ML18054B518

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Addl Info to Sections 3 & 6 of Second Interval Inservice Insp Program,Class 1 & 2 Components & Supports.
ML18054B518
Person / Time
Site: Palisades Entergy icon.png
Issue date: 03/29/1990
From:
CONSUMERS ENERGY CO. (FORMERLY CONSUMERS POWER CO.)
To:
Shared Package
ML18054B517 List:
References
PROC-900329, TAC-72622, NUDOCS 9004030153
Download: ML18054B518 (771)
v • d • e


Text

{{#Wiki_filter:. S*ECOND*INTERVAL INSERVICE INSPECTION PROGRAM . 

                                              *consumers Power- .
  • CLASS 1,2 COMPONENTS AND THEIR SUPPORTS REQUEST roR ADDITIONAL INFORMATION (TAC NO. 72622) 9004030153 900~?9
  • PDR ADn~v ~~~A~~~=

o - -- - -. - *-* - -F*tii:~*-'

TABLE OF CONTENTS .Volume 1 . Tab 1 Inservice Inspection Program Section fth~nges.* Tab 2 Inservice Inspection Program Section* 6::.cflahges* _, . ,

  • Tab 3 Westinghouse Ultrasonic Examination Pro¢~Htire
  • Tab 4 Class 1 Weld Identification Drawings *~.
                                                                      '\    ..

Tab 5 Class 2 Weld Identification Drawings Volume 2 Tab 6 Class 1 Long-Term Inservice Examinati~t'f~P-lan:'. 

                                                  . :   ._. :* '-~ ... ' .. .
                                                                         .\  ~ *.

Tab 7 Cl ass 2. Long-Term Inservi ce Exami n:atfon *:*'Plan

18 SECTION 3 BASIS STATEMENTS RP0788-0211A-TM14-TC01

19

3. BASIS STATEMENTS The following seven sections delineate the basis used by Consumers Power Company for exemptions, exclusions, or deferral of examinations or other modifications of the requirements of Section XI. All exemptions, exclusions, deferrals or modifications are specifically allowed by Section XI, or relief has been granted by the regulatory authority, or the regulatory authority has superseded Section XI by augmenting a ~ore conservative program than that required by Section XI.

RP0788-0211A-TM14-TC01

20 A. EXEMPTIONS All Classes 1, 2 and 3 pressure retaining components (and their gupports) are subject to examination. However, Section XI provides rules for exempt-ing components from examination (ie, IWB-1220, IWB-2500, IWC-1220, IWC-2500, IWD-1220) and Federal law allows the regulatory authority (NRG). to grant relief from specific portions of the code upon demonstrated need. Tables Al through A4 list all the Class 2 components exempted except those exempted due to pipe/nozzle size. All Class 2 lines and nozzles less than or equal to 4" nominal pipe size are exempt by IWC-1220(d). Class 1 piping 11 less than or equal to 1 nominal diameter is exempt by IWB-1220(b).(l). All Class 1 valves (B-M-2) not exceeding 4" nominal pipe size are excluded by Table IWB-2500. It should be noted that the exemptions/exclusions applied to Class 2 piping components are based on the 74S75 Addenda of Section XI. Exemptions of vessels, pumps and valves are based on the 83S83 Addenda of Section XI. RP0788-0211A-TM14-TC01

21 TABLE Al PRESSURE TEMPERATURE EXEMPTIONS IWC-1220(a), 74S75 Design Component Function Pressure Temperature CCS-10-CSH-lPl Component Cooling Line 150 psi 140°F CCS-10-CSH-1P4 Component Cooling Line 150 psi 140°F SFP-8-CPL-DLl Reactor Cavity Drain Line 125 psi 150°F SFP-6-CPL-SLl Reactor Cavity Drain Line 125 psi 150°F SFP-6-SRT-RLl Spent Fuel Pool Reci re Line 125 psi 150°F SFP-6-SRT-SLl Spent Fuel Pool Recirc Line 125 psi 150°F SFP-6-FPP-HXB Spent Fuel Pool Recirc Line 125 psi 150°F RWS-6-CWR-SL4 Clean Waste Relief Line 50 psi 180°F ESS-6-SIS-CRH Miscellaneous SIRW Tank Line 200 psi 200°F ESS-6-SDC-REl Miscellaneous SIRW Tank Line 200 psi 200°F ESS-6-SRT-REl Miscellaneous SIRW Tank Line 125 psi 150°F 

                                                                                 ~

BASIS: IWC-1220(a) allows exemptions from the NOT examination requirements of* IWC-2520 where both the design pressure and temperature are equal to or less than 275 psig and 200°F, respectively. Design data was taken from man~facturers' drawings or Bechtel Specifications M-250 and M-259. 10 CFR 50.55a requires that piping systems which perform ECCS, Residual 

        ~eat Removal (RHR), and Containment Heat Removal (CHR) function shall be inspected per IWC-1220, 74S75, Section XI. 10 CFR 50~55a  permits the utilization of IWC-1220, 74S75, Section XI for other Class 2 piping.*

systems. IWC-1220(a), 74S75 has been applied to all Class 2 piping4 RP0788-0211A-TM14-TC01

22 TABLE A2 CLASS 2 OPERATIONAL EXEMPTIONS IWC-1220(b), 74S75 Component Function ESS-14-CSS-lPA Containment Spray Pump Supply ESS-10-CSS-lPA Containment Spray Pump Supply ESS-14-CSS-lPB Containment Spray Pump Supply ESS-10-CSS-lPB Containment Spray Pump Supply ESS-14-CSS-lPC Containment Spray Pump Supply ESS-10-CSS-lPC Containment Spray Pump Supply ESS-6-CSS-lPA Containment Spray Pump Discharge ESS-8-CSS-lPA Containment Spray Pump Discharge ESS-10-CSS-lPA Containment Spray Pump Discharge ESS-6-CSS-lPB Containment Spray Pump Discharge ESS-8-CSS-lPB Containment Spray Pump Discharge ~ ESS-10-CSS-lPB Containment Spray Pump Discharge ESS-6-CSS-:-lPC Containment Spray Pump Discharge ESS-8-CSS-lPC Containment Spray Pump Discharge ESS-10-CSS-lPC Containment Spray Pump Discharg*e ESS-10-CSS-1P3 Containment Spray Pump Discharge ESS-8-CSS-TCA Containment Spray Pump Discharge ESS-10-CSS-SLA Containment Spray Lines ESS-8-CSS-SLA Containment Spray Lines ESS-6-CSS-SLA *Containment Spray Lines ESS-10-CSS-SLB Containment Spray Lines ESS-8-CSS-SLB Containment Spray Lines ESS-6-CSS-SLB Containment Spray Lines BASIS: IWC-1220(b) exempts components in systems or portions of systems, other than emergency core cooling systems, which do not function during normal reactor operation. Containment Spray does not perform an emergency core cooling function. 10 CFR 50.55a(b)(2)(iv)(A) requires that the extent of examination for containment heat removal systems (ie, containment spray) be determined in accordance with Section XI, IWC-1'220, 74S75 Addenda. RP0788-0211A-TM14-TC01

23 TABLE A3 (DELETED) 

                                  ~*

RP0788-0211A-TM14-TC01

24 TABLE A3 (Continued) (DELETED) RP0788-0211A-TM14-TC01

25 TABLE A4 CLASS 2 OPERATIONAL EXEMPTIONS IWC-1220(a), 83S83 Component Function T-82A SI Bottle T-82B SI Bottle T-82C SI Bottle T-82D SI Bottle P-66A, B HPSI Pumps P-54A, B, C Containment Spray Pump BASIS: IWC-1220(a), 83S83 exempts components from NDT requirements when a component is not required to operate during normal operation and will remain flooded under static conditions at a pressure of at least 80% ot",.. the pressure that the component will be subjected to when required to operate. The SI bottles are filled to capacity (with borated water and nitrogen) and as such can be considered to be flooded. The bottles *are maintained at the pressure required to operate. The HPSI pumps are exempt in that the inlet side of the pump satisfies the above opera-tional requirement and the outlet side lS exempt due to size (ie, less than 4). The CSS pumps are exempt ln that the piping on both inlet and discharge sides ar~ operational exempt. RP0788-0211A-TM14-TC01

26 TABLE AS CLASS 2 PRESSURE TEMPERATURE EXEMPTION IWC-1220(b), 83S83 Maximum Maximum Operating Operating Component Function Pressure Temperature T-53A Boric Acid Storage Tank Atm 200°F T-53B Boric Acid Storage Tank Atm 200°F T-102 NaOH Tank 40 Psig 150°F T-103 NaOH Makeup Tank 40 Psig 150° F BASIS: IWC-1220( b), 83S83 allows exemptions from NDT requirements for com-ponents where the maximum operating pressure and temperature do not exceed 275 psig .and 200°F, respectively. Data obtained from M-250 or ~ manufacturer's drawings. RP0788-0211A-TM14-TC01

27 TABLE A6 (DELETED) RP0788-0211A-TH14-TC01

28 TABLE A6 (Continued) (DELETED) RP0788-0211A-TM14-TC01

29 B. DEFERRALS Section XI of the code provides a degree of latitude in the scheduling of major component examination in that certain category examinations may be deferred to the end of the inspection interval. Examples of major com-ponent examinations are mechanized UT of the reactor vessel, pump and valve teardowns and core internal examinations. Deferrable Exam Tables found in Section III list the categories which may be deferred to the end of the interval. COMPONENTS DEFERRABLE TO THE END OF INTERVAL 41'* I Section XI Category Component Comments B-G-1 Bolting greater than 2" dia B-L-1 Pump Casing Welds Relief requested B-L-2 Pump Casing Relief requested B-M-1 Valve Body Welds B-M-2 Valve Bodies B-N-3 Core Support Structures B-0 Welds in CROM Housing F-A Plate and Shell Type Supports F-B Linear Type Supports F-C Component Standard Supports C. AUGMENTATION Plant Technical Specifications may at times require more frequent examin-ation scheduling ihan does Section XI as is the case with the regenerative heat exchanger, high-energy piping, steam generator eddy current testing and snubber testing. Section XI requirements are superseded by Technical Specifications and these examinations are not subject to Paragraphs IWB-2400 and IWC-2400, Section XI. The following Palisades Technical Specifications sections apply to the Augmented Program and will be performed throughout the life of the plant. RP0788-0211A-TM14-TC01

30 TABLE 4. 3 .2 Miscellaneous Surveillance Items Equipment Method Frequency

1. Regenerative Heat Exchanger
a. Primary Side Shell to Volumetric 5-Year Maximum Interval (100%)

Tube Sheet Welds

b. Primary Heat Volumetric 5-Year Maximum Interval (100%)
2. Primary Coolant Pump Flywheels Volumetric 100% Upper Flywheel Each Refueling RP0788-0211A-TM14-TC01

31 AUGMENTED INSERVICE INSPECTION PROGRAM FOR HIGH-ENERGY LINES OUTSIDE OF CONTAINMENT APPLICABILITY Applies to welds in P,1p1ng system or portions of systems located outside of containment where protection from the consequences of postulated ruptures is not provided by a system of pipe whip restraints, jet impingement barriers, protective enclosures, and/or other measures designed specifically to cope with such ruptures. For the Palisades Plant, this specification applies to welds in the main steam and main feedwater lines located inside the Main Steam and Feedwater Penetra-tion Rooms. OBJECTIVE To provide assurance of the continued integrity of the piping systems over their service lifetime. SPECIFICATION . 4.12.1 For welds identified in Figure 4.12.A (Main Steam Lines) and Figure 4.12.B (Feedwater Lines): A. At the first outage period, such as refueling, a volumetric examination shall be performed with 100 percent inspection of welds in accordance with the r.equirements of ASME Section XI Code, "Inservice Inspection of Nuclear Power Plant Components." B. The inservice inspection at each weld shall be performed in accordance with the requirements of ASME Section XI Code, "Inservice Inspection of Nuclear Power Plant Components," with the following schedule (the inspection intervals identified below sequentially follow the baseline examination of 4.12.1.A above): RP0788-0211A-TM14-TC01

32 First Inspect'TOil"Interval

1. First 3-1/3 years (or nearest 100% volumetric inspection refueling outage). of all welds.
2. - Second 3-1/3 years (or nearest 100% volumetric inspection refueling outage). o f a 11 we 1d s *
3. Third 3-1/3 years (or nearest 100% volumetric inspection refueling outage). o f a 11 we l d s
  • Successive Inspection Intervals Every 10 years thereafter (or Volumetric inspection of 1/3 nearest refueling outage) of the welds at the expiration of each 1/3 of the inspection interval with a cumulative 100% coverage of all welds.

NOTE: The welds selected during each inspection period shall be distri-buted among the total number to be examined to provide a represen-tative sampling of the conditions of all welds. C. Examinations that reveal unacceptable structural defects in a weld during an inspection should be extended to require an additional inspection of another 1/3 of the welds. If further unacceptable defects are detected in the second sampling, the remainder of the welds shall be inspected. RP0788-0211A-TM14-TC01

33 D. In the event repairs of any welds are required following any examination during successive inspection intervals, the inspection schedule for the repaired welds will revert back to the first inspection interval. 4.12.3 For other welds (excluding those identified in Figure 4.12.A and Figure 4.12.B): A. Welds *in the main steam lines including the safety valve attachment welds and in the feedwater lines shall be examined in accordance with the requirements of Subse_ctions. 4.12.2 For all welds in the main steam lines and main feedwater lines located inside the Main Steam and Feedwater Penetratibn Rooms: A. A visual inspection of the surface of the insulation at all weld locations shall be performed on a weekly basis for detection of leaks. Any detected leaks shall be investigated and evaluated. If the leakage is caused by a through-wall flaw, either the plant shall be shut down or the leaking piping isolated. Repairs shall be performed prior to return of this line to service. B. Repairs, reexamination and p1p1ng pressure tests shall be conducted in accordance with the rules of ASME Section XI Code. Basis Under normal plant operating conditions, the piping materials operate under ductile conditions and within the stress limits considerably below the ultimate strength properties of the materials. Flaws which could grow under such conditions are generally associated with cyclic *1oads that fatigue the metal, and lead to leakage cracks. The inservice examination and the frequency of inspection will provide a means for timely detection even before the flaw penetrates the wall of the piping. RP0788-0211A-TM14-TC01

34 Additionally, Palisades Plan for examining the "Structural Integrity for the Auxiliary Feedwater System Piping Associated with the Steam Genera-tors, reference letters RJB 34-88 dated May 18, 1988, BVV 88-032 dated July 14, 1988 and THF 88-001 dated January 28, 1988, which shows evidence of examinati~ns already performed. A synopsis of those letters mentioned above consists of the examinations listed below:

1. Pipe-to-elbow weld - Perform volumetric and surface examinations
2. Elbow-to-pipe weld - Perform volumetric and surface examinations
3. Pipe-to-nozzle weld - Perform volumetric and surface examinations
4. Perform ultrasonic wall thinning exmaination beginning at the elbow-to-pipe weld downstream to the steam generators.

S. Perform visual examination of internal knuckle region, provided the steam generator is open for secondary side inspection. The above exams ar~ to be done once each 3-1/3 ye~rs (equiva(ent to once each ISI period). These exams are to apply to both steam generators and are included in the 40-Year Master Inservice Inspection Plan. RP0788-0211A-TM14-TC01

35 D. APPLICATION OF MULTIPLE LOOP THEORY Section XI permits a reduction in the number of components subject to testing by utilization of the multiple loop concept. Federal law (10 CFR 50.55a(b)(2)(iv)(A)) requires that the extent of examination for specific Class 2 systems; ie, ECCS, residual heat removal and containment heat removal be determined per IWC-2411, Section XI, 74S75. This portion of the code permits utilization of the multiple loop theory. Federal law (10 CFR 50.55a(b)(2)(iv)(B)) permits and the Palisades Plant has elected to utilize, the extent of examination per IWC-2411, Section XI, 74S75 for all Class 2 piping systems. Table Dl sets forth the Class 2 multiple loops identified at the Palisades Plant. The scheduling of the multiple loop examinations was performed in accordance with the rules stated above. *A number of the multiple loops identified herein are exempt per IWC-1220 (74S75 and 83S83) and were included for completeness. RP0788-0211A-TM14-TC01

36 Line Loop Functional Identifi- Pipe Identifi- Isometric Weld Multiple Identification cation Sizes(s) cation Number( s) Number( s) Loop Number Comment TABLE Dl CLASS 2 MULTIPLE LOOPS Main Steam MSS-MSL 36", 30 11 a. lSl B-19, 20A 201-214 ML-1

b. 2Sl B-19, 208 201-216 ML-1 Main Steam MSS-RVR 6" a. lSl B-20A 201-203 ML-2 12 Relief Valves per
b. 1S2 B-20A 201-203 ML-2 Main Steam Line
c. 1S3 B-20A 201-203 ML-2
d. 1S4 B-20A 201-203 ML-2
e. lSS B-20A 201-203 ML-2
f. 1S6 B-20A 201-203 ML-2
g. 1S7 B-20A 201-203 ML-2
h. lS8 B-20A 201-203 ML-2
l. 1S9 B-20A 201-203 ML-2
j. lSlO B-20A 201-203 ML-2
k. lSll B-20A 201-203 ML-2
1. 1Sl2 B-20A 201-203 ML-2
m. 2Sl B-208 201-203 ML-2 12 Relief Valves per
n. 2S2
  • B-208 201-203 ML-2 Main Steam Line
o. 2S3 B-208 201-203 ML-2 P* 2S4 B-208 201-203 ML-2
q. 2S5 B-208 201-203 ML-2
r. 2S6 B-208 201-203 ML-2
s. 2S7 B-208 201-203 ML-2
t. 2S8 B-208 201-203 ML-2
u. 2S9 B-208 201-203 ML-2
v. 2Sl0 B-208 201-203 ML-2 RP0788-0211A-TM14-TC01 -\

37 Line Loop Functional Identifi- Pipe Identifi- Isometric Weld Multiple Identification cation Sizes(s) cation Number(s) Number( s) Loop Number Comment

w. 2Sll B-20B 201-203 ML-2
x. 2Sl2 B-20B 201-203 ML-2 Steam Dump MSS-MSV 8" a. lSl B-21 201-211 ML-3
b. 1S2 B-21 201-212 ML-3
c. 2Sl B-22 201-212 ML-3
d. 2S2 B-22 201-213 ML-3 Feedwater FWS-FWL 18" a. lSl B-25 246-261 ML-4
b. 2Sl B-25 247-262 ML-4 Auxiliary Feedwater FWS-AWS 6I I ' 5" a. lSl B-26, B-156, 20h217 ML-5 B-26A
b. 2Sl B-26, B-156, 201-221 ML-5 B-26B SI Bottles a. T-82A B-5, 43 Entire Tank ML-6 Exempt per IWC-1220(a),
b. T-82B B-5, 44 Entire Tank ML-6 74875
c. T-82C B-s*, 44 Entire Tank ML-6 Exempt per IWC-1220(a),
d. T-82D B-5, 43 Entire Tank ML-6 74S75 SI Bottle Discharge ESS-SlS 12" a. lAS B-43 201-220 ML-7
b. lBS B-44 201-216 ML-7
c. lCS B-44 201-222 ML-7
d. IDS B-43 201-216 ML-7 Steam Generator a. E-SOA B-8 Class 2 por-tion of Steam Generator ML-8 RP0788-0211A-TM14-TC01

38 Line Loop Functional Identifi- Pipe Identifi- Isometric Weld Multiple Identification cation Sizes(s) cation Numbed s) . Numbeds) Loop Number Comment

b. E-508 8-8 Class 2 Por-tion of Steam Generator ML-8 Shutdown Cooling Heat a. E-60A 8-11 Entire Heat Exchanger Exchanger ML-9
b. E-608 8-11 Entire Heat Exchanger ML-9 Safety Injection Supply ESS-SlS 24 II' 18 11 a. SHl 8-27, 136 207-234 ML-10
b. SH2 8-28, 136 207-241 ML-10 Low-Pressure Injection ESS-SlS 14 II' 12 11 ' 10 11 ' a. LPA 8-29, 37, 38 201-236 ML-11 811
b. LP8 8-35, 38 201-231 ML-11 Containment Spray ESS-CSS 14 II' 10 11 ' 8"' a. lPA* 8-24, 29, 30 201-227 ML-12"' Exempt per IWC-1220(b),

6" 74S75

b. 1P8 8-31, 32 201-228 ML-12
c. lPC 8-31, 32 201-225 ML-12 Exempt per IWC-1220(b),

74S75

  • ML-12 includes ESS-14-SlS-HPA, Welds 201-207, which lS the supply for Containment Spray Pump P-54A.

RP0788-0211A-TM14-TC01

39 Line Loop Functional Identifi- Pipe Identifi- Isometric Weld Multiple Identification cation Sizes(s) cation Number( s) Number( s) Loop Number Comment Low-Pressure Injection/ ESS-SlS 12 11 a. 1A6 8-39 201 ML-14 Reactor Coolant Supply b. 186 8-39 201 ML-14 Header Shutdown Cooling Pump ESS-SDC 14" a. LPC 8-33; 37 201-215 ML-13 Supply b. LPC 8-33, 35 201-221 ML-13 Low-Pressure Injection/ ESS-SlS 8", 6" a. 1A6 8-39 202-207 ML-15 Distribution Header b. 186 8-39 202-207 ML-15

c. 2A6 8-39 201-205 ML-15
d. 286 8-39 201-205 ML-15 High-Pressure Injection ESS-SlS 8", 6" a. HPA 8-36 208-221 ML-16
b. HP8 8-50 214-220 ML-16
c. HPC 8-50 2018-203 ( 6 I ) ML-16 201-201A ( 8")

High-Pressure Injection ESS-SlS 6" a. lHP 8-51, 52 201-228 ML-17 Redundant High-Pressure b. 2HP 8-36, 51, 60 209-237 ML-17 Injection/Reactor Coolant Loop Supply Containment Spray - ESS-CSS 10", 8 II t 6" a. SLA 8-41, 45, 201-249 ML-18 Exempt per IWC-1220(b), Half Ring Supply 46, 47 74S75

b. SL8 8-41, 45 201-256 ML-18 46, 47 RP0788-0211A-TM14-TC01

40 Line Loop Functional Identifi- Pipe Identifi- Isometric Weld Multiple Identification cation Sizes(s) cation Number(s) Number(s) LooE Number Comment Containment Spray Pump a. P-54A B-29, 130 ML-19 Exempt per IWC-1220(a),

b. P-54B B-31, 130 ML-19 74S75
c. P-54C B-31, 130 ML-19 Charging Pumps a. P-55A B-87, 131 ML-20 Exempt per IWC-1220(c),
b. P-55B B-56, 131 ML-29 74S75
c. P-55C B-86, 131 ML-20 Concentrated Boric Acid a. P-56A B-55, 132 ML-21 Exempt per IWC-1220(c)J Pump b. P-56B B-55, 132 ML-21 74S75 High-Pressure Injection a. P-66A B-36, 133 ML-22 Exempt per IWC-1220(c),

Pump b. P-66B B-50, 133 ML-22 74S75

c. P-66C B-50, 133 ML-22 Low-Pressure Injection a. P-67A B-29, 134 ML-23 Pump b. P-67B B-35, 134 ML-23 Concentrated Boric Acid a. T-53A B-29, 3 ML-23 Exempt per IWC-1220(c),

Tank b. T-53B B-55, 3 ML-24 74S75 Long-Term Cooling ESS-LTC 6" a. lA B-52A 201-228 ML-24A 1981 Mod ESS-LTC b. lB B-60A 201-212 ML-24A Safety Injection ESS-SlS 12" a. lAl A-7 1-8 ML-25 Class designation

b. lBl A-8 1-12 ML-25 changed from Class 1 to
c. 2Al A-9 . 1-11 ML-25 Class 2 in 1983
d. 2Bl A-10 1-11 ML-25 RP0788-0211A-TM14-TC01

41 E. CATEGORIES C-F & C-G - CLASS 2 (74S75) 10 CFR 50.5~a(g) permits weld selection per 74S75 code for Class 2 com-ponents, ASME Code, Section XI, 74S75 Addenda, Table IWC-2520, permits a reduction in the examination ~equirements for certain Class 2 piping systems if reactor coolant did not circulate through these systems. This section delineates the use of this reduction in examination requirements for those systems in which reactor coolant does not circulate. It should be noted that the nomenclatures C-F and C-G used in this section are from 74S75 code. The categories and item numbers used in the Plan are from the 83S83 Addenda. The nomenclature used in the two code versions is different. Category C-F components are those Class 2 components (piping, pumps, valves) in systems in which reactor coolant circulat~s. Category C-G components are those Class 2 components (piping, pumps, valves) in systems in which reactor coolant does not circulate. Section XI, Table IWC-2520 requires only 50% of C-G components to be examined per 40 years whereas 100% of Category C-F components are to be examined per 40 years. Table El itemizes the Class 2 C-F piping at the Pali~ades Plant. C-F component vs C-G component determinations are based upon the circulation of reactor coolant under normal reactor operations (ie, start-up, cooldown, hot standby and cold standby). Emergency and functional testing are excluded from normal reactor operation. All Class 2 p1p1ng not identified as Category C-F is Category C-G. RP0788-0211A-TM14-TC01

42 e TABLE El CATEGORY C-F PIPING (74S75) Line Weld 

 *Identification              Numbers
  • Isometric ESS-14-SCS-2Hl 201-208 6-40 209-216 B-33 ESS-14-SDS-LPC 201-203 6-33 204-215 6-37 ESS-14-SIS-LPA 215-216 6-29 ESS-10-SIS-LPA 217-231 6-37 232-236 6-38 ESS-12-SIS-lLP 201-204 6-38 ESS-12-SIS-SDC 201-202 6-42 ESS-10-SDS-XI6 201-211 6-42 ESS-10-SDC-XIA 201-211 6-42 ESS-10-SDC-X06 201-207 6-41 ESS-10-SDC-XOA ESS-12-SDC-XCO 201-204 201-210 6-41 6-41 ESS-12-SIS-lLP 205-212 6-42 213-217 6-41 218-232 6-45 233-243 6-39 ESS-8-SIS-1A6 201-204 6-39 ESS-6-SIS-1A6 205-207 6-39 ESS-8-SIS-2A6 201-202 B-39 ESS-6-SIS-2A6 203-205 6-39 ESS-8-SIS-166 201-204 8-39 ESS-6-SIS-166 205-207 8-39 ESS-8-SIS-286 201-202 8-39 ESS-6-SIS-286 203-205 6-39 ESS-14-SDC-LPD 201-207 8-33 208-221 B-35 ESS-14-SIS-LP8 216-217 8-35 ESS-10-SIS-LP6 218-231 B-38 RP0788-0211A-TM14-TC01

43 F. CATEGORY B-M-2 Section XI allows a reduction in the number of Category B-M-2 examinations in that only one valve in each group of valves needs to be examined per interval. Valve grouping is determined by valve size, function, manufac-turing method and manufacturer. Table Fl itemizes Palisades valve groups. RP0788-0211A-TM14-TC01

44 TABLE Fl CLASS 1 VALVES EXCEEDING 4" NOMINAL PIPE SIZE Valve Size/Type Valve Number System Isometric 12" Walworth Check CK-3101 ESS-12-SlS-lAl A-7 Valves CK-3102 ESS-12-SlS-lAl A-7 CK-3116 ESS-12-SIS-lBl A-8 CK-3117 ESS-12-SIS-lBl A-8 CK-3131 ESS-12-SIS-2Al A-9 CK-3132 ESS-12-SIS-2Al A-9 CK-3146 ESS-12-SIS-281 A-10 CK-3147 ESS-12-SIS-281 A-10 12" Velan Gate Valves M0-3015 PCS-12-SIS-2Hl A-6 M0-3016 PCS-12-SIS-2Hl A-6 

                                                                  ~

6" Walworth Check CK-3103 ESS-6-SIS-lAl A-21 Valves CK-3118 ESS-6-SIS-181 A-22 CK-3133 ESS-6-SIS-2Al A-23 CK-3148 ESS-6-SIS-281 A-24 RP0788-0211A-TM14-TC01

45 G. ADDITIONAL EXAMINATIONS Examination~ performed during any in~pection that reveal indications exceeding the allowable indication standards of Section XI IWB-3000 shall be subject to Palisades ISI evaluation per Section XI IWB-IWC-IWD-IWF-2400, Subection 2430. H. CONSUMERS POWER PALISADES NUCLEAR POWER PLANT: POSITION The transition pieces between the carbon steel nozzles and the carbon steel piping are also carbon steel and thus not dissimilar metal safe ends. The nozzle to safe end welds are therefore classed as B9.ll, B-J welds rather than B5.10 or B5.30, B-F welds. (See CE Dwg E-232-119-11.) These welds will be included and inspected to Category B-J requirements with the restriction that the inspection be expanded to include 100% of each weld during each inspection interval. I. SYSTEM HYDROSTATIC TESTS (IWA-52lld) The hydrostatic testing requirements of IWB-2500, IWC-2500 and IWD-2500 are required to be performed each Inspection Interval. Class 1 system hydro-static testing of the Reactor Coolant System is performed each refueling outage. Class 2 and 3 system hydrostatic tests or alternative test methods, as allowed by 10 CFR 50.55a(a)(3), will be performed at or near the end of each Inspection Interval. The alternative test method that may be implemented for some of these systems will be "Instrumented Inspection Techniques" (IIT) performed by HAFA International, Inc under their NRC-approved topical report number PA-135. All hydrostatic testing required due to repair or replacement activity is handled on a case-by-case basis. In lieu of performing post repair/replacement hydrostatic tests IIT may alternatively be substituted as the post test as allowed by 10 CFR 50.55a(a)(3) utilizing HAFA International, Inc and their Topical Report PA-135. RP0788-0211A-TM14-TC01

46 J. SYSTEM PRESSURE TESTS (IWB) As required *by Tables IWA-5210-1 and IWB-2500-1, the system pressure tests described in IWA-5211 are conducted as follows: CLASS I After each refueling outage, the Class 1 pressure boundary is subjected to a visual exam (VT-2) with the system(s) at 1.02 times nominal 6perating pressure. The pressure retaining boundary corresponds to the Reactor Coolant System boundary with all Class 1 valves in the normal position required for normal reactor start-up. Also, the visual examination (VT-2) extends to and includes the second closed valve at the Class 1 pressure boundary extremity. K. SYSTEM PRESSURE TESTS (IWC) As required by Tables IWA-5210-1 and IWC-2500-1 the system pressure tests described in IWA-5211 are conducted as follows: CLASS II Inservice Test (IWA-52llc) During each Inspection Period, the Class 2 pressure boundary l& subjected to a visual examination (VT-2) with the system(s) in service under oper-ating pressure. The pressure retaining boundary extends up to and included the first normally closed valv.e or valve capable of automatic closure to perform the safety-related system function. RP0788-0211A-TM14-TC01

47 System Functional Test (IWA-52llb) During each ~nspection Period, the Class 2 pressure boundary of those systems or portions of systems not required to operate during normal reactor operation is subjected to a visual examination (VT-2) while at the pressure obtained during the system or component functional tests. The pressure retaining boundary extends up to and includes the first normally closed valve or valve capable of automatic closure when the safety function i* required. L. SYSTEM PRESSURE TESTS (IWD) As required by Tables IWA-5210-1 and IWD-2500 t~e system pressure tests 

  *described in IWA-5211 are conducted as follows:

Inservice Test (IWA-52llc) During each Inspection Period, the Class 3 pressure boundary is subjected to a visual examination (VT-2) with the system(s) in service under oper-ating pressure. The pressure retaining boundary extends up to and includes the first normally closed valve or valve capable of automatic closure to perform the safety-related system function. RP0788-0211A-TM14~TC01

48 System Functional Test (IWA-52llb) During each Inspection Period, the Class 3 pressure boundary of those systems or portions of systems not required to operate during normal reactor operation is subjected to a visual examination (VT-2) while at the pressure obtained during the system or component functional tests. The pressure retaining boundary extends up to and includes the first normally closed valve or valve capable of automatic closure when the safety function is required. RP0788-0211A-TM14-TC01

49 M. REPAIRS AND REPLACEMENTS Repairs and ~eplacements at Palisades Nuclear Power Plant are performed in accordance with the ASME Section XI Repair and Replacement Program. As required by Articles IWA-4000 and IWA-7000, this program delineates the essential requirements of the complete repair cycle including weld repairs, procurement and installation of replacements. The program consists of administrative procedures which describe overall departmental responsibilities and interfaces, the Authorized Nuclear Inspector's involvement and documentation requirements. Also, Maintenance and Quality Assurance departmental procedures implement controls for special processes essential to the repair program such as flaw removal, weld repair, post weld heat treatment and non-destructive examination. The Repair and Replacement Program complies with the requirements of IWB, IWC, IWD and IWF-4000 and 7000 of ASME Section XI. RP0788-0211A-TM14-TC01

50 N. CONTAINMENT PENETRATIONS Palisades was constructed to the 1955 Edition of ASA 831.1 and is not subject to the rules of ASME Section III. However, Palisades has option-ally upgraded all containment penetrations to ASME Class 1 or ASME Class 2. Containment penetrations at Palisades are tested in accordance with Palisades Technical Specification program to satisfy the requirements of 10 CFR SO Appendix J. Containment penetrations which are part of ASME Class 1, 2 or 3 system will also be tested under Palisades Section XI program for ~hese systems (ie, hydrostatic testing, period leakage tests and NDE). Containment penetrations which are not part of an ASME Class 1, 2 or 3 system will only be tested under Palisades Appendix J program, as appropriate. Repairs of containment penetrations are conducted in accordance with Palisades Section XI Repair/Replacement Program. RP0788-0211A-TM14-TC01

143 CLASS 2 Verification of Compliance Second Interval Total* (a) Number Scheduled Number Required (b) Percent Category Components To Be Examined To Be Examined Examined C-F 904 145 110 131% C-B 10 7 7 100% C-A 18 9 9 100% c-c 113 58 58 100% 1,045 219 i84 (a) The total components listed above represent the total ntimber of components subject to distribution after the application of exemptions, relief requests and deferrals to the end of the interval. (b) The total number identified represents the total number of components sub-ject to examination after the application of exemptions and multiple stream. RP0788-0211A-TM14-TC01

144 CLASS 2 Verification of Compliance Second Interval Deferrable Exams Total (a) Number Scheduled Number Required (b) Percent Category Components To Be .Examined To Be Examined Examined F-C 275 223 223 100% F-B 122 114 114 100% 397 337 337 RP0788-0211A-TM14-TC01

e14S EXAMINATION CATEGORY C-F Number of Components Total Number Inspected or To Be System Item No .Code Class of ComEonents InsEected Interval 2 Remarks Exam Method MSS CS.21 2 33 10 Surface & Volum Multiple loop(s), ML-1, ML-2, ML-3 MSS CS.31 2 *28 1 Surface MSS CS.11 2 96 9 Surface ESS cs .11 2 706 92 Surface Multiple loop(s), ML-10, ML-11, ML-14, ML-lS, ML-17, ML-18, ML-24A ESS CS.31 2 9 1 Surface ESS CS.12 2 129 12 Surface (2SO welds exempted per IWC-1220) ESS CS.21 2 98 12 Surface & Volum SFP CS.11 2 6S 0 Surface Exempted per IWC-1220 RWS CS.11 2 s 0 Surface Exempted per IWC-1220 sws cs .11 2 s 2 Surf ace ccs cs .11 2 4 0 Surface Exempted per IWC-1220 css CS.11 2 4 0 Surface Exempted per IWC-1220 VAS cs .11 2 4 1 Surface FWS CS.21 2 31 16 Surface & Volum Multiple loop(s), ML-4, ML-S FWS CS.11 2 30 4 Surface Total(s) 1,247 160 (-15 HEP welds 1,232 14S (919)>'< ( 904 >~*,

  • Total excluding 328 components exempted per IWC-1220 74S/7S.
                                                                       *t RP0788-0211A-TM14-TC01

e146 EXAMINATION CATEGORY C-B Number of Components Total Number Inspected or To Be System Item No Code Class of Components Inspected Interval 2 Remarks Exam Method E60A C2.21 2 2 0 Surface & Vol um Shutdown cooling Hx ML-9 E60B C2.21 2 2 2 Surface & Vol um Shutdown cooling Hx ML-9 S/G ESOA C2.20 2 3 3 Surface & Vol um ML-8 S/G ESOA C2.21 2 2 0 Surface & Vol um Excluded per Category C-B 74S75 ML-8 S/G ESOB C2.20 2 3 2 Surf ace & Vol um ML-8 S/G ESOB C2.21 2 2 0 Surface & Vol um Excluded per Category C-B Totals(s) 14 7 oo >>*,

  • Total excluding four components exempted per IWC-1220 83S/83.

RP0788~0211A-TM14-TC01

e147 EXAMINATION CATEGORY C-A Number of Components Total Number Inspected or To Be System Item No Code Class of ComEonents InsEected Interval 2 Remarks Exam Method E60A Cl.10 2 1 0 Volumetric Shutdown cooling Hx ML-9 E60A Cl.30 2 1 0 Volumetric Shutdown cooling Hx ML-9 E60B Cl.10 2 1 1 Volumetric Shutdown cooling Hx ML-9 E60B Cl.30 2 1 1 Volumetric Shutdown cooling Hx ML-9 S/G ESOA Cl.20 2 2 2 Volumetric ML-8 S/G ESOA Cl.10 2 4 3 Volumetric ML-8 S/G ESOA Cl.30 2 1 0 Volumetric ML-8 S/G ESOB Cl.20 2 2 0 Volumetric ML-8 S/G ESOB Cl.10 2 4 1 Volumetric ML-8 S/G ESOB Cl.30 2 1 1 Volumetric ML-8 Total(s) 18 9 RP0788-0211A-TM14-TC01 

                                                                                                            .9 148 EXAMINATION CATEGORY C-C Number of Components Total Number      Inspected or To Be System         Item No   Code Class  of Components     Inspected Interval 2                 Remarks Exam Method MSS               C3.20            2            13             7    Surface ESS               C3.20            2            86           38     Surface       14 exempted per IWC-1220 SFP               C3.20            2             8             0    Surface       Exempted per IWC-1220 FWS               C3.20            2            12             5    Surface S/G ESOA          C3.10            2             8             8    Surface S/G E50B          C3.10            2             8             0    Surface Total(s)           135           5.8 013)>':
  • Total excluding 22 components exempted per IWC-1~20 83S/83~

. RP0788-0211A-TM14-TC01

e149 EXAMINATION CATEGORY F-B Number of Components Total Number Inspected or To Be System Item No Code Class of ComEonents InsEected Interval 2 Remarks Exam Method MSS F2.40 2 12 12 Visual VT-3 MSS F2.10 2 2 2 Visual VT-3 MSS F2.30 2 2 2 Visual VT-3 ESS F2.40 2 119 60 Visual VT-3 75 exempted per IWC-1220 ESS F2.30 2 5 5 Visual VT-3 ESS F2.10 2 43 20 Visual VT-3 SFP F2.40 2 13 0 Visual VT-3 Exempted per IWC-1220 SFP F2.10 2 1 0 Visual VT-3 Exempted per IWC-1220 VAS F2.40 2 1 1 Visual VT-3 P54A F2.40 2 1 0 Visual VT-3 Containment Spray Pump Exempted per IWC-1220 P54B F2.40 2 1 0 Visual VT-3 Containment Spray Pump Exempted per IWC-1220 P54C F2.40 2 1 0 Visual VT-3 Containment Spray Pump Exempted per IWC-1220 P55A F2.40 2 1 0 Visual VT-3 Charging Pump, Exempted per IWC-1220 P55B F2.40 2 1 0 Visual VT-3 Charging Pump, Exempted per IWC-1220 P55C F2.40 2 1 0 Visual VT-3 Charging Pump, Exempted per IWC-1220 P54A F2.40 2 1 0 Visual VT-3 Concentrated Boric Acid Pump Exempted per IWC-1220 P56B F2.40 2 1 0 Visual Vt-3 Concentrated Boric Acid Pump Exempted per IWC-1220 P66A F2.40 2 1 0 Visual VT-3 H~SI Pump, Exempted per IWC-1220 P66B F2.40 2 1 0 Visual VT-3 HPSI Pump, Exempted per IWC-1220 P67A F2.40 2 1 0 Visual VT-3 LPSI Pump P67B F2.40 2 1 1 Visual VT-3 FWS F2.40 2 11 11 Visual VT-3 Total(s) 221 114 (122 )>': ~

  • Total excluding 99 components exempted per IWC-1220 83S/83.

RP0788-0211A-TM14-TC01

e150 EXAMINATION CATEGORY F-C Number of Components Total Number Inspected or To Be System Item No Code Class of ComEonents InsEected Interval 2 Remarks Exam Method MSS FJ.40 2 17 17 Visual VT-3 MSS F3.50 2 17 17 Visual VT-4 ESS F3.40 2 117 82 Visual VT-3 17 Exempted ESS F3.50 2 98 64 Visual VT-4 16 Exempted ESS F3.10 2 4 4 Visual VT-3 SFP F3.40 2 5 0 Visual VT-3 Exempted SFP F3.50 2 4 0 Visual VT-4 Exempted FWS F3.40 2 10 10 Visual VT-3 FWS F3.50 2 10 10 Visual VT-4 FWS F3.30 2 4 4 Visual VT-3 S/G ESOA F3.30 2 8 8 Visual VT-3 S/G ESOA F3.50 2 7 7 Visual VT-4 S/G ESOB F3.30 2 8 0 Visual VT-3 S/G ESOB F3.50 2 8 0 Visual VT-4 Total(s) 317 223 (275>'"

  • Total excluding 42 components exempted per IWC-1220 83S/83.

RP0788-0211A-TM14-TC01

151 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components System Item No Line . Code Class of Components Inspected Remarks

  • ESS C5.11 ESS-24-SIS-SHl 2 10 2 Multiple loop ML-10 ESS C5.11 ESS-18-SIS-SHl 2 22 6 Multiple loop ML-10 ESS C5.11 ESS-24-SIS-SH2 2 13 2 Multiple loop ML-10 ESS C5.31 ESS-24-SIS-5H2 2 0 Multiple loop ML-10 E55 C5.11 ES5-18-515-5H2 2 28 4 Multiple loop ML-10 ES5 C5.11 ES5-14-C5S-1PA 2 8 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575)

E55 C5.12 E55-14-C5S-1PA 2 6 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) E55 C5.11 E55-10-C55-1PA 2 2 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) ES5 C5.11 ES5-6-CS5-1PA 2 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) ESS C5.11 ES5-8-CS5-1PA 2 15 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) E5S C5.11 ES5-14-C55-1P8 2 10 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) E55 C5.12 ES5-14-C55-1PB 2 8 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) E55 C5. ll E55-10-C55-iPB 2 6 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) E55 C5. ll ES5-6-C55-1PB 2 1 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) ES5 C5.11 E55-8-CSS-1PB 2 8 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) E55 C5.11 E55-14-CS5-1PC 2 13 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) E5S C5.12 E5S-14-CSS-1PC 2 10 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) ESS C5.11 ESS-10-C55-1PC 2 2 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) E55 C5.11 ES5-6-C5S-1PC 2 1 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) E55 C5.11 ESS-8-CS5-1PC 2 7 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) E55 C5.11 ES5-14-5DC-LPC* 2 14 5 E55 C5.12 E55-14-5DC-LPC* 2 14 4 E55 C5.11 E55-14-5DC-LPD* 2 18 4 E55 C5.12 E55-14-5DC-LPD* 2 10 0 E55 C5.ll E5S-14-5FP-TEM 2 1 0 E55 C5.11 E55-8-5FP-TEM 2 l 0 E55 C5. ll ES5-14-515-HPA 2 7 0 Multiple loop ML-12 E55 C5.12 E55-14-5IS-HPA 2 6 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74575) t

  • Category C-F Piping per 74S/75, all other C-G per 74S/75 RP0788-0211A-TM14-TC01

EXAMINATION CATEGORY C-F (Contd) ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks ESS C5.31 ESS-14-SIS-HPA 2 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S75) ESS C5.11 ESS-6-SIS-HPA 2 14 Multiple loop ML-16 ESS C5.11 ESS-14-SIS-LPA* 2 15 1 Multiple Loop ML-11 ESS C5.12 ESS-14-SIS-LPA* 2 18 0 Multiple loop ML-11 ESS CS.11 ESS-12-SIS-LPA 2 1 Multiple loop ML-11 ESS C5. ll ESS-8-SIS-LPA 2 0 Multiple loop ML-11 ESS cs .12 ESS-8-SIS-LPA 2 l Multiple loop ML-11 ESS C5. ll ESS-10-SIS-LPA* 2 19 3 Multiple loop ML-11 ESS C5.12 ESS-10-SIS-LPA* 2 16 3 Multiple loop ML-11 ESS C5.ll ESS-14-SIS-LP8* 2 16 0 Multiple loop ML-11 ESS CS.12 ESS-14-SIS-LP8* 2 17 0 Multiple loop ML-11 ESS C5. ll ESS-12-SIS-LP8 2 1 1 Multiple loop ML-11 ESS C5. ll ES~-8-SIS-LP8 2 1 0 Multiple loop ML-11 ESS CS.12 ESS-8-SIS-LP8 2 1 0 Multiple loop ML-11 ESS CS.11 ESS-10-SIS-LP8* 2 10 2 Multiple loop ML-11 ESS CS.12 ESS-10-SIS-LP8* 2 4 1 Multiple loop ML-11 ESS C5. ll ESS-12-SIS-LP8 2 1 Multiple loop ML-11 ESS C5. ll ESS-12-SIS-1A6 2 0 Multiple loop ML-14 ESS C5. ll ESS-8-SIS-1A6* 2 2 0 Multiple loop ML-15 ESS C5. ll ESS-6-SIS-1A6* 2 4 2 Multiple loop ML-15 ESS CS.11 ESS-12-SIS-186 2 1 0 Multiple loop ML-14 ESS C5.11 ESS-8-SIS-186 2 2 1 Multiple loop ML-15 ESS CS.11 ESS-6-SIS-186 2 4 1 Multiple loop ML-15 ESS C5. ll ESS-12-SCS-2Hl 2 2 0 ESS C5.12 ESS-12-SCS-2Hl 2 4 0 ESS C5.11 ESS-14-SCS-2Hl* 2 14 3 ESS C5.12 ESS-14-SCS-2Hl* 2 14 3 ESS C5.31 ESS-14-SCS-2Hl* 2 1 1 ESS C5. ll ESS-12-SDS-XCO* 2. 8 1

  • Category C-F Pip,ng per 745/75, all other C-G per 74S/75 RP0788-0211A-TM14-TC01

153 EXAMINATION CATEGORY C-F (Contd) ASME Number Section XI Total Number of Components System Item No *Line

  • Code Class of Components Inspected Remarks
  • ESS C5.11 ESS-10-SDC-XCO 2 2 1 ESS C5.11 ESS-12-SIS-SDC 2 2 1
  • Category C-F Piping per 74S/75, all other C-G per 74S/75 RP0788-0211A-TM14-TC01

154 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks

  • ESS CS.II ESS-12-SIS-IAS 2 19 4 Multiple loop ML-7 ESS CS.11 ESS-12-515-185 2 15 2 Multiple loop ML-7 ESS CS.11 ESS-12-5IS-1C5 2 21 2 Multiple loop ML-7 ES5 CS.11 E55-12-515-1D5 2 16 Multiple loop ML-7 ES5 CS.21 E55-12-515-1Al 2 8 2 Multiple loop ML-25 E55 C5.21 E5S-12-515-181 2 11 2 Multiple loop ML-25 E55 CS.21 E55-12-5IS-2Al 2 11 Multiple loop ML-25 E55 CS.21 E55-12-515-281 2 11 2 Multiple loop ML-25 E55 C5.21 E55-6-SI5-1Al 2 2 0 E5S CS.21 E55-6-515-181 2 2 0 E55 C5.21 ES5-6-515-2AI 2 2 0 E55 C5.21 E55-6-515-281 2 2 0 E55 CS.11 E5S-12-515-1LP* 2 40 11 E55 CS.11 E55-12-5DC-Xl8 2 1 ES5 CS.11 E5S-10-5DC-X18 2 9 2 ES5 C5.11 E55-IO-C55-5LA 2. 8 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75)

E55 CS.11 E55-8-C55-5LA 2 37 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75) E5S C5.3I E55-8-C5S-5LA 2 3 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) E55 CS.11 E55-6-C55-5LA 2 2 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) C55 CS.lI E55-10-C55-5L8 2 3 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) ESS CS.11 E5S-8-CSS-5L8 2 50 0 Multiple loop ML-20 (Exempted per IWC-1220(b) 745/75) ES5 C5.3I E55-8-C5S-5L8 2 2 0 Multiple loop ML-20 (Exempted per IWC-1220(b) 745/75) ES5 CS.11 E55-6-C55-5L8 2 2 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) E55 CS.lI ES5-IO-C55-1P3 2 4 0 Exempted per IWC-1220(b) 745/75 ES5 CS.11 E55-10-5DC-X1A 2 10 3 ESS CS.11 E55-I0-5DC-XOA 2 IO 2 ES5 CS.11 ES5-12-5DC-XOA 2 1 1 ES5 CS.II E55-10-5DC-X08* 2 7 1 t

  • Category C-F Piping per 74S/75, all other C-G per 745/75 RP0788-02IIA-TMI4-TC01

155 EXAMINATION CATEGORY C-F (Contd) ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks

  • ESS C5.11 ESS-8-CSS-TCA 2 2 0 Exempted per IWC-1220(b) 74S/75 ESS C5.ll ESS-8-CSS-TCB 2 0 Exempted per IWC-1220(b) 745/75 ESS C5.11 ESS-8-SIS-2A6* 2 1 ESS C5.11 ESS-6-SIS-2A6* 2 4 0 Multiple loop ML-15 ESS C5.11 ESS-8-SIS-286* 2 1 Multiple loop ML-15 ESS C5.11 ESS-6-SIS-286* 2 4 1 Multiple loop ML-18 ESS C5.11 ESS-6-SDC-REl 2 8 0 ESS C5.11 ESS-8-SDC-Rll 2 2 0 ESS C5.11 ESS-8-SIS-HPB 2 16 3 ESS CS.11 ESS-6-SIS-HPB 2 6 0 Multiple loop ML-16 ESS C5.11 ESS-8-SIS-HPC 2 2 0 Multiple loop ML-16 ESS C5.11 ESS-6-SIS-HPC 2 3 1 ESS C5.11 ESS-6-SIS-lHP 2 33 6 Multiple loop ML-17 ESS C5.21 ESS-6-SIS-2HP 2 36 3 Multiple loop ML-17 ESS C5.21 ESS-6-SIS-3HP 2 1 0 ESS C5.11 ESS-6-SIS-CRH 2 30 0 Exempted per IWC-1220(A) 745/75 ESS C5.11 ESS-6-LTC-lA 2 28 6 Multiple loop ML-24A ESS C5.21 ESS-6-LTC-lB 2 12 2 Multiple loop ML-24A ESS C5.31 ESS-6-LTC-lB 2 1 0 Multiple loop ML-24A ESS C5.11 ESS-6-SRT-REl 2 1 0 Exempted per IWC-1220(A) 74S/75
  • Category C-F Piping per 74S/75, all other C-G per 74S/75 RP0788-0211A-TM14-TC01

156 EXAMINATION CATEGORY F-C ASME Number Section XI Total Number of C<?mponents System Item No Line Code Class of Components Inspected Remarks ESS F3.40 ESS-24-SIS-SHl 2 2 0 Multiple loop ML-10 ESS F3.50 ESS-24-SIS-SHl 2 2 0 Multiple loop ML-10 ES5 F3.40 ES5-18-SI5-SH1 2. 8 8 Multiple loop ML-10 ES5 F3.50 E55-18-515-SH1 2 6 6 Multiple loop ML-10 ES5 F3.40 E55-24-SIS-SH2 2 2 0 Multiple loop ML-10 ES5 F3.50 E55-24-SI5-5H2 2 2 0 Multiple loop ML-10 ES5 F3.40 E55-18-515-SH2 2 6 6 Multiple loop ML-10 ESS F3.50 ES5-18c..SJS-5H2 2 5 5 Multiple loop ML-10 ES5 F3.40 E55-14-C5S-1PA 2 3 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ES5 F3.50 E55-14-C55-1PA 2 3 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ES5 F3.40 E55-8-C55-1PA 2 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) E55 F3.50 E55-8-C55-1PA 2 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) E55 F3.40 E55-14-C55-1PB 2 l 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) E55 F3.50 E55-14-C5S-1PB 2 1 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ES5 F3.40 E55-10-CSS-1PB 2 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ESS F3.50 E5S-10-C5S-1PB 2 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ESS F3.40 E55-8-CSS-1PB 2 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ES5 F3.50 ES5-8-C55-1PB 2 1 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ESS F3.40 E55-14-C55-1PC 2 1 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ESS F3.50 E55-14-C55-1PC . 2 1 0 Multiple. loop ML-12 (Exempted per IWC-1220(b) 745/75) E5S F3.40 E55-8-C5S-1PC 2 1 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 745/75) ES5 F3.50 E55-8-C55-1PC 2 1 0 Multiple loop ML-12 (Exempted per IWC-1220(b) 74S/75) E55 F3.40 E55-14-5DC-LPC 2 2 2 E55 F3.50 E55-14-5DC-LPC 2 2 2 ES5 F3.40 E55-14-5DC-LPD 2 6 6 E55 F3.50 E55-14-SDC-LPD 2 6 6 ES5 F3.40 E5S-14-515-HPA 2 2 0 Multiple loop ML-12 ES5 F3.50 ESS-14-Sl5-HPA 2 2 0 Multiple loop ML-12 RP0788-0211A-TM14-TC01

157 EXAMINATION CATEGORY F-C (Contd) ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks ESS F3.40 ESS-6-SIS-HPA 2 2 2

  • Multiple loop ML-16 ESS F3.50 ESS-6-SIS-HPA 2 2 2 Multiple loop ML-16 ESS F3.40 ESS-14-SIS-LPA 2 2 2 Multiple loop ML-11 ESS F3.50 ESS-14-SIS-LPA 2 2 2 Multiple loop ML-11 ESS F3.40 ESS-10-SIS-LPA 2 4 4 Multiple 1oop ML-11 ESS F3.50 ESS-10-SIS-LPA 2 4 4 Multiple loop ML-11 ESS F3.40 ESS-14-SIS-LPB 2 4 0 Multiple 1oop ML-11 ESS F3.50 ESS-14-SIS-LPB 2 4 0 Multiple loop ML-11 ESS F3.40 ESS-10-SIS-LPB 2 2 2 Multiple loop ML-11 ESS F3.50 ESS-10-SIS-LPB 2 2 2 Multiple loop ML-11 ESS F3.40 ESS-14-SCS-2Hl 2 1 ESS F3.50 ESS-14-SCS-2Hl 2 1 1 ESS F3.40 ESS-12-SDC-XCO 2 1 1 ESS F3.50 ESS-12-SDC-XCO 2 1 ESS F3.40 ESS-12-SIS-1A5 2 4 4 Multiple loop ML-7 ESS F3.50 ESS-12-SIS-1A5 2 4 4 Multiple loop ML-7 ESS F3.40 ESS-12-SIS-1B5 2 2 1 Multiple loop ML-7 ESS F3.50 ESS-12-SIS-1B5 2 2 Multiple loop ML-7 ESS F3.40 ESS-12-SIS-1C5 2 4 2 Multiple loop ML-7 ESS F3.50 ESS-12-SIS-1C5 2 4 2 Multiple loop ML-7 ESS F3.40 ESS-12-SIS-105 2 2 0 Multiple loop ML-7 ESS F3.50 ESS-12-SIS-105 2 2 0 Multiple loop ML-7 ESS F3.40 ESS-12-SIS-lAl 2 3 3 Multiple loop ML-25 ESS F3.50 ESS-12-SIS-lAl 2 3 3 Multiple loop ML-25 ESS F3.40 ESS-12-SIS-lBl 2 5 4 Multiple loop ML-25 ESS F3.50 ESS-12-SIS-lBl 2 5 4 Multiple loop ML-25 ESS F3.40 ESS-12-SIS-2Al 2 1 1 Multiple loop ML-25 ESS F3.50 ESS-12-SIS-2Al 2 1 1 Multiple loop ML-25 ESS F3.40 ESS-12-SIS-2Bl 2 6 4 Multiple loop ML-25 Multiple loop ML-25 ESS F3.50 ESS-12-SIS-2Bl 2 6 t

RP0788-0211A-TM14-TC01

158 EXAMINATION CATEGORY F-C (Contd) ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks ESS F3.40 ESS-6-SIS-lBl 2 2 2 ESS F3.40 ESS-6-SIS-2Al 2 2 2 ESS F3.40 ESS-6-SIS-281 2 2 2 ESS F3.40 ESS-12-SIS-lLP 2 4 4 ESS F3.50 ESS-12-SIS-lLP 2 3 3 ESS F3.40 ESS-10-SDC-XlB 2 1 1 ESS F3.50 ESS-10-SDC-XlB 2 1 1 ESS F3.40 ESS-10-CSS-SLA 2 1 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75) ESS F3.50 ESS-10-CSS-SLA 2 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) ESS F3.40 ES5-6-CSS-5LA 2 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75) ES5 F3.50 ES5-6-CSS-SLA 2 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75) ESS F3.40 E55-.6-C55-SLB 2 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) E55 F3.50 E55-6-C55-5LB 2 1 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) ES5 F3.40 ES5-8-CSS-SLB 2 3 0 Multiple loop ML-20 (Exempted per IWC-1220(b) 74S/75) ES5 F3.50 ESS-8-CSS-SLB 2 3 0 Multiple loop ML-20 (Exempted per IWC-1220(b) 74S/75) E5S F3.40 ES5-10-CSS-1P3 2 1 1 ESS F3.50 ESS-10-CS5-1P3 2 ES5 F3.40 ESS-6-SDC-REl 2 1 1 ESS F3.50 ES5-8-SIS-HPB 2 1 1 ESS. F3.40 ESS-8-SIS-HPB 2 1 ESS F3.40* ESS-6-SIS-HPB 2 1 ESS F3.50 ESS-6-SIS-HPB 2 1 1 Multiple loop ML-16 ESS F3.40 ESS-6-SIS-lHP 2 4 4 Multiple loop ML-17 ESS F3.50 ESS-6-SIS-lHP 2 4 4 Multiple loop ML-17 ES5 F3.40 ESS-6-SIS-2HP 2 3 3 Multiple loop ML-17 ESS F3.50 ESS-6-SIS-2HP 2 3 3 Multiple lpop ML-17 ESS F3.40 ESS-6-SIS-CRH 2 2 0 Exempted per IWC-1220(A) 745/75 RP0788-0211A-TM14-TC01

159 EXAMINATION CATEGORY F-C (Contd) ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks ESS F3.50 ESS-6-SIS-CRH 2 0 Exempted per IWC-1220(A) 74S/75 ESS F3.10 ESS-6-LTC-lA 2 4 4 Multiple loop ML-24A ESS F3.40 ESS-6-LTC-lA 2 5 5 Multiple loop ML-24A ESS F3.40 ESS-6-LTC-lB 2 2 2 Multiple loop ML-24A RP0788-0211A-TM14-TC01

160 EXAMINATION CATEGORY C-C ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' ESS C3.20 ESS-18-SIS-SHl 2 8 1 Multiple loop ML-10 ESS C3.20 ESS-18-SIS-SH2 2 8 4 Multiple loop ML-10 ESS C3.20 ESS-8-CSS-lPA 2 4 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 74S/75) ESS C3.20 ESS-14-SDS-LPC 2 4 2 ESS C3.20 ESS-14-SDC-LPD 2 2 2 ESS C3.20 ESS-6-SI5-HPA 2 5 0 Multiple loop ML-16 E5S C3.20 E55-14-515-LPA 2 1 0 Multiple loop ML-11 ES5 C3.20 E5S-10-515-LPA 2 4 4 Multiple loop ML-11 ES5 C3.20 E55-10-5IS-LP8 2 2 2 Multiple loop ML-11 E5S C3.20 ESS-8-SIS-1A6 2 1 0 Multiple loop ML-15 E5S C3.20 ESS-8-515-186 2 1 Multiple loop ML-15 ESS C3.20 ESS-10-SDC-XCO 2 1 ESS C3.20 ESS-12-Sls-5DC 2 1 E5S C3.20 E55-12-5IS-1A5 2 4 4 Multiple loop ML-7 ESS C3.20 E55-12-SIS-185 2 4 0 Multiple loop ML-7 ESS C3.20 E5S-12-SI5-1C5 2 4 0 Multiple loop ML-7 E5S C3.20 E55-12-SI5-1D5 2 4 .2 Multiple loop ML-7 ESS C3.20 ESS-12-515-lAl 2 1 0 Multiple loop ML-25 E5S C3.20 ESS-12-SI5-1Bl 2 2 0 Multiple loop ML-25 ESS C3.20 ESS-12-5IS-281 2 1 0 Multiple loop ML-25 ESS C3.20 ES5-6-SIS-1Al 2 1 ESS C3.20 ESS-6-515-181 2 1 1 E5S C3.20 ESS-6-Sl5-2Al 2 1 ESS C3.20 ESS-6-515-281 2 1 1 ES5 C3.20 ESS-12-515-lLP 2 1 ESS C3.20 E5S-10-C5S-5LA 2 1 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75) E5S C3.20 ESS-8-CS5-5L8 2 1 0 Multiple loop ML-20 (Exempted per IWC-1220(b) 74S/75) RP0788-0211A-TM14-TC01 

        *
  • 161 EXAMINATION CATEGORY C-C (Contd)

ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks ESS C3.20 ESS-6-SIS-lHP 2 4 4 Multiple loop ML-17 ESS C3.20 ESS-6-SIS-2HP 2 4 4 Multiple loop ML-17 ESS C3.20 ESS-6-SIS-CRH 2 8 0 Exempted per IWC-1220(A) 74S/75 ESS C3.20 ESS-6-LTC-lA 2 Multiple loop ML-24A RP0788-0211A-TM14-TC01

162 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks ESS F2.10 ESS-6-SIS-lAl 2 1 1 ESS F2 .10 ESS-6-SIS-lBl 2* 1 1 ESS F2.10 ESS-6-SIS-2Al 2 1 ESS F2.10 ESS-6-SIS-2Bl 2 ESS F2.40 ESS-12-SIS-lLP 2 7 7 ESS F2 .10 ESS-12-SIS-lLP 2 5 5 ES5 F2.10 E55-10-C55-SLA 2 1 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75) ESS F2.40 ES5-8-C55-5LA 2 9 0

  • Multiple loop ML-18 (Exempted per IWC-1220(b) 74S/75)

E55 F2.10 E55-8-C55-5LA 2 9 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) E55 F2.40 E55-10-CSS-5LB *2 1 0 Multiple loop ML-18 (Exempted per IWC-1220(b) 745/75) E5S F2.40 E5S-8-C55-5LB 2 10 0 Multiple loop ML-20 (Exempted per IWC-1220(b) 745/75) E55 F2.10 E55-8-C55-SLB 2 13 0

  • Multiple loop ML-20 (Exempted per IWC-1220(b) 745/75)

ES5 F2.40 ES5-l0-C55-1P3 2 1 0 Exempted per IWC-1220(b) 745/75 E55 F2.40 ESS-10-SDC-XOA 2 1 1 ESS F2.10 ESS-12-SDC-XOA 2 1 1 E5S F2.40 ESS-8-SIS-HPB 2 2 2 ESS F2.10 ES5-6-SI5-HPB 2 2 2 Multiple loop ML-16 ESS F2.10 ES5-6-SIS-HPC 2 1 1 ESS F2.10 ESS-6-SI5-1HP 2 3 3 Multiple loop ML-17 E55 F2.40 ES5-6-5I5-1HP 2 1 1 Multiple loop ML-17 ESS F2.10 ESS-6-5IS-2HP 2 3 3 Multiple loop ML-17 ES5 F2.40 ESS-6-SIS-2HP 2 7 7 Multiple loop ML-17 ES5 F2.40 ESS-6-SIS-CRH 2 14 0 Exempted per IWC-1220(A) 74S/75 RP0788-0211A-TM14-TC01

163 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' ESS F2.40 ESS-24-SIS-SHl 2 1 0 Multiple loop ML-10 ESS F2.30 ESS-18-SIS-SHl 2 1 1 Multiple loop ML-10 ESS F2.40 ESS-18-SIS-SHl 2 3 3 Multiple loop ML-10 ESS F2.40 ESS-24-SIS-SH2 2 2 0 Multiple loop ML-10 ESS F2.40 ESS-18-SIS-SH2 2 2 2 Multiple loop ML-10 ESS F2.30 ESS-18-SIS-SH2 2 3 3 Multiple loop ML-10 ESS F2.40 ESS-8-CSS-lPA 2 8 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 745/75) ESS F2.40 ESS-14-CSS-lPB 2 4 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 745/75) ESS F2.40 ESS-10-CSS-lPB 2 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 745/75) ESS F2.40 ESS-14-CSS-lPC 2 4 0 Multiple loop ML-12 (Exempt per IWC-1220(b) 745/75) ESS F2.40 ESS-14-SDC-LPC 2 4 4 ESS F2.40 ESS-14-SDC-LPD 2 3 3 ESS F2.40 ESS-14-SIS-HPA 2 2 0 Multiple loop ML-12 ESS F2.40 ESS-6-SIS-HPA 2 3 3 Multiple loop ML-16 ESS F2.40 ESS-14-SIS-LPA 2 2 2 Multiple loop ML-11 ESS F2.40 ESS-10-SIS-LPA 2 5 5 Multiple loop ML-11 ESS F2.40 ESS-14-SIS-LPB 2 2 0 Multiple loop ML-11 ESS F2.40 ESS-10-SIS-LPB 2 4 4 Multiple loop ML-11 ESS F2.40 ESS-8-SIS-1A6 2 1 1 Multiple loop ML-15 ESS F2 .10 ESS-6-SIS-1A6 2 1 1 Multiple loop ML-15 ESS F2.40 ESS-8-SIS-1B6 2 1 1 Multiple loop ML-15 ESS F2.40 ESS-14-SCS-2Hl 2 2 2 ESS F2.40 ESS-12-SDC-XCO 2 1 1 ESS F2.40 ESS-10-SDC-XCO 2 1 1 ESS F2.40 ESS-12-SIS-SDC 2 2 2 ESS F2.40 ESS-12-SIS-1A5 2 2 2 Multiple loop ML-7 ESS F2.40 .ESS-12-SIS-1B5 2 1 1 Multiple loop ML-7 RP0788-0211A-TM14-TC01

164 EXAMINATION CATEGORY F-B (Contd) ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' ESS F2.40 ESS-12-SIS-1C5 2 Multiple loop ML-7 ESS F2.40 ESS-12-SIS-105 2 1 Multiple loop ML-7 ESS F2.30 ESS-12-SIS-lBl 2 1 Multiple loop ML-25 ESS F2.40 ESS-12-SIS-2Al 2 3 2 Multiple loop ML-25 VAS F2.40 VAS-12-CPU-SL2 2 1 RP0788-0211A-TM14-TC01

165 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components Item No Line Code Class of Components Inspected Remarks VAS C5.11 VAS-l2-CPU-SL2 2 4 RP0788-0211A-TM14-TC01

166 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks* sws C5.11 SWS-16-CRS-RHl 2 3 sws C5.11 SWS-16-CRS-SHl 2 2 1 RP0788-0211A-TM14-TC01

167 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks SFP C5.11 SFP-8-CPL-DU 2 12 0 Exempted per IWC-1220(A) 745/75 SFP C5.11 SFP-6-CPL-SU 2 15 0 Exempted per IWC-1220(A) 74S/75 SFP C5.11 SFP-6-SRT -RU 2 14 0 Exempted per IWC-1220(A) 74S/75 SFP C5.11 SFP-6-SRT -SU 2 23 0 .Exempted per IWC-1220(A) 74S/75 SFP C5.11 SFP-6-FPP-HXB 2 0 Exempted per IWC-1220(A) 74S/75 RP0788-0211A-TM14-TC01

168 EXAMINATION CATEGORY C-C ASME Number Section XI Total Number of Components Item No Line Code Class of Components Inspected Remarks* SFP C3.20 SFP-6-SRT-Sll 2 8 0 Exempted per IWC-1220(A) 745/75 RP0788-0211A-TM14-TC01

169 EXAMINATION CATEGORY F-C ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' SFP F3.40 SFP-6-CPl-SLl 2 2 0 Exempted per IWC-1220(A) 745/75 SFP F3.50 SFP-6-CPL-Sll 2 0 Exempted per IWC-1220(A) 745/75 SFP F3.40 SFP-6-SRT -Rll 2 0 Exempted per IWC-1220(A) 745/75 SFP F3.50 SFP-6-SRT -Rll 2 0 Exempted per IWC-1220(A) 745/75 SFP F3.40 SFP-6-SRT -Sll 2 2 0 Exempted per IWC-1220(A) 745/75 SFP F3.50 SFP-6-SRT-Sll 2 2 0 Exempted per IWC-1220(A) 745/75 RP0788-0211A-TM14-TC01

170 EXAMINATION CATEGORY F-8 ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks SFP F2.40 SFP-8-CPL-Dll 2 2 0 Exempted per IWC-1220(A) 74S/75 SFP F2.40 SFP-6-CPL-Sll 2 1 0 Exempted per IWC-1220(A) 74S/75 SFP F2.40 SFP-6-SRT -Rll 2 3 0 Exempted per IWC-1220(A) 74S/75 SFP F2.40 SFP-6-SRT-Sll 2 7 0 Exempted per IWC-1220(A) 74S/75 SFP F2 .10 SFP-6-SRT-Sll 2 0 Exempted per IWC-1220(A) 74S/75 RP0788-0211A-TM14-TC01

171 EXAMINATION CATEGORY F-C ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks FWS F3.40 FWS-18-FWL-lSl 2 4 4 Multiple loop ML-4 FWS F3.50 FWS-18-FWL-lSl 2 4 4 Multiple loop ML-4 FWS F3.30 FWS-18-SWL-lSl 2 2 2 Multiple loop ML-4 FWS F3.40 FWS-18-FWL-2Sl 2 4 4 Multiple loop ML-4 FWS F3.50 FWS-18-FWL-2Sl 2 4 4 Multiple loop ML-4 FWS F3.30 FWS-18-FWL-2Sl 2 2 2 Multiple loop ML-4 FW5 F3.40 FW5-6-AW5-251 2 2 2 Multiple loop ML-5 FW5 F3.50 FWS-6-AWS-251 2 2 2 Multiple loop ML-5 RP0788-0211A-TM14-TC01

172 EXAMINATION CATEGORY C-C ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks* FWS C3.20 FWS-18-FWL-1S1 2 4 4 Multiple loop ML-4 FWS C3.20 FWS-18-FWL-2S1 2 7 0 Multiple loop ML-4 FWS C3.20 FWS-6-AWS-2S1 2 Multiple loop ML-5 RP0788-0211A-TM14-TC01

173 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarl<S' FWS C5.21 FWS-18-FWL-lSl 2 16 10 Multiple loop ML-4 FWS C5.21 FWS-18-FWL-2Sl 2 15 6 Multiple loop ML-4 FWS C5.11 FWS-6-AWS-1S1 2 11 Multiple loop ML-5 FWS C5.11 FWs-6-AWS-2S1 2 19 3 Multiple loop ML-5 RP0788-0211A-TM14-TC01

174 EXAMINATION CATEGORY. F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks* FW5 F2.40 FWS-lB-FWL-151 2 3 3 Multiple loop ML-4 FWS F2.40 FWS-18-FWL-251 2 1 1 Multiple loop ML-4 FW5 F2.10 FWS-18-FWL-2S1 2 1 Multiple loop ML-4 FWS F2.40 FWS-6-AWS-1S1 2 1 Multiple loop ML-5 FWS F2.40 FWS-6-AWS-2Sl 2 5 5 Multiple loop ML-5 RP0788-0211A-TM14-TC01

175 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' P67A F2.40 Low-Pressure 2 0 Multiple loop ML-23 Safety Injection Pump P67B F2.40 Low-Pressure 2 1 Multiple loop ML-23 Safety Injection RP0788-0211A-TM14-TC01

176 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' P54A F2.40 Containment Spray Pump 2 1 0 Exempted per IWC-1220(a) 83S/83 P54B F2.40 Containment Spray Pump 2 1 0 Exempted per IWC-1220(a) *035/83 P54C F2.40 Containment Spray Pump 2 0 Exempted per IWC-1220(a) 83S/83 RP0788-0211A-TM14-TC01

177 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected "Remarks' P55A F2.40 Charging Pump 2 0 Exempted per IWC-1220(c) 83S/83 P55B F2.40 Charging Pump 2 1 0 Exempted per IWC-1220(c) 835/83 P55C F2.40 Charging Pump 2 1 0 Exempted per IWC-1220(c) 83S/83 RP0788-0211A-TM14-TC01

178 EXAMINATION CATEGORY C-A ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks* S/G Cl.20 E50A 2 2 2 Multiple loop ML-8 S/G Cl.10 E50A 2 4 3 Multiple loop ML-8 S/G Cl.30 E50A 2 1 0 Multiple loop ML-8 S/G Cl.20 E50B 2 2 0 Multiple'loop ML-8 S/G Cl.10 E50B 2 4 Multiple loop ML-8 S/G Cl.30 E50B 2 1 Multiple loop ML-8 RP0788-0211A-TM14-TC01

179 EXAMINATION CATEGORY C-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' S/G C2.20 E50A 2 3 3 S/G C2.21 E50A 2 2 0 Excluded per Category C-B 74S/75 S/G C2.20 E50B 2 3 2 S/G C2.21 E50B 2 2 0 Excluded per Category C-B 745/75

  • RP0788-0211A-TM14-TC01

180 EXAMINATION CATEGORY C-C ASME Number Section XI Total Number of Components System Item No line Code Class of Components Inspected Remarks' S/G

  • C3.10 E50A 2 8 8 S/G C3.10 E50B 2 8 0 RP0788-0211A-TM14-TC01

181 EXAMINATION CATEGORY F-C ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks S/G F3.30 E50A 2 8 8 S/G F3.50 E50A 2 7 7 S/G F3.30. E50B 2 8 0 S/G F3.50 E50B 2 8 0 RP0788-0211A-TM14-TC01

182 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks P56A F2.40 Concentrated Boric 2 0 Exempted per IWC-1220(c) 83S/83 Acid Pump P56B F2.40 Concentrated Boric 2 0 Exempted per IWC-1220(c) 83S/83 Acid Pump RP0788-0211A-TM14-TC01

183 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remark~ P66A F2.40 High-Pressure 2 1 0 Exempted per IWC-1220(a) 83S/83 Safety Injection Pump P66B F2.40 High-Pressure 2 0 Exempted per IWC-1220(a) 83S/83 Safety Injection Pump RP0788-0211A-TM14-TC01

e* 184 EXAMINATION CATEGORY C-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks E60A C2.21 Shutdown Cooling Heat 2 2 0 Exchanger E60B C2.21 Shutdown Cooling Heat 2 2 2 Exchanger RP0788-0211A-TM14-TC01

185 EXAMINATION CATEGORY C-A ASHE Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' E60A Cl .10 Shutdown Cooling Heat 2 0 Exchanger E60A Cl.30 Shutdown Cooling Heat 2 0 Exchanger E60B. Cl .10 Shutdown Cooling Heat 2 1 1 Exchanger E60B Cl.30 Shutdown Cooling Heat 2 Exchanger RP0788-0211A-TM14-TC01

186 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components Item No Line Code Class of Components Inspected Remarks' css C5.ll CSS-10-CSH-1P4 2 4 0 Exempted per IWC-1220(A) 745/75 RP0788-0211A-TM14-TC01

187 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components Item No Line Code Class of Components Inspected Remarks' RWS CS.11 RWS-6-CWR-SL4 2 5 0 Exempted per IWC-1220(A) 745/75 RP0788-0211A-TM14-TC01

188 EXAMINATION CATEGORY C-F ASME* Number Section XI Total Number of Components Item No Line Code Class of Components Inspected Remarks' css CS.11 CCS-10-CSH-lPl 2 4 0 Exempted per IWC-1220(A) 745/75 RP0788-0211A-TM14-TC01

189 EXAMINATION CATEGORY C-F ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' MSS C5.21 MSS-36-MSL-lSL .2 14 5 Multiple loop ML-1 MS5 C5.31 M55-36-M5L-15L 2 14 1 Multiple loop ML-1 MS5 C5.21 MS5-30-MSL-1Sl 2 2 0 Multiple loop ML-1 M55 C5.21 MS5-36-M5L-251 2 15 5 Multiple loop ML-1 M55 C5.31 MS5-36-M5L-251 2 14 0 Multiple loop ML-1 MS5 C5.21 M55-30-M5L-251 2 2 0 Multiple loop ML-1 M55 C5.11 M55-8-M5V-151 2 13 2 Multiple loop ML-3 M55 C5.11 M55-8-MSV-1S2 2 12 1 Multiple loop ML-3 M55 C5.11 M5S-8-MSV-2Sl 2 12 2 Multiple loop ML-3 M55 C5.11 MSS-8-MSV-2S2 2 11 1 Multiple loop ML-3 M55 C5.11 MS5-6-RVR-151 2 2 0 Multiple loop ML-2 M5S C5.11 M55-6-RVR-152 2 2 0 Multiple loop ML-2 M5S C5.11 M55-6-RVR-153 2 2 1 Multiple loop ML-2 M55 C5.11 M55-6-RVR-154 2 2 0 Multiple loop ML-2 M55 C5.11 MS5-6-RVR-155 2 2 0 Multiple loop ML-2 MS5 C5.11 M55-6-RVR-156 2 2 0 Multiple loop ML-2 MS5 C5.11 M5S-6-RVR-157 2 2 0 Multiple loop ML-2 M5S C5.11 M5S-6-RVR-158 2 2 0 Multiple loop ML-2 M55 C5.11 M5S-6-RVR-159 2 2 0 Multiple loop ML-2 M55 C5.11 MSS-6-RVR-1510 2 2 0 Multiple loop ML-2 M55 C5.11 M55-6-RVR-1511 2 2 0 Multiple loop ML-2 MS5 C5.11 MS5-6-RVR-1Sl2 2 2 0 Multiple loop ML-2 M55 C5.11 M5S-6-RVR-251 2 2 0 Multiple loop ML-2 M55 C5.11 M55-6-RVR-2S2 2 2 1 Multiple loop ML-2 MS5 C5.11 M5S-6-RVR-2S3 2 2 0 Multiple loop ML-2 MS5 C5.11 M55-6-RVR-2S4 2 2 0 Multiple loop ML-2 MS5 C5.11 MS5-6-RVR-2S5 2 2 0 Multiple loop ML-2 RP0788-0211A-TM14-TC01

190 EXAMINATION CATEGORY C-F (Contd) ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' MSS CS.11 MSS-6-RVR-2S6 2 2 0 Multiple loop ML-2 MSS CS.11 MSS-6-RVR-2S7 2 2 0 Multiple loop ML-2 MSS CS.11 MSS-6-RVR-2S8 2 2 0 Multiple loop ML-2 MSS CS.11 M55-6-RVR-259 2 2 1 Multiple loop ML-2 M55 CS.11 M55-6-RVR-2510 2 2 0 Multiple loop ML-2 M55 CS.11 M55-6-RVR-2511 *2 2 0 Multiple loop ML-2 M55 CS.11 MSS-6-RVR-2512 2 2 0 Multiple loop ML-2 RP0788-0211A-TM14-TC01

191 EXAMINATION CATEGORY F-C ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' MS5 F3.40 MSS-36-MSL-lSl 2 2 2 Multiple loop ML-1 M55 F3.50 "15S-36-M5L-151 2 2 2 Multiple loop ML-1 M55 F3.40 M55-36-M5L-251 2 5 5 Multiple loop ML-1 M55 F3.50 M55-36-M5L-251 2 5 5 Multiple loop ML-1 M55 F3.40 M55-8-M5V-151 2 3 3 Multiple loop ML-3 M55 F3.50 M5S-8-M5V-151 2 3 3 Multiple loop ML-3 MS5 F3.40 M5S 8-M5V-1S2 2 2 2 Multiple loop ML-3 M55 F3.50 MSS-8-M5V-152 2 2 2 Multiple loop ML-3 M5S F3.40 M55-8-M5V-251 2 2 2 Multiple loop ML-3 MSS F3.50 MS5-8-M5V-251' 2 2 2 Multiple loop ML-3 M5S F3.40 M55-8-M5V-252 2 3 3 Multiple loop ML-3 MSS F3.50 M55-8-M5V-252 2 3 3 Multiple loop ML-3 RP0788-0211A-TM14-TC01

192 EXAMINATION CATEGORY F-B ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' MSS F2.40 MSS-36-MSL-lSl 2 6 6 Multiple loop ML-1 MS5 F2.10 M5S-36-M5L-151 2 2 2 Multiple loop ML-1 M55 F2.30 MSS-36-M5L-251 2 2 2 Multiple loop ML-1 M55 F2.40 M55-36-M5L-251 2 3 3 Multiple loop ML-1 M55 F2.40 M55-8-M5V-152 2 2 2 Multiple loop ML-3 M55 F2.40 M55-8-MSV-252 2 1 Multiple loop ML-3 RP0788-0211A-TM14-TC01 '

C*

193 EXAMINATION CATEGORY C-C ASME Number Section XI Total Number of Components System Item No Line Code Class of Components Inspected Remarks' MSS C3.20 MSS-36-MSL-lSl 2 6 5 Multiple loop ML-1 MSS C3.20 MSS-36-MSL-2Sl 2 6 2 Multiple loop ML-1 MSS C3.20 MSS-8-MSV-lSl 2 0 Multiple loop ML-3 RP0788-0211A-TM14-TC01

Westinghouse Power Systems

  • Nuclear Service 1ntewa11on 01v1s1on E*tric corporation Box 355 Pinsourifl Pennsylvania '523C :::::

EXAMINATION PROCEDURE: CPAL-ISl-154 DATED: OCTOBER 5, 1982 PLANT SITE: PALISADES UTILITY: CONSUMER'S POWER PROCEDURE TITLE: REMOTE INSERVICE INSPECTION OF REACTOR VESSEL REVISION 0 DATED: OCTOBER 5, 1982 REVISION 1 DATED: MARCH 16, 1983 REVISION 2 DATED: AUGUST 31_ 1988 I PREPARED BY: L.E...M~ w~~1e~ L. E. Markle Inspection Service REVIEWED BY:  ;;;J,.Jt....// ek, Lev 111 f*J/!Pf GTSO APPROVED BY: ~L

s. R. Armbrister, Manager
                                                                              'i{13,\&g-Inspection Service ID:0783b/82488:50

 @NsD 5224A/314A880131 :50                                CPAL-ISI-154 REV 2 I

INDEX 1.0 PURPOSE 2.0 SCOPE 3.0 EQUIPMENT 4.0 PERSONNEL REQUIREMENTS 5.0 INSTRUMENT PERFORMANCE CHECKS 6.0 SYSTEM CALIBRATION 7.0 EXAMINATION REQUIREMENTS 8.0 INTERPRETATION AND INVESTIGATION 9.0 RECORDING REQUIREMENTS 10.0 EXAMINATION RECORDS 11.0 FIGURES EFFECTIVE lll!VISED CATE August 31, 1988 PAGI 1 of 77 DATE August 31, 1988 

  @NSD 5224A/314A880831 :50                                              CPAL- IS I-154 REV 2

~ REMOTE INSERVICE INSPECTION OF REACTOR VESSEL 1.0 PURPOSE 1.1 This document describes the equipment, calibration sequence, examin-ation techniques, and recording requirements for preservice and inservice inspection of a reactor vessel with the remotely operated inspection tool. All operations described herein are intended to satisfy volumetric examination requirements of Section XI of the ASME Boiler and Pressure Vessel Code. 2.0 SCOPE

2. l This document provides genera 1 requirements for straight and _angle beam irmiersion ultrasonic examinations of pressure retaining carborfi" and low alloy steel welds, nozzle safe end welds, heat affected
                . zones, specified base material, and weld repairs to base material which exceed 10% of the nominal wall thickness in the reactor vessel beltline regions.

2.2 Specific calibration and examination requirements, i.e., areas selected for examination, extent of examination, search unit sizes, angles, calibration standards, and water path dfstances; are defined 

                 *in the plant specific Examination Program Plan.

3.0 EQUIPMENT 3.1 Examinations shall be performed using pulse-echo and/or transmit-receive techniques with innersion water path coupling using the equipment listed below. 3.1.l Sonic Multichannel Time - Amplitude Ultrasonic System, consisting of the following modules and interconnects: EFFECTIVE REVISED DATE August 31, 1988 PAGI 2 of 77 DATE August 31, 1988 

 @Nso 5224FV314R880831 :50                                                 CPAL-ISI-154 REV 2 I

Pulser/Preamps Mark VI Mainframe/CRT Mark VI Receiver Mark VI Interface System Controller Hardcopy Controller Gate Monitor Two Tektronix 613 Storage Scopes Data Display Tektronix 4613 Hardcopy Printer Power Suppliers Serial Data Link RG-174 Cable, 23 ft. Four Tektronix 2213 Auxiliary Displays 3.1.2 Westinghouse Computer System Model 2500 3.1.3 Westinghouse MK-1 Electronic Block Simulator (EBS) 3.1.4 Harisonic Transducers 2.25 MHz, 1.50 inches diameter 2.25 MHz, 0.75 inches diameter 1.0 MHz, 1.50 inches diameter 1.0 MHz, 0.75 inches diameter 5.0 MHz, 0.50 inches x 1.00 inches rectangular 3.1. 5 Transducer array plates and transducer mounting assemblies 3.1.6 Calibration tank and manipulator 3.1.7 Calibration block 3.1.8 Mechanical Transfer Standard (MTS) 3.1.9 Spherical *Home* Target 3.2 Other transducers, calibration standards, and/or equipment may be used for special applications or where metallurgical characteristics or geometry preclude effective use of the equipment described above. These parameters sha 11 be defined in the Examination Program Pl an. EFFECTIVE REVISED DATE August 31, 1988 PAGE 3 of 77 DATE August 31, 1988 NSD 1014 01*111 wp/QH.tl 

  @Nso 5224R/314RHOl31 :50                                               CPAL-ISI-154 REV 2

~ 4.0 PERSONNEL REQUIREMENTS 4.1 Ultrasonic test operators performing activities per this procedure shall- be qualified and certified Level II or Level III per~ QA 2.2 or equivalent procedure based on SNT-TC-lA, as supplemented by the requirements of Section XI. Individuals qualified and certified Level I or Level I Trainees per~ QA 2.2 or equivalent procedure as described above may perform these activities under direct supervision of a Level II or Level III. All recordable indications shall be evaluated by a Level II or Level III individual. 5.0 INSTRUMENT PERFORMANCE CHECKS 5.1 -Instrument screen height linearity and amplitude control linearity shall be verified prior to the performance of any system calibra-tions and at the beginning and end of the examination period or every three months~ whichever is less. The same EBS signal response(s) shall be used for the initial determination and' subsequent field checks. 5.2 The ultrasonic instrument shall be verified as having a linear vertical presentation within: 5% of the full screen height for at least 80% of the calibrated screen height in accordance with the 

                'fol lowing steps.

5.2.1 Utilizing the EBS and any given channel of the Sonic System obtain two EBS pulses on the CRT. 5.2.2 Adjust the EBS controls and the receiver gain control to set the first indication to 80% full screen height (FSH) and the second indication at 40% FSH. 5.2.3 Without changing the EBS controls, adjust the receiver gain to sequentially set the larger indication from 100%

  • EFFECTIVE DATE August 31, 1988 PAGE 4 of 77 REVISED DATE August 31, 1988
@NsD 5224R/314R880831 :50                                             CPAL-ISl-154 REV 2 to 10% FSH in 10% increments. Record the smaller indication amplitude at each setting. Estimate the readings to the nearest 1% FSH.

5.2.4 The reading must be 50% of the larger amplitude, within 

                         ! 5% FSH.

5.2.5 Record all data and instrument settings on the appropriate data sheet. 5.3 The accuracy of the amplitude control of the ultrasonic system shall be verified as being within+ 20% of the nominal amplitude ratio over its useful range in accordance with the following steps. 5.3.1 Utilizing the EBS and any given channel of the Sonic System obtain an EBS pulse on the CRT. 5.3.2 Adjust the receiver gain to set the indication to 80% FSH. Record the receiver gain setting. 5.3.3 Decrease the receiver gain by 6dB and record the signal al!IJ) li tude. 

              "5. 3. 4   Decrease the receiver gain again by 6dB and record the signal amplitude. Decrease the receiver gain by an additional 6dB and record the signal amplitude.

5.3.5 Adjust the receiver gain to set the indication to 40% FSH. Record the receiver gain setting. 5.3.6 Increase the receiver gain by 6dB and record the signal amplitude. 5.3.7 Adjust the receiver gain to set the indication to 20% FSH. Record the receiver gain setting. EFFECTIVE REVISED DATE August 31, 1988 PAGE 5 of 77 DATE August 31, 1988 

   @NsD 5224R/31 .,,88083, :50                                                  CPAL-ISI-154 REV 2 r
  • 5.3.8 5.3.9 Increase the rece1ver gain by 12dB and record the signal amplitude.

Adjust the receiver gain to set the indication to 10% FSH. Record the receiver gain setting. 5.3.10 Increase the receiver gain by 18dB and record the signal amplitude. 5.3.11 Recorded readings must be within the following limits: Indication Set at dB Control Indication Limits 

                                        % of FSH            Change *              % FSH 80%                -6dB                   32  to 48%    ...,.,.

80% -12dB 16 to 24% 80% -18d8 8 to 12% 40% +6d8 64 to 96% 20% +12dB 64 to 96% 10% +18dB 64 to 96% 5.3.12 Record all data and instrument settings on the appropriate data sheet {Figura 2). 5.4 Verification of performance of instrument performance checks shall be documented. Documentation shall include the date, time, and the initials of the operator {Figure 6). 5.5 When specifically requested, a photographic record of the RF pulse waveform shall be obtained for each transducer, before and after each vessel examination. EFFECTIVE lllEVISED CATE August 31, 1988 PAGI 6 of 77 CATI August 31, 1988 NSD 1014 07*A wp!02 . . I 

  @NSD
     !12241V314Rl80831 :!10                                              CPAL-ISI-154 REV 2

~ 6.0 SYSTEM CALIBRATION 6.1 Calibration Requirements - General System calibration shall be performed at the Westinghouse Waltz Mill Site. 6.1.1 Calibration shall include the complete ultrasonic system using responses from reflectors in the basic calibration block(s). The ultrasonic system is defined as the ultrasonic instrument, cables, transducer, couplant, and any other apparatus, instrument er circuit between the instrument and the calibration block surface. 6.1.2 Basic calibration blocks used fer calibration cf the ...,,. 

                            .ultrasonic system shall be defined by the plant specific Examination Program Pl an and sha 11 meet. the fo 11 owing requirements.

6.1.2.1 The material from which the block(s) are fabricated shall be from one of the foTlowing: (a) a nozzle dropout from the reactor vessel (b) a prolongation from the reactor vessel (c) material of the same general material spec-ification, product form, and heat treatment as one of the materials being joined. 6.l.2.2 Where the component material is clad, the blcck(s) shall be clad to the component clad nominal thickness. Deposition of the cladding may be by an automatic or manual technique so long as the method represents, to the extent practical, the method used en the reactor vessel. EFFECTIVE "IVISIO DATE August 31, 1988 PAGE 7 of 77 OATI August 31, 1988 

        @NSD
                 !5224R/314A880831 :50                                                       CPAL-ISI-154 REV 2 r

e 6.1.2.3 The calibration block shall receive at least the minimum tempering temperature treatment required by the material specification and a post weld heat treatment of at least two hours. 6.1.3 The block(s) shall be placed in the calibration tank and carefully leveled and aligned. The zero degree index of the manipulator shall be defined. 6.1.4 Each calibration shall be performed from the calibration block surface, clad or unclad, corresponding to the surface of the component from which the examination will be performed. The calibration block, surface, referance reflectors, and scan directions used during calibration shall be defined on the calibration data sheets, If, for..,. any reason, it is necessary to change any of the calibra-tion parameters from those recormiended in the Examination Program Plan, the changes shall be documented and reasons for those changes shall be transmitted to the NSID Inspection Services coordinator. 6.1. 5 During calibration the search unit centerline shall be at least 1-1/2 inches from the nearest side of the basic calibration block. 6.1.6 The water temperature for calibration shall be within 25°F of the water temperature during scanning. 6.1.7 Transducers shall be calibrated in fixtures which provide the angle of incidence specified in the examination Program Plan. Upon completion of the calibration sequence the transducer/fixture assembly shall be mounted on the array plate at the specified location. The ori,ntation of the transducer with respect to the fixture shall not be e EFFECTIVE REVISED DATE August 31, 1988 PAGI 8 of 77 DATE August 31, 1988 

  .......... * .... * ... *o  ........ e **

@Nso 5224R/314A880831 :50                                             CPAL-ISI-154 REV 2 changed. Bubbles shall not be present 'on the transducer face or the calibration block entry surface during the calibration sequence.

6.1.8 A calibration data sheet packet shall be completed for each transducer/inspection channel combination used to examine each volume required by the plant specific Examination Program Plan. All data will be fully recorded such that the operating parameters can be verified in the field. Calibration and examination data sheets are attached as Figures 1 through 5. 6.1.9 Measurements of beam spread shall be made for each transducer used during the inspection program. These measurements shall be performed per paragraph 6.11. Thes~ data will be included in the calibration data described in paragraph 6.1..8. 6.2 Calibration for Straight Beam Examination of Vertical and Circumferential Welds System calibration for each straight beam inspection channel/ transducer combination used for examination of vertical and circum- 

               ~erential welds, including safe end welds and the flange-to-upper shell weld from the shell side, shall be performed as described below.

6.2.l Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly on the manipulator in the calibration tank. 6.2.2 Position the transducer to direct the sound beam toward the appropriate surface of the calibration block and adjust for the required waterpath. EFFECTIVE "IVISED DATE August 31, 1988 PAGI 9 of 77 DATE August 31, 1988 

  @NSD 5224FV314A880831 :50                                                CPAL-ISI-154 REV 2 6.2.3     Adjust the instrument delay such that the lower left corner of the initial pulse starts at the 0 gradicule on the CRT.

6.2.3.l Adjust the instrument range to the maximum achievable sweep range where the initial pulse and entry surface reflection are displayed on the CRT screen. Record the transit time to the entry surface reflection.

