ML20155J867
| ML20155J867 | |
| Person / Time | |
|---|---|
| Site: | Braidwood  |
| Issue date: | 06/13/1988 |
| From: | COMMONWEALTH EDISON CO. |
| To: | |
| Shared Package | |
| ML20155J852 | List: |
| References | |
| PROC-880613, NUDOCS 8806210056 | |
| Download: ML20155J867 (505) | |
Text
{{#Wiki_filter:~ . Revision 1 O CCF2CNWEALTH EDISCN COMPANY 1 BRAIDWXD NUCLEAR PCW.?R STATION UNIT 1 INSERVICE INSPECTION AND TESTING PROGRAM PLAN i 1ST INSPECTION INTERVAL , l l
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Revision 1 TABLE OF CO!' TENTS (~'s BRAIDWOCD NUCLEAR PCWER STATION, UNIT 1, INSERVICE
!, ) INSPECTICN AND TESTING PROGRAM,1ST INTERVAL s_/
Summary Page Section 1.0 Inservice Inspection Program Plan 1-1 Introduction (Revision 1) Table of Contents, Section 1.0 1-2 Section 2.0 Inservice Inspection Program Plan 2-1 for Nondestructive Examination (Revision 1) Table of Contents, Section 2.0 2-2 Section 3.0 Inservice Inspection Program Plan 3-1 for Component Supports (Revision 1) Table of Contents, Section 3.0 3-2 Section 4.0 Inservice Inspect'on Program Plan 4-1 for Snubbers (Revision 1) Table of Contents, Section 4.0 4-2
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Revision 1
SUMMARY
("'8 Inservice Inspection (ISI) of Class 1, Class 2, and Class 3 nuclear i
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components in Unit 1 of Connonwealth Edison's Braidwood Nuclear Power Station will be performed in accordance with the requirements of the 1983 Edition and addenda through the summer 1983 Addenda of Section XI of the ASME Boiler and Pressure Vessel Code, "Rules for ! Inservice Inspection of Nuclear Power Plant Components". This inspection and testing program describes the areas to be examined, examination categories, examination methods, extent and senedules to be followed during the first ten-year inspection interval together with operational testing requirements. It is anticipated that the first 120-mor h inspection interval will begin with the start of commercial operation
- in 1987 and be completed in 1997.
This docu. ment is a suncary of the Braidwood Unit 1 ISI Program. It is being submitted to the Nuclear Regulatory Commission for approval in accordance with the requirements of 10CFR50.55A (g)(4)(i). (x_-/
*The Comreccial Operation Date will be as defined by Federal Power Cornission regulations,18CFR101, Chapter 1, paragraph 9.D.
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.I Revision 1 l i l 4 i 9 E SECTION 1.0 INSERVICE INSPECTION AND TESTING
@' PROGRR4 PLAN INTRODUCTION 1 1-1 1680m(041888)/4
Revision 1 TABLE OF CC?fTENTS Page l 1 Section 1.0 - Inservice Inspection and Testing Program Plan Introduction. 1.1 General Information 1-3 1.2 System Classification 1-5 j I i l I l i 1 l l 1 1-2 1680m(041388)/5 l
Revision 1 1, i 1 i I i i ) i 1.1 GENERAL INFORh% TION I i l i l 1 l l l l 1 1 1
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Rsvision 1 General Information The Inservice Inspection and Testing Program Plans for Braidwood ()g s, Nuct. ear Power Station, Unit 1 are developed in compliance with the rules and regulations of Title 10, Part 50.55a of the Code of Federal Regulations, and Section XI, "Rules for Inservice Inspection of Nuclear Power Plant Components" of the ASME Boiler and Pressure Vessil Code, 1983 Edition and addenda through the summer 1983 Addenda. Where specific requirements are determined to be impractical, relief has been tequested. The Inservice Programs for Class 1, 2, and 3 components shall be applicable for a one hundred twenty (120) month interval beginning uith commercial operation. In addition to the ASME Section XI requirements for inspection, certain augmented inspections were required by the Nuclear Regulatory Commi:sion. The augmented requirements include High Energy Lines, Reactor Coolant Pump Flywheels and Turbine Rotors. The augmented requirements are included in these programs. Revisions to the programs presented herein may be required due to design changes, NRC com. Tents, identification of additional relief requests, etc. If a minor change is required which only affects a small number of pages, those pages may be revised by adding a lower case alpha designator to the current revision number. For example, a page labeled "Revision 1" would become "Revision la". The alpha f-~ designator may be incremented if other minor changes affect that (x) page. In this case the page would be labeled "Revision Ib". When a change affects a significant number of pages or sufficient minor changes have been made to warrant a complete revision, the entire section or sections affected will be revised. In this case all pages will be revised by incrementing the numerical revision number and dropping all alpha designators. Thus, if page 1 was "Revision 1" and page 2 was "Revision ld" both pages would now be "Revision 2". Note, each section of the Inservice Inspection and Testing Program Plan is revised separately. O i i V 1 1-4
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Rsvision 1 System Classifications p Class 1 piping included in the Reactor Coolant Pressure Boundary is defined by 10CFR50.2(v). Class 2 and 3 piping was classified by Sargent and Lundy Engineering utilizing the guidelines of US NRC l Regulatory Guide 1.26. All ASME piping is installed to the l requirements of the ASME Boiler and Pressure Vessel Code 1974 Edition and addenda through the Su:rcer 1975 Addenda, Section III, i "Nuclear Power Plan: Components". Specific information with regards to individual component ! construction codes or ma:erials can be found in the Byron /Braidwood Final Safety Analysis Report. 9 l t l I i I l E
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I l i SECTICN 2.0 i 9 INSERVICE INSPECTION PROGRAM FLAN FOR NONDESTRUCTIVE EXAMINATICN l 1 l 1 i i l l 1 i i i Prepared by: Michael F. Sears David J. Chr:anowski l Charles D. Barrett ; e l l ) 2-1 l 16E0m(041385)/10 l l i 1 l
Revision 1 TABLE OF CONTENTS _, 2.0 Inservice Inspection Program Plan for Nondestructive Examination Page 2.1 Program Description 2-3 2.2 Program Tables 2-5 2.3 Notes 2-9 Note 1 Main Steam No::le Inner Radii 2-10 Note 2 Category B-G-1 (Code Case N-419) 2-12 Note 3 Category B-G-2 (Code Case N-426) 2-13 Note 4 Eddy Current Ir.tspection of Steam Generator U-Tubes 2-14 (Code Case N-401) Note 5 Augnented-High Energy Piping 2-15 Note 6 Augmented-Reactor Coolant Pump Flywheels 2-16 Note 7 Augnented-Pressurizer and Steam Generator 2-17 Vessel Welds Note B Augmented-Turbine Rotor 2-18 Note 9 Reactor Vessel Shell Welds, Limited 2-19 Examinations Note 10 Augmented-Stagnant Borated Water in Large Bore 2-26 Piping 2.4 Exempt Components 2-27 U(3 2.5 Inservice Inspection Drawings 2-30 2.6 Relief Requests 2-35 NR-1 Main Steam Saddle Plates 2-36 NR-2 Cast Stainless Elbows to Cast Pumps or Valves 2-37 NR-3 Class One Valve Internal Inspection 2-38 NR-4 Pressurizer and Steam Ganerator (Prix.ary Side) 2-40 No::le Inner Radii NR-5 Cast Stainless Elbows to Carbon Nozzles 2-42 NR-6 Reactor Coolant Piping-to-Fittings and Valves 2-44 Limited Examinations (Cast Stainless) NR-7 Class One Piping Limited Ultrasonic Examinations 2-46 NR-8 Reactor Coolant Filter and Seal Water Filter 2-47 Ultrascnic Relief NR-9 Feactor Vessel Shell Welds. Limited Examinations 2-48 NR-10 Latdown Heat Exchanger, Limited Examinations 2-56 NR-ll Excess Letdown Heat Exchanger, Limited Examinations 2-59 NR-12 Steam Generator (Secondary Side) and Residual Heat 2-63 Removal Heat Exchanger No zle Inner Radii. NR-13 Class One Piping Ultrasonic Geometry Limitations 2-66 NR-14 Reactor Coolant Pump Internal Inspection 2-67 NR-15 Centrifugal Charging Pump and Residual Heat 2-68 Removal Purp Inaccessible Attachment Welds. NR-16 Class Two Piping Limited Examinations 2-71 NR-17 Thin Wall Vessels Ultrasonic Relief 2-72 s $ 2-2 1680n(3419'B)/ll
Revision 1 i i 1-i t I i l I 4 l 1 1 i e i e i . I 1 2.1 PROGRAM DESCRIPTION l 4 I i l 1 l, i I I l l 4 9 3 2-3 1 Ann-rn41ooo)/12
~.- Revision 1 Program Description The Inservice Inspection Program Plan for Nondestructive Examination fN) (, (NDE) of Class 1, 2, and 3 components is implemented in accordance with the requirements and intent of Subsections IWA, IWB, IWC, and IWD, Section XI, Division 1 of the ASME Boiler and Pressure Vessel Code, 1983 Edition through the summer 1953 Addenda. The NDE program developed herein will utilize Inspection Program B, (IWA-2420), Tables IWL-2412-1 and IWC-2412-1 for the first 120 month inspection interval. Where these requirements are determined to be impractical, specific requests for relief have been written. These are referenced in the applicable NDE program tables and included under subsection 2.6 of this program. Note, relief has been requested for selected components / welds. If additional relief is required, it shall be requested at a later date. Subsection 2.2 contains the NDE program tables. These tables are presented in a tabular format consistent with the Section XI examination requirement tables. The NDE program tables include the corresponding code category, item number, and conponent/ weld selection in conformance with Inspection Program B, ASME Section XI, 1933 Edition through the Summer 1983 Addenda. Per 10CFR50.55a(b)(2)(iv), Class 2 portions of Fmergency Core Cooling Systems (ECCS), Containment Heat Removal Systems, and Residual Heat Removal Systems were selected / exempted based upon the 1974 Edition through the Succer 1975 Addenda of ASME Section XI. Also included are tables which address Alternate and Augmented Examinations. Alternate examinations are those additional examinations which are O) (, referenced in Relief Requests. Augmented examinations include the Reactor Coolant Fump Flywhee!F, High Energy lines, and Turbine Rotor inspections as required by the Byrcr./Braidwood Final Safety Analysis Report (PSAR) . Subsection 2.3 contains Notes applicable to the program tables. Notes are employed in order to convey positior.s and/cr interpretations of Section XI requirements. Notes are re:Orenced under the remarks column for each applicable component /we' d af f ected. Code exemptions for ASME Class 1, 2, and 3 components are tabulated under Subsection 2.4. Component numbers, appropriate Inservice Inspection Drawing numbers, applicable ASME Section XI exenptions and technical justification for each are presented. Subsection 2.5 contains copies of the Braidwood Unit 1 Inservice i Inspection Isometric Drawings which have been developed for all ) vessels, piping, pumps and valves which require volumetric and/or surface examination by this program. l C ( ) 2-4 p en en:1oco3ny
[' Revision 1 l l 4 i I i i t i O.2 j PROGPJ#. TABLES , 4 i 1 .!i 1 4 i 4 1 1 4 1 1, 1 i t i i 8 1 i i 1 i l 't ;-5 j 1690m(0419c8)/14 i
Revicion 1 Program Tables
/ The following tables correspond to the format of those presented in
( ,S) ASME Section XI, Subsections IWB, IWC, and IWD. These tables contain the following information: I Page of : is the consecutive and total page numbers for the NDE tables. REVISION: is the revision number of Section 2.0 of the Inservice Inspection and Testing Program. l Note, if the Revision number is followed by a l lower case alpha designator, this page has been revised but the overall Section was not. l SYSTEM: refers to the component (s) and/or system (s) being addressed. CODE CATEGORY: is the Examination Category as defined by ASME Section XI, Subarticles IWB-2500, IWC-2500, or IND-2500. ITEM NO: lists the Item No. as defined by ASME Section XI, Subarticles IWB-2500, IWC-2500 or IWD-2500. Note, all Item No.'s are addressed within ASME Section XI. (N COMPCNENT DESCRIPTION is the equipn. ant part number or line ( ,) nunber for the corresponding component / system being addressed. DRAWING: identifies the applicable Inservice Inspection Isonetric Drawing for the component / weld. ISI ID: lists the individual identification number l assigned to the component / weld. EXAM METHOD VOL/SUR/VIS: identifies the nondestructive i examination method (s) to be performed l on the component / weld as defined by ASME Section XI or Augmented requirements, t
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ID SEL: identifies those component (s)/ weld (s) selected ! for examination during the first inspection interval. The following list of alpha { designators is employed to designate the type ' of selection made: a- Mandatory Selection: component (s)/ weld (s) required by the applicable Item No. for examination during the first inspection interval. (v 1 2-6 3:en-inas2:25 .,e
na Revision 1 b- Terminal End: extremities of piping runs that connect to structures, components (such as vessels, pumps, and (T valves), or pipe anchors each of which act as rigid (,,/ restraints or provide at least two degrees of restraint to piping thermal expansion, c- High Stress: terminal ends and joints in each pipe or branch run connected to other components where the stress levels exceed the following limits under loads associated with specific seismic events and operational conditions:
- 1) Prizaey plus secondary stress intensity range of 2.432 for ferritic steel and austenitic steel;
- 2) Cumulative usage factor (U) of 0.4.
d- Dissimilar Metal: welds between combinations of:
- 1) carbor or low alloy steels to high alloy steels:
- 2) carbon or low alloy steels to high nickel alloys;
- 3) high alloy steels to high nickel alloys, e- Class 2 Emergency Core Cooling Systems, Containment Heat Removal Systems, and Residual Heat Removal Systems:
component / weld selections based upon ASME Section XI,1974 Edition through Summer 1975 Addenda. 2n addition, the ()g (,, following nuneric designators will be used following the alpha designator:
- 1) circumferential butt welds'at structural dis continuities * ;
- 2) circumferential butt welds in piping within 3 pipe diameters of the centerline of rigid pipe anchors, or anchors at penetrations of the primary reactor containment, or at rigidly anchored components:
- 3) branch connection weld joints:
- 4) longitudinal weld joints in pipe fittings (i.e. , in tees, elbows, or reducers):
- 5) pump casing and valve body weld joints, f- Main Steam System 3 in. Nominal pips Si:e and Smaller additional welds at structural discontinuitiec* such that the total nunber of circumferential welds selected for examination equal 10*/. of the total welds in main steam piping 3 in, nominal pipe size and smaller, b
G A 2-7 140". rA*1000) /9A
w - Revision 1 g- Balance of Class 2 Piping: additional welds at structural discontinuities * , such that the total number of circumferential welds (or branch connection, or socket f'( ')s welds) selected for examination equal 25P. of the total number of circumferential welds (or branch connection or socket welds) in each Class 2 System. h- Reactor Coolant Piping: additional circumferential butt welds (or branch connection or socket welds) such that the total number of circumferential butt welds (or branch connection or socket velds selected for examination equal 25% of the circumferential butt welds (or branch connection or socket welds) in the reactor coolant piping system. j- Longitudinal Welds: intersecting longitudinal welds at circumferential welds selected for examination.
- Structural discontinuities are pipe weld joints to vessel nozzles, valve bodies, punp casings, pipe fittings (such as elbows, tees, reducers, flanges, etc. conforming to ANSI B16.9) and pipe branch connections and fittings.
PERIOD lst/2nd/3rd: to be completed by the station in order to schedule selected (ID SEL) examinations during the first inspection interval and thus meet the requirements of
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. SYSTEM: CODE CATEGORY: B-D (Cont.)
