ML17277A568
| ML17277A568 | |
| Person / Time | |
|---|---|
| Site: | Columbia  |
| Issue date: | 04/27/1983 |
| From: | Martin J, Porter D WASHINGTON PUBLIC POWER SUPPLY SYSTEM |
| To: | |
| Shared Package | |
| ML17277A567 | List: |
| References | |
| PROC-830407, NUDOCS 8305050164 | |
| Download: ML17277A568 (204) | |
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%PPSS NUCLEAR PROJECT No; 2
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VOLUME 4 suMMAHY BEpMT- -.:-,.....,.....,
,COPY NUMBER 16,
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WASHINGTON'PUBLIC POWER SUPPLY SYSTEM Nuc1ear Project No. 2 PRESERVICE INSPECTION
SUMMARY
REPORT WASHINGTON PUBLIC POWER SUPPLY SYSTEM .
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TABLE OF CONTENTS
~Pa e Cover Page and Approvals Intr oducti on Access Criteria Requests for Relief :3 Reactor Pressure Vessel Examinations Balance of Plant Examinations Augmented Examinations Evaluation of Results Repair/Replacement Program Tables 10 Appendixes
PRESERV ICE IllSPMQOfJJ'QJMMARY REPORT FOR THE WPPSS NUCLEAR PROJECT NO. 2 g~ a. ~,. ~
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OWNER: Washington Public'Power'upply System 3Y ~ ~
9000aGeOrge" WaehingtOn1'Qhp "-- (
, Ri+]and, Washington . f9352 PLANT:i~nsNNP.-2, located 1I":mileg -Worth of'Richland, Washington on the U<,P< Oepggent pf; Epergnesanford Reservation COMMERC:IAL'ERVICE-'ATE:': -" February,-".1984 ('rojected)
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;094 5 T CAPACITY MQ '; 3',400 MWt 8i ": p "'l t'. ~
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REACTOR PRES/PRE,VESS)L~; gangfacturer,: CBIN Serial No.: T-45 State No.: N/A Nat'1 Bd. No.: CBIN'-8 C'
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Prepared~by.
neer Date Approved by:
--"'. G e'or"C e Pr grams Date
'gplar f r ap )y $Q a lw (,.
Manager, System Design Date
-'-- :- A si t rector, System ng1neer1ng ate Supe sor NDE I - Level III Date Concurrence:
'-Manager Operational Date o<P~",.-
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'uthorized Nuclear Insglctor ate
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INT.'ROO.UCTION
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This report sunmarizes the results of the Preservice Inspection (PSI) of ASME Class 1, 2 and 3 components of the Washirgton. Pqblic Power Supply....,
System's Nuclear Project No. 2. These examinations are specified in ASME r
Section XI and required by 10CFR50.55a. 'This'report a'Isocovel s aug-mented examinations of the Reactor Feedwater. (RRI) aozz3esEmergency i'.'.."
Core Cooling System (ECCS): and pipe break e'xclusion'hrhas imf)bshed by the NRC. The PSI examinations comply'with'ASM',,Section. XI,: 1979'E5'itjon",4"':",~:
Summer 1975 Addenda and Appendix III of the Wintpr 1975Addenda. Some ....,
examinations comply with the ASME Section XI, 1977 Edition, Summer 1978 addenda as noted in Volume 1, Sectionof;thj"'PSI Pbog'ram Plah"..'
~'his summary covers examinations accomplished between November, 1976 and March 1, 1983. The examination boundaries are defined in Volume 1, Section 7 and detailed in Section 8 of the<<P<esebvice-IAspection~Program
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Documentation supporting this Summar'y Repoi:t. is, 3oc'atedi in";<the PSI Program Plan or the Operations Vault. The volume and section numbers listed below refer to the PSI Program Plan'nd; the DIC number is the Operations Vault file index number. JJ 3'~ fN Vo 1ume Contents ...... =- -'"
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tion/DIC No.
Commi tments PSI Program Plan Description",,, . '
152 Boundary DiagFSms Identification p .
=, '~-".. :7 Weld Diagrams , 8 Weld Schedules Tables . ~
" ',~ ,- '~.'.'.8 :=...;-,c~- .".~.-.~
- 2. Visual Program " ' "
3.
Procedures Procedures (Contd..) .- . ..~, '...
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10 I
34'(Contd) 4, Calibration Block Drawings Summary Report ~ .:. . .
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11 N/A Summary Report"Supp]ement,.: ,: ':. ', -
N/A
Volume Contents Secti on/OIC No.
- 5. Result Sumary Tables N/A t "'~ 'N/A"" - %84PV>>Rd'foit'":- " 1103.1 (DIC No.)
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5/A': ">>'Mat%'r'Al 'CertifioaWdn&s 1108.3 (DIC No.)
"~"" '0/O'"'-"'quipment-'ertifdcation5 i'ovations 1108.3 (DIC No.)
'"rs Nf4~"" " 'Phrtonneh RfuaH'f 1108.1 (DIC No.)
"'-N/A. ~'B'ibi'ation '5%ndard -.
'">>'- Cert'ifi&Hohd y ~
1108.4 (OIC No.)
>--'-n"s ~j. :e 'gf9& Data fepor't's I%br 'Repair/': '-
Replacements 1103.3 (DIC No.)
'N/A '" - -Compar'is8h'4f LHT-'rid NES RPV.
~ 'ExaTtiinAions'p 1103.2 (DIC No.)
The following items have not been completed as of the issuance of this report.'~They'Pill""'be"cdveHd in' supplement to this summary report to be i ssu'ed'=af teer. cdmne+i al'perati'one; o - 88 Vo'lube""hand su&'ace Nams on piping (listed in Table 1) o v '- Visual &ams/Co'mpon'e'nt- Suppor exams t o' 'IAS-'2'atà Reporets"coYtpletdd after March 31, 1983 and before m%boiner'cfal-'operat~ on '.-:
o UT results.from'Me "re'actor feedwater nozzle augmented examinations s
C ACCESS CRITERIA Access 'fb7"the --fur'po'se'of'nsh'v>ce Inspection's defined as the design of the rpl'dht WthChe proper dfesarancesscfor examination personnel and/or equ~etft" to'erform 'ISI 6xa&natidns'." -'fhe Supply System has complied with ASMP'Sectsdn"-XI TJ974 Edition'ummer 1975 Addenda requirements for access 'tb the %iaxiin'u'm extent"praeticil. '0e Supp&ad"'System, with the assistance '6f -a'o'nsu&ant, @oUthwe'st Research Institute (SwRI), jointly reviewHT-'&7d"Ri&lu'ded 'iK'%e odnstructionapeciffcations access provi-sions for"~I'SI." "Only "a few'areas, as described in Appendix A, "Requests for Relief", 'co@d'riot b'e'exsamined in'jul'P compliance with the code requirements.
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RIEREETE FOR RELIEF 1C C During the conduct of the PSI examinations <ome welds +quid not.,gabe fully examined per ASME Section XI requirepenCs due, to.design. restraists. A limited or alternate exam was conducted Fon -these:.wilds.. The wieldy that did not receive complete ASME Section QI examination requirements are listed in Appendix A of this report, "Request fear Relief No. Pg;,2-001".
A total of 30 welds received a partial,AQE. Sec/ion; XIi exam. Thirteen (13) are in category B-A and seventeen )17) are-, in cn+ories PJ-and C-F.
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In category B-A, 9 of the 13~partially obstructed eePs.-are on.the bottom head and are obstructed by the CRD housings...-The @ther 4.welds partially obstructed are on the shell and are obstructed by key lugs.,-
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E A walkdown of the remaining circumferential, and longitudinal welds;get:tq.,q.,-
be examined indicates that no additional,:weMs gill need,tp..be,.added..to.
the Request for Relief in Appendix A. Si,nce welded .attachments (iEugs) .
are still being installed, there exists. the possibility,,that a..few may not be fully examined. This will be addressed,iq,.the sup)lemeng~to this report. Therefore, Request for Relief PSI-2-001,contains.all,.circpmfer-ential and longitudinal welds with limited examinations..- .
REACTOR PRESSURE VESSEL EXAMINATIONS Manual preservice ultrasonic examinations were completed on essentially 100K of the WNP-2 Reactor,-Pressure Vessel .(RPV) circumfareytial., lapp<;:,.-,A tudinal, nozzle-to-vessel, vessel support:wilds, and nozzle,,anger~ qadii:.~ ';.
in February 1977. Those examinations wyrd performed-prior to..the,-ins+1<-,".
lation of the vessel while it was resting,-in its shippiygicradle,thori zontal) in storage at the plant site. The -examinations were performed .by--.
Nuclear Energy Ser vices (NES) to.a program plan, prepared, by. NES -;and.Q-(; '., fi approved by the Supply:System. -.The progr~ was prepared iq,iacoor /ance,'~..<<,,
with the 1971 Edition of. ASME SectionDI with.Addenda through Winter.,:
1971, with additional evaluations performed per-the requirements of..thq R
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1974 Edi'ti~ of-dSMB:Sectihn- XP mth. Addendarkhrough Summer 1975. The top and 5oQoap heads ehd the mzzle rafa fe'nd.'wilds were examined manually by Lambert', Macoill.hand'3Ãomas,~Gee". r('LMT):in '1981. No examinations were done on those portions of the bott'om heaV'welds which are inaccessible due to the CRD penetrations. '(See Appendix B "Request for Relief PSI-2-801('".)=.= The. manual e'lain ofothe RPV,'revealed a very "clean" vessel.
p There wammo.rangle-.beam.reflectorsgreater>than 50K DAC. The straight beam techNqae: found;aM-pl~'egregates'in sev%n locations. With this information~ Cate.SupplyJSyhtm dee1ded it would serve no purpose to per-form anbthe&xpmplete'.:bme'.line using mechanized techniques. Instead, the Supply System performed a limited examination which demonstrated that the equipmenb"was usaMe and. that the'=mechanized technique produced results equivalent~inaseh's1Ãtrity and Pep'eatabi1ity'to the manual technique.
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~~ .'r't, Before examinat'ions- began,~, 5 fit,'aad function was done of all mechanized equipmsnt".,that wouR8 be. used:inservjce(>). This fit and function proved that all vessel.examinationitracks had been installed correctly and that the examinationoequipment':Could operate correctly from each track.
The following mechanized examin'atio'ns were completed:
a) A31 nozz3e-to~vessel welds.
b) All areas where NES""foond lndii:ations during the manual examination.
c) Major repair" area'i'n the-beltline region d) Portion of one longitudinal weld including the vessel diameter trans~tioa.i".. ..',:us.."s-
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Portion:of ~one circumferential."weld;-
During manual: RPV .examinations by NES between November., 1976. to February, 1977, u/trasoofc:indications dueuto'idplate segregates were located in seven genera/.~areas .:"Table 2 ~lists'the;areas 1chere the midplate segre-gates were found and summarizes the results. Geometric indications recorded by NES are sumnarized in Table 3.
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The limited scope mechanizedvexamin&ions p'erformedi by lMT resulted .in=> =~8-ultrasonic indications due to'midplateaegregatew'in'the same'genhM-'-"~ 'o-'rea that NES found .them. They are summarizid in. Table..2. Tabid 3-am='. '<d marizes the geometric indications LMT found:;:: -."-
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A The seven areas containing indications 'due to'midplate>>,segregates.'fohnd-.'.-.2".
by NES were also found by LMT using Supply-Systems:mechanized, equiyment~:~:-r:.
which was manufactured by SMRI. The Supply..System carrelated-:the data-.:, -':e";.
from NES and LMT and found',the results .of the examinat'ions.,to":.be essen.-:.""
tially identical. A copy of this comparison is'attached-as Appendix'.C;;- <<'~c-Il I~ ~ ~ %\I/o p ff p<<~it:>>
An NRC ( IKE) concern, during the mechanized;examinations; was,"maintaining-~(-'.
transducer contact on the transition from the first to,:second. shell'.:. e',:;:e courses. During the mechanized examinations LMT determined that UT,con-tact existed at the diametral transition between j:he.-first':and:second shell courses. Based on observing the signa4s.;reflected from the .ZO sur- ::"-
face of the vessel (from Oo, 45o, 60o) it is~concludedrthaf UT '..~:
coupling is maintained over approximately 75K of the transition:i. '.~ 't'.
4 BALANCE OF PLANT EXAMINATIONS "'.
Surface and volumetric examinations of Code Class. 1 and.2 piping and com-ponents as required by ASME Section XI and NRC augmented reqdirements '
were completed except for the examinations listed in Table. I:;
Surface examinations resulted in numerous rejectable indications which":"
were determined to be piping base metal anomhlies; ':These indications 'o" were outside the Section III area of interest and not discovered during Section III examination. Since the piping'ystems had .not;completed.'.a11", 'i.'C Section III requirements, the welds Sere returned-:to the contractor &ho ~
removed the indications by grinding and in a,few cases!re-welding.as'.;~'~"=.-'.
required.
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Re-examination of the welds resulted in no unacceptable indications.
Magnetip<yarticle /<YET), examinatiop of We.'RHR-p.-2Bhcasing ID resulted in a rejec4ybje.;;Mnqpp, in4iqatiqp th'ash;Was removed by grinding. No welding was requi<<ed., ~pe-eg~i~aQen: by gT. why acceptable. All other surface examjyagiyn"hresul&r, were acceptab3.e..-;.,
r Volumetric examinations resulted in 270 significant geometric indica-tions. They are sumhharized in Table 4.
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j n~ }"'.i < . gs, i" Many visual'.h,xaminytigns performed on=ASME Class 1, 2 and 3 component support ts.wi11h.be yS formhdaafter. fuel,'oad as discussed in Section 9.0 of the WNP-,2 PSI;-Pro'gram Plan-Results oi'1h visua'.I iexaminations..wi11. be included in a s~u'lament to this.-report to bg; ipsued".after comhihercial operations.
AUGMENTED EXAMINATIONS spj" Q ' shies "
In respgnse to feedwater'fiozz'le'ctacking concerns (NRC question 121.8) the Supply System.committed to; the-following PSI examinations of the reactor feedwater (RFW) nozzles:
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'o RFW nozzle inner radius examination by special UT technique qualified by theSupply-System o, PT examination of;accessible areas of RFW nozzle inner radius
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Dye pegetranf,-.(PT) examination>of"the inner radius surfaces performed by LMT during".PSf, examihiafton sbowedh no lunacceptable indications.
Results of the UT examination of the RFW nozzle bore, inner radius and safe endregi.q~ w@izg a procedure-and technique qualified on the WNP-2 RFW nozzle.-rpoqk,,up,(calibration black UT-122) will be reported in the I251
An augmented ISI Program was>>commit&1 to be the"Supply -Sys&b o'n"'higb '"'"-'
energy Class 1 piping systems greater .than 1" 3neh (Rich" pete ate~4iW-':"-
for which the effects of pipe:break Ere'not.a&e~ble. -""Re"-"'"'rogram
'ainment consisted of examining welds greater than -'l inch NPS by"U'P except'-<<"
that a PT examination was performed'on the 2 inch Main Steam lines, which are socket welded. ~ 0 s
< v'r~> c' <Y There are 213 welds in this.,augmented program, of which 143 are within the jurisdiction of ASME Section XI (see <<Table""5) ahd db'hot ri+ire'-' '~"=
examination outside Section XI=requirements'. '-'Th'e remaining'7Ã" 'dditional
<'"-'elds (also listed in Table 5) are outside Section.XI'urisdiAion and were examined by either UT or PT. No unacceptable indications were found in the 44 welds completed to date. The examinat5on rhsu'lt's'of the 26 welds (listed in Table 1) wil'1< be t'eporthd ih-'the 84pplemdnt~
'-'emaining to this repor t.
The Supply System comnitted to an augmented examination program for 10K of the welds in the Class 2 Emergency Core Cooking System'(ECCS)'; 'The '=" ".
results of the examinations will be reported incthe-"',supplement.-".
EVALUATION OF RESUI TS 44'"
All evaluations for specific examinations donerby.LMT'or~the Supply l
System are attached to the appropriate data sheets'and are c6ntained in'ile number 1101 physically located in the WNP-2 Plant Operat'ion's v'ault.
The evaluations for NES examinations of the RPV are included in NES report "Manual Ultrasonic Pre-Service:Examination 5f, WNP>2 Reactor Prek~" '-.'-
sure Vessel - Final Report" located in~ file number. 1103;1'in the"QNP-.-2 ~'": .
Plant. Operation Vault.
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All indications have been evaluated. Those whichaere un'ace'epfabld'er" ASME Section XI code criteria have'been repaired Arfd re-examin0'd "Ks'-bee-' " ~
essary. All re-examinations are acceptable.
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y,on -;... r> RENAL/REPLAGEMECP.": PROGRAM;,
9 7 ."" 4 4C ~" I >. ')~0 The repairer.r~qp70oeyent; or.-~od<>fication;of'ASME Section III stamped com-ponents.and:systems!Was:accomplished.under the. rules of ASME Section XI, as governedgy.;WNP-,WxSeegion XI.Repair Programs.
Section XI Repair Programs are controlled by the Owner and addresses only repairs made by welding. Repairs accomplished by grinding (such as arc strike removal) was done under a contractor procedure approved by the Supply.gysfwm=and+the Supply System's ANI(I). Such surface repairs by grinding .are ddnsidened cosmetic,in nature and do not warrant the prepa-ration wf"-'in4ivMual'spair,'programs. ~The procedural controls stated above provide adequate control and documentation of the results.
This report Movers repairs whose..NIS-2 forms were completed before March 31, 1983. She.mupp1em'ent to this report~issued after commercial operations will include all repairs whose NIS-2 forms were completed between March 31, 1983 and comaercial operations.
Repairs due to PSI A number of unacceptable PT indications were found on Class 1 and 2 piping welds during PSI examinations. These indications were determined to he,piping;.anomalies:.as previously discussed. The piping installation contractor removed the indications by grinding. Since the piping systems were still under the jurisdiction of ASME Section III at this time of the PSI exemiaat4bns ~ the.. repairs" were done, under Section III.
Re-examination results were acceptable.
P ISI surface preparations resulted in. several. hundred cases of minimum wall thickness being violated. All piping which had been prepared for ISI has had the wall thickness of each weld checked. The results of this program were analyzed by the Architect-Engineer. Some of the welds required rework which was -done by the Section III piping installation contractor. All reworked welds were reexamined.
An indication was found on the "RHR-'P.-'2B. pu'mp".-c'asPinj ID during NT examina-tion. Since the component was code stamped and turned over to the Supply System, the indication was removed by>grindin'g .o0de0 a'SGppTy<Systeln~"-"'pproved repair program. After repair .was made:>a examinatidnvby NT. =-~" '"~-":
showed no unacceptable indication. A UT;thicknesM <md'asurement'wa4'":-'r:--.- '-.
acceptable.
Other Repairs/Replacements c q~IS+ la There were many other components which required repair or:ln0dÃftat'i'.'.~oo-'hese conditions were discovered by various means s'uch"zs 'fie1d walk-2.>'"-'
downs, design verification studies, system -.or comporrerd," redes'igrl'aft'dr 1' ~
III requirements had been met.. -
> o-;~ s =:.,;: -';" '.-:c,'vdLt 'ection The components listed in Appendix B were repaired and/or'repHced The appropriate NIS-2 forms are faund ~in.Appendix', B..'..-.
by:c'elding.
Notes: "Iu,'<
(1) As of the date of this report the following fit.and fun'ction. ac4ivt--
ties have not been completed:
o Fit and function of pole device with pele trades'- on Ch'e'upper"~ '~'-
shell course.
o Fit and function of bottom head device and bottom head tracks.
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o Fit and function of inner radius'evice<<:.;ror.-.>., .a, ~
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I TABL'ES Rj7X= ~lw )D r.- lO: 7/i List of Covered by This Report Volume/Surface C; not Exams,
~w' f<)y'PY, Indicatjoos - NES/LMT;,
4 "i J
.'oV 0 RPl;Geometric, Indication's '-. NES/LMT IJ Ss)jificant; I'ndications - 'BOP
~ ~ I s >1 Welles in Au'gmen4ed High Energy Class 1 Pipe Break Exclusion Area I. 0 ,"". aPOU.i
~ 'V 5h,'.. Welds'ot"3n ASME Section XI Jurisdiction.
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[~k 5bo,'elds 'in'ASME Section .XI Jurisdiction.
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At jgg w t TABLE 1 REMAINING SURFACEq8.VOLUMETRIC EXAMS Section Exam Weld Ident. No. Drawing No. Description XI Exam. Neth.
N4-30-NB RPV-101 FW NZ Bor'e 9'30"'" B-'D ee l ~
'ol N4-90-NB RPV-101 FW NZ Bore -9 90 B-D, Vol N4-150-NB RPV-101 FW NZ Bore 9 150,." ~;;,,B-D.,;.t,. Vol, N4-210-NB RPV-101 FW NZ Bore 9 210 8'-D Vol N4-270-NB RPV-101 FW NZ Bore 9 270 B-D Vol N4-330-NB RPV.-101 FW NZ Bore 9 330n,,,,
'B=A B;D,.>,, '
.-.Vo3,-
N7-IR RPV-102 HD SP N2-HD IR
'ol Vol'D N8-IR N18-IR 6RCIC(1)-17 RPY-102 RPV-102 RCIC-102 VN NZ-HD IR Spare NZ-TOP, HD Pen to Pipe '=J
- ,.;qB-Dt, .
B-A
-,-...)Iol.
SQr 6RCIC(1)-19
-19 4RCIC(13)-20
'RCIC(1)
RCIC-102 RCIC-102 RCIC-201 El to Pipe El to Pipe Valve to Pipe
..,, ...,.B.-J,;
Augment B-J Vol fur.
Vol 4RCIC(13) -21 Pipe to El 4RCIC(13)-22 4RCIC(13)-23 RCIC-201 Rc Ic-201 RCIC-201 El to Pipe Pipe to El
'ugment Augment Augment;.. Vol; Vol
'ugment
'/A Vol'l 4RCIC(13)-24 RCIC-201 to Pipe Vol 16HPCS(3)-27 HPCS-202 Pipe to El ~., -
- .N/A , ; Vol 16HPCS(1)-31 HPCS-202 Pipe to El Vol 16HPCS(1)-35 HPCS-202 El to Pipe N/A Vol
',0 16HPCS(1)-36 HPCS-202 Pipe to El N/A Vol 16HPCS(1)-37 HPCS-202 El to Pipe N/A to
'ol'ipe 16HPCS(1)-50 HPCS-202 Red N/A Vol LPCS-61(W) LPCS-101 8 Welded Lugs B-K-1 Vol 16LPCS(1)-5 LPCS-202 Pipe to El N/A Sur 16LPCS(1)-30 LPCS-202 Pipe to El N/A Sur 16LPCS(1)-35 LPCS-202 Flange to El N/A "
Sur ,,
12LPCS(1)-1A LPCS-202 Red to Valve N/A RHR-604(W) RHR-201 Welded Lugs C-E-1 Sur RHR-603(W) RHR-201 ~
Welded Support C-E-1 RHR-600(W) RHR-201 2 Welded Attach C-E-1 Sur 18RHR(1)A-32A RHR-201 Pipe to Pipe C-F Sur RHR-360(W) RHR-201 Welded Saddle C-E-1 Sur RHR-263(W) RHR-201 4 Welded Lugs C-E-1 Sur RHR-268(W)
RHR-241(W)
RHR-253(W)
RHR-201 RHR-201 RHR-202 2 Welded Lugs 8 Welded Lugs 4 Welded Lugs C-E-1 C-E-1 C-E-1
'ur Sur Sur 18RHR(4)A-22 RHR-203 Pipe to El C-F Sur RHR-75(W) RHR-205 8 Welded Lugs C-E-1 Sur RHR-63(W) RHR-205 8 Welded Lugs C-E-1 Sur RHR-58 RHR-205 Anchor C-E-1 Sur RHR-136(W) RHR-205 4 Welded Lugs C-E-1 Sur RHR-128(W) RHR-206 8 Welded Lugs C-E-1 Sur RHR-132(W) RHR-206 8 Welded Lugst C-E-1 Sur RHR-53(W) RHR-207- 4 Welded Lugs C-E-1 Sur RHR-184(W) RHR-207 4 Welded Lugs C-E-1'-F Sur 24RHR(3)B-1 RHR-209 Valve to Pipe Sur
Section Exam Weld Ident. No. Drawing No. Description XI Exam. Meth.
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24RHR(3)B-2-'HR-1 RHR-269 gl lipe to El C-F Sur RHR-83('9) 1 g W) "-- RHR-209 RHR-209
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4: Welded Lugs
- 8. Welded Lugs C-E-1 C-E-1 Sur Sur RHR-81($ <) RHR-209 1,. Welded Lug C-E-1 Sur 24RHR(Z)8-8 RHR-209 Pipe -to Pump C-F Sur
~18RHR( f) -15">> RHR-216 Tee to Red. N/A Sur
,14RHR ( fr) C-1, RHR-270 Red. to Pipe N/A Sur
'= 14RHR (LQC- T5 RHR-210 El to Pipe "N/A Sur 26MS(1 ~8-5 =-. NS.-'102 Pipe to Pipe 8-J Sur c: 24RFW(1)A-ll cD 5RFW(11)-4, Rfll-1M Pipe to Wol. 8-J Vol
",'5RFW(11) A-1'.
RfA-1Q1 Sleeve - Sleeve 8-J Vol 24RFW(L=) 8-1A RFW-102 Pipe to Valve Augment Vol 24RFM( 1 ) 8-1 j' SRFW(113-4 RF5(-102 .Pipe to Wol. 8-J Vol
- 5RFW(1 1) 8-1 RFW-102 C' Sleeve - Sleeve 8-J Vol
~- 24RFW(l:) 8 RF;ll-142 Valve to Pene. 8-J Vol
= RFA-178:(W):- RF4l-103 4 Welded Lugs 8-K-1 Vol
~ c" ~ 4RFW(1T)A-2. RFM-103 Pipe to El 8-J Sur 4RF W(1 1.)8-3= ' RFW-103 E-1'o Pipe 8-J Sur 4RFW(1178-4 Rflk-103 Pipe to El 8-J Sur
~ "2RWCU(4)-1 RWCU-101 I
Valve to Pipe 8-J Sur cD -..- ~2RWCU(4)-4
- RWCU-101 Pipe to Wol. 8-J Sur
.--. RWCU-1C-4PS(M RWCU-101 e 8 Welded Lugs 8-K-1 Vol cI> ;6RWCU(3)-28 RWCU-301 Valve to Ell Augment Vol
= -..."6RWCU(3) -29. RWCU-301 C
Ell to Pipe Augment Vol
"= :;
i6RWCU(3)-30 RMGU-301 Pipe to Tee Augment Vol i.." ~c6RMCU(3) -31 Rlm,'U-301 tee to Reducer Augment Vol
~ ~ ~6RWCU(3)-32
'" RWCU-301 Tee to Reducer Augment Vol
= ",.4RWCU(3)A-1 RWCU-301 Reducer to Pipe Augment Vol 4RWCU(3)A-2 RWCU-301 Pipe to Pipe Augment Vol c.-.,"'4RWCU(3)A-3 RWCU-301 Pipe to Ell Augment Vol "4RWCU(3)A-4 RMCU-301 Ell to Pipe Augment Vol "c - ~ 4HWGU(3)B-1 RWC U-301 r Reducer to Ell Augment Vol c" c'"='4y@u(3)8-2 6RNU(2)-1 R!ICU-301 ROC U-303
~ a E11 to Pipe Ape to Ell Augment Augment Vol Vol
~ =6RMCU(a)-2 ~- RMC U-303 Ell to Pi'pe Augment Vol
=6RlKU (2'.) -3: RWCU-303 Pipe to Valve Augment Vol 6RlRU(24-4 RWCU-303 Valve to Pipe Augment Vol
~ ~",66Mcu(2-) -5 RWCU-303 Pipe to FE Augment Vol
'-6
='.- " 6Rlgu($ Fe to Pipe
.=-, .-- RWCU-303 Augment Vol 6Rxu(2-) -7:. RWGU-393 Pipe to Tee Augment Vol
~ -6RMcu(2)-8 -. RWCU-303 Tie to Fl'ange Augment Vol 2: ~6RMCU(Z) -9 " RWCU-303 Tee to Valve Augment Vol CD
" '7 ~ I I 10-1. 2 C
I 4J rg
TABLE 2
SUMMARY
OF RECORDABLE RPV INDICATIONS ~
Weld Number NES Results LMT Results AB Many spot non-recordable laminar indi- No recordable indications cations. One Recordable spot indication shows no dimension.
BD Four spot indications between lOX - 50K No recordable indications DAC. No dimensions.
BH Numerous spot indications. No dimensions. 53 indications due to mid plate segregates.
BK Area of BK and N4-150 mid-plate segregates. See weld N4-150 for LMT's results.
CD N1-0 Numerous laminar indications. No dimensions 910 indications due to midplate segregates.,
e N1-180 .-No recordable indications 5 indications due .to midplate segregates.
z 'I \ s s N2-30 Numerous, spot,.irjdications j.75 indications .due-'to midplate segregates.
N2-240 Numerous non-recordable laminar indications 368 indications due to midplate segregates;.,
N2-270 --NumgrpupI pop.-r,ecVr.dable. 1aminaj
~
indicatfons.i.::
~
- 12. indi cati'ons due;
.-(~t to mi dpi ate: segregates )'
N2-300 '.-Numerous'on-recorsdable laminar'-indications= 3.indications dOe='-'to'midpTate" shgtegates N3-72 No indications -
50 indications due to midplate segregates N3-108 No indications... -,,110 jndications'due tp mitjplatg.segregates~.
1 N3-252 No:ioficati,ope;;:.; - ,
--.- =;.- ;
." -10 dgdjcatioas due;tp..sddplate:",seg'regates i::,
Note 1 NES Recording Leyel.'~=505.DAC -:-.:-. -:.='>'.-.=: .= -......:.:.-.: .-"-- ..=,- ~;.'-...:: g Note 2 LMT Re@<) jpg', I;pvel-'1 = gory DAtl2 --
Note 3 When LMT has recorded indications but NES has not, the indications are below 50K DAC.
Note 4 Underlined welds - Welds NES found recordable indications in.
Note .5 All indications found by Oo beam unless otherwise indicated .
TABLE 2 Continued Meld Number NES Results NT Results
(\
Jt'28 N3-288 No indications indicaSions due to midplate'egregates
~E Ql 7 W ~ ~
N4-30 No indications Spot indication~ 45 beam,~25%'DAC:.'
7 N4-90 No indications 158 indications due to midplate segregates.
N4-150 300 small (are 1/8" dia.) Laminar type 153 indications- due to midplate segregates.
reflectors appear in large clusters " I
~>
1/2 wall thickness I N4-210 No indications 7 indications due to midplate segregates.
I (t ~ ~ g N5-120 No indications 4 indications due to midpla'te segregate's.
N6-45 No indications 2 indications due to midplate segregates.
, N9-105 Non-recordable 1 ami nati on indi cat i ons over No indications entire area scanned.
N9-285 Numerous non-recordable lamination Numerous lamination indications equal to or indications greater than the remaining back reflector.
N16-240 No indications Spot indication, 60o beam 30K DAC.
NPR-1 No indications 209 indications due to mid-plate segregates.
Notes to Tables 3 and 4
~- IQ C
Tables 3 and 4 summarize the indications resulting from" the WNP-2 PSI.
The tables list the weld identification number, examination method=;. ISI drawing number, examination data sheet number,'examination results~and rema< ks. The examination results are grouped:into four categories.ws shown in Attachment I. 0 Cr p When a volumetric examination (VOL) is specified a 0, 45 or 60-,will, appear in the appropriate indication column. This desi'gnation~correlateE to the type of examination which detected the indication (e.g.;: 0 - 0 L-wave, 45 - 45 shear wave and 60 - 60 shear wave).
When a surface examination (SUR) is specified a "REJ" or "ACC" will appear under the appropriate indication column to sign>fy whether the resul ts were acceptable or rejectable.
Abbreviations used in these tables are listed in Attachment II.
( ~
1 ~ ~
iY 10-3.1
r *. ~
Notes to Tables 3 and 4 Attachment 1 NES RPV EXAM LMT RPV REMOTE EXAM LMT PIPING EXAM
- 1. No Indication No indicatjon greater No indication greater No indication greater than 50K'DAC =
- 2. Insignificant Indication between Indication between Indication between Indication 50K -'100K DAC 50K - lOOX DAC only 50K - 100K DAC
'S~ 'l~(" '
Significant Greater than "1005 DAC Greater than 100K DAC Greater than 100K DAC Indication, due to geometry due to geomentry due to geometry Geometry
- 4. Significant Greater than 100K DAC Greater than 100K DAC Greater than 1005 DAC Indication due to other than due to other than due to other than other than Geometry~'-'o'-
'".geometry -" "'" geometry geometry r ~
Note 1: Indications between 20%.'an'd 50K DAC have been recorded and included in the Result "Summary'Table which is Volume 5 of the PSI Program Plan.
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.<r(.. Z (q< y,;. "QO 10-3.2
ATTACHMENT II 'e
('
S'r LIST OF ABBREVIATIONS USED
~r '<<" <,-,.,->."
BDY = Body BLT = Bolting (Valve) " = Inches BNDRY = Boundary ID = Inside Diameter BTM = Bottom INACC = Inaccessible, IND = Indication(s)
CAL = Calibration INFO = Information CB = Counterbore IR .=. Inner, Radius .."..; -,;
CCW = Counter Clockwise INSIGN = Insignificant CIR or CIRC = Circumferential INSTL = Installed CL = Centerline INSTR = Instrument CONF = Configuration INT = Intermittent CONT'0 = Continued IWC = Index (Transducer) to Weld CRD = Control Rod Drive Centerline Distance CW = Clockwise INC = Inconel-CS Carbon Steel CAT = Category JP = Jet Pump DAC = Distance Amplitude Curve KNKL = Knuckle DEG = Degree(s)
DIA = Diameter LAM = Lamination DIMS = Dimension(s) LCR = Lug Corner Reflector DIV = Division(s) LD = Long Weld Downstream
<<DOL = Dollar LDI = Long Weld Downstream Inside, DS = Downstream LDO = Long Weld Downstream Outside LIN = Linear ELL = Elbow LK = Leak E.S. = Elbow Side LOC = Leak Off Connection EVAL = Evaluation LONG = Longitudinal EXT = Extend or Extent LTD = Limited EXAM = Examination LU = Long Weld Upstream EA = Each LUI = Long Weld Upstream Inside LUO = Long Weld Upstream Outside LW or L-WAVE = Longitudinal Wave
= Less Than LPCS = Low Pressure Core Spray 10-3.3.
LIST OF ABBREVIATIONS USED ON NDE RESULT
SUMMARY
TABLE
- = Minus or To SC = Scan(s) or Shell Course MAX = Maximum SCH = Schedule MP = Metal Path SE = Safe End MR Mechanical Reflector SEG = Segregate(s)
MRD = Meridian SIGN = Significant MULT = Multiple(s) SIMUL = Simultaneous MS = Main Steam SKRT = Skirt MRP = Major Repair Area SLC = Stand-by Liquid Control SN = Snubbers N = Node (in RSLT Remark) SOL = Sock-0-Let NES = Nuclear Energy Services SP = Spare NR = Node Response SPG = Spring N or NZ = Nozzle(s) STD = Standard STM = Steam OPP = Opposite SUC = Suction SUP = Support
+ = PLUS SWL = Sweep-0-Let X = Percentage SS = Stainless Steel PDS = Pipe Downstream SUR = Surface PENT, PEN, PENE, or PN = Penetration PR = Pipe Restraint - = To or Minus PREP = Preparation T = Tee PRESS = Pressure "T" = Thickness P.S. = Pipe Side TC = Thermocouple(s)
PVC = Polyvinyl Chloride T.S. = Tee Side PWR = Pipe Whip Restraint TYP = Typical(ly)
PWS = Pipe Whip Support T-MATL = Test Material PB 'Pressure Boundary US = Upstream RED = Reducer UTCB = Ultrasonic Calibration Block REDIRECT = Redirection UT = Ultrasonic Test
'=
REF Reference UTP = Ultrasonic Test Procedure REQ'0 = Required
~
RESP = Response V, VES, or VESS = Vessel REV = Required Examination Volume VLV = Valve RPT(s) = Report(s) VN = Vent R.S. = Reducer Side VRT = Vertical RSLT = Result(s) V.S.' Valve Side RPV Reactor Pressure Vessel VT = Visual RRC = Reactor, Recirculation VOL. Volumetric 10-3.4
LIST OF ABBREVIATIONS USED ON NDE RESULT
SUMMARY
TABLE
~ 4 ' ~
= Meld W
WCG = Weld Crown Geo.
~ ')$ 4 gr k/ (;f ~
MD = Meld 4
HOL = Weld-0-Let 4
4 r ~
WPG = Meld Prep. Geometry ~ '
4P )
WRG = Weld Root Geometry 4(C)4
~
(p4 MRR = Held Radius Reflector
. 4(ri HC = Weld Crown WCL = Weld Centerline jt
)I XDUCER = Transducer I
~ 'I ~
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)~ 4j/
)
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<). 'P 4
~ ~
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10-3.5
ATTACHMENT III
~q NOTES TO NDE
~,
RESULT
SUMMARY
TABLE NOTE 1: This weld did not receive full coverage from both sides. It did receive full coverage from one side and meets code requirements.
,:'NOTE 2: This weld did not receive full Section XI Code exam.
~ 'e ~
~ p l ~
10-3.6
TABLE RPV GEOHETR IC INDI CAT I ONS DA TA INS I GN ~ SI GNIF ICANT MELD I DEN T ¹ DRAWING ¹ SHEE I ¹ NO I NO ~ I ND ~ GEOHET OTHER REHARKS AA RPV-101 1210-32 0 NES EXAH ~ THICKNESS CHANGE TOWARD VES TOP 12" FROH MELD AA 7 "WIDE ~ TC 16 "FROM MELD AA TOWARD VES BTH J'.
5" APARTyQ 0-135-370 DEG ~ ALSO 1" IN DIA ~ GEO 0 ~
BA RPV-10] 1210 "28 NES EXAH~ ALL LONG SCANS HAVE A THICKNESS CHANGE TOWARD VES TOP 12+FROM AAy7"MIDE ~ GEO 0 ~
BA RPV-101 1210-41 60 NES EXAH ~ THICKNESS CHANGE 12" UP FROH AA ~ GEO 60 ~
BB RPV-103 1210-28 NES EXAM ~ ALL LONG SEANS HAVE A THICKNESS CHANGE TOWARD VES TOP e 12" FROH AAg7 "VIDE ~ GEO 0 ~
RPV-101 1210-41 NES EXAH ~ THICKNESS CHANGE 12" UP FROH AA ~ GEO 60
'C RPV-101 . 1210-31 NES E XAH~ THICKNESS CH ANGE TOM ARD VES TOP y12" FROH AA & 7 "WIDE ~ GEO 0 ~
10-3. 7
TABLE RPV GEOHETR IC INDICATIONS DA TA I NS I 6N ~ SI GN I F I CAN T MELD ..IDENT ¹ ,D /AM.ING ¹ ,SHEE f. ¹ NO IN'.NOD GEOHET OTHER ~ ~ ~ =
REHARKS'D RPV-101 1210-01 60 NES EXAHo THICKNESS CHANGE 12" UP FR OH AA ~ GEO 60 ~
~ r I BF RPV-101 1210 "12 NES EXAH ~ A THICKNESS CHANGE OF +
1/2"MAS NOTED 70"FROH MELO AB ~ 7" MIDE IN BF-BG MELDS ~ GEO 0 ~
BF R PV-101 1210-1 8 NES EXAM~ THICKNESS CHANGE e AS NOTED ON 0 OEG SCeMAS OBSERVED'EO 05 ~
BG RPV-101 1210-12 NES EXAH ~ A THICKNESS CHANGE OF +
1/2!'M AS NOTED 70" FROH MELO AB ~ 7" MIDE IN BF-BG MELDS ~ GEO 0 ~
RPV-101 RPA-090 60 0 INS IGN-16 HID-PLATE SEGREGATES ~
SIGN-3 AREAS ID GEO (1-05 OEG) ~
Nl-0 RPV-101 RP A-052 OeR5e 60 0/0 DEGs910 HID-PLATE SEGREGATES ~
2-05 OEGy39 AREAS ID GEO ~ 2-60 DEG e 2 AREAS ID GEO SC Oe05qea DEG IN-CREHENTS 22 TO 30 L 46 TO 50 ~ PAD OBSTRUCTION ~ REFER TO DMG RPV-105 ~
10-3.8
TABLE RPV GEOHETR IC I'NDI CAT TONS DATA INS IGN ~ SIGNIFICANT MELD IDENT DRAWING ¹ SklEE I ¹ NO I NO ~ I ND ~ GEOHET OTHER RENARKS Nl-180 RPV-101 1210-30 0 NES EXAN ONE SIDE EXAH ~ ALSO 9 THE
'WELD EDGE THERE IS A THINNER THICK NESS CHANGE OF 1/8" 9 "T" ~ GEO 0 ~
N1-180 RPV-101 RPA-055 o,as>eo 00/0 DEGAS 5 HID-PLATE SEGREGATES'-05 DEGe3 AREAS ID GEO ~ 2"60 DEG~8 AREAS ID GEO PREFER TO DMG RPV-105
'2-60 R PV-10 1 1210 -28 NES EXAH ~ ONE SIDE EXAH ~ 8 THE MELD EDGE, THERE IS A THINNER THICKNESS CHANGE OF 1/8" 9"T" ~ GEO 0 ~
N2-90 RPV-101 1210-28 NES EXAM~ ONE SIDE EXAN ~ 8 THE MELD EDGE THERE IS A THINNER THICKNESS CHANGE OF 1/8" 8"T" ~ GEO 0 ~
N2-90 RPY-101 RPA-iJ28 0 95e 60 2-45 DEGe30 AREAS ID GEO ~ 2-60 DEGAS 3 AREAS ID GEO PREFER TO DRAMING RPV-106 RPV;1'01, 1210-28 0 NES EXAH ~ ONE S,IDE..EJAHoB THE MELD
'Q-,120, EDGE THERE IS A Tk(INNER THICKNESS CHANGE OF 1/8 8 T .GEO 0.
':l'- I i l.
~ t i'i! ) < =. I
.'0-3.9
,i!J 'i Si TABLE 3 RPV GEOHETR IC INDICATIONS DATA INS I GN ~ SI GN IF ICANT i 4 ~
- MF.L.O
- I DENT :DRAMING 0 .SHEE T 0 NO IND ~ i ~ -I ND ~ GEOHET OTHER h R;EHAPKSe .
N2-120 RPV-101 R PA-033 oy45e 60 REFER TO DMG RPV-lO6.OO/0 DEG,35 HID "PLATE SEG ~ 2"45 DEGAS 1 AREA IO GEO ~ 2-60 DCG>4 AREAS. ID GEO ~
N2-150 RPV-101 1210-28 0 NES EXAH~ ONE SIDE EXAH ~ 9 THE MELD EDGE THERE IS A THINNER THICKNESS CHANGE OF 1/84 8" T" +GEO 0 ~
N2"150 RPV-101 RPA.-O34 45 Oy 60 REFER TO DMG RPV-106 F 00/0 DEGyl HID-PLATE SEGREGATES'.-60 DCGy 1 AREA ID GEO ~
N2 "210 - RPV-101 1210-30 NES EXAH ~ ONE SIDE EXAH ~ ALSO 9 THE MELD EDGE THERE IS A THINNER THICK ESS CHANGE PF 1/8'< 8 n T 7 AREAS ID GCO.
N2-240 RPV-101 1210-31 NES EXAM'NE SIDE EXAH ~ 9 MFLD EDGE THERE iS A THINNER THI CKNESS CHANGE OF 1/8" 8 "T" THERE ARE NUHEROUS NON-RECORDABLE INO ~ GEO 0 ~
10-3,10
TABLE 3 RPY GEOHETR IC INDICATIONS OA lA INS I Gtk ~ SI GN IF I C A AT MELD I DENT DRAWING SJIEE I tt t'JO I NO ~ I tlfl~ GEONET OTHER REHARKS N2-240 RPV-101 RP A-04 0 0~45'O REFER TO DMG RPV-106 F 00/0 DEGe368 HID-Pl ATE SEG ~ 2-45 DEGy5 AREAS ID GEO ~ 2 "60 DEGo3 AREAS ID GEO ~
N2-270 RPV-101 1210-31 NES EXAH ~ ONE SIDE EXAH ~ 9 MELO EDGE THERE 'S A THINNER THI CKNE SS CHANGE OF 1/8" 9 "T" ~ THERE ARE NUHEROUS NON-R ECORDABLE IND ~ GE 0 0 ~
N2-270 RPV-101 RPA-043 Oy45i 60 REFER TO DMG RPV-106 ~ 00/0 DEG e12 MID-PLATE SEG ~ 2-45 DEG 16 AREAS ID GEO ~ 2-60 DEGy18 AREAS ID GEO ~ 2-60 DEGoSPOT INOtNAX~ AHP ~ 25XDAC 9 X10e 235'ES N2-300 RPV-101 1210-31 EXAH ~ ONE SIDE EXAtk ~ 8 MELD EDGE THERE ~ S A THINNER THI CKNESS CHANGE OF 1/8+ 9+T" ~ THERE ARE NUHEROUS NON-R ECOR DABLE I ND ~ GEO 0 ~ DEGAS DEGAS N2-330 RPV-101 1210-25 0 NES EXAH ~ ONE S IDE EXAH ~ A THINNER THICKNESS CHANGE OF 1/8 "MAS NOTED 9 WELD EDGE 9" T" ~ GEO 0 ~
Ng-330:;, RPV-101 . RPA-051- 0>45g60 ".,! REFER TO DMG RRV-,1,06 ~ 00/0 1 17
( S HID-PLATE SEG ~ 2-45 4 AREAS ID GEO ~ 2-60 DEGyl AREA IO GEO ~
r, . ~, .:.i.: !! '..t))( i/1 l-, l-
TABI E 3 RPV GEOHETR IC INDICATIONS DA IA I NS I G N ~ SIGNIFICANT PEED'DENT ¹ ORAMING ¹ SHEE I ¹ NO I ND ~ ". IND ~ GEOHET OTQER REHARKS" N3 "72 RPV-101 1210 "3 60 NES E XAH ~ SOUND BEAM ENCOUNTER ING THE NZ IR ~ GEOHETRICS 360 0 DEG COMIN G UP 8 T ~ ALSO ONE S IDE'XAM('NLY
~ GEO 60 ~
N3-72 RPV-101 RPA-067 os~5seO REFER TO DMG RPV-.107 ~ 00/0 DEG s 50 HID-PLATE SEG ~ 2-05 DEGs37 AREAS I0 GEO ~ 2-60 DEGsB AREAS ID GEO ~
N3-108 RPV-101 1210-3 60 NES E XAH ~ SOUND BEAH ENCOUNTER ING THE NZ IR GEOMETRICS 360-0 DEG COMING UP 9" T" ~ ALSO ONE SIDE EXAM ONLY+GEO 60 RPV-101 'RPA-060 Os%5s 60 REFER TO DMG RPV-107 ~ 00/0 DEG s 110
'3-108 HID-PLATE SEG ~ 2-95 DEG s 30 AREAS ID GEO ~ 2-60 DEGs15 AREAS ID GEO ~
N3-108 RPV-101 RPA-065 60 REFER TO DMG RPV-107 '-45 DEGs2 AREAS 10 GEO ~ INCREMENTS ¹1 8 ¹2s 0-100 COUNTSsDUE TO ODSTR BY MALL FOLLOMER ARM ~
N3-252 RPV-101 1210-3 60 NES EXAH ~ SOUND BEAM ENCOUNTERING THE N7 IR ~ GEOHETRICS 360 TO 0 DEG COMING UP 8" T" ~ ALSO ONE SIDE EXAM ONLY'EO 60 '
10-3. 12
TABLE 3 RPV GFOMETR IC INDICATIONS DATA INS IGN ~ SIGNIFICANT WELD IDENT tt DRAW ING tt SHEET ¹ NO I NO ~ I ND ~ GEOHET OTHF R REMARKS N3-252 RPV-101 RP A-061 0,45,60 REFER TO DVG RPV-107 F 00/0 DEGe10 HID-PLATE SEG ~ 2-45 DEGe36 AREAS ID GEO ~ 2-60 DEG ~ 19 AREAS ID GEO ~
N3-252 RPV-101 RPA-062 60 REFER TO DWG RPV-107 ~ 4-45 DEG e2 AREAS ID GEO ~ INCREHENTS ttl 8 tt2o 0-100 COUNTSyOBSTRUCTED BY MALL FOLLOWER ARM ~
N3-288 RPV-101 1210 "3 60 NES EXAM~ SOUNO BEAM ENCOUNTER ING THE NZ IR ~ GEOMETRICS 360 TO 0 DEG COMING UP BnTu ~ ALSO ONE SIDE EXAM ONLY'EO 60 RPV-101 RPA" 058 DVG RPV-107 ~ 4"45 DEGe2
'3-288 60 REFER TO DEGAS AREAS ID GEO ~ INCREMENTS tt 1 8 ¹2e 0-100 COUNTSsOBSTR BY MALL FOLLOWER.'-
ARH ~
N3-288 gPV-101 RPA-060 0,45>60 REFER TO DWG RPV-107 F 00/0 DEG 328 HID-PLATE SEG ~ 2-45 DEGAS 36 AREAS, ID GEO ~ 2-60 17 AREAS ID GEO ~ .
