ML18019A874
| ML18019A874 | |
| Person / Time | |
|---|---|
| Site: | Harris  |
| Issue date: | 06/03/1986 |
| From: | Zimmerman S CAROLINA POWER & LIGHT CO. |
| To: | Harold Denton Office of Nuclear Reactor Regulation |
| References | |
| NLS-86-199, NUDOCS 8606060084 | |
| Download: ML18019A874 (655) | |
Text
Ql RE('ULATORY INFORNATION DISTR I BUT I 0 SYSTEH~ (R IDS)
ACCESSION NBR: 8606060084 DOC. DATE: 86/06/03 NOTARIZED: NQ DOCKET 8 FACIL: 50-400 Shearon Harris Nuclear Pouer Plant> Unit 1r Carolina 05000400 AUTH. NANE AUTHOR AFFILIATION ZINNERNANi S. R. Carolina Po<oer Sr Light Co.
REC I P. NANE REC I P I ENT AFFILIATION DENTONp H, R. Of Fi ce of Nuclear Reactors tioni Direc tor (p ost 851125 SUBJECT. Forwards addi info re requests for relief from ASNE Codei Section XI preservice insp program requiements.in response to NRC 860442 request. Response to NRC evaluation of util
60107 submittal al so encl.
DISTRIBUTION CODE: BOOID COPIEB RECEIVED: LTR TITLE: Licensing Submittal: PSAR/FSAR Amdts 8c I ENCL J SIZE; Related Corres pond ence QQ NOTES: Application For permit renewal Filed. 05000400 I
REC P IENT COPIES RECIPIENT COP IES ID CODE/NANE LTTR ENCL ID CODE/NANE LTTR ENCL PWR-A ADTS PWR-A EB PWR-A EICSB 2 PMR-A FQB PWR-A PD2 LA 1 PWR-A PD2 PD BUCNLEY B PMR-A RSB 01 2 2+ PWR-A PSB I
INTERNAL: ADN/LFNB ELD/HDS1 IE FILE IE/DEPER/EPB 36 IE/DGA4'T/GAB 21 NRR BWR *DTS NRR PWR-A ADTS NRR PWR-B ADTS NRR ROE' L IB NRR/DHFT/NTB RE('ILE 04 RCN2 /I'JIB Giotto EXTERNAL: 24X BNL (Al'1DTS ONLY)
DNB/DSS (ANDTS) LPDR 03 1 1+
NRC PDR 02 1 NSIC 05 1Q PNL CRUEL. R t Mian TOTAL NUBBER OF COPIES REQUIRED: LTTR 34 ENCL
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Carolina Power & Light Company JUN 3 SERIAL: NLS-86-199 Mr. Harold R. Denton, Director Office of Nuclear Reactor Regulation United States Nuclear Regulatory Commission Washington, DC 20555 SHEARON HARRIS NUCLEAR POWER PLANT UNIT NO. 1 DOCKET NO.50-000 PRESERVICE INSPECTION PROGRAM RELIEF REQUESTS
Dear Mr. Denton:
In accotdance with the requirements of 10CFR50.55(g) and NRC letter dated April 22, 1986, Carolina Power R Light Company (CPRL) is submitting the attached two volumes which provide the additional NRC requested information concerning the Shearon Harris Nuclear Power Plant (SHNPP) Unit 1Preservice Inspection (PSI) Program requests for relief from ASME Section XI code requirements. Also attached is an item-by-item response to the specific comments from the NRC staff evaluation of CPRL's 3anuary 7, 1986 submittal on relief requests.
The CPRL SHNPP Unit 1 PSI Program relief requests are being submitted in a format comparable to NRC guidance information for preparing relief requests that was provided to CPRL via Appendix "A". of NRC letter dated April 22, 1986. The relief requests are written as specific as possible to cover the situations or conditions that made ASME Section XI code requirements impractical to perform or prevent a complete examination.
Additional information ih the form of: computer listings to identify specific components for each relief requ'est; component drawings to give a general layout of components; and examiners data sheet sketches to identify typical situations, conditions, or limitations, is being provided to assist the NRC review process completion. Not all available information for each component requiring relief is provided, due to the magnitude of data that was collected for each component. This additional information (data sheets, sketches of conditions/limitations) is available at the plant site for review.
In order to expedite the completion of the NRC review of the SHNPP Unit 1 PSI Program relief requests, it is requested that a meeting, with NRC staff and CPRL representatives, be held in mid-3une 1986 at the SHNPP site.
If vou have anv questions regarding this subject, please contact Mr. 3. D. Kloosterman at (9 [9) 836-805$ .
Yours very truly, S.. Zim erman er Ma SRZ/3DK/pgp (39063DK) Nuclea censing Section Attachments CC: Mr. B. C. Buckley (NRC) Mr. 3ohn D. Runkle Mr. G. F. Maxwell (NRC-SHNPP) Dr. Richard D. Wilson Dr. 3. Nelson Grace (NRC-RII) Mr. G. O. Bright (ASLB)
Mr. Travis Payne (KUDZU) Dr. 3. H. Carpenter (ASLB)
Mr. Daniel F. Read (CHANGE/ELP) Mr. 3. L. Kelley (ASLB)
Wake County Public Library Mr. T. S. Moore (ASLAB)
Mr. Wells Eddleman Dr. R. L. Gotchy (ASLAB)
Mr. H. A. Wilber (ASLAB) 411Mavin~vilte Street o P. O. Box 1551 o Raleigh, N. C. 27602 8bObOb0084 8b0b03 05000400 PDR ADOCK PDR
ATTACHMENT 1 CPRL response to specific NRC comments attached to NRC letter dated April 22, 1986.
NRC Comment:
II.A The text for the individual relief requests is generic and not specific for the components for which relief is being requested. As an example, Relief Request No. Rl-001 contains one Class 1 elbow-to-pipe circumferential weld, Code Category B-3, Item B9.11, which requires both 100 percent volumetric and surface examinations. The text states that this weld requires surface and/or volumetric examinations to be performed as applicable, and that relief is being requested from "examinations due to structural interferences such as: permanent hangers, saddle plates, support structures, or intervening members for other systems. The text also states that for Alternate Examinations: Where the weld was identified as being inaccessible to the volumetric examination, surface examinations were used in lieu of the volumetric examinations, and visual examinations (VT-I) were performed on components which required surface examinations, when accessible. The staff notes that a surface examination cannot be considered an alternate examination when the surface examination is code requirement. Many of the relief requests (e.g., Rl-000 and Rl-006) state that alternate examination techniques were considered and, if feasible, used. The Applicant should discuss the specific alternative examinations that were used and include the extent of these examinations. Relief Request No. Rl-005 requests relief from visual examinations on the internal surfaces of pump casings and valve bodies, exceeding 0-inch nominal pipe size, and contains no listing of the components for which relief is being requested.
'PRL Response:
Relief requests have been reformatted and specific relief from ASME Section XI code requirements have been addressed. Alternate examinations have been identified under "Alternate Examinations" and/or "Technical 3ustification for Requesting Relief" for each relief request. Relief Request No. Rl-001 has been deleted due to removal of hanger obstruction and the code required examinations have been performed. Relief Request No. Rl-005 has been changed to Rl-05(A) valves and Rl-05(B) pumps. Relief Request Rl-05(A) (valves) includes all Class 1 valves, which includes all ) 0-inch diameter pipe size valves, Rl-05(B) (pumps) includes all Class 1 pumps.
NRC Comment:
II.A IOCFR50.55a(a)(3) states that the Applicant must demonstrate that either (Cont'd) (i) proposed alternatives would provide an acceptable level of quality and safety, or (ii) compliance with the specified requirements of this section would result in hardship or unusual difficulties without a compensating increase in the level of quality and safety. In order for the staff to determine if relief f6gm the code-required examinations is justified, the relief request submittal should be revised to be more specific and, as a minimum, include the following information:
(3946JDK/pgp)
List the specific ASME Code Section XI requirements for the components on which relief is being requested.
- 2. List the individual components applicable to the relief request.
If the Section XI code-required examination cannot be performed for PSI because of a limitation or obstruction, describe or provide drawings showing the specific limitation or obstruction, and provide an estimate of the percentage of the code-required PSI examination that was completed on the individual components requiring relief.
If an alternative examination has been performed, describe the specific examination and the extent of the examination.
- 5. Describe the ASME Code Section III fabrication examinations that were completed and documented during construction for the specific comments listed in the relief requests.
CPRL Response to:
- 1. Relief requests address applicable code requirements for the identified components.
- 2. The individual components are listed on the computer listing for each relief request.
- 3. Typical drawings of obstructions/limitations are provided as part of the submittal. Not all available drawings/data could be provided, due to the magnitude of available information at the SHNPP site. To the maximum extent practical, an estimate of the code-required PSI examinations, that was completed on the individual components requiring relief, are provided on the computer listing.
- 0. See the individual relief requests for proposed alternate examinations.
- 5. Construction code examinations are listed on each relief request. These listings indicate the requirements of ASME Section III construction code.
NRC Comment:
II.B Typical observations and inconsistencies that the staff noted during review of the 3anuary 7, 1986 submittal, include the following:
Most of the relief requests submitted are listed by the Applicant as being Preservice/Inservice Applicable. The staff evaluations will be included as part of the review of the PSI Program Plan and will only be applicable for PSI and not for ISI.
(3946JOK/pgp)
CPRL Response:
This submittal documents relief requests identified during the performance of PSI Program activities.
NRC Comment:
- 2. In the Component Tables (Tab 2 and Tab 3) it is noted that some components are listed more than one time depending on the examination description as outlined in the Examination Required Section (Tab 9). This can be confusing to the reviewer with regard to the total number of components for. which relief is being requested.
CPRL Response:
The tracking of individual and separate examinations for a component is an integral part of the database management system.
NRC Comment:
30 Relief Requests Rl-003, R2-001, and R2-003 lists 135 welds in the RHR, ECC, and CHR systems requiring relief. The table listing these welds references Q250.1 under ITEM NO. Provide a written response to NRC Question 250.1 and explain how these welds were selected for examination and why relief is requested. If they were selected on a sample plan, possibly other welds could be selected which can be volumetrically examined. Also for these 135 welds, the Code P03-Ol is used under EXREO (Examination Requirement Source). Examination Requirement Source (Tab 10), page 36, defines P03-Ol as "available for future sue." Explain this examination requirement.
CPRL Response:
This listing of a 250.1 item under Relief Request No. Rl-003 was an administrative error and has since been corrected. (Note: See "Technical 3ustification for Requesting Relief" under R2-001 and R2-003 for a written response to NRC Question Q 250.1) Examination requirement source PO3-Ol "Available for Future Use" was an administrative error and also has been corrected.
Relief Request No. Rl-007 lists two Code Category B-3, Item B9.31, branch connections. This relief request states that the branch connections are not conducive to volumetric examination and provides no explanation or drawings to describe the size of the branch connections or why the volumetric examination cannot be performed.
This relief request could also be included in Relief Request No. Rl-003 which includes Code Category B-3, Item B9.31, branch connections.
(3946 JDK/pg p )
CPRL Response:
Relief Request No. Rl-007 has been deleted and the applicable branch connection welds added to Relief Request No. Rl-003. Rl-003 includes drawings of the branch connection weld conf iguration.
NRC Comment:
- 5. Relief Request No. Rl-009 (Tab I) is confusing as the text states that two (2) capscrews are covered by the reactor coolant pump shaft proximity probe mount, and are not accessible for examination. This condition exists on all three pumps for a total of six (6) capscrews that are not accessible. The table (Tab 2) lists eight (8) capscrews on each pump for a total of twenty-four (20) requiring relief.
CPRL Response:
Relief Request No. Rl-009 has been deleted, due to the removal of the component obstructions and the performance of the required visual examinations.
NRC Comment:
- 6. Relief Request No. R2-001 is titled "Pressure Retaining Piping Welds,"
however the relief request also contains, Code Category C-C, Item C3.20, integrally welded attachments.
CPRL Response:
This was an administrative error and has since been corrected.
NRC Comment:
- 7. Relief Request No. R2-003 (Tab l) is listed as Code Category C-F, Items C5.2l and C5.l I, which are circumferential pipe welds. The Component Table (Tab 3) for R2-003 under COMPDES (component description) shows several welds listed as PLSW,P which is defined by Component Description (Tab 6), as longitudinal seam welds in pipe.
CPRL Response:
This is an administrative error, the code-required volume was examined on longitudinal seams and the references on the computer listing have been added.
(3946JDK/pgp)
NRC Comment:
Relief Request No. R2-000 includes Code Categories C-C and C-F, Items C3.20 and C5.11 respectively, which require only surface examinations. The relief request text (Tab 1) states that the code requirement is surface and/or volumetric examination. Also the Component Table (Tab 3) for R2-000 shows inconsistencies when the Component Description (Tab 6) is compared against the Code Category and Code Item numbers. Component Description PC,SDFP-PC,RED is listed as Code Category C-C, Item C3.20, in one place and Code Category C-F, Item 5.11, in another place. A Component Description PC, RED-PC,PIPE is listed as Code Category C-C, Item C3.20. Either the Code Categories or the component design designations are incorrect.
CPRL Response:
This is an administrative error and has been corrected.
NRC Comment:
- 9. In Relief Request No. R2-005, the basis for relief does not discuss any specific reasons why the code-required examinations cannot be performed nor does the alternative examination section discuss any alternative examinations.
CPRL Response:
See Relief Request No. R2-005 for clarifications.
(3946JDK/pgp)
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,Pbl R<b~ 8l,&lgDD8 Re uest For Relief No.'1-001 Pressure Retainin Pi in Welds Cate o B-J Item B9 ll Request for Relief No. Rl-001 has been deleted due to permanent hanger removal and the required ASME Section XI Code Examinations being performed.
Mem/ReliefReq/Page 1/OS1
Re uest For Relief No. Rl-002 Com onent Standard Su orts Snubbers Cate o F-C Item 3.50 For Class One (1) Systems Identification of Com onents'.
All hydraulic and mechanical snubbers listed on Attachment for this Relief Request.
ASME Section XI Code Re uirement:
IWF-2200 requires all examinations listed in table IWF-2500-1 shall be performed completely, once as a preservice examination.
Table IWF-2500-1 requires hydraulic and mechanical snubbers be visually examined (VT-4), which includes functionally testing each snubber.
Code Relief Re uest:
Relief is requested from the functional test requirements for snubbers per Article IWF-5000.
Alternate Examinations.'ll Shearon Harris component support snubbers will be selected, inspected, and functionally tested per Section 3/4.7.8 of the Shearon Harris Technical Specifications.
Basis For Re uestin Relief:
The SHNPP Technical Specifications and ASME Section XI Code are similar in their intent to functionally test snubbers. The SHNPP Technical Specifications are, however, more restrictive in the selection, as well as the method of testing snubbers for functional adequacy.
Construction Code Examinations:
N/A Technical Justification For Re uestin Relief:
The Nuclear Regulatory Commission has endorsed the utilization of SHNPP Technical Specifications for functionally testing snubbers. The utilization of the ASME Section XI Code, to functionally test snubbers, would be less restrictive than performing testing in accordance with SHNPP Technical Specifications.
Mem/ReliefReq/Page 2/OS1
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RC-H-00238 3S3 }RC03. ~239SN 1 3041-N M-3041-1 1-RC-149 3 0428 041? RC+ 00236 6S2 SN 1RC03. 00<}39SN 1 304}-W M-3041" 1 1-RC-149 3 0430 0417 RC+00486B }S4 SN 1RC03. &4}39SN 1 3041-W M-3042-1 1-RC-149 1 0430 .: ':;':"; RC+M246A 2S2 SN 1RC03.00<}40SN 1 3041-'W W-3041"1 1-RC-149 1 050) RC+00244 3S3 SM }RC03. NHl}40SN 1 3041-W M-304f-1 1-RC-149 1 0428 0427 RCWW246B 282 SN }RC03. 00<}40SN 1 304HI M-3041-1 1-RC-149 1 0502 RC-M&87 293 sA }RC03.~24}SN 1 3041-M N-3041-1 1-RC-149 1 0428 RC-H-00231 5S3 SN }RC03.00<}4}SH 1 3041-M M-3041-1 1-RC-149 3 0428 RC+00230A }S3 SN }RC03.~}4}SN 1 3041-M M-3041-1 1-RC"149 3 0430 RCM00229 3S3 SN }RC03. 00-0141SN 1 3041-W M-3041-1 1-RC-149 3 0428 041? RC-H-00228 284 Ql }RC03.0M}4}SN 1 3041-M N-3041-1 1-RC-149 3 0428 0417 RCWW230B 1S3 SH }RC03.~}4}SH 1 M-3041-1 1"RC-149 3 0430 304'029-W RC-H-00095 2S}+}0 SN }RC04.00-002SSN 1 W-3029-4 1-RC-076 3 022}
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PAGE; 3 DATE: 0512 LINE CALC STRESS ISO SNUB SERIAL FAB ISO SIZE QUAN f?00 UP I'ESP HANGER- 7914 DING NUMBER
. ~093 2/A-KS 2SHQ 3S}-Q SN SH SN 1RC04. 00<0?SSN
}RC04. X-OD25SM 1RCD4.00<0?SSH 1
f 1 3029-M 3029"M 3029-M M-3029-4 W-3029-4 W-30294 1-RC-076 1-RC-076
}-RC<76 f-RC<76 10 3
3 0221 0221 022} 0 21 04f6 0416 0416 0416 RC-H-00096 2/MJ SN }RC04. NHO?SSN 1 3029-W M-3029-4 1 RC+00}00 4S} IP SN 1RC04. 00<0?SSH 1 3029-M M-3029-4 1 "RC<2 1 0416 0417
'W-3029-3 }-RC<77 '3 0221 0416 RC-H-00444 }S} .6 ! RC04. 00-0044SN 1 3029-W
-. RC+-00037R 3S}-lS SH }RC04. 00-0044SN 1 3029-M M-3029-} }-RC<92 ~ 5 0303 0416 RC-H-00038 ?S2+} SN 1RC04. NH$44SN 1 3029-M M-3029-} 1-RC-092 3 022} 0416 RC-H-00042 2/A-IS SH iRC04.00<044SH 1 3029-M M-3029"1 1-RC-092 .5 0%} 0416 RC-H-CX67 4'-M? SN 1RCD4. 00-0044SM f 3029-W W-3029-3 1-RC-077 3 0222 04f6 R"-H-00068 3/B-15 SN 1RC04. 00-0044SN 1 3029-M W-3029-3 }-RC<77 3 022} 0416 RC-P-00069 3/8-N8 }RC04. X-0044SN 1 3029-M W-3029-3 1-RC-077 3 0221 0415 RC~-00070 2/A-5 SN }RC04.00-0044SH 1 30 9-W M-3029-3 1-RC-077 1 0221 Ca}6 RC-Ic-00073 3S2-N3 !RCO4.00-0044SN 1 3029-M M-3029-3 1-RC-077 3 0304 0415
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'H RH-H-00144A 7S?-NS 1RHf?. 00-0038SA I }54-M M-154-1 1-RH-048 10 0417 RH~}4?A 6E2-N3 SN }RH}2.00-0038SA 1 154-M W-}54-1 1-RH-048 20 0417 RH-H-00141 A 452-N3 SH }RH12. 00M38SA 1 154"M M-154-1 I-RH-048 !0 0417 RH+WO}44B 7S?-6 SN IRH}2, 00<038SA 1 154-W M-}54-} 1-RH-048 10 0417 RH-H-0014?B 6E}-N3 SN IRH12. 00-0038SA f 154-W M-154-1 I-RH-048 10 0417
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'ASE> 4 DATE: OS}2 7914 LINE NJNBER CALC STRESS ISO SIUB SERIAL FAB ISO SIIE QOAN (2N UP INSP
+M}}3A 1}S2M }RH}2.IHO39SB }SM N-155-1 }-RH<5} 35 1 0417 HHN}}3Br }}S2-N2 SN SN }RH12. 00-0039SB 1 1
f~ N-155-1 }-NH51
}%I-}30 35 1 0417 .i~440 9/H-N6 SN }SI02. ~0}SSA 1 3036% N-3036-3 1 0218 0508 0415 0412 SI-H&37 5S} SN }SI02. OHO}SSA 1 3036-M II-3036-3 21759 1"S1-223 1 1-SI-223 0508 oa}2'-
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; SI-HAS} 8/F+9 SN 1SI02. 00-0022SB 1 3058-N M-3058-2 9866 1-91-131 1 1 0508 0412 SI+ 00359 9S}-Na SN 1SI02. 0(HI022SB } 3058-W W-3058< 10925 '-SI-137 1 1 0508 04}2 SI-H+357 f 7/E-NS SN 1SI02. 00-0022SB 1 30SB-M M-3058-2 8721 1-SI-131 1 1 YAS 0412 SINN}(% 2/C-N4 SN 1SI02. 00-0026SA 1 3060-W W-306M 1-SI-188 3 1 0218 0415 SI-H~S f Ssf+}2 SN }SI02.00-0026SR 1 3060-M M-3060-2 9224 1-SI-186 1 0508 0412 SI~0507 4S}-Na }SI02, OM026SA 1 3060% M-3060-2 9890 1-SI-}86 1 1 0508 0412 SI+OOS06 f 383 SN }SI02. (NHN26SA 1 3060-M M-3060-2 9205 1-SI-186 1 0508 0412 SIR~4 781 SN 1SI02.00-0026SA 1 3060-M M"306% 9S76 }-SI-}86 1 1 0508 oa}2 SI+00503 3sf+6 SN 1SI02.00-0026SA 1 3060-M W"3060-2 7789 1-SI-186 1 050S 0412 SI+W502 7S2 SN fSI02. 00-0026SA 1 3060-W W-3060-2 9864 1-SI-186 1 0508 0412 Sl-H-00501 f 7/F-N3 SII 1 SI02. 0{HN26SA 1 3060-W N-3060"2 14365 1-Sl-186 1 0508 0412 SI+OOSOO 492 SN 1SI02.0M026SA 1 3060-W M-3060-2 11075 }HI-}86 1 1 0508 0412 SI-H-00499 991 SN 1 SI02. 00-0026SA 1 3060-M M-3060-2 10944 1-SI-186 1 0508 0412 SI+-00498 4/C-NS SN }SI02. 00-OD26SA } 30a0-W W-306% 1-SI-186: 1 1 0218 0412 SI+00942 f OS4 SN fSI02. OD0059SB 1 3058-M M-305S-3 1-SI-248'"SI-217 1 0218 SI+M599A 5S3 SN 1SI02.00-0D63SA 1 3036% M-3036< .5 1 0303 04}S SI-H-00599B f SS3 SN }SI02. 00-0063SA 1 3036-W M-3036-2 i-sl"217 .5 1 0303 0415 I+00326 1S4 SN 1SI02. ~078SA 1 3056% W-3056-1 1-SI-}53 1 1 0218
;H<324 SS}+8 SN }SI02.00-0078SA 1 30S6-W W-3056-1 1-SI-153 1 0218
~l+M32} t 3S1-K1 SN }SI02.00-0078SA 3056-N W-3056-1 1-SI-153 1 1 0218 SI-H-003f8 f 3SS SN 1
}'SI02.00-0078SA 3056-M M-3056-1 1-SI-153 1 1 0218 SH{<}025A 282-N3 SN 18106.00-0080SB 1 3055-W W-305S-1 '-SI<46 3 1 0303 SI-&0}023A f 181-N11 SN }SIDS.00-0080SB 1 3055-M M-3055-1 1-SI-154 10 0303 SIR-00}92 2S} SN 1SIOS.OD-OOBOSB 1 3055-W M-30S5-1 1-Sl-}S4 10 1 0221 SI+00190 282+5 SN }SI06,N-OOBDSB 1 3055-W W-3055-1 1-81-154 3 1 0221 SI-H<0}88 3S}-1$ SN }SIDS.OMOBOSB 1 3055-W M-3055-1 1-81-154 3 1 0221 SI-HW}87A SS2 SN, }SI06.NHNBOSB 1 30S5-W M-3055-1 }-SI"154 10 1 0321 BI+M}85A SS}-N15 SN }SIDS.OMOBOSB 1 3055% W"3055-1 1-SI-246 3 1 0303 SI-H-01025B i 2S2-N3 SN }SI06.N-OOBDSB 1 30S5-W W-3055-} 1-SI-246 3 1 0303 S 1+4}023B 181-N11 SN. }sloe.otH)OBOSB 1 305S-N M-3055-1 }-SI-154 10 1 0303 SI-&00}87B 5S2 SN }SIDS.NHIBDSB 1 3055-M N-3055-1 }-SI-154 10 1 0321 BI+M}85B SS}%}5 SN }SIDS.OMOBOSB 1 3055-W M-3055-1 1-SI-246 3 1 0303 SI-IHO}77A 5S3-NS SN 1SI06.N-ODS1SA 1 3038-W N-3038-1 174S3 1-SI-149 3 1 0508 0411 SI+00175 2S} SN 1SI06.0{HOB}SA 1 3038-M M-3038-1 17463 1-SI-149 3 1 0508 0411 SI-IHN}74A 2/MS SN }SI06. SH081SA 1 3038-W M-3038-} 17540 1-SI-149 3 1 0508 0411 SI N<0}72A 3S5-N6 SN 1SI06. 00-OOS}SA 1 3038+ M-3038-1 1-SI-149 3 1 0303 SI-IHN}7}A 1S4-N7 SN 1SI06. ITS}SA 1 3038-M N-3038-1 12537 }-SI-}49 3. 1 0508 0411 SI~}69A 3S4-NB SN f Sloe. 0(HNS}SA 1 3038-W M-3038-1 }-SI<32 3 1 0303 SI-HW}SBA 4S3 SN 1SI06. 00-008}SA 1 3038-M M-3038-1 8730 1-81-232 1 1 050S 0412 SIN<0}77B 593-l5 SN 1S106. 0{HOB}SA 1 3038-W M-3038-1 17481 }-SI-149 3 1 0508 0411 SI-}HO174B f 2/A-NS SN 1SIOS.0{HIS}SA 1 3038-M N-3038-1 17576 1-Sl-149 3 1 0508 0411 BI+M}728 3SS-Ite SN 1S106.0{HOB}SA 1 3038-M N-3038-1 1-SI-149 3 1 0303 Sl-HW}7}B }S4-N7 SK 1SIOS. N-008}SA 1 3038-M M-3038-1 f6312 1-SI"149 3 1 0508 SINEW}69B 3S4-NB SN }SIDS.OHMS}SA 1 3038% M-3038-1 }-Sl<32 3 0303
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PAGEOS 5 OATE: 0512 MANSER 7914 DRMG LINE NUNBER CALC STRESS ISO SNUB SERIAL FAB ISO MPA SIIE OURN <200 UP INSP W<<00}44A 2S3 SN 1SI06. OM270SA 1 3060% M-3060"1 1-SI-155 3 03}7 0412
> I-HM}42A t 283 SN }SI06. 00-0270SA 1 3060-M M-3060-1 17466 }-SI-155 3 0508 0412
. SI-HW}4}A 4S5 SN 1SI06. OOM70SA 1 30QHl M-3060-1 1-SI-155 3 0303
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, SI-H-01036 OSl SN 1SI06.00-027}SB 1 3058-M M-3058-1 16404 }HI-}50 3 0508 0411 SI-H&83 OS1 SN 1SI06.00-027!SB 1 3058-M M-3058-1 11932 1-Si-}50 3 0508 0411 SHl~82A 2S5 SN }SI06.00-027}SB 1 3058+ M-3058-1 1-Si-150 0320 SI-H~66A 3/8-N7 SN 1SIO6. 00-0271 SB 1 3058-M M-3058-1 18638 !-Si-}50 3 0508 04! 1 SI-HM982B 2S5 SN !SI06.00-027}SB 1 3058-M M-3058-1 1-SI"}50 3 0320 SI-H~66B 3/B-N7 SN 1SIO6.00"027}SB 1 3058-M M-3058-1 }2565 1-81-150 0508 0411 SIR<096}A }S}+15 SN }SI06.00-0272SA 1 3036-M M-3036-1 1-SI"219 3 0303 0423 Si-H&60A 2S3-N8 SN }SI06.00-0272 SA 1 3036-M M-3036-1 }-SI-219 10 0303 0423 BI~00959 }S}-5 SN }S}06. ~272SA 1 3036% M-3036"1 }-SI<!9 3 0218 0423 SI+00233 3S} SN 1SI06. 00-0272SA 1 3036-M M-3036-1 1-S}-2'.9 3 02}8 0423 SI+<<00230A 4S1 SN 1S 106. 00<<0272SA 1 3036-k M-3036-1 }-SI-219 1 0303 0423 SI-H~e}B }S}-N!5 SN 1SIO6. 00-0272SA 1 3036-M M-3036-} 1-Si"2!9 3 0303 0423 SIN<<00960B 2S3-Y8 SN 1SI06, 00<<0272SA 1 3036-M M-3036-1 }-SI-219 10 0303 0423 SI-HMOB 4S} SN 1SI06. OHR72SA 1 3036-M M-3036-1 :-Si-2!9. 1 0303 0423 SIR-00}22 3E}-N9 SN 1SI}2.00<<016!SA 1 3032% M-3032-1 }-si-}65 0218 0415 SI-Mp}}9A + 4S}"- SN 1SI}2.00-016}SA 1 3032-M M-3032-1 1-S -165 35 0303 0415 r'SI 3032"M M-3032-1 }-Si-165 Qt
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- +4}574A SO-Ne SN 1SI!2.00<}62SB 1 3033"M M-3033-1 }-SI-!65 10 0303 I-H~89A 282-N5 SN }Sl}2.00-0162SB 1 3033-M M-3033-1 1-si-}ee }0 0303 04!5 SI-H<0}33A 6S5 SN }SI12.00<<P}6cSB 1 3033< M-3033-1 1-S}-166 35 0303 0415 SI-H<<015748 Sp-N6 SN 1SI12. 00-0162SB 1 3033-M M-3033-} !-sI-!66 }0 0303 SI+<0989B 282-85 SN 1S}12.00<<0162SB 1 3033-M M-3033-} 1"S}-166 10 0303 0415 SI-HW}33B 6S5 SN 1SI}2.00-0!62SB 1 3033-M M-3033-1 1-SI"!66 35 0303 04!5 SIN<0279 652-Nh 1SI }2. OM},63SA 1 3034-M M-3034-1 1"SI-280 35 0218 04'.5 SI+00275 2S6 SN }SI}2.00-0163SA 1 3034-M M-3034-} 1-91-280 35 02!8 04'5 h'
Re uest For Relief No. Rl-003 Pressure Retainin Circumferential Welds Cate o B-J Item 9.11 and Branch Pi e Connection Welds Cate o B-J Item 9.31 Identification of Co onents.'ressure retaining circumferential piping welds, and branch pipe connection welds as listed on Attachment for this Relief Request. ASME Section XI Code Re uirement: Examination Category B-J, Item(s) 9.11 and 9.31 requires a surface (P.T.) and volumetric (U.T.) examination be performed on > 4 in. nominal pipe size circumferential piping welds, and branch pipe connection welds on > 4 in. nominal pipe size piping. Code Relief Re uest: Relief is requested from performing 100X volumetric (U.T.) examination on > 4 in. nominal pipe size circumferential piping welds and branch pipe connection welds due to pipe configurations (reducer to TEE, pipe to TEE, pipe to flange . . .) not being conducive to 100X volumetric (U.T.) examinations. Alternate Examinations Piping systems will be subject to system leakage pressure tests and be visually (VT-2) examined during each refueling outage. Basis For. Re uestin Relief: Piping weld configurations (reducer to TEE, pipe to TEE, pipe to flange) are not conducive to perform 100X volumetric (U.T.) examination from both sides of the weld, as required by ASME Section XI Code (Code Case N-335). Some arrangements and details of the piping systems and components were designed and fabricated before the access and examination requirements of ASME Section XI Code, and especially the requirements of Code Case N-335 could be applied. Consequently some examinations are limited or not practical due to geometric configuration or accessibility. The limitations exist at fitting to fitting joints, where geometry and sometimes surface condition preclude ultrasonic coupling, or access for the required scan length (see attached computer data indicating the estimate of code required examination that can be completed on the individual components requiring relief), Mem/ReliefReq/Page 3/OSl
Construction Code Examinations Volumetric Surface Technical Justification For Re uestin Relief: Required ASME Section XI Code (Code Case N-335) volumetric (U.T.) examinations could not be 100X completed on listed piping welds due to piping configurations not being conductive to volumetric (U.T.) examinations. In most cases, examinations in limited areas were accomplished as a best effort attempt to cover as much of the code required area or volume (generally, the weld and base metal of 1 "T" on each side) as possible. However, the extent of examination coverage in the base metal of the fitting or component cannot be specifically quantified as being 100X. These areas where complete examination of 100X of the required volume of area could not be achieved were indicated and noted to the event on the examiners data sheet and the limited cause noted. Th~rincipal basis of partial examination is to identify the inability to examine 100X of the required base metal volume for the 1 "T" distance beyond the edge of the weld on a fitting or component. Examples are: (1) Ultrasonic examination of a pipe to elbow assembly, where scanning on the intrados of the elbow causes de-coupling of the sound beam and (2) A pipe to flange or valve assembly where scanning the entire volume on the fitting or component side is limited by configuration. The resulting coverage is such that examination of the weld, heat affected zone and base metal of 1 "T" on indetermined coverage of the base metal on the fitting or component side may b' during this pipe side scan depending on the calibrated sweep length, attentuation, joint configuration, etc. However, the volume on the fitting or component side additionally cannot be scanned completely for transverse indications as required by Code. In either case, 100X of this 1 "T" volume cannot be assured, thus a partial examination is required as a disclaimer to having satisfied code requirements, albeit the intent is satisfied to the extent practical. Specific limitations and restrictions for all examinations are as indicated on the attached computer listing, and the specific data sheet. Mem/ReliefReq/Page 4/OS1
No impact on Plant Quality, Safety, or Reliability is expected as the systems will be subject,to system leakage pressure tests and will be visually (VT-2) examined during refueling outages. Mem/ReliefReq/Page S/OSl
ttttt ttttttttttttttttttttttttttttttttttttttttttttttttttttt& tttttttttttttttttttttttttttttttttttttttttttttttttttta t tt 05/1 NUTECH/PRI PAGE: QUERY RESPONSE REPORT HARRIS Rl-003: ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt RELIEF REQUEST COMPONENTS REQUESTED FOR RELIEF COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS I I-FMR-03RC-10-19-SW-05 PC, PIPE-PC, NOZ P01-01 8- J 89.31 UT-45L CIRC. 67/i, AXIAL 50% COMPLETE II-RC-009RC-FW-1 PC,NOZ -PC,PB Pol-01 8-J 89. 11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE 1 II-RC-023RC-FW-322 PC,PIPE-PC,VLV P01-01 8-J 89. 11 UT-455 CIRC ~ 67% s AXIAL 50% COMPLETE II-RC"023RC-FW-323 PC,VLV -PC,PIPE Pol-01 8-J 89.11 UT-455 CIRC. 67% , AXIAL 50% COMPLETE II-RC-023RC-FW-325 PCoVLV -PCoPIPE P01-01 8-J 89.11 UT-455 CIRC- 67% o AXIAL 50% COMPLETE II-RC-023RC-FW-326 PC,PIPE-PC,VLV P01-01 8-J 89.11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-RC-023RC-FW-327 PBCC,T -PC,PB P01-01 8-J 89.11 UT-455 CIRC. 63%, AXIAL 63% COMPLETE II-RC-023RC-SW-84 PC,PIPE-PBCC,T P01-01 8-J 89.11 UT-455 CIRC. 80%, AXIAL 80% COMPLETE II-RC-023RC-SW-85 PBCCoT -PCoPIPE P01-01 8"J 89.11 UT-455 CIRC. 90'L, AXIAL 90% COMPLETE II-RC-023RC-SW-86 PC,PIPE"PC,RED P01-01 8-J 89.11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-RC-023RC-SW-C13 PBCC,TR-PC,PIPE P01-01 8-J 89.11 UT-455 CIRC. 73%, AXIAL 73% COMPLETE II-RC-023RC-SW-C9 PC ~ PIPE PBCC TR P01 01 8 J
~ 89. 11 UT-455 CIRC. 87%, AXIAL 87% COMPLETE II-RC-023RC-SW-D'12 PBCC,T -PC,PIPE Pol-01 8-J 89. 11 UT-455 CIRC ~ 80% e AXIAL 80% COMPLETE II-RC-023RC-SW-DB PC,PIPE-PBCC, T PO1-Ol 8-J 89.11 UT-455 CIRC. 85%, AXIAL 85% COMPLETE II-RC-023RC-SW-09 PBCC,T -PC,PIPE P01-01 8-J 89.11 UT-455 CIRC. 67% , AXIAL 50% COMPLETE II-RC-023RC-SW-Ell PC,PIPE-PBCC,T P01-01 8-J 89. 11 UT-455 CIRC. 85% , AXIAL 85% COMPLETE II-RC-023RC-SW-E7 PBCC,T -PC,PIPE P01-01 8-J 89. 11 UT-455 CIRC. 80%, AXIAL 80% COMPLETE II-RC-023RC-SW-EB PBCC,T -PC,PIPE Pol-01 8-J 89.11 UT-455 CIRC. 70%, AXIAL 70% COMPLETE II-RC-023RC-92-2-SW-1 PC,PIPE-PBCC,TR P01-01 8-J 89.31 UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-RC-024RC-FW-318 PBCCeT -PCePIPE P01-01 8-J 89.11 UT-455 AXIAL 50% COMPLETE II-RC-025RC-FW-331 PCoNOZ -PCoPIPE P01-Oi 8-J 89.11 UT-455 CIRC. 67ll s AXIAL 50% COMPLETE II-RC-025RC-SW-A3 PC,PIPE-PE,LR P01-01 8-J 89. 11 UT-455 CIRC. 85%, AXIAL 85'k COMPLETE II-RC-025RC-SW"A4 PEsLR -PCoPIPE P01-01 8-J 89.'ll UT-455 CIRC. 85% , AXIAL 85% COMPLETE
400tO ~ 0000440400000440004040t00004000000444044j440044404444 404040440404000404444440044404 44404444040440440400t40 05/1 sot1 NUTECH/PRISieee PAGE: 0 QUERY RESPONSE REPORT 0 c HARRIS 0 0 RELIEF REQUEST R1-003: COMPONENTS REQUESTED FOR RELIEF 040000 ~ 0400000040040404044044044044t0400440040444004 ~ 004404000044040t040040444004040f4044000ft00400 04440000000000440440t404044004444 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-RC-027RC-SW-A11 PCePIPE PFeWN P01-01 8-J 89 ~ 11 UT-45S AXIAL 50% COMPLETE II-RC-027RC-SW-812 PC,PIPE-PF.WN P01-01 8-J 89. 11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-RC-027RC-SW-C3 PCePIPE PFeWN P01 01 8 J 89. 11 UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-RH-009RC-FW"29 1 PC,PIPE-PC,VLV P01-01 8-J 89. 11 UT-SOS CIRC. 67%, AXIAL 50% COMPLETE II-RH"009RC-FW-292 PC,NOZ -PC,PIPE P01-01 8-J 89. 11 UT-SOS CIRC. 67%, AXIAL 50% COMPLETE II"RH-009RC-SW-A4 PE,LR -PC,PIPE P01-01 8-J 89.11 UT-505 AXIAL 93% COMPLETE II-RH-009RC-SW-AS PCePIPE-PEeLR P01-01 8-J 89. 11 UT-SOS AXIAL 90% COMPLETE II-RH-009RC-SW-A6 PE,LR -PC,PIPE P01-01 8-J 89.11 UT-505 AXIAL 90% COMPLETE II-RH-009RH-FW-200 PCePIPE-PCeVLV P01-01 8-J 89. 11 UT-50S AXIAL 50% COMPLETE II-RH-009RH-FW-204 PC,VLV -PC,PIPE P01-01 8-J 89. 11 UT-505 CIRC. 67%, AXIAL 50Te COMPLETE II-RH-010RH-FW-194 PC,PIPE-PC,VLV P01-01 8-J 89.11 UT-535 CIRC. 67%, AXIAL 50% COMPLETE I I-RH-0 I ORH-FW-198 PCeVLV PCePB P01-01 8-J 89.11 UT-53S CIRC. 67%, AXIAL 50% COMPLETE I I-SI-017RC-FW-297 PC,PIPE-PBC,S P01-01 8-J 89. 11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-S I-O 75 I-FW-604
'1 PSW,VLV-PC,PIPE P01-01 8-J 89.11 UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-SI-O'17SI-FW-605 PC,PIPE-PSW,VLV P01-01 8-J 89. 11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-021RC-FW-300 PCePIPE PCeNOZ P01-01 8-J 89 F 1'I UT-53S CIRC. 67%, AXIAL 50% COMPLETE I I-SI-021SI-FW-547 PC,VLV -PC,PIPE P01-01 8-J 89. 11 UT-505 CIRC ~ 67% e AXIAL 50% COMPLETE I I-SI-021SI-FW-549 PC,PIPE-PC,VLV P01-01 8-J 89.'11 UT-53S AXIAL 50Te COMPLETE I I-SI-02 I SI-FW-550 PC,VLV -PC,PIPE P01-01 8-J 89.11 UT-SOS CIRC. 677e, AXIAL 50% COMPLETE I I-SI-022RC-FW-301 PC,PIPE-PC,NOZ P01-O'I 8-J 89. 11 UT-53S CIRC. 67%, AXIAL 50/e COMPLETE I I-SI-0225 I-FW-551 PCeVLV PCePIPE P01 01 8 J 8'11 UT-535 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-022SI-FW-553 PC,PIPE-PC,VLV P01-01 8-J 89.11 UT-535 AXIAL 50% COMPLETE II-SI-022SI-FW-554 PC,VLV -PC,PIPE PO'1-01 8-J 89.11 UT-53S CIRC. 67'/e, AXIAL 50/e COMPLETE
00004 4040000400 ~ 000000000004444004000444000400040400044444 44444040440400000440440000404 0 4r 0 4r 40400040144 05/1 NUTECH/PRIS PAGE: QUERY RESPONSE REPORT HARRIS 4 RELIEF REQUEST R1-003: COMPONENTS REQUESTEO FOR RELIEF 04004040ft0tfft40f440000044t400t04f0f000f400f44400044000404040t444400t44t00400044f0400tf04400044if@ 004440044044000004401444444040444 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-SI-023RC-FW-299 PC, PIPE-PC, NOZ P01-01 8- J 89. 11 UT-53S CIRC. 67%, AXIAL 50% COMPLETE I I-SI-0235 I-FW-61 1 PCePIPE-PCsVLV P01-01 8-J 89. 11 UT-53S CIRC- 67% e AXIAL 50% COMPLETE I I-SI-023SI-FW-612 PC,VLV -PC.PIPE P01-01 8-J 89. 11 UT-SOS CIRC. 67%, AXIAL 50% COMPLETE I I-SI-023SI-FW-614 PC,VLV -PC,PIPE P01-01 8-J 89. 11 UT-+35 CIRC ~ 67% e AXIAL 50% COMPLETE II-SI-024RC-FW-293 PCsPIPE-PCeNOZ P01-01 8-J 89. 11 UT-45S CIRC ~ 67% e AXIAL 50% COMPLETE I I-SI-024SI-FW-585 PC,VLV -PC,PIPE P01-01 8-J 89. 11 UT-45S AXIAL 50% COMPLETE II-SI-024SI-FW-587 PC ~ PIPE PCeVLV P01 01 8 J 89. 11 UT-45S CIRC ~ 67% s AXIAL 50% COMPLETE II-SI-024SI-FW-588 PC,VLV -PC,PIPE POI-01 8-J 89.11 UT-455 CIRC. 677e, AXIAL 50% COMPLETE II-SI-025SI-FW-536 PCsVLV PCsPIPE P01 01 8 J 89.11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-025SI-FW-537 PC e PIPE-PCsVLV P01-01 8-J 89.'11 UT-45S CIRC ~ 67% e AXIAL 50% COMPLETE e SEE PW-W-419 I I-SI-025SI-FW-539 PC,VLV -PC,PIPE P01-01 8-J 89.11 UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-SI-026SI-FW-543 PC,VLV -PC,PIPE P01-01 8-J 89.11 UT-45S CIRC. 67%, AXIAL 50/s COMPLETE II-SI-026SI-FW-544 PC,PIPE-PC,VLV PO'1-01 8-J 89. 11 UT-455 CIRC. 67% , AXIAL 50% COMPLETE II-SI-026SI-FW-546 PC,VLV -PC,PIPE P01-01 8-J 89. 11 UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-SI-027RC-FW-298 PC, PIPE-PC, NOZ P01-01 8- J 89. 11 UT-455 CIRC. 67% , AXIAL 50% COMPLETE II-SI-027SI-FW-541 PCsPB -PCeVLV P01-01 8-J 89. 11 UT-45S CIRC. 67'% AXIAL 50% COMPLETE I I-SI-027SI-FW-542 PCeVLV -PCsPIPE P01-01 8-J 89.11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-027SI-FW-602 PCeVLV -PC,PB P01-01 8-J 89.11 UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-028RC-FW-296 PCePIPE-PCeNOZ P01-01 8-J 89.1'I UT-455 CONFIG. OF NOZZLE I I-SI-028SI-FW-534 PC,PIPE-PC,VLV P01-01 8-J 89.11 UT-455 CIRC. 67%, AXIAL 50/e COMPLETE II-SI-028SI-FW-535 PC,VLV -PC,PB P01-01 8-J 89. 11 UT-45S CIRC. 67%, AXIAL 50'fi COMPLETE I I-SI-028SI-FW-595 PC,VLV -PC,PIPE P01-01 8-J 89. 11 UT-455 CIRC ~ 67'/e s AXIAL 50Te COMPLETE
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0 Re uest Por Relief No. Rl-004 Pressure Retainin Welds In Reactor Vessel Cate o B-A Item(s) Bl.ll B1.12 Bl.21 B1.22 Bl.40 and Pressure Retainin Welds In Vessels Other Than Reactor Vessel Cate o B-B Items B2.11 and B2.40: Identification of Com onents.'ressure retaining welds in reactor vessel, and in vessels other than reactor vessels, as listed on Attachment for this relief request. ASME Section XI Code Re uirement: Examination Category B-A, Item (s) Bl.ll, Bl.12, B1.21, B1.22 requires a volumetric examination, Item 1.40 requires volumetric and surface. Examination Category B-B, Item (s) B2.11 and B2.40 requires a volumetric examination. Code Relief Re uest: Relief is requested from 100X volumetric (U.T.) examination, due to the pressure retaining welds not being examined over their entire length. Volumetric (U.T.) examinations were limited because of obstructions such as: (1) Welded Plates (2) Weld Support Plates (3) Nozzle Interference (4) Manways (5) Lifting Lugs, etc. Basis Por Re uestin Relief: Numerous obstructions (manways, nozzles, support plates, lifting lugs . . .) prevent a 100K volumetric (U.T.) examination of listed pressure retaining welds. The listing also indicates the type of obstruction, as well as the size of the obstruction, when applicable. The limitations/obstructions for each weld has been documented on the applicable examiners data sheet(s) and are available at the plant site for review. Alternate Examination.'he reactor vessel, pressurizer and steam generators will be subject to a system pressure test during each refueling outage, and a visual (VT-2) examination will be performed to the maximum extent possible on obstructed welds. Mem/ReliefReq/Page 6/OS1
