ML18040B283
| ML18040B283 | |
| Person / Time | |
|---|---|
| Site: | Susquehanna  |
| Issue date: | 08/24/1994 |
| From: | BYRAM R G PENNSYLVANIA POWER & LIGHT CO. |
| To: | MILLER C L Office of Nuclear Reactor Regulation |
| References | |
| GL-94-03, GL-94-3, PLA-4192, NUDOCS 9409010191 | |
| Download: ML18040B283 (44) | |
Text
PRXDRXWY'ACCELERATED RIDS PROCESSING)
REGULATORY INFORMATION DISTRIBUTION SYSTEM (RIDS)ACCESSION NBR:9409010191 DOC.DATE: 94/08/24 NOTARIZED:
YES FACIL:50-387 Susquehanna Steam Electric Station, Unit 1, Pennsylva 50-388 Susquehanna Steam Electric Station, Unit 2, Pennsylva AUTH.NAME AUTHOR AFFILIATION BYRAM,R.G.
Pennsylvania Power&Light Co.RECIP.NAME RECIPIENT AFFILIATION MILLER,C.L.
Project Directorate I-2 DOCKET 05000387 05000388
SUBJECT:
Provides initial response to request for info addressed in GL-94-03,"Intergranular Stress Corrosion Cracking Of Core Shrouds in Boiling Water Reactors." Also, informs that remaining info will be submitted to NRC per schedules in GL.DISTRIBUTION CODE: A001D COPIES RECEIVED:LTR ENCL SIZE-TITLE: OR Submittal:
General Distribution NOTES: 05000387 RECIPIENT ID CODE/NAME PD1-2 LA POSLUSNY,C INTERNAL: ACRS NRR/DORS/ONDD NRR/DRPW NRR/DSSA/SRXB Og/-bPBBB RE FILE 01 EXTERNAL: NOAC NOTES: COPIES LTTR ENCL 1 1 2 2 6 6 1 1 1 1 1 1 1 0 1 1 1 1 1 1 RECIPIENT ID CODE/NAME PD1-2 PD NRR/DE/EELB NRR/DRCH/HICB NRR/DSSA/SPLB NUDOCS-ABSTRACT OGC/HDS2 NRC PDR COPIES LTTR ENCL 1.1 1 1 1 1 1 1 1 1 1~0 1 1 NOTE TO ALL"RIDS" RECIPIENTS:
PLEASE HELP US TO REDUCE iVASTE!CONTACT THE DOCUMENT CONTROL DESK, ROOM PI-37 (EXT.504-2083)TO ELIMINATE YOUR NAME FROM DISTRIBUTION LISTS FOR DOCUMEi JTS YOU DON'T NEED!TOTAL NUMBER OF COPIES REQUIRED: LTTR 23 ENCL 21
'~Pennsylvania Power 8 Light Company Two North Ninth Street~Allentown, PA 16101-1179
~610/774-5151 Robert G.Byrarn Senior Vice President-Nuclear 610/774-7502 Fax: 610/774-5019 AUG 2 4 1994 Director of Nuclear Reactor Regulation Attention:
Hr.C.L.Hiller, Project Director Project Directorate I-2 Division of Reactor Projects U.S.Nuclear Regulatory Commission Washington, D.C.20555 SUS(UEHANNA STEAM ELECTRIC STATION INITIAL RESPONSE TO GENERIC LETTER 94-03 PLA-4192 FILE R41-2A Docket Nos.50-387 and 50-388
Dear Hr.Hiller:
This letter serves to provide our initial response to your request for information addressed in Generic Letter 94-03," Intergranular Stress Corrosion Cracking of Core Shrouds in Boiling Water Reactors." The remaining information requested regarding specific inspection plans, repair plans, and inspection results will be submitted to NRC in accordance with the schedules identified in the Generic Letter.The attached information provides the justification for our conclusion that the Susquehanna Unit 1 and 2 shrouds are structurally sound.During the next planned refueling outages for each unit additional inspection of both core shrouds will be performed.
Our plan is to review the final recommendations of the BWROG-VIP Committees regarding inspection acceptance and repair criteria prior to making final plans for this work.Please call Hr.James B.Wesner at (610)774-7911 if you have any questions.
Very truly yours, R.ram Affi a t Attachments
,9409010191 940824 PDR ADOCK 05000387 P PDR gPi FILE R41-2A PLA-4192 Hr.C.L.Hiller cc: NRC-Document:Control:De'sk:(origi,nal)x NRC Region I Hr.D.Hannai, NRC Resident Inspector-SSES Hr.C.Poslusny, Jr., Sr.Project Hanager-OWFN AFF I DA V IT COUNTY OF LEHIGH COMMONWEALTH OF PENNSYLVANIA)
- SS)I, ROBERT G.BYRAM, being duly sworn according to law, state that I am Sr.Vice President-Nuclear of Pennsylvania Power and Light Company and that the facts set forth on the attached response to NRC Generic Letter 94-03, are true and correct to the best of my knowledge, information and belief.Ro G.Byr am Sr.Vi Pre ident-Nuclear Sworn to and subscribed before me thisgg+day of, QQ',1994 h'1 1 4 NOTARIAL SEAL~KAREN e.BOGWIST.Notary Public Allentown.
Lehigh County Mv COmmission Exoires Dec.18.1995.~8 8~Notary Publ AFF IDAVI T t jrmr ATTA ENT 1 TO PLA-4192 PAGE 1 OF 6 The followin is PP8L's re l to the re uested information of GL 94-03 Re ortin Re uirements ara ra h l.a b c and d.1.Within 30 da s from the date of this eneric letter rovide (a).A schedule for ins ection of the core shroud.REPLY: Unit 1 The Unit 1 shroud was inspected for weld cracking during the Unit 1-7th refueling outage (Ul-7RIO)in the Fall of 1993.The results of this inspection are provided in the response below to 1(d).The Unit 1 shroud will be inspected again during the Ul-BRIO in the Spring of 1995 using examination procedures that will follow the guidelines being developed by the BWR Owners Group VIP Committees.
REPLY: Unit 2 The Unit 2 shroud was not inspected during the U2-6RIO in the Spring of 1994 because it did not have more than 8 years of operating time.A discussion of this decision is provided in the reply to request 1(b)below.Unit 2 will have approximately 8 years of operating time at the beginning of the U2-7RIO planned for the Fall of 1995 and, thus, is being scheduled for inspection at that time using the methods recommended by the BWROG-VIP Committee.(b).A safet anal sis includin lant-s ecific safet assessment as a ro riate su ortin continued o eration of the facilit until ins ections are conducted.
REPLY: Unit 1 In the Fall of 1993, after cracking was found in a US BWR facility, PP&L decided to inspect the Unit 1 shroud.This inspection was recommended by GE SIL 572 Rev 1, for all plants that had 8 years or more operating time.The specific results are described below in the response to section l(d).No visual defects were found in any of the welds inspected.
Thus Unit 1 was returned to service without restriction.
The following rationale was used to assist us in coming to that conclusion:
Unit 1 has a shroud that is constructed of IGSCC resistant materials.
The materials used in its construction are Grades 304L plate and 308L stainless steel weld material, except at the lower shroud support plate under the jet pumps and on the support legs under the shroud connected to the lower vessel wall.This lower material is Inconel 600 with IN 182 weld material at the connections to the vessel wall and other material interfaces.
Details of this construction are shown in the response to section 1(c)below with carbon contents and weld procedures verified by reference to the Certificates of Conformance (C of C's).
ATTA ENT 1 TO PLA-4192 PAGE 2 OF 6 2.At the time of the inspection, Unit 1 had experienced 8.23 years of operating time.This is just beyond the minimum number of years suggested by GE to start looking for cracking.Since no cracks were found, it was GE's recommendation based upon SIL 572, Rev.1 to inspect this shroud every other outage.3.Unit 1 water chemistry conditions have been good over the life of the unit.Attachment 3 discusses the life cycle of both Units 1 and 2.Shroud operating stresses are sufficiently low so that, under the most conservative assumptions, more than 90X of a horizontal weld (Ref.GENE-523-A107P-0794) would have to be cracked before we would be concerned about the integrity of the shroud during a seismic event or recirculation or steam line breaks.We would have found evidence of such a large crack during our inspections of this shroud, but did not find any indications.
Using crack growth rates of 5E-5 in/hr.identified in documents recently sent to the NRC by Commonwealth Edison and Iowa-Illinois Gas and Electric Company, Docket Nos.50-249 and 50-254 dated July 20, 1994, it can be shown that in 15 months operating time an indication would travel only'," into the 2" shroud wall.This represents only 25X of a horizontal, weld which does not meet the 90X criteria of concern mentioned above.5.Irradiation Assisted Stress Corrosion Cracking (IASCC)has been implicated in the cracking of low carbon stainless steels such as those in the shroud.The highest calculated fluence at the wall of the Unit 1 shroud was about 1.1E21 n/cm which is above the threshold of 3 to 5E20 n/cm needed to initiate the IASCC phenomena.
However, only one of seven low conductivity plants with 304L grade steel has shown cracking and the size of the cracks was very small in a vertical weld.Therefore, we believe the probability is small that cracking has initiated at this time by this mechanism.
In addition to a low probability of cracking at this time, we also believe that there is a low probability of Unit 1 suffering a steam line or recirculation line break or encountering a seismic event.Unit 1 has been mitigated from suffering IGSCC type failures in its stainless steel recirculation piping through the application of IHSI (Induction Heating Stress Improvement) and HSIP (Mechanical Stress Improvement Process)on all but 19 of its susceptible welds.The remaining 19 welds will be given the HSIP treatment during the next outage.All stainless steel welds in the recirculation piping have been examined under the guidance of RG-0313 Rev.2.We have not found any defective welds as a result of these extensive examinations.
REPLY: Unit 2 Unit 2 has experienced 6.5 years of operating time and therefore was not required to be inspected during the U2-6RIO outage in the Spring of 1994 ATTA ENT 1 TO PLA-4192 PAGE 3 OF 6 per the guidelines of GE SIL 572 Rev.1.Furthermore, we believe the material condition of the shroud is bounded by the above discussion on Unit 1 for the following reasons: 1.The fluence at the Unit 2 shroud was higher on Unit 1 and no cracking was found on Unit 1.2.The operating time was longer on Unit 1 (8.2 vs 6.5 years).3.The average water conductivity was lower on Unit 2.4.The materials of construction are identical on both units and the same manufacturer assembled them.5.Unit 2 has experienced less IGSCC cracking than Unit 1 on other internal components.
Based on the above comparisons, we do not expect Unit 2 to be experiencing IGSCC on the shroud now, or before the U2-7RIO scheduled for the Fall of.1995.In addition to having a low probability of cracks present at this time, we also believe that there is a low probability of Unit 2 suffering a steam line or recirculation line break or seismic event.Unit 2 has been mitigated, from suffering IGSCC type failures in its stainless steel recirculation piping through the application of IHSI and MSIP on all but 21 of its.susceptible welds.The remaining 21 welds will be given the MSIP treatment during the U2-7RIO planned for the Fall of 1995.All stainless steel welds have been examined under the guidance provided in RG 0313 Rev.2 and no defective welds have been found.ADDITIONAL RELATED INFORMATION Further information can be obtained from documents recently sent to the NRC by Commonwealth Edison and Iowa-Illinois Gas and Electric Company, Docket Nos.50-249 and 50-254'dated July 20, 1994.Calculations for limiting crack sizes in the Hl through H7 welds for the Dresden and guad Cities units range from 97 to 142 inches.We inspected 213 inches each of welds H3, H4, and H5 at SSES Unit 1 and did not find any evidence of cracking.Therefore, we believe there is an extremely low probability of generating a critical size crack in the remaining time before the 1995 inspections planned for Unit l.The GENE-523-A107P-0794 on"Shroud Cracking Safety Assessment" is being incorporated into the revision to the operators'equalification Training program.This retraining will enhance operator awareness of the shroud cracking issue and how it can be detected by the instrumentation available to them and appropriate response actions.Awareness retraining will be augmented with procedure changes, as necessary.
The BWROG VIP Committees have issued guidance for member vote regarding operator actions to detect ATTA ENT 1 TO PLA-4192 PAGE 4 OF 6 guidance for member vote regarding operator actions to detect potential shroud cracks during normal operation.
PPLL will consider factoring this guidance into the operator Requalification Training program.A drawin or drawin s of the core shroud confi uration showin details of the core shroud eometr e..su ort confi u}ations for the lower core su ort late and the to uide weld locations and confi urations).
REPLY: Units 1 and 2 The following drawings and data tables are included in Attachment 2.SUSQUEHANNA SHROUD An isometric drawing of the assembled shroud applicable to Units 1 and 2 and a cross-section of the plates as assembled with the welds identified.