~ l N4 -'.
30 'i ~ .r,;: RPV - I 0 1' 2'1 0 -5 ':: r h NE S E XAH ~ THICKNESS CHANGE OF 3/84
~ r
~
fl 1
r ~
NOTED DUE TO VELD CONF B" T't ~ THIS WAS A NEGATIVE CHANGE ~ GEO 0 ~
~ ~ ~
10-3. 13
0 g j y TABLE 3 RPV GEONETR IC I ND I CAT IONS rii tr DA TA I NS I GNo SI GNIFI CANT WELD -IDENT ¹ /RA WING SHEE T,¹. NO IND ~ ~ I ND ~ GEOHET OTHER REHARKS ~
fit N4-30 RPV-101 1210-7 NES EXAM~ GEOMETRICAL REFLECTORS 360 DEG I"T" ~ GEO 45
'4-30 RPV-101 1210-8 60 NES EXAN~ ONE SIDE EXAH ONLY ~ ID GEO COHING UP 9 "T" FROH 0 $ 0 360 DEG ~
GEO 60 ~
N4-30 R PV-101 RP A-010 60 4-45 DEGy9 AREAS ID GEO ~ REFER TO DR A WING RPV-108 ~
N4-30 RPV-101 RPA-011 60 3-45 DEGAS 6 AREAS ID GEO ~ REFER TO DRAMI NG RPV-108 ~
N4-30 RPY-101 RPA-012 0 45 60 REFER TO DMG RPV-108 ~ 2-45 DEGeSPOT INDfHAX~ AHP ~ 25XDAC 8 X600 tZ250 ~ 2-45 DEGy9 AREAS ID GEO ~ 2-60 DEGo5 AREAS ID GEO ~
N4-90 RPV-101 1210-5A NES EXAH ~ THICKNESS CHANGE OF 3]8~)
NOTED DUE 70 MELD CONF 8T" ~ THIS WAS A NEGATI VE CHANGE ~ GEO 0 ~
TABLE 3 RPV GFOMETR IC INDICATIONS DA TA INSIGN ~ SIGNIFICANT MELO IDENT DRAMING SHEE I rt NO INO ~ I ND ~ GEOMET OTHER REMARKS N4-90 RPV-101 1210-1 1 45 NES EXAM~ ONE SIDE EXAM~ THERE MAS A GEOMETRIC IND COMING UP 9 "I"e AD J TO MELO EDGE a GEO 45 ~
N4-90 RPV-101 1210-17 NES EXAM CNATURAL REFLEC/ORS ORIG-INATING FROM NZ BORE MHEN SEARCH UNIT APPROACHES CURVATURE OF NZ ~
GEO 60 RPV-101 1210-17 NES EXAM CNATURAL REFLECTORS ORIG"
'4-150 INATING FROM NZ BORE MHEN SEARCH UNIT APPROACHES CURVATURE OF NZ ~
GEO 60 ~
N4-210 RPV-10.1 1210-4 NES EXAM'EO 0~
N4-210 RPV-101 1210 "7 45 NES EXAM~ GEOMETRICAL REFLECTORS 360 DEG 9"T" ~ GEO 45
'4:-2 1.0,; ! R,PV- 10 1 1210 -1.7 60... NES EXAM CNATURAL. REFLECTORS ORIG" l" ~
INATING FROM NZ BORE MHEN SEARCH UNIT APPROACHES CURVATURE OF NZ ~
- ~" t ~ l'~U-~"' "> i GEO 60 ~
a 10-3. 15
TABLE 3 RP V GEOHETR I C I NOI CAT I ONS DA TA INS IGN ~ SI GNIF ICANT WELD; IDENT OR)MING tt SHEE f NO I NO ~ - I NO ~ GEOHET OTHER REHARKS N4-210 RPV-101 RPA-019 0 e4.5e 60 REFER TO DMG RPV-108 ~ 00/0 DEGq7 HIO-PLATE SEG ~ 2"45 DEGy23 AREAS ID GEO ~ 2-60 DEGt10 AREAS ID GEO ~
N4-210 RPV-101 RP A-020 60 4-45 DEGAS 15 ARE'AS ID GEO ~ REFER TO DRAWING RPV-108 ~
N4-210 RPY"101 RPA-021 60 3-45 DEGy13 AREAS ID GEO ~ REFER TO DRAWING RPV-108 ~
N4-270 RPV-101 1210-6 N'ES EXAH ~ GEO 0 ~
N4-270 RPV-101 1210-7 NES EXAH ~ GEOHETRICAL REFLECTORS 360 DEG 8 "T" GEO 45 ~
N4-270 RPV-101 1210-17 60 NES EXAH CNATURAL REFLECTORS ORIG-INATING FROH NZ BORE MHEN SEARCH UNIT APPROACHES CURVATURE OF NZ ~
GEO 60 '
10-3.16
TABLE 3 RPV GEOHETR IC INDICATIONS OA rA INS IGN ~ SIGNIFICANT WE LD I DEI'JT DRAWING tt SHEE I O NO I NO. I NO. GEOHET OTHER REHARKS N4-270 RPV"101 RPA-016 0 45'0 REFER TO DMG RPV-108 ~ 2-45 DEG >7 AREAS IO GEO ~ 2-60 DEG>4 AREAS ID GEO ~
N4-270 RPV-101 RPA-017 60 4-45 DEGy5 AREAS ID GEO REFER TO DRAMING RPV-108 ~
N4-270 RPV-101 RP A-018 60 45 3-45 DEGy9 AREAS IO GEO PREFER TO DRAWING RPV-108 ~
N4-330 RPV-101 1210-5 NES EXAH ~ THICKNESS CHANGE OF 3/8¹ NOTED DUE TO MELD CONF 9¹T" ~ THIS MAS A NEGATIVE CHANGE ~ GEO 0 ~
N4-330 RPV-101 1210-7 NES E XAH ~ GEOHE TR ICAL REFLECTORS 360 DEG 9 T¹ ~ GEO 45 ~
Ni4 33) RPV" 101 1210 "8,. 60 NES EXAHiONE SIDE EXAH ONLY ~ ID GEO-
, COPING UP 8¹T¹FROH 0 TO 360 DEG ~
GEO 60m
TABLE 3 RPV GEOHETR I C INDI CATI ONS DATA INSIGN ~ . SIGNIFICANT MELD 'IDENT DRAMING ¹ SHEE T ¹ NO INflo IND ~ GEOHET OTHER RENARKS N4-330 RPV-101 RPA-013 0 45'0 REFER TO DMG RPV-108 '-45 DEGe21 AREAS ID GEO ~ 2-60 DEGt7 AREAS IO GEO ~ ~-
N4-330 RPV-101 RPA-014 60 4-45 DEGy3 AREAS ID GEO PREFER TO DRAWING R PV-10 8 ~
N4-330 RPV-101 RPA-015 60 3-45 DEGq4 AREAS IO GEO ~ REFER TO
, DRAMI NG RPV-108 ~
I'J5 "1 20 RPV-101 1210-5A 0 NES EXAH ~ THICKNESS CHANGE OF 3/8" NOTED OUE TO MELO CONF 8" T" ~ THIS MAS A NEGATIVE CHANGE ~ GEO 0 ~
F N5-120 RPV-101 1210"11 NES EXAM~ ONE SIDE EXAH ~ THERE MAS A GEOHETRIC IND COMING UP 8 "T" e AD J TO MELD EDGE ~ GEO 45 ~
N5-120 RPV-101 1210-17 60 NES EXAHe NATURAL REFLECTORS ORIG INATING FROH NZ BORE MHEN SEARCH UN I T APPR OACHE S CURVATURE OF NZ ~
GEO 60 ~ .
10-.3. 18
TABL E 3 RPV GEOMETR IC INDI GATI ONS DA TA I NS IGNIS SIGNIFICANT WELD IDENT DRAWING SHEE( ¹ NO IN'N'EOMET OTHER REMARKS N5-120 RPY-101 RP A-070 Di95y60 REFER TO DWG RPV-109.0D/0 DEG>e MID"PLATE SEG ~ 2"45 DEGe10 AREAS ID GEO ~ 2-60 DEGy7 AREAS ID GEO ~
N6-45 PPV-101 1210-12 NES E XAM~ THICKNESS CH ANGE WAS NOTED cl WELD EDGE=3/8 "THINNER COMING UP 8" T" ~ GEO 0 ~
N&-0 5 RPV-101 RPA-073 Oyl5e 60 REFER TO DWG RPV-110a00/0 DEGe2 MIO-PLATE SEG ~ 2-45 OEGe3 AREAS ID GEO ~ 2-60 DEG 15 AREAS ID GEO ~
N6-135 RPV-101 1210-12 NES EXAM~ THICKNESS CHANGE WAS NOTED 9 WELD EDGE=3/8"THINNER COMING UP 8 "T" ~ GEO D ~
N6-135 RPV-101 RPA-007 0 45y'0 REFER TO DWG RPV-110 ~ 2-05 DEGy10 AREAS ID GEO ~ 2-&0 DEG ~ 6 AREAS ID GEO ~
N6'-1 35 8PV-101 RPA-008 60 05 ~ REFER TO DWG RPV-110 ~ 0-65 DEG o4 h
AREAS ID GEO ~
f~ I lE I l I ~l 10-3. 19
,T.ABLE 3.
RP V GEON ETR I C INDICATIONS I
DATA I NS I G N ~ SI GN I F I CA NT MELD IDENT ¹ DRAM ING ¹ SHEE I ¹ NO I ND ~ I ND ~ GEOHET OTHER RENARKS II t
N6-315 RPV-101 1210-12 NES E XAH ~ THICK NESS CHANGE MAS NOTED ltl MELO EDGE-3/8<<THI NNER CONING UP ltl<<T<< ~ GEO 0 ~
N6-315 RPV-101 RPA-079 0 45i 60 REFER TO DMG RPV-110 ~ 2-45 OEG i 30 AREAS ID GEO ~ 2-60 DEGi9 AREAS ID GEO ~
N9-105 RPY-101 1210 "28 NES EXAM ~ ONE S IOE EXAM ~ 9 THE MELD EDGE THERE IS A THINNER THICKNESS CHANGE OF 1/8"ltl<<T<< ~ GEO 0 ~
N9-285 RPV-101 1210-31 NES EXAH ~ ONE SIDE EXAH ctt MELO EDGE THERE iS A THINNER THI CKNESS CHANGE OF 1/8" ltl" T" ~ THERE ARE NUt1EROUS NON-RECORDABLE IND ~ GEO 0 ~
N10-180 RPV-101 1210-4 NES E XAH~ GEO 0 ~
N10"180 RPV-101 1210-7 45 NES EXAH ~ GEOHETRICAL REFLECTORS 360 DEG 9<<T<< ~ GEO 45
'0-3.20
TABLE RPY GEOMETR I C INDICATIONS DATA INSIGNe SI GNIF I CANT MELD IDENT DRAWING SHEE f NO INO. IND. GEOMET OTHER REMARKS N10-180 RPV-101 1210-17 60 NES EXAM~ NATURAL REFLECTORS OR IG-INATING FROM NZ BORE LlHEN SEARCH UN I T APPR OACHE S CURVATURE OF NZ ~
GEO 60 ~
N16-2%0 RPV-101 1210-6 NES EXAM~ GEO 0 ~
N16-24 0 RPY" 101 1210-7 NES EXAM~ GEOMETRICAL REFLECTORS 360 DEG 9 "T"~ GEO 05 ~
NI &-26 0 RPV" 101. 1210 "17 60 NES E XAM ~ NATURAL REFLECTORS OR I G INATING F ROM N Z BORE 'LICHEN SEARCH UN I T APPR OACHE S C URV A TURE OF NZ ~
GEO 60 ~
Nl &-29 0 RPY" 101 RPA-076 0 05w &0 REFER TO DMG RPV-109 ~ 2-45 DEG ~ 20 AREAS ID GEO ~ 2-60 DEG o SPOT IND t MAX AMP ~ 30XDAC 8 X<<2yZ126 ~ 2<<60 DEGi 8 AREAS IO GEO ~
10-3,21
fit v r . 5
~pcs II TABLE 3 E ~ t'" C RPV GEOHETR IC INDICAT I ONS nArA INS IGN ~ SIGNIF ICANT MELD IDENT) ¹ DRAM ING SHEE I ¹ NO IND IN'EOHET OTHER REHARKS AJ RPV-102 RPU-097 SC 0 ID INDwHAX~ AHP ~ 75XDACeHP=9 ~ 02 LOCATED ~ 5"ABOVE MELO CLeEXT FROH 270 DEG REF TO 0 DEG REF~SHROUD SUP GEO+AREA EXAHINEO AJ FROM 270 TO 360 DEG ~
AJ RPV" 102 RPU-098 SC 3 ID INDeHAX~ AHP ~ 160XDACyHP=
8 '3eLOCATED 98 '54BELOM MELD AJ CLett 8" CCM FROH DG MCL(0 DEG SIDE)
CRD HOUSING GEO+ THIS REPORT COVERS 0 DEG TO 360 OEG, AJ RPV-102 RPU-096 SC 0 ID INDyHAX ~ AHP ~ 7QXDACeHP=9 AD &3 LOCATED ~ 5nABOVE CLyEXT FROH 0 RFF TO 270 REFoSHROUD SUP GEO ~ COVERS EXAH OF AJ FROH 0 TO 270 DEG ONLY'EE RPT RPU-097yCOVERS t ROH 270 TO 360 DEG ~
DG RPV-102 RPU-09it (0")lCRD HOUSING GEO+SEE NOTE tt2 ~
20"TO 215"OBSTRUCTED BY CRD HOUS-INGS ~
RPV-102 RPU-095 SC 6 IO INOoHAX~ AHP ~ 120XDACyHP=
5 '5y LOCATED REF ~ (0") eCRD at OR CLyQ 222 '5 HOUSING GEO ~ SEE NOTE FROth
¹2 ~ AREAS EXAHINED:0" TO 20" L 215" TO 235" ~ 20" TO 215 "OBSTRUCTED BY CRO HOUSINGS ~
DR RPV-102 RPU-127 60 SC 6 ID INDeHAX~ AHP ~ 155XDACeHP=
6 ~ 59'OCATED at 222 "K 1 ~ 75 "CM FROH MELD DR CL ACRO HOUSING GEO ~ SEE NOTE tt2 ~ AREAS EXAHINEDe0"TO 20"y 10-3.22 215" TO 235" iL 20" TO 215"-OBSTR BY CR D HOUS INGS ~
TABLE 4 SI GNIF I CAN T INDI GATI ONS EXAM EXH ~ DATA NO I NSI G SIGNIF ICANT MELD IDENT ~ 0 DRAM ING ft METH SHEET IND IND GEOM OTHER REHARKS 12HPCS(l)-3 HPCS "101 VOL HPU-017 45 45 SC 3 (SIGN) ID IND HAX ~ AHP ~ 100XDACe IMC=1 1/8 HP= ~ 98eEXT =360eCB ~ SC
( INS IGN) IO INO HAX ~ AHP ~ 88XOACe IMC 1 1/2 HP-1 ~ 08eEXT 360 ~ SC 4 ID IND HAX ~ AHP ~ 88XDACe IMC 5/8 HP 1 ~ 14 ~ EXT 360 INT ~
12HPCS (1) -4 HPCS-101 VOL HPU-008 45 45 SC 4 (INSIGN) IO INDe MAX ~ AHP ~ 80X DACe IMC=3/4 HP=1 07 ~ EXT 360 INT ~
SC 4 IO IN'AX ~ AHP ~ 90X DACe IMC=2 1/4 MP=3 ~ 20e EXT 360 3 (SIGN) ID IN'MAX'MP'00X IN'C OACe IMC-3/4 HP le os ~ CONTeD 12HPCS (1) -5 HPCS-101 VOL HPU-021 45 45 SC 3 95XDAC IOeEXT 350-60 8 SPOT 8 300 ~ IMC=7/8 HP=1 ~ 25 '5XDAC 9 1 ~ 5 NODE ~ SC 4 105XDAC IDeEXT 360 ~ IMC=
1 1/4 HP=1 ~ 26 '5XDAC ei 1 ~ 5 NODE ~ ID GEO-COUNTERBORE ~ SC 4 95XDAC ID'XT 360 INT ~ IMC=1/2 HP=l 12 ~ CONT'.D 12HPCS (1)-6 HPCS-1 01 VOL HPU-010 45 45 SC 3 (INSI GN) IO IND e HAX ~ AMP ~ 95X OACe IMC=1 1/8 HP=1 ~ 5eEXT 3&0 INT ~
SC 3 (SIGN) ID INOeMAX~ AHP ~ 130X DACe IMC=3 1/4 MP=Q ~ leEXT 360 INT ~
COUNTERBORE GEO ~ SEE RPT HPU 007 FOR SC 4 SUHHARY ~
QHPCS ( 1 )-2 HPCS-101 VOL HPU-027 SC 4 50XOAC I DeSPOT eI 120 ~ IMC=3/8 HP= ~ 51 e 1 05XDA C e) 1 ~ 5N e I MC= 1 1/4 HP=1 ~ 68e EXT CONT INUOUS 9 < 50XDAC ~
ID MRG ~ NO SCANS ON MOL SIDE OF MELO ~ NO SC 4 FROM 60-120 DEG DUE TO N STAMP PLATE o HP9 S (. 1,1) -,1 HPCS "101 VOL HPU-039 45 45 INSIGN-SC 3 95XDAC .INDeIMC=1 ~ 19 HP=lo47e 360 IN'C 4 73XDAC INOe IMC= ~ 31 HP= ~ 55e360 IN'C 4 85XOAC k ~
~ ~
INDe IMC= ~ 63 HP.=2 ~ 47e 360 INT ~ FD ON PIPE CAP ~ SIGN-SC 3 125XOAC I NOe I MC A
= ~ 5 HP= ~ 53e360 INTe ~ ~ ~ ~ CONT ~ D
TABLE':4 I - ~ a- ~ -.
~ '>I i, ~-
J SI GNIFI CANT IND ICAT IONS II
~ I a
EXAH EXH ~ DATA NO INSI G SIGNIFICANT
~
MELD 'IDENT. ¹ DRAMING ¹ NETH SHEET ¹ IND IND GEOH OTHER REHARKS 12LPCS (1) -2 L PCS-101 VOL LPU-023 45 45 SC 4 120XDAC ID ~ EXT 360 ~ IMC=2 1/4 HP=1 ~ 72 ~ 60XDAC c) 1 ~ 5 NODE ~ ID GEO-MELD PREP BEVELS SC 4 85XDAC OOeEXT 360 NO SC
'MC=1 1/2 HP=1 F 3 FROH 240-315yDUE TO INTER-7'D ~
FERENCE BY PERHANENT RESTRAINT 12LPCS (1)-3 Lr Cs-1al VOL LPU-a21 45 SC 3 115XDAC IDeEXT 270-135 (360e TYP(50XDAC) IMC=2 HP=l 50 ~ 75XOAC 9 1 ~ 5 NODE ~ ID GEO-CB ~ SC 3 120XDAC 00 EXT 90 3 00 e IMC 2 5/8 HP-2e 09 e FD ~
HODE CONVERSI ON OFF COUNTERBORE TO OD ~
LPCS-13(M) L PCS "101 VOL LPU-037 0 45 45 SC 5 75XOAC ~ IlJC= ~ 95 HP=2 ~ 55e WRR ~ SC 6 100XOAC ~ IMC=1 ~ 8 HP=4 ~ 98eLCR ~ SC 6 110X DAC e IMC= ~ 90 HP=2 ~ 38e MRR ~ SC 5 180XDACe IMC=1 ~ 7 HP=4 ~ 88e LCR ~ ALL-LUGS ¹1-4 ~ NO SC 7 DUE TO INSTALLED Jl HANGER CSEE NOTE ¹1 ~ late 12LPCS (1) -4 LPCS-101 VOL LPU-017 45 45 SC 3 90XDAC IDy EXT 360 'MC=3/4 HP=1 F 0'5XOAC 9 1 ~ 5 NODE ~ SC 100XOAC ID SPOT 8 270 + 1" ~ I!JC=1/2 HP=l 08 ~ 50XDAC at 1 ~ 5 NODE ~ ALSO SPOTS >50XOAC 9 240 8 300 ~
IO GEO-MELD ROOTS (1) -6 LPCS"101 LPU-015 45 45 SC 3 105XDAC ID ~ EXT 360 INT ~ IMC=l 12LPCS VOL HP"-0 '9 'O GEO-COUNTERBORE ~ SC 95XOAC IDeEXT360 ~ IMC=3/4 HP=1 SC 4 65XDAC IOeEXT 360 TYP (50XOAC IMC=1 1/4 HP=l 12 'CAN 3 LTD TO 1 3/4" FROH MELD CL -AOJ MELO 12LPCS ( 1 ) "8 LPCS-101 VOL LPU-014 SC 4 ( INS IGN) IO IND y HAX ~ AHP ~ 70%
DACe IMC=1 1/4 HP"-1 ~ 38 ~ SC 4(SIGN) 00 INOeHAX ~ AHP ~ 105X DACy IMC=1 1/2 HP=2 ~ 49e HP=2 ~ 33 -1/4 ~ HP=2 ~ 81 +3/8 ~
10-4. 2 ExT 135-17a OEG. MELD CROMN GEO.
SC 4 OD IND y HA X ~ AHP ~ ~ ~ ~ CONT ~ 0
TABL E SIGNIFICANT INDICATIONS EX AH EXH ~ DATA NO I NSI G SIGN IF I CANT MELO IDENT ~ I DRAMING ¹ NETH SHEET I ND IND GEOH OTHER REMARKS 12LPCS (1) -9 LPCS" 101 VOL LPU-008 0 45 SC 3 ID IND>>MAX~ AHP 112XDAC>> I'WC=
1 1/4>>+OR-1/8>>360 EXT ~ SC 3 ID INDy
~
HAX ~ AHP ~ 100XOACe IMC=1 3/4s+1/4>>
".3/16>>360 EXT ~ MELD PREP GEO ~ PLOT EVAL NOT REQD ~ SEE EVAL SHEET FOR JUST IFICAT ION ~ - DRM ~
12LPCS (1) -9 L PCS-1 01 VOL LPU-013 45- SC 3 110XDAC ID IND>>IMC=1 HP=l ~ 57>>
EXT 225 THRU 0 TO 80 OEG ~ ID GEO ~
SC 3 115XDAC 00 IND>>IMC=1 NP=2 ~ 25>>
EXT 360 INT ~ FDON MELD CROMN ~ BEAN REDIRECTION OUE TO ID TAPERe SC 110XOAC OD IND>> ~ ~ ~ CONT D LPCS-909N(M) LPCS-101 VOL LPU-038 0 SC '5 75XDAC>>IMC=l HP=2 ~ 4>>LUGS 1-8 ~
WRR ~ SC 6 100XDAC>>IMC=~ 95 HP=2 ~ 47 1-8>>MRS SC 6 100XDAC>> IMC"-lo8 'UGS HP=4 >>81>> LUGS 1-8 >>LCR ~ SC 5 110XDAC>>
,IMC=2 HP= f ~ 7>>LUGS 1-AeLCR ~ NO SC7KR DUE TO INSTL HGR ~ SEE NOTE ¹1 12LPCS (1) -16 LPCS-101 VOL LPU-005 45 45 SC 3 (INSIGN) ID IND>> HAX ~ AHP ~ 75X OAC>> IMC=5/8 HP=1 ~ 07>> EXT 270 TO 90 OEG INT ~ SC 4 (SIGN) ID IND>>
HAX~ AHP ~ 100X DAC e I WC=1 HP= 1 ~ 07>>
EXT 10 TO 70 DEG ~ MELD ROOT GEO ~
4LPCS( 1) -1 LPCS-101 VOL LPU-030 45 SC 4 115X DAC ID>>EXT 25-340>> (360 EXCEPT MHERE NO SCAN) ~ I MC=l/2 MP= ~ 65>> 100X DAC 9 1 ~ 5 NODE 8, 2 ~ 5 NODE ~ ID MRG ~ NO SCANS ON FL SIDE OF MELD ~ NO SC 4 FROM 340 TO 25 DUE TO MELDEO N STAMP PLATE ~
HS-HA-1'(M) ' HS" 101 VOL HSU-654 0 SIGN-SC 5 HAX ~ AHP ~ 400XDAC>> IMC=2 ~ 20
<~ HP=6 ~ 30>> LUGS ¹1-4>>LCR ~ SC 6 HAX ~ AHP 500XOAC>> IMC"-2 ~ 40 HP=6 ~ 60 >>LUGS ¹1-4 LUG CORNER REFLECTOR ~ NO SC 8 OUE TO INSTALLED HGR ~ SEE NOTE ¹1 ~
.ci c TABLE rri > il , ~
r o ~
{ ~i[
SIGNIFICANT INDICATIONS ~...-,a'i.f'EMARKS
'}
g
~
i ~ ~
EXAM EXH ~ DATA NO I NS I G SIGNIFICANT ~ ~
r
';MELO'IDEN'T~ '¹ DRAWING ¹ METH SHEET ¹ INO INO GEOM OTHER HS-HA-2(M) HS-1 01 VOL HSU-648 0 45 45 SIGN "SC 5 HAX ~ AHP ~ 500XOACy I WC=2 ~ 20 HP=.6 ~ 261 LUGS ¹1-4 ~ LCR SC 6 HAX ~ AHP 400XDACe IMC=2 ~ 20 MP=6 ~ 31yLUGS ¹1-4 LUG CORNER REFLECTOR ~ INSI GN-SC 6 MAX~ AHP ~ 50XDACy IMC=1 o 1 0 HP=4 ~
¹2 L ¹4 ~ ~ ~ ~ ~ CONT~0 32'UGS HS FLUED HEAD A HS" 101 VOL 'SU-634 0 SC 5 IO INDt HAX ~ AHP ~ 105XDAC e HP=
3 ~ 08 f '2 1/2" FROM REF ~ EDGE ~ EXT
'60 DEG ~ 'OMPONENT CONFIGURATION GEO ~
I HS FLUED HEAD A HS-l 01 VOL HSU-.631 60 60 INSIGN-SC 9 IO INOeHAX ~ AHP ~ 100XOAC MP=8 ~ 99' 1/4 "FROM REF ~ EDGE(=FRE 0 ABBREV) e EXT 360 ~ SIGN<<SC 8 ID INDy HAX ~ AHP ~ f 00XDACy HP 6 ~ 22' 1/2 FRE o 200XDAC HP=5 ~ 26e2 1/8"FREyEXT 360 ONENT CONF I GUR 4'T ION GEO ~ 'OHP MS FLUED HEAD A HS-101 VOL HSU-626 SC 6 IO INDyHAX~ AHP ~ 150XDACeHP=
7 '1i3 3/4"FROM REFT EDGEiEXT 360
-(=FRE) ~ SC 6 IO INOyHAX~ AHP ~ 125XDAC HP=6 ~ 84 ~ 5 1/4 "FRE ~ SC 6 ID INDyMAX~
AMPo 100XDACeHP=4 ~ 4516 'FRE ~ SC 6 ID INOeMAX>>AMP~ 120XDACe ~ ~ ~ CONT ~ D" MS-HB-1 (M) HS-102 VOL HSU-655 0 SIGN-SC 5 HAX ~ AHP ~ 400XOACe IMC=2 ~ 20 HP=6 ~ 21~LUGS ¹1-4yLCR ~ SC 6 HAX ~ AHP 600XDACg IMC=2 ~ 10 HP=6 ~ 47gLUGS ¹1- t LUG CORNER REFLECTOR ~ NO SC 8 DUE TO INSTALLED HANGER CSEE NOTE ¹1 ~
MS-HB"3(M) HS-102 VOL MSU-649 0 45 45 SC 5 (SIGN) HAX o AMP ~ 600XDACiIMC=2~ 30 HP=6 ~ 35'UGS, 1-4eLCR ~ SC 6(SIGN)
MAX AHP 450XDACy IWC=2 ~ 20 HP=6 ~ 22t LUGS 1-4 fLCR ~, SC 5( I NSIGN) HAX ~ AHP ~
60XDACoIMC=1 'HP=4 ~ 27 ~ LUG Pl>LUG 10-,4.4 WELD RADIUS REFLECTOR ~ NO SC 8 ~
TASL E 4 SIGNIFICANT It40 ICATIONS EX AH EXH ~ DATA NO I NSI G SI GNIF ICANT MELO IDENT ~ ¹ DRAWING ¹ HETH SHEET ¹ INO IND GEOH OTHER REHARKS HS FLUEO HEAD 8 HS-102 VOL HSU-632 60 SC 8 ID INDeHAX~ AHP ~ 300XDAC1HP=
4 ~ 92 ~ 1 3/4 "FRE1300XOAC1HP=61351 1/4 FREy 110XDACeHP 8 ~ 5515 FRE ~
, SC 9 ID IND1HAX~ AHP ~ 300XDAC1HP=
11~43 ~ 2 1/4 "FRE ~ COHPONENT CONFIG-UR AT ION GEO ~
HS FLUED HEAD 8 HS-102 VOL HSU-627 SC 6 ID INDeHAX ~ AHP ~ 300XDACe HP=
8 ~ 19 1 5 3/4 nF RE 1 320XDAC 1 HP-6 ~ 331 2 n FRE ~ SC 7 I 0 IND 1HA X ~ AtIP ~ 500'XDAC 1 HP=8 ~ 0715 1/2 "FREs200XOAC ~ HP=6 ~ 771 1/2n FRE ~ COHP ONE NT CONF I GUR AT ION GEO ~
HS FLUED HEAD 8 H S-102 VOL HSU-622 0 SC 3 (INSIGN) IO IND ~ HAXEL AHP ~ 95XDAC HP=1 ~ 281LOCATED 5 ~ 5n FROH EDGE1EXT 360 OEG ~ SC 3 (SIGN) IO INDeHAX~ AHP 110XOAC1HP=10 ~ 031LOCATED 2 3/4n FROM EDGEeEXT 360 DEG ~ COHPONENT CONFIGURATION GEO ~
HS-HC-1 (M) HS" 103 VOL HSU-652 0 SC 5 (SIGN) HAX ~ AHP ~ 600X DAC1 IMC=2 ~ 25 HP=6 ~ 251 LUGS ¹1-4 ~ LCR ~
SC 6 (SIGN) HA X ~ AHP ~ 550X DAC 1 IMC=2 ~ 40 HP=6 521 LUGS ¹1-4 LCR NO SC 8 DUE TO INSTALLED HANGER ~
SEE NOTE ¹1 ~
HS-HC-3(M) HS-103 VOL HSU-651 0 SC 5 HAX ~ AHP ~ 500 XDAC 1IMC"-21 20 HP =
6 ~ 321LUGS 1-41LCR ~ SC 6 HAX ~ AHP ~ 400 XDAC 1 IMC=2 ~ 35 HP=6 ~ 471LUGS 1-41LCR NO SC 8 DUE TO INSTALLED HGR ~ SEE NOTE ¹1 ~
HS FL'UED HEAD C
-. HS-103 VOL HSU-637 SC 3 ( INSIGN) ID IND1HAX~ AHP ~ 100X DAC1HP=l ~ 2414 1/2":FROH REF ~ EDGE1 EXT 360 ~ SC 3 (SIGN) ID INDeHAX~ AHP 110XOAC ~ HP=10 ~ 0412 1/4 "FROH REF ~
EDGE 1EXT 360'OHPONENT CONF IGURA-T I ON GEOHETRY
TABLE 4 SIGNIFICANT INDICATIONS EXAM EXM ~ DATA NO INST G SIGNIFICANT WELD IDENT' DRAWING METH SHFET ¹ IND IND GEON OTHER REHARKS
! MS P'LUED HEAD C HS-103 VOL HSU-629 60 SC 8 ID INOyHAX~ AMP ~ 400XDACwHP=
6 ~ 03e2,3/4" FROM REF ~ EDGEeEXT 360 ~
SC 9 IO INDeMAX~ AHP ~ 200X DACE MP 7 ~ 68 ~ 4 3/4 "FROH REF ~ EDGEtEXT 360 ~
COHPONENT CONFIGURATION GEOMETRY ~
HS FLUED HEAD C MS-103 VOL HSU-628 45 45 INSI GN-SC -
6 IO INDyHAX~ AHP ~ 60XDACe HP=4 ~ 30'" FRE ~ SIGN-SC 6 IO INOe HAX ~ AHP ~ 125XDAC ~ MP=5 ~ 1 le 3/8" FRE ~ SC 6 ID INO eHAX ~ AHP ~ 225 XOAC ~ HP=5 ~ 45 i 1 7/8" FRE ~ SC 6 I D INDqHAX~ AHP ~ 160X OAC> MP=7.00>5 3/8 FRE."CONTen MS-HD-l(W) M S-1 04 VOL MSU-653 0 SC 5 (SIGN) HAX ~ AHP ~ 450X DAC y I WC=
2 ~ 20 HP=6 ~ 16'UGS ¹1-4 ~ LCR ~
SC 6 (SIGN) HAX ~ AHP ~ 500X DACE I MC=
2 ~ 45 HP=6 ~ 58'UGS ¹1-4 ~ LCR ~
NO SC 8 DUE TO INSTALLED HANGER ~
SEE NOTE, ¹1 ~
26HS(1)D-11 HS-104 VOL HSU-480 SC 3 110 XDAC IND c) 0 DEG 5 ~ I'lJC=
1 1/8 HP=l ~ 88e50XDAC IND 360 DEGAS HP=1 ~ 83 Il 1 ~ 95 I MC=+OR-1/16 ~ SC 97XDAC 8 300 DEG IWC=1 MP=1 ~ 60>50X OAC INO 360 MP=1 46 L 1 69 ILIC=+OR
-1/8 ~ MELD ROOT GEO(CONCAVITY)
MS-HD-2(W) MS-104 VOL HSU-650 0 SC 5 (SIGN) HAX ~ AMP ~ 600X OAC ~
I WC=2 ~ 20 HP=6 ~ 26 y LUGS ¹ 1-4 ~ LCR ~
SC 6 (SIGN) HAX ~ AHP ~ 500X DACE I lJC=2e40 HP=6 ~ 52 ~ LUGS a 1-4 ~ LCR ~
NO SC 8 OUE TO INSTALLED HANGER e SEE NOTE ¹1 ~
MS FLUED HEAD n MS-104 VOL MSU-633 SC 5 ID INDIUM AX ~ AHP ~ 105XDACe MP=
2 96 q2 1/4 "FROH 'REF ~ EDGE ~EXT 360 ~
SC 5 (INSIGN) ID INO ~ HAX ~ AHP 100X DACE HP=4 ~ 46q7 "FROM REF ~ EDGES'XT 10-4.6 360 ~ COMPONENT CONFI GURATION GEO ~
TABLE SIGNIF I CANT IND ICAT IONS EXAM EXH ~ DATA NO I NSI G SI GNIF ICANT WELD IDENT ~ 0 . DRAMING METH SHEET tf I ND IND GEOM OTHER REMARKS MS FLUED HEAD D HS-104 VOL HSU",630 60 SC 8 ID INOiHAXiAHP~ 350XOACyHP=
5 ~ 02 ~ 2 1/8" FRE ~ SC 8 ID INDiMAX~ AHP 350XDACyMP=6 '3y3 1/4"FRY SC 9 ID I NOi HAX ~ AMP ~ 200XDAC y HP=6 ~ 61 i 5 1/2" F RE ~ COMPONENT CONF I GURA T ION GEO ~
HS FLUED HEAD D MS" 1 04 VOL HSU-625 SC 7 IO INDyHAX ~ AMP'00XDACiHP=
8 ~ 19i5 3/4 "FRE+SC 7 10 INDiHAX~ AHP 225XOAC y MP=7 ~ 16 ~ 3 3/4'! FRE ~ SC 7 I 0 i
I NDi HAX ~ AHP ~ 140XDAC HP=5 41 2 FRE ~
SC 7 ID INDiHAX ~ AMP'25XOACyHP=
3~ 61il/ f "FRE ~ ~ ~ ~ CONTINUED 26HS ( 1 ) A-.21 HS-201 VOL HSU-512 0 SC 3 IO INDiHAX~ AHP 10GXDACi I WC=
1 ~ 25 HP=1 ~ 62yEXT 300-30 DEGiK SPOT 9 270 OEG PLUS 1". SC 4 IO IND,MAX AMP 100XDACiIMC=1 25 HP=1 ~ 53iEXT 315-45 OEG ~ LIELO PREP GFOHETRY ~
30HS(1) A-6 HS-201 VOL HSU-292 0 45 45 INST GN-SC 3 ID I NOiMAX~ AHP ~ 95XOACi INC=1 5/8 Hp=l ~ 98yEXT 360 ~ SC 4 ID INDi HAX ~ AHP+85XOACy I MC=2 HP=5 ~ 29 i EXT 0 TO 90 DEGi SIGN SC 4 ID INDi MAX ~ AMP ~ 100XDAC y INC=1 1/2 HP=1 ~ 94 i EXT 360 ~ ~ ~ ~ CONT y D 30HS ll ) A-16 HS"201 VOL HSU-565 0 45 45 INSI GN<<SC 4 ID INDiHAX~ AHP ~ 90XDACy I LJC=3 5/8 HP=5 ~ 68 y EX T 36 0 I NT ~
SIGN-SC 3 IO I ND iHAX ~ AMP ~ 100XOAC i INC=1 1/4 HP=2 ~ 11 EXT 360 INT ~ WELD PREP/ROOT GEO ~ SC 3 ID INOiMAX~ AHP ~
100XOACy IlJC f 1/ t ~ ~ ~ ~ ~ CONTiD 30MS(1 ) A-17LO HS-201 VOL MSU-318 0 SC 12 OD INDiHAX~ AMP ~ 105XDACiluC=
2 ~ 75 HP 3 ~ 76i EXT 0 12 ~ OD MELD CROLIN GEOMETRY+
10-4. 7
TABLE SIGNIFI CANT INDICATIONS EXAH EXH ~ DATA NO I NSIG SIGNIFICANT MELO IDENT ~ ¹ DRAMING ¹ NETH SHEET IND IND GEOH OTHER REHARKS 18HS (1 ) A-4 HS-201 VOL HSU-402 0 45 45 SC 3 lOOX DAC IDe EXT 3eO. IMC=
1 1/2 HP=1 ~ 42 ' ~ 5 NODE RESP IS 80X DACe MELO ROOT GEO ~ SC 4 75X DAC IOe EXT 360m IMC=3/8 HP=1 ~ 40
'8HS (1 ) A-6 HS-201 VOL HSU-671 45 45 .Sc 3 80XDAC IO INDeIMC=1 ~ 5 HP=1 ~ 58 EXT 360 ~ SC 4 100XDAC ID INOeIMC=
1 25 HP=1 ~ 42t EXT 360 ~ ID MELD PREP GEO ~ BEST EFFORT SC 4 DUE TO IN-SIDE. RADIUS OF ELBOM ~ SEE NOTE ¹1 ~
18HS(1)A-7 HS-201 VOL HSU-670 45 45 Sc 3 100XOAC ID INOe IMC=l e5 HP-"
I ~ 43 e360 INTt MITH A 180XDAC HULT ~
IMC=4 HP=,4 ~ 43 e 360 INT ~ ID COUNTER" BORE GEOe SC 4 80XDAC ID INOtIMC=
1 ~ 25 HP=le t3t 360 INT tMITH A 50-80X DAC HULT.IMC=3 HP=3.8ee36O INT 30HS(1) A-21LU HS-201 VOL HSU-442 0 45 45 SC 7 100XOAC IDt EXT THRU ~ IWC=1 HP=
2 ~ 17t ID GEO ~ SC 8 55XDAC ODeEXT TO 12" eIMC=2 1'/2 HP=3 ~ 88tFO ~
28HS(l)A-1 HS-201 VOL HSU-723 45 45 SC 4 105XOAC INDeIMC=2 ~ 62 HP=2 ~ 92t EXT =360 INT ~ HODE CONVERSION OFF ID COUN TERBORE ~ SC 4 75XDAC IND e IMC=
1 ~ 37 HP=1 ~ 74 e EXT 360 I NT t 26HS (1) B-19A HS-202 VOL HSU-154 0 SC 3 75XDAC INDeIMc=l HP=1 ~ 78e360 TNT ~ SC 4 100XDAC INDe IMC=1 1/2 HP=1 ~ 82e 360 INT ~ MELD ROOT GEO ~
10-4. 8
TABLE Q SIGNIFICANT INDICATIONS EXAM EXH ~ DATA NO I NSIG SIGN IF I CANT WELD IDENT ~ 0 DRAWING II HETH SHEET IND IND .
GEOM OTHER REHARK S 26HS (1 ) B-21 HS-202 VOL HSU-153 0 45 45 SC 3 65ZDAC I Dy IMC"-1 MP"-le'9e EXT 360 I AT ~ SC 4, 80ZDAC ID e I WC=1 YiP=
1 e71eEXT 360 ~ 1 ~ SNRGAMPIS 55ZDAC al IMC
=3 1/2 ~ 60ZOAC ID y IMC=1 5/8 HP=1 ~ 78 EXT 360 ~ MELD ROOT/COUtJTERBORE GEO ~
26HS (1 ) B-22 HS-202 VOL HSU-.518 SC 3 100ZDAC INDeIMC=l 1/4 HP=1 ~ 70
+ 1/I3 rHP= 1 ~ 82 e -,1/8 =1 ~ 67 > EXT FROYi 26S DEG TO 240 DEG INT ~ WELD PREP GEO ~ SC 3 50ZDAC INDy IMC-"1 I/O I'IP=
2 96eEXT 265 DEG TO 240 OEG INT ~
30HS( 1)B-3 HS-2 02 VOL HSU-088 45 45 INSIGN-SC 3 ID INDyHAX~ AHP ~ 85ZDACy IWC=7/8 I<P=1 ~ 71tEXT 360 ID INOiHAX~ AHP+90ZDACyI'WC=F 7/8 IN'C tIP=1 ~ 90'XT 360 INT ~ SC 5 ID IND e HAX ~ AHP ~ 70ZDACe I WC=1 ~ 1(MELD CL)
HP=1 ~ 96m ~ ~ ~ CONT ~ D 30 HS (1 ) I3-4 LU MS-202 VOL HSU-172 0 SC 8 6SZDAC INDt IMC=2 HP=2 ~ 24 LXT l FROM 2" TO 4" ~ SC 8 110Z()AC IND~
IMC=2 HP=Q ~ 00y+1/QqHP=Q ~ 24'-3/4 q HP=3 ~ 56'OCATED 9 9 t 1/2 LONG ~ OD MELD CROWN GEO ~
30 MS (1 ) f3-6 LUO H S-2 02 VOL HSU-235 0 SC 8 100ZOAC ItlDeIMC=2 1/2 HP=1 ~ 5S
+3/16eHP=1 ~ 75'-1/16m MP=l ~ 52>> SPOT LOCATED 9 40" ~ ID BASE METAL GEO ~
SC 8 55ZDAC INDy IMC 2 HP 1 ~ 97il/2" 19" ~
'C LONG LOCATED cLI
! 30HS (1 ) 0-6 HS"202 VOL HSU-661 0 4 90ZDAC ID INDy lMC=1 ~ 5 HP=l ~ 80 EXT 360 INT ~ MELD PREP GEO SC
-100ZDAC HULTe IMC=3+5 HP=5 54 s EXT
-,-0 .TO 180 DEG ~ MELD PR Ep= GEO ~
10-4.9 '; .'-
TABLE 4 SIGNIFICANT INDICATIONS MELO IDENT'XAt~
DRAWING ¹ HETH EXH ~ DATA SHEET ¹ NO IND I NSI G SIGNIFICANT IND GEOH OTHER REHARKS I
30HS(1) B-9LD HS-202 VOL HSU-502 SC 11 110XDAC INDeIMC=2 5/8 HP=
'4 ~ 10 ~ +1/4 ~ HP= l ~ 3 1 e 3/8 eHP=3 ~ 82e i 1 1/2" LONG LOCATED 9 5 1/2" ~ OD WELD CROMN GEO ~
30HS (1 ) 8-10 t'I S-2 02 VOL HSU-258 0 SC 4 100X DAC IDe EXT 190 TO 270 (360 9 i: 50X DAC) ~ I MC=1 1/2 HP=1 97 ~ IO GEOe al OR WITHIN 1/4" OF W ELO ROOT ~
30HS (1 ) B-11 HS-202 VOL HSU-261 0 SC 3 100XDAC IOe EXT 360e IMC=1 1/2 HP=2eDle1 ~ 5 NODE RESPONSE IS 50X OAC ~ MELO ROOT GEO ~ SC 4 1DOXDAC IDe EXT 360 ~ IMC=,1 1/2 HP=1 ~ 98 ~ 1 ~ 5 NODE RESPONSE I S 80XOAC ~ MELD ROOT GEO ~
18HS (1 ) 6-4 HS-202 VOL HSU-326 45 45 SC 3 100XDAC IDeIMC=1 1/2 HP=1 ~ 33e EXT 360 INT ~ 1 ~ 5 NODE RESPONSE IS 85XDAC ~ IND IS 8 IDe1/2" FRQH MELD ROOT ~ MELD PREP GEO ~ SC 4 85XDAC ID IMC=1 HP=1.20eEXT 360 INT.
