
Y'sthatthecomputerwillstillcombineanyindication dataobtainedatoverlappoints(ie.at0degreesand180degrees).
Atevery'CONTINUE?
N'herewillbeprintedonfullreportsAVERAGESTEPSIZE~x.xxMAXIMUMSTEPSIZE~y.yyWherex.xxandy.yyareindegreesforNOZZLEmodeandininchesforVESSELmode.Thesegivetheaverageandmaximumstepsforallthescanscombinedforthisevaluation, exceptthatanystepbeforeascannumbered1isignored.InVESSELmode,thestepiscalculated fromtheodometerreadingsonthescanlinesand,translated toinchesusingthe80DOMETER UNITS/INCH LAMINAR/PLANAR CombingtionsLAMINARINDICATIONS JOINiNGPLANARINDICATIONS CH8LAMINARO'LANAR8DISPOSITION 123125LAMINARindications mayappearwhicharesoclosetoPLANARindications that,hadtheybeenPLANARtoo,theywouldhavecombinedTheseLAMINARindications andthenearbyPLANARonesarelistedbychannelandindication number.Aspaceisleftforaqualified operatortofillinanevaluation ofthepossiblecombination.
IV.99P.R.5/12/81-20 REPORT88Indication Combination PrintoutINDICATION COMBINATIONS CH8INDITHINXHAXXMINYHAZY419SN325t3432?e44608m74610e164104L311.01331.22653.7265372105L332.06332.0665287652t874104L331.01332.06652.87653.72524SY24432244.4419898199.8726SY244.53244.63198021983524SMY24432244.63198.02199.8727SN245.22245.53198.74199.95524SN244.32245.5319802199.95DMIN3'24.093?43.745.756215.?55.61561DMAX4.104.093.744.096426.416.426.506.50Theindication combinations printouthasonei1ioithfiIindication numbersdurinthbenareport:toaccountfoxthedsxeisappearance ofurngtecombination process.Thefirst1inebelovtheheadercontainsthedatafidiioFohobiicornnationthatismthdtforthidiine.efirstoftheseheadtt~ltencatontobecombinedwiththeThenextlinecontainsdataforthesaaortheresultant combinedindication.
Iftherearemorecombinations for,thehlibeginswiththechannelnumbeenallcombinations arecomplete, thelinennenumerinsteadoftheaxrowsymbol,.Intheexamplesabove,indications 104and105wthresulthavingthelowerindicatiumr(o)oftvo.shovnonthelastlifand27verecombinedinntoindication 24,ascombinations resltdineotheexamle.Inp.thislastcase,the(tvoSUBSURFACE PLANARuenafinalindication tionvithanalteredtypeSUBSURFACE MULTIPLEPLANYindications fifurthercombination withSUBURFNON-ARY,thenthiscombinedinndication hadaSUBSURFACE NON-PLANAR indication)
Thesystemdoesnotcombinetvoindications thencindications areflaggedthenthesstgg,thesystemprformsteactualnombinations donotleadtocombinations Indication combinations aregivenforthePTindications Afterthh1e,T,andVtypechannelsymbols)thetypfidecannelandindicatteonicationislistedinthtionnumbers(orarrowmaincatagories axePLANARX(X)ntheTcolumn.TheX),PLANARY(Y),NON-PLANAR (N),andF.R.5ll2/81-21lV.100 REPORTf38LAMINAR(L).PLANARXandYaresubdivided asMULTIPLEPLANARXorY(MXorMY),PARALLELPLANARXorY(PXorPY),and,athirdcategorywheredistinguishing
~iTIPLEfromPARALLELPLANARXorYisimpossible bythecomputer(*Xor*Y).PLANARandNON-PLANAR arefurtherrefinedbytheprefixedclassifications OUTERSURFACE(0),INNERSURFACE(I),andSUBSURFACE (S)~Theminimumandmaximum-X,Y,anddepthvaluesaregivenininches-COPLANARCombinations COPLANARXCOMBINATIONS CHPIND.0S'INXMAXXMINY478118.3411874554.99134713118.7411923554.99555.323.27****SUMA/TXAVoALLOW/TXEVAL556.'39361.3.63Overlapping PLANARindications areexaminedbytheprogramtoseeiftheircombineddepthsarewithinthelimitsdescribed insectionIWB-35111(c)andfigureIWB-3514.1 oftheDecember, 1975editionofthecode.Theprocessoccursaftertheindications havebeencombinedbutbeforethefinalevaluation.,
Thealgorithm usedisdescribed elsewhere.
ThePLANARXcombinations arechecked,thenPLANARYcombinations.
Ineachcase,ifanycombinations arefound,thechannelnumberislistedfollowedbytheindication numbersOnly2indication numbersarelistedperline,sosomeindication numbers,like13above,maybelistedwithouttheotherinformation, onthefollowing lines.TheXandYboundaries oftheoverlapped areaaregiven,followedbyitsvalueandallowedvalue.Asterisks appearinthelastcollumnifthevalueisnotlessthantheallowedvalueIndication Evaluation TableFINALEVALUATION TABLECHINDITMINXMAXXMINYMAZY419SN32530327.40608.7061010DMIN3.604104L331.00332.0065280653703.70DMAXVALALLOWEDEVAL4.103.103.0****3103.44.100.923.1Thefinalevaluation tableissimilartothecombinations table,withtheevaluation information added.Indications fromallchannelsarelisted;LAMINARindications fallattheend.Indications arelistedsothatthoseneareachotherinXorYF.R.5/12/81-22 REPORT/38locationareneareachotheronthelist.IntheVALcolumnisthecalculated inspection valuefortheindication (i.e.A/TXforPLANARandNON-PLANAR indications, AREAforLAj3INAR).
TheALLOWEDcolumngivestheallowedvalues,interpolated fromthetableslistedatthebeginning ofthereport.XandYprojections areevaluated separately forNON-PLANAR indications, withtheXevaluation onthefirstlineandtheYonthesecond.Thefinalcolumnisleftemptyiftheindication iswithintheallowedlimit.Fourasterisks areprintedotherwise.
Theasterisks meanthatthecomputer's evaluation ofthedatayieldsanindication whosesizeandlocationexceedstheallowable values;itdoesnotim1thattheindication isnotallowable bthecode.Indications withasterisks requirefurtherevaluation:
eitherexplanation ofthedata(suchasoperatorknowledge thatabracketorbeveledweldcausedspuriousdatatobeobtainedbythecomputer) orre-investigation oftheareainquestionusingstandardmanualUTscanningtechniques ThelatterapproachisrequiredsinceSectionXIofthecodewasdesignedforanalysisofmanuallyobtaineddata.Thecomputerismuchmorediligentandpreciseinitsdatacollection thanishumanlypossibleand,thus,itsevaluations willingeneralexceedthoseobtainedbymanualscanning.
ENDOFPASSThisisprintedafterallindication evaluations havebeenprinted'Iftherewerenoindications, ENDOFPASSistheonlylineprintedIV.102F.R.5/12/81-23 REPORT//8LonPrintouts ofIndications
)INDICATION COMMANDS:
PRINTINDICATION:
BN&019INDICATION REPORT:CURRENT-BN&019UTCHANNEL4INDP:19CLASSIFICATION:
SUB-SURFACE NON-PLANAR CHARACTER:
(X)ELLIPTICAL (Y)ELLIPTICAL LOCATION:
MINX~325.3MINY~608.7MINDEP~3.6MAXX~327.4MAZY~610.1MAXDEP~4.1EVALUATION:
AXISALA/LA/TXALLWLOWHZGH(X)0242.150.113103.0(0.1012.9)
(015,32)~*INDICATION REQUIRESFURTHEREVALUATION***
(Y)0.241-410173'03'(0.15,3.2)
(0.2036)NOFURTHEREVALUATION NECESSARY INDICATION REPORT:HISTORIC-BN&019~~~~~Ifanindication requiresfurtherevaluation, thepostprocessor operatormayelecttoprintalongformversionofthedatacontained intheEvaluation Tabledescribed above.Thismaybedonebyacommandissuedinthemiddleofthereportwhichprintsspecificindications, oracommandbeforethereportwhichprintsallindications requiring furtherevaluation.
Theprintoutcoversonepageandcontainsthesameinformation aswasintheevaluation table,withmoredetailsThetwosections, currentandhistoric, containidentical information forthebaselineexamination TheUTchannelandindication numbersarelistedfirst,followedbytheX"andYcharacter:
: CIRCULAR, SEMI-CIRCULAR, ELLIPTICAL, SEMI-ELLIPTICAL, orLAMINAR.TheminimumandmaximumX,Y,anddepthvaluesarelisted.PLANARandNON-PLANAR indications listvaluesforA,L,A/L,A/TX,andtheallowedvalue(ALLW).TheA/LandA/TXvaluesusedforF.R.5/12/81-24IV.103  
)
)
REPORT/38interpolationsrelistedmithinparenthesesintheLOPandHIGHcolumns.Thesevaluesaretakenfromtheevaluationtableatthebeginningofthefinalreport.LhNINARindicationreportsliattheindicationlengthsSntheXandYdirections(LXandLY),thetruecalculatedarea{RECT),thesd5ustedareastipulatedbythecode(AREA),'andtheinterpolatedillovedareaNoad)ustmentoftheRECTasallottedbytheMinterof1975codehasbeenmadeandsothevaluealwaysequalstheAREA."***lNDICATIONREQUIRESFURTHEREVALUATION*+*"Ssprintediftheindicationexceedstheallottedlimitinthatpra)ection(XorY).Asdiscussedabove,thisismerelyasignthatadditionalstandardevaluationisrequiredandinnovayimpliesunacceptabilityoftheindicationatthispoint."NOFURTHEREVALUATIONNECESSARY"SsprintedSfthevaluesarsSnboundsDuringpostpracessing,onlyindicationshavingatleastonepro)ectionrequiringfurtherevaluationveraselectedforthelongformevaluationprintout.III'ENERALITEHSCOKED:XXXXXXOccasionally,contentsarevrittenSnthereport,eitherbytheoperatorinthefield,arduringpost,editing,taexplainchangesmade.CommentsmadeSnthefieldstartvith"COHERENT:.";those,madeduringpostedittiugusuallybeginvithanasteriskorsdashAfev"p"smayappearintheprintout,usuallyattheendornearcommentsThesearefigmentsofthepastprocessingsystemandhavenoimportanceOccasionally,tableheadersappearininappropriateplaces,eg.atthebottomofapage,viththetableheadlessonthenextpageThisisduetothefactthatthepostprocessormustrelyanthelayout.ofthedataontheoriginaLtapeand,insomeinstances,thiccausestableheadersvhichfaLLatinopportuneplacesilMOTE:or,*NOTE:Notesmaybeinsertedduringpostediting,raferenci'nga"separatesheet'ofexplanatins.Thismaybeusedinsteadofanin-linecommentwhichmightbelengthyorrepetitious:severalnotesmsyreferencethesameexplanationThenoteIDvillbefollavedbyaIV.104  
REPORT/38interpolation srelistedmithinparentheses intheLOPandHIGHcolumns.Thesevaluesaretakenfromtheevaluation tableatthebeginning ofthefinalreport.LhNINARindication reportsliattheindication lengthsSntheXandYdirections (LXandLY),thetruecalculated area{RECT),thesd5ustedareastipulated bythecode(AREA),'andtheinterpolated illovedareaNoad)ustment oftheRECTasallottedbytheMinterof1975codehasbeenmadeandsothevaluealwaysequalstheAREA."***lNDICATION REQUIRESFURTHEREVALUATION*+*"
Ssprintediftheindication exceedstheallottedlimitinthatpra)ection (XorY).Asdiscussed above,thisismerelyasignthatadditional standardevaluation isrequiredandinnovayimpliesunacceptability oftheindication atthispoint."NOFURTHEREVALUATION NECESSARY" SsprintedSfthevaluesarsSnboundsDuringpostpracessing, onlyindications havingatleastonepro)ection requiring furtherevaluation veraselectedforthelongformevaluation printout.
III'ENERALITEHSCOKED:XXXXXXOccasionally, contentsarevrittenSnthereport,eitherbytheoperatorinthefield,arduringpost,editing,taexplainchangesmade.CommentsmadeSnthefieldstartvith"COHERENT:.";
those,madeduringpostedittiugusuallybeginvithanasteriskorsdashAfev"p"smayappearintheprintout, usuallyattheendornearcommentsThesearefigmentsofthepastprocessing systemandhavenoimportance Occasionally, tableheadersappearininappropriate places,eg.atthebottomofapage,viththetableheadlessonthenextpageThisisduetothefactthatthepostprocessor mustrelyanthelayout.ofthedataontheoriginaLtapeand,insomeinstances, thiccausestableheadersvhichfaLLatinopportune placesilMOTE:or,*NOTE:Notesmaybeinsertedduringpostediting,raferenci'ng a"separate sheet'ofexplanatins.
Thismaybeusedinsteadofanin-linecommentwhichmightbelengthyorrepetitious:
severalnotesmsyreference thesameexplanation ThenoteIDvillbefollavedbyaIV.104  
'
'
REPORT88pagenumber,time,anddate.Theserefertothepage,time,anddatelistedonthelastpagereadbeforethenote.Thisistohelpthe'eaderrelatethenotetoeventsshownontheoriginalprintoutoftherun.ThePostEditorandProcessoraresettoalwaysprintnotesstartingwithanasterisk,andonlyprintnotesstartingwithadashonfullreports.Thesechoicesmaybealteredduringpostediting..F.R.5/12/81-26IV.105  
REPORT88pagenumber,time,anddate.Theserefertothepage,time,anddatelistedonthelastpagereadbeforethenote.Thisistohelpthe'eader relatethenotetoeventsshownontheoriginalprintoutoftherun.ThePostEditorandProcessor aresettoalwaysprintnotesstartingwithanasterisk, andonlyprintnotesstartingwithadashonfullreports.Thesechoicesmaybealteredduringpostediting..
F.R.5/12/81-26IV.105  
~'
~'
Pageof131/12/82INllLi1AIION4$IIHCIINOllell~NOOITINONSECTIONVRECORDABLElNDlCATlONLISTProjectSUSUEHANNAUNIT/J1BACategory325(M)2ProcedurelSl'DA39()Rev.SystemIdentificationNumberDataCalibrationSheetNo.SheetNo.IndicationDescriptionRPVIRCUMFERENTIALDSAC('A)AD(A)AC394027,28.2930SotIndicatioSotdVONGITUDINALLDSBAABA(M)BA47205020462045SotIndicationsBC(A)BC(M)205220452BC47,4916SpotIndicationsSpotIndicationsBD(A)BD441SotIndicationBG(A)BG3711SpotIndicationBJ(A)362SotIndicationsSS.I2744060V.1GEIIERALOIELECTRIC GENERRLELECTRICPOSTPROCESSOR=VERSION3-REV.?.SUSQUEHRNNRIMELDRCEVRLURTIGNLEVEL=501DRCVELOCITYGFSOUND=0.1164LRGTIME=1.000DISTFINCEC.F.=0.0000RCOUSTICLOCRTIQNTOLERRNCE=0.250CYLINDRICRtGEOMETRYrCIRCUMFERENCESHELLCOURSE:3THRESHGL'D'961CRRMLERPULSERLGCRTIGNX=0.00YRESIGN3.SENSORGLGBRLX~"Y:~118520.392"380.67617"499;?43356.796sr3r'1501.647477.5168150.949462.15651581.555373.116616103.545377.676714.781.748478.5968-9219.?43478.8369-:~"~7'8.270485376'1"0"~13"717.340466.3561312611.356479.9761+10364.660480.816TRBLEIMB-3510RLLQMRBLEPLRNRP.INDICRTIQNSRSPECTSURFRCESUBSURFRCERRTIQ-INDICRTEGNSIHDECRTIGNSRrL=-~RrT>r.Ri'Tr80.001.88.2.320.052-.002~420.10?.182.610.152.422~910-202.713.250.253.083.680.303.484.130~353.48.4630.40.3.48=5.240.45'---:=3'."48"5.860.50-'~"3.48651'"TRBLEIMB-3520.2RLtOMRBLELRMENRR-INDICRTIQNSCOMPONENTTHECKNESSLRMIHRRRRER.--'>>')-IN,-'-.*-~Rw:SQIN;r.5+I/,.*'e*.err-,rr.=1Pdi'3Mr.A.".'i,p~~,a8r20''10'012,$0EVRLURTEQNPRPRMETEPSVESSELMODESCRNNERDIMENSIONS=V.2  
Pageof131/12/82INllLi1AIION 4$IIHCIINOllell~NOOITINONSECTIONVRECORDABLE lNDlCATlON LISTProjectSUSUEHANNAUNIT/J1BACategory325(M)2Procedure lSl'DA39()Rev.SystemIdentification NumberDataCalibration SheetNo.SheetNo.Indication Description RPVIRCUMFERENTIAL DSAC('A)AD(A)AC394027,28.2930SotIndicatio SotdVONGITUDINAL LDSBAABA(M)BA47205020462045SotIndications BC(A)BC(M)205220452BC47,4916SpotIndications SpotIndications BD(A)BD441SotIndication BG(A)BG3711SpotIndication BJ(A)362SotIndications SS.I2744060V.1GEIIERALOIELECTRIC GENERRLELECTRICPOSTPROCESSOR=
,~0 PRGE000280DEC1019-'58-48SUSQUEHRHHRIWELDRCOF0CRLIBRRTIGHLEHGTH=36-.00FULLSCRLE=3600VESSELLENGTH=30.00FULLSCRLE=3000QD.UNITSPEP.INCH=100.00-SCRHHER-STEPSIZE=0.050STEPTOLERRHCE=0.020l'IIHSEP=0.250100'RC=100EVRLURTIGNLEVEL=50WELDPEFEREHCEPOINT-X=558.48Y=400.50THICKNESS=6.520SHELLCOURSE3CIRCUNFERENCE=837.72EVRLURTIGHRNGLES."LRNINRR="10.0HGH-PLFIHRR=10.0.SUPFRCETGLERRNCEDISTRNCE=..0.0000REPORTB;E..DRTRFITFULLB.E.RNPNRXINUN-B.E;~DRCFGREVRLURTIQN=5UTCHRHHELDRTR=SCRNNERSEP-.FRCTOR=-13CH256710RNGLE.-0.0W45~0T60.0T-45.0P-60~0P0~0BXOFFSET2~55-2e25-1.05-5.45-5.45-2.55YOFFSET0.00"2.652650.601.750.00BEG.IH1200450150S5085010S'TGP'.215021502150195019502150-NN.BE000007TSEPT5~4R..-110.00'80.00-39-7.00200.0020-6.0011.0.00'-'EGINUTINSPECTIONRNDCRRWLERNOTIONSEQUENCE""-=EVFlLURTIQHLEVEL=50~DRCWELDRCVELOCITYQFSOUND=0.1164.LRGTINE=1.000DISTRNCEC.F..=0.0000RCQUSTICLOCRTIQNTOLERRNCE=0.250CYLINDPICFILGEONETPYCIRCUNFEREHCE=.87.72SHELLCOURSE-3THRESHOLD=961CRFIWLERPULSERLQCRTIONX=0~00Y=0.00PEGION3SEHSOP.GLGBRL:-XY118520.392380.676"217499.243356.7963.11501.647477.5164.,8150.949462.15651581.555373.1166-""16103.545377.676"7"-"*14-781.748.-478;5968--"~9'19;743478.836,'wia.7:48270485.37610'13=71'7.340466.3561812611.356474.9761410"364.660480~816EVRLURTIONPRRRNETERS-VESSELNODESCRNHERDINEHSIONS:CRLIBRRTIGNLENGTH=36.00FULLSCRLE=3600VESSELLENGTH=30.00FULLSCRLE=3000QD.UNITSPERINCH=100.00~SCRHHERSTEPSIZE=0.050STEPTOLERRHCE=0.020-NIHSEP=0.250V.3  
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=0.250CYLINDRICRtGEOMETRYrCIRCUMFERENCE SHELLCOURSE:3THRESHGL'D' 961CRRMLERPULSERLGCRTIGNX=0.00YRESIGN3.SENSORGLGBRLX~"Y:~118520.392"380.67617"499;?43356.796sr3r'1501.647477.5168150.949462.15651581.555373.116616103.545377.676714.781.748478.5968-9219.?43478.8369-:~"~7'8.270485376'1"0"~13"717.340466.3561312611.356479.9761+10364.660480.816TRBLEIMB-3510RLLQMRBLE PLRNRP.INDICRTIQNSRSPECTSURFRCESUBSURFRCE RRTIQ-INDICRTEGNS IHDECRTIGNS RrL=-~RrT>r.Ri'Tr80.001.88.2.320.052-.002~420.10?.182.610.152.422~910-202.713.250.253.083.680.303.484.130~353.48.4630.40.3.48=5.240.45'---:=3'."48"5.860.50-'~"3.48651'"TRBLEIMB-3520.2RLtOMRBLELRMENRR-INDICRTIQNS COMPONENT THECKNESS LRMIHRRRRER.--'>>')-IN,-'-.*-~Rw:SQIN;r.5+I/,.*'e*.err-,rr.=1Pdi'3Mr.A.".'i,p~~,a8r20''10'012,$0EVRLURTEQN PRPRMETEPS VESSELMODESCRNNERDIMENSIONS=
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V.2  
IJELONSQKLQSDSUSQUEHAHNALlJELDACnaa-8.OSBNNi742.3Xl1Xi742o3YOI~488.1YIQ~488,12'8.8ZI1XiBo8  
,~0 PRGE000280DEC1019-'58-48 SUSQUEHRHHR IWELDRCOF0CRLIBRRTIGH LEHGTH=36-.00FULLSCRLE=3600VESSELLENGTH=30.00FULLSCRLE=3000QD.UNITSPEP.INCH=100.00-SCRHHER-STEPSIZE=0.050STEPTOLERRHCE
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10.0NON-PLRNAR=
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0.0000PEPORTB.E.DRTRRTFULLB.ERNPMAXIMUMB.E.~DRCFGREVANURTIGN=5UTCHRNNELDRTR-SCRNNERSEP.FACTOR=13CH-"-'"'NGL'E---
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~,e PFIGE000480DEC1210:24-3~SUSQUEHANNA II!ELDRCOFp4::OD.UNITSPERINCH=100.00SCRNNERSTEPSIZE=0.050STEPTOLERANCE
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1.0.0'GN-PLRNRR~
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IJELONSQKLQSDSUSQUEHAHNA LlJELDACnaa-8.OSBNNi742.3Xl1Xi742o3YOI~488.1YIQ~488,12'8.8ZI1XiBo8  
,~00 XVSUSQUEHANNA IMELDACNAG>O,OSQNNi748+3XNXi748.3YllNi481.iYNX481iZNNi1.82tlXi8+8 00 GENERRLELECTRICPOSTPROCESSOR:
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0000PEPORTB.E.DFITRRTFULLB.E.RNPHRXINUNB.E.~DRCFGREVRLURTION
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17.=1245-3.33=12523~251251'.31-1243.3.311235-3.31-~1228+V.24 p'UT--~&IO'~~%)0PRGE001180I}EC1718-22=12-SUSGUEHRHNR I'ELDBF}'Fi6tCH:-BETBERITIF}RELXRYiRZ2058832284'6-5.1135.19DEPSCNR'-3.32.1221}'1RXRMPLITUDE ID-/DRCDEPPELXRYr'F}Z2315132-48356823.2-5.035.2-Sor.DRCDEP-RELXRYiFIZ3.2-4.835.63.2-5.235.2+50'FICDEPRELXRY>FIZ3.2-4~835.63.2-4~735.2DEP0.01~0GFTSDEP48.948~413~EVRLURTION PFIRRNETERS VESSELNODESCRNNERDINENSIGHS-CRLIBRRTIGN-LENGTH=36.00-~FULLSCRLE=3600~~~"-VESSELLENGTH=30"00FUL'LSCFILE=3000:-'D.UNITSPEP.INCH=10000SCRNNEP.-
STEPSIZE=0.050STEPTGLERRNCE
=0.020NINSEP=0250200~DRC=100EVRLURTIGN LEVEL=50WELDREFERENCE POINT-X=737.82Y=126.50THICKNESS
=6.S20SHELLCOUPSE1CIPCUI'1FERENCE
=836.58EVRLURTION FINGLES-LRNINRR=10.0HGN-PLRNRR=
10~0SURFF}CETGLERRHCE DISTRNCE=
0.0000PEPORTB.E.DRTRRTFULLBEE.RIPI'1FIXIthUN B~E~DRCFOREVRLURTIGH
=5UTCHRNNELDRTR-SCRNNERSEP.FRCTORCH:-.25?ioRNGLE0.0M45.0T60.0T-45.0P-60.0P0.0BXOFFSET2~55-2.25-1.05-5.45-5.45.-2.55YOFFSETBEGINSTOP}'1N0.00120021502.6S45021502,.es150225o-0.608SO19501.758501950-0~00102150BETSEP01100400-~20020711TSr4R0.000.00-7.000.00-6.000~00CH:'BET1058910S89-1O5961059610596106011060210601106021060210=60210602106021060210597105971o596-io5961059610596105961059SBER811272016778\7779ll14182412IT347339342341336343342333338333329=-.328"324-324.324325324325329329319319IRRELXRYrRZ10-2.51"32.0128-2.4432.0127-3.3231.5724-3.3931.S719-3.46'32.5716-3.6331.5720-3.69-31.5722-3.7531.5730'3.82"31.5738-3.9031'749.-.-3.98--"32.57 53""-40531.5750:""-4.12."31.5746-4.1731.5?42-4.2431.5740-43031.5739--4.3631.5?36-4.42-31.5731-4.4932.S?23-4.5531'718-4'031.5820-4.7731.58DEP4.063.973.993.993.94.4.024'03.903~963.903.853.84-3.803.80.3.803.813.803.813.853.853.743.74.SCNR14791486139813921384"1367~2361-13551348.1-340.1332'--"1.325~1319"~232-3.130613001294"1288.1281127512601253V.25 iIt E0012F1680DEC1722-3834-SUSQUEHRNNR I='MEkDBR"~mttCH:io1010ln1010101010lo1010101010101010101010101010101010105955905825815815815825825855850~~'059259259259259259259200592591587586586586587811272822161212870p~f~.77777700779=11121215BETBERIT32032031331230830818930830r307308-309.3083Oa313314328328328324325317307313316317321322IR211831384a5814616257P.ELX-4~84.-4..91-4.927a-4.72-4.65-4-.58-4.58-4.51-4,44232634332721214.la~.12-4.05-3a8-3a03~83-3.77-3.70-3.63-3~5528-3.4927221817-3.42-3.36-3.29-3.2345-4.38~33*'4.3126-4;25RYiRZ31.5831~5831.1331.1331.1331.1331.1331.1331.1331.1331.1331.1331.1331.1331.1231.1231.1231.1231.1231.1231.1231.1231.1231.12'1.1231.1231.1231.123.753.753~673.663.613.612.223.61-SCNP,.1246.1239.1238125112581265127212723.613.62.3e673.683.843.84.3~843.803'11305'-1'31113181325133213401347135313603.7113673.60"13753.6r-""13813.703.713r763~7713881394140114073.601279.3.6012863611292-3.62"'1299'RXID--rDRC233848a51RMPLITUDE=DEPRELXRY/RZ3.7-4.031.63.6-4.531.13.8-3.931.1="-50<.DRCDEPRELXPYiRZ3.8-4.531.63.7-4.831.13.8-3.931.13.73.8-3.931.6-4~331.1-3.931.1'-~---+-50KDRCDEP"RELXRYiRZr.OFTDEPSDEP-'.041.5"0.543.40~042.0CH:-1O1010101010101010in1010101010io10101010IT303308309.309309.309309-313313"-3233233i23.-323'23'02 313313313313314.22-131087888888-9:-10*li1514131012155855915925925925935935a3593593593593593593584-580580584-583584BETBERIR303434.333025RELX-3.07-3.15-3.22-3.28-3.35-3.4-1-3483e55201817-3~20-3.13-3.0524'3.6228~"-3.69-29"'"~76.26"-3.8220---3.89.14.-39715-3.78223~3320--3.27RY>RZ30.7030.7130.71-30.7130~71307130.7130.7130.71.30.7130.7230r230.72307230.3330.3230.3230.3230.3230.32DEP3~613-623~623~62SCNR-142314151408140213953.673.673~681410141714253.621389"3.62"1-3823.67-13r53.67-=""&3683-7.8~*"1361..378~1.354.3-78''3483.78134i.3.78-13333~5413523.67.13973.671403(4vV.26 ltPAGE001380DEC1722:40-51SUSQUEHANNA.
IIrjEfDBR-16tLAMINARCH:-22INDICRTIONS JOININGPLANARINDICATIONS'RI'1 INRR-PLANAR:-DISPOSITIONllf21115CHTYPE2OMOMOMIND-3330272222'21010101010OMOWOMOMOMOWOMOIAIOWOlJOlJOWOMOMOBOBOBOBOB33128252322212064213432261810ENDOFPRSS2'M-*-.-"242OM192.OM15FINRLEYFILURTION TRBLETt1INXI1RXXI]INYI'1RXY'l'1 INS,"I733.03733.92157.62158.073.63DMRX3.83SY731.78SX732.68SX-733.05SX735.21SY736.40SN734.64tSN736.86731.78-f63.4573B.Sf-164.36733..19"180..90735.54.196.61736.40198.40734.85198.42738.00-199.65163.453..32f64;36~-."302180.90'"2.25196.622.97198.40'2'2198.84.2.19I~201.46.1.923.323.10=2;30"3.08i2e3i22.302.32SX733.39L732.64L732.49L737.64L734..42L732.14-L735.95L733.81L733.92L737.03L733.27L737~29-L733.44L731.67L733.38L734.92L737.28733.45216.45733.08161.69733-23163.4&737.79-170.77734.55183.75732.62184.21736.22191.11734.43196.62737.98197.50737.172i0.42733.73217.88737.44218.97734.12157.62732.83162.51733.69168.61735.71198.42738.07199.65216.45162.09.163.94-170.78183.75184.21191.12196.62201~51210.42217.89218.98157.63164'5les.el199.24.201.462.76=3.163.18"f.832~253372.74.2.811.96Be593.96~1.673.613.313.092.352.082.873.213a221'.842.253.432.762.872.352~593.9S1.693.813.563~172.592.44SN734.18734.6420198202.402.052.18VRLUE1.531.530.010.64."0.370.810.Oi0.82-0.SB3.053~051.001.000.810.180.350.000.000.000.000.0016.280.000.000.000.002.140.000.65f.43RLLOlJEVFIL2i683.436.514.32~3.06.~""2.98-6.513.722.783.082.67++++2~862.956.5112.60f2.6012.6012.6012.6012.6012.6012.6012.6012.60'I12.6012.6012.6012.6012.6012.60V.27 PAGE001+80DEC1?22-52-06SUSQUEHANNA.
IWELDBFI.GF'f6INDICATION REPORT=CURRENT-BR-0008UTCHRNNEL20WINDICRTIGN
'-'=8CLASSIFICATION-SUB-SURFRCE NON-PLRNRR CHARACTER-(X)ELLIPTICFIL(Y)ELLIPTICRLLOCATION=
''MINX=.736.86MRXX=738.00--'~MINY="199.65MRXY=201.46*MINDEP=1.92MRXDEP=2.32EVRLURTION=RXISRLRiLRiTiFILLOMLGMHIGH(X)0.201.1+0.173.053.08(0.152.91)(0.20,3.25)
NQFURTHEREVRLURTIGN NECESSARY (Y).020,=1.810113'52.67(0.10r261)(015r2~91)-+++INDICATION REQUIRESFUPTHEREVRLURTION+++-
INDICRTIONREPORTHISTORIC-BR-0008UTCHRNNEL20MINDICRTIGN:-=
8CLRSSIFICRTION-SUB-SUPFRCE-NGN-PLANAR CHRRRCTER:
(X)ELLIPTICRL (Y)ELLIPTICRLLQCRTIQN=-MINX=736.86MINY=199.65'-MINDEP=192EVRLURTION-MRXX=738.00MRXY=201.46MRXDEP=2.32RXIS=RLRr'LR/TRRE.LQWLQM-=-(X>''-.20
=1f4"017'3'5""'3.08(0~15r-291)HO'FURTHER EVANURTIGN.NECESSRRY (Y)'.201.8'10.1'13.052~67'0.10r2-.61)
+~INDICATION REQUIRESFURTHEP.EVALUATION~~
HIGH.(0.-20r325)(0.15r2.91)COMMENTS:
V.28  


PAGE001580DEC1722=52-06SUSQUEHRNNR-IWELDBRIOFi6IHDICRTIONREPOPT-CURPEHT-BR-0006UTCHRNNEL20WIHDICRTIOH:-'=6CLRSSIFICRTIOH-LAMINARCHRPRCTEP.-LRMIHRRLGCRTIGH-.'MINX.='3392'.MRXX.=*737.98-=::'-"MIHY~=197.50MRXY=201.5'1HIHDEP.=196MRXDEP.=2..35+EVRLUFlTION=LXLYRECTRREAFILLOW4.064.0116.2816.2812.60+++IHDICRTIOHREQUIRESFUPTHEREVALUATION+++.INDICRTION:REPORT-HISTORIC-BR.-0006UTCHRNNEL20Ii!IHDICRTION-:=6CLFISSIFICRTION:LRMINAP.CHRPRCTER:LRMINRRLGCRTIGN-MIHX=733~92MINY=197.50MINDEP=1.96EVRLUATIGH-LXLYRECT4;06-+.0116.28I'1RXX=737.98MRXY=201.51I'1FIXDEP=2.35+.RRERFILLOW16.2812.60+VINDICATIONREQUIRESFURTHEREVALUATION~'ICOMMENTS=V.29 0e MI~t"PRGE'01'680DEC1722-'52=06SUSQUEHRNNRIWELD.BRtQF)6BEGINUTINSPECTIONRNDCRRMLEREVRLURTIGNLEVEL=50/DRCMELDBRtlOTIGNSEQUENCECH::BET105881058710581105771058210--58310583io58310582105821058210582lo58110582105821058610586105861058710591105911059610601105981060110601106011059510595io5951059510595105951059510583105831058310583BER1O1010122123'32628303030333710111077777-7778121091012191310190190190194296301301301301306306306306307307307304299299.308308332332338337333342328328339338338338338338342341IR21241735=.38484949484445411720181717151624.2218141719.21201915151617RELY-0.41-0.47-0.51-0.58-4.06-4"02.-3.943%87-3.80'r73-3.663e58-3.503%433e37-3.77-3.81-388-3.95-4.02-40<-4.17-4.26-4.18-4.11-4.03-3.97-3.85-3.78-3.60-3.56-3.48-3.41-3.342~8i22~83-2.91M.99RYiRZ32~0832.0932.0932.1032.7932.7832;7832~7732.7732.7632.7632.7532.7532.7432.7433.2033.2033.2133.2-133~2233~2233.2333~2333.6633.6633.6533.6533.64.33.6434.6334.6234~6234.6134.6135.0435.0435.0535.05DEP2.242.242.24.i2e283.473.-533.53.3.533.533.593.59.3.593.59.3.603.603.603e56'.503.503.613.613.893~893.963.953.904.003.843.84.3.973.963.96-3.963.963.964.004.003.99.SCNR17701776178017872135'21312422211521082101208620782071206521062'11021172124-21312138214621552.140213221252113210620882084-207620692062201020112019.CH-'=BET'ER.10586-39810581'-"12=23310580'-12"2331OSer-132401058614239IR."26'424.17.-P.ELK-0,88-0.62-0;57-0.51-2.81=RYiRZ85.1385.1185.1185.1185.73DEP27+2.74.i2822.814~66SCNR"1816-.1-79017851779"2009"ENDOFPRSS+NOTE-BR-3(PRGE1980DEC1723-56-15)v.30  
PAGE001580DEC1722=52-06SUSQUEHRNNR-IWELDBRIOFi6IHDICRTIONREPOPT-CURPEHT-BR-0006UTCHRNNEL20WIHDICRTIOH:-'=
6CLRSSIFICRTIOH-LAMINARCHRPRCTEP.-
LRMIHRRLGCRTIGH-.'MINX.='3392'.MRXX.=*737.98-=::'-"MIHY~=197.50MRXY=201.5'1HIHDEP.=196MRXDEP.=2..35+EVRLUFlTION=LXLYRECTRREAFILLOW4.064.0116.2816.2812.60+++IHDICRTIOH REQUIRESFUPTHEREVALUATION+++.
INDICRTION:REPORT-HISTORIC-BR.-0006UTCHRNNEL20Ii!IHDICRTION
-:=6CLFISSIFICRTION:LRMINAP.CHRPRCTER:
LRMINRRLGCRTIGN-MIHX=733~92MINY=197.50MINDEP=1.96EVRLUATIGH-LXLYRECT4;06-+.0116.28I'1RXX=737.98MRXY=201.51I'1FIXDEP
=2.35+.RRERFILLOW16.2812.60+VINDICATION REQUIRESFURTHEREVALUATION~
'ICOMMENTS=
V.29 0e MI~t"PRGE'01'6 80DEC1722-'52=06 SUSQUEHRNNR IWELD.BRtQF)6BEGINUTINSPECTION RNDCRRMLEREVRLURTIGN LEVEL=50/DRCMELDBRtlOTIGNSEQUENCECH::BET105881058710581105771058210--58310583io58310582105821058210582lo58110582105821058610586105861058710591105911059610601105981060110601106011059510595io5951059510595105951059510583105831058310583BER1O1010122123'32628303030333710111077777-7778121091012191310190190190194296301301301301306306306306307307307304299299.308308332332338337333342328328339338338338338338342341IR21241735=.38484949484445411720181717151624.2218141719.21201915151617RELY-0.41-0.47-0.51-0.58-4.06-4"02.-3.943%87-3.80'r73-3.663e58-3.503%433e37-3.77-3.81-388-3.95-4.02-40<-4.17-4.26-4.18-4.11-4.03-3.97-3.85-3.78-3.60-3.56-3.48-3.41-3.342~8i22~83-2.91M.99RYiRZ32~0832.0932.0932.1032.7932.7832;7832~7732.7732.7632.7632.7532.7532.7432.7433.2033.2033.2133.2-133~2233~2233.2333~2333.6633.6633.6533.6533.64.33.6434.6334.6234~6234.6134.6135.0435.0435.0535.05DEP2.242.242.24.i2e283.473.-533.53.3.533.533.593.59.3.593.59.3.603.603.603e56'.503.503.613.613.893~893.963.953.904.003.843.84.3.973.963.96-3.963.963.964.004.003.99.SCNR17701776178017872135'21312422211521082101208620782071206521062'11021172124-21312138214621552.140213221252113210620882084-207620692062201020112019.CH-'=BET'ER.10586-39810581'-"12=23310580'-12"2331OSer-132401058614239IR."26'424.17.-P.ELK-0,88-0.62-0;57-0.51-2.81=RYiRZ85.1385.1185.1185.1185.73DEP27+2.74.i2822.814~66SCNR"1816-.1-79017851779"2009"ENDOFPRSS+NOTE-BR-3(PRGE1980DEC1723-56-15) v.30  
'
'
SUSQUEHANNAIlJELDBA~e.eNC<B.1BBXNi7317NXi738.1VIOL157.6Y'Ixi219+eZeii.'7znx-<.e l
SUSQUEHANNA IlJELDBA~e.eNC<B.1BBXNi7317NXi738.1VIOL157.6Y'Ixi219+eZeii.'7znx-<.e l
SUSQUEHANNAIUELDBA~~1%90+~90IIAe-0.1eeNII~7317XIIX>>73&.1VPS~167,6YtlX~219+0ZNHi17zIIxi4e 0,E CATEGORY8-A(Continued)*'eenoteBD-3**Indication8requiredfurtherevaluation:Amanualexaminationwasperformedintheareaofconcern.Theoneindicationrecordedautomaticallywasfoundtobetwoindicationswhenexaminedmanually.Thereasonforthisisthesteppingmotionoftheautomaticscan-ningdevi'ce.ThecalculationsperASMECodeSectionXIparagraphIWB-3510includingWinter1975Addendaareasfollows:Indication8:812a=.2a01a.1-='=0.101.00Allowed2.61Ka2=.85ag.850.1222.73$t.=6.52apt=1.53%=value822a=0a=o1.65=1.1.1-=012.650-=-=01.1a.006.52Allowed2.32KV.33~V4h\.80II~*f Ii~'E' Indications182Combined2a=.3a=.15a=.15=.08z1.19Allowed=1.91a21'3a.15a21'3=.12)2.73Kt=6.52a.1523'52Value2.3XThedataandcalibrationsheetsusedforthisexaminationare'ttached.**IndicationII6asevaluatedbythecomputerrequiresfurther.evaluation.However,thecomputerdoesnotincludeparagraphIWB-3360initscalcu-lations.WhenparagraphIWB-3360isused,theareaisreducedto12.21squareinchesinarearatherthanthe16.28squareinchesshown.This.islessthanthemaximumacceptablelimit'allowedbycode.NoneofthelaminarindicationswereevaluatedinaccordancewithparagraphIWB-3360.Sincenoneofthelaminarindicationsrequirefurtherevaluation(withtheexceptionofindication86asdiscussedabove)andallarestillwithinacceptablelimitsofsectionXI,nofurthercalculationsaredeemednecessary.**Theevaluationoflaminarindication811joiningplanarindication812isasfollows:a=.1gl=1.81.82a.1~l1.8a.121.8.059.056Allowed2.4252.42/o1.53Ka.1t6.52V.34  
SUSQUEHANNA IUELDBA~~1%90+~90IIAe-0.1eeNII~7317XIIX>>73&.1VPS~167,6YtlX~219+0ZNHi17zIIxi4e 0,E CATEGORY8-A(Continued)
**Theevaluationoflaminarindication811joinin'gplanarindication>15isasfollows:Alloweda=.11-1.7a2=1.8.059agl17.1=.0561.8=1.53K.16.522.42K2.42/o***SeenoteBJ-3V.35  
*'eenoteBD-3**Indication 8requiredfurtherevaluation:
'I1l1 6EHEIIALiQr,-'.ELECTIIICNUC1.EARENERGYDIVISIONREV.NO.121A3BOOA8MffTcf0'lee.oFreeswea)oC~l/V'LUTCALIGRATlOMOATASl'EKTCd.ShoatNo.PraoyerationdC31.5.1..~Oatone~~~Cd,Std.Tcrnt).uSOClRoot)rt)arrf~cCeca:CnacnuncntCAodef)fc).tccscrtyscncferacaacre.OACC~)~0-50-'t0o9/Z.8ItW1CaarnAOC)eLlHc0144tcj.lncw&#xc3;nenc~ct)nCS:$attFinsaAt)moat)onSrotet)Oc)acnannyG+nfw)vatin)IGanFrltorPoc))ionAegRcteCarnthnyRC)KC~am~<lX(IhthccCan1))xceca."WArne.Iha',sOorMP)Ore)SOHFo)fPcflodeC.Kaa1X03W,p55LectOcta5hcct3,z1Xg5QQg1X1XrCIACcCEaet)on~lCeotnIOIQorLlctslpetntarp)QFkgu:w6a.SAVILECALIBRATI(NOATASHEETV.36  
Amanualexamination wasperformed intheareaofconcern.Theoneindication recordedautomatically wasfoundtobetwoindications whenexaminedmanually.
Thereasonforthisisthesteppingmotionoftheautomatic scan-ningdevi'ce.Thecalculations perASMECodeSectionXIparagraph IWB-3510including Winter1975Addendaareasfollows:Indication 8:812a=.2a01a.1-='=0.101.00Allowed2.61Ka2=.85ag.850.1222.73$t.=6.52apt=1.53%=value822a=0a=o1.65=1.1.1-=012.650-=-=01.1a.006.52Allowed2.32KV.33~V4h\.80II~*f Ii~'E' Indications 182Combined2a=.3a=.15a=.15=.08z1.19Allowed=1.91a21'3a.15a21'3=.12)2.73Kt=6.52a.1523'52Value2.3XThedataandcalibration sheetsusedforthisexamination are'ttached.
**Indication II6asevaluated bythecomputerrequiresfurther.evaluation.
However,thecomputerdoesnotincludeparagraph IWB-3360initscalcu-lations.Whenparagraph IWB-3360isused,theareaisreducedto12.21squareinchesinarearatherthanthe16.28squareinchesshown.This.islessthanthemaximumacceptable limit'allowedbycode.Noneofthelaminarindications wereevaluated inaccordance withparagraph IWB-3360.
Sincenoneofthelaminarindications requirefurtherevaluation (withtheexception ofindication 86asdiscussed above)andallarestillwithinacceptable limitsofsectionXI,nofurthercalculations aredeemednecessary.
**Theevaluation oflaminarindication 811joiningplanarindication 812isasfollows:a=.1gl=1.81.82a.1~l1.8a.121.8.059.056Allowed2.4252.42/o1.53Ka.1t6.52V.34  
**Theevaluation oflaminarindication 811joinin'gplanarindication
>15isasfollows:Alloweda=.11-1.7a2=1.8.059agl17.1=.0561.8=1.53K.16.522.42K2.42/o***SeenoteBJ-3V.35  
'I1l1 6EHEIIALiQr,-'.ELECTIIIC NUC1.EARENERGYDIVISIONREV.NO.121A3BOOA8 MffTcf0'lee.oFreeswea)oC~l/V'LUTCALIGRATlOM OATASl'EKTCd.ShoatNo.Praoyerationd C31.5.1..
~Oatone~~~Cd,Std.Tcrnt).uSOClRoot)rt)ar rf~cCeca:Cnacnuncnt CAodef)fc).tccscrtyscn cferacaacre.OACC~)~0-50-'t0o9/Z.8ItW1CaarnAOC)eLlHc0144tcj.lncw&#xc3;nenc
~ct)nCS:$attFinsaAt)moat)on Srotet)Oc)acnannyG+nfw)vatin)I GanFrltorPoc))ionAegRcteCarnthnyRC)KC~am~<lX(IhthccCan1))xceca."WArne.Iha',sOorMP)Ore)SOHFo)fPcflodeC.Kaa1X03W,p55LectOcta5hcct3,z1Xg5QQg1X1XrCIACcCEaet)on
~lCeotnIOIQorLlctslpetntarp)QFkgu:w6a.SAVILECALIBRATI(N OATASHEETV.36  


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=0.250CYLINDRICFIL GEONETRYv CIRCUNFERENCE
=837.72SHELLCOURSE::3THRESHOLD
=961CRRWLERPULSEP.LGCRTIONX=0.00YREGION2SENSORGLOBRL.=-"'"-""Y130269.874-631.00018520.392-380.676311.501.647477.516.27570.957632.9165.2676.364604.0926.1581.555373.116714781.748478.59689219.743478.836748.270485.3761022785.653514.296131261-1.35&479.9761420524.598522.9361519333'58521.016TRBLEIMB-3510RLLQMRBLE PLRNRRINDICRTIQNS RSPECTSUPFRCESUBSUPFRCE PRTIOINDICRTIGNSINDICRTIGNSRiLR/TviR/TvR0.001.882e320.052.002-.420.102.182.610~152.422.910.202.713.250.253.083.680.303.484.130.353.484.630~403.485.240.453~485.860.50'.48-6.51TFIBLE-IMB-3510.2FILLQMRBLELRNINRP.-
INDICRTIGNS CONPGNENT THICKNESS LRNINRRRRER'"Tv"IN-.-Rv"SQIN~.'.*vl..0.a.-....-~,10~610-2010301240EVFILURTIONPRRRNETERS-VESSELNODE0.00V.56 RHGLE0.0I!J45.0T60.0T-45.0-P-60.0P0;0BBEGINUTINSPECTION RNDCRAWLERMOTIONSEQUENCEtEVALUATION LEVEL=50'RCI!JELDBGPRGE000280DEC0910:10-02SUSQUEHFINHR.
IWELDBG~GFp3SCRHNERDINENSIONS:
CFILIBRRTION LENGTH=36.00FULLSCRLE=3600VESSELLENGTH=30.00FULLSCRLE=3000OD.UNITSPEP.INCH=100.00SCRNNERSTEPSIZE=0.050STEPTOLERRNCE
=0020NINSEP=0.250200/DRC=100EVRLURTION LEVEL=50MELDREFERENCE POINT-"X=0.00Y=400.50THICKNESS
=6.5P.OSHELLCOURSE-3C1RCUNFERENCE
=837.7PEVFILURTION'NGLES:
LRN1HFIR=
20.0.NON-PLRNRR=
10.0-.-SURFFICETOLERANCE.
DISTFIHCE=
0.0000PEPORT-B.E.DRTR.RTFULLB.E.RNPtlAXINUNB~E./DRCFOR.EVRLURTION
=5UTCHRNNELDRTR-SCANNERSEP.-FRCTOR=
=13-=>>"CH::OFFSETYOFFSETBEGINSTOPNNBE2-2.550~001200215004-2.252.65450215005-1.052.651502150-06-5.450.6085029500-7.-5;45-1~758501950">>010-25500010.=2%50'7TSEP1128202011.T5>4A0.000.00-7.000.00-6.000.00NRX-ID-rDRC216-7962259.962350RNPLITUDE-DEPPELXBe66~4'.46.92.66.82.46.92.45.9RYrRZ11.311.811.311.811.8DEP2.72.42.62.4.2.4.-5MDACPELXRYiRZ6.411.37.011.86.811~37.011.85.911.S+50'.DRCDEPRELXPYrRZ2.66.311.32.56.4.11.82.56.711.32.56.411.82.45.911.8DEP1.00.51.40.50.0OFTSDEP39.837.4".38.8~37.4>36.445255852664902879-:29.=54--220'T21152;702.5Be93.02.6Be82-.3B.22.95.15.07.87.0736.4.6.1:B;T5.0-4i9.3.02~712.314.915.4.16.817.818.219;222.626.626.9.2.5283.02.6-2.4.2.12.95.15.17.97.17.4-6.56.32.8.=5.05.13.02eS123=2~514;9-"2.815.4-=3.=0ib.8---2;-.6.178=2418;2~'-2:.3""19.2'-":2-022;6-.2.9.26.6==-5.1"26.9"'5.1Zes6.97.36.45.9Beb.4.93.02.512.314.915.416.817.818.B.19.222.626.626.90.01.00.00;00.00.5-0.50.00.50.038.842.T"45~5i403<44.1r35.9'l31'.2I45.2-I21.4"22.4>CH:-BETBERITIRPELXRYiRZDEPSCNRt1059121455iS3.4631.775.301621V.57  
-5%DRC+50'.DRCDEPRELXRYiRZDEPRELXRYrRZ5.23.531.85.13.031.8PFIGE000380DEC0910:44:56SUSQUEHRNNR=
IWELDBGI'1RXFll'1PLITUDEID::iDRCDEP.PELXRY/RZ212765.23.331.8iQFTDEPSDEP1.420.02OW2OM2OM2OM20M'HDQFPRSS8L10LL6L4LCHTYPEIND=-T2OM11SH2OW1BSXOM9SX2OM''SVBOM1SH2OM5SHDNIH4.953.024-955:.896.256~SS3.535.Oi5'.897.0017.39432e27419.68412.30411.84415.43432.285.12419.68--"2.04412.30'*"236.412.30=-2.42~1415.88-2.792.584.875936377.80Ba785.066~266.517~87418.70423.14.418.28417.28412.76418.70423.14418.28417.28412.762-.352.942.84Be622~52FIHFILEVRLURTIQH TRBLENIHXNRXXNINYI'1RXY2.483.04427.06427.37DNRX5.135.232.072372.64-2.97P.372.952.892~632.52VRLUE1.441.440.810.280.Oi1.711.711.431.430.000~000,000.000.00RLLQW3.034.122%634.136.51-2.903.613.143.3012.6012.6012~6012.6012.60EVRLBEGINUTINSPECTIQN RNDCRRMLERNQTIQHSEQUENCEtEVRLURTIQN LEVEL=50'RCWELDBGEHDQF.PFISS+HQTE=BG-2(PRGE1380DEC0914-01-41)+NOTE-BG-3(PRGE1380DEC0914-01-41)V.58 0
SUSQUEHANNA EVELDBG~P~PrWa-e.SPPXNN~B,SIi7PYNNi%ife8VNX~432.3ZttNiB.PZNX~S.BVELDID 0I SUSQUEHANNA BELDBG~~~~pA~91NAG~0.100NN~2.5XNi79YltN~411+0YNX~432o32IO~2,0ZNX<5.2  


QZAV)CEasvwmmSIL'MT.GILT'IControlE>:amSheet.Cal.Sheetl3EAMEY~AN3:t~PTT.OVLDATihSfIEETNo.I~2IIISIALLALIOIIA4IIVICC2.'eGWleeIIIGOIVISI~LaminarReflectorsinBaseMetal:+x+Pzeoperational.~~x.s.x.7?e3.dSeamXDNo'.8ExaminerW.A447Level~0Procedure1$E"A.-3ZWDatelZRecorder'Revision2.Level/7Ro=8A-ScanningSensitivity]X.C3Pn8ou~).Couplant'lcerineLo=EvaluationSensitivity/XC~Roa.our)ComponentTemperature3opNo=8829edo3&zoS.ooZ.8<.7S'.~Ind.Amp.2XgB.R.Amp.O'WorPg'DCGATopof.ZOQEBottomWoPoCc&~o~oCt"CJ.LoL)LgLgLyL5EYELDQVPYIhYiYYlSo.SoJO.doP.7s'3'>2$'g'3olo.COW'SAIi.Ilu5.~~~~~~~LOOKING.DOLVII!ONVESSLCNISTORIG!STOF'O'ELDCCVI!'STOLEFTOFhICLDNOZZLEWELDREFERENCESYSTL.A.'I~-'RjRgRgRpRgRdR'00~~)IIRcvicvedby:~'s~'-')iC~ISHT-'1CLcvci)$~RV+~gooLYELDQE-AcccptablctoSectionXZ~QUnacceptabletoSectionXV.61GEHE>a!-QgeI-Et:THI,C 0!
QZAV)CEasvwmmSIL'MT.GILT
MRVICZQAAV~.,~ArlVM~RE);'IC+~ol.Ple.ZCal.SheetHo.~ok'~I'rszrLLAtlcwsAscAvccCCNGlhcEHINQGIVISiOHVHSHLHMNl;l'1ATXONDATASIII.':)"TExaminer'e'eel~.RecorderI.P1uiSiteSusquehannaXSQX-761~x'Prcoperational++T--S-X-Datei2l'.<<~LeveltT''reweldSeamXX)J9o.ProcetsuroHo.Revision2.45o6OoScanSensitivity2.x+CouplantGlycerineEvaluationSensitivity~ComponentTemperatureggo,.DACMcxWq{Qr~o/DA(:)Wi:I{50ieDACW<nWi2tY2DIDF1Drn{Vlcx(60{'$5%!(/goo(50",:-(VicxDAC)DAC)p:,{:)Ipu,c)IAcx)DAC)DF2(5Q.'(PSo/oDAC)DAC)Continuousbrsttot,TorPCVJorCCV''Topor8ottc:n'>ZC.7s.'~xi.So~~W.a-7~/Co<<'Ijl'D./4'')ko.D(oo77-K2.n-8ggiver'oo8s7)0CC~cccc)t"GWcantC~p-/c'~~g~:REFLECTORPARALLEL(P).TO)VELDrLo'ofcrcnccSystem.REFLECTORTRANSVERSE':0}TOWELD~rr~~j~jSgWstgx.'LVtr~oP~e~&p~~Pqy~1~~~y~It~~~rpv~4.LookingdownonvcssclCM/istorigitto(wctd-andCCWistoIc(to(wcidAh'+LtaX't.e==g~sv~<<l~r)te~~~0RovioMCQhy:St)'J.'-TCLcve3,V.62EAcceptabletoSectionXXQUnacceptabletoSection.GENERALjgg,ELECTRIC  
'IControlE>:amSheet.Cal.Sheetl3EAMEY~AN3:t~P TT.OVLDATihSfIEETNo.I~2IIISIALLALIOIIA 4IIVICC2.'eGWleeIIIG OIVISI~LaminarReflectors inBaseMetal:+x+Pzeoperational
.~~x.s.x.7?e3.dSeamXDNo'.8ExaminerW.A447Level~0Procedure 1$E"A.-3ZWDatelZRecorder'Revision 2.Level/7Ro=8A-Scanning Sensitivity
]X.C3Pn8ou~).Couplant'lcerineLo=Evaluation Sensitivity
/XC~Roa.our)Component Temperature 3opNo=8829edo3&zoS.ooZ.8<.7S'.~Ind.Amp.2XgB.R.Amp.O'WorPg'DCGATopof.ZOQEBottomWoPoCc&~o~oCt"CJ.LoL)LgLgLyL5EYELDQVPYIhYiYYlSo.SoJO.doP.7s'3'>2$'g'3olo.COW'SAIi.Ilu5.~~~~~~~LOOKING.DOLVII!
ONVESSLCNISTORIG!STOF'O'ELDCCVI!'STOLEFTOFhICLDNOZZLEWELDREFERENCE SYSTL.A.'I
~-'RjRgRgRpRgRdR'00~~)IIRcvicvedby:~'s~'-')i C~ISHT-'1CLcvci)$~RV+~gooLYELDQE-Acccptablc toSectionXZ~QUnacceptable toSectionXV.61GEHE>a!-QgeI-Et:THI,C 0!
MRVICZQAAV~.,~ArlVM~RE);'IC+~ol.Ple.ZCal.SheetHo.~ok'~I'rszrLLAtlcwsAscAvccCCNGlhcEHINQ GIVISiOHVHSHLHMNl;l'1ATXON DATASIII.':)"T Examiner'e'eel~.RecorderI.P1uiSiteSusquehannaX SQX-761~x'Prcoperational
++T--S-X-Datei2l'.<<~LeveltT''reweld SeamXX)J9o.Procetsuro Ho.Revision2.45o6OoScanSensitivity 2.x+CouplantGlycerine Evaluation Sensitivity
~Component Temperature ggo,.DACMcxWq{Qr~o/DA(:)Wi:I{50ieDACW<nWi2tY2DIDF1Drn{Vlcx(60{'$5%!(/goo(50",:-(VicxDAC)DAC)p:,{:)Ipu,c)IAcx)DAC)DF2(5Q.'(PSo/oDAC)DAC)Continuous brsttot,TorPCVJorCCV''Topor8ottc:n'>ZC.7s.'~xi.So~~W.a-7~/Co<<'Ijl'D./4'')ko.D(oo77-K2.n-8ggiver'oo8s7)0CC~cccc)t"GWcantC~p-/c'~~g~:REFLECTOR PARALLEL(P).TO)VELDrLo'ofcrcncc System.REFLECTOR TRANSVERSE
':0}TOWELD~rr~~j~jSgWstgx.'LVt r~oP~e~&p~~Pqy~1~~~y~It~~~rpv~4.LookingdownonvcssclCM/istorigitto(wctd-andCCWistoIc(to(wcidAh'+LtaX't.e==g~sv~<<l~r)te~~~0RovioMCQhy:St)'J.'-TC Lcve3,V.62EAcceptable toSectionXXQUnacceptable toSection.GENERALjgg, ELECTRIC  