FINAL SHROUD ASSEMBLY Drawing 205AE171 Overall dimensions of the assembled shrouds for Unit 1 and 2.SSES UNIT 1 SHROUD PLATE AND WELD IDENTIFICATION This layout of the shroud identifies all welds and their angular orientation with the isometric drawing.Plate numbers and CB 5 I (Chicago Bridge and Iron)weld lettering are included for referencing with the spreadsheet data on the following table.SSES UNIT 1 SHROUD FABRICATION INFORMATION A complete list of all reference lettering, component identification numbers and other reference documents needed to substantiate plate materials used in the construction of the shroud.SSES UNIT 1 SHROUD WELD FABRICATION INFORMATION A list of all reference lettering, component identification numbers and other reference documents needed to substantiate weld materials used in the construction of the shroud.Missing Weld Material Specification data will be made available to NRC upon completion of updated analysis of the shroud.SSES UNIT 2 SHROUD PLATE AND WELD IDENTIFICATION This layout of the shroud identifies all welds and their angular orientation with the isometric drawing.Plate numbers and CB 5 I (Chicago Bridge and Iron)weld lettering are included for referencing with the spreadsheet data on the following table.SSES UNIT 2 SHROUD FABRICATION INFORMATION A complete list of all reference lettering, component identification numbers and other reference documents needed to substantiate plate materials used in the construction of the shroud.SSES UNIT 2 SHROUD WELD FABRICATION INFORMATION A list of all reference lettering, component identification numbers and ATTA ENT 1 TO PLA-4192 PAGE 5 OF 6 other reference documents needed to substantiate weld materials used in the construction of the shroud.Missing Weld Material Specification data will be made available to NRC upon completion of updated analysis of the shroud.(d).A histor of shroud ins ections for the lant should be rovided addressin date sco e methods and results if a licable.REPLY: Unit 1 Unit 1 underwent an inspection of the shroud during the Ul-7RIO in the Fall of 1993.Three vertical and three horizontal welds were chosen for inspection based upon the following criteria: a.locations in the highest flux regions of the core, b.locations in the higher oxidizing areas of the high flux regions, c.locations which had experienced much of the cracking described in SIL 572 Rev.1, and d.inspect the ID of the shroud where most previous cracking was found in other reactors.The three horizontal welds selected for sampling were welds CF, DB, and DC.These are Chicago Bridge and Iron designated welds that are equivalent to the H3, H4 and H5 welds in the BWROG documents relating to this problem.The welds were inspected from the 0 to 120 degree azimuth which is approximately 213" of total weld length.See the sketch referenced in 1,(c)above showing the designations of the welds, both vertical and horizontal.
The three vertical welds were: a.The 45weld identified as CG-45 at the 45 degree location between welds H3 and H4.b.The 83weld identified as DA-0 at the 0 degree location between welds H4 and H5.c.The 41weld identified as EE-135 at the 135 degree location between welds H5 and H6-A.The inspections were performed using an underwater color camera with a 7.5mm lense.The camera was equipped with dual variable lights attached on either side of the camera barrel.Inspection distance was approximately three to five inches.Resolution was checked by viewing a one mil wire standard.A real time review was performed by two IVVI(In-Vessel Visual Inspection)
ATTA ENT 1 TO PLA-4192 PAGE 6 OF 6 qualified Level III examiners.
One of the examiners was experienced in the evaluation of cracking at Brunswick.
All welds appeared to have minimal oxidation as seen by the color camera and therefore, were not cleaned.A small area of weld CF was hydrolyzed to remove the oxidation.
When it was removed, it was the opinion of the GE level III examiner that the oxidation had not interfered with the inspection, and further cleaning was not required.No indications were found on an of the ins ected welds.The next inspection of the Unit 1 shroud is scheduled for the Spring of 1995, UI-SRIO, using the methods recommended by the BWROG-VIP Committees when they are issued.REPLY: Unit 2 Unit 2 was never previously inspected for this cracking phenomena, as discussed in the reply to l(b)above.The Unit 2 shroud will be inspected during the U2-7RIO in the Fall of 1995 using methods recommended by the BWROG-VIP Committee when they are issued.Conclusions:
It is our assessment that both SSES Units 1 and 2 have extremely low probabilities of being cracked or suffering significant cracking before the next planned outages.We will submit detailed inspection plans and develop repair plan options that will address the GL 94-03 30 days prior to the 1995 outages planned for our units.The above information documents the data that we have collected and the reviews we have performed of the documents provided by the NRC, GE and the BWROG-VIP.
Based upon the age, design, operational history and inspections performed to date, the susceptibility of the core shrouds to cracking is low, and therefore, Susquehanna SES Units 1 and 2 can safely operate during the interim period until the 1995 planned outages when detailed inspections will be performed.
AT HMENT 2 TO PLA-4192 PAGE 1 OF 1 LIST OF DRAWINGS 1.SUSQUEHANNA SHROUD 2.FINAL SHROUD ASSEMBLY Drawing 205AE171 3.SSES UNIT 1 SHROUD PLATE AND WELD IDENTIFICATION 4.SSES UNIT 1 SHROUD FABRICATION INFORMATION 5.SSES UNIT 1 SHROUD WELD FABRICATION INFORMATION 6.SSES UNIT 2 SHROUD PLATE AND WELD IDENTIFICATION 7.SSES UNIT 2 SHROUD FABRICATION INFORMATION 8.SSES UNIT 2 SHROUD WELD FABRICATION INFORMATION
~OO~cc III.Q I I/I Ib CL CIOIOAI, lllCICIC swcIIAII lapser orrrsloo 0 tksa ppnned par commenlm Aevrse and resubnrl lor approral 0 Approved vrlpr Conimenls.
llevtse and re Wbmll OI I NAL FOAM.OA nrH 0 Approved Noturoreracoonreq'd Approved.GubrNI cerbbed copy.CerNed by Saber and Approved by Buyer.A.~byZLicl co~Dale ls Z O SS0S////FCv(SssD e C>~D ppQzdco2I(sss/II ressI f 2)T/Pe/80'ASr$eC Wcjbco Goj>>c On clara Fo Dcrtn~onnrnr Scrcrc Wns I/See/reeves 4 h/cec Srrrmess na~a~~~c~I~~I~n jl (ur roar Zg Acmuo he Suesnes Over p&N IiLsggs 7A M%I (/eOnv)~II P (/Io errcr~Scs Dcfwc A 220rcio2be As)I/err/dv Srmoescr Dcn Sos Dct>>c C>>7 DI p/rr 8cooc~ps Dcrorc 8)~rd>12j's 0 Ar///vrr/Icjen yion/4$'rs 7-9~F/I/rsrr Srvc/oes A/rrR/It cornro (Sss/Mve vz)%gal//OCS.
OArmym Brrr&err g ogr40 PS RBS'-2F/~47e~l Trr'-rcness Cr 0;90./00 S Pie'h%Cotta WPS.2345IFSF7%9/PS.2345 2FSF7 y 0A P/Ps 8S0S-IFS 4 I/PS 2SSS-/Fr FS 4 ALL TOLKanaCCS Snourrr Stafnrrr TO Fmccc Asser/ecv.
SVAIP X hM//r~n, Laev///ADscocerrs 7ocser//a Fore F/sco AsssArecv.
Z.ZAI rrrro+Z'-/S Ds////sD Ao 0'/Svt/vrr/
A~rm kmesser/o//
0F 2berlr/y FLY//ss+A'-o~.+t-/S ESr/Iel/SHSD/N 7nae h/ma Sessrodr/ISSSI/dCV
&Trs hrrrsrlsD Svtroer 0VSarr//o Scoea~7-9 Cocorse/4,/s Ado~~H.TNs F////s/rro Sve>>eee or/Pce/rer/v/rrc J4rl/ro 8coerrd~7-I/c+'Adovs~l/.
eso;/eo ozre'4s'scow Ts ylur 4'orers CODes Im 0,90~/IS0 ozroJ Srercc Ferodc/SN T//sac/rs'sa'er/es
/svt/cm/Loeor/o//e JYIrror/Qp~zjfjgpo 8 Frcccs Arrrlcd Dt nr/e Jkoerrs~7-9 AsaR Asss//dc v Cb SvsocrD Wcr/cws'ss Dsrtuc A 7 9 Direr&der Prc Br roc 8)QtI~PM (FioO cv$9~A SCCWr~cD+ur~v lq mrarrm llr~I en nvmn r"'vr i/a~mans ver C oaa S7sarvSbcnrrccry no/~i SIIT r&x'ver-6'a~ccrc 9 t!84II (Fco 0/cv)I+7C f%i+PP~tSd C7.OZd I<7&4~ri~r TOPQrroe&rr cross orle crrsoScor 4Aoo I='$fr~it'I l)~Cay'ross/Acmrrse oorroor-4ArrD
'n vvg sn c n v F//ccc 5)/frovPlI$
$'EM8cv@s sIy/I/pF meyers.e I"-~1/l./r-$29 l W/f'Q aber~
AT HMENT 3 TO PLA-4192 PAGE 1 OF 3 ATER CHEMISTRY DISCUSSIO Current Unit 1 and,2 Anal zed Conditions Crackin Susce tibilit Criteria: First 5-Cycle Condition<0.3 umho/cm Low Op.Years X 5-Cycle Condition<4.5-5.0 Low Current Chemistry Performance Good Low The major chemistry factors affecting the initiation and rate of stress corrosion cracking are (1)the presence of oxidizing agents, and (2)the concentration of aggressive ionic impurities such as chloride and sulfate.Both Susquehanna-Units currently operate with Normal Water Chemistry.
Oxidizing conditions sufficient to promote stress corrosion cracking exist on both sides of the shroud.Hydrogen Water Chemistry, which would tend to reduce oxidizing conditions on the lower OD of the shroud, will not be implemented in the near future.Historically, the concentration of ionic impurities has been monitored by measuring the electrical conductivity of a continuously flowing reactor water sample.This technique is sensitive to small changes in concentration, but does not discriminate between aggressive impurities such as chloride and sulfate and neutral or benign ones such as chromate, nitrate or zinc.Grab samples are taken periodically and analyzed for specific impurities such as chloride and, since the mid-l980s, sulfate.The lower limit of analysis and reporting has decreased as operating experience has indicated the need for more stringent control.Therefore, conductivity is used only as an indicator of the potential of water chemistry to affect stress corrosion cracking.The grab sample reactor water conductivity database was reviewed from initial criticality through the end of Cycle 7 operation for Unit 1, and through November 21, 1993 for Unit 2.Figure 1 shows the cycle average conductivities for both units.The cycle average conductivity was always below the criteria of 0.3 umho/cm.For both units, conductivities were highest during the first cycle.During the first third to half of that cycle, conductivities were in the range of 0.3 to 0.5 umho/cm.Subsequently, they were reduced to about 0.2 umho/cm.Currently, both units are achieving<0.13 umho/cm.Table I presents the operating days (as reflected in the chemistry database), the cycle average conductivities and the lifetime average conductivities for Units 1 and 2.The first"Five-Cycle Average Conductivities" for both units are well below the criteria of 0.3 umho/cm: 0.205 umho/cm for Unit 1 and 0.198 umho/cm for Unit 2.The product of the"First Five-Cycle Average" times operating years is estimated to be 2.0 for Unit 1 at the next refueling outage, and 1.8 for Unit 2.This is well below the level of NRC concern of 4.5-5.0, as indicated in the SER for Commonwealth Edison and Iowa-Illinois Gas and Electric Company, Docket Nos.50-249 and 50-254.
AT HMENT 3 TO PLA-4192 PAGE 2 OF 3 Table I also shows the Estimated Lifetime Average Conductivities for upcoming refueling outages.For the Eighth Refueling Outage of both units, the product of Lifetime Average Conductivity and Operating Years is 1.8.This indicates that, from a chemistry perspective, Unit 2 could operate until the Spring of 1997 before reaching a level of risk of cracking equal to Unit 1 in the Spring of 1995.In summary, the conductivity history of Susquehanna Unit 1 and 2 places both units well within the criteria for a low risk of shroud cracking at present.Presuming continuation of the current chemistry conditions, cracking is not expected to be found during the upcoming refueling outages.
