ML20154H753
| ML20154H753 | |
| Person / Time | |
|---|---|
| Site: | Limerick  |
| Issue date: | 09/15/1988 |
| From: | Gallagher J PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | Rossi C Office of Nuclear Reactor Regulation |
| References | |
| IEB-88-005, IEB-88-5, NUDOCS 8809220112 | |
| Download: ML20154H753 (27) | |
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- PHILADELPHIA ELECTRIC COMPANY 2301 MARKET STREET P.O. BOX 8699 PHILADELPHI A. PA 19101 (ass) sai sooi JOSEPH W. G ALL AGHER Jn"It'J:'"4.
SEP 151988 Mr. C. E. Rossi, Director Docket No.:
50-352 i
Division of Operational Events Assesmunt Office of Nuclear Reactor Regulation U.S. Nuclear Regulatory Conmission Attn: Docunent Control Desk Mall Station P1-137 Washington, DC 20555
Subject:
Limerick Generating Station (LGS) Unit 1 FRC Bulletin 88-05, dated May 6,1988 "Nonconfonning Material Supplied by Piping Supplies, Inc. (PSI) at Folsom New Jersey and West Jersey Manufacturing Ccmpany (WJM) at Will iamstcwn, New Jersey" Supplement 1 to Bulletin 88-05, dated June 15, 1988 Supplement 2 to Bulfetin 88-05, dated August 3, 1988 i
Reference:
S. d. Kcwalski (PECo) letter to C. E. Rossi (USNRC), dated July 22, 1988 I
Dear Mr. Rossi:
The subject NRC Bulletin, received by Philadelphla Electric Certpany (PECo) on May 18, 1988, and Supplements 1 and 2, received on I
dune 22, 1988, and August 5, 1988 respectively, rWulre holders of l
operating Ilconses to provide a written response within 120 days of recelpt of the Bulletin.
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The original Bulletin Instructed licensees to review purchasing records for suspect materials, assure that materials ccrroly with i
oppilcable codes or are suitable for their Intended service or replace
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i such material.
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Subsequcntly, Supplornent 1 reduced the scope of the review, i
established tirro frames for the testing progrten, and imposed additional j
r reporting regul runents.
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B009220112 00091D l
l PDR ADOCK 05000352 l{
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Supplement 2 temporarily suspended activities such as: doctment review, in-situ testing, and develognent of Justifications for continued operation (JCO's) until further notice.
The enclosed report corprises our carrplete respcnse to the specific actions delineated by Bulletin 88-05 and the subsequent supplements.
The report sunnarizes the docunent review, testing, and analytical phases of the 88-05 progran; specifies the various actions undertaken during each phase and corolles the results of the material and test data gathered up until the receipt of Supplement 2.
As requested by Supplements 1 and 2, we have transmitted Revision 0 of the material and test data to t W ARC. Rev. 1 of the material and testing database will be tranunitted to NU%RC shortly.
If you have questions or require additional Information regarding our NRC Bulletin 88-05 procram, please do not hesitate to contact us.
Sincerely, lb b
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SAT /vvg/09028305
Enclosure:
Report Copy to: Addressee W. T. Russell, Ragion ! Administrator T. J. Kenny, LGS Unit 1 Senior Resident Inspector R. J. Clark, LGS Project Manager i
C0f10MEALTH OF PEtNSYLVANI A COUNTY OF PHILADELPHIA gg, J. W. Gallagher, being first duly sworn, deposes and says:
That he is Vice President of Philadelphia Electric Certpany; that he has read the foregoing response to f4RC Bulletin 88-05 and knc5vs the contents thereof; and that the statements and matters set forth therein are true and correct to the best of his kncavledge, Infonration, and belief.
k Vic6.# resident O
Subscribe and sworngo Before rne this
/5'_, day of Septarber, 1988.
Jf tbtary Pub!!c
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Mtt.AN1E R. CMAPANELLA u.r, m=. ra me. em ea^ ' c*-
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LIMERICK GENERATIrn STATION (LGS)
UNIT 1 RESPCNSE TO NRC BULLETIN 88-05 DOCKET No. 50-352 SEPTEMBER 2, 1988 REV. O
LIMERICK GENERATING STATION UNIT 1 RESPONSE TO NRC BULLETIN 88-05 LUPPOSE:
This report provides a ccmplete response to the regulrements set forth by NRC Bulletin 88-05 and Supplements 1 and 2 to the Bulletin.
The Bulletin 88-05 required licensees to review purchasing records to determine presence of materials supplied by Piping Supplies, Inc.
(PSI) and West Jersey Manufacturing Ccnpany (WJM), provide assurance that PSI and WJM supplied materials meet the appilcable codes and specification requirements or are suitable for their Intended service, or replace unsultable materials.
This report is Intended to fully satisfy the 120-day written response reporting requirement 5 of NRC Bulletin 88-05 as modlfled by Supplements 1 & 2.
Slf fMRY:
In response to the Bulletin and Supplements 1 end 2 requirments, Philadelphia Electric Ccamany (PECo), in accordance with Nuclear Management and Resources Council (tM%RC) guldelines, developed a three-phased program for Limerick Generating Station (LGS) Unit 1.
During Phase I of the program, PECo conducted an extensive review of purchase records for LGS Unit 1 to dei, ermine presence of material supplied by PSI and WJM. We have concluded that susoect material has been received at LGS Unit 1.
Upon discovery of suspect material, those ccnponents determined to be in the warehouse were frinediately segregated and placed on hold.
Testing h0d begun for those cctmonents determined to be Installed and accessible in safety-related systems in acenrdance with the Testing Program (Phase II) developed under PU %RC guidelines.