  • 6.2.3.2 Since the gate position controls of the ultrasonic system are calibrated directly in units of time, the gate can be moved to coincide with the entry surface reflection and travel ..,.,,.

time in microseconds can be read directly from the digital display. All transit time measurements can be* made in this manner. 6.2.3.3 Determine the sound velocity and measure the water temperature. Record these values. V

  • Round Trip Distance Travel Time 6.2.4 Adjust the instrument delay such that the lower left corner of the entry surface reflection starts at the 0 gradicule on the CRT.

6.2.4.l Adjust the instrument range such that metal travel betwee.n the entry surface reflection and block back surface reflection occupies 60% to 90% of the full sweep length. 6.2.4.2 Record the transit time between the entry sur- ~ face reflection and the back surface reflection. EFFECTIVE ,_IVISED DATE August 31, 1988 PAGE 10 of 77 DAT& August 31, 1988 

   @NSD
           !5224R/314A880831 :!50                                                    CPAL-ISI-154 REV 2 I

6.2.4.3 Calculate the sound velocity in the calibration block and record this value. 6.2.4.4 Adjust the selected gate controls to include all metal travel between the entry surface reflection and the back surface reflection. 6.2.5 Set the trace and gate baselines to zero percent of scale. 6.2.6 Position the transducer to obtain the maximum response from the side drilled hole which exhibits the highest am-plitude. Adjust the preamplifier gain control to set the indication amplitude to 40% + ldB of full screen height. Mark the peak of the indication on the screen. Record instrument settings, indication amplitude, and the transi~ time from the entry surface reflection to the indication. 6.2.7 Without changing instrument settings move the transducer to obtain the maximum responses from the remaining calibration holes. Mark the peak of the indications on the screen. Record the indication amplitudes and transit times from the water/steal interface to the indications. 

                                 '6.2.8  Draw a line through the maximum response points on the CRT screen. The curve may be extrapolated at either end for a distance of one-quarter the thickness of the calibration block. This line represents the basic calibration distance amplitude curve (OAC).

6.2.9 Adjust the EBS pulse train to follow the DAC. Record the EBS control settings. 6.2.10 The electronic DAC module function shall then be initiated. EFFECTIVE AEVISEO DATE August 31, 1988 PAGI 11 of 77 DATE August 31, 1988 

@NsD 5224R/314R880831 :50                                                CPAL-ISI-154 REV 2 6.2.10.1 Adjust the electronic DAC controls so all EBS pulses are nominally 40% FSH.

6.2.10.2 Adjust the gate threshold (alarm level) to 16% FSH and set for positive trigger. 6.2.10.3 Disable the EBS, scan the block, and observe the responses from each applicable calibration reflector. The amplitude of each should be at 40% FSH + ldB. If not, review steps 6.2.1 through 6.2.10.3. 6.2.10.4 Decrease the receiver gain by 6d8. Switch the system to the cycle mode and scan the transducer. assembly over the calibration block at or greater than the specified examination speed. The gate alarm shall actuate when the peak response from each hole is detected& If the alarm is not observed for one or more of the holes, investigate to identify the test system parameter ( s) (e.g. , al arm count, repeti"t ion rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. 6.2.10.5 Increase the receiver gain by 6dB and record all pertinent calibration data on the calibration data sheets. 6.2.11 Position the transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector 

                        *identification. indication amplitude. and transit time to the indication from the initial pulse.

EFFECTIVE REVISED DATE August 31, 1988 PAGE 12 of 77 DATE August 31, 1988 

 @NsD
     !5224R/314R880831 :!50                                                  CPAL-ISI-154 REV 2 Reflectors selected for this step_shall provide transit times representative of those for the primary reflectors in the basic calibration block where practical.

6.3 Calibration for Angle Beam Examination of Vertical and Circumferential Vessel Welds System calibration for each angle beam inspection channel/transducer combination used for examination of vertical and circumferential vessel welds, including the flange-to-upper shell weld from the shell side, shall be performed as described below. 6.3.1 Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly on the manipulator in the calibration tank. 6.3.2 Position the transducer to direct the sound beam toward the appropriate surface of the calibration block and adjust for the required waterpath. 6.3.3 Position the transducer to obtain a maximum response from the square notch on the opposite surface or the block corner and adjust the instrument delay such that the lower left corner of the initial pulse starts at the 0 gradicule on the CRT. 6.3.3.1 Adjust the instrument range to the maximum achievable* sweep range where the initial pulse and entry surface reflection are displayed on the CRT screen. Record the transit time to the entry surface reflection. 6.3.3.2 Since the gate position controls of the ultrasonic system are calibratid directly in units of time, the gate can be moved to coincide EFFECTIVE IUVISID DATE August 31, 1988 PAGE 13 of 77 DATE August 31, 1988 NSD 101* 07-H wp/02 .. 1 

  @NSD 52241V314R880831 :50                                              CPAL-ISI-154 REV 2 with the entry surface reflection and travel time in microseconds can be read directly from the digital display. All transit time measurements can be made in this manner.

6.3.3.3 Determine the sound velocity and measure the water temperature. Record these values. V = Round Trip Distance Travel Time 6.3.4 Adjust the instrument delay such that the lower left corner of the entry surface reflection starts at the 0 gradicule on the CRT. 6.3.4.1 Adjust the instrument range such that metal travel between the entry surface reflection and the notch response or the block corner response occupies 50% to 80% of the full sweep length. 6.3.4.2 Record the transit time between the entry surface reflection and the notch response or block corner response. 6.3.4.3 Calculate the sound ve'locity in the calibration block and record this value. 6.3.4.4 Position the transducer to obtain the maximum response from the 3/4T hole after the beam has bounced from the opposite surface {5/8 node response) and adjust the selected gate controls to include all metal travel between the entry surface reflection and this indication. 6.3.5 Set the trace and gate baselines to zero percent of scale. EFFECTIVE "IVISED CATE August 31, 1988 PAGI 14 of 77 CATE August 31, 1988 

@NSD 52241V314R880831 :50                                              CPAL-ISI-154 REV 2 6.3.6    Position the transducer to obtain the maximum response from the side drilled hole which exhibits the highest am-plitude. Adjust the preamplifier gain control to set the indication amplitude to 80%: ldB of full screen height.

Mark the peak of the indication on the screen. Record instrument settings. indication amplitude, and the transit time from the entry surface reflection to the indication. 6.3.7 Without changing instrunient settings move the transducer to obtain the maximum responses from the other calibration holes including the 5/8 node response from the 3/4T hole. Mark the peaks of the indications on the screen. Record 

                        *indication amplitudes and transit times from the water/

steel interface to the indications. If the 5/8 node response from the 3/4T hole is not readily discernable, the DAC curve amplitude point shall be determined by calculating the dB difference between the 1/2T and 3/4T reflector amplitudes, decreasing the 3/4 T reflector amplitude by two times that difference, and marking the resulting amplitude at the point on the sweep that represents the transit time to the 5/8 node position. 6.3.8 Draw a line through the maximum response points on the CRT screen. The curve may be extrapolated at either end for a distance of one-quarter the thickness of the calibration block. This line represents the basic calibration distance amplitude curve (OAC). 6.3.9 Without changing the instrument settings position the transducer to obtain a maximum response from the square notch on the opposite surface, if applicable. Record the indication amplitude and transit time from the water/steel interface to the indication. EFFECTIVE llllVISED DATE August 31, 1988 15 of 77 DATE August 31. 1988 

 @NsD 5224R/314R880831 :50                                            CPAL-ISI-154 REV 2 I

6.3.10 Adjust the EBS pulse train to follow the DAC. Record the EBS control settings. 6.3.11 The electronic DAC module function shall than be initiated. 6.3.11.1 Adjust the electronic DAC controls so all EBS pulses at transit times from the entry surface reflection to and including the response from the l/4T hole are nominally 80% FSH and those at transit times in excess of the l/4T hole to the end of the gate are nominally 40% FSH. 6.3.ll.2 Adjust the gate threshold (alarm level) to 16% FSH and sat for positive trigger. 6.3.11.3 Disable the EBS, scan the block, and observe the responses from each applicable calibration reflector. The amplitude of the l/4T hole should be at 80% FSH ! ldB and the amplitudes of the l/2T, 3/4T, and 5/8 node response from the 3/4T hole should be at 40% FSH ! ldB. If not, review steps 6.3.1 through 6.3.11.3. 6.3.11.4 Decrease the receiver gain by 6dB. Switch the system to the cycle mode and scan the transducer assembly over the calibration block at or greater than the specified examination speed. The gate alarm shall actuate when the peak amplitude from each hole is detected. Decrease the receiver gain by an additional 8dB and once again scan over the block at or higher than the specified examination speed. The alarm should actuate when the peak amplitude from the l/4T hole is detected. If the alarm is not observed for one or more of the holes, investigate to EFFECTIVE "IVISEO CATE August 31, 1988 PAGE 16 of 77 DATE August 31, 1988 

@Nso 522*Rl31*RH0831 :50                                                CPAL-ISl-154 REV 2 identify the test system parameter(s) (e.g.,

alarm count, repetition rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. 6.3.11.5 Increase the receiver gain by 14d8 and record all pertinent calibration data on the calibration data sheets. 6.3.12 Position the.transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fa11 within the gated sweep length. Record the reflector identification, indication amplitude, and transit time to the indication from the initial pulse. Reflectors selected for this step shall provide transit times representative of those for the primary reflectors in the basic calibration block where practical. 6.4 Calibration for Examination of the Flange-to-Upper Shell Weld from the Flange Seal Surface System calibration for each inspection channel/transducer 

              *combination used for examination of the flange-to-upper shell weld from the flange seal surface shall be performed as described below.

6.4.1 Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly on the manipulator in tht calibration tank. 6.4.2 Position the transducer to direct the sound beam toward the appropriate surface of the calibration block and adjust for the required waterpath. EFFECTIVE "IVISEC CATE August 31, 1988 PAGI 17 of 77 DAT& August 31, 1988 

@NSD 5224R/314R880831 :50                                                CPAL-ISI-154 REV 2 6.4.3    Adjust the instrument delay such that the lower left corner of the initial pulse starts at the 0 gradicule on the CRT.

6.4.3.1 Adjust the instrument range to the maximum achievable sweep range where the initial pulse and entry surface reflection are displayed on the CRT screen. Record the transit time to the entry surface reflection. 6.4.3.2 Since the gate position controls of the ultrasonic system are calibrated directly in 

                                     ,units of time, the gate can be moved to coincide with the entry surface reflection and travel time in microseconds can be read directly from ....,

the digital display. All transit time measurements can be made in this manner. 6.4.3.3 Determine the sound velocity and measure the water temperature. Record these values. y

  • Round Trip Distance Travel Time 6.4.4 Adjust the instrument delay such that the lower left corner of the entry reflection starts at the 0 gradicule on the CRT.

6.4.4.l Adjust the instrument range such that metal travel between the entry surface reflection and the reflection from the reference hole at the longest test metal distance occupies 60% to 90% of the full sweep length. EFFECTIVE lltlVISEC DATE August 31, 1988 PAGE 18 of 77 DATE August 31, 1988 

 @NSD
   !5Z24R/314R880831 :!50                                               CPAL-ISI-154 REV 2 I

6.4.4.2 Record the transit time between the entry surface reflection and the reflection from the reference hole. 6.4.4.3 Calculate the sound velocity in the calibration block and record this value. 6.4.4.4 Adjust the selected gate controls to include all metal travel including the weld l/2T of adjacent base material on the shell and flange sides of the weld. 6.4.5 Set the trace and gate baselines to zero percent of scale. 6.4.6 Position the transducer to obtain the maximum response from the side drilled hole which exhibits the highest amplitude. _Adjust the preamplifier gain control to set the indication amplitude to 80% ! ldS of full screen height. Mark the peak of the indication on the screen. Record instrument settings, indication amplitude, and the transit time from the entry surface reflection to the indication. 

                ~. 4. 7   Without changing instrument settings move the transducer to obtain the maximum responses from the remaining calibration holes. Mark the peak of the indications on the screen. Record the indication amplitudes and transit times from the water/steel interface to the indication.

Determine beam spreads per 6.11. 6.4.8 Draw a line through the two maximum response points on the CRT scraen. The curve shall be extrapolated to cover l/2T of adjacent base material on the shell side of the weld as follows. EFFECTIVE "IVISID DATE *August 31, 1988 PAGI 19 of 77 . DATE August 31, 1988 

   @NsD 5224R/31"~880831     :50                                              CPAL-ISI-154 REV 2
  • 6.4.8.l Calculate the slope(s) of the existing two-point distance-amplitude-curve in dB/microsecond.

Record this value in the REMARKS section of the Ultrasonic Calibration Data Sheet. 6.4.8.2 Calculate the sweep position which represents l/2T on the shell side of the weld in microseconds. This is the calculated sweep position of the third DAC point. 6.4.8.3 Determine the difference in transmit (~T) between the calculated sweep position of the third DAC point and the actual sweep poition of the peaked response from reflector B (for 0°) or C (for 6°. 12°, or 16°) in microseconds. Raco~ this value in the REMARKS section of the Ultrasonic Calibrat~on Data Sheet. 6.4.8.4 Multiply the AT value determined in 6.4.8.3 by the DAC slope(s) determined in 6.4.8.1. This resulting value (X) is the calculated amplitude drop over the transit time AT. in dB. 6.4.8.5 The calculated amplitude of the third DAC point is equal to the amplitude of the peaked response from reflector B (or C) minus X dB. Mark this point on the vertical scale at the sweep position determined in 6.4.8.2. 6.4.8.6 Extend the distance amplitude curve through the calculated third DAC point. 6.4.8.7 In the REFLECTOR LOCATION column of the Ultrasonic Calibration Data Sheet enter 

                                            *Extrapolated DAC Point*, record the calculated EFFECTIVE                                                           "IVISED CATE           August 31, 1988         PAGE       20 of 77          DAT&    August 31. 1988 NSD 101' 07*ft w11102. . I

@NSD 5224FV314Rl80831 :50                                             CPAL-ISI-154 REV 2 total transit time, calculated transit time from lF to peak, and the calculated amplitude.

6.4.9 Adjust the EBS pulse train to follow the OAC within the gated sweep. Record the EBS control settings. 6.4.10 The electronic OAC module function shall then be initiated. 6.4.10.1 Adjust the electronic OAC controls so all EBS pulses within the gated sweep are nominally 80% FSH. 6.4.10.2 Adjust the gate threshold (alarm level) to 16% FSH and set for positive trigger. 6.4.10.3 Diable the EBS, scan the block*, and observe the response from the calibration reflector which falls within the gated sweep. The amplitude should be at 80% FSH + 2d8. If not, review steps 6.4.1 through 6.4.10.3. 6.4.10.4 Decrease the receiver gain by 14d8. Switch the system to the cycle mode and scan the transducer assembly over the calibration block at or gre!ter than the specified examination speed. The *gate alarm shall actuate when the peak response from the calibration hole whose response falls within the gated sweep length is detected. If the alarm is not observed, investigate to identify the test system parameter(s) (e.g., alarm count, repetition rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. EFFECTIVE i.1v1sec CATE August 31, 1988 PAGI 21 of 77 DATE August 31, 1988 

    @NsD 5224R/314R880831 :50                                                          CPAL-ISI-154 REV 2 e                                           6.4.10.5 Increase the receiver gain by 14dB and record all pertinent calibration data on the calibration data sheets.

6.4.11 Position the transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector identification, indication amplitude, and transit time to the indication from the initial pulse. 6.5 Calibration for Examination of Nozzle-to-Shell Welds from the Nozzle Bore Complete coverage of nozzle-to-shell welds from the nozzle bore typically requires interrogation by longitudinal waves at one angle~ normal to the weld and at one other angle to account for geometry . 

                             . The specific angles required depend on the nozzle dimensions and e                                design and are defined in the Examination Program Plan. System calibration for each inspection channel/transducer combination shall be performed as described below.

6.5.1 Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly to the manipulator in the calibration tank. 6.5.2 Position the transducer to direct the sound beam toward the appropriate surface of the calibration block and adjust for the required waterpath. 6.5.3 Adjust the instrument delay such.that the lower left corner of the initial pulse starts at the 0 gradicule on the CRT. e Eff!CTIVE lltlVISID DATE August 31, 1988 PAGI 22 of 77 DATE August 31, 1988 

 @Nso 5224R/31'RH0831 :50                                                 CPAL*ISI-154 REV 2 6.5.3.l     Adjust the instrument range to the maximum achievable sweep range where the initial pulse and entry surface reflection are displayed on the CRT screen. Record the transit time to the entry surface reflection.

6.5.3.2 Since the gate position controls of the ultrasonic system are calibrated directly in units of time, the gate can be moved to coincide with the entry surface reflection and travel time in microseconds can be read directly from the digital display. All transit time measurements can be made in this manner. 6.5.3.3 Determine the sound velocity and measure the ...., water temperature. Record these values. V

  • Round Trip Distance Trave 1 Time 6.5.4 Adjust the instrument delay such that the lower left corner of the entry surface reflection starts at the 0 gradicule on the CRT.

6.5.4.1 Adjust the instrument range such that metal travel between the entry surface reflection and the reflection from the reference hole at the longest test metal distance occupies 60% to 90% of the full sweep length. 6.5.4.2 Record the transit time between the entry surface reflection and the reflection from the reference hole. EFFECTIVE "IVISED DATE August 31, 1988 PAGE 23 of 77 DATE August 31, 1988 NIO 1014 01-n *ol02Mf 

@NsD
   !5224A/314A880831 :!SO                                                 CPAL-ISI-154 REV 2 6.5.4.3     Calculate the sound velocity in the calibration block and record this value.

6.5.4.4 Adjust the selected gate controls to include all metal travel which will include the entire nozzle, the weld, and specified adjacent base material on the shell side of the weld. Consult the Examination Program Plan to verify that this gate length will monitor the required examination volume. 6.5.5 Set the trace and gate baselines to zero percent of scale. 6.5.6 Position the transducer to obtain the maximum response from the side drilled hole which exhibits the highest amplitude. Adjust the preamplifier gain control to sat the indication amplitude to 80% (! ldB) of full screen height. Mark the peak of the indication on the screen. Record instrument settings, indication amplitude, and the transit time from the entry surface reflection to the indication. S.5.7 Without changing instrument settings move the transducer to obtain the maximum responses from the remaining calibration holes. Mark the peak of the indications on the screen. Record the indication amplitudes and transit times from the water/steel interface to the indications. 6.5.8 Draw a line through the maximum response points on the CRT screen. The curve may be extrapolated at either and for a distance of one-quarter the thickness of the calibration block. This line represents the basic calibration distance amplitude curve (OAC). EFFECTIVE . llllVISID DATE August 31, 1988 PAGE 24 of 77 DATE August 31, 1988 

 @NsD
   !5224R/314R880831 :!50                                              CPAL-ISI-154 REV 2 6.5.9     Adjust the EBS pulse train to follow the DAC.      Record the EBS control settings.

6.5.10 The electronic DAC module function: shall then be initiated. 6.5.10.1 Adjust the electronic DAC controls so all EBS pulses are nominally 80% FSH. 6.5.10.2 Adjust the gate threshold (alarm level) to 16% FSH and set for positive trigger. 6.5.10.3 Disable the EBS, scan the block, and observe the responses from each applicable calibration reflector. The amplitude of each should be at ..., 80% FSH + ldB. If not, review steps 6.5.1 through 6.5.10.3. 6.5.10.4 Decrease the receiver gain by 14dB. Switch the system to the cycle mode and scan the transducer assembly over the calibration block at or greater than the specified examination speed. The gate alarm shall actuate when the peak response from each hole is detected. If the alarm is not observed for one or more of the holes, investigate to identify the test system parameter(s) (e.g., alarm count, repetition rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. 6.5.10.5 Increase the .receiver gain by 14dB and record all pertinent calibration data on the calibration dati sheets. EFFECTIVE i.EVtSID DATE August 31, 1988 PAGE 25 of 77 DATE August 31, 1988 

  @NsD 5224R/314Rll80831 :50                                              CPAL-ISI-154 REV 2
  • 6.5.11 Position the transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector identification, indication amplitude, and transit time to the indication from the initial pulse.

Reflectors selected for this step shall provide transit times representative of those for the primary reflectors in the basic calibration block where practical. 6.6 Calibration for Examination of Nozzle Radii and Protrusions System calibration for each angle beam inspection channel/transducer combination used for nozzle radius and protrusion examination shall be performed as described below. ..., 

                . 6.6.1     Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly on the manipulator in the calibration tank.

6.6.2 Position the transducer to direct the sound beam toward the appropriate surface of the calibration block and adjust for the required waterpath. 6.6.3 Position the transducer to obtain a maximum response from 

                                                                         ;

the side drilled hole at the longest test metal distance and adjust the instrument delay such that the lower left corner of the initial pulse starts at the 0 gradicule on the CRT. 6.6.3.1 Adjust the instrument range to the maximum achievable sw88p range where the initial pulse and entry surface reflection are displayed on the CRT screen. Record the transit time to the entry surface reflection

  • EFFECTIVE .-ev1sEc CATE August 31, 1988 PAGI 26 of 77 CATI August 31, 1988
   @NsD 52241V314A810131 :50                                                 CPAL-ISI-154 REV 2 r

6.6.3.2 Since the gate position controls of the ultrasonic system are calibrated directly in units of time, the gate can be moved to coincide with the entry surface reflection and travel time in microseconds can be read directly from the digital display. All transit time measurements can be made in this manner. 6.6.3.3 Determine the sound velocity and measure the water temperature. Record these values . 

                                           . v = Round Trip Distance Tr ave 1 Time 6.6.4    Adjust the instrument delay such that the lower left corner of the.entry surface reflection starts at the 0 gradicule on the CRT.

6.6.4.1 Adjust the instrument range such that metal trave 1 between the entry surface reflection and the response from the reference hole* at* the longest test metal distance occupies 60%-to 90% of the full sweep length. 6.6.4.2 Record the transit time between the entry surface reflection and the side drilled hole response. 6.6.4.3 Calculate the sound velocity in the calibration block and record this value. 6.6.4.4 Adjust the selected gate controls to include all metal travel betwHn the entry surface reflec-tion and the response from the specified side ~ drilled hole at the longest test metal distance. EFFECTIVE "IVISID DATE August 31, 1988 PAGE 27 of 77 DATE August 31, 1988 

   @Nso 5224R/314R880831 :50                                              CPAL-ISI-154 REV 2 r

6.6.5 Set the trace and gate baselines to zero percent of scale. 6.6.6 Pos~tion the transducer to obtain tha maximum response from the drilled hole which exhibits the highest ampli-tude. Adjust the preamplifier gain control to set the indication amplitude to 80%: ldB of full screen height. Mark the peak of the indication on the screen. Record instrument settings, indication amplitude, and the transit time from the entry surface reflection to the indication. 6.6.7 Without changing instrument settings move the transducer to obtain the maximum responses from the other calibration hole. Mark the peak of this indication on the screen. Record the indication amplitude and transit time from the water/steel interface to the indication. 6.6.8 Draw a line through the maximum response points on the CRT screen. The curve may be extended at either end for a distance equivalent to one-quarter the depth of the deepest hole. This line represents the basic calibration distance amplitude curve (DAC). 6.6.9 Adjust the EBS pulse train to follow the DAC. Record the EBS control settings. 6.6.10 The electronic DAC module function shall then be initiated. 6.6.10.1 Adjust the electronic DAC controls so all EBS pulses are nominalfy 80% FSH. 6.6.10.2 Adjust the gate threshold (alarm level) to 16% 

                                     .FSH and set for positive trigger.

EFFECTIVE REVISED CATE August 31, 1988 PAGE 28 of 77 DATE August 31, 1988 

   @NSD 5224FV314R880831 :50                                                CPAL-ISI-154 REV 2
  • 6.6.10.3 Disable the EBS, scan the block, and observe the responses from each applicable calibration reflector. The amplitude of each should be 80%

FSH + ldB. If not, review steps 6.6.1 through 6.6.10.3. 6.6.10.4 Decrease the receiver gain by 14d8. Switch the system to the cycle mode and scan the transducer assembly over the calibration block at or greater than the specified examination speed. The gate alarm sha 11 actuate when the peak

  • response from each hole is detected. If the alarm is not observed for one or more of the holes, investigate to identify the test system parameter(s) (e.g., alarm count, repetition ....,.

rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. 6.6.10.5 Increase the receiver gain by 14dB and record all pertinent calibration data on the calibration data sheets. 6.6.11 Position the transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector identification, indication aDIJ)litude, and transit time to the indication from the initial pulse. Reflectors selected for this step shall provide transit times representative of those for the primary reflectors in the basic calibration block where practical. EFFECTIVE REVISED DATE August 31, 1988 PAGE 29 of 77 DATE August 31, 1988 NSO 101' 07*81 WD'021Mf 

 @NSD 5224R/314R880831 :50                                              CPAL-ISI-154 REV 2
  • 6.7 Calibration for Angle Beam Examination of Nozzle-to-Safe End Welds System calibration for each angle beam inspection channel/transducer combination used for safe end inspe~tion shall be performed as described below *. When the calibration block is a mockup of the bimetallic weld, calibration shall be from the side of the weld, carbon steel or stainless steel, corresponding to the side of the weld from which the examination will be performed.

6.7.1 Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly to the manipulator in the calibration tank. 6.7.2 Position the transducer to direct the sound beam toward the appropriate surface of the calibration block and adjust for the required waterpath. 6.7.3 Position the transducer to obtain a maximum response from the side drilled hole at the longest test metal distance and adjust the instrument delay such that the lower left corner of the initial pulse starts at the 0 gradicule on the CRT *. 6.7.3.1 Adjust the instrument range to the maximum achievable sweep range where the initial pulse and entry surface reflection are displayed on the CRT screen. Record the transit time to the entry surface reflection. 6.7.3.2 Since the gate position co~trols of the ultrasonic system are calibrated directly in units of time, the gate can be moved to coincide with the entry surface reflection and travel time in microseconds can be read directly from the digital display. All transit time measurements can be made in this manner. EFFECTIVE REVISED CATE August 31, 1988 PAGI 30 of 77 DATE August 31, 1988 

  @Nso
     !5224FV314R880831 :!50                                               CPAL-ISI-154 REV 2
  • 6.7.3.3 Determine the sound velocity and measure the water temperature. Record these values.

v = Round Trip Distance Tr ave 1 Time 6.7.4 Adjust the instrument delay such that the lower left corner of the entry surface reflection starts at the O gradicule on the CRT. 6.7.4.1 Adjust the instrument range such that metal travel between the entry surface reflection and the response from the side drilled hole at the longest test distance occupies 50% to 70% of the full sweep length. ....,. 6.7.4.2 Record the transit time between the entry surface reflection and the response from the drilled hole at the longest test distance. 6.7.4.3 Calculate the sound velocity in the calibration block and record this value. 6.7.4.4 Adjust the selected gate controls to include all metal travel from the entry surface reflection to the equivalent of 1/4T past the 3/4T hole as a minimum. 6.7.5 Set the trace and gate baselines to zero percent of scale. 6.7.6 Position the transducer to obtain the maximum response from the side drilled hole which exhibits the highest amplitude. Adjust the preamplifier gain control to set the indication amplitude to 40S + ldB of full screen height. Mark the peak of the indication on the screen. EFFECTIVE REVISED DATE August 31, 1988 PAGI 31 of 77 DATE August 31, 1988 

  @NsD
       !5224R/314R880831 :50                                                 CPAL-ISI-154 REV 2 Record instrument settings, indication amplitude, and the transit time from the entry surface reflection to the indication.

6.7.7 Without changing instrument settings move the transducer to obtain the maximum responses from the other calibration holes. Mark the peaks of these indications on the screen. Record the indication amplitudes and transit time from the water/steel interface to the indications. 6.7.8 Draw a line through the maximum response points on the CRT screen. The curve may be extrapolated at either end for a distance of one-quarter the thickness of the calibrati6n block. This line represents the basic calibration distance amplitude curve (DAC). ...._. 

                     . 6. 7. 9    Adjust the EBS pulse train to follow the DAC. Record the EBS control settings.

6.7.10 The electronic DAC module function shall then be initiated.

6. 7.10.1 Adjust the electronic DAC controls so all EBS pulses are nominally 40% FSH.

6.7.10.2 Adjust the gate threshold (alarm level) value to

  • 16% FSH and set for positive trigger.

6.7.10.3 Disable the EBS, scan the block, and observe the responses from each applicable calibration reflector. The amplitude of each should be 40% FSH + ldB. ff not, review steps 6.7.1 through 6.7.10.3. EFFECTIVE REVISED DATE Augu~t 31, 1988 PAGI 32 of 77 DATE August 31 t 1988 lllSD 1014 07*89 wa'028'f 

@Nso 5224R/314R880831 :50                                                  CPAL-ISI-154 REV 2 6.7.10.4 Decrease the receiver gain by 6dB. Switch the system to the cycle mode and scan the transducer assembly over the calibration block at or greater than the specified examination speed.

The gate alarm shall actuate when the peak response from each hole is detected. If the alarm is not observed for one or more of the holes, investigate to identify the test system parameter(s) (e.g., alarm count, repetition rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. 6.7.10.5 Increase the receiver gain by 6dB and record all pertinent calibration data on the calibration data sheets. ....._.. 

                   . 6.7.11    Position the transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector identification, indication amplitude, and fransit time to the indication from the initial pulse.

Reflectors selected for this step shall provide transit times representative of those for the primary reflectors in the basic calibration block where practical. 6.8 Calibration for Examination of Reactor Vessel Flange Ligaments System calibration for each straight beam inspection channel/ transducer combination used for flange ligament inspection shall be performed as described below. 6.8.1 Attach the transducer to the appropriate. fixture for the required incident angle and mount the assembly to the manipulator ~n the calibration tank. EFFECTIVE REVISED DATE August 31, 1988 PAGE 33 of 77 DATE August 31, 1988 NSO 101' 07-98 wpl02Mf 

   @NsD 5224R/314R880831 :50                                                 CPAL-ISI-154 REV 2 6.8.2    Position the transducer to direct the sound beam toward the appropriate surface of the calibration block and adjust for the required waterpath.

6.8.3 Adjust the instrument delay such that the lower left corner of the initial pulse starts at the 0 gradicule on

  • the CRT.

6.8.3.1 Adjust the instrument range control to the maximum achievable sweep range where the initial pulse and entry surface reflection are displayed on the CRT screen. Record the transit time to the entry surface reflection. 6.8.3.2 . Since the gate position controls of the ultrasonic system are calibrated directly in units of time, the gate can be moved to coincide with the entry surface reflection and travel time in microseconds can be read directly from the digital display. All transit time measurements can be made in this manner. 6.8.3.3 Determine the sound velocity and measure the water temperature. Record these values. V = Round Trip Distance Travel Time 6.8.4 Adjust the instrument delay such that the lower left 

                              ~ corner of the entry surface reflection starts at the 0 gradicule on the CRT.

6.8.4.1 Adjust the instrument range such that metal travel between the entry surface reflection and ~ the reflection from the applicable reference EFFECTIVE REVISED CATE August 31, 1988 PAGE 34 of 77 DATE August 31, 1988 NSD 101' 07-88 WD1021Mf 

@NsD 5224R/314R880831 :50                                                 CPAL-ISl-154 REV 2 I

hole at the longest test metal distance occupies 60% to 90% of the full sweep length. 6.8.4.2 Record the transit time between the entry surface reflection and the reflection from the reference hole. 6.8.4.3 Calculate the sound velocity in the calibration block and record this value * 

                           . 6.8.4.4    Adjust the selected gate controls to include all metal travel between the water/steel interface and the far limit of the inspection volume as defined in the Examination Program Plan. This distance shall be the equivalent of one stud hole diameter, as a minimum.

6.8.S Set the trace and gate baselines to zero percent of scale. 6.8.6 Position the transducer to obtain the maximum response from the side drilled hole which exhibits the highest amplitude. Adjust the preamplifier gain control to set the indication amplitude to 40% (! ldB) of full screen height. Mark the peak of the indication on the screen. Record instrument settings, indication amplitude, and transit time from ~he entry surface reflection to the

  • indication.

6.8.7 Without changing instrument settings move the transducer to obtain the maximum responses from the remaining calibration holes. Mark the peak of the indications on the screen. Record the indication amplitudes and transit times from the water/steel interface to the indications. EFFECTIVE REVISED CATE August 31, 1988 PAG& 35 of 77 DATE August 31, 1988 NSO 101* 07-89 wot021Mf 

 @NSD S224R/314R880831 :SO                                                 CPAL-ISl-154 REV 2 6.8.8 Draw a line through the maximum response points on the CRT screen. The curve may be extrapolated at either end for a distance of one-quarter the thickness of the calibration block. This line represents the basic calibration distance amplitude curve (DAC).

6.8.9 Adjust the EBS pulse train to follow the DAC. Record the EBS control settings. 6.8.10 The electronic DAC module function shall then be initiated. 6.8.10.l Adjust the electronic DAC controls so all EBS pulses are nominally 40% FSH. 6.8.10.2 Adjust the gate threshold (alarm level) value~ 16% FSH and set for positive trigger. 6.8.10.3 Disable the EBS, scan the block, and observe the responses from each applicable calibration reflector. The amplitude of each should be at 40% FSH + ldB. If not, review steps 6.8.1 

                                        *through 6.8.10.3.

6.8.10.4 Decrease the receiver gain by 6dB. Switch the system to the cycle mode and scan the transducer assembly over the calibration block at or greater than the specified examination speed. The gate alarm shall actuate when the peak response from each hole is detected. If the alarm is not observed for one or more of the holes, investigate to identify the test system parameter(s) (e.g., alarm count, repetition rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. EFFECTIVE REVISED CATE August 31, 1988 PAGE 36 of 77 DATE August 31, 1988 NSO 101* 07*et wp/02114f 

 @NSD 5224R/314R880831 :50                                                   CPAL-ISI-154 REV 2 6.8.10.5 Increase the receiver gain by 6dB and record all pertinent calibration data on the calibration data sheets.

6.8. ll Position the transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector identification, indication amplitude, and transit time to the indication from the initial pulse. Reflectors selected for this step shall provide transit times representative of those for the primary reflectors in the basic calibration block where practical. 6.9 Calibration for Full Node Angle Beam Examination of Vertical and Circumferential Vessel Welds System calibration for each inspection channel/transducer combination used for full node angle beam examination of the volume of material near the vessel inside diameter shall be performed as described below. 6.9.1 Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly on the manipulator in the calibration tank. 6.9.2 Position the transducer to direct the sound toward the appropriate surface of the calibration block at the required waterpath. Record the transit time from the initial pulse to the entry surface reflection. 6.9.3 Position the transducer to obtain a maximum full node response from the square notch on the entry surf ace of the block. EFFECTIVE REVISEO CATE August 31, 1988 PAGE 37 of 77 CATE August 31, 1988 NSD 10,. 01-8! wol0%&11 

  @Nso 5224R/314R880831 :50
  • CPAL-ISl-154 REV 2 I

6.9.4 Adjust the instrument delay such that the lower left corner of the entry surface reflection starts at the 0 gradicule on the CRT. 6.9.4.1 Adjust the instrument range such that metal travel between the entry surface reflection and the notch response occupies 50% to 80% of the full sweep length. 6.9.4.2 Record the transit time between the entry surface reflection and the notch response. 6.9.4.3 Adjust the selected gate controls to include all metal travel between the 7/8 node and 1 1/8 node responses from the 1/4T hole. 6.9.5 Set the trace and gate baselines to zero percent of scale. 6.9.6 Adjust the preamplifier gain control to set the notch full node response indication to 40% + ldB of full screen height. Mark the peak of the indication on the screen. Record instrument settings, indication amplitude, and transit time from the entry surface reflection to the indication. 6.9.7 Draw a horizontal line through the maximum response point on the CRT and extend it to include the entire gate length. This line represents the basic calibration distance amplitude curve (DAC). 6.9.8 Adjust the EBS pulse train to follow the DAC. Record the EBS control settings. EFFECTIVE REVISED CATE August 31, 1988 PAGE 38 of 77 CATE August 31, 1988 NSD 1014 07-81 wp/02 ..1 

 @Nso 5224R/314R880831 :50                                                  CPAL-ISI-154 REV 2 I

6.9.9 Adjust the gate threshold (alarm level) to 16% FSH and set for positive trigger. 6.9.9.1 Disable the EBS, scan the block, and observe the response from the notch. The amplitude should be at 40% FSH + ldB. If not, review steps 6.9.1 through 6. 9. 9.1. 6.9.9.2 Decrease the receiver gain by 6d8. Switch the system to the cycle mode and scan the transducet over the calibration block at or greater than the examination speed. The gate alarm should actuate when the peak response from the notch is detected. If the alarm is not observed for one or more of the holes, investigate to identify - the test system parameter(s) (e.g., alarm count, repetition rate, alarm level, etc.) which may require adjustment and make corrections, if necessary. 6.9.9.3 Increase the receiver gain by 6d8 and record all pertinent calibration data on the calibrati~n data sheets. 6.9.10 Position the transducer to obtain the peak _responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector identification, indication amplitude, and transit time to the indication from the initial pulse. Reflectors selected for this step shall provide transit times representative of those for the primary reflectors in the basic calibration block where practical. EFFECTIVE REVISED CATE August 31, 1988 PAGE 39 of 77 CATE August 31, 1988 NSD 1014 07-811 WD/02 . .f 

@NSD 5224R/314R880831 :50                                             CPAL-ISI-154 REV 2 6.10 Calibration for Near Surface Examinations System calibration for each inspection channel/transducer combina-ti6n used for near surface examination of volumes of material near the vessel inside diameter shall be performed as described below.

6 .10. l Transducers used for these examinations shall be dual-element, transmit-receive, 2.25 MHz units of the type Ultran WKSI-2.25 WRV, WPSI-2.25 WRV, or equivalent. The nominal waterpath shall be 6.0 inches and the nominal incident angle shall be 12.5° unless otherwise specified. 6.10.2 Attach the transducer to the appropriate fixture for the required incident angle and mount the assembly on the manipulator in the calibration tank. 6.10.3 Position the transducer to direct the sound beam toward the appropriate surface of the calibration block at the required waterpath. Record the transit time from the initial pulse to the entry surface reflection. NOTE IT MAY BE NECESSARY TO INCREASE THE GAIN AND/OR USE ONE SEARCH UNIT ELEMENT IN THE PULSE-ECHO MODE TO OBTAIN A DISCERNABLE ENTRY SURFACE REFLECTION. 6.10.4 Position the transducer to obtain a maximum response from the 1/8-inch diameter side drilled hole located 3/4-inch in depth from the entry surface. 6.10.5 Adjust the instrument delay such that the lower left corner of the entry surface reflection starts at the 0 gradicule on the CRT. EFFECTIVE REVISED CATE August 31, 1988 PAGE 40 of 77 DATE August 31, 1988 

  @Nso 5224R/314R880831 :50                                                             CPAL-ISI-154 REV 2 I

6.10.5.1 Adjust the instrument range such that metal travel between the entry surface reflection and the response from the 1/8" diameter side drilled hole at 3/4-inch depth occupies 50% to 75% of the full sweep range. 6.10.5.2 Record the transit time between the entry surface reflection and the hole response. 6.10.5.3 Adjust the selected gate controls to include as a minimum all metal travel from the lower left corner of the entry surface reflection to at least 10 microseconds past the response from the 1/8-inch diameter hole at 3/4-inch depth. 6.10.6 Set the trace and gate baselines to zero percent of scale. 6.10.7 Adjust the preamplifier gain control to set the indication from the 1/8-inch diameter hole at 3/4-inch depth to 80% + ldB of full screen height. Mark the peak of the indication on the screen. 6.10.8 Without changing instrument settings move the transducer to obtain maximum responses from the two remaining calibration holes and the square notch on the entry surface of the block. 6.10.9 Record instrument settings, indication amplitudes (i.e., 100% FSH + 6d8), and transit times from the water/steel interface (see Note Paragraph 6.10.5) to the indications. 6.10.10 Draw a horizontal line through the response from the 3/4 inch deep hole on the CRT screen. The curve shall be extrapolated at either end to cover the entire gate length as set in Paragraph 6.10.5.3. EFFECTIVE REVISED DATE August 31, 1988 PAGE 41 of 77 DATE August 31, 1988

    • c-. .,.. '* .., .. . 0., ......... C.'!f
  @NsD
      !5224R/314R880831 :!50                                                      CPAL-ISI-154 REV 2 6.10.11  Adjust the EBS pulse train to follow the DAC.      Record the EBS control settings.

6.10.12 Adjust the gate threshold (alarm level) to 40% FSH and set for positive trigger. 6.10.12.1 Disable the EBS, scan the block, and observe the response from the 1/8 inch diameter side drilled hole at 3/4 inch depth. The amplitude should be at 80% FSH + ldB. If not, review steps 6.10.2 through 6.10.12.1. 6.10.12.2 Decrease the receiver gain by 6d8. Switch*the system to the cycle mode and scan the transducer over the ca 1i brat ion b1ock at or greater than . - the examination speed. The gate alarm shall - actuate when the peak response from the 3/4 inch deep 1/8 inch diameter side drilled hole is detected. If the alarm is not observed, investigate to identify the test system parameter(s) (e.g., alarm count, repetition rate, etc.) which may require adjustment and make corrections, if necessary. 6.10.12.3 Increase the receiver gain by 6d8 and record all pertinent calibration data on th~ calibration data sheets. 6.10.13 Position the transducer to obtain the peak responses from at least three cylindrical reflectors in the MTS which fall within the gated sweep length. Record the reflector identification, indication amplitude, and transit time to the indication from the initial pulse. EFFECTIVE REVISED CATE August 31, 1988 PAGE 42 of 77 CATE August 31, 1988 11150 10,. 07*81 wp/02 ... f 

 @Nso 5224R/314R880831 :50                                                     CPAL-ISI-154 REV 2 Reflectors selected for this step shall provide transit times representative of the transducer focal distance, approximately nine inches in water.

6.10.14 After performing field sensitivity checks and prior to the start of the near surface exam sequence, the Level II operator shal.l investigate the cladding general noise level. If the cladding general noise level continually exceeds the gated threshold at reference sensitivity, the Level II operator shall decrease the receiver gain to a level where the cladding noise level is 25% full screen height (SdB maximum). If the cladding general noise level is below 25% full screen height at reference sensitivity, the receiver gain shall be increased to a level where the cladding general noise level is 25% full screen height ...- (8d8 maximum). The resulting increased or decreased gain setting shall then be recorded on the UT system controller data sheet and identified as "Scanning Sensitivity." All examinations and recording of indications shall be performed at this level. Field system calibration shall be verified per paragraph 6.12 at the receiver gain setting recorded per paragraph 6.10.12.3. 6.11 ~earn Spread Measurements Beam spread measurements shall be made for each transducer used during the inspection program. Data will be recorded on the appropriate calibration data sheet. 6.11.1 Establish the location of the scribe line on the reference block as a zero reference point. 6.11.2 Position the transducer to obtain the maximum indication amplitude from the applicable calibration hole at the nearest test distance in the appropriate* basic calibration EFFECTIVE REVIS EC CATE August 31, 1988 PAGE 43 of 77 DATE August 31, 1988 NSO IOU 07*118 WD'02 . . I 

  @Nso 5224R/314R880831 :50                                                             CPAL-ISI-154 REV 2 r

block. Record the manipulator carriage location with respect to the zero reference point and the transit time to the indication. 6.11.3 Move the transducer toward the reference hole until the indication amplitude drops to 50% of its peak amplitude. Record the manipulator carriage location with respect to the zero reference point and the transit time to the indication. Move the transducer toward the reference hole until the indication amplitude drops to 20% of its peak amplitude and record data defined above. 6.11.4 Move the transducer away from the reference hole until the indication amplitude passes through maximum and again drops to 50% of its peak amplitude. Record the manipulator carriage location with respect to the zero reference point and the transit time to the indication. Move the transducer away from the reference hole until the indication amplitude drops to 20% of its peak amplitude and record data defined above. 6.11.5 Repeat these measurements on the other applicable calibration holes. 6.12 Field System Calibration On site the system calibration shall be established and verified with the EBS per Paragraph 6.12.1 at the beginning and end of each scan routine, with any change of equipment, or every four hours, whichever is less. Calibration sh~ll be established and verified on the MTS cylindrical reflector array per paragraph 6.12.2 at the beginning and end of each series of examinations. 6.12.1 Enable the EBS and observe the pulse train. EFFECTIVE REVISED DATE August 31, 1988 PAGE 44 of 77 . DATE August 31 t 1988

    • ~""' .,,~,. 1'1"9.00 ...... 11"1~*:1
@NSD 5224R/314R880831 :50                                             CPAL-ISI-154 REV 2 6.12.1.1    If any point on the DAC curve has decreased by 20% or 2d8 of its original amplitude, calibration shall be re-established and all areas since the previous acceptable calibration or check reexamined.

6.12.1.2 If any point on the DAC curve has increased by 20% or 2d8 of its original amplitude, calibration shall be re-established and all reportable indications since the previous acceptable calibration or check reevaluated. 6.12.2 Disable the EBS function and position the transducer array such that it is directed toward the cylindrical reflector array mounted on the tool 0° leg. Each applicable transducer/inspection channel should be checked as follows: 6.12.2~1 Position the transducer to obtain the peak responses from each cylindrical reflector in the MTS array used during initial system calibration at the specified waterpaths. Record the reflector identification, indication amplitude, and transit time to the indication from the initial pulse in microseconds. 6.12.2.2 The recorded values should be compared to the data obtained during the initial calibration at Waltz Mil 1. 6.12.2.2.l Jf the response from any reflector has decreased by 20% or 2d8 of its original amplitude, calibration shall be reestablished and all areas since the previous acceptable calibration or check reexamined. EFFECTIVE REVISED DATE August 31, 1988 PAGE 45 of 77 CATE August 31, 1988 

  @NSD 5224R/314R880831 :50                                                           CPAL-ISI-154 REV 2 6.12.2.2.2 If the response from any reflector has increased by 20% or 2d8 of its original amplitude, calibration shall be reestablished and all reportable indications since the previous acceptable calibration_ or check reevaluated.

6.12.2.2.3 If the response from any reflector in the gated sweep length has moved on the sweep line more than 10% of the sweep reading, correct the sweep range calibration and note the correction in the examination record. If recordable reflectors ...._ are noted on the data sheets, those data sheets shall be voided, the new calibration shall be recorded, and areas relative to the voided data re-examined. 6.12.3 Verification of the performance of calibration checks shall be documented. Documentation shall include the date, time, and initials of the operator. See Figure 6. 6.13 Transducer RF Waveforms 

                             ~hen  photographic records of transducer RF waveforms are required, they shall be collected as follows. These records may be made at the calibration facility or at the reactor site.

6.13.1 Position the transducer to obtain the peak response from one of the cylindrical reflectors in the MTS array. 6.13.2 Display the RF waveform on a calibrated oscilloscope. EFFECTIVE REVIS EC CATE August 31, 1988 PAGE 46 of 77 CATE August 31, 1988 ............... "'" - ""C'. f 

@NsD 5224R/314R880831 :50                                             CPAL-ISl-154 REV 2 6.13.3    Adjust the oscilloscope sweep controls to clearly display the waveform.

6.13.4 Adjust the oscilloscope veritical display so the amplitude of the response is two to four centimeters. 6.13.5 Photograph the displayed waveform and record all pertinent data on the Transducer RF Waveform Data Sheet, Figure 7. 6.13.6 Photographic records of transducer RF waveforms collected after reactor vessel examinations should be made using the same reflector, electronics, waterpath and instrument settings as used prior to the examinations when practical. 7.0 EXAMINATION REQUIREMENTS - 7.1 *The following activities shall have been completed prior to the performance of any in-field ultrasonic examination of a reactor vessel using the remotely operated inspection tool. 7.1.1 The reactor vessel Examination Program Plan identifying specific plant inspection parameters such as search unit incident angles, calibration standards, water paths, scan lengths, scan locations, and scan increments shall have been approved by the Consumer P'ower ISi group. 7.1. 2 The ultrasonic equipment sha 11 have been calibrated for all examinations required by the Examination Program Plan and all data recorded in accordance with paragraph 6.0 of this procedure. 7.1. 3 The reactor vessel inspection tool shall have been assembled in the configuration_ on the arrangement drawing applicable to the specific vessel being examined as listed in the Examination Program Plan. EFFECTIVE REVISED CATE August 31, 1988 PAGE 47 of 77 DATE August 31, 1988 

  @Nso 5224R/314R880831 :50                                              CPAL-ISI-154 REV 2 7 .1.4   Prior to placing the inspection tool on the reactor vessel, the following tests and checks shall be performed to demonstrate the tool is fully operational and to assure the tool can be safely set on the reactor vessel.

7.1.4.l Establish "home" position and record all resolver readings and other relevant data. Mechanically measure the distance from the face of transducer zero (TRO) or transducer twenty (TR20) to the spherical target and record this value. 7.1.4.2 Test to ensure that all drives are functional both in manual and computer control. 7.1.4.3 Visually verify that all appropriate hardware is properly secured by lockwire or other suitable ~ means. 7.1.4.4 Check each transducer and associated pulser/ amplifier channel by tapping on the face of the transducer and observing the initial pulse. 7.1.4.5 Cavity water clarity shall be adequate to assure visibility of the vessel flange, keyways, and/or core barrel seating surface. 7.1.4.6 Verify that no specimen capsules are installed where the inspection tool legs will seat. 7 .1.5 The calibration settings of each transducer/instrumenta-tion system shall be checked using the data previously entered in the Electronic Block Simultor.(EBS) with the Sonic system control settings as defined on the Calibra-tion Data Sheets for each examination to be performed. EFFECTIVE REVISED OATE August 31, 1988 PAGE 48 of 77 DATE August 31, 1988 

@NsD 5224R/314R880831 :50                                             CPAL-ISI-154 REV 2
7. l.6 Once the inspection tool is set on the reactor vessel the tool home position shall be verified by monitoring the TRO or TR20 straight beam inspection channel and positioning the search unit to obtain a peaked response from the spherical target without changing waterpath from that set mechanically in 7.1.4.l. Contact the control room, obtain the refueling water temperature, and record this value.

If the temperature is not within : 25°F of that used during calibration, advise the control room to notify when temperature is within this range. Water temperature may be measured directly with a thermometer. 7.1.7 Calculate the water velocity, record this value, and 7.1.8 compare with that determined during system calibration. Check the instrument calibration and system calibration. 7.2 Prior to initiating a scan per the Examination Program Plan,-the flange area shall be subject to preliminary scans while monitoring the TRO or TR20 inspection channel to determine that the tool is properly centered, level, and that water paths (compensated for difference in water velocity, if necessary) correspond with those used during calibration. 7.3 The area to be examined shall be subject to a preliminary scan while monitoring the TRO inspection channel to determine the thickness of the examination area, if possible. Use this information to verify that all gates have been set properly. If gating adjustments are necessary at any time during the examination they shall be documented. See Figure 8. 7.4 Each area of the reactor vessel identified in the Examination Program Plan shall be scanned in accordance with the requirements of the Examination Program Plan. EFFECTIVE REVISED CATE August 31, 1988 PAGE 49 of 77 DATE August 31, 1988 

@NSD 5224R/314R880831 :50                                             CPAL-ISI-154 REV 2 7.4.1     The computer "home" routine shall be used to determine the actual reference position for the nine axes of tool movement at least once each day. When a computer "home" is achieved, a peaked response from the spherical target should be observed on the TRO or TR20 inspection channel and the axes resolver readings shall be noted and compared with those original values recorded per paragraph 7.1.4.1.

7.5 During scanning the following parameters shall be maintained unless otherwise specified in the Examination Program Plan. 7.5.1 Scanning shall be conducted at the calibration sensitivity. 7.5.2 The rate of search unit movement shall be 5 inches per second maximum. - 7.5.3 Scan increments shall be three-quarter inches maximum for 1-1/2 inch diameter transducers and three-eighth inches maximum for 3/4 inch diameter transducers. 7.5.4 The required examination volume for welds shall include the weld, both heat affected zones, and one-half the weld thickness of adjacent base material on both sides of the weld. 7.6 The following paragraphs provide general scanning requirements for each area of the reactor vessel. Specific requirements are provided in the Examination Program Plan. 7.6.1 Base Metal Examination When specified in the Examination Program Plan, the base metal through which angle beams will pass shall be completely scanned by straight beam to detect laminar reflectors where practical. EFFECTIVE REVISED CATE August 31, 1988 PAGE 50 of 77 DATE August 31, 1988 

@Nso 5224R/314R880831 :50                                              CPAL-ISI-154 REV 2 7.6.1.l    Sensitivity shall be established at a location free of indications by adjusting the first back surface reflection to 80% FSH.

7.6.1.2 Set the back wall gate to monitor the back surface reflection and alarm when the echo amplitude drops to 16% FSH. 7.6.1.3 Areas in the base metal containing laminar indications that cause either or both of the following shall be recorded. a) All a~eas where indications are equal to or exceed the amplitude of the remaining back reflection. b) All areas that produce a continuous total loss of back reflection accompanied by a continuous indication in a singular plane. 7.6.1.4 Areas identified per paragraph 7.6.1.3 shall be recorded on the data printout in terms of the transit time to the indication, peak indication amplitude, remaining backwall amplitude, location, and extent. 7.6.1.5 Areas identified per paragraph 7.6.1.3 a) shall be investigated to determine if and to what extent they interfere with angle beam examinations. Where the reflectors do interfere, the angle beam technique(s) shall be reviewed toward achieving at least the minimum required coverage of the volume required to be examined, and modified to the extent necessary and practical to accomplish this. EFFECTIVE REVISED DATE August 31, 1988 PAGE 51 of 77 DATE August 31, 1988 

    @Nso 5224R/314R880831 :50                                              CPAL-ISl-154 REV 2 I

7.6.1.6 Areas identified per paragraph 7.6.1.3 b) shall be investigated in terms of the appropriate acceptance criteria for laminar reflectors. 7.6.1.7 Alternately, the base metal examination may be conducted as an extension of straight beam examination in accordance with paragraph 7.6.2.1 provided the sensitivity is at least that required in paragraph 7.6.1.1 and the gating and alarm requirements of paragraph 7.6.1.2 are employed. 7.6.2 Vertical and Circumferential Vessel Welds The extent of each reactor vessel vertical and/or circumferential weld identified in the Examination Program Plan shall be examined in accordance with the following

  • e requirements where practical.

7.6.2.1 The entire weld, both heat affected zones, ~nd specified adjacent base material are ex~mined frpm the vessel ID by longitudinal waves at 0°. 7.6.2.2 The entire weld, both heat affected zones, and 

                                      *specified adjacent base material are examined from the vessel ID by transverse waves at two angles, the difference between which shall be at least 10°, in two opposite directions parallel to the weld and two opposite directions perpendicular to the weld. For purposes of minimum required coverage, adjacent base material need not be examined with both angle beams in both directions. Any combination of two angle beams will satisfy this requirement.

EFFECTIVE REVIS EC CATE August 31, 1988 PAGE 52 of 77 DATE August 31, 1988 

@Nso 5224R/314R880831 :50                                              CPAL-ISI-154 REV 2 7.6.3    Reactor Vessel Flange-to-Upper Shell Weld The extent of the reactor vessel flange-to-upper shell weld identified in the Examination Program Plan shall be examined in accordance with the following requirements where practical.

7.6.3.1 The reactor vessel flange-to-upper shell weld, both heat affected zones, and specified adjacent base material are examined from the vessel flange seal surface using longitudinal waves at angles as defined in the Examination Program Plan. 7.6.3.2 When the core barrel is removed the flange-to-upper shell weld may be examined from the vessel ID in accordance with Paragraph 7.6.2, except angle beam scanning perpendicular to the weld will be performed from the vessel shell side only. 7.6.4 Reactor Vessel Nozzle-to-Shell Welds The extent of each reactor vessel nozzle-to-shell weld identified in the Examination Program Plan shall be examined in accordance with the following requirements where practical. 7.6.4.1 The reactor vessel nozzle-to-shell weld, both heat affected zones, and specified adjacent base material are examined from the nozzle bore using longitudinal waves at angles as defined in the Examination Program Plan. EFFECTIVE REVISED DATE August 31, 1988 PAGE . 53 of 77 DATE August 31, 1988 

@NSD 5224R/314R880831 :50                                             CPAL-ISI-154 REV 2 NOTE RHR FLOW SHOULD BE OFF OR REDUCED TO THE EXTENT POSSIBLE DURING THIS EXAMINATION. WATER CLARITY SHALL BE SUCH THAT THE NOZZLE OPENING IS CLEARLY VISIBLE FROM THE OPERATING DECK.

7.6.5 Nozzle Radius and Protrusion The extent of each nozzle radius or protrusion identified in the Examination Program Plan shall be examined in accordance with the following requirements where practical. 7.6.5.1 The entire area defined by the Examination Program Plan is examined from the nozzle ID by transverse waves in both circumferential directions. NOTE RHR FLOW SHOULD BE OFF OR REDUCED TO THE EXTENT POSSIBLE DURING THIS EXAMINATION. WATER CLARITY SHALL BE SUCH THAT THE NOZZLE OPENING IS CLEARLY VISIBLE FROM THE OPERATING DECK. 7.6.6 Nozzle-to-Safe Ends Welds The extent of each reactor vessel nozzle-to-safe end weld identified in the Examination Program Plan shall be examined in accordance with the following requirements where practical. 7.6.6.1 The entire weld, both heat affected zones, and specified adjacent base material are examined from the nozzle bore by longitudinal waves at 0°. EFFECTIVE REVISED CATE August 31, 1988 PAGE 54 of 77 CATE August 31, 1988 

    @NSD 5224FV314R880831 :50                                                 CPAL-ISI-154 REV 2 7.6.6.2     The entire weld, both heat affected zones, and specified adjacent base material are examined from the nozzle bore by angled longitudinal waves in two directions parallel to the weld and two directions perpendicular to the weld.

NOTE RHR FLOW SHOULD BE OFF OR REDUCED TO THE EXTENT POSSIBLE DURING THIS EXAMINATION. WATER CLARITY SHALL BE SUCH THAT THE NOZZLE OPENING IS CLEARLY VISIBLE FROM THE OPERATING DECK. 7.6.7 Reactor Vessel Flange Ligaments The extent of the threaded ligaments in the reactor vesse~ flange identified in the Examination Program Plan shall be examined in accordance with the following requirements where practical. 7.6.7.l The ligaments between threaded stud holes are examined from the top of the flange using longitudinal waves at 0°. 

                        '7.6.8   Full Node Angle Beam Examination of Vertical and Circumferential Vessel Welds When full node angle beam examinations are specified, the extant of each reactor vessel vertical and/or circumferential weld identified in the Examination Program Plan shall be examined in accordance with the following requirements where practical.

7.6.8.l The volume of material including the weld, both heat affected zones, and specified adjacent base ~ material within 1/ST of the vessel ID shall be EFFECTIVE REVISED DATE August 31, 1988 PAGE 55 of 77 DATE August 31, 1988 

 .,,._ *A**** 00  ~ *""*f:*I

 @Nso 5224R/314R880831 :SO                                                  CPAL-ISI-154 REV 2 examined in two directions parallel to the weld and two directions transverse to the weld.

7 .6. 9. Near Surface Examinations of Vertical and Circumferential Vessel Welds When near surface examinations are specified, the extent of each reactor vessel vertical and circumferential weld identified in the Examination Program Plan shall be examined in accordance with the following requirements. where practical. 7.6.9.1 The volume of material including the weld, both heat affected zones, and specified adjacent base material within one inch of the vessel ID shal~ be examined in two directions parallel to the weld and two directions transverse to the weld. 8.0 INTERPRETATION AND INVESTIGATION 8.1 The Level II or Level III examiner shall interpret indications in accordance with criteria listed below such that he can assess their being valid or not valid. 8.1.1 The interpretation and investigation level is 50% of the primary reference DAC for: 8.1.1.1 All indications detected during straight beam examinations of vertical and circumferential welds. 8.1.1.2 Indications detected during angle beam examinations of vertical and circumferential welds at transit times representing 25 percent and greater of the vessel through-wall thickness measured from the inner surface. EFFECTIVE REVISED CATE August 31, 1988 PAGE 56 of 77 CATE August 31, 1988 NSO 101* 07-81 wot02MI 

   @Nso 5224R/314R880831 :50                                                          CPAL-ISI-154 REV 2 8.1.1.3      Indications detected during examinations of the flange-to-upper shell weld from the seal surface at locations representing 25 percent and greater of the vessel through-wall thickness measured from the inner surface.

8.1.1.4 Indications detected during examinations of nozzle-to-shell welds from nozzle Qores at locations representing 25 percent and greater of the vessel through-wall thickness measured from the inner surface. 8.1.1.5 All indications detected during straight and angle beam examinations of nozzle-to-safe end welds.

  • 8.1.1.6 All indications detected durtng examinations of reactor vessel flange ligaments.

8.1.1.7 All indications detected during full node angle beam examinations of vertical and circumferential welds. 8.1.1.8 All indications detected during near surface examinations. 8.1.2 The interpretation and investigation level is 20% of the primary reference OAC for: 8.1.2.1 Indications detected during angle beam examinations of vertical and circumferential welds at transit times which represent the inner 25 percent of the vessel through-wall thickness measured from the inner surface. EFFECTIVE REVISED DATE August 31, 1988 PAGE 57 of 77 CATE August 31. 1988

    • f"' .............. .,., ~ ..... ~ **
@Nso 5224R/314R880831 :50                                               CPAL-ISI-154 REV 2 8.1.2.2     Indications detected during examinations of the flange-to-upper shell weld from the seal surface at locations which are within 25 percent of the vessel through-wall thickness measured from the inner surface.

8.1.2.3 Indications detected during examinations of nozzle-to-shell welds from nozzle bores at locations which are within 25 percent of the vessel through-wall thickness measured from the inner surface. 8.1.2.4 All indications detected during examinations of nozzle radii and protrusions. 8.2 Valid indications are the result of flaw reflectors such as cracks, lack of penetration, lack of fusion, inclusions, slag and porosity. All other indications are considered not valid, including those.due to: scanning noise, grain structure, beam redirection, loss of interface gating, spurious noise from electrical sources, clad interface, straight beam back surface, mode conversion and geometric reflectors. 8.3 Valid indications meeting the criteria of paragraphs 8.1 and 8.2 shall be investigated by the examiner in terms of the recording requirements in paragraph 9.0. 8.4 Other transducers, search units, frequencies, techniques, etc., may be used to aid interpretation and investigation. 9.0 RECORDING REQUIREMENTS 9.1 All indications shall be identified as valid or non-valid on the data printout. Valid indications having amplitudes which equal or exceed the appropriate interpretation and investigation level within EFFECTIVE REVISED DATE August 31, 1988 PAGE 58 of 77 DATE August 31, 1988 

@Nso 5224R/314R880831 :50                                               CPAL-ISI-154 REV 2 the OD and ID boundaries of the area being examined shall be recorded per the additional requirements of Paragraph 9.4. Valid indications having amplitudes less than the appropriate inter-pretation and investigation level need only have peak amplitudes noted on the data printout.

9.2 The Flaw Detect" data acquisition system provides the following information. 9.2.1 A digital readout defining the location of each of the nine axis of tool motion. 9.2.2 Identity of the inspection channel. 

                                                                                      ~
              . 9.2. 3     The number of indications exceeding the primary reference level.

9.2.4 A digital readout in microseconds of the transit time to the indication(s) referenced from the channel 0 interface position. 9.2.5 The indication amplitude(s) in percent of FSH. 9.3 For examinations of nozzle-to-shell welds from the nozzle bore, "A" scan data will be permanently recorded on videotape for review and interpretation in lieu of use of the "Flaw Detect" data acquisition system. The *A* scan recording system is diagra111J18d in Figure 9. Operation of the system is described as follows: 9.3.1 Adjust the Sonic Mark VI. delay and range controls such that the artifjcial interface marker, set at the transit time. defined during system calibration, falls on the first major screen division (10% of sweep length) and the end of the gate set, as a minimum, at the length defined during system calibration, falls on the ninth major screen division (90% of sweep length). EFFECTIVE REVISED CATE August 31, 1988 PAGE 59 of 77 CATE August 31, 1988 

   @NSD 5224R/314R880831 :50                                             CPAL-ISI-154 REV 2 I

9.3.2 Calculate ,the Sonic Mark VI horizontal sweep calibration in usec/div at those sweep settings. 9.3.3* Establish an EBS pulse train to start at the sweep location described for the artificial interface and end at the sweep location described for the end of the gate. 9.3.4 Calibrate the sweep of the auxiliary "A" scan oscilloscope as follows. Adjust the sweep delay and range controls of the auxiliary "A" scan oscilloscope until the EBS signals described in 9.3.3 are at identical sweep locations as on the Sonic Mark VI. After this adjustment is made, tape down the horizontal fine adjustment knob. The horizontal sweep calibration (usec/div) of the auxiliary "A" scan oscilloscope is then the same as that determined for the Sonic Mark VI in paragraph 9.3.2 *

  • 9.3.5 Calibrate the vertical scale of the auxiliary A scan 11 oscilloscope as follows. Adjust the EBS attenuation 11 controls to obtain a 100% full screen height response for one EBS pu 1se on the Sonic Mark VI. View this same EBS pulse on the auxiliary "An scan oscilloscope and adjust the vertical scale such that the amplitude is also 100% of full screen height. After this adjustment is made, tape down the vertical fine adjustlftent knob.

9.3.6 Check the vertical linearity of the "A" scan oscilloscope per paragraph 5.2. 9.3.7 Field calibration checks with the EBS shall be recorded at the beginning and end of each nozzle examination. 9.3.8 The following information, as a minimum, shall be prominently displayed on the recording

  • EFFECTIVE REVISED CATE August 31, 1988 PAGE 60 of 77 DATE August 31, 1988
@NsD 5224R/314R880831 :50                                                   CPAL-ISI-154 REV 2 9.3.8.l    Plant identification.

9.3.8.2 Nozzle identification. 9.3.8.3 Transducer/channel ider.tification. 9.3.8.4 Artificial interface transit time and sweep position on the auxiliary display. 9.3.8.5 Gate delay and length. Specify the gate end sweep position on the auxiliary display. 9.3.8.6 Sweep calibration in usec/div. 9.3.9 "A" scan, tool position, and timing information shall be..,._ permanently recorded for scans of nozzle-to-shell welds from the nozzle bores performed per paragraph 7.6.4. 9.4 The following additional information shall be generated and recorded on an indication data sheet, Figure 10, for each recordable indication using the inspection tool under manual (jog) control. Prior to recording indications with a particular transducer/ inspection channel, calibration and instrument linearity shall be 

                   *verified. The indication recording sequence is illustrated in Figure 11.

9.4.1 Maximum indication amplitude in percent of the DAC calibration curve, search unit location as defined by the nine axis of tool motion, and transit time from the water/ steel interface to the indication. 9.4.2 Jog the search unit toward the reflector. Where a 20% DAC interpretation and investigation level is specified, record the search unit location as defined by the nine axes of tool motion and transit time from the water/steel EFFECTIVE REVISED CATE August 31, 1988 PAGE 61 of 77 DATE August 31, 1988 NSD 101* 07-H wp1QZIMI 

@NsD 5224R/314R880831 :50                                             CPAL-ISI-154 REV 2 interface to the indication for positions where the indication amplitude drops to 100% DAC, half-maximum amplitude (for indications with peak amplitudes exceeding 100% DAC), 50% DAC, and 20% DAC. Where a 50% DAC interpretation and investigation level is specified, this information shall be recorded for the 100% DAC, half-maximum amplitude (for indications with peak amplitudes exceeding 100% DAC), and 50% DAC positions only.

9.4.3 Jog the search unit away from the reflector. Where a 20% DAC interpretation and investigation level is specified, record the search unit location as defined by the nine axes of tool motion and transit time from the water/steel interface to the indication for positions where the indication amplitude drops to 100% DAC, half-maximum amplitude (for indications with peak amplitues exceeding 100% OAC), 50% OAC,and 20% DAC. Where a 50% DAC interpretation and investigation level is specified, this information shall be recorded for the 100% DAC, half-maximum amplitude (for indications with peak ampl.itudes exceeding 100% DAC), and 50% DAC positions only. 9.4.4 Jog the search unit back to the area of maximum amplitude and peak the indication. Where a 20% OAC interpretation and investigation level is specified, the length of the reflector shall be determined by scanning along the reflector's major dimension and recording search unit locations as defined by the nine axes of tool motion where the indication amplitude drops to 100%, 50%, and 20% of the OAC curve.

  • Where a 50% OAC interpretation and investigation level is specified, this information shall be recorded for the 100% and 50% DAC positions only.

9.5 Disassembly of the inspection tool shall not commence until all recordable indications have been evaluated by WNSIO. EFFECTIVE REVISED DATE August 31, 1988 PAGE 62 of 77 DATE August 31, 1988 

  @NsD
     !5224FV314R880831 :!50                                              CPAL-ISI-154 REV 2

~ 10.0 EXAMINATION RECORDS The followtng information shall be provided to document the examinations.

10. l The*test procedure 10.2 Description of the test system 10.3 Calibration records 10.4 Identification and location of extent of areas examined 10.5 Record of all indications recorded 10.6 Record of all evaluations of indications 10.7 Personnel certifications 10.8 Dates and times of examinations 10.9 Basic calibration block identificati6n 10.10 Couplant 10.11 Surface condition and surfaces from which examinations were performed.*

11.0 FIGURES Figure 1 - Sound Veloctiy Calculations Figure 2 - Screen Height and Amplitude Control Linearity Data Sheet Figure 3 - UT System Controller Data Sheet Figure 4 - . Ultrasonic Calibration Data Sheet Figure 5 - MTS Calibration Data Sheet Figure 6 - Field Calibration Verification Data Sheet EFFECTIVE REVISED DATE August 31, 1988 PAGE 63 of 77 DATE August 31, 1988 

 @NSD
     !52241V314R880831 :!50                                          CPAL-ISI-154 REV 2 Figure   7     Transducer Waveform Data Sheets Figure   8     Reactor Vessel Water Temperature Figure   9     Reactor Vessel Thickness Measurements Figure   10. Examination Parameter Records Sheet Figure   11    Ultrasonic Indication Data Sheet Figure   12    Examiners Evaluation Sheet Figure   13    Indication Analysis Table EFFECTIVE                                                    REVISED CATE          August 31, 1988     PAGE     64 of 77          DATE    August 31, 1988 NSD 1014 ~7*11 wo/02114f

@Nso 5224R/314R880831 :50                                                              CPAL~ISI-154         REV 2 Illustrative Only

____ cgj I 

                                                 '   \     4 \

T' A2 

                           'I
                                   *~        ~
I I  !

I TI i /// //, I A1A2 T/ / 

                   .i.. --~~  ----                                        Vs =.--i2-...i....C:_._Y.i.-P-
. A~J. T
                ,,          I    .
                        --- '  OPP.

I WH::RE: OP~= D1 - D2 ADJ= A1 -A2 TAN= ~ t~ HY P = C~.r = gpp 

                                                                          ;tr*l~

T - A r~.:.~~s1T -:-;~£ - A2 r:.~""s: r r 1 ~~ 1 FIGURE 1 SOUND VELOCITY CALCULATIONS EFFECTIVE REVISEC CATE August 31, 1988 PAGE 65 of 77 CATE August 31, 1988 

  @ NSD 24R/314R880831 :50                                                                                                            CPAL-ISI-154 REV 2 e                                                                                                                           Illustrative Only Mlt .. l*Htl 1.U I.

lll"ICtlOI Ul"Cll IUCtll WIUIL U t. ll**ATlll lllTUI 

                                                                                                                          *11 NOCIDUll Ill
                                                                                                                                                           *IV LllUlllY CMHILIO.                    .........      .... I ... 1110111 I CALllUttO* I I llAMIHtlOI UJ anllllATlll                 UMllll    IL*ID l

u11.11111 Ml'LltUOI COIUOl l .. Ulln I WUllCAl llllUllY "I I* I I ,, I ,. r

  • r*

lllllUCI 

        -LlfUOI                        * .,,. . .lltUOl CHUI                ,     L*n llCllVll Gii*

IUOll C*HGI Ill *UL II l*D *ULll 1 1 I 1 .. I I 1 I .. I ,, I 10 I 1 1 ae I M I I 100 

          "',,.                       -                        a ...
         .... ,..    ,..             -II A
                                     -11*                     ......,_.,_..

11-1* er 

                                     *UA e                   ........

CllAHIL IO. .......... AfTll I I CALllUllO* I I IUMIUt*H 1.u anuuTIOll Ch... .... ........ IW911 l IAU/11Ml AIOVll HOWll tlMHUAIOWll 

                                 -lllUDI co*1*01 llllUllY                                I                          WlltlUI 11.iu1n     '"'I*  I lllllUCI
                                       *          . . lltUOI                       llCllWll GAii       111 *uu&   I 11 I 11 I   JI I M I II I II I 11 I to     I to I ,,..
        -\llUOI
                                        .... an11c ... H  LmTI a ...

llfOll CHIGI ,.0 PUlll 1 I I I I I I I" I I 

         -***                        -II*
                                     ***                      ....**~*-u
                                     *llA                      11-11 FIGURE 2 SCREEN HEIGHT AND AMPLITUDE CONTROL LINEARITY DATA SHEET e

EFFECTIVE REVISED DATE August 31, 1988 PAGE 66 of 77 DATE August 31, 1988 

@NSD 5224R/314A880831 :50                                                                                               CPAL-ISI-154 REV 2 Illustrative Only
                          *n*a..1111.&1.1.
                           . .CC1111 l . . WICU IUCTH WUlh U. UoWIUntl
                                                                    !'I.Mt IHlllllll&-111 NCHGI 10 1111 l&llC*

IU1A5l PllOCIOUll 

                                                                                                                     **                       U*
                                                                *11c 1'111* Cll110&1 HO CllOITUMI Cllt
        *UPllLIY llCllWll MCOAlistitn*a A&A . . Hfll ll!11 1'1i"11
                                                                                     , ....... ,0 COUITIOll Tl ... Utull
                                                                                                                      *AUi 1u*ca1111t                        WllOCl1' PIHUllCY c.ttlllll -         ...

PIUll MtlL wu1c1n IYIC 

                               .a**
                               . . .I lllP\IY lll'fll           Ill Attllll&TIH IYl11* COltlOllll llH Ulll 1t9't11 1.1........ 1 1.1., . . . . .

CUCI *1111 ......,. a 

                                                                                         ..LaMCU                     llTIPICIAl I. J .

Cll&llll 10.

  • I I I
  • II II 12 n ,. ,,
       ,.,, ... 10 .
      .. UWIO.                                                                                                               ..           -

NtAWCAll llCIUTI 10. llC llUY I HCllllYI

  • llC DILIY I llC DUH 4 lfC ILIPt I llC l&OM I llC ILDPl 1 llCIL~
  • Utt lflU llll lllOTll 1111 IHIC + + + + + + + + + + + + + + + ~

FIGURE 3 UT SYSTEM CONTROLLER DATA SHEET EFFECTIVE REVISED CATE August 31, 1988 PAGE 67 of 77 DATE August 31, 1988 

 @NSD 5224R/314R880831 :50                                                                                                                                 CPAL-ISI-154 REV 2 I

Illustrative Only Wll'*U*OVll IJ ID lllVI CTIDI II IWICIS WhDlll P&CIHI ID l&ITC'I OUT&'I '"" UICTDI WUlll U I llu.t*UTI. . 111***11 l&TI ,*0:1ou11 Ill If t "I Cll& . . ll *O QI TIUIOUCI I fl&U01*tll lfll1a1 *O llll 1111 I lllOUl*Ct *CIDllT ucu llfl&CTID HCll 

                                                                                                                                                     **Tl*
                                                                                                                                                      ,.,.          ca111ut10*

llOtllO CU1I lOCTM O*UHCI. **'111uo1 Cllllllll*D* 111 *n111 Tlllllt l*l lllltl If ' I ' DI,. . . 111THCI I ISll llCUll llllltt* lll1ICTO* UCIT*O' ll"ll 

                                               &W111UDI                TIHSIT
                                                                                         *"'         *lh
                                                                                                                           .....                  _,...     .....        "           -*~
                                                                                                                                                                                                     *N".

4' 

             ...,,c.,,.                 U\lllllTIDI
                                                                                       *111 CllCU\IT\O .. ITll 01STUCI                                                I 0*1 * *' :1
  • nw1111u11 wtuc1n lll'LIC1011 Cl\ CU\ If IOI I I TU.SDICll-<) r-;-: 1Ull* ,,,._ 
           *llOC*"

C&ll. . &TIOI fllT tlOC& 

                                                                                                                                                           ~        f*I i -

l*I iI llllllUHCt 'VIII Oil &* I IS ***OM*lllOI PUUI *&II'° COUii 11111UITIDI , ,_ 1 

      ,,. u aorro * * *.o fv. U "      **If*' Lq ~1*.*lt :1111-~

I I I I ' I I I I J I I

  • I I
                                                                                                        *I
  • I I

I I I I 

                                                                                                                                    *I *I       I I    I I
  • I c I I I 0 I I I

I IOtU Ill ' " '"' UTll*llTllTl,llD SDllCITIH*C011TI011*****1*1 . .nuec1TU'1*C1 o* 11 * '"' 1111:11 or 1111 *u1~1 *Cl* Ull* *1111101t*I111A*:'..e1*till'lll"" ' 

                .,. :** ........ ,,, .. ,,, ,., t*lt1* .11111110 IDtl **l-*111* ,,_tot! *""- .. 1110 ... *111
                              . -:***,..,,, ... ,.,ft.                                                                                                                                                    I
     *****\           I l

_J FIGURE 4 ULTRASONIC CALIBRATION DATA SHEET EFFECTIVE REVISEC CATE August 31, 1988 PAGE 68 of 77 CATE August 31, 1988 

-        NSD 5224R/314R880831 :50                                                                                                                               CPAL-ISI-154 REV 2 Illustrative Only
                                                                        ,u.,                                *n                                           l&ltC*

eUt*Ullllt e 11 I 

                           *lllCUle II IYICll                           *lllll                              PUUll IO.                                     1111HI ltACtlA Vl81l 111. U_&t ...

llUSDUCll CllAHll H r:.U*U .. R* lh v11111u110101 llUSDUCU CllllHTIOI ca1111a1101 elUI vtLICln .... u, .. o IUllttOI 10 CAlCUl&tlD ealll ,.,. 1*C*U1 TIUSl1 4'1UCIHSI " ... ......... Mlf\11UDI llCllVllllll CHIU U11*H I"'&I. lllT . . Cl ..,111 UOI C& LllU 1101 II T119'& 

                                                                                                                                         .......... ..,,..,I lllfTIU& 101 UAllOUTIOl1 llCllVU U1e      OlC DllAT 10 t 111M1111u . . 1D
                                                                                                    ,                                  ""II         IULIC1PISI COAIH 1111l              #

111011 fa&* lllllCIOA tD tMllCOIOSI 

                                     *A If I YllOC1n
                                     . . .1111111
                                                     ,., ... u ..

llOYlt. 

                                                                            *111&1COIO llCllWU Clll 111111 ..

llOYll UHIL1P H*nn i.i11cn*1 eatll vUOCl1' ollllPllT ... llU.1.IJ 

                                                                                                                                                                . 1101111
                                                                                                                                                                                     ** .ucno HCltvll Ute CIAlll U
                                                                                                                                                                                    *uov11
                                                    ........ lt-ai llU              ,..                               .*.*..*.*.:*:-;.*.* ... .. . . .. . .
11. .1111 u-m llU It 1011 -
                                                                                         &fTll
  • 1t111tto*

10 t111&COIOSI l*Ullllt ft.I IU Hlvlt llCllvflUll UOWll llfllCTM II. TUlllT lllllCll*I tllllPlnffl 

                                                                                                                                                               ... . . Ull Cl. ., &I llOVll HC11vU Utl
                                                                                                                                                                                    ..... u 110¥11 11....llll-ID llU'            ,.

UIMlacl1l-ID ltOI J MTS CALIBRATION DATA SHEET FIGURE 5 EFFECTIVE REVISED DATE August 31. 1988 PAGE 69 of 77 DATE August 31, 1988 

@NSD
   !5224R/314R880831 :!50                                                                             CPAL-ISI-154    REV 2 Illustrative Only
                                                        *La*1                         .....                ICITC*
                   *n  ..c*OllU UJI                     W&LlllSI                      **~*&GI 1111         QUI&"
                   *S'lr"D* SUV*CIS ll&CtO* WIDh UT U..,U,. . .

Tl&llSOWCUIS1 "OCIOUAI Ill 11 ... LOC WllOI lflOlf IU* C&ltlUTIOll wUtflUTtH anu II** MHTftfllll. . . . I ....... I FIGURE 6 FIELD CALIBRATION VERIFICATION DATA SHEET EFFECTIVE REVISED DATE August 31, 1988 PAGE 70 of 77 CATI August 31, 1988

@ NSD 5224R/314R880831 :50 CPAL-ISI-154 REV 2 Illustrative Only M lfo*,*OUll *I 1 I 

                       **"Ir  110* II *w*Cll II ICIOI wUll 1 U 1 I l ..... .,,0.               Ou  ta"
                                                                           'IHIDUCll 11*Oii01*
                                                                                                 , . . ClDUll 111*

t1a11siwit* **'l.. I* 11&*u* ac1u111 au.a& 

     *uounc*            ***

ACT*Wl ur***T . .111109 llllJll DKll 1llUll Cl. . ICTll1'*l *** .......tt*ll*** IH1a.1*1ll 901hl*ll* II! **** 1:1 **, ! 

                                                     ***&ll. .11
                                                     , . . ,.,., K&ll
                                                     *lll. . fll IClll
                                                                                 *115 'E 1Y
                                                                                                              "'°"
    ..... , 1111111*                                 UulHTl . . N'I                                                          I llClllU U**ICIAlll                               UUIHT* ¥1411 ftfll UClowll H**"*ll fUOUllCT fllfll
    ,,                                               llfl
                                                                      !11'1' ..
    "11 1 !! 1***
        ..."                                         111* 1 11 asn*a;111 11&*u*an1111 Ullll*lll
                                                     *111u1*111 lllTICll IClll                   tp*y                        ....
                                                                                                           ...,"'°"

90111111 ll ICI& I j!SI C'OIW Uu1HT1*UTI lUl.I!.!! C&lll&lfl. . HUI"'" f&ICIT FIGURE 7 TRANSDUCER WAVEFORM DATA SHEET EFFECTIVE REVISED DATE August 31, 1988 PAGI 71 of 77 DATE August 31, 1988 

 -     NSD 5224R/314R880831 :50                                                                                            CPAL-ISI-154 REV 2 Illustrative          Only
                                                   *£=:4'~'  Y(!S[L  **~r: ~r**!='~'-'E Tiit fol 10-1"; 1ftfOl"!P.1t1c" 111tl l Dt recc*uo twtr1        1 ° 1111r1"i :111 1 , 1-,,1n 1or..

s:it: 

                                                                                                           't*1=* :t::P:**;
                                                     "*~**

Tl""DtratWf't ps:r Ti"'t Tr:P*t~*'t 1~ 1 :...-i:t~,:* !s~-:t '*":-!:*:* I 

                 ~.

FIGURE 8 REACTOR VESSEL WATER TEMPERATURE EFFECTIVE REVISED CATE August 31, 1988 PAGE 72 of 77 DATE August 31, 1988 NSD 10H 01-n wo/025'f 

 @NsD 5ZZ41V314Ra&0831 :50                                                              CPAL-ISl-154 REV 2 Illustrative Only l£ACTOR VESSEL. THICQIESS l£ADINGS TUHSJT TIME         THl t 1()1[ SS LEVEL 11      OATE
              ~per     Sht11 lntt"'ICliatt Sht1l Lowtr Shtl1 IO!tClfll HtlCI Owt ltt Nozz lt * * -

Saft £nCI 

             . Jn1tt Hozz1t Sift EnCI FIGURE 9 REACTOR VESSEL THICKNESS MEASUREMENTS EFFECTIVE                                                                       REVISED CATE          August 31, 1988               PAGE        73 of 77               CATE     August 31, 1988 NSO 101* 07-n woJOZMf

  -     NSD
    !5224A/314R880831 :50                                                                             CPAL-ISI-154 REV 2 I

Illustrative Only 

                                                                                                                                 -~

9'1T*l*lftl I I I I 

                                                           .. LOiii 11111 F8611il *O IOUIA~I
                 *&n1*                                     ".......

la*ICTIM NIWICU iruau 1' ......., , . 1161111*1 IPCO:I OUOI llW anuaL J.f NS11101UHO " " UlllC1tHS**11 UCOIOS* WMftlUCll ID eUlllCI 

                          *011TtOI ro* c*n IHI tUH
                                          '"'"DI llTfWIOtl ftfll . . Tll ft AW IL FIGURE 10 EXAMINATION PARAMETER RECORDS SHEET EFFECTIVE                                                                                    REVISED OATE        August 31, 1988                   PAGI            74 of 77                       DATE     August 31, 1988

 -     NSD
   !S224R/314R880831 :!SO                                                                                                        CPAL-ISI-154 REV 2 Illustrative Only
                                                               " ,,...,                                      Ul..*AC&Ulll .              *Oc*
                   *act*"91Ll.1.l. . . .1"9
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                                                                           '911l1M M ,.,.. IUt HlllO *Nllltfft                    *OIUflOI I 0 II .
                                                                            *Alll*l*llT ....
                                                                                                           "".                HOIUS                11,...
  • l h
  • l l Wlfll *1t*-11llC. l*llfl...IL . . tlL WUIClfW ...... c. rl'M**1111*11*_.,11c
        .... ll'LICfl8 _,L"lll 4' llCI                                     . . U . . 1&& WtLICITW                  -.iuc.           rl'U**ITILP11*- .. uc LHIT****-

MIPLITUll CIHTI I I 

                                     -ca*""',
                                 "'"        I I

I I I i1H1* *IAIUAl*H ltftHC I 

                                                                                                       .... I I

tll,llC ...... I 

                                                                                                                                              *oac I

II' 01~ 

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         *lf*COU&fl
          *flL '6t*
                                 *oac
                                                *oac        ......

CIHft ltftllC .... ... 

                                                                                                                  , ,           ......        "'oac           II' DIC UH t* POSltlll 11 I
           -LlfUOI 9101*COUHI fti'OIC        lftDIC      ......

ct*fl 

                                                                              **oac                    .....      tMOIC         ......        ....,.,         ""oat
          *rALPlf*

u*et* *01moa ao a 

           -LltUOI
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                                 .....,         llftUC        """ ""' .., ....
                                                            ......                                                t*llC         ......        ......,         "'- OIC
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IOU *1 It Ht .... , . . . llJl8lllCI t * "9'WTll ""81 llT

  • CAlClllfllf . . t
  • CHtllUal If,. 1111NUCTll1810 , .. IUlfltl PU fl 011 SI I HL*ltlhlST II Clallllll . . . I llfl*a*I f81 ll. . llTH ......

llllAIU 

     ~*

FIGURE 11 ULTRASONIC INDICATION DATA SHEET EFFECTIVE REVISED DATE August 31, 1988 PAGE 75 of 77 DATE August 31, 1988 

 -      NSD
   !5224R/314R880831 :!50                                                                                CPAL-ISI-154 REV 2 I

Illustrative Only P\MT ..,, 11\,TCll 

                     *HTIQllOUll 1.1 I .I.

191P1CTIOl IUVICll WILDCll ICM U. OUTAGl IUCTll VUllL *.T. U . . .ATIOI llAlll*U "*II DAU r:yctOUAl Ill" llAl... H1 IVALUATIOl IMUT COOi IVALUATIOI COOU IVALUATIOI 1onm1CATIOI '"' IO. llD. JD.*. ... CODI HllAllU llUllUlll ll1Tllll '11A"lO" *111111z11& 1.. 0llMATIOl II Oil AlllO Pill ,.OCIOUAll u VAllO

  • llllCDllD PIH AMPUTUOl 1' IDT'11Aff1D'1 t.1 VALID* IHlll ""' 01 VIDIL TllllDUCll *AU IAllGll llAllll -

1J VALID. Dun* m1 DI VllllL TlllllOUGM *AU IAIGLI llAllll u "ALID

  • IACIWAU ICllO
  • ClllUTllll TllH llDICATIOl 1..1 u VALID* IAC&WAU ICllO
  • UD TllH llOICATIOl 1..1 u IDI VALID* llllMlllll HTllll llUIOll 1.1 IOT VALID llTlllf&Cl 11 CATIO AllU u IOT VALIO
  • IACIWALL ICllO II CATID AllU u IOT VALID* LOii O* 1*TU*ACI IATl*I
       ,. IOT VALIO IUIOITlllYlllAMlllll l*Tllll lllAIOll u   IOT VALID
  • IUM lllOlllllCTIOll u IOT VALID* Hiii Ill TUUlllT u IOT VALUI. CLAD *ou TUT IOT VALID* ClllCI JOA HAW DITICT DPUATIOI llVll*HY LIVCLll* IATI:

IATI: l!'I= 

    *~J FIGURE 12 EXAMINERS EVALUATION SHEET EFFECTIVE                                                                                         REVISED DATE          August 31. 1988                         PAGE           76 of 77                     DATE    August 31, 1988

@NsD 

  !5224R/314R880831 :!50                                                                                                        CPAL-ISI-154 REV 2 Illustrative Only l**ICATJCll MAL TSIS TABU wCLNsl _ _ _ _ _ _ _ _ _ _ _ _ uuc11n1011 _ _ _ _ _ _ _ _ _ _ _ _ _ __
                          ".,.r;:,.          )."- f-q,+ ,c- ~,..'          ,.,.                      '-'~" ~,.        a\*'               ,1"
                       ~\                        t;) <:l ~~            +                                           ~V.      "        ).\
                             ,,._,, *~'r,.-c.;)9~ "'+ ' \                               \!..~~ ~\. i:I- \f..'\ ...      ,I ...~"tt;        CIM'.(~HS t;."i-G                                         q.*       .,.,
                                                                        ,      * ,1 '
                                ~.,.-..'*\*<;:)*      * . q""'   \,.      ~ \)        ..,+        ~        ~~*                ~

FIGURE 13 INDICATION ANALYSIS TABLE EFFECTIVE REVISED DATE August 31, 1988 PAGI 77 of 77 DATE August 31, 1988

  • l Bend --0 @)--- Line Continuation Branch Connection, Requires I E°:xsm1 nation With Branch Penetration of Wa11, etc.

U ne S ho'w'n in Detai 1. Line Ho. 

              ~

I Branch Connechon, Requires Line Size Examination With Branch Une Sho'Yn on Another Isometric. x Pipe L 1Jg ( ~) 

              ~

Branch Connection, Does Not I Require E.xami nation. Pipe ~estraint. 

                                                                       ~ot Welded
  • Butt Weld T

Pipe Support .. Welded (] Cap . e* Class X Class '(

  • Class Boundary EL Pump
                                                         -~            Reducer
          "'.....-,19
         ~

Coupling 

                                                               )       Socket Weld Cross r-       Tee Elbov
                                                              *r-      Va 1ve , Ang 1e
   ~~                       flange
                                                           ~           Valve. Check Floy
  • fl o-.r Direction
                                                           --x~

Valve. Other I, line Brealc Whip Re.strai nt SYMBOLS FOR WELD I OENTI FICATION DRAWi NGS

APPENDIX A

  • CLASS I WELD IDENTIFICATION DRAWINGS Page Reactor Pressure Vessel Weld Seams A-1, et seq Pressurizer Weld Seoms A-2, et seq Steam Generator A-3, et seq Reactor Coolant Loops A-4, et seq Primory Coolant System - Pressurizer Surge Line A-5 Primary Coo 1ant System - Shutdown Coo 1i ng System A-6 Engineered Safeguards System - Primary Coolant System A-7 Engineered Sofeguard System - Safety Injection System A-8 Primary Coolant System - Safety Injection System A-9 e Primary Coolant System - Safety Injection System
   *Primary Coolant System - Pressurizer Relief System A-10 A-11 Primary Coolant  System~- Pressurizer Relief System   A-12 Primary Coolant System - Pressurizer Spray System     A-13 Primary Coolant System - Pressurizer Spray System     A-14 Primary Coolant System - Pressurizer Spray System     A-15 Primary Coolant System - Droin Line .                 A-16 Primary Coolant System - Rodwaste System              A-17 P;imary Coolant System - Radwaste System               A  1 0 ri.-1u Engineered Safeguards System - Long Term Coo_ling     A-18A Engineered Safeguards System - Long Term Coo 1i ng    A-188 Engineered Safeguards System - Long Term Cooling      A-18C

',. rp1280-0316s-46-09 A-i 

                                                          'RtVTS TUff ~

Page Primory Coolont System - Rodwoste System A-19 e Primory Coolant System - Letdown Line/Drain Line Engineered Safeguards System - Safety Injection System A-20 A-21 Engineered Sofeguords System - Sofety Injection System A-22 Engineered Safeguords System - Safety Injection System A-23 Engineered Safeguards System - Safety Injection System A-24 Engineered Sofeguords System - Sof ety Injection System A-25 Engineered Safeguards System - Safety Injection System A-26 Engineered Safeguards System - Safety Injection System A-27 Engineered Safeguards System - Safety Injection System A-28 Chemical and Volume Control - Charging Line A-29 Chemical and Volume Control - Charging Line A-30 A-31 Chemical and Volume Control - Pressurizer Surge System Primary Coolant Pump - Supports and Bolting A-32, et seQ e Primory Coolont System - Flange Leokoff A-33 Regenerative Heat Exchanger A-34 Primary Coolant System - Controlled Bleed-Off A-35 Part One Primary Coolant System - Controlled Bleed -Off A-35 Part Two Primary Coolant System - Controlled Bleed-Off A-36 Part One Primary Coolant System - Controlled Bleed-Off A-36 Part Two Chemicol and Volume Control - Letdown System A-38 Chemicol ond Volume Control - Letdown System A-39 Primary Coolant System - Sample Line

  • A-40 Engineered Safeguard System - SI Bott 1e Discharge Drain A-41 rp1280-0316s-46-09 A-ii

l*:ongit:Jdin-ll ....... 1.j .:,t 21 o*) i: 0.'"' t~Jpi*~--sl *)T ~hr°'!>? \*N~~K*r'I*; (1-112A .. 8 :~ C) 1.:pp~r 01Jtlo?t nott.1t?-+>>-*,.~-sso?1 

.-::r:~ 11                                                                  :::t-i.;.n *w*.,.M-bJpi*::.:i: *)t h10
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                     "-SAFE END (H535)

I PRIMARY COOLANT SYSTEM if PRESSURIZER SURGE LINE 

                              <"/...,  1034 A I   .;I                     PCS-12-PSL-IHI
  • CC-2
                              '"I'                      CLASS 1 PIPE:         12*

PRESSURE CONNECTION A-5 MAT: SS SCH: 140 N. WALL: L 125* CAL OLK: 12-SS-140-Ll25-14A-PA REF_ DR: M-201

  • 03359 SH I LOCATION: CONTAINMENT. 608" EL INSULATED: V£S 0
  /(h11~1~,J: 5 o.:;j.;n/'lo

PRIMARY COOLANT SYSTEM 

                                         ,,,,.~       _,,                          SHUTDOWN COOLING SYSTEM

_n.; .. 4' PCS- 12-SCS- 2HI 

                         ".. *.~*       ,
                        ~,.~SAFE                          END CLASS 1 PIPE:

MAT: SCH: 12* SS 140 "1' ""' EL 614" 2 N. WALL: 1 .125-CAL OLK: 12-ss- 140- 1.125- I 4A-PAL REF. DR: M- 201/M-204. 03360 SH 1 LOCATION: CONTAINMENT. 608" El INSULATED: YES 5 45° EL 6 7 I 6 ~. 