Pressurizer Inspection Program B ITEM COMPONENT ISI EXAM METHOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd B3 110 Nozzle-Vessel IPZR-01 N1 X a Weld N2 X a N3 X a N4A X a N4B X a N4C X a B3.120 Inner Radius IPZR-01 N1(IR) X a Relief Request INR4 N2(IR) X a Relief Request INR4 N3(IR) X a Relief Request INR4 N4A(IR) X a Relief Request INR4 N4B(IR) X a Relief Request INR4 N4C(IR) X a Relief Request INR4 i. 1(,80m( 041888 ) /24
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INTERVAL 1 lEl 2 l[l 3 l_l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-E Pressure Retaining Partial Penetration Welds in Vessels Reactor Coolant ITEM COMPONENT ISI EXAM METilOD ID _ PERIOD NO. DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd COMMENTS l ._ DESCRIPTION _. i Reactor l Vessel l B4.10 Partial Pene-tration Welds B4.ll Vessel Nozzle IRV-03 Vent 2 a l Pipe ! B4.12 CRD Nozzles 1RV-03 20 Total 2 a. (25*/. of Nozzles)
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INTERVAL 1 l _X l 2 l[l 3-l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-P, Pressure Retaining Dissimilar Metal Welds Reactor Coolant ITEM COMPONENT ISI EXAM METHOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL lot 2nd 3rd Reactor Vessel 15.10 Nozzle - Safe IRV-01 022 X X d End Welds 023 X X d
> 4 in 024 X X d Nominal' 025 X X d Pipe Size 026 X X d 027 X X d 028 X X d 029 X X d 55.20 Nozzle-to- N/A Safe End
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>4 in. SE-4 X X d l Nominal SE-S X X d Pipe Size SE-6 X X d B5.50 Nozzle-to- N/A Safe End
< 4 in Nominal Pipe Size BS.60 Nozzle-to- N/A Safe End Socket Welds l
1 l l 1680m(041888)/29 J
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INTER 1 VAL 1 lXl ? l _'l 3 l_l 4 l_l REVISION 1 SYSTEM: CODE CATEGORY: B-F (Cont.) Steam Generators ITD1 COMPONENT ISI EXAM METIIOD ID PERIOD MO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd 5.70 Nozzle - Safe IRC-01 8 X X d Relief Request INR-5 End Welds 9 X X d Relief Request INR-5
>4 in IRC-02 19 X X d Relief Request INR-5 Nominal 23 X X d Relief Request INR Pipe Size IRC-03 8 X X d Relief Request INR-5 9 X X d Relief Request INR-5 1RC-04 9 X X d Relief Request 1NR 10 X X d Relief Request 1NR-5 5.80 Nozzle-Safe N/A End Welds
< 4 in Nominal Pipe Size 5.90 Nozzle-Safe N/A i End Socket Welds l.
l
-80m(041888)/30
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Na / BRAIDWOOD UNIT 1 INSERVICE INSPECTION PROGRAM PAGE 14 OF 247
~
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INTERVAL 1 l-l 2 l-l 3 l[l ~ 4 ll
~
REVISION 1
'~ ~
' ~ ~ ~ - -
SYSTEM: C'DE O CATEUORYi B-F (Coid.) ~ Ileat Exchangers ITEM COMPONENT ISI EXAM METHOD ID PERIOD VOL SUR VIS SEL 1st 2nd 3rd Om m NO. DESCRIPTION DRAWING ID B5.100 No==le-to- N/A Safe End
) 4 in Nominal Pipe Size B5.110 Nozzle-to- N/A Safe End
<4 in Pipe Size B5.120 No le-to- N/A Safe End Socket Welds 1680m(041888)/31
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-~
ITEM' COMPONENT ISI EXAM METilOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd P_ining S.130 Nominal Pipe N/A Size >4 in Dissimilar Metal Butt Welds S.140 Nominal Pipe N/A Size < 4 in Dissimilar Metal Butt Welds 3.150 Dissimilar N/A Metal Socket Welds l 30m(041888)/32
y (ss ) ( ) x__~
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~~BRAIDWOOD UNIT 1 INTERVAL 1 l8l 2 l[l 3l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-G-1 Bolting Larger Than 2 Inches In Diameter Reactor Vessel ITEM COMPONENT ISI EXAM METIlOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd Reactor Vessel 16.10 Closure IIead 1RV-01 54 Total X a Nuts
$6.20 Closure IIead 54 Total X Studs in place (6.30 Closure Ilead 54 Total X X a Studs, Removed 16.40 Threads 54 Total X a l in Flange 46.50 Closure All 1 a
! Washers Bushings
,80m(041888)/33
m n, q V \ ,/ N._/ INSERVICE INSPECTION PROGRAM PAGE 17 OF 247 BRAIDWOOD UNIT 1 3l[l
~ ~
INTERVAL 1 lE.l 2 l_l 4 l_l REVISION 1 SYSTEM: CODE CATEGORY: B-G-1 (Cont.) Reactot- Coolant ITEM COMPONENT ISI EXAM _METIIOD ID PERIOD _._ NO. _ DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd Pressurizer 66.60 Bolts and N/A Studs 86.70 Flange N/A Surfaces, when connection disassembled B6.80 Nuts, N/A Bushings, and Washers Steam Generators B6.90 Bolts and N/A Studs 86.100 Flange N/A Surfaces when connection disassembled 86.110 Nuts, N/A Bushings, and Washers 680m(041888)/34
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_BRAI.D_W_O__OD_U_ NIT 1 WSTEM: CODE CATEGORY: B-G-1 (Cont.) lleat Exchangers ITEM COMPONENT ISI EXAM METHOD ID PERIOD __ !IO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd IIeat Exchangers 6.120 Bolts and N/A Studs 6.130 Flange N/A Surfaces, when connection disassembled 6.140 Nuts, N/A Bushings, and Washers Piping 6.150 Bolts and N/A Studs 6.160 Flange N/A Surfaces when connection disassembled 6.170 Nuts, N/A Bushings, and Washers 30m(041888)/35
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URAIDWOOD UNIT 1 ^
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INTERVAL 1 lEl 2 l[l 3l[l 4 l[] REVISION 1 SYSTEM: CODE CATEGORY: B-G-1 (Cont.) Reactor Coolant ITEM COMPONENT ISI EXAM METIiOD ID PERIOD _ g NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL lst 2nd 3rd P_wnps b.180 Bolts and IRCP-01 1RC0lPA X a Note 2 Studs (24 Ttl) 1RC0lPB X (24 Ttl) Coolant IRC0lPC X Pwnps (24 Ttl) 1RC0lPD X (24 Ttl) 6.190 Flange IRCP-01 1RC0lPA 1 a Note 2 Surfaces, IRC0lP53 1 when IRC0lPC 1 connection IRC0lPD 1 disassembled 6.200 Nuts, IRCP-01 1RC01PA 1 a Note 2 Bushings, IRC0lPB 1 and Washers IRC0lPC 1 1RC0lPD 1 80m(041888)/36
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%.J BRAIDWOOD UNIT 1 A 0 OP 20
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INTERVAL 1 lhl 2 l[l 3l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-G-1 (Cont.) Reactor Coolant
)
l l ITEM COMPONENT ISI EXAM METi!OD ID PERIOD g NO. DESCRIPTION DRAWING ID VOL SUR VIS .SEL 1st 2nd 3rd Valves 6.210 Bolts and 1RC8001A X a Note 2 (24) 1RC8002A X (24) 1RC8001B X (24) IRC8002B X (24) 1RC8001C X (24) 1RC8002C X (24) 1RC8001D X (24) 1RC8002D X (24) o.220 Flange IRC8001A 1 a Note 2 Surfaces IRC8002A 1 When 1RC8001B 1 Conaeetion 1RC8002B 1 Disassemb1ed 1RC8001C 1 1RC8002C 1 1RC8001D 1 1RC8002D 1 l l 30m(041888)/37
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^
INTERVAL 1 l8l 2 l[l 3l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-G-1 (Cont.) Reactor Coolant ITEM COMPONENT ISI EXAM METIIOE'ID PERIOD g
~ 10. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd i.230 Nuts, Bushings and Washers 1RC8001A 1 a Note 2 1RC8002A 1 1RC8001B 1 1RC8002B 1 1RC8001C 1 1RC8002C 1 1RC8001D 1 1RC8002D 1
_ . ~ . - ~ 10m(041888)/38
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G' I (v') BRAIDWOOD UNIT 1 INSERVICE INSPECTION PROGRAM PAGE 22 OP 247 INTEL. VAL 1 lhl 2 l[] 3 l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-G-2 Bolting 2 Inches and Smaller In Diameter Reactor Coolant ITEM COriPONENT ISI EXAM ME*rl!OD ID PERIOD - COMMENTS NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd Reactor Vessel (7.10 Bolts Studs Marmon 1 a Nuts Clamps and Greylock Coupling (19 Items) Pressurizer 7.20 Bolts, Studs Manway 1 a Nuts Bolting (16 Items) Steam Generators
- 1.30 Bolts, Studs Manway Nuts Bolting 1RC01BA 1 a (32 Ttl) 1RC01BB 1 a (32 Ttl) 1RC01BC 1 a (32 Ttl) 1RC01BD 1 a (32 Ttl) 7.40 IIeat Exchangers Bolts, Studs N/A Nuts 80m(041888)/39
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E T e o e e A I g g g g C SD n n n n I I a a a a E l l l l D F P P F O C G N l I 6 3 6 6 o W 0 0 1 0 r A - - - - _ t R V V V V _ n D C C C C o 1 I 1 1 C e m N " " " " 1 u O 5 5 5 5 _ l TI . T o NT 1 1 1 1 I V EP - - - - 0 y ), N U & NI A OR gG) C) G) G) B C D 4
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PC n444 44 444 ) ( D O l a MSi1 OE pV ( 1 V ( 1 ( 1 V V ( 8 8 O : c CDiC C C C 8 W Mi P1 I 1 I 1 D E m 4 I T e - 0 A Sh 1 0 ( R YC 2 I . 5 - m m B S TO I N 1 0 8
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q p p f V V V BRAIDWOOD UNIT 1 INSERVICE isvSPECTION PROGRAM PAGE 24 OP 247 INTERVAL 1 lXl 2 l[l 3l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-G-2 (Cont.) Re stor Coolant ITEM I COMPONENT ISI EXAM METIIOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd COMMENTS l P_1p_ing
- 7.10 1RC09FA-3" 1RC-08 Oriface 1 a l (4) Flange l 1RC09FB-3" 1RC-10 Oriface 1 (4) Flange IRC09PC-3" 1RC-13 Oriface 1 (4) Flange IRC09FD-3" 1RC-18 Oriface 1 (4) Plange IRC22AA-1.5" 1RC-23 Oriface 1 (4) Flange IRC22AB-1.5" 1RC-19 Oriface 1 (4) Flange IRC22AC-1.5" 1RC-27 Oriface 1 (4) Flange IRC22AD-1.5" 1RC-20 Oriface 1 (4) Plange IRC43AA-2.0" 1RC-39 Oriface 1 a (8) Plange IRC43AB-2.0" 1RC-38 Oriface 1 a (8) Flange IRC43AC-2.0" 1RC-40 Oriface 1 a (8) i Flange IRC43AD-2.0" i 1RC-25 Oriface 1 a (8) Flange 30m(041888)/41 L_.._ _ _ _ . _ - _ _ _ - . . _ _ _ . _ _ _ . . - . _ . _
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I !, l % $% s) %d l BRAIDwOOD UNIT INSERVICE INSPECTION PROGRAM PAGE 25 OF 247 l ~~ 1 2 l[l 3 l[l 4 l[l INTERVAL 1 l@l REVISION 1 SYSTEM: CODE CATEGORY: B-G-2 (Cont.) Reactor Coolant (RY)
~
LTEM COMPONENT ISI EXAM METHOD ID PERIOD COMMENTS
'JO. DESCRIPTION DRAWING ID VOL.SUR VIS SEL 1st 2.nd 3rd PED ng 1.50 1RYO3BA-6" 1RC-32 Flange 1 a (12) 1RYO3BB-6" 1RC-32 Flange 1 a (12)
! 1RYO3BC-6" 1RC-32 Flange 1 a (12) 1RY76A-2" 1SI-23 Flange 1 a (8) 30m(041888)/42 l l_ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ - _
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(~ l '%) \ w \w) l eunw$ooounIr1 INsEnvIcE INsECiioWaocRAM Pace 2s Or 247
~ -
INTERVAL 1 lEl 2 l_l 3ll 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-G-2 (Cont.) Safety Injection
~~ ~~
[f d COMPONENT ISI EYM4 METilOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd Piping 17 . 5 0 ISIO81rA-2.0" ISI-19 Flange 1 a (8) ISIO 811B-2. 0" 151-18 Flange 1 (8) ISIO811C-2.0" ISI-20 Flange 1 (8) ISI O 811D-2. 0" ISI-20 Flange 1 (8) ISIO8JA-1.5" ISI-19 Flange 1 a (4) ISIO8JB-1.5" 1SI-17 Flange 1 a (4) ISIOBJC-1.5" 1SI-20 Flange 1 (4) ISIO8JD-1.5" ISI-20 Flange 1 (4)
,80m(041888)/43
! l
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~ '
INTERVAL 1 l5*l
~
2 l'l 3l[l 4 l[l
~ ~
REVISION 1
~ ~ ~ ~ ~
SYSTEM: CODE CATEGORY; B-G-2 (Cont.) Reactor Coolant ITEM COMPONENT ISI EXAM _ MET 1.IOD ID _ PER_IOD _
?JO. DESCRIPTION DRAWifJG ID VOL SUR VIS SEL 1st 2nd 3rd Pteps B7.60 Bolts, Studs fluts IRC0lPA 1RCP-01 Shaft 1 a flote 3 (36) Seal Bolting IRC01PB IRCP-01 Shaft 1 (36) Seal Bolting 1RC0lPC 1RCP-01 Shaft 1 (36) Seal Bolting 1RC0lPD 1RCP-01 Shaft 1 (36) Bolting 1680m(041888)/44
f'"N, N. Nm/ N,j v' BRAIDWOOD IJNIT .1 ~ INTERVAL 1 lXl 2 l[l 3 l[l 4 l _,l REVISION 1 SYSTEM: CODE CATEGORY: B-G-2 (Cont.) Chemical & Volume Control
~
ITEM COMPONENT ISI EXAM METIIOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd Valves B7.70 ICV 8378A 1RC-07 1 a Note 3 (16) ICV 8378B 1RC-07 1 (16) 1CV8379A 1RC-07 1 (16) ICV 8379B IRC-07 1 (16) ICV 459 1CV-01 1 a Note 3 (6) ICV 460 ICV-01 1 (6) 1CV8145 1CV-12 1 a Note 3 (6) 1680m(041888)/45
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SYSTEM: CODE CATEGORY: B-G-2 (Cont.) Reactor Coolant ITD1 COMPONENT ISI EXAM METIIOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd COMMENTS Valves B7.70 Bolts, Studs Nuts 1RC8074A 1RC-08 1 a Note 3 (16) 1RC8074B 1RC-10 1 (16) 1RC8074C 1RC-13 1 (16) 1RC8074D 1RC-18 1 (16) 1RC8003A 1RC-06 1 a Note 3 (12) 1RC8003B 1RC-09 1 (12) 1RC8003C 1RC-12 1 (12) 1RC8003D 1RC-15 1 (12) 1RC8036A 1RC-41 1 a Note 3 (6) 1RC8036B 1RC-41 1 (6) 1RC8036C 1RC-29 1 (6) 1RC8036D 1RC-29 1 (6) 1RC8037A 1RC-36 1 (6) 1RC8037B IRC-31 1 (6) J 1680m(041888)/46 .
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INTERVAI. 1 lhl 2 l] 3 l] 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-G-2 (Cont.)
- Reactor Coolant 1
ITEM COMPONENT ISI EXAM METI!OD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd lU7.70 P41ts, Studs Nuts I 1RC8037C 1RC-42 1 l (6) l 1RC8037D 1RC-37 1 l (6) i IRC8073A 1RC-8 1 l (16)
! 1RC8073B IRC-10 1 I
(16) f IRC8073C 1RC-13 1 (16) 1RC8073D 1RC-18 1 (16)
! 1RC8085 1RC-07 1 a Note 3 l (16) i i
I
!680m(041888)/47
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-BRAIDWO.OD UN.IT 1 - . - - . . - . --
SYSTEM: CODE CATEGORY: B-G-2 (Cont.) Reactor Coolant (RY) ITEM COMPONENT ISI EXAM METIIOD ID PERIOD COMMENTS NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd Valves B7.70 1RYO22 1RC-17 1 a Note 3 (6) 1RYO23 1RC-17 1 (6) 1RYO24 1RC-14 1 (6) 1RYO25 1RC-11 1 (6) 1RY455A 1RC-35 1 a Note 3 (6) 1RY455B 1RC-17 1 a Note 3 (8) 1RY455C 1RC-14 1 - (8) ' '
~ v 1RY456 1RC-35 ~t -
(6) '
~
IRYC00'0-A 1RC-35 ~ l a Note 3 - (16)X s l' JRYQG00-1: IRC-35 1 a Note 3 _ (14)
/ '
1~4Y8010-A 1RC-32 1 a Note 3 (C) ' 1RYS010-B 1RC-32 j 1
' ~~
(8) - 1RY8010-C 1RC-32 1 -' (S) _ t ,
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INTERVAL 1 lf.l %.' Ph 1SION 1 ~
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SYSTEM: CODE CATEGORY: B-G-2 (Cont.) Residual ileat ( R!!) . _' , ~~ ITEM COMPONENT ISI EXAM _METIJp'ID Y_ 9ERIOD .- l-VOL SUR VIS SEL 1st 2nd 3rd 1 COMMENTS NO. DESCRIPTION DRAWING ID '
'; Valves
~fB7.70 1RIIS701 A-1 1R]!-02 -
1 a Note 3 (18) _ 1R118701B-2 1Ril-02 1 (18) ~ 1R118702A-1 1RII-01 l ~_ . (18) - - 1Ril87028-2 1RC-ll ' (18) J. . h. w s-7 l_, y - ~ i f ~ f 1 s
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INSERVICE IASPECTION PROGRAM I' PAGE 33 OF 247 BRAIDWOOD UNIT 1 INTERVAL 1 lhi 2 l~j 3l[l 4 l[l REVISION 1
~ '~
SYSTEM: 1 CODE CATEGORY: B-G-2 (Cont.) s.
,Jafety Injection -[g _. _
. _~ -
_ T'
--f ITEM COMPONENT ~
- IN EXAM METIIOD ID PERIOD - ,-%
i 1. ' DESCRIPTIOt* DRAWING -!D NOLjc"RVIS SEL 1st 2'ng ' gg CNS "
- y. ,% 7 Valves - '-'
"- 2 -- '
-Jb. i Bolts, "its s
' ~ -
Stt Ja x 2SIbdO8A ISI 1 a
- Note 3 -
w (18) - ISI8808B ISI-05 1 s, (18) _ ISI8808C ['
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ISI-09 1 % . ~ 3 (18)
-/ '
! ISI8808D ISI-13 1 -
~'
j (18) , ISI8810A !.ISI-19 1 a l Note 3 ---- ^ (6) - l - IS!8810B ISI-18 1 s i A (6) - , t; ISI8310C ISI-20 1 . . , (6) - IS18810D ,/ lei-20 1 .
-(6) .
i 1S18815 ISI-07 1 a ~
.. l Note 3 (16) *
. ISI8818A ISI-03 1 a Note 3 (16) T' h~ 1-- ISI8818B 151-06 [ l fl (16) ,y ~ ISI8818C ISI-10 1 (16) ' ISI8818D ISI-14 s 1 (16)
-l [. ..
