ML20137B508
| ML20137B508 | |
| Person / Time | |
|---|---|
| Site: | Monticello  |
| Issue date: | 03/12/1997 |
| From: | Carstens D, Ricker J, Tam Tran NORTHERN STATES POWER CO. |
| To: | |
| Shared Package | |
| ML20137B506 | List: |
| References | |
| PROC-970312, NUDOCS 9703210353 | |
| Download: ML20137B508 (200) | |
Text
{{#Wiki_filter:. -__ _ l 1 O l NORTHERN STATES POWER COMPANY 414 NICOLLET MALL MINNEAPOLIS, MN 55401 MONTICELLO NUCLEAR GENERATING PLANT 2807 WEST HIGHWAY 75 MONTICELLO, MINNESOTA 55362 INSERVICE INSPECTION EXAMINATION PLAN REVISION 2 THIRD INTERVAL JUNE 1,1992 THROUGH MAY 31,2002 ) O i Prepared By:
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Tin Tran Reviewed By: b AM Dean Carstens f Approved By: Jeff Ricker Date: l2 b 97 '
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NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN RECORD OF REVISIONS Page Rev. Review and Approval .... .... ..... .. ....... ...... . ............. 2 i................................................ ........... . .... 2 1.1-1 .. ......... ... . . . .. ..... . ..... . .. ... ...... ... 1 1.2- 1 th ro u g h 1.2-2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 1.3-1 and 1.3-2 . .............................................2 ; 1.4 - 1 th ro u g h 1,4-7 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 I 1.4-8 th roug h 1.4-14 . . . . . . . .. . . .. . . . . .. . . . . . .. .. .. .O i 1.5-1 a n d 1. 5-2 ... . . . . .. . ... ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..1 1 1.5-3 through 1.5-5 . . . . . . . . . . . . . . . . . ............O i 1.5-6 and 1.5-7 .... .. .....................................1 1.5-8 tbrough 1.5-18 . ........ . .. ... .. ..... ..... ......... . 0
- 1. 5- 19 a n d 1. 5-2 0 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
- 1. 5-21 th ro u g h 1. 5-27 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 0 1.6-1 th ro ug h 1.6-3 . . . .. . . .. . . . . . . .. .. . . .. . . . . ... .... ...... 1 1.7-1 through 1.7-3 .. .... . . ............ . ... ..... .. . ..... 1 Table Class 1 and 2 (1 through 66) .. .. ... .... . . . . . . .. .. 2 (3/7/97)
Table Class 3 (1 through 4) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 (3/7/97) i Revision 2 e 3/7/97
i 4 r k NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN : i
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j TABLE OF CONTENTS i
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Page j i Reco rd of Revisio n s . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . i 1 Ta ble of C o nte nts . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . .. . . 1.1 -1 1 , I ntrod u ctio n . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1. 2- 1 4 , S o u rce D o cu me nts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1. 3- 1 1 i i Req ue sts for Relief . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.4-1 . ISI Bo u n d a ry D rawin g s . . .. . .. . . .. . ... . . .. . .. . .. . ... . .. ....... ..... .. ..... .. . 1. 5-1 l ISI iso metric Drawing s .. .. . ... . ..... ... ...... .... . . . . . . .. .. . .. .... ..... ... .. . 1.6-1 ; I
\ Inspection Plan and Schedule Table . ... ................. ..............1.7-1 l t
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l I i 1.1-1 Revision 1 , 7/23/93
I NORTHERN STATES POWER INSERVICE INSPECTION MONTiOELLO 3RD INTERVAL EXAMINATION PLAN O i INTRODUCTION The ASME Code Section XI Inservice Inspection (ISI) Program is prepared and maintained by the Materials and Special Processes Section of Northern States Power Company's Power Generation Division. The ASME Codes Section XI Inservice Testing (IST) Program is prepared and maintained by the Monticello Plant Staff; the IST program has been submitted under separate cover. The Monticello Third Ten Year Inservice inspection Interval is from June 1,1992 to May 31,2002. Six refueling and maintenance outages are scheduled in this time frame. Components within the examination plan have been selected using criteria in the 1986 Edition of the ASME Code, Section XI. The 1974 Edition, Summer 1975 Addenda to the Code is used to determine the extent of examination of Class I welds as allowed by 10CFR50.55a(b)(2)(ii). The 10CFR50.55a(g)(6)(ii)(A)(57FR34666), Augmented Examination of Reactor Vessel have been identified. The code editions implemented can be summarized as follows: Class 1 (Quality Group A) 86 Section XI (extent of exam - 74S75 Section XI) g 89 Section XI as required by W 10CFR50.55a(g)(6)(ii)(A) Class 2 (Quality Group B) 86 Section XI l Class 3 (Quality Group C) 86 Section XI NF (Hangers) 86 Section XI MC (Metal Containment) 92 Section XI & 92 Addenda, IWE j I The examination plan and schedule was developed from ASME Code l requirements, individual component examination history and plant scheduling l needs such as optimizing insulation removal and scaffolding needs. During the second interval, a substantial number of component replacements and alterations were made (e.g. the recirculation piping replacement). The intent of the third interval scheduling was to be consistent with the second interval, subject to allowing meaningful accumulation of service time for new components. Examination of Class 1 and Class 2 components will be in accordance with requirements listed in Table IWB-2500-1 and Table IWC-2500-1, respectively, of ! the Code,1986 Edition, and 10CFR50.55a(g)(6)(ii)(A)(57FR34666), except where relief has been requested. l Class 1, Class 2 and Class 3 hangers have been identified in accordance with ! IWB, IWC and IWD, respectively. Hanger examination will be completed in 1.2-1 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN v accordance with ASME Section XI, Subsection IWF. Integral attachments will be , examined in accordance with the appropriate section of the Code. Inservice inspection examinations are performed by qualified and certified personnel using procedures written to the 1986 Edition of the Code. The Section XI Repair and Replacement Program, System Pressure Tests and Snubber Functional Tests are administered by the Monticello Plant Staff. Activities under the Repair and Replacement Program, System Pressure Tests and Snubber Functional Tests are reported in the " Inservice Inspection Summary Report" following each refueling outage. The ASME Section XI Inservice inspection Program is in six parts: Introduction; Source Documents; Requests for Relief; ISI Boundary Drawings; ISI Isometric Drawings; and a table containing the Inservice inspection Examination Plan and Schedule. The ISI Boundary Drawings outline Quality Group Classifications, A, B and C. The ISI Isometric Drawings delineate ASME Section XI components or items that are included in the program. 1 4 Q V The inservice Inspection Examination Plan and Schedule lists the ASME Section XI components by isometric drawing number, system, item and item description. l I The examination plan and schedule identify the ASME Section XI Item Number listed in Tables IWB-2500-1, IWC-2500-1 and Subsection IWF, thus identifying the examination method. The examination schedule lists the anticipated year for l the examination of a given component. The examination schedule is intended to j be flexible to allow for deviations in outage length and outage work scope. l Therefore, the schedule may be changed, as allowable by the Code, without i further notification The examination plan and schedule contains certain non-code items to be examined or examinations beyond Section XI Code requirements. These augmented items include licensee initiated examinations on NC-7879-6/ Tank ; and NC-ISI-37!W-1, W-2, W-3, W-4, W-12, W-12A shown in the plan and schedule. These items will be examined in accordance with the Section XI Code to the extent practical. Relief requests will not be submitted for these non-code exams if Section XI Code requirements can not be met. Non-code exams are also subject to change without prior notification to the NRC. Monticello was built prior to the implementation of Section XI Access Requirements. As a result, some components that require examination may not p be completely accessible. d 1.2-2 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN , O SOURCE DOCUMENTS 10CFR50.55a (53FR16051) 1974 Summer 75 B&PV Code Section XI 1986 B&PV Code Section XI Technical Specification 3.15/4.15 NUREG 0619 (BWR FW and CRDRL Nozzle Cracking (M-667,668,796,797)) USIA-10 NSP Letter 11/3/81 VT Feedwater Sparger NSP Letter 5/9/83 CRD Return Line NUREG/CR 3052 (Jet Pump Beam UT (M-664)) Generic Letter 88-01 & NUREG 0313, Rev 2 (IGSCC (M-542,544)) Note: All Monticello welds meet NUREG-0313, Rev. 2. Regulatory Guide 1.150, Rev.1 & Generic Letter 83-15 g Regulatory Guide 1.58, Rev.1 Regulatory Guide 1.147, Rev.11 dated October 1994 Code Case N-307-1 Revised Ultrasonic Examination Volume for Class l Bolting, Table IWB-2500-1, Examination Category B-G-1, When the Examinations are Conducted from the Center Drilled Hole Code Case N-416-1 Alternate Rules for Hydrostatic Testing of Repair or Replacement of Class 2 Piping, Section XI, Division 1 (Note: This revision of N-416 does not conflict with Code Case N-498) Code Case N-435-1 Alternative Examination Requirements for Vessels With Wall Thickness 2 in. or Less, Section XI, Division 1 Code Case N-491 Alternative Rules for Examination of Class 1,2, 3, and MC Component Supports of Light-Water Cooled Power Plants. Section XI, Division 1 1.3-1 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN (n) ~v Code Case N-498 Alternate Rules for 10-Year System Hydrostatic Testing for Class 1,2, and 3 Systems, Section XI, Division 1 NUTECH Report - NSP-56-121-6, Rev. O lEB 80-13 Core Spray Spargers Generic Letter 87-11 10C F R-50.55a(g)(6)(iP !A)(57F R 34666) C\ U n i y NJ 1,3-2 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN Requests for Relief O Relief Request No. Description Rev. 2 Reactor Vessel Stabilizer Brackets 1 3 Reactor Recirc Pump 1 4 Valve Internal Surfaces 1 5 Reactor Vessel Nozzles N-13 & N-14 1 7 Leakage at Bolted Connections 1 8 Use of Exieting Calibration Blocks 0 9 Use of High Alloy /High Nickel Calibration 0 Block for Dissimilar Metal Weld O O 1.4-1 Revision 2 3/7/97 , 1
NORTHERN STATES POWER INSERVICE INSPECTION , MONTICELLO 3RD INTERVAL EXAMINATION PLAN ISl Relief Request No. 2 (Rev.1) Reactor Vessel Stabilizer Brackets SYSTEM: Reactor Vessel Class: 1 Category: B-H ltem: B 8.10 Impractical Examination Requirements: Perform a volumetric or surface examination of 100% of the vessel stabilizer bracket to vessel welds. Basis for Relief: The vessel stabilizer brackets are surrounded by non-removable insulation, ventilation ductwork and electrical installations. Q
'V The stabilizer brackets do not provide support during normal operation. The brackets stabilize the vessel against local and seismic loads.
Alternate Examination: The stabilizer brackets will be examined, if local or seismic loads are experienced.
Reference:
Relief Request No. 51 - Second Ten Year Interval dated June 30, 1981; NRC SER dated November 29,1990. Approval Status: Approved 10/18/94. Submitted with Examination Plan, Rev. O. (~'T U 1.4-2 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN O' ISI Relief Request No. 3 (Rev.1) Reactor Recirculation Pump SYSTEM: Reactor Recirculation Class: 1 Category: B-L-2 Item: B 12.20 Impractical Examination Requirements: Perform a visual examination of the internal surfaces of one reactor recirculation pump. Basis for Relief: Inspection of a reactor recirculation pump internal surface requires disassembly of the pump. Disassembly of a pump results in a large amount of personal radiation exposure. Disassembly of the pump may result in damage to the pump. Alternate Examination: The internal surface of a reactor recirculation pump will be visually examined if a pump is disassembled for maintenance. If a recirculation pump is not disassembled for maintenance in the third ten year interval, this will be reported at the end of the interval.
Reference:
Relief Request No. 41 - Second Ten Year interval dated June 30, 1981; NRC SERs dated November 29,1990 and June 15,1992. Approval Status: Approved 10/18/94. Submitted with Examination Plan, Rev 0. O 1.4-3 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION I MONTICELLO 3RD INTERVAL EXAMINATION PLAN O , ISI Relief Request No. 4 (Rev.1) Valve Internal Surfaces SYSTEM: Various Class: 1 Category: B-M-2 Item: B 12.50 Impractical Examination Requirements: Perform a visual examination of the internal surfaces of Class 1 valves. Basis for Relief: Inspection of the internal surfaces of Class 1 valves requires disassembly of the i valves. Disassembly of these valves results in a large amount of personal radiation exposure. Disassembly of the valves may result in damage to the valves. ( Alternate Examination: The Class 1 valve internal surfaces will be visually examined if the valve is disassembled for maintenance. If the valves are not disassembled for maintenance in the third ten year interval, l this will be reported at the end of the interval. ;
Reference:
Relief Request No. 42 - Second Ten Year Interval dated June 30, I 1981; NRC SERs dated November 29,1990 and June 15,1992. Approval Status: Approved 10/18/94. Submitted with Examination Plan, Rev 0. G L) 1.4-4 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN ISI Relief Request No. 5 (Rev.1) Reactor Vessel Nozzles N-13 & N-14 SYSTEM: Reactor Vessel Class: 1 Category: B-E ltem: B 4.12 impractical Examination Requirements: Perform a visual examination of the external surface to the reactor pressure vessel partial penetration nozzle welds for Nozzle N-13 and N-14 (Closure head flange leakage sensor). Basis for Relief: These nozzles do not see pressure during the vessel pressure test; unless the vessel flange o-ring leaks. Leakage past the o-ring is detected by the reactor vessel head-seal leak detection system. Therefore, a visual examination for leaks during the vessel pressure test will not detect leaks because the nozzles are not pressurized. Pressurizing the nozzle in the wrong direction to perform a leak test will damage the vessel flange o-ring. The nozzles are not accessible without damaging area insulation. Alternate Examination: No examination are proposed unless the insulation is removed for maintenance or other activities.
References:
Relief Request No.18 - Second Ten Year Interval, dated June 30, 1981; NRC SER dated November 29,1990. Approval Status: Approved 10/18/94. Submitted with Examination Plan, Rev. O. O 1.4-5 Revision 2 3/7/97
l NORTHERN STATES POWER INSERVICE INSPECTION L MONTICELLO 3RD INTERVAL EXAMINATION PLAN 'O ISI Relief Request No. 7 (Rev. f) (Page 1 of 2) Leakage at bolted Connections l l SYSTEM: Various Class: 1,2 and 3 Category: Various Item: Various l Impractical Examination Requirements: IWA-5250(a)(2): If leakage occurs at a bolted connection, the bolting shall be removed and VT-3 examined. Basis for Relief: The Section XI Code committees have acknowledged that this requirement is impractical. In the 1990 Addenda to the 1989 Edition of the ASME Section XI Code, the requirement was changed to limit the examination to one bolt nearest the leakage unless evidence of degradation is found. Section XI Code editions in Monticello's first and second inspection intervals did not require bolting examination if leakage was found. The subject requirement does not consider such things as whether the connection wil! stop leaking once the plant is at normal operating preczure and temperature. Some bolted connections, such as the control rod drive housings, may leak slightly during a leakage or hydrostatic test, but do not leak during power operation. Connections such as these also have specifically designed torque values, so the bolting material can not simply be tightened at the cold conditior: until the laak stops. In the case of the CRD housings, Monticello has evaluated these factors, with input from General Electric, and established VT-2 acceptance criteria for the system. This approach is in accordance with Section XI, paragraph IWB-3142 which should be the governin6 Code requirement. Periodic bolting examinations required by Section XI already exist. Adding the requirement to remove all bolting from a leaking bolted connection regardless of an evaluation that considers thc connection's acceptable leakage rate and mitigating factors is a hardship and a burden to Monticello without a compensating increase in quality or safety. l O U l l 1.4-6 Revision 2 l 3/7/97 1
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN ISI Relief Request No. 7 (Rev.1) O (Page 2 of 2) Leakage at bolted Connections Alternate Examination: Any leakage found at a bolted connection during a Section XI pressure test will be evaluated as part of the VT-2 examination test procedure. The need to consider removing one or more studs for visual examination as part of this evaluation will be documented in Monticello's administrative work instructions. Approval Status: Alternative Authorized 10/18/94. Submitted with Examination Plan, Rev. O. l 9 O 1.4-7 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN C') V ISI Relief Request No. 8 (Rev. 0) (Page 1 of 3) Use of Existing Calibration Blocks SYSTEM: Various Class: 1 and 2 Category: B-A ltem: B 1.21, B 1.22, B 1.30, B 1.40 B-D B 3.90, B 3.100 B-F B 5.10, B 5.130 B-J B 9.11, B 9.12, B 9.31 C-A C 1.10, C 1.20 C-F-1 C 5.11, C 5.12 C-F-2 C 5.51, C 5.52 Examination Requirements: IWA-2232(a) of ASME Section XI states that:
" Ultrasonic examination of vessel welds greater than 2 inches thick shall be conducted in accordance with Article 4 of Section V, amended as follows."
Section V, Article 4 T-441.1.2 outlines the material specification requirements for calibration blocks. T-441.1.2.1 requires calibration blocks to be fabricated from one of the following: (a) nozzle drop out from the component; (b) a component prolongation, or; (c) material from the same material specification, product form, and heat treatment as one of the materials being joined. lWA-2231(b) states that:
" Ultrasonic examination of piping systems shall be conducted in accordance with ASME Section XI, Appendix ill."
Appendix 111,111-3411 which outlines the material specification requirements for calibration blocks requires that:
"(a) The calibration blocks for similar metal welds shall be fabricated from one of the same materials specified for the piping being joined by the weld; (b)
Calibration blocks for dissimilar metal welds to be fabricated from the material dfm specified for the side of the weld from which the examination will be conducted. 1.4-8 Revision 0 3/7/97 1
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN O ISI Relief Request No. 8 (Rev. 0) (Page 2 of 3) Use of Existing Calibration Blocks if the examination will be conducted from both sides, calibration reflectors shall be provided in both materials; (c) Where the examination is to be performed from only one side of the joint, the calibration block material shall be of the same specification as the material on that side of the joint. (d) If material of the same specification is not available, material of similar chemical analysis, tensile properties, and metallurgical structure may be used. IWA-2232(d) states that: If the requirements of (a), (b), or (c) above are not applicable, the ultrasonic examination shall be conducted in accordance with the applicable requirements of Article 5 of Section V, amended as follows." IWA-2232(d)(4)(a) states that: g "The material from which the blocks are fabricated shall be: (1) a nozzle drop out from the component; (2) a component prolongation; or (3) material from the same material specification, product form, and heat treatment as one of the materials being joined. (b) For calibration blocks I for dissimilar metal welds, the material selection shall be based on the material on the side of the weld from which the examination will be ; conducted. If the examination will be conducted from both sides, i calibration reflectors shall be provided in both materials." l Examination Requirement Not Met Several of the calibration blocks currently being used lack the documentation l necessary to demonstrate compliance with the material specification requirements of Article 4 of Section V, Appendix Ill. Several of the calibration blocks currently being used on pipe to fitting, or fitting to fitting joints where examination is performed from both sides of the joint, are fabricated to pipe material specifications. O 1.4-9 Revision 0 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN q V ISI Relief Request No. 3 (Rev. 0) 1 (Page 3 of 3) I l Use of Existing Calibration Blocks I Basis for Relief: ) Documentatiori requirements existing at the time of fabrication did not require , traceability to the material's chemical or physical certifications. Existing calibration blocks certification is verified through appropriate P-number grouping. , The P-number grouping provides adequate assurance that the blocks will ' establish the proper ultrasonic calibration and sensitivity. Proposed Alternative Existing calibration blocks will be used as is. Any calibration blocks obtained in the future will be obtained with documentation to demonstrate compliance with the material specification requirements of ASME Code Section V Article 4 or l p Section XI, Appendix lil, as applicable. V Justification for Granting Relief
, it would be impractical to fabricate a new set of calibration blocks in order to satisfy the documentation requirements of the current Code. Existing records, indicate the appropriate P-number grouping, thereby providing adequate assurance that the blocks will establish the proper ultrasonic calibration and sensitivity.
Any new calibration block will be obtained with the documentation necessary to demonstrate compliance with the material specification requirements. Time Period Relief is Requested For Relief is requested for the Third Ten Year Interval. Approval Status: Not yet approved. Submitted Rev 0 on 3/14/96 p) L 1.4-10 Revision 0 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN ISI Relief Request No. 9 (Rev. 0) O Use of High Alloy /High Nickel Calibration Block for Dissimilar Metal Weld SYSTEM: Various Class: 1 & 2 Category: See Table 1 Item: See Table 1 Examination Requirements: 111-3411 (b) of ASME Section XI 1986 edition, Appendix ill states:
" Calibration blacks for dissimilar metal welds shall be fabricated from the material speci'ied for the side of the weld from which the examination will be conducted. If the examination will be conducted from both sides, calibration reflectors shsil be provided in both materials."
Proposed Alternative: For examination of dissimilar metal welds conducted from both sides, the proposed calibration is to be based on a single block fabricated from the material g specified for the high alloy /high nickel side of the weld. If indications other than geometry are noted on the carbon steel side, the scans will be repeated utilizing a calibration block of the same or of similar material (material of similar chemical analysis, tensile properties, and metallurgical structure). Basis for Relief: 10 CFR 50, Section 50.55a(a)(3) states (in part): " Proposed allematives to the requirements of paragraphs ... may be used when (i) The proposed allematives would provide an acceptable level of quality and safety, .. " Prior to the Winter 1985 revision of the code, paragraph 111-3411 stated the following; (a) The calibration blocks shallbe fabdcated from one of the materials specified for the piping beingjoined by the weld. O 1.4-11 Revision 0 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN o ( ') (b) Where the examination is to be performed from only one side of thejoint, the calibration block material shallbe of the same specification as the material on that side of thejoint. (c) 11 material of the same specification is not available, material of i similar chemical analysis, tensile properties, and metallurgical , structure may be used. Since the third interval requires a change from the 77 Edition S78 Addenda to I the 1986 edition of the Section XI code, a new requirement is imposed upon the plant. Compliance with this new requirement would require the plant to procure new calibration blocks for the carbon steel side of the dissimilar metal welds shown on Table 1. Our existing calibration blocks have been procured for dissimilar metal , examinations based on previous code requirements and opting for the ! conservative approach of using a block based on the high alloy /high nickel side of the weldment rather than the carbon side (see below). 1 I The Monticello plant has determined that our existing calibration blocks along with a procedural requirement to scan at high sensitivity levels (if the material , noise level in the component is not a minimum of 10% full scale height (FSH), ( ,#) the instrument gain is increased accordingly) and record all suspected flaw type indications regardless of amplitude, is a conservative and acceptable alternative method. Justification for Granting Relief: It is believed that the use of a single calibration standard for initial examination as noted above meets the requirements of 10 CFR Part 50, Section 50.55 (a) (3) to provide an acceptable level of quality or safety, or that compliance with the specified requirements would result in hardship or unusual difficulties without a compensating increase in the level of quality and safety. The use of the hiqh alloy /high nickel block for an examination performed from both sides cr' a 6t Umilar metal weld is considered appropriate for the following reasons; a) The sensitivity established on a high alloy /high nickel block is generally equal to or greater than that which would be obtained on a carbon steel block. This provides a conservative reference sensitivity for examinations from the carbon steel side of the weldment. b) The examination procedure requires the following; p " Scanning shall be performed at the following gain levels, as applicable: U 1.4-12 Revision 0 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN
. For angle beam examinations; a minimum of +6dB above Primary Reference (DAC) level. In addition, if the material noise level (Baseline Roll) in the component being examined is not a minimum of 10% FSH, the instrument gain shall be increased accordingly.
- For straight beam examination, +6dB above reference level."
"Any reflector suspected to be a flaw (i.e. crack) shall be evaluated and recorded, regardless of amplitude or size.
c) The velocity difference between high alloy /high nickel steels and carbon steels is minor and does not result in a significant angle variation. d) The procedure requires reexamination using a calibration block of similar material if indications are noted that are not attributable to geometry. This ensures proper evaluation data is recorded. e) Use of two separate calibrations for examination of a single component may result in greater radiation exposure to personnel due to increased time at the examination site required to perform separate setups and exams. Time Period Reliefis Requested For: Relief is requested for the Third Ten Year Interval g Approval: Not yet approved, NRC SER is pending. I l i O 1.4-13 Revision 0 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION i MONTICELLO 3RD INTERVAL EXAMINATION PLAN O l Table 1 - Dissimilar Welds SIN iso item Code Matl 1 Matl 2 Config 995 13142-42-A W-3 89.11 A106 GR B A182 TP347 Pipe to Pipe 996 13142-42-A W-4 B9.11 A182 TP347 A106 GR B Pipe to Pipe 1367 73880-A W-2 89.10 A240 304 A234 WPB Pipe to El 423 13142-20-C W-22 B9.11 A182 F304 A508 CL ll Flange to Noz 2388 FIG 1 W-9 09.11 A508 CL ll A182 F304 Noz to Flange 2731 ISI-19 W-1 B5.20 B166 A336 CL FB Noz to SE 2048 97005-B W-18 B5.10 A182 F316 A508 CL !! SE to Noz 2034 97005-B W-4 B5.10 A182 F316L A508 CL 11 SE to Noz 2062 97005-B W-32 B5.10 A182 F316L A508 CL ll SE to Noz 1964 97004-A W-25 B9.10 A333 GR 6 A358 316L Pipe to Pipe 1884 97003-A W-25 89.10 A333 GR 6 A358 316L Pipe to Pipe 1906 97003-B W-4 B9.10 A358 316L A333 GR 6 Pipe to Pipe 2041 97005-B W-11 B5.10 A182 F316L A508 CL 11 SE to Noz 2055 97005-B W-25 B5.10 A182 F316L A508 CL 11 SE to Noz f 2171 97006-B W-32 B5.10 A182 F316L A508 CL 11 SE to Noz I 2164 97006-B W-25 B5.10 A182 F316L A508 CL ll SE to Noz 2143 97006-B W-4 B5.10 A182 F316L A508 CL ll SE to Noz 2150 97006-B W-11 B5.10 A182 F316L A508 CL ll SE to Noz 2157 97006-B W-18 B5.10 A182 F316L A508 CL 11 SE to Noz 1995 97005-A W-1 B5.10 A508 CL 11 A403 316W Noz to SE 2102 97006-A W-1 B5.10 A508 CL 11 A403 316W Noz to SE 2729 ISI-16 W-1 B5.10 A336 CL F8 A508 CL ll SE to Noz 2730 ISI-16 W-2 B5.10 A336 CL F8 A508 CL ll SE to Noz i O 1.4-14 Revision 0 3/7/97
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I NORTHERN STATES POWER INSERVICE INSPECTION I MONTICELLO 3RD INTERVAL EXAMINATION PLAN l ,9 L) ISI isometric Drawings j Title Drawing No. Rev.No Reactor Vess-el interior New Fig 0 1 . l Reactor Vessel Top Head New Fig 1 2 , CRD Location Reactor Vessel New Fig 2 2 l Reactor Vessel Bottom Head New Fig 3 2 Reactor Vessel Welds New Fig 4 2 Nozzle Vessel Welds New Fig 5 2 Reactor Vessel Botting New Fig 6 2 Reactor Instrument Nozzle N11B ISI-97007-A 2 l Reactor Instrument Nozzle N11A ISI-97008-A 2 j Jet Pump Instrument Nozzlee New ISI-16 0 l Reactor Instrument Nozzles New ISI-19 1 Reactor Head Vent ISI-782A-A 2 ; Reactor Head Vent ISI-782-A 2 l Reactor Bottom Head Drain ISI-821-A 2 l Main Steam A ISI-13142-33-A 2 j (] Main Steam B ISI-13142-34-A 2 l V Main Steam C ISI-13142-35-A 2 Main Steam D ISI-13142-36-A 2 Main Steam Condensate Leakoff ISI-786-A 2 Feedwater A and B ISI-13142-53-A 2 Feedwater C and D ISI-13142-52-A 2 Core Spray A ISI-13142-26-A 2 Core Spray A 1S1-13142-26-B 2 Core Spray A ISI-13142-26-C 2 Core Spray A ISI-13142-20-B 2 Core Spray B ISI-13142-31-A 2 Core Spray B ISI-13142-31-B 2 Core Spray B ISI-13142-31-C 2 Core Spray B ISI-13142-20-A 2 Core Spray Pump Supports New ISI-49 2 HPCI Steam ISI-13142-42-A 2 HPCI Steam ISI-13142-19-A 2 HPCI Water ISI-13142-17-B 2 HPCI Water Discharge ISI-13142-40-A 2 HPCI Water Discharge ISI-13142-40-B 2 HPCIPumps ISI-8292-42-A 2 RWCU ISI-73880-A 2 (g) RHR A ISI-13142-51-A 2 1.6-1 Revision 1 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION : MONTICELLO 3RD INTERVAL EXAMINATION PLAN O Title Drawing No. Rev.No RHR A ISI-13142-37-C 2 RHR A ISI-13142-37-A 2 RHR A Containment Spray ISI-13142-37-B 2 RHR A ISI-97003-B 2 RHR A Return ISI-97003-A 2 RHR Reactor Vessel Head Cooling ISI-13142-20-C 2 RHR A ISI-13142-49-A 2 RHR ISI-13142-17-A 2 , RHR B ISI-13142-18-B 2 RHR B ISI-13142-18-C 1 RHRB ISI-13142-51-B 2 RHR B ISI-13142-18-A 2 RHR B ISI-97004-A 2 RHR B ISI-13142-17-C 2 RHR ISI-97027-A 2 RHR Pumps New ISI-48 2 RHR SW ISI-13142-48-A 2 RHR SW ISI-13142-48-B 2 g RHR HX A ISI-7905-32-A 2 W RHR HX B ISI-7905-32-B 2 RCIC Steam ISI-13142-43-A 2 RCIC Steam Discharge ISI-13142-19-B 2 RCIC Water ISI-13142-41-A 2 RCIC Pump New ISI-47 2 Fuel Pool Emergency Cooling ISI-13142-67 1 Fuel Pool Emergency Cooling ISI-13142-62 1 Recirc A ISI-97005-A 2 , Recirc A ISI-97005-B 2 I Recirc Pump A Supports ISI-97005-C 2 Recirc A Drain ISI-74209-1-A 2 Recirc B ISI-97006-A 2 Recirc B ISI-97006-B 2 Recirc Pump B Supports ISI-97006-C 2 , Recirc B Drain ISI-74210-1-A 2 l Standby Liquid Control ISI-74215-A 2 CRD A ISI-93268-1-A 2 CRD ISI-93268-1-B 2 CRD B ISI-93268-3-A 2 RHR SW ND-ISI-100 0 RHR SW ND-ISI-101 0 h 1.6-2 Revision 1 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION i MONTICELLO 3RD INTERVAL EXAMINATION PLAN O Title Drawing No. Rev.No i j RHR SW ND-ISI-102 0 i ~ RHR SW ND-ISI-103 0 ! RHR SW ND-ISI 104 0 . l l RHR SW- ND-ISI-105 0 i RHR SW ND-ISI-106 0 l 1 RHR SW ND-ISI-107 0 l l RHR SW ND-ISI-108 0 l l ":l*l:58 4 RHR SW ND-ISI-111 0 , ESW ND-ISI-123 0 i CGCS ND-ISI-141 0 l CGCS ND-ISI-142 0 ) CGCS ND-ISI-144 0 ] CGCS ND-ISI-145 0 i l iO 4 4-i ? i i 1 l I
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A ySH-4A[ Steam Chase ,1@ n Safet9 M g (W( MSAJ-11
\
g See Deta!! A FE l l ory weit AO , e i MSAJ-43 ) ISt = Valve No;
\ 2-ig4A REF. DWG: NX-13142-33
/ H-2 \ [ H-4 \ .;V
[ v-30 NF-36271 (MSAK 11A MSAK-14 ) Y 87 I I NF-36271-1
\ y.3 NH-95008-1.2
\eSi-H2g'(/ MSAK-13 H-3 SH-2A/(/MSAK-25 ) H4 l V3 ( MSAJ-39 )
NSP - MONTICELLO ISI I -27
\ SS-2 [ \MSH-3Af I ( MSAJ-36 ) DWN: CHKD: /h APPD:
/-25 JW Cont 7 ^ SYSTEM: Main Steam A
( ) pg _ED UNE NO: PSI-18-ED Main Steam A DWG NO: ISI-13142-33A REV: 2
^ _
~ -
-, . _ , , ... .- ~ . . . . ... . ~ - . - .. _ . . . . - . . , .. - - . . . - . _ . - . . . . - . - _ -_ - .. . . . .
(J). u MM ( MssJ-4 1116MSDJ-3 IM ( MSBJ-2 ) No Cont. tio Cont. RW-71B / f ! { MSBJ-5 ) 756 RV2-71G g Reactor Nozzle V1
< Mss;-e 1 N-3B W See ISI-Fig. 5 Q B7 !
U
/ H1 \ '
MsBK-7 ) M / tst \
\MSH-1B[ / !
I "8[ ' ( GE ) = Hanger No. I I
/ H4 \ Window A \ const/
M~ ( MsBW )
@ \MSH-2B/ ( l = Weld No.
( MsBJ-10 )
@ Cont. on ISI-13142-42A' W
& HPCI (PS18-8*-ED) ist = Bolt No.
g
' Mf
\ Msg I Cont.onISI-782 Head
( usBJ-n ) gVent (V15-2"-ED) ISI - ' O' T see N g[ } .h7 / H5 \g M { MSBJ-29 ) No Cont. 7/ /{ d, MSBK-26 ) D y ell Steam Chase AO2-86BANon Safety l
\ wie
\MsHos/ nB5 M V
&wi7 W 23
( MsBJ-25 ) ( MSBJ-O } f wt2 W 23 w31 wio REF. DWG: NX-13142-34 ( MsBJ-12 ) W qSBJR-g' S M W" ( hd
) A02-808[ W28 W30 NF-36271 NF-36271-1 ,
NH-95008-1,2 l MS K-1 ) ( MsBJ-27 NSP - MONTICELLO ISI
\Ps2-42/ W I l
( usBJ-33 ) W ~
/ H3 \ A DWN: CHKD: //l /- APPD: h
( ) (MSBK-14A) W w24 ^ SYSTEM. Main Steam B pg
\su/ ( 2" ED)
LINE NO: PS2-18"-ED DWG NO: Ist-13142-34A REV: 2 __.,_.m_i __-_.__.--_..._..__-m_ - _ - - _ _ . _ _ . ___-__s.__.a________mm__ _____a<-y __ -_C_we-___-rwaae- T =r + --1iaF'*r 'fr'- 1 re-- aa rw.eav=W+i TP mwh sw.- 57ma >c' -'We7y'
b ( ) 32 ( uscJ-4 ) v-2 ( MSCJ-2 ) M ( MsCJ-5 ) No Cont.