Cycle TABLEI UNIT 1 CONDUCTIVITY Power Cycle Lifetime Days Average Average , Pwr>0%Pwr>0%t ATI'ACHMNT 3 TO PLAQ192 PAGE 3 OF 3 UNIT 2 CONDUCTIVITY Power Average Lifetime Days Cond Average Pwr>0%Pwr>0%I 2 3 4 5 6 7 8 ESTIMATED First 5 Cycle Average: 601 237 449 442 440 465 428 430 0,255 0.188 0.183 0,187 0,185 0.178 0.139 0.130 0.255 0.236 0.218 0.210 0,205 0.200 0.191.0.184 0.205 590 474 431 442 482 462 ESTIMATED 460 ESTIMATED 500 0.272 0.173 0.200 0.203 0.125 0.129 0.130 0.130 0.272 0.228 0.220 0.216 0.198 0.187 0.179 0.173 0.198 5-Cycle Average x Op.Years 5-Cycle Average x Op.Years to: U1-SRIO Lifetime Average x Op.Years to: U1-SRIO Note: Unit 2 Cycle 6 Conductivity to 11/21/93 1.7 2.0 1.8 U2-7RIO U2-7RIO U2-SRIO 1.6 1.8 1.6 1.8 REACTOR WATER CONDUCTIVITY POWER OPERATION 0.28 D LO Ol Q E 0 E O~0 0 U t: 0 0 0.26 0.24 0.22 0.2 0.18 0.16 0.14 0.12 0.1 Cycle 0 UNIT1+UNIT2 FIGURE 1 2'o TOP GUIDE SUPPORT RING 0-B Hl ANSTEC P,PER"It"VRC CA'FlB g,iso pvsusbls on p,perture Card INSIDE SHRED so H6-A CORE PLATE SLPPORT RING H6-B RPV COLS RPPORT CYLINDER Sl TYPlCAL SHA'OLJO P!ALL CROSS SECT2ON SUSQUEHANNA SHROUD 9qolol 6 (9/CORE.C.SHROUD~OOI.ANG.A I I 180 210'~I-240 270'15'300'330 00~~~7-5-1/7 30 45'I I I 60 90 135 120'150 180 1 CJ(TYP)HO-A(CH)CB(HI)7-1-2 I I I 7-2-2 I CA-270 CC-270 I ICA-301 I I 17-2-1 s~~I 7-1-3 I~~I 7-1-I CC-90 CA-150 7-1-2 7-2-2 D O CL Also Available on Aperture Card HO-B (CH)CD(H2)CF(H3)7-3-4 CE-240 7-3-5 CE-300~7-3-6 CE-0 7-3-1 CE-60 7-3-.2 CE-120 I7-3-3 CE-180 CL'JJ CL 7-4-1 CG-225 7-4-2 CG-45 7-4-1 DB(H4)9-6-2 I DA-0 I 9-6-1 DA-180 I-CD UJ CL'J I-o C)Q.03 DC(H5)ED(H6-A)EB(H6-B)13L-1(H7)BAFFLE PLATE 9-3-1 I EE-315 9-2-.4 EC-240 9-1-1 EA-270 AW IS-3-2~~I 18-2-1 AP , 18-1-1 AR 18-1-2 I AS 9-2-5 EC-300 ,'9-2-6 I i~EC-0 I I I I I I I I I I-2s I I~I I~~I~I~I9-I ,'R ,'18-2-2 9-3-2 I EE-135 9-3-1 9-2-1 EC-60 9-2-2 EC-120 ,'9-2-3 EC-180 EA-90:18-3-1 9-1-I I I I I I I I I I I BS AK 18-1-3!AM 18-1-4 ,'AN 18-2-1 O O CL'Cf LU O INSIDE SHROUD-13 90 GA-190 HA-190 I I JA"190 I I 180 GA-210 I 18-3-2-2 I HA-210 GA-240 HA-240-5 I I-4 I GA-270 HA-270-5 I GA-300 HA-300-6 I I-4 I I-7 I JA-210 I I 210 225'A-240 I I I I I I I I 240 JA-270 I I 270 300 A-300 JA-330 HA-33 I 330 315 JA"350 H$-350 350'e I GA 33 GA 35 I BR P GA-1 01,~~I I-10 I-6-9 I-8 I s HA-ID I~JA-I 0 I Ip 30 GA-30 I I I HA-30 JA-30 45-2-10 60 ,,18-3-1 GA-tiO HA-60 JA-60, I I I I I I I I 90 s GA-150 I I-8 I I I I-7 I I GA-180 GA-90 GA-120 I I I I HA-120-12 HA-180 HA-90-13-12 I JA-!20 JA"150 I HA-I I I 120~150 135 JA-180 I I I I 180 JA-90 150 II 170 IS-4-~(TYP.OF 14 LEGS)TYPICAL SHROL/0&ALL 17-I-~(TYP.OF 14 LEGS)SHROUD SUPPORT LEGS (TYP.)CROSS SECTION V, I r S.S.E.S.UNIT I SHROUD PLA TE AND SELD i DENTIFICA TION (N.7;S.)NOTE:=NUMBER INDICATED ON SHROUD SUPPORT LEG VWELD C SHROUD UI 000 C AKP Susquehanna Steam Electric, Station tlnit i Shroud Fabrication Information I ANSTEI"APL=RYUF)E CARD Also Available on~ega v e Swee V UNIT COMPONENT CB&l PART NO.MATERIAL SPECIFICATION PRODUCT FORM HEAT, NO.SLAB/LOT NUMBER.HEAT TREATMENT CARBON DRAWING NUMBER REFERENCE DOCUMENT COMMENTS U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud U er Shroud Intermediate Shroud Intermediate Shroud Lower Shroud Lower Shroud Lower Shroud Lower Shroud Lower Shroud Lower Shroud Lower Shroud Lower Shroud 7-1-1 7-1-2 7-1-3 7-2-1 7-2-2 74-)74-2 74-5 74-)7-4-2 7-&1/7 94-)94-2 9-1-1 9-1-2 9-2-1 9-2-2 9-2-3 9-2A 9-2-5 9-24 SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L Hot rotted late 4.7 Hot rolled late 4.750 Hot roiled late 4.7 Hotrolfed late 2 Hotrolled late 2 Hot rolled late 2.5 Hot rotted late 2.5 Hot rolled late 2.5 Hot roiled late 2.5 Hot roiled late 2.5 Hot rolled late 2.5 Hotrolted late 2 Hotrolled late 2 Hot rolled late 0.2 Hotrolled late 2 Hotrotled tate 2 Hot rolled late 2 Hotrolled late 2 Hot rolled late 4.7 Hot rolled late 4.7 Hot rolled late 4.7 Hotrolled late 4.7 Hotrolled tate 4.7 Hot roIled tate 4.7 626537 626537 626537 626474 626474 626297 626297 626297 626297 626297 626297 626422 626422 7195 626536 626511 626474 616831 616831 616831 616831 616831 616831 2 1A)A)A iAI)A)A)A)A)A)A)A)A Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solutfon Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatrnen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Sotutlon Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Sotution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen 0.025 0.025 0.025 0.02 0.02 0.026 0.026 0.026 0.026 0.026 0.026 0.021 0.021 0.018 0.027 0.014 0.026 0.02 0.025 0.025 0.025 0.025 0.025 0.025 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF1 13013 SH 2801 Yes FF)13013 SH 2801 Yes FF)13013 SH 2801 Yes FF113013 SH 2801 Yes FF)13013 SH 2801 GE Record Binder MPL-B1)-D001.2.3,9 GE Record Binder MPL-Bl')-D001,2,3,9 GE Record Binder MPL-B11-D001,2,3,9 GE Record Binder MPL-B)1-D001.2.3,9 GE Record Binder MPL-B))-D001.2,3,9 GE Record Binder MPL-B))-D001.2.3.9 GE Record Binder MPL-B))-D001,2,3.9 GE Record Binder MPL-B11-D001.2,3,9 GE Record Binder MPL-B)1-D001.2,3,9 GE Record Binder MPL-B)1-D001.2.3.9 GE Record Binder MPL-B)1-D001.2,3,9 GE Record Binder MPL-B11-D001,2,3,9 GE Record Binder MPL-B)1-D001.2.3.9 GE Record Binder MPL-B))-D001,2,3,9 GE Record Binder MPL-B))-D001.2.3,9 GE Record Binder MPL-Bl)-D00).2.39 GE Record Binder MPL-B)1-D001,2,3,9 GE Record Binder MPL-B)1-D001.2.3.9 GE Record Binder MPL-B)1-D001,2,3,9 GE Record Binder MPL-B)1-D001.2.3.9 GE Record Binder MPL-B))-D001.2.3.9 GE Record Binder MPL-B)1-D001.2.3.9 GE Record Binder MPL-B))-D001.2,3,9 GE Record Binder MPL-B)1-D00).2.3.9 Dimensional stabili heat treatment Dimensional stabtfi heat treatment Dimensional stablli heat treatment Dlmensfonal stabiii heat treatment Dimensional stabili heat treatment Dlmenslonal stabtti heat treatment Dimensional stabilit heat treatment Dimensional stabili heat treatment Dimensional stablti heat treatment Dimensional stabiiit heat treatment Dimensional stabili heat treatment Dimensional stabili heat treatment Dimensional stability heat treatment 7 pieces of Ht¹7195-2 Dimensional stabili heat treatment Dimensional stabili heat treatment Dlmenstonal stabllit heat treatment Cannot correlate heat¹found on dwg.Records show 6 s.of 9-2 from Ht.Dfmenstonal stabliit heat treatment Dimensfonal stablii heat treatment Cannot correlate heat¹found on dwg.Records show 6.of 9-2 from Ht Cannot correlate heat¹found on dwg.Records show 6 s.of 9-2 from Ht.Dimensional stablli heat treatment sHROU DDT 8/19/94 Page 1.
J.1 Susguehatlna Steam Electric S'tation Unit 1 Shroud fabrication Information UNIT COMPONENT CB&I PART NO.MATERIAL SPECIFICATION PRODUCT FORM HEAT NO SLAB/LOT-NUMBER.=HEAT TREATMENT CARBON CMTRs 7 DRAWING NUMBER REFERENCE DOCUMENT'OMMENTS 1 Lower Shroud 94-1 SA240 TP304L Hotrolled late 2 626529 lA Solution Heat Treatmen 0.021 Yes FF113013SH2801 GE Record Binder MPL-B11-D001,2,3,9 Dimensional stabilit heat treatment 1 Lower Shroud 1 Lower Shroud Shroud Support Baffle Plate Shroud Support BaNe Plate Shroud Support Baffle Plate Shroud Support Baffle Plate Shroud Support Baffle Plate Shroud Support Baffle Plate Shroud Support lndef Shroud Support inder 1 ShroudSu portLe s 1 Shroud Su rt L s 1 ShroudSu rtLe s 1 Shroud Su rt Le s 1 Shroud Su rt L s 1 ShroudSu rtLe s 1 ShroudSu portLe s 1 Shroud Su rt L s 1 Shroud Su rt Le s 1 Shroud Su rt Le s 1 ShroudSu rtLe s 1 Shroud Su rt L s 1 ShroudSu rtLe s 1 Shroud Su rt Le s 94-2 18-1-1 18-1-2 18-1-3 18-14 18-2-1 18-2-2 18-3-1 lM-2 184-2 18-44 18-4-7 i&4-9 18-4-10 18-4-1 1 18-4-12 18-4-13 18-4-14 SA240 TP304L SA240 TP304L SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168 lnconel 600 SB168lnconel600 SB168 Inconel 600 SB168lnconel600 SB168 Inconel 600 SB168lnconel630 SB168 lnconel 600 SB168 Inconel 600 SB168lnconel600 SB168lnconel600 SB168 Inconel 600 SB168lnconel8$
SB168lnconel600 SB168lnconelSN SB168lnconel8$
SB168 Inconel 600 SB168lnconelSN SB168lnconel600 SB168lnconel8$
Hotrolled late(2 Hotrolled late 1 Hotrolled late 2.5 Hot rolled late 2.5")Hot rolled late.5 Hot rolled late 2.5 Hot rolled late 2.5 Hot rolled late 2.5 Hot roiled late 2.375 Hot rolled late 2.375 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3")Hotrolled late 3 Hotrolled late 3 Hot rolled late 3")Hot rolled late 3")Hotrolled late 3 Hot rolled late 3')Hotrolled late 3 Hotrolled late 3 626529 626622 2NX4669 2NX4669 1NX4697 1NX4697 2NX4697 2NX4697 1NX4663 1NX4663 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1NX4903 1A Solution Heat Treatmen 2 Solution Heat Treatmen Annealed Annealed Annealed Annealed Annealed Annealed 1 Annealed Annealed Annealed Annealed 1 Annealed Annealed Annealed 1, Annealed Annealed Annealed Annealed 1 Annealed 1;Annealed ll 1 Annealed Annealed 1'nnealed N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 0.021 Yes FF1 1301 3 SH 2801 0.022 Yes FF113013 SH 2801 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF1 1301 2 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF1 13012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF1 1301 2 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF1 1301 2 SH 9701 Yes FF113012 SH 9701 Yes FF1 13012 SH 9701 Yes FF113012 SH 9701 Yes FF1 1301 2 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 GE Record Binder MPL-B11-D001,2,3,9 GE Record Binder MPL-B11-D001.2.3,9 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-B 1 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 Dimensional stabilit heat treatment Dimensional stabilit heat treatment Material rain size¹2.5 Material rain size¹2.5 Material rain size¹.5 p 5 I tr.Materia: rain size¹4 ateri rain'.sfze 3.0 aterlal rain ize 30 Mate%Bi rrliKQzAKS Material rain size¹1.5 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 Material rain size¹2.0 SHROUDS 8/19/94 Page 2 I
Susquehanna Steam Electric Station Unit 1 Shroud Fabrication Information UNIT COMPONENT CB&I PART NO.MATERIAL SPECIFICATION PRODUCT FORM HEAT NO.NUMBER.", HEAT TREATMENT CARBON CMTRs'P DRAWING'UMBER...
