ML20215E163
| ML20215E163 | |
| Person / Time | |
|---|---|
| Site: | Vogtle  |
| Issue date: | 09/15/1986 |
| From: | GEORGIA POWER CO. |
| To: | |
| Shared Package | |
| ML20215E162 | List: |
| References | |
| ISI-P-002, ISI-P-2, NUDOCS 8610150087 | |
| Download: ML20215E163 (150) | |
Text
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( SOUTHERN COMPANY SERVICES INSPECTION, TESTING, AND ENGINEERING SECTION FOR GEORGIA POWER COMPANY !
ISI-P-002 PRESERVICE INSPECTION PROGRAM VOGTLE ELECTRIC GENERATING PLANT UNIT 1 SCS GPC SUPT REV DATE DESCR$PTION PREP'[ REV'O DEPT REV'O PLANT GEN BY BY MGR BY ENG MGR 0 4/19/84 Issued for PSI g g' {
1 1/31/85 General Update P 9 (( G.dk(.
2 General Update 3/21/86 Added Relief Cpg pg % 9 4.fg .g/6 gp Reauests: Incor-parated Deviation '
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1/17/ti O I 8610150097 DR 861003 ADOCK 05000424 l PDR l l
SUMMARY
OF REVISION 3 CHANGES Page 1-3 Clarified paragraphs 1.7 and 1.8 Page 1-4 Added clarification to paragraphs 1.92 (ET examinations) and 1.93 (high energy lines)
Added percentages of SER welds which have limited examinations Page 1-5 Clarified paragraphs 1.10 and 1.12 Page 1-6 Deleted RR-19 from list and added RR-40 to list to update list of general relief requests Page 1-7 Added paragraph 1.15 concerning PSI of snubbers added RR-41 and RR-45 to list to update list of general relief requests.
Page 2-1 Editorial correction to paragraph 2.1 Page 2-7 Added reference to RR-39 on Item No. Bl.11, Bl.12, Bl.21, Bl.22, and Bl.30 Page 2-8 Added reference to RR-43 on Item No. B2.40 O
(_/ Page 2-9 Added reference to RR-42 on Item No. B3.140 Page 2-19 Deleted reference to RR-19 on Item No. B9.11 Page 3-1 Clarified paragraph 3.1 Page 3-9 Added reference to RR-26 on Item No. C5.11 Page 4-1 Clarified paragraph 4.2 Page 4-6 Added reference to RR-44 on Item No. D2.20 Page 5-7 Deleted reference to RR-38 on Item No. F2.20 and F2.30 Added reference to RR-44 on Item No. F2.30 Page 5-9 Deleted reference to RR-38 on Item No. F3.20 and F3.30.
Page 5-10 Deleted reference to RR-38 on Item No. F3.40 Section 6 Line list revised to reflect changes in lines Page 7-1 Editorial change to RR-7 Page 7-2 RR-19 withdrawn
l Page 7-3 RR-38 withdrawn. RR-39 through RR-45 added. '
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Page 7-10 Editorial change Page 7-13 Added the sizes of the calibration block notches into RR-9.
Page 7-15 Added reference to IWF-2200(b) and construction code adequacy to RR-11. Also, added requirement to include construction code examination records in the PSI Final Report.
Page 7-20 Added reference to construction code adequacy to RR-13 and requirement to include construction code volumetric examination records in the PSI Final Report.
Page 7-27 Added reference to construction code adequacy to RR-16 and requirement to include , .
construction code examination records in the PSI Final Report.
Pages 7-31 RR-19 was withdrawn 7-31a, 7-31b Pages 7-43, Added clarification and an additional four 7-46 welds with limitations Page 7-49 Changed reference to Examination Category from C-A to C-B to be consistent with the code in RR-29.
Page 7-52 The Item No. on weld 11208-E6-003-WO3 was changed from C1.10 to C1.20 to be consistent with the code in RR-30 Page 7-53 Changed safety injection pump ID No. from 002 l to 003 i
, Page 7-66 Deleted four welds from RR-36 which were inserted into RR-26 l Page 7-73 RR-38 was withdrawn Pages 7-74 Added RR-39 through RR-45 i
through 7-88 l
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- DISTRIBUTION LIST Manual Holder Number C. W. Dean 1 J. M. Agold ,
2 3
J. J. Churchwell 4 5
J. A. Caudill 6 G. Bockhold, Jr. 7 W. F. Kitchens 8
. 9
, 10 R. T. Oedamer 11 J. A. Bailey 12 J. A. Edwards 13 14
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15 C. E. Bellflower 16 R. L. May 17 B. R. Quick / Document Control 18 J. A. Caudill/ Hartford Steam Boiler 19 O
O $
O 002 REV 3 i
/) 1.6.6 Visual Tests V
A visual (VT) examination will be employed to provide evidence of leakage or to provide a report of the general condition of the component.
A. The VT-1 examination shall be performed to determine corrosion, erosion, wear, cracks, or physical damage of the part, component, or surface being inspected.
B. The VT-2 examination shall be performed to determine and locate leakages from pressure retaining components or excessive leakage from components.without leakage collection systems.
C. The VT-3 examination shall be performed to determine the structural, general, and physical conditions of components or their supports.
D. The VT-4 examination shall be performed to determine the operability of support components and their mechanical or hydraulic devices.
1.7 Evaluation of Examination Results Examination results are evaluated per IWA-3000, IWB-3000, and O- IWF-3000 of the ASME Code,Section XI. Articles IWC-3000 and IND-3000 entitled " Acceptance Standards for Flaw Indications" are in the course of preparation and, as yet, are not available for use. Therefore, the rules of IWB-3000 may be utilized for ISI Class 2 and 3 components.
1.8 Repair Procedures Repair procedures have been developed by Georgia Power Company.
1.9 Augmented Inspections The Nuclear Regulatory Commission (NRC) has required certain augmented inspections as added assurance of structural reliability. The areas of interest and the examinations to be performed are as follows:
1.9.1 The results of the manufacturer's testing and examination will be used to satisfy the requirements of plant Technical Specification 4.4.10.2 and FSAR paragraph 1.9.14.2 for the reactor coolant pump flywheels.
O l-3 002 REV 3
1 a
1.9.2 The steam generator tubing shall be examined in
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\- accordance with Standard Technical Specifications NUREG-0452, Rev. 4 and Regulatory Guide 1.83, Rev. 1. The alternative techniques used for this examination, as permitted by paragraph IWA-2240, either satisfied or exceeded the requirements of Appendix IV of ASME Section XI and/or Article 8, Appendix I, of ASME Section V.
Eddy current examination was accomplished on 100 percent of the length of all tubes by making entry from both the cold-leg and hot-leg sides. The cold leg was examined to the upper support.
Examination of the hot leg included the area around the U-bend to the upper support on the cold-leg side. A 0.560-inch diameter spring-flex probe was used for the entire examination.
In addition, strip charts were printed and used to independently review and analyze all of the data. An inservice examination was simulated by using a "No-Jump" probe pusher for the entire preservice examination. This will permit an identical examination to be done during inservice.
1.9.3 Certain portions of the ISI Class 2 piping, which penetrate containment, are designated as high energy lines and, as such, receive augmented examinations. These examinations consist of the large diameter main steam and feedwater welds extending from the containment penetration to the first rigid I'd U
restraint. (See item 12 under Class 2 components.)
l.9.4 A minimum of 8 percent of the total number of welds in the engineered safety systems (safety injection, containment heat removal, and residual heat removal) will be subjected to an ultrasonic examination in accordance with the requirements of the VEGP Safety Evaluation Report paragraph 6.6.3. These added welds were mostly in thin-walled and small-diameter piping that had not previously been selected for volumetric weld examinations due to size, pressure, and temperature exemptions.
Restrictions encountered while examining these welds are identified in RR-35, RR-36, and RR-37.
- The table below gives the approximate percentages for the
- examination of these piping welds per the SER:
l
! Percent of Percent of Welds with Welds Examined Limitations vs.the No.
System vs. The Required 8% of Welds Examined i
l Safety Injection 10% 44%
Containment Heat 11% 35%
Removal l Residual Heat 10% 43%
Removal l l-4 002 REV 3 l-
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() 1.10 Reactor Coolant Loop Piping E:: amination The reactor coolant loop piping will be examined by both surface and volumetric methods. The calibration block for the ultrasonic (UT) examination will be fabricated using the guidance of ASME Section XI and Section V and will contain appropriate side-drilled holes and notches.
Presently the primary method of UT examination will be a state-of-the-art technique utilizing a pitch-catch refracted longitudinal wave method with low frequency transducers focused at the ID of the pipe. The Electric Power Research Institute is currently performing research to improve the UT examination techniques for the centrifugally cast stainless steel piping.
1.11 ASME Class 1 Valve Internal Surfaces i The results of the manufacturer's testing and examination will be used to satisfy the preservice visual examination requirements.
See Relief Request 27.
1.12 Limitation of Examinations-The preservice-inspection program outlined for Class 1, Class 2, O Class 3 components and component supports has been developed in accordance with ASME Section XI examination requirements and a design review. The design review ensured that the examination requirements of the 1980 Edition of ASME Section XI for piping welds, including those at containment penetrations, were incorporated into the plant design. Any limitation to these Code required examinations found during the conduct of the preservice inspection has been noted in these tables under Section XI Coda relief request column. All relief requests will be documented in the VEGP Unit-1 Final Report.
The following tables provide a tabulation of the class 1, 2 and 3 pressure retaining components and component supports subject to the examination requirements of subsection IWB, IWC, IWD and IWF of ASME Section XI, 1980 Edition with Addenda through Winter 1980, with the exception of reactor pressure vessel examination categories B-A, B-D, B-F, B-G-1 (flange ligament only), B-J, B-N-2 and B-N-3, where Winter 1981 Addenda is used, as allowed by 10 CFR 50.55a (g) 3 (v).
The tables identify the component to be examined, the method of examination, ASME Section XI examination item no., Code category, examination requirement / figure no., and Section XI Code relief requests, if any. All required examinations were performed in accordance with subsections IWB, IWC, IWD and IWF to the extent practical.
O 1-5 002 REV 3
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() 1.13 Relief Requests During the course of the preservice inspection, examination areas were identified where total compliance with the requirements of the ASME Code was r.ot achieved. Relief requests were prepared for each of these areas. The relief requests address the area of relief, ASME Code examination requirements, Code item no. and category, if applicable, basis for relief, and alternate examination, if any. Each relief request is identified by a unique number and is contained in Section 7 of this document. Relief requests that pertain to a particular category and code item no. are listed opposite the appropriate item no. in the IWB, IWC, IWD, or IWF Table. General relief requests that do not apply to a unique item no. are identified below.
Relief Request No. Examination Area RR-18 Use of Section XI, Appendix III for dustenitiC and dissimilar metal piping welds RR-22 Technique for UT examination of welds in centrifugally cast piping and static-cast elbows RR-23 Use of a single calibration block for examination of three sizes of centrifugally cast piping and three sizes of static-cast elbows RR-25 Use of cast stainless piping calibration block to examine nozzle-to-piping weld through overlayed pipe RR-31 Use of piping calibration blocks to examine thin-wall vessel welds RR-35 Technique for UT examination of thin-wall and small-diameter Class 2 l
piping RR-36 UT examination of thin-wall Class 2 P i ping RR-37 UT examination of small-diameter Class 2 P ii P ng RR-40 Notch length in Basic Ultrasonic Calibration Blocks for examination of vessel welds
! 1-6 002 REV 3 l
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/^ RR-41 Use of a centrifugally-cast stainless (m)T steel (SA-351CF8A) piping calibration block for the mechanized examination of the reactor vessel nozzle to the safe-end welds RR-45 Use of IWB-3500 Evaluation Tables in the 1980 Edition of Section XI 1.14 Code Cases Used During PSI The guidance of the following Code Cases listed in Regulatory Guide 1.147, Revision 4, were used during the PSI:
N-34 N-375-2 N-98 N-389 N-113-1 N-401 N-11G N-402 N-211 N-408 N-216 N-234 N-235 N-236 N-278 N-306
^s N-307 (h N-308 N-311 N-335 N-343 N-355 1.15 Preservice Examination of Snubbers to Meet FSAR Question 210.47-As required by FSAR Question 210.47, a preservice examination will be performed on snubbers installed in safety-related systems and on snubbers whose failure of the system on which they are installed would adversely affect a safety-related l system. This examination will be made after snubber installation but not more than 6 months prior to initial system pre-operational testing.
(1) 0007I 1-7 002 REV 3
2.0 CLASS 1 SYSTEMS AND COMPONENTS 2.1 Purpose The purpose of this section is to define a baseline inspection program for Class 1 systems and components to meet the intent of Section XI of the ASME Boiler and Pressure Vessel Code, 1980 Edition through Winter 1980 Addenda. Reactor pressure vessel i
examination categories B-A, B-D, B-F, B-G-1 (flange ligaments only), B-J, B-N-2, and B-N-3 were accomplished to the 1980 Code through Winter 1981 Addenda.
2.2 Inspection Schedule Class 1 systems and components, other than the steam generator tubes and the primary side of the steam generators were examined prior to the cold hydro. A,ll items still outstanding, including i the steam generator tubes and the primary side of the steam generators, shall be examined following the cold hydro but prior to commercial operation.
2.3 Inspection Scope Areas subject to preservice inspection are shown in the Os following tables by examination category. The preservice inspection scope of work tables list the anticipated percentage of Class 1 welds and components that are to be examined, to the extent practicable, per IWB-2000. In addition, these tables describe the exemptions applicable to each program item number.
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0007I 2-1 002 REV 3 1
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VOGTLE ELECTRIC GENERATING PLANT UNIT 1 002 REV 3 l
i PRESERVICE INSPECTION TABLE IWB-2500-1 EXAMINATION CATEGORIES (Sheet 1 of 20) i B-A, PRESSURE RETAINING WELDS IN REACTOR VESSEL 1 Examination Examination Method i Pro- IWB- Requirements / Section XI gram 2500-1 Component Parts Figure Volu- Sur- Vis- Code Relief Item Item Examined Number metric face ual Requests Comments 1
- N/A Bl.10 Shell Welds 1 Bl.ll Circumferential IWB-2500-1 UT RR-2, -39 l
j 2 Bl.12 Longitudinal IWB-2500-2 UT RR-3, -39 N/A Bl.20 Head Welds 3 Bl.21 Circumferential IWB-2500-3 UT RR-5, -7, -39
}
j 4 Bl.22 Meridional IWB-2500-3 UT RR-4, -39 m 5 Bl.30 Shell-to-Flange IWB-2500-4 UT RR-1, -39 i 14 Weld
{ 6 ~Bl.40 Head-to-Flange IWB-2500-5 UT PT/MT RR-7
- Weld i N/A Bl.50 Repair Welds N/A N/A- N/A N/A to VEGP.
I N/A Bl.51 Beltline Region IWB-2500-1,2 N/A N/A N/A N/A to VEGP.
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, VOGTLE ELECTRIC GENERATING PLANT UNIT 1 002 REV 3 PRESERVICE INSPECTION TABLE IWB-2500-1 EXAMINATION CATEGORIES (Sheet 2 of 20)
B-B, PRESSURE-RETAINING WELDS IN VESSELS OTHER THAN REACTOR VESSELS Examination Method Pro- IWB- Examination Section XI gram 2500-1 Component Parts Requirements / Volu- Sur- Vis- Code Relief Item Item Examined Fiqure No. metric face ual Requests Comments Pressurizer N/A B2.10 Shell-to-head welds 7 B2.11 Circumferential IWB-2500-1 UT RR-12 8 B2.12 Longitudinal IWB-2500-2 UT i N/A B2.20 Head welds i N/A B2.21 Circumferential IWB-2500-3 N/A N/A N/A N/A to VEGP.
l N/A B2.22 Meridional IWB-2500-3 N/A N/A N/A N/A to VEGP.
Steam Generators (Primary Side)
N/A B2.30 Head Welds N/A B2.31 Circumferential IWB-2500-3 N/A N/A N/A N/A to VEGP.
]
N/A B2.32 Meridional IWB-2500-3 N/A N/A N/A N/A to VEGP.
9 B2.40 Tubesheet-to- IWB-2500-6 UT RR-43 4
Head Weld
) Heat Exchancers 1 (Primary Side)
N/A B2.50 Shell (or Head)
Welds N/A B2.51 Circumferential IWB-2500-1,3 N/A N/A N/A N/A to VEGP.
4 N/A B2.52 Longitudinal IWB-2500-2,3 N/A N/A N/A N/A to VEGP.
(or Meridional)
, N/A B2.60 Tubesheet-to- IWB-2500-6 N/A N/A N/A N/A to VEGP.
! Shell (or Head) j Welds 1
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g VOGTLE ELECTRIC GENERATING PLANT UNIT 1 ~ 002 REV 3
- ' PRESERVICE INSPECTION TABLE IWB-2500-1 EXAMINATION CATEGORIES (Sheet 3 of 20)
- B-D, FULL PENETRATION WELDS OF NOZZLES IN VESSELS - INSPECTION PROGRAM B l
i Examination Examination Method l Pro- IWB- Requirements / Section XI gram 2500-1 Component Parts Figure Volu- Sur- Vis- Code Relief
]
- Item Item Examined Number metric face ual Requests Comments 4
Reactor Vessel f 10 B3.90 Nozzle-to-Vessel IWB-2500-72 UT 1 Welds 11 B3.100 Nozzle Inside IWB-2500-72 UT Radius Section Pressurizer m 12 B3.110 Nozzle-to-Vessel IWB-2500-72 UT RR-12, -14
- E Welds 13 B3.120 Nozzle Inside IWB-2500-72 UT RR-15 j Radius Section
! Steam Generators l (Primary Side)
] N/A B3.130 Nozzle-to-Vessel IWB-2500-7 N/A N/A N/A N/A to VEGP.
j Welds j 14 B3.140 Nozzle Inside IWB-2500-7 UT RR-42
! Radius Section l Heat Exchangers
- (Primary Side N/A B3.150 Nozzle-to-Vessel IWB-2500-7 N/A N/A N/A N/A to VEGP.
i Welds
! N/A B3.160 Nozzle Inside IWB-2500-7 N/A N/A N/A N/A to VEGP.
Radius Section 5
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O O O VOGTLE ELECTRIC GENERATING PLANT UNIT 1 002 REV 3 PRESERVICE INSPECTION TABLE IWB-2500-1 EXAMINATION CATEGORIES (Sheet 13 of 20)
B-J, PRESSURE RETAINING WELDS IN PIPING Examination Examination Method Pro- IWB- Requirements / Section XI gram 2500-1 Component Parts Figure Volu- Sur- Vis- Code Relief Item Item ,
Examined Number metric face ual Requests Comments N/A B9.10 Nominal Pipe Size 14 in.
37 B9.ll Circumferential IWB-2500-8 UT PT/MT RR-8,-17,-18, Welds -20,-22,
-23,-24,-25, i
-26 i N/A B9.12 Longitudinal IWB-2500-8 N/A N/A N/A N/A to VEGP. i m Welds l l *L N/A B9.20 Nominal Pipe Size <4 in. l 38 B9.21 Circumferential IWB-2500-8 PT/MT Welds N/A B9.22 Longitudinal IWB-2500-8 N/A N/A N/A N/A to VEGP.
Welds N/A B9.30 Branch Pipe Connection Welds 39 B9.31 Nominal Pipe IWB-2500-9, UT PT/MT RR-21 Size 14 in 10 and 11 40 B9.32 Nominal Pipe IWB-2500-9, PT/MT Size <4 in. 10, and 11 41 B9.40 Socket Welds IWB-2500-8 PT/MT
3.0 CLASS 2 SYSTEMS AND COMPONENTS 3.1 Purpose I
The purpose of this section is to define a baseline inspection program for class 2 systems and components to meet the intent of '
Section XI of the ASME Boiler and Pressure Vessel Code, 1980 Edition through the Winter 1980 Addenda. Welds in the residual heat removal, eniergency core cooling, and containment heat removal systems will be selected according to the 1974 Edition '
through Summer 1975 Addenda of the Code as required by 10CFR 50.55a.
3.2 Inspection Schedule
, As much as practicable, Class 2 systems and components shall be examined prior to the cold hydro. All items still outstanding shall be examined following the cold hydro but prior to commercial operation.
3.3 Inspection Scope Areas subject to preservice inspection are shown in the following tables by examination category. The preservice
,]s - inspection scope of work tables list the anticipated percentage i of Class 2 welds and components that are to be examined, to the extent practical, per IWC-2OOO. In addition, these tables i describe the exemptions applicable to each program item number.
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O 0007I 3-1 002 REV 3
O O O VOGTLE ELECTRIC GENERATING PLANT UNIT NO. 1 002 REV 3 PRESERVICE INSPECTION TABLE IWC-2500-1 EXAMINATION CATEGORIES Sheet 5 of 8 C-F, PRESSURE RETAINING WELDS IN PIPING Examination Examination Method Pro- IWC- Requirements / Section XI gram 2500-1 Component Parts Figure Volu- Sur- Vis- Code Relief Number metric face ual Requests Comments Item Item _ Examined N/A C5.10 Piping Welds - )
51/2 in. I I
nominal wall thickness 9A C5.11 Circumferen- IWC-2500-7 PT/MT RR-26 tial Weld 2 9B C5.12 Longitudinal IWC-2500-7 PT/MT Note 8 Weld N/A C5.20 Piping Welds -
>1/2 in.
nominal wall thickness 10A C5.21 Circumferen- IWC-2500-7 UT PT/MT RR-34 tial Weld 2 10B C5.22 Longitudinal IWC-2500-7 UT PT/MT Note 8 Weld N/A C5.30 Pipe Branch Con-nections 11 C5.31 Circumferen- IWC-2500-9 PT/MT tial Weld 2 N/A C5.32 Longitudinal IWC-2500-7 N/A N/A N/A N/A to VEGP.
Weld 12A N/A Augmented AUT N/A N/A See subsection 1.9.3 in Introduction 3
4.0 CLASS 3 SYSTEMS AND COMPONENTS 4.1 Purpose The purpose of this section is to define a baseline inspection program for Class 3 systems and components to meet the intent of Section XI of the ASME Boiler and Pressure Vessel Code, 1980 Edition through Winter 1980 Addenda.
4.2 Inspection Schedule As much as practicable, Class 3 systems and components shall be examined in conjunction with the component support examinations following the initiation of hot functional tests.
4.3 Inspection Scope Areas subject to preservice inspection are shown in the following tables by examination category. The preservice inspection scope of work tables list the anticipated percentage of Class 3 systems and components that are to be examined, to the extent practical, per IWD-2000. In addition, these tables describe .he exemptions applicable to each program item number.
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0007I 4-1 002 REV 3 1
O O' O VOGTLE ELECTRIC GENERATING PLANT UNIT NO. 1 PRESERVICE INSPECTION 002 REV 3 TABLE IND-2500-1 EXAMINATION CATEGORIES Sheet 3 of 6 i D-B, SYSTEM IN SUPPORT OF EMERGENCY CORE COOLING, CONTAINMENT HEAT REMOVAL, ATMOSPHERE CLEANUP, AND REACTOR RHR Examination Examination Method Pro- IWD- Requirements /
- gram 2500-1 Component Parts Section II Figure Volu- Sur- Vis- Code Relief j Item Item Examined Number metric face ual Requests l Comments 7 D2.10 Pressure IWA-5000/
j Retaining IWD-5221 N/A N/A to PSI 2, Componentsl IWA-5000/ N/A IWD-5223 N/A N/A to PSI 2,3,
! 8 D2.20 Integral
- Attachment Component i Supports and
'?m Restraints 4 IWD-2500-1 VT-3 RR-44 l 9 D2.30 Integral l Attachment
.j t
Mechanic 41 and Hydraulic i
Snubbers 4 IWD-2500-1 VT-3 '
10 D2.40 Integral
- Attachment Spring Type i Supports 4 IWD-2500-1 VT-3 4
11 D2.50 Integral Attachment Constant Load Type Supports 4 IWD-2500-1 VT-3 i
O O O VOGTLE ELECTRIC GENERATING PLANT UNIT NO. 1 002 REV 3 PRESERVICE INSPECTION TABLE IWP-2500-1 EXAMINATION CATEGORIES Sheet 2 of 5 l
F-B, LINEAR TYPE SUPPORTS l
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- Examination Examination Method
- Pro- IWP- Requirements / Section XI I
gram 2500 Component Parts Figure Volu- Sur- Vis- Code Relief Item Item Examined Number metric face ual Requests Comments 5 F2.10 Mechanical IWP-1300-1 VT-3 Connections to Pressure Re-taining Com-4 ponents and Building Structure l
l 6 F2.20 Weld Connections IWF-1300-1 VT-3
! p to Building
- ~4 Structure 1
! 7 F2.30 Weld and IWF-1300-l' VT-3 RR-ll, -44 j Mechanical Connections at 1 Intermediate Joints in Multiconnected Integral and J
Nonintegral l Supports l
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O O O VOGTLE ELECTRIC GENERATING PLANT UNIT NO. 1 002 REV 3 ,
PRESERVICE INSPECTION TABLE IWF-2500-1 EXAMINATION CATEGORIES Sheet 4 of 5 F-C, COMPONENT STANDARD SUPPORTS i
l Examination Examination Method
- Pro- IWF- Requirements / Section XI gram 2500 Component Parts Figure Volu- Sur- Vis- Code Relief i Item Item Examined Number metric face ual Requests Comments 9 F3.10 Mechanical IWF-1300-1 VT-3 Connections to
, Pressure Re-
! taining Com-
! ponents and Building Structure ui 10 F3.20 Weld Connections IWF-1300-1 VT-3 j3 to Building Structure .
1 i 11 F3.30 Weld and IWF-1300-1 VT-3 Mechanical Connections at l Intermediate i Joints in i
Multiconnected
- Integral and 4
Nonintegral i Supports 4
l O O O VOGTLE ELECTRIC GENERATING PLANT UNIT NO. 1 002 REV- 3 PRESERVICE INSPECTION j TABLE IWF-2500-1 EXAMINATION CATEGORIES Sheet 5 of 5 i F-C, CONTINUED
! Examination Examination Method i Pro- IWF- Requirements / Section XI i gram 2500 Component Parts Figure Volu- Sur- Vis- Code Relief Item Item Examined Number metric face ual Requests Comments 12 r' 40 Component Dis- IWF-1300-1 VT-3 i
l placement j Settings of
{ Guides and Stops, Mis-alignment
- of Supports, i Assembly of J Support Items Y'
E; 13 F3.50 Spring Type IWF-1300-1 VT-4 Supports, Con-stant Load Type Supports, Shock j
j Absorbers, Hydraulic and l Mechanical 1 Type Snubbers I
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() 6.0 LINE DESIGNATION LIST 6.1 Scope The lines listed in the Line Designation List are within the scope of the ASME Code,Section XI. The examination method for each individual line also is designated.
6.2 Systems The Line Designation List includes the following systems:
System System No.
Reactor Coolant 1201 Nuclear Service Cooling Water 1202 Component Cooling Water 1203 Safety Injection 1204 Residual Heat Removal 1205
(} Containment Spray Chemical and Volume Control 1206 1208 Nuclear Sampling-Liquid 1212 Spent Fuel Cooling and Purification 1213 Containment and Auxiliary Building 1214 l Drains - Radioactive 3 Auxiliary Component Cooling Water 1217 Radwaste Solidfication Building Cooling Water 1222 Main Steam 1301 Auxiliary Feedwater 1302 Condensate and Feedwater 1305 Condensate Chemical Injection 1411 Plant Demineralized Water 1418 Containment Heat Removal 1501 O
0336I 6-1 002 REV 3
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Containment Building Normal Preaccess 1505
[As) Purge Supply Containment Building Normal Preaccess 1506 Purge Exhaust Containment Building Post-LOCA Purge Exhaust 1508 Containment CRDM Cavity and Reactor Support 1511 Cooling Containment Building Elec Hydrogen Recombiner 1513 Containment Heat Removal 1515 Safety-Related (ESF) Chillers 1592 Radiation Monitor 1609 Waste Processing System-Liquid 1901 Fire Protection Water 2301 Service Air 2401 Auxiliary Gas 2402 C)
\,_/ Instrument Air 2420 Post Accident Sampling 2702 6.3 Containment Penetrations A list of containment penetrations and their examination requirements follows the Line Designation List.
6.4 Safety-Related Snubbers Outside the Scope of ASME Code,Section XI
' Draft Technical Specificat*7n 3/4.7.8 requires the examination of snubbers on safety-related systems and on nonsafety-related I
systems where a snubber failure could have an adverse affect on a safety-related system. Safety-related lines which contain snubbers requiring Section XI exams are included in the Line Designation List. Non safety-related lines which contain snubbers designed as safety related by the architect / engineer are listed in a Supplemental Line List filed behind the list of Containment Penetrations.
0336I 6-2 002 REV 3
O O O VEGP Unit No.1 Line Designation List 002 Re . 3 6
Systee: Reactor Coolant - System No. 1201 Sheet og _
$ Reference Drawing Line Number o = . Emamination Method 3 $ . . ISI Class -
P&lD
!5 ? E N 3 hy 5 5* [gE .
g o .
. Notes f I lf$
! '"'** "~
$$ h 'hE hf! met k j$ ih f h jg f 1 1201 001 29.000 1 111 FGO 2.450 617 2235 UT PT VT-2 26 D6 001 111 D6 See Note 19.
I 1201 002 29.000 1 111 FC0 2.450 617 2235 UT PT VT-2 26 E6 002 111 E6 See Note 19.
I 1201 003 29.000 1 111 FC0 2.450 617 2235 UT PT VT-2 26 E3 003 111 E3 See Note 19.
I 1201 004 29.000 1 111 FGO 2.450 617 2235 UT PT VT-2 26 D4 004 111 D3 See Note 19.
I 1201 005 31.000 1 111 FC0 2.600 556 2201 UT PT VT-2 26 D7 005 111 D8 1 1201 006 31.000 1 111 FGO. 2.600 556 2201 UT PT VT-2 26 E7 006 111 E8 1 1201 007 31,000 1 111 FGO 2.600 556 2201 UT PT VT-2 26 F3 007 111 F1 1 1201 008 31.000 1 111 FGO 2.600 556 2201 UT PT VT-2 26 D2 008 111 D1 1 1201 009 27.500 1 111 FGO 2.320 556 2301 UT PT VT-2 26 C6 009 111 B6 j 1 1201 010 27.500 1 111 FC0 2.320 556 2301 UT PT VT-2 26 F6 010 111 G6 1 1201 011 27.500 1 111 FGO 2.320 556 2301 UT PT VT-2 26 F4 011 111 F4 1 1201 012 27.500 1 111 FC0 2.320 556 2301 UT PT VT-2 26 C4 012 111 B3 1 1201 014 0.375 1 212 FC2 0.065 617 2235 N/A N/A VT-2 8 26 D4 111 F4 1 1201 014 0.500 1 212 FC2 0.065 617 2235 N/A N/A VT-2 8 140 C7 See Note 18, 1 1201 014 0.750 1 212 FC2 0.095 617 2235 N/A N/A VT-2 B 140 C7 See Note 18.
I 1201 015 0.375 1 212 FC2 0.065 617 2235 N/A N/A VT-2 B 26 C6 ill C5 1 1201 015 0.500 1 212 FC2 0.065 617 2235 N/A N/A VT-2 B 140 C8 See Note 18, 1 1201 015 0.750 1 212 FG2 0.095 617 2235 N/A N/A VT-2 B 140 C8 See Note 18.
I 1201 016 0.375 1 212 FC2 0.065 653 2235 N/A N/A VT-2 8 27 C7 112 D8 1 1201 016 0.500 1 212 FGO O.188 653 2235 N/A N/A VT-2 B 140 F8 See Note 18.
I 1201 016 0.750 1 212 FG2 0.095 653 2235 N/A N/A VT-2 B 140 F8 See Note 18.
I 1201 017 0.375 1 212 FC2 0.065 653 2235 N/A N/A VT-2 B 27 B5 112 BS 1 1201 017 0.500 1 212 FC0 0.188 653 2235 N/A N/A VT-2 B 140 G8 See Note 18.
03: 61 6-3 6ssi
- VEGP Uh.1 Liste Desigreetioet Li
- t O
002 R2v. 3 1
Reactor- Coolant - Systen No. 12Ci1 Sheet . O f __
I $ Reference Drawing
- Line Number ,
5 . Examination Method j F c 151 Class i
, 3: , P&lO 15 Y i S 3 iI T I Ir ji blS1. a o .
Notes 5
3 System No. k&f ZEO h
9
& 2 f2y kC OI.
k " " '
Surface Visual $$ 6 E5 29 2 -Q
~
Zec 0 9.,
0 $3 j X. u 1 1205 017 0.750 1 212 FG2 0.095 653 2235 N/A N/A VT-2 B 140 G8 See Note 18.
- 1 1201 018 0.750 1 212 FGO 0.219 556 2299 N/A N/A VT-2 8 27 C4 112 E4 1 1201 019 0.750 1 212 FGO 0.219 556 2299 N/A N/A VT-2 8 27 C4 112 C4 1 1201 021 1.000 1 111 FGO 0.250 617 2233 N/A N/A VT-2 B 27 D3 113 D1 1 1201 021 2.000 1 111 FGO 0.344 617 2233 N/A PT VT-2 26 F3 021 111 D6 l 1 1201 022 1.000 1 111 FC0 0.250 617 2233 N/A N/A VT-2 8 27 D3 113 D1 1 1201 022 2.000 1 111 FGO 0.344 617 2233 N/A PT VT-2 26 E6 022 111 F6 1 1201 023 1.000 1 111 FC0 0.250 617 2233 N/A N/A VT-2 B 27 D3 113 D1 i 1 1201 023 2.000 1 111 FC0 0. 316 4 617 2233 N/A PT VT-2 26 E3 023 111 E3 i
- 1 1201 024 1.000 1 111 FGO 0.250 617 2233 N/A N/A VT-2 8 27 D3 113 D1
} 1 1201 024 2.000 1 111 FCO 0.344 617 2233 N/A PT VT-2 26 C4 024 111 D3 1 1201 025 2.000 1 111 FC0 0.344 556 2301 N/A PT VT-2 26 C6 025 111 B7 a 1 1201 026 2.000 1 111 FC0 0.344 556 2301 N/A PT VT-2 26 F6 026 111 G7 l
1 1201 027 2.000 1 111 FGO 0.344 556 2301 N/A PT VT-2 26 F3 027 111 H3 1 1201 028 2.000 1 111 FC0 0.344 556 2301 N/A PT VT-2 26 C3 028 111 C3 1 1201 029 4.000 1 111 FGO 0.531 556 2299 UT PT VT-2 26 C6 029 111 B6 I 1 1201 030 4.000 1 111 FGO O.531 556 2299 UT PT VT-2 26 B4 030 111 C4 1 1201 030 6.000 1 111 FGO- 0.719 556 2235 UT PT VT-2 27 D5 030 112 C4 1 1201 031 2.000 1 111 FGO 0.344 556 2201 N/A PT VT-2 26 B7 031 Ill B8 1 1201 032 1.000 1 111 FGO 0.250 617 2233 N/A N/A VT-2 B 27 E8: 113 E2
! 1 1201 033 1.000 1 111 FGO 0.250 617 2233 N/A N/A VT-2 B 27 E4 113 E2 I
j 1 1201 034 1.000 1 111 FC0 0.250 617 2233 N/A N/A VT-2 B 27 E4 113 E2 1 1201 035 1.000 1 111 FGO O.250 617 2233 N/A N/A VT-2 B 27 E4 113 E2 j
i 033 61 6-4 assri k
4
VEGP Un .1 Line Designation List 002 R ,3 System: Reactor Coolant - System No. 1201 Sheet of Line Number ,,,
u = Examination Method 3 h $ $ c ISI Class pain 3$2 ; o ; 2g_ .g g, ;;j plSI-- o Notes
- v I"' mZ Z
{ System No. R g C Sh Vi d
d 3 ZsO 9 & 2 Z e- 0 O2 Od- **I' C EO z$ 0 y}' -
y X, .-
0 1 1201 036 0.750 1 111 FGO 0.219 617 2235 N/A N/A VT-2 B 112 G2 See Note 18.
I 1201 036 12.000 1 111 FGO 1.125 617 2235 UT PT VT-2 26 D6 036 111 D5 1 1201 037 0.750 1 212 FGO O.219 617 2235 N/A N/A VT-2 B 26 C6 111 D6 1 1201 042 2.000 1 111 FC0 0.344 556 2201 N/A PT VT-2 26 F7 042 111 G8 1 1201 044 0.750 1 212 FGO 0.219 617 2235 N/A N/A VT-2 B 26 E3 111 F4 1 1201 046 2.000 1 111 FGO 0.344 556 2201 N/A PT VT-2 26 F3 046 111 C1 1 1201 048 3.000 1 111 FC0 0.438 556 2299 N/A PT VT-2 26 G4 048 111 H4 1 1201 049 0.750 1 111 FC0 0.219 617 2235 N/A N/A VT-2 B 122 D2 See Note 18.
1 1201 049 12.000 1 111 FC0 1.125 617 2235 UT PT VT-2 26 D4 049 111 D4 1 1201 050 2.000 1 111 FCO 0.344 617 2235 N/A PT VT-2 47 C3 050 122 C2 1 1201 051 2.000 1 111 FGO 0.344 556 2201 N/A PI VT-2 26 C3 051 111 82 1 1201 053 14.000 1 111 FGO 1.406 653 2235 UT PT VT-2 27 B6 053 112 A6 1 1201 053 16.000 1 111 FGO 1.590 653 2235 UT PT VT-2 26 B5 053 111 D4 1 1201 054 0.750 1 212 FGO 0.219 120 3 N/A N/A VT-2 B 26 ES 111 F5 1 1201 054 1.000 1 212 FGO 0.250 120 3 N/A N/A VT-2 B 26 E5 111 F5 See note 18.
1 1201 055 1.000 1 111 FC0 0.250 617 2235 N/A N/A VT-2 B 26 F4 114 D6 1 1201 056 6.000 1 111 FCO 0.719 653 2235 UT PT VT-2 27 D5 056 112 E6 1 1201 057 6.000 1 111 FGO 0.719 653 2235 UT PT VT-2 27 D6 057 112 E6 1 1201 058 6.000 1 111 FGO 0.719 653 2235 CY PT VT-2 27 D6 058 112 E7 1 1201 059 3.000 1 111 FGO 0.438 653 2235 N/A PT VT-2 27 C7 059 112 E8 1 1201 059 6.000 1 ill FGO 0.719 653 2235 UT PT VT-2 27 C6 059 112 E7 1 1201 060 3.000 1 111 FGO 0.438 653 2235 N/A PT VT-2 26 D7 060 112 D7 1 1201 060 6.000 1 111 FGO 0.719 653 2235 UT PT VT-2 27 D7 060 112 D7 See Note 18.
03 6I 6-5 65511
1 VEGP .1 Line Desegnation List 002ag.3 Syseeni: Reactor Coolant - System No.1201 Sheet of -
Refevence Drawing Line Numbee .,,
g 3 .$
F Enaminat6on Method 8 , 3 ,,, e ISI Class pago i5 Y i S 3 iIy 5 I2 N .
Ol58-g y Notes ,
3 System No. kh Za0 h
9 & 2 ZFO h
OE C
O Sueface Visual hh ZU mw 6
u
- ~
$3 E5
-Q u
l I
1 1201 068 0.750 2 212 FC0 0.219 120 3 N/A N/A VT-2 J,1, 27 D6 112 H5 1 1201 077 1.000 2 212 LLI 0.133 120 3 N/A N/A VT-2 J.l. 112 G3 1 1201 077 3.000 2 212 LL1 0.216 120 3 N/A N/A VT-2 J,1, 112 F2 See Note 11 I 1201 084 0.750 1 212 FC0 0.219 653 2235 N/A N/A VT-2 B 27 B5 112 B6 1 1201 097 0.750 1 212 FGO 0.219 653 2235 N/A N/A VT-2 B 27 C7 112 D7 1 1201 098 0.750 3 313 LLI 0.113 70 100 N/A N/A VT-2 112 H2 1 1201 115 0.380 3 313 FG2 0.065 70 3 N/A N/A VT-2 112 G2 See Note 18.
I 1201 115 1.000 3 313 LL1 0.133 70 3 N/A N/A VT-2 112 H2 1 1201 116 3.000 1 111 FGO O.438 617 2233 N/A PT VT-2 27 H6 116 113 G4 1 1201 117 3.000 1 til FGO 0.438 617 2233 N/A PT VT-2 27 H5 117 113 G4 1 1201 118 3.000 1 111 FGO 0.438 617 2233 N/A PT VT-2 27 H5 118 113 G4 1 1201 119 3.000 1 111 FC0 0.438 617 2233 N/A PT VT-2 27 H5 119 113 G4 1 1201 120 0.750 1 212 FGO 0.219 556 2301 N/A N/A VT-2 B 27 G7 113 E7 1 1201 121 0.750 1 212 FGO 0.219 556 2301 N/A N/A VT-2 B 27 G7 113 E7 1 1201 122 0.750 1 212 FGO 0.219 556 2301 N/A N/A VT-2 B 27 G7 113 E7 1 1201 123 0.750 1 212 FGO 0.219 556 2301 N/A N/A VT-2 8 27 G7 113 E7 1 1201 124 0.750 1 212 FGO 0.219 556 2301 N/A N/A VT-2 B 27 F7 113 E5 1 1201 125 0.750 1 212 FGO 0.219 556 2301 N/A N/A VT-2 B 27 F7 113 E5 1 1201 126 0.750 1 212 FC0 0.219 556 2301 N/A N/A VT B 27 F7 113 E5 1 1201 127 0.750 1 212 FC0 0.219 556 2301 N/A N/A VT-2 B 27 F6 113 E5 1 1201 128 0.750 1 212 FGO 0.219 617 2233 N/A N/A VT-2 8 27 F5 113 E4 1 1201 129 0.750 1 212 FGO 0.219 617 2233 N/A N/A VT-2 B 27 F5 113 E4 1 1201 130 0.750 1 212 FGO 0.219 617 2233 N/A N/A VT-2 B 27 F5 113 E4 0 32 61 6-6 sssi
r n VEGP UnA.1 Iv)
Line Designation List 002 R ,3 System: Reactor Coolant - System No. 1201 Sheet of _
Reference Drawing Line Number ,
u = $. E xamination Method I
3 $ ISI Class pglD E*- . O g ;g_ .