Sucolement 2 suspended in-situ testing before it could be ccnpleted for all suspect material Identified as Installed and accessible in safety-related systems.
As requested by Supp1 mort 1, PECo made 6 calls to the NRC upon discovery of inaccessible suspect flanges or failed flanges.
Justification for Continued Operation are being written in accordance with guidelines published by tu @RC (Phase I!!).
Attachment I to this Report strmarizes the results of the doctmert review and testing conducted until August 5,1988.
Attactments II & I!! consist of the material and testing database formatted by tU MRC in response to the Bulletin reporting requirements.
SLM %RY DESCRIPTION OF LGS, UNIT 1 NRC BULLETIN 88-05 PROGRNi:
The Limerick Generating Stattun, Unit 1 NRC Bulletin 88-05 Progran is a three-phase program which addresses the following:
Phase I:
Docunentation Review Phase II*
Testing Phase III:
Analysis of Test Results and Development of Justification for Continued Operation (JCO's)
DOCLJ4ENTATION REVIEW:
(1) Review purchasing records for bulk material purchase of PSI and WJM manufactured /supp1Ind fittings and flanges.
(2) Review piping subasserTbiles purchase specification and purchase orders.
O) Review skid mounted ccrrponents purchase specifications.
(4) Determine installation status (i.e., location, accessibility, etc.,) via a review of N-5 packages for ASME III piping,Section XI repair and replacement plans, spool Installation records and other pertinent installation docunentatler.
TESTING PROGRN4:
(1) Develop site spectfIc In-situ testing guidelines in accordance with t/JMRC developed guidelines.
(2) Conduct testing of accessible safety-related suspect material.
NJALYSIS F, JCO's:
(1) Analyze results of testing to determine acceptability of ccrroonent.
(2) Write cualitative oCO's for those ccrnponents that have failed or have baen determined to be inaccessible.
The program was developed and monitored in accordance with existing Internal PECo procedures and guldcIlnes established by tU MRC for Bulletin 88-05.
The following discusses hcw the program satisfies the required action Iterrn to be undertaken by the licensee.
To assure clarity, the requested actions are restated below along with PEco response to each of these items.
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RESPONSE TO BULLETIN & SUPPLEMENTS 1 # D 2 REQUIREMENTS:
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(1) Action Requested Review purchasing records to determine Aether any PSI or WJM supplied ASME Code or ASTM rnaterial has been furnished.
Supplement I reduced the scope from "materials" to "fittings and flanges".
Supplement 2 Identified another affiliated ccmpany, Chews Landing Metal Manufacturers incorporated (CLM) who may have supplied suspect materlais.
j PECo Response (1) We have corroleted our review of purchase records for fittings-l and flanges which may liave been purchased from PSI and WJM.
The results of the review were Incorporated into the material database established by NUMARC. Attachnent 11 provides the results of the docunent review.
Phase I of LGS Unit 1 Bulletin 88-05 Program provides for the docunentation review.
In order to utilize our resources more efficiently and to Insure that a ccrrorehensive review 1
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was conducted, the docunentation review was divided into the i.
folicwing three (3) categories:
A)
Bulk Purchase of Suspect Material B)
Piping Subasserrblies and in-Line Ccurponents C)
Skid Mounted Cctroonents and Secondary Suppliers 4
4 The review of the first two categories has identified f 076 camponents that were purchased for Limerick Generating 4Station Units 1 and 2 during the time frame (1976 to present) established by the bulletin. NUMARC, acting on behalf of the Industry, coordinated the review for sk!d rnounted cctnponents or those supplied by secondary suppliers.
Recently, NUPARC provided the list of secordary suppliers j
and ccmponents purchased to affected utilities. We have not ccepleted the review of the above noted list for applicability to LGS. Additionally, we have not ccrrpleted the I
i review for CU4 supplied materials.
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(2) Action Requested For ASME Code and ASTH materials furnished by PSI or WJM I
that are either not yet installed in safety-related systems at your facility or are installed In safaty-related systems of plants under construction, the following actions are requested:
(perform action a and either action b or c).
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-4 a.
Provide a list of WJM and PSI suppIIed materials that are found not to be in conformance with the applicable code requirements or procurement specifications and Identify the applications in which these materials are used or will be used.
Include the material specification, the nature of the ceroponent (e.g., pipe flange), size and pressure rating; also Indicate the chain of purchase, and either, b.
Take actions that provide assurance that all received materials cormly with ASME Code Section !!!, ASTM, and applicable procurement specification requirements, or that dermnstrate that such materials are suitable for the Intended service.
For exarmle, this prograrn should include specific verification that austenitic stainless steels have been received in a non-sensitized condition, or, c.
Replace all questionable fittings and flanges with materials that have been manufactured in full
,r ccanpliance with ASME Code Section III, ASTM, and the applicable procurement specification requirements.
Supplement 1 reduced the scope cf the review fecrn "materlats" to "fittings and flanges".
PMo Resoonse 2a.
PECo is a participating merrber of the NUr%RC 88-05 Program.
The PU%RC program established the scope of the docunentation review, determined testing priorf tles for operating plants, and Issued acceptance criteria for testing to be used by the Industry to ccrmly with the Bulletin's requirements.
PU%RC developed a generic fonmt for the material database to be used by all merrber utilities.
The database includes several fields designating material specification, nature of ccrmonent, size, pressure rating and chain of purchase.
Attachmnt !!, Rev.1 ccritains the results of our docurentation review.
The original data (Rev. 0) was transmitted to PUMRC on August 18, 1988.
2b.
In accordance with fM MRC guidelines, we have developed a well defined, quality assured, testing program to assure conformance of suspect material to applicable codes or to determine acceptability of the suspect material.
In addition to the generic material database, tuMRC also created a generic testing database for Industry use.