.ItteOllettI'0sl'~(tII~CtW~lo~I~JtltIIIJIJIJItetro.otel)~v/JodJtleolt/AoettaRn)II'll/S/(J)10//JIIJofJ,e~.~'I~~/RaCJJI0HSr)S'JSek)ISttXIet$7J71OegtttIt1'JtttetIlt)IStg(OttteO4JII4~III0tttt~te>>0t)et)Jet7Jet))ereI~I~I4Je~I4)tiejttt)to'11'J1)t7$1t1./7.I77').')7/7Ieat,~ttIrt~rttrIIrtJr'/IIrtI/tt4Aete4~'VI~~-88Ie'O'~AEDUCEDPAINTNOTTOSCALE~~soIsL41Is10aIte-tttt.clot i,)0E saW~~cscscccccccscsvcrccAI44'CCOOIOI4I4~4W&MIOO~CJI)~~I/cssSRAEDUCEDPAINTNOTTDSCALEIIcs~~~D'40TIOOIOI 000  
.ItteOllettI'0sl'~(tII~CtW~lo~I~JtltIIIJIJIJItetro.otel)~v/JodJtleolt/AoettaRn)II'll/S/(J)10//JIIJofJ,e~.~'I~~/RaCJJI0HSr)S'JSek)ISttXIet$7J71OegtttIt1'JtttetIlt)IStg(OttteO4JII4~III0tttt~te>>0t)et)Jet7Jet))ereI~I~I4Je~I4)tiejttt)to'11'J1)t7$1t1./7.I77').')7/7Ieat,~ttIrt~rttrIIrtJr'/IIrtI/tt4Aete4~'VI~~-88Ie'O'~AEDUCEDPAINTNOTTOSCALE~~soIsL41Is10aIte-tttt.clot i,)0E saW~~cscscccccccscsvcrccAI44'CCOOIOI4I4~4W&MIOO~CJI)~~I/cssSRAEDUCEDPAINTNOTTDSCALEIIcs~~~D'40TIOOIOI 000  
/I."aavz:ggAil'/~.iiew+WANC,~r~.Itu,laExamSheetNo.1~IIVSIALEArirte4ERvlCEERGIREEHIRQrtIVISNWUFSSSFSLFYAMXNATXOiNDATASIKETSiteSusquehannalSQi-761'ExaminerP1.ttelQSeamXDNo.8Procedure%To.a-t9~x/Preoperatzonal~~X.S.T...Da'LeVel~Reoot:Set../%c&rrtw3e~mAngle0~45Revision'tel2A'Zevelt60Scan-Sensitivity.2X+CdI3EvaluationSensitivityI'Cf-440CouplantGlycerineComponentTemperatureEVlDAO(MaxpAC)(IIrfl(50"jDAC<<'m(iYiav.OAC)VVFPN2DlDFlDm0",4(Z5of(Z5c(Spre(Maxf)AC)Q4Q)'jp<c)far)DAC)DFZ(bC'.eDAC)DpCotltinttoUs(Z5%brsf)ot,pic)TorPC'tvorCC'tVToftoff3ottotn78>@%2.0le~E,OgPVtocRC'f:M;REFLECTORPARALLEL(P),.'O)'tfELD~~~g~gReferenceSystem.REFLECTORTRANSVERSE'(T)TONELD4V0'L~f'E~'EV~(Vs~~'tVtlV.LookingdbwnonvesselCLVfstorigft'tofwckfanrfCCNisloleftoftvcfdAAr>>GCNtI~'~VMS'LV~'::1E~~~Lo~~Reviewedby:eSNT-TCLevel\Acceptable-toSection3".QUnacceptabletoSectionOEHERAL'+IELECTR)0 io,I  
/I."aavz:ggAil'/~.iiew+WANC,~r~.Itu,laExamSheetNo.1~IIVSIALEArirte 4ERvlCEERGIREEHIRQ rtIVISNWUFSSSFSLFYAMXNATXOiN DATASIKETSiteSusquehannal SQi-761'Examiner P1.ttelQSeamXDNo.8Procedure
'TDIDOCCD<<I$4lW<<fo~(~<CCCiWCTCICCIIUCC~IDTTODICDPIa~4'<<DDCCDDOZraRIIRd~CCr<<ccRct<<cafCr~rrdI<<0Trano'an)~C))0<<1)4c)077CoSJDCA<<~~C14,0)~<<0DD~ICCcdC~~CDD0/).0DJD'~t~ca<<~~~0/0AEOUCEOPAINTNOTTOSCALE00CrCDf.CI4II4~~~4I<<DTTDOIDD 0iIj VESSElUTCALIBRATIONDATASHEETANYTWtteeeAttYWattsIHl'IAllAHOHAsl>>VICslHOIHu>>IHOOIVIsIONSlteProcedureNo.Rev.Cal.SheetNo.~~KPreoperatlonalCII.s.l.Examiner"RecorderCoup!antCal.Std.TempASNTLevelASNTLevelEquipmentData:InstrumentModelNo.InstrumentSerialNo.TransducerSize,OShoeNo.CableNo.Frequency~e~MHz9080TransducerSerialNo.DACCurve:Range0-5CI0-10IjIIW2BeamAngle~InstrumentSettings:St'artFinish70605040302010AttenuationSweepDelayScanningGainEvaluatingGainFilterPositionRepRateDampingReject'%.rs'ort'FF'/ssco/zdloon>>T02345678910012345~dhohangefnr~XHoleDepth~eTa~Inches2'/NotchI/2g,~3/4Gain81XIXIXIXMax.Amp.eIIweeIncheor."/>>vo7."/>>"/>><</>>0orInchSDHorFBH"/>>SxIIgDHN/AI9SOLIInitgalCalibratgonTime~@PeriodicChecks:l.aatDataSheetTimeValueCalibrationinDepth(D)RjorMetalPoth(MP)CIFinalCheckOIGENERALELECTRICV.67go1.~c>;i)
%To.a-t9~x/Preopera tzonal~~X.S.T...Da'LeVel~Reoot:Set..
AngleBeamSpread91X45~or60(Modeoncepercolibrotedsyatent-Calibrationstandardcombination)gc>+>HoleDepth10%DACTrailingRay25%OAC50%DAC100%OAC50%DACLeadingRay25%OAC10%DACDorDorOora4HsWDorastsWOorQRDoralasWOorfStl'/4TlZl2(3t.gl.(I4l.9J72.01.82ll.$s1/2TX.82.82.9>vsz3/4TtleObbe3AmplitudeLinearityCheck(MadeDaily)ControlLinearitys(MadeDaily)100%FSH~~%FSH90%re~4~80%"4070%"~~~~450%FSH~%FSH40%"30%"20%"80%FSH80%"40%"20%"-6db~9(32-48)-12db+(16-24)+6db~+(64-96)+12db(64-96)8'EEquip.Data-AngleBeamForLinearityChecksfCOtaI4NoT'CCtaLVC7fVgggPAarSPoC~loam~pli~c(CeF47~a4RLtpeaeC.Me+II,ChecksonllW-2CodeBlockTTransducerData:SerialNo.BeamAngleSize~44~4Freer>~SFShoeNoM~CableNo~CheckMadeBy:l/8"SOHNearMax.Amp.MetalPathFarBlockonI/8SOHforFieldColib.ChecksQMoxAmp.forBothNear8FarPositionsin%ScreenHeightReviewedbyv~lSNT-TGLevelV.68 VESSELUTCALIBRATIONDATASHEETAliy~e..AttyWINCERINSIAIBAIIONA5IIVICSINOINIIBINOOIVISIONSiteProcedureNo.DateExaminerRecorderRev.CouplantCal.SheetNo.~+Hpreope'rotionolGI.SICal.Std.Temp.ASNTLevelASNTLevelnbTransducerSerialNo.OACCurve:Range0-5Q0-10Kj90EquiprtIentData:InstrumentModelNo.InstrumentSerialNo.TransducerSizeShoeNo.Frequency~~MHzffW2BeamAngle~InstrumentSettings:8070605040302010AttenuationSweepDelayScanningGainEvaluatingGainFilterPositionRepRateDampingRejectStdlovTJ8burOQIATbAIIzoofpOff'fFoffStartFinish'Iz//o~a./a.a;'oah~00.231234545678910~dnCnengefor~X~eTeeInches1/41/2HoleDepthGain81X1X1XMax.Amp.~eweeInch0orle(nchSDHor'BHLastOataSheetTimeValueInitialCalibrationTime~IPeriodicChecks:3/41Xgggege@~Iaxafx7CgCalibralioninOeplh(O)QXorMetalPath(MP)QN/AFinalCheck:gC"aPrGEIIERALELECTRICV.69 I0 AngleBeamSpread91X45~or60(Madeoncepercalibratedsystem-Calibrationstandardcombination)Lage~2cHoleDepthWOorMP10%DACOorMPOorMPTrailingRay25%OAC50%DACWDorMP100%CAC50%DACparMPLeadingRay25%DACporMP10%DACOorMP1/4T1/2TH(rTl4sMA'DE.KR,3/4TAmplitudeLinearityCheck(MadeDaily)ControlLinearityi(MadeDaily)100%FSH~~%FSH90%"80%"4070%"60%-50%FSH+~%FSH40%"30%-20%-80%FSH80%"40%"20%"-6db~(32-48)-12db~O(16-24)+6db~+(64-96)+12db~(64-96)Equip.Data-AngleBeamForLinearityChecksChecksonIIW-2TransducerData:SerialNo.BeamAngleBlockonI/8'DHforFieldCalib.ChecksQMaxAmp.forBothNear8FarPositionsin%ScreenHeightSize~~~~Freq~>:~teoShoeNoMALCableNo~aCheckMadeBy:Max.Amp.MetalPath>/~;.I/8'SDHNearFarReviewedbyT-TCLevelV.70  
/%c&rrtw3e~mAngle0~45Revision'tel2A'Zevelt60Scan-Sensitivi ty.2X+CdI3Evaluation Sensitivity I'Cf-440CouplantGlycerine Component Temperature EVlDAO(MaxpAC)(IIrfl(50"jDAC<<'m(iYiav.OAC)VVFPN2DlDFlDm0",4(Z5of(Z5c(Spre(Maxf)AC)Q4Q)'jp<c)far)DAC)DFZ(bC'.eDAC)DpCotltinttoUs (Z5%brsf)ot,pic)TorPC'tvorCC'tVToftoff3ottotn78>@%2.0le~E,OgPVtocRC'f:M;REFLECTOR PARALLEL(P),.'O)'tfELD~~~g~gReference System.REFLECTOR TRANSVERSE
'(T)TONELD4V0'L~f'E~'EV~(Vs~~'tVtlV.LookingdbwnonvesselCLVfstorigft'tofwckfanrfCCNisloleftoftvcfdAAr>>GCNtI~'~VMS'LV~'::1E~~~Lo~~Reviewedby:eSNT-TCLevel\Acceptable-toSection3".QUnacceptable toSectionOEHERAL'+IELECTR)0 io,I  
'TDIDOCCD<<I$4lW<<fo~(~<CCCiWCTCICCIIUCC~IDTTODICDPIa~4'<<DDCCDDOZraRIIRd~CCr<<ccRct<<cafCr~rrdI<<0Trano'an)~C))0<<1)4c)077CoSJDCA<<~~C14,0)~<<0DD~ICCcdC~~CDD0/).0DJD'~t~ca<<~~~0/0AEOUCEOPAINTNOTTOSCALE00CrCDf.CI4II4~~~4I<<DTTDOIDD 0iIj VESSElUTCALIBRATION DATASHEETANYTWtteee AttYWattsIHl'IAllAHOH Asl>>VICslHOIHu>>IHO OIVIsIONSlteProcedure No.Rev.Cal.SheetNo.~~KPreoperatlonal CII.s.l.Examiner" RecorderCoup!antCal.Std.TempASNTLevelASNTLevelEquipment Data:Instrument ModelNo.Instrument SerialNo.Transducer Size,OShoeNo.CableNo.Frequency
~e~MHz9080Transducer SerialNo.DACCurve:Range0-5CI0-10IjIIW2BeamAngle~Instrument Settings:
St'artFinish70605040302010Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingReject'%.rs'ort'FF
'/ssco/zdloon>>T02345678910012345~dhohangefnr~
XHoleDepth~eTa~Inches2'/NotchI/2g,~3/4Gain81XIXIXIXMax.Amp.eIIweeIncheor."/>>vo7."/>>"/>><</>>0orInchSDHorFBH"/>>SxIIgDHN/AI9SOLIInitgalCalibratgon Time~@PeriodicChecks:l.aatDataSheetTimeValueCalibration inDepth(D)RjorMetalPoth(MP)CIFinalCheckOIGENERALELECTRICV.67go1.~c>;i)
AngleBeamSpread91X45~or60(Modeoncepercolibroted syatent-Calibration standardcombination) gc>+>HoleDepth10%DACTrailingRay25%OAC50%DAC100%OAC50%DACLeadingRay25%OAC10%DACDorDorOora4HsWDorastsWOorQRDoralasWOorfStl'/4TlZl2(3t.gl.(I4l.9J72.01.82ll.$s1/2TX.82.82.9>vsz3/4TtleObbe3Amplitude Linearity Check(MadeDaily)ControlLinearity s(MadeDaily)100%FSH~~%FSH90%re~4~80%"4070%"~~~~450%FSH~%FSH40%"30%"20%"80%FSH80%"40%"20%"-6db~9(32-48)-12db+(16-24)+6db~+(64-96)+12db(64-96)8'EEquip.Data-AngleBeamForLinearity ChecksfCOtaI4NoT'CCtaLVC 7fVgggPAarSPoC~loam~pli~c(CeF47~a4RLtpeaeC.
Me+II,ChecksonllW-2CodeBlockTTransducer Data:SerialNo.BeamAngleSize~44~4Freer>~SFShoeNoM~CableNo~CheckMadeBy:l/8"SOHNearMax.Amp.MetalPathFarBlockonI/8SOHforFieldColib.ChecksQMoxAmp.forBothNear8FarPositions in%ScreenHeightReviewedbyv~lSNT-TGLevelV.68 VESSELUTCALIBRATION DATASHEETAliy~e..AttyWINCERINSIAIBAIION A5IIVICSINOINIIBINO OIVISIONSiteProcedure No.DateExaminerRecorderRev.CouplantCal.SheetNo.~+Hpreope'rotionol GI.SICal.Std.Temp.ASNTLevelASNTLevelnbTransducer SerialNo.OACCurve:Range0-5Q0-10Kj90EquiprtIent Data:Instrument ModelNo.Instrument SerialNo.Transducer SizeShoeNo.Frequency
~~MHzffW2BeamAngle~
Instrument Settings:
8070605040302010Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingRejectStdlovTJ8burOQIATbAIIzoofpOff'fFoffStartFinish'Iz//o~a./a.a;'oah~00.231234545678910~dnCnengefor~X~eTeeInches1/41/2HoleDepthGain81X1X1XMax.Amp.~eweeInch0orle(nchSDHor'BHLastOataSheetTimeValueInitialCalibration Time~IPeriodicChecks:3/41Xgggege@~Iaxafx7CgCalibralionin Oeplh(O)QXorMetalPath(MP)QN/AFinalCheck:gC"aPrGEIIERALELECTRICV.69 I0 AngleBeamSpread91X45~or60(Madeoncepercalibrated system-Calibration standardcombination)
Lage~2cHoleDepthWOorMP10%DACOorMPOorMPTrailingRay25%OAC50%DACWDorMP100%CAC50%DACparMPLeadingRay25%DACporMP10%DACOorMP1/4T1/2TH(rTl4sMA'DE.KR,3/4TAmplitude Linearity Check(MadeDaily)ControlLinearity i(MadeDaily)100%FSH~~%FSH90%"80%"4070%"60%-50%FSH+~%FSH40%"30%-20%-80%FSH80%"40%"20%"-6db~(32-48)-12db~O(16-24)+6db~+(64-96)+12db~(64-96)Equip.Data-AngleBeamForLinearity ChecksChecksonIIW-2Transducer Data:SerialNo.BeamAngleBlockonI/8'DHforFieldCalib.ChecksQMaxAmp.forBothNear8FarPositions in%ScreenHeightSize~~~~Freq~>:~teoShoeNoMALCableNo~aCheckMadeBy:Max.Amp.MetalPath>/~;.I/8'SDHNearFarReviewedbyT-TCLevelV.70  
~'
~'
ANY~-.ANYWMCREINN1NLPONINIVICIIWurNNasONWNqeSECTIONVRECORDABLElNDlCATlONLlSTPageof23pate1~12+2proactSUSQUEHANNAUNIT//1BDCategorySQI<<761ProjectNo.325(N)2ProcedureISIQA-330(A)Rev.1SystemIdentificationNumberDataSheetNo,CalibrationSheetNo.IndicationDescriptionNOZZLETOVESSELWELDSN1A(A)N1A5,6SpotIndicationsN2K(A)N2ASpotIndicationN4AAN4A17SpotIndicationN4C(A)N4C10,11SpotIndicationsN4EAN4ESpotIndicationsN4F(A)N4F16$17SpotIndicationN5BAN5B13SpotIndications(~)4093409111061104SpotIndicationsSS-12744060U,71GENERALglELECTRIC 0
ANY~-.ANYWMCREINN1NLPON INIVICIIWurNNasO NWNqeSECTIONVRECORDABLE lNDlCATlON LlSTPageof23pate1~12+2proactSUSQUEHANNA UNIT//1BDCategorySQI<<761ProjectNo.325(N)2Procedure ISIQA-330(A)Rev.1SystemIdentification NumberDataSheetNo,Calibration SheetNo.Indication Description NOZZLETOVESSELWELDSN1A(A)N1A5,6SpotIndications N2K(A)N2ASpotIndication N4AAN4A17SpotIndication N4C(A)N4C10,11SpotIndications N4EAN4ESpotIndications N4F(A)N4F16$17SpotIndication N5BAN5B13SpotIndications
GENEPRLELECTP.ICPOSTPROCESSOR-VERSION3-REV.2SUSQUEHRNNRIWELDN1REVRLURTIONLEVEL=50'RCTRBLEIWB-3512.1RLLOWRBLEPLRNRP.INDICRTIONSRSPECTSUPFRCESUBSURFRCEPRTIQINDICRTIONSINDICRTIONSRrLR<Tr<RECTA0.00-I.902..-300.05"--.2.00'-"---=-a..:.40"=-0.102.202600.15=-~2.40-2.;90-0.202.703.300~253.103.700.303.504.100.353.504;600.403.505.200.453.505.900.503.506.50TRBLEIWB-3511.3RLLQWRBLELRMINAP.INDICRTIGNSCOMPONENTTHICKNESSLRMINRRFIRER.T~IN.A~SQIN.01212188241030123614421648EVRLURTIONPFIPRMETERSNOZZLEMODETSCRNSCREENERDIMENSIONSCRLIBRRTIGNLENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS:SCRNNERSTEPSIE=0.050STEPTOLERRNCE=0.020MINSEP=0.250100'RC=100EVRLU&TIQNLEVEL=50WELDREFERENCEPHINTR=28.31Y=0.00THICKNESS='.520SHELLCOURSE1CIRCUMFERENCE~83658EVRLURT'IGN-RNGLES<<"LRMINRR~100NON-PLRNRR=10.0-SUPFRCETQLEPRNCEDISTRNCE=-0.0000REPORTB.E.DRTRRTFULLB.E.RtlP=tIRXIMUMB~E.RDRCFOREVRLURTION=5UTCHRNNELDRTR=SCRNNERSEP.FRCTGR=13X=-25.91CH2510RNGLE0.0W-45.0T-60.0T0.0BOFFSETYOFFSET-1.28-1.12-2.001~22-3~201.22-1~28-1.12BEGINSTOP20600201200201550201700MNBE0007TSEP11283911T5i4R0~00-5.00-6.000.00V.72 0Iij~t PRGE000280OCT2817:29:25SUMUEHFINNRIWELDNlF}05BEGINUTINSPECTIONRNDNOZZLERGTRTION=360EVRLUF}TIONLEVEL=508DRCNOZZLEIOCRTIGNX=0.00Y=161.50MELDNiR-CH-BETBER.ITIRPELXRY/F}Z1000290181.12252.0810-"0-"'290-19119'52.08100"0286-.15'~1.29-252.07'EPSCNR-3.362223.36--229.3-32...~>>~239>>I'1RXRNPLITUDE-50'.DRC=--+50~DRCID::iDRCDEPPELXRY>RZDEPRELXRYiRZDEPPELXRYiRZ1783.41.1252.13..4.1.1252.13.41.3252.1rOFTDEPSDEP-0~047.8CH:-BETBERIT1000296IR11RELXRYrRZDEP1.15252.583.43SCNR225CHTYPEIND::T2OW1L10OB2LENDGFPASSFINRLEVRLUF}TIONTRBLEMINXI'1RXXMINYNFIXYDNINDNRXVRLUE9069.11189.50189663.403.410.018.829.11189.50189.6&3.323.430.05RLLQMEVRt19.561956EVFILURTIONPRPRI'1ETERSNOZZLENODEPSCRNCLQCKMISESCRNNERDIMENSIGNS-CRLIBPRTIQNLENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS:X=SCFINNERSTEPSIZE=0.050STEPTGLERFINCE=0.020t1INSEP=0.250100'RC=100EVFILURTIGNLEVEL=50WELDREFERENCEPOINT:X=28.31Y=0.00THICKNESS=6.520SHELLCOURSE1CIRCUMFERENCE=836.58EVRLURTIQNFINGLES.LRNINRR=10.0NGN-PLFINRR=10.0SURFRCETQLERRNCE=DISTRNCE=0.0000REPORTB.E.DRTR.F}TFULLB.E.RNPt'IRXINUNB.E.rDRCFGR.EVRLURTIGN'5UTCHRNNELDRTR=SCRNNERSEP;FRCTOR=13CH--"RNGLEXOFFSETY.OFFSETBEG-IN-STOP""MN-BE4M5;0P'1.45'-0.7530~65005-@0.0P.-1.4$0.4430-6500100.0B-375.1.15108007BEGINUTINSPECTIONRNDNQZLERGTRTION=-360EVRLURTIGNLEVEL=50~DRCNOZZLELOCRTIONX=0.00Y=161.50WELDNlR-ENDOFPRSS-26'6TSEP-T5>4R20."-50020-6.00110.00V,73  
(~)4093409111061104SpotIndications SS-12744060 U,71GENERALglELECTRIC 0
'0l11flI tPRI5E000380OCT28.29-54-'53SUSQUEHANNAIMELDHiRgFpgEVRLURTIONPARAMETERS."NOZZLEl'1ODEPSCANCOUNTER-CLOCKMISESCRNHERDIMENSIONS-CRLIBRRTIONLENGTH=36.00FULLSCRLE=3600NOZZLELENGTH="36'-00FULLSCRLE=3600OFFSETS-X='26.16SCFIHNER-STEPSIZE=0.050STEPTOLERANCE=0.020MIHSEP=0.250200/DRC='00EVRLURTIGN.LEVEL=*50MELDREFERENCEPOINT=X~28..32;".'Y='-0.00.-"-"-"-THICKNESS=6.520SHELLCOURSE2CIRCUMFERENCE.=836.,58EVALURTIONANGLES-LRMINRR=10.0NOH-PLANAR=10.0SURFRCETOLERRNCEDISTRNCE=0.0000PEPGRTB.E.DRTRRTFULLB.E.RMPMFIXIMUMB.E./DRCFGREVRLURTIGN='UTCHANNELDRTR-SCRNNERSEP.FRCTOR=13CH::ANGLEXOFFSETYOFFSETBEGINSTOPMNBE4-45.0P-1.450.7530-650.05'60.0P-1-45-0.4430*650=-010~0.0B-3..751.1530--~650""~7BEGINUTINSPECTIONANDNOZZLERGTRTION=360-tEVRLURTIGNLEVEL=50'RCNOZZLELQCRTIGNX=-0.00-Y='61.50MELDH1R-ENDGFPFISSTSEPT5r'4R20-5.0020-6.00--"ai-0.00V.74  
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1RLLOWRBLE PLRNRP.INDICRTIONS RSPECTSUPFRCESUBSURFRCE PRTIQINDICRTIONS INDICRTIONSRrLR<Tr<RECTA0.00-I.902..-300.05"--.2.00'-"---=-a..:.40"=-
0.102.202600.15=-~2.40-2.;90-0.202.703.300~253.103.700.303.504.100.353.504;600.403.505.200.453.505.900.503.506.50TRBLEIWB-3511.3RLLQWRBLE LRMINAP.INDICRTIGNSCOMPONENT THICKNESS LRMINRRFIRER.T~IN.A~SQIN.01212188241030123614421648EVRLURTION PFIPRMETERS NOZZLEMODETSCRNSCREENERDIMENSIONS CRLIBRRTIGN LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS:SCRNNERSTEPSIE=0.050STEPTOLERRNCE
=0.020MINSEP=0.250100'RC=100EVRLU&TIQN LEVEL=50WELDREFERENCE PHINTR=28.31Y=0.00THICKNESS
='.520SHELLCOURSE1CIRCUMFERENCE
~83658EVRLURT'IGN-RNGLES<<"LRMINRR~100NON-PLRNRR=
10.0-SUPFRCETQLEPRNCE DISTRNCE=-
0.0000REPORTB.E.DRTRRTFULLB.E.RtlP=tIRXIMUMB~E.RDRCFOREVRLURTION
=5UTCHRNNELDRTR=SCRNNERSEP.FRCTGR=13X=-25.91CH2510RNGLE0.0W-45.0T-60.0T0.0BOFFSETYOFFSET-1.28-1.12-2.001~22-3~201.22-1~28-1.12BEGINSTOP20600201200201550201700MNBE0007TSEP11283911T5i4R0~00-5.00-6.000.00V.72 0Iij~t PRGE000280OCT2817:29:25SUMUEHFINNR IWELDNlF}05BEGINUTINSPECTION RNDNOZZLERGTRTION=360EVRLUF}TION LEVEL=508DRCNOZZLEIOCRTIGNX=0.00Y=161.50MELDNiR-CH-BETBER.ITIRPELXRY/F}Z1000290181.12252.0810-"0-"'290-19119'52.08100"0286-.15'~1.29-252.07'EPSCNR-3.362223.36--229.3-32...~>>~239>>
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=0.020t1INSEP=0.250100'RC=100EVFILURTIGN LEVEL=50WELDREFERENCE POINT:X=28.31Y=0.00THICKNESS
=6.520SHELLCOURSE1CIRCUMFERENCE
=836.58EVRLURTIQN FINGLES.LRNINRR=10.0NGN-PLFINRR=
10.0SURFRCETQLERRNCE=
DISTRNCE=
0.0000REPORTB.E.DRTR.F}TFULLB.E.RNPt'IRXINUN B.E.rDRCFGR.EVRLURTIGN' 5UTCHRNNELDRTR=SCRNNERSEP;FRCTOR=13CH--"RNGLEXOFFSETY.OFFSETBEG-IN-STOP""MN-BE4M5;0P'1.45'-0.7530~65005-@0.0P.-1.4$0.4430-6500100.0B-375.1.15108007BEGINUTINSPECTION RNDNQZLERGTRTION=-360EVRLURTIGN LEVEL=50~DRCNOZZLELOCRTIONX=0.00Y=161.50WELDNlR-ENDOFPRSS-26'6TSEP-T5>4R20."-50020-6.00110.00V,73  
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NOZZLEl'1ODEPSCANCOUNTER-CLOCKMISE SCRNHERDIMENSIONS-CRLIBRRTION LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH="36'-00FULLSCRLE=3600OFFSETS-X='26.16SCFIHNER-STEPSIZE=0.050STEPTOLERANCE
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10.0SURFRCETOLERRNCE DISTRNCE=
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PLRNRP.INDICRTIONSRSPECT'URFACE.
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PAGEOK0380NOV0612-05-38SUSQUEHANNA.I~aFUTCHANNELDRTR-SCANNERSEP.FACTOR=13CH::ANGLEXOFFSETYOFFSETBEGINSTOP445.0P-1.450.75'0500560.0P-1.45-0.4430500100.0B-3751.1530500BEGINUTINSPECT'IGNRHDNOZZLEEROTATION=360EVRLURTIQNLEVEL=50r.DRCNOZZLELOCRTIGNX=-76T91.Y'498.,5'0.WELDN4F-EHDGFPRSSWELDH4FMNBETSEPT5r4R020-5~00020-6.00711.000EVRLURTIONPARRMETERS-NOZZLEMODETSCANSCANNERDIMEHSIGHS-CRLIBRRTIGNLENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS-X=-15.80SCANNERSTEPSIZE=0050STEPTOLERANCE=0020MINSEP'0.250100rDRC=100EVALURTIOHLEVEL=50WELDREFERENCEPOINT-X=17.25Y=0.00THICKNESS=6.520SHELLCOURSE3CIRCUMFERENCE=837.72EVALUATIONANGLES:LAMINAR=10.0HGNPLANAR.=10.0SURFACETOLERANCEDISTRNCE=0.0000PEPGRTB.E.DRTRRTFULLB.E.RMP.MRXIMUMB.E.rDRCFOREVALURTIOH=5UTCHANNELDRTRSCANNERSEP.FACTOR=13CH:-ANGLEXOFFSETYOFFSETBEGINSTOPMHBETSEPTSr4R20.0W-1.28-1..12305000110-00100-0B-128-1.123016507110-00BEGINUTINSPECTIONRNDNOZZLE.ROTATION=360EVALUATIONLEVEL=50rDRCNOZZLE.LOCATIONX=76791Y=498'.50WELDN4F-MRXAMPLITUDE-50rDRCID--rDACDEPRELXRYrRZDEP.RELXRYrRZ2i.5133.0.,5'9;.8.330579.8-FINALEVRtURTIQNTRBLE,CHTYPEIHD:-TMINXMRXXMINYMRXY2OW1SY764.77764..77481.00481.00tENDOFPRSS+NOTE-H4F-4-(PAGE'380HOV0618-28-59)+50r.DAC..r..QFTDEPRELXRYrRZ'EPSDEP-3.,30..579.80048.,7'MINDMRXVALUERLLGWEVRL3.343.340.016.50V.99  
=0.020NIHSEP=0.250100'RC=100EVRLURTION LEVEL=50WELDREFERENCE POINT-"X=17'.25'=0..00THICKNESS
~,,i N0FSUSQUEHANNAI.0~1aAa-0.~00XNi76lo8XNX~764+8YIQI~481.0VNX~481~02'~3.3NX~3.3 l~'
=6..52.0SHE(LCOURSE.3CIRCUMFERENCE
N0FSUSQUEHANNAIwAa.e.seeXtWi76leSXfOi76loSYtWi4&1+0YtOil81oeZNHi3.3ZNi3.3 eIl GENERFILELECTRICPOSTPROCESSOR-VERSION3-REV.2,SUSQUEHANNRIMELDNSBEVRLURTIGNLEVEL.=50'.DRCTRBLEIMB-3512.1RLLOWRBLEPLFINRRINDICATIONSRSPECTSURFACESUBSURFRCE.RATIOIHDICRTIGNSINDICATIONSRrLRrT,RRiTrR0.001.902300.05'002.40"0102..202..600.152.402:..900.PO2.703.300.25'.103.700.303.504.100.353.504.600.403.505.200.453.505.900.503.506.50TABLE.IWB-3511.3RLLOMRBLE:LAMINAR.INDICATIONSCOMPONENTTAICKNESSLRMINFlRRRER-T~IN.RrSQIN.0121218824103012.3614421648EVRLURTIONPRRRMETEPS-HOZZLEMODETSCANSCRHHEP,DIMENSIONS~CALIBRATIONLENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36..00FULLSCALE.=3600OFFSETS:SCRNHERSTEPSIZE=0.050STEPTOLERANCE=0.0P0I'IINSEP-=0.2501008DRC=100EVRLURTIONLEVEL=50MELDREFERENCEPOINT=X=1725Y=0.00THICKNESS=6.520SHELLCOURSE3C.IPCUMFERENCE=837?2.EVRLURTIGNANGLES:LRMINF}R=10.0NON-PLANAR=10.0SURFRCETOLERANCEDISTANCE=0.0000REPORT'.E.DATARTFULLBE.RMPMRXIMUMB.EiDRCFGREVRLURTION=5UTCHRNNELDRTR-SCRHHER-SEPFRCTOR=13X=-15.80CH245RNGLE0~0I.J-45.0T-60.0T0.0BOFFSET-1.28-2.00-3.20-1.28YOFFSETBEGIN-i.12,301.22301.22,30-11230STOPMNBETSEP50001111000281450'391650711.T5r4R0.00-5.00-6.000.00V.102  
=83772EVRLURTION RNGtES=LFIHINRR='-
~j,00' PRGE000280NOV03OF12.-48-30SUSQUEHRNNR.IWELDNSBBEGINUTINSPECTIONEVRLURTIONLEVEL=-NOZZLELOCRTIONXMELDN5B-RHDNOZZLE;ROTRTIONsor.DRC698.10Y=484-.50M60CH:-"BET'.00100100''.'0010010020010010598100200100100100BERIT'3040:308-0:-3070321,.0296.030103000295'2950291029502960296.0301.IR.RELXRYiRZ92081.3-629-''2-.952.044-8:-~.-1';85':.204&01,60135'..61102.04"161.8381.96.161..842,01'5:16186'1.74-'62.'.88131.65162.70121.74=262.68232..852,62.66261.96162.64.202..06262.62.10216.162.,61DEP-'.54359..3573..743.45'503493.433.433.393.433.453.45350222.2.09-1',99-174-228210-199.188179.188199210220230HFIXRNPLITUDE-sow..DRCID:-'DRCDEPRELXPYr'RZDEPPELXRYiRZ2474-3.42.0262.73.41.,8162.7+soiDRCDEPRELXRYiRZ3.42..1.262.6r.OFTDEPSDEP0.047.8jCH-"-BET100100100100200100100100100100100100100100100100200BERIT0291030803040305030603060310030002960301.030003100314'-0.3'140314-03240326IR.10912,1712.910989.209io132-1.22:13.'ELX2..21.1.92,2.02.2.12.2~22"2.32.2442452.37'e.2626202.172.1801'.89.2-..00'10RY>RZ16-3..30164.05164-.0316401164.00163.98263.96164.76264.7726479164.8i166.9326>..58167.571.&7.551'67:53'.16752DEP3.393'.59.3.54.3.553.56.3%.563.613~493..45'.503.493.,613.,66.3.,6636&.3'.66'.68'CNR235206216226236246258259251240230216186.294-203;22'.4224NRXRl'1PLITUDEID--iDRCDEPREL.XRYiRZ26523.52.0167.5-50'DRCDEPRELXPY/RZ3.S1.9i67.6+50~DRCDEP.PEL.XRYiRZ3.52.0167.5OFTDEPSDEP0.046.8tCH-BETBERIT100030610,00301+.1000304-IR1110PEL'XRY/RZ2.17168.412.08168.421.9816844DER3.563.503.54SCNR231222212.V.103 FINRLEVRL'URTIGHTRBLET'INXI'1RXXMINYI'1RXYL726.33716.53478.73478.81L716~79716-.90480.34480.37L722.5?711.57472.31471.31L680.11680.2047T.79477.82L716.15717.21478.48479.41L679.-31679.31479.954?9.95L716.63717.13480.14480.'65DMIN3.413.463.74.3.5T3.39.3.543.50CHTYPEIHD.--2OW42OW610OB310OB210OB510OB110OB7DMRX3.423.483.743593.623.543.68ENDQFPASSPRGE000380NGV0312-'20-'24.SUMUEHRNNR.IWELDN5B~.04+EVFILUE0.010.00O.On0.000.890.000.25ALLOW19.5619.5619.,5619.5629.56'9.56.2.9.56EVRLEVRLURTIONPRPRMETERS=.NOZZLEMODEPSCRNCLOCKWISESCRNHERDIMENSIONS-CRLIBRRTIONLENGTH=36.00FULLSCALE=3600NOZZLELENGTH=36.00FULLSCFILE=3600QFFSETS-SCRNNERSTEPSIZE=0.050STEPTQLERRNCE=-0.020MINSEP=0.250200~DRC=100EVRLURTIONLEVEL=50WELDREFEREHCEPOINT-X=17.25Y=000THICKNESS=6.,520SHELLCOURSE-3CIRCUMFERENCE=837;72EVRLURTIGNRHGLES-LRMIHRR=10.0NQN-PL'RNAR=10.0SURFRCETOLEPRNCEDISTRNCE='.0000PEPORTB.E.DRTRFITFULLB.E.RMPMRXIMUMB.E..rDRCFOR.EVRLURTIGH=.5UTCHFINNELDRTR<<SCRNNERSEP.FRCTGR=13X=-16.05CH24510RNGLE0~0W-45.0P-60.0P0.,0BOFFSET-3.75-1..45-1.453~75YOFFSETBEGIN.1.150-0.75300.44-301.1530STOPMNBETSEP00115000?0500020500711T5i4R-0.00-5.00-6.000.00BEGINUTINSPECTIONRNDNOZZLE.RGTRTIGN=-360EVRLURTIONLEVEL='50'RCNOZZLELOCATIONX=698.10Y=484.50WELDN5B-EHDGFPRSS2"TURNEDGFFEVRLURTIGNPRRRMETERS-'OZZLEMODEPSCRNCOUNTER-CLOCKWISESCRNHERDIMENSIONS=CRLIBRRTIONLENGTH=36.00FULLSCALE=3&00NOZZLELENGTH=36.00FULLSCRLE=3600QFFSETS-SCRHHERSTEPSIZE=0.050STEPTOLERRNCE=0.020MINSEP=0.25020MDRC=100EVRLUFITIOHLEVEL=50WELDREFERENCE'GIHT-X=17.25Y=-0.00THICKNESS=6.5?0SHELLCOURSE-3CIRCUMFERENCE.=83T7?'VRLURTIQN'NGE.ES-"LRMINRR=10.0NON-PLANAR='00V.104X=-.16.05 00' t:PRGE000480NOV0313:01=37SUSQUEHRNNRIGr-04SURFRCETGLERRNCEDISTRNCE=0.0000REPORTB.E.DRTRRTFULLB.E.RMPt'1RXINUNB.E.~DRCFGREVRLURTIGN=5UTCHRNNELDRTR-SCRNNERSEP-.FRCTOR=13CH'-'NGLEXOFFSETYOFFSETBEGINSTOP2.0..0T3.75-1.2800445'P-i.450.-75305005-60'..0P.-f45,.-044'-305001.0'0B-3..75=1.15'0500BEGINUTINSPECTIONRNDNOZZLERGTRTION=360EVRLURTIONLEVEL=.50'RCNOZZLELOCRTIONX=698..10Y=484.50'ELDN5B-ENDOFPRSS+NOTE-N5B-2(PRGE12280NOV0313-20-46)ME<DN5BNNBE000i7'SEPT514R"=-1,10.-002.0-5..002.0~.<<00:11'.0.00'.105 00 SUSQUEHANNAIN4ENSBNc-e.1eeXtW~679.3XlQi717,1YN~471.3VtQ~481.7ZNi3.1NX~3.7 l0I1IItlI SUSQUEHANNAIN5B7>>90tNG>>0.100XIII>>679e3XNX>>7i7,1YAH4713VtlX>>180.7ZNN>>3IZlQ>>3>>7 0
10..0NQN-PLRNRR=,
aasvmaNYTlQ!o../I/c,~/+iE~mSheetNo.Cal.SheetNo.+/<STRAIGHTBEAMEXAMINATIONDATASHEETIIISTALLATION4SSEVICSEIIOIIISSIIIOIVISIOISitaCI'SLami.narReflectorsinBaseMetalCQ2'/'preoperationalr.S.IWeldSeamIDNo.AJ7ExaminerIY~ALevei~z.Procedure2Q'.C)2-Zl5ScanningSensitivityCouplant~)crrimcDate/2RecorderRevisionComponentTemperatuxe~CWo~Levelp7dOFR'.s/o,o,g,oslnd.Amp.3,'OIS23oZggOB.R.Amp.CWorCCWTopofBottomee~.'fi~/,~f"owwwwwLgLgLy.LeLOOKINGDOWNONVESSELCWISTORIGHTOFWELDCCWISTOLEFTOFWELDNOZZLEWELDREFERENCESYSTEM4RER<RsRoRsRsR00vwi)w+90oWELDQ~Reviewedby:ElAcceptabletoSectionXIQUnacceptabletoSectionXfCENEEALI@!ELECTE!CV.108 c4/6Cal;SheetNo.EXAMINATIONDATASHEETINSTALlATION4SBIVICtCMOINttllIIe3INvINONStraightBeamandAngleBeamofNozzletoVesselWeldSiteSusuehannaISQZ-761ExaminerIMeldSeamZDNo.ProcedureNo.25-Z-ScanSensitivityCouplantGlcerine~~xPreoperational~I.S.I.Level~~RecorderBeamAngleQ~45RevisionEvaluationSensitivityComponentTemperatureDatei~aoLevelM6Qo7~oFC,rugoc~7QMaxDAC(>>~oOAC)WF$WmWF2W2D)(50"%%d(Max(50',e(p5O/~(p5ogDAC)DAC)DAC)OaC)OAC)DF)(50%%dDAC)Dm(MaxDAC)DF2(50%%dDAC)D2(2OAC);NOZZLEWELDREFERENCESYSTEMRgRaRaRgRgRa'RDo4~WhV)$~'LV--'..II)-eeCWKLOQReviewed.by-.SNT-TCLevel~BAcceptabletoSectionXZ0UnacceptabletoSectionXZGENEIIA'LIE1ECTRICV.109  
10.0SURFFICETQLERRNCE DISTRNCE=
~,l>>0 g.Q.(ry'o~lttfCalSheetNo.'!kBTALLATICOI~BOIVICKKIIOIIICCIIIIIOOIVI4104IEXAMINATXONDATASHEETStraightBeamandAngleBeamofNozzletoVesselSiteSusuehannaISQX-761~xPreoperational~X.S-X-ExaminerL).Level~~Recorder-.WeldDate2-29-Level.CCWeldSeamXDNo.ProcedureNo.ScanSensitivityCouplantGlc'crineBeamAngleOo450Revision2.EvaluationSensitivityComponentTemperatureOF~R.MaxDAC3'I'WqWF1(25'50%OAC)DAC)Wm(MaxDAC)WF2'2(50%(2DAC)OAC)D~(25%OAC)DFi(50"roDAC)DmDF2(Max(50%oDAC)DAC)SoD2(25%OAC)4~jNOZZIEWELDREFERENCESYSTEMRERaRaRgRaRG'ROor4hsvwW0)'lv6VIELOQ\Reviewed.by..BNT-TCLevelvlgAcceptabletoSectionXXE3UnacceptabletoSectionXXGEIIEGALOELECTGICV.110  
0.0000REPORTBE.,DRTR.RTFULLB.E..RNPNRXIHUNB.E'DRC'GR'VRLURTIGN
=5UTCHRNNELDRTR-SCRNNERSEP.FRCTOR=-13X=-15.80CH::FINGLE4-45.0T'-60..0T100.0BXOFFSET-2.00-3.20-1..28YOFFSETBEGIN1..22301.2230-1.1"230STOPMNBE11000145001650-7TSEPT5<4R.28-5.0039-6.00110.00V.97 0
PAGE0002QF05SUSQUEHANNA.
IWELD.H4F'EGINUTINSPECTION RNDNOZZLEROTATIONEVRLURTIGH LEVEL=508DFICNOZZLELOCRTIONX=767.91Y=498.50WELDN4F-CH:-BETBERITIR10575930112105749299-13EHDGFPRSSRELXRYiRZ1.96146.942.-05146.93DEPSCHR3.5'02103.48219EVRLURTIOH PRRRNETERS-HOZZLENODEPSCRNCLOCKW-ISE SCRNNEP.DINENSIGNS-CRLIBRRTIGN LENGTH=36..00FULLSCRLE=3600NOZZLELENGTH=36-.00FULLSCRLE=3600GFFSETS-'CRHHER STEPSIZE=0.050STEPTGLERRHCE
=0-020MINSEP=0.250100'RC=100EVFILURTIQN LEVEL=50WELIlREFERENCE, PGIHT=X=17.25Y=0.00THICKHESS
=6.520SHELLCOURSE3CIRCUMFERENCE
=837-72EVRLURTION RNGLES=LRNINRR=10.0NON-PLRHFIR=
10.0SURFACETOLERRNCE DISTRNCE=
0.0000PEPORTB.E.DRTR-RTFULLB.E.RMPMAXIMUMB.E./DFICFGREVFILURTIGN
=5UTCHRHNELDRTR-SCRNNERSEPFACTOR=13X=-.16.05CH:"-RNGlEXOFFSET'OFFSETBEGINSTOPNNBE.TSEP4--450P-1.,45-0.75'05000205'6.0.0P-1.450.44.30500020100.0B-3.751.1530500711BEGINUTINSPECTION RNDNOZZLEROTRTIGN=-365EVALUATION LEVEL=508DRCNOZZLELOCATIONX=76791Y=498.50WELDN4F-EHDOFPRSST5r4R"t-5~00~-6-.000.00EVRl=URTION PRRRNETERS--
HQZZLENODEP.SCFINCGUNTERMLGCKWI,SE SCRNNERDIMENSIONS=
CRLIBRRTION LENGTH~3600FULLSCANE="3600NOZZLELENGTH=36;.00FULL.SCRLE=3600OFFSETS,=
SCRNNERSTEPSIZE=0.050'TEP-TOLERANCE
=0020MIHSEP-=0.2501008DRC=100EVALURTIGH LEVEL=50WELDREFERENCE POINT-X=17.25Y=0.00THICKNESS
=&.520SHELLCOURSE3CIPCUNFEPEHCE
=837.72EVRLURTIQN RNGIES-'FININRR=
10.0HOH-PLRNFIR=
100SURFRCETGLERRHCE DISTRNCE=
0.0000REPORTB.EDATERTFULLBE.RNP,MRXIMUNBE.<</DRC'GR'VALUATION
=':V.98X=1605 0'
PAGEOK0380NOV0612-05-38SUSQUEHANNA.
I~aFUTCHANNELDRTR-SCANNERSEP.FACTOR=13CH::ANGLEXOFFSETYOFFSETBEGINSTOP445.0P-1.450.75'0500560.0P-1.45-0.4430500100.0B-3751.1530500BEGINUTINSPECT'IGN RHDNOZZLEEROTATION=360EVRLURTIQN LEVEL=50r.DRCNOZZLELOCRTIGNX=-76T91.Y'498.,5'0.
WELDN4F-EHDGFPRSSWELDH4FMNBETSEPT5r4R020-5~00020-6.00711.000EVRLURTIONPARRMETERS-NOZZLEMODETSCANSCANNERDIMEHSIGHS-CRLIBRRTIGN LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS-X=-15.80SCANNERSTEPSIZE=0050STEPTOLERANCE
=0020MINSEP'0.250100rDRC=100EVALURTIOH LEVEL=50WELDREFERENCE POINT-X=17.25Y=0.00THICKNESS
=6.520SHELLCOURSE3CIRCUMFERENCE
=837.72EVALUATION ANGLES:LAMINAR=10.0HGNPLANAR.=10.0SURFACETOLERANCE DISTRNCE=
0.0000PEPGRTB.E.DRTRRTFULLB.E.RMP.MRXIMUMB.E.rDRCFOREVALURTIOH
=5UTCHANNELDRTRSCANNERSEP.FACTOR=13CH:-ANGLEXOFFSETYOFFSETBEGINSTOPMHBETSEPTSr4R20.0W-1.28-1..12305000110-00100-0B-128-1.123016507110-00BEGINUTINSPECTION RNDNOZZLE.ROTATION=360EVALUATION LEVEL=50rDRCNOZZLE.LOCATIONX=76791Y=498'.50WELDN4F-MRXAMPLITUDE
-50rDRCID--rDACDEPRELXRYrRZDEP.RELXRYrRZ2i.5133.0.,5'9;.8.
330579.8-FINALEVRtURTIQNTRBLE,CHTYPEIHD:-TMINXMRXXMINYMRXY2OW1SY764.77764..77481.00481.00tENDOFPRSS+NOTE-H4F-4-(PAGE'380HOV0618-28-59)+50r.DAC..r..QFTDEPRELXRYrRZ'EPSDEP-3.,30..579.80048.,7'MIN DMRXVALUERLLGWEVRL3.343.340.016.50V.99  
~,,i N0FSUSQUEHANNA I.0~1aAa-0.~00XNi76lo8XNX~764+8YIQI~481.0VNX~481~02'~3.3NX~3.3 l~'
N0FSUSQUEHANNA IwAa.e.seeXtWi76leSXfOi76loSYtWi4&1+0YtOil81oeZNHi3.3ZNi3.3 eIl GENERFILELECTRICPOSTPROCESSOR-VERSION3-REV.2,SUSQUEHANNR IMELDNSBEVRLURTIGN LEVEL.=50'.DRCTRBLEIMB-3512.
1RLLOWRBLE PLFINRRINDICATIONS RSPECTSURFACESUBSURFRCE.
RATIOIHDICRTIGNSINDICATIONS RrLRrT,RRiTrR0.001.902300.05'002.40"0102..202..600.152.402:..900.PO2.703.300.25'.103.700.303.504.100.353.504.600.403.505.200.453.505.900.503.506.50TABLE.IWB-3511.3RLLOMRBLE:
LAMINAR.INDICATIONS COMPONENT TAICKNESS LRMINFlRRRER-T~IN.RrSQIN.0121218824103012.3614421648EVRLURTION PRRRMETEPS-HOZZLEMODETSCANSCRHHEP,DIMENSIONS
~CALIBRATION LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36..00FULLSCALE.=3600OFFSETS:SCRNHERSTEPSIZE=0.050STEPTOLERANCE
=0.0P0I'IINSEP-
=0.2501008DRC=100EVRLURTION LEVEL=50MELDREFERENCE POINT=X=1725Y=0.00THICKNESS
=6.520SHELLCOURSE3C.IPCUMFERENCE
=837?2.EVRLURTIGNANGLES:LRMINF}R=
10.0NON-PLANAR=
10.0SURFRCETOLERANCE DISTANCE=
0.0000REPORT'.E.
DATARTFULLBE.RMPMRXIMUMB.EiDRCFGREVRLURTION
=5UTCHRNNELDRTR-SCRHHER-SEPFRCTOR=13X=-15.80CH245RNGLE0~0I.J-45.0T-60.0T0.0BOFFSET-1.28-2.00-3.20-1.28YOFFSETBEGIN-i.12,301.22301.22,30-11230STOPMNBETSEP50001111000281450'391650711.T5r4R0.00-5.00-6.000.00V.102  
~j,00' PRGE000280NOV03OF12.-48-30 SUSQUEHRNNR.
IWELDNSBBEGINUTINSPECTION EVRLURTION LEVEL=-NOZZLELOCRTIONXMELDN5B-RHDNOZZLE;ROTRTIONsor.DRC698.10Y=484-.50M60CH:-"BET'.00100100''.'0010010020010010598100200100100100BERIT'3040:308-0:-3070321,.0296.030103000295'2950291029502960296.0301.IR.RELXRYiRZ92081.3-629-''2-.952.044-8:-~.-1';85':.204&01,60135'..61102.04"161.8381.96.161..842,01'5:16186'1.74-'62.'.
88131.65162.70121.74=262.68232..852,62.66261.96162.64.202..06262.62.10216.162.,61DEP-'.54359..3573..743.45'503493.433.433.393.433.453.45350222.2.09-1',99-174-228210-199.188179.188199210220230HFIXRNPLITUDE
-sow..DRCID:-'DRCDEPRELXPYr'RZDEPPELXRYiRZ2474-3.42.0262.73.41.,8162.7+soiDRCDEPRELXRYiRZ3.42..1.262.6r.OFTDEPSDEP0.047.8jCH-"-BET100100100100200100100100100100100100100100100100200BERIT0291030803040305030603060310030002960301.030003100314'-0.3'140314-03240326IR.10912,1712.910989.209io132-1.22:13.'ELX2..21.1.92,2.02.2.12.2~22"2.32.2442452.37'e.2626202.172.1801'.89.2-..00'10RY>RZ16-3..30164.05164-.0316401164.00163.98263.96164.76264.7726479164.8i166.9326>..58167.571.&7.551'67:53'.
16752DEP3.393'.59.3.54.3.553.56.3%.563.613~493..45'.503.493.,613.,66.3.,6636&.3'.66'.68'CNR235206216226236246258259251240230216186.294-203;22'.4224NRXRl'1PLITUDE ID--iDRCDEPREL.XRYiRZ26523.52.0167.5-50'DRCDEPRELXPY/RZ3.S1.9i67.6+50~DRCDEP.PEL.XRYiRZ3.52.0167.5OFTDEPSDEP0.046.8tCH-BETBERIT100030610,00301+.1000304-IR1110PEL'XRY/RZ2.17168.412.08168.421.9816844DER3.563.503.54SCNR231222212.V.103 FINRLEVRL'URTIGH TRBLET'INXI'1RXXMINYI'1RXYL726.33716.53478.73478.81L716~79716-.90480.34480.37L722.5?711.57472.31471.31L680.11680.2047T.79477.82L716.15717.21478.48479.41L679.-31679.31479.954?9.95L716.63717.13480.14480.'65DMIN3.413.463.74.3.5T3.39.3.543.50CHTYPEIHD.--2OW42OW610OB310OB210OB510OB110OB7DMRX3.423.483.743593.623.543.68ENDQFPASSPRGE000380NGV0312-'20-'24.
SUMUEHRNNR.
IWELDN5B~.04+EVFILUE0.010.00O.On0.000.890.000.25ALLOW19.5619.5619.,5619.5629.56'9.56.2.9.56EVRLEVRLURTIONPRPRMETERS=.
NOZZLEMODEPSCRNCLOCKWISE SCRNHERDIMENSIONS-CRLIBRRTION LENGTH=36.00FULLSCALE=3600NOZZLELENGTH=36.00FULLSCFILE=3600QFFSETS-SCRNNERSTEPSIZE=0.050STEPTQLERRNCE
=-0.020MINSEP=0.250200~DRC=100EVRLURTION LEVEL=50WELDREFEREHCE POINT-X=17.25Y=000THICKNESS
=6.,520SHELLCOURSE-3CIRCUMFERENCE
=837;72EVRLURTIGNRHGLES-LRMIHRR=10.0NQN-PL'RNAR=
10.0SURFRCETOLEPRNCE DISTRNCE='.0000 PEPORTB.E.DRTRFITFULLB.E.RMPMRXIMUMB.E..rDRCFOR.EVRLURTIGH
=.5UTCHFINNELDRTR<<SCRNNERSEP.FRCTGR=13X=-16.05CH24510RNGLE0~0W-45.0P-60.0P0.,0BOFFSET-3.75-1..45-1.453~75YOFFSETBEGIN.1.150-0.75300.44-301.1530STOPMNBETSEP00115000?0500020500711T5i4R-0.00-5.00-6.000.00BEGINUTINSPECTION RNDNOZZLE.RGTRTIGN=-360EVRLURTION LEVEL='50'RCNOZZLELOCATIONX=698.10Y=484.50WELDN5B-EHDGFPRSS2"TURNEDGFFEVRLURTIGN PRRRMETERS-'OZZLE MODEPSCRNCOUNTER-CLOCKWISE SCRNHERDIMENSIONS=
CRLIBRRTION LENGTH=36.00FULLSCALE=3&00NOZZLELENGTH=36.00FULLSCRLE=3600QFFSETS-SCRHHERSTEPSIZE=0.050STEPTOLERRNCE
=0.020MINSEP=0.25020MDRC=100EVRLUFITIOH LEVEL=50WELDREFERENCE'GIHT-X=17.25Y=-0.00THICKNESS
=6.5?0SHELLCOURSE-3CIRCUMFERENCE.
=83T7?'VRLURTIQN'NGE.ES-"
LRMINRR=10.0NON-PLANAR='0 0V.104X=-.16.05 00' t:PRGE000480NOV0313:01=37SUSQUEHRNNR IGr-04SURFRCETGLERRNCE DISTRNCE=
0.0000REPORTB.E.DRTRRTFULLB.E.RMPt'1RXINUN B.E.~DRCFGREVRLURTIGN
=5UTCHRNNELDRTR-SCRNNERSEP-.FRCTOR=13CH'-'NGLEXOFFSETYOFFSETBEGINSTOP2.0..0T3.75-1.2800445'P-i.450.-75305005-60'..0P.-f45,.-044'-305001.0'0B-3..75=1.15'0500BEGINUTINSPECTION RNDNOZZLERGTRTION=360EVRLURTION LEVEL=.50'RCNOZZLELOCRTIONX=698..10Y=484.50'ELD N5B-ENDOFPRSS+NOTE-N5B-2(PRGE12280NOV0313-20-46)
ME<DN5BNNBE000i7'SEPT514R"=-1,10.-002.0-5..002.0~.<<00:11'.0.00'.105 00 SUSQUEHANNA IN4ENSBNc-e.1eeXtW~679.3XlQi717,1YN~471.3VtQ~481.7ZNi3.1NX~3.7 l0I1IItlI SUSQUEHANNA IN5B7>>90tNG>>0.100XIII>>679e3XNX>>7i7,1YAH4713VtlX>>180.7ZNN>>3IZlQ>>3>>7 0
aasvmaNYTlQ!o..
/I/c,~/+iE~mSheetNo.Cal.SheetNo.+/<STRAIGHTBEAMEXAMINATION DATASHEETIIISTALLATION 4SSEVICSEIIOIIISSIII OIVISIOISitaCI'SLami.narReflectors inBaseMetalCQ2'/'preoperational r.S.IWeldSeamIDNo.AJ7ExaminerIY~ALevei~z.Procedure 2Q'.C)2-Zl5ScanningSensitivity Couplant~)crrimcDate/2RecorderRevisionComponent Temperatuxe
~CWo~Levelp7dOFR'.s/o,o,g,oslnd.Amp.3,'OIS23oZggOB.R.Amp.CWorCCWTopofBottomee~.'fi~/,~f"owwwwwLgLgLy.LeLOOKINGDOWNONVESSELCWISTORIGHTOFWELDCCWISTOLEFTOFWELDNOZZLEWELDREFERENCE SYSTEM4RER<RsRoRsRsR00vwi)w+90oWELDQ~Reviewedby:ElAcceptable toSectionXIQUnacceptable toSectionXfCENEEALI@!ELECTE!CV.108 c4/6Cal;SheetNo.EXAMINATION DATASHEETINSTALlATION 4SBIVICtCMOINttllIIe3 INvINONStraightBeamandAngleBeamofNozzletoVesselWeldSiteSusuehannaISQZ-761ExaminerIMeldSeamZDNo.Procedure No.25-Z-ScanSensitivity CouplantGlcerine~~xPreoperational
~I.S.I.Level~~RecorderBeamAngleQ~45RevisionEvaluation Sensitivity Component Temperature Datei~aoLevelM6Qo7~oFC,rugoc~7QMaxDAC(>>~oOAC)WF$WmWF2W2D)(50"%%d(Max(50',e(p5O/~(p5ogDAC)DAC)DAC)OaC)OAC)DF)(50%%dDAC)Dm(MaxDAC)DF2(50%%dDAC)D2(2OAC);NOZZLEWELDREFERENCE SYSTEMRgRaRaRgRgRa'RDo4~WhV)$~'LV--'..II)-eeCWKLOQReviewed.
by-.SNT-TCLevel~BAcceptable toSectionXZ0Unacceptable toSectionXZGENEIIA'L IE1ECTRICV.109  
~,l>>0 g.Q.(ry'o~lttfCalSheetNo.'!kBTALLATI COI~BOIVICKKIIOIIICCIIIIIOOIVI4104IEXAMINATXON DATASHEETStraightBeamandAngleBeamofNozzletoVesselSiteSusuehannaISQX-761~xPreoperational
~X.S-X-ExaminerL).Level~~Recorder-.WeldDate2-29-Level.CCWeldSeamXDNo.Procedure No.ScanSensitivity CouplantGlc'crineBeamAngleOo450Revision2.Evaluation Sensitivity Component Temperature OF~R.MaxDAC3'I'WqWF1(25'50%OAC)DAC)Wm(MaxDAC)WF2'2(50%(2DAC)OAC)D~(25%OAC)DFi(50"roDAC)DmDF2(Max(50%oDAC)DAC)SoD2(25%OAC)4~jNOZZIEWELDREFERENCE SYSTEMRERaRaRgRaRG'ROor4hsvwW0)'lv6VIELOQ\Reviewed.
by..BNT-TCLevelvlgAcceptable toSectionXXE3Unacceptable toSectionXXGEIIEGALOELECTGICV.110  
',rllil sIIp403VSr>fanef~aCp-80uuoN9REDUCEDPAINTNOTTOSCALEIIpioIll1TD4' 0'
',rllil sIIp403VSr>fanef~aCp-80uuoN9REDUCEDPAINTNOTTOSCALEIIpioIll1TD4' 0'
VESSELUTCALIBRATIONDATASHEETAISY~..eASSY~INITAuAIIONsStaVICtINOINltBINOOIVItIOHSite76/o9'al.SheetNo.QPreoperattonalQI,S.I.Calib.8lockNo.DateExaminerRecorderCal.Std.Temp.ASNTLevelASNTLevel0oEquipmentData:InstrumentModelNo.OAIW2InstrumentSerialNo.J2OTransducerSizeTransducerSerialNo.OACCurve:Range0-500-1089080ShoeNo.riFrequency~>XMHaIiW2BeamAngleInstrumentSettings:StartFinish70605040302010AttenuationSweepDelayScanningGainEvaluatingGainFilterPositionRepRateDampingRejectiole02345678910012345dnChangefor~eTe~InchesI/4HoleDepthGain81XIXMax.Atnl).~rt//eeInchOarMPInchSDHorF8HInitialCalibrationTime~~~PeriodicChecks:1/23/42yraNotchZDS1X1XIX3,Oaa/~~a>N/ATimeValueLastDataSheetFinalCheck+gogd'ENERALELECTRICV.112ColibrotioninOeplh(0)DIIorMetalPoth(MP)QC/IOP'+'
VESSELUTCALIBRATION DATASHEETAISY~..eASSY~INITAuAIION sStaVICtINOINltBINO OIVItIOHSite76/o9'al.SheetNo.QPreoperattonal QI,S.I.Calib.8lockNo.DateExaminerRecorderCal.Std.Temp.ASNTLevelASNTLevel0oEquipment Data:Instrument ModelNo.OAIW2Instrument SerialNo.J2OTransducer SizeTransducer SerialNo.OACCurve:Range0-500-1089080ShoeNo.riFrequency
0l0 AngleBeamSpreado1X45or60(Madeoncepercalibratedsystem-Calibrationstandardcombination)HoleDepth10%DACTrailingRay2OAC50%OAC100%CACDACeadingRay25%OAC10%OACWOorMPWDMPWDorMPWMPWOorMPWDorMPWOorMP1/4T1/2Te3/4AmplitudeLinearityCheck(MadeDaily)ControlLinearityi(MadeDaily)100%FSH90%"80%"40%FSH50%FSH430%"80%oFSH~I40%-6db{32-48)-12db(16-24)+6db(64-96)10%"60%"20%"20%o"+12db(64-96)/Equip.DataAngleBeamForLineariChecksA/o85ChecksonIIW-2CodeBlockTTransducerData:SerialNo.BeamAngleBlackonI/8SDHforFieldCalib.ChecksQMaxAmp.forBothNeor6FarPositionsin%ScreenHeightSizeShoeNoCheckMadeBy:FreqCableNoSOHNearMax.Amp.MetaFariiewedbyIttSNT-TCLevelV.113 VESSELUTCALIBRATIONDATASHEETANYTtaNt...ANYWHEREggittANAtgogg45tsvgcttggOggd(tIgggODIVISgoigSiteGrr.5ter7clDate~d"CouplantExaminerRecorderGal.SheetNo.+2Preoperational0I.S.I,~A'Gal.Std.Temp.ASNTLevelASNTLevelEquipmentData:InstrumentModelNo.InstrumentSerialNo.agoTransducerSizeTransducerSerialNo.OACCurve:Range0-500-100tI908070InstrumentSettings:AttenuationSweepStartFinishShoeNo.Cableeeo.+i'r+r/+Frequency~dMHarIIW2BeamAngleDelayo,8v5040302010ScanningGainEvaluatingGainct0FilterPosition/f1RepRateDamping'eject2345I2678910345dbChangefor~X~eTe~InchesI/4I/2HoleDepthGain81XMax.Amp.1XIX8'O~rWr~Inch0orMP'InchOSDHofFBHInitialCalibrationTime~~~8PeriodicChecks:LostOataSheetTinteValue3/42%Notch1XggCalibrationinOepih(O)9]orMetalPath(MP)FinalCheck/8ii'o8<GENERAL@!ELECTRICV.1147/zpgg II'I AngleBeamSpreadO1X45or60(Madeoncepercalibratedsystem-Calibrationstandardcombination)~TrailingRayLeadingRayHoleDepth10%DACOorMPWOorMP25o/o'AC50%DACOorMP100%OorMPWDorMPWDorMPWOorMP50o/DAC25%OAC"10'.oDAC1/4T1/2T~3/4TAmplitudeLinearityCheck(MadeDaily)ControlLinearityi(MadeDaily)100%FSH90%"80%"40%FSH50%FSH%FSH40%"30%"80%oFSH80%"0%"-6db(32-48)-12db(1624)+6db'64-96)70%"20%"20%",+12db(64-96)60%"/Equip.Data-AngleBeaForLinearityChecksrgC8~ChecksonIIW-2CodeBlockTTransducerData:SerialNo.BeamAngleBlockonI/8SOHforFieldCalib.ChecksQMaxAmp.forBothNear6FarPositionsin%ScreenHeightSiteShoeNoFreqCableNoI/OHNearMax.Amp./oFarCheckMadeBy:MetalPathrP)iewedbySNT-TCLevelV.115 0~'
~>XMHaIiW2BeamAngleInstrument Settings:
VESSELUTCALIBRATIONDATASHEETANY~-.ANYWIBCIN5'IANASIONA55!VIC5tNOINSIBINODIVISIONSite,~J-1.-eExaminerIRecorderRev.Couplontcol.sheetNo.~o~IIPreoperotlonalGISLCal.Std.Temp.ASNTLevelASNTLevelTransducerSerialNoOi5a~iDACCurve:Range0-5CI0-105)90EquipmentData:InstrumentModelNo.InstrumentSerialNo.ti'LTransducerSizeShoeNo.CableNo.FrequencyW~ZMHzllata2BeamAngle~+InstrumentSettings:8070605040302010'AttenuationSweepDelayScanningGainEvaluatingGainFilterPositionRepRateDampingRejectStartFinishOpR8's(stIL(id2345678910I2345dhChangefor~X~aTe~InchesHoleDepthGain8IXMax.Amp.~eyy~eInch0orMPInchSDHorFBHInitialCalibrationTime~35~I/4(gIX1/2QP1XV.8"1XIXNotch8dj,E.O"2I'48.8tt/aTimeValuePeriodicChecks:LastDataSheetCalibrationinOepth(O)5IIorMetalPath(MP)FinalCheck:g/g~+0(42+OWQiM~ahg(IO]~+~~~4C.~GEIIERALELECTRICV.116  
StartFinish70605040302010Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingRejectiole02345678910012345dnChangefor~eTe~InchesI/4HoleDepthGain81XIXMax.Atnl).~rt//eeInchOarMPInchSDHorF8HInitialCalibration Time~~~PeriodicChecks:1/23/42yraNotchZDS1X1XIX3,Oaa/~~a>N/ATimeValueLastDataSheetFinalCheck+gogd'ENERAL ELECTRICV.112Colibrotionin Oeplh(0)DIIorMetalPoth(MP)QC/IOP'+'
,I AngleBeamSpread01X45or60~(Modeoncepercalibratedsyate)n-Calibrationstandardcombination)HoleDepthWOorMPOorMPDorMPDorMPTrailingRay10%DAC25%OAC50%DAC100%DACLeadingRayOorMPOorMPW50%DAC25/oDAC10%DACOorMP1/4T1/2Th3/4Te.AmplitudeLinearityCheck(MadeDaily)ControlLinearity)(MadeDaily)100%FSH~%FSHg'Q50%FSH%FSHz580%FSH-6db9l(32-48)90%"80%"4070%"40%"'30%"20%"2080%"40%"20%"-12db~(16-24)+6db9Q(64-96)+12db~~(64-96)60%-Equip.Data-AngleBeamForLinearityChecksA~~ERtib.o(Qoakt'~ChecksanIIW-2CodeBlockTTransducerData:SerialNo.BeamAngleBlockonI/8SOHforFieldCalib.ChecksQMarAmp.forBothNear6FarPositionsin%ScreenHeightSihh~Wlfrhh~~~IRKShhhwh26K+Chh.S~n.')CheckMadeBI/6SOHNearMar.An)p.MetalPathFarReviewedbySNT-TCLevel i0, SKICVlCKANY%le.ANYWHERE'iPageof331/12/82IIIIWlI4II0N~'lIIWCIIN4llelltlltOOIYIilOwSECTIONVRECORDASLEINDICATIONLISTProject~SUSUEHANNAUNITf11CategoryProcedureRev.SystemIdentificationNumberDataCalibrationSheetNo.SheetNo.IndicationDescriptionTHREADSINFLANGESTUDHOLESSTUDHOLEN/AN/AiII16ControlNo.750.Bluntedanddiscoloredthreads.ReferenceReport//7inSectionIV.876=N/AN/A'ControlNo.750.Missingthreads.ReferenceReport!/7inSectionIV.SS'12744060V.118GENERALOIELECTRIC'  
0l0 AngleBeamSpreado1X 45or60(Madeoncepercalibrated system-Calibration standardcombination)
~i, jftESERV)CE)NSPECT)Oi9PROJECTPENNSYLYAN)APO4VRAI''DLlCHTCo.<<VSDI.l"~r..I"4INtatNA$'USUAL).):/2)XItATXO'8IIEPO>(TIII'',tt~CeSERVICEL<C"aiIeI>C&#xc3;VISICIISYSO'H.HATSRXAL'HACUSXpEEI/STATXOZSusg'uehanna'ni'tl.'hreadsinfl'angebase-'metalCCTZGORYB-G-l'ROCD>RZ<>>XSZ-QAX317Re+.l'(~oxXSXXnformationOnly)E?DQforCOMP.Iio..N/k.GOV);EQEX'llEG'PEC~~PRESERVXCEXTDENoN/AXSXXSOHET.'iXC)E<o.~~VTZ>M~)XEiATTO'A.DETAX1.SDirectVisualReaeeeViaualSurf"caPreparation'Hethods/ToolsUsed(ifany).iwnination"Xnstrumant"U"ad.Plashl'i~htectVisualAidsUsed.Hone..'oneEamotaVisualEquipmentUsedVT)=.ZS+al<ATXOih)<EAgguaget.eS~~~SurfaceCondiLion))hi)GYPSahhDSVPPO,TSPXPEVRLDSAD13ASHiLATKPXAI.D1scolltxnu).teSetting-.Hisnlignment3)ro);enHembcrs.C'ouI'e"ArcStr~)-e".'indI'EarksI~IavamentOt)ier(Tdentil'.y)Yea~rrrReadingYesjioGroundBlendAreasUndercutsCorrosionBuildup''ougesEvide>>caofLca).-aE',eAreSt.ri);c"Otl~cr(Xc)cnt3Cy)  
HoleDepth10%DACTrailingRay2OAC50%OAC100%CACDACeadingRay25%OAC10%OACWOorMPWDMPWDorMPWMPWOorMPWDorMPWOorMP1/4T1/2Te3/4Amplitude Linearity Check(MadeDaily)ControlLinearity i(MadeDaily)100%FSH90%"80%"40%FSH50%FSH430%"80%oFSH~I40%-6db{32-48)-12db(16-24)+6db(64-96)10%"60%"20%"20%o"+12db(64-96)/Equip.DataAngleBeamForLineariChecksA/o85ChecksonIIW-2CodeBlockTTransducer Data:SerialNo.BeamAngleBlackonI/8SDHforFieldCalib.ChecksQMaxAmp.forBothNeor6FarPositions in%ScreenHeightSizeShoeNoCheckMadeBy:FreqCableNoSOHNearMax.Amp.MetaFariiewedbyIttSNT-TCLevelV.113 VESSELUTCALIBRATION DATASHEETANYTtaNt...
~,e0E PRESERYICEINSPECTIONPROJECTPEHNSYLYAHIAPOWERANDLIGHTCP,SUSQUEHANNA'iA.I!I'UaS/il/DllA."lillaSJ-.'a~b.Jl.l:YcsHotij1F'.,".oGD'VISIWCow~iol.~~7~3'UHPANI>VAI.VI:,'Jl"II;I:r.A1.SDi.ocontinltitVo~oscHcabersCrc!:sCorrosionN/A.X.PittingCorrosion.ErosionCoL:pcsYhrc><Danaec'"='"'"'<)~~'I~18h~76Seesketch.onotherside'Eoxcil;nHateria1GougedParts(Identify)~HearOtl>crs{Identi,i'y)~'+hotoN/XRol,11aamaSlcctclLXVaa'"'o>On.Reve-.rseSideCP~,".;.~ANTS77..V3.SUAI)X'A1IINI:.It'HARL'NDLI'.VI'.I'PA'I'E.1cda<jC;)6Eg;g;~Wgg@~j+CLN~~)lV.1206I I;~iI!fi  
ANYWHEREggittANAtgogg 45tsvgcttggOggd(tIgggO DIVISgoig SiteGrr.5ter7clDate~d"CouplantExaminerRecorderGal.Sheet No.+2Preoperational 0I.S.I,~A'Gal.Std.Temp.ASNTLevelASNTLevelEquipment Data:Instrument ModelNo.Instrument SerialNo.agoTransducer SizeTransducer SerialNo.OACCurve:
=NNS;lfgAN[APP~g,ANDL~<H><0~~i-/~JSUSQUEHANNAl-,":16'ottomthirdofthreadsnotedtohaveachangeincolorandthreadsize.SeeSketch~1iQL5~Pgki(o.~oF~i+P~DSI-(AWl3({jw~~~OF~RQ.~>FDISCm~C,ZicQ'p6~c<oV~P~ggKP>SAPQPwDC~<%;-76Threads5,6and7frombottomhavepart.ofthreadmissing.SeeSketch-..2.
Range0-500-100tI908070Instrument Settings:
Attenuation SweepStartFinishShoeNo.Cableeeo.+i'r+r/+Frequency
~dMHarIIW2BeamAngleDelayo,8v5040302010ScanningGainEvaluating Gainct0FilterPosition/f1RepRateDamping'eject2345I2678910345dbChangefor~X~eTe~InchesI/4I/2HoleDepthGain81XMax.Amp.1XIX8'O~rWr~Inch0orMP'InchOSDHofFBHInitialCalibration Time~~~8PeriodicChecks:LostOataSheetTinteValue3/42%Notch1XggCalibrationin Oepih(O)9]orMetalPath(MP)FinalCheck/8ii'o8<GENERAL@!
ELECTRICV.1147/zpgg II'I AngleBeamSpreadO1X45or60(Madeoncepercalibrated system-Calibration standardcombination)
~TrailingRayLeadingRayHoleDepth10%DACOorMPWOorMP25o/o'AC50%DACOorMP100%OorMPWDorMPWDorMPWOorMP50o/DAC25%OAC"10'.oDAC1/4T1/2T~3/4TAmplitude Linearity Check(MadeDaily)ControlLinearity i(MadeDaily)100%FSH90%"80%"40%FSH50%FSH%FSH40%"30%"80%oFSH80%"0%"-6db(32-48)-12db(1624)+6db'64-96)70%"20%"20%",+12db(64-96)60%"/Equip.Data-AngleBeaForLinearity ChecksrgC8~ChecksonIIW-2CodeBlockTTransducer Data:SerialNo.BeamAngleBlockonI/8SOHforFieldCalib.ChecksQMaxAmp.forBothNear6FarPositions in%ScreenHeightSiteShoeNoFreqCableNoI/OHNearMax.Amp./oFarCheckMadeBy:MetalPathrP)iewedbySNT-TCLevelV.115 0~'
VESSELUTCALIBRATION DATASHEETANY~-.ANYWIBCIN5'IANASION A55!VIC5tNOINSIBINO DIVISIONSite,~J-1.-eExaminerIRecorderRev.Couplontcol.sheetNo.~o~IIPreoperotlonal GISLCal.Std.Temp.ASNTLevelASNTLevelTransducer SerialNoOi5a~iDACCurve:Range0-5CI0-105)90Equipment Data:Instrument ModelNo.Instrument SerialNo.ti'LTransducer SizeShoeNo.CableNo.Frequency W~ZMHzllata2BeamAngle~+Instrument Settings:
8070605040302010'Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingRejectStartFinishOpR8's(stIL(id2345678910I2345dhChangefor~X~aTe~InchesHoleDepthGain8IXMax.Amp.~eyy~eInch0orMPInchSDHorFBHInitialCalibration Time~35~I/4(gIX1/2QP1XV.8"1XIXNotch8dj,E.O"2I'48.8tt/aTimeValuePeriodicChecks:LastDataSheetCalibration inOepth(O)5IIorMetalPath(MP)FinalCheck:g/g~+0(42+OWQiM~ahg(IO
]~+~~~4C.~GEIIERALELECTRICV.116  
,I AngleBeamSpread01X45or60~(Modeoncepercalibrated syate)n-Calibration standardcombination)
HoleDepthWOorMPOorMPDorMPDorMPTrailingRay10%DAC25%OAC50%DAC100%DACLeadingRayOorMPOorMPW50%DAC25/oDAC10%DACOorMP1/4T1/2Th3/4Te.Amplitude Linearity Check(MadeDaily)ControlLinearity
)(MadeDaily)100%FSH~%FSHg'Q50%FSH%FSHz580%FSH-6db9l(32-48)90%"80%"4070%"40%"'30%"20%"2080%"40%"20%"-12db~(16-24)+6db9Q(64-96)+12db~~(64-96)60%-Equip.Data-AngleBeamForLinearity ChecksA~~ERtib.o(Q oakt'~ChecksanIIW-2CodeBlockTTransducer Data:SerialNo.BeamAngleBlockonI/8SOHforFieldCalib.ChecksQMarAmp.forBothNear6FarPositions in%ScreenHeightSihh~Wlfrhh~~~IRKShhhwh26K+Chh.S~n.')
CheckMadeBI/6SOHNearMar.An)p.MetalPathFarReviewedbySNT-TCLevel i0, SKICVlCKANY%le.ANYWHERE'iPageof331/12/82IIIIWlI4II0N~'lIIWCIIN4llelltlltO OIYIilOwSECTIONVRECORDASLE INDICATION LISTProject~SUSUEHANNAUNITf11CategoryProcedure Rev.SystemIdentification NumberDataCalibration SheetNo.SheetNo.Indication Description THREADSINFLANGESTUDHOLESSTUDHOLEN/AN/AiII16ControlNo.750.Bluntedanddiscolored threads.Reference Report//7inSectionIV.876=N/AN/A'ControlNo.750.Missingthreads.Reference Report!/7inSectionIV.SS'12744060 V.118GENERALOIELECTRIC'  
~i, jftESERV)CE
)NSPECT)Oi9 PROJECTPENNSYLYAN)A PO4VRAI''DLlCHTCo.<<VSDI.l"~r..I"4INta tNA$'USUAL).):/2)XI tATXO'8IIEPO>(TIII'',tt~
CeSERVICEL<C"aiIeI>C&#xc3;VISICIISYSO'H.HATSRXAL'HACUSXpEEI/STATXOZ Susg'uehanna'ni't l.'hreadsinfl'angebase-'metal CCTZGORYB-G-l'ROCD>RZ
<>>XSZ-QAX317Re+.l'(~oxXSXXnformation Only)E?DQforCOMP.Iio..N/k.GOV);EQEX'llEG'PEC
~~PRESERVXCE XTDENoN/AXSXXSOHET.'iXC
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.DETAX1.S DirectVisualReaeeeViaualSurf"caPreparation
'Hethods/Tools Used(ifany).iwnination" Xnstrumant" U"ad.Plashl'i~ht ectVisualAidsUsed.Hone..'oneEamotaVisualEquipment UsedVT)=.ZS+al<ATXOi h)<EAgguaget.eS~~~SurfaceCondiLion
))hi)GYPS ahhDSVPPO,TSPXPEVRLDSAD13ASHiLATKPXAI.
D1scolltxnu).teSetting-.Hisnlignmen t3)ro);enHembcrs.C'ouI'e"ArcStr~)-e".
'indI'EarksI~IavamentOt)ier(Tdentil'.y)Yea~rrrReadingYesjioGroundBlendAreasUndercuts Corrosion Buildup''ougesEvide>>caofLca).-aE',e AreSt.ri);c" Otl~cr(Xc)cnt3Cy)  
~,e0E PRESERYICE INSPECTION PROJECTPEHNSYLYAHIA POWERANDLIGHTCP,SUSQUEHANNA'iA
.I!I'UaS/il/DllA."lillaS J-.'a~b.Jl.l:YcsHotij1F'.,".oG D'VISIWCow~iol.~~7~3'UHPANI>VAI.VI:,'Jl"II;I:r.A1.S Di.ocontinltit Vo~oscHcabersCrc!:sCorrosion N/A.X.PittingCorrosion.
ErosionCoL:pcsYhrc><Danaec'"='"'"'<)~~'I~18h~76Seesketch.onotherside'Eoxcil;n Hateria1GougedParts(Identify)
~HearOtl>crs{Identi,i'y)~'+hotoN/XRol,11aamaSlcctclLXVaa'"'o>On.Reve-.rse SideCP~,".;.~ANTS 77..V3.SUAI)X'A1IINI:.It' HARL'NDLI'.VI'.I
'PA'I'E.1cda<jC;)6Eg;g;~Wgg@~j+CLN~~)lV.1206I I;~iI!fi  
=NNS;lfgAN[A PP~g,ANDL~<H><0~~i-/~JSUSQUEHANNA l-,":16'ottom thirdofthreadsnotedtohaveachangeincolorandthreadsize.SeeSketch~1iQL5~Pgki(o.~oF~i+P~DSI-(AWl3({jw~~~OF~RQ.~>FDISCm~C,Zi cQ'p6~c<oV~P~ggKP>SAPQPwDC~<%;-76Threads5,6and7frombottomhavepart.ofthreadmissing.SeeSketch-..2.
0I!
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SERVICEANYTIME...ANYWHEREINSTAllATIONASNVICSTNOINTERINODIVISIONSUSQUEHANNAUNITO'ISECTIONVIEQUIPMENTANDMATERIALSLISTULTRASONICINSTRUMENTSMODELNO.SERIALNO.Branson-303ABranson-303ABranson-301Branson-301Branson-303Sonic-MK-ISonic-MK-IMagnaflux-PS702AUSM2-MTUSL-38USM2-MTKrautkramer-Branson117620311762021199311938510198732203765049721214977266906110107726922587F2.TRANSDUCERS2.12.25MHzFreuencS/N015238015231015234015235015237K22614K22615K226179M385B10805J04729B10804B07016K23981H31928SIZEII1.00'/2XI"I/2XI"I/2XI"1.00"1.00'I1.00"1.00"I/2XI'I0.75"0.75"'.75"I001.00"1.00"S/NE1802212138E31735L08767L08764E31737E31738E31740A10921A10920A10919A10922K23982K23980K23979C09128SIZEII0.50'.00"o.5o"0.50"0.50"00.25"o.5o"0.50"0.50"o.5o"050II1.00"I.OO"I.OO"1.00"GENERALELECTRICVI.1 1'
SERVICEANYTIME...
SERVICEANYTIME..~ANYWHEREINSEALLANONISERVICEENGINEERINGDIVISION2.21.0MHzS/NL03515I03625I03627A13733F16832F16837FREQUENCYSIZE1.OO"O.75"0.50"100pspII0.50"3.0WEDGEDS/NSQ-1SQ-2MS-4MS-3MS-6SQ-3SQ-4SQ-5SQ-6SQ-19SQ-20SQ-21SQ-22SQ-23SQ-24SQ-25SQ-26SQ-27SQ-28SQ-29SQ-30SQ-31SQ-32SQ-33SQ-34SQ-35SQ-36SQ-1245'5'5'5033'333'3'5'5'5'5045'5'5'5'5'5045045'3.'3'3'3'3'3'3'.W.L.W.L.W.L.W.L.W.L.W.L.W.ANGLE45S/NMS-9F-31PA-1PA-2PA-3PA-4PA-5PA-6PA-7X-1X-2X-3X-44MS-1176Nl76N321Fl76N476N2llNl77N1ANGLEAG60'5'5'5'5'5'5'5'0'5'5'5'5'5'5'0'0'5'5'0'5'0'5'5'GENERALELECTRICVI.2 i
ANYWHEREINSTAllATION ASNVICSTNOINTERINO DIVISIONSUSQUEHANNA UNITO'ISECTIONVIEQUIPMENT ANDMATERIALS LISTULTRASONIC INSTRUMENTS MODELNO.SERIALNO.Branson-303ABranson-303ABranson-301Branson-301Branson-303Sonic-MK-ISonic-MK-IMagnaflux
SERV(CEANYTIME...ANYWHEREINS'IAEEAEIONASERVICEENGINEERINGDIVISION3.1NOZZLEINNERRADIUSRH24681012A12B141618LH13579llAllB1315173.2FEEDWATERINNERRADIUSZONES/N4.0CABLESSSQ-N4-Zl-CWSSQ-N4-Zl-CCWSSQ-N4-Z2-CWSSQ-N4-Z2-CCWSSQ-N4-Z3S/NA-1A-2P-13V-4V-30S"123S-loS-4PJ-6S-4S-OZ-13VE-8S-41S-16TYPEBNC-MICRODOTBNC-MICRODOTBNC-MICRODOTBNC-MICRODOTBNC-MICRODOTBNC-MICRODOTBNC-MICRODOTBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-.BNCSIZE6.5',6.5'.5'.5'.5'.5'.0'.0'.0'0.0'5.5'.0'.0'0.0'0.0'.0'.5'ENERALELECTRICVI.3 e'
-PS702AUSM2-MTUSL-38USM2-MTKrautkramer
SERVlCEANYTIME...ANYWHEREINSTAuATIOH4$IRVICEINGINBRINODIVISIONS/NS-46F-2F-1631TYPEBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-MICRODOTSIZE12.0'.0'.0'.0'.0'.0LIQUIDPENETRANTMATERIALTYPESKL-HF/SSKD-NFSKC-CSKL-HFSKD-SSKC-CBATCHNO.78602478G13978G1206L0216L0196L0016.0GLYCERINELotNumberDP-06186-002DP-06157-0027.0PYROMETERS/N69-13828.0M.T.EQUIPMENTModelCRQ-10S/N723489.0IIW-2U.T.CALIBRATIONBLOCKS/N-2GENERALELECTRICVI.4  
-Branson117620311762021199311938510198732203765049721214977266906110107726922587F2.TRANSDUCERS 2.12.25MHzFreuencS/N015238015231015234015235015237K22614K22615K226179M385B10805J04729B10804B07016K23981H31928SIZEII1.00'/2XI" I/2XI"I/2XI"1.00"1.00'I1.00"1.00"I/2XI'I0.75"0.75"'.75"I001.00"1.00"S/NE1802212138E31735L08767L08764E31737E31738E31740A10921A10920A10919A10922K23982K23980K23979C09128SIZEII0.50'.00" o.5o"0.50"0.50"00.25"o.5o"0.50"0.50"o.5o"050II1.00"I.OO"I.OO"1.00"GENERALELECTRICVI.1 1'
SERVICEANYTIME..
~ANYWHEREINSEALLANON ISERVICEENGINEERING DIVISION2.21.0MHzS/NL03515I03625I03627A13733F16832F16837FREQUENCY SIZE1.OO"O.75"0.50"100pspII0.50"3.0WEDGEDS/NSQ-1SQ-2MS-4MS-3MS-6SQ-3SQ-4SQ-5SQ-6SQ-19SQ-20SQ-21SQ-22SQ-23SQ-24SQ-25SQ-26SQ-27SQ-28SQ-29SQ-30SQ-31SQ-32SQ-33SQ-34SQ-35SQ-36SQ-1245'5'5'5033'333'3'5'5'5'50 45'5'5'5'5'5 045045'3.'3'3'3'3'3'3'.W.
L.W.L.W.L.W.L.W.L.W.L.W.ANGLE45S/NMS-9F-31PA-1PA-2PA-3PA-4PA-5PA-6PA-7X-1X-2X-3X-44MS-1176Nl76N321Fl76N476N2llNl77N1ANGLEAG60'5'5'5'5'5'5'5'0'5'5'5'5'5'5'0'0'5'5'0'5'0'5'5' GENERALELECTRICVI.2 i
SERV(CEANYTIME...
ANYWHEREINS'IAEEAEION ASERVICEENGINEERING DIVISION3.1NOZZLEINNERRADIUSRH24681012A12B141618LH13579llAllB1315173.2FEEDWATER INNERRADIUSZONES/N4.0CABLESSSQ-N4-Zl-CW SSQ-N4-Zl-CCW SSQ-N4-Z2-CW SSQ-N4-Z2-CCW SSQ-N4-Z3 S/NA-1A-2P-13V-4V-30S"123S-loS-4PJ-6S-4S-OZ-13VE-8S-41S-16TYPEBNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-.BNCSIZE6.5',6.5'.5'.5'.5'.5'.0'.0'.0'0.0'5.5
'.0'.0'0.0'0.0
'.0'.5'ENERAL ELECTRICVI.3 e'
SERVlCEANYTIME...
ANYWHEREINSTAuATIOH 4$IRVICEINGINBRINO DIVISIONS/NS-46F-2F-1631TYPEBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-MICRODOT SIZE12.0'.0'.0'.0'.0'.0 LIQUIDPENETRANT MATERIALTYPESKL-HF/SSKD-NFSKC-CSKL-HFSKD-SSKC-CBATCHNO.78602478G13978G1206L0216L0196L0016.0GLYCERINE LotNumberDP-06186-002 DP-06157-002
 