                                                                                '8PL 8PLS OPR (H800)

A-6 1 OPL-AS 10PL-A 10PR-A (H801) (H802) (H803) (H802.1) (H::i03 .1) 

 'J   .               .

/:fv1::;,~,..): 5 o~/~7/?o

cc FOf': PENT. PCS-30-RCL-IA SEE f 16. A-4 4 

                             -EL616" 5

ENGINEERED SAFEGUARDS SYSTEM PRIMARY COOLANT SYSTEM ESS-12-SIS-1A 1 CC-4 PCS- 12-SIS- 1A1 CLASS 1 AND 2 PIPE: 12* A-7 NAT: SS SCH: 140 N. WALL: 1.125-CAL BLK: 12-SS- 140- 1. 125- 14A-PAL REF. DR: M- 203/M- 201, 03362 SH 1 LOCATION: CONTAINMENT, 608" El I NSl\.LATED: YES 

                                     . ,~
 /)

A;;;;>r~J: .5 o~/J7/7c. 

        \-

5PR 3PR 7 (H729) ($730.1) .__,...._ - (H728) 7PL-1 THRU 4 I 7PR 60° EL ENGINEERED SAFEGUARD SYSTEM PRIMARY COOLANT SYSTEM SAFETY INJECTION SYSTEM EL 618._.. ESS- 12-SIS- I B 1 CC-4 PCS- 12-SIS- 1 BI CLASS I AND 2 PIPE: 12* MAT: SS SCH: 140 N. WALL: '- 12s-CAL BLK: 12-SS-140-L125-14A-PAL REF. DR: M-203/M- 20 I. 03363 SH I A-8 LOCATION: CONTAINMENT. 608" EL INSULSEO: YES 

 '/

kv1~1~,J  : 5 c:}j;n/10

I,., U) ,.,, (J) I "" (J) 

                                                                     ~*

IE~ 

                                                                     '     I FOR PENT.

SEE CC4-PC I CD (J) I - I ~~ 

                                                                     ~ CJ)
                                                       \

I ~ __j_Gc 8 c N 4PR-A 3\ Mo~cc I , ~ Cf) Cf) I 

                                                  \,""'
                                               ~~* 2PR 2 N

I Cf) Cf) (H750) 9 ~Q~ ENGINEERED SAFEGUARDS SYSTEM PRIMARY COOLANT SYSTEM (CC *12") SAFETY INJECTION SYSTEM ESS-12-SIS-2A1 CC-4 PCS-12-SIS-2A 1 CLASS 1 AND 2 PIPE: 12* MAT: SS SCH: 140 A-9 N. WALL: 1.125-CAL OLK: 12-SS- 140- 1. 125- 14A-PAL REF_ DR: M- 203/M- 201. 03364 SH 2 LOCATION: CONTAINMENT. 608" EL INSULATED: YES 

 //

hv1~1;.,,J : 5 acJ/,;n /'lo,

FLIJ'*r/ ~ 

                                                                    ,,,/---- 7 6PR-2 (5758.1    )l               _,,-"
                                                                                                 ,j 9PL-1 9PR

( 

                                            \
                                                 '*                                                 (H758)

EL 618'*-.._ ,,,; ESS-6-SIS-281" 

                                                                                                                                          /

SEE FIG.., A- 24 ESS-12-SIS-281 4PR-1 (H/ 6 0) . / / / c~LA"'S 

                                                                             '/
                                                                            ~ -
                                                                               .,,,,.,~ '-...

CLASS~ CK 3147 *~ 12 13 CK 3146 

                                                                                                                          ' - JCS-12-SIS-281
                                                                                                                         ~4*
                                                                                                                             -~

15 

                                                                                                                                    ~

SAFE END 

                                                                                                                                       - -
  • PCS-30-R~28
4. --- - - SEE FIG. A-4*

3

  • A '/PR '

(H761\. '. . 

                  'L . . . .             tALL,'
                      }        '              .                      ......
       ')....             'J..                  -. . . . . . .'           .
           ~ ~10V                   3052            --..~-....... FOR PENT.                           ENGINEERED SAFEGUARDS S'v'STEf1
                 \:"~                                                        SEE CC4-PA               PRIMARV COOLANT SVSTEM
  *~CC/.,,..
  *.*...... GC                    '   '-                                                              SAFETY INJECTION SYSTEM
      ..-~ ~                         ESS- 12-SIS- 1DS
JEE FIG. B- 43 ,...._ E55-12-515-281 CC-4
                                                                      ~        EL 627'                   PCS-12-SIS-281 CC-4 CLASS 1 AND 2 PIPE:           12" MAT:            SS SCH:           140 N.WALL              1.125" CAL. BLK: 12-SS-140-1. 125- 14A-PAL REF. DR: M-203/M-20 1, 03365 SH 1 LOCATION: CONTAIMENT, 608' EL INSULATED: NO A-10

                                                                                            /

NON CLASS PCS-6-PRS-181 (TVP) CLASS 1 

                                                           ,.r/' /
3EE FIG. D-113
                                                                                                       /
                                                                           /'                        /
                                                                                                 .J' PC:3-6-PRS-1 A 1 R'y'

.......,_ . 1040..-****. _... p~* 

                                                                   ,r               *:.EE FiG. C'-113
                                                                                   ./

PCS-6-PRS-1C1 RV  ;~- ~ 10 3 ~*r

EE FIG. D-113 - -... -r.*-*-.,~ 041 11 ....... *>! i::lT ,_.,../
                                 --./'\     v,n          1         ~

1 BT ~-J *M~- --i./~1 / . >:.- 1 BT 01 

                                                ~                  /~

PRESSURIZER T -7'? I.;... PRIMARV COOLANT SVSTEM PRESSURIZER RELIEF SYSTEM PCS-6-PRS-1A1 . PCS-6-PRS-181 PCS-6-PRS-lCl CLASS 1 A-11 PIPE: 6" MAT: SS SCH: 40 N. 'wALL 0.280" CAL. BLK: 6-IN-X-1.714-32-PAL REF. DR: M-201 LOCATION: CONTAINMENT, 649' EL I NSIJLATED:

PRIMARY COOLANT SYSTEM PRESSURIZER RELIEF SYSTEM PCS-4-PRS-IPI PCS-4-PRS-IP2 PCS-4-PRS-IP3 CLASS PIPE 4 .. MAT. SS SCHED 120 N.WALL 0.438 .. CAL.BLK. 4-XX-120-0.438-15-PAL REF.DWG. M-201 SH 2 03375 SH 2 LOCATION: CONTAINMENT 649' EL INSULATED: YES 6 A-12 J A;v,~16.._i " 5 c._'}*~l*'lc'

e* AUXILIARY SPRAY LINE 

                                                                        ~.
                                                                                 ----- r***..J .
        /

FOR PENT. 

                                                    - - - EL 6r:4*

17 .J

3EE C9-PD FOR PENT.

SEE CC9-PE 

               ---                                        (H11)

(./ lOPR-A (H10.:2) 

                ~
                   \     ~

v MAIN STREAM DOWN. COMERS 1 s 14 I I I 12PR-A. _...--, (HhENCH \\ ( '\ TANK _., ,. _j PRIMARY COOLANT SYSTEM I PCS-3-PSS-181 SEE FIG. A-15 

                                                                      \
                                                                        \ ...Y    .,..

PRESSURIZER SP RAV SYSTEM PCS- 4-PSS- 1P1 CLASS 1 PIPE: 4" A-13 MAT: SS SCH: 120 N. WALL 0.438M CAL. BLK: 4-SS-120-438-15-PAL 4-1 N-X- .594-24-PAL REF. DR: M- 201, 03361 SH 1 & 2 LOCATION: CONTAINMENT, 608' EL INSULATED: YES

22PR jJH26) 23 / ., 

                                                              ~
                                                                /

PCS-4-PSS~lPl

EE FIG. A-13 21PR

(- -. 

                                             /'                          '--         (R27)

EL 643'_,.. 21 20 

                                                                               ----._EL 642' 1SBC-.,

EL 620' ~ 6 5 PR - 8 (R 1 . 1) 

                                        °""*'-, ' /.c: -
                                                        *~
              /

c FLOOR-7_. 

                                                                       ~ FLOW

_./'./ 9 .3 \~--~ 

\\EL611' 1 o    I I I FOR PENT.

SEE CC9-PF I-I 1OBC-8 PCS-3-PSS-2A1 PCS-30-RCL-2 A 1OBC-A (CC-9-3") SEE FIG. A-4 ........ PRIMARY COOLANT SYSTEM PRESSURIZER SPRAY SYSTEM PCS-3-PSS-2A1 CLASS 1 A-14 PIPE: MAT: 3" SS SCH: 160 N. WALL 0.438 .. CAL. BLK: 3-SS-160-.438-16-PAL REF. DR: M-201 . 03361 SH 2 & 3 LOCATION: CONTAINMENT, 608'-624' EL INSULATED: '*IES 4.,,;~,~.J: 5 o.Jj-.,,-

3 PCS-4-PSS-1P1,. .-

>EE FIG. A-13 PCS-30-RCL-18 21 SEE FIG. A-4 20 ---EL 620' (CC-9-3")

6PS 6PSS. 17 8 14BPR J/ (H15) _FLOOR,,.. 

                                                     ,     ,.,.~. _/~         FOR PENT. *
                                                     ~                        SEECC9-PA
                                              /*       /

FOR PENT.

3E ECC 9- PS-----~- /
                                               ./
                   /

FLOOR,.. J ...~"- 

                            /.

14PR-B (R22) ,,---~~ A-15 14BC '11056 8PR-1 (R20) PRIMARY COOLANT SYSTEi1 PRESSURIZER SPRAY SYSTEM 14 _/ 13 PCS-3-PSS-161 I EL 609' ,,,,,,- CLASS 1 PIPE: 3" MAT: SS SCH: 160 N. WALL: 0.438" CAL. BLK: 3-SS-160-.438-16.-F'A.L REF. DR: M-20 t' 0336 1 SH 4 I LOCATION: CONTAINMENT, 608'-643' EL 1 INSULATED: YES I 

~,;,~:     5

                                                                                                                                                                         /

PCS - 3 0- RC L - 1A ,; SEE f IG. ,A- 4 

                                 '*..... PCS-2-CiRL-1A1
                                                            '**.......                                                                               \ 3
                                                                                           ~
                                                                                            ***,...,*..... ......__/*
          -,__                                                                                       /
                  "-...,                                                                    ~
                         **,., CLASS 1
                                       *"'--. .,,...,,..*.~
                                           /
                                                               ...,,,                       ~-*. V 1021A
                                                                                                                 ,;
                                                                                                                          /'*

AU . NO~ C~ASS ~,* ,.._ ,_ 6 . RW .J - .::. - DR L - 1A 1  ;;::!-?-, 

                                                              ,,,,,,.... v 10218 PCS DR L - 1A 1
                    /4'       SEE FIG. C- 7 PRIMARY COOLANT SYSTEM RADWASTE SYSTEM DRAIN LINE PCS-2-DRL-lAl R\N'S,..2-DRL-1A1 CLASS 1 PIPE:

A-16 MAT: 

                                                                                                                                          ..;.

SS 

                                                                                                                         *SCH:          160 N. WALL            0.344" CAL. BLK:

REF. DR: M-201, S/N 315 LOCATION: CONTAINMENT, 606' EL INSULATED: NO 

     ---.... PCS-2-DRL- 181 3

PCS-2-DRL-181 

                    ;

/4' SEE FIG. C- 7 PRIMARV COOLANT SVSTEM RADWASTE SVSTEM DRAIN LINE PCS-2-DRL-181 R\¥5-2-DRL-1B1 CLASS 1 PIPE: 2" A-17 MAT: SS SCH: 160 N. WALL 0.344" CAL. BLK: REF. DR: M-201, S/N 315 LOCATION: CONTAINMENT, 608' EL INSULATED: NO

_,,,/ PCS- 42-RCL- 1H SEE FIG. A-4 

           /
               . . . . . . n\:

1' 

                                                        , / / ':\

PCS-2-DRL-1H1 :f'"' 

        **                             R\v'S-2-DRL-1H1          \)'
           ~-"'-        S '            _,,......-

7 **~\.. --<_""' '*/'\,_ \ MV-3091-A v 1094A\/f::.......__ ' 10 9 *::::).'.._~ I 

                                                          ~
                                                           , t\\(

MV- 30 91_ 13

  • I 12 ~

I in~1516 ESS-2~LTC-1 B v'f=:~ I V- l 0948 SEE FIG. A-1 SA I M'l-1 O~ 

                                                                                              ,   '1 PRIMARY COOLANT SYSTEM                                                    SEE FIG. A- 18A I

RADWASTE SYSTEM DRAIN ESS LTC- 1B 

                                                                                    /'
                                                                                                    ~ CONT. FIG. C- 7 LONG TERM COOLING PCS-2-DRL-lHl RWS-2-QRL-1H1 CLASS 1 PIPE:              2" r1AT:            SS                                                                  A-18 SCH:            160 M. 'A'ALL:          0.344" CAL. BLK:

REF. DR: M-201, S/N 315 LOCATION: CONTAINMENT, 608' EL INSULATED: NO /:...;,~10,.J : 5 a°'/~1/90

  • I CONT. FIG. A-1:?

20PR 

                                                        ~i6;-Cl ASS
3EE FIG. A-188 E%-2-LTC-1B 21 EL. G18'-6" *r'.
                                             .. A.. cl':'ss 1\.                        /    R'w'S-2-DRL- 1H 1 E::;S-S-L TC-1 A

( 22 

                                                               \       ESS-1-LTC-1J""'~ONT.       FIG. C-7 1
EE FIG. A-1 SC \ CV-3085
  • I
                                    ~            \         CV-3084 .., ....
                                       "~*.J        z~~

ESS-2-LTC-18 FLO'w' Y-CONT. "A" ESS-1-L TC-1 B 30 ENGi NEERED SAFEGUARDS SYSTEM LONG TERM COOLING

  • ESS-2-LTC-18 ESS-1-LTC-1 B ESS-2-LTC- lA CLASS 1 A-18A PIPE: 1" MAT: SS SS SCH: 160 160.

N. V'f'All: CAL. BLOCK: REF. DR: M-201 LOCATION: CONTAINMENT

EL.618'-6" FLO\"/ ESS-2-LTC-18 . Ess-*2-L TC-1 A SEE FlG. Aafi8C I EL. 6 0 9' - 9" CL ASS 1 203 /.......* CLA~~2.., . 

                                                          ';/*1202 E:3S-6-L TC-18                             /         /   '                                                                                ,.,, *,
                                      , / /,,,,.              ., ***~ 2 0 1                                                           ,,,. /           .,

FLOW/_,,,,. ...._ ,.,,,,,. '.. 204 

             ../*'/ -                               ..
                                                                              '      .....                 ./

. ........r - '/ // > 

  '*a.

205 '-,, 205BC

  • l 20SPR-1
                                                                                           /'
                                                                                                       . . . . ......_/,,,,.
                                                                                                                                       /"             /

CONT, FIG. 8-60 ESS-6-SIS-2HP 

                               *~206                                            ' .......

20SPR-2 

                        /                       ~0-3080                                    :

1 207 208 I ENGINEERED SAFEGUARD SYSTEM LONG TERM COOLING 2:;..210 : ESS-6-LTC-18 ESS-2-LTC-18 2~ 212 ESS-5-SIS-ZHP ESS-2-lTC- lA 

                                                                                   .       I                                                      CLASS 1 /2 I                                                       PIPE:         2"     6" MAT:         SS    SS SCH:         160    160 N. WALL:               .719 CAL.BLOCK:           47-PAL A-18B                                                                               REF. DR: M-203 LOCATION: CONT Al NM ENT, 60 7' EL

                '-608' - 4" EL.   .....
                                     *-.......         21 *~
                                    *-:-".>o'-'~
                                    ....... .                 '-,...... 218PL 1-4
                                                                       '-~
                                          ...... ~
                                                                           ,f,**e:*?18 MO-3081
                                                                . +:~216'V~~~_'.1-:--

21 ~BC~. . .-----~~:'°--*f 213~-- 

                                                         ---214              :.::15 21 3-------=i--                                                                 I 212 223
.::6F'Re,
                                                        .._.........,. .-, ...,6 J:- 2: -* ~ /

I 23 

                                                                                                        ...*~01 SEE FIG. B-'32         . . 202

.., 1 1 224 225 ..:...:. I ESS-6-S IS-1 HP r e ,_..- A203 208 ESS-6-lTC-lA 

                                                                                             / 1

_.../" 203PS 

                                                                              ...~FL;N'
                                                         ......~-
                                                                - I203PL ~Q3PS-1 1-4
        \      206    205 ENGINEERED SAFEGUARDS SYSTEM EL.591'-0" LONG TERM COOLING ESS LTC- 1A ESS LTC - 1A ESS-6-SIS-1HP ESS-2-LTC-18 CLASS      1/2 PIPE:        2"         6" MAT:        SS         SS A-18C                                     SCH:       160         160 N. WALL:                 .719 CAL. BLOCK:             47-PAL REF. DR: M-203 LOCATION: CONTAINMENT

PRIMARY COOLANT SYSTEM RADWASIE SYSTEM DRAIN LINE PCS-30-RCL -2tv- / PCS-2-DRL-2AI CC-10 SEE FIG A-4 PCS-2-DRL-2A1 CC-10 / CLASS I 

                                                   /

PIPE: 2" / 

                                               /

MAT. SS / 

                                           /

SCH.: 160 / 

                                       /

N.WALL 0.344" CAL.BLK.: N/ A REF. DR.: M-20 I, SIN 316 LOCATION: CONT Al NMENT, 608' EL. 3 INSULATED: NO 

                                                            ..J 1..~1's1"ai0 '. s A-*19

                                                                          /                          /
                                                                        /
                                                                      /                   PCS-30-RCL-2B
                                                                    /
                                                                  /                       SEE FIG A-4
                                                                /                          /

CVC-2-LDL-2B I SEE FIG A-38 / 

                                                     /                                /
                                                   /                                /
                                                 /                                /
                                              /                                 /
                                                                            /

8 14PR-B 14PR-A 

                                                '< \

I PRIMARY COOLANT SYSTEM 

                                             -     /

I 9 CHEMICAL AND VOLUME CONTROL RADWASTE SYSTEM LETDOWN LINE/DRAIN LINE PCS-2-LDL=2BI CVS-2-LDL=2B I PCS-2-DRL-2BI RWS-2-DRL -2B I CLASS I PIPE 2" MAT SS SCH 160 N.WALL CAL OLK. 0.344" A-20 REF FR. M-202/M-20 I ,5/N 3 16 LOCATION. CONTAINMENT,601l EL INSULATED YES

1 lPR 

                                                                                           '   'ESS-12-SIS-1 Al
3EE FIG. A-7 (H738) 1 '

EL 616' 10 11 . 12 

                                                                                                               '-EL61:3*

FLOOR 9 6 

                                                                                                            ---- EL 601'
                                                                                                /~ow 5PRB EL 599*---                                                                      (R737.1)

ESS..;2-SIS-1 Al SEE FIG. A-25 

                                                -,                                                           A-21 SEE DETAIL "A"
                                           ~       .,. ...

El 594*...__ ' - .... ~ ESS-6-S IS-1 A6 *' I 3 SEE FIG. B-39_~, ,. , x '. CK 31 03 MOV 3008 2'-..... 1 -... CLASS 1 

                        ~-- ,CC IJ~§s(H703)

CLASS 2 ENGi NEERED SAFEGUARDS SYSTEM

3AFETY INJECTION SYSTEM ESS-6-SIS-1A1 CC-4 CLASS 1 AND 2 PIPE: 6" MAT: SS ';I(
                                                                                    .y SCH:      120 N. WALL      0.562 ...                                                                     /

CAL. BLK: 6-SS-120- .562-21-PAL REF. DR: M-203 . 0336 7 SH 4 OF 6 LOCATION: CONTAINMENT, 590'- 608' EL I NSIJLATED: YES DETAIL

14 ; " " " 4~" ESS-12-SIS-181 EL 618' ..--- , ,...SEE FIG. A-8 10 8 ESS-6-SIS-191 - - - . . . (CC-4-6") .,....... _ rFLOW 

                                    --- --- FLOOR 6                  5     --- EL 603' SP~',                        4 SPSS           ESS                                                             i"H?...,6) 4 SIS-1 B 1
                                                            '             SEE FIG.

A-26 EL594'--,, ESS-6-S IS-1 86 SEE FIG. 8-39 I MOV "t 3 

                                                                      ~r.-+3_0__10 \..:f CK  31 18 2',

l ~ '*,,~~LASS 1 

                                    .,,,,,,.,                                       I 1PS 1PR-2                                                 1PSS          CLASS 2 1PR- 1        (H702)                **-..,,,_

(H702.1) (H702.2) ~ ENGINEERED SAFEGUARDS SYSTEM SAFETY INJECTION* SYSTEM 

                                                                     ~*
                                                                      . cc ESS-6-SIS- 1B1 CC-4 CLASS 1 AND 2 PIPE:      6" MAT:      SS                                                                               A-22 SCH:     120 N. WALL     0.562 ..

CAL. BLK: 6-SS- 120- .562-21-PAL REF. DR: M-203, 0336 7 SH 5 Of 6 LOCATION: CONT Al NM ENT, 590' - 608' EL INSULATED: VES fh.1s10..J: 5 o~/.;7/'!o

19 20 

                                                                      . .., 1
                                                                      ~        ,- ,.,,,

j .,, ESS-12-~ I~-*-~* A 1 9PR 14 

                                                         *" ~

SEE FIG. A-3 (H7232J. 

           ,* .          I .

13 9 '- 11PR 12 (H724) 

*=-

1.J (CC-4-6") 7 

                 .. ESS-2-SIS-2A 1
3£E FIG. A-25 ENGINEERED SAFEGUARDS SYSTEM SAFETY INJECT l ON S'ISTEM ESS-6-SIS-2A 1 CC-4 CLASS 1 AND 2 PIPE: 6" MAT: SS A-23 SCH: 120 N. Ir/ALL 0.562" '

CAL. BLK: 6-SS-120-.562-21-PAL REF. DR: M-203, 0336 7 SH .3 OF 6 LOCATION: CONTAINMENT . 590' EL INSULATED: VES 

       ~/-'7ho

20PR / EL 631. (H767) 19PR-C 19PR-B (H768)_l I _I 21 19PR-A CH 769 )j ..J... ,;~ (H770) ,*'~I. l \ 

                                                                                            , j ... 20 1*1 l.l (R768.1)
                                                                                                                      --)"7
                                                                                                                      .._I
                                                          ,..- 15PL- 1 THRU 4 1SPR
                                                                                                                         .J ESS-1 2-S IS-281 13PR               15 (H771)                                        '   :3EE FIG. A-10 EL 609' *--..__13                                                                                                  1PR 1PR-.A             (Hi'OS.2) 12                                                                                  (H70S.1)            ,.
                                                                                                                           '         .-/

11 9 -~EL 605' ~/'~j 10 

                                          *""?

( 8 

                                                                                                                     ~~
                                                                                                                             \/

DETAIL "A" J.. 41 ESS-2-S IS-281 4 SEE FIG. A-28 El 594'--..__ (CC-~~ ..,. ' CK 3J.,48 j, 2 I .. SEE DET A IL .. A .. 

                                               ...-'lPR
                                           ,..,.(H705.2)      r~
                                                                      .. l-MOV3014
                                                                                 "'-~~
                                                                                                            /
                             ./

ENGi NEERED SAFEGUARDS SYSTEM CLASS 2 1PS (H705) - 1 PSS 

                                                                          ~

CC 

                                                                            -h '*
                                                                                  ;/
                                                                                       ~

ESS-6-SIS-2A6 SEE FIG. B-39 SAF ETV INJECTION SYSTEM GC ESS-6-SIS ... 281 CC-4 CLASS 1 AND 2 PIPE: 6" MAT: SS A-24 SCH: 120 N. WALL 0.562" CAL. BLK: 6-SS- 120- .562-21-PAL REF. DR: M-203, 0336 7 SH 2 Of 6 LOCATION: CONT Al NM ENT, 590' EL ._l_N_S_UL_A_T_ED_:_V_E_s_ _ _ _ _ _ _ _ /]y,5,'o~: 5 ~~~ho

ESS SIS-1 A3 , SEE FIG. -.........._CLASS 2 ESS-2-SIS-1 A4 I 'e -~, ~o . . . ._ CLASS 1 " - , ,., SEE FIG. B-52 ; 

 -MO'~y*L~ _2                              CK            >~

3008 ' ~- 3250 ESS-2-SIS-1 A2 e, 34 

                                                                                    ' 11 RED
                                                                                                                ,.1 9 I l
              ~--                                                                        ESS-2.5-SIS-1 A1              1 CL ASS 2 _.../.>-................
           /CLASS 1 ESS-2-SIS-1 At                                      I

_/ 

      ./
   ....                                                                                                                 I ESS-6-515-1A1 SEE FIG.* A-21 8                                                        I.

ENGINEERED SAFEGUARDS SYSTEM SAFETV INJECT I ON SVSTEM ESS-S-S I S-1A1 CC-4 ESS-2.5-S I S-1A1 CC-4 ESS-2-SIS-1 A2 CC-6 A-25 CLASS PIPE: 2'" 2.5" MAT: SS SS SCH: 160 160 N. WALL 0.344" 0.375" CAL. BLK: 2.S-SS-160-.375-17-PAL REF. DR: M-203 M-203, S/N 324 LOCATION: CONT A I NM ENT, 590! EL INSULATED: NO NO

ESS-2:-

1s-1 s4 ., .-.....
                                                                                                             .;.  ;<.
                                                                                                                      -~
                                                                                                                      ~.~

C ..., :3EE FIG. ..,,~LASS 2 rns-:-s 1s-1 s::: 8-52 

                            ,~LA'~.~
                            -*    .;).;)             '-.."""

1-........._ ,,,

EE FIG. 8-60 "*
         '"'1tJ'
             . Vn*~  ~1                  CK'               ~,.

3009 ~ .. 2 3119 

                           ~-*

ESS-2-S IS-1 82 ..3 4 " 2,>'&, 

                                                                                            *,
  • 1 1 4 ESS-2.S-SIS-181 CLASS
      . /CLASS 1
        ,/

ESS-6-S 1*;- 121 7PR 8

3EE FIG. A-22 (H780) I ENGINEERED SAFEGUARDS SYSTEM SAFETV INJECTION SYSTEM.

ESS-S-S I S-1B1 CC-4 ESS-2.5-SIS-1B1 CC-4 ESS'.""2-515-1 B2 CC-6 A-26 CLASS PIPE: 2** 2.5" MAT: '35 '.3S SCH: 160 160 N. WALL 0.344" 0.375" CAL. BLK: 2.5-SS-160-.375- 17-PAL REF. DR: M-203 M-203 '3/N 324 I LOCATION: CONTAINMENT, 590' EL INSULATED: NO NO f:.v1s10,J: 5 ~~1~1ho

E:::;S-6-:3IS-2A1 SEE FIG. A-23 

       " ..... , '"'l-..19 .

[--.....-, 13 I *,. I 2" x 2.S" I RED 2" x 2.5" ESS-2 .S-S IS-2A1 

                                                                .r 12 ESS-2-SIS-2A2 J

E:3S-2-S IS-2 A3 

                                                                ~  11 SEE FIG. B-60
  • ESS-2-SIS-2A 1
                                                                                ~,-~v""'
                                               ~                              ,V'1~            3;;64
                                                                                ~CLASS2 CLA~1,
                                                                               .         ......               ,r:,

3 ~ CLA~1/...., .._ CK ' _,,,./* 1'L A*'£ ..., 

                                                                                                                - -=-~ ....

3134 2 1 " *EsS-2-SIS-2A4 ESS-2-SIS-2A2 ~g7 1 SEE FIG. 8-52 ENGi NHRED SAFEGUARDS SYSTEM SAFETY INJECTION SYSTEM ESS- 2-SIS-2A 1 CC-4 ESS-2.s-s1s.:. 2A 1 CC-4 ESS- 2-SIS-2A2 CC-6 CLASS A-27 Pl PE: 2" 2.5" MAT: SS SS SCH: 160 160 t~. WALL 0.344" 0.375" CAL. BLK: 2.5-SS-160-.375-17-PAL REF. DR: M-203 M-203, SIN 324 LOCATION: CONT Al NM ENT, 590' EL INSULATED: NO NO

ESS-6-SIS-281 SEE FIG. 

     ... A-24 E~;S-2 .S-S IS-281
                                                    ,' 12
                                                    .\   11                                           ESS-2-S IS-284"'

SEE FIG. 8-52 I f::<"" 

                                                                         ~    ~                      MOV
                                                                      '-~          1                3013
                                                                        ~<*CLASS                     2 8*                                            CLASS 1~.....
                                                                                                              .     ~

7p:T' I .::) 3 _..CK 

                                                                         ,    *~\
                                                                                                      . CLA:~--1 ;L~-:~~~

7PSS "' / ** /'t._,;:, ... (H777) 7~s~  ?~ , 

                                                                     . J ' .w 1 .                     ESS-2-SIS-283 ESS-2-SIS-282                  MOV           :;EE FIG. 8-60 3062
  • ENGi NEER ED SAFEGUARDS SYSTEM SAFETY INJECTION SYSTEM ESS-2-SIS-261 CC- 4 ESS-2.5-SIS-261 CC-4 ESS- 2-SIS-262 CC-6 CLASS Pl PE: 2" 2.5" MAT: SS SS A-28 SCH: 160 160 N. WALL 0.344" 0.375" CAL. BLK: 2.5-SS- 160- .37'5- 17-PAL REF. DR: M-203 M- 203, S/N 324 LOCATION: CONTAINMENT, 590' EL INSULATED: NO NO D
  • 1'.~v1s 1~...i :

5 J / 'lo ad ~7

C'v'C-2-CHL-1 A2 PCS-30-RCL-1 A  ;" SEE FIG. A-4 ; ' / 

            ,,,;

( \ 11 

 .,,, "--,.,,<..~
       ,,.~      15          1'B 13A 17                     *J' ,..

CK V 

                                                                        'c:: ) (H2.S)   3PR-B 2114     14 e         CVC-2-CHL-1 At
                                                      ~
                                                        ~,,
                                                                              ...._ )3PR-A (H2.6) cv~~::i... .....

2113 UNCL ASSED~:"'-...._ 2 

                                                    /   CLASS 1 IPR
                                             /*                        (H2.7)

CHEMICAL AND VOLUME CONTROL CHA RGI NG LI NE CVC-2-CHL-1A1 CC-5 CVC-2-CHL-1A2 CC-5 CLASS A-29 PIPE: 2" MAT: SS SCH: 160 N. WALL 0.344" CAL. BLK: REF. DR: M-202, SIN 361 LOCATION: CONTAINMENT, 608' EL INSULATED: YES LJ .

  • i
                                           /\ev is 10.u  :

5 / /. c~ ~71?o

35PR (H3.17) 39PR-2 (H3.19) - - - + ( \ 34 FOR PENT. SEE 

                            , . -,.,. . ~°',...,/39                                       33 3

lPR-ACH3 . 16) CC5-PBl8~ CC5-PC SAFE/ 47 * :_>.,, .

  • 431 END (' ' 48 ' ~2 C: 2 9 , 28 _I j CK ' .. _.....,~-----~~ ~

2116 _.,.,.~ PCS-30-RCL-2A 30 44 .,,.,..~...............___ SEE FIG. A-4 27PR-BC ~ . *, (H3.15) v' 

                                                                      .........._'-.. PCS-2-CHL-2A1                     27PR-A C'./C-2-CHL -2 Ai'°'..................._                                  (H3.14)
                                                                                              ~                         CONT'D FROi1 A                                                                                                      BELO'N' CONT'D ON RIGHT             (

FOR PENT. SEE CCS-PA 

                                        . 24      l-23PR-A THRU D A-30                               H3.10)

THRU ( H3.13 CHEMICAL AND VOLUME CONTROL PRIMARY COOLANT SYSTEM CHARGING LINE CVC-2-CHL-2A 1 CVC-2-CHL-2A1 SEE FIG. B-1 OS PCS- 2 -CH L- 2A 1 CLASS 

                                                                                                ', C"I '---+--"2' PIPE:         2"                                                                      SS~ 2115 MAT:        .-.r.
            ,:..)                                                             CLA~ac:~                              2

_,/. CLASS 1 SCH: 160 N. WALL 0.344" lPR CAL. BLK: (H3.1) REF. DR: M-202/M-201 LOCATION: CONT Al NM ENT, 608' EL INSULATED: YES . J.1'11s1~,J 

                                                .LJ .
5 ~1.n ho

28 _fCS-4-PSS- .!f..!.. ss9 *~54 PCS-2-PSS-1P1 CK 2118 / CVC-*2-PSS-1P1 52PR 50,.t 

                           ~*;- 49 52PR-A                 tJ                                             '"- -.....,.I
                       ._. ~o                                      ,_"-.......-r1 51     PR                             ....... 11               ti
                                *~ *48              ......... ' ; ,             1!    .-     32PR-A
                            ,,:/f47                                  l_I II* ' *----. 32PR-B
                        /              39,'       33 1
                                                            -'      \ \
                                                                                "  ', 32PR-C
                      /
                                                    /r
                                .~-40
                                                                          \32PR-D 4 6 / . 42                             32PR-F 32PR-E 45  ~           ,?(?f          I40PR 44PR-8 '-. r    .     )(.)

44PR-A, ~ T42PR-A 43 42PR-B 4PR-B.,./ 4PR-A/ C'./21171 . 1I 

                                                                                                               ~...

PR IH ARY COOL ANT SYSTEM CHEM IC Al AND VOLUME CONTRCll PRESSURIZER SURGE SYSTEM PCS-2-PSS-1P1 CVC-2-PSS-1P1 cc-s CLASS 1 A-31 PIPE: 2" MAT: SS SCH: 160 N. 'w' All: 0.311" CAL. BLK: REF.DR: M-201 , SIN 367 LOCATION : CONT AINHENT, 608' EL INSULATED : YES 

                         -   OIBT CLOSURE STUDS
                          '~',
                                  **t--1
                                     ~--1 I

SEAL l02 PUMP CASING WELD STUDS PRIMARY COOLANT PUMP SUPPORTS AND BOLTING S-A THRU S-D I BT-:S,-N,-W 2BT-S, -N, -V./ A-32 CLASS 1 MAT: CS THICKNESS: 4.75 DIA. CAL. BLK: 4.75-S-8-CS-4-PAL LOCATION: CONTAINMENT, 606' EL

_, ) ) / 

              -*--       ~                 ....                               **it--
                                                            ~~-*-
                           ~-**
                - * - - 4.

48--.. llaTa-. y 

                                                . .,.. _,~:Fl*
                                                          . I               -l'>t"

~-- 

                                          - *t"             I ...:..._    -4t>
.....-:_~t--,.,
                                                                       *~:e:::*:       .. H CA'-  ...... *.     *aOO * * . ......_
                                                                            ~01D*<.**
                                                                       ,... ~~*aoae
                                                                            =~*: *..****

FOR PENT. I I

~EE cc 15-P A~ I'- RE ACTOR PRESSURE // / ./' ,'-:~,

PCS-. 75-FL0-1 P 1 . . (H1 .1) I~ ~ 

                                    "*~                                                             !PS I 0101 (H1 .2)      ,,,-     /
                              \ (H1 .3)  I    .,../'        .J'
                                                         ---~               - _.,.,.,
             '*  PCS-.7S-FL0-1P2
                 ~ 45°EL B. _.._,.               /C-7 PCS                                                        FL0-1 P1 (CONT'D).
3EE FIG.
                                                                   ~CLASS CV 0101
                                                                             ~

CLASS 31 CV 

                                           /

CV CLASS 3 1 1116A 0160 I PRIMARY COOLANT SYSTEM FLANGE LEA KOFF LI NE CLASS 3 PCS- .7 5- f LO- 1P 1 SCH. 8 0 CC - 15 PCS-. 75- FLO- 1P2 SCH. 1OS CLASS 1/3 PIPE: .75" .75" MAT: SS SS SCH: 1OS 80 A-33 N. WALL: .oa3* .154" CAL. BLK: REF. DR: M-201, M-17, S/N 366 LOCATION: CONTAINMENT, 607' TO 590' EL.

01 

                                      /01
                                         ,- SUPPORT
                                      #"     CLAHPS (8)TYP S-03J                                S-03 1-7/a*

c 

                ~I             .,,"°m I

w w 1-llAHE PLATE S-02~ 06 *-======- DETAIL A DETAIL B CLASS 2 ' - 112* NOZZLES 

                                      ..__02                              REGENERATIVE HEAT CLASS I    _/

02 EXCHANGER 

                                      ...._03                                  E-56A~E-568 03J" 04                            CLASS 1/2 04~..._-.....                                                      MAT:    SS A-34 05~         ii'      f               05                            N. WALL: SEE DETAIL A AND 8 S-01~ t~uppo,-t CAL BLK:

SEE DETAIL A MFG: ATLAS I NDUSTIUAL Pads S-01 MFG. CO. FLOY FLOY REF. DR: ATLAS 0- 1733 NOZZLES 2-112-

FT 01338 PCS-. 75-CS0-1 A2 

                                                                 / / :3EE FIG. C-198
                                                         ,,,,,/-              .

H3.9 PCS-. 7S-CB0-1 82

EE FIG. C-198 CLAS~~j CLASS 31° . cu~ss 1 H3.12 CLASS 3
                                              ......   /

PCS- .7S-C80-1A1 

                                           /
                                     ~
                                                     /               H3.1S PCS-.7S-CB0-181 CONT'D AT "A" ON A-35 PART 2                        H3 .. 16~

PR IM ARY COOL ANT SYSTEM CONTROLLED BLEED-OFF CONT'D AT "B. ON A-35 PART 2 PCS-. 7S-CS0-1 A1 CC-13 PCS-. 7S-CB0-1 B1 A-35 CLASS PIPE: 1 /3 

                                                                                             .75" PART ONE                               MAT:           SS SCH:            80 N. 'w' All:       .179" CAL. 8LK:

REF. DR: M-202, M-209, SIN 352, 353 LOCATION: CONTAINMENT 590.I ANO 607' EL

P-SOA H4.0 

                             ~

N__... 3/4" x 1" RED. (TYP.) CONT'D AT "AN ON A-35 PART 1 

                                                                ~ "8"
                                                                ~    17 H3.19   I CONT'D AT "B" ON A-35 PART 2 H3.20 PR IM Af!N COC1.NfT SYSTEM CONTROU.£1) BlEED-OFf PCS-. 75-CS0-1 A1 CC-13 PCS-.75-CS0-181 CLASS      1 /3                      A-35 PIPE:         .75"                  PART TWO MAT:           SS SCH:           80 N. WALL:         .179*

CAL. BU<: REF. DR: M-202, M-209, SIN 352, 3~ LOCATION: CONT AINHENT, 590' AND 607' EL

  • 7~ -~~* ,. . .

r li1 

                                                    *~,

CV 1146 PCS 

  ,,-.--                l
                          .* \.,  ,-*fl"'- .
                                 *-.        <-'.   ,~v
        -I
 . P-500                                  (        ~
  \ ..._ .       ,,,'                    i<        1162                     .            ~         .

I .J . *,.._,_ 

                                   /
                                              . PC:>                                              FLO'tt'
                                        /~/~~~*.........                                                      J~t.7
                  /
  \.....___.,/
               ~

( t I/ ' 

                                    /          t:~

CONT'D ON A-36 PRT 2 H" r<'--'.:.~-*"~;. O'-..- 

                                                                                   ~.:.::.*
                                                                                                   ~.X.JJ
                                                                                                  "<* .i      "
                                                                                                                    . t2\2.s
                                                                                                                   °fy)._~

PCS- 75-CSC-281 H2.4 

                         '314"x1"RED.                                              H1.15               H1.16            J  -\-)_),._JH2.;

H1.17 -~L\: ~~ .. H1 .18 Q i.::.,_--1****,..._ H1 . 19 ,,, __) ****-......) PCS-.7S-CB0-2A1 ( ( CONT'D 8ELO\v' PRIMARY COOLANT SYSTEM CONTROLLED BLE£D-OFF PCS- .7S-CB0-2A 1 CC-13 PCS- .7S-CS0-281 CLASS 1 /3 PIPE: .75" MAT: SS SCH: 80 *A-36 N. 'N' ALL: .179" PART ONE CAL. BLK: REF. DR: M-202, M-209, S/N 350, 351 LOCATION: CONTAINMENT, ~6~: ~

PRIMARY COOLANT SYSTEM CONTROLLED BLEED-OFF PCS-. 75-CB0-2 A 1 CC-13 PCS-. 75-CB0-281 CLASS 1 /3 A-36 PIPE: MAT: 

                       .75" SS PART TWO SCH:            80 N. 'W' ALL:     .179" CAL. BLK:

REF. DR: M-202, M-209, SIN 350, 351 LOCATION: CONTAINMENT, 590' &. 607' EL

35 CVC-2-LDL-281 l , 33PR-_1 (H2 ..:.) REGEN. HEAT EXCH. E-56 F L <: eve 

                                                            ~2294                           CVC-2-LDl-281 0

Vv Jtcvc I p2295 CVC-2-LDL-288 I (CONT'D.) SEE : FIG. A-39 1 _ ... I .;~ 

                                                  .,: .,. UNCL ASSED
  .36 CVC-2-LDL-281 SEE FIG. A-20   ,..
                                                                                      ~-
                                                                                             ;I
                                                                                            -'* - -      21 CV 1....

2001 I 20PR CHEMICAL ANO VOLUME CONTROL  ! (H2.1) . LETDOWN LI NE I LETDOWN LI NE 20 DRAIN I HEAT EXCHANGER ORAi N CVC-2-LDL-281 CC-3 CVC-2-LDD-281 CC-3 CVC-1-LOD-281 CC-3 eve- .7 s- RH o- l P1* eve -.7 5- RH o- 1P2

  • A-38 CLASS 1/2 PIPE: .75" 1.. 2" MAT: SS SS SS SCH: 80 80 160 N. WALL: .154" .179" .344" CAL. BLK: - - -

REF. DR: M-202, FSKM 633, SIN 316 LOCATION: CONTAINMENT, 607' EL.

I I 14 REGEN. HT. EXCH. E-56 SEE FIG. A-38 I.. ) CONT'D BELO'!\" 3 FLO'w' 

                                                                                                            '  *21PR (H1 .7)

CHEM IC AL AND VOLUME CONTROL C'./C-2-LDL-282 CC-3 CVe-1 -LDL-DL3 eve CVC-2-LDL-283 CC-3 2291 CVC-2-LDL-284 CVC-2-LDL-285 CVC-2-LDL-286 eve 2291 CVC-2-LDL-287 CVC-1-LDL-DL3 CLASS 1 /3 PIPE: MAT: SCH : SS 1"

30 2"

160 N. \'t' ALL : . 179" .344" .1 S4" SS 40 2 A-39 " FLO'YI CVC-2-LDL-287 CAL. 8LK: - - l<:EF. DR: M-202, M-17, M-22,S/N 386 1....L_o_c_AT_1_0N __:CO_N_T_A_IN_M_E_N_T_,~_ _.0_1_*_EL_.__ ~;~;o,..): 5 6.Jj.n/10 

                                                                                                    ,~                          .

( r~ 

                                                                                                   \      ~ 1~~.TDO'w'N ,..,HT.
  • ESS-2-LD-RV 1 SEE FIG. C-4 t
E,~cH *--.~~~~O I

I CVC-2-LDL-288 CONT'D CVC-2-LOL-283 . SEE FIG. C-21 5 ABOVE 25 SEE FIG. C-214 

                                                                                                    -;f .
                                                                                                  /CLASS 3 2225

SEE FIG. 8-18 TO SAMPLE ROOM PCS-.5-1911 SEE FIG. A-37 

                                            ~t 1170 /  "h                                /

A~ . 

                                              /

1170 8 Y Pcs~s-sx 1-ou CLASS 2 /r 

                                /uNCLASSED PRIMARY COOLANT SYSTEM SAMPLE LINE PCS- .5-SXl-CSL CC-16 PCS- .5-SXl-DLI CC-16 CLASS 1/2                                      A-40 PIPE:           .5" MAT:           SS SCH:           80 N. WALL:    .147'° CAL. BLK:    -

REf. DR: M-219, SIN 387 LOCATION: 602-PI PEWAV

Isometric A-41 concerning 1i nes ESS- 1-1BD-DL1 through DL4 (SI Bott 1e Discharge 1i ne drains) to SI RV./ Tank vi a ESS-1-S I S-SDA through SOD is not 'Jet avail a.bl e.

APPENDIX B CLASS 2 WELD IDENTIFICATION DRAWINGS Page Concentrljted Boric Acid Tonk B-3 Safety Injection Tank B-5 Boric Acid Filter B-6 Steom Generotors B-8, et seq Regenernt i ve Heat Exchanger B-9 Sr1utdown Cooling Heat Exchanger B-11 Radwaste System - Clean '\"taste Receiver Tank B-12 Primary Coolant Syst~m - Quench Tank B-13 Primary Coolant System - Controlled Bleed-Off B-14 Primar~~ Coolant System - Sample Line B-18 Main Steam System - Main Steam Line B-19 a 

 . M~; .. r*~~m (",,~*em*

I 10111 -:llt::O I .:iy~L II - 

                                   ""'a;II.I.. 'r*eam I I          -:IL I
                                                      . LI
                                                          ;ne     B-20A i1ain Steam System - Main Steam Une                            B-206 Main Steam System - Main Steam Valve Line                      B-21 Main Steam System - Mai_n Steam Valve Line                     B-22 Main Steam System - Bottom Blowdown                            B-23 Moin Steam System - Bottom Blowdown A and B                    B-24 Feedwater System - Feedwater Line.                             B-25 Feedwater System - Auxillory Feedwater                         B-26 Fee.dwater System - Auxiliary Feedwater                        B-26A Feedv;ater System - Aux11iary Feedwater                        B-266 Engineered Safeguards System - Safety Injection System         B-27 rpl280-0316t-46-09                                        B-i

Page Engineered Safeguards System - Safety Injection System 8-26 e Engineered Safeguards System - Safety Injection Syst_em B-29 Engineered Safeguards System - Safety Injection System B-30 Engineered Safeguards System - Containment Spray Pumps B-31 Engineered Safeguards System - Containment Spray Pumps B-32 Engineered Safeguards - Shutdown Cooling B-33 Chemical and Volume Control System - Charging Pump B-34 Engineered Safeguards S1dstem - Safety Injection System B-35 Engineered Safeguards System - Safety Injection System B-36 Engineered Safeguards System - Safety Injection System B-37 Engineered Safeguards System - Safety lnjecti.on System B-38 Engineered Safeguards System - Safety Injection System B-39 Engineered Safeguards - Shutdown Cooling B-40 e Engineered Sef eguards System - Supply Drain Combined B-41 Engineered Safeguards System - Supply Drain Combined B-42 Engineered Safeguards System - Safety Injection System B-43 Engineered Safeguards System - Sefety Injection System B-44 Engineered Safeguards System - Safety Injection System B-45 Engineered Safeguards System - Containment Spray System B-46 Engineered Safeguards System - Containment Spray System B-47 Engineered Safeguords System - Containment Sprey System B-48 Engineered Safeguards System - Supply Drain Combined B-49 Engineered Safeguards System - Supply Drain Combined B-50 Engineered Saf eguerds System - Safety Injection System 8-51 rp1280-0316t-46-09 B-ii

Poge e Engineered Safeguards System - Safety Injection System Engineered Safeguards System - Long Term Cooling B-52 B-52A Engineered Safeguards System - Safety Injection System B-53 Chemical and Volume Control - Boric Acid Injection B-54 Chemical and Volume Control - Boric Acid Injection s-55* Chemical and Volume Control - Charging Line B-56 Chemical and Volume Control - Boric Acid Injection 6-57 Chemical and Volume Control - Boric Acid Injection B-58 Engineered Safeguards System - Safety Injection System B-59 Engineered Safeguards System - Safety Injection System B-60 Engineered Safeguards System - Long Term Cooling B-60A Engineered Safeguards System - Safety Injection System B-61 Engineered Safeguards System - Safety Injection System B-62 e Engineered Safeguards System - Shutdown Header B-77 Engineered Safeguards System - Supply Drain Combined B-78 

 *Engineered Safeguards System - Safety Injection System B-79 Engineered Safeguards System - Safety Injection System B,.80 Engineered Safeguards System - Safety Injection System B-81 Engineered Safeguards System - Safety Injection System B-82 Chemical and Volume Control - Boric Acid Injection     B-83 Chemicol ond Volume Control - Boric Acid Injection     B-85 Chemical and Volume Control - Charying Line            B-86 Chemical and Volume Control - Charging Line            B-87 Chemical and Volume Control - Charging Line            B-102 Chemical and Volume Control - Boric Acid Pump          B-103 Chemical and Volume Control - Boric Acid Tanks         B-104 rp1280-0316t-46-09                 B-iii

REVISION 5 Page Chemico1 ond Volume Control - Chorging Line B-105 Chemical and Volume Control - Letdown Line B-106 Chemical and Volume Control - Letdown Line B-108 Primary Makeup Water - System Deodweight Tester B-116 Radwoste System - Containment Sump Drains B-117 Rodwoste System - Cleon Waste Tonks B-118 

 'waste Gos System - Waste Gas Compressors                        B-119 Vent & Air Conditioning Sys. - Sys. Cooling Pump                 B-120 Vent & Air Conditioning Sys. - Sys. Cooling Pump                 B-121 Vent i 1oti on & Air Conditioning Sys. - Heoti ng Spp 1y. Sys. B-122
                ;

Vent & Air Conditioning Sys. - Containment Press. lns.t. B-123 e Vent & Air Conditioning Sys. - Containment Press. Inst. B-124 Containment Air Supply - Air Supply B-125 Component Cooling System - Cooling Heot Exchanger B-126 Component Cooling System - Component Cooling Pumps B-127 Spent Fuel Pool - Cavity Pool Line B-128 Spent Fuel Pool - Cavity Pool Line B-129 Containment Spray Pumps B-130 Charging Pump B-131 Concentrated Boric Acid Pumps B-132 High-Pressure Safety Injection Pumps B-133 Low-Pressure Sof ety Injection Pumps B-134 Chemical and Volume Control Sys. - Boric Acid lnj. Sys. B-135 Main Steam System - Auxiliary Water System B-135A rp1280-0316t-46-09 B-iv

RE'v' IS I ON S Page Engineering Safeguards System - Safety Injection Sys. B-136 Engineering Safeguards System - Safety Injection Sys. B-136A Engineered Safeguards System - SIRW Tank B-137 Engineered Safeguards System - SIRW Tank B-137A Engineered Safeguards System - Iodine Removal System B-138 Engineered Safeguards System - Iodine Removal System B-139 Engineered Safeguards System - Iodine Removal System 6-140 Service Water System - Component Cooling System B-141 

 *Service Water System - Component Cooling System            B-142 Spent Fuel Pool System - SIRW Tank                          B-143 Feedwoter System - High Energy Piping                      B-144 e  Feed*v*;ater System - High Energy Piping SIRW Tank B-145 B-146 NaOH Tank                                                  B-147 NaOH Makeup Tank                                           B-148 Main Steam System - Auxiliary Water System                 B-152 Containment Air System - Post-Acid Sampling                B-153 Feedwater System - Auxiliary Feedwater System              B-154 Feedwater System - Auxiliary Feedwater System              B-155 Feedvrater System - Auxiliary Feedwater System             B-156 rp1280-0316t-46-09                     B-v

(2) LI FT I NG LUGS EQ. ~3PC'D (p 180° 2" 2000 .. P ! PE 

                       ~-....t.
                                ./
                                   /
                                       ,,t{'
                                                   ,/. r-     z
                                                          ')" ')(!()()#

No z-L,E., 

                                  *- ..-~'~06 CONCENTRATED BORIC ACID TANK T-53 A&B CLASS       2 B-3 *MAT:

N. \1a/All: BT: LESS THAN 1" CAL. BLK: MFG: REF. DR: M-1 HI 950'178 SH 1105, 1 106"

o" 

             )'111 01J B-5
                                   ~
                                   ) - 2 1/2" NOZZLES

( 4) SUPPORT" BRACKETS_/ SAFETV INJECT I ON TANK ( EQ. SPC'D) 

                                 '-04 T-82A, T-828 .

T-82C, T-820 CLASS 2 MAT: CS W.SS CLADDING N. WALL: 15/ 16" W. CL ADO I ~H3 CAL. BLK: MFG:

  • NOOTER CORP.

REF. DR: NOOTER JN-D 3 1797, M-1 GC 9SOV 2 18 SH 333 

                   /     '-03 L- 12" NOZZLE

               ~VENT
                '\.     .~06
                    "'/
                                                          '"00 LI 90° e PRESSURE TAP ----.~
                                 //
                                   /-04 PRESSURE TAP I{
                                         ~--3"    INLET OUTLET 10-".

DRAIN BORIC ACID FILTER F-9 CLASS 2 B-6 .MAT: SS/CS SUPPORTS SCH: 1OS BT: 9/ 16 .. CAL. BLK: l'lFG: CUNO CORP. REF. DR: M- 1HD 950V 217 SH 35 1

1-2-9680 (2-2-*;.6:3C;) 270° 1-2-?i:.:?H 1-2-9t58F ... / 

                                                                                                                                  / (.,_      ..,_.:i .* *:::H . I
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                                                                                                                       ./*

(2-2-968F) 

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                                                                                                                                      ../.....

1 963A (2-2-*;6.::~) UPPER HEAD 1-2-*359 DO_LL AR PL ATE (2-2-959) 1-2-968E 1-2-'36:3C 

                           "\,             /.//                                  (2-2-'368E)                 90°         (2-2-968C)

STE AM OUTLET--::.._,-... 

                                 -,. *   /~ ... _..,.....SEE DETAIL A
                                 .-iJ'-~        *(*                                              1-2-968D
                                                        /UPPER HEAD                             (2-2-'3680)

TOP VIEW 1-959-098T / 1-1-941 (2-95'3-09BT), ..,__ _ _ _ _ ___.// (2-1-941) A 1-1 /4" SEC- EMERGENCY - UPPER TUBE 9 OND ARY MAN- FEEDW ATER ', SHEET 

 \o/ AY                              1-7-959                 .-.----..._

(2-7-959) '1-4-959 1-S-959 .// (p ~ ~-4-959) (2-5-959) 8 '*-.., "\... 

                                                              "'---         FEEDW ATER 1-3-951 DETAIL A (WELD)
                                                                                                                                 '"  , \\
                                                                                                                                      \\)
                                                               '°"   ~-3-9S 1)

TUBE CONE SHEET STEAM GENERATORS 

                                                    "'                   1-4-951                         NO. 1, E-SOA
                          ...,.._ _ _ _......                  "'(2-4-951)

N0.2,E-508 HAND HOLE _ ___, LOw'ER TUBE 1-1-958 CLASS 2 SHEETS (2-1-959) MAT: C.S. SCH: SEE N. WALL N. WALL: LOWER TUBE SHEET 4 - 1/4" I TUBE CONE SHEET 5 - 1/4" UPPER TUBE SHEET 4 - 7 /3" I UPPER HEAD, 3 - 1/4" UPPER HEAD DOLLAR PLATE, 4 - 1/2" MFG: COMBUSTION ENG., ENG. NOTE: STEAM GENERATOR NO. 1, E-50A SHO'.v'N. REF. DWG: COMBUSTION ENG. WELD NUMBERS FOR STE AM GENER ATOR NO. 2, E-232-941-8 E-508 ARE NOTED IN PARENTHESES. M- 1F 9 5 OV 19 0 SH 13 7 6 . 2 ? 7 4

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                                                                                        /-04

( . :3UPPORT 

                                                   /-CLAMPS r:=:==/ (8) TYP s-03_,/                                        "*,',_ S-03 E-56A                  E-566 NAME F'LATE s-02-.
             '                     SEE D/       /-*~-02
               \                  DETAIL         /       -

c:!:==:=:::::i 0 6 -..,_c;::==:::::i B ~=== . CLASS 2 [ '* , l """- 2-1 /2" NOZZLES CLASS 1 , 02-*/ "-02 DETAIL B 

      - ___,,/'

(').) I--.__~ 

                                                "'--03 REGENERATIVE HEAT EXCHANGER E-56A,E-56B CLASS 1/2 MAT:           SS N. \¥ALL:      SEE DETAIL A 8-, B 2-1 /2" NOZZLES                         CAL. BLK:

MFG: ATLAS I NOUSTR I AL 

                                                                                           ~-1FG. CO.

B-9 REF. OR: ATLAS D- 1733, M-1-HF 950V 177 SH 2. 3. 354

CLASS 2 CLASS 3 3/4" STUDS .~,NUTS (48 ST) I. 

               -;z.*~      '-- i
               \03 10" PRIMARY INLET 04 10" PRIMARY OUTLET *,°)

1 

                            -/-  -

c: :::: 

                                                           ' - 3 / 4 " STUDS & NUTS (48 BT) .
                                                               ......                               _,+,_
                                                             ' ' ,.             E-60A              '-.J.,..

30" 

                                                                            "- S-01       S-02 ,/
                                                                            /S-01          s-02,_               I 30"
                                                               .. ,.            E-608 27"
                                                                            "'  S-03      S-04

_,/ ST ACK ING AR ANGEMENT SHUTDOWN COOLING HEAT EXCHANGER E-60A, E-608 CLASS 2/3 MAT: 

                -~

N. 'wALL: .9375" PLUS B-11 

               . 1875" SS CLAD BT:        .75" STUDS & NUTS CAL. BLK:*

MFG: EFCO INC. REF. DR: EFCO-CEU-8-15080, M 1-G-D 950V 279 SH 4, 8, 167

FOR PENT. GROUP~~.< SEE HC2-PB PENETRATION 

                   ,/'CLASS 2
                                \I  '**..
                                                           *-> °Y  NO. 41 503 CR'w' VNOo7.
                                                              \l                 PEN:TR AT ION FOR PENT.
EE HC2-i='E PENETRATION R'w'S N0.67 PCS-1 .5-DTR-IPI C'w'R-SLI H140 CV 1004 0

4S EL B. PENETRATION NO. 47 . R\*t::: _£!' FOR PENT. '\. CLASS 2 . / C'w'R-:;Ls l~ 

                      ~-...lo.

SEE HC1-PA 

                                                                                             ><GROUP D              ~(          CV CV
                                                                                                 .                  .X
                                                                                                                    ~-

1031 CR'w' H169 (3) 

                                                                                                          .....,   .602 P IPE'w' AY 1'*-i**.,,,

l *.., 

                                                                                                       /            R.M. 118

(. 

                                                                                                      ""' FOR PENT.
3EE HC2-PH 1044 GROUP D CR'w'
                                                               ~
                                                          .)<'CLASS     2 G~P ~"-    (TYP)

B-12 . 6,n.S1~: .s 09'*~7*"/0 RAD'w'ASTE SYSTEM/PRIMARY COOLANT SYSTEM CLASS 2 CLE AN '*N' ASTE RECE !VER TANKS /CLE AN 'w' ASTE PIPE: 1.5" 3" 4" E... RELIEF /DR AIN TANK RELIEF /DR A IN TANK DR AIN. MAT: SS .~r- 

                                                                                           -~.:>      SS                *=**'.:'

SCH: . 40 105 105 10$ R'w'S-4-C'w'T-1 P 1 HC-2 PCS-1 .S-DTR-1 P1 HC-1 N. 'N' ALL: R'w'S-3-C'w'R-SL I HC-1 PCS-4-DTD-1P2 HC-1 CAL. BLK: R'w'S-6-C'w'R-SL5 R'w'S-1 -C'w'R-1 P 1 REF.DR: M210, 03329 SH 1

  • I R'w'S-3-C'w'R-SL5 HC-2 LOCATION: RM. 118/602 PIPE'w'AY I
                                                                  *also 0330 SH 1, 03345 SH 1, 03347 SH 1, 03351 SH 1, S/N 408                         I

M-201 CV FOR PENT. ~ SEE HC9-PA PMY-2-QTS*-IPI PC PENETRATION NO. 26 M-222 FOR PENT. SEE HB43-PA PRIMARY MAKE UP WATER I PRIMARY COOLANT SYSTEM QUENCH TANK NITROGEN I QUENCH TANK SUPPLY PMW-2-QTS-IPI HC9 PCS- 1-QTN-SLI H0-43 CLASS 2 PIPE: ,- 2-MAT: cs SS SCH: 80 40 B-13 N. WALL: _179- _154-CAL. OLK: REF. DR: M-222 &. M-201, S/N 331, 332 LOCATION: 602- Pl PEWAV 

-~

4v1~1~ : 5 cc;> . .;J/. '}o 

                       ./              PENETRATION NORTH               N0.44
                 /

PCS-. 75-CBH-1P1 (CONT"D) SEE FIG. C-198 CYC-3-LOL-RL2 , SEE FIG. D-12 PIUHARY COOLANT SYSTEM (HI I .5) CONTROLED BLEED-Off PCS-. 75-CBH-1P1 CC-1 3, HC-31 

                                     ~C=L~A=S=S-=2~~~~~~--*~--

P IP E: _75- :75-B-14 HATERIAL: SS SS SCHEDULE : 40 40 N . Y ALL: .1 13 - .119- 

                   *NOT ON ISO.

CAL OLK: REF. DYG: M-202, S/N 422 LOCATION: 602-PIPE YAY

TO SAMPLE ROOH l 

                     .,,, ,, SEE FIG. A-37 PRIHARY COOLANT SYSTEH SAMPLE LINE PCS- .5-SX I-CSL   CC-16 PCS- .5-SXl-DLI    CC-16 CLASS 112 B-18               PIPE:         _5-HAT:          SS SCH:          80 N. 'r/ All:      _147-CAL. BU(:     ----

REF. DR: M-219, S/N 387 LOCATION: 602 - PIPE'W'AY

NORTH .,,..-- _/ 202 201 B-19 (HI .19) (Hl.2)~) PENEJR.A TION N0.55 HAIN STEAM SYSTEM HSS HAIN STE AH LINE/SURF ACE SBB-IPI BLOYN DOYN A 

          ,,;'
     /                                                                                     HSS-36-HSL-ISI (C) EB-*1 EB-11,,
/

PENETRATION N0.3 HSS-36-HSL-2SI (C) EB--1 *~ HSS~36-HSL:ISI HSS-2-SBA-IPI (C)/HSS-1.,...SBA-IPI (CONT"D) SEE HSS-2-SBB-IPI (C)/MSS-1-SBB-IP.1 FIG. B-20A CL ASS 2 (C) - CONT_ 

                        ....._/

MSS-36-HSL -2S I PIPE : 1- 2- 36 - (CONT"D) SEE FIG. MAT: CS CS CS 9--208 SCH: 80 80 

        /                                                                                  N. Y ALL. : . 1 79 *       .218 -
   /                                                                                       CAL. BU(: 36-CS-1.250-~0-PoU REF_ DR: M-207 ,M-17 ,M-18, 03373 Sii 1. SIN 382
+: NO*r ON ISO. LOCAi ION: CONT AINMfNT, 60T
                                                      ?..... * . . . c: . . .., .., ..* o-

BRANCH CONNECT ION. A. 21 /HSS-6-RYR- IS2 B. 21 /HSS-6-RYR- IS 1 C. 21 /HSS-6-RYR-154 D. 21 /H55-6-RVR-153 FOlil PENT. E. 21 /HSS-6-RVR-156 SEE EB1-PA F. 21 /HSS-6-RYR-155 G. 21 A/HSS-6-RYR-IS8 (S1) H. 21 A/HSS-6-RVR-IS7 211PR-A I. 21 A/HSS-6-RVR-IS10 J. 21 A/HSS-:-6-RVR-IS9 K. 21 A/HSS-6-RVR-IS12 L. 21 A /HSS-6-RVR- IS 11 H. 212/HSS-3-HSL-IS2 HAIN STE AH svs1*EH t1 HAlll STE AH LINE/HAIN STE-AH RELIEF Y Al YE HE ADER H5S-36-M5L-ISI (C) EB-1 

                               /    HSS-6-RYR-ISI THRU ISl2 NORTH
                         /          HSS-3-MSL - IS2 CLASS 2 (C) CONT"D PIPE:       6-       36-t1Al*:     cs        cs SCH:       40 H. YALL:     .280 CAL BLK:

REF. OR: M-*205, M-201, O:i341 SH 3 LOCATION: RM 123

BRANCH CONNECTIONS A". 213/HSS-6-RVR-2S2 B".213/HSS-6-RVR-2S1 C".213/HSS-6-RVR-2S4 o*_ 213/HSS-6-*RVR-2S3 E".213/HSS-6-RVR-256 f" _ 213/HSS-6-RVR-255 G".213A/HSS-6-RVR-2S8 H".213A/HSS-6-RVR-2S7 I MSS-8-HSV-252 I SE£ FIG. B-22 I". 213A/HSS-6-RVR-2SIO I J".213A/HSS-6-RVR-2S9 K". 213A/HSS-6-RVR-2Sl2 L

  • _ 213A/HSS-6-RVR-2Sll H".214/HSS-3-HSL-252 30- x 36-REDUCER B-20B
                                                ,&*  IS/ o,.J " 5 O.;J C)7. ?a HAIN STEAM SYSTEM HAIN STE AH LINEJHAIN STEAM RELIEF VALVE HEADER HSS-36-MSL-2SI (C) Ee-1
  • HSS-6-RVR-2SI THRU 2512 CLASS 2 HSS-3-HSL-252 HIGH ENERGy CLASS 2 (C) CONro PIPE: 6- 36-HAT: cs cs SCH: 40 ---

N. 'r/ ALL: .280 CAL BLK: ---- ----* REF. OR: M-20:>, M-207, 03341 SH 1 l.OCAllUN: RM*-123

HAIN STE AH SYSTEM HAIN STE AH VALVE LINE HSS-8-HSV-15 I EDI H5S-1-HSY- IS5 B-21 HSS-8-HSV-152 EB 1 HSS-4-AYS-SLB HSS-2-HSV-153 HS5-2-HSV-154 CLASS 2 UNCLASSU> PIPE: 2- a- CLASS 2 HAT: cs cs SCH: 80 40 N. "Ii ALL: .210- _322- 

                                                                            *NOT ON ISO CAL BLK:

REF. DR: H-207. 03358 SH 3 & 4 LOCATION: RH. 123 .. 209PR-2 (H52. 1 ) _,,-------FOR PENT . 

                                                    .: -c:*FLOOR              SEE EB1-PE 209PR-1 (H52) 525 HS HSS-2-HSY-IS4 530 HS I

I NOT ON ISO OQ) * .Y7* "/'-*

t UNCLASSED J'iLASS 2 FOR PENT. SEE EDI-PG 

                                                                     /           HSS                 SEE PEN.                                y IOI /./206PR-1          HSY-252 EB1-PJ                                  HS              .
                                                                /           205 HSS                         "'  (H55)208PR-2 208Pl 1-4
                                                       ~

_...-/ (H51) HSY-252 DOES THIS LINE ~ 208PR-1 COHE OFF HSS (SS1.2B)L,.>-20a HSY-2SR? (S51.2A~ 

                                                                                                               '/S10.J.

HAIN STE AH SYS-rEH 

                                      \\"' 522
                                        . \HS*                                           HAIN STE AH YALVELINE 521 \                                               HSS-8-HSY-2S 1 EB-1 HS     .. HSS-2-;-HSY-253                           HSS-8-HSY-2S2 EB-1 515                                                                 HSS-2-HSY-253 HS          519                                         NORTH       HSS-2-HSY-254 HS                                              ....... HSS-4-AYS-SL A EBD-6 (H23) 4 in or less                                                             CLASS 2 PIPE:      2-        s-153A HAT:      cs        cs
  \/ALL         HS                                                       B-22            SCH:

N. 'WALL: 80 

                                                                                                     .210-40

_322-I I t-ry I I t-I I 

            -I ~EE FIG .

B-1 ~2 CAL. BLK: REF. DR: M-20"/. 03558 SH 1 ,2, -, l.OCAHON: WM . QI 25 CUMPUNlNl COOLING kM. 

    . I

MAIN STE AM SYSTEM BOTTOM BLOY DOWN - A ANDO-MSS-2-BB A-IP I (C) EB-11 MSS-2-888-IPI (C) EB-11 CLASS 2 B-23 PIPE: MAT: cs SCH: 80 N. YALL: _21a-CAL OLK: 

                                                            .* = llOT ON ISO REF. DR: M-207, SIN 383 SH 1, 2 S /N 385 SH 1 .. 2 LOCATION : CONTAINMENT, 590" El 10 602" EL
                                                .... NORTH H4.18 H4.15 MSS-2-888-IPI ,

(CONT'D) SEE,' FHL B-24...,.' H4.17 u;*3 H4.14 MSS-2-BBA-IPI , (COfH"O) SEE,.... PENEnlATION NO. 5 FIG. B-24,.." /) lt-~1~1~!0 '- 5

e. HAIN STEAM SYSTEM BOTTOM BLOYDOYN A AND B HSS-2-BBA-IPI (CONT"D) EB-11 HSS-2-BBB-IPI (CONT'D) Cl.ASS 2 PIPE: 2-HAT: cs SCH: 80 II. "r/ ALL : .210-CAL BLK: HSS-2-BBA-IPI (CONT"D) SEE REF. DR: H-226, S/N 400, 402 FIG. B-2:i-.. LOCATION: CONTAINMENT, 590" EL . MSS-2-888-IPI (CONT"D) SEE '...., PENETRATION FIG. e:...23...._ ,110. 5 HSS-2-8BA-IPI 

                               '- ...._   PENETRATION
                                        ,NO. 6                                              CY 0767 HS B-24 H5.2 CLASS 2 GROUP D HS
  • FOR PENT * ....--~
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CKV-0704 "'O FVS 213 AVS-ISI 216=f1 8 216PR 220 213PR .. 

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                       .. .,, ,,. 2 18 6-   x 4-221 RH.123,,.... .. ,t' FLOOR,.,.' :

il FVS AYS-153 PEfllET. *73 FEEDY ATER SYSTEH El.60~ RH.51 *~CONT. corn. SEE FIG. B-156 FIG. B-154 

                                                                     .          F VS AV S - 2S1 FYS-6-AYS-ISI EB-10. EB-14 FYS-6-AYS-2SI EB-10. EB-14 CONT. .,,

I \ CONT. FIG. B-268 PEfllET.*9 ~' FIG. B-155 en i( ' CLASS 2 PIPE: 6-EL 6oa*-o- " I CONT. FIG. B-26A FYS-4-AYS-ISI 

                                            ~
                                                              *>I HAT:

SCH: CS 40 I( N. VALL: (I) CAL. BUC: I N REF. DR : M*- :20*1. 03380 SH 1 (J) 

                                                            . CH                                           LOCATION: RM. 123 COMPONENT COOLIN6                       1 ~ 1~: 5 ~*.J7.tc-

I 

                                   ,   STM. GEN_       }
                                     "    E ____
                                         ..._  50 A_

260 259 5- SPOOL ___-r 

              ~0,o.'"
                    ~

SECONDARY BIO_ SHI ELD 

                                                         \-      ..- --

FWS-4-AWS-ISI AUXILIARY FEEOWATER FWS- 4-AWS-ISI FWS AWS--1 SI 3 0 _J ~ B-26A Pl PE: MAT: 4* CS 5* CS SCH: N_ WALL: CAL OLK: R[f _ OR: M- 207 LOCATION: CONlAINMENT caJ..:~7* ?o

253 5"SPOOL- ~- --, t STH_ GEN. , E 50 B I 

                                             ' ' -... - - ~
                                                            /
                                                              /

SECONDARY BIO. SHIELD 

                       ~

B--26B AUXILIARY FEEDWATER FWS-4-AWS- 251 FWS-5-AWS- 251 PIPE: 4- 5-MAT: cs cs SCH: 40 xxs N. WALL: PENT. 73, CAL BLIK: CONT. FIG. 8- 26 REF.DR: H-207 fWS-4-AWS-251 LOCATION: CONTAINMENT 

                                                        ~

A

EMBEDDED PIPE FROM CONTAINMENT SUMP ENGINEERED SAFEGUARDS SYSTEM 

                                                                                                              -----41 SAFETY lllJECTION SYSTEM PENETRATION     ,.,

Cl) ./ N0.53 ESS-24-SIS-SHI ESS-1-SIS-ID2 Cl) N NORTH I Q ESS-18-SIS-SHl(C) ESS-1-SIS-IVI SEE NOTE A UI (1)1"'1 

                     -Cl)
                                        /                                      ESS-3-SIS-TCI ESS-1-SIS-IDI ESS-1-SIS-IY2 PIPE CLASS HC-3 cncn I I
                     -*                                                       CLASS 2 (C) - CONT"D.

PIPE : 1- 3- 1 a- 24 - HAT: SS SS SS SS SCH: 40 10S 10S 20 H. YALL: .133- .120~ .250- _375* CAL BLK: REF. DR: H-204, 03319 SH 1 LOCAHON: RM. 4/RM. 5 EAST /YEST ENGINEERED SAFEGUARDS RH. B-27 u; I 6 211 /ESS-1-SIS-IY2 

                                                           ;

FOR PENT.  ::.,.,...... "' , NOTES SEE HC-3-PB ,, ~ A. PIPE ANI> VALVE COYERU> 220 "lflTH STEEL PIPING AND EL 583" SrEEL PLATE. DETAIL A

ESS-1-SIS-2V2 EMBEDDED PIPE FROM CONTAINMENT SUMP 

                                                                                                                    ,,.,                        201 enCl)

NORTH 

                                                                                                  ./
                                                                                                                    -  I I
                                                                         ~

(,I) enI NV 

                                                                                                                    ~ 3334 203 214/ESS-1-SIS-2Y2                                                                        ES PIPE ANI> VALVE COVERED DETAIL A                                                                                                           WITH STEEL PIPING AND STEEL PL ATE.

ESS-24-SIS-SH2 FOR PENT. N Cl).,,, 

                                                                                                         " ' (,I)

SEE HC-3-PC "'I en (,I) en,,,,, 

                                           "'N
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                          - -"' -               ~;s
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SEE DETAIL A I

(HCI)
                                                .,,gN ESS-24-SIS-SH2 ESS-18-SIS-SH2 (C)

ESS-1-SIS-2VI 1 HC-3 ESS-18-S IS-SH2 ESS-1 -S IS-2¥2 

                                                                                                          ~C_L__A_S_S_2_...;.(_C.._)_- CONT~-- ..- - -

PIPE: 1* 10* 24* - B-28 MAT: SCH: SS 40 SS 10S SS N. Y ALL: _133* .2~>0- _3*15* CAL. BLIC: M-204, 03319 SH 4 LOCA'JION: RM.~. Y£Sl E.NtilN-EERlO 5 AfEGU ARl>S RM. 

  )

It:,~;~: 5

N 0 NOTE : AU. ELBOYS ON LINES ESS-14-CSS-IPA. ESS-14-S IS-HPA AND ESS-14-SIS-LPA HAVE TYO ENGINEERED SAFEGUARDS SYSTEM LONGITUDINAL YELDS AND All. STRAIGHT CONTAINMENT SPRAY SYSTEM SECTIONS HAYE ONE SAFElY INJECTION SYSTEM LONG ITUD IN Al YELD. ESS-14-CSS- IP A ESS-14-CSS-IPA HC-3 ESS-14-SIS-HPA HC-3 

                           '      203.

ESS-14-SIS-LPA HC-3. GC 204 204PR-1(H1 64) CLASS 2 PIPE_:_ _ _14-MAT: SS 2ii'1' Ess...:.24-SIS-SHl SCH: 10 202 SEE FIG. B-27 N. YALL: .250 CAL. BLK : 14-SS- .250-9-PAL 201 REF. DR: . M-204. 03319 SH 2. 3 LOCAllON: RM. 4. EAST ENGINEERED 201-LY l SAFEGUARDS RM. 209 LO 202 LI 209 LI 

                                                                                                          *EL. 578" 210         /
                                                                                         \J               209     208 LO 21 OL *                              --208 LI B-29
                                                                                       ,_--ESS-14-S IS-LPA NORTH
               ,;

205PR-2 (5174.1) ESS-14-SIS-LPA 

                                           ' ojo N     N O'I -..I,,

N CJI SEE FIG. B-37 I ESS-1 0-S IS-LP A

( ~ ISEE FIG. 8-3-1 0\ I
       ¥'                                 .      /      ./      N                    CJI I
                                                                                                /    I 206 LO.,,,,,-

206 LI - I 

                                                      /
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ISO BUT I ,. I NO HANGER _j I

  • DRAYING 214 L'WI. 214 LY 2. 214 LY 3 / ,/
                                                                   . /                                                      //)

14- X 12- RED.~'/ 216. BJ-.' I 1;;,~,~: 5

(RI 24.1) 212PR-3 (RI 24.2) N 

                                """'Pl                                                      N

("')~ N UI i. N CH "O 

                                                                                            ~

ESS-1 0-CSS- I P / SEE FIG_ 8-32 212 Y3230E:m~ 

                                ~~                                                 ,....
                                                                                    ~
c -
x:

a- x RlD. 10- I 211 *~"6 1C>> 210 .. 

                                                                                                                            /
                                                                                                                              /

21OBT1'f> 1hl 

                                -D                                                                                    ....1' ESS-8-CSS- IP A             l .. ,      /

(/),,,,(/) .... , .... 

                                                                                                    ""I(/)
                                                                                                    'T1 I Sic
                                                                                                    '       I mn I   (/)

ESS-2-CSS-REA ENGINEERED SAFEGUARDS SYSTEM CH (/) CONT AINHENT SPRAY SYSTEM NI SAFETY INJECT ION SYSTEM 

                                                                                                          =o CD ESS-8-CSS-IPA GC-3
          ,,..   ./

NORTH ESS-2-CSS-REA 6C-IO CLASS 2 PIPE: 2- 9-MAT: SS SS SCH: 40 40 B-30 N. YALL: . I ::>4- .322-C AL BlK : 8--SS-405- .:522-29-P AL REF. DR: M-204

  • 03320 SH 1. *
                                                            .03322 SH 3 LOCATION: l(M_ 4
  • EAST ENGINEERt::O S AfEGU.AROS WM.

') 4,~,~,0 : 5 o~/.:n/9c,

NOTE : ALL ELBO'WS ON UNlS ESS-1 4--CSS- IPB AND ESS-14--CSS-IPC HAVE TYO LON61l UDINAL 

                                                                           'W'lLDS AND ALL STRAIGHT SECl IONS HAVE ONE LONGITUDINAL 'W'ELD_

ESS-24-SIS-SH2 SEE FIG_ B-28/

  • ESS-14-CSS-IPC
               /                        204PRA(R11s_1) 201 202 B-31 204~....             , / ...... 201 202 e.~,"o..J : 5 o,J/,nho ENGINElRED SAff.6UARDS SYSTEM CONTAINMENT- SPRAY PUMPS___ _
                                  ¥3218ES                                                    ESS-14-CSS-IPB HC-3
                                  ~                                                          ESS-14-CSS-IPC HC-3
     ......                              210, 211     21 2
                                         "--_...~-....,..-, /YELD COVERS THE NORTH                            ., 10-   x 14-                                         CLASS 2

/ l 

                                    ,'213   RED. I                   213PR(R110.1) PIPE:            14*

214 HAT: SS P-548 

                                 . 213 BT
/'II I v 3206 ES SCH: 10
                                                 ~               ~P-54C H. v ALL: .2so*
                                                     ~"'-....*10*
                                             ;                                          CAL. BLK: 14-S~-10--_250-4-PAL ESS-8-CSS--IPC                                   X 14*     REF. DR: H-204, 03319 SH 5 SEE FIG. B-32 *'      '1_*               216       RED. LOCATION: RM_ 5, 'WE~T ENGINEE.REI>
                                                      -...-/            216 BT                      S AFEGU AIWS RM_

P-S4C CONTAINMENT SPR AV PUMPS

ESS-8-CSS- IP A SEE FIG. B-30 "" ... ...: 201 PR (H119.1) 201 YELD COYE RED BY HANGER 

                                                                                      - EL 581" 202 227 ESS-1 -CSS- IPS ESS                                                                                      22SPR(H118)

CSS-IP6 THESE YFLDS AR'E COVERED 225 . BY THE HANGERS 224PR(H 11 7 A) 10* X a- RED (lYP. OF 2) 224 C">N 225 Cl)Q v 218 \ 203 Cl)fl,) 

                             .,,Cl) 217          3220 ES .

l ESS-8-CSS- IPB 7:.:..l.==:=-V 

                                                                                                            ..      223 3209  LS 204  °'en                            216                                                      - E L 577" en,.,'
       ,.,Cl)
      "'Cl>
                     '1
                                -I I

_........--215/ESS-2-CSS-REB ESS ** ESS 222 B-32 CSS-REB CSS-REC 

                                                                                                         ~-.,.

Sc

  • I mUI I ~22~

Ef.;-1'. 221 "**- ESS-8-CSS- IPC V 3208 ES 

       *n I  0         I I                                       ....--;      .                   220 NI
            ~         I
                                                                      -.                       219
            >         I                                                                        218/ESS         ENGINEERED SAFEGUARDS I                                                                            CSS-REC                             .       . SYS.lEM CONTAINMENT SPRAY SYSTEM ESS-1 O-CSS- IP3 ESS-2-CSS-REB(C)*

218/ESS-l- ESS-1 0-CSS- IPB ESS-2-CSS-REC(C)* CSS-SXC ESS-8-CSS- IPB ESS-1-CSS-SXB ESS-8-CSS-IPC ESS-1-CSS-SXC PIPE CLASS GC-3. * = GC-10 

                                              ,.,,                                                                CLASS 2 (C) - CONT.

NORTH 

                                 ~.                                                                               PIPE:       I -     2-         9-    10-HAT:        SS       SS         SS    SS SCH:        40       40         40    20 CONT A INMENl                                       N. Y All : . 1 33 - . 1 '54 - .322* .2so*

SPRAY PUMPS P-54C CAL BLK: 1 O-SS .250-12-*t>AL 8- SS .322*-29 *PAL Rlf. OR: M-204, 03~20 SH 1 LOCAllON: RH. S, YESl ENGINHR£0 SAHGUARl>S RH. 

   ,.J

/~,~,~~: 5 

                                ,,, ,. /                                                   ENGINEERlD SAFEGUARDS _ _ _ _....

SHUTOOYN COOL ING /SHUTDO'tiN ESS-14-SCS-2HI COOLING kELIEF SYSTEM. (CONT"D) SEE FIG. B-40 PENETRATION,..;". 35 ESS-14-SCS-2HI GC-8 N0- 209 ESS-14-SDC-LPC (CONT.) ESS-14-SCS-2HI ESS-14-SOC-LPO (CONT.) GC-8 210 ,,..,.~ ESS-1-SOC-CLI 

          --.21ou 211       210LO                                                            CLASS 2                          --------------t PIPE:                          1*     14*

211/ESS-1-SDC-CLI HAT: SS SS SCH: 40 10 NOT(: ALL ELBOYS ON LINES ESS-14-SCS-2HI~ N. 'Ii ALL: _133- .2so-212 ESS-14-SDC-LPC AND ESS-14-SDC-LPD CAL. BLK: --- 14-SS .250-9-PAL 212LI HAVE TYO LONGITUDINAL YELDS A.ND REF. OR: H-204. 03319 SH 3 212LO ALL STRAIGHT SECTIONS HAVE ONE LOCATION: RH. 4. EAST ENGINEERED 213 LONGITUDINAL YELi>. SAFEGUARDS RH. 213LY 

                                                                 ~.,.. ESS-12-SIS-ILP SEE f IG. B-4:>

216/ESS-14-Sl>C-LPD 201 ESS-14-::-SOC-LPI> B-33 202 203 202 

                                           ', .....                              ............_____ .; FORPEN*r.

SEE GC-8-PB ESS~14-Sl)C-LPC (CONT"D) SEE ..... _,,, FIG. 8***3-1 ...'}-.. .... 

                                                                                  '               ESS-14-liDC-LPD (CON I *o) Sl E fl6. S*-..i~

CYC-2-CHP-RHP ~ , FOR PENT_ (CONY-OJ SEE ,,. "" ,,. ,,,. SEE CC7-PA FIG. 8-86' .... ( .... . ,*-"' \ CYC-2-CHP-RHP (H7_ 1) '-- (CONY-0) SEE 

                                                                   --- _, ... F 16 _ 8-S 1 ,,,.
                                                                           ...._ "'~      .............,   /
                             /

NORTH 

            /

CHEMICAL AND VOLUME CONTROL SYSTEM CHARGING PUMP CYC-2-CHP-RHP (CONT"DJ CC-7 CLASS 2 B-34 PIPE: 2-MAT: SS SCH: 160 N. 'rl ALL : _344. CAL OLK: REF_ DR: M-204 LOCATION: 602 - PIPE "r/AY 1;>

  • t:~,s,C.U = 5 c.<Y/0)7 he

ESS-14-SDC-LPD NOTE: ALL ELBO\*/S ON LINES E:3S-14-:3DC-LF'[i AND 204PR-3 ESS-14-~:IS-LF'B HA'v'E T'v/O LONGITUDINAL (S130.2) WELDS AND ALL STl':AIGHT SECTIONS HAVE ESS-14-SOC-LPD 

           \:"(CONT'D) SEE FIG. B-33                                        ONE LONGITUDINAL 'w'ELD.
              \  "' .... .. RM. 4,,.. * 'tl ALL ENGINlERED SAFEGUARC:a:3 SY'.::l EM
                                                                                 >--------                           *-w---*--*-

SPENT FUEL POOL/SAFETY INJECTION SYSTH**1iSUPPLY DRAIN COMBINED . 

                                       ../
                            ,,,... NORTH                                           ESS-14-SEP- TEM GC-8 ESS-14-SIS-LPB (CONT'D.) HC *3 ESS-14-SDC-LPD GC-8 ESS-8-SFP-TEM GC-8 CLASS 2        ----*----------- .

PIPE: 8" 14" MAT: SS B-35 SCH: N. 'w* ALL : 40 

                                                                                              .322" 250 ..

10S CAL. BLK: 14-SS-10-.250-*:;t-F'AL 8-S::.-40:::- .322-2'j-PAL REF. DF: : M-* 204 . 0331 9 :3H :~ LOCATll)f~: R1*1. ~/Fr*J. 4, "dE::.T /E.w.:::r ENGll-lll:.F.:H* :3AfF;u,.:..~T*~: Fl*l. I) .,z;."1s1~~".1 : 5 Or)/.:)7h"' 

                                                                                                      *Nffr ON ISO.
                                                                                                                                     /

NORltl 

                                                                                                                        /
                                                                                         ~**_,.,.,,..*~.~.~ FOR PENl.
                                                                                --..-..-_,* "              . SEE CC6-P8 ESS SEE FIG.

B-61 Y 3186 ES SIS-HR A _ _ _---j~1, 224 vA(y;> ' :::*4- Sl5-2HP SEE FIG. B--:>9 223/ESS SIS-OLI (H195.2) 223 -EL 572" 

                   ..,.(222     P66A                                   .  ~H202)

EL 5 7 1 . / ' I CY3036E~ ESS-1-SIS-DLI ES ESS-3-SIS-3HP i'( (H200 . I ) DC Ice f_. ( H200) v 

                                                                                                                          ~l-:5/C,.J :   5 C'x}/cn/ '/O ENGINEERED SAFEGUARDS SYSTEMS      CLASS 2 SAFETY INJECT ION SYSTEM           PIPE:             1 ..        3"   3"         6"       6"  6" r .*-.

ESS-6-SIS-HPA HC-3, GC-4 MAT: s*~ 

                                                                                                 ~-=>         SS   -:>-:>     SS       SS  SS SCH:             80           80    160 40             120  10S ESS-6-SIS-2HP CC-6 B-36                 ESS-6-SIS-3HP CC-6 N. WALL: .179" .300" .438" .280" .562" .134" CAL. DR : 6-SS-1 OS- .1 ~A- I 1-PAL ESS-3-SIS-HPA OC-1 6-:3S- I 20- .5C:.'.:'.-*8-PAL E::;S-3-SIS-3HF' CC-6
                                                                             ;. REF. DR: 1*1-204, Cf5::: 19 :::H 2 ESS-1 -S l~:-DL I LOCATION: ~Tl. 4, EAST ENGtr*~ln:'.Hi
AF£GU AR(*
3 i;..:M.

222PR 223 (R160.1) l224F'R -1(Hl6l) II - '1 ~(_...,224P~:-2(t.161 I) 

                                                             ~24J                 22b
                                                             ...          225 DETAIL A 209 208 207PR(H176) 2078 207A SEE DETAIL A ... :****

V 3199 ES ESS-14-SIS-LPA 215 SEE FIG. B-29 ', fSS-3-SIS-LRA__/ SEE FIG. 6-61 21.7 /ESS-f:v,*5,~10 : 5 ~)rJ7/'Jo Low Pr~ssure l-SIS-DL2 ENGINEERED SAFEGUARC*S_ S'{STEM Saf~ty lnjevhon SAFETY INJECTION s*t::;TEMi SUPPLY DRAIN COl***1BINED ESS-10-SIS-LPA GC-l ESS-14-SDC-LPC GC-8 

                 ./                                                                 CLASS 2 NORTH                                                                               1O" 14" PIPE:
     *~                                                                                                            c**--

MAT: SS v*::> 20 10 B-37 SCH: N. \y'ALL: .250" .250" CAL. BLK: l CH:S 14-:.:S-1 0- 

                                                                                               .250--1 2-F' AL 2:.0--*:i-PAL REF DR : M- 204 I 0:5 ::.1 *j :::;H ::..

0:5.:.20 t;H 2 LOCATIOI*~: 1-:1*1. 4, EAST lNGINE£RlD SAff1:-;UAP.C<:. F.:1*1.

NOTE : ALL EL80\'/S ON LINES ESS-10-SIS-LPA M*m [:;s-10-Sl~;-LPB HAVE T\*/O LONGITU[>INAL \*/ELDS AND ALL STRAIGHT SECTION::> HAVE ONE LONGITUDINAL \vELD, "i'llTH THE D<CEPT ION THAT ESS-10-:; IS- LPB 220LI .3'_ 220LO C>O NOT D<IST.

  • ESS-12-SIS-ILP ESS-3-CSS-REC ESS-1 0-SIS-LPB SEE FIG. B-53 B-38 219PR~O ESS-12-SIS-ILP GC-1 219PL 1 tt.ru 4 '

(Hl 36) .J'I ESS-1 -S IS-LPD ESS-10-SIS-LPA (CONT'D) GC-1 S"X10"RED.~ ...-t-y3200 ES ESS-10-SIS-LPB (CONT'D) GC-1 218 ESS-3-SIS-LRB GC-10 ESS-14-S IS-LPB " ' .... (CONT'D) SEE FIG. B-35 

                                             ""-218BT                   NORTH       ESS-1-SIS-LPD ESS-1 -SIS-PT I L0\\1 PRESSURE S AFHY INJECT ION
                                                                             '   CLASS 2 PIPE:        1"        3"            10"           12" MAT:         SS        SS            SS            ...,...,

CC' SCH: 40 40 20 20 N. 'vi ALL: .133" .216" .250" .251)" CAL. BLK: --- 1o-s::;-:?1)- 12-s::; .250-1 2-P AL .250-13-F', REF. DR: 1**1--204. 03320 :;H 2 .* Q;:\:522 SH 1 

                                                                               . LOCATION: Rl . 1. ~; . "./EST ENGlr~H.RW
AfEGU ,
..F<
D:::; RM.
                                                                                              ..!!!!!_INEERED SAFEGUARDS SYSlEM SAFETY INJECTION SYSTEM_ _ _

ESS-12-SIS-ILP(C) ESS-6-SIS-IA6 ESS-8-SIS-IA6 ESS-6-SIS-186 ESS-8-SIS-186 ESS-6-SIS-2A6 ESS-8-SIS-2A6 ESS-6-SIS-286 ESS-8-SIS-286 ESS-1 .5-SIS-2LP ESS-1-S IS-PS2 Cl.ASS 2 PIPE CLASS: GC-1 (C) - CONT"O. - - - - - -

  • PIPE: 1- 1 .5 - 6-MAT: SS SS SS SS 240 SCH: 40 40 40 40 N. VALL: _133- _145- .280- _322*
  • NOT ON CAL. BLK: 8-SS-40S-.322-29-PAL STRESS ISO 241 /ESS-1.S-SIS-ILP 12-!>S .250-13-PAL 241VR-2* REF. DR : M-204, 0336 7 SH 1 Of 6, S /N 411 242 LOCATION: CONTAINMENT ,607" H.

MO ~\ . - - > 

                 .          lB14:,.,~- 205                 243~

ESS-6-SIS-2A6/ ~~03 __.,,..- 12* X 9- RED. ELB. EL 594° ESS-8-SIS-2A61 2o"?f * .,.,,, TYP - OF (2) 

                                              /                201
                 ~'                                                          202 l

MO FE0314 13 12 

                 ~*,*,205             203BT                  /                                a-    X 6- RED. ELB.

203 FE0311"°'--... ' 202 201~ TYP. Of (4) 264 204 203 203BT '- 202 R 1 202 "":---., I 202PS FE 0307205BT 

                                                                                                      ~06PR B-39 201                    '              202PSS 205 202 PS  -'f             .         ~             (H701)                    206        ,

1 202PSS (H700) 203 204 205 L ESS-8-SIS-IA6/ 207'" .. MO 

                                                                                                                   ~ 3008 ES
                                                  , . -          ~SS-6-SIS-IA6
  • FE0309 206 .