.c
- c. 3;g ],6'. o Notes System No.
C '," Surface Visual d *
~
3 Zac 9 & 2 ZFO O Od- mw z$ 0 *" $ jX 0
l 1 1201 131 0.750 1 212 FGO 0.219 617 2233 N/A N/A VT-2 B 27 F5 113 E4 1 1201 132 0.750 1 212 FGO 0.219 617 2233 N/A N/A VT-2 B 27 G4 113 E2 1 1201 133 0.750 1 212 FGO 0.219 617 2233 N/A N/A VT-2 B 27 G4 113 E2 1 1201 134 0.750 1 212 FGO 0.219 617 2233 N/A N/A VT-2 B 27 G4 113 E2 1 1201 135 0.750 1 212 FC0 0.219 617 2233 N/A N/A VT-2 B 27 G4 113 E2 1 1201 150 0.750 1 212 FGO 0.219 556 3 N/A N/A VT-2 8 26 B7 111 A7 1 1201 178 1.000 2 212 LL1 0.133 120 3 N/A N/A VT-2 J,6 112 G2 See Note 11.
I 1201 179 2.000 1 111 FGO 0.465 556 2301 N/A PT VT-2 27 F7 179 113 E6 1 1201 180 2.000 1 111 FC0 0.465 556 2301 N/A PT VT-2 27 F7 180 113 E6 1 1201 181 2.000 1 111 FC0 0.465 556 2301 N/A PT VT-2 27 F7 181 113 E6 1 1201 182 2.000 1 111 FGO 0.465 556 2301 N/A PT VT-2 27 F7 182 113 E6 1 1201 183 2.000 1 111 FGO 0.465 617 2233 N/A PT VT-2 27 F4 183 113 E3 1 1201 184 2.000 1 111 FC0 0.465 617 2233 N/A PT VT-2 27 F4 184 113 E3 1 1201 185 2.000 1 111 FGO 0.465 617 2233 N/A PT VT-2 27 F4 185 113 E3 1 1201 186 2.000 1 111 FGO 0.465 617 2233 N/A PT VT-2 27 F4 186 113 E3 1 1201 188 0.750 3 313 LL1 0.113 70 3 N/A N/A VT-2 112 H1 1 1201 188 1.000 3 313 LL1 0.133 70 3 N/A N/A VT-2 112 H1 g 1 1201 191 2.000 1 111 FCO 0.344 556 2301 N/A PT VT-2 27 F6 191 113 F5 1 1201 192 2.000 1 111 FGO 0.344 556 2301 N/A PT VT-2 27 F6 192 113 F5 1 1201 193 2.000 1 111 FC0 0.344 556 2301 N/A PT VT-2 27 F6 193 113 F5 1 1201 194 2.000 1 111 FC0 0.344 556 2301 N/A PT VT-2 27 F6 194 113 F5 1 1201 197 0.375 2 212 FGO 0.065 556 2201 N/A N/A VT-2 J,1; 26 D6 111 D7 See Note 18.
I 1201 197 0.500 2 212 FGO 0.188 556 2201 N/A N/A VT-2 J,I s 26 D6 111 D7 03: 61 6-7 assi:
n VEGP Un&.1 Nj h Line Designation List 002 Rev. 3 System: Reactor Coolant - System No. 1201 Sheet of Line Number ,
u = Examination Method 3 h $ ,,, ", , c 158 Class -
pago
? $ 3 )b i 5 52 . d g o .
.Netes i
3 System No. kgh Zas h
9 h
2 fh zes 0_0 C f oa_
Surface Visual 3
$w zg d
0 g} gx
-Q j
1 1201 198 0.375 2 212 FGO 0.065 556 2201 N/A N/A VT-2 J,5 26 E6 111 F7 See Note 18.
I 1201 198 0.500 2 212 FGO 0.188 556 2201 N/A N/A VT-2 J,6 26 E6 111 F7 1 1201 199 0.375 2 212 FC0 0.065 556 2201 N/A N/A VT-2 J,6 26 E3 111 F2 See Note 18.
1 1201 199 0.500 2 212 FC0 0.188 556 2201 N/A N/A VT-2 J,6 26 E3 111 F2 1 1201 200 0.375 2 212 FGO 0.065 556 2201 N/A N/A VT-2 J,6 26 D3 111 D2 See Note 18.
I 1201 200 0.500 2 212 FGO 0.188 556 2201 N/A N/A VT-2 J,6 26 D3 111 D2 1 1201 208 2.000 1 111 FGO 0 . 314 4 617 2235 N/A PT VT-2 47 F3 208 122 F2 1 1201 209 0.375 2 212 FGO 0.065 120 3 N/A N/A VT-2 J,6 26 F5 111 F5 1 1201 209 0.500 2 212 FC0 0.188 120 3 N/A N/A VT-2 J,1. 26 F5 111 F5 See Note 18.
l 1 1201 233 1.000 1 111 FGO 0.250 617 2233 N/A N/A VT-2 B 27 E4 113 BS 1 1201 234 1.000 1 111 FC0 0.250 617 2233 N/A N/A VT-2 B 27 E4 113 B5 1 1201 235 1.000 1 111 FGO 0.250 617 2233 N/A N/A VT-2 B 27 E4 113 B5 1 1201 236 1.000 1 111 FGO 0.250 617 2233 N/A N/A VT-2 B 27 E4 113 B5 1 1201 238 0.750 1 212 FGO 0.219 617 2235 N/A N/A VT-2 B 47 F1 122 F1 1 1201 239 0.750 1 212 FC0 0.219 617 2235 N/A N/A VT-2 B 47 C1 122 D1 03: 61 6-8 6Ss f 3
VEGP Un .1 Line Designation List 002 Rev. 3 Nuclea r Service Coolino Water - System No. 1202 Sheet o _
Line Number u = Examination Method 3 h $ ". , c ISI Class pago is? E S 3 ist s 5- M .
ilSI-a s o .
Notes 3
- $ Systern No. kKh ZdO h
9 & llE f9h z t- c oE kE kC oay v '"'
rnetric Surface Visual 3h gg yg g
j Q
x
+-
g$
1 1202 001 1.000 2 212 LL8 0.133 105 145 N/A N/A VT-2 D,I 37 G3 135 1 G2 See Note 18.
I 1202 001 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 37 G3 001 135 1 G3 1 1202 001 8.000 2 212 LL8 0.322 105 145 UT PT VT-2 37 G3 001 135 1 G2 See Note 11.
I 1202 002 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 B2 135 1 81 1 1202 002 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 37 F2 135 1 G1 1 1202 002 10.000 3 313 LL8 0.365 105 145 N/A N/A VT-2 37 02 135 1 C1 1 1202 032 14.000 3 313 LLS 0.250 105 145 N/A N/A VT-2 37 A3 135 1 B1 1 1202 003 0.750 3 313 LL8 0.133 105 145 N/A N/A VT-2 36 G5 134 G5 1202 003 LL8 0.154 VT-2 1 2.000 3 313 105 145 N/A N/A 36 G5 134 F5 1 1202 003 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 H6 134 H5 1 1202 003 4.000 3 313 LL8 0.237 105 145 N/A N/A VT-2 36 H7 134 H6 1 1202 003 16.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 36 H7 134 H6 1 1202 004 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 34 B4 133 1 B3 See Note 18.
1 1202 004 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 34 C4 133 1 C4 1 1202 004 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 E5 134 E4 1 1202 004 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 36 E5 134 E5 1 1202 004 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 36 E7 134 E7 1 1202 004 6.000 3 313 LL8 0.280 95 145 N/A N/A VT-2 34 B8 133 1 88 See Note 18. f 1 1202 004 16.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 34 B3 133 1 C2 1 1202 004 24.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 34 C7 133 1 B8 1 1202 005 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 38 B5 135 2 B4 See Note 18.
I 1202 005 6.000 3 313 LL8 0.280 105 145 N/A N/A VT-2 38 B5 135 2 B5 See Note 18, 1 1202 005 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 38 B6- 135 2 B6 03361 6-9
.ss , ,
. - - . . . . - . ~ . - . - _ - . . . - - -- -
i
-c, u 4. i O O Line Designetion list 002 Rev. 3 i Systoni: Nuciea r service Coo: Ing waeer - systee No. 1202 Sheet of i y neve,ence o in,
[
i Line Number u = . Examination Method 1 S E $ F e ISI Class 858-paso b5 i 8 h g 2 $* g y .
E 3
Syste No. fgy b 5
$Fcf O? Od C Surface Visual jh gh E ,
O Zas $ & 2 aw Zf u $3 j X., u l' 1 1202 006 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 35 B4 133 2 83 See Note 18.
1 1202 006 1.000 3 313 LLS 0.133 95 145 N/A N/A VT-2 35 B5 133 2 C4 See Note 18.
I 1202 006 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 B3 134 C3 1 1202 006 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 36 B5 134 B4
! 1 1202 006 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 36 B7 134 B6 1 1202 006 6.000 3 313 LLS 0.280 95 145 N/A N/A VT-2 35 88 133 2 88 See Note 18.
I 1 1202 006 16.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 84 133 2 C3 l
1 1202 006 24.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 B7 133 2 B7
]
j 1 1202 007 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 34 F6 133 1 G6 1
- 1 1202 008 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 34 F6 133 1 G6 1
j 1 1202 009 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 34 F6 133 1 G7 l 1 1202 010 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 34 F8 133 1 G7 1 1202 011 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 35 G6 133 2 G6 1 1202 012 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 35 G7 133 2 G6 1 1202 013 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 35 G7 133 2 G7 1 1202 014 12.000 3 313 LL8 0.406 105 145 N/A N/A VT-2 35 G8 133 2 G8 3
1 1202 017 3.000 3 313 LLS 0.216 100 100 N/A N/A VT-2 37 D6 135 1 D6 i 1 1202 018 3.000 3 313 LL8 0.216 100 145 N/A N/A VT-2 35 G2 133 2 G1 1 1202 019 2.000 3 313 LLS 0.154 AMB 145 N/A N/A VT-2 34 C4 133 1 C4 1 1202 020 2.000 3 313 LLS 0.154 AMB 145 N/A N/A VT-2 35 C5 133 2 C4 1 1202 021 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 38 88 135 2 B8 3 1 1202 023 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 34 C8 133 1 D8
.1 l 1 1202 024 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 C8 133 2 C8 i
1 033 61 6-10 sssi 1
("
VEGP Unie.1 Line Des 4gnation List
( [d'\
002 R;v. 3 System: 3 18 Nuclear Service Cooling Water - System No. 1202 Sheet of Line Number o = Examination Method 3 h $ $ o, c iSI Class lSI- pgio 5y 3 0 3 ) y 5 5* . N g o .
Notes 3
System No. k&h ZdO h
9 &
h llE fE Zh5 o?
C kE OE$
'~
Susface Visual 5k .h 35 E@ 0 N. O y} j "x, d
1 1202 028 1,000 3 313 LL8 0.133 100 145 N/A N/A VT-2 37 C7 135 1 C7 See Note 18.
1 1202 028 2.000 3 313 LL8 0.154 100 145 N/A N/A VT-2 37 C7 135 1 C7 1 1202 029 6.000 3 313 LL8 0.280 95 50 N/A N/A VT-2 34 E5 133 1 F5 1 1202 029 8.000 3 313 LL8 0.322 95 50 N/A N/A VT-2 34 D6 133 1 E5 See Note 10.
I 1202 030 6.000 3 313 LL8 0.280 95 50 N/A N/A VT-2 35 E6 133 2 E5 1 1202 030 8.000 3 313 LL8 0.322 95 50 N/A N/A VT-2 35 C6 133 2 E5 See Note 18.
I 1202 031 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 34 C4 133 1 C5 1 1202 032 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 C5 133 2 C5 1 1202 033 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 34 C5 133 1 C5 1 1202 034 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 C5 133 2 C5 1 1202 035 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 37 G7 135 1 G7 See Note 18.
1 1202 035 10.000 3 313 LL8 0.365 105 145 N/A N/A VT-2 37 G7 135 1 E8 1 1202 036 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 35 H2 133 2 H2 See Note 18. g 1 1202 036 10.000 3 313 LL8 0.365 105 145 N/A N/A VT-2 35 H2 133 2 H2 1 1202 037 10.000 3 313 LL8 0.365 Inn 145 N/A N/A VT-2 37 F6 135 1 E6 1 1202 037 18.000 3 313 LL8 0.562 100 145 N/A N/A VT-2 135 1 E6 See Note 18.
I 1202 038 10.000 3 313 LL8 0.365 100 145 N/A N/A VT-2 35 F2 133 2 F1 1 1202 039 0.250 3 313 FG4 0.049 105 145 N/A N/A VT-2 135 2 B3 See Note 18. l 1 1202 039 0.500 3 313 LL8 0.109 105 145 N/A N/A VT-2 38 B5 135 2 B4 l 1 1202 045 0.750 3 313 LL8 0.113 95 145 N/A N/A V1-2 1?3 1 B4 See Note 18, 1 1202 1202 045 045 2.000 3.000 3
3 313 313 LL8 LL8 0.154 95 95 145 N/A N/A VT-2 VT-2 34 B4 133 1 B5 See Note 18.
l 1 0.216 145 N/A N/A 34 84 133 1 B4 1 1202 046 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 133 2 B4 See Note 18. l 03: 61 6-11
. ,, , I
()
in ,~
VEGP Un Line Desegnation List
.1 Q ~
002 Rev. 3 System: nuc i ea r Se rv i ce Coo l i ng Wa te r - Sys tem No. 1202 Sheet of Line Number u = $ Reference Drawing
. Examination Method 853-
_E. h $ [ , c 651 Class , pago
$ .- 2 )hy 5 52 .
g 0 Notes kg?h E
3 System No.
Zac h
9 &
2 fh C OE-Surface Visual 5 6 Ew ZU ZFs O- u $3 jX _
0 _
1 1202 046 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 A6 133 2 B5 See Note 18.
I 1202 046 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 35 B5 133 2 B4 1 1202 049 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 34 E4 133 1 E4 See Note 18.
I 1202 049 2.000 3 313 LL8 0.154 95~ 145 N/A N/A VT-2 34 E4 133 1 C3 1 1202 049 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 34 C3 133 1 C2 1 1202 050 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 35 E4 133 2 E4 See Note 18.
1 1202 050 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 E5 133 2 E4 1 1202 053 0.750 3, 313 LL8 0.113 95 145 N/A N/A VT-2 34 F5 133 1 F4 See Note 18.
1 1202 053 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 34 F5 133 1 F4 See Note 18.
1 1202 053 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 34 F4 133 1 F4 1 1202 053 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 34 G3 133 1 F4 1 1202 054 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 35 G4 133 2 C4 See Note 18.
1 1202 054 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 35 F5 133 2 F4 See Note 18.
I 1202 054 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 35 F5 133 2 F4 1 1202 057 0.500 3 313 LL8 0.109 105 145 N/A N/A VT-2 38 A5 135 2 A4 1 1202 059 0.500 3 313 LL8 0.109 105 145 N/A N/A VT-2 38 A4 135 2 A3 1 1202 062 1.000 3 313 LL8 0.133 100 145 N/A N/A VT-2 37 C6 135 1 C6 See Note 18.
1 1202 062 2.000 3 313 LL8 0.154 100 145 N/A N/A VT-2 37 C7 135 1 C7 1 1202 063 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 34 D3 133 E2 1
See Note 18. l 1 1202 063 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 34 E4 133 1 C2 1 1202 064 064 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 35 D4 133 2 E3 See Note 18.
l 1 1202 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 D4 133 2 03 1 1202 067 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 34 F4 133 1 F3 See Note 18.
03261 6-12
.5,,,
I VEGP Un6.1 Line Des #gnation List (O) 002 Rev. 3 5 18 System: Nuciea r Service Cooi ang water - System No. 1202 sewet at _
Line Number ,,
u = E mamination Method 3 h h ", c ISI Class 85 0 pg, go EIv lll u ; ;g7 .5
- g. _,
- j ,fA o . Not es E System No. -- s C Y '"'
Surface Visual E h -
3 Z 6 :- 9 & 2 Z h E. O Odb **I"'
$5 $5 0 jjjk 0 1 1202 067 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 34 F4 133 1 F3 See Note 18.
l 1 1202 067 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 34 F3 133 1 F3 1 1202 068 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 35 F4 133 2 G3 See Note 18.
I 1202 068 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 35 F5 133 2 F4 See Note 18, 1 1202 068 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 35 F4 133 2 F3 l 1 1202 072 6.000 3 313 LL8 0.280 105 145 N/A N/A VT-2 135 2 B3 See Note 18.
1 1202 072 8.000 3 313 LL8 0.322 95 145 N/A N/A VT-2 38 B5 135 2 B5 1 1202 073 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 37 F7 135 1 E7 See Note 18.
l l 1 1202 073 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 F7 135 1 F7 !
1 1202 674 1.000 3 313 LL8 0.133 100 145 N/A N/A VT-2 37 E8 135 1 E8 See Note 18, 1
1 1202 074 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 E8 135 1 F8 l 1 1202 076 1.000 3 313 LL8 0.133 100 145 N/A II/A VT-2 37 E8 135 1 E8 See Note 18.
1 1202 076 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 E8 135 1 F8 1 1202 077 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 34 F3 133 1 El See Note 18. g 1 1202 077 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 34 E3 133 1 D1 1 1202 079 0.750 3 313 LLS 0.113 105 145 N/A N/A VT-2 34 F3 133 1 F1 See Note 18.
I 1202 079 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 34 F3 133 1 F1 See Note 18.
1 1202 079 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 34 F2 133 1 F1 1 1202 082 1.000 3 313 LL8 0.133 100 145 N/A N/A 'VT-2 37 F7 135 1 F7 See Note 18. l 1 1202 082 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 F7 135 1 F7 1 1202 084 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 C2 133 2 C2 )
1 1202 084 22.000 3 313 LL8 0.250 95 145 h/A N/A VT-2 35 C2 133 2 C2 See Note 18.
I 1202 084 24.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 C4 133 2 C3 See Note 18.
03: 61 6-13 6%73
i
-. -e. i Line Dessenstion List O O 002 nev. 3
)
6 18 Systene: Nucinar service Cooiing water - system No. 1202 Sn.et et 4
Reference Drawing
- Line Number ,.
g =,
F
$. Emaminat6on Method S 3: c 158 Class ,3,; pgto y 5 y '
2 . o g y .
i 3
System No. kh h h fff kC k O ?.,
Surface V65ust Eh gh g ,Q ~
Z O & 2 Z 6- s OK- sh ZT u $3 fx ,_
u 1 1202 085 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 35 C2 133 2 C1 1
1 1202 086 14.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 35 E3 133 2 D2 1 1202 086 16.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 35 D2 133 2 D2
! 1 1202 086 18.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 35 D3 133 2 D2 q 1 1202 086 22.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 35 D3 133 2 D2 See Note 18.
j 1 1202 087 14.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 35 E2 133 2 El 1 1202 088 14.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 35 F3 133 2 F1 1 1202 088 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 35 G5 133 2 F5 See Note 18.
l 1 1202 088 16.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 35 F3 133 2 C2 1 1202 088 24.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 35 G4 133 2 G4 1 1202 089 14.000 3 313 LL8 0.250 105 145- N/A N/A VT-2 35 F2 133 2 F2 1 1202 090 2.000 3 313 LL8 0.154 100 145 N/A N/A VT-2 35 C3 133 2 C1
- 1 1202 091 2.000 3 313 LL8 0.154 100 145 N/A N/A VF-2 35 C3 133 2 C2 t
i 1 1202 094 2.000 3 313 LL8 0.154 105 145 N/A N/A YT-2 35 E2 133 2 El
! 1 1202 095 2.000 3 313 LLS 0.154 105 145 N/A N/A VT-2 35 E3 133 2 E2 i
l 1 1202 096 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 35 F2 133 2 F2 1
! 1 1202 096 2.000 3 313 LLS 0.154 105 145 N/A N/A VT-2 35 E3 133 2 F2 See Note 18.
l 1 1202 098 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 38 D8 135 2 D8 See Note 18.
! 1 1202 098 8.000 3 313 LL8 0.322 95 145 h/A N/A VT-2 38 E7 135 2 E8 1 1202 098 16.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 38 D8 134 2 88 l 1 1202 099 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 38 C6 135 2 C5
, 1 1202 099 8.000 3 313 LLS 0.322 105 145 N/A N/A VT-2 38 C3 135 2 C1 1
[ 1 1202 099 16.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 38 C7 135 2 C1 03361 6-14 ,
VEGP Uni .1 Line DeWion List 002 R:v. 3 System: 7 18 l Nuclea r Service Cooling Water - System No. 1202 Sheet of -
$ Reference Drawing Line Nurnber g =, . Emamination Method (i Ie j , 3: ,, c 150 Class PailO
, i5 Y ii S 3 iIy '
li .
OlS1. 4 a .
Notes
{
3 System No. k&h h h C k "" C Surface Visual
$h 6 -Q ZEs 9 & 2 Z 6- c o? od Ew ze O 33 y x. u 1 1202 104 6.000 3 313 LL8 0.280 95 145 N/A N/A VT-2 134 G1 See Note 18.
1 1202 104 8.000 3 313 LL8 0.322 95 145 N/A N/A VT-2 34 C3 133 1 C1 4
1 1202 105 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 134 F4 See Note 18.
1 1202 105 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 36 E5 134 E4 See Note 18.
1 1 1202 105 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 F5 134 F4 j 1 1202 110 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 36 E4 134 E3 See Note 18.
1 1202 110 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 134 F3 See Note 18.
j 1 1202 110 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 F4 134 E4 I 1 1202 111 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 36 G4 134 G4 See Note 18.
I 1 1202 111 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 G4 134 E4 1 1202 115 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 36 E6 134 E6 See Note 18.
1 1202 115 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 36 F6 134 E6 1 1202 115 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 36 E6 134 E6 1 1202 116 1.500 3 313 LL8 0.145 95 145 N/A N/A VT-2 134 F5 See Note 18.
1 1 1202 116 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 F6 134 F6 1 1202 117 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 36 G6 134 F6 See Note 18.
l 1 1202 117 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 36 C6 134 F6 1 1202 117 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 H6 134 F6 1 1202 118 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 G6 134 G6 1 1202 118 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 G6 134 G6 1 1202 122 1.500 3 313 LL8 0.145 95 145 N/A N/A VT-2 36 F8 134 E8 1 1202 122 1.000 3 313 LLB 0.133 105 145 N/A N/A VT-2 134 F8 See Note 18.
i 1 1202 122 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 36 E8 134 E8 i
03361 6-15
VEGP Une~ .1 _
v Line Designation List 002 Rsv. 3 8 18 System: Nuclear Service cooling water - System No. 1202 Sheet of _
$ Reference Drawing Line Number .,,
u = . Examination Method 158-3 h $ ",,, c,, c 151 Class paso iay a S 3 iiy e : -
fi .
D a o .
"oi ,
{
3 System No. k&h ZdO h
f & 2 ffh O-Z F- O kC kS O E $.
- l '
Surface Visual Ek d
$5 z$ 0 3} yX O
~
0 1 1202 123 1.500 3 313 LL8 0.145 95 145 N/A N/A VT-2 134 F8 See Note 18.
1 1202 123 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 F8 134 F8 1 1202 124 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 36 G8 134 G8 See Note 18. f 1 1202 124 1.500 3 313 LLS 0.145 105 145 N/A N/A VT-2 36 Gd 134 F8 1 1202 124 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 H8 134 F8 1 1202 125 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 G8 134 G8 1 1202 125 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 G8 134 G8 1 1202 134 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 36 G3 134 G3 See Note 18.
1 1202 134 6.000 3 313 LL8 0.280 105 145 N/A N/A VT-2 134 G2 See Note 18.
1 1202 134 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 36 H3 134 F2 1 1202 138 0.750 2 212 LLB 0.113 95 145 N/A N/A VT-2 J,6 135 1 B4 See Note 18.
1 1202 138 4.000 2 212 LL8 0.237 95 145 UT PT VT-2 37 B4 138 135 1 B4 1 1202 139 4.000 2 212 LL8 0.237 105 145 UT PT VT-2 37 B2 139 135 1 B2 See Note 11 1 1202 140 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 38 G6 140 135 2 G6 See Note 18.
1 1202 140 8.000 2 212 LL8 0.322 95 145 UT PT VT-2 38 G6 140 135 2 G6 1 1202 141 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 J,1. 135 2 E6 See Note 18.
1 1202 141 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 38 E5 141 135 2 F6 See Note 18.
1 1202 141 8.000 2 212 LL8 0.322 105 145 UT PT VT-2 38 E5 141 135 2 E6 1 1202 144 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 134 B8 See Note 18.
1 1202 144 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 C4 133 2 G3 1 1202 144 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 35 C4 133 2 C3 1 1202 145 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 36 D8 134 D7 See Note 18. l 1 1202 145 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 D8 134 C7 03- 61 6-16
VEGP Un .1 )
Line Designation List 002 R3v. 3 System: Nuclea r service Coos ina water - System No. 1202 Sheet o -
Line Number ,
u = E xamination Method 5 'SI-3 h ". , e ISI Class paio hh? $ E- ? h$ $ 5 52 $* . d g * .
N*k' 3
- $ System No. k&h h f2h C " '
Surface Visual 5h d *
~
Z60 9 & 2 ZFO O- Od- EE Z$ 0 $3 y-XQ_ 0 1 1202 145 3.000 3 313 LLS 0.216 105 145 N/A N/A VT-2 35 G5 133 2 C4 1202 151 0.750 313 LL8 0.113 95 N/A VT-2 36 See Note 18.
1 1 1202 151 2.000 3
3 313 LL8 0.154 105 145 145 N/A N/A N/A VT-2 36 D3 D3 134 134 D3 D2 l
1 1202 151 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 36 D2 134 D1 1 1202 151 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 36 E3 134 E2 1 1202 151 16.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 36 E7 134 E7 1 1202 155 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 36 B2 134 B1 See Note 18.
1 12i)2 155 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 134 B1 See Note 18.
1 1202 155 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 B2 134 B2 1 1202 156 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 36 D2 134 C2 See Note 18. l 1 1202 156 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 C2 134 D1 1 1202 160 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 36 B5 134 C4 1 1202 160 3.000 3 313 LL8 0.216 95 145 N/A N/A , VT-2 36 B5 134 B4 1 1202 161 1.500 3 313 LL8 0.145 95 145 N/A N/A VT-2 134 B3 l
1 1202 161 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 85 134 B4 1 1202 162 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 36 C5 134 C4 1 1202 162 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 DS 134 C4 1 1202 163 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 134 D4 See Note 18. f 1 1202 163 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 D5 134 D4 1 1202 163 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 D5 134 D4 1 1202 167 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 36 B6 134 B6 See Note 18.
1 1202 167 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 134 B6 See Note 18. u 1 1202 167 1.500 3 313 LL8 0.145 95 145 N/A N/A VT-2 36 C6 134 B6 03:61 6-17 I m,,
VEGP Un .1 Line Designation List 002 R;v. 3 NucIe a e service Cc o i Ina Wate r - Svsten No. 1 202 Sh'*I O -
Line Number 'u = $ Reference Drawing
. Examination Method 3 $ c 151 Class IS'- pago
)5 3 $ 5 )$y 5 5* [0 . d g o .
-Notes 3
i System No. kh b k f*h kC kE '"
O E b. ** I "l' Surface Visual E! d
- O $
ZEO 1 3} px
$ 2 Z t- O O 50 z$ 0 0 1 1202 167 3.000 3 313 LL8 0.216 95 145 N/A N/A VT-2 36 B6 134 B6 1
1 1202 1202 168 168 1.500 2.000 3
3 313 313 LL8 LL8 0.145 0.154 95 95 145 145 N/A N/A N/A N/A VT-2 VT-2 36 B6 134 134 B5 B6 See Note 18.
l 1 1202 1202 169 0.750 1.500 3 313 LL8 0.113 105 145 N/A N/A VT-2 36 D6 134 D6 See Note 18. l 1 169 3 313 LL8 0.145 105 145 N/A N/A VT-2 36 D6 134 C6 1 1202 169 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 D3 134 C6 1 1202 170 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 D6 134 DS 1 1202 170 3.000 3 313 LL8 0.216 105 145 N/A N/A VT-2 36 06 134 D6 1 1202 174 14.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 37 D7 135 1 E7 1 1202 174 16.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 37 D7 135 1 E7 1 1202 174 18.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 37 C7 135 1 C7 1 1202 174 22.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 37 C7 135 1 B7 See Note 18. l 1 1202 175 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 37 B7 135 1 A7 1 1202 176 2.000 3 313 LL8 0.154 100 145 N/A N/A VT-2 37 B7 135 i C6 1 1202 177 2.000 3 313 LL8 0.154 100 145 N/A N/A VT-2 37 B7 135 1 C7 1 1202 178 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 37 C6 135 1 C6 See Noto 18.
1 1202 178 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 C6 135 1 C7 1 1202 179 14.000 3 313 LL8 0.250 100 145 N/A N/A VT-2 37 D7 135 1 E7 1 1202 180 14.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 37 F7 135 1 F7 1 1202 181 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 34 F5 133 1 F5 See Note 18.
1 1202 181 14.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 37 F7 135 1 F7 1 1202 181 16.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 37 G8 135 1 C8 03 6 6-18 l 65573
VEGPU Line Desig6.ation List
.1 ()
D (%
(,)
002 Riv. 3 System: 11 18 Nuclea r service cooi sng water - system No.1202 Sheet of _
Line Number ,
u = Examination Method g ,5 P&lD
_. , ll: 7 l .
E$3 5 +- 3 EEy ; s* {'5 . gd g o .
Notes 3
System No. fgf Z cE O h
2 f2h C O? OdS f ** IC Surface Visual Ek d 30 ZU 0
$j jX
-Q
~~
Z 6- O 0 1 1202 181 20.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 34 G3 133 1 G3 1 1202 181 24.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 34 G4 133 1 G4 1 1202 182 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 E7 135 1 E7 1 1202 183 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 E8 135 1 E8 1 1202 184 18.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 34 F6 133 1 G5 See Note 1.
1 1202 185 18.000 3 313 LL8 0.250 105 145 N/A N/A VT-2 35 F6 133 2 F5 See Note 2.
1 1202 187 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 37 B6 135 1 B5 1 1202 187 1.000 3 313 LL8 0.113 95 145 N/A N/A VT-2 37 E6 135 1 E6 See Note 18.
1 1202 187 8.000 3 313 LL8 0.322 95 145 N/A N/A VT-2 37 F5 135 1 E5 1 1202 187 10.000 3 313 LL8 0.365 95 145 N/A N/A VT-2 37 E6 135 1 E6 1 1202 187 14.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 37 A5 135 1 B5 1 1202 188 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 J,l 37 E4 135 1 E4 See Note 18.
1 1202 188 1.000 2 212 LL8 0.133 95 145 N/A N/A VT-2 J,f. 135 1 E5 See Note 18.
1 1202 188 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 37 E4 188 135 1 E4 1 1202 188 8.000 2 212 LL8 0.322 95 145 UT PT VT-2 37 F5 188 135 1 E4 See Note 11 0.750 1 1202 1202 189 189 2
2 212 212 LL8 0.113 95 145 N/A N/A VT-2 J,1, 135 1 E3 See Note 18.
l 1 6.000 LLS 0.280 95 145 UT PT VT-2 37 D4 189 135 1 E3 1202 1.000 212 0.133 1
1202 192 192 2
2 212 LL8 95 145 N/A N/A VT-2 J ,1: 37 135 1 E2 See Note 18.
l 1 6.000 LLO 0.280 105 145 UT PT VT-2 37 E3 192 135 1 E2 1 1202 192 8.000 2 212 LL8 0.322 105 145 UT PT VT-2 37 E3 192 135 1 E2 See Note 11.
1 1202 194 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 37 E2 135 1 El 1 1202 195 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 37 H6 135 1 C6 1 1202 196 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 J,'t 37 H4 135 1 G3 See Note 18. l 03: 61 6-19
VEGP Uni .1 Line Designation List 002 R v. 3 Nuclea r Service Coolina Water - System No. 1202 Sheel 0 - - - -
$ Reference Drawing Line Number ,
u = . Examination Method 3 h $. $ , c ISI Class l5 - pg, g o
)5y E 3 5 5* Noles f"yh 0
$ . d g .
{ System No. k&h h --
h kC k " " ' '
Surface Visual 5k d * -Q 3 Z ti' O $ & 2 Z t- O O OE- EEj z$ 0 yj y x,,
0 1 1202 196 1.000 2 212 LL8 0.133 95 145 N/A N/A VT-2 J,6 135 1 C5 See Note 18. l 1 1202 196 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 37 H4 196 135 1 G4 1 1202 196 8.000 2 212 LL8 0.322 95 145 UT PT VT-2 37 H5 196 135 1 H5 See Note 11.
1 1202 197 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 J,6 135 1 G3 See Note 18. l 1 1202 197 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 37 G4 197 135 1 G3 1 1202 202 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 37 F3 202 135 1 E2 1 1202 204 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 37 H3 204 135 1 G2 1 1202 205 0.750 2 212 LLB 0.113 105 145 N/A N/A VT-2 J,6 135 2 E4 See Note 18.
l 1 1202 205 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 38 E4 205 135 2 E4 1 1202 207 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 38 E3 207 135 2 E2 1 1202 209 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 D,1 38 H5 135 2 H3 See Note 18.
1 1202 209 1.000 2 212 LL8 0.133 95 145 N/A N/A VT-2 D,1 38 H5 135 2 H6 See Note 10.
1 1202 209 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 38 G4 209 135 2 C3 1 1202 209 8.000 2 212 LL8 0.322 95 145 UT PT VT-2 38 C6 209 135 2 H5 See Note 11.
1 1202 211 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 38 G4 211 135 2 G4 1 1202 212 1.000 2 212 LL8 0.133 105 145 N/A N/A VT-2 D,1 38 D4 135 2 D3 See Note 18.
1 1202 212 6.000 2 212 LL8 0.280 105 145 UT P1 VT-2 38 E4 212 135 2 E3 1 1202 212 8.000 2 212 LL8 0.322 105 145 UT PT VT-2 38 D4 212 135 2 C3 See Note 11.
1 1202 213 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 38 C4 135 2 C3 1 1202 215 8.000 3 313 LL8 0.322 95 145 N/A N/A VT-2 38 E7 135 2 G7 1 1202 216 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 D,l' 38 H3 135 2 H2 1 1202 216 1.000 2 212 LL8 0.133 95 145 N/A N/A VT-2 D,l' 38 H3 135 2 H6 See Not.e 18.
l 1 1202 216 6.000 2 212 LL8 0.280 95 ' 145 UT PT VT-2 38 H2 216 135 2 G1 03:! 61 6-20
VEGPU .1 Line Designation List h
002 nav. 3 13 18 System: Nuclear Service Cooling Water - System No. 1202 Sheet of _
Reference Drawing Line Number ,
u = $. Examination Method 858-3 h $ ". ,, e ISI Class pg30
)5y $ N 3 hj 5 5* . h g o 7 Notes v 1"'
{
3 System No. k6 Z cE c h
$ & 2 fY6 Z$5 li' O 2.,
kI Odb ** I '
Surface Visual Ek 55 $5
.h Y-0 U,
yj yX G $
O 1 1202 216 8.000 2 212 LL8 0.322 95 145 UT PT VT-2 38 H4 216 135 2 C6 See Note 11.
1 1202 218 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 D,I 135 2 C2 See Note 18, 1 1202 218 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 38 C3 218 135 2 C2 1 1202 220 1.000 2 212 LLS 0.133 105 145 N/A N/A VT-2 D,1 38 D2 135 2 DI See Note 18.
1 1202 220 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 38 E2 220 135 2 El 1 1202 220 8.000 2 212 LL8 0.322 105 145 UT PT VT-2 38 D2 220 135 2 DI See Note 11.
1 1202 222 8.000 3 313 LL8 0.322 95 145 N/A N/A VT-2 37 C6 135 1 C5 1 1202 223 1.000 2 212 LL8 0.133 95 145 N/A N/A VT-2 D,1 135 1 C5 See Note 18.
1 1202 223 6.000 2 212 LL8 0.280 95 145 UT PT VT-2 37 223 135 1 C4 See Mote 18.
I 1202 223 8.000 2 212 LL8 0.322 95 145 UT PT VT-2 37 D5 223 135 1 C4 See Note 11, 1 1202 225 0.750 2 212 LL8 0.113 105 145 N/A N/A VT-2 D,1 37 B3 135 1 C3 1 1202 225 6.000 2 212 LL8 0.280 105 145 UT PT VT-2 225 135 1 C3 See Note 18.
1 1202 225 8.000 2 212 LL8 0.322 105 145 UT PT VT-2 37 D3 225 135 1 C3 See Note 11.
1 1202 226 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 37 B2 135 1 B1 1 1202 228 8.000 3 313 LL8 0.322 95 145 N/A N/A VT-2 38 D8 135 2 D7 1 1202 229 0.750 2 212 LL8 0.113 95 145 N/A N/A VT-2 D,1 38 F5 135 2 F7 See Note 18.
1 1202 229 1.000 2 212 LL8 0.133 95 145 N/A N/A VT-2 D,1 38 F5 135 2 H6 See Note 18.
1 1202 229 4.000 2 212 LL8 0.237 95 145 UT PT VT-2 38 F5 229 135 2 C5 1 1202 229 8.000 2 212 LL8 0.322 95 145 UT PT VT-2 38 E7 229 135 2 D6 See Note 11.
1 1202 231 1.000 2 212 LL8 0.133 105 145 N/A N/A VT-2 D,1 38 D5 135 2 E5 See Note 18. l 1 1202 231 4.000 2 212 LL8 0.237 105 145 UT PT VT-2 38 E5 231 135 2 E4 1 1202 231 8.000 2 212 LL8 0.322 105 145 UT PT VT-2 38 05 231 135 2 D4 See Note 11.
I 1202 232 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 38 C5 135 2 C4 0 32 61 6-21 l l 6557I
VEGP Uni .1 Line Designation List 002 a v. 3 Nut
- lear Service CCoiIna Water - Svttes No. 1202 MI O
$ Reference Drawing Line Number . g =, o E xamination Method 3 a F 858-3: c OSI Class pg,go y I y- . E O
. h g * .
N'S
{ System No. b 6 U -- 5 bs6 'k (I' k l!E v '"'
Surface Visual E$ h Y5 I O ?
3 $ is b 5 [ $ $h5 O? O[$ '"*I'I' r$5 $@ 0 y j 1 1202 241 0.750 3 313 LL8 0.113 95 145 N/A N/A VT-2 35 D2 133 2 D1 See Note 18. l 1 1202 241 2.000 3 313 LL8 0.154 100 145 N/A N/A VT-2 35 D2 133 2 D1 1 1202 245 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 35 E3 133 2 E2 1 1202 247 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 35 F2 133 2 E2 i 1 1202 247 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 E2 133 2 F1 See Note 18.
! 1 1202 254 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 E3 133 2 E2 1 1202 291 3.000 2 212 LL8 0.216 95 145 N/A N/A VT-2 D,f 37 E4 135 1 E4 1 1202 292 3.000 2 212 LL8 0.216 95 145 N/A N/A VT-2 D,1 38 G5 135 2 HS 1 1202 336 0.750 3 313 LL8 0.113 105 184 5 N/A N/A VT-2 37 F7 135 1 F7 l 1 1202 336 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 F7 135 1 F7 l
j 1 1202 338 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 37 F7 135 1 F7 i
, 1 1202 338 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 F7 135 1 F7 j 1 1202 347 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 E8 135 1 E8 1 1202 348 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 37 E7 135 1 E7 l 1 1202 365 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 36 E3 134 E2 l 1 1202 366 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 36 E2 134 E2 1 1202 370 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 G7 134 G7 1 1202 371 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 G7 134 G7 1 1202 372 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 G5 134 G6 1 1202 373 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 G6 134 G5 1 1202 374 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 F5 134 G5 1 1202 375 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 F5 134 F4 1 1202 376 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 F4 134 F4 03361 6-22
.ss , .
l .
VEGP Un .1 J Line Designation List 002 R .3 System: NucIea r Service CooIing Water - Syatem No. 1202 Sheet of
$ Reference Drawing Line Number o = . E mamination Method 3 $ , , g ISI Class l ISI- pago ist s e 3 ist s s- h . 1; ay .
na.