# ' Rn Ic N-3C s-e -
See ISI-Fig. 5 A O-s B ( MscJ-6 ) U B-7 M v W ' " j / isi \ ( GE ) = Hanger No.
! "' Window A \ const/
MscK-7 )
\MSH-1C/ ( GE ) = Weld No.
M ( MsCJ-8 1 M M Cont. on No Cont. Ist = Bolt No. W ( MSCJ 25 ) ISI-13142-43A
]A0246c gJon Safety ist = Valve No.
( j P ' 38 usCJ-23 ) ( MsCM M M wV , (W ( MsCJ-to } W19 MSCJ-39 w ( Msca-to ) usCJ-22 g v e **
/
'I M A0240C W3o
( MSCJ-37 ) W31 ( MsCJ-11 (usca-is ) hA i ( usca-31 ) te V ( use ) g g w ld MsCJ-35W29 ) ( MscJoe ) REF. DWG NX-13142-35 J, s ltW usCJos 1 Chase Drywell steam NF-36271 ( MscJ-12j , ( MscJ-20 ) a 1 y NF-36271-1 NH-95008-1,2 M W/ ' v cont on ISI-786A 1 ( MSCJ-13 ( MSCJ-18 ) (PS15-2"-dD) W / H2 \ U W,z NSP - MONTICELLO ISI I ( us DWN: CHKD: APPD:
/ H4 % -30 )
( MSCK 14 H3 \ ( uscK-17 ) w23 W SYSTEM: Main Steam C
\ ss-7 MsCK-14A) }MsH-2C,/ UNE NO: PS3-18"-ED
\ ss-7 / MsCJ-29 DWG NO: ISI-13142-35A REV: 2
_ b3GL/ _ w W w
. ~ ..
(% /^h Q. V. ' N-3D See ISI-Fig. 5 / se \ MSDJ-2 ) MSDK-31A U/ H7 SH-H3 MSDK-31 ) ( MSDJ 3 ( MSDK-32 I W \MSH-4[
\ SS-3 /
( MSDJ-30 ) ( MSDJ-27 ) e -/ m \ e / iSi X ( MSDJ-S ( MSDJ-28 ) W ( MSDK-7 ) MSDJ-29 ( GE ) = Hanger No-M ( MSDJ-6 A , \MSH-1[ / H4 \ \ Const.[ W .x _ . . _ . ( MSDK-26 ) 4 { GE ) = Weld No. M h mm g es M\MSH-3D/ No Cont. W I
"h"" N' V
s . ( MSDJ-24 ) y g Non Safety ( MSDJ-25 } ( MSDJ 45 ) iSi = Bolt No. M 01 MN ' I ( MSDJ-21 } e4 810 d
- V (M d4 1 ^ S = Valve No-M a 67
( MSDJ-1o ( MSDJ-19 } MSDJ-22 ) W MsDJ-2o )(v i W33 ( MSDJ-43 ) W34 M W3 P ( MDJ-11 MSDJ-17 (mfd 18 ) M , I MSDJ-40 I ( M 1) { MSDJ-12 i l V3 VU W r Drywell Steam Chase REF. DWG: NX-13142-36 12 ( MSDJ-16 ) y/ AO2-bod N
- INACCESSIBLE NF-36271 U I ** "' #
.g @ ! NF-36271-1 NH-95008-1,2 W / H3 \ ( MSDJ-36 )
NSP - MONTICELLO ISI [ H2 \(MSDK-15 ) 37 ( MSDK-14 )pSH-2 PS15D-2"-ED DWN: CHKD:)))/ APPD: /hd
\ Su / ( MSDJ-33 ) /M SYSTE Main Steam D W(W MSDJ-34 )
UNE NO: PS4-18"-ED DWG NO: ISI-13142-36A REV: 2
'. t C V
[ g.3 k( M M MSADJ-4) ( MSADJ-3 ) SR-772 ) No Cd (Non-Safety
) g j '
/Vg Mo 2374 ,
)
( uSADJs) g 7
, g) m D -2 ) v
( MCADJ-8) MSADJ-10] M H-2 M
-28 MN / MSADJ-1) PSH-724 / ' CLAJ-9 }
MSADJ-7 }-- A M MSADJ 11) [ l X-8 , gV ( CLAJ-8 ) ( { MSAJ-35 )
)
g ( MSADJ-13 g ( gCLAJ-3 (M} CLAJ .M4 )( CLAJ4 ) V 1 M I steam Chase "M TP) IM W w, g2 e;E,NW- ' e%')@/ ,,
\ -
I MW g (g )
)
I
/s- SR-723 N
PS15-3-EB
> (
w[M W M "'[ PS3-18-E ( w
)w (
M
) Mf
[ l N'$f*hS2-36A MSDDJ-1) PS15B-2-ED g W ( MSCJ-32) ag, g- \ MW v ( MsDDJ-e1 I MSDDJ-2 ) w M MY M( ) NW M N 1( ) ( MSDDJ-s) 1 ( MSDDJ-to) _se \Const/ = Hanger No. ( W(gwg CL J-1 ) w_$3 j WU g j' V W-4 was U (MSDDJ-10A)
' 58
- M GE ) = Weld No.
W ( ) ( MSDDJ-3 }( MSDDJ-9 ) ( w PS15C-2-ED ( N- w(OMSDDJ4)V V
} PS15D-2-ED REF. DWG: FSK-786
( I NX-13142-42 w NSP - MONTICELLO ISI DWN; hCd CHKD: APPD: SYSTEM: Main Steam CL Condensate Leakoff LINE NO: Noted DWG NO: ISI-786-A REV: 2
c OM' e& n M ( FWPB-3 } (
^ M M 'C '
~
3 M ' u/ vN Mn ) J1 f ,, \ v
~
SeeISl N~
/ na \ GE ) = Hanger No.
2 ria. s FW ,,, , , x cost / ( FWPA4 -2h( xFw4es/ J A ( mBJ-2 ) M M .f na Y , 'M FWBJ4 } J ( ) . weld No. M W ( MAK-7 ) 3 ( FWB3-9 M ggg a Bolt No.
\ g, ,
I MO ' 3 ew28-10*-ED
~
/ - valve No:
7 ( FWAJ-9 I g
@ (14~
- 10* Red )
( m>@>
)
., \
FW28-14"-ED g,' J#e" M M
~y \ FWAK-21 )
meedW 4 '> -33B[ FWAJ-41 I 4-2 . f WAJ-18){ kJ-19) W
~
~'e '
Cont On (St-13142-408 3e3/ n4 \ b M ( FWAJ-3/ITVV3-12-ED W El g., [ l/u4\ ( FwAJ-521 4 gwxK_i4 ) ( FWAK-17 ) xFw-37B/ g ( FWAJ-24 A V-2 ( FWAJa3F M9-
-5 H-7 \ W Fw-9s-2 s-2 gsw 33} B-3 g ( 7WgJ-34 )
( rwAK-53 )\FW408[( ( FWAJ-25 I pw'97-2 v-RF.F. DWG: NX-13142-53
\ ss-12 / \ss-14 / V-1 W / g-t \
( FwAJ-sol NSP - MONTICELLO ( FWAJ-27)g(mgg_33 ) OWN: k CNKD; APPD El. 941' W \FW-34B/ SYSTEM: Feedwater A & B UNE NO: FW29-10-ED & FW29-14-ED DWG NO: ISi-13142-53A REv: 2
N N
/
AFWDJ-2 e (FWPC1 M (FWPC2 ) FWP D-1 ( FWCJ-2 ) N-4D Mh FWPC-3 ) M N-4C
~' See ISI-Fig. 5 M
( FWPD-3
-MDI g [ ISI \
V / He \ / H3 \ < H FWPC-5 ) ( GE ) = Hanger No. e( FWDx-7 ) ( FWcK-7 H vwas^/ \rwase/ v g
\ const./
M m . .
- ' : FW2A-10"-ED >
Jk( ) M ( FWD 122 ) M M k 692 893 ( FWDJ-38 ) ( FWDJ-8 ) A
) , / H2 \ g
,A. Non Safety
( FWDJ-9 ) l FWDK-21 ) g ,gg,g I M / \pw.3 ( FWDJ-36 W M ( FWCJ-11 7 h FW2A-14"-ED IFW 49 I (FwDK.i4)(!"#( FWCJ-12 6 FWDK-17 , I lV-3l No Cont Class 11 I } 5 gMO Wg h,u \, , \ SS-13/ W ( FWDJ-35 ) <4"
- M w FW. ( FWDJ-25 ) [ FWDJ44 )
( FWDJ-12 ) / t 98-1 45 V W[ H7 \ ( FWDJ 16 ){ FWDJ-18 ) I* I REF. DWG: NX-13142-52 ( TDK-8 ) l V-il v H5 \ ( FWDJ-19 ) \V
\rss-11/([FWDK-15 ) W14 )
W{ FWDJ-20 91 WP [ H1 \ NSP - MONTICELLO ISI DWN:
\FW-37A/ wg ( FWDJOO ( FWDK-31 ) k CHKD:h APPD:Md (W FWDJ-26 }W \FW-34A/ SYSTEM: Feedwater C & D UNE NO: Noted DWG NO: ISi-13142-52A REV: 2
f~s. e(3 6) O .
.i l
Cont. on i 151-13142-26B ( CsAJ-32 ) h J M M M0175 M ( CSAJR-4 )
/ Ht \ . CSAJ-30 )
{ CSAJR-3 ) M 1 ( CSAK-32A H-2 [ H4 \ ( CSAJR-2 ) '
\uvS-af ( CSAK-7 )
M ( CSAJ-28 ! @I \ms-tesj N Nozzle N-5A (A508) W N 84 See ISI Fig. S Q Q. W M0 1754 2s i i ( CSAJ-26 ) M ( } ( CSAJ-23 M / iSt \ ' ( CSAJ-22 ) w
'I
( GE ) = Hanger No.
\ Const/
M i
. OB-1 ( CSAJ-19 ) ( GE ) = Weld No, i Reactor Bld DryweR
\g. N v-t 1
w
' ( CSAJR-10 )
g 1157 B-1 = Bolt No. , ( CSAJR-5 ) POS 1758 ( CSAFR-9 ) V-1 = Valve Noe M / \ - ( CsAJR4 W A014138 N \CSAK40A)
\*"#/
( CSAFR4 )
-1 W REF. DWG: NX-13142-16
( CSAJR-7 ) si W v-2 NSP - MONTICELLO DWN: CHKD:/h APPD: MV Core Spray "A" Discharge SYSTEM ( Core Spray A i , LINE NO: TW7-6-ED DWG NO: ISI-13142-26A REV: 2
i
'% - V M
( CSAJ-43 ) M { CSAJ-38 ), ( CSAJ-39 ) { CSAJ-36 ) RWCU Room ( g'
- 1 M
( CSAJ-45 A , W (1r x r Red.) () Cont. on ISI-13142-26A I y.j g ( CSAJ41) { CSAJ-40 ) eCSAJ 48 ) CSAJ-33 ) N , , - -- -{ Torus , a M [ g33 \ ( CSAJ-51 ) ,, M ) ( GE ) = Hanger No. x e* \C-*/ e e'@' .
= Weld No.
/ I Cont. on MO 1750 ISI-13142-26C V No Cont.
I Open -XI IWC-1222 (d)) I I REF. DWG: NX-13142-26 NSP - MONTICELLO isl DWN: gQ CHKD: M APPD:M Core Spray A SYSTEM: Core Spray A UNE NO: TW7-10-GE
^ - DWG NO: ISI-13142-26-B REv: 2
- .~ - . o 9 0
~ /
SI-13 42-26B M
% ww kM '
M , , W W\ M w WN - Torus Room ump Room M oA ' W e W\ e W [e \ / = Hanger No. w M D = Weld No. W /W M __b w M REF. DWG: NX-13142-26 W ~m NSP - MONTICELLO ist DWN:kCd CHKD: M y APPD:h (P-208
%, W cogpspray
,g 1B UNE NO: TW7-10-GE DWG NO: ISI-13142-26C REV: 2
_ _ - _ . _ _ . _._____.__.m .___m...._______..___._.__..__.-._.m___.._m______________--
-4.--,, .. - - _,-,-_ -w -
% i N'
/ n., \ Torus Penet.
y TWH-51 T Room X-226-A Pumo Room M
/ "-> \
H-2\ w s2 p x ' \ ' j'NMW
\SS-27 \ TwH-52/ '^
w-3
\ /cs-1-2 j No Cont.Qs M / Q29 F g W w_4 (Non Safety CST) 52p g
, w t s#2 M/
@El 902V Ab"**hb
- M "4\
@dW \=// - \ %*!a 14-1B /
\ws4/ ,
[ ggl \ W-19 W-27 i ' = Hanger No. W w-20 ta \Const./ W w.25 w-26 \ / w-22 w-23 g = Weld No-WW REF. DWG: NX-13142-20
'NSP - MONTICELLO ISI DWN:-hCd CHKD: M APPD:h'!
Core Spray A SYSTEM: Core Spray A LINE NO: TW6-12-HE
^ - DWG NO: ISI-13142-208 REV:2
O o
- &o
[ H-2 \ Nozzle N-5B . ( CSBK-6 ) { CSBJR-4 ) , See ISIFig.5 . \MH-167 M , ( CSBJR-2 T M U .i
'I @ I V-3 CS-13-1 nCSBJR4 ) I
[ H-1 k Oa-2 ( CSBK15 ) W + v-2 \* " / ( GE ) = Hanger No.
\ c=*/
M mg)p M I ( CSBJR-10W = WeM No. W lx isel R,ector Bidg.
* # M ist = Bolt No.
wg/ cssa22 ) ( csBats T B-t W siockedin room by SBLC tsi = Valve Noc MO-1753 imesel esBA201 y,, W-3 s - i ( csBA21 ) Mont. on 1S1-13142-31B AW , i ( Cses23 ) W REF. DWG: NX-13142-31 NSP - MONTICELLO .ISI DWN: CHKD: APPD: M/ ' Core Spray B SYSTEM. Core Spray B t LINE NO: TW11-8-ED DWG NO: ISi-13142-31 A REV:2
Y-Cont. on , Isi-13142-31 Ag j M
' m . = 17s3e:
N ( CsBJ-25 ) I ( csBJ-24 w j Enclosure W - M
?]! V@gk
'x
/ M np"x8 10" Red.)
/ H-2 \ x / ( csBJ-33 )
( csBK-28 4-15
\TWH-11g([ CSBK-29A )
H-1 k ,g / M
\MSV-9/ ( csBJ-31 ) / CsBJ-34 )
W " U El96 M [
/ tst \
M ( GE ) = Hanger No. ( csBJ-36 [< \const/ N ( ) M ( GE 1 = Weld No' ( csBJ-37 ) V M W CSBJ-40 ) W M g ' f essaa2 ) ( } 8 4 5N No Cont.g A cSBJ4 ) REF. DWG: NX-13142-31 NSP - MONTICELLO Ist ( ) MO-1749 7*5 W w.4 DWN.$6') CHKD: M! APPD:h
, I g
Core Spray B Discharge Cont. on UNE NO: TW11-10-GE
^ _
ISI-13142-31C DWG NO: ISI-13142-31B REv: 2
~ _
- _ .W
. . _ . _ . . . . . ~ _ . . _ _ _ _ _ _ _ _ _ _ . .. . __ . . . . . , _ _ _ . _ = . . _
9 e c , Cont. on ISI-13142-31B d Ab W
?, yY t s
W g
'W S
l I W MR Wx gW
~M e W w3 M
W ,,- e M 6 , Q n_ SS _- YNM , e "'
% %* W = Weld No.
(: seo rons W-11 W 12 Pump Room WW ' e e m REF. DWG: NX-13142-31
'[CS-9-1 '
Core Spray Pump 14-1 A CHKD:M APPD:[h W [D Cont. on ISi-13142-20A DWN:M5 SYSTEM: Core Spray B M W '" Q k$> Core Spray B Discharge UNE NO: TW11-10-GE DWG NO: ISI-13142-31C REv: 2 - 7
I v L Torus Penet.
.N X-226-8 I
m fPm m Pump Room 1_, e_
/ \ M H-1 g
_m
/
\=A"
% ? N" a rf
/ ms x / me x/ +2 \
Ass == / " */ y' w* No
/
3$2, W-8 W (Non Safety CSI)
*~ cs-t- **
" w-t o Q
/ [ISI WA W \Const/ = Hanger No-o o W W w.is = Weld No.
Suction W-20 Core Spray Pump 14-1 A I'p' Cont. on ISI-13142-31C s_ ' W W-21 REF. DWG: NX-13142-20 W NSP - MONTICELLO isi DWN:{\Cd CHKD:2hd APPD:M SYSTEM: Core Spray B Core Spray B UNE NO: TW10-12-HE DWG NO: ISI-13142-20A REV: 2
- O
I SI t s r o 2
%pp
- u V DS E
~ P p R P 3 A mu 3- V Py 3 3 8 7- O
)a:
r p L D S 9 X L K r 4-N E H e I C C o S G TN I C I W D ONME M OO N N F E P N TS E G R S N D WY S U N DW n o it c u S_ g AB _ pp t e mm uu e PP
" F t t 4 g r r
/
3 n oo pp it s n pp t lo u o
- uu SS B M 6 2 1
- dIt s
p
' m
' u d
e P t a y 7._ l u
' a r
s ' p n ' I t o S N ' e r o C 1m, I 6 1 2-A e g r a h c i s D q
(., M [ H1 k M [ H2 k M ( PSAJ-6 ) 1 ( PSAK-7 ) M ( ~ TDAJR ) TDAK-5 )g { PSAJ-5 ) ( PSAJ-9 ) AJ-1
\PSH-117[{ TDAJR-4A )
m 1143 C M 37 (Tm2) ( PSAJ-4 ) { PSAJ-10 ) TDAJR-6 ) M 2M M
? W M ( TDAJ-36 )
( TDAJ-8 ) TDAJ-41 ) g MO-2035 { TDAJ-7 Id 764 M { PSAJ-3 ) V-2 W , ( TDAJ-39 } l__ ( TDA -3 ) ( ) ( PSAF-2C ( PSAJ-11
~
W (' PSAJ 19 ) ig ( TDAJ-2 ) ( TDAJ-40 ) ( PSAF-28 ) W W14 y [ H3 \ ( PSAJ-16 ) TDAK-10 ) ( ) ( r-VSH-11f W -3~~ ( PSAJ-15 ) [H8 \ h W/ 3
'N [ H10 \ TDAK-26
( PSAJ-1 ) Cont. On Window A W TDAK-26B M ist-13142-34AW H9 \ \ TDAJ-12 ) (PS2-18"-ED) /H14 kySH-10[(TDAK-26ATDAK-23 ) \PSH-10((
) H7 , W f gg, (TJAK 40A ) ySH-10[ gg g3j. 0"
\PSH-70[
\SR-706[
[H4 k GE ) = Hanger No. [Se we Al TDAK-13 ) \Const[
, ( ) \SR-705[ g Cont. on p 8 M ( GE I = Weld No.
ISI-13142-19A M MO-2036 [ TDAJR-21 ) ( TDAJ-19 ) W (Steam inlet) ( TDAJ-37 275 bg ( TDAJ 18 ) M !st = Bolt No.
/H13 \ <
W ( TDAJ-14 ) (TDAK-34 - IS1 = Valve No, ( TDAJ-38 ) [Hi2 \ySH-100[ W <'( " " f I 39 ( TDAJ-32. ) sv. REF. DWG: NX-13142-42 ( TDAK-33 Rm / 5 [ H6
\SR-708[ Torus Room NSP - MONTICELLO ISI
( TDAJ 7 ) (TDAK-17 ) TDAJ-15 ) ( TDAT31 ) J HS k(W DWN: CHKD: M APPD:b [ H11 \ ( TDAJ-28 ) SH-104/([TDAK-16 ) ( TDAK-30 ) W ySH-10[
\SR-707/ LINE NO: PS18-8"-ED DWG NO: ISI-13142-42A REV: 2
e, f ; (~ , L' & N 6 / H-4 \ (@ ( TDBJ49 J TDBK-15 ) [ H-5 \ ( M TDBJ-17 ) j
.'/ TDBJ-13 W )
' \SR-68B[
/ H-3 \
( TOBK-21 k [ N I (DBK-11&12) w-1 \ RSH-9/ ( TOBJ-14 ) { TDBJ-22 ) N-1D h ( ToEJ-20 ) ( m v M
/~) n W
TDBJ-9 ) ( p % ( TOBJ4 ) f ISI \
\SR-216/
,, e ,@, / "-2 x ( o, ) . sony,, no.
/ H-7 \ < TDsJ-2s i % rosK-e^as) \ const/
( TDex24 ) ;c e @, / H-1
\\)s,Sy/
o ( TDBJJ ) TDBK-7 ( GE ) = Weld No.
\RSH-11/
N ) \SS37/ W ( h HPCI-9 ( TDBJ-29 ) - W HPCI-10 M [ H-8 \ (W\ TOBJ-27 I V * ' '
) \ HPCIPumpDrive N Turbine Discharge
/ &
/wSfN
\SR-217[ ( Cont, on (SI-13142-42A
' O
( ( ToEJ-31 1 W
\SR-218/ ( TOBJ-32 )
HPCI Pump Room W W TD8J-34 7*"" REF. DWG: NX-13142-19 rogm i NSP - MONTICELLO ISI Torus Conn.X-221 DWN: APPD: 4([ CHKD: HPCI Steam Side Discharge SYSTEM: HPCI Steam UNE NO: RS2-16-HE DWG NO: ISf-13142-19A REV: 2
- _ . . _ . -___...a a__ m _ _ - _ _ _ _ _ _ . _ ___.._m-_ _ . _ _ _ . _ - _ _ _ _ . ____...__________--._________________.___m_ _ . - _ _ -_.....m__.
l ( Q e N 246 @ cont. on ) 8292 42A 13E W-23 HPCI Pump etion Nozzle 1 w.2e
'*U @t
/ @
o tr aed)
\M cto t+HE HPC 33 g.4 P uw ~
@
- M Emt M W
-70 02 N
\" "[ [ISI = Hanger No.
[ es N
\ma-27/ gg "at w.,
\""' !
w.4
@ = Weld No.
2mi W @W e 22s w REF. DWG. NX-13142-i7 W T ro Ring Hdr' _ q_qg
/ W-2 "3p , goNTLCEl LO W DWN: CHC SYSTEM: HPCtWaW High Pressure Coolant Iniection pater Side Suction) uMENO: TWi-14-HE
_ _ owe no: st13142,17g p 2 w 'w w
~~
u C e) (J
/ H7 \
/ H8 \ "" }// H, \ jf M \
( TWH-39A ) TWH-38 )
/ H, (S=8/ 22 \ f/ Hs x
( > > ( ) 22 g33 33 j/ H4 \ gmH-40f ) Mo-2007 \S" / m( ( CIAJ-24 ) 7
) -
Wil
- M
/ H-11 i e,
< N<'1*/<+) g W "m 3 24 MO-2071 (
w37
}(
w,4
) CIAJ-27 ) CIAJ-25 )
! ISI \
W W W ( GE ) = Hanger No.
/ N10 \ \ ConM/
No Cont. ( ) / H-12 \ ( ) Cont. On Non Safety ( CIAK-25 ) W ( CIAK-27A oe ISI-13142-40B ( ) = weid No.
\SCH-61}[
\MH-42/ ,3 ,3,3 W
~_'
/ H14 \
w we ( CIAK-31 ) HPCI Pump ( Discharge Nozzle w2 (}/ H1) \ w / H2 \ H A
/ H13 \
clAJ-28 ) S -8b92-42-A \""/ H3 \
/% \SR-595 SR-70/
I w l )\ REF. DWG: NX-13142-40 ISI
\MH-37/ NSP - MONTICELLO DWN: N CHKD: MV APPD: MY t
HPCI Water Side Discharae SYSTEM: HPCI LINE NO: TW3-12"-ED DWG NO: ISI-13142-40A _REV: 2 Sewed se 14M4a pcx ( _.n . . - . . ,, . _ _ , . . . - _ . . . , . . - , ,
~j V
e N
/
( sw / His \
/ H12 \
H10 \ ( CIAK-61 A ) M CIAK-59 ) [ H7 k\sa-sa Cont. On
/G' wHm/
( CIAK-4A ) ist-13142-53A g
/ H2 \ tws_47
\ .- ( )
( CIAK-37 l
\"
H3 \ ' ) M CIAK-37A ) CICJ-55 ) NJ_.7 / M( ( CIAJ-33 }
) \ SR-74/ <' O-260 g lV-1l ( CICJ-54 )
Cont. On M ( CICJ41 ) I ( CICaas ) ist-13142-40A A ( CICJ-38 )
,9 / isi \
2a ( w
)
e Chas ( GE ) = Hanger No. y ( CICJ-47 ) d g \ Const./ M M W ( CIAJ-32 CICJ-39 ) Weld No. W { C1 W wt4
)
( CICJ-53 )
/ H1
[H6 k ( CtAK-34 ) HPCI ROOM / '
\TWH-43/ Torus Room
( CIAK-45 )
\mgas/
[ H8 \ CICJ-51 ( CIAK-50 )
/ H4 (C 1 ( Cis-4s )
/ H5 \ \TWH-48[
( CIAK-40 ) W7 W ( CIC -44 ) (CIAK-44A ) REF. DWG: NX-13142-40 9j
\TWH-14/ W \SR-597/ NSP - MONTICELLO ISI DWN: CHKD:M APPD:
SYSTEM:- HPCI HPCI Water Side Discharge UNE NO: TW3-12"-ED DWG NO: ISI-13142-40B_. REV: 2
t, i \ <
/ w^ \vr 1
( V ' M I I T ) pgFUMP Ct C-4ARGE R[ v 1Y hor 2. FUNGE-
- e
/, , , o, ,o ,, o,
, , o o coo L _._.4 G e* 1. .m . saArr, o s>wrr c
, o c o To frunctNC Qo o o o). -
o oVo o o o eo , * ,o o LHCRZ. FLAW:E.
, ' -twTtc-RAL. N -l l
( ' 7 NTEcRAt_ DVS ..DVMX _ V % CAST MUL MANUFAC.TURER$ CYRCM 6TECM g ( l o I _j - 'JM.KSON dV.K$CH ( GW2-3 gggyu, No. GTI-$-{ LEE 671-5-IleT V w VtEW tOOK1M3 OOwH- {M
\
(ow43 ) sATEg m Asm AZ14 ASTH A2.0 ( GW3-3T on,wr.3 en wcs V M { GE I = Weld No. W v tNHX f-HOAE. CASE PUMP / FLANGE
)~a ms we
'S'ORI.CA*,E ^ r O A ' #
- _ :5 HAFT f VL*ME '
To MetNE- Suction 151-13142-178 ful (NTEC, TALLY f 0' Q ( u Saz A O u" M , , 8-Discharge ISI-13142-40A CAST SJFPORT3m Support B dn StepportA
. Support B supportA >
REF. DWG: NX-8292-42 9 (Sampart D) NSP - MONTICELLO lSi (Support C) } {SupportD) { (SupportC)
' DWN: CHKD: APPD:
k vi w t.ccxiwe kAST_ 53GH FRE!!2F? Coot ANT MJJnCN [HFCI) ;"UMrs SYSTEM: HPCIPumos LINE NO: DWG NO: ISI-8292-42A REV: 2
.- m . -
I s I O ( i l l No Cont. (Class 2, <4") Mo 239a N i NM M/ . W ( H-2 6 ) M MO 2397 yEWHy([ H-215H-2
) k D EWH-27 DM [ H-1 \
Q D N -> ( H-214 ) yEWH-87 RC-104 [ ISI \ g ( GE ) = Hanger No. W /'e".2!v \ c=*/ n MCWAJR-1 n = Wold No. Q M yX M s, , o N Cont. en ISi-821-A MM
'O
./
REW31-2'ED El. 962*-5" W-9 RC-1
/ %*.^ttV M N REF. DWG: NF-97006
,N NF-73880 NSP - MONTICELLO ISI r4 i l Cont.on DWN: % CHKD:M/ APPD:Jhd L_ 4 ISI-97006-A UE O: R W' -4"
- W %WAJR$ DWG NO: ISI-73880-A REV: 2
0 -\ 0 4)
\
L .)
/ +' \ p s-Sco RHR Heat Exch.
N E-200A Cont. on ISI-13142-37CN TW30-14-GE , RnR.4.s C _Q EMOMM W-25 Ss W r M j\ , W-23 W ! TW29-14-GE 1 6 S- , A W i M 362 i M RHR-2 W-19 W /isi\_g"
%O_. RHRi RHRe D 'o 3c w QW-8 \ Const./ ~
u" 3 w-to w-t
, RHR-10-3A s ' W w.7
\ /
Pumps ISt-48 W-2 W ' HR-2-1
"~
W D = Weld No. W TW29-10-GE b w4 w-s W REF. DWG: NX-13142-51 NSP - MONTICELLO ISI DWN:dCd CHKD:M APPD: , SYSTEM: RHR A RHR A LINE NO: Noted i DWG NO: ISI-13142-51 A REV: 2 __.____-___-.-m- -_a___-_---_..u_ _ _ _ -_- _ _ _ _ _ _ _ . _ _ _ _ . _ . _ _ _ . . - _ _ . _ _ _ - _ _ _ _ _ _ _ _ _ _ _ - _ . - - _ _ _ _ _ _ - - _ _ - - _ _ . _ _ -_ _ _ _ . . _ _ _ _ _ . _ _ _ . +
V k,
" fSi-13142-378 N'
Torus Room f3 12 E
'M t onIS ~13142-37AU,b-t rQ W e
/H-s\ .
\SR489 @
o W-2 Qf - Q W A /W A ' 374 ,
*M ,9 %* W V~ >'
W.9 = Hanger No. yo y "* RHR Ht. Exch. W " lWHM H-2
! Ha \10-2A(E-200A)[
ISI-7905-32A H-4 k g TWH-65 ssssi g = Weld No. W W W -
' ,c,".nf Cont. on D
ISI-13142-51 A [H-1\T TW29-14-GE REF. DWG: NX-13142-37 g3g
\ [ NSP - MONTICELLO DWN:j\G[ CHKD: M APPD:$/
SYSTEM: RHR A RHR D.ischarge A UNE NO: TW30-14-GE _ ^ DWG NO: ISI-13142-37C REv: 2
D V
/
A ont. C on ISI-97003-A TW36-16-DB k/ i 4h
'Ijh ' Pen. X-138 uo 2014 M "E',tal e W
East shut Down Cooling N-19 MW/=\ W
\ usv-2 / /
~
h;S edyw \ M " ";.',,\Y ! 4 o
/ isi N = Hanger No.
e@ ,e w / = \ \ "'V : Cont. on ISI-13142-18A TW22-14-GE4 H4\\
- s. = Weld No.
RHR-7 W-16 - H-4\ TW30-14-GE w/,, /u\ m Ow-io \ss-25/ @ gs W s g A cont. on Isi-13142-378
\ ^ TW33-12"-GE 72 W REF. DWG: NX-13142-37
!# \ Cont. on NSP - MONTICELLO W '
re-to-t os-A / H-1 \' DWN:kCd CHKD: M APPD: ymH-7y SYSTEM: RHR A w-7 W-5 RHR Discharge A W W UNE NO: Noted gwa no; isi-13142-37A REV: 2
b V No Cont. -/ H-12 \ (open XIIWC-1222-(d))\"H~78[W ( g M 20 A go_ Wf / H-11gg
/
WQNj / TWH-78 H-10 W-13 e W vf 18 / H -9 g s.
\ SR649 51 No Cont.
(Open X11WC-1222-(d)) W-12 U
# \TWH-77[/
\ / H-6\
& TWH-76A
-76 8
[H-6\ \ W-10 ,,\M
\TWH-103/ // H4 / \W 509
! "~* \
/ H.2\ \ " "~/ M 397A x--
SS-31 SR311 \M H-3 \ W [ ISI \ .seno no. coaig,ispg4248x ,. xSa31of % \c,,,j T I T xar%eS' FE-10-110AW = Weld No.
' xe Cont. on ISI-13142-37A I g W-2 / g_, \
TW30-14"GE s W-1 / \ f is Cont. 142-3 onW \TWH-74 REF. DWG: NX-13142-37 9_14,c ISI NSP - MONTICELLO DWN: $7 CHKD: M/ APPD:Mh Containment Spray sysrEu: containment spray LINE NO: TW33-12"-GE
^ - DWG NO: ISI-13142-37B F EV: 2
O' o Y q .. , m /H2-\R ( RHAJR-7 ) R 3} m \ ss-20 / e" ^ ' e e (RHAJR-11 )( RHAJR 12 ) u/ JV
/ H1 \( RHAJR-6 ) )
i ^ (""H %8 s-2 v f ,H3 \ Hm ) (@)
\usv-s/e agg g g Cont on (RHAJR-5 k Ss19[ ( RHAJR-14 ,
-DBA)
( RHAFR-4 1 -
""^ }
#, / H4 \
M SeeWindow A
- ( RHAJR-2 MO-2029
- ( RHAJR-16 )
(
'I y \MVS-5[h U U Cont. on > v R crc oop A RH -21 ) Window A / isi \
(REW13A-28"-DCA) U ( GE ) = Hanger No. RHAJ-23 ) kM[ [ H5 \ U M ( GE 1 = Weld No.
' ( RHAR-20 H-203 /\ RHAJ-24 )
\TWH-ty V D
= Bolt No.