Several guidellnts established by NUMARC and accepted by the NRC Include:
Use of the Equotlp Hardness Tester for In-situ hardness testing of flanges and fittings.
For operating plants, field testing priority to be placed on flanges and fittings Installed and accessible on safety-related systems.
Our testing program Initially focused on Installed, accessible safety related components. However to assure adequacy of our testing procedures, testing was l
conducted on 37 PSI or WJM flanges which were in the warehouse.
The data was transmitted to the NRC via the reference letter. Attachnent III contains the results of the in-situ hardness testing and chanical testing conducted on filings from the suspect flanges. Attachment I 4
sunnarizes the data ecm Attachments II & III.
3 2c. The actions described in 2b above preclude any replacement of questionable fittings and flanges.
Additionally, PECo will not Install ccnconents which are suspect.
(3) Actten Requested i
For ASPE Code and ASTM materials furnished by WJM or DSI already Installed in safety-related systems in operating plants, the fo11 ming actions are requested:
a.
Provide a IIst of the WJM and PSI supplied materials i
i that are found not to be In conformance with the l
applicable code requirements or procurement spectfIcatlons and Identify the applIcatlens In which i
the materials are used.
Include the rmterial specification, the nature of the ccroonent (e.g., pipe J
flange), size, and pressure rating; also Indicate the chain of purchase.
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b.
Take actions requested in 2b or 2c above. However, an evaluation should be undertaken prior to replacing I
questionable materlal in accordance with 2c above that I
considers the occupational radiation exposure that vould be received during the replacement process.
This evaluation should be considered In developing the method and timing of rmterial replacements.
c.
Docunent and rmintain for inspection a basis for
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continued plant operation if the program requested in Item 3b has rot been ccrrpleted within 120 days of the i
date of receipt of this bulletin.
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Supplement I reduced the scope of paragraph 3 of Bulletin 88-05 fran ASME and ASTM "materlat s" to ASME and ASTM "flanges and fittings". For ASME and ASTM flanges and fittings furnished by PSI and WJM already Installed in safety-related systens In operating plants, the following actions are requested by Supplement 1:
a.
Corrence appropriate testing of accessible flanges and fittings promptly to identify conformance of noterials to ASME and ASTM meterial specifications.
Test results for flanges and fittings reported to be fran the same heat should be canpared for consistency and for confonnance to the ASME/ ASTM specifications and to values listed on meterial CMTRs.
Any deviation from the specification requires an appropriate analysis justifying continued operation.
b.
If any Inaccessible flanges or fittings are identified, an analysis must be performed justifying continued ope rat i on, c.
All other provisions of paragraph 3 of Bu11etir. 88-05 remain in effect.
Supplement 2 tenporarily suspended the above listed activities.
PECo Response 3a) As stated in item 2 above, we have developed a list of suspect materials.
The conformence of suspect motorials to the appilcable meterial specification was being determined via the testing program.
Thus far, we have developed and implemented a vell defined, quality assured, testing program for in-situ testing of suspect materials in accordance with existing Internal PECo procedures and ;;nneric PUMRC guldelines.
As noted earlier, we have sent NUMARC material cod test data to conduct the appropriate carparisons. Attachments !!
and til contain the newly revised motorial and test data which will be trenunitted to tu%RC soon.
There are 209 suspect flanges lostalled in safety related systens at LGS Unit 1.
44 flanges have been tested by using Equotip Hardness Tester.
8 flanges failed due to high hardness (greater than 187 BHN); 5 flanges failed due to Icw hardness (less than 137 Pit 0.
We notifled the NRC of the 13 failed flanges within the allocated time frano established by Supplement 1.
3b) In additleti to the 13 failed flanges, we have ident! fled three inaccessible flanges Installed in safety rotated syst ens, be notifled the NRC of the inaccessible flances within the allocated time frame established by Supplement 1.
l 3c) JustifIcatlons for continued operatlon have been written for two inaccessible flanges. Despite the tenpcrary suspension of fleid activities we are completing i
our efforts to develop JCO's for inaccessible or l
failed flanges fomd to date to close our Internal records. As requested by Supplernent 1, the JCO's will l
be flied and maintained for inspection.
(4) Action Requested t
i For any PSI and WJM supplied materials having suspect CMTRs t
and used in systems that are not safety-related, take actions ccmnensurate with the function to be performed.
Supplement 1 provides the following Instructions:
1 For flangen and fittings already Identified as having been I
supplied by PS! or WJM, the actions requested In 3a and 3b above are to be completed within 30 days of receipt of this supplement.
For flanges and fittings identifled after receipt of this supplement, the actions requested in Ja and l
3b above are to be conpleted within 30 days of identifying
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the flanges or fittings as being supplied by PSI and WJM.
l Supplement 2 tenporarily suspended the above ilsted activities for operating plants.
J PECo Resperise i
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We have ccrnpleted testing of those flanges already identified as accessible and Installed in safety-related systcras within i
j the time frame estabitshed by Supplement 1.
A higher priority l
l on safety-related systems precluded any testing on non-safety-l related suspect flanges prior to the terrporary suspension of l
fleid activities.
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i (5) Action Roquested f
Addressees are requested to retain nonconforming materials I
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and rmintain for inspection the docunentation of the
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I specific actions taken for the Identifled materials until i
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advised further by the NRC. Nonconfonning materlats should be segregated to ensure that they are not Inadvertently used.
PECo Response I
We have segregated and retained the suspect materials as l
requested above. Docurentation pertaining to the specific i
l actions undertaken for the identified materials will be
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maintained for inspection.
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(6) Action Requested For operating plants, all scheduled actions should be ccnpleted before a restart frcn1 the next major outage starting after 180 days from the date of receipt of this bulletin.