ISI8841A ISI-$ l2 1 a Note 3- l'~-
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, (16) - i 5 s- _ ~ . ___.___J..- -- x _ .. _ _ _ _ _ _ _ _ . .f I' ] 1680m(041888)/50 t -
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BRAIDWOOD UNIT 1 INSERVICE INSPDCTION PROGRAM PAGE 34 OP 247 l'_ INTERVAL 1'lEl 2l[l 3l[l 4 l[l REVISION 1 -
'[ ~
S STEM: ~l COP 3 CnTEGORY: B-G-2 (Cont.) t y Safety Injecti=>n 3 EM COMPONENT , I' EXAM METIIOD ID PERIOD _ , NO. DESCRIPTION , URAWING_ ID VOL SUR VIS SFl. 1st 2nd 3rd B7.70 Bolts, Nuts Studs IS18841B 1SI-ll 1 (16) ISI8948A ISI-01 1 a Note 3 (18) ISI8948B 1SI-05 1 i (18) ISI8948C 1SI-09 1 (18) ISI8948D ISI-13 1 (18) ISI8949A 1SI-02 1 a Note 3 (16) ISI8949B 1RC-22 1 (16) I IST8949C ISI-11 1 (16) ISI8949D 1RC-22 1 (16) ] ISI8956A ISI-01 1 (18) ISI8956B 15I-05 1 (18) ISI8956C ISI-09 1 (18) ISI8956D ISI-13 1 (18) l l680m(041888)/51
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BRAIDWOOD UllIT 1
' ^
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I?JTERVAL 1 lEl 2 ll 3 l_l 4 ll REVISIOt1 1 SYSTEM: CODE CATECORY: B-G-2 (Cont.) Reactor Vessel
- ' ' ~ ' ' " ~ ~ ~ ~ ~ ~ ~ ~
~ ITEM ~COMidllil ISI EXAM METIIOD ID PERIUU^
II _ . ES _ _N_ . DRAWL?IG _ ID VOL.SUR VIS SEL 1st 2nd'3r$1 i Bolts, fluts l Studs N/A l l l l l l 1680m(041888)/52
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INSERV7CE INSPEUEION PROGRAM PACE 36 OF 247 BRAI W D l'N_IT 1 - - . . . - _ . - - .- _. _
~5E5 TEM: CODE CATEGORY: B-II Integral Attachments for Vessels RPV; PZR, SG, IIX
~
ITEf[ COMPONENT ISI EXAM METilObI ID __ PERIOD -- COMMENTS NO. DESCRIPTION DRAWING ID VOLISUR VIS SEL 1st 2nd 3rd Reactor Vessel B8.10 Integrally N/A Welded Attachments Pres _surizer B8.20 Integrally IPZR-01 7 X a Welded Attachments Steam Generator B8.30 Integrally N/A Welded At taciunents IIea t Exchangers B8.40 Integrally N/A Welded Attachments l 1680m(041888)/53
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' ~ - ^
INTERVAL 1 lXl 2 l_l 3 ll 4 l_l REVISION 1 SYSTDi: C('DE CATEGORY: B-J Presnure Retaining Welds In Piping Reactor Coolant
~ ~
ITEM COMPONENT ISI ' EXAM METilOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS S2L 1st 2nd 3rd B9.10 Nominal Pipe Si e > 4 in B9.ll IRC01AA-29" 1RC-01 1 X X h 3 X X 4 X X h INR-2 1RCO2AA-31 10 X X h lf1R-6 11 X X 12 X X 16 X X h lNR-6 17 X X h INR-2 1RC03AA-27% 18 X X h INR-6 22 X X h INR-6 23 X X 30 X X h INR-6 31 X X 1RC03AD-27% 1RC-02 1 X X 5 X X 6 X X 12 X X 13 X X 1RC01AB-29 15 X X 17 X X 18 X X 1RCO2AB-31 24 X X 25 X X 26 X X 30 X X 31 X X 1680m(041888)/54
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gg1EmD m:1T 1 inSERv1CE INSPECTION PROcRAM PACE 38 Or 247 INTERVAL 1 lhl 2 l[l 3l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-J (Cont.) Reactor Coolant ITEM COMPONENT ISI EXAM METI!OD ID PERIOD JO DESCRIPTION DRAWING _,. ID 101~ 5UR V 5 SEL 1stInd3rd[ 1RC01AC-29" 1RC-03 1 X X 3 X X 4 X X 1RCO2AC-31 10 X X 11 X X 12 X X 16 X X 17 X X 1RC03AC-27% 18 X X 22 X X 23 X X 31 X X 32 X X 1RC01AD-29" 1RC-04 1 X X 4 X X 5 X X 1RC02AD-31" 11 X X 12 X X 13 X X 17 X X 18 X X 1680m(041888)/55
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INTERVAL 1 lXl 2 ll 2l_Tl 4 l[l REVISION 1 SYSTEM: CODE CATL' GORY: B-J (Cont.) Reactor Coolant ITEM COMPONDJT ISI EX/W METIIOD ID PERIOD _ FIO . DESCRIPTION DRAWING ID VOL SUR 'VIS SEL 1st 2nd El 3 B9.I1 1RC03AD-27% 1RC-04 19 X X 23 X X 24 X X 1RC03AD-27% 31 X X 32 X X 1RYllA-14 1RC-05 1 X X bc 2 X X h 3 X X h 4 X X h 6 X X 7 X X 8 X X bc 1RC2]AA-8" 1RC-06 1 X X h 2 X X h 3 X X h 5 X X 6 X X 7 X X 8 X X 9 X X 10 X X h 11 X X h 12 X X h 13 X X h 14 X X h 1RC21BA-8" 15 X X 16 X X h 17 X X h 1680m(041888)/56 _ _ _ _ . . _ _ - _ _ _ _ . _ _ _ _ _- _ _ _ . _ - _ . _ _ - a
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SYST124 : CODE CATLUORY: B-J (Cont.) Reactor Coolant ITEM COMPOflENT ISI EXNi METIlOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL B9.I1 1RC21AB-8" 1RC-09 1 X X 1st2ndf[i$5 2 X X 3 X X 5 X X 6 X X 7 X X 8 X X 9 X X 10 X X 11 X X 12 X X 13 X X 14 X X 1RC21BB-8" 15 X X 16 X X 17 X X 1RC04AB-12" 1RC-ll 1 X X bc 2 X X c 3 X X 4 X X 5 X X 6 X X 7 X X 8 X X 9 X X 1680m(041888)/57
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'ITDI COMPONENT ISI EXAM METilOD ID PERIOD '-
NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd Il9. 4II~ 1RC30AD-1% 22 X 23 X 1 RC30AH-l'/, ISI-17 1 X c 2 X c ISIO8JB-l% 3 X 4 X S X 6 X 7 X 8 X 9 X 10 X 11 X 12 X 13 X r 14 X 15 X 16 X 17 X 18 X 19 X 20 X 21 X 22 X 23 X 1SIO8GB-1% ISI-18 1 X 2 X 3 X 4 X 5 X 6 X 7 X l 1631m(041988)/36
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INTERVAL 1 lhl 2 l[l 3 l[l 4 l[l REVISION 1 CODE CATEGORY: B-J (Cont.) SI ITEM COMPONENT ISI EXAM ML"rIIOD ID NO. DESCRIPTION DRAWING ID PERIOD _ B9.40 ISIO811A-2" ISI-19 VOL SUR VIS SEL 1st 2nd 3rd 5 X ~ 6 X h 7 X h 8 X h 9 X 10 X 11 X 12 X 13 X 14 X 15 X 16 X IS108JA-l%" 17 X h 18 X h 19 X h 20 X h 21 X h 22 X h 23 X h 24 X h ISIOBJC-1% ISI-20 1 X 2 X 3 X 4 X j S X 6 X z 7 X
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INSERVICF INSPECTION PROGR E I SYSTD4: PAGE 106 OF 247 INTERVAL 1 lEl
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ITEM COMPOfJENT ISI EXAM METIIOD ID { PERIOD [_ 11 0 . DESCRIPTION DRAWING ID VOL SUR VIS.SEL 'st 2nd . 3j Piping B10.10 ICVB7A-3" 1CV-01 15 X a ISIO8JB-l% ISI-18 28 X ISIO8JC-l% ISI-20 2A X ISIO8JD-l% 40A X ISIO3DA-2" ISI-21 9 X a ISIO3FB-2" ISI-22 9 X ISIO8JA-1% ISI-31 32 X a Ptumps B10.20 Integrally N/A Welded Attaciunents Valves B10.30 Integrally N/A Welded Attaciunents 1681m(041888)/45
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BRAIDWOOD UNIT 1 2 l[l 3l[l 4 l[l INTERVAL 1 lEl REVISION 1 SYSTEM: CODE CATEGORY: B-L-1, B-L-2, B-M-1, B-M-2 Pressure Retaining Welds in Pump Reactor Coolant Casing and Valve Bodies / Pump Casings and Valve Bodies ITD4 COMPONENT ISI EXAM MET 1!OD ID PERIOD NO . _ . _ DESCRIPTION __ DRAWING ID VO_L . S_UR VIS.SEL 1st 2nd 3rd _ _ _ _ Pumps B12.10 Casing Welds N/A RCP's are integrally cast B12.20 Casing 1RCP-01 1RC0lPA 3 a INR-14 1RC0lPB 3 1RC0lPC 3 1RC01PD 3 Valves B12.30 Valve Body N/A Class I valves Lxxlies are cast Welds < 4 in B12.40 Valve Body N/A WeIds > 4" Va1ye Body B12.50 Exceeding 1RC-01 1RC8001A 3 a INR-3 4 in Nominal IRC-02 1RC8001B 3 Pipe Size IRC-03 1RC8001C 3 1RC-04 1RC8001D 3 1RC-01 1RC8002A 3 1RC-02 1RC8002B 3 1RC-03 1RC8002C 3 1RC-04 1RC8002D 3 1681m(041888)/46
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INTERVAL 1 lEl 2 ll REVISION 1 SYSTEM: CODE CATEGORY: B-L-1, B-L-2, B-M-1, B-M-2 (Cont.) Safety Injection ITEM COMPONENT ISI EXAM METIIOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd CNM B12.50 Valve Bodies ISI8808A ISI-01 3 a INR-3 ISI8808B ISI-05 3 ISI8808C 15I-09 3 ISI8808D ISI-13 3 ISI8818A ISI-03 3 a INR-3 ISI8818B ISI-06 3 ISI8818C ISI-10 3 ISIS 818D ISI-14 3 ISI8841A 15I-02 3 a INR-3 ISI8841B 151-11 3 ISI8948A ISI-01 3 a INR-3 ISI8948B .ISI-05 3 1SI8943C 1SI-09 , 3 .f ISIo948D ISI-13 4 3 ' 1SI8949A ISI-02 3 a INR~ " - 1818949B 1RC-22 3 l l _ ISI8949C iSI-11 43 ISI8949D 1RC-22 3 , IS18956A ISI-01 3 ISI8956B ISI-05 3 -- ISI8956C ISI-09 3 ISI8956D ISI-13 3 i _ _ _ 1___ _ _ _ 1681m(041888)/48 ~
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- l. ~ SYSTEM: CODE CATEGORY: B-N-1, B-N-3 Vessel Interior and Support Structure-l Reactor Vessel B-N-2 Integrally Welded Core Structures and Interior Attachments ITEM COMPONENT ISI EXAM METi!OD ID PERIOD
, COMMENTS l NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL lut 2nd 3rd t Reactor Vessel B13.10 Vessel IRV-01 Interior 3 a B13.20 Reactor N/A Vessel (BWR)
B13.30 Reactor N/A Vessel (BWR) B13.40 Reactor N/A vessel (BWR) , Reactor Vessel (PWR) 1!" B13.50 Interior 1RV-01 All 1 a-Attachments Within Beltline - Region B13.60 Interior 1RV-01 All 3 a i Attachments Beyond Beltline ! Region . B13.70 Core Support 1RV-01 All 3 a Structure 1681m(041988)/51
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(O (S G %.) BRAIDWOOD UNIT 1 INSERVICE INSPIL"rION PROGRAM PAGE 119 OP 247 INTERVAL 1 li(l 2 l[l 3l[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: B-O Pressure Petaining Welds in Control Rod flousings Reactor Vessel ITEM , COMPONENT ISI EXAM METI!OD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd B14.10 Welds in CRD llousing Peripheral CRDs IRV-03 30 X 32 X 34 X 36 X 30 X ; 39 X 40 X 41 X 42 X 43 X 44 X 45 X 46 X 47 X 48 X l 49 X 50 X i 51 X 52 X 53 X 54 X 55 X 56 X 57 X 58 X , 59 X 60 X 61 X 62 X ___l 1681m(041988)/52
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INTERVAL 1 lhl 2 l[l 3 l[l 4 j[l . REVISION 1 SYSTEM: Reactor Vessel, CODE CATEGORY: B-P Pressure Retaining Components Pressurizer. Steam Generators ITEM COMPONENT ISI EXAM METIfOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd OMMENTS Reactor
' Vessel 2 a System Leakage Test B15.10 Pressure l Retaining Boundary B15.ll Pressure 2 a System IIydro Test l Retaining l
Boundary Pressurizer l Vessel B15.20 Pressure 2 a . System Leakage Test Note 7. Retaining Boundary i E15.21 Pressure 2 a System flydro Test Note 7 , Retaining Boundary Steam Generators B15.30 Pressure 1SG-01 1RC01BA 2 a System Leakage Test Note 7 Retaining ISG-02 1RC01BB 2 a ! Boundary ISG-03 1RC01BC 2- a. ISG-04 1RC01BD 2 a B15.31 Pressure 1SG-01 1RC01BA 2 a System Ilydro Test Note 7 Retaining ISG-02 1RC01BB. 2 a Boundary ISG-03 1RC01BC 2 -a , ISG-04 1RC01BD 2 a l l' l 1681m(041888)/54 l
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INTERVAL 1 lEl 2 l[l 3'l[l 4 l[l REVISION 1 SYSTEM: IIeat Exchangers, CODE CATEGORY: B-P Pressure Retaining Components Piping Class 1 ITEM COMPONENT ISI EXAM METliOD ID l PERIOD __ g NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd IIeat Exchangers B15.40 Pressure N/A Retaining Boundary B15.41 Pressure N/A Retaining Boundary Piping B15.50 Pressure Chemical All 2 'a System Leakage Test Retaining and Volume Boundary Control (M064) Reactor All 2 a Coolant (M060) Residual All 2 a IIeat Removal (M062-1) Pressurizer All 2 a (M060-5) Safety Inj All 2 a (M061) '1681m(041888)/55
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ITEM COM10NENT ISI EXAM METIIOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3 rd Valves B15.70 Pressure All All 2 a System Leakage Test Retaining Boundary U15.71 l'rcssure All All 2 a System flydro Test Retaining Boundary 1681m(041888)/57
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SYSTEM: CODE CATEGORY: B-Q Steam Generator Tubing Steam Generator Tubing ITEM COMPONENT ISI EXAM MET!!OD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd ONUS B16.20 1RC01BA X a Note 4 1RC01BB X a Note 4 1RC01BC X a Note 4 1RC01BD X a Note 4 1681m(041888)/58
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INTERVAL 1 lhl 2 l~j 3l[l 4'l[l REVISION 1 SYSTEM: CODE CATEGORY: C-A Pressure Retaining Welds in Vessels-C. lass 2 Pressure Vessels ITEM COMPONENT ISI EXAM METR!OD ID PERIOD TS. NO. DESCRIPTION DRAWING ID- VOL SUR VIS SEL 1st 2nd 3rd --- C1.10- Shell Circumferen-tial Welds Steam Generators 1RC01BA ISG-01 SGC-3 X a SGC-5 X a SGC-6 X a Note 7 1RC01BB ISG-02 SGC-3 X
-SGC-5 X SGC-6 X 1RC01BC 1SG-03 SGC-3 X SGC-5 X _
SGC-6 X 1RC01BD ISG-04 SGC-3 X SGC-5 X SGC-6 X U x. 1681m(041888)/S9
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O O O BRAIDWO D 1RJIT 1 INSERVICE INSPECT 5U 'hiEUG'RE5 PAGE127OF2k~7~ INTERVAL 1 lhl 2 l ~_ l 3Jl[l 4 l[l REVISION 1 SYSTEM: CODE CATEGORY: C-A (Cont.) Class 2 Pressure Vessels ITEM COMPONENT ISI EXAM METIIOD ID PERIOD NO. DESCRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd - ~"OMMENTS C1.10 Excess Letdown lix ICV 01AA lELIIX-01 IELIIXC-2 X 1ELIDr ;-3 X ICV 01AB IELIIX-01 1ELHXC-2 X a INR-17 lELIIXC-3 X a INR-ll Seal Water Return Filter ICV 02F ISWF-01 ISWRF-Cl X a INR-8 ' Reactor Coolant Filter ISWF-01 1RCFC 1 X 1 a INR-8 V ICV 03F IIorizontal Letdown ifx 1CV04AA ILIIX-01 111LilXC-1 X a INR-10 ICV 04AB ILIIX-01 IIILIlXC-1 X
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, p-s ry i xq' %,- l l BRAIDWOOD UNIT 1 INSERVICE INSPECTION PROGRAM 3 PAGE 128 OF 247 3l[l 4l[l
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INTERVAL 1 lhl 2 l_l REVISION 1 SYSTEM: CODE CATEGORY: C-A (Cont.) Class 2 Pressure Vessels
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ITEM COMPONENT ISI EXAM METIIOD ID PERIOD 11 DECRIPTION DRAWING ID VOL SUR VIS SEL 1st 2nd 3rd OMMS Reheat IIx ICV 05A ILRI!X-01 ILR!lXC-2 X a INR-17 1CV05B ILRIIX-01 lLRIIXC-2 X ; Regen IIx ICV 03AA 1RGX-01 1RGXC-1 X 1RGXC-2 X 1RGXC-5 X 1RGXC-6 X ICV 03AB 1RGX-01 1RGXC-1 X a 1RGXC-2 X a 1RGXC-S X a 1RGXC-6 X a 1681m(041988)/61
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O O 3 , f INSERVICE INSPECTION PROGRAM PAGE 229 OF 247 BRAIDWOOD UNIT 1 ~ ~ a INTERVAL 1 lhl 2 l_l 3 l_l 4 l[] REVISION 1 , SYSTEM: Chemical and CODE CATEGORY: Alternate Exams Volume Control ITEM COMPONENT ISI EXAM METilOD ID PERIOD COMMENTS NO. DESCRIPTION DRAWING p ID VOL SUR VIS SEL 1st 2nd 3rd Reactor ISWP-01 1RCEC-Cl X a INR-8 Coolant IRCFC-C2 X a INR-8 Filter Seal Water ISWR-01 ISWRF-Cl X a INR-8 Filter 1SWRF-C2 X a INR-8 Letdown IDC ILIDC-01 11DGIXC-1 X a INR-10 1CV04AA Excess IELIDC-01 lELIDC-3 X a INR-ll Letdown lix lELIDCC-1 X a INR-17 1CV01AB lELIIXC-2 X a 1NR-17 Letdown ILRIDC-01 ILRIDCC-1 X a INR-17 i j Reheat IIx lLRHXC-2 X a INR-17 ICVOSA Volume IVCT-01 IVCTC-2 X a INR-17 Control Tank IVCTC-3 X a INR-17 1CV01T o.1M 1735m(041988)/5
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Revision 1 fl0TE 1
!O '\s-) Subsection IWC, Table IWC-2500-1, Examination Category C-B, Item C2.22 requires volumetrie examination of the nozzle inner radii of nozzles without reinforcing plate in vessels > 1/2 in. nominal thickness. The main steam nozzle was designed with an internal multiple venturi type flow restrictor with an equivaleat throat diameter of 16 in. This dasign is used to limit the flow in the event of a postulated steam line break. Attachment 1 provides a sketch of the nozzle. This design does not utilize a radiused nozzle as described in Figures 1NC-2500-4(a) or lWC-2500-4(b), and ther* fore is not considered subject to inner radii inspection.