East Shut ' Down cooling oryweit % ist = Valve No. ( RHAJ-25 ) M v I ""^'~ " I REF. DWG: NF-97003 ( Rw-2s j M . v NF-74551 ( RHAJ-32 ) NF-96201 w ,. e NX-13142-49 ( RHAJ-28 ) C " NSP - MONTICELLO ISI S 2m T" M ~2 ' * (REW10-18"-HE) hv4 DWN: SYSTEM: CHKD: RHR-A APPD:h Residual Heat Removal A LINE NO: RW10-18"-ED DWG NO: ISI-97003-B REV: 2
I U N
/RHH3 K 10
\
e ( RHCJR-14 )\TWH-17[ g v
)
N ( RHCJR-15 ) s M / H4 \ O' RHR-6-1 ( RHCJR-17 ) > RHCKR-9
""' RHCJR-7RHCFR-6 ) M)
M m
-tSI-97027-A-H
\8b' ! V V
( RHEJR-1 ) TW40-4*-DBA W2 (RHCJR-9 ) M 4 RHCJR-5 ) (RHCJR-18 v y _ M
' \ (RHCJR-16 )
(RHCJR-19
/ H2 \ v RHCJR-4 )
2g nt g ,g7005-AW ' - ( RHCJR-3 )
/ tst \
M ( RHCJR-21, pH-17/ (Recirc Loop A7 v ( GE ) = Hanger No.
^* * { RHCJR-2 ) \ Const.[
"I W3o M
( RHCJR-20 ) -24 ( RHCJR-1 ) { GE ) = Weld No. v (RH
\TWH-174/
\ /
( RHCFR-23 ISI = Bolt No. W7 ( RHCJ-25 ) ( RHCFR-24 ) V ist = Valve No. m ( RHCJ-29 M ( RH -28 ) M / v ( RHCJ-34 ) REF. DWG: NF-97003
\ Drywell NF-96201 East Shut-Down Cooling
,ht4( RHCJ-32 ) NF-74551 Cont. on
' ' ^M pv NSP - MONTICELLO Ist 3 V' 3[6"-DB) #
RHR A Return WN: T SYSTEM: CHKD:/hY APPD:h RHR-A LINE NO: TW30-16-DB & DLA & DCA DWG NO: ISI-97003-A REV: 2 W
a 9 9 . El.1016*-0" ( RHDJ-4 ' MW ( RHDJ-5 ) l M M RHDJ-2 } ( RHDJ-6 1 W\
\ RWN F )
M \, , s.3 e' Cont. on ISI Fig.1 ( RHDJ-7 W -16 M ( RHDJ-10
,M O3 W '
M RHDJ-9 ) W
/ H-3 \ >
[ ISI k { RHDJ-12 _ W RHDK-14A) M \SR-663/ ( GE ) = Hanger No. ;
\~/
'@\
M
/ H-2 \
RHDK-14 ) M ( RHDJ-15 )( ( W GE ) = Weld No.
\TWH-163f W X M , M ISI = Bolt No.
( RHDJ-19 )
~
( RHDJ-16 U RHR-21 yj MO-2027
# ( RHDJ-21 )
( RHDJ-17 O.980'-6* t V -7 i l ' ( RHDJ-18 ) M 'MRHDJ-22 ) REF. DWG: NX-13142-20 ( RHDJ-26 ) M . U ISI NSP - MONTICELLO . [ H-1 \( RHDJ-28 ) ' DWN:
% CHKD:/h APPD:23Y
( RHDK-29 W- SYSTEM: RHR Rx Vessel Head Cooling
\SR-475/ ( RHDJ-25 ) Reactor Vessel Head Cooling Mo 2026 UNE NO: TW36-4-ED No Cont T (Class 2,<4 Une) DWG NO: ISI-13142-20C REV: 2 ;
b' V , Cont. on 1S1-97003-B A (REW10-18"-ED) 4203ogy,E J L12 H m- \="4/ W
@ m W
C1 East Shut Down Cooling / Torus Room [H7 o n ISl-13 42-67 H2
\
[ He \ R-239
\ M-9/
W7
\TWH-10 w
/He\
\YR?'23/
@[4o5 3s W,
wa
#D
/ iSi N = Hanger No.
ConSt Cont. on M [ H3 \ g g=mMN isi-13142-17 W19 ' y w
' ** wi7 M ss 21 RHR Pump Ro B -20 lH11 W y ,
T s Room TWH-7[ NSP - MONTICELLO ISI W / g a DWN: CHKD: MdAPPD:h
/ H10 \ / RHR Pump Room A SYSTEM: RHR A wi3
\ss-22 / ,
W ^~Y<, Cont. on ISI-13142-17A LINE NO: REW10-18"-HE _ _ (TW148-20"-HE) DWG NO: ISI-13142-49A REV: 2
O n w O1 L N/ ' e Totgrt- / - \ Tw28 2sHE [ H-8 \ w - 2 y-, r M : M No Cont. / H-9 \ /W TW18-14-HE' g-Cont. on ISt-13142-49A \ H[ @ REW10-18"-HE 4 l 108 MO 1986 \TWH-3 e TW16-14-HE W Q W W Q -2024 , W ' W W- l R,H,R f H-1 I TW14B-20-HE M ' kMH-6A// H-2 \ TWH4 M P-202-A NM H-5\
. [H-4 W-7 \1WH-1 A / !
W [W WD \ / I REF. DWG: NX-13142-17
/ isi \ = HangerNo.
Co NSP - MONTICELLO isi DWN:h6f CHKD: /}t1/ APPD: , Manst./ = Weld No. SYSTEM: RHR RHR Suction A l LiNE NO: Noted ; DWG NO: ISI-13142-17A REV: 2 1
'I
( V. Cont. on ISI-13142-18C[ n v RHR Exchanger E-2008 M M Q 314 315 M[TWH-g.3 \ sto (\
,- -- 4 \ s "M M
TW19-10"-GE RHR 4-2 322 W-17 W 325 O WN g.4 m19-10"-GE w aga u Cont. On [ '8I W M \TWH-94 s ISI-13142-18C / = Hanger No. W %s \constj
\D WW "l I M
8 RHR 12 wa W-29
~W M = Weld No.
TW19-14"-GE W-32 7 ) RHR ,RHR Pump 2+ 's 10-30 W-5 W w-31 A
* @ w e k1) RHR Pmnp 10-38 El. 908' REF. DWG: NX-131'42-18
/ El. 898' NSP - MONTICELLO Ist I
H-2 TWH-63 V Q s RHR2M- [g DWN:-h(f CHKD:h APPD: (
\)
l Wh * * " RHR Discharge B LINE NO: TW19-10-GE. TW19-14-GE
\ ]'1j
"-t T w g.93 REV: 2
_ ~
- DWG NO: ISI-13142-188
- W
9 9 o
~
a ., fD N/
, \\
W e V
/ n.,wx\ A ,
2."2$o$""""'
\*"* ' N e-W .-s {\s U" UU' ~0
[H-2
\WVH-95 TW20-14-GE W
W
""" * ! ""f,[ f,3, we Q \c,g j =
7 Hanger No-W-9 @ D l ISI S" f314218A W.10 N A-r-4 W Cont.on ISI-13142-18B w-14 REF. DWG: NX-13142-18 W-12 w w-13 NSP - MONTICELLO ISI DWN: h(55 CHKD:}'A.N APPD:% RHR Discharge B SYSTEM: RHR B UNE NO: TW20-14-GE DWG NO: ISI-13142-18C nev: 1
b D No Cont. N# (See XIIWC-1222 (d)) 1 M l w Mo 2021 A L TN23-12"GE ( . CS-7 P W ' E H-8 TW23-12"GE [ H-7 H 14 4 1
\rwH-142 e e ,5A o
( , W ( )
- W
)
M n. E-10-1108 MO 2007 ( M / ' TW24-12"GE f W Q'. * ( W
) *y. / isi \
f !H4 H-6 \ Se X IWC-1222(d))
$xHRog Pump Room B H-2 R- 1 H-5
( P' \"" [/~ H.1 EE[ ( ) = Weld No. H-139 R-636 REF. DWG: NX-13142-51
'YCont. on ISI-13142-18A
( cs-1 ) NSP - MONTICELLO ISI U DWN:E1T CHKD:hV APPD: RHR B SYSTEM: RHR B UNE NO: Noted
^ - DWG NO: ISI-13142-51B REV: 2
O y vO O N
/
/+s\ / H.T x\
M TWH-100 H4
/ Cont on ISI-97004-A t g 22 N$$[ p _$
g,MM 6*-DB 9 TW20-16-GE e / H-8 \ 3, 2i NTWH-iO/2 [ Q [H-3\ FE 10-1088 10 \ 8 I TWH-99 H4\ , 4 TW20- 14.-GE n.2 H 98A d ,
\" Y
\ West Shut Down CooRng ee WW h 334 335 MM '
W Cont. on 1S1-13142-518 TW23-12GE % eg w_20 MW W4 T i i RHRPump Tm W W-2 Cont on M Cont. on / ISI k , W ISI-13142-18C ! g , \ W w_24 ISI-13142-37A TW30-14GE \Const/
\TWH-96
/
/ -
TW22-14-GE . M g = Weld No-
/ g.3, Cont on W-2s
\mH-16/8!SI-13142-62AW FPW-12-8"GE REF. DWG: NX-13142-18 NSP - MONTICELLO ISI DWN:At:d CHKD: APPD:[A SYSTEM: RHR B RHR Discharge B UNE NO: Noted DWG NO: ISI-13142-18A REV: 2
- I e
( RHBJR-12 )
-10 )
w N 4 (RHB
/ ~3 xwy\ -- P '
RHBJR 10 ) (RHBKR-12 ( RHBJR-13 ) , RHBJR-8 ) G RHR6-2 I -' ( )%, M (RH R-14A) MV ( RHBJR-17 U(M wi7 ( RHBJR 15) V RHBJR-5 l
.i* Cont. On
( RHBJR-20 : -4 ISI-97006-A VM < Cont. on iL (REW13B-28"-DCA) ( RHBJR-21 1 ISI-97027-A 28 U ' ( RHBJR-3 ) M 083 [RHBKR-18 H2 \ '
'k(TW40-4"-DBA) V L RHBJR-1 ]
f fSt \ H2 2 V27 V f g3 wi ( RHBJR-4 ) ( GE ) = Hanger No.
. (RHBKR-23 H201 U ( RHBJR-2 ) \ Const!
gg AO-iG-466 V g w7 ( RHBJR-25 ) h w1o V ( RH JR-18 ) V { RHBJR-19 ) 93, , gggg gg, 6 WB g V ( RHBJ-25 ( RHBFR-24 ) g,
- INACCESSIBLE U V iSi = Valve No.
A e ( RHBJ-30 < M v RHBJ-27 ) REF. DWG: NF-74552 ( RHBJ-31 w4 v ( RHBJ-28 ) NF-97004 NSP - MONTICELLO ISI ( RHBJ-33 j V Drywen I
, hd West Shut Down Cooling DWN: j CHKD: g / APPD: M/
Cont. cn 4 Mo-2015 SYSTEM: RHR-B RHR Loop B UNE NO: TW20-16"-DB _fd-Yg)
^ - DWG NO: ISI-97004-A REV: 2 I
l - - _
- - _ - _ _ _ _ . _ _ _ . _ _ _ _ _ _ . _ _ _ _ _ _ - _ _ . _ _ .___m. - - _ _ _ _ _ - - _ _ _ _ _
_ _ . . . . . .- . . _ . _ _ . __ _ . _ _ . . _ _ _ . . _ _ .. . . _= - ... (.- ( ri t
- x. . - L/
L. V From Condensate Storage No Cont. (Non-Safety) N , q' M ~ 3 M U8 TW17-14*HE RHR 18-2 ; TW15-14"HE > R W [ u \[\=s-ty (f-2=3,'w H-8 \ p e gM WN. \MH-16A ,W RHR ^ W RHR'1-4 W P
'N -
@M H4\ M# i TWH-17 RHR /
W Torus Penet. W[ H-7 \ [H2 \ .
\ [ W-13 [ H-3 H-1 TW14 A-20"HE Y.0-190 f*d[ \TWH-19 C w W-3 W
/~\ / W-12 Cont. On yISt-13142-49A
= Hanger No' kmH-12/A/ H4W \
\Const/.
REF. DWG: NX-13142-17 , M = Wold No. NSP - MONTICELLO ist DWN:hfaf CHKD: APPD: RHR Suction B SYSTEM: RHRB i LINE NO: Noted DWG NO: ISI-13142-17C REV: 2 i
b V ,
=
( RHEJR-32 ) M Cont.on ISI-97003-B N/ M { RHEJR-31 ) (RHR Loop A Suction) ( RHEJR-33 N /z REW10-18" A V RHEJR-30 (4 ( RHEJR-5 ) m ,$ g RHEJR-20 ) . ( RHEJR-34 g l ( RHEJR 6 ) V ( RHEJR-29 ) ( RHEJR-19 ) y 'g g Lj g RHEJR-3 )
's
~
'/ i H RHEJR-28 ) / RHEJR-15 )
Cont, on ISI-97004-A V gm } (RHR Loop B Return) MNB w13 v ( RHEJR-27 ) MM ( RHEJR-14 ) ,.__f.---,, TW20-16" V U o d.. -- _ _'i w12 Cont.on ISI-97003-A
' I ) (RHR op A Return)
( RHEJR-8 ) V ( GE ) = Hanger No.
\ Const./
[ H3 \\ g ( GE ) = Weld No. (RHEKR-25 '
/ H2 \ W
\HS201[ RHEKR-12 )
e ' e : /. \Hs-202/ (RHEJR-25 W ( RHEJR-12 ) M i d RHEJR-9 } g
<> U
! REF. DWG: NF-97027 (RHEJR-21 ) / gy \ ( RHEJR-10 )
NSP - MONTICELLO ISI ( RHEJ 22 ) M (RHEKR-10 ) (RHE -23 7 gH-201/ (C) (O \ H-202 / DWN: SYSTEM: f CHKD: RHR M/ APPD- 4I/ RHR Equalizer ting No: TW40-4"-DBA DWG NO: ISI-97027-A REV: 2
- - O
I SI _ 2
- V:
s )d D E - _ P R
\ P .fl A 8
1 _ 5 s 0 9 /h p _ 7- O : m X L D u L K P 8 N E H C CRH I 4-I G T R S W NI: I D O C F
. M4ME ON O N E P- N: ST E G R S WY N W N D S UD n
i o t c B u C S' W y* B g r. C i nG t W s6 - e r. a1 eG C2A F 6 e g2 1 _ c iT eM n i A t g PS nM i-n iA uT o s MA S H u o e/ 2 r gl' f J
/
o o
/ a,I 1
.g'\Q l l p -
,. w c m 3 h
% u 97 P;r l
l- d l
, t o
P . 1B e , l _ A W i S a _ s' 4 -M d3 v tu4T - o _ S&S 1 A m 6 1
' i e .
AI R _
;. t _
s a _ t e l B o H l 4 a u d is e R u e g r a h c s i D s.9) ~ f('% (
'p, y M
( SWAJ-27 ) Cont MM { SWAJ-28 )
>onIS!-13142-48B TURB!NE BLDG.
N REACTOR BLDG. M , Wh M( SWAJ-35) 101 %[SWAJ-29) ( SWAJ-36 ) W M SWAJ-30) r; W
> _M TORUS ROOM _ -o ( SWAJ-32)
{ SWAJ-33)W ( SWAJ-39 ) W M
-( SWAJ-37)
{ SWAJ-40 W
) ( ) = Weld No'
( SWAJ41[ _RCIC ROOM W W MW { SWAJ-48 ) A N ( SWAJ-56) ( SWAJ49 ) ( SWAJ45 ) 19 W\ ge M -1 SWAjat )( SWAJ-60 ) ( SWAJ-55) ( SWAJ47 ) ( SW AJ-50 ) M N v. I@Nh SW-17 -2
^
h'@l ( SWAJ-58 ) REF. DWG: NX-13142-48
~
{ SWAJ44 , W DWN: CHKD: ~/p d APPD:
" MR SeMce Water SYSTEM: MM Cx$3142-37B UNE NO: SW9-8-GE DWG NO: ISI-13142-48A REV: 2
- - O
. s.
.._..m _ _ . _ . _ . . . . . . -- i , - _.- . ,._m ..____. . ,_ .. .m. .
n b) a f% y) e r N' M SWAJ-24 ) V 4 Condenser Room (Turbine Bldg.) SWAJ-23 ) RCIC Room W
- M M (Reactor Bldg.) ,,
sWAJ-22 ) { SWAJ-15 )
' < > V M l
( SWAJ-14 ) Cont on W V m ISI-13142-48A Qsw b } ( GE ) = Weld No
- wg3 Q
( SWAJ-19 ) ( SWAJ-2 } W ( SWAJ-18 ) g V M ( SWAJ-1 ) Make-Up 6 4 tem , 4 ( SWAJ-8 )( SWAJ-7 ) / RHR Service Water 8 ( SWAJ-13 ' W ,, N RHRSW-14 M ub Y No Cont-( SWAJ-12 W - v . i ( SWAJ-11 ) Cond. Room I FW Pump Area W4 ( SWAJ-10 ) v 4 V REF. DWG: NX-13142-48 l NSP - MONTICELLO Isl RHR Service Water DWN: CHKD:MY APPD:/71d SYSTEM: RHR SW UNE NO: SW9-8-GE l DWG NO: 1S1-13142-488 REY: 2 , _ . . _ _ . - _ - _ _____._..m.. _____________.___,___._._____m___ _ _ . _ _ _ _ _ _ _- _ _ _ _ _ _ . e r . - - _-_._ - . _ _ . _ _ - -m _
.=m..- _ _ _ _ _ _ _ _ . _
V U 1 N
/
\ m I O LET
]
+ , g
' Reinforcing Pad O 35' O.D. x 1%" T M*
277 A .A T ~ W 24' x 16" Red. (.500' D J/-:- 1W f
, =
g Section A-A B B IO I / isi \
/ support \ 0
( GE ) = Hanger No.
<o o.o. /suppat\ \ conef 3 I
( c / 315* 'O" 3' O
# ! j;'0 1/( ^ )
\ ca \ ^# / M = Weld No' D
\
-r ,, ,, r i E:EEMI 270* 90-
/suppat\
. o s o s o t:- ( B
)
\ 84 /
I
=, ,# w '*'
da.!T=7m eb REF. DWG: NX-7905-32
/
1
%'T N D Section B-B NSP - MONTICELLO 1S1 73 .T (min)
DWN: g CHKD:hl APPD: /hM 4'-4%" o.D. _ SYSTEM: RHR HX A Residual Heat Removal - Heat Exchanger E200A une no:
^
- DWG NO: ISI-7905-32A __REV: 2
(
/ (~
) 'w/
i b-N
/
m
,, A " - -
I obtET I i / h - ' k Reinforcing Pad 35" O.D. x 1 %" T
. \ 90*
A lA
-O[ h 24" x 16" Red
%Ciy f (.500" T) m.
i
~__ M .__. ,
T W 180 INLET Section A-A B I[ \\ \ II / isi \ ( GE ) = Hanger No.
'"Eo.o.
<o /suppat\
[ /suonort\ \ C "#/
\ ca (A = Weld No.
r,- ,, m n - N bEIEIS 270 . , 90-M N /suopat\ h6tTi6I ( B ) R.W6 h \ 8-8 /
=
I
'", 180-de. ! T = 7/8 .9bg REF. DWG: NX-7905-32 I %.,3.# W Section B-B NSP - MONTICELLO ISI
\ " 7/8 T (min) DWN: GHKD: //1Y APPD:
_ 4'-4%" O.D. SYSTEM: RHR HX B Residual Heat Removal- Heat Exchanger E200B unE NO: DWG NO: 1S1-7905-328 REV: 2
U Y N' n, Is\ M ( RSAJ-7 ( RSAJ-8 ) )(i RSAK-6 )
/ H-2 . \11 [
M ( RSAK-9 ,' I No Cont.
\ SR-43f _
n n .. < g ( RSAJ-3 ~ f RSAJ4 ) MO 2076 ( RSAJ-2 m hase A ( Flued Head Cont. on b W-13 { RSAJ-16 ) { RSAJ-17 )
/ ISI \
ISI-13142-35A I M ( GE ) = Hanger No. PS3-18'ED ( RSAJ-14 ) [ RSAJ-12 )
\ Cat.[
W I M I = Weld No. REF. DWG: NX-13142-43 NSP - MONTICELLO ISI DWN: q\Cd CHKD: %/ APPD:M SYSTEM: RCIC RCIC Steam Side UNE NO: PS17-3-ED _ ^ DWG NO: ISI-13142-43A mEv: 2
r'
.&- & \s'
-Q a a M y 7Q 410 JY 18 411 "8
) '
CD g@ d aa e W-11 w Wg e RCIC-70 W-15 W W-14 W M-W RCIC Tcrus / ISI \ =HangerNo. Torus Penet. X-212 M M M -Weld No*
'sQonst,/
42s w-28
'W gg W
N6 REF. DWG: NX-13142-19 W # NSP - MONTICELLO ISI NM DWN:4(d CHKD: APPD: Md SYSTEM: _BCIC Steam RCIC Steam Discharge UNE NO: RS3-8-HE DWG NO: ,jSI-13142-19B REV: 2 i
(> y , From Condensate Storage Tank No Cont. (Non-Safety) N T
\
MO 2102 mM M W WN 6 227 Q N RCIC-41 i W-1 WN M 14 C17-6-HE Rcica2g 231 RCIC Pump Qy Suction W ' ' Mo 210 N NM WN. Wg v-21 1
= Weld No-p nst Mo 2100
\ ' 4 . NM Torus Pene. X-227 7 TW5-6-HE \ '
Tuus Rcic REF. DWG: NX-13142-41 NSP - MONTICELLO ISI DWN:kf CHKD: %d APPD: RCIC Water Suction SYSTEM: RCIC UNE NO: TW5-6"-HE. C17-6"-HE DWG NO: ISI-13142-41 A REV: 2
- r . i PV"l! _, r *' o Suction , o },) ,
~
- o -o
- o. o o
- o -
O .I o (_ Fvino Discharae o ^ o _. O O O,
.o o o o k O O )
\ /
L' ' ') @ Looxjuo Down FT i A gm4h'. g i _j a Y -. Section Discharqc_
'W ---
f ,,,' i
'% s' A6 earing Pedestals @
L Anchor Bolling (g) Q j NSP - MONTICELLO .Ist Verw Fnou Puun Euo DWNMT' CHKD:h APPD:h' SYSTEM: RCIC Pump Reactor Core injection Coolant (RCIC) Pump UNE NO: DWG NO: ISI-47 REV: 2
~
?
b V M (fvi2TV (M RWAJ-2 ) RWAJ-1 ) ( RWAJ-3 ) , No Cont. Non Safety MM ( RWAJ-4 } ( RWAJ-17 ) ( RWAJ-16 ) V , ( RWAJ-5 W W M RWAJ-7 ) M t ( RWAJ-22 )( RWAJ-21 ) W M ( RWAJ-23 ) M "a ) RWAJ-10 ) ( RW G ) Os-*p v bRWAJ-24 ( > v /W i ( RWAJ-13 ) g W W-1 . w-io M ( RWAJ-12 ) ( RWAJ-11 ) ( RWAJ-31 ) RWAJ-26 ) UW 4 7 w ( RWAJ-32) M
' RWAJ-27}
WX a . RWAJ-25) { RWAJ-30 ) e M. ek W ( GE W5V
) = Weld No'
( RWAJ-34W' W REF. DWG: NX-13142-67 j NSP - MONTICELLO ist s
\j DWN: CHKD: /7) APPD:)%
iREW10-18"-HE SYSTEM: Fuel Pool Emergency Cooling Cont. on ISI-13142-49A Fuel Pool Emergency Cooling LINE NO: RGW11-6"HG
- ^ DWG NO: ISI-13142-67 J Ev: 1
t (w_,3 No Cont,'~.
,Q f i
n PC-18 _O NQ N ; 4 132o o W M
@ W W N%'# ',r: .
w w.e m< W
"' l e %
ei bw m wx
/ isi\
\Constf = Hanger No.
#w
%@ @ = Weld No, D
on ISI 13142-18A , w W k & t REF. DWG: NX-13142-62 NSP - MONTICELLO ISI M .f W-25 DWN: hy- CHKD:/))/ APPD: W "
@ SYSTEM: Fuel Pool Emergency Cooling W Fuel Pool Emergency Cooling UNE NO: FPW12-8"GE ,
(so42A2sno43j DWG NO: 181-13142-62 REV: 1 _ _ _ . . _ _ _ _ _ . - _ _ . _ . _ . . _ _ _ _ o- _ _ _ _ _ _ . ___-m_ ____________.____m. _ _ _ - _m__ _ _ _ . _m__._. . .___. _ -____m_____m- _____
b e ( RCAFR-2 ) ( RCAJR-3 ) N N-1 A See ISI-Fig. 5 ( RCAJR-4 ) m /Hi2x ( RCAJR-4A) (RCAKR-34
! "9 \ \""1#/ S -97005-B Cont. on M (RCAJR-31 ) [ H11 \ M
( RCAJR-5 ) l RCAJR-25 ) ISi-97003-B \Res[aint[ \f RCAM-35
/ ,3,
\
REW10-18"-DCA ( GE ) = Hanger No.
/ H1 \ 'y Cont. on 7 C R-30
\HS-209 / ,
ISI-97003-a \ Const/
' - l- RCAKR4) \ SS4 /
REW30-18"-DCA M ,
~
( RCAJR-7 \ I
; , / H2 \ (RCA -2 / ggo
^ ^ q = Bolt No.
1 , RCAKR-33 ) { v
" \ e \"c/ /
CA 12A) ( RCAJR-18 is = Valve No. M > , ~ ( RCAJR-9 ) v Q MO2-53A ' I )( RCAJR-23 ) U '
/ H4 \ ( RCAJR-17 ) {
Restraint ) w1g , gig ( RCAJR-20 Jt RCAJR-21 ) ( RCAJR-10 ) V k1 ((i H5 \ --
- groo,,
V V g RCAKR-16) 8'U
@ rv & " E l m W'5 MO2-43A
( RCAJR-13 ) i REF. DWG: NF-96201 NX-7831-37-1 A /' (RCAJR-11 ) l J [ RCAJR-16) NSP - MONTICELLO NF-97005 ISI UMI f[74M- ' 33 I ( 8' ~ ' I I DWN: CHKD:[/l APPD: ReCirc Loop A SYSTEM: Recirc A
/ H6 \ REW13A-28"-DCA UNE NO:
( RCAKR-18)
\"$E/ _
DWG NO: ISi-97005-A REV: 2
~ -
9 e o g '[ H7 \ ( RRFJR-2 ) g ( RRFKR-6 ) N-2F
\""Pa/'
N-2G ' ( RRFJR-4 ) RRGKR-6 ) W11 REW15-12 Restrawit M N-2H ( RRGFR-2 } ( RRKFR-2 K V ' '-
/ "8 \
( R-2 ) ,t ( RRKJR-3 V g,3 e { RRHJR-3 ) < RRGJR-4 ) M ( RRJFR-2 ) [ H13 \ j
~gV
( RRKKR-6 W7 - [ gg \ ' RRGJR-5 )
\ Restrain!t V
' ' M 4
(RRHKR-6 [ 1 RMAJR-1 ) x : \RajraW/ M
! I I V[ H5 k
** r. M 4 RMAKR-4A)
[ H9 \ g ( RRHJR-6 E { )E RMAJR-4 ) 'M RMAJR-2 ) [ ISI k g (RRJKR4 ) M. ( GE ) = Hanger No-
)
m g .g ( RMAJR-5A) f g3 \ \ Const.[ M M ( RMAJR4 ) f ' RMAKR-6 ) M ( RRKJR-5 ) ( RRJJR-4 L R ( GE ) = Weld No. v V 'M H2 k estraint W A M RMAKR4A) ( RRKR-6 ) ( RRJJR-5 k, ( RMAJR-6 ) WS HS207 6 ( RMAJR-3A) REF. DWG: NF-96201
.. m _
-i V We NX-7831-37-1
/ N12 \ 4
/ Ha \. 7x '# ( )
NF-97005 (RMAK-138 2 "I' HS208 (RMAKR-11) i NSP - MONTICELLO [3] H11 \ [ H10 \ ( RRKJR-7 ) D (D RMAKR-13) RMAKR-13A) RMA Recirc. Manifold A
-7 CO On ISI-97005-A REW13A-28"-DCA SYSTEM:
UNE NO: Recire. A REW32-22" DWG NO: 1S1-97005-B REV: 2
s'
/ m\
a B k pg,g_, ) w'/ N[ ( pHARs
. / ni \
PHAR-3 ) f n, x dm / ne \\yf/ PSSAR-4B r . 1125/ / .
\E// Hs \
P200A PSSAR-4A ) hA Ah @
/ H9 \ p / gg \
(RCAKR-24B _ L EL M RCAKR-24A)
\"df/ / \"gyy
/ H1o \ T
[ HI \ ! ISI \ Biological RCAKR-22 ) Shield Wall 7 / (RCAKR-22A) g Biol ica ( GE ) = Hanger No. p
\ =/
@ @- r@-
ss
' 'x
@\\ x NF-97005
~
N s REF. DWG:
' #g gg g s / NF-96201 i N / NX-7831-34 b /
\ NX-7831-37-3
.\
@ \
\ NSP - MONTICELLO ISI DWN: CHKD:hd APPD:M Plan'A-A' Plan'B-B' SYSTEM: Recirc Pumo A Succorts LINE NO:
DWG NO: ISI-97005-C REV: 2
I SI 2 h : V D E
- o P R Q-P
' d D
N lt o B 1 9 A hi ra C A n B - N " = 0 2 4 h
/D E 1
]ys 7- O L DA
- 2-8 9
0 l n i s Q L K . 2 2 . [S o i N E H cr W 4 C Cic 7- [M-G TN I e E S R I I W O : D M QRME : : O O N N F E PNTEG WYS N W R S N D S L D I 3j D 1 A 2- D# Tj 3 w 1 W - A- 4-5 0 0C A r w _Dj ( [f[W' T
[W(e Y6 )
7D 9" - e 8 - t.n IS2- nil I nA 7 o" C2 O 3 .. T o t nW 1
- N<
oE - , j _ CR 2- a hs A A 5 w 3 (]g->^ r(5> 7- ^ 5 w 8 . (w
\ 8D 1 k e Ov )
- A 6- n R i X L
[W(7 k* , n DjA 3 i 2 p ( ia D r
>A g
c AQ 3, o i r c
,Dj 4 A [wtk R e
1
- 3 2
j 3, 1 A 6(1
- 1 7,
g x [W(1 j _ A _ 4 1 ( [y t t f
.e na oS C n-oo NN Ou
M ( RGBJR-4 ) 4 ( RCBJR-5 ) M( RCBJR-3
) h M Cont. on ( RCBFR-2 )
/
CWAJR-1 ) ISI-97006-B v T M Cont, on !
"M RCBJR-23 )
ISI-97004-A N-1B [ "I \ TW20-18 -DCAI- I M See ISI-Fig. 5 Cont. on RCBKR4 ) ist-73880-A E~- yesjrardf [ H12 \ REW3-4 -VCA (RCBKR-33 ;, 4 / gg, \ ( RCBJR-6 )
\Restrainf
( GE ) = Hanger No. [H11 \ \ CcW/ (RCBKR-32 M M RCBKR-10 ) ( BKR-1 [ H10 \ >e = Bolt No. ( RCBKR-32 ' CRBJR-7 )
< (RCBJR-15 ) = Valve No.
[ H6 _\ ISI p -- [ H9 \ { ) g -2008 ] [RCBKR-16 ) f H4 k - (RCBKR-30 ..
\H-[A y
( RCBJR-18 ) (RCBJR-10 } M MO2 I. RCBJR-B ) ( RCBJR-14 ) (RCBJR-20 N> M 43B O2- g,3 53B v REF. DWG: NF-97006 W12 ( RCBJR-13 ) B-1 J [RKBKR-14 H5 \T NF-96202 y.1 NX-7831-37-1 [ H8 \ B-4 W1B
/ H7 \ W11 'T Cont. on g H206 / ISI
( RCBJR-11 ) ( RCBJR-9 ) HB / NSP - MONTICELLO (RCBKR-29 (vRGBJR-18 ) (/RCBKR-27 V ) ISt-74210-A g v-3 W16
)
V DWN: CHKD: APPD: 1 R[ CIRC. LOOP B V SYSTEM: Recirc. B LINE NO: REW138-28"-DCA
, _ DWG NO: ISI-97006-A _ REV: 2
f~N., ,) (~~') Q ,I LA Q. (Q DR ) ( )g )( ( ) M M ( RRDFR-2 ) { RREJR-3 ) M ( RRBJR-3
/ "9 \U S -
/H7 \
(RRBKR-6 f g1 \.2C H-2D N-2E RREKR-6 ) Y'*["*/ , ; 2e (RRCKR-6 )>' [ H4 \ g g yesjraintf
,,p,f gggKg_, )
i ( RRCJR-4 ) g R rain ( RREJR-4 ) I ) ( ) M W13 M g ( RMBJR-4 ) 4 ( RREJR-7 ) ( RREJR-6 )
)
( RMBJR-5 ) [ / ' ( RMBJ -6 ) } (RMBJR-3A ) 1 RMBJR-2 )( RMBJR-1 )[ H5 \ ( RHBJka v .-V V V(RRBKR-4 ) M
-. [ H8 \ [H3 \ !E\
{ RRAJR-3 ) RMBKR-13A) (RMBKR-6 ) \H-jf 0 / NyN y 5,,g W6 Resi, aim, ( cE ) = Hanger No. i \ \Const./ M I ( RMBJR-3 ) I ( RRAJR 7 M v l* U RRAFR-2 (RMBE6A) = Weld No. U g h Cont. on D (RMBKR-13 / 3 ISl-97006-A
\W.211/
4 (REW13B-28") REF. DWG: NF-97006
/ Hit \ / His \ NF-96202 (RMBKR-138 ( RRAKR-6 ) NX-7831-37-1
\Res,tnmif H12 \ NSP - MONTICELLO ISI
( RRJAR-4 ) [RMBKR-1%(M RRAJR N DWN: %CHKD: 771/ APPD:2ht/
'@ v-6 )v wz9 v
( RRJAR-5) Rec. ire. Manifold B SYSTEM: Recire. B UNE NO: REW32-22" DWG NO: ISI-97006-8 REV: 2
i 1 5 1 t s 2
- o. 1 r
N r
) oc V
e '- e D c E g n 3- P u R a 47 P S H 33 A B
=
62 - - 001 1 /I o N \)/. E t n s 0233 6688 9977
- - - - O MmPu C
6 0 i S G o FFXX L D . 0 t c NNNN L K cr 7
/(\ :
E C C H ice 9-I G I T R S I W N D O : : : M M O O F E N N E - :N T E G P R S WYS N W N D S U D l l l a a icW gd ,~ sf lol e \ / ioih BS g/ B'- p %O( B x N ' n a
)7/ \ > f.m h'\
l P
\ - , N *" / S N
' R s s " ?
we \N)5 /f#Ys N
" B -
H
- k
/ (P H H
- i 8
H
@\ '
i eT e H R o B j S g s - lY : S N/ys P
*6
- 2 9
L \ )s / ' E i N\ a 7 i H B $ c $
\4 / R x\
"QL-Q; B-0 0 ' !
d C 2 P \'
/ /
*D~ f - g
-(
4- 4
/ k0 A fna 0
\y'e\Af
, 4 R 0 2-2 - #
H SB R y s%_ H R 8 t H B i
. 1
" ' 9 K H K D n
_ / (S\ P 5 C (Ry IT s'( - A
/ (Rc M [ 'A-l.T g A j r;' -
9-
\
\ n a
lP 7 l l a 0 law ic 1 H gd ole loih L , - i BS f '
i s i 2. h :
}
o
- V N
D E
)f d o
N P P D R_ ( (_ ' le W lt B o 1 0
- A n B E
/ :.