0 Construction Code Examination(s): Volumetric Surface Technical Justification For Re uestin Relief: Pressure retaining welds in the reactor vessel and other vessels (Steam Generators and Pressurizer) were volumetrically (U.T.) examination to the maximum extent possible. The design of the components presented obstructions that did not allow 100K volumetric (U.T.) examination to be performed. The vessels were subject to fabrication/construction code volumetric and surface examinations, as applicable. No impact on overall Plant Quality, Safety, or Reliability is expected, as the welds will be subject to a System Pressure Test (VT-2 examination) to the maximum extent possible after each refueling outage. Mem/ReliefReq/Page 7/OS1
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Re uest For Relief No. Rl-05(A) Valve Bodies Exceedin 4 in. Nominal Pi e Size Cate o B-M-2 Item B12.50: Identification of Com onents: Internal surfaces of Safety Class One (1) Valve Bodies, exceeding 4 in. nominal pipe size, as listed on Attachment of this Relief Request. ASME Section XI Code Re uirement: Examination Category B-M-2, Item 12.50 requires a preservice visual examination (VT-3) be performed on the internal surfaces of Safety Class One (1) Valve Bodies. Code Relief Re uest: Relief is requested from the preservice visual examination (VT-3) of the internal surfaces of Safety Class One (1) Valve Bodies exceeding 4 in. nominal pipe size. Alternative Examinations.'omponents will be subject to system leakage pressure tests and visual (VT-2) examination during refueling outages. Basis For Re uestin Relief: To perform visual examinations on the internal surfaces of Safety Class One (1) valves, would require disassembly of those valves. It is CPhL position that this disassembly process would be a hardship, without any appreciable compensating increase in the level of Quality and/or Safety. All Safety Class One (1) Valves, exceeding 4 in. nominal pipe size, have already undergone more stringent examinations as part of the fabrication process, giving a very high confidence level of structural integrity. In addition, all Safety Class One (1) Valves, exceeding 4 in. nominal pipe size, were visually examined prior to installation into their respective systems. The disassembly of essentially new valves may also cause unnecessary damage to occur, due to the disassembly process. Construction Code Examinations-'olumetric Surface Mem/ReliefReq/Page 8/OS1
Technical Justification For Re uestin Relief: The non-performance of preservice visual examination (VT-3) of the internal surfaces of Safety Class One (1) Valves, exceeding 4 in. nominal pipe size, should not have any adverse impact on Plant Quality, Safety, or Reliability, as more stringent examinations were performed, to ensure structural integrity, as part of the fabrication process. The valves were also subject to hydrostatic tests at design temperatures and pressures. Inservice examinations of the internal surfaces of Safety Class One (1) Valves will be performed as stipulated by the ASME Section XI Code, when plant conditions allow the examinations to be performed. Mem/ReliefReq/Page 9/OS1
VALVE LIST DISPLAY/HAIHTEHANCE YALVE LIST REV18) IGN 033 YAI VE HIJHBER 1-1CS-V-06601 -001 VAL.VE 8)AFTY TRH LAc)T REYlc) ION 000 Ol"ERATQR LINE NUMBER 080 . 0()0 8080 0 NOMINAL SIZE 808 . 800 P/W THXCKHES) /.CH FNDS CODE GROUP CODF DEc) 1GH PRESSURE DFc)XGN TEHPERATLJRF SEISMIC PILI:-88 STD/AHSI RATG PO NUMBER PG ITEM I HATI'=R AL CLASS TYPE SFD DRLJG NBR 0 0000 8)FD VALVE HBR 8 DESIGN G-DRWG EHDRAC DRA WING LOCATION G-DRMG Fl GGf( ELEYAT1GH 000 00 VAI YE LI..EVATXGH 080 88 l<EIGIS r (=ROM FLOOR 080 60 PLANT LOCATION-1 FT 008 1N 88 EAS) T? WES) T? OF COL PLANT I QCATIGN-2 FT 000 1H 80 NORTH? SOUTH? OF ("Ol REMARKS) NEXT VAl.YE: UHXT 1 CAT 1 SYS TYPE HBR 1TEH QR HLXT SFD VAI VE HBR: UHIT '1 SYS CS VALYE NBR 8348 INSTR VALVF HBR EflROf<8 DE'IECTED, f L.EA 'E COr<RFCT HIGHLIGHTED FXFL.DS HECI-I DETAIL? YALVE LIST DXSPI AY/HAINTI=HAHCE VAL.YE LI8) T REVI 8) ION 033 VALVE NUMBER 1 1CS-V-eee2. -ee1 VALYE SAFTY TRH 8)N LAc)T REVISION 029 OPERATOR I INE HUMBLR 1 CS 00 508 0016 SN 0 HQHXNAL. SXZE 001 . 560 P/M TlllCKHESS/SCH c)Ck-I 166 I=HDS CODE BM GROUP CODE III DEc)XGH PREclSUf<E 2485 DESXGH TEHPERATURE 656 SI'=ISHXC IA I RESS STD/ANSI RATG 1521 PG HUMBER 4 5"'>8 7 PO XTEM 01 HATERIAL CLASS K TYPE CHFCK SFD DRWG HBf< 5 8 1303 SFD VALYE HBR CS 8348 DESIGN G-DRWG 5 G 0803 138 EHDRAC DRAWING 14297 LQCATlQH G-DRMG FLOOR ELF VAT ION 236 80 VALVE ELEVATXQH 600 08 HFXGHT FROM FI..GOR 236 00 PLANT LOCATlQH-1 FT 800 XH 00 EAST? MES)T? QF COL. PLANT LOCATION-2 FT 080 IH ee NORTH? SOUTH? GF CGL f(EHARKc8 DCA H 229 12868682 13()1 C 1-2)36-1 128179 NEXT VALVE: LJNXT 1 CAT SYS CS TYPE V HBR 08623 ITFH -001 OR HFXT SFD VALVE HBR: LJHIT 1 8)YS) C'.) VALYE HBR 6389 INSTR VALVE NBA Hl.-'"CH DFTA IL? VAI YE I I ST DISPLAY/HAINTLHAHCE VAl VE LIc>T REVIcSIOH 633 VAI VF HIJNBER 1-1CS-V-00023 -001 4 ~ \ ~ 1
*VAL)>>t'AI IT I t<H ">8 LA"> I t<t'LbLUH 9'Y OPLRATGR I IHF HUHK<ER 1 Cs 80 1 508 6617 SN 580 P/W Tl-IXC:KHEr)sfBCI.I BCI-I 168 HON3:HAl. SIZE ENDS CODL-DES)XGH PRESSURE:?485 001 BW GROUP CODE I
DEB) GN TEMF'ERATURE ill 656 SEISHIC IA PRcsi STO/AN, I RATG 1 521 PO HUMBER i35857 PO ITEN .,01 MATERXAL CLASS I< TYPE CHLCK BFO DRMCi NK<f< 5 B 1383 B)61 c>FD VALVE HE3R CB 838>> DESIGN G-DRMG 5 G 8883 ENDRAC DRAWING 14297 LOCATION G-DRWG FLOUR EI..EVAT I QH 236 08 vALvE El.cvATIGH eee ee IIFIGHT FROM FI (3GR 236 00 PLAHT l OCATlON-1 FT 008 IH 00 F.AB) T? MEBT? QF Col Pl ANT LOCATION-2 FT 080 IN 00 NORTH? SOUTIf? Gl= CGL f(ENARK8) DCA H 229 1 286869.'? 13ef C 1-236-<< 26179 HI=XT VALVE: UNIT 1 CAT SYS CS TYPE V NK<R 88924 ITLH -801 GR HFXT BFD VALVE HBR: UHXT 1 BYB Cls YAl.VE HBR 8436 IHBTfl VALYE HK<fk Hr=cH DETAXI? VALVE I..IST OISI-LAY/MAIN)CHANCE VAI. VF l.lc) T REVXBXOH 033 VAI VE NUHBI.R 1-fcs--V-999~4 -081 VAL.YE BAFTY TRN S>H LAc)T REVISIOH 929 QPFRATQR I IHE NUMBER 1 CS 86 500 0618 SH NOI<IHAL. IzE eof . 5ee f'/M Tl IICI<HEc)B/c>CI-I B)CI-I 1 60 ENDS C(3DE BW GROUP C(3DE DEc'XGN PRFB)SURE 248 > DESIGN TEHPEflA7 URE 6'.>0 SEISH IC IA PRFSS STD/ANSI RATG 1 521 PO HUHK<E:.Q 435857 F'Q X TEN ef HATERIAL CLASS K TYPE CHECK SFD DRMCi HK<f< 5 .) 1303 Be . SFD VALVE HK<R c:B 8438 DESIGN G-DRMG 5 G 0803 EHDRAC DRAWING 14297 LOCATION G-Df(MG FLOOR Fl EVATXC)H 236 80 vAI vE FI...EVATXQN eoe ee HLIGHT FROM FLOOR 236 00 PLANT LGCATIOH-1 FT 800 XH 00 FAS) T~ WEc) T') Of CQL PLAHT I...QCATXQH-2 I=T 000 IN 00 NORTH? SOUTH? QF (."GL REHAf(KS DCA H 229 12860082 1301 C 1-236-1 12>917r>> HEX'r vAI vE: UHIT CAT 1 SYS Cs TYPE Y HBR 98934 1TLH -891 GR NEXT BFD VAL.YE HBR: UHlT BYB CS YALVE HBR 834r>> IHBTf( YALVE HK<R MECH DETAIL? VALYF LlsT DISPLAY/MAINTENANCE YALVE LXcvT REVXc>XQN 933 vALvE HUMBFR f-fcs-v-89834 '"80 VALVE SAFTY Tf(H S)H LAB>T REYIBXOH 029 OPI=RATQR LINE NUMBER f Cs 061 5ee 0e16 sN NOHIHAl 8) I7E 081 . 500 P/W THICKNESS/cBCH BCI-I 168 LHDS CODF K<M CRQUr- caoE III DEc>IGH PRESc>UflE 2485 DES1GH TEMPERATURE 650 HIC lA PRCSS STO/ANSI RATG 1521 PQ NUMK<ER 435657 PO ITEM 01 HATER I AL Cl Ass I< TYF'E CHECK SFD DRWCi HBR 5 S 1383 SFD YALVE HK<f( 1 cs e349 DFS IGH G-DRWG 5 G 0883 I":MDRAC DRA WING 14297 l.OCA7 IOH G-Of(WG FLGGf( ELFVATION 236 88 VAI VE EI LVATXGN 000 00 HEIGHT FROM FI QGR 236 00 PLANT L.ncATXON-f FT eee XN 90 EAr>7 ~ ME c> T OF CQI . Pl ANT I GCATXGN-2 FT 800 ee HORTH? SOUTH? OF CGL REMARKS DCA-N-138 DCA H 12066002 1 381 C 1 "-2,36- f 1 201 79 NI=XT VAI vE: UNIT 1 csv 1 sYs cs TYPE v HBR eoe35 1)EM -ee", GR NFXT BF D Yhl VF HBR: UNIT I BYB CS VAI VE NBR 8390 INBTf( VALVE NK<R MECH DETAXL? E
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VALVL LJ B I DISI"LAY/HALOI LNAHI L VALVE LXB>T f<EVISIGH 033 VAI..VF NUHK<ER i -i CS-V-00835 -88 i VALVE B)AFTY TRN cSH I AcsT REVI eel oH 829 OFERATOR I INE HIJHK<ER i Cs 00 i . 500 eei7 SN HGHIHAI. SIZE 00'I 588 P/W Tl-IICI< NESS/c)('H SCH i68 ENDS CODE DW GROUP CODE III DFB1GH PRESSURE 2)485 DESIGN TEHPFRATLIRE 650 SFISI"IIC IA I RESS STD/ANSI RATG i52i PQ HUH<K<ER 435857 Po ITEH Oi HATER IAL Cl ASS K TYPE CHFCK BFD DRWG HK<B 5 B i303 B)0i BFD VALYE HK<R Cs> <) 398 4 Q.)97 Df.:SIGH G-DRMG 5 G 0803 EHDRAC DRA W IHG LOCATION G-DRWG FLOOR ELEYATloH 236 00 VALVE EI I=VATION 008 00 HEIGHT FRQH FLOOR 236- 00 PLANT LocATXoH-i r'r oee XN ee EAST7 WEST7 QF CQL PLANT I OCATXQH-2 FT 080 IH 00 HORTH7 SOUTH7 OF (.;GL REHARKB) DCA H 229 i2868882) i38i C i-236-i i20i79 HFxr vAI vE: uHxr CAT i SYS Cs TYI'F Y NOR 00036 ITEH -eei QR NEXT BF D YALVE HK<f<: UHXT BYB CS VALVE HK<R 043i XHSTF( VALVE Hk<R HFCH DETAXL7 VALVE I IST 9 ISPI AY/HAINTEHAHCE VALVE LI.7 flEVXSXOH <>33 VALYE NIJHK<ER i-iCS-V-08836 -00i VALVE SAFrY TRN BH LAB)T REV I SIGH 029 OPERATOR LINE NUHK<ER i cs ee 580 00'Ie BH 0 HGH I HAL 8) I ZE 00 i . 500 P/W Tl-IICK HEScs/BCI I scH i68 EHDS CODE BW GROUP CODE III DEB>XGN: F RFcss)URE 2485 I DES GN TEHPEF(ATuflE 658 SEISHIC XA PRLSS STD/AHSX RATG i52i PQ HUHK<ER 435857 Po I'I EH Oi HATERIAL CLASS K TYPE CHI';:CK SFD DflMG HK<R 5 cd i 303 cs02 B)FD VALVE HK<R Cs) 843 i DESIGN G-DRMG 5 G 0803 rHDRAC DRAMiNG i4297 LQCAT I OH G-DfllJG FLOOR FLFVATXGH 236 80 VAI VE Fl EVATXGH 008 00 HEIGHT FROH FLOOR ee PLANT LOCATION-i FT 800 XH 00 EAB)T'7 WEBT7 of"" COL PLANT LOCATION- FT 000 IN 88 NGRTH7 SOUTH7 OF CQL REHARKS DCA H 229 i2860002 i38i C i-236-i i20i79 HLXT VAI VE: uHIT i cAr i SYB Cs TYI E Y NBR 00070 ITEH -eei OR HEXT SF D YALVE HK<R UHXT i BYS Ccs VALVE NK<R 8488 INSTR VALVE HK<R HECH DETAXI 7 VALVF I IST DISPLAY/HAINTEHAHCE VALYE I. Is) T REVXSIOH 033 VALYF HUHK<ER i -iCS-V-00070 -80i VALVE BAFTY TRH BH LAST REVXBXQN 029 GPERAroR I..IHE HUHK<ER i (.",S 082 ~ 000 8658 SN i 0 NQH1NAL SIZE 002 . 808 P/W THICKNESS/c+CH cacH i 60 FNDS CODE SM GROUP CODE III DESIGN PRES)s)URF. 2485 DEc) IGH TEHPERATURE 658 SElSHIC IA PRESS STD/ANSI RATG i52i Po NuHK<ER 435857 PO ITEH 02 HATER I AL CLASS I< TYPE CHLCK SFD DRWG HK<R 5 B i383 B)FD VAL.VE NK<f< C') 8488 DESIGN G-DRMG 5 G 0803 EHDFlAC DRAWING i4297 LOCATION G-DflWG FLOOR ELFVATIQN 286 00 VAI VE ELEVATIOH 000 00 HEIGHT FRGH FI QGR 286 60 PLANT LOCAT1GN-i FT 800 IN 80 EABT7 WEB)T7 OF CQL, I"LANT LOCATION-2 FT 000 XH 00 NQRrH7 Bouril7 OF coL REHARI<$ DCA H 229 PP ~ i2068003 i3ee c i-2e6" i eieiee II I
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NEXT '.>FD VAl VE HBR: UH XT 1 BYS CS VAl.VE HBR 8497 XNSTf<, YALVE HBR NECH DLTAXL7 VALVE LiST DlsPLAY/HAIN'I'EHANCE VAI...VE LIB)T flEVXBX()H 833 VAI VL HUNBER 1-1CS-V-00504 -001 VAL.YE B)AFTY TRH BH L A') T ftEVXBXGH 8".)9 OPERATOR LINE HUNK<ER 1 CS 003 . 880 01 18 SH 8 HOMINAL BIZE 003 . 000 p/w THICKNESS/BCH . cH 168 { ENDS CODE BW GROUP CODE III DFS1GH Pf>EBB)URE 2800 DEB>IGH TENPERATURE 208 SEISNIC IA Pvt=ss s7 D/AHsx RArG 1588 Fn HUNK<Eft. 1S 148 PQ ITEN 8347 NATLRIAL CLASS H TYPE CHECK SFD DRWG NBR > B 1383 SFD YALVE HBR 1 CS 8<97 DES'IGH G-DRMG 5 G 0883.'l37 ENDRAC DRAW IHG 4473 LOCATION G-DPWG FLOoft ELEVAT1QH 236 88 vALvE ELLvArxoN eee ee HEIGHT FRoN FLooR 236 eo PLANT LOCATION-1 FT 880 IH 08 EAST"'EB7"'F CGL PLAHT LQCATIOH-2 FT 800 IH 80 Hole'rH7 sourH7 oF (".,GL REl'IARI<B W TAG NQ 3C88 DCA-N-~"'3 12068883 1301 C 1-236-1 1201 79 NEXT VALVE: UHXT 1 CAT SYB CB TYPE V HK<R 00505 ITEN -001 GR HEXT SFD VALVL NBR: UHlT 1 SYS CS VALVE NBR 0500 INSTR VALVE HBR NECH DETAXL7 YALVE I IST D1BPLAY/NAINTEHAHCE VALVE LIST REY1 8) X OH 833 VALVE NUNBER 1,-1CS-V-00505 -881 VALVE c+f:TY 7'RH 8) LAST REV1 8> ION 829 GPERAroR LINE NUNBER 1 CS 063 . 000 01 8 SH 1< 1 0 NoNIHAL sxzf ee3 . eee P/W Tl-llCI<HEBB/B)CH B)CH 168 ENDI CODE BW GROUP CQDI= III DEB) XGH PRES>SURE 2800 DE XG>> TENPf RATURE 00 SEISNIC IA PRESS STD/ANSI RATG 1588 Po HUNK<ER 1 621 48 Po 1TEN 8378 NArERxAL cLA s TYPE CHI.=.CK BFD DRIJG HK<R 5 B 1383 SFD VAl.VE NBR CB 8580 DFSIGH G-DRWG 5 G 0883 LNDRAC DRAWING 0473 LGCATIOH G-DRWG FLOOR ELEYAT1GN 236 08 VALVE LLEYATIQH 080 00 HE XGHT FRON FI..OQR 236 80 PLANT LOCATION-1 FT 800 XH 00 EABT7 WE.') T7 QF CQL PLAHT LOCATION-2 FT 088 XH 88 NORTH7 SGUTH7 GF CQL RFNAftKB W TAG NQ 3C88 DCA-N-223 12060083 1301 C 1-236-1 128179 HEXT YALYE: UNIT 1 CAT 1 BYB CB TYPE V NBR 80 >06 ITEN< -001 OP. NFXT BFD VALVE NBR: UHXT 1 SYS Cs YALVE NBR 8486 INSTR YAI VF HK<R NECH DE'I'All..7 YALVE LIST DISPLAY/NAIHTFHAHCE VAl.VE LIB)T REV181GH 833 VAI VE HUNBER 1-1CS-V-00506 -001 VALVE'AFTY TRH BH LAB>T REVIB>ION 029 OPERATOR HUNBcR 1 cs ee3 . eee e117, N 1 e HQN1HAL SIZE 803 . 008 P/W TH XCI< NESS/SCI-I BCI.I 1 60 I=HDS CODF BW GROUP CGDF IXI DEB> TGH PRESS>UP E 2880 DEBXGH TENf'FRATURE 200 SF IGNI C I* Pa~ss srK/AHsx RATG 1568 PG HUNK<ER 162148 PO ITEN 8379 NATER I AL Cl ASS H TYPE CHECK BFD DRWG HBR 5 S 1303 BFD YALVE HK<P. CS 8486 DESIGN G-DRMG 5 G 0803 137 I=NDRAC DRAWING 4473 LOCATION G- DRWG FLOOR ELEVATXQH 236 08 VAI YE I=LEVATXQN 000 08 HI=XI H7'ROM Fl QGR 236 80 PLANT LOCATION-3 FT 800 XH 88" EAK)T") WEBT7 QF COL PLANT LQCATlOH-2 FT 088 IH 80 NGR7I1'. SOU'rI17 oF coL
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t(tNARKb M I Ab NU 8(.;UV (>CA--t1-"2?8 1'860003 1301 C 1-236-1 120179 HEXT VAL,VE: UNIT 1 CAT B)YB CS TYPE V Nk<R 09587 XTEH -801 GR HFXT SI=D VALVE HBR: UHIT 1 SYS CS VALVL. HBR 8483 XHS'l'R VALVL NBR HECI-I DETAIL7 VALVE I XST DXBI='I AY/HAIHTFNANCE VAL.VE LIB)T REVISIQH 633 VALYF NUHBER 1-1CS-V-00507 -001 YALVE B)AFTY TRH BH L AsT REvXsXGH e 9 OPCRATQR LIHE NUHBLR 1 CS 003 . 080 0117 SN 0 NQHINAL SXzE ee3 . eoe P/M TWXCKNESS/BCH B)CI-I 160 FHDB CODE BW GROUP CODE IXI oEE>XGH PnEBBuf(E 28ee DFB) IGH TEHPERATURE 200 SF ISHIC IA PRESS BTD/ANSI RATG 1560 PQ HLIHK<FR 162148 'O I TEHi 8346 HATERIAL CLASS Id TYPE CHECK SFD DRWG HK<R 5 S 1303 E)FD VALVE NBR (') 848 5 DLSIGN G-DRWG 5 G 8883 'I 37 FHDRAC DRAWING 4473 LQCAT1QN G-DRMG FLOOf< ELEYATXGH 2>36 08 VALVF I'=.I..EVATXQN 008 00 HEIGHT FRGH Fl OOR 236 60 PLANT L.r>CATION-1 FT 000 IH 88 E:As> T7 WEB) T7 OF COL. PLANT LOCATION-2 FT 000 1H 80 HOIRTH7 S(3UTH7 QF CQL REHARKB) W TAG HO 3C88 DCA-H-223 12068003 1301 C 1-236-1 120179 HFXT VALVE: UHXT 1 CAT 1 SYB CB) TYPE V HBR 90509 XTEH -001 OR NcxT sFo vAI vc NBR: uHIT 1 sYs cs YALvc HBR ense INsTR v*I vE NBR HECH DETAIL'i? VALVF I XST DISPLAY/HAXHTEHAHCE VALYE LIST f(EVXBXON 033 VAI VL HUHBER 1-1CS-Y-88589 -001 YALVE E>AFTY TRH BB L A'T RE VX')ION 9~) .) Gl-ERArOR D I..XHE HUHBE-R 'I (.",S 06 080 6120 SH HGHIHAL SIZE 001 . 000 P/W TIHXCKNE.BB/BCH -. SCI-'66 CHDS C(3DE SW GRGUP CODE XXI DESIGN PRFSB)USE 2485 DEB IGH TEHPEf(ATURE 658 SEISHXC I I-RI=SS sro/ANSI RATG 1500 PO HUHK<Ef( 1 83622 PG ITFH 81 5>4 HATERIAL CI ASS K TYPE GI, GBE BFD Df(MG HBf( 5 8) 1303 )Fo VALVE HBR Cs eq '>0 DESIGN G-DRMG 5 G 0883 138 EHDRAC DNA W ING 2936 LGCAT1GH G-Of(WG f"LGQR E:LFYATXON 236 88 VALVE ELEVATIQH 008 00 IIEIGIST FROH FI OGR 236 60 PLANT LOCATION-1 FT 000 XH 00 EAB) T7 MEB) T7 Of CGL PI AHT I..QCATXGN-2 FT 000 IH 00 NORTH7 SOUTH7 OF (".OL REHARVB> W TAG HO 1 lh88RE FAXL CLOSED 12860002 1301 C 1-236-1 128179 HExT VALVE..: uNXr 1 CA> 1 BYS C. TYPE V HBR 00510 ITEHi -681 Gf>, Nl'=XT SFD VALVE HBR: UNIT 1 SYS CS VALVE NBR 8461 INSTR VALVE NBR HECH OFTAIL: YALYE I IST DISPLAY/HAINTLNANCC VALVE LIST REVXBXQH 833 YALVE NUHBER 1-1CS-V-00510 -001 YALVE S)AFTY TRH BB LAST REVl SIGH 0 .)> Gl ERArOR D NUHK<cR 1 cs oe1 000 6120 SH 1 0 HQHXHAL $ 1ZF 891 . 000 P/M THICKNESS/SCH BCI-I 168 I=HDS CODE SW GROUP CODE XXI DESIGN Pf(ESBUf(E 2)485 DEB1GN TEHPERATURE 659 SEISHXC PRf=SS STO/ANSI RATG 1500 PQ HLIH BE R 183622 PO 1TEH 8153 H*rERIAI CI As, TYPE GI OBE BFD DRWG HBR '> S 1303 BFD VALVE.: HBf( 1 c;. 6<61 of=sIGH G-DRMG 5 G ese3 138 CHDRAC DRAWING 2936 LOCATION G-DRWG FLOOR FLEVAT ION 236 00
VALVI= L<<LLVAILUN Vee 88 Hl= J. 4 H I I- RUM <" LUUIC <<'Ah ee PI..AHT LOCAT.I:OH-1 FT 000 IH 80 EAST)) WEST? QF COL. I-"l AHT I.G(".A71GN-2 F7 ee0 1N 00 NGRT)f? SGlJTI(? GF COL RFHARI<8 W 7'AG HQ 1 J:A88RE FAXl.. Cl.OSED 'JEXl VALVE: 1286888'i 1 CAT 1 1301 SYS CB TYPE V C 1-'6-1 HBFl 1'8175'H1T 0071 1 ITEM "801 QR NEXT SFD VALVE NK<R: UNIT 'I SYS CS VALVF NK<R 849 1 INSTR YALYE HBR HECI-I DE7 AIL? YALVE I IST DlSPLAY/HAl'HTEHAHCE YAI VE LIST REVISION 833 VALVE NUMBER 1-1CS-V-00711 -001 VALVE SAFTY Tf(H 8)N LA87 REV181QH 829 OPERATOR LINE HUHBCR 1 CS ee2 . eee ease SH NOMINAL BIzF. ee= . oee P/M THICKNESS/SCH BCI I 68 III 1 EHDS CODE SM GROUP CODE DESIGN PRESSURE "485 DESIGN TEHPERATURF. 658 SFISHIC PRCBS TD/ANSI RATG PQ HUHBF'R 435857 PO XTEH 82 MATERIAL Cl ASB I< TYPE CHECK SFD DRMG HK 8 1383 SFD YALVE NK<f( C.') 8491 DESIGN G-DRMG 5 G e8e3 EHDRAC DRAWING 1 4297 LOCATION G-DRWG FLOQF( ELF'YATXf)N 286 80 YALVE Ll.L'VATIGN 000 00 HEIGHT FRQH FLOOR 286 00 PLAHT L.QCAT ION-1 FT 800 IH 88 EAST? lJES) T? GF COl. Pl ANT LOCATION-2 FT 808 IH 00 HORTIf~ SOUTH" OF COL f(EHARKS DGA H 229 12068003 1308 C 1-286-1 010180 NI=XT VALVE: - UNIT 1 CAT f SYS CS TYPC V NK<R 08712 XTLM -001 GR NEXT 8)FI> VAI. YE HBR: UNIT 1 BYS) CS YALVE HBR 8498 IHK>TR YALYE NK<R Hr=-CH DLTA:r.L? YAI VE LIST DISPLAY/HAIHTEHANCE YALVE LIST f(EVlc>IGH 033 VALVE HUHBER 1-1CB-V-807f2 -001 YAl YE SAFTY Tf(H c)>H LAK)T flEVXSIGH 022 Gl LRATOR H LTNE NUMBER 1 CS 801 . 808 8660 SH HGHXNAL SXZF. 801 . 080 P/W Tl-llCKHESS/SCI-I BC(I 60 IlI 1 cNDB cQDr= Sl J GROUP CODE DES) XGH F'"F(FSSURE 2485 DESXGH TEHPERATURE 650 SEISMIC I PRI=SS STD/ANSl RATG 1513 PQ HUHK<ER 435892 PO ITEH 01 HATLRXAL CLASS K TYPE PCK I...L'-".$ $ GI.G SF D DRMG HK<f( 5 8 1 383 8>FI> YALVE HK<R CB 8<<) )>8 DLSIGN G-DRWG 5 G 0803 FMDRAC DRAMXHG 0651 LOCATION G-DRWG FLGOF( ElEVATXON 180 00 VALVE El LYATIOH 000 00 lfCXGHT FROM Fl OQR. foe oe Pl AHT LOCATION-1 r-T ooe IH ee EAST? MEB7". Qf Cal. PLANT LOCATION-. FT 000 IH 00 NORTH ) SOUTH'? OF (.",(3L REHARK c> 12868ee3 NEXT YALVE: UNlT 1 CAT c) YS Cc> TYPE V HI<A 007'I 3 XTFH -801 QR HI.XT SFD YALYE NBR: UNIT 1 SYS CS VALVE NK<R 8499 INSTR YAI VF NBR HECI-I DETAIL? VALVC LIST DlSPLAY/MAXHTFNANCE VAl.VE L.XST f(EVXBIQN 833 VALYE NIJHBER 1-1CB-V-80713 -001 VALVE 8)AFTY TRN 8)H I AB>T REVISION 027 Gr ERA r(7a LINE HUHK<ER 1 CS 001 eee esse 0 NOHXHAL SIZE 001 . 800 P/(J Tl-IXCKHESS/BCI-I BCI-I 160 CHDS CGDF DE:>IGN PfiEBSUF(E 2><85 SW GROUP CODE DE".') 1GH 7'EH<PERATLJRE III 6>8
".EX HIC PRI=SS 87'D/AHSI RATG 1513 f>a HUHBEF( 435892 PQ ITEH 81 HATER IAL Cl ABS I< TYPI'= PCI<l LBS GLO v vr vv vi I, ~ ~ r' ivv.vV ne'v v ~ * ~ ~ ~ ~ v svv vv
5k' l)NWb <'<l<t( 3 v DV4
'< bl U Vol.YL" Hk<N 1 u~) v4vY DLBIGH G-DRWG 5 G 0803 LHDRAC DRAWING 4651 LOCAT 1aH G-DR WG FLQOFI ELEVATXON 100 00 VALVI= ELCVAT3:OH 888 88 HCIGHT FROH I=LOOR 106 00 PLAHT l.acAT3:GH-1 FT 880 IH 00 EAST'EBT7 QF Col.
PLANT I OCATIQN-2 FT 000 IN 00 NORTH'? SOUTH'? QF COL REHARKB) DCA-H-138 12066003 NEXT VALYE: UHXT CAT 1 B)YS CB TYPE V HBR 00714 3:TEH -001 QR NEXT srD vALvC HBR: UNIT SYS Cs VALYE NBR 0485 INSTR VALYF HBR HECI-I DETAIL7 VALVE LIST DXSPI AY/HAIHTCHANCE VALVE L3:BT f>EVXSION 033 VALYE HUHK<ER 1-1CS-Y-80714 -661 VALVE SAFTY TRH SN LAST FREY I c))ION 82~) GPCRATOR H LINE HUHBER 1 Cs 00 0ee e661 BN HOH1HAL SI ZF. 801
- 008 f"/W Tl-llCK NEB) 8/8) C I-I c'CH 168 EHDS CODL SM GRGUI" CODE 1 II DEB)IGN PRES)SL)flE 2485 DES lGN TFHPERATL)flE 650 SEIBHIC PRCSS STD/ANSI RATG 1513 Pa HUHK<ER 435e92 pa ITcH 01 HATCRIAL CLASS K TYPE PCKLLSB Gl a SFD DRMG HBR 5 S 1303 SFD YALYE HK<fl Cs 848 >
DI=SIGH G-DRMG 5 G 0883 CHDRAC DRAWING 4651 LacATIGH G-DRWG F LQOR ELEVATIOH 188 88 vALvI= cI cvATIGN eee ee I.IEXGHr I-ROH r-I. GoR 100 00 PLAHT LOCATION-1 FT 880 XH 00 EAcsT7 WEcsT7 OF COI.. PLANT I ocATXQN- I=> eoe XN ee NORTH'? SOUTH'? OF CGL REH AFLAK cs k 12060603 HEXT VALVE: UH1T CAT 1 B>YB CS TYPE V HK<R 0871 > XTEH -881 OR NEXT srD vALvL HBR: UNIT BYS CS VAI VE NBR 0484 INSTR VALYE HBR HECI-I DETAIL7 VALYE LIST DISPLAY/HAXHTFHAHCE VALYE: LIB>T FLEVIcJXGN 833 vALvC HuHK<rR 1 -1cs-v-ee715 -e01 VALVE SAFTY Tf(N B)H LAB)T REV I c) ION 022 OPERATOR H LINI= NUHBER 1 Cs 00 088 8661 SN e NQHlHhl. SIZE. 881 . 800 P/W TH XCKHFc)c)/c~C'I-I SCH 168 ENDS CQDL SM GRoup coDE T. II DESXGN PREcBSURE 2485 DEBXGH TFHPERATURE 658 SFISHIC I PRCSS STD/ANSI RATG 1513 PO HL)HK<Efl 435092 PO XTEH 01 HATERIAI CLASS K TYPE PCKI.ESS Gl.a SFD DRWG HBR 5 S 1303 SFD VALYE HBR c.'l e 484 DESIGN G-DRMG 5 G 0803 EHDRAC DRAWIHG 4651 LOCATIOH G-Df(MG FLOOFL ELEVATlQH 186 88 VALVE FI,.I=VAT ION 000 00 HCIGHT FRGH FLOOR 1ee eo PLAHT LQCATlQN-1 FT 000 XH 00 EAc) T.) WEST> DF COL PLANT LOCATION-. FT 000 IH 00 HORTH'? SOUTHc>? GF CGL RENARKB 12860003 NEXT VALVE: UHIT 1 CAT SYB CB TYPE V HBR 88720 XTFH -001 OR NEXT SFD VALYC HBR: UNIT 1 SYS Cs VALVE NBR 8489 IHSTR VALVE HBR HECH BETA:l:L~ VALVC Ll -T DXSPI AY/HA1HTLHAHCE VALVE LIST flEVXcJ IOH 833 VALVE HUHBFR 1-1CB-V -68720 -081 VALVE c)AFT Y TFLH B)H FLEVXSXOH 0i) .) OPCRATOR HOH3: MAL 8) I ZE ENDS CODE H 001 SM 4c)'AST
. 000 I..INE HUHBER 1 Cs f'/W THXCKHESS/BCI-I GROUP CODE DESXGH TEHPERATUFLE 001 .'008 BC I-I XXI 650 1
0666 60 SH 1 0 DEB) 1GN PRFB)BURE )
'>I lb' L' YI<LSb b l 0/ANbl H<-">(4
EH 1 bled PO t<UMK<ER 435892) Po 01 MATLRIAL CLASS i< TYPC PCI<LESS Gl O SFD 1>RMG HK<f( 5 8> 1303 BFD VAl.VE HK<R c'.> en89 DESIGN G-DRlJG 5 G 8883 EHDRAC DRAlJ IHG 4h51 LOCATION G-DRMG FLOOR. ELEVATXQH 2) Bh 00 VALVI= I=LEVATIQH 008 08 HFIGHT FROM FLOOR 28h 00 PLAHT l GCATXotk-1 FT 800 IN 00 WEST: QF COL PLANT I GCATXOH-2 FT 080 1N 80 HGRTH? SOUTH? GF CQI REMARKS) 128heee3 1388 C 1-28h-1 010180 NCXT VAI VE: IJNIT 1 CAT 1 SYS CB TYPE V HBR 00721 ITEM -001 OR HEXT SFD VALVE NBft: UHXT 1 BYS CS VALVE HK<f( 8498 INST'ALVE HK<f(
MECH DETAXL'? VAI YE I IST DISPLAY/HAXHTI.:NANCE VALVE l.xsT REvx.)xoH e33 VALVE HIJMB=R 1-1CS-V-00721 -001 VALVE S)AFTY TRH BN LAB)T FlEVIS) ION 0 Q v') or-CRAToR LINC HUHBER 1 CS 00 000 Ohhh SH SIZE 001 . 000 P/M TH3:CKHEcss/c>CH S)CH 1h0 III H'QH3:HAL FHDS CODE SM GROUP C(3DE DESIGN PRESSURE 2485 DES) IGH TEHPERATURE h50 SE3:SHIC I r-RCss sTD/AHsx RATG 1 313 PQ HUHBER 435892 PQ ITEM 01 HATERlAI CLASS K TYPE PCKLFSS GLO SFD DRMG NK<R 5 8) 1303 SFD VAl.VE HBR C ) <)498 DLSIGN G-DRWG 5 G 0803 FHDRAC DRAWING hh51 LOCAT1OH G-DflMG FLOOR FLEYATlQH 28h 00 vALvE I,=..l EvAT ION eee ee HCIGHT FROM FLOOR 28h 00 PLANT LOCATloH-1 FT 000 IN 00 EAST? MES)T? QF COL r"LANT LocATIoH-2 FT eee IH oe NORTH? SOUTH? OF CQL fiEHARKS> 120h0803 1308 C 1-2)8h-1 810180 Hl'XT VALVE: UNIT 1 CAT 1 SYS RC TYPF P NBR 00525 ITI M -881 OR NEXT BFD VAl VE HK<fl: UHIT 1 BYB RC VALVE HBF( 0107 INST'ALVE NK<f< HEcH DETAIL? YALVE LIST DISPLAY/HAXNTEHAHCC YALVE LIST f(EVISIQH 833 VALVC HUHBER 1-1RC-I -80525 -001 YALVE c>AF: TY TRH SH LAB)T REVISION 023 OPERAT(3R D HUHK<ER 1 Rc een . 0ee ee25 sH
'INE 1 e HQHXHAL c>IZE 884 008 P/W THICKNESS/BCI-I B)CII 1 he ENDS CODE DEcsXGN BW PflEc)BURE 2485
~
GROUP CODE DES1GN TEHPERATURE lII hse SEISMIC I PRESS STD/ANSI RATG 1508 PO HUHK<Ef< 178382 f G XTEH P444C HATFRIAL CLASS S TYPC r-RESB coHTR SFD DRIJG NBR 0 0000 B)FD VALYE NBR Rc 0107 DCSIGN G-DRWG 147 EMDRAC DRAWING 3370 LOCATION G-DfiWG FLOOR ELEVAT1oN 28h 00 v~LvE cl EvATxoH eeo ee HEIGHT FROM Fl OOR 28h 00 PLANT LOCATXGN-1 FT 000 1N 00 EAS)T? MES) T? OF COI.. I='LANT I GCAT I ON-2 FT 000 IN 00 NORTH? SOUTH? .(3F COL REHAfll<B lJ TAG Ho 4csABBRGA 12005801 1308 C 1-28h-1 <)18180 Nl".XT VALYE: UH1T 1 CAT 1 bYS RC TYPE P HBR 80 >25 17'EH -882 (3R NEXT S)FD VALVE HK<R: UHI T 9 8 YS XXX VALVE HBR XXXX IH"'>Tf( VALVE HK<R XXX MF.CH DF TA II ? YALVE L IST DXSPI AY/HAIHTFNAHCE VAl VE l.IB)T flEV3:SIGN 833 vAI vE HIJt1BER 1-1Rc-r--ees25 -<>e.. YALYE SAFTY 7'RH LA.T REVISION 000 Gr.ERAroR vvvvv ~ v, I Q'vvvvvv I\ vv LlHF NUMBER
~ ~, ~ v i .vv ~ ~ v ~ v ps v ~ v ~
080 . 808 0000 g
! v
J NUN JHAL blÃ<: VVV . VVV < /<>) I hl<'KN<" b')/')<'<"< CHDS CODL GROUP CQDC DEBXGH PRESSURE DE.<<XGH TFMf f RATuRE SEXSMXC PRESS STD/ANSI RATG Po NUMBER 178385 PO I TEtl MATCRIAL CLASS TYPE S>Fl) DRWG HK<R 8 8080 BFD YALYE NK<R 0 DESIGN G-DRWG EMDRAC DRA WING LOCATION G-DRWG FLOOR ELEYATIOH $ 88 00 VALVE CLEYAT1oN 800 00 HEIGHT FROM FLOOR eee ee PlAHT LOCATION-< FT eeo ee EAB) T7 WES) T7 OF Col PI ANT LOCATION-2 FT 000 XH 00 HGRTH7 SOUT¹7 GF CGL REMARKS HEXT VALVE: UNIT ( CAT SYS Rc TYPE P HBR 88526 ITEM< -881 C)R NLXT SFD YALVI= NBR: UHIT 1 SYS RC VALVE NBR 8183 INSTR VALVE HBR DESIGN JHFORMATIOH IHCOMPLFTE, BUT VALVE RECORD FQL)HD MECH DETAIL? VALYE I 1sT DISPLAY/MAlHTEHANCE VALVE LXST REV1BXOH 033 VAI VE NUMBER 1 -(Ikc-P-86526 -881 VALVE BAFTY TRN SN LAST REVls IOH 023 OPCRATOR D LINE NUMBER 1 RC 884 . 000 8844 SH 0 HoMIHAL slzE een . oee P/W T¹XCKHES)s/S)CH S>CH 3 68 FHDS CGDL BW GRour- coDE DESIGN PREBSLIRF. 2485 DE'.>1GN TEMPEf(ATURE 656 SrISMIC I PRLSS. STD/ANSI RATG 1568 Po Nut<K<Ef( 3 78382) PQ 1TEM P444D MATERIAL CLASS S TYPF PRFSS CONTR SFD DRWG HBfl 8 8800 BFD VALYE HK<R RC 8$ 83 DCSXGH. G-DRWG 147 EMDRhc DRAWING 3378 LOG ATIOH G-DRWG FLOOR ELFVATXGH 2)86 88
,ALvc EI EvArIoN eee ee HCIGHT FROM FI OQR 286 00 PLAHT LOCATION-1 FT 000 IH 0 0 EA')T" WEST" Gf'ol.
PLANT LOCATION-2 FT 000 IN 0 0 NORTH? SOUT¹7 OF COL REMArlK: w TAG Ho eshe8f(GA
$ 288588$ 1388 C 1 -286-3 ef8188 P*
HEXT VALVC: UHIT ( CAT 1 SYS RC TYI E HK<R 68526 1TCM -082 OR HEX7 Sr-D VALVE NBA: L)NIT 9 SYS> XXX VALVF. NK<f< XXXX INS)Tfl VAL.VE NBr<. XXX MLCH DE'I'AXL7 VAI VE LXST DXSI='LAY/MAINTENANCE VALYE l XBT REVISION 033 VALVE HUMBCR 3 -( Rc-P-08526 -002 VALVE BAFTY TRN LAST flEV1 s IOH 000 or-r=RAToR LINE NUMBER, 008 . 060 8008 0 Hot'I JHAL SIZE 000 . 000 P/W TH1CK NES)s/SCI-I ENDS CODE GROUP CODE DFBXGH PRESSURE DES)1GN TEMPERATURE SEISMIC I='RESS STD/ANSI RATG Po NUMBER 178385 f'0 XTEM MATERIAL CLASS TYPE BFD DRWG NBR 8 8080 S)FD VALYE NBR 0 DESlGN G-DRWG LMDRAC DRAWXNG LOCAT1QN G-DRWG FLOOR ELEvATION ~ee 00 YALVF FI..LVATJON 000 00 I(EXGI(T I-ROM FLooR eee ee PLANT LOCATION-L FT 000 lH 00 EAK)T:) WEB7":) GF COL r-LANT LQCATloN-2 r-T eoe IH ee HQIcr)-I? souT¹: OF coL REMARKS NEXT VALVE: UHIT 3 CAT 1 B)YS) RC TYPE P NK<R 88527 XTEM -881 OR NLXT SFD Vhl VF HBR: UN:I:T 1 BYS RC VAI VC NBR 8118 INSTR VALVE HBR l)ES1GH XHFOrlMATIQN IHcf)MPLETE, K<UT VALVE REcoflD FOUHD MECH DETAXL? YALVE LIST 0lSPLAY/MAIHTI=NANCF VALVE LIB)T f)EVXBXf)H 033
VAI O'- HU(1IJl"I( 1 -1R('-I"-00".>".( -<)V1 VALVE SAFTY I'l<<N S)H L.ABT REV1$ 10H 833 OPERATOR D I. IHF N(JNK<LR 1 JR(3 883 . 000 8141 SN 0 HO HIHAL B I ZE 803 . 060 P/W TH3:CKHES)$ /BCH SCH 168 FHDS CODE BW GROUP C(3DE I I3:
\
DEc)1GH PRES)SURE ?485 DESIGN TEHPEftATLJRE 688 BEXSHIC I pltLBB srD/ANSI RArc 15ee Pa NuHK<EF<<836.. F'0 1TEH F'445A CQN'I'R HATERIAL CLASS S TYI"C I='I'<<ESS BFD DRWG HK<R 5 8) 1381 $)FD YALVE HK<R RC 0118 i>CSICN C-DRWC 148 EHDRAC DRAWING 51961 LOCATION G-DRWG FLOOR El EVATlaH 286 00 VALVE Fl EVATIQN 000 00 HEIGHT FROH FLOOR 286 08 PLANT I. aCATloH-1 F T eee IN ee EAST? WEST) OF COL PLANT I OCAT10N-2 FT 008 IN 00 NORTH? SOUTH? QF COL REHAF<<KS W TAc Na 3XAFBRG FCF<<-H-1898 12885082 1308 C 1-286-1 010180 NExT vAL.vE: LJHIT 1 cAT 1 BYB Rc TYPE P NBR 80 >28 ITEN -881 QR HI=XT SFD VALVE NBR: UHIT 1 SYS RC VALVE NBR 0116 INSTR VALVF NBR HECFI DETAIL? VAI VE LIST DISI"LAY/HAINTLHAHCE VALVE l Ic>T RFVIc>3 OH 833 vAI vE NuHK<ER 1-1RC-P-88528 -oe1 VAl.YE BAF TY TRH BH LAc)T f<<EY I$ 10H <) 33 OPCRATOR D I..INE HIJHBI=R 1 RC 80 3 . 800 8140 SN 1 0 HOHXHAL S>IZE 883 . 000 P/W Tl llCKNESS/BCFI SCFI 1 6e ENDS CODE BW GROUP CODE III DEc'XGH PRESSURE 2485 DESIGN TEHPERAT(JF<<E 688 SEISHIC I PRC s Srn/ANsI RATG 1500 Pa HUNBER 183622 F'O ITEN P445K< HA'I ERIAL Cl ABS 8 TYPE I>>RFSS CONTR SFD DRWC HBR 5 cs 130 SFD YALVE HK<R RC 8116 DESIGN G-DRWG 148 EHDRAC DRAWINC 51 961 LOCATION G-DRMG Fl.aaft ELEvATIoN 2>86 00 vALvE ELEVATIQH eee ee HEXGHT FRGH Fl(3OR 286 08 Pl AHT LOCATlGH-1 FT 000 1H 00 EAST? MEB>T? QF CQL PI..ANT I OCArXGN- FT eeo XN Oe NORTH? SOUTH? QF caL F<<EHARKB> M TAG Ha 3IABBRG FCF<<--H-1 898 12005082 1388 C 1-286-1 010180 NEXT YALVE: UNIT 1 CAT 1 8) Y.') Rc TYPE P HK<R 88529 ITEH -001 QR NEXT SFD VALVE HBR: UNlT 1 SYS RC VALVE NBR 0114 INSTR YAI VE HBR HF CH DETAIL? VAI VE I XST DISPLAY/HAIHTFNAN("E VALYE LIST REVXS>IOH 033 VALVF HUHBER 1-1RC-P-88529 -001 VALVE S)AFTY TRH $>N LAS) T F<<EVXSXQH 033 OPEIRATGIR D LINE NUHBER 1 RC 083 . 008 8139 SH 1 0 NOH IHAL SIZE 003 . 000 P/lJ TH1CKHES>B/B)CH $)CH 160 ENDS CODE Bw GROUP CODF XII DEB1GN PRESSURE 248.> DEsXGH rEHPEF<<ATUF<<E use BEIBHIC PRCSS STD/ANSI RATG 1500 pa HUHBEF<< 183622 PG XTEH P44413 HATCRIAL CLASS S TYPC I<)I'<<ESS CONTR SFD DRWG HK<R 5 $ 1381 SFD VAL.VE HBR f<<C 81 14 DI=SIGH G-DRWG 148 FHDRAC DRAlJ IHG 51961 LQCAT1aH G-1>RMG FLOOR ElEVATlaH 286 08 VALVE ELCYA'I'3:OH 800 00 HFIGHT FROH FLOOR 286 00 PLANT LQCAT ION-1 FT <)08 IH 88 EAS) T? WES) T? OF CQL F'LANT LOCATlON-2 FT 080 i' 08 NORTH? SOUTH? 'GF COL REHARKS M TAG Ha 3IABBRG FCR-H-1898 12ee5ee2 1308 C 1-286-1 010'I88 NEXT YAl VE: LJHXT 1 CAT 8) YS f<<C TYPE R HK<R 88528 I'I'EN -801 NEXT SFD YALYI= HBR: UHlT 1 BYS RC VAI VE HBR 01')7 IHS'I'R VAI VC NK<R
ML.L'H l)L I AIL. () VALVE I IST DISPLAY/HAIHTENAHCE VAL.VE I IS)T REVISION 033 VAI VE Hl)HBFR 1-1RC-R-06528 -661 VAL.VE BAFTY TRH c>H LAS>T REVIS) T.(:)N 029 OPERATOR LIHE NUHBER 1 Rc 006 . 000 6124 SH 0 HQHlHAL csI ZF. 806 ~ 080 P/W THlCKHE'cscJ/cscH $>CI-I 168 EHDS CODI= FL GROUP CODE III DES)XGH F flEScsuRF 2()8'> DE. XGH TEHr:ERATuRF 688 SLISHIC 1A I-Rl-=ss s7D/AHsx RArG 15ee PO HUHBER '178348 PQ ITEH 881 0A I HATf=R AL CLASS G TYPE RFL:I: I'=F sFD Df(WG HBR 5 s 13e1 c>FD VALVE: HBR RC 0127 DE$ 1GH G-DRWG EHDRAC DRAWING 2121 LOCATIOH G-DRWG FLOOR ELEYATIQH 2>86 00 vALvE EI..EVATXON eee ee HLIGHT FRQH FLOOR 286 06 PI AHT LQCATD)H-1 FT 080 IH 88 EAc) T":) MEc) T7 OF COL PLANT L(3CATI(3N-2 FT 000 IH 00 NORTH'OUTH'F DCA-H-223 (.",QL REt'IARKB S>ET PRESSURE 2485 PSIG W. TAG NO 6RVGGHSB 12oo5ee1 DcH 1e12 1388 C 1-286-1 <)18188 NEXT VAI YF: UNIT 1 CAT SYS RC TYPE- R NBR 06529 1TEH -001 (3R HEX7 FD,AL.VE HK(R: uHI7 1 sY Rc VAl.YE HBR 012.> XHS) Tf1 VALVE HBR HFCH DETAILS YAI VE LIST DISPI AY/HA1'NTEHA(NCE VALVE LIST REVISION <>33 VALVE NUHBER 1 1IRC-R-88529 -661 VALVE SAFTY TflN SN LAcsT flEYI$1OH 829 QPLRATQR LlHE HUHK(FR 1 RC 006 ~ 000 8126 SH 1 HoHxHAl. SxzE eel . eee P/M TH1CK HESc>/SCI-I c>CH 1 ~ie ENDS CODE FL GROUP CODE :f.II DESIGN PRESS)UflE 2485 DESXGH TEHPERATURE 688
.r.-...xSHIC IA PRf=ss STD/ANSI RATG 1500 po HUHK(ER 1 7834'3 PO IT EH 801OB HATI=R I AL CI ASS G TYPE RLL IEI=
sFD DRwG NK(R 5 s 13e1 SFD VALVE NBR 1 RC 0125 DESIGN G-DRMG L(IDRAC DRAWING 1'31 lOCATXOH G-Dr(WG FLOOR ELEVATI QH 286 00 0'AI VALVE EL.EVATION 000 88 HEIGHT FRQH FLOOR 286 00 PLAHT l QCATXON-1 FT 000 XH 00 EAS)T7 WEST7 QF COl. PLANT LQCATXQN-2 FT 000 IN 80 NQIRTI37 $ (3UTH7 QF COI flEt'IARKS BFT F"RESSURE 2485 PSXG DCA-H-223 M TAG NO 6RVGGHSB 12805001 1388 C 1-286-1 010180 NEXT VALVE: UNIT 1 CAT SYS RC TYPE R HBR 00530 ITEH -001 NEXT BF D VAl VF NBR'HIT 1 cSYcs R( VALVE NK(R 8123 1HBTR VALVE HBR HI=CH DETAILS VE LIST DISPLAY/HAIH'I'ENAHCF VALVE l I'T f>EVX xoN e33 VAI...VE HuHBI=R 1-1Rc-R-ee53e .-ee1 YALYE $)AFTY TRH BH LAST REVI$ 1QN 029 or-r=RATOR I 1NE HUHBER 1 RC 006 ~ 000 8128 SN HQHXHAL BXZE 886 . 800 P/LJ Tl-I3'CKHEB>$/csCI-I cscl-I 160 ENDS CODE FL GROUP C(3DE III DE.)xGH PREBSUF\E 2485 DESlGH TEHPERATuflE 680 sr=xsHxc IA PRESS STD/ANSI RATG 1500 Po Hut1BEf1 178348 Po ITEN 8010C HATERIAL (".LASS G TYPE RFI XEF . SFD DRMG HBR 8 0088 SFD YALVF. HBf<,. flc 0123 DLSIGH G-DRMG FHDRAC DRAWTNG 2121 LOCATloH G-DRlJG FLOOR FLEYATXON 286 80 VAI YE ELFVATION 080 80 HEXGHT FRQH FI OOR 286 00 PLAHT LQCATXOH-1 FT 080 XH 00 EAST'EST"(> QF CQL PLANT I QCATXQN-2 FT ooe IH oe HQIRTHV SOUTH'P (3F COI REHAF(KS BET PRESSURE 2485 P '1G DCA-H-223 M TAG No 6RYGGHSB
1 'i)e>ev1 1')VU <.'-"286-1 81818V R* NFXT VALVE: UH1 T 1 CAT SYS RC TYPF HK<R 88530 17'EH -08. OR HEXT SF'D VALVE HK<R: UHXT 9 SYB XXX VAl.VE HK<f( XXXX XNB) TR YALVE HBR XXX HFCH DCTAXI 7 VALYC LIST DYSPLAY/HAIHTENAHCE YALVE LTB)7'EVXBIOH 033 YALVE NUHK<ER 1-IRC-R-00530 -882 VALYE csAFTY TRH LA'.)T REY1'.) IOH 008 (,'PLiRATOR LINE HUMK<ER 9 99 999 . 998 9999 99 NOH INAl SIZE 800 . 000 P/W THICKNESS/B)CI.I ENDS CODE GROUP CODE DEB) IGH PRESSURE DES> T GH TENPERATUF(E SEISMIC PRCSS BTD/ANSI RATG PO NUNBEFL 47518 PO ITEH MATERIAL CLASS TYPE BFD Df(WG Nk)R 8 0000 BFD YALYE NBR 0 DESIGN G-DRMG FHDRAC DRAW:I:HG LOCATXOH G-DRMG FLOOR ELEVATlQH 000 80 VALVE CI EVATIQH 000 80 HEIGHT FROM FI OOR 188 00 PLAHT LOCATION-1 FT 800 XH 80 EAS) T7 MES) 7'7 OF C:QL PLANT I OCATION-2 FT 088 IH 00 HORTH7 SOUTH7 QF COI flEHARKcs HEXT YAl YE: UNIT 1 CAT cv YS f(C TYPE U HBR 88881 ITEH -083 OR HEXT SFD VALYL HBR: UNIT 9 SYS XXX VALVE HK<R XXXX INSTR VALVE HK<R XXX DEB) XGH XNFOi>NATION 1HCQHPLETE, BUT VALVE F)ECORD FC)l)HD MECH DETAXL7 VALVE LI "r DISPLAY/MAIHTEHAHCE VALVE LIB)T REVls)lOH 833 VALVE NUMBEik $ .-1RC-U-88881 -881 VAl.VE BAFTY TRH S)H LAc>T flEVlslQH 022 OPERATOR LINL HUMK<ER 1 RC 882 808 8824 SN 0 NC)HXNAL cBXZF eel PP8 fP/IJ TI-IICKHESB/SCH scH 16e LNDS CODE FL GRQUF'ODE IlI 658 DEB>XGN F REscsURE ";?485 DE. XGN 7E<<f)Er(ATUF(E SEISMIC I F'RLSS STD/AHSl RATG '< 500 435$ 34 PO ITEN PO NUHBEF( MATERIAL CI Ass K TYPE R L'R I I. 1 C'- SFD DRWG Hk)R 0 0080 BFD YALVE HBR 0 DESIGN G-DRMG I=HDRAC DRAWING LOCATION G-DRMG F>LOOF( ELEVATXOH eee oe VAI VE ELEVATIQH 000 00 HEXGHT FPOH FI OOR 180 88 PLANT l QCATlOH" 1 FT 000 IH 80 FA >7 > ME ) T QF COL PlANT I OCAT:r.(3N- FT eoe'IN ee SOUTH7 'QRTH7 OF COL REt'IARKS) 1 2005001 DCH 972 1381 C 1-236-1 128379 NI=XT VAI YE: UHT. T 1 CAT 1 SYB RC TYPE U HK<R 80082 1TFiI --881 (3R NEXT SFD VALVE NK<f(: UHIT 9 .'HAYS XXX VALVE HBR XXXX 1HSTR VAl.YE HK<R XXX Hl'-"( H DETAXL7'ALVE LXST DISPI AY/HAINTCHAHCE VALVE LXS) T FIEVXSIOH 033 VALYE HUMBCR 1-1RC-U-88882 -88$ VALYE SAFTY TRH BN LAS>T REVXBXON 022 OPI.:RATOR LIHE HUHBcR t Rc 082 . 000 8843 BH 0 NOHlNAL SiZE 002 . 000 P/M Tl-IICKHESS>/BCH BCI-I 8)8 III 1 LHDS CODE I=L GR(3UP CODC DES) XC'H PREcSSUF(E:?485 DES)XGN TEMPERATURE h58 SLISHIC PRFBS BTD/ANSI RATG 1588 PO NUNK<ER 4351 34 PO ITEN HATLRIAL CLASS K TYPC RES ORIFXCE sFD DRMG HBF( o eeee SF D VALVE HK<R 0 DCSXGN G-DRMG 158 I:-MDRAC DRAWXNG 53852 LOCAT1 ON G-Df(WG FLOOR ELEYATXQH 880 80 YALYE L'I EVA7 ION 808 00 HF'lGHT I"RQM FI QOR 236 08 PLAHT LOCATION-1 FT 080 XN 00 EABT7 WEB7'7 QF CQL
LAN I LOCA I IUN-" I I Vee .LN 88 NUI< I H'>>UU I H'7 'I" UUL REHARKS 12005001 DCH 9 72 1301 C 1-238)-1 128179 HLXT VAI VF: UH IT 1 CAT sYs Rc TYr-F u HBR eene3 XTEH -ne1 OR HEXT c)FD VALVE HK<R: UHlT 9 XXX VALVE HBR XXXX 1NSTR YAl.VE Haft'XX Hl'-...C H DE TA T. L? VALVE BYc'ALVE LIST DISPLAY/HAINTEHANCE VALVE LIST flEYIE>TOH 833 HuHBLR 1-1 Rc-u-eeee3 -ee1 YALVE BAFTY TRH SH LAST flEV I cS ION Q>>~) or-ERAroR LINE NUHK<ER 1 RC 802 . 088 8864, SH 0 HOHIHAl sXZE ee . enn P/W TH1CK NESS/BCI-I BCI-I 168 FNDS C(3DE FL GROUP C(3DE III DES) IGN PREcssl)RE 2485 DE. IGH >EHPERATuRE @58 SEISHIC I PRESS STD/ANSI RATG 1580 Po NUHE<ER 435134 PO ITEH HATERXAL Cl ASS TYPE RFS OR IF:I: CF BFD DRMG. HBR 0 0000 BFD VALVF HBR 8 DESIGN G-DRWG 150 EHDRAC DRAWING 53852 LQCAT1QH G-Df(WG FLOOR ELEYATIQH 880 80 YALVE ELEVATION 000 00 Hl;.I GHT FRGH FLOOR 236 80 PLANT L.OCATIOH-1 FT 000 IH 00 WEST? OF COL r LANT I ocATIoH-. F r Qoo IH 80 NORTH? SOUTH? OF CQI REHARKE) 12805001 DCH 972 1301 C 1-23<>>-1 120179 NEXT YALVE: UNIT 1 CAT SYB RC TYPE V HBR 00002 ITEH -081 OR NEXT BFD YALVE NK<f<: L)HIT 1 SYS RC YAl YE Hafl 0602 IHBTR vALvE NK<R HLCH DETAIL? VALVE I I ST D I SI'I AY/HAIHTEHANCE VALVE LlcST f(EYIc~ ION 033 YAI vE HuHBER 1-1RC-v-8888 -ee1 Ql')4 ) VAl.VE BAFTY TflH SH LAST REVIS>XOH OPFRATOR H I INE N(JHK<ER 1 RC 002 . 000 8816 SH 0 NOH 1HAL B1 ZE 002 . 000 P/w THXCKNEE s/ cFI . cH 1se FNDS CODE DEslGH PRESSURE BM 248 > GROUP C(3DE DESIGN TEHF'E;RATURE lII 658 SEISHIC I PRESS STD/ANSI RATG 1513 Po NUHBER 435092 PO ITEH 02A HATERIAL CI Ass K TYPE PCI<LESS Gl O BF D DRWG HK<R 5 8) 1 300 B>FD VALYE HBR RC 8802 DESIGH G-DRWG 150 EHDRAC DRAWING 4654 LQCATlOH G-DR WG FLOOR ELEVATXC)N 236 00 VALVE ELEVATION 000 08 HEIGHT I=ROH Fl ooR 3< ee PLAHT LOCATION-1 FT 088 IN 8 0 EA 'T? WEST" C)F CQL PLAHT I OCATTON-2 FT 080 IH 0 Q NORTH" SOUTH~ GF COL REHARKS> 12085081 13e1 c 1-. 3<>>""1 1 .e179 NEXT VAI VE: UNXT 1 CAT SYS RC TYI-"E V HBR 00087 XTEH -801 O HEX'I'F1) VALYE HK<R: UHXT 1 BYS) RC VALVE HBR 0808 1HSTR VAL,VE HI<R HFCH DETAIL? VALYE LIST DISPLAY/HAIHTI=HAHCE aweary VALVE LXST REV1.) XON 033 VALYE HUHBLR 1-1RC-V-00807 -801 Vhl VE SAFTY TRN S)N LAS) T REV 1 SIGH Q ".) ".) GPI=RATGR H LINE HuHK<ER 1 Rc 000 0822 SH 0 IZE 002 000 c'CH 1 68 ee'/M HQHINAl.. 8) . THXCKHEscs/SCH I. NDS CODI= SW GROUP CODE IXX DES) XGN f>>RESBURE 2485 DES) XGH TEHPE:RATURE 658 SFISHXC I PRESS STD/ANSI RATG 1513 I') Po NLIHBER 435892 f)o ITEH Q HATI'=RIAL CLASS I< TYPF PCKI ESB GLO BFD DRWG HBR 5 8) 1300 8) F D VAl.VE" .NK<R RC 0088 DESIGN G-DRWG 128 LHDRAC DRAWXHG 4653 wry ~, i ~ ~
LULrFA AUH Lv <)Kll<.v
<" L<.)UN t'.L.t'..Yi'< AUN
< VV VAI. VL LI CVAT'.I:GN 000 80 IIL-IGI1T I=RO)1 FLOOR 236 00 PLAHT LOCATXOH-1 FT 800 1H 00 EAK)T":> WES T'":) or- CQL Pl ANT I, OCATI(3N-2 I'-"T 008 IN 80 NORTH'P SOUTH'P GF CGL RE)";ARK c~
12885001 1301 C 1-236-1 120179 NEXT YALVC: UNIT 1 CAT SYS RC TYPL Y HBR 00008 XTEH -081 (3R NEXT S)FD VALVE HK<R: UHXT 1 BYS RC VALYE HBR 0807 XNSTF( VALVE NBR
)1ECH Dl=-rA:r.l ~
VALVE LIS r DISPLAY/WAXNTENANCE YhLVE LIST REVXBTOH 033 VALVL NUICBER 1-1RC-Y-06808 -001 YALVE SAFTY TRH SH L.AST REVISION 022 OPLRATGR H I INE NUHBER 1 RC 802 . 000 8022 SH HOHlHAL SIZE 802 . 000 P/W TH1 CK HFBS/E>CI.I E>CH 1 68 ENDS C(3DF SW GROUP CODE IX I DES> IGH PRESSL)RE 2485 DESIGH TEHPERATURE . 658 Sl='IS)1 CI I PRI=SB STD/ANSI RATG 1513 PG HL)HK<EP, 435892> Po ITEN 02 VATEaIAI CLIMBS TYPC PCKI LSS GI 0 SFD DRWG HBR 8 0080 B)FD VALVE NBf( RC 128 4653 008<'HDRAC DESIGN G-DRWG DRAWING LOCAT1QH G-DRWG FLOOR ELEVATIOH 236 00 VALVC I:.LEVATIGH 000 00 HEXGHT FIRQH Fl GOR 236 00 PLAHT LOCATION--1 FT 000 1N 00 EAE> T "> 'EST")) OF COL PLANT LQCATXQH-2 I=T 000 IN 00 N(3RTH7 SOUTH'F (.'(3L REHAF(KS) 12005001 1301 C 1-236-1 128179 NEXT YAI VE:: UNIT 1 CAT SYS RC TYPE V HBR 00009 ITEN -881 (3R HFXT SFD VALVE HK<R: UHIT 1 BYB RC VAL.VE HBR 0009 IHS) Tf( VALYE HI<A
)1ECH DETAIL'7 YAI VE LIST DISPI AY/HAINf'EHAHCE VAL.YE LIST flEEYXSION 833 VALVE HUHBER 1-1IRC-V-88889 -081 VhLVE SAFTY TRH SH L.AS>T REVXS) IQH 0 .> .)