For plants under construction all scheduled actions and the reporting required by 2 belcw should be ccnpleted prior to the planned fuel load date.
If any addressee cannot meet this schedule, they should justify to the NRC their proposed alternative schedule.
Supplements 1 & 2 further instruct:
Addressees are encouraged to report the.3sults of tests of PSI and WJM supplied flanges and fittings to the INPO Nuclear Network for dissmilnation to the Industry.
PEco Response As noted ear 11er, the material tind test results (Rev. 0) have been sent to tMMRC. Rev. 1 of the material and test results will also be transmitted to tMMRC. This report satisfles the required 120 day written response requeTted by the NRC.
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ATTACFfEIT I SuttVRY OF DOClf4Et1T REVIEW ND TEST RESULTS tb.
Suspect Ccmponents Purchased for LGS Units 1 and 2 4076 Suspect Flanges installed in Safety-Related Systems 209 at LGS Unit 1 Flanges Tested / Accessible and Insta11eo in Safe;, Related 44 Systems Failure Due to High Hardness (greater than 187 Bef0 8
Failure Due to Lew Hardness (less than 137 BFf0 5
Inaccessible Flanges 3
SAT /pdO9088801
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j ATTAOfe4T II j
i FATERIAL DATABASE i
FOR 1
LIMERICK GENERATING STATION UNIT 1 l
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LEGEND:
GA:
Guyon Alloys SPS: Standard Pipe Supply LPC: Lewis P. Canuso ITT:
ITT Grinnell CP:
Consolidated Power l
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Dage me.
1 09/12/88 gg g MUPWRC DATA SENT 9/15/88 DATASASE mRGM.DSF LCS UNIT 1 PLAmi U Lime Y DIAM C RAT!uG TYPE S GRADE S NEAT LOT CMTR V SCtCE SLPPLY A N M ITEM R O
P C
DATE E
1 SC 1
A M
E M
N PA 1
4 M
C D
D E
LGS 1 0001 1.00 FLC 900 RF, SW 105 SA-105 160 834 06-17-82 W W m SPS
?Y LCS 1 0002 1.00 FLG 900 RF, SW 105 SA-105 160 8345 06-17-82 W WJM SPS 2Y tGS 1 0003 1.00 FLG 900 RF, SW 105 SA-105 160 834S 06-17-82 W WJM SPS "P Y tCS 1 0004 1.00 FLC 900 RF, SW 105 SA-105 160 5345 06-17-82 W WJM SPS
.'Y LCS 1 0005 2.00 FLC 150 RF, SW 105 SA-105 80 CDFR 05-24-82 W WJM SPS 2v LES 1 0006 2.00 FLG 150 RF, SW 105 SA-105 80 GDFR 05-24-82 W WJM SPS 2Y LGS 1 0007 1.00 FLG 150 RF, SW 105 SA-105 80 53596 08-13-86 W WJM LPC 2Y LGS 1 0008 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJM car
?Y LCS 1 0009 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W W m CAP 21 LGS 1 0010 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W WJM CA 2'
LGS 1 0011 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W WJM GA 2Y LCS 1 0012 1.00 FLG 150 RF,SW 105 SA-105 80 A79 04-29-81 W WJM GA 2Y LGS 1 0013 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJM CAP 2Y LGS 1 0014 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJM
",AP 2Y LGS 1 0015 16.00 FLG 150 W, RF 105 SA-105 1 ETMF 05-10-82 W WMt SPS 2Y LGS 1 0016 16.00 FLG 150 W. RF 105 SA-105 2 223608 07-03-84 W WJM 6A 2Y LGS 1 0017 16.00 FLG 150 Wu, RF 105 SA-105 1 ETMF 05-10-82 W WJM WS 2Y LCS 1 0018 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W W m GA 2Y LGS 1 0019 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W W m GA 2Y LGS 1 0020 2.00 FLG 150 RF, SW 105 SA-105 80 GDFR 05-24-82 W WJM SPS 2Y LGS 1 0021 2.00 FLG 150 RF, SW 105 SA-105 80 CDFR 05-24-82 W WJM SPS 2Y LGS 1 0022 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W Wm GA 2Y LCS 1 0023 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W WJM GA 2Y LGS 1 0024 2.00 FLG 150 RF, SW 105 SA-105 80 GDFR 05-24-82 U WJM