- 1 i r C A N a
=
2 4 7-MD E 3 Q O L DB
- 2- 0 (h
1 l s n L K . 9 2 [ N E H cr W 2 4 C Cic 7-G I T e E I W N R R S I D O : : :
. M M E N N OO F
E P- : N TS E G R S N WY D S U N DW m
)y i
t e a m "- a* R o 2- NJ o B T> h t 7-a x t
" 8- B W 9 h
w\ k r w TJ4 e w 7 V DJB k 9 0 - lw 1 2-4 h2 s e ~ (% a R X w 8 8 n k)8 2 rk i L n 1 5 3je 4-i a (w(/Y w
- D r
t n
. )e r% c oUn\ s r as i
c Co "2 s
- s e N (< N w a R N,y2yf(
A w 8 - 9 2 A- 1 6 0 0 7 r((w( 9-l S I n t O. n o c OVQ
}
Q N-10 N
.M %P}AJR-6 fSeeISI Fig.5 W2s cPAJR4
@'IM CPAJR-3 A
. t}o Cont. R ,
M A wefay VM Ms
-4 mt~ny r
%[^f'W w27 No Cont.
W. W %L^ey M / ist \ ( c,e ) = Hanger No. g/ H. wtus_-w A stua-iy m i mA
\=/
I M
} = Weld No.
( CPAK-14 C ""'2'
\H-s2/ M M' u-22 l7@ gPAJR-1p / H3 \ = Bolt No.
East Shut Down Cooling Drywell M ( CPAK-19 ) XP-8 QCPAJ-29 P-7 l 64 New ECB . / H1 \ [ H2 \ Exist DC em.24 y ( CPAK-20 } (CPAK-19A)
\ H-124 /
No Cont. No Cont- \H-te2/
; REF. DWG: FSK-785 Class 11 < 4" J- wt2 NO-74215 s M No Cont. - W NX-7831-523 0-1 p$ pCPAJ[-28 wio wt1
; / NSP - MONTICELLO ist g ygAL2p ML^t3F , wg SYSTEM: Standby Liquid Control No Cont.
gSW
- Inaccessible UNE NO: CH2-1.5" MPAg2F DWG NO: ISI-74215-A REV: 2
~
- W
. . . .~. . . - - - - - . .. . -_ . _ -..-. ..-.~ ... .. _
g O g( P
\ )g \
'd i
L U i MCDAJ-11 W6 CDAF-1 CDAJ-13 H5 DAJ-17 H4 CDAJ-15 CDAJ-e CRDH-239 i H-1 CDAK-2 , H3 W9 H-2 CDAK-2A CRDH-267 r W4 MDAJ,-1g/ H12 H4 CDAK-3A CRDH-266 H2 H-4 CDAK-3 CRDH-238 , CDAJ-10 H13 H1 W3 - W16 H-S CDAK-4 ' CRDH-237 94 W1B H4 CDAK-5 CRDH-236 DAJ DAJ-28 ggg AJ-33 H-7 CDAK-18A CRDH-235
' W2 "' CDAJ-48 H-8 CDAK-19 CRDH-264 DAJ-1 "D -52 H-9 CDAK-19A CRDH-265 O8,2 '
H9 W14 DAJ M MCDAJ-53 H-10 CDAK-19B CRDH-234 H8 H-11 CDAK-20 CRDH-233 l
'q g39 MD^tu' "7 M Hi8 w25 ":I* EEIE$ EEE"$i CDAK-32 CRDH-237 CRD15A-4"-DB D Ht7 ' 6 W27 CDAJ H-14 H-15 CDAK-23 CRDH-230 B-3 W12 W24 H-16 CDAK-37 CRDH-263 g H16 W22 WNW 6 / 'y /
CDAW38 CRD W f W11 H15 DW W30 D Tank A H-1 H8 AK H , CRD14A-6"-DB AJ- MDAJ-3/ yDAJgt/ H-20 CDAK-56 SKIRT l g CRD13A-4"-DB Me^ hv m d'yDAJ- yS/ i W19
= Hanger No. D i
= Bolt No.
REF. DWG: NF-93268-1 ist _ Weld No. CRD Scram Header A NF-93268-4 Const NX-13142-77 NSP - MONTICELLO Ist DWN: CHKD: APPD: SYSTEM: CRDA ; UNE NO: CRD-16A-12"-CCD DWG NO: ISI-93268-1A REV: 2
.)
G N'
/"4\
yRDH-22f CRD-16B-2"CCD \ /
*~28 El. 935'D M RX Bldg. E Q cv M M W 11
" No Cont.
M M Ta nk 'B-(Non-Safety) H-S \ Q J- cv RDH-2 Q M /g = v v e e W-24 cv D M
- D '
W-9 H-1 W-23 H-4\ RDH-No Cont. kcv, (Non-Safety) 3 33c RDHf DAx gygW DBK W-21 D [H-3 RDH-24 yRDH-24
\ [ ISI k = Hanger No.
^^ REF. DWG: NF-93268-1 hl9 D - 268-3 RX Bldg. W M ~ Weld N ' NF-93268-4 D
NSP - MONTICELLO isi CRD SCRAM Header Discharge DWN: CHKD: APPD:h SYSTE CRD UNE NO: CRD-16A & B-2"CCD
^ - DWG NO: ISI-93268-1 B REV: 2
~ -
O V -Q %
%])
Q
- N #
ecom @ ^ IS: H-1 GE const CDBK-? CRDH-209 CRD168-12"-CCD H-2 COBK-3 CROH-259 MDBa43 DBJ-40@ DBJ-26 H-3 H-4 CDBK-4 CRDH-208 COBK-5 CROH-261 I -
@ COBJ-2 H-5 H-6 CDBK-16 CRDH-207 CDBK-16A CRDH-258 H13 H-7 CDBK-17 CRDH-206 H12 CDF-3 9 J '
DBJ-1 h hk hRD 2e H1D
"" MBDJ-11 H-10 CDBK-30 CRDH-204 CDBK-31 CRDH-203 M.
H9 [CDBJ-38 H-11 H-12 CDBK-32 CRDH-202 Q W22 HB COBJ-1 wy H-13 CDBK-23A CRDH-201 W16 H-14 CDBK-47 SKIRT COBJ 9 OB-4 H7 W21 BJ W15
/ isi \
M TANK 0
= !- W2o f. wh%oEsv ( ) = %w No. ,
weBt y & D "5
,,3 g3 W6 \ mst/
g 4 gg y , Weld No. 3 W12 g W5 ( H14 CRD158-4"-DB B-3
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#.3 MONTlCELLO NUCLEAR PLANT HANGER ISI PROGRAM - CODE CLASS 3 "5 */* l R E'r O NORTHERN STATES POWER COMPANY SERVICE WATER '" * **"'" ""'"'
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SERVICE WATER CHK:LD A PP: J8 REF DWG: A-6422 l LINE NO: SW9-6'-GF l OWN: W IDATE: "-to-: MONTICELLO NUCLEAR PLANT HANGER 151 PROGRAM - CODE CLASS 3 "E "/A fPEW O NORTHERN STATES POWER COMPANY
~ '~"ll1 '4^,"'~ ' NO- ISI-I I i
- - . - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ = _ _ .- . _- _ _ -__________.:
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' 2-o 46 REF OWGNF-934641LINE NO:AS-NOTED I OWN: N l DATE MONTICELLO NUCLEAR PLANT tg5].o HANGER ISI PROGRAM - CODE CLASS 3 NORTHEhN STATES POWER COMPANY RE N/A lREV O
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MONTICELLO NUCLEAR PLANT HANGER ISI PROGRAM - CODE CLASS 3
" ' "/" I"" G NORTHERN STATES POWER COMPANY COMEUSTIELE GAS CONTROL .
ENGINEERtNG OEP ARTMENT _l _l l MiNN E a rotas
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9 9
1 NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN n x_ . INSPECTION PLAN AND SCHEDULE TABLE Notes:
- 1. Components may be rescheduled within the same period. Longitudinal welds are examined with the associated circumferential welds.
- 2. All applicable hanger and attachment weld examinations will be performed on a given hanger at the same time (i.e. F-A,B,C represents all required exams on one hanger).
- 3. C x.xx are items exempted from inspection per Table IWC-2500-1, item C 5.50, but are included in the total population.
- 4. As shown in the schedule columns, "I" indicates inspected and "S" indicates scheduled to be examined.
Pressure Testing Notes: /] V A. The system leakage tests described by Section XI, items B15.10, B15.40, B15.50, B.15.60 and B.15.70 are performed each refueling outage in accordance with Monticello plant procedure 0255-20-IIC-2. Record information of examination results is maintained by the Plant. B. The system hydrostatic tests described by Section XI, items B15.11, 8.15.41, B.15.51,8.15.61 and B.15.71 are performed at, or near, the end ; of each Intervalin accordance with Monticello plant procedure 0255 IIA-2. Record information of examination results is maintained by the Plant. i l C. The system functional and Isakage tests described by Section XI, items ! C7.10, C7.30, C7.50 and C7.70 are performed in accordance with the Monticello plant procedure identified under the Iso and item columns of the Examination and Schedule table. Record information of examination results is maintained by the Plant. D. See Code Case N-498. E. The system hydrostatic tests described by Section XI, items C7.20, C7.40, C7.60 and C7.80 are performed at, or near, the end of each (^) Interval in accordance with Monticello plant procedure identified under the V 1.7-1 Revision 2 3/7/97
l NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN O Iso and Item columns of the Examination and Schedule table. Record information of examination results is maintained by the Plant. F. The system hydrostatic tests described by Section XI, items D1.10, D2.10 and D3.10 are performed at, or near, the end of each Intervalin accordance with Monticello plant procedure identified under the Iso and item columns of the Examination and Schedule table. Record information of examination results is maintained by the Plant. G. The system functional tests described by Section XI, items D2.10 are performed in accordance with Monticello plant procedure identified under the Iso and item columns of the Examination and Schedule table. Record information of examination results is maintained by the Plant. NDE Notes: AA. Reactor pressure closure studs, item B6.30, will be examined when removed. BB. Accessible portion of the reactor vessel welds, Items B1.11 and B1.12, g will be examined when the adjacent nozzle is examined. W N-4A and adjacent VCBB-4 1996 I N-4B and adjacent VCBB-4 1998 N-4C and adjacent VCBB-4 1994 ) N-4D and adjacent VCBB-4 1999 N-5A and adjacent VLCB-1 2002
)
N-5B and adjacent VLCB-2 1994 N-2G and adjacent VLAA-2 1998 N-8B and adjacent VLAA-2 2002 N-8A and adjacent VLAA-1 1994 (not accessible - 9/27/94) l N-1 A and adjacent VCBB-1 1994 I N-1B and adjacent VCBB-1 2002 CC. Dissimilar metal weld. DD. Encapsulated weld. EE. The internal surface visual examination is done during maintenance: Atwood Morril Globe Valve - Main Steam: VF-1 of one valve. O 1.7-2 Revision 2 3/7/97
NORTHERN STATES POWER INSERVICE INSPECTION MONTICELLO 3RD INTERVAL EXAMINATION PLAN g I ( FF. The internal surface visual examination is done during maintenance: Target Rock Relief Vahres - Main Steam: VT-1 of one valve. GG. The internal surface visual examination is done during maintenance: Anchor Check Valves - Feedwater: VT-1 of one valve. i HH. The internal surface visual examination is done during maintenance: Anchor Gate Valves - Various Systems: VT-1 of one valve in each size. II. The internal surface visual examination is done during maintenance: Chapman Crane Gate Valves - Recirculation System: VT-1 of one valve. JJ. Welds in core spray and containment spray were added at the end of the second interval per EGG-MS-8969. These same welds are scheduled near the end of the third interval to allow a suitable amount of service time between examinations. KK. NUREG 0619 Commitments: Monticello visually inspects each feedwater sparger and ultrasonically inspects two of four feedwater nozzles each p refueling outage through Cycle 18 (1998). If ultrasonic examination V results in unacceptable indications, then an internal surface examination of the feedwater nozzles shall be performed. LL. VT-2 inspection of partial penetration nozzle welds is done remotely. ] MM. Augmented examination for Generic Letter 87-11, Relaxation in Arbitrary I ~ Intermediate Pipe Rupture Requirements (Superpipe - requires 100% volumetric examination once per 10 years). NN. The Monticello ISI Plan is to be revised, as appropriate, to reflect the l performance of an augmented examination of the reactor vessel welds in accordance with 10CFR50.55a(g)(6)(ii)(A), to the maximum extent practical (NSP letter dated 9/19/1996). I I
- 00. Metal Containment (MC),92 Section XI and 92 Addenda, Subsection IWE and IWL - To be determined.
(m) 1.7-3 Revision 2 3/7/97
Inser ice Inspecti:n PI:n end Schedule Montic llo Nucirr Genercting Plint Third Ten-Year ASME See XI Code Ed.1986 ISO Item ASME u ts System Item Description Item N nber Method & Notes -93l94r-l 95 l 96 l 97 l 98 f 99 h0 ' 0255 02-!!A-1 C7 20 p 5BLC Pressure Test VT2 _ ,__ _ ._ 0255 02-11A-2 C7 20 D 0
$ 81.C Pressure Test VT2 0255 02-IIB-1 C7 10 e I
SBLC Pressure Test VT2 ~CIS5 ~ 02-115-2 C7 10 e I SBl.C Pressure Test VT2 0255 03-IIA C7 20 p 0 Core Spray Pressure Test VT2 -~ ' 0255 03-IIB C 7. 10 I b Core Spray Pressure Test VT2 0255 04-IIA-1 C1 20 D O RHR A Pressure Test VT2 0255 04-!!A-2 C1 20 p PHR B Pressure Test VT2 0255 04 IIA-3 C7 20 g kHR SD Cooling Pressure Test VT2
~ - -
04-11B-1 C7 10 0255 RHR A Pressure Test VT2 I ~ l ~~~ b
*~
025$ 04-1!8-2 C 1, 10 g U-RHR $D Cooling Pressure Test YT2 ~~ ~ l
~[8
~
0255 05-IIA-1 D 2.10 PHR SW A , Pressure Test VT2 1
~~~~
~ ~ ~
0255 IO5-11A-2 D 2. J O F S RHR SW 9 Psessure Test VT2 0255 05-IIA-3 D 2, 10 b i~ 3"_Cgol,A-, pes,t _ W2 _ ,. ., , , , _ . _ e_ a_ ._,_n _ , , _ .. 4 _. _. ,__ RHh SW Cool B Pressure Test VT2 t
~
' '~
0255 05-I!B-1 D 2 . 10 RHR SW A Pressure Test VT2 l
~ ~
~~~ ~ ~
^'o255~ ~ ~ ~ ~ 05-118-2 D 2. 10 AHR SW B Pressure Test VT2 l~j 0255 06-IIA C7 20 l j i HPCI Pressure Test ] VT2 lp l ; ~i f ~j255~
~-~06-11B C7 30 I-HPCI Pressure Test VT2 l
~
h255 fh8-!!A C7 20 VT2 g [ l > PCTC gessureTest ' ' ~ ~~5 o25 09-119 C7 10 ~} ~ ! Pressure Test VT2 l RCIC t ( 0255 11-IIA-1 D 2 . 10 E h l !g
~ *' WI 4,
.. ?.^--.---.c E b- ? ."- --- ..- . -- ?$_ .-. --- ... . . . . - _ A Test W2 _ .r , , _ , , , , _ _ _,. A . _ _ _ _ , . _ _ _ , ,,_ . _ , , , _ _ , ..___. n2 _ _ _ _ ,;_LJ "W B 02b5 e-111-119-1 1e- . D 2. 10 g g l l l l EDG-ESW A _ Pressure Test _ VT2 _ ] ___ 0255 111-1!9-2 D 2. 10 g j j EDG-E5W B _, Pressure Test VT2 _ _ 0255 D 2. 10 11-!!B-3 G } !
-5 B D 2. 10 g ESW B Fressure Test C7 20 VT2 _ _ _ ] __
0255 12-11A-1 g ( 3 feedwater A Pressure Test VT2 __, ,_ 0255 12-IIA-2 C7 20 g j ( 3
) ._Fechater B lQessureTest VT2 _,
( i 0255 _ _ ,_ _ ,jl2-IIB-1 IC 7 10 e I i
.- * !*.f.[ . _. _ __-
. __.I_
- .-. .. - -_- --...---L- !.. L----__ ---
^ ** * ** '** I
- - - -, . . .-_ h .-- --- -- - - -
Esrywell Floor Drsin VT2 ,_ Q j i_ _ _ _]ressureTest_ ]_ C _3_ t C255 l16-IIA-2 7. 20 p j j l l tir/mell_ECT Distn : Pressure Test L _ VT2 j_; ; I l _ _ E_ , Page 1
Inservice Inspectica Phn and Schedule Monticelb Nucle:r Generating Plint Third Ten-Yeir ASME See XI Code Ed.1986 I *
- ISO lASHE l ts -
System l Item Iteta Description jItemNumber Method {} k 0255 16-118-1 C7 10 g e
& Notes l9 9 95 ! 96 l 9"1 f 98 l 99 l 00 l02
% l Drywell Floor Drain ,Pressere Test VT2 1 j 025's 36-!!B-2 C 1. 10 C y Drywell EOT Drain Pressuce Test VT,2 MS 20-IIA-2 B15. 11 8 g ,
Reactor Coolant Pressure Test VT2 0255 20-IIC-2 815. 10 g 7 Peactor Coolant Pressure Test VT2 I I b b 52'5S 24 -I I A, I ID- 1 D 2. 10 C7 20 EF i
' g CGCS A Pressure Test VT2 0255 g 21-IIA,11D-2 D 2.10 C7 20 EF l l 3 CGCS B l Pressure Test VT2 l
! 0255 21-118-1,3 D 2.10 C7 10 CG CGCS A Pressure Test VT2 yl 0255 21-118-2,4 D 2. 10 C7 20 gg l CGCS B Pressure Test VT2
~
151-13142-17-A H- 1 F-A, B, C j RHR Suction A Strut / Cl up VT3 g lb IS1-13142-17-A H- 2 f-A,B,C RH,R Suction A Slide / Ciamp l VT3 l ISI-13142-17-A H- 3 F-A,B,C , RNR Suction A Slide Pipe VT3 ( ISI-13142-17-A H- 4 F-A,B,C i 4 PHR Suction A Strut / C1 kap VT3 l lS!-13142-11*A ( H- 5 F-A,B,C C 3.20 l RHR Suction A DL1 Spr / Half Clamp MT VT3 { ISI-13142-17 A H- 6 F-A,B,C C 3.20 i t 0 bl Spr / Half Clamp MT VT3 4 _
~ ~ ~~ ~
l^q 1 n r-g, p, c ^'I'~ RHR Suction A Slide VT3 4 ISI-13142-17-A ! H- 9 T-A,B,C l
- _ . - _ . _ I._* --
_ __ f __. . .e _
~ ~~
i
~
S- W- C .* bl
.. C.
al e-to-Reducer T UT I
~~ ~ ~ ~ -
7
- ~~
7A w C 5. 51
._RHR__ Suct ion ,A fToe-to-Pipe '
MT UT i . 151-13142-17-A iW- 5 C 5. 81 4 i _ ( i RHR Su-tion A Pipe-to-Weldolet NT l 4 IS!-13142-17-A W+ 6 C 5. 81 RNR Suction A ePipe-to-Weldolet MT { _,. IS1-13142-17-A w1 C 5. 81 l l ,, l RHR Suction A Pipe-te-Weldolet iMT . l IS!*13142-17-A W- 9 C S. 51 l l RHR Suction A Pipe-to-Cap C 5. 51 MT UT l__ __ _] t_ ISI-13142-17-A jW- 9 RHP Suction A Neldolet-to-Pipe MT UT j l___ IS1-13142-11-A W-10 C 5. 51 l } l
~
4 1A- ~ ~ ' C 5. 51 RHR Suction A Pipe-to-Pipe MT UT ! l]_ 181-13142-11-A W-12 .._C 5. 51 { l 1 l RHR Suction A Pipe-to-Valve MT UT ; l ISI-13142-11-A 'W-13 C 5. 51 I l } RHR Buction A Valve-to-Elbow UT l ,_k _, I ISI-13142-17-A ju-14 C 5. 51 7 } RHR Suction A Elbow-to-Elbow MT UT ISI-13142-17-A w-15 C 5. 51 l l j MT UT RHR Suction A IS!-13142-17-A Tibow-to-Pump N-16 C 5. 51 h_T_ l j _ RHR Suction A Weldolet-to-Pipe MT UT __ _6 ISI-13142-17-A ;w-11 C 5. 51 j l PHR Suction A ! Pipe-to-Pipe MT UT _g_,__ _4 _ _ _ _ _ __ _4_ 151-13142-11-A W-le C 5. 51 j t , i ! > l
. {H_R_8ucy,on _A_ , , Pipe-to-Pipe iMT UT __ _
.j_ _ ,_ __
_ j_ 151-13142-11-A iW-19 C 5. 51 ; i , . _f.HR Suytton A_, ~ - Pipe-to-Valve MT UT ! [, _ . _ _._ 4 _ ISI-13142-17-A _ , _ ,lN-20 C 5. 51 j j l PHR Suction A ivalve-to-Elbow MT UT l . i
+
Page 2
I service IIspection Pla2 cid Schedule Monticallo N cleir Geler:ti:g Plant Third Ten Ye:r ASME See XI Code Ed.1986 Relief ISO Xtem ASME Schedule Requests System item Description Item Number Method & Notes 93l94 95 l 96 l 97 l 98 l 99 l 00 F-ISI-13142-17 A N-21 C S. 51 RHR Suction A Elbow-to-Elbow MT UT 151-131a2-11-A N-22 C S. 51 RHR Suction A Elbow-to-Pustp MT UT
~~
ISI-13142-17-A N-23 C S. 51 RHR Suction A Tee-to-Pipe MT UT ISI-13142-17-A N-24 C 5. 51 RHR Suction A Pipe-to-Elbow NT UT ISI-13142-17-A N-25 C S. 51 RHR Saction A Elbow-to-Pipe MT UT ISI-13142-17-A N-26 C 5. $1 PHR Suction A Pipe-to-Elbow MT UT ISt-13142-17-A N-27 C 5. 51 RHH Suction A Elbow-to-Pipe MT UT 151-13142-17-A W-28 C 5. 51 PHA Suction A Pipe-to-E1WW MT UT ISI-13142-17-A
~
N 29 C 5. 51 RHA Suction A Elbow-to-Pipe NT UT ISI-13142-17-A W-30 C $. 51 kHR Suction A Pipe-to-Valve MT UT ISI-13142-17-A N-31 C 5. 51 _RHR Suction A Valvo-to-Weldolet MT UT ISI-13142-17-A N-32 C 5. 51 RHR Suction A Valve-to-Tee MT UT l 131-13142-17-B H- 1 F- A, B, C l HPCI Nater Side Sctn Rod / Clevia VT3 l 151-13142-17-5 H- 2 F-A,8.C HPCI Nater Sida $ctn Db1 Spring / Clamp VT3 l 181-13142-17-B H- 3 F-A,B,C l HPC! Nater Side Sctn Peatraint VT3 S l ISI-13142-17-8 H- 4 T-A,B,C HPCI Water side Sctn Restraint W3 IS!-13142-11-B W- 1 C 5. St HPCI Water Side Sctn Tee-to-Pipe NT UT ISI-13142-17-B N- 2 C S. 51 HPCI Nater Side Sctn Pipe-to-Elbow NT UT : l ISI-13142-17-B N- 3 C 5. 51 ! HPCI Water Side $ctn Elbow-to-Pipe _ MT UT l ISI 13142-17-B N- 4 C 5. 51 l HPCI Nater Side $ctn Pipe-to-Valve MT UT l 151-13142-17-8 W- S C 5. 51
]
HPCI Water Side Sctn Valve-to-Pipe MT UT 131-13142-17-u W- 6 C 5. 51 HPCI Water Side Sctn Pipe-to-Elbow MT UT 181*13142-17-B C 5. 51 N- 7 HPCI Nater Side Sctn Elbow-to-Pipe NT UT ISI-13142-17-B N- 0 C 5. 51 HPCI Nater Side $ctn Pipe-to-Elbow MT UT ISI-13142-11-B N- 9 C 5. 51 HPCI Water Side Setn E l t>ow- t o- Pi pe MT UT 151+13142-17-8 W-10 C5 51 HPCI Water Side Setn Pipe-to-Valve MT UT ISI-13142-17-B N-11 C S. 51 HPCI Nater Side Sctn Valve-to-Pipe MT UT 151-13142-17-B N-12 C 5. 51 HPCI Nater Side Sctn Pipe-to-Valve NT UT 151-13142-17-B W-13 C 5. b1 HPCI Noter Side 5ctn Valve-to-Pipe MT UT 151-13142-17-B N-14 C 5. 51 HPCI Nater Side Sctn Pipe-to-Tee S MT UT 151-13142-17-8 W-15 C S. 51 HPC1 Water Side $ctu Valve-to-Pipe MT UT I51-13142-17-B N-16 C 5. 51 HPCI Nater Side Seth Pipe-to-Valve MT UT ISI-13142-11-B N-17 C 5. 51 HPCI Nater Side $ctn Yalve-to-Elbow MT UT 151-13142-17-B N-IS C 5. 51 HPCI Nater Side Sctn Elbow-to-Tee MT UT 181-13142-17-B N-19 C 5. $1 HPCI Nater Side Sctn Tee-to-Elbow MT UT 151-13142-17-5 N-20 C 5. 51 HPCI Nater Side Setn Elbow-to-Valve MT UT ISI-13142-11-B N-21 C 5. 51 HPCI Nater Side Sctn Valve-to-Pipe MT UT Page 3
Inservice Inspection Pl n and Schedule Montic:llo NucleIr Gen: rating Plint Third Ten-Year ASME Sec XI Code Ed.1986 ISO ASME
- l, Item Item Description q ests k] Item Number f System Method & Notes 93I9 95 l 96 l 97 i 98 l 99f00 l 02 151-13142-11-B ju-22 C 5. 51 ; , ; i HPCI Water Side Sctn Pipe-to-Flange MT UT ISI-13142-17-B HPCI Water Side retn W
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~
151-13142-17-8 W-25 C 5. 51 l HPCI Water Side 5ctn Flange-to-heducer MT UT l
^
151-13142-17-R W-26 C 5. 51 l f ~F HPCI Water Side 5ctn Ibl-13142-17-C keducer-to-Pump H* 1 F-A, B, C lMT UT
~ l~ ~
l
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RHR Suction B Sprirq / Clamp VT3 l 151-13142-17-C RHR Suction B H- 2 Slide F- A, B, C VT3 T~"'~1
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!$1-13142-17-C H- 3 F-A,B C I
RHR Suction B Slide VT3
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l' 151-13142-17-C 4 F- A, B, C I RHR Juction B Slide VT3 l ,
~~
151-13142-17-C H- S F-A,B,C l' BER Suction B Strut / Clamp VT3 1 { ISI-13142-11-C H- 6 F-A,B.C C 3.20 I. ${r / Half Clamp VT3 _ _ RHR Suetion B Dbl Spring / Clamp ! VT3 l j ! l
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ISI-13142-17-C H- 9 F A,B,C C 3.20 6 l i S l RHR Suction B Db1 Spr / Half Clamp MT VT3 l l
~ ~ ~ ~~
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151-13142-17-C H- 9 F- A, B, C C 3.20 l 'T-[ RMR Suction B Db1 Strut / 8 1,uga ,MT YT3 - l [ []~
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l l }_____ Pipe-to+Neldojet lMT ! ___,___ ( ,_ [] AS f.YClI.0" E. ~ . IS1-13142-11-C lW-22 jC 5. 53 l: l ! j l j i ( RHR Suction B _ Weldolet-to-Valve lMTUT j __[__, _ _ _ _ i 151-13142-17+C iW-23 lC 5. 51 l l $ { , RHP Suction B l Valve-to-Pipe i___ x __UTMT _j __ , _ 1 ] ! + , l l Page 4
Inservice Inspection Plin end Schedule Monticello Nuclear Generating Plant Third Ten-Yerr ASME See XI Code Ed.1986 ISO l Item ASME l pehef l
,--- ,chedule S System ! Item Description Item Number l Method l ;& Requests t ,-
r Notes l 93 ! 94 ! 95 l 96 l 97 l 98 j 99 ! 00 151-13142-17-C (W-24 C 5. 51 j g j j
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$;!5@-EC- - - - [ ** ~ r$7 C f*MTUT --j H-ft-hf7 4 ! Is,1p suction b 151-13142-17-C iPipe-to-Pipe N-26 C 5. 51 {~~ l~ "-i f I
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I l IM - l RHR Suc-lon B Pipe-to-Elbow MT UT f ! ! j , ISI-13142-17-C ;W 27 C 5. 51 [- ~~} -~ ' , 7~ RHR Suction B ; Elbow-to-Elbow ,MT UT l
~
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PHR Suction B Elbow-to-Pump NT UT l ! f f
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C 571 151-13142-17-C .W-29 I fMTUT f ~ ~'I~7 l RHR Suction B Valve-to-Pipe 1 l l > TC
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RHR Suction B 1 Elbow-to-Pipe MT UT l l ( bl ISI-13142-18-A F-A,B,C ~[ ~ ~ f' 7~-~' RHR Discharge B lH- 1 Spring / Clamp I VT3 '~ I l IS I l l- ~ 131-13142-18-A ,H- 2 F-A,B,C I- i 7 ~I ..PH_S.D. ._isc. ha r ge B , _ _ __ B._o.x Restraint . . V_T_3_ _ . _ _ h .___ , __ I f ,_.,
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"'"H - M 4 b b i d MT UT t i j_ j
_ _ { ] ,, l j kHR Discharge B . Elbow-to-Pipe 4_ l MT _UT_ _ i IsI-13142-le-A ju-11 C 5. 51 l j l i l , l RHR Discharge B jFipe-to-Pipe 4__ I MT UT _ __ j_, 4 g [ _j,j _ ]_, Is!-1314I-la-A C 5. 51 j j j i i j ju-12 , PHR 01acharge B Pipe-to-Pipe NT U_T_ _ j !
- 151-13142-10-A W-13 C 5. 51 l l !
[ j j ! j l l'MTUT RHR Discharge B ISI-13142-It-A l Pipe-to-Tee lN-14 C 5. 51 _}_ __ (]l,_l_ ; f j _ {_ i RHR Discharge B rfee-to-Pipe lMTUT . I ! i j_ _ ' ' 151-13142-18-A ;w-15 lC 5. 51 ; j i ! , RHR, Dis-harge_B, ; Pipe,to-Pip __ , _ , , _, MT UT _ _ j____,__;_, j.' _; ,y__(. _ ISI-13142-18-A lW-16 __ :C 5. 51 . ! l , i j l kHR Ilsq y ,ge B {1pg , t o],Q e,,___ ,,, _- ,_, __,___,_,___,____,J{-_. _ , - , , , , , . 1,1- nlu-1.-A , _ , _ , , , . .. n C 5. 51 i t_ , v., , RHR Id scharge B Valve-to-Elbow kMT UT __{_ ._j_ _ ] _ _ _q Is1-13142-le-A !w-le [C 5. 51 l ____l_ ; i j l l { RHR Discharge B iElbow-to-valve t iMT UT f _ ((i _L !