OPERATOR H HU)1BCR 1 Rc eo2 . eee 882< BH 0 I HOH HA I.. 8 T. ZE 882 . 880 p/w Tl-IICKNEBB/BCH . cH 1~8 FNDB COOk BW GROUP C(3DC I1I DEB) XGN PREBBL)FLE 2>485 DESIGN TEvf:Ef(h~ UFEE s58 SEISVIC PRE B BrD/AH I RATG 1513 PO NUMBER 435092 f'O 02A I HATI=R AL CLASS K TYI"E PCK I..I'=SS GI G SFD DRWG HBR 5 8) 1380 SFD YALVE NK<R Rc DESIGN G-DRWG 4654 888")'HDI(AC DRAWING LOCATXQH G-DRWG FLOOR El.FVATXOH 236 00 VALVE FLEVATIQN 880 00 HEIGHT I-'Roe FLOOR EA~> T") 23'o PLANT LocATXQH-1 FT ooe IH oo WEST OF Col.. PLANT LOCATIOH-2 I=T 000 XN 00 NORTH'OUTH'F COL REHhRKB 1 ee5oe1 1301 C 1-236-1 120179 HCXT VALVE: UNlT 1 CAT SYS RC TYPE V NK<R 00811 ITEM -081 G HEXT SF D VALVE HK<f(: UHXT 1 SYS) flc YAl.YE HBR 001 1 IHS) TR VAL.YE HE< f( Hl:.:(:H Dl':TA II ~) VAI VF LIST DISPLAY/HAIHTEHANCE VALYE LIST f>,EVXBION 833 VAI VE NUI1BEIR 1-1RC-V -88011 -801 VAL.VF K>AFTY TRH S>H I LAS) T f(EV 8 TON 8'ee OPFRATOR H I INE NUHK<ER 1 RC 082 683< e NO)1 IHAL SIZE 802 . 006 P/W THICKNESS/SCH BCH 1uce FNDS C(3DE BW GROUP CGDF DESIGN PRES)BURE "485 DESIGN TEHPERATL)F(E 658 SEXSVXC I PRI=SS BTD/ANSI RArG 'I 513 PO HUHBEF( 435092
~ ~
Po I T'EH. 02A
MA I LK J.AL l'l 9':>b I T<"< I-'<'K<,.L=b~e <.v< U SFD DRMG HBF< 8 0080 S>FI> YALVE HK<F( RC 0011 DESIGN G-DRWG 150 EMDRAC DRAWING 4654 LOCATION C-Df(WC f LOQR FL.EVAT1 OH 236 00 vAI vF rLcvATIoH eee ee HEIGH T rRQM I- I..QGR 236 80 PLANT LOCATlOH-1 FT 800 3.H 80 EAB) T? WES) T? OF COL PLANT I oCATIoH- FT eee XN ee NOR rl(? B(3u rls? (3F Col REMARKS) 12005001 1301 C 1-236-1 120179 NEXT VALVE: UNlT 1 CAT 1 SYS RC TYPE V HBR e0816 lfrM -e01 (3R HEXT SFD VALVE HK<R: UHXT 1 SYB RC YALVE HK<F( 081 6 XHSTF( VALVE HIER MFCH DETAXI? VALVE LIST DISPI AY/MAINTENANCE VAL.VE LIST REVXB3:ON 833 Vhl YE NUMBER 1-1RC-V-800'l6 -801 VALVE cBAFTY TRH c)N LAB)T RE VIS X GN 02:.? Ol CRATGR H LINE NuMK<ER 1 RC ee . 0ee ee41 SN 0 HOMXHAL SIZE 802 . 800 P/M TH1CKHES>B/SCI-I BCI-I 1 60 LHDS CQI>L Sw
"'85 GROUP C(3DE III 6'>8 DES XGH F" REBBUF(E DEc81GH TEMPEF(ATUF(E SEISMIC PRLSS STD/AHSI RATG 1513 PO HUMK<ER 435092 PO XTEM 02 I
MATI=R AL CI ASS I< 7 Y I='E PCl<LI.=SS GI Q BFD DRwc Hf<R 5 8 13eo BFD VALVE NBR RC 0016 nrSXCN G-DRWC 128 I=MDRAC DRAWING 4653 LG~<i l iuN C-Df(WG FLOOR ELEVATXOH 236 00 VALVC ELI=VATIQH 000 00 HEXGHT I'=R(3M FLOOR 236 80 PLAHT LOCATXOH-1 FT 000 XH 00 EAcST? WEc) T? L)F COL PLANT LOCATION-'=T eoe XH ee NORTH? SOUTH? OF CQL REMARKS 12ee5801 'I301 C 1-236-1 'I20179 NEXT VALVE: UNIT 1 CAT sYB Rc TYPE v NBR 08817 XTI=M -801 QR NEXT BFI) VALYE HK<R: UHIT 1 SYS RC VAI YE HK<R 0017 XHc>TF>, VALVE HK<F>, I'1LCH DETAIL? YALVE I XST DISPI AY/MAXHTCNAHCE VALVE LTST REVISION 033 VALYE NUMBER 1-1RC-V-00017 -001 YAL VE BAFT Y TRH cBH LAS) T REV1$ 1QH 022 QPCRATQR H LINE HuMBCR 1 RC ee .*0oe ee),1 SH HOMINAL SIZE 002 . 800 P/M Tl-l3:CKHEBB/BCI-I .'r'CH 168 ENDS CODE SW cRouP (:oDE III DESIGN Pf(ESBURE 2485 DESIGN TEMF>ERATUF(E 650 SEISMIC I PRCSS STD/AHS1 RATG 1513 Po NUMBER 435>e9. PL) ITEM 02 MA'I'LRIAL CLASS K TYPE PCKLCSS (vLQ SFD DRWG HK<R 5 8> 1300 ')FD VAL VE Hf<R RC 0017 DLS IGH G-DR( JG 128 CMDRAC DRAWING 4653 LOCATIOH G DRWG FLOOR ELEVATlQH 236 80 VALVE Fl EVATIQN 000 00 HEIGHT rRoM Fl ooR ..36 oe PLANT LOCAT1OH-1 FT 800 IN 88 EAS) T? I JEST? GF COI... PLANT LQCATlON-2 FT 000 IH 00 NORTH? SOUTH? OF COI, f(EMARKB 12085081 1301 C 1 :?36-1 120179 NFXT VALVI=: UHIT 1 CAT SYS RC TYPE V HBR 88819 ITLM -001 GR NEXl SFDc YALVE c HBR. UHXT 1 SYc> f(C YALVE HBR 0019 XH.'>Tf( VALVE HK<fk MI'=CH DLTAIL'? YAI VF I IST DISPLAY/MA1HTENANCF VALYE LIST f>EY3:BX(3H 033 VAI YE NUMBCR 1-1RC-V-00019 -801 VALVE S>AFTY TRN c+H LAST REVX'3XOH 0 ~) c> GPERAT(3R H LXNE NUMBER 1 RC 882 . 000 0043 SH 1 0 NOMXHAL. S>1ZE 002 . 000 P/W Tl-IXCKNEBS/SCI-I S)CI-I 168 EHDS CODE BW GROUP CODE III
I)<=".>1<.H," v<=ssuv,t '-;.el)> Dl Blbr( I Lr)l't.RA I URE. 6>O SFISHXC I I.liESS STD/ANSI RATG $ 513 f'.G NuMK<ER PO XTEH 82A CLASS K e3589'iATERIAL TYPE P(:KI..I=SB Gl.O SFD DRMG NBR 5 S) 1388 BFD VALVE NK<R Rc 8819 DI=SIGH G-DRWG 1 50 EHDRAC DRAWING 4654 LQCAT1QH G-DRMG FLOOF< ELEYATXOH 236 08 VALVE ELEVATIQH 008 00 HEXGHT I-ROH FloOR 236 00 PLAHT LOCATION-1 FT 000 IH 00 EABT7 WEST7 OF COL I-LANr LocArxoH-2 r-T eeo IH eo HoRrH7 sourH7 OF COL REMARKS 12885883 1381 C 1-236-3 128179 NEXT VALVE: UNIT f CAT ( SYS RC TYPE V HBR 00020 ITEH -88$ OR HEXT S)FD VAl.VE HBP: UHIT 9 BYB XXX VALVE HBR XXXX INST'ALYE NBA XXX t'IECH DETAXL: VAI VF LIST DISPLAY/MAINTENANCE VALVE L1BT REV SIGH <)33 I VALVE NUMBER (-1RC-V-88828 -88( VAL.VE SAFTY TRH LAS) T REVI SIGH 0 l )l ) orERAroR l IHE NUHBLR 9 99 999 . 999 9'99'9 '9'99 9 9-Hot'I 1HAL SIZE 881 . 000 P/W TH3:CKHESB)/B)CI-I 999999999 ENDS CODE GROUP C(3DE DEc)3:GH PRESSURE DES)IGN TFHPERATUPE 9999 SEISHlC PRESS STD/ANSI RATG PO NuthK<ER 43589."? PO ITEM 8'I MATERIAL CLASS TYPE 9999999'9999 sFD DRwG NBR 0 eeee BFD VALVE HBR <) DFSIGH G-DRW( LMDRAC DRALJING 465( LGCATXQ5 G-DRMG FLOOR ELEVATION 2i< 08 VALYE ELEVATIOH 088 00 I)EIGHT FROM FL(3OR 26k 00 PLAHT LOCATION-1 FT 000 IN 00 EAcBT7 WES) T":) OF COL PLANT LOCATI(3N-2 I=T 000 XH 00 NQRTH7 SQUTH7 OF CQL REHAFll<c> cdPARF YALVE FQR FUTURE UBE I)Ac> QH L1HE $ -Rc-88'I,eee 8648. DESXGH INFO To BE r-RoVXDED I ArER. NEXT YAL.VE: UN1T 3 CAT 1 BYS RC TYPE V HBR 80022 1TEHi -881 Of< HEXT SFD VALVE NBR: UNIT 1 SYS Rc YALVE NK<R 002; INSTR VALVE NBR HECII DETAIL7 VALYE I IST DISPLAY/MAINTENANCE VALVE L.XST flEVXS)XGN 833 VALYE HUHBLR 1-1IRC-V-88822 -881 VALVE BAFTY TflN St< LAc>T REYIS>IOH 022 Gl"ERATOR INE HUHBI=R 1 RC 002
- 080 0055 SH 0 Not'<XNAL sxZE ENDS CODE H
00 BW
.. eee I
P/W THXCKHFSS/SCH GROUP CODE SCH 168 III 1 DEB) IGH Pf(EscSURE 2>485 DESIGN TEMPERATURE 658 SI.=ISHXC 1 PRFSS STD/ANS1 RATG 1533 Po HUMiK<ER 435092 PO ITEM 82A HATERIAL (".LASS TYF E PCKLI'="SS GLG
'FD DRwG HBf<
I< 5 s < 3ee BFD VALVE HK<fl Fl C 00 "<<? <<? DESIGN G-DRWG 158 EHDRAC DRAWING 4654 LOCATXQH G-DRWG FLOOR ELEYATXQH 236 00 VALVE EII=VATXQH 000 00 HEIGHT FROH FLOOR 236 80 PLAHT LOCATION-1 FT 000 3:N 00 EAST7 WEBT7 OF Col. r-LANT I ocATxoH-.. Fr oee IN ee HoRr)-(7 sou'rf(> OF coL REHAflKS) (.'? 885881 1381 C 1-236-3 128179 HI=X r VALVE: uNI r < cA r ~ SYS RC TYPE V HBR 000 8 XTI:-M -881 GR HEXT BFD VALYE HK<f(: UH1T I SYS) RC YALVE NK<R 8028 INSTR VALVE HK<R HI=CH DETAXL7 VALVE LIST Dxsl='LAY/HAXHTI=NANCE YALVE L3 8) T flEVXS) 3 QN 033 YALYE NUMBER 3 -'IRC--V" 80828 -861
'SALVE cJAFTY TRH c)H LAS>T REV1B ION 0 l ) l')
<Ji-'< l(A UK
< lHl HlJHULI<l 1 K< 8<) ' 008 ()Vhd !iH HoHX NAL. SxZE: 002 . 000 P/W THICKNESS/c+CH c>CI-I 1 60 I'=HDS CODE BW GROUP CODE III DES) 1GN f'RES)s)URE 2485 DESIGN TEHPERATURE 650 SEXSHIC I picEss STD/ANsr I<ATG Pa HUHK<E FL 435092 Fa 113 H 02A HATERXAI CLASS K TYPE PCI<LFSS GLG SFD DRMG HK<R S 1300 SF D VALVE HK<FL 1 FLC e02s nEsrcN (.-Dm4G EHORAC DRAWING 4654 LOCAT 1aH G-DRMG r-LoOR ELEvATraH 23< ee YALVE ELEVATION 000 00 HEIGHT FRGH FI OGR 236 00 PLANT LOCAT1GH-1 eee rH ee EAR Tn MFc) T+ OF CGL PLANT LGCATlON-2 eeo XH ee NORTH? SOUTH? GF CQL RFHARKS 12005001 1301 C 1-236"'1 120179 NEXT VAI VF: UNlT 1 CAT SYS Rc TYPF V HBR 00029 lTEH -081 GR HEXT S)FD VALVE HK<R: UNIT 1 SYS FLC VALVE HBR 0029 INSTR VALVE. HK<R HEcH DETAIL?
VALVE LIST OISPI AY/HAXNTLHhHCE vAL.vE i.rsT FLF vxsraH 833 VALVE NUHBER 1"-1RC-V-000~9 --001 YAI..VE S)AF r Y TRN cSH LAc> T REV I <<SlOH 0~>~) GI I=aATQR H LINE NUHBr=R 1 Rc oe2 . oee ee63 HQHIHAL SIZE 002 . 000 P/W TFIICKHES)s/S)CH SCH 160 EHDS CODI= BM cRGUr- cooE , rrr DES XGH PFLESSUFLE 24E)5 DE. X GH TEHPEFLATUFLE 8>50 SLISHIC I i-REss STD/AN, I RArc Po HLJHK<ER 435092) PQ ITEH 02A HATERI<M -CLASS K TYI"F PCKLf.:SS GI G oRwc NBFL '> '3ee SFD YALVE HK<R FLC 002 >> oi-=srcH c-oRwc 128 EHDRAC DRAWING 4654 LOCATION G-DRMG FLOOR ELFVATlGH 236 00 VALVE ELEYATXON 008 .80 )4ErcI<T FRGH FI ooR 36 ee PLAHT LQCATXOH-1 FT 000 1H 0 8 EAS)T? WEST? OF rai... I-'LANT I QCATION-" FT 000 IH 0 0 NORTH? SOUTH? GF CGL REHAftKS 12085001 1301 C 1-236-1 120179 NEXT VAI VE: UHlT 1 CAT SYS RC TYPE V NBR 00030 :L'TEH -001 <3R NEXT SFD VAL VE NBR: UNIT 1 SYS FLC VALVE NK<FL 0030 1NBTR VALVE HBfL HFcH DETAII ? VALVE i rsr or r-LAY/HAXNTEHAHCE VAL. VE LIST REYrc)XOH 033 VALVE HUHBER 1 -1RC-V-00030 -001 VAL.VE SAFTY TFLH S>H L As) T REVXS)XGN 0".> .) OPERATOR H NUHBER 1 Rc 002 . eee ee6< HQHIHAL S) lZE 002 . 006 P/W Tl-11CKHES)$ /SCH cscl-I 1 60 ENDS c()DE Bw cRQUp CODE xxr DES XGN PRESSUFLE. 2485 DESIGN TEHPEFLATUFLE 650 SEISHIC I PRLSS STD/ANSI RATG 1513 PO HUHK<ER 435092 Po 1TEH 02A HATERIAL CLASS K r YI-E I='CKLf=SS Gi G SFD DRMG HBR 5 S 1300 SFD VALVE NBR RC 8030 DESIGN G-DR( JG 150 EHDRAC DRAWING 4654 LOCATION G-DR WG FLOOFL EL.EVATXGN 236 ee VALYE Ei EYATION 080 00 HErcHT I=RoH FL.OGR 236 eo rLAHT L.()CATION-1 Fr eoo XH 0e EAS) T? WES) T? Or- Coi. c ii ANr LOCATION-2 I=~ eoe XH 80 NORTH? SOUTH? OF COL REHARKS) 12005001 1301 C 1-236-1 120179 NLXT VAI VE: UN1T 1 CAT 1 SYS RC TYPE V HBR 00031 ITLH --001 NEXT SFD VALVE HK<R: LJHIT 1 .') YS FLC VAI..VE HK<FL 0031 I Hs> TR VAL.VE NK<f HI=CH DLTAIL? VhLVE I IST DISPI AY/HAIHTEHAHCE
VALVL. L J.,".) < F(k V.I,) J.L<H () 18 VALVE NIJHK<CR 1-1RC-Y-00831 -081 VALVE 8)AFTY TRN BH l.A'.)T REYXSXOtl 0 r) rp 05""ERAT(JR l3 LIHL NUHK<LR 1 RC 88 000 8062 SN HQH3 HAL c31ZE 001 800 P/M TH1CI< HES>8/BCH ')Cl-I 1 60 ENDS CODE BM GROUP C(3DL XII DEBTGH Pflf BBIJF<E 2r185 DEc>IGH TEHF:EV,ATuflE 658 SFISHIC I PRESS BTD/ANSI RATG 1 51 3 PQ HUHK<Ef< 435892 i O XTEH 81 A HATERIAL CLASS K TYPE I='CKLLSS GLG BFD Df(WG HK<f< 5 8 1300 c)FD YALYE HK<R RC 0031 DES 3:GN G-DRWG EHDRAC DRAIJXHG 4652
") 36 00 LOCAT10H G DRMG FLL)QR ELEYATXQH YALYE El EVATIOH 000 00 HFIGHT FRQH Fl QGR 236 00 PLANT LQCATXGH-1 FT 000 1H 00 f As'r":> MEcST'> GF CGL r-I AHT LOCATION-2 FT eeo IN pe HGRTli? Sour!i? QF CGL REHAF(KB 1 200580 'I 1381 C 1-236-1 120179 HI=XT VALYE: UNIT 1 CAT 1 SYS RC TYPE V NBR 0018'9 lTFH -00", OR HLXT Bf'I) VAL.VE NBA: LIHXT 1 BYS RC Vhl.VE HK<f< 8053 IHSTft VALVE HKJR HECH DI=TA:I:L?
VALVE I lST DISPLAY/HiAINTEHAHCE YALVE L1ST REYIc)30H 83 vALvc NuHBcR 1-1Rc-v-eeie9 -eei VAL.VE c)AF TY Tf(H c)H I A ) I RF" 1BTGH 0 .>~) OPI"=RATOR H LINE NIJHK<ER 1 RC 882 . 080 0616 SH HOH1 HAl. cs I ZE 802 . 800 P/W TI-IXCKHE.')8/8)CI-I BCH 168 ENDS CODI= K<W GROUP CODE IlI DES) XGH Q'"REcscsL)RE 2>485* DES) I GH TEHiPERATUflE 650 SEISHIC I PflLSS STD/ANSI RAIG +13 PG HuHK<ER 435e9 > PQ 1TEH 02A HATER I Al CI Ass I< TYPE PCKI..ESS Gl 0 BFD DflWG HBR 5 8) 1382 SFD VALVE HK<fl 1 RC 0053 DCSIGN G-DRWG 150 EHDRAC DRAWIHG LOCATION G-Df<MG f'l.oaR ELEvATXoN:36 ee VALVE ELEVATION 000 00 H(=IGHT FROH Fl oaR .>>36 ee PLANT LOCATION-1 F'1'00 IH 00 EAB>T? WEST? OF CGL PLANT I acArIOH-2 FT eee.IN ep NQR'rH? Bou'rH ~ oF coL RF.HARKc) 12805081 1301 C 1-2>36-1 120179 NCXT VALYF: UNIT 1 CAT 1 BYS RC TYPL= V HBR 00118 ITEN -001 HEXT SFD VALYE HK<fk: UHXT 1 SYB Rc VALYE HBF< 8869 XH iTFl VALVE HK<R HCCH X)ETAXL? vALvE LIsT DXSPI AY/HAINrCHANcE YALVE LlcsT REVXBXOH 033 YALVE HUHBER 1 -1RC-V-00110 -081 VALVE 8>AFTY TRN SH LAST REVISIGH 0 I') t') OPLRATOR H LIHF NIJHBI R 1 RC 002 . 000 8834 SH 1 6 HQHXHAL 81ZE 802 . 808 P/W Tl IICKHFc>c)/B>CH c>CH 1 68 CHDS CODE BW GROUP CODE III DE".) 1GH f'flEBcsL)RE 2485 DESIGN TEHPERATURF 650 BI= ISHIC I PRESS STD/ANSI RATG 1513 PQ HUHK<ER 435892 PO XTEH 82A HATER I AL CLASS I< TYPE PCKLLSS GLG BFD Df?MG NK<R 5 8 1382 SFD VALVE HBR I Rc 8069 DESIGN G-DRMG 150 FHDRAC DRAWING r)654 LOCATION G-DRWG FLOOR ELEVATIQH 2>36 08 VALVI= Cl I'=VATIOH 000 08 HEI( HT FR(3H Fl GQR;.36 00 pLAH'1'ocATxoH-1 FT 000 xN 00 EAS)T? WEST? OF Col PLANT I (3CATION-2 FT 800 IH 00 HOR'I'H? SOUTH? OF COL RF.H AFLAK c) 12005081 1301 C 1-236-1 128179 NEXr VALVE: uHXr
~ ~ s ~ v 1 e
cAr Iy ~ rvW
<<.Ys S S ~ ~ ~ ~ ~ ~
Rc rYPE v NK<R 80<<1 S sic S Saw 'I r ew ~ ig ~ ~ * ~ ~ lrEH ere sar,la
-eei
Ht;~ < St'u V<<< Vlc nX<((: UnX < 1 8rS t<<. VAL.Vt nt<N V'>'>.1 J.H"> I I< VA<. Vt:. At<I'< HCCH D TA'fl "> VAI VF LIST DISPLAY/HAIHTf=NANCE YALVE LXBT RE VlB)XQH 033 VAI VC HUHK<CR 1-1RC-V-00111 -001 VALVE S)AFTY TRH SH LAST REVXBXON 022 OPERATOR H I IHC HUHK<ER 1 RC 002 . 068 0655 SH 0 HOH1HAL B IZF.:, 002 . 000 P/W THXCI<HEBS/B)CI-I SCH 1he BW* GROUP CODE XXI ENDS CODE DE$ 1GH PRESSURE 2485 DES I GH TEHPERA7'LIRE h50 SEXSHIC I PRESS STD/ANSI RATG 15'i 3 PO HUHK<ER 435>892 PQ 17 EH 02A HArERIAL cLA K TYI L P(".K I I'=SS (:vLG BFD DRMG HBR 8 0880 BFD YALVE HBR RC 0953 DESIGN G-DRWG 150 I=HDRAC DRAWXHG 4h LOCATION G-DRwG FLOOR ELEYATION 23h 00 VAI VE CI..EVAT1ON 880 00 HEIGHT FROH FLO(3R 23h 60 PLAHT LOCATION-1 FT 080 1H 00 EAS)T? WEST'? OF CGL PLAHr l..ocATXoH-2 FT eee IH ee NORTH? BourH? oF col Ri".HARKB 12805001 1301 C 1-23h-1 128179 NEXT YALVE: UNIT 1 CAT SYS RC TYPF Y NBR 00115 1TEH -001 OR HFXT SFD VAI. VE HK<R: L)HXT 1 BYS) RC VALVE HBR 0047 I HcSTR VALVE HK<R Hr=CH DCTA:r.L: VAI VE I XST DISPLAY/HAIHTLHAHCE VAL.VE LIST RFVXS>XOH 833 VALYE HUHBER 1-1RC-'-00115 -601 VAI..VE c)AF rY TRH cBH LAc) I RE.VX') 3.GH 0 ' OPERATOR - H LINE NUHK<LR 1 RC 082 . 088 8824 SH 1 0 NOH XHAL SIZE 002 . 860 P/W THICKNES)S/BCII Bc(i 1h0
- ENDS CODE B<< GROUP CODE XX I DESXGH PF>,ESBUF<E 2485 DES) XGN TE.HPEFIATL)RE h58 SF ISHIC PRESS STD/ANSI RATG 1513 Po HLIN<K<ER 435892 Pa ITEN 0"? A HATLRIAL CLASS K TYPC PCKII'=SS GLO BFD DRWG HK<R > S 1382 BFD YALVE HK<R Rc 8847 DESIGN G-DRWG EHDRAC l>I%AWING 4h54 l.ocATlnH r,-DRwG FLOOR FLFVATION =?3h 80 VALYE I=I EVATXQN 000 00 @EIGHT I=RON I=I oaR 23h ee rLAHT LacATION-1 r'T eee XH ee EAST? WES)T? OF Cf.)L.
PLANT LOCATION-2 FT 000 IN 00 NORTH? SOUTH? OF CGL REHARK S) 12805001 1301 C 1-> Eh-1 1 '0179 NEXT YAI VE: UNIT 1 CAT SYS RC TYF'E V HBR 8011h XTFH -001 OR NEXT B)FD VALVE NBR: L)HlT 1 BYB) f>,c VALVE HE<f( eeh3 XHS) TR VALVE HK<F( HECI1 DET A X I ? VAI VC LTST DXSF'LAY/HAIHTEHAHCE VALVE L1S>T F<E.YIB ION 03 VAI VE HUHBER 1-1RC-Y-8811h -001 YAI..YE S>AFTY TRN BH LAc>7'<EY I S X QN 0~) .) or.r=RA'roR I INC HUHBCR 1 RC 002 . 000 6843 SN 0 HaHIHAL. BIzE eo:.. eee P/W TIITCI<HEBS/SCI.I SCH 1h0 ENDS CODE Bw GROUP CODE III DESIGN f>f>ESSURE 24E)5 DESXGH TE:HPERATL)RF.. h50 Br=XSHXC PRESS STD/ANSI RATG 1513 PO HUHK<FR PO ITEH 02A Al CLASS 43509"'ATI=RI rYr:c PCKI I:=SS Gl 0 BFD DFIWG HBR 8 0080 ')f I> VAI VF NK<R RC 80h3 DESIGN G-DRwr. EHDRAC DRAIJXHG 'Ih54 LOG ATlOH G-DRWG F'Loof? ELEVATION 23h ee VAI VC EI EVATT.GH 600 00 I1EXGHT I='IRON FL(3GR 23h 00 PLANT LOCATION-1 FT 000 XH 00 EAc) T~ WEc> T af'oi PLANT LOCATION-2 FT 000 IN ee NORTH? SOUTH? OF COL BEN AflKc
12065081 1361 c 1-2,<<-1 1 e1 "79 HLXT VALVE: UNIT 1 ( AT SYS RC 'i'YPE Y HBR 66117 ITE)1 -001 QR iHEXT BFD VALVE HK<R: UNXT 1 BYB Rc VALVE HBR 8947 1HS>TR VALVE HK<R HI.=.CH DETAXI Vl= I IST DISI='LAY/HAINTENANCE 'AI VALVE Lls7'EVXSXC)H 033 VALVE H(JHBER 1 1RC-V-08117 -001 VALVE S)AFTY TRN S>N LA'.)T RE V 1 s) 1OH 822 QPERAT(3R H I IHE NUHK<ER 1 .802 R(" . 000 6864 SH 0 HOHXHAL S) 1ZE 002 . 000 P/W Tl.llCKHEB)S/SCI-I '.)CI.I 1 8)6 ENDS CODE BM GR(3lJP CODE 1 II DES)1GH PRESSURE 2)qg5 DEB) XGN TEHF>ERA7 URE 658 SEISMIC 1 PRLSS STD/ANSI RATG 1513 Po HUNK<ER 435692 PO ITEN 02A HATERXAL CLASS I< TYPE PCKI Fss Gl O S;D D<<WG NK)f>. e eeee SFD VALVE HBR f(C 694 7 DEBIGH G-DRMG 150 EHDRAC DRA WING 4654 LOCAT I QH G-.DRMG FLQOF( ELEVAT1 OH 2)3E) 00 VALVE ELEVATIQH 006 80 HEIGHT I=RQ)1 Fl OOR ,3s eo PLANT L.C)CATION-1 f'T 000 IH 00 WEsr: QF COL I"LANT LOCATION-2 FT 000 IH 80 NORTI): sour))~ GF col RENARI<s 12005001 1381 C 1-23<').-1 120179 V* NEXT YALVE: UHlT 1 CAT 1 SYS Rc TYPE NBR 8Q124 1TEH -001 GR NEXT S)FD VALYE HK<R: UNXT 1 S) YS) Rc YAL.YE NK<f( eehf) IHB)TR YALVE HBR I1ccH Dr=TAIL> YALVE LIST DISPLAY/HAINTEHAHCE VALVE I IB>T f<E.VIBIQN 033 VALVF NUMBER 1--1RC-V-88124 -001 VAL.VE S>AFTY TRH SN LAS>T REYXSXOH 022 OPIKRATon LINE NUHBLIR 1 Rc 682 . 000 6624 BH 0 HOH XNAL S) 1ZE 802 . 000 f'/W TH1CKHES)s/BCI-I '.>CI-I 1 8)0 I'. NDS CODr='W ~48'> GPOUP CODE III DF') Ir>H PRES~>URE DE. IGH TE)1F ERA7URE. @5>e SEISMIC I PRESS STD/ANSI RATG 15'I3 r'o Nu)1K<E;r( <35692 PC) I TEtI 62A MATERIAL CLASS I< TYPF r-ci< r::ss GLQ BFD DF(WG NBR 5 B 1302 S)FD VALVE HBR F(c eels DESIGN G-DRWG EHDRAC DRAMIHG 4654 LOCATION G-DR WG F'Loof( ELEvATXoH ..3s ee YAI vE ELEYATIQN eee oe HEIGHT FROH FLOOR 2)36 00 PLAHT LQCATloN-1 FI.AHT LOCATION-2 FT 880 1N 00 FT eee IH eo EAST'I) Noicrf<> WEST'F souTH: or-CQL coL REHAF(KB 1 2005>001 1 301 C 1 -2) 36""1 1 281 79 NEXT VAI VF: UHIT 1 CAT sYs Rc rYPE v HK<R eo<<5 ITE)1 -ee1 GR NEXT BFD VALVE HK<R: UNlT 1 BYS RC VALVE.: HBR 6664 XNSTF( YALVE HK<ik I<I.=Co DETA:I:I ~ VALVE LIST DISPLAY/HAXHTENANCE YALYE LI" T REVXSXC)H -033 VALVI= HUHBEIR 1-1RC-V-00125 -001 VALVE BAFTY TKH BN l AB) T REYXS)1GN r) r) OPI=RATGR H I, INL NUI1K<L=R 1 Pc ee2 880 0643 SN NOH XHAL SIZE 002 . 000 P/W THlCKHEBB/SCH SCH 18)6 EHDS C(3DE BW GP,GUP C(3DL= IXX DES XGH PF<ESSIJF(E 24635 DES) IGN TEHPEBATURE 6'8 SEXSHIC I rREss ."TD/ANSI RATG 15'I 3 F n Nu)1K<ER 435692 PQ ITEN 02A
)1ATI=RIAL CLASS TYI"-E I"CKI. ESS GL(3 SFD DRWG HK<ft 5 S 130".) SFD VALVE NK<fk pc 86<!)4 Dl'="SIGH G-DR(JG <50 E)1DRAC DRA WING hh54 LOCA7 ION G-Df(WG FLOOR ELEYATXQH 23b 00 VALVE ELLVATIQH 008 06 I)EIGHT FIRQH FLOOR 236 00 A 1 ~ ~ O'LP% I ~ P%% ~
I-'LAH < LU<'A I LUH-'< <- I Ve(V lH VV <=Fl."> < 'l'..".> 7 I Ul- <..UL. I-"LAHr I QcATION-. FT eeo IH ee N(3i<T)i: SQur)I: (3F COI REHARKS f '08500f f 38f C f -236-f f 28f 79 NFXT VALVE: UNIT f CAT SYS RC TYPF V HBR oof 26 ITI=H -oef QR NFXT S)FD VALVE c HK<f( UN lT f 8) YB RC VALVE HBR 0948 XHBTR VALVE HK<R Hl:;CH I>E rAXL: VAI VC I XST DISPLAY/HAINTEHANCE VALVE LXS>T REVXS)ION 833 VALYF NUHBLR f -f RC-V-oof 26 -eof VALVE cSAFTY TRH SH LAB)T REV IS) ION 622 QPFRATGR H LINC HUHBLR f Rc ee2 . ooe ee64 sH NGHlHAL $ 1ZE 002 . 080 P/W THICKNESS/SCH BCII f60 EHDS CQDF K<M GROUP CODF XII l>EB>IGH PRESSURE 2485 DESIGN TEHPERATUF(E 658 SEXSHXC I PRESS STD/ANSI RATG f5f3 PG NUHBER 435892> PQ XTEH 02A HATERIAL CLASS K TYI='L PCKI CSS Gl 0 SFD DRMG HK<fl 8 8006 S)FD VALVE HBF( RC 8S'48 DCslGH G-DRMG f58 CHDRAC DRAWING 4654 lOCATXQN G-DflWG FLOOR ELEVATXGH 236 00 VALVF El CVATIQN 000 06 HEIGHT FRQH Fl (3GR 236 60 PLANT LOCATlOH-f FT 800 IH 80 EA.') T7 MES> T7 OF COl. r-LANT I QcATXON- FT eoe IH ee NQIRTH7 SOUTH7 GF CGL flFHARKcs f280500f f 38f C f -236-f f 20f 79 HEXT VALVC: UNIT f CAT f SYS Rc TYPF V NBR eof 27 ITEH -oef OR NEXT SFD YAL.VE HE<f(: UNIT 9 . YB XXX VALVE NK<R XXXX XHSTF( YALVE NBA XXX Hl=cH DErAIL~ VALVE LIST 9 ISI='LAY/HAIHTFHAHCE vAl.vE LX."I fiEYIBIQN 6;fs VALVE NUHBFR f -f RC-V-oof 27 -oef vAl..vE SAFrY Tf(N l.ABT REYIS) IOH OP(=RAT(3R I IHC HUHBLR HOHXHAL SIZE:; eef . eee f."/W THICKHE .3/ 'CH 999999999 FHDS CODE GROUP CODE DES>XGN PRESSURE DESIGN TEHPERATL) flE 9999 SCXSHIC I RLs srD/ANSI RATG PG NUHK<ER 435892> PO XTEH Of MATERIAL Cl Ass TYPE 9')" 9999')" 9999 BFI> DRWG HBR 0 8080 SFD VALVE HK<fl 8 DESIGN G-DRWG EHDRAC DRAWING 465f LOCATION G-DRWG FLQOF( El.FVATXOH 26f 08 VALVC FLEVATIOH 000 <>0 lfElGHT FROH FLOOR 26f 00 PLAH7' GcATIQH-f FT ooo XN e 8 EAS) T7 WEST")> OF CGI. Pl ANr l.QcATxQH-2 I=T eee xN e 0 N(3RTI)7 SG(JTH7 QF COI REHARVS) SPARE VALVE FGR FUTURE USE WA. OH I.IHE f-flc-eef.eee-0048. DESIGN INFO TO BE PROV IDLD LATER. HF X'I'Al.YE: UNIT f CAT SYB RC TYPE V NBR 08500 XTEH -eof QR NEXT SFD VALYE NBR: UNIT f SYS RC VALYE NBR 8838 INSTR VALVF NBR HECH DE:.rAXL7 VALVE I IST DISPLAY/HAINTFHANCE VAl.VE LIS>T REVIS)XQH 883 VALVE NIJHBLR f -f RC-V-0<)500 -oof VALYE SAFTY TRN S)N LAST REVXcs1C)H 022 QPI.RATGR Ik I INE HUHBCR f RC 883 000 60::?3 SN 0 HGH]:HAL SIZE 883 . 808 P/M T I I CK HEBB)/SCH ')(' f 60 III F CNDS CODF BW GROUP CODE DESIGN f;REc)>c)URE DESIGN TEHF'ERATURE 650 I
-)48'>LlSHIC PRESS STD/ANSI RATG f 58o PG HUHK<EF( f 62f 48 PG XTEH f3085 HATERXAL CI ASS lf TYPE GATC SFD DRMG NK<R 5 B f 368 SF'D VALYF HK<R RC 6838
l P
'J><=b J L><'< Lv'"t>H,Wlv 1 ~)8 LNUI(AL I><<<-">(J (i<4 44YV LOCATION G-DFJWG FLOQF>, EL.EYATXON ?36 00 YALVF CLLVATION 800 80 HEIGHT FRGN Fl GGR 236 08 PLAH'I'OCATIC)H-1 F T 880 IH ee EA. T": wrs T'. OF COL Fl AH:r I OCATXGH-2 FT eee IN ee NORTH? our)<< GF CQL PFHARKF) W TAG Ho 3G88 12805001 1301 C 'I-236-1 128179
. NEXT VALVC: UNIT 1 CAT SYS Rc TYPE V HK<R .08501 1TEN -881 GR HEXT SFD VAl VE HK<R: L)H1T 1 BYF) f(c VALVE HK<R 0037 XHc)TFL VALYE HBR HI=-CH DErAXI ? VALVF LIST DISPI AY/HAINTFHANCE VAl YE l.XF)T REVXc)XC)H 033 YALVE HUHBER 1-1RC-V-80581 -801 VALVE c)AFTY TRN F)H LAc)T REVI cS I ON 82)2 OP(=-RATOR H LINE NUHBLR 1 RC 003 . 000 0821 SH 1 0 HQNXHAL sIZE ee3 . eee P/W THlCKNESS/BCI-I BCH 1 60 ENDS CGDI= BLJ GROUP C(3DE X II DEF) 1GN PRESSURE 248'.> DESIGN TENF En,ATLJF>,E 65>8 SElsHIC I PREss sTD/ANsX RATG 15ee PQ HLINK<EF( 162148 f'O ITCH (3874 A HATER I AL CI ASS H TYPE GATE SFD DrlwG NK<FL e eoee F)FD VALVE HBR 1 f(C 0037 DESIGN G-DIRWG 150 r=HDRAc. DRAwING 4498 LOCATIOH G-DRWG VAI VE El EVATIOH PLANT LGCATIOH-1 PLANT I GCATIGH-2 REHARKB W TAG NQ 3G88 008 00 FT 000 XH 00 FT 000 IH 00 F LOC)R E.A') NORTH" FLEVATXQH HEXGHT FRGH FLOOR T"'E.$ 1 SOUTIEN~
')F 236 00
?36 08 GF ("QL C Ol 12805001 1 301 C 1 - 236"'1 1 281 79 NI=XT VALVC: UHIT 1 CAT SYS RC TYI'L V HBR 00502 1'I H -001
< l3R HFXT F)FDF VAl VEc HBR: UH1T 1 cJYc) f1 c VALYE NBR 0044 INSTR VAl.YE HK<R Hl.cii Dl. TAT.I?
VALYE LIST D:I:SPLAY/NAIHTEHAHCE VAl YE l IST F<EVIF)IGH 833 vAI vE NUHBI=R 1-1Rc-v-88502 -801 VALVE F>AFTY TRN BN l Ac) T REVXSXQH 022 OPERATOR H LlNE HUHBI=R 1 RC 083 . 000 8848 SH NOHIHAL SIZE 003 . 080 P/W TH 1CKHFF>S)/BCH BCI-I 1 68 ENDS CODE Bw GROUP CODE T. X I DEB IGH PRESF)URE 248'.> DEB1GN TEHF EF>ATUF(E 650 SFISNIC I PRESS STD/AHSI RATG 'l500 PO HL)HBER 162148 PQ ITEN 8074B HATERIAL CLASS H TYPE GATE SFD DRWG HK<R 5 S 1380 SFD VALVE NK<fl Rc 0044 DFSIGN G-DRWG ENDRAC DRAlJI HG 4490 LOCATION G-Df(WG FLOOR ELEVATIOH 2)36 00 VALVE Cl EYATXGN 800 00 HEIGHT FROH Fl QOR 236 80 PLAHT LL')CATION-1 FT 000 IH 00 EAF) T? WEF) T? (3F CQL I ocATXoN-. I=T eee XH ee NORTH? SOUTH? OF C(3L REHARKF) W TAG HO 3G88 12005801 1301 C 1-236-1 120179 NEXT VAI VE: UNIT 1 CAT SYS RC TYPF V NBR 08583 ITCH "-801 QR HFXT F)FD VAl VE HBR: UNIT 1 BYF) RC YALYE HK<R 8041 I HF) TR VALYE NBR Hl'="CH DFTAXL? VAI VE LIST DXSPLAY/HAXNTLNAHCE VAl VE LXBT REVXslf)H 033 VAI...VE NLJHBER 1-1RC-V-005(>3 -001 VALVE SAr'TY c c TRN f BN LAF>T FLEVXc>XOH 822 (3PERATQR H I IHC NUHBCR 1 Rc ee3 eee ee61 BN HOHINAL F) IZE 003 . 000 P/W TH XCK HEc)B/BCI-I B(, I I 1 68 L'NDS CODE BW GROUP CODE XII DFSIGH F'r<EB. Uf'E 248.> I DES GH TENPEF(ATURE 650 SFISNIC 1 pr<r=ss STD/ANSI RATG 1500
It t'0 NUtfl<L.<( 6'.>'I 4U I'U J. I Ltf LJ V'<'4L' CLASS 'fATERZAL TYI"E GATE SFD DRMG NBf( 5 S 1300 SFD VALVE HBR 1 Rc 0041 DI=SIGH G-DRWG 150 I:-IfOIXAC OR A W IHG 4490 LOCATION G-ORWG F l OOR ELEVATXC)N 236 00 VALVEEI EVATION 000 00 I)FIGHT I=lkotf FI (3(3R 236 00 PLAHT LC)CAT1ON-1 F T 000 1H 00 EAS7? WE. T": OF'al. PLAHT I.OCATIQN-2 FT 000 IN 00 NORTH? SOUTH? OF (".(3L ( 'EHARKS) W TAG HO 3G88 12005001 1301 C 1-236-1 1 20179 HExr VALvE: UNIT 1 cAT 1 SYS RC TYPE Y HK<R 08526 XTI=H 001 QR HEXT SFI> VAL.VE HBR: LJHXT 1 S>YS RC YALVE HBR 0117 INSTR YALVE HK<R
. HEC)f DETAXL?
VALVE I IST DISPLAY/tfAIHTEHANCE VAL VE. LX')T REVX')1QH 0 33 VALVE NUtfBER 1-1RC-V-08526 -001 VAI..VE S)AFTY TF(H SH I LAc> T F(EV c81OH 022 OPERAT(3R tf LINE HUtfBER 1 Rc 803 ~ 080 81 SH 'I 0 NOHIHAL 8) IZE 003 . 000 P/W THXCKHFc)s/SCI-I SCH 168 EHos canE Bw ( YOUP CODL XIX 1>ES) 1GH F'BESSUF(E 24F35 DES X GH TEtfF" ERATLJRE 688 SEI stflc I I"RESS STD/ANSI RATG 1500 Po NLJHK<ER 173662 Po 1TEtf 8eoeA IfATERI AL CLASS H T Y I'LL GATL SFD DRMG HK<R 0 8000 c>Fn V*L.VE NBR Flc Of DESIGN G-DRWG 1 48 EtfoRAC DRAM:CHG 5'>78 l.aCAT1QN G-DRMG Fl QOR ELEVATIOH:.?86 80 VALVE ELI=YATION 000 00 HF IGHT FRQtf FI QOR 86 00 PLANT I {)CATloH-1 FT 080 IN 08 EAST? MES)T? OF'QL Pl AHT LOCATION-2 FT 000 IN 80 HoRrH? S(3u'rlf? oF caI REHARKc) W O'AG HO 3Gtf88FNH 12805002 1308 C 1-286-1 018180 NEXT VALYE: UNIT 1 CAT SYS RC TYPE V HBR 08527 ITEN -081 OR HEXT SFI> YAL.VE HK<R: LJHXT 1 '.)Y. RC YALVE HBF( 01 1 5 XNS>TR VALVE HBR tfECI3 Of=TAIL? YALVE LIST DIsf"LAY/tfAINTEHANCE VALVE LIS) T REVXS) IOH 033 VALVE NUtfBER 1-1RC-V.-00527 -001 YALVE S)AFTY TRN S)N LA )T RFVI )loN 8 OPERATOR tf L INF NU)fBER 1 RC 003 . 808 01 4e sH 1 8 Hat'IIHAL. SIZE 003 . 000 P/lJ TI-IlCKHEscs/SCI-I SCH 160 EHns caoE Bw GROUP CODE IX I DESXGH F'"RESSURE 2485 DES IGH TEHPERATLJRE 688 SEI stf I C PRESS STD/AHSX RATG 1500 PO NUHK<ER 173662 Pa XTEtf ~ 8088 E) HATERIAI CLASS H TYPE GATF SFD DRIrJG HK<R 5 S 138f S)FI> VALVE NK<R RC: 01 D(=SIGN G-DRWG 148 rtfORAC DRAWING 51078 LOCAT1OH G-DRWG F LQC)F( ELEVATXQH 2C36 00 VALVE I=I..FVATlaN 008 00 HFIGHT FRQ)f FLOOR 286 00 PLANT LQCATXOH-1 FT 000 1H 00 EAS) T? MES> T? OF COL r-LANT I..acATIQH- r-T eee IH ee NORTH? SOUTH? OF CQL REtf AF(KS W TAG NO 3Gtf88FHI I
- 1. oe5eet2>> 1308 C 1-286-1 810180 HI=XT VALVL: UHlT 1 CAT bY" RC TYI E V NK<R 00528 ITEtf -801 OR NEXT S)FD YALVE HBR: UNXT 1 S)YS RC VALVE HBR 0113 XHc>TR VALVE HBR tf ECH DI= TA IL?