30 AS (1 ) t3-23 HS-202 VOL HSU-148 0 '5 45 INST GN-SC 4 ID INOe HiAX ~ AHP ~ 7'5XDAC e IMC=1 HP=1.98eEXT 360.SC 4 OD INQ, HAX ~ AHP ~ 75XDACe IMC-"1 titP=3 ~ 18eEXT 36D ~ FD ON OD ~ SIGN-SC 3 lD INDeHAX AHPi 100XDACe I MC"-1 1/2 HP=2 ~ 18e EXT 360 ~ MELD ROOT GEO ~
28HS (1) B-l HS-202 VOL HSU-722 45 45 SC 4 100 X DAC INDe IWC=2 ~ 5 HP=3e02 EXT 360 IN'UE TO HODE CONVERSION OFF OF THE ID COUNTERBORE ~ SC 60X DAC INDe IMC=1 ~ 25 HP=1 91 ~ EXT 360 INT ~
10-4.10
TABLE SI GN IF I CANT INDI CAT I ONS EXAM EX'ATA NO ItJSIG SIGNIFICANT WELD IDENT. u DRAWING tt METH SHEET tt I ND IND GEO td OT HER REMARKS 26HS (1 ) C-19LD HS-203 H SU-. 339 IND ~ HAX ~ AHP 100XDAC ~ IWC=
VOL ,SC 2 '512 OD HP=,3 GEOMETRY ~
'7yEXT 0"-12" ~ WELD CROWN 30MS (1) C-2 MS-203 VOL MSU-089 45 45 INSIGN-SC 4- ID. INDeHAX~ At(P ~ 87XDACy
. -, I WC"-1 1/8 HP=1 ~ 89yEXT 360 INT ~ SIGN
-SC 3 ID It)O j HAX ~ AHP ~ I OOXDAC y I WC=2 MP=2 ~ 09'XT 360 INT ~ WELD PREP GEOe CB ~ SC 4 IO INDeHAX~ AHP ~ 100XDAC> IWC
=4 ~ 5 HP=6 ~ 22'XT 360 INT ~ WRG ~
30HS(1 ) C-5LD tl S-2 03 VOL HSU"390 45 . SC 12 OD INDo HAX ~ AHP ~ 130XDAC o IWC=
2 1/4 HP=3 ~ 88yEXT 0"-12" OD WELD
'ROWN GEOMETRY ~
30HS(1)C-8 HS"203 VOL HSU-099 45 '5 'N SC 4 ID INDyHAX~ AHP ~ 95XDACe (100K HULT) y I WC=1 1/2 MP"-1 ~ 87yEXT 360 DEG ~ MELD ROOT GEO ~ SC 3 ID INDeMAX AMP'5XDACyIWC=1 3/8 MP=2 ~ 05yEXT 360 DEGAS (INSIGN GEO) ~
30HS(1)C-10LDO HS-2 03 VOL HSU-255 45 45 SIGN-SC 12 ID INO~HAX~ AMP ~ 100XOAC ~
I WC-1 3/8 HP-2 ~ 05iEXT On 48n ~ WLLD ROOT GEO ~ INSIGN-SC 12 ID IND(HULT OF S IGN IND) e HAX ~ AHP ~ 80XDACe I WC"-
1/4 HP =5 ~ 95 e EX T 0 "-48" ~
I 30HS(1)C-11LUO MS-203 VOL HSU-256 0 SC 8 ID INDe MAX ~ AHP ~ 100XDACy IWC=l MP-2 ~ 01 e EXT 0 48 ~ ltELO ROOT GEO ~
TABLE 4 SIGNIFICANT INDICATIONS f XAH EXH ~ DATA NO I NS I G SI GN IF I C ANT MELO IDENT ~ a DR AM IN G tt HETtl SHEET tt I ND IND GEOH OT HER REHARKS 30HS(1)C-ll HS-? 03 VOL HSU-766 0 SC 3 120%DAC ID IND ~ IMC=1 ~ 5 HP=
2 ~ 08eHAX ~ DAC 8 35 DEG ~ IND IS 360 DEG INTo MELO ROOT GEO ~
30HS (1 ) C-11LD HS-203 YOL HSU-378 0 SC 11 IO INDe HAX ~ AHP ~ 105%DACe IMC=
1 1/4 HP=2 ~ 45 EXT 0"-12" ~ MELD ROOT GEO ~ SC 12 ID INDeHAX ~ AHP ~ 100%DACe IMC=1 HP=2o33eEXT 0""12" ~ MELD ROOT GE,O ~
30HS (1 ) C-16 HiS-203 VOL HSU-401 0 SC 3 100%DAC IOeEXT 360 ~ IMC=1 1/2 HP=1'o99 ~ 1 ~ 5 NODE RESPONSE IS 100%
DAC ~ MEL D ROOT GEO ~ SC 4 100%DAC ID EXT 360 ~ IMC=1 1/4 HP=1 93 1 5 NODE RESPONSE IS 100%DAC ~ MELD ROOT GEO ~
30HS (1 ) C-18LU tlS-2 03 VOL HSU-499 45 45 INSI GN-SC 8 ID INDeHAX~ AHP ~ 75%DACe I MC-1 1/2 HP-2 ~ 4 1 eEXT 4 12 ~ SIGN SC 8 OD INDeHAX ~ AHP ~ 100%OAC y IMC=
1 1/2 HP=3 ~ 93eEXT 8 ~ 75 11 75 ~
MELO CROMN GEO ~
30HS (1 ) C-21 HS-203 VOL HSU-265 0 SC 3 ID INDe100%DACy IMC=1 3/ t HP=
1 ~ 98 y EXT 360 ~ MPG ~ SC 3 OD IND yHA X ~
AHP ~ 100%DACeIMC=1 1/2 HP=3o45eEXT 360 ~ SOUND RED IRECT DUE TO MPG ~ SC IO I ND e HAX~ AHP o 105%OAC e I WC=1 tiP=
2 '5eEXT 360 ~ MELD PREP GEO ~
30HS(1) C-22 t(S-2 03 VOL HSU-149 0 45 45 INSIGN-SC 3 IO INDeHAX ~ AHP ~ 85%DACy IMC= 1 1/4 HP-"1 ~ 88eEXT 360 ~ SIGN-SC 4 ID INDeHAX~ AHP ~ 110%DACeIMC=
1/4 HP=6 ~ 04 'XT 360 ~ MELD ROOT GEOHETRY ~
10-4. 12
TA8LE 4 SIGN IFI CANT INDICATIONS EXAH EXH ~ DATA NO INSIG SIGNIFICANT MELD IDENT ~ ft DRAWING tt HETH SHEET JJ IND IND GEO>> OTHER REHARKS 30HS (1 ) C-24 HS"203 VOL HSU"475 0 SC 3 125XDAC,IN'MC=2 1/4 HP=3 ~ 68 50XDAC POINTS HP=3 ~ 5 l L HP=3 ~ 87s IMC=+OR-1/4~MCG ~ SC 4 1NR (50M s2JJR 135K DAC INDs I WC=3 3/4 s+OR-3/8s HP=
6 ~ 95 8 >>AX s6 ~ 72 JI, 7 ~ 20 8 50XOAC ~
SOUND REDIRECT DUE TO ID GEO ~
30>>S (1 ) C" 25LD MS-2 03 VOL HSU-478 45 45 INSI GN-S C 11 ID IND s >>AX AHP ~ 95XDAC IMC=l 1/4 HP=2 24sEXT 0"-12" SC 12
, ID INDsHAX ~ AHP ~ 75/DACs IMC 1 ~ 25 HP=
2 ~ 20 sEXT 0'-'-12" ~ SIGN-SC 11 OD I ND s HAX~ AHP ~ 100XDACs IMC=2 ~ 5 HP=3 ~ 9sEXT 5"-12'! ~ 00 WELD CROWN GEO ~
26>>S(1)0-19 HS-204 VOL HSU-087 SC 3 100XOAC INDs IMC=l 1/4 s+OR-1/4 HP 1 ~ 68 ~ TAKEN ol 180 DEGs EXT 360 INT ~ MELD ROOT GEO ~ SC 4 95XOAC IND I WC=3/Qs+1/Qs.-l/Ss>>P=1 ~ 76s TAKiN al 180 DEGs EXT 360 INT ~
26>>S(l)n-20 HS-204 VOL HSU-215 0 SC 3 100XDAC INDs IWC=1 HP=1 ~ Sls
+1/4 sHP.=l ~ 84s -3/16 ~ HP=l ~ 69s EXT 360 INT ~ ID MELD ROOT GEO/>> I SHATCll ~ SC 90XOAC INOsIWC=1 1/2 HP=l ~ 81 sEXT 360 INTs WITH A 90XDAC HULT ~
30>>S (1) 0-5 H S-2 04 VOL HSU-225 0 g5 45 SC 3. 95K OAC IDs EXT 360 INT s IWC-"
1 1/4 HP=1 ~ 90+ SC 4 100X OAC IOs EXT 360 INTs IMC=1 1/8 flP=2 ~ 09 ~
95X DAC 9 1 5 NODE ~ WELD ROOT. GEO 30>>S (1) 0-6LD HS-204 VOL HSU;.298 0 SC 11 100XDAC 00 INOs IMC=.2 HP"-4 ~ 04
+3/16sHP=Q ~ 25s-.l/4 ~ HP=3 ~ 94sSPOT 9 6" ~ 00 WELD CROWN GEO ~
10-4. 13
TABLE 4 SIGNIFI CANT INDICATIONS EX Al" EXH ~ DATA NO I NS I G SI GN IF I CANT MELD IDENT ~ ¹ DRAWING NETH SHEET ¹ I NO I ND GEOH OT HER REHARKS 30HS( 1)D-9ALD HS-204 VOL HSU-245 0 SC 11 100'X OAC ODy EXT THRU ~ IMC=2 HP=Q ~ 02 ~ MELD CROWN GEO ~
18HS (1 ) D-3 HS-204 VOL HSU-321 45 SC 3 100 XOAC IO IND y I MC=7/8 HP"-
1 ~ 49 y+1/2yHP=1 ~ 71e-1/QeHP=1 ~ 27e EXT 360 INT ~ MELD ROOT GEO/HISHATCH ~ SC 85XDAC ID INOeIMC=5/8 HP=1 ~ 42e EXT 360 INTyMITH A 65XOAC HULT ~
18HS(1)D-8 HS-204 VOL HSU-682 SC 3 100/ DAC SPOT INDe IMC=2 ~ 5 HP=Q ~ 2le DAHPS NEAR EDGE OF WELD ~
NO SC 4 DUE TO MOL GEO ~ SEE NOTE
¹1 ~
30HS(1)O-23 HS-20< VOL HSU-762 0 45 45 SC 3 8034OAC ID INDy IMC 1 ~ 5 HP=2 ~ 07 EXT 360 INT ~ SC 3 80XOAC Ifl INDe IMC=Q HP-"6 ~ 08eEXT 360 INT ~ SC 4 80X DAC ID I ND e I MC=1 ~ 5 HP=2 ~ 04 e EX T 360 INT ~ SC 4 llOXOAC ID INDe IMC=Q iiP=
5 86 eEXT 360 INT ~ MRG HULT ~
30HS(1)D-24LU HS-204 VOL HSU-498 SC 8 IO INDeHAX ~ AHP 100XOACe IMC=
1 3/8 HP 2 ~ ll eEXT 0 12 ~ MELD ROOT GEOHETRY ~
28HS (1 ) D-l HS-204 VOL HSU-728 45 45 SC 4 110'AC INOe I WC=2 ~ 5 HP=2 ~ 8 f EXT 360 INT ~ DUE TO HODE CONVERSION OFF OF THE I0 COUNT ER BOR E ~ S C 50X DAC INDe IMC=1 ~ 5 HP=1 ~ 89e EXT 360 INT ~
10-4.14
TABLE SIGNIFICANT INDICATIONS EXAH EXN ~ DATA NO I NSI G SI GNIF I CANT MELD IDENT. t,'RAM ING 0 hlETH SHEET tt IND IND'EON OTIRER REHARKS 10RCIC(12)-6 I C-1 01 IU-069 45 65XDAC-IO>>EXT 2" IMC=3/8 R C VOL R 45 SC 3 HP= ~ 91 'C MC=1 HP= ~ 99 8
4 100XDAC IO>>EXT 360 0
ID GEO e COUNTERBORE ~
SC 4 100XDAC OO>>EXT 360 ~ IMC=1 5/8 NP=1 ~ 84 ~ FO ~ 00 GEO ~ SC 4 LTD BY BRANCH CONNECTION 8 270 1ORCIC(12)<<7 I C "10l I U-067 45 45
'C 3 100X DAC IDe EXT 360 ~
'C RC VOL R
. IMC=1 NP.=1 ~ 36 3 100X OAC IO>>
EXT 360 ~ IMC=1 1/8 NP=1 ~ 43 ~
BOTH ID GEO ~ DUE TO ELL/PIPE FIT" UP ~ SC 3 'LTD BY BRANCH CONNECTION al .270 ~
10RCIC(12)-8 RCIC-101 VOL RIU-.104 45 45 SC 4 141XDAC IND>>IMC=~ 63 HP=1 ~ 23>>
360, INT>> MRG ~ SC 4 65XDAC IND e IMC=
2 25 HP=3 61>> 360 INT SC 3 90XDAC IND>> IMC"-1 NP=1 ~ 25>>360 INT ~ SC 3 65X OAC IND>> IMC=,2 >>5 HP=3 ~ 38>> 360 I NT e 4RC I C ( 13) -3 R CIC-101 VOL R I U-015 SC 4 100XDAC'D>>IMC=3/8 HP"- ~ 55>>EXT 360 IN' ~ 5 NODE RESPONSE IS 100X OAC ~ ID GEO-NISH ATCH o 4RCIC(13)"4 RCIC "101 VOL RIU-014 45 SC 100XOAC IO>>EXT 1 1/2" 9 290>>
11JC=O HP= ~ 57 '00XOAC 9 1 ~ 5 NODE 2 ~ 5 NODE ~ ID GEO: PROBABLE GRIND HARK ~
4RCIC(13)-5 RCIC-101 VOL RIU-013 SC 3 150XOAC ID>>IMC=,-3/8 NP= ~ 55>> '
EXT 360 IN'00XDAC 8 1 ~ 5 NODE>>
150XDAC 8 2 ' 'NODE>> IO GEO ~ SC 125X OAC, I 0 e IM C=5/8 Hp= ~ 55>> EX T 36 0 10-4. 15 I NT ~ 125XOAC 8 1 5 NODE ~ I 0 GEO
TA(3LE SIGNIFICANT INDICATIONS EXAH EXH ~ DATA NO INSIG SIGNIFICANT WELD IDENT ~ ¹ DRAMING ¹ HETH SHEET ¹ INO ~ IND GEOY OTHER REHARKS tRCI C( 13) -5A RC IC-101 VOL R IU-012 sc 3=11oxoAc Io,rue=3/8 HP=.se,ExT 360 INT ~ 125XDAC 9 1 ~ 5 NODE L 2 ~ 5 NODE ~ MELD ROOT GEO ~ SC 4 10 OXOA C IOsI MC=3/8 HP= ~ 50eEXT 360 INT ~
100XDAC B 1 ~ 5 NODE & 2 ~ 5 NODE ~
WELD ROOT GEO+
4RCIC(13)"6 RCIC-101 VOL RIU-011 SC 3 100 XDAC IDs I WC= 1/2 HP= ~ 50s EXT 360 INT 100XOAC 8 1 5 & 2 ' NODE ~
MELD ROOT. GEO ~ SC 4 100XDAC IOe IWC=3/8 HP= ~ 50eEXT 360 IN'00X DAC 8 1 ~ 5 & 2 ' NODE ~ MELD ROOT GEO 4RCIC(13)-7 RCIC"101 VOL RIU-010 SC 4 100 XDAC IDe IMC= 1/4
=
HP ~ 50 e EXT 360 INT ~ looXDAC 9 1 os Jl 2 ~ 5 NODE ~
MELD ROOT GEO ~
4RCI C( 13) -9 RCIC-101 VOL RIU-001 SC 3 150XDAC IDs IWC=1/4 HP= ~ 59sEXT 170-225 5 270-45 ~ 147XDAC 8 1 ~ 5 NODE ~ MELD ROOT GEOe SC 4 125XOAC IDsI MC=1/4 HP=, ~ 58sEXT 10-60 (t, 280-320 ~ 156XDAC 8 1 ~ 5 NODE e MELO ROOT GEO ~
4RCIC(13)-10 RCIC-101 VOL RIU-029 45 45 SC 3 85XDAC IDe I MC=1/4 HP= ~ 64 sEXT 360 INT ~ SC 4 100XDAC ID s I WC=1/2 HP=.S4sEXT 36O. 1OOXDAC a 1.5 L 2 ' NODE ~ MELD ROOT GEO ~
RC I C-59 (W) RCIC-101 VOL R IU-087 0 INSIGN<<SC 6 HAXeAHP ~ 75XDACeIMC= F 6
~ 46 ~ LUGS¹ 1 4 sWRR ~ SI GN SC 'P=1 HAX~ AHP ~ 125XDACe IWC= ~ 55 HP=1 ~ 39s LUGS¹1-4sWRR ~ SC 5 HAX ~ AHP+150XDACe 10-4.16 I Wc-"~ 65 HP =2 ~ 36 e LUGS ¹1-4 e LCR ~ SC 6 HAX ~ AHP e 100XDAC e ~ ~ ~ CONTs D
TABLE SI GNIFI CAN T INDI GATI ONS EXAH EXH ~ DATA NO I NSI G SI Gt(IF I CANT MELn IDENT. ¹ DRAMING tt NETS SIRREE T tt IND IND GEOtl OTllER REHARKS 4RCIC(13)-12 RCI C-101 VOL RIU-028 SC 3 ID IND ~ HAX ~ AHP ~ 115% DAC y I MC=1/4 HP =+ 56'XT 360 It'JT e MRG ~
SC 4 ID INDq HAX ~ AtlP 100% DAC ~
IUC=1/4 HP= ~ 51'XT 360 INTe MRG ~
RCIC-1C-14 (M) RCIC-101 VOL R IU-088 0 45 S I GN-SC 5 HAX ~ AHP ~ 150%DACE IMC= ~ 5 HP=2 ~ 41'UGS¹1-8yLCR ~ SC 6 flAX~ AHP ~
125% DAC e IMC= 55 HP=2 ~ 43 e LUGS ¹ 1-8~
LCR ~ LUGS tt1-4: NO SC 8 DUE TO IN-STALLED HGR ~ LUGS ¹5-8: NO SC 7 DUE TO INSTALLED HGR ~ SEE NOTE tt1 ~
4RCIC(13) -13 RCIC-10] VOL RIU-002 45 45 SC 3 (SIGN) IO IND tAAX AHP ~ 116%DAC IMC=1 HP =1+63 ~ EXT 1/2" a~ 315 DEG SPOT 8 80 DEGeMRG ~ SC 4 (INSIGN)
ID INDe HAX ~ AHP ~ 75%DACy IMC=l HP=
~ 5e EXT 360 IN'RCI C( 1 ) -17 RCIC-101 VOL RIU-006 45 45 SC 3 110%D AC ID ~ I MC= 1/4 tlP"- ~ 54 q E X T 180-270 ~ ID GEOtHISHATCH OR MELO ROOT GEO ~ SC 4 95%DAC ID(i+5 NODE RESPONSE) t IMC=l tlP=1 ~ 53'XT 0-90 225-250 ~
l 4RCIC(lb)-18 RCIC-101 VOL RIU-007 45 45 SIGN-SC 3 ID IND oHAX ~ At'lP ~ 100%DAC i IMC=3/8 HP= ~ 5eEXT 360 INTsWRG ~
INSI GN-SC 4 ID IND ~ HAX ~ AHP ~ 95%DACE IMC=1/4 HP= ~ 52 EXT 180 TO 25 DEG ~
6RHR (10) -1 RC IC-102 VOL R IU-031 SC 4 75%DAC ID ~ IMC=O HP= 71 EXT I
360 INT ~ 105%DAC ct 1 ~ 5 NODE 100% w DAC 9 2 ~ 5 NODE ~ ID GEO-Hl SHATCH ~
NO SCANS ON VALVE SIDE OF MELD ~
10-4.17
TABL E SIGNIFICANT INDICATIONS FXAH EXH ~ DATA NO INSIG SIGNIF ICANT WELD IDENT ~ ff DRAWING 0 HETH SklEET lf IND IND GEOHi OTklER REHARKS 6RCIC(1)-1 RCIC-102 VOL RIU-027 SC 4 95X DAC INDy I WC= ~ 75 HP-"~ 73e LOCATED 8 0 DEG ~ 3" LONG AND HAS A 80X K 100X DAC HULT IPLE ~ PROBABLE SOUND REDIRECTION DUE TO CB ~
6RCIC(ll-4 RCIC-102 VOL RIU-024 SC 3 100XDAC IDe EXT 0-90 ~ I WC=1/2 HP-" ~ 71 ~ 80XDAC 9 1 ~ 5N e 100XDAC 92 ~ 5N ~
MRG ~ SC 4 90XDAC ID SPOT 880 ~ IMC"-0 HP= ~ 64 ~ 110XDACB1 y5N ~ ID GEO-HRa>l/2"-
FROH WELD CL SC 4 120XDAC IDel ~ 5NR SPOT QO ~ IMC=1 1/2 HP=2 ~ 20 ~ MRG ~
6RCIC(l)-4 RCIC-102 VOL R IU-117 5 45 SIGN-SC 3 105XDAC INDe IMC= ~ 63 HP=
~ 72e 360 INTy WELD ROOT GEO ~ INSIGN-SC 3 60XDAC INDy IWC=1 ~ 5 HP"-1 ~ 96e 360 INT ~ FD ON M EDGE ~ SC 4 OOXDAC I NDe IMC=0 HP= ~ 64 e 360 INT ~ SC 4 50X DAC INDe IMC"-1 ~ 75 HP =2 ~ 65 e 8 0 ~
6RCIC(1)-5 RCIC-102 VOL R IU-023 SC 3 100XDAC IDy IMC=1/2 HP= ~ 67e EXT 360 INT ~ 100XDAC 81 ~ 5 NODE ~ MELD ROOT GEO ~ SC 4 100XDAC IQy I WC=3/8 HP= ~ 70 EXT 360 INT 100XDAC 81,5 NODE L 2 ~ 5 NODE ~ MELD ROOT GEO 6RCIC(l)-5 R C I C -1 02 VOL R I U-116 INSI GN-SC 3 95XDAC INDe I MC=1 ~ 5 HP=
1 ~ 88 ~ 360 INT ~ SIGN-SC ( 130XDAC IND I WC= ~ 25 HP= ~ 70y 360 INT ~ SC 4 105X DAC INDe I MC-"1 ~ 06 HP=1 ~ 84 y 360 I NT ~
SC 4 105XDAC IND y IMC-"1 ~ 19 HP =2 ~ 03 INT ~ MELD TO ELL TR AN S I T I ON '60 6RCIC(l)"7 RCIC-102 VOL RIU-022 45 45 SC 3 100 XDAC ID y I MC"-3/8 HiP= ~ 66 ~ E XT 360 INT ~ 55XD AC 9 1 ~ 5 NODE ~ MELD ROOT GEO ~ SC 4 90XDAC ID IMC=1/2 HP= ~ 78yEXT 360 IN'
TABLE SIGNIFICANT INDICATIONS EXAH EXH ~ DATA NO INSI G SIGNIFICANT MELD IDENT ~ ¹ DRAWING ¹ HETH SHEET ¹ IND IND GEOH OTHER RFHARKS 6RCIC(1)-9 R CI C-102 YOL R IU-109 45 45 SIGN-SC 4 160XDAC INO>>WC=2 HP=
3 ~ 11 y360 INT ~ MELD ROOT GEO ~ INSI GN-SC 4 90ZDAC INDyIMC=~ 5 HP= ~ 68y360 INT ~ MELD ROOT GEO ~ NO SC 3 DUE TO VALVE CONF CSEE NOTE ¹1 ~
6RCI C( 1) -11 RCIC-102 VOL RID-018 45 45 SC 3 100ZDAC IDy IMC"-1/8 HP= ~ 75yEXT l5-315 I NT ~ 100ZDAC 8 1 ~ 5N ~ ID GEO-CB ~ SC 4 60ZDAC ID(1 ~ 5) y IMC=1 3/8 HP=1 ~ 94y EXT 270-0 INT ~ 80ZDAC 8 2 ~ 5 NODE ~ NO SC 3 FROH 315-45 DUE TO CONF y TEE IR ~ SEE NOTE ¹1 ~
6RCIC(1)-21A RCIC>>102 VOL RIU-121 SIGN-SC 4 180ZDAC INDy IMC=2 ~ 06 HP=
3.08y360 INT,WRG.SC 4 110ZDAC IND, I WC=1 ~ 25 HP=1 ~ 90 y 360 INT ~ MELD ROOT GEO ~ INSI GN-SC 4 85ZDAC INDy I MC= ~ 38 HP= 71y360 INT ~ SC 3 70ZDAC INDy I!JC
= ~ 13 HP= ~ 70y360 INT ~ << ~ ~ CONT ~ 0 6RCIC(l)-33 R C I C-102 YOL R IU-096 SC 3 100ZDAC ID INDyIWC= 75 HP= ~ 73 EXT 0-90 DEG L 270-0 DEG INT ~ HAS 100ZDAC HULT y IMC=1 ~ 25 HP =2 ~ 66y MRG REDIRECTION ~ SC 4 100ZDAC ID INDy IMC= ~ 75 HP= ~ 72yEXT 0-45 DEG E 270-6RCIC(1)-35 0 DEG INTy MRG RED I RECTION ~
RCIC-102 RIU-072 45 SC 3 65ZDAC ID(1 ~ 5 NODE) yIMC=1 5/8 VOL 45 HP=1 ~ 88yEXT 180-270 'C IDy I WC=3/8 HP=<<64y EX T 180-225<<125Z 4 85ZDAC DAC 9 1 ~ 5 NODE ~ ID GEO-MELD ROOT OR P IPE/ELL HI SH ATCH ~
RCIC-931N(W) R CIC-102 VOL R IU-090 0 45 45 I NS I GN-S C 5 H AX ~ AHP ~ 60 ZD AC y I MC-"~ 45 HP=1 ~ 79y MRR ~ SC 5 HAX ~ AHP ~ 100ZDAC y I WC"-1 ~ 2 HP=2 ~ 87y LCR ~ SC 6 HAX ~ AHP ~
90ZDAC y I WC=1 ~ 10 HP=2 ~ 7ly LCR ~ SIGN-S C 6 HAX ~ AHP ~ 120 ZDAC ~ I WC = ~ 50 HP =
10-4.18 1 ~ 84 yMRR ~ ~ ~ ~ ~ ~ ~ ~ CONT<<D
TABLE S I GN IF I CAN T IhlD I CAT I ONS EXAH EXJl ~ DATA NO INSI G SIGN IF ICANT MELO IDENT. DRAWING t: HETH SHEET ¹ I ND IND GEOH OTHER REHARKS I
6RC I C( 1) -44 RCIC-102 VOL RIU-107 45 45 SC 3 50/ DAC I NOe IMC=2 ~ 25 HP=2 ~ 10'60 INToFD OD ~ SC 3 130XDAC IND ~
IWC=1.25 He=.74,360 INT.MELD ROOT GEO ~ NO SC 4 DUE TO FLANGE ltd CONF'EE l NOTE 24RF lJ( 1) A-6 RFM-101 VOL FMU" 028 SC f 155K DAC OD INDI EXT 360 INT ~
IWC=2 7/8 HP=5 ~ 01'O 3"
~ WELD CROWN
'GEO ~ SC 3 LTD TO FROH LJELD CL BY PWRy FROH 240 TO 120+
24RFW(1) A-7 R FW-10 1 VOL FWU-029 45 45 SC 3 85XOAC I De EXTe 0 "100 Jt 190-225 IWC=2 3/8 HP=2 ~ 59 '7XDAC'ODsEXT 0-1 00 i I WC=2 1/2 hlP =3, 64 ~ FD, 110/DAC OD ~ EXT 360 INTtlWC=2 7/8 HP=5 ~ 04'D
~ WELD CROWN GEO ~
TAPERED 24RFM(1) h-13 RFM-101 VOL FMU-196 45 SC 4 110 XDAC IND e IMC"-2 HP=5 ~ 03'XT 20-160 DEG UFO ON WELD 2 '5" FROH INDEX ~ SOUND R EDIRECT ION TO OD DUE TO ID 24RF 'M( 1) A-14 R FM-101 VOL F WU-114 45 g5 SIGN-SC 3 OD Ih!DiHAX~ AHP ~ 160XDAC IMC=3 HP-"4 22 ~EXT 360~ FD ON OD ~
SOUND REDIRECTION TO OD CAUSED BY I 0 C OUNT ER BOR E ~ I NS I GN-S C 3 I 0 I ND HAX~ AHP ~ 75)(DAC e I WC=1 1/2 HP-"2 ~ 74 i EXT SPOT at 2 1/2 "CCM FROH 315 ~
RFM-156 (W) RFl!-101 VOL FWU-183 0 SC 586; 100XDAC INDs INDEX TO LUG=
1 ~ 88 HP=3 ~ 18 ~ FO QN WELDe OPP SIDE OF LUG ~ TYP ALL LUGS ~ MELO RADIUS REFLECTORS ~ .SC 7 LTD BY INSTL SUP ~
10-4,19 SEE NOTE lf1 ~ NO SC 4 8 US END OF LUGS ~ INSTL SUP COVE,RS AREA ~
TABLE SI GN IF I CANT I ND I CAT I ONS EXAH EXH ~ DATA NO INSI G SIGNIF ICANT WELD IDENT ~ ¹ DRAWING ¹ METH SHEET ¹ IND INO GEOH OTHER REHARKS 12RFM( 1) AC-6 R FW-101 VOL FMU-203 SC 4 120XDAC ID INDiIWC=3 HP=4<<70i EXT 0-180 DEG INT ~ SOUND REDIRECT TO ID CAUSED BY OD CONTOUR ~
RFW-157(W) RFW-101 VOL FWU-199 0 45 SC 5&6 120XDAC INDi INDEX-LUG=2 HP=
3~ f8iFD ON OPP WELD CROMN ~ TYP ON ALL f LUGS AWRY SC 5&6 120'XDAC IND I
INDEX-LUG=3 '5 HP=4 ~ 97iFD ON OPP MELD CROMN<<TYP ON ALL 4 LUGS<<MRR ~
I SC 4 LIHITED ON CLAHP ~ ~ ~ CONT iD RFW-155(W) R FM-101 VOL FMU-181 0 SC 5&6: 100XDAC INOi INDEX TO LUG"-
2<<13 HP= ) ~ 2 ~ FO ON OPP MELD CROWN ~
TYP FOR ALL LUGS ~ MELD RADIUS RE" FLECTOR'2RFM(1)
AB-1 R FM-101 VOL FMU-197 45 45 SC 4 85XDAC INOs IMC= ~ 88 HP=l ~ 60 i EXT 90-315 DEG ~ SC 4 160XDAC INDi I WC=2 ~ 63 HP=4 ~ 18 i EXT 90-315 DEG ~
MELD ROOT GEO HULTIPLE ~
12RF W( 1) AB-2 R FW-101 VOL FMU-017 SC 4 100K DAC ID INOi EXT 360 INT ~
IWC=1 5/8 HP=l ~ 81i 245K DAC HULT FROH THE ID 9 IMC3 1/2 HP=5 ~ 37i ID GEOi MELD PREP COUN TERBORE ~
12RFW(1) A8-5 RFW-101 VOL fuu-026 45 45 SC 3 106XDAC IO INDi IWC=1 HP=1 ~ 56i EXT 360 INTiMELD ROOT GEO ~ SC 4 95K DAC ID IND ~ IMC=1 1/4 HP=l ~ 58iEXT 360 ~
10-4.20
TABLE SIGt(IFI CANT INDICATIONS E'XAH EXH ~ DATA NO I NS I G SIGN IF I CANT MELD IDEN T. ¹ ORAMING ¹ HETH SHEET ¹ IN D IND GEON OTHER REMARKS 12RFM( 1) AB "8 R FM-101 VOL FWU-022 SC 3 100X DAC ID INDe EXT 350 TO 210 ~ IMC=7/8 HP=1 ~ 5e MELO ROOT GF0 SC 4 95X DAC ID INDe EXT 360 INT ~
IMC 1 5/8 HP 1 o42 18RFW(1) A-4 RFM-101 VOL FMU-08 f SC 4 100 XDAC OD IND e I MC=4 1/2 t'lP =
3.80eEXT 360.FO 2 FROH MELD CL.OD IND CAUSED BY BEAH RED IRECTI ON FROH ID COUNT ERBORE ~
12RFI'( 1) AA-6 R FM-101 VOL FMU-068 SC 3 IO INDeHAX~ AHP ~ 100ADAC e IMC=1 HP=1 ~ 63e EXT .90-0 DEG ~ SC 4 IO INDe HAX ~ AHP ~ 100XOAC e IMC=1 HP=1 ~ 63 eEXT 225-315 DEG ~ MELD ROOT GEO ~ EDGES'C 24RFM(1) 0" 5 R FM-102 VOL FMU-005 45 45 SC 3 54/DAC IDeEXT 360 ~ SC 4: 1) 53X DAC IDe 360 ~ 2) 100XOAC OD e360 INT ~
IMC=3 HP=3 ~ 5 ~ FD NEAR MELD 3 CONTACT LTO BY VALVE GEO ~ SC LTD TO t FROH MELO CL PMR 225 135
'C 24RFW( 1) 0-6 R FM-102 VOL FMU-004 45 4 190X DAC OD INDe EXT 360 INT ~
I MC=2 3/4 HP=5 ~ FO ~ DAMP S ON CROMN GEO ~ SC 3 LTD TO 3 FROH MELD CL BY PMR FROH 225 TO 135 ~
RFM-182(M) R FM-102 VOL f MU-190 0 SC 5lt6:100XDAC HAX~ INOe INDEX-LUG=4 HP 6 ~ 02 ~ FD OM MELD ON OPP SIDE OF LUG TYP ALL LUGS ~ MELD RADIUS RE-FLECTOR ~ SC 8 LTO BY INSTL SUP CSEE NOTE ¹loNO SC 4 ctl OS ENO OF LUGS'NSTL 10-4. 21 SUP COV ERS AREA ~
TA BLE SIGNIFICANT INDICATIONS EX At". EXH ~ OATA NO I NSIG SI GNIF ICAt'JT MELD IDENT. tt DRAMING tt HETH SHEET I tJD ItlD ~
GEON OTHER REHARKS 24RFM(1 ) 0-10 RFM-102 VOL FMU-. 088 45 SC 4 ID INOiHAX~ AHP ~ lOOXDACo IMC=
t 1 3/4 HP=.2 '7eEXT 360 DEG ~ MELD ROOT GEOHETRY ~
24RFM( 1) H-13 RFM-102 VOL FMU-030 SC 4 115K DAC SPOT OD IND 9 285 ~
IMC=3 5/8 HP=5 38m FDt CROMN GEO ~
RFM"175(W) RFM-102 VOL FMU-,185 0 45 SC 5@6 100XDAC INDiINDEX -TO LUG=
1 ~ 75 HP=3 ~ 02 ~ FD ON MELD ON OPP.
AREAR'C SIDE OF LUG ~ TYP ADD LUGS tMRR ~ SC 7 LTD BY INSTALLED SUP ~ SEE. NOTE t! 1 NO SC 4 9 UPSTREAH ENO OF LUGS\
INSTALLED SUP COVERS RFM-185 (M) RFM-102 VOL FMU-200 0 5tt6- 100K DAC INDq INDEX TO LUG=
2 ~ 13 s HP=3o5 t e F'0 ON OPP SIDE MELD CROM'YP ON ALL 4 LUGStMRR ~ SC LTD ON CLAHP SlOE OF LUGS ~ SC 7 LTD ON US SIDE OF LUGS oSEE NOTE tt1 18RF M(1) B-l R FM-102 VOL FMU-075 SIGN-SC 3. ID INDyHAX~ AHP ~ 115XDACe IMC=1 1/ t HP 2e01sHP 2 ~ 430+5/8tHP 1 ~ 95 y-.l/8 ~ EXT 315-45 DEG ~ SC 4 I 0 IND ~ HAX ~ AHP ~ 100XOAC ~ IMC"-1 1/2 HP=
2 ~ 28 s HP= 2 ~ 42 0+ 1/4 1 HP =2 ~ 1 0 ~ -3/16 ~
EXT 315-45 INT ~ MELD ROOT GEO ~
12RFM( 1) BE-5 R FM-102 VOL F MU-025 SC 3 100K DAC ID INDy EXT 110 TO 280 ~ IMC=7/8 HP,.=l ~ 56> MRG ~ SC 98M DAC ID INDe EXT 360o IMC=7/8 HP=l ~ 54 ~ 115K DAC HULT 9 IMC=2 7/8 ~
HP"-4 ~ 35 ~ . MRG ~
10-.4. 22
TABLE SI GN IFI CAN T IND I CAT I ONS EXAH EXH ~ DATA No INSIG SIGN IF ICANT MELD IDENT ~ > DRAMING tt HETH SHEET 0 I NO IND GEOH OTHER REHARKS RF M-183(M) Rl M-102 VOL FMU-201 0 SC 5L6 100XOAC ItJDy INDEX TO LUG=2 HP=3 ~ 24 ~ FD ON OPP S I DE 'IJELD CROWN ~
TYP FOR ALL 4 LUGS ~ WELD RADIUS RE-FLECTOR. SC 4 LTD OW CLAHP SIDE OF LUGS ~ Sc 7 LTD ON UPSTREAH SIDE OF LUGS ~ SE E NOT E tt 1 ~
12RFM( 1) BD-6 RFW-102 VOL FWU"077 45 45 SC 3 100X DAC ID INDyEXT 250 TO 60 I Wc= 1 3/4 HP=1 ~ 51 ~ 60 K DA C HULT IPLE I'llC=3 1/2 HP=4 ~ 43 ~ IO GEO/CB ~
Sc 4 95X OAC ID INDyEXT 360 IN' llc"-5/8 HP =1 ~ 55 ~
12RFM(1)BD" 10 RFW-102 VOL FWU-143 SC 4 OD INDyHAX~ AHP ~ 100XDAC ~ IMC=
2 1/8 HP=2 ~ 67yEXT 360 INT ~ FD ON. OD SOUND REDIRECTION TO OD CAUSED BY ID TAPER ~
6RFW (1 1 )-1 RFW-103 VOL FWU-213 SC 4 110XDAC INDy IMC= ~ 5 HP= ~ 84y 360 I t'JT ~ WELD ROOT GEO ~ SC 4 110XDAC IND I WC=1 ~ 75 HP"-2 ~ 50 yEXT BETWEEN 270 0 DEG INT ~ MELO ROOT GEO ~ NO SC DUE To VALVE CONFeSEE NOTE tt1 ~
6R FM (1 1 ) -2 R FW-103 VOL F MU"214 45 45 SIGN-SC 4 100XOAC INDy IMC= ~ 5 HP"-
~ 88y 360 INTyMELD ROOT GEO ~ INSIGN" SC 4 90XDAC I NOy IMC=1 ~ 13 HP=1 ~ 71 y 360 INT ~ SC 4 95XDAC INDyIMC=1 EDGES' tJP=
2 ~ 44 y360 INT ~ SC 4 75XDAC IND yIWC=
1 ~ 81 HP= ~ 75 y SPOT IND ~ ~ ~ CONT ~ 0-6RF M(11) -3 RFW-103 VOL Fuu-215 45 45 SC 3 105 XDAC I ND y IWC=1 NP=1 ~ 56 y EX T 180-0 DEG ~ FD ON WCL ~ OD IND DUE TO SOUND REDIRECT FROH ID TRANSITION ~
SC 3 97XDAC I tJDy IMC= 1 o 38 HP 1 ~ 98 y 10-4.23 360 INT.SC 3 80XDAC IND, IWC=1.88 HP=2 ~ 45y360 IN'D ON M
TABL E 4 SIGNIFICANT ItJDICATIONS EXAH EXH ~ DATA NO INSIG SIGNIF ICANT MELO IDENT' tl DRAM I NG tt NETH SHEET I NO IND GEON OTHER REhARKS t
6RFM(11) "4 R Fll-10 3 VOL FWU" 061 SC 3 140K DAC ID IND (1+5 NODE RETURN) ~ EXT 360 INT, IMC=1 1/4 HP=l ~ 89 ~ 2 ~ 5 NODE RETURN e 135X DAC
'MELD ROOT GEO ~
6RFM (11) -5 RFM-,103 VOL FMU-062 ~
45 110 X OAC I 0 I NO e EX T 1 8 'f50 IMC 3/8 HP= ~ 74~ MELD ROOT GEO ~
6RFW(11)-6 R FM-103 VOL FMU-063 45. 45 SC 3 100 XOAC ID IND1 I MC-1/4 tfP= ~ 71 EXT 360 ~ 1 ~ 5 NODE RETURNS 100ÃDAC ~
LfELO ROOT GEO SC 4 85XDAC ID INDE IMC=1/4 t'IP= ~ 68m EXT 360 INT 6RFM(l l)-7 t
RFM" 103 VOL FMU-.064 SC 3 105M DAC IO INDq EXT 360 ~
I MC"- 1/8 HP = ~ 8 0 ~ MEL D ROOT GEO ~
SC 4 100K OAC ID INDy EXT 360 INT ~
I WC= 3/8 t1P= ~ 71 1 ~ 5 NODE R ET Uf<N 100K DAC ~ MELD ROOT GEO ~
6RFM (1 1) -8 RFM-103 VOL FMU-065 SC 4 IO I NDq HAX ~ AHP o 100XDACe IMC= ~ 4 HP= ~ 731EXT 360 INT ~ MELO ROOT GEO+
4RFM(11) A" 1 R FM-103 VOL FMU-059 45 SC 4 105'AC ID INn, EXT 360 INT.
I WC=3/8 HP= ~ 48 ~ MELO ROOT GEO ~
NO SCANS ON TEE SIDE ~ SEE NOTE tf1 ~
, 10-.4. 24
TABL F. 4 SIGNIFICANT INDICATIONS EXAH EXH ~ DATA NO INSI G SIGNIF ICANT MELD IDENT ~ tl DRAWING ll HET)l SflEET ll IND IND GEOH OTHER REHARKS 4RFW(11) A-2 RFll" 103 VOL FMU-219 45 45 SC l 70XDAC INOe IMC ~ 69 HP=l o72e 360 INT ~ ELL TO P IPE TRANSITION ~ SC 100XOAC INDeIMC=1 ~ 5 HP=2 ~ 26e360 IN'LL TO PIPE TRANSITIONS SC 130XDAC INOe I WC= 19 HP= ~ 55e 360 IN T ELL TO P IPE GEO ~
4RFM(11) A-3 R FM-103 VOL FMU-060 45 45 INSIGN-SC 3 In INneHAX.AHP.75XDAC, IMC=3/8 HP= ~ 45eEXT 360 INT ~ SC 4 OD INOeHAX~ AHP ~ 50XDACe IMC=1 1/4 HP 1 ~ 15 ~ EXT 360 INT ~ SIGN-SC 3 00 INO HAX~ AHP ~ 115XDACe IMC=1 HP=1 ~ 25eHP=
1 ~ 44 e+1/4 e HP= ~ 92 e-1/4 e ~ CONT e D-4RFM (11 ) 0" 2 RFM-103 VOL F MU-056 S IGN-SC 3 ID INDe HAX ~ AHP ~ 115XDACe I WC=3/8 HP= ~ 59e EXT 360 TNT ~ MELD ROOT GEO ~ I NS I GN-SC 4 ID I l'JO e HA X ~
AHP ~ 95XDACeIWC=l/2 HP= ~ 45eEXT 360 INT ~
4RFM(11)B-3 Rf ll-103 VOL FWU-057 45 45 SC 3 85XDAC I 0 e I WC=1 /2 HP-" ~ 48e EX T 360 INT ~ 1 ~ 5 MODE RETURNe 95XOAC ~ 2 ~ 5 NODE RETURNe110XDAC ~ ID GEOeMELO PREP /ROOT o SC 4 85XQ AC I 0 e I WC=1/4 HP= ~ 53eEXT 360 IN'RFM (11) 8-4 RFM-103 VOL FMU-058 SC 4 115XDAC IND e I WC=5/8 HP= e50 e
+ 1/1 6e HP= ~ 55 e-1/8eHP= ~ 38 e 360 INT ~
WELD ROOT GEO ~ SC 4 1 1'5XDAC IND e I WC= 1/2 HP= ~ 84 e+ 1/8 ~ HP= ~ 87 e-1/4 e HP= ~ 74e360 IMT ~ MELO CROWN GEO ~
4RFW(11) 8-5 R FM-103 VOL FMU-094 SC 3 95XDAC INDe I WC=5/8 HP=l ~ 14 e 360 INT ~ SC 3 100XDAC INDe IMC=1/2 HP =e 54 e+ 1/4 e HP= ~ 7 0 e -1/4 e HiP= ~ 38 e E XT
.360 INT ~ COUNTERBORE GEOe SC 4 95/
0 AC IND e I WC=3/8 HP=, ~ 38 e 360 I NT 10-4. 25
TABLE SIGNIFICANT INDICATIONS F XAH EXH ~ DATA NO I tlSIG SIGN IF ICANT MELO IDENT ~ ¹ DRAWING ¹ NETH SHEET tt I NO "
INO GEOH OTHER REHARKS Rt(R"528(M) RHR-101 VOL RHU-190 45 SC 5 HAX ~ AHP ~ 100XDACyIMC 3/8 HP 0
3 '6 'C HP=4 66~ ~ SC 1
5 HAX ~ AHA 200XDACy IMC=2 ~ 5 6 HAX ~ AHP ~ 115 XDAC ~ IMC=
1 ~ 25 HP=2 ~ 74 ~ SC 6 HAX ~ AHP ~ 250XDACy IMC=2 ~ 25 HP=4 ~ 76 ~ ALL".WELD RADIUS REFLECTOR & LUGS ttl-4o 14LPCI (1) A-12 RllR-101 YOL RHU-027 SC 3 125X DAC OO INDy EXT 360 1/2 HP=3 ~ Oy MELD CROMN GEO ~ IN'WC=1 14LPCI (1) A-15 RHR-101 VOL RHU-059 45 45 SC 3 ID INDy50XDAC SPOT 8 330 ~ IMC=
2 5/8 HP=1 ~ j5 ~ 80XDAC yEXT 360 INT y IWC=1 HP=1 ~ 22 ~ SC 4 ID INDylOOXDACy IMC= ~ 7 'HP=1 ~ 2 1 yEXT 360 yID GEO DUE TO ID HISHATCH ~ 85XDAC QD INOiIWC=2 HP 2 28 EXT 360 12LPCI (1) A 4 RHR-101 VOL RHU-,124 45 45 3 80XOAC ID INDyEXT 360 INTy
'C
- IMC=3/4 HP=1 ~ 18 ~ SC 4 100XDAC ID INDi EXT 360 INTi IMC=3/4 HP=1 18y MELD ROOT GEO ~
12LPCI (1) A-6 RHR-101 VOI RHU-169 0 SC 3 ID INDi HAX ~ AHP ~ 125XDACy IWC=
+1/2 HP=1 o 71i EXT 360 ~ CLADDING TO BH GEO ~ NOTE 1-SC 4 NOT FEASIBLE DUE TO LACK OF PENETRATION OF UTCB RHR-483(M) RHR-102 VOL RHU" 216 0 45 45 SC 5&6 105XDAC INDy INDEX TO LUGS=.
