Text

Forwards Addl Info Re Inservice Insp Program for Welds & Supports,Second 10-yr Interval,Per 861023 Telcon Request. Changes to Listed Relief Requests Discussed.Revised Computer Printouts Also Encl.W/Three Oversize Drawings
	ML20215B482
Person / Time
Site:	FitzPatrick
Issue date:	12/08/1986
From:	Brons J; POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK
To:	Muller D; Office of Nuclear Reactor Regulation
Shared Package
ML20215B486	List: ML20215B482; ML20265B087; ML20265B106;
References
	JPN-86-57, NUDOCS 8612120190
	Download: ML20215B482 (121)
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~~o-" December 8, 1986 JPN-86-57 Director of Nuclear Reactor Regulation U. S. Nuclear Regulatory Commission Washington, D.C. 20555 Attention: Mr. Daniel R. Muller, Director BWR Project Directorate No. 2 Division of BWR Licensing

Subject:

James A. FitzPatrick Nuclear Power Plant Docket No. 50-333 Inservice Inapection Program for Welds and Supports Second Ten-Year Interval

Reference:

1. NYPA letter, J.C.

Brons to D.B. Vassallo, dated September 30, 1985 (JPN-85-70), transmitted Inservice Inspection Program for Welds and Supports. 2. NRC letter, H.I. Abelson to J.C. Brons, dated July ll, 1986, requested additional information. 3. NYPA letter, J.C. Brons to D.R. Muller, dated August 27, 1986 (JPN-86-39), provided additional information.

Dear Mr. Muller:

This letter provides clarification of relief requests related to the Authority's Inservice Inspection (ISI) program for the FitzPatrick plant. These requests were originally submitted in Reference 1. In Reference 2, the NRC requested additional information to facilitate review of the relief requests. Reference 3 provided the requested information. In a telephone conversation on October 23, 1986 the Authority was asked for additional information which is provided in Attachment II. It is the Authority's understanding that this response satisfies your requirements to complete the review. The Enclosures included in Attachment II correspond to the enclosures to Attachment 4 of Reference 3. Enclosures 1, 4 and 5 of Reference 3 are not includad, because they have not changed since the Reference 3 submittal. bC 8612120190 861208 PDR ADOCK 05000333 I I G PDR

O In addition, the Authority has made several major changes to relief requests R4, R6, and R9. These changes are discussed in Attachment I. In addition, computer printout sheets in which discrepancies l have been found have been revised and are included in Attachment II. These sheets were originally submitted in Attachment II to Reference 1. Should you or your staff have any questions regarding our response, please contact Mr. J. A. Gray, Jr. of my staff. Very truly yours, j

r '

Sohn C.'Brons Senior Vice President Nuclear Generation Enclosure l cc: Office of the Resident Inspector U.S. Nuclear Regulatory Commission Post Office Box 136 Lycoming, New York 13093 J. D. Mudlin EG&G, Idaho Idaho Lake Facility 2151 North Blvd. POB 1625 Idaho Falls. Idaho 83415

a ATTACHMENT I TO JPN-86-57 PRINCIPAL CHANGES TO PREVIOUS SUBMITTAL NEW YORK POWER AUTilOltITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT DOCKET NO. 50-333 DPR-59

O The Authority would like to point out several major changes to the previous submittal: 1. Relief Requests R4 and R9 In the original submittal, Drawing 41E003 sheet 9 of 14 (Residual Heat Removal System) showed the Class I boundary at MOV-32. In the course of a Quality Assurance audit, it was found that the boundary is actually at MOV-33. The revised printout is included in Attachment III to this letter. The revised drawing is Enclosure 1 to this Attachment. The related relief request has also been l I updated and is included in Attachment II. In addition, welds 10-10-183A(R9) and 4-10-183B(R4) have been reclassified from Class II to class I. 2. Relief Request R6 Photographs have been included in Enclosure 2 to Attachment II for relief request R6. As discussed in R6 and Enclosure 2 to Attachment 2, portions of the control rod drive housing welds will be inspected. A composite sketch which references the drawings is included in Enclosure 2 to Attachment II.

ENCLOSURE #1

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NUMBER OF OVERSlZE PAGES FILMED ON APERTUP.E CARDS b I s r ) APERTURE CARD /HARD COPY AVAILABLE FROM RECORD. SERVICES BRANCH,TIDC FTS 492 = 8989 e 9

J s ATTACHMENT II TO JPN-8 6-57 INSERVICE INSPECTION PROGR7sM FOR WELDS AND SUPPORTS RESPONSE TO REQUEST FOR ADDITIONAL INFORMATION l l l l l l l [ NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT DOCKET NO. 50-333 DPR-59 L

Requests for Relief Relief Request Identifier Relief Reauest R1 As allowed by.10CFR50.55a(b) (2) (iv); Pressure-retaining welds in ASME Code Class 2 piping (applies to tTables IWC-2520 or IWC-2320-1, Category C-F). (A), Appropriate Code Class 2 pipe welds in Residual Heat Removal (RHR) systems, Emergency Core Cooling '(ECC) systems, and Containment Heat Removal (CHR) aystems shall be examined. The extent of examination for these systems shall be determined by the requirements of paragraph IWC-1220, Table IWC-2520 Category C-F and C-G, and paragraph IWC-2411 in the .1974 Edition and Addenda through the Summer 1975 Addenda of Section XI of the ASME code. Relief is requested from the requirements of Table IWC 2500-1, Examination Category C-F, Note (1) of Section XI, the 1980 Edition through Winter 1981 Addenda. R2 As allowed by 10CFR50.55a(b) (2) (ii), the extent of the examination of pressure-retaining welds in ASME Code Class 1 piping (applies to Table IWB 2500 and IWB-2500-1 and Category B-J) will be determined by the requiroments of Table IWB-2500 and Table IWB-2600 Category B-J of Section XI of the ASME Code in the 1974 Edition and addenda through the Summer 1975 Addenda. Relief is requested from the requirements of Table IWB 2500-1, Category B-J, Note (1) of Section XI, the 1980 Edition through Winter 1981 Addenda. R3 As allowed by 10CFR50.55a(b) (2) (iv) (B), the extent of examination for Code Class 2 pipe welds (non ECCS) will be determined by the requirements of paragraph IWC-1220, Table IWC-2520 Category C-F and C-G and paragraph IWC-2411 in the 1974 Edition and Addenda through the summer 1975 Addenda of Section XI of the ASME Code. Relief is requested from the requirements of Table IWC 2500-1, Examination Category C-F Note (1) of Section XI, the 1980 Edition through Winter 1981

Addenda, i

E R4 Relief is requested from component welds whose location is within a containment penetration. This relief request applies to Category B-J welda(Item Nos. B9.10, B9.20) located in containment penetrations. The containment penetrations are detailed on the Inservice Inspection (ISI) drawings. The welds will be visually examined (VT-2) during hydrostatic testing once every 10 years. The plant drawing (FV-01L) is shown in Enclosure 1 for reference. As shown on the reference drawing, the clearance does not allow accessibility to the weld for a volumetric examination. The following are the welds within containment penetrations: CLASS 1 20-10-128B 6-12-911B 24-10-139B 3-13-1040C 24-10-152B 10-14-491C 10-14-512C 10-23-670B 24-29-573B 24-29-542B 24-29-637B 24-29-606B 18-34-391B 18-34-425C 4-10-183B R5 Relief is requested from the requirements of Table IWB 2500-1 Examination Category B-G-2 (Item Nos. B7.50, B7.60, B7.70, B7.80), Category B-L-2(Item Nos. B12.20), and Category B-M-2(Item Nos. B12.50). It has been and continues to be the Power Authority's policy to examine the pressure retaining bolting, and interior surfaces of pumps and valves whenever the components are made accessible due to routine maintenance. In-place visual examination of bolting does not reveal the areas most I susceptible to failure and subsequent degradation of pressure retaining integrity. In-place inspection results in unnecessary radiation exposure and expense. The Authority does not intend to disassemble components solely for the purpose of inspection. This could cause unnecessary wear and the possibility, however slight, of damage to the bolting or the interior surfaces of pumps and valves. The Authority will update the valve maintenance procedures to include a VT-1/VT-3 examination, as applicable, when components are disassembled for maintenance. This will be accomplished prior to the next refueling outage. Bolting, valves and pumps not inspected during the 10 year period because the component was not disassembled will be inspected during the hydrostatic examination for leakage in accordance with IWA-5000 and IWB-5000 and the requirements of Category B-P of the 1980 Edition, through l the Winter 1981 Addenda of Section XI. Relief from examination of specific components will be requested at the end of the interval. details the component summary for this relief request.

R6 Relief is requested from Table IWB-2500-1, Examination Category B-O(Item No. B14.10), from the extent and frequency of examination. The majority of the Control Rod Drive (CRD) housing peripheral welds and the stub tube to flange welds are inaccessible due to structural interferences and cannot be surface or volumetrically examined. A sketch which shows the interferences has been provided in Enclosure 2. It is estimated that a partial examination can be performed on 24 to 32 of the upper housing welds which are accessible through the vessel skirt personnel access openings. The Authority will attempt to inspect the accessible upper CRD housing welds so that the total weld length inspected will equal the weld length of 10% of the peripheral CRD housings. This is referenced in the photographs of In addition, the Authority will examine 100% of the welds in the CRD housings during the hydrostatic examination at the and of the inspection interval in accordance with IWA-5000,IWA-5240, and IWB-5000 and the requirements of category B-P of the 1980 Edition, through the Winter 1981 Addenda of Baction XI. Drawings showing the accessibility problems for these inspections are also in Enclosure 2. R7 Relief is requested from Table IWB-2500-1, Examination Category B-G-1(B6.190, B6.200) for the reactor recirculation pump casing bolting. The bolting will be volumetrically examined in accordance with code requirements. It is requested that relief be granted from the requirements of a VT-1 examination of the nuts, bushings, washers and flange surface while the pump is assembled. The reasoning is as stated in relief request R5. If the pump is disassembled for routine maintenance within the inspection interval, the nuts, washers, bushiugs, and flange surface will be visually examined. If the pump is not disassembled, a. visual examination (VT-2) will be performed during the hydrostatic examination at the end of the inspection interval in accordance with IWA-5000 and IWB-5000 and the requirements of category B-P of the 1980 Edition, through the Winter 1981 Addenda of Section XI. The components are listed in Enclosure 6. R8 The inspections required by Table IWC-2500-1, Examination Category FC (Snubbers Only-Item Nos. F3.10, F3.20, F3.30, F3.40, F3.50) and IWF-5000, Inservi e Testing for Snubbers will be done in accordance with thu Technical Specifications. The Technical Specifications, Amendment l No. 92 to Facility Operating License No. DPR-59 for the James A. FitsPatrick Nuclear Fower Plant has been approved by the Nuclear Regulatory Commission in a letter dated Nay 29, 1985. The Technical Specifications regarding snubber testing and the Safety Evaluation by the Office of Nuclear Reactor Regulation are c.ttached for reference in Appendix D of the ISI program plan. The snubbers are listed in the computer printout of Appendix B of the ISI - - - - _ -. _ - -. _, - - - -.. -. - - - - - _ - -. _. _,. _ ~ -. -. _,., _, _ _. - - -, _.,.. - - -.., -.

program plan. Snubbers are listed under HS (hydraulic snubbers) and MS (mechanical snubbers). The snubbers are also listed in Enclosure 7. The two computer printouts list 184 data points. R9 As outlined by the ASME Section XI Committee in Code Case N-322 for the integrally forged attachment of Figure 1(c) of the Code Case, examination is not required previded no welds are located within the boundary of Examination Category B-K-1. The design of containment penetrations are similar to figure 1(c) of Code Cases N-322. The penetrations are shown on the FitzPatrick ISI isometrics. A VT-1 examination will be performed because of the importance of the integrity of the primary containment boundary. The detailed drawing (FV-01L) is shown in. The previous 10 year submittal had classified these welds as B-K-1. This information is provided in the form of a relief request to clarify and provide consistency with the previous 10 year ISI Program submittal. The following welds will be visually examined (VT-1) during the 10 year inspection interval: Class 1 7-03-963P 23-23-671A 33-10-128A 37-29-573C 37-10-152A 37-29-542C 18-12-911C 37-29-637C 14-13-1040B 37-29-606C 20-14-491B 31-34-391A 20-14-512B 31-34-425B q 10-10-183A 37-10-139A Note: The above welds have been classified under Subsection IWE, Requirements for Class MC components, Table IWE 2500-1, Examination Category E-B, Item Nos. E.3.10, of the ASME Boiler and Pressure Vessel Code, Section XI, 1980 edition through Winter 1981 Addenda. R10 Since the 1980 edition through Winter 1981 Addenda of Section XI does not address exemptions for Class III piping, the criteria of IWC-1220(d) of the 1974 edition through Summer 1975 Addenda of Section XI will be used. j Specifically, component connections, piping, and associated valves and vessels (and their supports) that are 4 in. nominal pipe size and smaller are exempt from examination. Items exempt from examination will be examined during the additional inservice test, as specified in Section 1.3.6 of the ISI program plan for cooling water systems and during the hydrostatic test for the Reactor Core Isolation Cooling (RCIC). l Note: Reference R1 and R3.