VAI VE I 1sT oI PLAY/tfAIHrENANCE VALVE LXS)T REVXSXOH 033 VALVf= HUifK<ER 1-1RC-V-08528 -001 VALVE c>AFTY TF(H S>N LAc>'I'EYXc)XOH NUNBER 1 RC 003 080 ef 39 SH 0>>>'INF QPERAroR . 1 0 NOHlHAL cs I ZE 003 . 880 P/(J TI-IlCKHESS/S>CI-I S>CH 'I 60
LHI)8 I'UDI= K<W Lrl<UUI I 'IJ JPL 1GH f RESSUftE 2485 'ES) I DEB GH '1 Eik f ERATLJFt E 680 SEXSVXC I I-RI='ss srD/AHsx nArc ( 500 PO HUNK< ER 1 7366;? PQ ITEN 8860C HATERIAI CLASS TYPL GATE BFD DRWG HK<R 5 B 3381 c)FD VALYE HK<R Ftc 8( 13 DESXGN G-DRMG EHDRAC DRAWING 51878 LOCAT1QH G-DRI JG FLOOR ELEVATIOH 286 00 VAI VE I.=..LI'=YATI(3H PLhHT Lf3cATXQN-t 068 00 FT eoe xH ee NORTH'OUTH'll HEIGHT FltQM FLOOR EAS) T7 ME.') T7 286 00 QF COL PLAHT LOCATXQH-2 FT 000 IH 08 OF CQL REMARKS M TAG HO 3GH88FNH
]388 C 1-286-3 818380 '2885882 NEXT VALVE: 'UNIT 1 CAT SYS RC TYPE V NK<R 00540 I TEN -881 (3R HEXT BFD VALYE HBR: UNIT ( SYB RC VALVE HK<ft 8854 1HSTR VALVE HBR MECH DETAILS VALVF L XST DXSI-I AY/JCAXNrCHAHCE VAl.VE L1ST ftEVI.:)XON 033 vAI vE NuvBER <->Rc-v-685<6 -66<
VALYE SAFTY TRH SH f\EVI SION 0.) .) QI ERArQR H I XHC HIJNK<ER ( RC 003, 660 6821 SN NOHXHAl SIZE 003 . 000 P/W THICKNESS/B)CI 3 S)cl-I 1 68 ENDS CODE SM GROUP C(3DE Ilx DEc3XGH F'REcJS)URF ')48 DES)1GH TEHPERATURE 650 SEXSI<XC I PRESS STD/ANSI RATG 1500 PO HUHE:<Eft $ 6."?$ 48 rO ITEM 8073A HATER IAL Cl ASS K TYPE GATE SFD DR( JG NK<Ft .) 8) ( 382 c~FD VALVE HK<ft ftc ee5< DI.=.S XGH ~=DRWG (50 EHDRAC DRAWING 4498 LOCATION G-DRWG FLOOR ELEVATXQH 236 8(') vALvc cl cvArxQN eee ee HLIGHT FRQH Fl. QQR 236 00 PLANT LQCATXOH-h FT 000 XH 00 FAc) T-.) WFc) T QF COl. I"LAHT LOCATTON-2 FT 000 XH ee NOR rl< ~ SQIJrl(7 OF CI3L REHARKB M TAG.NQ. 3G88 12685883 1 381 C 3 :?36-$ 1:?8179 NI=XT VALVE: UNIT ( CAT SYS RC TYPE V HBR 88541 IT(=31 --861 On NEXT SFD YALVE HK<R: UHXT 1 BYS RC VAl.VE HBR 8070 XHBTR, YALVE HBR DECI~ DErAxl: YALVC LIST DISPLAY/HAIHTEHAHCE VALVE l,XBT ftEYIB:I:QH 833 VALVE NUBBER 3 -flic-V-8854$ -68( VALVE SAFTY TRN S)H LAS) T REVXS1OH 0 *).) OPI-"RATOR H I IHE NUI>K<IKR > Rc eo3 . oeo 88<6 sH < e NOHIHAL sxzE oo3 . eee P/W THICVHEcscJ/cs(."H c)CI-I 3 60 ENDS CQDC SW GROUP C(3DE XXI I DES GH F'RES>BUFtE 2485 DES> XGN TEHF" ERATURE 8>58 SEISMIC I PRFSS STD/ANSI RATG (566 PQ HUHK<ER 162548 PO ITEN 88738 HATER IAL CI Ass K TYPE GATE sFD DRMG NBrt 5 s (382 BFD YALVE HE<R RC 0870 I DI=S GH G-DRMG 150 EHDRAC DRAWlNG $ 496 LOCATION G-DftMG FLQ(3R ELFVATXQH 236 00 VALVE El EVATIQN 000 00 HCIGIHT FRQH FLOOR 236 60 PLANT LOCATION-( FT 000 XH 80 EAST"P WEST ) OF CQL PLANT LOCATION-2 FT 000 IN 00 NQIRTH7 SOUTH7 OF COI REHARKS W TAG HQ. 3G88 32)88588$ 1381 C 1-236-( (28379 NI=XT VALVE: UNXT 1 CAT SYS RC TYPE Y HBR 00542 XTEH -88$ OR NEX73FI> VALVE HK<ft: lJHXT ( BYB RC VAl VE HL<ft '8954 XHcBTR VAl VF HBft I'II=CH DETAT.I 7 VALVE I..IST D:I:SPLAY/HAINTENANCE VALVE LIST ftEVI".)IOH 833 VALVL NIJHBER 1-1RC-V-86542 "68$
~ ~ * ~, ~ ee w a w qe es raw ~ ~ I PAW 'I ~ ~ P,P\1
VH<..Vk SAI- I f I KH ")t< LA.".) < R<:;V l ") ILIA 8" ( OPERATOR H I IHI= NUt1BER 1 RC 00 3 . eae ee61 sH HOt'IIHAL 81ZE 803 800 P/W TH3 CYHF ~>')/BCI-I SCI-I 1 60 I II
~
ENDS CODL SM GROUP COOL DES)1GH Pf(ESSURE 2485 DES) XGH TEt(PERATLJRE 658 SEISMIC 1 PliLSS STD/ANSI RATG 15ea PO HLJHK<ER 162148 PC) XTEt1 8873C t1ATERIAL Cl Ass K TYI E GATE SFD DRWG HBF< 0 0000 S)FD YALVE HK<f( F(C 09'.> 4 DESIGN G-DRMG 158 EHDRAC DRAWXHG 4498 LOC:AT1QH G-1>f(MG FLOOR ELFVATIOH 236 00 VALVE CLFVATION 000 80 HEIGHT FRGt1 FLOOR 236 80 PLAHT LGCAT1QN-1 FT 000 XH 00 EAB)T'? WEST7 OF COI.. I-LANT LOCA rlQH-. FT eee IH 00 NGRrli7 SOUTH: GF CGI REt1AF(KB M TAG HG. 3G88 DCA-t(-138 12005001 1301 C 1-236-1 120179 NEXT VALYE: UHlT 1 CAT BYB Rl-I TYPE V HBR 88865 XTEt1 -001 OR NEXT SFD VAI VE NBR: UHIT 1 SYB RH VAI VE NBR 0803 INSTR VAI..VE NBR t(ECH DETA3:L7 VALVE I IST DISPLAY/HAINTEHANCE VAL.VE LXK)T REVXSXQH 033 VALVE HUt1K<ER 1-1RH-V-00065 -881 YALVE S)Af'I'Y TRH BA LA'.)T f(Ev1s) Xc)H 022 OPERATOR HOHIHAL SI ZI CHDS CODE
'81 H SlrJ
. 800 LINE NUt1BER 1 RH 08 P/M Tl-I3:CKHEK>s/K>CH GROUP C(3DC 008 0073 SA S>CH 168 III 8
DEB1GH PRESSURE 2485 DESIGN TEHPEBATUF(E 650 SEXst(XC PRESS STD/ANSI RATG 1513 PO HUHK<EF( 435892) PO ITEN 01 t(ATER IAL CLASS K TYPE PCKl (=SS Gl O BFD DRMG HK<R 5 S 1324 BFD VAL.VE HBR 1 f(l-I 0083 DCSIGH G-DRMG EHDRAC DRAWING 4651 LOCATION G-DRWG FLOOR ELEVAT1QH 221 80 VALYE ELFVATIOH 800 00 HCIGHT FIROH Fl GOR ee PLAHT LGCATlQH-1 FT 808 IH 88 EAS) T'? MEB) T7 OF CQL PLANT I QCATIGN-2 FT eee IN 00 HGRTH7 SQUTH7 OF CQL REMARKS 12085002 1388 C 1-221-1 120179 NCXT VALVE: IJHlT 1 CAT SYS RH TYPL V HK<R 08866 ITEN "801 OR HEXT c>FD VAl.VE HK<R: UH3:T 1 SYS RH YALVE NBR 8884 XHBTF( YALVE HK<f( HECH DCTAXL'? VALVF LIST DISPLAY/HAIHTEHAHCE VALVE LXBT f(EVXSXQN 033 VALVF H(Jt1BER 1-1RH-V-88066 -001 VALYE S)AFTY Tf(H S)A LAK>T REYIB1L)H 822 OPCRATQR H LIHC HIJt(BER 1 RH 08 800 0073 SA e HOt'I IHAL K> ZFI 001 000 P/M Tl-IICKHEBS/BCfl SCI-I 160 I=HDS CODE SM GROUP CODE III DES)1GH PRESSURE 2485 DESIGN TEHF>EF(ATUF(E 6".>0 SEXSt(IC 1 PRCSS Srn/ANSI RATG 1513 PO HL)tIK<ER 43589."? PQ I TEt'I e1 t1ATERIAL CLASS K rYPE PcKI c-"ss Gl Q BFD DRWG HBR 5 8 13 BFD YALVE HBR Rll 8884 DESIGH G-DRMG 155 EHDRAC DRAWING 4651 lQCAT1C)H G-DRMG FLOOR ELF VAT1QH 221 80 YAI VF FLEVATION 080 80 HEIGHT FRGH FLOOR 221 00 PLAHT LOCAT1QH-1 FT 000 XH 80 EAB) T7 WES> T7 GF CQL, PLANT L(3CATI(3N-2 FT 000 'IN 00 NORTH'7 SQUTH7 GF ("GL REt1ARKC) 12085002 1380 C 1-221-1 128179 Nl XT VALVE: IJNIT 1 CAT 1 SYS RH TYPE- V HBR 08067 1TI t1 -001 OR NEXT SFD VALVE HBR: LJHXT 1 B)YS RH VALVE HK<R 0841 XHSTF( VALVE HK<R t(IKCIN BETA X I 7
V<-"<LVE. L lb I Dlid)"'I AY/<SAIC I LHAH<'I VALVE. I. IBT RE')Ic) lOH 033 VAI VE'UI1K<ER 1-1RI1- Y-88867 -661 VALYE B)AFTY '1'RH BK< LAST f(EV I cs ION OI-"ERA rod LINE N<JHBER 1 RH 00 . eee 8672 BB HOHXHAL SIZE 081 . 008 P/W THICKHESc)/c~cH BCI-I 160 FNDS CODE BW GROUP CODE III DEc) 1GH PREc>c>URE 2485 DE.'HIGH TEHPEF<ATURE 658 SEISMIC I PRCSS STD/ANSI RATG 1513 PQ HUHBEF( 43'>092 PO ITEV 81 HATERIAL CLASS K TYPE PCKLESS GLO BFD DRMG HBR 5 B 13; 4 SFD VALVE HK<fl Rl-I 8041 DES 1GH G-DRMG CVDRAC DRAWING 4651 LOCATION (,-DRWG F LOOR ELEVAT1QN 221 00 VAI VE ELEYATTOH 000 06 HEIGHT FIRQH I=LQOR 221 00 PLANT LOCAT1QN-1 FT 000 IH 08 E.AST > ME,") I > QF Col. PLANT LOCATION-2 FT 080 IH 60 NORTH'? SOUTH? OF CQL REHARKB 12085881 1300 C 1-221-1 12)6179 NEXT VALVE: UNIT 1 CAT 1 SYS RI1 TYI'E V HK<R 08068 ITEN -801 QR HEXT B)FD VAl.YE HK<f(: UH1T 1 BYB) Fill VAl.VE HK<f( 0042 XHB>TR VAl.YE HK<R NI.=CI1 DLTAT.I.? VALVE I I ST DISPLAY/HAXHTI.NANCE YAl.VE LIST REV1c>IQH 033 VALVI= NUHBER 1-1RH-V-80068 -081 VAl.VE BAFTY 7'RN BE3 l.ABT FlEVXB1QN 0 I') I') OPFRATOR H I INE NUI1BrR 1 RH ee1 . pee 8872 SB NovIHAL BXZE ne1 *. eep /w TFIXcKHFss/.CH scFI 16e III F rHDs cggr= sw GROUP CODE 1)E. XGN'F f(E SUE lE 48.> DEB>1GH TEHF>ERATUF(E 656 SEISHIC I PRFSS STD/AHSI RATG 1513 PQ HUHK<ER 43 >e9 Po ITEN 81 I HATI=R AL CLASS K TYPE PCKI..ESB Gl..o BFD DRMG HK<R 5 B 1 324 B)f D YAl.VE HBR 1 RH 0042 DESIGN G-DRMG EHDRAC DRAWING 4651 LOCATION G-DRWG FLOOR El FVAT'IOH 221 80 YALYE I=LFVAT ION 000 00 HEIGHT )=Roe rl.ooR 2 1 ee PLANT LOCATION-1 FT 000 IN 00 EAST? WEST? OF COL Pl AHT I QCATIOH-2 FT 000 IH 06 NORTH? SOUTH? OF CQL f(EHARKB 12085081 130e c 1-". 1-<<281r9 HFXT VAI VE: UNIT 1 CAT 1 SYS RH TYPC V NBR 00500 ITEI" -001 QR HEXT B)FD VALVE HK<R: UHIT 1 BYB RH YALYE HK<R 8039 XHBTF( VALVE Hk)R MECH DLTAXL? YAI VE LIST DISPLAY/HAIHTEHAH(:E Vhl.YE LXB>T REYXS>IOH 033 VAI VE NIJHBER 1-1RH-V-00580 -001 VALVE c)AFTY TRN BB LAB)T REV IS QN I 029 OPERATOR H LINE NIJHBER 1 RH 012
- 806 0839 SB 1 0 NOH INAL 8) I ZE 01 2 . 000 P/W THXCKHEc>s>/c>CI-I c>CI I 1 40c)
ENDS CODE BW GRoUp coDr= I II DEB)XGH PRE:Ss)URE 2485 DEc> IGH TEMPERATURE 658 SI=ISHXC IA PRESS STD/ANSI nATG 15ee Pa NUVK<ER 173662 Po ITEN 87028 HATER IAL CI ASS H TYI"E GATE BFI) DRWG HK<R 5 S 1324 BFD VAlYE HBR Rl I 8839 DFSIGN G-DRWG 155 EHDRAC DRAMXHG 4528 LOCAT1oH G-DF(WG FLOOR ELEYAT1QH 221 00 VALVE EI CYATTQH 080 06 IIEXGI1T I-Rom I-.I.QQR 21 ee PLAHT loCATXQN-1 FT 800 lN 08 EAB'1'? ME".') T? QF Col. I='LANT LOCATION-2 FT 080 IH 00 NORTH'? SOUTH? OF COL REHARKB W TAG NO 12(iH88SEII DCA-Yi-2)2>3 12085001 1308 C 1-221-1 120179 I ~ ~ P I I 0 P ~ WSI \ \ ~ ~ rW ~ ~ h \ 6 6 h 'V V 4 %I AA
~,
Ak.X I YALYh". NLXT SFD VALYL
'NL HBR: UHIT
( I CA I '1 1 SYS RH 8'IS t<H I YI L Y VALVC NBR 0040 Hk<<< VVDVI J. I t Pl IHSTR YALVE HBR
"->JV1 HEClt DETAXL7 Ul<
VALVE LIST DISPLAY/MAIHTENhNCE VALYE L1ST REVXSIQH 033 YAIh VCI HUHK<CR ~ I 1-1RH-V-06501 ~ r ~
-801 I I VALVE ~I ~
~
SAFTY Tf(N S)A I~
~~
~
LAc>T RFvxcSIQH 0~9 QPt=RATGR Iu~ I
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H LIHF HUHK<I=R 1 RH 012 . 008 8039 SB 1 0 I ~
~I HOMINAL 8)
CHOS
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COOC I IZEc 01 ~~ BM 2 .I
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000 P/lJ Tl-l3:CKHES".)/SCH GROUP CODE BCH I II 1 lees oEsxcH rREssuflE .".<85 DES) I GH TEHPERATUflE 8)56 BEISHI C IA r-REss s ro/ANsx RA rc 1589 Po HUHK<ER 1 73662) Po XTEH 870 t K< MArERIAL ci Ass TYPE GATE SF D DRWC; NK<R 0 0000 SFO YALYE HBR RI I 8640 DFSIGH G-DRWG 155 EHDRAC DRAWING 4529 LOCATIOH G-1)flWG FLoofl ELEvATxoN ..21 Qe vAI vE cLcvATIGN eee ee HEIGHT FROM FLOOR 221 80 PLANT LC)CA7'3:QH-1 F7'08 3:N 00 EA') T" WERT~ C)F COL PLANT 1..(3CATX(3N-2 FT 000 IH 00 NOR rt-I7 sourtI7 GF coL ftFHARKS) W TAG No 12GH888)EH M/Ls DCA-H-223 12885081 1300 C 1-221-1 120179 NEXT VAL.VE: uHxT 1 cAT 1 sYs Rfi TYPE v NK<R e056- xTEH -ee1 GR NEXT SFD YALVE NBR: UHlT 1 SYS RH VALVE NBR 0001 IHS'l'R VALVE NBR MECH l>ETA3:L7 YALVE LIST DIBPI AY/HAINTI=NANCE VALYE Lxc3T REV1s>3:OH 933 VALVE HUHBCR 1-1RH-V-80502 -001 YALYE SAF TY TRH SB LAST flEvx. IQN e..9 Oi Ea*TQik H l INC NuMBI:-R 1 R)1 e12 . epe ee38 SA HOMINAL sXZE e12 . eee P/W THX(:KHESS/BCII SCH 149$ ENDS C(3DE BW CROUP C(3OI= I:I.' DFS)IGH F'RESS)URE 2485 DE'.) XGH TEHF'ERATURE 658 SLISHIC IA r tit=ss sro/AHsx RArc 15ee
'Q HUHK<Ef( 173662 PO ITEM 8702A HATCRIAL CLASS H TYPE GA'I'C SFD 1>flMG HK<R 0 0800 S)FD VALVE NK<R eee1 DEBXGH c-DRMG 155 EMDIRAC DRAWING LQCAT1C)N G-DRllG FLOofk FLEVATIQH 2".?1 00 vAI.vE ELcvATxoH eee ep HFIGHT FROM FLOOR ~" 1 00 PLANT LOCATION-1 FT 000 IH ee EA ST 7 WE.i7'7 QF COL PLANT LOCAT1QH-2 FT 080 IN 00 NORTH" SOUTH~ OF CGI REHARKB W TAG NO 12GH88BEfl M/L.S PER CQL-314h PLH7'AXHT SHOULD INCLD A CHLCK GN VALV ENSURE NO LEAK DIJF To SMITCI1 1208508'? DCA-Hi-223 1388 C 1-221-1 120179 NEXT VALYE: UNXr 1 cAT 1 SYS RH TYPE Y HBR 06583 ITFM -061 OR NEXT SFD VALVE NBR: UN1T 1 BYS RH VALVE HK<R 8002 XHS>TR VALVE HK<R H(=CH OETAXL:
VALYE I IBT DIBPI AY/HAIHTEHAHCC VALYE LIST F(EVXS>XOH 033 VALVF HUHBER 1-1RH-V-00503 -001 VALVE Shfc'rY TRH SA LAc)T REYXSXQH Q .)~) (3PERATGR M LINE HUHBFR 1 RH 612 . Vep 0038 SA 0 NOH XHAL 8) IZE 01 2 . 000 P/W THXCKHEscs/SCH BCI-I 1 des I:.HDS CGDF BM GROUP CODE IXI DES>3:GH PRESS)URE 2485 DEc>IGH TEHiPFRATURE 658 SF ISHIC I PRr=ss STD/ANSI RATc 1588 PO HUMK<EF( 173bh2) PO XTEH C)701 A HAT(.:RIAL CLASS H TYI='E GATE BFD DRMG HBR 0 0800 c'FD VAL VF HK<R 1 RH 8602 DCSIGH G-DRMG '< 55 (=HDRAC DRAWXHG 4528 LOC:ATXQH Ci-Df(WG L.C)C)fl ELEVATXOH 221 80 VALVL" FLLV*TIOH QOO 80 lil'=IGHT I=RGH Fl OGR 221 00 PLAHT LQCATXQH-1 FT 000 XH 00 EAS) T7 WEc)Tg GF COL I"LANT I GCATIGN-2 FT QOO IH 90 H(3RTH7 SQ(JTH7 OF CGI.
~ . ~
I?08 >882 I 300 C i -."?2I.'i i 20i 79 HEXT VALVE: Uw lT i CAT SYS SI TYP = Y HBR 008i 7 1TLH -eei (3iR HEXT BFD VALVE HK<f>: UHXT i c>YK> SI VALYE NK<R 0608 XHBTR YALYE Nk<R HI=-CH DETAxL: VALVE LIST DISPLAY/MAINTENANCE VALYE LTBT f(EYIBXOH 833 'ALVE NUMBER i -i SI-V-800i 7 -00i VALVF. $>AFTY Tf<H $)A LAS) T REVISION 829 OPLRATOR LINE N(iHBER i sx ee' eee eeia sA 0 HQHXHAL SIZE 002 . 000 P/M TI I X CK HEBS)/BCI I SCI-I-i 8) 0 ENDS CODE BM ( ROUP CK)DE III DESIGN f f<EB. Uf<E; 48.> l)ES)1GH TEHf"ERATURE 656 SEISHXC IA PRESS STD/Awsl RATG i52i i a HUHK<Ef< 435>657 PQ XTEH 82 HATERIAI CLASS K TYPE CHLCK BFD nf<MG HBf< 5 8 i 308 Sf D VALYE NBR SI 6888 DESIGN G-DRMG i 55 EHDRAC DRAWING i 42'>>7 f'Loof( ELEvATxow .".". i oe LOCATXQH G-DRWG vAI vE EI EvATxow eee ee I(EXG)iT FROH Fl GGR 22i 00 Pl AiHT LOCATlow-i FT 080 IH 00 EAST ".WEST "i) OF COL PLANT I G( Arrow- FT eee Iw ee NORTH" SOUTH'P OF CGL RFHARKS DCA H 229 i 08eeei i300 C i-22i-i i20i79 HLXT YAI vE: UNIT i CAT i SYS SI TYI='E Y HBR 80023 ITFH -00i GR HEXT $)FD VALVE HBf(: UHIT i BYB $ 1 VALVE Hk<R 8809 XHSTR YALVE HBR HECH DETAXI VALVE I IST DISPLAY/MAINTENANCE VALVE LIS)T REVIB)l()H 033 VALVE NUMBER i-isx-V-00623 -00i VALVE SAFTY Tf<N BB OPERATOR HO)FINAL BxzE ee2 . eoe LAST LIHL REV 1 slow NUMBER i SI 00 P/M THXCKHEB)$/BCI-I
..029 000 08..2 BCI-I-ice
. B ENDS CODE SW GRouf conE xxl DES)1GH PRESSURE 2485 DES>1GH TEMPERATURE E)56 SEISHlC IA PRESS BTD/ANSI RATG i52i f>Q HUHiBER 4356 >7 Po ITEM 02 HATERIAL CLASS K TYPE CHI:=CK SFD DRMG HK<R 5 8 i 368 $>FD VALYF HBR i 8) I 8(>09 DLSIGW G-DRWG i55 EHDRAC DRAMIHG 'I 4297 LQCATlow G-DRWG FLOOR ELEVA7'IOH 22i 00 VALVE ELEVATXOH 800 00 IiEXGIiT )=ROM FLooR; 2i ee pLANT LocA7xow-i FT eee xw 00 EAK)T7 WEST"P OF COL PLAHT LOCAT IOH-2 FT 080 IH 08 NQIRTHV SOUTH'F CQL REMARKS DCA H 229 i208008i i 3ee c i -">2i -i i2ei 79 HEXT VALVE: UNIT i CAT i SYS BI TYPE V HK<R 66629 XTEH "-00i (3R HEXT BFD YALVE HK<f(: UHlT i ~) YS $>7: VALVE HK<R 00i 0 T.HSTfk VALVE HBR MECH DETAXI ?
VALYE I IST Dl:SPLAY/HAINTI=NANCE VALYE LXST f<EVIBXGH 033 VALVE NUHBLR i-isI-V-00029 -Oei VALVE $)AFTY TRH $)A LA.'BT REVI slow 029 OPERATOR LXNE NUMBER i S I 002 080 8826 SA NGHlHAL 8) lZE 002 . 000 P/M THICKNESS/BCH BC)I-i 8)6 EHDS CQDF SW GROUP CODE DESXGH PRES)s>URE ."?485 nEsxGH TEHf: Ef>ATURE 6'>6 SF ISHIC IA PRESS STD/ANSI 'RATG i 52i Po HUHK<ER 4350.'>7 Po 1TEH 0 I') HATLRIAL Cl ASS K TYI r= CHI=CK BFD DRWG HK<R 5 S i 308 sFD VALVE HK<R eeie DE$ 1GN G-DRWG EHDRAC DRA WING i 4297 LOCAT I ow G-nf(MG
~ ~ I ~ ~ P I t
- 1 J A FLOOR ELFVATXOW
~ I I, ~ P 0 %P 22i 80 I
YALYI= III=YAIlUH VVV VV HI=lb' I- RUM I I..IJIJN '21 VV PLAHT LOCATXOH-1 FT OOQ XH 00 EAB)T7 WEB)T7 GF COL..
I-LANT I OCATIGN- FT eee IH ee Hoi G(JrH7 OF (.",OL f(ENARKB DCA N 229 12080801 1300 C 1-221-1 120179 NEXT VALVC: UN1T 1 CAT SYS SI TYPE V HBR 66639 ITEN -801 OR HEXT BFD VAL.VE NBR: UNlT 1 8) YB VALVE HBR 6184 lH'.)TR VALVE HK)R NC=CH DETAXI 7 VALVL I IST DISPLAY/NAIHTEHAHCE VAL VE Llc>'T f(EY1c) 1QN 033 VALVE HUNBCR 1-1$ I'-V-08039 -001 VALVE BAFTY Tf(H SA LAcBT REVISI()N 029 GPCRATGR LINE NUNBFR 1 SI 082 . 080 0836 SA HQNXHAL $ 1ZE 002 . 800 r/W THXCKNE. S/. CH CH-160 ENDS CODC BM GRour- coDE IXX DEB XGH PRES).)URE 2485 DEB) IGH TENPERATLIRE 656 SEXSNIC IA PRESS BTD/ANSI RATG 1521 PQ HUNK<ER 435657 PO ITEN 02 NATCR IAL CLASS I< TYr-"c CHECK c>FD DRWG HKiR 5 cs 1 388 HEI(~HT BFI> VALVE HBR 8) I 8184 DES IGH G-DRWG 154 I=NDRAC DRAWING 10297 L.OCArXoH G-DRwG FLOGf( ELFYATXOH 236 08 VALVI= FLFVATION 800 00 FRON FI..GGR 236 08 PLANT LQCATlOH-1 FT 800 IH 00 EAB) T7 WEST7 C)f'C)L I"LAHT LOCATIOH-2 FT 008 IN 00 HoRrH7 SOI.JTt(7 OF CoL f(ENiARKB DCA N 229 12080801 1301 C 1-2)36-1 120179 NFXT vALvF: uHXr 1 c*T 1 sYs sx rYr-E v HKiR eoe~5 IrEN -eoi OR NEXT BFD VALVE HKif(: UHlT 1 8) YS $1 VALVE HKiR 01 05 INBTf( VALVE HKiR NCCH DETAXL7 VALVE LIST DISPLAY/NAIHTE)N)ANCE VALVE LIST f(EYIc)XOH 033 VALVL NUNBCR 1-1$ 1-V-86645 -001 VALYE SAFTY Tf(N BB LAB)T REY I B 1 ON 029 GPCRATGR LIHL= HUNBLR 1 SI 80 . 000 6646 SB NQNIHAL BxzE ee... eee P/M TH XCI HFc)$ /cJCI'I )CH- 1 66 EHDs coDr=. SW GRour- coDE xxx DES) XGH f'f(E:BBURE 2485 DEB) X GH TENf'ERA1'Uf(E. 650 SCXSNXC IA PRESS STD/ANSI RATG PQ HUNBER 435057 PQ ITEN 82 HATER I AL CI..ASS K TYPE CI IECK SFD DRWG HBf( 5 B 1308 SFD VALYE HBR 8) I 01 05 DESIGN G-DRMG 154 LNDRAC DRA WING 14297 LOCATION G-Df(WG FLOOR E.LEVATXQH 236 08 VALVE FLLVATIQN 000 00 HEIGHT I=RON Fl. GGR:.36 00 PLANT LOCATION-1 FT QOO IN 08 EAB)T7 WEBT7 OF CQL PLANT LOCATION- FT oeo XH ee NORTH7 SOUTH7 OF ("GL RENARI<B)
DCA N 229 12880001 1301 C 1-236-1 120179 NEXT VALVC: UNIT 1 CAT SYS SI TYPE V NBR 00651 1TLN -001 GR NEXT SFD VALVE HKiR: UHXT 1 c>YcJ c~l VALVE HBR 0166 1HB) TR YALVE HKiR NECI( DFTAXI 7 VALVE LIST DIBI"I AY/NAINTEHANCL. vAL.vE LXBT f(EVIBXQN e33 vAI vE HuNBER 1 -1 .I-v-eee51 -eei VALVE BAFTY TRH BA LAB)T RE:YIB)XQH Q ".) cP or-ERATGR LINE NUNKiER 'I B I 002 006 8843 BA HQNlHAL 8) IZF 002 . 000 P/W TI-IICKHEBB/BCH c~CH-166 ENDS CODE SW GROUP CGDC XII DEB XGH PRES>c)LIRE 2485 DE'.>XGH TFNf'"ERATURE 650 SEIBNlC IA PRLSS STD/ANSI RATG 1521 PQ HUNKiER 435657 f"0 I TFN 0 .) NATERIAL CLASS K TYPr= CI (I'" (,",I<
bl D l>t(Wlv Hf.<R:> b 1 ~ieU ",.>," I> VALVL Holt e)(>6 DESIGN G-DRWG i54 E)1DRAC DRAMlNG i4297 LOCATZOH G-DftWG F:LC)OR El.F.VAT XC)N 236 00 VALVF FLEVATlQH 600 00 HLIGHT FROM Fl GOR 236 00 LOCATION-i PLANT LOCATION-2 FT ee0 FT 000 IN 00 80 EAST'EST"i> NORTI37 SOUTH'l OF CGL OF COL REMARI<8 DCA M 229 i..eaeoei i30i C i-236-i i28i79 NEXT VAI VE: UNIT i CAT SYS SI TYPE V NBR 80063 XTIKtk -00i GR HEXT BFD VALVE HBR: L)HIT i BYS 8) l VAL.YE HBft ee7.> xNBTft vAlvE HBR MI:-CH DErAxl 7 vALvE Lxsr DxsrLAY/MAINTEtlnNcE VAl YE LXBT ftEVIB>IC)H 033 YALVE NUtiBER i -i sx-V-00063 -00i YAl YE c)AFTY TRH csA LAS) T REVISION 029 OPERATOR LINE NUMBER i SX 882 . 008 0863 SA i 0 NOMINAL SIZE 802 . 008 P/M THICK HEc>c>/SCH BCI-I-i 60 I=HDS CQDI= SM GRQUI" CODE XIX DEc) 1GH FPRE':cBSUftE 2485 DE81GvH TEMPE:RATURE 658 SF ISMIC IA PRESS STD/ANSI RATG 'l52i PQ HUMK<ER 435657 Po ITEM< 02 MATERIAL Cl ABS K TYI F CHFCK BFD DRMG HK<R 5 8 i 308 BFD VALYE HBR c~ I 88 7") DEBIGH G-DRWG EMDRAC DRAW IHG i 42'~"7 LOCAT1C)H G-DftMG iiFLOGR ELEVATXQN 236 00 vAI vE Ei EvA.rxoH eee ee HF.. IGHT FROM FLOOR 236 80 PLANT L.OCATIOH-i FT 880 IH 00 EAB> T7 MES) T7 C)F CQL PLANT L.OCATIQN-2 FT 000 IN 00 N(3RTH7 SOUTH'F CGL RFMAftKS 1>CA M 2."?9 i268000i i30i C i-236-i i26i79 HEXT YAI VE: UHXT i CAT SYS SI TYPE V HBR 06865 XTI=M -00i OR HEXT 8)FD VALYE HBR: UHXT i BYS BI VAl.VE HBR 8077 XHc>Tft VALVE HK<R MECH DETAXI -: vALvE I xsT Dxsrl AY/MAINrEHANCE VAl YF LIcBT REV1 SIC)H 033 YAI VE NUMBER i -i SI-V'-66665 '-00i YALVE 8)AFTY TftN 8>A LA81 ftE VxcJXOH 022 OPLRATOR H LINE NUtiBER i SI 00i . 680 Oi 06 SA 0 HOMINAL SIZE 88 i . 880 P/M TI-IXCKHE'.)8/BCII BCI I--i 66 ENDS C(1DE SW GROUP CODF III DEB IGH PREBBUftE <<?485 DE cJ X GH TEMF>ER AT URE 658 BI= I SMI C I PRESS STD/ANSI RATG i5i3 Po HUMK<Eft 435692 PG ITEM Oi MATERIAL CLASS K TYPE ~ PCl<l ESS Gl 0 BFD DftMG HBR 5 8 i 308 c'FD VALVE NK<R BI 0677 DESIGN G-DRWG i54 EMDRAC DRAWING <<) 65 1 LOCATION G-DRMG FLOOR ELEYATI OH 236 00 VALVE I=I EVATIOH 888 00 HEIGHT FltOM FLOOR 236 00 PLAHT LOCATXQH-i FT 688 XN 80 EABT7 WEST" QF COL PLANT I OCATIQN-2 FT 080 IH 80 H(3RTH7 SGUTH7 OF CGL ftFMARK8 i 20C)008 i i30i C i-236-i i?ei79 NFXT VAI YE: UNIT i CAT SYS SI TYPF V NBR 0006'i'TFM -(>Oi GR HEXT SFD VALYE HK<ft ~ UHlT i c>Yc> Bl YAL.VE HBR 0073 1HBTft VALVE NBft MF(.'3 DFTAIL> VALVE I IST DISPLAY/MAIHTEHAHCE VALVF LIST rtEVISIQN 033 VALVL. NUMK<ER i i 8 I-V"-66669 -08 i VALVE 8)AFTY TftH BK< LA'.3T 'EV 1 8) XC)H 029 OPERATOR LINE NUMBLR i 8 I 002 000 8859 SB 6 HOMlHAl. 8 I ZF.. 802 . 000 P/W TI I XCKHEBS>/BCI-I 8>CI I-i 66 ENDS CODE SW GROUr- coDE XXI DES XC'H F~REBBUFtE'. 2485, DEB>lGH TEMr- ErtATURE 658
b)=.Sbn J t; IA I )<I-bb b I U/AtilbL ISA )4 1 ';>:i1 PO HUHKiER 435>857 PO ITEH Q .) HA'I'ER1AL (.'I. ASS I< TYPE CHI'. Cl< BFD DRWG HE(ft 5 <<8 1388 Bf.D VALVE NBR $1 0073 DESXGH G-DRWG $ 54 EMDRAC DRA WING 14297 LOCATIQH G-Df(WG FLOOR ELEVATZOH 236 80 VAI VE LI EVATXQH 000 00 HF.IGHT FROM FLO(3R 236 00 PLANT LOCATION-1 FT 080 IN ee EAF) T? MEF) T? OF COL r.LANT I QCArIQN-2 I=r eee IH 00 HORTH? SOUTH? OF (.'(3L REHAf>KB DCA H 229 i2888881 3381 C 1-236-I 128179 NEXT VALVE: UNIT 3 CAT SYS SI TYPE V NBR 08873 ITEH -881 OR NEXT BFD VALVE HBR: UNIT 1 F>YS SZ VALVE HK<R 0075 IH<<>Tf( VAI, VF NBR HECI< D, TAXI: VALVE LIST DISPLAY/MAIN'rI=NANCE VALVE LX<<)T REVISION 033 VAI VE NUMBER f -1 SI-V-88873 "881 YAI VE F)AFTY Tf(N F)K< LAST f(EYX<<)1QH OPLRATOR H I INE NUMBER < 'I o 81 . 800 83 07 BB G Not'I XHAL SIZE 881 '. 000 P/M TIIXCKHEF)$/SCI-I F)Cf.l-k 60 I=HDS CODE SW GROUP CODE III DEF>XGH PRE<<~SURE 2>485 I DEF) GH TEMPERATURE 6ie SFZSNIC I PRf=SS STD/ANSI iRATG 'I 5<3 PO NUMBER 435892> Po X TENi 93 MATERIAL Cl ASS l< TYPL= PCKLFSS Gl Q BFD DRWG HBR 5 B 0 308 <<BFD YALYE NBR )1 80 i"> DESIGN G-DRIJG 354 EHDRAC DRAIJlHG 4653 LOCATION G-DRMG FLoof>. ELEVAT1QH 236 00 VALVE IgEVATIQN 000 00 HEIGHT FRQH FLOOR 236 00 PLAHT LOCATION-1 FT 880 IH 80 EAST? WEST? OF COL Pl ANT I..QCATXQN-2 I=T 000 IH 00 HQRTI~? . OurH i QF COL REHAf(l<$ F 1288888$ <38< C <-236-< <28<79 NI.=.XT VALVF: UNIT t CAT f SYS SI TYI"E V HBR 80075 lT-H =-881 NEXT BFD VALVE NE<R: UNXT i BYB SX Vhl YE NK<R 0874 INSTR VALYE HBf( HECI< r>L"rA3:I i VALVE I XST DIBI-LAY/MAIHTEHANCE CALVE L1$ T REVISION 833 VAI VE NUHEiLR 1 -3 SI-V-08075 -881 VALYE BAFTY TRH BA LAF)T f<EY1$ 1OH 82>cp OPLRATQR I INE HUNBER 1 SX 082 . 808 8855 $ )~~ Hot'I 1HAL F) I ZE 002 . 880 P/W Tl IICKHEBF)/F>CI"i BC) I'$68 ENDS CODE SW GROUP CODE III DFBXGH PRFF)F)URE 2485 'DEF>XGH TENPFRATURE 650 SEISMXC IA PRESS STD/ANSI RATG 3523 PO HUMK<ER 435857 PO 1TEN Q .) HATERIAL Cl ASS K TYPF CI.(I'=CK BFD Df(MG NBR 5 S 1388 <<BFD YALVE HBR ee73 Dl'=SXGH G-DRMG 154 EHDRAC DRAWIiNG 14297 LOCAT lQH G-DRWG FLor)R ELEVATZQH 23:) ee VALVL El LVA rIQH eee ee IJEXGHr FROM FLooR 236 oe PLAHT LOCATION-1 FT 000 XN 00 EAF)T? WEST? OF COI.. I-"I AHT LQCAT1QN-" I-'T 000 IH ee HQRrH? OuTH: oF Col REMARK F) DCA H 229 12888983 1 381 C 1 -236-3 'I28$ 79 NEXT YAI VE: UNIT 3 CAT SYS l I TYI"F Y HBR 8088$ ITEN -881 QR NFXT BFDF YALVE HBR UNIT 1 F
<<>Y<<$ <<> vALvE HBR 8879 IHBTf( vALv, NBf<
ill::CH DFTA T, L? VALVE LIST DXSPI AY/MAINTENANCE VALVE LIST f)EYX$3:QH 033 VAI VE NUMBER 1 -ISX-V-68881 -891 VALVE F>AFTY Tf(H BA LAF)T f(EYI.')3:OH ov>v> Ql"Fl)ATQR H LINE Hut~Br=R sx 88< .*oeo 9<e8 BA e V ~ VVVV Vi I ~, \+ V
< 1
q ~ I HU<'l.!.AF)i.. "..>.L I <::. VV! * (')VV <'/ 8 I <I J.< '<( f<< >a/ 5('I-< 5<'tl- i 5V ENDS CODE SM GROUP C(3DE IXI DES.I:GN PF(ESSUF(f:. 2>485 I) f.'".$ 1 GN rEf <PERATLJF(E 650 8EIS)ETC I PRESS srD/AHsI RATG 'I 513 PQ NLJHK<EI( 4358")) 2> PO ITf t't 01
)1ATER I AL CLASS I< TYPE PCI<I..ESS GL(3 SFD Dfl!,JG NK<R 5 $ 1308 $)FD VALVE NBR 8) 1 0079 DESIGN G-DRWG EHDRAC DRAWING 4651 LOCATION G-1>RMG FLL')OR ELEVATION 236 80 VALVF EI..I=VATIOH 080 80 HFIGHT FROH FLOOR 236 00 Pl.AHT LOCATION-1 FT 000 XN 00 EAS) T7 MES> T7 OF COL I"LANT LOCATION-2 I=T 088 IH 08 NQRTI37 SOUTH7 OF CQL REHARKS 12080001 1301 C 1-236-1 120179 HFXT VALVE: UNXT 1 CAT SYS SI TYPE V HK<R 88884 ITEH "001 QR HFXT SF D VAl.VE HBR: LJHXT 1 SYS $)X VALVE HE<f1 8127 IHSTR YALVE HBft
)1ECH l>ETAIL~
VALVF LTST DISPLAY/HAINTIKNAHCE VAL.VE l.IST REYIcSli)N 633 VALVE HLJHK<ER 1-1 S I-V-88884 -001 VALVE $)AFT Y TRH $>A LAS) T REY1$) I ol(l 829 OPERATOR LINE NUNK<ER 1 S I 8 8 . 888 8869 -A HOHXHAL $)IZE 802 . 000 f"/M THI CV HESS/SCI-I SCFI-"I 60 I=-HDS COD(=- SM GROUP CODE I1I DES)lGN PRES)$ )URE 2485 DEc) I GN TEHPEflA7'LIRE 650 SEISNIC IA PILI:-$ $ STD/ANSI RA'r G 1521 PQ HUHK<Ef( 43 >057 Po ITEN 02 I HATI=R AI.. CI ASS K TYPE CI.ILCK SFD DFIM(; HK<f< 5 '388 $)FD VALVE HBR 8) 42')) 7 I 0127 DESXGN. G-DRWG 154 Et'IDRAC DRA WING 1 LOCATION G-DRWG FLOOR ELFVATXOH 236 80 VAI YE EI...EVAT ION 000 08 HEIGHT FROH Fl QOR 236 80 PLANT LOCATION-1 FT 800 IH 80 FAS) T7 WES) T")> OF Col. PLANT I (3CATION-2 FT 000 IH 00 NORTH'OUTI37 OF COL ilEHAF(KS DCA H 2".>9 12080001 1381 C 1 236-1 128179 HLXT VALVE: UNIT 1 CAT SYS SI TYPE V HK<R 88887 ITEM -081 HEXT SF'D YALVE HBR: UHXT 1 SYS SI VALYE HBR 0376 XHSTR YALYE NBA MECH DETAIL" VALVE I.. I ST D ISI='LAY/HAXN TE<((ANCE VAl YE LlcST flEVISIOH 833 VALVE HU)1K<ER 1-1$ I-V -08087 -801 VAl.YE SAFTY TRH SA l AST REVI. ION 0 .>~> opLRA roR H LINE HU)1K<ER 1 8 I 08 888 0109 SA 0 HQHXHAL $ 1ZE 001 . 000 P/M THICK HEc>$)/cJCl I . CH-1<8 ENDS CODE SM GROUP CODE III DESIGN PRES>$ )LIRE 24c85 DES IGH TEHPEF(ATURE 658 SEISHIC I PRESS STD/ANSI RATG 1513 PQ HUHK<ER 43589."? PO ITEV 81 I I1ATI=R AL CLASS I< TYPE PCI<l LSS GI Q SFD DRMG NBR 5 S 1308 SFD VALVE HK<R c>3'376 DESIGN G-DRWG 154 EHDRAC DRAW3:HG p.g) 5 LQCATIOH G-DRMG FLOOR ELEVAT ION 236 88 VALVF ELEVATION 000 80 I(EIGHT FROV FI OOR 236 00 PLANT LOCATION-1 FT 080 IH 00 EAS) T7 WES> T7 QF CQL PI ANT LOCATION-2 FT 000 IH 00 HOIRTH7 SOUTH7 QF COL f<,EHARRS 12880881 1301 C 1-236-1 120(79 NLXT YALVL: UNIT 1 CAT SYS SI TYPE V HBR 00090 XTEH -801 (3R NEXT SFD YAl VE HBR: LIHIT 1 SYS SI VALVE NK<f( 0128 1NS) TR VALVE NBR
)1ECH DETATL7 VAI VE LIST DISPLAY/HAIHTEHAHCE VALYE Llc>T REVISION 033
~ ~ ~ VAI VL HU(1L>>LN 1-1bl-V-VVVYV -991 VAl.VE $)AFTY TRH $)B LAST flEVXSIOH e:.>9 al-"cRA raR LINE HuHBI=-R 1 SI ee... eee 6673 sB 0 HQH 3: HAL. c> 1ZE 002 ~ 080 P/W TH X CK NEc) $ /csCI-I 8) CI-I-1 68 ENDS CODE .W GRaur- C(3DE IXI. DES) IGN PRES>SURE 2485 DESIGN TE;HPERATURE 6.>0
.EI, HIC PRCSS STD/ANSI RATG 1521 PO HUHK< E fl 435857 P0 ITEH 0 ".)
HhrERIAL cLAss TYPE CHECK SFD DRW(v HBR 5 S 1308 SFD VhLYE HBR 8) I 91 28 DLSIGN G-DRWG 154 EHDRAC DRAWING 1 42'P7 LOCATIOH G-Df(WG FLOOR ELEVATIGH 236 90 VALVE ELEVATIQH 060 00 HEIGHT FRoH Fl.oaR .36 ee PLANT LC)CATlaH-1 FT 000 1N 00 EAST7 WEST7 OF COL PI AHT LGCAT10N-2 FT 000 IN 00 NoRrH7 SQUTI-I7 QF caL REHARKS) DCA H 229 12080001 1301 C 1-236-1 120179 HI=XT VAI VE: UNIT 1 CAT SYS SI TYPE V NBR 00093 XTEH -881 QR HEX'I'fcD VALVE HBR: LJH1T 1 SYS Si VAL,YE HBR 0132 IHSTF( VAl.VE HBR'FCH DFTA'.I.l 7 YALVE LIST DISI"LAY/t1AIHTLHAHCL YAl.YE l IST FLEV3:SIC)N 933 VAI VE NUHBFR 1-1 S I-V-00893 -061 VALVE $>AFTY TFLH SB Lhc) T FREY IcJ10H 9 )r) QPIKRA I OR H LINE NUHBER 1 SI 08 000 0110 SB HOHXNAL. SIZE 001 . 000 r/W TH3 CK NESS/c~cl I c'CH-169 FNDS CODE SW GROUP CODE III DES> IGH PRES)$ >URE 2485> DFSXGH TEHPEFLATUFLE 650 Sr.- ISHIC I I"RESS STD/ANSI RATG 1513 PO HLJHK<EFL 435692 PO XTE:H 01 HATER IAL Cl Ass K TYPC pcKLESS GLQ SFD DRWG NBA 5 S 1308 $)FD VALVE NBR $1 81 3") DI.=.SIGN G-DRWG 154 EHDRAC DRAWXHG 4651 L.(ic:ATIOH G-DRWr FLOOR ELEYATIOH 236 80 VALVE El EVATIOH 080 00 HCIGHT FRGt"I I=LGOR '.?36 00 PLANT LC)CATIL)H-1 FT 000 IH 00 EAS) T7 WES) T7 OF COL. PLANT L(3CAT IQH-2 FT 000 IN 00 NGR.rH: .our)i: (3F CQL FLEHARKS 12080001 1301 C 1- 36-1 128179 NEXT VAI VE: LJNXT 1 CAT SYS $ 1 TYPC Y HK>>R 00096 I TLH -001 QR HFXT SFD VALVE HBR: LIH3:T 1 $)YS $ 1 VALVE NK<FL 0129 XHc) TR VALVE HK<FL t1EcH DErhIL7 VALVE LTST DTSPLAY/HAXNTEHANCC VALVE LXS)T REV1$)3:OH 033 VALVL NUHBER 1-1$ I-V-00696 -001 YAL.VE SAFTY TRH $>h LAc) T REV1$ 1 GH
> 82 OPERA7'OR LINE HUHK<ER 1 SI 002 . 600 0877 SA HGH1HAL cSIZE 002 . 000 P/W THI ('K HEc)$ /c) CH c) CI"I-1 60 LHDS CODE I GH SW 2485 GROUP C(3DE III DES) PFLEscsufLE DESI GH TEHPERATLJRE 656 SEISHIC IA PRESS STD/ANSI RATG 1521, Pa HUt1K<ER 435657 Pa ITEH 02 HATER I AL Cl Ass K TYPE CHECK c'FD DRWG HK<R 5 c~ 1308 SFD VALVE HK<R $1 0129 DI=SIGN G-DRWG 154 L<IDRAC DRAWING 14297 LOCATION G-DR WG FLOQFL ELFYATIOH 236 08 VAI VE FLFVATION 800 00 HEXGHT FROH FL(3GR:?36 00 PLAHT LQCATXOH-1 FT 008 XN 00 Ehc)T~ WEc OF CC)l.,
Pl AHT LOCATION-2 FT 088 IN 06 NORTH'OUTH'F COL REHARKS DCA H 229 12080001 1301 C 1-236-1 120179 NFXT VALVE: UHIT 1 CAT 1 sYs sI rYr-E Y NBR eoe98 IrEH -ee1 NEXT SFD VALVE: HK<R: UHXT 1 SYS $ 1 VALVE NBR 0130 1N'.>TR VALYE HBR
<1 L (
'I < 0 I= I A J. L?
VALVE I XST DISPLAY/tlAXHTIKHAI~CE VALVE L.IST REYXSXC)H 033 VALVF NUHK<ER 1-1$ I-V-80098 -001 VAL.VE BAFT Y TFLH SA LAS) T REV1$ IC)H OPERATOR = H LINE NUHBER 1 SI 80 080 8111 SA HQH1HAL SIZE 001 . 000 P/W Tl IXCKHEc)cs/SCM ')CH-1 E)8 LNDB CODE SW GtcouF cGDE IXI DES)XGH F"RES)$)URE 2485 DEBXGH TEHPE:FLATUFLE .i 58 bt- IbHXC PRLSS STD/ANSI RATG 1513 Po HUNK<ER 4358'))2 PO XTEH 01 HATER IAL CLASS K TYPE r.cKI Ess GLo SFD DRWG NBR 5 c$ 1308 $)FD VALVE HBFL 1 SX 8136 DI=SXGH G-DRWG 1 EHDRAC DRAWIHG 4651 LOCATION G-DRWG FLOOR ELEVATXQN 2)36 00 vALvF ELEvh rIGN eee ee HEIGHT FROM FLOOR 236 00 PLANT LQCAT1GH-1 FT 008 IN 00 EA$ 7 "'E.')1"' OF COI.. PLANT I OCATIGN-2 FT 800 Qe oR7'H? sou r H? OF CGL fLEHARKS) 12080061 1301 6 1 ->3')-1 120179 NEXT VAI YE: UNIT 1 CAT 1 SYS SI TYPE V HBR 00388 ITEH -001 QR NEXT $)FD YALVE NK<R: L)HXT 1 BYB) SI VALYE HK<R 8028 XHS) TFL YALVE HK<R HECH Dt='"1'AXI I..IST Dx.rl AY/HAIHrLNnNcE 'ALvE YALVE LIS) T REV1$ 1C)H 633 vhl vE HuHBER 1 -1 I-v-ee3e8 -eef tP I') VALVE B)AFTY TFLH SA LAS)7'LEVI<<SION Q OPERATOR H LINE HUHBER 1 SX 00 880 0331 SA HQHiXHAL SIZE 001 . 008 P/W THXCKHESS/cscl-I BC:H fwa ENDS ("QDE SW GRQUI" CODE DE ) IfN PRES')URE . 48"> DES 1 C'H TEHPERA7'UBE. E) 1'8 50 SEISHIC 1 PRFSS BTD/ANSI RATG PQ NUHE<ER 435092 PO I TEHi 01 HATERIAL CLASS K TYPE PCKI..ESS (.vl G SFD DRWG HE<R 5 S 1308 SFD YALVE HK<R BI 8028 DESIGN G-DRWG 155 Et"IDRAC DRA W I'( 4651 LQCAT1C)H G-DRWG FLOOR E:.I..EVAT3:C)H 221 08 vALvE El EvhrIoN eeo ee I Hl= G H7' ROH F LQ OR 221 60 PLANT LOCAT3:C)H-1 FT 000 IH 00 EAS)T? WEST? QF CQL rt AHT I GcATION-.. FT eee XH ee N(3RTH? SOUTH? Gl= CGL REHAR S 12080081 1308 C 1-221-1 120179 HI=XT YAI VE: UN 1T 1 CAT 1 SYS SI TYI.'E V HBR 00389 ITEN -001 OR HEXT $>FD VALVE HK<FL: UHIT 1 $>YS BI VALVE HK<FL 0027 IHSTFL VALVE HK<R DLTA'.C I ? vALvE I IST DX r-LAY/HAXHrFNAHcE VALVE LXST REVXS)IQH 033 VALVE HUHBLR f-fsX-V-88389 -001 YAL VE csAF TY TFLH csA Lhs)'I'EVIBXOH Q .> .) OPERATOR H LINE HUHBI=R f S X 08 000 0331 SA 8 HQHlNAL <<SIIE 001 000 P/W THXCKHE<<~<<J/<<SCH $)CFI f 8)8 ENDS CODE SW GROUP ( GDE XXI DESIGN PRESSURE 2485 DFc) XGH TEHPEFLATUBE<< 6' SFISHIC PRESS STD/ANSI RATG 1513 Po HL)tfK<ER 43589:? PG ITEH 01 HATERI AL CLASS K TYI<>F PCI<LI:-$ $ GLO
$)FD DRWG HK<R .> S 1 388 BFD VALVE HBR 8) 1 0027 DESIGN G""DRWG 155 EHDRAC DRAWING Ab51 LC)CATION G-DFLWG FLGGfL ELEVATIQH 221 08 VALVE ELEVATXGN 008 08 I(EXG)tT FRGH FLOOR 221 08 PL.ANT LC)CAT IC)N-.1 FT 000 XH 00 EAST? WEST? OF COL PLANT I QCATIQN-2 FT 000 IH 00 Nore r'I i sou rH? GF CGI REHARKB
1';.'VU0001 1 >00 u 1 2' 1 1 "01 SI TYF'E V HBR 0031 0 1TCH -'001 ('>'YS HI='XT YALYI:-: UHXT 1 CAT 1 <7R NEXT SF I> VALVE HK<R: IJH1T 1 8) YB BT VAL VE HK<R 0033 INSTR VAL VE HBFL HECH DETAIL' VALYE I IST DISPI AY/HAINTFHAHCE VALVE LIST REYX.') XOH 033 VAI VC HUHBER 1 -1SX-V-0()310 "-001 VAl YE SAFTY TFLH BB REVXBXOH 027 OPLRATOR L IHE NIJHBLR 1 S I 00 1 . 000 0332 SK< 1> 0 HOHXHAL $ 1ZE 001 . 000 P/M TH3'CKHE~)S/SCH ')CH 1~)0 LNDS CODE SM GROUP CODE XII DESIGN r>REBBUFLE 2><85 DESIGN TEHPEFLATURE 650 SEISHlC I PRESS STD/AHSX RATG 1513 PG HUHK<ER 435092> PO XTE H 01 HATLRIAL CLASS K TYPE PCKI.ESS Gl G SFD DRWG HK<F< 5 S 1308 SFD VALVE HE<R Sl 0033 DI=SXGN G-DRWG 155 EHDRAC DRAWING 4651 LOCATION G-DFLWG Fl QGR ELEVATXQH 221 00 YALYL LLEVATION 000 00 HEIGH'I FRGH Fl OOR 221 00 PLAHT LQCAT3:OH-1 FT 000 IH 00 EAST ">> MEE) T7 OF COL FLANT LOCATION- FT 000 IN 00 NORTH'? SGIJTIi'? GF CGL FLEHARKS DCA-H-'l38 12080001 1300 C 1-221-1 120'l79 HFXT VALYE: UHIT 1 CAT SYS SI TYPE V HK<R 00311 ITLH -801 GR HEXT SFD VALYE HBR: UHXT 1 SYB SI YAL VE HK<R 0034 XHBTFL VAl.VE HE<R Hl'. CH Dl.:TA I I 7 VALVE LIB7 DISPLAY/HAXNTENAHCE VALVE L1BT RE:VIBlOH 033 VAI VF HUHBFR 1-1SI-V-00311 -001 YAl YE .')AFTY TRH BB Lh.'7 REVI. T,QN 027 OPCRATQR H LTNC HUHBER 1 SI 00 1 . 000 0332 SK< HQtIIHAL $ 1ZE 001 . 000 f"/IrJ TFII CKHESS/SCH ;C I 160 ENDS CODE SM DE;SIGN PFLES 'UFLE 2485 GROUP CODE DESXCiN TEHF EFLATUFLE lII 650 SEX SHIC X Pl%i'=SS STD/ANSI RATG 1513 PG HUHK<ER 435>092> PQ I TEtk 01 HATER IAL CLASS K TYPE PCKI ESS GI,G SFD DRlJG HK<R 5 8 1308 '.)F D VALVE.: HK<R 00 i4 DESIGN G-DRMG 155 EHDRAC DRAWING 4651 LOCAT1QH Ci-DFLWG FLGQFL ELE;VATXOH 221 00 VALVE LLEVATIGH 000 00 HElGHT FR(7H FLOOR 221 00 PLAHT LC)CATXGH-1 FT 000 IH 00 EAS> T ">> WES) T7 OF CGL PLANT LOCATION-2 FT 000 IN 00 HQRIH~ SOUTH" OF CGI REHARKS) DCA-H-138 12080001 1300 C 1-221-1 120179 NI".XT VALYE: UNIT 1 CAT 1 SYS SX TYPE Y NBR 00312 1'TEH --001 GR HEXT BFD VALVE NK<R: UNIT 1 8) YB SX VALVE HBR 0039 XHS) TR VAl YE NBR HECH DLTAIL'? VAI VE I IST DTBF'I AY/HA3:NTFHAHCL. VALVE LIST REVIS)3:OH 033 VALVE HUHBER 1-1SI-V-00312 -001 VALVE SAFTY TRH SA LAB)T REYIB3:GN 027 GPCRATGR H LINF NUHBLR 1 BX 00 000 0333 SA 0 NGH XHAL 8 I ZF:. 001 . 000 P/W Tl-IXCKHES)S/S)CH SCH 160 I-"HDS CODE SW GROUP CQDC IXI DES>IGH PRESS>IJRE 2>F85 DE:SXCiH TEHF'E;FLATUFLE 8) 50 bLf'CHIC I PRESS STD/ANSI RATG 1513 PG HUHBER 435092 PQ XTEH 01 HATER IAI. CLASS K TYPC PCKI. ESS Gl G SFD DRWG HK<ii 5 1308 BFD YALVE NK<FL 8) 1 0039 DESIGN G-DRWG 155 EHDRAC DRA(iJ IHG 4651 I..QC:ATXGH G-DRWG FLOOF< ELEVATXQH 221 00 YALVC El EVATIOH 000 00 HEIGHT I'-"ROH Fl OOR 00 PLAH7'..OCAT3:C)H"1 FT 000 IH 00 EAB) T ">) WEST'? GF COL.
LuuA<J.un-'~ I-I vvv Lls ve Hue,lw UI- CUL DCA-H-138 suuIH'EHARKB 12080801 1300 1-221"-I 128179 NFXT VALVC: uHx r 1 CAT 1 'S SI C TYI E V NK<R 0<)313 ITLH -86'I GR NEXT Sr'D VALVE HK<fi: uHX7 1 <<Y>> SX VALVE NBA 88~8 XHSTR VAL.VE HK!Fi HECH Dl'='TAIL? VAI VF LIST DISPLAY/HAINTI=HhNCI= VALVE LlsT REVISI:(3H 033 "" VAI VC HUHBLR 1-1SI-V-00313 -081 VALVE c>AF' Y TRH BA LAS> T REV183:OH 027 Gr I-=RA TOR I INC HUHBCR 1 SI 08 . oee e333 sA 0 HOHlHAl. S IZE 001 . 000 P/M TH3:CKHES>S>/B>CI-I BCI I 1 60 LHDS CODE SM GROUP CODE III DEc> XGN PFLEscSURF 2>485 DFS I GH TEHPEFLATLJRE 650 SE:(SHI C I pRcss srD/ANSI RArc f 513 Fn Nu<<K<ER n35ev2 PO ITEH 01 MATERXAI Cl Ass K TYPC I='Cl<LEBS GLG BFD DRWG HK<R 5 8> 1308 S>FD YAL.VE NK<fl 1 .X 664O DESIGN G-DRMG f 55 EHDRAC DRAWIHG 4651 LOC:ATION G-DRWG FLOOR ELEVATXOH 221 00 YAI vE El E'>ATX(3H ooe ee HI=IGHT FROM FLOOR 06 PLANT I,.QCATlON-1 FT 008 XH 80 EAB>T? MES>T? (IF COL Pl AHT I OCATION-2 I'=T 088 IN 00 HORTH? SOUTH? <3I-':GL RE'<'IARKc> DCA-H-1'38 1: eaeeof 1300 C 1-221-1 120179 NCXT VAI VE: uHXr 1 CAr 1 SYS SI TYPE V HK<R 08314 ITLH -001 OR NEXT BFD VALYE HBR: UHI'I' SYB Sl VAl VE. HK<R 8880 lH'>TR VAI.VE. HBR Hf.=.CH DCTAXL? VALVE LI' Dxbl=l AY/HAXN7 .NANCE VAlVE l. I ST fLF Y I 8 I QH 033 VAI VE HUH'~ER K 1-1SI-V-08314 -001 VALVE S*f 7'Y TRH BA LAc> T REV 1 s>I GH 822 OPERATOR H I 1NE NUHK<CR 1 Sl: 001 . 880 8108 SA HO<<XHAL SIZE 001 . 800 P/M TIIICKHESS>/S>CFI BCII160 ENDS CODE SW GROUP CODE IXI DE'GH 'Rf c'RE '48~ DE. IcN TE<<f Erich TUFLE 65e SLXS<<XC I r.R(=.ss "rD/ANSI RATG r.a HUHK<ER 435692 F'"Q XTEH 81 HATCR IAL CI..ASS K TYPE PCI< LESS G I.O SFD DRMG HK<R 5 S 1388 SF'D YAL.VE HK<FL 8> 1 0888 DESIGH G-DRMG 154 CHDRAC DRAWING L.OCAT ION G-DFLMG FLOOR El EVATIGH 236 88 VALVE ELEVATIQN 000 80 ITEX( HT FROM I-LQGR '36 00 PLANT LOCATlOH-1 FT 800 XH 08 EAST? WE'.) T? GF CGL PI..AHT I OCAT7:GN-2 FT 000 IH 00 H(3RTH? SOUTH? QF CGL REMARKS> 12080001 1301 C 1-236-1 120179 HCXT VALVC: UH1'T 1 CAT 1 SYS SI TYPE Y NBR 80315 :LTI=H -001 (3R HEXT BFD YALVE HK<R: UHIT 1 csYB BX VALVE HK<R 8876 1HBTFL YALVE NK<R
!'IECH X)ETAXL?