E System No. 5 6 U l 5 5s6 kC k3 v '"'
Surface Visual E h, .h $ $i O ~
3 $ cL b b k 5 $$5 O2 Ok$ * * '
EE $5 0 hj fh 0 1 1202 377 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 F4 134 F4 1 1202 378 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 D6 134 D5 1 1202 379 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 C6 134 C5 1 1202 380 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 D4 134 D4 1 1202 381 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 C4 134 C4 1 1202 382 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 C3 134 C3 1 1202 383 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 C3 134 C3 1 1202 384 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 C3 134 C2 1 1202 385 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 C3 134 C1 1 1202 386 0.500 3 313 LL8 0.109 105 145 N/A N/A VT-2 36 F2 134 F1 1 1202 387 0.500 3 313 LL8 0.109 105 145 N/A N/A VT-2 36 G2 134 G1 1 1202 388 0.500 3 313 LL8 0.109 105 145 N/A N/A VT-2 36 F2 134 F2 1 1202 390 18.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 34 C3 135 1 A8 1 1202 390 22.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 37 B7 135 1 B6 1 1202 390 24.000 3 313 LL8 0.250 95 145 N/A N/A VT-2 34 C3 133 1 C2 See Note 18.
1 1202 391 1.000 3 313 LL8 0.133 1GO 145 N/A N/A VT-2 133 2 D2 See Note 18.
1 1202 391 2.000 3 313 LL8 0.154 100 145 N/A N/A VT-2 35 D3 133 2 D1 1 1202 392 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 35 F2 133 2 F1 See Note 18. l 1 1202 392 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 F2 133 2 F2 1 1202 393 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 35 F3 133 2 F2 See Note 18. l 1 1202 393 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 35 F3 133 2 F2 1 1202 403 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 133 2 D2 See Note 18. k 1 1202 403 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 35 D3 133 2 D2 03J61 6-23 l 65S7 8
VEGP U .1 Line Designation List 002 R;v. 3 16 18 System: Nue nea r Service Cooling Water - System No. 1202 Sheet of _
$ Reference Drawing Line Number ,
u = . E mamination Method 858-3 $ ". , c 151 Class pago
? E 3 hj 5 52 . d g 0 .
Notes E
3 System No. k&h Z60 h
9
& 2 fVh Z F- O O *-.
k5 kC Odb ** I ' C Surface Visual Eb d 55 z$ $
jj yX
-Q
, O 1 1202 405 3.500 3 313 LL8 0.226 95 145 N/A N/A VT-2 133 2 F3 See Note 18.
1 1202 405 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 35 D4 133 2 D3 1 1202 406 0.750 3 313 LL8 0.113 105 145 N/A N/A VT-2 133 2 F3 See Note 18. l 1 1202 406 4.000 3 313 LL8 0.237 105 145 N/A N/A VT-2 35 F4 133 2 F3 1 1202 406 3.500 3 313 LL8 0.226 105 145 N/A N/A VT-2 133 2 F3 See Note 18.
I 1202 407 3.500 3 313 LL8 0.226 95 145 N/A N/A VT-2 135 1 88 See Note 18.
1 1202 407 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 37 B7 135 1 A7 1 1202 408 0.750 3 313 LL8 0.113 115 145 N/A N/A VT-2 135 1 B7 See Note 18.
I 1202 408 3.500 3 313 LL8 0.226 115 145 N/A N/A VT-2 135 1 C8 See Note 18.
1 1202 408 4.000 3 313 LL8 0.237 115 145 N/A N/A VT-2 37 B8 135 1 C8 1 1202 411 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 36 B7 134 B7 1 1202 416 0.375 3 313 FG4 0.065 95 145 N/A N/A VT-2 133 1 C8 See Note 18.
I 1202 416 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 34 D7 133 1 C8 1 1202 417 0.375 3 313 FG4 0.065 ATM 135 N/A N/A VT-2 133 1 C7 SeeNote18.k 1 1202 417 0.500 3 313 LL8 0.109 ATM 135 N/A N/A VT-2 34 D7 133 1 C7 1 1202 418 0.375 3 313 FG4 0.065 95 145 N/A N/A VT-2 133 1 C6 SeeNote18.l 1 1202 418 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 34 D6 133 1 C6 1 1202 419 0.375 3 313 FG4 0.065 135 ATM N/A N/A VT-2 133 1 C7 See Note 18.
l 1 1202 419 0.500 3 313 LL8 0.109 135 ATM N/A N/A VT-2 34 D7 133 1 C7 1 1202 420 0.375 3 313 FG4 0.065 45 145 N/A N/A VT-2 133 1 CS See Note 18.
1 1202 420 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 34 DS 133 1 C5 1 1202 421 0.375 3 313 FC4 0.065 135 ATM N/A N/A VT-2 133 1 C5 See Note 18.
l 1 1202 421 0.500 3 313 LL8 0.109 135 ATM N/A N/A VT-2 34 05 133 1 C6 03361 6-24 h 65SF 3
VEGP U .1 Line Designation List 002 R 3 System: 8 Nuclea r Service Cool ing Wate r - System No. 1202 Sheet of
$ Reference Drawing Line Number .
u = . Examination Method E E y F c ISI Class 'SI- pggo iEy li S 5 i5g I Ie v li .
- [s a ; .
Na'"
2" 5
System No.
5 6 5
U 5 $- $
5 6
$ i' 5 02 (3
(C O$$ 1"'
Surface Visual E h, 50 $5
.h $
0 O
f$ yf .f_.0 1 1202 422 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 35 D8 133 2 C8 1 1202 423 0.500 3 313 LL8 0.109 135 ATM N/A N/A .VT-2 35 D8 133 2 C8 1 1202 424 0.500 3 313 LL8 0.109 135 ATM N/A N/A VT-2 35 D7 133 2 C7 1 1202 425 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 35 D7 133 2 C7 1 1202 426 0.500 3 313 LL8 0.109 135 ATM N/A N/A VT-2 35 D6 133 2 C5 1 1202 427 0.500 3 313 LL8 0.109 95 145 N/A N/A VT-2 35 D6 133 2 C5 1 1202 428 4.000 3 313 LL8 0.237 95 145 N/A N/A VT-2 38 B7 174 6 F7 1 1202 430 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 C7 134 C7 1 1202 431 2.000 3 313 LL8 0.154 95 145 N/A N/A VT-2 36 C7 134 C7 1 1202 443 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 36 G1 134 G1 1 1202 447 8.000 3 313 LL8 0.322 95 145 N/A N/A VT-2 38 B6 135 2 B6 1 1202 471 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 36 E4 134 E4 1 1202 472 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 34 A4 133 1 G2 1 1202 485 8.000 3 313 LL8 0.322 105 145 N/A N/A VT-2 34 F5 133 1 F5 1 1202 485 10.000 3 313 LL8 0.365 105 145 N/A N/A N/A H 34 F5 133 1 F5 l.
1 1202 486 8.000 3, 313 LL8 0.322 105 145 N/A N/A VT-2 34 F5 133 2 F5 1 1202 486 10.000 3 313 LL8 0.365 105 145 N/A N/A N/A H 34 F5 133 2 F5 1 1202 497 1.000 3 313 LL8 0.133 95 145 N/A N/A VT-2 35 F3 133 2 F3 See Note 18. g 1 1202 497 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 35 F3 133 2 F2 1 1202 498 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 35 F3 133 2 F2 See Note 18. l 1 1202 498 2.000 3 313 LL8 0.154 105 145 N/A N/A VT-2 35 F3 133 2 F2 1 1202 500 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 34 F8 133 1 F8 1 1202 500 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 34 F8 133 1 F8 03361 6-25 65S7 3
VEGP Un .1 Line Designation List 002 Rev. 3 System: Nuciear servico coolina water - System No. 1202 She'l O!
Line Number u = $ Reference Drawing
., . Examination Method h ISI-3 h $ ,
j ISI Class pg30 ist s e 3 ist s se h . i; a e .
"aia fMh OkC " ['
System '"
{
3 No. k&h ZEO h
9 k Surface Visual Eh 6 * * * -Q
& 2 ZFO Od- 55 ZT 0 j} yX , 0 1 1202 501 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 34 F7 133 1 F7 1 1202 501 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 34 F7 133 1 F7 1 1202 502 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 34 F6 133 1 F6 1 1202 502 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 34 F6 133 1 F6 1 1202 503 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 34 F6 133 1 F6 1 1202 503 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 34 F6 133 1 F6 1 1202 504 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 35 F8 133 2 F8 1 1202 504 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 35 F8 133 2 F8 1 1202 505 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 35 F7 133 2 F7 1 1202 505 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 35 F7 133 2 F7 1 1202 506 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 35 F6 133 2 F6 1 1202 506 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 35 F6 133 2 F6 1 1202 507 8.000 3 313 LL8 0.322 105 20 N/A N/A VT-2 35 F7 133 2 F7 1 1202 507 12.000 3 313 LL8 0.406 105 20 N/A N/A VT-2 35 F7 133 2 F7 03361 6-26 sssi:
VEGP Uni .1 Liin Designation List 002 Riv. 3 Comoonent Cool ina Wa te r - Svstem No. 1203 Sheet o f -- -
[ Reference Drawing Line Number * ,,.
o =, . Examination Method 3 h 3 , , g ISI Class l6 - pago
) 3 $ N 3 hy 5 5* [0E . d g C .
Notes i
3 System No. k&f Z cE C-h 9 &
g 2
ff Z t- :. O, C k Od-Surface Visual Eh d
55 Z$ 0
-Q y }* y X,
- " 0 1 1203 001 1.000 3 313 LL1 0.133 AMB 15 N/A N/A VT-2 42 F7 136 H7 See Note 18.
1 1203 001 4.000 3 313 LL1 0.237 AMB 15 N/A N/A VT-2 42 F7 136 G7 1 1203 003 3.000 3 313 LLI 0.216 AMB 15 N/A N/A VT-2 42 E7 136 E8 1 1203 003 4.000 3 313 LL1 0.237 AMB 15 N/A N/A VT-2 42 F7 136 F7 See Note 18. l 1 1203 005 0.750 3 313 LL2 0.154 105 100 N/A N/A VT-2 42 F7 136 H6 1 1203 005 3.000 3 313 LL2 0.216 105 100 N/A N/A VT-2 42 F7 136 F7 See Note 18. l 1 1203 006 4.000 3 313 LL2 0.237 105 25 N/A N/A VT-2 42 G6 136 C6 1 1203 009 1.000 3 313 LL2 0.179 105 15 N/A N/A VT-2 42 E7 136 F7 1 1203 009 3.000 3 313 LL2 0.216 105 15 N/A N/A VT-2 42 E7 136 F7 See Note 18.
1 1203 010 4.000 3 313 LL2 0.237 105 25 N/A N/A VT-2 42 E6 136 F6 1 1203 011 1.000 3 313 LL1 0.133 AHB 15 N/A N/A VT-2 42 C7 136 D7 See Note 18.
1 1203 011 4.000 3 313 LLI 0.237 AMB 15 N/A N/A VT-2 42 C7 136 C7 1 1203 013 3.000 3 313 LL1 0.216 AMB 15 N/A N/A VT-2 42 87 136 B7 1 1203 013 4.000 3 313 LL1 0.237 90 15 N/A N/A VT-2 42 C7 136 C7 See Hote 18, 1 1203 015 0.750 3 313 LL2 0.154 105 100 N/A N/A VT-2 42 D6 136 D6 1 1203 015 3.000 3 313 LL2 0.216 105 100 N/A N/A VT-2 42 C7 136 C7 See Note 18. l 1 1203 016 4.000 3 313 LL2 0.237 105 25 N/A N/A VT-2 42 C6 136 C6 1 1203 019 1.000 3 313 LL2 0.179 105 15 N/A N/A VT-2 42 B7 136 B7 1 1203 019 3.000 3 313 LL2 0.216 105 15 N/A N/A VT-2 42 B6 136 B7 See Note 18.
1 1203 020 4.000 3 313 LL2 0.237 105 25 N/A N/A VT-2 42 B6 136 B6 1 1203 021 8.000 3 313 LL2 0.322 120 100 N/A N/A VT-2 43 H5 137 H5 See Note 18.
I 1203 021 12.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 43 H7 136 H1 See Note 18.
I 1203 021 14.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 43 H6 137 G5 03261 6-27 65S7 1
VEGP Un .1 Line Designation List 002 RIv. 3 Comnonent Coolina Water' - Svstem No. 1203 Sheet of ___.
Line Number ,
u = Examination Method 3 h $ ". . c 351 Class lS - paio 3 E N. 3 )5y b 5* V "'
[ . d g o .
Notes
{
3 System No. k&h 2 cE O h
9
-h k fff O- kC k OE- * * '
Surface Visual Eh 6
$Ej zf
- 0
& 2 Z t- O 0 yj j X, 0 1 1203 021 18.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 43 H7 137 G5 1 1203 021 22.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 42 F3 136 G2 See Note 18. I 1 1203 023 0.750 3 313 LL2 0.154 110 70 N/A N/A VT-2 42 F3 136 G2 1 1203 024 2.000 3 313 LL2 0.218 110 70 N/A N/A VT-2 42 F3 136 F2 1 1203 025 2.000 3' 313 LL2 0.218 110 70 N/A N/A VT-2 42 F3 136 F2 1 1203 026 0.500 3 313 LL2 0.147 105 25 N/A N/A VT-2 42 F5 136 F5 1 1203 026 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 G5 See Note 18.
I 1203 026 12.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 E3 136 E2 See Note 18.
1 1203 026 14.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 G5 136 G4 See Note 18.
1 1203 026 16.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 G5 136 G5 1 1203 026 20.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 E6 136 G5 1 1203 026 22.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 F3 136 G2 See Note 16.
1 1203 028 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 F5 See Note 18.
1 1203 028 14.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 F5 136 F4 See Note 18.
1 1203 028 16.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 F5 136 F5 1 1203 030 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 F5 See Note 18.
I 1203 030 8.000 3 313 LL2 0.322 105 25 N/A N/A VT-2 136 F5 See Note 18.
1 1203 030 14.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 E5 136 F4 See Note 18.
1 1203 030 16.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 F6 136 F5 1 1203 032 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 42 G4 136 G3 See Note 18.
I 1203 032 10.000 3 313 LL2 0.365 105 100 N/A N/A VT-2 42 G5 136 G4 See Note 18.
1 1203 032 14.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 G4 136 G3 1 1203 033 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 42 F4 136 F4 See Note 18. l
.03361 6-28 h
.s,,,
VEGP Uh.1 Line Designation List 002 R;v. 3 I
comoonent Cool ino Wa te r - Svstem No. 1203 Sheet of .__
Line Number u = $ Reference Drawing
, . Examination Method 3 $ , , g ISI Class lS - pago i57 5 S 3 ist 1 5-
'" h . d; ap .
Notes 3
System No. k&h ZdO h
9 g
k 2
f9h Z s- 0 kC O?
k5 Odb '"' ' ' ['
Surface Visual Ek d 3Ej Z$ 0 jj
- O y X,
~
0 1 1203 033 10.000 3 313 LL2 0.365 105 100 N/A N/A VT-2 42 F4 136 F4 SeeNote18.l 1 1203 033 14.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 F4 136 F3 1 1203 034 0.500 3 313 LL2 0.147 105 100 N/A N/A VT-2 42 E4 136 F3 See Note 18.
1 1203 034 0.750 3 313 LL2 0.154 105 100 N/A N/A VT-2 136 F6 See Note 18.
1 1203 034 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 42 E4 136 F3 See Note 18.
I 1203 034 8.000 3 313 LL2 0.322 105 100 N/A N/A VT-2 42 E4 136 F4 See Note 3 and 18.
1 1203 034 10.000 3 313 LL2 0.365 105 100 N/A N/A VT-2 42 E5 136 F4 See Note 18.
I 1203 034 14.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 E4 136 F3 1 1203 034 18.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 E2 136 F1 1 1203 042 1.000 3 313 LL2 0.179 120 100 N/A N/A VT-2 42 D2 136 El See Note 18.
1 1203 042 8.000 3 313 LL2 0.322 120 100 N/A N/A VT-2 43 D5 137 D5 See Note 18.
1 1203 042 12.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 42 D3 136 El See Note 18.
1 1203 042 14.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 43 E6 137 D6 1 1203 042 18.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 42 D2 136 D7 1 1203 042 22.000 3 313 LL2 0.375 120 100 N/A N/A VT-2 42 C3 136 D2 See Note 18, 1 *1203 044 0.750 3 313 LL2 0.154 110 70 N/A N/A VT-2 42 C3 136 D2 1 1203 045 2.000 3 313 LL2 0.218 110 70 N/A N/A VT-2 42 C3 136 C2 1 1203 046 2.000 3 313 LL2 0.218 110 70 N/A N/A VT-2 42 C3 136 C2 1 1203 047 0.500 3 313 LL2 0.147 105 25 N/A N/A VT-2 42 B6 136 B6 1 1203 047 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 DS See Note 18.
I 1203 047 12.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 B3 136 B2 See Note 18.
1 1203 047 14.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 D5 136 D4 See Note 18.
03361 6-29 6s57 a
VEGPU .1 o O Line Designation List 002 R;v. 3 System: 4 6 Component Coo s ing water - System No. 1203 Sheet of -
l
$ Reference Drawing Line Number .
> = . Examination Method E E $ F c ISI Class ISI- pg, go
) ? $ .-
- y '
.- f v
g y .
Notes 5 System No. 5 6 U 5s6 C 3 t"'
Swfm Vhl gE ,d j in Z
, o - j D $a5 5 [ $ $h5 O- O[b ** I '
EO $5 0 hj j 0 1 1203 047 16.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 C5 136 D5 1 1203 047 20.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 B6 136 A2 1 1203 047 22.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 C3 136 D2 See Note 18.
1 1203 049 1.000 3 313 LL2 0.133 105 25 N/A N/A VT-2 42 C3 136 C4 See Note 18.
1 1203 049 14.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 C5 136 C4 See Note 18.
1 1203 049 16.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 C5 136 C5 1 1203 051 1.000 3 313 LL2 0.133 105 25 N/A N/A VT-2 136 B5 See Note 18.
I 1203 051 8.000 3 313 LL2 0.322 105 25 N/A N/A VT-2 42 B5 136 B5 See Note 18.
1 1203 051 14.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 85 136 B4 See Note 18.
1 1203 051 16.000 3 313 LL2 0.375 105 25 N/A N/A VT-2 42 B5 136 B5 1 1203 053 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 42 D4 136 D3 See Note 18.
1 1203 053 10.000 3 313 LL2 0.365 105 100 N/A N/A VT-2 42 D4 136 D4 See Note 18.
1 1203 053 14.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 D4 136 D3 1 1203 054 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 42 C4 136 C4 See Note 18.
I 1203 054 10.000 3 313 LL2 0.365 105 100 N/A N/A VT-2 42 C4 136 C5 See Note 18.
1 1203 054 14.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 C4 136 C4 1 1203 055 0.500 3 313 LL2 0.147 105 100 N/A N/A VT-2 42 B4 136 B3 See Note 18.
1 1203 055 0.750 3 313 LL2 0.154 105 100 N/A N/A VT-2 136 B3 See Note 16.
1 1203 055 1.000 3 313 LL2 0.179 105 100 N/A. N/A VT-2 42 B4 136 B4 See Note 18, 1 1203 055 8.000 3 313 LL2 0.322 105 100 N/A N/A VT-2 42 B4 136 B4 See Note 3 and 18.
1 1203 055 10.000 3 313 LL2 0.365 105 100 N/A N/A VT-2 42 B5 136 B4 See Note 18.
1 1203 055 14.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 B4 136 B3 03351 6-30 l 65$ 7 3
VEGPU .1 )
Line Designation List 002 R v. 3 I
Comoc'nent Coolina Water - System No. '203 Sh'*I OI -
Reference Drawing Line Number ,.
u = .$ Examination Method
$ ISI-3 h ,, o, c ISI Class pg30 iEy li S 3 iiy 5 5e }i . d,2 g o .
Notes
- ! ; System No. 6 U 5 5s6 C I v t"'
Surface Visual E h, .h $ $, O b $
3 $EE 5 [- $ $h5 O 2, O$$ **I'IC 55 $5 0 jj j X, _
0 1 1203 055 18.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 42 B2 136 G1 See Note 3.
I 1203 063 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 43 F6 137 E7 See Note 18.
1 1203 063 12.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 43 F6 137 F7 1203 063 18.000 3 313 LL2 0.375 100 VT-2 1
1 1203 064 0.750 3 313 LL2 0.154 105 110 100 N/A N/A N/A N/A VT-2 43 43 F7 F6 137 137 F7 F6 See Note 18.
l 1203 065 1.000 313 LL2 0.179 1 3 110 100 N/A N/A VT-2 43 H6 137 H6 See Note 18. l 1 1203 065 12.000 3 313 LL2 0.375 110 100 N/A N/A VT-2 43 C6 137 G6 1 1203 065 18.000 3 313 LL2 0.375 110 100 N/A N/A VT-2 43 G6 137 F6 See Note 18. l 1 1203 066 0.750 3 313 LL2 0.154 110 100 N/A N/A VT-2 43 G7 137 F7 1 1203 067 0.750 3 313 LL2 0.154 110 100 N/A N/A VT-2 43 G6 137 F6 1 1203 076 1.000 3 313 LL2 0.179 100 100 N/A N/A VT-2 43 G6 137 F6 1 1203 083 0.750 3 313 LL2 0.154 120 100 N/A N/A VT-2 43 F4 137 F4 1 1203 084 0.750 3 313 LL2 0.154 120 100 N/A N/A VT-2 43 F4 137 F4 1 1203 085 0.750 3 313 LL2 0.154 120 100 N/A N/A VT-2 43 G4 137 F4 1 1203 086 0.750 3 313 LL2 0.154 105 100 N/A N/A VT-2 43 F3 137 F2 See Note 18. l 1 1203 086 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 43 E3 137 E2 1 1203 088 0.750 3 313 LL2 0.154 110 100 N/A N/A VT-2 43 F3 137 F2 See Note 3 and 18.
I 1203 088 1.000 3 313 LL2 0.179 110 100 N/A N/A VT-2 43 H3 137 H3 1 1203 088 3.000 3 313 LL2 0.216 110 100 N/A N/A VT-2 43 G2 137 G2 1 1203 1203 091 091 1.000 12.000 3 313 313 LL2 LL2 0.179 0.375 105 105 100 100 N/A N/A VT-2 43 B6 137 A7 See Note 18.
l 1 3 N/A N/A VT-2 43 C6 137 B7 1 1203 091 18.000 3 313 LL2 0.375 105 100 N/A N/A VT-2 43 C6 137 C7 See Note 18. g 03361 6-31 l
.ss , ,
f% n VEGP Un6.1 y) ()
Line Designation List 002 R;v. 3
- Comoc nent Coolina Water - System No. 1203 Sheet of _
Line Number ,
u = Examination Method -
ISI-3 h $ $ ,, c ISI Class , pggo
? E 3 hy 5 52 . N g 0 .
Notes
{
3 System No. k&h ZEs h
E! &
f-- h 2
fs6 Z h E.
k li' O --
k5 Odb v '"'
"* l 'I' Surface Visual E h, 30 Z5
.h $
0 yj jh O b $
8 1 1203 092 0.750 3 313 LL2 0.154 110 100 N/A N/A VT-2 43 C6 137 B6 1 1203 093 1.000 3 313 LL2 0.179 110 100 N/A N/A VT-2 43 E6 137 D6 See Note 3 and 18.
1 1203 093 12.000 3 313 LL2 0.375 110 100 N/A N/A VT-2 43 D6 137 C6 1 1203 093 18.000 3 313 LL2 0.375 110 100 N/A N/A VT-2 137 C6 See Note 18. l 1 1203 094 0.750 3 313 LL2 0.154 110 100 N/A N/A VT-2 43 D6 137 C7 1 1203 106 1.000 3 313 LL2 0.179 110 70 N/A N/A VT-2 42 F3 136 G2 1 1203 107 1.000 3 313 LL2 0.179 110 70 N/A N/A VT-2 42 C3 136 D2 1 1203 111 0.750 3 313 LL2 0.154 120 100 N/A N/A VT-2 43 C4 137 B4 1 1203 112 0.750 3 313 LL2 0.154 120 100 N/A N/A VT-2 43 C4 137 C4 4
1 1203 114 0.750 3 313 LL2 0.154 105 100 N/A N/A VT-2 43 B3 137 B3 See Note 18. l 1 1203 114 1.000 3 313 LL2 0.179 105 100 N/A N/A VT-2 43 B3 137 A3 1 1203 116 0.750 3 313 LL2 0.154 110 100 N/A N/A VT-2 43 C3 137 B2 See Note 3 and 18, 1 1203 116 1.000 3 313 LL2 0.179 110 100 N/A N/A VT-2 43 E3 137 D3 1 1203 116 3.000 3 313 LL2 0.216 110 100 N/A N/A VT-2 43 C2 137 C2 1 1203 119 0.750 3 313 LL2 0.154 110 100 N/A N/A VT-2 43 C6 137 C6 1 1203 121 0.750 3 313 LL2 0.154 120 100 N/A N/A VT-2 43 C4 137 C4 1 1203 204 1.000 3 313 LL2 0.179 100 85 N/A N/A VT-2 43 E2 137 E2 1 1203 205 1.000 3 313 LL2 0.179 100 85 N/A N/A VT-2 43 B2 137 82 03: 61 6-32 l
.s , , ,
VEGP Un .1 Line Designation List 002 RIv. 3 E Safety infection - System No. 1204 Sheet of -
$ Reference Drawing Line Number ,,.
o = . Examination Method E E $ F c 151 Class ISI- pg, g o
) { $ ) y .
g o .
Notes D
i System No. k&h Z ci O $
h h
2 ff Z e- O O C k Od I
"" [* Surface Visual Ek 55 z$d 0
yj jX O
- ~
0 1 120f; 001 12.000 2 212 LL1 0.375 120 65 UT PT VT-2 46 F3 001 121 E2 1 1204 003 1.500 2 212 GGO 0.200 206 1670 N/A N/A VT-2 E,( 46 F4 121 F3 1204 003 3.000 2 212 GGO 0.300 206 1670 UT PT VT-2 46 003 121 1 f4 F3 See Note 18.
.l 1 1204 004 0.750 2 212 GGO 0.154 206 1670 N/A N/A VT-2 E,( 46 F5 121 F4 1 1204 004 1.500 2 212 GC0 0.200 206 1670 N/A N/A VT-2 E,( 46 E4 121 D3 1 1204 004 2.000 2 212 CGO 0.218 206 1670 UT PT VT-2 46 G4 004 121 F5 See Nota 18.
1 1204 004 3.000 2 212 GGO 0.300 206 1670 UT PT VT-2 46 F4 004 121 F4 1 1204 006 12.000 2 212 LL1 0.406 129 65 UT ' PT VT-2 46 G3 006 121 E2 1 1204 006 24.000 2 212 LLI 0.375 120 65 UT PT VT-2 46 G3 006 121 F3 1 1204 007 10.000 2 212 LL1 0.365 100 65 UT PT VT-2 46 G3 007 121 F2 1 1204 008 0.750 2 212 LLI 0.113 120 65 N/A N/A VT-2 E,( 46 E2 121 El 1 1204 008 1.000 2 *212 LL1 0.133 120 65 N/A N/A VT-2 E,( 46 E2 121 D1 See Note 18. l 1 1204 008 6.000 2 212 LL1 0.280 120 65 UT PT VT-2 46 E3 008 121 El 1 1204 008 8.000 2 212 LL1 0.322 120 65 UT PT- VT-2 46 G2 008 121 F1 1 1204 010 1.000 2 212 LL1 0.133 120 65 N/A N/A VT-2 E,C 46 D2 121 D1 See Note 18. l 1 1204 010 6.000 2 212 LL1 0.280 120 65 UT PT VT-2 46 D3 010 121 D1 1 1204 011 6.000 2 212 LL1 0.280 120 65 UT PT VT-2 46 D3 011 121 E2 1 1204 012 8.000 2 212 LL1 0.322 206 200 UT PT VT-2 46 D3 012 121 02 1 1204 014 0.750 2 212 GGO 0.154 206 1670 N/A N/A VT-2 E,C 46 C5 121 C5 See Note 18.
1 1204 014 3.000 2 212 GGO 0.300 206 1670 UT PT VT-2 46 E3 014 121 E3 See Note 18.
1 1204 014 4.000 2 212 CGO 0.337 206 1670 UT PT VT-2 46 E5 014 121 E4 1 1204 015 0.750 2 212 GGO 0.154 206 1670 N/A N/A VT-2 E,(. 121 D5 See Note 18.
1 1204 015 3.000 2 212 GGO 0.300 206 1670 UT PT VT-2 46 D4 015 121 D3 See Note 18.
03361 6-33 l sss, i
VEGP U .1 )
Line Designation List 002 Riv. 3 System: 2
- mu in an - system no. 1204 sheet o t -.--
Line Number ,
u = . Examination Method 458 Class P&lO
_. ,, G p p* ,o a ?! 2 * . *g- - - o; -
o Notes 3
- $ System No.
Z iE C $ d 2
, f5 Z h 5.
C O E, Odb 3 '"'
Surface Visual 5
$5 $5
.h .
yj jh 0 0 1 1204 015 4.000 2 212 GGO 0.337 206 1670 UT PT VT-2 46 D4 015 121 D3 1 1204 016 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 F6 016 121 E6 1 1204 017 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 F7 017 121 F7 1 1204 018 2.000 1 111 FGO 0.344 AMB 2485 N/A PT VT-2 44 F6 018 121 F6 1 1204 020 8.000 2 212 FC0 0.906 AMB 2485 UT PT VT-2 46 E6 020 121 F6 1 1204 021 6.000 1 111 FGO 0.719 AMB 2485 UT PT VT-2 46 G7 021 121 G7 1 1204 021 8.000 1 til FGO 0.906 AMB 2485 UT PT VT-2 46 G8 021 121 G7 1 1204 021 12.000 1 til FC0 1.125 617 2235 UT ,
PT VT-2 26 D4 021 111 D3 1 1204 022 2.000 1 111 FGO 0.344 AMB 2485 N/A PT VT-2 46 F5 022 121 F6 1 1204 023 6.000 1 111 FGO 0.719 AMB 2485 UT PT VT-2 46 G7 023 121 G7 1 1204 023 8.000 1 111 FGO 0.906 AMB 2485 UT PT VT-2 46 G8 023 121 G7 1 1204 024 2.000 1 111 FGO 0.344 AMB 2485 N/A PT VT-2 46 F8 024 121 G7 1 1204 024 3.000 1 111 FC0 0.438 AMB 2485 N/A PT VT-2 46 F8 024 121 G7 1 1204 024 6.000 1 111 FGO~ 0.719 AMB 2485 UT PT VT-2 46 F7 024 121 G7 1 1204 025 2.000 1 111 FC0 0.344 AMB 2485 N/A PT VT-2 46 F8 025 121 G7 1 1204 1204 025 025 3.000 6.000 1 111 111 FC0 0.438 0.719 AMB AMB 2485 2485 N/A PT VT-2 VT-2 46 46 F8 025 121 G7 See Note 18.
l 1 1 FGO UT PT F7 025 121 G7 1 1204 027 0.750 2 212 FGO 0.219 206 2660 N/A N/A VT-2 E,0 46 E5 121 E5 1 1204 028 0.750 2 212 GGO O.154 206 1670 N/A N/A VT-2 E,(; 46 F5 121 E5 1 1204 028 4.000 2 212 GGO 0.337 206 1670 UT PT VT-2 46 E5 028 121 E5 1 1204 029 0.750 2 212 FGO O.219 AMB 2485 N/A N/A VT-2 E,1; 46 G5 121 B6 See Note 18, 1 1204 029 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 C7 029 121 88 032 61 6-34
I VEGP Uni' 1 Line Desegnation List 002 R3v. 3 System: sarety injection - System No. 1204 Sheet of
$ Reference Drawing
- Line Numher ,
g =, . Examination Method S F e ISI Class I paso
, 3: ,, ,
!5 Y E S 3 iiy I Ee ji .
O,II- a o .
Notes
- E System No. k1y h -
h fMh OE kC k " ['
Surface Visual E$ d O .-
3 ZEs 9 & 2 ZFO Od- $5 ZT 0 jj jx u I 1204 029 4.000 2 212 FGO 0.531 AMB 2485 UT PT VT-2 46 C7 029 121 C6
- 1 1204 030 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 C7 030 121 C7 1 1204 031 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 C7 031 121 B7 I 1204 032 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 C6 032 121 B6 l.
l 1 1204 033 2.000 1 111 FGO 0.344 AMB 2485 N/A PT VT-2 46 B7 033 121 A8
! 1 1204 034 2.000 1 111 FGO 0.344 AMB 2485 N/A PT VT-2 46 B7 034 121 A7 i
1 1204 035 2.000 1 111 FGO 0.344 AMB 2485 N/A PT VT-2 46 B7 035 121 B7 1 1204 036 2.000 1 111 FGO 0.344 AMB 2485 N/A PT VT-2 46 C6 036 121 B7 1 1204 037 0.750 4.000 2 212 GGO O.154 206 1670 N/A N/A VT-2 E,t; 121 D5 See Note 18.
l 1 1204 037 2 212 GGO 0.337 206 1670 UT PT VT-2 46 DS 037 121 D5 1 1204 038 10.000 2 212 LL1 0.365 120 65 UT PT VT-2 46 F3 038 121 F2
. I 1204 038 14.000 2 212 LL1 0.375 120 65 UT PT VT-2 46 G3 038 121 F2 l 1 1204 039 0.750 2 212 FC0 0.219 AMB 2485 N/A N/A VT-2 E,(i 46 B5 121 B6 See Note 18.
1 1204 039 6.000 2 212 FGO 0.719 AMB 2485 UT PT VT-2 46 B6 039 121 B6 1 1204 039 8.000 2 212 FGO 0.906 AMB 2485 UT PT VT-2 46 B6 039 121 B6 4
1 1204 041 0.750 2 212 FC0 0.219 AMB 2485 N/A N/A VT-2 E,(i 46 E8 121 E8 1 1204 041 6.000 2 212 FGO 0.719 AMB 2485 UT PT VT-2 46 B6 041 121 A6 j 1 1204 041 8.000 2 212 FGO 0.906 AMB 2485 UT PT VT-2 46 B6 041 121 A6 1 1204 042 6.000 1 111 FC0 0.719 AMB 2485 UT PT VT-2 46 C7 042 121 B7 i 1 1204 043 6.000 1 111 FGO 0.719 AMB 2485 UT PT VT-2 46 B6 043 121 B7 d
032 61 6-35 f
.ss , .
e
VEGPU Line Designation List o.1 b u N/
002 RLv. 3
" Safety in_lection - System No. 1204 Sheet of
$ Reference Drawing Line Number u = . Examination Method 3 $ o, o, c ISI Class lSI- paso
}5 ? I 3 hy 5 52 .
g #
o .
Notes
{
3 System No. k&f Z iE e b
f
& 2 ff C 09 05-v i"'
- I ' '
SMm Vhat gE E5 z$
d j gZ g yj j X,
}
Z F- O 0 0 1 1204 044 6.000 1 111 FGO O.719 AMB 2485 UT PT VT-2 46 B7 044 123 A7 1 1204 045 6.000 1 111 FGO 0.719 AMB 2485 UT PT VT-2 46 B7 045 121 A7 1 1204 047 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 46 F8 121 F7 1 1204 048 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 46 F8 121 F7 1 1204 049 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 46 E8 121 D7 1 1204 050 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 46 G8 121 G7 1 1204 056 0.750 1 212 FC0 0.219 165 2735 N/A N/A VT-2 B 44 C7 119 C6 1 1204 057 0.750 2 212 FGO 0.219 130 2500 N/A N/A VT-2 E,( 44 B5 119 C4 1 1204 057 1.000 2 212 FGO 0.250 130 2500 N/A N/A VT-2 E,C 44 C4 119 C3 1 1204 057 3.000 2 212 FC0 0.438 130 2350 UT PT VT-2 31 B5 057 116 G8 1 1204 057 4.000 2 212 FC0 " 0.531 130 2350 UT PT VT-2 44 B3 057 116 2 D7 1 1204 057 6.000 2 212 FGO 0.719 130 2350 UT PT VT-2 44 G5 057 119 C4 1 1204 058 0.750 2 212 FGO 0.219 115 2735 N/A N/A VT-2 E,( 44 83 119 B2 See Note 18. l 1 1204 058 1.000 2 212 FGO 0.250 115 2735 N/A N/A VT-2 E,( 44 B4 119 B3 1 1204 063 0.750 2 212 FGO 0.219 115 2735 N/A N/A VT-2 E,( 119 E5 See Note 18.
1 1204 063 3.000 2 212 FGO 0.438 115 2735 UT PT VT-2 44 E6 063 119 E5 1 1204 063 4.000 2 212 FGO 0.531 115 2735 UT PT VT-2 44 E5 063 119 E4 1 1204 063 6.000 2 212 FGO 0.719 115 2735 UT PT VT-2 44 DS 063 119 E4 See Note 18, 1 1204 067 1.000 2 212 FGO 0.250 115 2735 N/A N/A VT-2 E,(- 44 D3 119 D3 1 1204 069 1.000 2 212 FGO 0.250 115 2735 N/A N/A VT-2 E,(; 44 F5 119 F4 i 1 1204 076 1.500 1 111 FGO 0.281 115 2735 N/A PT VT-2 44 F7 076 119 G6 1 1204 076 3.000 1 111 FGO 0.438 115 2735 N/A PT VT-2 44 E7 076 119 E6 03361 6-36
VEGP Uni .1 .
- Line Designation List 002 Rsv. 3 I System: sarety injectson - System No. 1204 Sheet of 1
$ Reference Drawing Line Number . g g F
. Examination Method 8 , 3: ,,, c ISI Class P&80 i i$Y i 3 3 iI T I It }$ .
blSt.a Z o .
Notes l
I E 3
System No. fgh ZdO h
9 &
f2 ZFO f2h kC k Od-v"'"'
" C She Visp1 E EE E
,6 mZ ,,
O- u $3 E5 .-o o
1 1204 077 1.500 1 111 FGO 0.281 115 2735 N/A PT VT-2 44 G7 077 119 D6 1 1204 078 1.500 1 111 FGO 0.281 115 2735 N/A PT VT-2 44 E7 078 119 F7 j 1 1204 079 1.500 1 111 FGO 0.281 115 2735 N/A PT VT-2 44 D7 079 119 E7 1 1204 082 0.750 2 212 FGO 0.219 115 2735 N/A N/A VT-2 E,( 44 D6 119 D6 i 1 1204 090 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,( 45 H4 120 H4 1 1204 091 1.000 2 212 HC0 0.133 120 700 N/A N/A VT-2 E,( 45 F4 120 F4 1 1204 092 1.000 2 212 HC0 0.133 120 700 N/A N/A VT-2 E,( 45 D4 120 D4 1 1204 093 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,( 45 G4 120 B4 1 1204 102 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,( - 45 H4 120 H4 f 1 1204 103 1.000 2 212 HC0 0.133 120 700 N/A N/A VT-2 E,( ; 45 F4 120 F4
] 1 1204 104 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,( 45 D4 120 D4 j 1 1204 105 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,(. 45 C4 120 84 1 1204 106 0.750 2 212 HGO 0.113 120 700 N/A N/A VT-2 E,( . 45 G3 120 G4 1 1204 107 0.750 2 212 HGO 0.113 120 700 N/A N/A VT-2 E,t; 45 E3 120 E4 1 1204 108 0.750 2 212 HGO 0.113 120 700 N/A N/A VT-2 E,(; 45 G3 120 G4 j 1 1204 109 0.750 2 212 HGO 0.113 120 700 N/A N/A VT-2 E,1 i 45 B3 120 A4 1 1204 116 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,t i 45 G3 120 G3 I
1 1204 117 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,1 i 45 E3 120 E3 1 1204 118 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,t i 45 D3 120 C3 1 1204 119 1.000 2 212 HGO 0.133 120 700 N/A N/A VT-2 E,t i 45 B3 120 B3 1 1204 120 2.000 2 212 HGO 0.154 120 700 N/A N/A VT-2 H 45 G5 120 G5 1 1204 120 10.000 2 212 HGO 0.365 120 700 UT PT VT-2 45 G5 120 120 G5 03: 61 6-37
S VEGPUn4.1 Line Designation List s ) p) t 002'R;v. 3 System: 6 8 sarety injection - System No. 1204 Sheet of _
$ Reference Drawing Line Number ,
u = . Examination Method ISI-3 h $ a, g ISI Class P&lD
)5y $ 3 )hy 5 5* O E , h g o .