$PS 2Y LGS 1 0025 2.00 FLG 150 RF, SW 105 SA-105 80 CDFR 05-24-82 W WJM SPS 2Y LGS 1 0026 2.00 FLG 150 RF, SW 105 SA-105 80 GDFR 05-24-82 W Um SPS 2Y LES 1 0027 2.00 FLG 150 RFM SW 105 SA-105 80 GDFR 05-24-82 W WJM SPS 2Y LGS 1 0028 6.00 FLG 150 wu, RF 105 SA-105 40 GDIS 05-24-82 W WJM SPS 2Y LCS 1 0029 6.00 FLG 150 W, RF 105 SA-105 40 GDIS 05-24-82 W WJM SPS 2Y LCS 1 0030 6.00 FLG 150 m, RF 105 SA-105 40 CDIs 05-24-82 W WJM SPS 2Y LES 1 0031 6.00 FLG 150 m, RF 105 SA-105 1 CNO 01-09-86 W WJM LPC 2Y LGS 1 0032 1.25 FLG 150 RF, SW 105 SA-105 60 GDOF 08-04-81 W WJM SPS 2Y LCS 1 0033 1.25 FLG 150 RF, SW 105 SA-105 80 GDOF 08-04-81 W WJM SPS 2Y LGS 1 0034 1.25 FLG 150 RF, SW 105 SA-105 80 CDDF 08-04-81 W WJM SPS 2Y LGS 1 OC35 1.25 FLG 150 RF, SW 105 SA-105 80 CDOF 08-04-81 W WJM SPS 2Y LGS 1 0036 1.25 FLG 150 RF, SW 105 SA-105 80 58F 04-29-81 W WJM GA 2Y LGS 1 0037 1.25 FLG 150 RF, SW 105 SA-105 80 GDOF 08-04-81 W WJM SPS 2Y LGS 1 0038 1.25 FLG 150 RF, SW 105 SA-105 80 CD0F 08-04-81 W WJM 9S 2Y LGS 1 0039 1.25 FLG 150 RF, SW 105 SA-105 80 GDDF 08-04-81 W WJM SPS 2Y LCS 1 0040 20.00 FLG 150 m, RF 105 SA-105 2 12432 10-17-83 W WJM LPC 2Y LGS 1 0041 14.00 FLG 600 R;, OR 105 St-105 100 11913 03-31-83 W WJM GA 2Y LCS 1 GO42 14.00 FLG 600 RJ, OR 105 5A-105 100 5183 03-31-83 W WJM GA 2Y i
l LGS 1 0043 4.00 FLG 600 RJ, OR 105 SA-105 80 7565 01-21-83 W WJM SPS 2Y LCS 1 0044 4.00 FLG 60G RJ, OR 105 SA-105 80 7565 01-21-83 W WJM SPS 2Y LCS 1 0045 4.00 FLG 600 RJ, OR 105 SA-105 80 22073 06-02-82 W WJM GA 2Y LGS 1 0046 4.00 FLG 600 RJ, OR 105 SA-105 80 22073 06-02-82 W WJM GA 2Y l
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2 09/12/58 REv. t uuMARC DATA SEuf 9/15/88 DATABASE NRCM.0SF
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LCS UNIT 1 Plaaf U LITE T DIAM C RAT!uG TYPE S GRADE S NEAT LOT CMTR V soutCE SUPPLY A N u ITEM R O
P C
DATE E
$C 1
A C
E N
N NA T
e M
C D
D E
LGS 1 0047 1.00 FLG 600 RF, SW 105 SA-105 160 GDKD 05-10-82 W WJM SPS 2Y LCS 1 0068 3.00 FLG 150 W,RF 105 SA-105 1 2578 11-19-79 W WJM ITT 2Y LCS 1 0C49 20.00 FLG 150 W,RF 105 SA-105 2 12432 10-17-83 W WJM LPC 2Y LGS 1 0050 30.00 FLG 150 W,RF 105 SA-105 20 10707 08-18-82 W WJM SPS 2Y LGS 1 0051 4.00 FLG 150 Wu, af 105 SA-105 40 GDOW 06-02-82 W W M GA 2Y LGS 1 0052 0.75 FLG 600 RJ, SW 105 SA-105 160 44266 01-07-83 W WJM SPS 2Y LGS 1 0053 0.75 FLG 600 RJ, SW 105 SA-105 160 44266 01-07-83 W WJM SPS 2Y LGS 1 0054 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJM CAP 2Y LCS 1 0055 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W um CAP 2Y LGS 1 0056 0.75 FLG 600 RJ, SW 105 SA-105 160 44266 01-07-83 W WJM SPS 2Y LCS 1 0057 0.75 FLG 600 RJ, SW 105 SA-105 160 44266 01-07-83 W WJM SPS 2Y LGS 1 0058 0.75 FLG 600 RJ, SW 105 SA-105 160 44266 01-07-83 W WJM SPS 2Y LCS 1 0059 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJM GA 2Y LES 1 0060 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJM GA 2Y LCS 1 0061 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJM GA 2Y LES 1 0062 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W Um GA 2Y LCS 1 0063 3.00 FLG 150 W,af 105 SA-105 1 2578 11-19-79 W WJM ITT 2Y LGS 1 0064 4.00 FLG 150 Wu,RF 105 SA-105 40 GD8W 06-02-82 W 108 GA 2Y LCS 1 0065 2.00 FLG 150 RF, SW 105 SA-105 80 Cox 10-20-86 W WJee GA 2Y LCS 1 006 2.00 FLG 150 RF, SW 105 SA-105 80 COM 10-20-86 W WJM GA 2Y LGS 1 0067 2.00 FLG 150 RF, SW 105 SA-105 80 COM 10-20-86 W WJM CA 2Y LES 1 0068 2.00 FLG 150 RF, SW 105 SA-105 80 COM 10-20-86 W WJM GA 2Y LGS 1 0069 2.00 FLG 150 RF, SW 105 SA-105 80 Cox 10-20-86 W WJM CA 2Y LGS 1 0070 2.00 FLG 150 RF, SW 105 SA-105 80 