ML21037A006
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Site: | 07109316 |
Issue date: | 01/31/2021 |
From: | Alpha Omega Services |
To: | Office of Nuclear Material Safety and Safeguards |
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AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 1
AOSFM9054,RevisionJ(ConsolidationofRevisionsHthruH7)Updates-Trackingpagenumber,headinglevel,paragraphnumber,linenumber;whatitwas,whatitis,andjustification(ifneeded)
NOTE:PaginationhasbeenoptimizedinRev.J(optimizedpagebreaksandregular,nonalphapagenumbering).AllpagenumberslistedforRevisionsHthruH7arethepagenumbersthatwereusedinthoserevisions.
ChangeslistedforRevisionJindicatecurrentpagenumbers.
Revision Page Heading/Item/
Step Para#/Item/Step Line#/
Item/Step Whatitwas(RevisionG)
Whatitis(RevisionJ(ConsolidationofRevisionsHthroughH7)
Justification(ifneeded)
Global H1,H3 Multiple Normalform Specialform Normalconditionsoftransport NormalAccidentconditions HypotheticalAccidentconditionsoftransport HypotheticalAccidentconditions(HAC)oftransport NormalForm SpecialForm NormalConditionsofTransport NormalConditions HypotheticalAccidentConditionsofTransport HypotheticalAccidentConditions(HAC)ofTransport J
2985 4216 728 821
[2.11]
[4.4]
[7.8]
[8.4]
All AmericanNationalStandardsInstitute,ANSIN14.51997,Radioactive Materials-LeakageTestsonPackagesforShipment,February5,1998.
AmericanNationalStandardsInstitute,ANSIN14.52014,Radioactive Materials-LeakageTestsonPackagesforShipment,June19,2014.
FrontMatter All i
Rev.G,July27,2012 Rev.J,January31,2021 Hthrough H7 iii RevisionHistory
<AddedrevisionentriesforH,H1,H2,H3,H4,H5,H6,andH7.>
J iv RevisionHistory
<Addedrevisionentry.>
- ConsolidationofRevisionsH-H7(RevisionIintentionallyskipped)
- Subsection1.2.2andSection7.1-Clarifiedthattheshoringmaterials arestructural
- Paragraphs2.5.3.1.2through2.5.3.1.4-Calculationsrevisedtocorrect minorerrorsandtypos
- Subsection2.6.7-RemovedstalenotecreatedinRevisionH5
- Figures318through320-Replacedthermaltransientplotsfor AOSModel025firecondition
- Figure43-Changedportcovertorquerequirement
- Chapter9-Updatedwithcurrentrequirements,approvalletter, andcertificate
- UpdatedANSIN14.5referencesto2014edition
- Appliedmiscellaneouscorrections(tableofchangesincludedwith coverpageofthesubmittal)
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 2
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Chapter1 H3 11 1.1 1
5 Section.
<Correctededitingtypo.>
Section1.2.
H1 12 1.1 13 2-3 Figure11andFigure12provideanisometricviewoftheModelAOS025A andAOS050A,respectively.TheisometricviewoftheModelsAOS100A,AOS 100BandAOS100ASisillustratedinFigure13.
Figure11andFigure12provideisometricviewsofModelsAOS025Aand AOS050A,respectively.Figure13providesanisometricviewofModels AOS100AandAOS100B.Figure14providesanisometricviewofModel AOS100AS.
H1 13 Figure11 Figure
<Correctedandreplacedthefigure.>
H1 14 Figure12 Figure
<Corrected,updated,andreplacedthefigure.
Updateincludesaxialshieldingplates.>
H1 15 Figure13 Figure
<Corrected,updated,andreplacedthefigure.
Updateincludesaxialshieldingplatesandcavityspacerplates.>
Caption ModelsAOS100A ModelsAOS100AandAOS100B Noteafterfigure TheModelAOS100AshownistypicalforallModelAOS100configurations.