==7.0 PYROMETER==
S/N69-13828.0M.T.EQUIPMENT ModelCRQ-10S/N723489.0IIW-2U.T.CALIBRATION BLOCKS/N-2GENERALELECTRICVI.4  


SERVtCEANYTIME...ANYWHEREINSIAHAIIONASIAVICS(NOINSSllNODIVISIONSECTIONVIISUSQUEHANNAPROCEDURESPROCEDUREREVISIONPROCEDURENO.StraightBeamExamination-LaminarReflectorsinBaseMetalPersonnelQualificationandCertificationProgramandSupplementISE-QAI-219ISE-QAI-300PersonnelQualificationandCertificationProgramandSupplement"A"-VisualVisualExaminationISE-QAI-311ISE-QAI-317UTExaminationofSupportSkirttoRPVWeldUTExaminationofSimilarandDis-similarmetalweldsRPVWeldCenterlinePaintInstructionUTExaminationofNozzleInnerRadiusandSupplementNo.1andMandatorySupplementUTExaminationofRPVWeldsUTExaminationofFlange-toVesselWeldandFlangeLigamentAreasISE-QAI-321ISE-QAI-322ISE-QAI-323ISE-qAI-324ISE-QAI-325ISE-QAI-326UTExaminationofReactorVesselClosureStudsISE-QAI-327WetMagneticParticleExaminationofReactorVesselClosureStudsISE-QAI-328GENERALELECTRICVII.1 t
SERVtCEANYTIME...
SERVICEAHYTlhla...ANYWHEAaINSTAuA'JIONiSMVICllNOIN(lRINODIVISIONSUSQUEHANNAPROCEDURES(continued)PROCEDUREREVISIONPROCEDURENO.RemoteAutomaticExaminationofRPVWeldsISE-QAI-329RemoteAutomaticUltrasonicExaminationofRPVNozzleWeldsLiquidPenetrantExaminationISE-QAI-330ISE-QAI-331UltrasonicExaminationofFeedwaterInnerRadiusZone2ISE-QAI-332UltrasonicExaminationofFeedwaterInnerRadiusZone3ISE-QAI-333UltrasonicExaminationofFeedwaterInnerRadiusZone1GeneralVisualExaminationProcedureincludingSupplementsA-LLiquidPenetrantExaminationLiquidPenetrantExaminationISE-QAI-334160A780718XA840218XA7400GENERALELECTRICVII.2  
ANYWHEREINSIAHAIION ASIAVICS(NOINSSllNO DIVISIONSECTIONVIISUSQUEHANNA PROCEDURES PROCEDURE REVISIONPROCEDURE NO.StraightBeamExamination-LaminarReflectors inBaseMetalPersonnel Qualification andCertification ProgramandSupplement ISE-QAI-219 ISE-QAI-300 Personnel Qualification andCertification ProgramandSupplement "A"-VisualVisualExamination ISE-QAI-311 ISE-QAI-317 UTExamination ofSupportSkirttoRPVWeldUTExamination ofSimilarandDis-similarmetalweldsRPVWeldCenterline PaintInstruction UTExamination ofNozzleInnerRadiusandSupplement No.1andMandatory Supplement UTExamination ofRPVWeldsUTExamination ofFlange-to VesselWeldandFlangeLigamentAreasISE-QAI-321 ISE-QAI-322 ISE-QAI-323 ISE-qAI-324 ISE-QAI-325 ISE-QAI-326 UTExamination ofReactorVesselClosureStudsISE-QAI-327 WetMagneticParticleExamination ofReactorVesselClosureStudsISE-QAI-328 GENERALELECTRICVII.1 t
SERVICEAHYTlhla...
ANYWHEAaINSTAuA'JION iSMVICllNOIN(lRINO DIVISIONSUSQUEHANNA PROCEDURES (continued)
PROCEDUREREVISIONPROCEDURE NO.RemoteAutomatic Examination ofRPVWeldsISE-QAI-329 RemoteAutomatic Ultrasonic Examination ofRPVNozzleWeldsLiquidPenetrant Examination ISE-QAI-330 ISE-QAI-331 Ultrasonic Examination ofFeedwater InnerRadiusZone2ISE-QAI-332 Ultrasonic Examination ofFeedwater InnerRadiusZone3ISE-QAI-333 Ultrasonic Examination ofFeedwater InnerRadiusZone1GeneralVisualExamination Procedure including Supplements A-LLiquidPenetrant Examination LiquidPenetrant Examination ISE-QAI-334 160A780718XA840218XA7400GENERALELECTRICVII.2  
'
'
SERVIC8ANYTIMf-.ANYWHEREINSTALLATIONASSRVICSSNOINHSINOOIVISIONSECTIONVIII.PERSONNELAllpersonnelperformingexaminationsatSusquehannaSteamElectricStationUnitNumber1werecertifiedbyexaminationinaccordanceIwithAmericanSocietyforNon-DestructiveTestingRecommendedPracticeNo.SNT-TC-1A(June1975Edition).TheSusquehannaPSIExaminationwasperformedonateambasis,eachteamconsistingofaLevelIIorLevelIIIandLevel1Tminimum.Theformalorganizationinterfacediagram'sshowninTable1.-GENERALELECTRIC.VIII.1 0,Ie(,
SERVIC8ANYTIMf-.ANYWHEREINSTALLATION ASSRVICSSNOINHSINO OIVISIONSECTIONVIII.PERSONNEL Allpersonnel performing examinations atSusquehanna SteamElectricStationUnitNumber1werecertified byexamination inaccordance IwithAmericanSocietyforNon-Destructive TestingRecommended PracticeNo.SNT-TC-1A (June1975Edition).
SERVICEANYTIME-.ANYWHRREINSTAllATION4SEEVICEENOINEEEINOOIVISIONSECTIONVIII.PERSONNELNAMELEVELOFCERT.LEVELLEVELOFOFMETHODCERT.METHODCERT.METHODAlbenese,J.J.Bain,V.J.Bergey,D.W.Bolden,G.Boone,R.Bragan,G.L.Brown,F.Clay,A.W.Clayton,K.Demetrio,J.P.Difilippo,D.J.Dufresne,R.Edwards,R.E.Field,F.Flaherty,PHart,M.P.Heath,M.A.Hooper,R.C.Jones,J.Indan,E.A.Kenney,V.P.Koch,T.L.Kollock,A.S.LeThangLindeman,,R.I.Lockyer,G.E.May,R.C.McCabe,L.Metta,S.II,IIIIIIIIIITIIIIITIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIUTUTUTUTUTUTUTUTUTUTVTUTIUTUTUTUTUTUTMTUTUTUTUTUTUTPTPTPTPTPTPTPTPTVTGENERAL''ELECTRIC  
TheSusquehanna PSIExamination wasperformed onateambasis,eachteamconsisting ofaLevelIIorLevelIIIandLevel1Tminimum.Theformalorganization interface diagram's showninTable1.-GENERALELECTRIC.
~,iO' SERVICEANYTIMB...ANYWHEREIN55AuATIOHASERVICE5NOINIERIHOOIVI5IONNAMELEVELLEVELLEVELOFOFOFCERT.METHODCERT.METHODCERT.METHODMills,C.E.Miller,W.F.Moore,R.L.Mortenson,S.Mulligan,T.K.Shove,C.Quinn,P.Ramsey,PER.Reczek,E.F.Smith,R.D.Voget,D.Wagner,R.W.Wilkins,B.W.Zielinski,J.IIIIIIIIIIITIIIIIIIIIIIIIIIIIUTUTUTUTUTUTUTUTUTUTVTUTVTMTPTPTPTPTVTGENERALELECTRICVIII.3 01,0Il TYPICALORGANIZATIONPRE-SERVICEINSPECTIONSUSQUEHANNAglPPLLQAR.BECKLEYAUTHORIZEDNUCLEARIN-SERVICEINSPECTORFACTORYMUTUALBECHTELASSISTANTPROJECTENGINEERJ.O'ULLIVANQCSUPERVISORNDESUPERVISORNDELEVELIIISECRETARYTEAM81TEAM82TEAMP3TEAM84ExaminationTeamsconsistingofaLevelIIandaLevelITminimumintherequireddiscipline.VIII.4  
VIII.1 0,Ie(,
SERVICEANYTIME-.
ANYWHRREINSTAllATION 4SEEVICEENOINEEEINO OIVISIONSECTIONVIII.PERSONNEL NAMELEVELOFCERT.LEVELLEVELOFOFMETHODCERT.METHODCERT.METHODAlbenese, J.J.Bain,V.J.Bergey,D.W.Bolden,G.Boone,R.Bragan,G.L.Brown,F.Clay,A.W.Clayton,K.Demetrio, J.P.Difilippo, D.J.Dufresne, R.Edwards,R.E.Field,F.Flaherty, PHart,M.P.Heath,M.A.Hooper,R.C.Jones,J.Indan,E.A.Kenney,V.P.Koch,T.L.Kollock,A.S.LeThangLindeman,,
R.I.Lockyer,G.E.May,R.C.McCabe,L.Metta,S.II,IIIIIIIIIITIIIIITIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIUTUTUTUTUTUTUTUTUTUTVTUTIUTUTUTUTUTUTMTUTUTUTUTUTUTPTPTPTPTPTPTPTPTVTGENERAL''ELECTRIC  
~,iO' SERVICEANYTIMB...
ANYWHEREIN55AuATIOH ASERVICE5NOINIERIHO OIVI5IONNAMELEVELLEVELLEVELOFOFOFCERT.METHODCERT.METHODCERT.METHODMills,C.E.Miller,W.F.Moore,R.L.Mortenson, S.Mulligan, T.K.Shove,C.Quinn,P.Ramsey,PER.Reczek,E.F.Smith,R.D.Voget,D.Wagner,R.W.Wilkins,B.W.Zielinski, J.IIIIIIIIIIITIIIIIIIIIIIIIIIIIUTUTUTUTUTUTUTUTUTUTVTUTVTMTPTPTPTPTVTGENERALELECTRICVIII.3 01,0Il TYPICALORGANIZATION PRE-SERVICE INSPECTION SUSQUEHANNA glPPLLQAR.BECKLEYAUTHORIZED NUCLEARIN-SERVICE INSPECTOR FACTORYMUTUALBECHTELASSISTANT PROJECTENGINEERJ.O'ULLIVAN QCSUPERVISOR NDESUPERVISOR NDELEVELIIISECRETARY TEAM81TEAM82TEAMP3TEAM84Examination Teamsconsisting ofaLevelIIandaLevelITminimumintherequireddiscipline.
VIII.4  
~~0}}
~~0}}

Revision as of 19:19, 29 June 2018

PA Power & Light Co Susquehanna Unit 1 Preservice Exam Final Rept.
ML17139A608
Person / Time
Site: Susquehanna Talen Energy icon.png
Issue date: 04/02/1982
From: FORSYTHE F F, MILLER W F, RECZEK E
GENERAL ELECTRIC CO.
To:
Shared Package
ML17139A609 List:
References
NUDOCS 8204080514
Download: ML17139A608 (625)
v • d • e


Text

ANYT!NK-.

'HYWHEREINSTAllAIION 4SNVICSSNOINTSSINO DIVISIONCONTROLLED COPYNUMBER113PBE~26lICE EXRNZNRTIGN OF'llSAOHLct'0OOETIOiQ)TAOlflCD&ClmA04OES-'ubaEGL,IREACXORPRESSUREVESSEENATIONALBQMDNUMBER3686SUSQUEZANNK K3RMEL'ECXRIC 8EKXGNUNIT41CGNTRACTNUME&'856M-166 Prepared~caM~~~Laugd~JJ~0OO~~~~0~\~~~e~~oVe~~~~o~~~yo.iGENERAL!ELECTRIC

SERVICEANYTINK-.

ANYWHEREINSTALLATION 4SERVICEfNOINCEIIIH4 OIVISIONSUSQUEHANNA UNIT81FINALREPORTCONTENTSINTRODUCTION SCOPEWITHWELDLOCATIONDRAWINGDETAILEDSUMMARYOFEXAMINATIONS BYCODECATEGORYPAGESIL1-II.10III.1-III.98V.A.MANUALB.REMOTEAUTOMATIC REPORTS,EXCLUSION

CRITERIA, ETC.DATAPLOTSANDEVALUATIONS FORSECTIONXIRECORDABLE (50%DAC)INDICATIONS IV.1-IV.105V.1-V.121EQUIPMENT LISTPROCEDURE LISTPERSONNEL LISTVI.1-VI.4VII.l-VII.2VIII.1-VIII.4GENERALELECTRIC k0',

SERVICEANYTIEEK...

ANYWHEREINSTAllATION ASSAVICSSNGINITRING OIVISIONSECTIONI.INTRODUCTION Thisreportcontainstheresultsofthepre-service examination oftheSusquehanna SteamElectricStationUnitNumber1ReactorPressureVessel;NationalBoardNo.3686.Theexaminations wereperformed inaccordance withtherequirements oftheASMEBoilerandPressureVesselCode,SectionXI,1974Editionincluding theWinter1975Addendum.

TheCodeCategories examinedwereBA,BD,BE,BF,BG-l,BH,BI-1,BN-1,BN-2,BO,andBP.Remoteautomatic ultrasonic examinations wereperformed onallaccessible portionsofthereactorvesselandnozzleweldsasdetailedinSectionsIIandIIIofthisreport.Manualvolumetric (ultrasonic),

surface(penetrant andmagneticparticle),

andvisualexaminations wereperformed ontheremaining portionsofthereactorvessel,nozzlewelds,including safeends,andothercomponents asdetailedinSectionsIIandIII.Manualultrasonic andpenetrant examinations wereperformed onthesixFeedwater nozzleinnerradii.A.penetrant examination wasperformed ontheCRDReturnNozzleinnerradius.Theseexaminations wereperformed inaccordance withtherequirements ofNUREG-0619.

Allexamination dataandcalibration sheets,dataplots,personnel certifications, equipment, andmaterialcertifications; procedures, anddrawingsareonfileattheSusquehanna SteamElectricStationUnitItl.GENERALELECTRIC 0

SEAVTCEANYTIINS-.

ANYWNERSINSSALLASION ASLAVICESNOINNRINO OIVISIONSECTIONII.SCOPE1.ManualExaminations Pre>>service examinations wereperformed onthefollowing weldsandcomponents, listedaccording tocodecategory.

TheseitemswillbemanuallyexaminedduringfutureIn-Service Inspections.

Adetailedsummaryofeachitemexamined, theexamination method,andtheresultsarelistedinSectionIII.1.1CateorB-A-Pressure-Retaining WeldsinReactorVessel1.1.1Circumferential Welds,AAAG1.1.2LonitudinalWeldsIBABBBCBKBMBNBPDADBDCDDDEDFDJDKDMDNDPDRDGDH1.2CateorB-D-FullPenetration WeldsofNozzlesinVessels1.2.1NozzletoVesselWeldsN6AN8AN6BN8BN7N9AGENERALELECTRIC lo, SERVICEANYTIME...

ANYWHEREINSEAHA'SION ASERVICEENOINEERINO DIVISION1.2.2NozzleInnerRadiusNlAN1BN2AN2BN2CN2DN2EN2FN2GN2HN2JN2KN3AN3BN3CN3D*N4A*N4B*N4C*N4D*N4E*N4FN5ANSBN6AN6BN7AN8AN8B**N9A*SixFeedwater Nozzleinnerradiiexaminedinaccordance withtherequirements ofNUREG-0619.

    • Surfaceexamination (P.T.)alsoperformed ontheCRDReturnNozzleinnerradiusinaccordance withtherequirements ofNUREG-0619.

1.3CategorB-E-Pressure-Retaining PartialPenetration WeldsinVesselsN10-CoreDifferential PressureandLiquidControlNozzleNllA6B-Instrument NozzlesN12A6B-Instrument NozzlesN13N15-FlangeSealLeakDetectorNozzleonVesselFlange-R.P.V.BottomHeadDrainNozzleN16A&B-Instrumentation Nozzles185-ControlRodDrivePenetrations 55-In-CorePenetrations GENERALELECTRICII.2 SERVICEANYTIMf-.

ANYWHEREINSTAuATION ASNVI<jINOINMAINO DIVI5ION1.4CategorB-F-Pressure-Retaining Dissimilar MetalWeldsNlA&B-=Recirculation OutletN2AthruK-Recirculation InletN3AthruD-MainSteamOutletN4AthruF-Feedwater InletN5A&B-CoreSprayInletN6A&B.-HeadInstrument N7-HeadVentNSA&B-JetPumpInstrumentation N9-CRDReturnCap1.5CategorB-G-1-Pressure-Retaining Bolting,2InchesandlargerinDiameterStudsS/N1thru76RNutsS/N1thru76WashersS/N1thru76FlangeLigaments ThreadedHolesinVesselFlange1.6CategorB-H-WeldedVesselSuportSkirtWeldCG1.7CategorB-I-1-InteriorCladSurfacesofReactorVesselsSix(6)claddingpatchesonR.P.V.Wall1.8CategorB-N-1-InteriorofReactorVesselsAreasAboveandBelowtheReactorCoreJetPumpInstrumentation andSupportWeldsJetPumpandShroudAnnulusTopGuideAssemblyFuelCellComponents CoreSupportPlateIncoreandCRDAssemblyShroudWeldGENERALELECTRICII.3

~I~,

SERVICEANYTIMf-.ANYWHfRfINSTALLATION ASILVICSSNGINLLLINO OIVISIONCoreSprayHeader,SpargerFeedwater SpargerAssemblySteamDryer,Shroud,andSeparator 1.9CategorB-N-2-Integrall WeldedCoreSupportStructures andInternalAttachments toReactorVesselsCoreSupportWeldFeedwater BracketsCoreSprayBracketsJetPumpRiserSupportPadsGuideRodBracketsSteamDryerSupportBracketsDryerSupportHoldDownBracketsSurveillance SpecimenBracketsEncoreHousingandStubTubetoR.P.V.Welds1.10CategorB-0-Pressure-Retainin WeldsinControlRodDriveHousingsExcludedfromexamination baseduponplantmake-upcapacity, andincludedincategoryB-P1.11CategorB-P-Components ExemptedfromExamination bIWB-12202.RemoteAutomatic Ultrasonic Examinations Pre-service examinations wereperformed onthefollowing reactorvesselwelds.Theseweldswillbeautomatically examinedduringfutureIn-Service Inspections.

Adetailedsummaryofeachitemexamined, theexamination method,andtheresultsarelistedinSectionIII.2.1CategorB-A-Pressure-Retaining WeldsinVessels2'.1Circumferential WeldsAA(Top)ABACAD(Bottom)GENERALELECTRICII.4 0,'

SERVICEANYTIME...

ANYWHEREINSTAIIASION 4SSRVICffNOINNRINO DIVISION2.1.2Longitudinal WeldsBABBBCBDBEBFBGBHBJ2.2CategorB-D-FullPenetration WeldsofNozzlesinVesselsN1A&BNlAthruKN3AthruDN4AthruFN5A&BGENERALELECTRICII.5

'l Ioe'atOOIO-89/-09Ir>>o>>>>nCFFUT0FRSC.ICOS a<<URICCI6,~I>>ora>>r<<>>>>Ic<>>>III3HAI'Aa!IILTSSOIHTCeaaal 1o!C!I!TO UAIII2FOCLOA!'IS

>>IA2o\hQjgjR4I,jLjCTRICIGO-76B-OIOO IITLCCVe>>Caela8WELDIDENTIFICATION (RPV)IHASTHADEFORSUSDUEHAHMA ISOO150>>Ftoe$060OeSSOXOtloe~JJ.~~>>IR"~l..~

JSEESHEETS6$42.V2H38H3A4yl>>AFAD2402,86ICIO-ICS>>.IO6ylq4.V2lN30LI2SPIHO.0I/4SL.T4SIACIISTD.NILSISIDEIII/ENDOR'8 DRAFTINGREVIEWIKAv<<!O.~rv<<~.

0wvvae5>>careI>>a>>e<<o.R>>oe<<rv<<ve.0wva>>oeracoolols<<aeruaar Isa>>r<<~>>eOIV>>eI>>a>>e<<S<<RIO,I>>OIV<<VO~Ioovvoe.~0llolAs<<<<ac~a<<l o>>eaovv>>e.50Aooaoaasolaoo>>>>oetaaal.our<<<<ve.

ovolaI>>>>va'ooaa>>olaaa>>al>>>>oavIIV>>Ia>>IVRV>><<O<<ISIsola>>IVO>>aa<<>>OIa'$$N4C0N9~IIQN480NSA<<ItSR~yl>>0N4AltI/20N4FNSBN4EN4D6-1/4IacvlcarcD ccL>>IA10$IIO1166STO.Ho.'IofSTO.HILS(SIDE2)~V+DAIL~Z.caalcl$$42$$024-VCIIl$22CERTIFIEO CORRECtFCR.424600-0'0ltSP0ItSF$y46V2$$02000260~000SUSOUEHANNA STEAMELECTRICSTATIONUNITIPPe!LCD.CONTRACT8866-M-I66 SXAC."'.-IOATE6/tlatTo0Dul>>vuoHDII4MOCTO NOIIVODTCoiCuOi".iu>>tue5uUDzls4~<<uao241ISOIto$0>>.60IIIIIIIIIIIIIIIIIIIIIIIIIIIo$$'lSOSSOOUTSIDEVIEW6L0IRCI)raCatlo24042!0>>aJMOTE<<1.SEESHEET2fORAZI!CUTHOELEVATIOII TASLESt.SEEISE&AIS2$FOR!CELOLOCATIOHOEtAR.S 88@-grg-a(/)-ZS<<'SmfCI.SIC'15.Rllel'4li>>Sr>>f1 5ICI>>rto4live.Hllell>>O6>>a>>ACIOCA>>grllYavafr>>>>a~I>>~Vesselh0>>tule'oII~FRIHTSTORWHAOLEAFRILIIISTTI'IIEASEHSOvoeoI6O76BOIpp/~oc>>>>>>ce>>lo>>

~'0 fIll<<IaeISDQOI.O-agC-Qgl APPLCfoPRECTICfS SIIRFACIS

~ac~Hcsoeeewo<<teoeec~Icseesale'ees'~acts~oNA'NANAUNLESSOTHERWISE SPTCIRIOOSETHEFotfoetccs>>I ElICENERALONELECTRIC160-76B-01QQ Tnlfcoecoaoeccs3as>>a2SELPIDENTIFICATION (RPV)EIRS'IstofFCOBUSOUHAANOllLEN]AN]BN2Ak28N2CN20N2EN2F,K26N2HN2Jklr.N3AN38N3CN30H4AN48KICN40K4EH4FN5ANSBIIBAk88N9AAl]RUTH04180430460490412041504210424042704300433047241084252o288430490415042104270o330o604300o10542854146oNnllLELOCATIIRELEVATION

]3'-SIE]3'-SIT"15'-I15'-I15'-I'5'-I'5'-I 15'-1>>]5'-1>>15'-]'5'-1>>

15I54'-IOI.54'-]0'4]OI54'-10';4]'-6Io41'-6I,41'-6II4~~6~4]'-6II41$-6IE'0'-4IE 40'-4IE'2'-8" 12'-837'-4II"CESCRIPTIOHRec]rc.OIItlctReclrc.Out]etRec]rc.Inleta>>HainStean~~a>>Fcctacater CoreSpray~aCRORetarn<<LVIE<<tC5L4~AJoaRo.Sass~I~EHTELVEIIOOA'8DRAWINGREVIEW~gAooe<<o<<IILtacev>>tee>>.50As>>to<<e5<<<<4aa>>~o.>>so.>><<esec<<4.0Aevvee~cootIt>>seewaecaoeoes<<4>>AI<<scOKwsa<<Ieocaceeo~IIove<<e.0Htt>>eve<<4-cvsecc eeo<<a<<eat.50Aev<<4>><<tsee>>eocsto 1<<levote<<L~~I<<oe<<Ieeetcsee<<<<>>oe<<

No<<eeace<<es<<ece

<<aatee>>Hcvvetoesv.BA88BC50I!EDRo8-DIDVI~LHEP3]74774On~]ala'n~ESSO1054252404120o240o34541654130431041.II222334455CIRCWFEREtsi

]ALIILLOLOCATIOtl NnAAABACAOAEAF]0'-6~"2]'-]]It33'-4I,>>44'-9IS"Sl',-ll'9

-719/32>>VER.ICI'I HFI."":IvATIOII HOREEOISTAIBUTIGN No.TEvtaooaCLIENTICeOIELDOE.CIVHELECT,~LT.DEE.SECH.COI%.EVE.A>>CH~v>>CNEEKD.NCCKCTCCHED.ETAOTAI~ate>>ADatCHTELSAHFRANCISCO 0ZRZOCI'eOCERTIFIEO CORRECTfORSUSQUEHANNA STEAMELECTRICSTATIONUNITIPpaLCcoCONTRACT8836-Ml66RETISOHSPRINTSTOR>>IV/r.lM(Fe~OATE:v/f'f.1IP/CS~/6-N3R~4oeoeacatoIa>>IK<<>>AAj.iRW.NAo.IOI976~:v~XtssEN6016O76BQ1QQ'ls~a>>4.

0 9INI"IdIt>>r<<0IkoOOIO-891-Q9I APPLIEDPRACTICES SURFACESOllotkn4<<K<<ko04(<<<<ovtttprctUIRESSOIHTRW:SE SPICIFIEO USETHEroltnWINGw

<<pCEIIERALQElEGIscIQQ-76g-QIQO TITLE~oeooOk<IF>>tkv6WELDIDENTIFIC'TIQII (RP')J')FIRSTHADEroaSUSOUEHANNA TYPICALVERTICALSEANwFXSTANCEBETWEENLASTIIARKANDNEXTCOURSE2(NVNSERSASNOTEDAT52ISPACING,IIZOFFRIGHTEDGEOFWELD)IOko'I0-I'TII-I/2SPACSIG2OutSIDEWELDQIII'tYPICAI.

NOZZLETSEETlSLEFO'Is<DIVIOUAL DATA)DIS)RIBUTIOR1)Radiographic Narks3/Gstaspsandcentcrpunch rlsnotedint)rpfcaoutsidevfevs1)0Radiographic Narkisa.Ooasinuthandnushersincreasefncounterclockvise direction atspacingnoted.3)Norales-0Radiographic NarkisattopandnLuthersproceeoinclockvlse direction exceptasnotedfnnotesi~nd56)All>>orslesin53shellcoursearenarkedvitb0onbottonandnuehersproceedinclockvlse direction.

5)Topheadnoxalesarestaotpedv)thnark09Ooarisuthar.nunbersproceedinclockvfse direction.

STStj0DISTANCESETWEENLASTRATAOGRAPH NARK4YERNCAISEANlira'50ssAtIeSPACING,I/2OFFLOWEREDGEOFWELD)DISTANCESETWEENLASTRAOOCIRAPH NARK4IIAAK0TYPICALHORIZONtlL SEAIIQQL>>lllfW CENTS<EDCORRECTFORSUSQUEHANNA STEAMELECTRICSTATIONUNIT1PPSLCo.CO)ITRACT 6656-LT-)66 vcNpprCLICNT<ICLOacCIVILILO<<htlCLCCT~<<T,OCI.KCCN.Cnh.I'ILAOCN.~v<<CN.CO<<Co.IIttLC'IICICO.5TAATCItACCPAOSTCHTEISANIlrANCCICONOES4NOTSiNOTS5NOTE5NlN2N3N4N5N6N7NSNgZNTCCSRSDlg0110-15Dll0-110-70-307.D710'1<<ZZ<<lfII11II<<9<<11<<ZOIIZOII<<~vCCL~AIPSNOITIS4AIItCNTCL)6)ZOORSDRAWINGRE)/)6)y~g[Ato<ovooII<I.<<t444<<0Ark<<No5<<ONKN<<KoroIKO~44<<<<<.00ANNvcookooc4<<K<<ow<<t4IW4<A~<<oNl4<<rIt<<K4kktt>>IIIITc<<bucko~0NvrAw4ooke<kt oooCN<<or<<L~0Awo4oot<oovrto'KIOKtt4<<coot.O<<r~KoOOCINtrkIwe4<<wcoktlrk~<<r<<co<<IIKI ot4<<c<<IN4ZIOCATZON OFFQ3<<2II3Ir1<<1<<2'2)tr2104622121Sca'5%rKA'l~5))ion"4<<7:A"I//fOcc5)Cec))do,lgr/III'RINTS TOtoooooIT4t<<>><<tetr NAASY;I'<).'MICvDATE:+R.W.)IAGLE LIAR.2S)977+zasta-)Iso "I6Q-76B-QIQQ PINLA.Iocctr<<co<<t oookttF>>I<<oS 0

o<<afSss<<4eovos00l0-892.-09I AFFLHOFsRACIICCS SURFACESI<<lecl'Ioa<<H<<seN<<sre<<NL~avlroasfcoarlsraoLL\J4NA+HAUNLESSOTHERSLTM SFFCCFSEO UMTHEFOLLCSVSFC<<l seer44ANSIIFEIIEIIAL ELECTRICl60-768100 TITLEcoI4<<vvss6Ns4<<6SELDIDENTIFICATION (RPV)RRSTFCCOEFORSUSOUEHANFIA TOP6BOTTOHHEADYicRIDIAN IIELDLOCATIONDISTRIBUTION WELDDADBDCDDDEDFDGDHNDKOHONOPORAEIIEITH33o15s333o15'73o15'13oISL153O15'30]5I35-1/3236-1/32TSO135o195o255o315o15oBottonHead<<4IRightofELeftofETopHead~~~~ls/1reTOPHEADNOTTLE'022LE AEIHUTHDESCRIPTION N6A~H6BOoIBOOEHeadSpragSpareVentCIROACFERENTIALHELDS0TONCGSkirt-to-Knuckle AJBottocaHeadAHTopHeadAGTopHeadHeadFlangeVENDOR'SDRAWINGREVIEW4AEAHVoeKlf.<<NvVKroo,0Aevveo5K<<<<ssra<<~NI~<<<<1VKeeo.0Aces<<H4eKoosos<<K44<<Kerr ca<<vN~aeseer<<<<INNvv~lf.IarrvocoosNreerorre, 0oresAeveree~ocsoacreoH<<LA.~0Aevv<<aoseoeeeorNrs, rarevlcK4,~INI~~wcoalaorr<<Nover<<or~l<<ale<<co<<<<<<race N<<ac4<<lrKLvevil<<NorNOTtVCIIOOACLICNT1ICLOOC.CIVILCLCCT.1LT.DCL~etCH.COIL.TVLAACH~VACN.Ceeto.I<<54545~CNCO.~TAATASAACCOAD~ECFITEL'r.SAILFRANCLSCO4ee/0EC0GITHLlrlGAcvscwce5Lsr~AFoeRo.SESSCERTFFcto CORRECTFOR~1gJfdfDAsc~LLCNSSLSUSQUEHANNA STEAMELECTRICSTATIONUNIT1eralCO.CONTRACT8856-M166OT.'~l1'r.'OSTE:S/rr789FS'-Icrr66-z3C<)-gCros44LAa 54crrral<<rs LTAllL<<cACLALL VATIC(FscssooTHS)

~Fa-anc.2A+4asfci5~sfaghT~5FLNtctcDAI7m>473qCT515FRIRTSTo160768-0I~l/C/r/4.-<</if@7CPIULA.4<<eoerLcar<<~s<<NAA

,OI

'0>>>>lttIII>>I>>0l(yll0010-ace-091 APPLIIDOAACI(Cf5SVRIACES~Ol(~a(~Ctt0I~~I0(>>>>CICC(O>>l0((>>~>>0(I~v/'a'Na'NaVH'fSSOTHfny(TSE SPfalf(ED VSETHEFOLLO>>y(H (0(0>>I0>>0>>(ICENEI)ALELEc'f)))$

160-76B-0100 TIILE0(I0v>>c(4~<<3WELDIDENTIFICATION (RPV)SIRSTl(ADEfORUHaA//IDT9SP.2TOO55/66'550IPSP.STUD11~'(6OIeII5150IT.l/2/OSTUDnoII50I/2'GITDP HEADToFLANGE)56Ci44AH4.~.-N7I90IISP~/N6/.12SPACUIQ(4I)77>>IV(I>>IL(C I4Itotf~~OAllJoeROI($69-1/2275015'TO VENDOR"dDRAWINGREVIEW,PA<<.~.>>~~tyi<<~.I0Alt~1~IAA0~Q4~y~0(ttlIQAOOAO~(tolIIOt(totttttC>>tt>>~~0>>>>Io>>t~0&4,alt00(ttt~'IIOH00.Pttt(AOO~QV(t(IWtt>>OAA,~OAtt0ttttlt>>(Otto't(4.A(y Ott(tto0(0'(I~0~00tC(t('I(I>>I~0'\>>tt(00>>t(CVOyt(0~(00(/IIDC555IS'.l/2o~CIDGAJ55IIOI/2DF*9O95>>IS'-I/4 FII)Seeal~I)CGDETAILA2LSSOItSP.CGISeeDetailA)IISPACINO5zOIaIICIOI(51950STUDno595'TUDNo.59PLANVIEWIOUTS(OETOPHEADASSEVSLTI DH(o(yoo(ta(io(Hat(a HDII>>50102Z.O>>~04>>>U>>IVZ<lte>>tIIIIIIIIIIIIIIIIIIIIIIIIIII)9HF215015'AIBOTTOM HEADTON(AISHELLRING)CERTIFIED CORRECTFORSUSQUENANNA STEAMELECTRICSTATIONUNITIPraLCO.CONTRACT8856-M-166 OT'/r('~DATE:S/7ro9.5/6Iso>>PLANVIEWIe(sIDE40TTDHHEADAssfveLTINOTE1.WeldBIA(dipFRtobeEnonllned Conculfent with;Wel~.CG(.REVISIOHS Added:CGweldaDetailA.FRWeld8NoteI.(2-'L-ltPRIHTSTO0D-w/6g-23llOIRW.NAAiLENOY.II876y.,r~EL///':rr/rr/ran,R(MOM:RAI>>HIOPLwMoeLocno<<40gIL(o.o)L(yo529.11"<<"160-76B-0100 PHIUL.~ocllo>>0(>>o0>>o>>(I4l>>>>o3~OO>>000BIOWeeOlOAA

,00!