R11 NRC-Required Intergranular Stress Corrosion (IGSCC) Examinations in Stainless Steel Piping Systems The Power Authority, in accordance with the requirements of NUREG 0313 Rev.1, Inspection and Enforcement Bulletin (IEB) 83-02 and Generic Letter 84-11, as well as any later developed requirements (NUREG 0313 Rev. 2, upon issue), will continue to perform ultrasonic examination on stainless steel piping welds for the detection of IGSCC. The systems subject to these examinations include the Reactor Recirculation System (#02), Core Spray (#14), Reactor Water Cleanup (#12), portions of the RHR System (#10) and other systems as noted in the computer printout of Enclosure 3. The Authority considers that because of the more stringent requirements for personnel qualifications imposed by IEB 83-02, NUREG 0313, Rev. 2 when issued and the NRC/ Boiling Water Reactors Owners Group for IGSCC/ Electric Power Research Institute detection and sizing training courses (as upgraded in September, 1985), the quality of inspection has been enhanced for these stainless steel welds. The recently issued, for comment, draft report of NUREG 0313 Rev.2, discusses the IGSCC inspection issue in Section 5.0, pg. 5.1. Additionally, many categories of welds are inspected at a higher frequency than the ASME code requirements (Reference Table 2, pg. 5.7 of the draft NUREG). Therefore, the Power Authority, in accordance with Section IWA-2240 of the 1980 Edition, Winter 1981 Addenda, requests that the ultrasonic examinations performed on these welds to detect IGSCC be used in lieu of the standard code volumetric examination for Category B-F (Item Nos. B5.10, B5.20 and B5.130) and Category E-J (Item Nos. B9.10 and B9.30) to meet the ASME code examination requirements. This avoids duplication of examinations and decreases overall radiation exposure to inspection personnel. The welds to be inspected by the above examination method are shown in the computer printout in. .--_-.,-w.~ .,_-.,_..-._,_.,_m._,

R12 Class 2 Systema and Components Class 3 systems at the James A. FitzPatrick Plant fall into two categories: (1) the Reactor Core Isolation CooliLg (RCIC) system, and (2) cooling water systems. The RCIC system was designed to be pressure tested and, therefore, will be tested in full accordance with the Code requirements. The cooling water systems were designed and constructed prior to the issuance of the first code Edition that addressed class 3 systems and components (the 1974 Edition). A list of the systems and drawing numbers are attached in Enclosure 8. Since the systems were designed and constructed without the current inspection requirements in mind, isolation valves that would permit hydrostatic testing to current requirements were not installed. An alternative inspection program detailed below will, therefore, be implemented to insure the integrity of the pressure boundary of these cooling water systems. This program incorporates features of the 1980 Edition of the Code through the Winter 1981 Addenda for visual inspection of piping systems. To provide additional assurance of integrity, these inspections will be conducted during system inservice tests four times per interval, which exceeds the Code requirements (once per period, three times per interval). The additional inservice test is in lieu of the hydrostatic test required by IWD-5000. This inspection program was originally approved during the first interval. The inspection program for Class 3 cooling water systems is as follows: Cooling Water System Components Subiect to Examination Method Reference 1 Piping and Components (Not Buried) VT-2 IWA-2212 Piping and Components (Buried) Flow Verification IWA-5244 All references are from the 1980 Edition of ASME Section XI through the Winter 1981 Addenda. Piping support inspections required by Category D-A, D-B, D-C will be performed in accordance with Code requirements, as summarized in Appendix A-3 of the ISI program. l l l __._._.,_,,.._.__..m,.

e' R13 As shown in Enclosure 4, removable insulation panels do not allow the code requirement of 100% of the weld length of one beltline region weld for Item Nos. Bl.11 and B1.12. This is due to the sacrificial shield wall and the permanent insulation system. Compliance with the code requirements of one circumferential beltline region weld and one longitudinal beltline region weld is not feasible. The total code required length is 730" for the circumferential weld and 150" for the beltline region weld. The Authority proposes to inspect the weld. lengths that are accessible. The composite inspected weld length will equal one beltline region weld length for Item No. Bl.12. Permanent structures as discussed above will not allow the circumferential weld (Bl.11) to be inspected in accordance with code requirements. The Authority proposes to inspect the circumferential weld in the beltline region (Weld #VC-3-4) to the maximum extent allowed (weld length of 180" or 25%). Additionally, whenever possible, longitudinal weld lengths in the beltline region will be substituted to meet the required weld length (730"). At this time, it is estimated that only 400 inches of longitudinal weld length is available for inspection. The Authority will use category E-A of the 1974 Edition of ASME Section XI, through the Summer 1975 Addenda for guidance. R14 Accessibility of the bottom head welds, Examination Category B-A, Item Nos. Bl.21 and Bl.22, was not considered in the plant design. The bottom head welds cannot be examined to the extent required in the ASME code because of limited access through the vessel skirt, and also because of the numerous interferences from the control rod drive and instrument penetrations. A composite weld length of circumferential and meridian welds will be inspected where access allows to meet the code requirements of the inspection of one meridian (69") and one circumferential weld (317"). The Authority will use category B-A of the 1974 Edition of ASME Section XI, through the Summer 1975 Addenda for guidance. Interference drawings are shown in Enclosure 5.

t R15 The Authority requests relief from the volumetric examination (Examination Category C-A, Item No. Cl.30) of the tube sheet-to-shell weld of the heat exchanger (RHR). Volumetric examination will be made if the heat exchanger is disassembled for maintenance. has drawings included for reference. In addition, a general description of the RHR heat exchangers has been provided in this enclosure. With reference to drawing 850358 FM 002, the channel head cover will require removal to inspect the tube sheet to channel head weld. The channel head cover has a clearance of 2 feet from the RHR Heat Exchanger floor. Upon removal of the channel head cover, inspector access to the channel head to tube sheet weld is available. General Area radiation levels have been approximately 250 mr/hr to i rem /hr during previous ISI inspections of the RHR heat exchanger welds. It is estimated that disassembly, inspection and reassembly would require approximately 4.5 person rem exposure to complete this work. Actual exposure within the channel head (inspector access) is not available, and radiation levels may be significantly higher. The drawing showing the weld detail of the tube sheet to the channel head cover is also attached for reference. R16 The Authority requests relief from IWA-2214 (a) and (b) of the ABME code and concurrently Examination Category F-C, Item No. F3.50 of Table IWF-2500-1. A VT-4 examination on component supports will only be performed when the component is disassembled for maintenance. Snubbers will be functionally tested in accordance with Section 1.3.5.2 of the ISI program plan. Reference relief request R8. During the performance of visual inspections on component supports (i.e. spring loaded and constant weight hangers), verification of the load settings, functional adequacy, and freedom of motion inspections shall be performed. This examination will be performed without disassembly of the component support or without an operability test which may be required as stated in IWA-2214 (b) 1& 2.

A e 6 M'PE #2 I

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6 4 d ( 1 F REFERENCE PIDIOGRAPH #1 VIEW-Icoking through Vessel Skirt Manway. Vessel Skirt plan is attached in this enclosure. Reference "ISI REACIOR STREICH OUT EDR WEID DESIGNATION"- I IMI NO 850358FM001 {i l d'. NI1 1 'N U$.[ '., l l i R. s i: 5 t of'c:,.. (, i* Y 4 .) _5 I t g .s .a ~,..... I p. 5.: i l ( g o,4045UM f: M f bd 3 3-p,py wAn OP6All')5 I I I

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l REFERENCE DRAWING #4 VIEW-Accessible welds to CRD housing-Locations 0,90,180,270 degrees. This is the only accessible area through the vessel skirt manways. These are the only welds in the CRD housing that are inspectable. It is estimated that a partial examination can be performed on 6-8 welds at each opening. This would be a total number of examinations of 24 to 32 partial examinations. Amount of weld circumference that can be inspected at this time cannot be determined. H i vcsul e J e s .w b i I, 1 i 4 i -.L

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~' s. (>j. ( ) JAM 8S A FITZPATRICK INSERVICE INSPECTION P REACTOR PRE CODE ITEM WELD COMPONENT ID CAT. NO. DESCRIPTION LENGTH C VC-1-2 B-A Bl.11 SHELL CIRCUMFERENTIAL 730in. V VC-2-3 B-A Bl.ll SHELL CIRCUMFERENTIAL 730in. V VC-3-4 B-A Bl.11 SHELL CIRCUMFERENTIAL 730in. V VV-1A B-A Bl.12 SHELL LONGITUDINAL 150in. VV-1B B-A Bl.12 SHELL LONGITUDINAL 150in. g P l VV-lC B-A Bl.12 SHELL LONGITUDINAL 150in. VV-2A B-A Bl.12 SHELL LONGITUDINAL 150in. I VV-2B B-A Bl.12 SHELL LONGITUDINAL 150in. V I VV-2C B-A Bl.12 SHELL LONGITUDINAL 150in. ] VV-3A B-A Bl.12 SHELL LONGITUDINAL 150in. J VV-3B B-A Bl.12 SHELL LONGITUDINAL 150in. l l VV-3C B-A Bl.12 SHELL LONGITUDINAL 150in. V' 1 VV-4A B-A Bl.12 SHELL LONGITUDINAL 150in. VV-4B B-A Bl.12 SHELL LONGITUDINAL 150in. V VV-4C B-A Bl.12 SHELL LONGITUDINAL 150in. Vi VC-TH-1-2 B-A Bl.21 TOP HEAD CIRC. WELD 3431n. Vi VC-4-BH-1 B-A Bl.21 BOTTOM HD. CIRC. WELD 714in. i VC-BH-1-2 B-A Bl.21

BOTTOM HD. CIRC. WELD 5661n.

VC-BH-2-3 B-A Bl.21 BOTTOM HD. CIRC. WELD 3171n. VV-TH-lA B-A Bl.22 TOP HEAD MERIDIONAL 831n. Vi VV-TH-1B B-A Bl.22 TOP HEAD MERIDIONAL 831n. V VV-TH-lC B-A Bl.22 TOP HEAD MERIDIONAL 831n. V VV-TH-lD B-A Bl.22 TOP HEAD MERIDIONAL 83in. V _______________-----_______-___________________________--________c PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 -o

1 / k>t>/ f@. NUCLEAR POWER PLANI 10 GRAM FOR 2nd INTERVAL iSURE VESSEL R/E lst PER.1 PER.2 PER.3 )DE EXAM CD. ITV EXTENT (YR.) (YR.) (YR.) REMARKS )LUMETRIC X )LUMETRIC X )LUMETRIC X BELTLINS REGION )LUMETRIC X I )LUMETRIC X TP \\ i )LUMETRIC X )LUMETRIC X )LUMETRIC X )LUMETRIC X LUMETRIC X BELTLINE REGION )LUMETRIC X BELTLINE REGION l )LUMETRIC X BELTLINE REGION TI. EllTUllE ';UMETRIC X ELTLINE REGION 'LUMETRIC X CNl BELTLINE REGION f kUMETRIC X BELTLINE REGION ' Abo AvallaMe ga h%perturs @d UMETRIC X AUMETRIC X F UMETRIC X MUMETRIC X hUMETRIC x se, METR 1c x h0 METRIC X tLUMETRIC X 8612120190 - O Pa Q

r w n. y u urnuum f f \\ L . NICE INSPECTIQ1 P: COTIFIL RCD 1 LOCATIQ1 SYS./ CCDE ITEM SIZE "t" TYPE / KEY DWG.# CCNPODTP ID CAT. NO. (IN) (IN) COF. CCDE EXAM 1.00 3.01 N-9-Cl B-P B5.20 3 .300 N-CAP SUR 2.00 3.01 7-03-963P E-B E3.10 7 PN SUR 4 t N l. i ? E o PERICD 1 = 07/28/85 'nIRU 11/27/88 I. PERIOD 2 = 11/28/88 THRU 03/27/92 b PERICD 3 = 03/28/92 'HIRU 07/27/95 l 'i )

i. - tum,mu

' * *q y RIVE SYSITM iR/E ALT. 1st PER.1 PER.2 PER.3 CD, EXAM I'IVL (YR.) (YR.) (YR.) RENARKS X N0ZZLE 'IO CAP,IGSCC, AIX2iENI'ED M9 VT-1 s < 1 73- [ 1 TI l APERTURE CARD Also Availabic On Aperture Card i ) f l l 1 8612120190-03 Pace ]

"} b JiES A. FITZPATRI( Q#' } li M CE INSPECTI m RESIDUAL PER i I LOCATI N SYS./ CCDE I'IDi SIZE "t" TYPE / j KEY DWG.# CCNPWENT ID CAT. NO. (IN) (IN) CCNP. CCDE EXAM 's 911.00 10.09 10-36-HS-226 F-C CLS.1 HSN N 912.00 10.09 10-36-HS-227 F-C CLS.1 HSN 913.00 10.09 10-36-HS-224 F-C CLS.1 HSN I 914.00 10.09 10-36-HS-223 F-C CLS.1 HSN 915.00 10.09 4-10-180 B-J B9.11 4 .337 V-E UT,SUR I 916.00 10.09 4-10-181 B-J B9.ll 4 .337 E-E UT, SUR s 917.00 10.09 4-10-182 B-J B9.11 4 .337 E-P UT, SUR i 918.00 10.09 4-10-183B B-J B9.11 4 .337 P-P h hj 919.00' 10.09 10-10-183h E-B E3.10 10 .5 PN 920.00 10.09 4-10-183 B-J B9.11 4 .337 PN-P UT,SUR 921.00 10.09 4-10-983 B-J B9.40 .750 P-B \\ 922.00 10.09 4-10-1024 B-J B9.11 4 .375 P-E UT,SUR ,[l 923.00 10.09 10-36-AN-222 F-C CLS.1 Am VF-3 l i' .4 y1 924.00 10.09 4-10-1024A B-J B9.ll 4 .375 E-V UT,SUR 925.00 10.09 4-10-1024B B-J B9.ll 4 .375 V-P UT,SUR ys ov M(( 926.00 10.09 4-10-984 BK-1 B10.10 .154 MSY 10.09 10-35-MS-221A F-C CLS.1 .154 MSY .x 4k [ PERICD 1 = 07/28/85 'IERU 11/27/88 i PERICD 2 = 11/28/88 'I1mu 03/27/92 p%.RSRICD 3 = 03/28/92 'IIIRD 07/27/95 M i a i