TheModelAOS100BisidenticaltotheModelAOS100A,withtheexceptions thattheModelAOS100Busescarbonsteelasitsshieldingmaterial,andthe optionalaxialshieldingplatesandcavityspacerplatesarenotpermitted.
H1 15a Figure14
<AddednewisometricviewfigureforModelAOS100AS.>
H1 15b
<AddedblankpageforR/Lpagination.>
H 16 1.2 2
2-3 contentweightshallbeinscribedasthemaximumgrossweightonthe impactlimiteridentificationnameplate,whichisaffixedtothepackage.
contentweightshallbecomparedagainstthemaximumgrossweight providedinthecorrespondingcertificatedrawing.
H,H1 16 Table11
<Rev.Gversionoftable.>
<Replacedentiretable.>
H,H3 17 1.2.1 3
All Thesolidcaskoutershell,andthesealassociatedwiththecasklidplug closure,useadoubleelastomericORingcapturewithintwoSS300seriesflat ringsoradoubleCcrosssectionsealwithinthecasklidsealjoint,and providecontainmentunderNormalandHypotheticalAccidentconditions oftransport.
TheAOSTransportpackagingsystemuseseitherelastomericormetalliccask lidseals.TheModelAOS025andAOS050casklidelastomericsealhastwo(2)
ORingsandone(1)flatmetalring.TheModelAOS100casklidelastomeric sealassociatedwiththecasklidclosureusesapairofelastomericORings capturedwithintwo(2)SS300seriesflatrings.Thecasklidmetallicsealfor allmodelsisadoubleCcrosssectionsealwithinthecasklidsealjoint.
WhenshippingNormalFormcontents,thecasklidsealprovidesa leaktightcontainmentunderNormalandHypotheticalAccidentConditions ofTransport.
H 17a,b
<Addednewpage17aforoverflow,andnewpage17bforR/Lpagination.>
H 17a 1.2.1.1 3(was5on page17) 2-5 Thegrooveonthebottomsurfaceofthecasklidhousesthecasklidseal,as wellasacentralrecessthataccommodatesthecasklidplugcomponent.
Also,thecasklidsbottomsurfacehasagrooveinwhichtohousetheseal.
Thegrooveuppersurfaceischanneled,whichprovidesapathforanyleaked gastotraveltotheleaktestingport,sothattheleakedgascanbedetected.
Four(4)threadedholesarealsoincludedonthissurface,forusebythefour(4) casklidmetallicsealattachmentscrews.
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 3
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H3 18 1.2.1.1 3
1-2 Containmentfor WhentheradioactivecontentsareencapsulatedinSpecialFormsources, containmentisprovidedbythesealedsource.ForNormalFormmaterial, containmentfor H3 18 1.2.1.1 3
last tightness.(For tightness.Preshipmentleaktestingisperformedbywayofthecasklidtest portforshipmentsofNormalandSpecialFormmaterial.(For H1 18 1.2.1.1 4
1-4 ModelsAOS025A,AOS100A,AOS100B,andAOS100AS,requiretheuse ofalineroraxialshieldingplate,toconveycertainquantitiesofradioactive materials.Theseliners/axialshieldingplatesare theAOSTransportPackagingSystemmodelsmayrequiretheuseofaliner, axialshieldingplates,and/orcavityspacerplates,dependingonthemodel,to conveycertainquantitiesofradioactivematerials.Theseliners,axialshielding plates,andcavityspacerplatesare H
19 1.2.1.3 1
2 capturebetweentwo(2) capturedwithinone(1)ortwo(2)
H1,H5 19 1.2.1.4 1
3 RefertoTable12forthe RefertoTable12,Table12a,andTable12bforthe H,H1,H2, H3,H5, H6,H7 110-111b 1.2.2
<Rev.Gversionofcontent.>
<Replacedentiresection.Includesadditionofnewpages110a,110b,111a, 111b,andnewTables12aand12b.>
J 112 1.2.2 6
1 Allshoringmaterials Allstructuralshoringmaterials H
112 1.2.4 1
2 norotherdevicethatallows noranotherdevicethatcanallow H
112 1.2.4 1
5-6 Thesealisinstalleduponthecasklidandtherearenoalignmentissues withit.