Notes ffy kC k '"
{
3 System No. k&h h g
.netr[c Surface Visual Ek gg d g
' -Q z cE s 9 & 2 z t- c o? Og_ Zg j x g 1 1204 121 2.000 2 212 HGO 0.154 120 700 N/A N/A VT-2 H 45 E5 120 E5 1 1204 1204 121 122 10.000 2 2
212 212 HGO 0.365 0.154 120 120 700 UT PT VT-2 45 E5 121 120 E5 l
1 2.000 HGO 700 N/A N/A VT-2 H 45 DS 120 C5 1 1204 1204 122 10.000 2 212 212 HGO 0.365 120 700 UT PT VT-2 45 C5 122 120 C5 l
1 123 2.000 2 HGO 0.154 120 700 N/A N/A VT-2 H 45 B5 120 A5 1 1204 123 10.000 2 212 HC0 0.365 120 700 UT PT VT-2 45 BS 123 120 A5 l
1 1204 124 10.000 1 111 FC0 1.000 AMB 2485 UT PT VT-2 45 G6 124 120 G6 1 1204 125 10.000 1 111 FC0 1.000 AMB 2485 UT PT VT-2 45 E6 125 120 E6 1 1204 126 10.000 1 111 FGO 1.000 AMB 2485 UT PT VT-2 45 C6 126 120 C6 1 1204 127 10.000 1 111 FGO 1.000 AMB 2485 UT PT VT-2 45 B6 127 120 A6 1 1204 128 0.750 2 212 LLI 0.113 120 65 N/A N/A VT-2 E,( 46 F4 121 E3 1 1204 129 0.750 2 212 LLI 0.113 120 65 N/A N/A VT-2' E,( 46 F4 121 E3 1 1204 130 0.750 2 212 LLI 0.113 120 65 N/A N/A VT-2 E,( 46 D4 121 D3 1 1204 131 0.750 2 212 LLI 0.113 120 65 N/A N/A VT-2 E,( 46 D4 121 D3 1 1204 137 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 45 C6 120 G6 1 1204 138 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 45 E6 120 E6 1 1204 139 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 45 D6 120 C6 1 1204 140 0.750 1 212 FGO O.219 AMB 2485 N/A N/A VT-2 B 45 B6 120 B6 1 1204 141 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 45 G7 120 G8 1 1204 142 0.750 1 212 FG0 0.219 AMB 2485 N/A N/A VT-2 B 45 E7 120 E8 1 1204 143 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 45 D7 120 C8 1 1204 144 0.750 1 212 FGO 0.219 AMB 2485 N/A N/A VT-2 B 45 B7 120 B8 1 1204 148 0.750 2 212 FGO 0.219 206 2660 N/A N/A VT-2 E,(; 121 H5 03261 6-38 6SS7 3
VEGP Un .1 Line Designation List 002 R;v. 3 Safety in f ect l 3n - Syste m No. 12014 Sheet of Reference Drawing Line Number ,
u = .$ Examination Method 3 $. , , c 151 Class l53- pago
}5 ? $ 3 )hy 5 5* . d g o .
Notes
{
3 System No. k&h Z cE O h
g
& 2 h ffh ZFO kC k O- Od- '"*I [' Surface Visual 5h d EO Z$ $ jj
- O y X, 0
1 1204 152 2.000 2 212 LL1 0.154 100 38 N/A N/A VT-2 48 D3 131 D3 See Note 13.
1 1204 153 0.750 2 212 FGO 0.219 AMB 2485 N/A N/A VT-2 E,C 46 F8 121 GA 1 1204 163 0.750 2 212 FGO 0.219 115 2735 N/A N/A VT-2 E,C 44 E5 119 E4 1 1204 169 2.000 2 212 LL1 0.154 120 65 UT PT VT-2 49 C4 169 130 83 See Note 18.
I 1204 169 3.000 2 212 LL1 0.216 120 65 UT PT VT-2 49 C4 169 130 A3 1 1204 170 0.750 2 212 LL1 0.113 120 65 N/A N/A VT-2 E,C 46 G3 121 G3 1 1204 171 0.750 2 212 FGO 0.219 AMB 2485 N/A N/A VT-2 E,C 46 D8 121 D8 1 1204 172 0.750 2 212 FGO 0.219 AMB 2485 N/A N/A VT-2 E,C 46 E5 121 E5 1 1204 177 8.000 2 212 LL1 0.322 120 65 UT PT VT-2 46 G2 177 121 F2 1 1204 192 2.000 2 212 LL1 0.154 115 100 UT PT VT-2 192 See Note 18.
1 1204 192 8.000 2 212 LL1 0.322 115 100 UT PT VT-2 46 F3 192 122 E6 1 1204 197 0.750 2 212 FC0 0.219 AMB 2485 N/A N/A VT-2 EC 46 E5 121 D6 See Note 18. l 1 1204 197 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 F5 197 121 E5 1 1204 197 4.000 2 212 FGO 0.531 AMB 2485 UT PT VT-2 46 E5 197 121 E5 1 1204 199 0.750 2 212 FC0 0.219 AMB 2485 N/A N/A VT-2 E,C 46 D5 121 D5 See Note 18. f 1 1204 199 2.000 2 212 FGO 0.344 AMB 2485 UT PT VT-2 46 F7 199 121 E7 1 1204 199 4.000 2 212 FC0 0.531 AMB 2485 UT PT VT-2 46 D6 199 121 D6 1 1204 1204 201 201 0.750 8.000 2
2 212 212 FGO FC0 0.219 0.906 AMB AMB 2485 2485 N/A UT N/A PT VT-2 VT-2 E,C 46 46 E6 F6 201 121 121 F6 See Note 18.
f 1 F6 1 1204 201 12.000 2 212 FGO 1.125 AMB 2485 UT PT VT-2 46 C4 201 121 B4 03361 6-39 65578
VEGP Un .1 )
Line Designation List 002 R;v. 3 System: Safety injection - System No. 1204 Sheet of _
Reference Drawing Line Number ,
u = .E Examination Method 3 $. . . c OSI Class pago
%*g G U 2 3j- .C .c e 3* $lSI-
'. o Notes
{ System No. K g s C S I*
Surface Visual 5 .h .
3 Zi- 'O & 2 Zi 5. O? O d $. metric gg pg g j x, g 1 1204 203 0.750 2 212 FGO 0.219 AMB 2485 N/A N/A VT-2 E,C 46 E8 121 E7 1 1204 213 3.000 2 212 LL1 0.216 AMB 20 N/A N/A VT-2 D,F 46 G2 121 F1 1 1204 218 0.750 2 212 FGO 0.219 AMB 2485 N/A N/A VT-2 E,C 46 D8 121 C8 1 1204 228 2.000 3 313 LL1 0.154 100 38 N/A N/A VT-2 49 C4 130 B3 1 1204 239 3.000 2 212 LL1 0.216 AMB 20 N/A N/A VT-2 D,f 46 H3 121 G3 1 1204 241 3.000 2 212 LL1 0.216 150 65 N/A N/A VT-2 D,F 46 C3 121 G3 1 1204 243 1.500 1 111 FGO 0.281 115 2735 N/A PT VT-2 26 F7 243 111 C4 1 1204 243 3.000 1 111 FGO 0.438 115 2735 N/A PT VT-2 26 E7 243 111 D4 See Note 16.
1 1204 244 1.500 1 111 FGO 0.281 115 2735 N/A PT VT-2 26 E7 244 111 H5 1 1204 244 3.000 1 111 FGO 0.438 115 2735 N/A PT VT-2 26 F5 244 111 G5 See Note 18.
1 1204 245 1.500 1 111 FC0 0.281 115 2735 N/A PT VT-2 26 F4 245 111 H4 1 1204 245 3.000 1 111 FGO 0.438 115 2735 N/A PT VT-2 26 F4 245 111 G4 See Note 18.
I 1204 246 1.500 1 111 FC0 0.281 115 2735 N/A PT VT-2 26 D5 246 111 C4 1 1204 246 3.000 1 111 FGO 0.438 115 2735 N/A PT VT-2 26 D5 246 111 D4 See Note 18.
1 1204 273 3.000 2 212 LL1 0.216 AMB ATM N/A N/A VT-2 J,6 121 F2 1 1204 276 3.000 2 212 LL1 0.216 AMB 20 N/A N/A VT-2 J,6 121 G1 03361 6-40 6ssi a
VEGP Un .1 002 R;v. 3 Line Designation List 1 4 System: Residua 1 Heat Remova1 - System No. 1205 Sheet of -
$ Reference Drawing Line Number .
u = . Examiriation Method 858-3 h $ ", ,
c 151 Class P&lD
)^5y $ 0 3 Ny 5 5*
5; v 1"'
f* .h
. o g y l
Notes
- f System No. 5g6 U E 5s6 kC k Surface Visual $$ E *i O ~
3 $65 5 $- 5 $N5 O? O $ b. '"*
50 $5 0 hj jf _
0 1 1205 001 3.000 2 212 FGO 0.438 350 450 N/A N/A VT-2 D,I 47 F3 122 G3 1 1205 001 12.000 2 212 FGO 1.125 350 450 UT PT VT-2 47 F3 001 122 C3 1 1205 002 3.000 2 212 FGO 0.438 350 450 N/A N/A VT-2 D,f 47 C3 122 D3 1 1205 002 12.000 2 212 FC0 1.125 350 450 UT P1 VT-2 47 C3 002 122 D3 1 1205 003 0.750 2 212 HGO 0.113 350 450 N/A N/A VT-2 D,f 122 C3 See Note 18.
1 1205 003 1.000 2 212 HGO 0.133 350 450 N/A N/A VT-2 D,f 122 C3 1 1205 003 12.000 2 212 HGO 0.406 350 450 UT PT VT-2 47 F3 003 122 J G3 See Note 11.
1 1205 003 14.000 2 212 HGO 0.438 350 450 Ui PT VT-2 47 F4 003 122 F3 1 1205 004 12.000 2 212 HC0 0.406 350 450 UT PT VT-2 47 C3 004 222 D3 See Note 11.
1 1205 004 14.000 2 212 HGO 0.438 350 450 UT PT VI-2 47 C4 004 122 D3 1 1205 005 2.000 2 212 HGO 0.154 350 600 N/A N/A VT-2 D,1 47 F5 122 F5 1 1205 005 8.000 -2 212 HGO 0.322 350 600 UT PT VT-2 47 F5 005 122 F5 1 1205 005 14.000 f
f ?l2 HGO 0.438 350 600 UT PT VT-2 47 FS 905 122 F6 1 1205 006 2,000 ? PP HGO 0.154 350 600 N/A N/A VT-2 D,1 47 C5 122 D5
~
l ]
1 1205 006 8.000
- -:? HC0 0.322 350 600 UT PT VT-2 47 C5 006 122 DS 1 1205 006 14.000 2 212 HGO 0.438 350 600 UT PT VT-2 47 C6 006 122 C6 l 1 1205 007 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,1 46 B4 121 B4 See Note 3 I .
and 18. l 1 1205 007 8.000 2 212 HGO 0.322 350 600 UT PT VT-2 47 F7 007 122 F8 1 1205 007 14.000 2 212 HGO 0.438 350 600 UT *T VT-2 47 F6 007 122 F6 1 1205 008 0.750 2 212 HGO C.113 350 600 N/A N/A VT-2 D,1 46 B4 121 C3 See *.'ote 3 and 18.
l 3
1 1205 008 2.000 2 212 HC0 0.154 350 600 N/A N/A VT-2 D,1 47 D6 122 C7 1 1205 008 8.000 2 212 HGO 0.322 350 600 UT PT VT-2 47 07 008 122 C8 03361 6-41 s,, , ,
VEGP Un .1 Line Desognation List 002 Rev. 3 ResiCuaI Heat RemcvaI - Svster ! No. 12(5 Sheet of
$ Reference Drawing Line Number ,,,
u = . Examination Method ISI-3 h. . . e ISI Class , pggo
!5 ? ! O 3 )Ny 5 5* .
'" z h g Z 0 .
Notes E
3 System No. 5 Z45 6 U 9 &
h 2
fs6 Zh5 O-C k5 Odb v1'
- I '
Swim Visual Ek Ei5
.h
$5 0 hj j X, Q
0 I 1205 008 14.000 2 212 HGO 0.438 350 600 UT PT VT-2 47 C6 008 122 C6 1 1205 009 8.000 2 212 HC0 0.322 250 600 UT PT VT-2 47 E7 009 122 E7 1 1205 009 12.000 2 212 HGO 0.406 250 600 UT PT VT-2 47 E7 009 122 E7 See Note 18.
I 1205 010 0.750 2 212 HGO 0.113 350 575 N/A N/A VT-2 D,1 47 121 B3 See Note 3.
1 1205 010 12.000 2 212 HGO 0.406 250 600 UT PT VT-2 47 07 010 122 E6 1 1205 012 2.000 2 212 HGO O.154 250 600 N/A N/A VT-2 D,1 47 E6 122 F7 1 1205 013 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,1 47 G6 122 G6 1 1205 013 3.000 2 212 HGO 0.216 350 600 N/A N/A VT-2 D,1 47 C6 122 G3 1 1205 014 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,1 47 D6 122 D6 1 1205 014 3.000 2 212 HC0 0.216 350 600 N/A N/A VT-2 D,1 47 D6 122 D3 1 1205 018 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 VT-2 D,1 122 C6 See Note 18.
l 1 1205 018 1.000 2 212 HC0 0.133 350 600 N/A N/A D,1 47 F6 122 G6 l 1 1205 019 2.000 2 212 HGO 0.154 350 450 N/A N/A VT-2 D,1 47 F4 122 G4 1 1205 020 2.000 2 212 HGO 0.154 350 450 N/A N/A VT-2 D,1 47 C4 122 D4 1 1205 021 0.750 2 212 HGO 0.113 350 450 N/A N/A VT-2 D,1 122 G6 See Note 18. l 1 1205 021 1.000 2 212 HGO 0.133 350 600 N/A N/A VT-2 D,l' 47 D6 122 D6 l 1 1205 022 0.750 2 212 HGO 0.113 350 450 N/A N/A VT-2 D,1 47 G4 122 H5 1 1205 023 2.000 2 212 HGO 0.154 350 450 N/A N/A VT-2 D,l' 47 F4 122 G4 1 1205 024 2.000 2 212 HGO 0.154 350 450 N/A N/A VT-2 D,1 47 C4 122 D4 1 1205 025 0.750 2 212 HC0 0.113 350 600 N/A N/A VT-2 D,l' 47 F5 122 G5 1 1205 026 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,1 47 C5 122 DS See Note 18. l 1 1205 027 0.750 2 212 HC0 0.113 350 450 N/A N/A VT-2 D,. 47 B4 122 B3 1 1205 027 1.000 2 212 HC0 0.133 350 450 N/A N/A VT-2 D,l 47 84 122 C3 03261 6-42
.,,,I
VEGPU .1 Line Designation List 002 Riv. 3 System: Residual Heat Removal - System No. 1205 Sheet of _
a .
Line Number u = l Examination Method fS ,g E f g ISl Class pgio a .5 7 = 7. =
- o; .'; o Notes 5m=
- j r -% 1; 3 u. n .
x e6 Z -
{ System No. $gh 3 g hjh kC $$ $
v '"'
Swh Vht gE ,o j un Z
, g , j 3 ZEC 9 d 2 Z t- O O E. Odb ** EE; $$ 0 y} jX _
0 1 1205 027 14.000 2 212 HGO 0.438 350 450 UT PT VT-2 47 C4 027 122 C3 1 1205 028 1.000 2 212 HGO 0.133 350 450 N/A N/A VT-2 D,F 47 C4 122 C3 1 1205 028 14.000 2 212 HGO 0.438 350 450 UT PT VT-2 47 C4 028 122 C3 1 1205 029 0.750 2 212 HGO 0.113 350 450 N/A N/A VT-2 D,F 47 D4 122 E4 1 1205 030 2.000 2 212 HGO 0.154 250 600 N/A N/A VT-2 D,F 47 E6 122 D6 1 1205 031 0.750 2 212 HC0 0.113 350 600 N/A N/A VT-2 D,F 122 G7 See Note 18.
1 1205 031 1.000 2 212 HC0 0.133 350 600 N/A N/A VT-2 D,1 47 F6 122 G6 1 1205 032 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,i 122 D7 See Note 18.
1 1205 032 1.000 2 212 HCO 0.133 350 600 N/A N/A VT-2 D,1 47 C6 122 D6 1 1205 033 0.375 2 212 FG2 0.065 250 600 N/A N/A VT-2 D,1 47 G6 122 H6 1 1205 034 0.375 2 212 FC2 0.065 250 600 N/A N/A VT-2 D,1 47 D6 122 E6 1 1205 035 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,1 47 F6 122 C6 See Note 18.
1 1205 035 1.000 2 212 HGO 0.133 350 600 N/A N/A VT-2 D,1 47 F6 122 G6 1 1205 036 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,1 47 F6 122 C6 See Note 18.
1 1205 036 1.000 2 212 HGO 0.133 350 600 N/A N/A VT-2 D,1 47 F6 122 G6 1 1205 037 037 0.750 2 2
212 212 HGO 0.113 350 600 600 N/A N/A VT-2 D,1 47 C6 122 122 D6 See Note 18.
l 1 1205 1.000 HGO 0.133 350 N/A N/A VT-2 D,1 47 D6 D6 1 1205 038 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,1 47 D6 122 D6 See Note 18. l 1 1205 038 1.000 2 212 HC0 0.133 350 600 N/A N/A VT-2 D,1 47 C6 122 D6 1
1 1205 1205 039 039 2.000 12.000 2
2 212 212 HGO HGO 0.154 0.406 350 350 600 450 N/A UT N/A PT VT-2 VT-2 D,l' 47 47 F4 F3 039 122 122 G3 F3 l
1 1205 040 2.000 2 212 HGO 0.154 350 600 N/A N/A VT-2 D,i' 47 D4 122 D3 1 1205 040 12.000 2 212 HC0 0.406 350 450 UT PT VT-2 47 D4 040 122 D3 03: 68 6-43 65S7 8
Q VEGP U .1 Line Designation List C/ (Q) 002 R;v. 3 Residual Heat Removal - Systen No. 1205 Sheet of _
Line Number u = $ Reference Drawing
, . Examination Method 3 h 5 .,. c ISI Class pago
. . l53-3 $ 3 )hy 5 5* O
. b g 0 .
Notes
- E 3
i System No. k&h ZEO h
g fh C OE Od- "I '
Surface Visual Nk d *
& 2 ZFO EO ZT 0 $$ j- Q X 0
1 1205 041 14.000 2 212 LLI 0.375 350 65 N/A N/A VT-2 1 47 B2 122 B2 See Notes 11 and 12.
1 1205 042 14.0 2 212 LLI 0.375 350 65 N/A N/A VT-2 1 47 B2 122 B2 See Notes 11 and 12.
1 1205 045 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,f 47 C5 122 C6 1 1205 046 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,F 47 F5 122 F6 1 1205 047 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,f 47 F3 122 F3 See Note 18.
1 1205 047 1.000 2 212 HGO 0.133 350 600 N/A N/A VT-2 D,F 47 F3 122 F3 1 1205 048 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,F 47 C3 122 D3 1 1205 051 0.750 2 212 HGO 0.113 350 600 N/A N/A VT-2 D,f 122 G7 See Note 18.
1 1205 051 1.000 2 212 HGO O.133 350 600 N/A N/A VT-2 D,F 47 F6 122 F7 052 0.750 1
1 1205 1205 052 1.000 2
2 212 212 HGO HC0 0.113 0.133 350 350 600 600 N/A N/A N/A N/A VT-2 VT-2 D,F D,F 47 F6 122 122 G7 F7 See Note 18. f 1205 056 212 1
1 1205 056 0.750 1.000 2
2 212 HGO
.HGO 0.113 0.133 350 350 F4 562 N/A N/A VT-2 VT-2 D,F 122 C7 See Note 18.
l N/A N/A D,f 47 C6 122 C7 1205 057 0.750 2 212 HC0 0.113 350 VT-2 1
1205 057 1.000 2 212 0.133 562 N/A N/A D,f 122 C7 See Note 18. l 1 HC0 350 562 N/A N/A VT-2 D,I 47 C6 122 C7 1 1205 060 20.000 2 212 LLI 0.375 300 60 N/A N/A VT-2 1 47 B2 122 B2 1 1205 061 20.000 2 212 LLI 0.375 300 60 N/A N/A VT-2 1 47 B2 122 B2 1 1205 062 0.750 2 212 LLI 0.113 AMB ATM N/A N/A VT-2 D,1 47 82 122 C3 1 1205 063 0.750 2 212 LLI O.113 AMB ATM N/A N/A VT-2 D,1 47 B2 122 B3 1 1205 064 0.750 2 212 LLI 0.113 AMB ATM N/A N/A VT-2 D,1 47 B2 122 A3 1 1205 065 0.750 2 212 LLI O.113 AMB ATM N/A N/A VT-2 D,1 47 B2 122 B3 03161 6-44 65S 7 I
d Line Designation List 002 Rev. 3 NII" Containment Spray - System No. 1206 Sheet o f .___.
Line Number ,
u = Examination Method 3 f $, [ , c ISI Class ISI- paio E 3 ky 5 52 [0 g o Notes kg?y i Systern No. h k ZkY6 h 5, OkC kE Odb v '"'
'"' I ' I' Surface Visual E h, .h k $, O $
3 Z E C- 'O d 2 E, M Z5 0 h$ fh _
0 1 1206 001 0.750 2 212 LLI 0.113 AMB 65 N/A N/A VT-2 D,I 131 A5 See Note 18.
1 1206 001 1.000 2 212 LL1 0.133 AMB 65 N/A N/A VT-2 D,I 131 C5 1 1206 001 10.000 2 212 LL1 0.365 AMB 65 UT PT VT-2 001 See Note 18.
1 1206 001 12.000 2 212 LL1 0.375 AMB 65 UT PT VT-2 48 B5 001 131 AS See Note 11 I 1206 002 0.750 2 212 LL1 0.113 AMB 65 N/A N/A VT-2 D,I 131 C5 See Note 18.
1 1206 002 1.000 2 212 LL1 0.133 AMB 65 N/A N/A VT-2 D,I 48 85 131 B5 1 1206 002 10.000 2 212 LL1 0.365 AMB 65 UT PT VT-2 002 See Note 18.
1 1206 002 12.000 2 212 LL1 0.375 AMB 65 UT PT VT-2 48 B5 002 131 C5 See Note 11. 4 1 1206 003 10.000 2 212 LL1 0.365 AMB 100 UT PT VT-2 48 F3 003 131 G3 1 1206 004 0.750 2 212 LL1 0.113 AMB 100 N/A N/A VT-2 D,1 131 D3 See Note 18, 1 1206 004 10.000 2 212 LL1 0.365 AMB 100 UT PT VT-2 48 D3 004 131 D3 1 1206 004 12.000 2 212 LL1 0.375 AMB 100 UT PT VT-2 48 C4 004 131 D4 1 1206 005 0.750 2 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,1 48 G6 131 G6 1 1206 005 2.000 2 212 KGO 0.154 AMB 270 N/A N/A VT-2 D,1 131 H5 See Note 18. I 1 1206 005 8.000 2 212 KGO 0.322 AMB 270 UT PT VT-2 48 G5 005 131 G5 1 1206 006 0.750 ? 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,1 48 C6 131 D6 1 1206 006 2.000 2 212 KGO 0.154 AMB 270 N/A N/A VT-2 D,1 48 G5 131 G5 1 1206 006 3.000 2 212 KGO 0.322 AMB 270 UT PT VT-2 48 C4 006 131 C4 1 1206 007 0.750 2 212 LL1 0.113 120 150 N/A N/A VT-2 D,l ' 48 G7 131 G6 See Note 18.
1 1206 007 2.000 2 212 LL1 0.154 120 150 N/A N/A VT-2 D,l' 48 G6 131 G7 1 1206 007 4.000 2 212 LL1 0.237 120 150 N/A N/A VT-2 1 48 F8 131 F8 1 1206 007 5.000 2 212 LL1 0.280 120 150 UT PT VT-2 48 F7 007 131 F7 See Note 8.
l 03: 6i 6-45
- VEGPU .1
! Line Designetion List 002 R.v. 3 1
System: 2 3 conta inment spray - system No. 1206 sweet et
! Reference Drawing l Line Number .,.
g g F
$. Examination Method 85'-
l E 3 ,,, c ISI Class n
! isy a e a ii1 I Ie .
D ,pg, . go . - '
{
3 System No. fgh ZKs h
9 e 2 ff ZFO kC k OE OE-Surface Visual 5h Ew ZU h
u
$3 E5 o
l 1 1206 007 8.000 2 212 LL1 0.322 120 150 UT PT VT-2 48 F7 007 131 G7 See Notes 8 and 11.
I 1206 007 10.000 2 212 LL1 0.365 120 150 N/A N/A VT-2 1 48 G7 131 G7 1 1206 008 0.750 2 212 LL1 0.113 120 150 N/A N/A VT-2 D,1 48 D7 131 C7 See Note 18. l 1 1206 008 2.000 2 212 LL1 0.154 120 150 N/A N/A VT-2 D,1 48 C6 131 D7 1 1206 008 4.000 2 212 LL1 0.237 120 150 N/A N/A VT-2 1 48 E8 131 E8
'1 1206 008 6.000 2 212 LL1 0.280 120 150 UT PT VT-2 48 E7 008 131 E7 See Note 8. l 1 1206 008 8.000 2 212 LL1 0.322 120 150 UT PT VT-2 48 D7 008 131 D7 See Notes 8 and 11.
l 1 1206 008 10.000 2 212 LL1 0.365 120 150 N/A N/A VT-2 1 48 D7 131 D7 1 1206 009 6.000 2 212 LL1 0.280 120 150 N/A N/A VT-2 1 48 F8 131 F8 i 1 1206 010 2.000 3 313 LLI 0.154 AMB 25 N/A N/A VT-2 48 D3 131 D3 i
j 1 1206 011 0.750 3 313 LL1 0.113 AMB 25 N/A N/A VT-2 131 F4 See Note 18. l 1 1206 011 1.000 3 313 LL1 0.133 AMB 25 N/A N/A VT-2 48 F4 131 F4 i 1 1206 013 6.000 2 212 LLI 0.280 120 150 N/A N/A VT-2 1 48 G8 131 G8 l 1 1206 014 3.000 3 313 LL1 0.216 AMB 25 N/A N/A VT-2 48 F3 131 F3
} 1 1206 017 0.750 3 313 LL1 0.113 AMB 15 N/A N/A VT-2 48 E4 131 E4 1 1206 018 2.000 3 313 LL1 0.154 AMB 15 N/A N/A VT-2 48 E3 131 E3 l
1 1206 019 0.750 3 313 LL1 0.113 AMB 25 N/A N/A VT-2 131 E3 See Note 18. l i 1 1206 019 3.000 3 313 LL1 0.216 AMB 25 N/A N/A VT-2 48 E3 131 E3 1 1206 020 3.000 2 212 LL1 0.216 AMB 25 N/A N/A VT-2 D,l ' 48 F5 131 F5 1 1206 021 3.000 2 212 LL1 0.216 AMB 25 N/A N/A VT-2 D,l' 48 DS 131 DS 1 1206 023 0.750 2 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,l ' 48 G4 131 G4
- 032 61 6-46 l 4 m,,
Lk Desegnation List 002 Rzv. 3 .
j SY80**I mntsin nr seray - sye,a= un ung Sheet of
! Line Number $ Reference Dvawing ,
g =,
F
. Examination Method '
} # , 3: ,,, e ISI Class P&lD 2m2 i S 3 iI: $ I2 Ei .
bl51. a Notes i
3 System No. f Zac h
& 2 ff ZFO OE C k Ok
', Surface Visual Eh gh 7
,Q EW Zf u $3 E5 . ,-
u t 1 1206 024 0.750 2 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,1 48 G4 131 G4 1
' 1 1206 027 0.750 2 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,1 48 D4 131 D4 l
! 1 1206 028 0.750 2 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,1 48 C4 131 C4 1 1206 036 3.000 2 212 LL1 0.216 100 120 N/A N/A VT-2 D,I 48 F4 131 G4 1 1206 037 3.000 2 212 LLI 0.216 100 120 N/A N/A VT-2 D,1 48 D3 131 D4 l
l 1 1206 040 6.000 2 212 LL1 0.280 120 150 N/A N/A VT-2 3 48 D8 131 D8 l 1 1206 046 3.000 3 313 LL1 0.216 AMS 25 N/A N/A VT-2 48 E5 131 E5 1 1206 047 1.000 2 212 KGO 0.133 AMB 270 N/A N/A VT-2 D,1 131 G6 See Note 18. g j 1 1206 047 3.000 2 212 KGO 0.216 r AMS 270 N/A N/A VT-2 D,I 48 G5 131 G5 1 1206 048 1.000 2 212 KGO 0.133 AMB 270 N/A N/A VT-2 D,1 131 D5 See Note 18. l
, 1 1206 048 3.000 2 212 KGO 0.216 AMB 270 N/A N/A VT-2 D,1 48 DS 131 D5 j 1 1206 054 6.000' 2 212 LL1 0.280 100 150 N/A N/A VT-2 1 48 D8 131 D8 i
1 1206 060 18.000 2 212 LL1 0.375 AMB 65 N/A N/A VT-2 1 48 B5 131 B7 1 1206 061 18.000 2 212 LL1 0.375 AMB 65 N/A N/A VT-2 1 48 85 131 B7
) 1 1206 062 0.750 2 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,1 48 G4 131 G4
$ 1 1206 065 0.750 2 212 KGO 0.113 AMB 270 N/A N/A VT-2 D,1 48 C4 131 C4
)q 1206 068 0.750 3 313 LL1 0.113 120 110 VT-2 48 1
N/A N/A F3 131 F3 l
1 1206 074 0.750 2 212 LL1 0.113 AMB 65 N/A N/A VT-2 D,1 48 B5 131 B6 l
1 1
1206 1206 075 076 0.750 0.750 2
2 212 212 LL1 LL1 0.113 0.113 AMB AMB 65 65 N/A N/A N/A N/A VT-2 VT-2 D,1 48 D,l' 48 85 B5 131 131 B6 A6 l
1 1206 077 0.750 2 212 LLI 0.113 AMB 65 N/A N/A VT-2 D,l' 48 85 131 A6 4
j 0316i 6-47 i
i ess o
VEGP U4o.1 \ x/
Line Designation List 002 RIv. 3 Chemical and V)luse Cont rol - System No. 1208 Sheet of Line Number ,
u = Emamination Method
_, , f= m . ,g ISI Class I g P&lD ast 3 -
= .g s r e e;p a .
a . 3 .
"a'a
[s6 Volu- .
E 3
System No. {g6 Z cE c.
M
'a &
{
2 z N E.
yC o 2.,
gj o & $. metrk Surface Visual E h, gy yg
.9 k g
$, O -
j 1 1208 001 3.000 1 111 FGO 0.438 557 2205 N/A PT VT-2 28 H7 001 114 G7 1 1208 002 3.000 2 212 FC0 0.438 557 2205 N/A N/A VT-2 J,> 28 G7 114 G7 1 1208 003 0.750 2 212 FC0 0.219 130 2350 N/A N/A VT-2 E,C 30 D6 116 1 C5 1 1208 003 2.000 2 212 FGO 0.344 130 2350 N/A N/A VT-2 D,F 30 E6 116 1 D5 1 1208 003 3.000 2 212 FGO 0.438 130 2350 UT PT VT-2 30 C6 003 116 1 C5 1 1208 004 3.000 3 313 LL1 0.216 75 ATH N/A N/A VT-2 32 F7 118 F6 1 1208 005 2.000 2 212 FC0 0.344 290 2185 N/A N/A VT-2 J,6 114 G5 See Note 18.
1 1208 005 3.000 2 212 FC0 0.438 290 2185 N/A N/A VT-2 J,) 28 G5 114 G5 1 1208 006 3.000 2 212 FC0 0.438 516 2290 N/A N/A VT-2 J,) 28 G7 114 E7 1 1208 007 3.000 1 111 FGO 0.438 556 2299 N/A PT VT-2 26 B4 007 111 B3 1 1208 008 0.750 2 212 FGO 0.219 516 2290 N/A N/A VT-2 J,6 28 F7 114 E7 See Note 18.
1 1208 008 3.000 2 212 FGO 0.438 516 2290 N/A N/A VT-2 J,6 28 G7 008 114 F8 1 1208 009 3.000 1 111 FGO 0.438 556 2299 N/A PT VT-2 26 B5 009 111 86 1 1208 010 0.500 2 212 HGO 0.109 115 125 N/A N/A VT-2 J,6 29 E4 115 G4 1 1208 011 2.000 2 212 FGO 0.344 516 2290 N/A N/A VT-2 J,L 28 F7 114 E8 1 1208 012 2.000 1 111 FGO 0.344 556 2235 N/A- PT VT-2 27 C5 012 112 D5 1 1208 014 1.000 2 212 FGO 0.250 557 2205 N/A N/A VT-2 J,L 28 F3 114 F2 1 1208 014 2.000 2 212 FGO 0.344 557 2205 N/A N/A VT-2 J,l. 114 F2 See Note 18.
1 1208 015 1.000 2 212 LL1 0.133 165 40 N/A N/A VT-2 J,1, 28 E4 114 E4 016 3.000 212 0.438 VT-2 1 1208 2 FC0 130 2350 N/A N/A J,1; 30 85 116 1 B5 l
1 1208 018 0.750 2 212 HGO 0.113 293 390 N/A N/A VT-2 J ,1; 29 . E6 115 F7 1 1208 019 0.750 2 212 FC0 0.219 150 40 N/A N/A VT-2 J ,1; 28 C7 114 C7 1 1208 019 1.250 2 212 FC0 0.250 150 40 N/A N/A VT-2 J,K 28 C7 114 C7 03: 61 6-48 65S7 3
l
! VEGP .1 Line Designation List 002 R:v. 3 i
SY** chemical and Volume control - System No. 1208 Sheet of Line Number "' '
=, Examination Method IS '-
- 3 3: ,,
c ISI Class Pa,ID 3$2 3
- O z 3l- .I I
- e o$ b o Notes t Em= y r .5 5 % 3 u. a -
wo a z -
l1h 5 System u 3 gg 1 a mZ l No. .g g7 g3 $ ,,,,c, y gg,,, g g
o ,
3 zas T & 2 Z e- c 0 2. OE gw 25 u $3 E5 u (
1 1208 020 0.750 2 212 LL1 0.113 150 35 N/A N/A VT-2 J,) 28 E6 114 D8 1 1208 020 2.000 2 212 LL1 0.154 150 35 N/A N/A VT-2 J,) 28 E6 114 D7 See Note 11.
4 1 1208 020 3.000 2 212 LL1 0.216 150 35 N/A N/A VT-2 J,) 33 G4 148 C8 1 1208 022 1.000 2 212 KGO 0.133 130 2350 N/A N/A VT-2 J , li 33 C7 148 C7
]
1 1208 022 2.000 2 212 FC0 0.344 130 2350 UT PT VT-2 30 C7 022 116 1 86 1 1208 022 3.000 2 212 FGO 0.438 130 2350 UT PT VT-2 30 C7 022 116 1 B6
) 1 1208 023 0.750 2 212 FGO 0.219 130 2340 N/A N/A VT-2 E,C 28 A6 114 B6 See Note 18. h j 1 1208 023 1.000 2 212 FGO 0.250 130 2340 N/A N/A VT-2 E,C 28 B5 114 A5 1 1208 023 1.500 2 212 FGO 0.281 130 2340 N/A N/A VT-2 E,C 28 B7 114 A7 See Note 11.
1 1208 023 2.000 2 212 FC0 0.344 130 2340 UT PT VT-2 28 B3 0?3 116 1 A7 j 1 1208 024 1.500 1 111 FGO 0.281 130 2340 N/A PT VT-2 28 B7 024 114 B7 I 1 1208 025 0.750 1 212 FC0 0.219 130 2340 N/A N/A VT-2 B 28 C7 114 B8 1 1208 026 3.000 2 212 KGO 0.216 115 350 N/A N/A VT-2 J,) 33 D3 148 D6 I
i 1 1208 027 3.000 2 212 KGO 0.216 115 350 N/A N/A VT-2 J,6 33 B4 148 B7 i
1 1208 028 1.000 2 212 HGO 0.133 115 350 N/A N/A VT-2 J,6 33 D3 148 D7 4
1 1208 028 2.000 2 212 KGO 0.154 115 350 N/A N/A VT-2 J,1 33 D3 148 D7 1
J 1 1208 030 3.000 2 212 KGO 0.216 150 350 N/A N/A VT-2 J,) 33 G3 148 D6 f
1 1208 031 3.000 2 212 KGO 0.216 150 350 N/A N/A VT-2 J,1 33 E4 148 B7 j 1 1208 032 1.000 2 212 KGO 0.133 150 350 N/A N/A VT-2 J,1 33 G3 148 D7 1 1208 032 2.000 2 212 KGO 0.154 150 350 N/A N/A VT-2 J,1 33 G3 148 D7 A 1208 034 3.000 3 313 LLI 0.216 75 ATM N/A N/A VT-2 32 D4 118 D4 1
4 I
1 03361 6-49 6SS F I
VEGP U o.1 Line Desagnation List 002 Riv. 3 System: Chemica and volume Cont ro - System No. 1208 Sheet of
[ Reference Drawing Line Number .,,
u = . Emamination Method IS -
3 h , , g ISI Class pg, g o
}5y 3 3 }$y 5 52 v 05' . b g y .
Notes 5 6 U 5 5s6 kC k5 t"'
5! .4 E System No.
Surface Visual $ $( O -
3 E cE S 5 [- $ $N5 O? O $ 55 $5 0 jj jh 0 1 1208 035 0.750 2 212 FC0 0.219 516 2290 N/A N/A VT-2 J,6 28 G6 114 F6 1 1208 036 0.750 2 212 FC0 0.219 150 40 N/A N/A VT-2 J,6 28 C7 114 C8 1 1208 036 1.250 2 212 FGO 0.250 150 40 N/A N/A VT-2 J,6 28 C7 114 C7 1 1208 037 0.750 2 212 LL1 0.113 150 35 N/A N/A VT-2 J,6 28 E7 114 D8 1 1208 037 2.000 2 212 LLI 0.154 150 35 N/A N/A VT-2 J,6 28 E6 114 D7 1 1208 038 0.750 2 212 FC0 0.219 150 40 N/A N/A VT-2 J,> 28 C7 114 C7 1 1208 038 1.250 2 212 FGO 0.250 150 40 N/A N/A VT-2 J,6 28 C7 114 C7 1 1208 039 0.750 2 212 LL1 0.113 150 35 N/A N/A VT-2 J,6 28 E7 114 DS 1 1208 039 2.000 2 212 LL1 0.154 150 35 N/A N/A VT-2 J,> 28 E7 114 D7 1 1208 040 0.750 2 212 FGO 0.219 150 40 N/A N/A VT-2 J,6 28 C7 114 C7 1 1208 040 1.250 2 212 FC0 0.250 150 40 N/A N/A VT-2 J,> 28 C7 114 C7 1 1208 041 0.750 2 212 LL1 0.113 150 35 N/A N/A VT-2 J,6 28 E7 114 D8 1 1208 041 2.000 2 212 LLI 0.154 150 35 N/A N/A VT-2 J,) 28 E7 114 D7 1 1208 1208 042 042 0.750 2 2
212 212 FC0 0.219 130 130 2340 2340 N/A N/A VT-2 E,C 28 A6 114 B6 See Note 18.
l 1 1.000 FGO 0.250 N/A N/A VT-2 E,C 28 A4 114 A6 1 1208 042 1.500 2 212 FGO 0.281 130 2340 N/A N/A VT-2 E,C 28 B7 114 A7 1 1208 042 2.000 2 212 FGO 0.344 130 2340 UT PT VT-2 28 B4 042 114 A5 1 1208 043 1.500 1 111 FC0 0.281 130 2340 N/A PT VT-2 28 B7 043 114 B7 1 1208 044 0.750 2 212 FGO 0.219 130 2340 N/A N/A VT-2 E,C 28 A6 114 B6 See Note 18.
i 03361 6-50 l
.s , ,
VEGP U .1 Line DesNjnation List 002 R;v. 3 System: 4 11 chemicas and voiume contros - System No. 1208 Sheet of -
$ Reference Drawing Line Number ,
u = . E xamination Method 3 $ ISI Class ISI- pago
}5y I 3 )$ 5 5* [* 11g d g 0 Notes 5s$6 kC k U v r"'
{ System No. N 6 - b ~5 Surface Visual 5! .h $ $, O $
3 $sE 5 k 5 $h5 O? Okb * * '
E5 $5 0 hj jh _
0 1 1208 044 1.000 2 212 FGO 0.250 130 2340 N/A N/A VT-2 E,C 28 A4 114 A6
, 1 1208 044 1.500 2 212 FC0 0.281 130 2340 N/A N/A VT-2 E,C 28 B7 114 A7 1 1208 044 2.000 2 212 FGO 0.344 130 2340 UT PT VT-2 28 A3 044 114 A5 1 1208 045 1.500 1 111 FCO 0.281 130 2340 N/A PT VT-2 28 B7 045 114 B7 1 1208 046 0.750 2 212 FGO 0.219 130 2340 N/A N/A VT-2 E,C 28 A6 114 B6 See Note 18, 1 1208 046 1.000 2 212 FGO 0.250 130 2340 N/A N/A VT-2 E,C 28 B5 114 A6 1 1208 046 1.500 2 212 FC0 0.281 130 2340 N/A N/A VT-2 E,C 28 B7 114 A7 1 1208 046 2.000 2 212 FGO O.344 130 2340 UT PT VT-2 28 A3 046 114 A5 1 1208 047 1.500 1 111 FC0 0.281 130 2340 N/A PT VT-2 28 B7 047 114 B7 l 1 1208 048 0.750 1 212 FGO 0.219 130 2340 N/A N/A VT-2 B 28 C7 114 B8 1 1208 049 0.750 1 212 FGO 0.219 130 2340 N/A N/A VT-2 B 28 C7 114 B8 1 1208 050 0.750 1 212 FC0 0.219 130 2340 N/A N/A VT-2 8 28 C7 114 B8 1 1208 051 2.000 2 212 FGO 0.344 130 2340 N/A UT PT 33 C6 051 148 D6 l 1 1208 052 3.000 2 212 FC0 0.438 130 2340 UT PT VT-2 33 E7 052 148 B7 1 1208 053 1.500 2 212 FGO 0.281 130 2340 N/A N/A VT-2 J,6 33 G6 '
07 1 1208 053 2.000 2 212 FGO 0.344 130 2340 UT PT VT-2 33 C6 D7 1 1208 055 0.750 2 212 HC0 0.113 293 390 N/A N/A VT-2 J,6 28 H3 11s H2 See Note 18.
1 1208 055 2.000 2 212 HGO 0.154 293 390 N/A N/A VT-2 J,6 114 H6 See Note 18.