X IKX1 EAR POER PLANI ($. (} PROGRAM FCR 2nd ' REMOVAL SYSITM R/E ALT. Ist PER.1 PER.2 PER.3 CD. EXAM IIVL (YR.) (YR.) (YR.) REMARKS R8 X PPE-775 R8 X PFSK-776 c R8 X H10-380 ) R8 X 1110-381 C X X AUG, PEN X AUG, PEN R4 VP-2 IN W PA N R R9 VF-1 X PEN X-17 8 X PEN X-17 E1 T[ X AUG, PEN x-17 APERTWE u X H10-382 '\\lso Available On X ,, p,g) AUG PEN X17 X AUG PEN X17 ES X E5 PFSK-1937 8612120190- 0 3 - i (D D h

t MES A. FITZPATRIC ( *, ' i A. R CE INSPECTICN i RESIDUAL HEAT k LOCATICN SYS./ CCDE ITDI SIZE "t" TYPE / } KEY DWG.i CCNPO O7f ID CAT. NO. (IN) (IN) CCN'. CCDE EXAM i [ 855.00 10.08 20-10-962 C-F C5.11 20 .375 P-E SUR 856.00 10.08 20-10-963 C-F C5.11 20 .375 E-P SUR 857.00 10.08 10-2C-AN-203 F-C CLS.2 .500 MN f 10.08 20-10-963A C-C C3.20 .500 ANY 857.50 10.08 10-2C-NS-204 F-A CLS.2 .75 ASY VP-3 10.08 20-10-964A C-C C3.20 .750 ASY SUR + 859.00 10.08 20-10-965 C-F C5.11 20 .375 P-E SUR 860.00 10.08 20-10-966 C-F C5.11 20 .375 E-P SUR 1 3.861.00 i 10.08 20-10-967 C-F C5.11 20 P-B SUR 862.00, 10.08 20-10-968 C-F C5.11 20 .375 P-E SUR 863.00 10.08 20-10-969 C-C C3.20 .250 ANY 10.08 10-2C-AN-205 F-C CLS.2 .250 ANY A 865.00 10.08 20-10-970 C-F C5.11 20 .375 E-P SUR f i 866.00 10.08 20-10-971 C-F .750 P-B i: 867.00 10.08 20-10-972 C-F 1.50 P-B 868.00 10.08 20-10-973 C-F 20 .375 P-P / 869.00 10.08 33-10-128A E-B E3.10 33 1.5 PN SUR 870.00 10.08 20-10-128B B-J B9.11 20 1.031 P-P UT,SUR l PERICD 1 = 07/28/85 MIRU 11/27/88 PERICD 2 = 11/28/88 THRU 03/27/92 PERICD 3 = 03/28/92 MIRU 07/27/95 l ~ l

w / i MUIAR PCWER W. - 90 GRAM Fm 2nd Y (DF MWE SYSMI R/E ET. 1st PER.1 PER.2 PER.3 CD. EXAM I'IVL (YR.) (YR.) (YR.) REPARKS E6 X H10-50A E6 l TP X PFSK-930 s X X e E6 X E6 X PFSK-965 l lE4 lE4 l T1 i bl'E'RTURE i E7 MN-NOT SIRDC. DISCONE. CARD R9 VF-1 X Also Available On Aperture Card INArrnnc:mr.n 1 l 1 8612120190-09 l Pace 52

(f. Ih.acTNICE INSPECTICN 1 ( MES A. FITZPATRIO RESIDUAL HEAT LOCATICN SYS./ CCDS ITEM SIZE "t* TYPE / KEY DWG.9 CCHPCNENT ID CAT. NO. (IN) (IN) CCNF. CCDE EXAM i 974.00 10.10 24-10-150 B-J B9.11 24 1.219 P-E W,SUR i 975.00 10.10 24-10-151 B-J B9.11 24 1.219 P-P W,SUR 1i 976.00 10.10 24-10-152 B-J B9.11 24 1.219 PN-P W,SUR r i 976.50 10.10 24-10-153D B-J B9.40 .750 fH hj 977.00 10.10' 24-10-153 B-J B9.11 24 1.219 P-V W,SUR )j 978.00 10.10 24-10-995 B-J B9.11 24 1.219 V-R W,SUR p 979.00 10.10 24-10-995A B-J .75 V-B 4 ,< 980.00 10.10 24-10-997 B-J B9.11 24 1.219 R-V W,SUR 981.00 10.10 24-10-997A B-J .75 R-B 982.00 10.10 24-10-998 B,I B9.11 24 1.219 V-P W,SUR 983.00 10.10 24-10-132A BK-1 B10.10 1.0 H5Y SUR 10.10 10-14A-US-240A F-C CLS.1 1.0 HSY i 985.00 10.10 10-14A-HS-240B F-C CLS.1 1.0 HSY 10.10 24-10-132B BK81 B10.10 1.0 HSY SUR ? 989.00 10.10 24-10-139B B-J B9.11 24 1.219 P-PN W,SUR d' 990.00 10.10 37-10-139A' E-B E3.10 37 1.50 PN f; 991.00 10.10 24-10-989 BK-1 B10.10 .719 ASY SUR 10.10 10-14A-AS-244 F-C CLS.1 .713 ASY VI'3 s. h PERICD 1 = 07/28/85 n m 11/27/88 PERIOD 2 = 11/28/88 D N 03/27/92 .) PERICD 3 = 03/28/92 mm 07/27/95 ~,

NUCLEARPOWERPUWrf/>f ROGRAM POR 2nd IN!ERQ d (D,Q3 REMOVAL SYSITM R/E ALT. 1st PER.1 PER.2 PER.3 CD, EXAM TIVL (YR.) (YR.) (YR.) RDERKS X X AUGMENIED PEN, X-13A s < 1 El SOCKm%HLD T5' \\ l El X X

El i

j i !R8 X PFSK-763 R8 X PFSK-761 T1 R4 VF-2 3E IW"IBLE CARD

R9 VF-1 X

AIso Available On Aperture Card X PFSK-1902 X l l l 8612120190 - O S i. Pace 60 l

N g' ]< ( AES A. FITZPATRICK INSER/ ICE INSPECTIQ1 PJ RESIDUAL IEAT IOCATIQi SYS./ CCDE ITEN SIZE "t" 'IYPE/ KEY DWG.6 CCEPQ1ENT ID CAT. NO. (IN) (IN) COF. CCDE EXAM 993.00 10.10 24-10-144A BK-1 B10.10 1.0 USY SUR 10.10 10-14B-HS-245A F-C CLS.1 1.0 HSY 995.00 10.10 10-14B-AN-246 F-C CLS.1 .500 ANY 10.10 24-10-992 BK-1 B10.10 .500 ANY SUR 997.00 10.10 10-14B-AN-248 F-C CLS.1 .719 ANY Vr-3 10.10 24-10-147A BK-1 B10.10 .719 ANY SUR 999.00 10.10 10-14B-BS-247 F-C CLS.1 1.0 USY 10.10 24-10-993 BK-1 B10.10 1.0 HSY SUR 1001.00 10.10 24-10-152B B-G B9.11 24 1.219 P-PN Ur,SUR 1002.00 10.10 37-10-152A E-B B3.10 37 1.50 PN R9 i 1003.00 10.10 10-14B-AS-249 F-C CLS.1 .719 ASY Vf-3 10.10 24-10-996 BK-1 B10.10 .719 ASY SUR S i PERICD 1 = 07/28/85 'IERU 11/27/88 PERICD 2 = 11/28/88 THRU 03/27/92 PERICD 3 = 03/28/92 'IERU 07/27/95 b_ _ m.

7 NUCLFAR PW2 PLMP @ hff OCPAM FOR 2nd INIERVAL DKVAL SYSID1 R/E ALT. 1st PER.1 PER.2 PER.3 G. EXAM HVL (YR.) (YR.) (YR.) RDWIKS R8 X PFSK-769 @3 X H10-345 23 I X H10-346 s. R8 X PFSK-768 24 VI-2 DROCESSIBLE VI-1 X PFSK-1903 i TI l APERTURE I CARD Also Available On Aperture Card t 8 61212 019 0 - Ole PagE 61 '

w A. nnFAixlu o ( N Ih. DICE INSPECTICN PRC i MAIN STEAM I l I4CATICN SYS./ CCDE I'ID4 SIZE "t" TYPE / R KEY DWG.9 CCEPQMr ID CAT. NO. (IN) (IN) CCNP. CCDE EXAM C 1.00 29.01 N-3A-SS B,I B9.11 24 1.219 N-P Ur,SUR 2.00 29.01 24-29-513 B,J B9.11 24 1.219 P-SS Uf,SUR 3.00 29.01 24-29-513A B,J B9.32 2 P-B SUR 3.50 29.01 37-29-542C E-B L3.10 37 1.500 PN R 4.00 29.01 24-29-514 B,J B9.11 24 1.219 P-E UT,SUR 5300' 29.01 24-29-515 B,7 B9.11 24 1.219 E-P UP,SUR 7.00 29.01 24-29-516 B,J B9.ll 24 1.219 P-P UP,SUR +9.00 29.01 24-29-519 B,J B9.11 24 1.219 P-P Uf,SUR 9.20 29.01 29-2A-AN-1B F-C CLS.1 1.5 ANY Vf-3 29.01 24-29-519A BK-1 B10.10 1.500 AIE SUR 13.00 29.01 24-29-521 B,7 B9.11 24 1.219 P-E UP,SUR 14.00 29.01 24-29-522 B,7 B9.11 24 1.219 E-P Uf,SUR 15.00 29.01 24-29-523 B,J B9.31 6 P-B UT,SUR 16.00 29.01 6-29-524 B,J B9.31 6 .432 B-P UT,SUR 17.00 29.01 6-29-525 B,J B9.ll 24 .432 P-F Ur,SUR 17.50 29.01 24-29-527 B,J B9.11 24 1.219 P-P UP,SUR 38.00 29.01 24-29-528 B,I B9.31 6 .M Ur,SUR l PERICD 1 = 07/28/85 MIRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERICD 3 = 03/28/92 UIRU 07/27/95 L..

PCR sysnx 4 O ALT. 1st PER.1 PER.2 PER.3 ). EXAM HVL (YR.) (YR.) (YR.) RDiARKS 4 X i a 4 1 ) VT-1 CLASS MC 73-r l x X H29-1 \\ l i SGLT TI AiSERTURE CAltD Also Available On Aperture Card 8612120190 - O / Pa g

l MES A. FITZPATRICK f INSEEIICE INSPECTICN PI MAIN SITJ l l LOCATIQ1 SYS./ CCDE ITD4 SIZE "t" TYPE / KEY DG. 4 CCNPCtE7f ID CAT. NO. (IN) (IN) COF. CCDE EYAM 118.00 29.01 29-1B-US-15 F-C CLS.1 1.0 HSY 122.00 29.01 29-1B-HS-17 F-C CLS.1 .500 USY VT-3 29.01 24-29-568A BK-1 B10.10 .500 HSY SUR 123.00 29.01 29-1B-NS-18 F-B CLS.1 1.0 NSY VP-3 29.01 24-29-569B BK-1 B10.10 1.0 NSY SUR 124.00 29.01 29-1B-AN-18A F-C CLS.1 .750 ANY VT-3 29.01 24-29-569A BK-1 B10.10 .75 ANY SUR 126.00 29.01 24-29-572A BK-1 B10.10 1.750 NSY SUR 29.01 29-1B-AN-18B F-B CLS.1 1.750 NSY VP-3 128.00 29.01 24-29-573B B-J B9.11 24 1.219 P-PN LTf,SUR 129.00 29.01 37-29-573C E-B E3.10 37 1.5 PN 130.00 29.01 24-29-574C BK-1 B10.10 .750 NSY SUR 29.01 29-101B-NS-20 F-A CLS.1 .750 NSY VP-3 132.00 29.01 24-29-574D BK-1 B10.10 .750 NSY SUR 29.01 29-101B-NS-21 F-A CLS.1 .750 NSY VP-3 134.00 29.01 29-101B-AN-19 F-C CLS.1 ANY VT-3 PERICD 1 = 07/28/85 'IHRU 11/27/88 PERICD 2 = 11/28/88 THRU 03/27/92 PERICD 3 = 03/28/92 'IHRU 07/27/95

RKLEAR FGER PLANTkN (N, R " OGRAM FOR 2nd M ' P N SYSTD1 VE ALT. 1st PER.1 PER.2 PER.3 CD. EXAM TIVL (YR.) (YR.) (YR.) RD1 ARKS M X H29-139 D X PPSK-1876 D X PPSK-1876 PFSK 900 I PFSK 900 r X H29-244 X pesg_ goo X PFSK-1868 X PFSK-1868 R4 Vf-2 Davrnqqmrr R9 ml CLASS E H29-25 X H29-25 X PFSK-4170 X H29-24 TI APEllTURE l CARD l 3190 Amilabic Ou berture Card 8 61212 019 0 - C)Q Pace 7

3 }', ( ES A. FITZPATRICK i IhEVICE INSPECTICE P MAIN 2 1,. [ ' LOCATICN SYS./ CCDE I'IEM SIZE "t" TYPE / KEY DWG.i CCEPCNENT ID CAT. NO. (IN) (IN) CCNF. CCDE EXAM 229.00 29.02 29-1C-NN-25A F-C CLS.1 .750 ANY VT-3 i 231.00 29.02 29-lC-HS-26 F-C GS.1 .500 HSY E 29.02 24-29-601A BK-1 B10.10 .500 HSY E 234.00 29.02 24-29-603B BK-1 B10.10 1.0 ASY SUR 29.02 29-lC-AS-29 F-C CLS.1 1.0 NSY VI'3 236.00 29.02 24-29-605B BK-1 B10.10 1.750 NSY SUR 29.02 29-1C-NN-30 F-B GS.1 1.750 NSY VT-3 239.00 29.02 37-29-606C E-B E3.10 37 1.500 PN 240.00 29.02 24-29-606B B-J B9.11 24 1.219 P-PN Ur,SUR R 241.00 29.02 24-29-607B BK-1 B10.10 .750 NSY SUR 29.02 29-101C-NS-32 F-A CLS.1 .750 NSY VI'3 243.00 29.02 29-101C-NS-33 F-A CLS.1 .750 NSY VP-3 29.02 24-29-607C BK-1 B10.10 .750 NSY SUR 244.80 29.02 24-29-610A BK-1 B10.10 1.500 ANY SUR 29.02 29-lD-AN-33A F-C CLS.1 1.500 ANY VF-3 248.00 29.02 29-lD-BS-35 F-C CLS.1 .50 USY E 29.02 29-lD-HS-34 F-C CLS.1 .50 HSY 29.02 24-29-616A BK-1 B10.10 .500 HSY E 250.00 29.02 24-29-617A BK-1 B10.10 .750 HSY SUR 29.02 29-lD-HS-36 F-C CLS.1 .750 HSY VT-3 .R8 252.00 29.02 29-lD-AN-33B F-C CLS.1 .750 ANY VP-3 29.02 24-29-618A BK-1 B10.10 .750 ANY SUR 256.00 29.02 24-29-625C BK-1 B10.10 .500 HSY E3 29.02 29-lD-HS-39 F-C CLS.1 .500 HSY E3 PERICD 1 = 07/28/85 THRU 11/27/88 PERICD 2 = 11/28/88 THRU 03/27/9.' lERICD 3 = 03/28/92 'IHRU 07/27/95 ~