Thesealisinstalledontothecasklid.
H1 117 1.3.1 1
2 liner/axialshieldingplates liner,axialshieldingplates,andcavityspacerplates H,H1, H5,H6,J 123 Table15
<Rev.Gversionoftable.>
<Replacedentiretable.>
H1 123 1.3.1.1 2
Liner/AxialShieldingPlates Liner H1 128a 1.3.1.2
<Addeddrawingplaceholdertext.>
AOSDrawingNo.183C8519 ModelAOS050AAxialShieldingPlates (LeftBlank)
ProprietaryInformationwithheldfrompublicdisclosureper 10CFR2.390(a)(4).
H1 128b 1.3.1.2
<AddedblankpageforR/Lpagination.>
H1 135 1.3.1.3 2
ModelAOS100A/AOS100B/AOS100ASLiner/AxialShieldingPlates ModelAOS100A/AOS100ASAxialShieldingPlates H1 135a 1.3.1.3
<Addeddrawingplaceholdertext.>
AOSDrawingNo.183C8518 ModelAOS100A/AOS100ASCavitySpacerPlates (LeftBlank)
ProprietaryInformationwithheldfrompublicdisclosureper 10CFR2.390(a)(4).
H1 135b 1.3.1.3
<AddedblankpageforR/Lpagination.>
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 4
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Chapter2 H
22 2.1.1 3rdbullet 1-3 doubleelastomericORingscapturebySS300seriesflatrings,ormetallic doubleCcrosssectionseal.
pairofelastomericORingscapturedwithinone(1)ortwo(2)SS300series flatrings,ormetallicdoubleCcrosssectionarrangement.
H 223 Table27 CgLocations columns Allbody rows
<Allvalueschanged,exceptfortheModelAOS025XandZlocations.>
H,H5 224-226 Figures 210-212
<Rev.Gversionoffigures.>
<ReplacedfiguresduetochangesinCenterofGravity.
IncludestypocorrectiontoFigure212caption.>
H 242 Table219 5thdatarow (Assembly) 3rdcolumn ASMECode,SectionV,andapplicablerequirementsofNB6000,SectionIII.
ASMECode,SectionV,andapplicablerequirementsofNB6112,SectionIII, andANSIN14.5,Section7.3.
H 242 Table219 5thdatarow (Assembly) 4thcolumn HydrostaticandHeLeaktest.
PneumaticandLeakagetest,perReference[2.11].
H6 244 Figure213 LowerRight Callout KENSERT KEENSERT J
248 Table220 ItemP 1stcolumn 0.373P P
H1 250 2.5.2 1
3 throughFigure13 throughFigure14 J
254-257 2.5.3.1.2 2.5.3.1.3 All All
<Rev.Gversionofparagraph.>
<Replacedentireparagraph.>
H5,J 258 2.5.3.1.4 All All
<Rev.Gversionofparagraph.>
<Replacedentireparagraph.>
H2 265 2.5.3.3
<Addednote.>
Note:Analysesoftheaxialshieldingplates(ModelsAOS050A,AOS100A,and AOS100AS)andcavityspacerplates(ModelsAOS100AandAOS100AS)are providedinAppendix2.12.15.
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 5
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H2 269and 270 2.5.3.3.2 All
<Rev.Gversionofcontent.>
<Deletedentiresection.ReplacedwithDeleted-RefertoParagraph 2.12.15.5.>
H5,J 282 2.6.7
<AddedNoteinH5.Referencedcontentdoesnotexist;thereforestalenote wasremovedinJ.>
Note:Thefollowinganalysisdoesnotconsidertheenergythattheshipping cageabsorbsduringafreedrop.FortheFreeDropShippingCageanalysis,refer toAppendix2.12.16.