VALYE LIST DXSPL.AY/HAXHTEHAHCE VAI VE l TST PF>rX~>IQH 8-13 VALVE NUMBER 1-1 Sl-V-00315 -001 VALVE BAF TY TRH BB LAB>T REV I 8> ION 8 ~r> Ol"LRATOR H I.. INE HUHK<CR 1 S I 081 008 81 07 SB HQ<<IHAL SXZE 081 . 000 P/M THXCKHFc>c>/c>( II S>CI-I-1 68 ENDS CODC SM GROUP C(3DE 3: 3: I DES 3:GH PREBSUFLE 2485 DES>1GH TEHPEFLATLJRE 650 BI= IS<< C I I PRESS STD/ANSI RATG 1513 PG HUHK<ER 435692> PLI XTEH MATCR IAL CI ASS TYPF PCI<LESS G I.G BFD DRMG NK<R 5 S 1308 S>FI) VALVE HBR 8> I 8876 DF SICH G-DRWG EHDRAC DRAIJ3;Hc 0651
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LUCE1 ( IU5 b-l)l'(Wb I- LUUI'< L:.Lt'llI j.UB '>F6 VV VAI VE El EVATIOH 080 00 HEIGHT FRQH FLOOR 236 88 PLAHT LL)CATTQH-1 FT 808 IN 00 EAe> T" WFc> T"'OR OF CQL r.LANT I ocATxaN- FT eee IN ee T)1: B(3urw7 GF CGL REHARKB "iI 2080081
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1301 C 1-236-1 1201"i'9 NEXT VAI YE: UNIT (AT SYS SI TYPE V NBR 80316 1TEM "-091 ~r
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1 1 SYSI~I 1 SI VAL.VE HBfl 0078 1HBTR YAL.VE NBR GR i'IFCH DETAXL7 VAI VE I...IST D ISPI AY/HAIHTENANCE YALVE LIB)T REcVISIOH 833 VALVE NUMBER 1-1BI-V-00316 -001 YALVE SAFTY Tf>H SA LAB)T REVISION 8.) .) ar- I=-RA raR I..IHE HIJHK<l:-R 1 SI 00 800 0106 SA HOMIHAI BIzE ee1 . Qee P/4J THICKNESS)/BCI-I '3CI-1-1 60 EHDS CODE SM GRauf caDE XT.I DES)1GH PREc)S)URE 2485 DESIGN TEMPERATURE 658 SEISMIC I PRIKSB STD/ANSI RATG 15'I 3 Pa NUHBER 435092 PO ITEM 01 MATERIAL CLASS I< TYPI= PCKI ESS GI O SFD DRMG NBfl > 8) 1388 BFD VALVE NBR BI 8878 DESIGN G-DRMG 154 FHDRAC DRAWXNG 4651 LO CAT 1QH G-DRWG FLQOFl ELEVAT1OH 236 80 VAI VE ELEVATIOH 008 00 Hr=-KG)AT I=ROM Fl OOR 236 00 PLANT LOCAT1QH-1 FT 880 IH 08 EAB) T7 WE:ST7 OF CQL PLANT I OCATIGH-2 FT 000 IN 00 N(3RTH'P SGUTH7 GF Col REMARKcs 12889981 1301 C 1-236-1 128179 HExr YAI YE:: UNIT 1 CAT SYS SI TYPL V HBR 00317 ITEH -001 GR NEXT SFD VALVE NK<fl: UNXT 1 8) YB Bl YALVE HBfl 0377 IHB)Tfl VALVE HBR MFCH DETAIL'> VALVE I IS T DISPLAY/MAINTENANCE VAL.VE LIST flEVIBIOH 033 VALVE HUMK<l=lk 1-1 BI-V-0031 7 -081 r~ r) VALVE SAFTY TRH SA I A. T REYIBIaN OPERATOR H I INE NUHBLR 1 SI 00 880 01 09 SA Na)1INAL BIzE 001 . eoe P/M TH XCKHESB>/B)CI-I ') Cl-I-1 68 ENDS CODE SM GRour- c(:)DI= I II DEB)XGH F'RE;SBUF(E 2)485 DFc)1GH TEcHPEF(ATURE 650, SE IS)'I IC I I Rl=ss srD/AH "I RATG 1513 f'0 HUHBER 4'3.>092 PO ITEM 01 HATER lAL CLASS I< TYPE I'-"(".I<LESS GLQ BFD DRMG HBR 5 B 1308 )F D VAl VL HBR '.) I 837 'i'651 DESIGN G-DRMG 154 LHDRAC DRAWING LGCATIQH G-DRMG FLQOF< ELEYAT QH I 236 00 HE IGH7"RGH FL(3GR VAI VE LI EVATIOH 080 08 PLANT LOCATXC)H-1 PLANT I QCATTGN-2 FT 009 XN ee FT OOQ IN ee EA') T 'EB7
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'o)7TH 236 00 QF" GF CQL caL REMARKS>
12080001 1301 C 1-236"-1 120'l79 NEXT VAI VE: . UN:ET 1 CAT SYS SI TYPE V NK<R 00318 ITEM -801 OR NEXT B>FD VAl VE HK<R: UNIT 1 B)YS SI YALVE HBR 0133 INB)7'R VALVE HK3f( MF(".H DETAII 7 VALVE I IST DISPLAY/MAIHTEHAHCE VAI..VE LXB>T RE:YXB) IOH 033 YALVL HUHBER 1-1SI-V-00318 -001 VALVE BAf 7'Y TF?H csK3 LAB)T REVIBTON Q.) .> OPERATOR H I INE HIJHK<ER 1 S I 881 000 0110 SB HOHlHAL cBIZE 001 . 080 P/M THlCKHEB)s>/SCI I c)CH"160 LNDS CODF SM GR(3UP CODE IXI DEB 1 GH Pf(EBBURE 248.'> DEc> I GN TEMPERATURE 6.>0 SEISMXC I I RI=SS STD/ANSX RATG 1513 PO HUHK<EF>. <35892 F'O ITEM 01
(..'H NA < I I<lAI CLASS I( I YI-'b. I"ul(l Lbb L>LU BFI) 1)RWG HBR 5 8> 1388 BFD YALYE NBR B>X 8 ISA OESlGH G-DRMG EI'iDRAC DRA W IHG 4651 LOCAT1OH G-DRWG f Laaft ELE:VATXQH 2)36 00 VALVE EI..EVATION 008 00 HEIGHT FRQ)1 FLG(3R 236 80 PLANT LQCATXQH-1 FT 800 80 EAS> T7 MEB> T7 OF COL r.LANT I..QCATIQH-2 '-T eee IN 00 HGRTI>>7 BOUT)>>7 QF C(3L REI'IARLK(8 1208Q001 1381 C 1-236-1 120179 NLXT VALYE: UN 1T 1 CAT SYS SI TYPL V HBR 88319 XTEH -881 OR NEXT SFD VALVE HK<R: L)HXT 1 8) YS SI YALYE HBR 8131 IH<<) TR VALVE NK<R mEcI>> DErA:r.l 7 VALVE LIST DISPLAY/HAXNTEHAHCE VALVE LIST fLEV1$)ION 833 YAI VF HUH BER 1 -1 $ 1-V-8831 9 -801 VALVE <<)AFTY TRH $)A LAST REVISIQH QPCRA'rGR H LINE NIJHK<ER 1 SI 00 088 8111 SA NQH I HAL 8) 1ZE 801 . 000 P/W THXCKHE<<JB/SCH SCI-I- 1 68 ENDS CODE Sw GROUP (".(3DE IXI DEB> IGH Pf(ESS(JRE 2485 OE. IGH TEI1PERATuRE 658 SEISHIC I r-Rf=ss 7O/AHsI RA rG I 513 PQ HUNK<EEL 435892 PO ITEN 81 NATERIAL CLASS K TYPE PCKLCSS GLG BFD DRMG HBEL 5 ') 1888 $)f D VAL.YE HK<R ".> I ~ O 1 .<1 4651 DESIGN G-DRWG LQCATlaH G-DRMG ii 54 I=I>>DIRAC DNA WING FLOOR EL EVATXQH SOUTH'2" 236 00 vALvc cLLvArxoH eee ee HFIGHT FR(3H Fl QOR 236 08 PLAHT LOCATXOH-1 FT 000 IH 00 EAST'EST'GRTI>>7 QF CQL PLAHT LQCATIOH-2 FT 880 IN 08 GF C(3L RENAELK 8> 12e80eei 1381 C 1-2)36-1 120179 NEXT VALVC: UNIT 1 CAT SYB SI TYPL Y NBR 80322 I7'EH -801 <3R HFXT BFD VALVE HK<R: UHTT 1 BYB $ 1 YALVE HK<fL 8273 1H$ 7'R VAL.VF HK<fL I>>ECI>> DETA:f. L7 VALVE Lls T OISPL AY/MAINTENANCE II VALVE LIST REVIB)1QH 833 VAI VE NUMBER 1-1$ I-V-88322 -801 VALVE $)AFTY TRN $)A LA')7 RFVTBIQH GPLRAT(3R H LINE Nu)>>K<I=R 1
'." I ee 880 8 '41 bA 'I 0 NOH IHAL $ 1ZE 001 . 008 P/W Tl-IICK HE.') <<>/<<) Cl-I 8) CI-I 1 68 ENDS CODE Sw GROUP CGDF III DESIGN PfLESSURE 2485 DESIGN 7'EHf>ERATURE 650 SEISHIC I-Ress "7O/AH I RArG 1513 Po NUHBER Pa XTE:H 01 CLAss 43'9'>>ArERXAL TYPE PCKLI=BS (vLO BFD DRMG NK<R 5 B 1389 <<>FD VAL VE HBR Sl 8273 OCSIGH G-DRMG 5 G 0809 E)>>DRAC ORAwXHr. 4651 L.QCATXON G-ORWG FLOOR ELEYAT1GH 236 00 VALVC CLLYATXON 800 00 I>>I='XGI,>>7'RQI>> Fl ooR 236 00 PLANT LQCAT3:L)H-1 FT 800 1H 08 EA$ 7".> OF COL.
PLANT L(3( ATION-" WEST'oR FT 000 IN 08 rl>>: ou'rH~ OF ("GL RENAELK << 128"))8881 1381 C 'I -:2)36-1 128179 NCXT VALVE: UHXT 1 CAT SYS Sl TYPc V HBR 88323 ITEN -001 (3R NEXT SFD VALVE NK<fL: UNXT 1 BYB 8) T. YAL.VE NK<fL 8274 INBTfL VAL VL HK<fL HECI1 DErAIL'7 . VAI VF I..XST OXSPI AY/HAINTEHAHCE VALYE LXST fLEVI SION 833 vAI vE NuxBEn 1-1$ 1-vh-ees2s -eei VALVE SAFTY TRH BA LAST RE:VISION Q.) .> QPFRATOR H I INE HIJHK<l:-R 1 Sl 001 . 000 8341 SA NGYiIHAL $ 1ZE 881 . 800 P/W TI IXCKHE<<$<<)/<<)CI-I $)CI3 1 60 LNOS CODE SW GRour-h\ hl h \~ canc hlh 1>h V I I ll ~ h~
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HATER AL CLASS l< TYI- I= PCI<l L=SS GLQ SFD DRWG HBR 5 8) 1309 Sf'D VALVE NBA .') I 0274 DE, XGN G"-DRWG 5 r, eee9 LMDRAC DliAWXHG 4651 LOCATION G-DRWG FLGQF( EI EVATXON 236 00 VALVE LI LVATIOH 800 00 IIEIGHT (=ROM Fl aoR 236 08 PLAHT LOCATION-1 FT 000 IH 00 WEST "> GF CQL r-LANT I acArxoN-. FT oee IN 00 NORTH7 SOUTH7 GF caL RFHhRK 8> 12090001 1301 C 1-236-1 120179 NEXT VALVE: UNIT 1 CAT SYS SI TYPE Y NBR 00324 lTEH --061 GR HEXT SF'D VALVE HBR: UH XT 1 c> YB ca I YALVF. NBfl 0275 XN'.) Tfl VAI.VE HBft HECH DETAXL7 VALVE LIST DISPLAY/MAINTEHANCF VAl VE L1'T REVT )XOH 0"53 VALYE NUMBER 1-1SI-V-00324 -001 VAlYE SAFTY TRH cBE3 LAc)T REVXS) IQH 0 .>~> G~I-RAro< H I.. INF NUMB F=R 1 s I oe 1 000 0342 SB 0. NQHINAL 8> IZE 001 . 000 P/M Tl-IXCKHEc>cJ/cscl I '.>CI-I 1 60 I=HDS CODE SlJ GROUP CODE XII DE') IGH PRESSURE . 48'> DESIGN TEMPERATURE 650 SLTSHXC I PRESS STD/AHBX RATG 1513 PQ NUMBER 435092 PO ITFH 01 HATERIAL Cl ASS K TYPI= r-cKI E-"s GLG SFD DRWG HBR 5 S 1389 B)FD VALYE HBR SI 8275 DEBIGN G-DRMG 5 G ese9 LHDRAC DRAWING 4651 LOCAT I QH G Df(WG FLOOR ELEVATION 236 00 VALVE ff.EYATIQH 000 00 HEIGHT FRoH FI aaR 236 80 PLANT LQCATIGH-1 FT 000 1H 00 EAS)T7 MEST7 GF CQL rLANT I acArxoN-. I=T eee xN ee NGRTH7 SOUTH7 GF COL RFMARK 8> 12890081 1301 C 1-236-1 120179 HI=XT VALVL: UNIT 1 cAr 1 "Ys sx rYr-E v HBR 003.5 xrrH -eei oR HEXT BFD YALVE HEIR: UNTT 1 S)YS SI VALVF. NBA 0276 IHSTR VALVE NBA Hl=cH DE'rAxl I..IST D I PLAY/MAINTEHAHCf. 'ALVE VALVE LXS)T f<EYXBXOH 033 VAI VE NUMBER 1 -1 S I -V-00325 -001 ALVE S)AFTY TRH BB LAST RFVI sir)H 022 OPERATOR H NUMBER 1 sx ee 000 0342 SB NOH X N Al. S I ZE 801 *. 008 P/M TI.IICVHES)B/BCI-I S>CI-I 160 LHDS CODE, DE'.) XGH PRESSURE 2485 W GROUP CODE I DE".) GH TEHF'"Ef(ATURE XIX 650 SEISMIC I PRESS STD/ANSI RATG 1513 PO NUMBER 435092 Po ITFH 01
>>ArERXAL Cl ASS TYPE PC!< l I'=Ss GLO SFD DRIJG NBA 5 8) 1389 BFD VALVE NBA 8) I 0276 DESIGH G-DRMG 5 G 0809 EMDRAC DRAWIHG 4651 LOCATION G- DRWG F>LOOF( ELE VhT XOH 236 00 VALVF LI EVATIGH 000 06 HEIGHT FROM FLOOR 236 00 PLANT LGCATXGH-1 FT 000 IH 00 EAS)T7 MEST7 QF CQL r-LANT I ocATxoN-2 FT eee XN 00 HORTH7 SOUTH7 QF COL REHAFIKc 12890001 1301 c 1-236-1 12e179 NEXT VALYE: UNIT 1 CAT SYS SI TYPE V HBR 00326 ITI=H -001 GR HEXT S)FD VALVE NBF(: UHI'I' BYB) 3 Sl YAl..VE HBR 0277 XHS) Tft, VAl VE HE3R Hf=CH DLTAXL7 YALVE I IST DISPLAY/HAIHTENAHCF VALVE Llc)T REVXc)XQH 033 VAI VI= NUMBER 1-1 S I"-V-08326 "-081 VAl.VE B>AFTY TRH BA LAST REVXBIGH 0.) .)
UI"LI.(A I UI< H I JHL HUNULN 1 SL 881 eve ()~08 SA HOH1HAl SIZE 801 880 f>/W Tl llCKNESS/'.)CI-I SCH 168 l=iNDS CODE SW GROUP CODE 111 DEc)1GH PRESSURE 2)>r85 DES>XGN TEHF'E<RATUF<E 658 SF SHIC
'.I'. PRFS STD/ANSI RATG 1513 PO HUHK<ER 435692> Pa XTEH 81 I
HATL'R AL CLASS K TYPF pcl<LI.:ss GLG SFI> 1>RMG HK<R 5 cs 130 SFD VALYE HK<R c)T 6~7(
DESIGN G-DRMG 5 G 0889 154 EHDRAC DRAIJIHG 4651 l.acATI QH G-DF<WG FLGGF( E.LEVATIQH 236 08 VAI VE ELCYATIOH 080 00 HEIGHT FRQH FLOOR 236 80 PLANT LQCATIQH-1 FT 800 IH 80 EAST? WES>T? or- cal.
f'I AHT I GCATION-2 FT 068 IN ee HGRTI<? SOUTH? QF CGL REHARI
12090001 1301 C 1-236-1 120179 NLXT VALVE: uHXT 1 c*T SYS SI TYPF V HBR 80327 XTEH -001 GR HFXT S>FD YALVE HK<R ~
UHXT 1 SYS col VALVE HK<f( 0278 X H TR > YAl VE HK<f(
HECIJ DFTAII?
VAI VE I..IST DISPLAY/HAXHTENANCE VALVE': LIST f(EVX SION e33 VAI YE HIJHBCR 1-1SI-V-00327 -001 VAl YE S)AFTY TRH SA LAS) T REV IS) IOH 0 ig r) r=.RA roR I'l-LINE NUHK<CR 1 S I 6 01 . 000 8""43 SA 1 8 NOH 3: HAL c) ZE I 801 . 000 P/W Tl]lCI<NES)S/SCII c>CFI 1 60 ENDS CODE SW GRoul- caDE XXI DES1GN PRES)SURE 2485 DES1GN TEHPERATURE 650 SFXSHXC PRESS STD/ANSI RAT G 1513 Po HUHK<EF( c 89 Po ITEH 81 HATERIN -Cl ASS l< TYI E PCKI FSS GLO Sf-D DRWC Nk<f( 5 ') 1389 8 f'D VAl.VE HE< R 8> I 0278 DESIGN G-DRWG 5 G 0809 154 EHDRAC r>)DMIN(; 4651 LOGAT1GH G-DRMG FLOOR ELEVATXGH 256 00 VAI VE ELFVATXGH 000 08 Hl=rGHT FRQH FLOOR ee PLAHT l.oCATI:ON-1 FT 000 1H 80 EAST? WES)T? GF CQL Pl AHT I acATIGN-2 I=T eee xH ee NORTH'i SOUTH' Ql= C(31 flEHARKS) 12896661 1301 C 1-236-1 120179 NI=XT VALYC: UNIT 1 CAT 1 SYS SI TYPL= V HBR 00333 lTEH 881 NEXT SFD YALVE HBF(: UHXT )> SYS XXX VALYE HBR XXXX XHSTR VAI..VE NK<f( XXX r>r...< ri Th I>
VALVI= I XST DISPLAY/HAINTI.:NANCE VALVE LIST REV18)1GN 833 VALVE HUHBER 1-1SI-V-00333 -881 YALVE SAFTY TF<H l.AS>T f(EVXSIQN 808 (3PCRATGR LINE NUHBER 4 Sx 800 . 750 0206 HOHxNAl .XzE eee . eee P/W Tl IICKHFScs/SCI f=NDS C(3DE GROUP CODE DES) IGH PRFS>s)(.)RE DESXGH TEHPERATURE S)I= ISHI C PI(I=SS 8'I'D/ANSI RATG Pa HLFHK<ER Po ITEH MATERIAL CLASS TYPE SFD DRWG HBR 0 0008 SFD YAl.VE HBR 0 DCSXGH G-DRWG FHDRAC DRAWXHG LQCAT I GH G-I>R WG ..36 80
)T'F FLOOR ELEYATXQH VALVC Fl CVATXQH 808 86 ilEXGHT FRQH Fl, OQR 000 80 f'I ANT LoCATXGH-1 f'T eee IN ee EA >T WE caL I>)LANT I.QCAIIOH- FT pee XH ee NORTH?,SQIJTH? GF CGL REHARKS)
NEXT VAl.VE: UHIT 1 CAT I SYS) Sx TYPE V HBR 00'.)07 ITEH -80'I GR NLXT SFD VALVE NBR: UHlT 1 SYS SI YALVE HK<R 8081 INSTR VALVF HBR DEsxGH XHF:af(H(<TIGH xNcaHFLE TE, K<u'I'Al.vF. RFcoRD r-OUND H E C I' DE A I L? YAI YE LIST DIsf'LAY/HAXH'I'ENAHCF ~ ~ 4 ~ ~ s . ~ '~ s a ~ mais ~ ~
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VA<..V" < J.b I <<L.Vl5iu)< end VALVE HUHE<ER 1-1 SI-Y-06587 "001 VAl.VE 8) AF T Y T RH 8) A LAST flEVXBIOH 629 OPERATOR LIHE HUHBFR 1 SX 086 . 808 6272 !"A HGH1HAL SIZE 086 . 880 P/M THICK HEc>S/c+CH S>CI-I-"1 60 ENDS CODE BW GROUP CGDF JXI DEc>IGN PREc>c)LIRE 2485 DES) XGH TEHPERhTLJflE 6.>8 SEISHIC IA PRFSS BTD/ANSI RATG 1~66 PO NLJHK<ER 1 621 48 PQ XTEH 89 ">'8 HATFRIAL LASS H TYPE CHLCK BFD DRNG HK<R ( 5 '308 Sro VAL.VE HE<V. 1 BJ, Opc)1 DI=SIGN G-DRWG 1 54 EHDRAC DRAWING 4476 LOCATION G-DFIWG ~ FLOOR ELEVATIQN 236 80 VALVE FLI="ATLQH 800 00 HCJGHT I=ROH FLOOR 236 GO PLAHT LOCAT1OH-1 FT 000 JH 00 EAST'EST7 OF Col PLAN T Loch TIOH- r- T eee XN ee NORTH: BOUT)i: QF COL RFHhRK. W ThG No 6C88 DCA H 223 12888661 1381 C 1-236-1 120179 HCXT VALVI:-: uHIT 1 chr 1 SYS SI TYPE V NBR 80508 ITEH -801 GR NEXT BFD VAL.VE HBR: UHI T 1 c> Yc) cs VALVE HE<R 8082 IHc'Tft VALVE NBA HECH DETAIL'. VALVF LIST 0 ISI"LAY/HiAIHTI...NANCE VALVE LIB>T NEVIS ION 833 VAI VE NUHBER 1-1 sl-V-00508 -801 YALVE .')AFTY TRH SE< LAc)T REVISION OPERATOR I JHC HUHE<LR 1 SI 006 . 000 0271 SB NQHIHAL sIzE eeh . eee f>/W THXCI<H~Scs/SCII ')CH-166 CHDS CODE BW GROUP CODE III DEB) XGH F'"FlES>BURE 248') DES) IGH TEHPERATURE 65>e SElSH JC IA PRFSS STD/ANSI RATG 1500 PO NUHE<ER 162148 PQ 1TEH 8998 HATERIAI CLASS H TYPE CI-IECI< S)FD DRWG HE<R 5 2 1388 SFD YALVE HE<F< S J. 008 "> DESIGN G-DRWG 154 LHDRAC DRAW 1NG 0 478 LOCATIQH G-DRWG FLOOR FLEYA'I'ION 236 00 VAI VE EI EVATION 000 00. HFIGHT FROH FLOOR 236 06 PLAHT LOCATION-1 FT 000 XN Oe EAS) T7 WES) T'7 OF COL r-LANT I..QCATIGN-2 FT oee IH 00 NORTH> SOUTH> OF COI 'REHARK.J M TAG HQ hc88 DCA H 223 12880081 1381 C 1--236-.1 120179 HLXT VALVE: UNIT 1 CAT SYS SI TYPF V HBR 08509 lTEH 001 GR NEXT BFD VAI..VE HBR: LJHXT 1 BYB Bl YhLVE NBA 0883 1NS>TR YALYE HBR Hl=.CH DFTAII > VALVE LIST DISI"LhY/HAXHTFNANCC VALVE LIST RFVXS)X()H 033 vhLvL HuHBcR 1-isI-v-68>89 -eei YALVE c)AFTY TflN c>A flEVISXQH 82>9 OPERATOR NuHE<CR 1 sI 606 . eee 6; 7e sh 1 e NOH< IHAL 8) I ZF. 806 . 800 P/W THICI<HESS)/BCII B)CH-168 ENDS CODC BW GROUP CODC 1X DEc>) IGN PflEBSufiE 2<85> DES) I GH TEHPEF(ATURE 656 SEISHXC IA I-Rc s srD/AHsI RATG 1566 PO HUHE<ER 162>148 PQ XTEH 8998 HATERIAL CLASS H 'r YPE CHI....CK SFD DRMG NBR 5 S 1308 SFI> VAl VE HE<R oe83 YALVE'AS>T DLSXGH G-DRNG LGCAT1 QH G-I>RWG YALVE ELEVATION 000 00 PLANT LOChTlQH-1 FT 000 1H 08 EHDRAC DRANIHG FLOOR ELEVATION HCIGHT FROH FLOOR EAS f'P ME') T")> 4476 2>36 08 236 00 GF CQL PI..AHT LOCATION- FT 600 XH 00 HGRTH" SOUTH" GF ("GL REHARKS) W TAG HQ 6C88 DCA H 223 12080081 1301 C 1-236-1 120179 Hl'=XT UHlT 1 CAT 1 SYS SJ. TYPI= V HBR 00510 XTEH -001 OR
N' I 'k)<. (> VALVE Hk<R: UHl I '1 SYb Bl VALVE HJ!R 81~5~1 LH') I t( VA<..VL Hk<R i(L(".H DLTA Il '? VAI VF I 18f DXSPI AY/HAIN f LHAINCE VALVE: l.I.'>7 REVXSXOH 633 VAI VE HUHBFR 1-18I-V-66510 -001 VAL VE c)AFTY Tf(H c~A LAST f(EYIc>IOH 829 opcRA'rop. ( INf= HUt1BLR 1 BX ee6 . ee<> <>e81 SA HOH1NAL SIZE 806 . 806 P/M TH3:CKHE.')8/BCH 8)CI-I" 1 6<) ENDS CODF BW GROUP ("ODE III DESIGN F'F(EBB)URE 2485 DEES I C) H TEt1PERATURE 650 SLISHIC IA I-'RLbs bfD/AH I RATG 1aee PO NUHK<EFL 1 621 48 PO XTEH 8988 HATCRXAL CI ABS H TYPE CHECK 8>FD DRWG HK<R 8 0000 c'FD VALVE HBR 81 81 44 DLSIGH G-DRWG EHDRAC DRAWING 4476 LC)CATloH G-DRWG FLOC)R ELEYATXOH 2)36 00 YALVF Cl I=VATI(3H 000 06 I(EIGHT FROM FI OOR 236 00 PLAHT LOCA73:OH-1 FT 000 IH 00 EAST'? WEST")) OF COI,. I-LAHr I OCATION-. I=T eee IN ee NORTH'? SOUTH'? (3F COL REHARKcs W TAG HL') 6C88 DCA H 223 12686861 1381 C 1-236-1 120179 HLX'r VARY(=: UNlT 1 cA'r 1 Ys I TYr-r= v HBR eo5<< ITEM ee1 (3R HEXT SFD VALVE HBR: UHIT 8)YS SI VALVE HBR 6135 INSTR VAI..VE: HBR
)MECH DI=TA:r,l ~
vALvc LIsT DIsr-LAY/HAXHTENAHcE VAL.VE LIST f(EVlc'IC)H 633 VAI VE NUMBER 1 -1 8 I-V-8651 1 -001 VAL.VE BAf"TY TRH SB LAc>'1'(EYXcslOH 029 OPERATQB- LINE NUMBER 1 SI 80 6 . 800 6686 BB HOH3:HAL 81ZE 666 . 008 P/W Tl-l3:CKHESB/BC(I )Cl-I "1 60 I=ND COD(= K<M GROUr- coDE XIl DFBXGH PRESSURF. 2)485 DEEc'IGH TEHPEPATL)RE 656 BEXSM IC lA PRf=ss STD/AHSI RATG 1500 F'0 NUHK<E-f( 162148 F>O I TEt1 898 c) MATLRIAL CLASS H TYPE CHf.-..CK SFD DRMG HK<R 5 cv 1 368 BFD VALVE HK<f( )I 01 35 DLSIGN G-DRMG 154 EMDRAC DRA MING 4478 LQCAT1ON G-DRWG FLOQP, ELEVA710H 2)36 80 VAI VE'I LYAT1OH 000 00 HEIGHT FROH FLOOP, 236 00 PLANT LC)CAT3:OH-1 FT 000 IH 00 FA') 1 ME 87 OF CC)L r-LAN7 LocA r XOH- F 7 eoe IN 00 HORTH7 SOUTH'? OF COL f(FHARKS) M TAG NO 6C88 DC A H 223 12080081 1361 C 1-236-1 12017~)'YS NEXT YALVE: UNIT 1 (."AT SI TYPE V NBR 005'(2 ITEH -861 OR NEXT SFD VA'l VE HBR: UHlT 1 BYB SX VALYE HBF( 0136 1HBTR VAL.VE HK<F( Hf.:CH DI'TAILS VALVF I XST D:fSPLAY/HAXHTEHAHCE VALVE L187 REV1BXOH 833 VALVF HUt1K<CR 1-18X-V-08512 -601 VALVE SAFTY TRH BA LAST REV1$ 1OH 829 or El<A roR I xNE NUMBER 1 sX oe6 . eee ee81 SA 1 e HOH X HAL 8) I ZE 886 . 808 P/W THlCKNESS/BCH c~CH - 66 1 ENDS CQDL BM GROUP CODE XII DEB)XGH I REBSURE ";?485 DESIGN TEHPEf(ATL)RE 656 SEXSHIC IA PP ESS STD/ANSI IIATG 1 506 PO HL)HK<ER 162148 Po ITEM 8993 HATERXAL CLASS H 7 Yl"E CHf=CK BFX) DF(WCi HK<P. 5 8 1 368 8)FD VALVE HK<R 8) I 6136 DE IGN G-DRWG 154 EHDRAC DRAWXHG 4478 l.OCATXQH G-Df(WG Fl Oof( ELEVATloH 2)36 60 YAI VF LI FVAT1ON 060 00 I(EIGHT I=ROM Fl..(3(3R 2.36 00 PLANT LOCAT3:OH-1 FT 008 IH 88 EAST? WEST":) OF Col. r-(..AHT I...ocAf"XoN-.. I-T eee IN ee HOR T H'? SOU T i"17 OF COL REt1AF(K. M TAG NO 6C88
0 I)< 'A (1:.!')8 12888681 1 301 C 1 -~36-1 1
") 01 7c HEXT VALVC: UNIT 1 CAT SYS SI TYI" E V HK<R 065'I 3 ITEH -061 (3R HEXT SFD VALVE HBR: UH1T 1 SYS Sl VALVE HBR 8137 XHS7'R VALVE NBFL MFCH DFTATL?
YALVE I IST o:r.sPL AY/MAIN'rENANcc VALYE LIST REVI$ 1GH 033 I)AlI VLI HUHK<ER ~ C 1-1$ I
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I~ I
~ F I I-V-86513 -081 VALYE SAFTY TRH ')B
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LAc>T FLEVlcslOH 029 I IHE NUHK<ER 1 SI 006 . 060 0080 SB
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4~ ~ OPERATOR I HOMIHAL SIZE 006 . 609 P/W I TI.I CK NESS/8) CH SCH-1 66 ENDS CODE Bw GROUP CODC lII DEc) IGH PRFSSURF ~485 DES) IGH TEHF)EF(ATURE 6 >0 Sl= 1sHIC IA PRI=SS STD/ANSI RATG 1506 PO NL!HK<l:fl 1 621 48 PQ ITEN 8993 HATCRIAL CLASS H TYI"E CI.IF CK SFD DRWG HK<FL 5 S 1308 SF'D VALVE NK<FL c) I 0137 DESXGH G-DRWG i.=.HoRAc DRAWING nc ie L.OCATIGH G 'DRMG FLOOFL ELFVATXGH 236 90 VALVE- El...l'=VATIQH 888 00 HCXGHT FROM FLOOR 236 00 PLAHT L.GCATlQH-1 FT 080 IH 00 EAS) T7 LJE.'IT? OF CQL. PLANT I..(3CATIGN-2 I='T 000 IH 06 NORTH~ SOUTH'~ OF CGL f<EHAFLK. W 7AG HO 6C88 DCA M 223 12080081 1301 C 1-236-1 120179 NEXT VALVI=: UNIT 1 CAT 1 SYS SI TYPE V HBR 86514 lT!=M -901 (3!% HEXT SFO VAI V '. HE<R: UHlT 1 SYS 8) I VALYE HK<FL 01 38 1 HK) TR VALVE HK<R Ml=cH DErAII: VALVC LIST DISI='LAY/MAINTFHANCE VAL.VE L.T.sT <<EvX.1QH e33 VALVE NUHBI'"R 1-1SI-V-00510 -001 VALVE S)AFTY Tf(H $)A LA.')T f>EV1$ IGH 929 GlrFRATOR L T NE HUMBER 1 S I 80 6 . 888 0314 SA 0 HOH1NAL SXZF 806 . 800 f'/W TH1CKHFSS/SCI-I SCII-160 FNDS CODE DE$ 1GH PRESSURE BW 273 GRGUI='ODE DES) IGH TEHF'EFLATLJFLE lII 388 SEXSHIC IA PRESS STD/ANSI RATG 1500 PO NUHBER 162)148 PL) I T EH 8993 HATFR1AI CLASS TYPE CHLCK SFD DRMG HK<F( 5 S 1308 SFD VAI.VE. HBR 1 $1 81 1L) DES lGN G-ORWG EHORAC DRAWING 4476 LOCATIQH G"-ORWG FLOOR ELEVATION 236 80 vALvc D EvArIQH eoe oe HEIGHT I=ROM Fl G(3R 236 00 PLANT LOCATION-1 FT 008 1H 00 EAS)T? WEST7 Of CQL PLANT LOCATXGH-2 FT 000 IN 00 NGRTH7 SOUTH? OF CGL REMARKS IJ TAG NQ hc8C3 DCA H 223 12880081 1301 C I-236-1 120179 NEXT VALVE: UNIT 1 CAT sYs sx rYpE v NBR eo5<< 1TcM -eei QR HFXT SFD VALVE HK<R: UHlT 1 cJYS c~I YAL.VE HI<A 8."i)49 XHSTFL VALVE HK<FL i ILCH D ET A I L7 YALVE I IST DI! PLAY/MAINTFHANCC VALVE LIS) T REV IS) XOH 033 YALVE NUHK<ER 1 -1 S I -V -695<< -eoi VALYE S)AFTY TRH SA LAS)T REV1$ 1GH 829 Gr-CRATGR I XNE NUHK<ER 1 SI 012 000 0161 SA 'I 0 NOH 1HAL $ 17E 812 . 800 P/M THXCKHEc)$/c)CII ".) Cl-l-i 46 CNDS CODE Bl J GROUP C(3DE III DEc> XGH f)REscJURE 2485 DES> IGH TEHF'ERATLJRE 650 SEISMIC IA r-Ress sTo/AHsI RATG 1500 PO HUHK<ER 162148 PO lTEH 8956 HATCRIAL Cl ASS H T Yl='E CHECK S)FD Of(MG NK<R ') 8 1889 SFD VALVE HE<R 8) I 8249 DESXGH G-ORWG 154 I=HDRAC DRA W I HG 4479 LQCAT IGH G-"DRLJG FcLQOFL FLCVAT ION 236 80 VALVF CLEVATIQH 000 80 HEIGHT FRGH I=I GGR 236 60 t i * 'L l 5, p
<"LF'.H I LU( A I IU<'<" I I- I Vee LH e<J t'A') I ~ Wks I" Ul- CU<..
pLANT LocArxoN-2 l=r oee IH ee ior<TI<? sourH? OC- COL fLEMARKS M TAG HQ I 2C88 DCA M 223 12698001 1 30'I C 1 -236-"1 1 201 79 NEXT VALVL: UNIT 1 CAT 1 SYS SI TYPL V HBR 00544 ITEh -00: OR NFXT S>FD YALVE HK<R: UH1T 9 SYS) XXX VALVE HK<R XXXX INS)TR VAL.VE HK<R XXX ME-CH Df=TA3;I ? VAI VE I..IST DISPLAY/MAIHTENAHCE VAL.YE LIcBT REY1c81OH 833 YALVE HUMK<ER 1-1SX-V-80544 -802 VALYE S>AFTY TRH LAST REY IS 1QH 808 OPERATOR LlHE HlJMK<ER 2 SI 012 . 080 0223 SA NOMlNAL B3:ZF 012 ~ 800 P/M Tl-l3:CKHE'.)S/BCH EHDS C(3DE GROUP CGDC DEB) IGH f'ES)SURE DEcs 1GH TEMPERATURE "f=ISMXC PRI=SS STD/AHS I RATG PG HUMK<ER HS)ss r-n ITEM 6A MATER IAI CLASS TYPE SFD DRWG HK<R 8 0000 S)FD VALVE HE'<fL 8 DESIGN G-DRlJG 154 EMDRAC DiRAWIHG 4479 LQCATloH G-DRWG FLOOR FLEYATIOH 236 88 VALVE Fl EVAT3:ON 000 08 HE.IGHT I" RQM I'=I..<3GR 000 00 Pl AHT LOCATJ:ON-1 FT 080 IH 08 EAST? WFS'I'? OF (';OL r"I AHT I QCATION-2 FT 600 IN 00 HGRTI J? SolJTH'? OF Col REMARKS NFXT VALYE: UNIT 1 CAT 8) YB BX 'I'YPE V NBR 8054"> XTEM -001 Oil ,"!EXT SFD VALVE HBR: UHLT 1 SYS SI vALvC= HK<R 8 51 IH, rR VALVE NBR DE. IGH IHFOFSAT3:OH IHCOM<F LETE, K<lJT VAL.VF RECORD Fo(JHD MECI-I DETAIL? YALVE I XST DIsr-I AY/MAXNTr=HAHcE VAL VE L XcST fLEY les lOt'! 8 VALVF HlJMBER "-1SI-V-'00545 -881 VALVE SAFTY c TRN SB LAc) T f(EVlc)IGH 82>9 GP'-RATOR I INF NUMBER 1 SI 81 . eee 8162 SB NOM3'HAL c)1ZE 01 ~ 080 P/W THXCKHES)S)/BCI-I S>CI I--1 46 LNDS C(3DC DES) IGN PREc)S)URE 2485 BW GROUP CODE DES IGH TEMPERATURE IIl 6>8 SLISMIC IA I.RC=ss srn/ANsI RA'rG 1500 PO NUMK<ER 162148 Po lTEM 8956 MATf=RIAL CI ASS H TYPE Cl(I'=CK BFD DRWG HBR .'> c> 130 S)FD VAL.VE HBR .1 S1 82'.> 'I Dl:.SIGN G-DRWG 5 G 0809 154 EMDRAC DRAlJING 4479 LOCATION G-DRWG FLOOR ELFVATIGH 236 80 vALvc ELr=vATIoH eee ee HEIGHT FROM FI.GOR ee L ocATIOH-1 FT eee 88 EAST? WEST? GF CGL rl AH'r I OCArION-2 I=T eee IN 08 NORTH? SOUTH? (3F CGL REMARKS W TAG No 12C88 DCA M 223 l2098001 1301 C 1-236-1 12817S'YS HI=XT VALVL: UNIT 1 CAT 1 SI TYPE Y NBR 80546 ITFM -081 GR NEXT Bf D VALVE HBR: LIHXT 1 S)YB '.)I YALVE HK<R 02';>3 I NSTR YALVE HK<R Mr=cH DE'rAII? VALYE LIST DXSPLAY/MAINTFNAHCE VALVE LIc)T REVIc>1 ON 033 VALYE NUMBFR 1-1SX-V-08546 -001 VALYE SAFTY TRN Sh LAS> T REV I 8) ION 829 Gi" I. RATOR LINE HUMBEiR 1 SX 01 2 000 8163 SA NOMINAL SIZE 012 . 888 P/W Tl.llCKHEc)c>/SCH ~)CH-148 FNDS (.;ODE K<W ( RGUI-' ODF III DES 1GH Pf(ESc>URE 2485 DESIGN TEMPERATURE 650 SEISMIC IA PRESS STD/ANSl RATG 1500 PQ NUMK<ER 162148 PG 1TEM 8956 MATERIAL Cl ASS TYPF CI <I=CK BFD DRWG HBf( 5 S 1389 BFD VAI..VE HK<R 83: 0253
DI=S J.GN 4 I)RWb 5 4 6UeY I r1()t'<Al URAWLN4 RR i'Y lOCA1ZQH G-Df(WG FLOOR ELEVAT3:ON ee VALVI= CLLYATIQH 609 66 HCIGHT FROH I=I QOR 236 60 PLAHT lOCAT1QH-1 FT 008 IH 60 EAS> T7 ME'.) T7 QF CQL r.l AHr LOCA.rlGH-. FT eee IH 80 NOR Tli? Sou I I<7 (3F COL REHARKc~ M TAG HG 12C88 DCA H 223 1"090001 1381 C 1-236-1 120179 VALVF: UNIT A'r SYS SI TYPE V HBR 0()547 1TEN --061 GR " HCXT 1 ( NEXT SFD YALYE HBR: UNIT 1 8) YS SI VALVE NBR 0250 IHSTF< VAl.VE HBR HE-CH DI=TAZI 7 VAI VF I XST DISPLAY/HAINTI=HAHCE VALYF l.,1 ST REVXS3'OH 033 VALVE NUHBER 1-1sl-V-66547 -001 VALVE SAFTY TRH SA LAS)T REVZSXOH 629 Ql ERAroR LINE HUHBCR 1 SI 612 . 000 6161 SA NOHlHAL SIZE 012 . 000 P/M THICKHES>s)/S)CI-I SCH-148 CNDS (".,ODC BM GRour- conE zzz DES) IGN f)RES)s)URE 2>48 nEslGN TEHF'Ef<A1uRE 65o SEISHIC IA I"-RES)$ STD/ANSI RATG 1500 PO HUHBER 1 621 48 PO XTEH 8948 HATER IAL CI ASS H TYPE CHECK SFD DRMG HBR 5 8) 1309 S)FD VAI..VE HBR 8) I 8256 ncszGH G-DRMG 5 G 08e9 15< LNDRAC DRAWIHG 0479 LOCATION G-Df<WG FLOOF< El EYATzor< .36 ee VAI..VE I=LEVAT:I:(3N 060 00 I)EIGHT FRGH FLOOR 236 00 PLAHT l..OCAT3:QN-1 FT 000 IH 80 EAS> T'> WE:ST") GF CQL PLANT I (3cATI(3H-2 FT eoe IH ee HQRTH7 SOUTH7 OF CQL RENARKS) W TAG HO 12C88 DCA H 223 12090081 1381 C 1-236-1 120179 Nl-=XT VAI YE". uHzr 1 cAr 1 SYS SI TYI='E V HBR 66548 IT=N -861 QR HEXT SFD VALVE HBR: UHlT 'I SYS SI VAlYE NK<f< 02'>2 IHSTR YAl.YE HBF< HECH DETATI ? VALVE LIST DISPI AY/NAZHTI=HAHCE vALvE l.Ts)T RFvTSIOH 833 YALVE NUHBLR 1-1SI-V-66548 -681 YALVE S)AFTY TRN c>B LAc>1'EVlcs TON 629 GI"-EIRATGR LINE Hl)HKiCR 1 SI 01 2 . 000 0162 SB HOHINAL slzE 01. . eee P/M Till cKHES)$ /SCH c)CI I-149 LHDS CODC BW GRour- conE DEc>XGH PRESSURE 2485 DES> I GN TEHPERATUF<E 65>6 SLISNIC IA PRESS STD/ANSI RATG 1588 PO Nl)NBER 162148 PQ 1TEHi 8948 HATERIAL CLASS H TYPF CHECK SFD DRWG HK<F< 5 8> 1389 S)FD VALVE HKiR 1 Sl 0252 DI=SXGN G-DRMG 5 G 0809 154 EHDRAC DRAWING 4479 LOCATIOH G-DRIJG FLOOR ELEVATZQN 236 80 VAI VE EI I.:YAT3:(3H 080 06 HCXGI-IT FRGH FLOOR 236 06 I LANT Lr)(::ATI(:)N-1 FT eee XN 80 EAS>T7 WES) T7 QF COL PLANT L(3cATX(3N- FT eee IH 88 HQRTH? SOUTH? GF COL f<FHAF(KS W TAG Ho 12C88 DCA H 223 12e9eee1 1381 C 1-236-1,120179 NI=XT YALVE: UNIT 1 CAT SYS SI TYPE V NBR 68549 ITEN -001 OR NEXT S)FD VALVE HKiR: UNIT 1 S>YS) Sl YALVE NBR 62>54 1HS1'R YALVE HBR HEcH DErAX.: VALVE LIST DXSI"LAY/HAIHTEHAHCE VALVE LIST REVXc>XQH 033 VAI VE HUHBI=R 1-1SX-V-"66549 -001 VALVE S>Ar-I'Y TRN SA LA')1 REV 1'> I Gh 62')> QPLRATGR LINE HUHBFR 1 S I 01 2 eee e163 HOHlNAL 8) ZZE 012 . 000 f)/W TH3:CKNEc>S/SCH scfl-1ne ENDS CODE BW GRGUI CODE ZZI DES) 1GN PRESSURIZE 2485 DFS1GH TEHPERATURE 658 SEISHIC ZA I'REss STD/Ar<SX RArG 1506
a I'U RUHR'.<E'I< 1 6"'I RU I" 0 J. I LH L3 > II(J HATERIAL CLASS H TYI='F CH(-"CK BFI> Df<WG NK<R 5 8) I 38)> BF:D VAL.YE NK<f< I Sl DESIGN G-DRMG 5 G 0809 Et'IDRAC DRAW lHG 4 479 LOCATlGH G-DRMG FLCJGF< ELEVA7'XQN 236 60 VALVE ElEVATXGH 088 00
~
HEIGHT FROH FLG(3R 236 00 PLANT LGCAT10H-1 FT 000 IH 00 EAST7 WEST7 QF CQL ~ I"LANT LOCATXQH-2 I'-"'I'00 IH 80 NORTH'OUTH'F CGL REHAF<KB) M TAG No 12088 DCA H 223 12890001 1301 C 1-236"1 120179 NLXT VAI VC: HEXT 8 "D VALVE'" HK R: (JNIT UHXT 1 1 CAT SY 'X 1 SYB BI TYPF Y NBR 60584 ITLH --661 VAL VE HBR 0356 XH iTF< VALVE HBf< HI=CH D."'TAIL'> (3 VAlvE I IsT DISPLAY/HAINrr=NANc(= VALVE LIST REVIS)XOH 833 VALVF NUHBER 1 -f SI-V-68584 -001 VALVE BAFTY TRH BA LAS) T REVI 8) ION 6."? 9 OPI'="RAT(3' LINE NUHBER 1 SI 006 . 000 0272 SA QH1NAL 8> I ZE 666 . 800 P/M THICKNESS/BCI-I S)CH-168 ENDS CODE BW GROUP CODE XII DESIGN F'F<Cs.uRE ~n85 DES) IGH TEHPERATURE 650 BETSHTC lA PRESS STD/AHSI RATG 1560 VO HUHK<ER 16:?1 48 F)0 ITEH (3973 HATCRIAL CLASS H TYPC CHECK 8>F1> DRWG HBR 0 0000 BF D VALVE NBf< 8 I 83 ">6 Df. SIGN G-DRIJG P~ Q EHDRAC DRAIJ IHG 4476 LQCAT10H G-Df<WG FLOOR ELEVATlOH 236 08 VAI VE EI EVATIQH 808 60 Hl'=XGHT I=ROH FL OOR 236 06 PLANT LO(:AVION-f FT 008 1H 00 EAST'7 WEST"> QF COL r- I AHT LocA r ION- FT eee XH oe NORrt-I: sourH7 oF c(3L REt'IAF<KS) W O'AG HQ 6C88 DCA H 223 12888881 1301 C 1-236-1 120179 Nlxr vAlvE: uNXr 1 cAr 1 SYS SX TYPI= V HB<R 00585 1TI.H -061 NEXT BFD VALVE HB<R: UHlT 1 SYB Sl VALVE HBR 0357 IHS>Tf< VAL.VE HK<F< HC=CH DI'='.TA IL.) VAI VE LlST D:LSPI AY/HiAlNTEHAHCI. VALVE LIS)T REV1810H 033 vAlvF HuiHBLR 1-1sI-v-ee585 -eef VALYE 8)AFTY TRN BB LAC)T f<EY B>XOHI 0?9 QPLRATQR LIHE HUt1BCR f SX 086 . 600 0271 SB 0 HQHXHAL 81ZE 806 . 888 p/w THICKNE;: 8/scH .cH-fee ENDS CODE BW GRQUI" CODE IIX DESXGH PF<EB)SURE 2485 DESXGH TEHPERATURE': 650 SEISHIC IA PRES)B STD/ANSI RATG 1500 PO HLIHK<Ef< 1 621 48 PO ITEH 8973 I HATER AI CLASS H TYPE CHF Cl< SFD DRWG HBR 8 8000 S>F'D YALVE HB<R 8) 1 83';> 7 DCSXGH G-DRWG EHDRAC DRAWING 4476 LO('ATlQH G DF<WG FLOOR ELEVATXQH ".?36 00 VALVE ELEYATIGN 000 00 IJEXGwT FRQH Fl.oGR .36 eo PLANT LQCATTGiN""1 FT 008 IH 00 EAST" )> WE87".> GF COL r.LANT LocATIoN-2 I=T eee 1N 00 Nomic r)1'. QuTH7 oF col REHARl<s) W TAG HO 6C88 DCA H 223 1:?080001 1 3e1 r, 1 -236-<<281 79 NEXT VALVC: UHXT 1 CAT SYS SI TYPE V HBR 66585 XTEH '.002 !3R
'lEX7'FD VALVE HBF?: LIH3:T 9 BYB XXX VAlVE HK<f< XXXX IHS> TR YALVE NBR XXX HECH DI'=TAT,I. 7 VAI VC LIST DXSPLAY/HAIHTEHAHCF VALVE LIST f<FY18'KQN 633 VALVE NIJHK<FR 1-1SI-V--00585 "802 VALVE BAf TY TRN LAS) T f<EV'I'.SIGN 006 OPFRATQR LINE NIJHBI R 1 Sl 606 . 600 0271 SB H() t1 XHAL s>XzE 886 . 808 P/W 7'HXCKHES>s/8)CI-I
>> HlPb (.'UU<= bl<UU>>" (3UUL DES> XGH F'f>>Ec>c+LIRE DES) IGH TE.'Y)PEf<ATUBE BEISHIC PRESS STD/ANSI RArG PO HL) YiK<ER H-8973 PQ 3:TEH HATERIAL Cl As>s TYPE SFD DRMG HBR 0 0000 SFD VAl.VE NK<f( 0 DCSIGN G-DRWG i54 EHDRAC DRAWIHG 4478 LOCATlQH G-DRMG FLOOR ELEVATIGN 2>36 08 VAI Yl= ELEVATTOH 080 00 HEXGHT FROM I=LOOR 008 00 PLAHT LOCATION-i FT 000 IN ee EAS) T7 MES> T7 OF COL PLANT LQCATI(3N-2 FT 000 IN 00 NGRTH7 SGIJTH7 OF CGL REHARK 8)
NEXT VALYE: UH3 T i CAT i S)YS SX TYPE V HK<R 8858/> XTEH -80i QR NEXT SFD VALVE HBR'HIT' SYS Sl VALVE HBR 0358 INSTR VALVC NK<R DES IGH IHFORHAT1QH IHCQHPLETF, BUT VALVE: RFCQRD FGUHD HECI-I 1>ETAXL7 VAI VC I IST 0ISPI AY/HAIHTEHAHCL= VALVE LXc>'T Rf V3'.SIGH 633 VALVC HUHBER i -iSX-V-8858h -00i VALVE c>'AFTY TRH cJA LAB1'(FV I QH 'I 829 OPI-=RATOR I IHE NUHBER i SI 00 ~ . eeo e..7e BA NOH XNAL SIZE 886 . 800 P/>>} TI"13'CKHFc>s/c>CI.I BCII-ice CNDS CODE BM GRour- conc ;I: I I DESIGN PRES)B)L)RE ")>485 DE'.) T, GN TEHPE:.RATURE 8) 58 Sl:=. I BHI C IA PRESS STD/ANSI RATG i500 PO NUHBER i62i48 PQ 1TEH 8973 HATERIAL CLASS H TYPE CI IECK SFD DRMG NK<f1 e eoee BFI> VAl.VE NK<f>>. ".) I 83'> 8 DESIGN ~(=DRMG EHDRAC DRAWING 4478 LOCATION G-Df(MG Fl.GQR FLEVATXGH 2) 3b 88 YALVE'LLVATXON000 00 HCXGHT FR(3H Fl (3GR 236 00 PLAHT LQCATloH-i FT 000 IH 88 EAST7 Mr:..iT: OF COL Pl ANT LGCATXQH-2 FT 800 IH 88 HGRTH7 $ (3UTH7 GF COL RFHARKS W TAG HO 6C88 DCA H 223 i208000i i30i C i-23/>-i i20i79 HEXT VALVF: UNIT i CAT SYS SM TYPE Y NK<R 88666 ITEH -00i GR NEx1 .FD vAl.vE HBfl: uHXr 9 SYS XXX VALVE HBR XXXX IH'>'rR VALVE NBA XXX H>>KCH DErAXI 7 YAI vF LXsT DISPLAY/HAXHTrHANCE VALVF l Xs'( REVX.')IQH 033 vALvE HUHK<ER i -i SM-v-eesas -eei VALVE SAF'I'Y TRH S)A LA ) T RE.V3'Sl.OH 0l )I ) OPLRATGR H I XNE NUHBrR 9 99 999 . 999 9999 999 9 9 HOHINAL')IZE 802 . 080 P/W THXCKNE.'is/'.)CI-I .iCH 48 ENDS CODE DEB1GN Pf(EBSL)RE SM i 58 GRour- cGDF DES>IGH TEHPERATL)RE III i 48 SEISHIC I PRI=SS STD/ANSI RATG i500 PO NUHK<ER 435858> PO 1TEH 08 HATER I AI CLASS F TYPE Gl (3BE BFD DRMG HK<R 0 0000 SFD VAL.VE HBR 8 DCSIGH G-DRMG EHDRAC DRAWXHG 3487 LOCATXQH G-DRWG FLOOR ELEvATXGN eeo ee VALVF ELEVATION 000 08 HEXGI",T FROH FL(3OR 880 00 PLAHT LOCATION-i FT 000 XH 00 EAS)T7 MEST7 OF COL r-LAHr LocArIGN- I=r oee IH ee NQRTH7 SOUTH7 >>3F COL REHAF>>KS .PARE YALYE FQR FUTURE USE MAB QN l.IHE 3SM2-i449SA-i 0 inea58ei DcH 893 NEXT YALVE: UHXT i CAT i BYS ML. TYPE D NBA ei ei E) 1TFYi -80i HrXT SI=D VA>> Vr= HK<R: UHIr 9 .YS XXX V~LV~ NBR XXXX IHSrR VAI VE NK<R XXX HECH DETAXI" VALVE I Xsr DIsrl AY/HAINTE)>>ANCE VAl.VE LXBT f(EVIS>ION 033 VALVI= H>>JHK<ER i -iML-0-0i0i6 --00i
VAl.Vh '>AI- I <' t(H I KLVJ.b1<.JN 8 2 '.! OPERATOR I INE HL~I1K<ER 9 99 95"9 . 999 9999 ')>)>9 9 NONXHAL $ 1ZE 999 . 999 P/IJ THICKNESS/SCft ))99999999 LNDS CGDC GROUP CODE DES) 1GH f"RESS)URE DEB XGH TEMPEF(ATURE 9')>9)> Sf=1 st(I C PRESS BTD/AHBI RATG PO NUHBER f)0 ITEt1 31AT 'RIAL ( LAbs TYPI= 9999<)> 9995> <)> 7 BFD DRWG HBR 8 0800 DED'A".> SF D YAl.VE HBf( 0 DI=SIGN G-DRWG Et)DRAC DRA W:I: NG LOCATION G-Df(WG FLOOR ELEVAT10H 000 08 vALvC EI EvATIoH eeo ee HEIGHT I'=RON FI GOR 900 00 PLANT LOCATION-1 FT 000 IN 00 EAS> T7 I!JE'.) T7 OF COL PLANT LOCATION-2 FT 808 IH 00 HORTH7 SOUTH7 OF COL REHARKB SPARE VALYE Fofl FUTURE USE Whs) OH LliNE 7WL-8.00- 1337-1 DESIGN INFO To BF PROV 3: LATER NEXT VAlVE UHXT 1 CAT SYc> XA TYPE V HK<f( 88243 XTEH -981 0 NCXT BFD VALVE HBR: UN3:r 9 sYs xxx VALVC NBR XXXX INSTR VALVI= HK<R XXX MECI-I DETA1 i.r7 VAl YF. I IST DISPLAY/HAXHTENnHcE VALYE Lls) T RFYI'.>3:ON 833 VAI VE NUHK<IKIR 1-1 XA-Y-88243 --001 VALVE B)AFTY Tf(H LAc)T RFYXc) IQH 880 GPCRArQR I IHE NUHK<ER 000 . 800 9888 HQHXHAL $ 1ZE 000 . 808 P/W Tl-IICKHESS/BCH CHDS CQDC GROUP C(3DE DESIGN f"REB)S>URE DESIGN t Ether Ef(A7uf(E SEXSHIC PRLSS STD/ANSI RATG PO HUH'<'.R 55$ 62 PQ XTEH t1ATERXAL CI ASS TYPE BFD DRWG NBB 0 08()0 FD vnLvE HK<R 0 DESXGH G -DRWG Et(DRAC DRAWING LOCATIOH G-Df(WG FLOOR ELEYA7'J:GH 000 08 VALVE Cl EVATIOH 000 80 PLANT LQCATlQH-1 I='LANT LOCATION-2 FT 000 IH 00 f A'>7 "'E')'f HFX( HT FROt1 FLOOR souri~7 100 00 OF COI.. FT 000 IN 80 NGRrf17 OF COL RF. YiARKB) Hf XT VAl V& 'NIT 1 CAT 1 $)Y'3 ZA TYPE V HK<R 00108 NEXT SFD VALVE NBR: IJNIT 9 SYS XXX VALVE HK<R XXXX INSTR VALVE NK<IR XXX DEBXGH XHF OF(HAT3:OH XHCOYiPLETE, BUT VAl.YE F(ECORD FcOUHD XTEH -801
<1ECI-I DETA I I..7 QR YAI VE I XST DISPLAY/HAINTEHANCE VALVE LIS>T F(FYXciXQH 833 vALvC Nut1BER 1-1zA-v-ee1ee -ee1 VAlVE BAF7'Y TRH LAS) T REVI S If)H 008 or-EI>AToa LINE HUHBEB. 000 . 080 0088 Not'IINAl .XzF eeo . eee f'/ W T H 1 CK HEBS/BCH I'=NDS CODE GRoui. coDE DEB) XGN PF(EBBURE DE'.) XGH TEHPERATURE SEXSHIC I='Ikl:-$$ STD/ANSI RATG PO Hut(BEP, 53799 Po XTEt1 t1ATERIAI CI ASS TYPE SFD DRWG HK<f( 0 8000 B)F D YAl..VE HBR 8 DCSlGH G-DRWG I=-t1DRAC DRAWING I OCATlQH G-DRWG f l OQR Ll EVATION VALVE LLFVATIOH 000 08 HEXGHT FROM FLOOR PLANT LOCATION-1 FT 000 1H 08 EAB) T? WEB) T7 r-I AHT LocATIOH-2 I=T eeo IN oe HQRTH7 SOIJTH7 f(EHARKS)
HFXT YALVE: UNIT I CAT I BYB) ZA TYPE V NK<R 00(01 1Tf t1 -801 QR NEXT BFD YAI Vf.: NBR: UNXT 9 BYS XXX YAI VE NK<R XXXX IN$ 7'R VAI VC HBR XXX DE"3XGH XNf Gflt1ATXQH XHCOt1PLETE, KU7'ALVE RECQF(D FQIJHD NECI.I DETAXL7
~ ~ ~ r ~ ~ ~ ~ o~ s war a r rrr
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O'Hl 'i>t. i 15 I 0J+i I HT/flfhlHI L('li>Alii= YALVF l I'c~T fLEVIe>ION 83 VALVE HUHBEIR 1-1ZA-V-00101 -861 VAL VE csAFTY TRH LAST REYXcS ION eee or ERA'raR LINE NulcBER eee . eoe eeee 0 HOIIIHAL. IzE oeo . eee 8/M Tl-I I CKHEBc)/S)CI-I ENDS CODE GROIJP (.'()Dl= DES) XGH f'RES>sllflE DE.SIGH >EI1r ERATuRF SEISMIC PRESS STD/ANSI RA' PO NUHBEfl 53799 r.o XTE)1 HATERXAL CLASS TYPE SFD DRMG HKiR 0 0080 FD VAL.VE NBfl 0 DESIGN G-DRWG I=HDIRAC DRAWING FLOOR ELEVAT1OH 800 80 LQCAT1QN G-DRWG YAI VE LI EVATIQH 800 00 r'l AHT L()CATION-1 PLAHT L(3CATION-FT oee I=T 008 IH ee IH 00 HEXGHT FROID FLOOR F A')T "> Nor,TI1: WE') T"'F sourli'F 100 00 COL (;QL REMARKS NEXT VALVE: UHXT 1 CAT . Y. ZA TYPE V HK<R 0010" XTEY) -081 QR NEXT SFD VAI VE NBR: UNIT 9 SYS XXX vAI vL HBR xxxx IHS KR vAI vl= HK<R xxx DF, >XGH 3:HFQRilATIOH XHCOY)PLFTE, K<UT YALVE flE:CORD F QUHD )1E;CH DETA I L 7 I VAI VE L3:ST D SPLAY/I')AINTEHAHCI= VAL VE L lcsT flEVXcsIOH 833 VALVF NIJNBEIR 1-1ZA-V-00102 -001 VALYE S)AFTY TRH L Ac) T fLEVXc>IQH 800 OPERATOR I INE HIJNBER 880 . 888 0080 HOMINAL. 'zE eeo . eee P/W Tl llCK HESc;/BCH ENDS C(3DE GROUP CODE DEB) 1GH.=F" flES) S>URE I>E.1GH TE:)1f:ERA>uRE'-Rrss SE IS)1 I(". STD/ANSI RATG Pa Nu)1K<E<< sz799 Pa ITEN HATERIAL CLASS TYPE SFD DRWG HK<R 0 0000 S)F D VALVE HBfl 0 DESIGN G-DRMG I=HDRAC DRAWING fLE)<HARK. LOCATXQH G-DRWG FLOofl ELEYATIOH 080 00 YALVE ELFVATlaH 088 00 HEIGHT FRQ)1 Fl..aoR 1eo ee PLAHT LOCATION-1 FT 900 XN 00 E:ABT i) WEST"? OF COL, rLAHT I ocATIOH-'=T eee XH ee H(3RTH7 <SOUTH'i GF CQL HF.X'I'ALVE: UHIT 1 CAT BYS ZA TYPE V HK<fl 801 83 XTE:Yi --901 Oil HLxr sl=D vALvE HBR: uHxr z sYs xxx YAI VE HBR XXXX INSTR YALVE NBR XXX DES>IGH XHf QRHATXQH INCOHPLEcTEE, BUT VALVE RECORD FOUHD HE(:FI D ..TAXL > VALVE I XST D I <SPLAY/MAINTENANCE VALYE l. ls) T REVXSX()H 8,.>3 vAI vE Hu)1K<ER 1i -1zA-Y-88193 -001 VAL VE c~AFTY TRH L AE) T REV1c>ION 080 OPERATOR LINE Hu)1BLR eee . ee0 ooee 6 NOHIHAL . I zE eee . eee P/M Tl-llCKHESS/SCH LNDS CODE GROUP C(3DE DE. IGH FrlEs.urlE DESIGN TENPEELATuflE SEIS)1XC PRESS STD/ANSI RATG PO NUHK<ER sa799 PQ ITEN
)1ArERXAL cLAss rY,E BFD DRMG HK<R 0 9000 SFD VAL.VE NBEL 0 Dl=slGH G-DRMG EHDRAC DRAMXNG LOCATION G-DRY)G FLOOR ELEVAT3:ON 880 88 YALVE I.=.I EVATXON 800 00 HEI(.HT FRG)1 I=I ooR 10e eo PLANT l OCATIGH-1 FT 800 XH 88 FAB> T "i) MEE) T7 GF col.