However, these nozzles will receive a system leakage test during each inspection period. T b l. O m ra (' ( 2-13 1732m(041988)/2 l
1 l Revision 1 i Note 1
- Attachment 1
] l 'l m O 1 ll l i i l MJLTIPLE VENTURI STEAM GEh!ERATOR l HEAD TYPE NOZZLE s r i r i ,sg 8 - . 'Q.. i N\
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l l 1 o 2-11 a f 1732m(041988)/3
Revision 1 NOTE 2 [~) \m / Braidwood Unit #1 will incorporate Code Case N-419 which allows limiting the examinations required by Subsection IWB, Table IWB-2500-1, Examination Category B-G-1 to those components selected for examination under Examination Categories B-B, B-J, B-L-2 and B-M-2. Pu.Tps and valves shall be grouped in accordance with Examination Categories B-L-2 and B-M-2 as follows:
*1RC0lPA *1RCS001A 1RC01PB 1RC8002A 1RC0lPC 1RC8001B 1RC01PD 1RC8002B 1RC8001C 1RC8002C 1RC8001D 1RC8002D
*Corponent selected for examination within group, f, b-N' ra i
1 l l l /N b 2-12 1732m(041988)/4 1 i
R;visicn 1 NOTE 3 \._ / Braidwood Unit #1 will incorporate Code Case N-426 which allows limiting the examinations required by Subsection IWB, Table IWB-2500-1, Examination Category B-G-2, to those components selected for examination under Examination Categories B-B, B-J, B-L-2, and B-M-2. Pumps and valves shall be grouped in accordance with Examination Categories B-L-2 ad B-M-3 as follows:
*1RC01PA *1RC8074A *1RC8036A 1RColPB 1RC8074B 1RC8036B 1RC0lPC 1RC8074C 1RC8036C 1RC0lPD 1RC8074D 1RC8036D 1RC8073A 1RC8037A
*1CV8378A 1RC8073B 1RC8037B ICV 8378B 1RC8073C 1RC8037C 1CV8379A 1RC8073D 1RC8037D 1CV8379B
*1RC8003A *1RYO22
*1CV459 1RC8003B 1RYO23 1CV460 1RC8003C 1RYO24 [p
='
1RC8003D 1RYO25 4
*1CV8145
*1RC8085
( \'~']) *1RY455A alSIB808A *1SI8841A 1RY456 ISI8808B 1SI8841B 1SI8808C
*1RY455B 1 SIB 808D *1SI8948A 1RY455C 1SI8948B
*lSI8810A ISI8948C
*1RY8000-A ISI8810B 1SI8948D 1SI8810C 1SI8956A
*1RY8000-B 1SI8810D 1SI8956B ISI8956C
*1RY8010-A *1 SIB 815 ISI8956D 1RY8010-B 1RY8010-C *lSI8818A *1SI8949A
.- ISI8818B 1SI8949B
"~~
*1RH8701A-1 ISI8818C 1SI8949C 1RH8701B-2 ISI8818D ISI8949D 1RH8702B-2 1RF8702A-1
- Component selected for examination within group.
/ " 'N 2-13 1732m(041988)/5
R; vision 1 NOTE 4 (~'N Eddy Current Inspection of Steam Generator U-Tubes Y's . Eddy Current Inspection of Steam Generator tubes is an effective means of determining defects because it detects the presence of defect-caused variations in effective electrical conductivity and/or magnetic permeability. The Eddy Current Program Plan will attempt to maximize the detection of defects while coeplying with U.S. Nuclear Regulatory Commission Regulatory Guide 1.33, Revision 1, "Inservice Inspection of Pressuri:ed Water Reactor Steam Generator Tubes", and Braidwood Unit 1 Technical Specification 3/4.4.5, "Steam Generators". Eddy Current examination shall be performed in accordance with the requirements of Braidwood Technical Specification 3/4.4.5, "Steam Generators." Braidwood Unit el will incorporate Code Case N-40', 1 allows the use of digitially encoded eddy current data as an -s. native to magnetic tape and strip chart recordings. e
. .I v.
a,- ("~)h L N.J 2-14 1732m(341988)/6
~.. __ - . _ _ _
Rsvision 1 NOTE 5 j - i Augmented Examinations are to be performed on Class 2 and 3 High M Energy Piping Systems Outside Containment where breaks have not been postulated. Volumetric examination of circumferentia. welds shall-be perforned on'six inch and larger diameter piping in the Main Steam (MS) and Main Feedwater (FW) systems from the containment wall to the MS and FW torsic..al restraints downstream ef the outboard containment isolatic n valves (within the valve room) . 'A volumetric-examination of M..gitudinal seam welds adjacent to circumferential welds shall be performed in accordance with ASME Section XI criteria. These augmented inspections meet the requirements of-NUREG-1002 Section 6.6. Y
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C 1 I i 2-15 ! 1732m(041988)/7 l'
Rsvision 1
-NOTE 6 lh The Augmented Reactor Coolant pump Flywheel examination shall be (m l conducted as follows:
- 1. In-place ultrasonic volumetric examination of the areas of higher stress concentration of the bore and key ways will be -
performed each 40 month period during refueling or maintenance shutdowns coinciding with the inservice inspection schedule as required by Section XI of the ASME Code.
- 2. A surface examination of all exposed surfaces and complete ultrasonic volumetric examination shall be performed whenever the flywheels are removed for maintenance purposes, but not more frequently than once each 10 year interval. Those inspections shall coincide with the inservice inspection schedule as required by Section XI of the ASME Code.
The requirements for examination procedures and acceptance criteria as described in the Regulatory Guide will be followed. This inspection program meets the intent of- Regulatory Guide 1.14 in assuring the continued integrity of the reactor coolant pump flywheels. [f we
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i 2-16 1732m(041988)/8
Revision 1 l NOTE 7
~
l In Section 5.2.4.4 of NUREG-1002, Supplement No. 1 dated September O V 1986, the Nuclear Regulatory Commission requested-Braidwood Station j l-co commit"to augmented inservice inspections of the upper shell-to-transition cone weld (weld #6) of the loop 1 steam-generator and the lower-to-upper intermediate circumferential shell weld (weld #3c) of the Unit 1 pressurizer. These two welds are those welds in which subsurface indications were found that exceeded the Section XI acceptance criteria. In the SER Supplement, the NRC has concluded that weld repair of the two flaws is not necessary if the following augmented inspections are completed.
- 1. The areas containing the flaws must be inspected in accordance with the inspection interval requirements of Section XI IWB-2420; that is, the subject areas are reexaminated during the next three (3) inspection periods. If the reexaminations show that the indications remains essentially unchanged for these three (3) successive inspection periods, the examination schedule may revert to the original schedule.
- 2. The Loop 1 steam generator secondary side hydrotest and leak tests must be performed at temperatures greater than 165'F and 150*F, respectively. [g we
- 3. The pressurizer primary side hydrotest and leak test must be [;i performed at temperatures greater than 120*F.
O rk 2-17 1732m(041988)/9
. Revision 1 NOTE 8 Augmented Inspectit i of Turbine Rotors and Turbine Disks.
Due to the possibility of missile ceneration from failure of steam turbine disks Braidwood Station plans to have augmented Non-Destructive Tests performed on the HP and LP turbine disks and rotors. Inspection techniques and frequency will be determined by Westinghouse Corporation with the turbines with the highest probability of failure being inspected during the first. refueling outage and the remaining turbine disks and rotors to be inspected during the second refueling outage.
References:
Braidwood SER 3.5.1.3.4 NUREG-1002 Supp. No. 1 FSAR 10.2.3.6 Appendix C 0 cs
. 4 ra a
2-18 1732m(041988)/10
Revision 1 l NOTE 9 Subsection IWB, Table IWB-2500-1, Examination Category B-A, Item /)s \,, Bl.21 requires volumetric examination of the accessible portions of head circumferential welds in the ' reactor vessel. Listed below are the applicable welds and descriptions of their inaccessible portions,
- a. Lower Disk-to-Dutchman weld RV-00', (IRV-02-001), Figure 1 has 58 instrument tuoes which physically obstruct the search unit and/or search unit positioning device. Figures 2 and 3 give a detailed diagram of the areas inspected and those which were obstructed by the tubes. Note the dimensions used for the actual coverage are for transducer position.
- b. Dutchman Forging-to-Closure Head Dome Weld RVCH-002 ]
(lRV-03-002), has 6 lift lugs which physically obstruct the ; ultrasonic transducer from performing the required scan. Figures 4 and 5 show the position of the weld and lifting lugs. A cetailed diagram of the transducer position for actual and required coverage is shown in Figure 6. ; 1 k,h i.- l
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l Revision 1 NOTE 10 The NRC has expressed a concern dealing with intergranular stress ' corrosion cracking in lines that contain stagnant borated water. Braidwood Unit 1 will perform augmented volumetric examinations'on , class two containment spray (C.S) welds. The inspection shall , include seven and one-half percent (7.5*4) san.pling of the welds in a' single train between the (C S.) pump and the first weld.beyond the j isolation valve inside' containment.
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/. i 2.4 EXEMPT COMPONENTS ra 2-27 1732m(041988)/19
Revision 1 Exempt Components' The following tables list those systems / components which have been (~'} s- m exempted from examination as specified in ASME Section.XI, sube eticle's IWB-1220, IWC-1220 and IND-1220. These tables ~contain the following information: Page of : is the consecutive and total page numbers for these tables. Revision: is the revision number of Section 2.0 of the Inservice Inspection and Testing program. Note, if the Revis' 7n number is. followed by a lower case alpha designator, this pag . has been revised but the overall F : tion was not.
Description:
describes the type of component (s)/ system (s) in that table, i.e., Exempt Class 1 Vessels. System: refers to the component (s) and/ce system (s) being addressed. Component
Description:
iJ the equipment part number or line number being exempted. Note, when the word "All" appears, the entire portion of the system being addressed under "Description" shall be considered exempt. (( r Exemption: identifies the exemption from ASME Section XI which is ;j_ being applied to the component / system. All exemptions shall be from the 1983 Edition through the Summer 1983 addenda except when ( preceeded by an asterick (*) which is used to identify the 1974 Edition through the Summer 1975 Addenda. If more than one exemption applies to a specific component or system, all exemptions may appear. The following is a list of exemptions applied: IWB-1220(b): piping of 1 in. ' nominal pipe size and smaller except for Steam Generator tubing; compenents and their connections in piping of 1 in, nominal pipe size and smaller. IWB-1220(c): reactor vessel head connections and associated piping 2 in. nominal pipe size and smaller, made inaccessible by control rod drive penetrations. IWC-1220f3) : components of systems or portions of systems that during normal plant operating conditions are not required to operate or perform a system function
.u but remain flooded under static conditions at a pressure of a least 80% of the pressure that the component or system will be subjected to when required to operate.
( 2-28 1732m(041988)/20
Revision 1 1 IWC-1220(b): components of systems or portions of systems, other than Residual Heat Removal Systems and Emergency Core Cooling Systems, that are not required to l /} \m,, , operate above a pressure of 275 psig or above a temperature of 200*F. , i IWC-1220(c): component connections (including nozzles in vessels l and pumps) piping and associated valves, and 1 vessels and their attachnents that are 4 in- ' nominal pipe size and smaller. l IWD-A,B,C: Integral attachments of supports and restraints to components that are 4 in, nominal pipe size and smaller within the system boundaries of Examination Categories D-A, D-B, and D-C of Table IWD-2500-1 shall be exempt from the visual examination VT-3, except for pWR Auxiliary Feedwater Systems. Integral attachments of supports and restraints to components exceeding 4 in, nominal pipe size may be exempted from visual examination VT-3 of Table IND-2500-1 provided: (a) the components are located in systems (or j) portions of systems) whose function is not required in support of reactor residual heat ;jp removal, containment heat removal, and
-. emergency core cooling:
'- # (b) the components operate at a pressure of 275 psig or less and at a temperature of 200*F or less.
*IWC-1220(a): components in systems where both the design pressure and temperature are equal to or.less than 275 psig and 200*F, respectively.
*IWC-1220(d): component connections. piping, and associated valves and vessels (and their supports), that are 4 in, nominal pipe size and smaller.