1 1208 055 3.000 2 212 HGO 0.216 293 390 N/A N/A VT-2 J,6 28 H3 114 H3 See Note 11.
03361 6-51 65573
VEGP o.1 Line Designation List
()
002 Riv. 3
" chemical and Volume Cont rol - System No. 1208 Sheet of Line Number ,
u = Examination Method 3 h 5 . . c 151 Class l68- pago 3 I 3 hy 5 52 [0 .
g 2 o .
Notes
{
3 System No. f& 6 ZaO h
$ & 2 fs6 Z h E.
k ji' k O? OE$
5E v '"'
"*I"#
Surface Visual g E, 55 z@
,d j 0
yZ ,
y} jh a }
0 1 1208 064 3.000 2 212 HC0 0.216 200 350 N/A N/A VT-2 J,6 29 G7 117 F1 1 1208 064 4.000 2 212 HGO 0.237 200 350 N/A N/A VT-2 J,) 117 F1 See Note 18.
I 1208 066 0.750 2 212 HGO 0.113 115 125 N/A N/A VT-2 J,6 29 E4 115 G3 1 1208 066 2.000 2 212 HGO 0.154 115 350 N/A N/A VT-2 J,> 29 E4 115 F4 1 1208 066 3.000 2 212 HGO 0.216 115 350 N/A N/A VT-2 J,> 29 E5 115 F3 1 1208 067 0.750 2 212 FGO 0.219 557 2205 N/A N/A VT-2 J,6 28 G6 114 F6 1 1208 068 3.000 2 212 LL1 0.216 130 15 N/A N/A VT-2 J,6 30 H7 115 H4 1 1208 077 0.750 2 212 FGO 0.219 557 2205 N/A N/A VT-2 J,6 28 F5 114 F5 1 1208 080 0.750 2 212 FGO 0.219 516 2290 N/A N/A VT-2 J,6 28 F5 114 F6 1 1208 084 1.000 2 212 LL1 0.133 140 25 N/A N/A VT-2 J,6 30 H7 128 B2 1 1208 087 0.750 2 212 FC0 0.219 557 2205 N/A N/A VT-2 J,6 28 G5 114 F5 1 1208 088 0.750 2 212 FGO 0.219 557 2205 N/A N/A VT-2 J,6 28 F2 114 F1 1 1208 089 3.000 2 212 KGO 0.216 150 350 N/A N/A VT-2 J,6 33 G3 148 C6 1 1208 090 0.380 2 212 FG2 0.065. 115 350 N/A N/A VT-2 J,6 115 D3 See Note 18. l 1 1208 090 0.750 2 212 KGO O.113 115 35 N/A N/A VT-2 J,l. 29 E3 115 E2 1 1208 090 1.000 2 212 KGO 0.133 115 350 N/A N/A VT-2 J,1 33 C3 148 C7 1 1208 090 3.000 2 212 KGO 0.216 115 350 N/A N/A VT-2 J,6 29 E3 115 E3 1 1208 091 3.000 2 212 KGO 0.216 115 35 N/A N/A VT-2 J,i. 29 E3 115 F3 1 1208 092 1.000 2 212 KGO 0.133 150 350 N/A N/A VT-2 J,1. 33 F3 148 C7 1 1208 092 3.000 2 212 KGO 0.216 150 350 N/A N/A VT-2 J,l 33 G4 148 C7 1 1208 093 3.000 2 212 KGO 0.216 115 350 N/A N/A VT-2 J,1; 29 F2 115 F2 1 1208 095 2.000 2 212 LL1 0.154 150 25 N/A N/A VT-2 J,1; 30 F7 116 1 F7 1 1208 095 3.000 2 212 LL1 0.216 150 25 N/A N/A VT-2 J,1; 30 F7 116 1 E6 03'68 6-52 l 65573
. - _ . . m m _ _
VEGP .I lb 08809nstion List 002 RIv, 3 I chemical and Vo l= = cont r o f - Svstem to. 12C8 Sheet of
! n Line Number i h Examinat6on Method S F 151 Class 23 s r us I 3: c P&lO lS1.
- =s a =
8 u
z .s
- r. e mo r.
n o. a z o Note,
{
i ggg :gg gg u *Z Vol o j
! I 3
System No. [gy g Sm yy gE g l ZEO 9 & 2 Z >- 0 02, od- EE ZT u $3 {x u 1 1208 095 4.000 2 212 LL1 0.237 150 25 N/A N/A VT-2 J,6 30 F6 116 1 F6 1 1208 097 3.000 2 212 LL1 0.216 115 15 N/A N/A VT-2 J,6 30 F5 116 1 E4 1 1208 097 4.000 2 212 LL1 0.237 115 15 N/A N/A VT-2 J,9 30 F6 116 1 E5 y
1 1208 099 2.000 2 212 FGO 0.344 130 2350 UT PT VT-2 31 D6 099 116 2 E6 See Note 20.
l l 1 1208 099 3.000 2 212 FGO 0.438 130 2350 UT' PT VT-2 31 D6 099 116 2 D6 ,
1 1208 100 2.000 2 212 LL1 0.154 130 25 N/A N/A VT-2 J,D 31 F8 116 2 E8 1
1 1208 1208 101 101 2.000 3.000 2
2 212 212 FGO FGO 0.344 0.438 130 130 2350 2350 UT UT PT PT VT-2 VT-2 31 31 E6 F6 101 101 116 2 116 2 E6 F6 See Note 21.
l l
l 1 1208 103 3.000 2 212 LL1 0.216 130 15 N/A N/A VT-2 J,I 30 C6 116 1 G6 4
1 1 1208 104 0.750 2 212 HC0 0.113 293 390 N/A N/A VT-2 J,1 29 F6 115 H6 1 1208 105 0.750 2 212 HGO 0.113 293 390 N/A N/A VT-2 J,1 29 E6 115 F6 1 1208 106 1.000 2 212 LL1 0.133 ,75 15 N/A N/A VT-2 J,1 30 H7 116 1 G6 l 1 1208 107 1.000 2 212 LL1 0.133 130 15 N/A N/A VT-2 J,1 30 F5 116 1 D5 l
i
, 1 1208 108 3.000 2 212 LL1 0.216 115 20 N/A N/A VT-2 J,1 , 30 H5 116 1 G4 l 1 1208 109 0.750 2 212 HGO 0.113 293 390 N/A N/A VT-2 J,1. 29 F6 115 H6 1 1208 110 0.750 2 212 LL1 0.113 115 15 N/A N/A VT-2 J,1; 30 H2 116 H2 1 1208 110 1.000 2 212 LL1 0.133 115 15 N/A N/A VT-2 J,1 , 30 H4 116 1 H3 J
l 1 1208 110 3.000 2 212 LL1 0.216 115 15 N/A N/A VT-2 J ,1 ; 30 H4 116 1 H3 l
i 1 1208 112 1.000 2 212 FGO 0.250 165 2153 N/A N/A VT-2 J ,1 ; 28 E3 114 E2 l
, 1 1208 112 2.000 2 212 FGO 0.344 165 2153 N/A N/A VT-2 J ,1; 28 E2 114 E2 l 1 1208 116 2.000 3 313 LL1 0.154 75 25 N/A N/A VT-2 30 G3 116 1 F2 i
i b
k
] 03: 61 6-53 l 6S5 7 I
l i
i v- os.. i Line Designation List O O 002 R.v. 3 ;
Chamical and Volume Control - System No. 1208 Sheet of y nes., enc. O,a.in, Line Nurnber = . Examination Method i
i 8 , j ,, F e ISI Class PailD i jY i S 3 i Iy I Ie N .
[lSl 4 2 o .
Notes 3
{ System No. f1h h
$ & 2 Mh kC O? Od Surface Visual 5h g ,Q Z a6 O Z r- O Ew Zf u $3 jf u ,
1 1 1208 117 2.000 2 212 KGO 0.154 75 25 N/A N/A VT-2 J,) 30 G3 116 1 G2 l
i 1 1208 118 0.750 3 313 LL1 0.113 75 30 N/A N/A VT-2 30 F2 116 1 F1 i
i 1 1208 118 2.000 3 313 LL1 0.154 75 30 N/A N/A VT-2 30 G2 116 1 F1
! 1 1208 119 2.000 3 313 LLI 0.154 75 30 N/A N/A VT-2 30 F2' 116 1 F1 l 1 1208 123 0.750 2 212 LL1 0.113 115 15 N/A N/A VT-2 J,) 30 D4 116 1 C3 1 1208 123 2.000 2 212 LL1 0.154 115 15 UT PT VT-2 30 E5 123 116 1 D4 1 1208 123 4.000 2 212 LL1 0.237 115 15 UT PT VT-2 30 E4 123 116 1 C3 See Note 22.
I 1208 125 0.750 2 212 LL1 0.113 75 25 N/A N/A VT-2 J,) 30 F3 116 1 F3 I
1 1208 125 0.000 2 212 LLI 0.154 75 25 N/A N/A VT-2 J,) 30 F3 116 1 F3 1 1208 127 2.000 3 313 LL1 0.154 75 15 N/A N/A VT-2 30 E3 116 1 E3 1 1208 130 1.000 2 212 LL1 0.133 115 15 N/A N/A VT-2 J,p 30 E3 116 1 E3 1 1208 131 1.000 3 313 LL1 0.133 75 35 N/A N/A VT-2 30 D2 1 116 1 D2 See Note 18.
l 1 1208 131 2.000 3 313 LL1 0.154 75 35 N/A N/A VT-2 30 E2 116 1 D2 i
1 1 1208 132 2.000 2 212 LL1 0.154 115 15 N/A N/A VT-2 J,p 30 C2 116 1 El 1 1208 133 2.000 2 212 LL1 0.154 115 15 N/A N/A VT-2 J,6 30 D2 116 1 D1 1 1208 134 1.000 3 313 LLI 0.133 75 45 N/A N/A VT-2 30 D3 116 1 D3 1 1208 134 2.000 3 313 LL1 0.154 75 45 N/A N/A VT-2 30 D3 116 1 D2
- 1 1208 135 1.000 2 212 LL1 0.133 115 15 N/A N/A VT-2 J,6 30 D4 116 1 D3 1 1208 137 8.000 2 212 LL1 0.322 115 15 UT PT VT-2 30 E3 137 116 2 E3 l 1 1208 138 0.750 2 212 FGO 0.219 557 2205 N/A N/A VT-2 J,1 28 E2 114 El l 1 1208 139 0.750 2 212 LL1 0.113 115 15 N/A N/A VT-2 E,( .
116 2 C4 See Note 18.
l 1 1208 139 6.000 2 212 LL1 0.280 115 15 UT PT VT-2 31 C4 139 116 2 C3 03361 6-54
.ss , i
i VEGP .1 Line Designetion List 002 R3v. 3 System: 8 11 l Chemical and Volume Control - System No. 1208 Sheet of l $ Reference Drawing i Line Number g = e Emamination Method I 3 $ $ c OSI Clast P&lD
, l$'*
i i5 Y i 3 3 iIy 5 Ie li .
[6 g y .
Notes
' {
3 System No. kh h Mf C k OE Od Surface Visual hh Z$ 6 *~
-Q Zac 2 Zec aw u $3 E5 _
u i 1 1208 139 8.000 2 212 LL1 0.322 115 15 UT PT VT-2 31 C4 139 116 2 C3 l
! 1 1208 140 0.750 2 212 LL1 0.113 130 100 N/A N/A VT-2 E,( 30 D5 116 1 84 0.750 212 0.113
{ 1 1208 141 2 LLI 115 15 N/A N/A VT-2 E,( 116 2 G4 l-i 1 1208 141 4.000 2 212 LL1 0.237 115 15 UT PT VT-2 30 D4 141 116 1 C3 1 1208 141 6.000 2 212 LL1 0.280 115 15 UT PT VT-2 31 G4 141 116 2 D3 4
1 1208 144 4.000 2 212 FC0 0.531 130 2350 UT PT VT-2 31 G6 144 116 2 G5 1 1208 145 1.000 2 212 FGO 0.250 130 2350 N/A N/A VT-2 J,p 31 C5 116 2 C7 l 1 1208 145 4.000 2 212 FGO 0.531 130 2350 UT PT VT-2 31 C5 145 116 2 C5 1 1208 146 3.000 2 212 FGO 0.438 130 2350 UT PT VT-2 31 C7 146 116 2 88 1 1208 147 3.000 2 212 FGO 0.438 130 2350 UT PT VT-2 31 C6 147 116 2 D6
) 1 1208 148 0.750 2 212 LL1 0.113 150 25 N/A N/A VT-2 J,9 30 G6 116 1 F5 i
i 1 1208 149 1.000 2 212 KGO 0.250 130 2350 N/A N/A VT-2 J,6 33 F6 148 C7 1
,1 1 1208 149 3.000 2 212 FGO 0.438 130 2350 UT PT VT-2 33 F7 149 116 1 B7 l 1 1208 150 2.000 2 212 FGO 0.344 130 2340 UT PT VT-2 30 C8 150 116 1 B7
! 1 1208 188 0.750 2 212 LLI 0.113 115 15 N/A N/A VT-2 E,( 30 E5 116 1 C4 s
) 1 1208 189 0.750 2 212 LL1 0.113 115 15 N/A N/A VT-2 E,( 30 D5 116 1 B4 4
1 1208 191 1.000 2 212 FGO 0.133 130 2350 N/A N/A VT-2 E,( 31 G5 116 2 G4
]
1 1208 200 1.000 2 212 FGO 0.133 130 2350 N/A N/A VT-2 E,( 31 C5 116 2 C4 l
1 1208 213 0.750 3 313 LL1 0.113 75 45 N/A N/A VT-2 32 F6 118 F6 l 1 1208 213 2.000 3 313 LL1 0.154 75 ATM N/A N/A VT-2 32 F5 118 F5 1 1208 213 4.000 3 313 LL1 0.237 75 ATM N/A N/A VT-2 32 G7 118 G7 1
1 1208 1208 215 215 2.000 3.000 2
2 212 212 HGO HC0 0.154 0.216 293 293 390 390 N/A N/A N/A N/A VT-2 VT-2 J,1. 28 J,1. 28 H5 H5 114 114 H5 See Note 18. l .
G5 I
033 61 6-55 l
VEGP o.1 Line Desegnation List o' O002 R;v. 3
" Chemical and Volume Control - System No. 1208 Sheet of
$ Reference Drawing Line Number u = . Examination Method 3 h $ ". , c ISI Class lSI- pago 55 i $ ? h$ 5 52 ,
g o .
NO
{ System No.
kf h -- f*jh C Surface Visual 3k 6 * -Q 3 260 $ d 2 ZFO O- Od- $5 z$ 0 jj jX 0 1 1208 225 3.000 2 212 HGO 0.216 293 390 N/A N/A VT-2 J,6 29 G7 115 G8 1
1 1208 1208 225 229 4.000 0.750 2
2 212 212 HGO HGO O.237 0.113 293 200 390 350 N/A N/A N/A N/A VT-2 VT-2 J,6 J,6 29 H7 117 117 G1 G1 See Noto 18.
f 1 1208 P36 0.750 3 313 LL1 0.113 200 350 N/A N/A VT-2 32 F7 118 F7 1 1208 236 1.000 3 313 LL1 0.133 75 ATM N/A N/A VT-2 32 F7 118 F7 1 1208 238 2.000 3 313 LL1 0.154 75 ATM N/A N/A VT-2 32 G6 118 C6
! 1 1208 239 3.000 3 313 LLI 0.216 75 ATM N/A N/A VT-2 32 G6 118 C6 1 1208 240 2.000 3 313 LL1' O.154 75 ATM N/A N/A VT-2 32 D4 118 D4 See Note 18.
I 1208 240 3.000 3 313 LL1 0.216 75 ATM N/A N/A VT-2 32 D4 118 D3 1 1208 241 2.000 3 313 LL1 0.154 75 ATM N/A N/A VT-2 32 C4 118 B4 See Note 18.
1 1208 241 3.000 3 313 LL1 0.216 75 ATM N/A N/A VT-2 32 C4 118 B3 1 1208 242 1.000 3 313 LL1 0.133 75 45 N/A N/A VT-2 32 D5 118 D4 See Note 18. k 1 1208 242 2.000 3 313 LL1 0.154 75 45 N/A N/A VT-2 32 D5 118 D4 1 1208 243 1.000 3 313 LL1 0.133 75 45 N/A N/A VT-2 32 C5 118 B4 See Note 18. l 1 1208 243 2.000 3 313 LL1 0.154 75 45 N/A N/A VT-2 32 C5 118 B4 1 1208 248 2.000 2 212 LL1 0.154 175 15 N/A N/A VT-2 J,) 30 H7 129 D5 1 1208 251 2.000 2 212 FCO 0.344 130 2340 UT PT VT-2 33 D6 251 148 D6 1 1208 252 3.000 2 212 FC0 0.438 130 2340 UT PT VT-2 33 B7 252 148 B7 1 1208 253 1.500 2 212 FGO 0.281 130 2340 N/A N/A VT-2 J,6 33 D7 148 D7 1 1208 253 2.000 2 212 FGO 0.344 130 2340 UT PT VT-2 33 D6 253 148 C7 1 1208 255 2.000 2 212 HGO 0.154 290 2185 N/A N/A VT-2 J,l. 114 C6 See Note 18.
1 1208 255 3.000 2 212 HGO 0.438 290 2185 N/A N/A VT-2 J,1. 28 G5 114 C6 1 1208 262 2.000 3 313 LL1 0.154 75 ATM N/A N/A VT-2 32 G7 118 G7 03161 6-56 6557 I
VEGPU o.1 Line Designation List
)
002 R',v. 3 10 11 System: chemicas and volume contros - System No. 1208 Sheet of _
Line Number o =, Examination Method f 3 g g ist Class pago Ej3 E -.S EEy a a* 05 . gd g o .
Notes
{
3 System No. kth ZKO h
& 2 f9h Z 6- 0 O kC kI OEb
- I ' '
Surface Visual E!
35 Z$
0
$. O y} j x, 0
1 1208 263 0.750 3 313 LL1 0.113 75 45 N/A N/A VT-2 32 D6 118 D6 1 1208 280 0.750 3 313 LL1 0.113 75 45 N/A N/A VT-2 32 D6 118 C6 1 1208 316 1.000 2 212 LL1 0.133 130 15 N/A N/A VT-2 J,6 30 G7 117 H2 1 1208 340 0.375 2 212 FG2 0.065 115 35 N/A N/A VT-2 J,6 29 F3 115 El 1 1208 358 0.750 2 212 FGO 0.219 557 2205 N/A N/A VT-2 J,6 28 F6 114 F6 1 1208 365 0.750 2 212 FGO 0.219 AMB ATM N/A N/A N/A J,) 114 D7 See Note 14.
I 1208 366 0.750 2 212 FC0 0.219 AMB ATM N/A N/A N/A J,6 114 D7 See Note 14.
1 1208 367 0.750 2 212 FC0 0.219 AMB ATM N/A N/A N/A J,) 114 D7 See Note 14.
1 1208 368 0.750 2 212 FC0 0.219 AMB ATM N/A N/A N/A J,6 114 D7 See Note 14, 1 1208 373 0.750 2 212 FGO 0.219 AMB ATM N/A N/A N/A J,6 114 B8 See Note 14.
I 1208 374 0.750 2 212 FGO 0.219 AMB ATM N/A N/A N/A J,6 114 B8 See Note 14.
1 1208 375 0.750 2 212 FGO 0.219 AMB ATM N/A N/A N/A J,6 114 B8 See Note 14.
1 1208 376 0.750 2 212 FGO 0.219 AMB ATM N/A N/A N/A J,5 114 B8 See Note 14.
1 1208 390 0.375 2 212 FG2 0.065 115 125 N/A N/A VT-2 J,6 29 D4 115 F4 l 1 1208 397 0.750 2 212 KGO 0.113 260 350 N/A N/A VT-2 J,6. 29 G7 117 F2 1 1208 404 0.750 2 212 LL1 0.113 150 25 N/A N/A VT-2 J,l 30 G6 116 1 E6 1 1208 410 3.000 2 212 LL1 0.216 115 140 UT PT VT-2 31 B7 410 116 2 D7 1 1208 411 6.000 2 212 LL1 0.280 115 15 UT PT VT-2 31 A6 411 116 2 A6 1 1208 411 8.000 2 212 LLI 0.322 115 15 UT PT VT-2 31 A6 411 116 2 B6 1 1208 437 0.375 2 212 FG2 0.065 115 110 N/A N/A VT-2 J,1; 29 C3 115 D3 See Note 18.
I 1208 437 0.750 2 212 KGO 0.113 115 110 N/A N/A VT-2 J,1 29 G3 115 D3 l
03- 61 6-57
A O VEGP o.1 Line Designation List V Q002 R3v. 3 11 11 System: Chemical and Volume Control - System No. 1208 Sheet of -
$ Reference Drawing Line Number o = . Examination Method E E j 6- c 151 Class 'SI- pago is; !! S 5 35y I Ir ji .
2s a p Notes
- E System No. 5 g6 U 5s6 C gI v 1"'
Surface Visual gE ,4 j *Z o }.
3 $d5 5 [- $ $$5 O 2, O$$ 50 $5 0 j$ yh 0 1 1208 439 0.375 2 212 FC2 0.065 115 110 N/A N/A VT-2 J,6 30 G8 115 D2 See Note 6.
1 1208 449 1.000 1 111 FGO 0.250 556 2201 N/A N/A VT-2 J,6 28 F4 111 C2 1 1208 450 2.000 3 313 LL1 0.154 75 35 N/A N/A VT-2 32 D7 118 D7 1 1208 482 0.750 2 212 LL1 0.113 115 15 N/A N/A VT-2 E,( 30 C4 116 1 C4 1 1208 483 0.750 2 212 LL1 0.113 115 15 N/A N/A VT-2 E,C 30 C4 116 1 C4 1 1208 485 1.000 2 212 FGO 0.250 130 2350 N/A N/A VT-2 J,6 31 H8 116 2 G8 1 1208 486 1.000 2 212 FGO 0.250 617 2235 N/A N/A VT-2 J,6 28 ES 114 E4 1 1208 487 1.000 2 212 FGO 0.250 617 2235 N/A N/A VT-2 J,6 28 G5 114 F4 1 1208 488 3.000 2 212 FC0 0.438 516 2290 N/A N/A VT-2 J,5 28 G7 114 G8 1 1208 490 0.750 2 212 FC0 0.219 130 2350 N/A N/A VT-2 1 30 G4 116 1 G3 See Note 18.
1 1208 490 3.000 2 212 FGO 0.438 130 2350 N/A N/A VT-2 1 30 G3 116 1 C8 See Note 11.
I 1208 491 1.000 2 212 LL1 0.133 115 15 N/A N/A VT-2 J,t .i G F4 116 1 F4 1 1208 491 2.000 2 212 LL1 0.154 115 15 N/A N/A VT-2 J,6 30 F3 116 1 F3 1 1208 491 4.000 2 212 LL1 0.237 115 15 N/A N/A VT-? J,6 30 F4 116 1 F4 1 1208 493 0.750 2 212 LL1 0.113 115 15 N/A N/A VT-2 J,6 29 D1 115 1 D1 1 1208 496 1.000 2 212 LL1 0.133 115 15 N/A N/A VT-2 1 30 E4 116 1 D3 1 1208 497 0.750 2 212 FGO 0.219 130 2350 N/A N/A VT-2 J,6 116 2 E5 See Note 18, 1 1208 497 1.500 2 212 FGO 0.281 130 2350 N/A N/A VT-2 J,6. 116 2 E5 See Note 18.
1 1208 497 2.000 2 212 FGO 0.344 130 2350 UT PT VT-2 30 G5 497 116 2 G5 1 1208 499 0.750 2 212 FGO 0.219 130 2350 N/A N/A VT-2 J,0. 116 2 E5 See Note 18.
1 1208 499 1.500 2 212 FC0 0.281 130 2350 N/A N/A VT-2 J,l. 116 2 E5 See Note 18.
1 1208 499 2.000 2 212 FGO 0.344 130 2350 UT PT VT-2 30 DS 499 116 2 DS 2 1208 241 3.000 3 313 LL1 0.216 75 ATH N/A N/A VT-2 118 A2 See Note 17.
03361 l 6-58 l 65S7 3
VEGP o.1 Line Dessgnation List 002 R;v. 3 System: ,,,,,,,,s,,,,,no,,,,,,,_ sy,,,, ,,_ ,,,, Sn,,,
1
,,1 Line Number ,
u' = Examination Methad ISI-3 $. . c OSI Class pago
!v s e 3 ify s Is. e 31 .
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{
3 System No. k&f ZdO $
h g f
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'"' [C Surface Visual 3k d EEj z$ 0 y } y X, 0 1 1212 001 0.375 2 212 FG2 0.065 617 2235 N/A N/A VT-2 J,6 26 B3 140 C8 1 1212 001 0.500 2 212 FG2 0.065 617 2235 N/A N/A VT-2 J,6 140 C8 See Note 18.
I 1212 002 0.375 2 212 FG2 0.065 617 2235 N/A N/A VT-2 J,6 26 C4 140 C7 1 1212 002 0.500 2 212 FG2 0.065 617 2235 N/A N/A VT-2 J,6 140 C7 See Note 18.
I 1212 003 0.500 2 212 FGO 0.188 617 2235 N/A N/A VT-2 J,6 26 07 140 D7 Ses Note 11.
1 1212 005 0.500 2 212 FGO 0.188 653 2235 N/A N/A VT-2 J,6 27 B4 140 G7 See Note 11.
1 1212 008 0.500 2 212 FGO 0.188 653 2235 N/A N/A VT-2 J,6 27 C8 140 F7 See Note 11.
1 1212 074 1.000 2 212 LL1 0.133 70 25 N/A N/A VT-2 J,6 140 A5 1 1212 128 1.000 2 212 LL1 0.133 70 25 N/A N/A VT-2 J,l 30 G7 140 B6 1 1212 146 0.500 2 212 FGO 0.188 617 2235 N/A N/A VT-2 J,1 . 26 D7 140 D7 t
}
03 6B 6-59 6ssi a
VEGP U o.1 -
)
Line Deshpunion List 002 R:v. 3 Symtent: Sheet o f ___.
snent ruei enoting and Puriffration- Fvstem No. 1213 o [ Reference Drawing Line Number .
= . Examination Method ISI-3 h h . , g ISI Class P 33 s e 3 inv s se h .
D a g&lD .
"ei ,
2 b
System No. 5 6
$ cE 5 U
5 l
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1 1213 001 10.000 3 313 LL1 0.365 120 25 N/A N/A VT-2 49 DS 130 C4 1 1213 002 10.000 3 313 LL1 0.365 120 25 N/A N/A VT-2 49 C5 130 C4 1 1213 003 3.000 3 313 313 LL1 0.216 120 120 80 80 N/A N/A VT-2 49 E7 130 E6 See Note 18.
l 1 1213 003 8.000 3 LL1 0.322 N/A N/A VT-2 49 D6 130 C5 1 1213 003 10.000 3 313 LL1 0.365 120 80 N/A N/A VT-2 49 E6 130 E5 1 1213 003 12.000 3 313 LL1 0.406 120 80 N/A N/A VT-2 49 E6 130 E5 See Note 18.
I 1213 004 3.000 3 313 LL1 0.216 120 80 N/A N/A VT-2 49 E7 130 E6 See Note 18.
I 1213 004 8.000 3 313 LL1 0.322 120 80 N/A N/A VT-2 49 B6 130 C5 1 1213 004 10.000 3 313 LL1 0.365 120 80 N/A N/A VT-2 49 F7 130 F6 1 1213 004 12.000 3 313 LL1 0.406 120 80 N/A N/A VT-2 49 G7 130 G5 See Note 18. l 1 1213 005 0.750 3 313 LL1 0.113 120 70 N/A N/A VT-2 49 F5 130 F5 1 1213 005 10.000 3 313 LL1 0.365 120 70 N/A N/A VT-2 49 G5 130 F4 1 1213 005 12.000 3 313 LL1 0.406 120 70 N/A N/A VT-2 49 F6 130 F5 See Note 18. l 1 1213 006 0.750 3 313 LL1 0.113 110 70 N/A N/A VT-2 49 H6 130 H5 1 1213 006 10.000 3 313 LL1 0.365 110 70 N/A N/A VT-2 49 H6 130 H4 1 1213 006 12.000 3 313 LL1 0.406 110 70 N/A N/A VT-2 49 H6 130 H5 See Note 18. l 1 1213 007 0.750 3 313 LL1 0.113 120 80 N/A N/A VT-2 49 F6 130 E5 1 1213 008 0.750 3 313 LL1 0.113 120 80 N/A N/A VT-2 49 G7 130 G5 1 1213 046 3.000 2 212 LL1 0.216 120 80 N/A N/A VT-2 J,6 49 F7 130 G8 See Note 11. g 1 1213 049 3.000 3 313 LL1 0.216 120 80 N/A N/A VT-2 49 D5 130 E6 1 1213 050 3.000 3 313 LL1 0.216 120 80 N/A N/A VT-2 49 E5 130 E4 1 1213 055 2.000 3 313 LL1 0.154 120 100 N/A N/A VT-2 49 D4 130 D4 1 1213 056 2.000 3 313 LL1 0.154 80 90 N/A N/A VT-2 49 D5 130 D4 03361 6-60 65513
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VEGP Unit No.1 Line Desagnation List 002 Rev. 3
- Auxilia ry Component Cool ino Water - System No. 1217 Sheet o f _.__.
Line Number u = Emamination Method
$ F ISI-3 f , c ISI Class P&lD
) ? E 3 )hy ~
bf v1~
g 0 .
Notes I System No. k& 6 h ks6 C 5 Surface Visual N .h k N, Q h 3 ZdO 10 & 2 Z$b O? O[b '"'
$5 $5 0 jj jX 0 1 1217 036 10.000 2 212 LL2 0.365 105 130 N/A N/A VT-2 L 138 1 D3 See Note 11.
1 1217 071 2.000 3 313 FKO 0.344 175 100 N/A N/A VT-2 138 2 E8 1 1217 071 2.500 3 313 FKO 0.375 175 100 N/A N/A VT-2 138 2 E6 See Note 18.
1 1217 072 2.000 3 313 Fko 0.344 175 100 N/A N/A VT-2 138 2 B8 1 1217 072 2.500 3 313 FKO 0.375 175 100 N/A N/A VT-2 138 2 B8 See Note 18.
I 1217 072 3.000 3 313 FKO 0.438 175 100 N/A N/A VT-2 138 2 B8 See Note 18.
1 1217 073 2.000 3 313 FKO 0.344 175 100 N/A N/A VT-2 138 2 B2 1 1217 073 2.500 3 313 FKO 0.375 175 100 N/A N/A VT-2 138 2 B2 See Note 18.
1 1217 073 3.000 3 313 FKO 0.438 175 100 N/A N/A VT-2 138 2 B2 See Note 18.
1 1217 106 0.750 2 212 LL2 0.154 130 70 N/A N/A VT-2 J,1 138 2 G7 See Note 18.
1 1217 106 10.000 2 212 LL2 0.365 130 70 N/A N/A VT-2 L 138 2 G7 See Note 11.
1 1217 150 2.000 3 313 FKO 0.344 175 100 N/A N/A VT-2 138 2 F1 1 1217 150 2.500 3 313 FKO 0.375 175 100 N/A N/A VT-2 136 2 F2 See Note 18.
1 1217 150 '3.000 3 313 FKO 0.438 175 100 N/A N/A VT-2 138 2 E8 1 1217 265 2.000 3 313 FKO 0.344 150 100 N/A N/A VT-2 138 2 F3 1 1217 265 2.500 3 313 FKO 0.375 150 100 N/A N/A VT-2 138 2 F3 See Note 18.
1 1217 266 2.000 3 313 FKO 0.344 150 100 N/A N/A VT-2 138 2 B3 1 1217 266 2.500 3 313 FKO 0.375 150 100 N/A N/A VT-2 138 2 B3 See Note 18.
1 1217 267 2.000 3 313 FKO 0.344 150 100 N/A N/A VT-2 138 2 E6 1 1217 267 2.500 3 313 FKO 0.375 150 100 N/A N/A VT-2 138 2 E6 See Note 18.
I 1217 268 2.000 3 313 FKO 0.344 150 100 N/A N/A VT-2 138 2 C6 1 1217 268 2.500 3 313 FKO 0.375 150 100 N/A N/A VT-2 138 2 C6 See Note 18.
03: 1:1 6-6:
assii
O O O VEGP Unit No.1 Line Designation List 002 Rev. 3 System: Radwaste Solidirication Bui sding Coos ing Water - System No. 1222 Sheet of Line Number u = $ Reference Drawing
.,, . Emamination Method 3 h $ ", , c ISI Class ,IS I- pago
) y 5 3 hy b 52 .
g o . . Notes met ic j 1 1222 013 0.750 2 212 LL2 0.113 100 60 N/A N/A VT-2 J,t 132 D8 7 ee Note 18.-
1 1222 013 8.000 2 212 LL2 0.322 100 60 N/A N/A VT-2 L 132 D8 See Note 11.
I 1222 015 0.750 2 212 LL2 0.113 100 60 N/A N/A VT-2 J,6 132 C8 See Note 18.
1 1222 015 8,000 2 212 LL2 0.322 100 60 N/A N/A VT-2 L 132 C8 See Note 11.
I 1222 021 0.750 2 212 LL2 0.113 100 60 N/A N/A VT-2 J,6 132 D6 1 1222 022 0.750 2 212 LL2 0.113 100 60 N/A N/A VT-2 J,t 132 C6 1 1222 054 0.750 2 212 LL2 0.154' AMB 60 N/A N/A VT-2 J,F 132 D7 1 1222 055 0.750 2 212 LL2 0.154 100 60 N/A N/A VT-2 J,6 132 D7 1 1222 081 2.000 2 212 LL2 0.218 AMB 60 N/A N/A VT-2 J,6 132 C3 1 1222 082 2.000 2 212 LL2 0.218 AMB 60 N/A N/A VT-2 J,6 132 C3 1 1222 083 0.750 2 212 LL2 0.113 AMB 60 N/A N/A VT-2 J,6 132 D4 See Note 18.
I 1222 083 2.000 2 212 LL2 0.218 AMB 60 N/A N/A VT-2 J,6 132 D4 1 1222 083 1.000 2 212 LL2 0.179 AMB 60 N/A N/A VT-2 J,l. 132 D4 See Note 11.
1 1222 084 0.750 2 212 LL2 0.113 AMB 60 N/A N/A VT-2 J,6 132 D4 See Note 18.
I 1222 084 1.000 2 212 LL2 0.179 AMB 60 N/A N/A VT-2 J,6 132 D4 See Note 11.
I 1222 084 2.000 2 212 LL2 0.218 AMB 60 N/A N/A VT-2 J,1. 132 C4 03Jfe l 6-6t 6ss i i
v ~
V VEGP Unit No.1 Line Designation List 002 Rev. 3 System Main Steam - System No. 1301 Sheel of -
y Reference Drawing Line Number u = = E mamination Method E E $ F c ISI Class ISI' pago
%2- = U $ Y Ie 3f- Ei$ o Notes System No. 2 Surface Visual g Za- _ & 2 ZF- O{ mw Z- u 33 z_ , u 1 1301 001 6.000 2 212 FKO 0.719 545 985 UT MT VT-2 54 H4 001 159 2 H4 See Note 18.
1 1301 001 28.000 2 212 CK3 1.875 545 985 AUT AMT VT-2 54 G3 001 159 2 H7 AUG ISI 1 1301 001 29.500 2 212 CK3 2.625 545 985 AUT AMT VT-2 54 G3 001 159 2 G2 AUG ISI 1 1301 002 6.000 2 212 FKO 0.719 .545 985 UT MT VT-2 54 F4 002 159 2 F4 See Note 18. l 1 1301 002 28.000 2 212 GK3 1.875 545 985 AUT AMT VT-2 54 F3 002 159 2 F7 AUG ISI 1 1301 002 29.500 2 212 CK3 2.625 545 985 AUT AMT VT-2 54 F3 002 159 2 F3 AUG ISI i 1 1301 003 6.000 2 212 FKO 0.719 545 985 UT MT VT-2 54 D4 003 159 2 D4 See Note 18. l 1 1301 003 28.000 2 212 GK3 1.875 545 985 AUT AMT VT-2 54 D3 003 159 2 D8 AUG ISI 1 1301 003 29.500 2 212 GK3 2.625 545 985 AUT AMT VT-2 54 D3 003 159 2 D3 AUG ISI 1 1301 004 6.000 2 212 FKO 0.719 545 985 UT MT VT-2 54 B4 004 159 2 84 See Note 18. l 1 1301 004 28.000 2 212 C K3, 1.875 545 985 AUT AMT VT-2 54 B3 004 159 2 B7 AUG ISI 1 1301 004 29.500 2 212 CK3 2.625 545 985 AUT AMT VT-2 54 B3 004 159 2 83 AUG ISI 1 1301 009 1.000 2 212 CK3 2.250 545 985 N/A N/A VT-2 J> 54 E3 159 2 G3 1 1301 009 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,6 54 G6 159 2 G2 1 1301 010 1.500 3 313 CK3 0.281 545 985 N/A N/A VT-2 159 2 c4 See Note 18.
1 1301 010 2.000 3 313 CK3 0.344 545 985 N/A N/A VT-2 159 2 E4 See Note 18.
I 1301 010 4.000 3 313 CK3 0.337 545 985 N/A N/A VT-2 54 G5 159 2 G3 1 1301 011 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J> 54 E6 159 2 E2 1 1301 011 4.000 2 212 GK3 0.337 545 985 N/A N/A VT-2 J,6 54 E6 159 2 E2 1 1301 012 4.000 3 313 GK3 0.337 545 985 N/A N/A VT-2 54 E5 159 2 E3 1 1301 1301 012 013 8.000 S.000 3 313 GK3 0.500 545 985 N/A N/A VT-2 54 F6 161 3 F6 l
1 2 212 CK3 0.500 545 985 N/A MT VT-2 54 H2 013 159 2 c2 1301 013 2 212 1 1.000 CK3 0.250 545 985 N/A N/A VT-2 J,5 54 H2 159 2 H2 l
033 l1 4 ,
6-65
h) O V
O m V VEGP Unit No.1 Line Dessgnation List 002 Rev. 3 System: o% .m,m , ,m, Sheet 2 ,, 7_
- $ Reference Drawing l_ine Number ,
u . Examination Method 3 h ISI Cl855 iSi*
. . g P&lO 3
U k 3 )h bs6 i b b2 S v 1"'
08 . o g C .
Notes
{ System No. b *1 6
$d5 K
$$5 O? (C O$$ *"
Surface Visual E! .
O. O $
3 5 h $ EO $b 0 f) h _
O 10.000 0.594 1 1301 013 014 2 212 GK3 545 985 UT MT VT-2 54 C2 013 159 2 G2 See Note 18.
l 1 1301 8.000 2 212 GK3 0.500 545 985 N/A MT VT-2 54 F2 014 159 2 F2 1 1301 014 10.000 2 212 CK3 0.594 545 985 UT MT VT-2 54 F2 014 159 2 F2 See Note 18.
1 1301 015 8.000 2 212 CK3 0.500 545 985 N/A MT VT-2 54 D2 015 159 2 D2 1 1301 015 10.000 2 212 CK3 0.594 545 985 UT MT VT-2 54 D2 015 159 2 D2 See Note 18.
1 1301 016 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J,6 159 2 C2 See Note 18.
1 1301 016 8.000 2 212 CK3 0.500 545 985 N/A MT VT-2 54 C2 016 159 2 B2 1 1301 016 10.000 2 212 CK3 0.594 545 985 UT MT VT-2 54 C2 016 159 2 B2 See Note 18.
1 1301 037 0.500 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,1 159 3 E7 See Note 18.
1 1301 037 0.375 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,1 55 E6 159 3 E7 1 1301 038 0.375 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,1 55 B6 159 3 A7 1 1301 039 0.375 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,6 53 E6 159 1 E7 1 1301 040 0.375 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,6 53 B6 159 1 A7 1 1301 040 0.500 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,1. 159 1 A7 See Note 18. l 1 1301 045 0.500 2 212 CCO 0.065 545 985 N/A N/A VT-2 J,6 55 E3 159 3 E3 See Note 11.
I 1301 046 0.500 2 212 GC0 0.065 140 985 N/A N/A VT-2 J,8 55 E5 159 3 E5 1 1301 068 0.500 2 212 000 0.065 545 985 N/A N/A VT-2 J,4 55 B3 159 3 A3 See Nota 11.
1 1301 069 0.500 2 212 GGO O.065 140 985 N/A N/A VT-2 J,l 55 A5 159 3 A5 1 1301 102 0.500 2 212 GGO 0.065 545 985 N/A N/A VT-2 J,l 53 E4 159 1 E3 See Note 11.
1 1301 104 26.000 2 212 GK3 1.022 545 985 UT MT VT-2 53 D6 104 159 1 C6 See Note 11.
I 1301 104 32.000 2 212 GK3 1.022 545 985 UT MT VT-2 53 D5 104 159 1 C6 See Note 18.
1 1301 105 26.000 2 212 CK3 1.022 545 985 UT MT VT-2 53 G6 105 159 1 C6 See Note 11.
1 1301 105 32.000 2 212 CK3 1.022 545 985 UT MT VT-2 53 G5 105 159 1 C6 See Note 18.
03'48 6-6t 6ssia
O O O VEGP Unit No.1 Line Designation List 002 Rev. 3 Systent: Main steam - system No. 1301 Sheet of -
y Reference Draw 6ng l_ine Nusnber g 2, o Examination Method 3 . R p ,g ISI C8855 g,3, P&lO
}$y I 3 }$y a s2 25 .