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Page 5
1 Inservic2 Inspectin Plan cnd Schedule Monticalls Nucle:r Gen!r: ting PL:nt Third Ten-Yzer i ASME See XI Code Ed.1986 l Iso Item ASME h ts (] System 151-11142-10-A Item Description Item Number Method & Notes 93l94 95l96 97 98l99 00 02 N-19 C 5. 51 RHR Discharge B Tee-to-Elbow MT UT ' 1st-13142-10-A N-20 C 5. 51 RHR Discharge B ] Elbow-to-Reducer MT UT 151-13142 18-A W-21 C 5. 51 I RHR Discharge B Reducer-to-Pipe MT UT ISI-13142-10-A N-22 C 5. 51 RHR Discharge B Pipe-to-Elbow MT UT ISI-13142-10-A N-23 C 5. 51 RHR Discharge B Elbow-to-Valve MT UT j 151-13142-18-A N-24 C 5. 51 l RHR Discharge B Valve-to-Pipe MT UT ISI-13142-18-A N-25 C 5. 81 I RHR Discharge B Pipe-to-Weldolet MT j ISI-13142-10-A W-26 C 5. 51 i RHR Discharge B Pipe-to-Valve MT UT 151-13142-10-B H- 1 F- A, B, C i RHR Discharge B Variable Slide VT3 0 l ISI-13142-18-B H- 2 F- A, B, C I RHR Discharge B Variable Clamp VT3 l 151-13142-18-B H- 3 F-A,B,C l RHR Discharge B Strut / Clamp VT3 j 151-13142-18-b H- 4 F-A,B,C ' RKD Discharge B Spring / Clamp VT3 151-13142-18-B W- 1 C 5. 51 RHR Discharge B Pump-to-Elbow MT UT 151-13142-10-B W- 2 C 5. 51 RHR Discharge B Elbow-to-Reducer MT UT , 1 251-13142-18-8 N- 3 C X. XX RHR Discharge B Reducer-to-Valve j 15I-13142-18-B N- 4 C X. XX l PMR Discharge B Valve-to-Pipe l 151-13142-18-9 N- 5 C X. XX 1 RHR Discharge B Pipe-to-Valve [ !$1-13142-18-8 W- 6 C X. XX f ) RHR Dischstge B Valve-to-Elbow b# 151-13142-18-B W- 7 C X. XX RHR Discharge B Elbow-to-E! bow 151-13142-18-B W- 8 C 1. XX RHR Discharge B Elbow-to-Pipe 153-13142-10-B N- 9 C X, XX RHR Discharge B Pipe-to-Tee
!$I-13142-18-B N-10 C 5. 51 RHR Discharge B Pump-to-Elbow MT UT ISI-13142-18-8 N-11 C 5. 51 RHR Discharge B Elbow-to-Reducer NT UT 181-13142-19-B W-12 C X. XX RMR Discharge B Reducer-to-Valve 151-13142-19-B W-13 C X. XX RRR Discharge B Valve-to-Pipe 15I-13142-18 9 N-14 C X. XX RRR Discharge B Pipe-to-Valve 151-13142-18-B W-15 C X. XX P.HR Discharge B Valve-to-Elbow 131-13142-10-B W-16 C X. XX RHR Discharge B Elbow-to-Elbow 151-13142-18-B N-11 C X. XX RHR Discharge B Pipe-to-Pipe 151-13142-18-B W-10 C X. XX RNR Discharge B Pipe-to-Tee ISI-13142-18-8 N-19 C X. XX RHR Discharge B Elbow-to-Reducer 151-13142-18-8 N-20 C 5. 51 RHR Discharge 8 Reducer-to-Pipe MT UT 151-13142-19-8 N-21 C 5. 51 RHR Discharge B Pipe-to-Tee NT UT 153-13142-10-B h-22 C 5. 51 RHR Discharge B Tee-to-Pipe NT UT 151-13142-18-B N-23 C 5. 51 RHR Discharge S ' Pipe-to-Tee MT UT
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- 151-13142-18-B RHR Discharge B N-24 Tee-to-Pipe C 5. 51 MT UT 13.-13142-19-8 N-25 C 5. 51 PHR Discharge B Pipe-to-Elbow NT UT Page 6
Inservie)Inspettios Plaa cid Schedule l Mortic:ll: Nuclecr Gener: ting Pla:t l Third Tci-Ye r ASME See XI Code Ed.1986 j ISO Item ASME ts System Item Description Item Number Method & Notes 93l94l95l96 97l98l99l00l' 153-13142-18-B 26 C 5. 51 RHR Discharge B jwlbow-ta+W1ve E NT UT 151-13142-18-8 W-27 C 5, 51 RHR Discharge B Valve-to-Reducer MT UT 131-13142-18-B W-28 C 5. 51 DHR Discharge B Reducer-to-NoIIIe NT UT ISI-13142-19-8 W-29 C 5. 51 RHR Discharge B Tee-to-Pipe NT UT 151-13142-18-B W-30 C 5. 51 RHR Discharge B Pipe-to-Elbow MT UT 151-13142-18-B W-31 C 5. 51 RHR Discharge B Elbow-to-Valve MT UT 151-13142-18-8 W-32 C 5. 51 RHR Discharge B Valve-to-Pipe NT UT 151-13142-18-B W-33 C 5. 51 RHR Discharge B Pipe-to-Tee MT UT l ISI-13142-18-C !!- 1 F- A, B, C pHR Discharge B 5trut / Clamp VT3 151-13142-18-C H- 2 F-A,B,C RHR Discharge B Spring / Clamp VT3 0 151-13142-10-C H- 3 F-A,B,C RHR Discharge B Spring / Ciamp VT3 0 ISI-13142-10-C W- 1 C 5. 51 S PHR Discharge B Nozzle-to-Elbow MT UT IS!-13142-18-C W- 2 C 5. 51 PHR Discharge B Elbow-to-Pipe MT UT ISI-13142-18-C W- 3 C 5. 51 RHR Discharge B Pipe-to-Elbow MT UT 151-13142-18-C W- 4 C 5. 51 RHR Discharge B Elbow-to-Pipe MT UT 151-13142-18-C W- 5 C 5. 51 RHR Discharge B Pipe-to-Elbow MT UT b ISI-13142-18-C W. 6 C 5. 51 S RHR Discharge B Elbow-to-Pipe MT UT ISI-13142-18-C W- 1 C 5. 51 RHR Discharge B Pipe-to-Valve MT UT ISI-13142-18-C W- 8 C 5. 51 PHR Discharge B Valve-to-Elbow MT UT 131-13142-18-C W- 9 C 5. 51 l RHR Discharge B Elbow-to-Pipe NT UT ! 131-13142-18-C W-10 C 5. 51 l ~RHR Discharge B Pipe-to-Tee NT UT l I51-13142-18-C W-11 C 5. 51 l ,RHR, Discharge B Tee-to-Pipe HT UT ISI-13142-18-C W-12 C 5. 51 RHR Discharge B Pipe-to-Elbow MT UT 131-13142-18-C W-13 C 5. 51 PHR Discharge B Elbow-to-Pipe MT UT ISI-13142-18-C W-14 C 5. 51 RMR Discharge B Pipe-to-Tee MT UT 181-13142-19-A H- 1 F-A,B,C HPCI Steam Diach Snubber / Clamp VT3 ISI-2 3142-19-A H- 2 F-A,B,C HPCI Steam Disch Db1 Snubber / Clamp VT3 151-13142 A H- 3 F-A,B,C C 3.20 HPCI Steam Disch Db1 Spring / 4 Lugs MT VT3
!$2-13142-19-A H- 4 F-A,B,C HPCI Steam Disch Strut / Clamp VT3 IS1-13142 19-A H- 5 F- A, B , C HPCI Steam Disch Spring / Clamp YT3 151-13142-19-A H- 6 T-A,B,C HPCI Steam Disch Strut / Clamp VT3 13I-13142-19-A H- 1 F-A,B,C C 3.20 g HPCI Steam Disch Db1 Spring / 4 Lugs NT VT3 181-13142-19-A H- 0 F-A,B,C g
HPCI Steam Disch Strut / Clamp VT3 ISI-13142-19-A H- 9 F-A,B,C g HPCI Steam Disch Strut / Clamp VT3
'ISI-13142-19-A W- 1 C 5. 51 HPCI Steam Disch Cap-to-Pipe MT UT 151-13142-19 A W- 2 C 5. 51 HPCI Steam Disch fee-to-Pipe NT UT 181-13142-19-A W- 3 C 5. 51 HPCI Steam Disch Flange-to-Tee MT UT Page 7
I I: service irspection Plan cnd Sched:le ! MonticIlla Nucle:r Gener; ting PI:nt 1 Third Tin-Yecr l l ASME Sec XI Code Ed.1986 1 ISO Item ASME R ts f] System Item Description Item Number Method & Notes 93 94 95 l 96 l 97 98 l 99 l 00 l02 i ISI-13142-19-A N- 4 C 5. 51 HPCI Steam Disch Tee-to-Reducer MT UT I S I- 1314 2 A N- 5 C 5. 51 HPCI Steam Disch Reducer-to-Elbow MT UT l l 181-13142-19-A N- 6 C 5. 51 HPCI Steam Disch E lbow- t o- Pipe MT UT ISI-13142-19-A W- 1 C 5. 51 HPC1 Steam Disch Pipe-to-Elbow MT UT IS!-13142-19-A N- 0 C 5. 51 HPCI Steam Disch Elbow-to-Pipe MT UT ISI-13142-19-A W- 9 C 5. 51 HPCI Steam Disch Pipe-to-Elbow MT UT ISI-13142-19-A N-10 C 5. 51 HPCI Steam Disch Elbow-to-Pipe NT UT ISI-13142-19-A N-11 C 5. 51 HPCI Steam Disch Pipe-to-Tee MT UT ISI-13142-19-A W-12 C 5. 51 HPCI Steam Disch Tee-to-Flange NT UT ISI-13142-19-A W-13 C 5. 51 HPCI Steam Disch Flange-to-Pipe MT UT ISI-13142-19-A W-14 C 5. 51 HPCI Steam Disch Pipe-to-Flange MT UT
!$1-13142 .W-A N-15 C 5. 51 HPCI Steam Disch Tee-to-Pipe MT UT ISI-13142-19-A W-16 C 5. 51 HPCI Steam Disch Pipe-to-Elbow MT UT 151-13142-19-A W-17 C 5. 51 HPCI Steam Disch Elbow-to-Pipe NT UT ISI-13142-19-A N-10 C 5. 51 HPC1 Steam Disch Pipe-to-Elbow MT UT ISI-13142-19-A W-19 C 5. 51 HPC1 Steam Disch Elbow-to-Valve NT UT
'IU-13142-19-A N-20 C 5. 51 HPC1 Steam Disch Valve-to-Pipe MT UT
[ IS1-13142-19-A N-21 C 5. 51 5 4 HPCI Steam Disch Pipe-to-Valve NT UT ISI-13142-19-A W-22 C 5. 51 HPCI Steam Disch Valve-to-Pipe MT UT I IS!-13142-19-A W-23 C 5. 51 HPCI Steam Disch Pipe-to-Valve MT UT ISI-13142-19-A N-24 C 5. 51 HPCI Steam Disch Valve-to-Pipe MT UT 181-13142-19-A N-25 C 5. 51 HPCI Steam Disch Pipe-to-Reducer MT UT j 151-13142-19-A N-26 C 5. 51 1 HPCI Steam Disch Reducer-to-Pipe MT UT ISI-13142-19-A N-27 C 5. 51 HPCI Steam Disch Pipe-to-Elbow MT UT 151-13142-19-A N-28 C 5. 51 HPCI Steam Disch Elbow-to-Pipe NT UT ] IS!-13142-19-A N-29 LS U C 5. 51 HPCI Steam Disch Pipe-to-Torus MT UT 181-13142-19-B N. 1 C X. XX RCIC Steam Discharge Flange-to-Tee . 181-13142-19-B W- 2 C X. XX RCIC Steam Diacharge fee-to-Endcap ISI-13142-19-8 N- 3 C X XX RCIC Steam Discharge Tee-to-Pipe 151-13142-19-9 N- 4 C X. XX RCIC Steam Discharge Pipe-to-Elbow ISI-13142-19-B N- 5 C X XX RCIC Steam Discharge Elbow-to-Pipe 151-13142-19-B W- 6 C X, XX RCIC Steam Discharge Pipe-to-Elbow ! !$1-13142-19-B N- 1 C X. XX l hCIC Steam Discharge Elbow-to-Tee j ISI-13142-19-B N- S C X. XX RCIC Steam Discharge Tee-to-Flange
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!$1-13142-19-B Pipe-to-Valve N-11 C X. XX
[ RCIC Steam Discharge Valve-to-Pipe t i l l Page 8
4 Inservice Inspection Plan cid Schedule i Moltic:llo Nuclear Gnertting Pl:nt l Third Tei-Ycr ASME See XI Code Ed.1986 Relief Schedule ISO Item ASME Requests l System Item Description Item Number Method & Notes l93 94 l 95 l 96 l 97 98 99 l 00l02 (' 151-13142-19-B RCIC Steam Discharge N-12 Pipe-to-Pipe C X. XX 151-13142-19-B N-13 C X XX i RCIC Steam Discharge Pipe-to-Valve 151-13142-19-B W-14 C X. XX ; RCIC Steam Discharge Valve-to-Elbow l 151-13142-19-B W-15 C X. XX j RCIC Steam Discharge Elbow-to-Valve 151-13142-19-8 N-16 C X. XX RCIC Steam Discharge Valve-to-Pipe 153-13142-19-B N-11 C X. XX 1 RCIC Steam Discharge Pipe-to-Elbow ] 151-13142-19-8 M-19 C X. XX RCIC Steam Discharge Elbow-to-Pipe 151-13142-19-B N-19 C X, XX RCIC Steam Discharge Pipe-to-Elbow 151-13142-19-B N-20 C X. XX RCIC Steam Discharge Elbow-to-Pipe 151-13142-19-B W-21 C X, XX I RCIC Steam Discharge Pipe-to-Pipe 151-13142-19-B N-22 C X. XX RCIC Steam Discharge Pipe *to-Elbow i 151-13142-19-8 W-23 C X XX RCIC Steam Discharge Elbow-to-Pape 151-13142-19-B W-24 C X. XX j RCIC Steam Discharge Pape-to-Elbow
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15I-13142-19-B N-25 C X. XX J RCIC Steam Discharge Elbow-to-Pipe , ISI-13142-19-B N-26 C X. XX l PCIC Steam Discharge Pipe-to-Elbow 151-13142-19-B N-21 C X. XX RCIC Steam Discharge Elbow-to-Pipe 151-13142-19-B W-29 C 5. 51 RCIC Steam Discharge Pipe-to-Torus Pent. MT UT [K 151-13142-20-A Core Spray A H- 1 Variable Spr / Elide F- A, B, C VT3 {
\ 151-13142-20-A H- 2 F- A, B, C Core Spray A Slide VT3 ISI-lb42-20-A H- 3 F-A. B, C l Core Spray A Snubber VT3 I ISI-13142-20-A H- 4 F- A, B, C )
Core Spray A Variable Spr/ Slide VT3 151-13142-20-A H- 5 F-A,B,C l Core Spray A strut / Clamp VT3 l 15I-13142-20-A W- 1 C 5. Si l Core $ pray A Tor.Penn-to-Elbow MT UT 151-13142-20-A W- 2 C 5. 51 I Core Spray A Elbow-to-Pipe MT UT 151-13142-20-A W- 3 C 5. 51 Core Spray A Pipe-to-Elbow MT UT 151-13142-20-A N- 4 C 5. 51 Core Spray A Elbow-to-Pipe MT UT 151-13142-20-A N- 5 C 5. 51 Core Spray A Pipe-to-Pipe MT UT 153-13142-20-A W- 6 C 5. 51 Core Spray A Pipe-to-Elbow MT UT IS!-13142-20-A N- 7 C 5. 51 l Core Spray A Elbow-to-Elbow MT UT 151-13142-20-A N- 0 C 5. 51 Core Spray A Elbow-to-Pipe NT UT
!$1-13142-20-A N- 9 C 5. 51 Core Spray A Pipe-to-Valve MT UT
!$1-13142-20-A N-10 C 5. 51 Core Spray A Valve-to-Pipe NT UT 151-13142-20-A W-11 C 5. 51 Core Spray A Pipe-to-Valve MT UT 151-13142-20-A N-12 C 5. 51 Core Spray A Valve-to-Pipe MT UT 151-13142-20-A N-13 C 5. 51 Core Spray A eipe-to-Tee MT UT gg N 14
[ } 151-13142-20-A Core Spray A Tee-to-Pipe C 5. 51 MT UT 151-13142-20-A N-15 C 5. 51
-Core Spray A Pipe-to-Pipe MT UT Page 9
Inservice Inspection Plin end Schedule Monticello Nucicir Generating Plant Third Ten-Yeir ASME See XI Code Ed.1986 150 fItem ASME ts -
-- - b System ; Item Description Item Number ! Method l6 Notes l93 94 f 95 l 96 l 97 i 98 I 99 l 00 '
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Inservice Inspection Plin and SchIdule Monticello Nuclerr Generating Plant Third Ten-Ye r ASME See XI Code Ed.1986 ISO Item ASME I "* R ts - - - g System Item Description Item Number l Method & Notes 93 f 94 [95 l 96 l 97 f 98 { 99l00 l02 g ISI-13142-20-B 'N-23 C 5. 51 l i i
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151-13142-26-A_ ,__ _ _ fH+<pestraint 2 T-A,B.C ' l l l t3l l Core spray B s ude !_vT3 _ __ __ __ ,_ . _ _ t. , _ L ._. Page 11
I l Ins:rvice Inspection Plin cnd Schedule ! Monticello Nucle:r Generating Plant Third Ten-Year ASME See XI Code Ed.1986 Rehet Schedule ISO Item ASME Requests - - - . System Item Description Item Number Method & Notes
-- 7 93,94!95!96i97198l99!00 7-153-13142-26-A (H- 3 F-A,B,C l !
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Page 12
Inservice Inspection Plin and Schedule Monticello Nucleir Gener: ting Plint Third Ten-Year ASME Sec XI Code Ed.1986 I ISO Item ASME lR ts r-System Item Description Item Number -.--r7 . {.} l Method l& Notes l 93 ! 94 l 95 6 96197 ! 98 ! 99 l 00 l02 153-13142-26-B !W-13 c x. xx , , ; , i j
. Core Spra.y B j E lkw- t o - h pe._ , , i
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251-13142-26-9 W-16 C x. xx Core Spray B iPape-to-Pipe j l t t ~- ~~~~ l ~ 131'd3142-26-B W-17 C x. xx ' core Spray B_ ] Pipe-to-Reducer l 151-13142-26-B C 5. 51 yy 1 Core Spray B lN-18 MT UT lO I ! JReducer-to-Valve IS I-13142-2 6-C jN- 1 C x. xx d core Srray B 1 Pump-to-Elbow f-' ", ~ ~~~~ l i '"~~ I -~-[~
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I 151-13142-31-A W- 2 I h d,,__'y I lB9. 11 l MM l I ! core spray A _3 Pape-to-Pipe ! ]MTUT 1 _1 ,_ __ Page 13
I . service Inspection Pla] c d Schedile Mmtic;llo Nucle:r Gerriting Plant
- Third Tcn-Yccr j ASME Sec XI Code Ed.1986 f ISO Item ASME
- ests l System Item Description Item Number Method & Notes 93l9 95 l 96 l 97 l 98 l 99 l 00 I ISI-13142-31-A N- 3 8 9. 11 Core Spray A Pipe-to-Pipe NT UT 0
!$1-13142-31-A N- 4 89. 11 g Core Spray A Pipe-to-Pipe MT UT !$1-13142-31-A W- 5 8 9. 11 Core spray A Pipe-to-Pipe MT UT l
l 151-13142-31-A N- 6 B 9. 11 Core Spray A Pipe-to-Elbow MT UT l 131-13142-31-A N- 7 8 9. 11 Core Spray A Elbow-to-Pipe MT UT 151-13142-31-A Na 0 B 9, 11 CC Core Spray A Pipe-to-Valve PT UT S
!$1-13142*31-A N- 9 89, 11 CC g Core Spray A Valve-to-Pipe Pt UT 153-13142-31-A W-10 B 9. Il Core Spray A Pipe-to-Bent Pipe MT UT 151-13142-31-A N-11 B 9,11 Core Spray A Bent Pipe-to-Valve MT UT 151-13142-31-A N-12 B 9. 11 Core Spray A Valve-to-Bent Pipe KT UT ISI-13142-31-A N-13 89 11 Core Spray A Bent Pipe-to-B. Pipe MT UT 151-13142-31-A N-14 8 9. 11 Core Spray A Bent Pipe / Safe End MT UT ISI-13142-31-A N-15 B 5. 10 CC Core Spray A y
Safe End-to-Norrie MT UT 151-13142-31-9 H- 1 F-A,B,C Core $ pray A Valve Strap VT3 0 151-13142-31 8 H- 2 F-A,B,C Core spray A Double Spring / Clamp VT3 0 ISI-13142-31-B W- 1 C X. XX Core Sprey A Tee-to-Valve 151-13142-31-B N- 2 C X. XX Core Spray A [ Valve-to-Reducer 131-13142-31-B N- 3 C X XX Core Spray A Reduce r-t o- Fl ange ISI-13142 31-B N- 4 C X. XX Core Spray A Tee-to-Pipe IS!-13142-31-B N- 5 C 1. XX l Core Spray A Pipe-to-Pipe l Is!-13142-31-B W- 6 C X. XX Core Spray A Pipe-to-Pipe ISI-13142-31-B W- 7 C X. XX Core Spray A Pipe-to-Elbow ISI-13142-31-B N- 8 C X. XX Core Spray A Elbow-to-Pipe 4 131-13142-31-8 N- 9 C X. XX l Core Spray A Pipe-to-Elbow I 151-13142-J1-B N-10 C X. XX y e Spray A Elbow-to-Pipe 131-13142-31-B W-11 C X. XX Core Spray A Pipe-to-Elbow 151-13142-31-B N-12 CX, XX Core Spray A Elbow-to-Pipe 151-13142-31 B N-13 C X. XX Core Spray A Pipe-to-Deducer ISI-13142-31-B N-14 C b. 51 yy Core Spray A Reducer-to-Valve MT UT ISI-13142-31-B N-15 C 5. 51 yy Core Spray A Valve-to-Pipe MT UT
!$1-13142-31-B W-16 C 5. 51 yy Core Spray A Pipe-to-Elbow MT UT 151-13142-31-B W-17 C 5. 51 yy Core spray A Elbow-to-Pipe MT UT 181-13142-31-B g N-18 C 5. 51 yy Core Spray A IPipe-to-Elbow MT UT ISI-13142-31-B 3N-19 C 5. 51 gy Core Spray A lbow-to-Valve MT UT S !$1-13142-31-C N- 1 C X. XX Core Spray A Pump-to-Elbow 151-13142-31-C N- 2 C X. XX g g Core Spray A Elbow-to-Pipe y F 151-13142-31-C W- 3 C X. XX Core Spray A_ Pipe-to-Valve Page 14
Inservics IIspecti a Plamd Schedule Monticello Nucle:r Ge:eratiIg PI:nt Third Te:-Year j ASME See XI Code Ed.1986 i ! ISO Item ASME q ests System Item Description Item Number Method ( & Notes 93 94 95 l 96 l 97 l 98 l 9900l02 [ k / 131-13142-31-C W- 4 C X. XX l \M Core Spray A Va l ve- t o- Pipe I W- 5 C X. XX 153-13142-31-C j Core Spray A Pipe-to-Elbow l
!sI-13142-31-C W- 6 C X. XX '
Core Spray A Elbow-to-Elbow
!$1-13142-31-C W- 7 C X. XX l Core Spray A Elbow-to-Pipe
! 151-13142-31-C W- 8 C X. XX l f Core Spray A Pipe-to-Elbow 15I-13142-31-C N- 9 C X. XX Core Spray A E lbow- t o- Pipe 15!-13142-31-C W-10 C X. XX Core Spray A Pipe-to-Flange 151-13142-31-C u-11 C X. XX Core Spray A Flange-to-Pipe . 151-13142-31-C W-12 C X. XX l Core Spray A Pipe-to-Elbow 151-13142-31-C N-13 C X XX Core Spray A Elbow-to-Pipe 151-13142-31-C W-14 C A. XX Core Spray A Pi pe-t o-Elbow 151-13142-31-C W-15 C X. XX j Core Spray A Elbow-to-Pipe
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ISI-13142-31-C N-16 C X. XX l Cora spray A Pipe-to-Elbow j ISI-13142-31-C W- 1". C X. XX Core Spray A .sw% Elbow 181-13142-31-C W-16 C X . XX ! l Core Spray A Elbow-to-Pipe 151-13142-31-C W-19 C X. XX Core Spray A Fipe-to-Elbow ISI-13142-31-C W-20 C X. XX Core Spray A Elbow-to-Pipe 1
^ ISI-13142-31-C M-21 C X. XX 1 Core Sprav A Elbow-to-Elbow ISI-13142-31-C W-22 C X. XX Core Spray A Elbow-to-Pipe 1s!-13142-31-C W-23 C X. XX Core Spray A Pipe-to-Flange ISI-13142-31-C u-24 C X. XX Core Spray A Fl ange-t o-Pi pe ISI-13142-31-C W-25 C X . XX Core Spray A Pipe-to-Elbow
!SI-13142-31-C W-26 C X. XX Core Spray A Elbow-to-Elbow 151-13142-31-C N-27 C X. XX Core Spray A Elbow-to-Elbow s ISI-13142-31-C W-28 C X. XX Core Spray A Elbow-to-Pipe I$1-13142-31-C W-29 C X. XX Core Spray A Pipe-to-Tee 151-13142-33-A B- 1 B7 50 I
Main Steam A Flange Bolta i W-12 VT1 153-13142-33-A B- 2 B 7. 50 Main Steam A Flange Bolts 9 W-14 VT1 151-13142-33-A B- 3 87 50 Main Steam A Flange Bolta G N-16 VT1 IS1-13142-33-A B- 4 87 50 S Main Steam A Flange Bolts 0 W-18 VT1 ISI-13142-33-A B- 5 B1 50 Main Steam A Flange Bolta e N-20 VT1 151-13142-33-A B- 6 B 7. 50 S Main Steam A Tiange Bolta 9 W-22 VT1 151-13142-33-A B- 7 B 7. 7t Main Steam A Valve Bolts YT1 151-13142-33-A B- 4 87 .o I S Valve Bolta VT1
~ Main Steam A ISI-13142-33-A B- 9 P 1. 70 Main Steam A Valve Bolta VT1
/ 151-13142-33-A B-10 B7 70
, Main Steam A Valve Bolts l VT1
!$! '3142-33-A H- 1 F-A.B,C B10.10 Main Steam A Double Spring /4 Lugs VT3 Page 15
l hservice lispectio2 Plan c d Schedric M= tic;llo Nrcle'.r G=.;ratilg Plait Third Te:-Year ASME See XI Code Ed.1986 Relief Schedule ISO Item ASME Requests System Item Description Item Number Method & Notes 93 94 l 95 l 96 l 97 l 98 l 9900 h l , ISI-13142-33-A H- 2 F-A,B,C Main Steam A Snubber / Clamp VT3 I I Is!-13142-33-A H- 3 F-A,B,C Main Steam A Snubber / Clamp VT3 I 15!-13142-33-A H- 4 F-A,B,C Main Steam A Varible / 5pring VT3 151-13142-33-A H- 5 F-A,B,C Main Steam A Spring / Clamp VT3 0 153-13142-33-A Ha 6 F-A,B,C Main Steam A Snubber / Clamp VT3 I O ISI-13142-33-A H- 1 F-A,B,C i Main Steam A Snubber / Clamp VT3 I O 1 151-13142-33-A H- 0 F-A,B,C B10.10 Main Steam A Double Spring /4 Lugo VT3 ISI-13142-33-A V- 1 912. 50 77 4 Main Steam A Valve Int Surfaces VT3 151-13142-33-A V- 2 B12. 50 77 4 Main Steam A Valve Int Surfaces VT3 181-13142-33-A V- 3 B12. 50 EE *4 y I Main Steem A Valee Int Surfaces VT3 IS!-13142*33-A V- 4 B12. 60 EE *4 g Main Steam A Valve Int Surfaces VT3 151 -1114 2- 3 3- A W- 1 L5 D B 9. 10 Main Steam A Notzle-to-Safe End MT UT ISI-13142-33-A W- 2 L3 U B 9. 10 Main Steam A Safe End-to-Elbow MT UT 351-13142-33-A W- 3 B 9. 11 Main Steam A Elbow-to-Pipe MT UT 151-1314 2 A W- 4 8 9. 11 Main Steam A Pipe-to-Elbow NT UT IS!*13142-33-A W- S B9 11 Main Steam A Elbow-to-Pipe MT UT 15I-13142-33-A W- 6 B 9. 11 Main Steam A Pipe-to-Elbow MT UT ISI-13142-33-A W- 7 89, 11 Main Steam A Elbow-to-Pipe MT UT ISI-13142-33-A W- S B 9.11 Main Steam A Pipe-to-Elbow MT UT 153-13142-33-A W- 9 8 9. 11 Main Steam A Elbow-to-Elbow MT UT ISI-13142-33-A W-10 8 9. 11 , Main Steam A Elbow-to-Pipe NT UT ) 151-13142-33-A W-11 8 9. 31 Main Steam A Pipe-to-bweepolet MT UT ] ISI-13142-33-A W-12 8 9. 11 I Main Steam A Sweepolet-to-Flange MT UT 151-13142-33-A W-13 8 9. 31 Main Steam A Pipe-to-5weepolet MT UT iS I- 1314 2 - 3 3 - A W-14 8 9. 11 l Main Steam A Sweepolet to Flange MT UT l ISI-13142-33-A W-15 B 9. 31 l I Main Steam A Pipe-to-5weapolet MT UT 151-13142-33-A W-16 B 9. la l Math Steam A Sweepolet to Flange MT UT 151-13142-33-A W-17 8 9. 31 l Main Steam A Pipe-to-Sweapolet NT UT 151-13142-33-A W-10 B 9. 11 Main Steam A Sve*polet to Flange MT UT 151-13142-33-A W-19 8 9. 31 l Main Steam A Pipe-to-Sweepolet MT UT I ISI-13142-33-A W-20 8 9. 11 Main Steam A Sweepolet to Flange MT UT ISI-13142-33-A W-21 B 9. 31 j Main Steam A Pipe-to-Sweepolet NT UT I 131-13142-33-A W-22 8 9. Il j Main Steam A Sweepolet to Flange MT UT 151- 1314 2 - 3 3- A W-23 8 9. 11 Main Steam A Pipe-to-Elbow MT UT 331-13142-33-A W-24 8 9. 11 I
, Main Steam A Elbow-to-Pipe MT UT
!$1-13142-33-A W-25 B 9. Il g i Main Steam A Pipe-to-Elbow NT UT r
! I'51 - 1314 2 - 3 3-A W-26 B 9. 11 Main Steam A Elbow-to-Valve MT UT Page 16 l
Inservice Inspection Plan and Scindule Monticello Nucliar Generating Plant Third Ten-Year ASME See XI Code Ed.1986 ISO Item ASME ts - m- - - Method (} System 151-11142-33-A Item Description W-27 Item tiumber E9 11
& Notes 93 l 94 l 95 l 96 ! 97 l 98 f 99 h0 l02 l l
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Inservice Inspection Pl:n end Schedule Monticello Nucleir Gen:ratiIg PI:nt Third Ten-Yer ASME See XI Code Ed.1986 kelief I Schedule ISO Item ASME Requests I -- r System , Item Description Item Number Method & Notes 7 T-- { 93 i 94 { 95 l 96 l 9~l { 98 l 99 ) 00 ISI-13142-34-A lW-16 B9 11 l i Main Steam B !Sweepolet to Flange lMTUT l ! <
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,j !. j_
Page 18 l a
Inservic inspection Plin and Schrdule Montic:llo Nucle:r Generating Plint ; Third Ten-Yctr l ASME See XI Code Ed.1986 I ISO ! Item ASME l eats r--
} System lItemDescription Item Number l Method lR & Notes 93 l 94 j 95 l 96 l 97 l 98 l 99 { 0kO2--
t / ISI-13142-35-A IW- 4 8 9. 11 l l i i i Main steam C [' Elbow-toPipe ! fMTUT l l l
~-~i 181-13142-35-A W'I S B9 11 ' "-'-'~i" i i~
Fein Steam C Pipe-to-Elbow f MT UT { l l f 181-13142-35-A
~ ~ ~~~
W- 6 8 9. 11 ] f~' T-~~T ~~""" Main steam C Elbow-to-Pipe ' [MTUT } l 13!-13142-35-A W. 1 B 9. 11 e j j l Main Steam C Pipe-to-Pipe MT UT [ f + j I S I- 1314 2- 3 5- A Main Steam C W- 9 Pipe-to-Elbow 8 9. 11 MT UT
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I S 1- 13141 - 3 5- A W- 9 B 9. II j I Main Steam C Elbow-to-Pipe MT UT f I ! 153*13142-35-A W-10
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l 151-13142-25-A W-11 59, 11 ] l l J Main Steam C Elbow-to-Elbow MT UT l ! 151-13142-35-A -^ I~