/- nrARracRPugwrg Q.g 3 RAM FOR 2nd Il SYSim /15 ALT. 1st PER.1 PE. 2 PER. '> ). EXAM T1VL (YR.) (YR.) (YR.) R MARKS X PFs-139 B X H2?-249 & B29-249A B X g H29-249 & H29-249A X PFSK-898 I X PFs-898 r X X PFSK-1868 ) VF-1 C[ ASS MC ) Vr-2 INACCESSIBLE X PFSK-4169 X PFSK-4169 l 8 { X H29-23 H29-23 X X H29-7 X H29-133 X H29-132 H29-132 TI X PFSK-1880 M*ERT WE X PFSK-1880 CMID N29-8 N29-8 Also Available On Aperture raril X PFSK-234 X H29-143 8612120190 - 0 9 D 9 r=n 17

~ y i

ES A. FITZPATRICK 1 ILcRVICE INSPECTICN P inIN SITA LOCATICN SYS./ CCDE ITEM SIZE "t" TYPE / KEY DWG.9 CQ4PCNENT iD CAT. 10. (IN) (IN) CGF. CCDE EXAM 256.00 29.02 29-lD-US-40 F-C CLS.1 .500 HSY 256.20 29.02 24-29-626A BK-1 B10.10 .75 ANY SUR 29.02 29-ID-AN-40A F-C CLS.1 .75 ANY VI-3 263.00 29.02 24-29-633A BK-1 B10.10 .750 Alu SUR 29.02 29-1D-HS-41 F-C CLS.1 .75 HSY VP-3 29.02 29-lD-AN-42 F-C CLS.1 .75 Atu vr-3 265.00 29.02 24-29-634C BK-1 B10.10 1.0 ANY SUR 29.02 29-lD-NS-44 F-A CLS.1 1.0 tm VP-3 267.00 29.02 24-29-637B B-J B9.ll 24 1.219 P-PN ITr,SUR R 268.00 29.02 37-29-637C E-B E3.10 37 1.500 PN 269.00 29.02 29-101D-NS-46 F-A CLS.1 .750 NSY VT-3 29.02 24-29-638B BK-1 B10.10 .750 NSY SUR 271.00 29.02 24-29-638C BK-1 B10.10 .750 NSY SUR 29.02 29-101D-NS-47 F-A CLS.1 .750 tm VF-3 273.00 29.02 29-101D-AN-45 F-C CLS.1 A?N VF-3 PERICD 1 = 07/28/85 'nfRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERICD 3 = 03/28/92 'IHRU 07/27/95

2A ((. 'f [' UCLEAR POiER PLANT (g-eaym SYSTEM ALT. 1st PER.1 PER.2 PER.3 EXAM IIVL (YR.) (YR.) (YR.) REMARKS b X PFSK-234 l H29-250 I B X H29-250 X H29-246 & H29-246A T: PFSK-902 X PFSK-902 8 VT-2 INAnrRR9IBLE ) Vf-l X CLASS MC X H29-348 H29-348 i H29-21 X H29-21 X H29-20 Il 4!":i TlillE C A!!D Allo Available on A erince cary P 8 61212 010 0 - l O m,- u

N \\ W,S A. FITZPATRI INSERVICE INSPECPIOi FEELht LOCATIQi SYS./ CCDE IIEM SIZE "t" TYPE / KEY DWG.4 CO!PCNENP ID CAT. NO. (IN) (IN) CQF. CCDE EXAM 57.00 34.01 34-5C-AN-9 F-C CLS.1 .500 ANY i 34.01 12-34-934 BK-1 B10.10 .500 ANY t 59.00 34.01 12-34-935 BK-1 B10.10 .500 ANY 34.01 34-5C-AN-10 F-C CLS.1 .500 ANY i 63.00 34.01 18-34-937 BK-1 B10.10 .500 HSY I 34.01 34-4A-flS-16 F-C CLS.1 .500 HSY l 34.01 34-4A-11S-17 F-C CLS.1 .500 HSY 66.00 34.01 34-4A-AN-18 F-C CLS.1 1.500 ANY VP-3 34.01 18-34-937A BK-1 B10.10 1.500 ANY SUR 68.00 34.01 18-34-391B BM B9.11 18 1.156 P-PN UT,SUR 69.00 34.01 31-34-391A E-B E3.10 31 1.500 PN I PERICD 1 = 07/28/85 THRU 11/27/88 PERICO 2 = 11/28/88 THRU 03/27/92 PERICD = 03/28/92 'nIRU 07/27/95 mmam,- _ _ _ _ -

r a mEAR na ruats m PRO @AM Fm 2nd EmWAl, ER Sysrm I R/E ALT. 1st PER.1 PER.2 PER.3 i G. EXAM TIVL (YR.) (YR.) (YR.) RD1 ARKS I E3 X H34-107 l E3 l E3 X ( E3 X H34-108 1 E3 X H34-119 E3 X H34-120 U' E3 X H34-119 X H34-109 H34-109 R4 Vr-2 I M N IBLE R9 VI-1 CLASS MC e TI APERTURE CAHD 'USO Available 0,, A erture ca,,; P 8 61212 019 0--+ Pace 4

"g SS A. FITZFATRICK t Ih NICE INSPECTICN PF FEEDWMEF i f.5 LOCATICN SYS./ CCDE ITEM SIZE "t" TYPE / } KEY DWG.i CCEPCIENT ID CAT. NO. (IN) (IN) CCtF. CCDE EXAM F. 127.00 34.02 12-34-943 BK-1 B10.10 .500 MN 34.02 34-5D,MF30 P-C CLS.1 .500 MN 1 h 129.00 34.02 12-34-944 BK-1 B10.10 1.500 MN SUR 34.02 34-5B-M E32 P-C CLS.1 1.500 MN VT-3 i 131.00 34.02 34-4B-US-35 F-C CLS.1 .500 HSY 34.02 18-34-945 BK-1 B10.10 .500 HSY l 34.02 34-4B-BS-36 F-C CLS.1 .500 HSY 134.00 34.02 18-34-425C B,7 B9.11 18 1.156 P-PN UP,SUR 135.00 34.02 31-34-425B E-B E3.10 31 1.500 PN ] i PERICD 1 = 07/28/85 THRU 11/27/88 PERICD 2 = 11/28/88 THRU 03/27/92 PERICD 3 = 03/28/92 'IHRU 07/27/95 r

[ m P W G PL Mr {Gg, (pg, oaM rm 2na Immte p SYSITM R/E ALT. 1st PE.1 PER.2 PG.3 E EXM I'IVL (YR.) (YR.) (YR.) RDIARKS l E3 X E3 X H34-ll3 PFSK-1022 X PFSK-1022 1 C3 X H34-123 0 X H34-123 G X H34-124 s R4 VP-2 I}pernqqBLE 19 VP-1 CLASS N TI APERTURE . C Ai!D Also Avaihilile isu 'A;>erture C.ird 8612120190 -) 1 i

h ?.D ES A. FITZPATRICK f INMCE INSPECTICN PJ CORE SPRi i LOCATICN SYS./ CCDE I' Int SIZE "t" TYPE / KEY DWG.# CmPCNEt7f ID CAT. NO. (IN) (IN) CCNF. CCDE EXMt l 214.00 14.03 10-14-882 C-G 10 .365 P-E SUR !t 215.00 14.03 10-14-883 C-G 10 .365 E-P SUR .\\ l 216.00 14.03 10-14-884 C-G 10 .365 P-P SUR 217.00 14.03 10-14-884A C-G 10 .365 P-TE SUR 218.00 14.03 10-14-500 BK-1 B10.10 .237 HSY 14.03 14-5B-HS-45 F-C CLS.1 .237 HSY 'llj 220.00 14.03 10-14-512C B-J B9.11 10 .594 P-PN UT,SUR 1 a l 221.00 14.03 20-14-512B E-B E3.10 20 .8 PN O R '. 222.00 14.03 10-14-512A B-J B9.11 10 .594 PN-P UF,SUR 223.00 14.03 10-14-512 B-J B9.11 10 .594 P-V UT,SUR i 224.00 14.03 10-14-876 B-J B9.11 10 .594 V-P UP,SUR f 225.00 14.03 10-14-875 B-J B9.11 10 .594 P-E UP,SUR i I 226.00 14.03 14-5B-AS-42 F-C CLS.1 .237 ASY l 14.03 12-14-874 BK4 B10.10 .237 ASY 228.00 14.03 10-14-873 B-J B9.11 10 .594 E-P UF,SUR 229.00 14.03 10-14-872 B-J .750 P-B 230.00 14.03 10-14-871 B-J .750 P-B 231.00 14.03 10-14-870 B-J B9.11 10 .594 P-V Ur,SUR PERICD 1 = 07/28/85 'nIRU 11/27/88 PERICD 2 = 11/28/88 THRU 03/27/92 PERICD 3 = 03/28/92 'HIRU 07/27/95

^~

h

m EAR emEa Pa m Y OGRAM FCR 2nd y.* E SYS191 R/E ALT. 1st PER.1 PER.2 PER.3 CD. EXAM IIVL (YR.) (YR.) (YR.) REMARKS 25 25 25 1 25 \\ @3 33 X H14-63 24 VP-2 INACCESSIBLE R9 VP-1 X CLASS E X 10 IN. AIXIMEtEED PEN, X-16B l X 10 IN. AUGMDRED PEN, X-16B @3 X PFSK-1895 [!83 1 TI APERTURE M CARD n Also Available On Aperture (.ord 8612120190 -\\ S I Pa"g5 lT

7 9 r ENCLOSURE #6 i d 1 i i r t 1 I l l

\\ ' $:+ ~. h l>, i! P L i 1 l t i i t (i 'j PRESSURE RETQ COMPONEZ s J t + C@ l DESCRIPTION CA' ___________________________________0 RPV CLOSURS HEAD NUTS B4 3 RPV CLOSURE HEAD STUDS Bc(

v RPV THREADS IN FLANGE B4 i

j RPV CLOSURE WASHERS, BUSHINGS Bc( 4 ] PUMP BOLTS AND STUDS Bc( PUMP FLANGE SURFACE B=( 1 PUMP NUTS, BUSHINGS,AND WASHERS Bc( RPV BOLTING 2 in. & LESS DIA. Bc( / PIPING BOLTING 2 in.& LESS DIA Bc( PUMP POLTING 2 in.& LESS DIA. B=( VALVE Br/ TING 2 in.& LESS DIA. B=( CRD HOUSING BOLTING Bc( IN CORE f10NI'IORING PEN. B-G Oa=* emme .s. ______m_...___.__..___..._._._.

e t ) NING BOLTING =

SUMMARY

V 'E ITEM CODE NO. EXAM TOTAL -1 B6.10 SUR 52 1 B6.20 UT 52 -I B6.40 UT 52 -1 B6.50 VT-1 52 -1 B6.180 UT 56 -1 B6.190 VT-1 56 -1 B6.200 VT-1 56 -2 B7.10 VT-1 42 -2 B7.50 VT-1 6 2 D7.60 VT-1 2 -2 B7.70 VT-1 63 T1 -2 B7.80 VT-1 137 APEIITURE 2 B7.10 VF-1 /.2 gA((D Also Available On Aperture Card 8 61212 019 0--if (

{WP.N Nw JAhcS A FITZPATRICK INSERVICE INSPECTION P PRESSURE RETA. __________________________________________________________________s CODE ITEM Eb5_b $$ _bb___ I ' _____

____________S I $I_ b

$__bh 801 THRU #18 B-G-1 B6.20 RPV HEAD STUDS UT

19 THRU #35 B-G-1 B6.20 RPV HEAD STUDS UT
36 THRU #52 B-G-1 B6.20 RPV HEAD STUDS UT
01 THRU #18 B-G-1 B6.10 RPV HEAD NUTS SUR
19.THRU #35 B-G-1 B6.10 RPV HEAD NUTS SUR
36 THRU #52 B-G-1 B6.10 RPV HEAD NUTS SUR 401 THRU #18 B-G-1 B6.40 THREADS IN FLANGE UT
19 THRU #35 B-G-1 B6.40 THREADS IN FLANGE UT
36 THRU #52 B-G-1 B6.40 THREADS IN FLANGE UT
01 THRU $18 B-G-1 B6.50 WASHERS & BUSHINGS VT-{

#19 THRU #35 B-G-1 B6.50 WASHERS & BUSHINGS VT-

36 THRU 452 B-G-1 B6.50 WASHERS & BUSHINGS VT-401 THRU #28 B-G-1 B6.180 RECIRC. PUMP 1A BOLTS UT
01 THRU $28 B-G-1 B6.190 RECIRC. PUMP 1A FLG. SURF VT-3 801 THRU $28 B-G-1 B6.200 RECIRC. PUMP 1A NUTS VT-3
01 THRU #28 B-G-1 B6.180 RECIRC. PUMP 1B BOLTS UT
01 THRU #28 B-G-1 B6.190 RECIRC. PUMP 1B FLG. SURF VT-3 J

401 THRU #28 B-G-1 B6.200

RECIRC. PUMP 1B NUTS VT-1 I

\\ PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95

i hd% ('s IUCLEAR POWER PLANY GRAM FOR 2nd INTERVAL NING BOLTING R/E lst PER.1 PER.2 PER.3 AM CD. ITV (YR.) (YR.) (YR.) REMARKS X WHEN REMOVED UT & SUR X WHEN REMOVED'UT & SUR X WHEN REMOVED UT & SUR X DEFERRAL PERMISSABLb X DEFERRAL, PERMISSABLE X DEFERRAL PERMISSABLE X DEFERRAL PERMISSABLE X DEFERRAL PERMISSABLE X DEFERRAL PERMISSABLE X DEFERRAL PERMISSABLE X DEFERRAL PERMISSABLE X DEFERRAL PERMISSABLE e R7 X DEFERRAL PERMISSABLE R7 X 1 in. ANNULAR SURFACE R7 X R7 X DEFERRAL PERMISSABLE R7 X 1 in. ANNULAR SURFACE R7 X TI APETtTURE r$70 Also hitable On -enre Card 8612120100 - 5 i Page M

s i >A JAMES A PITZPATRICK. INSERVICEINSPECTIONPg PRESSURE RETs

_--_-------------------------------------------------c CODE ITEM COMPONENT ID CAT.