Ed g y .
E Systwn No. k1h h 5 y C Surface Visual Eh gh N ,$
- 3 ZKs 9 & 2 Ses OE O - Ew 25 u $3 j5 ._
o 1 1301 106 26.000 2 212 CK3 1.022 545 985 UT MT VT-2 55 DS 106 159 3 C6 See Note 11.
I 1301 106 32.000 2 212 CK3 1.022 545 985 UT MT VT-2 55 C5 106 159 3 c6 See Note 18.
I 1301 107 26.000 2 212 CK3 1.022 545 985 UT MT VT-2 55 C5 107 159 3 C6 See Note 11.
I 1301 107 32.000 2 212 CK3 1.022 545 985 UT MT' VT-2 55 C5 107 159 3 C6 See Note 18.
I 1301 108 1.000 2 212 CK3 0.250 545 985 N/A N/A V1-2 J,1 55 H6 159 3 H6 1 1301 108 2.000 2 212 CK3 0.344 345 985 N/A N/A VT-2 J,8 55 C6 159 3 G7 l 1 1301 109 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J,8 55 D6 159 3 D6 1 1301 109 2.000 2 212 GK3 0.344 545 985 N/A N/A VT-2 J,1 55 D6 159 3 C6 I 1301 110 2.000 2 212 CK3 0.344 545 985 N/A N/A VT-2 J,1 53 C6 159 1 C7 1 1301 110 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J,1 53 H6 159 1 H6 1 1301 111 2.000 2 212 CK3 0.344 545 985 N/A N/A VT-2 J,1 53 D6 159 1 D6 1 1301 111 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J,6 53 06 159 1 D6 1 1301 118 2.000 2 212 CK2 0.344 545 985 N/A N/A VT-2 J,8 55 E5 159 3 E6 1 1301 118 3.000 2 212 CK2 0.438 545 985 N/A N/A VT-2' J,1 55 E5 159 3 E5 1 1301 119 2.000 2 212 CK2 0.344 545 985 N/A N/A VT-2 J,1 55 B5 159 3 B6 1 1301 119 3.000 2 212 CK2 0.438 545 985 N/A N/A VT-2 J,5 55 B5 159 3 B5 I
l 1 1301 120 2.000 2 212 CK2 0.344 545 985 N/A N/A VT-2 J,6 53 E6 159 1 E6
, 1 1301 120 3.00G 2 212 CK2 0.438 545 985 N/A N/A VT-2 J,8 53 E7 159 1 E7
[ 1 1301 121 2.000 2 212 CK2 0.344 545 985 N/A N/A VT-2 J,1 53 B6 159 1 B6 l
1 1301 121 3.000 2 212 CK2 0.438 545 985 N/A N/A VT-2 J,1 53 B5 159 1 B5 1 1301 126 0.750 2 212 GK2 0.219 545 985 N/A N/A VT-2 J,1 159 3 F4 See Note 18.
I 1 1301 126 1.000 2 212 CK2 0.250 545 985 N/A N/A VT-2 J,1. 159 3 F3 See Note 18, t l
l 1 1301 126 2.000 2 212 CK2 0.344 545 985 N/A N/A VT-2 J,1 55 F5 159 3 E6 1
033 is t 6-61
., , , I
i lI O O O i VEGP Unit No.1 Line Desegnation List 002 Rev. 3 I nam i n %m= - svus a un tint Sheet of -- -
@ Refesence Deawing tJne Number g g F
. Enarn6 nation Method ,$ g-3 a g c OSI Class pago
}57 I } g .- f . b g j -
E 3
System No. k1 2 2.
h OE C Surface Visual
$h g N ,Q
- q ZEs & ZFs O Ew ZS u $3 ]x u i
j 1 1301 126 3.000 2 212 GK2 0.438 545 985 N/A N/A VT-2 J,6 55 F4 159 3 F4 See Note 11.
l 1 1301 127 0.750 2 212 GK2 0.219 545 985 N/A N/A VT-2 J,8 159 3 B4 See Note 18.
l 1 1301 127 1.000 2 212 GK2 0.250 545 985 N/A N/A VT-2 J,6 159 3 B3 See Note 18.
1 1301 127 2.000 2 212 GK2 0.344 545 985 N/A N/A VT-2 J,) 55 B5 159 3 B5 1 1301 127 3.000 2 212 GK2 0.438 545 985 N/A N/A VT-2 J,) 55 B4 159 3 B4 See Note 11.
1 1301 128 0.750 2 212 GK2 0.219 545 985 N/A N/A VT-2 J,9 159 1 F3 See Note 18.
1 1 1301 128 1.000 2 212 GK2 0.250 545 985 N/A N/A VT-2 J,6 159 1 F3 See Note 18.
l l 1 1301 128 2.000 2 212 GK2 0.344 545' 985 N/A N/A VT-2 J.) 53 F5 159 1 F5 1 1301 128 3.000 2 212 GK2 0.438 545 985 N/A N/A VT-2 J,6 53 F3 159 1 F4 See Note 11.
I 1301 129 0.750 2 212 GK2 0.219 545 985 N/A N/A VT-2 J,6 159 1 B3 See Note 18.
1 1301 129 1.000 2 212 GK2 0.250 545 985 N/A N/A VT-2 J,8 159 1 83 See Note 18.
l 1 1301 129 2.000 2 212 GK2 0.344 545 985 N/A N/A VT-2 J,6 53 B5 159 1 B5 1 1301 129 3.000 2 212 GK2 0.438 545 985 N/A N/A VT-2 J,6 53 B4 159 1 B4 See Note 11.
I 1301 130 0.375 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,6 55 E4 159 3 E5
! 1 1301 131 0.375 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,6 55 B4 159 3 B5 1 1 1301 132 0.375 2 212 FG2 0.065 545 985 N/A N/A VT-2 J,8 53 E5 159 1 E4 1 1301 133 0.375 2 212 FC2 0.065 545 985 N/A N/A VT-2 J,1 53 B5 159 1 B4 l 1 1301 135 1.000 3 313 GK3 0.250 545 985 N/A N/A VT-2 58 G6 161 3 G7 1 1301 136 2.000 2 212 GK3 0.344 545 985 N/A N/A VT-2 J,1 55 G5 159 3 G6 1 1301 136 4.000 2 212 GK3 0.337 545 985 N/A N/A VT-2 J,3 55 G5 159 3 G6 1 1301 137 2.000 2 212 GK3 0.344 545 985 N/A N/A VT-2 J,1 55 C5 159 3 c6 1 1301 137 4.000 2 212 GK3 0.337 545 985 N/A N/A VT-2 J,1 55 G5 159 3 C6
}
! 1 1301 138 2.000 2 212 GK3 0.344 545 985 N/A N/A VT-2 J,l 53 G5 159 1 G6 I
i i 033 48 6-62 1
65573
)
/ (v}
VEGP Unit No.1 Line Designation List 002 Rev. 3 System: Main steam - system No. 1301 sewet et _ .
Line Number * =, Emamination Method 3 h il: ", , c ISI Class pago T2 2 u ; ; g _s c c.
- s go [l58--
o Nom Il m y c c,$ s wa wo a z 6 s ai . -
0* O
" V*'"
3 l System No. $R w i !! ir 15 Y " * '
- surs= visuas d - 0 5 --
5 zEs$ e a s z t- s o? o&E 20 ze a fj f x, f a 1 1301 138 4.000 2 212 GK3 0.337 545 985 N/A N/A VT-2 J.> 53 c5 159 1 G5 1 1301 139 2.000 2 212 GK3 0 . 3844 545 985 N/A N/A VT-2 J,> 53 C5 159 1 C6 1 1301 139 4.000 2 212 GK3 0.337 545 985 N/A N/A VT-2 J.* 53 C5 159 1 C5 1 1301 144 1.000 3 313 GK3 0.250 350 50 N/A N/A VT-2 58 G7 161 3 G7 l 1 1301 150 0.500 2 212 GC0 0.147 545 985 N/A N/A VT-2 J,> 55 E2 159 3 E2 1 1301 151 0.500 2 212 000 0.147 545 985 N/A N/A VT-2 J,6 55 B2 159 3 A2 1 1301 152 0.500 2 212 000 0.147 545 985 N/A N/A VT-2 J,> 53 E3 159 1 E3 1 1301 153 0.500 2 212 GGO 0.147 545 985 N/A N/A VT-2 J,6 53 B3 159 1 A3 1 1301 154 0.500 2 212 GCO O.147 140 985 N/A N/A VT-2 J,6 53 E5 159 1 E5 1 1301 155 0.500 2 212 GC0 0.147 545 985 N/A N/A VT-2 J,6 53 A3 159 1 A3 See Note 11.
1 1301 156 0.500 2 212 GC0 0.147 140 985 N/A N/A VT-2 J,6 53 A5 159 1 A5 1 1301 165 1.500 2 212 GK2 0.281 5t:5 985 N/A N/A VT-2 :J,6 53 B4 159 i C4 1 1301 169 2.000 2 212 FGO 0.344 545 985 N/A N/A VT-2 J,6 55 F> 159 3 F6 1 1301 170 4.GGG 2 212 GK3 0.337 545 1100 N/A N/A VT-2 J.> 53 D7 159 1 D7 1 1301 171 4.000 2 212 CK3 0.337 545 1100 N/A N/A VT-2 J,6 55 G6 159 3 G8 1 1301 172 4.000 2 212 GK3 0.337 545 1100 N/A N/A VT-2 J,6 55 D6 159 3 C8 1 1301 173 4.000 2 212 GK3 0.337 545 1100 N/A N/A VT-2 J,6 53 G7 159 1 G8 1 1301 174 4.000 2 212 GK3 0.337 545 1100 N/A N/A VT-2 J,6 54 G8 159 2 H7 1 1301 176 4.000 2 212 CK3 0.337 545 1100 N/A N/A VT-2 J,1 54 E8 159 2 F7 1 1301 178 4.000 2 212 GK3 0.337 545 1100 N/A N/A VT-2 J,1 54 D8 159 2 D7 1 1301 180 4.000 2 212 CK3 0.337 545 1100 N/A N/A VT-2 J,1, 54 88 159 2 B7 1 1301 182 2.000 2 212 FGO 0.344 545 985 N/A N/A VT-2 J ,1; 55 B5 159 3 B6 1 1301 183 2.000 2 212 FKO 0.344 545 985 N/A N/A VT-2 J,1; 53 F6 159 1 F6 03]41 6-65
O O O VEGP Unit No.1 l Line Designation List System: 002 Rev. 3
- ,,,,,,m,_, ,,n, sent 6 otT _
l n t_ine Number =, .E N" O' **"8 g Examination Method ggg l j e 3 ,g ISI Class pg,go
- }5y i 3 3 }Iy a2 25 . E, 5 g y "*
E v'~
" U 5$6 *z system 5 6 E N .b No' kC' helm V6 mal
$ $ sE E 5 k- E $$5 O at $ * * ' '
O ?., eIEs E5 o s I5 u
- 1 1301 184 2.000 2 212 FKO 0.344 545 985 N/A N/A VT-2 J,6 53 B6 159 1 B6 1 1301 189 1.500 2 212 CK2 0.281 545 985 N/A N/A VT-2 J* 53 F5 159 I F5 i
t 1 1301 190 1.500 2 212 Gk2 0.281 545 985 N/A N/A VT-2 J,6 55 B4 159 3 85 1 1301 191 1.500 2 212 CK2 0.281 545 985 N/A N/A VT-2 J,6 55 F4 159 3~ F5 t
1 1301 197 1.000 2 212 CK3 0.250 70 100 N/A N/A VT-2 J,> 53 H5 159 1 H5 j 1 1301 198 1.000 2 212 CK3 0.250 70 100 N/A N/A VT-2 J,> 53 DS 159 1 D5 j 1 1301 199 1.000 2 212 CK3 0.250 70 100 N/A N/A VT-2 J,> 55 H5 159 3 H5' f 1 1301 200 1.000 2 212 CK3 0.250 70 100 N/A N/A VT-2 J,> 55 D5 159 3 D5
! 1301 211 3.000 2 212 CK2 0.438 545 1 985 N/A N/A VT-2 J,> 53 F3 159 1 G3
- 1 1301 212 3.000 2 212 CK2 0.438 545 985 N/A N/A VT-2 J,> 53 C3 159 1 C3 i 1 1301 213 3.000 2 212 CK2 0.438 545 985 N/A N/A VT-2 J,6 55 F4 159 3 c5 I
3.000 j 1 1301 214 2 212 CK2 0.438 545 985 N/A N/A VT-2 J,6 55 C4 159 3 C5 l 1 1301 227 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,6 53 G8 159 1 G8 1 1301 227 1.000 2 N CK3 0.250 545 985 N/A N/A VT-2 J,6 53 G8 159 1 G8 j 1 1301 228 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,6 53 G8 159 1 C8 1 1301 229 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J.> 53 C8 159 1 E8 l 1 1301 229 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J,6 53 C8 159 1 C8 1 1301 230 4.000 2 212 CK3 0.337 b45 985 N/A N/A VT-2 J,6 53 C8 159 1 C8 1 1301 231 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,P 55 G8 159 3 G8 j 1 1301 231 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J,6 55 G8 159 3 G8
]
1 1301 232 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,8 55 G8 159 3 G8 1 1301 233 4.000 2 212 GK3 0.337 545 985 N/A N/A VT-2 J,6 55 C8 159 3 G8 i
i l
033 41 6-70 g
- sssn
I O O O VEGP Unit No.1
- Line Designation List 002 Rev. 3 i
- System
- Main Steam - System No. 1301 7 7 Sheef of -
l Reference Drawing Line Number , g = .$ Emamination Method 3 a j b c ISI Class ISt.
P&lD i3g i S 5 i5y I Ie !! .
[2 4 j .
Notes i System No. ff h -
ff C Surface Visual g 0 *
,Q 3 Zac 9 & 2 OE o Eh g ZFs Sw ZS u $3 j5 , u I
! 1 1301 233 1.000 2 212 CK3 0.250 545 985 N/A N/A VT-2 J,6 55 C8 159 3 G8 1 1301 234 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,8 55 C8 159 3 G8
] 1 1301 288 1.000 3 313 CK3 0.250 545 985 N/A N/A VT-2 54 F4 159 2 F4 i 1301 357 4.000 2 212 CK3 0.337 545 985 '
]
1 N/A N/A VT-2 J,6 54 C6 159 2 C6 1 1301 358 2.000 2 212 CK3 0.344 545 985 N/A N/A VT-2 J,6 54 G6 159 2 C6 1 1301 358 0.750 2 212 CK3 0.219 545 985 N/A N/A VT-2 J,8 54 C6 159 2 G6 1 1301 361 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,6 54 E6 159 2 E6 1 1301 362 2.000 2 212 CK3 0.344 545 985 N/A N/A VT-2 J,6 54 E6 159 2 E6 1 1301 362 0.750 2 212 CK3 0.219 545 985 N/A N/A VT-2 J,6 54 E6 159 2 E6 ,
l 1 1301 364 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,8 54 C6 159 2 E6 1 1301 365 2.000 2 212 CK3 0.344 545 985 N/A N/A VT-2 J,) 54 C6 159 2 C6 l 1 1301 365 0.750 2 212 CK3 0.219 545 985 N/A N/A VT-2 J,6 54 C6 159 2 C6 1 1301 367 4.000 2 212 CK3 0.337 545 985 N/A N/A VT-2 J,8 54 A6 159 2 A6 f
1 1301 368 2.000 2 212. CK3 0.344 545 985 N/A N/A VT-2 J,6 54 A6 159 2 A6 1 1301 368 0.750 2 212 CK3 0.219 545 985 N/A N/A VT-2 J,6 54 A6 159 2 A6 l
i 4
03341 6-71 l
i O O O i .
VEGP Unit No.1
, Line Designation List 002 Rev. 3 System: Auxillery Feedwater - system eo. 1302 Sheet 'fo I
Reference Drawing Line Number ,
g
=
$. Examination Method S , $, c 158 Class 1St.
, P&lD
! $ 3 kj 2 0 N'S fg$h g f
- $ System No. h f2y kC kb Surface Visual Eh gh $ (g, i ,Q *-
J ZEO 9 & 2 ZFO OE O[- Ew ZS $3 jd u 1 1302 006 3.000 3 313 LL2 0.216 70 2 N/A N/A VT-2 56 G3 161 1 H6 1 1302 007 8.000 3 313 LL2 0.322 220 2 N/A N/A VT-2 161 3 C3 See Note 18.
1 1302 007 10.000 3 313 LL2 0.365 220 2 N/A N/A VT-2 58 C4 161 3 C3 1 1302 008 4.000 3 313 LL1 0.237 70 10 N/A N/A VT-2 56 G5 161 1 H7 1
l 1 1 1302 009 10.000 3 313 LL1 0.365 70 10 N/A N/A VT-2 56 F5 161 1 E7 !
! 1 1302 010 0.750 3 313 LL1 0.113 70 10 N/A N/A VT-2 56 E3 161 2 G7 1 1302 010 8.000 3 313 LL1 0.322 70 10 N/A N/A VT-2 161 2 F7 See Note 18.
1 1302 010 10.000 3 313 LLI 0.365 70 10 N/A N/A VT-2 56 E3 161 1 E6 i
1 1 1302 011 4.000 3 213 CK2 0.438 70 1500 N/A N/A VT-2 57 C5 161 2 G4 i 1 1302 011 6.000 3 313 CK2 0.562 70 1500 N/A N/A VT-2 57 F5 161 2 F4 1 1 1302 012 4.000 3 313 CK2 0.438 70 1500 N/A N/A VT-2 57 G4 161 2 G4
- 1 1302 013 4.000 3 313 CK2 0.438 70 1500 N/A N/A VT-2 57 F4 161 2 F4 t 1 1302 014 4.000 3 313 CK2 0.438 70 1500 N/A N/A VT-2 57 E4 161 2 E4 i
1 1302 015 2.500 3 313 LL1 0.203 70 10 N/A N/A VT-2 57 E7 161 2 E7 4
1 1302 016 0.750 3 313 LL1 0.113 70 10 N/A N/A VT-2 57 B7 161 2 B7 l 1 1302 016 6.000 3 313 LL1 0.280 70 10 N/A N/A VT-2 161 2 B7 See Note 18.
1 1302 016 8.000 3 313 LL1 0.322 70 10 N/A N/A VT-2 57 87 161 1 E6 l
1 1302 016 10.000 3 313 LL1 0.365 70 10 N/A N/A VT-2 56 E4 161 1 E6
. 1 1302 017 0.750 3 313 LL1 0.113 70 10 N/A N/A VT-2 57 D7 161 2 D7 1 1302 017 6.000 3 313 LL1 0.280 70 10 N/A N/A VT-2 161 2 D7 'See Note 18.
- 1 1302 017 8.000 3 313 LL1 0.322 70 10 N/A N/A VT-2 57 D7 161 1 E6 1 1302 017 10.000 3 313 LL1 0.365 70 10 N/A N/A VT-2 56 E4 161 1 E6 1 1302 018 4.000 3 313 GK2 0.438 70 1500 N/A N/A VT-2 57 D4 161 2 D4 033til 6-72 5
.ss , .
O O O VEGP Unit No.1 i Line Designation List 002 Rev. 3 System: Aux i 1 i a ry reedwa te r - Sys ten No. 1302 Sheet of
$ Reference Drawing Line Number ,
g =, . Emamination Method
- 8 R,
- c OSI Class 151.
, P i$? i S 3 iI T 5 52 Ei .
O a *&lO . '**
i 3
System No. k&h Zac 9 h
2 2 ff ZFs OE C
O[
Surface Visual Ih Ew zg$
( j3 ,Q o 33 ..
o ._-
l 1 1302 019 4.000 3 313 GK2 0.438 70 1500 N/A N/A VT-2 57 D4 161 2 C4 g 1 1302 020 4.000 3 313 GK2 0.438 70 1500 N/A N/A VT-2 57 C4 161 2 84 1 1302 021 4.000 3 313 CK2 0.438 70 1500 N/A N/A VT-2 57 84 161 2 B4 1 1302 022 2.500 3 313 LL1 0.203 70 10 N/A N/A VT-2 57 C7 161 2 C8 1 1302 023 10.000 3 313 LLI 0.365 70 10 N/A N/A VT-2 56 B5 161 1 A6 1 1302 024 6.000 3 313 LL1 0.280 70 10 N/A N/A VT-2 161 1 A7 See Note 18. l 1 1302 024 8.000 3 313 LL1 0.322 70 10 N/A N/A VT-2 56 B5 161 1 A6 1 1302 024 10.000 3 313 LL1 0.365 70 10 N/A N/A VT-2 56 B6 161 1 A6 1 1302 025 8.000 3 313 LL1 0.322 70 10 N/A N/A VT-2 56 B5 161 1 A6 1 1302 025 10.000 3 313 LL1 0.365 70 10 N/A N/A VT-2 56 B6 161 1 A6 1 1302 026 4.000 3 313 LLI 0.237 70 10 N/A N/A VT-2 56 G4 161 1 G6 l
1 1302 027 2.500 3 313 LL1 0.203 70 10 N/A N/A VT-2 56 C6 161 2 A8 1 1302 028 4.000 3 313 GK2 0.438 70 1500 N/A N/A VT-2 57 DS 161 2 C4
! 1 1302 029 4.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,1 59 D6 161 2 H2 1 1 1302 030 4.000 2 212 CK2 0.438 70 1200 N/A N/A VT-2 J,1 57 G3 161 2 G3 1 1302 031 4.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,1 59 D4 161 2 F3
, 1 1302 032 4.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,1 57 E2 161 2 E3 1
1 1302 033 4.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,l 57 D3 161 2 D2 1 1302 034 4.000 2 212 CK2 0.438 70 1200 N/A N/A VT-2 J,l 57 D3 161 2 D2 1 1302 035 4.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,l 57 C3 161 2 B3 1 1302 036 4.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,1; 57 B3 161 2 A3 l 1 1302 037 4.000 3 313 LLI 0.237 70 10 N/A N/A VT-2 56 D7 161 1 D7 1 1 1302 038 10.000 3 313 LLI 0.365 70 10 N/A N/A VT-2 56 C7 161 1 A7 1
l 0 32 41 6-7:
I i
O O O '
4 VEGP Unit No.1 i Line Designation List 002 Rev. 3 j Auxi i la rv Feedvata r - System 9 o. 1302 Sheet of
- y Reference Deawing Line Number ,
g =, . Emamination Method E 3
- c ISI Class ISI- paso
)
}5y I y .. . 2 . o g y .
- $ System No. fgy h g h C k ', Surface Visual Ih gh ,S 3 Zde $ d 2 ZFO OE O Ew ZU u $j y5 , u 1 1302 039 2.000 3 313 LL2 0.218 70 10 N/A N/A VT-2 58 B4 161 3 A3 1 1302 040 2.000 3 313. CGO 0.218 10 1500 N/A N/A VT-2 161 2 E6 See Note 18.
i 1 1302 040 2.500 3 313 GC0 0.276 70 1500 N/A N/A VT-2 57 F6 161 2 F5 1 1302 042 2.000 3 313 GGO 0.218 70 1500 N/A N/A VT-2 161 2 C7 See Note 18.
! 1 1302 042 2.500 3 313 GGO 0.276 70 1500 N/A N/A VT-2 57 D6 161 2 D5
, 1 1302 045 4.000 3 313 GC0 0.337 70 1500 N/A N/A VT-2 57 D6 161 2 D6 1 1302 046 4.000 3 313 GGO 0.337 70 1500 N/A N/A VT-2 57 C6 161 2 86 1
1 1302 047 8.000 3 313 LL1 0.322 70 10 N/A N/A VT-2 56 G3 161 1 G5 1 1302 048 6.000 3 313 GC0 0.432 70 1500 N/A N/A VT-2 57 F6 161 2 F6 4
1 1302 049 8.000 3 313 LL1 0.322 70 10 N/A N/A VT-2 56 C5 161 1 C6
! 1 1302 051 2,000 3 313 GGO 0.218 120 500 N/A N/A VT-2 57 F5 161 2 F5 l 1 1302 053 4.000 3 313 LL1 0.237 70 10 N/A N/A VT-2 56 D6 161 1 C6 l 1 1302 054 2.000 3 313 GGO 0.218 70 1500 N/A N/A VT-2 161 2 A6 See Note 18. l t 1 1302 054 2.500 3 313 G00 0.276 70 1500 N/A N/A VT-2 57 B6 161 2 B5 1 1302 055 4.000 3 313 LL1 0.237 70 10 N/A N/A VT-2 56 F3 161 1 F6 l
1 1302 056 4.000 3 313 LL1 0.237 70 10 N/A N/A VT-2 56 G4 161 1 C6
! 1 1302 059 3.000 3 313 LL2 0.216 70 2 N/A N/A VT-2 56 D6 161 1 C6 i 1 1302 060 4.000 3 313 LL1 0.237 70 10 N/A N/A VT-2 56 DS 161 1 C5 1 1302 062 2.000 3 313 CGO 0.218 120 SCO N/A N/A VT-2 57 D5 161 2 C5
, 1 1302 063 2.000 3 313 0C0 0.218 120 500 N/A N/A VT-2 57 C5 161 2 C5 1 1302 080 0.750 3 313 LL2 0.154 100 35 N/A N/A VT-2 58 D3 161 3 E2 1 1302 000 1.000 3 313 LL2 0.179 100 35 N/A N/A VT-2 58 C3 161 3 C3 1 1302 084 3.000 2 212 CK2 0.438 70 1200 N/A N/A VT-2 J,1; 59 E2 168 3 F2 4
03341 6-71 l 6sts l
O O O VEGP Unit No.1 Line Dessgnation List 002 Rev. 3
" r - Svntem Pn.
Anv i l l a rv Fendvn t s lin? Sheet OI - -.
- Refererne Drawirsg Line Number ,
u :
.$ Examination Method 3 h 5 .,. , , c ISI Class P&lD
'E 2 - = u ; g, .c c. gj JlSI.
0-o Notes T System No. s C S v i" met em," Swim VM .U
- 3 $E5 *f k 5 $hb O OEf gg yg g j g 1 1302 085 3.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,6 59 E4 168 3 F4 1 1302 086 3.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,6 59 E7 168 3 F7 1 1302 087 3.000 2 212 GK2 0.438 70 1200 N/A N/A VT-2 J,6 59 E6 168 3 F5 1 1302 088 2.000 3 313 LL1 0.154 70 10 N/A N/A VT-2 56 C7 161 1 B7 1 1302 089 2.000 3 313 LL1 0.154 70 10 N/A N/A VT-2 56 F5 161 1 F7 1 1302 090 0.500 3 313 GGO 0.147 120 1500 N/A N/A VT-2 57 F5 161 2 F5 1 1302 091 0.500 3 313 GGO 0.147 120 1500 N/A N/A VT-2 57 C6 161 2 G5 1 1302 092 0.500 3 313 CGO 0.147 120 1500 N/A N/A VT-2 57 D5 161 2 D5 1 1302 094 0.750 3 313 GK2 0.219 70 1500 N/A N/A VT-2 57 F5 161 2 F4 1 1302 095 0.750 3 313 GK2 0.219 70 1500 N/A N/A VT-2 57 DS 161 2 G4 1 1302 096 0.750 3 313 GK2 0.219 70 1500 N/A N/A VT-2 57 B5 161 2 84 1 1302 097 1.000 3 313 GK2 0.250 70 1500 N/A N/A VT-2 57 E4 161 2 E3 1 1302 098 1.000 3 313 CK2 0.250 70 1500 N/A N/A VT-2 57 D4 161 2 D3 1 1302 099 1.000 3 313 GK2 0.250 70 1500 N/A N/A VT-2 57 D4 161 2 C3 1 1302 100 1.000 2 212 GK2 0.250 70 1500 N/A N/A VT-2 J,6 57 E2 161 2 D1 1 1302 107 6.000 2 212 GK2 0.562 445 1150 UT MT VT-2 59 F3 107 168 3 H2 1 1302 108 6.000 2 212 GK2 0.562 445 1150 UT MT VT-2 59 F4 108 168 3 H4 1 1302 109 6.000 2 212 GK2 0.562 445 1150 UT MT VT-2 59 F6 109 168 3 G5 1 1302 110 6.000 2 212 CK2 0.562 445 1150 UT MT VT-2 59 F8 110 168 3 H8 1 1302 112 0.500 2 212 GGO 0.147 445 1150 N/A N/A VT-2 J,1: 59 E2 168 3 G2 1 1302 113 0.500 2 212 GGO 0.147 445 1150 N/A N/A VT-2 J,l 59 E2 168 3 G4 1 1302 114 0.500 2 212 GGO 0.147 445 1150 N/A N/A VT-2 J,l 59 E2 168 3 C6 i
03241 6-73 OSS I l
r Q O
( V V VEGP Unit No.1 Line Designation List 002 Rev. 3 System: Auxi s sa ry reedwa ter - System No. 1302 Sheet of
$ Reference Drawing Line Number ,,,
u = . Examination Methad E h $ ,,, ", , c ISI Class lS8- pain 3 $ 3 ky 5 52 . h g .
Notes I
3 System No. k1h zEO $
h
& 2 hh z s- c kC o $L kM oE$
v '"'
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d j 0
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0 1 1302 115 0.500 2 212 CGO 0.147 445 1150 N/A N/A VT-2 J,6 59 E2 168 3 G7 1 1302 116 3.000 3 313 LLI 0.216 70 10 N/A N/A VT-2 161 1 F6 1 1302 118 3.000 3 313 LLI 0.216 70 10 N/A N/A VT-2 161 1 B6 1 1302 122 0.750 3 313 GK3 0.219 550 1050 N/A N/A VT-2 58 C5 161 3 C5 1 1302 127 2.000 3 313 LL2 0.218 300 20 N/A N/A VT-2 58 B4 161 3 B4 1 1302 128 0.750 3 313 CK3 0.219 550 1050 N/A N/A VT-2 58 B4 161 3 B4 1 1302 129 0.750 3 313 LL2 0.154 300 20 N/A N/A VT-2 58 B4 161 7 B4 1 1302 130 0.750 3 313 GK3 0.219 550 1050 N/A N/A VT-2 58 B4 161 3 B4 1 1302 131 0.750 3 313 LL2 0.154 300 20 N/A N/A VT-2 58 B4 161 3 B4 1 1302 132 10.000 3 313 LL2 0.365 220 2 N/A N/A VT-2 58 F1 161 3 F1 1 1302 155 1.000 3 313 OK2 0.250 70 1500 N/A N/A VT-2 57 F4 161 2 F3 1 1302 156 1.000 2 212 GK2 0.250 70 1500 N/A N/A VT-2 J,6 57 F2 161 2 El 1 1302 167 3.000 3 313 LLI 0.210 70 10 N/A N/A VT-2 161 1 F6 I 1302 168 3.000 3 313 LLI 0.210 70 10 N/A N/A VT-2 6 161 1 B7 03J41 6-7f
O O O VEGP Unit No.1 Line Desegnation List 002 Rev. 3 1 1 System: conaensate and Feedwater - System No. 1305 Sheet of -
d Reference Drawing t ine Number . g = $. Emamination Method ISI.
S , $, F c ISI Class P&lD
$ 3 3 hy
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N'S
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& 2 ZFO - EO 29 $3 j5 u 1 1305 058 4.000 2 212 GK2 0.438 445 1150 N/A N/A VT-2 J,6 59 E5 168 3 D5 See Note 18.
4 1 1305 058 16.000 2 212 GK2 1.219 445 1150 AUT AMT VT-2 59 F5 058 168 3 E5 AUG ISI 1 1305 058 16.000 2 212 CK2 1.219 445 1150 UT MT VT-2 59 F5 058 168 3 H5 See Note 11.
1 1305 060 4.000 2 212 GK2 0.438 445 1150 N/A N/A VT-2 J,6 59 E2 168 3 El See Note 18.
I 1305 060 16.000 2 212 GK2 1.219 445 1150 AUT AMT VT-2 59 F2 060 168 3 F1 AUG ISI 1 1305 060 16.000 2 212 GK2 1.219 445 1150 UT MT VT-2 59 F2 060 168 3 G1 See Note 11.
1 1305 062 4.000 2 212 GK2 0.438 445 1150 N/A N/A VT-2 J,6 59 E7 168 3 E7 See Note 18.
1 1 1305 062 16.000 2 212 GK2 1.219 445 1150 UT MT VT-2 59 F7 062 168 3 H7 See Note 11.
1, 1 1305 062 16.000 2 212 GK2 1.219 445 1150 AUT AMT VT-2 59 F7 062 168 3 F7 AUG ISI
) 1 1305 064 4.000 2 212 GK2 0.438 445 1150 N/A N/A VT-2 J,6 59 E4 168 3 E3 See Note 18.
1 1305 064 16.000 2 212 GK2 1.219 445 1150 UT MT VT-2 59 F4 064 168 3 H3 See Note 11.
I 1305 064 16.000 2 212 GK2 1.219 445 1150 AUT AMT VT-2 59 F4 064 168 3 F3 AUG ISI 1 1305 154 6.000 2 212 GK2 0.562 445 1150 UT MT VT-2 59 C2 168 3 E2
~
1 1305 155 6.000 2 212 GK2 0.562 445 1150 UT MT VT-2 59 C4 168 3 E4 1 1305 156 6.000 2 212 Gt2 0.562 445 1150 UT MT VT-2 59 C6 168 3 E5 1 1305 157 6.000 2 212 GK2 0.562 445 1150 UT MT VT-2 59 G7 168 3 E7 03:41 6-71 sss i i
O O O VEGP Unit No.1 Line Designation List 002 Rev. 3 t'nndonnate chemicst Injrce!nn - Sviten No. 11:11 Sheet of Line Number u $ Reference Drawisuj
, . Examination Method E h $. ", , c ISI Class lSI- pago
!$ $ $ 3 }$ $ 5 $2 [0 . b g o .
Notes 3
{ System No. fgh ZdO h
9 &
g 2
f2h ZHO 7
OE Od- "
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jjjX
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g 1 1411 027 0.500 2 212 GGO 0.147 70 1185 N/A N/A VT-2 J,6 159 3 G1 See Note 11.
1 1411 028 0.500 2 212 GGO 0.147 70 1185 N/A N/A VT-2 J,6 159 3 C1 See Note 11.
I 1411 045 0.500 2 212 GGO 0.147 70 1185 N/A N/A VT-2 J,6 159 1 G1 See Note 11.
1 1411 046 0.500 2 212 GC0 0.147 70 1185 N/A N/A VT-2 J,6 159 1 C1 See Note 11.
I 1411 060 2.000 3 313 LLI 0.154 120 50 N/A N/A VT-2 161 1 G6 1 1411 060 2.500 3 313 LLI 0.203 120 50 N/A N/A VT-2 161 1 H6 See Note 18.
1 1411 062 2.000 3 313 LLI 0.154 120 50 N/A N/A VT-2 161 1 D6 1 1411 062 2.500 3 313 LLI 0.203 120 50 N/A N/A VT-2 161 1 D6 See Note 18.
I I
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" t'nn t n i nme.n t Heat Remnvar evnten No. 1501 Sheet o f _ _.
Line Number u : $ Reference Drawing
. E mamination Method 858-3 h , , j ISI Class pg,so i$W s 3 iE Y 5" 52
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I 1501 026 6.000 2 212 95 145 UT PT VT-2 135 1 F3 See Note 23.
1 1501 027 6.000 2 212 105 145 UT PT VT-2 135 1 F3 See Note 23.
1 1501 028 6.000 2 212 95 145 UT PT VT-2 135 2 F4 See Note 23, 1 1501 029 6.000 2 212 105 145 UT PT VT-2 135 2 F4 See Note 23.
I 1501 030 6.000 2 212 95 145 UT PT VT-2 135 2 F3 See Note 23.
I 1501 031 6.000 2 212 105 145 UT PT VT-2 135 2 F3 See Note 23.
I 1501 032 6.000 2 212 95 145 UT PT VT-2 135 1 G3 See Note 23.
I 1501 033 6.000 2 212 105 145 UT PT VT-2 135 1 G3 See Note 23, 1 1501 034 6.000 2 212 95 145 UT PT VT-2 135 i G3 See Note 23, 1 1501 035 6.000 2 212 105 145 UT PT VT-2 135 1 G3 See Note 23.
1 1501 036 6.000 2 212 95 145 UT PT VT-2 135 2 F2 See Note 23.
1 1501 037 6.000 2 212 105 145 UT PT VT-2 135 2 F2 See Note 23.
I 1501 038 6.000 2 212 95 145 UT PT VT-2 135 2 F1 See Note 23.
1 1501 039 6.000 2 212 105 145 UT PT VT-2 135 2 F1 See Note 23.
03.141 6-80
A J O VEGP Unit No.1 Line Designation List 002 Rev. 3 System: Containment Building Normal Preaccess Purge Supply - System No. 1505 Sheet of -
[ Reference Drawing Line Number o = . Examination Method 8
u h 5 $.c ,
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g 3 $E5 9 & $ $$5 .O E O rt b **I"'
EE $5 0 hj jX 0 1 1505 003 0.750 2 212 LL1 0.113 98 1 N/A N/A VT-2 J,> 213 1 E6 See Note 18.
I 1505 003 14.000 2 212 LLI 0.375 98 1 N/A N/A VT-2 L 213 1 D7 1 1505 003 24.000 2 212 LL1 0.375 98 1 N/A N/A VT-2 L 213 1 E6 See Note 11.
1 1505 006 14.000 2 212 LLI O.375 98 1 N/A N/A VT-2 L 213 1 D6 See Note 15.
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VEGP Unit No.1 ~
Line Designation List 002 Rev. 3 System: containment Buildina E! ectr!cel Hydrocen Recombiner - System No. 1513 Sheet of - -
Line Number ,
u = Examination Method 450.
3 $ . . c 158 Class P&lD 3 $ +- 3 hj 5 SE . h g Z C .
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fYp kC k v*'"
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{j 3 Zds 9 & 2 ZFs ot od_ " C 30 zg j g} gx 1 1513 001 0.380 3 313 FC2 0.065 314 0 80 N/A N/A VT-2 213 2 E8 1 1513 002 0.750 2 212 LL1 0.113 340 80 N/A N/A VT-2 J,> 213 2 E7 See Note 11.
1 1513 003 0.750 2 212 FC2 0.095 340 80 N/A N/A VT-2 J,> 213 2 E6 See Note 18.
I 1513 003 0.380 2 212 FC2 0.065 340 80 N/A N/A VT-2 J,> 213 2 F6 1 1513 005 0.750 2 212 FC2 0.095 340 80 N/A N/A VT-2 J,> 213 2 C6 See Note 18.
I 1513 005 0.380 2 212 FG2 0.065 340 80 N/A N/A VT-2 J,k 213 2 B6 1 1513 006 0.750 2 212 LL1 0.113 340 80 N/A N/A VT-2 J,& 213 2 B7 See Note 11.
1 1513 007 0.380 3 313 FG2 0.065 340 80 N/A N/A VT-2 213 2 B7 1 1513 008 0.750 2 212 FC2 0.095 340 80 N/A N/A VT-2 J,F' 213 2 B6 See Note 18.
I 1513 006 0.380 2 212 FG2 0.065' 340 80 N/A N/A VT-2 J,& 213 2 A6 1 1$13 009 0.750 2 212 LL1 0.113 340 80 N/A N/A VT-2 J,r 213 2 A7 See Note 11.
I 1513 010 0.380 3 313 FG2 0.065 340 80 N/A N/A VT-2 213 2 A7 1 1513 011 0.380 3 313 FG2 0.065 340 PO N/A N/A VT-2 213 2 D8 1 1513 012 0.750 2 212 LL1 0.113 340 80 N/A N/A VT-2 J,6 213 2 D7 1 1513 013 0.380 3 313 FG2 0.065 340 80 N/A N/A VT-2 213 2 C8 1 1513 014 0.750 2 212 LL1 0.113 340 1 N/A N/A VT-2 J,F 213 2 C7 See Note 11.
I 1513 015 0.750 2 212 FG2 0.095 340 1 N/A N/A VT-2 J,6 213 2 D6 See Note 18.
I 1513 015 0.380 2 212 FG2 0.065 340 1 N/A N/A VT-2 J,6 213 2 C6 1 1513 016 0.380 3 313 FG2 0.065 340 1 N/A N/A VT-2 213 2 C8 1 1513 017 0.750 2 212 LL1 0.113 120 1 N/A N/A VT-2 J,L 213 2 C7 1 1513 024 0.380 2 212 FG2 0.065 120 1 N/A N/A VT-2 J,l. 213 2 D6 03MI 6-81 assi i
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o o o VEGP Unit No.1 i Line Desegnation List 002 Rev. 3
" Safety-Related (ESF) Chi l ie rs - System No. 1592 Sheet of '-
$ Reference Drawing l Line Number ., g = . Examination Method j 5 g I ,, F c ISI Class 158-paso l 15 Y i S := iiy I Ie ji .
[5 g o .
Notes i
3 System No. k1h ZEO h
9 k f2h kC O ?.,
kl Od, '"*'
Surface Visual 5k d O
& 2 ZFc rIl5 Zf u $3 y5 u 1592 003 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 41 F3 221 F3 See Note 18.