H1 2155 2.12
<Appendedtwobullets,oneeachfornewAppendices2.12.14and2.12.15.>
- AnalysisofShippingCageLiftingBars-ModelsAOS050AandAOS100
- Shielding/SpacerComponentEvaluation-ModelsAOS050A,AOS100A,and AOS100AS H
2426 2.12.2.3.1 2ndbullet 1
presentpresent present H3 2932 2.12.12.11 3-4 All ForAMS4144F,aluminumalloy2219T851, yieldstressFy=46.0ksi:MS=46.0/41.51.0=0.11 ForASMESA240/ASTMA240TypeXM19steel,yieldstressFy=55.0ksi,and ultimatestrengthFu=100.0ksi:MS=55.0/41.51.0=0.32 H1 2942a-2942u (18pp,new) 2.12.14
<Addedappendix,AnalysisofShippingCageLiftingBars-ModelsAOS050A andAOS100.>
ThechangewasjustifiedintheletterdatedSeptember26,2013,and approvedwithCertificateofComplianceNo.9316revision3.
H1,H2, H6,H7 2942v-2942ap 2.12.15 All
<Added/updatedappendix,Shielding/SpacerComponentEvaluation-ModelsAOS050A,AOS100A,andAOS100AS.>
H5,H7 2942aq-2942bh
<BlankpagescreatedbyAppendix2.2.16whichwasaddedinH5 andthendeletedinH7.>
J 2911 2.12.9.3.2 2
2 mustmust must H1 2944 2.13
[2.26]
2 SubsectionNB, SubsectionsNB,NF,andNG, H1,H2 2944 2.13
[2.29]-[2.34]
<Addedreferences.>
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 6
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Chapter3 H1,H6 32 3.1.2 1
All Table12,ActivityLimits-AllModels,providesthemaximumdecayheat andradioactivityforthecontentsoftheAOSTransportPackagingSystem.
ThisincludesDecayHeat(Ci/W)valuesforeachradioisotopelisted,showing thatthedecayheatisconsistentwiththemaximumquantityofradioactivity contents.AsummaryoftheDecayHeatvaluesisshowninTable32.
Table12,10CFR71.47(a)ActivityLimits(AllIsotopesExceptIr192andIr 194)-AllModels,Table12a,10CFR71.47(a)Ir192andIr194Activity Limits-AllModels,andTable12b,10CFR71.47(b)ActivityLimits-ModelsAOS100AandAOS100AS,providethemaximumdecayheatand radioactivityfortheAOSTransportPackagingSystemcontents.Thisincludes DecayHeat(W/Ci)valuesforeachradioisotopelisted,showingthatthe decayheatisconsistentwiththemaximumquantityofradioactivitycontents.
AsummaryoftheDecayHeatvaluesisshowninTable32.Themethodthat isusedforcalculatingthedecayheatfortheisotopemixtureinModels AOS100AandAOS100ASispresentedinAppendix5.5.5,Shipmentsof MultipleIsotopesunder10CFR71.47(a).
H,H4 33-310 Table33 Table34
<Rev.Gversionoftables.>
<Replacedentiretables.>
H 319 3.3 1
<Appendedtext.>
Theanalyticalmodeldevelopedrepresentsthestandardconfiguration ofthecaskcomponent(onlytheAversionofthecask).Therefore,theModel AOS100ASwasnotanalyzed.Thisapproachisjustified,basedon thecaskcomponentsymmetry,ingeometryandmaterialselection.Thecask lid/casklidplugcombinationissimilartothebottomareaoftheAversion ofthecask.Furthermore,whenthecaskventportpipeplug(topofcask) andcaskdrainportpipeplug(bottomofcask)areatemperatureresultsonthe Aversionsofthecasksarecompared,itcanbeconcludedthattheseareas havesimilartemperatureresultsinNormalandHypotheticalAccident conditionsoftransportenvironments.