NO. DESCRIPTION CODE E) 14-03 B-G-2 B7.80 CRD PENETRATION VT% 18-03 B-G-2 B7.80 CRD PENETRATION VTc 22-03 B-G-2 B7.80 CRD PENETRATION VTc 26-03 B-G-2 B7.80 CRD PENETRATION VTc 30-03 B-G-2 B7.80 CRD PENETRATION VT-34-03 B-G-2 B7.80 CRD PENETRATION VT, 38-03 B-G-2 B7.80 CRD PENETRATION VT-! t i j' 10-07 B-G-2 B7.80 CRD PENETRATION VT-14-07 B-G-2 B7.80 CRD PENETRATION VT-18-07 B-G-2 B7.80 CRD PENETRATION VT-22-07 B-G-2 B7.80 CRD PENETRATION VT-[ 26-07 B-G-2 B7.80 CRD PENETRATION VT-[ 30-07 B-G-2 B7.80 CRD PENETRATION VT-34-07 B-G-2 B7.80 CRD PENETRATION VT-U 38-07 B-G-2 B7.80 CRD PENETRATION VT-3 42-07 B-G-2 B7.80 CRD PENETRATION VT-3 l PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 n-

b+,. (i '/ JUCLEAR POWER Pi, ANT DGRAM FOR 2nd INTERVAL $NING BOLTING R/E lst PER.1 PER.2 PER.3 P_M CD. ITV (YR.) (YR. > _____________________________) (YR.) REMARKS h R5 8 BOLTS PER ASSEMBLY I R5 8 BOLTS PER A'SSEMBLY l ) RS 8 BOLTS PER ASSEMBLY l ) R5 I 8 BOLTS PER ASSEMBLY { RS 8 BOLTS PER ASSEMBLY [ R5 8 BOLTS PER ASSEMBLY h R5 8 BOLTS PER ASSEMBLY l t R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 m a l T IJ1(17, 8 BOLTS PER ASSEMBLY R5 i' Allo 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY Also Available On f Aperture Card 8612120190--14 Pace 2

g 'q., JAMES A FITZPATRICK NI INSERVICE INSPECTION PRO < PRESSURE RETAI) CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE EX) 06-11 B-G-2 B7.80 CRD PENETRATION VT-1 10-11 B-G-2 B7.80 CRD PENETRATION VT-1 14-11 B-G-2 B7.80 CRD PENETRATION VT-1 18-11 B-G-2 B7.80 CRD PENETRATION VT-1 22-11 B-G-2 B7.80 CRD PENETRATION VT-1 26-11 B-G-2 B7.80 CRD PENETRATION VT-1

30-11 B-G-2 B7.80 CRD PENETRATION VT-1 r34-11 B-G-2 B7.00 CRD PENETRATION VT-1 38-11 B-G-2 B7.80 CRD PENETRATION VT-1 42-11 B-G-2 B7.80 CRD PENETRATION VT-1 46-11 B-G-2 B7.80 CRD PENETRATION VT-1 02-15 B-G-2 B7.80 CRD PENETRATION VT-1 06-15 B-G-2 B7.80 CRD PENETRATION VT-1 10-15 B-G-2 B7.80 CRD PENETRATION VT-1 14-15 B-G-2 B7.80 CRD PENETRATION VT-1 j

18-15 B-G-2 B7.80 CRD PENETRATION VT-1 1 --_c PERIOD 1 = 07/28/85 TilRU 11/27/88 PERIOD 2 = 11/28/88 T!!RU 03/27/92 PERIOD 3 = 03/28/92 TIIRU 07/27/95

1 (g ICLEAR POWER PLANT IRAM FOR 2nd INTERVAL ING BOLTING R/E 1st PER.1 PER.2 PER.3 Q CD. ITV (YR.) (YR.) (YR.) REMARKS s c R5 8 BOLTS PER ASSEMBLYJ R5 8 BOLTS PER ASSEMBLY i s R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER ASSEMBLY r i R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER ASSEMBLY l l R5 8 BOLTS PER ASSEMBLY l l l l TI ApERTUl6 CARD R5 8 BOLTS PER ASSEMBLY Alm Available On R5 8 BOLTS PER ASSEMBLY Aperture Card R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER ASSEMBLY 3_______________________________________________________________ 8612120190 - O 1 P-o-

s-JAMES A FITZPATRICK ? INSERVICE INSPECTION PR PRESSURE RETA CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E 22-15 B-G-2 B7.80 CRD PENETRATION VT-1 26-15 B-G-2 B7.80 CRD PENETRATION VT-30-15 B-G-2 B7.80 CRD PENETRATION VT-1 34-15 B-G-2 B7.80 CRD PENETRATION VT-1 38-15 B-G-2 B7.80 CRD PENETRATION VT-1 42-15 B-G-2 B7.80 CRD PENETRATION VT-1 46-15 B-G-2 B7.80 CRD PENETRATION VT-1 50-15 B-G-2 B7.80 CRD PENETRATION VT-1 02-19 B-G-2 B7.80 CRD PENETRATION VT-1 06-19 B-G-2 B7.80 CRD PENETRATION VT-1 10-19 B-G-2 B7.80 CRD PENETRATION VT-1 14-19 B-G-2 B7.80 CRD PENETRATION VT-1 18-19 B-G-2 B7.80 CRD PENETRATION VT-1 22-19 B-G-2 B7.80 CRD PENETRATION VT-1 26-19 B-G-2 B7.80 CRD PENETRATION VT-1 30-19 B-G-2 B7.80 CRD PENETRATION VT-1 34-19 B-G-2 B7.80 CRD PENETRATION VT-1 38-19 B-G-2 B7.80 CRD PENETRATION VT-1 L PERIOD 1 = 07/29/85 THRU 11/27/88 f fERIOD 2 = 11/28/88 THRU 03/27/92 [ PERTOD 3 = 03/28/92 THRU 07/27/95 r

h kj!k UCLEAR POWER PLANT 'q GRAM FOR 2nd INTERVAL NING BOLTING \\ __1______e._ R/E lst PER.1 PER.2 PER'.J AM CD. ITV (YR.) (YR.) (YR.) REMARKS _____e._______m.m.o.e.___.e._.____e.__m.__e. R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 c 8 BOLTS PER ASSEMBLYl R5 8 BOLTS'PER AS$EMBLY T. R5 8 BOLTS PER ASSEMBLY \\ R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY / 'R5 8 BOLTS PER ASSEMBLY t + i t r e a R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY 1 RS 8 BOLTS PER ASSEMBLY i 1 R5 8 BOLTS PER ASSEMBLY Tl. R5 ,,y, :30RE 8 BOLTS PER ASSEMBLY RS , CARD 8 BOL1S PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY u,o Available On R5 Aperture Card 8 BCLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY f m en se e.e e e..

e. m. e. _ en e. e.

e._ e.a.a en.= e.

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8 61212 019 0 - lb Page 4 l

N % N. -u JAMES A FITZPATRICK INSERVICEINSPECTIONP{ PRESSURE RETT -_______---__________-__________________________________________c CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE { 42-19 B-G-2 B7.80 CRD PENETRATION VT' 46-19 B-G-2 B7.80 CRD PENETRATION VT4 50-19 B-G-2 B7.80 CRD PENETRATION VTc 02-23 B-G-2 B7.80 CRD PENETRATION VTc 06-23 B-G-2 B7.80 CRD PENETRATION VTc s' 10-23 B-G-2 B7.80 CRD PENETRATION VTc 14-23 B-G-2 B7.80 CRD PENETRATION VTc 18-23 B-G-2 B7.80 CRD PENETRATION VTc 22-23 B-G-2 B7.80 CRD PENETRATION VTc 26-23 B-G-2 B7.80 CRD PENETRATION VTc 30-23 B-G-2 B7.80 CRD PENETRATION VT= 34-23 B-G-2 B7.80 CRD PENETRATION VTa 38-23 B-G-2 B7.80

CRD PENETRATION VTo 42-23 B-G-2 B7.80 CRD PENETRATION VTo 46-23 B-G-2 B7.80 CRD PENETRATION VT-50-23 B-G-2 B7.80 CRD PENETRATION VT-l PERIOD 1 = 07/28/85 TilRU 11/27/88 PERIOD 2 = 11/28/88 T!!RU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 s-

Gy / NUCLEAR POWER PLANT 'OGRAM FOR 2nd INTERVAL t \\INING BOLTING R/E lst PER.1 PER.2 PER.3 '_AM CD. ITV (YR.) (YR.) (YR.) REMARKS 1 R5 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER' ASSEMBLY <1 R5 8 BOLTS PER ASSEMBLY I 6 R5 8 BOLTS PER ASSEMBLY B R5 8 BOLTS PER ASSEMBLY I R5 8 BOLTS PER ASSEMBLY a R5 8 BOLTS PER ASSEMBLY i R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY i RS 8 BOLTS PER ASSEMBLY R5 'fl 8 BOLTS PER ASSEMBLY i APE'RTURE R5 8 BOLTS PER ASSEMBLY C AllD R5 8 BOLTS PER ASSEMBLY i R5 Also Available on 8 BOLTS PER ASSEMBLY Apertstre r i R5 8 BOLTS PER ASSEMBLY 1 8612120190 - $ l Page 5

s- %. ( JAMES A FITZPATRICK INSERVICE INSPECTION pro PRESSURE RETAi __________________________________________________________________c CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE EP 02-27 B-G-2 B7.80 CRD PENETRATION VT-N 06-27 B-G-2 B7.80 CRD PENETRATION VT-8 10-27 B-G-2 B7.80 CRD PENETRATION VT-3 r 14-27 B-G-2 B7.80 CRD PENETRATION VT-3 18-27 B-G-2 B7.80 CRD PENETRATION VT-3 22-27 B-G-2 B7.80 CRD PENETRATION VT-1 26-27 B-G-2 B7.80 CRD PENETRATION VT-1 .30-27 B-G-2 B7.80 CRD PENETRATION VT-1 34-27 B-G-2 B7.80 CRD PENETRATION VT-1 38-27 B-G-2 B7.80 CRD PENETRATION VT-1 42-27 B-G-2 B7.80 CRD PENETRATION VT-1 46-27 B-G-2 B7.80 CRD PENETRATION VT-1 50-27 B-G-2 B7.80 CRD PENETRATION VT-1 02-31 B-G-2 B7.80 CRD PENETRATION VT-1 06-31 B-G-2 B7.80 CRD PENETRATION VT-1 10-31 B-G-2 B7.80 CRD PENETRATION VT-1 ___________________________________________________________________q PERIOD 1 = 07/28/85 THRU 11/27/88 g PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 ~.- o

,/ (thh UCLEAR POWER PLANT GRAM POR 2nd INTERVAL NING BOLTING R/E lst PER.1 PER.2 PER.3 AM CD. ITV (YR.) (YR.) (YR.) REMARKS R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY 10I APERTURE CARD AJeo Available On Aperture Card R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY c_______________________________________________________________ 8 61212 019 0 -QO Page'6

r

s

'o \\ \\ JAMES A FITZPATRICK INSERVICEINSPECTIO PRESSURE RETA ____________________________________-_____________________________c CODE ITEM __ b l 14-31 B-G-2 B7.80 CRD PENETRATION VT-18-31 B-G-2 B7.80 CRD PENETRATION VT-22-31 B-G-2 B7.80 CRD PENETRATION VT-l 26-31 B-G-2 B7.80 CRD PENETRATION VT-[ 30-3l B-G-2 B7.80 CRD PENETRATION VT-2 34-31 B-G-2 B7.80 CRD PENETRATION VT-8 38-31 B-G-2 B7.80 CRD PENETRATION VT-3 42-31 B-G-2 B7.80 CRD PENETRATION VT-3 46-31 B-G-2 B7.80 CRD PENETRATION VT-8 50-31 B-G-2 B7.80 CRD PENETRATION VT-1 l l l 02-35 B-G-2 B7.80 CRD PENETRATION VT-1 06-35 B-G-2 B7.80 CRD PENETRATION VT-1 10-35 B-G-2 B7.80 CRD PENETRATION VT-1 14-35 B-G-2 B7.80 CRD PENETRATION VT-1 18-35 B-G-2 B7.80 CRD PENETRATION VT-1 22-35 B-G-2 B7.80 CRD PENETRATION VT-1 26-35 B-G-2 B7.80 CRD PENETRATION VT-1 30-35 B-G-2 B7.80 CRD PENETRATION VT-1 __________________-_-___-________---___--____-_______-__--_______-_c PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 w -- n o% _, .m

[ $ CLEAR POWER PLANT 3 RAM FOR 2nd INTERVAL BING BOLTING R/E lst PER.1 PER.2 PER.3 RM CD. ITV (YR.) (YR.) (YR.) REMARKS o-----_-___------_-__----_---_________-_--___---_____--_-__----_- R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY t RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY TI APERTURE CAllD Alco Available On Apertmc Card RS 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY 2------------------_-_-_---___-____--_--___-_________________--_ ( 8612120190-Q

%s (- ( JAMES A FITCPATRICK INSERVICE INSPECTION PR PRESSURE RETA CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E 34-35 B-G-2 B7.80 CRD PENETRATION VT-38-35 B-G-2 B7.80 CRD PENETRATION VT-42-35 B-G-2 B7.80 CRD PENETRATION VT-46-35 B-G-2 B7.80 CRD PENETRATION VT-50-35 B-G-2 B7.80 CRD PENETRATION VT-22-39 B-G-2 B7.80 CRD PENETRATION VT-1 26-39 B-G-2 B7.80 CRD PENETRATION VT-1 30-39 B-G-2 B7.80 CRD PENETRATION VT-1 34-39 B-G-2 B7.80 CRD PENETRATION VT-1 l 38-39 B-G-2 B7.80 CRD PENETRATION VT-1 4?-39 B-G-2 B7.80 CRD PENETRATION VT-1 46-39 B-G-2 B7.80 CRD PENETRATION VT-1 50-39 B-G-2 B7.80 CRD PENETRATION VT-1 i PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 s.