SfRVICfANYTIME...

ANYWHEIIa IHIIAMAIIOM CIIRVICEIHOINIINIMO OIVISIONSECTIONIII.SUMMARYOFCONDITIONS NOTEDANDEXAMINATION RESULTSManualExaminations Duringtheexamination oftheReactorPressureVesselwelds,ninety-four

.(94)coderecordable spotindications weredectedanddetermined bytheLevelIIItobewithintheacceptance standards ofSectionXIoftheASMEBoilerandPressureVesselCode,%~Edition, including Winter1975Addendum.

Thedatasheetsandplotsoftheseindications areincludedinSectionVofthisreport./Cj7PInadditiontwo(2)visualindications weredetectedinthreadedstudholesinthevesselflange.Thesetwo(2)indications weredispositioned bythevesseldesigner/manufacturer tobeanacceptable condition.

Areportonthestudholddiscrepancies appearsinSectionIV.Duringthecourseofthemanualexaminations, geometric reflectors weredetectedfromtheclosureheadnozzlesN6AandN6B,andvesselsupportweldCG.Summaryreportsfortheaboveconditions arelocatedinSectionIVofthisreport.Summaryreportsdescribing limitedscansduetovesselconfiguration, penetrations, andthermocouple padsarelocatedinSectionIV.Anacousticcomparison betweenSA-508andSA-533wasperformed tosatisfytherequirements ofParagraph I-3121,AppendixIofASMESectionXI.ThisreportislocatedinSectionIV.GENERALELECTRICIII.1 SERVICEANYTIMS...

ANYWMETTK INSTAllATION 4SSAVICffNOINHAINO OIYISIONINSTRUCTIONS FORTHEUSEOFTHEDETAILEDSUMMARYINCLUDEDINTHISREPORTThedetailedsummarysectionofthisreportenablestheuserofthereporttoreviewtheentirepre-service examination withaminimumofeffort.Thefollowing termsareusedinthesummarytoidentifytheweld,theexaminations performed, andtheresultsoftheexaminations:

CATEGORYThedesignation ofthecodecategoryisperTableIWB-2500ofASMEXIW'75Addenda.iWELDTYPETheweldtypesarelistedinthesectionofTableIWB-2500thatpertainstothecodecategorybeingexamined.

WELDIDENTIFICATION

-Theweldseamidentification istakenfromtheRPVweldidentification drawingincludedinthedrawingsectionofthereport.ITEMNUMBERThedesignation ofcodeitemnumbersisperTableIWB-2600ofASMEXIW'75Addenda.PROCEDURE NUMBER-Thiscolumnliststheprocedure usedtoperformtheexamination.

EXAMINATION Thiscolumnliststheexamination(s) performed oneachlistedweld.GENERALELECTRICIII.2 i

SERVICEAHYTIIIIE...

ANYWHEREIN5'IAuAIION A55RVICRRNGINRRRING GIVI5IONThiscolumnliststheresultsofeachexamina-tionperformed.

Theresultsappeardirectlyoppositetheexamination.

'0BMO'WM45'0'RINRI2SpotIndications SeeDataSheetNRIAsshown,theabbreviation NRIisusedtodocumentanexamination wherenorecordable indications weredetected.

The45'xamination showsaresultof2spotindications.

Whereindications weredetected, astatement toseedatasheet(s)followsthenumberofindica-tionsdetected.

Thisstatement tellstheuserwhichdatasheet(s)detailthesubjectindication(s).

Whereacondition existsthatgenerally affectstheexamination, suchasalimitedscanoraninterferencerequiring additionalexamination, ageneralstatement isaddedtodescribethecondition.

Thisstatement isnotintendedtoapplytoanysingleexamination.

Theyareplacedwhereverspacepermits.0BMO'WM45'0'RIRestricted scan,Reference Report8'RI2spotindications, seedatasheetNRIIntheillustration above,therewasarestrict-edscanaffecting theexamination.

ItisnotintendedtoapplytotheO'BMexamination.

Thestatement tellstheuserwhichreport(s) detailthereferenced condition.

GENERALELECTRICIII.3 0

SERV(CEANYTIME...

ANYWHERRINSSAuAKION AS(%VICESNGINSSAING DIVISIONAlldatasheetsreferenced intheremarkscolumnareincludedinSectionV.Sheetsdocumenting coderecordable indications havebeenincludedwithcalibration dataanddataplots.GENERALELECTRICIII.4

~,0' SEAVICEANYTIME...

ANYWMEREIN5IAIIARIOH A5IRVICRRNGINRRINO ORIRAIIOH5 CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL B1.1ISE-QAI-325 0BMNRI0WMNRI45'RI60'RI0BMNRICIRCUMFERENTIAL B1.1ISE-QAI-325 0WM45'RINRI60'RICIRCUMFERENTIAL (TOP)B1.1ISE-QAI-325 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.5 e0' SERVICEANYTIME...

ANYWHEREINSTAllATION ASIAVICTTNGINNAING OTIAATIONS CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL (BOTTOM)B1.10BMISE-QAI-325 0'WM45'RINRINRI60'RICIRCUMFERENTIAL AF'BOTTOM)B1.1ISE-QAI-325 O'BM0WM45'RINRINRI60'RISEENOTE(1)VESSELTOFLANGEAF(TOP)B1.1ISE-QAI-326 0BMNRIGENERALELECTRICIII.6

!l SERVICEANYTIME...

ANYWHEREINSTALfASI ONaSOIVICSENOINffAIHOOIVISIOHCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPE-WELDIDITEMNO.PROCEDURE EXAM0BMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reportf6SectionIV(l)SpotIndication.

SeeDataSheet2047inSectionV.LONGITUDINAL BABl.lISE-QAI-325 O'WM(6)SpotIndications.

SeeDataSheet2050inSectionV.450NRI60'RILONGITUDINAL BBBl.l0BMNRIISE-QAI-325 0WMNRI45'RI60NRI0BMNRILONGITUDINAL BCBl.lISE-QAI-325 0WM45'2)SpotIndications.

SeeDataSheet2052inSectionV.NRI60'RIGENERALELECTRICIII.7 IJ SERVICEANYTINE..

~ANYWHEREINSTALLER'Tl ON~$0lVICEEHGIHCCAINO DIVljlOHCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reportf16SectionIVLONGITUDINAL BKBl.l0BMISE-QAI-325 0'WM45'RINRINRI60'RILONGITUDINAL BMBl.l0BMISE-QAI-325 O'WM45'RINRINRI60NRILONGITUDINAL BNBl.l0BMISE-QAI-325 O'WMNRINRI450NRI60'RISEENOTE(l)ANDREPORTflINSECTIONIV.GENERALELECTRICIII.8

~,0l SERVICEANYTIQE-.

ANYWNEREINSTALIATI ON~SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPELONGITUDINAL WELDIDBPITEMNO.B1.1PROCEDURE ISE-QAI-325 EXAM0BMNRI0WMNRINRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIV45'RI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADS(TOP)B1.1ISE-QAI-325 45'RI0BMNRI0WMNRI60'RICIRCUMFERENTIAL ANAHMERIDIONAL WELDS(BOTTOM)INVESSELHEADSB1.1ISE-QAI-325 45'RI0BMNRI0WMNRI60'RIGEREGALIELECTRICIII.9

SERVICEANYTQSK-.

ASSYWHEREINSTAllATI ON~SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort06SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSAJ(TOP)B1.145'RI0BMNRIISE-QAI-325 0'WMNRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADS(BOTTOM)B1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDA(AA-SKIRT)B1.145'RI0BMNRIISE"QAI-3250WMNRI60'RISEENOTE(1)ANDREPORT8'1INSECTIONIVGENERALELECTRICIII.10 iI~I SERVICEANYTIME.,

ANYWHEREIN5IAI5AIION A55tvICEtNGINIttlNG OtttA5ION5 CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)RestrictedExamination Reference ReportIlI6SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADS.DA(SKIRT-u)B1.10BMISE-QAI-325 O'WM45'RINRINRI60'RISEENOTE(1)ANDREPORTtlINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDB(AA-SKIRT)B1.10BMISE-QAI-325 0WM45'RINRINRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDB(SKIRT-w)B1.10BMISE-QAI-325 0WM45'RINRINRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGENERAL'ELECTRICIII.11 SERVICEANYTIME...

ANYWHEREIN55ANAIION A5(RVICERNGINHRING ORRRATION5 CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDC(AA-SKIRT)B1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDC(SKIRT-AJ)B1.1ISE-QAI-325 45'RI0BMNRI0'WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDD(AA-SKIRT)B1.1450NRI0BMNRIISE-QAI-325 O'WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGEIIERALIELECTRICIII.12 I0 SERVICEANYTIME...

ANYWHEREINSSAISATION ASSAVICSSNGINHAING OPSAASIONS CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDD(SKIRT-Aa)B1.1450NRI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDE(AA-SKIRT)B1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORTflINSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDE(SKIRT-u)B1.145'RI0BMNRIISE-QAI-325 O'WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIVGEIIEIIAL ELECTRICIII.13

~'i, SERVICEAHYTNCE...

ANYWHEREIN55AILATION A5IAVIC55NGINHAING ONAANON5CATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Reort86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDF(AA-SKIRT)B1.145NRI0BMNRIISE-QAI-325 0WMNRI60NRISEENOTE(1)ANDREPORT8'1INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDF(SKIRT-AJB1.145NRI0BMNRIISE-QAI-325 0WMNRI60'RISEENOTE(1)ANDREPORT81INSECTIONIV.CIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDJB1.145'RI0BMNRIISE-QAI-325 0WMNRI60'RIGENERALELECTRICIII.14

',

SKRVICEANYTME...

ANYWHEREIINSTALLATION

~CEIIvlCcKN(QNEERINODIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPECIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSWELDIDDKITEMNO.B1.1PROCEDURE ISE-QAI-325 EXAM0BM0WM45'RINRINRINRI=NoRecordable Indications REMARKSNote(l)RestrictedExamination Reference Report86SectionIV60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDMB1.10BMISE-QAI-325 0'WM45'RINRINRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDNB1.10BMISE-QAI-325 0WM45'RINRINRI60'RIGENERALELECTRICIII.15 00 SERVICEAHYTWE--ANYWHEREINSTALIATI CN40OIVICEKNCINKOIIHO OIVISIONCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)RestrictedExamination Reference Report86SectionIVCIRCUMFERENTIAL ANMERIODIONAL WELDSINVESSELHEADSDPB1.1ISE-QAI-325

.0BM0WM450NRINRINRI60'RICIRCUMFERENTIAL ANMERIDIONAL WELDSINVESSELHEADSDRB1.1ISE-QAI-325 0BM0WM45NRINRINRI60'RIHEADTOFLANGEWELDAGB1.1ISE-QAI-325 0BM0WM45'RINRINRI-60'RIGENERALELECTRICIII.16 0

SEIlVICfANY~...ANYWHEREINSTALLATI OH4SOlVICKKNOINfERINODMCIOHCATEGORYBAMANUALULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVBOTTOMHEADDOLLARPLATEWELDSDGBI.l0BMISE-QAI-325 O'WM450NRINRINRI60'RISEENOTE(l)ANDREPORT8'lINSECTIONIV.BOTTOMHEADDOLLARPLATEWELDSBl.lISE-QAI-325 0BM0WM45'RINRINRI60'RISEENOTE(l)ANDREPORT8'IINSECTIONIV.GENERALELECTRICIII.17

,~iu~~

SERVICEANYTIME...

ANYWHEREINSEAtlAtlott 4St!VICttNGINttklNG OtttAIIONS CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVCIRCUMFERENTIAL B1.1O'BMISE-QAI-329 0WMNRINRI450NRI.60'RISEENOTE(1)O'BMNRICIRCUMFERENTIAL ABB1.1ISE-QAI-329 O'WM450NRINRI60'RI0BMNRICIRCUMFERENTIAL ACB1.1ISE-QAI-329.

O'WMNRI45'0'1)SPOTINDICATION SEEDATASHEETAC,SHEET4of4INSECTIONVNRIIGENERALELECTRICIII.18 0'

SERVICEANYTIRCE...ANYWHEREIN55AIIAIION R55RVICRRNGINNRING ONRAIION5 CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAM0BMNRINRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort8'6SectionIVCIRCUMFERENTIAL B1.1ISE-QAI-329 0WM4560'RI(1)SPOTINDICATION SEEDATASHEETAD,SHEET3of4INSECTIONVNRISEENOTE(1)LONGITUDINAL BAB1.1ISE-QAI-329 0BMO'WM45'0'5)SPOTINDICATIONS SEEDATASHEETBA,SHEET13of16INSECTIONV(21)SPOTINDICATIONS SEEDATASHEETBA,SHEET13of16INSECTIONVNRINRISEENOTE(1)0BMNRILONGITUDINAL BBB1.1ISE-QAI-329 0WM45'RINRI60'RISEENOTE(1)GENERALELECTRICIII.19 l0l SfRVICfANYTNE...

ANYWHEREINSIAIIAIION ASSAVICSSNGINSSAING OtiAAIIONS CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI~NoRecordable Indications REMARKSNote(l)Restricted Examination Reference ReortIII6SectionIV0'BMNRILONGITUDINAL BCB1.1ISE-QAI-329 0WM45'16)SpotIndications.

SeeDataSheetBC,Sheet5of8inSectionV.NRI60'RISEENOTE(1)0BMNRILONGITUDINAL BDB1.1ISE-QAI-329 O'WM45060'RI(1)SpotIndication.

SeeDataSheetBD,Sheet2of2inSectionV.NRILONGITUDINAL BEB1.10BMISE-QAI-329 O'WM45'RINRINRI60'RIGENERALELECTRICIII.20 SERVICEANYTIME...

ANYWHEREINTTATTATIOH A5TAVICTTHGINTTAING OTTAATIOH5 CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAM0BMNRINRI=NoRecord'able Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVLONGITUDINAL BFB1.1ISE-QAI-329 0WMNRI45'RI60'RISEENOTE(1)0BMNRILONGITUDINAL BGB1~1ISE-QAI-329 0WM45060'11)SpotIndications.

SeeDataSheetBG,Sheet3of3inSectionV.NRINRISEENOTE(1)LONGITUDINAL BHB1.1ISE-QAI-329 0BMNRI0WMNRI450NRI60'RISEENOTE(1)GENERALELECTRICIII.21 0,0 SERVICEANYTIME...

ANYWHEREINT'TATIATION A55AVICTTNGINHAING OTTAATION5 CATEGORYBAREMOTEULTRASONIC EXAMINATION PRESSURERETAINING WELDSINREACTORVESSELWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIVO'BM(1)SpotIndication.

SeeDataSheetBJ,Sheet3of3inSectionV.LONGITUDINAL B1.1ISE-QAI-329 0WMNRI4560'RI(1)SpotIndication.

SeeDataSheetBJSheet2of3inSectionV.SEENOTE(1)GENERALELECTRICIII.22

'Oi,0,0 SERVICEANYTQK-.ANYWHEREINSTAI.lhll OIIA5BLVICtKNCIIIKEIIIIIO DIVISIONCATEGORYBDMANUALULTRASONIC EXAMINATION FULLPENETRATION WELDS'OFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report8'6SectionIVPRIMARYNOZZLETOVESSELWELDSN6AB1.4ISE-QAI-325 0BMNRI0WMNRI45'RI60'RIREFERENCE REPORTNO.2INSECTIONIV.PRIMARYNOZZLETOVESSELWELDSN6BB1.4ISE-QAI-325 0BMNRI0WMNRI45'RI60NRIREFERENCE REPORTNO.2INSECTIONIV.PRIMARYNOZZLETOVESSELWELDSN7B1.4ISE-QAI-325 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.23 I0,'

SERVICEANYTIME...

ANYWHEREIN5'IARAIION A55AVIC5INOINIIAINO OtIAAIIONS CATEGORYBDMANUALULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVPRIMARYNOZZLETOVESSELWELDSN8AB1.40BMNRIISE-QAI-325 O'WMNRI450NRI60NRIPRIMARYNOZZLETOVESSELWELDSNSBB1.40BMNRIISE-QAI-325 0'WMNRI45'RI60'RIPRIMARYNOZZLETOVESSELWELDSN9B1.40BMISE-QAI-325 O'WM45'SpotIndications.

SeeDataSheet4094inSectionV.2SpotIndications.

SeeDataSheet4093inSectionV.NRI60'SpotIndication.

SeeDataSheet1106inSectionV.GENERALELECTIIIC III.24 0:~

SERVICEANYTIQE-.

ANYWHEREINSTALLATION hIQIVICCQIGINEKRINO IXVESIOHCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRINoRecordable Indications NOZZLEINNERRADIUSEDSECTIONNlAISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONNlBB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2AB1.4'SE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2BISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2CISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2DISE-QAI-324 INNERRADIUSNRI6EIIEIIALIELECTRICIII.25 I1, SERVICEANYTIME...

ANYWHEAEIN55AIRATION A55RVICRRNOINIRRINO ORRRAIIONS CATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRIRRNoRecordable Indications NOZZLEINNERRADIUSEDSECTIONN2EB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2PB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2GB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2HB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN2JB1.4ISE-QAI-324 INNERRADIUSNRIGENERALELECTRICIII.26

SERVICEAHYTWE-.ANVWHEREINSTALLATION LSEhVICCENGINCEAIHO DIVI5IONCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications NOZZLEINNERRADIUSEDSECTIONN2KB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3AB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3BB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3CB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN3DB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN5AB1.4ISE-QAI-324 INNERRADIUSNRIGENERALELECTRICIII.27

It' SERVICEANYTISI-.

EANY'n'E INSTALLATION 4SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications NOZZLEINNERRADIUSEDSECTIONN5BB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN6AB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN6BB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN7B1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONN8AB1.4ISE-QAI-324 INNERRADIUSNRINOZZLEINNERRADIUSEDSECTIONNSBB1.4ISE-QAI-324 INNERRADIUSNRIGENERALELECTRICIII.28

SERVICEANYTIME,.

ANYWHEREINS'IAIIANON A'IEAVICS'INGINHAING OHAANONSCATEGORYBDMANUALULTRASONIC EXAMINATION NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications NOZZLEINNERRADIUSEDSECTIONB1.4ISE-QAI-324 INNERRADIUSNRIN9B1.4ISE-QAI-331 P.T.NOTE:Liquidpenetrant examination performed oNRIthenozzleinnerrediusinaccordance withtherequirements ofNUREG-0619.

GEIIEIIALELECTIIICIII.29 SERVICEAHYTOK.-ANYWREAKINSTALLATION

~EEIIVICEENOINEEAINO OIVIEIONCATEGORYBDMANUALULTRASONIC EXAMINATION FEEDMATER NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications PRIMARYNOZZLETOVESSELWELDSN4AB1.4ISE-QAI-334 ZONE1NRI-Restricted Scan,Reference Report06inSectionIV.N4AN4AB1.4B1.4ISE-QAI-332 ZONE2ISE-QAI-333 ZONE3NRINRINote:Liquidpenetrant examination performed ontheaccessible portionsofthesix(6)feedwater nozzleinnerradiiwiththespargersinstalled, tosatisfytherequire-mentsofNUREG-0619.

Norecordable indications weredetected.

Procedure ISE-QAI-331 wasused.PRIMARYNOZZLETOVESSELWELDSN4BBl;4ISE-QAI-334 ZONE1NRIN4BB1.4ISE-QAI-332 ZONE2NRIN4BB1.4ISE-QAI-333 ZONE3NRI-Restricted Scan90to120duetothermocouple padsGENEIIALIELECTIIIC III.30 0liI SERVICEANYTIME...

ANYWHEREINSTALLAII QNAIQIVlCCENQINEKRINO OIVISIOHCATEGORYBDMANUALULTRASONIC EXAMINATION FEEDWATER NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE NRI=NoRecordable Indications PRIMARYNOZZLETOVESSELWELDSN4CB1.4ISE-QAI-334 ZONE1NRIN4CB1.4ISE-QAI-332 ZONE2NRIN4CB1.4ISE-QAI-333 ZONE3NRIPRIMARYNOZZLETOVESSELWELDSN4DB1.4ISE-QAI-334 ZONE1NRI-Restricted scan.Reference Report86inSectionIV.N4DB1.4ISE-QAI-332 ZONE2NRIN4DB1.4ISE-QAI-333 ZONE3NRI-Restricted Scan90'o120'uetothermocouple padsGENERALELECTRICIII.31

SERVICEANYTME-.ANYWHEREINSTALLAII ONiIEIIVICCENGINEfAINONVISIONCATEGORYBDMANUALULTRASONIC EXAMINATION FEEDWATER NOZZLEINNERRADIUSEDSECTIONNOZZLETYPENOZZLEIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications PRIMARYNOZZLETOVESSELMELDSN4EBl.4ISE-QAI-334 ZONE1NRIN4EB1.4ISE-QAI-332 ZONE2NRIN4EBl.4ISE-QAI-333 ZONE3NRIPRIMARYNOZZLETOVESSELWELDSN4FB1.4ISE-QAI-334 ZONE1NRIN4FB1.4ISE-QAI-332 ZONE2NRIN4FBl.4ISE-QAI-333 ZONE3NRIGEIIERALELECTRICIII.32 00 SERVICEamma...ANYVlHEREINSTALLATION 4SCIIVICEEHGIKEBlIIIOOIVISIOIICATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indzcatxons REMARKSNote(l)Restricted Examination Reference Report86SectionIV0BM.(1)Spot-SeeDataSheetNIA,Sheet2of3inSectionVNOZZLETOVESSELNIAB1.4ISE-QAI-330 0WM45'1)Spot-SeeDataSheetNlA,Sheet2of3inSectionVNRI60'RINOZZLETOVESSELNlBB1.4ISE-QAI-330 O'BMNRI0WMNRI45'RI60'RINOZZLETOVESSEL'2AB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.33 0'

SERVICEANYTINE-.

ANYWHEREINSTALIJLTION hSEIIVICKtNQNKCAINO DNISIOHCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIVNOZZLETOVESSELN2BB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RINOZZLETOVESSELN2CB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RISEENOTE(1)NOZZLETOVESSELN2DB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RISEENOTE(1)GENERALIELECTRICIII.34

'I' ANYYlQE-.

ANYWHEAKINSTALLAII ON4SERVICEEHOINECAINO CNVIjlOHCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Reort86SectionIVNOZZLETOVESSELN2EB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RI0BMNRINOZZLETOVESSELN2FB1.4ISE-QAI-330 0WM45'RINRI60'RINOZZLETOVESSELN2GB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.35

,0!Ii ANYTME-.AHYWHEREINSTALIJLTI ON~55RVIC5QIOIN55RINO OIVI5IONCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report8'6SectionIVNOZZLETOVESSELN2HB1.40BMISE-QAI-330 O'WM45',.NRINRINRI60'RISEENOTE(1)NOZZLETOVESSELN2JB1.4O'BMISE-QAI-330 O'WM45'RINRINRI60'RISEENOTE(1)NOZZLETOVESSELN2KB1.4O'BMISE-QAI-330 O'WM450(1)SpotIndication.

SeeDataSheetN2K,Sheet2of3inSectionV.NRINRI60NRIGENERALELECTRICIII.36 i

SERVICEANYTIQK-.

ANYWHE$%ll4$TALLAYIOII~SEAVICEQIGIIIEKRIIIOOIVISIOllCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPENOZZLETOVESSELWELDIDN3AITEMNO.B1.4PROCEDUREISE-QAI-330 EXAMO'BMNRI0'WMNRINRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIV45'RI60'RINOZZLETOVESSELN3BB1.40BMNRIISE-QAI-330 O'WMNRI45'RI60'RINOZZLETOVESSELN3CB1.40BMNRIISE-QAI-330 O'WMNRI45'RI60'RI-GENERALELECTRICIII.37

.

SERVICEANYTNaa.-

ANYWHEREINSTAlIATI ON~8NVICCENOINtQllNO INVISIONCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(l)Restricted Examination Reference Report86SectionIVNOZZLETOVESSELN3DB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RINOZZLETOVESSELN4AB1.4ISE-QAI-330 O'BM0WM45'1)SpotIndication.

SeeDataSheetN4A,Sheet2of3inSectionV.NRINRI60'.NRISEENOTE(1)NOZZLETOVESSELN4BB1.4ISE-QAI-330 0BMNRI0WMNRI45'RI60'RIGEIIERALELECTRICIII.38 l

ANY~-.ANYWHEREINSTALLATION hSBIVICCQIONEDIINO OIVI5IONCATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMNRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report8'6SectionIVNOZZLETOVESSELN4CB1.4ISE-QAI-330 0BM(3)SpotIndications.

O'WM(2)SpotIndications.

SeeDataSheetN4C,Sheet2of3inSectionVSeeDataSheetN4C,Sheet2of3inSectionV450NRI60'RINOZZLETOVESSELN4DB1.4ISE-QAI-330 0BMNRI0WMNRI45NRI60'RISEENOTE(1)NOZZLETOVESSELN4EB1.4ISE-QAI-330 O'BMO'WM45'2)SpotIndications.

SeeDataSheetN4E,Sheet2of3inSectionVNRINRI60'RIGENERALIELECTRICIII.39

SERVICEANYTlQR-.

ANYWHEREI~ALLATION 4SKAVICCENOINEEAIIIOOIYISIOIICATEGORYBDREMOTEULTRASONIC EXAMINATION FULLPENETRATION WELDSOFNOZZLESINREACTORVESSELSWELDTYPEWELDIDITEMNO.PROCEDURE EXAM0'BMNRINRI=NoRecordable Indications REMARKSNote(1)Restricted Examination Reference Report86SectionIVNOZZLETOVESSELN4FB1.4ISE-QAI-330 0WM45(1)SpotIndication.

SeeDataSheetN4F,Sheet3of3inSectionVNRI60'RINOZZLETOVESSELN5hB1.40BMNRIISE-QAI-330 O'WMNRI45'RI60'RINOZZLETOVESSELN5BB1.4ISE-QAI-330 O'BM0WM45'5)SpotIndications.

(2)SpotIndications.

NRISeeDataSheetN5B,Sheet3of4inSectionVSeeDataSheetNSB,Sheet3of4inSectionV60'RIGENERALELECTRICIII.40 0'

SERVICEANYTINE-.

ANYWHEREINSTALtATION heEIIVICCOIOINEBIINO OMSIONCATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMLEAKAGEONPARTIALPENETRATION WELDJUNCTIONS:

o185STUBTUBETOR.P.V.JUNCTIONS Bl.5160A7807SUPPLEMENT JVTNOLEAKAGEo55INCOREHOUSINGTOR.P.V.JUNCTIONS B1.5160A7807SUPPLEMENT JVTNOLEAKAGEoN10COREDIFFERENTIAL PRESSUREANDLIQUIDCONTROLNOZZLEB1.5160A7807SUPPLEMENT JVTNOLEAKAGEGENERALELECTRIC 0,biI SERVICEANYTIME...

ANYWHEREIHSIAllASIOH A$1AVICSSNGINISAIHG ONAAIIONS CATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSoNllAINSTRUMENTATION NOZZLEJUNCTIONS oNllBINSTRUMENTATION NOZZLEJUNCTIONS B1.5B1.5160A7807SUPPLEMENT J160A7807SUPPLEMENT JVTVTNOLEAKAGENOLEAKAGEoN12AINSTRUMENTATION NOZZLEJUNCTIONS oN12BINSTRUMENTATION NOZZLEJUNCTIONS B1.5160A7807SUPPLEMENT JB1.5160A7807SUPPLEMENT JVTVTNOLEAKAGENOLEAKAGEoN15DRAINNOZZLEBl.5160A7807SUPPLEMENT JVTNOLEAKAGEGENERALELECTRIC

'I SERVICEANYTIME...

ANYWNEREINSTALLATION ASTAVILELNGINHLING ONAATIONS CATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSoN16AINSTRUMENTATION NOZZLEoN16BINSTRUMENTATION NOZZLEBl.5B1.5160A7807SUPPLEMENT J160A7807SUPPLEMENT JVTNOLEAKAGENOLEAKAGEGENERALIELECTRIC lI0 SERVICEANYTIME...

ANYWHEREIN55ARA5ION A55RVICRRNGINlfklNG ORIRAIIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION OUTLETMELDI.D.NlAPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDURE EXAMB1.6ISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRINlASAFEENDSIDEB1.6ISE-QAI-322 35'/45'RI NlANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIRECIRCULATION OUTLETNlBNOZZLESIDEBl.6ISE-QAI-322 45'RINlBSAFEENDSIDEBl.6ISE-QAI-322 35/45'RINlBNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALELECTIIIC III.44 ll0iik SERVICEANYTIME...

ANYWHEREINRARA5ION A55AVIC5INGINHAING ON@ANON5CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION INLETWELDI.D.N2APERFORMEDFROMNOZZLESIDEITEMNO.B1.6PROCEDURE EXAMISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN2ASAFEENDSIDEB1.6ISE-QAI-322 45.'RIN2ANOZZLETOSAFEENDBl.618XA8402P.T.NRIRECIRCULATION INLETN2BNOZZLESIDEB1.6ISE-QAI-322 45'RIN2BSAFEENDSIDEBl.6ISE-QAI-322 45'RIN2BNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALOELECTIIIC III.45 IIfttI1eIII,f SERVICEANYTIME...

ANYWHEREINSIAISAIION ASSAVICSSNGINHAING OttAA'SIGNS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEWELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordableIndicationsRECIRCULATION INLETN2C,NOZZLESIDEB1.6ISE-QAI-322 450NRIN2CSAFEENDSIDEBl.6ISE-QAI-322 45'RI'2CNOZZLETOSAFEENDB1.618XA7400P.T.NRIRECIRCULATION INLETN2DNOZZLESIDEB1.6ISE-QAI-322 450NRIN2DSAFEENDSIDEB1.6ISE-QAI-322 45'RIN2DNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALELECTRICIII.46 IOiI' SERVICEANYTIME...

ANYWHEREINSSARASION ASIAVIICSINGINIINNC OtIAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION INLETWELDI.D.N2EPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDURE EXAMB1.6ISE"QAI-322 45REMARKSNRI=NoRecordable Indications NRIN2ESAFEENDSIDEB1.6'SE-QAI-322 45'RIN2ENOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATION INLETN2FNOZZLESIDEB1.6ISE-QAI-322 45NRIN2FSAFEENDSIDEB1.6ISE-QAI-322 45NRIN2FNOZZLETOSAFEENDB1.618XA8402P.T.NRIGENERALELECTRIC~III.47

'IIIe0 SERVICEANYTQCE-.

ANYWNEREIHSSASIASION ASIAVICESNGINISAIHG ONAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLERECIRCULATION INLETWELDI.D.N2GPERFORMEDFROMNOZZLESIDEITEMNO.Bl.6PROCEDURE EXAMISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN2GSAFEENDSIDEBl.6ISE-QAI-322 45'RIN2GNOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATION INLETN2HNOZZLESIDEB1.6ISE-QAI-322 45'RIN2HSAFEENDSIDEBl.6ISE-QAI-322 45'RIN2HNOZZLETOSAFEENDB1.618XA8402P.T.NRIGENERALELECTRICIII.48 0

SERVICEANYTME...

ANYWHEREINIIAHAIION AMAVICIINOINIIAINO OtIAAIIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMELDI.D.PERFORMEDFROMITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications RECIRCULATION INLETN2JNOZZLESIDEB1.6ISE-QAI-322 45'RIN2JSAFEENDSIDEBl.6ISE-QAI-322 45NRIN2JNOZZLETOSAFEENDB1.618XA8402P.T.NRIRECIRCULATION INLETN2KNOZZLESIDEBl.6ISE-QAI-322 45NRIN2KSAFEENDSIDEB1.6ISE-QAI-322 45'RIN2KNOZZLETOSAFEENDBl.618XA8402P.T.NRIGENERALIELECTRICIII.49 00 SERVICEANYTIME...

ANYWNEREINSSAltASION ASSAVICSSNGINNAING OtfkASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMAINSTEAM OUTLETWELDI.D.N3APERFORMEDFROMNOZZLETOSAFEENDITEMNO.PROCEDURE B1.6ISE-QAI-322 EXAM450NRINote:Mainsteam Safe-Ends examinedfrombothsideswithtwocalibrations REMARKSNRI=NoRecordable Indications N3ANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIN3BNOZZLETOSAFEENDB1.6ISE-QAI-332 45'RIN3BNOZZLETOSAFEENDBI.6ISE-QAI-331 P.T.NRIN3CNOZZLETOSAFEENDB1.6ISE-QAI-322 45'RIN3CNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALELECTRICIII.50 SERVICEANYTIME...

ANYWHEREIN55AI5ATION

  • 55RVIC55NGINI55ING ONRAIIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMAINSTEAM OUTLETWELDI.D.N3DPERFORMEDFROMNOZZLETOSAFEENDITEMNO.PROCEDURE B1.6ISE-QAI-322 EXAM45'EMARKS NRI=NoRecordable Indications NRIN3DNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIFEEDWATER INLETN4ANOZZLETOSAFEENDB1.6ISE-QAI-332 450NRINOTE:Feedwater SafeEndsexaminedfrombothsideswithtwocalibrations.

N4ANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIN4BNOZZLETOSAFEENDB1.6ISE-QAI-322 45NRIN4BNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALELECTRICIII.51 IfI'0 SERVICEANYTIME...

ANYWHEREINSTAllATION ASTAVICITNGINNAING OTIAATIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEMELDI.D.PERFORMED FROMITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications FEEDWATER INLETN4CNOZZLETOSAFEENDB1.6ISE-QAI-322 45'RIN4CNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIN4DNOZZLETOSAFEENDB1.6ISE-QAI-332 450NRIN4DNOZZLETOSAFEENDBl.6ISE-QAI-331 P.T.NRIN4ENOZZLETOSAFEENDB1.6ISE-QAI-322 45'RIN4ENOZZLETOSAFEENDBl.6ISE-QAI-331 P.T.NRIGENERALIELECTRICIII.52

'0 SERVICEANYTIME...

ANYWHEREINIIAHA'IION A5IAVIC5INGINNAING OtIAAIIONI CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEFEEDWATER INLETWELDI.D.N4FPERFORMEDFROMNOZZLETOSAFEENDITEMNO.Bl.6PROCEDURE EXAMISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN4FNOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRICORESPRAYN5ANOZZLESIDEBl.6ISE-QAI-322 49'RIN5ASAFEENDTONOZZLEBl.6ISE-QAI-322 33'Ir'45NRIN5ASAFEENDTOEXTENSION Bl.6ISE-QAI-322 45'RIN5AEXTENSION TOSAFEENDB1.6ISE-QAI-322 45NRIGENERALELECTRICIII.53

SERVICEAIIYTIME...

ANYWHEREIN51AHASION ASSAVICSSNGINHAINO OtSAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEWELDI.D.PERFORMEDFROMITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordable Indications CORESPRAYN5ANOZZLETOSAFEENDBl.6ISE-QAI-331 P.T.NRIN5ASAFEENDTOEXTENSION B1.6ISE-QAI-331 P.T.NRICORESPRAYN5BNOZZLESIDEB1.6ISE-QAI-322 450NRIN5BSAFEENDTONOZZLEB1.6ISE-QAI-322 33'/45'RI N5BSAFEENDTOB1.6ISE-QAI-322 EXTENSION 450NRIN5BEXTENSION TOSAFEENDB1.6ISE-QAI-322 450NRIGENERALELECTRIC b,

SERVICEANYTIME...

ANYWHEREINSSASSASION ASEAVICSSNGINHAING ONAASIONS CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLECORESPRAYWELDI.D.N5BPERFORMEDFROMNOZZLETOSAFEENDITEMNO.Bl.6PROCEDURE ISE-QAI-331 EXAMP.T.REMARKSINRI=NoRecordable Indications NRIN5BSAFEENDTOEXTENSION Bl.6ISE-QAI-331 P.T.NRIHEADINSTRUMENT N6ANOZZLESIDEBl.6ISE-QAI-322 33'/a5'RI N6AFLANGESIDEB1.6ISE-QAI-322 33'RIN6A,NOZZLETOFLANGEBl.6ISE-QAI-331 P.T.NRIGENERALELECTRICIII.55 f

SERVICEANYTIME...

ANYWHEREIN51AIIAIION A55AVICIINGINNAING ONAA1ION5 CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEHEADVENTWELDI.D.N7PERFORMED FROMNOZZLESIDEITEMNO.B1.6PROCEDUREISE-QAI-322 45'EMARKS NRI=NoRecordable Indications NRIN7FLANGESIDEB1.6ISE-QAI-322 33NRIN7NOZZLETOFLANGEBl.6ISE-QAI-331 P.T.NRIJETPUMPINSTRUMENTATION NSANOZZLESIDEB1.6ISE-QAI-322 45'RINSASAFEENDSIDEBl.6ISE-QAI-322 33/45NRINSANOZZLETOSAFEENDB1.6ISE-QAI-331 P.T.NRIGENERALIELECTRICIII.56 iI1 SERVICEANYTIQE.-ANYWHEREIN55AI5AYION A5IAVIC55NGINI5AINO ONAAIION5 CATEGORYBFNOZZLETOSAFEENDWELDSNOZZLEJETPUMPINSTRUMENTATION WELDI.D.NSBPERFORMEDFROMNOZZLESIDEITEMNO.PROCEDURE EXAMB1.6ISE-QAI-322 45REMARKSNRINoRecordable Indications NRIN8BSAFEENDSIDEB1.6ISE-QAI-322 33'/45'RI NSBSAFEENDTONOZZLEB1.6ISE-gAI-331 P.T.NRICRDRETURNCAPN9ANOZZLESIDEB1.6ISE-QAI-322 45'-NRIN9ACAPSIDEB1.6ISE-QAI-322 45NRIN9ANOZZLETOCAPB1.618XA7400P.T.NRINOTE:Penetrant examination performed afterhydrostatic testGENERALELECTRICIII.57 t'rf.i1'P SERVICEANYTIME...

ANYWHEREINStALtATION 4itllVICCOlGlIIKEIIIIIODIVOIOIICATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUTBl.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRIB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTBl.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUTB1.7ISE-QAI-328 NRINUT10Bl.7ISE-QAI-328 NRIGENERALELECTRIC

SERVICEANYTQC-.ANYWHEREINSTALLATIONS CCRVICCCNOINCCRINO OIVICIONCATEGORYBG-1NUTSPARTNUTI.D.ITEMNO.B1.7PROCEDURENO.ISE-QAI-328 EXAMNRIREMARKSNRI=NoRecordable Indications NUT12Bl.7ISE-QAI-328 NRINUT13B1.7ISE-QAI-328 NRINUT14Bl.7ISE-QAI-328 NRINUT15B1.7ISE-QAI-328 NRINUT16B1.7ISE-QAI-328 NRINUT17B1.7ISE-QAI-328 NRINUT18Bl.7ISE-QAI-328 NRINUT19Bl.7ISE-QAI-328 NRINUT20Bl.7ISE"QAI-328 NRIGENERALELECTRICIII.59

SERVICEANYTIME...

ANYWHEREINSTAUATION 4OKAPI~QIOINEEAINO DIVISIONCATEGORYBG-1NUTSPARTNUTI.D.21ITEMNO.B1.7PROCEDURE NO.ISE-QAI-328 EXAMNRIREMARKSNRI=NoRecordable Indications NUT22B1.7ISE-qAI-328 NRINUT23B1.7ISE-QAI-328 NRINUT24B1.7ISE-QAI-328 NRINUT25B1.7ISE-QAI-328 NRINUT26B1.7ISE-QAI-328 NRINUT27B1.7ISE-QAI-328 NRINUT28B1.7ISE-qAI-328 NRINUT29B1.7ISE-QAI-328 NRINUT30B1.7ISE-QAI-328 NRIGENERALELECTRICIII.60 SERVICEANYTlME...

ANYWHEREINSTAI.SATION RSSRVIOSSNONSSRINO DIVISIONCATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUT31B1.7ISE-QAI-328 NRINUT32B1.7ISE-QAI-328 NRINUT33B1.7ISE-QAI-328 NRINUT34B1.7ISE-QAI-328 NRINUT35Bl.7ISE-QAI-328 NRINUT36Bl.7ISE-QAI-328 NRINUT37Bl.7ISE-QAI-328 NRINUT38B1.7ISE-QAI-328 eNRINUT39B1.7ISE-QAI-328 NRINUT40B1.7ISE-QAI-328 NRIGENERALELECTRICIII.61

0' SERVICEANYTIME.-

ANYWNEREINSTALLATION

~4thVICEKNOINfBlINODIVlllahCATEGORYBG-1NUTSPARTNUTI.D.41ITEMNO.Bl.7PROCEDURENO.ISE-QAI-328 EXAMNRIREMARKSNRI=NoRecordable Indications NUT42Bl.7ISE-QAI-328 NRINUT43B1.7ISE-QAI-328 NRINUT44Bl.7ISE-QAI-328 NRINUT45Bl.7ISE-QAI-328 NRINUT46Bl.7ISE-QAI-328 NRINUT47B1.7ISE-QAI-328 NRINUT48B1.7ISE-QAI-328 NRINUT49Bl.7ISE-QAI-328 NRINUT50Bl.7ISE-QAI-328 NRIGENERALELECTRICIII.62 ff4 SERVlCEANYTlQE.-

ANYWHEREINSTALLATION 1SKIIVICEENQINEBIINO

%VISIONCATEGORYBG-1NUTSPARTNUTI.D.,51ITEMNO.B1.7PROCEDURE NO.ISE-QAZ-328 EXAMNRIREMARKSNRI=NoRecordable Indications NUTBl.7ISE-QAI-328 NRINUT53Bl.7ISE-QAI-328 NRINUT54Bl.7ISE-QAI-328 NRINUT55B1.7ISE-QAI-"328 NRINUT56B1.7ISE-QAI-328 NRINUT57Bl.7ISE-QAI-328 NRI58Bl.7ISE-QAI-328 NRINUT59B1.7ISE-QAI-328 NRINUT60Bl.7ISE-QAI-328 NRIGENERALELECTRlCIII.63 j~I~'tlll SERVICF.ANYTWK-.ANYWHEREIH5TALLATION 4%8IVICCOIOINEEAINOOIVlfIONCATEGORYBG-1NUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUT61B1.7ISE-QAI-328 NRI62Bl.7ISE-QAI-328 NRINUT63BI.7ISE-QAI-.328 NRI64B1.7ISE-QAI-328 NRINUT65B1.7ISE-QAI-328 NRINUT66Bl.7ISE-QAI-328 NRINUT67Bl.7ISE-QAI-328 NRINUT68B1.7ISE-QAI-328 NRINUT69B1.7ISE-QAI-328 NRINUT70B1.7ISE-QAI-328 NRIGENERALELECTRICIII.64 l'F"10' AHYTQlK-.

AHYWHEREINSTALLATI OH~0KRVlCEENCIHCKRINO DIVISIONCATEGORYBG-lNUTSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications NUT7lB1.7ISE"QAI-328 NRI72Bl.7ISE-QAI-328 NRINUT73Bl.7ISE-QAI-328 NRINUT74Bl.7ISE-QAI-328 NRINUT75Bl.7ISE-QAI-328 NRINUT76Bl.7ISE-QAI-328 NRIGENERALELECTRICIII.65 0i SERVICEANYTINE...

ANYWHEREINS'IAITATION ASTAVICTTNGINHAING OTTAATIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUDBl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDBl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDBl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUDB1.8ISE-QAI'-327.

ISE-QAI-328 UTMTNRINRIGENERALELECTRICIII.66 e0 SERVICEANYTIME...

ANYWHEREINSSAllAIIOH CSlCVICSSNGINNCING OHAATIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUDB1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD9<B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD10B1.8ISE-QAZ-327 ISE-QAI-328 NRINRISTUDB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD12Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD13Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD14Bl.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTRICIII.67

-J SERVICEANYTBlE...

ANYWHEREINSSAItAIION AStAVICttNGINtttlNG OttkASIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD14B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD15B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD16Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRI-NRISTUD17Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD18B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD19Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD20B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALOELECTRICIII.68 0,

SERVICEANYTME...

ANYWHEREINTTAITATION A5TAVICTTNGINHAING OTTRATION5 CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD21B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD22Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD23B1.8I88-QAI-327 ISE-QAI-328 NRINRISTUD24Bl.sISE-QAI-327 ISE-QAI-328 NRINRISTUD25B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD26Bl.sISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD27B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTIIIC III.69

SERVICEANYTINE...

ANYWHEREINSSASIAflON ASSAVICSSNGINHAING GYRATIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD28B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD29B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD30B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD31B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD32B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD33B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD34B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTRICIII.70 SERVICEANYTIME...

ANYWHEREINSEALLATION CSIRVICEKNGINHRINO ONRAllONZ CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD36B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD37B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD38Bl.8ISE-QAI-327 ISE-QAI-328 UT,MTNRINRISTUD39B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD4OB1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD41B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD42Bl.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALIELECTRICIII.71

,.I"0 SERVICEANYTWE...

ANYWHEREIN55AttATION A55AVICttNGINttkING ONRAIIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD43B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD44B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD45B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD46B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD47B1.8ISE-QAI-327 ISE"QAI-328 UTMTNRINRISTUD48B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD49B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALELECTIIIC III.72

SERVICEAHYTIQE...

ANYWHEREINSTANATIOH 4WRVICCINCINHRINC ONRAIION5 CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD50B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD51Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD52Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD53Bl.8ISE-QAI-327 ISE-QAI-328 UTHTNRINRISTUDBl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD55B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD56B1.8ISE-QAI-327 ISE-QAI-328 NRINRIGENERALIELECTRICIII.73 SERVICEANTTME...

ANYWNEREINSIAllAIION i5ftVICl(NGINEftlNG ONRATIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD57Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD58B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD59B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD60Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD61B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD62Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD63B1.8ISE-QAI-327.

ISE-QAI-328 NRINRIGENERALELECTRICIII.74 SERVICEANYTME...

ANYWHEREINHALLATION 4$(RVICEENOINNklM0 ONRAIIONS CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications STUD64Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD65Bl.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD66B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD67B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD68B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD69Bl.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD70B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRIGENERALELECTRICIII.75 Ll SERVICEANYTIME...

ANYWHEREINSTARAIION C5IRVICSkNGINullNO OtlRA'IION5 CATEGORYBG-1PRESSURERETAINING BOLTSANDSTUDSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRINoRecordable Indications STUD71B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD72B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD73B1.8ISE-QAI-327 ISE-QAI-328 UTMTNRINRISTUD74B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD75B1.8ISE-QAI-327 ISE-QAI-328 NRINRISTUD76Usedasacalibration standardnotinspected withclosurestuds.STUD76RB1.8ISE-QAI-327 ISE-QAI-328 NRIInspected asS-4-Alldatafor76RisfiledwithNRIthePieceNo.Designation S-4.GENERALELECTRICIII.76 I0t'pi SEAVICEANYTlQE-.

ANYWHEREINSTAL4LTI CNL5CIIVlCtKNGIN'EERINOINYISIONCATEGORYBG-lLIGAMENTS BETWEENTHREADEDSTUDHOLESPART,I.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNRI=NoRecordable Indications FLANGELIGAMENTS UNIT8lBl.9ISE-QAI-326 UTNRIGENERALELECTRICIII.77 i

SERVICEANYTWE...

ANYYYHERE INTTANATION A5TAYICTlNQINlllINQ OTIAATION5 CATEGORYBG-1THREADSINBASEMATERIALPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNAD=NoApparentDefectsTHREADEDSTUDHOLESINVESSELFLANGE81-N6(less81and8'76)Bl.9ISE-QAI-317 VTNADTHREADEDSTUDHOLESINVESSELFLANGE816Bl.9ISE-QAI-317 VTChangeinThreadSize.SeeControlNumber750andReportNumber7inSectionIV.THREADEDSTUDHOLESINVESSELFLANGE876Bl.9ISE-QAI-317 VTMissingThread.SeeControlNumber750andReportNumber7inSectionIV.GENERAL'ELECTRlCIII.78 0,elQl(

SERVICEANYTIQE-.

ANYWHEREINSTALIJEII OHtlPIVICKOlOINEERINOOIVISIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNAD=NoApparentDefectsWASHERB1.10ISE-QAI-317 VTNADWASHERB1.10ISE-QAI-317 VTNADWASHERBl.10ISE-QAI-317 VTNADWASHERB1.10ISE-QAI-317 VTNADWASHERBI.10ISE-QAI-317 VTNADWASHERBI.10ISE-QAI-317 VTNADWASHERBl.10IS8-QAI-317 VTNADWASHERB1.10ISE-QAI-317 VTNADWASHERB1.10ISE-QAI-317 VTNADWASHER10B1.10ISE-QAI-317 VTNADGENERALELECTRICIII.79 0f,0 SERVICEANYTIME-.

ANYWHEREINSTALLATIONS ICAVICEDIQlNEQIIN4 DNICIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNAD=NoApparentDefectsWASHERBl.10ISE"QAI-317 VTNADWASHER12B1.10ISE-QAI-317 VTNADWASHER13B1.10ISE-QAI-317 VTNADWASHER14B1.10ISE-QAI-317 VTNADWASHER15B1.10ISE-QAI-317 VTNADWASHER16B1.10ISE-QAI-317 VTNADWAS)IER17B1.10ISE-QAI-317 VTNAD'ASHER18B1.10ISE-QAI-317 VTNADWASHER19B1.10ISE-QAI-317 VTNADWASHER20B1.10ISE-QAI-317 VTNADGEIIEIIALELECTRICIII.80 l,'01,a~r SERVICEANYTQSE-.

ANYWHEREINStALLAII OH~SERVICEENOINEKAlHO DAA5IOHCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EX&iREMARKSNAD=NoApparentDefectsWASHER21Bl.loISE-QAI-317 VTNADWASHER22B1.10ISE"QAI-317 VTNADWASHER23Bl.10ISE-QAI-317 VTNADWASHER24B1.10ISE-QAI-317 VTNADWASHER25Bl.10ISE-QAI-317 VTNADMASHER26Bl.10ISE-QAI-317 VTNADMASHER27B1.10ISE-QAI-317 VTNADWASHER28B1.10ISE-QAI-317 VTNADWASHER29B1.10ISE-QAI-317 VTNADWASHER30Bl.10ISE-QAI-317 VTNADGEIIEIIAL IELECTRICIII.81

SERVICEANYTIME...

ANYWHEREINSTALLATION 4IEIIVICEENOINEENINO OIVIEIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNAD=NoApparentDefectsWASHER31Bl.loISE-QAI-317 VTNADWASHER32Bl.10ISE-QAI-317 VTNADWASHER33B1.10ISE-QAI-317 VTNADWASHER34Bl.10ISE-QAI-317 VTNADWASHER35Bl.10ISE-QAI-317 NADWASHER36Bl.loISE-QAI-317 NADWASHER37Bl.10ISE-QAI-317 VTNADWASHER38B1.10ISE-QAI-317 VTNADWASHER39Bl.10ISE-QAI-317 VTNADWASHER40Bl.10ISE-QAI-317 VTNADGEIIEGALELECTRICIII.82

SERVICEAIIYTIME-.

AISYWHEREINSTALLATION

~SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSHAD=NoApparentDefectsWASHER41BL.LOISE-QAI-317

/VTNADWASHER42B1.10ISE-QAI-317VTNADWASHER43BL.LOISE-QAI-317 VTNADWASHER44Bl.LOISE-QAI-317VTNADWASHER45B1.10ISE-QAI-317VTNADWASHER46B1.10ISE-QAI-317 VTNADWASHER47BL.LOISE-QAI-317 VTNADWASHER48B1.10ISE-QAI-317 VTNADWASHER.49BL.LOISE-QAI-317VTNADWASHER50BL.LOISE-QAI-3L7 VTNADGENERALELECTRICIII.83 00 SERV!CEANYTIME...

ANYWHEREINSTALlATION

~SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNAD=NoApparentDefectsWASHER51B1.10ISE-QAI-317 VTNADWASHER52B1.10ISE-QAI-317 VTNADWASHER53B1.10ISE-QAI-317 NADWASHER54Bl.10ISE-QAI-317 VTNADWASHER55B1.10IS8-QAI-317VTNADWASHER56Bl.10ISE-QAI-317 VTNADWASHER57Bl.10ISE-QAI-317 VTNADWASHER58B1.10ISE-QAI-317 VTNADWASHER59Bl.10ISE-QAI-317 VTNADWASHER60B1.10ISE-QAI-317 VTNADGEIIERALELECTRICIII.84 it SERVICEANYTINK...

ANYWHEREINSTALIATION

~TTAVICCENOINEEIIINO OIVITIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURE NO.EXAMREMARKSNAD=NoApparentDefectsWASHER61B1.10ISE-QAI-317 VTNADWASHER62B1.10ISE-QAI-317 VTNADWASHER63B1.10ISE-QAI-317 VTNADWASHER64B1.10ISE-QAI-317 VTNADWASHER65BL.LOISE-QAI-317 VTNADWASHER66B1.10ISE-QAI-317 VTNADWASHER67BL.10ISE-QAI-317 VTNADWASHER68BL.10ISE-QAI-317 VTWASHER69BL.LOISE-QAI-317 VTNADWASHER70Bl.loISE-QAI-317 VTNADGENERALELECTRICIII.85 i

SERVICEANYTQSE...

ANYWHEREINSTALLATION

~SSIIVICSSNOINSSIIINO DIVISIONCATEGORYBG-1CLOSUREWASHERSPARTI.D.ITEMNO.PROCEDURENO.EXAMREMARKSNAD=NoApparentDefectsWASHER71B1.10ISE-QAI-317 VTNADWASHER72Bl.10ISE-QAI-317 VTNADWASHER73Bl.10ISE"QAI-317 VTNADWASHER74B1.10ISE-QAI-317 VTNADWASHER75Bl.loISE-QAI-317 VTNADWASHER76Bl.10ISE-QAI-317 VTNADGENERALELECTRICIII.86

,I:0 SERVICEANYTME...

ANYWHEAEINSTALLATION

~SLIIVICSSNOINSSIII NODIVISIONCATEGORYBHMANUALULTRASONIC EXAMINATION VESSELSUPPORTSWELDTYPEWELDIDITEMNO.PROCEDUREEXAMREMARKSNRI=NoRecordable Indications WELDEDVESSELSUPPORTSKIRTCG(DA-DB)Bl.120BMISE-QAI-321 O'WM45'RINRINRIDUETOVESSELCONFIGURATION, WELDOGWASEXAMINEDFROMONE(1)SIDEONLYINACCORDANCE WITHTHEPROVISIONS OFPARAGRAPH I-5I21OFASMESECTIONXI.60'RI0BMNRICG(DB-DC)Bl.12ISE-QAI-321 0WM450NRINRI60NRICG(DC-DD)Bl.120BMISE-QAI-321 O'WM45'RINRINRI60'RIGENERALELECTRICIII.87

'i10 SERVICEANYTISEE.-

ANYWHEREINSSAUATION 4SEIIVIOEENOINEEIIINO DIVISIONCATEGORYBHMANUALULTRASONIC EXAMINATION VESSELSUPPORTSWELDTYPEWELDIDITEMNO.PROCEDURE EXAMREMARKSNRI=NoRecordable Indications WELDEDVESSELSUPPORTSKIRTCG(DD-DE)B1.12ISE-QAI-321 0BMNRI0WMNRIDUETOVESSELCONFIGURATION, WELDCGWASEXAMINEDFROMONE(1)SIDEONLYINACCORDANCE WITHTHEPROVISIONS OFPARAGRAPH I-5I21OFASMESECTIONXI.45'RI60'RICG(DE-DF)B1.12ISE-QAI-321 0BMNRI0WMNRI45'RI60'RICG(DF-DA)B1.12ISE-QAI-321 0BMNRI0WMNRI45'RI60'RIGENERALELECTRICIII.88 t~

INSTALLATION 4SKAVICEENQINKBIINO CNVISIONCATEGORYBI-1INTERIORCLADSURFACESOFREACTORVESSELSITEMI.D.ITEMNO.AZIMUTHELEVATION PROCEDURE EXAMREMARKSCLADPATCHESB1.1490'24"160A7807SUPP.HVTSATISFACTORY B1.14270'24"160A7807SUPP.HVTSATISFACTORY B1.1460'37"-160A7807SUPP.HVTSATISFACTORYBl.14-150'22<<160A7807SUPP.HVTSATISFACTORY Bl.14240'37"160A7807SUPP.HVTSATISFACTORY Bl.14330'22II160A7807SUPP.HVTSATISFACTORY GENERALELECTRICIII.89 SERVICEANYTIME...

ASSYWNEREINSTAllATION hSfIIVIOSENOINSKIIINOOIVISIONCATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSSTEAMDRYER,SHROUDANDSEPARATOR B1.15160A7807SUPPLEMENT AVTSATISFACTORY Note:Avisualexamination willberepeatedduringthefinalinstallation oftheSteamDryer,ShroudandSeparator.