~ 75 HP"-2 '5yFO ON OPP MCyTYP ~ MRRe 90XDAC I NDy INDEX TO LUGS=1 ~ 75 HP=
4 ~ 63yFD ON OPP MCyMRR ~ SC 7 LTD ON 10-.4. 26 US S IDE OF LUGS ~ SC 4 LTD DUE TO IN STALLED CLAHP ~ SEE NOTE ¹ 1 ~
TABLE 4 SIGN IF I CANT INDICATIONS EXAtl EXt'I ~ DATA NO I NS I G SIGN IF I CANT MELD IDENT+ tt DRAWING tt HETH SHEET IND IND GEOH OT HER .REHARKS 14LPCI (1) 0-5 RHR-102 VOL RHU-133 45 45 SIGN-SC 4 ID INDeHAX ~ AHP ~ 100XDAC s IMC-"1 3/8 HP=1 ~ 17eEXT 360 ~ COUNTER-BORE REFLECTOR ~ INSI GN-SC 3 ID I ND HAX~ AHP ~ 97XDA C e I MC"-1 HP= 1 ~ 25 i EXT 270-30 DEG ~ SC 3 OD INDiHAX~ AHP ~ 75%
DAC, IMC=1 1/2 HP=3.33e.'CONT AD RHR-388(Q) RHP-102 VOL RHU-215 0 SC 5t~,6 lloXDAC INDi INDEX TO LUG=
1 ~ 25 HP=2 ~ 42 FD ON WELD OtJ OPP SIDE OF LUG ~ TYP ALL LUGSeMRR ~ SC 8 LTD BY INSTALLED SUP ~ SEE NOTE tt 1 ~
SC 4 LTD 9 DOMNSTREAH END OF LUGSe INSTALLED SUP COVERS AREA ~
RHR-522(W) RHR-102 VOL RHU-214 0 SC 586 1lOXDAC INDe INDEX TO LUG"-
1 ~ 25 HP=2 ~ 09 ~ FD ON MELD ON OPP SIDE OF LUG ~ TYP ALL LUGSeWRR ~ SC 7 LTD BY INSTALLED SUP ~ SEE NOTE tt1 ~
NO Sc 4 8 UPSTREAH END OF LUGS INSTALLED SUP COVERS AREA ~
14LI CI(1)8-11 RHR-102 VOL RHU-093 45 45 SC 4 75K DAC ID INDe EXT 180 TO 0 INT ~ IMC=7/8 HP=1 ~ 43 SC 4 130K DAC OD INDe EXT 360 INT ~
IMC=1 1/2 HP=3 F 8'D OD GEO ~
RflR-52 t(W) R AIR-103 VOL RHU" 219 0 45 45 SC 586 50XDAC IND INDEX TO PLATE EDGE=2 ~ 25 HP"-3 ~ 45 ~ FD ON NEAR MELD CROMN ~ T YP ALL 4 LUGSeWRR ~ SC 5@6 100XDAC INDe INDEX TO PLATE EDGE=
~ 75 HP 2 ~ 50 ~ FD ON OPP WELD CROWN ~
TYP ON 4 LUGS,eMRR ~
RHR"286(M) RHR-103 VOL RHU-218 0 Sc 586 50% DAC INDe INDEX TO PLATE EDGE=2 ~ 25 HP=3 ~ 45 ~ FD QN NEAR MELD CROMN ~ TYP ALL 4 LUGSe SC 5%6 100X DAC INDe INDEX TO PLATE EDGE= ~ 75 HP=2 ~ 50 ~ FD ON OPPOSITE MELD CROWN 10-4.27 T YP ALL 4 LUGS ~ MRR ~
TABLE SI Gh) IFI CANT INDICATIONS
'll I
EXAH EXH ~ DATA NO INSI G SIGN IF ICANT WELD IDENT ~ 0 DRAM ING NETH SHEET INO IND GEOH OTHER REHARKS 14LPCI (1) C-13 R HR-103 VOL RHU-026 45 45 SC 3 83XOAC ID INDeEXT 360 INTe I WC=1 HP"-1 ~ 2 ~ SC 4 100XDAC IO IhJDy EXT 360 INTeI WC=1 HP=.1 ~ 2e MELO ROOT GEOHETRY ~
14LPCI (1) C-19 RHR-103 VOL RHU-064 45 45 - SIGN-SC 4 .IO INDyHAX AHP 110XOAC
~ ~
'I WC=1, HP=1 ~ 08 eEXT 360 DEG SC 4 OD
~
e I NDe HAX ~ AHP ~ 1 OOXDAC y I WC= l 1/ t HP=
1 ~ 63 yEXT 360 DEG ~ VALVE GEO ~ INSI GN SC 3 ID INDeHAX~ AHP ~ 85XOACeI WC=5/8 HP=1 ~ 12 e ~ ~ <<CONT ~ D 14LPCI (I) C-20 R HR-103 VOL RHU-061 45 45 SC 3 95X DAC ID INOy EXT 360 100X OAC OO IND ~ EXT 360 ~ 3 ~ 6 DI V
'C 3 TO 8 DIV ~ FD ~ OD GEO ~ SC 4 60X OAC ID INDe EXT 360 ~ IMC=1 1/8 HP=1 ~ 10
-SC 4 70X DAC ID INDy EXT 360 INT ~
IWC=2 1/2 HP=,1 ~ 19 14 LPCI (1) C-25 RHR-103 VOL RHU-125 45 45 SC 3 100X DAC ID INOy EXT 360 INT ~
I MC=1/2 HP=l<<12e MELO ROOT GEO.
SC 4 85X DAC IO INDy EXT 360 IN' WC= 1 1/4 Hp.=l ~ 03 20RHR(2)-4 RHR" 104 VOL RHU-128 S C 3 ID INDe 8 AX ~ AHP ~ 100XDAC e IMC=
1 1/4 HP=1.55eEXT 1 1/2" LONG 940.
MRG ~ SC 4 I 0 I NDe HAX ~ AHP ~ 100XDAC e IMC=7/8 HP=l ~ 85e EXT 315-90 I NTe MELD ROOT GEO ~
20RHR(2)-5 R HR- I 0 4 VOL RHU-12$ SC 3 ID INDe HAX ~ AHP ~ llGX DACe IMC=1 3/8 HP=,1 ~ 96y EXT 360 INT MELD ROOT GEO ~
10-4. 28
TA BLE SIGNIFICANT INDICATIONS EXAtl EXH ~ DATA NO INSI G SIGN IF I CANT MFLD IDENT ~ ¹ DRAWING ¹ METH SHEET ¹ IND IND GEOM OTHER REHARKS 12RHR ( 1) A-5 RHR-105 VOL RHU-053 45 45 SC 3 110 XDAC ID i EXT 180-0 e IMC=5/8 HP=1 ~ 08eMELD ROOT GEO ~ SC 3 65/DAC OOeEXT 360 INTe IMC=1. 1/2 HP=2 ~ 19e FD ~ SC I 110XDAC IDiEXT 360 INT1 I WC=1 MP=lol8eMELD ROOT GEO ~
RHR-SA"39(M) RHR-105 VOL RHU-192 0 45 45 SC 5 HAX ~ AHP ~ 200XDAC e I WC=2 ~ 25 HiP=
5 ~ 81 ~ SC 6 HAX ~ AMP ~ 220/DACe IMC=2 ~ 25 HP=5 ~ 77iLCR ~ SC 5 HAX ~ AHiP ~ 80XDACe IMC=1 ~ 5 MP=2 ~ 93oSC 6 HAX ~ AHP ~ 604 DACe IWC"-1 ~ 5 HP"-2 ~ 86 iMRR ~ ALL 8 LUGS NO SC 7 OR 8 ~ SEE NOTE ¹I ~
RHR"SD-39(M) RHR-106 VOL RHU-193 0 45 45 SC 6 HAX ~ AHP ~ 200XDAC e IMC=2 1/16 HP 5 ~ 08eLCR ~ SC 5 HAX ~ AHP ~ 80XDACeIMC=
2 MP=3 ~ 21e MRR ~ SC 5 HAX ~ AHP ~ 100XDAC I WC=3 ~ 25 HP=5 ~ 39 e LCR ~ SC 6 HA X ~ AHP ~
100X DACe I WC=1 ~ 75 HP =3 ~ 17 i WRR ~ ALL-8 LUGS ~ NO SC 70R8 ~ SEE NOTE ¹1 ~
12RHR ( l ) 0-10 RHR-106 YOL RHU-073 SC 4 ID INDi MAX ~ AHP ~ 110XOACe IWC=l 1/2 HP=1 ~ 86e EXT 360 DEG ~ ID COUNTERBORE GEO ~
12RHR(1)B-ll RHR-106 YOL RHU-074 45 45 SC 3 85XDAC ID,EXT 360e a 105XDAC 00 iE XT 360 ~ I WC= 1 ~ 75 HP=2 ~ 12 e FD ~ 00 GEO DUE TO ID CONTOUR ~ SC 4 85/DAC OD EXT 190-315 IMC=1 25 MP"-2 18 ~
MELD SLOPE LIMITS XDUCER CONTACT i 180 TO 315 FOR SC 3 & 4 ~
RHR-214 VOL RHU-155 45 45 INSIGN-SC 4 OD INOeHAX ~ AHP ~ 90XDACe IMC=4 ~ 5 HP=g ~ 25iEXT 360 IN'IGN-SC 4 ID INOeM AX ~ AHP ~ 100XDACe I WC=6 HP=l ~ 99e EXT 360 INT ~ IHP INGEHENT SUP ASSEMBLY WELD TO HEAD GEO. SC 10-4. 29 OD INDeMAXi AMP' ~ ~ CONT ~ D
TABLE SI GNIFI CAN T I ND I CAT I ONS EXAM EXH ~ DATA NO I NSIG SIGNIFICANT MELD IDENT ~ 0 DRAWING t! HETH SHEET I ND IND GEOM OTHER REHARKS AN-3 RHR-211 VOL RHU-168 60 SC 13 HAX~ AHP ~ 300XDACe IMC=1 HP=
S.~9. EXT 360 INT. GEO REFLECTOR CAUSED BY THE ID SURFACE OF THE NZ BC-1 RHR-219 VOL RHU-156 95 . SC 7 OD IND 110X DAC ~ IMC=,1 7/8 HP=3 ~ 38s HP=.3 ~ 57 +3/Bt HP"-3 ~ 26
-I/O ~ EXT FROM 29 CM FROM 180 DEG
- TO 9 1/2". FROM 180 DEG ~ OD GEOi CAUSED BY ID CONTOUR ~
BN-3 RHR-219 VOL RHU-165 60 SC 13 HAX~ AMP ~ 300XDACe IMC=1 HP=
5 ~ R9 e EXT. 360 INT GEO REFLECTOR CAUSED BY THE ID SURFACE OF THE NZ BH RPV-101 VOL RPA-090 60 0 INSI GN-16 HID-PLATE SEGREGATES ~
- SIGN-.3 AREAS ID GEO DEGAS (I-l5 OEG) ~
RPV-102 VOL RPU-097 SC 0 IO INDeH AX ~ AHP ~ 7SXOAC eHP=9 ~ 0'2 LOCATED ~ 5"ABOVE MELD CLeEXT FROM 270 DEG REF TO 0 DEG REF ENSHROUD SUP GEO ~ AREA EXAMINED AJ FROM 270 TO 360 AJ RPV-102 VOL RPU-098 SC 3 ID INO~ H AX ~ AHP ~ 160K DACE HP=
8 ~ 73 ~ LOCATED 98 ~ 25 BELOW 'MELD A J CL eK 8l'CCM FROH DG MCL l 0 DEG SIDE)
C)D HOUSING GEO ~ THIS REPORT COVERS 10-4.30 , 0 DEG TO, 360 DEG ~
TABLE SIGN IF I CAN T I ND ICAT I ONS EXAH EXH ~ DATA NO INSIG SIGNIFICANT WELD IDENT ~ N DR AM IN 5 >> HE TH SHE E T tt I ND I ND GEOH OTHER REHARKS AJ RPV-102 VOL RPU-096 SC 4 ID -INDgHAX~ AHP ~ 70XDACgHP=9 LOCATED ~ 5"ABOVE CL ~ EXT FROH 0 REF
'3 TO 270 REF SHROUD SUP GEO ~ COVERS EXAH OF AJ FROH 0 TO 270 OEG ONLY'EE RPT RPU-097yCOVERS REFT FROH 270 TO 360 DEGAS .
DG RPV-102 VOL RPU=094 45 . SC 5 ID, INOyHAX~ AHP ~ 140K DACE HP=
6 ~ 78 ~ LOCATED 5!!CCW FROH WELD DG CL 15"FROH (0!')NACRD HOUSING GEO SC 6 ID INDoHAX~ AHP ~ 280XDAC~HP=
5 '1yLOCATED ~ 5"CCW FROH WELD DG CL L 223 '5!'ROH REF ~ ~ ~ CONT~O RPV-102 VOL RPU-095 45 .
SC 6 ID INOeHAX ~ AMP ~ 120XDAC qHP=
5 ~ 95 ALLOCATED 9 DR CLea! 222 ~ 25 FROH!
REF ~ (0") NACRD HOUSING GEO+SEE NOTE tl2 ~ AREAS EXAHINED:0" TO 20" 8, 215" TO 235" ~ 20". TO 215" OBSTRUCTEO BY CRD HOUS INGS ~
OR RPV-102 VOL RPU-127 60 SC 6 ID IND>HAX~ AHP o 155XDACe HP=
6 ~ 59 BLOC ATED 8 222" K 1 ~ 75" CW FROH WELD DR CLeCRD HOUSING GEO ~ SEE, NOTE tt2 ~ AREAS EXAHINEDo0"TO 20"e 215" TO 235"yL 20" TO 215"-OBSTR t
BY CRD HOUSINGS ~
24RRC<2)A-6 R RC-101 VOL RRU-235 0 SC 4 175XDAC OO IND,IWC=5 1/2 HP=
5 4liEXT 360sFD ~ TEE 00 GEO ~
24RRC( 2) A-7LU I RRC-101 VOL RRU" 199 SC 8 100XOAC ID INDE IWC=1 ~ 75 HP=
2 ~ 96 i+3/16eHP=3 ~ 18'-3/16 ~HP=2 ~ 78 15" ~ WELD ROOT GEO ~ 'XT 10-.4.31
TABLE SIGNIFI CAt4T INDICATIONS EXAH EXH ~ DATA NO I NSIG SIGNIFICANT MELO IDENT ~ ¹ 0RAMING tt HETtt SHEET ¹ I NO IND GEON OTHER REHARKS 24RRC(2)A-7 RR('.-101 VOL RRU-201 0 4S 45 SC 3 240Z DAC 00 INDe EXT 360 HP=5 ~ 2Se FD ON FITTING (TEE)'MC=S CORNER. TEE OD GEO. 50X DAC 00 IND EXT 360 ~ IMC 3 HP 3 ~ 99e FD ON WELD CROMN ~ ~
24RRC(2)A-11 RRC-101 VOL RRU-099 0 ,45 45 SC 4 65Z DAC ID INOe EXT 360 INT ~
I IMC=2 HP.=2 ~ 23 ~ SC 4 105Z OAC 00 INDe EXT 360 INT ~ IMC=3 3/8 HP=,4 ~ 8 00 GEO ~
24RRC( 1) A-17 RRC-101 VOL RRU-164 0 SC. 3 100ZDAC ID SPOT 9 170eEXCEEDS 50ZOAC 9 170 L 225eEXT 360 TYP 50ZDAC ~ IMC=1: HP=,2+38 ~ MELD ROOT GEO 2 fRRC(1) A-20/12 RRC-.101 VOL RRU-352 45 45 SC 4'54Z DAC OD INDe EXT 80-120 3/4.HP=2 ~ 69e FD ~ 200Z DAC ID 'MC=1 IN'XT 130-170o IMC=1 1/2 HP=lo6
'IRECT RETURN FROM PIPE ID ~ SEE NOTE ¹1 ~ SC 3 COVERAGE 100'DUCER I CONTACT LTDe 00 GEOe FOR SC 4 ~
16RRC( 1) A-2 R RC-101 VOL RRU-029 45 SC 4 00 INOe HAX ~ AHP ~ 120ZDACe IMC=2 HP-"2 ~ 4 ~ EXT 360 INT SOUND REDIRECT TO 00 DUE TO CAP ID TAPER 12RRC(l)-t)2A-6 RRC-101 VOL RRU-514 ;45 SC - 4 130 ZDAC IND e IMC= ~ 75 HP= 1 ~ f8 ~
'EXT 360 INT ~ MELD ROOT GEO ~ SC 4 LTD TO APP 1 1/8". DOMNSTREAH- FROH MELO, CL ~ SEE NOTF. ¹1 ~ SEE RPT RRU-486e FOR ~
SC 3e5eL6 ~
10-4. 32
TABLE SIGNIFI CANT INDICATIONS EXAM EXH ~ DATA NO INS I G SI GN IF I CANT MELO IDENT ~ ¹ DRAMING METH SHEET ¹ IND IND GEOM OTI~ER REHARKS 12RRC(1)-N2B-6 RRC-101 VOL RRU-515 SC 4 115XOAC INOeIMC=1 ~ 25 HP=l ~ 6e EXT 360 INT ~ MELD ROOT GEO ~ SC 4 LTD TO 1 3/84 DOMNSTREAH F'ROH MELD CL ~
SEE NOTE ¹1 CSEE RPT RRU-482 FOR SC 3e5eE6 ~
12RRC(1)-N2C-6 RRC<<101 VOL RRU-483 SC 3 119K OAC INOe IMC= ~ 81 MP=1 ~ 99 360 INTi INC/CS INTERFACE GEOMETRY SEE RPT RRU 516 FOR SC 4 ~
12RRC( 1 ) -N2C-6 RRC-101 VOL RRU-516 SC 4 210XDAC INDeIWC"-1 ~ 5 HP=l ~ 19e EXT 360 INT ~ ( BH "BUTTER IN 6 INTER-FACE) ~ SC I LTD- TO 1 1/2 OS FROM MELO CL ~ SEE NOTE ¹1 ~ SEE RPT RRU-483 FOR SC 3e5eK6 ~
12RRC(1)-N2D-6 RRC-101 VOL RRU-517 SC 4 120 XOAC I ND e I MC= ~ 63 MP =1 ~ 56 e EXT 360 INT ~ MELD ROOT GEO ~ SC 4 LTD BY GEO OF NZ DOMNSTREAH FROH MELD CL ~ SEE NOTE ¹I SEE RPT RRU-491 FOR SC 3e5eE6 ~
12RRC ( 1 ) -N2E-6 RRC-101 VOL RRU-484 45 45 SC 3 115X OAC IND ~ IMC= ~ 75 MP=1 ~ 8le 360 INT ~ INC/CS INTERFACE GEOMETRY SC 3 50K DAC INDeIMC=2 HP=2 ~ 78e360 INT~ SS/INC INTERFACE GEOMETRY ~
SEE RPT RRU-518 FOR SC 4 ~
I RR C-HB-1 ( M) RRC" 102 VOL RRU-529 0 LUG 45 DEG: 50M DAC INDe ~ 25" MIDEe .
1 e5".LONG ~ LUG 315 DEG o 60X DAC INO HP 2 ~ 03 e ~ 25 M IDE ~ 1 ~ 5 LONG ~ LUG 1 35 DEG: 125K OAC INOeMP=2 ~ 03e ~ 38 "MIDE 10-4. 33 2 "LONG ~ LUG 225 OEG: 125K DAC INDe HP=2 03'5"MIDEe2"LONG ~
TABLE SIGN IF I CAN T IND ICATIONS EXAlh EXH ~ DATA NO INSIG SIGNIF ICANT MELD IDENT ~ " DRAW It'tG tt METH SHEET tt IND IND GEOM OTHER REMARKS 24RRC(2) B-6LU RRC-102 VOL RRU-247 0 45 45 SIGN-SC 7 HAX ~ AHP ~ 100XOACq IMC-"4 ~ 2!i HP =5 e 54 'X T THROUGHOUT MELD ~ HODf:
CONVERSION OF SHEAR MAVE TO L-WAVE AHA 95XOACsIMC=2 '0 DUE TO ID CONTOURS INSIGN-SC 7 t".AX HP"-2 '4~EXT THROUGHOUT MELO INT ~ ~ ~ ~ CONT~O 24RRC( 2) B-6 RRC" 102 VOL RRU-244 0 45 45 SC 3 50XDAC I NDy I WC=2 t<P=2 ~ 12 of. X T 360'D ~ 100XDAC HULT y IMC=4 ~ 5 HP=
5 ~ 52tEXT 360 ~ FD SAME PLACE AS 50K DAC SIGNAL ~ SOUND REDIRECTION TO MELO CROMN DUE $ 0 COUNTERBORE ~
24RRC(2)B-9 RRC-102 VOL RRU-110 0 SC 4 125K DAC OD INDy EXT 360 INT ~
IWC=3 1/4 HP=4 ~ 77'ELO CROWN GEO ~
24RRC( 1) B-18/12 RRC-102 VOL RRU-237 0 45 SC 3 100@ DAC IND, EXT-360 INT.
16RRC( 1) 0-3/12R RRC-102 VOL RRU-257 0 45 45 SC 3 lOOXDACy IMC=-1 ~ 5 HP=3 ~ 42eEXT 360'EFLECTOR OUE TO IR CONTOUR OF SML ~ SC 4 95XOAC e IMC=3 HP=4 ~ 0 1 eEXT 360 INT~ 50XOAC OD ~ I WC=1 ~ 12 HP=2 ~ 99 EXT 360 INT;75XDAC~ I MC= ~ 25 HP=l ~ 02 EXT 360 16RRC(1) 0" 3/12R IN'C RRC" 102 YOL RRU-256 0 4 100XDAC 00 INOeIMC=1 ~ 75 HP=
3 ~ OleEXT 360 INTeFD ~ SC 4 OD INDo IMC=1 +75 HP=4 ~ 29~EXT 360 INT ~FD ~
SOUND REDIRECTION TO 00 SURFACE 10-4.34 OUE TO IO CONTOUR OF SML ~
TABLE 4 SIGN IFI CANT INDICATIONS EXAH EXH ~ DATA NO . INSIG SIGNIFICANT MELO IDENT ~ ¹ DRAWING ¹ HE Tkl SHEET ¹ IND INO GEOH OTHER REHARKS 12RRC(1)-N2F-6 RRC-102 VOL RRU-519 45 SC 4 170XDAC INDy IWC"-1 HP=l o40yEXT 360 INT ~ MELD ROOT GEO ~ SC 4 LTD TO le5400WNSTREAH FROH MELO CL CSEE NOTE ¹1 ~ SEE RPT RRU-485 FOR SC 3e 5yK6 ~
12RRC( 1)-N2G-6 RRC-102 VOL RRU-487 SC 3 118X DAC iNDy IMC=l ~ 2 HP=l +65 360 INT ~ (WELD/BUTTER ING INTERFACE)
SEE RPT RRU 520 FOR SC 4 ~
12RRC( 1 ) -N2G-6 RRC-102 VOL RRU-520 SC 4 200XOAC INDo IlJC=1 tlP=1 ~ 59'XT 360 INT,MELD ROOT GEO ~ SC 4 LTD TO
~
li5"DOMtJSTREAH fROH WELD CI e SEE RPT RRU-487 FOR SC 3o5 ~ 8,CSEE NOTE
¹1 ~
12RR C ( 1 ) -N2ll-6 R RC-102 VOL RRU-521 SC 4 120XDAC INDo IMC= ~ 88 HP=1 ~ 39i EXT 360 INT-MELD ROOT GEO.SC 4 LTD TO 1 1/2"DOMNSTREAH FROH MELD CL ~
SEE RPT RRU-488 FOR SC 3e5s86 CSEE NOTE ¹1 ~
12RRC ( 1) -tJ2K-6 RRC-102 VOL RRU-523 SC- 4 110 XDAC I ND. I MC =1 HP=1. 68 > F X T 360 IN'ELD ROOT GEO ~ SC 4 105XDAC I ND ~ IMC= ~ 25 HP= ~ 78'60 I tJT ~ (BUTTER
-ING-BH INTERFACE) ~ SC 4 LTD) 1 1/2" DS FROH MELD CL CSEE RPT RRU-490 FOR SC 3y5L6 CSEE NOTE ¹1 ~
RR C-1C -1 (Ll ) RRC-104 VOL RRU-540 60 SC 586 200XDAC INDy I WC= ~ 50 HP=1 ~ 97 FD: ON OPPOSITE MELD CROWN ~ TYP FOR ALL 8 LUGS ~ 'IJELD RADIUS REFLECTORS ~
10-4. 34
TABLE SIGNIFICANT INDICATIONS EXAH EX'ATA NO I NSI G SI GN IF I CANT WELD IDENT ~ ¹ DRAWING ¹ NETH SHEET ¹ I ND IND GEOH OTHE/ REHARKS 20RRC(6)-1 RR(:-105 VOL RRU-186 0 SC 4 ID INDyHAX~ AHP ~ lOOXDACy I WC=3 HP=1 ~ 45yEXT 315 TO 0 TO 210 ~ ID CB GEO REFLECTORS SEE NOTE ¹1 ~ SC 100XDAC COYERAGE ~ SC 3 NOT FEASIBLE 20RRC( 6) -2 RRC-105 VOL RRU-192 0 45 . 45 INSIGN-SC 4- OD INDyHAX~ AHP ~ 95LDACy IMC-. 2 HP=2 ~ 93yEXT 360 IN'C 4 OD INDeHAX~ AHP ~ 80XDQCe IMC=2 HP= t ~ 08y EXT 360'NT ~ SIGN-SC 4 ID IND ~ HAX ~-
AQPo 125XOACyIMC"-2 1/4 HP=.1 ~ 68eEXT 360 INT ~ ID CB GEO- REFLECTOR ~ 'C 20RRC ( 6) -2LOI R RC-105 VOL RRU",193 0 45 11 OD INDeHAX ~ AHP 100XDACyIWC=3 HP 3 ~ l0e EXT 0, 16 . ~ SC 12 OD INOy HAX ~ AHP ~ 105XDACy IWC=3 HP=3 ~ 38yEXT 0"-16¹ WELD CROWN GEO ~
20RRC(6) -2LDO RRC-105 YOL RRU-191 0 SC 11 OD INDyHAX~ AHP ~ 150XDACeIWC=3-HP=3 ~ 41e EXT 0".-32¹ ~ SC 12 OD INDy HAX ~ AHP ~ 125XDACy IWC=3 1/4 HP=3 ~ 39 ~
EXT 0¹-32¹ ~ MELD CROWN GEO ~
P 20RRC(6)-3LUI RRC-105 VOL RRU-194 0 SC 7 00 INDyHAX~ AHP o 100XDACe I WC=3 HP=3 ~ 4yEXT 0"-16"- ~ 'SC 8 OD INDyHAX~
'A HP ~ 100XOACe I WC=3 HP =3 ~ 4 e EXT 0¹-
16 ~ MELD CROWN GEO ~
20RRC(6)-3LUO RRC-105 VOL RRU-190 0 SC 7 OD INDeHAX ~ AHP ~ 150XDACe IWC=
1/4 HP =3 ~ 52 ~ EX T 0 "-.32¹ ~ SC 8 00 INDeHAX~ AHP ~ 125XDACs IMC=3 1/2 HP=
3 ~ 47 y EXT 0 32¹ ~ WELD CROWN GEO ~
10-.4. 35
TABLE SIGNIFICANT INDICATIONS EXAY. EX' DATA NO I NS I G SIGN IF I CANT WELD If)ENT ~ ¹ DRAWING ft HETH SHEET ¹ I NO IND GEON OTHER REHARKS 20RRC(6)-3LD RRC-105 VOL RRU-195 0 05 45 SIGN-SC 11 ID INOeHAX ~ ANP ~ 180XDACe I I WC=1 I/8 HP=1 ~ 5 ~ EXT 0"-13" e WELD ROOT GEO ~ INSIGN-SC 12 OD INDeHAX~
AHP ~ 50XDACe IMC=2 1/0 HP=2 ~ 95e EXT ON 13N ~
RRC-1(W) RRC-105 VOL RRU-~5< O Os nS SIGN-SC 5 HAX ~ AflP ~ 150XDACe IWC=2 ~ 3 HP=0 ~ 55eLUG41 eLCR INSIGN-SC 6 HAX AHP ~ 50XDACe IWC=1 ~ 8 HP=3 ~ 28 ~ SC 6 HAX~ AHP ~ 75XDAC e IMC=2 ~3 HP=9 ~ 58e LUGS¹1-OeLUGS¹1-0:NO SC 8 DUE TO INSTALLED HGR ~ SEE NOTE ¹1 ~
20RRC(6)-IfLDI RRC-105 VOL RRU-180 SC 1 1 00 INDe HAX ~ AHP ~ 125XDAC e I WC=
2 3/0 HP=3 ~ 00 ~ EXT 0"-13" eFD ON MELO CROMN ~ SC 12 OD INDe HAX ~ AHP ~
110XDACe IMC=2 1/2 HP=3 ~ 28e EXT 0"-
i 3 e FO ON MELO CROWN WELD CROWN GEO ~
20RRC(6)-rlLDO RRC-105 VOL RRU-185 INSIGN-SC 11 OD INDeHAX~ AHP ~ 86XDAC IMC 3 HP 3 '2eEXT 0 30 ~ SIGN SC 12 OD INDe HAX AHP 140 XDAC e I WC"-
1/0 HP-3 ~ 65 e EXT 0 - 30 ~ MELD CROWN GEO ~
20RRC(6)-5LUI RRC-105 VOL RRU-181 SC 7 00 INDe 8 AX ~ AHP ~ 14 OXDAC e I WC=3 HP"-3 ~ 39e EX T 0"-13" e FD ON WELD CROMN ~ SC 8 OD IND ~ HAX ~ AHP ~ 120XDACe IMC=2 3/4 HP=3 ~ %4eEXT 0"-134eFD ON MELD CROWN ~ WELD CROMN GEO ~
20RRC(6) -5Ltff) RRC" 105 VOL RRU-182 SC 7 OD INDeHAX~ AHP ~ 135XDACe IWC=3.
HP=3 ~ 51e EXT 0"-30" ~ FD ON OD WELD CROWN SC 8 OD INDetlAX~ AHP ~ 160XOACe IMC=2 3/if HP=3 70eEXT 0"-30" ~ FD ON OD MELO CROWN ~ MELO CROWN GEO ~
10-4.36
TABLE SI GNIFI CANT INDICATIONS EXAH EXH ~ DATA NO I NSIG SIGNIFICANT MELO IDENT ~ tl DRAiJ ING 0 HE TH SHEET ft IND IND GEOH OTHER REHARKS 20RRC(6)-5 RRC=105 VOL RRU-173 0 SC 3 100K DAC ID INDy EXT 360 INTA IWC=1 HP=1 ~ 39 'ELO ROOT GEO ~
2QRRC(fi)-6 R RC-105 VOL RRU-176 0 %5 %5 INSI GN-SC 3 ID INDy HAX ~ AHP ~ OOXDACy I MC=2 1/0 HP=1 ~ 50 y EX T 225-260 DEG ~
SC 3 OD INDy 8 AX ~ AHP ~50XOACy I WC=
1 3/4 HP=3 ~ 03yEXT SPOT 9 315 OEG ~
SC 0 ID INDeHAX~ AHP ~ 55'XOAC ~ IlJC"-2 HP=1 ~ 55y EXT SPOT al 300 ~ ~ CONT ~ 0 20RRC(fi) -6LOI RRC-105 VOL RRU-170 Q %5 05 SC 11 OO INDyHAX~AHP~ 170XDACyIVC=
2 1/2 HP=2 ~ 88 y EXT 0"-.7" ~ FD MELD CROWN ~ MELD CROWN GEO ~ INSI GN "SC 12 OD INDeHAX ~ AHP ~ 87XDAC y IWC"-2 HP=2 ~ 9 EXT 0 7 I ~ FO MELD CROWN ~
I 20RRC( 6) -6LOO RRC-105 VOL RRU-180 SC 11 OD INDy HAX ~ AHP ~ 150XDAC y IWC=
2 1/2 HP=3 ~ 11 yFXT 0""15"- UFO ON MELO CROWN ~ MELO CROWN GEO ~ SC 12 00 I NOy H AX ~ AHP ~ 160XD AC y I WC=2 1/2 HP=3elQeEXT 0"-15" ~ FO ON MELD CROWN ~ lJE LD CR OMN GEO ~
20RR C ( 6) -7LUI R RC-105 VOL RRU-169 0 Q5 SC 7 OD INOy HAX ~ AHP ~ 175XOAC y ILJC=
2 1/0 HP=3 ~ QlyEXT 0"-7" ~ FD ON MELO CROMN ~ MELD CROMN GEO ~ SC 8 00 INOy HAX~ AHP ~ 160XDACy IMC=2 1/8 HP=2 ~ 8y EXT 0"-7" FD MELD CROMN ~ MELD CROWN GEO ~
20RRC(6)-7LUO RRC-105 VOL RRU-183 SC 7 OD INO ~ HAX ~ AHP ~ 140XOACy IWC=
2 1/8 HP =3 y18 y EXT 0"-15"- ~ FD ON CROIJN AREA ~ MELO CROWN GEO ~ SC 8 OD I NDe HAX ~ AHP ~ 160XOAC y I WC=3 1/8 HP =
10 yEXT 0"-15" ~ FD ON CROWN AREA ~
10-4.37 lJELO CROWN GEO ~
TABLE SI GfJIF I CAI'JT INDICATIONS EXAH EXH ~ DATA NO INSI G SIGNIFICANT MELO IDENT. V DRAultJG ¹ HETH SHEET ¹ IND IND GEOH OTHER REHARKS 12RRC(7)A"2 RRC-106 VOL RRU-031 0 45 45 SC 4 (INSIGN) 00 INDe HAX ~ AHP ~ 80K DAC ~ IMC 1 5/8 HP 1 ~ 47e EXT 360 INT ~
PROBABLE OD GEOe FD ~ SC 4(SIGN) 00 INDe HAX ~ AHP ~ 105X OACe IWC-"1 7/8 HP=2 F 0'XT 360 If<T ~ PROBABLE 00 GEOe FD ~
12RRC(7) A-3 RRC-106 VOL RRU-505 0 SC 3 100K OAC INDe IMC=2 HP=2 ~ 24e 360 DEG INT IO/OD GEOHETRY ~
12RRC(7)B-5 RRC-107 VOL RRU-042 0 45 SC 3 00 INOe HAX ~ AHP<<110M DAC (ON HULTIPLE) e IMC=2 HP=l ~ 65e EXT 360 INT ~ PROBABLE COUNTER BORE e HODE CONVERSI ON ~
4RRC(4)A-5 RRC-108 VOL RRU-019 SC 3 IO INOeHAX ~ AHP ~ 100XDAC e IWC=l HP=1 ~ 65(7DIV) ~ EXT 360 INT ~ IO WELD PREP GEO ~
4RRC (4 ) A-10 RRC-108 VOL RRU-221 SC 4 ID INDeHAX ~ AHt' 85XDACe(WITH 110K I'1ULT) IMC=3/4 HP= ~ 45eEXT 360 INT ~ ID CB REFLECTOR<<SC 4 OD INDe H AX ~ AHP ~ 150%0 AC e IMC= 1 1/8 HP = ~ 88 e EXT 360 INTeFO ~ SOUND RED IRECT TO OD SURFACE OUE TO ID CB<<
4R RC (4 R-1
) 1 R RC- 10'> VOL RRU- 092 SC 4 115K DAC ID INDe EXT 90-200 ~
IMC=-1/2 HP= ~ 54'E CB OR SE TO P IPE HIS HATCH ~ 2 00X DAC OD I ND e EXT 360 ~ IMC-"-1/8 HP= ~ 92 ~ FD ~ SE OD GEO ~ 300X DAC INDe EXT 360 ~
10-4. 38 IMC=l 1/8 HP=2 ~ 65 ~ CONTINUED
TABLE SIGNIFI CANT INDICATIONS F X AM EXM ~ DATA NO I NSI G SIGNIF ICANT MELD IDENT ~ JJ DRAWING JJ METH SHEET tl I ND IND GEOM OTHER REHARKS 4RMCU(4)-2 R WCU-101 VOL RTU-021 SC 3 HAX ~ AHP ~ 150XOAC~IWC=1/2 ~ -1/8y
.+1/16yHP= ~ 58m EXT 360 (MULT 9 6 &
9 ~ 5 DIV) ~ MELD ROOT GEO ~ SC 4 HAX ~
AHP ~ 175XDACt I WC=1/8>+ OR -1/16eHP=
+55'XT 360(MULT 9 6 ~ 5 DIV) ~ WELD ROOT GEO ~
4RMCU( 4 )-4 RMCU-1 01 VOL RTU-020 SC 3 HAX e AMP ~ 115XDAC e I WC=3/8 t -1/0 y
~ +1/16yHP= ~ 56eEXT 180-90(MULT 8 6 &
9 ~ 5 DIV) ~ WELD ROOT GEO ~ SC 4 HAX ~
AMP ~ 150XDACi I WC=3/8y+ OR <<1/16'P=
~ 64'XT 360 (HULT 8 6 & 9 ~ 5 D I V) ~
MELD ROOT GEO ~
4RMCU(4) -5 RMCU-101 VOL RTU" 019 SC 3 ID INO>HAX~ AHP ~ 165X OACeIMC=
3/8 HP= ~ 61yEXT 225-90 DEG ~ MRG ~
SC 4 IO INOyMAX~ AMP ~ 150X DACE IWC=
3/4 HP= ~ 63 ~ EXT 315-135 DEGAS IO CB ~
SC 4 OD INOyMAX~ AMP ~ 235X DACE IMC"-
1 3/8 MiP=2 ~ 18 t EXT 360 'CG ~
6RMCU(4)-1 RMCU-101 VOL RTU-050 45 SC 4 ID IND>HAX~ AMP.105XDAC, IWC=
1/2 MP= ~ 66oEXT 360 INT(100X & 200X HULT) ~ MELD ROOT & COUNTERBORE GEOa DEGAS 6R MCU( 4 ) -2 RWCU-101 VOL RTU-014 f5 45 SC 3 110X OAC ID 8 270 DEGAS EXT 1" c) Oy SPOT Q 90'POT 9 135'/'2" 8
'270 ~ I WC=1/8 MP- ~ 69 ~ 83X DAC 9 1 ~ 5N 50X DAC 9 2 ~ 5N ~ ID WRG ~ SC 4 60X OAC ODy EXT 270-315 ~ FD ~ SC 4 100X DAC ID ~ ~ ~ ~ CONT I NUEO 6RMCU(4)-3 RMCU-101 VOL RTU-015 INSI GN-SC 4 ID I NDy HAX ~ AHP ~ 50XDACe I tJC=3/8 MP= ~ 79yf XT 1 "0 0 DEGySPOT 8 90 & c) 150 SIGN-SC 3 ID INO MAX+ AHP+120XDACy IMC=3/8 MiP= ~ 65eEXT 10-4. 39 2 "8 90 & 1 "c) 180 DEG ~ MELD ROOT GEO
TABLE SI GNIF. I CAR T INDI CAT I ONS MELD IDENT'XAM DRAWING ¹ METH EXH ~ DATA SHEET ¹
. NO IND I NSI G IND SIGN GEOM IF I CANT OTHER REH ARKS 6RWCU(4)-4 R WCU-101 VOL RTU-016 45 SC 3 ID INOyHAX~ AHP ~ 110XDACo IWC=
1/2 HP,=. ~ 66oEXT 135-315 L SPOT 9 45 MRG SC 4 ID IND ~ HAX ~ AHP ~ 154 XDAC1 I'WC=1/4 HP=. ~ 75oEXT 10-300 ~ MRG ~ SEE NOTE ¹1 ~ SC 3 COVERS 100'C 4 LTD BY ELL I R FROH 45-135 ~
6RMCU( 4)-5 RMCU-101 VOL RTU-017 45 45 SC 3 HAX ~ AHP'e 108XDAC y2 ~ 3 DI V (HULT
,8 7 DIV) IMC.=1/2, 9 MAX'-1/8y+3/16 ~
EXT 350-90 ~ IO GEO DUE TO MELD PREP BEVELS SC,4 MAX'MP'0XDACe2 ~ 3 DIV (HULT al 6 DI V ) I WC=3/8 0 HAX +OR-O'!
EXT 10-80 ~ ( INSI GN IND) 4R MCU( 3) -1 R MCU-1 01 VOL RTU-030 45 SC 4 HAX ~ AHP~ 100 XDAC y IMC=5/8 HP=
, ~ 53fEXT 360 DEG~ (TMO HULT) ~ MELD PREP GEO ~ SC. 3 NOT FEASIBLE DUE TO VALVE CONFIGURATION+
I 4RMCU(3)-5 RWCU-101 VOL RTU-034 SC 4 IO IND>HAX.AHP.loaXOAC>IMC=.4 HP= ~ 65eEXT 315 TO 0 DEG ~ MELD ROOT GEO ~ SEE NOTE ¹I ~ SC 4= 100X COVER-AGE ~ SC 3 NOT FEASIBLE ~
4RMCU(3)-6 R MCU-1 01 VOL R TU-035 45 45 SIGN-,SC 3 ID IND ~ HAX ~ AHP ~ 100XDAC~
I MC=1/4 HP= ~ 490 ~ EXT ~ 360 INT ~ MELD ROOT GEO ~ INS I GN-.SC 4 OD I ND t HAX ~
AHP.80XOAC.IMC=7/8 HP=.93,EXT 360.
INT ~
4RWCU(3)-7 RMCU-101 VOL RTU-036 . 45 SC4 ID INDeHAX ~ AHP ~ 180XDACy IMC= ~ 5 i
HP= ~ 52eEXT 360 DEG ~ MELD ROOT/PREP GEO ~ SC 3 NOTE ¹1eDUE TO VALVE
' CONF IGURAT ION ~
h 10-4.40
'h
TABLE SIGNIFICANT INDICATIONS EX AH EXH ~ DATA NO I NSI G SIGNIF I CANT MELD IDENT ~ tf DRAWING tt METH SHEET tt IND IND GEOH OTHER REHARKS 4RLJCU( 3) -8 RMCU-101 VOL RTU-041 SC 4 ID INDeHAX~ AHP ~ 140XDACeIMC=
1/4 HP= ~ 62eEXT 45 TO 315 DEGeHULT 8 IMC=l 1/8" ~ MELO ROOT GEO ~ SC 4 315 TO 45 DEG NOT FEASIBLE DUE TO T EE INNER RAD IUS ARE A ~
4RWCU(3) -9 R LJCU-I 01 VOL R TU-040 SC 4 SPOT IND eHAXeAHP ~ 60XDAC e IMC 3/8 HP= ~ 66eHULT 8 IMC=l HP=1 ~ 8eHAX AHP ~ 120XDAC ~ WELD ROOT/HISHATCH GEO COHO INAT IONe SC 3 315 TO 45 DEG tt 135 TO 225 DEG NOT FEASIBLE DUE TO TEE INNER RADIUS AREAS ~
4RMCU(3)-12 RMCU-101 VOL RTU-038 SC 4 125XDAC INDe IMC=O ttP= ~ 55e EXT 0 TO 45 ~ REDUCER TO PIPE GEOHETRY ~
DUE TO THICKNESS TRANSIT ION ~
6RMCU(3)-2 RMCU:101 VOL RTU-043 SC 4 ID INDeHAX~ AHP ~ 95XDACeIMC=1/2 HP= ~ 73eEXT SPOT 8100 DEG ~ THE ABOVE IND HAS HULT OF HAX ~ AHP ~ 100X e IMC"-
1 1/2 HP=2 ~ 17 ~ EXT 45-150 L 315-0 ~
MELD ROOT GEO ~ SC 4 ID I NDeHAX ~ AHP 150XDACe IWC=1 3/4 ~ ~ ~ CONTeD 6RMCU(3)-3 RMCU-101 VOL RTU-047 SC 3 ID INDeHAX~ AHP ~ 100XDACeIMC=
5/8 HP= ~ 80eEXT 0 TO 180 ~ SC 4 ID INDe HAX ~ AHP ~ 100XDAC e IMC=3/8 HP"- ~ 68 EXT 360 INT ~ MELD ROOT GEOHETRY ~
6R MCU( 3) -4 R MCU-1 01 VOL R TU-044 SC 3 ID INDeHAX~ AHP ~ 95XDACe(HULT 130XDAC) IMC=1/4 HP= ~ 73eEXT SPOTS 8170 L 260 ~ MELD ROOT GEO ~ SC 4 ID INDe HAX ~ AHPe75XDAC(HULT 140XDAC) 10-4.41 IWC=3/8 HP= ~ 76eEXT 180-340 R SPOT 8135 ~ MELD ROOT GEO ~ ~ ~ ~ CONT 0
TABLE 4 SIGNIFICANT INDICATIOt4S EX AN EXH ~ DATA NO I NSI G SIGNIF ICANT MELD IDEt4T ~ ¹ DRA'vtING tt HE TH SHEET ¹ IND IND GEOH OTHER REMARKS 6RMCU(3)-6 RMCU-101 VOL RTU-045 45 SC 3 ID IND ~ MAX~ AHP ~ 110XDAC e IMC=
1/2 HP= ~ 70 tEXT 270-90 DEG ~ MELO ROOT GEOMETRY ~
6RMCU( 3) -11 R MCU-101 VOL R TU-018 45 SC 3 IO IND ~ HAX ~ ANP ~ 100XDACe IMC=
3/8 HP= ~ 59eEXT 360 INT ~ SC 4 ID INDe HAX ~ AHP ~ 105XDAC ~ IMC=1/2 HP= ~ 59 EXT 360 INT ~ MELD ROOT GEO ~
RMCU-142 RMCU-101 VOL RTU-067 0 45 45 SC 5 HAX ~ AHP ~ 200XDACe IWC=1 5/8 t<P=
2 ~ 84 eLCR ~ SC 5 MAX ~ ANP ~ 100XDACe IMC=
7/8 HP=1 64eMRR SC 6 HAX ANP ~ 95X DACe IMC=5/8 HP=1 e48 ~ SC 6 HAX ~ ANP ~
100XDACe IMC=1 3/8 NP=2 ~ 51 ~ ALL LUGS
¹1 "4 ~ NO SC 7eINSTL HGR ~ NOTE ¹1 6RMCU(3)-12 RMCU-101 VOL RTU-006 45 45 I NSI GN SC 3 I 0 INOeMAX ~ AHP ~ 60XDACe IMC=1/4 MP= ~ 53eEXT 340-90 ~ SC I ID INOe HAX ~ AMP ~ 92XDACe IMC=l/2 NP= ~ 64e EXT 270" 135m SIGN-SC 4 ID INDeHAX ~
AHP ~ 120XDACeI MC=l 3/16 HP=2 ~ Ol e EXT 270-135 ~ ID HI SNATCH GEO ~
6RMCU(3)-12A RMCU-101 VOL RTU-053 45 45 INSI GN-SC 3 IO INDe MAX~ AHP ~ 70XDAC IMC=3/8 NP= ~ 62e EXT 360 INT ~ SIGN-SC 4 IQ INDeNAX~ AHP+90XDACeIMC=3/8 MP= ~ 63eEXT 360 INT ~ IND HAS 150X L 105XOAC NULTIPLES ~ MELD ROOT GEO ~
6RMCU( 3) -13 RMCU-101 VOL RTU" 052 45 45 SC 3 (SIGN) ID INOeflAX~ AMP ~ 95X DAC MITH HULT at 100X DACe IMC=1/2 HP=
~ 63e EXT 360 IN'D LlRG ~ SC
( INS IGN) ID I NDe NAX ~ AHP ~ 90X OAC e 10-4.42 1/2 NP= ~ 6 2e EXT 360 INT ~ 'MC=
TABLE SIGNIFICANT INDICATIONS EXA."I EX' DATA NO I NSI G SI GNIF I CANT MELO IDEt'tT ~ ¹ DRAWING tf HETtt SHEET ¹ IND INO GEON OTHER REHARKS 6RMCU(3) -13 RMCU-101 VOL RTU-007 45 45 INSI GN-SC 4 I 0 INDe HAX ~ AHP ~ 58XDAC e IMC=5/8 HP=.62eEXT 90 TO 270 OEG.