2058T

  • NORTH """ 207a.\ .. ~~8. 0 CLASS :2'°x.
                                                  .        /      ...,                      "ES
                                                   ,./CLASS 1
                                                                                                                                £,5,~:      5

ESS-14-SCS--2HI (CONT"D) SEE FIG. B-33 

                                                                                         ~
                                                                             ,"EL 613" i'

PDIETRATION NO. 36 FOR PENT. SEE GC8-PA ESS-14-SCS-2HI EL 620""' 206 205LI B-40 205LO EL 609" cv ...~' 3015 r.-.7, ; 205 

                                    '<l cv~-*
               "'O ,.,

n en 3016 .... ES 201l e,;,~~: 5 Q,) 

               ~ ~
               '°'t '°'t CLASS 1 CLASS 2         12* X 14
  • RlD. ELBOV ENGlllEERU> SAFEGUARDS SHUTDOVN COOL ING /SHUTDOWN COOL ING RELIEF SYSTEH
               ~ ~                          201LV    '\_
               ~    '?N                                   202LI             ESS-14-SCS-2HI AND ESS-12-SCS-2HI 202l0 N                                                            ESS-3-SCS-RVI T'HRU ESS-1 .5-SCS-RVI
c :c
    '  NORTH'-

CLASS 2 PIPE: HAT: SCH: 1_5-SS 40 2.5-SS 40 3-SS 40 N. VALL: .145- _2ms- .216- .2:>0-CAL. OLK: 12-SS .250-13-PAL 12-SS 14-SS 

                                                                                                                   .2so-REF. DR: M-204 ~ 0:5360 SH 1 LOCAllON: CONTAINMENT

Es:::-1 o- rss-1 o-s1:;.c-1;o;.. css-su. 

                             '   NORTH
                                                                                                  /lv,;,,~ : S       c0> 1.)7/?c ENGINEERrn SAFEGUARDS SYSTEM SUPPLY DRAIN COMBINED/SAF[*"""r~l--..1 210                                                 INJECTION S'(STEM/CONT AINMENT 208LW......._209                                                             SPRAY SYSTEM ESS        * '

SDC-XCO '--.:_~a ESS-10-SDC-XCO ESS-1 o-cs:;-SLB ESS-12-SDC-~<CO ESS-8-CSS-SLB(C) 207 ESS-12-S IS-ILP(C) ES:3-l-SDC-f'SI ESS-10-SDS-XOA E~S-1-SDC-l EA 206L'w ESS-10-SDC-XOB ESS-1-SDC-TE.B ESS-10-CSS-SLA(C) 206f'R PIPE CLAS::;: GC-1 (S149.1) CLASS 2 (C) - COIH'C>. * - - * - - * - - - p IPE : 1" 8.. 10" 12" MAT: S:3 SS cc SCH: 40 40 20 20 N. 'ti'ALL: .1 33** .322" .250"' .250" B--41 CAL. DR: 8-S~; .322*-2":1--PAL 10-::;:=;- .250-12-PAL I 201 PR 10" ~: 1 2" RED. (R 148. 1) 12-S:;) .2~*0-1 3-.PAL

RV 0402 ESS- .75-SDC-RV A 

                                                      ,/./

ESS SIS-ILP (CONT'D) SEE FIG. B-41,,..,.. B--42 

    ,, ~
  ~,
      '       212 211 PR (Hl 41)
                                                                                                           /J.v,;,~A : 5 CJ~. ~7*1o ENGINEERW SAFEGUARDS SYSTEM SAFETY IN.JECT ION SYSTEM /SUPPL'(
.
DR A IN COMBINED

("') 0 ESS-12-SIS-ILP (CONT'D~1 GC-1 ESS-12-SIS-SDC GC-1 ESS-10-SDC-XIA GC-3 ESS-10-SDC->=:IB GC-1 208L\v ESS- .75-SDC-RVA 208 207PR . ...., ESS- .75-SDC-RVB (S140.1J.1f 207 / / EL 5 7 2 ' / I//' 207PS C\1 ESS-12-SIS-ILP CLASS 2 PIPE: MAT: SCH: 

                                                                                            .75" SS 40 1O"
                                                                                                     *:*c 20 12" SS 20 207PSS 3006 SEE FIG. B-38                              N. \'i ALL :   .1 13.. .250.. .250 ..

(Hl 40) ES . CAL BLK: 10-$:3-20-.250-1 '..2-f'AL 12-:3:3 .250-1 3-f' AL 

 "-NORTH                         *NOT ON ISO.

t':ff. D~:: M-203, 1Y5320 SH 1, 2,. 3 LOC AT 1or*1: ~Tl 5" \*/EST ENGINEERED 

             '                    BUT IT IS HiERE S AF ECilJ A~:[):~; RM.

ENGINEERED 

                                                                           ......___,_, _____SAFfGUAtU>S    SYSTEM
                                                                                               *_*-*---* M---***----

SAFETY INJECTION SYSTEM T-82A ESS-12-SIS-IAS GC-1 

          /                                                                         ESS-12-SIS-IDS GC-1 NORTH                                        NOT ON ISO)
 /                                                                           CLASS 2 PIPE:         12-206VR HAT:          ss 206          ~    SCH:          20 T-820                                   - E L 717" 205                N. VALL: .2so-204PR(H748)          CAL BLK: 1 2-ss- .250-13-PAL 204                     REF.DR:       H-203 ~ 03362 SH 1
  • 208 PL 1 thru 4 03365 SH 1 NOT ON ISO 208PR(H747) LOCATION: CONT A INHENT
  • 700" EL.
               ~

TO 625" EL 208VR(H746.1) 209VR-1(H746) 209YR-2(H745) 208 PL 1 thru 4 (H765)208PR 210 B-43 208VR(H764) 212 213 211PR-2 213PR(H743) 209 (S743.1) 209VR-1(H763) 214 ESS-12-SIS-IA5 217 3041 ES 218 ESS-12-SIS-181 ,.. 

                                 . El 631 " SEE FIG. A~ - -..,*

(") (") r- r-N  ;. > > (I) (I) (I) (I) 

                                                               ... N

T-828 206YH* N S ' NORIH NOT ON ISO\ EL 717"~0 6 205 T-82C 204PR(H736) 204 208 PL 1 th,-u 4 208YR (H734. 1) . 209YR-1 (H-134) 206YR NOT ON ISO 209YR-2(H733) 

                            \{LOY EL 717"-,

204 212 \ 204PR I I 208 PL 1 th,-u 4 213 (H757)1 I 208PR(H756) B-44 205_J J 208YR (R755_ 1) 

                                                '206_}          209 209YR-1(1~-155) 214 215 216      HO 3045 ES
                             \f-..EL 631"
                               ~   '       ESS       213
                                                                                                         £*.

11~10A..l: 

                                     ,    *s1s-1c~                           ENGINEERED SAFEGUAHDS SYSTEH 214                        SAFETY INJECTION SYSTEH ESS         ""-,

f:! f:! SIS-181 ' 215 

                         ~ ~       ~~,,IG.,              216                       ESS-l 2-SIS-185 GC-1 en en                                                     ESS-12-SIS-ICS GC-1 N-CLASS 2 PIPE:        12-HAT:         SS SCH:         20 N. YALL:    .~SO CAL BLK:     I 2*-SS .250-13-PAL REF. DR:     H--203, 03363 SH 1 ,

03364 SH 1 LOC Al ION : CONT A INMENl, 700. l l . lO 6'l.S" U __ 

                                                                                                         ~    ::;)           FOi<: F'EJH .

IT1 (/) 

                                                                                                         "'Tl I         ,*

I SEE GC 1-PC C5 7 I 229 

                                                                                                         ~ID,
                                                                                              *~*30 *~ I y
                                                                                                                      \ - 231 /ESS-1 -SCS-CLI
                                                                                              ""-        Wl*:-1 Cl
                                                                                                                      /\               ESS-12-SIS-ILP I /                       (CONT'D) SEE FIG.

2 23212 EC*C , 

                                                                                                                                                    .... _.-t)-

B-39 

                                                                                                                               .....            SIS-HP A PENETRATION                                   SEE FIG.

NO. 32 ...... B-36 * ( HIS~**~J ~ . 

                                                                                                                                     /

ESS-4-SDC-RE3 CV 3071 ES ....__/ B-45 l~o~

  • ENGU~EERED SAFEGUARDS SYSTEM CLASS 2 (C) - (CONT'[;*)

SAFETY IN.JECT ION SYSTEM /CONTAINMENT PIPE: .75" 1 .. 4" 8" 1O" 1'">.... .. SPRAY SYSTEM/SUPPL'( DRAIN COMBINED MAT: SS  :::s C*:=* 

                                                                                                ..J*-*

_.;:, SS SS SCH: 40 40 40 40 20 20 N. 'w' ALL: .113" .133" .237 .::.::::** .250" .250" 11 ESS-12-SIS-ILP(C) GC-1 ESS-1-SIS-DL2 ~........ ESS-10-CSS-SLA(C)GC-1 ESS-1-SIS-PT2 CAL. BU<: --- --- --- 10--:3:3 12-ss ES:3-8-CSS*-SL A(C) GC-1 ESS- .75-SIS-FT1 .250-1 2-F' AL .250 NORTH PAL ESS-8-CSS-SLB(C) GC-1 ESS- .75<:; 1:3-FT2 REF. DR: t**l-203 I 0:::320 :::H ::::.. ::. .* 4 

         '- t::::::::--4-SDC-RE3   OC-4                      LOCATION: ~:M. 4' EA::n rnGINEEkff*
                                                               ~           SAi ffil..IAf.:L*:::; F.:t**I.

ESS-8-CSS-SLB (CONT'D) SEE FIG. B-48 FOR f'ENT . 

                                ... "'       SEE GC l -PA
                                       ~'    PENETRATION EL 604      ",NO. 30
                                                           '-'"*' fT1 fT1 './)

224 fT1 Cll I ESS-8-CSS-Sl A (5 7 (") (CONT'D) SEE FIG. B-47 wl<.i1 

            ....                                           ~*~)

EL 604' ' ...,,,~ 

                 , , 224
                      '-~                                    . I~ 1B /ESS-1-CSS-REB 218 B-46
                                                          ,.......lfT' n u)I Olu)
Z I
                                                           -t 00             ESS-8-CSS-SLA(C) GC-1 ESS-1-CSS-VLA
                                                          -~-~ -1
  • ESS-8-CSS-SLB(C) GC-1 ESS-1-CSS-VLB (f)l(.I")
                                                           "1        I
                                                          ,,, U)             CLASS 2 (C) - CONT'D.

0 m PIPE: 1" 8" CD MAT: SS SS I 

                                                           ~                 SCH:         40           40 U1                N. \'I ALL : . l 33" .322" CAL.BLK:8-SS-40S-.322-29-PAL REF. DR: M-203, 0:3320 SH 3 .. 4 LOCATION : RM. 4 . EA:3T ENG INEEF.:fu
                                                                        "!                    ::;; AFfGU Aft:O::; RM.

l=(H918) f =(H'::J20) l =SEE f;H. DR. M-203 246/ESS FOR HANGEF<: POSITIONS t--.> 

       ~

CSS-2AI 

       ~

IT1 (I) (I) I 

       .$1.

I B-47 240PR-2 (H691) e,.....~,J: 5 a~J.nho ENGINftRW SAFEGUARDS SYSTEM CONTAINMENT SPRAY SYSTEM ESS-8-CSS-SlA(C) HC-44 ESS-8-CSS-TC A ESS-4-CSS- IAI ESS-4-CSS-IBI ESS-3-CSS-2AI ESS-4-CSS-I AI ESS-3-CSS-~B I ESS-3-C:5'.3-3AI ESS-8-CSS-SlA NOTE : EACH LINE SEGMENT ESS-3-CSS-~Eil 

                                      -..... .....(CONT'D) SEE FIG. B-46                         CONTAINS FROM 4 TO B      ESS-3-CSS-4AI
                                                   ~ENETRATION                      NO. 31 OPEN SPRAY NOZZLES.

CLASS 2 (C)-com*o. - - - - 233PR-2 (R8S4 .2) 2 "-J r1c:- PIPE: 3" 4" 8" 8" ESS . MAT: SS SS SS SS 233PR-1 (R884. 1) CSS-TCA *:.--:>6 SCH: lOS IOS lOS 40 233 201 )_~-2-26BT N. 'w' All: .120" .120" .148" .322" 232 ---- 227 l202BT CAL. BlK: --- --- t:-::;~;-1 OS-2:31 PR-2(R884) 202 *::**-:*..:> _.._.., .14C::-10-PAL i Rff. DR: 1"1-203. (13::.E.9 :3H 1 . 2 

                                                       - 22'}                                                         lOCAllUN: CONT AINMEl*H. 604' El.

TO 700' EL. 

  *9              2c-3
                   ~ ./E"'   ~S-3-CSS-2B2 NOTE** El'tLH     * - LINE SEGMENT CONTAINc         -* Fi::.
                                                                                                                         .... OM 4 TO OPEN SPR Ay NOZZLES. 8 253/ESS         CSS-382 ~

f "' SEE HF. DR M-FOR HANGER POSITIONS f B-48 9rf - ESS- 3-- CSS-482 ELBO\*/ ENGINH~ED SAFE-; * .. ~ ~  : 5 00>/~1/?o CONTAINMENT **-pt.:U,.,RD.::> SYSTEM v RAY S'i'STEM ESS-8-CSS-cLB(C' -- ESS-4-CSS-1A2 ESS-a-cs*=*-T"",-.8* ) ES~ E;:;::;-3-CSS-2A*:.* E~~-4-CSS-IA2 l *-.~=3-CSS-262 

                                                                                    '"'      w ES.:--4-CSS-IB*-*j                 bS 3-CSS-3A2
                                                                                              .._ ~S-3-CSS-382 CU6S 2          (C) _                . HC-44
                                                                           'E.       ~*- -CONT D .

3" PIF MAT.: SS .. ---::::8-::- 47.' .. --8-.-. SS ~ S"CH: 1u--:; 

                                                                                           -          10S          ~s            SS N. \*/ALL: .120"                2           10S          40 CAL. DI':: .. ***-          *---

1 0"8-SS-1 .148" O~-* 3*r1" 

                    """)" *)-*7.

(1':884 .~ .-::-- 

                                                                                         *,o-~

_._:. PR-L REF. DR : M- _.....*l 48-10-PAL 4*,**:-*:.:.-,c,R ** 1 (H:38:~ . . _._,' r .; LOC Anor ..:-. -* . u.:,.~. /8 SH 1 . 2 

                                                                                  ~. l_.uN r AINMHH .** _. .

237 - ** ..... , cU4 EL l 1-' iUO' fl

  • B-*-49 ESS-8-SOC-RLI ; ~
                         ~  --
                                    /

(CONT'D) SEE ; , ~ , FIG. B-62 ; ""',.,,, 204 1~, ESS-6-SOC-REI; '- (CONT"D) SEE..,. FIG. B-62 c~ d7ho 201 .----E-N-6-IN_E_E_R_E_O~S-A_f_E~G~U~A~R~l>~S~S~Y~S=.~lE~H::-__."1 203 202 , SUPPLY DR AlN COHB INED 201 .,,. .,,,, ESS-6-SDC-KEl(CONT"D) HC-23 "ESS-12-SDC-XCO SEE FIG. B-41 ESS-8-SDC-RLl(CONT"D) HC-4 CLASS 2 PIPE: (;=--a---~-* HAT: SS SS SS SCH: 40 40 10 N. VALL: .280- .322* .134-CAL. BLK: 8-SS-40S- .322-29-PAL 6*-SS-1 OS- .1 34-11 -PAL REF_ OR: H-204. 033:l0 SH 3. 05522 SH 2

  • LOCAHON: RM. 5, VESf ENGINEt::RlO
                                                                                 . 'l                   S AFEGU ARl>S ROOM

ENGINEERED SAFEGUARD SYSTEM SAFETY INJECTION SYSl~EMlSUPPLY B-50 DRAIN COMBINED ESS-8-SIS-HPB HC-3, GC-4 ESS-6-SIS-HPB GC-4 ESS-6-SIS-*HPC GC-4 ESS-4-SOC-RE2 GC-4 

                                                                           .f!:_ASS 2 PIPE:

4-HAT: SS SS SS SS SCH: 10 405 40 40S N. 'tr/ ALL: .148 .231 .322 .280 CAL BLK: 8-SS-405-.322-29-PAL 8-SS-lOS-48-10-PAL REF. OR: H-204, 03319 SH 6, -1 P 66 B LOCATION : KH. 5 .. 'tr/EST ENGINEERED SAFE6UARDS RH. ESS-4-SDC-RE2 

                                                                                                 /

Cl) ,,, I EL .,.9*.1. ' 

~ ~. _ ~ ~              /

L)lll FLOY .,,,, ,,,,. 

.,,  I  I                                                                        /       20~PR-1(H 178)
-   CD en 1                                                                ,,,,,.

-. I.

  • n1 _,,,,.

CD Cl)I I Cl) / 

                                                        /

(/) ESS-24-SIS-SH2 Gil SEE fl6 _ U-28 202 

                                  ./                                            20:5 \
                              ~NORTH ESS-8-S15*-l-ll'B

ESS-6-SIS-IHP (CONT"O) SEE FIG_ B-52 NORTH/ PENETRATION.;.; / N0_23 211 ESS-6-SIS-2HP * (CONT"O) SEE FIG_ 8-60 

                                                                                 ,,. '1'      EL 607" 209 208-PL-5 THRU 8                               219 208-PR (H207)

B--51 208 /ESS- _75-PI0-31 8 217 216/CVC-2-CHP-RHP 216-PL -5 THRU 8 216-PR (H208) cvc-2-',' '.... *~ 216/ESS-.75-PT0-375 ENGINEfklD SAFEGUAWl>S SYSTEH CHP-RHP ' , .; 'FLOY s AFETY INJECT ION SYSTEM (CONT"O) "" ' ....- 216-PL-1 THRU A SEE FIG_; 208-PL-'1.: ESS-6-SIS-2HP (CONrO) CC-6 B-34

  • THRU 4 . 216-YR (R203_ 1)

ESS-6-SIS-IHP (CONT"D) OC-1 208 ESS-2-CHP-RHP (CONT"O) CC-7 206PR(H209) Y 3265A ES ESS-. *15-Pl"0-318 ESS-. 75-SX0-337 PT 0375 ESS-.75- CLASS 2 205 PT0-375 (1 HPY-:(2HP) 204 PIPE : .75. 2. 6- 6-HAT: SS SS SS SS SCH: 80 160 80 120 N_ YALL: _154* _344* _432* _562-C AL BLK : 6-SS-80S- _432-31 -p Al EL 579- 6-SS-120- _562-8-*P AL l r , fSS l 201 ESS-6-SIS-HPB 

                                   'SEE FIG_ B-59 REL l>R: M-204. 03:578 SH 1, 2, SIN 318 LOCAHON: RH. 4, EAST SIS-HPAI           '-,                                            EN61fU:EIUI> SAfEGUARl>S RM.

SEE FIG_ I " B-36

DETAIL ESS-6-SIS-IHP (C) ESS-2-SIS-IA4 ESS-2-SIS-184 ESS-6-LTC-IA ESS-2-SIS-2A4 ESS-2-SIS-284 ESS- .5-SIS-3HP CLASS 2 (C) - fONL _ PIPE : .5 - 2* 6-MAT: SS SS SS SCH: 80 80 80 N. YALL:.147- .218- _432* CAL.OLK: 6-S5-80S- _432*-31-PAL B-52 REf _ DR: M -20~. 03;i66 SH 1. S/N 324.411 LOCATION: CONT AINMl:NT. 60-/ EL_

e. E~S-2-LTC-18 SE'E flG_ A *j6!J ,.

  • 21 SEE FIG_
                                           *. 21) A- 18A ENGIN£EWEI> SAflGUAHDS SYS.
                 -------------         -~-

LONG TERH COOL ING

<.;'03PS lSS-6-LTC-IA ESS-2-LTC-IA
   - 1io3Pss  ESS-6-SIS-ltW ESS-2-*LTC-IB CLASS 1 /2 PIPE:

2* 6-HAL SS SS SCH: 160 80 II. "a' Al.L : _432 CAL BLIC: REF_ DR: M-203 B-52A l.OCAflUN: CONT AINNENT

ESS-6-:-S IS-*CRH y317*1 SEE FIG_ B-62 ES 

                            ' ...... ,,,. <II' ESS-4-CSS-REC CJI
c ESS SIS-HP&

ESS-2-SIS-HWU (H196.3) , ~- EL 574* 

     ~LD'lt Y3332 ES         ENGINEERED SAFEGUAlolDS SYSTEH SAFETY INJECTION SYSTEH/
              ,,.,           CONTAINHENT SPRAY SYSTEH

(/) (/) 

      "1        I            ESS-4-CSS-REC             DC-2 (I)     N

(/) I ESS-3--CSS-REC GC I n ESS-3-SIS-HPB DC-1 N (I) I (/) ESS-3-SIS-HPC DC-1 n I (/) ,,,m'° (/) I ESS-2*-CSS-REB ESS-2-CSS-REC (CONT_) (CONT.) 

      ,,,'°                  ESS-2-SIS-HRB             DC:-2 n                      ESS-2-SIS-HRC             DC::-2 CLASS 2 PIPE:               2*             4-    B-53 HAT:                SS             ss SCH:*               80             80 N.YALL: .210*                      _337-CAL.BLK: ---

REF. DR: H-204, 0~322 SH 1 , 033-/8 SH 1, 3 LOCATION : RM_ 5 ... 'WlST ENGINEERED SAFE6UARl>S RH.

(H16.1)~~, (H17)\ \ ~-,W iCH16.2) . (H 1 7. 1 A)\\ \ T 54 

                                               . I
                                                                                                      '      CVC-4-CHL-IP2 (H18)           t"LO'ti" (H1 .2)

CYC B A I- IP4 (CONT"D) SEE FIG. B-55' * ~) 

              .....                                        FLOY     2088 eve MO
                                                                                                -    2087 (H4) :z:     eve n

M I N N 

                       ....i

_.1~ p CJI I CHEMICAL AHO VOLUME COHl!Wl ____ £!ASS 2_:_*:-.;---.------;;--- CD 

                       >                     CHARGING    l INE /BORIC AC ID INJECT ION p IPE :          -7'5    3       4 T                                                               HAT:              SS     SS      SS IQ                    CVC-4-CHL-IP2 HC-16 eve-. 75-CHL-SXI                          SCH :             40      1 OS    1 OS N. 'ti All : . 11 "5 - . 1 20 - . 1 20
  • eve-. 75-CHL -OU CAL. OLK: ---

CYC-3-BAl-IPI HC--1 WEF. DR: M-202, 03323, 03377 cve-3-BAl-IP2 HC-7 SH 1, 2 eve- BAl-SXI LOC A TIOft : RM. 1 04 A VOLUME eve-_ 75---eAi-vu I B-54 eVC-3-BAl-IP-I CONlROL TANK WM. CVC-4-BAl-IP4 HC-*6 eve-- .7:> BAl--1>u 

 /)

(-:~,w: 5 oCJ/~7//c

CVC-4-BAl-IP5 (CONT"D) UNDER 602 SEE F 16. B-58 PIPE 'r/AY CYC-4-BAl-IP4 0 ----CYC-1-BAT--YLB (CONT *o) SEE FIG. 8-54 -------- CVC--3-BAP-tiLB P 56 B p 56 A CVC-4-BAl-IP5 CVC-4-BAl-IP6 CVC-3-BAP-SLO CVC-1 -8 AT-DLA CVC*-1 -B AT-OLB CVC*-1-BAT-VL A CHEMICAL AND VOLUME CONTROL CVC-1-BAT-Vl.B CVC-4-B AP-SL A BORiC ACID PUMP/BORIC AC-ID PIPE CLASS: HC--6 TANK/ BORIC ACID INJECTION CLASS 2 

                                                                          ---*-**--*-*---*  ----~----*--

CVC-4-B AP-SL A p IPE : 1- 2- 4-CYC-4-BAP-SLB MAT: SS SS SS CVC-4-B AP-SBL SCH: 40 40 105 CYC-1-BAP-RLA N. "SALL: .Li3- .154- .120-CYC-1--BAP-WLB . t: AL. UL: CYC-3--B AP-SL A RH. DR: M--10:.l 03.S:l3 I CVC-2-8Al--IP4 (C) HC--/ lOCAllON: RM 10-//602 t'lt'f 'r/AY 

                 ,..,,                                                                      ~
                 ;o-        (CONT"D)

SEE FIG. 8-81 ON 

                 '   I                                                               NORTH x

N I 

                                                                               /'

(CONT"D) CVC-3-' SEE FIG. B-54 CHL-IP2 CVe-4-CHL -IP2 CVC CHP-IPC Oc;;>*o'7*'lo CHEMICAL AND VOLUME CONTIWL CHARGING PUMP/CHARGING L.-NE 3- x 2-2~~} 1 112- x 3/4 ~--~ RED. Ci CVC-4-CHt-IP2 (CONT"D) eve- .5-CHP-DLB eve- .5-eHP-RVB CVC-2-CHP-PBB HC-16 RED. eve- .5-CHP-DLB eYC-1.5-CHP-IPB ce-7 CYC-3-CHP-IPB HC-16 CVC-2-CHL-IPI (CONrD) CC-7 CVC-1-CHL-HDL CC-7 CLASS 2 PIPE: _5- 1* 1.5 3* 4-HAT: SS SS SS SS SS SS SCH : 80 80 1 60 160 1 OS 1 OS ("6 B -._J N. YALL: .147- .17~r .2t:U - _344* .120* .120-CAL Blk: --- REF. DR: M--202, 033T/ SH 1, S/N ~18 LOC Al ION : lo(M _ 1 04 A, Ctl ARGING PUMP ROOM 

              ......_        '-.. ...._ ...._(CONT'D) SlE FIG. B-83
                                      ...... ccorn*o) SEE FIG. 8-135
                                  '(CONT"O) 5EE FIG. B-135 CllEHIC AL AND YOLUHE CONTROL BORIC ACID INJECTION
                                               *-~

CVC-3-BAl-IPI (CONT'D) HC-7 CVC-3-BAl-IP2 (CONT"D) HC-1 CVC-3-BAl-IP7 (CONr"O) HC-20 CLASS 2 > PIPE: 3* HAT: SS B-57 SCH: 10S N. 'm' ALL: .120-CAL. BLIC: ---* REF. OW : M--202, O:S323 LOC AHON: 602 P IPEY AY

f.~~!:!~~ AL AND VOLUME CONTROL CL A5S 2 00R1c Ac1orut-iP 1e0Ric- Ac11>____ iilr£:--**-:-~-.;.;--- :i*;;---*-3* INJECTION MAT: SS SS SS SCH: 40 40 10S CVC-2-BAP-RE3 (CONJ*o.) N. 'W'ALL: .109- _154- .120-eYC-3-BAP-IPA CVC-2-BAl-IP4 (e) C AL BLIC: ---* CVe-3-BAP-IPO eve- .5-0AP-VLB CYC-2-BAl-IP4 CVC-.5-BAP-REI CVC-2-BAf-.-RE9 RE.f - OR: M-202 03323 I (CONT"D) SEE LOCATION: RM. 107 . FIG. 8-55 eve- .5-BAP-Rl.8 

                             *"'I.
                               ~
                                 ~

2151* eve eVC-2-BAP-RE6 PIPE CLASS HC-7 evc-3-BAl-IPI 

                                     ..... CVC-2-*BAP-RE2 (H6.1) ( '

CVC-3-UAl-IP2 ,,... CVC-2:-BAP-WE3 SEE FIG. B-83/,... CVC-2--BAl-IP4 

                                                     ....                       SEE f 16. B-85 J
                                                                                         ...... _)

2135 CVC CVC-2-- . / 8AP-RE3 eve- .5-B AP-YLB _ / CVe BAP-RE2 CYC-.5-BAP-WEI, SEE FIG. 8-103 ......_ 

                                                                                                /)

J;v,~1~,J: 5 o.) )c:n/?o

EL 579* - B-59 l'T1 en enI en c:;; I t~ i( 

               ,,m::z:

I EL 572*- ~ -

z:
                         !'-.)

0 i-.,, 

                                                                --~~~~~~~~-Loo           ........
                                                                                       ~,~,~~ :

ENGINHRED SAFE6UAIWS SYSTt:M SAFETY INJECl ION SYSTEM 5 

                                                                                                  ~--.

CJ(}* C17* ?c 

                                                       -EL 577" (H201 )I C-Y--~

ESS-4*-SIS-HPB DC-1 59 ESS-3,... l~ ESS-4:...SIS-2HP (CONT"D) CC-6 SIS-HPC CY ESS-6-SIS-HPD OC-1 (CONrD) 301_8___ i~~JIG. ES }"CH203) ESS ~ ,/ 'ESS-4-SIS-HPB (HPB) (2HP) SIS-HPC SEE FIG. ~* 

                ,                                               PIPE :      4-         6-     4-B-53       _,,.

MAJ: SS SS SS 

       /'                                                       SCH :       80         80     1 20 N. VALL: _337*        _432- .43tr CAL DUC: 6*-SS-805-.432-31-PAL REF. OR: M-204, 03378 SH 1, 2 LOCAl ION: WM. 5, YEST ENGINELREl>

SAfl:GUAtWS WM.

ENGINEERED SAFEGUARDS SYSTEM SAFETY INJECTION SYSTEM 

                     ~(H721)

ESS-6-SIS-2HP (C) CC-6,BCB-5,BCB-2 _,,..'>-0 ~ ESS-2-SIS-IA3 CC-6 

                   ,.,""i ESS-2-SIS-183 CC-6 ESS-2-SIS-2A3 CC-6 ESS-2-SIS-283 CC-6 ESS-0 .5-S IS:;;:RHP CLASS 2 (C) - CONf"I)_

PIPE: _s- 2- 6-MAT: SS SS SS I") SCH : 80 1 60 1 20 c N. YALL: _147- _344* -~62-N I C Al_ BLK : 6-SS-1 20- -~62-8-PAL 

     !!? .                   REF. DR: M-203, 03368 SH 1 , S/N 324, 411 en "It' I                      LOCATION: corn AINMENT, 601" U ..
 '°~

NI tf)en I en 

 >w B-60

                                                                                   ~'/'~.
                                                                                           ~
               -    I
               ""t--.1 B-60A ESS LTC-18        ESS-2-l lC-IB ES5-6-SIS-2HP ESS-2-LlC*-IA
                            ~-~                                 ,,, ---
     ~_;

~'QC, ~\ rl '1..0 

                       <,,<(
                            $-f

() 

                                  ,,p'tl        .,,.
                                                       ~
                                                             ,I CLASS 1 /2 PIPE:

MAT: 

                                                                                     -.--6~-*---***-**
                                                                                  . SS         SS 1--fJ">\'                                                    '

I SCH: N_ WALL: 160 160 

                                                                                              .719 o"*.

1* .. db" CAL BLIK: 47*-PAL REf. I>~: M-* 203 

                              ""   i~                                   LOtAI ION. roNlAINMENl 60T
                                          *-p1..

                                                     ,- x  2-R[D_

en (HIC) enI y 3340 

                                                   ~t i'° ES k,;,;,1:
         ..... ......,. ,- /                               ENGINEERfl> SAFEGUARDS ~YSTEH SAFETY INJECTllJNSYSliMi
     ,,,,.,,;
                  ,,. -<. ...._ '     ',RH. 4              SUPPLY DRAIN COHBINED

-' ' ' - 'r/ ALL ESS RH s;: ESS-2-SIS-HRA DC-2 SIS-CRll - ..., (CONT"I>) ESS-3-SIS-LRA GC-10 SEE FIG. ESS-3-SIS-CRH GC-10 B-62 ESS-4-SIS-CNH OC-2 CLASS 2 PIPE: 2-HAT: SS SS SS SS B-61 SCH: N. ,.. ALL: 80 40 

                                                                       .:l ur .1 '!>4-40

_216-80 _'55-r CAL OLK: -*--- REF_ OR: M-204. 0332~ SH I LOCAHON. RH. 4. f AS I t-NlllNUtUJ> 5 AfTtiU AtW5 t<H .

UNCLASS~ ESS-8-SOC-Rll / (CONT *o) SEE FIG B-49 ESS-6--SOC-*REI 

                                                                                                .   ,,,,- ,-                 (CONT'D) SlE
                                                                                                                        .,,, FIG. B*-49
                                                                                                                    .;"

(H4) ,. 229PR-2J ,,. l*OR PlNT. (H3)229PR-1  !>t::E HC-(H4 _1 )229PR 23-PB (R 1 . 1 )229PR-A 

                       ~*----..&.-,1""'4..,....;..

EL 583°- ../ NOT ON ISO ESS S IS-CRH ESS SDC-REI

c 224 ,.,,

(I) (R6.1) ENGINEERED SAfl6UARl>S SYSU:M SAFETY INJECTION SYSTEM/SUPPLY DRAIN HEADlR/SUPPLY DRAIN EL 579* N (I) 0\ I I (I) Ci) n I 217YR-2 COMBINED ESS-4-SIS-CRH (COIH"D) DC-2 ESS- _75-SX3-215 ESS-2-SDH-IP2 ESS-6-SDC-REIHC-23 

                                                           '°
c CY 3027 ESS-6-S IS-CRH ES CLASS 2 B-62 CY 220PR 3056(HS.I)

(I) 

                                                                                    )(    PIPE :

MAT: 

                                                                                                        . 75 -

SS 2-SS 4-SS 6-SS 6-SS ES ""... N SCH: 40 40 N.YALL: .113* _154- _33-,- _43;r .1~4-80 805 IOS UI CAL BLK: 6-SS--lOS-.154-11-PAL 6-SS-80S *- .432--31-P AL

""NOT ON ISO tU.f _ DR: M-*204, 03322 SH I , 2 LOC A I ION: RM_ :>, YlS r l Nti INLLRlD SAft::GUAtU>S kM.
    /)
  /,!:'IJ;c,,:~~J       5   <U* ;i7. /Cl

v 

                          \SS-1-CSS-Yll 45°EL.

1 3T.l.I ESS ESS-1-,SX3-235 

                                                                                /<<f-*

V ESS-1-CSS-REB 3237 ESS ESS-2-SOH- IP2 (CONT"D) SEE v FIG. C-216 .. , 

               . ..      3234 ESS en en
          - I f:v1~1~J.J : 5 00>/0>1 /Jo ENGINEERED SAFEGUARDS SYSTEH PIPE:         1-        2-CLASS]:><...                  SHUT OOVN HE ADER           HAT:      SS        SS CONT.AINHENT SPRAY SYSTEH        SCH:      40        40
       /GROUPO                                                  N. VALL: .133- _154-ESS-2-SOH-IP2 HC-23.,GC-9        CAL OLK: ---        ---

ESS-1 -SOH- IP3 GC-9 REF. OR: M-203, SIN 459 ESS-1-CSS-REA GC-10 LOCATION: CONTAINMENl, 602" El. ESS-1-CSS-REB GC-10 B-77 ESS-1 -CSS-VL I GC-9 ESS-1-*SX3-235 GC*-9 CLASS 2/3

en ""enen en I I - ESS-1-Sl>C-VB1 B-78, 

                                    .-~~~~~~~~~~---~~-

J:iv1s1~AJ :5 o.;,.,n. ?o ENG 1NEERED SAFEGUARDS SYSTEM 

                                                        ~---- -----*

SUPPLY DRAIN COMBINED ESS-1-SDC-VA1 ESS-1-SDC-YB1 ESS-1-SDC-YA2 ESS-1-Sl>C-VB2 ESS-1-SDC-DA1 ESS-1-SDC-081 ESS-1-SDC-DA2 ESS-1 -SDC*-082 CLASS 2 PIPE:---.----------*----** HAT: SS SCH: 40 

  ""enen        -I N. '-'ALL: _153-CAL. OLK : ---

en IO I I en o ('") REF. DR: M-204 LOCATION: RM. ~ ('") I I 0 o m m - N

(I) 

                                                                ,,,       C)

(I) enI n (I) 

            -                                                             '° I                                                        r"' 0 T-820                        T-82A            >   c:

(I) "O en 3160 ES 

                                          /

NORTH B--79 T-82C 

                                /

I f:v1~1~AJ  : 5 o~*<Y7* 'lo 

    ~~

lNlilNEERED SAFEGUARl>S ~YSl.EH o>* c en z SAFETY INJECTION SYSTEM 

                ,,,*c.n "a en N ON("')                              3130 ES                       ESS-1 -S IS-N2 A ESS-1 -S IS-N2C en                            tx                      LSS-1 -S IS-N2B ESS-1 -S IS-N2D ESS-1-SIS-N2B  CY         PIPE CLASS GC-7 3044
    ,,                                                     ESS       .f!.ASS 2                              **-
  "                                                                   PIPE:

HAT: 1* SS SCH: 40 H. YALL: _133-C AL BLK : --- KEF. OR: M-203, SIN 343 

                                                                    , lOC AT ION ~ CONT A INMt:N r, -/OU. H _

                                                                                 --'~1:)(H49)

(H48)--1: .. ,,./ . --~f*(H45) 

                                                                                         .(fcu48A)         --{1)           (H44)

RV 3158 DETAIL -A- (H4 5>>*;~:~- ESS-1 -SIS-RVD .,...-.->-- ...._ OEl All -e-B-80 DETAIL *o* [ft61NEERlD SAfEGUAROS sys*1*EM SAFETY INJECTION SAFEGUARDS SYSTEM ESS-1 -SIS-RV A GC-9 1 fSS-1-*SIS-RVB ESS-1 -S IS-RVC ESS-1 -S IS-RYO ESS-1-SIS-VH 1 1* ESS-l -SIS-YH2 (I) ESS-1-SIS-VLA HB-1 ESS-1-SIS-VLB. ESS SIS-VLC "'o T-82C ESS-:1-SIS-VLC 

           ~'::::

ESS-1-SIS-VLO ESS-1-SIS-VHI 

           ;=                                                                         CLASS 2/3 I                                                                                 HBC-23 6C-9                  HB-1 n
  • PIPE:

MAl: 1-CS 1 "." SS 1-cs SCH: 40 40 40 N. V Al L: .1 33 - . 1 33- . 1 7~J9 (rr=- (H4. 1 A) 

                                                            """ VGS-2-CVH-CL I CAL ULK:

REF. OR: M*-203. M-211. 

      . j cy-(H4.2A)                                            sn: FIG. C-6          S/N :i21. 3:l2. 413, 414 (H4.3~_(}"                           v                                              LOCATION: CONTAINMENT.
       ..*                             724       ,.. J VGS ,.                                                       700" OET AIL -c-                   .~ .. RVS-2-CVl-IPI (GROUP 0)

T--82A 

                                                                              /

NU~Tlt (H81.24) T-820 (H81.23) (H81.22) 

                                                                  /

(H81 .21) (H81.20) (H81 .19) 

                          ,r--.       I (H81 .18)-".          (/)

Ci) B*-*81 I (/) 0 

    ,,.,                             (H81.16)

Cl> (H81 .1 :>) (I) I I (H8' .14) Cl> (HSI .13) Ci) (H81.12) I (I) 0 f:v1s1"o..J : 5 ao?* .J7. "lo 0 

                                                                -ENGINU:RfD
                                                                   - - - -
  • SAFEGUAROS SYSTEM
                                                                                *------***-~-*-

SAFETY INJECTION SYSlEM ESS-1-SIS-SDA (C) GC-~ ESS-1-SIS-Sl>D (C) GC--9 _CL~SS _J..__ (C!._.:_ CON!"D.:..... - - - - - PIPE: 1* HAT: SS SCH: 40 (RI .8) N. YAU.: .15~ CAL BtK: (RI .9) ,.... ,,....., ,,....., Rlf. l>R: M-203, SIN 3::l0, 42.S

I: :c CX)

CX)

c CX) l.OCAl'ION: CONI AINMtNl. 700' (JI EL 10 62':.>"H.

C/'I ....i

(H82.2) (H82.3) (H83.4) (H83.5) (H83.6) B-82 

          -c;;

I t.n I t.n (tl83.9),~ (H83.10) (H83.11) - /\~v1~1~,.J j)  : 5 o~/,:n/'lo I SAFti~UA.ikD S: '-'YSlEM I ENGINElR~~-TION SYSTl.M t.n ....- . - a 1 (H83.l 2) u; I .SAFETY INJEC (H83.l 3) t.n 0 n ESS-1-SIS-a Cl)U (C) GC-9 (C) GC-9 ESS-1-~ ~as-soc Cl.ASS *'!-_____ (C)---- 

                                                                                          - CONY-I>. ______ _

PIPE: 1 ESS-1-SI s 

                          -SDCt SEE FIG. C-29 nn
                                             ~

t.n CH N r-t.n t.n (H2.8) MAT* sN CHVALL: SS 40 

                                                                                    .1 33-4:l4
                                  "', ......             (H2.9)     c AL. BRLK M-<l0:5, SIN :; 1;, *rno.

REF. D : _ . NlAINMEN * 

                                              '                     LOCATION. CO             o 625" EL l:L l _

_J L _) 

                   /

(CONT"D) SEE / FIG. B-57 / (H9) B-83 CVC '> BAl-IP2 ,' SEE FIG. B-35' CVC-3-UAl--IPI SEE Fl6. B-85 CVC-3-BAl-IP2 HC-7 CVC-1.5-BAl-IP3 HC --/ CVC-1-8Al-IP9 llC-7 CLASS 2 

                                                        -----*- ----*-***~-- --*-------H*--

p IPE : I - 1 .5 - 3-HAT: SS SS SS SCH: 40 40 105 N. YALL: _133- .145- .120-CAL lJLK: -- - RU_ OW: H --202. 05325 CVC-3 *BAl--IPll U)C AHON: RM. 10-/, BORU.: ACH> SEE f 16. U-85 I t>UMt* RM.

cvc B AP-RLi CYC-2-0Al-1~4' SEE FIG. 0-58 (CONf"D) SlE ' FIG. 0-58 ' CYC-3--BAl--IPI (CONT"D) SEE FIG. B-83 UI B-85 CH£MICAL AND VOLUME CONllWL BORIC ACID INJECTION CVC-2-BAl-IP4 CYC-.5-BAl-RB2 CYC-2-BAl-FBI CYC-1-BAl-fB3 ---- CYC- I -8Al-IP9 CYC-3-BAl-IPI SCE FIG. B--85 CYC-.5-BAl-RLI PIPE CLAss: He-7 eve- .5-BAl-RL2 eve- .5-BAl--RL3 _....--eve- .~-BAI-- RL I eve- .5-BAl-RL4 CLASS 2 RY 2237 eve- .:>-BAl-f02 

                                                                               ~~.'.>4ROUP

--=-..;~----------- PIPE: .5- 1* 2--~-;--- HAT: SS SS SS SS CYC-1-BAl-FB3 . / D tfcH~) ~LASS SCH: 40 40 40 IOS N. "ALL : -1 o~r .13 3 - - 1 54 - - 1 20 -  :; CAL BLK: --- ( I YP. ON- FH2 AND OH--fl.13) REF. OIL H-202, 03323 LOCATION: RM. 107

CVC-2-CHL- IPI eve- _*15-CHl --tt12 (CONr*o) SEE FIG. 9...,.56 NO~IH~ 106 CVC-3-CHP-IPC eve (CONT"D) SLE FIG. 8-56 / (HIO) nn

C<
"an
           ~~~~'\ ~RV         2102 (11~-
  • 0) 11- - \ eve- .5-CHP-RVC llON
C I - ~FOR PENl*.

SEE HC16-PO . 2106 107 eve eve f-"\/1~10,.J  : 5 c;a/CJ7/'1o CHt:Mlt: AL AND VOLUME CON fROL 2105 CHARGING PUMP /CHARGING LINE eve (H5.6) 

      ....                                   --CVC-.5-CHP-Dl.C CVC*-. 75-CHL -Hl I eve-- ."/:i* -CHL -H"I 2 CVC*-3-CHL-HlC HC-16 eve-- _5 -CHP-OLC cvc-.~-CHP-RVC HC-16 CVC-1.5-eHP-IPC                                ,/                     eve *CHP-*PUC HC-16 CVC-3-CHP*IPC HC-16 CVe-3-CHP-IPC_,..

CVC-1.5-CHP-IPC CC""""7 CVC-1-CHP-fllCC-7 CVC-2-CHP-*RHP CVC-2-CHL-IPI CC-7 PIPE: MAT: 

                                                       .s*

SS CLASS 2 _75* SS 1* SS I .s-t>S 2-SS 3-SS SCH: 80 80 80 H.O 1 60 1 OS 

                        *B-86               N. YAU.: _147-        _154- .11~- .2u1-                    _544-      .120-e AL IJU( : - - * -- -

REF. OR: M 202, 0~31/ SH 1 LOCATION: W:H. 104A

eve-2-eHL - IP I (eOHT"D) SEE FIG. B-102 

     //                  FLOY   _A.

(eONT"D) / SEE FIG.  ; B-56 (H3.2) 

                                         /    ""' '

i~;/ 2093 eve (H4_2)* I eVC-4-CHL-IP2 SEE UG. B-54 (JI

z:

3072 CH --

z:

CH - eve :.. N CHt:MIC AL AND VOLUME t;ONl ROL CHARGlNG PUMP/CHARG-IHG:li-Ni----*** 

                                                                 *eve- _5-CHP-OLA eve- .5-CHP-RV A CVC-2-CHP-PBA HC-16 CVC-1 _5-Cttf>-IPA CC-7 CVC-3-CHP-IPA       HC--16 C'VC-2-eHL-IPI (CONT"D) CC-*7 CLASS 2 PIPE:       5-      a.s ---*-**--*--*----*

3-SS 5S .,,, c.. ("' B-8l MAT: SCH: SS 80 160 160 IUS N. "r/ ALL: _14-,- _2u1 - -~44- _120-CAL Bl.K: -- -- REF. Oil: H'.!02, U'35TI $ti 1, SIN 31U LOCA llON: ~H- 104 A 

 *.J

/...N1s1~,.:;  : 5

PlNllRATION NO. 4~ CVC-2-CHL--IP I (CONT"D) SEE FIG. B-105 NORTH...-' 

        ¥                      .         .

CVC-2-CHL-IPI (CONT.D) ... x

c N

CJI N 0 - 

                                                                         ,
  • t~"-1 : 5 6oh:i>7* 'lo CH£HIC Al. AND VOLUME CONTROL x

UI CHARGING LINE CVC-:l-CHL*-IPI (CONf"D) N* N _fl ASS 2-----*-*--**---***--**---' PIPE: 2* B-102 MAT: SS SCH: 160 N. 'WALL _344-CAL BLK: REF. DM : H- :/02, SIN 318 LOCATION: 602 PIPIY AY

T 53 eve- .:l-BAP-RLA J -- - 

    ... '"        (H6.4)

CVC-2--BAP-RE:l (115.8) 

                                                    /   ,,,.~CVC-2-8AP-RE3 (CONT"O) SEE           SE.E flG. B-~U RV                    FIG. B-58 2252
                    --~~:J I

t<fv1s1~,J : 5 or:J/,n/?o CHEMICAL ANO VOLUME CONlROL DOR IC AC ID PUMP CVC-2-BAP-RE2 (CONl"D) Hc-*1 

                           * (I) ("')
                             ,., <                 eve- _5-BAP-REI t "'
                             ..,, ("')

I eve- .5-B AP--RL" I'~*m CLASS 2 PIPE: O.s* 2* 

                                                                                          **--~-~**-*--

m> I UI I I ,, MAT: SS SS B-103 c:o- ,, SCH: 40 

                                  >                N. YALL: O. IO~r t:AL. Bl.K
  • tu.1-* - OR: M-:l02, 033:!~ I 5/N 3li0 I UC AT ION RN. 10*1

CYC-2--BAT-SLA CLASS 2 

                                                  *153u 552 eve T96                                   CYC-2-BAT-SLA HC **22 RYS-1-RBl-RLI CYC-2-BAT-SLB HC-22 RYS-_75-RUT-YL2
B-104 RYS-4-RDT -OFI
                                                      .fLASS 2 PIPE:       1 -.      2-      4-MAT:       SS     CS        SS      SS NOTE: T~6 AND ALL COMPONENTS      APPUIHENANCES         SCH:       STD    40        40       10S ETC_ ATTACH[l) JHEl<E."JO ARC UNCLASSlD    ,      N_ YALL: _113- .13:5- _1~4- _120-CAL BLK: ---

REL DR : M--202 /M *6 ::io, ~ /N :581 LOCATION: RM. 1 ff/ l.IO~IC ACH> RM .

CC-*7_::.-- *

i:
i:

111 .3 UN ISO BUT NO HANGfl( CYC-2-CHL-IPI DRA"r/IN6 

                                                                                 ,,,'° 0

(CONl D) SEE FIG. B-102 C') (Hl _1) z I 

                                                                "° C')
                                                           ,,.,."'z
l:

(JI " ' O'I> y

i:

x ("') HUY

i:

CYC-2-t;HL-IP2 x ("') 

                                                               .:c (CONT"D)

B--105 SEE DELOY LEFT (CUNl- 1>) 0 CYC-2-PSS-IPI SEE ABOVE R IGH*r SEE FIG. A-31 CHEMICAL AND VOLUMl CONTROL CY tt:"./ CHARGING LINE 211-1 CY CVC-2-CHL*-2AI CYC-2-CHL-IPI CC-""/ tt- A2115 SEE Flti. A-30 CYC-2-CHL-IP2 cc-~ 

                    ... >   .2-~                                     :

CLASS 2 CV CVC-2-CHL-IAI 

                                                   ~2113    SEE. flG_ A-29                PIPE:        2*

(Hl.16) MAT: SS 1 ......... .J SCH: 160 CVC-2-CHL*-IA2 ~./ ..>~, TYP _ FOR AL.L N_ "r/ ALL: _344 Hl .1-l~N ISO BUT NO FOUR .VALVES t;AL BLK: --- REF. OR: M-202, S/N 314, S/N 3f>1 HANGER DRAYING LOCAllUN: CONTAINMINT, Ml/" H .. ev~ 1 ~: 5 a.)J.n/?o

35 31 CYC-2-LOL-281 B-106 XJ 

  "'Q
  ."'z
                                                                           --~~~~~~~               .......................    : 5
                                                                                                                          ...._~---

u~J~-r/?u CH l MIC AL AND VOLUMl CON IROL Lfi" oo"*"t:-1-r.r 1i-["ioov*it L1Ni:-- DR A 1N 1Ha:: A1 EXCHANGlR DRAIN CVC-2-Ll>L-2BI CVC-2-LDL-281 CYC-2-LOD-281 (H2.6) ~ CVC-1-Ll>0-281 CVC--2-LDL '-288 1 eve- _-/5-RllD-H*** CC--3 (CUNT .O) SEE ~ eve- ."/5-RHD-*lt>;/* CC--3 FIG. A-39 I I .,_, CLASS 1 /2 

                                      ,-'                                  PIPL           _75-     1-                    2-
                                   ) ; UNCLASSED                           MA I:          SS       SS                    SS SCll :         80       80                    160 2289                                        N. YALL: _154- .1 _344-36                              eve                                         CAL. BLK: **--

2288 RH. OR: M-20'2, FSKM 633 CYC eve S/N 316 LOD-281 -1 LUC AT ION : CON f A INMENT, CYC-2-Li>L-281 60-1* El.. 

  ..... *NoRrH SEE FIG. A-2.:d_

l:V 2001 T1 21 20PR 

            *cu~ss   '2 COMPONl:.NlS.                          20

PENllRAllON NO . 36 

                                                                                   *--).. CVt:-2*-*Ll>L--288 (t:ON'I "O) Sll fl6_

C*-21~ 

                       .v.o~                                         90°EUJ011f (119~- *)

At(' CV 2009 c: nz rn 

                                                                        > r-t.I) >

(/) (/) N~ 0 (/) n e *-CVC-1--Ll>t-l>ll ,., n ""1 I -o 

                                                ~~~~ ....~

C) CJI 

'     I

-mlt!,,,. 0 .- 10 MN - N CHEMICAL ANO VOLUME CON UWL 

                                                                                                             <XY*c17 *'to CD                  < ...                                LETDOVN-LINE                          -

1c; '-.("HI! 0 CVC-2-LDL-208 I '--., LC-2 CVC-2-LDL-288 EC-2 HC-19 

                                    ;--->:!                   CYC-1-Ll>L-DLI lC-2*

H95_6 ON ISO BUT NO HC-1 _.-*- -. CVC-2-LDL-289 EC-2 HC-19 . . HANGER CLASS 2 DRAYING PIPE;----**.;.. 2* MAT: SS SS SCH: 40 40 N. YAU.: _153- _1s4-B-108 CAL ULK: ---- Rlf_ OR: M--202. SIN 52'5 LOCATION: 60;L PIPE'WAY 

         /
     ~OUPO CLASS 2"**-......._

PMV-* .5-0YT-IP I CLASS 2 

                         .___              --*---------1 PIPE:        .. 5-B--1 16                    MAT:        SS SCH:         80 N. VALL: 0.147-CAL BLK:

REF. OR: M-**201 LOCAllON: RM. 238, COMPONENT 

                                                          /) ..

COOl IN., PUMP kM. AN/'51()~ : 5 Oc)*.)7- 'Jo

EMBEDDED 

       ~

F~ ..,,n 5u3* RVS-4-CSD-IPl~TIOH N0.32 RADY ASTt. SYSTlM CON"f AINHENT SUMP DRAINS RYS-4-*CSD-IPI 

-I

(") en RYS-1-CSD-DL I CLASS 2 0 PIPE: 1- 4-0 I B--1 17 MAT: SCH: SS 40 SS 105 N. Y ALL : . 1 33 - . 1 20-C AL BUC: ---- REF. DR: M-211 03340 SH 1 LOCAflUN: 602 PIPEYAY PENflKAflON RM. ..<..tv1~1~.J: O . 5 D.)*~7* 'Jo 

 /../.     .....,
     +t 4b. ~'""'~'f 1'1,0 FOR PENT.

SEE HBl-PG 

                                                                     /!]",;'~,.J: 5 o~*~7*'7o
                                        .-~~~~~~~~------

RAD "r/ AST l SYS HM 

                                           --**- ----****  *-*--***-~***-*-*

CLEAN "r/ AS rE TANKS R"r/S-2-C"r/l-IPI HB-1 K"r/S-1 --C"r/l -Dl. I R"r/S-*1-C"r/l-VU jig . Cl.ASS 2 I( PIPE: Cl) I MAT: CS cs I (") B--1 18 SCH: N. "r/ Al.L : UO _1 -,'J-80 _2ui-I( 

                          ~              CAL Bl.K: -- -

I 

                          ,...0          Rlf.DR: M*210,S/N440 l OC A l'IUN: 602 I-' l .. E YA Y

                                                                                                 >f<<OUPD CLASS~

B-119 zi> Q~

  • Z O\~
!>~~~:~Ol ~YSl[M~--------.
                                                                                   -   /CtlLMICAL AND vo~~::'~vs1E~----oRSiCON1 AIN- E VASIE GAS sa R~~~.~---S-COMPRESS RO(jEN SAMPL cvc-.            LOL-XVA "ASTE MEN.T SYSH.
.:r
                                                           -~/VOLUME    Hl ADER   CO'~'::m ..* ANK T)
          ~~E ONT"O)
-4-CV~=~~ll ~~~~

flG_ / * . VH (CON - .1 C-33,, ,. ~ -2*-V6C-R (CONT.) HU -VST***NSl 

            ... .A VGS-2-'-

VGC-RVH (CONT'D) SEE f 16_ VGS-1-t~~CT-Vll (CONT. CVC-1.5 (CONT)) 

                                                                                                         !-LDL-CXV C-00       CLASS 2/31 ..        ;,,----.-~*5-;;*-~~.-*- *4-.:.

CS P1PL cs cs 80 40_ 

                                          ....... MAT:               SO       80                  .231 SCH:                79     .200      -213
                                                    ~AL.                          -u:s;,:sl~3~<.>~~Y;~H-------

CYC-1.5- '...._ y All - -1 -- .***-- YCT- V~.I c E Fl~ () (CONI D)~E C-31 RH -AlBlK: 

                                                             "'°ION
                                                                  *- M..--2. 11--'Pll'EVA
                                                                     .- 602 lOC

     ... NORTH ~
                                ~*. 1510
                                         ,J: 5 VENT ANO Al R CONl>lllONER SYSTEM COOLING PUMP CLASS 2 PIPE:      u-B-120       MAT:

SCH: c ~*- N. WALL CAL BLK: REF. I>~: M-218 LOCAllON: <*l~;* IH1. J 2j

UNCLA~ 

~LASS2
                                           /Jv61~,J: 5 Q.;}*~7-'tO CLAS~            ----

VENT ANI> AIR CONDll'IONER SYSTEM _/~CLASSED COOLING PUMPS YAS**12-CPU-SL2 JB-16 CLA<**~ 2 

                        ,---~~---*-**-**-*-*--

PIPE: 12* MAT: CS B-121 scH: N. 'Ii Al.l: sro _3-1:>

  • CAL. BU<:

Rlf. OIL M-218, 033~~ SH 1 l.OC ATION: 602 PIPf'll' AY

FOR PENT. SEE JB-11-PA PENETRATION N0.38 YAS HCR-*DLI CLASS 2 __,x. YLNllLAHON AND Alt.t e1~1~,J  : 5 1----*----*- **-----*----*-***------ - - - - - - - - D~ -C}7*?o 

                      ~CLASSED CONDITIONING SYSTEM HEATING CONOENS~TE RllURN/

HEAHNG SUPPLY SYSTEM VAS-2-HCR-IPI JB-11 VAS-4-HSS-IPI JB-'11 V AS-1 -HSS-Oll Cl.ASS 2 "Plt>l:~--2-:*-4----------- MAl: cs cs SCH: 80 40 B-122 N. 'lr'Atl: .218- .23*,- C Al .. HLK: --*- REF. l>R: M- ~I~, 0~~51 ~ti I , SIN 31~ IOCAllON: 602 Pu>E'WAY

PS 1803 V AS-3 /0-CH- IP3 V AS-3 /8-CR** IP 1-V AS-3 /8-CP HP2 B-123 

                                                  .---------'g~t'll:...:l.::::S.!.:1~=:.!,J~=_;:;;5 o~ * ~ 7 * ~o

_VENT AND__ ~~~ C~Nl>ITIUNfR SYSTEM CONl AINMENT PRESSURE INSlRUMENT YAS-3/8-CPl-IPI YAS-3/8-CPl-IP2 YAS-3/8-CPl-IP3 YAS-3/8-CPl-IP4 CLASS 2 t 

                             \ Y AS-3 /8-CP l-IP4 p 1t>E =

MAT: SCH: 

                                                                 --3-,,0-;;-*1uo1N6 ____ _

SS N. VALL: CAL BLK: REF. DR: M-*218 LOCATION: EASl PfNEIRATION RM. 

                     ~SSED VENT AND AIR CONDITIONER SYSlEM
                           *------------******----~****---*-*-**    ... ---*--

CONTAINMENT PRl5SUkl INSlRUMlNT VAS-3/8--CPl-2Pl VAS*-3/8--CPl-2P2 VAS-3/U-CPl--2P3 YAS-3/8-CPl-2P4 ~ Cl) I I Cl) Cl) I I CH CH CH CH ..... ..... ..... ..... MAT: 55 CD CD co co SCH: I I I I n n n n N. 'W'ALL ""G ""G ""G ""G "j "j "j "j CAL BU(: N N N N REF... DR: M-*218 ""G ""G ""G ""G N CH

  • LOCATION: COMl'ONLNl COOL. ING PUMP RM.

B-124 

                                                          .'.) .

J..6.11:s 1~,.J  : 5 o~ * .Y 7* 'Jo

FOR PENT. SEE J0-2-PA PENETRATION N0.65 

       ..._x                                                                      A5*:2-SAS-IPI UNCLASS~--   ~                                                                  t;
     /CLASS 2 CAS-2-IAS-IPI
                                                                            ~,~,~: s CONTAINMENT All( SUPPLY 1NsTRut1cNT A-iii suP-Pivlsi:ifvlci            AIR SUPPLY
                     ~A!:2                  CAS-2-IAS-IPI JD-2 UNCLASSE~-                    CAS-2-SAS-IPI
                                         ...c_L_A_S_S_2_--=__ --**---** __ ... . ---*-*--*-*-:---

PIPE: 2- 2* CU. -.-uo. MAT: CS COPPEW B--125 SCH : 80 lYPE K N. 'W' ALL : . 21 U - CAL l>R: REL DR: M-:ll 2 LOCAi ION: 60l PIPEVAY

CCS-1 .5-CllP-RLI (CONT"D) SEE CCS FIG. C--:-69 / SCH-IPI 

                                          *7
                                                   '                      /
                                    /
                                      /
                                                       ' '-./      /
                                                                 'vALL' 10-x14-
                                                                   -     /

CCS-10-ASH-1r1 PR SEE FIG. C-55 

                                                                     ,f~\11s1~...J  =    s    aO>* ;)7* 'k.

COMPONENT COOL ING SYSTEM coi)L ING HEAT EXCH./ ENGINEERED SAFEGUARDS svs*rEH/ SHUTDOYN COOL ING HEAT EXCH. 204 "' \:: CCS-20-CHX-RLA I ~ \ css \ CCS-20--CHX-RLB 1 CSH-IPI \ CCS-20-SCH- IP I (CONT"D) \ SEE FIG. PENETKATIOH CCS-20-SCH- IP2 C-S7 HO. 14 CCS-1 0-CSH- IP I CCS-4-ESS- SL I CCS-1 .S-CHP-RL I CLASS 2/3 

                                                  *-*-*--*--*-*-**-~**-*-*      -    *~*--*-*

PIPE : 1 .5 - 4- 1o

  • 20
  • B-126 MAT:

5CH: CS 80 CS 40 CS 40 CS N. Y Al.L: .200- .23-r .36:1 * . 3"/~ CAL. BU(: --- -*-- --- --- -* *- 

                                     ~H. l>R : M** 209 l.OCAl ION: RM 1 :l:i, CUMl'ONLN I" l~OOl.ll'UI     PUMP       ~M.

l:CS*-1 O-- l:SH-11'4 e (CONT"D) 

                                                     !JEE Fm_,                             ~

c--57 , 201 ~ ' PENf"JRATION NO. 15 203BC - - - 

                                                                      ~Ol A
                                                                      '{)l.~02
                                                                       ~
                                                                           .-ncv 0911cc G   203 CL.AS!;

2 CLASS 5 PR-6 - 2 

                                                                                       ~~               SEE fl6. C-50 0940CC
                                                                -4>---    FLO'ti
                                                                          ~           nn IPC ~~

.,, p I I

io -N I .,,Q

(") I CCS-1 f.- CPU- IPC Y0921 va.,..~(CONT"O) 

                                                                                     ~
  • I SEE FIG.

CC ~ C-51 Y0920 / 1--,, 1' ccv~:s CPU-IPB Cl) ~ J?v1~1~..J: 5 Oo)-,;>7. "Jo n W (CONT"O) COMPONENT COOLING SYS lfM n U') Y0919 ,,,,. *1 1' SEE FIG. AUX. RETURN-HORJ------*-*--*-*--- I CC /' .,, CJI C-51 COMPONENT.COOLING SURGl nc/ N Q v-1l~cs-1 6*-CI) ~ COMPONENT COOL ING PUMPS I l603A ~ IV CPU-IPA RElUlitN HOR. COMBINED 

                      ~--~          ~        -,, (CONT"D)
                             ~~--.-I ~        1 UI SEE FIG.

C-51 CCS-24-CPU-IPA CCS-24-RHC-IPI CCS-18-RHC-WI CCS-10-ARH-lt>I cc ,,,> .,.~ 

                                             ~/

t 4 LUGS Y603 CCS-20-CPU- II' A CCS-1 O-CSH*- IP4 CCS-20-CPU-IPB CCS-4-CCl-SL I PR-3 ,,.,, .,., en x /NOR~*H CCS-20-CPU- IPC 

              ./             :; Q
       /                 /i(~                                                                 CLASS 2/3
       ......-.,.,,...In
                                  "'°                                                         PIPE:

MAT: 4-cs 10-( * -> 18-cs 2lr cs 24-cs s£1n 

            . z Cf                                                                            SCH:         40       40 n~1-B-127                                  "- 'w'AU: _2sr .36'!.)- --~p:_,- _sr;,-                        _31~

0i ci IO',:,J c AL . 01.K: -*--* (/) :c Rff lJR: H- :109, 03.> 11 

                ,.., n                                                                        l.UC A I ION_ l<H 1 ".! .i, t: OHl'OIU N l l'T1    I t.:OUI l~G PUt-11' ~M
0

SPENT ftJl.L POOi. r----** - - * - - * - - **--- ------* . -** - - - * - - - - - ------***-**** CAVnY POOL LINL SfP--U*CPL-OLI (t;ONT"I>) SfP-1-CPL-OLIHC-4 

          ...... ,                                                          CL ASS "L/3 PIP[:                     1-2-

o- 

                 /-......            SFP
        /             4'.........

MAT: SS S!i SS 

                   .~'l*S:

SCH: 10 10 10 

 "'               . .* ~ ;'*Aa                                              N. 'r/AU.: _133- _154- _322-
                      '-,::1~~                                              CAL UUC:

SEE FIG. ** C-184 

                     'r/ALL' l                  RU_ l>I(: M-221
  • O.i5U9 SH I ,

S/N 41 :> LOCATION: CON.I AINMENl, CLASS 3 

                          ' ' ° ' °'                                                                 602" [L, 602 PIPf'r/ AY CLASS2~~.        c,-...r"               ......

201 PR(H221) 201 Y 11 *7 SFP ' ' "- PENE"IRATION NO. 72 ..... FOR PCNl.. Sf P-8-CPL -*DI. I SEE HC4-Pf (CONT'D) SLE. FIG. C-185 ' 

                                                                   "'O 211/SFP-1-CPL-OLI                                                (J)
                                                                                                                        ,;:::> . .

Sf P-1 **CPL-l>l. I /...~V/"5rOAJ : 5 O()*.:n- ?o

SPfNT FUEL POOL 

                                                                                           --*-----------*--*---*-*-  --~- *---

CAVITY POOL LIN[ 

                                      /                                                    SFP-6-CPL-SLI (CON I "I>) llC-4
                                   /
                           /            .
                    /         EHBEOOEO PIPE                                                CLASS 2/3
                  ......._ TO RX CAVITY                                                    PIPE:      6-
                           .......                                                                    ss B--129                           MAT:

CY 

                                   '                                                       SCH:       40 N. YALL: _280-CAL Blk:

REF. DR : H- 221

  • 0332~ SH 5.

121 21 s CLASS 3t. SFP, 

                 /...-FLOOR
             ;;;*./ /

03388 SH 1 tOCAllON: CONT AINMEN r. 602" CLASS~* EL/602 PIPEW'AY / ,,,. / 215PR(H211) 

    ./'
        ,. /  214 212PR (H210) 212 206              SEE FIG. C-187                  ,; /     ,,, SFP-6-CPL -SL I PENETRATION                       90°ELB.                              /                 (CONT"O) SEE N0.64                                                        'If A(.._,,, .,,, ' - ' F 16. C-186 FOR PENT_                           45°ELB.

SEE HC4-PP 203

INlET OUl.LET f ~ c=:::___. OIBl 16 STUDS ..........~~* 16 STUDS AND NUTS ANO NUTS 16 S"IUl>S ANO NU IS l sue I ION END BWAt;K[T r-~~~~~~~~~~~-- 

                                                                           /J" 1~1'arJ :  5 o<:Y * ~ 7. ? a C ONT AINMENT SPRAY PUMPS P-54A.P-54B.P-54C CLASS 2 B-130            MAi:*-- --c;5*------**-*---

BT: l~/16-CAL BLK: MFG : Ut:L PUMI .. t:O. IUf. l>ll: UCL ---Y6Ul: I- ~oox I

~=-----=~ 

             *-***--*-*-**-*-*-*--__n_
               -~-i*--*

00 u~a {A~ _J l ___ --- CHARGING PUMP P-55 A, P-558, P-~Ji5C CLASS 2 MAT: BT: CAL. BLK: MFG: REF.DR: B-131 L-.-------------- 

         . I

OIBT BACICH[ AD 80L TING r-~~~~~~~~-'-~~~~~5 o~*~7-?o INTERNAL CONC[N lR A 11::1> UOIUC St:AL ACID PUM .. S t;ONNEC.l ION P-'56A. P-~60 CLASS 2 MAT:----c:*~s:-----**-- - -------- BT: SUCllON (4) 112-l>l~CHAIWE (4) 5/lr B--132 8At:K HEAi> (U) 1 /'2-CAt. BU<: Mfli : l>E AN URU I tlL R!i PUMPS INC. MOl>ll : ptl 2 :SI lotl f. OIL OE AH l:U~O 1111 ~!; !i:K I .S~* 1 

                    "-DISCHAR6E--.--

SUCflON Sll>E YIE'W' EHi> VIEV tv1s 1~1: 

                                      --~~~~~~~~-~~~~;__                                                                ....5 ca>*;;n-?o HIGH     P~l 5SURt: ~ Af                  [ I Y INJl t.; I ION PUMPS P-66A, P-668 Li--1 33    -t:LASS     ~

HAT: CS an: (;At_ UUC: 

                                     / Ml t;:         B lfflill AM t-'Ul-11' co_

l.(lf. O~: OINlillAM U ~I ti.~:l

tOUHH 

                 - - - - - - - - * - 12 STUDS ANO NUIS OIBl 1 *- 1 /fr H ACKllL Al>

CASINti uou*s 20 ~TUO~ ANI> NUTS 16 s*1uos ANo--- NUTS 

                                       --****~-*--* ~ ...  ...a*u. ____ ******* *...

4 um rs INlll 

                                       -u;,.* *--*- -*    .~. **-* -
                                                           ~~~~--'~----=~

J'lv~1"c. 5 o~*~7*1o LOY PRES5U~E SAfl'lV INJECTION PUMPS P**E>7A. f'--6/U B--134 Cl.ASS 2 MAT: CS UT: I - I l l r CASINti CAI.. BlK: Mfl.i ~

CHEM IC AL ANO VOL UML CON llWL BORIC ACID INJfCI ION CVC<~*~BAl-* IPI (CONI"D) m:;.*1 CVC-3-BAl-IP/ (CONl"l>) Hl> 20 CVC-3* BAl-IP8 (CONrl>) Hl> I. Hl>-20 CVC-3-UAl-DUI HC-11 CLA~;s 2 PIPE: CVC-3-UAl-IP-/ HA.T: ~s s~ (CONT"I>) SlE St.:H: 40 10S FIG. B-57 .. , CVC-3-UAl-IPI CAL. UlK: Wlf. DR: M-2U;t., U332:i (CONT"D) SEE  ::.;.... .... _,.. ,, - cv~-3-BAl-IP2 LOCATION: WM.Ifft. DOWIC ACID . FIG. B-57', .; . ""(t!,13) , PUMP WM. 

                          '.., *,,... ,,.. ,,.                 >     'a..                      I

_.,. ~,,. ~ ........... l(H12) _.. ..- ........_ n ~ CV 

              .,.- /       ,,.. /                .....                        I                '  21 60
        /
   "ti All. 1'
                     ....                                                    ~ ~

m '-...._ 

          ..,.                  (k8.1)                                       > fLOY'--

T t  ;; B--135 

                                              ~I                             ~

CVC--3 *UAI *11'1 (CON .--o) au: flt>. 0 tJ!)

HSS-8-HSY-2S2 / SEE FIG. B-22 / HAIN STEAM SYSUH 

                                                                           -/\u>r:-v-;;=r-Elf svsrt1;._-----*--- ----

HtiS-4-AYS-SLB HU>--7 t:IA~S 2/3 PIP[: 4-MAI*: CS 5CH: 40 

                                                    ,.,.... 4::>

0 (l u- N. YALL -~ ."'L.3-r MSS* CAL Ulk: *-**--- AYS-SIB _,,..,45° lUL MEf - OR: M 20~/M--*207 # o~u~a SH~ (CONI"I>.) LUCA HON: MM.2~U/kM.123/~M . 5 SEE FIG. C-13 RH.2~8 

                 . YI\....                                                                               B-----1 ~15A
t FY
    ~

NORTH ~ NO n: : Ull ANCll CONNl:.C l ION - A - IS LSS-18-Slfi-SH2-240/ FSS-2-IHS-2S I B--136

(/) S IR"r/ 1- ANK (/) I T-58 N ENGINHIUI> SAHGUAIU> SYSTEM I (/) rr'I (/) SPI NT FUH. POOl. ~Y~iHM (i) I en s-Ai;i{v-iNJ[c110N-sv$lir1/-- I I I I s1R"r/ l ANk I ~J2..j.~ 9 ~ lSS-6-SIS -Clm (C) llC-23 

       \\ ,,' ~".2<1_           A. 242,4~                                    .er- '                         SfP-6-SRT-RLIHC-4 I
                                                       'r(/)                  C  1
                                                                                            \               ~!:~SS 2_J~J_CON ~-:~ _

ESS-6-SIS-JR,H 

           "           _,., (H7) 240PR ,                  ~               J~~-::z:1 VI              \ \

PIPE: MAT: 6-SS 

  ~o                  ' ...........                                                            I            SCH:           105 2~

238 231 

                                 ~,~
                                                                                         /
                                                                                            /               N _ Y Al L : . 1 34 CAL ULK: 6--SS-1 O~i- .134--11-PAL REF. DIC M*-204, 0~522 SH 2, 0~525 SH 4

_J 256PR (R7 .1) LOCATION: RM 123, 328, CONTROL RM. 

         ..,,..,... .... 2~6PL 1 -4                                                                                       ~OHPONENI C:OOLIN6 RM, A/C PIPE "r/AY WM 235 234 PR-2 (H6)

(R6.1) 234 PR-1(H5) N St-P-6-SRT -RL I 

                                    , 20P
                                        -. . *iO'I. . .

201 N Q N . / 

                                      .._202 0 UI 0              '...._          /                   212t>R
                                                                        '~.(')                         NOl B--136A 1
                                ~                                     ~<.: ',~
                                                                           ---~~    ..... CH241 .1 l ON
                                ~

20 £ UR N

  • u.- 0 N 208PR
                                                                             .....°"', ....
                                                                                         ~~

ISO. CR 4 ) .... 0 (H241) FOR PDU - ClO SEE HC4-PE 2~3PB NOT OH 150. 

                                                                                                                             /)  .

t<.i.,;15,~ : 5 

                                              ,    2              DETAIL -A-SIRY l" ANK         II '* J..._

T-58 *~ ysrP+sRT-su I~ I 

'\
   \

ESS- r J'.'YC-3-SAl-ll'7 ~ s~ 

                                                                ~
                                                                      ~-
                                                                         ~ ~'~ _

I 

        '(HI 3) SR'f-REI          (HO.I)
                                                                             -:c CJ\

13--1 ~')7 EHGINllRLO SAt lliUAIU> SYS I lM s iRY-1"AltK ieoK ic A;cio- iit"Jt:c-:r10" - - ESS-4*-SlotT-Wll (C) Ht;-4 ESS-~-SHf-WflHC-2~ CVC-3-BAl-lf' I Ht::-20 Cl.ASS 2  !!'.2_.fO~-:~------ ______ ------ 

 \                                        PIPE:           3-         4-          .
  \I
   \    I t,SEE        HAl-:           SS         SS DET All   SCH:            105        IOS
     \l I

(H4-t .2) -"- N _ Y All: _1'20 CAL BlK : --*-- _1 20 REF_ l>R: H-204, U532:S, O:S.~24 SH 2, 0~5~6 Sit 1 * "L. 3 l OC A HON: WM I:!.~, 2.:SU COMt'ONtN I COOl. INti

SIRY T ANIC 1-58 J. Sf P-6-SRT-SL I \ ESS-3-SRT-RE~ I . '\ 

     \EE FIG. B-1_371 ~

20  :{-

  • j
       \
                                  >I fYC-3-BAl-IP7 202 SEE FIG. B-137 /

j 

            ', .........                     _...,. ,,_,/

EL 640'~ - 205PR 205PL 1-4 206 B-137 A SPENT FUEL POOL SYSTEM SIRY TANK ESS-6-SRT-RE I SFP-6-SRT-SL I HC-4 ESS-6-SRT-RE I HC-4 4* X 6- REDUCER (./) ESS-4-SRT-RE I HC-4 

                                                                .~     PIPE:      4-   6-
                                                                ,~     HAT:.      SS   SS 214 I'?    SCH:       10S  10S 1;      *. YA.LL: .120 .134 (JI   CAL. BLK: H- 204, 02324 SH 2 ,3 212 PR                                                      LOCATION: RH-123, 238 (R236.1)                                            EL 591' COMPONENT COOL ING RH.

ESS kV IRS-2RV ~0457 "1 (I) (I) (I) (I) N I (H3.6) I N I I ~ 

                                                                            ;i;    (I)

(/)'Tl T 102 ,. 

 ,.,0                             4',,. _,,,
 ,.,'°                                ,
c-o m,.,

nz CN*

c :z:

m 

                                 ~

CH 00 "" B-138 "1 (I) 

                   .CH (I)

N I I fJv1~1~,.J : S oo) * ;n *"lo t::NGINf.EtUO ~AU::6UAkl>S SYSlEM 

        ~

(I) lo-1f1Nt-RE:-t1ov "Ai -svs1tt1---* *-- -------- I N (I) Ess- 11<s- m1 Cc) ESS--2-l~S-15:.t (C) ESS-2--ltlS-2SI ESS--2-* ll~S-2S2 

                                                                                                                        .~~~SS 2 .(c) .:::__ CON.!_"I>_._ _ *--*-**-*-*--*

w'TIJ,

  • J '> PIPE: 2-
                                                         °'p:;,1                /             /~~li     ...

1:*ss-2-U~S

  • IS2 \(" ____ ,,__ _____.

_/ _/6 . ,. . 

                                                                                                     >I3-~*;o, "'2 ES MAl:

s*~tt 

                                                                                                                             ~

N.YALL: CAL.. BU(: SS SY 

                                                                                                                                             .1~4-(CONT"l>) 5t[                  ,,,.                                _,,/          .1,                ... Rff".l>R:         M:lU4,S/N~~7,'513,;S/4 f IG. U-139 .,- /                              u--* - - - - - - .              ""'-I E.SS-18-SIS-*Stt:Z
                             ,..                       ,...... .,,                                                     L.t_.t_n_:*_A_1_1u_,._._u_N_o_u_*r_1_:;_u_ _ _ _ __
                       /
                         /     .         l'S~)--~- IR~*--:2SI (CONl "l>) sn:

I . 1SEE F 16 : 8 _ 1 36 

                              ,..  .,,;- F ll.i _ U - 1 3 9

(CONrD) 

                ..- FIG. 0-138
                      ,:~t""'   -~. . ."'
                         ,..~ (Hl.16)
                      ~(HI .15)

B*--1 ~39 ESS-2-IWS-ISI (CONT"D) HUC*-~1-1 lSS***2-IRS-ISI (CONT"D) HUC*-~1-1 CY CLASS 2 .04388 PIPE: ES (HI .1) MAT: C) o

Z I ICI) SCH:

CO-llN N. YAIL: _154-0 I 

                               -o -

(I)

  • I Cl)

CAL. OLK: wu* _ ow : 11-204 1 s IN 5.i / . 

                                    ,,,     I LOCATION: RM.238 1 12:5 t;OHP-
                                    '" (i) .

ONf.Nl COOL IN(j ~11.

UUilNU:klO SAHGUAROS ~;YSTEM U) ,,, '101hii°E--Rl'HOVA.1~--!ivs*t'cH-- 

                               ,,, U)
                               .,,,-N,
                               ,,, (I)

ESS-2-lkS- ISi (CUNI *o) HCC-102 Ci) I ,.. LSS-2-lkS-152 FOR PENT. *~ 

                               .ao,<1>                    /

SEE HCC 1 02-P A I I (tll.1:5) _CL~!)S _?c _______ *----*--- ..... ---*----11 PIPE: 2-111 .12) MAT: SS NOT SCH: SY 

                             ,                                               I  ON
                      ,. ...           (H1 .14)                   **-y       ~- ISO N. Y All : . 1 :14 -

1?.:; 

                                                                     \.-< 0.:

CAL. lUK: ---- REF . l)t( .. M*-204 s /N 3'[/ I l.OCAHON: W:M.4 RM.~ [AST, (H2.1)~-2) I

11) YL.ST ENGINlERED SAFlliUAIU>S MM_

(H2-~) B-140 _... , (H~.1).. _ 

                                          - -*-..                      y
                                                ,A,                    3365 i
                                                             "' ... ~,

ES 

                                                                       ......_ESS-24-SIS-*SHI SEE f 16. B--~ *1 5    *a~*;)/* ?c

f UK V- 2*7 A&B SUPPLY l.INE~ SEC FIG. C-46 

                                   'EAS"f" ESS RM.

YESl' '-,. ESS RM."'- B-141 Dc:I'° 

                ~,I
                >~

I I<:> l">- 1 .... NI 

     ....I Cf) l.W
                )I .....

CLASS 2 

     °'I,..-.t' Cl'> en I

CLASS 3 COHPONLNl COOLING !;YSTEM/ Cf) cnlu I

==. === HOOR CON*r AINMEN"f AIM CUOl INti Yll'H
     ,..IC)_

I SEE FIG. WM. 123 AND AIR CONDI llUNll'tti 5YS U:l1 I W. C-35 PH-1 U)li.w 

     )I .....

SYS-24-CCS-RLH SYS-16-CRS--l.tHI cn1 CA FE 0884 Fl 0884~ 

                                      ~*-

SYS-4-VAS-RLH SYS-3-YAS-RU:: Cl ASS 2/5 (C) -- t:ONI "I>. S At-"EGU AN:D ----***----****-*----* -**-- -* --* *- **-**-- *---- *-*-- PIP[: 3- 4- 16- 24-ROOM MAl: cs cs cs SCH: 40 40 Sil>. Sii>. N. VALL . 216- .2!.r .31~- _3*1~ CAL . Bl.K: --- Rl t-. l>I< : M :lOU l::HUl.OOU> LOl: A I ION. RM 4, l ASl lHl; INlU~U> S Al t-:l..ilJAl<l>S kt-1. /t~n :l, W't.~)I [NtilNU t ~Al l.hUAt<l)~) ~f*1.

SV5- 1 G - CRS-5111 (CON r*o) SCE I lli_/ C-39 ,- B-142 .,, ~ 

                                                                                                                            ,/

YALL RM 123, SYS-6-- 

                      " Y ALL lPS-SUJ                         RM 1 1 6 A (CON"f"l>)

_SlE llti_ SYS-24 -CSY-Sll:l (CUNf"l>) ~lE flG _ C-42 C-31 r-::7:-:::--:-::-::-:~-:-.:--:--~-~--..:.~~f~V~;~Ot;;t___,:5~o~*~7*1q SYS--4 *-[SS--!ill(C) SYS-:l4-CSY -llCL SYS-24-CSY-SHl(C) SYS-24-CSY-Stt2( C) 

                                                                                                         ...... SYS-16-C~S-SHl(C)

SYS C AS-SL A (CUllT"D) SlE 

                                                                                                                '   SYS-6-lPS-*SLA(C)

SYS-3-VAS-Sl Y(C) FIG. C-4-1 SYS-2-C AS-*SLA(C) S'WS-2-V AS-SLB( C) 

                                                                        ~--------------...1 CLASS 2/3 (C) CONT"I>.

COMPONENT COOLING SYSTEM/ SERVICE 'WATE~SYSJEM PlPl~---2-----3.;,.-4*.;,.-*---6-.;.--*..-6-;;---*-4*;; ENGINEERED SAFlGUARDS SYS U::M/ MA.I : CS CS CS CS CS CS FLOO~ CRITICAL SE.RVICE YAlU~/CONT AIN-- SCH: 80 40 40 40 sn> SU> 

                                                 * ~ BURRIED PIPE       MENT   AIR COOLING/EMERGENCY                N. YALL:.2ur 216-_25*,-_200-_3-1:>-_3*1~-
                                                     '                . PO'WE.R SYSTEM/Vl'.Nl ANI) AIM CON-*        CAL IU.K: -**--
                                                '    '-- (COfd"D) 5LE DITION[R SYS-fEM/INSlkUMlNl ANO
                                                   'SYS* 24-CSY*-Slll SU~VIC[ AIR                                   ~U l>R. M :l.08, 03 31 / Sii 2 LOC A I ION: RM. I :!.3
  • t:OMPONlNl FIG .. C-3-1
                                                               ...                                                                   COOi. INtJ PUMP kM .

oJ) Io(/) 

                ~

m I 

                         , ... w
                      - i.1>0-.
                      ~,e:~co

(,!) I Yo.I 

                           ~>-
                      ~ Ot-U
                      ~lg;:~

I 

                      ~   I""'-'"'"

I CD1.1.1w 

                      ""'IJ:::)w                           B--14~)

(/) LI.I ... (/) SPlN f f UH. POOL SAfE rv INJECTION AND REFUE.LING SFP-6-* PP--HXB YATER TANK /f UEL POOL fill_/ COOL ING t.:OUL INll PUMP SFP-6-SMT-WLI (C) SFP-3-f PP-f PB SFP-4-tl'f-SU (C) Sf P-3-FPP-HXB SFP-* 6 -H*P-HXU PIPE CLASS: llC--4 

                                    ~:!'Ji~ 2!_!_ (~J-*=- ~t~~-0:.........------*--

p IPE : .i - 4- 6-MAT: SS SS SS SCH: 40 40 40 H. YAl.l: .216- .2~1- .~tm CAL OLK: ----- Wl.F. l>R : M "L.21

  • 0:5:52~, !>H 4.

LOt;Al ION~ I UH t*OOL COOi INti t*UMI' ~OUM

PENE 6 8 SEE f IG. 8- 25 

                                                '1, B-144 fWS-18-FWl.-ISI fEEOWAlER SY5ll M FEt:i)WATER LI Nf-----*-*---------                                        -*-***-

fWS-18-fWL-l~I ED--9 I ss_:;;2~_;";..;..;'~G_;;_:;Hc....:;l;....:.N~..;;:.[ RGY ( u NC LAS~ E0) l-C_l_A__ I *1FOR PENEl PIPE: 10* *-------- I I DETAIL Sf[ MAI: CS 

                  .... , , OWG [8-9-PK SCH:                                 60 I       I',                          N. WALL:                          _750-I I '                                CAL IJLK:

I Rff _ DR: M-* ZO"/, O:S::S 19 SH £ LUCA HON:: RM 1 2 :S, COMPONt:N I a:*:i HIGH ENERGY COOUNG ROOM PIPE WELD

(.!) Q 

                                                  °'..... . . .

(/) N NZ~ (/) Cf) ......... PENE 6 7 (/) (/) ::c u SEE FIG. B- 25 ....u C <(.!)Z 

                                        ~-=

u::c- 

                .............                                            fOR PENl Y 0702 FW
                              *-                                           SEE E89-PG U')
                                       ~

N ' I. .,. 11' B*-* 14~) 

                                                                              °'
                                                                                        /

I 1I 

                                           .....I
                                           ~                                  ~ I    1 Lt..

I 

                                                                              'O' N

I I I,,/ I 1 

                                                                                              /

cc I (I') IJ"I I 

                                           ):

Lt.. I FWS-18-fWL-* 251 t:U-9 242 PR ( H36.1) >- Cl.ASS 2 HIGH ENlRGY ( UN[LASSt:O) (.!) Q N °' (I') ..... (I') (I') P 1PE: 10-(I') z c MAT: C5 fii HIGH E'NE~GY c""' _. SCH: bO PIPE Wt:LD .... ::c *~ u~

c
                                                                     =                          N . WALL . *1~0-CAL Ul.K:

NOl E: NO WltD 246 lXISlS IU'.f _ 01.t: M- lO-/, O:S:SP) Sii 4 LUCArlON:. llM 12 3, COMPONENl COOLING IWOM

NOlE A: lHE SHf LL WAS FAIUUCA.I lO fROM 15 PLATlS-95 1 /2 X 34-/ 1 r1.* THE LOWLR SHlLL IS 1 j/32- THICK THE MIDDLE ~till L IS 9/32- lHICK 

                                                                                           . THE UPPCR ~HELL IS 1/4"" JHICIC NOTE 8: lHE BOTTOM WAS FAURICATED FROM 26 PLAlES Of EITHER -12* X 240-0R 72"" X 120"", 5/16- lHICIC NOTE C: THE ROOF WAS FADRICAIED FROM 26 PLATES        or    EITHEll 72-                     x  240-0R 72"" X 120"", 3/16"" lHICIC NOTE D: TANK T- 58 IS lQUIPPll> WITH THE FOLLOWING NOZZl.tS.

I*- 24"" SHEl.L MANWAY I - 24"" ROOF MANWAY B-*-146 2- 18"" OUTLllS 1-6"" VENT 1-6"" POOL SUPPLY 1--6"" RCCIRCULA-1 IUN IWOF I *-4"" OVERFLOW TANI( SIZE: 46*--o- ID x 24*-o- HIGH. 6-4"" fLANGl.D ( IWOf) 1-5"" PUMP DISCHA~GE 1 RADWASlE 1-3"" VOLUME CONT~OL 2 FLANGll> (SHU..l) 1-2"" DRAIN 

                                                              - - UPPE~ SHELL                1         REC:I RC.:ULAllON 111------~--*                                                     - Ml ODLE SHt:ll                                                    ~v1s1'otJ : 5 ~*()7* 10 SAFETY I NJfC"fJ!>.~ -~~~ R~t~Il J~~-_I~-~~

T-58 CLASS 2 1----*- *-- LOWER SHlLL MAT: 

                                                                                                 -*--**-**-~** -*---- ... **-** -**-- .... --**** -*- - *-**-*-**-

5454 Al.UMINUM 

                                                                                    . N. WALL: Sf [ NOTE~ A, U & C
   *--*------ --* --*--- -* ----~*:1 ___ --* --*-- --- -

CAL. IJLK: Mfli: GA IC lff L l>R 9*~.ox1~~h t.~. t.t., .,-,, *~u

NOTE : lANk IS [QlJIPPEO WllH lHE fOLl.OWING NOLZLlS. 01 2 3000* 8 2000* 2- 4~ SCH_ 80 2 SCH. 80 1* St:H. 160 1-* 18- MANWAY 1*-1 o- MANWAY 06~ 05 05 04 os-- 04 

                      --~~~~~~~~~~---~--------
                                                      /fv,~ 1 ~,.J : 5 c~/~7/'lei 100 IN { REMOVAL NaOH lANK 02                ...._._. ___ T:J(f2---*--*---- ----*-****--

Cl.ASS 2 t1irs.\2as-.:-*---*-----*---**-****

  • B~147 N. WALL: 0_3*75 CAL OLK:

Mfli: UUf FALO l ANK/l:U.HU t:HH1 SI f[L . REF_ l>R: ~~OY I ~)0M.S82 SH 12 *** I

  • NOIE: Ttlt: TANK IS [QUIPPtD WITH THC fOLLOWING NOZZLES:

2 3000* 01 02 8 - :iOOO* 2- SCH 8 2 SC ti 1 6 0 1 SC II 1 60 1.:...10- 150 6 B*--148 04 S'ADOLE *SADDLE IODINE REMOVAL MAkt-UP IANK 1---------***"'-"****--* *-**-*-*---*-*--* --**** ****-**--- T - 103 . WA~~ 5-* ~A~~-8-5~"("- - - -- --- ----**-**-----'.- 

                   "-WALL:

CAL: OLK: , M.FG: BUffAlO lANKllH'f ttl.fHf'M* ~lfEl.

  • REF. DWG: . M- jtl2 ~>H. 2~" 1

N y 153A MS 

                                                                  .,.. ~--~FOR PENl.
                                                                                      '   NORTH MSS-4-AWS-SLA                  i°i                    ",'    SEE E806-PA
                                          . N-
                              -:z: -:z:- -:z:- -'°"'- (H18)
                          -*N
z:

N CX) TO fl-v1~ 1~,.J  : 5 ST 05228 HAIN srt:AM SYSlEM AUX~WArflfsvs-fEM-*- ---*-------**-*** MSS- 4-AWS-SLA EHD*-6 

        .          '                                            CLASS 2/5 HSS-4-AYS~SLU                                                                    4-PIPE:

F 16 .. '.c-~ .J 3(? 

 "' . * . .                                                     t;'IAI:        cs SCH:            40 B--152   N. WALL:       _23-,-

CAL. ULK: REF.DR: M-205/M-ZO~ . . . ,. 053S6'SH 7 U LOCAHON":. ~M 238/llM *..* Z3/RM. s

UNCLASSED CLASS 2 

              .PENETRATION NO. 28 .

CO> . .:J 7 *'lo CONTAINMENl AIR SY:ill.M

  • POST ACCIDENT AIR SAMPLE SYSllM
                             ,CAS-1 /2-PAS-IPI B-*153          *CLASS 2 PIPE:          ,112* TUBING SS          .~.~

MAl"L:

.

t

  • CONT. rlG C-16A Ii\

I 41'1 

                          ~

110 ' < 

.    'o*>-
        .*-s..;            '

11"" NIS1c  : 5 ~*~'7*CJo Ul f~!P-~_Al!~ S'l'~_!J~-- 3:* 

                         '14..                 AUXILIARY FEED.WATER fWS-4-AWS-ISl f.J ASS 2 '-L __ -***-*--*-**----
  **~***~~~

Pl PE: 4-B-154. MAT: 

                                            ~. SCH:
                                                           . CS
                                                             ..U0/40
                                            *' N ... WALL:
          '.' 'l ,,()'

i CAL' OLK: c *' ' ' REf _, D.R: M"".:*-207 LOCA UOH:; RM.: ~i. tOtlP

  • COJUl.NG
                                                                ~-
                                                                   \

I I l'"l U\ I 

 ~
t c:-1 V' .

s 

 ~
                     ..----_..;_~~~.;..;Vl.;:;.:St:.;;;i~*~I-:_s~  c.;). 0>"7. <Jo FEEDWA I £R SY!ilEM AUXIUARY               fEEDWATER-FWS- 4-AWS-2S5
        . I CLASS 2/"5 Pl Pt::                  4*

B*-155 MAl: CS SCH: . 80/40 N. WALL CAL OLK: Rff_ i>R: .M** 201 LOCAHON: RMS. COMP_ COOLING * 

                  ;TONT. FIG. B-26                                                                               fHDViATf R S"tST£1"1 I

FVf~;- 6-AV/'.J-ISI 

        '-               ....                                                                                    f\NS-6~AW'.3-2S              1 207PR      *.      . . . . ._ ~....._.              . ~

207Pl1--: 4'( . "',~El LI Nu CLASS _ _ _ _ _2/3 _. _ c __ _ 

     ' 208                                                  fWS-6-AWS-2SI                                        PIPE:              6" 2 0 .;*-.....
                   *               *-~
                                         ') u- >=..

u. 