Justification: identifies the technical justification for n_ exempting the component / system. All components listed herein will receive the required system leakage test as specified in the appropriate table, j 1 1 i I
~
2-29 1732m(041988)/21 1
O O O Page 1 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Commonwealth Unit 1 Edison
Description:
Exempt Class 1 Piping CLASS 1 REV. 1 SYSTEM COMPON EXEMPTION REMARKS Chemical and ICVA3C-1.0 IWB-1220(b) Volume ICVA3DA-1.0 IWB-1220(b) Control ICVA3DB-1.0 IWB-1220(b) ICV 15AA-0.75 IWB-1220(b) ICV 15AB-0.75 IWB-1220(b) ICV 15AC-0.75 IWB-1220(b) ICV 15AD-0.75 IWB-1220(b) ICV 46AA-0.75 IWB-1220(b)- ICV 46AB-0.75 IWB-1220(b) 1CV46AC-0.73 IWB-1220(b) 1CV46AD-0.75 IWB-1220(b) Reactor IRC08AA-0.75 IWB-1220(b) Coolant IRC08AB-0.75 IWB-1220(b) 1RC08AC-0.75 IWB-1220(b) 1RC08AD-0.75 IWB-1220(b) 1RC09AA-1.0 IWB-1220(b) 1RC09AB-1.0 IWB-1220(b) 1RC09AC-1.0 IWB-1220(b) 1RC09AD-1.0 IWB-1220(b) 1RC09AE-1.0 IWB-1220(b) 1RC09AF-1.0 IWB-1220(b) 1RC09AG-1.0 IWB-1220(b) 1RC09AH-1.0 IWB-1220(b) 1RC10AA-1.0 IWB-1220(b) 1RC10AB-1.0 . lWB-1220(b) 1RC10AC-1.0 IWB-1220(b) 1RC10AD-1.0 IWB-1220(b) 1RCllBA-0.75 IWB-1220(b) , IRCllBB-0.75 IWB-1220(b) 1RCllBC-0.75 IWB-1220(b) 4t i h 1RCllBD-0.75 INB-1220(b) 1852m(041988)
O O O V V Page 2 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Commonwealth Unit 1 Edison
Description:
Exempt Class 1 Piping CLASS 1 REV. 1 SYSTEM COMPON EXEMPTION REMARKS ) ' Reactor 1RCl2BA-0.75 IWB-1220(b'
! Coolant IRCl2BB-0.75 IWB-1220(b) 1RCl2BC-0.75 IWB-1220(b) 1RCl2BD-0.75 IWB-1220(b) 1RC18BA-0.75 IWB-1220(b) 1RC18BB-0.75 IWB-1220(b) 1RC18BC-0.75 IWB-1220(b) 1RC18BD-0.75 IWB-1220(b) 1RC19BA-0.75 IWB-1220(b) 1RC19BB-0.75 IWB-1220(b) ~
1RC19BC-0.75 IWB-1220(b) 1RC19BD-0.75 IWB-1220(b) 1RC20AA-0.75 IWB-1220(b) 1RC20AB-0.75 IWB-1220(b) 1RC20AC-0.75 IWB-1220(b) 1RC20AD-0.75 IWB-1220(b) 1RC23AA-0.75 IWB-1220(b) 1RC23AB-0.75 IWB-1220(b) 1RC23AC-0.75 IWB-1220(b) 1RC23AD-0.75 IWB-1220(b) 1RC31A-1.0 IWB-1220(b) 1RC31DA-1.0 IWB-1220(b) 1RC31DB-1.0 IWB-1220(b) 1RC31EA-0.5 IWB-1220(b) 1RC31EB-0.5 IWB-1220(b) 1RC47AA-0.75 IWB-1220(b) 1RC47BA-0.75 IWB-1220(b) 1RC47CA-0.75 IWB-1220(b) ,. IRC47DA-0.75 IWB-1220(b) 1RC52A-0.75 IWB-1220(b) 4p (g 1852m(041988)
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i Page 5 of 40 4 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Cocaonwealth Edison
Description:
Exempt Class 2 Vessels CLASS 2 REV. 1
--j,. ,
COMPONDIT EXEMPTION REMARKS SYSTEM ICS-01-SA IWC-1220(b) Spray Eductors Containment IWC-1220(b) Spray Eductors Spray ICS-01-SB IWC-1220(b) Spray Additive Tank ICS-01-T IWC-1220(b), (c) Seal Water Injection Filter 1 Chemicaland ICV-01-FA IWC-1220(b), (c) Seal Water Injection Filter Volume 1CV-01-FB IWC-1220(b) Seal Water Heat Exchanger Control 1CV- 02-A ISI-01-T IWC-1220(b) Refueling Water Storage Tank Safety Accumulator Tanks Injection IWC-1220(a) Refueling Water Storage Tank ISI-04-TA Accumulator Tanks ISI-04-TB IWC-1220(a) Refueling Water Storage' Tank Accumulator Tanks IWC-1220(a) Refueling Water Storage Tank ISI-04-TC Accumulator Tanks IWC-1220(a) Refueling Water Storage Tank ISI-04-TD Accumulator Tanks i 4?1% 1852m(041988) _ = _ _ - . _ - , - - . . _ _ _ - - - - _ _ _
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. O O O Page 7 of - 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison
Description:
Exempt Class 2 Piping CLASS 2 REV. 1 o ' EXEMPTION REMARKS SYSTEM COMPONENT Chemical and ICVAIA-6.0 IWC-1220(b) Volume 1CVA3EA-1.0 IWC-1220(c) Control ICVA3EB-1.0 IWC-1220(c) 1CVA3FB-2.0 IWC-1220(c) ICVA4AA-1.0 IWC-1220(b), (c) ICVA4AB-1.0 IWC-1220(5), (c) 1CVA4B-1.0 IWC-1220(b), (c) ICVA4C-1.0 IWC-1220(b), (c) 1CVA8B-0.75 IWC-1220(b), (c) ICVA9A-1.0 IWC-1220(b), (c) 4 1CVBSA-0.75 IWC-1220(c) 1CVB6CA-1.0 IWC-1220(b), (c) 1CVB6CB-1.0 IWC-1220(b), (c) 1CVB6D-1.0 IWC-1220(b), (c) ICVB7BA-3.0 IWC-1220(c) ~ ICVB7BB-3.0 IWC-1220(c) ICVC2AA-0.75 IWC-1220(c) ' ICVC2BA-0.75 IWC-1220(c) ICVC2CA-0.75 IWC-1220(c) 1CVC2DA-0.75 IWC-1220(c) l ICVC2El.-0.75 IWC-1220(c) 1CVC2FA-0.75 IWC-1220(c) 1CVC2GA-0.75 IWC-1220(c) I ICVC2ilA-0.75 IWC-1220(c) ICVCSAC-0.75 IWC-1220(b), (c) 1CVC5BC-0.75 IWC-1220(b), (c) 1CVCSCC-0.75 IWC-1220(b), (c)
- { IWC-1220(b), (c) 1CVCSDC-0.75 l IWC-1220(b), (c) 1CVCSEC-0.75 ICVCSFC-0.75 IWC-1220(b), (ck. jqg 1CVC5GC-0.75 IWC-1220(b), (c) 1852m(041988)
O O Page 8 oof 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit I Commonwealth l Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping COMPONENT EXEMPTION REMARKS SYSTEM ICVC511C-0.75 IWC-1220(b), (c) Chemical and 1CVC9AA-0.75 IWC-1220(b), (c) Volume ICVDlAA-0.75 IWC-1220(b), (c) Control ICVD2AA-0.75 IWC-1220(b), (c) 1CVD2BA-0.75 lWC-1220(b), (c) 1CVD4AA-2.0 IWC-1220(b), (c) l IWC-1220(b), (c) 1CVD4AB-2.0 ICVD4AC-2.0 IWC-1220(b), (c) 1CVD4 BA-2. 0 IWC-1220(b), (c) ICVD4BB-2.0 IWC-1220(b), (c) IWC-1220(b), (c) 1CVD4BC-2.0 1CVDSAA-0.75 IWC-1220(b), (c) 1CVD6AA-0.75 IWC-1220(b). (c) i IWC-1220(b), (c) l 1CVD7AA-0.75 1CVD7BA-0.75 IWC-1220(b), (c) ICVE3AA-0.75 IWC-1220(b), (c) 1CVE6AA-0.75 IWC-1220(b), (c) IWC-1220(b), (c) ICVE6AB-0.75 l IWC-1220(b), (c) ! ICVE6AC-0.75 IWC-1220(b), (c) 1CVE6AD-0.75 IWC-1220(b), (c) ICVE7AA-0.75 1CVE7AS-0.75 IWC-1220(b), (c) ICVE7AC-0.75 IWC-1220(b), (c) f IWC-1220(b), (c) 1CVE7AD-0.75 1CVE8A-0.75 IWC-1220(b), (c) l ICVE9A-0.75 IWC-1220(b), (c) l IWC-1220(b), (c). ICVFIA-0.75 IWC-1220(b), (c) ICVF2A-0.75 IWC-1220(b), (c) ICVF3A-0.75 1CVF4A-0.75 IWC-1220(b), (cFajtg[ IWC-1220(b), (c) 1CVF6AA-0.75 1CVF6BA-0.75 IPC-1220(b), (c) 1852m(041988) _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ - - . - - _ _ _ _ _ _ _ _ _ - _ _ _ - _ ~ . _ _ _
O O O Page 9 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison
Description:
Exempt Class 2 Piping CLASS 2 REV. 1 i l . P EXEMPTION REMARKS SYSTEM COMPONENT ICVF7AA-0.75 IWC-1220(b), (c) Chemical and ICVF8AA-2.0 IWC-1220(b), (c) Volume Control ICVG1AA-2.0 g IWC-1220(c) 1CVGlAB-2.0 IWC-1220(c) ICVG2A-0.75 IWC-1220(b), (c) 1CVG3C-0.75 IWC-1220(b), (c) ICVG4AA-0.75 IWC-1220(b), (c) 1CVG4BA-0.75 IWC-1220(b), (c) 1CVG4CA-0.75 IWC-1220(b), (c) 1CVG4DA-0.75 IWC-1220(b), (c) 1CVG5AA-0.75 IWC-1220(b), (c) ICVGSAB-0.75 IWC-1220(b), (c) 1CVG5AC-0.75 IWC-1220(b), (c) 1CVGSAD-0.75 IWC-1220(b), (c) ICVG6AA-0.75 IWC-1220(c) ICVG6AB-0.75 IWC-1220(c) ICVG6AC-0.75 IWC-1220(c) 1CVG6AD-0.75 IWC-1220(c) ICVG7A-0.75 IWC-1220(b), (c) IWC-1220(b), (c) ICVG8AA-1.0 ICVG8AB-1.0 IWC-1220(b), (c) ICVil3AA-0.75 IWC-1220(c) 1CVII3AB-0.75 IWC-1220(c) ICVll3AC-0.75 IWC-1220(c) f 1CVII3AD-0.75 IRC-1220(c) l l 1CVH4AA-0.75 IWC-1220(c) 1CVil4AB-0.75 IWC-1220(c) 1CVH4AC-0.75 IWC-1220(c) ICVH4AD-0.75 IWC-1220(c) , ICVliSAA-0.75 IWC-1220(c) 43.jqg ICVH5AB-0.75 IWC-1220(c) j 1852m(041988) "
I ) 4 ( l )
%_J
../ u.-
Page 10 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping s Y EXEMPTION REMARKS SYSTEM COMPONENT Chemical and 1CVI!7AA-0.75 IWC-1220(c) Volume ICVil7AB-0.75 IWC-1220(c) Control ICVII7AC-0.75 IWC-1220(c) 1CVli7AD-0.75 IWC-1220(c) ICVII8A-2.O IWC-1220(c) IWC-1220(b), (c) 1CVJ3A-3.0 IWC-1220(b), (c) ICVJ4A-4.0 IWC-1220(b), (c) 1CVJSA-0.75 IWC-1220(b), (c) ICVJ6A-3.0 IWC-1220(b), (c) 1CVJ7A-3.0 ICVJ8AA-0.75 IWC-1220(c) ICVJ8AB-0.75 IWC-1220(c) 1CVJ8AC-0.75 IWC-1220(c) 1CVJ8AD-0.75 IWC-1220(c) IWC-1220(b), (c) ICVK3A-0.75 IWC-1220(b), (c) ICVK4A-1.0 IWC-1220(b), (c) ICVK5A-2.0 ICVK8A-0.75 IWC-1220(c) IWC-1220(b), (c) 1CVK9A-0.75 IWC-1220(b), (c) ICVLlA-0.75 IWC-1220(b), (c) ICVL3A-0.375 IWC-1220(b), (c) 1CVL5AA-0.75 IWC-1220(b), (c) ICVL6A-0.375 IWC-1220(b), (c) ICVL7AA-0.75 IWC-1220(b), (c) ICVL8AA-0.75 IWC-1220(b), (c) ICVLSAB-0.75 IWC-1220(b), (c) 1CVL8AC-0.75 IWC-1220(b), (c) 1CVL8AD-0.75 4.r. Q 1852m(041988)
O O O Page 11 of 40' BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Consonwealth Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping O . .,
~
EXEMPTION REMARKS SYSTEM COMPONENT' ICVL9A-0.75 IWC-1220(b), (c) Chemica1 and IWC-1220(b), (c) Volume ICVM1A-0.75 ICVM2A-0.75 IWC-1220(b), (c) Control ICVM4A-0.75 IWC-1220(c) 1CVMSA-0.75 IWC-1220(c) ICVOlAA-3.0 IWC-1220(c) 1CVO1AB-3.O IWC-1220(c) 1CVOICA-3.0 IWC-1220(c) 1CVOICB-3.0 IWC-1220(c) ICVOICC-3.O IWC-1220(c) 1CVOlDA-3.0 IWC-1220(c) 1CVO1DB-3.0 IWC-1220(c) 1CVOlDC-3.0 IWC-1220(c) ICVO1E-3.0 IWC-1220(c) 1CVOlPA-3.0 IWC-1220(c) ICVOlFB-3.0 IWC-1220(c) 1CVOlG-3.0 IWC-1220(c) ICVO2AA-3.0 IWC-1220(b), (c) IWC-1220(b), (c) ICVO2AB-3.0 IWC-1220(b), (c) 1CVO2B-3.0 IWC-1220(b), (c) ICVO2C-2.0 IWC-1220(b), (c) 1CVO2D-2.0 IWC-1220(b), (c) 1CVO2E-3.0 ICVO2F-2.0 IWC-1220(b), (c) IWC-1220(b), (c) 1CVO2G-2.O IWC-1220(b), (c) 1CVO3C-3.0 IWC-1220(b), (c) ICVO4B-3.0 IWC-1220(b),'(c) ICVOSA-4.0 ICV 05B-8.0 IWC-1220(b) IWC-1220(b) c.3. <:* A ICV 05CA-6.0 1CVOSCB-6.0 IWC-1220(b) 1852m(041988)
A s \s %# - Page 12 of 40-BRAIDWOOD STATION INSERVICE PROGRAM 1st INTERVAL ) Unit 1 Coautonwealth Edison i CLASS 2 REV. 1
Description:
Exempt C' ass 2 Piping o ' EXEMPTION REMARKS SYSTEM COMPONENTi 1CVO6A-3.0 IWC-1220(b), (c) Chemical and 1CVO6B-2.0 IWC-1220(b), (c) Volume i ICVO6C-2.J IWC-1220(b), (c) Control 1CVO7A-3.0 IWC-1220(b), (c) ICVO8AA-4.0 IWC-1220(b), (c) ICVO8AB-4.0 IWC-1220(b), (c) IWC-1220(b), (c) 1CVO9A-4.0 lWC-1220(b), (c) ICVO9D-3.0 ICVO9E-3.0 IWC-1220(b), (c) IWC-1220(b), (c) 1 1CVO9FA-3.O 1CVO9FB-3.0 IWC-1220(b), (c) ICV 10AA-3.0 IWC-1220(c) ICV 10AB-3.0 IWC-1220(c) 1CV10B-3.0 IWC-1220(c) ICV 10CA-3.0 IWC-1220(c) 1CV10CB-3.0 IWC-1220(c) IWC-1220(b), (c) ICV 12AA-3.0 IWC-1220(b), (c) 1CV12AB-3.0 IWC-1220(b), (c) 1CV12B-3.0 IWC-1220(b), (c) 1CV13AA-2.0 IWC-1220(b), (c) 1CV13AB-2.0 IWC-1220(b), (c) 1CV13B-3.0 IWC-1220(b), (c) 1CV14AA-2.0 IWC-1220(b), (c) 1CV14AB-2.0 IWC-1220(b), (c) ICV 14B-3.0 IWC-1220(b), (c) ICV 14CA-2.0 IWC-1220(b), (c) ICV 14CB-2.0 IWC-1220(b), (c) 1CV14CC-2.0 IWC-1220(b), (c) 1CVl4CD-2.0 IWC-1220(b), (ck f:*^ ICV 14DA-1.0
- IWC-1220(b), (c) 1CV14DB-1.0 IWC-1220(b), (c) 1CV14DC-1.0 1852m(041988)
O O o of 40 Page 13 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonnealth Edison CLASS 2 REV. I l
Description:
Exempt Class 2 Piping h
- EXEMPTION REMARKS SYSTEM COMPONENT
- ICV 14DD-1.0 IWC-1220(b), (c)
Chemical and IWC-1220(b), (c) Volume ICV 14EA-2.0 IWC-1220(b), (c) Control 1CV14EB-2.0 ICV 14EC-2.0 IWC-1220(b), (c) IWC-1220(b), (c) ICV 14ED-2.0 ICV 15BA-0.75 IWC-1220(c) ICV 15BB-0.75 IWC-1220(c) 1CV15BC-0.75 IWC-1220(c) 1CV15BD-0.75 IWC-1220(c) ICV 15CA-2.0 IWC-1220(c) ICV 15CB-2.0 IWC-1220(c) ICV 150C-2.0 IWC-1220(c) ICV 15CD-2.0 IWC-1220(c) 1CV15DA-0.75 IWC-1220(c) 1CV15DB-0.75 IWC-1220(c) ICV 15DC-C.75 IWC-1220(c) 1CV15DD-0.75 IWC-1220(c) ICV 15E-0.75 IWC-1220(c) IWC-1220(b), (c) l 1CV15F-0.75 IWC-1220(b), (c) 1CV16B-0.75 ICV 16BA-0.75 IWC-1220(c) 1CV16BB-0.75 IWC-1220(c) ICV 16BC-0.75 IWC-1220(c) 1CV16BD-0.75 IWC-1220(c) IWC-1220(b), (c) 1Cvl6CA-0.75 IWC-1220(b), (c) ICV 16CB-0.75 ICV 160C-0,'5 IWC-1220(b), (c) IWC-1220(b), (c) 1CV16CD-0.~.3 IWC-1220(b), (c) ICV 16DA-1.50 IWC-1220(b), ( c t s. <."r. ICV 16DB-1.50 "' IWC-1220(b), (c) 1CV16DC-1.50 IWC-1220(b), (c) 1CV16DD-1.50 1852m(041988) C__________________ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ . -
. . . - _ _ _ . . _ _ _ - _ . _ . . _ __ _. m - . _ _ - -. .. . . .
O O O Page 14 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTe.RVAL Unit 1 Commonwealth Edison I CLASS 2 REV. 1
~
Description:
Exempt Class 2 Piping O ., EXEMPTION REMARKS SYSTEM COMPONENTi ICV 16EA-0.75 IWC-1220(b), (c) Chemical and ICV 16EB-0.75 IWC-1220(b), (c) Volume ICV 16EC-0.75 IWC-1220(b), (c) Contcol ICV 16ED-0.75 IWC-1220(b), (c) IWC-1220(b), (c) ICV 16F-2.0 1CV16H-3.0 IWC-1220(b), (c) i IWC-1220(b), (c) ICV 16J-2.0 1CV17B-2.0 IWC-1220(b), (c) IWC-1220(b), (c) ICV 17C-3.0 IWC-l.:0 (b) , (c) ICV 18A-3.0 IWC-1220(b), (c) ICV 18B-4.0 1CVl9A-3.0 IWC-1220(c) IWC-1220(b), (c) 1CV20A-2.0 IWC-1220(b), (c) ICV 20B-3.0 IWC-122d(b), (c) 1CV21A-0.75 ICV 22A-3.0 IWC-1220(b), (c) ICV 26A-0.75 IWC-1220(b), (c)
- IWC-1220(b), (c) 1CV27A-3.0 l IWC-1220(b), (c)
ICV 28AA-0.75 IWC-1220(b), (c) 1CV29AA-0.75 IWC-1220(b), (c) i ICV 31A-1.0 IWC-1220(b), (c)
- ICV 32A-0.75 IWC-1220(b), (c)
ICV 33A-0.75 IWC-1220(b), (c) } 1CV34A-0.75 IWC-1220(b), (c) ICV 35AA-0.75 IWC-1220(b), (c) ICV 35AB-0.50 IWC-1220(b), (c) ICV 36A-0.75 IWC-1220(b), (c) ' ICV 37A-0.75 IWC-1220(b), (c) 1CV37B-2.0 c,. WF. es. 1851m(041988)
.y ..