C0K 10-20-86 W W M GA 2Y LCS 1 0071 3.00 FLG 150 m, RF 105 SA-105 1 T2043 06-05-79 W W m ITT 2Y LGS 1 0072 3.00 FLG 150 Wu, RF 105 SA-105 1 T2043 06-05-79 W Wm ITT 2Y LCS 1 0073 6.00 FLC 150 W,RF 105 SA-105 40 GDIS 05-24-82 W WJM SPS 2Y LGS 1 0074 6.00 FLG 150 m,RF 105 SA-105 40 GDIS 05-24-82 W W M SPS 2Y LCS 1 0075 6.0C FLG 150 Wu, RF 105 SA-105 40 GDIS 05-24-82 W W m SPS 2Y LGS 1 0076 6.00 FLG 150 Wu, RF 105 SA-105 40 GDIS 05-24-82 W um SPS 2Y LGS 1 0077 1.00 FLG 300 RF, SW 105 SA-105 80 GDEG 08-02-82 W WJM SPS 2Y LGS 100m 3.00 FLG 150 Wu, RF 105 SA-105 1 2578 11-19-79 W WJM ITT 2Y LGS 1 0079 4.00 FLG 150 um,RF 105 SA-105 40 GDaw 06-02-82 W um GA 2Y LGS 1 0080 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W WJM GA 2Y LGS 1 0081 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-81 W WJM GA 2Y LGS 1 0032 1.00 FLC 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJM CAP 2Y L3 1 0083 6.00 FLG 150 Wu, RF 105 SA-105 40 GDIs 05-24-82 W WJM SPS 2Y LCS 1 0084 6.00 FLG 150 Wu,RF 105 SA-105 40 GDIs 05-24-82 W WJM S;4 2Y LGS 1 0035 C 6.00 FLG 150 Wu, RF 105 SA-105 40 CDIs 05-24-82 i TF SPS 2Y LGS 1 0C86 6.00 FLG 150 Wu, RF 105 SA-105 40 GDIS 05-24-82 W WJM SPS 2Y LGS 1 0037 1.00 FLG 300 RF, SW 105 SA-105 80 GDKG 08-02-82 W WJM SPS 2Y LGS 1 0088 3.00 FLG 150 Wu, RF 105 SA-105 1 T2043 06-05-79 W WJM iTT 2Y LES 1 0089 3.00 FLG 150 m,RF 105 SA-105 1 T2043 06-05-79 W WJM ITT 2Y LGS 1 0090 3.00 FLG 150 Wu, RF 105 SA-105 1 T2043 06-05-79 W WJM ITT 2Y LGS 1 0091 3.00 FLC 150 Wu, af 105 SA-105 1 T2043 06-05-79 W WJM ITT 2Y LGS 1 0092 P.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJM GA 2Y
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3 09/12/33 Rzy.I saMARC DATA SEuf 9/15/88 DATABASE NROt 08F LCS 151T T plast u List Y ctAn C aATInG YYPE S GRADE S NEAT LOT CrTa V $0UaCE SUPPLY A N N ITEM a O
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LCS 1 0093 0.75 FLG 150 af, SW 105 SA-105 160 64C 04-29-81 W WJet GA 2Y LG5 1 0094 1.25 FLG 150 af, SW 105 ta-105 80 GDOF 08-04-81 W WJet SPS 2Y LGS 1 0095 1.25 FLG 150 RF, SW 105 SA-105 80 GDDF 08-04-81 W WJet SPS 2Y LG5 1 0096 2.00 FLG 150 af, SW 105 SA-105 80 GDFa 05-24-82 W WJet SPS 2Y LCS 1 0097 2.00 FLG 150 aF SU 105 5A-105 80 GDFa 05-24-82 W WJet SPS 2Y LCS 1 0098 0.75 FLG 150 aF, SW 105 5A-105 160 64C 04-29-81 W WJN GA 2Y lgs 1 0099 0.75 FLG 150 aF SW 105 SA-105 160 64C 04-29-81 W WJN GA 2Y LCs 1 0100 0.75 FLG 150 aF,SW 105 SA-105 160 64C 04-29-81 W WJet GA 2Y lgs 1 0101 0.70 FLG 150 af. SW
'05 5A-105 100 64C 04-29-81 W WJet GA 2Y ECs 1 0102 0.75 FLG 150 RF, SW 105 $A-105 160 64C 04-29-81 W WJet GA 2Y lgs 1 0103 0.75 FLG 150 aF SW 105 SA-105 160 64C 04-29-81 W WJet GA 2Y LCs 1 0106 0.75 FLG 150 af. SW 105 SA-105 160 64C 04-29-81 W WJet GA 2Y LG5 1 0105 0.75 FLG 150 aF, SW 105 5A-105 160 64C 04-29-81 W WJM GA 2Y lgs 1 0106 1.25 FLG 150 ar, SW 105 SA-105 80 GDOF 08-04-81 W WJsl
$PS 2Y lgs 1 0107 1.25 FLG 150 RF, SW 105 SA-105 80 GDOF 08-04-81 W WJM SPS 2Y LCS 1 0108 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJM CAP 2Y LCS 1 0109 1.00 FLG 150 aF, SW 105 SA-105 80 M922601 02-10-83 W WJet CAP 2Y lgs 1 0110 1.00 FLG 900 af. SW 105 5A-105 160 a34 06-17-82 W WJet SPS 2Y LG5 1 0111 1.00 FLG 900 af. SW 105 5A-105 160 834 06-17-82 W WJet