                                                                                                                *f***IAT:
  • CS N SCH: 80
. t10-07~~~,2~J5 *.                                                                                         :N. \-\"Al L: .280
  • CAL. BLK: 6-::;S .280-30-PAL
   *     ~-v                          ,.
                                       \ tEB- 14.:. 6"                                                           REF. DR: f***t-207 LOCATION: RM.5. Vv'f:ST ENGINHRED EBB-  a- 4 "-* 7                       6"'*:i(     4" REDUCER                                                                      SAf EGUARDS ROOM                                   CONT. flG. B- 26
  • f,MO- 0748 I I

EBB 4"-t'~ * . fV*/S-6*-AV*iS-131. 

               ,-*4~~~---t                                                                   FWS,.6~AWS-OLC.
                  / 1~                                    '~*-.: CONT: Slf'flG:C-196                                                      B~l56
                                                                                               .J *                    *
                                                     ""'1                  . -,,                                                                                                          *-.

I 

               /*-..JX         0       *         . ,..... * ,.1'
                                                              . .               po:~

J ...._ . 

                                                     ~
                                                                                                                                                                                                        -. . ...-.:- ~:c EI LI NG l'.H O'*                           ..          '              ""';           .                                                                                            *~.

CJ*  : . *l.H "* '* 

                               >     :;o             0-.                              ,,           .      .                                                            6 .. x 4 ..
                                                                                                                                                                                         \J>. \. . }_

t; EB-10-6" REDUCER 

                                   .~                      ,.....                                 '-....                             EBB- 7-4"                  M0-0759             \        20. 8 1                             *                                  , \
                                     ~                                ~ i:                                    ~..                                    \_~£---~

rri CD "'Tl ' EBB. 6" 

                                                                     +!

I 

                                                          *:E.

u* J>~' 

                                                                                                                ,~~E        .

0737 

                                                                                                                                                          ~-
                                                                                                                                                            'v*                    -.. . . .~             -
f.
                                                                      ~

l>

f. . ,
                                                                   . I       (fJ                                                 .            ~..... ,_..     . XM0-0754
                                                                     *~:-. .*-; ,                                    4"x 6" RlDUCERl.2~~ __ ,. ::.
                                                                                                                           . -* *,,* - -, 3 I   ,\
                                                                                                                                                    /-;~        . -u
                                                                                                                                                          ....-J"->

L.u ... '" I

SECOND,*INTERVAL INSERVICE INSPECTIO.N. PROGRAM CLASS:** 1, 2 COMPONF;:NTS 

    .AND* THEIR SUPPORTS.; .

REQUEST FOR ADDITIONAL INFORMATION (TAC NO. 72622)

TABLE OF CONTENTS Volume 1 Tab 1 In~ervice Inspection Program S~cii~n 3 Chang~s

  • Tab2 Inservice Inspection Program Section* 6. Changes Tab 3* .,.. Westinghouse*u1trasonic Examination.Procedure Tab 4 Class 1 Weld Identification Drawings Tab s* Class 2 Weld Identification Drawings Volume 2 Tab 6 Class 1 long-Term Inservice Examination Plan Tab 7 Cl ass 2 Long..Term. Inservi ce Examination Pl an
           *A PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL (See Appendix A,   ISO A-1)

Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CIRCUMFERENTIAL WELDS Bl. 11 B-A 9-112 Mech UT 1*,2, Examine 100% of weld length. Intermediate From ID 3,4 Shel 1 to Lower Shel 1 Bl. 11 B-A 8-112 Mech UT 1* Examine 100% of weld length. Upper Shel 1 From ID to Intermedi-ate Shel 1 Bl. 11 B-A 10-112 Mech UT r* Examine. 100% of weld length. Lower Shel 1 From ID to Bottom Head Bl .30 *B-A 7- 11 2 Mech UT 1 ** 2*. 1 ,*2, Examine 100% 6f weld length. Vessel to F.rom ID 3,4 3,4 . Flange Bl. 12 B-A LONGITUDINAL WELDS 2-112A Intermediate Mech UT From ID 

                                                                                                    ,.       Examine 100% of weld length.

See PSI data. Shel 1 at 270° Bl. 12 B-A 2-112B Mech UT 1 * ,.2. Examine 100% of weld length. Intermediate .From ID 3,4 See PSI data. Shell at 30° Bl. 12 B-A 2-112C Mech UT 1* Examine 100% of weld length. Intermediate From ID See PSI data. Shell at 1 §,Do B1.12 B-A 3-112A Mech UT 1. Examine 100% of weld length. Lower Sh.el 1 From ID See PSI data. at 90° rp1278-02~5a-46-58 91 *Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years. 6-2/3 - 10 Years Sec XI ~sec XI Exam1nat1on Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks LONGITUDINAL WELDS (Contd) B 1. 12 B-A 3-112B Mech UT" 1. Examine 100% of weld length-. Lower Shel 1 From ID See PSI data, at 210° B1 . 12 B-A 3-112C Mech UT 1* Examine 100% of weld .length. Lower Shel 1 Froin ID See PSI data. at 330° B1 . 12 B-A 1-112A Mech UT 1. Examine 100% of weld length. Upper Shel 1 From ID See PSI data. B 1. 12 B-A at 90° 1-112B Upper Shel 1 Mech UT From ID 

                                                                                                   ,. Examine 100% of weld length.

See PSI data. at 210° B 1. 12 B-A 1-112c Mech UT 1* Examine 100% of weld length. Upper Shell From ID See PSI data. at 330° LOWER HEAD MERIDIONAL WELDS Bl. 22 B-A 1-113A Mer1d1onal Mech UT From ID 

                                                                                                   ,. Attempt to examine 100% of weld length with PAR device.

we'ld. at oo Bl. 22 B-A 1-113B Mech UT Attempt to examine 100% of Mer1fj1onal From ID weld l~ngih ~1th ~AR device. Weld. at 60° Bl. 22 B-A 1-113C M_ech UT Attempt to examine 100% of Mer1d1onal From ID we.ld: rength with,P/1R d~:vice, Weld at 1-20° Bl. 22 B-A 1-113D Mech UT Attempt to examine 100% of Mer1d1onal Frorri ID we"1d" l'ength with PAR device. 1 * '

  • Weld' at 180° Bl. 22 B-A 1-113E Mech UT 1~ Attempt to examine 100% of Meridional From ID weld length with PAR device.

Weld at 240° rp1278-0295a-46-58 92 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS .1 VESSELS REACTOR PRESSURE VESSEL (See Appendix A, I SO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item.No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks LOWER HEAD MERIDIONAL WELDS (Contd) Bl. 22 B-A 1-113F Mech UT 1. Attempt to examine 100% of Meridional *From ID weld length with PAR device. Weld at 300° LOWER HEAD CIRCUMFERENTIAL WELD Bl. 21 B-A 4-113 Mech UT 1*,2, Attempt to examine 1-00% of Circumferen- From ID 3,4 weld length with PAR device. tial Weld NOZZLE TO SHELL WELDS B3.90 B-D 5-114A Mech UT i*,2, See PSI data. Inlet Nozzle From ID 3,4 at 60° B3.90 B-D 5-1148 Mech UT i*,2, See PSI data. Inlet Nozzle From ID 3,4 at 120° B3.90 B-D 5-114C Mech UT 1*,2, See PSI data. Inlet Nozzle From ID 3,4 at 240° B3.90 B-D 5-114D Mech UT 1**,2, See PSI data. Inlet Nozzle From ID 3,4 at 300° B3.90 B-D 5-114E Mech UT 1*,2*, See PSI data. Out.1 et Nozzle From *ID 3,4 at. 0° B3.. 90 B-:D 5-114F Mech UT 1**;2*, See PSI' data. Outlet Noz.z 1 e From ID 3,4 at 180° rp1278-0295a-46-:58* 93 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks NOZZLE INSIDE RADIUS SECTION

03. 100 0-D 5-114A - IRS *Mech UT 1 *. 2.

Inlet Nozzle From ID 3,4 at 60°

03. lOD 0-D 5-1140 - IRS Mech UT 1 ** 2.

Inlet Nozzle From ID 3,4 at 120° 03.100 0-D 5-1'14c - IRS Mech UT 1 ** 2. Inlet Nozzle From ID 3,4 at 240°

03. 100 0-D 5-114D - IRS Mech UT 1 *. 2.

Inlet Nozzle From ID 3,4 at 3000

03. 100 0-D 5-114E - IRS Mech UT 1 *. 2*.

Outlet Nozzle From ID 3,4 at 0°

03. 100 0-D 5-114F - IRS Mech UT 1 *. 2*.

Outlet Nozzle From ID 3,4 at 180° LIGAMENTS 06.40 0-G-1 Flange UT 1 ** 2**. 1* 1. 1 **, 2. Examined 50% of the ligaments Ligaments 3,4 3,4 at each scheduled exam. Total 100% per interval. Start at center line of stud hole No 1 during first exam of interval. rp127B-0295a-46-58 94 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:r: Area ID Method 2 3 4 5 6 7 8 9 Remarks B13. 10 B-N-1 VESSEL VT-3 1 ** 2. 1 *. 2. The areas shal 1 Include the INTERIOR .3 ,4 3,4 space above and below the reactor core that is made. accessible for examination by the removal of components during normal refueling outages. CORE-SUPPORT STRUCTURES The areas she 1 1 inc 1 ude a 1 1 of the removable structures. 813.70 B-N-3 Accessible VT-3 1 *. 2. Surf aces 3,4 RPV WELDED ATTACHMENTS 813.50 B-N-2 RPV Weld VT-1 2,3, Beltline welded attachment. Attach Belt 4 813.60 B-N-2 RPV Welded VT-3 2,3, Welded attachment beyond Attach 4 be 1t1 i ne. rp1278-0295a-46~58 95 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es I tern No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remar:-ks MERIDIONAL WELDS Bl. 22 B-A 1-118A UT 1. Examine 100% of accessible Meridional weld length. Weld at oo Bl. 22 B-A 1-118B UT 1. Examine 100% of accessible Meridional weld length. Weld at 60° Bl. 22 B-A 1-118C UT 1* Examine 100% of accessible Meridional weld length. Weld at 120° Bl. 22 B-A 1-118D UT 1* Examine 100% of accessible Meri di ona 1 weld length. Weld at 180° Bl. 22 B-A 1-118E UT 1. Examine 100% of accessible Meridional weld length. Weld at 240° Bl. 22 B-A' 1-118F UT 1 *. 2. Examine 100% of accessible Meridional 3,4 weld length. Weld at 300° CIRCUMFERENTIAL WELDS Bl .21 B-A 6-118B Per Relief Request, this Circumferential weld is inaccessible for Weld examination. Bl .40 B-A S-118A UT 1**,3. 2* 1*,2. 1 ** 2. Exa*mi ned from center 1 i ne of Head to 4 3,4 3*, 4 stud hole No 1 to center Flange line of stud hole*No 18 during the first outage. Examine 1/3 Of weld length during the 6th and 9th outage, cumulatively 100%. Repeat every 10-year inter-val. VT done in Outage 1 per 1971 code. rp1278~0295b-46-58 96 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata:r: Area ID Method 2 3 4 5 6 7 8 9 Remarks 60L TING 66.30 6-G-1 Closure Studs MT 1*,2*, 1 *. 2. 1 *. 2. Examined 18 studs during the S/N 1 Through 3,4 3,4 3,4 first outage (No 29-42, 45, 54 UT 1*,2*, 1 *. 2. 1 *. 2. 46, 1-S and 2-S). Examined 3,4 3,4 3,4 18 studs during the 6th outage. (3-20). VT done in Outage 1 per 1971 code. Re-maining studs examined in the 9th outage.

66. 10 6-G-1 Closure Nuts MT , ** 2*. 1 *. 2. 1*2. Examined 18 nuts during the S/N 1 Through 3,4 3,4 3,4 first outage (No 29-42, 45, 54 UT 1
  • 1* 46, 1-s and 2-S). Examined 18 nuts during the 6th outage. (3-20 UT, 3-16 and 18-21 MT). VT done in Outage 1 per 1971 code. Re-maining nuts examined in the 9th outage.

66.50 6-G-1 Closure VT-1 , ** 2*. 1. 1. 1 *2. 1 *. 2. Examined 18 washers during Washers S/N 3,4 Same Same 3,4 3,4 the first outage (No 1, 2, Through 54 as as 27, 29 through 39, 41, 42, 1st 1st 45 and 46). Examined 18 Out- Out- washers during the 6th age. age. outage. (4-20 and S-1) Re-maining washers examined in the 9th outage. CLADDING Patch No 1 ( 6" x 6") PT VT , . Center of square is 27" above the seal surface and on the center line of stud hole No 1. Exam requirement deleted. Patch No 2 

                 .( 6" x 6")

PT VT 1. 

                                        , .                                                                       Center of square is 38" above the seal surface and on the center line of stud hole No 6. Exam requirement*

deleted. rp1278-0295b-46-58 .97 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD {See Appendix A, ISO A-1) {Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cats:r: Area ID Method 2 3 4 5 6 7 8 9 Remarks CLADDING (Contd) Patch No 3 PT 1. Center of square is 107" { 6" x 6") above the seal surface and VT 1* on the center line of stud hole No 17. Exam require-ment deleted. Patch No 4 PT 1. Center of square is 14" { 6" x 6") above the seal surface and VT 1. on the center line of stud hole No 24. Exam require-ment deleted. Patch No 5 PT Center of square is 83" { 6" x 6") above the seal surface and VT on the center line of stud hole No 39. Exam require-ment deleted. Patch No 6 PT 1* Center of square is 30" { 6" x 6") above the seal surface and VT 1. on the center line of stud hole No 45. Exam require-ment deleted. FLANGE BOLTING B7. 10 B-G-2 Instrument VT-1 1 *. 2. Examine all 8 bolts. Penetration .3 ,4 No 46 Bolts B7. 10 .B-G-2 Instrument VT-1 Examine all 8 bolts. Penetration No 47 Bal ts B7. 10 B-G*2 Instrument VT-1  ! 1*'2' Examine al 1 8 bolts .. Penetration 3,4 No 48 Bolts B7. 10 B-G-2 Instrument VT-1 1*.2. Examine al 1 8 bolts. Penetration 3 ,_4 No.49 Bolts rp1278-0295b-46-58 98 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No ....£!!..!.ay Area ID Method 2 3 4 5 6 7 8 9 Remarks FLANGE BOLTING (Contd) B7. 10 B-G-2 Instrument VT-1 1 *. 2. Examine al 1 8 bolts. Penetration 3,4 No 50 Bolts B7. 10 B-G-2 Instrument VT-1 1 *. 2. Examine all 8 bolts. Penetration 3,4 No 51 Bolts B7. 10 B-G-2 Instrument VT-1 1*.2. Examine all 8 bolts. Penetration 3,4 No 52 Bolts B7. 10 B-G-2 Instrument VT-1 1 ** 2. Examine all B bolts. Penetration 3,4 No 53 Bolts B7. 10 B-G-2 Instrument VT-1 1 *. 2. Examine al 1 8 nuts. Penetration 3.4 No 46 Nuts B7. 10 B-G-2 Instrument VT-1 1 ** 2. Examine all 8 nuts. Penetration 3,4 No 47 Nuts B7. 10 B-G-2 Instrument* VT-1 1*.2. Examine al 1 8 nuts. Penetration 3,4 No 48 Nuts B7. 10 B-G-2 Instrument VT-1 , * '2' Examine al 1 8 nuts. Penetration 3,4 No 49 Nuts B7. 10 B-G-2 Instrument VT-1 1*.2. Examine all 8 nuts. Penetration 3.4 No 50 Nuts B7. 10 B-G-2 Instrument VT-1 1 *. 2. Examine all 8 nuts. Penetration 3,4 No 51 Nuts B7. 10 B-G-2 Instrument . VT-1 1*.2. Examine al 1 8 nuts. Penetration 3,4 No 52 Nuts rp1278-0295b-46-58 99 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Con{d) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks FLANGE BOLTING (Contd) B7. 10 B-G-2 Instrument VT-1 1 ** 2. Examine all 8 nuts. Penetration 3,4 No 53 Nuts CROM BOLTING CROM Bolting subject to examination. a) 8 nuts and bolts at base of CROM stalk. b) 16 bolts on autoclave. c) 4 nuts and bolts at top of CROM stalk. Examine all inaccessible bolting if removed. B7. 10 B-G-2 CROM No VT-1 2,3, 1. Examine top 4 bolts. All Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 2 VT-1 2,3, 1. Examine top 4 bolts. All Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 3 VT-1 2,3, 1. Examine top 4 bolts. All Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 4 VT-1 2. 3. 1. Examine top 4 bolts. All Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 5 VT-1 2,3, 1. Examine top 4 bolts. All Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 6 VT-1 2,3, Examine top 4 bolts. All Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 7 VT-1 2,3, 1. Examine top 4 bolts. All Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 8 VT-1 2,3, 1. Examine top 4 bolts. All B7. 10 B-G-2 Bolts CROM No 9 Bolts VT-1 4 2,3, 4 

                                                                                                       ,. other bolts inaccessible.

Examine top 4 bolts. All other bolts inaccessible. rp1278-0295b-46-58 100 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A- 1) (Contd) Inspection Interval ASME ASME 0 3-1/3 Years 3-1/3 213 Years 6-213 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No cata:z: Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM BOLTING (Contd) B7. 1 O B-G-2 CROM No 10 VT-1 2,3, . 1. Examine top 4 bolts. A11 Bolts 4 other bo 1 ts inaccessible. B7. 10 B-G-2 CROM No 11 VT-1 2. 3. 1. Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 1 2 VT-1 2,3 1. Examine top 4 bo 1 ts. A11 Bolts 4 other bo 1 ts inaccessible. B7. 10 B-G-2 CROM No 13 VT-1 2*,3, 1. E><amine top 4 bolts. A11 Sol ts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 14 VT-1 2*,3, 1. Examine top 4 bo 1 ts. A11 Bo 1 ts 4 other bo 1 ts inaccessible. B7. 10 B-G-2 CROM No 15 VT-1 2*,3, 1. E><amine top 4 bolts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 16 VT-1 2*. 3. 1. E><amine top 4 bolts. A 11 Bolts 4 other bo 1 ts inaccessible. B7. 10 B-G-2 CROM No 17 VT-1 2*,3, 1. Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 18 VT-1 2*,3, 1* Examine top 4 bolts. A11 B7. 10 B-G-2 Bolts CROM No 19 Bolts VT-1 4 2*,3, 4 

                                                                                                      ,. other bo 1 ts inaccessible.

Examine top 4 bolts. A11 other bolts inaccessible. B7. 10 B-G-2 CROM No 20 VT-1 2*,3, 1. Examine top 4 bo 1 ts. A11 Bolts 4 other bolts inaccessible. B.7. 10 B-G-2 CROM No 21 VT-1 2*. 3. 1. E><amine top 4 bolts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 C.RDM No 22 vT-1

  • 2*,3, 1* Examine top. 4 bolts. A11 Bolts 4 other bolts inaccessible.

B7. 10 B-G-2 CROM No 23 VT-1 2*,3, 1. Examine top 4 bolts: A11 Bo 1 ts 4 other bo 1 ts inaccessible. rp1278-0295b-46-58 101 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Ins2ection Interval ASME ASME 0 1/3 Years 3-1/3 - *6-213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No ...f.!!..!.ID'. Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM BOLTING (Contd) B7. 10 B-G-2 CROM No 24 VT-1 2*,3, 1. Examine top 4 bo 1 ts. A11 Bolts 4 other bo 1 ts inaccessible. B7. 10 B-G-2 CROM No 25 VT-1 2. 3. ,. Examine top 4 bolts. A11 Bolts 4 other bo 1 ts inaccessible. B7. 10 B-G-2 CROM No 26 VT-1 2,3. ,. Examine top 4 bo 1 ts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 27 VT-1 2. 3. ,. Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 28 VT-1 2,3, 1. Examine top 4 bolts. A11 Bo 1 ts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 29 VT-1 2. 3. 1. Examine top 4 bolts. A11 Bolts 4 other bo 1 ts inaccessible. B7. 10 B-G-2 CROM No 30 VT-1 2,3, 1* Examine top 4 bo 1 ts. A11 Bo 1 ts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 31 VT-1 2,3, 1. Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible.

67. 10 B-G-2 CROM No 32 VT-1 2 ,3. 1* Examine top 4 bolts. A11 Bo rt s 4 other bo 1 ts inaccessible.

B7. 10 B-G-2 CROM No 33 VT-1 2. 3. 1. Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible.

67. 10 B-G-2 CROM No 34 VT-1 2. 3. ,. Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible.

B7. 10 B-G-2 CROM No 35 VT-1 2,3. 1. Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 36 VT-1 2 ,3. 1* Examine top 4 bolts. A11 Bolts 4 other bolts inaccessible. B7. 10 B-G-2 CROM No 37 VT-1 2,3, 1. Examine top 4 bolts. A11 Bolts 4 *other bolts inaccessible. rp1278-0295b-46-58 102 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inseection Interval ASME ASME Examination 0 1/3 Years 3-1/3 2/3 Years Outs es 6-213 - 10 Years Sec XI Sec XI Exam Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM BOLTING (Contd) B7. 10 B-G-2 CROM No 38 VT-1 1 *. 2. Examine a 11 28 bolts. Bolts 3,4 Peripheral CROM. B7. 10 B-G-2 CROM No 39 VT-1 1 *. 2. Examine al 1 28 bolts. Bolts 3,4 Peripheral CROM. B7. 10 B-G-2 CROM No 40 VT-1 1 *. 2. Examine a 11 28 bolts. Bolts 3,4 Peripheral CROM. B7. 10 B-G-2 CROM No 41 VT-1 , * '2' Examine al 1 28 bolts. Bolts 3,4 Peripheral CROM. B7. 10 B-G-2 CROM No 42 VT-1 2*,3, 1. Examine al 1 28 bolts. Bolts 4 Peripheral CROM. B7. 10 B-G-2 CROM No 43 VT-1 2*,3, 1* Examine a 11 28 bolts. Bolts 4 Peripheral CROM. B7. 10 B-G-2 CROM No 44 VT-1 2*,3, 1. Examine al 1 28 bolts. Bolts 4 Peripheral CROM. B7. 10 B-G-2 CROM No 45 VT-1 2*,3, 1. Examine a 11 28 bolts. Bo 1 ts 4 Peripheral CROM. CROM NUTS B7. 10 B-G-2 CROM No 1N VT-1 2,3, 1. Examine top 4 nuts. A 11 Nuts 4 others inaccessible*. B7. 10 6-G-2 CROM No 2N VT-1 2. 3. 1* Examine top 4 nuts. A 11 Nuts 4 others inaccessible.

67. 10 6-G-2 CROM No 3N VT-1 2. 3. 1. Examine t.op 4 nuts. A 11 Nuts 4 others inaccessible.
67. 10 6-G-2 CROM No 4N VT-1 2,3, 1* Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
67. 10 6-G-2 CROM No SN VT-1 2. 3. 1* Examine top 4 nuts. A 11 Nuts 4 others inaccessible.

rp1278-0295b-46-58 103 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS* REACTOR PRESSURE VESSEL CLOSURE HEAD (See Append1x A, ISO A-1) (Contd) Inseect1on Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-213 - 10 Years Sec XI Sec XI Exam1nat1on Exam Out a es Item No cata:z:: Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM NUTS (Contd)

67. 10 6-G-2 CROM No 6N VT-1 2,3, 1"' Exam1ne top 4 nuts. A 11 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No 7N VT-1 2. 3. 1* Exam1ne top 4 nuts. A 11 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No SN VT-1 2 ,-3. 1"' Examine top 4 nuts. A 11 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No 9N VT-1 2. 3. 1"' Exam1ne top 4 nuts. A 11 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No lON VT-1 2 ,3. 1"' Exam1ne top 4 nuts. Al 1 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No 11 N VT-1 2,3, 1. Exam1ne top 4 nuts. A 11 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No 12N VT-1 2. 3. ,.. Examine top 4 nuts. A 11 Nuts 4 others 1naccessible.
67. 10 6-G-2 CROM No 13N VT-1 2*.3, Exam1ne top 4 nuts. A 11 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No 14N VT-1 2*. 3. Exam1ne top 4 nuts. Al 1 Nuts 4 others inaccessible.
67. 10 6-G-2 CROM No 15N VT-1 2* ,3. Examine top 4 nuts. A 11 Nuts 4 others inaccess1ble.
67. 10 6-G-2 CROM No 16N VT-1 2*. 3. Exam1ne top 4 nuts. A 11 Nuts 4 others 1naccess1ble.
67. 10 6-G-2 CROM No 17N VT-1 2*,3, Exam1ne top 4 nuts. A 11 Nuts 4 others 1naccessible.
67. 10 6-G-2 CROM No 18N VT-1 2*,3, Exam1ne top 4 nuts. A 11 Nuts 4 others inaccessible.

.67. 10 6-G-2 CROM No 19N VT-1 2*,3, Examine top 4 nuts . A 11 Nuts 4 others inaccessible. rp1278-0295b-46-58 104 Revis1on 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, I SO A-1) (Contd) InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-213 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM NUTS (Contd)

87. 10 8-G-2 CROM No 20N VT-1 2*,3, Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 21N VT-1 2*. 3. Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 22N VT-1 2*. 3. Examine top 4 riuts. Al 1 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 23N VT-1 2*. 3. Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 24N VT-1 2*,3, Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 25N VT-1 2,3, Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 26N VT-1 2,3, Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 27N VT-1 2. 3. Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 28N vT~1 2. 3. Examine top 4 nuts. Al 1 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 29N vT-*1 2,3, Examine top*4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 30N VT-1 2. 3', Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 31N VT-1 2,3, Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 32N VT-1 2. 3. Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 8-G-2 CROM No 33N VT-1 .2,3, Examine top 4 nuts. A 11 Nuts 4 others inaccessible.

rp1278-0295b-46-58 105 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) I ns12ect i*on Interval* ASME ASME 0 1/3 Years 3-1/3 - 6-2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM NUTS (Contd)

67. 10 6-G-2 CROM No 34N VT-1 2. 3. Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
67. 10 6-G-2 CROM No 35N VT-1 2,3, Examine top 4 nuts. A11 Nuts 4 others inaccessible.
67. 10 6-G-2 CROM No 36N VT-1 2,3, Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
87. 10 6-G-2 CROM No 37N VT-1 2. 3' Examine top 4 nuts. A 11 Nuts 4 others inaccessible.
67. 10 6-G-2 CROM No 38N VT-1 1 .. '2' Examine al 1 12 nuts.

Nuts 3,4 Peripheral CROM.

67. 10 6-G-2 CROM No 39N VT-1 1 .. '2' Examine a 11 12 nuts.

Nuts 3,4 Peripheral CROM.

67. 10 6-G-2 CROM No 40N VT-1 1 ... 2. Examine al 1 12 nuts.

Nuts 3,4 Peripheral CROM.

67. 10 6-G-2 CROM No 41N VT-1 , ... 2. Examine al 1 12 nuts.

Nuts 3,4 Peripheral CROM.

67. 10 6-G-2 CROM No 42N VT-1 2*. 3. Examine al 1 12 nuts.

Nuts 4 Peripheral CROM.

67. 10 6-G-2 CROM No 43N VT-1 2'" ,3' Examine al 1 12 nuts.

Nuts 4 Peripheral CROM.

67. 10 6-G-2 CROM No 44N VT-1 *2* '3. Examine al 1 1 2 nuts.

Nuts 4 Peripheral CROM.

67. 10 6-G-2 CROM No 45N VT-1 2*.3. Examine al 1 12 nuts.

Nuts 4 Peripheral CROM. rp1278-029Sb-46-58 106 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catay Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS CROM #1 614. 10 6-0 119-1-A PT Inaccessible. 614. 10 6-0 119-1-6 PT Inaccessible. 614. 10 6-0 119-1-C PT Inaccessible. 614. 10 6-0 119-1-0 PT Inaccessible. 614. 10 6-0 119-1-E PT Inaccessible. CROM #2 614. 10 6-0 119-2-A PT Inaccessible. 614. 10 6-0 119-2-6 PT Inaccessible. 614. 10 6-0 119-2-C PT Inaccessible. 614. 10 6-0 119-2-D PT Inaccessible. 614. 10 6-0 119-2-E PT Inaccessible. CROM #3 614. 10 6-0 119-3-A PT Inaccessible. 614. 10 6-0 119-3-6 PT Inaccessible. 614. 10 6-0 119-3-C PT Inaccessible. 614. 10 6-0 119-3-D PT Inaccessible. 614. 10 6-0 119-3-E PT Inaccessible. rp1278-0295b-46-58 107 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Veers Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks CROM WELDS (Contd) CROM #4 B14. 10 B-0 119-4-A PT Inaccessible. B14. 10 B-0 119-4-B PT Inaccessible. B14. 10 B-0 119-4-C PT Inaccessible. B14. 10 B-0 119-4-D PT Inaccessible. B14. 10 B-0 119-4-E PT Inaccessible. CROM #5 B14. 10 B-0 119-5-A PT Inacc.essible. B14. 10 B-0 119-5-B PT Inaccessible. B14. 10 B-0 119-5-C PT Inaccessible. B14. 10 B-0 119-5-D PT Inaccessible. B14. 10 B-0 119-5-E PT Inaccessible. CROM #6 B14. 10 B-0 119-6-A PT I naccess i.b le. B14. 10 B-0 119-6-B PT Inaccessible. B14. 10 B-0 119-6-C PT Inaccessible. 614. 10 B-0 119-6-D PT Inaccessible. B14. 10 B-0 119-6-E PT Inaccessible. rp1278-0295b-46-58 108 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catay Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #7 614. 10 6-0 119-7-A PT Inaccessible. 614. 10 6-0 119-7-6 PT Inaccessible. 614. 10 6-0 119-7-C PT Inaccessible. 614. 10 6-0 119-7-0 PT Inaccessible. 614. 10 6-0 119-7-E PT Inaccessible. CROM #8 614. 10 6-0 119-8-A PT Inaccessible. 614. 10 6-0 119-8-6 PT Inaccessible. 614. 10 B-0 119-8-C PT Inaccessible. 614. 10 6-0 119-8-D PT Inaccessible. 614. 10 6-0 119-8-E* PT Inaccessible. CROM #9 614. 10 6-0 119-9-A PT Inaccessible. 614. 10 6-0 119-9-6 PT Inaccessible. 614. 10 6-0 119-9-C PT Inaccessible. 614. 10 6-0 119-9-0 PT Inaccessible. 614. 10 6-0 119-9-E PT Inaccessible. rp1278-0295b-46-58 109 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #10 B14. 10 B-0 119-10-A PT Inaccessible. B14. 10 B-0 119-10-B PT Inaccess*ibl e. B14. 10 B-0 119-10-C PT Inaccessible. B14. 10 B-0 119-10-D PT Inaccessible. B14. 10 B-0 119-10-:E PT Inac.cessible. CROM #11 B14. 10 B-0 119-11-A PT Inaccessible. B14. 10 B-0 119-11-B PT Inaccessible. B14. 10 B-0 119- 11-C PT Inaccessible. B14. 10 B-0 119-11-D PT Inaccessible. 614. 10 B-0 119-11-E PT Inaccessible. CROM #12 814. 10 B-0 119-12-A PT Inaccessible. 614.10 B-0 119-12-8 PT Inaccessible. 814. 10 B-0 119-12-C PT Inaccessible. B14. 10 B-0 119-12-D PT Inaccessible. B14.10 B-0 119-12-E PT Inaccessible. rp1278-0295b-46-58 110 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #13 814. 10 8-0 119-13-A PT Inaccessible. 814. 10 8-0 119-13-8 PT Inaccessible. 814. 10 8-0 119-13-C PT Inaccessible .. 814. 10 8-0 119-13-D PT Inaccessible. 814. 10 8-0 119-13-E PT Inaccessible. CROM #14 814. 10 8-0 119-14-A PT Inaccessible. 814. 10 8-0 119-14-8 PT Inaccess1ble. 814. 10 8-0 119-14-C PT Inaccessible. 814. 10 8-0 119-14-D PT Inaccess1ble. 814. 10 8-0 119-14-E PT Inaccessible. CROM #15 814.10 8-0 119-15-A PT Inaccessible. 814. 10 8-0 119-15-8 PT Inaccessible. 814. 10 8-0 119-15-C PT Inaccessible. 814 .10 8-0 119-15-D PT Inaccessible. 814. 10 8-0 119-15-E PT Inaccessible. rp1278-0295b-46-58 111 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #16 614. 10 6-0 119-16-A PT Inaccessible. 614. 10 6-0 119-16-6 PT Inaccessible. 614. 10 6-0 119-16-C PT Inaccessible. 614. 10 6-0 119-16-D PT Inaccessible. 614. 10 6-0 119-16-E PT Inaccessible. CROM #17 614. 10 6-0 119-17-A PT Inaccessible. 614. 10 B-0 119-17-6 PT Inaccessible. 614. 10 B-0 119-17-C PT Inaccessible. 614. 10 B-0 119-17-D PT Inaccessible. 614. 10 B-0 119-17-E PT Inaccessible. CROM #18 614. 10 6-0 119-18-A PT Inaccessible. 614. 10 6-0 119-18-B PT Inaccessible. 614. 10 6-0 119-18-C PT Inaccessible. 614. 10 6-0 119-18-D PT Inaccessible. 614. 10 6-0 119-18-E PT Inaccessible. rp1278-0295b-46-58 112 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #19 814. 10 8-0 119-19-A PT Inaccessible. 814. 10 8-0 119-19-8 PT Inaccessible. 814. 10 8-0 119-19-C PT Inaccessible. 814. 10 8-0 119-19-D PT Inaccessible. 814. 10 8-0 119-19-E PT Inaccessible. CROM #20 814. 10 8-0 119-20-A PT Inaccessible. 814. 10 8-0 119-20-8 PT Inaccessible. 814. 10 8-0 119-20-C PT Inaccessible. 814. 10 8-0 119-20-D PT Inaccessible. 814. 10 8-0 119-20-E PT Inaccessible. CROM #21 814. 10 8-0 119-21-A PT Inaccessible. 814. 10 8-0 119-21-8 PT Inaccessible. 814. 10 8-0 119-21-C PT Inaccessible. 814. 10 8-0 119-21-D PT Inaccessible. 814. 10 8-0 119-21-E PT Inaccessible. rp1278-0295b-46-58 113 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #22 014. 10 8-0 119-22-A PT Inaccessible. 014. 10 0-0 119-22-0 PT Inaccessible. 014. 10 0-0 119-22-C PT Inaccessible. 814. 10 0-0 119-22-D PT Inaccessible. 014. 10 0-0 119-22-E PT Inaccessible. CROM #23 814. 10 0-0 1 19-23-A PT Inaccessible. 014. 10 0-0 119-23-0 PT Inaccessible. 014. 10 0-0 119-23-C PT Inaccessible. 814. 10 0-0 119-23-D PT Inaccessible. 814. 10 0-0 119-23-E PT Inaccessible. CROM #24 814. 10 0-0 119-24-A PT Inaccessible. 814. 10 8-0 119-24-0 PT Inaccessible. 814. 10 0-0 119-24-C PT Inaccessible. 814. 10 0-0 119-24-D PT Inaccessible. 814. 10 0-0 119-24-E PT Inaccessible. rp1278-0295b-46-58 114 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME D 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No _f..!!..!.a.y Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #25 814. 10 8-0 119-25-A PT Inaccessible. 814. 10 8-0 119-25-8 PT Inaccessible. 814. 10 8-0 119-25-C PT Inaccessible. 814. 10 8-0 119-25-D PT Inaccessible. 814. 10 8-0 119-25-E PT Inaccessible. CROM #26 814. 10 8-0 119-26-A PT Inaccessible. 814 .. 10 8-0 119-26-8 PT Inaccessible. 814. 10 8-0 119-26-C PT Inaccessible. 814. 10 8-0 119-26-D PT Inaccessible. 814. 10 8-0 119-26-E PT Inaccessible. CROM #27 814. 10 8-0 119-27-A PT Inaccessible. 814. 10 8-0 119-27-8 PT Inaccessible. 814. 10 8-0 119-27-C PT Inaccessible. 814. 10 8-0 119-27-0 PT Inaccessible. 814. 10 8-0 119-27-E PT Inaccessible. rp1278-0295b-46-58 115 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Araa ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #28 614. 10 6-0 119-28-A PT Inaccessible. 614. 10 6-0 119-28-6 PT Inaccessible. 614. 10 6-0 119-28-C PT Inaccessible. 814. 10 6-0 119-28-0 PT Inaccessible. 614. 10 6-0 119-28-E PT Inaccessible. CROM #29 614. 10 6-0 119-29-A PT Inaccessible. 614. 10 6-0 119-29-B PT Inaccessible. 614. 10 6-0 119-29-C PT Inaccessible. 814. 10 6-0 119-29-0 PT Inaccessible. 614. 10 6-0 119-29-E PT Inaccessible. CROM #30 614. 10 6-0 119-30-A PT Inaccessible. 614. 10 8-0 119-30:...6 PT Inaccessible. 614.10 8-0 11~-30-C PT Inaccessible. 814. 10 6-0 119-30-0 PT Inaccessible. 814. 10 B-0 119-30-E PT Inaccessible. rp1278-0295b-46-58 116 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspect1on Interval ASME ASME 0 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nat1on Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks CROM WELDS (Contd) CROM #31 814. 10 8-0 119-31-A PT Inaccessible. 814. 10 8-0 119-31-8 PT Inaccess1ble. 814. 10 8-0 119-31-C PT Inaccessible. 814. 10 8-0 119-31-D PT Inaccess1ble. 814. 10 8-0 119-31-E PT Inaccess1ble. CROM #32 814. 10 8-0 119-32-A PT Inaccess1ble. 814 .. 10 8-0 119-32-6 PT Inaccess1ble. 614. 10 6-0 119-32-C PT lnaccess1ble. 814. 10 6-0 119-32-D PT Inaccess1ble. 614. 10 6-0 119-32-E PT Inaccess1ble. CROM #33 614. 10 6-0 119-33-A PT Inaccess1ble. 814. 10 6-0 119-33-6 PT Inaccess1ble. 814. 10 6-0 119-33-C PT Inaccess1ble. 614. 10 6-0 119-33-D PT Inaccess1ble. 614. 10 6-0 119-33-E PT Inaccess1ble. rp127B-0295b-46-58 117 Rev1s1on 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catay Area ID Method 2 3 4 5 6 7 B 9 Remarks CROM WELDS (Contd) CROM #34 814. 10 8-0 119-34-A PT Inaccessible. 814. 10 B-0 119-34-8 PT Inaccessible. 814. 10 B-0 119-34-C PT Inaccessible. 814. 10 8-0 119-34-D PT Inaccessible. 814. 10 6-0 119-34-E PT Inaccessible.* CROM #35 614. 10 8-0 119-35-A PT Inaccessible. 814. 10 6-0 119-35-6 PT Inaccessible. 614. 10 6-0 119-35-C PT Inaccessible. 814. 10 8-0 119-35-D PT Inaccessible. 814. 10 8-0 119-35-E PT Inaccessible. CROM #36 814. 10 B-0 119-36-A PT Inaccessible. 814. 10 8-0 119-36-6 PT Inaccessible. 814. 10 8-0 119-36-C PT Inaccessible. 614. 10 6-0 119-36-D PT Inaccessible. 814. 10 8-0 119-36-E PT Inaccessible. rp127B-0295b-46-5B 118 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #37 614. 10 6-0 119-37-A PT Inaccessible. 614. 10 6-0 119-37-6 PT Inaccessible. 614. 10 6-0 119-37-C PT Inaccessible. 614. 10 6-0 119-37-D PT Inaccessible. 614. 10 6-0 119-37-E PT Inaccessible. CROM #38 614. 10 6-0 119-38-A PT 1 *. 2. 3,4 614. 10 6-0 119-38-6 PT 1 *. 2. 3,4 614. 10 6-0 119-38-C PT 1 *. 2. 3,4 614. 10 6-0 119-38-D PT 1 ** 2. 3,4 614 .. 10 6-0 119-38-E PT 1 *. 2. 3,4 CROM #39 614. 10 6-0 119-39-A PT 814. 10 6-0 119-39-6 PT 614. 10 6-0 119-39-C PT 614. 10 6-0 119-39-D PT 614. 10 6-0 119-39,-E PT rp1278-0295b-46-58 119 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #40 014. 10 0-0 119-40-A PT 014. 10 0-0 119-40-0 PT 014. 10 0-0 119-40-C PT 014. 10 0-0 119-40-D PT 014. 10 0-0 119-40-E PT CROM #41 014. 10 6-0 119-41-A PT 014. 1 D 6-0 119-41-6 PT 614. 10 6-0 119-41-C PT 014. 10 6-0 119-41-D PT 614. 10 6-0 119-41-E PT CROM #42 614. 10 6-0 119-42-A PT 014. 10 6-0 119-42-6 PT 014.10 6-0 119-42-C PT 014. 10 .0-0 119-42-D PT 014. 10 0-0 119-42-E PT rp1278-0295b-46-58 120 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Appendix A, ISO A-1) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CROM WELDS (Contd) CROM #43 014. 10 0-0 119-43-A PT 014. 10 0-0 119-43-B PT 014. 10 0-0 119-43-C PT 614. 10 B-0 119-43-D PT 014. 10 0-0 119-43-E PT CROM #44 614. 10 B-0 119-44-A PT 014. 10 B-0 119-44-B PT 014. 10 B-0 119-44-C PT 014. 10 B-0 119-44-D PT 014. 10 0-0 119-44-E PT CROM #45 614. 10 0-0 119-45-A PT 014. 10 0-0 119-45-B PT 014. 10 6-0 119-45-C PT 014. 10 B-0 119-45-0 PT 014.10 0-0 119-45-E PT rp1278-0295b-46-58 121 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REACTOR PRESSURE VESSEL CLOSURE HEAD (See Append1x A, ISO A-1) (Contd) Inspect1on Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nat1on Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks INSTRUMENT WELDS Penetrat1on No 46 614. 10 6-0 119-46-A PT 1 ** 2. 3,4 Penetrat1on No 47 614. 10 6-0 119-47-A PT Penetrat1on No 48 814. 10 6-0 119-48-A PT Penetrat1on No 49 614. 10 6-0 119-49-A PT Penetrat1on No 50 814. 10 6-0 119-50-A PT Penetration No 51 814. 10 6-0 119-51-A PT Penetrat1on,No 52 614. 10 6-0 119-52-A PT Penetrat1on No 53 614. 10 6-0 119-53-A PT rp1278-0295b-46-58 122 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS.1 VESSELS PRESSURIZER T-72 (See Appendix A, ISO A-2) Inspection lnterval ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI. Sec XI Examination Exam Outa es Item No cat a~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CIRCUMFERENTIAL WELDS

82. 11 8-8 5-988 UT 1. 2,3, Examine 5% of weld length Upper Head to 4 in Outage 1-4 per 74S75 code.

Upper Shel 1 Examine 100% of weld length.

82. 11 8-8 1-982 UT 1* Examine 100% of weld length.

Upper Shel 1 to Lower Shel 1

82. 11 8-9 3-982 UT 1 ** 2*. Examined 24" clockwise from Lower Shel 1 to 3,4 the intersection of weld Lower Head 3-982 with weld 2-9829.

Examine 100% of weld length each subsequent inspection Interval. VT *done in Outage 1 per 1971 code. LONGITUDINAL WELDS

82. 12 9-9 2-982C UT Examined 10% of weld length.

Upper She 11 at 240°

82. 12 8-9 2-982D UT 1. Examine 1 ft of weld length.

Upper Shel 1 at 60°

82. 12 9-9 2-982A UT 1. Examine 1 ft of weld length.

Lower Shel 1 at 3000 92.12 8-8 2-9829 UT , ** 2*' Examined 28" up from the Lower Shel 1 3,4 intersection of weld 2-9829 at 120° with weld 3-982. Examine 1 ft of weld length during each subsequent inspection interval. VT done in Outage 1 per 1971 code. rp1278-0296a-42-58 123 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS PRESSURIZER T-72 (See Appendix A, ISO A-2) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No cat al'. Area ID Method 2 3 4 5 6 7 8 9 Remarks LOWER HEAD MERIDIONAL WELDS 62.22 6-6 1-984A UT 1 *. 2. Examined 10% of weld length Meridional 3,4 during Outage 1-4 per 74S75 Weld at 135° code. 62.22 6-6 1-9846 UT 1. Examined 10% of weld length Meridional per 74S75 code. Weld at 225° 62.22 6-6 1-984C UT 1. Examined 10% of weld length. Meridional Weld at 315° 62.22 6-6 1-984D UT 1. Examined 10% of weld length. Meridional Weld at 45° LOWER HEAD CIRCUMFERENTIAL WELD 62.21 6-6 2-984 UT 1* Examined 5% of weld length Circumferential per 74S75 code. Weld Inaccessible. UPPER HEAD MERIDIONAL WELD 62.22 6-6 1-983C UT 1* Examine 100% of weld length. Meridional Weld at 0° 62.22 6-6 1-9830 UT 1. Examined 10% of weld length Meridional per 74S75. Examine Weld at 90° 100% of weld length. 62.22 6-6 1-983A UT 1. Examined 10% of weld length. Meridional Weld at 180° 62.22 6-6 1-9836 UT 2,3, Examine 100% of weld length. Meridional 4 Weld at 270° rp1278-0296a-42-58 124 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS PRESSURIZER T-72 (See Appendix A, ISO A-2) (Contd) Inseect1on Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-213 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks UPPER HEAD CIRCUMFERENTIAL WELD 02.21 0-0 2-983 UT 1 *. 2. Examine 100% of weld length. Circumferential 3,4 Weld NOZZLE WELDS

03. 110 0-D 3-985 UT 1. 1 *. 2.

12" Surge 3,4 L1ne Nozzle to Lower Head

63. 110 B-0 1-986 UT 1. 2*,3, VT done 1n Outage 1 per 4" Spray 4 1971 code.

L1ne Nozzle to Upper Head

03. 110 B-0 8-986A UT 1 *. 2*. See PSI data. VT done 1n 3" Safety 3,4 Outage 3 per 1971 code.

Nozzle to Upper Head

03. 110 B-0 8-9860 UT 1. 2.3. See PSI data.

3" Safety 4 Nozzle to Upper Head

03. 110 0-0 8-986C UT 1. 2,3. See PSI data.

3" Safety 4 Nozzle to Upper Head

03. 110 0-0 8-986 UT 1* 2,3, 3" Safety 4 Rel 1ef Nozzle to Upper Head rp1278-0296a-42~58 125 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS PRESSURIZER T-72 (See Appendix A, ISO A-2) .(Contd) InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination .Exam Out a es Item No Cate);'.: Area ID Method 2 3 4 5 6 7 8 9 Remarks NOZZLE INSIDE RADIUS SECTION

83. 120 8-D 3-985 - IRS UT* 1. 2,3, 12" Surge 4 Line Nozzle to Lower Head
83. 120 8-D 1-986 - IRS UT 1. 2~. 3.

4" Spray 4 Line Nozzle to Upper Head

83. 120 8-D 8-986A - IRS UT l * '2*'

3" Safety 3,4 Nozzle to Upper Head 83.120 8-D 8-9868 - IRS UT 1. 2,3, 3" Safety 4 Nozzle to Upper Head

83. 120 8-D 8-986C - IRS UT 1. 2,3, 3" Safety 4 Nozzle to Upper Head
83. 120 8-D 8-986 - IRS UT 1. 2. 3.

3" Safety 4 Re 1 ief Nozzle to Upper Head NOZZLE TO SAFE END WELDS See Figure A-5 85.40 8-F. PCS-12-PSL- PT 3,4 2 1. lHl-1 Nozzle t*o UT 3,4 2 1. Safe End rp1278-0296a-42-58 126 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS PRESSURIZER T-72 (See Appendix A, ISO A-2) (Contd) Inspection Interval ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks NOZZLE TO SAFE END WELDS (Contd) See Figure A-11 85.40 8-F PCS-6-PRS- PT 1. '2' 1A 1-1 3,4 Nozzle to UT 1.' 2' Safe End 3,4 See Figure A-11 85.40 8-F PCS-6-PRS- PT 2* '3' 1. 1 Bl-1 4 Nozzle to UT 2*,3, 1. Sah End 4 See Figure A-11 85.40 8-F PCS-6-PRS- PT 2*,3, 1. 1c1-1 4 Nozzle to UT 2*,3, 1. Saf'e End 4 See Figure A-12 85.40 8-F PCS-4-PRS- PT 1. 2,3, VT done in Outage 1 per 1 P1-1 4 1971 code. Nozzle to UT 1. 2' 3, Safe End 4 See Figure A-13 85.40 8-F PCS-4-PSS- PT 1.' 2' 1P1-21 3,4 Nozzle to UT 1. '2' Safe End 3,4 PRESSURE-RETAINING 80L TING 87.20 8-G-2 Man way Studs VT-1 1.' 2*' Examine al 1 20 studs. S/N 1 3,4 Through 20 87.20 8-G-2 Man way Nuts VT-1 1.' 2*' S/N 1 3,4 Examine all 20 nuts. Through 20 rp1278-0296a-42-58 127 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS PRESSURIZER T-72 (See Appendix A, ISO A-2) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks VESSEL SUPPORT 68.20 B-H 4-984/5-984 UT 1* 1* Examined 6" each side of Support Skirt longitudinal weld 2-9828 to Vessel PT 2,3, during the first outage. 4 Examined 10% during 6th out-age per 74S75 code. VT done in Outage 1 per 1971 code. Examine 100% during each successive designated outage. F 1. 20 F-A 4-984/5-984-SS VT-3 2,3, Support 4 Structure rp1278-0296a-42-58 128 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS STEAM GENERATOR NO 1, E-50A (See Appendix A-3) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CIRCUMFERENTIAL WELDS Multiple Loop ML~B. B2.40 B-B 1-4-943 UT Examined 5% of the weld Tube Sheet length per code. VT done in to Lower Outage 1 per 1971 code. Extension Ring B2.40 B-B 1-4-941 UT 1. 1. Examined 5% of the weld Lower Exten- length per code. Examine sion Ring to 100% of weld length during Lower Head each successive designated outage. VT done in Outage per 1971 code. B2.31 B-B 1-11-943 Mech UT 1* Examined 100% of weld Upper Stay From ID length. Cylinder to Tube Sheet B2.31 B-B 1-2-941 Mech UT 1* Examined 100% of weld Upper Stay From ID length. Cylinder to Lower Stay Cylinder 82.31 B-B 1-3-953 Mech UT 1* Examined 100% of weld Lower Stay From ID length. Cylinder to Stay Ring Forging B2.31 B-B 1-2-953 UT 1* Examined 5% of weld length. Stay Cylinder VT done in Outage 1 per to Primary 1971 code. Head LONGITUDINAL WELOS B2.32 B-B l-l-943A UT 1. Examine 100% of weld length. Longitudinal Weld at 30° rpl278-0297a-42-58 129 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS STEAM GENERATOR NO 1, E-50A (See Appendix A-3) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 B 9 Remarks LONGITUDINAL WELDS (Contd) 62.32 6-6 1-1-9436 UT 1. Examine 100% of weld length. Longitudinal Weld at 102° 62.32 6-6 1-1-943C UT 1* Examine 100% of weld length. Longitudinal Weld at 174° 62.32 6-6 1-1-943D UT 1 *. Examine 100% of weld length. Longitudinal Weld at 246° 62.32 6-6 1-1-943E UT 1. Examined 10% of weld length. Longitudinal Weld at 318° MERIDIONAL WELDS IN LOWER HEAD 62.32 6-6 1-1-953A UT 1. Examined 10% of weld length. Meridional VT done in Outage 1 per Weld at 15° 1971 code. 62.32 6-6 1-1-9536 UT 1. Examined 10% of weld length. Meridional VT done in Outage 1 per 

                .We 1 d at 75°                                                                             1971 code.

62.32 6-6 1-1-953C UT 1. Examined 10% of weld length. Meridional VT done in Outage 1 per Weld at 135° 1971 code. 62.32 6-6 1-1-953D UT 1. Examined 10% of weld length. Meridional VT done in Outage 1 per Weld at 195° 1971 code. 82.32 8-8 1-1-953E UT 1. Examined 10% of weld length. Meridional Weld at 255° 82.32 8-8 1-1-953F UT 1. Examined 10% of weld length. Meridional Weld at 315° rp1278-0297a-42-5B 130 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS STEAM GENERATOR NO 1, E-5DA (See Appendix A-3) (Contd) Inspection Interval ASME ASME 0 - 3-1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks NOZZLE TO HEAD WELDS

83. 130 B-D 1-4-954 UT , ** 2*. See PSI data. VT done in Inlet Nozzle 3,4 Outage 1 per 1971 code.

at 180°

83. 130 B-D 1-9-954A UT , * '2*' See PSI data. VT done in Outlet Nozzle 3,4 Outage 1 per 1971 code.

at 45°

83. 130 B-D 1-9-9548 UT 1 *. 2. See PSI data.

Outlet Nozzle 3,4 at 315° NOZZLE INSIDE RADIUS SECTION

83. 140 B-D 1-4-954 - IRS UT 1 *. 2*.

Inlet Nozzle 3,4 at 180°

83. 140 B-D 1-9-954A - IRS UT 1 ** 2*.

Outlet Nozzle 3,4 at 45°

83. 140 B-D 1-9-9548 - IRS UT Outlet Nozzle at 315° BOLTING 87.30 B-G-2 Outlet Man way VT-1 , * '2. 1. Examine al 1 20 studs. A 11 Studs Primary 3,4 studs were replaced during Manway No 1 ISi 1-9.

87.30 B-G-2 Inlet Manway VT-1 1 *. 2*. 1* Examine al 1 20 studs. A 11 Studs Primary 3,4 studs were replaced during Man way No 2 I SI 1-9. MT 1. IE 82-02 rp1278-0297a-42-58 131 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS STEAM GENERATOR NO 1, E-50A (See Appendix A-3) (Contd) Inspection Interval ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks BOLTING (Contd) B7.30 B-G-2 Outlet Man way VT-1 1 * '2' 1. Examine a 11 2Q nuts. A 11 Nuts Primary 3,4 nuts replaced Outage 1-9. Manway No 1 B7.30 B-G-2 Inlet Manway VT-1 ,

  • t 2* I 1. 1. Examine a 11 20 nuts. A 11 Nuts Primary 3,4 nuts replaced Outage 1-9.

Manway No 2 VESSEL SUPPORT BB.30 B-H 1-SK-953 UT 1. 1. Examined 12" clockwise from Support Skirt 0° of vessel during the Weld first outage. VT done in Outage *1 per 1971 code. F 1. 20 F-A 1-SK-953-SS VT-3 1. To include skirt and 40 Support studs, 80 nuts and 40 St ru.c t ure washers (2" dial on skirt flange and 14 studs, nuts and washers (3-1/2" dia) securing sliding base to foundation. NOTE: Bolting securing S/G t'"O""'foundation is not tight so as to permit sliding action. rp1278-0297a-42-58 132 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS STEAM GENERATOR NO 2, E-506 (See Appendix A, ISO A-3) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks CIRCUMFERENTIAL WELDS Multiple Loop ML-8. 82 .40 6-6 2-4-943 UT 1. 2,3, Examined 5% of weld length Tube Sheet to 4 per 74S75. Examine 100% of Lower Exten- weld length during succes-sion Ring sive outages. VT done in Outage 3 per 1971 code. 82.31 .8-6 2-4-941 UT 1. Examined 5% of weld length. Lower Exten- VT done in Outage 3 per sion Ring to 1971 code. Lower Head 82.31 6-6 2-11-943 Mech UT 1. Examine 100% of weld length. Upper Stay From ID Cylinder to Tube Sheet 82.31 6-6 2-2-941 Mech UT 1* Examine 10% of weld length. Upper Stay From ID Cylinder to Lower Stay Cylinder 82.31 6-6 2-3-953 Mech UT 1. Examine 100% of weld length. Lower Stay From ID Cylinder to Stay Ring Forging 82.31 8-6 2-2-953 UT l*,2, Examine 100% of weld length. Stay Cylinder 3,4 to Primary 1971 code. Head LONGITUDINAL WELDS 82.32 8-6 2-1-943A UT 1. Examine 100% of weld length. Longitudinal Weld at 30° 82.32 8-6 2-1-9436 UT 1* Examine 100% of weld length. Longitudinal Weld at 102° rp1278-0297b-42-58 133 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS STEAM GENERATOR NO 2, E-506 (See Appendix A, ISO A-3) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks LONGITUDINAL WELDS ~Contd2 62.32 6-6 2-1-943C UT 1* Examine 100% of weld length. Longitudinal Weld at 174° 62.32 6-6 2-1-943D UT 1* Examine 100% of weld length. Longitudinal Weld at 246° 62.32 6-6 2-1-943E UT 1* Examine 10D% of weld length. Longitudinal Weld at 318° MERIDIONAL WELDS IN LOWER HEAD 62.32 6-6 2-1-953A UT 1. Examine 100% of weld length. Meridional Weld at 15° 62.32 6-6 2-1-9536 UT 1. Examine 100% of weld length. Meridional Weld at 75° 62.32 6-6 21-1-953C UT 1 ... 2. Examined 10% of weld length. Meridional 3,4 Examine 100% of weld length Weld at 135° during successive outages. 62.32 .6-6 2-1-9530 UT 1* Examined 10% of weld length. Meridional Weld at 195° 62.32 6-6 2-1-953E UT 1. Examined 10% of weld length. Meridional Weld at 255° 62.32 6-B 2-1-953F UT 1* Examine 100% of weld length. Meridional Weld at 315° rp1278-0297b-42-58 134 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAM I NA Tl ON PLAN CLASS 1 VESSELS STEAM GENERATOR NO 2. E-506 (See Appendix A, ISO A-3) (Contd) lnsQeCtion Interval ASME ASME

  • 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks NOZZLE TO HEAD WELDS
63. 130 6-0 2-4-954 UT 1 *. 2. See PSI data.

Inlet Nozzle 3,4 at 180-

63. 130 6-D 2-9-954A UT 1 *. 2.

Outlet Nozzle 3,4 at 45-

63. 130 6-D 2-9-9546 UT 1 *. 2.

Outlet Nozzle 3,4 at 315-NOZZLE INSIDE RAD.I US SECTION

63. 140 6-D 2-4-954 - IRS UT . 1 *. 2.

Inlet Nozzle 3,4 at 180-

63. 140 6-D 2-9-954A - IRS UT 1 *. 2.

Outlet Nozzle 3,4 at 45-

63. 140 6-D 2-9-9546 - IRS UT 1 *. 2.

Outlet Nozzle 3,4 at 315-60L TING 67.30 6-G-2 Outlet Man way VT-1 1* 1 *. 2. Examine a 11 20 studs. A 11 Studs Primary 3,4 studs were replaced during Man way No 1 ISI 1-9. MT 1* IE-82-02 67.30 6-:-G-2 Inlet Manway VT-1 1*.2. 1* Examine a 11 20- studs. A 11 Studs Primary 3,4 studs were replaced during Manway No 2 I SI 1-9. rpl278-0297b-42-58 135 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS STEAM GENERATOR NO 2, E-508 (See Appendix A, ISO A-3) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Cata:z: Area ID Method 2 3 4 5 6 7 8 g Remarks BOLTING (Contd) 87.30 B-G-2 Outlet Manway VT-1 1. 1. 1 *. 2. Examine a 11 20 nuts. A 11 Nuts Primary 3,4 nuts replaced Outage 1-g. Man way No 1 87.30 B-G-2 Inlet Manway VT-1 1 ** 2. 1. Examine al 1 20 nuts. A11 Nuts Primary 3,4 nuts replaced Outage 1-g. Man way No 2 VESSEL SUPPORT 88.30 B-H 2-SK-g53 UT 1. 1. Examined 12" clockwise from Support Ski rt 180° of vessel during the Weld first outage. Examined 10% during 6th outage. PT 2,3, Examine 100% of weld during 4 each indicated outage. VT done in Outage 1 per 1g11 code. F 1. 20 F-A 2-SK-g53-SS VT-3 2,3 To include skirt and 40 Support 4 studs, 80 nuts and 40 Structure washers (2" dial on skirt flange and 14 studs, nuts and washers securing the sliding base to the founda-tion. NOTE: Bo 1 ting se-curing SIG to sliding base is not tight so as to permit sliding action. rp1278-Q2g7b-42-~8 136 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REGENERATIVE HEAT EXCHANGER E-56A (See Appendix A, ISO A-34) Inspection Interval ASME ASME 0 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks E-56A Regenerative Heat Exchanger (See Appendix A, ISO A-34) CIRCUMFERENTIAL WELDS 62.860 6-6 03 UT 2*,3, 1. 1 *. 2. 1* 2,3, Examine 100% of weld length Tube Sheet to 4 3,4 4 as per Technical Specifica-Lower Shel 1 tions. Five-year maximum interval. 62.51 6-6 04 UT 2*,3, 1. *1 ** 2. 1* 2,3, Examine 100% of weld length Lower Shel 1 4 3,4 4 as per Technical Specifica-to Lower Head tions. Five-year maximum interval. NOZZLE TO SHELL WELD

63. 150 6-D 05 UT 2*,3, 2-1 /2" 4 Primary Inlet Nozzle
63. 150 6-D 07 UT ,. ** 2.

Primary 3,4 Crossover Nozzle NOZZLE INNER RADIUS SECTION

63. 160 6-D 05 - IRS UT 2*,3, 1.

2-1 /2" 4 Primary Inlet Nozzle

63. 160 6-D 07 - IRS UT No IRS exists.

Primary Crossover Nozzle 

                                                                                         ~

rp1278-0297c-42-58 137 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REGENERATIVE HEAT EXCHANGER E-S6A (See Appendix A, ISO A-34) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years. Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks SUPPORTS F 1. 10 F-A Dish Support VT-3 1* 2,3, Schedule arbitrarily set as S-01 4 IWF does not establish a frequency. E-568 REGENERATIVE HEAT EXCHANGER (See Appendix A) ISO A-34) CIRCUMFERENTIAL WELD B2.BO B-B 03 UT 2*,3, 1* 1*.2. 1* 2,3, Examine 100% weld length Tube Sheet to 4 3,4 4 as per Technical Specifica-Lower She 11 tions. Five-year maximum interval. 62.51 B-B 04 UT 2*. 3. 1* 1 *. 2. 1. 2,3, Examine 100% weld length Lower Shell 4 3,4 4 as per Technical Specifica-to Lower Head tions. Five-year maximum interval. rp127B-0297c-42-58 138 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VESSELS REGENERATIVE HEAT EXCHANGER E-56B (See Appendix A, ISO A-34) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examinat.ion Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks NOZZLE TO SHELL WELD 63.150 B-D 05 UT 1. 1 *. 2. 2-1 /2" 3,4 Primary Outlet Nozzle B3. 150 B-D 07 UT 1 ** 2. Primary 3,4 Crossover Nozzle NOZZLE INNER RADIUS SECT B3. 160 B-D 05 UT 1 ** 2. 2-1 /2" 3,4 Primary Outlet Nozzle B3. 160 B-D 07 UT No IRS exists. Primary Crossover Nozzle SUPPORTS F 1. 10 F-A Dish Support VT-3 2*. 3. Schedule arbitrarily set as S-01 4 IWF does not establish a frequency. rp1278-0297d-42-58 139 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catay Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-42-RCL-lH (See Ap}endix A, ISO A-4_ B9. 11 B-J Mech UT 1* 1 ** 2. Relief requested from sur-Nozzle to From IO 3,4 face exam requirement. Transition Schedule augmented by NRC Piece directive. B9. 11 B-J 2 Mech UT 1* Transition From ID Piece to Pipe

89. 12 B-J 2LD UT Inaccessible.

Longitudinal PT Weld

89. 12 B-J 3LU UT Inaccessible.

Longitudinal PT Weld B9. 11 8-J 3 UT Inaccessible. Pipe to Pipe PT B9. 12 B-J 3LD UT Inaccessible. Longitudinal PT Weld B9.32 B-J PCS-42-RCL- PT 1H-3/PCS DRL-1H1 Branch Connection B9.31 B-J PCS-42-RCL- UT 1. 2* 3,4 VT done in Outage 1 per 1H-3/PCS PT 2* 3,4 1971 code. PSL-1H1 Branch Connection B9. 12 B-J 4LU UT Examine 1 ft of weld length. Longitudinal PT Weld rp1278-0297e-42-58 140 Revision 5.

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI E><amination E><am Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-42-RCL-lH (Contd) B9. 11 B-J 4 UT Pipe to Elbow B9. 12 B-J 4LD-1 UT E><amine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 4LD-2 UT E><amine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J SLU-1 UT 1. E><amine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 12 B-J SLU-2 UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 11 B-J 5 UT 1* VT done in Outage 1 per Elbow to PT 1971 code. Transition Piece B9. 11 B-J 6 UT 1 ** 2. Schedule augmented by NRC Transition 3,4 directive. Piece to PT 2,3, Nozzle 4 PCS-42-RCL-2H 

                ~See AE!Iendi>< A, ISO A-4 B9. 11   B-J                      Mech UT                 1.                                             1 ** 2. Schedule augmented by NRC Nozzle to        From ID                                                                3,4     directive. Relief requested Transition                                                                                      from surf ace exam require-Piece                                                                                           ments.

B9. 11 B-J 2 Mech UT 1. Transition From ID Piece to Pipe rp1278-0297e-42-58 141 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME D 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-42-RCL-2H (Contd) B9. 12 B-J 2LD UT Inaccessible. Longitudinal PT Weld B9. 12 B-J 3LU UT Inaccessible. Longitudinal PT Weld

39. 11 B-J 3 UT Inaccessible.

Pipe to Pipe PT B9. 12 B-J 3LD UT Inaccessible. Longitudinal PT Weld B9.31 B-J PCS-42-RCL- UT 2,3,4 2H-3/PCS PT 2,3,4 SCS-2H1 Branch Connection B9. 12 B-J 4LU UT 1* Examine 1 ft of weld length. Longitudinal PT Weld

89. 11 B-J 4 UT 1.

Pipe to Elbow PT B9. 12 B-J 4LD-1 UT 1. Examine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 4LD-2 UT 1* Examine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 5LU-1 UT Examine 1 ft of weld length. Longitudinal PT Weld

89. 12 B-J 5LU-2 UT Examine 1 ft of weld length.

Longitudinal PT Weld rp1278-0297e-42-58 142 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-42-RCL-2H (Contd) B9.11 B-J 5 UT Elbow to . PT Transition Piece B9. 11 B-J 6 UT 1*,2, Schedule augmented by NRC Transition 3,4 directive. Piece to PT 1 *. 2. Nozzle 3,4 PCS-.30-RCL- 1 A 

                !See A[![!endix A, I SO A-4~

B9. 11 B-J UT 2. 3. 1* Schedule augmented by NRC Nozzle to 4 directive. Transition PT 2,3, 1* Piece 4 B9. 11 B-J 2 UT Transition PT Piece to Elbow B9. 12 B-J 2LD-1 UT Examine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 2LD-2 UT Examine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 3LU-1 UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code.

89. 12 B-J 3LU-2 UT 1* Examine 1 ft of weld length.

Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 11 B-J 3 UT .1. VT done in Outage 1 per Elbow to Pipe PT 1971 code. rp1278-0297e-42-58 143 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es I tern No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-lA (Contd) 

                                                                                                                         \

B9. 12 6-J 3LD UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld . 1971 code.

69. 12 6-J 4LU UT Examine 1 ft of weld length.

Longitudinal PT Weld

69. 11 6-J 4 UT Pipe to Elbow PT
89. 12 B-J 4LD-1 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 6-J 4LD-2 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 B-J 5LU-1 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 B-J 5LU-2 UT Examine 1 ft of weld length.

Longitudinal PT Weld

69. 11 6-J 5 UT Elbow to Pipe PT
69. 12 6-J 5LD UT Examine 1 ft of weld length.

Longitudinal PT Weld 89.32 B-J PCS-30-RCL- PT 1 A-5/PCS DRL-1A1 Branch Connection

89. 12 6-J 6LU UT 1. Examine 1 ft of weld length.

Longitudinal PT Weld rp1278-0297e-42-58 144 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Ex em Outs es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-lA (Contd)

89. 11 8-J 6 UT 1.

Pipe to PT Transition Piece 85.130 B-F 7 PT , ** 2. Transition 3,4 Piece to UT , * '2' Elbow 3,4

89. 11 B-J 8 UT 2,3,4 Elbow to PT 2,3,4
85. 130 B-F Pump P-50A 9

Pump P-SOA to UT 2,3, 4 Transition PT 2. 3. 1* Piece 4 89.11 B-J 10 UT Transition PT Piece to Pipe

89. 12 8-J 10LD UT Examine 1 ft of weld length.

Longitudinal PT Unable to locate weld in Weld 1-9.

89. 12 B-J 11 LU UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 11 8-J 11 UT Pipe to Pipe PT
89. 12 8-J 11LD UT Examine 1 ft of weld length.

Longitudinal PT Weld 89.32 8-J PCS-30-RCL- PT 2,3, lA-11/CVC 4 CHL-1A1 Branch Connection rp1278-0297e-42-58 145 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es (t em No cat al! Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-lA (Contd) 69.31 B-J PCS-30-RCL- UT 1 ** 2. lA-11/PCS 3,4 SIS-lAl PT 2,3, Branch 4 Connection

69. 12 B-J 12LU UT Weld(s) 12LU through 13 are Longitudinal PT inaccessible.

Weld

69. 11 B-J 12 UT Pipe to Pipe PT
69. 12 B-J 12LD UT Longitudinal PT Weld
89. 12 8-J 13LU UT Longitudinal PT Weld
89. 11 B-J 13 UT Pipe to Pipe PT
89. 12 B-J 13LD UT Weld(s) 13LD through 15LD-2 Longitudinal PT are inaccessible.

Weld

89. 12 B-J 14LU UT Longitudinal PT Weld
89. 11 8-J 14 UT Pipe to Elbow PT
89. 12 8-J 14LD-1 UT Longitudinal PT Weld
89. 12 8-J 14L0-2 UT Longitudinal PT Weld rp1278-0297e-42-58 146 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ....f.!!..!..ay Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-lA (Contd) B9. 12 B-J 15LU-1 UT Longitudinal PT Weld B9. 12 8-J 15LU-2 UT Longitudinal PT Wald B9. 11 B-J 15 Mech UT Elbow to From ID Transition Piece B9. 12 B-J 15LD-1 Mech UT Longitudinal From ID Weld B9. 12 B-J 15LD-2 Mech UT Longitudinal From ID Weld B9. 12 B-J 16LU-1 Mech UT 2,3, Inaccessible for PT (see Longitudinal From ID 4 relief request). Weld B9. 12 B-J 16LU-2 Mech UT 2,3, Inaccessible for PT (see Longitudinal From ID 4 relief request). Weld B9. 11 B-J 16 Mech UT 1*2. Examine when core barrel is Transition From ID 3,4 removed. Schedule augmented Piece to by NRC directive. Inacessible for Nozzle for PT (see relief request). PCS-30-RCL-lB 

                        ~See Appendix A, ISO A-42 B9. 11    B-J                           UT      2*,3,                                1.                         Schedule augmented by NRC Nozzle to              4                                                               directive.

Transition PT 2* 3 

                                                 !  O Piece                  4 rp1278-0297e-42-58                                                       147                                                       Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cats~ Area ID Method 2 3 4 5 6 7 8 9 Remarks B9. 11 B-J PCS-30-RCL-1B (Contd) 2 Transition UT PT 

                                      ,.                                                              VT done in Outage 1 per 1971 code.

Piece to Elbow B9. 12 B-J 2LD-1 UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code.

39. 12 B-J 2LD-2 UT 1. Examine 1 ft of weld length.

Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 12 B-J 3LU-1 UT Examine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 3LU-2 UT Examine 1 ft of weld length. Longitudinal PT Weld B9. 11 B-J 3 UT Elbow to Pipe PT B9. 12 B-J 3LD UT Examine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 4LU UT 1. Examine 1 ft of weld length. Longitudinal PT Weld B9. 11 B-J 4 UT 1. Pipe to Elbow PT B9. 12 B-J 4LD-1 UT Examine 1 ft of weld length. Longitudinal PT Weld B9. 12 B-J 4LD-2 UT 1. Examine 1 ft of weld length. Longitudinal PT Weld rp1278-0297e-42-58. 148 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspect1on Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nat1on Exam Outa es Item No Catgy Area IO Method 2 3 4 s 6 7 8 9 Remarks PCS-30-RCL-lB (Contd)

69. 12 B-J SLU-1 UT Examine 1 ft of weld length.

Long1tud1nal PT Weld

69. 12 B-J SLU-2 UT Examine 1 ft of weld length.

Long1tud1nal PT Weld 69.11 B-J s UT Elbow to Pipe PT B9. 12 B-J SLD UT Examine 1 ft of weld length. Longitud1nal PT Weld 69.32 B-J PCS-30-RCL- PT 1. 1 B-S/PCS DRL-1B1 Branch Connection B9. 12 B-J 6LU UT 1. Examine 1 ft of weld length. Long1tudinal PT Weld B9. 11 6-J 6 UT 1. P1pe to PT 1. Trans1tion Piece BS. 130 B-F 7 . UT 1*.2. Trans1t1on 3,4 Piece to PT 1 *. 2. Elbow 3,4 B9. 11 6-J 8 UT 2,3,4 Elbow to PT 2,3,4 Pump P-SOB BS. 130 B-F 9 UT 2. 3. 1. Pump P-SOB to 4 Trans1t1on PT 2. 3. 1. Piece t rp1278-0297e-42-S8 149 Revis1on s

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ~ Area ID Method 2 3 4 5 6 7 B 9 Remarks PCS-30-RCL-18 (Contd)

89. 11 8-J 10 UT 1.

Transition PT Piece to Pipe

89. 12 B-J 10LD UT 1* Examine 1 ft of weld length.

Longitudinal PT Weld 89.32 8-J PCS-30-RCL-18-10/PCS PT 2,3,4 PSS-181 Branch Connection 89.31 8-J PCS-30-RCL- UT MT performed in place of PT 18-10/PCS PT for Outage 2-1. SIS-181 Branch Connection

89. 12 8-J 11 LU UT Weld(s) 11LU through 12LD-1 Longitudinal PT are inaccessible.

Weld

89. ,., 8-J 11 UT Pipe to Pipe PT
89. 12 8-J 11LD UT Longitudinal PT Weld
89. 12 8-J 12LU UT Longitudinal PT Weld
89. 11 8-J 12 UT Pipe to Elbow PT
89. 12 8-J 12LD-1 UT Longitudinal Weld rp1278-0297e-42-58 150 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM JNSERVICE EXAMINATiON PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection interval ASME ASME 0 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area JD Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-16 (Contd)

69. 12 6-J 12LD-2 UT Longitudinal PT Weld
69. 12 6-J 13LU-1 UT Longitudinal PT Weld
69. 12 6-J 13LU-2 UT Longitudinal PT Weld
69. 11 6-J 13 Mech UT Weld(s) 12LD-2 through Elbow to From ID 13LD-2 are inaccessible.

Transition Piece

69. 12 6-J 13LD-1 Mech UT Longitudinal Frt1m ID Weld 69.12 6-J 13LD-2 Mech UT Longitudinal From ID Weld
69. 12 6-J 14LU-1 Mech UT 2,3, Inaccessible for PT (see Longitudinal From JD 4 relief request).

Weld

69. 12 6-J 14LU-2 Mech UT 2 ,3. Inaccessible for PT (see Longitudinal From JD 4 relief request).

Weld

69. 11 6-J 14 Mech UT 1 ** 2. Examine when core barrel is Transition From ID 3,4 removed. Schedule augmented Piece to by NRC directive.

Inaccessible for PT (see relief request). 

                                                                               ~*
                                                                              *~

rp1278-0297e-42-58 151 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS. 1 PIPING PRIMARY COOLANT SYSTEM (Contd) InsE!ection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area IO Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-2A 

                ~See A!;!Iendix A, ISO A-4
89. 11 8-J UT 2*,3, 1. Schedule augmented by NRC Nozzle to 4 directive.

Transition PT 2*,3, 1. MT performed Outage 2-1. Piece 4

89. 11 B-J 2 UT Transition PT Piece to Elbow
89. 12 B-J 2LD-1 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 B-J 2LD-2 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 B-J 3LU-1 UT 1. Examine 1 ft of wel~ length.

Longitudinal PT Weld

89. 12 B-J 3LU-2 UT 1. Ex~mine *1 ft of weld length.

Longitudinal PT Weld

89. 11 8-J 3 UT 1.

Elbow to Pipe PT

89. 12 8-J 3LD UT 1. Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 8-J 4LU UT 1* Examine 1 ft of weld length.

Longitudinal PT VT done in Outage 1 per Weld 1971 code.

89. 11 8-J 4 UT ,. VT done in Outage 1 per Pipe to Elbow PT 1971 code.

rp1278-0297e-42-58 152 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM {Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination .Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-2A {Contd) B9. 12 B-J 4LD-1 UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 12 B-J 4LD-2 UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 12 B-J 5LU-1 UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 12 B-J 5LU-2 UT 1* Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9. 11 B-J 5 UT 1. VT done in Outage 1 per Elbow to Pipe PT 1971 code. B9. 12 B-J 5LD UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per We fd 1971 code. 69.32 B-J PCS-30-RCL- PT 1. VT done in Outage 3 per 2A-5/PCS UT 1* 1971 code. DRL-2A1 Branch Connection B9. 12 B-J 7LU UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code.

69. 11 B-J 7 UT 1. VT done in Outage 1 per Pipe to PT 1. 1971 code.

Transitior:i Piece B5. 130 B-F 8 UT 1 ** 2. Transition 3,4 Piece to PT 1 ** 2. Elbow 3,4 rp1278-0297e-42-58 153 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection tnterval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-2A (Contd)

89. 11 B-J 9 UT 1 *. 2.

Elbow to 3,4 Pump P-50C PT 2,3,4 B5. 130 B-F 10 UT 2. 3. 1. Pump P-50C. to 4 Transition PT 2,3, 1. Piece to Pipe 4

39. 11 B-J 11 UT 1* VT done in Outage 1 per Transition PT 1* 1971 code.

Piece B9. 12 B-J 11 LD UT 1. Examine 1 ft of weld length. Longitudinal PT VT done in Outage 1 per Weld 1971 code. B9.32 B-J PCS-30-RCL- PT 2,3.4 VT done in Outage 1 per 2A- 11 / PCS 1* 1971 code. CHL-2A1 Branch Connection B9.32 B-J PCS-30-RCL- PT 1. 2,3 VT done in Outages 1 and 3 2A-11 / PCS 1* 4 per 1971 code. PSS-2A1 Branch Connection 89.31 B-J PCS-30-RCL- UT 2,3,4 2A~11/PCS PT 2,3,4 SIS-2A1 Branch Connection

89. 12 B-J 12LU UT Weld(s) 12LU through 14LU-2 Longitudinal PT are inaccessible.

Weld rp1278-0297e-42-58 154 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME D 1/3 Years 3-1/3 2/3 Years 6-2/3 - 1D Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-3D-RCL-2A (Contd)

89. 11 8-J 12 UT Pipe to Pipe PT
89. 12 8-J 12LD UT Longitudinal PT Weld
89. 12 8-J 13LU UT Longitudinal PT Weld
89. 1-1 8-J 13 UT Pipe to Elbow PT
89. 12 8-J 13LD-1 UT Longitudinal PT Weld
89. 12 8-J 13LD-2 UT Longitudinal PT Weld
89. 12 8-J 14LU-1 UT Longitudinal PT Weld
89. 12 8-J 14LU-2 Longitudinal From ID Weld
89. 11 8-J 14 Mech UT Weld(s) 14 through 14LD-2 Elbow to From ID are inaccessible.

Transition Piece

89. 12 8-J 14LD-1 Mech UT Longitudinal From ID Weld
89. 12 8-J 14LD-2 Mech UT Longitudinal From ID Weld 1

rp1278-D297e-42-58 155 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cate~ Area ID Method 2 3 5 6 7 8 9 Remarks PCS-30-RCL-2A (Contd)

69. 12 6-J 15LU-1 Mech UT 2. 3. Inaccessible for PT (see Longitudinal From ID 4 relief request.

Weld

69. 12 6-J 15LU-2 Mech UT 2,3, Inaccessible for PT (see Longitudinal From ID 4 relief request).

Weld

69. 11 B-J 15 Mech UT , ... 2. Examine when core barrel is Transition From ID 3,4 removed. Schedule augmented Piece to Oy NRC directive.

Nozzle Inaccessible for PT lsee re 1 i ef request) . rp1278-0297e-42-58 156 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1F3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-28 

                ~See Apiendix A, ISO A-4
89. 11 8-J UT 2, 3 I Schedule augmented by NRC Nozzle to 4 directive.

Transition PT 2, 3 I Piece 4

89. 11 8-J 2 UT Transition PT Piece to Elbow
89. 12 8-J 2LD-1 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 8-J 2LD-2 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 8-J 3LU-1 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 8-J 3LU-2 UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 11 8-J 3 UT Elbow to Pipe PT
89. 12 8-J 3LD UT Examine 1 ft of weld length.

Longitudinal PT Weld

89. 12 8-J 4LU UT 2* Examine 1 ft of weld length.

Long_i t ud i na 1 PT 2* MT performed outage 2-1. Weld

89. 11 8-J 4 UT 2* MT performed outage 2-1.

Pipe to Elbow PT 2*

89. 12 8-J 4LD-1 UT 2* Examine 1 ft of weld length.

Longitudinal PT 2* MT performed outage 2-1. Weld rp1278-0298a-13-58 157 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 a 9 Remarks PCS-30-RCL-2B (Contd) BS. 12 B-J 4LD-2 UT 2* Examine 1 ft of weld length. Longitudinal PT 2* MT performed outage 2-1. Weld BS. 12 B-J 5LU-1 UT 1. Examine 1 ft of weld length. Longitudinal PT Weld BS. 12 B-J 5LU-2 UT 1. Examine 1 ft of weld length. Longitudinal PT Weld BS. 11 B-J 5 UT 1. Elbow to Pipe PT BS. 12 B-J 5LD UT 1* Examine .1 ft of weld length. Longitudinal PT Weld BS.32 B-J PCS-30-RCL- PT 1 *. 2. 2B-5/ PCS 3,4 LDL-2B1 Branch Connection BS. 12 B-J 6LU UT 1. Examine 1 ft of weld length. Longitudinal PT Weld BS. 11 B-J 6 UT 1. Pipe to PT Transition Piece

85. 130 B-F 7 UT 2. 3. 1.

Transition 4 Piece to PT 2. 3. 1* Elbow 4 B9. 11 B-J a UT 2,3,4 E.lbow to PT 2,3,4 Pump P-500 rp1279-0299a-13-59 159 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-2B (Contd) BS. 130 B-F 9 UT 2. 3. 1. Pump P-500 to 4 Transition PT 2,3, 1. Piece 4 B9. 11 B-J 10 UT Transition PT Piece to Pipe B9. 12 B-J lOLD UT Examine 1 ft of weld length. Longitudinal PT Unable to locate weld in Weld 1-9. B9.31 B-J PCS-30-RCL- UT 2,3,4 26-10/PCS SIS-2B1 PT 2,3,4 Branch Connection

09. 12 B-J 11 LU UT Inaccessible.

Longitudinal PT Weld

09. 11 B-J 11 UT Weld(s) 11 through 14LU-2 Pipe to Pipe PT are inaccessible.
09. 12 0-J 11LD UT Longitudinal PT Weld
09. 12 0-J 12i.u UT Longitudinal PT Weld
09. 11 B-J 12 UT Pipe to Pipe PT
09. 12 B-J 12LD UT Longitudinal PT Weld
09. 12 0-J 13LU UT Longitudinal PT Weld rp1278-0298a-13-58 159 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area IO Method 2 3 4 5 6 7 8 9 Remarks PCS-30-RCL-28 (Contd)

89. 11 8-J 13 UT Pipe to Elbow PT
89. 12 8-J 13LD-1 UT Longitudinal PT Weld
89. 12 8-J 13LD-2 UT Longitudinal PT Weld
89. 12 8-J 14LU-1 Longitudinal PT Weld
89. 12 8-J 14LU-2 Longitudinal PT Weld
89. 11 8-J 14 Mech UT Weld(s) 14 through 14LD-2 Elbow to From ID are inaccessible.

Transition Piece

89. 12 8-J 14LD-1 Mech UT Longitudinal From ID Weld
89. 12 8-J 14LD-2 Mech UT Longitudinal From ID Weld
89. 12 8-J 15LU-1 Mech UT 2,3, Inaccessible for PT (see Longitudinal From ID 4 relief request).

Weld

89. 12 8-J 15LU-2 Mech UT 2,3, Inaccessible for PT (see Longitudinal From ID 4 relief request).

Weld

89. 11 8-J 15 Mech UT 1 ** 2. Examine when core barre 1 is Transition From ID 3,4 removed. Schedule augmented Piece to by NRC directive. Inaccessible Nozzle for PT (see relief request).

rp1278-029Ba-13-58 160 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 .3 4 5 6 7 8 9 Remarks PCS-12-PSL-1H1 {See AE!E!endix A I ISO A-5l CC-2-12"

65. 130 6-F 2 UT 2* 1. 3,4 Safe End to 2* 3,4 Elbow PT
89. 11 B-J 3 UT 2* 3,4 Elbow to Pipe PT 2* 3,4 610. 10 B-K-1 3PS PT 2*,3,4 H-535. VT done in Outage 1 Pipe Support per 1971 code.

F3. 10 F-C 3PSS VT-3 2* 2*,3,4 1. H-535 F3.50 F-C Pipe Support VT-4 2* 2*,3,4 Structure

69. 11 6-J 4 UT Pipe to Elbow PT
69. 11 6-J 5 UT Elbow to Pipe 610. 10 B-K-1 5PL-A PT Welds on saddle less than Welded Saddle 5/8" thick.

F1. 10 F-A 5PL-AS VT-3 2,3 Weld Saddle 4 Structure F3. 10 F-C 5PR-A VT-3 1. 2 p p H-536 F3.50 F-C Pipe VT-4 3,4 Restraint 1* p 2 p 3,4 610. 10 B-K-1 5PL-6 PT 1. Welds on saddle less than Welded Saddle 5/8" thick. VT done in Outage 3 per 1971 code. F1. 10 F-A 5PL-BS VT-3 Welded Saddle Structure rp1278-0298a-13-58 161 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inseect1on Interval ASME ASME 0 - 3-1/3 Years 3-1/3 213 Years 6-213 - 10 Years Sec XI Sec XI Exam1nat1on Exam Out a es Item No cat al! Area ID Method 2 3 4 5 6 7 B 9 Remarks F3. 10 F3.50 F-C F-C PCS-12-PSL-lHl 5PR-B P1pe (Contd) VT-3 VT-4 2*,3, 4 2* ,. H-537 Restra1nt 2*,3,4 2*

69. 11 0'-J 6 UT 2* VT done 1n Outage 1 per P1pe to Elbow PT 2* 1971 code.
65. 130 B-F 7 UT 1 *. 2*. VT done 1n Outage 1 per Elbow to 3,4 1971 code.

Safe End PT 2*. 3. 4

65. 130 6-F B PT , *. 2*. 2* VT done 1n Outage 1 per Safe End to 3,4 1971 code.

Nozzle UT 1 ** 2*. 2* 3,4 PCS-12-SCS-2H1 

                 ~See Aeeendix A*

ISO A-62 CC-9-12"

65. 130 B-F PT 2. 3. 1*

Nozzle to 4 Safe End UT 2,3, 1* 4

65. 130 6-F 2 UT 2. 3. 1*

Safe End 4 to Elbow PT 2,3, 1* 4

69. 11 6-J 3 UT VT done 1n Outage 1 per Elbow to Pipe PT 1971 code.
69. 11 6-J 4 UT 1. VT done in Outage 1 per P1pe to Elbow PT 1971 code.
69. 11 6-J 5 UT 2,3,4 Elbow to Pipe PT 2,3,4
69. 11 B-J 6 UT 2,3,4 rp1278-0298a-13-5B Pipe to Elbow PT 2,3,4 162
                                                                                      '                                         Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAM I NA TI ON PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inseect1on Interval ASME ASME Exam1nat1on 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-12-SCS-2H1 (Contd)

89. 11 B-J 7 UT 1*

Elbo" to Elbo" PT

89. 11 8-J 8 UT 2,3,4 Elbo" to P1pe PT 2,3,4 810. 10 B-K-1 BPL PT Welds on saddle less than Welded Saddle 5/8" th1ck.

F 1. 10 F-A 8PLS VT-3 2,3,4 Welded Saddle Structure F3. 10 F-C 8PR VT-3 1 *. 2. H-800 F3.50 F-C P1pe VT-4 3,4 Restra1nt

89. 11 B-J 9 UT 4 P1pe to Elbo" PT 4
89. 11 B-J 10 UT 4 Elbo" to P1pe PT 4 810. 10 8-K-1 10PL-A PT Welds 1n saddle "eld less Welded Saddle than 5/8" th1ck.

Fl. 10 F-A lOPL-AS VT-3 2,3,4 Welded Saddle Structure F3. 10 F-C 10PR-A VT-3 1 ** 2. H-801 F3.50 F-C Pipe VT-4 3,4 Restraint 810. 10 B-K-1 lOPS-B PT 1 *. 2* H-802 VT done in Outage 3 Pipe Support 3,4 per 1971 code. F2.20 F-B lOPSS-B VT-3 2*,3, 1. P1pe Support 4 Structure rp1278-0298a-13-58 163 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) I nse.ect 1 on Interval ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es -Item No Cata~ Area ID Method 2 3 4 5 6 7 B 9 Remarks PCS-12-SCS-2H1 (Contd) F2. 10 F-6 10PR-B VT-3 2,3, 1* H-802. 1. Hanger discovered 4 1n 1982.

69. 11 6-J 11 UT 2,3,4 P1pe to Elbow PT 2,3,4
69. 11 6-J 12 UT Elbow to PT Valve MOV3015
69. 11 6-J 13 UT Valve MOV3015 PT to Pipe 13BC Exempt.

Branch Connection 610. 10 6-K-1 13PS PT 2*. 3. 4 1. H-803 Pipe Support F2. 10 F-B 13PSS VT-3 2*,3,4 1. Pipe Support Structure

69. 11 B-J 14 UT Pipe to PT Valve MOV3016 PC~-12-SIS-lAl
                 'See Aeeend1x A, ISO A-7l CC-4-12"
65. 130 B-F 11 UT 1 *. 2*. This 11ne beg1ns with weld Valve CK3101 3,4 No 11. VT done 1n Outage 1 to Safe End PT 2*.3, per 1971 code.

4

65. 130 6-F 12 PT 1 ** 2*. VT done 1n Outage 1 per Safe End to 3.,4 1971 code.

Branch UT 1 *. 2*. Connect1on rp127B-0298a-13-58 3,4 164 

                                                                                           '                                         Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERViCE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SVSTEM (Contd) Inspection Interval ASME ASME D - 3-1/3 Vears 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 s 6 7 8 9 Remarks PCS-12-SIS-1Bl (See Appendix A, ISO A-8) CC-4-12" BS.130 B-F 1S UT 1 ** 2*. This line begins with weld Valve CK3116 3,4 No 1S. VT done in Outage 1 to Safe End PT 2*. 3. per 1971 code. 4 BS. 130 B-F 16 PT , * '2*' VT done 1n Outage 1 per Safe End to 3,4 1971 code. Branch UT 1 *. 2*. Connection 3,4 PCS-12-SIS-2A1 (See Appendix A, ISO A-9) CC-4-12" BS. 130 B-F 14 UT This line begins with weld Valve CK3131 No 14. VT done in Outage 1 to Safe End PT per 1971 code. BS. 130 B-F 1S PT 1 *. 2*. VT done in Outage 1 per Safe End to 3,4 1971 code. Branch UT 1 *. 2*. IE 82-09 Connection RT 3,4 PCS-12-SIS-2B1 (See Appendix A, ISO A-10) CC-4-12" BS. 130 B-F 14 UT 1 *. 2*. 1* This line begins with weld Valve CK3146 3,4 No 14. VT done in Outage 1 to Safe End PT 2*,3, 1* per 1971 code. 4 rp1278-0298a-13-S8 16S Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cats~ Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-12-SIS-281 (Contd) BS. 130 B-F is PT 1*,2*, 1* VT done in Outage 1 per Safe End to 3,4 1971 code. Branch UT 1 ** 2*. 1. Connection 3,4 Remote VT 1. PCS-6-PRS-lAl (See AE!E!endix A, ISO A-11) CC-11-6" B7.50 B-G-2 lBT VT-1 1. 2p o Examine al 1 8 bolts and Flange 3,4 nuts. Bolting PCS-6-PRS-181 (See AE!E!endix A, ISO A-11l CC-11-6" B7.50 B-G-2 1BT VT-1 1* 1* .* 2. Examine all 8 bolts and Flange 3,4 nuts. Bolting rp1278-0298a-13-58 166 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-213 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-6-PRS-lCl (See Appendix A, I SO A-11) CC-11-6" 67.50 B-G-2 1BT VT-1 1* 1* t 2 t Examine all 8 bolts and Flange 3,4 nuts. Bolting PCS-4-PRS-1Pl 

                ~See Appendix A I ISO A-12l CC-11-4"
65. 130 B-F 1A PT 2,3, Safe End to UT 4 Pipe
69. 11 B-J 2 PT Pipe to Pipe UT
69. 11 B-J 3 UT 1* 2,3,4 VT done in Outage 1 per Pipe to Elbow PT 2,3,4 1971 code.
69. 11 B-J 4 UT 1. 2,3,4 VT done in Outage 1 per Elbow to Pipe PT 2,3,4 1971 code.
69. 11 B-J 4A PT Pipe to Tee UT
69. 11 B-J 46 PT Tee to Reducer UT
69. 11 B-J 4C PT Tee to Pipe UT
69. 11 B-J 5 UT Pipe to Elbow PT*
69. 11 B-J 6 UT Elbow to Pip.e PT rp1278-0299a-46-58 167 ' Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME D 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-4-PRS-1P1 (Contd) B9. 11 B-J 7 UT Pipe to Elbow PT B9. 11 B-J 8 UT Elbow to Pipe PT F2. 10 F-B 8PR VT-3 1. 2 t t H-865 Pipe Restraint 3,4 B9. 11 B-J 9 UT Pipe to Tee PT PCS-4-PRS-1P2 (See Appendix A, ISO A-12) B9. 11 B-J PT Tee to Valve UT M01043A B9. 11 B-J 2 PT 2,3,4 Valve M01043A UT 2,3,4 to Pipe F2.40 F-B 2PR VT-3 2,3,4 H-875 Pipe Restraint B9. 11 B-J 3 PT 2,3,4 Pipe to UT 2,3,4 Fit t Ing B9. 11 B-J 4 PT Fitting to UT Pipe B9. 11 B-J 5 PT Pipe to Valve UT 1043B B9. 11 B-J 6 PT Valve 10436 UT to Fitting p rp1278-0299a-46-58 168 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Ins[!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:t Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-4-PRS-IP3 

                ~See A[![!endix A, ISO A-122
99. 11 9-J PT 2,3,4 Tee to Pipe UT 2,3,4
99. 11 B-J 2 PT 2,3,4 Pipe to Elbow UT 2,3,4
99. 11 B-J 3 PT 2,3,4 Elbow to Pipe UT 2,3,4 F2.40 F-B 3PR VT-3 2, 3, 4 H-866. 1 Pipe Restraint
99. 11 B-J 4 PT Pipe to Pipe UT F2.40 F-B 4PR VT-3 2,3,4 H-866.2 Pipe Restraint B9. 11 B-J 5 PT Pipe to Valve UT M01042A
99. 11 B-J 6 PT Valve M01042A UT to Pipe
99. 11 9-J 7 PT Pipe to Pipe UT F2.40 F-B 7PR VT-3 2,3,4 H-867 Pipe Restraint
99. 11 B-J 8 PT Pipe to UT Fitting
99. 11 8-J 9 PT Fitting to UT Pipe p

rpJ278-0299a-46-58 169 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inseection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-213 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No ~ Area ID Method 2 3 4 5 6 7 B 9 Remarks PCS-4-PRS-1P3 (Contd)

89. 11 8-J 10 PT Pipe to Valve UT 10426
89. 11 6-J 11 PT Valve 10426 UT to Fitting PCS-4-PSS-1P1
                ~See Aeeendix A, I SO A-13~

CC-9-4"

69. 11 6-J UT 2* 3 4 1 *
                                                      ! I                               2,3,4                 Per A-NL-89-48.