SIGN-SC 3 IO IND eHAX ~ AHP ~ 100XDAC IMC=1/4 HP=, ~ 62eEXT 360 INT ~ MELO ROOT GEOHETRY+
6RLtCU( 3) -1 38 RMCU-101 VOL RTU"051 45 45 SC 3 (INS IGN) ID IND ~ HAX ~ ANP ~ 85X DACe IMC=1/2 HP= ~ 63e EXT 360 ~
SC 4 (SIGN) IO INOe NAX ~ ANP ~ 65X DACe (MI TH 70X tL 105X DAC HULT) e IWC=3/8 HP= 59 ~ EXT 360 INT ~
ROOT GEOHETRY ~
RMCU-1C" 3 RMCU-101 VOL RTU-068 0 45 45 SC 5 HAX ~ AHP ~ 200 XDAC e ILIC = ~ 75 HP"-
2 ~ 22 eMRR ~ S C 5 HA X ~ AHP ~ 180XDAC e IMC=
~ 75 HP=2 ~ 57 ~ MRR ~ SC 6 HAX ~ At)P ~ 220 X DACe IMC=1 HP=2a50e MAR ~ SC 6 HAX ~ ANP 60XDACeIMC= ~ 75 HP=1 ~ 92 ~ ALL LUGS ¹1
-4 ~ NO SC 8eINSTL HGR ~ NOTE ttl ~
RMCU-1 C-4 R WCU-101 VOL RTU-069 0 45 45 SC 5 HAX ~ AHP ~ 200XOAC eIWC= ~ 75 HP=
2 a22 e WRR ~ SC 5 HAX ~ AHP ~ 180XOAC e I QC=
7/8 HP=2 ~ 57eWRR ~ SC WELDED 6 tIAX ~ AHP ~ 220X DACe IMC=l HP=2 ~ 50eMRR ~ SC 6 HAX ~ AHP 60XDACeIWC"-~ 75 HP=1 ~ 92eALL LUGS ¹ 1-4 ~ NO SC 7e I NST L HGR ~ NOTE ¹ 1 ~
6RMCU(3) -14 R MCU-101 VOL R TU-064 SC 3 125X OAC IO (1 ~ 5NR) e EXT 270 TO 90 INT+ IMC=1 1/4 HP"-1 ~ 71 ~ 100X DAC 9 1 ~ 5 NOOEe ID GEO ~ NO SCANS ON FLANGE SIDE OF SEE NOTE
¹1 ~
6RMCU(3)-16 RWCU-101 VOL RTU-024 45 45 INSIGN-SC 3 ID INOe HAX ~ AHP ~ 95XOACe IMC=3/4 HP= ~ 65eEXT 130-270 ~ SC 4 ID INDe NAX ~ AHP 95XDACe ILtC=1/4 HP= ~ 66e EXT 45-315 ~ S IGN-SC 3 IO I ND ( NULT) j0-4. 43 HAX ~ AHP ~ 120XOACe ILtC=1 1/2 HP=1 ~ 7e EXT 130-270 OEG ~ ~ ~ ~ ~ ~ CONT ~ D
f 'I t
k l-
TABLE 5A MFLDS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS NOT IN ASHE SECTION XI JURISDICTION SECTS EXAH MELD IDEtJT DFSCR IP T IOl'J DRAM ING tt XI EX NETH PROCEDURE NOTES 26HS (1) A-19/3V'-20 Df(AIN CONN HS-201 AUGHT SUR PTP 1 IWC-2510 2HS(20) A-1 SOL TO PIPE HS-201 AUGHT SUR PTP-1 2HS (20) A-2 P IPE TO EL HS-201 AUGHT C
SUR PTP-1 2HS (20) A-3 EL TO P (PE HS-2 01 AUGHT SUR PTP-1 2HS (20) A-0 PIPE TO TF.E HS-201 AUGHT SUR PTP" 1 2HS (20) A-5 TEE TO RED HS-201 AUGHT SUR PTP-.1 2HS(20) A-6 TEE TO I IPE HS-201 AUGHT SUR - PTP" 1 2HS(20)A-7 P IPE TO SOL HS-2 01 AUGHT SUR PTP-1 26HS(1) 8-20/3V-20 DRAIN CONN HS-202 AUGHT SUR PTP-1 I WC-2510 2HS (20) 8-1 SOL TO PIPE HS-202 AUGHT SUR PTP-1 2HS (20) 8 "2 P IPE TO EL HS-202 AUGHT SUR PTP -1 2HS (20) 8-3 EL TO PIPE HS-202 AUGHT SUR PTP-1 2HS (20) B-0 P IPE TO TEE HS-202 AUGHT SUR PTP-1 2HS(20)B-5 TEE TO ttE0 AS-2 02 AUGHT SUR PTP-1 2HS(20)B-6 .TEE TO PIPE HS-2 02 A UGHT SUR PTP-1 2HS (20) B-7 P IPF TO SOL HS-202 AUGHT SUR PTP-1 26HS(1) C"20/3V" 20 DRAIN CONN HS-203 AUGHT SLJR PTP" 1 IM C-.2510 2HS (20) C-1 SOL TO PI PE HS-203 AUGHT SUR PTP"1 10-55.1 ,
TABLE 5A uFLOS IN AVGHFNTEO HIGH ENERGY CLASS 1 PIPE 8REAK EXCLUSION AREA MFLOS NOT IN ASHE SECTION XI JURISDICTION SECT ~ EXAH MELD IDENT tt DES CP, IP T ION DRAuING tt X I F.'X HET fl PROCEDURE NOTES 2t(S (20) C-2 P IPE TO EL HS-203 AUGHT SUR PTP-1 2HS(20)C-3 EL TO P EPE HS-203 AUGHT SUR, PTP" 1 2HS (20) C-0 P IPF; TO EL HS-203 AUGHT SUR PTP-1 1
2HS(20) C-S EL TO Pll E HS-203 AUGHT SUR PTP-1 2HS (20) C-6 P IPE TO TEE HS-203 AUGHT SUR PTP-1 2MS (20) C-7 TF.F. TO REO HS-203 AUGHT SUR PTP" 1 2HS (20) C-8 T EE TO PI PE HS-203 AUGHT SUR PTP-1 2HS (20) C-9 P IPE TO SOL HS-2 03 AUGHT SUR PTP" 1 26HS(1) 0-19/3V-20 DRAIN COI'tN HS-204 AUGHT SUR PTP-1 I LI C-2 51 0 2 HS ( 2 0 ) 0-.1 SOL TO PIPE HS-204 AUGHT SUR PTP-.1 2HS(20)D-2 PIPE TO EL HS-200 AUGHT SUR PTP-1 2HS (20) 0-3 EL TO P IPE HS-200 AUGHT SUR PTP-1 2HS(20) 0-4 P IPF TO TEE HS-206 AUGHT SUR PTP-1 2HS (20) 0-5 TEF, TO RED HS-204, AUGHT SUR PTP-1 2HS(20)0-6 TEE TO PIPE HS-20% AUGHT SUR PTP-1 2HS(20)0-7 P I PE TO SOL HS-204 AUGHT SUR PTP".1 3thS (20) -1 VALVE TO PIPE HS 206, AUGtlT VOL = UTP-10 3HS (20) -2 P EPE TO EL HS-206 AUGHT VOL UTP-.10 10-5A. 2
TABLE 5A ME(.DS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREA)( EXCLUSION AREA MELDS NOT IN AStlE SECTION XI JURISDICTION SECTS EXAH MELD IDFNT DES CR IP T ION DRAM I NG tt X I FX NETH PROCEDURE NOTES 3HS (20) "3 EL TO P (PE HS-206 AUGtlT VOL UTP-10 r
i 3thS (20) -4 PIPE TO CAP HS-206 AUGHT VOL UTP-10 i 4RCIC(13)"20 VLV TO PIPE" RCIC-201 - AUGHT VOL UTP.-.10 4RCIC(13)-21 PIPE TO EL RCIC-20 1 AUGHT VOL UTP-10 4RCIC(13)-22 EL TO PIPE RCIC-201, AUGHT VOL UT P--10 4RC IC (13) "23 P IPE 70 EL RCIC-.201 AUGHT VOL UTP.-10 4RCIC(13)-24 EI TO P IPE RCIC-,201 AUGHT VOL UTP-10 24RFM(1) A" 1A P IPE TO V ALVE RFM-101 AUGHT VOL UTP.-r 10 24RFM(l)B"1A P IPE TO VLV RF M-102 AUGHT VOL UTP-.10 6RMCU(3)-28 VLV TO ELL RMCU-301 AUGHT VOL, UTP-10 6RMCU(3)-29 ELL TO PIPE RMCU-.301 AUGHT VOL UTP-10 6RMCU(3)-30 P IPF'O T EE RMCU-30 1 AUGHT VOL UTP-10 6RMCU(3)-31 TEE TO REDUCER RMCU-301 AUGHT VOL UTP-10 FITTING TO FITTING 6RMCU(3)-32 TEE TO REDUCER RMCU-301 AUGHT VOL UTP<<10 FITTING TO F ITTI NG 4RMCU (3 ) A-1 REDUCER TO PIPE RMCU-30 1 AUGHT VOL UTP.-10 r
4RMCU (3 ) A-2 P IPF. TO P I PE RMCU-30 1 $ UGHT VOL UTP-10 4RMCU(3)A-3 P IPF. TO ELL RMCU "30 1 )UGtdT VOL UTP-10 4RMCU(3)A-4 ELL TO PIPE RMCU-,30 1 AUGHT VOL UTP-10 10-5$ -3
TABLE 5A MELDS IN AUGHENTED HI GH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS NOT IN ASHE SECTION XI JURISDICTION SECT ~ EXAH WELD IDENT DES CR IP T ION OR AM ING (( X I EX HETH PROCEDURE NOTES ARWCU (3 ) 8-1 REDUCER TO ELL RWCU-301 AUGHT VOL UTP-10 FITTING TO FITTING ORMCU(3)B-2 ELL TO PIPE RMCU-301 AUGHT VOL UTP-10 I
6RMCU(2 )-1 PIPE TO ELL RMCU-303 AUGHT VOI UTP-10 6RWCU(2)"2 ELL TO PIPE RMCU-303 AUGHT VOL UTP-10 6RMCU(2)-3 P IPE TO VLV RMCU-303 AUGHT VOL UTP-.10 6RMCU (2 )-0 VLV TO PIPE RMCU-303 AUGHT VOL UTP-10 6RMCU(2)-5 PIPE TO FE RMCU-303 AUGHT VOL UTP-10 6RMCU(2)-6 FE TO P IPE RMCU "303 AUGHT VOL UTP-.1 0 6RMCU(2)-7 PIPE TO TEE RWCU-303 A UGt'T VOL UTP-10 6RMCU(2)-8 TEE TO fLANGE RMCU-303 AUGHT VOL UTP-10 FITTING TO FITTING 6RMCU(2)-9 TEE TO VLV RMCU-303 AUGHT VOL UTP-10 FI TTI NG TO F ITTING TOTAL COUNT 65
T ABLE 58 Mf LDS IN AUGHENTED HIGH ENERGY CLASS 1 P IPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURISDICTION SECT ~ EXAH Mf LD InfN T ¹ DES CR IP T ION DRAM ING ¹ XI E$ HETH PROCEDURE NOTES 26HS(1) A-15 l'I PE TO VALVE HS-,101 8-J VOL UTP-.,10 AUGHT 26HS (1) A-15 P IPE TO VALVE HS-101 8-J SUR PTP-1 AUGHT 26HS(1)A-16 VALVE TO PENE =
HS-101 8-J VOL..UTP-1 0 AUGHT 26HS(1) A-16 VALVC TO PENE HS-101 8-J SUR PTP-1 AUGHT HS FLUED llEAn A FLUED HEA D MELD HS "101 8-K" 1 VOL UTP-33 SEE DMG ~ ¹HS-101-3 ~ gUGHT HS FLUED HEAD A Fl UED MEAD MELD HS"101 8-K-1 SUR, HTP" 1 SEE DMG ~ ¹HS -101-3 ) AUGH T 26HS(1) A-17 PENF TO VALVE HS-101 VOL UTP-10 AUGHT 26HS(1)A"17 PENE TO VALVE HS-1 01 8-J SUR PTP-1 AUGHT HS-V-28A/2rlS(9)-0 DRAIN CONN HS-101 8-J SUR PTP-1 AUGHT 26HS(1)8-16 1 PIPE TO VALVE HS-1 02 8-J VOL UTP-10 AUGHT 26HS(1) 8-16 P I PE TO V ALVE HS-1 02 8-J SUR PTP-1 AUGHT 26HS(1)8"17 VALVf. TO PENE HS-1 02 8-J VOL UTP-10 AUGHT 26HS(1)8-17 VALVE T i) P ENE HS-102 8-J SUR PTP-1 AUGHT HS FLUED HEAD 8 FLUED HEAD MELD t<S-102 8-K-1 VOL UTP-10 SEE DMGo ¹HS-101-3y AUGHT AS FLUED HEAD 8 FLUED llEA D MELD HS-1 02 8-K-1 SUR HTP-1 SEE DMS ¹HS-101-3~ AUGHT 26HS(1) 8-18 Pf NE TO VALVE HS-102 8-J VOL .UTP-10 AUGHT 26HS (1) 8-18 PENE TO VALVE HS-102 SUR PTf -1 AUGHT H S-V-288/2HS (9) -0 DRAIN CONN HS-102 8-J SUR PTP-1 AUGHT l.0-5B. 1
TABLE 58 MELDS IN AUGHENTED HIGH Et'ERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURISDICTION SECT ~ EXAH MELD IDENT OES CR IP T ION DRAM I NG XI EX tlETH PROCEDURE NOTES b
26HS(1) C-16 P IPE TO VALVE HS" 103 8-J VOL UTP" 10. AUGHT 26HS(1) C-16 P IPE TO VALVE HS-1 03 SUR PTP-1 AUGHT 26HS(1) C-17 V ALVE T 0 PENE HS-103 8-J VOL UTP".10 AUGHT I
26HS (1) C-17 VALVE Ta PENE HS-103 8-J SUR PTP-1 AUGHT 1
HS FLUED HEAD C FLUED HEA D WELD HS-103 B-K-., 1 VOL 'TP-10 SEE 0 WG ~ ttHS-101-3 ~ AUGH T HS FLUED HEAD C FLUED HEAD MELO HS-103 8 "K-.1 SUR - HTP-1 ~
SEE D WG ~ ttHS-101'-3 ~ AUGHT 26HS( 1) C-18 F ENE Tn VALVE HS-1 03 8-J VOL UTP-10 AUGHT 26HS(1)C-18 pENE Tn YALYE HS-103 8-J SUR PTP-1 AUGHT HS-Y-28C/2t<S(9);4 DRAIN CONN AS-1 03 8-J SUR PTP AUGHT 26HS(1) 0-15 P IPE TO VALVE HS" 104 8-J VOL UTP-.10 AUGHT-'UGHT 26HS(1) D-15 P I PE TO VALVE HS-104 8-J SUR PTP",1 26HS(1) D-16 VALVE TO PENE HS-104 8-J VOL, UTP-,10 AUGHT 26HS(1) 0-16 VALVE Tu PENE HS-.104 . 8-J SUR PT P-. 1 AUGHT HS FLUED tlEAD D FLUED tlEAD MELD HS-,104 8-K-1 VOL UTP-10 SEE, DMG ~ tlHS-101>>3q AUGHT t1S FLUED HEAD D F LUEO HEAD WELD HS-1 04 8-K-1'UR HTP-1 SEE DWG+ ttHS-101-3e AljGHT 26HS (1) D" 17 PENE TO P IPE HS-104 . 8-J 'OL UTP".10 A U G t~i T 26HS(1)D-17 PENE TO PIPE HS-104'UR PTP-1 AUGHT HS-V-28D/2HS(9)-4 DRAIN CONN HS-1 04 8-J SUR ., PTP,-1. AUGHT
TABLE 50 WELDS IN AUGHENTED HI GH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASME SECTION XI JURISDICTION SECT ~ EXAM MELD IDENT DESCR IPTION DRAM ING ¹ XI EX HETH PROCEDURE NOTES 26HS(1) A"18 VALVE TO PIPE HS-201 C<<F VOL UTP-10 AUGHT 26t'IS (1) A-18 VALVE TO PIPE HS-201 C -.F SUR PTP-1 AUGHT I
26HS(l ) A-19 P IPE TO P IPE HS-201 C-F VOL UTP-10 AUGHT 26HS(1) A-19 P IPE TO P IPE HS-201 C-F SUR PTP-1 AUGHT 26HS ( 1) B-19 VALVE T0 PIPE MS-2 02 C-F VOL UTP-10 AUGHT 26MS(l) B-19 VALVE TO PIPE MS-2 02 C-F SUR PTP-1 AUGHT 26HS(1) B-19A P IPF TO P I PE HS-202 C-F VOL UTP-10 - AUGHT 26MS (1) B-19A P IPE TO P I PE HS-202 C "F SUR PTP-1 AUGHT 26HS(1) 8 "20 P IPE TO P IPE HS-202 C-F VOL UTP-10 AUGHT W
26HS (1) A-?0 P IPE TO PIPE MS-202 C-F SUR PTP-1 AUGHT 26HS(1) C-19 VALVE TO P IPE HS-2 03 C-F VOL UTP-10 AUGHT 26HS(1) C-19 VALVE TO PIPE MS-2 03 C-F SUR PTP-1 AUGHT 26MS(1) C-20 P IPE TO P I PE HS-203 C-F VOL UTP-10 AUGHT 26HS(1) C-20 PIPE TO PIPE HS"203 C-F SUR PTP" 1 AUGHT 26HS(1) D" 18 VALVE T0 PIPE HS-2 0% C-F VOL UTP-10 AUGHT 26MS(1) 0-18 VALVE TO PIPE MS-206 SUR PTP-1 AUGHT 26HS(1) D" 19 P I PE TO P IPE HS-209 C-F =
VOL UTP-. 1 0 AUGHT 26HS(l) D-19 P IPE TO P I PE HS-2 00 C-.F 'SUR PTP-. 1 AUGHT 10-5B,3 .
TABLE 58 MELDS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS I N ASHiE SECTION XI JURISDICTION SECT ~ EXAH MELD IDENT Df SCR IP T ION DRAMING 0 XI EX NETH PROCEDURE NOTES 10RCIC(12)-1 SML TO PIPE RCIC-101 B-,J =
VOL UTP-10 AUGHT 10RCIC(12)-1 SML TO PIPE RCIC-101 B-,J SUR PTP-1 AUGHT t
10RCIC(12)-2 P IPE TO EL RC I C-10 1 8- J VOL UTP<<10 AUGHT 10RCIC(12)-2 P IPE TO EL RCIC-101 8-J 'UR . PTP-1 AUGHT 10RCIC(12)-3 EL TO P IPE RCIC-101 'B-.J VOL UTP-10, AUGHT .
10RCIC (12)-3 EL TO P (PE RCIC-.101 8-J .
SUR 'TP>>1 AUGHT lORCIC(12)-0 P IPE TO VLV R(ilCi>01 . 8-J -
Vol UTP-10 AUGHT 1 ORCI C ( 12) <<0 PIPE TO VLV RCIC-.101 8-J SUR PTP-. 1 AUGHT, I
10RCI C( 12) "5 VALVE Ta PIPE RCIC-.101 8-J -. VOl UTP-'10 AUGHT 10RCI C(12)-5 VALVE TO PIPE RCIC-101 8-J 'UR PTP-1 AUGHT 10R C I C(12) -5A PIPE TO P IPE RCIC-101 8 "J . VOL UTP-10 AUGHT 10RCIC(12)-5A P I PE TO P I PE RCIC-101 8-J -
SUR PTP-1 AUGHT l
1ORCIC(12)-e PIPE TO EL RCIC-1O1 -
8-J -
yOL UTP-10 AUGHT loRCIC(12)-e P IPE TO EL RCIC-101 8-J SUR PTP-1 AUGHT 10RCIC(12)"7 EL TO P IPE RCIC" 101 8-J VOL UTP-10 AUGHT i
10RCIC(12)-7 EL TO P IPE RCIC-,101 8-J SUR PTP-1 AUGHT 10RCIC(12) -8 PIPE TO PIPE RCIC-.101 8-J -, VOL .
UTP" 10 AUGHT 10RCIC(12)-8 PIPE TO P IPE RCI'C-101 '
8 "J =-,; 'UR -. PTP.-.1 AUGHT 10-5B.4
TABLE 5B MELDS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASHY SECTION XI JURISDICTION SECT ~ EXAH MELD IDENT DESCR IPT ION DRAWING tl XI EX HETH PROCEDURE NOTES 10RC I C(12) -9 P IPE TO EL RCIC-101 B-J VOL UTP-10 AUGHT 10RCIC(12)-9 P IPE TO EL RCIC-101 SUR PTP-1 AUGHT 10RCIC(12)-10 EL TO PIPE RCIC-la 1 B-J VOL UTP-10 AUGHT 10RCIC(12)-10 EL TO P IPE RCIC-101 SUR PTP" 1 AUGHT 10RCIC(12)-10A P I PE TO PIPE RCIC-10 1 8 "J VOL UTP-.10 AUGHT 10RCIC(12)-10A P IPE TO P IPE RCIC-101 SUR PTP-1. AUGHT 10RCIC(12)-11 P IPE TO TEE RCIC "101 B-J VOL UTP-10 AUGHT 10RCIC(12)-11 P IPE TO TEE RCIC-101 SUR PTP-1 AUGHT 10RCIC(12)-12 TEE TO PIPE RCIC-10 1 VOL UTP-10 AUGHT 1 OR C I C ( 12) -1? TEE TO PIPE RCI C-101 8-J SUR PTP-1 AUGHT I ORC I C ( 12) -13 P IPE TO EL RC IC-10 1 8-J 'OL UTP-.10 AUGHT 10RCIC(12)>>13 PIPE TO EL RCIC<<101 B-J SUR PTP-1 AUGHT 10RCIC(12)-liI EL TO P IPE RCIC-101 B-J VOL UTP-10 AUGHT I ORCI C( 12) 1ci EL TO PIPE RCIC-101 B-J SUR .PTP-1 AUGHT 10RCIC( 12) -15 P IPE TO PEN RCIC-101 B-J VOL UTP-10 AUGHT 10RCIC(12)-15 P IPE TO PEN RCIC-101 B-J SUR PTP-1 AUGHT i 10RCIC(12)-16 PEN TO EL RCIC-101 B "J VOL UTP-10 FI TTI NG TO F I TTI NGt AUGHT 1 ORCIC(12)-16 PEN TO EL RCIC-101 B-J SUR PTP-1 F I TTI NG TO F I TTI NG y AUGHT 10-5B.5
TABLE 58 MFLDS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURISDICTION SECTS EXAH MELO IDENT DFSCR IPT ION DRAMING (( XI EX NETH PROCEDURE NOTES 10RCI C(12) -17 EL TO PIPE RCIC-101 8-J VOL UTP-.10 AUGHT 10RC I C ( 12) -17 EL TO P IPE RCIC-10 1 8" J SUR, PTP-1 AUGHT 1 QRCI C( 12) -18 EL TO VALVE RCIC-101 VOL UTP-10 FITTING TO FITTINGS AUGHT 10RCIC(1P)"18 EL TO VAL VE RCIC-101 SUR PTP-1 FITTING TO F I TTING ~ AUGHT ORCIC (13)-1 TEE TO PIPE RCIC-1Q1 VOL UTP-10 AUGHT QRCIC(13)-1 TEF'O PIPE RCIC-101 8-J SUR 'PTP-1 AUGHT ARCIC(13)"2 PIPE TO EL RCIC-101 8-J VOL UTP-10 AUGHT ORCIC (13) "2 PIPE TO EL RC IC-101 8-J SUR PTP-1 AUGHT 4RCIC(13)-3 EL TO PIPE RCIC-101 VOL UTP-10 AUGHT ORC IC (13)-3 EL TO P IPE RCIC-101 8-J SUR PTP-1 AUGHT 4RCIC(13)-0 PIPE TO EL RCIC-101 8-J VOL UTP".10 AUGHT ORCIC(13)-0 PIPE TO EL RCIC-101 SUR PTP" 1 AUGHT IRCIC(13)"5 EL TO P IPE RCIC-101 VOL UTP-10 AUGHT ORCIC(13)-5 EL TO P IPE RCIC-101 8-J SUR PTP-1 AUGHT 0 RC I C (13) -5A PIPE TO PIPE RCIC-101 8-J VOL UTP-1Q AUGHT
%RC IC (13)-5A P I PE TO P I PE RCIC-lfl 1 8-J SUR PTP-1 AUGHT tRCIC(13) 0 P IFE TO P I PE RCIC-101 8-J VOL UTP-10 AUGHT 0 RC I C (13) -fi P IPE TO P IPE RCIC"101 8-J SUR 'TP" 1 AUGHT
TABLE 58 WELDS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURISDICTION SECTS EXAH
<<IELD IDFNT DFS CR IP T ION DRAM ING ¹ XI EX NETH PROCEDURE NOTES 4RCIC(13)-7 P IPE TO PIPE RCIC-101 VOL UTP-10 AUGHT 4RC IC (1 3) -7 PIPE TO PIPE RCIC-10 1 SUR PTP-1 AUGHT 4RCIC(13)-8 P IPE TO P IPE RCIC-10 1 8-J VOL UTP-10 AUGHT 4RCIC(13)-8 PIPE TO PIPE RCIC-101 8-J SUR PTP-1 AUGHT 4RCIC(13)-9 P IPE TO P IPE RCIC-10 1 8-J VOL UTP-10 AUGHT 4RCIC(13)-9 P IPE 70 P IPE RCIC-101 8-J SUR PTP-1 AUGHT 4RCIC(13)-10 P I PE TO P I PE RCIC-101 BJ VOL UTP-10 AUGHT 4RCIC(13)-10 PIPE TO PIPE RCIC-101 8-J SUR PTP-1 AUGHT 4RCIC(13)-11 P IPE TO P I PE RCIC-10 1 8-J VOL UTP-10 AUGHT 4RCIC(13)-11 P IPF TO PIPE RCIC "101 8-J SUR PTP-1 AUGHT 4RCIC(13)-12 PIPE TO PIPE RCIC-101 8-J VOL UTP-10 AUGHT
'>>J 4RCIC(13)-12 P IPF. TO P IPE RCIC-101 SUR PTP-1 AUGHT 4RCIC(13)-13 PIPE TO PEN RCIC-101 8-J VOL UTP-10 AUGHT
'IRC IC (13)-13 PIPE TO PEN RCIC-101 SUR PTP-1 AUGHT 4RCIC(13)-14 PEN TO LL RCIC-101 8-J VOL UTP-10 FITTING TO F ITTI NGt AUGHT 4RCIC (13)-14 PEN TO EL RCIC-101 8- J SUR PTP-1 FI TTI NG TO F ITTINGe AUGHT 4RCIC(13)-15 EL TO PIPE RCIC-101 8-J VOL UTP-30 AUGHT 4RC IC (1 3) "15 F;L TO P IPE Rcic-101 8-J SUR PTP-1 AUGHT
TABLE 58 MEt DS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BRCAK EXCLUSION AREA WELDS I N ASHE SECTION XI JURISDICTION SECT ~ EXAH MELD IDENT DESCR IPTION DRAWING (( XI EX HETH PROCEDURE NOTES 4RCIC(13)"16 P IPE TO EL RCIC-10 1 8-J VOL UTP-10 AUGHT 4RC IC (13)" 16 PIPE TO EL RCIC-101 8-J SUR PTP-1 AUGHT 4RC IC (13)-17 EL TO PIPE RCIC-101 8- J VOL UTP-10 AUGHT 4RC IC (13) "17 EL TO PIPE RC IC-l01 8-J . SUR -" PTP".1 AUGHT 4RCIC(13)-18 P I PE TO P IPE RCIC-101 B-J, VOL UTP-10 AUGHT 4RC I C (13)-18 P IPE TO P IPE RCIC-101 8-J SUR PTP-1 AUGHT 4RCIC(13)-19 P IPE TO VLV RCIC-.101 8-J VOL UTP-10 AUGHT 4RCIC(13)"19 PIPE TO VLV RCIC-.101 8-J 'UR PTP-1 AUGHT 24RFM(1) A-1 VALVE TO PIPE RFM-101 8- J VOL UT P-1 0 AUGHT
~ 24RFW(1)A-1 VALVE T 0 PIPE RFW-101 8- J SUR PTP-1 AUGHT 24RFM(1) A-1/5RFW(11)-4 P IPE TO MOL RFW=101 8-J 'OL UTP-.. 10 'UGHT 24RFW(l) A-1/5RFM(l 1 )-4 P I PE TO MOL RFW-101 '-J, SUR PTP-1 AUGHT 5RF W (11 ) A-2 SLEEVE TO MOL RFM-101 B-.J ., VOL U,TP.-10 AUGHT'UGHT 5RFW(11) A-2 S LEEVE TO WOL RFM-101 8-J SUR-. PTP-,1 5RFW( ll ) A-1 SLFEVE - SLEEVE RFW-101, J: VOL,UTP-10 AUGHT 5RFW(11) A" 1 SLEEVE - SLEEVE RFM-101 B-,J .SUR AUGHT 24RFW(1)A-2 PIPE TO VALVE RFM-101:, 8-J . ',VOL,"', -. UTP-10 AUGHT 24RFW(1)A-2 P I PE TO VALVE RFM-101 -
B-.,J "- SUR 'TP-1-. AUGHT 1A RR A 0
TABLE 58 ML LOS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURI'SOICTI ON
- SECT ~ EXAM MELO IDENT DESCR IPTION DRAM ING t) XI EX METH PROCEDURE . NOTES 24RFW(1) A-3 VALVE TO PENE RFM-101 8-J VOL UTP-10 AUGHT 24RFW( 1)A-3 VALVE TO PENE RFW-101 B=J SUR PTP-1 AUGHT 24R FW (1 ) A-4 P ENE TO V ALVE RFW-1,01 B-,J VOL UTP,-10 AUGHT 24RFM(l ) A "4 PENF. TO VALVE RF M-101 8-J SUR PTP-.1 AUGHT 1
I 24RFM(l ) A-5 VALVE T Q PIPE RF V-.101 8-;J VOL UTP-10 AUGHT 24RFM(1) A-5 VALVE TO P IPE R FM-. 101 B-,J SUR PTP-1 AUGHT 24RFM(l ) B-l VALVE TO PIPE RFM-102 B-.,J VOL UTP-10. AUGHT 24RFM(l)8-1 VALVE TO PIPE RFM-102 8,'J SUR PTP-1 AUGHT 24RF W (1 ) 8-1/5RFM( 1 1 ) "4 P I PE TO MOL RFW-102 8-,'.J VOL UTP-10 AUGHT 24RFM(1 ) 8-1/5RFW( 1 1 )-4 P IPE TO MOL RFM-102 B=J SUR PTP-1 AUGHT 5RFM( 11) 8-2 SLEEVE IO MOL RFM-102 B-.J VOL UTP-10 'AUGHT 5RFM(11)0-2 SLEEVE TO MOL RFM-102 8-J SUR PTP-1 AUGHT'ILLET 5RFM(11)B-1 SLEEVE-SLEEVE RFM" 102 B-.J VOL UTP=10 MELO e AUGHT ~
5RFM(11)8-I SLEEVE-SLEEVE RFM-102 B-.J SUR PTP" 1 FILLET WELD w AUGHT ~
24RFW(1)8"2 PIPE TO VALVE RFM-102 B-.J ~
VOL UTP-.10 AUGHT 24RF'M(1)8-2 PIPE TO VALVE RFM-102 B-,J SUR PTP-1 AUGHT 24RFV(1)0-3 VALVE TO PENE RFW" 102 - B-J VOL UTP-10 AUGHT 24RFM(l)8-3 VALVE TO PFNE RFW-102 -" 8-J SUR PTP-,1 AUGHT 10-5B.9
TABLE 58 MELDS IN AUGHENTEO HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURISDICTION SECTS EXAH MELO IDENT OES CR IP T ION DRAMING ¹ XI EX HETH PROCEDURE NOTES 24RFM(1)8-4 PENE TO VALVE RFM-102 8-J VOL UTP-10 AUGHT 24RFM(1)O-4 PENE TO VALVE RFM-1 02 8-J SUR PTP-1 AUGHT 24RFM ( 1) 8-5 VALVE TO PIPE RFM-102 8 -.J VOL UTP-10 AUGHT 24RFM( 1 ) 8-5 VALVE TO PIPE RFM-102 8-J SUR PTP-1 AUGHT 6RFM(11)"1 VALVE TO PIPE RFM-103 8-J VOL UTP>>10 AUGHT 6RFM(11)-1 V ALVE I0 PIPE RFM-103 8-J SUR PTP-1 AUGHT 6RFM( 1 1 )-2 P IPE TO EL RFM-103 8-J VOL UTP-10 AUGHT 6RFM(11 )-2 P IPE TO EL RFM-103 8-J SUR PTP-1 AUGHT 6RF M(11 ) -3 EL TO P IPE RFM-103 8- J VOL UTP-10 ~
AUGHT 6RF M ( 11 ) -3 EL TO P IPE RFM-103 8-J SUR PTP-1 AUGHT 6RFM(11)-4 P IPE TO EL RFM-103 8-J'OL UTP-10 AUGHT 6RFM(11)-4 P IPE TO EL RFM-103 B-,J SUR PTP-1 AUGHT 6RFMtll)-5 EL TO PIPE RFM-103 8-J VOL UTP=10 AUGHT 6RFM(11)-5 EL TO P [PE RFM-103 8-J SUR PTP-1 AUGHT 6RFM( 11 ) -6 PIPE TO EL RFM-1 03 8- J VOL UTP-10 AUGHT 6RFM(11 )-6 PIPE TO EL RFM-103 8-J SUR PTP-1 AUGHT D
6RFM(11) -7 EL TO P IPE RFM-103,8- J VOL UTP-10 AUGHT 6RFM(11)-7 EL TO P IPE RFM" 103 J SUR PTP-1 AUGHT
TABLE 88
'IJELDS IN AUGHENTED HI GH ENERGY CLASS 1 P IPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURISDICTION SECT ~ EXAM MELD IDENT DES CR 1P T ION DRAM I NG ¹ XI EX HET H PROCEDURE NOTES 6RFM(11)-S P IPE TO TEE RFM-103 8-J VOL UTP-10 AUGHT 6RFM(11)-8 PIPE TO TEE RFM" 103 8- J SUR PTP-1 AUGHT I
4RFM(ll)A-1 TEE TO PIPE RFM-103 8-J VOL UTP-10 AUGHT 4RFM(11)A-1 TEE TO PIPE RFM-103 B-.J -
SUR PTP-1 AUGHT I
4RF M( 11 ) A-2 PIPE TO EL RFLJ-103 8-J . VOL UTP-10 AUGHT 4RFM(11)A-2 P IPE TO EL PFM-103 8-J SUR PTP-1 AUGHT 4RFlJ(11) A-3 EL TO SLEEVE RFM-103 8".J VOL u TP-10 AUGHT.
4RFM( ll)A-3 EL TO SI EEVE RFM-103 8-J SUR PTP-.l AUGHT 6RF lJ (11 ) -9 TEE TO PIPE RFM-103 8-J VOL UTP-10 AUGHT.
6RFM(11)-9 TEE TO PIPE RFM" 103 SUR PTP-1 AUGHT 6RFM( 11 )-10 PIPE TO REDUCER RFM-103 8-J VOL UTP" 10 AUGHT 6RFM(11 ) -10 PIPE TO REDUCER R FIJ-1 03 8-J SUR PTP-1 AUGHT 4RFM(11 )8-1 REDUCER TO PIPE RFM-103 VOL UTP-10 AUGHT 4RFM(ll)8-1 REt)UCER TO PIPE RFW-103 8-J SUR PTP-1 AUGHT 4 RFLJ ( 11 ) 8-2 P IPE TO EL RFM-103 8-J VOL UTP-10 AUGHT 4 R FLJ ( 11 ) 8-2 PIPE TO EL RFM-'103 8-J SUR PTP-1 AUGHT 4RFM( 11 ) 8" 3 EL TO PIPE RFM-1 03 VOL UTP-10 AUGHT 4RFM(11 ) 8-3 EL TO P IPE RF'M-103 8-J SUR PTP-1 AUGHT 10-5B, 11
TABLE 58 WEI DS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA WELDS IN ASNE SECTION XI JURISDICTION SECTS EXAN MELD I DEN T tf DES CR IP T ION DRAM I NG X I EX NETH PROCEDURE NOTES t
4RFW( 1 1 ) 8-4 P IPE TO EL . RFM-103 8- J VOL UTP-.10 AUGHT I
4RF M( ll R-4
) P IPE TO EL RFM-103 8- J SUR PTP-1 AUGHT 4RFM( ll)8-5 EL TO SLEEVE RFM-103 B-.J VOL UTP=10 AUGHT-4RFM(11)8"5 EL TO SLEEVE R FLl-103 8-J SUR PTP.-1 AUGHT 6RMCU (3 )-20 P IPE TO VALVE RMCU-101 8-J VOL UTP-,10 AUGHT 6RMCU(3 )"20 PIPE TO VALVE RMCU "10 1 8-J SUR PTP-.1 AUGHT 6RMCU(3)"21 VALVE TO PIPE RWCU-101 8- J VOL'TP-10 AUGHT 6RWCU (3) "21 VALVE TO PIPE RMCU-101 8-J SUR PTP-1 AUGHT 6RMCU(3)"22 P I PE TO P RMCU-101 8-J . VOL UTP-10 AUGHT ENE'IPE 6RMCU(3)-22 TO PENE RWCU-10 1 8- J SUR PTP-1 AUGHT 6RMCU(3)-23 PENE TO EL RMCU-101 8- J VOL UTP-10 AUGHT 6RMCU(3)-23 PENE TO EL RWCU-101 8-J SUR PTP-1 AUGHT 6RWCU(3)-24 EL TO P IPE RWCU-10 1 8- J
- VOL UTP-10 AUGHT 6RMCU(3)-24 EL TO P (PE RWCU-101 8-J SUR -
PTP-,1 AUGHT I 6RMCU(3)-25 PIPE TO EL RVCU" 10 1 8- J VOL UTP-10 AUGHT 1
6RMCU (3 )-25 PIPE TO EL R'VCU-101 B-.J, SUR PTP-1 AUGHT t'RWCU(3)-26 EL TO PIPE , RMCU-,. 10 1 8- J , - VOL UTP",10 , AUGHT 6RWCU(3)-26 EL TO P IPE RMCU "10 1 B-,J .
SUR PTP-1 AUGHT 10-,5B, 12 0
TABLE 58 MELDS IN AUGHENTED HIGH ENERGY CLASS 1 PIPE BREAK EXCLUSION AREA MELDS IN ASHE SECTION XI JURISDICTION SECTS EXAH WELD IDENT DESCR IPT ION DRAMING tt XI EX NETH PROCEDURE NOTES 6RMCU(3)-27 P IPE TO VALVE RMCU-10 1 B-J VOL UTP-10 AUGHT 6RMCU(3)-27 PIPE TO VALVE RMCU-101 B-J SUR PTP-.l AUGHT TOTAL COUNT 218 10-.5B,3,3
APPENDIX
- Request for Relief No. PSI-2-001
- NIS-2 Reports APPENDIX A Request for Relief No.
PSI-2-001
RE(VEST FOR RELIEF 'NO. PSI-2-001 Component ASME Class 1,Section XI Category B-A~ pressure retaining welds or System in reactor pressure vessel. List attached.
ASME Class 1,Section XI Category B-J pressure retaining welds in piping. List attached.
ASME Class 2,Section XI Category C-F pressure retaining welds in piping. List attached.
Code All of the subject welds were designed and fabricated to ASME Section III Class 1 or 2. The Preservice Inspection is to be performed to the 1974 Edition Summer 1975 Addenda of ASME Section XI and Appendix III of the Winter 1975 Addenda.
Number ~Cate or No.
of Welds B-A+ 13 B-J 10 C-F 4 Section XI Section XI requires examination of 100% of the pressure retaining Requi rements welds in Categories B-A*, B-J and C-F be performed completely as a Preservice Inspection before initial plant startup. The following examinations are required:
B-A+
All pressure retaining welds in Reactor vessel. Volumetr ic 8-J Circumferential and longitudinal piping welds. Volumetric Branch pipe connection welds exceeding 6-inch Volumetric diameter.
Branch pipe connection welds 6-.inch diameter Surface and smaller.
Socket welds. Sur face C-F Circumferential butt welds. Volumetric Longitudinal welds joints in fittings. Volumetric Branch pipe-to-pipe welds joints. Volumetric Basis for Relief is required from ASME Section XI examination requirements Requesting on the basis of partial inaccessibility of the weld due to plant Relief design. The specific inaccessibility problem for each weld is explained under remar ks on the attached tables.
11-A. 2
Alternative The welds (except for the following) in this request for relief Examinations are partially inaccessible to all examination methods.
20 RHR(1) A-4 (RHR-201) 20 RHR(1) 8-4 (RHR-207)
These two welds will be examined by UT in the areas where PT was not possible.
Impact on There will be no adverse impact on plant quality and safety by Plant guality doing only a partial code examination of these welds.
and Safety
- 1. The Class 1 piping welds have passed radiographic and dye penetrant examinations in accordance with Section III.
- 2. The Class 2 piping welds have passed radiographic examination in accordance with Section III.
- 3. The Class 1 RPV welds have passed radiographic; magnetic particle and ultrasonic examinations in accordance with Section III.
- 4. All of the identified welds will be subject to a system pressure test in accordance with Section XI Class 1 or 2 requirements.
- 5. Leak detection systems identify significant leakage in the areas of the subject piping welds. Appropriate operator action would occur due to leak detection system alarms.
- 6. Alternate systems can bring the reactor to a safe shutdown.
- 7. Other similar welds in the vessel or same piping run will receive full code examinations. The integrity of the pressure boundary can thus be verified by sampling.
- Category 8-A per 1977 Edition Sumner 1978 Addenda, this includes both Category 8-A and 8-8 welds per 1974 Edition, Surfer 1975 Addenda. Category 8-A and 8-8 have been combined into 8-A in later codes. The WNP-2 PSI Program considers these Category 8-A so the PSI Program will be consistent with the ISI Program.
NOTES TO FOLLOWING WELD TABLES A. Isometric drawing numbers (Iso. No.) which start with a "1" such as MS-101 are Code Class 1 and Section XI Category B-J.
B. Isometric drawing numbers (Iso No.) which start with a "2" such as NS-201 are Code Class 2 and Section XI Category C-F.
C. The entire reactor pressure vessel (RPY) was completely examined except for the small areas identified under remarks on the following RPV (category 8-A) weld tables.
CATEGORY B-A SECTION III ISO. NO. WELD NUMBER DATA SHEET DESCRIPTION EXAM REMARKS i .'PV-101 1210-1, 1A, 2, Vessel to Flange MT, UT, RT Thermocouples at 135o, 270o. and
~ ~ 2A, 3 360o RPV-101 AD 1210-13, 14, 83-t4 SC-CRC WD MT, UT, RT 7 2-foot long key lugs obstruct weld 15, 5, 9, 7, at 45o intervals t
8, 16 RP V-101 BJ 1210-5, 7, 8 83 SC VRT WD at MT, UT, RT Key lug at weld AD intersection.
50o RPV-101 1210-6, 46, 16, 83 SC VRT WD at MT, UT, RT Key lug at weld AD intersection.
21 . 170o RPV-102 DA 1210-35, 38, 42 BTM HD MRD at MT, UT, RT Thermocouples at weld AA intersection l 272 l
l Vl Note: The above UT exams were done by I NES before the vessel was installed.
RPV-102 DG RPU-085, 075, BOT HD DOL at MT, UT, RT See Note 1 094, 126 270o RPV-102 DR RPU-086, 076, BOT HD DOL at MT, UT, RT See Note 1 095, 127 90o RPV-102 DA RPU-088, 116, BOT HD MRD at MT, UT, RT See Note 2 078, 110, 272o 104, 106 RPV-102 DB RPU-089, 117, BOT HD MRD at MT, UT, RT See Note 2 079, 111, 332 099, 107
CATEGORY B-A SECTION I II ISO. NO. WELD NUMBER DATA SHEET DESCRIPTION EXAM REMARKS RPV-102 RPU-090, 118 BOT HD MRD at MT, UT, RT See Note 2 t
I ~
080, 112, 32 100, 108 RPV-102 DD RPU-091, 119 BOT HD MRD at MT, UT, RT See Note 2 081, 113, 92 101, 109
" I RPV-102 DE RPU-092, 120 BOT HD MRD at MT, UT, RT See Note 2 082, 114, 152 102, 122 I . RPV 102 RPU-093, 121 BOT HD MRD at See Note 2 I
083, 115, 212 103, 123 Ol Note 1: Only 12" to 23" on each end of the weld, starting from the intersection of weld AJ, can be examined due to CRD i
penetrations and housings.
I Note 2: Only 21" starting from the intersection of weld AA and s
14" starting from the inter-section of weld AJ can be examined due to vessel support skirt. (Approxi-mately one foot is not being=
examined on each weld.)
CATEGORY B-J and C-F DATA SEC. SECTION XI III
'T SHEET ISO. NO. WELD NUMBER NUMBER EXAM DESCRIPTION EXAM REMARKS
. RHR-201 20 RHR(l) A-4 RHP-190 Pipe to Reducer RT No surface exam 330o-30o due to perma-nent obstruction (6" not examined). Alter-nate exam UT from 1 side.
r RHR-207 18 RHR(1) 8-7/ RHP-154 PT Branch Connector RT l-l/2" around Oo not examined due to per-6 RHR(7)-2 manent (welded hanger ) interference.
RHR-207 20 RHR(1) 8-4 RHP-201 PT Pipe to Elbow RT No surface exam 330o-Oo-30o due to permanent obstruction (6" not examined).
Alternate exam UT from 1 side..
~
'HR-207 18 RHR(1) B-42 RHP-201 PT Pipe to Elbow RT No exam 4" around 180o obstructed by permanent hanger.
RFW-101 18 RFW(l) A-4 FWP-046 PT Pipe to Reducer RT/PT 2-1/2" around 0o not examined-welded "N" stamp.
I RHR-106 12 RHR(1) 8-11LDO RHU-075 UT Elbow Seam RT/PT No exam 4" to 5-1/2" due to branch li j connection (1-1/2" not examined).
- . RRC-101 24 RRC(2) A-BLDI RRU-101 UT Elbow Seam RT/PT No exam 18" to 19" due to instrument line interference (1" not examined).
. RRC-101 24 RRC(2)A-8LDO RRU-101 UT Elbox Seam RT/PT No exam 38" to 40" due to branch connection (2" not examined).
RRC-102 24 RRC(1) B-6LDI RRU-112 UT Tee Seam RT/PT No exam 17" to 18" due to fitting (1" not examined).
RRC-104 4 RRC(51)-5 RRU-508 UT Elbow to Pipe RT/PT 4 lugs within 0.25" of weld edge. Code RRP-170 PT requires 0.337". Weld volume fully examined by UT.
LPCS-101 4 LPCS(1)-1 LPU-030 UT Flange to Pipe RT/PT UT exam limited by welded "N" stamp, 340o
<< 25 . PT exam covered entire weld.
CATEGORY B-J and C-F DATA SEC. SECTION SHEET XI III ISO. NO. WELD NUMBER NUMBER EXAM DESCRIPTION EXAM REMARKS HPCS-101 4 HPCS(1)-1 HPU-026 UT Flange to Pipe RT/PT UT exam limited by welded "N" stamp, 60o to 120o. PT exam covered entire weld.
HPCS-101 4 HPCS(1) -2 HPU-027 UT Pipe to WOL RT/PT UT exam limited by welded "N" stamp 60o to 120o. PT exam covered entire weld.