I ocATxoH-;. FT eee IH ee HoaTH~) souTI<<QF CGL fLEHARKB i 'i VW
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Ht.P ! Vi-'IL.Vt'.: 1JA l ! 1 !..F'i i 8 T ") lH ! 7!'k'. Y Hhc( )J'J 1 Vif I l t.Fl "VV1 0!'( HEx'r sFD vALYE NBR: uNIT 9 sYs xxx VALVE NK!R XXXX IHSTR VALVE NK!R XXX DES)1GN IHFOBMATION INCO<<PLETE, BL!T V AI..VE F(ECOBX) F C) L) HD MECI-I DETAXL7 VALVE LIST DXSPI AY/MAIHTEHAHCE VALVE LIS) T f(EVIS)10H 833 VALVE HUMBI=R 1-1ZA-V--00184 '-061 VALYE SAFTY TRH LAS) T F(EVISXGH 080 OPFRAT(3R LXNF NUMBER 000 . 000 8008 6 NOHINAI. ') 1ZF 008 . 000 P/I J THICK HEcss/c>CH ENDS CODE GRour- CODE DE. XGH PRE, uric DESIGN TEMPEF<ATUF(E SFISMIC PRFSS STD/AHSX RATG PO NUMBER 53799 PC) XTE<< MATI=RXAL CLASS TYPE SFD DRWE HK!R 0 0000 S)FD VALVE NBR 0 DESIGN G-DIRWG I'=MDRAC DRAWXHG LOCATION G-DRWG FLOOR EL.CVATXC)H eee ee VALVE ELEVATIGN 000 00 HFIGHT FROM FLG(3R 1ee ee PLANT LC)CAT XQH-1 F T 080 1H 00 EAS) T7 WES) T? QF CGL PLAHT LOCATION-2 I'=T 080 IH 00 NORTH? SOUTH? OF CQL f<EMABKcs NEXT YALVE: lJH1T 1 CAT 1 SYS> ZA TYPF.. V HK<f( 8010.) ITE<< -801 L)R NLXT SFD VAI VL HBR: IJNIT 9 SYS XXX VAI VE HBR XXXX INSTR VALVE HBR XXX DES) I GN INFORMATION IHCG<<iPLETE, BUT VALVE f(ECOF(D FOUHI) MiECII DETA1L? VAI VE LIST DISPI AY/MAINTEHAHCE VALVE Ll'ST REVXSXOH 033 YAI YE NUMBER 1-1ZA-V-00185 -881 VALVE SAFI'Y TF<N LAc)T REV181OH 800 of ERA.roR LINE NUMBER 000 . 860 8080 0 No<<XHAL SIZE 080 . 000 P/W Tl-IIC:K NESS/'.) CH ENDS C(3DE GR(3UP CODE 1)E. XGN Pf<ESSUF(E DEc) IGN TE<<F'"Ef(ATUF<E SEIS<<lC PRESS STD/ANSI RATG Po HUMK<EF( 53799 Po XTE<< MATERIAL CLASS TYPE SFD DRWG NK!R 0 8080 SF D VAL VE HBB 8 DES IGH G-DRWG EMDRAC DRAWING
~OCATION G-Df<WG FLOOR ELEVATIOH 080 00 vALvE El Ev*TxoH neo oe HFXGHT FRo<< I=I ooR 1oe ee PLAHT LOCA7'IOH-1 FT 000 XH 00 EAS)T? WEST7 QF COL I-LANT LocArIOH- Fr eee IN eo HGRTH7 SOUTH? OF COL RE<<ARKc)
NEXT VALYE: uHIT 1 cAT . YS ZA TYPE V HK<f( 00186 I.rE<< -oa1 C)R NEXT SFD VALVE NBR: UNIT 9 SYS XXX VALYF NK!R XXXX INSTR VALVE NBR XXX DES) IGN INFC)RMATION INCO<<iPLF TE, KilJT VAL.VE RECQBD FOUND MECFI DETAIL? YAI VE I XST DXSPLAY/MAXHTEHANCE YAL.VE LI8)T BEY I c>XOH 833 VAI VF NUMBER 1 -1ZA-V-88186 -801 VALVE 8)AFTY TRN LAS) T REV181QN 000 GFERAroR LINE NUMBLR 000 . 800 8000 HQ<<lHAL S)XZE 880 . 880 P/W Tl-IXCKHESS/csCH ENDS CODE GROUP CODE DES) IGN PRESS)Uf(E DESIGN TEMPERATURE Sl..: IS<<I C PRESS STD/AHSI RATG Po HIJMBER 3799 Pf) 1TE<< MATERIAL CLASS T YPL= Sf D DRWG HK<f< 8 8000 SFD VALYE HK!f( 8 DESTGH G"-DRWG CMDIRAC DRA W IHG LOCATION G-DRWCI FLOof( FLEVATIOH VALVE LLEVATloN 000 00 HEl.GHT FROM Fl QGR PLANT LQCATJ:QH-1 FT 000 XH 80 EAS)T? WEST? iI Pl AHT L(3CATIGH-2 FT 000 IN 00 NORTH? SGUTH7 ~ 0 ~
NEXT VALVE: L)N) T 'I CAT BYB ZA TYPE Y HK<R 88187 XTEH -881 QR HEXT Sl. D VALVL HBR: UNIT 9 SYS XXX VALVI= HBR XXXX INSTR VALVF NBR XXX DFSXGN XNFOf(HArXON XNCOt(PL.ETE, BUT VAL.VE f(EC:Of(D FOUND YiECI-I DETAIL.")) VALVE L X ST DISPLAY/HAIH7'EHAHCE vALvE L XsT fLEvxsxoN e33 ,'VALVE HUHBER 3 IZA-V-8830 -08( VALVE SAF7'Y Tf(H LAST f(EY I SION 880 OPIKRA rOR LINE NUHBER 008 . 000 0000 0 NOH INAL B) I ZF 000 . 000 P/lJ TI-IICKNE.')S/Scl-I ENDS CODE GROUP C(3DE DESIGN PRESSURE DESIGN TEHPEBATURE SEXStIXC PRESS Tn/ANSI RATG PO HUNK<EfL 53799 PQ 1TEt'I tIATEV.XAL CLASS TYPE SFD DRWG HK<<< 0 0080 BFD VALVE HK<f( 8 DLSIGH G-DRWG EHDRAC DRAWING LOCATIC)H G-1>ftMG FLOOR ELEVATIOH 880 08 VAI VE ELLVAT1ON 000 00 HEIGHT FROH FLOOR (88 00 PLANT LOCATION-$ FT 000 IH 00 EA )7" WE.')1" GF COL PLANT I GCATXGH-2 FT 880 IH 00 NORTHER SOUTH'F CGL f(EHARI<B NEXT VALVE: UNIT < cAT t sY. ZA TYf:E, NK<f( 88<ca X7EH -881 OR NLXT Sl D YAI VE NBR: UNIT 9 SYS XXX VAI VE HBR XXXX INSTR VALVE HK<R XXX DE ) XGN XNFORHATXON XHCOHPLETE, K<UT YALVE RFCOfLI> FOL)HD HECH DETAIL.7 VALVE I IST DISPI AY/HAXHTEHAH(".E VALVE LXST f(EVIBXON 0 53 vAI vE NUI<BER > -~ ZA-v-88< ee -881 VALVE SAFTY TRH LAB)T REVISION 000 (3PERATOR LINE Nut(BER eeo . eee eeoc e HOHlt(AL SIZE 008 . 880 P/LJ THICKNESS/Scl-I r=.Nns cGDE GR(3UP CODE DEB) JGN PRESS)URE DES XGH TEYiF'Ff(ATURE SEISHIC PRESS STD/ANSI RATG Po HUHK<E<< 5379m PQ I TEtI HATER IAL Cl ASS TYF'I= SFD DRWG NBR 8 8000 BFD YALVE HK<f( 8 DESIGN G-DRWG Lt(DRAC DRAWING LGC:AT1C) H G-DRMG FLOOR ELEYATIOH 880 08 VALYE ELEVATIOH 000 00 I HE GHT FR(3H FLO(3R f 00 00 FI AHT LOCATION-~ f'r eee XN ee EAST'EBT7 OF cOL. PLANT LOCATION-2 FT 000 IH 00 HO<<THY SOUTH7 OF CGL REHARI<S NEXT VAI..YE: UNXT ( CAT BYB zA TYf~E v HBR eej 09 3:TEN '881 QR NEXT SFD VALYE NBR: UNIT 9 SYS XXX YALVE HBR XXXX IHBTR VALYF HBR XXX DES) XGH XNFORHATXON INCOMPLETE, K<UT VALVE RECORD FOL)ND HECFI DETAIL")) VALYE LIST D I SPLAY/HAIHT(=NANCE YALYE LIST f(EVXB1GN 033 VALYE NUHBER 1 -GAZA-V-88189 -88$ YALVE SAFTY TRH LAST REYISXC)N 800 Gl" I'=RATOR I IHF Nut(BER eeo . e0e eeoo NOHXHAL SIZE 080 . 800 P/M Tl-IXCKHEBB/BCH ENDS CODE GROUP CODE DFS>XGN Pf(EBSU<<E DEB)IGN TENPERATURE SEXSHXC I"RESS STD/ANSI RATG PC) Nut(K<EfL 53799 Po ITEN tlATI.:RXAI CI ASS TYF'E SFD DRMG NK<fL 8 8000 B)FI> VALYE HK<R 0 DESIGH G-DRWG r=vnRAC nl<AwxHG L.OCATIOH G-Df(WG r-L..oor( EL.EYATxoN eee 80
IILL4HI EA.) T'EB) VALVI LI I=VA I J.UB VVV VV I" I(<JN I I UUI< VV PLAHT LOCAT J:QN-1 PI ANT I..GCAT:l(3H-2 FT 899 IH 88 F T 608 lN 60 HGRTI<7 S(3UTH'VV T". GF COL OF COL f(EHARKB) HEXT YALVE: UH1T I CAT SYB ZA TYPES' HBR 681 1 0 XTEH -881 fJR NCXT SFD VALVE HBR: UNIT 9 SYS XXX VALVE HBR XXXX IHSTR VAI VE HK<R XXX DEB IGN 1HFQRHAT X ON X HCOH<PLETE, K<UT K VALVE f(ECOF(D FOLJHD HEC:I-I DETAIL" VAI VE I IST DISPLAY/NAXNTf=NANCE YALVE LIST REV1B ION 033 VALYE HUNBER 3 -1 ZA-V-86l J 8 -86$ VALVE S)AFTY TRH LAB)'I'EVXcBIQH 868 (3PCRATQR LINE NUtlBLIE 008 ~ 000 0088 NOHXHAL BIZC 806 . 886 P/W TH1CKHEScB/c)CI.I CNDS CODE GROUP CODE DEB) IGH PRESS)URE DE.') XGH TEHPERATURE
~cE I '~HI C PRESS STD/AN, X RATG PO NUHBER 53799, f"0 ITEN HATERIAL CLASS TYPE BFD 1>f(WG HBR 0 8000 S)FD VALVE NK<R 8 DESIGN G-DRMG EHDRAC DRAWING LOCATION G-1>RWG FLOOR ELEYATIOH 800 00 VALVE FII=VATXOH 008 00 HI-=X(,IST I=VGN I=I GGR <88 00 PLANT Ll')CATION-$ FT 800 IN 00 EAS) T'7 WE'.) T7 UF CQl.
PL.AHT LOCATION-2 I'=T 000 IH 00 NOCTI 1'2 SOUTI<7 OF C(3L REHhRK B) NEXT VALYE: LJH1T 1 CAT 1 BY.'8 ZA TYPE Y HBR 663 3 I ITEH -881 GR HFXT SFD VALVE HBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VAI Vl= NK<R XXX DESlGH XHFOF>NATION XHCQHPl.ETE, BUT YALYE f(ECGF>D FQUHD "HE;CII DETAIL' VALVE I XST DISPLAY/NAIHTENAHCE
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YALVE LIST REV3:SIGH 033 ~ VAI VE HUNK<I=R 1 -1 ZA-V-663 1 1 -66) YALVE S)AFTY Tf(N LAc>T REVIcBlOH 000 OPERATOR ' XNC NUHBCR 866 . 888 6868 8 HOHIHhl. SIZE 080 . 088 P/W Tl-13:CKHE'c)B/BCI-I ENDS CODE GROUP CODE DEB) 1GN Pf(E" c>BUF(E DESIGN TEHPEF>,ATUF(E
, I=.XSHXC PRESS STD/AHSX RATG f'O Hl)NBFR .>3799 PQ ITEH HATER IAL CLAS)S TYPC SF I) DR W G NK< fl 0 0080 BFD YALVE HBR 0 DESXGH G-DRWG EHDRAC DRAWING l.OCATIQH G-DRWG FLOOR ELEVATION 000 80 YAL.VE ELEVATIGH 060 60 Hl'= IGHT FRQH f=LO(3R 1 00 00 PLAHT LOCATION- I FT 060 1N 60 EABT7 WEST")> OF COL PLAHT LOCATION-2 I=T 668 IN 60 NORTH'i SOUTH'F CGL REHARKB NEXT VALVE: UH1T 1 CAT S) YS> ZA TYPF V NK<R 881 J 2 XTEH -80'I Of(
HLXT SFD YALVE NBR: UNIT 9 SYS XXX YALVE NBR XXXX lNSTR YALVE HK<R XXX DESXGN INFQRHATXGH XHCOHPLETE, K<UT YALVE RECGRI> FOUND HE'Cl I DETAIL":) VAI VC LIST DX PLAY/HAXHTEHAHCE VALVE LXB>T REVIBlOH 633 YALVI= HIJHBCR 1-(ZA-V-69112 -861 YALVE BAFTY Tf(N LAB>T REVISION 088 OPLICATOR I IHE HIJNK<LR 006 . 886 0008 NQH1NAL S)1ZE 000 . 000 P/W TH XCKHFc>S/c>CH ENDS CODE GROUP C(3DC DE"') 1GN PRFc)BURE DESIGN TE¹r Ef(A7(JRE SLXSHXC I"RESS STD/ANSI RATG PO HUHBER >3799 PO ITEN HATER IAL CI ASS TYPF
1 Sku DRi)L. NBR O VVOV Sl- I) V~a Vk:. Hk)kt v DE IGH- G-DRWG r)1DRAC DNA WING L.OCATXGH G-DrtWG FLOOR ELEVATXOH 080 08 VALVL =I EVATI(3H 000 80 HF.3:GHT FR(3H FLG(3R 100 00 F"LAHT LQCAT 1oH-1 FT 000 XH 08 E" A ) T "i WE.'ST: OF r.:OI... PLANT LOCATION-2 FT 000 IN 00 N(3RTH? SOUTI<? OF C(3L 'tENAftKB HEX'I'AL.YE: LJHIT 1 CAT 1 S>YS> ZA TYPE V HBft 80113 XTEY> -901 HExr sFD vALvC HBR: UNIT 9 sYs xxx vALvC HBR xxxx INSTR vAI VE HBR xxx DESXGH IHFGRI1ATXQH XNCOHPLETE, BUT VALVE FtECQRD FOUHD Y>ECFI DETAXL? VALVE LIST DISPLAY/HAINTLHANCE VALVE l IST ftEVXS)3:C)H 833 vALvC NUI1BER 1-1ZA-v-88<< s -e01 YALVE S)AFTY TftH AE>T REVlc)loH 800 QPCRATG)R LIHF NUI1KiER eee . eee eoee HOI1XHAL SIzE'ee . eee P/W THICK HESB/SCI-I GROUP CODE ENDS CODE DES) IGH PRESS)URE DE:SXGH TEHPEftATUFtE SEISNIC I='P.l='Ss STD/AHS I RATG Po Hu)1K<E'ft sz799 f'0 ITEN I1A'rERXAL cl Ass T Yl"E BFD DRWG HBft 8 0000 SFD VALVE:. NBR 8 DESIGN G-DRWG LHDRAC DRAWING LOCATlGH G-DRMG r.'Loort EL.EYATXGN Oee eo vALvc ELEvArIGH eee ee HEIGHT FRQH FLOOR 180 00 PLANT l.(3CATXQN-1 FT 000 XN ee EAST WEST? UF CQL PLANT I GCATXGN-2 I=T eee IH 00 HGRTH? SOUTH? GF CGL REHARKS HEX7'Al.VE: SYB ZA TYPE V HBR 80I10 XTEYi -00'I
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LJHIT 1 CAT GR I)
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I~ hI NEXT II~hIII I~ SFD YAI~ VE HKiR: R ~~ UNIT 9 SYSI XXX YAI VE HBR XXXX INSTR VALVL iHKiR XXX Il X GH 3: HFQftHATXQH I HCQHPLETE, hI I DES) ~~
~I KiUT YALYE RECQftD FOUND .HECF I DETAIL?
VAI VE I..IST ~ I DISPLAY/HAINTEHANCE VALVE L.1ST FtEVISIOH 833 VAI VE NIJHBEIE 1-1ZA-V -00114 -801 YALVE SAF'TY TRH LAST REVIS3'QH 000 OPI=RATOR LINE HIJI)BER 890 . 000 ()800 HONXHAL SIZE 000 . 880 P/W 7HXCI<NES '/SCH ENDS CQDC GROUP C(3DE DES) 3:GH PRES)SURE DES>3:GH TEHPEftATuftE SEISHIC P'RESB STD/ANSI RArG DM>) i>i',) i'> PO HU(1Bk'-kc Po ITEN MATERIAL CLASS TYPF BFD DRLJG HKiR 0 0080 S)FD VALVE HBR 8 Df=s IGH G-DRMG E>~DRAC DRAWING LOCAT10N G-"1>FttJG FLooR EL.EVATIGH eeo ee VALVE CLFVAT3:OH 800 08 HEI( HT I=1k(3H Fl (3QR 100 00 PLAHT LOCATION-1 FT 800 IH 98 EAS) T? WEST'? GF" CGL. r-I AHT I ocArIoH-2 FT eeo IN ee NORTH? S(3UTH? (3F CQL ftEHAftKS) HEX7'ALYE: UNIT 1 CAT SYS ZA TYPE V HBR 88<< 5 ITEN -881 OR NEXT SFD VALVE- NBR: UHlT 9 SYS XXX Y*LVE NBR XXXX INSTR VALVE HBR XXX DEBXGH IHFQftHATIQH IHCQHPLETE, VALVE RECDftD FOUND DECI-I DE7'AXL? LlsT 9 ISI='LAY/I1AINTLHANCL= BU7'ALVE VAL V~ l Ic>T ftFVXS3'QH 0 VAI VE Ht)HBEIL 1-1ZA--Y-88<<5 -881 VALVE BAFTY TRH LAE) T REYXE) I QH 800 QPERAT(3R LINE NUHBER eee . 880 e080 HotfIHAL .IzE eee . eee P/W TlllCKHESS/BCH f=NDS CODE GRour- coDE DES) XGN PFtES>S)URE DFS1GH TEI1PEfthTUFtE
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Po HUT IK<EP, 53799 PL) 3: TEN NATERIAL CLASS 7 Yl"F SF D I) f(lJG HK<FL 8 0080 SFD VALYE NK<FL 0 DESIGN G-DRlJG Ei IDRAC DRA W 1NG LOCATI(3H G-DRWG FLOG FL ELEVATloH 000 00 VALVE ELEVATIGH 000 66 HEIGHT I. RGN I=LGOR 108 00 PL.AHT I..ochTIOH-1 FT 808 XH 88 EAS> T? MES> T? GF CC)L.
PI ANr I ocATIOH- FT eee XN ee NORTH~ SOUTH? OF COL
"'tEHARKB HEX'T'ALVE: UHlT 1 CAT 1 SYB ZA TYPE V HK<R 00116 XTEN -061 Of<
HEX'r SFD VALVE NBR: UNIT 9 SYS XXX VAI VE NBR XXXX INSTR VAI VE HBR XXX DESIGN INFQFLNATXOH XHC:ONPLETE, K<UT VALVE RECC)FED F OUND NEC:II DETAIL.?
VALVE LIST DISPLAY/NAIHTEHAHCE VALVE Lls T'EYXBIGN 833 VAI vE HuNK<ER 1-1ZA-v-68<AFTY TRH L A'T R[.VJ >3'QH nee Ol LRATOR I XHE HUNBER 000 . 000 6668 NGNIHAL. sIzE ene . eee P/W TH3'CKHEBS/ciCI-I ENDS CODE GROUP Col>E DE".> IGN Pf(EBSUFLE DE'> XGN TFNPERATL)RE SI=I SNIC I"RLSS STD/AHS RA'I'G I PQ HL)NK<ER 3799 PO 1 TEN
't HATER 1AL Cl ASS TYPE BFD DRWG NBFL 0 0000 S>FD VAL.VE HK<fk 0 DESIGN G-DRW( I:-NDRAC D>iAWING LQCATlON G-DRWG FLOOR ELEYATIQH 808 06 vALvE EL.I=VATloN eee eo PLANT LQCATXGH-1 I-"I AHT I OCATIGH-2 FT 000 IH 00 FT 660 1H ee HEIGHT FRGN FLOOR E.A'>T No~sr)1 >
souTIi? 1"'f':QL. 100 06 QF COL RENARKB NEXT V*L VE: UH3T 1 CAT SYK> ZA TYPE Y HBR 00117 3'TFN 00 C) FL HEXT SFD VALVL= HBR: UNIT 9 SYS XXX YAI VL NBR XXXX:I:NSTR YALYI= HBR XXX DEB 1GN IHFOfLNATJ:GH IHCONPLETE, K<UT VALVE FLECQRD FOUND NECH DETA3:L.? VALVE I IST DISPLAY/NAINTI=HANCE VALVE. LIST PF=VI >lo)I 685 VAI VE HUNBER 1-1ZA-V-80117 -601 VALVE B>AFTY TRH LAS>T REVl SIC)H e:>3 OPERATOR I..INF NUN)3ER 7 77 777 777 7777 777 7 7 HQNXHAL $ 1ZE 777 . 777 P/W THICKNESS/SCH 9'>>9999V99 ENDS CODE GROUP C(3DE DEB lGH PREK>SURE DE".'> IGN TENPERATURE SEXSNIC Pl<EBS STD/ANSI RATG PO HUNK<ER 53799 Po ITEN NATERIAL CLASS TYI. L 99999999999 BF D DRl J G N K<F( 0 8000 S>FD VALVE HK<FL 0 DLSXGN G -DRWG r-.NDRAC DRAWING LOCAT1OH G-DRWG FLOOR EI FVATXON 600 00 VALVE LLEVATION 060 80 HEIGHT =FR(3N FLOOR 100 00 PLANT LOCATloN-1 FT 000 XH 00 E*s> T~ WES> T
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OF COL r-I AHT LocA'rxoN-2 F'r eee IH ee NoR rH? "OurH: GF CGL RENAFCK T)ESXGN INFO TO BE PROV11)ED LATER. NLXT VALYE: IJH1T 1 CAT SYS ZA TYPE V HBR 80118 XTI=N -001 GR HFXT BFD VALVE NK<f(: UH1T 9 BYB XXX VALYE HBR XXXX XHSTFL VALVE NBR XXX NECH Dl= TAIL? VALVF LlsT DISPLAY/NAIN'TI=NANCE YALYE L1ST REV I 8> ION 033 VAI YE NIJNBER 1-1ZA-V-08118 '-001 YALVE S>AFTY TRH ~ LAS>T BEVXSIOH 000 oPERAroR I IHE )4UNBER'we w.t >> a>>
~ ~ ~ ~ s 080 . 000 6080 0 P ~ ~ '
BL<<">.<. N<-'><.",.>.L Ch <'/W < <-Ii<'(HL"I"i/hL:<-i EHDS CODE GRQUI" CI3DE I DES) GN PRESSURE DE'.:>XGH TENPERATLJFLE SEISNIC PP,f.=.ss STD/ANSI RATG PQ HLJNK<Ef< !>3799 Pa ITEN MATERIAL CLASS T Yl='E BFD Df<WG HI< FL 0 9808 SFD YALVE NBA 0 DESIGN G-DRWG LNDRAC DRAW3:HG LQCATIC)H G-Df(WG FLOGfl ELEYATIOH 000 80 VALVE ELLVATIOH 000 98 HLIGHr f=RoN rLooR 100 90 PLANT l QCATIGH--1 FT 998 IH ee EAS) T? I>JEST "i> OF CQL PLANT LOCATION-2 FT 000 IH eo NOR TI-l? sou re? OF CQL RENARKS HEXT VALVE: UN3 T 1 CAT sYs ZA TYPE v HBR 89<<9 ITEN -oe1 oR NEXT SFD VALYF HK<R: UNIT 9 SYS XXX YALVE NBR XXXX INSTR VALVI= NBR XXX DESIGN IHFORNAT1OH XHCONPLETE, BUT VALYE RECORD FGIJND NEC;H DETAIL? VALYE I 1ST DISPLAY/NAINTENANCF VALVE LIST F<EVXBIQH ei43 VALvE NUNBER 1 -1zA-v-98119 -001 YALVE SAFTY TRH LAS)T FlEYXSXQN 000 OPERATOR I INE HIJNK<ER 088 . 080 0000 NONlNAL SIZE 800 . 008 P/W Tfl3:CKHE,'.)S/BCH ENDS CODE GRour- canc DES IGH PRES>S>LIRE DES I GH TENPEILATURE Sl.=. I SNI C PRf=ss s r D/AHS I RA TG PO NLJNBEF< 5379'9 Po 1 TEN NATERIAL CI ASS TYPE SFD DRWE HBR 8 9980 SFI) VALVE HK<R 8 DLSIGN-'-DRIJG ENDRAC DRAWXHG l.OCATIQH C-DflWG Fl oof< EL.EvAT1QN eee ee VAI VE I=LEVATIQN 000 00 HEIGHT FRQN I=LGGR 180 00 PLANT LOCATION-1 FT 000 IH 00 EAS) T? WES) T7 OF. COL r-LANT I ocArIOH-'--r eee IH ee HQRrH? souTH? ol= cGL RENARKS) HFXT VALVE: UHIT 1 CAT SYB Zh TYPE V HBR 00120 ITEN -801 OR NEXT SFD VALVE NK<R: UHIT 9 SYS XXX YALYE NBR xxxx INsrR YAI YE NBR xxx DES IGH 1HFC)FLNATXOH IHCQ< IPI,.ETE, BUT VALVE FLECQFID FOUND NECII DETATL i vALvE I I"r DISPLAY/NAIHTEHAHCE vAl.vE LIB>T REvxsxoH 833 vol vE HuNBER 1-1ZA-v-ee1.e -901 VALVE BAFTY TRH LA')T REVISION 009 OPERATOR LINE HUNBrR eoe . e00 eeee 0 Hol'flHAL SIZE 008 . 000 P/W THXCKHEB)s/S)CI-I LNDS CGDL GRour coDE DES> XGH PRESSURE DESIGN TENF'EflATLJRE SFISNIC I"RFSS S" D/ANSI RATG Po HUNBER 53799 Po ITEN NATraXAL cLAss TYPE SFD DRlrJG HK<R 8 8080 SFD VALVF NBR 0 DLSIGH G-DRWG ENDRAc DRAWING l.oC:AT1QN G-DRWG FLOOR El.EVATXOH VALVE LI I=VATIGN 000 00 I Hr= GHT F=RaN FLooR PLANT 'LOCATIOH-1 FT 080 IH 90 EAS> T7 WES> T7 LocATION-. FT oee IH ee NORTH? SOUTH7 REN ARK K) 13 NEXT VALVE: UNXT 1 CAT ZA TYPE V HBR 00121 1TEN -"601 OR HEXT SFD VAI YE NBR: UNIT 9 SYS XXX vnl vE NBR xxxx IHsrR vnl vE HBR xxx DE<>XGH XNFC)flNATIQN INCONF>LETE, BuTl'>YS) VAL.VE RECC)FLD F OUND NEC,'l l DETAIL? VAI VF LIST DTSPLAY/NAINTEHAHCE VAl VF Llc)T REYTc> TOH 833 ~ fP ~ ~ ~ ~ 'l ~ ~ I'P P P I t ~ I
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VH< V< RU<'15<=<< 1-1 ZA-Y-'VV 1 - ) -VV1 VAL.VE S)Af T'Y TRH LAS) T REVISION 080 (3PLc R AT(3R I INE NUHK<ER 688 . 888 8808 NOH IHAL B) I Zl.'.: 806 . 080 P/W Tl-IICK HE') B/SCI.I I=NDS CODE GROUP CGDF DES)1GN PRES)S>URE DESIGN TEYif>EF(ATUFLE SEXSHIC I.RESS STD/ANSI RATG PO HUHK<ER >3799 PQ ITEYi HATI=R I AL CLASS TYPE SFD DRWG HBR 8 0080 SFD VALYE NBR 0 DLSIGH G-DRWG CHDRAC DRAWING LOCAT IQH G-DRLIG FLOOR ELEVATXQH 080 00 VALVC ELEVATIOH 800 00 HEIGHT FRGH Fl OQR 186 00 PLANT LOCATION-1 FT 800 XH 00 EAST? WES)T? OF CQL. PLANT LOCATION-2 FT 800 IN 60 HORri<? SOurH? QF CGL REHARKS) NEXT VALYE: UNIT 1 CAT c> YcS ZA TYPE Y HBR 881 2'> 1 TEN "-801 GR NFXT SFD VALVF HBR: UNIT 9 SYS XXX VALVC HK<R XXXX lHSTR VALVI= NK<R XXX DES I GH IHFQRHAT IGH IHCOHPLETE, K<UT VALVE RflCQF<.D FcQUHD HECH DETAXL? VAI. YE I IST DI, PLAY/HAIHTFHANCE VAl VE l 1ciT RFVlcBXQH 8.">3 VALVE NUHBCR 1 3 ZA-V-803 22 --00( VALYE S)AF. TY TFLH LAST REY1$ 1OH 800 GPLRATGR LINE HUHBCR 888 . 000 0008 HOH1HAL SIZE-. 800 . 008 P/M THXCKHEBc>/c~CFI EHDB CODE GROUP CODF DESIGN PRESS)URE DE'.> IGN TEHPERATURE Sl="ISHI C PRI'=SS STD/ANSl RATG PO HUY<k'<Ef<, '> S7>>9 PO ITEN HATLRI AL Cl ASS TYPE BFD DftWG HBR 0 0000 c>FD YAl VE HK<fl 8 DCBIGH G-DRWG I'HDRAC DRAWIHG LQCAT1QH G-DRWG F LOOF< FLEYATIQN 888 00 VALVE EI CVATIOH 000 00 HEIGHT FROH FLOOR (88 60 PLANT LL)CATION-1 FT 000 IH 80 FAc>T? WEc>T ()F CQL PLANT LOCAT 1 GH-2 I=T 080 IN 00 N(3RTH? SOUTH? GF COL flEHARKS HFXT VALVE: UH1T 1 CAT ) BYB ZA TYPE V NBA 66123 XTEYi -881 QR HI=XT SFD VALVE NBR: UHIT 9 SYS XXX VALVE HK<R XXXX INSTR VAI YE HBR XXX DE.iXGH XHF GRHATXOH XHCC)HF>LETE, BUT YALVE RECORD FOUND HECI-I DETAIL? I VAI VE I ST DISPLAY/HAIHTLHANCE I VALYE L B> T REY3: S QH 833 I YALVL. HUiIK<ER <
-( ZA-V-88123 -863 VALVE c>AFTY TRH LAB)T fhEV BlON I 806 OPERATOR I IHE HIJHK<ER 000 . 000 0086 HOHIHAL SIZE 888 . 808 P/W THXCKHEc>S/c>CI-I CNDS CGDC GROUP CGDF DEB XGH Pf(ES)SURE DEc) IGH TEHPERATLIRE SFXSHIC PRESS BTD/*NSI RATG PO NUHBER 53799 PQ ITFH HATCR IAL CI ASS TYPE BFD DRWG HK<R 8 0000 S>FD VAL.VE HBR 6 Dl'=SIGH G -DRWG EHDRAC DRAWING LOCATION G-DRMG FLOOR ELEVATIOH YALVE Cl EVATX(3N 080 80 HCXGHT FRGH FLOOR PLAHT LOCATION-I FT 080 XH 86 EAB)'1'? ME" S) T?
Pl AHT I..GCATIGH-2 FT 080 XH 80 NORTH? SOUTH? REHARKc) NEXT VALVE: LIH1T 1 CAT 1 SYB ZA TYPE: V HK<R 88524 XTEH -68$ QR NEXT SFD VAI VC NBR: UNIT 9 SYS XXX VALVL='K<R XXXX XNSTR VAI VE NK<R XXX tl fl 8'l/ alt t% ~ 0 W 0
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I I)< w) I LiA J AI" U('<MA ( lLlH J HLiUNI-'Lk' L' l)LI < << f'ILVL'(>'URJJ <'LJAl) t'IL" Lr'<< DLc < 8 J, L i VALVE I IST DISPI AY/HAINTLHANCE VALVE LIS)T f(EVXSXOH 833 VAI VF HUi'IBEiR ( -( ZA-V -88$ 24 -88$ VALVE SAf:TY TRH lAST REVISION 600 OPERATOR I XHE NIJHBER eee . eee ee0e HOHlHAl. cSI ZE ()00 . 808 P/W THD I(HF ")')/SCI-'RO(JP EHDS C(3DE C(3DE DESXGH PRFc>cSLIRF DF'.) IGH TEHPERA7'URE SEI HXC PRESS STD/ANSI RATG PO HUHBEf( 53799 Po ITEH HiATER 1 AL CLASS TYPE SFD Df(WG NK<R 0 0000 c~FD VALVF HE(fl 0 DESIGN G"-DRMG EHDRAC DRAWXNG Ll')C:AT X C) H Ci-DRWG F.LooR ELEvA7'IOH eee eo VALVF ELEVATIOH 680 00 HEI GI(T FROH Fl OQR 1 08 60 PLAHT l OCATIOH-3 FT eee XH ee EAST~ MFc) T~ QF CC)l rL*NT LOCA7XOH- FT eee IN ee N(3RTH7 SQUTI <7 OF COL ftEHAF<KS HFXT VALYF: UH3:T 1 CAT S) Ys ZA TYPE V HK<R 08'I 25 XTEH -861 OR HI=XT SFD VALVE NK<R: UNIT 9 SYS XXX VALVF NK<R XXXX INSTR VALYF HBR XXX DES) IGH IHFORHATIC)H IHC'OHPLETE, BUT VALVE RECORD FcC)UND HECI-I DETAIL"i) VALVE I IST DISPLAY/HAINTEHANCE YALVE l IS)7'EVXS)lQH 833 VALVE HUHBER 3-GAZA-V-86(25 -881 VALVE c)AFTY Tf(H LAc)T RFVIc>1C)H 008 OPERATOR LINE HUilK<ER 060 . 080 8060 0 NOH1NAI. S3:ZE 800 . 800 P/M Tl-I 1'CK iHES) S/SCI I I=HDS CODE GROUr- coDE DES IGH PRES)S)(JF(E DE'.)1GH 7i'EHPEflATURE SF ISHIC r-Rl=ss . TD/AN I RA rG Po HUHK<ER 53799 Po ITEN HATER IAL CI Ass TYPE SFE) DRWG HK<f< 0 8800 SFD VALVF NK(R 0 DES:CGH G-DRWG EHDRAC DRAMIHG LOCATXC)H G-Df(MG f l.OOR ELF. VA7 ION VALVE EI..EVATIQH 000 00 HL.IGHT FR(3H FLOOR PLAHT LOCATION-3 FT 880 XH 80 EAST'EcsT7 I"LANT I OCATI(3N-2 FT 008 IN 80 NORTH'OUTH7 REHARKS HEXT VALVE: UHXT ( CAT
-GAZA-V-881 .Y 'A TYPE Y HBR 88126 3:TEH -88$ QR NEXT SFD VALVE HBR: UHI7' SYS XXX vALvE NBR xxxx XH,"rR vAlvE NBR xxx DES) IGH XHFORHAT1OH IHCOHPLETE, K<UT VAl.VE RECORE) FOUHD HF"C;H DETAXL"i)
VALVE I IST DISPLAY/HATNTEHANCE VALYE LIS) T REVls3:OH 833 VALVE NUHBER 3 26 -88$ VAL.VE SAFTY Tf(N LAS>T REVXSXOH 800 OPERATOR LINE NUHBFR 000 . 000 0008 0 HOH I HAL S) 1 ZE 080 . 088 P/M Tl-IXCK HEc>c>! c~cl I EHDS CODE GROUP CODE DES) IGH PRESS)l)RE DESIGN TEHPERATURE SEISHXC PR(=SS STD/ANSI RATG PO HUHK<Ef( 53799 Po 1TEH HATERIAL CLASS TYPE SFD DRMG NK<R 0 0800 SFD VALVE HBR 0 DLSIGH G-DRMG EHDRAC DRAWING LOCATIC)H G-1)RMG FLOOF< ELEVATIOH 880 88 VALYE ELF YATIQH 000 00 I(EI(sHT FROH Fl. OQR 108 00 Pl.AHT l C)CAT3:OH-1 FT 000 IN 00 EAST" WESTV QF CC) l iPLANT L(3CAT ION-2 FT 008 IH 08 H(3RTH7 S(3UTH'7 QF CQL flEHAFIKS)
NEXT VAI..VE: UHXT 1 CAT SYB ZA TYPE V HBR 88127 1TEH -!>81 QR NEXT SFD VALVE NBR: UNIT 9 SYS XXX VALVE NBR XXXX IHSTR VALVC NB<<R XXX DES) IGH IHF)ORHAT ION 1HCQHPLETE, BUT VALVE RECORD FOUHD HECH DETA3:L.7 VAI VL L IST DISPLAY/HAXNTLHAHCE
-GAZA-Y-88127 VALVE LIST FLEVXS) IOH 833 VAI VE HUHBLR 3 -881 VALYE S)AFTY TRH LAST FLEVXBION 880 GPERAT(3R I IHc HUHBER eoe . eee eeee NOH IHAl cS ZE I 008 ~ 000 P/W Tl-IXCKNESS/BCI-I ENDS CGDC GROUP C(3DE DES) IGH PRESSURE DEB)XGN TEHPERATURE Sl.=. I SHI C PRLSS STD/ANSI. RATG PG NUHBEft 53799 PQ ITEH HATERIAL CLASS TYPF SFD DRWG HBR 8 0088 BFD VALVE NBF( 8 DCSXCN C-DRWC F=HDRAC DRAWIHC LOCATION G-DRWG ELEVATIOH 000 80
'F') T"'F FLOQFL YALVE CLEVATIOH 000 08 <<JrxcHT r-RQH rl ooR 188 ee PLAH7'OCATION-1 FT 000 IH 80 EA') T CGL PLANT LOCAT IGH-2 F7'80 ee HGP,TH7 SGUTH7 !3F CGL REHAFLKB NEXT VAL YE: UH1T 3 CAT SYc> ZA TYPE V HB<FL 883 2cJ TTFH -681 OF(
NEXT SFD YALYL HBR: (JHIT 9 SYS XXX YALVE NBR XXXX INSTR VALVE NBR XXX DEBXGH XNFGRHA7'3:QH 3;NCOHPLETE, BUT VAl.VE RECORD FQLJND I"IFCH DETA1L7 VAI VE LIST DISPLAY/HAINTENANCE VALVE LX'.)T FLEVIBXON 838 VALVE NUHBER i-<ZA-V-88'128 -001 YAL.VE S)Af TY TRH l A. T REVISION 000 OPERATOR I.INE NUHBER 000 . 808 8000 NOH1HAL S) IZE 008 . 000 P/W THICK HEscs/c) C<< I ENDS CODC GROUP CODE DEB) IGN PRESS>lJRE DES1GH TEHPEFLATURE SEIBHIC PRLSS STD/ANSI RATG PO HUHBER 53799 PQ XTEH HATERIAL CLASS TYPE SFD DFLWC HBR 0 0080 BFD VALVE NBA 8 DI=S IGH G-DRWG EHDRAC DRAWIHG LOCAT1ON G-DRWG FLOOR ELEVAT1QH VAI YE Fl CVATION 000 00 HEIcHT FROH rLooR PLANT LQCATXOH-1 FT 000 XH 00 EAS) T7 WEB) T7 PLANT LocATXGH- I=T eeo IH ee NGRTH7 SGUTH7 FLEHABKS HEX"I'ALVE LJHI T 1 CAT B)YB ZA TYPE V HBR 00129 XTEH< -88$ QR Hl.=xr SFD v*1 vE NBR: uNIr 9 sY xxx VALVE HBR XXXX INSTR VALVF HBR XXX DE )XGN XH, Of(HATIQH IHCQHPLETE, BLJT YALVE RECORD f)QUHD HECI-I DETAIL.7 VALYE I IST DISPLAY/HAXNTLNAHCE YALVE LXBT REVISION'833 VA<< vC HUHBER < -< ZA-Y-88< 9 -881
'CALVE B)AFTY TFLH LAS)T FLEYXc)XQH 008 Or.ERAT GR 1. INE HUHBLR oee . eee eeee 0 HGHlHAL S) IZE 000 . 000 P/W THlCKHFSS/BCH CNDS CnDC GROUP CODE lV'00 I
DFB) GH f"FLEB) S>URE I>ESIGH TEHPERATLJRE SEISHIC PRESS STD/AHSI RATG PO HUHBFFL 53799 Po XTEH HATERIAL CLASS TYPE SFD DRWG HBR 8 0088 SFD VALVE Veri 8 DESXCN C-DliWC CHDRhc DRAWXHC
. GCATIQH C-DRWC FLOQFL ELEVhTXQH 80 VALVE ELEVATXQN 060 80 HEXGHT FRGH I=LGGR 188 ee PLAH'I'OCATION-3 FT 000 IH 08 EAc) T".) WEST".) QF Col.
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<-'LAN < < UL,A'I J.U<i<-" I- I VVV J.H 99 HU<t I H liUU I H? U<- L.UL RFNARI'cS NEXT YALVE: UH1T 1 CAT l SYc) ZA TYPE V NK<R enl 30 1TEN -881 OR HLXT SI=D YALVE HBR: UNIT 9 SYS XXX VALYC NBR XXXX INSTR VALVE HBR XXX DES 1 GN I HFOFLNAT ION IN CONF'ETE, BUT Vhl. YE RECOFLD FOUNI) NECI-I DETAXl.?
VALVE LIST D ISI. LAY/NAIN'I'ENANCE VALVE LIST REVIS)1GH 833 VAI VE NUNBLR 1 -GAZA-V-68136 -661
'I<>ERATO'INE VALVE cSAFTY TFLH NON I HAL S IZF 068 . 000 LAST REV1$ 1GH NUNBER P/LJ THlCKHESS/$)CH 600 080 . 000 0060 CHDS CODE GROUP C(3DE DEc) XGH c>FLFc)c)URF DES) IGH TENPEFLATUFLE SEISNIC PRCSS STD/ANSI RATG PO HUNF)EFL S3799 PO 1TEN NA rERXAL CLASS TYPE SFD DRWG HK<R 0 0000 SFD VALVE HBR 8 DCSIGN G-DRWG ENDRAC DRAWXNG LOCATION G-DRWG FL.QOR ELEYAT1OH <>ne ee VALVE El LVATlOH 800 00 HI=IGHT FRON FLOOR ,ee <>e PLANT LOCATION-3 FT 000 TN 00 FAc>T") WFS OF CQL PLANT I. OCATI GH-2 FT 008 IN 00 HGRTH? SOUTH? GF COI RENARK c'EXT VALYE: UHIT 1 CAT SYS) ZA TYf'E V HK<R 86131 1TEN -881 QR NCXT SFD YAI VE HBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VALVF NBR XXX DES>XGN IHFGFLHATIOH XHCONPLETE, K<UT VALVE RECORD FQLJHD NECH DETAIL?