DCLEAR POWER PLANT 2 RAM FOR 2nd INTERVAL MING BOLTING m---_--_------_--__---_--------_----_-----------------_------_--- R/E Ist PER.1 PER.2 PER.3 LM CD. ITV (YR.) (YR.) (YR.) REMARKS R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY TI APERTURE CARD Also Available On Aperture Card 8612120190 Q ~ Page 8

gi? s tr-JAMES A FITZPATRICK INSERVICE INSPECTION PR PRESSURE RETA CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E 18-39 B-G-2 B7.80 CRD PENETRATION VT-14-39 B-G-2 B7.80 CRD PENETRATION VT-10-39 B-G-2 B7.80 CRD PENETRATION VT-06-39 B-G-2 B7.80 CRD PENETRATION VT-02-39 B-G-2 B7.80 CRD PENETRATION VT-06-43 B-G-2 B7.80 CRD PENETRATION VT-1 10 B-G-2 B7.80 CRD PENETRATION VT-1 14-43 B-G-2 B7.80 CRD PENETRATION VT-1 18-43 B-G-2 B7.80 CRD PENETRATION VT-1 22-43 B-G-2 B7.80 CRD PENETRATION VT-1 26-43 B-G-2 B7.80 CRD PENETRATION VT-1 30-43 B-G-2 B7.80 CRD PENETRATION VT-1 34-43 B-G-2 B7.80 CRD PENETRATION VT-1 g 38-43 B-G-2 B7.80 CRD PENETRATION VT-1 42-43 B-G-2 B7.80 CRD PENETRATION VT-1 46-43 B-G-2 B7.80 CRD PENETRATION VT-1 PERIOD 1 = 07/28/85 THRU 11/27/88 L PERIOD 2 = 11/28/88 THRU 03/27/92 1 PERIOD 3 = 03/28/92 THRU 07/27/95 s

I t NblV ) / 1 CLEAR POWER PLANT RAM FOR 2nd INTERVAL @ING BOLTING 1 L________________________________________________________________ l R/E lst PER.1 PER.2 PER.3 AM CD. ITV (YR.) (YR. ) (YR.) REMARKS c________________________________________________________________ R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER SSEMBLY R5 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY l i R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY TI RS , 3gggrrU11E 8 BOLTS PER ASSEMBLY R5 c'a\\ RI) 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY Also Available On Aperture Card 8612120190 @ PagE~4 ~~

As %s t JAMES A FITZPATRICK N INSERVICE INSPECTION PR PPESSURE RETAI -_-_________--_---__--__-___------_--_-------__-__--__-_--_---~~--- CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE EX 10-47 B-G-2 B7.80 CRD PENETRATION VT-1 14-47 B-G-2 B7.80 CRD PENETRATION VT-1 18-47 B-G-2 B7.80 CRD PENETRATION VT-1 22-47 B-G-2 B7.80 CRD PENETRATION VT-1 26-47 B-G-2 B7.80 CRD PENETRATION VT-1 30-47 B-G-2 B7.80 CRD PENETRATION VT-1 34-47 B-G-2 B7.80 CRD PENETRATION VT-1 C38-47 B-G-2 B7.80 CRD PENETRATION VT-1 42-47 B-G-2 B7.80 CRD PENETRATION VT-1 14-51 B-G-2 B7.80

CRD PENETRATION VT-1 18-51 B-G-2 B7.80 CRD PENETRATION VT-1 22-51 B-G-2 B7.80 CRD PENETRATION VT-1 26-51 B-G-2 B7.80 CRD PENETRATION VT-1 30-51 B-G-2 B7.80 CRD PENETRATION VT-1 34-51 B-G-2 B7.80 CRD PENETRATION VT-1 38-51 B-G-2 B7.80 CRD PENETRATION VT-1 PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95

hi f$ FCLEAR POWER PLANT BRAM FOR 2nd INTERVAL 3ING BOLTING R/E lst PER.1 PER.2 PER.3 Ji CD. ITV (YR.) (YR.) (YR.) REMARKS RS 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER ASSEMBLY \\ RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY 10 1 APERTURE CARD l Also Available On Aperture Card l R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY t l RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY 8612120190_QU. Page 10

~~ '- ( JAMES A FITZPATRICK ! INSERVICE INSPECTION PR PRESSURE RETAI CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E 20-05 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 28-05 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 36-05 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 12-09 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 36-09 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 12-13 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 20-13 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 28-13 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 36-13 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 44-13 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 m

h DCLEAR POWER PLANT BRAM POR 2nd INTERVAL MING BOLTING L________________________________________________________________ i R/E 1st PER.1 PER.2 PER.3 'M CD. ITV (YR.) (YR.) (YR.) REMARKS p________________________________________________________________ RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMB'LY I R5 8 BOLTS PER ASSEMBLY l R5 8 BOLTS PER ASSEMBLY t R5 8 BOLTS PER ASSEMBLY TI APERTURE CARD Also Available On Anerture Card R5 8 BOLTS PER ASSSMBLY R5 8 BOLTS PER ASSSMBLY RS 8 BOLTS PER ASSSMBLY RS 8 BOLTS PER ASSSMBLY R5 8 BOLTS PER ASSSMBLY 8 61212 019 0 -QS Pace ))

m t N. JAMES A FITZPATRICK INSERVICE INSPECTION PR PRESSURE RETA CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E 28-17 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-04-21 B-G-2 B7.10 IN-CORE MONITORING PEN. VT- ' 12-21 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-20-21 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-28-21 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-36-21 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-3 44-21 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-( 12-25 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 20-25 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 28-25 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 PERIOD 1 = 07/28/85 THRU 11/27/88 l PERIOD 2 = 11/28/88 THRU 03/27/92 l PERXOD 3 = 03/28/92 THRU 07/27/95

DCLEAR POWER PLANT DRAM FOR 2nd INTERVAL WING BOLTING R/E lst PER.1 PER.2 PER.3 RM CD. ITV (YR.) (YR.) (YR.) REMARKS R5 8 BOLTS PER ASSEMBLY c-R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY t R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY RS 8 BOLTS PER ASSEMBLY TI APERTURE CARD Also Available On Aperture Card RS 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY p_--------_-------_-__---_-___--______-_---_--_-__-_--_-________- 8 61212 019 0 - D1.0 Page 32

l-k N g JAMES A FITZPATRICK N INSERVICE INSPECTION PR PRESSURE RETAI CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE EX h[ n 1 04-29 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 12-29 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 20-29 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 28-29 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 36-29 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 44-29 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 20-33 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 28-33 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 36-33 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 04-37 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 12-37 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-1 '~"'" PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 n. o -e o-

k}4h k. JCLEAR POWER PLANT 3 RAM FOR 2nd INTERVAL SING BOLTING R/E 1st PER.1 PER.2 PER.3 E CD. ITV (YR.) (YR.) (YR.) REMARKS R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY TI APERTURE CARD Also Available On Aperture Card R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY 8612120190 G Page 13

i ss C/ JAMES A PITZPATRICK INSERVICE INSPECTION PR PRESSURE RETA CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E 20-37 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-28-37 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-36-37 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-44-37 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-12-41 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-20-41 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-36-41 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-12-45 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-20-45 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-I 28-45 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-36-45 B-G-2 B7.10 IN-CORE MONITORING PEN. VT-PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95

kh h JUCLEAR POWER PLANT GRAM FOR 2nd ::NTERVAL lNING BOLTING R/E lat PER.1 PER.2 PER.3

&M CD.

ITV (YR.) (YR.) (YR.) REMARKS R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER $SSEMBLY R5 8 BOLTS PER ASSEM'BL'Y 9 R5 8 BOLTS PER ASSEMBLY t R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY e TI APERTURE CARD l l Also Available On l Aperture Card l R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY j R5 8 BOLTS PER ASSEMBLY R5 8 BOLTS PER ASSEMBLY 8 61212 019 0- Q2 h Page 34

S s %s JAMES A FITZPATRICK N INSERVICE INSPECTION PR PRESSURE RETAI CODE ITEM DESCRIPTION CODE EX COMPONENT ID CAT. NO. h 02-MOV-43A B-G-2 B7.70 RECIRCULATION VALVE VT-1 02-MOV-4 3B B-G-2 B7.70 RECIRCULATION VALVE VT-1 02-MOV-53A B-G-2 B7.70 RECIRCULATION VALVE VT-02-MOV-53B B-G-2 B7.70 RECIRCULATION VALVE VT-02-MOV-54A B-G-2 B7.70 RECIRCULATION VALVE VT-02-MOV-54B B-G-2 B7.70 RECIRCULATION VALVE VT-12-MOV-15 B-G-2 B7.70 RWC VALVE VT-12-MOV-18 B-G-2 B7.70 RWC VALVE VT-RWC-46 B-G-2 B7.70 RWC VALVE VT-RWC VALVE VT-RWC-63 B-G-2 B7.70 RWC-62 B-G-2 B7.70 RWC VALVE VT-12-MOV-68 B-G-2 B7.70 RWC VALVE VT-4 PERIOD 1 = 07/28/85 THRU 11/27/88 l PERIOD 2 = 11/28/88 THRU 03/27/92 .EERI,OD 3 = 03/28/92 THRU 07/27/95

k$' h!i CLEAR POWER PLANT RAM POR 2nd INTERVAL ING BOLTING L________________________________________________________________ R/E lst PER.1 PER.2 PER.3 CD. ITV (YR.) (YR.) (YR.) REMARKS 3 R5 / R5 R5 R5 R5 R5 R5 R5 TI R5 APERTURE RS CARD R5 Also Available On RS ' Aperture Card 8612120190-23 Pace 25

%~ i \\- JAMES A FITZPATRICK INSERVICE INSPECTION PR PRESSURE RETA CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E LP. A DECON B-G-2 B7.50 RECIRCULATION FLANGE VT-LP. B DECON B-G-2 B7.50 RECIRCULATION FLANGE VT-1 I l PUMP A SEAL B-G-2 B7.60 RECIRCULATION PUMP VT-PUMP B SEAL B-G-2 B7.60 RECIRCULATION PUMP VT-29-AOV-80A B-G-2 B7.70 MAIN STEAM VALVE VT-29-AOV-8 0B B-G-2 B7.70 MAIN STEAM VALVE VT-29-AOV-80C B-G-2 B7.70 MAIN STEAM VALVE VT-29-AOV-80D B-G-2 B7.70 MAIN STEAM VALVE VT-29-AOV-86A B-G-2 B7.70 MAIN STEAM VALVE VT-29-AOV-86B B-G-2 B7.70 MAIN STEAM VALVE VT-29-AOV-86C B-G-2 B7.70 MAIN STEAM VALVE VT-29-AOV-86D B-G-2 B7.70 MAIN STEAM VALVE VT-1 29-RV-71A B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-t PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 f PERIOD 3 = 03/28/92 THRU 07/27/95 -~ -. .s ,e t

n. _ e m....

a a

f W.... -s %i' t NUCLEAR POWER PLANT DGRAM FOR 2nd INTERVAL INING BOLTING R/E 1st PER.1 PER.2 PER.3 KAM CD. ITV (YR.) (YR.) (YR.) REMARKS L R5 L R5 3 1 t: L R5 R5 R5 R5 R5 R5 D APERTU N R5 RS C,,,( R D R5 41,o Available On Aperture Card R5 R5 8 61212 0190 SC;

m >l N-e.. 4. JAMES A FITZPATRICK 1 INSERVICE INSPECTION PR PRESSURE RETA. __________________________________________________________________q CODE ITEM i COMPONENT ID CAT. NO. DESCRIPTION CODEE} 29-RV-71B. B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-29-RV-71C B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-29-RV-71D B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-29-RV-71E B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-29-RV-71F B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-29-RV-71G B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-29-RV-71H B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-29-RV-71J B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-' 29-RV-71K B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-l . 29-RV-71L B-G-2 B7.70 MAIN STEAM RELIEF VALVE VT-1 RHR-29 B-G-2 B7.70 RHR VALVE VT-3 RHR-81A B-G-2 B7.70 RHR VALVE VT-3 RHR-81B B-G-2 B7.70 RHR VALVE VT-3 RHR-88 B-G-2 B7.70 RHR VALVE VT-3 10-AOV-68A B-G-2 B7.70 RHR VALVE VT-3 10-AOV-68B B-G-2 B7.70 RHR VALVE VT-1 10-AOV-25A B-G-2 B7.70 RHR VALVE VT-1 10-AOV-25B B-G-2 B7.70 RHR VALVE VT-1 PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95