Theresultswillbedocumented andincludedintothisreportasasupplement.

JETPUMPINSTRUMENT ASSEMBLY6SUPPORTMELDSB1.15160A7807SUPPLEMENT BVTSATISFACTORY JETPUMP6SHROUDANNULUSB1.15160A7807SUPPLEMENT CVTSATISFACTORY GENERALELECTRICIII.90 Iil SfRVICfANYTQCE...

ANYWHEREINSSAIIASION ASSAVICSSNGINHAING OtIAASIONS CATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMCORESUPPORTPLATEITEMNO.B1.15PROCEDURE NO.160A7807SUPPLEMENT DEXAMREMARKSSATISFACTORY INCOREANDCRDASSEMBLYB1.15160A7807SUPPLEMENT FVTSATISFACTORY CORESPRAYHEADERANDSPARGERASSEMBLYB1.15160A7807SUPPLEMENT IVTSATISFACTORY GENERALELECTRIC iIIi SERVICEAHYZW-.KAHYWHEINSTALLATION

~SEhVICSSNGINSSIIINO ONISIONCATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMFEEDWATER SPARGERASSEMBLYITEMNO.Bl.15PROCEDURE NO.160A7807SUPPLEMENT IEXAMVTSATISFACTORY FUELCELLCOMPONENTS Bl.15160A7807SUPPLEMENT KSATISFACTORY TOPGUIDEASSEMBLYB1.15160A7807SUPPLEMENT LVTSATISFACTORY GENERALELECTRICIII.92 4iII,1'0 SENACEANYTlQE-.

AHYWHEREIN$fALLATION AIEIIVlCKKNOINKEllINOCNVI1IOHCATEGORYBN-1INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSSHROUDWELDBl.15160A7807SUPPLEMENT GVTSATISFACTORY GENERALELECTRICIII.93

SERVlCfANYTIQK-.

AHYWHEREINSTALULTlOH

~SOIVICIKNGINEQIINO DIVISIONCATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMREMARKSCORESPRAYBRACKETSBl.16160A7807SUPPLEMENT HVTSATISFACTORY JETPUMPRISERPADSBl.16160A7807SUPPLEMENT HVTSATISFACTORY GUIDERODBRACKETSBl.16160A7807SUPPLEMENT HVTSATISFACTORY GENERALELECTRICIII.94 0i SERVlCEANYTlNE.-

ANYWHEREINSTALLATIONS SQIVICSKNOINEKRII40 DIVISIONCATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMSTEAMDRYERSUPPORTANDHOLDDOWNBRACKETSITEMNO.Bl.16PROCEDURE NO.160A7807SUPPLEMENT HEXAMVTREMARKS,SATISFACTORY SURVEILLANCE SPECIMENBRACKETBl.16160A7807SUPPLEMENT HVTSATISFACTORY CORESUPPORTWELDBl.16160A7807SUPPLEMENT HVTSATISFACTORY GENERALIELECTlllC III.95

SERVICEANYTIME...

ANYWHEREIN5TATIATION A5TAVICTTNGINTTAING OTTAATIONS CATEGORYBN-2INTERIOROFREACTORVESSELSSYSTEMITEMNO.PROCEDURE NO.EXAMINCOREHOUSINGANDSTUBTUBETOR.P.V.WELDSBl.16160A7807SUPPLEMENT EVTSATISFACTORY FEED'HATER BRACKETSB1.16160A7807SUPPLEMENT HVTSATISFACTORY GENERALIlELECTRICIII.96 IIII SERVICE.ANYTIME...

ANYWHEREINSTALLATION 4SERVICEDSNOINSSRINO DIVISIONCATEGORYBOPRESSURERETAINING WELDSINCONTROLRODHOUSINGSTheweldsinCRDhousingswereexemptedfromvolumetric examination baseduponplantmake-upcapacity.

TheywereexaminedforleakageduringsystemhrdroandincludedinCategoryBP.GENERALELECTRICIII.97 j,0 ISERVICEANYTIME...

ANYWHEREIN55AIIAIION ASIAYICIINGINNAING ONAAIION5 CATEGORYBPEXEMPTEDCOMPONENTS SYSTEMITEMNO.PROCEDURE NO.EXAMREMARKS185CRDHOUSINGWELDSBl.19160A78O7SUPPLEMENT JVTNOLEAKAGEGEIIERAL9ELECTRICIII.98

'

SERVICEANYTIME...

ANYWMERSINSTALLATION ASEEVICEENOINEEEINO DIVISIONSUSQUEHANNA UNIT$51SECTIONIVTABLEOFCONTENTSREPORTNUMBERTTTLEEFFECTSOFVESSELCONFIGURATION ONR.P.V.ULTRASONIC EXAMINATIONS R.P.V.UNIT81,TOPHEADNOZZLEWELDSN6AANDN6B-RESOLUTION OFSUPURIOUS UTINDICATIONS SUMMARYREPORT-GEOMETRIC UTREFLECTIONS INN3,N4,N5NOZZLESANDIN"CG""KNUCKLE" WELDACCOUSTIC VELOCITYANDATTENUATION DETERMINATIONS OFSA533VERSUSSA508MATERIALSUMMARYREPORTOFLOSSOFUTTRANSDUCER CONTACTDUETOCURVATURE OFCGWELDCOMPOSITE OFTHEMANUALANDREMOTEAUTOMATIC PRESERVICE EXAMINATIONS FORSUSQUEHANNA UNIT8'1UNIT81-STUDHOLEDISCREPANCIES REMOTEULTRASONIC REPORTGENERALELECTRIC 00, REPORT!flSUMMARYREPORT:EffectofVesselConfiguration onRPVUltrasonic Examinations

REFERENCE:

Pennsylvania PowerandLightCompanySusquehanna SteamElectricStationContractNo.8856-M-166 RPVPre-service Ultrasonic Examination Thisreportispresented attherequestofPPSLtodiscusstheeffectoftheRPVconfiguration relativetotheASMESectionZErequiredultrasonic examinations fortheUnitNlvessel.Xtshouldbenotedthatthedatapresented isalsovalidfortheUnitN2vessel.Thereferenced configuration causedlimitedexaminations incodecategories BAandBH.Thevesselinterferences wereofthreetypesandwillbediscussed astotheireffectonspecificwelds.Alistofweldstowhichtherestrictions applyispresented inthesummaryofrestrictions.

Thetypesofrestrictions discussed inthisare:1.Thermocouple pads,1"diameterweldedattachment 2.Vesselcurvature

-asshown3.CRDpenetrations

-6"diameter-boredthroughTheequipment usedtoperformtheexaminations isdocumented elsewhere inthepreservice report.Arepresentative setislistedheretoillustrate thediscussion.

BransonSonorayDetectorModel303AerotechTransducers

-GammaSeries2.25MHz1"roundand.5"x1"rectangular Aerotechwedges.5"x1"luciteCo-axialcable12'G58UTHERMOCOUPLE RESTRXCTXONS Weldedthermocouple padsarelocatedatvariouspointsonthevesselexteriorsurface.Whendesignconsiderations requireplacement ofthesepadsinorneartheSectionZErequiredexamination volume,theyprecludeultrasonic examination ofaportionofthat.volume.Thesepadsrestrictultrasonic examination inthe0,45,and60beam

'0 REPORT/$1-analsusedatSuscuehanna.

Theunexaminec volumeassoc'teŽ withthesethermaeuralpadsvarieswiththeoeamancleus<<=atheexam'na"'on anctnealcmentofthe=ad.Thefollowing dawincsa8usectagaohicallv resenttheseestictansaldtaeSI>>mal>>4>>8'8>>~~C4o~pi~rePigTIZ'82'iguePi~i~e+>>1cu>>lcLc18Thermocouple Thermocouple Thermocouple The...Ocauple icemacoup18es-'-'tion resric~~anrestictLolrestrict'n onweldonweldorweldonwe'or.weldA"oo0CG/FR0A-45,60CG/mC=-~,~0="achbeamarclew'll'"eacdressec

'".the-allow.'nc c-'sc.ss.'an.

Tas'mpifyclc'a'ansancxepthes'-.,atŽso=unzaminedvo~ecorse~ra"'ve, tnesouncoeamw'oece'edasasing8"ay,measu=eceitner==omi'lecentero=tnetranscucev a>>==onthecentero-aluc'ewedceneasu-edalongtneexitooint.a."othe0recucethe'amancle,='-'hould heno-'&a=hearnsp=adwillesimadvol~eso-unexa~l"'wed metalevenfuhe=.Oanc60>>a=tne45arcles,hathlateralannulation ofthesea=ahuni"andoeamspreac(lateralandvetical)=ecucethees'&tedvo'umeofunexam'wed metal.Finenathe~zcauple accausesshadoweffectonthecoceecuiredvoumethatcannotoe".'alveliminated oyancula"ar.,

nocec'tw'llhe"~cen=ar~".gulat'on.

'vc.era....lat"'ancantotallyel.z'>>late theshaccwe==ec,no=es='c"anca~Jcu'ciY~~~iaz:oiexszs>>'t<<sdseI~iet.8..ocaupl=acisact>>'vno,ma=thananost=c-onta==eesea=..'AAmovementancw.'1'noectonavea00a2:ect.3ZSTHC~OHS TOTH0r~2Ci~VZOHDU"TQT:-"PifOCQVP~~:-MS Asshowninthe=.icu~es,theunexa~i'ned volumenearathermocouple padappearsasa.C~}.inder.

Thevolumeofthecyl'nderisdetermined hvotr'k~ess'1wocouL,+~hwsdftccLY

,cluencJ.8ca"8.C'C..cpacc"'..eteaha5~+F8~4we1<<wwvaC4%'>>shownvraw>>m1C.,s'ls.awsa-:.8...Ocau=paccan-eda-~a.is='ace...er.

occursonwelc~-'5aca'.".":~edrawinc,only20oo"thetotalunexam'ned we

REPORT/Ilextendsintotherequiredvolume.Theremainder affectsonlythebasemetalexamination.

Thevolumeofthecylinderis35.6in>perpad.Theunexamined portionoftherequiredvolumeis7.1in3perpad.ThesectionXE(weld+1/2T)volumeofweldAFis54,414in3.Theunexamined portionoftherequiredweldmetalexamination volume.08%.Therequiredvolumeforthebasemetalexamination is107,421in3.Theunexamined basemetalexamination volume=.16X.Thevolumeofbasemetalexamination isonlyfor1sideoftheweldbecausethefullexamination wasperformed fromonesideonly.Figure1bshowsathermocouple padcentered7.75"fromtheweldcenterline.

Thisplacement occursonweldBH.OnweldBH,thereisalsoapadcenteredat11.75".Sincetheeffeetofbothoadsisidentical, onlyoneisshownonthedrawing.Bothpadsinthiscase(weldBH)affectonlythebasemetalscan.Thevolumeofunexamined metalfromthethermocouple padsonweldBNis71.2in>.Therequiredbasemetalexamination volumeforweldBNis18,949in3.Theunexamined portionoftherequiredbasemetalvolumeforweldBHI+%~Atheremocouple restriction existstotheOoDC.SincetheeffectissimilartoweldBN,Theunexamined volumeforweldDCis64in3.16,108in3.Theunexamined volumeis.4%ofbasemetalexamforweldnoillustration isgiven.Therequfredvolumeistherequirement.

Figure1csho~sathermocoup ofweldCG.BecauseofthisandweldFR.Thisplacement Thevolumeofunexamined metexamination volumeforweldis.06%oftherequirement.

FRis130in3.Theezaminatunexamined volumeis,6%oflepadcenteredat1"fromthecenterline placement, thepadaffectsbothweldCGoccursin6locations aroundweldCG.alforweldCGis6in3.TherequiredCGis10,335in3.Theunexamined volumeThevolume.ofunexamined metalforweldionvolumeforweldFRis18,921in3.Thethetotal.volume.RESTRICTIONS TOANGLEBEAMEXAMINATIONS DUETOTHERMOCOUPLE PADSFigureldshowstherestriction toanglebeamexamination onweldAF.Theunexam'ined volume3.7in3.TherequiredvolumeforweldAFis54,414in3.Theunexamined portionis.04%oftherequirement..

Thereisathermocouple restriction listedforweldBH.Duethepad'splacement 7.75"fromtheweld,thereisnorestriction toanglebeamexamination ofweldBH.TheeffectisO.OX.IV.3 REPORT//1Thereisathermocouple restriction listedforweldDC.Duetopadplacement, thereisnorestriction totheanglebeamexamination ofweldDC.Theeffectis0.0%.Figurelcshowstherestriction toanglebeamexamination ofweldsCGandFR.Thevolumeofunexamined metalforweldCGis12inTherequiredexamination volumeforweldCGis10,335in.Theunexamined volumeis.1%oftherequigedvolume.Thevolumeofunexamined metalforweldFRis75in.Theexamination volumeforweldFRis18,921in.Theunexamined volumeis.4%ofthetotalvolume.CURVATURE RESTRICTION ATSKIRTKNUCKLEWELDSCGFR.Intheperformance ofthepre-service examinations onSusquehanna units1and2,theweldsCGandFRwereexaminedtogether.

Forclarityintheevaluation ofexamination restrictions thefollowing shouldbenoted:l.WeldCGistheASMESectionXXcategoryBHweld2.WeldFRisanASMESectionIIINF.Integralattachment tothepressureboundaryandassuchisnotwithintheexamination scopeofSectionXZ.3.Toevaluatetherestrictions

properly, theexamination volumeswillbecalculated separately.

WeldCGwasfullyexaminedinaccordance withtherulesofASMESectionXI.Norestriction duetocurvature wasnotedonweldCG.WeldFRhadrestrictions totheultrasonic examinations inthe0,4560beamangles.0The0examination ofweldFRwasrestricted inavolumeasshowninFigure2d.Thisvolumeis6837in.Theunexamined volumeis36.1%of'hetotal18,921inforthisweld.45oThe45examination ofweldFRwasrestricted inavolumeasshown~~infigure2e.Thisvolumeis8427in.Theunexamined volumeis44.5%ofthetotal18,921inforthisweld.IV.4

REPORTf/1060The60examination ofweldFRwasrestricted inavolumeasshowninFigure2f.Thisvolumeis8137in.Theunexamined volumeis43.0%ofthetotal18,921inforthisweld.OnweldsDA,DB,DC,DD,DE,andDF,a9.9"longareaofeachweldisshadowedbytheFRweldbuildup.Thisshadowaffectstheultrasonic examination ofeachweldinthe0basemetal,0weldmetal,45,and60beamangles.Tosimplifycalculation oftheaffectedvolumes,yetremainconservative, thesoundbeamwastreatedasasingleray.Beamspread,ifused,willreduceratherthanincreasetheaffectedvolumes.Creditwastakenforlateralangulation ofthesearchunit,whereusedsinceitresultedinasignificant increasetotheexaminedvolume.Thereisanoverlapofexamination volumesforFRandDAthroughDFwelds.Creditwastakenfortheoverlapping volumeswhereapplicable.

00The0basemetalexamination of0x6.5"thickisshadowedoneachvolumeis2091in.ThereisanfromtheFRexamination, leavingperweld.Theunexamined volume16,108inperweld.avolume9.9"longx32.5wideweld(DAthroughDF).This3overlapping volumeof167inanunexamined volumeof1924inisequalto11.9%oftherequiredThe0weldmetalexamination Figure2aofavolume9.9"longx9.2"widex6.5"thickisshadowedoneachweld(DAthroughDF).Thjsvolumeis592in3.Thereisanoverlapping volumeof47infromtheFRexamination leavinganunexamined volumeof545inpenweld.Tgeunexamined volumeisequalto11.9%ottherecgxired 4560inperweld.45The45examination ofthevolumeshowninFigure2bisshadowed.

Thisvolumeis278in.Thereisanoverlapping volumeof121IV.5

REPORT/I1infromtheFRexamination leavinganunexamined volumeof156~3inperweld.Theunexamined volumeis3.4%oftherequired4560inperweld.60oThe60examination o$avolumeasshowninFigure2cisshadowed.

Thisvolumeis159in-Thereisanoverlapping volumeof85infromtheFRexamination leavinganunexamined volumeof74inperweld.Theunexamined volumeis1.6%oftherequired4560inperweld.Figure2dshowsacomposite oftheexaminations oftheshadowedportionofweldsDAthroughDF.Thetotalvolumemissedbyallexamination anglesis53in.Thisisequalto1.2%ofthetotalexamination volumeperweld.Inanefforttoincreasethecoverageoftheunexamined volumeand'hepartially examinedvolumes,thefollowing analysiswasused:1.Noincreasetothe0examination volumewaspossibleduetothecurvature at,theFRtobottomheadjunction.

Thiscurvature causedlossoftransducer contact.OnUnitNl,smallertransducers weretriedbutwere'unable togeneratesufficient outputasnotedinG.E.Lockyer's summaryreportonlossofcontact.2.Allbeamanglesintherangeofshearwaves,350to68,wereconsidered.

Anglesbelow45wereeliminated sincetheexamination coveragewouldbereduced.Thebeamanglesfrom60to68wereanalyzed.

Theseangleswouldallowonlyaverysmallincreaseinthesizeofthepartially examinedvolumeandnoincreaseinthesizeofthecompletely examinedvolume.Noanglesabove'68wereconsidered becauseofthesurfacewave~generation phenomena described byKrautkramer andSchlengermann.

3.Allpertinent vesselmanufacturer's drawingswerepresented toK.B.Aerotech, whoactedasacon-sultant.Utilizing thedrawings, Aerotechsuggested anglesinthe40-45and55-60rangeasbeingappropriate fortheexamination.

ItwasnotedIV.6

'0 REPORT//1duringthediscussion thatverylittlegaininexaminedvolumewaspossible, withinSectionXIparameters, byananglechange.4.Thepossibility ofexamination fromthevesselI.D.waseliminated becauseofdoublerefraction andscattering ofthesoundbeamduetothecladding.

RESTRICTION TOEXAMINATION DUETOCRDPENETRATIONS Thereare15CRDpenetrations boredthroughthecenterline ofweldsDGandDH.Byangulation ofthesearchunits,therequiredvolumeforeachweldwasexaminedwithintheparameters ofSectionXI.Thelimitedscannotedonthedatasheetswastopointoutthatduetothesepenetrations, thetransverse scanoftheweldswaslimitedtoonedirection neartheholes.0gM'ap5'N/l~<<<IV.7 0

~I/~or+~gASiCO'I.>Ceimhort"WRn+~sDvee P.uPa~ni~iJETVOt.uS~t.CP&<:0>FK4<~S'V~gMzrtmoa~Pc~.PnnP.S1IQgtl)Prf/"~]S)),i.It'..')~~+w"~~~)CJ4k 1~

f00l CiItIstI~~GgOyStoIid~RZ'<

REPORT81JgS~~~oo-i~,~l REPORTfkl~c7hiph~VOgIV.12 0'i l05$gFCe~van ieOl y~<osSSo~.c..4(~'r.l.c:55el:CoizV+c7Vi:;,,a~A;jVw~4;y8.)it'g~ait,"tp:"IV('.>%4l~<<':Ppy~)~~Jw%4';R>EB~M-.P~

~M-'.~Yea.'Lii ni~'L"~..'l-i.'.'I.'.,l',,~:...i"'-",.>".'.,'P.,

I..l~/DgIg~gpgqtpgg Q6CvlElSSHKDc.D~o~szznpP'<4H55lioaJm,tls~,;~f>Cuhc9b.

gogll'CJllalsAc0Va(amc.ISSA/PcD()y=AL4PPInlG.QOI.u.>)cRSSl/ox~.~i

~i~.iVti~.i,W

','(r(I9'.9fib~le2c I1

o~o~lg4Qu0s]5cnQogoeJvIOokGgol/5s(5>fly$0 REPORT82Pennsylvania PowerandLightCompanySusquehanna SteamElectricStationContractHo.8856-M-166 RPVPre-Service UTExamination SU!QfARYREPORT:RPV,Unit81,TopheadNozzleWeldsH6AandH6B-Resolution ofSpuriousUTIndications

REFERENCE:

IINTRODUCTION Inordertodocumenttheideas,discussion andactiontakenthroughout theanalysisofthe"spurious" indications detectedinthesubjectnozzles,thisreportispresented infulldetailattherequestofPennsylvania PowerandLightCompany.C'III.DISCUSSIOH 4mOnDeceber10,1976,aroutineUTexamxnatxon onthesubjectnozzles.usinga60'nglebeamwasconducted byS.Metta,UTLevelII,.andR.Hooper,UTLevelI;usingaSonicMK1(SerialHo.732203)andaccessory equipment asspecified andcontrolled byUTprocedure Ho.ISE-QA1-325, Rev.2Indications weredetectedofvaryingmagnitude (25XDACtoashighas5dBabove100XDAC),ranginginapparentdepthfromapproximately 1.5inchesto3.0inches(maximummagnitudes at2.0inchesto2.5inches).Depthsvarieddepending ontransducer positiononthesurfaceofthehead,whichrangedfrom4.5to8.0inchesfromthecenter-line oftheweld.Figure1showsaplanviewoftheoutsidetopheadassembly, aswellasanenlargedviewofthesurfacescanpattern(typicalofbothnozzles)wheretheindications weredetected.

Figure2isasectionthroughanozzlealongthe0/180'eference line,andshowsatypicaltransducer positionfora100+XDACindication atanapparentdepthof2.5inches.Thisindication couldbefingerdampenedontheinsidesurfaceoftheheadwhichwasnominally 3.5inchesindepthorthickness.

.IV.17GENERAL'LECTR)C

'ij0I1i REPORT//2Note:Itisimportant tomentionthatprocedure ISE-QA1-325, Rev.2,requiredcalibration oftheUTinspection systemin"depth",ratherthan"metalpath".Theobviousquestionis...howdoesonefingerdampenanindication atanapparentdepthof2.5inchesonasurfacewhichisequivalent to3.5inchesindepthfromthescanningsurface.Thisquestionleadtotheinitialanalysisinvolving modeconversion, whichlaterprovedto-Ibeincoxrect.

A.InitialAnalsis.Itiswell-known, andrecognised inthecode,thatmodeconversion using60anglebeamisoftenaproblem,particularly withreflectors orientedperpendicular toanoppositereflecting surfacewhichisparalleltothescanningsurface.Inordertoillustrate thispoint,'onsider thecaseofobliqueincidence ofashearwaveatafreesurface;i.e.,asurfaceboundedbyair.Thedirecti'on ofthere-flectedshearandlongit'udinal wavesisgivenintermsoftheincidentwavebySnell'slaw:where$~.incidentS-waveangleereflected L-waveangleVs~S-wavevelocityinthemediumVL~L-wavevelocityinthemediumAsillustrated inFigure3,theangleofthereflected S-waveequalstheincidentS-waveuptothecriticalanglewhichisshowntobearound30inthegraphofFigure3.Thesignificance ofthisillustration isthatatanincidentS-waveangleapproaching 30'ostoftheenergyisconverted andreflected asanL-wave;theequations

defining, therelativeamplitudes oftherespective wavesarecomplez.anddonotserveourpurpose.Beyondthe"critical" IV.18GENERALl<LECTRlC REPORT82angletheL-wavedisappears andalltheenergyreflected isintheformofanS-waveagain.Thisphenomenon haspractical implications asitrelatestothe2XmillednotchinanASMESectionXIcalibration.

block.Inordertoamplifythispoint,considertheenlargedsketchofsuchanotch,andtheincidentS-waveat60'howninFigure4.Asdepicted, afterreflection.

fromtheoppositesurfaceoftheblock,theenergyis'incident atthefaceofthenotchat30,whichistheangleforconversion oftheS-wavetopredominantly L-waveenergy.Mehave1indicated asinglerayinourillustration.

Thereflection ofabeamofsoundcontaining adiscreterangeofanglesnear30~producesanindication fromthenotchofrelatively smallmagnitude; mostoftheenergybeingconverted intoanL-waveandIlosttothesystem.UReferring againtoFigure2,theinitialanalysiswasthatanS-wavetraveling tothebottomsurfaceoftheheadwouldarriveatatimecorresponding toone-halfthe3.5inchdepthorabout1.7.inches.Reflection fromar'eflector orientedfavorably (near'0)tothesurfacecouldproducemodeconversion asdescribed above.TheL-wavetraveling backtothesurfacewouldrequireatimeequivalent toabout0.8inches,sincetheL-wavetravelsatapproximately twicethevelocityoftheS-wave.Thetotaltimeequivalent wouldthenbe2.5inches;1.7inchesdownasanS-waveand0.8inchesbackas-anL-wave.Atthispoint,originalfinalacceptance radiogrhphs oftheseweldswereobtainedforreview.Theseradiographs wereofexcellent quality-,

andshovednoindications ofreflectors intheareasinIV.19GENERAL',ELECTRIC 0

REPORT/f2question.

Further,attemptstoverifytheaboveoccurrence wereunsuccessfu1, bothgraphically andanalytically.

Hindsight intothesituation indicated thattheinitialanalysiswas,afterall,ratherweak.Inordertoresolvetheproblem,otherequipment wasusedtoinvestigate thephenomenon.

TheuseofaBranson303ononeoccasion, andaBranson301onanotherfailedtoproducetheindications, whichcouldstillbereproduced withtheoriginalSonicequipment.

Itwasobviousatthispointthatthephenomenon wasequipment related.Colloboration withR.Holt;NEDLevelIII,ledtothefollowing analysisregarding equipment pulserepetition rate.B.PulseReetitionRateAnalsis'eforebeginning thisanalysis, itshouldbestated.thattheintenthereistobedescriptive ratherthanrigorous.

Atthesametime,theevidencepresented villsubstantiate thefinalconclusion astothecauseofthespuriousindications.

'tiswell-known, butlittleobservedasapractical problem~thatpulserepetition ratesforcertainsweeprangescanbecriticalinsomeUTapplications.

InUTpulse-echo equipment, sweeplengthorrangecontrolandpulserepetition areintegrated soastoautomatically provideuniformsweeptracebrilliance withchangesinrangeorsweeplength.Moreover, someequipment providesforrangesofpulserepetition bywayofaseparatereprateselectorswitch.Eachrepraterange,inturn,isintegrated withsweeplengthtoprovidevariablepulserepetition withchangesinsweeplength.IV.20GENEIIALELECTRIC 0',,

REPORT/32ariththisinmind,theoriginalSonicequipment wascalibrated usingadifferent sweeprangesetting;i.e.,azeroto10inchrangeinsteadofazeroto5inchrange.Theindications previously reporteddisappeaxed.

Theoriginalcalibration wasrepeated, andtheindications returned.

Whiletheindications werevisibleonthescreentherepetition rateselectorswitch'waschanged.fromthe3000rangetothe1000range;againtheindications disappeared.

ariththeequipment setupinthismanner,thesweepwasdelayedtothelefttorevealanindication fromageometric reflector atametalpathofapproximately 27inches.'The"spurious" indications originally recordedatadepthof1.5to3.0incheswere,infact,causedbygeometric reflection withinthenozzleatadistancefarbeyondtherangeofinterest.

Themagnitude anddepthvariedwithchangesintransducer positionbutallwereconfirmed tohaveresultedfrompartgeometryrathexthanflaws.,Thehighreprateatthe3000rangecreatedwhat,arereferredtoasa"wraparound"indications whoseapparentdepthswerewithinthecalibrated rangeofinterest.

Thefollowing discussion summarizes theessential aspectsofapresentation madebythewritertopersonnel fromPP&L,theixAuthorized Inspectors, andG.E.I&SE.Illustrated inFigure5isasquarewavesuperimposed andinsyncwithasawtoothvoltage.ThesawtoothcausestheCRT.sweepfromleft;to-right; alowandahighrepratearecompared.

Thesquarewaveprovidessweepbrilliance fromleft.-to-right anddarknessonthereturn.Immediately belowthesevoltagerepresentations istheCRTpresentation ofthebacksurfacereflection fromtheblockshownatthyleft.This"picture" isrepeatedatafrequency IV.21GENERALO-ELECTRIC

~'!e REPORT82corresponding tothepulserepetition.

Atareprateof1000persecond,forexample,the"picture" repeats1000timespersecond,1IIIproviding persistency ofvisionontheCRT.Duringthedarktimebetweenpulses,thesoundreverberates backandforthintheblock(illustrated bythedottedmultipleorderindications ofthebacksurface),

finallydyingoutbeforethenextrepetition asshownforthelowreprateillustrati'on.

However,asshowninthelowerportionofthefigure,ifthereprateistoohighthemultiples ofthebacksurfacemaynothavecompletely diedoutbeforeIthenextpulseisrepeated.

Thisresultsinsuperimposing thenext~I"p'icture" overadistantmultipleorderofthebacksurfaceasillustrated.

'igure6showsthexeflection fromthenozzlegeometrywhichledtothepxoblem.Acalibration inmetalpathwasmadeas'llus-tratedinordertoverifytheoveralldistancetothereflector; totalmetalpathtothereflector wasdetermined tobe27.2inches.Thesoundpathtothereflector couldbeverifiedbydampingtheindication atreflection pointsonboth'heinsideandtheoutsideofthenozzle.Carefulgraphical analysisconfirmed theseresults.Comparison oftheeffectoflowandhighrepratesisshownatthebottomofFigure6forthissituation.

III.CONCLUSION Havingprovedtheoriginofthe"spurious" indication tothe"satis-factionofthecustomerandtheirAuthorized Inspectors, itwasdecidedtoperformacomplete60'nglebeamreinspection oftheN6nozzlesataninstrument reprateof1000.Thisinspection, whichrevealednoGEL:KFPxecordable indications, isapartofthepermanent record.+)~h~G..ockyer~Level IIIManager,NDTProductServiceBuilding6-Room227IV.22CERERALO-ELECTRIC 0'

STUDNo99STUDMt0REPORT82SERVICF./~AG(TOPHKAOTOFLANGE)AHYTIMG.-

AHYWHEBEINSTAHATION ASTAVICtSNOINISRINO OIVISION/d~/1'H'4ttOiOH!SSo~HG~]/ISS~ISSUEIglooSTUDl4o59STUDHo.SSPl.kkVl'EW[DUtSIDC-torIICADASSCNIITl:5'vRFr4C6'bCYGTSZhJ'/01'igure1.Planviewoftopheadandtransducer scanpatternontypicalN6nozzle.IV.23SL%lIIll 2~Aa>>ZePPtZ002yI>>~00nZnHeldCenterLine7~gICPointDampenedFigure2.SectionthroughN6nozzleat0'/180',showingtypicalindication atapparent2.5"depth.

~~0' SERVICENormalRZPORT/P2ANYT(ME...

ANYWHEREIN5IAIIAIION A5NVIC5INOINIIRINO PIVI5IONXnterface SteelAirObliqueIncidence ofShearWave1.0S-WaveL-Wavel0203040AngleofIncidence Figure3.Amplitudes ofreflected components generated atafreesurfacebyanincidentshearwaveinsteel.

0 SERV(CE.REPORT82ANYTIME...

hNYWHEREIH5IALLAIION ASIAVIC5KNOINIIRINO DIVI5IONSc.wMuLb54SUE,FŽ<c:S~4Io~eY5:V~EV.26 I

Figure5.Squareandsawtoothvoltages, andCRTpresentation ofblockreflections foralowandahighpulserepetition rate.

SFRV'CCANYTIME...

AHYWHCACf1ILN4IION~IIIVICI'NIIIW4DIVI$IONREPORTP2+)L~iSc~itgeP7a~6'o004oScfze<uRA&Zo5ou<eg~P'RA-T6'Dco 5'KAUSo<So)QgAMSo~3o3,SoM~4geeChi~3Figure6.Illustration ofgeometric reflector, inN6nozzle,andcomparison oflowandhighpulserepetition rate.IV.28 0

RFPORT83

SUBJECT:

SummaryReport-Geometric UTReflections inN3,N4,N5NozzlesUsing60'ngleBeam,andinCG"Knuckle" VeldUsing45'ngleBeam

REFERENCE:

Pennsylvania PowerandLightCo.Susquehanna SteamElectricStationContractNumber8856-?3-166 RPUPre-Service Examination Xnultrasonic weldtesting,indi'cations fromcomponent con'figuration canbeanalyzedbypuregeometric reflection concepts.

Whilemodeconversion atobliqueincidence existstoasignificant extentintheseUTapplications, theassociated changeswhichtakeplaceinvelocityanddirection generally eliminate modeconversion asaconsideration wherereflections fromcomponent geometryareconcerned.

Therefore, theanalysis'ofthegeometric reflections inthesubjectweldsfollow'sthebasicincidence/reflection lawsof.optics.Toillustrate theconceptsinvolved'onsider Figure1,"wherein atypicalnozzlegeometryandrelatedweldlocaticm, aswellastransducer posi-tionandsoundbeamareQ.lustrated.

Asshown,normal(perp'endicular) geometric reflection fromtheinnerradiusofthenozzleoccursforonly'hose rayswhichpassthroughthegeometric centerofthenozzleradius.Ofcourse,thegreatestgeometric reflection

'illustrated isassociated withthattransducer position(A)whichdirectsthemostintenseportionofthebeam(centralray)throughthegeometric centeroftheradius,atwhichpointitreturnsdirectlybackalongthecentralraytothetransducer.

However,itisparticularly significant tonotethatinthispositionthebeamisnolongerinterrogating thematerialvolumeofinterestforthisscandirection.

Withinthescanningzoneofinterest, i,tis,thelessintenseraystowardtheedgeofthebeamwhichproducethegeometric incidence/

reflection causingtheindications fromthenozzleradiusasshownfortransducer positions BandC.IU.29GENEIIALeELECTRIC REPORT83Inordertoverifythesub)ectweldgeometryreflections bygraphical means,itwasnecessary tocalibrate theUTsystemin"metalpath"ratherthanin"depth"asrequiredbytheapplicable procedure.

Calibration inmetalpathprovidesagraphical doublecheckonthevalidityoftransducer

position, beamangleandsounddistancetraveledinrelationto.component geometry.

Accordingly, Figures2,3and4showtypicalgraphical rpresentations whichverifythegeometric reflections reportedfortheN3,N4andN5noza1esrespectively..

Thegeometric reflection fromtheinsidecurvature oftheCGweldIusing45anglebeamisshowninFigure5.Asillustrated, themaximumIindication'rom thisinsidesurfaceoccursatthatpointwhere.thetrans-ducerisinapositiontoprovidepuregeometric reflection fromsomeportionofthebeam.Theinformation aboveispresented toserve'sa"base-line" againstwhichgeometric reflections detectedintheseweldsduringsubsequent UTSIinspections canbecompared.

Obviously, variations in"magnitude ofindication, aswellasmetalpathdistances, willoccurwithvaryingtransducer position.andbeamangleandshouldbeconsidered infuturecomparisons.

P'~~l~(~>G..Lckyer,LevelIII~"lfanager, NDTProductServiceBuilding6-Room227GEL:KEFIV.80 00 Transducer IndexPointCenterofNozzleRadiusgeo~@9~ec~gQVesselWallelCOMeldgScclc:1cm1in..VlMdVgzIzPigure~c0Z002taaZ'c04.Typicalgeometric reflection fromradiusofN5nozzleMP12.2"determined byUTmeasurement agreeswellwithgraphical determination.

I'0 Transducer XndexPoint)~')~g,CenterofNozzleRadius~C.gQ~gogee0VesselWallLLIJN.NggIJgXiXXFigure3.v~r5a0gao'rEww~rWeldScale:1cm~1in.1Typical.geometric reflection fromradiusofN4nozzle;HP=12.4"determined byUTmeasurement agreeswellwithgraphical determination.

,~1,0, ygwaSCUCBgPeStVLaMSCCVW<Cor-Q099L6RADI05e>"60roUESSBLQJALLtQOCIQtl)~illgXgZ~d~0W~0Z00zIz~0zvlzWFigurel.Geometric reflections andrelatedsoundmetalpathsfearvarioustransducer positions inatypicalnozzle.~~

I~'0 Transducer IndexPoint=CenterofNozzleRadiusgo>e<~~pe<~~QCgeogsc~rQVesselWallLQWd5pRl5~eeove>D2O0ZeX~QeZe,Figure2.WeldgScale:1cm~1in.Typicalgeometric reflection fromradiusofN3nozzle;HP~15.8"determined byUTmeasurement agreeswellwithgraphical determination.

il~'!

SERVICEREPORT/l30'NYTIWIf...

At(YYIHfRfIN5IA55AIION C55CVICC(HOINIICINO OIVIIIOHQlpg,hI15l)uC.PIC

[,Uccx,Po(MTCetQ>TT(@hJbSULEIZLlJbl~gPdtH7IV.35 f~~lio'ccAuYTrH...as;vyir.=Pic.JPIHOlALLAT<DII 4SRVICECiiGINEfAIHG OIVISIONJanuary14,1977PAGE1REPORTf!4

SUBJECT:

AcousticVelocityandAttenuation Determinations:

ReactorPressureVesselCalibration Standards jjl;jj2andjj3(SA533)andUpperVesselandHatingTopHeadFlanges(SA508)

REFERENCE:

ASHEBoilerandPressureVesselCode,SectionIX,1974Edition,Summer1975,Paragraph I-3121(BlockSelection)

DRAWINGS:

GE-160-76C-0087 Rev.1ReactorPressureVesselStd.gGE-160-76C-0088 Rev.0ReactorPress'ure VesselStd.g2GE-160-76C-0089 Rev.0ReactorPressureVesselStd.g3CBIN-27Rev.3ShelIFlangeDetai1sParagraph l-3121'referenced above)requiresthat"...(3)whenitisnotpossibletofabricate theblockfrommaterialtakenfrom'hecomponent, itmaybefabricated fromamaterialofaspecification includedintheapplicable examination volumesofthecomponent.

Theacousticvelocityandattenuation ofsuchablockshallbedemonstrated tofallwithintherangeofstraightbeamlongitudinal wavevelocityandattenuation foundintheunclad,component."

Accordingly, UTExamination Teamjj4(S.HettaandR.Hooper)performed velocityandattenuation evaluations onthesubjectmaterials, VELOCITyCOHPARISON CALIBRATION:

NOTE:(January11,1977)Calibrated theSonicHK1with220thickness Adaptertothe28.00"and'17.00" dimensions onCal.Std.jjlandjj3respectively.

The220Adapterhasarangeof20.00",Inordertogetthe28.00"range-theVelocityAdjustment washalvedandthereadingstakenofftheDigitalReadOutwere+>ofthe"real"readings.

IV.360EWE8AL"';i'ELE0'7PiIC If1~l0 REPORTiI4Page2It<~tALLAT>b' hSLRVICtticG:i<tthn.G0>wS<C'MEXAMINATION:

MEASUREDONBLOCK27.95>>695IIDIGITALREADING13.988.48X2=X2~27.96>>1.6.96>>MEASUREBYSONICHKIMEASUREONVESSELFLANGEDIGITALREADINGMEASUREBY~SONICHK126.0026.0026.0026~0013.0013.0113.02.13.00X2=X2~X2=X2=26.00>>26.02>>26.04<<26.00NOTE:Readingstakenonbottomsideof"flange;(Noinstument settingswerechanged.)SeeFigure1.The,technique andresultsdescribed aboveforvelositycomparison aresufficient toshowthatthesubjectmaterials (SA533andSA508)are."...within therange..."

ofvelocityrequiredbytheCode.ATTENUATION COMPARISON (January13,1977),CALIBRATION:

Thetransduer waspositioned onRPVStandardg2atapproximately 13/4"fromtheedgeasshowninFigure2.Thesignalamplitude fromthebacksurfacewasthensetat80%FSH.Thiswasthe.primaryreferance level.EXAMINATION:

Thetransducer wasplacedat4locations betweenthestudholesontheTopHeadF.langeatapproximately 3/4>>fromtheedgeoftheODsurface(SeeFigure3).Thebacksurfacesignalwasthenadjustedtodetermine thedbdifference necessary toobtainthe80%FSHprimaryreference level(SeeTable1).IV.37'6Ef!EPaALf~;.~r'c;)

ELEC7RtC

~'i:;.~Fvsicrg-r fJAttYT1:..a..r AttYVttr.r\6~J:~IHCTACCATIOII

&CRVICCcrrGIIrccAIIIG olvlslorI REPORTII4Page3TABLEPositiondbDifference 1234NOTE:Hinusdbreadingscorrespond toahigheramplitude ontheTopFlangewhichisonthe"safe"side.Thistechnique, althoughnotsufficent foraquantitative determination ofaco'ustic attenuation, showsthatthesematerials are"...within therange..."

ofattenuation requiredbytheCode.G.E.Lockyer'DTLevel111ccB.W.WilkinsIV.38GEtt8ttALj"'(gi)ELECTRlC'r~

el0 SERVICEREPORTII4AMYTV48...

JVSYW%REi-INSTALLATION

~SShVICKSNGINSSNINO OIVISIONrIIIlCBlN-27Rev.¹3Sect.A-A26"Q<<QTRANSDUCER PgI('gPljFLQIUGlFIV.39GENERAL@ELECTRICI/(4(T7 I1i'

.IiyCpy()SziVlCK~~AiiYTS:.'X...

r,ivvri-~i7e)

REPORT/l4INSTALLATION SSSRVICKSNGINSCRINQ DIVISIONI)IIIIl~I~ITg+USDOCI-=m~'P0SLTLo&

REPORTf34INSSALMTION dSERVICESNGINKSRINGDIVISION+g+SLS5DOC,Cg.'@OSEYLOMSXp(~@+hi+Q(I~IlfPOSIT'lO

~F<6uecp,'+VwoPH~+DFLIN6EV.41GEIIERALQOIELECTRICZ.LI(I+(~~

e,0 REPORT/$5AEE~...ANYWRKRKIHCTAI.LATIOH 4SKIIVICEfRQINEKIIINO OIVISION

Subject:

SumnaryReportoflossofUZTransducer ContactDuetoCurvature ofCGWeldREFEfKNCE:

Pennsylvania PowerandLightCompanySusquehax~a SteamElectricStationContractNumber8856-4I-166 RPVPreservice lamination

'Iheattachedsketchesillustrate theareaofthebasemetalandadjacentweldinthevicinityoftheCGweldwhichcouldnotbeinspected becauseoftheloss,ofUZtransducer contactatthecurvatures asshown.Ihecenterline oftheCOweldaspaintedonthevesselsurface,isreallyattheedgeoftheCGweldshownonthesketch.'IheareaofnoUZinspection extendedfrom2"to6"fromthepaintedcenterline duringinspection ofweldCG.'Ihesecurvatures alsocausedlossofcontactaffecting weldsDA,DB,DC,DD,DE,andDFfromAAtoskirtandfrom~toAJ.Itshouldbenotedthat,althoughtheuseofsmallertransducers veldhaveimprovedcontactarea,anallert~ucersweredetermined tobeinadequate becauseofinsufficient output.GeorgeE.Lockyer,LevelIIIManagerASBD-NDZIV.42.-GENERALELECTRIC e,~I REPORTf35'Kt-RO+IV.43 f

REFORT850q6$o$o1'entC>zsgPpp~p>ipFgo)$0IV.44 I~00 REPORT86COMPOSITE OFTHEMANUALANDREMOTEAUTOMATIC PRESERVICE EXAMINATIONS FORSUSQUEHANNA UNIT/PlComposite includesallexclusions tothebaselineexamination andthebasis/justification fortheexclusions.

GeneralElectricCompanyMaschellmac OfficeComplex1000FirstAvenueKingofPrussia,PA19406IV.45 l~'

REPORTf/6CATEGORYBAPRESSURERETAINING WELDSINREACTORVESSELCIRCUMFERENTIAL SHELLWELDSWELDSEAMAAAATOPSIDERemoteAutomatic Examination CoveraeTherewerefive(5)interferences onweldseamAAtopthatcausedmissedareasduringtheremoteautomatic examination.

Thesewere:INozzleNIANozzleNIBNozzleN8ANozzleN8BSurfaceGouge66"Missed66"Missed36"Missed36"Missed4"Missed*TOTAL208""Missed'Ihecircumference ofweldseamAAis837".Theinterferences caused24.85percentofweldseamAAtoptobemissedduringtheremoteautomatic examination.

  • The4"missedduetothesurfacegougewillbeexaminedduringthefirstISI.Thesurfacehasbeenconditioned toallowexamination.

Themissedareawillatthattimebecome24.37percent.ManualExamination CoveraeThenozzleinterferences listedfortheautomatic examination donotexistforthemanualexamination.

ThenozzlesNl'sandN8'sarefarenoughfromtheweldcenterline toallowacompleteexamination inaccordance withParagraph I-5121ofSectionXI,AppendixI.AABOTTOMSIDERemoteAutomatic Examination

-NotPerformed ManualExamination CoveraeNointerferences.

Onehundredpercentcoverage.

IV,46

'e REPORT86SUMMARYWELDSEAMAAOnehundredpercentofweldseamAAwasmanuallyexaminedinaccordance withAppendixIofASMESectionXI.Inaddition, 75.15percentofthetopsideofweldseamAAwasexaminedusingremoteautomatic equipment.

Manualdataexistsforthe-12s42percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100'percentcoverage.

Recommendation forISIExaminethemissedareasofAAtopmanuallywhileexamining AAbottom.WELDSEAMABRemoteAutomatic Examination CoveraeWeldseamABwasexamined100percentbytheremoteautomatic equipment.

WELDSEAMACRemoteAutomatic Examination CoveraeWeldseamACwasexamined100percentbytheremoteautomatic equipment.

WELDSEAMADADTOPSIDERemoteAutomatic Examination Notperformed.

ManualExamination CoveraeNointerferences

-100percentcoverage.

ADBOTTOMSIDERemoteAutomatic Examination CoveraeThereweretwo(2)interferences onweldseamADhottomthatcausedmissedareasduringtheremoteautomatic examination.

Thesewere:IV.47 4'

REPORT/36ADBOTTOMSIDE(Continued)

NozzleN11ANozzleN11B47"Missed41"MissedTOTAL88"MissedThecircumference ofweldseamADis838".Theinterferences caused10.5percentofweldseamADbottomtobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerferences

-100percentcoverage.

SUMMARYFORWELDSEAMADOne=hundred percentofweldseamADwasmanuallyexaminedinaccordance withAppendixIofASMESectionXI.Inaddition, 89.5percentofthebottomsideofweldseamADwasexaminedusingremoteautomatic equipment.

Manualdataexists'forthe5.25percentoftheweld"seam missedbytheremotescannerandw?yncombinedwiththeremoteexamination dataprovides100percentcoverage.

Recommendation forISIExaminethemissedareasofADbottommanuallywhileexamining ADtop.WELDSEAMAEManualExamination CoveraeWeldseamAEwasexamined100percentbymanualtechniques.

IV.48 Si REPORT/f6ManualExamination CoveraeWeldseamAFwasexamined100percentfromonesideinaccordance withParagraph 1-5121ofASMESectionXl,AppendixI.Inaddition, a0onlyexamination ofweldAFwasperformed fromthetopsurfaceofthevesselflange.EXCLUSIONS Noexclusions arerequiredforthereactorpressurevesselcircumferential weldsAA,AB,AC,AD,JAEandAF.I'V.49

!I REPORTf16CATEGORYBAPRESSURERETAINING NELDSINREACTORVESSELLONGITUDINAL SHELLWELDSWELDSEAMBARemoteAutomatic Examination CoveraeTherewasonet,'1)interference,,on weldseamBAleftsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:NozzleN2KThelengthofweldseamBAis137".43"MissedTheinterference caused31.38percentofweldseamBAleftsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

SUMhQRYWELDSEAMBAEighty-four andthree-tenth percentofweldseamBAwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques.

Manualdataexistsforthe15.7percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.

Recommendation forISIExcludethe15.7percentofweldseamBAmissedbytheremotescanner.Justification:

Radiation exposureandrestricted access.The84.3percentexaminedprovidesadequatesamplingtodetermine thecondition oftheweldseam.IV.50 REPORT86WELDSEAMBBBBLEFTSIDECWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBBleftsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:NozzleN2C46"h1issedThelengthofweldseamBBis137".Theinterference caused33.57percentofweldseamBBleftsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

BBRIGHTSIDECCWRemoteAutomatic Examination CoveraeNointerference.

Onehundredpercentcoverage.

SUMMARYWELDSEAMBBEighty-three andtwo-tenth percentofweldseamBBwasexaminedinaccordance withAppendixIofASh1ESectionXIusingremoteautomatic techniques.

h1anualdataexistsforthe16.8percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination, dataprovides100percentcoverage.

Recommendation forISIExcludethe16.8percentofweldseamBBmissedbytheremoteexamination.

SamelogicasweldseamBA.WELDSEAMBCRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBCleftsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:NozzleN2F44"h1issedIV.51

,)',IlII REPORT/l6WELDSEAMBC(Continued)

ThelengthofweldseamBCis137".Theinterference caused32.12percentofweldseamBCtobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

BCRIGHTSIDECCWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBCrightsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:NozzleN1B69"MissedTheinterference caused50.36percentofweldseamBCrightsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

SUMMARYWELDSEAMBCFifty-eight andeight-tenth percentofweldseamBCwasexaminedinaccordance

'ithAppendixIofASMESectionXIusingremoteautomatic techniques.

Manualdataexistsforthe41.2percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination, dataprovides100percentcoverage.

Recommendation forISIExcludethe41'percentofweldseamBCmissedbytheremoteexamination.

SamelogicasweldseamBA.IV.52 e,

REPORT/J6WELDSEAMBDRemoteAutomatic Examination CoveraeWeldseamBDwasexamined100percentbytheremoteautomatic equipment.

WELDSEAMBERemoteAutomatic Examination CoveraeWeldseamBEwasexamined100percentbytheremoteautomatic equipment.

WELDSEAMBFRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldonweldseamBFleftsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:~NozzleN16B18"MissedThelengthofweldseamBFis137".Theinterference caused13.14percentofweldseamBFleftsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

RemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBFrightsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:NozzleN16B44"MissedTheinterference caused32.12percentofweldseamBFrightsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeN16Binterference.

Onehundredpercentcoverage*.

  • NOTE:Anarea15"longwasexaminedinonedirection onlyforparallelreflectors inaccordance withtherequirements ofParagraph I5121ofASMESectionXI,AppendixI.Dt'..53

REPORT/j6SUMMARYWELDSEAMBFSeventy-seven andfour-tenth percentofweldseamBFwasexaminedinaccordance withAppendixIofASlKSectionXIusingremoteautomatic techniques.

Manualdataexistsforthe22.6percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.

Recommendation forISIExcludethe22.6percentofweldseamBFmissedbytheremoteexamination.

SamelogicasweldseamBA.NELDSEAMBGRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBGleftsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:RPVStabilizer Bracket8"MissedThelengthofweldseamBGis137".Theinterference caused5.8percentofweldseamBGleftsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

BGRIGHTSIDECCNRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBGrightsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:RPVStabilizer Bracket8"MissedTheinterference caused5.8percentofweldseamBGrightsidetobemissedduringtheremoteautomatic examination.

IV.54, 4

REPORT/!6WELDSEAMBG(Continued)

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

SRMARYWELDSEAMBGNinty-four andtwo-tenth percentofweldseamBGwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques.

Manualdataexistsforthe5.8percentoftheweldseammissedbytheremotescanner,andwhencombinedwiththeremoteexamination dataprovides100percentcoverage.

Recommendation forISIExcludethe5.8percentofweldseamBGmissedbytheremoteexamination.

SamelogicasweldseamBA.WELDSEAMBHBHLEFTSIDECWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBHleftsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:RPVStabilizer Bracket10"MissedThelengthofweldseamBHis137".Theinterference caused7.3percentofweldseamBHleftsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

BHRIGHTSIDE(CCÃRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBHrightsidethatcausedamissedareaduringtheremoteatuomatic examination.

Thiswas:IV.55

'

REPORT86WELDSEAMBH(Continued)

RPVStabilizer Bracketll"MissedTheinterference caused8.0percentofweldseamBHrightsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

SUMMARYWELDSEAMBHNinty-two andfour-tenth percentofseamBHwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques.

Manualdataexistsforthe7.6percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.

Recommendation forISIExcludethe7.6percento'fweldseamBHmissedbytheremoteexamination.

SamelogicasweldseamBA.WELDSEAMBJBJLEFTSIDECWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBJleftsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:RPVStabilizer Bracket9"MissedThelengthofweldseamBJis137".Theinterference caused6.6percentofweldseamBJleftsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

IV.56

REPORT86WELDSEAMBJ(Continued)

BJRIGHTSIDECCWRemoteAutomatic Examination CoveraeTherewasone(1)interference onweldseamBJrightsidethatcausedamissedareaduringtheremoteautomatic examination.

Thiswas:RPVStabilizer Bracket8"MissedTheinterference caused5.8percentofweldseamBJrightsidetobemissedduringtheremoteautomatic examination.

ManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

SUMMARYWELDSEAMBJNinty-three andeight-tenth percentofweld,seamBJwasexaminedinaccordance withAppendixIofASMESectionXIusingremoteautomatic techniques, Manualdataexistsforthe6.2percentoftheweldseammissedbytheremotescannerandwhencombinedwiththeremoteexamination dataprovides100percentcoverage.

Recommendation forISIExcludethe6.2percentofweldseamBJmissedbytheremoteexamination.

SamelogicasweldseamBA.WELDSEAMBKManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

WELDSEAMBMManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

IV.57

REPORT86WELDSEAMBNManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

WELDSEAMBPManualExamination CoveraeNointerference.

Onehundredpercentcoverage.

IV.58 4i REPORTf/6CATEGORYBAPRESSURERETAINING WELDSINREACTORVESSELCIRCUMFERENTIAL ANDMERIDIONAL l<ELDSINVESSELHEADSCLOSUREHEADTOP)Thefollowing circumferential weldseamswereexaminedmanuallywith100percentcoverage:

AG(HeadtoFlange)AH(DollarPlatetoSidePlates)Thefollowing meridional weldseamswereexaminedmanuallywith100percentcoverage:

DJ(SidePlatetoSidePlate)DK(SidePlatetoSidePlate)DM'SidePlatetoSidePlate)DN(SidePlatetoSidePlate)DP(SidePlatetoSidePlate)DR(SidePlatetoSidePlate)SRMARYFORCLOSUREHEADlKLDSEAMSAllweldseamsintheRPVclosureheadwereexaminedinaccordance withAppendixIofASMESectionXIusingmanualexamination techniques.

Therewerenointerferences totheexamination.

BOTTOMHEADThefollowing circumferential weldseamwasexaminedmanuallywith100percentcoverage:

AJ(DollarPlatetoSidePlates)Thefollowing longitudinal weldseamswereexaminedmanuallywith100percentcoverage:

DG(DollarPlateLongitudinal Seam)DH(DollarPlateLongitudinal Seam)IV.59

,,'I REPORT/!6BOTTOMHEAD(Continued)

Thefollowing meridional weldseamswereexaminedmanuallywithpartialcoverageduetointerference:

DA(SidePlatetoSidePlate)DB(SidePlatetoSidePlate)DC(SidePlatetoSidePlate)DD(SidePlatetoSidePlate)DE(SidePlatetoSidePlate)DF(SidePlatetoSidePlate)Theweldbuildupforthevesselskirtattachment causedaninterference tothemanualexamination ofweldseamsDA-DF.Theinterference causedunexamined volumesasfollows:0BaseMetalExam00-t'teldMetalExam4SExam60Exam12~aMissed12~~Missed4~~Missed2wMissedAcomposite ofallexamination anglesshowsthatavolumeequalto2percentoftherequiredexamination volumeforweldsDA-DFiscompletely unexamined.

Anexclusion ofthis2percentwillberequired.

IV.60 0

REPORT/36CATEGORYBDPRIMARYNOZZLE-TO-VESSEL tbtELDSANDNOZZLEINSIDERADIUSEDSECTIONSThefollowing nozzle-to-vessel weldswereexamined100percentusingremoteautomatic examination techniques:

NIAandB-Recirculation OutletNozzlesN2A,B,EFGandK-Recirculation InletNozzlesN3ABCandD-MainSteamOutletNozzlesN4B,CEandF-Feedwater InletNozzlesNSAandB-CoreSprayInletNozzlesThefollowing nozzle-to-vessel weldswereexaminedpartially usingremoteautomatic examination techniques:

Recirculation InletN2Nozzles.N2C288.8Completely examinedExaminedwithashortscanduetointerference fromnozzleN8AN2D313.546.5Completely examinedExaminedwithashortscanduetointerference fromnozzleN8ANZH314.945.1Completely examinedExaminedwithashortscanduetointerference fromnozzleN8BN2J321.538.5Completely examinedExaminedwithashortscanduetointerference fromnozzl'eN8BIV.61 REPORT//6SUMfARYOFN2PARTIALEXAMINATIONS Theinterferenc fromtheN8nozzlescausedashortscanoftheaffectedareas.Ascanlengthof16"fromtheweldcenterline isneededtoachieveacompleteexamination oftherequiredexamination volume.TheN8nozzleinterference allowedonlya13.75"scanlength.Thiscausedamissedvolumeof19percentintheaffectedareas.(81percentwasexamined)

Manualdataexistsforthe19percentoftheaffectedareasmissedbytheremotescannerandwhencombinedwiththeremoteexamination data,provides100percentcoverage.

Recommendation forISIExcludetheaffectedareasoftheN2nozzlessinceonlyapartialcodeexamination canbeperformed.

Agreetoperformthepartialexamination withoutfullcredit.BasisforExclusion Six(6)nozzlesofthesameconfiguration andlocationarebeingexaminedcompletely.

Ontheaffectednozzlesfrom80.2percentto89.3percentoftheweldseamisbeingexaminedcompletely.

Intheremaining areas,10.7percentto19.8percentoftheweldseamisbeingexaminedin81percentoftherequiredvolume.Thehighradiation exposureassociated withrecirculation inletnozzlesmakesmanualexamination oftheseareastogainasmallincreaseinexamination coverageanALARAviolation.

FEEDWATER INLETN4NOZZLESN4A30060Completely examinedNotexaminedduetointerference fromnozzleN11AN4D30060Completely examinedNotexaminedduetointerference fromnozzleN11B.IV.62 I@I!

REPORT//6SUMQRYOFN4PARTIALEXAMINATIONS Theproximity ofnozzlesNllAandBtotheaffectedfeedwater nozzlesprecludes acompleteSectionXIexamination ofweldseamsN4AandN4D.Thespacingof4.5"betweenthenozzlesallowsonlyabesteffortmanualexamination oftheareas.Partialmanualdataexistsfortheaffectedareasbutdoesnotprovide100percentcoverage.

The60segmentsofweldseamsN4AandN4Dshouldbeexcludedfromthebaselineexamination.

BasisforExclusion Thespacingof4.5"betweentheNllandN4nozzlesprecludes ameaningful examination oftherequiredexamination volume.Theexcludedareais16.67percentoftheweldseam.83.33percentiscompletely examined.

Four(4)nozzlesofthesameconfiguration andlocation(N4B,C,E,F)havebeencompletely examined.

Duetoconfiguration, manualexamination yieldsnoincreaseinexamination coverage.

Recommendation forISIExcludethe16.67percentoftheweldseamasunexaminable.

Samelogicasbaselineexclusion.