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151-13142-36-A __ js- 3 81 50 l l7 l3 l Main _ steam D ! Flange Bolts # W-11 VT1 1,_____i, . ,, ____,.} . _. . IS!-13142-3(-A ;B. 4 IB 1 50 9
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Flange Bolts 9 W-19 j_ _ _i l VT1_ _l _ _ _ _ _j, _ _ { ;_, _, . _. , !SI-13142-3b A ;B- 5 lB 1 50 j , g Main Steam D ' Flange Bolts 9 W-21 ' ____VT1 _ _ ; _ __ i 4_ I51-13142-36-A lB-6 lB 7 50 l __ . __l , l , i j j l' fg Main Steam O Flange Bolts 9 W-23 l VT1 [ _2 ! l ! j_[ I Page 19
I: service I:spectial Pin cd Schedule M:ntic;Ib N; clear Gmrating Plait Third Te:-Year ASME See XI Code Ed.1986 ISO Item ASME e ts System Item Description Item Number Method & Notes 93 94l95l96 97 l 98 l 99 l 00 lr 3SI*13142-36-A B- 7 5 7. 10 Main Steam D Valve Bolts VT1 b ISI-13142-36-A B- t 8 7. 70 Main Steam D Valve Bolte VT1 Z b IS!-13142-36-A B- 9 8 7. 10 I Main Steam D Valve Bolts YT1 ISI-13142 36-A B-10 B 7. 10 I Main Steam D Valve Bolts VT1 IS1-13142-36-A H- 1 F- A, B, C 810.10 Main Steam D Double Spring /4 1.ugs Vf3 0 ISI-13142-36-A H- 2 F-A,B,C Main Steam D Snubber / Clamp vf3 I O ISI-13142-36-A H- 3 F-A,B,C Main Steam D Spring / Clamp VT3 b I SI- 13142-3 6- A H- 4 F-A,B,C Main Steam D Variable / Spring VT3 I IS1-13142-36-A H- S F-A,B,C I I Main Steam D Snubber / Clamp VT3 ISI-13142-36-A H- 6 F-A,B,C Main Steam D Snubber / Clamp VT3 ISI-13142-36-A H- 7 F-A,B,C B10.10 Main Steam D Double Spring /4 Luga VT3 ISI-13142-36-A V- 1 B12. 50 FF *4 Main Steam D Valve Int Surfaces v73 151-13142-36-A V- 2 B12. 50 FF
- 4 g Main Steam D Valve Int Surfaces VT3 151-13142-36-A V- 3 B12, 50 gg .4 Meln Steam D Yalve Int Surfaces VT3 ISI-13142-36-A V- 4 B12. 50 EE *4 g Main Steam D valve Int Surfaces VT3 ISI-13142-36-A W. 1 LS D B 9. 10 S
Main Steam D Nozzle-to-Safe End MT UT ISI-13142-36-A W- 2 LS U B 9. 10 0 Main Steam D Safe End-to-Elbow MT UT ISI-13142-36-A W- 3 B 9. 11 Main Steam D Elbow-to-Pipe MT UT ISI-13142-36-A W- 4 8 9. 11 l Main Steam D Pipe-to-Elbow NT UT i l ISI-13142-36-A W- S B 9. 11 1 Main Steam D Elbow-to-Pape NT UT ISI-13142-36-A W- 6 8 9. 11 l Main Steam D Pipe-to-Pipe MT UT , ISI-13142-36-A W- 7 89, 11 l Main Steam D Pipe-to-Elbow MT UT _ ISI-13142-36-A W- 0 B 9. 11 Main Steam D Elbow-to-Pipe MT UT 151-13142 36-A W- 9 B 9. 11 Main Steam D Pipe-to-Elbow NT UT ISI-13142-36-A W-10 B 9. 11 Main Steam D Elbow-to-Elbow HT UT ISI-13142-36-A W-11 89 11 Main Steam D Elbow-to-Pipe MT UT l I SI-1314 2 - 3 6- A W-12 8 9. 31 Main Steam D Pipe-to-Sweepolet NT UT ISI-13142-36-A W-13 0 9. 11 Main Steam D Sweepolet to Flange NT UT ISI-13142-36-A W-14 B 9, 31 Main Steam D Pipe-to-Sweapolet MT UT 3SI-13142-36-A IW-15 B 9. 11 Main Steam D Sweepolet to Flange NT UT ISI-13142-36-A W-16 B 9. 31 Main Steam D Pipe-to-Sweepolet MT UT 181 - 13142 - 3 6- A W-17 8 9. 11 Main Steam D Sweepolet to Flange MT UT IS!-13142-36-A W-it B 9. 31 Main Steam D Pipe-to-Sweepolet MT UT ISI-13142-36-A W-19 89, il Main Steam D Sweepolet to Flange MT UT ~IS!-13142-36-A W-20 B 9. 31 Main Steam D Pipe-to-Sweepolet MT UT ISI-13142-36-A W-21 8 9. 11 j g Main Steam D Sweapolet to Flange MT UT 1 r ISI-13142-36-A W-22 B 9. 31 Main Steam D Pipe-to-Sweapolet MT UT Page 20
Inservic inspection Plin and Schedule Monticello Nucle:r Genercting Pl:nt Third Ten-Year AS%IE See XI Code Ed.1986
'I ISO Item ASME Requests Schedule p System Item Description Item Number Method & Notes -93 l 94 f95 -96 ) 9"l l 98 f 99 l 00 l 0 4
- f 151-13142-36-A Main Steam D iW-23 Sweepolet to riange B 9. 11 MT UT i
151-13142-36-A ;W ~* ~ ' " - ~-~~ B9 11 Main Steam D Ir -24 Pipe-to-Elbow i MT UT~-~ l ISI-13142-36-A lW-25 e s. 11 d-~~ ~ ~ " - ' Main steam D ; Eltsow-to-Pipe MT UT "gs1 7 13l'd.ii.g'-~ ]W.26 8 9. 11 Main steam D ] Pipe-to-Elbow b
- MT UT " l'~~
151-13142-36-A lW-27 8 9. 11 ~~~"T~~~~ Main Steam D l Elbow-to-Pape MT UT f ; ISI-13142-36-A W-28 B p. 11 --~p - Main $ team D , Pipe-to-Valve MT UT --' ~ ~'-~ '{S
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l RHP Discharge A fElbow-to-Pipe MT UT !_ i ,f 1st-13142-31-A ,N- e c 5. 51 j i i JHR }1scQtge A jpf,-to,-Eltw _ , , ._,,, MT M, _ l ,_4_+_[__ 15 I- 13142 A - , , , _ _ , ju-9 C5 El -,,_,, _ __, j l l 8 kHA taischarge A iElbow-to-F1pe _ 4 _ UT_ _ lMT _ _4_ ; i Q
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.." .HR gapha r ge_,A_, ,,-__,,,,,_gipe-to-Eltow lM1UT ___
_, _ __j _,_ _gg__ _ _ , ,_ ISI-13142-31+A :W-11 C 5. 51 ly ) l RHR Discharge A iElbow-to-F1pe MT UT __1. 4 . _ _ C !h 51 rst-13142-37-A RHR telscharge A iW-12 fPipe-to-Tee l 1 __4_ _4_f ll j_h_ f j _ 4 _- l l l
)(MTUT jj tsi- n 142-37-A c 5. 51 j j
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fha tincharge A : Elbow-to-Pipe i MT F 1 d _._ l O g ss1-ih42-37-A~~~ W-15 4 5. 51 l l l ? ! I i l l k' ._mup t,ilscheygo A_ _ , __9) p -to Reducer _ _ _ ,-} ; MT i n .l. t _? .f__; [ _...rl Is!-13142-37-A W-16 iC 5. El l l l l i ; i g pMa Discharge a 5 dacer-te Elbow l IHT uT I I _ 1 4 1, __ _{ ._j_ Page 21
1: service lispection Pla2 aid Sched:le Muticello N cle:r Grerati:g Pl:;t Third T=-Ye:r l ASME See XI Code Ed.1986 ISO Item ASME eats i System Item Description Item Number Method 6 Notes 93 94 l 95 l 96 l 97 l 98 99l00 -l' ISI-13142-37-A W-17 C 5. 51 1 i kHR Discharge A Elbow-to-Tee MT UT l
~iSI-13142-37-A W-18 C 5. 51 kHR Discharge A Tee-to-Pipe MT UT j IS1-13142-37-A W-19 C 5. 51 RMR Discharge A Pipe-to-Pipe MT UT 181-13142 J7-A W-20 C 5. 51 FJtA Discharge A Pipe-to-Valve MT UT
~~
ISI-13142-37-A W-21 C 5, 51 Valve-to-Elbow MT UT b RHR Discharge A IsI-13142-37-A W-22 C L. 51 EHR Discharge A Elbow-to-Valve MT UT 151-13142-37-B H- 1 F-A,B,C I Containment Spray variable Spring VT3
!$1-13142-37-8 H- 2 F-A,B,C Contairment Spray Strut / 8 Luga VT3 '181- 1314 2- 37-B H- 3 F- A, B, C C 3.20 Containment Spray Strut / 9 Luga MT VT3 151-13142-37-B H- 4 F- A, B, C Containment Spray variable Spring VT3 151-13142-31-B H- 5 F-A,B,C C 3.20 1 S containment Spray Snubber / Luga MT VT3 151-13142-37-B H- 6 F-A,B,C C 3.20 Db1 Spr/ Clamp & Saddle MT VT3 0
Containment Spray 181-13142-37-B H- 1 F-A,B,C C 3.20 Dbl Spring / 4 Luga MT VT3 b Containment Spray Is!-13142-31-B H- 0 F- A, B, C S Containment Spray Strut / Clamp VT3 151-13142-37-8 M* 9 F-A,B,C Containment Spray Spring / Clamp VT3 151-13142-37-B H-10 F-A,B,C S Containment Spray Db1 Strut /Db1 Clamp VTL ISI-13142-31-B H-11 F- A, B, C VT3 b Containment Spray Spring / Clamp 151-13142-37-B H-12 F-A,B,C Containment Spray Spring / Clamp VT3 151-13142-37-8 W- 1 C 5. 51 Containment Spray Beducer-to-Tee MT UT 151-13142-37-B W- 2 C 5. 51 Containment spray Tee-to-Pipe MT UT 15I-13142-37-8 W- 3 C 5. 51 Containment Spray Pipe-to-Elbow MT UT 151-13142-37-B W- 4 C 5. 51 Containment Spray Elbow-to-Pipe MT UT 151-13142-37-B W- 5 C 5. S' Containment Spray Pipe-to-Pipe MT UT 151-13142+37-B W- 6 C 5. 51 Containment Spray Pipe-to-Elbow MT UT 151-13142-37-B W- 7 C 5. 51 Contairment Spray Elbow-to-Elbow MT UT 151-13142-37-B W- B C 5. 51 Containment Spray Elbow-to-Pipe MT UT 151-13142-37-B W- 9 C 5. 51 Containment Spray Pipe-to-Tee MT UT 151-13142-37-8 W-10 C 5. 51 Containment Spray Pipe-to-Valve NT UT 151-13142-37-B W-11 C 5. 51 Containment Spray Tee-to-Pipe MT UT 131-13142-37-5 W-12 C 5. 51 Containment spray Tee-to-Pipe MT UT 151-13142-37-8 W-13 C 5. 51 Containment Spray Pipe-to-Elbow MT UT 151-13142-31-B W-14 C 5. 51 S l Containment Spray Elbow-to-Pipe MT UT j 151-13142-37-8 W-15 C 5. 51 ! ~~Contairment Spray Pipe-to-Elbow MT UT I51-13142-37-B W-16 C 5. 51 Containment Spray Elbow-to-Pipe MT UT 181-13142-37-B W-17 C 5. 51 Containment Epray Pipe-to-Pipe MT UT 151-13142-37-8 W-10 C 5. 51 Containment spray Pipe-to-Reducer MT UT 151-13142-31-B W-19 C 5. 51 l Containment spray Reducer-to-valve MT Ut , l Page 22 j
I: service I:spectio3 Pla cId Schedile Mnticello Nrcle:r G:nirating Plxt Third Tct-Ytzr ASME Sec XI Code Ed.1986 i Relief e
~chedule ISO Item ASME Requests -~ System Item Description Item Number Method & Notes 93 94 l 95 l 96 97 l 98 l 99 l 00 02
( 131-13142-37-C H- 1 F- A, B, C PJIR Discharge A Spring / Clamp VT3 151-13142-37-C H- 2 F- A, B, C RHR Discharge A Spring / Clamp VT3 ISI-13142-37-C H- 3 F-A,B,C RHR Discharge A Variable Spring VT3 S lb1-13142-37*C H- 4 F- A, B, C RHR Diacharge A Db1 $trut*6-Snubber VT3 151-13142-37-C H- 5 F- A, B, C RHR Discharge A Db1 Strut / Clamp YT3 151-13142-37-C W- 1 C 5. 51 RHR Discharge A Tee-to-Pipe MT UT I ISI-13142-37-C W- 2 C 5. 51 Pipe-te-Elbow I RHR Discharge A NT UT ISI-13142-37-C W. 3 C 5. 51 RHR Discharge A Elbow-to-Pipe MT UT 1 l
!$3-13142-37-C W- 4 C 5. 51 RHR Discharge A Pipe-to-Elbow MT UT
~
151-13142-37-C W- 5 C 5. 51 PHP Discharge A E l bow- t e-Va l ve MT UT 151-13142-31-C W- 6 C 5. 51 RNR Discharge A Valve-to-Pipe MT UT ISI-13142-31-C W- 7 C 5. 51 RHR Discharge A Pipe-to-Elbow MT UT 151-13142-37-C W- 8 C 5. 51 RHR Discharge A Elbow-to-Pipe MT UT 151-13142-37-C W- 9 C 5. 51 RHR Discharge A Pipe-to-Elbow MT UT . ISI-13142-37-C W-10 C 5. 51
~RHR Discharge A Elbow-to-Tee MT UT 151-13142-37-C W-11 C 5. 55 R{tR Discharge A Nottle-to-Reducer MT UT ISI-13142-37-C W-12 C 5. 51 RHR Discharge A Reducer-to-Elbow MT UT g 151-13142-37-C W-13 C 5. 51
/ RHR Discharge A Elb e to-Pipe MT UT f 151-13142-37-C W-14 C 5. 51 RHR Discharge A Pipe-to-Elbow MT UT ISI-13142-37-C W-15 C 5. 51 RHR Discharge A Elbow-to-Pipe MT UT 151-13142-31-C W-16 C 5. 51 RHB Discharge A Pipe-to-Elbow MT UT 151-13142-37-C W-11 C 5. 51 RHR Discharge A Elbow-to-Pipe MT UT 181-13142-37-C W-10 C 5. 51 RHB Discharge A Pipe-to-Elbow MT UT 151-13142-37-C W-19 C 5. 51 RHR Discharge A Elbow-to-Pipe MT UT 151-13142-37-C W-20 C 5. 51 kHR Discharge A Pipe-to-Valve NT UT ISI-13142-37-C W-21 C 5. 51 RHR Discharge A Valve-to-Pipe MT UT 151-13142-37-C W-22 C 5. 51 kHR Discharge A Pipe-to-Tee MT UT ISI-13142-37-C W-23 C 5. 51 RHR Discharge A Tee-to-Pipe MT UT ISI-13142-49-A H. 1 F-A,B,C HPCI Water Side Dsch Spring / Clamp VT3 153-13142-40-A H- 2 F-A,B,C HPCI Water Side Dach Box Pestraint VT3 ISI-13142-40-A H- 3 F-A,B,C HPCI Water Side Dach Rod / Clamp VT3 181-13142-40-A H- 4 F- A, B, C HPCI Water Side Dach strut / Clamp VT3 IS1-13142-40-A H- 5 F-A,B,C HPCI Mater Side Lach Snubber / Clamp VT3 ISI-13142-40-A H- 6 F-A,B,C KPCI Water Side Dsch Rod / Clamp VT3 ISI+13142-40-A H- 7 T-A,B,C HPCI Water Side Dsch Rad / Clamp VT3 151-13142-40-A H- 0 T-A,B,C HPCI Water $1de Dsch strut / Clamp VT3 (
\~ Is!-13142-40-A H- 9 F-A,B,C HP W a t e r $ 1 de Dsch Rod / Clamp VT3
---.C.I.
Page 23
I; service lispectios Plamd Sched:le MuticelloN clearGescrati g Pla:t Third Ta-Yc:r ASME See XI Code Ed.1986 ISO Item ASME q ts System Item Description Item Number Method & Notes 93 94 l 95 l 96 l 97 98l99 00l" 153-13142-40-A H 10 F-A,B,C VT3 b HPCI Water Side Dach Rod / Clamp T !-13142-40-A H-11 F-A,B,C HPCI Water Side bach Rod / Clamp VT3 333-13142-40-A H-12 F- A, B, C VT3 0 HPCI Water Side Osch Rod / Clamp 3SI-13142-40-A H-13 F-A,B,C HPCI Mater Side Dsch Strut / Clamp VT3 181-13142-40-A H 14 F-A,B,C I HPCI Water Side Doch Seismic Restraint VT3 I SI- 1314 2-4 0- A W- 1 C 5. 51 HPCI Water Side Dach Pump Norsle/ Red.Elb MT UT 151-13142-40-A W- 2 C 5. 51 HPCI Water 5tde Dsch Elbow-to-Pipe MT UT 251-13142-40-A W- 3 C 5. 51 HPCI Water Side Dach Pipe-to-Elbow MT UT 151-13142-40-A W- 4 C 5. 51 HPCI Water Side Dsch Elbow-to-Pipe NT UT ISI-13142-40-A W- 5 C 5. 51 HPCI Water Side Dsch Pipe-to-Elbow MT UT 151-13142-40-A W- 4 C 5. 51 HPCI Water side Dach Elbow-to-Pipe NT UT 151-13142-40-A W- 7 C 5. 51 HPCI Water $1de Dach Pipe-to-Elbow MT UT 151-13142-40-A W- 0 C 5. 51 MT UT
]
HPCI Water Side Dsch Elbow-to-Pipe 151-13142-40-A W- 9 C 5, 51 HPCI Wate: Side t#sch P i pe- t o- Fla nge MT UT 151-1314 2-O- A~ W-10 C S. 51 HPCI Water Side Dach Flange-to-Pape MT UT 151-13142-40-A W-11 C 5. 51 HPCI Water Side Dsch Pipe-to-Valve MT UT 151-13142-40-A W-12 C 5. 51 HPCI Water Side Dach Valve-to-Elbow MT UT ISI-13142-40-A W-13 C 5. 51 HPCI Water $1de Dsch Elbow-to-Pipe NT UT IS1-13 M A W-14 C 5. 51 HPCI Water Side Dach Pipe-to-Tee MT UT 181-13142-40-A W-15 C 5. 51 HPCI Water Side Dach Pipe-to-Valve MT UT 35'1' 13142-40-A W-16 C 5. 51 HPCI Water 51de Dsch Reducer-to-Pipe MT UT 181-13142-40-A W-11 C 5. 51 HPC1 Water $1de Dach Tee-to-Reducer MT UT 133-13142 =0-A W-10 C 5. 51 HPCI Water Side Dsch Tee-to-Elbow MT UT 151-13142-40-A W-19 C 5. 51 HPCI Water Side Dsch Elbow-fo-Pipe MT UT IS!*13142-40-A W-20 C 5. 51 HPCI Water Side Dach Pipe-to-Pipe MT UT 151-13142-40-A W-21 C 5. 51 HPCI Water Side Dach Pipe-to-Valve MT UT 183-13142-40-A W-22 C 5. 51 HPCI Water $1de Dach Valve-to-Pipe NT UT 151-13142-40-8 H- 1 F-A,B,C HPCI Water Side Dach Rod / Clamp VT3 111-13142-40-B H- 2 F-A,B.C NPCI Water Side Osch strut / Clamp VT3 15 3 - 1314 2- 4 0- B H- 3 F-A,B,C HPCI Water $1de Dsch Selsmic Restraint VT3 151-13142-40-B H- 4 F- A, B, C HPCI Water side Dsch spring / Clamp VT3 ISI-13142-40-B H- 5 T-A,B,C HPCI Water Side Doch Boa Restraint VT3 ISI-13142-40-B H- 6 F- A, b, C C 3.20 HPCI Water side Dsch Db1 Strut / 4 Lugs NT VT3 151-13142-40-B H- 7 F-A,B,C HPCI Water Side Dach Strut / Clamp VT3
!$1-13142-40-B H- 5 F-A,B,C HPCI Water Side Dach Strut / Clamp / hom VT3 __
I S I- 1314 2 - 4'0'- B h- 9 F-A,B,C g Db1 Spring / Clamp VT3 4 _HPCI Wat.er side Dach 9 151-13142-40-9 H-10 F-A,B,C HPCI Water Side Doch Variable Spring VT3 Page 24
1 1 r inservice Irspecti:n Plin end Schedule l
- Monticelb Nucirr G1nersting PI:nt l I
Third Ten-Ye:r ASME See XI Code Ed.1986 l i ISO Item ASME JR'11'I Schedule Requests " r' 1-System Item Description l Item Number 93,94 l 95 l 96 f 97 l 98 ! 99 l 00 l02 Method (& Notes 1 ( ) 151-11142-40-B jH-11 F-A,B,C J l
%/ HPCI Weter Side Dach Strut / Clatep VT3 0 l l IS!-13142-40-B 'H-12 F-A,B,C
- ' - ~ '
r - p-- HPC1 Water Side Dach Strut / Clanip VT3
~
~'"
l l0
~"-7'--
~-
151-13142-40-9 W- 1 C 5. 51 i
' I HPCI Water Side Doch Pipe-to-Elbow MT UT i 151-13142-40-8 W- 2 C 5. 51
~~ ~~~~~
~ - b ~~ - ~ ' -
HPCI Nater Side tisch 153-13142-40-B Elbow-to-Pape w- 3 C 5. 51 MT UT {~'" " - ~ ~ - ' ' - ' ' ~~' '-~ HPCI Mater Side Dach Pipe-to-Elbow MT UT 1S7-13142-40-8 l W- 4 C5 51 HPCI Water side Dsch ~ IElbow-to-Pipe MT UT 75
~'- ~ '-- - ~~
'c 5. 51
~
i ISI-13142M OSB W HPCI Water $1de Dsch tPipe-to-Elbow
~~[
HT UT l l
~
~l
' 1s'1.'t 3TW fs' ' ~ " 7 s_-~C' ~ C 5. 51 ~~'~I~ ~-N-'~ )
_Hg,,Na_(,er,J gy_ Dsc Elbow-to-Pape ISI-13142-40-9 W- 7 C b. 51
- MT_,UT
{ ' HPCI Water Side batn i Pipe-to-Elbow .HT UT l l l 1$1-13142-40-B !N- 9 _ ' Elbow-t o-P a pe C 5. 51 MT UT
~ ] ,
. FPC.! Wat e r S i.de .D_a. ch..._ I 4__.. . _ _ .
g._ ___ _,_ . _ ._ HPCI Water Side Dsch l Elbow-to-Pipe MT UT , l f I i' {[ I
~'
151-13142-40-9 ju-10 'C 5. 51 j ^}~~ HPCI Nater Side Dsch tPipe-to-Elbow MT UT l ! ; j ! l 151-13142-40-B IN-11 C 5. 51 I~ 1 ' ~ ~
. HPCI Wa t e r_ S. ide.._!+a.c_h . . _ - - ! Pipe-to-Elbow (MT UT l i 1 . k
_ ._.. _ _ . _ ...._.4 . ._, _
~ ~ ~ '~ ' ' ' '
i C 5. 51 T~ HP!! Water Sade lisch l Pipe-to-Elbow ( !MT UT ! j f ! I . ,! ,! _
-_m_y_.4.-.4.._+- _,
151-13142-40-B C 5, $1 I ! + j j lN-14 l [ , HPCI Water Side Dsch 151-13142-40-B _ _ jEibo_w-to,-Pipe C 5. 51 __, MT_UT {_ I i f lW-15 . l I HPCI Mater 8&de Dsch IPipe-to-Elbow _ _ IM_T. _UT__ l l l __.___.._...p.. _e,._ _ . , . _ . ! g 151-13142-40-9 jW-16 C 5. 51 i j HPCI Water Side tsch ' Elbow-to-Pape MT UT {._-_,..._ ___4 l
/ 151-13142-40-B :W-li C 5. 51 j i
HPCs W.ter std tsch ,MT 07 l
; Pipe-to-r.ibow
] ~ - i i
[+
~~
Ist-13142-40-9 HPCI Water sade racn jW la
;El bow-to-v.1ve J
lC 5 51 _ lMT_UT _
]-l i ,
__ _) 131-13142-40-B lW-19 C 5. 51 { l_ i 1 l
; l HPCI Water Side Each Valve-to-Pape MT UT l
I
]_
Ist-13142-40-e
.Nff!."*ter_stje_Esch
;w-20 P_1pe,-to _ Elbow, C 5. 51 j iMT UT Tl l
]_,
J
}
}
ISI-13142-40-B iW-21 C 5. 51 6 I l 6 HPg Wqqr ,_ Side _1(sch ! Elbow-to- h pe MT UT l 151-13142-40-B jw-22 C 5. 51 I ! i l 6 l HFy!,_Wat er _S_tde Dsch _ _ptipe-to-Elbow MT,UT , _ _ _ _ _ { ,{ ; __ , _ _ 151-13142-40-B j u-23 Elbow-to-Pipe i C 5. 51 ,_ j;MT UT
, ) i ; j l HPc1 u.ter stoe Dsch _
l _ __ _ _ _ 151-13142-40-B W-24 'C 5. 51 j { j , g j g HPCI Noter Fide Dach Pipe-to-Tee MT UT IS! 13142-41-A IN- 1 !C 5. 51 4 l [j ' _ lg]
}
C ? * ?.h _8 W.t.A.** .. ..-.. .?Y '* * *'
? - - , - - - &-A - k &-
-----------1---~.
ISI-13142-41-A lN- 2 ) PerC W.tey soetan 151-13142-41-A j ne.-t3-qtn_ ___jC x. xx
'C x. xx
___ j _ __ _ Q' . .L .4j_ _ l p l jW- 3 : i { PCIC Water Buction 1st-13142-41-A
. E lbow-t o- Ps pe
__ _ __ _{ _ , _ _, [W-4 C x. xx l l _ _ i._ , ; j
- 19_C "***! suct yn_ _. _ _ t nfe-to-Elbow __J_ _ g_ ; _ L 4 p..
I ist-13142-41-A 'w- 5 C X. xx i ! i I I IC.lC. "** . 8"cH "_ . d 4_b "~t 11!L_ IS F13142-41-A 1W- 6 C x. XX L-.-- l
-H-l
-d - _' d M -- U- - j l i 1 l l SCIC u.ter suction l Pipe-to-Elbow
'w- T C x. xx I( L '
I I - _ L_ ; i Is!-13142-41-A } JCIC "*t'L8%M "._ ist-13142-41 A Elbow- t o- va l v,e s C x. xx _Q__ ]l _ } L _q _j _ l i j lW. ; l ncIC Water suction : va_1 ve-t o- h p. . _,__ _ _ _ _ _ y . q} _. ; _. p . q__p_ rsi-13142-41-A e C x. xx ! j 1 l l RCIC water suctnon ._
;W1pe;to-valve P_ _ , _ _ , _ _ .
_ ___ ,_ j. , ..._;_. __4 _
/,.gg 1st-13142-41-A jw-10 tC x. xx l i t i
( (V'j acic u.ter suction valve-to-P2pe _ _ . _ _ _ _
.L .4l _. ). l __yl _ __ , .; _ 4 is pl3142-41-A iw-11 C w. xx dl. ; j .E l l l l i y cIg,W.t u saceton _ _ _ j a pe-to-velve _L l i
. !_j.__
l Page 25
IIservice 1:spectio2 Pla2 ccd Schedile Mo! tic:llo Nucler r Grer;ti:g Plait Third Tel-Year ASME See XI Code Ed.1986 Relief Schedule ISO Item ASME Requests System Item Description Item Number Method & Notes 93 l 94 l 95 96 l 97 l 98 l 99 00l' ISI-13142-41-A W-12 C X. XX RCIC Water Suction Valve-to-Pipe
~
ISI-13142-41-A W-13 C X, XX RCIC Water Suction Pipe-to-Tee IS!-13142-41-A W-14 C X . XX DCIC Mater Suction Valve-to-Pipe ISI-13142-41-A W-16 C X. XX RCIC Mater Suetion Pipe-to-Valve ISI-13142-41-A W-16 C X. XX RCIC Water Suction Valve-to-Tee ISI-13142-41-A W-17 C X. XX RC1C Water Suction fee-to-Valve ISI-13142-41-A W-10 C X XX PCIC Water Suction Valve-to-Pipe ISI-13142-41-A W-19 C X , XX PCIC Mater Suction Valve-to-Pipe ISI-13142-41-A W-20 C X. XX RCIC Water Suction Elbow-to-Flange ISI-13142-41-A W-21 C X. XX RCIC Mater Suction Flange-to-Pipe ISI-13142-41-A W-22 C X. XX RCIC Water Suction Pipe-to-Flange ISI-13142-41-A W-23 C X. KX RCIC Water Suction Fl a nge- t o- Pump ISI-13142-42-A B- 1 B7 10 S HPCI Stsan Valve Bolts VT1
!!!-13142-42-A B- 2 B 7, 70 HPC1 Steam Valve Bolts VT1 ISI-13142-42-A Ha 1 F-A,B,C S
HFCI Steam Variable Spring VT3 IS1-13142-42-A H- 2 F- A, B, C HPCI Steam Spring / Clamp VT3 ISI-13142-42+A H- 3 F-A,B,C C 3.20 HPCI Steam Double Spring /4 Lugs MT VT3 ISI-13142-42-A H- 4 F-A,B,C HPCI Steam Db1 Strut /Db3 Clamp VT3 IS!-13142-42-A H- 5 F-A,B,C HPCI Steam Spring / Clamp VT3 ISI-13142-42-A H- 6 F-A,B,C HPCI Steam Spring / Clamp VT3 ISI-13142-42-A H- 1 F-A,B,C HPCI Steam Spring / Clamp VT3 ISI-13142-42-A H- 0 F-A,B,C HPCI Steam Spring / Clamp VT3 ISI-13142-42-A H- 9 F- A, B, C Strut / Clamp VT3 ~HPCI Jteam ISI-13142-42-A H-10 F- A, B, C HPCI Steam Rod / Clamp VT3 ISI-13142-42-A H-11 F-A,B,C Snubber / Clamp VT3 ^HPCI Steam ISI-13142-42-A H-12 F-A, B, C HPCI Steam Bom Pestraint VT3 ISI-13142-42-A H-13 F-A,B,C HPCI Steam Spring / Clamp VT3 151-13142-42-A H-14 F-A,B,C HPCI Steam Spring / Clamp VT3 ISI-13142-42-A V1 B12. 50 HH 84 HPCI bter Valve Int Surfaces VT3 'IC-1314 2-4 7 - A V- 2 812. 50 HH *4 g HPCI m ;. Valve Int Surfaces VT3 ISI-13142-42-A V-3 B12. 50 MPCI Valve Int Surf VT3 ISI-13142 42-A W- 1 B 9. 11 EPCI Steam Sweepolet-to-Elbow MT UT ISI-13142-42-A W- 2 8 9. 11 HPCI Steam Elbow-to-Pipe MT UT ISI-13142-42-A W- 3 B 9. Il CC g HPCI Steam Pipe-to-Pipe PT UT ISI-13142-42-A W- 4 B 9. 11 CC g HPCI Steam Pipe-to-Pipe PT UT [SI-13142-42-A W- 5 8 9. 11 HPCI Steam Pipe-to-Valve MT UT ISI-11142-42-A 3* 6 9 9. 11 HPCI Steam Valve-to-Pipe MT UT I l Page 26
, Inservice Inspection PIIn and Schedule l Monticello Nuclear Generating Plant i Third Ten-Ye:r ASME Sec XI Code Ed.1986 [ ISO Item ASME e e ts -i- - l[&Notes l Q System Item Description Item Number Method l 93 l 94 ! 95 l 96 ( 97 l 98 ! 99 l 00 }02 k I S I- 1314 2-4 2- A IW- 7 8 9. 11 i l HPCI Steam
. _ . . . Pipe-to-Elbow M.T UT . _ . . _ _ _ . . . . . . _ I..,.p. . _ _ . ._ l_ ,,
HPCI Steam. ! Elbow-to-Pipe MT UT l l l 1S
~~
l l 151-13142-42-A lW- 9 8 9. 11 - }- ~ ~ ]~ #
~
- - - - -'-~ ' ' ' " ~ *
{ 42 [~'~ ~ w a 9, 31
" - - ~
_H.PCI.$ tram. - - . . _ - . _ . - Elbow *todipe.- - MT UT - HPCI Steam - ~ IPipe-to-Pipe MT UT
~~~
~
T M 3[42-42-A ~ w-12 B 9. 11
~' ]~
! Pipe =to-Elbow HPCI Steam 155 1 142-42-A W-13 B 9. 11 HT UT
' ' '~ ~ ~l ~ - ~~
l
'g'
,[~ ---~i g g, 3 g
~~~ - ' - ' ~ ' ~ " ' ' ' '
~ ~ j ~ ~'~ ~
-t-'- - " - -
HPCI Steam Pipe-to-Pipe MT UT l [-~-[ ~~~
~ ~ ~~~ ~'
151-13142-42-A B 9. 11 g j lW-15 HPCI steam IPipe-to-Pipe MT UT ! l ,
- Dj ~"-~
" '- ~~~ ~~
351-131i2E4 5A W-16 8 9. 11
..". 8.t
~t
.~.P 9'_. _ __. __ . - - . . l.". _ -_ _ . _ . _ _ . . . _ __ _ . . _ . .
. ,__b_ _ ._ ,_ _
OdH;"en-~ JP"" r c5 m - t- u- - +
~ ' ~ '
' 5 [ 2A C S, $1
" _ _ _ _ . . . . _ - . .~ bA PL ,_ ,___, _ _ . _ _ _ _ , . ,.{.U.,,,_,,_,,,. , , , _ . _ _ _ . , , , , , , , , , , , _ _ _ , , _ _ _ , , _ , , , , _ , ,
' '~ -~ '
~f~~"
~ -
c' [51~ -~'~
~
g 4 M " [~
-- - - - - - . - - A . . - - - - - .-.-.1... .. .- - . . . _ . - . _ . .
.__-.f. .~._dE*--_._
. . _ _ _ . - - - - - - . . _ . _ _ _ . . _ _ -_ -._. . _ _~ ._. .-. . .
c j Odthr HPCI 3 team M! Pipe-to-P4pe
""* - urg- 4 " y !MT UT i F -I ! ! l P j v- 251-13142-42-A lW-23 iC 5 $1 l ,
;[ i 1 2 4hA '"
~ ~~
~5 5 SI ~ ~
~ " - -
I ~
. - ... ** - . . - - - - - b Y,Y ? ~ - - - -- -.. - -.-_.- -. &.. . -- --.-. . - - - - . . . - _. -- . .
HPCI $ teem ! Pipe-to-Elbow MT UT l 181-13142-42-A ju-26 C 5. 51
' ^ ~ ' ~ ~
3 E1 35 4((A~ .15)
.- . . _ . _ _ . . . IN_N.Y._- _. - -. - . - ._ _ . _ . - . . . 1._.-._._ . - - _ --
"M;hr Et""" --ro, "Ed3kr - @F"*"
fr 7fn-fl"' " 7 lb q t
.' ?
- yS.5, -- Y Y-.--
, . - -- - - - -- ] - -- -.