J 380-382 Figure318 Figure319 Figure320
<Rev.Gversionoffigures.>
<Replacedfigures.>
J 3320 3322 3323 3324 Grashofrelated valuesthat referenceT DT T
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Chapter4 J
41 4.1 1
3 ANSIN14.51997 ANSIN14.52014 H3 41 4.1 2(new)
<Addedparagraph.>
WhentheradioactivecontentsareencapsulatedinSpecialFormsources, containmentisprovidedbythesealedsource.ForNormalFormmaterial, containmentisprovidedbythecasksContainmentBoundary,asdescribed inthefollowingsection.
H 41 4.1.1 4
1-2 eitheratwo(2)elastomericORingscapturebymetallicflatrings eitherapairofelastomericORingscapturedwithinone(1)ortwo(2)SS300 seriesflatrings H
42 Figure41
<Replacedentirefigure,whichnowrepresentsbothModelAOS100Aand ModelAOS100AS,andaddedfigurenote.>
Note:InFigure41,theModelAOS100Acontainmentboundaryillustrationis atypicalrepresentationoftheModelAOS025A,AOS050A,andAOS100B containmentboundaries.
H 44 4.1.2 ContainmentPenetrations(Ports)
ContainmentPenetrations(PortPlugs)
H 44 4.1.2 1
1 havethree(3)containment havetwo(2)containment H
44 4.1.2 1stbullet 4(new)
<Addedasubparagraph.>
Inaddition,thereisone(1)penetrationintothecasklidsealregion,ontop ofthecasklid.
H 44 4.1.2 2ndbullet One(1)penetration,thecasklidopening(notethattheModelAOS100AS hastwo(2)casklidopenings),whichleadsintothecavityarea.
One(1)penetration-leaktestingport.Thecasklidhasaportthatintersects thechannelintheuppersurfaceofthecasklidsealgroove,whichisprovided tocollectleakedHegasduringtheleaktestingprocedure.
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 8
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H 44 4.1.2 3-4and subbullets(new)
<Addedtwoparagraphsandsubbullets.>
Twocomponentswithintheportassemblyclosethecaskcavitychamber-(1)3/818NPTpipeplug,whichprovidestheprimarycontainmentforthedrain andventpassages;and(2)37°conicalseal,whichisolatesthecaskcavityfrom theshieldmaterialchamber.Bothcomponentshaveasecondarycomponent.
Thepipeplugssecondarycomponentistheportcover/ORingcomponent.
The37°conicalsealssecondarycomponentisthe1/827NPTpipeplug.In additiontothisisolationfunction,thispipeplugopeningisusedforleaktesting verificationofthe37°conicalsealduringtheannualinspection.
Thesealreplacementscheduleisasfollows:
MetallicSeal-Singleuseonly.
ElastomericSeal-Onceeverytwelveusesoreverytwelve(12) months,whichevercomesfirst,orifdamaged.
37°ConicalSeal-Onlywhendamaged.Thissealisexpectedtolast alongtime;however,itmustbemonitoredduringtheperiodic inspection.Replacementofthissealentailsmachiningoftheweld thatsecurestheportpluginplace,aswellasremovaloftheport pluganditsreinstallationandtesting,peroriginalrequirements.
Itisimportanttonotethattheportplugdesignwasdroppedthree (3)times,withoutfailure,duringthe165prototypesDropTest.
Therefore,itcanbeexpectedthatNormalconditionsoftransport willhaveminimumimpactonthisseal.
H,J 45 Figure43
<Rev.Gversionoffigure.>
<Replacedfigure.>
H 45 4.1.3 1
TheAOSTransportPackagingSystemprovidestwocasklidsealdesigns:
TheAOSTransportPackagingSystemprovidestwo(2)casklidsealdesignsfor theModelAOS025AandAOS050A,andallvariationsoftheModelAOS100:
H 45 4.1.3 1stbullet 1
ElastomericORingscapturebytwo(2)flat PairofelastomericORingscapturedwithineitherone(1)ortwo(2)flat H
45 4.1.3 2(new)
<Addedparagraph.>
TheModelAOS025AandAOS050Ascasklidmetallicsealsareofthesame standardconfigurationastheothermodels.However,theirelastomericseal consistsoftwo(2)ORingsseparatedbyametalring,whichiscapturedwithin thedovetailedgroovethatismachinedontothecasklidbottomsurface.