(] s ' n V G
,V Page 15 of ~6 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison
Description:
Exempt Class 2 Piping CLASS 1 REV. 1
*1 COMPONENT EXEMPTION REMARKS SYSTEM ICV 38AA-0.75 IWC-1220(b), (c)
Chemical and Volume ICV 38AB-0.50 IWC-1220(b), (c) ICV 39AA-0.75 IWC-1220(b), (c) Control ICV 39AB-0.75 IWC-1220(b), (c) 1CV40AA-0.75 IWC-1220(b), (c) ICV 40BA-0.75 IWC-1220(b), (c) ICV 41AA-0.75 IWC-1220(b), (c) 1CV41BA-0.75 IWC-1220(b), (c) ICV 42AA-2.0 IWC-1220(b), (c) ICV 42AB-2.0 IWC-1220(b), (c) ICV 42BA-3.O IWC-1220(b), (c) 1CV42BB-3.0 IWC-1220(b), (c) ICV 42CA-2.0 IWC-1220(b), (c) 1CV42CB-2.0 IWC-1220(b), (c) ' ICV 42D-2.0 IWC-1220(b), (c) ICV 42E-2.O IWC-1220(b), (c) ICV 43A-2.0 IWC-1220(b), (c) ICV 43BA-2.0 IWC-1220(b), (c) ICV 43BB-2.0 IWC-1220(b), (c) ICV 43BC-2.0 IWC-1220(b), (c) 1CV43BD-2.0 IWC-1220(b), (c) ICV 44AA-0.75 IWC-1220(c) ICV 44AB-2.0 IWC-1220(c) ICV 45A-2.0 IWC-1220(c) ICV 47AA-0.75 IWC-1220(c) ICV 47AB-0.75 IWC-1220'c) ICV 47AC-0.75 IWC-1220(c) 1CV47aD-0.75 IWC-1220(c) 1CV48AA-0.75 IWC-1220(c) IWC-1220(c) .? <." #- ICV 48AB-0.75 ICV 48AC-0.75 IWC-1220(c) 1CV48AD-0.75 IWC-1220(c) 1852m(041988)
Or O O Page 16 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison Exempt Class 2 Piping CLASS 2 REV. 1
Description:
i D, COMPONENT
- EXEMPTION REMARKS SYSTEM ICV 49A-2.0 IWC-1220(b), (c)
Chemical and ICV 50AA-0.75 IWC-1220(b), (c) Volume ICV 51AA-0.75 IWC-1220(b), (c) Control 1CVS2A-2.0 IWC-1220(b), (c) 1CV52B-3.0 IWC-1220(b), (c) ICV 53A-3.0 IWC-1220(b), (c) 1CV54A-3.0 IWC-1220(b), (c) ICV 55A-4.0 IWC-1220(b), (c) i IWC-1220(b), (c) 1CV63A-0.75 ICV 64A-0.75 IWC-1220(b), (c) 1CV66A-0.75 IWC-1220(b), (c) ICV 67A-3.0 IWC-1220(b), (c) 1CV68A-0.75 IWC-1220(b), (c) ICV 68B-0.375 IWC-1220(b), (c) 1CV69A-0.75 IWC-1220(b), (c) 1CV70A-0.75 IWC-1220(b), (c) ICV 72AA-0.75 IWC-1220(b), (c) IWC-1220(b), (c)
; ICV 72AB-0.75 ICV 73AA-0.75 IWC-1220(b), (c)
IWC-1220(b), (c) ICV 73AB-0.75 I ICV 77A-0.75 IWC-1220(b), (c) IWC-1220io), (c) ICV 78A-0.75 ICV 79A-2.0 IWC-1220(c) J 1CV80A-3.0 IWC-1220(c) IWC-1220(b), (c) 1CV81A-2.0 IWC-1220(b), (c) s 1CV82B-1.0 IWC-1220(b), (c) ICV 84B-2.0 IWC-1220(b), (c) 1CV88A-0.75 IWC-1220(b), (c) ICV 89B-2.0 ICV 90B-1.0 IWC-1220(b), (cio #$(* 1852m(041988)
O O o% Page 17 of 40 BRAIDWOOD STATIO" INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison
Description:
Exempt Class 2 Piping CLASS 2 REV. 1 A y EXEMPTION REMARKS SYSTEM COMPONENT
- ICV 94B-2.0 IWC-1220(b), (c)
Chemical and Volume 1CV98A-8.0 IWC-1220(b) Control ICV 98BA-8.0 IWC-1220(b) ICV 98BB-8.0 IWC-1220(b) ICV 98C-8.0 IWC-1220(b) ICV 99A-8.O IWC-1220(b) IWC-1220(b), (c) Fuel Pool All Cleanup All IWC-1220(b), (c) Fi r e-Protection Main lWO6AA-4.0 IWC-1220(c) Feedwater 1WO6AB-4.0 IWC-1220(c) IFWO6AC-4.0 IWC-1220(c) IWO6AD-4.0 IWC-1220(c) 1FWO7AA-0.75 IWC-1220(c) lWO7AB-0.75 IWC-1220(c) IFWO7AC-0.75 IWC-1220(c) - IFWO7AD-0.75 IWC-1220(c) lW13AA-0.50 INC-1220(c) 1FW13BA-0.50 IWC-1220(c) IW13CA-0.50 IWC-1220(c) 1W13DA-0.50 IWC-1220(c) IFW13EA-0.75 IWC-1220(c) 1FW13FA-0.75 IWC-1220(c) lW13GA-0.75 IWC-1220(c) e ,, ,, f, 1FW13HA-0.75 IWC-1220(c) ... 1852m(041988)
O O O Page 18 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison CLASS 2 REV. I
Description:
Exempt Class 2 Piping fl - u EXEMPTION REMARKS SYSTEM COMPONENT' Main IFW13JA-0.75 IWC-1220(c) Feedwater 1W13KA-0.75 IWC-1220(c) lW13LA-0.75 IWC-1220(c) IW13MA-0.75 IWC-1220(c) IFW14AA-0.50 IWC-1220(c) IFW14BA-0.50 IWC-1220(c) lW14CA-0.50 IWC-1220(c) IFW14DA-0.50 IWC-1220(c) ' IW14EA-0.75 IWC-1220(c) IWC-1220(cj lW14FA-0.75 lW14GA-0.75 IWC-1220(c) , l W1411A-0.75 IWC-1220(c) 1FW15AA-0.50 IWC-1220(c)
- IFW15EA-0.50 IWC-1220(c)
IFW15CA-0.50 IWC-1220(c) IW15DA-0.50 IWC-1220(c) IFW15EA-0.75 IWC-1220(c) I W15FA-0.75 IWC-1220(c) 1FW15CA-0.75 IWC-1220(c) IFW1511A-0.75 IWC-1220(c) IW74EA-0.75 IWC-1220(c) 1FW74FA-0.75 IWC-1220(c) I W74GA-0.75 IWC-1220(c) 1FW74HA-0.75 IWC-1220(c) 1W76AA-1.0 IWC-1220(c) 1FW76AB-1.0 IWC-1220(c) IFW76AC-1.0 IWC-1220(c) IFW76AD-1.0 IWC-1220(c) 1FW82AA-3.0 IWC-1220(c) IWC-1220(c) h #:*^ IFW82AB-3.0 " l IFW82AC-3.0 IWC-1220(c) 1FW82AD-3.0 IWC-1220(c) 1852m(041988)
- . =-
O o o Page 19 of 40. BRAIDWOOD STATION I INSERVICE PROGRAM lst INTERVAL Unit 1 Connonwealth Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping T1 EXEMPTION REMARKS SYSTEM COMPONENT' Main 1FW82BA-3.0 IWC-1220(c) Eb .2 water 1EW82BB-3.0 IWC-1220(c) lEW82BC-3.0 IWC-1220(c) lEW82BD '.,.O IWC-1220(c) 1FW87P.-3.0 IWC-1220(c) IFW8'dB-3.0 IWC-1220(c) lewd 7BC-3.0 IWC-1220(c) 1EW87BD-3.0 IWC-1220(c) lEW91AA-0.50 IWC-1220(c) lEW91BA-0.50 IWC-1220(c) i lEW91CA-0.50 IWC-1220(c) lEW91DA-0.50 IWC-1220(c) ' 1FW91EA-0.75 IWC-1220(c) IFW91FA-0.75 IWC-1220(c) 1FW91GA-0.75 IWC-1220(c) lEW9111A-0.75 IWC-1220(c) IEW101 AA-0.75 IWC-1220(c) 1EW101AB-0.75 IWC-1220(c) IFW101AC-0.75 IWC-1220(c) lEW101AD-0.75 IWC-1220(c) IFW102AA-4.0 IWC-1220(c) IFW102AB-4.0 IWC-1220(c) 1EV102AC-4.0 IWC-1220(c) j lEW102AD-4.0 IWC-1220(c) lEW102AE-4.0 IWC-1220(c) 1FW102AF-4.0 IWC-1220(c) lEW102AG-4.0 IWC-1220(c) 1FW102All-4.0 IWC-1220(c) IFW102AJ-4.0 IWC-1220(c) 1EW102AK-4.0 IWC-1220(c) :. . *:v. 1EW102AL-4.0 IWC-1220(c) 1852m(041988)
O O O , Page 20 of 40 BRAIDWOOD STATION INSERVICE PROGRAM 1st INTERVAL Unit 1 Cbaconwealth Edison
Description:
Exempt Class 2 Piping CLASS 2 REV. 1 O . COMPONENT' EXEMPTION REMARKS SYSTEM Main 1FW102AM-4.0 IWC-1220(c) Feedwater IFW102AN-4.0 IWC-1220(c) IFW102AP-4.0 IWC-1220(c) 1FW102AQ-4.0 IWC-1220(c) 1FN102AR-4.0 IWC-1220(c) All IWC-1220(b), (c) Instrument Air Main Steam IMS01FA-4.0 IWC-1220(c) IMS01FB-4.0 IWC-1220(c) IMS01FC-4.0 IWC-1220(c) IMS01FD-4.0 IWC-1220(c) 1MS20AA-3.0 IWC-1220(c) IMS20AB-3.0 IWC-1220(c)' IMS20AC-3.0 IWC-1220(c) IMS20AD-3.0 IWC-1220(c) IMS21AA-0.75 IWC-1220(c) IMS21AB-0.75 IWC-1220(c) IMS21AC-0.75 IWC-1220(c) IMS21AD-0.75 IWC-1220(c) IMS68AA-0.75 IWC-1220(c) 1MS68AB-0.75 IWC-1220(c) 1MS68AC-0.75 IWC-1220(c) IMS68AD-0.75 IWC-1220(c) IMS70AA-0.50 IWC-1220(c) IMS70BA-0.50 IWC-1220(c) IMS70CA-0.50 IWC-1220(c) IMS70CA-0.50 IWC-1220(c) ,, ,, , 1852m(041988)
sm U Os Page 21 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Connonwealth Edison CLASS 2 REV. I
Description:
Exempt Class 2 Piping N , EXEMPTION REMARKS SYSTEM COMPONENT' Main Steam 1MS70EA-0.75 IWC-1220(c) (Continued) IMS70FA-0.75 IWC-1220(c) IMS70GA-0.75 IWC-1220(c) IMS70lIA-0.75 IWC-1220(c) IMS70JA-0.50 IWC-1220ic) IMS70FA-0.50 IWC-1220(c) IMS70LA-0.50 IWC-1220(c) IMS70MA-0.50 IWC-1220(c) IMS70NA-0.75 IWC-1220(c) IMS70PA-0.75 IWC-1220(c) IMS70QA-0.75 IWC-1220(c) IMS70RA-0.75 IWC-1220(c) IMS71AA-0.75 IWC-1220(c) IMS71BA-0.75 IWC-1220(c) IMS71CA-0.75 IWC-1220(c) IMS71DA-0.75 IWC-1220(c) IMS72AA-0.75 IWC-1220(c) IMS72BA-0.75 IWC-1220(c) IMS72CA-0.75 IWC-1220(c) 1MS72DA-0.75 IWC-1220(c) 1MS72EA-0.75 IWC-1220(c) IMS72FA-0.75 IWC-1220(c) 1MS72GA-0.75 IWC-1220(c) IMS72HA-0.75 IWC-1220(c) 1MS72JA-0.75 IWC-1220(c) IMS72KA-0.75 IWC-1220(c) IMS72LA-0.75 IWC-1220(c) IMS72MA-0.75 IWC-1220(c) IMS73DA-1.50 IWC-1220(c) IMS7311A-1.50 IWC-1220(c) h Kf. 1852m(041988)
ll1ji ii 0 4 1 f t o i n ' U 2 2 ~ e g a P S K R 1 A M
. E V R E
R r, e.
*+
NM 2 .
?-
OA ) ) : I R S N ) TG L S O c c c AO TR A A I ( ( ( SP V L T RE C P M ) ) ) ) ) ) ) ) )
)
)
, )
c DE T E cccccccc b b b ( OC N OI I X E ( ( ( ( ( ( ( ( 00000000 ( 0 ( 0 ( 0 0 . WV . 22222222 2 2 2 2 DR t 22222222 2 2 2 2 _. I Esl 11111111 1 1 1 1 . AS C C C C RN CCCCCCCC W BI WWWWWWWW IIII I II I W I W I W I I g i n p1 if P T N 2 E N s O 00000000 s P a M 44444444 l O - - - - - - - - C C ABCDEFGl l AAAAAAAA t 22222222 p 44444444 m 11 111 11 1 e SSSSSSSS l l l l x MMMMMMMM l l l l E 1I II I1I1 A A A A i' _ n ) o g 8 h i m d t t M a nn g 8 9 l p E e n oi a i T t e s sir sn 1 4 g a st o si e r S S 0 w c Y o G eat el cp ( nn s S n r cii oo e i t f od n om m ms D a i f rao ra 2 5 mi M N O PRM PS 8 od 1 CE l lfIll Il'
Page 23 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Commonwealth Unit 1 Edison
Description:
Exempt Class 2 Piping CLASS 2 REV. 1 SYSTEM COMPONENT
- EXEMI"IION REMARKS Reactor 1RC06AA-0.75 IWC-1220(c)
Coolant IRC06AD-0.75 IWC-1220(c) 1RC06BA-0.75 IWC-1220(c) 1RC07AA-0.75 IWC-1220(c) 1RC12AA-0.75 IWC-1220(c) 1RC12AB-0.75 IWC-1220(c) 1RC12AC-0.75 IWC-1220(c) 1RC12AD-0.75 IWC-1220(c) 1RC15AA-0.75 IWC-1220(c) 1RC15AB-0.75 IWC-1220(c) 1RC15AC-0.75 IWC-1220(c) 1RC15AD-0.75 IWC-1220(c) 1RC18AA-0.75 IWC-1220(c) 1RC18AE-0.75 IWC-1220(c) 1RC18AC-0.75 IWC-1220(c) 1RC18AD-0.75 IWC-1220(c) 1RC19AA-0.75 IWC-1220(c) 1RC19AB-0.75 IWC-1220(c) 1RC19AC-0.75 IWC-1220(c) 1RC19AD-0.75 IWC-1220(c) 1RC25AA-0.75 IWC-1220(c) 1RC25AB-0.75 IWC-1220(c) 1RC27A-0.75 IWC-1220(c) iRC32AA-0.75 IWC-1220(c) 1RC32AB-0.75 IWC-1220(c) 1RC325-0.375 IWC-1220(c) 1RC33A-0.375 IWC-1220(c) ' ( 1RC33CA-0.375 IWC-1220(c) l IWC-1220(c) 1RL38AA-0.375 1RC38AB-0.375 IWC-1220(c) : ? *fA 1RC38BA-0.375 IWC-1220'c) 1RC38BB-0.75 IWC-1220(c) _ 1852m(041988) .
O O O Page 24 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping D. EXEMPTION REMAK!G SYSTEM COMPONENT
- __
Reactor IRC38CA-0.75 IWC-1220(c) Coolant IRC38CB-0.75 IWC-1220(c) 1RC38DA-0.75 IWC-1220(c) 1RC38DB-0.75 IWC-1220(c) 1RC38EA-0.75 IWC-1220(c) 1RC38EB-0.75 IWC-1220(c) 1RC38FA-0.75 IWC-1220(c) 1RC38FB-0.75 IWC-1220(c) 1RC38GA-0.75 IWC-1220(c) 1RC38CB-0.75 IWC-1220(c) 1RC3811A-0.75 IWC-1220(c) 1RC3811B-0.75 IWC-1220(c) 1RC40AA-0.75 IWC-1220(c) _ 1RC40BA-0.75 IWC-1220(c) 1RC40CA-0.75 IWC-1220(c) 1RC40DA-0.75 IWC-1220(c) 1RC40EA-0.75 IWC-1220(c) 1RC40FA-0.75 IWC-1220(c) 1RC40GA-0.75 IWC-1220(c) 1RC40llA-0.75 IWC-1220(c) 1RC40JA-0.75 IWC-1220(c) 1RC40KA-0.75 IWC-1220(c) 1RC40LA-0.75 IWC-1220(c) 1RC40MA-0.75 IWC-1220(c) 1RC40NA-0.75 IWC-1220(c) 1RC40PA-0.75 IWC-1220(c) 1RC400A-0.75 IWC-1220(c) 1RC40RA-0.75 IWC-1220(c) 1RC42AA-0.75 IWC-1220(c) 1RC42BA-0.75 IWC-1220(c) u. <.**{.