REFERENCE DOCUMENT COMMENTS 1 ShroudSu ortLe s 1 ShroudSu ortLe s 1 Shroud Su ortLe s 1 ShroudSu rtLe s 1 Shroud Support Le s 1 ShroudSu rtLe s 1 Shroud Su rt Le 1 Shroud Su ort Le s 1 Shroud Su ort Le s 1 Shroud Su rtLe s 1 Shroud Su rt Le 1 Shroud Su rt Le s 1 ShroudSu ortLe s 1 Shroud Su rt Le s 17-1-1 17-1-2 17-1-3 17-1<17-1-5 17-14 17-1-7 17-1-8 17-1-9 17-1-10 17-1-11 17-1-12 17-1-13 17-1-14 SB168lnconel600 SB168lnconei600 SB168lnconel600 SB168 Inconel 600 SB168 Inconel 600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 S8168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 Hot rolled late 3.75")Hot rolled late 3.7 Hot rolled late 3.7P)Hot rolled late 3.75 Hot rolled late 3.75 Hot rolled late 3.75 Hot rolled late 3.75 Hot rolled late 3.75 Hot rolled late 3.75 Hot rolled late 3.7 Hot rolled late 3.7P)Hot rolled late 3.7 Hot rolled late 3.7 Hot rolled late 3.75 1NX9285 1NX9285 1NX9285 1NX9285 1NX9285 1NX9285 1NX9285 1NX9285 1 1NX9285 1NX9285 1NX9285 1NX9285 Annealed Annealed Annealed Annealed Annealed Annealed Annealed Annealed Annealed Annealed Annealed Annealed Annealed Annealed N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes FF1 13012 SH 9701 FF1 13012 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF113012 SH 9701 FF113012 SH 9701 FF113012 SH 9701 FF113012 SH 9701 FF113012 SH 9701 FF113012 SH 9701 FF113012 SH 9701 FF11301 2 SH 9701 FF113012 SH 9701 FF113012 SH 9701 GE Record Binder MPL-811-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-811-A001 GE Record Binder MPL-811-A001 GE Record Binder MPL-811-A001 GE Record Binder MPL-811-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-811-A001 GE Record Binder MPL-811-A001 GE Record Binder MPL-811-A001 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Matenal rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 ANmSTEC APERTVRE CA FIICK Also AvaIIable on Aperture Card SHROUDDQS 8/19/94 Page 3 I
Susquehanna Steam Electric Stalion Unit 1 Shroud Welds Fabrication Information UNIT REFERENCE WELD NO.Hl CBM/GE WELD NO.CB DB COMPONENT U r Shroud U Shroud U r Shroud U r to Intermediate Intermedate to Lower DESC Hortzontd 7-1 to 74 Horizontal 7-1 to 74 Horlzontd 7-1 to 7-2 Hortzontd 7-2 to 74 Hortzontd 74 to 7A Horizontal 7A to 94 Hortzontd 94 to 94 WELD MAYL SPECIR CATION SFACA E308L SPAN E30BI/SPAN.9 ER308L SFA4A E308L SPA%A E308L SPAN.4 E308L SFACA E308L JOINT GEOMETRY 1/4'et 1/4'Net double bevel (35'ut/30'ouble bevel (35'ut/30'oubte bevel (35'ut/30' doubte bevel (35'ut/30' double bevel (35'ut/30'n WELD MADE B'/WELDING PROCESS SMA/WELDING PROCEDURE WPS 22054F5/WPS 2245-1F7 WPS 22054F5/WPS 2245-1F7 WPS 2305-1 F5/WPS 2325-1 FSF7 WPS 2305.)F5/WPS 2325-1 F5F7 WPS 2305-)F5/WPS 2325-1FSF7 WPS 2345.1FSF7/WPFi92-2F5F7/
WPS 2305.)F5/WPS 3335 1F7F5 WPS 2345-1 F5F7/WPS2345 2F5F7/WPS 2305-1 F5/WPS 3335 1F7F5 REFERENCE DWG.NO FF11301 3 SH 2801 FF I)3013 SH 2801 FF)1301 3 SH 2801 FF)1301 3 SH 2%1 FF)1301 3 SH 2%1 FF)13013 SH 2801 FF)13013 SH 2801 REFERENCE DWG.NO FF)1301 1 SH 7401 F F11301 1 SH 7401 FF)13011 SH 7301 FF I)301 1 SH 7301 FF)1301 1 SH 7301 FF)13011 SH 7601 FF)13011 SH 7601 REFERENCE DOCUMENT GE Record Hnder MFL4)))-D00).23.9 GE Record Binder MPL-Bl)-D00).23.9 GE Record Ender MPH))-D00).23.9 GE Record Hnder MFL4))-D00).23.9 GE Record Hnder MPL4))-D00).23.9 GE Record Hnder MPL-B)1-D001.23.9 GE Record Hnder MPL-B1)-D00),23.9 COMMENTS ill)ISD/v)VB IBDIQ Oil ElrlA ll)'A Est ED EB 13L-1 Horlzontd 94 to 9-2 Horlzontd 9-2 to 9-1 Horlzontd 9-1 to M SFACA E308L SFA4A E308L SPAN.)4 ERKiCr4/SFA-5.11 ENiCrFe4 double bevel (35'ut/30' double bevel (35 out/30'stngte bevel with fr)et welded hconel bac GE I&SE SMA/SA SMA/SA GTA/SMA ISENWP~I WPS 2305-)F5/WPS 2325-1 FSF7 WPS 2305-)F5/WPS 2325-1F5F7 FF)13013 SH 2801 FF)13013 SH 2801 FF113012 SH 3401 FF)13011 SH 7501 FF')13011 SH 7501 FF11301 0 SH 6601 GE Record Hnder MPL-B1)-D00),23.9 GE Record Hnder MPL-B)1-D001.23.9 AW AT Horlzontd 18-1/18.2 to)83 To be determhed Horlzontd 18-1/18.2 to RPV To be determhed FF)13012 SH 9701 FF)13012 SH 9701 FF)1301 2 SH 8301 FF)1301 2 SH 8301 GE Record Hnder MPL-81 1-A001 GE Record Hnder MPL+)1-A001 hconel Shroud Su weld CC-270 DA4 DA-180 EE-135 EE3)5 EA-90 EA-270 CA-150 CA-270 CE.)80 CC CC DA DA EE EE EA CE CE CE CE CE U r Shroud 7 U r Shroud U r Shroud Intermeclate Shroud htermedate Shroud 1 Lower Shroud 135 Lower Shroud 15 Lower Shroud Lower Shroud 7 U r Shroud 1 U r Shroud 7 U r Shroud U r Shroud U r Shroud 1 U r Shroud I U r Shroud VeNcd 7-2-1 to 7-2-2 Ve Neat 7-2-2 to 7-2-1 Ve Neat 7W2 to 7W)Ve Neat 7W)to 7W2 Ve Neat.of Ve Neat 94-2 to 94.)Ve Neat%b)to 94.2 VeNod 94-2 to&3-)Ve riled 94-)to 94.2 Ve Neat 9-1-2 to 9-1-1 Ve Neat 9-1-1 to 9-1-2 Rhg 7-)4 to 7-1-1 Rhg 7-1-1 to 7-1-2 Rhg 7-1-2 to 7-)4 Rhg 744 to 74-)Rhg 74-)to 74-2 Rhg 74-2 to 744 Rhg 744 to 7~Rhg 744 to 74-5 SPAN E308L/SFA-5.9 ER308L SPAN.4 E308L/SPAN.9 ER308L SPA%A E308l/SPAN.9 ER308L SPA%A E308)/SPAN.9 SFACA E308L SF'.9 ER308L SFACA E308)/SPAN.9 ER308L SFA4A E308l/SPAN.9 ER308L SPA%A E308)/SPAN.9 ER308L SFASA E308L/SPAN.9 ER308L SFA4A E308)/SPAN.9 ER308L SFA4A E308)/SPAN.9 ER308L SFA4A E308L SPAN E308L SFACA E308L SPA%A E308L SFACA E308L SPAN E308L SPAN E308L doubte-V 40'/double-V 40'/doubte-V 40'/darkle-V 40'/e-V double-V 40'/double-V 40'/~e-V 40'/double-V 40'/doubte-V 40'/doubte-V 40'/double-V double-V doubte-V double-V%'/45 double-V 60'/45 double-V 60'/45 double-V 60'/45 doubte-V 60'/45 SMA/SA SMA/SA SMA/GTA SMA/SA SMA/SA SMA/SA SMA/SA SMA/SA SMA SMA WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2305-)F5 WPS 2435-1 F7 WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2325.1F5F7 WPS 2305-1 F5 WPS 2305-1 F5 WPS 2305-1 F5 WPS 2305-)F5 WPS 2305-)F5 WPS 2305-)F5 WPS 2305-1F5 FF)13013 SH 2%1 FF)1301 3 SH 2801 FF)1301 3 SH 2801 FF)1301 3 SH 2801 FF))301 3 SH 2801 FF)1301 3 SH 2801 FF)13013 SH 2801 FF)1301 3 SH 2801 FF)1301 3 SH 2801 FF)13013 SH 2801 FF)13013 SH 2801 FF)13013 SH 2801 FF)13013 SH 2801 FF)13013 SH 2801 FF)13013 SH 2801 FF)13013 SH 2%1 FF)13013 SH 2)0)FF)1301 3 SH 2801 FF)1301 3 SH 2801 FF)13011 SH 7301 FF)13011 SH 7301 FF)13011 SH 7301 FF)1301)SH 7301 FF)13011 SH 7301 FF)13011 SH 7501 FF)13011 SH 7501 FF)13011 SH 7501 FF)13011 SH 7501 FF)13011 SH 7501 FF)13011 SH 7501 FF)13011 SH 7301 FF)13011 SH 7301 FF)13011 SH 7301 FF)13011 SH 7301 FF)13011 SH 7301 FF)13011 SH 7301 FF)13011 SH 7301 FF)13011 SH 7301 GE Record Btnder MPL-B))-D001.23.9 GE Record Hnder MPL-B))-D001.23.9 GE Record Hnder MPH)l-D001.23.9 GE Record Hnder MPLW)1-D001,23.9 GE Record Hnder MPLW))-D00),23.9 GE Record Hnder MPL4)))-DQO).23.9 GE Record Hnder MPLW)1-D001.23.9 GE Record Hnder MPLW)1-D001.23.9 GE Record Hnder MPL4)))-D00),23.9 GE Record Hnder MPL-Bl)-D00),23.9 GE Record Hnder MPH))-D00).23.9 GE Record Hnder MPL+)1-D001.23.9 GE Record Hnder MPL4))-D00).23.9 GE Record Ender MPL-Bl)-D001.2,3.9 GE Record Ender MPL-Bl)-D00).23.9 GE Record Hnder MPH))-D00).23.9 GE Record Hnder MPH))-D00).23.9 GE Record Hnder MPL-Bl)-D00).23.9 GE Record Hnder MPL-Bl)-NO).23.9 Vertkd wetd between horizontal welds Hl and H2 VeNcal weld between horlzontd welds Hl and H2 VeNcal weld between horlzontd welds H3 and H4 Vertlcd weld between hortzontd welds H3 and H4 VeNcal wekt h 7%..of 7 Vertical weld between horlzontd welds H4 and HS VeNod weld between horizontal wekfs H4 and H5 VeNcal weldbetweenhorlzontal welds HS and H6-A VeNcal weld between horizontal welds HS and H6-A VeNcal weld between horlzontd wetds H6-8 and H7 Verltcal weld between horizontal welds H6.B and HB wBDsxts 4/19/94 I
't susquehanna Steam Electric Sta!Ion i.'nit 1 Shrcud Welds Falzricatlon Information IINIT-REFERENCE'.'WELD NO.-CB&I/GE WELD NO COMPONENT" DESC'hg 744 to 744'ELD MAT'L'PECiF'ICATION SPAN.4 E308L JOINT GEOMETRY'double-V 60'/45 ,WELD MADE BY 1'jg~CB&I WELDING...