! RPV-101 4 JP(NZ)B-2 RPU-437 UT SE to Fitting RT/PT UT limited due to geometry of SE to fitting weld. PT covered entire weld.
Pictures Depicting Access Prob1ems 11-A. 9
RE(UEST FOR RELIEF NO. PSI-2-001
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REgUST FOR RELIEF NO. PSI-2-001 t
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13 RE(VEST FOR RELIEF NO. PSI 2-001
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RE()UEST FOR RELIEF NO. PSI 2-001 g'4,gh,, m gg f zl c
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APPENDIX 8 NIS-2 Owner's Reports NIS-2 /
Number/Pro ram Number Descri tion 2-0001 Replacement of RPV Safe Ends. Nozzles N2-A through N2-K.
2-0002 RHR-V-27A, RHR-V-278 2-0015 SLC-TK-1 nozzle N-10 2-0016 RRC-V-60A, RRC-V-608 2-0017 RFW-V-328 2-0018 RHR-V-123A 2-0019 NS-LS-248 2-0020 RHR-V-24A 2-0021 RFW-V-32A 2-0022 RHR-V-1238 2-0023 RHR-V-113 2-0025 HPCS-V-24 2-0026 RHR-V-468 2-0034 Containment Vessel 2-0037 Containment Vessel 2-0039 RFW-V-65A 2-0040 HPCS-P-1 2-0041 SW-V-104D 2-0042 SW-V-57A 2-0048 RHR-V-73A, RHR-V-7381 RHR-V-74A, RHR-V-748, RHR-V-134A, RHR-V-1348 2-0049 RHR-V-3A 2-0054 Containment Vessel 2-0056 Containment Vessel 11-8. 1
NIS-2 No. 2-0001 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions, of ASME 'Code Section XI
- l. ogdner W i ton Publ ic Power Su 1 S stem Gate 3000 George Washington 2laj", Richland, WA 99352 WNP-2 Address) N/A
- 2. Plant Unit Hanford Reserva Ni, Benton County, WA
- 3. lgork Perfoftned by GE/NED P.O. Inl 205-AL876 (for safe-ends)
Repair Organitat1on P.O .'io. ~ Job Noe etc.
Fl a)$ aQ e
9530 E El Moflte CA 91734
- a. identification of Systefn P ure VeSSel
- 5. (a) Applicable Construction codeSeC ~ II I lg 74 Edition, Addenda~ Code Cases (ol Apollcaole Edltlan of Eecclon xl otllfxed for Reoalrs or Replaceaents xgZT Tg Addenda. code cauaes
- 6. Identification of Conoonents Repaired or Replaced, and Replaceeent CofiieunentS Naife of Nafhe of Nfrs. Sef. Nat'l. 8d. CRN No Other Year Repaired, ASNE Code Cocgponent aifr. No. No.
~
Identi- 8uilt Rep'laced, Stafffped f1cation or (Yes or No)
Appurtenance Repl acegtfent N2-A-SE 30 Murdoc k MI-096 N/A N/A N/A 1979 Re lacement Yes N2-B-SE 60 Murdock MI-092 N/A N/A N/A 1979 Replacement Yes N2-C-SE 90 Murdock MI-093 N/A N/A N/A 1979 Replacement Yes N2-D-SE 120 Murdock MI-098 N/A N/A N/A 1979 Replacement Yes N2- E- S E 150 Murdock MI-099 N/A N/A N/A 1979 Replacement Yes
( Cont)nue o ee
- 1. oescription of Uork The WNP-2 Reactor Recirculation inlet nozzl e safe ends and thermal sleeves were replaced prior to plant startup because of concerns with the design and material of the ori inal safe ends. The Inconel recirculation inlet nozzle safe ends and associated 304 stainless steel extensions were replaced with a one piece safe end of the tunin fork desi n. No stainless steel safe end extensions are used in this desi n. The re lacement safe ends and thermal sleeves are made of 316L stainless steel. The rimaT ob'ective of the re lacement was to im rove lant reliabilit After replacement, the pressure boundary welds were examined by Radiographic (RT),
Li uid Penetrant (PT), Ultrasonic (UT) and Visual (VT) methods. No unacceptable indications were found.
- 8. Tests conducted Hydrostatic QH pneiefgatic CI Noetinal operating pressure CI other CI fest pressure 12 17 psl fest leep td f1 p cora << t ocslgn e esse e Tgfgl The ofi inally designed and fabricated lnconel recirculation inlet nozzle 1 leeve attachment weld This de i n has been found to be susce tible to inter ranular stress corrosion cracking ( IGSCC).
The new material, lack of crevice, and significantly lower stresses associated with the new safe ends rovide a hi h confidence in an antici ated fort (40) ear service life for the subject components.
- The Pressure test was done to the ASME Section XI 1980 Edition Winter 1980 Addenda.
11-8.2
CERTIFICATE OF COMPLIANCE
'Ae certify that the statements made in this report are correct and this conforms to Section Ãl af the AS>>S S'igned PrO .gn. r <e -3 / 2) ,lg (C>>ner or O>>ner's esrcneei le (Oat CERTIFICATE OF INSPECTION I. the undersigned, holding a valid corrafssian issued by the National Board of Boiler and Pressure Vessel tnspectors and the State af Province of m44r
~l ~ ~
I
~ . emplayed by (Repair(s) or Replacenent(s)
.19 ~ of and state that to the best of my knowledge and bel1ef, this repair or replacement has been constructed in accordance >>1th sect1an Xl af the ASM'ode. By signing this certificate, neither the inspector nor his employer makes any >>arranty, exaressed or imolied, concerning the repair or replacement descr1bed in th1s Report. Furthermore, neither the Inspector nor h1s emoloyer shall be liable in any manner for any personal inJury or 'property damage ar a loss of any k1nd arising fram or connected with this inspection.
Cormissians (tnspector) (State or Province, .'Iat1anal Soara)
Rote: Supplemental sheets in form of lists, sketches. or drawings may be used provided ( l) size Brs in. X ll in..
(2) information in items l through 4 on this data report is included on each sheet. and (3) each sheet is numbered and the numoer of sheets is recorded at, the top of this form.
NIS-2 No. 2-0001 Date:
Sheet 2 of 34
- 1. Owner: Washington Public Power Supply System 2. Plant: WNP-2 3000 George Washington Way Richland, Washington 99352
- 3. Work Performed By: General Electric Installation 8 Service Engineering 9530 E. Flair Drive El Monte, California 91734 Purchase Order for Safe-ends: GE/NED P.O. 8205-AL876
- 4. Identification of System: Reactor Pressure Yessel
- 6. Continued Mfrs. Repaired ASME Code Name of Name of Ser. Year Replaced or Stamped AJQ Manufacturer Ho. Built Re lacement (Yes or No)
N2-F-SE 210 Murdock Ind. MI-097 1979 Repl acement Yes N2-G-SE 240 Mur dock Ind. MI-100 1979 Replacement Yes N2-H-SE 270 Murdock Ind. MI-095 1979 Replacement Yes N2-j-SE 300 Murdock Ind. MI-101 1979 Replacement Yes N2-K-SE 330 Murdock Ind. MI-.094 1979 Replacement Yes 11-B. 4
h o
FOI4M iN-'2 hl aaaiUFACTUill':llS DATA iUrPOI(T 'I'Ol< 5'UCLEAR PAllT AND APPUl(TLrNANCL)5 Aac ri. roil by ibo I rovisiasis of tlati AQif'<adt.~its HIS-2 No. 2-0003 She XNC. 15800. S. Avalon Blvd. Compton
~~4'URDOCK CA 90220 c (ttsase snd sddress oc Ctsnulscavrer or peda)
(b) M f J f GENERAL ELECTRIC CO 1 75 Curt ner Ave ., San Jose, CA 95 1 2 (tcscfe snd sddress oc )csnurscturer oc cofsptsard busiest cofsponena)
- 2. ldcncifid:utivn Manufacturer's Serial No. uf )Puca 092 Nuadl I)J )civ (a) Conscrucced hccvrdling av Drawing Nu.
'12D2704 Rev.1Drfawintc ECN-NH03747 IJrupureJ by Gener a l E le ctri c Co (b) Desccipcion of P arc Inspected Summer fe) Alnl e nleddnfLCM cd 1974 c'onlll,@deci,,Addend doer,C 1976 .. N N A
~
Cluss R.cmucksa Recirculatin ,(Grace Inlet Nozzle for Reactor Vessel description oc service cor nodlwia c~aogg wsr hassafaned)
F316L 9.920 -
~ n For ain SA 182 I.D. 14.25 Identification as per NA 8312
'4'c ccrcify tha! che scacemcnts made in chisircporc are corrccc anal chio vessel porc vr appvrccnancu us define.l an chan Cudu cvfa forms co thc rules of construction of thc hSMI; Code Seccion III (Thc applicable Dcsagn Specification and Scress Rcporc are noc thc responsibility of che part Manufaccurcr. hn appurtenance Manufacturer is responsible for furnishing n acparnte Design Specification anal Stress Rcport if chc appurta nona'u is ilui inaluda al in ilie component Design Spccificnciou and Stress Repocao) o I9~ ggned MURDOCK XNC
=
Uy Ccctificate of huchorixacion Ir p'nuar 5
()Casu(securer) 19 82 Ceruficatc of huilivriuuaivn )(u. N- 1 2 CEIL'GFICATlON OF DESlGN FOlt APPUltTL'NANCE (avttcn upplicaablc:)
Design infocmaaion on file ac Scccss analysis ccpocc on lilc ac N Design spcciticacions ccccificd by P of ann,dc c ll O.N Scrcsa analysis ccpocc ccrcificd by N/A Poof.and.dence ll A.N CERTIFICA'l'E OF SHOP INSPL?Cl'lON I, chc undersigned, holding a valid conunission issued by the Nacional Boacd of Boiler and Pcci sure Vessel lnspeccvrs LOn GrOVe XllinOiS have baspccted thc part vf a pre s rc vessel Jc ccabcJ Manufacturer'a Parcial Data Rcpocc on ? 19~,
and belief, the Manufacturer has consccucccd chio pace in accordance wich aho hSa(I'oJe Section lll.
and state ahac to chc bcsc vf my knvwlvditc By signing chas certificate, neicher the inspector,noc hia employer makes any warranty, expressed or implied, cond:em ing iha: part described in this Manulacturcr'a Partial Data Report. Purihermora, aoa'ather ilae laasffca i>>r al>>r lais ad>>pl>>yur shall bc liable in any manner fvr any personal injury or pcopcccy damage ur a luss uf any,.kind uracdng frudn ur cuunccacJ with chis inspection. lc Date 2- 5 o '7 f N~cd c Calit. 1408
)nspecaoros saicnsaaue M N ContractOr )tsatossl taosrd, sa provisos snd Soo
~ supplemental sheets in fons oc list ~, sketches or drswtnfas dssy iw used provided (l) ~ ter is ta'Yd' i )od, (2) lscvnsooa>>sd in ia sls i 2 ded ibis osis NPhoda is included vn. ~ hoch siwvao snot (d) ew:ad safcrea is nvdsawrvnt odsnt shddsaoer v! ehveas is rvvdontvha tn iivw Jo "Krsonodafsuo
- Lumbermens Mutual Casualty Company
IPORIII N-2 MANUI'CTU."::(SDATA RI'OR'I'OR NUCLL'AR PAP:-.";END APPURTENANCES r'III I'ccluircai by Ibc PrnvfNionrr ol'bc ASIAEd Cude Rul cpa NIS-2 Ho. 2-0001 Sheet 4 Df
- l. (s) Manufactwcd by MURDOCK, INCe t 15800 S. Avalon Blvd., Compton, CA 90220 (Items and aatdress or Msnurseturer of para)
GENERAL- ELECTRIC COrr 175 Curtner Ave., San Jose, CA 95125 (Name and address of Ltanulscturer ot compirted nucirsr component)
- 2. ldcncificacion-hlsnufacturcr'>> Serial No. of Pace Ns,lod.No. N A 112@2704 Rev 1 ECN-NH03747 (s) Conscrucccd hecording to Drawing bio. Drawing IIfcpsrcd by Gen era 1 Ele CtrXC CO ~
(b) Desctipcton of. Part lnspccced ip) dppi'p ai IIINNC d:S 4 III,Ldid o,dadd1974 d dpr,C Summer 1976 No. N A Clssi 1 Remsckst Recirculatin Inlet Nozzle for Reactor wsoVessel (Brief description ot sorvioe tor which edpmnorpeot desi>>nod)
For in - +.06 SA 182 F316L 9. 2 I.D. 14.25 Identification as per NA 8312 INC.
t We ccrcify thacchc staccmcnc>> made in chis tcporc scc correct and chi>> vcsscl pare or sppurccnanca: a>> defined ia thc Code cun forms co chc cules of construccion of che hSIIIE Code Seccion III (Thc applicablc Design Specificacion snd Sere>>a Rcport arc noc thc rcsponsibalicy of chc part hlanufseturcr. hn sppuncnsnce Manufsccurcr is responsible for fwnishing a separncc Design Spccificsrien snd Scrc>>>> Rcporc if thc sppurtcnanc t included in thc component Design Spccificacion and Stress Rcport.)
Dace 1922 Signed MURDOCK (Nanaatao I urer)
Ccrcificsce of huthorizscion Expiccs Ccrcificace ol huthocisation Nu.
CERTIFICATION OF DESIGN FOR APPURTENANCE (vvhcn applicable)
Design iaformacion on file sc N A Sere>>a analysis repocc on file ac Design specificacions ccccified by Stress analysis rcport ccccificd by N/A'rof. Eng. Scacc Prof, I'.ng. Scute a p.Np.
lie)t. Nu.
CERTIFICATE OF SHOP INSPECTION l, thc undcrsigncd, holding a valid commission issued by thc Nacionsl I)osrd of IInilcr and Prc>>sure Vc>>acl In>>poet>>r>>
snd/or thc Scare or Province of Cal>fOrn>a and cmploycd by Lon Grove Illinois have inspccccd che pare of a prcssure vcsscl desccibcd in this hlanufscturec's Parcisl Dacs Repocc on and belief, the hlanufactuter has constructed this pace in accordance wich che hShlE Code Section ill.
Dy signing thi>> cctcificste, neither thc In>>peccor,not,hta cmploycr makes any warroncy, exprc>>scd or implied, I apnccrn iaag the part dua'cribcd in thi>> Mruaufncturcr'>> Parti>>I Daatu Reiwrt ~ Irurtiaernaurc, I.a itha'r aiie Iap>>iiaytapr a>>pr Iai>> a>>aplapya r shall be liable in any manner foc any personal injury ot propeccy dataagc or a loss ol any kiad >>casing from or conncctcd wich chis inspection.
Dace f9'onuniasions Calif. 1408 Iaspoctor' st>>nature M N~ COntraCtOr Neaioasi Qoord, Stets, Province sad Nop
~ supplement ~ I shoots In fons ot Iiot~, sketches or drswtnss posy bo used provided (I) rior I ~ syd" s I I", (2) Iarodpsralon In iloms I+2 on this data rePort is Included on each sheet, sod (2) rash sheet is auaabrred anal aumber of sheet ~ I~ rerorated ta item 2p "Remarks",
- Lumbermens Mutual Casualty Company 11-B. 6 N,P" p'.p. ~ I>> '
~. Ip pa r..r'.ppr rprddrppr hapr'rtrrdd ~ rdr ~>>, 4, ~ .'AL dtdrp+prpp <:idr ~+p'prat dr~ ~ .virppawyd~ appar.pvrdpdppapddad
~
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i piN N 7. HP'LLl('L'LL'LlXLtr ttVLdt)bate'/Ash L(ns'VJJ J 1'A I'%V I LLAEE J'the J
's rcquirc4L by the Provision of thc ASME Code Rules, Section rats V ra J J Idda J Ltletates gyp.
ill, Div. I NIS-2 Noc REVISED 2-0001 MURDOCK, INC., 15800 S. Avalon Blvd., Compton, CA 90220 (Norse arpa eddreee et NPT CetuaeeieHvlder)
GENERAL ELECTRIC CO., 175 Curtner Ave., San Jose, CA 95125 (b) Manufsccuced fo ~ (Name asd sddteee of N cecttncete Ho(der for cotop)cled sucteer cootpooenu IdentIQcatlon.Ccrttflcate Holder'a Ser}nt No. of Pact MI 094 Nac'I Bd. No. N A 112D2704 Rev. 1 ECN-NHO3747 (a) Consccucccd According to Dcatring Noo g prepared by General Electric Co .
(b) Dcsccipcion of Part inspecccd
'afe End Summer iei dppec Iicd$4ECode:SecdoaEI,Edicioa, 1974 ddd ad da 1976 ~ Case No. N A Class
- 3. Remarksc Recirculating Inlet Nozzle for Reactor Vessel (t)rtet description of eervtoe for whtch oolopoueltt <<oe deeittted)
+ 0 0 +.06 For in Rework: See Attachments 1 (2 sheets) and 2 (2 sheets)
Identification as per NA 8312 i
We ccrcify chat the scscemencs made in this cepoc! scc correct and chis vessel pars oc sppuccensncc ss defined in chc Code con-forms co che rules of consccuccion of chc A&la Code Section ill.
(The nnpllcsble Design Speclflccltton and Stress Report are not the responslbtltt)p uf the Nivf Certificate Holder fur parts. An Npf (:I'rtlf-icstc Holder for sppurtcnsnc<<s is responsible for furrdshing a separate Design Specification and Stress Rcpo if t ippurtcn 'ncc is nut Included ln the component Des!an Specification nnd Stress Report.)
Dace C.
INfrrCeruneete))eider) ctficscc of Authorization Expucs Ceccificacc of Auchociascion No. N-1290 CERTIF?CA tION OF DESlGN FOR APPURTENANCE (when applicable)
Design information on file sc N A Sccess analysis cepocc on file at Design specificacions ccccificd by N/A Prof. Eng. Scsce Rca.No.
Stress analysis repocc ccccified by N/A Prof Engo State R c,No.
CER'IIFiCATE OF SHOP INSPECTION l, chc undccsigncd, holding s valid commission issued by che Hsciunsl Booed of Boiler snd Pcessuce Vessel Inspectors snd/oc che Scsce or Province of and employed by have inspected chc part of ~ pressure vessel deeccibed in this Partial Data Re port on and belief. the I(PI'erttflcnte Hold has constructed this part ln accordance with the AShtk'. Cude Seetlun lit.
l9~ and state that tu the best uf mr knuwlrdse By signing this ccccificscet neither thc Iaspcccor nor his employer makes elty <<sccsdtcyt cspceeeed or implied, concern Inc the part described ln this Partial Data Report. Purthermure. neither the Inspector nur his empluyer shsli be liable in any manner foc any pccsonal injucy oc property damage or a loss ol sny kind arising icosa oc connected with this inspection.
Dace tsepector' stsaeture Cordial ssl one Calif. laOS
)Celietlet Qeora Steteo'prevleeo cela Ne,
~ siaOPI ~ IRSIII~ I sheets Ih cela OC II~ lec ekelehee Ot ataVINCO eaer be Deca PtOVldea ('I) ~ Iee Ie e)V 'E I V ~ (1) Lferaettee Ie lteaa I 1 Oe lhl ~
bala eoeael lt latacoeo ae tete aacvl, sac Ilp aectc saocl is evtaactto aae aaaeatt ad tatole Is tatcsoce lo eoee Ec Eeaaetar
"*Lumbermens (10/771 Mutual 'asualtv Comt)any oh(silted from the Order Dept., ASME. 346 This form(E00040fmsy be E. 47th Sc New York, N.Y, )00)7
NLS-8 No. 2-OUOI Sheet 6 of 35 Attachment l Page 1 of 2 I a 'k l.
m (a) Manufactured by MURDOCK, INC., 15800 S. Avalon Blvd.i Compton, CA 90220 (b) Manufactured for GENERA ELECTRIC CO., 175 Curtner Ave.,
San Jose, CA 95125
- 2. Identification-Certificate Holder's Serial No. of Part MI 094 Nat'1 Bd. No. N/A (a) Constructed According to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepared by General Electric Co.
(b) Desex'iption of Part Inspected Safe End (c) Applicable date ASME Code: Section Summer 1976, Case No- N/A III,Class Edition 1
1974, Addenda Remarks: See LP Repoxt No. GEJ 07l5 Date: g NURDOCK INC. Signsd, . ~/
Manufacturer DaSa 7m~ .
oK
/ .. 1979 Ns 4>~~~ /V Inspector's Sz.gnature
~~' -P -z.~i~
M.N. Contractor)
Commissions Calif,. 1408 11-8.8
~ eeI 4 <'<Eeet <e e < ~ ~ < e <<< 1< <e<<< IA;<I1 < Iv< ~ ~ e< ~ e<<e ~
Attachment l "" ge 2 Q f
~USTOHER WORK ORDER HO. DATE REPORT tlO . HAHE OF I TEtl OR DESC I PTIOH Cv c.84 L /~C Z= n E N Tl tl IH E 7'CCEPTANCE STANDARD tlDE PROCEDURE NO.
P- 8'o ao Ec.~- v/< -A o .
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'NTER WASHABLE FLUORESCEHT
~ /t'OST VISIBLE QcMI~M Qc~~~ ~ N4d~ ~+I.~ 71$ o~D DEVELOPHEHT TIME AND TYPE SIO 4 7ggoc/g eeI cv e<< I "<. illN. MET TYPE oF &~K oi TypE of AArA'(zL.
X/S' i~ p~N~QA<T DwFLL 7imF ~ ORY
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DEFECT TRAVELER TRAVELER
. ACC REJ DATE.'HD/REtQRKS E STAHP CODE SER. NO. OPER. tl0.
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I NIS-2 No. 2-0001
( Sheet 8 of 3A I ~
Attachment 2 Page 1 of 2
- l. (a) Manufactured by MURDOCK, XNC., 15800 S. Avalon Compton, CA 90220 Blvd.,
(b) Manufactured for GENERAL ELECTRIC CO., 175 Curtner Ave.,
San Jose, CA 95125
- 2. Identification-Certificate Holder's Serial No. of Part MI 094 Nat'1 Bd. No. N/A (a) Constructed Accoxding to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepaxed by General Electric Co.
(b) Description of Part. Inspected Safe End (c) Applicable ASME Code: Section XXI, Edition 1974, Addenda date Summer 1976, Case No. N/A Class 1 Remax'ks: See Sketch Date: MURDOCK INC Manufacturer Inspector's Sa.gnature Commissions Calif. 1408 (M.N. Contx'actor
-gC-ll-B. 10
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~ 'PQtttVl t't do tnE' 'toLlushehOodueeo ae As required by thc Pravisian of lhc AShiE Code Rules, Section ill, Div. i REVISED NIS-2 Noe 2 Oool anu acturcd b NURDOCK, INC., 15800 S. Avalon Blvd., Compton, CA 90220 (a) Maaufact tnotnc snd sddrcseof Kpr Cetttnestc Koldcrt GENERAL ELECTRIC CO., 175 Curtner Ave., San Jose, CA 95125 (b) Manufactwcd foe tffslse sttd address of K cetufteete Kotdir for cotopleted nuetcsreotoponenu HX 095 Nat'l Bd. No. N A
- 2. id entlfl cation-Certificate Hold er's Serial No. of Part 112D2704 Rev. l ECN-NH03747 Drawing Prepared by General Electric Co.
(s) Constntctcd According co Drawing No.
()Db cscri p cion of Part Ins ctcd Safe End Summer lal hppliaaiclehSMECadat:Seaciaalll,Edicioa, 1974 hdd adadace 1976 , Case No. N A Class 1
- 3. Remarks:
Recirculating Inlet Nozzle for Reactor Vessel (Getof descetptlon ot seeetce for which cotoponont epee deotsnecn
+ 000 +.06 For in SA F Rework: See Attachments 1 (2 sheets). and 2 (2 sheets)
Xdentification as per NA 8312
'Ve certify thasthc stsccmencs made in this report aec correct and this vessel part or appwccnancc as defined in the Code con forms to the tulcs of consuuccion of thc A 8E Code Section Illa (The applicable Design Specification nnd Stress Report are not the responstblll4 of the NfyF Ccrtlflcate lloldcr for parts, An NPT Ctrttf.
icatc Holder for appurtenances i! responsible for furnishing a separate Design Spcciftcation and Stress R>> if th spp rtcnsncc io not lnclud Dace ln the component Design Specification and Stress Report,)
19~ 7 7 S.
Stgncdd MURDOCK, XNC o tfftpr Ceeunecte Kolden B
R.~, l g: tfic te of h orisstion Expires January 5, -1982 Certificate of huchorixation No N-1290 CEtRTIFICATION OF DESIGN( FOR hPPURTENhNCE (when applicable)
Design information on file at Stress analysis rcport oa file ac Design specifications certified by N/A Prof. Eng. State Rose Noo Stress analysis rcport certified by N/A Prof. Eng. State Rose Noe CERTIFiCATE OF SlOP INSPECTION l, ch<<undcssigncdp holding a valid conunission issued by the National Board of Boiler and Pressure Vessel inspectors
~ nd/or the State or Province of Calo fO n and etaploycd by
,f Lon Grove Illino's have inspected the part of a pressure vessel described in thi>>
Partial Data Rcport on nnd belief. the NPT Certlflcnte Holder h ttt Zl onstructed this part ln accordance with the ASME Code Secuon tll.
anti state that to the best of my know letttfe By signing this certificate, ncithcr thc inspector nor his employer makes sny watrontys exptessed or itnplicdp concecn Intt the part descrlbcd ln this Partial Data Report. Furthermore. neither the inspector nor his employer shall be liable in sny manner for sny personal injwy or property damage or ~ loss ol any kind ttrising from or connected with this inspection.
I q
,,~1 t.;,k i c'. Commi aston s Calif.
Nettonel nosed 14 Stot'e, tspeulnco onJ Ne SuPPlecoentot shoot ~ ts feist of ttet ~, shetcheo oP ctcooctnes cloy tco used Peeetctect (t) ~ tso t ~ Otdt" S 1 V'e t2) toloenotlon tn tteot ~ ta2 on this Oaco serai te iaeioeec ao sees eueou sac ttp secs eseot n occeaooeoe eoe ooocooe ee eoooee ts oeaceeee to eon S eecaaeoo, "Lumbermens lla/77)
Mutual Casualtv Company
't1tis form lE00040Pmey be obtained from the Order DEPtee ASMS, 346 E. 47th St., New York, N.Y. 10017 e' ee"
NIS-2 No. 2-0001 Sheet 11 of 34 Attachment 1 Page 1 of 2
- l. (a) Manufactured by MURDOCK, XNC., 15800 S. Avalon Compton, CA 90220 Blvd.,
(b) Manufactured for GENERAL ELECTRIC CO., 175 Curtner Ave.r San Bose, CA 95125
- 2. Identification-Certificate Holders Serial No. of Part MX 095 Nat'1 Bd. No. N/A (a) Constructed According to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepared by General Electric Co.
(b) Description of Part Inspected 'afe End (c) Applicable ASME Code: Section XXX, Edition 1974, Addenda date Summer 1976, Case No. N/A Class 1 Remarks: See LP Report, No. GEJ 0717 Date: -c . i, 7 MURDOCK, XNC.
Manufacturer .0 Date 1979 Cr~+ zW 'h~ .Commissions Cali f . 140 0 Inspector 's Signature (M.N. Contractor 11-8.13
( ( J ~ ~ I Lr ~
LI(}VI0 PENET XAMINATIOtt REPORT Attachment Page '2 of WORK ORDER ttO. .REPORT HO. NAME OF ITEM OR DESCRIPTIOH
( CUSTOMER
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I'ILD-C l)V o 6-VUU I Sheet 13 of 34
~ ~
Attachment 2 Page 1 of 2
- 1. (a) Manufactured by MURDOCK, XNC., 15800 S. Avalon Blvd.g Compton, CA 90220 (b) Manufactured for GENERAL ELECTRIC CO., 175 Curtner Ave.,
San Jose, CA 95125
- 2. Identification-Certificate Holder's Serial No. of Part MX 095 Nat'3. Bd. No. N/A (a) Constructed According to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepared by General Electric Co.
(b) Description of Part Inspected Safe End (c) Applicable ASME Code: Section XXX, Edition 1974, Addenda date Summer 1976, Case No. N/A Class 1 Remarks: See Sketch Date: MURDOCK XNC.
Manufacturer Dat'e 4 4~ ~ =- 1979
)%~I...
Inspector's IL,- . G +-~> c. Calif. 1400 Signature (M.N. Contractor) 11-B. 15 1
Oz Attachment 2
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As required by the Provision of the ASME Code Rules, Section Iii, Div. I REV3:SED NIS-2 No a 2-0001 4
- l. (a) Manufactured by MURDOCH( r XNC., 15800 S. Avalon Blvd. r Com ton CA 90220 (Hsme snd eddreeSO(HPr Cerunce(e Ho(den
(
GENERAL ELECTRIC CO., 175 Curtner Aveor San Jose, CA 95125 (b) Manufactured foe (Hsme srrd sd arced or Il celuec ate Ho(dcr for completed aucl ear componeruI
- 2. Iden(I(Ication-Certificate Holder's Serlnl No. of Part Nat r l Bd No. N A 112D2704 Rev. 1 ECN-NH03747 g prepared by General E lectric Co .
(b) Description of Part inspected Safe End Summer (c) hpplicablc hSMECodc: Section fifo Edition 1974 . hddaadadas 1074, Ca aNa.~+Cl ss
- 3. Rcmarkst Recirculating Inlet Nozzle for Reactor Vessel (Dr(or doecrlplton or oorv(co for <<hlch cornponon( woe dootsnorrI
~ + 000 +.06 For in SA Rework: See Attachments 1 (2 sl.. ebs) identification as per NA 8312 Vc certify chat the statements made in this report arc correct and this vessel part or appurtenance as defined in the Code con forms to (bc (ules of construction of (bc ASME Code Section lifo (The applicable Des'(n Spec(I(ca(Ion and Stress Report nre not the responstbIII(s'f the NPT Ccrtlf(cate Holder for parts~An NP'I'ertif-icate Holder for appurtenances is responsible for furnishing a separate Design Specification Stress Rcpo -I the aI(purtcnsnc is not lnclud the component Design SpeciQcntlon and Stress Report.)
(Ical'crunce(e Ho(dorr ti cat of Au isation Expires January 5, 1982 Ccrtificatc of hu(horiastion No. N-1290 CER'HFICATION OF DESIGN FOR APPURTENANCE (when (rpplicablc)
Design information on file st N A Stress analysis rcport on file at Design specificacioas certified by N/A Prof Eng, Scale R s.N Stress analysis report cercified by N/A Prof. Eng. Scace R ~ .N .
CERTIFICATE OF SIIOP INSPECTlON l, thc uodcrsigncd, holding a valid commission issued by the National Board of Boiler and Pressure Vessel inspectors and/or the State or Province of and employed by Lon Grove rove Zl lxnozs have inspected tbe pert of a pressure vessel described in this Partle Data Report on r P7 C Iu L.I. and sta(c that tu the best of my know(ruse and belief, the NPl'ertlflcnte Ho!de as constructed this pact ln accordance with the ASME Code Sect(on III.
By signing this certificated neither the inspector nor his employer makes any ra(rsncyr expressed oc implicdr conccrn-lng the part described ln this Partial Data Report. Furthermore. neither the Inspector nor his cmplrryvr shall be liable in sny manner for any personal injury or prope(ty damage or a loss ol any kind arising (corn or connected rich this inspection.
~- ..F~
ra(sraa (Ls .
tnepec(ors S(ann(urn C dvs~~~ 0; ~ >>aas Calif. 1408 Hol tollol Dootd (nl ~ prov l neo ond ((o oaro ~
.<<SNPPloroonlol ohool ~ ln (ann,o( notoa
"*Lumbermens 4 larusoso
~ 'holchoo or drowlneo rory ho laood Provldod ao roan aoavu doodad aoao rosalia svsaossvo ood oaaaoar <<4 aoaada la svaavoao lo Mutual Casualtv Company
~(04 slee I~ N' nasaosoo>>
It"a (SI (n(oreouon ln lloroo l 1 on lhl~
(IOn7I Th(S IO~qaNOdOr~ be Obtained fram the Order Deptsa ASME,346 E. 47th Sl., NeW YOrk; N.Y. IQOI7 11-8. 17 4a s '~ 's as<<ahva
lqlh i I'IU. L-VVVI Sheet 16 of 34 ATTACHMENT 1 Page 1 of 2
- 1. (a) Manufactured by MURDOCK, XNC., 15800 S. Avalon Blvd.,
Compton,'A 90220 (b) Manufactured for GENERAL ELECTRXC CO., 175 Curtner Ave.,
San Jose, CA 95125
- 2. Xdentification-Certificate Holder's Serial No. of Part MX 096 Nat'1 Bd- No. N/A (a) Constructed Accoxding to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Dxawing Prepared by General Electxic Co.
(b) Description of Part Inspected Safe End (c) Applicable ASME Code: Section XXX, Edition 1974, Addenda
-date Summer 1976, Case No. N/A Class 1 Remarks: See LP Repoxt No. GEJ 0716 Date: ,J. ~ r MURDOCK XNC.
Manufacturex
/-(
Dat'e ~ 1979
'lc~( p '~m ~ C(M.N. Aa~.e'i~~.
. Commissions Calif. 1408 Xnspector's Signature Contx'actor) 11-B. 18
E I4 '.Dl E I'l LI(}UID PENETRAN WORK ORDER tlO. DATE REPORT NO.'ttachment XAHItlATIOtl REPORT 1 acJe NAME OF ITEt'I OR DESCRIPTION 2 of l CUSTOMER gce~SWc'J ~A 'c.
SURFACE C ND I N ACCEPTANCE STANDARD tiDE PROCEDURE ti0.
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~ YISIBLE TY E TY ERI L PEt<ETRAtfT KNELL TI DEVELOPMENT TI hE AND TYPE
~
WORK
/W MIN. UET 8 JZ brNdouM MG UIU.
~ ORY ~/UORAQUEOUS 0 WIN R ITEM H . RI i. CODE: -C CK) P- OR SI Y, HF-NOtiFUSION, LT-LItiEAR
'INDICATION, S-SLAG, LA-LAMINATION,OTHERS-SPECIFY l/0 u4 0 DEFECT TRAYELER TRAYELER REJ DATE DHD/REMARKS & STAMP CODE SER. NO. OPER. HO.
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) I)OR&1 Na2 NFi'ERTQ'ICATE IIOLL)EIIS'ATAREVOKT I'OII NU( 'LL'AKI'AKL'(VUAI't'Ut(TLAAhChbo As required by thc Provision of thc ASME Code Rules, Section ill. Div. l REVISED NIS-2 No. 2-0001 (a) Maaufacsuccd by MURDOCK, INC., 15800 S. Avalon Blvd., Compton, CA 90220 (Home sad address of HPr Cern(tce(c Holder)
GENERAL ELECTRIC CO., 175 Curtner Ave., San Jose, CA 95125 (b) Manufaccuscd foc ~ (Name sad address oc H Ccru(tcs(o Holder for compte(cd nuclear compoacau MI 097 Nat'I Bd. No.
- 2. Identification-Certificate Holder's Serial No. of Part ll2D2704 Rev. 1 ZCN-NHO3747 General Electric Co.
Drawing Pc pared by (b) Descripcioa of Past Iaspccccd Safe End Summer (c) hpplicablc hSME Code: Seccioa III,Edicion 1974 , bar aaarsse 1976, case rre.~NA ci ss 1 Recirculating Inlet Nozzle for Reactor Vessel (bete( deecrtptton oc eervtce (or wh(ch oorbpoaeas wee dec(Sand)
+.000 +.06 Por(yina S Reworks See Attachments 1 (2 sheets), and 2 (2 sheets Identification as per NA 8312
(/e cccsify chas(he scacemeacs casde ia (his repose ace corcecc sad shia vessel pace or appucccnance as defined in (hc Code con-forms co the rules of consccuccioa of the hSME Code Seccion III (The applicable Dest(sn S pectftcatlon and Stress Report are not the responslblatv of the NPT Certlf)cate Holder for parts,-hn NPT Corti f.
icatc Holder for appurtenances is responsible for furnishing a separate Deign Specification snd Stress Report if th sppurtc ce is nut lnclud ln the component Design Spec)I)ca(Ion and Stress Rcport.)
D jcc Ir)~ g Q Siga MURDOCK, IN'N)rr Ccr(tftcs(e I(older) l (
c(lease of hu izacioa Expiscs CERTIFICATION OF DESIGN FOR APPURTENANCE (when upplicuhlc)
Design information on file at Stress analysis report oa file ac Design spccificacioas ccccified by Prof. Eng. Scuse R s.no.
S(ress analysis repose certified by N/A Prof. Eng. Scace R s.N CER'HFICATE OF SBOP INSPECTION I, (he undccsigned, holding a valid corrdaissioa issued by chc Nacional Board of Goilec snd Pressure Vessel fnspcc(ors and/or (he State or Pcovincc of and employed by
- 1h'f LO O 113 nOi have inspected (he pars of a pressure vessel described in Partial Data Report on n r t()~l. and state that tu the best uf my knowlcdxe and belief. the NP1'ertlflcate Holder lens constructed this Pact l n accord ance with the hSM E Code Section lit.
By signing this certificate, neither che inspector nor his employer makes any warranty, expressed or implied, concern-ing the part described ln this Partial Data Report. Furthermure. neither the lnsnectur nur his emnluyer shall be liable in any maaaec foc any pecsoaal lajucy or property damage oc a loss of any 'kind arising lrom oc connec(eJ with (his inspection. ' ~
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Srrpp( ~ roenral eheero ln tora o( nato ekelehaa or dt arioso nsor ho need provided (() ~ lee lo Ws n tsr (1) (nforwouen ln nerao I 1 on cde bala neooa la rarasaeo ao casa aaeeL aae I or earn aaeea ra ~ saaeeeo aae aoooee eraaeera la reeeooeo ra naca L neaaasoe
- Lumbermens Mutual Casualtv Com)3any l10/77) This (ormlE0004QPmey be obtained from the Order Oopter ASME, 345 6, 47th g(New York, N.Y. (00 ('/
11-8.20
NIS-2 No. 2-0001 I I
~
Sheet 19 of 34 Attachment 1 Page 1 of 2
- 1. (a) Manufactured by MURDOCK, INC., 15800 S. Avalon Blvd.r Compton, CA 90220 (b) Manufactured for GENERAL ELECTRIC CO., 175 Curtnex Ave.i San Jose, CA 95125
- 2. Identification-Certificate Holder's Serial No. of Part MZ 097 Nat'1 Bd. No..N/A (a) Constructed According to Drying No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepared by General Electric Co.
(b) Description of Part Inspected Safe End (c) Applicable ASME Code: Section date Summer 1976, Case No. N/A III,Class Edition 1
1974, Addenda Remarks: See LP Report No. GEJ .0718 r
Date: 7 MURDOCK INC. Signed Manufactuxer Date ~ ~I e l .. 1979 Commissions Cali f . 140 0 Inspector's Signature (M.N. Contractor) 11-B. 21 5
I I I I'l ~
LIQUID PENET XAMIHATIOtt REPORT Attachment l page 2 o
'USTOMER ttO. DATE REPORT tlo. OF ITEth OR DESCRIPTIOtt N WI>>W~C, E/~g>> i C WORK ORDER 7 z- >) grro7]I'ATE X~~s o~II i SUR7ACE COND TI N
- ACCEPTAttCE STA HOARD tIOE PROCEDURE NO.
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<'l /~C O~~C cZ O IIIII. ~ DRY )~I tt0tlAQUEOUS ORAWIN OR ITEt'1 H . RI N. D C CODE: C-CRACK, P- OR SITY, NF-NOt<FUSION, LT-LINEAR INDICATIOtl, S-SLAG, LA-LAt1IHATIOH, OTHERS-SPECIFY
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NIS-2'o. 2-0001 of 34 Sheet 21 Attachment 2 Page 1 of 2
- l. (a) Manufactured by MURDOCK, INC., 15800 S. Avaloh Compton, CA 90220 Blvd.,
(b) Manufactured for GENERAL ELECTRIC CO., 175 Curtnex Ave.,
San Jose, CA 95125
- 2. Identification-Certificate Holder's Serial No. of Part MI 097 Nat'1 Bd. No. N/A (a) Constructed Accoxding to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Px'epared by General Electric Co.
(b) Description of Part Inspected Safe End (c) Applicable ASME Code: Section date Summe III, Edition 1976; Case No. N/A Class 1 1974, Addenda Remarks: See Sketch Date: I MURDOCK INC.
Manufacturer Commissions Cali f . 140 8 Inspector's Signature (M.N. Contractor) 0' ~
11-8.23
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ÃVcbd'll (1o4 dago o grooaoooo oaraoo As rcquircd by thc Provision of thc AShlL Code Rules, Suction ill, Div. l REVISED IjIS-2 Ho. 2-000l
~ ~
- l. (a) htanufaccurcd by MURDOCK, INC., l5800S. A~~lo~ Blvd., ComPton, CA 9022 (Name Sad Sddreyo nf NPT Cerun rote Hutdert GENERAL ELECTRIC CO., l75 Curtner Ave., San Jose, CA 95125 (b) htanufaccurcd for, (Name sac sccrecs of N cero(teste Holder for comoletcd nuclear comcgoaesu MI 098 Nac'l Bd No. N A
- 2. identtflcntlo'n-Ccrttflcnte Holderro Sertnl No. of part ll2D2704 Rev. l ECN-NHO3747 Dcaoring Prepared by General Electric Co.
(a) Consccucccd hccocding co Drawing No.
(b) Dcsccipcioa of Pact lnspccced Safe End Summer (c) hpplicoblc hSME Codes Scccion Ill, Edition l974 , dddaadadaaa
~97C (; N ~NA Cg ~ a 1 Remsckst Recirculating Inlet Nozzle for Reactor Uessel (By(sf Cesoytpttoa of seyvtoe foy oohlch component eras des(congo a
+.0 0 +.06 For in S p Rework c See Attachments 1 (2 sheets and 2 2 sheets Identification as per NA 8312
'f/e ccrcify chacche scacemencs made in this ccporc are correcc and this vessel part or appuccensncc as defined in che Code con fonna co che rules of construction of che hSME Code Section Ill.
(The appltcoble Deslcn Spectftcntton nnd Stress Rcport are not the rcsponstblll4 of the NPT Certlflcate Holder fur parts. hn 4" Certtf- 'he icate Holder for appurtenances is responsible for furnishing a separate Design Spcciflcsdon snd Stress Rcport sppurtcnsn c is nut included ln the component Design Speclflcatlon and Stria Report.)
Dace Signed MURDOCE,y INC.o D Qrt f (Ca (Ntrr Ceguncsle Huldeye d cif c~a- of hu urination Expireo fh CERTIFICATION OF DESIGN FOR APPURTENANCE (when ccpplicnblc)
Design information on file ac N A Scrcss analysis report on file ac Design specificaciono ccrcificd by N/A Prof. Eng. State Rag. Na.
Stress analysis ceporc ccscificd by N/A Prof. Eng State R g.N r
CER11FICATE OF SHOP INSPECTION l, chc undcrsigncd, holding a valid comraission issued by chc Nacional Board of Ooilcr and Pressure Vessel inspectors Illinois snd/or the Scacc or Province of and employed by of Lon Grove have inspected che pace of a pressure vessel described in this Pnrttnl Data Report on f9 and state (hit tu the best uf mtg knuwlrdsu and belief. the NPT Certtftcate Holder tfhs constructed this part ln accordance with the ASME Code Secttun tlt.
Dy signing chio cercificaceo net(her che lnspeccoc nor his ccnploycr makes any wacrancyg expressed or implied, concern-ing the part described In this Partial Data Report. Furthermore. nclther the inspector nur his em(gluier shall bc liable in any manner for ony personal injury oc pcopcccy damage or a loss ol any kind arising (coro or cunnecccJ with chio inspcccion,
~ gal(~
taepeotogos Stone(we Cognmissions Calif. 1408 He(tenet Qeerdr Sister Prorlnee snd Nea
~ SNPPleaeanlel Ohr ~ ge ln [Orae OC lie leg Ouagdhe ~ Or dgerrlnRO Oaey be uOO4 Prerlee4 (1) ~ lge I ~ eW S tP (C) lnfeeeeg den ln llegOO I S On Ihl ~
palo aroagg lo lorlooro an oooo g bgrl o os ggo ooas gorao la ooogbaroo w ooaobao od oogrlo go rooaeoae go ae o ~
- v'Lumbermens Mutual Casualtv Comaany New York, N.Y. '(OQt'/
it 0/77) This form lE00040lmsy boob(oined from the Or(ter Dentar ASME,046 E.47th Star
NIS-2 No. 2-0001 Sheet 24 of 34 Attachment 1 Page 1 of 2
- l. (a) Manufactured by MURDOCK, INC., 15800 S. Avalon Blvd.g Compton, CA 90220 (b) Manufactured for GENERAL ELECTRIC CO., 175 Curtner Ave.,
San Jose, CA 95125
- 2. Identification-Certificate Holder's Serial No. of Part MI 098 Natal Bd No N/A (a) Constructed According to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepared by General Electric Co.
(b) Description of Part Inspected Safe End (c) Applicable ASME Code: Section date Summer 1976, Case No. N/A III,Class Edition 1
1974, Addenda Remarks: See LP Report No. GEJ 0689 Date: / MURDOC1( INC . Signed Manufacturer Date l ~. 1979
- g. Q Inspector's Signature
~
(M.N.
~Contractor) r A~
. Commissions Calif . 140 0 11-8. 26
LEAVE U I' Ilt. I IWI ~no ga:in'vis sit. ~ v e ~
attachment gpp~pa' ! o CUSTOMER t'lORK ORDER tl0. DATE REPORT HO. HI'lE OF ITEN OR DESL% TIOH Z ~Ccp5 ZZ O/ 7 7 7g gpg ~pa HFS Zap CONDITION IHSPECTI l'l STAND RD f ACCEPTANCE STANDARD HOE PROCEDURE .tl0. 'URFACE st h'i m ~g Zog. ~/<
Y E F I(UID PfiHETRAHT. fNTERIALS USED POST EHULSIFIED MATER MASHABLE ~~ VISIBL 5 gyzLo ze- g~7~h ggz SOLVEHT REHOVABLE FLUORESCEtlT
$~4VAru7 - g~yeh'ggoOZ Sge-g DEVELOPHEHT TIthE AHD TYPE S 7gH~7.Ze Tag..<80(8 8N.-hf/gg..:. z. w HIH. iiTII.
OF MORK TYPE OF JNTERIAL WC' o'M C. d. PEHETRQT IIELL TINE ~ ORY . ~ NOIIROUEOUS DRAWING OR ITEN tl0. ERIAL HO. '8'PE YPE OF DEFECT CODE: C-CRACK, P-POROSITY, HF-tloHFUSIOtt, LT-LINEAR IHDICATIOtl, S-SLAG, LA-LAtiIHATIOH,OTHERS-SPECIFY l) z Pgg -0$
r E D t/0. .
DHD/RENRKS '5 STAMP DEFECT TRAVELER fRAVELER ACC PED DATE CODE SER. tl0. OPER. tl0, Py ~~PXWTNAaJ(f dPSc,& M~ccvM ccP /l) O g-2-7P L4%A. D 9(
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NIS-2 No. 2-0001 Sheet 26 of 34
~ ~
Attachment 2 Page 1 of 2 rl
- l. (a) Manufactured by MURDOCK, IHC., 15800 S. Avalon Compton, CA 90220 Blvd.,
(b) Manufactured for GENERAL ELECTRIC CO., 175 Cuxtner Ave.g San Jose, CA 95125
- 2. Identification-Certificate Holder's Serial No. of Part MX 098 Nat'1 Bd. No. H/A (a) Constructed According to Drawing No. 112D2704 Rev. 1 ECH-NH03747, Drawing Prepared by General Electric Co.