$PS 2Y lgs 1 0112 1.00 FLG 900 RF, SW 105 SA-105 160 E34 06-17-82 W WJM SPS 2Y LG5 1 0113 0.75 FLG 300 af, SW 105 SA-105 160 GD0E 04-13-82 W WJet SPS 2Y lgs 1 0114 0.50 FLG 600 aF $W 105 5A-105 3 44266 01-07-83 W WJet SPS 2Y LCS 1 0115 0.50 FLG 600 af, SW 105 SA-105 3 44266 01-07-83 W SJet SPs 2Y LCS 1 0116 6.00 FLG 150 W, FF 105 SA-105 40 114A9 02-13-81 W WJet GA 2Y LG5 1 0117 0.75 FLG 150 RF, SW 105 $A-105 160 64C 06-29-81 W WJet GA 2Y LCs 1 0118 0.75 FLG 150 af, SW 105 SA-105 160 64C 04-29-81 W WJet GA 2Y lgs 1 0119 0.75 FLG 150 af. SW 105 5A-105 160 64C 04-29-81 W WJet GA 2Y LCs 1 0120 0.75 FLG 150 a?, SW 105 SA-105 160 64C 04-29-81 W WJet GA 2Y lgs 1 0121 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJH GA 2Y LCS 1 0122 0.75 FLG 150 aF, SW 105 54-1.% 160 64C 04-29-81 W WJet GA 2Y lgs 1 0123 0.75 FLG 150 aF, SW 105 5A-105 160 64C 04-29-81 W WJet GA 2Y lgs 1 0124 0.75 FLG 150 af, SW 105 SA-105 160 64C 04-29-88 W WJn GA 2Y lgs 1 0125 1.25 FLG 150 aFM SW 105 sA-105 80 CDDF 08-04-81 W WJet SPS 2Y LG5 1 0126 1.25 FLG 150 af SW 105 5A-105 80 GDOF 08-04-81 W WJN SPS 2Y LG5 1 0127 1.25 FLG 150 af,SW 105 5A-105 80 GDDF 08-04-81 W WJet
$PS 2Y lgs 1 0123 1.25 FLG 150 RF, SW 105 SA-105 80.PDF 08-04-81 W WJH SPS 2Y lgs 1 0129 4.00 FLG 150 Wu, af ICS SA-105 40 GDeu 06-02-82 W WJet GA 2Y i
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lgs 1 0132 6.00 FLG 150 W,aF 105 SA-105 40 CDis 05-24-82 W WJet SPS 2Y LG5 1 Q133 6.00 FLG 150 Wu,af 105 $A-105 40 GDis 05-24-82 W WJet SPS 2Y LG5 1 01?4 6.00 FLG 150 sLD 105 SA-105 2 17508 06-01-83 W WJet GA 2Y LG5 1 0135 6.00 FLG 150 W,af 105 SA-105 40 GDIS 05-24-82 W WJet SPS 2Y lgs 1 0136 6.00 FLG 150 ELD 105 SA-105 2 17508 06-01-83 W WJet GA 2Y lgs 1 0137 6.00 FLG 150 SLD 105 sA-105 2 17548 06-01-83 W WJet GA 2Y lgs 1 0133 30.00 FLG 150 W, aF 105 SA-105 20 107p7 08-18-82 W WJet SPS 2Y i
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LCS 1 0137 16.00 FLG 300 m,RF 105 $A-105 2 223608 07-03-84 W WJM GA 2Y LCS 1 0140 16.00 FLG 300 Wu,RF 105 5A-105 2 223608 07-03-84 W Wm GA 2Y LCS 1 0141 10.00 FLG 300 W,RF 105 SA-105 40 4660 11-23-81 W Wm SPS 2Y LCS 1 0142 10.00 FLC 300 Wu, RF 105 sA-105 40 4660 11-23-81 W um SPS 2Y LCS 1 0143 10.00 FLG 300 W. RF 105 SA-105 40 4660 11-23-81 W W m SPS 2Y LCS 1 0144 10.00 FLG 300 Wu, RF 105 $A-105 40 4660 11-23-81 W um SPS 2Y LCS 1 0145 10.00 FLG 300 Wu, RF 105 $A-105 40 4660 11-23-81 W Wm SPS 2Y LCS 1 0146 10.00 FLG 300 W,RF 105 SA-105 40 4660 11-23-81 W W m SPS 2Y LCS 1 0147 10.00 FLG 300 m,RF 105 SA-105 40 4660 11-23-81 W um SPS 2Y LCS 1 0148 10.00 FLG 300 Wu, RF 105 SA-105 40 4660 11-23-81 W WJM SPS 2Y LCS 1 0149 10.00 FLG 300 W. RF 105 SA-105 40 ETPT 05-24-82 W WJM SPS 2Y LCS 1 0150 10.00 FLG 300 W,RF 105 SA-105 40 4660 11-23-31 W WJM SPS 2Y LGS 1 0151 10.00 FLG 300 Wu, RF 105 5A-105 40 ETPT 05-24-82 W WJM SPS 2Y LCS 1 0152 10.00 FLG 300 W,RF 105 SA-105 40 4660 11-23-81 W WJM SPS 2Y LCS 1 0153 2.00 FLG 150 RF, SW 105 5A-105 80 CDFR 05-24-82 W um SPS 2Y LCS 1 0154 2.00 FLG 150 RF, SW 105 SA-105 80 CDFR 05-24-82 W WJM SPS 2Y LGS 1 0155 1.00 FLG 150 RF, SW 105 5A-105 160 64C 04-29-81 W WJM GA 2Y LGS 1 0156 1.00 FLG 1% RF, SW 105 $A-105 160 64C 04-29-81 W WJM GA 2Y LCS 1 0157 1.00 FLG 150 RF, SW 105 SA-105 80 A79 04-29-8* U WJM GA 2Y LCS 1 0158 1.00 FLG 150 RF, SW 105 5A-105 80 A79 04-29-81 W WJM GA 2Y LCS 1 0159 1.25 FLG 150 RF, SW 105 SA-105 80 CDOF 08-04-81 W WJM
$PS 2Y LGS 1 0160 1.25 FLG 150 RF, SW 105 $A-105 80 GDOF fv5-04-81 W WJM SPt 2Y LGS 1 0161 6.00 FLG 150 Wu, RF 105 $A-105 40 CDIS 05-24-82 W um SPS 2Y LCS 1 0162 6.00 FLG 150 SLD 105 $A-105 2 17508 06-01-83 W Wm GA 2Y LCS 1 0163 2C,00 FLG 150 W. RF 105 SA-105 2 12432 104 1-83 W u m cPC 2Y LGS 1 0164 20.00 FLG 150 Wu, RF 105 $A-105 2 12432 10-17-83 W Wm LPC 2Y