Reducer to PT 2*,3,4 2,3,4 Pipe 69.32 6-J PCS-4-PSS-1P1/ PT 2,3,4 PCS-2-PSS-1P1 Branch Connection F2. 10 F-6 1 PR VT-3 1. 2,3,4 R-25 Pipe Restraint

89. 11
  • B-J 2 UT Pipe to Pipe PT F2. 10 F-B 2PR VT-3 1* 2
                                                                                           !  o               H-24 Pipe                                                                    3,4 Restraint
89. 11 B-J 3 UT Pipe to Elbow PT
89. 11 6-J 4 UT Elbow to Pipe PT F2. 10 F-B 4PR VT-3 2*,3, 1 .* H-23 Pipe 4 Restraint
                                                                                     --4-,

rp127B-0299a-46-58 170 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Cor:td) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI EKamination EK am Outa es I tern No cata:i:: Area ID Method 2 3 4 5 6 7 B 9 Remarks PCS-4-PSS-1P1 (Contd)

69. 11 6-J 5 UT Pipe to Pipe PT F2. 10 F-6 SPR VT-3 1
  • 2,3, H-22A Pipe 4 Restraint
69. 11 B-J 5* UT Pipe to .Pipe PT F2. 10 F-B 6PR-A VT-3 1 ** 2. H-21A Pipe 3,4 Restraint F2. 10 F-B 6PR-B VT-3 1 *. 2. H-20A Pipe 3,4 Restraint
69. 11 B-J 7 UT Pipe to Elbow PT
89. 11 B-J B UT Elbow to Pipe PT F2.20 F-B BPR VT-3 1
  • 1. 2,3, H- 10. 1 Pipe 4 Restraint
89. 11 6-J 9 UT Pipe to Elbow PT
69. 11 8-J 10 UT Elbow to Pipe PT F2. 10 F-6 10PR-A VT-3 1 ** 2. H-10.2 Pipe 3,4 Restraint F2.20 F-6 10PR-6 VT-3 2*,3,4 1* H- 11. 1 Pipe Restraint rp1278-0299a-46-58 171 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es I tern No Cata~ Area ID Method 2 3 4 5 6 7 B 9 Remarks PCS-4-PSS-lPl (Contd) F3. 10 F-C lOPR-C VT-3 1 *. 2*. 1. H-12 F3.50 F-C Pipe VT-4 3,4 Restraint 2*,3,4 B9. 11 B-J 11 UT Pipe to Elbow PT B9. 11 B-J 12 UT 2*,3,4 Elbow to Pipe PT 2*,3,4 F3. 10 F-C 12PR-A VT-3 2*,3, 1* H-13 F3.50 F-C Pipe VT-4 4 Restraint 2*3,4 B9.11 B-J 13 UT Pipe to Tee PT B9. 11 B-J 14 UT Tee to Pipe PT B9. 11 B-J 15 UT 2*,3,4 Pipe to Elbow PT 2*,3,4 B9. 11 B-J 16 UT 1* Elbow to Pipe PT 1* B9. 11 B-J 17 UT Pipe to Elbow PT B9. 11 B-J 18 UT 2* Elbow to Pipe PT 2* F3. 10 F-C 18PR VT-3 2* 1 ** 2. H-14 F3.50 F-C Pipe VT-4 3,4 Restraint 2* 2,3,4 B9. 11 B-J 19 UT 1* 2* VT done in Outage 1 per Pipe to Elbow PT 2* 1971 code.

85. 130 B-F 20 UT 2* 1. 3,4 Elbow to Safe End PT 2* 1. 3,4
                                                                                     +

rp1278-0299a-46-58 172 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-.TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) InsQection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-3-PSS-181 

                ~See AQQend ix A, I SO A-15~

CC-9-3"

85. 140 8-F PT 2*,3, Multiple Loop ML-27.

Nozzle to 4 Elbow 89.21 8-J 3 PT 1 *. 2 Elbow to Elbow 3,4 89.21 8-J 4 PT Elbow to Pipe F3. 10 F-C 4PR-A VT-3 1. 2* I p H-17 Pipe 3,4 Restraint 89.21 8-J 4A PT Pipe to Valve 1172PC 89.21 8-J 48 PT Valve 1172PC to Pipe F3. 10 F-C 4PR-8 VT-3 1 2' 

                                                                                         *I                    H-18 Pipe                                                                  3,4 Restraint 89.21    8-J     5               PT                                                    2. 3.

Pipe to Elbow 4 89.21 8-J 6 PT 3 2,3,4 Elbow to Pipe 810. 10 8-K-1 6PS PT 1. 2,3,4 1* H-16 Pipe Support F3.20 F-C 6PSS VT-3 2,3,4 1. F3.50 *F-C Pipe Support VT-4 2,3,4 1. Structure 

                                                                                     .J,..

rp1278-0299a-46-58 173 Revision 5 

          *e PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd)

Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-3-PSS-1B1 (Contd) 6WR 1. Not on Bechtel ISO. Whip Restraint B9.21 B-J 7 PT Pipe to Elbow B9.21 B-J 8 PT Elbow to Pipe F2. 10 F-B BPR VT-3 Not on Bechtel ISO. Pipe Restraint BBC-A Exempt. Less than 1". Branch Connection BBC-B Exempt. Less than 1". Branch Connection F2.20 F-B BPR-1 VT-3 R-20 Pipe Restraint B9.21 B-J 9 PT Pipe to Elbow B9.21 B-J 10 PT Elbow to Valve CV1057 B9.21 B-J 11 PT Valve CV1057 to Elbow B9.21 B-J 12 PT Elbow to Pipe B9.21 B-J 13 PT Pipe to Elbow rp1278-0299a-46-58 174 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-3-PSS-101 (Contd) 69.21 6-J 14 PT Elbow to Pipe F2.20 F-0 14PR-A VT-3 1.' 2' R-21 Pipe 3,4 Restraint 14BC Exempt. Less than 1". Branch Connection F2. 10 F-B 14PR-B VT-3 1 ** 2* 1. R-22 Pipe 3,4 Restraint 69.21 B-J 14A PT 1.' 2' Pipe to 3,4 Valve 1173PC B9.21 B-J 140 PT Valve 1173PC to Pipe F3. 10 F-C 140PR VT-3 2*,3,4 ,. H-15 F3.50 F-C Pipe VT-4 2*,3,4 Restraint

69. 21 0-J 15 PT 2*

Pipe to Elbow 89.21 B-J 16 PT Elbow to Pipe 69.21 0-J 17 PT Pipe to Elbow 09.21 6-J 18 PT Elbow to Pipe 89.21 6-J 19 PT 1. '2' Pipe to Pipe 3,4 rp1278-0299a-46-58 175 Revision 5 

                                                                         *9 PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd)

Inspection lnte~val ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es I tern No Cata~ Area ID Method 2 3 4 s 6 7 8 9 Remarks PCS-3-PSS-1B1 B9.21 B-J 20 PT Pipe to Pipe B9.21 B-J 21 PT 2.3, Pipe to 4 Reducer PCS-3-PSS-2A1 Multiple Loop ML-27. (See Appendix A. ISO A-14~ CC-9-3" BS. 140 B-F PT 1. 2,3, Nozzle to 4 Elbow B9.21 B-J 3 PT Elbow to Pipe B9.21 B-J 4 PT 1. VT done in Outage 1 per Pipe to Elbow 1971 code. B9.21 B-J s PT 1. VT done in Outage 1 per Elbow to Pipe 1971 code. F3. 10 F-C SPR-A VT-3 1. 2,3,4 H-1 F3.SO F-C Pipe VT-4 2,3,4 Restraint B9.21 B-J SA PT 1 *. 2. Pipe to 3,4 Valve 1174PC B9.21 B-J SB PT 2,3,4 Valve 1174PC to Pipe F2. 10 F-B SPR-B VT-3 2,3,4 H-1. 1 Pipe Restraint 

                                                                                     .J,..

rp1278-0299a-46-SB 176 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT.SYSTEM (Contd) 

                                                             . Inspection Interval ASME   ASME                            0 1/3 Years       3-1/3 2/3 Years   6-2/3 -   10 Years Sec XI  Sec XI    Examination   Exam                                    Outa es Item No   Catgy      Area IO    Method           2        3        4        5    6    7       8        9            Remarks PCS-3-PSS-2A1 (Contd) 89.21    8-J     6             *PT                                                  2,3,4 Pipe to Pipe F3. 10   F-C     6PR            VT-3                            1 *2.                                    H-2 F3.50    F-C     Pipe           VT-4                            3,4 Restraint                                      2,3,4 89.21    8-J     7              PT Pipe to Elbow 89.21    8-J     8              PT Elbow to Pipe F2.20    F-8     SPR            VT-3                   1.       2,3,4                                R-4 Pipe Restraint 89.21    8-J     9              PT     1*                                                                VT done in Outage 1 per Pipe to Elbow                                                                           1971 code.

89.21 8-J 10 PT 1* VT done in Outage 1 per Elbow to Pipe 1971 code. lOBC-A PT 1* Exempt. VT done in Outage 3 Branch per 1971 code. Connect 89.21 B-J 11 PT Pipe to Valve CV1059 89.21 B-J 12 PT Valve CV1059 to Elbow 89.21 B-J 13 PT 2*,3,4 Elbow to Pipe 89.21 B-J 14 PT 2*,3,4 Pipe to Elbow 89.21 B-J 15 PT Elbow to Pipe rp1278-0299a-46-58 177 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-3-PSS-2A 1 (Contd) F2.20 F-B 15PR-A VT-3 2' 3' H-3 Pipe Restraint 4 610. 10 6-K-1 15PL-1 R-28.1, see B-K-1, Note 1. Welded Pipe Lug 610. 10 6-K-1 15PL-2 R-28. 1, see B-K-1, Note 1. Welded Pipe Lug 810. 10 6-K-1 15PL-3 R-28. 1, see B-K-1, Note 1. Welded Pipe Lug 810. 10 6-K-1 15PL-4 R-28. 1, see B-K-1, Note 1. Welded Pipe Lug F2.20 F-6 15PR-6 VT-3 1 *' 2' H-3 Pipe 3,4 Restraint 89.21 B-J 15A PT Pipe to Valve 1175PC 69.21 6-J 156 PT Valve 1175PC to Pipe 156C Exempt. Less than 1". Branch Connection 89.21 B-J 16 PT Pipe to Pipe F2. 10 F-6 16PR VT-3 1* 2,3,4 R-28 Pipe Restraint rp1278-0299a-46-58 178 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es I tern No *catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-3-PSS-2A 1 (Contd) 69.21 6-J 17 PT Pipe to Elbow 69.21 6-J 18 PT Elbow to Pipe 69.21 B-J 19 PT 2*,3,4 Pipe to Elbow 69.21 B-J 20 PT Elbow to Pipe 69.21 B-J 21 PT Pipe to Pipe 21PR 1. R-27, box-type whip restraint. Pipe Restraint 69.21 B-J 22 PT Pipe to Elbow F2. 10 F-6 22PR VT-3 1 ** 2. H-26 Pipe 3,4 Restraint 69.21 B-J 23 PT 2,3 Elbow to 4 Reducer PCS-2-DRL-1A1 (See Appendix A, ISO A-16) CC-10-2"

65. 150 6-F PT 1. 2. 3. 1*

Nozzle to 4 Pipe rp1278-0299a-46-58 179 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) lnsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata:.:'. Area JD Method 2 3 4 5 6 7 B 9 Remarks PCS-2-DRL-161 (Contd) 89.40 6-J 7 PT 2,3,4 Weld leg length measurement Pipe to required Outage 2-4. Valve V10226 PCS-2-DRL-lHl {See AE!E!endix A, ISO A-182 CC-10-2"

65. 150 6-F UT 1.

Nozzle to PT 2,3, VT done in Outage 3 per Pipe 4 1971 code. 69.40 6-J 3 PT 2*,3, 1* Weld leg length measurement Pipe to Tee 4 required Outage 3~3. 89.40 B-J 4 PT Tee to Reducer 69.40 6-J 5 PT 1 *. 2. Weld leg length measurement Tee to Pipe 3,4 required Outage 2-4. 69.40 6-J 6 PT Pipe to Elbow 89.40 6-J 7 PT Elbow to Pipe 89.40 6-J 8 PT Pipe to Valve V1094A 

                                                                                     ,-4..

rp1278-0299a-46-58 181 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) InsQection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:i'. Area ID Method 2 3 4 5 6 7 8 9 Remarks RWS-2-DRL-1H1 (See AQQendix A I ISO A-18~ 6CA-1-2" 69.40 6-J 9 PT This line is a continuation Valve V1094A of PCS-2-DRL-1H1. to Pipe 69.40 6-J 10 PT Pipe to Tee 69.40 6-J 11 PT 2,3,4 Weld leg length measurement Tee to Pipe required Outage 2-4. 69.40 6-J 12 PT Pipe to Tee 69.40 6-J 13 PT Tee to Pipe 69.40 6-J 14 PT Pipe to Valve V10946 69.40 6-J 15 PT Valve to Pipe V10946 69.40 6-J 16 PT 2,3 Weld leg length measurement Pipe to Valve 4 required Outage 2-4. V1094C rp1278-0299a-46-58 182 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) InsQection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam, Outs es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-2-DRL-2A1 

                ~See AQQendix A, ISO A-19}

CC-10-2" BS. 1 SD B-F PT 1* 2. 3. 1* Nozzle to 4 Pipe B9.4D B-J 3 PT Pipe to Elbow B9.40 B-J 4 PT Elbow to Pipe 69.40 B-J 5 PT , ** 2' Weld leg length measurement P1pe to Valve 3,4 required Outage 2-4. V1D32A 69.40 B-J 6 PT Valve V1032A to Pipe s9;40 B-J 6A PT Pipe to F1tting B9.40 B-J 6B PT Fitting to Pipe 69.40 B-J 7 PT 2,3, Weld leg length measurement Pipe to Valve 4 required Outage'2-4. V1032B 89.40 B-J 8 PT Valve 10328 to Pipe 89.40 8-J 9 PT Pipe to Valve 1D32C rp1278-0300a-46-58 183 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inseection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-213 - 10 Years Sec XI Sec XI Exam1nat1on Exam Outa es Item No Cata:t Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-2-DRL-2A1 (Contd)* B9.40 B-J 10 PT Valve 1032C to P1pe 09,*40 B-J 11 PT Pipe to Flange PCS-2-DRL-261 

                ~see Aeeendix A, ISO A-20)

BS. 150 B-F CC-10-2" Tee to Pipe PT 2,3, 4 B9.40 6-J 2 PT 1 *. 2. Weld leg length measurement P1pe to Elbow 3,4 required Outage 2-4. B9.40 B-J 3 PT Elbow to P1pe 69.40 6-J 4 PT 2,3, Weld leg length measurement P1pe to Valve 4 required Outage 2-7. V1033A 69.40 6-J 5 PT Valve 1033A to P1pe B9.40 B-J 6 PT Pipe to Valve 10336 rp1278-0300a-46-58 184 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd) Inspect1on Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nation Exam Outa es Item No Cat alt'. Area ID Method 2 3 4 5 6 7 B 9 Remarks PCS-2-LDL-281 

                   ~See Ae1:1end1x A, ISO A-20~

CC-3-2"

85. 130 8-F PT 2, 3.

Nozzle to 4 P1pe 89.40 8-J 3 PT 2,3, Weld leg length measurement P1pe to Elbow 4 requ1red Outage 2-9. 89.40 8-J 4 PT 2,3, Weld leg length measurement Elbow to P1pe 4 required Outage 2-9. 89.40 8-J 5 PT 1* VT done 1n Outage per P1pe to Tee 1971 code. 89.40 8-J 6 PT 1. VT done 1n Outage 1 per Tee to Pipe 1971 code. 89.40 8-J 7 PT 1* VT done in Outage 1 per P1pe to Elbow 1971 code. 89.40 8-J B PT No spool p1ece may ex1st Elbow to P1pe between weld B & 9. 89.40 8-J 9 PT P1pe to Elbow 89.40 8-J 10 PT 1. VT done 1n Outage 1 per Elbow to P1pe* 1971 code. 89.40 8-J 10A P1pe to Elbow PT 89.40 8-J 108 Elbow to P1pe PT 89.40 8-J 10C P1pe to PT F1tt1ng rp1278-0300a-46-58 185 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAM I.NA TI ON PLAN CLASS 1 PIPING PRIMARY COOLANT SYSTEM (Contd)

  • Ins12ection Interval ASME Sec XI ASME Sec XI Examination Exam 0 1/3 Years 3- 1./ 3 2/3 Years Out a es 6-2/3 - 10 Years Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks PCS-2-LDL-2B1 (Contd)

B9.40 B-J 10D PT Fitting to Pipe B9.40 B-J 11 PT Pipe to Elbow B9.40 B-J 12 PT Elbow to Pipe B9.40 B-J 13 PT Pipe to Elbow B9.40 B-J 14 PT Elbow to Pipe F2. 10 F-B 14PR-A VT-3 1 *. 2. Not on Bechtel I SO. Pipe Restraint 3,4 F2. 10 F-B 14PR-B VT-3 1*,2*, 1. Not on Bechtel ISO. Pipe Restraint 3,4 B9.40 B-J 15 PT 1 ** 2. Weld leg length measurement Pipe to Elbow 3,4 required Outage 2-9. B9.40 B-J 16 PT Elbow to Pipe B9.40 B-J 17 PT 2*,3, Weld leg length measurement Pipe to Valve 4 required Outage 3-3. 

                                                                                    ~.

rp1278-0300a-46-58 186 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area IO Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-1A1 Multiple Loop ML-25 (See Aplendix A, ISO A-7_ CC-4-12"

89. 11 B-J 9 UT Valve CK3102 PT to *Tee 89.31 B-J ESS-12-SIS- UT 2*,3,4 lAl/ESS PT 2*,3,4 SIS-1A1 Branch Connection
89. 11 B-J *10 UT Tee to Valve PT CK3101 ESS-12-SIS-181 Multiple Loop ML-25.

(See Aplendix A, ISO A-8_ CC-4-12"

89. 11 B-J 13 UT 1.

Valve CK3117 PT to Tee 89.31 B-J ESS-12-SIS- PT 2*,3,4 181/ESS UT 2*,3,4 SIS-181 Branch Connection

89. 11 B-J 14 UT Tee to Valve PT CK3116
                                                                                  ~.

rp1278-0300a-46-58 187 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENG)NEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-2A1 Multiple Loop ML-25. (See Appendix A, ISO A-9) CC-4-12"

89. 11 B-J 12 UT 1.

Valve CK3132 PT to Tee 89.31 B-J ESS-12-SIS- PT 2,3,4 2A1/ESS UT 2,3,4 SIS-2A1 Branch Connection

89. 11 B-J 13 UT 2,3,4 Tee to Valve PT 2,3,4 CK3131 ESS-12-SIS-2B1 Multiple Loop ML-25.

(See Appendix A, ISO A-10) CC-4-12"

89. 11 B-J 12 UT Valve CK3147 PT to Tee 89.31 B-J ESS-12-SIS- PT 2,3,4 2B1/ESS UT 2,3,4 SIS-2B1 Branch Connection
89. 11 B-J 13 UT Tee to Valve PT CK3146
                                                                             ..J,..

rp1278-0300a-46-58 188 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lAl Multiple Loop ML-28. (See Appendix A, ISO A-21) CC-4-6"

69. 11 6-J 3 UT Valve CK3103 PT to Pipe 69.32 6-J ESS-6-SIS- PT 1 *. 2.

lAl-3/ESS 3,4 SIS-1Al Branch Con-ESS-6-SI S-181 (Contd)

69. 11 B-J 4 UT Pipe to Elbow PT 69.,, 8-J 5 UT Elbow to Pipe PT F3. 1 D F-C 5PRA VT-3 3,4 Hanger discovered in 1982.

F3.5D F-C Pipe VT-4 3,4 H-703.3 Restraint 610. lD 6-K-1 5PL PT Welds on saddle less than Welded Pipe 5/8" thick. Saddle F3. 1 D F-C 5PR VT-3 3,4 H-737 F3.5D F-C Pipe VT-4 3,4 Restraint F2. lD F-B 5PR6 VT-3 2. 3. Hanger discovered in 1982. 4 R-737. 1

69. 11 6-J 6 UT 2,3,4 Pipe to Elbow PT 2,3,4 rp1278-0301a-46-58 189 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) lnseection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata:r: Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lAl (Contd)

09. 11 B-J 7 UT Elbow to Pipe PT
09. 11 B-J 8 UT Pipe to Elbow PT
09. 11 8-J 9 UT Elbow to Pipe PT
09. 11 8-J 10 UT 1. VT done in Outage per Pipe to Elbow PT 1971 code.
89. 11 8-J 11 UT 1. VT done in Outage 1 per Elbow to Pipe PT 1971 code.

F2. 10 F-8 11 PR VT-3 3,4 1. H-738 Pipe Restraint

09. 11 8-J 12 UT Pipe to Elbow PT
09. 11 8-J 13 UT 1. p 2 O Elbow to Tee PT 3,4
1. '2.

3,4 ESS-6-SIS-181 Multiple Loop ML-28. 

                 ~See Aeeendix A, ISO A-222 CC-4-6"
09. 11 8-J 3 UT Valve CK3118 PT to Pipe 89.32 8-J ESS-6-SIS- PT 2,3, 101-3/ESS 4 SIS-101 Branch Con-nection
                                                                                   ~*

rp1278-0301a-46-58 190 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) lnsQection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-181 (Contd)

89. 11 8-J 4 UT 1. 2,3,4 Pipe to Elbow PT 2,3,4
89. 11 8-J 5 UT Elbow to Pipe PT 810. 10 8-K-1 5PS PT 2,3,4 1* H-726 Pipe Support F2. 10 F-8 SPSS VT-3 2* 2*,3, 2 Pipe Support 4 Structure
89. 11 8-J 6 UT Pipe to Elbow PT
89. 11 8-J 7 UT Elbow to Pipe PT F2. 10 F-8 7PR VT-3 2* 3,4 H-726. 1. Hanger discovered Pipe in 1982.

Restraint

89. 11 8-J 8 UT Pipe to Elbow PT
89. 11 8-J 9 UT 1 *. 2.

Elbow to Pipe PT 3,4 1 *. 2. 3,4 F3. 10 F-C 9PR VT-3 2* 3,4 1. H-727 F3.50 F-C Pipe VT-4 2* 3,4 Restraint

89. 11 8-J 10 UT Pipe to Elbow PT
89. 11 8-J 11 UT Elbow to Pipe PT
                                                                                   ~-

rp1278-0301a-46-58 191 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-161 (Contd)

69. 11 B-J 12 UT 1 ** 2.

Pipe to Elbow PT 3,4 1 ** 2. 3,4

69. 11 B-J 13 UT Elbow to Pipe PT
69. 11 B-J 14 UT 1. 2,3,4 VT done in Outage 1 per Pipe to Tee PT 2,3,4 1971 code.

ESS-6-SIS-2A1 Multiple Loop ML-28. 

                 ~See AE!E!endix A, ISO A-23)

CC-4-6"

69. 11 B-J 3 UT 1. VT done in Outage 1 per Valve CK3133 PT 1971 code.

to Elbow

69. 11 B-J 4 UT Elbow to PT Elbow 69.32 B-J ESS-6-SIS- PT 2,3,4 2A 1-4/ESS SIS-2A1 Branch Con-nection
69. 11 B-J 5 UT Elbow to Pipe PT F3. 10 F-C 5PR VT-3 3,4 H-716 F3.50 F-C Pipe VT-4 3,4 Restraint
69. 11 B-J 6 UT 1*

Pipe to Elbow PT

69. 11 B-J 7 UT Elbow to Pipe PT rp1278-0301a-46-5B 192 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2A1 (Contd)

69. 11 6-J 8 UT Pipe to Elbow PT
69. 11 6-J 9 UT Elbow to Pipe PT F2. 10 F-B 9PR VT-3 3 ,4* 1. H-723 Pipe Restraint
69. 11 B-J 10 UT Pipe to Elbow PT
69. 11 6-J 11 UT Elbow to Pipe PT F2. 10 F-6 11PR VT-3 1*.3. H-724 Pipe 4 Restraint F3. 10 F-C 11 PRA VT-3 2,3,4 H-724. 1. Hanger discovered Pipe in 1982.

Restraint

69. 1.1 6-J 12 UT 1 ** 2.

Pipe to Elbow PT 3,4 1 *. 2. 3,4

69. 11 6-J 13 UT Elbow to Pipe PT
69. 11 6-J 14 UT Pipe to Elbow PT
69. 11 6-J 15 UT Elbow to Pipe PT 610. 10 6-K-1 15PL PT Weld in saddle less than Welded Saddle 5/8" thick.

rp1278-0301a-46-58 193 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No cat a~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2A1 (Contd) F3.20 F-C 15PR VT-3 2* 3,4 H-725 F3.50 F-C Pipe VT-4 2* 3,4 Restraint B9. 11 B-J 16 UT 2*,3,4 Pipe to Elbow PT 2*,3,4 B9. 11 B-J 17 UT 1. VT done in Outage per Elbow to Pipe PT 1971 code. B9. 11 B-J 18 UT 1. VT done in Outage per Pipe to Elbow PT 1971 code. B9. 11 B-J 19 UT Elbow to Pipe PT

69. 11 B-J 20 UT Pipe to Elbqw PT B9. 11 B-J 21 UT 2,3,4 Elbow to Tee PT 2,3,4 ESS-6-SIS-261 Multiple Loop ML-28.
                ~See AE!E!endix A, ISO A-24~

CC-4-6" B9. 11 B-J 3 UT Valve CK3148 PT to Pipe B9. 11 B-J 4 UT 1. Pipe to El bow 69.32 B-J ESS-6-SIS- PT 2. 3. 2B1-4/ESS 4 SIS-2B1 Branch Con-nection B9. 11 B-J 5 UT 2*,3,4 Elbow to Pipe PT 2*,3,4 rp1278-0301a-46-58 194 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Insf1ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-281 (Contd) F3. 10 F-C 5PR VT-3 1 ** 2*. 2 H-718; spring. Pipe 3,4 F3.50 F-C Restraint VT-4 2*,3,4 2

89. 11 8-J 6 UT 1 *. 2.

Pipe to Elbow PT 3,4 1 *. 2. 3,4

89. 11 8-J 7 UT Elbow to Pipe PT
89. 11 8-J 8 UT Pipe to Elbow PT
89. 11 8-J 9 UT Elbow to Pipe PT
89. 11 8-J 10 UT 1 ** 2.

Pipe to Elbow PT 3,4 2,3,4

89. 11 8-J 11 UT Elbow to Pipe PT
89. 11 8-J 12 UT Pipe to Elbow PT
89. 11 8-J 13 UT Elbow to Pipe PT F2. 10 F-8 13PR VT-3 2* 1*.3. H-772 Pipe 4 Restraint
89. 11 8-J 14 UT Pipe to Elbow PT
89. 11 8-J 15 UT Elbow to Pipe PT rp1278-0301a-46-58 195 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins12ection Interval* ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2B1 (Contd) B10. 10 B-K-1 15PL-1 PT 1 *. 2*. H-771. VT done in Outage 3 Welded Pipe 3,4 per 1971 code. Lug B10. 10 B-K-1 15PL-2 PT 1*,2*. VT done in Outage 3 per Welded Pipe 3,4 1971 code. Lug H-771 B10. 10 B-K-1 15PL-3 PT 2*,3, 1. H-771 Welded Pipe 4 Lug B10. 10 B-K-1 15PL-4 PT 2*. 3. 1. H-771 Welded Pipe 4 Lug F2. 10 F-B 15PR VT-3 2* 1*.3. H-771 P1pe 4 Restraint B9. 11 B-J 16 UT 1* P1pe to Elbow PT F2.20 F-B 16PR VT-3 2,3, H-770.1. Hanger discovered Pipe 4 1n 1982. Restraint

89. 11 B-J 17 UT 2*,3,4 Elbow to Pipe PT 2*,3,4
89. 11 B-J 18 UT Pipe to Elbow PT
89. 11 B-J 19 UT Elbow to Pipe PT F2 .. 10 F-B 19PR-A VT-3 2* 1 *. 3. H-770 P1pe 4 Restraint F2. 10 F-B 19PR-B VT-3 2* 1 ** 3. H-769 Pipe 4 Restraint
                                                                                      ~-

rp1278-0301a-46-58 196 Rev1sion 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - lD Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-6-SIS-261 (Contd) F2. 10 F-B 19PR-C VT-3 2* H-768. 1 & H-768 - Supported Pipe in 2 directions. Restraint B9. 11 B-J 20 UT Pipe to Pipe PT F3. 10 F-C 2DPR VT-3 2* 1. 3,4 H-767 Pipe Restraint B9. 11 B-J 21 UT Pipe to Elbow PT B9. 11 B-J 22 UT 1*.2. Elbow to Pipe PT 3,4 2,3,4 F3. 10 F-C 22PR VT-3 1 ** 2. H-766; spring. Pipe 3,4 F3.50 F-C Restraint VT-4 2,3, 4 B9. 11 B-J 23 UT Pipe to Elbow PT B9. 11 B-J 24 UT Elbow to Pipe PT B9. 11 B-J 25 UT 2*. 3 ,4 Pipe to Elbow PT 2*. 3,4 B9.11 B-J 26 UT Elbow to Pipe PT B9. 11 B-J 27 UT 1 *. 2. Pipe to Tee PT 3,4 1 *. 2. 3,4 rp1278-0301a-46-58 197 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) 

                                                              *Inspection Interval ASME   ASME                               0 1/3 Years    3-1/3 2/3 Years    6-2/3 -   10 Years Sec XI  Sec XI      Examination     Exam                                Outa es Item No   Cata:t'. Area ID    Method            2      3       4        5       6  7       8        9              Remarks ESS-2-SIS-1A1                                                                            Multiple Loop ML-29.
                  ~See AQQendix A I ISO A-25l CC-4-2" PT                                                                        Changed from Class 1 to Valve MOV3007                                                                            Class 2 in 1983.

to Pipe 2 PT Changed from Class 1 to Pipe to Valve Class 2 in 1983. CK3104 69.40 6-J 3 PT Valve CK3104 to Pipe 69.40 6-J 4 PT 1*,2, Weld leg length measurement Pipe to Tee 3,4 required Outage 2-9. 69.40 6-J 5 PT Tee to Pipe 69.40 6-J 6 PT 2. 3. Weld leg length measurement Pipe to Elbow 4 required Outage 2-6. 69.40 6-J 7 PT 2,3,4 Weld leg length measurement Elbow to Pipe required Outage 2-6. 610. 10 6-K-1 7PL UT 1. Welds on saddle less than Welded Pipe 5/8" thick. Saddle F2.20 F-6 7PR VT-3 1. 1 *. 2. H-781 Pipe 3,4 Restraint 69.40 6-J 8 PT Pipe to Elbow rp1278-0302a-46-58 198 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1'/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es I tern No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-2-SIS-lAl (Contd) B9.40 8-J 9 PT Elbow to Pipe 69.40 6-J 10 PT 1. VT done in Outage 1 per Pipe to Elbow 1971 code. 69.40 B-J 11 PT 1* VT done in Outage per Elbow to Pipe 1971 code. B9.40 B-J 12 PT Pipe to Elbow 69.40 6-J 13 PT Elbow to Pipe 69.40 6-J 14 PT Pipe to Coup! ing B9.40 B-J 15 PT 2,3,4 Weld leg length measurement Coupling to required Outage 2-9. Reducer ESS-2.5-SIS-lAl CC-4-2.5" 89.21 6-J 16 PT Reducer to Pipe 16BC PT 1* Exempt. VT done in Outage 3 Branch Con- per 1971 code. Less than 1". nection 69.21 B-J 17 PT 1. Pipe to Pipe 17BC Exempt. Less than 1". Branch Con-nection 

                                                                                    .+.

rp127B-0302a-46-5B 199 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es* Item No Catgy Area IO Method 2 3 4 5 6 7 8 9 Remarks ESS-2.5-SIS-lAl (Contd) This.line begins with weld No 19. 89.21 8-J 18 PT Pipe to Reducer 89.40 8-J 19 PT 1*,2, Weld leg length verification Reducer to 3,4 required Outage 2-9. Branch ESS-2-SIS-1A2 

                ~See AE!E!endix A, ISO A-25~

CC-6-2" 1 PT 1. Changed from Class 1 to Valve MOV3068 Class 2 in 1983. to Pipe 2 PT Changed from Class 1 to Pipe to Class 2 in 1983. Valve CK3250 89.40 B-J 3 PT Valve CK3250 to Pipe 89.40 B-J 4 PT 2,3, Weld leg length verification Pipe to Tee 4 required Outage 2-9. ESS-2-SIS-lBl Multiple Loop ML-29. (See AE!E!endix A, ISO A-262 CC-4-2" PT Changed from Class 1 to Valve MOV3009 Class 2 in 1983. to Pipe rp1278-0302a-46-58 200 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata):'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-SIS-lBl (Contd) 2 PT Changed from Class 1 to Pipe to Class 2 in 1983. Valve CK3119 B9.40 B-J 3 PT Valve CK3119 to Pipe B9.40 B-J 4 PT Pipe to Tee B9.40 B-J 5 PT 1. VT done in Outage 1 per Tee to Pipe 1971 code. B9.40 B-J 6 PT Pipe to Elbow 89.40 B-J 7 PT 2,3,4 Weld leg length verification Elbow to Pipe required Outage 2-9. F3. 10 F-C 7PR VT-3 1. 2,3,4 H-780 Pipe Restraint B9.40 B-J 8 PT Pipe to Elbow B9.40 B-J 9 PT Elbow to Pipe B9.40 B-J 10 PT Pipe to. Elbow 89.40 B-J 11 PT 1*.2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-4. 89.40 B-J 12 PT 2*,3,4 Weld leg length verification Pipe to Elbow required Outage 3-3. rp1278-0302a-46-58 201 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-SIS-1B1 (Contd) B9.40 B-J 13 PT Elbow to Pipe B9.40 B-J 14 PT 2,3, Weld leg length verification Pipe to 4 required Outage 2-9. Coupling ESS-2.5-SIS-1B1 CC-4-2.5" B9.40 B-J 15 PT Weld leg length verification Coupling to required Outage 2-4. Reducer B9. 21 . B-J 16 PT Reducer to Pipe 16BC Exempt. Less than 1". Branch Con-nection B9.21 B-J 17 PT Pipe to Pipe 17BC Exempt. Less than 1". Branch Con-nection B9.21 B-J 18 PT Pipe to Reducer ESS-2-SIS-161 B9.40 B-J 19 PT Reducer to Branch rp1278-0302a-46-58 202 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins[!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area JD Method 2 3 4 5 6 7 8 9 Remarks ESS-2-SIS-182 Multiple Loop ML-29. (See A[![!endix A, ISO A-26) CC-6-2" PT Changed from Class 1 to Valve MOV3066 Class 2 in 1983. to Pipe 2 PT Changed from Class 1 to Pipe to Class 2 in 1983. Va 1 ve* CK325 1 89.40 B-J 3 PT Valve CK3251 to Pipe 89.40 B-J 4 PT 1* VT done in Outage 1 per Pipe to Tee 1971 code. ESS-2-SIS-2A1 (See A[![!endix A, I SO A-27) CC-4-2" PT Changed from Class 1 to Valve MOV3011 Class 2 in 1983. to Pipe 2 PT 1. Changed from Class 1 to Pipe to Class 2 in 1983. Valve CK3134 89.40 8-J 3 PT Valve CK3134 to Pipe 89.40 8-J 4 PT Pipe to Tee 89.40 B-J 5 PT 1 ** 2. Weld leg length verification Tee to Pipe 3,4 required Outage 2-9. rp127B-0302a-46-58 203 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata:i Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-SIS-2A1 (Contd) 89.40 6-J 6 PT Pipe to Elbow 89.40 6-J 7 PT Elbow to Pipe 610. 10 6-K-1 7PS-1 PT 1. 2,3,4 VT done in Outage 1 per Pipe Support 1971 code. H-776 69.40 6-J 8 PT Pipe to Elbow 89.40 B-J 9 PT 2*,3, Weld leg length verification Elbow to Pipe 4 required Outage 3-1. 89.40 6-J 10 PT Pipe to Elbow 89.40 6-J 11 PT 1 ** 2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-4. 69.40 6-J 12 PT Pipe to Elbow 89.40 6-J 13 PT Elbow to Pipe 69.40 6-J 14 PT 1. VT done in Outage 1 per Pipe to 1971 code. Coupling 89.40 6-J 15 PT 1. VT done 1n Outage 1 per Coup! 1ng to 1971 code. Reducer 89.21 6-J 16 PT Reducer to Pipe 166C Exempt. Less than 1". Branch Con-nection rp1278-0302a-46-58 204 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2.5-SIS-2A1 CC-4-2.5" 89.21 B-J 17 PT 1 *. 2. Pipe to Pipe 3,4 17BC Exempt. Less than 1". Branch Con-nection 89.21 B-J 18 PT Pipe to Reducer ESS-2-SIS-2A1 89.40 B-J 19 PT 2. 3. Weld leg length verification Reducer to 4 required Outage 2-7. Branch ESS-2-SIS-2A2 (See Appendix A I ISO A-27) CC-6-2" PT Changed from Class 1 to Valve MOV3064 Class 2 in 1983. to Pipe 2 PT Changed from Class 1 to Pipe to Class 2 in 1983. Valve CK3252 89.40 B-J 3 PT Valve CK3252 to Pipe 89.40 B-J 4 PT 1. Pipe to Tee rp\278-0302a-46-58 205 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es I tern No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-SIS-261 Multiple Loop ML-29. (See Appendix A, ISO A-28) CC-4-2" PT Changed from Class 1 to Valve MOV3013 Class 2 in 1983. to Pipe 2 PT Changed from Class 1 to Pipe to Class 2 in 1983. Valve CK3149 69.40 6-J 3 PT Valve CK3149 to Pipe 69.40 6-J 4 PT 1. Pipe to Tee 69.40 6-J 5 PT 2*,3, Weld leg length ver1f ication Tee to Pipe 4 required Outage 3-3. 69.40 B-J 6 PT Pipe to Elbow 69.40 6-J 7 PT Elbow to Pipe 610. 10 B-K-1 7PS PT 1. VT done in Outage 1 per Pipe Support 2 3 ,4* I 1971 code. H-777 F2.20 F-6 7PSS VT-3 2,3,4 Support Structure 69.40 6-J 8 PT 1. VT done in Outage 1 per Pipe to Elbow 1971 code. 69.40 6-J 9 PT 1. VT done in Outage 1 per Elbow to Pipe 1971 code. 69.40 6-J 10 PT Pipe to Elbow rpl278-0302a-46-58 206 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-SIS-2B1 (Contd) B9.40 B-J 11 PT Elbow to Pipe B9.40 B-J 12 PT Pipe to Elbow B9.40 B-J 13 PT Elbow to Pipe B9.40 B-J 14 PT 2,3, Weld leg length verification Pipe to 4 required Outage 2-6. Coupling B9.40 B-J 15 PT 1 $I 2 I Weld leg length verification Coupling to 3,4 required Outage 2-9. Reducer ESS-2.S-SIS-2B1 CC-4-2.S" B9.21 B-J 16 PT Reducer to Pipe 16BC Exempt. Branch Con-nection BS. 21 B-J 17 PT 1 *. 2. Pipe to Pipe 3,4 17BC Exempt. Branch Con-nection B9.21 B-J 18 PT 1 ** 2. Pipe to 3,4 Reducer rp1278-0302a-46-58 207 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TEAM INSERVICE EXAMINATION PLAN CLASS 1 PI PI NG . ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat al'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-SIS-261 B9.40 B-J 19 PT Reducer to Branch ESS-2-SIS-2B2 (See AE!E!endix A, ISO A-28~ CC-6-2" 1 PT 1. Changed from Class 1 to Valve MOV3062 Class 2 in 1983. to Pipe 2 PT Changed from Class 1 to Pipe to Class 2 in 1983. Valve CK3253 B9.40 B-J 3 PT Valve CK3253 to Pipe B9.40 B-J 4 PT Pipe to Tee ESS-2-LTC-1A (See AE!E!endix A, ISO A-18q BCA-1-2" 89.40 B-J 18 PT 2,3,4 Weld leg length verification Valve to Pipe required Outage 2-6. CK-3408 89.40 B-J 19 PT Pipe to Elbow 89.40 B-J 20 PT Elbow to Pipe B9.40 B-J 21 PT 2* Pipe to Tee J. rp1278-0302a-46-58 208 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O - 3-1/3 Years 3~1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-LTC-18 See Appendix A, ISO A-188/A-18A) 89.40 B-J 16 PT 2*, 3 p Valve CK3409 PT 4 Weld leg length verification to Pipe required Outage 3-1. 89.40 8-J 17 PT Pipe to Pipe 89.40 8-J 18 PT Pipe to Tee 89.40 B-J 19 PT 2* Tee to Tee 89.40 8-J 20 PT 2* Tee to Pipe F2. 10 F-8 20PR VT-3 2* 3 p p H-731.5 Pipe 4 Restraint 89.40 8-J 21 PT Pipe to Elbow 89.40 8-J 22 PT Elbow to Pipe 89 .4'0 8-J 23 PT Pipe to Elbow 89.40 8-J 24 PT Elbow to Pipe F2.20 F-8 24PS VT-3 2 3 I p H-731 .8 Pipe Support 4 89.40 B-J 25 PT Pipe to Elbow rp1278-0302a-46-58 209 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAM I NA TI ON PLAN CL.ASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) lnsl:!ection Interval ASME ASME Examination Exam 0 1/3 Years 3-1/3 2/3 Years Out a es 6-2/3 - 10 Years Sec XI Sec XI Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-2-LTC-18 (Contd) 69.40 6-J 26 PT 4 Elbow to Pipe F3.20 F-C 26PR VT-3 2,3, H-732 Pipe 4 F3.50 F-C Restraint VT-4 2,3, 4 69.40 B-J 27 PT Pipe to Elbow 89.40 B-J 28 PT 2,3,4 Weld leg length verification Elbow to Pipe required Outage 2-4. 69.40 B-J 29 PT Pipe to Elbow 69.40 B-J 30 PT Elbow to Pipe 69.40 6-J 31 PT Pipe to Elbow 69.40 6-J 32 PT 2,3,4 Weld leg length verification Elbow to Pipe required Outage 2-6. 69.40 6-J 33 PT 2,3,4 Weld leg length verification Pipe to Elbow required Outage 2-6. 89.40 B-J 34 PT 4 Elbow to Pipe F2.20 F-B 34PS VT-3 2*,3, H-733 Pipe 4 Support 69.40 B-J 35 PT 2,3,4 Weld leg length verification Pipe to Tee required Outage 2-9. 69.40 6-J 36 PT 2,3, Weld leg length verification Tee to Pipe 4 required Outage 2-9. 

                                                                                  .l, rp1278-0302a-46-58                                              210                                                           Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nat1on Exam Outa es Item No cata:t Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-2-LTC-18 (Contd) 89.40 8-J 37 PT P1pe to Valve CK3410 89.40 8-J 38 PT Valve CK3410 to P1pe F2.20 F-8 38PS VT-3 2,3, H-1 Pipe 4 Support 89.40 8-J 39 PT P1pe to Elbow 89.40 B-J 40 PT 2,3, Weld leg length verification Elbow to Pipe 4 required Outage 2-4. 89.40 B-J 41 PT P1pe to Tee 

                                                                              ..I.

rp1278-0302a-46-58 211 Rev1sion 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No cata::i'. Area ID Method 2 3 4 5 6 7 B 9 Remarks CVC-2-CHL-1A1 Multiple loop ML-30. 

                    ~See AQQendix A' ISO A-29~

CC-5-2" 69.40 6-J PT Valve CV2113 to Pipe F2. 10 F-6 1 PR VT-3 1 ** 2. H-2.7 Pipe 3,4 Restraint 69.40 6-J 2 PT Pipe to Elbow 69.40 6-J 3 PT Elbow to Pipe F2. 10 F-6 3PR-A VT-3 2. 3. H-2.6 

                   .Pipe                                       4 Restraint F2. 10   F-6         3PR-6          VT-3                        2,3,                                           H-2.5 Pipe                                      .4 Restraint 69.40    6-J         4              PT                  2*                                             1 *. 2. Weld leg length verification Pipe to Tee                                                                       3;4     required Outage 2-9.

89.40 6-J 5 PT 2,3, Weld 1 eg length verification Tee to Pipe 4 required Outage 2-4. 89.40 6-J 6 PT Pipe to Elbow 89.40 6-J 7 PT Elbow to Pipe 89.40 6-J B PT Pipe to Elbow 69.40 6-J 9 PT 1 ** 2. Weld leg length verification Elbow to Pipe J. 3,4 required Outage 2-9. rp1278-0303a-46-58 212 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-CHL-1A1 (Contd) F2. 10 F-6 9PR-A VT-3 1 *. 2. H-2.4 Pipe 3,4 Restraint F2. 10 F-6 9PR-B VT-3 1* 1 ** 2. H-2.3 Pipe 3,4 Restraint F2. 10 F-6 9PR-C VT-3 1 *. 2. H-2.2 Pipe 3,4 Restraint 69.40 6-J 10 PT Pipe to Elbow 69.40 B-J 11 PT Elbow to Pipe 69.40 6-J 12 PT Pipe to Elbow 69.40 6-J 13 PT 1 *. 2. We1d leg length verification Elbow to Pipe 3,4 required Outage 2-4. F3. 10 F-C 13PR VT-3 2,3,4 H-2.1 spring. F3.50 F-C Pipe VT-4 2,3,4 Restraint 69.40 6-J 13A PT Pipe to Elbow 69.40 B-J 138 PT Elbow to Elbow 89.40 B-J 14 PT E1bow to Valve CK2114 69.40 B-J 15 PT Valve CK2114 to Pipe rp1278-0303a-46-58 213 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) InsE:!ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No . Cata:t Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-CHL-lAl (Contd) 89.21 8-J 17 PT 1 *. 2. Pipe to 3,4 Nozzle CVC-2-CHL-1A2 (See A!;!E:!endix A, ISO A-29l CC-5-2" 89.40 8-J PT Valve CK2112 to Pipe. 89.40 8-J lA 1 PT Pipe to Valve MV2198 89.40 8-J lA PT Valve MV2198 to Pipe F2. 10 F-B lA-PR VT-3 1 *. 2. H-2.8 Pipe 3,4 Restraint 89.40 B-J 18 PT 1*.2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-4. 89.40 B-J 2 PT Elt>ow to Pipe 89.40 8-J 3 PT Pipe to Elbow 89.40 B-J 4 PT 1 ** 2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-6. 89.40 8-J 5 PT Pipe to Tee l rp1278-0303a-46-58 214 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years Outa es 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Item No ~ Area ID Method 2 3 4 5 6 7 B 9 Remarks CVC-2-CHL-2A1 Multiple loop ML-30. (See AE!E!endix A, ISO A-302 CC-5-2" F2. 10 F-B lPR VT-3 1. 2,3, H-3. 1 Pipe 4 Restraint 89.40 B-J 1 PT 2*. 3. Weld leg length verification Valve CV2115 4 required Outage 3-1. to Pipe B9.40 B-J 2 PT 2,3, Weld leg length verification Pipe to Elbow 4 required Outage 2-4. 69.40 B-J 3 PT 1. I 2' Weld leg length verification Elbow to Pipe 3,4 required Outage 2-4. F2. 10 F-6 3PR VT-3 , ** 2. H-3.2 Pipe 3,4 Restraint 69.40 B-J 4 PT Pipe to Elbow 69.40 B-J 5 PT Elbow to Pipe 69.40 6-J 6 PT Pipe to Elbow 89.40 B-J 7 PT Elbow to Pipe F2. 10 F-B 7PR-A VT-3 1 *. 2. H-3.3 Pipe 3,4 Restraint F2. 10 F-B 7PR-B VT-3 1 *. 2. H-3.4 Pipe 3,4 Restraint l rpl27B-0303a-46-58 215 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAM I NA TI ON PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inseection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-213 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No cats~ Area ID Method 2 3 4 5 6 7 B 9 Remarks CVC-2-CHL-2A1 (Contd) F2. 10 F-8 7PR-C VT-3 2*,3, 1"' H-3.5 Pipe 4 Restraint 89.40 6-J 8 PT Pipe to Elbow 89.40 8-J 9 PT Elbow to Pipe F2.20 F-6 9PR VT-3 1 ** 2. H-3.6 Pipe 3,4 Restraint 89.40 8-J 10 PT , ** 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-4. 89.40 6-J 11 PT Elbow to Pipe 89.40 6-J 12 PT 2*,3, Weld leg length verification Pipe to Elbow 4 required Outage 3-1. 89.40 6-J 13 PT Elbow to Pipe F2. 10 F-6 13PR VT-3 1 *. 2. H-3.7 Pipe 3,4 Restraint 69.40 6-J 14 PT , ** 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-9. 69.40 6-J 15 PT Elbow to Pipe F2. 10 F-6 15PR VT-3 1*,2*, H-3.8 Pipe 3,4 Restraint 89.40 6-J 16 PT Pipe to Elbow 

                                                                                      ~

rp1278-0303a-46-58 216 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) lnsE?ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-CHL-2A1 (Contd) B9.40 B-J 17 PT Elbow to Pipe B9.40 B-J 18 PT Pipe to Elbow B9.40 8-J 19 PT Elbow to Pipe B9.40 8-J 20 PT 1 *. 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-4. 89.40 B-J 21 PT Elbow to Pipe F2. 10 F-B 21PR VT-3 1 ** 2. H-3.9 Pipe 3,4 Restraint 89.40 B-J 22 PT Pipe to Elbow B9.40 B-J 23 PT 2*. 3. Weld leg length verification Elbow to Pipe 4 required Outage 3-1. F2. 10 F-B 23PR-A VT-3 2*. 3. 1. H-3. 10 Pipe 4 Restraint F2. 10 F-8 23PR-B VT-3 2*,3, 1. H-3. 11 Pipe 4 Restraint F2 .. 10 F-B 23PR-C VT-3 2*,3, 1. H-3.12 Pipe 4 Restraint F2. 10 F-B 23PR-D VT-3 2*,3, 1* H-3. 13 Pipe 4 Restraint B9.40 B-J 24 PT Pipe to Elbow .l. rp1278-0303a-46-58 217 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inseection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No cata:i: Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-CHL-2A1 (Contd) 69.40 B-J 25 PT Inaccessible. Elbow to Pipe 69.40 6-J 26 PT Pipe to Elbow 69.40 6-J 27 PT Elbow to Pipe F2. 10 F-B 27PR-A VT-3 1 ** 2*. H-3. 14 Pipe 3,4 Restraint F2. 10 F-B 27PR-B VT-3 1 ** 2. H-3. 15 Pipe 3,4 Restraint 69.40 6-J 28 PT 1. VT done in Outage per Pipe to Elbow 1971 code. 69.40 B-J 29 PT 1. VT done in Outage per Elbow to Pipe 1971 code. 69.40 B-J 30 PT 1. VT done in Outage 1 per Pipe to Elbow 1971 code. 69.40 B-J 31 PT 1. VT done in Outage 1 per Elbow to Pipe 1971 code. F2. 10 F-6 31PR-A VT-3 1 ** 2. H-3. 16 Pipe 3,4 Restraint 69.40 B-J 32 PT 1. VT done in Outage 1 per Pipe to Elbow 1971 code. 69.40 6-J 33 PT 1. VT done in Outage 1 per Elbow to Pipe 1971 code. 69.40 B-J 34 PT Pipe to Elbow l. rp1278-0303a-46-58 218 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-CHL-2A1 (Contd) 89.40 8-J 35 PT Elbow to Pipe F2. 10 F-8 35PR VT-3 1 ** 2. H-3. 17 Pipe 3,4 Restraint 89.40 8-J 36 PT 1. Pipe to Elbow 89.40 B-J 37 PT Elbow to Pipe 89.40 B-J 38 PT 1. VT done in Outage per 89.40 B-J Pipe to Elbow 39 Elbow to Pipe PT , . 1971 code. VT done in Outage 1971 code. per F2. 10 F-B 39PR-1 VT-3 2,3, 1. H-3. 18 F-4 F-C Pipe Restraint 4 F3. 10 F-C 3.9PR-2 VT-3 1. H-3. 19 spring. F3.50 F-C Pipe Restraint VT-4 89.40 B-J 40 PT 89.40 8-J Pipe to Elbow 41 Elbow to Pipe PT , . VT done in Outage 1 per 1971 code. 89.40 8-J 42 PT 1* VT done in Outage per Pipe to Elbow 1971 code. 89.40 B-J 43 PT 1. 1 *. 2. VT done in Outage 1 per Elbow to Pipe 3,4 1971 code. Weld leg length verification required Outage 2-9. 89.40 8-J 44 PT 1* VT done in Outage 1 per Pipe to Elbow 1971 code. rp1278-0303a-46-5B 219 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL ANO VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area IO Method 2 3 4 5 6 7 8 9 Remarks CVC-2-CHL-2A 1 (Contd) 09.40 B-J 45 PT 1. VT done in Outage f per Elbow to Pipe 1971 code. 09.40 B-J 46 PT 1 *. 2*,3, Weld leg length verification Pipe to 4 required Outage 3-3. Valve CK2116 PCS-2-CHL-2A1 (See Appendix A, ISO A-302 CC-5-2" 09.40 8-J 47 PT 1*,2, This line is a continuation Va 1 ve .CK2 1 16 3,4 of CVC-2-CHL-2A1. Unable to to Pipe UT-socket weld. Weld leg length verification required Outage 2-9. BS. 140 B-F 48 PT 2. 3. 1* 82-09 Pipe to UT 4 1. Nozzle CVC-2-LDD-281 (See Appendix A, ISO A-38) CC-3-2" 09.21 B-J PT Tee to Reducer CVC-2-LDL-281 This line is a continuation (See Appendix A, of PCS-2-LDL-281. ISOs A-20 & A-38) CC-3-2" 09.40 B-J 18 PT Valve 106CVC to Pipe rp1278-0303a-46-58 220 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No cat a~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-LDL-261 (Contd) F2. 10 F-B 18PR VT-3 1*.2. H-2.0 Pipe 3,4 Restraint 89.40 6-J 19 PT 1. VT done in Outage 1 per Pipe to 1971 code. Valve CV2001 89.40 8-J 20 PT Valve CV2001 to Elbow F3. 10 F-C 20PR VT-3 1. 2,3, H-2. 1 spring. F3.50 F-C Pipe VT-4 4 Restraint 69.40 8-J 21 PT Elbow to Pipe 89.40 6-J 22 PT Pipe to Elbow 89.40 8-J 23 PT 1 *. 2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-9. 69.40 6-J 24. PT 1 *. 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-9. 69.40 8-J 25 PT 1 *. 2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-9. F2. 10 F-8 25PR VT-3 1 ** 2. H-2*. 2 Pipe 3,4 Restraint 69.40 6-J 26 PT 2* 1 *. 2. Weld leg length verification _Pipe to Elbow 3,4 required Outage 2-9. 69.40 8-J 27 PT 2* Elbow to Pipe 69.40 6-J 28 PT 2* Pipe to Elbow rp1278-0303a-46-5B 221 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sac XI Sac XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-LDL-261 (Contd) B9.40 B-J 29 PT 2*,3, Weld leg length verificati_on Elbow to Pipe 4 required Outage 3-3. B9.40 B-J 30 PT 2*,3, Weld leg length verification Pipe to Elbow 4 required Outage 3-3. B9.21 B-J 31 PT 2* '3' Weld leg length verification Elbow to Pipe 4 required Outage 3-3. F2. 10 F-B 31PR VT-3 1 *' 2' H-2.5 Pipe 3,4 Restraint B9.40 B-J 32 PT Pipe to Elbow B9.40 B-J 33 PT 2* Elbow to Pipe F2. 10 F-B 33PR-1 VT-3 1 *' 2' H-2.3 Pipe 3,4 Restraint F2. 10 F-B 33PR-2 VT-3 1 *. 2. H-2.4 Pipe 3,4 Restraint B9.40 B-J 34 PT Pipe to Elbow B9.40 B-J 35 PT 2 Weld leg length verification Elbow to Pipe required Outage 2-4. B9.40 B-J 36 PT 2 Weld leg length verification Pipe to Elbow required Outage 2-4. B9.40 B-J 37 PT 

                 -Elbow to Tee B9.40     B-J     38             PT Tee to Reducer rp1278-0303a-46-58                                                 222                                                      Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catay Area ID Method 2 3 4 5 6 7 B 9 Remarks CVC-2.5-LDL-261 (See Appendix A, ISO A-38) CC-3-2.5" 69.21 6-J 39 PT Reducer to Nozzle CVC-2.5-LDL-2B2 (See Appendix A, ISO A-39) CC-3-2.5" 89.21 6-J PT Nozzle to Reducer 89.21 6-J 2 PT Reducer to Pipe CVC-2-LDL-2B2 (See Append ix A, ISO A-39) CC-3-2" 69.40 6-J 3 PT Pipe to El.bow 69.40 6-J 4 PT Elbow to Pipe 89.40 6-J 5 PT Pipe to Elbow 89.40 6-J 6 PT Elbow to Pipe 69.40 6-J 7 PT Pipe to Elbow rp1278-0303a-46-58 223 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Ins!:!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es I tern No Cate'.!'. Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-LDL-262 (Contd) 69.40 6-J 8 PT Elbow to Pipe F2. 10 F-6 BPR VT-3 1* 2. 3. H-1. 1 Pipe 4 Restraint 89.40 6-J 9 PT 2,3, Weld leg length verification Pipe to Elbow 4 required Outage 2-4. 89.40 6-J 10 PT 2,3, Weld leg length verification Elbow to Pipe 4 required Outage 2-4. 89.40 B-J 11 PT Pipe to Elbow F2. 10 F-6 11PR VT-3 2*,3,4 H-1. 2 Pipe Restraint 69.40 6-J 12 PT Elbow to Pipe 69.40 6-J 13 PT Pipe to Elbow F2. 10 F-6 13PR VT-3 2*,3, 1. H-1. 3 Pipe 4 Restraint 69.40 6-J 14* PT Elbow to Pipe 69.40 B-J 15 PT Pipe to Elbow 69.40 B-J 16 PT Elbow to Pipe 89.40 B-J 17 PT 2,3,4 Weld leg length verification Pipe to Elbow required Outage 2-4. rp1278-0303a-46-58 224 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No cataic Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-LDL-282 (Contd) 69.40 6-J 18 PT 2,3,4 Weld leg length verification Elbow to Pipe required Outage 2-4. F2. 10 F-8 18PR VT-3 1* 2. 3. H-1 .4 Pipe 4 Restraint 89.40 8-J 19 PT Pipe to Pipe F2. 10 F-8 19PR VT-3 1 *. 2. H-1. 5 Pipe 3,4 Restraint 610. 10 6-K-1 19PL1 PT 2*,3, 1* Pipe Lug 4 610. 10 8-K-1 19PL2 PT 3,4 1 *. 2 Pipe Lug 69.40 6-J 20 PT Pipe to Elbow F2. 10 F-6 20PR VT-3 1* 2. 3. H-1. 6 Pipe 4 Restraint 89.40 6-J 21 PT Elbow to Pipe F2. 10 F-8 21PR VT-3 1* 2. 3. H-1. 7 Pipe 4 Restraint 69.40 8-J 22 PT Pipe to Elbow 89.40 8-J 23 PT 1 *. 2, Weld leg length verification Elbow to Pipe 3,4 required Outage 2-9. 89.40 6-J 24 PT 1 *. 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-9. rp1278-0303a-46-58 225 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:L Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-LDL-262 (Contd) B9.40 B-J 25 PT Elbow to Pipe B9.40 B-J 26 PT Pipe to Elbow 89.40 8-J 27 PT Elbow to Pipe F2. 10 F-B 27PR-1 Pipe VT-3 2*,3, 4 1

  • H-1 .8 Restraint F2. 10 F-B 27PR-2 Pipe VT-3 4

2*,3, 1

  • H-1 .9 Restraint 89.40 8-J 28 PT , * '2' Weld leg length verification Pipe to Tee 3,4 required Outage 2-9.

89.40 B-J 29 PT 1 *. 2' Weld leg length verification Tee to Pipe 3,4 required Outage 2-9. F2. 10 F-B 29PR VT-3 1* 2, 3, H-1. 10 Pipe 4 Restraint 89.40 8-J 30 PT Pipe to Tee 89.40 8-J 31 PT Tee to Pipe F2. 10 F-B 31PR VT-3 2*,3, H-1. 11 Pipe 4 Restraint 89.40 B-J 32 PT Pipe to Tee rp1278-0303a-46-58 226 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks CVC-2-LDL-282 (Contd) F3. 10 F-C 32PR VT-3 2,3,4 F3.50 F-C Pipe Restraint VT-4 2,3,4 89.40 8-J 33 PT Tee to Valve CV2225 89.40 8-J 34 PT Valve CV2225 to Elbow F2. 10 F-8 34PR VT-3 2*. 3. 1"' H-1. 13 Pipe 4 Restraint 89.40 8-J 35 PT 2,3, Weld leg length verification Elbow to 4 required Outage 2-6. Reducer 89.40 8-J 36 PT 2,3, Weld leg length verification Reducer to 4 required Outage 2-6. Valve CV2002 eve CVC-2-LDL-283 (See Appendix A, ISO A-39) CC-3-2" 89.40 8-J PT Tee to Reducer 89.40 8-J 2 PT 2,3, Weld leg length verification Reducer to 4 required Outage 2-4. Valve CV2003 eve rp1278-0303a-46-58 227 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 *9 Remarks CVC-2-LDL-284 (See Appendix A, ISO A-39) CC-3-2" 89.40 8-J PT Tee to Reducer 89.40 B-J 2 PT 2,3, Weld leg length verification Reducer to 4 required Outage 2-4. Valve CV2004 eve CVC-2-LDL-285 (See Appendix A, ISO A-39) CC-3-2" 69.40 B-J PT Tee to Reducer 89.40 B-J 2 PT 2,3, Weld leg length verification Reducer to 4 required Outage 2-6. Valve CV2005 eve rp1278-0303a-46-58 228 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAM I NA TI ON PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) InsQect1on Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nat1on Exam Out a es Item No Cata:t Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-PSS-1P1 

                 ~See AQ[!end1x A, ISO A-31)

CC-5-2" 69.40 B-J PT 1 .... 2. Weld leg length ver1fication Valve CV2117 3,4 requ1red Outage 2-9. to Elbow 69.40 6-J 2 PT 1 *. 2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-4. 69.40 B-J 3 PT 2*,3, 1* Weld leg length verification Pipe to Elbow 4 required Outage 3-1. 69.40 B-J 4 PT 1*.2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-4. F3. 10 F-C 4PR-A VT-3 1 ** 2. H-4.28 P1pe 3,4 Restraint F3. 10 F-C 4PR-B VT-3 2,3, H-4.27 P1pe 4 Restraint 69.40 6-J 5 PT P1pe to Elbow 69.40 6-J 6 PT 1*.2' Weld leg length ver1fication Elbow to Pipe 3,4 required Outage 2-6. F3. 10 F-C 6PR-A VT-3 2 ,3. H-4.26 P1pe 4 Restra1nt F3. 10 F-C 6PR-B VT-3 2*,3, 1. 1* H-4.25 Pipe 4 Restraint F3. 10 F-C 6PR-C VT-3 1* 1 *. 2. H-4.24 Pipe 3,4 Restraint rp0179-0304a-46-58 229 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Ins[;!ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 B 9 Remarks CVC-2-PSS-lPl (Contd) 89.40 8-J 7 PT Pipe to Elbow 89.40 8-J B PT Elbow to Pipe F3. 10 F-C BPR VT-3 1 * '2. H-4.23 Pipe 3,4 Restraint 89.40 B-J 9 PT Pipe to Elbow 89.40 8-J 10 PT 1 ** 2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-9. 89.40 8-J 11 PT Pipe to Elbow 89.40 B-J 12 PT Elbow to Pipe F3. 10 F-C 12PR-A VT-3 2*. 3. 1* H-4.22 Pipe 4 Restraint F3. 10 F-C 12PR-B VT-3 2*. 3. 1* H-4.21 Pipe 4 Restraint 89.40 B-J 13" PT Pipe to Elbow 89.40 B-J 14 PT 1 ** 2' Weld leg length verification Elbow to Pipe 3,4 required Outage 2-9. 89.40 B-J 15 PT 1*.2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-4. 89.40 B-J 16 PT Elbow to Pipe rp0179-0304a-46-58 230 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND.VOLUME CONTROL SYSTEM (Contd) Inseection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No catei'. Area IO Method 2 3 4 5 6 7 8 9 Remarks CVC-2-PSS-1P1 (Contd) 89.40 8-J 17 PT Pipe to Elbow 89.40 8-J 18 PT Elbow to Pipe 89.40 8-J 19 PT 2*,3, Weld leg length verification Pipe to Elbow 4 required Outage 3-1. 89.40 8-J 20 PT Elbow to Pipe F2.20 F-8 20PR-A VT-3 1*.2, H-4.20 Pipe 3,4 Restraint F2.20 F-8 20PR-8 VT-3 2,3, 1. H-4. 19 Pipe 4 Restraint F2.20 F-8 20PR-C VT-3 2,3, H-4. 18 Pipe 4 Restraint 89.40 8-J 21 PT Pipe to Elbow 89.40 8-J 22 PT Elbow to Pipe 89.40 8-J 22A PT 1*.2. Weld leg length verification Pipe to Pipe 3,4 required Outage 2-9. 89.40 8-J 23 PT 1 *. 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-9. 89.40 8-J 24 PT Elbow to Pipe F3. 10 F-C 24PR-A VT-3 1 *. 2. H-4.17 Pipe 3,4 Restraint rp0179-0304a-46-58 231 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata:t Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-PSS-1P1 (Contd) F3. 10 F-C 24PR-8 VT-3 1. 2,3, H-4. 16 Pipe 4 Restraint 89.40 8-J 25 PT , ** 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-4. 89.40 8-J 26 PT Elbow to Pipe F3. 10 F-C 26PR VT-3 1 ** 2. H-4. 15 Pipe 3,4 Restraint B9.40 8-J 27 PT Pipe to Elbow 89.40 B-J 28 PT 2*,3, Weld leg length verification Elbow to Pipe 4 required Outage 3-1. 89.40 8-J 29 PT Pipe to Elbow 89.40 8-J 30 PT 1 ** 2. Weld leg length verification Elbow to Pipe 3,4 required Outage 2-9. 89.40 8-J 31 PT Pipe to Elbow B9.40 8-J 32 PT Elbow to Pipe F3. 10 F-C 32PR-A VT-3 2*,3, 1. H-4. 14 Pipe 4 Restraint F3. 10 F-C 32PR-B VT-3 1. , ** 2. H-4. 13 Pipe 3,4 Restraint F3. 10 F-C 32PR-C VT-3 2,3, 1. H-4. 12 Pipe 4 Restraint rp0179-0304a-46-58 232 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-PSS-1P1 (Contd) F3. 10 F-C 32PR-D VT-3 2*,3, 1. H-4.11 Pipe 4 Restraint F3. 10 F-C 32PR-E VT-3 1 *. 2. H-4. 10 Pipe 3,4 Restraint F3. 10 F-C 32PR-F VT-3 2*,3, Pipe 4 1

  • H-4.9 Restraint B9.40 B-J 33 PT 1. VT done in Outage 1 per Pipe to Elbow 1971 code.

B9.40 B-J 34 PT 1. VT done in Outage 1 per Elbow to Pipe 1971 code. 99.40 B-J 35 PT Pipe to Elbow B9.40 B-J 36 PT Elbow to Pipe B9.40 B-J 37 PT Pipe to Elbow B9.40 B-J 38 PT Elbow to Pipe B9.40 B-J 39 PT 1. VT done in Outage 1 per Pipe to Elbow 1971 code. B9.40 B-J 40 PT 1. VT done in Outage 1 per Elbow to Pipe 1971 code. F3. 10 F-C 40PR VT-3 1 ** 2. H-4.8 Pipe 3,4 Restraint B9.40 B-J 41 PT 1* VT done in Outage 1 per Pipe to Elbow 1971 code. rp0179-0304a-46-58 233 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-PSS-1P1 (Contd) 89.40 8-J 42 PT 1* VT done in Outage 1 per Elbow to Pipe 1971 code. F3. 10 F-C 42PR-A VT-3 2*,3, 1

  • H-4.7 Pipe 4 Restraint F3. 10 F-C 42PR-8 VT-3 2,3, H-4.6 Pipe 4 Restraint 89.40 8-J 43 PT 1. VT done in Outage per Pipe to Elbow 1971 code.

89.40 B-J 44 PT ,.. VT done in Outage per Elbow to Pipe 1971 code. F3. 10 F-C 44PR-A VT-3 1* 1 *' 2. H-4.5 Pipe 3,4 Restraint F3. 10 F-C 44PR-B VT-3 2. 3. 1* H-4.4 Pipe 4 Restraint 89.40 B-J 45 PT 2* '3' Weld leg length verification Pipe to Elbow 4 required Outage 3-1. 89.40 B-J 46 PT Elbow to Pipe 89.40 B-J 47 PT Pipe to Elbow 89.40 B-J 48 PT Elbow to Pipe 89.40 8-J 49 PT , ** 2. Weld leg length verification Pipe to Elbow 3,4 required Outage 2-4. 89.40 8-J 50 PT Elbow to Pipe rp0179-0304a-46-58 234 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PIPING CHEMICAL AND VOLUME CONTROL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks CVC-2-PSS-1P1 (Contd) F3. 10 F-C 50PR VT-3 1" 2"' I 1. H-4.3 Pipe 3,4 Restraint 89.40 8-J 51 PT Pipe to Elbow 89.40 8-J 52 PT Elbow to Pipe F3. 10 F-C 52PR-A VT-3 , * '2' H-4.2 Pipe 3,4 Restraint F3. 10 F-C 52PR-B VT-3 1 ** 2. H-4. 1 Pipe 3,4 Restraint 89.40 8-J 53 PT Pipe to Valve CK2118 PCS-2-PSS-1P1 This line is a continuation (See Appendix A, of CVC-2-PSS-1P1. ISO A-31) CC-5-2" 89.40 8-J 54 PT 2"' '3' ,* 2,3, Weld leg length verification Valve CK2118 4 4 required Outage 2-7. to" Pipe 89.40 8-J 55 PT 2"' '3. 2,3, Weld leg length verification Pipe to 4 4 required Outage 2-7. Reducer UT 2" pipe between weld(s) 54 and 55 per A-NL-89-48. rp0179-0304a-46-58 235 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 1A Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks PUMP BOLTING 

                 ~See A(2E:!endix A, ISO A-322 86.200    B-G-1   1A-1BT-N-1        VT-1                       1.' 2'                                          Examined in place.

Through 16 - 3,4 On Pump Closure Nuts

86. 180 B-G-1 1A-1BT-S-1 Through 16 - UT 1*'2, On Pump 3,4 Closure Studs 1A-1BT-S-1 VT-1 1'"

Through 16 Pump Closure Studs 1A-1BT-N-1 VT-1 ,. Through 16 Pump Closure Nuts

86. 190 B-G-1 1A-L1 VT-1 1* Examine i f connection is Ligaments disassembled.

Flange Surface 87.60 B-G-2 1A-2BT-B-1 VT-1 1* 1* 1 .. '2' Examine al 1 16 bolts. Through 16 3,4 Pump Seal Bolts 87.60 B-G-2 1A-2BT-W-1 VT-1 1. 1 *' 2' Examine al 1 16 washers. Through 16 3,4 Pump Seal Washers rp0179-0304a-46-58 236 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 1A (Contd) Inspection Interval ASME ASME 0 - 3*-113 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks PUMP SUPPORTS (See Appendix A, ISO A-32) B10.20 B-K-1 1A-S-A PT 1. 2I I Welded Pump 3,4 Support Bl0.20 B-K-1 1A-S-B PT 1., 2. Welded Pump 3,4 Support B10.20 B-K-1 1A-S-C PT 1 ** 2. Welded Pump 3,4 Support B10.20 B-K-1 1A-S-D PT 1 ** 2. Welded Pump 3,4 Support F2.20 F-B 1A-2SS VT-3 1* Pump Support Structure PUMP CASING (See Appendix A, ISO A-32) Bl 2. 10 B-L-1 lA-02 RT Relief requested. Pump Casing Welds 812.20 B-L-2 1A-C VT-3 Pump casing internal Pump Casing surfaces to be examined if pump is disassembled for maintenance. FLYWHEEL PCS-72-RCL-1A UT (See Remarks) Examine in place during No 1 Flywheel each refueling outage as per Technical Specifica-tions. Two 52" flywheels to be examined if pump is disassembled for mainte-nance (VT-1). rp0179-0304a-46-5B 237 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 18 Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PUMP SOL TING (See Appendix A, ISO A-32)

86. 180 B-G-1 1B-1BT-S-1 UT 2,3, 1. Examined in place.

Through 16 - 4 On Pump Closure Studs 86.200 B-G-1 1B-1BT-N-1 VT-1 1., 2 ! Examined in place. Through 16 - 3,4 On Pump Closure Nuts

86. 190 B-G-1 18-Ll VT-1 1. Examine if connection Ligaments is dissassembled.

Flange Surface 87.60 B-G-2 1B-2BT-B-1 VT-1 1. 1 *2. Examine al 1 16 bolts. Through 16 3,4 Pump Seal Bolts 87.60 B-G-2 18-2BT-W-1 VT-1 1. 1 ** 2. Examine all 16 washers. Through 16 3,4 Pump Seal Washers PUMP SUPPORTS {See Appendix A, ISO A-32~ 810.20 8-K-1 18-S-A PT 2*,3, 1. Welded Pump 4 Support 810.20 8-K-1 18-S-B PT 2*,3, 1. Welded Pump 4 Support 810.20 8-K-1 18-S-C PT 2*,3, 1. Welded Pump 4 Support rp0179-0304a-46-58 238 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 18 (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es It em No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks PUMP SUPPORTS (Contd) 010.20 8-K-1 18-S-D PT 2*,3, 1. Welded Pump 4 Support F2.20 F-0 18-SS VT-3 2*,3, 1. Pump Support 4 Structure PUMP CASINGS (See Appendix A, ISO A-32) 012. 10 0-L-1 10-02 RT Relief requested. Pump Casing Welds 012.20 8-L-2 18-C VT-1 Pump casing internal Pump Casing surfaces to be examined if pump is disassembled for maintenance. FLYWHEEL PCS-72-RCL-10 UT (See Remarks) Examine in place during each No 1 Flywheel refueling outage as per Technical Specifications. Two 52" flywheels to be examined if pump is disassembled for mainte-nance (VT-1). rp0179-0304a-46-58 239 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAM! NA TI ON PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 2A InsE!ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cataz: Area ID Method 2 3 4 5 6 7 8 9 Remarks PUMP 80L TING 

                ~See AErnendi x A, ISO A-32~

86.200 B-G-1 2A-18T-N-1 VT-1 3,4 1* Examine in place. Through 16 - On Pump Closure Nuts

86. 180 B-G-1 2A-1BT-S-1 UT 3,4 Through 16 -

On Pump Closure Studs 2A-1BT-S-1 MT 2* Pump was disassembled for Through 16 - UT 2* i mpe 11 er replacement. Off Pump Closure Studs 2A-1BT-N-1 MT 2* Pump was disassembled for Through 16 - impeller replacement. Off Pump Closure Nuts 2A-1BT-S-1 VT-1 1*.2* Pump was disassembled for Through 16 impeller replacement. Pump Closure Studs 2A-18T-N-1 VT-1 2* Pump was disassembled for Through 16 impeller replacement. Pump Closure Nuts

86. 190 8-G-1 2A-L1 VT-1 2* Pump was disassembled for Ligaments impe 11 er replacement. Examine Flange Surface i f connection ; s disassembled.

87.60 8-G-2 2A-2BT-8-1 VT-1 1* 1 *. 2. Examine al 1 16 bolts. Through 16 3,4 Pump Seal Bolts rp0179-0304a-46-58 240 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 2A (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 B 9 Remarks PUMP 80L TI NG (Contd) 87.60 8-G-2 2A-28T-W-1 VT-1 1

  • 1*.2. Examine all 16 washers.

Through 16 3,4 Pump Seal Washers PUMP SUPPORTS 

                ~See Appendix A ISO A-32~

810.20 B-K-1 2A-S-A PT 2*,3, 1* Welded Pump 4 Support 810.20 8-K-1 2A-S-B PT 2*,3, l* Welded Pump 4 Support 810.20 8-K-1 2A-S-C PT 2* '3' 1* Welded Pump 4 Support 810.20 8-K-1 2A-S-D PT 2*,3, 1. Welded Pump 4 Support F2.20 F-8 2A-SS VT-3 1*,2* 1. Pump Support Structure 812. 10 8-L-1 2A-02 RT Relief requested. Pump Casing Welds 812.20 8-L-2 2A-C VT-3 2'" *A PT exam was also per-Pump Casing formed on the flow vanes when the pump was disas-sembled for replacement of the impeller. rp0179-0304a-46-58 241 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 2A (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks FLYWHEEL PCS-72-RCL-2A UT (See Remarks) Examine in place during each No 1 Flywheel refueling outage as per Technical Specifications. Two 52" flywheels to be examined if pump is disassembled for mainte-nance (VT-1). rp0179-0304a-46-58 242 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 28 Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks PUMP 80L TING (See Appendix A, ISO A-32) 86.200 8-G-1 28-18T-N-1 VT-1 1!j<!2 I Examine in place. VT done Through 16 - 3,4 in Outage 3 per 1971 code. Pump Closure Nuts

86. 180 8-G-1 2B-1BT-S-1 UT 2,3, Through 16 - 4 Pump Closure Studs
86. 190 8-G-1 28-Ll VT-1 Examine i f connection Ligaments is disassembled.

Flange Surface 87.60 8-G-2 2B-2BT-B-1 VT-1 1* 1 .... 2, Examine al 1 16 bolts. Through 16 3,4 Pump Seal Bolts 87.60 8-G-2 2B-2BT-W-1 VT-1 1* 1. '2' Examine a 11 16 washers. Through 16 3,4 Pump Seal Washers PUMP SUPPORTS 

                 ~See AE112end ix A ISO A-32) 810.20   B-K-1   2B-S-A             PT                                                                   1 .... 2.

Welded Pump 3,4 Support Bl0.20 8-K-1 28-S-8 PT 1 .... 2. Welded Pump 3,4 Support Bl0.20 B-K-1 28-S-C PT 1 .... 2. Welded Pump 3,4 Support rp0179-0304a-46-58 243 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 PUMPS PRIMARY COOLANT PUMP NO 2B (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area IO Method 2 3 4 5 6 7 B 9 Remarks PUMP SUPPORTS (Contd) 610.20 B-K-1 2B-S-D PT , ... I 2, Welded Pump 3,4 Support F2.20 F-B 2B-SS VT-3 ,... Pump Support Structure PUMP CASINGS (See Appendix A, ISO A-32) Bl 2. 10 B-L-1 26-02 RT Relief requested. Pump Casing Welds 612.20 B-L-2 2B-C VT-3 Pump casing internal Pump Casing surfaces to be examined if pump is disassembled for maintenance . 

                . FLYWHEEL PCS-72-RCL-2B  UT     (See Remarks)                                                         Examine in place during each No 1 Flywheel                                                                               refueling outage as per Technical Specifications.

Two 52" flywheels to be examined if pump is disassembled for mainte-nance. rp0179-0304a-46-58 244 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VALVES VALVES Inspection Interval ASME ASME 0 1/3 Years 3~1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks 12" WALWORTH CHECK VALVES One valve in this group to be examined during the GROUP 1 interval. The choice depends on maintenance requirements. 912.50 9-M-2 CK3101 VT-3 (See Remarks) (See Appendix A, ISO A-7) B12.50 9-M-2 CK3102 VT-3 (See Remarks) (See Appendix A, ISO A-7) 912.50 9-M-2 CK3116 VT-3 (See Remarks) 1* (See 1 ** 2* Appendix A, ISO A-8) 912.50 9-M-2 CK3117 VT-3 (See Remarks) 1"' (See Appendix A, ISO A-8) 912.50 9-M-2 CK3131 VT-3 (See Remarks) (See Appendix A, ISO A-9) 912.50 9-M-2 CK3132 VT-3 (See Remarks) cs8e Appendix A' ISO A-9) 912.50 9-M-2 CK3146 VT-3 (See Remarks) 1* (See Appendix A, ISO A-10) 912.50 9-M-2 CK3147 VT-3 (See Remarks) 1"' (See Appendix A, ISO A-10) rp0179-0304a-46-58 245 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN 

                                                      . CLASS 1 VALVES VALVES (Contd)

Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks 6" WALWORTH CHECK VALVES One valve in this group to be examined during the GROUP 2 interval. The choice depends on maintenance 812.50 8-M-2 CK3103 (See VT-3 (See Remarks) ., requirements. Appendix A, ISO A-21) 812.50 8-M-2 CK311B VT-3 (See Remarks) 1. (See Appendix A, ISO A-22) 812.50 8-M-2 CK3133 VT-3 (See Remarks) ,. (See 1. Appendix A, ISO A-23) 812.50 8-M-2 CK3148 VT-3 (See Remarks) 1. (See Appendix A, ISO A-24) rp0179-0304a-46-58 246 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VALVES VALVES (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es I tern No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks 6" VELAN GLOBE VALVES GROUP 3 M03008 VT-1 (See Remarks) Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-21) M03010 VT-1 (See Remarks) Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-22) M03012 VT-1 (See Remarks) Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-23) M03014 VT-1 (See Remarks) Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-24) 12" VE LAN GATE VALVES One valve in this group to be examined during the GROUP 4 interval. The choice depends on maintenance requirements. 812.40 B-M-2 M03015 UT (See Remarks) 812.40 B-M-2 M03016 UT (See Remarks) 1. Valve body welds. 1. 812.50 B-M-2 M03015 VT-3 (See Remarks) (See 1* Appendix A, ISO A-6) 812.50 B-M-2 M03016 VT-3 (See Remarks) 1. (See Appendix A, ISO A-6) rp0179-0304a-46-58 247 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VALVES VALVES (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks 12" WALWORTH GATE VALVES GROUP 5 M03041 VT-1 Exempt' Reclassified as Class 2 (See (See Remarks) valves in 1983. Appendix A, ISO A-7) M03045 VT-1 Exempt Reclassified as Class 2 (See (See Remarks) valves in 1983. Appendix A, ISO A-8) M03049 VT-1 Exempt Reclassified as Class 2 (See (See Remarks) valves in 1983. Appendix A, ISO A-9) M03052 VT-1 Exempt Reclassified as Class 2 (See (See Remarks) valves in 1983. Appendix A, ISO A-10) rp0179-0304a-46-58 . 248 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VALVES VALVES (Contd) lns[:!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat Eli'. Area ID Method 2 3 4 5 6 7 8 9 Remarks 12" WALWORTH CHECK VALVES 16 studs and 32 nuts for Group 1 valves. GROUP 1 B7.70 B-G-2 CK3101 - BT VT-1 1*.2. (See 3,4 Appendix A' ISO A-7) B7.70 B-G-2 CK3102 - BT VT-1 2*,3, 1* (See 4 Appendix A, ISO A-7) B7.70 B-G-2 CK3116 - BT VT-1 1"' 1"'. 2. (See 3,4 Appendix A, ISO A-8) B7.70 B-G-2 CK3117 - BT VT-1 1 ** 2. (See 3,4 Appendix A, ISO A-8) B7.70 B-G-2 CK3131 - BT VT-1 1"'. 2. (See 3,4 Appendix A, ISO A-9) B7.70 B-G-2 CK3132 - BT VT-1 2*. 3. 1* (See 4 Appendix A, ISO A-9) B7.70 B-G-2 CK3146 - BT VT-1 2*. 3. 1"' (See 4 Appendix A, ISO A-10) B7.70 B-G-2 CK3147 - BT VT-1 2*,3, ,. (See 4 Appendix A, ISO A-10) rp0179-0304a-46-58 249 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VALVES VALVES (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks 6" WALWORTH CHECK VALVES 16 studs & 32 nuts for Group 2 valves. GROUP 2 67.70 B-G-2 CK3103 - BT VT-1 1 ... '2' (See 3,4 Appendix A, ISO A-21) 87.70 B-G-2 CK3118 - BT VT-1 2,3, 1* (See 4 Appendix A, ISO A-22) B7.70 B-G-2 CK3133 - BT VT-1 1*.2*' 1 * (See 3,4 Appendix A, ISO A-23) 87.70 B-G-2 CK3148 - BT VT-1 2*. 3. 1 * (See 4 Appendix A, ISO A-24) 6" VELAN GLOBE VALVES 12 studs & 12 nuts for Group 3 valves. GROUP 3 M03008 - BT VT-1 1* 1

  • Reclassified as Class 2 (See valves in 1983.

Appendix A, IS<! A-21) M03010 - BT VT-1 1* Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-22) M03012 - BT _VT-1 1* 1* Reclassified as Class 2 (See va 1 ves in 1983. Appendix A, ISO A-23) M03014 - BT VT-1 2* 1* Reclassified as Class 2 (See va 1 ves in 1983. Appendix A, ISO A-24) rp0179-0304a-46-42 250 Revision 4

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VALVES VALVES (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks 12" VELAN GATE VALVES 16 studs & 16 nuts for Group 4 valves. GROUP 4 B7.70 B-G-2 M03015 - BT VT-1 1*,2*, (See 3,4 Appendix A, ISO A-6) B7.70 B-G-2 M03016 - BT VT-1 2. 3. 1* (See 4 Appendix A, ISO A-6) 12" WALWORTH GATE VALVES B bolts & B nuts for Group 5 valves. GROUP 5 M03041 - BT VT-1 1"' 1* Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-7) M03045 - BT VT-1 1* Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-8) M03049 - BT VT-1 Reclassified as Class 2 (See  ; n 1983. Appendix A, ISO A-9) M03052 - BT VT-1 1. Reclassified as Class 2 (See valves in 1983. Appendix A, ISO A-10) rp0179-0304a-46-58 251 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VALVES VALVES (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata:i Area ID Method 2 3 4 5 6 7 8 9 Remarks GROUP 6 B7.70 B-G-2 CV1057 - BT VT-1 2' 3' (See 4 Appendix A, ISO A-15) B7.70 B-G-2 CV1059 - BT VT-1 2,3, (See 4 Appendix A, I SO A-14) B7.70 B-G-2 MV1172 - BT VT-1 2,3, (See 4 Appendix A, ISO A-15) B7.70 B-G-2 MVl 173 - BT VT-1 2,3, (See 4 Appendix A . ISO A-15) B7.70 B-G-2 MV1174 - BT VT-1 2,3, (See 4 Appendix A, I SO A-14) B7.70 B-G-2 MVl 175 - BT VT-1 2,3, (See 4 . Appendix A, ISO A-14) B7.70 B-G-2 CV2001 - BT VT-1 2' 3' (See 4 Appendix A, ISO A-20) B7.70 B-G-2 CV2002 - BT VT-1 2. 3. (See 4 Appendix A, ISO A-39) rp0179-0304a-46-58 252 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 1 VALVES VALVES (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks 12" WALWORTH GATE VALVES (Contd) B7.70 B-G-2 CV2113 - BT VT-1 2,3, (See 4 Appendix A, ISO A-29) B7.70 B-G-2 CV2115 - BT VT-1 2,3, (See 4 Appendix A, ISO A-30) B7.70 B-G-2 CV2117 - BT VT-1 2,3, (See 4 Appendix A, ISO A-31). B7.70 B-G-2 MV2198 - BT VT-1 2,3, (See 4 Appendix A, ISO A-29) B7.70 B-G-2 MV2225 - BT VT-1 2, 3' (See 4 Appendix A, ISO A-39) rp0179-0304a-46-58 253 Revision 5 

              *e PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS Inspection Interval ASME    ASME                             0 1/3 Years    3-1/3 2/3 Years    6-2/3 -   10 Years Sec XI  Sec XI      Examination     Exam                            Outa es Item No    Cat51:i:     Area ID      Method        2      3      4       5     6      7       8        9           Remarks T53A Concen-                                                                         Multiple Loop, ML-24.

trated Boric Exempt due to pressure and Acid Tank temperature per IWC-1220(b), (See ISO B-3) 83583. T53B Concen- Multiple Loop, ML-24. trated Boric Exempt due to pressure and Acid Tank temperature. IWC-1220(b), (See ISO B-3) 83S83. T-58 Exempt per IWC-1220(a), Saf et:i: Injec- 83S83. ti on and Re-fuel in51 Water Tank ~See A~~endix B, ISO B-146) T-102 Exempt per IWC-1220(b), Iodine Re- 83583. moval Na OH Tank ~See A1mendi x B, ISO B-148) T-103 Exempt per IWC-1220(b), Iodine Remov- 83S83. al Na OH Make-u~ Tank ~See A~~endix B, ISO B-148) T82A Multiple Loop, ML-6. Safety Injec- Exempt per IWC-1220(a), (See ISO B-5) 83S83. T82B Multiple Loop, ML-6. Safety Injec- Exempt per IWC-1220(a), ti on Tank 83S83. (See ISO B-5) T82C Multiple Loop, ML-6. Safety Injec- Exempt per IWC-1220(a), ti on Tank 83583. (See ISO B-5) rp0179-0305a-13-58 254 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks T82D Multiple Loop, ML-6. Safety Injec- Exempt per IWC-1220(a), t ion Tank 83S83. (See ISO B-5) F9 Exempt per IWC-1220(c), Boric Acid 83583 (Size< 4"). Filter (See ISO B-6) rp0179-0305a-13-58 255 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 1, E50A (See Appendix 8, ISO B-8) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks No 1, E50A Steam Genera- Multiple Loop, ML-8. tor (See ISO B-8) CIRCUMFERENTIAL WELDS Cl.20 C-A 1-4-952 UT Upper Head to

2. 3. 1* Examine 100% of weld length.

4 Dollar Plate Cl. 20 C-A 1-1-941 UT Upper Head to 2,3, 1

  • Examine 100% of weld length.

4 Upper Tube Sheet Cl. 10 C-A 1-3-951 UT Upper Tube 2' 3' Examine 100% of weld length. 4 Sheet to Tube Cone Sheet Cl. 10 C-A 1-4-951 UT 1*'2' Examined 20% of weld length Tube Cone 3,4 per 74S75 code. Sheet to Lower Tube Sheet Cl .30 C-A 1-3-943 UT Examine 100% of weld length. Tube Sheet to Extension Ring Cl. 10 C-A 1-10-943 UT Examine 100% of weld length. Lower Tube Sheet to Ex-tension Ring c 1. 10 C-A 1-13-943 UT 2,3, Examine 100% of weld length. Staywel 1 Cap 4 to Tube Sheet rp0179-0305a-13-58 256 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 1, E50A (See Appendix B, ISO B-8) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 ~ 6-2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks NOZZLE TO SHELL WELDS C2.20 C-B 1-4-959 UT 2,3, 1

  • Examine 100% of weld length Inlet Nozzle 4 and inner radius.

to Shell Weld PT 2' 3' at 00 4 C2.20 C-B 1-2-959 UT 2' 3' Examine 100% of weld length Upper Head 4 and inner radius. Dollar Plate 2,3, to Outlet PT 4 Nozzle Weld C2.21 C-B 1-5-959 UT Excluded per Category C-B. Manway to Shell PT C2.20 C-B 1-7-959 PT 2' 3' Emergency 4 Feedwater UT 2,3, Nozzle 4 C2.21 C-B 1-1-958 MT Excluded per Category C-B. Handhole rp0179-0305a-13-58 257 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 1, E50A (See Appendix 8, ISO 8-8) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat9z: Area ID Method 2 3 4 5 6 7 8 9 Remarks VESSEL SUPPORTS Upper Vessel Support - A C3. 10 c-c 1-2-968A MT 2. 3. 1

  • Support Weld 4 F3.30 F-C 1-2-968A-SS VT-3 2,3, 1
  • Support 4 Structure Upper Vessel Support - 8 C3. 10 c-c 1-2-9688 MT 2. 3.