'WELDING,,<<, PROCESS,i.,',;','I",,'",,'PROCEDURE, SMA ,'REFERENCE,,"'REFERENCE;
-.'>>, REFERENCE',',i,DWG.NO"'DWG.,NO"'OCUMENT GE Record Snder FFI)3013 SH 2801 FF)13011 SH 7301 MPL-B1)-D001,2,3.9 EC.)20 EC-180 EC-240 GA-10 GA Lower Shroud I Lower Shroud I Lower Shroud Shroud I Baffle Rate BoNe Rote I BaNe Rate BoNe Rate Ring 9-24 to 9-2-1 Rhg 9-2-1 to 9-2-2 Ring 9-2-2 to 9-24 Ring 9-24 to 9-2A Rhg 9-2A to 9-24 Ring 9-24 to 9-24 VeNcal)M.2to)M-)
VeNcal)M-)to 1M-2 Qng 18.2-2 to)8.)4 Rhg)8-)@to)8-)<Qng 18-1 4 to 18-2-1 Rhg 18-2-1 to 18.1-1 Rhg 18.1-1 to 18.1-2 Rhg 18-1-2 to 18-2-2 15)M-)to)848 SFASA E308L SPAN E308L SFAZA E308L SPAN E308L SPAN E308L SPAN E308L To be determhed To be determhed To be determhed To be deteanhed to be determhed to be deteanhed ro be deteanhed I'o be determhed to be determhed doubfe-V double-V double-V double-V double-V double-V doubfe-V double-V CB&I CB&l CB&l CB&l CB&l SMA SMA SMA SMA WPS 2305-1F5 WPS 2305.)F5 WPS 2305-)F5 WPS 2305-)F5 WPS 2305-1 FS WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 GE Record Snder FF I)3013 SH 2801 FF)13011 SH 7501 MPL-B)).D00).23.9 GE Record Ender FF)13013 SH 280)FF11301)SH 7%1 MPH))-D00).23,9 GE Record Hnder FF113013 SH 280)FF113011 SH 7501 MPLW))-DOO).23.9 GE Record Binder FF)13013 SH 2801 FF113011 SH 7501 MPH))-D00).23.9 GE Record Ender FF I)3013 SH 2%1 FF)13011 SH 7501 MPL-Bl)-D00).23.9 GE Record Snder FF I)3013 SH 2%1 FF)13011 SH 7501 MPL4)).D00).23.9 GE Record Snder FFI)3012 SH 9701 FF I)3012 SH 8201 MPL-B)1-A001 GE Record Hnder FF I)3012 SH 9701 FF)1301 2 SH 8201 MPL B)1-A001 GE Record Binder FF)13012 SH 9701 FFI)3012 SH 8201 MPL-811-A001 GE Record Hnder FF)13012 SH 9701 FF)13012 SH 8201 MPL-B))-Am))GE Record Ender FF113012 SH 9701 FF113012 SH 8201 MPLN)1-A001 GE Record Hnder FF113012 SH 9701 FF113012 SH 8201 MPL4)))-A00)GE Record Hnder FF)13012 SH 9701 FF)13012 SH 8201 MPH))-A00)GE Record Ender FF I)3012 SH 9701 FFI)3012 SH 8201 MPL4))-A00)GE Record Hnder FF I)3012 SH 9701 FF I)3012 SH 8301 MPH))-A00)APPQ li k Inlr" iP))bp+)/QfiE)bfe OTT An(.rr e n.~VeNcal weld h Shroud c Vertical weld ln Shroud c nder GA40 GARO GAM GA-120 GA GA GA GA Shroud L 15)M-)to)84)0 Shroud L 15)M-1 to)M-2 15 IM-1 to)843 19'IM-1 to 1848 to be determhed To be deteanhed To be deteanhed To be deteanhed GE Record Hnder FFI)3012 SH 9701 FFI)3012 SH 8301 MPH))-A00)GE Record Hnder FFI)301 2 SH 9701 FF)13012 SH 8301 MPL-Bl 1-A001 GE Record Ender FF)1301 2 SH 9701 FF11301 2 SH 8301 MPL4))-A00)GE Record Snder FF)13012 SH 9701 FF)13012 SH 8301 MPH))-AM)GA-150 GA-170 GA-)90 GA GA GA Shroud)89'5)M-2 to 184.13 Shroud 149'S 1M-1 to184.12 Shroud L)59'5)M-)to 184 7 To be deteanhed to be determhed I'o be deteanhed GE Record Snder FF)13012 SH 9701 FF)13012 SH 8301 MPLW)1-A001 GE Record Hnder FF)13012 SH 9701 FF)1301 2 SH 830)MPH)I-A001 GE Record Binder FF)13012 SH 9701 FF113012 SH 8301 MPH)1-A001 GA-210 GA-240 GA-270 GAG%GA Shroud GA Shroud GA Shroud GA Shroud L 15)M-2 to)M-)4 L 9'1 1M-2to)849 L 59'1M-2 to 1845 L 15)M-2 to 18411 to be determhed to be determhed to be determhed To be deteanhed GE Record Hnder FF)13012 SH 9701 FF113012 SH 8301 MPLW))-A00)GE Record Ender FFI)3012 SH 9701 FFI)3012 SH 8301 MPL4))-A00)GE Record Hnder FF)13012 SH 9701 FF)1301 2 SH 8301 MPL-Bl 1-A001 GE Record Hnder FF)13012 SH 9701 FF)13012 SH 8301 MPL4)))-A00)GA430 GA450 HA-10 GA GA Shroud HA Shroud L 29'5)M-2 to 184.1 L 15 IM-2to)844 L 15)84@to)7-M 15)842 to 17-1-10 Shroud 1 18410 to 17-1-9 To be determhed To be determhed To be determhed To be deteanhed To be deteanhed CB&l WPS 3¹2F43 WPS 3¹2F43 TG/SMA WPS 3394F43 TG/SMA WPS 339%F43 TG/SMA WPS 3394F43 GE Record Hnder FF 113012 SH 9701 FF)1301 2 SH 8301 MPH))-A00)GE Record Snder FF)13012 SH 9701 FF)1301 2 SH 8301 MPH))-A00)GE Record Hnder FF)13012 SH 9701 FF)1301 2 SH 8301 MPL-Bl1-A001 GE Record Hnder FF113012 SH 9701 FF)1301 2 SH 8301 MPH))-A00)GE Record Binder FF113012 SH 9701 FF)1301 2 SH 8301 MPH)1-A001 GE Record Ender wekl procedure used Is different from that of reference dw.GE Record Ender wekl procedure used Is different from that of reference dw.GE Record Binder weld procedure used Is clfferent from that of reference dw.WEIDSXls 8ll9B4 0 I I Susquehanna Steam Electric Station Unit 1 Shroud Welds Fabrication Information UNIT REFERENCE; WELD NO.CB&l/GE'ELD NO.'OMPONENT 9'5 DESC 1843 to 17-1-11 WELD,MAT'I
-,"'"""""".','" WELDING, SPECIRCATipN
"..JOINT GEOMETRY'ELD MADE B$PRO To be determhed douUeJ WELDING PROCEDURE, REFERENCE REFERENCE...REFERENCE', DWG.NO., DWG.NO" DOCUMENT GE Record Hnder FF113012 SH 9701 FF113012 SH 8301 MPL411-AIX)1 COMMENTS!..GE Record Binder wekl procedure used Is differen from that of reference dw.HA-120 HA-150 HA-1 70 HA-190 HA-210 HA-240 HA-270 HA400 JA-10 JA40 JAM JA40 JA-120 JA-150 JA-1 70 JA-190 JA-210 JA-240 JA-270 JA400 JA430 JA450 JA JA JA JA JA JA JA JA JA JA JA JA JA JA L 119'5 149'5'69'5 L 189'5 15 L 9'5 69'5 Shroud 15 29'5 Shroud L 9'5 Shroud L 15 Shroud L 15 Shroud L 59'15 L 89'5 119'5 Shroud 149'5'169'5 L 189'5 L 9'5 L 69'5 Shroud L 15 29'5 Shroud L 9'15 1848 to 17-1-12 18412 to 17-1-13 1847 to 17-1-14 18413 to 17-1-1 18414 to 17-1-2 184.9 to 17-14 1544 to 17-1 4 18411 to 17-14 1841 to 17-14 1844 to 17-1-7 17-14 to RPV 17-1-9 to RPV 17-1-10 to RPV 17-1-11 to RPV 17-1-12 to RPV 17-1-13 to RPV 17-1-14 to RPV 17-1-1 to RPV 17-1-2 to RPV 17-M to RPV 17-14 to RPV 17-14 to RPV 17-1%to RPV 17-1-7 to RPV To be detemhed To be determhed To be determhed To be determhed To be determhed To be detennhed To be detennhed To be determhed To be determhed To be deterrnhed To be deterrnhed To be determhed To be determhed To be detennhed To be detennhed To be detennhed To be detennhed To be determhed doubled To be detennhed To be determhed To be detennhed To be detennhed To be determhed To be determhed CB&l CB&I CB&l CB&l TIG/SMA TIG/SMA 11G/SMA TIG/SMA TIG/SMA TIG/SMA SMA WPS 339%F43 WPS 3394F43 WPS 339%F43 WPS 309-2F43 WPS 309-2F43 WPS 309-2F43 WPS 309-2F43 WPS 309-2F43 WPS 309-2F43 WPS 309-2F43 WPS 309-2F43 WPS 309-2F43 FF11301 2 SH 9701 FF1 1301 2 SH 8301 GE Record Hnder MPLWI 1-A001 GE Record Hnder FF11301 2 SH 9701 FF 11301 2 SH 8301 MPL411-A001 GE Record Hnder FF113012 SH 9701 FF113012 SH 8301 MPL+11-A001 GE Record Hnder FF113012 SH 9701 FF113012 SH 8301 MPL-811-A001 GE Record Hnder FF113012 SH 9701 FF11301 2 SH 8301 MPL-811-A001 GE Record Ender FF113012 SH 9701 FF113012 SH 8301 MPLW11-Amll GE Record Hnder FF1 1301 2 SH 9701 FF113012 SH 8301 MPL411-AOOI GE Record Hnder FF113012SH9701 FF113012SH8301 MFLWll-AOOI GE Record Hnder FF113012 SH 9701 FF113011 SH 6301 MPLWl1-Alxil GE Record Ender FF113012SH9701 FF113011SH6301 MPL-Bll-A001 GE Record Hnder FF113012 SH 9701 FF113011 SH 6301 MPL411-A001 GE Record Hnder FF113012 SH 9701 FR13011 SH 6301 MPL+11-A001 GE Record Hnder FF1 1301 2 SH 9701 FF113011 SH 6301 MPL+11-A001 GE Record Hnder FF113012 SH 9701 FF113011 SH 6301 MPLW11-A001 GE Record Hnder FF113012SH9701 FF113011SH6301 MPL-811-A001 GE Record Ender FF113012 SH 9701 FF113011 SH 6301 MPL-Bl 1-A001 GE Record Hnder FF11301 2 SH 9701 FF113011 SH 6301 MPL+11-A001 GE Record Hnder FF1 1301 2 SH 9701 FF113011 SH 6301 MPL+11-A001 GE Record Hnder FF113012 SH 9701 FF113011 SH 6301 MPL-Bl 1-A001 GE Record Hnder FF113012 SH 9701 FF1 13011 SH 6301 MPL+11-A001 GE Record Binder FF113012 SH 9701 FF113011 SH 6301 MPL411-All GE Record Hnder FF 113012 SH 9701 FF113011 SH 6301 MPLWI I-A001 GE Record Hnder FF113012 SH 9701 FF113012 SH 8301 MPL-Bl 1-A001 GE Record Hnder FF 113012 SH 9701 FF113012SH 8301 MPLW11-A001 GE Record Binder wekl procedure used Is different from that of reference dw.GE Record Binder weld procedure used is different from that of reference dw.GE Record Hnder weld procedure used Is different from that of reference dw.GE Record Binder wekl procedure used!s different from that of reference dw.GE Record Binder wekl procedure used Is different fromthatofreferencedw