- 1852m(041988)
0 4_ l' t Ofo 5 2 i U n e g a P S K R 1 A M
. E V R E
R f" . . NM 2 OA ) ) h. I R S N TG c c AO L O S TR A V A L I T ( ( SP RE C P . , O ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) - M DE T E ccccccccccccc b b . OC OI I N X E ( ( ( ( ( ( ( ( ( ( ( ( ( 0000000000000 ( 0 ( 0 WV t 2222222222222 2 2 2 2 DR 2222222222222 I Esl 1111111111111 1 1 AS - - - - - - - - - - - - - - C RN CCCCCCCCCCCCC C BI WWUWWWWWWWWWW W I W I IIIIIII I I III I g n i p in k P T N 2 E N 5555 s O 7777 555555 . s P 00333351 77777 a M l C O C 110000 7.000000 ABABCD - ABCDAB t p AAAAAAAAAAAAA 4488889555566 m 4444444555555 e CCCCCCCCCCCCC l l - x RRRRRR' 2 RRRRRR l l E 1I1 111l1 1 1 111 A A - n o n ) O h i i 8 t t M a 8 l p E g gr 9 a i T rt rn rnD 1 e r c S on oi oi 4 0 w Y t a tdn tdr nn s S cl cli cl o ( aos e ao aia eur aio m D eo RBD eul RBF 2
- i RC 5 8
d C( E 1
- -- ~~ _ _ , ,
O o Pace 26 o) of 40 BRAIDWOOD STATION l INSERVICE PROGRAM j lst INTERVAL i Unit 1 Connonwealth Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping P EXEMPTION REMARKS SYSTEM COMPONENT
- Residual IRIIOSAA-0.75 *IWC-1220(d) lleat Removal IRII05AB-0.75 *IWC-1220(d) 1R1106AA-0.75 *IWC-1220(d) 1RIIO6BA-0.75 *IWC-1220(d) 1RIIO7AA-0.75 *IWC-1220(d) 1R1107AB-0.75 *IWC-1220(d) 1Rl!08AA-0.75 *IWC-1220(d) 1RH08AB-0.75 *IWC-1220(d) 1RII10AA-3.0 *IWC-1220(d) 1R1110AD-3.0 *IWC-1220(d) 1R1110CA-3.0 *IWC-1220(d) 1Rll10CE-3.0 *IWC-1220(d) 1RII11AA-0.75 *!WC-1220(d) 1 Rill 1AB-0.75 *IWC-1220(d) 1Rif13AA-2.0 *IWC-1220(d) 1Rifl3AB-2.0 *IWC-1220(d) 1 Rill 3B-2.0 *IWC-1220(d) 1 Rill 6AA-0.75 *IWC-1220(d) 1 Rill 6BA-0.75 *IWC-1220(d) 1Ril19AA-0.75 *IWC-1220(d) 1Ril19AB-0.75 *IWC-1220(d) 1RH19AC-0.75 *IWC-1220(d) 1Ril19AD-0.75 *IWC-1220(d) 1RH19AE-0.75 *IWC-1220(d) 1RII19AF-0.75 *IWC-1220(d) 1RII19BA-0.75 *IWC-1220(d) 1RH19BB-0.75 *IWC-1220(d) 1RII20AC-0.75 *IWC-1220(d) 1RH20AD-0.75 *IWC-1220(d)
*IWC-1220(d) O. f."*/.
1RII20AE-0.75 , 1RII20AF-0.75 *IWC-1220(d) 1Rl!20AG-0.75 *IWC-1220(d) 1852m(041988)
O O O Page 27 of 40 BRAIDWOOD STATION INS 5NVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison
Description:
Exempt Class 2 Piping CLASS 2 REV. 1 0 . EXEMPTION REMARKS SYSTEM COMPONENTi Residual IRil20All-0.75 *IWC-1220(d) IIeat Removal 1Ril22AA-0.50 *IWC-1220(d) (Cont.) 1RII22AB-0.50 *IWC-1220:0) 1RII23AA-0.50 *IWC-u20(d) 1Ril23AB-0.50 *p%2-1220(d) 1RII24AA-0.50 -IWC-1220(d) 1RII24AB-0.50 *IWC-1220(d) 1RH26AA-0.75 *IWC-1220(d) 1Ril26AB-0.75 *IWC-1220(d) 1RII27AA-0.50 *IWC-1220(d) 1RH27AB-0.50 *IWC-1220(d) 1RII28AA-0.50 *IWC-1220(d) 1RI128AB-0.50 *IWC-1220(d) Pressuricer 1RYO4A-0.75 IWC-1220(c) 1RY05A-0.75 IWC-1220(c) 1RYO7AA-0.75 IWC-1220(c) 1RYO7AB-0.75 IWC-1220(c) 1RYO7AC-0.75 IWC-1220(c) 1RYO7B-0.75 IWC-1220(c) 1RYO9AA-0.75 IWC-1220(c) 1RYO9AB-0.75 IWC-1220(c) 1RY10A-0.75 IWC-1220(c) IRY14C .375 IWC-1220(b)(c) 1RY30C-0.75 IWC-1220(b)(c) 1RY32A-3.0 IWC-1220(b)(c) 1RY34AA-0.75 IWC-1220(c) 1RY34BA-0.75 IWC-1220(c) 1RY34CA-0.75 IWC-1220(c) 3 , ,, f, IRY34DA-0.75 IWC-1220(c) s-1RY34DC-0.50 IWC-1220(c) 1852m(041988)
. . , , a . t ,' ;- , l4 .il , l
'f 0
4 1 f t o i n U 8 - 2 e g a P S K R 1 A M
. E V R E
R
- p. s. _
3 _ NM 2 . OA ) ) ) ) ) ) ) ) _ I R S N L S O ccccccc c A ( TWV A Th SP R A L C I T P ) ) ( ( ( ( ( ( ( E M cc) bbbbbbb
) ) ) ) ) ) ) ) _
DE T E ( ( b c ( OC OI I N X E 00( ( ( ( ( ( ( 220000000 ( 0 U - WV t 222222222 2 2 . DR 112222222 2 2 I E ls - - 1111111 1 1 AS CC - - - - - - - - RN WWC CCCCCC C C BI IIWWWWWWW W I W I IIII III g n _ i i pA - P T _.. N 2 E N s O 55 5 l s a P M O 7 00 7.755557 777377 55 _ C C - 0000000 AF _ _ t p EAAAAAAAA 4 40132301 m 334447788 _ e Y Y Y ?' YYYYY l l x RRRPRRRRR l l A . E 1 1 111 1 11 1 A . n r ) - o r 8 h i e i r 8 _ t t M z A 9 - l p E i e on t w 1 a i T r 4 . e r S a c ao 0 _ w c Y s i mrd ( _ nno s S s v aew m e e r eno 2 - s D r e t el 5 _ i P S SGB 8 d 1 CE -
O O O Page 29 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Co nonwealth Edison De::cription: Exempt Class 2 Piping CLASS 2 REV. 1 (1 , COMPONENT i EXEMPTION REMARKS SYSTEM All IWC-1220(b), (c) Station lleating Safety ISIA2AA-0.75 *IWC-1220(d) Injection ISIA2AB-0.75 *IWC-1220(d) ISIASB-0.75 *IWC-1220(d) ISIA7AA-0.75 *IWC-1220(a), (d) ISIB2AA-1.0 *IWC-1220(d) ISIB2AB-1.0 *IWC-1220(d) ISIB2AC-1.0 *IWC-1220(d) ISIB2AD-1.0 *IWC-1220(d) ISIB3A-0.75 *IWC-1220(d) ISIB4AA-0.75 *IWC-1220(a),'(d) ISIB4BA-0.75 *IWC-1220(a), (d) ISIB5AA-0.75 *IWC-1220(d) ISIBSAB-0.75 *IWC-1220(d) ISIBSAC-0.75 *IWC-1220(d) ISIBSAD-0.75 *IWC-1220(d) ISIB6AA-0.75 *IWC-1220(d) ISIB6AB-0.75 *IWC-1220(d) ISIB6AC-0.75 *IWC-1220(d) ISIB6AD-0.75 *IWC-1220(d) ISIB7AA-1.0 *IWC-1220(a), (d)
*IWC-1220(a), (d)
ISIB7AB-1.0 ISICIA-3.0 *IWC-1220(a), (d) ISIC2A-6.0 *IWC-1220(a) ISIC3AA-1.0 *IWC-1220(d) ISIC3BA-1.0 *IWC-1220(d) ISIC3CA-1.0 *IWC-1220(d) ISIC3DA-1.0 *IWC-1220(d) ., ,g ISIC3EA-1.0 *IWC-1220(c) 4.. ISIC3FA-1.0 *IWC-1220(d) ISIC3GA-1.0 *IWC-1220(d) 1852m(041988)
O O o Page 30 of 40 BRAIDWOOD STATION f ' INSERVICE PROGRAM , 1st INTERVAL Unit 1 Cosmtonwealth Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping 0 " EXEMPTION REMARKS , SYSTEM COMPONENT' l ! Safety ISIC311A-1.0 *IWC-1220(d) , Injection ISIC3JA-1.0 *IWC-1220(d) ISIC3KA-1.0 *IWC-1220(d) l f *IWC-1220(d) l ISIC3IA-1. 0 ISIC3MA-1.0 *IWC-1220(d) f ISIC3NA-1.0 *IWC-1220(d) . ISIC3PA-1.0 *IWC-1220(d) ISTC3QA-1.0 *IWC-1220(d) ISIC3RA-1.0 *IWC-1220(d)
*IWC-1220(a), (d)
ISIC5AA-1.0
*IWC-122C(a), (d)
ISICSAB-1.0
*IWC-1220(a), (d)
ISIC6A-4.0 ISIC7AA-0.75 *IWC-1220(d) ! ISIC7AB-0.75 *IWC-1220(d)
*IWC-1220(a), (d)
ISIDIAA-0.75
*IWC-1220(a), (d)
ISIDIAB-0.75 , ISID7AA-0.50 *IWC-1220(d)
- ISID7AB-0.50 *IWC-1220(d)
ISIE3AA-0.75 *IWC-1220(d) ISIE3BA-0.75 *IWC-1220(d) ISIE3CA-0.75 *IWC-1220(d) 1SIE3DA-0.75 *IWC-1220(d) l ISIE4AA-0.75 *IWC-1220(d) f ISIE4BA-0.75 *IWC-1220(d) ISIE4CA-0.75 *IWC-1220(d) ISIE4DA-0.75 *IWC-1220(d) l *IWC-1220(a), (d) l 1SIESA-2.0 ISIE9AA-0.75 *IWC-1220(d) ISIE9hB-0.75 *IWC-1220(d)
*IWC-1220(d) 3 ***^
i ISIP2A-0.75 e. 1852m(041988)
- _ _ _ - _ _ _ _ _ - _ - _ _ _ _ - - _ _ _ _ _ _ _ _ - _ - _ _ _ _ _ _ ._ . . _ . - - . . . . _ . . ~ . -
%. J 'tY %.J Page _31 of 40 BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Com.onwealth Edison
Description:
Exempt. Class 2 Piping CLASS 2 REV. 1 _ ___, il EX1211 TION R12iM0;S SYSTEM COMPON12JT' ~
~ ~ '
Safety ISIF3A-0.75 *IWC-1220(d) T~ Injection ISIF4A-0.75 *IWC-1220(d) ISIFSA-0 75 *IWC-1220(d) ISI F6A.'.-0. 7 5 *IWC-1220(d) ISIF6aB-0.75 *IWC-1220(d) ISIF7)A-0.75 *IWC-1220(d) ISIF7.Ji-0.75 *IWC-1220(d) 1: ~bA-8.0 *IWC-1220(a) 15 31A-0.75 *IWC-1220(d) IS101A-8.0 *IWC-1220(a) ISIOlB-24.0 *IWC-1220(a) ISIO2A-8.0 *IWC-1220(a) ISIO2BA-6.0 *IWC-1220(a) ISIO2BB-6.0 *IWC-1220(a) ISIO3AA-4.0 *IWC-1220(d) ISIO3AB-4.0 *IWC-1220(d) ISIO3BA-4. *IWC-1220(d) ISIO3BB-4.L, *IWC-1220(d) ISIO3CA-2.0 *IWC-1220(d) ISIO3CB-2.0 *IWC-1220(d) ISIO3EA-2.0 *lWC-1220(d) ISIO3EB-2.0 *IWC-1220(d) ISIO8CA-4.0 *IWC-1220(d) ISIO8CB-4.0 *IWC-1220(d) ISIO8D-3.0 *IWC-1220(d)
*IWC-1220(a), (d)
ISIl0A-3.0 ISI11BC-6.0 *IWC-1220(a)
*IWC-1220(a), (d)
ISI12A-0.75 ISI13A-6.0 *IWC-1220(a) ISI13BA-6.0 *IWC-1220(a) c' M{ ISI13BB-6.0 *IWC-1220(a) 1852m(041988)
U V O(y Page 32 of 40_ BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Commonwealth Edison CLASS 2 REV. 1
Description:
Exempt Class 2 Piping 3 ' EXEMPTION REMARKS SYSTEM l COMPONENT *
*IWC-1220(a) ~~I Safety 15Il3C-6.0 ISIl4AA-0.75 *IWC-1220(a), (a)
Injection
*IWC-1220(a), (d)
ISIl4AB-0.75 ISI15AA-0.75 *IWC-1220(a). (d)
*IWC-1220(a), (d)
ISIl5BA-0.75 ISI16AA-1.50 *IWC-1220(d) ISIl6AB-1.50 *IWC-1220(d) ISIl6BA-3.0 *IWC-1220(d) ISIl6BB-3.0 *IWC-1220(d) ISIl6CA-1.50 *IWC-1220(d) ISIl6CB-1.50 *IWC-1220(d) 13Il6D-3.0 *IWC-1220(d) ISIl7A-0.75 *IWC-1220(d) ISIl8AA-4.0 *IWC-1220(d) ISI18AB-4.0 *IWC-1220(d) ISI18B-4.0 *IWC-1220(d) ISI18C-4.0 *IWC-1220(d) ISI18DA-4.0 *IWC-1220(d) ISI18DB-4.0 *IWC-1220(d) ISIl8EA-2.0 *IWC-1220(d) ISI18EB-2.0 *IWC-1220(d) ISI18EC-2.0 *IWC-1220(d) ISI18ED-2.0 *IWC-1220(d) ISI19AA-0.75 *IWC-1220(d) ISI19AB-0.75 *IWC-1220(d) ISIl9AC-0.75 *IWC-1220(d) ISIl9AD-0.75 *IWC-1220(d) ISI19AE-0.75 *IWC-1220(d) ISI19AF-0.75 *IWC-1220(d)
*IWC-1220(d) :.s <:*r.
ISIl9AG-0.75 '" ISIl9AH-0.75 *IWC-1220(d) 1852m(041988)
~ _ - - _ . . , - . _ . . . - - __. . -- - _ , . . - . - - . - - _-_ _ -. . - - - . .. =- =_.
O O O Page 33 of 40 , [ BRAIDWOOD STATION INSERVICE PROGRAM lst INTERVAL Unit 1 Conatonwealth Edison ! CLASS 2 REV. I I
Description:
Exempt Class 2 Piping A ' l, REMARKS l COMPONENT'* EXEMPTION j SYSTEM Safety ISI20A-0.75 *IWC-1220(d) l
*IWC-1220(d)
Injection ISI21A-0.75 { ISI22A-0.75 *IWC-1220(d) ISI22AA-0.75 *IWC-1220(d) 4 ISI22AB-0.75 *IWC-1220(d) , ISI23A-0.75 *IWC-1220(d) f ISI23B-0.75 *IWC-1220(d) 1SI24A-0.75 *IWC-1220(d) l *IWC-1220(d) ISI26AA-0.75 l 1SI26AB-0.75 *IWC-1220(d) 1 ISI27AA-0.75 *IWC-1220(d) ISI27AB-0.75 *IWC-1220(d) l 1SI27BA-0.50 *IWC-1220(d) ISI27BB-0.50 *IWC-1220(d) ,
) ISI27CA-0.50 *IWC-1220(d) 1SI28AA-0.75 *IWC-1220(d)
ISI28AB-0.75 *IWC-1220(d) l ISI29A-0.75 *IWC-1220(d) ISI30AA-0.75 *IWC-1220(d) ] 1S130AB-0.75 *IWC-1220(d) i j ISI30AC-0.75 *IWC-1220(d) i I ISI30AD-0.75 *IWC-1220(d) ISI31AA-0.75 *IWC-1220(d) J 1SI31AB-0.75 *IWC-1220(d) i 1SI32A-0.75 *IWC-1220(d) ' I ISI35AA-2.0 *IWC-1220(d) ISI35AB-2.0 *IWC-1220(d) { *IWC-1220(d) l ISI35AE-2.0 ISI36AA-0.75 *IWC-1220(d) ' j t? # ~#; 1 ?SI36AB-0.75 *IWC-1220(d) ISI38A-0.75 *IWC-1220(d) j i
'. 1852m(041988)
O i Page 34 of 40 BRAIDWOOD STATION INSERVICE PROGRAM 1st INTERVAL Unit 1 Commonwealth L Edison CLASS 2 REv. 1 .