C UCLEAR POWER PLANT GRAM FOR 2nd INTERVAL NING BOLTING R/E lst PER.1 PER.2 PER.3 AM CD. ITV (YR.) (YR.) (YR.) REMARKS R5 R5 R5 I R5 R5 R5 R5 R5 R5 R5 R5 R5 R5 ry} APERT W R5 R5 R5 Also Available On R5 Aperture Card R5 p________________________________________________________________ 8612120190 - 3 1 Page 17 \\

4~ ( ( JAMES A FITZPATRICK NI INSERVICE INSPECTION PROC PRESSURE RETAI? CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE EXA ___________________________________________________________________J 10-AOV-17 B-G-2 B7.70 RHR VALVE VT-1 10-AOV-18 B-G-2 B7.70 RHR VALVE VT-1 10-AOV-32 B-G-2 B7.70 RHR VALVE VT-1l 10-;AOV-33 B-G-2 B7.70 RHR VALVE VT-11 I 14-MOV-12A B-G-2 B7.70 CORE SPRAY VALVE VT-1 i' 14-MOV-12B B-G-2 B7.70 CORE SPRAY VALVE VT-1 14-MOV-13A B-G-2 B7.70 CORE SPRAY VALVE VT-1 14-MOV-13B B-G-2 B7.70 CORE SPRAY VALVE VT-1 CSP-14A B-G-2 B7.70 CORE SPRAY VALVE VT-1 CSP-14B B-G-2 B7.70 CORE SPRAY VALVE VT-1 23-MOV-15 B-G-2 B7.70 HPCI VALVE VT-1 23-MOV-16 B-G-2 B7.70 HPCI VALVE VT-1 1 23-MOV-18 B-G-2 B7.70 HPCI VALVE VT-1 PERIOD 3 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 -- ~. ma s. a 6-

^--=

--a.-

. f Q;-g ~ Qj CLEAR POWER PLANT MAM FOR 2nd INTERVAL ENG BOLTING n-_-..--_--__--_----_-- R/E lst PER.1 PER.2 PER.3 W CD. ITV (YR.) (YR.) (YR.) REMARt(S m_--_______-----__--___--_____________---___-_-_____-_________-- R5 R5 d RS RS R5 R5 R5 R5 R5 R5 t I TI APERTORF; CARD R5 Also Avanabic On Apertura Card R5 R5 6 61212 019 0 -3R Page 18 "'"

i N' JAMES A FITZPATRICK N INSERVICE INSPECTION PR PRESSURE RETAI CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE EXA 23-MOV-19 B-G-2 B7.70 HPCI VALVE VT-1 1 34-NRV-lllA B-G-2 B7.70 FEEDWATER VALVE VT-1 34-NRV-lllB B-G-2 B7.70 FEEDWATER VALVE VT-1 FWS-28A B-G-2 B7.70 FEEDWATER VALVE VT-1 FWS-28B B-G-2 B7.70 FEEDWATER VALVE VT-1 FWS-29A B-G-2 B7.70 FEEDWATER VALVE VT-1 FWS-29B. B-G-2 B7.70 FEEDWATER VALVE VT-1 ) 13-MOV-21 B-G-2 B7.70 'RCIC VALVE VT-1 13-MOV-22 B-G-2 B7.70 RCIC VALVE VT-1 13-MOV-15 B-G-2 B7.70 RCIC VALVE VT-1 13-MOV-16 B-G-2 B7.70 RCIC VALVE VT-1 PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 PERIOD 3 = 03/28/92 THRU 07/27/95 - ~.

= l kh' (l) / CLEAR POWER PLANT RAM FOR 2nd INTERVAL ING BOLTING R/E 1st PER.1 PER.2 PER.3 f4 CD. ITV (YR.) (YR.) (YR.) REMARKS R5 s - 1 c: \\ R5 R5 R5 R5 R5 R5 e R5 R5 rJ'T, R5 .g - ;, v. ' r R E RS 1 Also Available On 1 Aperture Carri m--_-______________-.__________________________________________ 8612120190 - 3 3 Page 19

's ( (:- JRMESAFITZPATRICK% INSERVICE INSPECTION prs PRESSURE RETAI __________________________________________________________________c CODE ITEM COMPONENT ID CAT. NO. DESCRIPTION CODE E2 __________________________________________________________________c FLANGE A B-G-2 B7.50 RHR FLANGE VT-1 FLANGE B B-G-2 B7.50 RHR FLANGE VT-1 FLANGE C B-G-2 B7.50 RHR FLANGE VT-1 FLANGE D B-G-2 B7.50 RHR FLANGE VT-1 l l i 1 j ___________________________________________________________________c PERIOD 1 = 07/28/85 THRU 11/27/88 PERIOD 2 = 11/28/88 THRU 03/27/92 l PERIOD 3 = 03/28/92 THRU 07/27/95 l

L FCLEAR POWER PLANT $ RAM FOR 2nd INTERVAL DING BOLTING R/E Ist PER.1 PER.2 PER.3 W CD. ITV (YR.) (YR.) (YR.) REMARKS 5 < R5 HEAD SPRAY PIPING f R5 HEAD SPRAY PIPINGri' s R5 HEAD SPRAY PIPING R5 HEAD SPRAY PIPING 1 l u TI APERTURE CAflD liso Availabic On Aperture Card 8 61212 019. 0. -3L D :s rv o 70 1

O$ % #7 1 l \\ f

,t,g hF > !? Page 1

t 4, a LCCKEY SYSDEC SYSDWGNO

( y 4 h i 53.00 RHR 10.01 1 0 - 91 0 51.00 RHR 10.01 10-91 7( 52.50 RHR 10.01 10-91 (- I 4.00 RHR 10.01 10 -71 gs. t 6.00 RHR 10.01 10-8I i . (U 5.00 RHR 10.01 10-81 lIl '!j 10.00 RHR 10.01 10-10 i,l 9.00 RHR 10.01 10-1Q j 53.50 RHR 10.01 10-95 i l 54.00 RHR 10.01 10-9E 3* 57.00 RHP 10.01 10-8E 8 74.00 RHR 10.01 10-1G 74.00 RHR 10.01 10-10 96.00 RHR 10.02 10-9G '8 97.00 RHR 10.02 10-9A 98.00 RHR 10.02 10-9 <a 99.00 RHR 10.02 10-8 100,00 RHR 10.02 10-8A 101.00 RHR 10.02 10-8A O 98.50 RHR 10.02 10-9A 163.00 RHR 10.02 10-10 163.00 RHR 10.02 10-10 164.00 RHR 10.02 10-10 194.00 RHP 10.03 10-17 196.00 9HP 10.03 10-17 '26.00 RHP 10.03 10-11 b 328.00 RHR 10.03 10-11 360.00 RHR 10.23 10-15 i# s L.

[ Q ti em O 1 .O lOMPID CODEC PEMARKS o -HS-6 F-C PFSK-2088 7 e I HHS-7 F-C PFSK-2544 h OfAl l-HS-8 F-C H10-4L6 l-MS-3 F-C PFSK-2089 !e '-HS-9 F-C PFSK-2083 l-HS-10 F-C PFSK-2579 B-HS-18 F-C PSFK-2250 e B-HS-17 F-C PFSK-2249 e -HS-4 F-C PFSK-2061 -HS-3 F-C PFSK-2040 g -HS-12 F-C PFSK-2050 6 B-HS-20 F-C PFSK-2448 B-MS-19 F-C PFSK-2373 g 'HS-38 F-C PFSK-2073 m -HS-39 F-C PFSK-2086 -HS-40 F-C PFSK-2444 g -HS-35 F-C PFSK-2075 HHS-32 F-C PFSK-2243 fHS-33 F-C H10-464 g LMS-404 F-C PFSK-2082 TI %-HS-45 F-C PFSK-2127

MRTURE l

h-HS-42 F-C PFSK-2202 C I I AN g h-HS-43 F-C PFSK-2069 4 Alto Available On g fHS-57 F-C PFSK-2482 dperint.g Card I fMS-55 F-C PFSK-2541 ,g l h-HS-89 F-C PFSK-1870 I s 8612120190-3 5 -HS-89A F-C PFSK '80 -HS-84 F-C PFSK-2446 u

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,o C,, s ' _ O e - <l f 9 ' <f <, - .-7 y: ,4 v o ' f) , I v g y, 9 t, G~ 842.22 PHP 10.08 10 (# 910.00 RMP 10.09 10-26 911.00 RHR 10.09 10-2E h< 912.00 944 10.09 10-26 t

N./ l%.~ Sh jE m_ .p 3 _ ow i LOCKEY SYSDEC SYSDWGNO (4 g h,. 913 00 'RHR 10.09 .10-3t _-~.gg gg. . RHR ' ~10.09 '10-30 gl!sij 926.00 RHR 10.09 10-3! 931.00 RHR 10.09 10-4 g . ~ _. 934, gg .RHR' 10.09 10-4 6 936.00 RHR 10.09 10-4 II t 983.00 RHR 10.10 10-1. 0,-0 r p. ~. 985.00-RHR -- ~10.10- ~10-14 IO 993.00 RHR 10.10 10-14 O:J 999.00 RHR 10.10 10-14 5 ~ 1022.00 - RHR - ~ ~ ~ 10.11-10-95 O 1025.00 RHR 10.11 10-96 b 1027.00 RHR 10.11 10-95 0;'t 1117-00 RHR-10.12 10-32 I j 1117.00 RHR 10.12 10-32 1135.00 RHR 10.12 10-91 1136.00 -RHR-10.12 ~10-9E Oi 1138.00 RHR 10.12 10-9E 1241.00 RHR 10.13 10-1" 0; 1242.00 RHR 10.13 10-1" 1244.00 RHR 10.13 10-1" i 1243.00 RHR 10.13 10-1" O! -1248.00 RHR 10.13 10-1" O-1251.00 RHR 10.13 10-15 1295.00 RHR 10.14 10-15 g;, 1897.00 RHR 10.14 10-1" 1308.00 RHR 10,14 10-15 1311.00 RHR 10.14 10-15

g I -n el,. i I i DMPID CODEC REMARKS -HS-224 F-C H10-380 ]4 -HS-223 F-C H10-381 -MS-221 F-C PFSK-1S27 -HS-236 F-C PFSK-938 i g 'k) -HS-233 F-C H10-375 -PS-232 F-C PFSK-937 R-HS-2404 F-C PFSK-763 1 $h A-HS-2408 F-C PFSK-761 i a O B-HS-2454 F-C PFSK-769 S-HS-247 F-C PFSK-768 9 -MS-254 F-C PFSK-2071 J O -HS-252 F-C PFSK-1857 i -HS-251 F-C PFSK-2282 l B-HS-278 F-C PFSK-2366 O B-HS-277 F-C PFSK-2366 -MS-286 F-C H10-88 9 -HS-287 F-C PFSM-2543 -HS-288 F-C PFSK-2068 TI -HS-296 F-C PFSK-2074 APRItTURE ~ ' ' -HS-295 F-C PFSK-2074 ( '. /tRO B-HS-294 F-C PFSK-2074 a Avuunble On e B-HS-293 F-C PFSK-2074 A rcruire Card i B-HS-292 F-C PFSK-2042 B-HS-291 F -C PFSk-2477 4-MS-303 F-C cegg_1944 A-MS-304 F-C PFSK-1940 8612120190 -3 7