5 13 42-A I 51
". .. - - . . _ _ _ _ _ _ . - . . - . .. E*~- - . - - Y.--..-_----- . - - - - - _ - - - - - .-- - - - - 5- #- - - --- .- --
. E.t esy , ,_ ,- _ _ ,,,,_,f hw- M- @ _ _, [] __ , , _ , _ _ , _I_ __. __ _ _, __ , ,
.. ISI-13142-42-A. 4W-33 C 5. 51 l j l
HPCI Steam l IPipe-to-Elbow fMT UT, _ _] __b C 5. 51 ' I S t- 1314 2-4 2- A !k-34 f t I
. F.I $.!'** ___ _ ~ . _ _. Elbow-to-Pipe _ _,jMT UT _ _ _
__l 151-13142-42-A ja-35 C 6. $1 l HPCI Steam lFtpe-tePipe ,MT UT _ _ __ _ _ _ _, _]__ f __ , l _ _, , _ __ 151-13142-42-A _H{1,_ Qam,-_,,, ,_ _ ~ , ,,,_ Apyg*@w W+36 C 5. 51 l I M l _y _ j __, _ , { _,__,j.___1___ l lg _ _ __ l ; _ _,, _, _ f _},{ __ , _ l _ _ _ _
!!!-13142-42-A jW-37 _ S.
C ___ $1 _,_ '
} lg ; i i
HPC1 Steen l Elbow-to-Pipe _gT W, i_ _ _ , _j_ ,{
, i 151-13142-42-A W-3P 6C 5. 51 i l l
, j
[ f*% ._" PC I. . 81 ' * *_ . . - -- - 151-13142-42-A 21R*'to41b_ow_ _ _ , _ _ _C S._El_ _ __]MT UT__] _ _ _ _
, ! , _ j _. _, a _ _, ,.
i ( ) ;u-39 l ! j () HPCI steam 1st-13142-42-A titow-to-Pipe In-40 'C f 51 'i NT UT _ _ _ _ _ i
;__[._[
t l l l l _L NfCI_ Steep . , , , , , _ , _ _ _ . f1pe-teElbow _ _ _ _ _ _ _ , l MT W _, , , _ - _ _ [ _{ , ! '
]_ l }
Page 27
l Inservice Inspection Pbn and Schedule MonticcHo Nuclear Generating Plant Third Ten-Year AS%lE &c XI Code Ed.1986 ISO ASME ts bc - fItem
; Item Description q
System Item Number : Method l& Notes l93l94i95f96 i 97 i 98 [ 99o!-- i 00 M 151-13142-42-A lW-41 IC 5. 51 i t I i i i j i . l HPCI Steam IElbow-to-Tee i MT iTT I, 1 j ISI-13142-42-A W-42 C 5. 51 ___ . b w . i. ._ _ _.{.. __y _4_ - l l HPCI Steam l Toe-to-Pipe MT UT f l 181A13142-42-A HPCI stece WA s~3 Pipe-to-Cap T 5. $'l I iMT UT
~ ~i ~ -~ I ~ ~ ~ l ~ ~' ~ ^7 '~ "'l-~~
I i I l r ' i' l
~~ '~ { ~ - " ~} l l l l 151-13142-42-A W-44 C 5. 61 ~ ] ~[~~*~~*-f~
HPCI 8 team ITee-to-Pipe HT t'T l f l
~ ~~ l 4' ~{
l
~
'isI d354274i- W-46 C 5. 51 ' f Y ' T E ~~1-HP
- .C. I .S.~t.e_am.__ _. .
- . lP
. _._. .-_+ _ipe.._to_-Valve .- . - - - - - _____..______..____.._M_T___UT ._ _..__ _ _. , . _
{ 4 l __ _ g J . f .g_[_ 133-13142-42-A 'W-46 C S. 51 } l )
+ 1 j
i i PPCI Steam Valve-to-Pipe ;MT UT I l l I l ! f W-47 "'I ~~ 131- 1314 2-4 2- A HFCJ Steam F1pe-to-F.ed Elbow C $. 51
.l MT UT ~['-*i
l l l l a_ i- ,_,.....9.__. 151-13142-42-A i C 5. 51 i I.. '
. l lW-49 3 l l' l HPC1 Steam. . _
I$1-13142-43-A __ . +..ed._E .R l bow _- t o- Fl a_nge_ _ . .__ ..___,i___._ I F-A,8, C
. _ _ . ; M. T _U.T_.... _ _ . _ _.g f__% i
}
l l _g._
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)
I Ve r t at:1e Spritni ! l 0 PC3G Steam c.___ _ _ . .- _VT3_ ,! ., . _ . , _ - .
.! l ISI-13142-43-A H- 2 F-A,B,C i i t t McIC Eteam estrut / Clamp ! l I O
.___._._._.______4_.V.T_3__ _a
_ . __,_...4.. . _ . . _,__j___.. .__ 151-1314 b41-A 'W- 1 B 9. 21 j l l l l l PCIC Steam .Sweepelet-to-Elbow IMT _1......,l__,.t._.4..._,..___ I I __ _ _ .3, W - 2 _.+-.____.._.4i __; ISI-13142-41-A ;B 9. 21 , . - j i ; j l
, r PCIC Steam ' Eltew-t o-Pipe l I
-MT l l l l t i l l
.- _a-_ Al - .i. ... -
l
._ g J .. _ _4 ISI-13142-4)-A ;W- 3 8 9. 21 l l -._..}' i i
.__]_ .
.R. C. I_C S.t. e.a. m.... . .
. . _ . . . _ ,f P.i._pe_- t o.._Va l ve..._. -- _ . _.. .- ..-..__.__.._.___.~___4
!MT _ . .
f
.. r. j ., . . _ _ _ ,{ _
ISI-13142-43-A W- 4 B 9. 21 ) j j j j l RCIC Steam ivalve-to-Elbow tMT
-+
.I ,i l i
-- a . . _ , .
l _m-. ISt-13142-43-A :W- S B 9. 21
} y l
i j , j PCIC Steam I Elkwiw-to-Pipe ,MT l j l t j y _- & 15!-13142-43-A lW- 6 8 9. 21 j RCIC Steam ! hpe-t o-Elbow ,.MT_._.-- I
! j
_ E' , . _, ISI-13142-4J-A <W- 7 R 9. 21 . e i PCIC. S t._e_ am _ . _ _ E l._b.ow-to- Pi. pe
.MT _ _ ,
._ f _ ,i 3 j . . .$ .
a.
' S ISI-13142-43-A _ . 9, W -8 iB 9. 21 ; , i i !
PCIC Steam Pipe-to-Pipe l i _._-.5 MT _ _. %
, . i
{ _, . 4 q . .a -. .r . h 131-13142-43-A .W- 9 lB9. 21 j._.._ , i j l p l
! Pipe-to-Elbow l RCIC Steam 4
1 HT ___.4 l ___.___! .!- i 4_.
.-.a l ISI-13142-43-A 'W-10
+
I B 9. 21 i i i !' I i l l i
, l I
f e.M R.CIC fream ... - _ , E lb. ow.- to- P_ipe . _. - 4, __ . _ _9 . .T _._ - .I _ .' , ,
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I . _..,j I!!-13142-43-A 'W-11 D 9, ..21 1 j j j ,j i
, j l . .P.C.I. .C . S t. e a_m . ._ _.
lP._ipe - f_o._t 1__pe_. _ . _ . _ - - . _ _ _ _ . . . . _ _ _ . . _. ,I M. T - , . J' l l ' r i, . . g q . .i , _ 4_ e f Is!-131e?-43-A 'W-12 9 9. 21 ( t g, j j , j } PCIC Steam ISI-13142-4 3- A lP _ ._ 9 .. i. pe- t..o P i_pe__ . _ _ 4 B 9. 21 _ _ _ I M. .T_ _ ,. . I 9 ._ .
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l.... l.
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~-
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Page 28
Itservice IIspectio] Pir,2 cnd Schedule M= tic:llo N clear Gnerati g Plat Third Tex-Ytr ASME Sec XI Code Ed.1986 Relief Schedule I ISO Item ASME Requests (N System Item Description Item Number Method & Notes 9394l95l96)97 90 l 99 l 00 l02 151-13142-48-A N-14 C X. XX t b' RHR 5ervice Water Pipe-to-Elbow ' 153-13142-48-A N-15 C X. XX RHR service Water Elbow-to-Pipe 151-13142-48-A N-16 C X. XX RHR Service Water Pipe-to-Elbow 153-13142-48-A W-17 C X. XX RHR Service Water Elbow-to-Pipe 181-13142-48-A N-18 C X . XX l kHR Service Water Pipe-to-Elbow 151-13142-48-A N-19 C X. XX RER 5ervace Mater Elbow-to-Pipe 151-13142-48-A N-20 C X. XX l RHR 5ervice Water Pipe-to-Pipe 151-13142-48-A N-21 C X. XX RHR 8ervice Mater Pipe-to-Pipe 151-13142-44-A N-22 C X, XX PHR Service Mater Pipe-to-Pipe ISI-13142-48-A N-23 C X. XX l l RHR Service Water Pipe-to-Elbow 331-13142-48-A k-24 C X. XX RHR $ervice Water Elbow-to-Pipe 151-13142-48EA N-25 C X. XX RHR Service Water Pipe-to-Pipe 151-13142-48-A N-28 C X. XX RHR Service Water Pipe-to-Valve IS1-13142-48-A W-27 C X. XX RHR service Mater Valve-to-Elbow 151-13142-48-A N-28 C X. XX Elbow-to-Pipe l
~RNR 5ervice Water 151-13142-48-A W-29 C X. XX RHR Service Water Pipe-to-Tee 151-13142-48-B N- 1 C X. XX RHR Service Water Velve-to-Elbow 151-13142-49-B N- 2 C X. XX
"[]i RHR Service Water Elbow-to-Pipe 151-13142-48-B N- 3 C X, XX RHR 5ervice Nater Pipe-to-Elbow 151-13142-48-B N- 4 C X. XX RHR Service Water Elbow-to-Pipe 151-13142-48-B N- S C X, XX BHR Service Water Pipe-to-Elbow 151-13142-48-B M- 6 C X. XX RHR Service Water Elbow-to-Pipe 151-13142-48-B W- 7 C X. XX RHR Service Mater Pipe-to-Elbow 151-13142-48-B N- 8 C X. XX RHR Servict Mater Elbow-to-Pipe 151-13142-48-B N- 9 C X. XX kHR Service Water Pipe-to-Elbow 153-13142-48-8 N-10 C X. XX RHR Service Mater Elbow-to Pipe 151-13142-48-B N-11 C X, XX RHR Service Water Pipe +to-Elbow 153-13142-48-B N-12 C X. XX RHR fervice Water Elbow-to-Pipe 151-13142-48-B N-13 C X. XX RHR Service Water Pipe-to-Elbow ISI-13142-48-B N-14 C X. KX RHR Service Water Elbow-to-Pipe 181-13142-48-B N-15 C X . XX RHR Service Water Pipe-to-Elbow 151-13142-48-B N-16 C X. XX RHR Service Water 4 Elbow-to-Pipe 151-13142-48-8 W-17 C X. XX RHR Service Mater Pipe-to-Elbow 151-13142-48-B N-18 C X. XX RMR 5ervice Water Elbow-to-Pipe 151-13142-49-A H- 1 F-A,B,C p RHP Suction A 5pring / Clamp VT3 [ $ 153-13142-49-A H- 2 F- A, B. C b ( j RHR Suction A Db1 Spring / Tee VT3 151-13142-49-A H- 3 F-A,B,C RHP Suction A Db1 Strut /Db1 Claep VT3 Page 29
I:. service I:spectio2 PI:n cad Schedule Monticello N clecr G:nirating Plait Third Tar-Ye:r l ASME Sec XI Code Ed.1986 Relief Schedule ISO Item ASME Requests System Item Description Item Number Method & Notes 93 7-94 l 95 l 96 l 9"l l 98 l 99 ! 00 151-13142-49-A H- 4 T- A, B, C RMR Suction A Snubber / Clamp VT3 151- 13142-4 9- A H- 5 F- A, B, C _RHR buction A 5pring / Clamp VT)
!$1-13142-49-A H- 6 F- A, B, C RHR Suction B Spring / Clamp VT3 153-13142-49-A H- 1 F-A,B,C RMR Suction 8 Db1 Strut /Db1 Strut VT3 I S I-1314 2-4 9- A H- 0 F-A,B,C kHR Suction 8 Spring / Clamp VT3 b
ISI-13142*49-A H- 9 F- A, B, C RHA Suction B Clamp VT3 S 15I-13142-49-A H-10 F-A, B, C FHA Suction B Snubber / Clamp YT3 I b 151-13142-49-A H-11 F-A,B,C RHR Suction B Slide VT3 S 151-1314 2-4 9- A N- 1 C 5. 51 RHR Suction A Valve-to-Elbow MT UT ISI-13142-49-A N- 2 C 5. 51 RHR Suction A Elbow-to-Pipe MT UT 151-13142-49-A W- 3 C 5. 51 RHR Suetien A Pipe-to-Elbow MT UT ISI-13142-49-A W- 4 C 5. 51 RHR Suction A Elbow-to-Pipe MT UT IS1-13142-49-A W- 5 C 5. 51 RHR Suction A Elbow-to-Pipe NT UT 151-13142-49-A W- 6 C 5. 51 RMR Suction A Pipe-to-Elbow MT UT 15I-1314 2-4 9- A W- 7 C 5. 81 RNR Suction A Pipe-to-Branch MT 151-13142-49-A W- e C 5. 51 kHR Suction A Pipe-to-Pipe MT UT ISI-13142-49-A W- 9 C 5. 51 RHR Euction A Pipe-to-Elbow NT UT ISI-13142-49-A W-10 C 5. 51 RHR Buction A Elbow-to-Pipe MT UT 151-13142-49-A W-11 C 5. 51 kHR Suction A Pipe-to-Elbow MT UT 151-13142-49-A W-12 C 5. 51 RHR Suction A Elbow-to-Tee MT UT 151-1314 2-4 9- A N-13 C 5. 51 RHR Suction A Tee-to-Pipe MT UT 151-13142-49-A W-14 C 5. 51 RHR Suction A Pipe-to-Elbow MT UT 151-13142-49-A N-15 C 5. 51 RHR Suction A Elbow-to-Pipe MT UT ISI-13142-49-A N-16 C 5. 51 S RHR Suction B Tee-to-Elbow MT UT 151-13142-49-A N-17 C 5. 51 RHR Suction B Elbow-to-Pipe MT UT 151-13142-49-A W-16 C 5. 51 Pipe-to-Pipe MT UT ~RHR Suction B 151-13142-49-A W-19 C 5. 51 RHR Suction B Pipe-to-Pipe MT UT 151-13142-49-A N-20 C 5. 51 b RHR Suction B Pipe-to-Elbow MT UT 151-13142-49-A W-21 C 5. 51 RHR Suction B Elbow-to-Pipe MT UT 151-13142-49-A W-22 C 5. 51 3 R1fR Suction B Pipe-to-Elbow MT UT ISI-13142-49-A W-23 C 5. 51 RHR Suction B Elbow-to-Pipe MT UT 151-13142-49-A W-24 C 5. 51 ! RRR Suction B Pape-to-Valve NT UT 151-13142-51-A H- 1 T-A, B, C RHR Discharge A Snubber / Db1 Strut VT3 151-13142-51-A W- 1 C 5. 51 RHR Discharge A Pump-to-Reducer MT UT 151-13142-51-A N- 2 C X. XX RHR Discharge A Reducer-to-Valve i 151-13142-51-A N- 3 C X. XX 1 RHR Discharge A Valve-to-Elbow 151-13142-51-A W- 4 C K. XX RNR Discharge A Elbow-to-Elbow i i Page 30
Ixservice hopection Plan exd Schedile Mexticillo Nrcl:ar Gescr: ting Pint Third Ten-Year ASME See XI Code Ed.1986 ISO Item ASME quests System Item Description Item Number Method & Notes 93 94 95 96 9"l l 98 99 00 02 ( 151-13142-51-A BHR Discharge A W- 5 Elbow-to-Valve C X. XX 'l l 151 13142-51-A W- 6 C X. XX RHR Discharge A Valve-to-Pipe 151-13142-51-A W- 7 C X XX RHR Discharge A Pape-to-Elbow ISJ-13142-51-A W- 8 C X. XX RHR Dlacharge A Elbow-to-Reducer 151-13142-51-A W- B C 5. 51 RHR Discharge A Reducer-to-Tee MT UT 151-13142-51-A W-10 C 5. 51 RHR Diacharge A Pump-to-Reducer MT UT l 181-13142-51-A W-11 C X. XX RHR Discharge A Reducer-to-Elbow ISI-13142-51-A W-12 C X, XX i I RHR bischarge A Elbow-to-Pipe 181-13142-51 A W-13 C X. XX RHR Discharge A Pipe-to-Elbow 151-13142-51-A W-14 C X. XX RNR Discharge A Elbow-to-Valve 333-13142-51 A W-15 C X XX RHR Discharge A Valve-to-Pipe IS3*13142-51-A W-16 C X , XX RHR Discharge A Pipe-to-Elbow ISI-13142-51-A W-17 C X. XX RHR Discharge A Elbow-to-Valve
~
151-11342-51-A W-10 C X. XX RNR Discharge A Valve-to-Pipe 151-13142-51-A W-19 C X. XX RHR Discharge A Pipe-to-Tee 151-13142-51-A W-20 C 5. 51 RHR Discharge A Tee-to-Pipe Mi UT U ISI-13142-51-A W-21 C 5. 51 RHR Discharge A Pipe-to-Elbow MT UT
~I51-13142-51-A W-22 C 5. 51 RHR Discharge A Elbow-to-Tee MT UT 181-13142-51-A W-23 C 5. 51 RRR Discharge A Tee-to-Valva MT UT ISI-13142-51-A W-24 C 5. 51 j RHR Discharge A Valve-to-Reducer MT UT 133-13142-51-A W-25 C 5. 51 RHR Discharge A Reducer-to-hotste MT UT ISI-13142-51-B H- 1 F-A,B.C Containment 8 pray strut / Clamp VT3 0
151-13142-51-B H2 F-A,B,C C 3.20 Containment spray Db1 spring / 4 Lugs MT VT3
'181-13142-51-B H- 3 F-A, B, C Containment Spray Db1 Spring / Clamp VT3 153-13142-51-B H- 4 F- A, B, C 3 1 F- A, B, C Containment fpray Db1 Strut /Db1 Clamp VT3 18I-13142-51-B H- 6 F-A,B,C <
Containment spray S 1 Spring / Clamp VT3 183-13142-51-B H- 1 F-A,B,C I S containment spray Spring / Clamp VT3 2SI-13142-51-B H- 0 T- A, B, C Containment Spray Strut / Clamp VT3 0 151-13142-51-B W- 1 C 5. 51 Containment Spray Reducer-to-Pipe MT UT ISI-13142-51-B W- 2 C 5. 51 Containment Spray Pipe-to-Elbow MT UT 181-13142-51-B W- 3 C 5. 51 S Containment Spray Elbow-to-Pipe MT UT 151-13142-51-B W- 4 C 5. 51 ! Containment Spray Pipe-to-Pipe MT UT 153-13142-51-8 W- 5 C 5. 51 Containment spray Pipe *to-Elbow MT UT 181-13142-51-B W- 6 C 5. 51 l Containment spray Elbow-to-Pipe MT UT I 133 13142-51-B W- 7 C 5. 51 Containment Spray Pipe-to-Elbow MT UT 181-13142-51-B W- 8 C 5. 51 Containment Spray Elbow-te-Pape MT UT Page 31
I:scrvice Inspectio: Pla s and Schedul; Monticello N::cicar G:nerating Pl:nt Third Ten-Year ASME See XI Code Ed.1986 I ISO I Item ASME ! S q ts System fItemDescription Item Number Method h Notes Y93l94 _}_]- 95 96i97 _%NM f 98 f 99 --'l00 r-Is!-13142-51-B N- 9 C 5. 51 i i ; l l l Containment spray Pipe-to-Pape l TUT tM I
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- }L l 151-13142-52-A lB-1 B7 70 I
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Inservice hspection Plamd Schedule Mrtic3110 Nxcle:r Gezer ting Plzt Third Ten-Year ASME Sec XI Code Ed.1986 Relief Schedule l ISO Item ASME Requests I System Item Description Item Number Method / n\ & Notes 93l 94 l 95 96 97 l 98 l 99 l 00 l02 k f !$3-13142-52-A N-16 B 9. 11 Feedwater Elbow-to-Pipe MT UT
~
IS!-13142-52-A W-17 B 9. 11 Feedwater Pipe-to-Elbow MT UT isI-13142-52-A W-18 89. 11 Feedwater Elbow-to-Pipe MT UT ISI-13142-52-A W-19 8 9. 11 Feedwater Pipe-to-Pipe MT UT 15!-13142-52-A N-20 B 9,11 Feedwater Pipe-to-Pipe MT UT 31-13142-52-A N-21 B 9. 11 Feedwater Pipe-to-Elbow MT UT 151-13142-52-A W-22 8 9. 11 Feedwater Elbow-to-Pipe MT UT
!$1-13142-52-A N-23 8 9. 11 Feedwater Pipe-to-Safe End MT UT 181-13142-52-A N-24 8 9. Il Feedwater New 3.E.-to-01d S.E. MT UT 151-13142-52-A W-25 B9 11 Feedwat er F,afe End-to-Nozzle I MT UT 351-13142-52-A W-26 B 9. 11 Feedwater Tee-to-Reducer MT UT
~
!$I-13142-b2-A W-27 8 9. 11 Feedwater Reducer-to-Pipe MT UT l
!$1-13142-52-A W-28 8 9. 11 Feedwater Pipe-to-Pipe MT UT I51-13142-52-A N-29 89. 11 Pipe-to-Elbow MT UT
_Feedwater 151-13142-52-A W-30 B 9. 11 Feedwater Elbow-to-Elbow MT UT IS!-13142-52-A W-31 8 9. 11 Feedwater Elbow-to-Pipe NT UT I ISI-13142-52-A W-32 B 9. 11 l Feedwater Pipe-to-Elbow MT UT l j[ ]j !$1-1314 b52-A Feedwater W-33 Elbow-to-Pape B 9. 11 MT UT l ( / 151-13142-52-A N-34 B 9. Il Feedwater Pipe-to-Pipe NT UT ISI-13142-52-A W-35 B 9. 11 Pipe-to-Elbow NT UT _Feedwater 151-13142-52-A W-36 B 9. 11 Feedwater Elbow-to-Pipe MT UT 15I-13142-52-A W-37 B 9, 11 Feedwater Pipe-to-New Safe End MT UT 151-13142-52-A N-36 B 9, 11 Feedwater New S.E.-to-01d 5.E. MT UT 151-13142-52-A W-39 8 9. 11 Feedwater Safe End-to-Nozzle MT UT 151-13142-53-A B- 1 B 7. 70 feedwater Valve Bolts VT1 ISI-13142-53-A B- 2 8 7. 70 Feedwater Valve Bolta VT1 151-13142-53-A B- 3 87 70 feedwater Valve Bolta VT1 151-13142-53-A H- 1 F-A,B,C S Feedwater Spring VT3 151-13142-53-A H- 2 F-A,B,C Feedwater Variable / 6pring VT3 151-13142-53-A H- 3 F-A, B , C B10.10 g Feedwater Double Spring /4 Lugs VT3 151-13142-53-A H- 4 F-A,B,C 0 Feedwater Snubber / Clamp VT3 151-13142-53-A H- 5 F- A, B, C I Feedwater snubber / Clamp YT3
~ IU -13142-53-A H- 6 F-A,B,C Feedwater Spring / Clamp VT3 ISI-13142-53-A H- 7 F- A, B, C I
Feedwater Snubber / Clamp VT3 151-13142-53-A H- 6 F-A,B,C B10.10 g Feedwater Double Fpring/4 Lugn VT3 151-13142-53-A 3 t
} Feedwater V- 1 Valve Int Surfacea 812. 50 VT3 HH '4 ISI-13142-53-A V- 2 B12. 50 CG '4 Feedwater Valve Int Surfacea VT3 Page 33
Inservice inspection Pl:n a d Schedule l M:nticello Nucle:r Generating Plint Third Ten-Ycr [ ASME Sec XI Code Ed.1986 i iso Item ASME 8 System lItemDescription
, Item Number jMethod & Notes ts 93l 94 l 9b] 96 f 97 l 98 l 99 l 00
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Inservic2 Inspection Plam ::d Sched:le ! M:nticello N clear G7Er;ti g Plant Third Te -Yerr ASME See XI Code Ed.1986 Relief Schedule r ISO Item ASME Requests
, System Item twscription Item Number Method & Notes 93 l 94 [ 95 96 l 97 l 98 99 00 02 g
j IS I- 13142- $ 3- A W-37 8 9. 11 l As Feedwater Pipe-to-Wew Safe End MT UT ISI-13142-53-A W-38 8 9. 11 - Feedwater New S.E.-to- S.E. MT tlT 131-13142-53-A W-39 8 9. 11 Feedwater Safe End-to-Nogale MT UT 151-13142-62 W- 1 C X. XX FP Emergency Cooling Valve-to-Flange 151-13142-62 W- 1 C X. XX FP Emergency Cooling Valve-to-Pipe ISI-13142-62 W- 2 C X. XX FP Emergency Cooling Flange-to-Elbow 181-13142-62 W- 3 C X. XX FP Emergancy Cooling Elbow-to-Flange ISI-13142-62 W- 4 C X. XX FP Emergancy Cooling Flange-to-Pipe 151-13142-62 W- 5 C X. XX FP Emergancy Cooling Pipe-to-Elbow ISI-13142-62 W- 6 C X. XX FP Emergency Cooling Elbow-to-Pipe 191-13142-62 W- 1 C X. XX FP Emergancy Cooling Pipe-to-Elbow ISI-13142-62 W- 0 C X. XX FP Emergancy Cooling E lbow- te- P.pe ISI-13142-62 W- 9 C X. XX FP Emergancy Cooling Pipe-to-Elbow ISI-13142-62 W-10 C X. XX
-FP Emergency Cooling Elbow-to-Pipe
!$1-13142-62 W-11 C X XX FP Emergency Cooling Pipe-to-Elbow 1SI-13142-62 W-12 C X XX FP Emergancy cooling Elbow-to-Pipe 181-13142-62 W-13 C X. XX FP Emergancy Cooling Pipe-to-Elbow 151-13142-62 W-14 C X. XX i
7] 4 FP Emergancy Cooling Elbow-to-Pipe k ISI-13142-62 W-15 C X. XX FP Emergancy Cooling Pipe-to-Pipe 151-13142-62 W-16 C X XX FP Eniergency Cooling Pipe-to-Elbow 181-13142-62 W-17 C X . XX FP Emergancy Cooling Elbow-to-Elbow 151-13142+62 W-18 C X. XX FP Emergancy Cooling Elbow-to-Pipe ISI-13142-62 W-19 C X. XX FP Emergency Cooling Pipe-to-Elbow 151-13142-62 W-20 C X. XX FP Emergancy Cooling Elbow-to-Pipe 151-13142-62 W-21 C X. XX FP Emergancy Cooling Pipe-to-Elbow ISI-13142-62 W-22 C X , XX FP Emergency Cooling Elbow-to-Pipe 151-13142-62 W-23 C X. XX FP Emergency Cooling Pipe-to-Pipe 151-13142-62 W-24 C X. XX FP Emergency Cooling Pipe-to-Elbow ISI-13142-62 W-23 C X. XX FP Emergancy Cooling Elbow-to-Pipe 181-13142-67 W- 1 C X. XX FP Emergancy Cooling Valve-to-Pipe 151 13142-67 W- 2 C X. XX FP Emergancy Cooling Pipe-to-Flange 151-13142-67 W- 3 C X. XX FP Emergency Cooling Flange-to-Elbow 151-13142-67 W- 4 C X. XX FP Emergency Cooling Elbow-to-Flange ISI-13142-67 W- S C X XX FP Emergancy Cooling Flange-to-Pipe 151-13142-67 W- 6 C X. XX FP Emergency Cooling Pipe-to-Elbow
% + _
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/ \ 151-13142-67 W- 7 C X. XX l ( FP Emergancy Cooling Elbow-to-Pipe l %/ 151-13142-67 W- 8 C X. XX FP Emergancy Cooling ype-to-Elbow Page 35
- I; service hspectioi Plam c
- :d Schedule i Mnticello Nucle:r G= raing Plait Third Tn-Y cr ASME See XI Code Ed.1986 E 1 'f Schedule ISO Item ASME Requests System Item Description Item Number Method 93
& Notes 94 l 95 l 96 l 97 98 99l00l" 151-13142-67 W- 9 C X. XX FP Emergency Cooling Elbow-to-Pipe 151-13142-67 W-10 C X . XX FP Emergancy Cooling Pape-to-Elbow 151-13142-67 W-11 C X XX FP Energancy Cooling Elbow-to-Pipe 15I-13142-67 W-12 C X. XX FP Emergancy Cooling Pipe-to-Pipe 151-13142-67 W-13 C X. XX FP Emergancy Cooling Pipe-to-Elbow 151-13142-67 W-14 C X. XX FP Emergancy Cooling Elbow-to-Pipe 151-13142-61 W-15 C X. XX FP Energancy Cooling Pipe-to-Elbow 151-13142-67 W-16 C X. XX FP Emergancy Cooling Elbow-to-Pipe 181-13142-67 W-17 C X. XX FP Emergancy Cooling Pipe-to-Elbow 151-13142-67 W-18 C X. XX FP Emergancy Cooling Elbow-to-Pipe 161-13142-67 W-19 C X. XX FP Emesgancy Cooling Pipe-to-Elbow 151-13142-67 W-20 C X. XX FP Emergancy Cooling Elbow-to-Pipe 153-13142-67 W-21 C X. XX FP Emergancy Cooling Pire-to-Elbow 151-13142-67 W-22 C X. XX FP Emergency Cooling Elbow-to-Pipe 151-13142-67 W-23 C X. XX FP Emergency Cooling Pipe-to-Elbow 151-13142-67 W-24 C X. XX FP Emergency Cooling Elbow-to-Pipe ISI-13142-67 W-25 C X. XX FP Emergency Cooling Pipe-to-Elbow 151-13142-67 W-26 C X. XX FP Emergancy Cooling Elbow-to-Pipe g 151-13142 67 W-27 C X. XX r FP Emergency Ceoling Pipe-to-Pipe 151-13142*E7 W-20 C X. XX i FP Emergancy Cooling Pipe-to-Weldolet l 15I-73890-A H+ 1 F-A,B,C j Reactor Wtr Cleany Spring / Clamp VT3 l 151 - 7 38 8 0- A H- 2 F-A,B,C i Reactor Wtr Cleanup Box Peatraint VT3 15 3 - 7 3 8 8 0- A H- 3 F-A,B,C Reactor Wtr Clasaup Double Spring /4 Lugs YT3 151-73880-A W- 1 LS U&D B 9. 10 Reactor Wtr Cleanup Branch-to-Pipe PT UT 151-73980-A W- 2 LS U B 9.10 CC Reactor Wtr Cleanup Pipe-to-Elbow FT UT 3
ISI-73880-A W- 3 LS D B 9. 10 Reactor Wtr Cleanup ,E lbow- t o- Pipe NT UT 151-73880-A W- 4 LS U B9 10 Reactor Wtr Cleanup Pipe-to-Elbow MT UT
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ISI-73000-A W- S LS D B 9. 10 Reactor Wtr Cleanup Elbow-to-Pipe MT UT 15 I-7 3880- A W- 6 LS U B 9. 10 Reacter Wtr Cleanup Pipe-to-Elbow PT UT 15I-73800-A W- 7 8 9. Il Reactor Wtr Cleanup Elbow-to-Valve MT UT ISI-73880-A W- 8 B 9. 11 Reactor Wtr Cleanup Valve-to-Pipe MT UT ISI-73 BOD-A W- 9 8 9. 32 Reactor Wtr Cleanup pranch-to-Pipe MT 151-13000-A W-10 B 9. 11 Reactor Wtr Cleanup Pipe-to-Elbow MT UT 151-7 30 0 0- A W-11 B 9.10 [ Reactor Wtr Cleanup Elbow-to-Pipe MT UT l 151-73080-A W-12 B 9. 10 ( Reactor Wtr cleanup Pipe-to-Elbow MT UT 151-73880-A W-13 L5 D 59. 10 Re_ actor utr Cleanup , Elbow-to-Pape MT UT 151-73880-A W-14 L5 U6D B 9. 10 Reactor Wtr Cleanup Pipe-to-Pipe MT UT Page 36
Inservic2 Inspection Phn and Schedule Monticello Nuclear Generating PI:nt Third Ten-Yeir ASME See XI Code Ed.1986 l ISO item ASME System Item Description Item Number ts r'- - r- ' [ , Method & Notes 93 i 94 l 95 l 96 l 97 l 98l 99l 00 l 02 ISI 73889-A W-15 LS U B 9. 10 j i y i i P. carter Wtr Cleanup
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1 hservice I spectio] Plam c d Sched:le l Mnticello Nuclear Grerati:g Plart Third Tc-Y=r ASME See XI Code Ed.1986 ISO Item ASME Re ts System Item Descriptiott Item Number Method & Notes 93 94 l 95 l 96 l 97 l 98 99 00I~ 15I-74210-1-A N- 9 8 7. 40 Tee-to-Flange PT b 9ecirc B Drain Line 151-74210-1-A W-10 B 9. 40 Decirc B Drain Line Tee-to-Pipe PT ISI-74210-1-A W-11 B 9. 40 Recire B Drain Line Pipe-to-Valve PT 151-74215-A H- 1 F-A B,C Standby Liquid Cntrl Box Restraint VT) ISI-74215-A H- 2 F-A,B,C VT3 0 Standby Liquid Cntri Box Restraint 151-14215-A H- 3 F-A,B,C b Etandby Liquid Cntrl Box Restraint VT3 ISI-74215-A H- 4 F-A,B,C S Standby Liquid Cntrl Box Restraint VT3 151-74215-A H- 1 8 9. 40 b Standby Liquid Cntrl Valve-to-Pipe PT ISI-74215-A W- 2 8 9. 40 Standby Liquid Cntrl Pipe-to-Tee PT 151-74215-A W- 3 W 9. 40 Standby Liquid Cntrl Tee-to-Reducer PT
~551-74215-A W- 4 B 9. 43 Standby Liquid Cntrl fee-to-Pipe PT 151-14215-A W- 5 B 9. 40 S
Standby Liquid Cntrl Pipe-to-Elbow PT 151-14 215- A N- 6 B 9. 40 Standby Liquid Cntrl Elbow-to-Pipe PT 15I-74215-A W- 7 8 9. 40 Standby Liquid Cntrl Pipe-to-Head Fitting PT 151-74215-A N- O B 9. 40 DD Standby Liquid Cntrl Head Fitting-to-Pipe PT ISI-74215-A W- 9 B 9. 40 Standby Liquid Cntri Pipe-to-Tee PT 151 -7 4 215- A W-10 B 9. 40 Standoy Liquid Cntrl Tee-to-Pipe PT 151-74215-A W-11 8 9. 40 _ Standby Liquid Cntrl Pipe-to-Valve PT 151-14215-A N-12 B 9. 40 Standby Liquid Cntrl Valve-to-Pipe PT ISI-74215-A N-13 8 9. 40 Standby Liquid Cntrl Pipe-to-Tee PT 151-14215-A N-14 B 9. 40 Standby Liquid Cntrl Tee-to-Pipe PT I S I -74 215- A N-15 B9 40 Standby Liquid Cntrl Pipe-to-Valve PT 151-74215-A W-16 5 9. 40 Standby Liquid Cntrl Valve-to-Pipe PT
~
151-74215-A W-11 8 9. 40 Standby Liquid Cntrl Pipe-to-Elbow PT 151-74215-A W-18 8 9. 40 Standby Liquid Cetrl Elbow-to-Pipe PT 151-7 4 215- A N-19 B 9. 40 Standby Liquid Cntri Pipe-to-Elbow PT I S I-7 4 215- A W-20 8 9. 40 Standby Liquid Cntrl Elbow-to-Pipe PT 15!-74215-A N-21 B 9. 40 Standby Liquid Cntrl Pipe-to-Elbow PT 151-74215-A N-22 B 9. 40 Standby Liquid Cntrl Elbow-to-Pipe PT i ISI-14215-A W-23 B 9. 40 Standby Liquid Cntrl Pipe-to-Tee PT 151-74215-A W-24 5 9. 40 Standby Liquid Cntrl Tee-to-Pipe PT ISI-14?!5-A N-25 8 9. 40 l Standby Liquid Cntrl Pipe-to-Reducer PT ISI-74215-A W-26 8 9. 40 Standby Liquid Cntri tee-to-Pipe PT T51-74215-A W-21 B 9. 40 l Standby L y id Cntrl Pipe-to-Tee PT ISI-14215-A N-28 8 9. 40 Standby Liquid Cutrl Tee-to-Pipe PT ISI-74215-A W-29 8 9. 40 Standby Liquid Cntrl Pipe-to-Reducer PT 151-14215 A W-30 B 9. 40 l Standby Liquid Cntrl Tee-to-Pipe PT l Page 38
.. . -. . - - . - . ..- .- . . - ~ .. . - - - - - . - - . . - . - - , . . .