ManualNozzleExaminations Thefollowing nozzle-to-vessel weldswereexamined100percentusingmanualexamination techniques:

N6AJBN7N8AJBN9HeadInstrumentation NozzlesHeadVentNozzleJetPumpInstrumentation NozzlesCRDHydraulic ReturnNozzleIV.63 REPORT86CATEGORYBEPRESSURERETAINING PARTIALPENETRATION WELDSINVESSELSThefollowing partialpenetration weldswereexaminedforevidenceofleakageduringthesystemhydrostatic testonSusquehanna Unit¹1.NIONllA5Core6PandLiquidControlNozzleBInstrumentation NozzlesShellCourse¹3N12A5BInstrumentation NozzlesShellCource¹4N13N15FlangeSealLeakDetectorNozzleonVesselFlangeRPVBottomHeadDrainNozzleeN16A5BInstrumentation NozzlesShellCourse¹2ControlRodDrivePenetrations 185In-CorePenetrations 55IV.64 0

REPORT86CATEGORYBFPRESSURERETAINING DISSIMILAR METALWELDSNOZZLETOSAFEENDWELDSNozzletosafeendweldswereexaminedinaccordance withTableIWB2600ofASMESectionXI.Thevolumetric examination wasmanualultrasonic testinginaccordance withAppendixIIIofASMESectionXI.Thesurfaceexamination wasliquidpenetrant testinginaccordance withArticle6ofASMESectionV.Thefollowing safeendweldswerecompletely examinedinaccordance withASMESectionXI:NlA6N2A-N3A-N4A-NSA6N6A5N7NBA'N9BRecirculation OutletKRecirculation InletDMainSteamOutletFFeedwater InletB(including extension)

CoreSprayInletBHeadInstrumentation HeadVentBJetPumpInstrumentation CRDHydraulic Return*TheN9safeendhasbeenremovedandthenozzlehasbeencapped.Thenozzle-to-cap weldhasnotyetbeenexamined, butitcanbecompletely examined.

IV.65 REPORT86CATEGORYBG-1PRESSURERETAINING BOLTINGTWOINCHESANDLARGERINDIAMETERFLANGECLOSURENUTSNut¹1-N¹76werecompletely surfaceexaminedinaccordance withTableIWB-2600ofASMESectionXI.Theexamination wasawetmagneticparticleexamination inaccordance withArticle7ofASMESectionV.FLANGECLOSURESTUDSStud¹1-Stud¹76werecompletely examinedbybothvolumetric andsurfacetechniques.

Thevolumetric examination wasultrasonic inaccordance withtherequirements ofArticle5ofASMESectionV.Thesurfaceexamiation wasawetmagneticparticleexamination inaccordance withArticle7ofASMESectionV.LIGAMENTS BETWEENFLANGESTUDHOLESTheligaments betweenstudholes1-76werevolumetrically examinedinaccordance withTableIWB-2600ofASMESectionXI.Thevolumetric examination wasultrasonic inaccordance withGeneralElectricCompanyspecifications.

FLANGECLOSUREWASHERSWasher¹1-Washer¹76werevisuallyexaminedinaccordance withTableIWB2600ofASMESectionXI.Thevisualexamination wasinaccordance withArticle9ofASMESectionV.'IV.66 Il~,

REPORT86CATEGORYBHVESSELSUPPORTSWeld*CGthesupportskirttoskirtknuckleattachment weldwascompletely examinedvolumetrically inaccordance withTableIWB-2600ofASMESectionXI.Thevolumetric examination wasultrasonic inaccordance withAppendixIofASMESectionXI.*NOTE:Theskirtknucklewasmachinedfromaweldbuildupdesignated asweldFR.WeldFRwasexaminedtothemaximumextentpossibleasanadditiontoweldCG.Approximately 59percentofweldseamFRwasultrasonically examined.

IfFRistobeincludedinthebaselineexamination, anexclusion fortheunexamined 41percentisneeded.Recommendation forISIExamineonlyweldCG,theASMESectionXIvesselsupportweld.IfadecisionismadetocombineweldsCGandFRforISI,anexclusion willbeneededfor41percentofwel'dbuildupFR.IV.67 REPORT86CATEGORYBI-1INTERIORCLADSURFACESOFREACTORVESSELSVESSELCLADDINGSix(6t)claddingexamination patcheswerevisuallyexaminedinaccordance withTableINB-2600ofASMESectionXI.Thevisualexamination wasinaccordance withArticle9ofASMESectionV.Recommendation forISICladdingexamination patcheshavebeendeletedfromtheexamination requirements ofASMESectionXIbylatercodeyears.IfthecodeyearselectedbyPPGLfortheISIplanallows,thecladdingexamination patchesshouldbedeletedfromtheISIprogram.IV.68 REPORT86CATEGORYBN-1INTERIOROFREACTORVESSELSVESSELINTERIORAllitemsandsurfacesaboveandbelowthecoresupportplatewerevisuallyexaminedinaccordance withTableINB-2600ofAS'ection XI.Thevisualexamination wasinaccordance withArticle9ofAS'ection V.Itemsandsurfacesnormallyaccessible forISIwerealsophotographed toprovideacomparison forISIpurposes.

IV.69 REPORT86CATEGORYBN-2INTEGRALLY WELDEDCORESUPPORTSTRUCTURES ANDINTERIORATTACHMENTS TOREACTORVESSELSAllcoresupportandattachment weldswerevisuallyexaminedinaccordance withTableIWB-2600ofASMESectionXI.Thevisualexamination wasinaccordance withArticle9ofASMESectionV.IV.70 REPORT86CATEGORYBOPRESSURERETAINING iYELDSINCONTROLRODHOUSINGSCRDHOUSINGWELDSTheweldsinCRDhousingswereexemptedfromvolumetric examination baseduponplantmakeupcapacity.

Theywereexaminedforleakageduringthesystemhydro.Recommendation forISIContinuetoexaminetheCRDhousingsasCategoryBOexemptedcomponents.

IV.71

REPORT86CATEGORYBPCOMPONENTS EXEMPTEDFROMEXAMINATION BYll(B-1220 EXEMPTEDCOMPONENTS Allcomponents exemptedfromexamination wereexaminedforleakageduringthesystemhydro.IV.72 0e0 Engineers

-Constructors sREPORTg1FiityBeaieStreetSanFrancisco, Caiiiornia

.MailAddress:P.O.Box3965.SanFrancisco.

CA941t9PleoseReplyTo:P.Q.Box384/Berwick,Penna.18503Augustll,1977GeneralElectricCompanyP.O.Box382.Berwick, Pennsylvania 18603Attention:Mr.E.A.GustafsonSiteManageradjs]'at-"~"'AUG221977-'";>=tIgQg

Subject:

Susquehanna SteamElectricStationUnits1and2-Job08856Discrepant Threadsin.Unit1RPFFlange8856-M-1

DearMr.Gustafson:

EnclosedpleasetindonecopyofGE/IPSEPreservice VisualInspection Report,ControlNo.750,fortheUnit1PPVFlange.Thisreportindicates apparentdiscrepancies inthe.threadsofstudholesNos.16and76.ofUnit1RPV.Pleaseadvisewhetherthesediscrepancies areacceptable perthetechnical requirements ofyourcontractwithCBFIand/orwhethertheyhavebeenpreviously documented andproperlydispositioned duringmanufacture ofthevessel.Yourresponseisrequested byAugust16,1977.Verytrulyyours,BECHTELPOWERCORPORATION E.E.FeltonFieldConstruction ManagerEEF/JEOS/hk cc."M.J.M.H.R.MuirH.GalleyJ.LidlL.HarrisJ.D.GreenS.E.KnightG.R.ShraderDi'.73 REPORT//7"IGENERAlEI.ECTRIC COMPANY,SJQUEHANNA, SITE,P.O.BOX382,BERWICK,PA18603Phonf717)542-7391, DialComm8'244-4231 NUCLEARENERGYDIVISIONBCt'II.ING WATERREACTORPROJECTSDEPARTMENT August15,1977EAG-461>ifr.E.E.FeltonFieldConstruction ManagerBechtelPowerCorporatian PostOfficeBox384'ersvick, Pennsylvania 18603

Subject:

Susquehanna SteamElectricStation,Unit~1RPVStudHoleExamination, hfPL;rBllA001

Dear!Ir.Felton:

tI~IThiswillacknowledge receiptofyour.August11,1977letter(XI-1-241) regarding thyvisual,examination findingsofstudholesNos.16and76byXRrSZduringtheirXn-Service Xnspection.

Vi'eareenclosing copyofCBhXlettertothewriter'.dated August12,1977,which.isself-explan'atory..

Vecondiser'he attache'd

'etteranacceptable explanation tothe'.'IESE visualfindings.

Pleaseadviseimmediately ifyoudonotconcu'r.EAG/m.vAttachment (1)~IVerytrulyyours,GENERALELECTRICCO./NZDZ...A.Gu'stafsoRes'ident Site.lanager'V.'4 IIItl wit>vaJvuisup~aiIVllVVIIIValll'~

~J~Kg-/j(AUini+iQlh1I~5nI"~lt!e'vCa"!'",Oc!c':jar 1372GREPORT87~.!.unionFAX'Yilniing!on, Dcf.August=12'977/'-'~.E.J.GutafsonGenera"ElectricComp~~vP.O.Boz3823~ic'~,?ennsylvan'a 18603Re:/StudHoleInspection

'Susquehanna RPVUnitICBIContract68-33316Her;ric~,

Pennsylvania hT"'<-355

Dear~.Gustafson:

!.nisletterisinresponsetoone'reservice Inspection Report,SQ1-761,datedAugust2,1977reichyoupassedontomefora.response.

Thereportindicated threaddamageonstudholesnumber16and76.Thereferenced damagec~waotcorreclybecalleddamage.Themissingandbluntedthreadconditions, as-;veunderstand fromSl:etches:,Ill andg2ofthe'eport, aretieresultofco<<~ontoo1breakagethaioccursduringthedr'ill,reaming andtappingoperations.

Znthecaseofbothholes,aspadebladecutterbrokeduringthed-illingoperation causingmachinegougesinthesideofthehole.Thesei.reblendedoutbeforeproceeding.

The'esulting cavity'nsomecasesvalieztendbeyondtnreamrsizereichrn.llresultinbluntthreadsornothreadsithecavity.7asdeepenough.7evjereanareoftheseparticular cases.Theresulting th"eedsint¹scasesareacceptable astheeffective threadlengthcovers83/8"minima~.Theseareevaluated onacasebycase'basisandrevie',".ed vd.ththeC"Inspector asreouiredbyCBIDravring4.,GeneralNote15ifnotevaluated asanonconfo~'ty recuiring aRADt,Request forAcceptanc o"NonconormityasaDeviation).

Thesetv:oholesv,'erenotevaluated.

toreouireaPLD.Themissin~a--ounofthreadlengthinhole~'76isverymallandthbluntedthreao.inhole~16involvesthe"removal ofmaterial.

beyond:t1epitchciameerleavingeffective threadstrength.

Thedarkenedareamentioned isprobab'yduetothev;aterthatv:asintheholeandtheonaesthatresultd..Thecha~/gefromthebluntedthreadscouldalsocausethisdarkenedeffect.Fromthedescription givenus,viedonotthin3-itisharmful.TheresultoftheacoveresponseisthatCBIoriginally found.hethreaddescribed ceptable'~trulvyours,C:.-IC:DO CUPID"=.:.

A!iDIRO?iC';,-i'2Q'priesL.HalfasIPro-'ect

."~nager~-~e'astle0"e"ations IV.75

,::gl:~rr>~;....F;~>.>i.-:;i~)~REPORT87DIVISIONGENERALELECTRICCOMPANY,SUSQUEHANNA SITE,P.O.BOX382,BERWICK,PA18603PhoneP17)542.7391, DialComm8'244-4231 BOILINGWATERREACTORPROJECTSDEPARTMENT I.RECEtYEDOCV071977October3,1977EAG-517NUCLEARSERVICES/lKSE IMr.E.E.Felton-FieldConstruction ManagerBechtelPowerCorporation PostOfficeBox384Berwick,Pennsylvania 18603

Subject:

Susquehanna SteamElectricStation,Unit0'1RPVStudHoleDiscrepancies; BechtelNCR-1'952, BechtelLetterNo.h)-1-247

DearMr.Felton:

Thiswillsupplement ourletterofAugust15,1977(EAG-461) andwillanswer.yourM-1-247letterdatedAugust17,1977ontheabovesubject.WebelievethatChicagoBridgehIronCompanyhasgoneintoco'nsiderable researchandexplanation ofafacitoftheirmanu-facturing cycletoexplaintheabovestudholediscrepancies.

Weareenclosing copyofCBKIlettertothewriterdatedSeptember 28,1977andbasedupondatatherein,weconsiderNCR-1952closed.Verytrulyyours,GENERALELECTRICCO./NEDI/~gCa5..if,1~~E.A.Gustafsgn ResidentSiteManagerEAG/mwIV.76 0'

ChicagoBridge8IronCompanyQ"al'."".lSixthslrcCli'l..r'n".lie.

Dcla::a~c l0720REPORTf17I"i(i05464::.>>ninnFAX'Nil:ninulon, Dcl.l~.1rpliunc 302.3281371September 28,1977Mr.E.A.Gustafson GESite?tanagerGeneralElectricCompanyP.O.Box382Berwick,Pennsylvania NEDRECEIVEDgr.p29197TSusquehanna SiteRe:UnitI-StudHo3.eDiscrepancies BechtelNCRNo.1952,Letterh(-1-247Susquehanna ProjectCBIContract68-3331/2 Gent'lemen:

Theabovereferenced letterfromBechtelfoundthatourreplyNEM-355,datedAugust12,1977inadequately explained thediscrepancies instudholes16and.76ofRPVUnitI.Bechtel's letterincludedaBechtelnonconformance reportwhichleftthequalityofthetwo(2)studholesasindeterminate.

Thereportindicates thatdocumentation wasnotavailable toconfirmthatthediscrepancies wereproperlyaddressed.

Contrarytothis,CBIhasdocumented evidencethatallthestudholeswereinspected andproperlyr'eviewed.

Inanefforttorespondinmoredetailthanweprevious+

did,weofferthefollowing:

First,aspartokthetappingsequence, immediately aftertappingtheholeandpriortomovingthedrillandtapunittothenexthole,eachstudholeischeckedwiththree(3)threadgauges.Oneisa"Go-Gauge",

thesecondisa"No-GoGauge"andthethirdisonewiththreadsinbetweenthe"Go"and"No-Go"gauges.Thesegaugesarethemeansofdetermining ifthethreadsconformtoASABl.landasindicated inASABl.l(nowANSIBl.l,paragraph 5.5)theyarethemeansusedinpracticetoacceptthreadtolerances.

Eachholeischeckedbeforemovingtothenextholeasitisverydifficult ifnotimpossible toresetupexact~over-atappedhole.Thistappingsequenceisdocumented ontheCBItravelercardset14E,sequence4Fascompleted correct~.

Following tapping,allholesarecheckeddimensional~

tomeettheCBIdrawings.

Thisisdocumented onCBItravelercardset14E,sequence8A.InthecaseofUnitIthisinspection resultedinnumerousnonconformities.

Thesenonconformities wereresolvedthroughRAD13,Rev.1.Theconditions general+described inholes16and76ofBechtel's correspondence werenotlistedasnonconformities ontheRAD.Tofurtherdocumenttheinspection oftheflangeafinalvisualinspection ofallmachinedareaswasagainmadeatthecompletion ofallflangemachining andsignedoffoncardset14E,sequence8Bwithoutanyadditional nonconformities.

IV.77 ChicagoBridge&ironCompanyREPORT//7Mr.E.A.Gustafson September 28,1977PageTwoIIfyoureviewRAD13,youwillseethathole16hadonenonconformity, thecounterbore diameteratthetopoftheholewasundersized.

Allotherdimensions werefoundacceptable.

Asweexplained earlierthethreadwasacceptable asthe"Go-Gauge" wouldgodownthroughthethreadsproperlyandthe"No-GoGauge"wouldnotgo.Duringthedimensional

~inspection eachholeischeckedforlengthofthreadandvisuallyinspected formissingthread.CBIdrawing27requires83/8"minimumofthreadmeetingASAB1.1-1960.

Eachholeisinspected forthisandisevaluated knowingthatnormallymorethan83/8"ofthreadresultsandthatbeingamachinedsurface,GeneralNote15onCBIdrawing4willaccept"toolmarksandsimilardepressions isolatedandminorinnature"providedtheyarenotgas'ketsealsurfacesortheydonot-violate minimumdesignthicknesses.

TheseareasmustbereviewedbytheGEinspector.

Evaluating thereference toASA-B1.1, theASABl.lstandarddoesnotdetermine howmucheffective threadlengthmustmeetASABl.l.Thedesigncalculations determine this.IfyoureviewRAD13,Rev.1anditsattachedengineering justification forstud18whichhadonly81/4"ofthreadyouwillfindthestaticloadreportrequiresaminimumof7.20".CBIdrawing27requiresaminimumof83/8"toinsurethe7.20".lnthecaseofhole76,thesmallamountofthreadmissingwasevaluated asstillleaving83/8"effective lengthofthreadremaining meetingdrawing,requirements.

Theareawasalsoisolatedandminorinnature.Itwastherefore not,evaluated tobeanonconformity andrequiring aRAD.Asimilarsituation existedinaUnitIIstudholebutinthiscaseconsisted ofseveralsmallareasthroughout theholewithmissingthread.Becauseitwasnotisolatedandminorinnatureanddifficult todetermine if83/8"ofeffective lengthofthreadexisted,aRADwas'required toresolvethenonconformity.

Inthecaseoftheflattened areamentioned inhole16,theamountofthreadthathadmaterialmissinginsidethemaximumminordiameteroftheinternalthreaddidnotdecreasetheeffective lengthofthreadbelow83/8"oritwouldhavebeenanonconformity ontheRAD.Inregardtothedarkenedareamentioned, therearenocolorrequirements forthematerialor'hreads inanyofthespecifications,

drawings, standards orcodes.CBIisconfident thestudholesmeetallrequirements oftheGESpecification andhavebeeninspected, evaluated anddocumented properly.

Qefurtherpointoutthatstudshavebeeninstalled intheholes,thestudstensioned, thevesselhydrotested, thestudsuntensioned andthestudsremoved.EV.78 ChicagoBridge&ironCompanyREPORT87Mr.E.A.Gustafson September 28,1977PageThreeInconclusion, CBIrecommends theproperdisposition istohaveBechtelindicatethatdocumentation existsintheRPVvendorrecordsthatallstudholes',including thetwoinquestion, wereinspected.and evaluated withnonconformities acceptedonCBIRAD13,Rev.1.Wehopethisisnotthebeginning ofacontinual lineofrequeststorespondtovisualinspections by'hosewhoarenotfamiliarwithvesselfabrication anddesign.Wecertainly donotintendtorespondinsuchdetailorsenddocumentation everytimeBechtelhasuncovered something theyfeeldoesnotmeetthespecification ornotexplained totheirsatisfaction.

CPIhasbuiltthevesselunderaGESpecification andcontinual GEsurveillance andinspection andcannotfindwherewearerequiredtorespondtothesatisfaction ofBechte1..

However,wedowishtomakeitclearthatifGEuncovers~something ofconcern,CBIwi11behappytolookintoit.Wearehopefulthattheaboveexplanation andrecommended disposition willresolveBechtel's NCRNo.1952.Sincere>yours,.CHICAGOBRIDGEANDIRONCOXtPANYCharlesL.Halfast:projectManagerNewCastleOperations CLH/lfmcc:Mr.B.Y..Lloyd,Buyer-MC/703 SanJose,California Dt',79 REPORT//8FINALREPORTThefinalreportcontainsthedatarequiredbySectionXIofthecodexegarding indications-Thefullreportincludesthe.parameters necessary toevaluatethedataaswellasthefinalevaluations.

Thecalibration anddatasheetsfromtheox'iginal runlisttheneededinformation oncalibration andrechecktimesandtransducer information.

Duringtheinspection ofanozzleorvesselweldall.dataispreserved onfilesononeormorecassettetapesorfloppydisks.Thesefileswillbereferredtointhefollowing discussion asthe'original files'.Thefinalreportisgenerated fromtheoriginalfilesbyperforming aseveralstepprocedure.

1.PostEdittingoftheoriginalfileTheoriginalfilecontainsalltherawdatawhichisrequiredforreanalyzing anyindications foundduringinspection.

Inaddition, important information suchasthesetupvaluesforsystemparameters anddatafromcalibrations areincludedonthefile.Theoriginalfilealsoincludesafairamountofinformation whichisnotnecessary forpostprocessing.

Itiscustomary forthesystemtoprint(andsaveonthefile)linesofdatarelatingtoevaluation oftheindications astheyarefound.Thisallowstheoperatortofollowtheinspection processasitoccurs.Theseevaluations shouldbeconsidered aspreliminary andarenotusedinanywayforgeneration ofthefinalreportbythepostpx'ocessor program.Thelinesprintedduringcalibrations andrechecksarenotkept:thecalibration sheetslistthetimesandamplitudes foundatcalibration, andRECHECK:UNKNOWNisprintedifthereisnoacceptedrecheck.Theoriginalfilealsocontainsoperatorcontrolandequipment setupcommandswhicharenotusefultopostpx'ocessing.

Anothermajorareaofunneededinformation ontheoriginalfileisduetotherepetition ofinspection passesorparameter lists.Thesemayoccurforavarietyofreasons;onlythelastlistsbeforearunandnon<<voided inspections arerequiredforcreationofthefinalreportThus,theox'iginal fileincludesaconglomeration ofrawdata,calibrations,

rechecks, important evaluation parameter values,operatorcomments, preliminary evaluations, abortedrundata,extralists,andhardwarecontrolcommands.

Thesignificant dataforasingleweldmayconsistofseveralpassesdoneinanon-specific orderwithintervening passesfromotherweldinspections Thepurpose.,of thepostedittingprocedure istoextractthenecessary andsufficient dataforasingleweld,inspection andcreateanew'interim'ile whichcontainsallthedatainastandardorder.DuringthecreationoftheinterimF.R.5/12/81-1IV.80

REPORT88file,theoriginalfileisusedbutisnotalteredinanyway.Theposteditorcomputerprogramautomatically removesmostofthesuperfluous data.Thisincludesalllinesrelatingtothepreliminary evaluation ofindications andoperatorcommandsusedforcontrolling theinspection hardware.

Theposteditorprogramautomatically retains,unlessotherwise directedbytheoperator, allevaluation parameter valuesandallrawdatafromtheinspections-Theposteditoroperatorcandeleteoraddlinestothedatafromtheoriginalfileasnecessary.

Hemaydeletelistswhicharerepeatedbefore.arun.Hemayalsodeleteallthedatafromabortedinspection passes-thosepasseswherethedatawasdiscarded andtheinspection forthearearepeated.

Addedlinesareusuallymadeintheformofnotesorcomments.

Thesearesometimes necessary toexplainsituations thathavearisenduringpostprocessing.

Commentsaddedduringpostedittingareeasilyidentifiable astheyaretheonlylinescontained inthefinalreportwhichbeginwithanasterisk(*)ordash(-).Themostimportant Jobfortheposteditoroperatoristoassembleallthedataforasinglenozzleorvesselweldinastandardorderontheinterimfile.Duringtheinspection, apasscompletely aroundanozzleoralonganentirevesselweldmaybeinterrupted severaltimesbytermination ofinspection commands.

Whentheinterimfileiscreated,theseseparatepartsofapassarecombinedsothatthepostprocessor treatsthedataasifitwereobtainedwithoutinteruption'n thisway,indications thatwereinprogressatthetimeofatermination arenotcutinhalfwhenevaluated bythepostprocessor.

2..PrinttheInterimFileAlthoughmostofthecleanupprocessoftheoriginalfiledataisdoneautomatically bythe.posteditorcomputerprogram,theoperatordoeshavetheresponsibility ofreorganizing aswellasdeletingandinserting information.

Toensurethatthisprocedure hasnotproducedanyerrors,theinterimfilecreatedduringpostedittingisprinted.Thisprintoutiscomparedwiththeprintoutofthedataontheoriginalfile(s).30PostProcesstheInterimFile:createthefinalreportPostprocessing of'heinterimfileisarelatively easyprocedure.

Thepostprocessor readsthevaluesfortheevaluation parameters; thenprocesses eachlineofrawdataexactlyasifitwerecomingfromtheBransonUThardware.

Inthisway,theentireindication evaluation processisduplicated asiftheactualinspection werebeingperformed.

F.R.5/12/81-2~~,4~IV.81 e0, REPORT88Thefinalreportevaluations maydifferfromthepreliminary evaluations obtainedduringtheinspection.

Thisisduetoanumberofcauses:aoThepostprocessor combinesdatafromseveralseparaterunsAsdescribed above,termiaations ofrunsduringapassmaybeeliminated duringcreationoftheinterimfile.Anindicatioas whichwasnotcompleted atthetimeofthetermination willshowupasa.largercombinedindication inthe,finalreport.bPostprocessing maybeperformed atadifferent evaluation levelInspections maybeperformed collecting andevaluating dataatotherthanthePostProcessor evaluation level.Thefinalreportcanbegenerated usinganyevaluation DAClevelabovethecollection level'bviously, farfewerandmuchsmallerindications willbefoundinafinalreportevaluated at50XDACcomparedtotheindications evaluated at20Xor25Xontheorignalfilepriatedduringinspection.

CoThelocations of'ndications maychange.Thelocations ofindications arebasedonmeasurements whichdependonthescannerscrewencoderreadingsatthetime.theindication wasobservedAsdescribed below,thepositionofthetransducer packageaadthepositioncorrection distancefor.anglebeamtransducers (A4andE4parameters) aredetermined basedonthevaluesenteredforthecalibration blockandinspection scannerscrewlengthsandencoderreadings-Ifthesevaluesdidnotcorrespond tothetruescannerscrewlengthsandencoderreadings, theymaybecorrected.

Ifthecalibration lengthtofullscaleencoderreadingratiowasenteredincorrectly, itmaybecorrected forbyalineiasertedbeforetheUTchannellist.Ifthatlineispresent,thesystem:will printCALIBRATION SCANNEREQUIVALENTS:

LENGTH~na.nnFULLSCALEnnnnandcorrecttheA4parameters forallchannelsThecalibration scannervalues.runwithwillbeprintediatheparameter listIftheinspection devicescannerle'ngthandfullscaleratiowereenteredincorrectly, theymaybecorrected forbya,lineinsertedaftertheUTchannellist..Thecorrectlengthandfull.scalewillbeprintedontheparameter list.Theline'CORRECTED SCANNERPARAMETERS'ill beprintedbeforethelistiAsecondcauseofdifferent locations isduetoroundoffofFR5/12/81-3IV.82 II REPORT/$8numberssavedontheoriginalfile.Thepostprocessor hasonlytheseroundednumberstoworkwithinitsevaluations.

Usually,achangeinonevalueduetoroundoffisoffsetbyacompensatory changeinanothervalue.Forexample,ifthemaximumXlocationofanindication is0.1inchgreaterthanthemaximumXlocationofthepreliminary report,itwillbefoundthattheminimumXlocationinthefina1reportisalsoO,linchgreaterthanthevalueinthepreliminary evaluation.

Thus,theindication sizedoesnotchange;=theindication locationhasmerelybeenshifted01inchintheXdirection.

AthirdcauseisthatinNOZZLEmode,theBXandEXlinesarerecalculated fromtheBXlineazimuth,weldreference point,nozzlelocation, andscannerXoffset.Ifanyofthesechange,thelocationmaychange.Intheoriginalrun,anyazimuthchangebetweentheBXandEXlinescouldaltertheEX,EYcoordinates fromwhatthePostProcessor calculates d.,Differences mayoccurduetodatalossInrarecases,thedataontheoriginalfilemaybeincomplete.

Inafewofthesecases,itmaybedetermined thatsignificant datahasbeenlost.Insuchcasesofdataloss,comments(beginning withasterisks) maybeaddedtotheinterimfilediscussing thesignificance, ifany,ofthemissingdata.Thesediscussions arebasedonthe.datasurrounding thedropoutontheoriginalfile,thehardcopyprintoutobtainedonthesystemterminalduringtheinspection, andathoroughunderstanding ofthewaythecomputerprogramanalyzesandreportsdata.Thefinalreportincludesalltheevaluation dataforindications requiredbySectionXIofthecode.Italsocontainsthevaluesforallimportant parameters usedinthecollection orevaluation ofthedata.Anoptionhasbeenmadeavailable toprintpartialreportsThesedonotincludeUTchannelsoftwareDACparameters, scanlines(unlessascanisfoundoutofsequence),

scanlimits,somenotesandcomments, crawlerandnozzlestepsizesettings, forcedlocations, indication combinations, averageandmaximumstepsizes, andCONTINUEs andfollowing BEGINlines,ifthe,responses weresetinadvance'f theevaluation levelislessthan50XDAC,noevaluation tablesorfinalevaluations willbeprinted.Thefollowing materialexplainsthesignificance ofeachtypeoflineinthefinalreport-whattheparameters meanandwhythelineisnecessary.

Theexplanation isusuallynotpresented inamathematical fashion;suchadescription isavailable inotherdocumentation Rather,theapproachistakentoindicateingeneraltermshoweachIV.83F.R.5/12/81-4 e

REPORTf/8valueisusedandeachreportcanbeinterpreted PaeHeaderspAGE000278MAR3008:II:14yyyyyyyyyyyyyyyyyyyyyyyyyyyyy OFxxxxAlinesimilartotheaboveappearsatthetopofeachpageafterthefirstpage.They'srepresent apageheadingchosenbythePostProcessor Operator.

Thenumberxxxxisthetotalnumberofpagesinthereport,tobefilledinbytheoperator.

Thedateandtimearetakenfromtheoriginalfile,ie.fromthepageheadersonthehardcopyreportgenerated duringthe*inspection.

Whenanewpageisstartedonthefinalreport,'t usesthetimeanddateineffectatthatpointontheoriginalfile.Thefinalreportpageswillnotcoinci'de exactlywiththeoriginalprintouts, sothetimelistedisonlyapproximate.

Ztispossibleforconsecutive pagesofthefinalreporttohavethesametimeanddate.Thiswouldoccurifmoredatawasbeingprintedinthefinalreportthanintheoriginal.

Similarly, thefinalreportwillnotnecessarily containatimeanddateheaderforeverytimeanddateheaderoftheoriginalfile.Thisoccurswhenthefinalreportisgenerating lessprintoutthantheoriginal.

Following thetimeisinformation chosenbytheoperator, generally theveldandvesselidentification, andtheprocedure,

xevision, andACNnumbers.F.R.5/12/81-5 REPORT/38I.EVALUATION PARAMETERS ANDTESTSET-UPEvaluation Parameters TABLEIWB-3511.

1ALLOWABLE PLANARINDICATIONS ASPECTSURFACESUBSURFACE RATIOINDICATIONS INDICATIONS A/LA/T,ZA/T,Z0.002.02.60.052.12.8TABLEIWB-3511.

3ALLOWABLE LAMINARINDICATIONS COMPONENT THICKNESS LAMINARAREAT,IN+A,SQIN0.12412618Thereportincludestheevaluation tablesusedintheoriginalruntoevaluatethedata.ThetablesshouldbetakendirectlyfromSectionXIofthecodeanddifferonlyinthatthelaminartablehasalinelistedforavesselthickness of0inches.Theallowedareaisthesameasforthethinnestvesselthickness intheoriginaltable.Thisforcestheinterpolation ofallowedindication areastobeconstantoverthefirstfewinchesThisdoesnotaffecttheevaluation ofmostrunssincetheplatethickness isgenerally notinthe0-4inchrange'V.85FoRo5/12/816

~

REPORTij8UTQ1ANNELPAKQKTERS Asetofparameters AlthroughA5,BlthroughB5areusedtoevaluatethe,locationandamplitude ofreflectors.

Thesearethe.software DACparameters.

Althoughtheyarenotprintedonthepartialreports,theymaybegleanedfromtheoriginalorinterimfile.TheAl,B1valuesarefortheTCGformulafortimesofreflectors betweentheoutersurfaceandthedepthoftheTl/2hole.Theyaretheparameters ofastraightlineequationusedtomakeatimebasedcorrection ontheamplitudes reportedfromtheUThardwarefor.indications havingtimeslessthanthetimeobtainedfortheTl/2holeduringcalibration:

Al(-*tdme+Bl)*amplitude ccttected amplitude 1000Intheprocessofacalibration, thetimesandamplitudes fortheT3/4andTl/2holesareretained.

Thisissufficient dataforcalculating theAlandBlparameters fortheabovestraightlineequation.

NotethatthevaluelistedforAlisactuallydividedby1000beforebeingusedintheequation..

ThustheeffectofthetimeontheTCGisalmostinsignificant.

ThisisaresultofthefactthattheBransonhardwarealsohasathreeslopeTCGadjustment foreachchannelTheoperatortypically adjuststhesehardwarecontrolssothatverylittletimebasedcorrection isrequiredbythesoftware.

Al/1000isthusalwayssmall.Itisprintedwiththe*1000factortomakethenumbermorereadable.

MostofthesoftwareTCGad5ustment comesfromthevalueforBlfortheanglebeamchannels.

InsettingthehardwareTCG,theoperatortypically setstheamplitudes toreadoutatslightlyover80forallthecalibration holes.Thusahardwarereadingof80corresponds to100XDAC.Asdescribed below,theoperatortypically setsthesoftwaresotheareportofanamplitude of100corresponds to100XDAC.TheBlparameter hastheaffectof'aising theslightlyhigherthan80readingsoftheBransontothedesired100valueforamplitudes savedontheoriginalfile.Iftheoperatorsettheharwaretoreadexactly80attheTl/4andT1/2holes,Blwouldequalexactly1.25(1.25*80100).A2andB2arelikeAlandBlexceptarederivedfromthetimeandamplitude datafromtheTl/2andT3/4holesA3andB3areusedforthethirdslopeoftheTCGandarederivedfromthedatafortheT3/4holeandthecalculated timeandamplitude valuesbasedonmeasurments oftheT5/4holemadeandenteredbytheoperatorPeR.5/12/81-7IV.86 REPORTf38A4,B4areusedforlaterallocationcorrection ofareflector fromthetransducer

location, asisneededforanglebeams.Duringcalibration, dataisobtainedateachholeforthetimeandthecalibration apparatus scannerscrewencoderreading.Thisisinsufficient datafordetermining thevaluesoftheparameters ofastraight, lineequationrelatingtimetothedistance, measuredalongthesurface,ofanindication fromthetransducer position.

Thispositioncorrection basedontimeisnecessary whencalculating theexactlocationofanindication.

Ifthecalibration lengthtofullscaleencoderreadingrationhasbeenalteredsincetherun,theA4parameter ismultiplied byNEWCALIBRATION LENGTH*OLDFULLSCALENEWFULLSCALE+OLDCALIBRATION LENGTHIftheinspection scannerlengthtofullscaleratioisaltered,theA4valueismulitplied byanextrafactorofNEWSCANNERLENGTH*OLDFULLSCALENEWFULLSCALE*OLDSCANNERLENGTHA5,B5arevaluesusedtocalculate thedepthofthereflector.

Duringcalibration

scanning, thetimesforeachholeareretained.

Thisdata,alongwiththeknowndepthsofthecalibration blockholes,discussed above,issufficient dataforthedetermination ofastraightlineequationrelatingtimetodepthforthetransducer.

ACOUSTICPARAMETERS Wheninspecting vesselweldstwocomplementary locationsystemsareusedTheodometerandazimuthencodersprovidelocationdatathatisquiteaccurateovershortdistances Overlongerdistances (15-20inches)thecumulative errorinherentinthiskindofmeasurement, aggravated bycrawlerslippageandmanuallocationad)ustments, becomestoolargetokeepaccuratetrackofthelocationofthecrawlerTheacousticlocationsystemisusedtodetermine astartinglocationandcorrectodometertheerroraccumulated overlongdistances Acousticlocations aretakenwheneverindications areseenoreverynscans,wheretheoperatorsetsn(seebelow).F.R.5/12/81-8IV.87 0

REPORT(f8Theacousticlocationsystemisgenerally accuratetowithin0.25inchesexceptwherethereismechanical orgeometrical interference withdatacollection Whenanacousticlocationisobtained, itischeckedagainstthepresumably nearlyaccurateodometerbasedlocation.

Iftheacousticlocationiswithintheoperator-set acousticlocationtolerance oftheodometerlocation, itisusedtoupdatethe.odometer.

Iftheacousticldcationisnotcloseenoughtotheodometerlocation, thesystemassumesamechanical problem(eg.poorcontactoftheacousticpulserwiththevesselsurface)andtriesuptothreetimesatdifferent pulserlocations toobtainanagreeable acousticlocation.

If,afterthreetries,theacousticlocationstilldoesnotagreewiththeodometerlocation, thesystemassumessomegeometrical problemisinterferring withthe'data(eg.anearbynozzleorbevelalteringthesoundtransmission orpath).Insuchacase,theodometerlocationiskeptasbeingthemostreliable.

Thesystemattemptstoobtainlocations frequently enough,evenintheabsenceofindications, to'miss'everal timesbeforethecumulative erroroftheodometerwouldbeunacceptable.

Usually,afterafewmoves,theacousticlocationandodometerlocationwillagreesufficiently toallowupdatingtheodometerlocation.

Insomecases,especially wheretheoperatorhasmanuallyrotatedthecrawlertokeepitoncourse,theodometerlocationwillbeknowntohaveexcessive error.Insuchacase,theoperatormaychooseto'FORCE'he acousticlocation.

Whenthiscommandisused,thesystemprintsallthedatanecessary toensurethattheacousticdataisgoodand,therefore, thatthelocationdetermined fromitwillbedependable.

Thisdataontheoriginalfileincludesasensorbysensorreportofitscontribution tothelocationprocess.Inthefinalreport,onlythemostsignificant datafromthis'FORCE'ocation procedure isprinted:FORCEACOUSTICLOCATION~~~X5381Y~529.7DIF.SQ.~087OK?YThecomputerprintstheacousticlocationandasks"OK?".Theoperatorrespondswitha"Y"ifthelocationistobeusedtoupdatetheodometer.

ThefinalreportincludestheSCANlineswhichprecedeandfollowaFORCEoperation.

ThesecontainthesettingoftheodometerlocationbeforeandaftertheFORCEand,therefore, canbeusedtodetermine themagnitude ofthecorrection thatwasnecessary..

TheF.R.5/12/81-9IV.88 0

REPORT/18X,Yvaluesaretheacoustically determined coordinates andcorrespond tothescanlineX,Y.TheDIF.SQ.isthesquareddistancebetweentheodometer-andacoustic-determined locations.

Thiscangiveanideaofthemagnitude oftheshiftinlocations ItisnotusuallyapparentfromthedatawhytheFORCEwasnecessary, ie.whetherthecrawlerslipped,wasmovedbytheoperator, etc.Theadjustment doesnotaffecttheanalysisexceptwhendataforanindication wascollected beforeandaftertheFORCE0Thecomputercheckstoseeifthechangeinodometerreadingsbetweenscansisconsistent withthechangeinX,Ylocation.

Thischeckisnotdonewhenthesecondscanofapairisnumbered1.Ifanacousticlocationisforcedtoadifferent valueonscanN,theoldvalueisusedtocomparetoscanN-1andthenewvaluetocomparetoscanN+1.Ifthedifference isgreaterthan.9inches,thesystemprintsthemessage*****ODOMETER DISAGREES WITHCHANGEINLOCATIONONSCANnwherenisthesecondscanofthepair.Theprogrammayberunwithapatchtonotperformthischeckiftheirregularities havealreadybeennotedandaccounted for.FeRo5/12/8110IV.89 RAPPORT88AcousticLocationParameters X443720624370VELOCITYOFSOUND~0.1172LAGTIME~0.400DISTANCEC.F.~0.0000ACOUSTICLOCATIONTOLERANCE

~0.250CYLINDRICAL

GEOMETRY, CIRCUMFERENCE

~SHELLCOURSE82THRESHOLD

~1518CRAWLERPULSERLOCATIONX~53868Y~REGION1SENSORGLOBAL8Y11196'30342195'30842.10383.60Whentheacousticlocationsystemisused,theabovelistofparameters willbeprinted.Theprimaryimportance ofthelisteddatadoesnotrelateto,thecurrentevaluation.

Thevaluesarelistedsincetheidentical valuesmustbeusedinlaterre-inspections forlocations,to bereproducable.

Thecircumference allows"wrap-around":

ifthecircumference is842.10,anindication atX841.9maycombinewithanindication atX~0.3~StesizeCommandsSETCRAWLERMOTORSTEPSIZESMALL~0.40~LARGE>0+75~e65UPPERLIMITT,ODoUNITS~80~75MAXIMUMALLOWABLE STEP,INCHES~08~MAXCHANGEDURINGSCAN,INCHES~005~8SCANS/ACOUSTIC LOC~5~orSETNOZZLESTEPSIZEINCHESSMALL~Oo40~LARGE~Oo70~o6BIGSTEP,ODOMETERUNITS~229~UPPERLIMIT,OD.UNITS~400~300MAXIMUMALLOWABLE STEP~DEGREES~12~le0MAXCHANGEDURINGSCAN,INCHES~0.05~Thesetypesoflinesareprintedwhenevertheoperatorsetsthedistancethecrawlerornozzleapparatus attemptstomovebetweenscans.Thesmallstepisattempted afterascanwheredatahasbeenseen.Thelargestepisattempted afterascanwherenodatawasseenTheUPPERLIMITisthelargestnumberofodometerunitsitmayattempttostepIfitstepslargerthantheMAXIMUMALLOWABLE, thesyst:emterminates therun.TheMAXCHANGEDURINGSCANisthemostthebugornozzleapparatus isallowedtomoveduringascan.TheBIGSTEPisthecurrentestimateofthenumberofodometerunitsforthelargerstepsize.

The"8SCANS/ACOUSTIC LOC"setsthemaximumnumberofscansbetweenacousticlocations.

IV.90F.Ro5/12/81-11 REPORT/18NOTE:Thecomputersystemusesthefollowing conventions foroperatorsettingofparameter values.Whentheappropriate setcommandisexecuted, thesystemprintsthecurrentvalueoftheparameter (eg.0.05inchesintheaboveexample)followedbyanequalssign.Thecurrentvalueisretainedifnooperatorentryismadeoranentryendinginaismade.Ifanewnumberisentered,thatvalueisthenusedfor.theparameter.

For.instance, theabovenozzlestepsizehasbeenchangedfrom0.70to6inches.Evaluation Parameters EVALUATION PARAMETERS:

VESSELMODE"orNOZZLEMODETSCAN,PSCANCLOCKWISE, orSCANNERbQKHSIONS:

PSCANCOUNTER-CLOCKWISE CALIBRATION LENGTH~30.00FULLSCALE~3000 VESSELLENGTH~3000FULLSCALE~3000PODUNITSPERINCH100.00orOFFSETS:x-20.74SCANNERSTEPSIZE~Oe050STEPTOLERANCE

~Oe020MINSEP~0.250100KDAC~100EVALUATION LEVEL~50WELDREFERENCE POIVaZ:X~532.61Y~388%4THICKNESS

~6~53SHELLCOURSE2CIRQDPRENCE

~795.69EVALUATION ANGLE:LAMINAR~100NONPLANAR~

100SURFACETOLERANCE'ISTANCE~

00000REPORTB.E.DATAATFULLB.E.AMPorREPORTB.E.DATAAT1/2B.E.AMPMAXIMUMBEXDACFOREVALUATION 15orEVALUATEALLB.E.DATATheabovelistcontainsallvalues,otherthanspecificUTchanneldata,thatarerequiredforpostprocessing rawdatafromtheinterimtape.Animportant featureoftheinspection systemcomputerprogramisthatoncetheabovelistofparameters hasbeenprinted,itisimpossible toalterthelistedvaluesThus,thelistspecifically definestheconditions underwhichanyinspection passwasperformed Ifaparameter valueneedschanging, theprogramautomatically printsthelistagainbeforeanyinspections canbestarted.Themode,VESSELorNOZZLE,islisted.Themodesettingnotonlyinfluences thewayinwhichthecomputerdrivesthehardware, butcausesthecalculation ofrelativeXandYvaluestochange(seeend-of-scan printoutdiscussion below).WithinNOZZLEmode,thereareTorPscans,clockwise orcounterclockwise.

Generally, theT,W,andBchannelsareonforaTscan,thenegativeanglePscanchannelsareonforaclockwise Pscan,andthepositiveanglePscanchannelsareonforacounterclockwise PscanTheBchannelisgenerally onlyonforbackechomonitoring onthePscans:itsflawgateisoff.IV.91F.R5/12/81-12 REPORT/38Thecalibration andinspection scannerarmLENGTHandFULLSCALEreadingareusedtocalculate thepositionofthetransducer packageonthearm.Intheaboveexample,thearmis30.0incheslongwithafullscalereadingof3000.Thisisequivalent totellingthecomputerthatachangeofoneencoderunitcorresponds toamovementofthepackageby0.01inches.TheSCANNERSTEFSIZEisthedistancethetranducer packageismovedbythescannerscrewbetweenUTdatasamplingwhensignificant dataisfound.Forexample,ifnosignificant dataisbeingreportedbytheUTtransducers, thescannerscrewmovesthetransducer packagec'ontinuously.

Assoonasonechannelseesasignificant reflection, thepackageisstoppedandallUTchannelspulsedatthatposition.

Thenthepackageismovedaccording totheSCANNERSTEPSIZEsetting(0.050intheexample),

stopped,andallUTtransducers pulsedagain.Thiscontinues untilap'osition isreachedwherenoneofthetransducers obtainsignificant reflections, atwhichtimethecontinuous motionisrestarted.

Thesteptolerance istheamountoferrorpossibleinthestepsize.

Thisvalueisrequiredbythecomputerforcalculating theabsolutemaximumvaluesthatareusedinseparating indications thatareneareachotherbutnottobeconsidered one.MINSEPistheminimumseparation betweenindications thatcanstillbeconsidered separatefromeachother.Thus,'heoperatorhasindicated intheaboveexamplethatanytworeflectors seenbyagivenUTtransducer thatarecalculated tobewithin0-25inchesofeachotheraretobeconsidered partsofasinglelargereflector including both.The100XDAClevelissetto100.Asexplained earlier,thissetting,causesthecalibration processtocalculate TCGparameters suchthattheamplitude obtainedateachofthecalibration blockholes(usually80orslightlyhigher)israisedtoequal100.Thismakestheamplitudes inthefinalreporteasytointerpret:

aprintedamplitude of34isequivalent to34XDACTheevaluation level,50K,istheoperator-set amplitude levelatwhichareflection istobeconsidered significant forthepostprocessed reportTherawdataontheoriginalfilesincludesdataforeachandeveryshearwaveUTpulsethathadatimecorrected amplitude equaltoorhigherthanthisvalueorelsethefinalreportwouldhavebeenaborted.InVESSELmode,theWELDREFERENCE POINTisapointselectedbytheoperator, usuallyaweldintersection.

Itisusedforcomputing therelativeXandYdistances asdescribed belowfortheend-of-scan printoutInNOZZLEmode,theXweldreference valueisthedistancefromtheF.R5/12/81>>13IV.92 REPORT/38centerofthenozzletothecenterline oftheweld(radialdistance)

~TheYvalueisnotused..THICKNESS isthevesselthickness.

Thisvalueisusedinindication evaluation forthetwoXOFTcolumnsintheend-of-scan

printout, indetermining theallowedsizeofindications, andindetermining theSURFACEorSUBSURFACE natureofanindication inthefinalend-of-pass analysis.

Theshellcoursenumberisprintedbutnotusedforanalysis.

Thecircumference isasintheacousticlistandallowsindications tocrosstheX~Oline.Thelaminarevaluation angleisusedtodetermine whenanindication sightedbyaP,T,orWtypechannelistobeconsidered LAMINARItisLAMINARif(THROUGHWALLDEPTH)tan(LAMINAR ANGLE)>(INDICATION LENGTH)Theangleissetto10.0degreestocorrespond tothevaluestipulated inSectionXIofthecode.Thenonplanar evaluation angleisusedtodifferentiate betweenPLANARandNON-PLANAR indications.

Anindication isPLANARX(orY)if(INDICATION X(orY)LENGTH)tan(NONPLANAR ANGLE)(INDICATION Y(orX)LENGTH)TheSURFACETOLERANCE DISTANCEisincludedtoallowtheoperatortorespondtofutureclarifications oftheinspection code.SectionXIillustrates examplesofindications lyingnearthesurfacewhichareconsidered tobesemi-circular'his designation increases thesizeoftheindication' Itisnotclearfromthecodehownearthesurfacesuchanindication mustbebeforeitcanbeconsidered thesmallersemi-elliptical shape.Ifthisdistancewereknown,itcouldbeenteredastheSURFACETOLERANCE DISTANCEBysettingthisvalueto0.0,allsurfaceindications willbeconservatively designated bytheanalysisprocessasbeingsemi-circular unlesstheylieexactlyonthesurface.Thebasemetaldatamaybereported.

at1/2orfullbackechocorrected amplitude.

Ifthedatawascollected atfullbackechoamplitude, thepostprocessor willnotallo~reporting at1/2amplitude.

Thebasemetaldatamaybeanalyzedforallreportedreflectors, oronlyforthosereflectors whosebackechocorrected amplitude islessthanorequaltoacertainamount,15XDACinthisexample.IV.93F.R.5/12/81-14 I

REPORTk/8UTChannelDataUTQVJlNELDATA:SCANNERSEPoFACTOR~13CH0,ANGLE.XOFFSETY'FFSETBEGINSTOPMNBETSEPT5/4A2-45.0T&.802.612002060055-5.00Al~-01831A2~0.0000A3~1.2817A4~4.463A5~4.581Tl/2~711Bl~1~289B2~1~164B3~W.204B4~0.010B5~0.002T3/4~10673-60.0T0482.612002060078-600Al~00000A2~0.0916A3~1.1902A4~5.526A5~3.232Tl/2~979Bl1.156B21.067B3~W576B4~0.010B5~0.057T3/4~1501LiketheEvaluation Parameters described above,thesettingsfortheUTchannelscannotbealteredwithoutre-printing theabovetypeoflist.Thislistconsistsofallimportant valuesforeachofthechannelswhichisON,thatis,channelswhichwillbepulsedduringaninspection pass.Thescannerseparation factorisatranslation of1/2MINSEPintoscannerencoderunits,roundedup..Thus,withMINSEP~0.250and1encoderunit~0.01inches,theSCANNERSEP.FACTORequals.13.Thisvalueisusedindetermining whethertwoindications seenbyasinglechannelinascanshouldbecombinedduringend-of-scan processing.

Ifoneindication islocatedsuchthatitsmaximumscannerposition+1/2MINSEP(ie.13)overlapsasecondindication's minimumscannerposition-1/2MINSEP,thenthetwoindications arecandidates forcombination onthebasisofnearnessinthedirection ofscannermotion.Asdescribed belowforTSEP,thetwoindications mustalsomeetnearnessrequirements inthedepthmeasurement ThechannelnumberislistedundertheCH8column.ThechannelANGLEislistedwiththetypeofchannel:transverse (T),parallel(P),weldmetal(W),orbasemetal(B).Theactualvalueentered-forthechannelangleisnotusedinanyoftheimportant.

tothepostprocessor.

Therefore, theangleiscustomarily enteredasaniceroundvalueratherthantheactualbeamanglemeasuredbytheoperatorincompliance withSectionXZofthecodeTheXandYOFFSETSaredistances measuredfromthedesignated zeropointonthepackage.Thisinformation isrequiredfordetermining theexactlocationofthetransducer and,hence,theexactlocationofareflector seenbythetransducer.

F.R.5/12/81-15 REPORT/18ThevaluesforBEGINandSTOParetheencodervaluesbetweenwhichthespecified channelwillbepulsed.Thesevaluesaresetbytheoperatorinamannerwhichensuresthattherequiredvolumeofplateisinspected asrequiredbythecode.MNBEistheminimumbackechorequiredforaBtypechannel.Ifthesystemdetectsthatthebackechoamplitude reportedforaBtypechannelislessthanthevalueforMNBE,itstopsthetransducer package.Thesystemcontinues topulseonlytheBtypechanneluntilbackechoreturnsThismayoccurwhenmomentarily lostcouplantreturnsor,underoperatorcontroloftheBransonhardware, thelossofbackechocondition isoverridden.

Duringlossofbackecho,nodataistakenfromotherchannelsandthetransducer packagedoesnotmove.TSEPisameasurement, intimeunitsforthechannel;equalto1/2MINSEP.ThisisthusbasedontheA5valueforthechannelandisthedepthequivalent oftheSCANNERSEP.FACTORdescribed aboveforcombining indications attheendofascan.T5/4Aisthe5/4Tamplitude difference measuredbytheoperator.

TheAl,Bl.arelistedonlyinthefullreport,notthepartial.Thesearethevaluesusedinevaluating thetime,amplitude, depth,andpositionofareflector seenbythatchannel.II+THEINSPECTION StartUCommandsBEGINUTINSPECTION ANDCRAWLERMOTIONSEQUENCEEVALUATION LEVEL<<50KDACDISTANCE<<300SCANNINGLIMITS:LOW<<300HIGH<<2110WELD:BK-orBEGINUTINSPECTION ANDNOZZLEROTATION<<300EVALUATION LEVEL<<50XDACSCANNINGLIMITS:LOW30HIGH1800NOZZLELOCATIONX<<7'3Y<<170+25WELD:N4A-'nNOZZLEmode,the"NOZZLEROTATIONn"isimportant mainlyforthesignofn.,Theoperatormayoftenterminate therunbeforendegreesarecovered,butthesigntellsinwhichdirection rotationoccurred.

Apositivenumberindicates increasing degreesandnegativeindicates decreasing.

IV.95F.R.5/12/81-16 I~

REPORT/l8Forinstance, if+300wasentered,thefirstazimuthreadingwas355.4degrees,andthelastazimuthwas181.1,theareaat50degreeswascovered,butthatat250wasnot.InVESSELmode,theDISTANCEhasnosignificance exceptforthesign,whichindicates thedirection oftravel.Apositivedistanceindicates thecrawlerwastraveling forwards; anegativedistanceindicates itwastraveling backwards TheEVALUATION LEVELissetduringpostprocessing andmustbegreaterthanorequaltothetestlevel.Theweldtestedi'slistedThenozzlelocationislisted.ThescanninglimitsarelistedonthefirstBEGINofaseriesconnected by'CONTINUE?

Y'soriftheyhavechangedsincethelastBEGIN.Thescanlimitsgivetherangeoftravelforthepackage,independent ofthepulsinglimitsofthechannelsThescanlimitsaretheattempted endpoints ofthescan.Thepackagemayactuallyscanfurtheruporlowerdown-thanthesenumbersInthepartialreport,thesenumbersarenotprinted.Combinedwiththechanneloffsetsandpulsinglimits,andthescanpositions (X,YandAZIMUTH),

theydetermine theareaofcoverage.

Theindication numberforpostprocessing issetautomatically andmaynotma'tchtheoriginalnumbers'can LinesSCAN82.AZ~180'ODOM~3482X~5442Y~383'orSCAN82AZ~134.4ODOM~2561Thefirstandlastscanlineofanyrun'realwaysprintedonafullreportInNOZZLEmode,thescanlinegivesthescannumber,theazimuthreadingindegrees,andtheodometerreading.VESSELmodeliststhescannumber,azimuthreadingindegrees,odometerreading,andtheXandYlocation.

Thusitispossibletodetermine theextentoftheinspection foragivenpassbylookingatthebeginning andendingnozzleapparatus orcrawlerpositions.

Theazimuthisthe=angle ofthescannerscrew.ForVESSELmode,0degreesiswiththescannerhorizontal andthecrawlerheadingupthevessel.ForNOZZLEmode,0degreesiswiththescannerhorizontal andtotherightofthenozzle.Anglesincreaseintheclockwise direction.

InVESSELmode,theazimuthmaybeusedtodetermine theangleofthescannerarmonly,nottodetermine direction traveled.

ThisisdonewiththeFREEZEAZIMUTHcommand,wheretheoperatorsetstheazimuthvaluetobeused.FROZENiswrittenaftertheAZ'reading'V.

96F.R.5/12/81-17 REPORTj/8onthescanlines.Scanlinesaroundaforcedacousticlocationareprintedsinceadiscontinuity inlocationreadingsmayhaveoccurred.

Also,ifscannumbersareoutoforder,themessage"SCANNUMBEROUTOFSEQUENCE" isprintedThismayindicatethatsomescanlinesaremissingbutdoesnotnecessarily meanthatdatahasbeenlost.Sometimes therewillbemorethanonescan01;thisoccurswhenonerunisterminated andthenextbegunatthesameplace,inthesamedirection, withoutanygaps.Insuchacase,the"ENDOFPASS"and"BEGIN"linesareremovedfrombetweenthetworunsduringpostediting.Theline"+END/BEGIN DELETED".

maybeinserted.

Set>>updatamayalsoberemovedfrombetweenrunsifnoparameter valueswerealtered.End-of-Scan Processin SectionXIofthecodespecifically requirescertaindatatoberecordedfor.eachscanbyatranducer whichrevealssignificant reflectors-Thesereportsconstitute thebulkofthefinalreportformanywelds.Ztisunfortunate thatSectionXy~reuiresthisdatasinceitisintendedmainlyasanecessary steptobetakeninamanuaiinspection processwhereevaluation andfurtheranalysisisnotperformed duringthetest'herefore, itwillbefoundthatstudyoftheend-of-scan reportsofferslittleinformation relevanttoevaluation ofindications Thecoderequirestwokindsofprintout.

Thefirstoftheseisforshearwaveanalysis:

MAXAMPLITUDE IDiOXDACDEPRELXRY/AZ419813~7308~7546984.0309.155.565393085560-50XDACDEPRELXRY/AZ3.9309.454-641309955.540308.7560+50XDACDEPRELXRY/AZ3.7307F754.64.1308.855537307.956.0XOFTDEPSDEP2.448~80.446.73748moTheaboveend-of-scan printoutforanindication isforP,T,andWtypechannelsThechannelandindication numbersareintheOandIDPcolumns.Intheexampleabove,indication 19wasobservedonthreesuccessive scansasindicated bythethreelinesofdatawithoutadditional channelorindication numbervaluesThatis,whenoneindication isbuiltfromseveralscans,thechannelandindication numbersarenotrelisted.

Theinformation oneachlinecorresponds tothedatacalledforbySectionXIofthecodeandillustrated inthesampletableinsectionI-6330.InVESSELmode,RELXandRY/AXaretheXandYdistances, ininches,fromtheweldreference point.InNOZZLEIV.97F.R.5/12/81-18 0

REPORTjj8mode,RELXisthedistancebetweenthegivenpointofthereflector andtheweldline.RY/AZistheazimuthoffsetfrom0degreestothegivenpointofthereflector.

0degreesishorizontal andtotherightofthenozzle,andanglesincreaseintheclockwise direction.

DEPisthedepthofthegivenpointinbothVESSELandNOZZLEmodesRELX,RY/AZ,andDEParerecordedwheretheZDACwashighest(MAXAMPLITUDE columns),

whenitfirstreachedthetestlevel(-50XDACcolumns),

andwhereitlastreached(fellbelow)thetestlevel(+50XDACcolumns).

Itwillbenotedthattheend-of-scan printoutdiffers.fromthesampletableinsectionI-6330inthatitcontainsRY/AZcolumnsforallthreerecording positions ratherthan)ustfortheMAXAMPLITUDE positionThisisnecessary becausethecomputercalculates andreportstheRELXandRY/AZpositions oftheactualindication whichmaychangeinbothvaluesThetableinsectionI-6330recordsonlythelocationofthetransducer whichdoesnotchangeintheRY/AZvaluefromonesetofcolumnstothenext.Thethelasttwocolumnslistthedepthasapercentofthickness (DEP)andthedistancefromsurfaceasapercentofthickness (SDEP)~IThesecondtypeofend-of-scan printoutisfortheBtypechannels.

Thecodespecifically requiresthatcertaindataberecordedforevertransducer ositionforwhichtheindication amplitude equalsorexceedsthebackechoamplitude:

CHdBETBEAITIARELXRY/AZDEPSCNR90028315503962.233168690028322503.862'3.3169895931328418503.762.2331707ForBtypechannels, thedatarequiredinsectionI-6420(a) isincludedintheend-of-scan printout.

EachpulseyieldingdatawithaZDACatleastashighastheevaluation levelorthebackecholevelliststhechannelnumber,backechotimeandamplitude (BETandBEA),andindication timeandamplitude (ITandIA).Ifdataistobereportedat1/2B.E.amplitude, thepulsesneedonlybeatleast1/2thebackechoamplitude.

RELXandRY/AZareasfortheP,T,andWtypeprintout.