1
-l l, 1 1592 003 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 41 C4 221 G4 -
l 1 1592 003 3.000 3 313 LL2 0.216 55 65 N/A N/A VT-2 41 F4 221 F4
! 1 1592 003 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 41 F4 221 F4 1 1592 004 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 41 C4 221 C3 See Note 18.
l 1 1592 004 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 41 C4 221 C4 i 1 1592 004 3.000 3 313 LL2 0.216 55 65 N/A N/A VT-2 41 C5 221 C5 i
1 1592 004 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 41 C4 221 C4 1 1592 007 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 39 D8 233 C8 1 1592 007 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 39 G7 233 G8 1 1592 007 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 41 H6 233 C6 1 1592 008 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 D8 234 88 See Note 18.
j 1 1592 008 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 40 G7 234 G7 I 1 1592 008 6.000 3 313 LL2 0.280 55 65 N/A~ N/A VT-2 40 F6 234 F6
]
1 1592 011 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 221 F6 See Note 18.
i 1 1592 011 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 41 G7 221 F6 j 1 1592 011 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 41 E6 221 E6 l
a 03314 1 6-87
, ., s ,
- I O O O VEGP Unit No.1
- Line Designation List 002 Rev. 3 System Safety-Related (ESF) Chillers - System No. 1592 Sheet of
$ Refererne Drawing i Line Number ,
g g .
- Examination Method 858-l 3 , 3: c 151 Class pggo 3cg.
I. g O g ;g_3 .f [, gC Notes l
i 3 * .
c -
wa - [o-
> E Z o '
v" '"', d *Z
) {
U System No. fgh ZEO h
9 f2h OL ZFO kC g '
Swh hd gE 55 z$
j g j & 2 O -
$3 jd u 1 1592 012 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 41 D7 221 C6 1 1592 012 1.500 3 383 Lt2 0.200 55 65 N/A N/A VT-2 221 D5 See Note 18.
I 1592 012 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 B6 221 B6 1 1592 015 0.500 3 313 LL2 0.147 55 65 N/A N/A VT-2 41 D4 221 D4 1 1592 015 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 221 C4 See Note 18, 1 1592 019 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 39 D8 233 B8 See Note 18.
1 1592 019 1.000 3 313 LL2 0.179 55 65 N/A N/A. VT-2 39 E6 233 E6 1 1592 019 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 39 F6 233 F6
, 1 1592 020 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 39 DS 233 C8 See Note 18.
1 1592 020 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 39 D3 233 D3 l 1 1592 020 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 39 D2 233 C2 q 1 1592 020 2.500 3 313 LL2 0.203 55 65 N/A N/A VT-2 39 D3 233 D3 j 1 1592 020 3.000 3 313 LL2 0.216 55 65 N/A N/A VT-2 39 E3 233 E3 1
1 1592 020 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 39 F3 233 F3 l
i 1 1592 020 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 39 G5 233 G5 1
{ 1 1592 022 1.000 3 313 LL2 0.179 55 50 N/A N/A VT-2 39 F2 233 F2 i 1 1592 023 0.750 3 313 LL2 0.154 55 50 N/A N/A VT-2 39 D8 233 C8 See Note 18. l 1 1592 023 2.000 3 313 LL2 0.218 55 50 N/A N/A VT-2 39 F2 233 F2 1 1592 024 1.500 3 313 LL2 0.200 55 50 N/A N/A VT-2 39 F2 233 E2 l
l 1 1592 025 1.500 3 313 LL2 0.200 55 50 N/A N/A VT-2 39 E2 233 E2 1,
i i 032 41 6-81
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O O O
$ VEGP Unit No.1 Line Designation List System:
002 Rev. 3 sarety-Related (ESF) Chillers - System No. 1592 sheet of a
Line Number .
j
=,
! Emamination Method 3: ,, c ist Class ISI- pggo
- o f F, go 23s c a ! - 3 r ,p_s s,5 3 ua -
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1 1
1592 1592 026 026 0.750 1.000 3
3 313 313 LL2 1L2 0.154 0.179 65 55 50 50 N/A N/A VT-2 39 D8 233 C8 See Note 18. l N/A N/A VT-2 39 E2 233 E2 1 1592 026 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 39 E3 233 E3 1 1592 027 0.750 3 313 LL2 0.154 55 50 N/A N/A VT-2 39 D8 233 C8 See Note 18.
1 1592 027 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 39 E2 233 D2 1 1592 028 0.750 3 313 LL2 0.154 55 50 N/A N/A VT-2 39 233 D8 C8 See Note 18.
i 1 1592 028 1.500 3 313 L12 0.200 55 65 N/A N/A VT-2 39 D2 233 D2 l 1 1592 029 0.750 3 313 LL2 0.154 55 50 N/A N/A VT-2 39 D8 233 C8 See Note 18.
1 1592 029 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 39 D2 233 C2 1 1592 1592 031 031 0.750 1.000 3 313 LL2 0.154 55 65 N/A N/A VT-2 39 D8 233 D8 See Note 18. l j 1 3 313 LL2 0.179 55 65 N/A N/A VT-2 39 D3 233 D3 1 1592 031 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 39 D2 233 C2 i
1 1592 031 2.500 3 313 LL2 0.203 55 65 N/A. N/A VT-2 39 D3 233 D2 j 1 1592 031 3.000 3 313 LL2 0.216 55 65 N/A N/A VT-2 39 E3 233 E3 1 1592 031 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 39 F3 233 F3 1 1592 031 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 39 G5 233 G5 1 1592 032 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 39 D8 221 F5 See Note 18.
t 1 1592 032 2.000 3 313 LL2 0.218 55 65 N/A N/A- VT-2 39 D7 233 C7 1 1592 032 4.000 3 313 LL2 0.23T 55 65 N/A N/A VT-2 39 G7 233 G8 1 1592 032 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 39 H7 233 G7 1 1592 032 10.000 3 313 LL2 0.365 55 65 N/A N/A VT-2 221 E6 See Note 18.
P 03: 41 6-85
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O O O
.; VEGP Unit No.1
! Line Desegnation List 002 Rev. 3 Kmf'ntv-Refatad f F 5' F 1 ('hIIInrm - Rvetas mi. 150? Sheet of _
Reference Drawing Line Nurnber ,,,
g = $.
F Examination Method 5 $ c ISI Class pago 2gn
- u
- 2 [ [, g2 lS8-W- nog,,
e -- g 8 - .- c g - -
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E System No. fh Zac h
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u $3 y5 u 1 1592 033 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 39 E7 233 E7 1 1592 033 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 39 DT 233 D7 See Note 18.
1 1592 033 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 39 E7 233 F7 1 1592 035 0.750 3 313 LL2 0 . 1 58: 55 65 N/A N/A VT-2 39 D8 233 C8 See Note 18. l l 1 1592 035 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 39 D2 233 D2 4
0.750 1 1592 1592 036 036 1.500 3 313 313 LL2 LL2 0.154 55 65 N/A N/A VT-2 39 D8 233 D8 See Note 18. l 1 3 0.200 55 65 N/A N/A VT-2 39 D2 233 D2 1 1592 037 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 39 08 233 D8 See Note 18. l 1 1592 037 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 39 E2 233 E2 1 1592 038 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 39 E2 233 E2 1 1592 038 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 39 E3 233 E3 l
1 1592 039 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 39 D8 233 D8 See Note 18. l 1 1592 039 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 39 E2 233 E2 l 1 1592 040 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 F2 233 F2 i 1 1592 041 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 D8 233 D8 See Note 18. l 1 1592 041 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 F2 233 F2 4
l 1 1592 042 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 F2 233 F2 l
1 1592 043 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 D8 234 D8 See Note 18. l 1
1 1592 043 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 40 E7 234 E7 s
03341 6-9C
! O O O VEGP Unit No.1 l Line Designation List 002 Rev. 3 Rafatv-ReIated fFFF1 ChiIIers - Svtten No. 159p Sheet of -
I Line Number u = f Refererxe Drawing
, ei Emamination Method I
3 $ $ F e ISI Class ISI- pago
) y 8 U
) y '
. 2 0 . h g
- Z .
N
{ System No. 5 g6 l 5 Is6 kC kE v i"'
Sh Visd E E ,d j yZ o
! D $EE 5 k $ $$5 0? OE$ '"*I' rIE8 $5 $ h fh o l 1 1592 044 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 D8 234 88 See Note 18.
I 1592 044 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 D3 234 C4 1 1592 044 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 D2 234 C3
- 1 1592 044 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 D3 234 C3 j 1 1592 044 2.500 3 313 LL2 0.203 55 65 N/A N/A VT-2 40 E3 234 D4 1 1592 044 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 40 F3 234 F3 1 1592 044 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 40 E4 234 E5 1 1592 046 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 G2 234 C2 1 1592 047 1.000 3 313 LL2 0.179 55 65 N/A N/A- VT-2 40 F2 234 F2 1 1592 1592 048 048 0.750 2.000 3
3 313 313 LL2 LL2 0.154 0.218 55 55 65 65 N/A N/A N/A VT-2 40 D8 234 C8 See Note 18. f 1
N/A VT-2 40- F2 234 F3
! 1 1592 049 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 F4 234 F5 j 1 1592 050 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 E2 234 E3
! 1 1592 050 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 E3 234 E3
- 1 1592 051 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 E2 234 E3 l 1 1592 052 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 D8 234 C8 See Note 18.
i i
- i 4
03341 6-91
. O O O
- VEGP Unit No.1 Line Designation List 002 nev. 3 Systens
- y,,,,y_,,,,,,g ,rrri chl I term - Svatma Nts . 1592 MI OI -
l i Line Number g = $ Reference Drawing
,,, . Emaminat6on Method s a j F iss ciags ISl*
c P&lD
!$y $ ) I f fi th g #
o .
NWs System No. 5 6 U N 5 Y {6 kY v i"' E ,d in Z o
$$$ 0,kC O[$
- $ Sh V6W E ,
3 $aE 5 [ $ ""'
E5 E5 u h j u 1 1592 052 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 E2 234 D3 i 1 1592 1592 053 053 0.750 1.500 3 313 313 LL2 LL2 0.154 55 65 N/A N/A VT-2 40 D8 234 C8 See Note 18. l 1 3 0.200 55 65 N/A N/A VT-2 40 D2 234 C3 1 1592 054 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40
]
4 1 1592 054 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 E8 D3 234 234 C8 C4 See Note 18.
l 1 1592 054 1.500 3 313 LL2 0.?00 55 65 N/A N/A VT-2 40 D2 234 D3 1 1592 054 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 D3 234 D4 l 1 1592 054 2.500 3 313 LLP 0.203 55 65 N/A N/A VT-2 40 E3 234 D4 j 1592 054 4.000 3 313 LL2 55 65 VT-2 1 0.237 N/A N/A 40 F3 234 F4 1 1592 054 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 40 E3 234 E4 1 1592 055 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 E8 234 D8 See Note 18.
j 1 1592 055 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 E7 234 E7 See Note 18.
I 1 1592 055 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 D7 234 D7
]
1 1592 055 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 40 E7 234 E8 1 1592 055 6.000 3 313 LL2 0.280 55 65 N/A N/A VT-2 40 F6 234 F7
] 1 1592 055 10.000 3 313 LL2 0.365 55 65 N/A N/A VT-2 221 B6 See Note 18.
1 1592 056 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 E8 234 D8 See Note 18.
j 1 1592 056 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 D2 234 C3 1 1592 057 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 E8 234 D8 See Note 18. g 1 1592 057 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 E2 234 D3
, 1 1592 058 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 E2 234 E3 l l 03.1 41 6-92 l g j .,,,,
1
L O O O.
VEGP Unit No.1 Line Designation List 002 Rev. 3 Safetv-Refated fEFF) Chi ilors - Systen No. 1 592 Sh"I DI Line Number g =,
(
e Emamination Method Reference Drawing 8 a F c ISO Class ISI- pg30
- 3: ,
i *n g i S s ily I Ie !! d; o Notes ju a U 556 kC k5 v 1"'
{ System No. b 16 -- b Surface Visual E$ .4 $ 0 3 $EE 5 $ $ $$5 O* O$$ '"*U
SO $5 f jf u 1 1592 059 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 E2 234 E3 1 1592 059 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 E3 234 E3 1 1592 060 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 E8 234 D8 See Note 18. l 1 1592 060 1.500 3 313 LL2 0.200 55 65 N/A N/A VT-2 40 E4 234 E5 l
l 1 1592 061 0.750 3 313 LL2 LL2 0.154 55 65 N/A N/A VT-2 40 E8 234 D8 See Note 18. l j 1 1592 061 2.000 3 313 0.218 55 65 N/A N/A VT-2 40 F2 234 F3 I
1 1592 062 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 F2 234 F2 1 1592 063 2.000 3 313 LL2 0.218 55 65 N/A N/A VT-2 40 G2 234 G3 1 1592 064 2.000 3 313 LL2 0.218 SS 65 N/A N/A VT-2 40 D7 234 D7 1 1592 064 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 40 G7 234 C8 1 1592 065 0.500 3 313 LL2 0.147 55 65 N/A N/A VT-2 41 G5 221 G5
]
1 1592 1592 065 066 0.750 0.750 3 313 313 LL2 LL2 0.154 0.154 55 55 65 65 N/A N/A VT-2 VT-2 41 G6 221 C6 See Note 18. l 1 3 N/A N/A 41 F7 221 F7 J 1 1592 066 1.000 3 313 LLP 0.179 55 65 N/A N/A VT-2 41 F7 221 F7 1 1592 067 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 41 C7 221 C7 1 1592 067 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 41 C7 221 C6 1 1592 069 0.500 3 313 LL2 0.147 55 65 N/A N/A VT-2 41 DS 221 DS I
s 033 41 6-92 l
assis
O O
~
VEGP Unit No.1 Line Dessenation List 002 Rev. 3
" Safety-Related (EFF) Chillers - System No. 1592 Sheet of _ _.
[ Reference Drawing Line Number M =, o Examination Method 3 a y F c est Class 158-pago
}5y I U
b N* }$y6 2 [k .
g y .
-Notes
{ System No. 5 E&E 6
$55 0kC kE v '"'
Surfwe Vise d .h $ $z O - ?
3 5 $- $ 2. o&b "*'
30 $5 0 f yf f b 1
1 1592 1592 069 074 0.750 0.500 3
3 313 313 LL2 LL2 0.154 0.147 55 55 65 65 N/A N/A N/A N/A VT-2 VT-2 41 41 D6 F4 221 221 D6 F4 See Note 18.
f 1 1592 074 0.750 3 313 Ll2 0.154 55 65 N/A N/A VT-2 41 G5 221 F4 See Note 18. l 1 1592 105 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 39 F7 233 E8 1 1592 106 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 39 F7 233 F8 1 1592 107 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 39 G2 233 C2 1 1592 108 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 39 G2 233 G2 l 1 1592 109 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 40 G2 234 G3 1 1592 110 4.000 3 313 LL2 0.237 55 65 N/A N/A VT-2 40 G2 234 G3 l 1 1592 111 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 40 D8 234 C8 See Note 18.
1 1$92 111 1.000 3 313 LL2 0.179 55 65 N/A N/A VT-2 40 G7 234 G8 1 1592 112 1.000 ) 313 LL2 0.179 55 65 N/A N/A VT-2 40 G7 234 G8 1 1592 207 1.000 3 313 LL2 0.179 55 50 N/A N/A VT-2 40 H7 234 is7 1 1592 208 1.000 3 313 LL2 0.179 55 50 N/A N/A VT-2 40 H7 234 H7 l
i l
I i
l 033 41 6-90 g
.ss , i l
O O O VEGP Unit No.1 Line Wien List 002 Rev. 3
- System
- co r , v.a. i . e .,, ergri ensii-r. _ sv.... u,. iso 2 ht ' of' -
$ Reference Drawing Line Number g 5 . Examination Method j F ISI Class 3: e P&lD lS1
$ $ 3 kj f * . o g 0 .
';E System No. f1h h Vh C
" [' Surface Visual Eh g h . t-3 260 $ d 2 ZFs OE Od- EE 29 $ $$ j, Q h u i
1 1592 209 1.500 3 313 LL2 0.200 55 50 N/A N/A VT-2 39 H7 233 H7 1 1592 210 1.500 3 313 LL2 0.200 55 50 N/A N/A VT-2 39 H7 233 H7 1 1592 341 0.500 3 313 LL2 0.147 50 60 N/A N/A VT-2 221 D3 See Note 18.
I 1 1592 341 0.750 3 313 LL2 0.154 50 60 N/A N/A VT-2 41 D4 221 D4
) 1 1592 342 0.500 3 313 LL2 0.147 50 60 N/A N/A VT-2 221 G3 See Note 18. l i 1 1592 342 0.750 3 313 LL2 0.154 50 60 N/A N/A VT-2 41 G4 221 G4 1592 343 0.500 3 313 LL2 0.147 50 60 N/A N/A VT-2 221 1 G3 See Note 18. k 1 1592 343 0.750 3 313 LL2 0.154 50 60 N/A N/A VT-2 41 G4 221 G4 1 1592 1592 344 344 0.500 3 313 313 LL2 LL2 0.147 0.154 50 50 60 60 N/A N/A VT-2 VT-2 221 D3 See Note 18.
l 1 0.750 3 N/A N/A 41 D4 221 D4 1 1592 349 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 41 C6 221 G6 1 1592 350 0.750 3 313 LL2 0.154 55 65 N/A N/A VT-2 41 D6 221 D6 f
i i
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l I
03314 1 6-95
A (~ %
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VEGP Unit No.1 Line Designation List 002 Rev. 3 System: ,,3,,,,,, gon,,,,,_ sys,,, un. igny sweet 1 i o t .,_,,_
$ Reference Drawing Line Number ,,,
u 3 . E mamination Method IS -
3 h il: , , c ISI Class pago y $ 3 )hj b 5I . d g y .
Notes i System No. kgh h h*h C k Volu Surface Visual Eb d -Q
~
3 ZEC 9 & 2 Z 6- O OE Od- * * '
EE z$ 0 { j X,, U 1 1609 001 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 133 2 H4 1 1609 002 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 133 2 H4 1 1609 003 0.500 3 313 LL2 0.147 105 25 N/A N/A VT-2 136 E6 See Note 18.
I 1609 003 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 B4 1 1609 004 0.500 3 313 LL2 0.147 105 25 N/A N/A VT-2 136 E4 See Note 18.
1 1609 004 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 B4 1 1609 005 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 133 1 G3 1 1609 006 1.000 3 313 LL8 0.133 105 145 N/A N/A VT-2 133 1 G3 1 1609 007 0.500 3 313 LL2 0.147 105 25 N/A N/A Vf-2 136 A3 See Note 18.
I 1609 007 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 E4 1 1609 008 0.500 3 313 LL2 0.147 105 25 N/A N/A VT-2 136 A4 See Note 18.
1 1609 008 1.000 3 313 LL2 0.179 105 25 N/A N/A VT-2 136 E4 1 1609 018 1.000 3 313 LLI 0.133 120 1 N/A N/A VT-2 213 2 E3 1 1609 019 1.000 2 212 LL1 0.133 120 1 N/A N/A VT-2 J,6 213 2 E2 See Note 11.
I 1609 020 1.000 3 313 LL1 0.133 120 1 N/A N/A VT-2 213 2 El 1 1609 021 1.000 3 313 LL1 0.133 120 1 N/A N/A VT-2 213 2 D1 1 1609 022 1.000 2 212 LL1 0.133 120 1 N/A N/A VT-2 J,5 213 2 D2 See Note 11.
1 1609 023 1.000 3 313 LL1 0.133 120 1 N/A N/A VT-2 213 2 D3 0341 6-9t assia
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LINE DESIGNATION LIST BASIS FOR EXEMPTION AND NOTES BASIS FOR EXEMPTION IWB-1220 CLASS 1 COMPONENTS EXEMPT FROM EXAMINATION The following components (or parts of components) are exempt from the volumetric and surface examination requirements of IWB-2500:
A. (a) Components that are connected to the reactor coolant system.and part of the reactor coolant pressure '
boundary and that are of such a size and shape so that upon postulated rupture the resulting flow of coolant from the reactor coolant system under normal plant operating conditions is within the capacity of makeup systems which are operable from onsite emergency power.
NOTE This exemption is not used at Vogtle because the size is no larger than (b) below.
B. (b) (1) Piping of 1 in. nominal pipe size and smaller, except for steam generator tubing; s_/ (2) Components and their connections in piping of 1 in. nominal pipe size and smaller.
C. (c) Reactor vessel head connections and associated piping, 2 in. nominal pipe size and smaller, made inaccessible by control rod drive penetrations.
IWC-1220 CLASS 2 COMPONENTS EXEMPT FROM EXAMINATIONS The exemption criteria for class 2 components have been upgraded to include portions of code case N-408,
" Alternative Rules for Examination of Class 2 Piping." The following alternative rules have been used to establish the extent of examination for Class 2 piping in VEGP unit 1.
j Georgia Power Company has committed to volumetrically
- examine a minimum of 8% of the Class 2 piping welds in the engineered safety system including the RHR, ECC, and CHR systems, as part of the preservice inspection program.
The following components (or parts of components) of RHR, ECC, and CHR systems (or portions of systems) are exempt from the volumetric and surface examination requirements of IWC-2500-1, examination categories C-F-1 and C-F-2.
0334I 6-103 002 REV 3
I~h D. (a) Vessels, piping, pumps, valves, and other components El NPS 4 inches and smaller in all systems except high pressure safety injection systems of pressurized water reactor plants.
E. (b) Vessels, piping, pumps, valves, and other components NPS 1 1/2 inches and smaller in high pressure safety injection systems of pressurized water reactor plants.
F. (c) Component connections NPS 4 inches and smaller (including nozzles, socket fittings, and other connections) in vessels, piping, pumps, valves, and other components of any size in all systems except high pressure safety injection systems of pressurized water reactor plants.
G. (d) Component connections NPS 1 1/2 inches and smaller (including nozzles, socket fittings, and other connections) in vessels, piping, pumps, valves, and other components of any size in high pressure safety injection systems of pressurized water reactor plants.
H. (e) Vessels, piping, valves, other components, and component connections of any size in statically pressurized, passive (i.e., no pumps) safety injection systems of pressurized water reactor plants.
I. (f) Piping and other components of any size beyond the last shutoff valve in open ended portions of systems that do not contain water during normal plant operating conditions.
The following components (or part of components) of systems other than RHR, ECC, and CHR systems (or portions of systems) are exempt from the volumetric and surface examination requirements of IWC-2500, examination categories C-F-1 and C-F-2.
J. (a) Vessels, piping, pumps, valves, and other components NPS 4 inches and smaller.
l K. (b) Component connections NPS 4 inches and smaller (including nozzles, socket fittings, and other connections) in vessels, piping, pumps, valves, and other components of any size.
L. (c) Vessels, piping, pumps, valves, and other components of l
any size in systems or portions of systems that operate r (when the system function is required) at a pressure equal to or less than 275 psig and at a temperature equal to or less than 200 F.
M. (d) Piping and other components of any size beyond the last O shutoff valve in open ended portions of systems that do 0334I 6-104 002 REV 3 1
() not contain water during normal plant operating conditions.
IWD-1220 CLASS 3 ITEMS EXEMPT FROM EXAMINATIONS The following components (or parts of components) are exempt from the visual (VT-2, VT-3) examination requirements of IWD-2500.
N. IWD-1220.1 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.
O. IWD-1220.2 Integral attachments of supports and restraints to components exceeding 4 in, nominal pipe size may be exempted from the visual examination VT-3 of Table IWD-2500-1 provided:
(a) the components are located in systems (or portions of systems) whose function is not required in support of reactor residual heat removal, containment heat removal, and emergency core cooling; (b) the components operate at a pressure of 275 psig or O' less and at a temperature of 200*F (93*C) or less.
P. Open ended vent and drain lines from components extending beyond the last shutoff valve and open ended safety or relief valve discharge lines shall be exempt from visual (VT-2) examination requirements.
Q. Component connections, piping, and associated valves that are 1 in. nominal pipe size and smaller.
NOTES l '. Open ended portion of this line after valve 1668B is exempt per H.
- 2. Open ended portion of this line after valve 1669B is exempt per H.
- 3. This line has two segments.
- 4. Deleted
- 5. Deleted i
- 6. Open ended portion of this line after valve 433 is exempt per H.
l l 0334I 6-105 002 REV 3 1
I
() 7. Deleted
- 8. This line has 2 segments. The segment inside the containment connecting spray nozzle headers is exempt per H.
- 9. Deleted 1
- 10. Deleted
- 11. This line penetrates the containment wall.
- 12. This line has guard pipe around it.
- 13. This line does not require surface or volunetric examination, due to pipe wall thickness criteria.
- 14. The pressure retaining boundary includes only those portions of the system required to operate or support the safety system function up to and including the first normally closed valve (including a safety or relief valve) or valve capable of automtic closure when the safety function is required.
- 15. Safety-related boundary ends at valve HV-2627B
- 16. Safety-related boundary ends at valve HV-2629B
- 17. For spools 21208241SO4 through S06 only.
- 18. This line is not included in Line Designation Report IX4DR004, Revision 18.
- 19. This line includes 31" ID x 29" ID x 50* reducing elbow to steam generator inlet nozzle.
- 20. This line exempt past HV8111B.
- 21. This line exempt past HV8111A.
j 22. This line exempt past 11208U6124.
l 23. Welds in the 1501 and 1515 systems have been included in the count for the 1202 system. Volumetric examinations were accomplished on a sufficient number of welds in the 1202 system to meet the SER requirement of 8 percent of the welds in the 1501, 1515, and 1202 systems. Surface examinations were accomplished on all welds that were examined volumetrically.
i l
0334I 6-106 002 REV 3 l
l
_ m. , _ _ . - . . _ _
O O O s
VEGP Unit 1 Line Designation List 002 Rev. 3 System: As Noted Containment Penet ra t ions Sheet 1 of 6 3 Line r
Penet. Line Size PhlD Sheet Coo r- Elevation Azimuth' Exam No. }ysten! No. fin.1 No. No, dinate fft-in.) idearees) Method Reserks j 1 1301 107 26 159 3 G8 229 6 168 UT, VT-2
] 2 1301 106 26 159 3 D8 229 6 12 UT, VT-2 3 1301 105 26 159 1 H7 229 6 0 UT, VT-2 4 1301 104 26 159 1 D7 229 6 180 UT, VT-2 5 189 6 170 Spare 6 Not used 3,
7 1301 126 3 159 3 F3 181 4 168 VT-2
! 8 1301 127 3 159 3 C3 181 4 163 VT-2 l 9 1301 128 3 159 1 F3 181 4 165 VT-2 l
j 10 1301 129 3 159 1 C2 181 4 170 VT-2 4
11A 1411 045 0.5 159 1 G2 181 4 173 VT-2 4 11B 1301 045 0.5 159 3 E3 181 4 173 VT-2 I
I 11C 1301 068 0.5 159 3 B3 181 4 173 VT-2 12A 1411 046 0.5 159 1 C2 181 4 175 VT-2
-1{ 128 1301 102 0.5 159 1 E3 181 4 175 VT-2
! 12c 1301 155 0.5 159 1 83 181 4 175 VT-2 1
13A 1609 019 1 213 2 E3 181 4 182 VT-2 13B 1609 022 1 213 2 D3 181 4 182 VT-2
- 13C 0.5 131 G7 181 4 182 VT-2 14 1623 113 C5 189 6 180 VT-2 Re se rved j for RVLIS j 15 1213 046 3 130 G8 182 3 243 VT-2 16 202 6 151 Spare i
] 03341 6-107 l
.. -_ - - .. . _ . . _ _ _ . . - . . . - .- _ _ _ - - . _ . . . - . - - . . . . - , . . . . .~ _ ..._ . _ .
O O O l
VECP Unit 1 Line Designation List 002 Rev. 3
- System
- As Noted Containment Penet ra t ions Sheet 2 of 6 1
4 Line Penet. Line Size PhlD Sheet' Coo r- Elevation Azimuth Exam No, System Mom_ fic.) Mg _ No. dinate frt-in.1 (dea ree tl Method Rema rks 17 202 6 148 Spa re 18 1305 062 16 168 3 G7 202 6 5 UT, VT-2 1
j 19 1305 064 16 168 3 G3 202 6 10 UT, VT-2 '
20 1305 058 16 168 3 G5 202 6 175 UT, VT-2 <
l 21 1305 060 16 168 3 G1 202 6 170 UT, VT-2 ,
) 22 1418 032 2 190 2 E4 189 1 251 VT-2 1
1 23 2401 124 1.5 186 1 C3 189 6 190 VT-2 24 1212 003 0.5 140 D8 202 233 VT-2 4
i 25 210 243 Spa re 4
! 26 Not used 27 Not used 28 1217 036 10 138 2 H8 209 to 185 VT-2 29 1217 106 10 138 2 G8 209 10 182 VT-2
, 30 1204 029 4 121 C5 202 6 163 VT-2 '
?
3 31 1204 199 4 121 D5 201 11 229 VT-2 f 32 1204 063 3 119 209 10 190 VT-2 33 1204 197 4 121 209 10 153 VT-2 4
, 34 1206 008 8 131 D7 201 11 250 VT-2
. t
! 35 1206 007 8 131 F7 209 10 192 VT-2 j 36 1205 042 14 122 82 164 9 250 VT-2 l 37 1205 041 14 122 C2 164 9 192 VT-2 j 38 1206 002 12 131 C7 165 6 237 VT-2 39 1206 001 12 131 B7 164 9 172 VT-2 i
}
I 03341 6-108 I
i
O O O i
VEGP Unit 1 I Line Designation List 002 Rev. 3 System: As Noted Containment Penet ra t ions Sheet 3 of 6 i Line
- Penet. Line Size PhlD Sheet Coo r- Elevation Azimuth Exam No.. System Mo _ fin.1 No. No. dinate fft-In.) ( dea roes ) Method Remarks 40 2301 092 6 174 4 B7 189 6 158 VI-2 41 1204 148 0.75 121 H5 202 6 165 VT-2 42 2402 004 1 120 G1 202 6 182 VT-2 '
43 1202 223 8 135 1 DS 189 6 163 VT-2 44 1202 225 8 135 1 82 189 6 160 VT-2 45 1202 229 8 135 2 G6 182 3 248 VT-2 46 1202 231 8 135 '
2 E5 182 3 246 VT-2
{
I 47 209 10 160 Spa re 48 1208 055 3 114 H2 202 6 160 VT-2 I'
49 1208 020 2 114 E3 209 10 165 VT-2
, 50 1208 490 3 114 G3 202 6 158 VT-2 51 1208 046 1.5 114 B6 210 1 229 VT-2 i 52 1208 044 1.5 114 B6 210 1 231 VT-2 i 53 1208 042 1.5 114 B6 209 10 158 VT-2 4
54 1208 023 1.5 114 B6 209 10 163 VT-2 4
55 202 6 185 Rese rved fo r ScS-IS:
56 1204 201 12 121 B5 202 6 192 UT, VT-2 57 1204 039 8 121 B5 209 10 148 UT, VT-2 58 1204 041 8 121 AS 210 1 250 UT, VT-2 I
59 1205 003 12 122 G3 181 4 156 UT, VT-2 I 60 1205 004 12 122 182 3 231 UT, VT-2 1
- 61 189 1 236 Spa re i
I i
03341 6-109 i
O O O
VECP Unit 1
, Line Designation List 002 Rev. 3 System: As Noted Containment Penet ra t ions Sheet 4 of 6 I
j Line i j Penet. Line Size PalD Sheet Coo r- Elevation Azimuth Exam
- Mo, System Mos _ (in.) 3o1 _ No. dinate fft-In.1 (dec rees) Method Rema rks
?
62 1201 178 1 112 G2 210 1 23C VT-2
]
03 1201 077 3 112 G2 189 1 233 VT-2 64A 1222 083 1 132 D3 210 1 241 VT-2 648 1222 084 1 132 C3 210 1 241 VT-2 1
1 65 Not used
'E
- 66 201 11 231 Spare 2
67A 1212 008 0.5 140 F7 201 11 241 VT-2 678 1212 005 0.5 140 G7 201 11 241 VT-2 67C 0.5 131 E7 201 11 241 VT-2 j 68 1222 013 8 132 D7 189 6 165 VT-2 j 69A 1411 027 0.5 159 3 G2 181 4 161 VT-2 698 1411 028 0.5 . 159 3 C2 181 4 161 VT-2
, 69C 0.5 131 E7 181 4 161 VT-2 70A 1513 002 0.75 213 2 E6 210 1 233 VT-2 .
1
! 70B 1513 006 0.75 213 2 C6 210 1 233 VT-2 l 70C 0.5 131 F7 210 1 233 VT-2
) 71A 1513 014 0.75 213 2 D7 189 6 153 VT-2 I 71B 1513 009 0.75 213 2 87 189 6 153 VT-2 71C O.5 131 F7 189 6 153 VT-2
) 72A 1204 106 0.75 120 C2 181 4 178 VT-2 l
4 72B 1204 108 0.75 120 C2 181 4 178 VT-2 72C 0.75 120 181 4 178 VT-2 j 73A 1204 107 0.75 120 E2 181 4 180 VT-2 4
4 03341 6-110 a
O O O
' VECP Unit 1 Line Designation List 002 Rev. 3 System: As Noted Containment Penet ra t ions Sheet 5 or 6 i Line Penet. Line Size PhlD Sheet Coor- Elevation Azimuth Exam No, System No. fin 1 M2m_ .. No . dinate fit-In.1 ( dea ree s ) Method Rema rks v
l 738 1204 109 0.75 120 A2 181 4 180 VT-2
) 73C 0.75 120 181 4 180 Spa re i 74 Not used 1
{ 75 201 11 248 Tempo ra ry 76 189 6 182 Spa re 77 1901 022 3 127 El 201 11 246 VT-2 78 1214 028 2 143 H6 202 6 153 VT-2 79 1901 029 0.75 127 C5 201 11 243 VT-2 80 2401 050 4 186 1 D3 189 6 187 VT-2 81 2420 043 2 186 2 D3 189 6 185 VT-2 I
) 82 210 1 246 Spare 83 1505 003 24 213 1 E6 224 2 66 VT-2 I
84 1506 002 24 213 1 C7 224 2 302 VT-2
} 85A 0.75 182 3 251 VT-2 Spa re 85B 0.75 182 3 251 VI-2 Sr,a re
. 85C 0.5 131 E7 182 3 251 VT-2 1
4 86A 2702 002 0.5 110 C7 182 3 236 VT-2 86B 182 3 236 VT-2 Spa re f 86C 2702 008 1 110 G7 182 3 236 VT-2 87 1222 015 8 132 D7 189 6 168 VT-2 88 113 189 1 229 VT-2 Reserved for RVLIS l 89 26 130 186 10 1
1 03341 6-111 s
_. __. . . _ . . _ _ ._ ~_ ._ ._ __ _. _ _
t i
O O O 4
t
, VEGP Unit 1 I Line Designation List 002 Rev. 3
! System: As Noted Containment Penet ra t ions Sheet 6 or 6 t.ine j Penet. Line Size PklO Sheet - Coo r- Elevation Azimuth Exam j No. System No. fin.) Hom_ No. dinate frt-in.) ( dea rees ) Method Rema rks 90 189 6 156 Spare 1
91 1202 216 8 135 2 H7 189 1 246 VT-2 1
92 1202 209 8 135 2 H7 189 1 241 VT-2 93 1202 188 8 135 1 F5 181 4 148 VT-2
) 94 1E02 196 8 135 1 H5 189 6 148 VT-2 95 1202 220 8 135 2 El 189 1 248 VT-2 1
j 96 1202 212 8 135 2 E3 189 1 243 VT-2
' 1202 001 189 6 '151 97 8 135 1 VT-2
, 98 1202 192 8 135 1 E2 181 4 151 VT-2 3
}
102 1302 108 6 168 3 G6 211 2 10 UT, VT-2 l
103 1302 109 6 168 3 G3' 209 10 178 UT, VT-2
. 104 1302 107 6 168 3 G2 209 10 170 UT, VT-2 i i 1
4 I
}
i i
1 I
i 03341 6-112
/m ,m i,I (v) V
/
V i
VEGP Unit No.1 Line Designation List 002 Rev. 3 Nnnsaf'etv-Related t_ines with Fnubbers to be Tested Sheet of -
Line Number u = Emamination Method ISI-3 h $ , c ISI Class pg30 y $ 3 )Ny 5 52 [0 . d g o .
,N0l'S Y
3 System No. k& b Z af O h
9 & 2 fs6 ZsE il' O E. O$$
5 v '"'
- I
Surface Vhual $ h, EO Z@
.h k 0
U, j} jx Q
g 0 1 1201 064 12.000 415 HGO 0.688 120 3 N/A N/A VT-3,4 112 H8 1 1201 072 4.000 425 LL1 0.237 350 100 N/A N/A VT-3,4 122 D2 1 1201 099 3.000 415 LL1 0.216 123 3 N/A N/A VT-3,4 127 F3 1 1201 136 3.000 423 LL1 0.216 120 3 N/A N/A VT-3,4 114 H6 1 1201 107 4.000 425 LL1 0.237 350 100 N/A N/A VT-3,4 122 G2 1 1208 216 6.000 424 LLO 0.280 46 ATM N/A N/A VT-3,4 117 G3 1 1208 219 6.000 424 LLO 0.280 46 66 N/A N/A VT-3,4 117 G4 1 1208 220 6.000 424 LLO 0.280 46' ATM N/A N/A VT-3,4 117 G4 1 1208 221 6.000 424 LLO 0.280 46 66 N/A N/A VT-3,4 117 G4 1 1208 352 2.000 424 LL3 0.154 160 ATM N/A N/A VT-3,4 114 C7 1 1208 355 2.000 424 LL3 0.154 160 ATM N/A N/A VT-3,4 114 C7 1 1214 343 4.000 ,
424 YY6 0.120 AMB ATM N/A N/A VT-3,4 144 2 G7 1 1215 080 4.000 424 LLO 0.237 105 70 N/A N/A VT-3,4 146 1 B2 1 1217 011 6.000 415 LL2 0.280 130 70 N/A N/A VT-3,4 139 B2 1 1217 015 16.000 415 LL2 0.375 130 50 N/A N/A VT-3,4 138 C4 1 1217 023 16.000 415 LL2 0.375 105 21 N/A N/A VT-3,4 138 1 C6 1 1217 025 16.000 415 LL2 0.375 105 21 N/A N/A VT-3,4 138 1 E5 1 1217 037 10.000 415 LL3 0.365 105 130 N/A N/A VT-3,4 138 2 H5 1 1217 042 4.000 415 LL2 0.237 130 130 N/A N/A VT-3,4 138 2 G4 1 1217 043 1.000 415 LL2 0.179 105 130 N/A N/A VT-3,4 138 2 G3 1 1217 046 4.000 415 LL2 0.237 130 130 N/A N/A VT-3,4 138 2 G2 1 1217 049 4.000 415 LL2 0.237 105 130 N/A N/A .
VT-3,4 138 2 E4 l
0324: 6-11; assi e
VEGP Unit No.1 Line Designation List 002 Rev. 3 Nonsafetv-Related Lines with Fnubbers to be Tested Sh*'I 08 -
$ Reference Drawing Line Number ,
u = . Emamination Method ISI-3 h. $ , j 151 Class , pago 5? E N 3 hy 5 $* fE . h g 0 Notes I System No. b *1 6 U b bs6 C E v 1"'
Surface Visual E E ,d j *Z a b j.
3 $db b k- $ $h5 OE O[f rnetrk gj jg g g 1 1217 059 1.000 415 LL2 0.179 130 130 N/A N/A VT-3,4 138 2 C3 1 1217 060 1.000 415 LL2 0.179 130 130 N/A N/A VT-3,4 138 2 C3 1 1217 067 6.000 415 LL2 0.280 130 70 N/A N/A VT-3,4 138 2 DS 1 1217 105 3.000 415 LL2 0.216 175 100 N/A N/A VT-3,4 138 2 F6 1 1217 107 10.000 415 LL2 0.365 130 70 N/A N/A VT-3,4 138 1 B2 1 1217 278 4.000 415 LL2 0.237 130 70 N/A N/A VT-3,4 138 2 E5 1 1225 010 2.000 424 LLO 0.218 AM8 30 N/A N/A VT-3,4 142 1 B5 1 1301 007 28.000 424 CKO 1.022 545 985 N/A N/A VT-3,4 160 1 E3 1 1301 008 28.000 424 CKO 1.022 545 985 N/A N/A VT-3,4 160 1 F3 1 1301 067 28.000 424 CKO 1.096 545 971 N/A N/A VT-3,4 160 1 F2 1 1301 070 28.000 424 GKO 1.096 545 971 N/A N/A VT-3,4 160 1 E2 1 1301 071 14.000 424 CKO 0.750 545 971 N/A N/A VT-3,4 160 1 E2 1 1301 078 10.000 424 CKO 0.594 557 485 N/A N/A VT-3,4 160 2 B2 1 1301 093 10.000 414 CKO 0.594 557 485 N/A N/A VT-3,4 159 2 H1 1 1301 094 10.000 424 GKO 0.594 557 485 N/A N/A VT-3,4 159 2 F1 1 1301 096 10.000 414 CKO 0.594 557 485 N/A N/A VT-3,4 159 2 D1 1 1301 147 3 # 90 424 CKO 0.300 145 90 N/A N/A VT-3,4 159 2 C1 1 1301 148 3.000 424 GKO 0.300 145 90 N/A N/A VT-3,4 159 1 D2 1 1301 149 3.000 424 GKO 0.300 145 90 N/A N/A VT-3,4 159 1 H2 1 1301 157 4.000 424 GKO 0.337 145- 80 N/A N/A VT-3,4 159 3 G4 1 1301 166 4.000 424 CKO 0.337 145 80 N/A N/A VT-3,4 159 3 D4 1 1301 167 4.000 424 GKO 0.337 145 80 N/A N/A VT-3,4 159 1 H4
- 03341 6-11t assia
O O O VEGP Unit No.1 Line Desegnation List 002 Rev. 3 System: 3 6 Nonsarety-Related Lines with Snubbers to be Tested Sheet of _
$ Reference Drawing t ine Number ,,,
u = . E mamination Method
$ ISI-3 $ . g ISI Class pgio 5y $ 3 hj 5 52 h . h g #
0 .