.GE Record Binder weld procedure used Is different from that of reference dw.GE Record Bnder weld procedure used Is crtferent from that of reference dw.GE Record Hnder wekl procedure used Is different from that of reference dw.GE Record Hnder wekl procedure used is differen from that of reference dw.GE Record Ender wekl procedure used Is different from that of reference dw.hconel Shroud Su weld hconel Shroud Su weld hconel Shroud Su weld hconel Shroud Su rt weld hconel Shroud Su rt weldbuM-hconel Shroud Su weld hconel Shroud Su rt weld bui hconel Shroud Su weld hconel Shroud Su weld hconel Shroud Su rt weld b0i Also Pvaifabte on Aperture Card WELDSXLs S/19/94 f r E 0 0 180 RR5 210;240 515270 300 ,'330'0 30 45 di~V 60 90 135'120 150 180 HO-A(CH)CB(HI)7-1-2 i~~7 2 2~I~CA-270 CC-270 7-1-3 I I~~I I I~I~~~~'CA-30 17-2-11 I~~~~~7-5-1/7 CC 7-1-1 I 90 ,'CJ(TYP)CA-150 7-1-2 7-2-2 O O CL x K HO-B(CH)CD(H2)CF(H3)7-4-1 CG-225 I 7-3-4 CE-240 7-3-5 CE-300 ,'7-3-6 7-4-2 CE-0 7-3-1 CE-60 CG-45 I-3-2 CE-120 I 7-4-1 ,7-3-3 CE-180 ANSTEC@PERTURE CAFID DB(H4)DC(H5)9-6-2 I DA-0 I 9-6-1 I I I I I I I I DA-180 I-M CD CL UJ ,I-@go PyaIIable on P,Peytul'e CBI'd INSIDE SHROUD ED(H6-A)EB(H6-B)13L-l(H7)BAFFLE PLATE 9-3-1 I EE-315 9-2-.4 EC-240 9-2-5 EC-300 , 9-2-6 9-1-1 EA-270 AW I 18-3-2 I I~18-2-AP ,'8-1-I AR 18-1-2', AS EC-0 I I I I I 9 I I I I I I I I I I I I I I-2l I I~I~I I~~,'BR ,'18-2-2 9-3-2 I EE-135 I 9-3-1 I 9-2-1 EC-60-90 EA-.lls-3-1 8-1-3'M AK EC-120 ,'9-2-3 EC-180 I I 9-1-I BS AN 18-2-1 18-1-4 O O (D IJJ O I GA-2IO I 18-3-2 GA-sz RA~I))l'R P GA-I 0,'1,18-3-1 GA-I50 GA-IQO I I I HA-I90 l I JA-I90 I I I I I I I 180-9-10 I 90-l3 HA-2I 0 I I t JA-2 I 0 I I 210 225-6 I"6 I GA-270 GA-240 HA-270 HA-240-4 I JA-240 240'A-270 270 300 GA-300 I I I HA-300-l2 A-300 JA-330I HA-33 I I I I 330 315 I I I I I"5-9 I~I~.~~~JA-350 HA-350 350 I 00 I I I"2 I I I-3 I-l3 I-7 I I HA-IO I;JA-IO', I 30'A-30 I HA-30 I I I I I JA-30 I I I I I I I 45-l4-l4 60))A GA"60 I, HA-60.JA-60'7-2 90 GA"90 HA-90-12 JA"90 GA-I20 I I I I HA-I20 JA-I20 I'JA-I I I I 120', I 135'IO-8 I 50 HA-I I I 50-8-3 I 501, 170 GA-I80 HA-I80 JA"I80 180 IS-4-~(TYP.OF 14 LEGS)TYPICAL SHROUO&ALL 17-I-~(TYP~OF 14 LEGS)SHROUD SUPPORT LEGS (TYP.)CROSS SECTION I S.S.E.S.UNIT 2 SHROUO PLA TE ANO AELO IOENTIFICA TION iN.7;S.2 NOTE: "8"=NUMBER ZNDICATED ON SHROUD SUPPORT LEG E~I VWELD C SHROUD U2 000 C AKP I t t Pj'1 Wsquelmnna Steam Electric Station Unit 2 Shroud Welds Fabrication Information UNIT REFERENCE WELD NO.Hl H2 H4 H7 CB&l/GE WELD NO DB ED EB 13L-1 COMPONENT'U r Shroud U Shroud U r Shroud U Shroud U r to Intermedate htermediate to Lower Lower Shroud Lower Shroud DESC Hortzontd 7-1 to 74 Horlzontd 7-1 to 74 Horlzontci 7-1 to 7-2 Hortzontd 7-2 to 74 Hortzontd 74 to 7<Horlzontcl 74 to 94 Hortzontd 9-6 to 94 Horlzontd 94 to 9-2 Hortzontal 9-2 to 9-1 Hortzontal 9-1 to)83 WELD MAT'L SPECIFICATION SFA4A E308L SFA4.4 E30BL SFA4A E308l/SFA4.9 ER30BL SFA4A E308L SFA4A E308L SFA4A E308L SFA4A E308L SFA4A E308L SFA4A E308L SFA-5.1 4 ERtriCr4/SFA-5.11 ENICrFe4 JOINT GEOMETRY 1/4'iret 1/4'ilet double bevel (35'ut/30' double bevel (35'ut/30'ouble bevel (35'ut/30'n doree bevel (35 out/30'double bevel (35'ut/30'n
~e bevel (35'ut/30' double bevel (35 out/30'~e bevel with fr)et welded hconel rl CB&l GE l&SE),"WELDING
.WELDING ,l', PROCESS,: ',,'-PROCEDURE'PS 22054FS/WPS 2%5-)F7 WPS 23&4FS/WPS 2245-1F7 WPS 2305-1 F5/WPS 2325-1F5F7 WPS 2305-)F5/WPS 2325-1FSF7 WPS%05-)FS/WPS 2325.)F5F7 WPS 2345-1 F5F7/WPS2345 2FSF7/WPS 2305.)F5/WPS 3335 1F7F5 WPS 2345-1F5F7/WPS2345 2F5F7/WPS 2305-)F5/WPS 3335 1F7F5 WPS 2305-1 F5/WPS 2325-1FSF7 WPS 2305-)FS/WPS 2325-1 F5F7 GTA/SMA ISED~)REFERENCE DWG.NO FF113013 SH 8201 FF)13013 SH 8201 FF)13013 SH 8201 FF)1301 3 SH 8201 FF)13013 SH 8201 FF)13013 SH 8201 FF)1301 3 SH 8201 FF)13013 SH 8201 FF)13013 SH 8201 FF)13012 SH 3401 REFERENCE REFERENCE'DWG.NO DOCUMENT GE Record BInder FF113011 SH 7401 MPL4))-COO).23.9 GE Record BInder FF113011 SH 7401 MPL-B)1-DOO).23.9 GE Record Efnder FF)13011 SH 7301 MPL4))-DOO).23.9 GE Record BInder FF)13011 SH 7301 MFLC))-COO).23.9 GE Record BInder FF)13011 SH 7301 MPL411-DOO).23.9 GE Record Binder FF)13011 SH 7601 MPL-B))-DOO).23.9 GE Record Binder FF)13011 SH 7601 MPL4))-D00),23.9 GE Record BInder FF)13011 SH 7501 MPL41)-COO).23.9 GE Record Binder FF)13011 SH 7501 MPLW))-DOO).23.9 FF113010 SH 6%1 COMMENTS/l tea ha atl Lt L Aperture Card H9 CC-270 DAO DA-180 EE-135 E&3)5 EA-270 CA-150 CA-270 CE4 CE-120 AW CC CC DA DA EE EE CE CE CE U r Shroud U r Shroud U Shroud 45 U r Shroud U r Shroud htermectate Shroud htermedate Shroud 1 Lower Shroud 135 Lower Shroud 15 Lower Shroud Lower Shroud U r Shroud U r Shroud 1 U r Shroud U r Shroud U r Shroud U r Shroud 1 U r Shroud 1 U r Shroud Horizontal 18-1/18-2 to)84 Horlzontd 18-1/18-2 to RPV VeNcal 7-2-1 to 7-2-2 VeNcd 7-2-2 to 7-2-1 VeNcd 7W2 to 7W)Ve Neat 7W)to 7'e Neat.of VeNcd 94 2 to 94-1 VeNcal 94.)to 94-2 VeNcd 94-2 to%3-)Ve Neat 94.)to 94-2 VeNcal 9-1-2 to 9-1-1 Ve Neat 9-1-1 to 9-1-2 Hng 7-)4 to 7-1-1 Hng 7-1-1 to 7-1-2 Hng 7-1-2 to 7-)4 Hng 744 to 74-)Hng 74-)to 74-2 Hng 74-2 to 744 Hng 744 to 744 Hng 7~to 744 To be determhed To be determhed SFA4A E308USFA4.9 ER308L SFA4A E308USFA4.9 ER308L SFA4A 5308l/SFA4.9 ER30BL SFA4A E308l/SFA4.9 ER308L SFA4A E308L SFA4.9 ER308L SFA4A E308UVA4.9 ER30BL SFA4A E30BUSFA4.9 ER308L SFA4A E308USFA4.9 ER308L SFA4A E308USFA4.9 ER30BL SFA4A E30BL/SFA4.9 ER308L SFA4A E308i/SFA4.9 ER308L SFA4A E308L SFA4A E30BL SFA4A E308L SFA4A E30BL SFA4A E308L SFA4A E308L double J~e-V 40'/double-V 40'/double-V 40'/double-V 40'I e-V doubfe-V 40'/double-V 40'I double-V 40'I doree-V 40'/double-V 40'/double-V 40'/double-V double-V ckxNe-V double-V 60'/45 double-V 60'/45 double-V 60'/45 doree-V 60'/45 doubfe-V 60'/45 CB&l CB&l CB&l CB&l CB&l CB&l SMA/GTA SMA SMA WPS 309-2F43 WPS 2325.1 F5F7 WPS 2325-1F5F7 WPS 2325-1 F5F7 WPS 2325-1 F5F7 WPS 2305-1F5 WPS 2435-)F7 WPS 2325-1F5F7 WPS 2325-)F5F7 WPS 2325-)FSF7 WPS 2325-1F5F7 WPS 2325-)F5F7 WPS 2325-)F5F7 WPS 2305-)F5 WPS 2305-1 F5 WPS 2305-1F5 WPS 2305-1F5 WPS 2305-1F5 WPS%05-)FS WPS 2305-1F5 WPS 2305-)F5 FF113012 SH 9701 FF)13012 SH 9701 FF)13013 SH 8201 FF)13013 SH 8201 FF)1301 3 SH 8201 FF)13013 SH 8201 FF)1301 3 SH 8201 FF)1301 3 SH 8201 FF)13013 SH 8201 FF)13013 SH 8201 FF)1301 3 SH 8201 FF)13013 SH 8201 FF)13013 SH 8201 FF 11301 3 SH 8201 FF)13013 SH 8201 FF)1301 3 SH 8201 FF)13013 SH 8201 FF)1301 3 SH 8201 FF)13013 SH 8201 FF)13013 SH 8201 FF1 1301 3 SH 8201 GE Record Binder FF)1301 2 SH 8301 MPL411-A001 GE Record Binder FF)13012 SH 8301 MPL4))-AOO)Inconel Shroud Su weld'E Record Binder FF)13011 SH 7301 MPL4))-DOO).23.9 VeNcal weld between hortzontd welds Hl and H2 GE Record Binder FF)13011 SH 7301 MPL-B))-DOO).23.9 Verfical weldbetweenhorlzontd welds Hl and H2 GE Record BInder FF)13011 SH 7301 MPL4))-D00).239 Verlkal weldbetweenhorlzontd welds H3 and H4 GE Record BInder FF)13011 SH 7301 MPL4))-DOO).23.9 Vertical weldbetweenhorlzontd wekts H3 and H4 GE Record BInder FF)13011 SH 7301 MPL4))-COO).23.9 VeNod weld In.74..of 7 aces GE Record Btnder FF113011 SH 7501 MPL-B))-DOO).23.9 Vertical weld between horlzontd welds H4 and H5 GE Record BInder FF113011 SH 7501 MPL4))-DOO).23.9 Vertical wekt betweenhorlzontal welds H4 and HS GE Record Bnder VeNcd weldbetweenhorizontal wekts H5 and Hb.FF)13011 SH 7501 MPL4)1-D001.23.9 A GE Record BInder Vertical weld between horizontal welds H5 and H6-FF)13011 SH 7501 MFL4))-DOO),23.9 A GE Record Binder VeNcal weld between hortzontal welds Hb-B and FF11301)SH7501 MPL4))-DOO).23.9 H7 GE Record Binder Vertkul weldbetween horizontal welds Hb-Band FF)13011 SH 7501 MPL-B)1-D001.23.9 HB GE Record Ender FF113011 SH 7301 MPL-B)1-D001,23.9 GE Record rrnder FF)13011 SH 7301 MPL41)-D001.23.9 GE Record Binder FF)13011 SH 7301 MPL4))-DOO),23.9 GE Record Binder FF)13011 SH 7301 MPL4))-DOO).23.9 GE Record BInder FF113011 SH 7301 MPL4))-D00).23.9 GE Record Etnder FF)13011 SH 7301 MPL-B1)-DOO).23.9 GE Record Binder FF)13011 SH 7301 MPL4))-DOO),23.9 GE Record Binder FF)13011 SH 7301 MPL4)1-DO01.23.9 WEIDSXls SlÃ/94
Susquehanna Steam Electric Station Ujlit 2 Shroud Welds Fabrication Information UNIT REFERENCE', WELD NO.EC-120 EC-180 EC.240 CB&I/GE WELD NO.CE COMPONENT U Shroud Lower Shroud I lower Shroud 1 lower Shroud DESC Ring 744 to 744 Rhg 9-24 to 9-2-1 Ring 9-2-)to 9-2-2 Rhg 9-2-2 to 9-24 Rhg 9-24 to 9-2A Rhg 9-2A to 9-24 WELD MAT'L SPECIRCATION SPA%A E308L SPA%A E308L SPALLA E308L SPA%A E308L SPAN.4 E308L SPALLA E308L JOINT GEOMETRY doubie-V 60'/45 double-V doubte-V~e-V double-V deckle-V WELD MADE BY!CB&I CB&I WELDING;,','ELDING PROCESS".*" PROCEDURE WPS 2305-1F5 SMA WPS 2305-)F5 WPS 2305-1F5 WPS 2305-)F5 REFERENCE'.