Thedepthininchesandthescannerpositioninencoderunitsfollow.IV.98F.R.5/12/81-19

.!'

REPORT//8DataBridesCONTINUE?

YorCONTINUE?

NInpost,processing, attheendofarun,alinewillquery"CONTINUE?".

A"Y"answermeansthecurrentdatawillbecombinedwithdatafromthenextrun,evenifacalibration recheckliesbetweenthem.Theindication numberwillnotbereset.A"N"answermeanstheUTinspection data,ifany,willbeprintedout,withitsfinalcombinations andevaluations.

Thebridgebetweenrunsisnecessary whenseveralrunsweremadeto.completeasingleinspection passbuttherunscannotbecombinedinawaysothatthedatasimulates acontinuous run.Thisismaybeduetoarecheckinthemiddleoftherun,orcombining

-runsfromdifferent days,whichmeansdifferent channelparameters willbeusedItmayalsobeduetorunningfirstinthepostivedirection, thenthenegativetocoverbothhalvesofanozzle(ie.runsof0degreesto180degreesand360degreesto181degrees).

Theresultofthe'CONTINUE?

Y'sthatthecomputerwillstillcombineanyindication dataobtainedatoverlappoints(ie.at0degreesand180degrees).

Atevery'CONTINUE?

N'herewillbeprintedonfullreportsAVERAGESTEPSIZE~x.xxMAXIMUMSTEPSIZE~y.yyWherex.xxandy.yyareindegreesforNOZZLEmodeandininchesforVESSELmode.Thesegivetheaverageandmaximumstepsforallthescanscombinedforthisevaluation, exceptthatanystepbeforeascannumbered1isignored.InVESSELmode,thestepiscalculated fromtheodometerreadingsonthescanlinesand,translated toinchesusingthe80DOMETER UNITS/INCH LAMINAR/PLANAR CombingtionsLAMINARINDICATIONS JOINiNGPLANARINDICATIONS CH8LAMINARO'LANAR8DISPOSITION 123125LAMINARindications mayappearwhicharesoclosetoPLANARindications that,hadtheybeenPLANARtoo,theywouldhavecombinedTheseLAMINARindications andthenearbyPLANARonesarelistedbychannelandindication number.Aspaceisleftforaqualified operatortofillinanevaluation ofthepossiblecombination.

IV.99P.R.5/12/81-20 REPORT88Indication Combination PrintoutINDICATION COMBINATIONS CH8INDITHINXHAXXMINYHAZY419SN325t3432?e44608m74610e164104L311.01331.22653.7265372105L332.06332.0665287652t874104L331.01332.06652.87653.72524SY24432244.4419898199.8726SY244.53244.63198021983524SMY24432244.63198.02199.8727SN245.22245.53198.74199.95524SN244.32245.5319802199.95DMIN3'24.093?43.745.756215.?55.61561DMAX4.104.093.744.096426.416.426.506.50Theindication combinations printouthasonei1ioithfiIindication numbersdurinthbenareport:toaccountfoxthedsxeisappearance ofurngtecombination process.Thefirst1inebelovtheheadercontainsthedatafidiioFohobiicornnationthatismthdtforthidiine.efirstoftheseheadtt~ltencatontobecombinedwiththeThenextlinecontainsdataforthesaaortheresultant combinedindication.

Iftherearemorecombinations for,thehlibeginswiththechannelnumbeenallcombinations arecomplete, thelinennenumerinsteadoftheaxrowsymbol,.Intheexamplesabove,indications 104and105wthresulthavingthelowerindicatiumr(o)oftvo.shovnonthelastlifand27verecombinedinntoindication 24,ascombinations resltdineotheexamle.Inp.thislastcase,the(tvoSUBSURFACE PLANARuenafinalindication tionvithanalteredtypeSUBSURFACE MULTIPLEPLANYindications fifurthercombination withSUBURFNON-ARY,thenthiscombinedinndication hadaSUBSURFACE NON-PLANAR indication)

Thesystemdoesnotcombinetvoindications thencindications areflaggedthenthesstgg,thesystemprformsteactualnombinations donotleadtocombinations Indication combinations aregivenforthePTindications Afterthh1e,T,andVtypechannelsymbols)thetypfidecannelandindicatteonicationislistedinthtionnumbers(orarrowmaincatagories axePLANARX(X)ntheTcolumn.TheX),PLANARY(Y),NON-PLANAR (N),andF.R.5ll2/81-21lV.100 REPORTf38LAMINAR(L).PLANARXandYaresubdivided asMULTIPLEPLANARXorY(MXorMY),PARALLELPLANARXorY(PXorPY),and,athirdcategorywheredistinguishing

~iTIPLEfromPARALLELPLANARXorYisimpossible bythecomputer(*Xor*Y).PLANARandNON-PLANAR arefurtherrefinedbytheprefixedclassifications OUTERSURFACE(0),INNERSURFACE(I),andSUBSURFACE (S)~Theminimumandmaximum-X,Y,anddepthvaluesaregivenininches-COPLANARCombinations COPLANARXCOMBINATIONS CHPIND.0S'INXMAXXMINY478118.3411874554.99134713118.7411923554.99555.323.27****SUMA/TXAVoALLOW/TXEVAL556.'39361.3.63Overlapping PLANARindications areexaminedbytheprogramtoseeiftheircombineddepthsarewithinthelimitsdescribed insectionIWB-35111(c)andfigureIWB-3514.1 oftheDecember, 1975editionofthecode.Theprocessoccursaftertheindications havebeencombinedbutbeforethefinalevaluation.,

Thealgorithm usedisdescribed elsewhere.

ThePLANARXcombinations arechecked,thenPLANARYcombinations.

Ineachcase,ifanycombinations arefound,thechannelnumberislistedfollowedbytheindication numbersOnly2indication numbersarelistedperline,sosomeindication numbers,like13above,maybelistedwithouttheotherinformation, onthefollowing lines.TheXandYboundaries oftheoverlapped areaaregiven,followedbyitsvalueandallowedvalue.Asterisks appearinthelastcollumnifthevalueisnotlessthantheallowedvalueIndication Evaluation TableFINALEVALUATION TABLECHINDITMINXMAXXMINYMAZY419SN32530327.40608.7061010DMIN3.604104L331.00332.0065280653703.70DMAXVALALLOWEDEVAL4.103.103.0****3103.44.100.923.1Thefinalevaluation tableissimilartothecombinations table,withtheevaluation information added.Indications fromallchannelsarelisted;LAMINARindications fallattheend.Indications arelistedsothatthoseneareachotherinXorYF.R.5/12/81-22 REPORT/38locationareneareachotheronthelist.IntheVALcolumnisthecalculated inspection valuefortheindication (i.e.A/TXforPLANARandNON-PLANAR indications, AREAforLAj3INAR).

TheALLOWEDcolumngivestheallowedvalues,interpolated fromthetableslistedatthebeginning ofthereport.XandYprojections areevaluated separately forNON-PLANAR indications, withtheXevaluation onthefirstlineandtheYonthesecond.Thefinalcolumnisleftemptyiftheindication iswithintheallowedlimit.Fourasterisks areprintedotherwise.

Theasterisks meanthatthecomputer's evaluation ofthedatayieldsanindication whosesizeandlocationexceedstheallowable values;itdoesnotim1thattheindication isnotallowable bthecode.Indications withasterisks requirefurtherevaluation:

eitherexplanation ofthedata(suchasoperatorknowledge thatabracketorbeveledweldcausedspuriousdatatobeobtainedbythecomputer) orre-investigation oftheareainquestionusingstandardmanualUTscanningtechniques ThelatterapproachisrequiredsinceSectionXIofthecodewasdesignedforanalysisofmanuallyobtaineddata.Thecomputerismuchmorediligentandpreciseinitsdatacollection thanishumanlypossibleand,thus,itsevaluations willingeneralexceedthoseobtainedbymanualscanning.

ENDOFPASSThisisprintedafterallindication evaluations havebeenprinted'Iftherewerenoindications, ENDOFPASSistheonlylineprintedIV.102F.R.5/12/81-23 REPORT//8LonPrintouts ofIndications

)INDICATION COMMANDS:

PRINTINDICATION:

BN&019INDICATION REPORT:CURRENT-BN&019UTCHANNEL4INDP:19CLASSIFICATION:

SUB-SURFACE NON-PLANAR CHARACTER:

(X)ELLIPTICAL (Y)ELLIPTICAL LOCATION:

MINX~325.3MINY~608.7MINDEP~3.6MAXX~327.4MAZY~610.1MAXDEP~4.1EVALUATION:

AXISALA/LA/TXALLWLOWHZGH(X)0242.150.113103.0(0.1012.9)

(015,32)~*INDICATION REQUIRESFURTHEREVALUATION***

(Y)0.241-410173'03'(0.15,3.2)

(0.2036)NOFURTHEREVALUATION NECESSARY INDICATION REPORT:HISTORIC-BN&019~~~~~Ifanindication requiresfurtherevaluation, thepostprocessor operatormayelecttoprintalongformversionofthedatacontained intheEvaluation Tabledescribed above.Thismaybedonebyacommandissuedinthemiddleofthereportwhichprintsspecificindications, oracommandbeforethereportwhichprintsallindications requiring furtherevaluation.

Theprintoutcoversonepageandcontainsthesameinformation aswasintheevaluation table,withmoredetailsThetwosections, currentandhistoric, containidentical information forthebaselineexamination TheUTchannelandindication numbersarelistedfirst,followedbytheX"andYcharacter:

CIRCULAR, SEMI-CIRCULAR, ELLIPTICAL, SEMI-ELLIPTICAL, orLAMINAR.TheminimumandmaximumX,Y,anddepthvaluesarelisted.PLANARandNON-PLANAR indications listvaluesforA,L,A/L,A/TX,andtheallowedvalue(ALLW).TheA/LandA/TXvaluesusedforF.R.5/12/81-24IV.103

)

REPORT/38interpolation srelistedmithinparentheses intheLOPandHIGHcolumns.Thesevaluesaretakenfromtheevaluation tableatthebeginning ofthefinalreport.LhNINARindication reportsliattheindication lengthsSntheXandYdirections (LXandLY),thetruecalculated area{RECT),thesd5ustedareastipulated bythecode(AREA),'andtheinterpolated illovedareaNoad)ustment oftheRECTasallottedbytheMinterof1975codehasbeenmadeandsothevaluealwaysequalstheAREA."***lNDICATION REQUIRESFURTHEREVALUATION*+*"

Ssprintediftheindication exceedstheallottedlimitinthatpra)ection (XorY).Asdiscussed above,thisismerelyasignthatadditional standardevaluation isrequiredandinnovayimpliesunacceptability oftheindication atthispoint."NOFURTHEREVALUATION NECESSARY" SsprintedSfthevaluesarsSnboundsDuringpostpracessing, onlyindications havingatleastonepro)ection requiring furtherevaluation veraselectedforthelongformevaluation printout.

III'ENERALITEHSCOKED:XXXXXXOccasionally, contentsarevrittenSnthereport,eitherbytheoperatorinthefield,arduringpost,editing,taexplainchangesmade.CommentsmadeSnthefieldstartvith"COHERENT:.";

those,madeduringpostedittiugusuallybeginvithanasteriskorsdashAfev"p"smayappearintheprintout, usuallyattheendornearcommentsThesearefigmentsofthepastprocessing systemandhavenoimportance Occasionally, tableheadersappearininappropriate places,eg.atthebottomofapage,viththetableheadlessonthenextpageThisisduetothefactthatthepostprocessor mustrelyanthelayout.ofthedataontheoriginaLtapeand,insomeinstances, thiccausestableheadersvhichfaLLatinopportune placesilMOTE:or,*NOTE:Notesmaybeinsertedduringpostediting,raferenci'ng a"separate sheet'ofexplanatins.

Thismaybeusedinsteadofanin-linecommentwhichmightbelengthyorrepetitious:

severalnotesmsyreference thesameexplanation ThenoteIDvillbefollavedbyaIV.104

'

REPORT88pagenumber,time,anddate.Theserefertothepage,time,anddatelistedonthelastpagereadbeforethenote.Thisistohelpthe'eader relatethenotetoeventsshownontheoriginalprintoutoftherun.ThePostEditorandProcessor aresettoalwaysprintnotesstartingwithanasterisk, andonlyprintnotesstartingwithadashonfullreports.Thesechoicesmaybealteredduringpostediting..

F.R.5/12/81-26IV.105

~'

Pageof131/12/82INllLi1AIION 4$IIHCIINOllell~NOOITINONSECTIONVRECORDABLE lNDlCATlON LISTProjectSUSUEHANNAUNIT/J1BACategory325(M)2Procedure lSl'DA39()Rev.SystemIdentification NumberDataCalibration SheetNo.SheetNo.Indication Description RPVIRCUMFERENTIAL DSAC('A)AD(A)AC394027,28.2930SotIndicatio SotdVONGITUDINAL LDSBAABA(M)BA47205020462045SotIndications BC(A)BC(M)205220452BC47,4916SpotIndications SpotIndications BD(A)BD441SotIndication BG(A)BG3711SpotIndication BJ(A)362SotIndications SS.I2744060V.1GEIIERALOIELECTRIC GENERRLELECTRICPOSTPROCESSOR=

VERSION3-REV.?.SUSQUEHRNNR IMELDRCEVRLURTIGN LEVEL=501DRCVELOCITYGFSOUND=0.1164LRGTIME=1.000DISTFINCE C.F.=0.0000RCOUSTICLOCRTIQNTOLERRNCE

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836.58EVRLURTION FINGLES-LRNINRR=10.0HGN-PLRNRR

10~0SURFF}CETGLERRHCE DISTRNCE= 0.0000PEPORTB.E.DRTRRTFULLBEE.RIPI'1FIXIthUN B~E~DRCFOREVRLURTIGH =5UTCHRNNELDRTR-SCRNNERSEP.FRCTORCH:-.25?ioRNGLE0.0M45.0T60.0T-45.0P-60.0P0.0BXOFFSET2~55-2.25-1.05-5.45-5.45.-2.55YOFFSETBEGINSTOP}'1N0.00120021502.6S45021502,.es150225o-0.608SO19501.758501950-0~00102150BETSEP01100400-~20020711TSr4R0.000.00-7.000.00-6.000~00CH:'BET1058910S89-1O5961059610596106011060210601106021060210=60210602106021060210597105971o596-io5961059610596105961059SBER811272016778\7779ll14182412IT347339342341336343342333338333329=-.328"324-324.324325324325329329319319IRRELXRYrRZ10-2.51"32.0128-2.4432.0127-3.3231.5724-3.3931.S719-3.46'32.5716-3.6331.5720-3.69-31.5722-3.7531.5730'3.82"31.5738-3.9031'749.-.-3.98--"32.57 53""-40531.5750:""-4.12."31.5746-4.1731.5?42-4.2431.5740-43031.5739--4.3631.5?36-4.42-31.5731-4.4932.S?23-4.5531'718-4'031.5820-4.7731.58DEP4.063.973.993.993.94.4.024'03.903~963.903.853.84-3.803.80.3.803.813.803.813.853.853.743.74.SCNR14791486139813921384"1367~2361-13551348.1-340.1332'--"1.325~1319"~232-3.130613001294"1288.1281127512601253V.25 iIt E0012F1680DEC1722-3834-SUSQUEHRNNR I='MEkDBR"~mttCH:io1010ln1010101010lo1010101010101010101010101010101010105955905825815815815825825855850~~'059259259259259259259200592591587586586586587811272822161212870p~f~.77777700779=11121215BETBERIT32032031331230830818930830r307308-309.3083Oa313314328328328324325317307313316317321322IR211831384a5814616257P.ELX-4~84.-4..91-4.927a-4.72-4.65-4-.58-4.58-4.51-4,44232634332721214.la~.12-4.05-3a8-3a03~83-3.77-3.70-3.63-3~5528-3.4927221817-3.42-3.36-3.29-3.2345-4.38~33*'4.3126-4;25RYiRZ31.5831~5831.1331.1331.1331.1331.1331.1331.1331.1331.1331.1331.1331.1331.1231.1231.1231.1231.1231.1231.1231.1231.1231.12'1.1231.1231.1231.123.753.753~673.663.613.612.223.61-SCNP,.1246.1239.1238125112581265127212723.613.62.3e673.683.843.84.3~843.803'11305'-1'31113181325133213401347135313603.7113673.60"13753.6r-""13813.703.713r763~7713881394140114073.601279.3.6012863611292-3.62"'1299'RXID--rDRC233848a51RMPLITUDE=DEPRELXRY/RZ3.7-4.031.63.6-4.531.13.8-3.931.1="-50<.DRCDEPRELXPYiRZ3.8-4.531.63.7-4.831.13.8-3.931.13.73.8-3.931.6-4~331.1-3.931.1'-~---+-50KDRCDEP"RELXRYiRZr.OFTDEPSDEP-'.041.5"0.543.40~042.0CH:-1O1010101010101010in1010101010io10101010IT303308309.309309.309309-313313"-3233233i23.-323'23'02 313313313313314.22-131087888888-9:-10*li1514131012155855915925925925935935a3593593593593593593584-580580584-583584BETBERIR303434.333025RELX-3.07-3.15-3.22-3.28-3.35-3.4-1-3483e55201817-3~20-3.13-3.0524'3.6228~"-3.69-29"'"~76.26"-3.8220---3.89.14.-39715-3.78223~3320--3.27RY>RZ30.7030.7130.71-30.7130~71307130.7130.7130.71.30.7130.7230r230.72307230.3330.3230.3230.3230.3230.32DEP3~613-623~623~62SCNR-142314151408140213953.673.673~681410141714253.621389"3.62"1-3823.67-13r53.67-=""&3683-7.8~*"1361..378~1.354.3-783483.78134i.3.78-13333~5413523.67.13973.671403(4vV.26 ltPAGE001380DEC1722:40-51SUSQUEHANNA. IIrjEfDBR-16tLAMINARCH:-22INDICRTIONS JOININGPLANARINDICATIONS'RI'1 INRR-PLANAR:-DISPOSITIONllf21115CHTYPE2OMOMOMIND-3330272222'21010101010OMOWOMOMOMOWOMOIAIOWOlJOlJOWOMOMOBOBOBOBOB33128252322212064213432261810ENDOFPRSS2'M-*-.-"242OM192.OM15FINRLEYFILURTION TRBLETt1INXI1RXXI]INYI'1RXY'l'1 INS,"I733.03733.92157.62158.073.63DMRX3.83SY731.78SX732.68SX-733.05SX735.21SY736.40SN734.64tSN736.86731.78-f63.4573B.Sf-164.36733..19"180..90735.54.196.61736.40198.40734.85198.42738.00-199.65163.453..32f64;36~-."302180.90'"2.25196.622.97198.40'2'2198.84.2.19I~201.46.1.923.323.10=2;30"3.08i2e3i22.302.32SX733.39L732.64L732.49L737.64L734..42L732.14-L735.95L733.81L733.92L737.03L733.27L737~29-L733.44L731.67L733.38L734.92L737.28733.45216.45733.08161.69733-23163.4&737.79-170.77734.55183.75732.62184.21736.22191.11734.43196.62737.98197.50737.172i0.42733.73217.88737.44218.97734.12157.62732.83162.51733.69168.61735.71198.42738.07199.65216.45162.09.163.94-170.78183.75184.21191.12196.62201~51210.42217.89218.98157.63164'5les.el199.24.201.462.76=3.163.18"f.832~253372.74.2.811.96Be593.96~1.673.613.313.092.352.082.873.213a221'.842.253.432.762.872.352~593.9S1.693.813.563~172.592.44SN734.18734.6420198202.402.052.18VRLUE1.531.530.010.64."0.370.810.Oi0.82-0.SB3.053~051.001.000.810.180.350.000.000.000.000.0016.280.000.000.000.002.140.000.65f.43RLLOlJEVFIL2i683.436.514.32~3.06.~""2.98-6.513.722.783.082.67++++2~862.956.5112.60f2.6012.6012.6012.6012.6012.6012.6012.6012.60'I12.6012.6012.6012.6012.6012.60V.27 PAGE001+80DEC1?22-52-06SUSQUEHANNA. IWELDBFI.GF'f6INDICATION REPORT=CURRENT-BR-0008UTCHRNNEL20WINDICRTIGN '-'=8CLASSIFICATION-SUB-SURFRCE NON-PLRNRR CHARACTER-(X)ELLIPTICFIL(Y)ELLIPTICRLLOCATION= MINX=.736.86MRXX=738.00--'~MINY="199.65MRXY=201.46*MINDEP=1.92MRXDEP=2.32EVRLURTION=RXISRLRiLRiTiFILLOMLGMHIGH(X)0.201.1+0.173.053.08(0.152.91)(0.20,3.25) NQFURTHEREVRLURTIGN NECESSARY (Y).020,=1.810113'52.67(0.10r261)(015r2~91)-+++INDICATION REQUIRESFUPTHEREVRLURTION+++- INDICRTIONREPORTHISTORIC-BR-0008UTCHRNNEL20MINDICRTIGN:-= 8CLRSSIFICRTION-SUB-SUPFRCE-NGN-PLANAR CHRRRCTER: (X)ELLIPTICRL (Y)ELLIPTICRLLQCRTIQN=-MINX=736.86MINY=199.65'-MINDEP=192EVRLURTION-MRXX=738.00MRXY=201.46MRXDEP=2.32RXIS=RLRr'LR/TRRE.LQWLQM-=-(X>-.20 =1f4"017'3'5""'3.08(0~15r-291)HO'FURTHER EVANURTIGN.NECESSRRY (Y)'.201.8'10.1'13.052~67'0.10r2-.61) +~INDICATION REQUIRESFURTHEP.EVALUATION~~ HIGH.(0.-20r325)(0.15r2.91)COMMENTS: V.28

PAGE001580DEC1722=52-06SUSQUEHRNNR-IWELDBRIOFi6IHDICRTIONREPOPT-CURPEHT-BR-0006UTCHRNNEL20WIHDICRTIOH:-'= 6CLRSSIFICRTIOH-LAMINARCHRPRCTEP.- LRMIHRRLGCRTIGH-.'MINX.='3392'.MRXX.=*737.98-=::'-"MIHY~=197.50MRXY=201.5'1HIHDEP.=196MRXDEP.=2..35+EVRLUFlTION=LXLYRECTRREAFILLOW4.064.0116.2816.2812.60+++IHDICRTIOH REQUIRESFUPTHEREVALUATION+++. INDICRTION:REPORT-HISTORIC-BR.-0006UTCHRNNEL20Ii!IHDICRTION -:=6CLFISSIFICRTION:LRMINAP.CHRPRCTER: LRMINRRLGCRTIGN-MIHX=733~92MINY=197.50MINDEP=1.96EVRLUATIGH-LXLYRECT4;06-+.0116.28I'1RXX=737.98MRXY=201.51I'1FIXDEP =2.35+.RRERFILLOW16.2812.60+VINDICATION REQUIRESFURTHEREVALUATION~ 'ICOMMENTS= V.29 0e MI~t"PRGE'01'6 80DEC1722-'52=06 SUSQUEHRNNR IWELD.BRtQF)6BEGINUTINSPECTION RNDCRRMLEREVRLURTIGN LEVEL=50/DRCMELDBRtlOTIGNSEQUENCECH::BET105881058710581105771058210--58310583io58310582105821058210582lo58110582105821058610586105861058710591105911059610601105981060110601106011059510595io5951059510595105951059510583105831058310583BER1O1010122123'32628303030333710111077777-7778121091012191310190190190194296301301301301306306306306307307307304299299.308308332332338337333342328328339338338338338338342341IR21241735=.38484949484445411720181717151624.2218141719.21201915151617RELY-0.41-0.47-0.51-0.58-4.06-4"02.-3.943%87-3.80'r73-3.663e58-3.503%433e37-3.77-3.81-388-3.95-4.02-40<-4.17-4.26-4.18-4.11-4.03-3.97-3.85-3.78-3.60-3.56-3.48-3.41-3.342~8i22~83-2.91M.99RYiRZ32~0832.0932.0932.1032.7932.7832;7832~7732.7732.7632.7632.7532.7532.7432.7433.2033.2033.2133.2-133~2233~2233.2333~2333.6633.6633.6533.6533.64.33.6434.6334.6234~6234.6134.6135.0435.0435.0535.05DEP2.242.242.24.i2e283.473.-533.53.3.533.533.593.59.3.593.59.3.603.603.603e56'.503.503.613.613.893~893.963.953.904.003.843.84.3.973.963.96-3.963.963.964.004.003.99.SCNR17701776178017872135'21312422211521082101208620782071206521062'11021172124-21312138214621552.140213221252113210620882084-207620692062201020112019.CH-'=BET'ER.10586-39810581'-"12=23310580'-12"2331OSer-132401058614239IR."26'424.17.-P.ELK-0,88-0.62-0;57-0.51-2.81=RYiRZ85.1385.1185.1185.1185.73DEP27+2.74.i2822.814~66SCNR"1816-.1-79017851779"2009"ENDOFPRSS+NOTE-BR-3(PRGE1980DEC1723-56-15) v.30 ' SUSQUEHANNA IlJELDBA~e.eNC<B.1BBXNi7317NXi738.1VIOL157.6Y'Ixi219+eZeii.'7znx-<.e l SUSQUEHANNA IUELDBA~~1%90+~90IIAe-0.1eeNII~7317XIIX>>73&.1VPS~167,6YtlX~219+0ZNHi17zIIxi4e 0,E CATEGORY8-A(Continued)

  • 'eenoteBD-3**Indication 8requiredfurtherevaluation:

Amanualexamination wasperformed intheareaofconcern.Theoneindication recordedautomatically wasfoundtobetwoindications whenexaminedmanually. Thereasonforthisisthesteppingmotionoftheautomatic scan-ningdevi'ce.Thecalculations perASMECodeSectionXIparagraph IWB-3510including Winter1975Addendaareasfollows:Indication 8:812a=.2a01a.1-='=0.101.00Allowed2.61Ka2=.85ag.850.1222.73$t.=6.52apt=1.53%=value822a=0a=o1.65=1.1.1-=012.650-=-=01.1a.006.52Allowed2.32KV.33~V4h\.80II~*f Ii~'E' Indications 182Combined2a=.3a=.15a=.15=.08z1.19Allowed=1.91a21'3a.15a21'3=.12)2.73Kt=6.52a.1523'52Value2.3XThedataandcalibration sheetsusedforthisexamination are'ttached.

    • Indication II6asevaluated bythecomputerrequiresfurther.evaluation.

However,thecomputerdoesnotincludeparagraph IWB-3360initscalcu-lations.Whenparagraph IWB-3360isused,theareaisreducedto12.21squareinchesinarearatherthanthe16.28squareinchesshown.This.islessthanthemaximumacceptable limit'allowedbycode.Noneofthelaminarindications wereevaluated inaccordance withparagraph IWB-3360. Sincenoneofthelaminarindications requirefurtherevaluation (withtheexception ofindication 86asdiscussed above)andallarestillwithinacceptable limitsofsectionXI,nofurthercalculations aredeemednecessary.

    • Theevaluation oflaminarindication 811joiningplanarindication 812isasfollows:a=.1gl=1.81.82a.1~l1.8a.121.8.059.056Allowed2.4252.42/o1.53Ka.1t6.52V.34
    • Theevaluation oflaminarindication 811joinin'gplanarindication

>15isasfollows:Alloweda=.11-1.7a2=1.8.059agl17.1=.0561.8=1.53K.16.522.42K2.42/o***SeenoteBJ-3V.35 'I1l1 6EHEIIALiQr,-'.ELECTIIIC NUC1.EARENERGYDIVISIONREV.NO.121A3BOOA8 MffTcf0'lee.oFreeswea)oC~l/V'LUTCALIGRATlOM OATASl'EKTCd.ShoatNo.Praoyerationd C31.5.1.. ~Oatone~~~Cd,Std.Tcrnt).uSOClRoot)rt)ar rf~cCeca:Cnacnuncnt CAodef)fc).tccscrtyscn cferacaacre.OACC~)~0-50-'t0o9/Z.8ItW1CaarnAOC)eLlHc0144tcj.lncwÃnenc ~ct)nCS:$attFinsaAt)moat)on Srotet)Oc)acnannyG+nfw)vatin)I GanFrltorPoc))ionAegRcteCarnthnyRC)KC~am~<lX(IhthccCan1))xceca."WArne.Iha',sOorMP)Ore)SOHFo)fPcflodeC.Kaa1X03W,p55LectOcta5hcct3,z1Xg5QQg1X1XrCIACcCEaet)on ~lCeotnIOIQorLlctslpetntarp)QFkgu:w6a.SAVILECALIBRATI(N OATASHEETV.36

Q,gL~HI+5/tgoo(GEi/ER/ILQsa ELEcTRIcPJVCLEARENERGYON(SlOMOOCVMEXTNO.2]A3BOOAB REV.NO.]HEEŽO.21AngeCaarnSorted<IX45orEO~I~once~cshbrattd tylltrrlCahbrat<onllandardcorno>net>onl TrartincRayI.ireneRayIC%OAC25'4OACSOtaOACt~OAC50'0OAC25>>.OAC10%OAC0orI/IFy/0orMir0orMF0or~dr1/4T~erStInecntyQtecbILtsdeOarlylControlLrneantyIEhdeOartyl1~SR0.7>%FrkA%r5H%tMV(I32.HWFSrt132-tSI4blra0624l/g~8><>>-se>>1~QISC-961'aw p.Octa-An~OeamForQneonty~traCocleOlocitT~cnIIy/.2CfocttonI/8-SOHtorFserdCalebOwckt.teMacAmo.torBornNearhFarFotiticna in%ScreenrteigntTraducerOctaClz~crI/eSOreNearFarRowrreeed bySreT.TCI.~Fig"o6b.SRMPLECALIBRATIOH OATASHEETV.37

EE((ERAtELECTRIC 'UCLEARENERGYDIVlSlON('~MENTNO. 21A3800AB REV.NO1SHEETNO.P3\".e(dSeetn(ONo.~reNrhRanScnsiovicy CostplaneRMstoicd4=mXE~conS~.,/x1P~ELEXAtst(NATIONOATASHEETICet.StseecNo.Properecionel OeceRloorderOesmAn(F~0~4560'sOACWt(I/2Meal3,Dd35(50seOACIWm(MIaOACIWF2EACIW2(1/2IP<aIOt(II2MexlOFI(50%MealOmOF2(Mex(5QWOACIOACI02(1I2hexx)Concwstrarsor'ootTransverse OrPcreoetCWorCCW~ooorSOOOns/,3REFLECTOR PARALLEL(PITOIVELOReterence SystemREFLECTOR TRANSVERSE (TlTOWELDLooxinedownonee.sesCWiscongncotseesdendCCWrsco(etcotmdTooiscooneeder4otvesselMAXW2*X1WO5'4T-TCLeer(LOFigure8.SAMPLEEX$1IIIATI0l) CATASHEETV.38 I~I~I GENERRLELECTRICPOSTPROCESSOR-VERSION3-REV~2SUSQUEHANNA. IMELDBCEVRLURTIGN LEVEL=50'RCTRBLE1MB-3510RLLGWRBLE PLRNRRINDICRTIGNS RSPECTSURFRCESUBSURFACE RRTIOINDICRTIONS INDICRTIONS RrLRr'TrtR/T~80.001.882.~-320.05200-2,.42.0.102i82.61.0.152422.910.202.7f'.250.253..083.680.303.484.130~353.484.630.403.485.240.453.485~860.503.486.51TRBLEIMB-3510~2RLLOWRBLE LRMINRRIHDICRTIONS COMPONENT THICKNESS LRMINRRRRER.T~IN.R~-SQIN01061082010301240EVANURTIONPFIRRMETERS-VESSELMODESCRNNERDIMENSIONS= CALIBRATION LENGTH=36.00FULLSCRLE=3600VESSELLENGTH=30.00FULLSCRLE=3000OD~UHITSPEP.INCH=100.00SCRNNERSTEPSIZE=0.050STEPTOLERANCE =0.020MINSEP=0.250100/DRC=100EVRIURTIGNLEVEL=50MELD,REFERENCE POINT-R=458.96Y=126.50THICKNESS =6.520SHELLCOURSE1CIRCUMFERENCE

836.58EVRLURTIGH FINGERES=LRMIHRR=10.0NON-PLRHRR

10.0SURFRCETOLERANCE DISTRHCE= 00000PEPGRT'.E DRTRRTFULLB.E.RMPMAXIMUM'.E. RDFICFGREVRLURTION =5UTCHRHNELDRTR-SCRNNER.SEP;FRCTOR=13CH2.45710RNGLE0.0\J45.0T60.0T-45.0P-60~0P0.0BOFFSET-2.55-2.25-1~05-5.45-5.452~55YOFFSET0.002.652.650.601.750.00BEGIN120045015085085010STOPMN215021502150195019502150BE000007TSEP-T5/4R110.00280.00~40-7.00l200.00'0-6.00'10-00I,V.39

PAGE0002SODEC17'9:40-19 GF'8SUSQUEHRNNR IWELDBCBEGINUTINSPECTION RNDCRAWLERMOTIONSEQUENCEEVRLURTIGN LEVEL=50'RC'ELDBCCH:-BETBEF}IT1059316364106021045710600S4531058414448IRRELYRYrRZ18-2.0180.5917-2.0681.4415-1.9981.4515-2.39=82.85DEP4.245r325.275.22SCNR1932193719301970-MRXAMPLITUDE ID.=iDRCDEPRELXRY/RZ215?5'.1-2.081.4-52.51-2.2.819-50'RCDEPRELXRY/RZ5'.2-P081.45.2-2.182.9.DEP5.15.0+50/'RCRELXRYiRZ-2.181.,4-2.382.8DEP-l.005OFTSDEP20.9-22.4.CH:-BETBERIT10580741310580841410581741410581741310SSO74091059174081058610402105S61141i105821442P1058212415IR171618232428242117RELX-1.56-1.58-1.71-1.78-1.84-1.9096-2.03-2.21-2.18RY/RZ84.0584.0584.0384.02,84.0284.0284.0083.99839883.97DEP4.814..SP4.824.814.764.754.684,794.804.83SCNR18871889190219091915192119PS193519431950MRXRMPLITUDE 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83&-58EVRLURTIONRNGLES-LRNIHRR=10.0NGH-PLRNRR

10.0SURFRCETOLERRNCE DISTRHCE= 0.0000REPORTB.E.DRTRRTFULLBERl'IPNRRIMUMB~E.RDRCFGREVRLURTIGH=5UTCHRNHELDRTR-'CRNHER SEPFRCTGR=13CHt~'4-5.t7i0RHGLE00M45.0T60.0T-450P-60.0P00BOFFSET2~55-2.25-1..05-5.45-5.45-2.55YOFFSETBEGIN012002..65450265'500.608501.,758500..0010STOP'.i50 21502150195019502-150NH-BE000007TSEPT5/4R.11.000,j28'.0040-7.00'00.00:~20-6.001i.0.00ENDGFPRSS+NOTE-BC-4(PRGE8180DEC181.4-07-46>V.46 0, SUSQUEHANNA EMELDBC~QssIQG1160XNi45li8XMX~45&.5VS'B8,0YNi25652'~i6ZQ~S.6Nfl

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VESSELMODE0.00V.49 i~i~1fII0 PAGE0002,80DEC15'4-'46=16 SUSQUEHRNHR IWELDBDOFppSCRNHERDIMENSIGHS-CRLIBRRTIGH LENGTH=-36.00FULLSCALE=3600VESSELLENGTH=30.00FULLSCRLE='000

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837.72EVRLURTIGH RHGLES=LRMINFIR

10'NON-PLRNRR= 10.0SURFACETGlERRNCEDISTRNCE=' 0000.REPORT'.E DRTR.RT'ULLB.ERMP.MRXIMUMBE.RDFICFGREYRLURTIGH =5UTCHANNELDRTR-SCRNNERSEP.FRCTGR=13CH=-24.56710RHGLE0.0W45.0T60.0T-45.0P-60.0P0.0BXOFFSETYOFFSET-2.5S0.00-2.252.65'1..05 2.65-5.450.60-5.45175-2.550..00BEGINSTOP120021504502150150215085019508501950l02150MHBE000007TSEP.ii283920201.1T5r4R.0.000.00-7.000..00-6.00000BEGINUTINSPECTION RNDCRRWhER-MOTIONSEQUENCEEVALUATION LEYEL=SOBDRCIJJELDBDMRX::ID=-r.DRC615979-62,8679+NOTE-BD-3RMPLITUDE DEPRELX6.62.i.6.81.56.51.36.81.5(PAGE25RYrRZDEP-0.96.6-0.7'.8-0.96.6-0.7'.880DEC15-50'RCRELXRYiRZ2.,3-0..92..3-0.7'.6-0.92.3-0.7'S-53-23)+50KDRCDEPRELXRY/RZ6.61.9-0.96~81.,3-0.76.51.2-0.96.81.3-0.7r.OFTDEPSDEP0.0-070.5-4..00.5-0.70.5-4.0FINRL.EYRLURTION TRBLE-CHTYPEIHD=TMINXMRXXMINYMRXY6-45P1IN804.03805.14-262.53262.76ENDGFPRSSDMINDMAXVRtUE6.556.79-0.40-0.40RLLOWEYRL1.821.61BEG:IHUTIHSPECTIGN. RNDCRAWLERMOTIONSEQUENCEEVANURTIGHLEVEt=50/...DRCWELDBD-.~CH---BET'BEFIIT1058239289'0583212811058320286IRRELXRYiRZDEPSCNR39-0.6577;263.36.l60542-0.7177'.263.27159942.-0.7977'.263.331591ENDOFPRSS+NOTE-BD-2.(PAGE=3980DEC1517-46-ii)V.50 , GENERALELECTRICPOSTPROCESSOR-VEPSIGN3-REV.2SUSQUEHANNA-I'ELDBJEVRLURTION LEVEL.='0'RCVELOCITYOF.SOUND=0.1164.LAGTII'lE=1.000DISTANCEC.F.=-0.0000RCOUSTICLOCRTIONTQLERRNCE =0.250CYLINDRICRL GEOMETRY~ CIRCUMFERENCE =-83666SHELLCOURSE=-:4-THRESHOLD =20000CRRMLERPULSERLOCATION. X,=.0.00-YREGION'2SENSOR"GLOBAL=-XY30269;532631.00018:51.9734-380.6763-.1.1.501..012.47?'16-4-27'570.234632.9-165'676.267604.09261581.452373.1167'4780.759478.596,89'19;465478.836~9>>7'8..209-485.376-10-.-".22.784.659514.,2.96. 1312610.582479.9761420523.934-522.9361519332.936521.016TRBLEIMB-3510RLLQMRBLE PLRNRR-INDICRTIGNSRSPECTSURFACESUBSURFRCE'RTIG INDICRTIONS INDICATIONS RrLRiTtiRrT~i0.'01.882a320.052..002..42.0.102.182.61.0.152.422.910.202.71'25'.253.083.680.303..484.13.0.353484.630.403'.48-5'.240.45,3485'6-0.503486.51.TABLEIMB-3510.2.='LtQMRBLE.LRMINRRINDICATIONS COMPONENT THICKNESS LAMINARRRER-T~.IN;.'~SQIN;0.106:1,0'2010301240EVRLURTIONPRRRMETERS =VESSELMODE0..00V.51 't' tPRGE000280DEC0814-5425SUSQUEHRNHR-IMELDBJOFSCRHHERDIMENSIQNS-CRLIBRRTIONLENGTH=36.00FULLSCRLE=3600VESSELLEHGTH=30.00FULLSCRLE=3000:-QD.UNITSPERINCH=100.00SCRHNERSTEPSIZE=0.050STEPTOLERRHCE =0.020MIHSEP.=0.2501008DRC=1,00EVRtURTIONLEVEL=50WELDREFEPEHCE POINTX='5848.Y=40050THICKHESS =&.520'HELL COURSE4CIRCUMFERENCE

836.66EVRLURTION RHGLESLRMIHRR=10.0NOH-PLRNRR

100SURFRCETQLERRHCE DISTRHCE='. 0000REPORTB.EDRTRRTFULLBERMPMRXIMUMBE.RDRCFGREVRLURTIGN =5UTCHRNNELDRTR=SCRNNERSEP.FRCTGR.=13CH2.5710XOFFSETYOFFSET-2.550.00-2.252.65-105265-5.450.60-5.451.75'2550.00BEGIN120045015'085085010RNGLE0.0W45.0T60.0TM5'.0P-60.0P0.0BSTOP21502150215019501950t2150BEGINUTIHSPECTIQH RHDCPRMLERMQTIGHSEQUENCEEVRLURTIGN LEVEL=50/DRCMELDBJMHBE000007TSEPT5i4R110.00280.0038-7.00200.0020-6.00110.00MRXRMPLITUDE ID'-=iDRCDEPRELXRYiRZ51646.27.7123.9-50'.DRC+50'.DRCDEPPELXRYrRZDEPRELXRYiRZ6.37.7123.96.2,7.8123.9OFTDEPSDEP1.44.1CH:-BET10578105791057810'7810577'057810578BERITIR7305151430615730514.7305'87304-18.30'417830013P.ELX-2.24-2%22-2.15-2,.09-203.-197-1.9-1RYrRZ50.4550.45504550.4550.4550..455045DEP3.543.553.54.3.543533.533.48SCHR.15771579158&159215981604-1610FINRLEVRLUFITIGN TRBLECH'YPEIHD:=T'INXMRXXMINYMRXYDMIN5&OT',1SX566-1356&-2752439.524-396-17'HDOFPRSS+NOTE-BJ-3(PRGE2680DEC0816-09-04)tBEGINUTINSPECTION RHDCRRMLERMOTIONSEQUENCEEVRLURTIGN LEVEL=50'RCMELDBJDMRXVRLUERLLQMEVR46..250.593.90V.52

PAGE000380OFCH:-BETBER-10001000100010001000ITIR3011930522299213001830814RELX7~99,8.068.138.208.27RYiRZ98.8598.8598.8598.8598.85DEPSCNR3.499513.54.9443.479373.489303a57923DEC0818-02-41SUSQUEHANNA IMELDBJCHTYPEIND-10OB.ENDOFPASS'INAL EVALUATION TABLETNINXNRXXNINYNRXYDNINL5664756675499;3549935347'NRXVALUERLLOWEVAN3-57000tB60V.53 ,0 SUSQUEHANNA IlJELDBJNAENOD~P~PNAc.e.iepXNN~566+4XNX~566.VVNNi199.3YNX~499.3ZNN~3o5ZNXi3.6 SUSQUEHANNA EtJELDBJIQG~0.100xN~566ilax-see'.vY%~l99o3Ytlx~l99o32%~3.5ZPIXi3.6 ~, IL'ENERRtELECTRICPOSTPROCESSOR-VERSION3-PEV.2SUSQUEHRNNR. IWELDBGEVRLURTIGN LEVEL=50'FICVELOCITYQFSOUND=0-1164-LRGTINE=1.000DISTRNCEC.F.=0.0000RCGUSTICLOCRTIONTGLERRNCE =0.250CYLINDRICFIL GEONETRYv CIRCUNFERENCE =837.72SHELLCOURSE::3THRESHOLD =961CRRWLERPULSEP.LGCRTIONX=0.00YREGION2SENSORGLOBRL.=-"'"-""Y130269.874-631.00018520.392-380.676311.501.647477.516.27570.957632.9165.2676.364604.0926.1581.555373.116714781.748478.59689219.743478.836748.270485.3761022785.653514.296131261-1.35&479.9761420524.598522.9361519333'58521.016TRBLEIMB-3510RLLQMRBLE PLRNRRINDICRTIQNS RSPECTSUPFRCESUBSUPFRCE PRTIOINDICRTIGNSINDICRTIGNSRiLR/TviR/TvR0.001.882e320.052.002-.420.102.182.610~152.422.910.202.713.250.253.083.680.303.484.130.353.484.630~403.485.240.453~485.860.50'.48-6.51TFIBLE-IMB-3510.2FILLQMRBLELRNINRP.- INDICRTIGNS CONPGNENT THICKNESS LRNINRRRRER'"Tv"IN-.-Rv"SQIN~.'.*vl..0.a.-....-~,10~610-2010301240EVFILURTIONPRRRNETERS-VESSELNODE0.00V.56 RHGLE0.0I!J45.0T60.0T-45.0-P-60.0P0;0BBEGINUTINSPECTION RNDCRAWLERMOTIONSEQUENCEtEVALUATION LEVEL=50'RCI!JELDBGPRGE000280DEC0910:10-02SUSQUEHFINHR. IWELDBG~GFp3SCRHNERDINENSIONS: CFILIBRRTION LENGTH=36.00FULLSCRLE=3600VESSELLENGTH=30.00FULLSCRLE=3000OD.UNITSPEP.INCH=100.00SCRNNERSTEPSIZE=0.050STEPTOLERRNCE =0020NINSEP=0.250200/DRC=100EVRLURTION LEVEL=50MELDREFERENCE POINT-"X=0.00Y=400.50THICKNESS =6.5P.OSHELLCOURSE-3C1RCUNFERENCE =837.7PEVFILURTION'NGLES: LRN1HFIR= 20.0.NON-PLRNRR= 10.0-.-SURFFICETOLERANCE. DISTFIHCE= 0.0000PEPORT-B.E.DRTR.RTFULLB.E.RNPtlAXINUNB~E./DRCFOR.EVRLURTION

5UTCHRNNELDRTR-SCANNERSEP.-FRCTOR

=13-=>>"CH::OFFSETYOFFSETBEGINSTOPNNBE2-2.550~001200215004-2.252.65450215005-1.052.651502150-06-5.450.6085029500-7.-5;45-1~758501950">>010-25500010.=2%50'7TSEP1128202011.T5>4A0.000.00-7.000.00-6.000.00NRX-ID-rDRC216-7962259.962350RNPLITUDE-DEPPELXBe66~4'.46.92.66.82.46.92.45.9RYrRZ11.311.811.311.811.8DEP2.72.42.62.4.2.4.-5MDACPELXRYiRZ6.411.37.011.86.811~37.011.85.911.S+50'.DRCDEPRELXPYrRZ2.66.311.32.56.4.11.82.56.711.32.56.411.82.45.911.8DEP1.00.51.40.50.0OFTSDEP39.837.4".38.8~37.4>36.445255852664902879-:29.=54--220'T21152;702.5Be93.02.6Be82-.3B.22.95.15.07.87.0736.4.6.1:B;T5.0-4i9.3.02~712.314.915.4.16.817.818.219;222.626.626.9.2.5283.02.6-2.4.2.12.95.15.17.97.17.4-6.56.32.8.=5.05.13.02eS123=2~514;9-"2.815.4-=3.=0ib.8---2;-.6.178=2418;2~'-2:.3""19.2'-":2-022;6-.2.9.26.6==-5.1"26.9"'5.1Zes6.97.36.45.9Beb.4.93.02.512.314.915.416.817.818.B.19.222.626.626.90.01.00.00;00.00.5-0.50.00.50.038.842.T"45~5i403<44.1r35.9'l31'.2I45.2-I21.4"22.4>CH:-BETBERITIRPELXRYiRZDEPSCNRt1059121455iS3.4631.775.301621V.57 -5%DRC+50'.DRCDEPRELXRYiRZDEPRELXRYrRZ5.23.531.85.13.031.8PFIGE000380DEC0910:44:56SUSQUEHRNNR= IWELDBGI'1RXFll'1PLITUDEID::iDRCDEP.PELXRY/RZ212765.23.331.8iQFTDEPSDEP1.420.02OW2OM2OM2OM20M'HDQFPRSS8L10LL6L4LCHTYPEIND=-T2OM11SH2OW1BSXOM9SX2OMSVBOM1SH2OM5SHDNIH4.953.024-955:.896.256~SS3.535.Oi5'.897.0017.39432e27419.68412.30411.84415.43432.285.12419.68--"2.04412.30'*"236.412.30=-2.42~1415.88-2.792.584.875936377.80Ba785.066~266.517~87418.70423.14.418.28417.28412.76418.70423.14418.28417.28412.762-.352.942.84Be622~52FIHFILEVRLURTIQH TRBLENIHXNRXXNINYI'1RXY2.483.04427.06427.37DNRX5.135.232.072372.64-2.97P.372.952.892~632.52VRLUE1.441.440.810.280.Oi1.711.711.431.430.000~000,000.000.00RLLQW3.034.122%634.136.51-2.903.613.143.3012.6012.6012~6012.6012.60EVRLBEGINUTINSPECTIQN RNDCRRMLERNQTIQHSEQUENCEtEVRLURTIQN LEVEL=50'RCWELDBGEHDQF.PFISS+HQTE=BG-2(PRGE1380DEC0914-01-41)+NOTE-BG-3(PRGE1380DEC0914-01-41)V.58 0 SUSQUEHANNA EVELDBG~P~PrWa-e.SPPXNN~B,SIi7PYNNi%ife8VNX~432.3ZttNiB.PZNX~S.BVELDID 0I SUSQUEHANNA BELDBG~~~~pA~91NAG~0.100NN~2.5XNi79YltN~411+0YNX~432o32IO~2,0ZNX<5.2

QZAV)CEasvwmmSIL'MT.GILT 'IControlE>:amSheet.Cal.Sheetl3EAMEY~AN3:t~P TT.OVLDATihSfIEETNo.I~2IIISIALLALIOIIA 4IIVICC2.'eGWleeIIIG OIVISI~LaminarReflectors inBaseMetal:+x+Pzeoperational .~~x.s.x.7?e3.dSeamXDNo'.8ExaminerW.A447Level~0Procedure 1$E"A.-3ZWDatelZRecorder'Revision 2.Level/7Ro=8A-Scanning Sensitivity ]X.C3Pn8ou~).Couplant'lcerineLo=Evaluation Sensitivity /XC~Roa.our)Component Temperature 3opNo=8829edo3&zoS.ooZ.8<.7S'.~Ind.Amp.2XgB.R.Amp.O'WorPg'DCGATopof.ZOQEBottomWoPoCc&~o~oCt"CJ.LoL)LgLgLyL5EYELDQVPYIhYiYYlSo.SoJO.doP.7s'3'>2$'g'3olo.COW'SAIi.Ilu5.~~~~~~~LOOKING.DOLVII! ONVESSLCNISTORIG!STOF'O'ELDCCVI!'STOLEFTOFhICLDNOZZLEWELDREFERENCE SYSTL.A.'I ~-'RjRgRgRpRgRdR'00~~)IIRcvicvedby:~'s~'-')i C~ISHT-'1CLcvci)$~RV+~gooLYELDQE-Acccptablc toSectionXZ~QUnacceptable toSectionXV.61GEHE>a!-QgeI-Et:THI,C 0! MRVICZQAAV~.,~ArlVM~RE);'IC+~ol.Ple.ZCal.SheetHo.~ok'~I'rszrLLAtlcwsAscAvccCCNGlhcEHINQ GIVISiOHVHSHLHMNl;l'1ATXON DATASIII.':)"T Examiner'e'eel~.RecorderI.P1uiSiteSusquehannaX SQX-761~x'Prcoperational ++T--S-X-Datei2l'.<<~LeveltTreweld SeamXX)J9o.Procetsuro Ho.Revision2.45o6OoScanSensitivity 2.x+CouplantGlycerine Evaluation Sensitivity ~Component Temperature ggo,.DACMcxWq{Qr~o/DA(:)Wi:I{50ieDACW<nWi2tY2DIDF1Drn{Vlcx(60{'$5%!(/goo(50",:-(VicxDAC)DAC)p:,{:)Ipu,c)IAcx)DAC)DF2(5Q.'(PSo/oDAC)DAC)Continuous brsttot,TorPCVJorCCVTopor8ottc:n'>ZC.7s.'~xi.So~~W.a-7~/Co<<'Ijl'D./4)ko.D(oo77-K2.n-8ggiver'oo8s7)0CC~cccc)t"GWcantC~p-/c'~~g~:REFLECTOR PARALLEL(P).TO)VELDrLo'ofcrcncc System.REFLECTOR TRANSVERSE ':0}TOWELD~rr~~j~jSgWstgx.'LVt r~oP~e~&p~~Pqy~1~~~y~It~~~rpv~4.LookingdownonvcssclCM/istorigitto(wctd-andCCWistoIc(to(wcidAh'+LtaX't.e==g~sv~<<l~r)te~~~0RovioMCQhy:St)'J.'-TC Lcve3,V.62EAcceptable toSectionXXQUnacceptable toSection.GENERALjgg, ELECTRIC

.ItteOllettI'0sl'~(tII~CtW~lo~I~JtltIIIJIJIJItetro.otel)~v/JodJtleolt/AoettaRn)II'll/S/(J)10//JIIJofJ,e~.~'I~~/RaCJJI0HSr)S'JSek)ISttXIet$7J71OegtttIt1'JtttetIlt)IStg(OttteO4JII4~III0tttt~te>>0t)et)Jet7Jet))ereI~I~I4Je~I4)tiejttt)to'11'J1)t7$1t1./7.I77').')7/7Ieat,~ttIrt~rttrIIrtJr'/IIrtI/tt4Aete4~'VI~~-88Ie'O'~AEDUCEDPAINTNOTTOSCALE~~soIsL41Is10aIte-tttt.clot i,)0E saW~~cscscccccccscsvcrccAI44'CCOOIOI4I4~4W&MIOO~CJI)~~I/cssSRAEDUCEDPAINTNOTTDSCALEIIcs~~~D'40TIOOIOI 000 /I."aavz:ggAil'/~.iiew+WANC,~r~.Itu,laExamSheetNo.1~IIVSIALEArirte 4ERvlCEERGIREEHIRQ rtIVISNWUFSSSFSLFYAMXNATXOiN DATASIKETSiteSusquehannal SQi-761'Examiner P1.ttelQSeamXDNo.8Procedure %To.a-t9~x/Preopera tzonal~~X.S.T...Da'LeVel~Reoot:Set.. /%c&rrtw3e~mAngle0~45Revision'tel2A'Zevelt60Scan-Sensitivi ty.2X+CdI3Evaluation Sensitivity I'Cf-440CouplantGlycerine Component Temperature EVlDAO(MaxpAC)(IIrfl(50"jDAC<<'m(iYiav.OAC)VVFPN2DlDFlDm0",4(Z5of(Z5c(Spre(Maxf)AC)Q4Q)'jp<c)far)DAC)DFZ(bC'.eDAC)DpCotltinttoUs (Z5%brsf)ot,pic)TorPC'tvorCC'tVToftoff3ottotn78>@%2.0le~E,OgPVtocRC'f:M;REFLECTOR PARALLEL(P),.'O)'tfELD~~~g~gReference System.REFLECTOR TRANSVERSE '(T)TONELD4V0'L~f'E~'EV~(Vs~~'tVtlV.LookingdbwnonvesselCLVfstorigft'tofwckfanrfCCNisloleftoftvcfdAAr>>GCNtI~'~VMS'LV~'::1E~~~Lo~~Reviewedby:eSNT-TCLevel\Acceptable-toSection3".QUnacceptable toSectionOEHERAL'+IELECTR)0 io,I 'TDIDOCCD<<I$4lW<<fo~(~<CCCiWCTCICCIIUCC~IDTTODICDPIa~4'<<DDCCDDOZraRIIRd~CCr<<ccRct<<cafCr~rrdI<<0Trano'an)~C))0<<1)4c)077CoSJDCA<<~~C14,0)~<<0DD~ICCcdC~~CDD0/).0DJD'~t~ca<<~~~0/0AEOUCEOPAINTNOTTOSCALE00CrCDf.CI4II4~~~4I<<DTTDOIDD 0iIj VESSElUTCALIBRATION DATASHEETANYTWtteee AttYWattsIHl'IAllAHOH Asl>>VICslHOIHu>>IHO OIVIsIONSlteProcedure No.Rev.Cal.SheetNo.~~KPreoperatlonal CII.s.l.Examiner" RecorderCoup!antCal.Std.TempASNTLevelASNTLevelEquipment Data:Instrument ModelNo.Instrument SerialNo.Transducer Size,OShoeNo.CableNo.Frequency ~e~MHz9080Transducer SerialNo.DACCurve:Range0-5CI0-10IjIIW2BeamAngle~Instrument Settings: St'artFinish70605040302010Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingReject'%.rs'ort'FF '/ssco/zdloon>>T02345678910012345~dhohangefnr~ XHoleDepth~eTa~Inches2'/NotchI/2g,~3/4Gain81XIXIXIXMax.Amp.eIIweeIncheor."/>>vo7."/>>"/>><</>>0orInchSDHorFBH"/>>SxIIgDHN/AI9SOLIInitgalCalibratgon Time~@PeriodicChecks:l.aatDataSheetTimeValueCalibration inDepth(D)RjorMetalPoth(MP)CIFinalCheckOIGENERALELECTRICV.67go1.~c>;i) AngleBeamSpread91X45~or60(Modeoncepercolibroted syatent-Calibration standardcombination) gc>+>HoleDepth10%DACTrailingRay25%OAC50%DAC100%OAC50%DACLeadingRay25%OAC10%DACDorDorOora4HsWDorastsWOorQRDoralasWOorfStl'/4TlZl2(3t.gl.(I4l.9J72.01.82ll.$s1/2TX.82.82.9>vsz3/4TtleObbe3Amplitude Linearity Check(MadeDaily)ControlLinearity s(MadeDaily)100%FSH~~%FSH90%re~4~80%"4070%"~~~~450%FSH~%FSH40%"30%"20%"80%FSH80%"40%"20%"-6db~9(32-48)-12db+(16-24)+6db~+(64-96)+12db(64-96)8'EEquip.Data-AngleBeamForLinearity ChecksfCOtaI4NoT'CCtaLVC 7fVgggPAarSPoC~loam~pli~c(CeF47~a4RLtpeaeC. Me+II,ChecksonllW-2CodeBlockTTransducer Data:SerialNo.BeamAngleSize~44~4Freer>~SFShoeNoM~CableNo~CheckMadeBy:l/8"SOHNearMax.Amp.MetalPathFarBlockonI/8SOHforFieldColib.ChecksQMoxAmp.forBothNear8FarPositions in%ScreenHeightReviewedbyv~lSNT-TGLevelV.68 VESSELUTCALIBRATION DATASHEETAliy~e..AttyWINCERINSIAIBAIION A5IIVICSINOINIIBINO OIVISIONSiteProcedure No.DateExaminerRecorderRev.CouplantCal.SheetNo.~+Hpreope'rotionol GI.SICal.Std.Temp.ASNTLevelASNTLevelnbTransducer SerialNo.OACCurve:Range0-5Q0-10Kj90EquiprtIent Data:Instrument ModelNo.Instrument SerialNo.Transducer SizeShoeNo.Frequency ~~MHzffW2BeamAngle~ Instrument Settings: 8070605040302010Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingRejectStdlovTJ8burOQIATbAIIzoofpOff'fFoffStartFinish'Iz//o~a./a.a;'oah~00.231234545678910~dnCnengefor~X~eTeeInches1/41/2HoleDepthGain81X1X1XMax.Amp.~eweeInch0orle(nchSDHor'BHLastOataSheetTimeValueInitialCalibration Time~IPeriodicChecks:3/41Xgggege@~Iaxafx7CgCalibralionin Oeplh(O)QXorMetalPath(MP)QN/AFinalCheck:gC"aPrGEIIERALELECTRICV.69 I0 AngleBeamSpread91X45~or60(Madeoncepercalibrated system-Calibration standardcombination) Lage~2cHoleDepthWOorMP10%DACOorMPOorMPTrailingRay25%OAC50%DACWDorMP100%CAC50%DACparMPLeadingRay25%DACporMP10%DACOorMP1/4T1/2TH(rTl4sMA'DE.KR,3/4TAmplitude Linearity Check(MadeDaily)ControlLinearity i(MadeDaily)100%FSH~~%FSH90%"80%"4070%"60%-50%FSH+~%FSH40%"30%-20%-80%FSH80%"40%"20%"-6db~(32-48)-12db~O(16-24)+6db~+(64-96)+12db~(64-96)Equip.Data-AngleBeamForLinearity ChecksChecksonIIW-2Transducer Data:SerialNo.BeamAngleBlockonI/8'DHforFieldCalib.ChecksQMaxAmp.forBothNear8FarPositions in%ScreenHeightSize~~~~Freq~>:~teoShoeNoMALCableNo~aCheckMadeBy:Max.Amp.MetalPath>/~;.I/8'SDHNearFarReviewedbyT-TCLevelV.70 ~' ANY~-.ANYWMCREINN1NLPON INIVICIIWurNNasO NWNqeSECTIONVRECORDABLE lNDlCATlON LlSTPageof23pate1~12+2proactSUSQUEHANNA UNIT//1BDCategorySQI<<761ProjectNo.325(N)2Procedure ISIQA-330(A)Rev.1SystemIdentification NumberDataSheetNo,Calibration SheetNo.Indication Description NOZZLETOVESSELWELDSN1A(A)N1A5,6SpotIndications N2K(A)N2ASpotIndication N4AAN4A17SpotIndication N4C(A)N4C10,11SpotIndications N4EAN4ESpotIndications N4F(A)N4F16$17SpotIndication N5BAN5B13SpotIndications (~)4093409111061104SpotIndications SS-12744060 U,71GENERALglELECTRIC 0 GENEPRLELECTP.ICPOSTPROCESSOR-VERSION3-REV.2SUSQUEHRNNR IWELDN1REVRLURTION LEVEL=50'RCTRBLEIWB-3512. 1RLLOWRBLE PLRNRP.INDICRTIONS RSPECTSUPFRCESUBSURFRCE PRTIQINDICRTIONS INDICRTIONSRrLR<Tr<RECTA0.00-I.902..-300.05"--.2.00'-"---=-a..:.40"=- 0.102.202600.15=-~2.40-2.;90-0.202.703.300~253.103.700.303.504.100.353.504;600.403.505.200.453.505.900.503.506.50TRBLEIWB-3511.3RLLQWRBLE LRMINAP.INDICRTIGNSCOMPONENT THICKNESS LRMINRRFIRER.T~IN.A~SQIN.01212188241030123614421648EVRLURTION PFIPRMETERS NOZZLEMODETSCRNSCREENERDIMENSIONS CRLIBRRTIGN LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS:SCRNNERSTEPSIE=0.050STEPTOLERRNCE =0.020MINSEP=0.250100'RC=100EVRLU&TIQN LEVEL=50WELDREFERENCE PHINTR=28.31Y=0.00THICKNESS ='.520SHELLCOURSE1CIRCUMFERENCE ~83658EVRLURT'IGN-RNGLES<<"LRMINRR~100NON-PLRNRR= 10.0-SUPFRCETQLEPRNCE DISTRNCE=- 0.0000REPORTB.E.DRTRRTFULLB.E.RtlP=tIRXIMUMB~E.RDRCFOREVRLURTION =5UTCHRNNELDRTR=SCRNNERSEP.FRCTGR=13X=-25.91CH2510RNGLE0.0W-45.0T-60.0T0.0BOFFSETYOFFSET-1.28-1.12-2.001~22-3~201.22-1~28-1.12BEGINSTOP20600201200201550201700MNBE0007TSEP11283911T5i4R0~00-5.00-6.000.00V.72 0Iij~t PRGE000280OCT2817:29:25SUMUEHFINNR IWELDNlF}05BEGINUTINSPECTION RNDNOZZLERGTRTION=360EVRLUF}TION LEVEL=508DRCNOZZLEIOCRTIGNX=0.00Y=161.50MELDNiR-CH-BETBER.ITIRPELXRY/F}Z1000290181.12252.0810-"0-"'290-19119'52.08100"0286-.15'~1.29-252.07'EPSCNR-3.362223.36--229.3-32...~>>~239>> I'1RXRNPLITUDE -50'.DRC=--+50~DRCID::iDRCDEPPELXRY>RZDEPRELXRYiRZDEPPELXRYiRZ1783.41.1252.13..4.1.1252.13.41.3252.1rOFTDEPSDEP-0~047.8CH:-BETBERIT1000296IR11RELXRYrRZDEP1.15252.583.43SCNR225CHTYPEIND::T2OW1L10OB2LENDGFPASSFINRLEVRLUF}TION TRBLEMINXI'1RXXMINYNFIXYDNINDNRXVRLUE9069.11189.50189663.403.410.018.829.11189.50189.6&3.323.430.05RLLQMEVRt19.561956EVFILURTIONPRPRI'1ETERS NOZZLENODEPSCRNCLQCKMISE SCRNNERDIMENSIGNS-CRLIBPRTIQNLENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS:X=SCFINNERSTEPSIZE=0.050STEPTGLERFINCE =0.020t1INSEP=0.250100'RC=100EVFILURTIGN LEVEL=50WELDREFERENCE POINT:X=28.31Y=0.00THICKNESS =6.520SHELLCOURSE1CIRCUMFERENCE

836.58EVRLURTIQN FINGLES.LRNINRR=10.0NGN-PLFINRR

10.0SURFRCETQLERRNCE= DISTRNCE= 0.0000REPORTB.E.DRTR.F}TFULLB.E.RNPt'IRXINUN B.E.rDRCFGR.EVRLURTIGN' 5UTCHRNNELDRTR=SCRNNERSEP;FRCTOR=13CH--"RNGLEXOFFSETY.OFFSETBEG-IN-STOP""MN-BE4M5;0P'1.45'-0.7530~65005-@0.0P.-1.4$0.4430-6500100.0B-375.1.15108007BEGINUTINSPECTION RNDNQZLERGTRTION=-360EVRLURTIGN LEVEL=50~DRCNOZZLELOCRTIONX=0.00Y=161.50WELDNlR-ENDOFPRSS-26'6TSEP-T5>4R20."-50020-6.00110.00V,73 '0l11flI tPRI5E000380OCT28.29-54-'53 SUSQUEHANNA IMELDHiRgFpgEVRLURTIONPARAMETERS." NOZZLEl'1ODEPSCANCOUNTER-CLOCKMISE SCRNHERDIMENSIONS-CRLIBRRTION LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH="36'-00FULLSCRLE=3600OFFSETS-X='26.16SCFIHNER-STEPSIZE=0.050STEPTOLERANCE =0.020MIHSEP=0.250200/DRC='00EVRLURTIGN. LEVEL=*50MELDREFERENCE POINT=X~28..32;".'Y='-0.00.-"-"-"-THICKNESS =6.520SHELLCOURSE2CIRCUMFERENCE.