H 45 4.1.3 4(was3) 1 sealsfortheModelAOS100A.
seals.
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 9
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H 45 Figure44
<Rev.Gversionoffigure.>
Figurecaption:CaskLidSeals.
<Replacedentirefigure.Additionally,figurenowincludestwoviews-one ofModelAOS025A/AOS050A,andoneofModelAOS100A.>
Figurecaption:CaskLidElastomericandMetallicSeals.
H 45 Notes@bottom ofpage Thedimensions(ininches)arethoseoftheModelAOS100Atransport package.
Thedimensions(ininches)arethoseoftheModelAOS025AandAOS100A transportpackages.
H 46 4.1.3 1
1-2 Locatedbetweenthecasklidsealstwo(2)elastomericORings(elastomeric seal)ordoubleCcrosssections(metallicseal),thesealattachmentscrews aresizedandinstalledinsuchawayastopreventthescrewsfrominterfering withthedeformationoftheelastomericORingsordoubleCcrosssections whenthecasklidattachmentboltsarebeingtightened.
TheModelAOS100scasklidelastomericseal,orthecasklidmetallicseal forallmodels,isattachedtothecasklid,insideitsgroove,byfour(4)seal attachmentscrews.Thescrewsaresizedandinstalledinsuchawayasto preventthescrewsfrominterferingwiththedeformationoftheelastomeric ORingsormetallicdoubleCcrosssectionswhenthecasklidattachment boltsarebeingtightened.TheModelAOS025andAOS050scasklid elastomericsealiscapturedwithinthesealgroovebydovetailprofile, onthegroovessidewall.
H 46 4.1.3 2
2 fortesting forleaktesting H
47 4.1.4 1
1+
Thecasklidelastomericormetallicsealassemblyisattachedtothecask bodybyasetofcasklidattachmentbolts,ASMESB637,UNSN07718.
Thisboltedjoint Asetofcasklidattachmentbolts,ASMESB637,UNSN07718,attachesthe casklidtothecasklidmetallicseal(allmodels),ortothecasklidelastomeric seal(ModelAOS100,allvariations).ForModelsAOS025andAOS050,the casklidelastomericsealiscapturedwithinthedovetailedgroovethatis machinedontothecasklidbottomsurface.Thecasklidboltedjoint H
47 4.1.4 Note 1
Thecasklidplug InFigure46,thecasklidplug J
416 Table41 Footnotej Textthat references P
DP P
H3 428 4.2.1 1(new)
<Addedparagraph.>
WhentheradioactivecontentsareencapsulatedinSpecialFormsources, containmentunderNormalConditionsofTransportisprovidedbythesealed source.ForNormalFormmaterial,containmentisprovidedbythecasks containmentsystem.Theabilityofthecaskscontainmentsystemtowithstand NormalConditionsofTransportispresentedbelow.
H3 430 4.3 1st(new)
<Addedparagraph.>
WhentheradioactivecontentsareencapsulatedinSpecialFormsources, containmentunderHypotheticalAccidentConditionsofTransportisprovided bythesealedsource.ForNormalFormmaterial,containmentisprovidedby thecaskscontainmentsystem.Theabilityofthecaskscontainmentsystemto withstandHypotheticalAccidentConditionsofTransportispresentedbelow.