Description:
Exempt Class 2 Piping fl
- EXEMPTION REMARKS COMPONENT
- SYSTEM Safety ISI39A-0.75 *IWC-1210(d)
Injection ISI46AA-0.75 *IWC-1220(d) ' ISI46AB-0.75 *IWC-1220(d) 1SI46AC-0.75 *IWC-1220(d) ' ISI46AD-0.75 *IWC-1220(d) 1SI46AE-0.75 *IWC-1220(d) ISI46AF-0.75 *IWC-1220(d) ISI46AG-0.75 *IWC-1220(d) ISI46All-0.75 *IWC-1220(d) ISI47AA-2.0 - WC-1220(d) ' 1SI47AB-2.0 *IWC-1220(d) 1SI47AC-2.0 *IWC-1220(d) i ISI47AD-2.0 *IWC-1220(d) i 1SI4BAA-0.75 *IWC-1220(d) ,! ISI48AB-0.75 *IWC-1220(d) ' ISI48AC-0.75 *IWC-1220(d) ISI48AD-0.75 *IWC-1220(di 3 1 ISI48AE-0.75 *IWC-1220(d) ISI48AF-0.75 *IWC-1220(d) ISI48AG-0.75 *IWC-1220(d) l *IWC-1220(d) j ISI48All-0.75 *IWC-1220(a), (d) ISI49B-0.75 ISIS 0A-0.75 *IWC-1220(d) } *IWC-1220(a) 1S153AA-14.00 .i ISI53AB-14.00 *IWC-1220(a) i ISI59AA-1.0 *IWC-1220(d) j ISI59AB-1.0 *IWC-1220(d) ISI59AC-1.0 *IWC-1220(d) ISI59AD-1.0 *IWC-1220(d)
*1WC-1220(d) w v.*p. ; ISI60AA-1.0 '"
ISI60AB-1.0 *IWC-1220(d) j 1852m(041988) _ _ _ - _ - _ _ - - - - - - - - - - - - _ _ - _ _ _ _ - . . . - - - -- .. . -. . -. . ~
O O Page 35 _ of 40 BRAIDWOOD STATION INSERVICE PROGRAM - lst INTERVAL Unit 1 Conznonwea1 th l Edison I CLASS 2 REV. 1 : l
Description:
Exempt Class 2 Piping D. REMARKS ! COMPONENT' EXEMPTION SYSTEM c l Safety ISI60AC-1.0 *IWC-1220(d) j Injection 1SI60AD-1.0 *IWC-1220(d) l ISI61AA-0.75 *IWC-1220(d) ISI61AB-0.75 *IWC-1220(d) ISI61AC-0.75 *IWC-1220(d) ISI61AD-0.75 *IWC-1220(d) ISI69DA-1.0 *IWC-1220(d) ISI69DB-1.0 *IWC-1220(d) t ISI69DC-1.0 *IWC-1220(d) ISI69DD-1.0 *IWC-1220(d)
~SI69EA-1.0 *IWC-1220(d)
ISI69EB-1.0 *IWC-1220(d) ISI69EC-1.0 *IWC-1220(d) ISI69ED-1.0 *IWC-1220(d) ISI71C-1.0 *IWC-1220(d) ISI73AA-1.0 *IWC-1220(d) _ ISI73AB-1.0 *IWC-1220(d) ' i *IWC-1220(d)
' ISI73AC-1.0 1SI73AD-1.0 *IWC-1220(d) -
ISI77BA-0.75 *IWC-1220(d) ISI77DA-0.75 *IWC-1220(d) 1SI78AA-0.75 *IWC-1220(d) l 1SI78BA-0.75 *IWC-1220(d) 1SI79AA-2.0 *IWC-1220(d) ISI79BA-2.0 *IWC-1220(d) ISI79CA-2.0 *IWC-1220(d) I ISI79DA-2.0 *IWC-1220(d) 1SI79EA-2.0 *IWC-1220(d) l *IWC-1220(d) 1SI79FA-2.0 l *IWC-1220(d) * ?. f.*^ ( ISI79GA-2.0 **' I ISI7911A-2.0 *IWC-1220(d) l
- 1852m(041988)
O O O Page ,36_ of _40_ BRAIDWOOD STATION INSERVICE PROGRAM 1st INTERVAL Unit 1 Con =cnwealth Edison CIASS 2 REV. 1
Description:
Exempt Class 2 Piping O . ., EXEMPTION REMARKS SYSTEM COf4PONENT Safety ISI79JA-2.0 *IWC-1220(d) Injection ISI79KA-2.0 *IWC-1220(d) ISI79LA-2.0 *IWC-1220(d) (Cont.) *IWC-1220(d) ISI79MA-2.0 ISI79PA-2.0 *IWC-1220(d) ISI790A-2.0 *IWC-1220(d) ISI79RA-2.0 *IWC-1220(d) ISI79SA-2.0 *IWC-1220(d) ISI80A-0.75 *IWC-1220(d) IS181A-0.75 *IWC-1220(d) ISI82AA-12.0 *IWC-1220(d) ISI82AB-12.0 *IWC-1220(d) ISI84A-0.75 *IWC-1220(d) ISI85A-0.75 *IWC-1220(d) ISI86A-0.75 *IWC-1220(d) ISI87A-0.75 *IWC-1220(d) ISI88AA-0.75 *IWC-1220(d) ISI88AB-0.75 *IWC-1220(d) ISI89A-0.75 *IWC-1220(d) ISI91AA-0.75 *IWC-1220(d) ISI91AB-0.75 *IWC-1220(d) ISI92A-0.75 *IWC-1220(d) ISI99AA-0.75 *IWC-1220(a) (d) ISI99BA-0.75 *IWC-1220(a)-(d) ISI99CA-0.75 *IWC-1220(a) (d) ISI99DA-0.75 *IWC-1220(a) (d)
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( s. (m ( (J Page 40 of 40 BRAIDWOOD STATION INSERVICE PROGRAM ' lst INTERVAL Unit 1 l Comonwealth f Edison CLASS 3 REV. 1
Description:
Exempt Class 3 Components O. .,
~
EXDiPTION REMARKS SYSTEM COMPONENT ' IWD-A,B.C Radioactive All Waste Gas IWD-A,B,C Process All Sampling IWD-A,B,C Reactor All Equipment Drains IWD-A,B,C Residual All IIeat Removal IWD-A,B,C Pressurizer All IWD-A,B,C Service Air All (Diesel Gen. Starting Air) IWD-A,B,C Safety 7.11 Injection IWD-A,B,C Essential SX lines < 4.0" diameter Service Water IWD-A,B,C Aux Building All Equip. Drains IWD-A,B,C Chilled Water WO lines i 4.0" diameter ., , , f, 1852m(041988)
l I Revision 1 l i i ,i L i i i (1 t t.- i e et 2.5 i i INSERVICE INSPECTION I ISOt'2TRIC DRAWINGS i F i } I. J 1 j i c; . < i 1 j 4 i i l l 1 1 1 1 4 a l@ + 1 l i 1 2-33 i i 1734rn(041988)1 i l- - _ _ , . - - . . - , _ . . - . , _ . . - , , . - . - _
R vision 1 Inservice Inspection Isometric Drawings C ( ,\/ The following pages contain Isometric Drawing for all components which require volumetric and/or surface examination. The following is a list of these isometrics: paawing No. Title lELHX-01 Excess Letdown Heat Exchanger 1 CSP-01 Containment Spray Pumps 1P R-01 Fressurizer Vessel 1SG-01 Steam Generator 1A ISG-02 Steam Generator 1B 1S0-03 Steam Generator 1C 1SG-04 Steam Generator ID 1RHX-01 Residual Heat Exchanger 1RGX-01 Regenerative Heat Exchanger ISWRF-01 Seal Water Heat Exchanger, Misc, Filters 1RCP-01 Reactor Coolant Pumps IVCT-01 Volume Control Tank 1RHP-01 Residual Heat Removal Pumps & Charging Pumps lLRHX-01 Letdown Reheat Heat Exchanger g. ILHX-01 Horizontal Letdown Heat Exchanger g' 1CV-01 Chem. & Vol. Control Line 1CVB7A-3" g 1CV-02 Chem. & Vol. Control Line 1CV45B-2" & 1RYl8A-2" 1CV-03 Chem. & Vol . Control Line ICV 14FB-2" & ICV 14GB-1 %" fq 1CV-04 Chem. & Vol . Control Line ICVASAB-2" & ICVA6AB-2" (/ 1CV-05 Chem. & Vol . Control Line 1CVA38-2" 1CV-06 Chem. & Vol. Control Line ICVlFA-2" & ICV 14FD-2" & ICV 14GD-l%" & ICV 14GA-l%"
' J-07 Chem. & Vol. Control Line ICVA3B-2" ICV-08 Chem. & Vol. Control Line ICVASAA-2" 1CV-09 Chem. & Vol . Control Line 1CVA3B-2" & 1CVA3AB-2" 1CV-10 Chem. & Vol. Control Line 1CVA7Ab-2" 1CV-Al Chem. & Vol. Control Line 1CVA3B-2" & ICVA6AA-2" 1CV-12 Chem. & Vol. Control Line ICV 45B-2" 1CV-13 Chem. & Vol . Control Line ICVA3B-2" 1CV-14 Chem. & Vol . Control Line 1CVA3B-2 '
1CV-15 Chem. & Vol. Control Line 1CVA3B-2" 1CV-16 Chem. & Vol. Control Line 1CV14FC-2" & ICV 14GC-l%" 1W-01 Feedwater Line - 1FW86AD-16" & 1WO3DD-16" 1W-02 C- Feedwater Line - IFW87AA-16" & 1WO3DA-16" lW-03 Feedwater Line - 1FW86AB-16" & 1FWO3DB-16" 1FW-04 Feedwater Line - lWO3DC-16" & 1FW87AC-16" lW-05 Feedwater Line - IFW81AB-6" & lW81BB-6" & 1FW87CB-6" lW-06 Feedwater Line - lW87CB-6" lW-07 Feedwater Line - lW87CC-6" 1FH-08 Feedwater Line - 1FW87CD-6" 1FW-09 Feedwater Line - lW87CA-6" lW-10 Feedwater Line - 1FW81BC-6", lW87CC-6" lW81AC-6 1FW-ll Feedwater Line - 1FW81AA-6",1FH81BA-6" & 1FW87CA-6" lW-12 Feedwater Line - IFW81AD-6",1FW81SD-6" & 1FW87CD-6" Oe 2-31 1734m(041988)2
Revision 1 Drawing No. Title [i 1MS-01 Main Stm. Line 1MS01AD-30 %" \ 1MS-02 .- Main Stm. Line IMS01BD-30 %", IMS07AD-28" & 1MS13AD-8" . 1MS-03 Main Stm. Line 1MS01AA-30 %" 1MS-04 Main Stm. Line 1MS01Ba-30 %", IMS13AA-8", IMS143AA-12", IMS07BA-28" & 1M507AA-28" 1MS-05 Main Stm. Line 1MS01AB-32 3/4" 1MS-06 Main Stm. Line IMSolBB-32 3/4", IMS07AB-23" & 1MS13AB-8" 1MS-07 Main Stm. Line IMs01AC-32 3/4" 1MS-08 Main Stm. Line 1MS01BO-32 3/A", IMSO'iAC-23" & IMS13AC-8" 1RC-01 Frimary Coolant System Loop 1 1RC-02 Primary Coolant System Loop 2 1RC-03 Primary Coolant System Loop 3 1RC-04 Primary Coolant System Loop 4 1RC-05 Reactor Coolant Surge Line 1RYllA-14" 1RC-06 Reactor Coolant Line IRC21AA-8" & 1RC21BA-8" 1RC-07 Reactor Coolant Line IRC28A-3" 1CV10DA-3", IRC37A-3", ICV 10DB-3", & 1RC36A-3" 1RC-08 Reactor Coolant Line IRC09FA-3" & 1RC09EA-3" 1RC-09 Reactor Coolant Line IRC21AB-3" g. IRC-10 Reactor Coolant Line IRC09FB-3" t' q 19C-ll Reactor Coolant Line IRC04AB-12", IRC05A3-6" ,. 6
& 1RH01AB-12" 1RC-12 Reactor Coolant Line IRC21AC-8" & 1RC21BC-8" 1RC-13 Reactor Coolant Line IRC09EC-3" & 1RC09FC-3"
[(~'}
- 1RC-14 Reactor Coolant Line IRC24AB-4" & 1RYOlAB-4" 1RC-15 Reactor Coolant Line IRC21AD-8" & 1RC21BD-8" 1RC-16 Reactor Coolant Line 1RYOlB-6" & 1RC01C-4" 1RC-17 Reactor Coolant Line IRC24AA-4",1RYO1 AA-4",
1RY01AB-4" & 1RYOlB-6" 1RC-18 Reactor Coolant Line IRC09FD-3" & 1RC09ED-3" 1RC-19 Reactor Coolant Line IRC22AB-1%" & 1RC46AB-3" 1RC-20 Reactor Coolant Line IRC22AD-1%" & 1RC46AD-3" 1RC-21 Reactor Coolant Line IRC22AB-l%" & 1R. LAD-3" 1RC-22 Reactor Coolant Line IRC05AA-6" & 1RC3:,AB-6" 1RC-23 Reactor Coolant Line IRC22AA-l%" & 1RC46AA-3" 1RC-24 Reactor Coolant Line IRC22AC-l%" & 1RC35AC-3" 1RC-25 Reactor Coolant Line IRC17AD-2", IRC43AD-2" & 1RC17BD-2" 1RC-26
#' Reactor Coolant Line IRC09BD-2" 1RC09CD-2",
1RC09DD-2" & 1RC53DA-2" l 1RC-27 Reactor Coolant Line IRC22AA-1 4" & 1RC22AC-1 %" I 1RC-28 Reactor Coolant Line IRC09BA-2", IRC09CA-2", 1RC09DA-2", IRC53AA-2" 1RC-29 Reactor Coolant Line IRC16AC-2" & 1RC16AD-2" 1RC-30 Reactor Coolant Line IRC13AA-2" 1RC13AB-2", IRC13AC-2" & 1RCl3AD-2" i I 1RC-31 Reactor Coolant Line IRC14AB-2" & 1RC26A-2" n 2-32 l 1734m(041488)3
Revision 1 l l Drawing No. Title <~ 1RC-32 heactor Coolant Line IRYO3Aa-6", 1RYO3AB-6", ( )1 r 1RYO3BA-6", 1RYO3BB-6", 1RYO3BC-6", 1RYO3AC-6" 1RC-33 Reactor Coolant Line IRC09BB-2", IRC09CB-2", IRC09DB-2", 1RC53BA-2" & 1RC09EB-3" 1RC-34 Reactor Coolant Line IRC09BC-2", 1RC09CC-2", IRC09DC-2" & 1RC53CA-2" 1RC-35 Reactor Coolant Line IRYC2A-6" 1RYO6A-3",1RYO2B-3" 1RC-36 Reactor Coolant Line IRC14AA-2" & 1CVA3AA-2" 1RC-37 Reactor Coolant Line IRC14AD-2" & 1CVA7AA-2" 1RC-38 Reactor Coolant Line IRC17AB-2", IRC178B-2", IRC43 AS-2" 1RC-39 Reactor Coolant Line IRC17AA-2", IRC17BA-2", IRC43AA-2" 1RC-40 Reactor Coolant Line IRC17AC-2", IRC43AC-2", IRC17BC-2" 1RC-41 Reactor Coolant Line IRC16AA-2" & 1RC16AB-2" 1RC-42 Reactor Coolant Line IRC14AC-2" 1RH-01 Residual Heat Removal Line IRH01AB-12" 1RH-02 Residual Heat Removal Line 1RH01AA-12" 1RH-03 Residual Heat Removal Line IRH03AA-8",1RH12A-8" 1RH-04 Residual Heat Removal Line 1RH01BA-12", 1RH01CA-16" & 1SI82BA-12" 1RH-05 Residual Heat Removal Line 1RH02AA-8" & 1RH09AA-S" 1RH-06 Residual Heat Removal Line 1RH02AB-8", i:ZO3AB-8", & g, 1RH09AB-8" ' J 1RH-07 Residual Heat Removal Line 1RH03AB-8",1RH14A-8" g d 1RH03AA-8"
- 1RH-08 Residual Heat Removal Line 1RH01BB-12" 1RH01CB-16 &
ISI82BB-12" [sN '} 1RH-09 Residual Heat Removal Line 1RH02AB-8" 1SI-01 Safety Inject Line ISIO9BA-10", IRC29AA-10" 1SI-02 Saf ety Inj ect Line ISI A4B-8",1SIO3FA-2", IRC04AA-12", IRC35AA-6" 1SI-03 Safety Inject Line ISIO5DA-6" ISI-04 Safety Inject Line ISIO5BA-8" & ISIOSCA-9" & 1SIO5CD-8" 1SI-05 Safety Inject Line ISIO9BB-10" & 1RC29AB-10" 1SI-06 Safety Inject line 13IO5DB-6" & ISIl8FB-2" 1SI-07 Safety Inject Line ISIO8FA-3", ISIO8FB-3" & 1SIO6E-3" 151-08 Safety Inject Line ISIO9FA-3" 1SI-09 Safety Inject Line ISIO9BC-10" & 1RC29AC-10" 1SI-10 Safety Inject Line 1SIO5DC-6" & 1SIl8FC-2" 1SI-11 Safety Inject Line ISIO4D-8" & 1SIO3DB-2" 1SI-12 .. Safety Inject Line ISIO4A-12",1SIO4B-12", ISIO4C-8" &' 1SIA4A-8" 1SI-13 Safety Inject Line ISIO9BD-10" & 1RC29AD-10" 1SI-14 Safety Inject Line ISIO5DD-6" 1SI-15 Safety Inject Line ISIO9JC-1 %", IRC45AC-3" & 1RC30AC-1 %" 1SI-16 Safety Inject Line ISIO8JD-1 %", IRC45AD-3" & 1RC30AD-1" 1SI-17 Safety Inject Line ISIO8JD-1 %", IRC45AB-3" & 1RC30AB-1" 1SI-18 Safety Inject Line ISIO8HB-2",1SIO8GB-1 %", /~) \s_/ ISI-19 ISIOBJB-1 %" Safety Inject Line ISIO8Ga-1 %" 1SIO8HA-2" & 1SIO8JA-1 %" 2-33 1734m(041988)4
> Rsvision 1 Drawing No. Title j 1S1-20 Safety Inject Line ISIO8GC-1 %" 1SIO8HC-2",
U r ISIO8GD-1 %", IS!08HD-2", 1SIO8JC-1 %", ISIO8JD-1 %" 1SI-21 Safety Inject Line 1SIO3DA-2" 1SI-22 Safety Inject Line ISIO3FB-2" 1SI-23 Safety Inject Line ISIl8FA-2", 1SIl8FD-2", 1RY76A-2" 1SI-24 Safety Inject Line ISIO6BA-24", ISIO6BB-24" 1SI-25 Safety Inject Line ISIO5AA-8" 1SI-26 Safety Inject Line ISIO5BB-8", ISIOSCB-8" & 1SIO5CC-8" 1SI-27 Safety Inject Line ISI08JD-1 %" 1SI-28 Safety Inject Line ISIO9AB-10" & 1SIO9AC-10" 1SI-29 Safety Inject Line 1SIO8JC-1 %" 1SI-30 Safety Inject Line ISIO9AA-10" & ISIO9AD-10" 1SI-31 Safety Inject Line ISIO8Ja-1", IRC45AA-3",1RC30AA-1" 1SI-32 Safety Inject Line 1SIO5AB-8" ^ 1SI-33 Safety Inject Line ISI34A-8" 1RV-01 R.P.V. Welds Zone 1 1 of 2 1RV-02 R.P.V. Welds Zone 1 2 of 2 1RV-03 R.P.V. Welds Zone 2 (i k' n O c;..- o a 2-34 1734m(041988)5 l
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