Inservice hspection Plan es:d Sched11e ]
.Muticille Nucle 2r Guer:tting Plat ,
Third Tem-Ye::r l
- l. ASME See XI Code Ed.1986 i
! ISO ' Item . ASME- e ts ! System Item Description Item Number Method & Notes 93 94: 95 96 97 98 99 00l 02 181-74 215- A W-31 B 9. 40 Standby Liquid Cntrl Pipe-to-Coupling PT ISI-14216-A W-32 8 9. 21 Standby Liquid Cntrl coupling-to-Tee PT 181-74216-A W-33 B 9. 21 Standby Liquid Cntrl fee-to-Coupling PT ! 151-74215-A W-34 8 9. 21 ; Standby Liquid Cntrl Tee-to-Safe End PT U f 183-14215-A W-35 B S. 20 CC b standby Liquid Cntrl Safe End-to-Nottle PT ist-782 A H- 1 P-A,B,C
- Head vent Manger VT3 f
!$1*182-A H2 P-A,B,C Head Vent Hanger VT3 S b Is!-182-A W- 1 8 9. 40 I Head Vent Plange-to-Pipe MT 151-182 A W- 2 8 9. 40
- . Head Vent Pipe-to-Elbow MT I 1$1-782-A N- 3 B9 40 ?
Head Vent Elbow-to-Pipe MT f l ISI+782-A M* 4 8 9. 40 [ Head Vent Pipe-to-Elbow MT 383-782-A W- S B 9. 40 Head vent Elbow-to-Pipe MT S i I$I-782-A N- 6 B 9. 40 i Head Vent Pipe-to-Coupling HT i l IS1-782-A W- 7 8 9. 40 l l Head Vent coupling-to-Pipe MT 151-782-A W- 8 B 9. 40 Head Vent Pipe-to-Elbow MT 151-782-A W- 9 8 9. 40 Head Vent Elbow-to-Pipe MT 153-182 A W-10 8 9. 40 Head Vent Pipe-to-Elbow MT 8 ' 151-782-A N-11 B 9. 40
'I Head Vent Elbow-to-Pipe MT .i 131-782-A W-12 B 9. 40 J Head Vent Pipe-to-Tee MT l 151-782-A W-13 B 9. 40 Head Vent Pipe-to-Bosa MT i 151-182-A W-14 8 9. 40 Head Vent Valve-to-Pipe NT ISI-782-A N-15 B 9. 40 Head Vent Pipe-to-Valve MT 181-782-A N-16 8 9. 40 Head Vent Elbow-to-Pipe MT 181-782-A N-17 8 9. 40 Head Vent Pipe-to-Elbow NT 181-182-A W-18 8 9. 40 Head Vent Tee-to-Pipe MT
.!51-782-A W-19 8 9. 40 Head Vent Tee-to-Pipe MT 15!-182-A N-20 B 9. 40 Head Vent Pipe-to-Elbow MT ISI-782-A W-21 B 9. 40 j Head Vent Elbow-to-Pipe MT I ISI-782-A N-22 3 9. 40 l
[. Head Vent Pipe-to-Elbow MT
!$1-182-A W-23 89 40 Head Vent Elbow-to-Pipe NT ISI-182-A W-23A B 9. 40 Head Vent Pipe-to-Coupling MT j 15!-782-A N-238 B 9. 40 j Head Vent Coupling-to-Pipe MT j !$1-182-A W-24 89 40
- Head Vent Pipe-to-Tee MT
!$1-782-A N-25 8 9. 40 Head Vent Tee-to-Reducer MT
!$I-782-A N-26 B 9. 40 i Head Vent Tee-to-Pipe PT ,
) ISI-782*A W-26A B9 40 j Head Vent Pipe-to-Coupling MT
!$I-782-A W-268 B9 40 f Head Vent Coupling-to-Pipe NT l
! Page 39 , J I
1: service lispectiom Plaa md Sched;le Mntic:ll) N:cle:r Genr..tiIg Plant Third Te -Ye:r ASME Sec XI Code Ed.1986 i Helief Schedule i ISO Item ASME Requests System Item Description Item Number Method 93' 00l'
& Notes 94l95l96l97 98 l 99 151-782-A W-27 8 9. 40 Head Vent Pipe *to-Valve PT 151-782-A W-28 8 9. 40 I
Head Vent Valve-to-Pipe PT ISI-182-A W-29 8 9. 40 Head Vent Pipe-to-Valve PT 0 151-182A-A B- 1 B 7. 50 Head Vent Flange Bolts YT1 0
!$3-782A-A B- 2 87 50 I
Head Vent flange Bolta VT1 151-182A-A W- 1 B 9. 11 Head Vent Flange-to-Reducer MT UT 0 ISI-782A-A W- 2 B 9. 40 Head Vent Reducer-to-Pipe NT 151-782A-A W- 3 8 9. 40 Head Vent Pipe-to-Coupling MT 151-782A-A W- 4 8 9. 40 Head Vent Coupling-to-Pipe NT 151-782A-A W- S B9 40 head Vent Pipe-to-Tee MT
!$3-782A A W- 6 B 9. 40 Head Vent Tee-to-Reducer NT 153-782A-A W- 1 B 9. 40 Head vent Tee-to-Pipe MT ISI-782A-A W- 0 B 9. 40 Head Vent Pipe-to-Elbow MT 151-782A-A W- 9 8 9. 40 Head Vent Elbow-to-Pipe MT 151-782A-A W-10 8 9. 40 Head Vent Ploe-to-Elbow MT ISI-782A-A W-11 B 9. 40 Head Vent Elbow-to-Pipe MT 151-782A-A W-12 8 9. 40 Head Vent Pipe-to-Elbow MT Id!-782A-A W-13 B9 40 Head Vent Elbow-to-Pipe MT "ISI-782A-A W-14 8 9. 40 Head Vent Pipe-to-Elbow MT !$I-782A-A W-15 B 9. 40 Head Vent Elbow-to-Pipe MT ISI-782A-A W-16 B 9. 40 Pipe-to-Elbow MT ~ Head Vent 1SI-782A-A W-17 8 9. 40 head Vent Elbow-to-Pipe MT 781-782A-A W-18 B 9. 40 Head Vent Pipe-to-Elbow MT 181-782A-A W-19 8 9. 40 Head Vent Elbow-to-Pipe HT 151-782A-A W-20 B9 40 Head Vent Pipe-to-Elbow MT 151-782A-A W-21 B 9. 40 Head Vent Elbow-to-Pipe MT 151-182A-A W-22 8 9. 40 Head Vent Pipe-to-Eltow MT 151-782A-A W-23 B 9. 40 Elbow-to-Pipe MT ~ Head Vent I51-182A-A W-24 B 9. 40 Head Vent Pipe-to-Elbow MT !$I-782A-A W-25 B 9. 40 Head Vent Elbow-to-Pipe MT 151-782A-A W-26 B 9. 40 Head Vent Pi pe-t o- Fl ange MT 151-186-A H- 1 F-A,B,C 0
MS Condensate Lkoff Box Support VT3 I IJ1-786-A H- 2 F- A, B, C l MS Condensate Lkoff Box support VT3 ISI-786-A H- 3 F- A, B, C MS Condensate Lkoff Linear Support VT3 _,
!$1-786-A H- 4 F-A,B,C g
MS Condeneste Lkoff Bon Support VT1 151-786-A W- 1 B 9, 21 g MS Condensate Lkoff Cap-to-Pipe MT q 151-156-A W- 2 B 9. 32 MS Condensate Lkoff Boss-to-Pipe MT l l Page 40 i l
I: service Inspectioa Plam c d Schedile M:ctic;110 N cle:r Gmriti:g Plzt Third Te -Year ASME See XI Code Ed.1986 Relief Schedule ISO Item ASME Requests i q System Item Description Item Number Method & Notes : 93l94 f 95 l96l97 f 98 l9900 02 i
\
t s l f 151 786-A M* 3 B 9' 32 ' Boss-to-Pipe MT
,MS Condensate Lkoff ISI-786-A N* 4 8 9. 32 l MS Condensate Lkoff Boss-to-Pipe MT )
ISI-786-A N- 5 B 9- 32 { 3 MS Condensate Lkoff Neldolet-to-Pipe NT ISI-706-A N- 6 B 9. 21 MS Condensate Lkoff Pipe-to-Pipe MT 15I-786-A N- 7 8 9. 21 MS Condensate Lkoff Pipe-to-Valve NT 181-786-A W- 8 8 9. 21 U MS Condensate Lkoff Valve-to-Elbow MT I81-786-A N- 9 8 9. 21 MS Condensate Lkoff Elbow-to-Elbow MT 151-786-A N-10 B9 21 I MS Condensate Lkoff Elbow-to-Pipe MT 153*786-A W-11 B 9. Il pp MS Condensate Lkoff Pipe-to-Pipe MT 181-796-A W-12 B 9. 21 b MS Condensate Lkoff Pipe-to-Pipe MT ISI-786-A N-13 8 9. 21 MS Condensate Lkoff Pipe-to-Elbow MT ISI-786-A W-14 99, 21 MS Condensate Lhoff Elbow-to-Valve MT 151-786-A N-15 B 9. 40 MS Condensate Lkoff Valve-to-Pipe MT ISI-786-A N-16 8 9. 40 MS Condensate Lkoff Pipe-to-Elbow MT IS!-786-A N-17 8 9. 40 MS Condensate Lkoff Elbow-to-Pipe MT ISI-786-A N-18 B 9. 40 MS Condensate Lkoff Pipe-to-Elbow MT ISI-786-A N-19 8 9. 40 M3 Condensate Lkoff Elbow-to-Pipe MT g 181-786-A N-20 B 9. 40
- MS Condensate Lhoff Pipe =to-Tee MT
, 151-786-A N-21 B 9. 40 MS Condensate Lkoff Peducer-to-Tee MT ISI-786-A N-22 B 9. 40 MS Condensate Lkoff Tee-to-Pipe MT 15I-786-A W-23 8 9. 40 MS Condensate Lkoff Pipe-to-Elbow MT
!$1-786-A N-24 9 9. 40 MS Condensate Lkoff Elbow-to-Pipe MT ISI-786-A N-25 B9 40 MS Condensate Lkoff Pipe-to-Elbow MT 181-786-A N-26 B 9. 40 MS Condensate Lkoff E l bow- t o-Pi pe MT
!$1-786-A N-27 8 9. 40 MS Condensate Lhoff P ipe- t o-E l bow MT
'ISI-70s-A W-28 89 40 MS Condensate Lkoff Elbow-to-Pipe HT 151-196-A N-29 89 40 MS Condensate Lkoff Pipe-to-Elbow MT ISI-786-A W-30 B 9. 40 MS Condensate Lhoff Elbow-to-Pipe NT 333166-A W-31 B 9. 40 MS Condensate Lkoff .Pape-to-Elbow MT ISI-786-A W-32 B 9. 40 MS Condensate Lhoff Elbow-to-Pipe MT ISI-786-A N-33 B 9. 40 MS Condensate Lkoff Pipe-to-Coupling MT ISI-786-A N-34 B 9. 40 MS Condensate thoff Coupling-to-Pipe MT ISI-786-A N-35 B 9. 40 MS Condensate Lhoff Pipe-to-Coupling MT 151-706-A N-36 9 9. 40 MS Condensate Lkoff Coupling-to-Pipe MT
'I$1-786-A N-37 89 40 MS Condensate Lkoff Pipe-to-Boss MT
[ \ 151-196-A N-30 8 9. 40 Valve-to-Pipe MT ('-- ') _MS Condensate tkoff ISI-786-A N-39 B 9. 40 MS Condensate Lhof f Pipe-to-Elbow NT Page 41
I: service I spectio2 Pla2 tid Sched:le Mntic:lls N7 cle:r Grratirg Plait Third Te -Yrr ASME See XI Code Ed.1986 ISO Item ASME
- stb System Item Description Item Number Method & NoteB 93l94 95 l 96l 97 98l99 00l' ISI-786-A W-40 B 9. 40 MS Condensate Lkoff Elbow-to-Pipe MT S 3 5746-A W-41 8 9. 40 MS Condensate Lkoff Pipe-to-Elbow MT I$I-186-A W-42 B 9. 40 MS Condensate Lkoff Elbow-to-Pipe MT ISI-786-A W-43 8 0. 40 MS Condensate Lkoff Pipe-to-Elbow MT 151-786-A W-44 8 9. 40 MS Condensate Lhoff Elbow-to-Pipe MT b 151-786-A W-45 B 9. 40 Pipe-to-Boss NT U M5 Condensate Lhoff~~
151-786-A W-46 9 9. 40 MS Condensate Lkoff Valve-to-Pipe MT 151-186-A W-47 8 9. 40 MS Condensate Lhoff Pipe-to-Elbow NT 351-786-A W-48 8 9. 40 MS Condensate Lkoff Elbow-to-Pipe NT ISI-786-A W-49 9 9. 40 MS Condensate Lkoff Pipe-to-Elbow MT ISI-786-A W-50 B 9. 40 MS Condensate Lkoff Elbow-to-Pipe MT 151-786-A W-51 8 9. 40 MS Condensate Lkoff Pipe-to-Elbow MT 151-786-A W-52 B 9. 40 MS Condersate Lkoff Elbow-to-Pipe MT 181-186-A W-53 8 9. 40 MS Condensate Lkoff Pippto-Boss NT 151-786-A W-54 B 9. 40 i MS Condensate Lkoff Valve-to-Pipe MT ISI-186-A W-55 B 9, 40 MS Condensate Lhoff Pipe-to-Coupling MT 151-7s6-A W-56 8 9. 40 MS Condensate Lkoff Coupling-to-Pipe MT ISI-786-A W-57 89 40 MS Condensate thoff Pipe-to-Elbow MT 151-786-A W-58 99, 40 r MS Condensate Lhoff E l bow- t o- Pipe MT 181-186-A W-b9 99 40 MS Condensate Lkoff Pipe-to-Tee MT 151-786-A W-60 8 9. 40 MS Condensate Lkoff Reducer-to-Tee MT 151-786-A W-61 B 9. 40 MS Condensate Lkoff Tee-to-Pipe MT ISI-186-A W-62 B 9. 40 MS Condensate Lkoff Pape-to-Elbow MT Z81-786-A W-63 8 9. 40 Elbow-to-Pipe MT
~MS Condensate Lkoff ISI-786-A W-64 B 9. 40 MS Condensate Lkoff Pipe-to-Elbow NT ISI+186-A W-65 B 9. 40 MS Condensate Lhoff Elbow-to-Pipe MT ISI-786-A W-66 B9 40 MS Condensate Lhoff Pipe-to-Elbow MT 3 1-786-A W-67 8 9. 40 MS Condensate Lhoff Elbow-to-Pipe MT 181-786-A W-68 8 9. 40 MS Condensate Lkoff Pipe-to-Coupling MT 131-786-A W-69 9 9. 40 )
M5 Condensate Lhoff Coupling-to-Pipe MT ISI-786-A~~ W-70 8 9. 40 MS Condensets Lkcff Pipe-to-Boss MT i 153-7905-32-A N- 1 C 2. 31 S kHR Heat Exchanger A $ hell-Pad-Not MT ! 151-7905-32-A N- 2 C 2. 31 RHR Heat Exct. anger A Shell-Pad-Not MT ISI-7905-32-A Support A F-A,B,C C 3.10 g BHR Heat Exchanger A support A,E200A, O' 1:T VT3 151-1905-32-A Support B F- A, B, C C 3.10 RHR Heat Exchanger A Support B,E200A 180' MT VT3 I$1-7905-32-A Support C F-A,B,C C 3.10 S RHR Heat Exchanger A Support C,E200A 315' MT VT3 l 151-1905-32-A W- 1 C 1, 10 I RHR Heat Exchanger A Top Flange to Shell UT i Page 42 f
I: service Inspection Plan cd SchedIle M:ntic;llo Nrclear G=erati g Pla t Third Ten-Ye:r ASME See XI Code Ed.1986 ISO Item ASME ests
,-S System Item Description Item Number Method & Notes 93 94 95 2 96l97 98l99 00 02
( i ! 151-7905-32-A W- 2 C 3.10 YM RHR Heat Exchanger A Lower Flange /Shell UT 151-7905-32-A W- 3 C 1. 27 RMD Heat Exchanger A !.ower Head / Flange UT U ISI-7905 .i?-A W- 4 C 1. 20 RHR Heat b : hanger A Lower Head Circ held UT 151-1905-32-9 N -1 C 2, 31 BHR Heat Exchanger B Shell-Ped-Not MT b 151-7905-32-B N- 2 C 2. 31 EHR Heat Exchanger B Shell-Pad-Nor MT S I S I-7 90 5 B Support A F-A,B,C C 3.10 RHR Heat Exchanger B Support A,E200B O' MT V13 0 151-7905-32-B Support B F-A,B,C C 3.10 RHR Heat Exchanger B Support B.E2008 100' MT VT3 151-7905-32-B Support C F- A, B, C C 1.10 RHR Heat Exchanger B Supprt C, T2MB 315' MT VT3 b ISD '?01~22 B W- 1 C 1. 10 RHR Heat Exchanger B Top Flange to Shell UT 151-1905-32-8 W- 2 C 1. 10 RHR Heat Exchanger B Lower Flange /6 hell UT 151-1905-32-B W- 3 C 1. 20 RHR Heat Exchanger B Lower Head / Flange UT 151-7905-32-B W- 4 C 1. 20 RHR Heat Exchanger B Lower Heaa Circ Wald UT b 151-821-A B- 1 B1 50 Botton Head Drain Flange Bolta VT1
!$1-821-A H* 1 F.A. B, C Botton Head Drain Clamp VT3
!$1-021-A H- 2 F-A,B,C Botton Head Drain Box Restraint VT3 b 151-021-A H- 3 F-A,B,C Botton Head Drain Clamp VT3 b j ISI 021-A H- 4 F- A, B, C Bottom Head Drain Box Restraint VT3
[N !$I-821-A H- 5 F-A,B,C f i Botton Head Drain Box Restraint VT3
!$1-021-A H- 6 F-A,B,C ,
Botton Head Drain Box Restraint VT3 1 151-021-A H- 7 F- A, B, C Bottom Head Drain Clamp VT3 S l 3SI-821-A W- 1 B 9. 40 l Bottom Head Drain Nottle Stud-to-Pipe PT ! 151-821-A W- 2 B 9. 40 , Bottom Head Drain P.pe-to-Elbow MT l ISI-823-A W- 3 89 40 ' Elbow-to-Pipe NT j _ Bottom Head Drain ISI-821-A W- 4 8 9. 40 ; Botton Head Drain Pipe-to-Elbow MT l ISI-821-A W- 5 B 9. 40 Bottom Head Drain Elbow-to-Pipe MT 151-821-A W- 6 8 9. 40 Bottom Head Drain Pipe-to-Elbow MT 151-021-A W- 1 B 9. (J Botton Head Drain Elbow-to-Pipe NT 151-821-A W- B B 9. 40 Botton Head Drain P1pe-to-Elbow MT ISI-021-A W- 9 9 9. 40 Bottom Head Drain Elbow-to-Pipe MT 151-821-A W-10 89. 40 Bottom Head Drain Pipe-to-Elbow MT 151-821-A W-11 B 9, 40 Bottom Head Drain Elbow-to-Pipe NT ISI-821-A W-12 B 9. 40 Bottom Head Drain Pipe-to-Coupling MT 151-021-A W-13 89 40 Botton Head Drain Coupling-to-Pipe MT 151-521-A W 14 8 9. 40 Botton Head Drain Pipe-to-Coupling MT IS!-821-A W-15 8 9. 40 Botton Head Drain Couplinq+to-Pipe MT 131-821-A h-16 B f,. 40 b i I Botto Head Drain Pipe-to-Elbow NT V !s!-e21-A W-17 8 9. 40 Botton Head Drain Elbow-to-Pipe MT l l Page 43
Inservica 1:spectio2 Plax a:d Sched:le Mutic:ll> N:cle:r Gzerati:g Plait Third Tex-Ye:r ASME See XI Code Ed.1986 ISO Item ASME u sta System Item Description Item Number Method & Notes 93 94 l 95 l 96 l 97 l 98 l 9900 I' 151-021-A N-10 B 9. 40 Bottom Head Drain Pipe-to-Coupling MT 151-921-A W-19 B 9. 40 Bottom Head Drain coupling-to-Elbow MT ISI-021-A N-20 8 9. 40 Bottom Head Drain Elbow-to-Pipe MT 153-921-A W-21 B 9. 40 Bottom Head Drain Pipe-to-Elbow MT ISI-821-A W -2 2 B 9. 40 Botton Head Drain Elbow-to-Pipe MT 181-621-A N-23 3 9. 40 Ec,tce Head Drain Pipe-to-Coupling MT ~i35-h41-A N-24 8 9. 40 bottom Head Drain Coupling-to-Pipe MT 151-821-A N-25 B 9. 40 Bottom Head Drain Pipe-to-Elbow HT ISt-821-A N-26 B 9. 40 Botton Head Drain Elbow-tc-Pipe MT 15!-8J1-A N-21 B 9. 40 Botton Head Drain Pipe-to-Elbow MT 131-021-A N-28 B 9. 40 Elbow-to-Pipe MT U Rottom Head Drain 151-821-A N-29 8 9. 40 Botton Head Drain Pipe-to-Elbow MT 0 ISI-821-A N-30 8 9. 40 Bottom Head Drain Elbow-to-Pipe MT ~I51-B21-A N-31 89 40 Bottom Head Drain Pipe-to-Valve NT ISI-821-A W-32 B 9. 40 Botton Head Drain Valve-to-Pipe MT ISI-821-A N-33 8 9. 40 Botton Head Drain Pipe-to-Pipe MT 151-821-A N-34 8 9. 40 Botton Head Drain Pipe-to-Reducer NT ISI-821-A N-35 8 9. 11 Botton Head Drain Reducer-to-Tee MT UT ISI-821-A N-36 89 11 Botton Head Drain Tee-to-Plange MT UT 15!-821-A N-37 8 9. 11 Tee-to-Pipe MT UT ~Botton Head Drain 15i-821-A W-39 9 9, 11 Botton Head Drain Pipe-to-Reducer NT UT 151-821-A N-39 B 9. 40 Bottom Head Drain Reducer-to-Pipe MT 131-821-A N-40 B 9. 40 Bottom Head Drain Pipe-to-Tee NT 151-821-A N-41 B 9. 40 Botton Head Drain Tee-to-Reducer MT Is!-821-A N-42 B 9. 40 Bottom Head Drain Tee-to-Pipe NT 151-821-A N-43 8 9. 40 Bottom Head Drain Pipe-to-Elbow MT ISI-821-A W-44 8 9. 40 Bottom head Drain Elbow-to-Pipe MT 151-821-A N-45 8 9. 40 Botton Head Drain Pipe-to-Coupling MT 181-021-A N-46 B p. 40 Bott om Head Drain Coupling-to-Pipe MT 151-821-A N-47 B 9. 40 Botton Head Drain Pipe-to-Coupling MT 151-921-A N-48 8 9. 40 Bottom Head Drain Coupl i ng- t o- Pi pe MT 151-821-A W-49 B 9. 40 Botton Head Drain Pipe-to-Coupling MT 151-021-A N-50 B 9. 40 Bottom Head Drain Couping-to-Pipe MT ISI-021-A N-51 B 9. 40 Bottom Head Drain Pipe-to-Coupling MT ISI-021-A N-52 B 9. 40 Bottom Head Drain Coupling-to-Pipe NT i$51821-A W-53 8 9. 40 Botton Head Drain Pipe-to-Elbow
~~fNT g p
181-821-A W-54 B 9. 40 Bottom Head Dre n Elbow-to-Pipe MT Page 44
IIservice IIspectio2 Pla =d Sched:le M:nticells N cle r G;nerati:g Plait Third TOI-Year ASME See XI Ccde Ed.1986 Relief Schedule ISO Item ASME Requests System Item Description Item Number Method & Notes 93 l 94 l 95 l 96 97 l 98 l 99 l 00 l02
/ ! j ISI-821-A W-55 B 9. 40 \ / Bottom Head Drain Pipe-to-Elbow MT S ISI-821-A N-56 8 9. 40 Botton Head Drain Elbow-to-Pipe MT ISI-821-A N-51 B 9. 40 Botton Head Drain Pipe-to-Elbow NT ISI-821-A N-58 89. 40 Botton Head brain Elbow-to-Pipe MT ISI-821-A N-59 89. 40 Botton Head Drain Pipe-to-Sockolet MT I ISI-8292-42-A DVMX Supp A F-A,B,C HPCI Pumps DYMX Pump Support VT3 0 ISI-8292-42-A DVHX Supp B F-A,B,C HPCI Pumps DVHX Pump Support VT3 ISI-8292-42-A DVHX Supp C F- A, B, C HPCI Pumps DVMX Pump Support VT3 ISI-8292-42-A DVMX Supp D F-A,B,C HPCI Pumps DVMX Pump Support VT3 ISI-8292-42-A DVS Supp A F-A,B,C HPCI Pumps DVS Pump Support VT3 ISI-8292-42-A DVS Supp B F- A, B, C HPCI Pumps DVS Pump Support VT3 ISI-8292-42-A DVS Supp C F-A,B,C HPCI Pumps DVS Pump Support VT3 ISI-8292-42-A DVS Supp D F-A,B,C HPCI Pumps DVS Pump Support VT3 ISI-8292-42-A W- 1 C X. XX HPCI Pumps Pipe-to-Pump ISI-8292-42-A W- 2 C X. XX HPCI Pumps Pump-to-Pipe ISI-8292-42-A W- 3 C X. XX HPCI Pumps Pipe-to-Flange ISI-8292-42-A N- 4 C X. XX HPCI Pumps Elbow-to-Pipe ISI-8292-42-A W- 5 CX, XX
[f \ ~HPCI Pumps Pip -to-Elbow ISI-8292-42-A W- ' C X. XX U HPCI Pumps Elb w-to-Pipe ISI-8292-42-A N* I C X. XX HPCI Pumps isange-to-Elbow IS!*93268-3-A H- 1 F-A,B,C CRD Scram Header A Bom Restraint VT3 ISI-93268-1*A H- 0 F-A,B,C CPD Scram Header A Strut / Clamp VT3 ISI-93268-1-A H- 9 F-A,B,C CRD Scram Header A Strut / Clamp VT3 lSI-93268-1-A H-10 F- A, B, C CRD Scr= "*1. A Restraint VT3 ISI-9 32 6 8 A H-11 F-A,B,C CRD Scram Header A Rod / Clamp VT3
~
ISI-93260-1-A H-12 F-A,B,C CRD Scram Header A Strut / Clamp VT3 ISI-9 32 6 8 A H-13 F- A. 8, C CRD Scram Header A Strut / Clamp VT3 ISI-93260-1-A H-14 F- A, B, C CPD Scram Header A Strut / Clamp VT3 ISI-9 32 68 A H-20 F- A, B, C C 3.10 CRD Scram Header A Tank Support PT VT3 ISI-93268-1-A W- 9 LS U6D C 5. 10 CRD Scram Header A Reducer-to-Pipe PT UT ISI-93268-1-A N-10 1.5 U&D C 5. 10 CRD Scram Header A Pipe-to-Tee PT U'r ISI-93268-1-A W-11 C 5. 31 CRD Scram Header A Flange-to-Pipe MT UT ISI-93268-1-A W-12 C 5. 51 CRD Scram Header A Pipe-to-Pipe NT UT ISI-93260-1-A W-13 C 5. 51 CRD Scram Header A Pipe-to-Pipe MT UT ISI-93268-1-A W-14 C 5. 51 CBD Scram Header A Pipe-to-Pipe MT UT j O, ISI-93266-1-A N-15 C 5. 51 CC l CPD Scram Header A Pipe-to-Raducer PT UT 3
}
/ ISI-93268-1-A W-16 LS D C 5. 10 CRD Scram Header A Peducer-to-Tee, PT UT Page 45
I: service ILspectios Plamd Sched:le Mnticello N;cle:r Gezrati g Plast Third Tca-Ytr ASME Sec XI Code Ed.1986 Iso Item ASME q ts System Item Description Item Number Method & Notes 98 l 99 l 00 I ' 93 l 94 l 95 l 96 l 97 133-93268-1-A N-17 LS U6D C 5. 10 CRD Scrat Header A Tee-t o- Pi pe PT UT ISI-93268-1-A N-18 L5 U6D C 5,10 CRD Scram Header A Pipe-to-Tee PT UT Is!-93260-1-A N-24 LS D C 5. 10 CRD Scram Header A Reducer-to-Reducer PT UT 151-93268-1-A N-25 LS U6D C 5. 10 CRD Scram Header A Reducer-to-Tee PT UT ISI-93268-1-A N-26 L3 U6D C 5. 10 CRD Scram Header A Tee-to-Ellsow PT UT 151-93260-1-A N-27 LS U6D C 5. 10 CPD Scram Header A Elbow-to-Pipe PT UT ISI-93468-1-A N-28 LS U6D C 5. 10 CRD scram Header A Pipe-to-Elbow (45*) PT UT 151-93268-1 A N-29 LS U60 C 5. 10 CRD Scram Header A Elbow-to-Pipe PT UT 15I-93260-1-A N-30 L8 U6D C 5. 10 CRD Scram Header A Pipe-to-Elbow (45'l PT UT 151-93268-1-A N-31 L5 U6D C 5. 10 CPD Scram Header A Elbow-to-Pipe PT UT 3 1-93268-1-A N-32 LS U6D C 5. 10 CRD Scram Header A Pipe-to-Elbow PT UT 151-93268-1-A N-33 LS U6D C 5. 10 CRD Scram Header A Elbow-to-Reducer PT UT 181-93268-1-A W-34 LS U6D C 5. 10 CRD Scram Header A Reducer-to-Pipe PT UT
~
151-93268-1-A N-35 LS U6D C 5,10 CBD Scram Header A Pipe-to-Cap PT UT 151-93268-3-A H- 5 P-A,B,C CRD Scram Needer B Box Restratht VT3 35I-93268-3-A H- 6 P-A,B,C CPD Sctam Header B Rod / Clamp VT3 151-93264-3-A H- 1 P-A,B,C C 3.20 CRD Scram Header B Peatraint / 4 Lugs MT VT3 ISI-93268-3-A H- 8 P+ A, B, C CRD Scram Header B Boy Restraint VT3 351-9326B-3-A H-13 F-A,B,C CRD Scram Header B Boa Beatraint VT3 181-93268-3-A H-14 F- A, B, C C 3.10 CRD Scram Header B Tank Support MT VT3
!$1-93268-3-A N- 9 LS U6D C 5. 10 CPD Scram Header B Reducer-to-Pipe PT UT ISI-93266-3-A N-10 LS U6D C 5. 10 CRD 5 cram Header B Pipe-to-Tee PT UT 15!*93268-3-A N-11 C 5. 51 CRD Scras Header B Plange-to-Pipe MT UT ISI-93268-3-A N-12 C 5. 51 CRD scram Header B Pape-to-Pipe MT UT ISI-93268-3-A N-13 C 5. 51 CRD Scram Header B Pipe-to-Pipe NT UT I$1-93268-3-A N-14 C 5. 51 CRD $ cram Header B Pipe-to-Pipe}}