Notes
{ System No. N *g 6 U 8 b Ns6 (E kC O$$
v r"'
Surface Visual g E, ,6 j *Z
, o j 3 $dE b $- $ $N5 O* "'
50 $5 0 j) jf O 1 1301 168 4.000 424 CKO 0.337 145 80 N/A N/A VT-3,4 159 1 D4 1 1301 185 0.750 424 FG4 0.219 545 985 N/A N/A VT-3,4 159 2 G8 1 1301 220 1.000 424 CKO 0.250 557 485 N/A N/A VT-3,4 159 2 F1 1 1301 224 1.000 424 CKO 0.250 557 485 N/A N/A VT-3,4 159 2 F1 1 1301 371 2.000 424 CK0 0.344 545 985 N/A N/A VT-3,4 159 2 C6 1 1302 001 3.000 424 CK1 0.438 445 1150 N/A N/A VT-3,4 168 3 F1 1 1302 002 3.000 424 CK1 0.438 445 1150 N/A N/A VT-3,4 168 3 F3 1 1302 003 3.000 424 CK1 0.438 445 1150 N/A N/A VT-3,4 168 3 F6 1 1302 005 3.000 424 CK1 0.438 445 1150 N/A N/A VT-3,4 168 3 F4 1 1304 001 12.000 424 CKO O.688 530 869 N/A N/A VT-3,4 163 1 D6 1 1304 030 14.000 424 KK1 0.375 367 485 N/A N/A VT-3,4 163 3 B3 1 1304 031 14.000 424 KKI 0.375 367 485 N/A N/A VT-3.4 163 4 83 1 1304 061 3.000 424 KKI 0.216 350 250 N/A N/A VT-3,4 179 1 G7
, 1 1304 123 12.000 424 CKO 0.688 530 869 N/A N/A VT-3,4 163 2 D3 1 1305 055 30.000 424 CK1 1.661 445 1252 N/A N/A VT-3,4 168 2 G2 1 1305 056 26.000 424 CK1 1.661 445 1150 N/A N/A VT-3,4 168 3 88 1 1305 057 16.000 424 CK1 1.219 445 1150 N/A N/A VT-3,4 168 3 C5 1 1305 061 16.000 424 CK1 1.219 445 1150 N/A N/A VT-3,4 168 3 C7 1 1305 063 6.000 424 CK1 0.562 445 1150 N/A N/A VT-3,4 168 3 C7 1 1305 081 12.000 424 CK1 1.094 450 407 N/A N/A VT-3,4 168 2 D2 1 1305 110 6.000 424 CK1 0.562 445 1150 N/A N/A VT-3,4 168 3 C1 1 1305 117 6.000 424 CK1 0.562 445 1150 N/A N/A VT-3,4 168 3 E7 03341 6-115 65573
O O O VEGP Unit No.1 Line Desegnation List 002 Rev. 3
" unnu racy p int ,4 irnae uith ennhhare en he Testert Sheet of -
Line Number u = . Emamination Method ISI' 3 h . a, c ISI Class P&lD
)5y $ 3 )hy 5 5* [0 . h g o .
Notes
{
3 System No. f1h ZdO h
$ d 2 f9h ZFO C
OE Od- "
Surface Visual Eh EO z$
d 0
gj jX
-Q 0
1 1305 118 6.000 424 CK1 0.562 445 1150 N/A N/A VT-3,4 168 3 D5 1 1305 119 6.000 424 CK1 0.562 445 1150 N/A N/A VT-3,4 168 3 D4 1 1305 120 6.000 424 CK1 0.562 445 1150 N/A N/A VT-3,4 168 3 D2 1 1314 082 4.000 424 LLO 0.237 338 115 N/A N/A VT-3,4 181 1 H5 1 1314 083 8.000 424 LL2 0.322 338 115 N/A N/A VT-3,4 181 1 F7 1 1314 104 3.000 424 KK1 0.216 219 200 N/A N/A VT-3,4 181 C7 1 1314 161 2.000 424 LL2 0.218 338 115 N/A N/A VT-3,4 181 1 G8 1 1314 182 4.000 424 LLO 0.237 200 5 N/A N/A VT-3,4 181 B3 1 1322 052 4.000 424 KK1 0.237 450 200 N/A N/A VT-3,4 161 3 H4 1 1322 067 2.000 424 4K1 0.218 AMB ATM N/A N/A VT-3,4 161 3 H6 1 1405 063 24.000 626 NKO 0.375 105 80 N/A N/A VT-3,4 151 2 B7 1 1405 120 6.000 626 NKO 0.280 95 80 N/A N/A VT-3,4 151 2 E2 1 1405 525 24.000 626 NKO 0.375 94 100 N/A N/A VT-3,4 151 1 H7 1 1407 001 3.000 427 CK1 0.438 545 985 N/A N/A VT-3,4 159 3 F2 1 1407 002 3.000 427 CK1 0.438 545 985 N/A N/A VT-3,4 159 3 B2 1 1407 003 3.000 427 CK1 0.438 545 985 N/A N/A VT-3,4 159 1 F2 1 1407 004 3.000 427 CK1 0.438 545 985 N/A N/A VT-3,4 159 1 B2 1 1407 062 3.000 427 CK1 0.438 155 920 N/A N/A VT-3,4 179 1 C7 1 1407 066 3.000 427 CK1 0.438 155 920 N/A N/A VT-3,4 179 1 B4 1 1411 001 0.500 424 GG1 0.147 70 1185 N/A N/A VT-3,4 159 3 C2 1 1508 013 4.000 626 LL3 0.237 150 3 N/A N/A VT-3,4 213 1 C7 i
ota r.1 6-114.
6ssia
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(3 V
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VEGP Unit No.1 Line Desegnation List 002 Rev. 3 bY IIN Nonsafety-Related Lines with Snubbers to be Tested Sheet of _
Line Number .
u = . Examination Method 3 h 5. . , c 151 Class lS - paio
!5y E 3 hy 5 $* O
, h g C Notes i {
3 System No. b ZdO h h 9 & 2 ff ZFO fC OE k
Od-v '"'
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}
0 0 1 1508 014 4.000 626 LL3 0.237 150 3 N/A N/A VT-3,4 213 1 G8 1 1564 009 3.000 424 LLO 0.216 55 65 N/A N/A VT-3,4 242 1 1 1591 018 16.000 424 LLO 0.375 55 65 N/A N/A VT-3,4 218 G2
, 1 1901 001 3.000 427 LL3 0.216 130 2 N/A N/A VT-3,4 127 E7 1 1901 014 4.000 427 LL3 0.237 120 2 N/A N/A VT-3,4 127 C7 1 1901 040 3.000 427 FG4 0.438 AMB 100 N/A N/A VT-3,4 127 B6 1 1901 221 4.000 427 LL3 0.237 140 3 N/A N/A VT-3,4 112 E4 1 1901 312 2.000 427 FG4 0.344 120 1 N/A N/A VT-3,4 111 C1 1 1901 315 2.000 427 FG4 0.344 120 1 N/A N/A VT-3,4 111 H2 1 1903 058 6.000 427 LYO 0.280 178 ATM N/A N/A VT-3,4 104 5 E2 1 2402 005 1.000 424 HKO 0.179 120 700 N/A N/A VT-3,4 159 3 El 1 2402 021 1.000 424 HKO 0.179 120 700 N/A N/A VT-3,4 120 El 1 2402 022 1.000 424 HKO 0.179 70 100 N/A N/A VT-3,4 159 3 H5 1 2402 023 1.000 424 HKO 0.179 70 100 N/A N/A VT-3,4 159 3 H5 1 2402 024 1.000 424 HKO 0.179 120 700 N/A N/A VT-3,4 159 3 El 1 2402 025 1.000 424 HKO 0.179 70 100 N/A N/A VT-3,4 159 1 D5 1 2402 034 1.000 424 HKO 0.179 120 700 N/A N/A VT-3,4 120 C2 1 2402 196 1.000 424 HKO 0.179 70 100 N/A N/A VT-3,4 159 1 H5 1 2702 009 1.000 414 FG4 0.250 130 100 N/A N/A VT-3,4 110 H6 2 1210 040 3.000 424 LL3 0.216 115 140 N/A N/A VT-3,4 123 1 D5 2 1405 063 24.000 626 NKO 0.375 *
- N/A N/A VT-3,4 *
- 2 1405 525 24.000 626 NKO 0.375 *
- N/A N/A VT-3,4 *
- 032 41 6-11' assis
'N
{a (a"s VEGP Unit No.1 Line Desegnation List 002 Rev. 3 System: ,,,,,,,,,,,,,,,,,, ,,,,, ,,,, y,,,,,,,, ,, ,,7,,,,, 33,,, 6 ,, 6_
a Line Number u = E Reference Drawing
, , . Examination Method -
3 h $ ", , c ISI Class 158-pago 5? I O 3 5y 5 52 f . S g o -Notes s.
v*r"-
i 3
Systern No. K6 Z d C- 9 h -
& 2 fs6 O?
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.h z@
0 y} jX O $
0 2 1418 025 6.000 626 LL3 0.280 *
- N/A N/A VT-3,4 190 1
- 2 1591 006 6.000 424 LLO * * *
- 0.280 N/A N/A VT-3,4 2 1591 045 4.000 424 LLO 0.237 *
- N/A N/A VT-3,4 *
- l *lr fo rma t i on wil I be supr ilec when avalla b le f ron Becht el.
l 03: 14 1 6-111, 6sss a
r'T U)
- 7.0 RELIEF REQUESTS 7.1 Scope The following relief requests have been prepared from information determined during the preservice inspection of VEGP Unit 1.
Relief Request No. Examination Area RR-1 Mechanized exam of circumferential welds in reactor vessel RR-2 Mechanized exam of reactor vessel lower shell-to-bottom head weld RR-3 Mechanized exam of reactor vessel lower shell longitudinal welds RR-4 Mechanized exam of reactor vessel meridional welds RR-5 Mechanized exam of reactor vessel bottom head circumferential welds RR-6 Volumetric exam of reactor vessel flange ligament
() RR-7 areas Volumetric exam of reactor vessel closure head welds l
RR-8 Mechanized exam of elbow-to-reactor vessel safe-end welds RR-9 Class 1 bolting, greater than 2-in. diameter RR-10 Reactor vessel integrally welded attachments RR-11 Visual exam of reactor vessel supports i RR-12 Volumetric exam of pressurizer welds l
RR-13 Ultrasonic calibration blocks for pressurizer nozzle-to-safe-end welds i RR-14 Volumetric exam of pressurizer surge-nozzle-l to-vessel weld RR-15 Volumetric exam of pressurizer surge-nozzle inner radius l
O 7-1 002 REV 3
(ms-) . Relief Request No. Examination Area RR-16 Pressurizer integrally welded attachments RR-17 Volumetric exam of steam generator nozzle-to-elbow welds RR-18 Section XI, Appendix III for austenitic and dissimilar metal piping welds RR-19 Withdrawn RR-20 Volumetric exam of Class 1 piping welds RR-21 Volumetric exam of Class 1 branch pipe connection welds RR-22 Volumetric exam of cast piping and elbows RR-23 Cast piping calibration block RR-24 Volumetric exam of reactor coolant pump nozzle-to-elbow and O' nozzle-to-pipe welds RR-25 UT calibration block for reactor
- coolant pump nozzle-to-pipe welds RR-26 Volumetric exam of SA 376 piping welds RR-27 Visual exam of class 1 valve internals
) RR-28 Inner radius exam of steam l
generator outlet nozzle RR-29 Volumetric exam of steam generator secondary side welds RR-30 Volumetric and surface exam of Class 2 vessel welds RR-31 Use of piping calibration blocks to examine thin-wall vessels 7-2 002 REV 3
/~'N t
y ,) Relief Request No. Examination Area RR-32 Volumetric exam of RHR heat exchanger nozzle inner radius RR-33 Volumetric exam of Class 2 bolting RR-34 Volumetric exam of Class 2 piping welds RR-35 Technique for volumetric exam of thin-wall piping RR-36 Volumetric exam of Class 2 thin-wall piping RR-37 Volumetric exam of small-diameter Class 2 piping RR-38 Withdrawn RR-39 Mechanized volumetric examination of pressure-retaining shell and head welds in reactor vessel outside the beltline region
[)'
RR-40 Notch length in Basic Ultrasonic Calibration Blocks for examination of vessel welds RR-41 Use of a centrifugally-cast stainless steel (SA-351 CF8A) piping calibration block for the mechanized examination of the reactor vessel nozzle to safe-end welds RR-42 Volumetric examination of nozzle inner radius section for steam generator inlet and outlet nozzles RR-43 Volumetric examination of steam generator channel head to tube-sheet weld RR-44 Visual examination of NSCW and NSCW transfer pump supports RR-45 Use of IWB-3500 Evaluation Table in 1980 Edition of Section XI O
0007I 7-3 002 REV 3
O VEGP-1 RR-7 f
- Component or Relief Area Volumetric examination of pressure-retaining welds in the reactor vessel closure head.
i Examination ID - 11201-V6-001-W01
. 11201-V6-001-WO2 1
Requirement from which Relief is Requested i
Item No. B1.21, category B-A, Table IWB-2500-1 of ASME Section XI requires a volumetric examination of pressure retaining welds in the reactor vessel closure head. Applicable examination volume is shown in Fig. IWB-2500-3 and includes 100% of weld length for weld 11201-Y6-001-WO1. Item No. B1.40, Category B-A, IWB-2500-1 requires a volumetric and surface examination of the reactor vessel head to flange weld. Applicable examination volume is shown in Fig. IWB-2500-5 and includes 100% of weld length for weld 11201-V6-001-W02.
1 i Basis for Relief The scan volume for weld no. Il201-V6-001-WC1 is limited due to interference of 3 lifting lugs and 5 control rod drive housings. Lifting lugs are 7" x 12"
- each and CRD housings are 4-inch diameter.
i Weld no.11201-V6-001-WO2 has a scan limitation due to the lifting lugs when J
scanning from the closure head torus side, and scan limitations due to closure head flange geometry when scanning from the flange side. The geometry of the flange does not permit total coverage due to restricted transducer movement.
4 Alternate Examination Approximate percentages of the required volume examined were:
1 11201-V6-001-WO1 - 96%
- 11201-Y6-001-WO2 - 65%
The Code required surface exam was completed on Weld 11201-V6-001-WO2.
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O 7-10 i
l i 1
002 Rev. 3
p VEGP-1 RR-9 Component or Relief Area Pressure-Retaining Bolting, greater than 2-inch diameter, in Class 1.
Reactor Pressure Vessel Studs ID Nos.11201-V6-001-B1 through 11201-V6-001-854 and spare studs BOS-1 and 80S-2.
Requirement from which Relief is Requested Item B6.30, Category B-G-1, ASME Code, requires surface and volumetric examinations of Reactor Pressure Vessel studs when removed. Paragraph IWA 2232 (c) requires that the ultrasonic examination meet the requirements of Article 5,Section V.
1 Basis for Relief A more sensitive examination, wherein a shear-wave transducer is lowered into the heater hole in the center of the stud, has been developed. The calibration block contains 3 notches which were Electrical Discharge Machined into the thread area with the following approximate dimensions:
O Notch No. Length Width Depth ,
1 0.942" 0.089" 0.060" 2 0.487" 0.089" 0.126" 3 0.387" 0.089" 0.148" This calibration technique was used in lieu of the required bottom hole technique.
Alternate Examination The more sensitive shear-wave examination, as described above, was used. The Code required surface examination was completed.
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O 7-13 002 Rev. 3 1
i
VEGP-1 RR-11 Component or Relief Area Visual VT-3 examination of inaccessible component supports for the Reactor Pressure Vessel.
Requirement from which Relief is Requested v
Examination category F-B, Table IWF-2500-1, of ASME Section XI requires a visual VT-3 examination of component supports and IW-2200 (b) requires preservice examinations be performed following the initiation of hot functional tests. The support examination boundaries are defined in IWF-1300. Relief is requested from the visual VT-3 examination of the Reactor Pressure Vessel supports located underneath the nozzles.
11201-V6-001-RSl ll 201-VG-001-RS2
, 11201-V6-001-RS3 ll201-V6-001-RS4 Basis for Relief The Reactor Pressure Vessel supports are encased in concrete which renders them inaccessible for examination by the visual method. The Reactor vessel i nozzles render them inaccessible from the top side. Removal of the examination barriers is impractical. Construction code requirements ensure the structural adequacy of these supports. See Attachment 1 for a sketch of the Reactor Pressure vessel supports.
j Alternate Examination l The construction code examination records will be documented and identified in l the Vogtle Unit 1 PSI Final Report.
l O
l 7-15 002 Rev. 3 l
t VEGP-1 RR-13 Component or Relief Area Ultrasonic calibration blocks that were used for the pressurizer nozzle to ,
safe-end weld examinations. The weld identifications and calibration blocks used are shown in Attachment 1.
Requirement from which Relief is Requested Article III - 3410 Section XI, ASME Code requires that basic calibration blocks shall be made from material of the same nominal diameter and nominal wall thickness or pipe schedule as the pipe to be examined. Relief is requested to use the appropriate piping calibration block for these safe-end to nozzle examinations. (See RR-12 for weld examination limitations).
Basis for Relief The safe-ends that are welded to the pressurizer nozzles are short and non-uniform in wall thickness and diameter. These are shown in Attachments 2, 3 and 4. Because of the irregular safe-end geometry, the appropriate piping calibration block was used for the piping to safe-end examination and the same calibration block was used for the nozzle to safe-end examination. In O addition to these examinations, the construction code requirements ensure the adequacy of these welds.
Alternate Examination A 1/2 node ultrasonic examinat'on from the safe-end side using the piping calibration block was completed. The Section XI required surface examination was completed. In addition, the construction code volumetric examination records for these welds will be documented and identified in the Yogtle Unit 1 PSI Final Report.
l l
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m u3
() VEGP-1 RR-16 Component or Relief Area Surface examination of integrally welded attachments (support brackets) on pressurizer Exonination ID no. - 11201-V6-002-W23 through W30 Requirement from which Reifef is Requested Item No. B8.20, category B-H, table IWB-2500-1 of ASME Section XI requires a surface examination of integrally-welded attachments on the pressurizer.
Applicable examination area is shown in fig. IWB-2500-15.
Basis for Relief The Support rack assembly wr.ich holds the spray and relief piping of the pressurizer, rests above the integrally welded attachments (support brackets) and, thereby, restrict access to the welds. Removal of the rack assembly to perform the necessary examination is not feasible. Construction Code requirements ensure the adequacy of these integrally welded attachments.
Alternate Examination ,
The construction code examination records will be documented and identified in the Vogtle Unit 1 PSI Final Report.
O 7-27 002 Rev. 3
O VEGP-1 RR-19 RR-19 withdrawn.
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l 7-31 O' 002 Rev. 3
O VEGF-1, RR-19 ATTACHMENT 1 This page intentionally left blank.
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VEGP-1 RR-26 Component or Relief Area Volumetric examination of pressure-retaining circumferential welds in Class 1 piping equal to or greater than 4-inch diameter made of SA-376 grade material.
Affected welds are listed in Attachment 1.
Requirements from which Relief Requested ;
Item No. 89.11, Category 8,1, Table IWB-2500-1 and Item no. C5.21, Category a C-F, Table IWC-2500-1 of ASME Section XI require a surface and volumetric examination of circumferential piping welds. The required examination volume l 1 is shown in Figure IWB-2500-8(b). Article III-4420 requires that the examinations shall be performed using a sufficiantly long examination beam path to provide coverage of the required examination volume in two beam-path di rections. The examination shall be performed from two sides of the weld, where practicable, or from one side of the weld as a minimum. Article III-4430 requires that the angle beam examination for reflectors transverse to
! the weld shall be performed on the weld crown on a single scan path to examine the weld root by one-half v-patn in two directions along the weld. Article III-2430 requires that manual scanning shall be done at twice (+6dB) the primary reference at a minimum. A meaningful ultrasonic examination could not be accomplished on the SA-376 material using conventional shear-wave techniques. Since a 1/2 node examination using a refracted 450 longitudinal wave was found to be the superior technique, relief is requested from the above requirements. (See RR-18).
, Basis for Relief Physical limitations were encountered due to the geometric configuration of .
valves and tees. Additionally, the SA-376 material exhibited severe angular variations and significant attenuation problems during a typical shear-wave ultrasonic examination. This was determined to be caused by a severely banded microstructure. However, a refracted-longitudinal wave, which is a 1/2-node exa;nination technique, was found to be possible. During calibration for the refracted L-wave examination, the primary reference level was set using side-drilled holes. Calibrations using side-drilled holes are more sensitive
! than those using notches and causes the primary reference level to be set
- higher. Scanning was possible only at the primary reference level due to the excessive noise associated with the higher gain levels and the metallurgical structure of the material. On pipe te valve configurations, the weld was examined on the pipe side using the half-node technique. Scanning from the valve side was not possible due to valve geometry. On pipe to tee
- configurations, the weld was examined on the pipe side using the half-node tcchnique. Only partial scanning from the tee was possible due to geometry.
O 7-43 002 Rev. 3
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VEGP-1 RR-29 Component or Relief Area Volumetric examination of pressure retaining welds in Steam Generators Secondary Side (Class 2). Affected welds are shown in Attachment 1.
Requirement tmm which Relief is Requested Items C1.10 and C1.30, Category C-A, Table IWC-2500-1, ASME Code Section XI require volumetric examination of pressure vessel welds. Examination volumes are shown in Figures IWC-2500-1 and IWC-2500-2 respectively. Item C2.21, Category C-B, require surface and volumetric examinations of nozzle-to-shell (or head) welds. Examination areas and volumes are shown in Figure IWC-2500-4. Relief from total coverage of the required volume is requested.
Basis for Relief Geometric configuration presents physical limitations that prevent complete coverage during ultrasonic examination.
Alternate Examination The Required Code surface examination was completed on the nozzles. An ultrasonic examination was completed to the extent shown in Attachment 1.
O 7-49 002 Rev. 3
O O O VECP-1. RR-30 Attachment 1 Code item Pe rcentage Identification No. Cateqqry No. Desc ript iRD Examined Restriction (Regenerative Heat Exchanger) 11203-E6-001-WOI C-A C1.30 Head to Tube Sheet Weld 94% 94% Code exam done from head side of weld - weldolet 11208-E6-001-WO2 C-A C1.30 Tube Sheet to Shell Weld 93% 93% Code exam done f rom shell side of weld - weldolet 11028-E6-001-WO9 C-A C1.30 Tube Sheet to Shell Weld 93% 93% Code exam done from shell side of weld - weldolet 11208-E6-001-W10 C-A C1.30 Tube Sheet to Head Weld 94% 94% Code exam done from head side of weld - weldolet (Excess Letdown Heat Exchanger) .j 11208-E6-002-WO1 C-A C1.20 Unit Flange to Channel Head Weld 45% 45% Code exam done from l channel head side of weld 4 l instrumentation lines i nte rfe re.
(Letdown Heat Exchanger) 11208-E6-003-WO3 C-A C1.20 Vessel Head to Head Flange 29% 29% Code exam done from head side - Flange bolting (Letdown Reheat Exchanger) inte rfe res.
11206-E6-007-WO3 C-A C1.10 Vessel Flange to Vessel Shell 84% 84% Code exam done from head side - welded identification (Discharge Pulsation Damper) plate.
11208-V4-002-WO1 C-A C1.10 Hemi-Head to Hemi-Head Weld 89% Support i nte rfe rence (Boron injection Tank) 11204-V6-001-WO1 C-B C2.21 Nozzle to Head Weld 50% 100% Exam from head side - 0%
from nozzle side.
I 7-52 002 Rev. 3
s
)
l' VECP-1. RR-30 Attachment 1 Cont'dl Code item Pe rcentage identification No. Ca tegg ry Mo _ Desc ript ion Examined Restriction 11204-V6-001-WO2 C-A C1.20 Head to Shell Weld 38% 76% exam f rom head side due l
to supports - 0% from shell side due to taper 11204-V6-001-WO3 C-A C1.20 Head to Shell Weld 50% 100% exam f rom head side - 0%
f rom shell side due to taper 11204-V6-001-WO4 C-B C2.21 Nozzle to Head Weld 50% 100% exam from head side - 0%
f rom nozzle side 1 (Safety injection Pump) 11204-P6-003-WO2 C-C C6.10 Pump Casing to Suction 66% Pump supports prevent access Nozzle Weld to requ i red a rea I
1 i
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7-53 002 Rev. 3
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VEGP-1 i 1
RR-38 RR-38 withdrawn.
O 7-73 oo2 aev. 3
.O
e VEGP-1 U. RR-39 Component or Relief Area Mechanized volumetric examination of pressure-retaining shell and head welds in Reactor Vessel outside the beltline region.
Weld Identification Numbers: 11201-V6-001-WO3 11201-V6-001-WO4 11201-V6-001-WO6 11201-Y6-001-WO7 11201-V6-001-W12 11201-V6-001-W13 11201-Y6-001-W14 11201-V6-001-W21 11201-V6-001-W22 11201-V6-001-W23 11201-V6-001-W24 Requirements from Which Relief is Requested Item No. Bl.10, Category B-A, Table IWB-2500-1 of ASME Section XI requires volumetric examination of the Reactor Yessel shell welds. Applicable examination volume is shown in Figure IWB-2500-1 for circumferential welds and IWB-2500-2 for longitudinal welds. Item No. Bl.20, Category B-A, Table IWB-2500-1 requires volumetric examination of Reactor Vessel head welds.
Applicable examination volume is shown in Figure IWB-2500-3 for circumferential and meridional welds. Item No. B1.30. Category B-A, requires volumetric examination of the Shell-to-Flange we1J. ixamination requirements are shown in Figure IWB-2500-4.
Basis for Relief For RPV welds outside the beltline region, the nominal 450 and 600 ultrasonic examinations are gated as near as possible to the near surface without causing nearly continuous spurious signals in the gate. Typically, this gating arrangement causes a slight amount of missed v61ume for these examinations of approximately 0.35-inch depth for the 450 examination and 0.27-inch depth for the 600 examination.
Alternate Examination The Code required vo'lumetric examination was accomplished to the extent indicated above.
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7-74 002 Rev. 3
VEGP-l RR-40 Component or Relief Area f Notch length in Basic Ultrasonic Calibration Blocks for examination of vessel wel ds.
Calibretion Block Numbers: ISI-D-400A ISI-D-401A ISI-D-402A ISI-D-403A Requirement from Which Relief is Requested Figure T-434.1, Article 4,Section V ASME Code requires a notch length of 2-inches in basic ultrasonic calibration blocks for examination of vessel welds.
Basis for Relief ,
The ultrasonic calibration blocks supplied for the RPY by the versel .
manufacturer contain notches that are approximately 13/4-inches in length.
These short notches provide no difficulty in establishing acceptable calibrations.
Alternate Examination A Code examination was accomplished using instruments calibrated on blocks containing notches less than two-inches long.
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7-75 002 Rev. 3
O VEGP-1 V ~
RR-41 t Component or Relief Area Use of a centrifugally-cast stainless steel (SA-351 CF8A) piping calibration block in conjunction with a flat composite (SA-508 CL 2 and SA-240 Type 316) calibration block for the mechanized examination of the Reactor Vessel nozzle to safe-end welds.
Calibration Block Numbers: ISI-D-331 A (Centrifugally-cast stainless steel piping block)
ISI-D-405A (Flat composite block)
Weld Identification Numbers: 11201-Y6-001-W33 11201 -V6-001-W34 11201-V6-001-W35 11201-V6-001-W36 ll201-V6-001-W37
. 11201-V6-001-W38 11201-V6-001-W39 11201-V6-001-W40 Requirement from Which Relief is Requested Article III-3411 requires that basic calibration blocks shall be fabricated from one of the materials being joined by the weld. Relief is requested to use a cast-stainless steel piping calibration block in conjunction with a composite calibration block for the mechanized examination of the RPV nozzle to safe-end welds.
Basis for Relief The RPV manufacturer supplied a flat block fabricated from SA-508 CL 2 and SA-240 Type-316 welded together to fom a composite block to be used for the examination of the nozzle to safe-end welds. Due to the special near-surface examination technique being applied from inside the vessel during the mechanized examination, the flat contour of the composite calibration block could not be used alone to establish a calibration which was representative of the examination to be performed. An attenuation (dB) comparison perfomed between the cen.trifugally-cast calibration block (ISI-D-331A) and the flat composite calibration block (ISI-D-405A) revealed that calibration using ISI-D-331A would provide a more sensitive examination for 3 of the 4 channels used for the examination. Based on this infomation, calibration block ISI-D-331A was used to establish both the sweep position and calibration sensitivity for 3 channels. The sweep position for the other channel was -
established from ISI-D-331A, but the sensitivity was established from ISI-D-405A because of the required additional dB.
O-7-76 002 Rev. 3
RR-41 (Cont'd)
The use of the. curved surface of the centrifugally cast calibration block, as well as adding the increased sensitivity, provided a superior calibration for the special near-surface examination technique applied to these welds.
l Alternate Examination l The Code required surface examination was accomplished from the outside of the wel d. A mechanized ultrasonic examination was completed from the inside using the composite calibration block in conjunction with the curved surface cast piping calibration block as discussed above.
1 l
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l 7-77 002 Rev. 3
VEGP-1 0 ,
RR-42 Component or Relief Area Volumetric examination of nozzle inner radius section for Steam Generator inlet and outlet nozzles.
Examination Identification Numbers: ll201-B6-001-IR-01 ll 201-86-001-IR-02 ll 201-B6-002-IR-01 ll201-86-002-IR-02 ll201-86-003-IR-01 ll201-86-003-IR-02 ll 201-B6-004-IR-01 ,
11201-B6-004-IR-02 Requirement from which Relief is Requested ASME Code Item No. B3.140 Category B-D, requires volumetric examination of the ,
nozzle inside-radius section for steam generator nozzles. Figure IWB-2500-7 shows the applicable examination volume. Relief is requestec from -
accomplishing this examination for the inlet and outlet nozzles on all steam generators.
Basis for Relief The VEGP steam generator nozzles are integrally cast as part of the channel head. The configuration of the nozzles does not provide the necessary contact surface for examination. In addition, the metallurgical structure of the casting in this area does not allow for adequate transmission of ultrasound for the required sound path distance.
Alternate Examination None l
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7-78 002 Rev. 3
VEGP-1 RR-43 Component or Relief Area Volumetric examination of steam generator channel head to tube-sheet weld.
Weld Numbers: ll201-B6-001 -WO8 ll 201 002-WO8 11201-86-003-WO8 ll201 -B6-004-WO8 Requirement from which Relief is Requested
/.SME Code Item No. 82.40, Category B-8, requires volumetric examination of the rubosheet-to-head weld on the primary side of steam generators. Figure IWB-2500-6 shows the applicable examination volume and includes essentially 100 percent of the weld volume. Relief is requested from examining 100% of the volume of these welds.
Basis for Relief .
Four vessel supports and an identification tag prevent access to 100% of the weld length by the transducer. The tube sheet interferes with transducer placement for the upstream scans and the curvature of the channel head interferes with the downstream scans-O Alternate Examination Ultrasonic examinations were accomplished on the percentage of weld volume indicated in Attachment 1.
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1 7-79 002 Rev. 3
O -
O O VEGP-1, RR-43 Attachment 1 f
Percentage of Weld Volume Examined Weld No. Weld No. Weld No. Weld No.
Examination 11201-86-001-WO8 11201-B6-002-WO8 11201-B6-003-WO8 11201-B6-004-WO8 Upstream 450 Scan 71 % 51 % 51 % 51 %
Downstream 450 Scan 80% 60% 67% 60%
Upstream 600 Scan 49% 36% 36% 36%
Downstream 600 Scan 80% 42% 47% -
42%
Upstream Laminar Scan 49% 36% 36% 36%
Downstream Laminar Scan 80% 42% 47% 42%
Upstream 00 Planar Scan 80% 80% 80% 80%
Downstream 00 Planar Scan
- 80% 80% 80% 80%
7-80 002 Rev. 3
VEGP-1 RR-44 Component or Relief Area Visual VT-3 examination of inaccessible Class 3 integral attachments and component supports on the Nuclear Service Cooling Water (NSCW) Pumps and the Nuclear Servico Cooling Water (NSCW) Transfer Pumps.
Examination ID Numbers - ll202-P4-003-S02 thru -S11 11202-P4-007-S02 thru -S15 Requirement From Which Relief Is Requested Item No. D2.20, Examination Category D-8, Table IWD-2500-1, of ASME Section XI requires a visual VT-3 examination of integral attachments. Examination Category F-8, Table IWF-2500-1, of ASME Section XI requires a visual VT-3 examination of component supports and IWF-2200 (b) requires preservice examinations be performed following the initiation of hot functional tests.
Relief is requested from the visual YT-3 examinations on the supports and integral attachments listed above.
Basis for Relief The NSCW and NSCW Transfer Pumps are vertical pit-type pumps which pump water from the NSCW cooling tower basin to safety related equipment.
The supports for these vertical pit type pumps are underwater because they are located lower than the NSCW cooling tower basin water level and as such are inaccessible for direct VT-3 examination. To perform a direct visual examination would require draining the NSCW cooling tower basins. The construction Code requirements ensure the structural adequacy of these supports and therefore, a preservice examination is unwarranted.
Alternate Examination The construction code examination records will be documented and identified in the Vogtle Unit 1 PSI Final Report.
7-81 0 002 Rev. 3
f VEGP-1 RR-45 Component or Relief Area Acceptance standards for the twenty-four welds (see Attachment 1) which were evaluated to have non-geometric recordable NDE indications during the VEGP-1 PSI.
Requirement from which Relief is Requested ASME Code Section XI 1980 Edition with Winter 1980 Addenda Subparagraph IWB-3410.1 states that the acceptance standards referenced in Table IWB-3410-1 shall be applicable to those components (a) whose material properties are in accordance with those stated in the referenced tables and (b) where the maximum postulated defect that determines the limiting operating conditions confoms with the recommendations stated in Section III, Division I Appendices.
Basis for Relief A review of the material specifications for the components listed in Attachment 1 indicates that not all of the criteria in the applicable IWB-3500 table are met for these welds. A comparison of the material properties in the IWB-3500 tables versus the actual material properties shows that the differences listed in Attachment I have no effect on using the applicable tables for the evaluation of indications as shown by the notes for Attachment I.
Alternate Examination The Code-required examinations were perfomed on these components and the non-geometric recordable indications were determined to be acceptable per the applicable IWB-3500 table.
O 7-82 002 Rev. 3
O ,
O O ATTACHMENT 1 Page 1 of 4 Thickness IWB-3500 Difference Between Component Weld Nos. Material Ranges Table Components & the Tables Steam 11201-B6-001-WO3 SA-533, 2.72-inches Generators IWB-3511 -1 Notes 1, 2, and 3 Circumferential Gr. A, (Min.)
Weld Class 2 11201-B6-001-W18 SA-533, 3.52-inches IWB-3511-2 Note 2 Nozzle to Shell Gr. A, (Min.)
Weld Class 2 11201-B6-002-WG4 SA-533, 3.02-inches IWB-3511-1 Notes 1, 2, and 3 Circumferential Gr. A, (Min.)
Weld Class 2 11201-B6-002-W19 SA-533, 3.52-inches IWB-3511-1 Notes 1, 2, and 3 Nozzle to Shell Gr. A, (Min.)
Weld Class 2 002 Rev. 3
O O O Page 2 of 4 Thickness IWB-3500 Difference Between
, Component Weld Nos. Material Ranges Table Components & the Tables Pressurizer 11201-V6-002-W01 SA-533, 3.1-inches IWB-3511 -2 Note 4 Circumferential Gr. A, (Min.)
Weld Class 2 11201-V6-002-WO3 SA-533, 3.75-inches IWB-3511-1 Notes 3 and 4 Ci rcumferential Gr. A, (Min.)
Weld Class 2 11201-Y6-002-W05 SA-533, 2.74-inches IWB-3511-1 Notes 3 and 4 Circumferential Gr. A, (Min.)
Weld Class 2 11201-V6-002-W11 SA-533, 2.8 to 3.1 IWB-3511-2 Note 4 Nozzle to Shell Gr. A, inches Weld Class 2 11201-V6-002-W12 SA-533, 2.9 to 3.1 IWB-3511-2 Note 4 Nozzle to Shell Gr. A, inches Weld Class 2 11201-V6-002-W15 SA-533, 2.9 to 3.2 IWB-3511-2 Note 4 Nozzle to Shell Gr. A, inches Weld Class 2 11201-V6-002-W16 SA-533, 2.74 to 3.5 IWB-3511-2 Note 4
' Nozzle to Shell Gr. A, inches Weld Class 2 7-84 002 Rev. 3
O O O Page 3 of 4 f
Thickness IWB-3500 Difference Between Component Weld Nos. Material Ranges Table Components & the Tables Main Steam 11301-002-9 SA-106, 1.875 inches IWB-3514-2 Note 5 System Piping Valve to Pipe Gr. C 11301-003-1 SA-106, 1.875 inches IWB-3514-2 Note 5 Penetration to Pipe Gr. C 11301-003-2 SA-106, 1.875 inches IWB-3514-2 Note 5 Pipe to Pipe Gr. C 11301-003-8 SA-106, 2.625 inches IWB-3514-2 Note 5 Pipe to Valve Gr. C 11301-004-2 SA-106, 1.875 inches IWB-3514-2 Note 5 Pipe to Pipe Gr. C 11301-106-2 SA-106, 0.930 inches IWB-3514-2 Note 5 Reducer to Elbow Gr. C 11301-107-2 SA-106, 0.930 inches IWB-3514-2 Note 5 Reducer to Elbow Gr. C Feedwater System Piping 11305-058-2 SA-106, 1.219 inches IWB-3514-2 Note 5 16" Main Run Pipe Gr. C to 6" Branch Connection 11305-058-9 SA-106, 0.930 inches IWB-3514-2 Note 5 Penetration to Gr. C Pipe i
7-85 002 Rev.3
O O O Page 4 of 4 Thickness IWB-3500 Difference Between I Component Weld Nos. Material Ranges Table Components a the Tables Feedwater Sys. 11305-062-1 SA-106, 1.219 inches IWB-3514-2 Note 5 Piping (Cont'd) Forging to Pipe Gr. C 11305-062-4 SA-106, 1.219 inches IWB-3514-2 Note 5 Pipe to Valve Gr. C 11305-062-23 SA-106, 1.219 inches IWB-3514-2 Note 5 Elbow to Pipe Gr. C 11305-064-10 SA-106, 1.219 inches IWB-3514-2 Note 5 Valve to Pipe Gr. C 4
i 7-86 002 Rev. 3
i Notes for Attachment 1 l
- 1. Table IWB-3511-1 references NB-2300 while the secondary side of the steam generators is typically ASME Class 2 which would imply material testing per NC-2300.
As noted in Paragraph 5.4.2.1 of the VEGP FSAR, the secondary side of the VEGP steam generators was fabricated per Section III of the ASME Code for Class 1 components. Furthermore, this position is technically justified since the Winter 1983 Addenda includes IWC-3500 tables with acceptance standards essentially the same or more flexible than those of IWB-3500.
These indications were evaluated to Table IWC-3510-1 in the Winter 1983 Addenda and they are Code-allowable.
- 2. Tables IWB-3511-1 and -2 apply only to components with thickness greater than or equal.to four inches, while the steam generator thickness is less than four inches.
This position is technically justified since the Winter 1983 Addenda includes IWC-3500 tables with acceptance standards essentially the same as, or more fler.ible than, those of IWB-3500, for thicknesses ranging down to 0.5 inch and less. These indications were evaluated to Tables IWC-3510-1 and -2 in the Winter 1983 Addenda and they are Code-allowable.
b V 3. The minimum yield strength in Table IWB-3511-1 does not agree with the actual minimum yield strength of the components.
The use of higher specified minimum yield strength materials is justified in the component design in accordance with Paragraph G-2110 (b) of Appendix G of ASME Section III, using the standard postulated defect size in this appendix. Westinghouse has generated the supporting fracture-toughness data for these materials as referenced in the applicable stress reports and VEGP FSAR Paragraph 5.2.3.3.1. Satisfying these Section III requirements demonstrate applicability of ASME Section XI Table IWB-3511-1, even considering the higher minimum yield strength materials of these components.
- 4. Tables IWB-3511-1 and -2 apply only to components with thicknesses greater than er equal to four inches while the Pressurizer thickness is less than four inches.
, O i 7-87 002 Rev. 3 l
This position is technically justified since the Winter 1981 Addenda permitted Tables IWB-3511-1 and -2 to be used for thicknesses down to 2-1/2 inches.
These indications were evaluated to the Winter 1981 Addenda tables and they are Code-allowable.
5.
Table IWB-3514-2 references NB-2300 while the Class 2 piping was constructed to NC-2300.
IWC-3000 states that IWB-3000 may be used for Class 2 components in the 1980 Edition of ASME Section XI. The cpplicable table, IWB-3514-2, states that the materials must meet the requirements of NB-2300. Since Class 2 components are constructed to NC-2300 and not NB-2300, it is implicit in IWC-3000 that NC-2300 applies. This is consistent with subsequent Code tables for Class 2 components other than piping. The purchase specification for these piping materials is in accordance with ASME Section III NC-2300, without modification or exemption to the impact test requirements. This is consistent with the ASME Section III design rules for Class 2 components.
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7-88 002 Rev. 3
. . _ . . . _