(b) Description of Paxt Inspected Safe End (c) Applicable ASME Code: Section IXX, Edition 1974, Addenda date Summer 1976, Case No. N/A Class 1 Remaxks: See Sketch Date: MURDOCH( XNC.
Manufacturer Date J hA' --. 1979 Commissions Calif. 1408 Xnspectox's Signature (M.N. Contxactor oQ(g.-
11-B. 28
Attachment
. 2 Page 2 -of 2
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As rcquircd by thc Provision of thc ASME Code Ruics, Section ill, Div. l REVlSED NIS-2 No. 2-0001
- 1. a Manufac (a) anufacturcd byy MURDOCK, INC., 15800 S. Avalon Blvd., Compton,
~ CA 90220 tNome aod addressor NPr Ceruncete llotdcr)
(b) Manufactured fo GENERAL ELECTRIC CO., 175 Cuxtnex Aves r San Jose, CA 95125 t Name and address of N Cerunesto t folder for completed red C!cxr cocnooaeau
- 2. ldenttflcntton.Certtftcnte HoMer's Sertnl No. of part 1 Qog 09999 Nat e l Bd. No. N A 112D2704 Rev. 1 ECN-NH03747
, (n) Constructed hccording to Drawing No.
Dravring Prepared by General Electric Co.
(b) Description of Part Inspected Safe End Summer (c) hpp1icablc h$ 4E Code: Section Ill,Edition ~ ~
1974 , dddaadadaaa 1976, Cna.~>> CCaa 1
- 3. Remark st Recirculating inlet Nozzle for Reactor Vessel (Brief description of service for whish oomponerct weo dsstdnecfj For in + v00 +.06 S F T Re+orle, t See Attachments 1 2 sheets . and 2 2 sheets identification as er NA 8312 We certify that che stacccnears cnade in this reoort're correct and thi ~ vessel part or appuncnancc as defined in chc Code con-forrns to thc rules of construction of chc ASME &dc Section Ill.
(The nnpltcabte Design Speclflcntlon nnd Stress Report are not the rcasponslblH& of the Nfyt'ertificat Hulder for parts,6 hn Nl"l'.'c:rttf. ~
icate Holder for appurtenances is responsible for furnishing a separate Design Specification and Stress Rcport if t c sppurt nance is not lnclud ln thc component Design Specification and Stress Report.)
Date CR~/ S. 4 MURUOCK a INC .
tNpr ceruneste Nolderf t ica c of huthorisation Expires Januazy 5, 1982 Certificate of Authorization No. N-1290 CERTIFICA'QDN OF DESlGN FOR APPURTENANCE (when appiicnblc)
Design informscioa on file ac N A Stress analysis report on file at N/A Design specifications certified by N/A Prof. Eng. State R c.aa.
Stress analysis report certified by N/A Prof. Eng. Scnce R a.N CERTiHCATE OF SHOP 1NSPECTION 1, thc undersigned, holding a valid commission issued by the National Board of Boiler nnd Pressure Vessel inspectors and/or the State or Province of Cal3.fO 1
3- and ecnploycd by of Lpn Grpye El lznOXS have inspected the part of a pressure vessel described in <leis
't Pnrttnl Data Rcport on ~
ttf7 f, and state that tu the best of my knuwlcdae and beHef, the HPT certlftcate Holder h constructed this part In accordance with the AsME code section lit.
Dy signing this certificates neither the inspector nor his cmtsloyer caakes any warrancye expressed or implied, concern ~
lng the part described ln this pnrttal Data Report. Furthermore. neither the inspector nor hts emnlcryer shall be liable in any rnanner for any personal injury or property damage or a loss ol any kind arisiag trocn or connected with this inspection K, -Fpq' e~
cfire.
D at@ 19 d Qll 4J N C~f-.n.~&~.~.
tnspocloree Stdnntcdre Caiir. 1400 Noftonnl Ooorda Slol ~, Proelneo snd f4oa
~ dooplecnencst sheets in fons or cases ccaaaan ca
- Lumbermens Mutual Casualtv Comt3any l f 0/77l Ilsl~ a ehelehes ordrscelnes easy he need Car>>sided ceacesas anaeao aaaac, eeecsc eeao esaal ca ~ aaaaaao Alnaaaaaaead aaaace ca This fOrm lE00040Ansv be obtained
~ (I) ~ lse ls cs naas I SW n 11' caeaernr from the Order tsf lnfocwsclon ln lleeas DePtaa ASMEa I 2 en chl ~
346 E. 47th Sf., New York, N.Y, l0017 11-8. 30 d ViiL Shi >>g~rctfc75'I 6 N'rdi'1)
'IS-2 No. 2-0001 Sheet 29 ol'4 Attachment 1 Page 1 of 2
- 1. (a) Manufactured by MURDOCK, XNC., 15800 S. Avalon Blvd.,
Compton, CA 90220 (b) Manufactured for GENERAL ELECTRIC CO., 175 Curtner Ave.,
San Jose, CA 95125
- 2. Xdentification-Certificate Holder's Serial No. of Part MX 099 Nat'1 Bd. No. N/A \
(a) Constructed According to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepared by General Electric Co.
(b) Description of Part Xnspected Safe End (c) Applicable ASIDE Code: Section XXX, Edition 1974, Addenda date Summer 1976, Case No N/A Class 1 Remarks: See LP Report No. GEJ 0690 Date: MURDOCK INC. Signed Manufacturer Date J ii.k 9 . 19 79
))( 4 '
. QryJmc (r7 c~ ~
Commissions Calif. 1408 Xnspector Signature M.N. Contractor)
~ i< ~ ~
Llguiu AISi-i q .Xiii!OiiiuriiCtrUKi Attachment iNNa~eI o.
llORK ORDER tlO. DATE REPORT tlO. NAt"IE OF ITEN OR DESNPTIOH'=
CUST01 1ER Z~pg~g/ 7-z - 2w SURF CE CONDITION ? HSPECTI H D RO E ACCEPTANCE STANDARD NOE PROCEDURE .HO.
p ~ t/ ALP/Q pr z.og u/C
+PE OF LIQUID ENETRANT I TERIALS USED POST EMULSIFIED tlATER HAS}IABLE ~~ VISIBLE S4t's~o~>e- giga,g 7y'go yg SOLVENT REYiOVABLE FLUORESCENT fu4vA<7 - 4~7c.b'9/ oat spy-g DEVELOPHEHT Tlt'IE AND TYPE
~~
'4'PE HIH. HIN; IIET P>~J. FR<~7-8~7~6'.g&orE; Shs-ui PE F A/Eau ORK TYPE OF HATERIAL juMml. c ~~ PENETRANT IIELL TINE ~ DRY . NOIIAQUEOUS DRAl)IHG OR ITEff '0. E RIAL HO. F EFECT CODE C CRACK>> P POROSITY>> NF NOHFUS ION>> LT LINEAR IHDICATIOtl, S-SLAG, LA-UNIHATIOtl, OTHERS-SPECIFY
//2 z D O. DEFECT TRAVELER TRAVELER ACC PEG DHD/REtORKS 'le STNP CODE SER. NO. OPER. tl0.
pT ~w pxsra4JSa& ~~>> ur>rH g Z7-P
$ /liurkA>>~ 4281 ~7/6 R'/- @~+i P9 ggOcrm& O~W We~e ~~ 5p'YEA'1 7H J E~paiEe~ ~H~~~ ~y'491 GJ OR 0 0 ~
~O O O
!URCCCK> INC. APPRO'lAL, .DE' IP Er LEVEI. CUSTOt'IER APPROVAL
~/ANI REVIEN: ~ ( f f=-Yr~ "W / ~ )IE ~ ~
<II
I I
HIS-2 No. 2-0001 Sheet 31 of 34 Attachment 2 Page 1 of- 2
- 1. (a) Manufactured by MURDOCK< INC. 15800 S. Avalon Blvd.,
Compton, CA 90220 (b) Manufactured for GENERAL ELECTRXC CO., 175 Curtner Ave.g San Jose, CA 95125
- 2. Identification<<Certificate Holder's Serial No. of Part MI 099 Nat'1 Bd. No. N/A (a) Constructed According to Drawing No. 112D2704 Rev. 1 ECN-NH03747, Drawing Prepared by General Electric Co.
(b) Description of Part Inspected Safe End (c) Applicable ASME Code: Section XXX, Edition 1974, Addenda date Summer 1976, Case No. N/A Class 1 Remarks: See Sketch Date: MURDOCK XNC.
Manufacturer
/.,0 Date t
M..< .
cH.
=. 1979 Commissions Calif. 1408 Inspector's Signature M.N. Contractor) ll-B.33
~~ Page 2 of 2 pP pP
)lD >go 0~ I0~
~0+ ~gO
/v
~-,@3') gg~X,<YOP+
I -a~a xZoo <. <<O~p ggox'Igo X W~PP
'o I
I 1
//Oh 3'm~ ~~4)P i Wopy I
l
>oX C) ~~
l I
7 . 4 .s. i .1' gj pro x'~X O~ +
O/Q pP jc~ g P Pr
(
oy,oN. ~p/~+' - -
yg
/2
~QO ~
830 P'fdoX 020'.~o i9ox~~ gy~x/box,cs I
l
~ l~ 13 lg Jl lo g o
li'>P
. uPz et ~ Ill OVTSibX PIAPflfT'aR RDLCSD avTO FLAT PATTE/PAl- NllMbSR5 ESPRDSd'Nf' NZ 0 0~
Q J'oB th GO I AD V/RAY s/~ ~> 9F CD C)
Op+ 50 s s'~c
- 2) aTS
I r
LMURDOCKt
'b, .',.
i'"Ol(l)l N-2 ihiANUl'ACTUP~S OA'l'A REPOl(T FOR NUCLEAR PAIV1'. AND APPURTENAibiCES~
A>> r iuin INC ~
1 by rbu Provision>>
r 15800 S. Avalon uirli'S>ii': Cudccrin r Blvd.,
Compton, CA HIS-2 No. 2-0001 Spd+t 33 90220
- l. (a) h(anu(secured by (Nsow snd o4iitess or htsnutsctvtet or pstt)
(4) hlu>>ufuvtuti:J M f J fur.
f GENEHAL ELECTRlC CO .,
(rrodno end oddtess o!
1 75 Curtner Ave San Lien>>loot>>tet or colnpieted nuetew component)
Jose, CA 95 1 2 (Jc>>ti(iu>>tiu>>+(>>>>u(oct>>rut s &:rivi Nv uf Putt Nut'l LIJ Nv.
(u) (:unsirucii:J Accvtdi>>g iv Drawing Nu.
112D2704 Rev.lD,i>>gECN-N 37 7Genezaal Eloctric I tell>>iud b), OC XXC CoO.
(b) Descripcion of Jsarc laspecccd S uIMLLex
<ci Asciic blcAQIECodci door'o Iri,rd'r' ~070,.dddcndnd r t070, Cns N .~NA Cl ~
3 Q rica Reci rculati n ln let Hozz le for Reactor Vesse (L)tier description oc setvioe (or whish coin>>snoot wos designed) 1 Fox ina - +.06 SA 182 F316L 9.920 1-D- 14.25 Xdentification as pex NA 8312 LLye ccrci(y chacche rcacemencs mode in .t chirr rcpotc arc corrie! and thi>> vessel porc vr apputccnancc ais ilcfined in tlic CvJu <<v>>
forms co the rules of conscruccion of the ASME Code Section ill.
(Thc applicablc Design Spccificocion ond Scccss Report arc noc thc responsibility of thc pars Manufacturer. An opputtcnun<<t hIo>>u(acturt:r is responsible for (utoishidip>> sopor>>tv I>esign Spucificlitiv>> anil strut n l(uport i( thi: upputt<<nuii 'i' ~ i>>vl>>Ju I
~
ia thc component Desiga Speci(icacion aad bere>>a L(opere )
ly~7dln,d NURUOCIC XNC.
(Ltsisdrsctulet) liy Q '
rrs Ccrcificacc of Authorigacion Expires Cccuficate of Authvristacivn Nv CER'1'1F1CAT10I ij OF DEHGN FOR APPURTENANCE (when uppliculrlc)
Design inforiaation on file ac N A Stccss analysis ccporc on tile ac N Dcsiga specificacioas certified by Pcof. Eag State ii >>.No.
Stress analysis rcporc ccrtificd by N/A Profo Eng. Scatc ii >>.No.
CERT1F1CATE OF SHOP INSPECTlON l inoilif l, chc uadccsigaed, holding a valid commission issued by thc National Board of L)oiler and Prcssucc Vessel inspectors C T MM**
of Lon Grove X 1 s have inspccccd che part of a prcssure vcsscl Jest.ribed in this hlonu(accurec's Pactial Daca l(rporc on lt)~'i,and score that to the bose vf my knuwleilg<<
arul belief, the hlunufacturer has constcucccd chio pace in accordance wich the AWE Code Scccion ill Qy signing chio ccrci(icatc, neicher thc lnspeccvr,nor his employer makes any warronty, expressed or implied, cnni ctn i>>g di<<port Jca:cribcd in thi>> Manufacturer's Partial Data LLcpvrt. Lrurthcrmorc, <<iitlier ili<<L>>spct'lof >>lit hlls i'nlplilyi't sliull bc liable in any maanur (vt uny pi:csoaul injury oc pcvpcrcy damage: vr a ives uf ony )titid >>rising (rwn vt cw>>)ected wich this inspeccioa, Dace .'7%
i'J KW Ln pe t~s<<g tw M.N. Contractor C~ss'oos Calif. 1408
)recto>>et L)estd, Stolen Ptocylnee en4 rto
~ Supplersentsl sheets In (ona,o( LI~ ts, sketches or drawings issy be used ptovlded (I) ~ Lse Ls W' I I", (l) In(otaetion In Lteles Lug on ihi~
dein te poet I~ Inc!ulled on encb sheet ~ snd g) edscb sheet Le nudsbered wid nudntdot o( sheet ~ I ~ recorded tn Iteei )n 'Ltelnwks" ~
"*Lumbermens Mutua3. Casualty Company 11-8.35
I tt'<<Ia a vera It ~ ~ << ~ ~ ~
""y s ~, ~ ~
e <<K ~ I + ~
t~~x'd' L~~'s 2 0001
' clio cof bo&'llf; C ' )heep 34 pf 34 MURDOCH r INC ~ r 1580 Q. S. Avalon k. d v r Compton, CA 90220
~
k) l lanu(accused by (ttsise snd sdittess or ttenslsctutet or part)
~ .
(b) ) lu>>ulucsurcd luc GENERAL ELECTRIC CO., 175 Curtner Ave., San Jose, CA 951:
od oddteso or MeoulsotIItvt er CoisPt ~ ted nuclear soioponest)
- 2. (densification hlanufuccurcr u Scciul No. uf pars MI 101 tf ut'I'id. Nu. N A General Electr'o (a) Conssrucccd hccordints lo Drawing )fo.
'(b) Dcccripc o of Pars In pcctcd' (c) hpplicablc AQ()t Cadet Section
'ummer
'"" Safe LLL~ Lt E d 1974 , alii Drawing Ptcputcd by le76 ~ Case II)a. N K Clui, o Reciyculatinc( Inlet Nozzle for Reactor Ve sel (otter dssctlptlon or service rot whish comtIooeol wss de Icneo) ~
t)UU +.06 For incr SA 182 F316L 9.92Q -. X.D. 14.25 Identification as per NA 8312
, t "sic certify thaCche scatcracncc ctade in this:ccPorc ore correct anti this vcsscl Part oc aPPurcenancc as dcfint 0 in the Code con (arnis co the rules of conscruccion a( chc h t(E Code Scccian ill (Thc applicable Design Speci(ication snd Stress ((epact arc nac che respanstbilicy o( the porc hl>>nu(acturcr; hn kppurccnonce htanu(securer is respancible lat (wnishing a separate Design Speci(icatian and Stress Ltcpurt il chc appurtenance ia uuc ineludcil io dic cotppoaeat Design Speci(icatian and Screak Ltuporc.)
Date 3 I MURDOCK (trsourkotwet)
XNC .
F~ Janua CERllFLCN10N OF DESJCN FOR hPPVRTLrNhNCE (svhets applicable)
Design in(oratorian on file ac N A Stress anaLysis cepars oa filiac Design spccificacions ccrcificd by Prof Enlf State K I,K .
Strccc analysis rcport cccttfic'd by N/A I Prof. frag. Scale ltca. )(u.
CERTIFIChTE OF SHOP lNSPECTlON a>>d/ut the State or Province a( Ca 1 LOn GrOVe IllinOiS if rn i L, chc undersigned, holding a valid cotnraiccion iscucd by che Nscianaf Board of (tailer and Prccsurc YcsscL Lnsp<<cturs O a and croplaycd by have inspccccd chc pare o( a prc>sure vcsscl described in this htanu(accuser's partial Daca Itcporc on + + L9g (.I and state thac to the bess uf ray knowledge and belief, thc Manufacturer hac concsrucccd this pace ia accordance with thc AQLLt Code Section ill.
Gy signing shiv ccrsilicnte, neither chc inspector I nor his entpfoyer snakes any warranty, cxprc coed or Implied, t'uni etn-iiia tile lists Jl'>erilieil lu tillII Ml>>ill(set>>tet II llnrtiul l)usu ItutiIItrv pullhutn>>1t>>I tel'IIIII't ill 'iivl I 'i It I t lI I I IuII Iyi'I
~ ~ ~ ~ ~ ~~ ~ ~ ~
shall bc liable in any tnanncc (uc any peccanaL injury or property datnxge ur a luoa of any kiad uctsi>>g (raut uc eu>>nected with this inspcccion, Date f9 22
~) I ~(.,<
saepectot' Stccktute M ~ tNt r>~
COntyaCtOy Calif.
)Sot LOOk I 1408 UsktdI tet)I P tovtiII.'e SO 4 tte
~ svppteoientol sheol ~ In roti~ or ll~ t ~ I stietches oe dtswlnss oisy tve us ~ Il ptuvtded (l) ~ lse l ~ O'YI ' l l e 0) tore&I iivo Ih Itveis
~ I+'c vn Illi~
dst ~ re pots l ~ locluilsd on cocle sheet ~ srId ()) escb sheet 4 at>>shored skd ouetKet ol ~ liest ~ lo recorded 4 lt ~ ss DI "Keek ~ tie "e
- Lumbermens Mutual Casualty Company v
r lan No. c-uvula WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI Washin ton Public Power Suo 1 S stem - cate B3i Bz 3000 Georae Washinl3tl3n"Wav. Richland WA 99352 sht 1 faooress)
- 2. Plant WH>-2 Unit H/A r
Hanford, Benign'ountv WA 99352' o l( P f d by Becrl i i "Power Coraor ation C-250 P.O.Box 600',"'Pchl and, WA 99352Reglr Orcanizatle P.O Noae Joo Noa ~ etc Residual Heat Removal RHR 5.(al Aoolleaal ~ constrac:fon code ((SHE i(i le 7i Edftlon. S73 Addenda, on ti ion cosa cases (e) Aeollcaal ~ =dlelon of lect(on Al dtl!lead for Aeoalrs or!leo!catenate-(9faaf.~lataddenda. code c ~ ses
- 6. identification of Ccmoonents Repaired or Reolaced. and Reolacement Comoonents Nae>> of ;lame of Nfrs. Ser. Nat'l. Bd. CRN No. Other Year Repaired, ASNE Code Component Affr. alo. No. ldentf- Buf1t Replaced, Staroed ffcatfon (Yes or No) oi'eolaceefent RHR-V-27A Velan 349 - N/A N A Yes Class RHR-V-27B Velan 355 N A
.. f 11
- y. Oescrfptfon of york 19) 3/4" di a. x 6" 1 on bonnet dr ain waS add d
" Drilled drain hole in the bonnet.
- 2) rT examirted the drilled area.
~
- 3) Fitted and welded the drain i e to the bonnet.
~
5), Performed final drillin (drilled 45o angle hole from the inside of the bonnet to conriect to the bonnet drain).
- 6) Performed hydrostatic test. No evidence of leaka e.
- 8. Tests conducted:'ydrostatic 9 Pneumatic CI Nominal operatfnp Pressure C3 other 0 Test Pressure ~2 psf Test Temp 60 P Ccmponent Oesfgn Pressure 500 T~.35/
Hone rtpp iCable .'Qnuiatturer' cata RepartS tO be attaCned) e o.ia
~SStsWl.. '-
44( A
'5
- Test pressure of 625 psig is 1.1X system operating pressure.
11-B. 37
Plan No. 2-0002 CERTIFICATE OF COMPLIANCE
'I ve staterents ace in tnis report are'correct and this iliodlT l~~<~ 11 confores to Section gj of
<i%ocr or i~ s Qaagnee> (~4 el CERTIFICATE OF INSPECTION
- l. the unoersi9ned, holdin9 a valid connission issued by the Rational Soard of Soiler and Pressure Vessel lnsoectors and Ne State &~neo of ri ~ ewployed by V of Illino'tS ~
have inspec~ the Modish CBt;1011 described in this Reoort on +19 (Raoair(s) or Replacceent(s) and state that to the best of ny tnowled9e and belief, this reoair or reolacewt has been constructed in accordance with section z( of the ASRS Code. Sy siqnin9 ttris certificate. neither the inspector nor his eeployer nates any warranty, eapresseo or 5nolied. concernin9 the reoair or replacenent described in this Reoort. Purtheraore, neither tne lnsoector nor nis eeoloyer shall be liable in any wanner for any personal ivory,or property canape or a loss of any Und arisin9 froa or
~+~ ~
connec~ with this insoection.
S S
( inspector)
Ceraissions (State or~rovmce;national Soars]
bootes suoolewental sheets in fons of lists, sbetches, or driwings nay be used orovided (1) size 94 in. 1 ll in.,
(2) inforwatlon in itoas 1 througn 4 on this data reoort is included on each sheet, and (3) each sheet is nuebered gQ and the nuaoer of sheets is recorded at the too of this ferne 11-8.37
Plan No. 2-0015 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM =HIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI Washin ton Public Power Su 1 S stem Oate BBJ 3 3000 Geor e Washin fP Wa Richland WA 99352 sh, . 1-(Address )
- 2. Plant g A Hanford, Be CBh'ount WA 99352 3 )ro k p f rmed by Bedti&V'wer Cor oration C-250 P.O.BOX 6PP, aRe))Chland 'WA '99352RePair Or9ani<ation P.O No., Job Noae etc..
Addes
- 4. identification of Syste)e 9.(a) Appllsaol ~ consasssslon code Sec.III
. )9 7I cd)alon,, W '73 Addenda, code cases N sa.ll dsl.....
6.1dentification of Components Repaired or Replaced, and Replacement Components Name of Name of Nfrs. Ser. Nat'l. 8d. Other Year Repaired, ASNE Code CRN No.
Component Nfr. No. No. Identi- 8uilt Replaced. Stamped fication (Yes or No) acement or'ep)
SLC-TK-1 Lamco 274 N A N A 1975 Modi i d Yes Class 2 N-10 oescripcion of A 3-inch stainless steel nozzle was added to the SL -TK
- ~ozzl'i'is T. Qwork
)peated at 549'-73-n elevation and 45 1
nozzle-to-tank weld was li uid enetrate examined. The PT was acce table. The 3-inch stainless steel nozzle is ASME SA 312 TP 304.
T head t
dll C
for nduct d:
one hour.
S Sd Visually d lsd examined the weld.
d No
<<1 evidence of
- a leakage.
- l. d d d
- 9. Refer)rs "One Test Pressure
<<* ds
~B<
psi
- la Test Teep ~""- P
~ - ~
Component Oesign Pressure a
-dp~
ATM reap. ~200 pp icabl ~ Nanufacturer's Oata Reports to be attacned) 11-B. 38
Plan Ho. 2-0015 CERTIFICATE OF COMPLIANCE 4e ca~5.y that the states>>nts nade 1n thfs report are correct and th) s conforns ta Sactfon XI ot the a~ wca.
.19 r's i'It e
~)~fg &Hler or 3 s9nee)
CERTIFICATE OF INSPECTION, I. de undersf9ned, holdfn9 4 valfd connfssfon fssued by the hat1onal Soard of Sofler and pressure vessel Insoectors and the State of~neo of . ewployed by V or 111 ino is have fnspected the Modi fiCation (Reoatr(s) or descrfbed fn thfs Report on .19 ~~
, Replaceaent(s) and state that to the best of ny knouledge and belfef, thfs reoa1r or rap)account has been constructed fn accordance wfth sectfon xl ol'he XS)fE Code. Sy sfgnfn9 thfs certfffcata, nefther the Inspector nor hfs cop)oyer nakes any uarranty.
expressed or faoffed, concernfn9 the repafr or rep)acenent descrfbed fn thfs Report. Furtheneare, nefther tho Inspector nor hfs cue)oyer shall be lfable fn any nanner for any personal fn5ury or property daal9e or a loss of any k1nd arfsfn9 froo or connected wfth thfs fnspectfon.
Coaefssfons spector) (state or <rovvncr, hatfonal scarc)
Rote: supplemental sheets fn Fons oF lfsts. sketches, or dreufn9s nay be used provfded (I) sfzo f)35 fn: x 11 fn.,
(3) fnfmnatfon fn ftees I throu9h 4 on th) s data report fs fncluded on each sheet. and (3) each sheet fs nunbered and the nunoer of sneetS 1s recorded at the top Of th) 5 fore.
11-8. 39
Plan No. 2-0016 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM itIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI Washinoton Public Power Suool Svstem - - . oate S 3000 Georoe Washinaton"Wav, Richland cress)
'A 99352 6h<<t 1 Plant WN 2 Hanford. Benionn'ountv. !AA 99352 3 k f ed by Bectl W"'Power Corooration ldentf ffcatfon of 5ystefe
(
P.O.Box 600th'Rl'chland, WA 99352"'~'" "'""'""'"
- "-"'eactOr ReCi rCu1 at i On ( RRC C-250
'"'" '"" e~"-
- s.( ~ l .'ppffcaof ~ constr c.fon code ASME III lt 71 Edition, N/A dtddenoa, Code Cases N/
(ol saellcatl ~ dl:fo of sectfon sl ctf (feed for aeoafrs or tepfacemnts fsBQ.~(e'cdenda. coen cites" N30
- 6. ldentfffcatfon of Conoonents Repaired or Reolaced, and Replacement Conoonents Ra((e of Conponent lane of fffr.
?ffrs. Ser.
iio.
lat'l. !fd. Col No.
tlo.
Other ldentf-Tear Huilt Repafred, .
Replaced,
" AQf Code
. Stan(oed
- (Yes or Ro) ffcatfon or Reolacenent.
RRC-V-60A Ham-Dah 71/2005/0 1A N/A N/A N A 1976 Modifi ed Yes Class 1 RRC-V-60B Ham-Dah 71 2005 04 2A N/A N/A N A 1976 Modified 'es Class 1 i .. 7 i .". fo of 'endor~ A bonnet vent was added. A hol e was dr f 1 1 ed l nto the bonnet a 3/4" schedule 80S i e was welded to the bonnet and PT the final weld. The PT exam was acceptable. The schedule 80S pipe is ASME SA-312 TP304. Performed h drostatic test. No evidence of leakage.
Bod - ASME Section III 1971 Edition with no Addenda.
Bonnet - ASME Section III,'971 Edition with STl Addenda.
- 8. Tests conducted:'ydrostatfc C3 , Pneurfatfc C3 Ro(f(fnal operatfn9 Pressure C3 - other 0 dfJj
- 9. Rerpirks None
!happ icaoie ."anuracturer's "ata Reports to be attacneo) t t'(S~a f+ee+i~ o pY
- Test. pressure of 1217 psig is 1.1 x sys em operating pressure.
11-B. 40
plan No. 2-0016 CERTIFICATE OF COMPLIANCE
-e cc .1.y that the stat~nts 4cc tn tnts rcao~ are co~ca and tats mo 1flca ion conforms a Se tcn Xl at'e
.Lg
'tGencr ar e. '1 svneet it tie
~z)u(ta CERTIFICATE OF INSPECTION l, the undersigned ~ holding a valtd caeortsston issued by the aattonat Board of sotler and pressure vessel lnsoectars and Jle State <<~nc of hinat; employed by
~ ' I of (Rcaa1rts) or Real acenent($ )
and state that to the aest of ny kneeledge and bel1cf, this repair or replacwient has been constructed tn accordance <<1th
!ection xl of the AsÃf coda. sy signing this, certificate, neither tnc inspector nor hts enoloyer cokes any varranty, expressed or 1mpl ted, concerning the rcaair or replacement described in this Reoort. Furthevmore, netther the Insoecan'ot his eeoloyer shall be liable tn any ctanner for any personal injury or property daoagc or a loss of any kind arising fres or canncctad. ut th this inspection.
yacc inspector)
~ss tons ~
7486W (State -.r~ravxr..-national Soaral i
."+tet Suaateteental SheetS in fOrm Of 11StS SketCheS. Or dravtngS nay be uSCd OrOVided (l) S1te 89 tn. X ll tn. ~
(zl tnfonastton fn items I through 4 on this data rcpor. 1s included on each sheet and (3) each sheet is nenbcrcd and .c nueoer of sheets ts recorded at the too of this form.
11-B. 41
I'lan IIo. c-uul/
'lr)CS /7 WASHINGTON PUBLIC POWER SUPPLY SYSTEM P (~ p /QO 2 FORM HIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI Washin ton Public Power SuI3pl S stem Cate 3000 Georce Washinqtblv-"Aav Richland WA 99352 Bht 1 Imcressl l plant WNP-2 5 A Hanford, Bent8n'ountv. WA 99352
- 3. Nark perfo ..ed by BeCfl (-Pi POWer COrOOratiOn C-250
~
P 0 BoX '600') fPChl and WA 99352ReParr Or9anrzatr<<P.O Boob Joo Noa ~ etc
""" Reactor Feedwater
- 4. Identf fIcation
- 5. ( ~ )
(b) of Systefe xaolleable co stree.fon coda S~E ((rib r)
'oolleablt .dltlo of scctlon xl Usl!lead for Reoalrs Edltlon)(
o
,'> RFW Reolaceaents- \9BQ.
'sdeenea.
~addenda.
Ense cases ) <1)s code cases Be Identlfltatl<<Of CO(eOOnentS Repaired Or ReblaCed. and ReblaCement CbnbbnentS Na)r)e of Naa)e of Nfrs. Ser, eels~'1 Bd No. Other 'Tear Repas red, AQ!E Code Cor4)onent Nfr. No, No.
CRN Identl- Buj'I t Replaced, staeoed fIcation or Reol ace(r)ent (Tes or No)
RFW-V-328 Anc/Oar 1N-110- N/A N A 1975 Modifi ed Yes Class 1
- -j"1 A drain connection was added to the 24" valve bod . A hole was drilled into the bottom of the bod 29" from the downstream end. A 3/4" SA-105 i et w'ds wei.ded to the bod and this weld was examined b MT. The MT results were acceptable. Performed hydrostatic test. No evidence of leakage.
B. Tests conducted Nydrostatlc {3 Pneu(aatlc 0 Noralnal oper atsn9 Pressure 0 other Cl MUX ~
- 9. Rerbarks NOne rtpprrCaOle nanufatturer'S Cata RebartS tO be attaCned
- Test pressure of 1217 psig is 1.1 x system operating pressure. s 11-8.42
P1an No. 2-0017 CERTIFICATE OF COMPLIANCE "e tarsi'y that he statements naca fn tnis report are 'correct and this confonrs to Section Xt of the
<<1 ..ed jgfgj" ~ <s er ar e. 's Sess9ne I anager, MNP-2
~ l tie Engineering (0atoi
, l9 CERTIFICATE OF INSPECTION l,
State ~~
chi undersized. holdin9 of <
ha e a val1d coneission in 1 spec ed n
th issued by the national soard employed by n of Seller s
and pressure yessel lnsoectors and the o19 ZZ of (Reoalr(s) or Repiacasent(s) ano state that to the best of ny knouled9e and belief, this reoair or replacement has been constructed 1n accordance u1th Seoticn Xl Of the AM COde. Sy Siqnin9 thic CertifiCate. neither the InayeetOr nOr hiS eeOIOyer WkeS any uarranty, exoressed or ioolied, concernin9 the reoair or r eplacenent described in this Report. Furthetnore, neither tne lnsoector nor his enoloyer shall be 11able in any nanner for any personal in)ury or property dana9e or a loss of any kind arisin9 free or c"nnectsd with this inspec ion.
Oate Censissions tnspector) i state sr~mvn-..;.vatsonal soars)
.'tote: suoolerental sheets 1n fore of lists. sketches. or drawings nay be used provided (l) site Sss.in. x ll in., lpga..
(8) infotvution in iteus l throu9h 4 on th1s data report is included on each sheet, and (3) each sheet is nuobered and the nuroer of sneetS 1S recorded at the too of this fern.
11-B. 43
Plan No. 2-0018 WASHINGTON PUBLIC POMER SUPPLY SYSTEM FORM NIS-2 OMNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the PT'ovisions of'SME Code Section XI Washinoton Public Power Su 1 S stem Oate 3000 Geor e Washin SII" Wa Richland MA 99352 sh, 1 (AddreSS).
- 2. Plant WNP 2 Hanford, BenNR Count 3 Qf) k Perfots9ed by BedtiHT "Power Cor orati on P P Box 6PP 'Chl WA '99352 and WA 99352RePalr
'-250 Oraantzat1on P.O No.,'Job Not ~ etc
- 4. Ident1flcatlon of syste555
- 5. ( ~ 5 PPPlldddld CP Pdmdp1PP Resi Stl '0'eat Removal Cade AMS 6.)dentlflcatlon of Co555OOnentS Repaired or Replaced.
Name of Nar>> of Nfrs. Ser.
'74 59 Nat'1. Bd.
and Replaceeent RHR Cdldldn, '75 Coraonents Pl.ll 'ill<<
Addenda, Code Cases N
~ -.~'SNS A'978 No. Other Year Repaired, Code Cottponent Nfr. No. No.
CRN Ident- Bull t Replaced, Stageed lflcatl ot'eplacement (Yes or No)
RHR-V-123A Bor -W 22303 'N Re air Yes Class 2 7 o s r1p 1 f Qo k Wel d bui 1 t-u was er formed on the va 1 ve. bod to 1 n x 2" reducer insert fillet-utelds Weld built-u of the fillet welds was re uired because of the undersized fillet. The weld built-u was PT examined. PT examination results acce table Performed h drostatic test. No evidence of leaka e.
B. Tests conducted:
- 9. Rerdarks Hydrostat1c
+pest Pressure None
~op >caole
~~ Cg
'utnufatturer's PnetN5at1c ps1 Oata Reoorts Test to 0
Tetcdp be 159 No5551nal attached)
P operat1nd) Pressure Cottponent Oes19n Cl other Pressure.35Q9 0
~ Te555p. ~~
- Test pressure of 1217 psig is 1.1 x system'operating pressure 11-'B. 44
~
Plan No.
2-0018'ERTIFICATE OF COMPLIANCE ue certi fy that the statenents nade in this report are correct and t!lis cantorens ta Section XI at the sn'aS Coca.
(0>>ner oi'r's 19nee) I it)e ( ta
,19 sj g. A. Helmberg, anager, MHP-2 fngineering CERTIFICATE OF INSPECTION I. the undersi9ned, holdin9 a valid caengr)asian issued by the )iationa) Soard of Softer and Pressure Vessel Inspectors and the State of~neo of f) have inspected the
. onoloyed by (Reoair's) or Reo)acenent(s) described in this Recure on ~ a i,l9~ of state that to the best of ny kno>>led9e and bel1ef. this reoair or replace>>ant has been canstructad in accordance >>1th and Section XI of the ~ Code. Sy si9nin9 this certificate, neither the Inspector nor his ego)oyer nakes any >>errancy, expressed or inplied, concernin9 the repair or replacement described in this Report. Furtheivegre, neither the Insoector nor his einoloyer shall be liable in any eaanner for any personal infury or property. dawa9e or a loss of any kind arisin9 tres or ccnnected >>1th this inspectian.
0-, Congaisstons
( Inspector) (state egr+rovgnce;-hatlona) Soaro)
Rote: Suoaleeental sheets 1n tore of lists,.sketches, or dra>>in9s nay be used provided (I) size sis in. x II in.,
(2) intorenation 1n itees I throu9h a on this data report 1s inc)uded on each sheet. and (3) each sheet is nunbered and.the nuneer of sheets is recorded at the too of this fore.
11-8. 45 agc'-
l lan No. 2-0019 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORiM HIS-2 OMHER S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI 4 Washinaton Public Power Suppl S stem 3000 Georoe Washinotttn"Wav Richland.
WNP-2 (puioreSS)
WA 99352
~ A Oate sheet 1
~ pl,t unit Hanford, Bent'ountv WA 99352 3 g t p d Piy 8 ecKW"Power Corporation C-250 P.O. Box 6001'g'Chl and WA 99352RePair or9anizat>on P.O no. ~ Ooo Ro. ~ etc
- 4. ldentlflcatlon of systee
'""'ain Steam Line 8 (MS)
- 5. ( ~ ) sppllssal ~ canst essa cape 55M5 77 k9 Taltlan, 5 7 sane ns, Caen cases st!L'Jn! <<-
- 6. ?dentlflcatlon of Coclioonents Repaired or Reolaced, and Reolace55ent Coiaoonents ilaTTTe Of RaTTTe of llfrs. Ser. !lat'l. Sd. CV Ro. Other Year Repaired, A9!E Code Coiiponent 'Nfr. e5O. Ro. ldentl- Buflt Replaced, 5 taiTToed flcatlon or (Yes or Ro)
ReplaceTrent MS-LS- 48 Maanetrol 613600- N/A N/A 1979 Re aired Yes Class 2 7 Qescr'lpt'ion of stork The 'areas on the tank swi tch were bl ended down to 1 ess than the required wall. The areas were repaired by weldin as follows:
~ sr
2 r b 1 w th r uir d w 11 w r ir d b w ldin
- 3) . Repaired areas were blended smoothl with the ad acent base metal.
- 4) The final repaired areas were UT examined for wall thickness check and also RT examined. NOE results were acce table.
- 5) Performed h drostatic test. No evidence of leaka e.
- 8. Tests conducted."
- p. R~riis snpp
- TestHydrostatic None Press ~
1Caple .'5anufatturer'S Gg 1375 Pnelaatlc psl Oata RepartS 0
Test Tsnp tO Oe Nouilnal operatlnpl Pressure CI 131 ap attaCnedl Csnpanent Peslln Prtssa e ~
other CI 1250 59 Tnn!..57555 F
- Test pressure of 1375 psig is 1.1 x System operating pressure.
11-B. 46
Pl'an No. 2-0019 CERTIFICATE OF COMPLIANCE 0
e ertf~y that <<".e statenents hade fn of 5 report are correc and this re aZ conforms -o Sac-'on 2! of ~le seve il,lener or i&le Stslvn t litle ( a el CERTIFICATE OF INSPECTION
- l. the"undersffned, holdfn0 a valid ccnedssfoa 1ssuef by the natfonal 8oard of Boiler and Prcssure yessei (nsoectors and the Sta:e ~=+~ of n enoloyed by o of
~ ')PE>
(Reoafr(s) or Replaceaent(s) ano state that to the best of uy knowledge and bel1ef. this repa1r or reolacenent has been constructed fn accordance >>fth Settfcn Xl Of the ASHY COde. Sy Sfyfng thfS Cirtffftate, neither the lnSPeCtnr nOr hiS OaOleyer naaeS any warranty,"
exoressed or fnplfed, concerning the repair or replaceoent described in th1s ifeport. Furthermore, neither the inspector nor hfS ann)oyer shall be liable in any oanner for any personal fnjury or property danage or a loss of any kind ansfng free or connected with this inspection.
3-'3l- Z3 lns pector)
Cenaf ssfons (State er ~rn c;-natfonal 3oarol 1
."etef Suooleeental sheets fn fore of lists, sketches or dra>>ines nay be used orovfded (l) sizeI SQ 1n. l Il tn.,
(2) fnfornatfon fn !tees l through 4 on thfs data report is tncluded'on each sheet and (3) each sheet 1s nunbered and the nuaoer of sheets fs recordef at the too of tnfs fore.
11-8. 47
Plan No. 2-0020 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI Washin ton Public Power Su 1 S stem O., ~i 8Z 3000 Geortle Washin Nll"Wa Richland WA 99352 sh, 1 plant WNP 2 unit '< A Hanford, Bent'6P Count . WA 99352 3 'g k p f ffsed hy Bech'iN"'Power Corooration C-250 P P BoX 6PP 4RelChland WA 99352Rei ir 0"ga"izati<<P.O Noae Joo Noa ~ etc
- a. Identification of systesn Resl d I fan% t e v 1 A.(a) Appllaaale constret:ion code aSHF~TPZl Edition,~2 Addensa, case cases ao.cost
- 6. Identification of Coggoonents Repaired or Reolaced, and Reolacesgent Cocgoonents Nagoe of Naghe of lifrs. Sel. Nat'l. Bd. CRN No. Other Year Repaired, ASHY Code Cocggpon cot Hfrn No. Ho. Identi- Built Replaced. Stachoed fication or tYes or No)
Replacelgent RHR-V-24A Anc/Dar 2N407 N A 1977 Repair Yes Class 2
- 7. Description of vork wall. This area was re aired as follows.
- 1. Weld built-u the-excavated area.
- 2. Blended the welded area smoothly into adjacent base metal.
- 3. . UT examined the welded area for wall thickness.
- 5. Performed h drostatic test. No evidence of leaka B. Tests conducted:
- 9. Regggarks Hydrostatic
- Test pressers None
~25 I po lcaole manufacturer's B pneissatic C3 psi Qata Reoorts Test to Tenn~op be Noesinal attacned) operating pressure 0 congo ent Design press re ~
other 0 T<<e.~
ten
'a'Test pressure of 625 PSIG is 1.25 x System design pressure.
11-8'. 48
P1an Ho. 2-0020 CERTIFICATE OF COMPLIANCE
'lt certify that the statenents nade fn this report are 'correct and this conforns to Sect!an Xl af xA Caoa. the'Sntd 0<<ner or 's 9esi9ne l tie
~$ 3 Owne .f Oaten CERTIF ICATE OF INSPECTION i*',,,,~i l~ the undersigned, haldfn9 a valid coeefssfon fssued by tht hatfonal Soard of Soiler and pressure Vessel lnsoectors and the
%~net State 11'l l of . enaloyed (Reaa)r',s) or Replaceetnt(5) by
...... I / F19 FT
'I and state that ta the best of ny kno<<itdgt and belief, this repair or replacement has been constructed fn accordance <<fth section x! of the XSNK Code. Sy sf9nfn9 this certificate, neither the inspector nor hfs teoloyer sakes any warranty.
expressed or fnplfed. cancernfng the repafr or replacement described in this Report. Furtheaere, neither the inspector nor his enafoyer shall be liable fn any canner for any persanal floury or property dawa9e ar a loss of any kfnd arfsfn9 froe or connected with this inspection.
P7 Conti ssfons l nsptctor) l state ol +ravlntco na'tlona I Saara) hottf suapleeental she'ets fn fons of lists. sketches, or dra<<ings nay be used provided (l) site fpf fn. x ll in.,
(s) fnformatfan fn f tens I throu9h 4 on thfs data report fs fncludecl on each sheet, and (5) each sheet is nuebtred anh he nuaoer of sheets fs recorded at the too of this fare.
I ~ I~ ~ ~ 55& ~ e, WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI Washin ton Public Power Suppl S stem 'Oate 3000 Georae WashinatMV'Wav Richland. WA 99352 sheet 1 da C 1
<Aocressl
~
unit < A Hanford, Benc68 Countv WA 99352 3 Nort perfo5, ~ $ y B ec h~~Pt "Power, Co rop ra ti on C-250 P.O.Box 600<" fPchland, WA 99352Repa>r Or%an>tattoo P.O Noae Joo No.. etc or F dw t r RFW
'~ aa.d-'ral:<<-
dCdcress)
- 4. identification of Systede R 5.( ~ appllcael ~ canst c.fcn cade AS55E 55it9 7t 5 Cdltlcll, addenda. canc cases
- 6. Identification of Comoonents Repaired or Reolaced, and Replacement Comoonents Name of Name of Nfrs. Ser. Nat'l. Bd. Other Tear Repaired, ASNE Code No.
Component Nfr. No. No.
CRN identi- Su i1 t Replaced. 5 ta55ped fication 05'eplacement (Tes or No)
RF -- lN-1 - N A N A 1975 Modified Yes Cl ass 1
- 7. o ipti f t A drain connection was added to the 24" valve bod . A hol e was dri 1 1 ed into the bottom of the valve bod Bn from the downstream end. 3/4u SA-105 i et was A
- -~<. - ",.'aided to-the bod and this weld was examined b MT. The MT results were acce table. Performed h drostatic test. No evidence of leakaoe.
- 8. Tests conducted Hydrostatic C3 pneumatic Cl Nominal operating pressure 0 other 0
- e. R~<
cabl ~ .'Qnuiacturer's Qata Reports to be attacned) Q,'." isl n% 55 v~ i,p ~
Test pressure of 1217 psig is 1.1 x System operating pressure.
11-8.50
Plan No. 2-0021 CERTIFICATE OF COMPLIANCE "e ce~f'y thee ee scatenents oaae fn this report are'correc and ufs Mod1TlCBT10ll canfarss ta Se :!on 4! at the c rr rh
.19 ic<<ner ar Q<<ne. 'sfgneei s tie faa CERTIFICATE OF INSPECTION
, 1. the'ndersigned, holding a valid coaurfssfon fssued by the hatfonal 8oard of 8ofler and pressure yessel lnsoectors and the I
State W~avfrrae of ~fffl if . enoloyed by V of (Reoalr(s) or heal acoaent( s) and state that to the best of ny kna<<ledge and baliet, this repair or reolacenent has been cans+ected fn accordance <<fth section sl af tne ARE code. 8y sfqnfnq thfs certfAcate, neither the Inspector nor hfs eeoloyer sakes any <<arranty.
expressed or fool!ed, concarnfnq he repair or replacement described fn this ffeoart. Furtherrrore, neither the lnsoectar nar hi S CSalayer shall be liable fn any sanner far any personal fn)ury ar property dalage ar a loss of any kind arising free or cannectei <<fth this inspection.
Oate ~ 3i P3 Crunaf ssfons f inspector) (State <P'~rovrrrca; national Saaral lfatef suaalelental she'ats fn lors af lists. sketches, or dra<<ines say be use! provided (1) size 8rf fn. x ll fn..
(8) fni'armatfan fn ftass 1 through 4 on this data report fs included an each sheet. and (s) each sheet fs nuacrered and the nuaoer of sheets fs recorded'at the tao ot this 'tars.
Plan No. 2-0022 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI Washin ton Public Power Su l S stem Gate 21 83 3000 Georae Washin t8n 'Wa Richland WA 99352 -
sh, 1 Idlocressl .
g A B. Plant Hanford, Bent'o Countv 'A 99352 3 Nore perfofe(ed by 8 eCAEV"POWer CO rIIOratiOn C-250 P.O.Box 600', 'Rl'chland, WA gg352AePair Organization P.O Noae Job Noon etc.
e
- 4. Identification of System 9.(al Aoollcaal ~ constroc.to coos aSS((f ((I(974 Edit(on ~75 Adde da, code cases (el Anal(ca ~ le Ed(alon os section AI ucf'.Itml for Reoalrs or Reolaceeenas- (9BQ.~(aaddeeda. code cases
- 6. Identification of Comoonents Repaired or Replaced. and Replacement Components Name of Component Name of Mfr.