-~1 LCS 1 0165 6.00 FLG 150 SLA, 105 SA-105 2 17508 06-01-83 W WJM GA 2Y LGS 1 0166 6.00 FLG 150 SLD 105 $A-105 2 17508 04-01-83 W u m GA 2Y LCS 1 C147 6.00 FLG 150 ELD 105 5A-105 2 17508 Co-01-83 W WJM OA 2Y LCS 1 0168 6.00 FLG 150 SLD 105 $A-105 2 17508 06-01-83 W Wm GA 2Y LGS 1 0169 6.00 FLG 150 Wu, RF 105 5A-105 40 2 18 05-24-82 W Wm SPS 2Y LCS 1 0170 6.00 FLG 150 SLD 105 SA-105 2 17508 06-01-83 W W m GA 2Y LCS 1 0171 6.00 FLG 150 W. RF 105 SA-105 40 GDIS 05-24-82 W WJM SPS 2Y LCS 1 0172 6.00 FLG 150 SLD 105 SA-105 2 17508 06-01-83 W W m GA 2Y LCS 1 0171 6.00 FLG 150 *A, RF 105 SA-105 40 GDis 05-24-82 W WJM SPS 2Y LCS 1 0174 6.00 FLG 150 SLD 105 SA-105 2 17508 06-6. 23 W WJM GA 2Y LCS 1 0175 6.00 FLG 150 W, RF 105 SA-105 40 GDis 05-24-82 W WJM SPS 2Y LCS 1 0176 6.00 FLG 150 SLD 105 5A-105 2 17508 06-01-83 W WJM GA 2Y LGS 1 0177 0.75 FLG 600 RJ, OR 105 SA-105 160 44266 01-07-83 W WJM
$PS 2Y LGS 1 0173 0.75 FLG 600 RJ, OR 105 5A-105 160 44266 01-07-83 W Wm SPS 2Y LGS 1 0179 0.75 FLG 600 RJ, OR 105 SA-105 160 44266 01-07-83 W W.P1 SPS 2Y LGS 1 0180 0.75 FLG 600 RJ, OR 105 SA-105 160 44266 01-07-C3 U WJM SPS 2Y LCS 1 0181 0.75 FLG 600 RJ, OR 105 SA-105 160 44266 01-07-83 W Wm SPS 2Y tc5 1 0182 0.50 FLG 600 RJ, OR 105 sA-105 3 44266 01-07-83 W WJM SPS 2Y LGS 1 0183 0.50 FLC 600 RJ, OR 105 SA-105 3 44266 01-07-83 W W m SPS 2Y LGS 1 0184 2.00 FLG 150 RF, SW 105 5A-105 80 GMR 05-24-82 W WJM SPS 2Y w
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'05 SA-105 80 GDF2 05-24-82 W WJet SPS 2Y LCS 1 0193 1.00 FLG 150 FF, SW 105 SA-105 80 A79 04-29-81 W WJet GA 2Y LCS 1 0196 1.25 FLG 150 RF, SW 105 SA-105 80 GDOF 08-04-81 W WJet SPS 2Y LGS 1 0195 2.00 FLG 150 RF, SW 105 SA-105 80 CDFR 05-24-82 W WJet SPS 2Y LCS 1 0196 6.00 FLG 150 Wu, RF 105 SA-105 40 CDIS 05-24-82 W WJet SPS 2Y LCS 1 0197 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJM c'
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LCS 1 C209 15.00 FLG 300 m, 'tF 105 SA-105 1 9772 05-01-86 W WJet LPC 2Y LGS 1 0210 18.00 FLG 300 W. RF 105 SA-105 1 9772 05-01-86 W WJet LPC 2Y LCS 1 0211 1.00 FLC 150 RF, SW 105 SA-105 80 53596 08-13-86 W WJM LPC 2Y LGS 1 C212 1.00 FLG 150 RF, SW 105 SA-105 80 53596 08-13-86 W WJet LPC zY LES 1 0213 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJet CAP 2Y LCS 1 0214 1.00 FLG 150 RF, SW 105 SA-105 80 84922601 02-10-83 W WJet CAP iY LCS 1 0215 1.00 FLG 150 RF, SW 195 SA-105 80 53596 08-13-86 W WJet LPC 2Y LGS 1 0216 0.75 FLG 150 RF,SW 105 SA-105 160 64C 04-29-81 W WJM GA 2Y LGS 1 C217 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJM GA 2Y LCS 1 C213 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-C1 M W.M GA 2Y LCS 1 0219 0.75 FLG 150 RF, SW 105 SA-105 160 64C 04-29-81 W WJet GA 2Y LCS 1 C220 1.00 FLG 15e RF, SW 105 SA-105 80 M922601 02-10-83 W WJet CAP 2Y LGS 1 0221 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJet CAP 2Y LES 1 0222 1.00 FLG 150 RF, SW 105 SA-105 60 M922601 02-10-83 W WJsq CAP 2Y LCS 1 0223 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W WJet CAP 2Y LGS 1 C224 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-1f,-83 W WJM CAP 2Y LCS 1 0225 1.00 FLG 150 RF, SW 105 *A-105 80 M922601 02-10-83 W WJet CAP 2Y LGS 1 C226 1.00 FLG 150 RF, SW 105 SA-105 80 84922601 02-10-83 W MJM CAP 2Y LGS 1 0227 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 W MJet CAP 2Y LCS 1 0223 C 1.00 FLG 150 RF, SW 105 SA-105 80 A79 02-10-83 W WJet CAP 2Y LES 1 C229 C 1.00 FLG 150 RF, SW 105 SA-105 80 A79 02-10-83 u WJet CAP 2Y LGS 1 C230 1.00 FLG 150 RF, SW 105 SA-105 80 M922601 02-10-83 Y TF CAP 2Y
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