Support Weld 4 F3.30 F-C 1-2-9688-SS VT-3 2. 3. Support 4 Structure F3.50 F-C 1-2-9688-S-1 VT-4 2. 3. 1-ss-2, Snubber #47. Snubber 4 Support Upper Vessel Support - c C3. 10 c-c 1-2-968C MT 2*. 3, Performed PT exam during 2-1. Support Weld 4 F3.30 F-C 1-2-968C-SS VT-3 2*,3, Support 4 Structure F3.50 F-C 1-2-968C-S-1 VT-4 2*,3, 1-ss-1, Snubber #46. Snubber 4 Support F3.50 F-C 1-2-968C-S-2 VT-4 2*,3, 1-SS-8, Snubber #53. Snubber 4 Support rp0179-0305a-13-58 258 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 1, E50A (See Appendix B, ISO B-8) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat!il~ Area ID Method 2 3 4 5 6 7 8 9 Remarks VESSEL SUPPORTS (Contd) Upper Vessel Support - D C3. 10 c-c 1-2-9680 MT 2' 3' 1

  • Support Weld 4 F3.30 F-C 1-2-9680-SS VT-3 2,3, 1
  • Support 4 Structure 1-2-9680-S-1 VT-4 1-SS-7, Snubber #52.

Snubber Support has been removed. Support Upper Vessel Support - E C3. 10 c-c 1-2-968E MT 2*,3, Performed PT exam during 2-1. Support Weld 4 F3.30 F-C 1-2-96BE-SS VT-3 2*,3, Support 4 Structure Upper Vessel Support - F C3. 10 c-c 1-2-968F MT 1

  • 2. 3.

Support Weld 4 F3.30 F-C 1-2-968F-SS VT-3 2,3, Support 4 Structure F3.50 F-C 1-2-96BF-S-1 VT-4 2. 3. l-SS-6, Snubber #51. Snubber 4 Support rp0179-0305a-13-5B 259 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 1, E50A (See Appendix B, ISO B-8) (Contd) Ins~ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat9~ Area ID Method 2 3 4 5 6 7 8 9 Remarks VESSEL SUPPORTS (Contd) Upper Vessel Support - G C3. 10 c-c 1-2-968G MT 2,3, 1* Support Weld 4 F3.30 F-C 1-2-968G-SS VT-3 2,3, 1* Support 4 Structure F3.50 F-C 1-2-968G-S-1 VT-4 2,3, 1* 1-SS-5, Snubber #50. Snubber 4 Support F3.50 F-C 1-2-968G-S-2 VT-4 2. 3. 1* 1-SS-4, Snubber #49. Snubber 4 Support Upper Vessel Support - H C3. 10 c-c 1-2-968H MT 2' 3. Support Weld 4 F3.30 F-C 1-2-968H-SS VT-3 2, 3. 

       '        Support                                                       4 Structure F3.50     F-C    1-2-968H-S-1   VT-4                                           2' 3.                        1-SS-3, Snubber #48.

Snubber 4 Support BOLTING 1-959-08BT VT 1* Does not exceed 2". Bolting & PT 1* Washers rp0179-0305a-13-58 260 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 2, E508 (See Appendix B, ISO B-8) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No. Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks No 2, E508 Multiple Loop, ML-8. Steam Generator (See ISO B-8) CIRCUMFERENTIAL WELDS c 1. 20 C-A 2-4-952 UT Examine 100% of weld length. Upper Head to Dollar Plate c 1. 20 C-A 2-1-941 UT Examine 100% of weld length. Upper Head to Upper Tube Sheet Cl. 10 C-A 2-3-951 UT Examine 100% of weld length. Upper Tube Sheet to Tube Cone Sheet Cl. 10 C-A 2-4-951 UT Examine 100% of weld length. Tube Cone Sheet to Lower Tube Sheet Cl .30 C-A 2-3-943 UT 2. 3. Examine 100% of weld length. Tube Sheet to 4 Extension Ring Cl. 10 C-A 2-10-943 UT 2,3, Examine 100% of weld length. Lower Tube 4 Sheet to Ex-tension Ring Cl. 10 C-A 2-13-943 UT Examine 100% of weld length. Staywell Cap to Tube Sheet rp0179-0305a-13-58 261 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 2, E50B (See Appendix B, ISO B-8) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No* Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks NOZZLE TO SHELL WELDS C2.20 C-B 2-4-959 PT 2,3,4 Examine 100% of weld length. Inlet Nozzle UT 2,3,4 to Shell Weld 0 at o C2.20 C-B 2-2-959 PT 2*,3, Examine 100% of weld length. Upper Head UT 4 Dollar Plate to Outlet Nozzle Weld C2.21 C-B 2-5-959 PT Excluded per Category C-B. Manway to UT Shel 1 C2.20 C-B 2-7-959 PT 2,3,4 Emergency UT 2,3,4 Feedwater C2.21 C-B 2-1-958 MT Excluded per Category C-B. Handhole VESSEL SUPPORTS Upper Vessel Support - A C3. 10 C-C 2-2-96BA MT 1* Support Weld F3.30 F-C 2-2-968A-SS VT-3 Support Structure Upper Vessel Support - 6 C3. 10 C-C 2-2-9686 MT Support Weld F3.30 F-C 2-2-9686-SS VT-3 Support Structure rp0179-0305a-13-58 262 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 2, E50B (See Appendix B, ISO B-8) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat al'. Area ID Method 2 3 4 5 6 7 8 9 Remarks VESSEL SUPPORTS (Contd) F3.50 F-C 2-2-9686-S-l VT-4 2-ss-2, Snubber #55. Snubber Support Upper Vessel Support - c C3. 10 c-c 2-2-968C MT Support Weld F3.30 f-C 2-2-968C-SS VT-3 Support Structure F3.50 F-C 2-2-968C-S-l VT-4 2-ss-1, Snubber #54. Snubber Support F3.50 F-C 2-2-968C-S-2 VT-4 2-SS-8, Snubber #61. Snubber Support Upper Vessel Support - D C3. 10 c-c 2-2-9680 MT Support Weld F3.30 f-C 2-2-9680-SS VT-3 Support Structure F3.50 F-C 2-2-9680-S-l VT-4 2-SS-7, Snubber #60. Snubber S!-Jpport Upper Vessel Support - E C3. 10 c-c 2-2-968E MT Support Weld F3.30 f-C 2-2-968E-SS VT-3 Support Structure rp0179-0305a-13-58 263 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 2, E50B (See Appendix B, ISO B-B) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata::.! Area ID Method 2 3 4 5 6 7 B 9 Remarks VESSEL SUPPORTS (Contd) Upper Vessel Support - F C3. 10 c-c 2-2-96BF MT Support Weld F3.30 F-C 2-2-96BF-SS VT-3 Support Structure F3.50 F-C 2-2-96BF-S-1 VT-4 2-SS-6, Snubber #59. Snubber Support Upper Vessel Support - G C3. 10 c-c 2-2-96BG MT Support Weld F3.30 F-C 2-2-96BG-SS VT-3 Support Structure F3.50 F-C 2-2-96BG-S-1 VT-4 2-SS-5, Snubber #58. Snubber Support F3.50 F-C 2-2-96BG-S-2 VT-4 2-SS-4, Snubber #57. Snubber Support Upper Vessel Support - H C3. 10 c-c 2-2-96BH MT Support Weld F3.30 F-C 2-2-96BH-SS VT-3 Support Structure F3.50 F-C 2-2-96BH-S-1 VT-4 2-SS-3, Snubber #56. Snubber Support rp0179-0305a-13-5B 264 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS STEAM GENERATOR NO 2, E50B (See Appendix B, ISO B-8) (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks BOLTING 2-959-0BBT Does not exceed 2". Bolting & Washers rp0179-0305a-13-58 265 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks E56A Exempt per IWC-1220(c), Regenerative 83S83. Heat Ex-changer (See ISO B-9) E56B Exempt IWC-1220(c), 83S83 Regenerative 4" and less nominal pipe Heat Ex- size. changer (See ISO B-9) rp0179-0305a-13-58 266 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS SHUTDOWN COOLING HEAT EXCHANGER E60A (See Appendix B, ISO B-11) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks E60A Multiple Loop, ML-9. Shutdown Cooling Heat Exchanger (See I SO B- 1 1 ) CIRCUMFERENTIAL WELDS CL 10 C-A 01 UT Examine 100% of weld length. Flange to Primary Shell C1. 30 C-A 02 UT Examine 100% of weld length. Primary Shell to Tube Sheet NOZZLE TO SHELL WELDS C2.21 C-B 03 UT 10" Primary PT Inlet Nozzle C2.21 C-B 04 UT 10" Primary PT Outlet Nozzle 48BT Does not exceed 2". 3/4" Studs rp0179-0306a-42-58 267 Revision 5 

                                                                        '9 PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 VESSELS SHUTDOWN COOLING HEAT EXCHANGER E60B (See Appendix B, ISO B-11)

Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks E60B Multiple Loop, ML-9. Shutdown Cooling Heat Exchanger (See ISO B-11) CIRCUMFERENTIAL WELDS Cl. 10 C-A 01 UT 2. 3. 1* Examine 100% of weld length. Flange to 4 Primary Shel 1 Cl. 30 C-A 02 UT 2,3, Examine 100% of weld length. Primary Shel 1 4 to Tube Sheet NOZZLE TO SHELL WELDS C2.21 C-B 03 UT 2,3, 1* 10" Primary PT 4 Inlet Nozzle C2.21 C-B 04 UT 1 O" Primary PT 2,3,4 1

  • 2,3,4 Outlet Nozzle 48BT Does not exceed 2".

3/4" Studs . rp0179-0306b-42-58 268 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-1S1 Multiple Loop, ML-1. (See Appendix B, See Table Dl. ISO B-19 & B-20A) EB-1-36" C5.21 C-F 201 PT 2 Nozzle to UT Elbow C5.21 C-F 202 PT Elbow to Pipe UT F2.40 F-B 202PR VT-3 2,3, 1* H-14 Pipe 4 Restraint C5.21 C-F 203 PT Pipe to Elbow UT C5.21 C-F 204 PT Elbow to Pipe UT F2.40 F-B 204PR VT-3 2*,3, H-14 Pipe 4 Restraint C5.21 C-F 205 PT Pipe to Elbow UT CS.21 C-F 206 PT Elbow to Pipe UT C3.20 c-c 206PL-1 PT 2,3, 1* Welded Pipe 4 Lug C3.20 c-c 206PL-2 PT 2,3, 1* Welded Pipe 4 Lug C3.20 c-c 206PL-3 PT 2,3, 1* Welded Pipe 4 Lug rp0179-0306d-42-58 269 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) lns12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat al! Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-lSl (Contd) C3.20 c-c 206PL-4 PT 2. 3. 1* Welded Pipe 4 Lug F2.40 F-B 206PR VT-3 2. 3. 1* H-15 Pipe 4 Restraint C5.21 C-F 207 PT 4 Pipe to Elbow UT C3.20 c-c 207PS PT 2*,3, 1* H-16 Pipe Support 4 F2. 10 F-B 207SS VT-3 2* '3' Support 4 Structure C5.21 C-F 208 UT 2* Elbow to Pipe RT 1* 209 Excluded by Category C-G. Pipe to Pipe CS.21 C-F 209A UT Pipe to Pene- PT tration No 3 C5.31 C-F 209/MSS PT 3 MSV-1S2 Branch Connection C5.31 C-F 209/MSS-B- PT 1* MSV-151 Branch Connection C5.21 C-F 210 RT 1* 2* '3. 1* 1* High energy pipe weld. Pipe to Elbow UT 4 PT rp0179-0306d-42-58 270 Revision 5 

                                                               ~-------------

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks MSS-36-MSL-1S1 (Contd) C3.20 c-c 210PL PT Pipe Lug/ Support F2. 10 F-B 210PIS VT-3 2,3, Not on Bechtel ISO. Support 4 Structure C5.21 C-F 211 PT 1* 1 *. 2. 1

  • High energy pipe weld.

Elbow to Pipe RT 3,4 UT C5.31 C-F 211/MSS PT 1* 4 RVR-lSl Branch Connection F2.40 F-B 211PR-A VT-3 2. 3. 1* Pipe 4 Restraint 1

  • H-27 C5.31 C-F 211/MSS PT RVR-1S2 Branch Connection F3.40 F-C 211PR-B VT-3 2. 3. 1*

Pipe 4 F3.50 F-C Restraint VT-4 2. 3. 1

  • H-18 4

C5.31 C-F 211/MSS PT RVR-1S3 Branch Connection C5.31 C-F 211/MSS PT RVR-1S4 Branch Connection rp0179-0306d-42-58 271 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL--151 (Contd) C5.31 C-F 211/MSS PT RVR-1S5 Branch Connection C5.31 C-F 211/MSS PT RVR-1S6 Branch Connection 211 A Pipe to Pipe F2.40 F-B 211APR-A VT-3 2*. 3. H-28 Pipe 4 Restraint C5.31 C-F 211A/MSS PT RVR-1S7 Branch Connection C5.31 C-F 211A/MSS PT RVR-1S8 Branch Connection C5.31 C-F 211A/MSS PT RVR-1S9 Branch Connection C5.31 C-F 211A/MSS PT 2 RVR-1S10 Branch Connection C5.31 C-F 21 lA/MSS PT RVR-1S11 Branch Connection rp0179-0306d-42-58 272 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-lSl (Contd) F2.40 F-B 211APR-B VT-3 2' H-29 Pipe 3,4 Restraint C5.31 C-F 211A/MSS RT RVR-1S12 UT 1* Branch Connection F3.40 F-C 211APR-C VT-3 1 * '2' H-19 F3.50 F-C Pipe VT-4 3,4 Restraint C5.21 C-F 212 RT 3 Pipe to Reducer 212/MSS Less than 4". MSL-1S2 Branch Connection MSS-30-MSL-lSl Multiple Loop, ML-1. 

                 ~See Appendix B,                                                                        SeeTableDl.

ISO B-20A~ EB-1-30" C5.21 C-F 213 RT 3 Reducer to PT Check Valve CV0501MS C5.21 C-F 214 RT Check Valve PT CV0501MS to Reducer rp0179-0306d-42-58 273 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI E>iamination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-1S1 Multiple Loop, ML-1. (See Appendix B, See Table E1. ISO B-19 & B-20A) EB-1-36" 215 Unclassified piping. Reducer to Pipe 215PR Unclassified piping. Pipe H-20 Restraint C5.21 C-F 216 RT 1

  • 1
  • 1"' 2,3, High energy pipe weld.

Pipe to Elbow PT 4 C5.21 C-F 217 Elbow to Pipe RT PT 1

  • 2*,3, 1
  • 1
  • High energy pipe weld.

4 MSS-36-MSL-2S1 Multiple Loop, ML-1. (See Appendix B, See Table D1. ISO B-19 & B-208) EB-1-36" C5.21 C-F 201 UT Nozzle to PT Elbow C5.21 C-F 202 UT Elbow to Pipe PT F3.40 F-C 202PR VT-3 2,3, H-1 F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 203 UT Pipe to Elbow PT C5.21 C-F 204 UT Elbow to Pipe PT rp0179-0306d-42-58 274 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS *2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-2S1 (Contd) F3.40 F-C 204PR VT-3 2. 3. H-1 F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 205 UT 2 Pipe to Elbow C5.21 C-F 206 UT 4 Elbow to Pipe C3.20 c-c 206PL-1 PT Welded Pipe Lug C3.20 c-c 206PL-2 PT Welded Pipe Lug C3.2D c-c 206PL-3 PT Welded Pipe Lug C3.20 c-c 206PL-4 PT Welded Pipe Lug F3.40 F-C 206PR VT-3 2. 3. H-2 F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 207 PT Pipe to Elbow UT C3.20 c-c 207PS PT 1 *. 2. H-3 Pipe Support 3,4 F2.30 F-B 207SS VT-3 2. 3. Support 4 Structure C5.21 C-F 208 PT Elbow to Pipe UT rp0179-0306d-42-58 275 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-2S1 (Contd) 209 Excluded. Pipe to Pipe C5.21 C-F 210 UT Pipe to Pene- PT tration No 2 C5.31 C-F 210/MSS-B- PT MSV-2S2 Branch Connection C5.31 C-F 210/MSS PT MSV-2S1 Branch Connection cs. 21 C-F 212 RT 1. 1*.2. 1* High energy pipe we1d. Pipe to Elbow 3,4 C3.20 c-c 212PL PT 1 *. 2. Welded Pipe 3,4 Lug/Support F2.30 F-B 212PLS VT-3 2,3, Not on Bechtel ISO. Support 4 Structure C5.21 C-F 213 RT 1* 1

  • 2,3, High energy pipe weld.

Elbow to Pipe 4 C5.31 C-F 213/MSS PT 3 RVR-2S1 Branch Connection F2.40 F-B 213PR-A VT-3 2,3, Examine both snubbers. Pipe 4 S-4 Restraint rp0179-0306d-42-58 276 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-2S1 (Contd) C5.31 C-F 213/MSS PT 1"' RVR-2S2 Branch Connection F3.40 F-C 213PR-B VT-3 2,3, H-5A F3.50 F-C Pipe VT-4 4 Restraint C5.31 C-F 213/MSS PT RVR-2S3 Branch Connection C5.31 C-F 213/MSS PT RVR-2S4 Branch Connection C5.31 C-F 213/MSS PT 4 RVR-2S5 Branch Connection C5.31 C-F 213/MSS PT RVR-2S6 Branch Connection C5.21 C-F 213A RT Pipe to Pipe PT F2.40 F-8 213APR-A. VT-3 1"'. 2. H-31 Pipe 3,4 Restraint C5.31 C-F 213A/MSS PT RVR-2S7 Branch Connection rp0179-0306d-42-58 277 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-36-MSL-251 (Contd) C5.31 C-F 213A/MSS PT RVR-258 Branch Connection C5.31 C-F 213A/MSS PT RVR-2S9 Branch Connection C5.31 C-F 213A/MSS PT RVR-2S10 Branch Connection C5.31 C-F 213A/MSS RT RVR-2Sl 1 UT 1* Branch PT Connection F2.40 F-B 213APR-B VT-3 2' 3' H-32 Pipe 4 Restraint C5.31 C-F 213A/MSS PT RVR-2S12 Branch Connection F3.40 F-C 213APR-C VT-3 2,3, H-6A F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 214 RT Pipe to Reducer 214/MSS Less than 4". MSL-2S2 Branch Connection rp0179-0306d-42-58 278 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-30-MSL-2S1 (Contd) Multiple Loop, ML-1. (See Appendix B, See Table DI. ISO B-206) EB-1-30" CS.21 C-F 215 RT Reducer to PT Check Valve CV0510MS CS.21 C-F 216 RT Check Valve PT CV0510MS to Reducer MSS-36-MSL-2S1 (Contd) Multiple Loop ML-1. (See Appendix B, See Tab 1 e D 1 . ISO B-19 & B-20) EB-1-36" 217 RT ,. Unclassified Piping. Reducer to Pipe 217PR H-7 Pipe Restraint CS.21 C-F 218 RT ,. ,. 1"' 2,3, High energy pipe weld. Pipe to Elbow PT 4 CS.21 C-F 219 RT 1* , * ! 2 I 1"' High energy pipe weld. Elbow to Pipe PT 3,4 rp0179-0306d-42-58 279 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-8-MSV-1S1 Multiple Loop, ML-3. (See Appendix B, See Table Dl. ISO B-21) EB-1-8" C5. 11 C-F 201 PT 3 Branch Con-nection to Pipe C5. 11 C-F 202 PT Pipe to Elbow C5. 11 C-F 203 PT Elbow to Elbow C5. 11 C-F 204 RT 1* Elbow to Pipe C5. 11 C-F 205 PT Pipe to Elbow C5. 11 C-F 206 PT Elbow to Pipe C5. 11 C-F 207 PT Pipe to Elbow C5. 11 C-F 208 PT Elbow to Pipe F3.40 F-C 208PR VT-3 2 3 I I H-57 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 209 PT 2* Pipe to Tee C5. 11 C-F 210 PT Tee to Pipe rp0179-0306d-42-58 280 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1 /3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-8-MSV-1S1 (Contd) F3.40 F-C 210PR-1 VT-3 2,3, H-57 .1 F3.50 F-C Pipe VT-4 4 Restraint F3.40 F-C 210PR-2 VT-3 2I 3 I Not on Bechtel ISO. F3.50 F-C Pipe VT-4 4 Restraint C3.20 c-c 210PL1-4 PT 3 Welded Pipe Lugs C5. 11 C-F 211 PT Pipe to Valve V102MS C5. 11 C-F 212 PT 2 Valve V102MS to Pipe C5. 11 C-F 213 PT Pipe to Valve V0779MS 213PR-1 H-57.2 Pipe Discovered in 1982. Restraint Removed 1987. MSS-8-MSV-1S2 Multiple Loop, ML-3. (See Appendix B, See Table D1. ISO B-21) EB-1-8" C5. 11 C-F 201 PT Branch Con-nection to Pipe C5. 11 C-F 202 PT 2 Pipe to Elbow rp0179-0306d-42-58 281 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Ins!;!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Catg:t Area ID Method 2 3 4 5 6 7 8 9 Remark.s MSS-8-MSV-1S2 (Contd) C5. 11 C-F 203 PT Elbow to Pipe C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT 3 Elbow to Pipe C5. 11 C-F 206 PT Pipe to Elbow C5. 11 C-F 207 PT Elbow to Pipe F3.40 F-C 207PR VT-3 2,3, 1. H-60 Pipe 4 F3.50 F-C Restraint VT-4 2. 3. 1. 4 C5. 11 C-F 208 PT 3 Pipe to Tee C5. 11 C-F 209 PT Tee to Pipe 209PR 1. S-60. 1A and S-60. 1 B Pipe Examine both snubbers. Restraint VT-4 1* Removed 1988. F3.40 F-C 209PR-1 VT-3 2,3, H-52 Pipe 4 F3.50 F-C Restraint 2,3, 4 F2.40 F-B 209PR-2 VT-3 2,3, H-52. 1 Pipe 4 Restraint F2.40 F-B 209PR-3 VT-3 2. 3' Not on Bechtel ISO. Pipe 4 Restraint rp0179-0306d-42-58 282 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-8-MSV-1S2 (Contd) C5. 11 C-F 210 PT Pipe to Valve V104MS C5. 11 C-F 211 PT 3 Valve V104MS to Pipe C5. 11 C-F 212 PT Pipe to Valve CV0780MS 212PR H-52.2 Pipe Removed 1987. Restraint MSS-8-MSV-2S1 Multiple Loop, ML-3. (See AE!E!endix BI See Tab 1 e El . ISO B-22) EB-1-8" C5. 11 C-F 201 PT 3 Branch Connection to Pipe C5. 11 C-F 202 PT 2 Pipe to Elbow C5. 11 C-F 203 PT Elbow to Pipe C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT 3 Elbow to Pipe C5. 11 C-F 206 PT Pipe to Elbow rp0179-0306d-42-58 283 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 s 6 7 8 9 Remarks MSS-8-MSV-2S1 (Contd) cs. 11 C-F 207 PT Elbow to Pipe F3.40 F-C 207PR VT-3 2I 3 ! H-S4 F3.SO F-C Pipe VT-4 4 Restraint cs. 11 C-F 208 PT Pipe to Tee cs. 11 C-F 209 PT Tee to Pipe F3.40 F-C 209PR-1 VT-3 2,3 H-61 F3.SO F-C Pipe VT-4 4 Restraint cs. 11 C-F 210 PT Pipe to Valve V101MS cs. 11 C-F 211 PT 2 Valve V1D1MS to Pipe C5. 11 C-F 212 PT Pipe to Valve CV0782MS 212PR H-61. 1 Pipe Removed 1987. Restraint MSS-8-MSV-2S2 Multiple Loop, ML-3. (See Appendix B, See Table 11. ISO B-22) EB-1-8" cs. 11 C-F 201 PT Branch Connection to Pipe rp0179-0306d-42-S8 284 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) 

                                                              .I ns2ect ion Interval ASME    ASME                             0 1/3 Years     3-1/3 2/3 Years      6-2/3 -   10 Years Sec XI  Sec XI     Examination    Exam                                  Out a es Item No    catsZ'. Area ID    Method           2      3        4         5      6    7       8         9           Remarks MSS-8-MSV-2S2 (Contd)

C5.11 C-F 202 PT Pipe to Elbow C5. 11 C-F 203 PT 2 Elbow to Elbow C5. 11 C-F 204 PT Elbow to Pipe C5. 11 C-F 205 PT 1* Pipe to Elbow C5. 11 C-F 206 PT Elbow to Pipe F3.40 F-C 206PR-1 VT-3 2. 3. H-51 F3.50 F-C Pipe VT-4 4 Restraint F3.40 F-C 206PR-2 VT-3 2,3, H-51. 1 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 207 PT Pipe to Tee C5. 11 C-F 208 PT Tee to Pipe 208PR-1 S-51.2A and S-51. 28. Pipe Examine both snubbers. Restraint Removed 1988. F3.40 F-C 208PR-2 VT-3 2,3, 1* H-55 F3.50 F-C Pipe VT-4 4 1* Restraint F2.40 F-B 208PR-3 VT-3 2,3, R-55. 1 Pipe 4 Discovered 1982. Restraint rp0179-0306d-42-58 285 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cate}'. Area ID Method 2 3 4 s 6 7 8 9 Remarks MSS-8-MSV-2S2 (Contd) 208PL1-4 PT 1* 1/2" thick. Welded Pipe Lugs cs. 11 C-F 209 PT 4 Pipe to Valve V103MS cs. 11 C-F 210 PT Valve V103MS to Pipe cs. 11 C-F 211 PT Pipe to Valve CV0781 211 PR H-SS.2 Pipe Discovered 1982. Restraint Hanger removed 1987. rp0179-0306d-42-SB 286 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 1 0 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-1S1 Multiple Loop, ML-2. (See Appendix B, See Table E1. ISO B-20A) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 RT 1* Elbow to PT Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-1S2 Multiple Loop, ML-2. (See Appendix B, See Table E1. ISO B-20A) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 287 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING. MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks MSS-6-RVR-1S3 Multiple Loop, ML-2, (See Appendix B, See Table E1. ISO B-20A) EB-1-6" C5.11 C-F 201 PT 2 Branch Connection to Elbow C5.11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-1S4 Multiple Loop, ML-2. (See Appendix B, See Table E 1. I SO B-20A) EB-1-6" C5.11 C-F 201 PT Branch Connection to Elbow C5.11 C-F 203 PT Elbow to Flange 203BT Less than 1". Flange Bolting rp0179-0307a-42-58 288 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-1S5 Multiple Loop, ML-2. (See Appendix B, See Tab 1 e E 1 . ISO B-20A) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow 3 C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-156 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20A) EB-1-6" C5. 11 C-F 201 PT 4 Branch Connection to Elbow cs. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 289 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nat1on Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-1S7 Multiple Loop, ML-2. (See Appendix B, ISO B-20A) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT 3 Elbow to Flange 203BT Less than 2". Flange Bolt1ng MSS-6-RVR-158 Multiple Loop, ML-2. (See Appendix B, ISO B-20A~ EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 290 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks MSS-6-RVR-1S9 Multiple Loop, ML-2. (See Appendix B, See Table E1. ISO B-20A) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Flange Bolting MSS-6-RVR-1S10 Multiple Loop, ML-2. (See Appendix B, See Table E1. ISO B-20A) EB-1-6" C5. 11 C-F 201 PT 1"' Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 291 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-1S11 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20A) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-1S12 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20A) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 292 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-2S1 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20B) EB-1-6" C5.11 C-F 201 PT 1* Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-2S2 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20B2 EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT 2* Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 293 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 1 D Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-2S3 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20B) EB-1-6" cs. 11 C-F 201 PT Branch Connection to Elbow cs. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-2S4 Multiple Loop, ML-2. (See Appendix B, See Tab 1e E 1 . ISO B-20B) EB-1-6" cs. 11 C-F 201 PT 3 Branch Connection to Elbow cs. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 294 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exani Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks MSS-6-RVR-2S5 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20B) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-2S6 Multiple Loop, ML-2. (See Appendix B, See Table E1. ISO B-20B) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 295 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-2S7 Multiple Loop, ML-2. (See Appendix B, See Table El. ISO B-20B) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT 4 Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-2S8 Multiple Loop, ML-2. (See Appendix B, See Tab 1 e E 1 . ISO B-20B~ EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 296 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PI PING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks MSS-6-RVR-2S9 Multiple Loop, ML-2. (See Appendix B, See Tab 1 e E 1 . ISO 8-208) EB-1-6" C5. 11 C-F 201 PT 2 Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-2S10 Multiple Loop, ML-2 (See Appendix 8, See Tab 1 e E 1

  • ISO B-208)

EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 297 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING MAIN STEAM SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks MSS-6-RVR-2S11 Multiple Loop, ML-2. (See Appendix B, See Table E 1 . ISO B-20B) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT 4 Elbow to Flange 203BT Less than 2". Flange Bolting MSS-6-RVR-2512 Multiple Loop, ML-2. (See Appendix B, See Tab 1e E 1 . ISO B-20B) EB-1-6" C5. 11 C-F 201 PT Branch Connection to Elbow C5. 11 C-F 203 PT 1* Elbow to Flange 203BT Less than 2". Flange Bolting rp0179-0307a-42-58 298 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es 'I tern No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-1S1 Multiple Loop, ML-4. (See Appendix B, See Tab 1 e E 1 . ISO B-25 & B-144) EB-9-18" C5.21 C-F 241 RT 1. 1. 1*.2. High energy pipe weld. Pipe to Elbow 3,4 C5.21 C-F 242 Elbow to Pipe RT UT 1

  • 4 2*. 3.
1. 1* High energy pipe weld.

243 Excluded. Pipe to Pipe 243PR H-67 Pipe Restraint 243A Excluded. Pipe to Pipe 243A-PR H-66.2 Pipe Restraint C5.21 C-F 244 RT 1. , ** 2' 1* High energy pipe weld. C5.21 C-F Pipe to Elbow 245 Elbow to Pipe PT RT PT 

                                       , .                                        3,4
1. 1
  • 2,3, 4

High energy pipe weld. 245PR H-66 Pipe Restraint C5.21 C-F 246 RT Excluded. Pipe to Valve V0701FW C5.21 C-F 246A RT 1 ... Check Valve PT V0701FW to Pipe rp0179-0308a-42-58 299 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-1S1 (Contd) 246A/FWS 1"' AWS-1S1 Branch Connection 246A/FWS Less than 4". FWL-1V1 Branch Connection 247 RT 1* Excluded. Pipe to Pipe C5.21 C-F 248 RT 1

  • Penetration No 8 to Pipe F2.40 F-B 248PR VT-3 2*,3, 1* H-35 Pipe 4 Restraint 249 UT Excluded.

Pipe to Pipe F3.40 F-C 249PR VT-3 2*,3, Discovered 1982. F3.50 F-C Pipe VT-4 4 H-34 Restraint C5.21 C-F 250 UT Pipe to Elbow C5.21 C-F 251 RT 1

  • Elbow to Pipe F2.40 F-B 251PR VT-3 2,3, 1* Not on Bechtel ISO.

Pipe 4 Restraint 252 Excluded. Pipe to Pipe rp0179-0308a-42-58 300 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Ins(:!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-1S1 (Contd) F3.40 F-C 252PR VT-3 2*,3, 1* H-33 F3.50 F-C Pipe VT-4 4 Restraint 253 Excluded. Pipe to Pipe 254 Excluded. Pipe to Pipe 254/FWS Less than 411. FWL-1SA Branch Connection 254/FWS Less than 4". FWL-1SB Branch Connection C5.21 C-F 255 RT 2 1* Pipe to Elbow C5.21 C-F 256 RT 1*'4 Elbow to Pipe 256A RT 1"' Excluded. Pipe to Pipe F2.40 F-B 256PR VT-3 2"' '3' 1* H-32 Pipe 4 Restraint C3.20 c-c 256PL-1 PT 2,3, 1"' Welded Pipe 4 Lug C3.20 c-c 256PL-2 PT 2' 3' 1"' Welded Pipe 4 Lug rp0179-0308a-42-58 301 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PI PING FEEDWATER SYSTEM (Contd) Ins1=1ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-1S1 (Contd) C3.20 c-c 256PL-3 PT 2,3, Welded Pipe 4 1* Lug C3.20 c-c 256PL-4 PT 2, 3. 1* Welded Pipe 4 Lug 256PR-A 1* S-31. 1 snubber. Pipe Removed 1988. Restraint 1"' Discovered 1982. C5.21 C-F 257 RT 1* Replaced elbow and al 1 Pipe to Elbow UT 2*,3, 1 ** 2. piping to S/G-1979. PT 4 3,4 Augmented per CP Co response to IE Bulletin 79-13 max UT inspection interval of 5 years. C5.21 C-F 258 RT 1. Augmented per CP Co response Elbow to Pipe UT 2*. 3. 1 ** 2. IE Bulletin 79-13. Max UT PT 4 3,4 interval of 5 years. 258PL-1-6 1* 258PL-7-12 1* 1 /2" thick. 258PS-1 Saddle welds less than 3/4" Welded thick. Support F3.30 F-C 258PSS-1 VT-3 2,3, Support 4 Structure F3.40 F-C 258PR-1 VT-3 2*,3, 1 ... H-31 Pipe 4 F3.50 F-C Restraint VT-4 2*. 3. 4 rp0179-0308a-42-58 302 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Ins!::!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat9:z'. Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-1S1 (Contd) 258PS-2 1I2" thick. Weld Support Saddle welds less than 3/4" thick. F3.30 F-C 258PSS-2 VT-3 2,3, Support 4 Structure F3.40 F-C 258PR-2 VT-3 1 ** 2' H-30 Pipe 3,4 F3.50 F-C Restraint VT-4 2, 3, 4 C5.21 C-F 259 RT 1. Pipe to Elbow UT 2*,3, 1 ** 2' 4 3,4 C5.21 C-F 260 RT 1* Elbow to Pipe UT 2* '3. 1 ** 2' 4 3,4 C5.21 C-F 261 RT 2"' '3' 1 ** 2' 1"' 1. Augmented per CP Co response Pipe to 4 3.4 to IE Bulletin 79-13. Max Nozzle UT 2*,3, 1"'. 2, 1. 1"' interval of 5 years between 4 3,4 inspection. FWS-18-FWL-2S1 Multiple Loop, ML-4. 

                   ~See A!::!!::!endi x B' See Table 01.

ISO B-25 & B-145~ C5.21 C-F EB-9-18" 242 Pipe to Elbow RT UT

1. 2*,3, 4
                                                                                             , .                        1. High energy pipe weld.

2* '3' 242PR 4 H-36. 1 Pipe Restraint C5.21 C-F 243 RT 1. , * '2' 1* High energy pipe weld. Elbow to Pipe 3,4 rp0179-0308a-42-58 303 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 213 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Catg;i:: Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-2S1 (Contd) CS.21 C-F 244 RT 1* 1* 1* 2,3, High energy pipe weld. Pipe to Elbow 4 CS.21 C-F 245 RT 1* 2*,3, 1* 1* High energy pipe weld. Elbow to UT 4 Check Valve 2*,3, V0702FW 4 CS.21 C-F 247 RT 1* Check Valve V0702FW to Pipe 247/FWS UT 1* AWS-2S1 Branch PT 4 Connection 247/FWS Less than 4". FWL-2V1 Branch Connection 248 1* 1* Excluded. Pipe to Pipe CS.21 C-F 249 RT 1"' Penetration No 7 to Pipe F2.40 F-B 249PR VT-3 2*,3, 1* H-35A Pipe 4 Restraint 250 Excluded. Pipe to Pipe C5.21 C-F 251 RT 1"' Pipe to Elbow PT CS.21 C-F 252 UT Elbow to Pipe PT 2* rp0179-0308a-42-58 304 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Ins~ection Interval ASME ASME 0 1/3 Years 3-1/3 - 6-2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat!illt'. Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-2S 1 (Contd) F3.40 F-C 252PR VT-3 2* 2*. 3. 1* H-34A F3.50 F-C Pipe VT-4 2* 4 Restraint 2*. 3. 4 253 Excluded. Pipe to Pipe F3.40 F-C 253PR VT-3 2*,3 2 1* H-33A F3.50 F-C Pipe VT-4 4 2 Restraint 2*. 3. 4 254 Excluded. Pipe to Pipe 255 Excluded. Pipe to Pipe 255/FWS Less than 4". FWL-2SA Branch Connection 255/FWS Less than 4". FWL-2SB Branch Connection C5.21 C-F 256 RT 1*,3 Pipe.to Elbow PT C5.21 C-F 257 UT 4 Elbow to Pipe PT 257A Excluded. Pipe to Pipe F2. 10 F-B 257PR VT-3 2* 2*,3, 2 1* H-32A Pipe 4 Restraint rp0179-0308a-42~58 305 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd} Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No catai'. Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-2S1 (Contd} C3.20 c-c 257PL-1 MT 1

  • Welded Pipe Lug C3.20 c-c 257PL-2 MT Welded Pipe Lug C3.20 c-c 257PL-3 MT Welded Pipe Lug C3.20 c-c 257PL-4 MT Welded Pipe Lug 257PR-1 1* S-31.1A Removed 1988.

Pipe Restraint 1* C5.21 C-F 258 RT 1* 1* 1* Pipe to Elbow UT 1* 1* 1* C5.21 C-F 259 RT 1* 1* 1* Replaced elbow and all Elbow to Pipe UT 1* 1* 1* piping to S/G A. C3.20 c-c 259PL-1-6 PT 1* Pipe Lug C3.20 c-c 259PL-7-12 PT 1* Pipe Lug C3.20 c-c 259PS-1 PT Pipe Support F3.30 F-C 259PSS-1 VT-3 2,3 Support 4 Structure rp0179-0308a-42-58 306 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PI PING FEEDWATER SYSTEM (Contd) Inspection Interval ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Ca t51}:'. Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-18-FWL-2S1 (Contd) F3.40 F-C 259PR-1 VT-3 2*,3, 1. H-31A F3.50 F-C Pipe VT-4 4 Restraint 2*,3, 4 259PS-2 Saddle welds less than 3/4" Pipe Support thick. F3.30 F-C 259PSS-2 VT-3 2,3 Support 4 Structure F3.40 F3.50 F-C F-C 259PR-2 VT-3 2*,3,4 ,.. H-30A Pipe VT-4 2*,3,4 Restraint C5.21 C-F 260 UT 1* 1* Replaced elbow and a 11 Pipe to Elbow RT 1"' 1"' 1"' piping to S/G A. C5.21 C-F 261 UT 1. ,4 1* 1"' Replaced elbow and al 1 Elbow to Pipe RT 1 * ,4 1* 1* piping to S/G A. C5.21 C-F 262 UT 2*. 3. 1*.2. 1* Replaced elbow and al 1 Pipe to 4 3,4 piping to SIG A. Schedule Nozzle RT 2*. 3. 1 * '2. l

  • 1* augmented per CP Co response 4 3,4 to IE Bu 11 et in 79-13. Max RT/UT schedule of 5 years.

FWS-6-AWS-1S1 Multiple Loop, ML-5. (See Appendix B, See Table E 1. ISO B-26) EB-14-6" C5. 11 C-F 208 PT 3 Reducer to Pipe C5. 11 C-F 209 PT Pipe to Elbow C5. 11 C-F 210 PT New weld; 1981 Mod. Elbow to Pipe rp0179-0308a-42-58 307 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATJON PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat51~ Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-6-AWS-1S1 (Contd C5. 11 C-F 211 PT 4 New weld; 1981 Mod. Pipe to Elbow C5. 11 C-F 212 PT 1* New weld; 1981 Mod. Elbow to Pipe C5.11 C-F 213 PT New weld; 1981 Mod. Pipe to Elbow C5. 11 C-F 214 PT 4 New weld; 1981 Mod. Elbow to Pipe C5. 11 C-F 215 PT 3 1981 Mod. Pipe to Elbow C5. 11 C-F 216 PT 2 1981 Mod. Elbow to Pipe F2.40 F-B 216PR VT-3 2. 3. H-231 Pipe Restraint 4 C5. 11 C-F 217 PT 1981 Mod. Pipe to Check Valve 0704 C5. 11 C-F 218 PT CK Valve to Reducer FWS-6-AWS-2S1 Multiple Loop, ML-5. 

                ~See A1212endix B,                                                                       See Table E1.

ISO B-26~ EB-14-6" C5. 11 C-F 204 PT 4 REducer to Pipe C5. 11 C-F 205 PT 2 Pipe to Elbow rp0179-0308a-42-58 308 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outs es Item No Cat9~ Area ID Method 2 3 4 5 6 7 8 9 Remarks FWS-6-AWS-2S1 (Contd) C5. 11 C-F 206 PT Elbow to Pipe C5. 11 C-F 207 PT Pipe to Elbow F3.40 F-C 207PR VT-3 2*. 3. Pipe 4 F3.50 F-C Restraint VT-4 2*. 3. H-229 4 C3.20 c-c 207PL-1-4 PT 2. 3. 1"' Discovered 1982. 4 C5. 11 C-F 208 PT Elbow to Pipe cs. 11 C-F 209 PT Pipe to Elbow C5. 11 C-F 210 PT 3 Elbow to Elbow cs. 11 C-F 211 PT 2 Elbow to Pipe F2.40 F-B 211 PR-1 VT-3 2*,3, H-222. 1 Pipe 4 Restraint F2.40 F-B 211PR-A VT-3 2*. 3. H-222 Pipe 4 Restraint F2.40 F-B 211PR-C VT-3 2*,3, 1. H-221 Pipe 4 Restraint F2.40 F-B 211PR-2 VT-3 2"'. 3. H-220.5 Pipe 4 Restraint rp0179-0308a-42-58 309 Revision 5 

                                                                                                                   -  -~------------------

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING FEEDWATER SYSTEM (Contd) Inspection Interval ASME ASME 0 - 3-1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 .8 9 Remarks FWS-6-AWS-2S1 (Contd) C5. 11 C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT 2 Elbow to Pipe F3.40 F-C 213PR VT-3 2*,3, H-220 Pipe 4 F3.50 F-C Restraint VT-4 2*. 3. 4 C5. 11 C-F 214 PT 1981 Mod. Pipe to Pipe C5. 11 C-F 215 PT 3 1981 Mod. Pipe tc* Elbow C5. 11 C-F 216 PT 4 1981 Mod. Elbow to Elbow C5. 11 C-F 217 PT 3 1981 Mod. Elbow to Pipe C5. 11 C-F 218 PT Pipe to Elbow C5. 11 C-F 219 PT 4 Elbow to Elbow C5. 11 C-F 220 PT Elbow to Pipe F2.40 F-B 220PR VT-3 2*,3, H-232 Pipe Restraint 4 C5. 11 C-F 221 PT Pipe to Check Valve 0703 C5 .11 C-F 222 PT 3 Check Valve to Reducer rp0179-0308a-42-58 310 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM Inspection Interval ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Examination Exam Outa es Item No Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-24-SIS-SH1 Multiple Loop, ML-10. (See Appendix B, ISO B-27) HC-3-24" C5. 11 C-F 201 PT Inaccessible due to a con-Penetration tainment extension covering No 53 to Pipe the pipe. C5. 11 C-F 202 PT Inaccessible due to a con-Pipe to Elbow tainment extension covering the pipe. C5. 11 C-F 203 PT Inaccessible due to a con-Elbow to tainment extension covering Valve the pipe. CV3029ES F3.40 F-C 203PR VT-3 H-169. 1 F3.50 F-C Pipe VT-4 Discovered 1982: Restraint C5. 11 C-F 204 PT 2 Valve CV3029ES to Flange 204BT Less than 2". Flange Bolting C5. 11 C-F 205 PT 2 Flange to Pipe 205/ESS Less than 4". SIS-1D1 Branch Connection rp0179-030Bb-42-58 311 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Meth.ad 2 3 4 5 6 7 8 9 Remarks ESS-24-SIS-SH1 (Contd) 205/ESS Less than 4". SIS-1V1 Branch Connection cs. 11 C-F 206 PT 4 Pipe to Check Valve V3181ES cs. 11 C-F 207 PT Check Valve V3181ES to Pipe cs. 11 C-F 208 PT 3 Pipe to Tee cs. 11 C-F 209 PT Tee to Tee F3.40 F-C 209PR-1 VT-3 H-169 Pipe F3.SO F-C Restraint VT-4 F3.40 F-C 209PR-2 VT-3 Snubber #34 Pipe S-169.2 F3.SO F-C Restraint VT-4 209/ESS Less than 4". IRS-1S1 Branch Connection cs. 11 C-F 210 PT 3 Tee to Reducer rp0179-0308b-42-58 312 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-18-SI S-SH 1 Multiple Loop, ML-10. (See Appendix B, See Table El. ISO B-27 & B-136) HC-3-18" 210/ESS Less than 4". SIS-TCl Branch Connection 210/ESS Less than 4". SIS-1D2 Branch Connection cs. 11 C-F 211 PT 2 Reducer to Valve CV30S7ES F3.40 F-C 211 PR VT-3 2,3, H-169.3 F3.SO F-C Pipe VT-4 4 Discovered 1982. Restraint 211/ESS Less than 4". SIS-IV2 Branch Connection cs. 11 C-F 212 PT 2 Valve CV30S7ES to Check Valve V3240ES cs. 11 C-F 213 PT 3 Check Valve V3240ES to Pipe F3.40 F-C 213PR VT-3 2,3, H-170 Pipe 4 F3.SO F-C Restraint VT-4 rp0179-030Bb-42-SB 313 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-18-SIS-SH1 (Contd) 214 Pipe to Pipe F2.30 F-8 214PR VT-3 2,3, H-171. 1 Pipe 4 Restraint 215 Pipe to Pipe C5. 11 C-F 216 PT 2 Pipe to Elbow F3.40 F-C 216PR VT-3 2,3, 1* H-172 Pipe 4 Discovered 1982. Restraint C5. 11 C-F 217 PT 2 Elbow to Pipe F3.40 F-C 217PR VT-3 2,3, 1* SNB-45 Pipe 4 Discovered 1982. F3.50 F-C Restraint VT-4 2. 3. 1* 4 218 Pipe to Pipe F3.40 F-C 218PR VT-3 2,3, 1* H-172. 1 Pipe 4 Discovered 1982. Restraint C5. 11 C-F 219 PT 2 Pipe to Elbow C5. 11 C-F 220 PT Elbow to Pipe cs. 11 C-F 221 PT 3 Pipe to Elbow C5. 11 C-F 222 PT Elbow to Pipe rp0179-0308b-42-58 314 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:L Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-1B-SIS-SH1 (Contd) F2.4D F-B 222PR VT-3 2,3, H-211 Pipe 4 Restraint C5. 11 C-F 223 PT 3 Pipe to Elbow C5. 11 C-F 224 PT Elbow to Pipe F3.40 F-C 224PR VT-3 2,3, H-213 Pipe 4 F3.50 F-C Restraint VT-4 C3.20 c-c 224PL-1 PT 2,3, Welded Pipe 4 Lug C3.20 c-c 224PL-2 PT 2. 3. Welded Pipe 4 Lug C3.20 c-c 224PL-3 PT 2,3, Welded Pipe 4 Lug C3.20 c-c 224PL-4 PT 2,3, Welded Pipe 4 Lug C5. 11 C-F 225 PT Pipe to Elbow C5. 11 C-F 226 PT Elbow to Pipe C5. 11 C-F 227 PT Pipe to Elbow C5. 11 C-F 228 PT Elbow to Pipe rp0179-030Bb-42-5B 315 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No ~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-18-SIS-SH1 (Contd) F2.40 F-8 228PR-A VT-3 2,3, H-215 Pipe 4 Restraint C3.20 c-c 228PL-1 PT Welded Pipe Lug C3.20 c-c 228PL-2 PT Welded Pipe Lug C3.20 c-c 228PL-3 PT Welded Pipe Lug C3.20 c-c 228PL-4 PT Welded Pipe Lug F3.40 F-C 228PR-B VT-3 2. 3. Not on Bechtel ISO. Pipe 4 F3.SO F-C Restraint VT-4 cs. 11 C-F 229 PT Pipe to Elbow cs. 11 C-F 230 PT Elbow to Pipe F2.40 F-B 230PR VT-3 2,3, H-219 Pipe 4 Restraint F3.40 F-C 230PR-A VT-3 2. 3. H-217 F3.50 F-C Pipe VT-4 4 Discovered 1982. Restraint cs. 11 C-F 231 PT 3 Pipe to Elbow cs. 11 C-F 232 PT Elbow to Pipe rp0179-0308b-42-58 316 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 s 6 7 8 9 Remarks ESS-18-SIS-SH1 (Contd) cs. 11 C-F 233 PT 2 Pipe to Elbow 233/ESS PT Less than 4". IRS-2S 1 Branch Connection cs. 11 C-F 234 PT 3 Elbow to Flange ESS-24-SIS-SH2 (See Appendix B, ISO B-28) HC-3-24" See Table E 1 . cs. 11 C-F 201 PT ML-10 Penetration Inaccessible due to a con-No S4 to Pipe tainment extension covering the pipe. cs. 11 C-F 202 PT Inaccessible due to a con-Pipe to Elbow tainment extension covering the pipe. cs. 11 C-F 203 PT Inaccessible due to a con-Elbow to tainment extension covering Valve the pipe. CV3030ES cs. 11 C-F 204 PT Valve CV3030ES to Flange 204BT Less than 2". Flange Bolting rp0179-0308b-42-S8 317 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI- Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-24-SIS-SH2 (Contd) cs. 11 C-F 205 PT Flange to Pipe 205/ESS PT Less than 4". SIS-2V1 Branch Connection cs. 11 C-F 206 PT 2 Pipe to Check Valve V3166ES cs. 11 C-F 207 PT Check Valve V3166ES to Tee F2.40 F-B 207PR VT-3 H-1SO Pipe Restraint cs. 11 C-F 208 PT 2 Tee to Pipe F3.40 F-C 20BPR VT-3 H-151 Pipe F3.SO F-C Restraint VT-4 cs. 11 C-F 209 PT P.i.pe to Tee cs. 11 C-F 210 PT 3 Tee to Tee cs. 11 C-F 211 PT Tee to Pipe C5.31 C-F 211/ESS-B- PT SIS-HPB Branch Connection rp0179-030Bb-42-5B 318 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-24-SIS-SH2 (Contd) F3.40 F-C 211PR-1 VT-3 Snubber #43 Pipe S-151. 1 F3.50 F-C Restraint VT-4 F2.40 F-B 211 PR-2 VT-3 H-152 Pipe Restraint C5. 11 C-F 212 PT 4 Pipe to Reducer C5. 11 C-F 213 PT Reducer to Pipe ESS-18-SIS-SH2 Multiple Loop, ML-10. 

                 ~See A1212endix B,                                                                     See Table El.

ISO B-28 & B-1362 HC-3-18" C5. 11 C-F 214 PT 3 Pipe to Valve CV3031ES F3.40 F-C 214PR VT-3 2 '3 I H-151. 3 F3.50 F-C Pipe VT-4 4 Discovered 1982. Restraint 214/ESS Less than 4". SIS-2V2 Branch Connection C5. 11 C-F 215 PT 4 Valve CV3031ES to Check Valve V3239ES rp0179-0308b-42-58 319 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN 

                                                .        CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd)

Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-1B-SIS-SH2 (Contd) F2.40 F-B 215PR VT-3 2,3, H-151. 4 Pipe 4 Restraint C5. 11 C-F 216 PT 3 Check Valve V3239ES to Elbow C5. 11 C-F 217 PT Elbow to Pipe C5. 11 C-F 218 PT 2 Pipe to Elbow C5. 11 C-F 219 PT Elbow to Elbow rp0179-030Bb-42-5B 320 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-18-SIS-SH2 (Contd) C5. 11 C-F 220 PT Elbow to Pipe F2.30 F-B 220PR VT-3 2. 3. 1* H-151. 7 Pipe 4 Discovered 1982. Restraint C5. 11 C-F 221 PT Pipe to Elbow C5. 11 C-F 222 PT Elbow to Pipe 222PL-1 1/4" plate. Welded Pipe Lug 222PL-2 1 /4" plate. Welded Pipe Lug 222PL-3 1 /4" plate. Welded Pipe Lug 222PL-4 1 /4" plate. Welded Pipe Lug F2.30 F-B 222PR VT-3 2. 3. H-151 .5 Pipe 4 Restraint 222PL-5 1 /4" plate. Welded Pipe Lug 222PL-6 1 /4" plate. Welded Pipe Lug rp0179-0309a-46-58 321 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Ca t51::r: Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-18-SIS-SH2 (Contd) 222PL-7 1/4" plate. Welded Pipe Lug 222PL-8 1/4" plate. Welded Pipe Lug C5. 11 C-F 223 PT 3 Pipe to Elbow C5. 11 C-F 224 PT 2 Elbow to Elbow C5. 11 C-F 225 PT Elbow to Pipe C5. 11 C-F 226 PT Pipe to Elbow C5. 11 C-F 227 PT Elbow to Pipe F2.30 F-B 227PR VT-3 2,3, Not on Bechtel ISO. Pipe 4 Restraint C5. 11 C-F 228 PT 4 Pipe to Elbow C5. 11 C-F 229 PT Elbow to Pipe F3.40 F-C 229PR VT-3 2,3, 1

  • H-151 .6 Pipe 4 Discovered 1982.

Restraint C5. 11 C-F 230 PT Pipe to Elbow C5. 11 C-F 231 PT 2 Elbow to Pipe rp0179-0309a-46-58 322 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-18-SIS-SH2 (Contd) F3.40 F-C 231PR VT-3 2' 3' H-212 F3.50 F-C Pipe VT-4 4 Restraint C3.20 c-c 231PL-1 PT Welded Pipe Lug C3.20 c-c 231PL-2 PT Welded Pipe Lug C3.20 c-c 231PL-3 PT Welded Pipe Lug C3.20 c-c 231PL-4 PT Welded Pipe Lug C5. 11 C-F 232 PT Pipe to Elbow C5. 11 C-F 233 PT 3 Elbow to Pipe C5. 11 C-F 234A PT Pipe to Elbow C5. 11 C-F 235 PT Elbow to Pipe F3.40 F-C 235PR-A VT-3 2,3, H-214 F3.50 F-C Pipe VT-4 4 Restraint C3.20 c-c 235PL-1 PT 2,3, Welded Pipe 4 Lug C3.20 c-c 235PL-2 PT 2. 3' Welded Pipe 4 Lug rp0179-0309a-46-58 323 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-18-SIS-SH2 (Contd) C3.20 c-c 235PL-3 PT 2. 3. Welded Pipe 4 Lug C3.20 c-c 235PL-4 PT 2. 3. Welded Pipe 4 Lug F3.40 F-C 235PR-B VT-3 2. 3. R-214. 1 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 236 PT Pipe to Elbow C5. 11 C-F 237 PT Elbow to Pipe F3.40 F-C 237PR-A VT-3 2. 3. Discovered 1982. F3.50 F-C Pipe VT-4 4 H-216 Restraint F2.4D F-8 237PR VT-3 2,3, H-218 Pipe 4 Restraint C5. 11 C-F 238 PT 3 Pipe to Elbow C5. 11 C-F 239 PT 4 Elbow to Pipe C5. 11 C-F 240 PT Pipe to Elbow 240/ESS IRS-2S2 Branch Con- 

               , nection C5. 11   C-F      241            PT                                                                2 Elbow to Flange rp0179-0309a-46-58                                              324                                                       Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-CSS-lPA Multiple Loop, ML-12. (See Appendix B, Exempt IWC-1220(b), 74575. ISO B-29) See Table El. HC-3-14" C5. 11 C-F 201 PT 1

  • Pipe to Elbow C5. 12 C-F 201LI UT Longitudinal PT Inside C5. 12 C-F 201LO UT Longitudinal PT Outside F3.40 F-C 201PR VT-3 H-166 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 202 PT Elbow to Pipe 202LW Longitudinal Weld C5. 11 C-F 203 PT Pipe to Elbow C5. 12 C-F 203LI PT Longitudinal Inside C5. 12 C-F 203LO PT Longitudinal Outside C5. 11 C-F 204 PT Elbow to Pipe 204LW PT Longitudinal Weld rp0179-0309a-46-58 325 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nation Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-CSS-lPA (Contd) F3.40 F-C 204PR-1 VT-3 H-164 F3.50 F-C Pipe VT-4 Restraint F3.40 F-C 204PR-2 VT-3 H-165 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 205 PT Pipe to Elbow C5. 12 C-F 205Ll PT Longitudinal Inside C5. 12 C-F 205LO PT Longitudinal Outside C5. 11 C-F 206 PT Elbow to Pipe 206LW Longitudinal Weld C5. 11 C-F 207 PT Pipe to Valve V3228ES C5. 11 C-F 208 PT Valve V3228ES to Reducer ESS-10-CSS-lPA Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-29) See Table El. HC-3-10" C5. 11 C-F 209 PT Reducer to Flange rp0179-0309a-46-58 326 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 a 9 Remarks ESS-10-CSS-1PA (Contd) 209BT Less than 2". Flange Bolting ESS-6-CSS-lPA Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-30) See Table El. GC-3-6" C5. 11 C-F 210 PT Flange to Reducer 210BT Less than 2". Flange Bolting 210/ESS Less than 4". CSS-REA Branch Con-nection ESS-B-CSS-lPA Multiple Loop, ML-12. 

                 ~See Appendix B,                                                                     Exempt per IWC-1220(b).

ISO B-30~ See Table El. GC-3-B" C5. 11 C-F 211 PT Reducer to Check Valve V3230ES C5. 11 C-F 212 PT Check Valve V3230ES to Pipe F2.40 F-B 212PR-1 VT-3 H-125.1 Pipe Restraint rp0179-0309a-46-5B 327 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-lPA (Contd) F3.40 F-C 212PR-2 VT-3 H-125 F3.50 F-C Pipe VT-4 Restraint C3.20 c-c 212PL-1 PT Welded Pipe Lug C3.20 c-c 212PL-2 PT Welded Pipe Lug C3.20 c-c 212PL-3 PT Welded Pipe Lug C3.20 c-c 212PL-4 PT Welded Pipe Lug F2.40 F-8 212PR-3 VT-3 R-124.2 Pipe Restraint C5. 11 C-F 213 PT Pipe to Elbow C5. 11 C-F 214 PT Elbow to Elbow C5. 11 C-F 215 PT Elbow to Pipe F2.40 F-8 215PR-1 VT-3 R-124. 1 Pipe Restraint F2.40 F-8 215PR-2 VT-3 H-124 Pipe Restraint rp0179-0309a-46-58 328 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Ca tall Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-1PA (Contd) 216 PT Pipe to Pipe F2.40 F-B 216PR VT-3 H-123 Pipe Restraint C5. 11 C-F 217 PT Pipe to Valve V3231ES C5. 11 C-F 218 PT Valve V3231ES to Pipe F2.40 F-B 218PR VT-3 R-121. 1 Pipe Exempt per IWC-12208. Restraint C5. 11 C-F 219 PT Not a ful I penetration weld. Penetration to Pipe C5. 11 C-F 220 PT Pipe to Elbow C5. 11 C-F 221 PT Elbow to Pipe C5. 11 C-F 222 PT Pipe to Elbow C5. 11 C-F 223 PT Elbow to Pipe F2.40 F-B 223PR VT-3 H-121 Pipe Restraint C5. 11 C-F 224 PT Pipe to Elbow rp0179-0309a-46-58 329 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nat1on Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-8-CSS-lPA (Contdi C5. 11 C-F 225 PT Elbow to Pipe F2.40 F-B 225PR VT-3 H-119 Pipe Restraint C5. 11 C-F 226 PT Pipe to Reducer ESS-10-CSS-lPA Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-30) See Table El. GC-3-10" C5. 11 C-F 227 PT Reducer to Tee ESS-14-CSS-lPB Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b), ISO B-31) 74575. See Table El. HC-3-14" C5. 11 C-F 201 PT Tee to Pipe 201LW Longitudinal Weld C5. 11 C-F 202 PT Pipe to Elbow C5. 12 C-F 202LI PT Longitudinal Inside rp0179-0309a-46-58 330 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-14-CSS-lPB (Contd) C5. 12 C-F 202LO PT Longitudinal Outside C5. 11 C-F 203 UT 1* Elbow to Pipe PT 203LW Longitudinal Weld 204" Pipe to Pipe 204LW Longitudinal Weld F2.40 F-B 204PR VT-3 1

  • H-115 Pipe Restraint F2.40 F-B 204PR-A VT-3 R 115. 1 Pipe Discovered 1982.

Restraint C5. 11 C-F 205 PT Pipe to Elbow C5. 12 C-F 205LI PT Longitudinal Inside C5. 12 C-F 205LO PT Longitudinal Outside C5. 11 C-F 206 PT Elbow to Pipe rp0179-0309a-46-58 331 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-CSS-lPB (Contd) 206LW Longitudinal Weld C5. 11 C-F 207 PT Pipe to Elbow C5. 12 C-F 207LI PT Longitudinal Inside C5. 12 C-F 207LO PT Longitudinal Outside C5. 11 C-F 208 PT Elbow to Pipe 208LW Longitudinal Weld F2.40 F-B 208PR VT-3 H-114 Pipe Restraint 209 Pipe to Pipe 209LW Longitudinal Weld C5. 11 C-F 210 PT Inaccessible due to pipe Pipe to Elbow restraint. C5. 12 C-F 210LI PT Longitudinal Inside rp0179-0309a-46-58 332 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-14-CSS-1PB (Contd) C5. 12 C-F 210LO PT Longitudinal Outside F3.40 F-C 210PR VT-3 H-113 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 211 PT Inaccessible due to pipe Elbow to restraint. Valve V3218ES F2.40 F-B 211 PR VT-3 H-112. 1 Pipe Restraint C5. 11 C-F 212 PT Valve V321BES to Reducer ESS-10-CSS-1PB Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-31) See Table E1. HC-3-10" C5. 11 C-F 213 PT Reducer to Flange 213BT Less than 2". Flange Bolting rp0179-0309a-46-5B 333 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-CSS-lPB Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-122Q(b). ISO B-32) See Table E1. GC-3-6" C5. 11 C-F 214 PT Flange to Reducer 214BT Less than 2". Flange Bolting ESS-8-CSS-lPB Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-32) See Table El. GC-3-8" C5. 11 C-F 215 PT Reducer to Pipe 215/ESS Less than 4". CSS-SXB Branch Con-nection 215/ESS Less than 4". CSS-REB Branch Con-nection C5. 11 C-F 216 PT Pipe to Elbow C5. 11 C-F 217 PT Elbow to Check Valve V3220ES rp0179-0309a-46-58 334 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-lPB (Contd) C5. 11 C-F 218 PT Check Valve V3220ES to Pipe F3.40 F-C 218PR VT-3 H-117 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 219 PT Pipe to Valve V3221ES C5. 11 C-F 220 PT Valve V3221ES to Elbow C5. 11 C-F 221 PT Elbow to Pipe C5. 11 C-F 222 PT Pipe to Reducer ESS-10-CSS-lPB Multiple Loop, ML-12. 

                ~See Appendix B'                                                                   Exempt per IWC-1220(b).

ISO B-32~ See Table El. GC-3-10" C5. 11 C-F 223 UT Reducer to PT 1* Tee C5. 11 C-F 224 PT Inaccessible due to pipe Tee to Elbow restraint. F2.40 F-B 224PR VT-3 H-117. 1 Pipe Restraint rp0179-0309a-46-58 335 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-CSS-lPB (Contd) C5. 11 C-F 225 PT Inaccessible due to pipe Elbow to Pipe restraint. F3.40 F-C 225PR VT-3 H-118 F3.50 F-C Pipe VT-4 Restraint 226 Pipe to Pipe C5. 11 C-F 227 PT Pipe to Elbow C5. 11 C-F 228 PT Elbow to Tee ESS-14-CSS-lPC Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b), ISO B-31) 74S75. See Tab 1 e E 1 . HC-3-14" C5. 11 C-F 201 PT Tee to Pipe 201LW Longitudinal Weld C5. 11 C-F 202 PT Pipe to Elbow C5. 12 C-F 202LI PT Longitudinal Inside C5. 12 C-F 202LO PT Longitudinal Outside C5. 11 C-F 203 PT Elbow to Pipe rp0179-0309a-46-58 336 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam .Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-CSS-lPC (Contd) 203LW Longitudinal Weld 204 Pipe to Pipe 204LW Longitudinal Weld F2.40 F-B 204PR-A VT-3 H-112 Pipe Discovered 1982. Restraint F2.40 F-B 204PR VT-3 H-111. 1 Pipe Restraint C5. 11 C-F 205 PT Pipe to Elbow C5. 12 C-F 205LI PT Longitudinal Inside C5. 12 C-F 205LO PT Longitudinal Outside C5. 11 C-F 206 PT Elbow to Pipe 206LW Longitudinal Weld C5. 11 C-F 207 PT Pipe to Elbow C5. 12 C-F 207LI PT Longitudinal Inside rp0179-0309a-46-58 337 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-CSS-lPC (Contd) C5. 12 C-F 207LO PT Longitudinal Outside C5. 11 C-F 208 PT Elbow to Pipe 2D8LW Longitudinal Weld F2.40 F-8 208PR VT-3 H-111 Pipe Restraint 209 Pipe to Pipe 209LW Longitudinal Weld F3.40 F-C 209PR VT-3 1* H-110; inspected per 74575 F3.50 F-C Pipe VT-4 Code. Restraint C5. 11 C-F 210 PT Pipe to Elbow C5. 12 C-F 2 lOLI PT Longitudinal Inside C5. i 2 C-F 210LO PT Longitudinal Outside C5. 11 C-F 211 PT Elbow to Pipe 211LW Longitudinal Weld rp0179-0309a-46-58 338 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-CSS-1PC (Contd) C5.11 C-F 212 PT Pipe to Elbow C5.12 C-F 212LI PT Longitudinal Inside C5. 12 C-F 212LO PT Longitudinal Outside C5. 11 C-F 213 PT Inaccessible due to pipe Elbow to Pipe restraint. 213LW PT Longitudinal Weld F2.40 F-B 213PR VT-3 R-110. 1 Pipe Restraint C5. 11 C-F 214 PT Pipe to Valve V3206ES C5.11 C-F 215 PT Valve V3206ES to Reducer ESS-10-CSS-1PC Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-31) SeeTableE1. HC-3-10" C5. 11 C-F 216 PT Reducer to Flange 216BT Less than 2". Flange Bolting rp0179-0309a-46-58 339 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-CSS-lPC Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-32) See Table El. GC-3-6" C5. 11 C-F 217 PT Flange to Reducer 217BT Less than 2". Flange Bolting ESS-8-CSS-lPC Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-32) See Table El. GC-3-8" C5. 11 C-F 218 PT Reducer to Pipe 218/ESS Less than 4". CSS-SXC Branch Con-nection 218/ESS Less than 4". CSS-REC Branch Con-nection C5. 11 C-F 219 PT Pipe to Elbow C5. 11 C-F 220 PT Elbow to Check Valve V3208ES rp0179-0309a-46-58 340 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-lPC (Contd) C5. 11 C-F 221 PT Check Valve V3208ES to Pipe F3.40 F-C 221PR VT-3 H-116 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 222 PT Pipe to Elbow C5. 11 C-F 223 PT Elbow to Valve V3209ES C5. 11 C-F 224 PT Valve V3209ES to Reducer ESS-10-CSS-lPC Multiple Loop, ML-12. (See Appendix B, Exempt per IWC-1220(b). ISO B-32) See Tab 1 e E 1 . GC-3-10" C5. 11 C-F 225 PT Reducer to Tee ESS-14-SDC-LPC Multiple Loop, ML-13. (See Appendix B, ISO B-33 & B-37) GC-8-14" 201 Excluded by Category C-F, Pipe to Pipe 74S75. 201LW Excluded by Category C-F, Longitudinal 74S75. Weld rp0179-0309a-46-58 341 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SDC-LPC (Contd) C3.20 c-c 201PL-1 PT 2. 3. Pipe Lug 4 C3.20 c-c 201PL-2 PT 2. 3. Pipe Lug 4 C3.20 c-c 201PL-3 PT Pipe Lug C3.20 c-c 201PL-4 PT Pipe Lug F3.40 F-C 201PR VT-3 2, 3. H-190 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 202 PT 2 Pipe to Elbow C5. 12 C-F 202LI PT 2 Longitudinal Inside C5. 12 C-F 202LO PT 2* Longitudinal Outside C5. 11 C-F 203 PT 2 Elbow to Pipe 203LW PT Excluded by Category C-F, Longitudinal 74575. Weld F2.40 F-B 203PR VT-3 2. 3. R 177. 1 Pipe 4 Discovered 1982. Restraint C5.11 C-F 204 PT 3 Pipe to Elbow rp0179-0309a-46-58 342 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SDC-LPC (Contd) C5.12 C-F 204LI PT 3 Longitudinal Inside C5.12 C-F 204LO PT 3 Longitudinal Outside C5. 11 C-F 205 PT 4 Elbow to Pipe F3.40 F-C 205PR VT-3 2,3, H-177 F3.50 F-C Pipe VT-4 4 Discovered 1982. Restraint 205LW Excluded by Category C-F, Longitudinal 74S75. Weld C5. 11 C-F 206 PT 4 Pipe to Elbow C5.12 C-F 206LI PT 2 Longitudinal Inside C5. 12 C-F 206LO PT 2 Longitudinal Outside C5. 11 C-F 207 PT 4 Elbow to Pipe 207LW Excluded by Category C-F, Longitudinal 74S75. Weld 207A Excluded by Category C-F, Pipe to Pipe 74S75. rp0179-0309a-46-58 343 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SOC-LPC (Contd) 2078 Excluded by Category C-F, Pipe to Pipe 74S75. F2.40 F-B 207PR VT-3 2' 3' H-176 Pipe 4 Restraint C5. 11 C-F 208 PT 3 Pipe to Elbow C5. 12 C-F 208LI PT 3 Longitudinal Inside C5. 12 C-F 208LO PT 3 Longitudinal Outside C5. 11 C-F 209 PT 4 Elbow to Pipe F2.40 F-B 209PR VT-3 2,3, 1

  • H-176. 1 Pipe Restraint 4 1
  • Discovered 1982.

209LW Excluded by Category C-F, Longitudinal 74S75. Weld C5. 11 C-F 210 PT 2* Pipe to Elbow C5. 12 C-F 21 OLI PT 3 Longitudinal Inside C5. 12 C-F 210LO PT 3 Longitudinal Outside C5. 11 C-F 211 PT 4 Elbow to Pipe rp0179-0309a-46-58 344 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SDC-LPC (Contd) F2.40 F-B 211PR VT-3 2' 3' 1

  • H-176.2 Pipe 4 Discovered 1982.

Restraint 211LW Excluded by Category C-F, Longitudinal 74S75. Weld C5. 11 C-F 212 PT 3 Pipe to Elbow C5. 12 C-F 212LI PT 3 Longitudinal Inside C5. 12 C-F 212LO PT 3 Longitudinal Outside C5. 11 C-F 213 PT 1* Elbow to Elbow C5. 12 C-F 213LI PT 4 Longitudinal Inside C5. 12 C-F 213LO PT 4 Longitudinal Outside C5. 11 C-F 214 PT 2 Elbow to Valve V3199ES C5. 11 C-F 215 PT 2 Valve V3199ES to Tee rp0179-0309a-46-58 345 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SDC-LPD Multiple Loop, ML-13. (See Appendix B, ISO B-33 & B-35) GC-8-14" C5. 11 C-F 201 PT 1

  • Pipe to Elbow C5. 12 C-F 201 LI PT 4 Longitudinal Inside C5. 12 C-F 201LO PT 4 Longitudinal Outside C5. 11 C-F 202 PT 4 Elbow to Pipe C5. 11 C-F 203 PT 3 Pipe to Elbow C5. 12 C-F 203LI PT 3 Longitudinal Inside C5. 12 C-F 203LO PT 3 Longitudinal Outside C5. 11 C-F 204 PT 2 Elbow to Pipe C3.20 c-c 204PLI-8 PT 2 3 I  ! Examine Lugs 1 through 4.

Pipe Lugs 4 F2.40 F-B 204PR-1 VT-3 2,3, H-132 Pipe 4 Restraint F2.40 F-B 204PR-2 VT-3 2,3 H-131 Pipe 4 _ Restraint rp0179-0309a-46-58 346 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SDC-LPD (Contd) F3.40 F-C 204PR-3 VT-3 2*. 3. Snubber S-130.2 (No 39). Pipe 4 F3.50 F-C Restraint VT-4 2* ,3. 4 C5. 11 C-F 208 PT 4 Pipe to Elbow C5. 1 2 C-F 208LI PT 4 Longitudinal Inside C5. 12 C-F 208LO PT 4 Longitudinal Outside C5. 11 C-F 209 PT 4 Elbow to Pipe C5. 11 C-F 210 PT 4 Pipe to Elbow C5. 12 C-F 210LI PT 4 Longitudinal Inside C5. 1 2 C-F 210LO PT 4 Longitudinal Outside C5. 11 C-F 211 PT 3 Elbow to Pipe F3.40 F-C 211 PR-1 VT-3 2*. 3. Snubber S-130. 1 (No 40). Pipe 4 F3.50 F-C Restraint VT-4 2*. 3. 4 F3.40 F-C 211PR-2 Pipe VT-3 2. 3. 1

  • H-130 4

F3.50 F-C Restraint VT-4 2. 3. 1

  • 4 rp0179-0309a-46-58 347 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SDC-LPD (Contd) C5. 11 C-F 212 PT 3 Pipe to Elbow C5. 12 C-F 212LI PT 3 Longitudinal Inside C5. 12 C-F 212LO PT 3 Longitudinal Outside C5. 11 C-F 213 PT Inaccessible due to pipe Elbow to restraint. Elbow F3.40 F-C 213PR VT-3 2*,3, H-129. 1 Pipe 4 F3.50 F-C Restraint VT-4 2*,3, 4 F3.40 F-C 213PR-A VT-3 2* 3,4 1

  • H-129 F3.50 F-C Pipe Restraint VT-4 2* 3,4 1
  • Discovered 1982.

C5. 11 C-F 214 PT 3 Elbow to Pipe 214LI Longitudinal Inside 214LO Longitudinal Outside F3.40 F-C 214PR VT-3 2*,3, Snubber S-128.1 (No 41). F3.50 F-C Pipe 4 Restraint VT-4 2*. 3. 4 C5. 11 C-F 215 PT 3 Pipe to Elbow rp0179-0309a-46-58 348 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SDC-LPD (Contd) C5. 11 C-F 216 PT 3 Elbow to Pipe 216LI Longitudinal Inside 216LO Longitudinal Outside C5. 11 C-F 217 PT 2 Pipe to Elbow C5. 11 C-F 218 PT 2 Elbow to Pipe 218LI Longitudinal Inside 218LO Longitudinal Outside C5. 11 C-F 219 PT 4 Pipe to Tee C3.20 c-c 219PS PT 2,3, Pipe Support 4 F2.40 F-B 219PSS VT-3 2,3, H-128 Pipe Support 4 Structure C5. 11 C-F 220 PT 2* Tee to Valve V3190AES C5. 11 C-F 221 PT 3 Valve V3190AES rp0179-0309a-46-58 349 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SFP-TEM See Table El. (See Appendix B, ISO B-35) GC-8-14" C5. 11 C-F 201 UT 1* Tee to Reducer ESS-8-SFP-TEM 

                ~See Appendix B' ISO B-35~

GC-8-8" C5. 11 C-F 202 PT 3 Reducer to Valve V3205ES ESS-14-SIS-HPA Multiple Loop, ML-12. 

                ~See Appendix B,                                                                   Exempt per IWC-1220(b),

ISO B-29) 74S75. See Table El. HC-3-14" C5. 11 C-F 201 PT Tee to Pipe 201LW Longitudinal Weld C5. 11 C-F 202 PT Pipe to Elbow C5. 12 C-F 202Ll PT Longitudinal Inside C5. 12 C-F 202LO PT Longitudinal Outside rp0179-0309a-46-58 350 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SIS-HPA (Contd) C5. 11 C-F 203 PT Elbow to Pipe 203LW Longitudinal Weld F3.40 F-C 203PR VT-3 H-168 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 204 PT Pipe to Elbow C5. 12 C-F 204LI PT Longitudinal Inside C5. 12 C-F 204LO PT Longitudinal Outside C5. 11 C-F 205 PT Elbow to Pipe 205LW Longitudinal Weld F3.40 F-C 205PR VT-3 H-167 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 206 PT Pipe to Elbow C5. 12 C-F 206LI PT Longitudinal Inside rp0179-0309a-46-58 351 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SIS-HPA (Contd) C5. 12 C-F 206LO PT Longitudinal Outside C5. 11 C-F 207 PT Elbow to Pipe 207LW Longitudinal Weld F2.40 F-B 207PR-1 VT-3 H-166.2 Pipe Restraint F2.40 F-B 207PR-2 VT-3 H-166. 1 Pipe Restraint C5.31 C-F 207/ESS SIS-HPA UT 1

  • PT Branch Con-nection ESS-6-SIS-HPA (Contd) Multiple Loop, ML-16.

(See Appendix B, See Table E. ISO B-36) HC-3, GC-4 C5. 11 C-F 208 PT 2 Branch Con-nection to Pipe C5. 11 C-F 209 PT Pipe to Elbow C5. 11 C-F 210 PT Elbow to Pipe rp0179-0309a-46-58 352 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-HPA (Contd) C5. 11 C-F 211 PT Pipe to Elbow C5.11 C-F 212 UT 1* Elbow to Pipe PT F2.40 F-B 212PR-1 VT-3 2' 3' H-166.3 Pipe 4 Restraint F2.40 F-8 212PR-2 VT-3 2,3, H-166.4 Pipe 4 Restraint C5. 11 C-F 213 PT 3 Pipe to Check Valve V3183 C5. 11 C-F 214 PT Check Valve V3183 to Elbow C5. 11 C-F 215 PT Elbow to Pipe F2.40 F-B 215PR-1 VT-3 2,3, R-185.1 Pipe 4 Restraint F3.40 F-C 215PR-2 VT-3 2,3, H-185 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 216 PT Pipe to Tee C5. 11 C-F 217 PT 3 Tee to Elbow C5. 11 C-F 218 PT Elbow to Pipe rp0179-0309a-46-58 353 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-HPA (Contd) C3.20 c-c 218PL-1 PT 3 2,4 Pipe Lug C3.20 c-c 218PL-2 PT 3 2,4 Pipe Lug C3.20 c-c 218PL-3 PT 3 2,4 Pipe Lug C3.20 c-c 218PL-4 PT 3 2,4 Pipe Lug F3.40 F-C 218PR VT-3 2, 3, H-154 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 219 PT 4 Pipe to Valve V3184ES C5. 11 C-F 220 PT Valve V3184ES to Elbow 220PS Partially removed pipe Pipe Support support used during fabrica-tion only. C5. 11 C-F 221 PT Elbow to Flange 221BT Less than 2". Flange Bolting rp0179-0309a-46-58 354 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SIS-LPA Multiple Loop, ML-11. (See Appendix B, See Table El. ISO B-29) HC-3-14" GC-8-14" C5.11 C-F 201 PT Tee to Pipe 201LW Longitudinal C5. 11 C-F 202 PT 3 Pipe to Elbow* C5. 12 C-F 202LI PT Longitudinal Inside C5. 12 C-F 202LO PT Longitudinal Outside C5. 11 C-F 203 PT Elbow to Pipe 203LW Longitudinal Weld 203PR VT-3 1

  • Snubber S-175. 1 (No 33).

Pipe VT-4 Examined per 74S75 code. Restraint Removed 1988. C5. 11 C-F 204 PT Pipe to Elbow C5. 12 C-F 204LI PT Longitudinal Inside C5. 12 C-F 204LO PT Longitudinal Outside rp0179-0309a-46-58 355 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec x~ Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-14-SIS-LPA (Contd) C5. 11 C-F 205 PT Elbow to Pipe 205LW Longitudinal Weld F3.40 F-C 205PR-1 VT-3 2. 3. H-175 F3.50 F-C Pipe VT-4 4 Restraint 205PR-2 Snubber S-174.1 (No 32). Pipe Removed 1988. Restraint C5. 11 C-F 206 PT Pipe to Elbow C5. 12 C-F 206LI PT Longitudinal Inside C5. 12 C-F 206LO PT Longitudinal Outside C5. 11 C-F 207 PT Elbow to Pipe 207LW Longitudinal Weld F3.40 F-C 207PR-1 VT-3 2,3, H-174 F3.50 F-C Pipe VT-4 4 Restraint F2.40 F-B 207PR-2 VT-3 2,3, R-173. 1 Pipe 4 Restraint C5. 11 C-F 208 PT Pipe to Elbow rp0179-0309a-46-58 356 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN 

                                                  .        CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM. (Contd)

Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-14-SIS-LPA (Contd) C5. 12 C-F 20BLI PT Longitudinal Inside C5. 12 C-F 20BLO PT Longitudinal Outside C5. 11 C-F 209 PT 3 Elbow to Elbow C5. 12 C-F 209LI PT Longitudinal Inside C5. 12 C-F 209LO PT Longitudinal Outside C5. 11 C-F 210 UT 1

  • Elbow to Pipe PT 210LW Longitudinal Weld C5. 11 C-F 211 PT Pipe to Elbow C5. 12 C-F 21 lLI PT Longitudinal Inside C5. 12 C-F 21 lLO PT Longitudinal Outside C5.11 C-F 212 PT 4 Elbow to Valve V319BES rp0179-0309a-46-5B 357 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-14-SIS-LPA (Contd) C5. 11 C-F 213 PT 2 Valve V319BES to Elbow C5. 12 C-F 213LI PT Longitudinal Inside C5. 12 C-F 213LO PT Longitudinal Outside C3.20 c-c 213PS PT 2' 3' Pipe Support 4 F2.40 F-B 213PSS VT-3 2' 3' H-117 Pipe Support 4 Structure C5. 11 C-F 214 PT Elbow to Tee C5. 12 C-F 214LW-1 PT Longitudinal Weld C5. 12 C-F 214LW-2 PT Longitudinal Weld C5. 12 C-F 214LW-3 PT Longitudinal Weld C5. 11 C-F 215 PT Tee to Reducer C5. 12 C-F 215LW PT Longitudinal Weld rp0179-0309a-46-5B 358 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-LPA Multiple Loop, ML-11. (See Appendix B, ISO B-29) GC-8-12" C5. 11 C-F 216 PT 2 Reducer to Flange 216BT Less than 2". Flange Bolting ESS-8-SIS-LPA Multiple Loop, ML-11. (See Appendix B, ISO B-37) GC-1-8" C5. 11 C-F 217 UT 1

  • Flange to Reducer 217BT PT Less than 2".

Flange Bolting C5. 12 C-F 217LW PT 2 Longitudinal Weld 217/ESS Less than 4". SIS-LPA Branch Con-nection 217/ESS Less than 4". SIS-DL2 Branch Con-nection rp0179-0309a-46-58 359 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SI S-LPA Multiple Loop, ML-11. (See Appendix B, ISO B-37 & B-38) GC-1-10" C5. 11 C-F 218 PT 4 Reducer to Check Valve V3201ES C5. 11 C-F 219 PT 2 Check Valve V3201ES to Valve V3202ES C5. 11 C-F 220 PT 3 Valve V3202ES to Pipe 220LW Excluded. Longitudinal Weld F3.40 F-C 220PR VT-3 2. 3. H-160 F3.50 F-C Pipe VT-4 4 Restraint C3.20 c-c 220PL-1 PT 1

  • 2,3, Welded Pipe 4 Lug C3.20 c-c 220PL-2 PT 1
  • 2. 3.

Welded Pipe 4 Lug C3.20 c-c 220PL-3 PT 2. 3. Welded Pipe 4 Lug C3.20 c-c 220PL-4 PT 2. 3. Welded Pipe 4 Lug rp0179-0309a-46-58 360 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SIS-LPA (Contd) C5. 11 C-F 221 PT 1

  • Pipe to Elbow C5. 12 C-F 221 LI PT 3 Longitudinal Weld Inside C5. 12 C-F 221LO PT 3 Longitudinal Weld Outside C5. 11 C-F 222 PT 4 Elbow to Pipe 222LW Excluded by Category C-F, Longitudinal 74S75.

Weld F2.40 F-B 222PR VT-3 1* 2,3, R-160. 1 Pipe 4 Restraint C5. 11 C-F 223 PT 4 Pipe to Elbow C5. 12 C-F 223LI PT 4 Longitudinal Weld Inside C5. 12 C-F 223LO PT 4 Longitudinal Weld Outside F2.40 F-B 223PR VT-3 2,3, Snubber H-160.2 (No 35 & Pipe 4 No 36). Removed 1988 Restraint snubber. C5. 11 C-F 224 PT 3 Elbow to Pipe 224LW Excluded by Category C-F, Longitudinal 74S75. Weld rp0179-0309a-46-58 361 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-lD-SIS-LPA (Contd) F3.40 F-C 224PR-1 VT-3 3,4 2 H-161 F3.50 F-C Pipe VT-4 Restraint F3.40 F-C 224PR-2 VT-3 3,4 2 Snubber S-161.1 (No 37). F3.50 F-C Pipe VT-4 Restraint cs. 11 C-F .225 PT 2 Pipe to Elbow C5. 12 C-F 225LI PT 2 Longitudinal Weld Inside C5. 12 C-F 225LD PT 2 Longitudinal Weld Outside C5. 11 C-F 226 PT 3 Elbow to Pipe 226LW Excluded by Category C-F. Longitudinal Weld C5. 11 C-F 227 PT 3 Pipe to Elbow C5. 1 2 C-F 227LI PT 3 Longitudinal Weld Inside C5. 12 C-F 227LO PT 3 Longitudinal Weld Outside C5. 11 C-F 228 PT . 3 Elbow to Pipe 228LW Excluded by Category C-F. Longitudinal Weld rp0179-0309a-46-58 362 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SIS-LPA (Contd) F2.40 F-B 228PR VT-3 2,3, 1

  • R-161. 2 Pipe 4 Discovered 1982.

Restraint C5. 11 C-F 229 PT Pipe to Elbow C5. 12 C-F 229LI PT Longitudinal Weld Inside C5. 12 C-F 229LO PT 2* Longitudinal Weld Outside C5. 11 C-F 230 PT 2* Elbow to Pipe 230LW Excluded by Category C-F. Longitudinal Weld F3.40 F-C 230PR VT-3 2. 3. H-162 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 231 PT Partial penetration weld. Penetration to Pipe F2.40 F-B 231PR VT-3 2,3, H-164 Pipe 4 Restraint C5. 11 C-F 232 PT 4 Pipe to Elbow C5. 12 C-F 232LI PT 4 Longitudinal Weld Inside rp0179-0309a-46-58 363 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SIS-LPA (Contd) C5.12 C-F 232LO PT 4 Longitudinal Weld Outside C5.11 C-F 233 PT 3 Elbow to Elbow C5.12 C-F 233LI PT 3 Longitudinal Weld Inside C5. 1 2 C-F 233LO PT 3 Longitudinal Weld Outside C5. 11 C-F 234 PT 4 Elbow to Pipe 234LW Excluded by Category C-F. Longitudinal Weld F2.40 F-B 234PR VT-3 2' 3' H-164. 1 Pipe 4 Restraint C5. 11 C-F 235 PT 1* Pipe to Elbow C5. 12 C-F 235LI PT 3 Longitudinal Weld Inside C5. 1 2 C-F 235LO PT 3 Longitudinal Weld Outside C5. 11 C-F 236 PT 4 Elbow to Tee rp0179-0309a-46-58 364 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SIS-LPB Multiple Loop, ML-11. (See Appendix B, See Table E1. ISO B-35) HC-3-14" C5. 11 C-F 201 PT 3 Tee to Pipe 201LW Longitudinal Weld C5. 11 C-F 202 PT Pipe to Elbow C5. 12 C-F 202LI PT Longitudinal Inside C5. 12 C-F 202LO PT Longitudinal Outside C5. 11 C-F 203 PT Elbow to Pipe 203LW Longitudinal Weld F3.40 F-C 203PR VT-3 H-135 F3.50 F-C Pipe VT-4 Restraint C5.11 C-F 204 PT Pipe to Elbow C5. 12 C-F 204LI PT Longitudinal Inside C5. 12 C-F 204LO PT Longitudinal Outside rp0179-0309a-46-58 365 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SIS-LPB (Contd) C5. 11 C-F 205 PT Elbow to Pipe 205LW Longitudinal Weld C5. 11 C-F 206 PT Pipe to Elbow C5. 12 C-F 206LI PT Longitudinal Inside C5. 12 C-F 206LO PT Longitudinal Outside C5. 11 C-F 207 PT Elbow to Pipe 207LW Longitudinal Weld F3.40 F-C 207PR VT-3 H-134 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 208 PT 3 Pipe to Elbow C5. 12 C-F 208LI PT 3 Longitudinal Inside C5. 12 C-F 208LO PT 3 Longitudinal Outside C5. 11 C-F 209 PT Elbow to Pipe rp0179-0309a-46-58 366 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 . 8 9 Remarks ESS-14-SIS-LPB (Contd) 209LW Longitudinal Weld F2.40 F-B 209PR-1 VT-3 R-133.1 Pipe Restraint F3.40 F-C 209PR-2 VT-3 H-133 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 210 PT Pipe to Elbow C5. 12 C-F 21 OLI PT Longitudinal Inside C5. 12 C-F 210LO PT Longitudinal Outside C5. 11 C-F 211 PT Elbow to Pipe 211LW Longitudinal Weld F2.40 F-B 211 PR VT-3 Not on Bechtel ISO. Pipe Restraint C5. 11 C-F 212 PT Pipe to Elbow C5. 12 C-F 212LI PT Longitudinal Inside rp0179-0309a-46-58 367 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-14-SIS-LPB (Contd) C5. 12 C-F 212LO PT Longitudinal Outside C5. 11 C-F 213 PT Elbow to Pipe 213LW Longitudinal Weld C5. 11 C-F 214 PT Pipe to Valve V3189ES C5. 11 C-F 215 PT Valve V3189ES to Tee F3.40 F-C 215PS VT-3 H-127 F3.50 F-C Pipe VT-4 Support C5. 12 C-F 215LW-1 PT Longitudinal Weld C5 .. 12 C-F 215LW-2 PT Longitudinal Weld C5. 12 C-F 215LW-3 PT Longitudinal Weld C5. 11 C-F 216 PT Tee to Reducing Elbow C5. 12 C-F 216LI PT Longitudinal Inside rp0179-0309a-46-5B 368 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SIS-LPB (Contd) C5. 12 C-F 216LO PT Longitudinal Outside ESS-12-SIS-LPB Multiple Loop, ML-11. (See Appendix B 1 ISO B-35) HC-3-12" C5. 11 C-F 217 PT 2 Elbow to Flange 217BT Less than 2". Flange Bolting ESS-B-SIS-LPB Multiple Loop, ML-11. (See Appendix B, ISO B-38) GC-1-B" C5. 11 C-F 218 PT 3 Flange to Reducer 218BT Less than 2". Flange Bolting C5.12 C-F 218LW PT 3 Longitudinal Weld 218/ESS Less than 4". SIS-LPD Branch Con-nection rp0179-0309a-46-58 369 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PI PING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SIS-LPB Multiple Loop, ML-11. (See Appendix B, ISO B-38) GC-1-10" C5.11 C-F 219 PT 4 Reducer to Pipe 219LW Excluded. Longitudinal Weld C3.20 c-c 219PL 1-4 PT 1 *I 2 I Examine lugs 1 & 2 only. Welded Pipe 3,4 Lugs F3.40 F-C 219PR VT-3 2 3 p p 1

  • H-136 Pipe 4 F3.50 F-C Restraint VT-4 2p3 p 1*

4 C5. 11 C-F 220 PT 1* Pipe to Elbow 220/ESS Less than 4". SIS-LRB Branch Connection C5. 11 C-F 221 PT 2 Elbow to Check Valve V3192ES C5. 11 C-F 222 PT 3 Check Valve V3192ES to Valve V3193ES F2.40 F-B 222PR VT-3 2,3, Multiple loop. See LPA. Pipe 4 Restraint rp0179-0309a-46-58 370 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-10-SIS-LPB (Contd) C5.11 C-F 223 PT 3 Valve V3193ES to Pipe 223LW Excluded by Category C-F. Longitudinal Weld F2.40 F-B 223PR VT-3 2,3, R-136. 1 Pipe 4 Restraint 224 Excluded by Category C-F. Pipe to Pipe 224LW Excluded by Category C-F. Longitudinal Weld F2.40 F-B 224PR VT-3 2*,3, H-136.2 Pipe 4 Restraint C5. 11 C-F 225 PT 4 Pipe to Elbow C5. 12 C-F 225LI PT 3 Longitudinal Weld Inside C5. 12 C-F 225LO PT 3 Longitudinal Weld Outside C5. 11 C-F 226 PT 2 Elbow to Pipe 226LW Excluded by Category C-F. Longitudinal Weld rp0179-0309a-46-5B 371 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SIS-LPB (Contd) 226PR S-136.3 (No 42). Pipe Restraint C5. 11 C-F 227 PT 4 Pipe to Elbow C5. 12 C-F 227LI PT 2* Longitudinal Weld Inside C5. 12 C-F 227LO PT 3 Longitudinal Weld Outside C3.20 c-c 227PL PT 2*,3, Welded Pipe 4 Lug F2.40 F-B 227PR VT-3 2' 3' H-137 Pipe 4 Restraint C5. 11 C-F 228 PT 4 Elbow to Pipe 228LW Longitudinal Weld 229LW Excluded by Category C-F. Longitudinal Weld F3.40 F-C 229PR VT-3 2,3, 1

  • H-138 Pipe 4 F3.50 F-C Restraint VT-4 2,3, 1*

4 C5. 11 C-F 230 PT 4 Pipe to Reducer rp0179-0309a-46-58 372 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-12-SIS-LPB Multiple Loop, ML-11. (See Appendix B, ISO B-38) GC-1-12" C5. 11 C-F 231 PT 2* Reducer to Tee rp0179-0309a-46-58 373 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6. 7 8 9 Remarks ESS-12-SIS-1A6 Multiple Loop, ML-14. (See Appendix B, ISO B-39) GC-1-12" C5. 11 C-F 201 PT 1* Tee to Reducing Elbow ESS-8-SIS-1A6 Multiple Loop, ML-15. {See Appendix B, ISO B-39~ GC-1-8" C5. 11 C-F 202 PT 3 Reducing Elbow to Tee C3.20 c-c 202PS PT Welded Pipe Support F2.40 F-B 202PSS VT-3 3,4 2 H-701 Support Structure C5. 11 C-F 203 PT 4 Tee to Reducer ESS-6-SIS-1A6 Multiple Loop, ML-15. {See Appendix B, ISO B-39~ GC-1-6"" C5. 11 C-F 204 PT 2 Reducer to Pipe rp0179-0310a-46-58 374 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-1A6 (Contd) C5.11 C-F 205 PT 3 Pipe to Flange 205BT Less than 2". Flange Bolting C5. 11 C-F 206 PT 2 Flange to Pipe F2. 10 F-B 206PR VT-3 2,3, H-700.5 Pipe Restraint 4 C5. 11 C-F 207 PT 4 Pipe to Valve M03008ES ESS-12-SIS-1B6 Multiple Loop, ML-14. {See Appendix B, ISO B-392 GC-1-12" C5. 11 C-F 201 PT Tee to Reducing Elbow ESS-B-SIS-196 Multiple Loop, ML-15. {See Appendix B, ISO B-392 GC-1-8" C5.11 C-F 202 PT 2* Reducing Elbow to Tee rp0179-0310a-46-58 375 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-SIS-166 (Contd) C3.20 c-c 202PS PT 2*,3, Welded Pipe 4 Support F2.40 F-B 202PSS VT-3 2*,3, H-700 Support 4 Structure C5. 11 C-F 203 PT 4 Tee to Reducer ESS-6-SIS-186 Multiple Loop, ML-15. (See Appendix B, ISO B-39) GC-1-6" C5. 11 C-F 204 PT 2 Reducer to Pipe C5. 11 C-F 205 PT 3 Pipe to Flange 205BT Less than 2". Flange Bolting C5. 1 1 C-F 206 PT 4 Flange to Pipe C5.ll C-F 207 PT 4 Pipe to Valve M03010ES rp0179-0310a-46-58 376 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SCS-2H1 (See Appendix B, ISO B-40 CC-9-12" C5. 11 C-F 201 PT 1

  • Valve CV3016ES to Pipe 201LW Excluded by Category C-F.