H 430 4.4 1
1 teststhatareused tests,meetingtherequirementsofReference[4.4],areused
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 10 Revision Page Heading/Item/
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H 431 4.5 1stbullet 1
AOSCaskLidElastomericSealandGarlockHelicoflexCaskLidMetallic SealDrawings
<Swappedsequencetomatchdrawingsequenceinappendix.>
GarlockHelicoflexCaskLidMetallicSealandAOSCaskLidElastomeric SealDrawings H
433 4.5.1 Heading 1-2 AOSCaskLidElastomericSealandGarlockHelicoflexCaskLidMetallic SealDrawings
<Swappedsequencetomatchdrawingsequenceinappendix.>
GarlockHelicoflexCaskLidMetallicSealandAOSCaskLidElastomeric SealDrawings H
433 4.5.1 Note All Notes:TheGarlockHelicoflexcasklidmetallicsealdrawingsareincludedin thisappendix.TheAOScasklidelastomericsealdrawings,however,are providedinChapter1-listedinTable15,AOSTransportPackagingSystem CertificationDrawingList-AllModels,asCaskdrawings,andincludedin Appendix1.3.1,AOSTransportPackagingSystem,CertificationDrawings.As usedthroughoutthisSAR,GarlockHelicoflexand/orHelicoflexarealso referredtoasTechneticsGroup-Columbia.
<Omittedthefirstnotebecausethedrawingsarenowincludedin Appendix4.5.1.>
Note:AsusedthroughoutthisSAR,GarlockHelicoflexand/orHelicoflex arealsoreferredtoasTechneticsGroup-Columbia.
H 438 4.5.1 THISPAGEINTENTIONALLYLEFTBLANK
<Addeddrawingplaceholdertext.>
AOSDrawingNo.183C8478Goo2,Rev.A ModelAOS025ALidSeal,Elastomeric (LeftBlank)
ProprietaryInformationwithheldfrompublicdisclosureper 10CFR2.390(a)(4).
H 438a 4.5.1
<Addeddrawingplaceholdertext.>
AOSDrawingNo.183C8470Goo2,Rev.D ModelAOS050ALidSeal,Elastomeric (LeftBlank)
ProprietaryInformationwithheldfrompublicdisclosureper 10CFR2.390(a)(4).
H 438b 4.5.1
<Addeddrawingplaceholdertext.>
AOSDrawingNo.183C8460Goo2,Rev.B ModelsAOS100A/AOS100B/AOS100AS LidSeal,Elastomeric (LeftBlank)
ProprietaryInformationwithheldfrompublicdisclosureper 10CFR2.390(a)(4).
H 4109 4.5.3.2 1stbullet
<blank>
<Addedmissingtext.>
CaskLidAttachmentBoltFortranProgramOutputFiles-ModelAOS025
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Chapter5 H2,H5, H6,H7 All All All All
<EntireChapter5wasreplacedatRevisionH2inresponseto10CFRPart21 notification.SubsequentupdatesappliedinRevisionsH5,H6,andH7.>
Initiallyreplacedinresponseto10CFRPart21NotificationdatedAugust5, 2015(LettertoUSNRC,ReportofPotential10CFRPart21FailuretoComply, AOSSARDocumentNo.FM9054RevisionH,August5,2015).
J 53 582 5.1.1 5.6 2
[5.6]
6 1
AMST2014 AMST2014 Chapter6-Nochanges Chapter7 H,H1,H2, H3,H4, H5,H6,H7 All All All All
<Rev.Gversionofchapter.>
<Entirechapterwasreplacedovertimeaspartofthelistedrevisionupdates.
NRCrelatedchangerequestsareincludedbelow.>
Pages710and710a,Section7.1.3.3,Rev.H1:
ThechangewasjustifiedinthelettersdatedApril4,2013,andchangedagain laterwithasecondjustificationletterdatedSeptember26,2013.Removed someunnecessarylevelofdetail.Wordinginsomestepsisnowconsistent withtheterminologyandrequirementsofANSIN14.5.TestA2wordingnow allowstheflexibilityofusingbottledpressurizedgasforthetest.
Page711,Section7.1.3.4,stepianditsnote,Rev.H1:
Withtheadditionoftheoptionalshippingcageliftingbar,weneededtoadd aninstructiontodisableit.AlsotheNoteisnolongertrue.