REFERENCE;.
REFERENCE,, DWG.'NO'WG.NO..'DOCUMENT'i GE Record Ender FFI)3013 SH 8201 FF)1301)SH 7301 MPH))-DOO).23.9 GE Record Ender FF)13013 SH 8201 FF113011 SH 7501 MFL+))-DOO).23.9 GE Record Ender FF)13013 SH 8201 FF)13011 SH 7501 MPH))-D00).23.9 GE Record Ender FF)13013 SH 8201 FF)13011 SH 7501 MPL4))-D00).23.9 GE Record Ender FF)13013 SH 8201 FF)13011 SH 7501 MPH))-COO).23.9 GE Record Ender FF1 1301 3 SH 8201 FR)3011 SH 7501 MPL+))-000).23.9 ly'[l I,'~>>.'!COMMENTS"-
'vsengg y rJT)>Pett)JFe Ca).a GA-10 GA40 GA40 GA GA GA BaNe Rate BaNe Rote Baffle Rat 1 BaNe Rate 1 BaNe Rate 7 BoNe Rate Shroud L 10 Rhg 9-24 to 9-24 VeNcd)M-2 to)M-1 VeNod)M-1 to)M-2 Rhg 18-2-2 to 18)4 Rhg)8.)@to)8.)<Rhg 18-1<to 18-2-1 Rhg 18 2-1 to 18-1-1 Ring 18.1-1 to 18.1-2 Rhg 18.1-2 to 18-2-2 1M-1 to)$42)M-1 to)$43 IM-)to 1$4-14 SPALLA E308L To be determhed To be determhed To be determhed To be determhed To be determhed To be determhed To be determhed To be determhed To be deterrnhed To be determhed To be determhed doubie-V doubie-V doubte-V CB&l SMA SMA WPS 2305-)F5 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 GE Record Binder FFI)3013 SH 8201 FF)13011 SH 7501 MPL4))-DOO).23.9 GE Record Ender FF)13012 SH 9701 FF11301 2 SH 8201 MPLN)1-AO01 GE Record Ender FF)13012 SH 9701 FF'113012 SH 8201 MPL+)1-AO01 GE Record Ender FF113012 SH 9701 FF113012 SH 8201 MPLW)1-AOO)GE Recorct Ender FF)13012 SH 9701 FF)13012 SH 8201 MPLW)1-AOO)GE Record Ender FF)13012 SH 9701 FF)13012 SH 8201 MPL+)1-AO01 GE Record Ender TF)13012 SH 9701 FF)13012 SH 8201 MPH))-AOO)GE Record Ender FF)13012 SH 9701 FF1 1301 2 SH 820)MPH)1-AOO)GE Record Ender FF113012 SH 9701 FF)13012 SH 8201 MFL+)1-AO01 GE Record Ender FF1 1301 2 SH 9701 FF)1301 2 SH 8301 MPLWI)-AOOl GE Record Ender FF)13012 SH 9701 FF11301 2 SH 8301 MPLN)1-AOO)GE Record Ender FF)1301 2 SH 9701 FFI)301 2 SH 8301 MPL+)1-AO01 VeNcat weld h Shroud c r VeNcat wekl h Shroud c r GA40 GA-120 GA-150 GA-170 GA-190 GA-210 GA-240 GA-270 GA400 GA GA GA Shroud GA Shroud GA Shroud GA GA Shroud GA Shroud GA Shroud)M-)to)$47 L 120)M-)to 18412 L 150 1M-1 to)Bvt-)0 170 1M-1 to)$4-8 L 190 1&3-2 to 1$4.9 L 10 1M-2 to 1$4 13 L 40)M-2 to)846 70 1M-2 to 18411 1M-2 to)84-)To be determhed To be determhed To be determhed To be determhed ro be determhed ro be determhed To be determhed To be determhed To be determhed CB&t CB&I CB&I WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 WPS 3¹2F43 GE Record Ender FF1 1301 2 SH 9701 FF)1301 2 SH 8301 MPL4)1-AO01 GE Record Ender FF113012 SH 9701 FF I)3012 SH 8301 MPL4))-AOO)GE Record Ender FF)1301 2 SH 9701 FF1 1301 2 SH 8301 MPH))-AOO)GE Record Ender FF)1301 2 SH 9701 FF)13012 SH 8301 MPLW)1-AO01 GE Record Ender FF)13012 SH 9701 FF)13012 SH 8301 MPH)1-AOOI GE Record Ender FF)13012 SH 9701 FF113012 SH 8301 MPH))-AOO)GE Record Ender FF)13012 SH 9701 FF)13012 SH 8301 MPL+)1-AOO)GE Record Binder FF)13012 SH 9701 FF)13012 SH 8301 MPL4))-A00)GE Record Ender FF)1301 2 SH 9701 FF)13012 SH 8301 MPL4))-A00)GA430 GA450 HA-10 GA Shroud GA 10)M-2 to 1844 1M-2 to)$45)$42 to 17-1-13)$43 to 17-1-7 1$4-)4 to)7-1-14 To be determhed To be determhed To be determhed To be determhed To be determhed TIG/SMA WPS 3394F43 GE Record Ender FF)13012 SH 9701 FF113012 SH 8301 MPL4))-AOO)GE Record Ender FF)13012 SH 9701 FF)1301 2 SH 8301 MPL-Bl 1-AOO)GE Record Ender FF113012 SH 9701 FF)1301 2 SH 8301 MPL-811-AOO)
GE Record Ender)F11301 2 SH 9701 FF)13012 SH 8301 MPL-811-AO01 GE Record Binder FF I)3012 SH 9701 FF113012 SH 8301 MPLW))-AOO)GE Record Ender wekt procedure used Is dfferent from that of reference dw.GE Record Ender wekt procedure used Is dfferent from that of reference GE Record Ender wekt procedure used ls dfferent from that of reference dw.WEUKXLS 6/19/94 j Jgr I, Susquehanna Steam Electric Station Unit 2 Shroud Welds Fat:rlcation Information UNIT REFERENCE WELD NO.CB8ii/GE WELD NO.COMPONENT DESC WELD MAYL'PECIRCATION JOINT GEOMETRY WELD MADE BY,'ELDING PROCESS WELDING PROCEDURE REFERENCE DWG.NO REFERENCE DWG.NO REFERENCE DOCUMENT, COMMENTS HA-120 HA-150 HA-170 HA-190 HA-210 HA-240 JA-10 JA40 JA40 JAM JA-120 JA-150 JA-170 JA-190 JA-210 JA-240 JA-270 JA450 KA JA JA JA JA JA JA JA JA JA JA JA JA JA JA Shroud 170 L 10 Shroud L 70 Shroud L 10 Shroud L Shroud L 60 Shroud L 120 Shroud L 170 Shroud L 190 Shroud L 10 1847 to 17-1-2 To be determhed 184-12 to 17-14 To be determhed 184-10 to 17-14 To be determhed 1848 to 17-14 To be determhed 184-9 to 17-1-10 To be determhed 18413 to 17-1-1 To be determhed 1546 to 17-14 To be detemhed 184-11 to 17-1<To be deteanhed 184-1 to 17-1-11 To be determhed 1844 to 17-1-12 To be determhed 1845 to 17-1-9 To be determhed 17-1-13 to RPV To be determhed 17-1-7 to RPV To be determhed 17-1-14 to RPV To be determhed 17-1-2 to RPV To be determhed 17-lD to RPV To be determhed 17-1-10 to RPV To be determhed 17-1-1 to RPV To be deteanhed 17-14 to RPV To be determhed 17-1<to RPV To be determhed 17-1-11 to RPV To be deteanhed 17-1-12 to RPV-To be determhed 17-14 to RPV 1'o be deteanhed 17-1%to RPV To be determhed 17-14 to RPV To be determhed CB&l CBM CBM CB&l CB&l CBM CB&l I CB&l CB&l CB&l CB&l CBM 11G/SMA WPS 339-6F43 TIG/SMA WPS 339%F43 TIG/SMA WPS 3394F43 llG/SMA WPS 339%F43 llG/SMA WPS 339%F43 TIG/SMA WPS 339-6F43 TIG/SMA WPS 339%F43 TIG/SMA WPS 339-6F43 TIG/SMA WPS 339-6F43 TIG/SMA WPS 339-6F43 SMA FF11301 2 SH 9701 FF113012 SH 9701 FF113012 SH 9701 FF11301 2 SH 9701 FF113012 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF113012 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF113012 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF 113012 SH 9701 FF11301 2 SH 9701 FF1 1301 2 SH 9701 FF113012 SH 9701 FF11301 2 SH 9701 FF 113012 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 9701 FF11301 2 SH 8301 FF11301 2 SH 8301 FF113012 SH 8301 FF11301 2 SH 8301 FF1 13012 SH 8301 FF11301 2 SH 8301 FF113012 SH 8301 FF113012 SH 8301 FF11301 2 SH 8301 FF 11301 2 SH 8301 FF11301 2 SH 8301 FF11301 1 SH 6301 FF113011 SH 6301 FF113011 SH 6301 FF11301 1 SH 6301 FF113011 SH 6301 FF113011 SH 6301 FF113011 SH 6301 FF11301 1 SH 6301 FF11301 1 SH 6301 FF113011 SH 6301 FF 11301 1 SH 6301 FF11301 1 SH 6301 FF113011 SH 6301 FF113011 SH 6301 GE Record Snder M PL%11-A001 GE Record Snder MPL-811-A001 GE Record Bhder MPL-811-A001 GE Record Bhder M PL%11-A001 GE Record BInder MPLNI 1-A001 GE Record Binder MPL41 1-A001 GE Record BInder MPLWI 1-A001 GE Record BInder MPL41 I-AIII GE Record Ender M PL-811-A001 GE Record BInder MPL-81 1-A001 GE Record Snder MPL-81 1-A001 GE Record Ender MPLN11-A001 GE Record Bhder MPL-81 1-A001 GE Record Bhder MPL411-A001 GE Record Snder MPL411-A001 GE Record Ender MPL-81 I-A%I GE Record Snder M PL%11-A001 GE Record BInder MPL-811-AS)1 GE Record Snder MPL-81 1-A001 GE Record Bnder MPL-811-AOOl GE Record BInder MPL41 1-All GE Record BInder MPL-811-A001 GE Record BInder MPL411-A001 GE Record Ender MPL411-AOOI GE Record Btnder M PLAIT-A001 GE Record BInder wekl procedure used ls clfferent from that of reference dw.GE Record Snder wetd procedure used Is cNerent from that of reference dw.GE Record BInder wekl procedure used ls cNerent from that of reference dw.GE Record BInder wekl procedure used ls cNerent fromthatofreferencedw
.GE Record Binder wekl procedure used ls cfifferent from that of reference dw.GE Record Binder weld procedure used Is different fromthatofreferencedw
.GE Record BInder wekl procedure used Is different from that of reference dw.GE Record Snder wekl procedure used Is different from that of reference dw.GE Record BInder weld procedure used ls different from that of reference dw.GE Record BInder wekl procedure used ls different from that of reference dw.GE Record BInder wekl procedure used Is dNerent from that of reference dw.hconel Shroud Su weld hconel Shroud Su rt weld hconel Shroud Su rt weld bulksu Inconel Shroud Su rt weld buI Inconel Shroud weld hconel Shroud weld hconel Shroud wekl hconel Shroud Su weld hconel Shroud Su rt weld lnconel shroud suppoILwefdbulkFup PPPQT'U gp CARO Afro QT/808+8 On Aperture Cary WBDSXI d/19/94 J
Susquehanna Sfeam Electric Station Unit 2 Shroud Fabrication Information UNIT COMPONENT CB&I PART NO.MATERIAL SPECIFICATION PRODUCT FORM HEAT NO.~B/LOT.NUM BEIh>>HEAT TREATMENT CARBON CMTRs'?DRAWING NUMBER REFERENCE DOCUMENT COMMENTS 2 U er Shroud 2 U r Shroud 2 U er Shroud 2 U er Shroud 7-1-1 7-1-2 7-1-3 7-2-1 SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L Hot rolled late 4.7 Hot rolled late 4.75K)Hot roiled late 4.7 Hotrolled late 2 626537 626537 626537 626474 2 Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen Solution Heat Treatmen 0.025 0.025 0.025 0.02 Yes Yes Yes Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001.2,3,9 GE Record Binder FF113013 SH 8201 MPL-B11-D001,2.3.9 GE Record Binder FF113013 SH 8201 MPL-B11-D001,2,3,9 GE Record Binder FF113013 SH 8201 MPL-B11-D001.2.3,9 Dimensional stoblii: 55t@ebtment m mm Dimensional.'siapilit ea tkaIment AMP m I Dimensional sta I Freak treatment DimenstonaltabA>>