836.,58EVALURTION ANGLES-LRMINRR=10.0NOH-PLANAR

10.0SURFRCETOLERRNCE DISTRNCE= 0.0000PEPGRTB.E.DRTRRTFULLB.E.RMPMFIXIMUMB.E./DRCFGREVRLURTIGN ='UTCHANNELDRTR-SCRNNERSEP.FRCTOR=13CH::ANGLEXOFFSETYOFFSETBEGINSTOPMNBE4-45.0P-1.450.7530-650.05'60.0P-1-45-0.4430*650=-010~0.0B-3..751.1530--~650""~7BEGINUTINSPECTION ANDNOZZLERGTRTION=360-tEVRLURTIGN LEVEL=50'RCNOZZLELQCRTIGNX=-0.00-Y='61.50MELDH1R-ENDGFPFISSTSEPT5r'4R20-5.0020-6.00--"ai-0.00V.74

SUSQUEHANNA IMELDNiA~e~enac-e.ieeXNiXNX~YO~VIIX~2%iZN~8.8Qei1&9+6iSQ.73033+4 ~l0, SUSQUEHANNA IlJELDNlASlG~Oe100XNi8+8XllXiQ.1YNi189.SYtN>189,7ZPN~3.3ZNX~3ol I~, WGENERALELECTRICPOSTPROCESSOR-VERSION3-REV.2.SUSQUEHRNNR IMELDN2KEVRLURTIGN LEVEL=50/DRCTRBLE,IMB-3512.. 1RLLOMRBLE. PLRNRP.INDICRTIONSRSPECT'URFACE. SUBSURFACE RRTIQINDICRTIGNS. IHDICRTIGHSRrLRrT,r.RrT,~0.00190"230'05'=2:00.-'--;,'.'~-:i;.;,2'0'.10 ':PO.*P600.152.40~..290.0.202703300.2531.0'70"030350'+1'.0.0.353.504;,600~403.505.200.453.505.900.503.506.50,-TRBLEIMB-351,1. 3FILLOMRBLE. LFIMIHRRINDICRTIGNSCQMPQHEHT THICKNESS, LAMINARFIRER-T~INR~SQIH.0124-126188241.030.1236.14.42*1648EVRLURTIONPRRRMETERS-'QZZLE MODET'CRH'CRHNER DIMEHSIGNS-CFILIBRRTIGN'ENGTH= 36..00FULL.SCRLE=- 3600NOZZLELENGTH=3600FULLSCRLE=3600GFFSETS-SCRNHERSTEPSIZE=0050STEPTOLERANCE.. =0020MIHSEP.=:0.250100KDRC=100EVRLURTIGH LEVEL'.='0'-MELD.REFERENCE POINT=X=17.25'=0.-00-THICKNESS =6520SHELLCOURSE.1,CIRCUMFEREFKK

836.58EVRLURTION'NGLES='AMINAR

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83658ALURTION'NGLES LRNIHRR=10..0HQN-PLRHRR

1D0PURFRCE.TOLERANCE DISTFIHCE= 0.00DOI....PORT B.EDRTRRTFULLB.EFINPI'XINUNB.E.,iDRCFGREVANURTIGN=5I.,CHRNNELD&TR-SCANNERSEPFRCTOR=13X=-1605'ETSEPT5i4R020-5.00020-6007ii0-00EVRLURTIONPFIRRNETERS NOZZLEMODEPSCANCOUNTERCLOCKWISE'CRHHER DINENSIONS CRLIBRRTIGN LENGTH=3600FULLSCRLE=3600NOZZLE'ENGTH= 3600FULLSCRLE=3600OFFSETS-X=.-1605.SCRHNERSTEPSIZE=0050STEPTOLERRNCE =0.020NINSEP=0250Ii00~DFIC=100EVFILURTIGN LEVEL=50.V.78 0 e,PRGE000380OCT'914-33 SUSQUEHRHHR-IWELDH2KQFP$,WELDREFERENCE POINT=X='7.25Y=0.00"-"THICKNESS =6.520SHELLCOURSE1CIRCUMFERENCE

836-.58EVRLURTIOH RHGLESLRMIHRR=100HGH-PLRHRR

10-0SURFRCETQLERRHCE DISTRHCE= 00000PEPQRTB.EDRTRRTFULLB.ERMPMRXIMUMBE.RDRCFOREVRLURTIGH =-5UTCHRHNELDRTR-SCRNHERSEPFRCTGR=13Cl+.'-=.RHGLEXOFFSETYOFFSETBEGINSTOPMH'BE4-450P-1.45075306500560.0P-1..45-0.44-306500100.,0B.-3751..15:30650cBEGINUTINSPECTION RHDNOZZLERGTRTIGH=360EVRLURTIOH LEVEL=50'RCNOZZLELQCRTIGHX=76687Y=18100WELDH2K-EHDGFPRSSD'HOTE-H2K-2(PRGE2880GCT2914-57="11> TSEPT5i42.0.-5.00)20-600~11;0.00"i

SUSQUEHANNA IN2KnAC-O.1eeXI1NI7BB.7NX~7BB.7YWi191+6YNX>191+6ZN<3o6ZtS~3.6 SUSQUEHANNA ILJELDNBK1'9e+oee.1eeXNH~782+7NX<7827YN~191~6Yl1X>191~62N~3+6ZtlX~3+6 0 tGENERALELECTRICPOSTPROCESSOR-VERSION3-REV.2SUSQUEHANNA. IlJELDN4R.EVRLURTIGN LEVEL=50'ACTRBLEIlJB-3512.1ALLOWABLE PLRNRRINDICRTIONS RSPECTSURFACESUBSUPFRCE PRTIGINDICRTIQNSINDICRTIONSRrlRITr/R/Tr/"O.00".1.90--.'=-2.:30. 00$,.',>>~<<2,QQ-,>>.>>>>,>>>.:>>p,.i~>>2 40>>>>a~0.102.20.=2.600.15--~2-.4O..2;900.20.2;70-3.300.253.103.700.303.504'.100.353.504.600.403.505.200.453.505.900~503.506~50TRBLEIlJB-3511.3ALLOWABLE LFlMINRRINDICRTIONS COMPONENT THICKNESS LRMINRRRRER-Tr"IN.~RrSQIN.0124.1218824.~-103012-3614421648XOFFSETYOFFSETBEGINSTOPMNBE-2.001.223011000-3.201.223014500-1.28-1.123016507EVALUATION PRPRMETERS-'OZZLE MODETSCANSCRNNERDIMENSIONS-CFILIBRRTIQN IENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS-X=SCRNNERSTEPSIE=0.050STEPTOLERRNCE =0.020MINSEP=0.250100'RC=100EVRLURTIQN-LEVEL=50MELDREFERENCE POINT-X=17.25Y=0.00----THICKNESS =.6.520SHELLCOURSE-3CIRCUMFERENCE

837.72.EVRLURTIGN ANGLES-LAMINAR=iQ.0=NON-PLANAR

10."0SURFRCETOLERANCE DISTRNCE= 0.0000PEPORTB-E.-DRTRRTFULLB.E.RMPMRXIMUM'B.E.~DRCFGREVRLURTION- =5UTCHRNNELDRTR-'CRNNER'EP. FRCTGR=13CH-=ANGLE4-45~0T5-60.0T'1OO.OB-15.80TSEPT5/4R28-5.0039-6.00110.00V.82 'ii~0 PFIGE0002OF03BEGINUTINSPECTION RNDNOZZLEPOTRTIQN=360EVRLURTIGN LEVEL=SORY.DRCNOZZLELGCRTIQNX=69.81Y=498~50MELDH4R-g~80HQV0512-09-'33 SUSQUEHANNA IMELDH4RCH::BET1055510566105651056010'-"~0BERITIRPELXRYDER8407121.52356.829405141.61356.809401131.70356.79-20259230.9027.34'*"0*'219'-'1"l."-'0":38"81.54-DEPSCNR4.74.1664.721754.67184-3.02-1042.55"-'-Sb.CHTYPEIND.=10OB1'HDGFPRSSFINRLEVALUATION TRBLETMINXNRXXNIHYl'1RXYDMINDMRXVFILUERLLOML67.2267.22481.07481.07.2-552.550.0019.56EVRLURTIQH PRPRNETERS-HQZZLEthQDEPSCRHCLGCKMISE SCRNNEP.- DINENSIQNS-CRLIBRRTIOHLENGTH=36.00FULLSCRLE=3600'OZZLELENGTH=36.00FULLSCRLE=3600OFFSETS-'= SCRHNERSTEPSIZE=0.050STEPTGLEPRNCE =0.020tlIHSEP=0~2SO100'AC=100EVFILURTIQHLEVEL=50MELDREFEREHCE POINT-X=17.25Y=0.00THICKNESS =6-.520SHELLCOURSE3CIRCUNFEPEHCE

837.72EVRLURTIONRNGLES-LRMINRR=10~0HQH-PLRHRR

10.0SURFFICETOLERANCE DISTRNCE= 0.0000PEPORTB.E.DRTRRTFULLB.E.RNPNRXINUNB.E./DFICFOREVRLURTION =5UTCHRHNELDRTR:SCRNNEP.SEP.FRCTOR=13CH:-RNGLEXOFFSETYOFFSETBEGINSTOPNNBE-45.0P-i.45-0.7530SOO05-60.0P-1.450.4430500010=0.0B.-3.751.1530-500BEGINUTINSPECTION RNDNOZZLEROTATION=-360EVRLURTION LEVEL=50~DRCNOZZLELOCATIONX=69".8-1Y'498.50MELDH4R-=ENDOFPASS-16.05TSEPTSr4R.20-.5.0020-6.00110.00.EVALUATION PFIRRMETERS: NOZZLENODEPSCRHCOUNTER-CLGCKMISE SCANNERDIMENSIONS: CRLIBPRTIGN LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCFILE=3600OFFSETSX=-16.05SCANNERSTEPSIE=0.050STEPTOLERRHCE =0.020l'1IHSEP=0.250I1008DRC=1.00EVRLURTION LEVEL=50V.83 ~,t0 PAGE0080HOV0514-26--51 SUSQUEHANNA. IWELDN4ROF--'ELDREFEPENCE POINT-X=17.25Y=0.00THICKNESS =6.520SMELLCGUPSE3CIPCUMFERENCE

837.72EVALUATION ANGLES-LAMINAR=10.0HOH-PLANAR

10.0SURFACETOLEPRNCE DISTANCE= 0.0000REPGPTB.E.DRTRRTFULLB.E.RMPMRXIMUMB.E./DRCFGREVRLURTIGN =5UTCHANNELDRTR-'-SCANNER SEP'RCTOP. =13""~'--CH->>ANGLEXOFFSETYOFFSETBEGIN-STOP-"MN-BE445.0P-1-.450.7530500"'-05600-P-I.45-0'-4430500"010-0~0B-.~-3.75"-1.1530="500>>=-=7'EGINUTINSPECTION RNDNOZZLEPOTRTIGH=360EVRLURTION LEVEL=50/DRCNOZZLELQCRTIQHX=69-.81Y=498.50WELDN4R-ENDGFPASSTSEPT5r4R."20-5.0020-6.00'1.0.00<1+NOTE-H4R-4(PAGE1680NGV0618-39-04)tEVRLURTIQN PRRRMETEPS-NOZZLEMODETSCRNSCANNERDIMENSIGNS-CRLIBRRTIGN LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS-X='15.80SCANNERSTEPSIZE=0.050STEPTQLEPRNCE =0.020MINSEP=0.250100~DRC=-100EVALUATION LEVEL=50WELDREFERENCE PGIHT-X=17.25Y=0-00THICKNESS =6.520SHELLCOURSE3CIRCUMFEPENCE

837.72EVALUATION ANGLES:LRMINRP.

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=0.020MINSEP=0.250100~DRC=100EVRLURTIGH LEVEL=50WELDREFERENCE POINT=X=1725Y=0.00THICKHESS=6.520SHELLCOURSE3CIRCUMFERENCE

837;72.EVRLURTION FINGLES=LRMINRR~100NQN-PLRHRR

10.0SURFRCETGLERRNCE DISTRHCE= 00000REPORTB.EDRTR.RT'FULLB.ERMPI'IRXIMUM B.E.iDFICFGREVRtURT'IGH=-5UTCHRNNELDRTR-SCRHHERSEP'RCTQR =13X=-16.05CH:-RHGLEXOFFSETYOFFSETBEGINSTOPMNBE4-450P-l.45:-0753.050005-600P-.145',044:.3050001000B-375'1.,15'05'00-7BEGIHUTINSPECTION RNDNOZZLERGTRTIGH=365EVRLURTIGH LEVEL=508DRC.NOZZLELGCRTIQNX=62S.29V=49S5OWELDN4E-EHDOFPRSSTSEPT5r4R.20-50020-600110.00EVRLURTIGHPRRRMETERS ~INOZZLEMODEP-SCRNCGUHTER-CLOCKWISE V.93 ,~! tPAGE000380NOV0314-56-.14-SUSQUEHANNA IWELDH4EOFO)SCANNER.DIMEHSIGHS-CRLIBRRTION LENGTH=36.00FULLSCRIE='600NOZZLELENGTH=36.00FULLSCALE=3600OFFSETS=X=-16.05SCANNER-STEPSIZE=0.050STEPTOLERANCE =0.020MINSEP=0.250100'RC=100EVALUATION LEVEL.=50WELDREFERENCE POINT-X=17'.25Y=0.00THICKNESS' 6520SHELLCOURSE3CIRCUMFERENCE =83772.EVRLURTIQN-RNGtES=LAMINAR=100NOH-PtANAL=10,0SURFACE-TOLERANCE DISTRHCE=00000REPORT'.E DRTRRTFULLB.E.RMP.MRXIMUMB.E..RDRCFGR.EVANURTIQH=5UTCHANNELDRTR=SCANNER.SEPFACTOR=f3CH-"-ANGLEXOFFSETYOFFSETBEGINSTOP445.0P-1..450.7530500560.0P-1.45-0.44.305001.00.0B-3.751..15'0500BEGINUTINSPECTION RHDNOZZLEROTATION=-365EVRLURTIGN LEVEL=508DRC'OZZLE LOCATIONX=628.29Y=498.50WELDN4E-ENDQFPRSSMHBE.00TSEPT5i4R.20-5.0020-6.00110.00V.94 'Oi N4E~e~eINOee1eeXNN~615+8XllÃ~631+9YNN~48B8YNXi48B,8ZNN38NXi35SUSQUEHANNA E 0 N4ESUSQUEHANNA I~etthc.e.1eeXI%Ni615+2XltXi6318YtO~480o8VNXi4808Zt5i3+2ZNXi35 ' PIGENERRL.ELECTRICPOSTPPOCESSGR-VERSION3-REV.2SUSQUEHFINNR IWELDN4FEVFILURTION LEVEL=50'RCTRBLEIWB-3512. 1.RLLOWRBLE PLRNRRINDICRT'IOHSRSPECT'URFRCE SUBSURFRCE-PRTIQINDICRTIQNSINDICRTIGMSRrLRrT,r.R/Tw/0.00190.230005'-2'0.;.--2'0 0.10"2202..6'00.152-.,402.900.202703300.253.,103.700..303.504..10.0.353.504.600.403~505.200.453.505.900.503.506.50TRBLEIWB-3511.3RLLOWRBLE LRNINRRINDICRTIGNS CONPONENT THICKNESS LRNINRRRRER-T'~IN.R~SQIN.012.4.1261824.1'03012:3614-421648EVRLURTIONPRRFIMETERS-NOZZLE.NODETSCRNSCRNNERDINENSIGNS-CRLIBRRTIGN LENGTH=36.00FULLSCRLE=3600NOZZLE,LENGTH=36.00FULLSCFILE=3600QFFSETS-SCRNNERSTEPSIZE=0.050STEPTOLERRNCE =0.020NIHSEP=0.250100'RC=100EVRLURTION LEVEL=50WELDREFERENCE POINT-"X=17'.25'=0..00THICKNESS =6..52.0SHE(LCOURSE.3CIRCUMFERENCE =83772EVRLURTION RNGtES=LFIHINRR='- 10..0NQN-PLRNRR=, 10.0SURFFICETQLERRNCE DISTRNCE= 0.0000REPORTBE.,DRTR.RTFULLB.E..RNPNRXIHUNB.E'DRC'GR'VRLURTIGN =5UTCHRNNELDRTR-SCRNNERSEP.FRCTOR=-13X=-15.80CH::FINGLE4-45.0T'-60..0T100.0BXOFFSET-2.00-3.20-1..28YOFFSETBEGIN1..22301.2230-1.1"230STOPMNBE11000145001650-7TSEPT5<4R.28-5.0039-6.00110.00V.97 0 PAGE0002QF05SUSQUEHANNA. IWELD.H4F'EGINUTINSPECTION RNDNOZZLEROTATIONEVRLURTIGH LEVEL=508DFICNOZZLELOCRTIONX=767.91Y=498.50WELDN4F-CH:-BETBERITIR10575930112105749299-13EHDGFPRSSRELXRYiRZ1.96146.942.-05146.93DEPSCHR3.5'02103.48219EVRLURTIOH PRRRNETERS-HOZZLENODEPSCRNCLOCKW-ISE SCRNNEP.DINENSIGNS-CRLIBRRTIGN LENGTH=36..00FULLSCRLE=3600NOZZLELENGTH=36-.00FULLSCRLE=3600GFFSETS-'CRHHER STEPSIZE=0.050STEPTGLERRHCE =0-020MINSEP=0.250100'RC=100EVFILURTIQN LEVEL=50WELIlREFERENCE, PGIHT=X=17.25Y=0.00THICKHESS =6.520SHELLCOURSE3CIRCUMFERENCE

837-72EVRLURTION RNGLES=LRNINRR=10.0NON-PLRHFIR

10.0SURFACETOLERRNCE DISTRNCE= 0.0000PEPORTB.E.DRTR-RTFULLB.E.RMPMAXIMUMB.E./DFICFGREVFILURTIGN =5UTCHRHNELDRTR-SCRNNERSEPFACTOR=13X=-.16.05CH:"-RNGlEXOFFSET'OFFSETBEGINSTOPNNBE.TSEP4--450P-1.,45-0.75'05000205'6.0.0P-1.450.44.30500020100.0B-3.751.1530500711BEGINUTINSPECTION RNDNOZZLEROTRTIGN=-365EVALUATION LEVEL=508DRCNOZZLELOCATIONX=76791Y=498.50WELDN4F-EHDOFPRSST5r4R"t-5~00~-6-.000.00EVRl=URTION PRRRNETERS-- HQZZLENODEP.SCFINCGUNTERMLGCKWI,SE SCRNNERDIMENSIONS= CRLIBRRTION LENGTH~3600FULLSCANE="3600NOZZLELENGTH=36;.00FULL.SCRLE=3600OFFSETS,= SCRNNERSTEPSIZE=0.050'TEP-TOLERANCE =0020MIHSEP-=0.2501008DRC=100EVALURTIGH LEVEL=50WELDREFERENCE POINT-X=17.25Y=0.00THICKNESS =&.520SHELLCOURSE3CIPCUNFEPEHCE

837.72EVRLURTIQN RNGIES-'FININRR

10.0HOH-PLRNFIR= 100SURFRCETGLERRHCE DISTRNCE= 0.0000REPORTB.EDATERTFULLBE.RNP,MRXIMUNBE.<</DRC'GR'VALUATION =':V.98X=1605 0' PAGEOK0380NOV0612-05-38SUSQUEHANNA. I~aFUTCHANNELDRTR-SCANNERSEP.FACTOR=13CH::ANGLEXOFFSETYOFFSETBEGINSTOP445.0P-1.450.75'0500560.0P-1.45-0.4430500100.0B-3751.1530500BEGINUTINSPECT'IGN RHDNOZZLEEROTATION=360EVRLURTIQN LEVEL=50r.DRCNOZZLELOCRTIGNX=-76T91.Y'498.,5'0. WELDN4F-EHDGFPRSSWELDH4FMNBETSEPT5r4R020-5~00020-6.00711.000EVRLURTIONPARRMETERS-NOZZLEMODETSCANSCANNERDIMEHSIGHS-CRLIBRRTIGN LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36.00FULLSCRLE=3600OFFSETS-X=-15.80SCANNERSTEPSIZE=0050STEPTOLERANCE =0020MINSEP'0.250100rDRC=100EVALURTIOH LEVEL=50WELDREFERENCE POINT-X=17.25Y=0.00THICKNESS =6.520SHELLCOURSE3CIRCUMFERENCE

837.72EVALUATION ANGLES:LAMINAR=10.0HGNPLANAR.=10.0SURFACETOLERANCE DISTRNCE

0.0000PEPGRTB.E.DRTRRTFULLB.E.RMP.MRXIMUMB.E.rDRCFOREVALURTIOH =5UTCHANNELDRTRSCANNERSEP.FACTOR=13CH:-ANGLEXOFFSETYOFFSETBEGINSTOPMHBETSEPTSr4R20.0W-1.28-1..12305000110-00100-0B-128-1.123016507110-00BEGINUTINSPECTION RNDNOZZLE.ROTATION=360EVALUATION LEVEL=50rDRCNOZZLE.LOCATIONX=76791Y=498'.50WELDN4F-MRXAMPLITUDE -50rDRCID--rDACDEPRELXRYrRZDEP.RELXRYrRZ2i.5133.0.,5'9;.8. 330579.8-FINALEVRtURTIQNTRBLE,CHTYPEIHD:-TMINXMRXXMINYMRXY2OW1SY764.77764..77481.00481.00tENDOFPRSS+NOTE-H4F-4-(PAGE'380HOV0618-28-59)+50r.DAC..r..QFTDEPRELXRYrRZ'EPSDEP-3.,30..579.80048.,7'MIN DMRXVALUERLLGWEVRL3.343.340.016.50V.99 ~,,i N0FSUSQUEHANNA I.0~1aAa-0.~00XNi76lo8XNX~764+8YIQI~481.0VNX~481~02'~3.3NX~3.3 l~' N0FSUSQUEHANNA IwAa.e.seeXtWi76leSXfOi76loSYtWi4&1+0YtOil81oeZNHi3.3ZNi3.3 eIl GENERFILELECTRICPOSTPROCESSOR-VERSION3-REV.2,SUSQUEHANNR IMELDNSBEVRLURTIGN LEVEL.=50'.DRCTRBLEIMB-3512. 1RLLOWRBLE PLFINRRINDICATIONS RSPECTSURFACESUBSURFRCE. RATIOIHDICRTIGNSINDICATIONS RrLRrT,RRiTrR0.001.902300.05'002.40"0102..202..600.152.402:..900.PO2.703.300.25'.103.700.303.504.100.353.504.600.403.505.200.453.505.900.503.506.50TABLE.IWB-3511.3RLLOMRBLE: LAMINAR.INDICATIONS COMPONENT TAICKNESS LRMINFlRRRER-T~IN.RrSQIN.0121218824103012.3614421648EVRLURTION PRRRMETEPS-HOZZLEMODETSCANSCRHHEP,DIMENSIONS ~CALIBRATION LENGTH=36.00FULLSCRLE=3600NOZZLELENGTH=36..00FULLSCALE.=3600OFFSETS:SCRNHERSTEPSIZE=0.050STEPTOLERANCE =0.0P0I'IINSEP- =0.2501008DRC=100EVRLURTION LEVEL=50MELDREFERENCE POINT=X=1725Y=0.00THICKNESS =6.520SHELLCOURSE3C.IPCUMFERENCE

837?2.EVRLURTIGNANGLES:LRMINF}R

10.0NON-PLANAR= 10.0SURFRCETOLERANCE DISTANCE= 0.0000REPORT'.E. DATARTFULLBE.RMPMRXIMUMB.EiDRCFGREVRLURTION =5UTCHRNNELDRTR-SCRHHER-SEPFRCTOR=13X=-15.80CH245RNGLE0~0I.J-45.0T-60.0T0.0BOFFSET-1.28-2.00-3.20-1.28YOFFSETBEGIN-i.12,301.22301.22,30-11230STOPMNBETSEP50001111000281450'391650711.T5r4R0.00-5.00-6.000.00V.102 ~j,00' PRGE000280NOV03OF12.-48-30 SUSQUEHRNNR. IWELDNSBBEGINUTINSPECTION EVRLURTION LEVEL=-NOZZLELOCRTIONXMELDN5B-RHDNOZZLE;ROTRTIONsor.DRC698.10Y=484-.50M60CH:-"BET'.00100100.'0010010020010010598100200100100100BERIT'3040:308-0:-3070321,.0296.030103000295'2950291029502960296.0301.IR.RELXRYiRZ92081.3-629-2-.952.044-8:-~.-1';85':.204&01,60135'..61102.04"161.8381.96.161..842,01'5:16186'1.74-'62.'. 88131.65162.70121.74=262.68232..852,62.66261.96162.64.202..06262.62.10216.162.,61DEP-'.54359..3573..743.45'503493.433.433.393.433.453.45350222.2.09-1',99-174-228210-199.188179.188199210220230HFIXRNPLITUDE -sow..DRCID:-'DRCDEPRELXPYr'RZDEPPELXRYiRZ2474-3.42.0262.73.41.,8162.7+soiDRCDEPRELXRYiRZ3.42..1.262.6r.OFTDEPSDEP0.047.8jCH-"-BET100100100100200100100100100100100100100100100100200BERIT0291030803040305030603060310030002960301.030003100314'-0.3'140314-03240326IR.10912,1712.910989.209io132-1.22:13.'ELX2..21.1.92,2.02.2.12.2~22"2.32.2442452.37'e.2626202.172.1801'.89.2-..00'10RY>RZ16-3..30164.05164-.0316401164.00163.98263.96164.76264.7726479164.8i166.9326>..58167.571.&7.551'67:53'. 16752DEP3.393'.59.3.54.3.553.56.3%.563.613~493..45'.503.493.,613.,66.3.,6636&.3'.66'.68'CNR235206216226236246258259251240230216186.294-203;22'.4224NRXRl'1PLITUDE ID--iDRCDEPREL.XRYiRZ26523.52.0167.5-50'DRCDEPRELXPY/RZ3.S1.9i67.6+50~DRCDEP.PEL.XRYiRZ3.52.0167.5OFTDEPSDEP0.046.8tCH-BETBERIT100030610,00301+.1000304-IR1110PEL'XRY/RZ2.17168.412.08168.421.9816844DER3.563.503.54SCNR231222212.V.103 FINRLEVRL'URTIGH TRBLET'INXI'1RXXMINYI'1RXYL726.33716.53478.73478.81L716~79716-.90480.34480.37L722.5?711.57472.31471.31L680.11680.2047T.79477.82L716.15717.21478.48479.41L679.-31679.31479.954?9.95L716.63717.13480.14480.'65DMIN3.413.463.74.3.5T3.39.3.543.50CHTYPEIHD.--2OW42OW610OB310OB210OB510OB110OB7DMRX3.423.483.743593.623.543.68ENDQFPASSPRGE000380NGV0312-'20-'24. SUMUEHRNNR. IWELDN5B~.04+EVFILUE0.010.00O.On0.000.890.000.25ALLOW19.5619.5619.,5619.5629.56'9.56.2.9.56EVRLEVRLURTIONPRPRMETERS=. NOZZLEMODEPSCRNCLOCKWISE SCRNHERDIMENSIONS-CRLIBRRTION LENGTH=36.00FULLSCALE=3600NOZZLELENGTH=36.00FULLSCFILE=3600QFFSETS-SCRNNERSTEPSIZE=0.050STEPTQLERRNCE =-0.020MINSEP=0.250200~DRC=100EVRLURTION LEVEL=50WELDREFEREHCE POINT-X=17.25Y=000THICKNESS =6.,520SHELLCOURSE-3CIRCUMFERENCE

837;72EVRLURTIGNRHGLES-LRMIHRR=10.0NQN-PL'RNAR

10.0SURFRCETOLEPRNCE DISTRNCE='.0000 PEPORTB.E.DRTRFITFULLB.E.RMPMRXIMUMB.E..rDRCFOR.EVRLURTIGH

.5UTCHFINNELDRTR<<SCRNNERSEP.FRCTGR=13X=-16.05CH24510RNGLE0~0W-45.0P-60.0P0.,0BOFFSET-3.75-1..45-1.453~75YOFFSETBEGIN.1.150-0.75300.44-301.1530STOPMNBETSEP00115000?0500020500711T5i4R-0.00-5.00-6.000.00BEGINUTINSPECTION RNDNOZZLE.RGTRTIGN=-360EVRLURTION LEVEL='50'RCNOZZLELOCATIONX=698.10Y=484.50WELDN5B-EHDGFPRSS2"TURNEDGFFEVRLURTIGN PRRRMETERS-'OZZLE MODEPSCRNCOUNTER-CLOCKWISE SCRNHERDIMENSIONS

CRLIBRRTION LENGTH=36.00FULLSCALE=3&00NOZZLELENGTH=36.00FULLSCRLE=3600QFFSETS-SCRHHERSTEPSIZE=0.050STEPTOLERRNCE =0.020MINSEP=0.25020MDRC=100EVRLUFITIOH LEVEL=50WELDREFERENCE'GIHT-X=17.25Y=-0.00THICKNESS =6.5?0SHELLCOURSE-3CIRCUMFERENCE. =83T7?'VRLURTIQN'NGE.ES-" LRMINRR=10.0NON-PLANAR='0 0V.104X=-.16.05 00' t:PRGE000480NOV0313:01=37SUSQUEHRNNR IGr-04SURFRCETGLERRNCE DISTRNCE= 0.0000REPORTB.E.DRTRRTFULLB.E.RMPt'1RXINUN B.E.~DRCFGREVRLURTIGN =5UTCHRNNELDRTR-SCRNNERSEP-.FRCTOR=13CH'-'NGLEXOFFSETYOFFSETBEGINSTOP2.0..0T3.75-1.2800445'P-i.450.-75305005-60'..0P.-f45,.-044'-305001.0'0B-3..75=1.15'0500BEGINUTINSPECTION RNDNOZZLERGTRTION=360EVRLURTION LEVEL=.50'RCNOZZLELOCRTIONX=698..10Y=484.50'ELD N5B-ENDOFPRSS+NOTE-N5B-2(PRGE12280NOV0313-20-46) ME<DN5BNNBE000i7'SEPT514R"=-1,10.-002.0-5..002.0~.<<00:11'.0.00'.105 00 SUSQUEHANNA IN4ENSBNc-e.1eeXtW~679.3XlQi717,1YN~471.3VtQ~481.7ZNi3.1NX~3.7 l0I1IItlI SUSQUEHANNA IN5B7>>90tNG>>0.100XIII>>679e3XNX>>7i7,1YAH4713VtlX>>180.7ZNN>>3IZlQ>>3>>7 0 aasvmaNYTlQ!o.. /I/c,~/+iE~mSheetNo.Cal.SheetNo.+/<STRAIGHTBEAMEXAMINATION DATASHEETIIISTALLATION 4SSEVICSEIIOIIISSIII OIVISIOISitaCI'SLami.narReflectors inBaseMetalCQ2'/'preoperational r.S.IWeldSeamIDNo.AJ7ExaminerIY~ALevei~z.Procedure 2Q'.C)2-Zl5ScanningSensitivity Couplant~)crrimcDate/2RecorderRevisionComponent Temperatuxe ~CWo~Levelp7dOFR'.s/o,o,g,oslnd.Amp.3,'OIS23oZggOB.R.Amp.CWorCCWTopofBottomee~.'fi~/,~f"owwwwwLgLgLy.LeLOOKINGDOWNONVESSELCWISTORIGHTOFWELDCCWISTOLEFTOFWELDNOZZLEWELDREFERENCE SYSTEM4RER<RsRoRsRsR00vwi)w+90oWELDQ~Reviewedby:ElAcceptable toSectionXIQUnacceptable toSectionXfCENEEALI@!ELECTE!CV.108 c4/6Cal;SheetNo.EXAMINATION DATASHEETINSTALlATION 4SBIVICtCMOINttllIIe3 INvINONStraightBeamandAngleBeamofNozzletoVesselWeldSiteSusuehannaISQZ-761ExaminerIMeldSeamZDNo.Procedure No.25-Z-ScanSensitivity CouplantGlcerine~~xPreoperational ~I.S.I.Level~~RecorderBeamAngleQ~45RevisionEvaluation Sensitivity Component Temperature Datei~aoLevelM6Qo7~oFC,rugoc~7QMaxDAC(>>~oOAC)WF$WmWF2W2D)(50"%%d(Max(50',e(p5O/~(p5ogDAC)DAC)DAC)OaC)OAC)DF)(50%%dDAC)Dm(MaxDAC)DF2(50%%dDAC)D2(2OAC);NOZZLEWELDREFERENCE SYSTEMRgRaRaRgRgRa'RDo4~WhV)$~'LV--'..II)-eeCWKLOQReviewed. by-.SNT-TCLevel~BAcceptable toSectionXZ0Unacceptable toSectionXZGENEIIA'L IE1ECTRICV.109 ~,l>>0 g.Q.(ry'o~lttfCalSheetNo.'!kBTALLATI COI~BOIVICKKIIOIIICCIIIIIOOIVI4104IEXAMINATXON DATASHEETStraightBeamandAngleBeamofNozzletoVesselSiteSusuehannaISQX-761~xPreoperational ~X.S-X-ExaminerL).Level~~Recorder-.WeldDate2-29-Level.CCWeldSeamXDNo.Procedure No.ScanSensitivity CouplantGlc'crineBeamAngleOo450Revision2.Evaluation Sensitivity Component Temperature OF~R.MaxDAC3'I'WqWF1(25'50%OAC)DAC)Wm(MaxDAC)WF2'2(50%(2DAC)OAC)D~(25%OAC)DFi(50"roDAC)DmDF2(Max(50%oDAC)DAC)SoD2(25%OAC)4~jNOZZIEWELDREFERENCE SYSTEMRERaRaRgRaRG'ROor4hsvwW0)'lv6VIELOQ\Reviewed. by..BNT-TCLevelvlgAcceptable toSectionXXE3Unacceptable toSectionXXGEIIEGALOELECTGICV.110 ',rllil sIIp403VSr>fanef~aCp-80uuoN9REDUCEDPAINTNOTTOSCALEIIpioIll1TD4' 0' VESSELUTCALIBRATION DATASHEETAISY~..eASSY~INITAuAIION sStaVICtINOINltBINO OIVItIOHSite76/o9'al.SheetNo.QPreoperattonal QI,S.I.Calib.8lockNo.DateExaminerRecorderCal.Std.Temp.ASNTLevelASNTLevel0oEquipment Data:Instrument ModelNo.OAIW2Instrument SerialNo.J2OTransducer SizeTransducer SerialNo.OACCurve:Range0-500-1089080ShoeNo.riFrequency ~>XMHaIiW2BeamAngleInstrument Settings: StartFinish70605040302010Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingRejectiole02345678910012345dnChangefor~eTe~InchesI/4HoleDepthGain81XIXMax.Atnl).~rt//eeInchOarMPInchSDHorF8HInitialCalibration Time~~~PeriodicChecks:1/23/42yraNotchZDS1X1XIX3,Oaa/~~a>N/ATimeValueLastDataSheetFinalCheck+gogd'ENERAL ELECTRICV.112Colibrotionin Oeplh(0)DIIorMetalPoth(MP)QC/IOP'+' 0l0 AngleBeamSpreado1X 45or60(Madeoncepercalibrated system-Calibration standardcombination) HoleDepth10%DACTrailingRay2OAC50%OAC100%CACDACeadingRay25%OAC10%OACWOorMPWDMPWDorMPWMPWOorMPWDorMPWOorMP1/4T1/2Te3/4Amplitude Linearity Check(MadeDaily)ControlLinearity i(MadeDaily)100%FSH90%"80%"40%FSH50%FSH430%"80%oFSH~I40%-6db{32-48)-12db(16-24)+6db(64-96)10%"60%"20%"20%o"+12db(64-96)/Equip.DataAngleBeamForLineariChecksA/o85ChecksonIIW-2CodeBlockTTransducer Data:SerialNo.BeamAngleBlackonI/8SDHforFieldCalib.ChecksQMaxAmp.forBothNeor6FarPositions in%ScreenHeightSizeShoeNoCheckMadeBy:FreqCableNoSOHNearMax.Amp.MetaFariiewedbyIttSNT-TCLevelV.113 VESSELUTCALIBRATION DATASHEETANYTtaNt... ANYWHEREggittANAtgogg 45tsvgcttggOggd(tIgggO DIVISgoig SiteGrr.5ter7clDate~d"CouplantExaminerRecorderGal.Sheet No.+2Preoperational 0I.S.I,~A'Gal.Std.Temp.ASNTLevelASNTLevelEquipment Data:Instrument ModelNo.Instrument SerialNo.agoTransducer SizeTransducer SerialNo.OACCurve: Range0-500-100tI908070Instrument Settings: Attenuation SweepStartFinishShoeNo.Cableeeo.+i'r+r/+Frequency ~dMHarIIW2BeamAngleDelayo,8v5040302010ScanningGainEvaluating Gainct0FilterPosition/f1RepRateDamping'eject2345I2678910345dbChangefor~X~eTe~InchesI/4I/2HoleDepthGain81XMax.Amp.1XIX8'O~rWr~Inch0orMP'InchOSDHofFBHInitialCalibration Time~~~8PeriodicChecks:LostOataSheetTinteValue3/42%Notch1XggCalibrationin Oepih(O)9]orMetalPath(MP)FinalCheck/8ii'o8<GENERAL@! ELECTRICV.1147/zpgg II'I AngleBeamSpreadO1X45or60(Madeoncepercalibrated system-Calibration standardcombination) ~TrailingRayLeadingRayHoleDepth10%DACOorMPWOorMP25o/o'AC50%DACOorMP100%OorMPWDorMPWDorMPWOorMP50o/DAC25%OAC"10'.oDAC1/4T1/2T~3/4TAmplitude Linearity Check(MadeDaily)ControlLinearity i(MadeDaily)100%FSH90%"80%"40%FSH50%FSH%FSH40%"30%"80%oFSH80%"0%"-6db(32-48)-12db(1624)+6db'64-96)70%"20%"20%",+12db(64-96)60%"/Equip.Data-AngleBeaForLinearity ChecksrgC8~ChecksonIIW-2CodeBlockTTransducer Data:SerialNo.BeamAngleBlockonI/8SOHforFieldCalib.ChecksQMaxAmp.forBothNear6FarPositions in%ScreenHeightSiteShoeNoFreqCableNoI/OHNearMax.Amp./oFarCheckMadeBy:MetalPathrP)iewedbySNT-TCLevelV.115 0~' VESSELUTCALIBRATION DATASHEETANY~-.ANYWIBCIN5'IANASION A55!VIC5tNOINSIBINO DIVISIONSite,~J-1.-eExaminerIRecorderRev.Couplontcol.sheetNo.~o~IIPreoperotlonal GISLCal.Std.Temp.ASNTLevelASNTLevelTransducer SerialNoOi5a~iDACCurve:Range0-5CI0-105)90Equipment Data:Instrument ModelNo.Instrument SerialNo.ti'LTransducer SizeShoeNo.CableNo.Frequency W~ZMHzllata2BeamAngle~+Instrument Settings: 8070605040302010'Attenuation SweepDelayScanningGainEvaluating GainFilterPositionRepRateDampingRejectStartFinishOpR8's(stIL(id2345678910I2345dhChangefor~X~aTe~InchesHoleDepthGain8IXMax.Amp.~eyy~eInch0orMPInchSDHorFBHInitialCalibration Time~35~I/4(gIX1/2QP1XV.8"1XIXNotch8dj,E.O"2I'48.8tt/aTimeValuePeriodicChecks:LastDataSheetCalibration inOepth(O)5IIorMetalPath(MP)FinalCheck:g/g~+0(42+OWQiM~ahg(IO ]~+~~~4C.~GEIIERALELECTRICV.116 ,I AngleBeamSpread01X45or60~(Modeoncepercalibrated syate)n-Calibration standardcombination) HoleDepthWOorMPOorMPDorMPDorMPTrailingRay10%DAC25%OAC50%DAC100%DACLeadingRayOorMPOorMPW50%DAC25/oDAC10%DACOorMP1/4T1/2Th3/4Te.Amplitude Linearity Check(MadeDaily)ControlLinearity )(MadeDaily)100%FSH~%FSHg'Q50%FSH%FSHz580%FSH-6db9l(32-48)90%"80%"4070%"40%"'30%"20%"2080%"40%"20%"-12db~(16-24)+6db9Q(64-96)+12db~~(64-96)60%-Equip.Data-AngleBeamForLinearity ChecksA~~ERtib.o(Q oakt'~ChecksanIIW-2CodeBlockTTransducer Data:SerialNo.BeamAngleBlockonI/8SOHforFieldCalib.ChecksQMarAmp.forBothNear6FarPositions in%ScreenHeightSihh~Wlfrhh~~~IRKShhhwh26K+Chh.S~n.') CheckMadeBI/6SOHNearMar.An)p.MetalPathFarReviewedbySNT-TCLevel i0, SKICVlCKANY%le.ANYWHERE'iPageof331/12/82IIIIWlI4II0N~'lIIWCIIN4llelltlltO OIYIilOwSECTIONVRECORDASLE INDICATION LISTProject~SUSUEHANNAUNITf11CategoryProcedure Rev.SystemIdentification NumberDataCalibration SheetNo.SheetNo.Indication Description THREADSINFLANGESTUDHOLESSTUDHOLEN/AN/AiII16ControlNo.750.Bluntedanddiscolored threads.Reference Report//7inSectionIV.876=N/AN/A'ControlNo.750.Missingthreads.Reference Report!/7inSectionIV.SS'12744060 V.118GENERALOIELECTRIC' ~i, jftESERV)CE )NSPECT)Oi9 PROJECTPENNSYLYAN)A PO4VRAIDLlCHTCo.<<VSDI.l"~r..I"4INta tNA$'USUAL).):/2)XI tATXO'8IIEPO>(TIII,tt~ CeSERVICEL<C"aiIeI>CÃVISICIISYSO'H.HATSRXAL'HACUSXpEEI/STATXOZ Susg'uehanna'ni't l.'hreadsinfl'angebase-'metal CCTZGORYB-G-l'ROCD>RZ <>>XSZ-QAX317Re+.l'(~oxXSXXnformation Only)E?DQforCOMP.Iio..N/k.GOV);EQEX'llEG'PEC ~~PRESERVXCE XTDENoN/AXSXXSOHET.'iXC )E<o.~~VTZ>M~)XEiATTO'A .DETAX1.S DirectVisualReaeeeViaualSurf"caPreparation 'Hethods/Tools Used(ifany).iwnination" Xnstrumant" U"ad.Plashl'i~ht ectVisualAidsUsed.Hone..'oneEamotaVisualEquipment UsedVT)=.ZS+al<ATXOi h)<EAgguaget.eS~~~SurfaceCondiLion ))hi)GYPS ahhDSVPPO,TSPXPEVRLDSAD13ASHiLATKPXAI. D1scolltxnu).teSetting-.Hisnlignmen t3)ro);enHembcrs.C'ouI'e"ArcStr~)-e". 'indI'EarksI~IavamentOt)ier(Tdentil'.y)Yea~rrrReadingYesjioGroundBlendAreasUndercuts Corrosion BuildupougesEvide>>caofLca).-aE',e AreSt.ri);c" Otl~cr(Xc)cnt3Cy) ~,e0E PRESERYICE INSPECTION PROJECTPEHNSYLYAHIA POWERANDLIGHTCP,SUSQUEHANNA'iA .I!I'UaS/il/DllA."lillaS J-.'a~b.Jl.l:YcsHotij1F'.,".oG D'VISIWCow~iol.~~7~3'UHPANI>VAI.VI:,'Jl"II;I:r.A1.S Di.ocontinltit Vo~oscHcabersCrc!:sCorrosion N/A.X.PittingCorrosion. ErosionCoL:pcsYhrc><Danaec'"='"'"'<)~~'I~18h~76Seesketch.onotherside'Eoxcil;n Hateria1GougedParts(Identify) ~HearOtl>crs{Identi,i'y)~'+hotoN/XRol,11aamaSlcctclLXVaa'"'o>On.Reve-.rse SideCP~,".;.~ANTS 77..V3.SUAI)X'A1IINI:.It' HARL'NDLI'.VI'.I 'PA'I'E.1cda<jC;)6Eg;g;~Wgg@~j+CLN~~)lV.1206I I;~iI!fi =NNS;lfgAN[A PP~g,ANDL~<H><0~~i-/~JSUSQUEHANNA l-,":16'ottom thirdofthreadsnotedtohaveachangeincolorandthreadsize.SeeSketch~1iQL5~Pgki(o.~oF~i+P~DSI-(AWl3({jw~~~OF~RQ.~>FDISCm~C,Zi cQ'p6~c<oV~P~ggKP>SAPQPwDC~<%;-76Threads5,6and7frombottomhavepart.ofthreadmissing.SeeSketch-..2. 0I! SERVICEANYTIME... ANYWHEREINSTAllATION ASNVICSTNOINTERINO DIVISIONSUSQUEHANNA UNITO'ISECTIONVIEQUIPMENT ANDMATERIALS LISTULTRASONIC INSTRUMENTS MODELNO.SERIALNO.Branson-303ABranson-303ABranson-301Branson-301Branson-303Sonic-MK-ISonic-MK-IMagnaflux -PS702AUSM2-MTUSL-38USM2-MTKrautkramer -Branson117620311762021199311938510198732203765049721214977266906110107726922587F2.TRANSDUCERS 2.12.25MHzFreuencS/N015238015231015234015235015237K22614K22615K226179M385B10805J04729B10804B07016K23981H31928SIZEII1.00'/2XI" I/2XI"I/2XI"1.00"1.00'I1.00"1.00"I/2XI'I0.75"0.75"'.75"I001.00"1.00"S/NE1802212138E31735L08767L08764E31737E31738E31740A10921A10920A10919A10922K23982K23980K23979C09128SIZEII0.50'.00" o.5o"0.50"0.50"00.25"o.5o"0.50"0.50"o.5o"050II1.00"I.OO"I.OO"1.00"GENERALELECTRICVI.1 1' SERVICEANYTIME.. ~ANYWHEREINSEALLANON ISERVICEENGINEERING DIVISION2.21.0MHzS/NL03515I03625I03627A13733F16832F16837FREQUENCY SIZE1.OO"O.75"0.50"100pspII0.50"3.0WEDGEDS/NSQ-1SQ-2MS-4MS-3MS-6SQ-3SQ-4SQ-5SQ-6SQ-19SQ-20SQ-21SQ-22SQ-23SQ-24SQ-25SQ-26SQ-27SQ-28SQ-29SQ-30SQ-31SQ-32SQ-33SQ-34SQ-35SQ-36SQ-1245'5'5'5033'333'3'5'5'5'50 45'5'5'5'5'5 045045'3.'3'3'3'3'3'3'.W. L.W.L.W.L.W.L.W.L.W.L.W.ANGLE45S/NMS-9F-31PA-1PA-2PA-3PA-4PA-5PA-6PA-7X-1X-2X-3X-44MS-1176Nl76N321Fl76N476N2llNl77N1ANGLEAG60'5'5'5'5'5'5'5'0'5'5'5'5'5'5'0'0'5'5'0'5'0'5'5' GENERALELECTRICVI.2 i SERV(CEANYTIME... ANYWHEREINS'IAEEAEION ASERVICEENGINEERING DIVISION3.1NOZZLEINNERRADIUSRH24681012A12B141618LH13579llAllB1315173.2FEEDWATER INNERRADIUSZONES/N4.0CABLESSSQ-N4-Zl-CW SSQ-N4-Zl-CCW SSQ-N4-Z2-CW SSQ-N4-Z2-CCW SSQ-N4-Z3 S/NA-1A-2P-13V-4V-30S"123S-loS-4PJ-6S-4S-OZ-13VE-8S-41S-16TYPEBNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-MICRODOT BNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-.BNCSIZE6.5',6.5'.5'.5'.5'.5'.0'.0'.0'0.0'5.5 '.0'.0'0.0'0.0 '.0'.5'ENERAL ELECTRICVI.3 e' SERVlCEANYTIME... ANYWHEREINSTAuATIOH 4$IRVICEINGINBRINO DIVISIONS/NS-46F-2F-1631TYPEBNC-BNCBNC-BNCBNC-BNCBNC-BNCBNC-MICRODOT SIZE12.0'.0'.0'.0'.0'.0 LIQUIDPENETRANT MATERIALTYPESKL-HF/SSKD-NFSKC-CSKL-HFSKD-SSKC-CBATCHNO.78602478G13978G1206L0216L0196L0016.0GLYCERINE LotNumberDP-06186-002 DP-06157-002

7.0 PYROMETER

S/N69-13828.0M.T.EQUIPMENT ModelCRQ-10S/N723489.0IIW-2U.T.CALIBRATION BLOCKS/N-2GENERALELECTRICVI.4

SERVtCEANYTIME... ANYWHEREINSIAHAIION ASIAVICS(NOINSSllNO DIVISIONSECTIONVIISUSQUEHANNA PROCEDURES PROCEDURE REVISIONPROCEDURE NO.StraightBeamExamination-LaminarReflectors inBaseMetalPersonnel Qualification andCertification ProgramandSupplement ISE-QAI-219 ISE-QAI-300 Personnel Qualification andCertification ProgramandSupplement "A"-VisualVisualExamination ISE-QAI-311 ISE-QAI-317 UTExamination ofSupportSkirttoRPVWeldUTExamination ofSimilarandDis-similarmetalweldsRPVWeldCenterline PaintInstruction UTExamination ofNozzleInnerRadiusandSupplement No.1andMandatory Supplement UTExamination ofRPVWeldsUTExamination ofFlange-to VesselWeldandFlangeLigamentAreasISE-QAI-321 ISE-QAI-322 ISE-QAI-323 ISE-qAI-324 ISE-QAI-325 ISE-QAI-326 UTExamination ofReactorVesselClosureStudsISE-QAI-327 WetMagneticParticleExamination ofReactorVesselClosureStudsISE-QAI-328 GENERALELECTRICVII.1 t SERVICEAHYTlhla... ANYWHEAaINSTAuA'JION iSMVICllNOIN(lRINO DIVISIONSUSQUEHANNA PROCEDURES (continued) PROCEDUREREVISIONPROCEDURE NO.RemoteAutomatic Examination ofRPVWeldsISE-QAI-329 RemoteAutomatic Ultrasonic Examination ofRPVNozzleWeldsLiquidPenetrant Examination ISE-QAI-330 ISE-QAI-331 Ultrasonic Examination ofFeedwater InnerRadiusZone2ISE-QAI-332 Ultrasonic Examination ofFeedwater InnerRadiusZone3ISE-QAI-333 Ultrasonic Examination ofFeedwater InnerRadiusZone1GeneralVisualExamination Procedure including Supplements A-LLiquidPenetrant Examination LiquidPenetrant Examination ISE-QAI-334 160A780718XA840218XA7400GENERALELECTRICVII.2 ' SERVIC8ANYTIMf-.ANYWHEREINSTALLATION ASSRVICSSNOINHSINO OIVISIONSECTIONVIII.PERSONNEL Allpersonnel performing examinations atSusquehanna SteamElectricStationUnitNumber1werecertified byexamination inaccordance IwithAmericanSocietyforNon-Destructive TestingRecommended PracticeNo.SNT-TC-1A (June1975Edition). TheSusquehanna PSIExamination wasperformed onateambasis,eachteamconsisting ofaLevelIIorLevelIIIandLevel1Tminimum.Theformalorganization interface diagram's showninTable1.-GENERALELECTRIC. VIII.1 0,Ie(, SERVICEANYTIME-. ANYWHRREINSTAllATION 4SEEVICEENOINEEEINO OIVISIONSECTIONVIII.PERSONNEL NAMELEVELOFCERT.LEVELLEVELOFOFMETHODCERT.METHODCERT.METHODAlbenese, J.J.Bain,V.J.Bergey,D.W.Bolden,G.Boone,R.Bragan,G.L.Brown,F.Clay,A.W.Clayton,K.Demetrio, J.P.Difilippo, D.J.Dufresne, R.Edwards,R.E.Field,F.Flaherty, PHart,M.P.Heath,M.A.Hooper,R.C.Jones,J.Indan,E.A.Kenney,V.P.Koch,T.L.Kollock,A.S.LeThangLindeman,, R.I.Lockyer,G.E.May,R.C.McCabe,L.Metta,S.II,IIIIIIIIIITIIIIITIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIUTUTUTUTUTUTUTUTUTUTVTUTIUTUTUTUTUTUTMTUTUTUTUTUTUTPTPTPTPTPTPTPTPTVTGENERALELECTRIC ~,iO' SERVICEANYTIMB... ANYWHEREIN55AuATIOH ASERVICE5NOINIERIHO OIVI5IONNAMELEVELLEVELLEVELOFOFOFCERT.METHODCERT.METHODCERT.METHODMills,C.E.Miller,W.F.Moore,R.L.Mortenson, S.Mulligan, T.K.Shove,C.Quinn,P.Ramsey,PER.Reczek,E.F.Smith,R.D.Voget,D.Wagner,R.W.Wilkins,B.W.Zielinski, J.IIIIIIIIIIITIIIIIIIIIIIIIIIIIUTUTUTUTUTUTUTUTUTUTVTUTVTMTPTPTPTPTVTGENERALELECTRICVIII.3 01,0Il TYPICALORGANIZATION PRE-SERVICE INSPECTION SUSQUEHANNA glPPLLQAR.BECKLEYAUTHORIZED NUCLEARIN-SERVICE INSPECTOR FACTORYMUTUALBECHTELASSISTANT PROJECTENGINEERJ.O'ULLIVAN QCSUPERVISOR NDESUPERVISOR NDELEVELIIISECRETARY TEAM81TEAM82TEAMP3TEAM84Examination Teamsconsisting ofaLevelIIandaLevelITminimumintherequireddiscipline. VIII.4 ~~0}}

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