4-HS-306 F-C PFSK-1984 A-MS-307 F-C PFSK-1952
--S
4. '-
7 e;
i. Page-4 i-LOCKEY SYSDEC SYSDWGNO ( 599.50 RHR 10.06 10-31 745.00 RHR 10.07 10-2d 4 843.50 RHR 10.08 10 ! 512.50 RHR 10.05 10-!! d i 516.50 RHR 10.05 10-1' 1311.50 RHR 10.14 10-1 k;. 15.00 RCIC 13.01 13-2 -14.00-RCIC 13.01 13-22 f J 27.00 Peactor Water Cleanup 12.01 12-1J 28.00 Reactor Water Cleanup 12.01 12 - 31.00 Reactor Water Cleanup 12.01 12-12 32.00 Reactor Water Cleanup 12.01 12 ; 40.00 Reactor Water Cleanup 12.01 12 - e: 41.00- -Reactor Water Cleanup 12.01 12 O 82.00 Core Spray 14.02 14-5 83.00 Core Spray 14.02 14-58 104.00 Core Spray 14.02 14-9f O' 179.00 Core Spray 14.02 14-9A 195.00 Core Spray 14.03 51 197.00 Core Spray 14.03 14-51 O 218.00 Core Spray 14.03 14-5E 288.00 Core Spray 14.03 14-91 291.00 Core Spray 14.03 14-91 O 115.00 Core Spray 14.02 14-5( 12.00 HPCI 23.01 23-11 12.50 HPCI 23.01 23-11 O 26.00 HPCI 23.01 23-2f 43.00 HOCI 23.01 23-15 g
l .3 Gi DMPID CODEC REMARKS -HS-166A F-C O -HS-187 F-C PFSK-2129 HS-208A F-C PFSK-4646 B-MS-124B F-C PFSK-1953 i 9 B-MS-125B F-C PFSK-1949 A-MS-308 F-C PFSK-1952 -HS-13 F-C PFSK-1919 9 -HS-13A F-C PFSK-1921 I O} HS-18 F-C H12-94 HS-19 F-C H12-96 9 HS-20 F-C H12-95 O HS-20A F-C H12-93 HS-22 F-C PFSK-1931 9i HS-23 F-C PFSK-1900 t O -HS-24 F-C PFSK-793 I l-HS-25 F-C PFSK-794 Oi i -HS-14 F-C PFSK-2343 -HS-15 F-C PFSK-2509 'l[ Of W !' -HS-44 F-C PFSK-1132 I',A[$O i -HS-43 F-C PFSK-1133 O l-HS-45 F-C H14-63 Mpo Available Oc Ap+cture Card i -HS-35 F-C PFSK-2265 g] -HS-34 F-C PFSK-2392 -HS-23 F-C PFSK-2139 g' A-HS-3 F-C H23-87 O-HS-4 F-C H23-89 8612120190-3$, -HS-7 F-C PFSK-1890 g) -HS-10 F-C PFSK-2036
a 0 ~. 1 o Page 5 O LOCKEY SYSDEC SYSDWGNO C '9'** "PC' 3* 3-5 O 54.00 HPCI 23.01 23-15 0 58.00 HPCI 23.01 23-19 79.ee uPCI
3. e 3-1s O
197.00 HPCI 23.04 23-2" O 242.00 HPCI 23.05 23-17 "PC' 3' *3 3- ' O 278.00 HDCI 23.05 23 279.00 HPCI 23.05 23 16.00 DRYWELL,INERTING, CAD 27.01 27-18 18.00 DRYWELL,INERTING, CAD 27.01 27-18 b 19.00 DRYWELL,INERTING, CAD 27.01 2 7-18 83.00 MAIN STEAM 29.01 29-19 83.00 MAIN STEAM 29.01 29-1A D 87.00 MAIN STEAM 29.01 29-19 93.00 MAIN STEAM 29.01 29-14 93.00 "AIN STEAM 29.01 29-1 D 97.00 MAIN STEAM 29.01 29-1R 109.00 MAIN STCAM 29.01 29-1B 'O 1 1 113.00 MAIN STEAM 29.01 29-1B 'O 113.00 vain STEAM 29.01 29-10 118.00 FAIN STEAM 29.01 29-10 118.00 MAIN STEA" 29.0! 29-10 D 122.00 MAIN STEAM CO. 01 29-10 221.00 Ma!N STECM 29.02 29-1C 221.00 Po l ?' STEGM
20. 0?
29-1C ^ 5. 00 Ma!N STEAv 29.0? 29-1C 229. ee -ary STEa* c a. e2 29-iC L
?*"l j ' I w DMPID CODEC REMARKS
HS-13 F-C PFSK-1452 g
-HS-15 F-C PFSK-2041 -HS-17 F-C PFSK-2293 B-HS-2 F-C H23-86 g -HS-81 F-C PFSK-2247 -HS-87 F-C PFSK-2248 HS-88 F-C H23-89 g HS-91 F-C PFSK-2500 MS-92 F-C PFSK-2242 g' ' A-HS-1 F-C BSFK-514 A-HS-2 F-C BFSK-716 A-HS-3 F-C BFSK-929 -HS-2 F-C H29-128 g -HS-3 F-C H29-129 -HS-4 F-C PFSK-1875 -HS-6A F-C H29-136 g -HS-6B F-C H29-13' -HS-8A F-C PFSK-217 -HS-13A F-C PFSK-4857 APERTUIG -HS-11 F-C H29-130 yg -HS-12 F-C H29-131 190 hvailable On -HS-15 F-C H29-139 Apeelt:re Card .9, >HS-16 F-C H29-138 -HS-17 F-C PFSK-1876 HS-21 F-C H29-134 20190-%g HS-22 F-C H29-135 86 o~ H3-24 F-C H29-140 HS-25 F-C H29-141 .g b
q f h*% % er $4 4 6 Aage 6 0' LOCKEY SYSDEC SYSDWGNO 231.00 MAIN STEAM 29.02 29-1 0 248.00 MAIN STEAM 29.02 29-1 h 248.00 MAIN STEAM 29.02 29-1 -) k 250.00 MAIN STEAM 29.02 29-1 I 256.00 MAIN STEAM 29.02 29-1 i fO 256.00 MAIN STEAM 29.02 29-1 1 i, g. 263.00 MAIN STEAM 29.02 29-1 219.00 MAIN STEAM 29.02 29-1 i k 52.00 FEEDWATER 34.01 34-5r 52.00 FEEDWATER 34.01 34-s < g. 63.00 FEEDWATER 34.01 34-41 O' 03.00 FEEDWATER 34.01 34-4' 120.00 FEEDWATER 34.02 34-s 120.00 FEEDWATER 34.02 34-0 131.00 FEECWQTER 34.02 34-4 131.00 FEEDWATER 34.02 34-4 64214.40 2492 96 4 l e e c. ) c e.-,,.
-y ei ':0MPID CODEC REMARKS -HS-26 F-C H29-249 & H29-249A g 1-HS-34 F-C H29-132 1-HS-35 F-C H29-133 l-HS-36 F-C PFSK-1880 g l-HS-40 F-C PFSK-234 t-HS-39 F-C H29-143 1-HS-41 F-C H29-250 g.. l-HS-23B F-C PFSK-4859 l-HS-6 F-C H34-117 l-HS-7 F-C H34-118 g, I-HS-16 F-C H34-120 l-HS-17 F-C H34-119 )-HS-26 F-C H34-122 g 1-HS-27 F-C H34-121 -HS-35 F-C H34-123 -HS-36 F-C H34-124 g Sum g. i TI APEilTUllE CARJ) g. AI* Andlabic On 0 A 'crtura carg l 4 1 0 8 61212 019 0 -4 D, _y
-- - - - --.- - - - ~ ~ -.- 'hg.n_ .~_ -._. .. _ ~ -. _ _ F Oih A h.._.~ .Page. .1_.- ! I'} 'l $ b.i LOCKEY SYSDEC SYSDWGNO C H - 4 49.00 Reac5bkRecirculation _.. __i 2.01 02-22 f5 2.01 02-2; 4--. _ 52.00-.. Reactor Recirculation ,y l $il 53.00 Reactor Recirculation 2.01 02-22 M P 92.00 Reactor Recirculation 2.01 02-2] ~9L 94.00 Reactor. Recirculation. ,2.01 02-2i 98.00 Reactor Recirculation 2.01 02-2 t .u. !v 111.00 Reactor Recirculation 2.01 02-22 Oh
i..
113.00 Reactor Recirculation 2.01 02 : ,, $ {, 02-2j 115.00 Reactor Recirculation 2.01 .\\ -117.00 Reactor Recirculation 2.01 02 AO! 02-2 i 120.00 Reactor Recirculation 2.01 1 I j$;. 124.00 Reactor Recirculation 2.01 02-2j k 125.00 Reactor Recirculation 2.01 02 ;eL 02-2 i 127.00 . Reactor. Recirculation 2.01 $} 184.00 Reactor Recirculation 2.02 02-27 186.00 Reactor Recirculation 2.02 02 e: 187.00 Reactor Recirculation 2.02 2-2-E f 227.00 Reactor Rectreulation 2.02 02-2j 229.00 Reactor Rectreulation
2. *?
02-2 e 1 233.00 Reactor Recirculation 2.02 02-2j F 245.00 Reactor Recirculation 2.02 02-2j S 247.00 Reactor Rectreulation 2.02 02-2 4l ef 251.00 Reactor Recirculation 2.02 02-2 02-2j g-253.00 Reactor Rectreulatien 2.02 k. 255.00 Reactor Rectreulation 2.02 02-2j 02-2; 257.00 Reactor Rec 1cculatton 2.02 Ae t i ($ 261. N Reactor Rectrculat1on 2.02 02-2j I ? !e 265.0A Reactor Rectrculation 2.02 02-2? t
o DMPID CODEC REMARKS O 2A-S-7 F-C 6.11-100A, 103D & 106B j .O 2A-S-8 F-C 6.11-100A, 103D & 106B 2A-S-9 F-C 6.11-100A, 103D & 106B ~O 2A-S-3 F-C 6.11-100A,103D & 106B 2A-S-4 F-C 6.11-100A,103D & 106B 2A-S-6 F-C 6.11-100A,103D & 106B 'O 1A-S-12 F-C 6.11-100A,103D & 106B O
1A-S-13 F-C 6.11-100A,103D & 1068 1A-S-15 F-C 6.11-100A,103D & 106B

O
'1A-S-16 F-C 6.11-100A, 103D & 106B O
1A-S-18 F-C 6.11-100A, 103D & 106D

1 A-S-19 F-C 6.11-100A, 103D & 106B O
'1A-S-20 F-C 6.11-100A, 103D & 106B O !!A-S-17 F-C 6.11-100A, 103D & 106B '2B-S-7 F-C O 2B-S-8 F-C O lB-S-9 F-C l l 28-S-3 F-C 6.11-105B SH 71 & 73 0' l l2B-S-4 F-C 6.11-105D SH 74 & 76 lB-S-6 9 2 F-C 6.11-1058 SH 89 & 93 TI 18-S-12 F-C 6.11-105B SH 55 & 57 A T)r'RTUE 8 110-S-13 F-C 6.11-105D SH 58 & 60 C *.!E O O\\ -1B-S-15 F-C 6.11-105D SH 51 & 54 ^Ico Avakble On (18-S-18 F-C 6.11-1059 SH 33 & 35 Sporture (?ard O 10-S-19 F-C 6.11-105D SH 36 & 38 9 1B-S-20 F-C 6.11-105D SH 40 a 42 1 D-S - 17 F-C 6.11-105B 9H 47 & 50 O 8612120190 L iB-S-16 r-C 6.11 - 1 e 2 S u m. a 46 9
h% c, O pace e LOCKEY SYSDEC SYSDWGNO ( O O 4670,00 y6.42 a Nuraber of Observations: 28 0 O' !D O i i O
l0' jo O
lO O i jO l 0 0 t 4 O l O t I!O .\\ lt w.
fy' .rm ' e OMPID CODEC REMARKS e sum o o! e e e e f e e e e e e TI e APERTURE CARD e Alm Arnit41,1., o,, 9 Apa ture Card l e 8612120190- Q f ~, L-
h ENCLOSURE #8
o SYSTEM DWG. NUMBER /REV REACICR RJIIDING SERVIG WATER COOLING SYSTEM FB-10H-14 REACICR RJIIDING COOLING WATER FM-15A-23 'IURBINE RJIIDING SERVIG WATER COOLING SYSTEM FB-18H-13 FUEL POOL COOLING & CIEAN-UP SYSTEM FM-19A-16 RESIDUAL HEAT RDOVAL EM-20A-18 FM-20B-21 FM-20C-16 FM-20D-18 REACICR CORE ISOIATION COOLING SYSTEM FM-22A-15 FM-22B-12 CONIROL RXM AREA SERVIG-GILIED WATER SYSTEM FB-35E-7 SEVIG MATER SYSTEM-SYSTEM 46 FM-46A-16 ENERGENCY DIESEL GENERAIOR(EDG) FUEL OIL LINES (A & C) EM-93A-10 FM-93B-5 EDG-AIR STARP UP LINES "A" FM-94A-5 " B " FM-94B-2 " C " FM-94C-2 " D " FM-94D-2 EDG JACKET WATER SYSTEM ll825-1.12-47D EDG IUBE OIL SYSTEM ll825-1.12-117A

G ENCLOSURE #9 k
l l 1 I I 1 l 4 i 1 1 I e i i k i i ~~~W F'N--e- - - & r-e,,,.
~ W l. w CERTIFIED 'JoMr~. ' c rFCK by VENDOR .i) NUCLi-Ah r . :AT i APRB&WFo i 26hr Dateidarit 291/'i7/ FDR GENERAL ELECTRIC ATotelC POWER EQUIP. D.C.'T.- INSTRUCTICU IM!iUAL SAN JOSE. CAllFORN!A m. FOR - GEITERAL ELECTRIC CO:eAUY -l E;4,..o,a.m..;.m,r3 4 a ATO:!IC PO'JER EQ,UIP;IS;T DIVISIO11 FITZPATRICK IrJCI212. PLA!iT UNIT l' UNIT 2 UIIIE trtLE POIhT, NE'd. YORK m ~ EQUTP:M;T P,IECE 13RGER 10-2 (2 EXCHANGER 3) , RESIDUAL HEAT RE"07AL EXCHAUGERS GENERAL ELECTRIC P.O. #205-fJ.661 P 9 PERFU SL-7211 g g ' t; (~ g b' 'n
4..
. "g,. i) 1
ss e GEIERAL DESCRII'fICI _OP EQUIE ZC The equipment furnished on this order consists of two (2) residual heat removal excharcers, identified as Item Shutdown (base) for the shutdown operating condition. These excharcers are each capable of handling the additional duty requirenants of containment cooling and steen condensing as indicated on seperate cpecifi-cation data sheets enclosed in this manual. The shell side of the exchangers were designed, con-structed, and inspected in accordance with the Ancrican Society of Mechanical Engineers (As?S) Boiler and Pressure Vessel Ccde, Section III, Nucicer Vercels, Class "C", and the Tubular Exchanger Manufacturers Association (TetA), Class"C". The' tube side of the exchangers were designed, constructed, and inspected in accordonce with the AS:E Boiler and Pressure Vessel Code, Section VIII, Division 1, and TEMA, Class "C". The design pressure and tenpercture en the chell ride 0 is 450 PSIG at 32 100 F. The design pre:sure and teep-4 erature en the tube side is also h50 P3IG at 32-hco F. o A corrosion allowance of 0.100" is provided on all carbon steel curfaces and.005" total on tubing, i)
r a w,o t .x The units are to be installed in a vertical, head doun position. In addition to the circumferential vessel . support, four upper bracket supports are provided. The empty veicht of one exchanger is approximately 41000 lbs., including a 15000 lb. renovable shell. The units exc of the inverted U-tube type of construc-tion with the channel velded to the tube sheet. Bolted flance connections join shell to tube sheet and channel cover to channel. Each tube bundle contains 510 U-BE! IDS-1" OD,18 BWG. Each tube les is 193" long to tancency point of bend. i Q Tube materini is type 304 stainless steel furnished to specification SA-2h9 The tube shcots have a 1/4" overlay of stainic::s steel on the tube side and the tubes are welded and rolled into the tube sheets. A lining of Carbomastic #3 e.nd #12 vith a co=bined minicum thickness of 24 tils has been applied to all carbon steel surfaces on the tube sido except the gesket surfaces.
OVERSIZE DOCUMENT PAGE PULLED l SEE APERTURE CARDS NUMBER OF OVERSIZE PAGES FILMED ON APERTURE CARDS 1 l l APERTURE CARD /HARD COPY AVAILABLE FROM RECORD SERVICES BRANCH,TIDC l FTS 492-8989 i. _}}

ML20215B482

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ML20215B482

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