VALVE L IST DISPI AY/NAIHTEHAHCE VALVE l.1ST fLEVISIOH 833 YAI YE NUNBER ( -< zA-Y-66< 3< -66< VALYE SAFTY TFLN LAS>T FLEVI$ 1QH 806 QPCRATGR LINE NUNBER 000 . 080 0000 NONXNAL SIZE 066 . eee P/W THICKNESS/SCH ENDS CODE GROUP CODE DES) IGN PFLESc>UFLE DESXGN TENPERATURE SI= IGNI C I RESS STD/ANSI RATG PO HUNK<F R 53799 PO ITEN NATERIAL CLASS TYPC SFD DRWG HI<A 0 8088 SFI> VALVE HBR 8 DES IGH G-DRWG LNDRAC DNA W ING LOCAT1 QH G""DRWG F LOOFL ELEVA1'ION YALVE El EVATI(3N 000 00 HEIGHT FRON FL(3GR PLANT LOCATION-1 FT 008 1H 00 EAS)T? WEST? PLAHT I QCATI(3N-2 FT 880 IN 00 NORTH? SOUTH? REN<ARKS NEXT VALYE: LJHXT 1 CAT SYS) ZA TYPE V HBR 68132> XTEN -861 OFL NEXT Sl'=D VAI VE NBA: UNIT 9 SYS XXX VALVC NBR XXXX 1NSTR YAI VL. NBR XXX DESXGH XNFQRNATION XNCQNPLETE, BUT VALVE RECORD FOLJHD NECI-I DETAIL? VALVE I XST D1SPLAY/NAINTEHANCC VAL VE L lc>T fLEVlSIOH 6"53 VAI VE HUNBI=R '< -3 ZA-V-661 32 -68$ YALVE $)Af TY TFLH LA'.)T FLEVI 8 lOH 000 OI."EIEATGR L INE HUNBCR 000 . 006 8800 NQN1HAL c$ 1ZE 800 ~ 060 P/W THlCKHEcSc>/c)CH LHDS CODE GR(3(JF: CODE DESIGN PRFSSURE DESIGN TENF"ER<)TUFLE SE ISNIC PR =$ $ STD/AHSI RATG PO HUNK<ER 53799 PQ ITEN NATEnlAL CI ASS TYPC SFD DRWG HBR 0 8008 SFD VAL YE HK<R 0 DFSXGN G""DRWG LNDRAC DRAWXHG
LU<.iA < lute Lv Of(Wb I-LUUH, h.l l VA I JUN VVV VV VAL.VE Cl CVATIOH 668 60 HEIGHT I<<R(3H Fl OOP, lee 60 PLAHT LOCA7'IQH-3 FT 080 IH 80 EA.')r7 WEST? QF COL PLANT I GCATION-2 FT 008 IN 00 HGRTH7 SOUTH' GF CGL ftEMARKS I HEXT VALVE: I ~
~ UN 1T 1 '.>YB ZA TYPE V HK<Ft 883 33 1TEH -881 C)R SFD VALVF NBR: UNIT 'i'YS XXX VALVF NBR XXXX 1NSTR VALVE NK<R XXX
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cI I HEcH >>ETAXl.: XHFQRYiATXQN XNCOHPLFTE, BUT YAlvE ftEcoPD r-auNo
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DFS)IGH 1
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YAI VE I XST DXsr.l AY/MAXNTENANcE VALVE LIciT RFVIcsXOH 033 VALVE HUHBCR f-GAZA-Y-88133 -68$ VALYE c)AFrY TftH I LAS) T REV S1QN 008 opERAroR LIHE NUMBCR 800 . 880 6800 NGHIHAl sxzE eee . eee P/W 7'H1CKHEsc>/cBCH ENDS CODC GRQur caoE DES) IGN PRES)s)URE OE<<>XGN TEHPE rtATuftE sr= I. B HI c PRLSS BTD/ANSI RATG PO HUHBEft 53799 PO ITEM HATERIAL CLASS TYPI=
.r-o o<<WG NK<ft e eeee SFD VAl.YE HBR e DES T.GH G"-DRWG EHDRAC DRAWING LOCATXC)H G-DRWG FLC)C)ft FLFVATIC)H 600 00 VALVC EI FVA7'ION 000 00 I(LIGHT FRQH FI GOR 186 QO f LANT I. ncA7XoH-< FT eee XN ee EA<<iT":> WEST? C)F CGL PI AHT LOCATION-2 FT 000 'IN 88 Nop,ri)7 souTI~? QF CGL ftF.MARKS)
HFXT VAlVE: l)NIT 1 CAT BYB ZA TYPE V NK<R 88134 XTEH -68$ C)rt NEXT SFD VALYr= HK<R: UHXT 9 SYS XXX VALVE HBR XXXX INSTR VALVE NK<R XXX DES)1GN ) INF<<Oft)IATXGH c IHCOHPLETE, K<UT VAl.VE FtE.C:C)fto F QUHD "<EC:II DEl A1L? VAI YE I IST DISPLAY/HAIHTE-HAHCE VALVE LX<<>T PEVlc>XC)N 833 VALYC NUMBER 3-GAZA-V-88134 -883 VALYE S)AFTY TRH LAc)T ftEV3:c) ION 008 OPERATOR LIHE NIJHK<FR 000 . 000 6860 HOMINAL. SIZE 800 . 080 P/W 7'HICKHESS/BCH ENDS CODE GROUP CODE DFc>1GH PFtES>c>URE DES>1GN TEHPERATURE SEISMIC r-REss STD/ANSI RATG Po NUM&FR 53799 ~ PO ITEH HATCRIAL CLASS TYPE BFD DRWG HBR 0 0000 SFD VALVE. HBft ~ 8 DESIGN G-DRWG EHDRAC DRAW IHG LGC:ATIC)N G-DftWG FLOOR E:LEVATIQH 000 00 VALVE FLCVATXON 088 00 HFIGHT FRQH FLQ(3R (80 60 PLANT LOCATION-1 FT 000 IH 00 EAS) T7 WEST7 OF CC)L PLANT I. OCATI(3N-2 FT 600 IN 08 HGRTH7 SOUTH7 Ol= COL RFHArtKS NEXT YAl YE: UH1T 3 CAT
-GAZA-V-88135 SYS Zh TYPE V HBR 88$ 35 ITEM -881 Oft NI=XT SFD VAI YE NBR: UHIT 9 SYS XXX VAI VE HK<R XXXX INSTR VAI VL NBR XXX Dc S1GH XHFORHAT3:ON INCGHF'LETE, K<UT YALYE FtElcoftl> FQIJHD HECII DETAXI...?
VALYC LIST oxsr-I Av/MAINTEHANcC VAl.VE LIST ftEVXB1oiN 633 VALVE HIJMBER 3 -86$ VALVE SAFTY TRN LAB)T ftEVls) XGH 800 OPCRATGR LINI= HIJHBEP, 080 . 088 0000 NQH1NAL S) I ZE 800 . 000 P/IJ Tl-IICKNE<<ici/<<~cl I r=Hos CGDF GRaur- caoc 1)EC>XGH F ftES>SUFtE. of.SIGN r EHPEftA7 uftE SFXSHXC Pit)'=SS BTD/AHSX RATG PO l HUHK<Eft 0 t 53799 PC) 3: TEYi Lg ~ P ~
<'<A I <=14lA< <.'LfwSb Yt'6 SF D DRM(l HBR 0 0000 S)FD VALVE NBA e DESIGN G-DRWG EHDRAC DRAWING LOCATION G-DflWG FLQOF< ELEVATZQN 888 00 VAI VE I=".I..EVATXQH 000 00 wt=XGI<T I-Ro)1 FLaaR 1ee ee Pt AHf LOCATION-1 FT 800 IN 00 EAS)T7 MES)T7 L)F CQL rt AHT L.ocATIoH- FT oeo XN 06 HORTI~? SauTtt? QF coL REt'I ARK c>
NEXT VALVE: UNIT 1 CAT 1 SY'.) Z* TYPE V HBR 88136 XTEt1 -881 Of( NExr .I=D vAI vE HBR: uHXT 9 sYs xxx vALvE HBR xxxx INsTR vht vF NBR xxx DESIGH INFC)Rt1ATXOH INCQt1PLETE, BUT YAl.VE RECORD FOUHD t1ECFI DETAII,.? VALVE LIST DXSI"I AY/tfAIHTEHAHCE VALVE L I ST REVXc) 3'OH 838 VAI VE HUt1BER 1-1ZA-V-88136 -001 VAI..YE S)AFTY Tf) H LA'.)T REV1S) 10N 000 OPERATOR LIHF HIJMBI'=l% 000 . 800 8068 Hol'f3HAl ')Ilf 800 088 P/W THlcKNESS/Sct I EHDS CODE GRaur- coDE DES)1GH PRES)s)LIRE DES) IGH TEt1PEFLATLIBE I I SE st1 C PRFSS STI>/ANSI RATG PO HL)ttK<EF< 'i3799 rQ 3TEt1 tfhTER I AL CLASS TYPE SFD DRMG HK<f< 0 8000 SFD VAL.VE NK<R 0 DESIGH G-DRMG EMDRAC DRAWING LOCATION G-DFLWG FLOQF<, ELEVATZQN VALVE El f=YATIOH 000 80 HE3:GHT I.ROH FLOOR PLAHT LQCAT 1oH-1 FT 000 IH 80 EAS) T7 MES) T7 PLAHT IA'BAT1aH""2 FT 800 IN 00 Noir TH? sntJ r I t? RE t1 ARK S NEXT VALVE: uNXT cAT SYS> ZA TYPE V HE<R 00137 ITEt1 -981 OR 'Exr srD vALvE NBR 1 uHIT 9 sYs xxx YALVE NBR XXXX INSTR VALVE NK<R XXX DES) IGN XHFORHATXQH XHCat1rLETE, BUT VALYE RECORD FOUND t1ECH DETAIL7 VALVE LIST DXSPLAY/HAIHTE<HANCE VALVE LIS)T REVlc>In3'3 VALVE HutfBEIR 1-1ZA-V-00137 -001 VALVE c)AFTY TRH LAc>T REYIc) XOH 080 QPLRATOR I INE Nu)1BER 660 . 680 0000 NOH IHAL S) 1ZE 860 . 800 Fa/M THlCKHFc>c>/csCH LHDS CODE GROUP CODE DESIGN f'FLEc)SuflE DESIGN TEHPERATURE SE I St1 CI PRESS STD/ANSI RATG Pa HL)HK<ER .) 3799 Po ITEt1
)1ATER I AL CLASS TYPE SFD DRWG HBfl 8 8000 S)F. D VALVE HBR 0 DES IGH G-DRWG EHDRAC DRAWING LQCAT1L)H G-I>RMG Fl QOR El.EVAT1QN 008 86 vALvE D r=vA'r IoH eee eo I<EIGHT I=Rat1 r-LooR 1ee eo PLANT LOCATXQH-1 FT 000 IH 00 EAS) T? WES) T? OF Col.
PLANT LOCATION-2 FT 086 1H 00 NI3i<TH? sou'rH: oF cat flEt1ARKS NEXT VALVE: UHIT 1 CAT SY') ZA TYPE V HBF< 0813Jc XTEt1 -801 QR I1
~~
II NEXT SFD VALVE NK<R: IJNIT 9 SYS XXX VAI YE HBR XXXX INSTR VALVE NBR XXX
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II I DESIGN Ir
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XNFaftt1ATIOH IHcot1t"'LETE,
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I vALvE I~ Zsr DI SPI AY/HAIHTEHAHCE
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VALVE LIS) T REVIS) IQH 833 YALVF HUHBEIR 1-1ZA-V-60138 -061 VAL.VE S)AF TY TRH LAc> T flEV I SION 060 OPERATOR I. INE NIJt1K<ER 008 . 080 0600 HOMINAL sIZE ooe . eeo P/M TH1CKNEcSS)/c)CI ENDS CODL. GRaur- caDE H ~ ~
@Le> J.i~a t")<t;S >U<<C J)k b14H I tNPt'.RA I URL SE-XSHIC PRLSS STD/AHS I RA rc f>0 Hl)HK<ER 53799 PO J'I'EH HATLRIAL CLASS TYPE sFD DRwc NK<rl e eeeo S)FX) VALVE HBFl 0 DCSIGH G-DRMG CHDRAC DRAWING LOC:ATXQH G-DFlwC F(QOR ELEVATION 000 80 VALVE ELEYATION 600 80 HFIGHT FROM Fl QQR 166 00 PLANT LOCATION-3 FT 806 IH 80 EABT7 WEB>T7 GF Ci)L PLANT i oCATXQH-. FT eeo IH 00 H(3RTH7 SolJ'rH7 OF CGL REHARKc)
HEXT VALVE: UHlT 1 CAT 1 SYB ZA TYPE Y HBR 663 39 11'EH -00'I (3 HLXT SFD YALVF HBR: UNIT 9 SYS XXX VALVE NK<R XXXX INSTR VALYE NBR XXX DEB1GN 1HFQRMATloN XNCOMPLETE, KIJT Y'ALVE RECORD FOUND HiECI I DE1 A I I...7 VAI VE I IST DISF'LAY/MAINTLNAHCE YALVE LXS) T flEVXB)XOH 633 VALVF HUHBCR 1 -1 ZA-V-86$ 39 -681 VAl VE c)AFTY TRH l.Ac>T REY3:B3.'0 860 QPFiRATaiR LINE HlJHBCR 000 . 668 6660 HOHINAL SIZE 080 . 000 P/M TI-IXCKHEBB/BCH FNDS CODC GR(3UF'(3DE DEB)IGH PflES)SUflE DEc)XGN TEHPE F(ATUF(E SEISMIC PRI:-B, STI>/AN, I RArc Po HUMK<ER 53799 Po ITEt'I HATCRIAI CLASS TYPE SFD Df(WG NK<R 0 0080 B>FD VALVE NK<f( 0 DCSXCH C-DRWC EHDRAC DRAWING LOCATION G-1>flwG Fl.ooR ELEVATXC)N eee ee vALvF Li (==VATIQN eee ee IIEIGHT FROM Fl (30R l 00 08 PLAHT'OCA1'IOH-'I FT 880 XN 08 EAS) T7 WES) T7 OF COI. I='I AHT I QCATION-2 FT 008 IH 00 HaR'rH7 sour)<<(3F coL flF HARKcs NEXT VALVE: UNIT 3 CAT 1 BYB ZA TYPE V NK<R 86146 ITEM -86$ OR NEXT SFD VAI VE HK<R: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VAI VC HK<R XXX DFB JGH lHf Qf(MATJOH XHCOHPLETE, BUT VALVE F),ECQFI.D FOUND HECI-I DFTAXl ". VAI YE LIST DIBFi AY/MAINTEtlANCE Ictus YALVE l.Ic>T REVXc)IQH 633 VAI VF HlJHK<CR l-GAZA-V-66$ 46 -661 VALYE B)AFTY TRH LAB>T REVIS)IQH e0e OPERATOR I IHL NIJHBCR 000 . 000 0880 HGH1HAL B> 1 ZE 000 . 000 P/W .TH1CKHES)S>/S>CII FNDS CODE GROUP CODE DEB I GH F'RESS>UFlE DEc> X GH 1'FHPERATLIF(E SEISMXC, PRESS STD/ANSI RATC PO NUHBEF( 53799 PQ XTEH HATLRIAL CLASS T YPL= BFD Dflwc HBR 0 0060 B)FD VALVE NK<R 0 I>ES G-DRWG EHDRAC DRAWING LOCATIC)H G-DRMG FLOOR ELFVATl:QN VALVE CLEVATXQH 800 80 HFIcHT FROM f-i aoR PLANT LOCAT3:OH-l FT 008 IN 00 EABT7 MES)T7 I='LANT La(."ATION-2 FT 686 XH 00 HORTH7 SQUTH7 REMARK B) NEXT YAl.VE: UNIT I CAT SYB) ZA TYPE V HK<R 661 4 I ITEH -88 I QR NCXT SFD VALVC NBR: UHXT 9 SYS XXX VALVE NBR XXXX INSTR VAI VF NBR XXX DEc) XGH XHF ORHATXOH XHCOHPLFTE, BUT VALVE RECOFll> FOUND HECH DETAII. 7 VAI VE LIST DISPI AY/HAINTf=HAHCE VAl VE l 3'csl'(FVXS JC)H 633 YAI VC HUHBLR 1-GAZA-V-66143 -661 VALVE SAFTY Tf(H LAc) l'(EYISXON 008
l UI"Lj<A( Ul( l.lH(= (4L)OUI" I< VVV
- VVV VVVV NOH INAl. S>I ZE 800 . 880 P/W Tl-llcKHEBS/BCI-I ENDS CGDC GROUP C(3DE DESI'GN F)RFE)s>URE DE. IGH TENF Eflh7uf<E SEISNIC PRFSS STD/ANSI RATG PQ NUNE<ER 53799 PQ XTE;N NATERXAL CI ASS TYPF BFD DFIWG HBR 8 0000 c)FD YALVE NBR 0 DLSIGH (;-DICWG ENDRAC DRAWXHG LGCATIC)N G-DR)~JG FLC)GR ELEVATXOH 808 80 vAI vE EI cvArxoH eee ee HEIGHT FRGN FI OGR 1 80 00 PLANT LC)CATION-3 FT 808 1H 00 FA')T> WF >T. Of= COL r-LANT LGCArIGN-2 FT eee IH ee HQIRTI37 SOUTH'F C(3l RENARK B)
NEXT VAl VE: UNIT 1 CAT 1 s>YB zA TYPE v NBR 88142 ITEN -861 QR NLXT SI'=D VALVL NBR: UNIT 9 SYS XXX VALVC NBR XXXX IH -TR VALVE HBR XXX DE'.:>1GN 1NFQRNAT ION IHCONPLFTE, BUT VAl.YE F(ECGF(D FC)IJNI> NECII DETAll.>) vAI
-GAZA-V-"88342 vE LIsr DISPI AY/NAlHTEHANCE VALVE LIST f(EVXS)XGH 833 VALVE Hu)ABER 1 -88$
VALYE E>AF I'Y TflN LAB7'EVlBXQH 000 GPCRATGR I IHE HUNBER eee . eeo eeoc HQN1HAL SIZE 080 . 800 P/M Tl'IlCKHFS>s/BCH I'=HDS CODE GROUP CODE DEB ICiN PRESSURE DFB)1GH TENPEflATURE SEX BNIC pa~.s srD/ANSI aATG PQ HUNBER 53799 Po ITEN NATFRIAL Cl Ass TYPE SFD DRMG NBA 0 0000 BFD VALVE NE."Fl 8 DLS IGH G'-DRWG CNDRAC DRAlJ ING LOCATION G-1>RIJG FLOOR ELEVATlQH 008 06 vAI vc cLcvArIoH eee ee HEIGHT FRON I=LOGR ~>86 80 PLANT LOCATION-I FT 000 IN 0 e EAST~> WE;B7'"> OF col. I-"LANT I OcATIoH-'r 0ee IN e e HoRrH: sou'r;I: Ql= coL RENARK S) HF.XT V Al.VE: UNIT 1 CAT 1 BYB> ZA TYPE V NBR 88343 1TEN -Oel (3R NEXT SFD VALVE NBR: IJHXT 9 SYS XXX VALVL HBR XXXX IHS'rR VAI VE HBR XXX DES>IGN XHFQflNATIOH XNCC)NPL.ETE BUT VALVE RECOflD FC)UHD NECH DE7'AIL.'i) VAI VE LIST DISPI AY/NAINTEHANCE VALVE l I'T f<EYX':)XON 8'3 vALvf=. NUI<BEa < -~ zA-v-68( nz -88< VALYE S)AFTY TflH LAS)T FlEYXSXC)H eee OPFRATQR LIHC NIJNBCR 800 . 800 0000 HQN1HAl. SIZE 000 . 000 P/W THXCKHESB/BCI"I CHDS C(3DE GROUP CGDC DF )1GH PRE )SURF DEE) IGH TENPEflATURE SLlsNIC PRFSS STD/ANSI RATG PQ HUNBEIl 53799 PG ITEN NATERI Al. CLASS TYPE BF D DRMG HE<F1 0 8008 BFD VALVE HBR 0 DLSIGN G-DRIJG ENDRAC DRAWXHG LOCATION G-DRWG FLOOR FLEYATION 000 80 YA(vc UEvArIGH eee oe I(EIGHT FR(3N FI.QGR f 00 00 PLANT locATIQN-< FT eae XH ee EAE> T >) WEE> T OF COl.. I ocA'r'IoH- FT eee IH ee NOR rl-I: sourlr: GF coL RENARKB NEXT YAl.VE: UNIT 3 CAT 3 SYS ZA TYPE V HBR 88$ 44 1TEN -"883 HFXT SI=D VALVC NBR: UNIT 9 SYS XXX VAI VL HBR XXXX IHSTR VALVI.: HBR XXX DESlGH XHFQRNATXC)H 1HC:C)NF'LETE, BUT VALVE FlE.CORD FC)UHD NE;C:H DETAXL".,'AI.VC LXST DISPLAY/NAXNTCHAHCE
VALVE L,lb I I<<."..V J,ii J.UA ei'>8 YAI VF HUNBER ') > zA--v-88) 04 -00 VALVE SA FTY TflN l AST RFVlc~lGH 060 OPERATOR I INE NliNBLR eoo . eeo eeee 6 HONINAL S xzE eoe . eeo P/W THlCKNES".')/F)CI-I f=NDS CODE GROUP CODE DESIGN PRFF>F)URE DE. XC;N TENPErlATurlE SEISNIC PRESS STD/ANSI RATG PO HLJNK<Ef( 53799 f n ITEN NATER1AI Cl ASS TYPE SFD DRMG HBR 0 0800 SFD VALVE HBR 0 DLSIGH G-DRWG ENDRAC DRAWING LQCATIOH G-1)flWG FLOOR El EVATIOH 000 80 VAI VF ELCVATIOH 000 00 HczGHT I-RON I=LOGR iee eo PLANT LOCATION-3 FT 888 IH 00 EAF)T? WEST? OF COl r.l AHT lOCATIGN-. FT eeo zN ee HORTH? SOUTH? OF COL RENARKF) HEXT YALVf:: UH1T ) CA'1' SYS ZA TYPE V HK<R 884 45 1TEN -884 Gfk NExT sr-D vAI vE HBR: UHzr 9 sYs xxx vALvc NBR xxxx INsTR vAI vr= NBR Xxx DFSIGH XNf Qf)NATION XNCQNPLETE, K<UT VAL.VE RECORD FOUHD NECII Df'7'A1L? vALvE Lz'r Dz rLAY/NAINTcHANcE YALVE LIST REVI'.:)1ON 833 VAI VE HUNBI'=R L -GAZA-V-68145 -eel VALYE 'F>AFTY Tf<N l..AF) T REY I SIGH 808 OPERATOR LINc NliNBER eee . eeo eeee 8 HON1HAL SIZE 088 . 000 P/W THICKHESF)/F)CH CNDS CODC GROUP CODE DEF) XGH ~'REF)F)URE DEF)1GH TEYiPERATURE I I Sf= SN C r.Ress 'rD/AN "I RArG PO NUNE<ER 53799 PO I7EN NATCRZAL CL.ASS TYPC BFD DRMG HK<fl 0 0000 F)FD VALVE HBR 0 Dl-=SIGN G-DaWG I=NDRAC DRAlJIHG LOCATION G-DR MG FLC)GR ELF VAT QH I 080 06 vAI vc cl cvA'rzGN ooe ee ITEIGI<r )=RON I=I. OGR l88 00 PLANT LOCATION-t FT 800 IN 08 EAST? MEBT? C)F CQL PLANT I GCATXOH-2 FT 808 IN 60 NORTH" SOUTH" GF CQL flEY<ARKc) HEXT VAL.VE: UN1T 3 CAT BYB zA. TYPE v NF<fl eei 4/) ITEN -881 Qf< NEXT SFD VALVF NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VAI VF NBR XXX DEF) XGN INFQf(YiATIQH IHCONPLFTE, K<L)'I'ALVE YALVE RECORD FOUND NECI-I DETAIL? I IST DISPLAY/NAIHTIKHANCE vALvE LIST REYIBIQN 833 vALv- HUNBER < -i zA-v "66< ns -88< Vhl.VE F)AFTY TRH LAF)T REYXF)XC)H 000 OPERATOR LINE HUNK<ER 600 . 880 0000 HQN1HAL SIZE 000 . 000 P/W THICK HEc>c>/c>CI"I CHDS CODE GRour- coDE DEF) I GN PRE'.)SURE DESXGN TENPEf(ATURE Sf=I SN C I PRESS STD/ANSI RATG PQ NLJNK<F R 5>3799 PG 1 TEN, NATERIAL CLASS TYPE SFD DRWG HK<R 0 0000 F)FD YALVE,NBR 8 DESIGN G-DRWG ENDRAC DRAWING LGCATIC)H G Df(WCv Fl GOR ELFVATIOH 060 80 VAI VE Cl EVATIGN 860 80 HFIGHT I='RGI"I FI..OOR iee 06 PLAHT LQC:ATION-i FT 000 XH 8 0 EAc> T':) MEcsT OF COL Pl ANT LOCATION-2 FT 668 IN 6 e NGRTH? sou'rH > OF COL RE YihRK F> NEX7'ALVE: LIHlT I cAT I BYB zh TYPE v HBR eel 47 ITEN -00 I QR
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HI=XI bt U VAI Vt 'HUH: UHJ.I / SYb XXX VAI Vt. HkiN XXXX .LHSIN VAI..VI I'(I!V, XXX OES I GH IHFORNAT ION IHC(3NIPLE I'E, kuT VAI..YE RECORD FGIJHD NEcfi oETAII..: VALV I is r DISPLAY/NAINrENANcE VALYE LIS)T RFVIS)IQH 033 VAI VE NUNBER 3 -GAZA-V-66(47 -66( YALVE S)AFTY TRH LAST f<EYXcs laH 080 GPCRATOR LINE HuNKLR eee . 0ee eeee HONlHAL SIZE 860 . 688 P/lJ 'I'I-IICKHES)S)/S)CI-I FHDS CODE ~ GROUP CODE oE.: IGH PREs.uf<E oE IGH TENr ERATuRE SEISNIC pRLss sro/AHsI RATr. PQ HUNK<ER 5379 )) Pa ITEN NATERIAL CLASS TYPC SFD ORMG HBR 0 0888 S)FO VALVE HKtf( 0 DES IGH G-DRMG ENDRAC DRAWING LQCATIQH G-DRMG FLOOR ELEVATXQN 006 00 VALVE ELEVATIOH 800 00 HEIGHT FRGN Fl QGR $ 66 00 PLAHT LOCATION-3 FT 008 IH 00 EAST'I) WES) T7 QF CQL PLANT LacATIOH-. Fr eee 1H 00 HGRTI-I~ SOUTH'F CGL RENARKS) NEXT VALVE: UH1T 3 CAT S)YS ZA TYPE V HK<f< 66148 XTEN -66$ O NI.=.XT SFD VALVE NBR: UNIT 9 SYS XXX VALVE NK<R XXXX INS'I'R VALVC NBR XXX DESIGN, INFO<<NATION 1HCONPLFTE, KiUT VALVE RECORD FOUND NiECI-I DETAIL"i) VAI VC I XST DISPLAY/NA IHTI=NANCE YALVE LIST REV1SXON 033 VALVE HUNBER 1 -3 ZA-V-863 48 -861 VALVE SAFTY Tf<H LAsr REvIsIQN 800 GPFRATGR I INE NuNBcR eee . 688 eeee HONXHAI.. 6 1 ZE 800 . 008 P/W THICKHEcSS/SCH CNOS CI3OE GR(3UP C(3DE OES1GH PRESSURE OESXGH TENPEfIATURE SI- IONIC I RE, S ! TO/ANSI RATG PG HUNKIER 53799 Pa ITEN NATERI AL Cl Ass TYPI= SFO Df(MG HKiR 8 8000 SFD VALVE HBR 0 DFSIGN G -DIRWG ENDRAC DRAMIHG LGCATIGH G-DRWG FLOOR ELEVATlGH 008 60 VALVE FI EVATIQN 000 80 I<EIGHT I=RON FLOOR 1 00 00 PLAHT LOCATION-1 FT 000 IH 00 EA') T> MF') T~ QF CQL PLANT I OCATIGH-" FT 000 IH 08 H(3IRTH7 SOIJTI37 QF. CGL f<ENARKS HEXT VALVE: UNIT 1 CAT SYS ZA TYPE V NBf< 08(49 ITEN -681 0 NEXT SFD VALVE NBR: UNIT 9 SYS XXX VALVE HBR XXXX INS1R VALVE HBR XXX >>EsIGN IHFaf<NATIOH INCONr~LETE, BuT VALVE fIECOf<o FOUHD NECI-I DETAILS VALYE I IST DISI='I AY/NAIHTLNAHCE YALYE I IST REVI'.)1QH 033 VALVE H(JNBCR $ -GAZA-V-66149 .-681 VALVE SAFTY Tf<H LAST f<EVISIOH 060 OPERATOR I XNE NUNBLR 000 . 000 0080 HGNIHAL SIz< eoe . eoe P/le TH1CKHEcss/S)CI-I EiHDS CODE GRG(JI" C(3DE DES)1GH PRES)S)IJRE DES) 1GH TENf'ERATURE SFISNIC PRESS STD/ANSI RATG PO HUNEKER 53799 PO ITEN I NATE.R, AL CI .Ass TYPE SFD DRMG HK<B 8 0006 SFD YALVE HKiR 8 DESIGN G-DRMG ENDRAC DRAWING LGCATI(3H G-DRWG F(QGR E< EVA>IQH VALVE El EVATION 800 68 HEIGHT FRGN r-LQQR PLAHT l OCATXQH-1 FT 000 IN 00 EAS) T'7 WES) T7 PLANT LOCATION-2 FT 000 IH 00 NORTH: !.'QurH) RF.NARKS
NEXT YAL.VE: UNlT 1 CAT 1 SYS ZA TYPE V HBR 88200 ITEN -eel OR NEXT SFD VALVF HBR: IJNIT 9 SYS XXX YALVF NBR XXXX INSTR VAI VE NBR XXX DFSXGN XHFC)F(RATION INC:OHPLE.TE, KUT VAl.YE RECORD FC)UND )1ECFI DETAIL: Vhl VE I IST DI, PLAY/HAXNTEHANCE YAl VE L.ls>T fLEVIS)IOH 833 VAI VE HUHBER 1-1ZA-V-80200 -001 VAI VE ')AFTY TRN LAc)T REVIc> IGH 000 OPLRATOR LXHE NIJHBER 008 . 800 0880 0 Nat1IHAL.. sIz(:. eeo . eee P/W Tl-l3'CKHFsc)/S)CI-I ENDS CODE GROUP C(3DF DFSIGN PRES)S)URE DE.) I c H TEHPEFLATUF<E SEISMIC PRESS STD/ANSI RATG PO HUHBER 55861 r.o XTE)1 HATER I AI (".LASS TYPE SFD DFLWG HBR 0 0080 S)FD VALVE NBR 0 DESICN C-DRWC r)1DRAC DRAWING LOCATION G-DRMG FLOOR ELEYAT1OH 088 88 YALVE ELEVATIGH 880 00 HFIGHT FRGH Fl OQR 100 80 PLANT LOCATIC)H-1 FT 080 XH 00 EAST7 MEST7 OF C:OL PLANT LGCATI(3N-2 FT 800 XH 00 NGIRTH7 SOUTH'3F CQL F<EHARK S NFXT VALYE: uNXT 1 CAT 1 SYS ZA TYPE V NBR ee'1 ITEc)1 -ee1 QR NEXT Sl='D VAI VF NBR: UNIT 9 SYS XXX VALVE NBR XXXX IHSTR VALVE HBR XXX DE.. IcH XHFGF<)1ATIOH XNCGI1F>L.ETE.', KUT vAl.vE'<FCORD FouND )1Ef.;H DETAIL ~ VALVF I XST DXSPI AY/HAXNTI":NANCE VAL VF L IcST Rc' I c>1OH 833 VAI VE HUHBFR 1-1ZA-V-00"01 -001 YALVE')AFTY TRH LAc> T REY18> IOH 800 OPERATOR I INE Hu)1Br=f( eee . eee eeee 6 NOMINAL SIZE 008 . 000 r-/w TflxcKHE 8/scfI ENDS CODE cRour- coDE DES) IGH f'RES)S)URE DES XGH TEHPEFLATUF<E SEISNIC rRLss SrD/AN "I I<ATG PO HUHBER 55861 PQ ITEN HATERIAL CLASS TYPE SFD DRWG NE)R 0 8000 c)FD VALVE HBR 0 DI. SIGN G-DRWG I. HDIRAC DRAWING LQCAT1C)H G 'DRWG FLOOF< ELEVATIOH 000 00 vAI ~E El EvATION eoo eo HEXGHT FROM FLQ(3R 180 00 PLANT LQCATXQH-1 FT 000 XH 00 EAS) T7 I JEST">> GF CQL Pl AHT LGCATlGH-2 FT 000 XH 80 NORTH'OUTH7 GF CQL RENARKS NFXT VALVE: UNIT 1 CAT SYS ZA TYPE V HBR 80202 ITEN -09'I OR HFXT SFD VALVE NBR: UNIT 9 SYS XXX vALvE NBR xxxx INSrR YA vE NBR xxx DFSXGH XHFQRHATXOH XHCQHF'LETE:., BUT VALVE RECORD FQUHD HECf< DETAIL )> VAI VE I IST DISPI AY/HAIHTENAHCE YALYE LIST f(EVIS3:ON 033 VAI VE NUHBER 1-1ZA-V-80;02 -001 YALVE SAFTY TRH LAsT REvIsxoH 888 OPERATOR LINE Hul<BER oee . 800 eeoc HOHXNAL.. S>lZE 080 . 800 P/W Tl-llCKNES)s)/c)CI I ENDS CODE cRour- cGDE DFc) IGN PRES)SURE DFSTGN TEMPERATURE SEISHIC PRESS STD/ANSX RATG PO HUMBEF< 558/) 1 Po XTEH MATERIAL Cl ASS TYPE SFD DRMG HBF< 0 0000 SFD VALVE NK>F< 0 DESIGN G-DRWG EHDRAC DRAlJ IHG LOC:ATION C-DRWf.. FLOQF< ELEVATXGH 000 80 YAI YE EI.EVATXQH 088 00 HEIGHT IcRGH Fl GGR 108 60 4 i\ 8
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'00 vALvc LxsT f(s.vxsxoN 6.IGH PREc>SURE DEcBIGH TEHPERATURE SEXSIiiC PRESS srD/ANsx RArG Po HUHBER Fu i<<" rl MATERIAL Cl Ass TYPC BFD DRMG HK<R 8 0080 S)F D VALVE HI<A 8 DESTGH G-DRWG EHDRAC DRAWING LOCATION G-DRMG FLOOF( E( EvATxoN eee ee VALVE ELEVATIGH 800 08 HEIGHT FRoli FLGOR iee ee PLANT I. GCA> xoH-i FT eee xH ee EAST: WEST> OF CQL PLAHT LOCAT I OH-2 FT 000 IH 08 NORTH'? SGUTHc)? (3F CGI RE Yi ARK 8 NEXT VALVE: UN3:T i CAT SYS ZA TYf'E Y HBF( 88'04 ITEN -00i Qf(
NEXT SFD YAI VE HBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VALVE NBR XXX l)E iXGN IHFOIYHAT3:OH IHCQNPLFTE, K<UT VALVE F(ECOF(D FQUHD HECH DETAIL? VALVL I.. 1 ST I)'f Sl='LAY/I'iAIHTEHAHCE VALVE Lls) T f>EVXBlQN 633 VAI YE HUHBER i-iZA-V-86264 -eei VALVE BAFTY TRH LAS) T f(EVISIGH 008 OPERATOR I INE HIJHK<cR ee0 . eee eeee HQHIHA( sxzc eeo . eee P/M Tl I3: CK HES>$ /B)CH ENDS CGDL GROUP CODE DFc>1GN Pf(EBK)UF(E DESIGN TEHPERAT(JRE SFXSHXC PRESS STD/ANSI RATG PO HUHK<FXR 558hi PO XTE)i HATERIAL CLASS TYPE SFD DRMG NK<R 8 0000 BF D YALVE NK<F( 0 DESIGN G-DRWG EHDRAC DRAWING LOCATION G-DRMG FLOOR ELF YAT1oH 800 08 VALVF EI EYATlGN 000 00 HEXGHT FROM I=LOGR i80 00 PLAHT LOCATION-i FT 000 IH 00 EASTc? WESTc? OF Col. PLAHT LGCATIOH-2 FT 880 IN 00 NORTHc? SOUTH~) OF COL REYiARKB NFXT VALVE: UHlT i CAT SYB ZA TYPE Y HBR 00205 XTEH -00i OR NLXT SFD VALVE NBR: UNIT 9 BYS XXX VALVF NBR XXXX INSTR VALVE HBR XXX DEB) XGH XHFORHATXQN XHCQIiPLETE, K<UT VALYE RECORD FOUND HECH DETAIL":) VALVE LIST DISPLAY/HAIN'I'I:-NANCE VALVE I...IBT REVXBXQN 633 VAI YE HUNBER i -iZA-V-06205 ""80i YALVE SAFTY TRH LAS)T f(EV3:S)1GH 000 OI"-ERATGR I. IHE NUNK<ER 000 . 000 0000 HQHIHAL S1ZE 008 . 800 P/M TH XCK NEB)s)/BCI-I
=HDS CODE GROUP CQDC DEB1GH PRESS)URE DES)1GH TENPERATURE SEISMIC PRESS STD/ANSI RATG Po HUHK<ER 5586i PO XTEH HATERXAL CI Ass TYPE FD I)aMG HBR e eaee cvFD VALVE NBF< 9
VLS X V<'< L) VI<M4 - I=NJ)ICAL'RAWlH4 l.nCATXC)H G-DRMCi FLC)OR ELFVATXOH 060 00 VAI VE ELEYATION 680 06 IILcXGIJr I-ROM rl OOR 368 66 PLANT LOCATION-1 FT 080 3:H 80 EAc~T7 WEBT7 GF COL I='LANT LGCAT I GH-2 I=T 000 lH 66 HQRTH7 $)GUTH7 QF CGL f(EHARKB) ',HEX7'ALVE: UNIT J CAT SYS ZA TYPE V HK<R 882)66 XTEM -865 QR NFXT SFD VALVE HBR: UHIT 9 SYS XXX VALVE NBR XXXX INSTR YALVE HBR XXX DEcs I GH INFO') IAT X OH IHCOMF'"LETE, K<UT VALVE RECORD FL)UHD HECl F I D ET A X L? VAI VE LIST DISPLAY/MAIHTFHANCE VALVE l IS)T REVI$ 1QH 633 VALVI= HUMBER i -GAZA-V-66286 -66( VAl.VE BAFTY TRH LAc> T F(FV Xc~ 1nN 800 OPERATOR LINE HUHBER 600 . 600 0608 6 NOHIHAL B 1 ZE 000 . 808 P/M THlCKNEB)$/BCI-I rNDs cnDr GROUP C(3DE DESIGN Pflcssu<<E DESIGN TEMP ERATLJRE SEISMIC PRCSS STD/ANSI RATG f'Q NUMBER 5.'>861 PQ ITEM MA7 ERIAL CLASS TYPF SFD DRWG HI<A 8 8060 $)FD VAI.YE HBF< 0 DES IGH G-DRWG I=MDRAC DRAWING LOCATION G-DRWG FLOOR ELEVhTlQH 080 00 VALVI= LLFYATION 680 00 Hl'=IGHT FROM Fl QOR 'ioo 60 PLAHT LQCA7'XQH-3 FT 800 lH 06 EABT7 WEST? OF CC)L I"LANT LOCATION-2 FT 000 IN 08 NORTH? souT)i? or- coL REHARKB HFXT VAl~ VE ~~I
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.VALYE SAFTY TftN LAST REVISION 000 OPCRATOR I IHE NUMBCR 000 . 080 6600 NOMINAL IzE oee . eee F /M THICKNESS/c>CH I=HDS CODE GROUP C(3DE DEB) IGH PRESSUF<,E DE.')1GH TEMPERATLJRE SCISMIC I"RCSS STD/ANSI RATG PO HUMK<ER 5586 $ r'n ITEM MATERIAL CLASS TYPE SFD DRWG HK<R 0 0008 SFD Vhl.VE NBR 0 DCSXGN G-DRMG CMDRAC DRAWING LOCATIC)N G-3>RMCi FLOOR ELEVATXGN ()00 00 VALVE El LVATIQN 000 00 IJEIGHT FROM I=I OOR 188 66 PLAHT LC)CATION-1 FT 000 XN 80 EAc) T".) MEc3T7 L)F CQL PLANT LOCATION-2 FT 000 IN 00 NOR Tl<7 Sou TH? or- coL REHhRK c)
NEXT VALVE: LJHI T 1 CAT SYS ZA TYPE V HK<R 66218 ITEM -881 C)f( HI=XT SFD VAI YC HBR: UNIT 9 SYS XXX VALVE HBR XXXX INSTR VAI VF NBR XXX I DES CiH IHFC)RMATXQH I HCloMPLETE, BUT YALVE RECORD FOUND MECI-I DETAIL" ? VALVF LIST DXSPI AY/MAINTENANCE VAl.VE LXST REVXBloH 633 ALYE NUMK<I=R (-GAZA-"V""66210 -801 VhlVE ShFrY TRH LAc>T REVI$ 1C)H 008 OPERATOR NuMBrR eee . eoe 6666 NnHINAI sIzr: eee . eee P/M THICKNFS)$ /B)CH LNDS CODE GROUP CODE DE,'33:GN PRES)SURE 3)ES) IGH TEMPERATLJF(c SEXSMXC PRLSS STD/ANSI RATG
LHlrb UUUL L>l<UUI UUUl DEsrGH P<<E. BUTE DEsiGH TEMPERATURE SF ISMIC O'RLSS STD/ANSI RATG Pn HUNBEF( 55861 Pn ITEN MiATERIAL Cl ASS TYPE BFD DRWG HK<R 8 0008 SFD YALVE HBF< DCBIGN G-DRMG EMDRAC DRAWING L.OGATIOH G-Df<MG F Loof< ELEVATXOH 808 88 VALVE cLEvATroH eoe ee HLIGHT FROM I=LGGR 100 60 PLAHT LGCATXOH""1 FT 000 I H 80 WEST> C)F C OL I='LANT LOCATION-2 FT 000 IH 80 HORTII: sour)sr GF COL RE NhRK cs NEXT VALVF: UHIT 1 CAT 1 BYB ZA TYPE V HBR 8821 4 ITEN -001 OR NcxT sl=D vALVE HBR: uHrT 9 sYs xxx vALvF HBR xxxx rHsTR vhl vE Hr<R xxx DEcirGH INFORMATION XHCQMF'LETE, BUT VALYE f(EC:QRD FQL)ND MECII D -.TAIL: vALvE LrsT DrsFI AY/MAXNTcH>ANCE vhl.vE L.r.>T F<EYI Inw e.~s VAI VE NUMBER 1 .1ZA-V-80214 -001 VALVE c>AFTY TRH LAB>T REVlS>ICIH 000 OPERArOR LINE HUNBER 088 . 800 8080 HOMINAL SIZE 008 . 000 P/M THl CKHEBc>/SCI-I CNDS CODE GROUP CUDE DESIGN PRESS>URE I DEB> GH TENF>ERATUF(E scrsNIC p<<css s'rD/AHsr RATG PO HUNKIE<< 55861 Po rTEN MATCRIAL CLASS TYF'E BFD DRMG HBR 0 0000 S>FD VALVE HKiR 0 Dl'=SIGH Q-.DIRWG LNDRAC DRAWIHG LQCATIQH G-DRWG FLQQFL Elf vhTXnH eee eo VAI VC ELEVATI(3H 008 00 llFIGHT FR(3N Fl QGR 100 60 PLANT LoCA7XON-1 r-T oe0 80 WEST: OF Cnl, F'L.ANT LOCATION-2 FT 008 IN 80 NQIRTH7 SOUTH'F CQL f<ENAF<K 8> NEXT YhLVE: LJNXT 1 CAT 1 SYB ZA TYPE V HKiR 00215 XTEM -80'I Qf( HCXT SFD VALVE HBR: UNIT 9 SYB XXX VALVE NKiR XXXX INSTR VALVF NBR XXX DEc'XGH IHFGRNATIQH XHCONF'LETE, BUT VAl.VE RECORD FGUHD MECH DETAILS VALVE I IST DISPLAY/MAINTENANCE VALVE LIST REVlBIUH 83.'1 VALVE NIJNBER 1-17A-V-80 15 -001 VALVE SAFTY TFLH LAc>T REVISION 008 GP(=RATGR I rHE NUMBER eeo . eeo eeoc e Nn)FINAL sxzE eoe . eee P/M THXCKHES>s/BCH LHDS CODE GROUP C(3DE DES>XGH PRESSURE DESI.'GH TEMPERATURE SEISiN I C PRESS BTD/AHSI RA'IG PO HUNK< f.":f< 55861 Po ITEM MATERIAL CLASS TYPC BFD DRMG NK<R 0 8008 BFD YALYE HBR 8 DFSXGN G-DRMG EMDRAC DRAWING LOCATIGH G-DRMG FL,GGR ELEVATloH 880 80 YAI vE El EvATroN oee ee HCXGHT FROM Fl OOR 'I 00 00 PLANT L.nf.ATXoN-1 FT eoe XH ee EAST'. wE. T": OF COL PI AHT I QCAT:I:(3H-2 FT 000 IN 00 NOIRTH7 S(3UTH'P GF CGL REMARKS> HEXT VALVE: UNIT 'I CAT 1 SYS> ZA TYPE Y HBR 08 16 XTEN -601 OR NCXT SFD VALVE NB<<" UNiT 9 SYS XXX VALVE NBR XXXX INSTR VAI VE NBR XXX DE." XGH lHFOfLMihTinH lNCL)MF'LETE, I UT VALVE RECORD FOUND MECI I DETAIL.: VhLYE L 1ST DISPLAY/MAINTCHANCf= VhLVE L18>T REVXS>XOH 833 VAI VE NUNDCR 1->Zh-V-86216 -001
vH<. vt, ".>Ar < Y I t<N LA"> I Kt:.V J."i J.UH 888 Gl ERA'1'OR HUHBcR eee . eee eeee HOHXHAL S)IZE 000 . 080 P/W Tl IXCKHE'.:)8)/SCfl ENDS CODE . GROUP CODE DES>XGH PRFc)S>URE DESIGN TEHf: Er(ATUf(E SCISHTC PRLSS STD/ANSI RATG PO HUHK<Eft 55861 Po I TEth HATERIAL (" LASS TYPE BFD DRMC; HK<R 0 8000 BFD VAl.VE HBR 8 DCSIGN G-DRWG EHDRAC ORAW3:NG LG CAT IOH G-DRlJG FL.QOR FLEVAT1GN 000 08 YALVE ELCVATIOH 000 00 HEIGHr FRoH Fl QGR ~ee eo PLANT LOCATION-1 FT 000 XH 80 F.AB) T7 MES) T7 OF COL. Pl AHT I (3CATIQH-2 FT 000 IN 08 NORTH'GUTI17 (3F CQL RF.HARKS) NEXT VALVE: UNIT i CAT BYS ZA TYPF V HK<R 882$ 7 XTEH -891 QR NCXT SFD VALV HBR: UHIT 9 SYS XXX VAI YF HBR XXXX INSTR VAI VC HBR XXX DES 1 GN 1HFORHAT1 OH 1 HCOHPLFTF VALVE RECORD FC)UHD HECI-I DE7'AXI..7 LIST DlSPI AY/HAIHTCI'IAHCE BU1'ALVC VALVE LIST f(EY3:BIQN 833 VAI VE NUHBLR 1 IZA-V-88217 -001 VAI VE c)AFTY 1'RH LABr f(EVXBXQH 808 OPFRATOR LINC NUHBFR 000 . 000 8806 NOH3:HAL B1ZE 080 . 880 P/W 7'H1CKHEBS/BCI-I CHDS CODE GROUP CODE DEc>IGN PREc>c>URE DEB) 1GH TEHPERATURE SEISHIC I-RLss 'TD/ANSI RA'rG Po HUHK< L ft. 5586 1 PO I TEt'I HATERIAL CLASS 7 Yl"E SFO Df(MG HBR f 0 0080 BFD VALVF HK<R 8 DI=S IGH G-ORWG I=HORAC ORAlJIHG LQC:AT1GN Ci-DRMG FLC)of( ELEVATIC)H 000 00 VAI VE I=I..CVATIGH 000 00 L.GCATXGH-< FT oee IH eo HcIGHT FRoH Fl Eh."> T'Ec> T'~ ooR, C) oe F COl. ee PLANT I QCATIQH-2 FT 000 IH 00 NORTH'> sour)-l~ GF CGL REHARKS) NEX'1'ALYE: UH1T 1 CAT f 8) YB ZA TYPE Y HK<R 002 '0 XTEt> -883 f)R HLx r FO vALvc NBR: utXGH XNFCJRHA1'IQH XHCOHPLFTE K<UT VALVE RFCORD FOUND HECII DETA1L VALVE I IST DISI"LAY/HAIHTEHANCE VALYE LIST REVIBD)N 833 VALVE HUHBLR I-GAZA-V-88228 -881 VALVE c)AFTY Tf(N LAST REV 1s) 3:OH eeo OPERATOR LINc NUHK<LR oee . eoe eeee NQHIHAL 8) IZE 800 . 000 P/W Tl-IXCKHES)B/BCH ENDS CQDF GRour- coDc DEc>1GH PRESSURE DE. XGH TEHr-cRA7ur(E SEXSHXC PRFSS STD/ANSI RATG PO HUHBEf( 55861 PO XTEH HATERlAI CLASS TYPE SFD DRIJG NK<R 0 8088 c) f'D VALVE HK<R 8 DEslGH G-DRWG EHDRAC DRAWTHG LOCATlOH G "Df(MG FLOOR ELEVh7'ION VAI VE El CYAT:I:ON 808 08 HEIGHT FRGH FLOOR rl.hHT (QCA73:C)N-< FT eee XN ee EAST'EST">> PLANT I GCATIGH-2 I=T 000 IH 00 NORTH'P ftEHARK8> SOUTH'EXT YAl.VE: UH1T 1 CAT 1 SYS ZA TYPE Y HI<f1 082 .1 XTEH -88$ OR NCXT SFD VAI VL NBR: UNIT 9 SYS XXX YALVE HK<R XXXX INSTR VAI VE HK<R XXX DEc'1GN XNFof(HATXotl X HCOHPl.FTE, I UT VAl.VE RECORD FQL! tel) HECI I DEThIL":> 4
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')<ALVL' Lh I J)lb<"LAY/<"I<-"<LN LNA<<IUL VAL YF I. Xc>T REV3 <>1C)H 633 VAI VF NUHBER ! -GAZA-V -6622$ -661 VAI..YE SAFTY TRH LAS) T f(EVIcsXGH 660 OPERATOa LINF HUHBf=R 000 . 000 0000 NQHlHAL SIZE 800 . 000 F'/W 7HXCKNEscs/.<<C:H LNDS C(3DI= GROUP COE)F DESIGN F)RFS>SURE E)ES>XGH TEHF)EF(ATURE SEXSHIC PRESS STD/ANSI RATG PO HUHK<ER 55c861 Po ITEH HATf=RIAL CI ASS TYPE BFI) Df(WG HK<R 6 6060 SFD VALYE NBR 6 DCSIGH G-DRWG EHDRAC DRAWING LOCATION G-DRMG FLQOF( ELEVATXQN eee ee VALVC Cl EYATIQH 000 06 HCIGHT FRGH Fl Q(3R ! 06 06 PLAHT LOCATION-! . FT 606 1H 00 EAc) T? WEcsT? OF COL r:LANT LOCArxoH- FT eee IH 06 HoRTH: ourH? oF coL REHAF(K 8)
NEXT VALYE: UN1T I CAT ! SYS) ZA TYPC V NK<f( 00222 XTEH< -66! C)R NEXT SFD VALVE NBR: UNlT 9 SYS XXX VALVE HBR XXXX INSTR VAI VF HBR XXX DFSxrN XHFQF(HATXGN XNcaHF)LErE, BUT VALVE f(ECQRD FQUHD HECI I DE7'hlL? VALVE I 1ST D1BPLAY/HAlNTEHAHCE VALVE L18>T REV18)XC)N 633 VALVE HUHBCR 1-GAZA-V-66222 -00 VALVE S)AFTY Tf(N LAST RE:VIS XGH 660 or-cRA roR LINE NUHK<LR 000 . 000 6000 HQH1HAL SIZE 000, 066 P/M Tl-IXCKHEcJS/c)CH CHDS CODE GROUP C(3DE DES) X GH P f(EBSURE DES)XGH TEHPEF(ATUF(E SEIBHIC PRCSS STD/ANSI RATG PQ HUHBER 5586! Pa ITEN
>>ATIKRXAL CLAS TYPE SFD DRW<G NK<R 0 6060 BFD YALVE NBR 8 DESIGN G-DRMG CHDRAC DRAWING LQC:ATXOH Ci-DRWG FLOOR ELEVATXC)N ooe 0e VALVE CLEVATIQH 000 00 I'JEZ GHT FR(3H I=LQGR ! 00 60 PLAHT LQCATXC)N-"1 FT 000 1H 00 EAS) T? WEc)T? OF Cal r.l ANT I ocArxoH- FT oee IH 00 NORTH? SOUTH'? QF COL REYi ARK ~)
NEXT VALVE: UNIT ! CAT SYS ZA TYPE V HBF( 662?3 ITEH -86! OR NCXT SFD VALVE NBR: UNIT 9 SYS XXX VALVE NBR XXXX XNSTR VAI VF NBR XXX DEBXGH XNFORHATXOH XNCC)HPLETE, BUT VALYE BECOF(D FOUND HEC:I-I 1)ETAXL":> VALVE I IST DISPLAY/HAIHTI.HAHCf= VALVE LIS)T f(EVISIC)N 633 VALVE HUHBLR ! -1 ZA-V-66')'i3 "-00 VALVE . AFTY Tf(H LAS>T REVlslC)H 886 OPERA T(31< I IHE NUHK<ER 080 . 060 0000 HQHlHAL 8 IZE 600 . 008 P/W THICKHEBc>/c>CI-I LNDS CODE GRaur" c(3Dc DES1GH PRE".)BURE I DES GH TEHF'E.f(ATURE SEISHXC PvE s STD/ANSI RA'rG Po HUHK<ER 558<!) 1 Pa ITEN HATI=RIAL CLASS TYPE BFD E>RwG HK<f( e eeoc SFD VALYE HK<F( 8 Dl:=.SIGN G-DRWG r=HDRAC DRAWiNG LQCAT1ON G- DRWG FLQC)F( ELEVATXQH vAI vE EI..EVArxoH eee ee HLXGHT FRGH I=LOUR FLhN7 Lac:ATxnN-! Fr eoe IH ee WE. T? Pl AHT LOCATION-2 FT 000 IN 00 NORTH? SOUTH? RFHARKB \ I ~ '4t H' ~ *I ~ It ~ SI'V N / P% A ,h' III ff 4 0'rlI,, ~,I, \ TSh
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AL'A I V Ill Vt': U8 J. I 1 I.iFI I 1 <<) 1 <<> LH I 1 I"I" >I F'<t!t< VV~~".."I J. I <'.I"I "VV1 HEXT SFD VALVL= NBR: UNIT 9 SYS XXX VAI vr= NBR xxxx INsrR vAlvF HK<R xxx DEc>1GN 3:HFQRHATlOH INCOMPLETE, BUT VALVE REC;C)flo FOLIHD HECH DETAIL":> YALVF I IST 0 I SPLAY/HAINTI=HAHCE Vhl.VE LTS) T flEYXS) 3:OH 833
- VE HUHBER YALVE ShF'IY TRH Ol-ERATQR HUH 1HAL SIZE 1-1ZA-V-88224 -001 080 . 000 LAS) T flEVXBXC)N LINE HuHKER P/W THTCKHEBB/BCH eee 608
. eee eoee 8 I=HDS CODE GRQur- cooE DES>1GN PF(FscsufLE DEsIGN s EHPE<<ATuf(E SEISMIC r- INNESS s ro/AN "I RA TG PO NUMK<ER 55861 PQ XTEM I
HiATER AL CLASS TYPE sFD DRMG HBR e eeee SFD VALYE HK<R 8 Dl=s IGN G-DRMG EHDRAC DRAWXNG LQCATIC)H G-DFLWG Fl QQR ELEYATIOH 088 80 VALVF ELEVAT ION 800 80 HLlGHT FRGH FLOOR 100 00 PLAHT LOCATION-1 FT 800 IH 00 EAc) T".) MEcBT7 QF COL I"LANT I GCATIGH-2 FT 808 IN 00 NQIRTH7 SOUTH'J GF CGL AFLKS NEXT VALYE: uHXT 1 cAT 8) Y'.) ZA TYPE V HK<f( 08225 ITEM -061 GR NI=XT SFD YALVL HK<R: UNIT 9 SYS XXX VALYE. NBR XXXX INSTR VALVE NK<R XXX DEB>XGH XHFcQF(HATXC)H IHCOHF LETE, K<UT VALYE RECORD FOUND HECI-I DEThXL? VALVE LIST D1SPI AY/MAINTENANCE VALVE LIST FLEVXSIQH 833 VAlVE NUMBER 1-1ZA-V-08225 -001 VAl YE SAFTY TFLH l A'T Rf V3BIQH 000 OPERATOR LINE HUHK<ER eee . oee eeoc NOH1HAl SIZE 880 . 006 F" /M THICK HEc) S/BCI-I EHDS CODE GRQur. cooE DES JGN PRES)S)URF. DESXGH TEMPERATURE SFISHIC PRESS BTD/ANSI RATG PO HUMK<ER 55861 PO ITEH HATERIAI ClASS TYPE SFD DRWG HK<R 0 . 0000 SFI> VALVE NK<FF, 0 OLSXGN G-DRWG EHDRAC DRAM:CNG LOCATlQH G DRlrJG FLOOR ELFVATXOH 000 88 VALVE ELEYATXGH 000 00 HI=IGHT FRGH FLOOR 188 80 PLANT LQCAT3:OH-1 FT 000 1H 00 EAc) T )) MEc) T7 C)f'C)L F'I ANT LGCAT:COH-2 FT 000 IN 08 NORTH'2 SOUTH'F ("GL REMARKS) NEXT VAlVE: L)N I T 1 CAT BYB ZA TYPE V HK<fk 8822/) ITEM -801 QR NEXT SFD VALVE HK<R: UNIT 9 SYS XXX VALYE HBR XXXX INSTR VALVE NK<R XXX DESIGN INFORMATION INCOMPLETE, K<UT VALVE RECORD FOUND HECII DETA3:l 7 VALVE L IST DXSI='LAY/HAXHTLHAHCE VAl VE Lls'I'REYI $ 1QH 833 VAI VE NUHBLR 1-1ZA-V-8822h -881 VALVE SAFTY TRH LAc> T REV1c) OH I 000 GPI=RATQR LINE NUHBER 000 . 800 8000 NOHIHAL SIZE 800 . 008 F'/lJ THICKHESS/SCI I LNDS C(3OE GRGUF'ODE DES IGH PFLEBSLJRE DES)XGN TEMPERATURE SEISHIC PW=SS 'IO/ANSI RATG PO NUHK<ER 55861 F 0 ITEM MATERIAL Cl ASS TYPE
.FD DRWC; HBR 8 0080 S>FD YALVE NBFL 0 DE XGN G -DRMG EHDRAC DRAWXHG LOCA'I'XQH G-Df(MG FLC)QF< El. EYATXQH 888 08 VALVF LLLVATXGN 000 60 HEXGHT I RGH Fl Q(3R 1 00 8'0 Vs ~ <<t .