rlBaQIeatrnent 2 U er Shroud 2 U er Shroud 2 U er Shroud 2 U er Shroud 2 U er Shroud 2 U er Shroud 2 U er Shroud 2 U er Shroud 7-2-2 74-1 7-3-2 7-3-5 7-4-1 SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L SA240 TP304L Hotrolled late 2 Hot rolled late 2.5 Hot rolled late 2.5 Hot rolled late 2.5 Hot rolled late 2.5 Hot rolled late 2.5 Hot rolled late.5 Hotrolled late 2 626474 626297 626297 626297 626297 626297 626297 626511 1 I Solution Heat Treatmen>>lA Solution Heat Treatmen lA Solution Heat Treatmen lA'olution Heat Treatmen 1A Solution Heat Treatmen 1A Solution Heat Treatmen 1A=Solution Heat Treatmen lA Solution Heat Treatmen 0.02 0.026 0.026 0.026 0.026 0.026 0.026 0.026 Yes Yes Yes Yes Yes Yes Yes Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001.2,3,9 GE Record Binder FF113013 SH 8201 MPL-Bl 1-D001,2,3,9 GE Record Binder FF113013 SH 8201 MPL-B11-D001,2,3,9 GE Record Binder FF113013 SH 8201 MPL-B11-D001.2,3.9 GE Record Binder FF1 13013 SH 8201 MPL-B11-D001.2,3,9 GE Record Binder FF113013 SH 8201 MPL-B11-D001.2.3,9 GE Record Binder FF1 13013 SH 8201 MPL-B11-D001.2.3.9 GE Record Binder FF113013 SH 8201 MPL-B11-D001.2,3.9 ape ure 3rd Dimensional stablll heat treatment Dimensional stablll heat treatment Dimensional stabili heat treatment Dimensional stabllit heat treatment Dimensional stabili heat treatment Dimensional stabill heat treatment Dimensional stabili heat treatment Dimensional stabili heat treatment 2 U er Shroud 7-4-2 SA240 TP304L Hot rolled late 2 626511 lA Solution Heat Treatmen 0.026 Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001,2.3,9 Dimensional stablli heat treatment 2 U er Shroud 7-5-1/7 SA240 TP304L Hot rolled late 0.25K)7195 m 2, Solution Heat Treatmen 0.018 Yes GE Record Binder FF1 13013 SH 8201 MPL-B11-D001.2,3,9 7 pieces of Htff 7195-2 Dimensional stablli heat treatment 2 Intermediate Shroud 2 Intermediate Shroud 94-1 94-2 SA240 TP304L SA240 TP304L Hotrolled late 2 Hot rolled late 2 626539 626553 lA Solution Heat Treatmen Solution Heat Treatmen 0.014 0.021 Yes Yes GE Record Binder FF1 13013 SH 8201 MPL-B11-D001.2.3.9 GE Record Binder FF1 13013 SH 8201 MPL-B11-D001.2.3,9 2 Lower Shroud 2 Lower Shroud 2 Lower Shroud 9-1-1 9-1-2 9-2-1 SA240 TP304L SA240 TP304L SA240 TP304L Hotrolled late 2 Hotrolled late 2 Hot rolled late 4.7 626422 626474 626536 2A i Solution Heat Treatmen 2A Solution Heat Treatmen 2A I Solution Heat Treatmen 0.021 0.02 0.027 Yes Yes Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001.2.3,9 GE Record Binder FF1 13013 SH 8201 MPL-B11-D001.2.3,9 GE Record Binder FF113013 SH 8201 MPL-B11-D001.2,3.9 Dimensional stablllt heat treatment Dlmenslonal stablli heat treatment Dimensional stabllit heat treatment 2 Lower Shroud 9-2-2 SA240 TP304L Hot rolled late 4.7 626536 2A Solution Heat Treatmen 0.027 Yes GE Record Binder FF1 13013 SH 8201 MPL-B11-D001.2.3.9 Dimensional stablllt heat treatment 2 Lower Shroud 9-2-3 SA240 TP304L Hot rolled late 4.7 626536 2ASolution Heat Treatmen 0.027 Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001.2,3,9 Dimensional stablli heat treatment 2 Lower Shroud 2 Lower Shroud 9-2-4 9-2-5 SA240 TP304L SA240 TP304L Hot rolled late 4.7 Hot rolled late 4.7 626536 626536 2A Solution Heat Treatmen 2A I Solution Heat Treatmen 0.027 0.027 Yes Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001.2.3.9 GE Record Binder FF113013 SH 8201 MPL-B11-D001.2.3.9 Dimensional stablllt heat treatment Dimensional stablll heat treatment 2 Lower Shroud 9-24 SA240 TP304L Hot rolled late 4.75')626536 2A Solution Heat Treatmen 0.027 Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001.2,3,9 Dimensional stabilit heat treatment 2 Lower Shroud 94-1 SA240 TP304L Hot rolled late 626537 lA Solution Heat Treatmen 0.025 Yes GE Record Binder FF113013 SH 8201 MPL-B11-D001,2.3,9 Dimensional stabili heat treatment SHROUDAS 8/19/94 Page 1 I I 0 Susqut henna Steam Electrh Station Unit 2 Shroud Fabrication Information UNIT COMPONENT CB&I PART NO.MATERIAL SPECIFICATION PRODUCT FORM HEAT NO.~'-, HEAT TREATMENT NUMBER.CARBON CMTRs 7 DRAWING NUMBER REFERENCE DOCUMENT COMMENTS 2 Lower Shroud 2 Lower Shroud Shroud Support Baffle Plate Shroud Support BaNe Plate Shroud Support BaNe Piate Shroud Support Baffle Plate Shroud Support BaNe Plate Shroud Support BaNe Plate Shroud Support C inder Shroud Support C inder 2 ShroudSu rtLe s 2 Shroud Su rt Le s 2 Shroud Su rtLe s 2 Shroud Su rt L s 9&2 9-4 18-1-1 18-1-2 18-1-3 18-1<18-2-1 18-2-2 1M-2 1N-1 18-4-2 SA240 TP304L SA240 TP304L SB168 Inconel 600 SB168 Inconel 600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168 Inconel 600 SB168lnconel600 Hotrolled late 2 Hotrolled late 1 Hotrolled late 2.5 Hot rolled late 2.5 Hot rolled late 2.5 Hotrolled late 2.5 Hot rolled late 2.5 Hot rolled late 2.5 Hot rolled late 2.375 Hot rolled late 2.375 Hotrolled late 3 Hotrolled late 3 Hot rolled late 3 Hot rolled late 3 626537 626622 3NX4655 3NX4656 1NX4729 1NX4729 3NX4669 3NX4669 2NX4657 2NX4657 Annealed Annealed 1,: Annealed 1.Annealed 1 l Annealed 1" Annealed 1: Annealed 1X Annealed 1X Annealed 1X I Annealed lx Annealed lA Solution Heat Treatmen Solution Heat Treatmen Annealed N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 0.025 Yes FF113013 SH 8201 0.022 Yes FF113013 SH 8201 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF1 13012 SH 9701 Yes FF1 1301 2 SH 9701 Yes FF113012 SH 9701 Yes FF1 1301 2 SH 9701 Yes FF113012 SH 9701 Yes FF1 1301 2 SH 9701 GE Record Binder MPL-B11-D001,2,3,9 GE Record Binder MPL-B11-D001,2,3.9 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-B 1 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-811-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 Dimensional stablli heat treatment DimensIonal stablli heat treatment Material rain size¹1.0 Material rain size¹4.0 Material rain size¹4.0 b~b4 Material rain size¹4 0 Material rain size¹1.0 a i Material rain size¹1.0'aterial rain size¹1.0 Material rain size¹1.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0'URE sbfe oa Card 2 Shroud Su rt L s 2 ShroudSu rtLe s SB168lnconel600 SB168lnconel600 Hot rolled late 3 Hotrolled late 3 lx 1X Annealed Annealed N/A N/A Yes FF113012 SH 9701 Yes FF113012 SH 9701 GE Record Binder MPL-B 1 1-A001 GE Record Binder MPL-Bl 1-A001 Material rain size¹4.0 Material rain size¹4.0 2 Shroud Su rtLe s 2 Shroud Su rt L s 2 ShroudSu rtLe s 2 ShroudSu rtLe s 2 ShroudSu rtLe s 2 Shroud Su rt Le s 2 Shroud Su rt Le s 2 ShroudSu rtLe s 2 ShroudSu rtLe s 18-4-7 lN-9 18-4-10 18-4-11 184-12 184-13 18-4-14 17-1-1 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168 lnconel 600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168 Inconel 600 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hotrolled late 3 Hot rolled tate 3 Hot rolled late 3.7 3855 3855 LC52040 1X, Annealed 1X, Annealed 1X: Annealed 1X i Annealed n lx Annealed 2Y Annealed 1X, Annealed 1X'nnealed 1X'nnealed N/A N/A N/A N/A N/A N/A N/A N/A N/A Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 Yes FF113012 SH 9701 GE Record Binder MPL-811-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-Bl 1-A001 GE Record Binder MPL-811-A001 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 SHROUDS 8/19/94 Page 2 0 (e'i'I Susquenanna Steam Electtictation Unit 2 Shroud Fabrication Information UNIT COMPONENT CB&I PART NO.MATERIAL SPECIFICATION PRODUCT FORM HEAT NO.SLAB/LOTNUMBER.'EAT TREATMENT CARBON CMTRs?DRAWING NUMBER REFERENCE DOCUMENT COMMENTS 2 Shroud Su rt Le s 17-1-2 SB168lnconel600 Hot rolled late 3.75 LC 52040 2Y Annealed N/A Yes GE Record Binder FF113012 SH 9701 MPL-Bl 1-A001 Material rain size¹4.0 2 ShroudSu rtLe s 2 Shroud Su rt Le s 2 ShroudSu rtLe s 2 ShroudSu rtLe s 2 ShroudSu rtLe s 2 Shroud Su rt Le 2 ShroudSu rtLe s 2 ShroudSu rtLe s 2 Shroud Su rt Le 2 Shroud Su rt Le 2 ShroudSu rtLe s 2 ShroudSu rtLe s 17-1-3 17-1-4 17-1-5 17-14 17-1-7 17-1-8 17-1-9 17-1-10 17-1-11 17-1-12 17-1-13 17-1-14 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 SB168lnconel600 Hot rolled late 3.75 Hot rolled late 3.75 Hot roiled late 3.75 Hotrolled late 3.7 Hot rolled late 3.7 Hot rolled late 3.75 Hot rolled late 3.7 Hot rolled late 3.7 Hot rolled late 3.7 Hot rolled late 3.75 Hot rolled late 3.75 Hot rolled late 3.75 LC52040 LC 52040 LC52040 1NX9285 1NX9285 1NX9285 1NX9285 1NX9285 1NX9285 2Y r Annealed 2Y Annealed 2Y Annealed Annealed Annealed Annealed 1'.Annealed 1 t Annealed 1 Annealed 1;Annealed Annealed 1 Annealed N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes GE Record Binder FF113012 SH 9701 MPL-Bl 1-A001 GE Record Binder FF113012 SH 9701 MPL-Bl 1-A001 GE Record Binder FF113012 SH 9701 MPL-Bl 1-A001 GE Record Binder FF113012 SH 9701 MPL-Bl 1-A001 GE Record Binder FF1 13012 SH 9701 MPL-Bl 1-A001 GE Record Binder FF113012 SH 9701 MPL-B 1 1-A001 GE Record Binder FF113012 SH 9701 MPL-B 1 1-A001 GE Record Binder FF113012 SH 9701 MPL-Bl 1-A001 GE Record Binder FF113012 SH 9701 MPL-B 1 1-A001 GE Record Binder FF113012 SH 9701 MPL-B 1 1-A001 GE Record Binder FF113012 SH 9701 MPL-B 1 1-A001 GE Record Binder FF113012 SH 9701 MPL-B 1 1-A001 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹4.0 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Material rain size¹3.5 Nso Availabie on Aperture Card SHROUDAS 8/19/94 Page 3~r t~
)i 0 I I 4~S