Page712,Section7.1.3.4,stepIanditsprecedingnote,Rev.H1:
ThechangewasjustifiedintheletterdatedJune5,2015,andacceptedper CertificateofComplianceNo.9316revision4.Thetestdescribedinthisstepis notrequiredbytheregulations.Compliancewith10CFR71.43gandIAEATSR 1§652wasdemonstratedinSection3.1.3andTable33Condition2,ofthe SAR.Complianceisassuredforeachshipmentbyfollowingtheproceduresset forthintheSARandtheconditionsoftheCertificateofCompliance.
J 76 7.1 3rdbullet 1
Allshoringmaterials Allstructuralshoringmaterials
AOSFM9054,RevJ(ConsolidationofRevisionsHthroughH7)Changes-January31,2021 12 Revision Page Heading/Item/
Step Para#/Item/Step Line#/
Item/Step Whatitwas(RevisionG)
Whatitis(RevisionJ(ConsolidationofRevisionsHthroughH7)
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Chapter8 H
84 8.1.4 1
1-3 TheAOSTransportPackagingSystemcaskcomponentscontainment boundaryisleaktestedbeforeitsfirstuse,andafteritsthirduse.The MaintenanceLeaktestistobeperformedinaccordancewithSubsection8.2.2, every12monthsthereafter.
TheAOSTransportPackagingSystemcasksentirecontainmentboundaryis leaktestedperSubsection8.2.2(b),beforeitsfirstuse,andafteritsthirduse.
ThePeriodicLeaktestistobeperformedinaccordancewithSubsection 8.2.2(b),every12monthsthereafter.
H 84 8.1.4 2
4 criterionisnotmet,thecontainmentboundaryischecked,suspected components criterion,perReference[8.4],isnotmet,thecontainmentboundaryis checked,damagedcomponents J
84 8.1.4 1
4 ANSIN14.51997 ANSIN14.52014 H
811 Table85 c
3+
ThedynamictestshallbeperASTMD162110.DynamicCrushStrengthvalues resultingfromthistest ThedynamictestshallbeperASTMD162110,andwillfollowthe recommendationofthisStandard,withtheexceptionofthestrainrate.
Thetestwilluseacontrolleddynamicstrainrateof60s1.Thevaluesobtained fromthistest H
814 8.1.5.4 Table88
<AddedparagraphFabrication,introductorytext,andtable.>
H6 814 8.1.6 1
23 Conductinga100%UTexaminationoftheshieldingmaterialsurfaceprovides thenecessaryinspectionprocessforverifyingtheshieldingattributeofthese materials.Asanalternatemethod,prior Conductinga100%UTexamination,aswellasdimensionalanddensitychecks oftheshieldingmaterial,providethenecessaryinspectionprocessesfor verifyingtheshieldingattributeofthesematerials.Asanoptionaladditional test,prior H6 814 8.1.6 1
9-11 Thecriterionusedtoevaluatetheeffectofmaterialdefects(suchasvoids andcracks)isthatthedoseratecannotexceed1.5times(1.5x)themean measurabledoserate.
Toverifythecaskshieldingmaterialintegrity,themeasureddoseratesshould closelymatchtheanticipatedvaluesfromshielding/doseratecalculations, andlarge,unanticipateddeviationsshouldnotexistbetweenmeasurements.
H 817 8.2 2
3-4 whichispartoftheLeaktest.
whichispartoftheLeaktestforNormalformcontent.
H 817 8.2 2
5-6 Leaktestsare PreshipmentLeaktestsare H,H3 817 8.2.2
<Rev.Gversionofsubsection.>
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H1 821
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Chapter9 H1 J
All 91-94 All 9.1,9.3.1
All All
<InRev.H1,addedChapter9,QualityAssuranceProgram.
Movedcontentfrompage821topage97.InRev.J,updatedwithcurrent requirements,approvalletter,andcertificate.>
TheQAchapterwasaddedinresponsetoaCanadianNuclearSafety CommissionrequestandmakestheSARformatconsistentwithNUREG1886 requirements.ThischangewascommunicatedtotheNRConMay6,2015 andapprovedwithCertificateofComplianceNo.9316revision4.