Mfrs. Ser..
No. 'o.
Nat'l. Bd. CRN No. Othe('denti-fication Year Built Repaired, Replaced, ASM'ode Stamoed (Yes or No) oi'eplacement RHR- V-1238 Borg-W 22301 'N A N A N 1978 Re i ed Yes Class 2
B. Tests conducted." Hydrostatic fest Pressure ~~ 0< Pne(snatic psig Test CI Teinp~
Nom(inal P
operating Pressure Q Conponent Design Pressure other C3
~~<~gTemp.~~
- 9. Rema ri(s None pp >cable fianufacturer's Oata Reports to be attacned) ahrmot'a (cs 4
- Test pressure of 1217 PSIG is 1.1 x System operating pressure.
11-8. 52
Plan No. 2-0022 CERTIFICATE OF COMPLIANCE -'0
')e ctr f~y tsc the statements mace fn this report are correct and this conforms to Sactfon Kl of tht jc J
" (O>>ner ar C>>neg's ~asxgn t 1 tie (Qac 0 .19~
+i~i'I CERTIFICATE OF INSPECTION
! ~ ht unaarsfyw1 ~ ho)dfng a valid connnssfon issued by tht )fat(one) Board ai Boiler and prtssure vessel lnsotctors an4 tht Statt ct~Hnct af ( () . employed by D of (Repair's) os Replacement(s) ana state that to the otst af my kna>>)edge and be)ftf, this repair or reolacenent has been constructed ln accordance>>fth section xl ai'ht As)(S co4e. By sfgnfng this cartfffcate, neithtt the inspector nor hfs ceo)oyer makes any>>arranty, expressed or fmolfed, concerning tht repair or rtp)acentnt described fn this Report. Further>>ere. neither the inspector nor hi S eaOloyer shall be 11able in any manner for any personal (Jury or property damage or a lass af any k1n4 arising free or connected>>1th this fnspec 1on.
Cca Conafssfons 5
( inspector) (State ot ~rovvncr, national Scarc)
'lace: Supplemental sheets in fat>> af lists, sketches, or dra>>logs may be used orovfdtd (l) sfxe BIf ln. x ll fn.,
(2) fntormatfon ln items l through 4 on this data report fs fncluded on each sheet. and (3) tach sheet fs numbered and the nuaoer oi'heets fs recorded at tht top af this farta.
11-8.53
Plan No. 2-0023 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR, REPLACEMENT As Required -by the Provisions of ASME Code Section XI Washin ton Public Power Suppl S stem Cate 3000 Georae Washinat8tl"Wa Richland WA 99352
) Pl,, WNP-2 unit < A Hanford, Bend6 Count , WA 99352 3 store Perforrted hy BeCh iaaf "Power Corporation - C-250 P.O.BOX 600<<ychl and, WA 99352RePair Or9anjzatlon P.O No.e Joo No. ~ etc..
- 4. Identification of systeel ReSi S'f"Anat RemOVal RHR selsssI
- 6. identification of Cogloonents Repaired or Reolaced . and Reolacetttent Cogtoonents seattle of Nagte of tjfrs. Ser, ~ Nat'1. 8d. CRtt tio. Other Year Reoa fred, ESNE Code Conponent Nfr. No. No. identi- 8uf1t Repl aced. ~
Statttoed fication or tYes or No)
Repl acegtent RHR- Y-113 Velan N A N A 1977 Re aired Yes Class 2 1 oescl fptjon of itork An ASME Section II I Cl a ss 2 'est connec'ti on fi ttin had been wel ded hs-to AP'-". Se~tion III Class 1 valve bod . The Class 2 fittin was removed and a Class 1 i et fittin was installed. The fittin is SA-182 F304 and is located on the North side of the valve 15" from the downstream end. The corn leted weld was PT examined with acce table results. Performed h drostatic test. No evidence of leakage.
- 8. Tests conducted tjydrostatfc Q Pneutnatfc 0 Nottgfnal operatfn9 Pressure CI othel'
- test press re >gl7 pss 5 test te. p ~65 ep ce peeees pestge presse e ~5ILp'Ua teerp. 575
- 9. Repta res None
~pp lcaoie Nanufacturer's Cata Reports to oe attacned) gt<a "a ~~'l4
- Test pressure of 1217 PSIG is 1.1 x System operating pressure.
11-B.54
Plan No. 2-0023 CERTIFICATE OF COMPLIANCE pe car ffy that he stat<<sents nade in this report are'correct and this conforns to Section t( of the sl>>E phoo.
(&oner or O>>ner's essgneel
.z e (Oate)
.19 L'i CERTIFICATE OF INSPECTION l, the undersigned, ho'Iding a valid coneission issued by the National Board of Boiler and pressure vessel inspectors and the State Whence of . Ovtoloyed by 0 V of Z3-(Reoasr(sl or Replacement(s) an4 state that to the best of ny kno>>'ledge and belief, this repair or reolac~t has been constructed in accordance >>1th Sec.ion Zl of the AM COOO. By $ 19nin9 th15 certificate, neither the inspector nor his eeployer a4kes any >>arranty, expressed or inplied, concernin9 the repair or reolacceent described in this Report. Furoereore, nesther the inspector nor his eeoloyer shall be liable in any aLann<< for any personal in]ury or property dana9e or a loss of any k1n4 arisin9 fron or connec ed>>1th this inspection.
3 3)-$ '2 Cenai ssions or ~rcv vn.c.-'vat1 ona I
( I ns pactor) (9 tate Soara 1 Note:-suoplenental sheets in fons of lis~a, sketches, or 4ra>>in9s nay be used provided (i) stre 8$ in. x ii in..
(8) information 1n it<<as l throu9h 4 on, this 4ata report is includ<<l on each sheet. and (3) each sheet is nunbered and the nuaaer of sheets is recorded at the top of this fora.
11-8.55
Plan No. 2-0025 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI Washin ton Public Power Su ply S stem O.t. ~~) 8Z g pl,nt WNP-2 Hanford 3000 Geortie Washin t8IV'Wa Beh 6 Count WA Richl and 99352 WA
/nit 99352 A
sheet 1 3 Mork perforred by 8 eCIVVf "POWer COr Orati On C-250 P 0 BOX 600I QIChland WA 99352RePair or9aniaation P.O Nose Joo No., etc..
o( ess
- 4. Identification of Syste(e 5.(a) Appllesale construct(on code ASME IIIlp 71 Adit(on s
a '72 N sall 'ssl<<.
Addenda, coda cases
- 6. Identif1cation of Co((oonents Reoaired or Replaced, and Replacerent Co(aoonents Na(ne of Na(((e of Mfrs. Ser. .Nat'l. Sd. CRN No. Other Year Repaired, ASME Code a
Component elfr. No. No. tdent1- Built Replaced, 5ta1coed ~
fication or (Yes or No)
Re pl ace(((ent HPCS-V-24 Anc Dar 2N-491 " 'N A Yes Class 2
Note: A pressure test was not erformed since the re air was less than 25% of the wall thickness. IWA-4400 b 3 allows exem tion from Y'e u e te does not o throu h wall Th 1 criteria of 25K of wall.
- 8. Tests conducted Mydrostatic CI .
Pne~tic 0 No(5(1nai operatin9 Pressure Cl other 83 None Test pressure psl Test Temp p ca po ens passen p tssure T cup.
- 9. Rer(arks None ppiicaole Manufacturer's Qata Reoorts to be attached)
Na 11-B.56
Plan No. 2-0025 CERTIFICATE OF COMPLIANCE
'AC Cer.tfy that the statcnents nade In this rcport are'correct and this re air confoncs to Section Xl af Ae asuS Coco (Ovner or Se 's 5 dignecy title ate)
~qy I>
CERTIFICATE OF INSPECTION 1, the undersigned, holding a valid cnnctsston issued by tne national soard of sotlcr and pressure Vessel Inspectors.and the State Of~not Of . Cnalayed by 1 af IllinOiS have Insocctcd the described tn this Report on ~ 19 ++
(Senator(s) or Rcplaccncnt($ )
ano state that to the best oi'y kne ledge
~ and belIef. this reoair or replacement has been cons ructad tn accordance utth section xl of the As)ts cade. sy signing this cirttftcata, netthcr the Inspector nor hts ceo)oyer makes any uarranty, exorcsscd or top)ted, concerning the repair or rep)acsnent described In this Reoort. Furthereore, ne1ther the inspector nor hts exp)oyer sha'll be liable tn any sanner for any personal tn1ury ar property daaage or a )ass of any kind artsIng froe or connected utth this Inspection.
Oate 7- Zl - P3 CoxxctssIons (inspector) I tata or ~rovmcr;nat1ona I Soaro) nota suoolcecntal sneets In fom of. lists. sketches, or drautngs ray be used provided ( 1) stze Sq In. x 11 tn.,
(2) inforntatton tn Items 1 through 4 onI this data reoort fs included, on each sneec, and (5) each sheet is nunbcred and the nuxeer af sheets Is recorded at the too of this fora.
11-8.57
Plan Ho. 2-0026 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM HIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions ofASME Code Section XI
, o.Washin ton Public Power Su 1 S stem - 'ate 33I 2 3000 Georoe Wash'inotdti"Wa v Ri chl and WA 99352 she<<1 pl t WHP 2 Hanford, Beh'Nh'ountv WA 99352 3 pork performed be B eCfi'5V'Wer COr Orati On C-250 P 0 BOX 600'y>Ch]and WA 99352Reaa]r Organization P.O:lo., Job Noa ~ etc..
Resi S'f"f('eat Removal
- 4. identification of systeca
.9. (~
(b)
) Anal laaa1 ~ cn ataattlnn cndt ~AS Applicable .dition of section xl
~
vti? ised 19 2 far Repairs or RR dl linn ~22 Replacedddents Addenda, edda canal 39P4Q.K Zuc.Addenda. code cases
- 6. identification of Comoonents Repaired or Replaced. and Replacement Components Name of Name of Nfrs. Sar ~ llaC'l. Bd. CRN No. Other Year Repaired, ASNE Cede Component Nfr. No. No. identi- Suilt Replaced.- Stamped fication or (Yes or No)
Replacement RHR-V-46B Anc/Dar 2H-1010 H A 1977 Re aired Yes Class 2
'7. oescriptian of Ro,k An area located 1n from the outlet 'end of. the val ve at 280 z n u above minimum wall. The reoaired area was blended into the surroundin base metal.
HDE of the area b MT arid RT were satisfactor . A OT thicknes ea u erne t reoaired area was done with the results bein oreater than minimum wall. Performed h dro tatic test. Ho evidence o leaka
- 8. Tests conducted
- 9. Rer9arks l
- Test Pressure ~ardB Hone op scaole Q Pne~tic psi g Test manufacturer's oata Reports to C3 Temp be
~ No9cinal attacnea)
P operatin9 Pressure Cl Component Oesi9n Pressure ~~
other C3 Temp,~~.
- Test piessure of 158 psig is 1.25 x system design pressure. 11-.B.58
Plan No. 2-0026 CERTIFICATE OF COMPLIANCE ge ce~ify that the statenents nade In this report are'correct and this <<onfonns to Section Xl of the XS'>> Boo.
Iouner or ~ . 's Des>gneei litie" teI
.19 CERTIFICATE OF INSPECTION
- t. the undersigned, holding a valid coxurission Issued by the IIational Beard of Boiler and pressure vessel lns~rs and the Skate ~~neo I111Ilol S of
. have Inspected the
. employed by IReoaIr(s) or Replacenent(s)
O described in this Reoort on P olg ~ of and state that to the best of ny knowledge and belief, this repair or replacement has been constructed in accordance uith section xl of the ASIIE Code. Sy signing this certificate, neither the Inspector nor his eep'layer sakes any warranty, expressed or Implied, concerning the repair or replaceeent described in this Reoort. Furthermore, neither the inspector nor his employer shall be liable In any Nanner for any personal In]ury or>>property dasage or a loss of any kind arising free or connected uith this Inspection.
Date ssions a
< inspector) (State or +~vota;-national Board) motet Suopleeental she'ets in fora of lists, sketches, or drawings nay be used provided (1) size 84 In. X 11 in.,
(2) Infection in Iten 1 through 4 on, this data report is included. on each sheet, and (3) each sheet is nuxoered and ".e nuaoer of sheetS IS reCOrded at the tOP of this fora.
11-B. 69
Plan No. 2-0034 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI Washin ton Public Power SuPP1 S stem - oate ZBI 3000 Georae Washinot8n"Wav Richland WA 99352 'she't 1' c (AadreSS) 8 pl,t WNP-2 unit N A Hanford, BenciBn'.Countv WA 99352 3."ork Perfo~& by BeCiP(.W"POWer COrOOratiOn C-250 P.P.BOX 600<<8'Ch] and WA 99352Reoair Or~ani<<ts<<P.O Noe ~ Joo Noe ~ etc:.
- 4. identification of systefn Containment Vessel
- 5. ( ~ ! Anal!caela convruc fon code ((S((E } }19 7} Edition . ST~ Adder ea, code cases (c) Appllcael ~ Edltlc of saetfon xl Ucl!faed for Aepalrs cr Ann!accents-19Q ~}}}addenda, code cases Stanched
- 6. Identification of Conoonents Repaired or Reolaced. and Reolacenent Con(oonents ilare of Na(ne of Nfrs. Ser. Nat'l. 8d. OtheE Year Repaired, AQ!8 Code CR.'i No.
Conponent Nfr. No. ' No. identi- 8uilt Replaced. fication or (Yes or No) Replace(nent Cont. Vessel PDM 12764 790 N A N 1976 Re aired Yes MC
~o;,',,f"',kFound unacce table linear indications on continuit bar to con-tainment shell weld. The work was erformed as follows:
- 1) Removed unacceptable MT indications.
- 2) MT examined the excavated area. MT examinations results acceptable.
- 3) Weld built u the excavated area.
- 4) MT examined the weld built area. MT examinations results acce table.
- 8. tests Conducted Hydrostatic C3 Pne(nnatic C3 Non(inal Operating Pressure Q Other Kl Test pressure psl Test leep op Co funent pea!9.n pressure leep.
- 8. Re ks None
~PP }Cable .'Qnufacturer's Oata Reports to be attacned) ;,e u
11-B. 60
P1an No. 2-0034 CERTIFICATE OF COMPLIANCE "e centi!y thee the statements nade in this report are'correct and this reoair. conforms to Sect!on S( of the gug Qc I ~~I gned Ii>>ner or;wner's ssgneei giatei 3 CERTIFICATE OF INSPECTION lo the undersized, holding a valid conaission issued by the Rational guard of Boi'Ier an4 pressure vessel inspectors and the H~~ of State I111ilolS inspected the
. enployed by (Reoairis) or Reolaceient(s) described in this Reoort on V
, lg ~ of and state that to the best of ny 'knowledge and holies, this reoair or reo)acescent has been construct in accordance with 5ection xl of the R2IC'ode. Sy signing this certificate, neither the inspector ror his eeplcyer cakes any warranty, axpressec or 5cplied, concerning the repair or replacaeant 4escribed in this Report. Furtherrore, neither the inspector nor his exoloyer shall be liable in any nanna< for any personal Infury or property danage or a loss of any kin4 arising fry or connected with ides inspection.
04te Ccaed ssions I inspector J (state ~r ~rovn..c;-.vat5onai 3oar I Rota: gupplenental sheecs In'fons of lists, sketches, or drawings nay be used oroviced (l) site 8$ In. s ll in., (2) Infornation in itens l through a on this data report is Included on each sheet, and (3) each sheet is nunoered an4 ".e nunoer of sneets is recoroed at the top of this fon. 11-B. 61
Plan No. 2-0037 WASHINGTON PUBLIC POWER SUPPLY SYSTEM rudrrre FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT r. As Required by the Provisions of'SME Code Section XI Washin ton Public Power Suppl S stem - oat, 3000 Georae Washin tSII"Wav'ichland WA 99352 1 cc,
,I e
(s4OOress I 5A Plant WNP-2 Unit Hanford, Bentoh'ountv WA 99352 3 Q o f 4ed by BechMN'*'Power Coroorati on C-250 p 0 Box 6004. 4Rei>chl and WA 99352 Repair Or9an>tat>on P.O Nou ~ Joo le. ~ etc Aaorcss)
- a. Identification of Systegn Containment Vessel c.(ol soollccal ~ co seruc'lon cade ASRE ~~4 7t ddlclon. S7~ edda ae. cade doses sc!cuc
- 6. Identification of Components Repaired or Replaced. and Replacement Components Name of Name of Nfrs. 5er. Nat'I. 8d. CRN No. Other Tear Repaired, ASNE Code Component Nfr. No. No. Identi- 8uilt Replaced. Stamped fication or (Yes or No)
Replacement Cont. Vessel PDM 12764 N A N 1976 .Replacement yes MC h1
- f. o iptio f" t Instal led tee stiff eners on the containment vessel wal 1 (shel 1 )
Bo 1 v. 47 '-On. These tee stiffeners were installed for 1atform install tion. The work was erformed as follows: 1 MT examined containment vessel wall rior to weldin . 2 Welded stiffeners to the containment vessel wall. 3 . MT examined the welds. MT examination results acce table.
- 8. Tests conducted Hydrostatic Q Pnegmgatic C3 Nominal operatin9 Pressure Cl other K None
'esc pressure psl Test Tceu P caoooncnc assign pressure Ta p.
- 9. Rergarks None lapp 1Caole .'Qnufatturer'S Rata Reports to be attached)
T.-cg 11-B. 62
Plan No. 2-0037 CERTIFICATE OF COMPLIANCE (pi "; certify thac he statarents nade in this report are 'correc and this re lacement confo9999s to sec ion Rl of the
'e sS K Caco.
gt99'I xi vned ip ~~ tbner or 9.mar'essgneei ice ( eJ CERTIFICATE OF INSPECTION
- l. the unoerst~ed, hold1ng a val1d ccnndsston 1ssued by the Rational Board of Boiler and pressure vessel (nsoectors and the I
~~Wm of D 1 of Il 1inoi s'ave State e999ployed by inspected tne replacement tReoa>r(s 1 or descrtbed tn this Reoort on ,lg~
Replacement(s) and state that to the best of 9xy kno99leoge and belief, this reoatr or reolaceslent has been constructed tn accordance 991th section z( of the RmtB Code. By signing this certificate, neither the inspector nor his e9aoloyer wacs any 99arranty. exoressed or t9rplted ~ concerning the reoatr or r eplace9nent described in this Report.'urthen99ore, neither she Inspector nor hts ex9Oloyer shall be liable fn any a9anner fOr any perSOnal injury or property dax9age Or a loss of any ktnd arising fr9na Or Ccnneo~ 991th this inspection. co9netsstons 7468M Qaca 1 nspector ) (State a9 ~rovvn".e;haaonai Boars] Rote: suoote999ental sheets in fore of lists, saetches, or dra99tngs nay be used provided (l) site 8'1 in. x ll tn., (2) tnfonutton tn ttens l through 4 on his data report ts tnclude9t on each sneet, and (2) each sheet is nux9bered and he nuxoer of sheets is recorded at the too of this fern. 11-B. 63
Plan No. 2-0039 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI /g. ~ e Washin ton Public Power Suo(31 S stem O't, 33/ 8Z 3000 Geort3e Washin t8n"Wa Richland WA 99352 sh t 1 fan es ) B Pla t WNP-2 Unft N A Hanford, Bent'8h'ountv WA 99352 3 ~ lfo t P rf ef by B ecFIVN" 'Power Co r o rat on i C-250 P 0 Box 600 ~ fhchl and WA 99352ReP fr Orqanlzatfon P.O 'loe ~ "'oo w.. etc 5e (a) Applfcable Constructfon Code ASME IIItd 71 ddstsdu ~ et~t dddesee. Cede trees N A
- 6. Identfffcatfon of Comoonents Repafred or Reolaced, and Reolacement Comoonents Name of Name of Nfrs. Ser. Nat'1. Bd. Other Tear Repa fred, ASNE Code CRN No.
Component Kfr. elo. No Identf- Bufit Replaced, Stamoed ffcatfon OI (Tes or No) Replacement RFW-V-65A Velan 003 N A N/A Re aired Yes Class I Three (3)'-are'as on the valve- bod were bien'ded'own to less than the-. -..equi'dred mall. These areas were re aired-as"follows:
" 2) 1 W ld bui.lt u t . x Bl ended'%he~el ded"'arear-moothly-iTItomdg aeen~~etzt.,
- 3) UT examined the welded areas for wall thickness check.
4). MT and RT examined the welded areas. MT and RT examinations acce table. Note: A ressure test was not erformed since the r air was'ess than 5X of the-wall thickness. IWA-4400(b)(3) allows exem tion from ressuT e test if re air does not o throu h wall. Su 1 S wall. B. Tests Conducted Kydrostatfc Q Pneumatfc 0 Nooinal Operatfng Pressure C3 Other E) None test pressure .tss test Test s tu ue eet dessus r ~ ssu ~ deus.
- 9. Rertarks None pp icable Manufacturer's Oata Reports to be attached)
$C es e
~
Q
~s 0%( 'r 11-B. 64
Plan No. 2-0039 CERTIFICATE OF COMPLIANCE
'Sc Cel I+y that ne statements naae I tnfs rcport are'co rect and this confab>>s ta Scc:ion 4t af tne IQencr ar iMy"1 Scssgncea Ie col ppp CERTIFICATE OF INSPECTION l, the undersigned, holding a valid ccnndssion Issued by the national Soard of 8oiler and pressure vessel inspectors and the
<<~nc of I tl . ovploycd by of State Ill io'1 s have inspected tne r a'lr IRcaair(s) ar described In this Reoort on 7 .lg~
Replacencntfs) and state that ta the best af >>y kne ~ ledge and belief. this repair or rcolacenent has been construct In accordance vlth
~ ~
section xl of tne RS.".E Code. Sy signing this ccr ~ificate, neither tne inspector nor his a>>player nakcs any mrranty. expressed or I>>plied, concerning the repair or replace>>cnt described in this Rcport. Fur nernore, neither the lnsoectar nor h1s enalayer shall be liable In any panner for any personal In5ury or property danage or a loss of any
'kind arising fr+a or'annec ad with this Inspection.
7a6SV pate; ~rav>>i ~, national Sacra) ( Inspector) IStatc %l hate: suaalencntal she'ets In far>> of lists, skctchei, or drauings nay be used provided (l) size 89 In. X ll in..
.(z),Infarnat5cn fn itc>>s l through 4 on this'.data.zeportgs'.Included on'each.sneer, and js)'pacn sheet Is m ~ r, numbered
~ r.
and nc nueoer of sneets Is recorded at thc too of this for>>. 11-B. 65
2-0040 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI Mashin ton Public Power Suptll S stem Cate 3 3I Z 3000 Georae Washin tHn'Wa Richland WA 99352 sh, 1 1Aaaress z.pla Z. Plantt WHP-2 1 Vni t N/A Hanford, Bentoh'ountv. WA 99352 3 o k per d hy B eC Il"tN"'POWer COrOOr at i On C-250 P.O.Box 600aReI)ch] and, MA 99352RePa>r Or%<<'tat>on P.O Noae doo No.. e'tc
<Address)
- 4. Identificat1on of Syste)e Hi h Pr s.( ~ ) canst aston code AsM~ ))) lp 7) Ease)en, s7) adds aa. code eases N A app)ease) ~
>>se.u-'Jsl
- 6. identification of Co)aoonents Repaired or Reolaced. and Reolacee)ent Coa)oonents iea)ne of Naa)e of Nfrs. Ser. Nat'1. 8d. No. Other Year Repaired, ASl!E Code Con)ponent lifr. No. slO.
CRN ident1- 8uilt Replaced, Stained fication or (Yes or No) Reolacee)ent HPCS-P-1 I/Rand 04731 N A N Yes Cl a ss
- 7. cescr1ption of york Dama ed secti on of the um with so k t w ld 1)'.ut and removed dama ed section of the um seal i i
- 2) Installed socket weld cou lin and made cou lin to i e weld on of the cou lin .
3). PT examined the completed socket welds PT x
- 4) Performed h drostatic test. No evidence of leaka e.
- 8. Tests Conaucted Hydrostatic GKI 969 pneu)natic Cl No)ninal Operating pressure CI Other 0
*rest pressure ) ps) Test Tean ~60 ~ ap tsapo ent Oes)ea p assure R R~rks HOne PP 1Canle Nanuracturer's Rata Reports to Oe attached)
- Test pressure of 1969 psig is 1.25X System design pressure.
11-B.66
Plan No. 2-0040 CERTIFICATE OF COMPLIANCE "e ctr.f'y that the statteencs ~ace fn chts rtoorc are correct and this re air CanfarrS to StCttOn Sl'Or the 1;ntd .19 LC>>ner o er's t9nee) li le Gact) CERTIFICATE OF INSPECTION
- l. the unaersi9ned. holdfn9 a valid ccmetssfon issued by tht National 8oard of Boiler and Pressure Vessel lnsoectcrs and the Scate ~~~no ot' ~)oytd by H or IllinOiS have tnsoecttd the re air tReoatr',s) or Reolacrssenc(s) ano state that to the es- of sry kno>>tedge and belie(, th1s reoafr or reolactsent has been constructed tn accoraance>>fth Setttan Zl Of the AS!ts Cade. 8y Sfqnfn9 ChfS0 Cirtfrfoate, neither the lnSPtCtar nar htS tea)Oyer Caket any>>errancy, tspressed or tao)fed. concerntn9 the rtoatr or rtplaconent dtscrtbed 1n this Reoort. Furthtmre, ne1ther the tnsoeccor nor his enoloyer shall be liable tn any nanntr for any personal fn]ury or property dawage or a loss ot'ny kfnd artsfn9 fros or connected >>fth this inspection.
Covmtssfons 4 S Lc/ ( inspector) iScace er -.rvrvrrca; nattonal Soara)
- toter suoolteental she'tts tn fore ot ltsts, sketches. or dra>><n9s nay be used orovfdtd (l) sfxe 8Q tn. x ll tn.,
(8) 'tnrornatton fn fttns l through 4 on this data r eoort ts tnctudecl on each sneet and (3) each sheet ts nunotrtd and the nuieer Of Shttts ts retarded at the too of thtS forra. 11-B. 67
Plan No. 2-0041 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI Washin ton Public Power Supoly S stem Ot, 38i 8~ 3000 Georae Washinat5n"Wav Richland WA 99352 Shees 1 iAadrCSSl
- 2. Plans WNP-2 unit < A Hanford, Bent8h'ountv WA 99352 3 sst t o f d by Beelilk i "Power Corooration C-250 Orp<<IzatIon P.O Roe Joo .+e e<<
P.Q.BOX 600",aRel)Ch] and, 'WA 99352RePasr 9 ~ Service Water (SW) 9.(a) Applicsal ~ co strut io coca ASWE III 19 71 Edition , W72 Addenda, Code Cases OA l.l I OA N A (a) Applicsul ~ .d'Itlon of section tl utilized far Reoelrs cr Rup)ac scenes-1 pesos ~Addenda, code cases
- 6. Identification of Co(hbanenSS Repaired or Reolaced, and Replaces)ent Co(()ooncnts Ra(he of Raa)e of lifrs. Ser. Rat'l. Bd. llo. Other Year Repaired ~ ASliE Code Con)ponens llfr. Ro. Ro.
CRN identi- Bull t Replaced, Staaoed fication tYes or llo) OI'eplaces)ent SW-V-1 40 Anc/Oarl. 3N830 'N A N A N 1976 Re air Yes Class 3 7 O ip i f llo k Area on the v'al ve bod was bl ended down 'to 1 ess than the re ui red wal.:-'-This araa was re aired as follows:
- 1) Weld built the excavated area.
2)'lended the welded'rea'-smoothly-into the'djacent. base metal;"
- 3) UT examined the welded area for wall thickness.
- 4) PT examined the welded area. PT results acce table.
Note: A ressure test was not erformed since the re air was'less than 25%%u of the wall thickness. IWA-4400(b (3) allows exem tion from ressure test if re air does not go through wall. Supply System has ada ted a more strin ent criteria of 25% of wall. B. Tests conducted Hydrostatic Q pne(r)asia Q Noc()inal operating pressure Q other Kl test p ~ ss re psl t t,i nosasf ccnpo t pesfcn p essa ~ t p. None PP ICablc lu)nutacturer's Oata Reports to be attached)
'a u 11-B.68
Plan No. 2-0041 CERTIFICATE OF COMPLIANCE
'nc ccrtf~y that the stataeents nade fn this report are'correct and e
thfs re air canSanns ta Scc !on Xf af the e yfthea ,i<<ncr ar C<<nc. s SessSncef a tde tef CERTIFICATE OF INSPECTION I. t'h e undcrsfSned, holdfnS a valid caearfssfan issued by thc Vatfanal Scare of Sofler and pressure Vessel Insa~n and tht State tttaA~net ' of < Tl ~ eiddoloyed by c V of have inspected the (Rcoa>r(sf ar described fn this Reaort on .)S Zg aeplacactent(s) and State that to the best af my knowledge and belief, thfs rtoafr or reolacctent has been constructed fn accordance <<fth
~ ~
scc fon xf of the AS% Cade. Sy sfqnfnq this cirtfffcate, neither the inspector nar hfs ceplaycr nakcs any <<arranty, CsarCSSCd Or fnalfed, CanaernfnS the reaafr Or reolateaent deSCribed fn th!S RCPOrt Furthennere, nefther the lnaaettar nOr hfs cnaloyer shall be liable fn any nanner for any personal floury or property'danage or a loss of any kind arfsfnS froa or connected <<ith thfS inspection. 7486M ( spcctar ) (State ol ravtncca tati anal Soap a 1 i(Ote: Suaalieental SheetS fn'ara.Of lfSW,.iketthei,'ar dra<<!AS nay be uSCd PraVfdad.(1) Size SLf fn.-X 11 inn a (2) iaiaeanaian in e~eneeaaaeadaaLdaTa dade nnaea JaJga'laded aa dead eaaaC enl+af eeet it cad.li nnn ~ ed
~ ~ no a and ntht nucaer of'heets is rccardcd at the too af this fore.
11-8.69 ale g)
Plan Ho. 2-0042 WASHINGTON PUBLIC .POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of ASME Code Section XI Washin ton Public Power Suopl S stem -- o,t, 3/ 3000 Georoe Washina&n"Wav "Richland WA 99352 zh<<t ~ 1
- 2. Plant WNP-2 ~ Un) t N A Hanford, Ben~u8n'ountv WA 99352 3 K Q p f ed by BecKB "Power Cor oration C-250 P.O.Box 600",a~chland, WA 99352RePasr or9<<Jtat~on P.O Nocp Joo No. ~ etc oressl Sel vice Water (SW) 9.(a) Ape)scapi co street)on cede AS))E )) J)9 7) Edltlen,~? Adds da. cock cases N A
~
an.a-'aa! - . ~ ~ 6n ldentlfltatlan Of CCEEOOnentS Rebalred Or ReblaCed, and ReblaCenent Cbe)bbnentS Naa>> of Nale of Nfrs. 5er. Nat'l. Bd. No. Other Year Repaired ~ ASKE Code Cocponent Nfr. No. No. CRN rdentl- BIJ j]t Replaced, 6taEeped flcatlon or (Yes or No) Replacee)ent SW-V-57A Anc/Oarl. 3N325 'N A N A N Re air Yes Class 3 7 Q $ p $ f Ko Q Area on the val ve bod was. bl ended down to 1 e tha h
. wal -.. This azea was re aired as follows:')
Weld bui.lt the excavated area. Blended t'e wel'ded 'area smooths
.')
canto 'Xiie V"a n .
- 3) UT examined the welded area for wall thickness.
4). PT examined the welded area. PT r u Note: A ressure test was not erformed since the re air was'1 wall thickness. IWA-4400 b 3 not o throuoh wall. Su 1 S stem has ad d of wall. B. Tests conducted Kydrostatlc C3 pne9r)atsc 0 No)banal 9 operating pressure Cl other 8 None Test Pmss re psl Test Toep Cc ponent Dcsipn P ess e Tenn. B. R~rgs None lapp Jcaole manufacturer's Oata Reports to oe attached) s
~ 11-B.7.0
Plan N0. 2-0042 CERTIFICATE OF COMPLIANCE 't'c certi~y that che statcrmnts >dc ln tnis reoorc arc'corrcc and this reoa1r conforms to Section Rl of the (incr or Cameras ass9nee) i tie tc CERTIFICATE OF IHSPECTION-lt the undersigned, holdfng a valid cmncfss(on issued by the 'Lt(ona) Board of Boiler and prcssure Ycsse) [nsoectors and che State ~~ovine of
'1 1111fl01s
)14 tl have inspected the
. ~)oycd by re all (Rcoa>r(s) or Replacement(s)
)(
described in this Reoort on l V tl9 ~ of and state that to the best of my kno<<)edge and belief, this repair or rco)accident has been constructed in accordance <<ith section sl of the Ashy code. By siqn(n9 this cirtificatc. neither the inspector nor his cmp(oyer sakes any <<arranty. expressed or (mpl(cd, concern(ng the repair or replaconent described in this Rcport. Furthermore, neither the inspector nor his employer shall be liable in any manner for any personal injury or property daim9e or a loss of any kind arisin9 from or connected <<ith this inspection. Gate Co~lssions 7486M ( inspector) (Seato or-.eorm:c. Raaona 1 Board) AOte: Supplements) She'CtS in farm Of liStS 'Sketthei, Or dra<<(AS may be uSed PrOVided (1) Site 8) in. X ll'ina t I2).Jnformation.(n.(tcms l through 4 on~(s.dc~cour. I (s'gncludcd on cacg Shectt and. (3) each sheet is nuebcrcd L and .c nuaocr of sheeti is recorded at the too of his form. 11-B. 71
rian nu. c-vuwo WASHINGTON PUBLIC POWER SUPPLY SYSTEM t'1o~ V, ~-~/e FORM NIS-2 OWNER'S REPORT. OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI ~ PA sloe c Washin ton Public Power Suppl S stem Ot, ~ 8Z 3000 Georoe WashinotMV'Wav, Richland. WA 99352 Sheet << plant WNP 2 unit. ~/A Hanford, Bentoh'ountv 'WA 99352 3."ork perfo~H by Becfiu V 'Power Corooration C-250 P 0 BO< 6004.aPPchland WA gg352RePair Crganitatron P.O.'io., Jco 'iden etc
<AddreSS)
Residual
- a. identification of Systefe
- 5. (a) Applicable Construction fe) Apolltaole Edltfon ef sees!on Al Code ASMS I I I )9 74 tp!fI tedfor Raoairs o H
Edltlen, ~'dds Rep)aeeeents-!PS)I a na, code class H A
)IIIAddenda, code cases
- 6. identification of CDEAOOnentS Reoaired or Reolaced. and Reolacer)ent CofaeonentS Rae)e of :ra)ee Of lifrs. Ser. Rat'l. Sd. No. Other Year Reoa ired, AQ!5 Code Coff)ponent Nr. elO. Ro.
CRN Identi- Suilt Replaced. Stacked
- fication or Replace))ent
('Yes or Ro) RHR-V-73A 75603 - H A H A Yes Class RHR-V-73B BW 75604 N/A N/A N/A 1982 Re aired Yes Class 2 RHR-V-74A BW 75605 N/A N/A N/A 1982 R ir d -Yes, Class 2 ir d RHR-V-74B RHR-V-134A RHR-V-134B BW BW'5607 75606 75608
'/A N/A N/A N/A 1982 R Yes Class 2 BW N/A N A T. Oescription of <<ork Vl ebn interference. Yoke was assembled on th
- s. Tests conducted." Hydrostatic Cl pne)Anatic Cl Noe)tnal operating pressure CI other E Test Presto ~ psl 'Test Taop P Cool>> ent Res!in Presso t Te p.
- g. Re rks Hone
<<ppllcaole .'4anufactut er's oata Reoorts to De attacnedl
~<<
~r ir'. -~s
- Borg Warner 11-8.72
Plan No. 2-0048 CERTIFICATE OF COMPLIANCE 4 er f ~y th4t le Sta er9entS made 'Itl ills report are col'ret and h!S re ai r conforms ta Ser. !on Xl af 9 9'9Jt' r Ca li'99ner Cr I et'S assv. Cel 9 isle (04 ei
~
OF INSPECTION 'ERTIFICATE
- l. the undersized, holdfn9 4 valid ca99vefssfon issued by the national Board of Boiler and pressure vessel inspectors and the W~~ of h~n by of
)9~
State ~ 4999olayed I1110015 have 1nsoected the o described fn this Reoart on 8 ~ ) ~
!Repair',sf or Reo lacement(s )
and state that to the best af my knc<<ledge and belief. this reoair or repla~t has been constructed fn accardante <<1th section xl of ne Rs.".K Code. By sfqnfn9 ttrfs certificate, neither the inspector nor hfs cn9ployer makes any <<arranty,
~ xpressed or 1cpl fed concerning the repair or replacement described fn tais Report.
Further99ore, neither the inspector nor
'k1nd arfsfn9 free or hfs emoloyer shall be 11able fn any manner far any personal floury ar property dam49)e or a loss of any connected <<fth kh1s inspection.
Gate Calnxfssfans ( ins pectar) (State al .'mTvn r9 national 3oara]
'fates luaale999entel sheets fn fore of lists. sketches. or dra<<ines may be used arovided (l) sfze Blf fn. x ll fn99 (Z) fnfar."ation fn ftevs l through 4 on this data report fs included. on each sheet and (3) each slleet fs numbered and he nuxeer af SneetS !S reCOrded at the taO Of tnfS fare.
11-B. 73
Plan No. 2-0049 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OWNER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI Washin ton Public Power Su 1 S stem Cate > I 8 3000 Geor e Mashin tBn"Ma Richland WA 99352 sh, 1 ~ 1
- 2. Plant MNP 2 Unit Hanford, Be 'tSh'ountMA 99352 3 Q) Q p f ~ by BedNSV"Power Corooration P 0 BOX 600< aPPChl and WA 99352RePa1r C-250 or9anitat1on P.o No., Job No, etc..
'~4"ssl Residual Heat Removal (RHR) 5.( ~ ) saalsasal ~ caastsattlaa cal ~ ~SHE ~~~st 7~ EdstsaaS ,Adds st tE'Ja dt, cade tssas identif-
- 6. Identification of Comoonents Repaired or Replaced, and Replacement Comoonents Name of Name of Nfrs. Ser. Nat'l. 8d. Other Year Repa ired, ASNE Code CLtl No.
Component Nfr. No. No. 8uilt Replaced, Stamped icationn or (Yes or No) Replacement RHR-V-3A Velan 03151 N A 1978 Repaired Yes Class 2
~ 7~ Q ipti f-'si N Two ( 2) areas on the val ve bod were bl ended down to 1 ess than the required. wall. These areas were repaired as follows:
1 lleld built u the excavated areas.
- 2) Blended the welded areas smoothly into adjacent base metal.
- 3) UT examined the welded areas for wall thickness check.
- 4) PT and RT examined the welded areas. PT and RT examinations acceptable.
5 Performed h drostatic test. No evidence of leaka e.
- 8. Tests Conducted Hydrostatic Q Pnemnatic 0 Nominal Operating Pressure C3 Other 0 fest Pressure MZ~ psi g Test Temp 64 P Component Oesi9n Pressure
- 9. Rertarks None
~pp 1caole NanutaCturer'S Cata ReportS tO be attacned
- Test pressure of 625 psig is 1.25X system design pressure.
11-B.'74
Plan No. 2-0049 CERTIFICATE OF COMPLIANCE
'de ce~tffy Chat the staCementS nade fn thfS report are'correct and thfS re acr conforms to Sectfon XI of the ac>>c
\ joacc
.19 ~F.
Lo>>ner or O>>ner's asfgneef CERTIFICATE OF INSPECTION .
;. the unoersignef, holding a valid comnfssfon issued by the National Soard of Boiler and pressure vessel inspectors and the State W~nc of n . Cneloyed by I
or Il 1inoi s have inspected the re air fReoafr(sf or described fn this Report on <<lg ~+ Repiaccnentfa) and state Jot a the bast of ny tno>>ledge and belief, this reoair or reolac<<nant has been constructed 1n accordance >>fth section xl of the RSffK Code. Sy s1gnfng this cirtfffcate, neither the inspector nor hfs eeoloyer makes any >>arranty, exoressed or implied, concerning che repair or replacement described fn th1s Report Further<<ere, neither the inspector nor hfS emn)Oyer Shall be liable fn any manner for any personal floury or property damage or a loss of any 'kind arising free or
~nected >>fth chfs fnspectfon.
;;~Z. -P Cotnaf ssfons
( inspector) 1Scaca ol . rovntc<<<<national 3oardf hoce! suoolcnental sheets fn form of lfsts, sketches, or dra>>fngs nay be used provfded (1) site 89 fn. x ll fn.. I2,'nformatfon fn ftees 1 Qrough 4 on this deca report fs include on each sheet, and (3) each sheet fs numbered and the nuaeer of sheetS fs recorded at the too of'his fom. 11-8. 75
Plan No. 2-0054 WASHINGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OMNER'S REPORT OF REPAIR OR REPLACEMENT . ~ As Required by the Provisions of'SME Code Section XI Washin ton Public Power Suopl S stem - . oat, 3 3/ 3.; 3000 Georoe Washin tMi"Wav..Richland WA'99352. sheet ~ -1 IAaaress I
- 2. Plant WNP-2 Un) t 5 A Hanford, Ben~~8n'ountv WA 99352 3 'go k P rfa d by BecrllhV"Power Corporation 0 BoX 600< ~
aRelPchl and
'-250 99352RePaPr Or9an>zatson P.O Noe Joo Noe etc s'I'<< -.~r-
~ ~
P WA Adaress]
- 4. Identlflcatlon of SysteTe C n al
~ s ul.'est: ~
- 6. Identlflcatlon of CoTeoonents Repaired or Reolaced, and ReolacesTent CoTTToonents tNaete of NaTTTe of Nfrs. Ser. Nat'l. Sd. CRN No. Other Year Reoa fred, ASHY Code CaeTPOnent Hfr. No. ilo. Identf- aullt Replaced, Steeped flcatIon or (Yes or No)
Replaceeent Cont. Vessel PDM 12764 NA NA Yes h1C
~oeschptlan of Hark Access hole was cut in the containment v 1 1 1 facilitate the re air of seal drain i in . This access h 1 was subs oue 1 covered. with the cover plate as follows:
- 1) PT examined the late ed es. PT examination results acce table.
- 2) Welded cover late on the access hole.
3). PT examined the corn leted welds. PT examination results acce tabl
- s. Tests conducted Hydrostatic 0 PneTaTTatlc Cl Nmlnal operatln9 Pressure C3 other KI Test P essure psi Test Tuus P tt peeeet Pesip.e Pressu t Te p
- 9. RePTarks Hone I pp >caole ."anufacturer 's Qata Reports to be attacnedl s,>> 'r
, <>sents hade in th15 report are'correct and this re air confore>>s to Section X( of the
~ S'e Qco 8
.19 (C>>u>>er or > er es!gne 1 lit(e uate>>
~'
CERTIFICATE OF, INSPECTION (>>'. the undersigned. holding valid coneission issued by the Rational guard of Soi(er and pressure vessel lnsoectors and the
.~~
a chin o ' of of 1 Il l inoi s'ave State c>>>>pl oyed by inspec ed the re air described in th1s Reoort on (Reoa>>r(s 1 or Replace>>>>ent(5) and state hat to the best of- ny kno>>>>ledge and belief. this reoair or replace>>ent has been constructed in accordance>>>>1th I sec:ion xt of the As!(K Code. Sy signing this certificate, neither the lnsoector nor, his enployer nakes any warranty, expressed or inolied. concerning the reoair or replacenent descr1bed in th1s Report. Furthe>>v>>ore. neither the inspector nor his entoloyer snail be 11able in any canner for any personal injury or property dae>>age or a loss of any kind arising from Or nnected>>>>1th this insoect1on. ~ vata C.~(ssions (tnspector) (State or . m>>r.=c;haaonal Soarcl note: suoole>>>>enta( sheets in fore of lists, sketches, or dra>>(ngs'nay be used provided (1) si!e 8>>s in. 3 11 in., (2) (nfornation in (tees l through 4 on ~ais cata reoort 1s (ncluced on each sheet, and (3) each sheet is nua>>bared , and ".e nuceer of sneets is recorded at the top of his for>>a. 11-B. 77 is
plan Ho 2 0056 MASHIHGTON PUBLIC POWER SUPPLY SYSTEM FORM NIS-2 OMHER'S REPORT OF REPAIR OR REPLACEMENT As Required by the Provisions of'SME Code Section XI Washin ton Public Power Sup 1 S stem IS 3000 Georoe Washing&77'Wa , Richland WA 99352 lAooress)
- 8. Plant WHP-2 unit < A Hanford, Bent8ni'ountv WA 99352 3 it g p f ~ by BecfPu V"Power Corporation C-250 0 Box 600'i'+chl and 'WA 99352 RePair Or8anltatlon P.O ."o.; Joo ho. ~ etc 71, P
ldentificapfon of 5ystem "'"'ontai nment Vessel 5.(a) appiicaai ~ constr c inn code AS ME 111 ip Edition, S72 Addenda. Code Cases N A ae.n-'isl:<<
- 6. Identification of Components Reoaired or Reolaced. and Reolacement Comoonents aaame of Rame of Iifrs. 5er. liat'I. 8d. Cpt'I Ro. Other Year Repaired, ASIlE Code Component tifr. Ro. No. Identi- 8uilt Replaced, Stamped fication, or (Yes or Ro)
Repl acement Cont V 1 POM 1 4 R 'rd Yes
- f. oescription o~f port Seal ed b wel din 2-inch di ameter drain i oe hol e in the containment vessel seal late. This drain i e became non-functional due to leak which develo ed durin drain line testin . The hole was lu ed as follows:
- 1) PT examined the late ed es. PT examination results acce table.
2 Welded cover late on the hole. 3 . PT examined the com leted weld. PT examination results acce table.
- 8. Tests Conducted Hydrostatic Q Pneumatic 0 hominal Operating 'Pressure 0 Other Gl test p esse ~ psi test tlap p Cs<<S<<neet passos press re 8<< R~rtS NOne I~pp icaole manufacturer's oata Reports to be attacned) 11-B. 78
PI an No. 2-0056 CERTIFICATE OF COMPLIANCE ie ctr ify that the s atanents nade in this report are'correct and this repaired <<o<<om to Sect'.on Xt of the iCwner or er's a >Snee> litie (Oaten CERTIFICATE OF INSPECTION l, the unders19ned, holdin9 a valid camsission issued by the hat)one) 8oard of 8oiler and pressure vessel lnsoectors and the State ..~nc of . evto)oyed by of (Reoasr!s) or Replaceient(s) and state that to the best of ny knowled9e and belief, this reoair os replac<<vent has been constructed 1n accordance <<1th section xl of the Aspic code. 8y sianfn9 this'ertificate, neither the )nspector nor,'is enp)oyer nakes any warranty, expressed or iso(fed. concernin9 the reoair or replacceent described in thig .Report. Furthereere, neither the Insoector nor h(S employer shall be liable in any canner for any personal (njury or property dana9e or a loss of any kind arisin9 froa or connected with this inspection. Qata Ccunai s sions ( nspector) (State ar ~~vn-c; xattonal Soaro) I
."ote: supp)cmental sheets in fern of lists, sketches, or drawin9s nay be used o~vided ('l) site 8$ in. x ll in.,
(8) information in (tens,l through 4 on this data report is included on each s~t. and (3) each sheet is nunoered and the nuaoer of sheets 1s recorded at the too oi'his fora. 11-B. 79}}