Longitudinal Weld C5. 12 C-F 201 LI PT 1

  • C5. 12 C-F 201LO PT 1
  • C5. 11 C-F 202 PT 1
  • Pipe to Reducing Elbow C5. 12 C-F 202LI PT 1
  • Longitudinal Inside C5. 12 C-F 202LO PT 1
  • Longitudinal Outside ESS-14-SCS-2H1 (See Appendix B, ISO B-40 & B-33)

GC-8-14" C5. 11 C-F 203 PT 2 Reducing Elbow to Elbow rp0179-0310a-46-58 377 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SCS-2Hl (Contd) C5. 12 C-F 203LI PT 1

  • Longitudinal Inside C5. 12 C-F 203LO PT 1
  • Longitudinal Outside C5. 11 C-F 204 PT Elbow to Pipe 204LW Excluded by Category C-F.

Longitudinal Weld 204PS 1* H-804. 1/2" thick. Welded Pipe Support F2.40 F-B 204SS VT-3 2*. 3. 1* Support 4 Structure C5. 11 C-F 205 PT 2 Pipe to Elbow C5. 12 C-F 205LI PT 2 Longitudinal Inside C5. 12 C-F 205LO PT 2 Longitudinal Outside C5. 11 C-F 206 PT 3 Elbow to Elbow C5. 12 C-F 206LI PT 2* Longitudinal Inside rp0179-0310a-46-58 378 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SCS-2H1 (Contd) C5. 12 C-F 206LO PT 3 Longitudinal Outside C5.11 C-F 207 PT 1* Elbow to Pipe 207LW Excluded by Category C-F. Longitudinal Weld F2.40 F-B 207PR Pipe VT-3 1 * '2' 3,4 H-805 Restraint 207/ESS-l.5- PT Less than 4". SCS-RVl Branch Con-nection C5. 11 C-F 208 PT 3 Pipe to Pene-tration No 35 C5.11 C-F 209 PT Inaccessible due to penetra-Penetration tion design. No 35 to Pipe 209LW Excluded. Longitudinal Wel.d C5. 11 C-F 210 PT 4 Pipe to Elbow C5. 12 C-F 210LI PT 4 Longitudinal Inside C5. 12 C-F 210LO PT 4 Longitudinal Outside rp0179-0310a-46-58 379 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 g Remarks ESS-14-SCS-2H1 (Contd) C5. 11 C-F 211 PT 3 Elbow to Pipe 211LW Excluded. Longitudinal Weld 211/ESS Less than 4". SCS-CLl Branch Con-nection C5. 11 C-F 212 PT 1* Pipe to Elbow C5. 12 C-F 212LI PT 4 Longitudinal Inside C5. 12 C-F 212LO PT 4 Longitudinal Outside C5. 11 C-F 213 PT 4 Elbow to Pipe 213LW Excluded. Longitudinal Weld F3.40 F-C 213PR VT-3 1*.2. H-191 Pipe 3,4 F3.50 F-C Restraint VT-4 1 *. 2. 3,4 C5. 11 C-F 214 PT 3 Pipe to Elbow C5. 12 C-F 214LI PT 3 Longitudinal Inside rp0179-031Da-46-58 380 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-14-SCS-2H1 (Contd) C5. 12 C-F 214LO PT 3 Longitudinal Outside C5.11 C-F 215 PT 4 Elbow to Elbow C5. 12 C-F 215LI PT 4 Longitudinal Inside C5. 12 C-F 215LO PT 3 Longitudinal Outside C5. 11 C-F 216 PT 4 Elbow to Pip!J 216LW Longitudinal Weld C5.31 C-F 216/ESS PT 2 SDC-LPD Branch Con-nection ESS-12-SDC-XCO (See Appendix B, ISO B-41) GC-1-12" C5. 11 C-F 201 PT 1

  • Tee to Tee F2.40 F-B 201PR VT-3 1* 2 I I R 1 48 . 1 Pipe 3,4 Restraint C5. 11 C-F 202 PT 3 Tee to Tee rp0179-0310a-46-58 381 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SDC-XCO (Contd) C5.11 C-F 203 PT 2* Tee to Reducer ESS-10-SDC-XCO (See Appendix B, ISO B-41) GC-1-10" C5. 11 C-F 204 PT 2 Reducer to Valve CV3025ES C5. 11 C-F 205 PT 1

  • Valve CV3025ES to Reducing Elbow C3.20 c-c 205PS PT 2*. 3. 1
  • H-149 Welded Pipe 4 Support F2.40 f-B 205PSS VT-3 2*. 3.

Support 4 Structure ESS-12-SDC-XCO (See Appendix B, ISO B-41) GC-1-12" C5. 11 C-F 206 PT 3 Elbow to Pipe 206LW Excluded. Longitudinal Weld rp0179-0310a-46-58 382 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SDC-XCO (Contd) F3.40 F-C 206PR VT-3 1*.2. S-149.1, SNB-44. F3.50 F-C Pipe VT-4 3,4 Restraint C5. 11 C-F 207 PT 3 Pipe to Elbow C5.11 C-F 208 PT 3 Elbow to Pipe 208LW Excluded. Longitudinal Weld C5. 11 C-F 209 PT 1* Pipe to Elbow C5. 11 C-F 210 PT 4 Elbow to Tee ESS-12-SIS-SDC (See Appendix B, ISO B-42) GC-1-12" F2.40 F-B 201PR VT-3 1 *' 2. Not on Bechtel ISO. Pipe 3,4 Restraint C5. 11 C-F 201 PT 4 Tee to Valve CV3055ES C5. 11 C-F 202 PT 2 Valve CV3055ES to Pipe C3.20 c-c 202PS PT 2*,3, 1

  • H-126 Welded Pipe 4 Support rp0179-0310a-46-58 383 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Area ID Method 2 3 4 5 6 7 B 9 Remarks Item No Catgy ESS-12-SIS-SDC (Contd) F2.40 F-B 202PSS VT-3 2*,3, Pipe Support 4 Structure ESS-12-SIS-1A5 Multiple Loop, ML-7. (See Appendix B, See Talbe Al. ISO B-43) GC-1-12" C5. 11 C-F 201 PT 2 Nozzle to Elbow C5. 11 C-F 202 PT Elbow to Pipe C-F 203 PT 2 C5. 11 Pipe to Elbow C5. 11 C-F 204 PT Elbow to Pipe F-C 204PR VT-3 2,3, H-748 F3.40 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 205 PT Pipe to Elbow C5. 11 C-F 20& PT Elbow to Pipe C5. 11 C-F 207 PT 4 Pipe to ELbow C5. 11 C-F 208 PT Elbow to Pipe C3.20 c-c 208PL-1 PT 2,3, Welded Pipe 4 Lug 384 Revision 5 rp0179-0310a-46-5B

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat!ij~ Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-12-SIS-1A5 (Contd) C3.20 c-c 208PL-2 PT 2 '3' Welded Pipe 4 Lug C3.20 c-c 20BPL-3 PT 2,3, Welded Pipe 4 Lug C3.20 c-c 208PL-4 PT 2,3, Welded Pipe 4 Lug F2.40 f-B 20BPR VT-3 2 '3' H-747 Pipe 4 Restraint 209 Pipe to Pipe C5. 11 C-F 210 PT Pipe to Elbow C5. 11 C-F 211 PT Elbow to Pipe F3.40 F-C 211 PR VT-3 2,3, H-744 F3.50 F-C Pipe VT-4 4 Restraint F3.40 f-C 21 lPR-2 VT-3 2' 3' S-743. 1 F3.50 F-C Pipe VT-4 4 Discovered 1982. SNB-72. Restraint C5. 11 C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT 2 Elbow to Pipe F2.40 F-B 213PR VT-3 2,3, H-743 Pipe 4 Restraint rp0179-0310a-46-58 385 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:t Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-1A5 (Contd) C5.11 C-F 214 PT Pipe to Elbow C5. 11 C-F 215 PT Elbow to Pipe F3.40 F-C 215PR VT-3 2,3, H-742 F3.50 F-C Pipe VT-4 4 Restraint C5.11 C-F 216 PT 2 Pipe to Elbow C5. 11 C-F 217 PT Elbow to Pipe .C5. 11 C-F 218 PT Pipe to Elbovt C5. 11 C-F 219 PT 3 Elbow to Pipe C5. 11 C-F 220 PT 3 Pipe to Valve MOV3041ES ESS-12-SIS-185 Multiple Loop, ML-7. 

                 ~See Appendix B.                                                                       See Table Al.

ISO B-44} GC-1-12" C5.11 C-F 201 PT 4 Nozzle to Elbow C5. 11 C-F 202 PT Elbow to Pipe C5. 11 C-F 203 PT Pipe to Elbow rp0179-0310a-46-58 386 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins~ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat9Jl Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-185 (Contd) C5. 11 C-F 204 PT Elbow to Pipe F3.40 F-C 204PR VT-3 2. 3. H-736 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 205 PT Pipe to Elbow C5. 11 C-F 206 PT Elbow to Pipe C5. 11 C-F 207 PT 3 Pipe to Elbow C5. 11 C-F 208 PT Elbow to Pipe C3.20 c-c 208PL-1 PT 2. 3. Welded Pipe 4 Lug C3.20 c-c 208PL-2 PT 2. 3. Welded Pipe 4 Lug C3.20 c-c 208PL-3 PT 2. 3. Welded Pipe 4 Lug C3.20 c-c 208PL-4 PT 2. 3. Welded Pipe 4 Lug F2.40 F-B 208PR VT-3 2,3, H-735 Pipe 4 Restraint 209 Pipe to Pipe rp0179-0310a-46-58 387 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Ex.ami nation Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-165 (Contd) C5. 11 C-F 210 PT Pipe to Elbow C5.11 C-F 211 PT Elbow to Pipe F3.40 F-C 211 PR VT-3 H-732 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT 2 Elbow to Pipe C5. 11 C-F 214 PT 2 Pipe to Elbow C5. 11 C-F 215 PT 3 Elbow to Pipe C5. 11 C-F 216 PT 4 Pipe to Valve MOV3045ES ESS-12-SIS-1C5 Multiple Loop, ML-7. (See Appendix B, See Tab 1 e A 1 . ISO B-44) GC-1-12" C5. 11 C-F 201 PT 4 Nozzle to Elbow C5. 11 C-F 202 PT Elbow to Pipe C5. 11 C-F 203 PT Pipe to Elbow rp0179-0310a-46-58 388 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Ca t!ij:( Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-1C5 (Contd) C5. 11 C-F 204 PT Elbow to Pipe F3.40 f-C 204PR VT-3 2,3, H-757 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 205 PT Pipe to Elbow C5. 11 C-F 206 PT 3 Elbow to Pipe C5. 11 C-F 207 PT 2 Pipe to Elbow C5. 11 C-F 208 PT Elbow to Pipe C3.20 c-c 208PL-1 PT Welded Pipe Lug C3.20 c-c 208PL-2 PT Welded Pipe Lug C3.20 c-c 208PL-3 PT Welded Pipe Lug C3.20 c-c 208PL-4 PT Welded Pipe Lug F2.40 F-B 208PR VT-3 3,4 2 H-756 Pipe Restraint 209 Pipe to Pipe rp0179-0310a-46-58 389 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cat al'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-1C5 (Contd) C5. 11 C-F 210 PT Pipe to Elbow C5.ll C-F 211 PT Elbow to Pipe C5.ll C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT Elbow to Pipe F3.40 F-C 213PR VT-3 1

  • H-753.1; examined ,per 74S75 F3.50 F-C Pipe VT-4 code.

Restraint C5. 11 C-F 214 PT Pipe to Elbow C5. 11 C-F 215 PT Elbow to Pipe C5. 11 C-F 216 PT 2 Pipe to Elbow C5. 11 C-F 217 PT Elbow to Pipe F3.40 F-C 217PR VT-3 3,4 2 H-751 F3.5D F-C Pipe VT-4 Discovered 1982. Restraint C5. 11 C-F 218 PT 3 Pipe to Elbow C5. 11 C-F 219 PT Elbow to Pipe F3.40 F-C 219PR VT-3 S-100, No 63 & No 64 F3.50 F-C Pipe VT-4 Restraint rp0179-0310a-46-58 390 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Area ID Method 2 3 4 5 6 7 8 9 Remarks Item No Catgy ESS-12-SIS-1C5 (Contd) C5.11 C-f 220 PT Pipe to Elbow C5. 11 C-F 221 PT Elbow to Pipe C5. 11 C-F 222 UT 1

  • Pipe to Valve PT MOV3049ES ESS-12-SI S-105 Multiple Loop, ML-7.

(See Appendix B, See Table Al. ISO B-43) GC-1-12"' 201 PT 2 C5. 11 C-F Nozzle to Pipe C5. 11 C-f 202 PT Elbow to Pipe C5. 11 C-F 203 PT Pipe to Elbow C5. 11 C-F 204 PT Elbow to Pipe F-C 204PR VT-3 H-784 F3.4D F3.50 f-C Pipe VT-4 Restraint C5. 11 C-F 205 PT Pipe to Elbow C5. 11 C-F 206 PT Elbow to Pipe C5. 11 C-F 207 PT Pipe to Elbow 391 Revision 5 rp0179-0310a-46-58

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:t: Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-12-SIS-1D5 (Contd) C5. 11 C-F 206 PT Elbow to Pipe C3.20 c-c 20BPL-1 PT 2. 3. Welded Pipe 4 Lug C3.20 c-c 20BPL-2 PT 2,3, Welded Pipe 4 Lug C3.20 c-c 20BPL-3 PT Welded Pipe Lug C3.20 c-c 20BPL-4 PT Welded Pipe Lug F2.40 f-B 20BPR VT-3 3,4 2 H-765 Pipe Restraint C5. 11 C-F 209 PT Pipe to Pipe C5. 11 C-F 210 PT 3 Pipe to Elbow C5. 11 C-F 211 PT Elbow to Pipe F3.40 F-C 211PR VT-3 H-762 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT 4 Elbow to Pipe rp0179-0310a-46-5B 392 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-1D5 (Contd) C5. 11 C-F 214 PT 3 Pipe to Elbow C5. 11 C-F 215 PT 3 Elbow to Pipe C5. 11 C-F 216 PT 4 Pipe to Valve MOV3052ES ESS-12-SIS-lAl Multiple Loop ML-25. Class A-7 designation changed from Class 1 to Class 2 in 1983. CC-4-12" C5.21 C-F 1 Valve UT 1

  • MOV3041 to PT Pipe F3.40 F-C lPR-A VT-3 1
  • 42' 3'.

H-741 F3.50 F-C Pipe VT-4 Restraint F3.40 F-C 1PR-B VT-3 1

  • 2' 3' Not on Bechtel ISO.

F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 2 UT Pipe to Elbow PT C5.21 C-F 3 UT Elbow to Pipe PT C3.20 c-c 3PL1-4 PT 2,3 Welded Pipe 4 Lugs F3.40 F-C 3PR VT-3 1*'3' 2 H-739 F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 4 UT 2 Pipe to Elbow PT rp0179-0310a-46-58 393 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION ~LAN CLASS 2 PIPING . ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-lAl (Contd) C5.21 C-F 5 UT 3 Elbow to Pipe PT C5.21 C-F 6 UT 1

  • Pipe to Elbow PT C5.21 C-F 7 UT 2 Elbow to Pipe PT C5.21 C-F 8 Pipe to Valve UT 4 CK-3102 PT ESS-12-SIS-lBl Multiple Loop ML-25. Class A-8 designation changed from Class 1 to Class 2 in 1983.

CC-4-12" C5.21 C-F Valve MOV3045 UT to Pipe PT F3.40 F-C lPR-A VT-3 2,3, H-731 F3.50 F-C Pipe VT-4 4 Restraint F3.40 F-C lPR-B VT-3 2,3, S-730.2, SNB-69. F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 2 UT Pipe to Elbow PT C5.21 C-F 3 UT 2 Elbow to Pipe PT F3.40 F-C 3PR VT-3 S-730.1, SNB-68. F3.50 F-C Pipe VT-4 Restraint C3.20 c-c 3PS PT 1*.3. H-730 Pipe Support 4 2 rp0179-0310a-46-58 394 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat9;t Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-181 (Contd) F2.30 F-8 3PSS VT-3 2,3, Pipe Support 4 Structure C5.21 C-F 4 UT 3 Pipe to Elbow PT C5.21 C-F 5 UT Elbow to Pipe PT F3.40 f-C 5PR VT-3 1*'3' 2 H-729 F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 6 UT Pipe to Elbow PT C5.21 C-F 7 UT Elbow to Pipe PT C3.20 c-c 7PL1-4 PT 2' 3' Welded Pipe 4 Lugs F3.40 F-C 7PR VT-3 3,4 2 H-728 F3.50 F-C Pipe VT-4 Restraint C5.21 C-F 8 UT Pipe to Elbow PT C5.21 C-F 9 UT Elbow to PT Elbow C5.21 C-F 11 UT 3 Elbow to Pipe PT C5.21 C-F 12 UT 2 Pipe to Valve PT CK3117 rp0179-0310a-46-58 395 Revision 5

PALISADES NUCLEAR POWER PLAN{ LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-2Al Multiple Loop ML-25. Class A-9 designation changed from Class 1 to Class 2 in 1983. CC-4-12" C5.21 C-F Valve MDV3049 UT to Elbow PT C5.21 C-F 2 UT Elbow to Pipe PT F2.40 F-B 2PR VT-3 1*,4 2,3 H-750 Pipe Restraint C5.21 C-F 3 UT 1

  • Pipe to Elbow PT C5.21 C-F 4 UT Elbow to Pipe PT F2.40 F-B 4PR-A VT-3 1
  • H-749. 1 Pipe Restraint F2.40 F-B 4PR-B VT-3 2. 3. H-749 Pipe 4 Restraint C5.21 C-F 5 UT Pipe to Elbow PT C5.21 C-F 6 UT Elbow to Pipe PT F3.40 F-C 6PR VT-3 2. 3. H-740 F3.50 f-C Pipe VT-4 4 Restraint C5.21 C-F 7 UT 1* 3 VT done Outage 1 per Pipe to Elbow PT 1971 code.

C5.21 C-F 8 UT 2 VT done Outage 1 per Elbow to Pipe PT 1971 code. rp0179-0310a-46-58 396 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-2A1 (Contd) C5.21 C-F 9 Pipe to Elbow UT VT done Outage 1 per PT 1971 code. C5.21 C-F 10 UT 4 VT done Outage 1 per Elbow to Pipe PT 1971 code. C5.21 C-F 11 Pipe to Valve UT VT done Outage 1 per CK3132 PT 1971 code. ESS-12-SIS-281 Multiple Loop ML-25. Class A-10 designation changed from Class 1 to Class 2 in 1983. CC-4-12" C5.21 C-F UT Valve MOV3052 PT to Elbow C5.21 C-F 2 UT 1* Elbow to Pipe PT F3.40 F-C 2PR VT-3 1* 2. 3. H-761 F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 3 UT 2 Pipe to Elbow PT C5.21 C-F 4 UT Elbow to Pipe PT F3.40 F-C 4PR-1 VT-3 1*,3 H-760 F3.50 F-C Pipe VT-4 2,4 Restraint F3.40 F-C 4PR-2 VT-3 S-759. 1, SNB-71 F3.50 F-C Pipe VT-4 Restraint C5.21 C-F 5 UT 3 Pipe to Elbow PT rp0179-0310a-46-58 397 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catiili'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-281 (Contd) C5.21 C-F 6 UT 4 Elbow to Pipe PT F3.40 F-C 6PR-1 VT-3 2,3, H-759 F3.50 F-C Pipe VT-4 4 Restraint F3.40 F-C 6PR-2 VT-3 2. 3. S-758.1, SNB-70 F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 7 UT Pipe to Elbow PT C5.21 C-F B UT Elbow to PT Elbow C5.21 C-F 9 UT 4 Elbow to Pipe PT C3.20 c-c 9PL1-4 PT 1

  • Welded Pipe Lugs F3.40 F-C 9PR VT-3 1* H-758 F3.50 F-C Pipe VT-4 Restraint C5.21 C-F 10 UT 2 Pipe to Elbow PT C5.21 C-F 11 UT Elbow to PT Valve CK3147 rp0179-0310a-46-5B 398 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lAl A-21 CC-4-6" C5.21 C-F UT Valve MOV3008 PT to Elbow lPR-1 1* H-703. 1 Pipe Found 1982. Removed 1984. Restraint 1* lPR-2 H-703.2 Pipe Found 1982. Removed 1984. Restraint C3.20 c-c lPS PT 1* 2. 3. H-703 VT done in Pipe Support 4 Outage 3 per 1971 code. F2. 10 F-B lPSS VT-3 1* 2. 3. Pipe Support 4 Structure C5.21 C-F 2 UT 1* Pipe to Valve PT 1* CK-3103 ESS-6-SIS-161 A-22 CC-4-6" C5.21 C-F Valve MOV3010 UT to Elbow PT C3.20 c-c lPS PT 1 *, 2*. VT done in Outage 3 Pipe Support 3,4 per 1971 code. H-702 F2. 10 F-B lPSS VT-3 2* 1*,3. H-702 Pipe Support 4 Structure rp0179-0310a-46-58 399 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) InsQection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No cate:i Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-161 (Contd) F3.40 F-C lPR-1 VT-3 2* 3,4 1* H-702.2 Pipe Discovered 1982. Restraint F3.40 F-C lPR-2 VT-3 2* 3,4 H-702.1 Pipe Restraint C5.21 C-F 2 UT Elbow to PT Valve CK3118 ESS-6-SIS-2A1 A-23 CC-4-6" F3.40 F-C PR-1 VT-3 3,4 2 1* H-704.2 Pipe 1* Discovered 1982. Restraint F3.40 F-C PR-2 VT-3 1 *. 2*. H-704. 1 Pipe 3,4 Discovered 1982. Restraint 1* C5.21 C-F UT 3 Valve MOV3012 PT 3 to Elbow C3.20 c-c lPS PT 1 *. 2*. H-704 Pipe Support 3,4 F2. 10 F-B lPSS VT-3 2*. 3. 1* H-704 Pipe Support 4 Structure C5.21 C-F 2 UT 1* VT done in Outage Elbow to PT per 1971 code. Valve CK3133 rp0179-0310a-46-58 400 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-281 A-24 CC-4-6" C5.21 C-F UT Valve MOV3014 PT to Elbow F3.40 F-8 IPR VT-3 1*,2, H-705.2 Pipe 3,4 Restraint F3.40 F-C lPRA VT-3 2,3, H-705.1 Pipe Restraint 4 C3.20 c-c lPS PT 1*,2, H-705 Pipe Support 3,4 F2.10 F-8 lPSS VT-3 1 * '2, Pipe Support 3,4 Structure C5.21 C-F 2 Elbow to UT Valve CK3148 PT ESS-12-SIS-lLP (See Appendix 8, ISO 8-38, -42, -41, -45 & -39) GC-1-12" C5. 11 C-F 201 PT 4 Tee to Pipe F3.40 F-8 201PR VT-3 1*.2. R-138.1 Pipe 3,4 Restraint C5. 11 C-F 202 PT 2 Pipe to Elbow C5. 11 C-F 203 PT 3 Elbow to Pipe rp0179-0310a-46-58 401 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-lLP (Contd) 203/ESS Less than 4". SIS-PTl Branch Con-nection 203/ESS Less than 4". SIS-PSl Branch Con-nection C5. 11 C-F 204 PT 4 Pipe to Tee C5. 11 C-F 205 PT 1* Tee to Pipe C5. 11 C-F 206 PT 3 Pipe to Valve CV3006ES C5. 11 C-F 207 PT 3 Valve CV3006ES to Elbow C3.20 c-c 207PS PT 1 * '2' H-140 Welded Pipe 3,4 Support F2. 10 F-B 207PSS VT-3 2' 3' Support 4 Structure F3.40 F-C 207PR VT-3 1 *' 2' S-140.1 (No 38) Pipe 3,4 F3.50 F-C Restraint VT-4 2,3, 4 C5. 11 C-F 208 PT 4 Elbow to Pipe 209 Excluded by Category C-F. Pipe to Pipe rp0179-0310a-46-58 402 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION*PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-lLP (Contd) C5. 11 C-F 210 PT 1

  • Pipe to Elbow C5. 11 C-F 211 PT 2*

Elbow to Pipe F3.40 F-C 211PR VT-3 2. 3. 1

  • H-141 Pipe 4 Discovered 1982.

F3.50 F-C Restraint VT-4 2,3, 1* 4 C5.11 C-F 212 PT 2 Pipe to Tee C5. 11 C-F 213 PT 4 Tee to Elbow C5. 11 C-F 214 PT 4 Elbow to Pipe F2.40 f-B 214PR VT-3 1

  • 2,3, R-141.1 Pipe 4 Restraint 215 Excluded by Category C-F.

Pipe to Pipe 216 Excluded by Category C-F. Pipe to Pipe F2.40 F-B 216PR VT-3 1*.2. H-142 Pipe 3,4 Restraint C5.11 C-F 217 PT 2 Partial penetration weld. Pipe to Penetration 217/ESS Les_s than 4". SIS-DL2 Branch Con-nection rp0179-0310a-46-58 403 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN 

                                                      . CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd)

Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-lLP (Contd) F2.40 F-B 217PR VT-3 2. 3. H-143 Pipe 4 Restraint C5. 11 C-F 218 PT 2 Pipe to Elbow C5. 11 C-F 219 PT 3 Elbow to Pipe F2.40 F-B 219PR VT-3 3 1 * , 2 , R 1 43. 1 Pipe 4 Discovered 1982. Restraint C5. 11 C-F 220 . PT 4 Pipe to Elbow F2.40 F-B 220PR VT-3 1

  • 1 *. 2. H-144 Pipe 3,4 Restraint C5. 11 C-F 221 PT 1*

Elbow to Pipe C5. 11 C-F 222 PT 2 Pipe to Elbow C5. 11 C-F 223 PT 3 Elbow to Pipe C5. 11 C-F 224 PT 4 Pipe to Flange 224BT Less than 2". Flange Bolting C5. 11 C-F 225 PT 1

  • Flange to Pipe rp0179-0310a-46-58 404 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-lLP (Contd) C5.11 C-F 226 PT 2 Pipe to Elbow 226/ESS Less than 4". SIS-PTZ Branch Con-nection C5. 11 C-F 227 PT 3 Elbow to Pipe F2.40 F-B 227PR VT-3 1 *. 2. H-143.2 Pipe 3,4 Restraint C5. 11 C-F 228 PT 4 Pipe to Elbow C5. 11 C-F 229 PT 1

  • Elbow to Pipe C5. 11 C-F 230 PT 2*

Pipe to Elbow C5.11 C-F 231 PT 3 Elbow to Pipe 231/ESS Less than 4". SCS-CL 1 Branch Con-nection C5. 11 C-F 232 PT Inaccessible due to the Pipe to Pene- penetration design. tration No 32 C5. 11 C-F 233 PT 4 Penetration No 32 to Pipe rp0179-0310a-46-58 405 Revisi"on 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) lns£!eCtion Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No CatlilZ'. Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-12-SIS-lLP (Contd) C5.31 C-f 233/ESS PT Less than 411 _ SIS-PS2 Branch Con-nection F2. 10 f-B 233PR VT-3 2* 3,4 1* H-713 Pipe Restraint C5. 11 C-f 234 PT 1* Pipe to Elbow C5. 11 C-F 235 PT 2 Elbow to Pipe C5. 12 C-f 235LW PT Excluded by Category C-f. Longitudinal Weld C5. 11 C-f 236 PT 3 Pipe to Elbow f2. 10 f-B 236PR VT-3 2* 1*.3. H-712 Pipe 4 Restraint C5. 11 C-f 237 PT Inaccessible. Elbow to Pipe F2. 10 f-B 237PR VT-3 2* 3,4 H-711. 1 Pipe Restraint C5. 12 C-f 237LW PT Excluded by Category C-f. Longitudinal Weld C5. 11 C-f 238 PT 1* Pipe to Elbow C5. 11 C-F 239 PT 2* Elbow to Pipe rp0179-0310a-46-5B 406 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No CataZ'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-12-SIS-lLP (Contd) F3.40 F-C 239PR VT-3 2. 3. 1* S-710.2 (No 62) Pipe 4 F3.50 F-C Restraint VT-4 2. 3. 1* 4 C5. 11 C-F 240 PT 3 Pipe to Elbow C5. 11 C-F 241 PT 4 Elbow to Pipe F2. 10 F-B 241P VT-3 2,3, R-7101 Pipe Restraint 4 F3.40 F-C 241PR VT-3 2* 2*,3, 1* H-710 Pipe 4 F3.50 F-C Restraint VT-4 2*,3, 1* 4 C5.31 C-F 241/ESS-l.5- PT SIS-lLP Branch Con-nection C5. 11 C-F 242 PT 2* Pipe to Elbow C5. 11 C-F 243 PT 3 Elbow to Tee ESS-12-SDC-XIB (See Appendix B, ISO B-42) GC-1-12" C5. 11 C-F 201 PT 2 Tee to Reducer rp0179-0310a-46-58 407 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SDC-XIB (See Appendix B, ISO B-42) GC-1-12" C5.11 C-F 202 PT 4 Reducer to Pipe 202/ESS Less than 4". SDC-VL 1 Branch Con-nection C5. 11 C-F 203 PT 2 Pipe to Elbow C5. 11 C-F 204 PT 2 Elbow to Elbow F3.40 F-C 204PR VT-3 2, 3. H-139 F3.50 F-C Pipe VT-4 4 Restraint C5. 11 C-F 205 PT 1

  • Elbow to Valve CV3212ES C5. 11 C-F 206 PT 3 Valve CV3212ES to Elbow C5. 11 C-F 207 PT 3 Elbow to Pipe C5. 11 C-F 208 PT 4 Pipe to Elbow C5. 11 C-F 209 PT 3 Elbow to Pipe rp0179-0310a-46-58 408 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-10-SDC-XIB (Contd) 210 Excluded. Pipe to Pipe 210/ESS-.75- Less than 4". SDC-RVB Branch Con-nection C5.11 C-f 211 PT 4 Pipe to Nozzle ESS-10-CSS-SLA Multiple Loop, ML-18. (See Appendix B, Exempted per IWC-1220(b). ISO B-41 & B-45) See Tab 1 e E 1 . GC-1-10;' C5. 11 C-F 201 PT Tee to Pipe C5. 11 C-F 202 PT Partial penetration weld. Penetration to Pipe 203 Pipe to Pipe C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205. PT Elbow to Pipe C5. 1 ( C-F 206 PT Pipe to Elbow C5. 11 C-F 207 PT Elbow to Pipe C3.20 c-c 207PS PT H-220 - saddle. Pipe Support rp0179-0310a-46-58 409 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Insi;iection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-CSS-SLA (Contd) F2. 10 f-B 207PSS VT-3 Pipe Support Structure F3.40 F-C 207PR VT-3 F3.50 F-C Pipe VT-4 Restraint 208 Pipe to Pipe C5. 11 C-F 209 PT Pipe to Tee C5.11 C-F 210 PT Tee to Reducer ESS-8-CSS-SLA Multiple Loop, ML-18. (See Ai;ii;iendix B, Exempted per IWC-1220(b). ISO B-45, -46, & -47) See Table El. GC-1-8" C5. 11 C-F 211 PT Reducer to Pipe C5.11 C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT Elbow to Elbow C5. 11 C-F 214 PT Elbow to Pipe C5. 11 C-F 215 PT Pipe to Flange rp0179-0310a-46-58 410 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nation Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-8-CSS-SLA (Contd) 215BT Less than 2". Flange Bolting C5.11 C-f 216 PT Flange to Pipe C5.11 C-F 217 PT Pipe to Check Valve V3216ES C5. 11 C-F 218 PT Check Valve V3216ES to Tee 218/ESS Less than 4". CSS-REA Branch Con-nection C5. 11 C-f 219 PT Tee to Valve V3259ES C5. 11 C-F 220 PT Valve V3259ES to Reducer 220/ESS Less than 4". CSS-VLA Branch Con-nection rp0179-0310a-46-58 411 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-CSS-SLA Multiple Loop, ML-18. (See Appendix B, Exempted per IWC-1220(b). ISO B-46) See Table El. GC-1-6" C5. 11 C-F 221 PT Reducer to Valve CV3002ES F3.40 F-C 221PR VT-3 H-221 F3.50 F-C Pipe VT-4 Discovered 1982. Restraint C5. 11 C-F 222 PT Exempted due to IWC-1220(b) Valve & (c) (discharge line) open CV3002ES to ended. Reducer ESS-8-CSS-SLA Multiple Loop, ML-18. (See Appendix B Exempted per IWC-1220(b) & ISO B-45, -46, & -47) ( c) . See Table El. GC-1-8" C5. 11 C-F 223 PT Reducer to Pipe C5. 11 C-F 224 PT Inaccessible due to penetra-Pipe to Pene- tion design. tration No 31 C5. 11 C-F 225 PT Exempted due to IWC-1220(b) Penetration & (c) open ended discharge No 31 to 1 i ne. Elbow HC-44-8" C5. 11 C-F 226 PT Elbow to Flange rp0179-0310a-46-58 412 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLA (Contd) Exempted due to IWC-1220{b) 

                                                                                                   & (c) open ended discharge 1 i ne.

226BT Less than 2". Flange Bolting C5. 11 C-F 227 PT Flange to Pipe C5. 11 C-F 228 PT Pipe to Elbow C5. 11 C-F 229 PT Elbow to Pipe F2. 10 F-B 229PR VT-3 H-880 Pipe Restraint C5. 11 C-F 230 PT Pipe to Elbow C5. 11 C-F 231 PT Elbow to Pipe F2. 10 F-B 231PR-1 VT-3 R-883 Pipe Restraint F2. 10 F-B 231PR-2 VT-3 1* R-884 Pipe Restraint C5. 11 C-F 232 PT Pipe to Tee C5.31 *C-F 232/ESS-B- PT CSS-TCA Branch Con-nection rp0179-0310a-46-58 413 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLA (Contd) Exempted due to IWC-1220(b) 

                                                                                                   & (c) open ended discharge 1 i ne.

C5. 11 C-f 233 PT Tee to Pipe F2. 10 f-B 233PR-1 VT-3 R-884. 1 Pipe Restraint F2. 10 f-B 233PR-2 VT-3 R-884.2 Pipe Restraint F2. 10 f-B 233PR-3 VT-3 R-884.3 Pipe Restraint C5. 11 C-f 234 PT Pipe to Elbow F2. 10 f-B 234PR-1 VT-3 R-884.4 Pipe Restraint F2.40 f-B 234PR-2 VT-3 H-886A Pipe Restraint C5. 11 C-f 235 PT Elbow to Elbow F2. 10 f-B 235PR VT-3 R-887 Pipe Discovered 1982. Restraint C5. 11 C-f 236 PT Elbow to Pipe C5. 11 C-F 237 PT Pipe to Elbow rp0179-0310a-46-58 414 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cata:t: Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLA (Contd) Exempted due to IWC-1220(b) 

                                                                                                    & (c) open ended discharge 1 i ne.

C5. 11 C-F 238 PT Elbow to Pipe F2.40 F-B 238PR VT-3 H-889 Pipe Restraint F2. 10 F-B 238PR-2 VT-3 H-890 Pipe Discovered 1982. Restraint C5. 11 C-F 239 PT Pipe to Elbow C5. 11 C-F 240 PT Elbow to Pipe F2.40 F-B 240PR VT-3 R-893 Pipe Restraint F2.40 F-B 240PR-2 VT-3 Discovered 1982. Pipe H-891 Restraint C5. 11 C-F 241 PT Pipe to Elbow C5. 11 C-F 242 PT Elbow to Pipe C5. 11 C-F 243 PT Pipe to Elbow F2.40 F-B 243PR VT-3 R-891.1 Pipe Discovered 1982. Restraint C5. 11 C-F 244 PT Elbow to Pipe rp0179-0310a-46-58 415 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID* Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLA (Contd) Exempted due to IWC-1220(b) 

                                                                                                   & (c) open ended discharge 1 i ne.

C5.31 C-F 244/ESS PT CSS-1B1 Branch Con-nection C5.31 C-F 244/ESS PT CSS-1A1 Branch Con-nection C5. 11 C-F 245 PT Pipe to Elbow C5. 11 C-F 246 PT Elbow to Pipe F2.40 F-B 246PR-A VT-3 H-895 Pipe Discovered 1982. Restraint 246/ESS CSS-2A 1 Branch Con-nection F2.40 F-B 246PR VT-3 R-897 Pipe Restraint 246/ESS CSS-2Bl Branch Con-nection 246/ESS CSS-3A 1 Branch Con-nection C5. 11 C-F 247 PT Pipe to Elbow rµ0179-0310a-46-58 416 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) ASME ASME Inspection Interval 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Item No Catgy Outages Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLA (Contd) Exempted due to IWC-1220(b) 

                                                                                                          & (c).

F2.40 F-B 247PR VT-3 Pipe 1* H-899 Restraint C5. 11 C-F 248 PT Elbow to Pipe 248/ESS CSS-3B 1 Branch Con-nection 248/ESS CSS-4A 1 Branch Con-nection F2.40 F-B 24BPR VT-3 Pipe H-920 Restraint C5. 11 C-F 249 PT Pipe to Pipe Cap ESS-10-CSS-SLB {See Appendix B' Multiple Loop, ML-18. ISO B-41, -45, -46, & -49) Exempted per IWC-1220(b). See Tab 1 e E 1 . GC-1-10" C5. 11 C-F 201 PT Tee to Pipe 1

  • C5. 11 C-F 202 PT Pipe to Tee C5. 11 C-F 203 PT Tee to Reducer rp0179-0310a-46-58 417 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins[!ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cataZ'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-CSS-SLB (Contd) F2.40 F-B 203PR VT-3 R147.1 Pipe Restraint ESS-8-CSS-SLB Multiple Loop, ML-20. 

                 ~See A[![!endi x B,                                                                     Exempted per IWC-1220(b).

ISO B-41 46 & -48) GC-1-8" C5. 11 C-F 205 PT Reducer to Elbow C5. 11 C-F 206 PT Elbow to Elbow C5. 11 C-F 207 PT Elbow to Pipe F3.40 F-C 207PR VT-3 H-147 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 208 PT Pipe to Pipe F3.40 F-C 208PR VT-3 H-146 F3.50 F-C Pipe VT-4 Restraint F2.40 F-B 208PR-2 VT-3 R-146. 1 Pipe Restraint C5. 11 C-F 209 PT Partial penetration weld. Penetration to Pipe C5. 11 C-F 210 PT Pipe to'Elbow rp0179-0310a-46-58 418 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLB (Contd) C5. 11 C-F 211 PT Elbow to Elbow C5. 11. C-F 212 UT 1

  • Elbow to Pipe PT F2. 10 F-B 212PR-l VT-3 H-146.2 Pipe Restraint F3.40 F-B 212PR-2 VT-3 H-145; saddle on H-145.

F3.50 Pipe VT-4 Restraint C3.20 c-c 212PS PT Pipe Support F2. 10 F-B 212PSS VT-3 Support Structure C5. 11 C-F 213 PT Pipe to Elbow C5. 11 C-F 214 PT Elbow to Pipe C5. 11 C-F 215 PT Pipe to Flange 215BT Less than 2". Flange Bolting C5. 11 C-F 216 PT Flange to Pipe C5. 11 C-F 217 PT Pipe to Check Valve V3226ES rp0179-0310a-46-58 419 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLB (Contd) C5. 11 C-F 218 PT Check Valve V3226ES to Elbow 218/ESS CSS-REB Branch Con-nection C5. 11 C-F 219 UT 1

  • Elbow to PT Valve V3258ES C5. 11 C-F 220 PT Valve V3258ES to Reducer 220/ESS CSS-VLB Branch Con-nection ESS-6-CSS-SLB Multiple Loop, ML-18.

(See Appendix B, Exempted per IWC-1220(b) & ISO B-46) ( c) . See Table El. GC-1-6" C5. 11 C-F 221 PT Reducer to Valve CV3001ES F3.40 F-C 221PR VT-3 H-187 F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 222 PT Exempted due to IWC-1220(b) Valve CV3001ES & (c) open ended discharge to Reducer line. rp0179-0310a-46-58 420 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLB Multiple Loop, ML-18. (See Appendix B. Exempted per IWC-1220(b) & ISO B-41, -45, -46 ( c) . 

                ~                                                                                  See Tab 1 e E 1 .

GC-1-8" C5. 11 C-F 223 PT Reducer to Pipe C5. 11 C-F 224 PT Inaccessible due to penetra-Pipe to Pene- tion design. tration No 30 C5. 11 C-F 225 PT Penetration No 30 to Flange 225BT Less than 2". Flange Bolting C5. 11 C-F 226 PT Flange to Elbow C5. 11 C-F 227 PT Elbow to Pipe C5. 11 C-F 228 PT Pipe to Elbow C5. 11 C-F 22g PT Elbow to Pipe C5. 11 C-F 230 PT Pipe to Elbow C5. 11 C-F 231 PT Elbow to Pipe rp0179-0310a-46-58 421 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLB (Contd) Exempted due to IWC-1220(b) 

                                                                                                   & (c) open ended discharge line.

F2. 10 F-B 231PR VT-3 H-883.2 Pipe Restraint C5.11 C-F 232 PT Pipe to Elbow C5. 11 C-F 233 PT Elbow to Pipe C5. 11 C-f 234 PT Pipe to Elbow C5. 11 C-F 235 PT Elbow to Pipe F2. 10 F-B 235PR VT-3 R-883.3 Pipe Restraint C5. 11 C-F 236 PT Pipe to Elbow C5. 11 C-F 237 PT Elbow to Pipe F2. 10 f-B 237PR-1 VT-3 R-883.4 Pipe Restraint F2. 10 F-B 237PR-2 VT-3 R-884.5 Pipe Restraint C5. 11 C-F 238 PT Pipe to Tee C5. 11 C-F 239 PT Tee to Pipe rp0179-0310a-46-58 422 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years Sec XI Sec XI 6-2/3 - 10 Years Examination Exam Outa es Item No Cat51)E'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SL8 (Contd) Exempted due to IWC-1220(b) 

                                                                                                         & (c) open ended discharge 1 i ne.

F2. 10 F-8 239PR-1 VT-3 Pipe R-884.6 Restraint F2. 10 F-8 239PR-2 VT-3 Pipe R-884.7 Restraint F2. 10 F-8 239PR-3 VT-3 Pipe R-884.8 Restraint F2. 10 F-8 239PR-4 VT-3 Pipe R-884.9 Restraint C5. 11 C-F 240 PT Pipe to Elbow C5. 11 C-F 241 PT Elbow to Pipe F2. 10 F-8 241PR-A VT-3 Pipe R-8868 Restraint Discovered 1982. F2. 10 F-8 241PR VT-3 Pipe R-8878 Restraint C5. 11 C-F 242 PT Pipe to Elbow C5. 11 C-F 243 PT Elbow to Pipe F2.40 F-8 243PR VT-3 H-888 Pipe Restraint rp0179-0310a-46-58 423 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 s 6 7 8 9 Remarks ESS-B-CSS-SLB (Contd) Exempted due to IWC-1220(b) 

                                                                                                   & (c) open ended discharge line.

cs. 11 C:-F 244 PT Pipe to Elbow cs. 11 C-F 24S PT Elbow to Pipe cs. 11 C-F 246 PT Pipe to Elbow F2. 10 F-B 246PR VT-3 H-890A Pipe Discovered 1982. Restraint C5. 11 C-F 247 PT Elbow to Pipe F2.40 F-B 247PR VT-3 R-8936 Pipe Restraint cs. 11 C-F 248 PT Pipe to Elbow F2.40 F-B 248PR VT-3 H-892 Pipe Discovered 1982. Restraint cs. 11 C-F 249 PT Elbow to Pipe cs. 11 C-F 2SO PT Pipe to Elbow cs. 11 C-F 2S1 PT Elbow to Pipe F2.40 F-B 2S1PR VT-3 H-894 Pipe Discovered 1982. Restraint rp0179-0310a-46-S8 424 Revision S

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLB (Contd) Exempted due to IWC-1220(b) 

                                                                                                   & (c) open ended discharge 1 i ne.

C5.31 C-F 251 /ESS PT CSS-1 A2 Branch Con-nection C5.31 C-F 251/ESS PT CSS-1B2 Branch Con-nection C5. 11 C-F 252 PT Pipe to Elbow C5. 11 C-F 253 PT Elbow to Pipe F2.40 F-B 253PR-A VT-3 H-896 Pipe Discovered 1982. Restraint 253/ESS CSS-2B2 Branch Con-nection F2.4D F-B 253PR VT-3 Not on Bechtel ISO. Pipe Restraint 253/ESS CSS-2A2 Branch Con-nection 253/ESS CSS-3B2 Branch Con-nection C5. 11 C-F 254 PT Pipe to Elbow rp0179-0310a-46-58 425 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-SLB (Contd) Exempted due to IWC-1220(b) 

                                                                                                    & (c) open ended discharge line.

F2.40 F-B 254PR VT-3 R-898 Pipe Restraint C5. 11 C-F 255 PT Elbow to Pipe 255/ESS CSS-3A2 Branch Con-nection 255/ESS CSS-482 Branch Con-nection F2.40 F-B 255PR-A VT-3 H-919 Pipe Discovered 1982. Restraint F2.40 F-B 255PR VT-3 H-921 Pipe Restraint C5. 11 C-F 256 PT Pipe to Pipe Cap ESS-10-CSS-1P3 Exempted per IWC-1220(b). (See Appendix B, See Table El. ISO B-32) GC-3-10" C5. 11 C-F 201 PT Tee to Elbow F2.40 F-B 201PR VT-3 H-119. 1 Pipe Restraint rp0179-0310a-46-58 426 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-CSS-1P3 (Contd) C5.11 C-F 202 PT Elbow to Pipe 202/ESS-l - CSS-1P4 Branch Con-nection 202/ESS CSS-1P5 Branch Con-nection 202/ESS CSS-1P6 Branch Con-nection F3.40 F-C 202PR VT-3 1* H-120 Pipe Discovered 1982. F3.50 F-C Restraint VT-4 1* C5. 11 C-F 203 PT Pipe to Elbow C5. 11 C-F 204 PT Elbow to Tee ESS-10-SDC-XIA (See Appendix B, ISO B-42) GC-3-10" C5. 11 C-F 201 PT 1* Tee to Pipe 201LW Excluded by Category C-F. Longitudinal Weld rp0179-0310a-46-58 427 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SDC-XIA (Contd) C5. 11 C-F 202 PT 4 Pipe to Valve CV3223ES C5.11 C-F 203 PT 2* Valve CV3223ES to Tee C5. 11 C-F 204 PT 3 Tee to Pipe 204LW Excluded by Category C-F. Longitudinal Weld C5. 11 C-F 205 PT 2 Pipe to Elbow C5. 11 C-F 206 PT 4 Elbow to Elbow C5. 11 C-F 207 PT 3 Elbow to Pipe 207LW Excluded by Category C-F. Longitudinal Weld C5. 11 C-F 208 PT 3 Pipe to Elbow C5. 11 C-F 209 PT 4 Elbow to Pipe 209LW Excluded by Category C-F. Longitudinal Weld 210 Excluded by Category C-F. Pipe to Pipe rp0179-0310a-46-58 428 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SDC-XIA (Contd) 210/ESS-.75- Less than 4". SDC-RVA Branch Con-nection C5. 11 C-F 211 PT 2 Pipe to Nozzle ESS-10-SDC-XOA (See Appendix B, ISO B-41) GC-1-10" C5. 11 C-F 201 PT 3 Nozzle to Pipe C5. 11 C-F 202 PT 4 Pipe to Elbow C5. 11 C-F 203 PT 2* Elbow to Pipe 203/ESS Less than 4". SDC-TEA Branch Con-nection C5. 11 C-F 204 PT 3 Pipe* to Tee C5. 11 C-F 205 PT 3 Tee to Elbow C5. 11 C-F 206 PT 1

  • Elbow to Valve CV3224ES rp0179-0310a-46-58 429 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SDC-XOA (Contd) C5.11 C-F 207 PT 4 Valve CV3224ES to Pipe C5. 11 C-F 208 PT 1

  • Pipe to Elbow C5. 11 C-F 209 PT 4 Elbow to Pipe F2.40 F-8 209PR VT-3 2*,3, 1
  • H-158 Pipe 4 Restraint 210 Excluded per Category C-F.

Pipe to Pipe C5.11 C-F 211 PT 2 Pipe to Reducer ESS-12-SDC-XOA (See Appendix 8, ISO 8-41) GC-1-12" C5. 11 C-F 212 PT 2 Reducer to Tee 212PS 1

  • H-148. .216" pipe.

Pipe Support F2. 10 F-8 212PSS VT-3 1 *I 2 I Pipe Support 3,4 Structure rp0179-0310a-46-58 430 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nation Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SDC-XOB (See Appendix B, ISO B-41) GC-1-10" C5. 11 C-F 201 PT 3 Nozzle to Pipe 201A Excluded. Pipe to Pipe 201LW Excluded. Longitudinal Weld 201/ESS Less than 4". SDC-PSl Branch Con-nection C5. 11 C-F 202 PT 1* Pipe to Elbow C5.11 C-F 203 PT 2 Elbow to Pipe 203/ESS Less than 4". SDC-TEB Branch Con-nection C5. 11 C-F 204 PT 3 Pipe to Tee C5. 11 C-F 205 PT 1

  • Tee to Valve CV3213ES C5. 11 C-F 206 PT 3 Valve CV3213ES to Elbow rp0179-0310a-46-58 431 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-10-SDC-XOB (Contd) C5. 11 C-F 207 PT 4 Elbow to Tee ESS-8-CSS-TCA Exempted from hydrostatic (See Appendix B, testing per IWC-5220(d). ISO B-47) Also exempted per IWC-1220(b). HC-44-8" C5.11 C-F 201 PT Tee to Pipe C5. 11 C-F 202 PT Pipe to Flange 202BT Less than 2". Flange Bolting rp0179-0310a-46-58 432 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-CSS-TCB Exempted from hydrostatic (See Appendix B, testing per IWC-5220(d). ISO B-48) Also exempted per IWC-1220(b). HC-44-8" C5.ll C-F 201 PT Tee to Flange 201BT Less than 2". Flange Bolting ESS-8-SIS-2A6 (See Appendix B. ISO B-39) GC-1-8" C5. 11 C-F 201 PT 2 Tee to Reducer ESS-6-SIS-2A6 Multiple Loop, ML-15. {See Appendix B, See Table E 1 . ISO B-39~ GC-1-8" C5. 11 C-F 202 PT 3 Reducer to Pipe C5. 11 C-F 203 PT 3 Pipe to Flange 203BT Less than 2". Flange Bolting C5. 11 C-F 204 PT 3 Flange to Pipe rp0179-03l la-46-58 433 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat51~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2A6 (Contd) C5.11 C-F 205 PT 3 Pipe to Valve MOV3014ES ESS-8-SIS-286 Multiple Loop, ML-15. {See Appendix 8, See Tab 1 e E 1 . ISO 8-39~ GC-1-8" C5. 11 C-F 201 PT 2 Tee to Reducer ESS-6-SIS-286 Multiple Loop, ML-18. (See Appendix 8, See Table El. ISO 8-39) GC-1-8" C5. 11 C-F 202 PT 2 Reducer to Pipe C5. 11 C-F 203 PT 4 Pipe to Flange 2038T Less than 2". Flange 8olt.ing C5. 11 C-F 204 PT 3 Flange to Pipe C5. 11 C-F 205 PT 4 Pipe to Valve MOV3012ES rp0179-0311a-46-58 434 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SDC-REl See Table El. (See Appendix B, Exempted per IWC-1220(a). ISO B-49) HC-23-6" C5. 11 C-F 201 PT Tee to Pipe 202 Excluded per Category C-G/ Pipe to Pipe C-F. C5. 11 C-F 203 PT Pipe to Valve V3225ES C5. 11 C-F 204 PT Weld 204 to Branch Connec-Valve V3225ES ti on 209/ESS-2-SDH-1P2 in-to Elbow elusive is exempted per IWC-1220(a). Downstream of Valve 3225ES is exempted from hydro per IWC-5220(d). C5. 11 C-F 205 PT Elbow to Pipe C5. 11 C-F 206 PT Pipe to Elbow C5. 11 C-F 207 PT Elbow to Pipe F3.40 F-C 207PR VT-3 H-2 Pipe Restraint C5. 11 C-F 208 PT Pipe to Elbow 209 Elbow to Pipe rp0179-0311a-46-58 435 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Ca tali! Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SDC-REl (Contd) 209/ESS SDH-1P2 Branch Con-nection ESS-8-SDC-RLl {See AQQendix B, ISO B-492 HC-4-8" C5. 11 C-F 201 PT Tee to Pipe C5. 11 C-F 202 PT Pipe to Valve V3214ES ESS-8-SIS-HPB- ML-16 (See AQQendix B, ISO B-502 C5. 11 C-F 201 PT .2 Branch Con-nection to Pipe C5. 11 C-F 202 PT Pipe to Elbow C5. 11 C-F 203 PT Elbow to Pipe C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT 3 Elbow to Pipe F2.40 F-B 205PR-1 VT-3 2,3, H-178 Pipe 4 Restraint rp0179-031la-46-58 436 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-SIS-HPB (Contd) F2.40 F-B 205PR-2 VT-3 2,3, H-178.1 Pipe 4 Restraint C5. 11 C-F 206 PT Pipe to Elbow C5. 11 C-F 207 PT Elbow to Pipe F3.40 F-C 207PR VT-3 2, 3, H-179 F3.50 F-C Pipe VT-4 4 Restraint 2,3, 4 C5. 11 C-F 208 PT 1* Pipe to Elbow C5. 11 C-F 209 PT Elbow to Check Valve V3168ES C5. 11 C-F 210 PT 2 Check Valve V3168ES to Tee C5. 11 C-F 211 PT 2 Tee to Pipe C5. 11 C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT Elbow to Tee C5. 11 C-F 214 PT 4 Multiple Loop, ML-16. Tee to Pipe C5. 11 C-F 214A PT Pipe to Reducer r~0179-0311a-46-58 437 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cat fill!:'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-8-SIS-HPB (Contd) C5. 11 C-F 2148 PT Reducer to Pipe ESS-6-SIS-HPB (See Appendix B, ISO B-50~ GC-4-6" ML-16 F2. 10 F-B 214PR VT-3 2,3, 1* H-183 Pipe 4 Discovered 1982. Restraint C5. 11 C-F 215 PT Multiple Loop, ML-16. Pipe to Elbow C5. 11 C-F 216 PT Multiple Loop, ML-16. Elbow to Pipe F3.40 F-C 216PR VT-3 2 '3' Multiple Loop, ML-16. F3.50 F-C Pipe VT-4 4 H-184 Restraint C5. 11 C-F 217 PT Multiple Loop, ML-16. Pipe to Elbow C5. 11 C-F 218 PT Multiple Loop, ML-16. Elbow to Pipe F2. 10 F-B 218PR VT-3 2,3, 1* H-184. 1 Pipe 4 Discovered 1982. Restraint C5. 11 C-F 219 PT 3 Multiple Loop, ML-16. Pipe to Valve V3175ES C5. 11 C-F 220 PT 4 Multiple Loop, ML-16. Valve V3175ES to Reducing Elbow rp0179-031 la-46-58 438 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No CataZ'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-HPB (Contd) 220PS Pipe support for construc-Welded Pipe tion purposes only. Support ESS-8-SIS-HPC Exempted per IWC-1220(c). (See AQQendix B, Multiple Loop, ML-16. ISO B-50~ See Table El. GC-4-8" C5. 11 C-F 201 PT Tee to Pipe C5. 11 C-F 201A PT Pipe to Reducer ESS-6-SIS-HPC 

                 ~See Appendix BI ISO B-50)

GC-4-6" ML-16 C5.11 C-F 2018 PT 2 Reducer to Pipe F2. 10 F-B 201PR VT-3 1*p3 p 2 Removed piping. Pipe 4 Restraint C5. 11 C-F 202 PT 4 Removed piping. Pipe to Elbow C5. 11 C-F 203 PT Removed piping. Elbow to Cap rp0179-0311a-46-58 439 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lHP Multiple Loop, ML-17. (See Appendix B, See Table El. ISO B-51 & B-52) DC-1-6" C5. 11 C-f 201 PT 1* Reducer to Tee C5. 11 C-F 202 PT Tee to Pipe C5.11 C-F 203 PT 1* Pipe to Elbow C5. 11 C-F 204 PT Elbow to Pipe C5. 11 C-F 205 PT Pipe to Elbow C5. 11 C-F 206 PT Elbow to Pipe F3.40 F-C. 206PR VT-3 2' 3' 1

  • H-209 Pipe 4 F3.50 F-C Restraint VT-4 2,3, 1* Discovered 1982.

4 C5. 11 C-F 207 PT 1

  • Pipe to Elbow C5. 11 C-F 208 PT Elbow to Pipe 208/ESS-.75- Less than 4".

SX3-337 Branch Con-nection 208/ESS-.75- Less than 4". PT0-318 Branch Con-nection rp0179-03lla-46-58 440 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lHP (Contd) F3.40 F-C 208PR Pipe VT-3 1

  • 2' 3' H-207 4

F3.50 F-C Restraint VT-4 2' 3' 4 C3.20 c-c 208PL-5 PT 1*.2. Welded Pipe 3,4 Lug C3.20 c-c 208PL-6 PT 1 *' 2' Welded Pipe 3,4 Lug C3.20 c-c 208PL-7 PT 1 *. 2' Welded Pipe 3,4 Lug C3.20 c-c 208PL-8 PT 1*'2' Welded Pipe 3,4 Lug C5. 11 C-F 209 PT 2 Pipe to Elbow C5. 11 C-F 210 PT Elbow to Pipe C5. 11 C-F 211 PT Inaccessible due to penetra-Pipe to Pene- tion design. tration No 23 C5. 11 C-F 212 PT 2 Penetration No 23 to Pipe C5. 11 C-F 213 PT Pipe to Elbow C5. 11 C-F 214 PT 3 Elbow to Pipe C5. 11 C-F 214A PT Pipe to Elbow rp0179-03lla-46-58 441 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PI PING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catalr:'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lHP (Contd) C5.11 C-F 215 PT Elbow to Pipe C5. 11 C-F 216 PT Pipe to Elbow C5. 11 C-F 217 PT 4 Elbow to Pipe C5. 11 C-F 218 PT Pipe to Elbow C5. 11 C-F 219 PT Elbow to Pipe C5. 11 C-F 220 PT 2 Pipe to Elbow C5. 11 C-F 221 PT Elbow to Pipe F3.40 F-C 221PR-1 VT-3 1 *' 2' H-774 Pipe 3,4 F3.50 F-C Restraint VT-4 2 '3' 4 F2. 10 F-B 221PR-1A VT-3 2,3, 1

  • H-773.5 Pipe 4 Discovered 1982.

Restraint F3.40 F-C 221PR-2 VT-3 2,3, 1

  • H-773 F3.50 F-C Pipe VT-4 4 Restraint c5. 11 C-F 222 PT 1
  • Pipe to Elbow C5. 11 C-F 223 PT Elbow to Pipe C5. 11 C-F 223A PT 2* New weld per 1981 mod.

Pipe to Tee rp0179-0311a-46-58 442 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lHP (Contd) C5. 11 C-F 224 PT 4 New weld per 1981 mod. Tee to Pipe C5.11 C-F 224A PT 2 New weld per 1981 mod. Pipe to Orifice C5. 11 C-F 225 PT New weld per 1981 mod. Orifice to Elbow C5. 11 C-F 225A PT 3 New weld per 1981 mod. Elbow to Pipe C5. 11 C-F 226 PT 4 New weld per 1981 mod. Pipe to Elbow C5. 11 C-F 226A PT New weld per 1981 mod. Elbow to Tee Inaccessible. C5. 11 C-F 227 PT 2* New weld per 1981 mod. Tee to Pipe 227PR-1 VT-3 1

  • R-719A Pipe Hanger Removed.

Restraint 227PL-1 R-719A Welded Pipe Lug 227PL-2 Welded Pipe Lug 227PL-3 Welded Pipe Lug 227PL-4 Welded Pipe Lug rp0179-0311a-46-58 443 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEMS (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-lHP (Contd) F2. 10 F-B 227PR-2 VT-3 2,3, 1

  • H-715 Pipe 4 Restraint 227/ESS-.5- Less than 4".

SIS-3HP Branch Con-nection 227/ESS Less than 4". SIS-2B4 Branch Con-nection 227/ESS Less than 4". SIS-2A4 Branch Con-nection 227/ESS Less than 4". SIS-1B4 Branch Con-nection 227PS Welded Pipe PT 2* 1

  • H-707, .216" wall.

Support F2. 10 F-B 227PSS VT-3 2*. 3. 1

  • Support 4 Str4cture F2.40 F-B 227PR VT-3 2. 3. 1
  • H-709. Discovered 1982.

Pipe Restraint 4 227/ESS Less than 4". SIS-1A4 Branch Con-nection C5.11 C-F 228 PT Pipe to Pipe Cap rp0179-0311a-46-58 444 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-6-SIS-2HP Multiple Loop, ML-17. (See Appendix B, See Table El. ISO B-36, 51 & 60) CC-6-6" C5.21 C-F 209 PT 1* 4 Tee to Pipe UT C5.21 C-F 210 PT Pipe to Elbow UT C5.21 C-F 211 PT 3 Elbow to UT Elbow C5.21 C-F 212 PT Elbow to Pipe UT 213 Excluded per Category C-G/ Pipe to Pipe C-F. C5.21 C-F 214 PT Pipe to Elbow UT C5.21 C-F 215 PT 2 Elbow to Pipe UT 216 Excluded per Category C-F/ Pipe to Pipe C-G. 216PL-1 PT 1* R-203. 1 Welded Pipe Lug 216PL-2 PT 1

  • Welded Pipe Lug_

216PL-3 PT 1

  • Welded Pipe Lug rp0279-0036a-46-58 445 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2HP (Contd) 216PL-4 PT 1

  • Welded Pipe Lug 216/ESS-.75- Less than 4".

PT0-375 Branch Con-nection F3.40 F-C 216PR VT-3 3,4 1* 2 H-208 F3.50 F-C Pipe VT-4 1* Restraint C3.20 c-c 216PL-5 PT 2*. 3. Welded Pipe 4 Lug C3.20 c-c 216PL-6 PT 2*. 3. Welded Pipe 4 Lug C3.20 c-c 216PL-7 PT 2*,3, Welded Pipe 4 Lug C3.20 c-c 216PL-8 PT 2*,3, Welded Pipe 4 Lug 216/ESS Less than 4". CHP-RHP Branch Con-nection C5.21 C-F 217 PT 1

  • Pipe to Elbow UT C5.21 C-F 218 PT Elbow to Pipe UT C5.21 C-F 219 PT Inaccessible due to penetra-Pipe to Pene- UT tion design.

tration No 22 rp0279-0036a-46-58 446 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remar*ks ESS-6-SIS-2HP (Contd) C5.21 C-F 220 UT Penetration PT No 22 to Pipe C5.21 C-F 221 UT Pipe to Elbow PT C5.21 C-F 222 UT Elbow to Pipe PT C5.21 C-F 224 UT Elbow to Pipe PT C5.21 C-F 225 UT Pipe to Elbow PT C5.21 C-F 226 UT Elbow to Pipe PT F2. 10 F-B 226PR-1 VT-3 1* 2. 3. H-775.5; examined per Pipe 4 74575 code. Restraint F2.1"0 F-B 226PR-1A VT-3 2,3, 1

  • H-775; discovered 1982.

Pipe 4 Restraint F3.40 F-C 226PR-1B VT-3 2*.3, H-774; new per 1981 mod. F3.50 F-C Pipe VT-4 4 Restraint C5.21 C-F 226A UT 2 New weld per 1981 mod. Pipe to Tee PT C5.21 C-F 226B UT New weld per 1981 mod. Tee to Pipe PT F2. 10 F-B 226BPR-1 VT-3 2. 3. H-721 .9; discovered 1982. Pipe 4 Restraint rp0279-0036a-46-58 447 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Ins~ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat El}! Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2HP (Contd) F2.40 F-B 226BPR-2 VT-3 2* 3,4 H-722; inspect per Dr Pipe No D-PAL-83-2328. Restraint C5.21 C-F 227 UT 1* Pipe to Elbow PT 1* C5.21 C-F 228 UT 1* Elbow to Pipe PT C5.21 C-F 229 UT Pipe to Elbow PT C5.21 C-F 230 UT 4 Elbow to Pipe PT F2.40 F-B 230PR VT-3 2' 3' H-721 Pipe 4 Discovered 1982. Restraint C5.21 C-F 231 UT Pipe to Elbow PT C5.21 C-F 232 UT Elbow to Pipe PT C5.21 C-F 232A UT 1981 mod. Pipe to Elbow PT C5.21 C-F 2328 UT 2 1981 mod. Elbow to Pipe PT C5.21 C-F 232C UT 1981 mod. Pipe to Elbow PT C5.21 C-F 232D UT 3 1981 mod. Elbow to Pipe PT F3.40 F-C 232PR VT-3 2* '3' H720 Pipe 4 F3.50 F-C Restraint VT-4 2* '3' 4 rp0279-0036a-46-58 448 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2HP (Contd) C5.21 C-F 233 UT 3 1981 mod. Pipe to Elbow PT C5.21 C-F 233A UT 1981 mod. Elbow to Pipe PT C5.21 C-F 2336 UT 3 1981 mod. Pipe to PT Orifice C5.21 C-F 234 UT 4 1981 mod. Orifice to PT Elbow C5.21 C-F 234A UT 1981 mod. Elbow to Pipe PT C5.21 C-F 2346 UT 4 1981 mod. Pipe to Tee PT C5.21 C-F 235 UT 4 1981 mod. Tee to Elbow PT C5.21 C-F 236 UT Elbow to Pipe PT F2.4D F-B 236PR-1 VT-3 1* 2 3,4 H-717 Pipe Restraint F2.40 F-B 236PR-2 VT-3 2 3,4 H-714 Pipe Restraint F2.40 F-B 236PR-3 VT-3 2 3,4 H-706.5 Pipe Discovered 1982. Restraint 236/ESS-.5- Less than 4". SIS-RHP Branch Con-nection rp0279-0036a-46-58 449 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-2HP (Contd) 236/ESS Less than 4". SIS-2A3 Branch Con-nection 236/ESS Less than 4". SI S-2B3 Branch Con-nection F2.40 F-B 236PR-4 VT-3 2,3, 1* H-706 Pipe 4 Discovered 1982. Restraint 236/ESS Less than 4". SIS-1A3 Branch Con-nection F2.40 F-B 236PR-5 VT-3 2. 3. H-708 Pipe 4 Restraint 236/ESS Less than 4". SIS-1B3 Branch Con-nection C5.21 C-F 237 UT 3 Pipe to Pipe PT Cap ESS-6-SIS-3HP 

                 ~See Appendix B, ISO B-36)

CC-6-6" C5.21 C-F 206 UT 1* Reducer to PT Tee rp0279-0036a-46-58 450 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catay Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-CRH Exempted per IWC-1220(a). (See Appendix B, See Table El. ISO B-62 & B-136A) HC-23-6" C5. 11 C-F 214 PT Reducer to Tee C5. 11 C-F 215 PT Tee to Pipe F2.40 F-B 215PR VT-3 H-6 Pipe Restraint C5. 11 C-F 216 PT Pipe to Elbow C5. 11 C-F 217 PT Elbow to Pipe 217/ESS-.75-SX3-215 Branch Con-nection F2.40 F-B 217PR-A VT-3 R-6. 1 Pipe Discovered 1982. Restraint F2.40 F-B 217PR VT-3 R-6. 1 Pipe Restraint C5. 11 C-F 218 PT Pipe to Elbow C5. 11 C-F 219 PT Elbow to Valve CV3027ES rp0279-0036a-46-58 451 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-CRH (Contd) C5.11 C-F 220 PT Valve CV3027ES to Pipe F2.40 f-B 220PR VT-3 H-8. 1 Pipe Discovered 1982. Restraint C5. 11 C-F 221 PT 

               *Pipe to Valve CV3056ES C5. 11   C-F     222            PT                                                                  Downstream of CV3056ES is Valve                                                                              exempted from hydro per CV3056ES to                                                                        IWC-5220(d).

Elbow C5. 11 C-F 223 PT Elbow to Pipe F2.40 F-B 223PR VT-3 H-8A Pipe Discovered 1982. Restraint C5. 11 C-F 224 PT Pipe to Elbow C5. 11 C-F 225 PT Elbow to Elbow C5.11 C-F 226 PT Elbow to Pipe F3.40 F-C 226PR VT-3 H-1 F3.50 F-C Pipe VT-4 Restraint F2.40 F-B 226PR-1 VT-3 H-2. 1 Pipe Discovered 1982. Restraint rp0279-0036a-46-58 452 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-CRH (Contd) C5. 11 C-F 227 PT Pipe to Elbow C5.11 C-F 228 PT Elbow to Pipe C5.11 C-F 229/ESS PT SDC-RE 1 Branch Con-nection F2.40 F-B 229PR-A VT-3 R-1. 1 Pipe Discovered 1982. Restraint F2.40 F-B 229PR VT-3 H-3 Pipe Restraint F2.40 F-B 229PR-1 VT-3 H-4. 1 Pipe Discovered 1982. Restraint F2.40 F-B 229PR-2 VT-3 H-4 Pipe Discovered 1982. Restraint C5. 11 C-F 230 PT Pipe to Elbow C5. 11 C-F 231 PT Elbow to Pipe C5. 11 C-F 232 PT Pipe to Elbow C5. 11 C-F 233 PT Elbow to Pipe F2.40 F-B 233PR VT-3 Pipe Restraint rp0279-0036a-46-58 453 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 .3 4 5 6 7 8 9 Remarks ESS-6-SIS-CRH (Contd) C5. 11 C-F 234/SFP PT SRT-RLI Branch Con-nection F2.40 F-B 234PR-1 VT-3 H-5 Pipe Restraint C3.20 c-c 234PL-1 PT Welded Pipe Lug C3.20 c-c 234PL-2 PT Welded Pipe Lug C3.20 c-c 234PL-3 PT Welded Pipe Lug C3.20 c-c 234PL-4 PT Welded Pipe Lug F2.40 F-B 234PR-2 VT-3 H-6 Pipe Restraint C3.20 c-c 234PL-5 PT Welded Pipe Lug C3.20 c-c 234PL-6 PT Welded Pipe Lug C3.20 c-c 234PL-7 PT Welded Pipe Lug rp0279-0036a-46-58 454 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks ESS-6-SIS-CRH (Contd) C3.20 c-c 234PL-B PT Welded Pipe Lug C5. 11 C-F 235 PT Pipe to Elbow C5. 11 C-F 236 PT Elbow to Pipe 236PL-1 1/4" plate. Welded Pipe Lug 236PL-2 Welded Pipe Lug 236PL-3 Welded Pipe Lug 236PL-4 Welded Pipe Lug F2.40 F-B 236PR VT-3 H-7. 1 Pipe Restraint 236PL-5 1/4" thick. Welded Pipe Lug 236PL-6 Welded Pipe Lug 236PL-7 Welded Pipe Lug rp0279-0036a-46-58 455 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catalr'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-SIS-CRH (Contd) 236PL-8 Welded Pipe Lug C5.11 C-F 237 PT Pipe to Elbow C5.11 C-F 238 PT Elbow to Pipe C5. 11 C-F 239 PT Pipe to Elbow C5.11 C-F 240 PT Elbow to Pipe F3.40 F-C 240PR VT-3 H-7 Pipe Restraint C5. 11 C-F 241 PT Pipe to Elbow C5. 11 C-F 242 PT Elbow to Pipe C5. 11 C-F 243 PT Pipe to Flange ESS-6-LTC-lA Multiple Loop, ML-24A. {See Appendix B, ISO B-52A) CCB-2-6" C5. 11 C-F 201 PT Tee to Pipe 2 C5.11 C-F 202 PT Pipe to Elbow rp0279-0036a-46-58 456 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Ca tall Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-LTC-lA (Contd) C5.11 C-F 203 PT Elbow to Pipe 3 F3.40 F-C 203PS VT-3 2,3, H-727 Pipe Support 4 F3. 10 F-C 203PSS VT-3 2. 3, H-727 Pipe Support 4 Struct C3.20 c-c 203PL1-4 PT 2. 3. H-726 Pipe Lug 4 F3.40 F-C 203PS-1 VT-3 2, 3, H-726 Pipe Support 4 F3. 10 F-C 203PSS-1 VT-3 2. 3, H-726 Pipe Support 4 Struct C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT Elbow to Pipe 4 C5. 11 C-F 206 PT Pipe to Elbow C5.11 C-F 207 PT Elbow to Pipe 2 C5. 11 C-F 208 PT Pipe to Elbow C5. 11 C-F 209 PT Elbow to Pipe 3 F3.40 F-C 209PR VT-3 2* ,3. H-725 Pipe 4 Restraint rp0279-0036a-46-58 457 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-LTC-1A (Contd) C5.11 C-F 210 PT Pipe to Elbow C5. 11 C-F 211 PT Elbow to Pipe 4 F3. 10 F-C 211PR VT-3 2. 3. H-724 Pipe 4 Restraint C5. 11 C-F 212 PT Pipe to Elbow C5. 11 C-F 213 PT 2* Elbow to Pipe 2* F3.40 F-C 213PS VT-3 2*. 3. H-723 Pipe Support 4 F3. 10 F-C 213PSS VT-3 2*,3, H-723 Pipe Support 4 Struct 213BC/ESS LTC-1A Branch Con-nection C5. 11 C-F 214 PT Pipe to Elbow 4 C5. 11 C-F 215 PT Elbow to Pipe 3 C5. 11 C-F 216 PT Pipe to Valve M0-3081 C5.11 C-F 217 PT Valve to Pipe 4 M0-3081 rp0279-0036a-46-58 458 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-LTC-lA (Contd) C5. 11 C-F 218 PT Elbow to Pipe 218PL1-4 H-722, 1/2" thick. Pipe Lug C5. 11 C-F 219 PT Pipe to Elbow 2 C5. 11 C-F 220 PT Elbow to Pipe C5. 11 C-F 221 PT Pipe to Elbow 3 C5. 11 C-F 222 PT Elbow to Pipe C5. 11 C-F 223 PT Pipe to Elbow 4 C5. 11 C-F 224 PT Elbow to Pipe C5. 11 C-F 225 PT Pipe to Elbow 2 C5. 11 C-F 226 PT Elbow to Pipe F3.40 F-C 226PR VT-3 2 '3' H-721 Pipe 4 Restraint C5. 11 F-C 227 PT Pipe to Elbow 3 C5. 121 F-C 228 PT 2* Elbow to Tee 2* rp0279-0036a-46-58 459 Revision 5

PALI SADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Insi:;iection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Out a es Item No Cat al'. Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-LTC-lB Multiple Loop, ML-24A. See Ai:;ii:;iendix B, ISO B-60A C5.21 C-F 201 PT 2* Tee to Pipe UT 2* C5.21 C-F 202 PT Pipe to Elbow UT C5.21 C-F 203 PT 3 Elbow to Pipe UT 3 C5.21 C-F 204 PT Pipe to Elbow UT C5.21 C-F 205 PT 4 Elbow to Pipe UT 4 C5.31 C-F 205BC/ESS PT LTC-18 Branch Connection F3.40 F-C 205PR-1 VT-3 2,3, H-725 Pipe 4 Restraint F3.40 F-C 205PR-2 VT-3 2,3, H-726 Pipe 4 Restraint C5.21 C-F 206 PT Pipe to Valve UT M0-3080 C5.21 C-F 207 PT 2* Valve to Pipe UT 2* M0-3080 C5.21 C-F 208 PT Pipe to Elbow UT C5.21 C-F 209 PT 3 Elbow to Pipe UT 3 rp0279-0036a-46-58 460 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING ENGINEERED SAFEGUARDS SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks ESS-6-LTC-1B (Contd) C5.21 C-F 210 PT Pipe to Elbow UT C5.21 C-F 211 PT 4 Elbow to Pipe UT 4 C5.21 C-F 212 PT Pipe to Tee UT ESS-6-SRT-RE1 Exempted per IWC-1220(a). 

                 ~See A(;!(;!endix B, ISO B-137A~

HC-4-6" C5. 11 C-F 201 PT Pipe to Reducer rp0279-0036a-46-58 461 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING RADWASTE SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks RWS-6-CWR-SL4 (See Appendix B, ISO 8-12) HC-2-6" C5. 11 C-F 201 PT Inaccessible due to pene-Penetration tration design. No 49 to Pipe Exempt per IWC-1220(a). See Table El. C5. 11 C-F 202 UT 1* Pipe to Valve PT CV1038RW C5.11 C-F 203 PT Valve CV1038RW to Pipe 203/RWS Less than 4". CWR-DLl Branch Con-nection C5.11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT Elbow to Valve CV1036RW rp1278-0315a-46-58 462 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No cat al! Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-B-CPL-DL1 Exempt per IWC-1220(a). {See Appendix B, See Table El. ISO B-128~ HC-4-8" C5. 11 C-F 201 PT Valve Vl 17 SFP to Pipe F2.40 F-B 201PR VT-3 H-221 Pipe Discovered 1982. Restraint C5. 11 C-F 202 PT Pipe to Elbow C5. 11 C-F 203 PT Elbow to Pipe C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT Elbow to Pipe C5. 11 C-F 206 PT Pipe to Pene-tration No 72 C5. 11 C-F 207 PT Penetration No 72 to Pipe C5. 11 C-F 208 PT Pipe to Elbow C5. 11 C-F 209 PT Elbow to Pipe C5. 11 C-F 210 PT Pipe to Elbow C5. 11 C-F 211 PT Elbow to Pipe rp1278-0315a-46-58 463 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-8-CPL-DL 1 (Contd) C5. 11 C-F 211/SFP PT CPL-DL1 Branch Con-nection F2.40 F-B 211 PR VT-3 H-222 Pipe Restraint C5. 11 C-F 212 PT Pipe to Valve V118SFP SFP-6-CPL-SL1 Exempt per IWC-1220(a). (See Appendix B, ISO B-129~ HC-4-6" C5. 11 C-F 201 PT Valve V120SFP to Pipe F3.40 F-C 201PR VT-3 H-208 Pipe Discovered 1982. Restraint C5. 11 C-F 202 PT Pipe to Elbow C5. 11 C-F 203 PT Elbow to Pipe C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT Elbow to Pipe C5. 11 C-F 206 PT Elbow to Pipe rp1278-0315a-46-58 464 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata:i! Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-6-CPL-SLl (Contd) C5. 11 C-F 207 PT Pipe to Pene-tration No 64 C5. 11 C-F 208 PT Penetration No 64 to Pipe C5. 11 C-F 209 PT Pipe to Elbow C5. 11 C-F 210 PT Elbow to Pipe C5. 11 C-F 211 PT Pipe to Elbow C?.,.-11 C-F 212 PT Elbow to Pipe F3.40 F-C 212PR VT-3 H-210 (1982) F3.50 F-C Pipe VT-4 Restraint C5. 11 C-F 213 PT Pipe to Elbow C5. 11 C-F 214 PT Elbow to Pipe C5. 11 C-F 215 PT Pipe to Valve CV121SFP F2.40 F-B 215PR VT-3 H-211 (1982) Pipe Restraint rp1278-0315a-46-58 465 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-6-SRT-RLl Exempt per IWC-1220(a). (See Appendix B, Exempt from hydro test re-ISO B-136A & B-143) quirements per IWC-5220(d). HC-4-6" C5. 11 C-F 201 PT Pipe to Elbow C5. 11 C-F 202 PT Elbow to Pipe C5. 11 C-F 203 PT Pipe to Elbow C5. 11 C-F 204 PT Elbow to Pipe C5. 11 C-F 205 PT Pipe to Elbow C5. 11 C-F 206 PT Elbow to Pipe Fi.40 F-B 206PR VT-3 R-4 (1982) Pipe Restraint C5. 11 C-F 207 PT Pipe to Elbow C5. 11 C-F 208 PT Elbow to Pipe F3.40 F-C 208PR-1 VT-3 H-241 ( 1982) F3.50 F-C Pipe VT-4 Restraint F2.40 F-B 208PR-2 VT-3 H-242 (1982) Pipe Restraint C5. 11 C-F 209 PT Pipe to Elbow rp1278-0315a-46-58 466 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Ins12ection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-6-SRT-RL 1 (Contd) C5. 11 C-F 210 PT Elbow to Pipe C5. 11 C-F 211 PT Pipe to Elbow C5. 11 C-F 212 PT Elbow to Pipe F2.40 F-B 212PR VT-3 Pipe Restraint C5. 11 C-F 213/SFP PT FPP-HXB Branch Con-nection C5. 11 C-F 214 PT Pipe to Valve CV3238ES SFP-6-SRT-SL1 Exempt per IWC-1220(a). 

                ~See A(2(2endix BI ISO B-137A~

HC-4-6" C5. 11 C-F 201 PT Flange to Pipe C5. 11 C-F 202 PT Pipe to Elbow C5. 11 C-F 203 PT Elbow to Pipe F2.40 F-B 203PR VT-3 H-237.1 (1982) Pipe Restraint rp1278-0315a-46-58 467 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Ca tel!'. Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-6-SRT-SLl (Contd) C5. 11 C-F 204 PT Pipe to Elbow C5. 11 C-F 205 PT Elbow to Pipe F3.40 F-C 205PR VT-3 H-237 F3.50 F-C Pipe VT-4 Restraint C3.20 c-c 205PL-1 PT Welded Pipe Lug C3.20 c-c 205PL-2 PT Welded Pipe Lug C3.20 c-c 205PL-3 PT Welded Pipe Lug C3.20 c-c 205PL-4 PT Welded Pipe Lug C5. 11 C-F 206 PT Pipe to Elbow C5. 11 C-F 207 PT Elbow to Pipe C5. 11 C-F 208 PT Pipe to Elbow C5. 11 C-F 209 PT Elbow to Pipe F2.40 F-B 209PR-1 VT-3 R-238. 1 Pipe Restraint rp1278-0315a-46-58 468 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-6-SRT-SL 1 (Contd) F2.40 F-B 209PR-2 VT-3 H-238 Pipe Restraint C3.20 c-c 209PL-1 PT Welded Pipe Lug C3.20 c-c 209PL-2 PT Welded Pipe Lug C3.20 c-c 209PL-3 PT Welded Pipe Lug C3.20 c-c 209PL-4 PT Welded Pipe Lug F2.40 F-B 209PR-3 VT-3 R-236.2 Pipe Restraint C5. 11 C-F 210/ESS PT SRT-RE1 Branch Con-nection C5. 11 C-F 211 PT Pipe to Elbow C5. 11 C-F 212 PT Elbow to Pipe F2.40 F-B 212PR VT-3 R-236.1 (1982) Pipe Restraint C5. 11 C-F 213 PT Pipe to Elbow rp1278-0315a-46-58 469 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cats~ Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-6-SRT-SL1 (Contd) C5.11 C-F 214 PT Elbow to Pipe F3.40 F-C 214PR-1 VT-3 H-236 (1982) F3.50 F-C Pipe VT-4 Restraint F2.40 F-B 214PR-2 VT-3 R-235.1 (1982) Pipe Restraint C5. 11 C-F 215 PT Pipe to Elbow C5. 11 C-F 216 PT Elbow to Pipe C5. 11 C-F 217 PT Pipe to Elbow C5. 11 C-F 218 PT Elbow to Pipe C5. 11 C-F 219 PT Pipe to Elbow C5. 11 C-F 220 PT Elbow to Elbow C5. 11 C-F 221 PT Elbow to Pipe F2.40 F-B 221PR VT-3 H-234 (1982) Pipe Restraint C5. 11 C-F 222 PT Pipe to Elbow 222PS 0.203" thick. Pipe Support rp1278-0315a-46-58 470 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SPENT FUEL POOL SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nation Exam Outa es Item No Cats:i Area ID Method 2 3 4 5 6 7 8 9 Remarks SFP-6-SRT-SLl (Contd) F2. 10 F-B 222PSS VT-3 H-233 Support Structure C5. 11 C-F 223 PT Elbow to Valve V3263ES SFP-6-FPP-HXB Exempt per IWC-1220(a). 

                 ~See Appendix B.                                                                   Exempt from hydro require-ISO B-1432                                                                         ments IWC-5220(d).

HC-4-6" C5. 11 C-F 201 PT Pipe to Reducer rp1278-0315a-46-58 471 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING SERVICE WATER SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks SWS-16-CRS-RHl See Table El. (See Appendix B, ISO B-141) HB-23-16" C5. 11 C-F 201 PT 2 Penetration No 13 to Elbow C5. 11 C-F 202 PT Elbow to Pipe C5. 11 C-F 203 PT 4 Pipe to Valve CV0824SW SWS-16-CRS-SH 1 (See Appendix B, ISO B-142) HB-23-16" C5. 11 C-F 201 PT 2 Penetration No 12 to Elbow C5. 11 C-F 202 PT Elbow to Valve CV0847SW rp1278-0315a-46-58 472 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING VENT AND AIR CONDITIONING SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks VAS-48-CPU-RLl Piping removed, 1981 mod. (See Appendix B, ISO B-120) JB-16-48" VAS-48-CPU-SLl Piping removed, 1981 mod. (See Appendix B, ISO B-120) JB-16-48" VAS-12-CPU-RL2 (See Appendix B, ISO B-120) JB-16-12" 200/VAS Exempt due to size. CPU-DL2 Branch Con-nection 201 Pipe to Flange 201BT Less than 2". Flange Bolting VAS-12-CPU-SL2 (See Appendix B, ISO B-121) JB-16-12" C5. 11 C-F 201 PT 2 Flange to Pipe 201BT Less than 2". Flange Bolting rp1278-0315a-46-58 473 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING VENT AND AIR CONDITIONING SYSTEM (Contd) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks VAS-12-CPU-SL2 (Contd) C5. 11 C-F 202 PT 3 Pipe to Flange 202BT Less than 2". Flange Bolting C5. 11 C-F 203 PT 4 Flange to Pipe 203BT Less than 2". Flange Bolting F2. 10 F-B 203PR VT-3 2, 3, H-1. 1 Pipe 4 Restraint C5. 11 C-F 204 PT 4 Pipe to Pene-tration No 68 rp1278-0315a-46-58 474 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2_ PIPING COMPONENT COOLING SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam .Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks CCS-10-CSH-1P1 Exempt per IWC-1220(a). (See Append 1x B, ISO B-126) HB-24-10" C5. 11 C-F 201 PT Valve V0910ACC to Pipe 201BC Branch Con-nection C5. 11 C-F 202 PT Pipe to Valve CV0910CC 202BT Less than 2". Bolting C5. 11 C-F 203 PT Valve to CV0910CC to Pipe C5. 11 C-F 204 PT Pipe to Pene-tration No 14 CSS-10-CSH-1P4 Exempt per IWC-1220(a). (See Appendix B, ISO B-127) HB-24-10" C5. 11 C-F 201 PT Penetration No 15 to Pipe 201A Pipe to Pipe rp1278-0316a-46-58 475 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING COMPONENT COOLING SYSTEM Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks CSS-10-CSH-1P4 (Contd) C5. 11 C-F 202 PT Pipe to Valve CV0911CC C5. 11 C-F 203 PT Valve CV0911CC to Pipe 203BC Branch Con-nection C5. 11 C-F 204 PT Pipe to Valve CV0940CC rp1278-0316a-46-58 476 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PI PING CONTAINMENT SPRAY PUMP P-54A (See Appendix B, ISO B-130) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks P-54A ML-19. Containment Exempt per IWC-1220(b). Spray Pump PUMP BOLTING OlBT Less than 2". 13/16-Inch Section End Bracket PUMP SUPPORT F2.40 F-B 02 VT-3 Support rp1278-0316b-46-58 477 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING CONTAINMENT SPRAY PUMP P-549 (See Appendix B, ISO B-130) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks P-549 ML-19. Containment Exempt per IWC-1220(b). Spray Pump PUMP BOLTING OlBT Less than 2". 13/16-Inch Suction End Bracket PUMP SUPPORT F2.40 F-B 02 VT-3 Support rp1278-0316c-46-58 478 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING CONTAINMENT SPRAY PUMP P-54C (See Appendix B, ISO B-130) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks P-54C ML-19. Containment Exempt per IWC-1220(b). Spray Pump PUMP BOLTING OlBT Less than 2". 13/16-Inch Suction End Bracket PUMP SUPPORT F2.40 F-B 02 VT-3 Support rpl278-0316d-46-58 479 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING CHARGING PUMP P-55A (See Appendix B, ISO B-131) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks P-55A ML-20. Charging Pump Exempt per IWC-1220(a). PUMP BOLTING 01BT Less than 2". Bolting PUMP SUPPPORT F2.40 F-B 02 VT-3 Support rp1278-0316e-46-58 480 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING CHARGING PUMP P-558 (See Appendix B, ISO B-131) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks P-558 ML-20. Charging Pump Exempt per IWC-1220(d). PUMP BOLTING 01BT Less than 2". Bolting PUMP SUPPORT FF2.40 F-B 02 VT-3 Support rp1278-0316f-46-58 481 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING CHARGING PUMP P-55C (See Appendix B, ISO B-131) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 B 9 Remarks P-55C ML-20. Charging Pump Exempt per IWC-1220(a). PUMP BOLTING OlBT Less than 2". Bolting PUMP SUPPORT F2.40 F-.B 02 VT-3 Support rp127B-0316f-46-5B 482 Revision .5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING CONCENTRATED BORIC ACID PUMP P-56A (See Appendix B, ISO B-132) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks P-56A ML-21. Concentrated Exempt per IWC-1220(d). Boric Acid PUMP BOLTING OlBT Less than 2". Back head Bolting PUMP SUPPORTS F2.40 F-B 02 VT-3 Supports rp1278-0316g-46-58 483 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING CONCENTRATED BORIC ACID PUMP P-56B (See Appendix B, ISO B-132) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examinat.ion Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks P-56B ML-21. Concentrated Exempt per IWC-1220(d). Boric Acid Pump PUMP BOLTING OlBT Less than 2". Backhead Bolting PUMP SUPPORTS F2.40 F-B 02 VT-3 Supports rp1278-0316h-46-58 484 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING HIGH-PRESSURE SAFETY INJECTION PUMP P-66A (See Appendix B, ISO B-133) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 8 9 Remarks P-66A ML-22. High-Pressure Exempt per IWC-1220(d). Safety lnjec-ti on Pump PUMP BOLTING 01BT Less than 2". Case Bolting PUMP SUPPORTS F2.40 F-B 02 VT-3 rp1278-0316i-46-58 485 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING HIGH-PRESSURE SAFETY INJECTION PUMP P-666 (See Appendix B, ISO B-133) Inspection Interval ASME ASME O 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks P-668 ML-22. High-Pressure Exempt per IWC-1220(c). Safety Inject-ti on Pump PUMP BOLTING OlBT Less than 2". Case Bolting PUMP SUPPORTS F2.40 F-B 02 VT-3 Supports rp127B-0316j-46-58 486 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING HIGH-PRESSURE SAFETY INJECTION PUMP P-66C (See Appendix B, ISO B-133) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks P-66C ML-22. H1gh-Pressure Exempt per IWC-1220(c). Safety Injec-tion Pump PUMP BOLTING OlBT Less than 2". Case Bolting PUMP SUPPORTS 02 VT-3 Supports rp1278-0316k-46-58 487 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING LOW-PRESSURE SAFETY INJECTION PUMP P-67A (See Appendix B, ISO B-134) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Cata~ Area ID Method 2 3 4 5 6 7 8 9 Remarks P-67A ML-23. Low-Pressure Safety Injec-ti on Pump BOLTING OlBT Less than 2". 1-1/8-Inch Backhead Casing PUMP SUPPORTS F2.40 F-B 02 VT-3 2. 3. Supports 4 rp1278-03161-46-58 488 Revision 5

e _,, PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING LOW-PRESSURE SAFETY INJECTION PUMP P-678 (See Appendix B, ISO B-134) Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Exam1nation Exam Outa es Item No Catgy Area ID Method 2 3 4 5 6 7 B 9 Remarks P-678 ML-23. Low-Pressure Safety Injec-tion Pump BOLTING OlBT Less than 2". 1-1/8-Inch Backhead Casing PUMP SUPPORTS F2.40 F-B 02 VT-3 2,3, 1

  • Supports 4 rp1278-0316m-46-58 489 Revision 5

PALISADES NUCLEAR POWER PLANT LONG-TERM INSERVICE EXAMINATION PLAN CLASS 2 PIPING Inspection Interval ASME ASME 0 1/3 Years 3-1/3 2/3 Years 6-2/3 - 10 Years Sec XI Sec XI Examination Exam Outa es Item No Catay Area ID Method 2 3 4 5 6 7 B 9 Remarks P-74 Exempt per IWC-1220(a). Sii'iW Recirculation Pump (See Appendix B, ISO B-149) rp1278~0316n-46-5B 490 Revision 5}}

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