Pl ANT LQCAT:I:OH-1 Pi ANT I GcA'II<3N-2 s e<<ai <<<<
~ ' 'I FT 000 XH 00 I=T eee IN 00 EAST'EST7 H ORTH'~ SOUTIEN'P GF CC)l..
QF C(3I
NEXT YALVE: L)HIT 'I CAT 'I SYB ZA TYPE V HE<R 80227 17'EH -001 Qf( NI. XT SFD VALVE HBR: IJHIT 9 BYS XXX VALVC NE<R XXXX INSTR VALVL NBR XXX DE. IGN XHFQRHATlOH INCGHPLETE, K<UT VALVE RECORD FOUHD HECI-I'DETAXL7 VALVC LIST 0ISI"LAY/HAIHTFHAHCE YALVE LIcsT REVXc>IOH 933 )VALVE HUHBER 1-1ZA-V-80227 -001 VALYE B)AFTY TflH Lhs) T REYXS>10H 890 OPEahrOR LIHc NuHBLR eee . eeo eeee NOH I Hhl cs I ZE 000 ~ 806 P/M TI-IlCKNFSB/BCH ENDS CODE GROUP coDE DES)1GN PRES)BURE DESIGN TEHPEF)ATURE SEISHIC PRESS BTD/ANSI RATG PG HUHK<ER 55861 P0 I TEt'I HATERIAL ( LASS TYPE SFI> DRMG HBF( 0 0000 SFD VALVE HE<R 0 DFSIGH G-DRWG EHDRAC DIRAI~JXHG LGCATIC)N G-DRMG FLoafl ELFVhTXOH 080 00 YALVC I.LCVAT:l'OH 080 06 I HL GHT I""ROH I=LooR 1 ee ee PLANT LL)OAT10N-1 FT 008 IH 00 EAc> T7 WEBT7 C)F CGL Pl ANT I GCATION-2 FT 006 IH 00 HORTH7 SOUTH7 QF CGL REHhf<l< 8> HF X7 VALVE.: UH1T 1 CAT SYB ZA TYPE V HK<R 66236 XTEHi -891 OR NEXT SI=D VALVE NBR: UHlT 9 SYS XXX VALVF NBR XXXX INSTR VAI VE NBR XXX DE$ 1GN INFQRHAT10H 1NCOHPLETE, BUT VAl.VE RF.CORD FQL)HD HEC;I-I l>ETAXL7 VALVE l. I ST DISPI AY/HAIHTCHANCE Vhl.VE LXc)T P.f:; Vl slot< 833 vh~vE NUHE<ER 1-1ZA-v-892se -ee1 Vhl.VE SAFTY TRN Lhs>T REVIBIL)H 008 OPCRATOR LINE NUHBCR 000 . 006 8000 NoHIHAl. sIzE eeo . eoe P/M TH1CKHE'.)B/BCH ENDs caDC GRoup caDc DEB) IGN PflESBIJRE DESIGN TEHPERATURE SFISHIC PRCSS STD/ANSI RATG Po HUHK<ER 558<!>1 r 0 I7Et1 CI TYPE 0080 As'FD DRWG HE<R 0 S)FD YALVE HE<R 0 DESIGN G-DRWG I=HDRAC DRAWXNG LGCATXQH G 'DflMG FLOOR ELEYATIGH 006 00 vhI vC ELEVATION oee ee HFIGHT FROH FLOOR 180 00 PLANT LOCATION-'I FT 000 IH 00 EAB) T7 WEB> T7 Qr- caL PLANT LochrION-2 FT eee IH ee HoicrH) souTI-I7 oF coL f<E t4 ARK B HFXT VALVE: UH1T 1 ChT BY i ZA TYPE V HBR 66231 ITf H -091 OR NEXT SFD VALYE HBR: UNIT 'i'YS XXX VALYE NBR XXXX INSTR VALVE HBR XXX DES) XGN XHFGRHiATXC)N XHCot1PLETE, BUT VAl.VE RECORD FC)L)HD HiEC;II DETAXL7 VALVI= LXST DISPLAY/HAINTEHANCE VALVE LIST REY18) ION 933 VALVE NUHBFR 1-1ZA-V-66231 -001 VAl..VE B)AFTY TRH LAST flEVXBXON 980 GPI=RATOR LINE NUHE<ER 088 . 880 8800 NGHINAL sIzE eee . eee F'/W THICKHEBS/'.)CH ENDS CODF GROUP CGDC DES) I GN PRFBB>LIRE DES) XGN TEHPEF(ATURE Sr=I, HIc PRFSS STD/ANSI RATG PG Hut1K<Efl 55861 r o XTEt1 HATERIAL CI ASS TYPE SFI> DRMC'IER 0 8008 BFD VALVE HBR e DCSIGN G-DRWG EHDRAC DRhlJ ING LGCA1'IQH G-DR4)G F Loof( ELEVATIQH 000 96
VALVE LL<=VAI lUH VVV VV <'<L l4H I l- f<UM <- LUUN 1 VV VV PLANT LOCATION-1 FT 800 IH 08 EAB>T7 WEST7 OF C:GL I.-LANr I ocArIoH-. FT eee XN 00 NORTH7 sourf<7 OF COI flEHAFlK8 HEXT VALVE: UN1T 1 CAT BYB> ZA TYPE V HK<R 882)32, ITEM -881 NEXT SFD VALVE NK<R: UNIT 9 SYS XXX VALYE NBR XXXX INSTR VALVE NBR XXX DKS3:GH G 1NFORHATXQH IHCQHPLETK, c K<UT YALVE RECQRI> FOUND MECH DETAlL7 VALVE LIS DX r-LAY/HAXNrCHAHcC YALVE LIB)T REVls>1QN 833 VALVC HUHBCR 3-GAZA-V-88232 -88( vAl.vE SAf-rY TRiN LAc)T REY I SIGH 000 GPFRATGR LINE NUHK<LR 000 . 800 8000 HOH1HAL cSIZE 900 800 P/W THI CK HEBB/csCI-I CNDS C(3DK GROUP CGDL= DES)1GH PRES)c)URE DES>XGH TflHPERATUflE HE<fan SCISHIC PRLSS STD/ANSI RATG PQ NUHBER 55861 Po 1TEH I HATI=R AL CLASS TYPE SFD DRWG HE<f1 8 0888 SFl> VALVE 6 DESIGN G "DRWG LHDRAC DRAWING LOCAT1QH G-DflWG FLOOR ELKVATloH 008 00 vALvE Kl KvATIGH eee ee I]EIGHT FROM FLOOR Tee eo Pl.AHT LC)CATION-3 FT 088 IH 80 EAB) T7 T7 WEB> HE<fan OF Col. PLAHT I OCATI(3N-2 FT 088 IH 00 NGRTH7 S>OUTH7 (3F CQL REHiARKS> NEXT VALVE: uHIT < CAT < sYs ZA TYF>K v 88:?zz ITEM -eel Q HLXT SI=D VAI VE NBR: UNIT 9 SYS XXX YALVf= NE<R XXXX INSTR VAI VC NBR XXX DESXGH XHF'C)f(HATXC)H XHCOHPLETE, K<UT VALVE FlECGflD FGUHD HE Cll DETA3:L: YALVC I I ST DISPI AY/HAINTl'=HAHCE VALVE LIS) T REVIS>IOH 833 vALvE HuHBER <-<ZA-v-882ss -88< YALVE S>AFTY TRH LAST REVXS) IC)H 800 OPERATOR I INE HUHBCR 800 . 800 8800 0 HOMINAL SIZE 900 . 000 P/W THICK HES>c>/B>CI-I ENDS CODE GRQUI" CODE DEc> 1GH PRES>cBURE I DES GN TEHF'Ef(ATuflE SKXSHIC PRI=SS STD/ANSI RATG PQ HUHBER 55861 PC) ITEH HATER IAI Cl ASB TYPE c+FI) DRWG HE<f> 0 0000 BF D V*LYE HBR 0 DEBIGH G-DRWG EHDRAC DRAWING LOCATION G-DflWG FLOOR ELEVATIGH 000 88 VALVE ELEVATIOH 800 00 IIKIGHT I=ROM FLOOR 188 00 PLAHT LOCA1'XOH-T FT 000 XH 00 EAcsT7 WEST7 QF CQL I-"LANT LocArloH- I=T eee IH ee NGRT,i7 ouTH7 QF coL f(KHARKS Hf:XT VALVE: UH X T 0 C:A'I'EXT S)Y.') ZA TYf'E V HF<R 88."?34 XTEH -88$ QR SFD VALVE NE<R: UNIT 9 SYS XXX YAI YC NBR XXXX INSTR VALVE HBR XXX DES XGH XNF'Qf(HATXC)H XHCC)HPLETE BUT VALYE flECGRD FOUND HECI I 1>ETA3:L7 VALVE LIST DXSPLAY/HAXHTEHAHCK VALYE LX".'>T REV3:csXQN 833 vALvE NUHBLR <-<ZA-v-88 z4 -88< VAl.VE SAFTY TflH LAc>T flEVlcslGH 808 QPERAT(3R I IHE NUHBER 000 . 880 8888 HOH1HAL S IZF.:. 800 . 000 P/lJ THXCKNEc)B/SCI-I CNDS COOK GROUP CODE DCSIGN PRES>S>URE DES>IGH TEHPE:RATuflE SFISHIC PRESS BTD/AHSI RATG PO NUMBER 55861 PG XTEH MATERIAL ( I ASS TYPE
bI- I> 1>)<.ML NE<R U 80VV Sl- 1> VALEL; NE<R 6 DLSIGN G-DRMG I=HDRAC DRAWIHG LOCA> Ia<<G-DFLWG FLOOR EL.E::.VAT ION 888 ee vhl vE D EYATIOH eee 88 HEIGIIT FRoH I=l..oaR 168 66 PLAHT LOCATION-1 FT 800 IH 00 Ch.'T? WEST: oF caL. PLANT LOCATION-2 FT 000 IN 00 NORTH? SOUTH? OF COL REHARK 8) -'NEXT vh!,VE:, UNIT 1 chs 1 sY. zh TYPE v NK<R 882ss xTEH c -eel OR NEXT SFD VALVE HBR: UHIT 9 SYS XXX VAI VE NBR XXXX IN'R VALYC NK<R XXX 1>ESXGH IHFOFLHhTXQH XHCC)HPLFTE, BUT VALVE: RECQRD FQUHI> HECI-I DETAIL? VALVE LIST DISPI AY/HA1NTEHAHCE VALVE LIBT REYXS)XON 833 vhl vE NuHBER 1-1ZA-v-882ss -ee1 VAL VE . AFTY TRH LAST REY X 8) ION 066 OPCRATOR LINC NUHBCR 600 . 000 8006 NOHXNAL SIZE 800 . 000 r'/W THICKNE:. /SCH ENDS CODE GRour. (."QDE DEc) XGH PFLEc)SUFLE DES) IGH TEHF>kfLATUBE" SEISHIC !-!iLSS STD/ANSI RATG Po HUHBER 55861 f'C) I 7 EH HAT. RIAL CLASS TYPE SFD DRWG HK<R 0 0000 BFD VALVE HBR 0 DCSIGH G-DRWG LHDRAC DP A W IHG LOCATIOH G-DRMG FLC)OR ELEVhT1QH 800 00 VALVE ELEVATIOH 008 60 HLIGHT FPOH FLOOR 168 00 PL.hNT LacATXOH-1 FT eee xN 88 EAB) T? MES) T? OF CC)L Pl AHT LOCATION-2 FT 680 IN ee Has TH? sou'rH? QF col FLEHAFLKB HEXT YAI.VE: UHlT 1 CAT SYB ZA TYPE Y HK<R 882)3<!) 1TEH -001 O NEXT SFD VALVE NBR: UNIT 9 SYS XXX VALVE HBR XXXX INSTR VALVE NBR XXX DEBT.GN IHFORHATloN IHCOHPLETF, E3UT YALVE RECORD FOUND HE(ill DETAIL? VALYE LIST DISPLAY/HhINTEHAHCE YAL YF L Ic>T RFVlc>IQH 833 VALVE NUHBI=R 1-1ZA-V-88237 -001 VALYE S)AFTY TRN LA')T FLEYXBXOH 800 OPERATOR LINE HIJHBFR 060 . 000 0006 0 HOHlHAL B1ZE 000 . 000 P/M Tl-IXCK NESS/SCI-I ENDS CODC GROUP CODF DFSIGH PRFB>s)URF DEc> X GH TEHF" ERATURE SEISHlC PR!=SS STD/ANSI RATG PO HUHBER 55861 PO ITEN HATLRIAL CLASS TYPC SFI) DRMG NBR 0 0000 SFD VALVE NK<FL 0 DESIGN G-DRMG EHDRAC DRAWING LOCATION G-DRMG F L.C)OR E".LF VATXQH 800 00 VALVE CLEVATXQH 000 00 HCIGHT FP,OH FLOOR 188 00 f"LANT LOCATIQH-1 FT 808 IN ee Eh.T? MEsT? OF coL PLANT LOCATION-2 FT 008 XN 00 NORTH? SOIJTH? OF ("OL RFHARKS) NEXT VALYE: L)NIT 1 CAT B>YS ZA TYPE V HK<R 882>48 XTEH -86! C) FL Nl'=XT SFD VALVE NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VALVE NBR XXX DESIGN XHFOFLHATXOH T.HCQHf>L.ETE, K<UT VALVE REClof(D FOL)HD HECI-I DETAIL? VAI VE L IST DISPLAY/HAXHTI=HANCE VALVE L1BT FLEVISION 833 VALVE HUHBER 1-1Z*-Y-68248 -881 VhL.YE S)AF TY TRH LA.')T FLEYXBIQN 800 OPERATOR I. IHE HUHK<ER 800 . 000 8688 NOHxHAL. sxzE eee . eee P/W Tl-IICKHEcsc~/cscH I'=HDS CODE GRour- caDc DEB) XGH PRESSURE DEc)1GN TEHPERATURE
bt LbNi < S < I) r AH",J X V,i'> < () PO HUH>BER 55862> Po II'EH HAT('=R IAL CI ASS TYPE SFD DRWG NK<fl 8 0800 SFD VALVE HK<fl 0 DESIGN G-DRMG EHDRAC DRAWXHG LQCAT1QH G- DRWG FLQQF( ELEVATION 890 00 VALVC ELCVATXON 800 80 HEXGIJr (=ROM FI uoR (88 ee PLANT LOCATION-I FT 888 IH 00 EA.'r:> w"s T": OF CQL PLAHT LOCATION- FT 000 1H 80 HORTH7 SQIJTH7 QF ("QL '(EHABKS) NEXT VALYE: UHXT 1 CAT 5 SYS> ZA TYPE V NK<f( 882>45 XTEH -891 0 NEXT SFD VALVf= HBR: UNIT 9 SYS XXX YALVF NBR XXXX INSTR VALVE HBR XXX DE 'ilGH XHFORHATXQH XHCOHPLETE, K<UT VALVE RECORD FQUNI> HECH DETAIL7 VALVE L1ST DISPLAY/MAINTENANCE
-GAZA-V-88241 VALVE LIST REYlslOH 033 VAI VL NUMBER 1 -88$
000
'80 VALYE BAFTY TRN LAS) T flEVXSIOH OPLRATQR I IHE NUMBER Qee . eeo eeee 6 NQHIHAL SIZE . 800 P/M THICKNESS/BClI FHDS CODE GROUP CODE 1>EB) I GH PRESSURE DES) IGN TEHPERATLJRE SE1$ HXC PRcs- srD/ANsI RArG PQ HUNK<ER 55862 Pu ITEN NATLRIAL CLASS TYPE SFI> DflMG HK<R 0 0080 SFD YALVE HK<f( 0 DESIGN G-DRWG CHDRAC DRAWING LQCAT1QH G-DRWG FLunft ELEVATXQN 080 80 vAI vc elf=.vATXON eeo 08 HFIGHT FRQH FLOOR 188 00 r.LANT CbcATION-< FT eoe IH oe EAsT7 wEsT7 QF Cul.
PLANT- LOCArXON-2 FT eee IH ee Noi<T,i7 , uurH7 QF CQL REMARKS NEXT VALVE: UH1T 1 CAT 3 SYS) ZA TYPE V iHBR 8Q242 1TEH -883 uf< NExT SFD vALvE HBR: UNlT 9, Ys xxx vAI vE NBR xxxx IH "rR vALvc Hr<R xxx DE 'IGN XNFQF(NATION INCOMPLETE, BLJT VALVE RECORD FOUND HECI-I l>ETAIL7 VALVF I XST D:f SPI AY/NAIHTEHANCL VALVE I..1sT f(EYXSION 033 vAI vE NUMB(=-R <-~ZA-V-88242 -88< VALVE SAFTY TRH l.AST REVXS)XOH 800 OPCRATOR I XHE HUHBER 000 . 000 0068 HOMINAL XZE eee . eoo P/lJ THICKNESS/SCH LNDS CODE GROUP (.'ODC DEB) IGN PRESS)URE DES>XGH TEHPEF(ATUF(E SCISNIC PRI=SS,".TD/ANSI RATG PO HLJHK<ER 55862 Pu XTEH HATERIAL CI Ass TYPE SFD DRWG HK<R 0 0000 S)FD VAl.,VE NBA () DCS IGH G.-DRWG EHDRAC DRAMXHG LQCAT1OH G-DRMG FLoorl ELEVATION eee ee VALVE I."I EVATIOH 800 88 HEIGHT FROM FL(3QR f 08 08 PLANT LOCATION-3 FT 000 XH 00 EAB> T7 WES> T7 OF" CQL PLANT I OCATlOH-2 FT 000 IH QQ H(3RTI<7 SQLJTH~ QF (.'(3L flEHARKS) NEXT VALVE: -GAZA-V-88244 UH1T 1 CAT 8) YB) ZA TYPE Y NK<R 00244 1TEH -98$ Or( NEXT SI=D VALYC NK<R: UNIT 9 SYS XXX VAI VE HBR XXXX 1NSTR VALVE HK<R XXX DES1GH IHFOF(NATION XHCOHPLFTE, BLJT YALVE RECORD FOIJHD MECI I l>ETAXL7 I VALVE I TST D SPLAY/HA IHTf=HAHCE YALVE LXS)T REV1.'>XOH 033 VALVL NUMBER 1 -881 VALVE c>AFTY TRN LA.')T f(EVXBT.OH 800 OPERA'roR I.. I NE NUMBER eee . eeQ eoee
NUNLHAL blzL VVV; VVV l"'/W I HLL:I<HLSb/bCH ENDS CGDC GROUP CODE nE. IcH pr(ESSUFIE DESIGN TEHPEF(ATUFIE SFiSHIC PRESS STD/ANSI RATC PQ HUNBER 5586.".? PO ITFH I HATER AL CL.ASS TYPE SFD Df(MG HBR 0 0880 SFD VALVE NBF< 0 DCSIGH G-DRWG EHDRA>C DRAIJIHG LQCATIf)H G-DRMG FLof)f< ELEYATXGH eee oe VALVE ELFVATIOH 800 00 HCIGHT'ROH FLOOR iee 00 PLAHT LOCATION-1 FT 000 IH 00 EAS)T7 MEST7 OF COL PLANT I (3CATIOH-2 FT 080 IN ee NGRTI~7 sou rH7 OF COL REHARI<$ NEXT VALYE: UHIT 1 CAT SYS ZA TYPE V HBR 8824 ) ITEH -883 fir( HLXT Sl'=D VALVE NBR: UNIT 9 SYS XXX VALVF NBR XXXX IHSTR VALYE HBR XXX DES I CH IHFOF<HAT X GH 1 HCOHPLFTE BUT YALVE REf:Of<D F OLIHD HEf:H DETAIL7 VALVF LIST DISPLAY/HAINTEHANCE VALVF LIE>T f(F.VISION 833 YALVE HUI'IBER l-IZA-V-88245 -881 VALVE SAFTY TRN LAE)T REVXE) 3 QN 000 Gl-CRA roR I..INI-
=NuHBER eoe . eee eeee
>>QHxtJAL IzE oee . oeo P/W TH3: CK HES>s/8) CI-I ENDS C(3DE cRour- coDE DESIGN F'f(ESS)UF<E DEK) XCH TEHPEFIATuftE SFISHIC pRLss srD/ANsx RATc PG HUHBER 55862> Pf) X TEH HATLRIAL CLASS TYPE SFD DRWE. HBR 8 0000 Sr-D VALVE HBF( 8 DESIGN G-DRWG EHDRAC DRAW IHG LOCATION G-DRMG FLOOR EL.EVATXOH 800 88 VAI YF ELEVATX(3N 000 00 HEIGHT I=R(3H FL(3GR 100 08 PLANT LOCATION-3 FT 000 XtJ 00 EAE) T7 ME'.> T7 OF' OL.
PLANT LOCATION-. FT 080 IN 08 HGRTH7 $ (3UTH7 (3F CQL f(EH ARK S NEXT VAL.VE: UHIT l CAT SYS ZA TYPE V HBF< 00258 17'EN -883 NLXT SI=D VAI VE NBR: UHIT 9 SYS XXX VALVF NBR XXXX INSTR VALVF HBR XXX DE IrH 3:HForiHATXQH INCGHP;FTC, BuT VALVE RECORD FOUND thEC,'l l DETAXL.7 VALYE LIST DISPI AY/NAINTEHANCF YALVE LlsT REVISIf)H 833 VAI VE NUHBCR 3 -1ZA-V-88258 -881 VALVE SAFTY TRN LAST FIFVXE>lf)H 880 GP f=RATOR LINE NUHBLR 000 . 008 8000 HQHINAL sIzE eoe . eee P/M Tl llCK NESS/SCI..I CNDS CODC GROUP CODE DES) IGH FPF<ESSURE DEE) XGH TEHF)EF<ATURE SEISHIC PRf=ss 'STD/ANSI RATG PQ HLlHBER 558(!) 2 Po ITEt< HATERIAL CLASS TYPE SFD DRWG NE) f< 0 0000 S)FD VALVE NBF< 0 DESIGN G-DRWG f=NDRAC DNA WING LOCATION G-DRWG FLOOR ELEYAT1GH 800 00 YALVC El EVATXQH 000 00 HI=IcHT FROH FLOOR <ee ee rLANT I.QCATXGH-< FT eoe IN ee EA. T: WE. T7 QF Cf)L r.l..ANT LOCATION-2 FT aee IN ee HQRTH7 SOUTH7 OF CGL RF.t'>ARI< 8> NEXT VALVE: UH1T I CAT I SYS ZA TYPE V HBR 88251 ITEH -881 OR NFXT SFD VALVE NBR: UNlT 9 SYS XXX VAI..VE NBR XXXX INSTR VALVE NBR XXX DESXGH XHFGF(NATION XNCOH>PLETE, BUT VALVE RECfIF<D FQUNI) HECI-I DETAXL7 VALVC LIST DlsPLAY/HAINTCHAHCE VAL VE. Li")"I RFVl > J(JH 8 58
VA< V<= t<UNB<'C 3 \ /8"")r'"ee251 -881 VALVE S)AFTY TRH LAc)T REY3:c) 3:ON 008 OPCRATGR I INE HUHBLR 000 . 0()0 8000 NOHXHAL SIZE 000 ~ 000 P/M THXCKHEc)S)/BCI-I FHDS CODE GRQlJP CODE DE.<<IGH Ff(ESc Uf(E DEc) IGN TEHPERATURE Sf= ISH XC Pa(=-SS STD/AN X RATC F'0 HUHK<ER 55862 F'0 I T EH HATER IAI Cl ASS TYPE SFD DRlrJG HK<R 8 8000 BFD VALVE HBR . 8 DI=SIGH C-DRMC CHDRAC DRAWING L.OCATION G-1)RWG rLoofL EL.EVATIGN eee ee VALVE ELEVATION 008 00 HEXGHT I=RGH FLOOR 188 00 PLAHT LOCATION-l FT 000 XN 00 EASr~r WEST~ OF COI.. PLAHT I OCATIGH-2 FT 000 IN 00 NOR FH: S(3UTH: OF (".,OL REHARKB NEXT YALVE: UNIT 3 CAT SY.'i ZA TYPE V HK<R 00252 1TEH -883 Of( NCXT SFD VALVC HBR: UNIT 9 SYS XXX YALVE HBR XXXX INSTR VAI VF NBR XXX DEc)1GH 3:HFK)f>HATlOH 1HCOHPLETE, K<UT VALYE RECof(D FOLIND HECI I DETAII..."r)
-GAZA-V-80252 VAI VE I XST DISPLAY/HA IHTI=HAH(."I=
VALVE LIST f(EVIB)ION 833 VAI VF HUHBER 3 .883 VAL.VE cBAFTY Tf(H LAS) T REVIslOH 808 OPiRATOa LINE HUHBcR eee ..eee eeee HOH3:HAL. cSIZE 000 ~ 000 P/W Tl-I I CK NEscs/c) CI-I ENDS C(3DE GROUP CODE DES1GN Pf(ESc)URE DES) IGN TEHf Ef(ATUfLE SEISHX( PRESS STD/ANSI RATG PQ HUHK<ER 5'>Bc') ~ PQ ITEH HATERXAL CLASS TYPE SF D Df(WG HK<f>, () 8080 S)FD VAL.VE NK<f1 8 DCSXGN G-DRMG EHDRAC DRAWXHC LOCATION G-Df(WG FLOOR ELEVATXOH eee ee vAI vC Elr=vArxoH eoo eo HEXGHT FRGH FLOOR (00 00 PLAHT LOCATION-1 FT 000 IN 00 EAB) T7 WES) T")) QF CQL PLANT LGCArxoH- I=T eee IH ee NORTH'olJ THY QF CQL REH Af(KB) HEXT VALVE UHIT 3 CAT 1 BYB ZA TYPE V NBf( 082'>3 3:TEH -00'I OR NCXT SFD VALVE NBR: UNlT 9 SYS XXX YALVE NBR XXXX INSTR VAI VF HBR XXX DEBXGN IHFORHATXGH IHCOHPLETE, BUT VALYE fLECOf(D FOUHD HECII DETA3:L". VALVE I IST DISPLAY/HAINTENAH(E YALYE LX c> T fLEYXc) ION 033 vAI VE NUHK<EI< >->ZA-v-8825 -881 VALVE SAFTY TfLN LAc>T REVIBXOt< 000 OPCRATGR I XHE NUHBER 000 . 000 0000 8 NOH1HAL. SIZE 880 . 808 P/M TH3CKHEBB/c~CH ENDS CODL. GROUP CODE DEB) 3:GH PRES)S)URE DEciIGH TEHPERATL)RE HEI SHIC PRLSS STD/ANSI RA I Po HUHI<ER 55862 f G XTEH H<ATERXAL CLASS TYPE BFD DRWG HK<R 8 8000 SFD VAL.YE NBR DFSIGH G-DRMG EHDRAC DRAWING LOCATlQN G-DRWG FLOOR ELEYATXOH 880 80 VAI VE EL.f=VATXOH 000 88 HEIGHT FROM I=LQ(3R 'i 00 08 PLAHT LOCATION-l FT 080 XH 00 EAcsT")) WEST"r) QF COL PLANT L(3CATIGH-2 FT 000 XH 00 NQRTfl'OUTIS: (3F ("OL f(EHAf(KS) NEXT VALYE: UHXT ( ChT 1 BYB Zh TYf'E V HK<R 08 '53 1TEH -881 (:) R HLXT SI=D VAI YE t<BIR: UNIT 9 SYS XXX VALVL= NBR XXXX XHSTR VALYC NBR XXX
J)csJ<.N JNI-ul<Hhl tuN XNUunl-<. c<c', x<ul" YhLYc )t~Uu)tu t-uuNJ) 5<;.U< I Uh I AXL VALVC LIST DISPLAY/iHAIHTCNAHCC VAI..VE LIc)7 FtFVXSXOH 833 vALvE HUHBCR >-<ZA-v-8825s -88< YALVE c)AFTY TRN LAc> T ftE<<VIS l QH oee 000
. eee eeee OPERATOR LxHE HuHBER HOHIHAL SIZE 000 . 008 P/M TH1CKHESB>/cBCI.I ENDS CQDC GRour. coDE DES) IGH PREcSBURE DES) 3:GH TEHPEftATURE SEISHIC PRESS STD/ANSI RATG Po HLIHK<FR .>>862 PO ITEM MATERIAL CLASS TYPE BFD DftWG NK<R 0 0000 BFD VALVE HBR 0 DESIGN G-DRMG FHDRAC DRA W 1HG LOCATION G-DRWG FLOOR ELEYATXGH 800 00 vAI vc ELEvArxoH eee ee HEIGHT FROM Fl QOR 188 88 PLANT L QCATXC)H-3 FT 000 ee Ebs>T? WEST? QF CQL PLANT I QCATIQN-2 FT eee IH eo NORTH" SOUTH> OF COL REHAftK<<>
NEXT VALVE: UNIT 3 CAT S) YB) ZA TYPE V HBR 88?54 XTEH -88'I (3lt HCXT SFD VALVE HK<R: UNIT 9 SYS XXX VALYE HBR XXXX INSTR VALVL NK<R XXX DCS) IGH XHFQRMA7'IQH 3:HCGHPLETE, K<UT YALVE RECORD FGL)HD HE'CH DETA".L,".) YALVE LIST DISPLAY/MAINTIKNANCE VAL VE LIST REYX<<BXQ<'3 0 NIJHBER 1 -GAZA-Y -88254 -881 z'ALVC VALVE SAFTY TRH LAB)T ftEV1.') 1GN 888 QPCRATQR I IHE NUHBLR 000 . 080 0068 NOH IHAI SIZE 080 . 800 P/W THICKNESS/c)CI-I l=HDS C(3DE GltoUP CODE DESIGN PftESSIJRE DEB XGH TE:HPEFthTURE Sf.:XSHIC I-"RCSS S7'D/ANS I ItATG PO NUMBER 55862 PO ITEM HATCR IAL Cl ASS TYr-E SFD DR(JG HBR 8 8880 S>FD VALVE HBR 0 DES IGH G-DRMG EHDRAC DRAWXHG LOCATION G-DRWC'AI FLOOR ElL.EVATION 880 00 VC I=LLVATXGH 000 80 )<EIGHT I=ROM I=LooR see ee PLAiNT LOCATION-1 FT 000 IH 00 EAc) T P WEB) T? OF CGL PLANT LOCATION-2 FT 000 XH 00 NORTH? SolJTH? QF COL REHiARK <<) NEXT VALYE: uHIT < cAT SYB ZA TYPE V HBR 00255 ITEM -80'I QR NLXT SFD VAL.VE NBR: UNIT 9 SYS XXX VALVE HK<R XXXX INSTR VAI..YE HBR XXX DESIGN XHFoftHATIQH 3:NCOHPLETE, BL)T VALYE RECC)ftD FOL)ND HECII DE7'AXL? VALVE LIST DISPLAY/HAIHTENAHCE vALvE LxsT Ftcvx. IoH esz VALVE NUMBER $ -(ZA-V-88255 -861 VAL.VE cBAFTY TRN LAc>T REVX<<JIOH 800 QPLRATOR LINE HUHK<ER 000 . 000 0000 HOHiHAL SIZE 088 . 000 P/M THXC,KHE,)s/BCI.I CHDS CODC GRour- coDE DE<<)1GN PRFc)<<)UftF DEBl:GH TEHPEftATURE SEISHIC r"RCss sTD/AHsx RATG PO NUMBER 55862> FQ ITEM HA rCRXAL cL~ss TYPE sr-D DRwG HBR e eeee SFD VALVE HBR 8 DES1GH G "DRWG LMDRAC DRAW'"HG LOCATIQH G DRWG FLQoft ELEVATXGN 888 08 VAI VE I=I I=VATIGH 800 08 IICIGHT I=ROM Fl GOR 1 00 80 PLANT LOCATION-"3 FT 800 IH 00 EAS> T? WEc) T GF COL Pl ANT LOCATION-2 FT 800 IN 00 HORTH? SOUTH? QF Col REHARKS)
NEXT VALYE: UH3:T ( CAT BYB) ZA TYPE V NK<R 68')66 ITEN -861 OR NLXT SFD VALVE NK<R: UNIT 9 SYS XXX VALVE NK<R XXXX INSTR YALVE HBR XXX DE$ 1GN XHFORMATXON IHC;C)HPLETE, BUT VALVE RECORD FOUND MECH DE7'AXLES VALYE I IST DISPLAY/HAIHTEHAHCE VALVE LXBT RFV3:BIOH 833 VALVE NUMBER $ -IZA-V-68260 -88$ VALYE $)AFTY TRN LAB)T REYXBXQH 000 OPERATOR LIHF NUMK<ER 000 . 008 0000 I HOH t<AL $ 1 ZE" 800 .. 000 P/W TH1CK HEc>cB/cBCH LNDS CODE GROUP CODE DEB)1GN PRES)BURE DESIGN TEHPEftATLJRE SEISMIC l.-lcESB S'rD/ANSI RATG PQ NUHK<ER 55862 PO ITEM HATFRIAL CLASS TYPE SFD DRMG NK<R 0 0808 SFD VALVE HK<R 8 DESIGN G-DRMG EHDRAC DRAWING I OCATIQN FLOOR ELEVATIOH 800 00 00 00 G-DRWCT'ALVE El EVATIOH 088 00 HI=IGHT FRGH I=I. O(3R 1 PLANT LOCATION-1 FT 000 1N 00 EAcBT') MES) T') OF COL Pl AHT I OCATIGN-2 FT 600 IH 00 NGRr)1: SQuT)i: QF (:OL REMARKS NEX7'ALVE: UNIT i CAT c) YB ZA TYPE Y NBR 80261 ITE.Y< -861 C)R NLXT SFD VALVE HK<R: UNIT 9 SYS XXX VALVE NBR XXXX INSTR Vhl VE NBR XX>l DEBlGH IHFQRMATXQN 1NCQHPLETE, .BUT VAl.VE RECOf(D FC)LJND Y<ECH DFTATL ) VAI VE LIST DISPLAY/HAIHTFHANCE VALVE Llc>T f(EVIcBIOH 633 VAI VE NUHBFR 1 -GAZA-V-68~6$ -883 VALYE SAFTY TRH LA. I fir VX'. IOH 80() Ol'LRATOR I XNE NUNBr=R 688 . OO6 8868 HOYINAL SIZE 888 . 868 P/M TI-IICKHEB)$)/c)CI-I ENDS CODE GRQUr- CL7DE DEB)1GH PRES)$ )URE DE$ 3;GH TEHPEflATURF. SEISMIC PRESS BTD/ANSI RATG PO NUMK<ER 55862 f f) ITEM MATERIAL CLASS TYPE SFD Df(WG HBR 0 0000 BFD Vhl VE NK<R 0 DESIGN G-DRWG EHDRAC DRAWING LOCATION G-DflWG FLOOf1 ELEVATXC)H 000 88 YALVE ELEVATIGH-808 08 Hf=IGHT FR(3H FLG(3R 188 80 PLAHT LOCATION-1 FT 800 3:H 00 EAB) T7 WEST )> Ol CC)L PLANT LOCA'I'IGH-2 I=T 000 XN 00 H(3RTH: $ (3UTH7 (3F CGL REMARK 8) HEXT VAL.YE: UN1T ( CAT SYB ZA TYPE V HK<R 00262 ITEH -881 GR NEXT Sl'=D VALVF NBR: UNIT 9 SYS XXX VALVF HBR XXXX INSTR VALVF NK<R XXX DE$ 1GN XHFORt'IATIOH IHCOMPLFTE, K<UT VALVE RECORD FQLJHD HECH DE.'TAIL" VALVE LIST DIBrl AY/MAINTENANCE VALYE LXB)T REY1$>XC)H 833 VALVE NUMBER 1-GAZA-Y-88262 -66$ YALVE c>AF'I'Y Tf(H LAST REV1 SIGH 000 GPLRATQR LINE NUHBER 600 . 680 0068 0 HOHlHAL SIZE 800 . 000 P/W THICKHEB)$/BCH ENDS CODE GROUP C(3DE DEB) 1GN PRFB)SUfLE I DEB> GN TEMPE.'.f(ATL)f(E S-ISMXC PRESS STD/ANSI RATG PQ NLJHK<F fl 55862 PQ XTEM HATI'RIAL CI ASS TYPE BFD DR(JG HBR 8 0080 c)FD VAl.VE HBf), 0 DLSIGN G-DRWG EHDRAC DRAWING LOC:ATIC)H G-DRWG FLOf)R ELEVA7'IQH VALVE LI LVATIGN 000 00 HEIGHT FRGH Fl Q(3R Pl ANT LC)CATION-1 FT 000 IH <)9 EAB>TV WEST)>
I-'LAN I LUI A I IUN-2 I. I VVV J.N VV 'UI<1HY SUU I I<'". Ul- UUI REHARKS) NEXT VALVE: UHlT 3 CAT 1 BYB ZA TYPE V NBR 88265 3:TFN -681 ~ OF( HEXT SFD VAI VE HBR: UNIT 9 SYS XXX VALVE- NBR XXXX 1HSTR VALVE NK<R XXX Df .cl 1 GH XHFQRHAT ION X HCOHPLFTE, I UT VALVE RECORD FGLJHD HECI-I DETA1L". VALVE I 3:ST DISI"LAY/HAINTEHANCE YALVE LIST REVXS)XOH 833 - vALvC NuHK<ER J-(ZA-v-88265 -88< VALVE c)AFTY TRN LAS) T FLEV I SION 000 or ERAroR LINE NUHBLR 000 . 000 8000 6 HGH1HAL. SIZE 000 . 000 P/LJ Tl-IICKHES)$ /$>CI-I CNDS CGDL GROUP CODE DEc> I GH PRESSURF DEcJ I GH TEHPEP ATLJFLE SEISHIC rRr=ss sTD/ANSI RATc pa NUHK<E:R 55E)62 FO ITEN HATCRIAL CLASS TYI E SFD DRWG HBR 8 0000 .'3FD YALVE NK<FL 8 DESIGN G-DRWG EHDRAC DRAWIHG LGCATIQH G-DFLWG FLOOR ELEVATXGH 806 80 VAI VE I-I FVATXOH 000 00 HEIGHT I=R(7H FI..GGR 168 00 PL.ANT L.ocATXf)N-< f'T eeo IH ee EA. T": WEIST~ QF Col.. rl AHT I ocATI(3N-2 Fr 888 IN ee Noi<T)i: SOUTH'E[ OF CQL I ARK S) NEXT VALVE: LJH3:T 1 CAT ( SYc> ZA TYPF V HE'<fL 882<'><'> TTEH -861 QR HEXT SFD YAI VE NBR: UHXT 9 SYS XXX VALVE NK<R XXXX INSTR YALVE NK<R XXX DE;IIGH XNFOF<HATXOH INCQHPLETE:, BUT VALVE FLECORD FQLJHD HECI-I DE:;1'AXL": VALVE LIST DXSPI AY/NAIHTI=HANCI= VALVE LI.')7'E?VISION 933 VALVF HUHI)ER 3-GAZA-V-88266 -881 VALVE SAFTY TRH LAc>7'E.Ylc>D:)H 080 Ol"-IKICATGR I INE HUNBER 880 . 000 0000 HOM 1HAL $ 1ZE 000 . 000 P/W THICKHESS/SCH CHDS (.",(3DE GROUP CODE DE. IcH PELE. BuRE DES) IGH TEHiPERATURE SLXSHIC I'-'Rl'=$ $ STD/ANSI RATG PO HUHK<ER 556E32 PQ 1TEH NATCRIAL Cl ASS TYPC BFO DFLWG HBR 8 0000 BFD VALVE NBR 8 Dl-=SICH C-DRWC ENDRAC DRAWING LOCATION G-DRWG FLQQFL ELEYATIOH 000 98 VALYE El LVATlGH 088 00 I<EXGITT rRGN FLooR <88 ee PLANT LOCA7'1QH-1 FT 800 IN 00 EAc)7'"> WEc) T'> QF CL)L r-I ANT LQCATXoN-. FT eee XH ee NQRrl-I: souTli: QF (.'QL RFHARKB HEXT VALVE: LJNl T 1 CAT SYB ZA TYPi V NI'<R 80'7 1 TEH ""88'< QR NEXT SFD VALVI= HBR: lJNXT 9 SYS XXX VALVE NK<R XXXX INSTR VAI VC HBR XXX DEB)XGH IHFGRHATXQH 3:HCONPLFTE, B(JT VALVE RECQRI) FOLJHD NECI-I DETA1L'? VALVF DISPLAY/HAIHTCHANCE VALVE LIST REY3;SIGH 833 vAL vE HlJHBFR $ -1 zA-v-80267 -881 VALVE $)AFTY TFLH LAS) T REVISION 880 GPLRATGR LINE HUNK<FR 800 . 000 8000 HOHlHAL SIZE 888 . 000 P/W TH 3: CK NESS)/BC(-I LHDS CODE GROUP CODC DE$ 1GH PREsc)UFLE DFc) lGN TEHf"ERATLJRE SCISHIC PRLSS STD/ANSI RATG r.o HUNBER 55C362 PO 1 TEN NATCRIAL Cl ASS 'T'YPC SFD DFLWG HK<R 0 0000 SFD VALVEHK<FL 0 DFS1CN G."DRWC LNDRAC DRAWING
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LUUA I LUH Lv 'OF<Wb I" L'UUI'< t:.LLYAI 1Ut< VVV VV vAl..vC EI..EvATIGH eeo ee ,FREIGHT,- ROH FLaoR 100 66 PLAHT LQCAT3:OH-'I FT 080 IH 08 EAS>T7 MES>T":> OF Cal PLANT I OCA'I'IGH -2 FT 060 IH 00 HOIRTI37 SOUTH' OF CGL EH'ARK c NEXT VALVE: UH1T 3 CAT S>YS> ZA TYPE V HK<R 88268 ITEH -883 Of< I 'NEXT sr-D vALvE HBR: uHXT ~ . Ys xxx VALYE HBR XXXX INSTR VALVC HBR XXX DES1GN 1NFQRHATIOH INCOHPLETE, BUT VALVE RECORD FollHD HECFI DETAILS VALVE I IST DISPLAY/HAINTLHAHCE VALVE LI.'>T REVIS1QH 833 VALVI= NIJHBEIR 3 -3 ZA-V-88268 -881 VAL..VE S>AFTY TRH LAST RFYIS ION 800 OPCRATGR I IHE HIJHBI:-R oee . eee oeee HOHIHAL 8 IZf.. 880 . 800 P/lJ T I.IICK HESS/SCI-I ENDS CODE GRour- caoc DFSIGH PRESS>URE DESXGH TEHPERATLJRE SEISHXC r Rl=ss s TD/AtJS I Rn rG PO HLJHK<ER 55862 PO XTEH HATLRIAL CI. ASS TYPC SFD Df<WG HK<R 8 0608 SFD VALVE HBR 0 DES 1GH G-DRIJG LHDRAC ORAWIHG L.OCATXOH G-DRWG FLOOR ELF VA7'1OH 080 88 YALVE El EVATIGH 000 00 IJEXGwT I=ROH I=I.GOR ~ee ee rLAHT LOCATION-< FT eee XN 00 EAS>T7 MES> T >> OF COL I-"LANT LOCATION-2 FT 680 IN 06 NORTF< ~ sour)i > oF coL REHARKS NEXT VALVE: LlH3:T J CAT 1 SY,'> 7A TYPE V NBFl 80:.!69 ITEH -86 I NEXT SFD VALVE HK<R: UNIT 9, Ys XXX VAI..VE NBR XXXX INSTR VALVC NBR XXX DES 3:GH 1HFaf <HAT XOH XHCOHPLETE, BUT VAl YE F<ECOF<D FQUN1) HECI I DETAXl ". VALYE I IST D 1<SPI AY/HAINTEHANCE VALYE LTST REVISION 833 VALVE NUHB-R 1-GAZA-v-88269 -883 VALVE '.>AFTY TRN LAS>T REVISION 008 OPERATOR I IHE HUHl<-R eee . eoe e060 0 HGHXHAL,. S>IZE 800 . 808 F /W THXCKNr SS/SCFI CHDS CODE GR(3UF'."ODE DE,'>H H Pr<F. ">URE
> DESXGH TEHPERATURE SCXSHXC I"RESS STD/ANSI RATG PO HUHK<ER 55862 pa ITEH HATERIAL CLASS ,TYPL SFD DRWG HK<R 0 0088 SFD VALVE HBF< 0 Dl'. SIGN G"-DRMG I'=HORAC DRA WING LOCATXQH G-ORllG F LOOF< ELEYAT1QH 000 00 VALVE Fl EVATIGH 000 00 I<EIGHT FR(3H FLOOR 1 08 86 PLAHT LOCAT3:GH- J FT 000 1N 00 EAS>T7 MES>T7 OF CQL r-LAHr I GCArI(3N- FT 008 IN 08 HOIRTIH: SOUTIEN'F COL RE? )ARK S HFXT VAl VE: UNIT J CAT SYS> ZA TYPE V HBR 68."?70 XTEH -861 GR NEXT SFD VALVL NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VAI VE NBR XXX OESXGtJ XHFORHAT3:QH IHCQHF LFTE, BUT VALVE REcaflD FQUHD HECI-I DETAIL'7 VAI VE I IST DXSF'I AY/HAINTCHAHCL VAI VE LXS>T REVXS>XOH 633 'VALYF I NUHK<CR ( -3 ZA-V-00270 -00$
VAL.VE S>AFTY TRH LAST RFVISIOH 60() OPERATOR LXHL= HUHK<.=R 808 . 000 0680 0 HGHXNAL S>IZE 800 . 800 P/M THXCKNES, /SCH ENDS CODE GRour- cooc DES> IGH PRES>s>URE OES1GH TEHF" ERATURE SEXSHIC rREss STD/ANSI RA'rG PQ HUHK<EF< PQ I7'Etl
f1AI<='f(LAL <'LAbb I Ylr(= BFD Df(WG HK<R 0 0060 SFD VAI.VE HBR 0 DI=S I Gw G-DRWG I=HDRAC DRAWIHG LOC;hTIOH G- Dr(WC FLOOR ELEVATlaw 080 00 VALVE EI (=VATIOH 080 06 HEXGHT FRQH FLG(3R 188 08 Pl.hwT LC)cATIGH-< FT eoe Iw ee EAB)T7 MEBT7 C)F COL PLANT LQCATIGH-2 FT 006 IH 80 HGRTH7 sauTI<7 GF CQL REthhRKS NEXT YALYE: UHIT 1 CAT 2 BYB> AF TYPE V HBR 68810 ITEM -OOI QR NFXT SFD VALVE HBR: UNI'T 1 SYS AF I'ALVE HBR 0055 INSTR YALVE NBR DE XGN XHFC)f(Y<ATXOH XNCGHPLi:.TE, BUT VALVE f<ECloRD FOUND MEC:I-I DETAIL.7 VALVE LIST DISPLAY/HAXHTENAHCE VALVE LIB)T REV18) IQH 833 VAI VE HUHBEIR 2-1CS-L-88588 -681 f(EVIBXQN Plgt ) VALVE BAFTY Tf(w Bw LAB>T QPERAT(3R D I IHF NUBBER 9 99 999 '))9')>9 HQHIHAL 8) IZE 88'3 . 880 P/M TfllCKHESS/B)CI-I SCI-I 1 68'> EHDS CODE BIJ GRQUr- coDE 3:II DEB>XGH Pf(ESBURE 2>485 DESIGN TEHPERATURE a58 SEISHIC PRESS STD/ANSI RATG "586 PQ HUHK<ER I 8362>5 PQ lTEH HATER IAL CLASS S TYPE I EV=L CONTR BFD DRMG HBR 0 6888 BFD VALVE NBR 8 DESIGN G-DRWG ENDRAC DRAWING ".)(p j (< LQCATIOH G-DRLJG FLOOR ELEVAT1(3N 2zs ee VALVE FLI=VATXQN 806 08 HFXGHT FRGH Fl GQR 236 00 PLANT LOCATION-1 FT 880 IH 00 EA 'T7 WF.')T: Qf CC)L PLANT LOCATION-2 FT 800 Iw 00 NORTH" SOUTH. OF (.;(3I REHARKB BVAf<F VALVE FQR FUTLJRE LISE WAB OW LINE 2C:BS-<) hSN- "-0 ITEN LCY468 I~ M TAG HO 3IABBRG ,'NEXT BYS CB TYPE L NBR 86581 XTEYi -88$
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VEC:fl DE(AXL> VALVE LIST DISPLAY/HAIHTEHANCF VALVE LIB)T f<FV3:SION 833 VAI Vl'= HUHBER 2-ICS-L-0050( -681 VALVE BAf TY Tf(w SH LAB)T REY I 8) ION . 022 OPERAT(3a D I INE NUMBER 9 (i)()) 999 . 'i'99 9'i"i'9 'i'99 9 9 NOMINAL. SXZF. 883 . 800 P/W Tl"IICKHESS/SCI.I B)CI'I 3 68$ I=HDs coDr= BI! GROUP C(3DL III DES I GN PRES)SURE 2485 DEB>IGH TEHPERATUf(E 8)50 3EISHIC PREss (BTD/ANSI aATG <566 Pa HUNK<FR 1 83<'25 PO ITEN HATERIAL CLASS B rvr-E I.rvEL caHTR BFD DRWE HK<R 8 8680 SFD VALVE WK<R 8 DI=STGH G-DRWG EHDRAC DRAWING 2(i) 3 h LOCAT I C) H G DRWG FLOC) R ELEVATI OH ? 3/) 00 VALVE ELEVATIGN 800 60 HEIGHT (=Rom I. I..aaR "'> ee Pl ANT 1 OCATXQN-1 FT 000 IH 00 EAST'7 WEB)T7 OF: COL r-LANT LocATIGN-2 FT eee -xw ee HoRTH7 sourH: aF COL REHABKB SPARE VALVE FQR FUTURE USE wAs Qw I INE lc'a-i<ssw-2-6 FAIL Cl GSED ITEN LCV4he I'YB> NEXT VAt VE: . UNIT 2 CAT CB TYPE U HK<f( 885>8/) I TEH -881 C)R NEXT SFD VALVE HK<R: UNIT 9 SYS XXX VAI VE NBR XXXX INSTR VALVE HBR XXX ME(:H DETAXL7 VALVE LIST DISPLAY/HAIHTf="<IANCE VALVE L1BT RFVXBTGH 833 YAI VE NUMBER 2-PCS-U-66566 "883 VALVE SAFTY Tf(w B)H LAB)T f(EVXSXC)w 0 r ) r) OPERATOR I..INE NUNBEP, 9 99 99'i' 99'i'i)9'))9 (i>99 9 9 NC)HXNAL SIZE P/IJ THICKNESS/Scl-I BCI I 3 8)es I=HDS CODE 0"I P 'I'I 6 'lb% P'lI Ie 1 I'I I GRQUr- caDE
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)>t."> ).4N I'>(L">aUNh 'rU "> L)LblbH I t.NI'I: KA I ui'(t 6:>8 SCISHIC I I"RESS STD/ANSI RATG 1568 P() HUHBF<< HSBS PO ITEM ORSB MATERIAL CLASS R TYPE REST I < IC T BFD ORMG HBR 0 0000 S)FD VALVE HBR 1>rsIGH G-o<<wG rMORAC DRAWING LOCATION G-OR(JG FLOOR ELFVATIOH 236 80 vALvE cIEvArIGH 0ee ee ME I (s I 3 T F i<< (3 H F L Q G R 23k 00 PLAHT LOCATION-1 FT 080 IH 80 EAS) T? WEB) T7 OF Cal.
I='LANT I OCATIOH-2 I- T 000 IH 00 H(3IRTH? BOUTH7 QF CQL REMARK SPARE VAL.VE FOR FUTURE Us)E WA~) OH LXH~ 1CB 7'> -4~) N-'>-8 NQ 1TEH NO NEXT VALVE: UNIT 2 CAT 1 SYB CS TYPE U HBR 00507 1TEH -881 Of( NEXT SFD VAI VC NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VAI VE NBR XXX MECH DETAiXI ". VALVC I IST DISI.'LAY/MAXHTEHAHCE
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VALVE LIST ftEV183:QH 633 VALVC HIJHBER 2-1CS -U-86587 -88$ VALVE S)AFTY TRH SH T f<EVXBION 022 OPERATOR LINE HIJHBER V 99 999 999 99'>>9 9~9 9 NQMXHAl IZE eeo . 750 P/W Tl-IXCK HEBB/SCH BCI-I 1 8)8 I-NDS (.GDI- bw GRGur- caoE I II oEsIGN Pr<Essuf).E .>485 DEB>IGH TEHF'Ef(ATURE 8)58 SEISMIC PRLSS STD/AHS1 RATG 1560 PQ HUMBEf( Hs)B)S Pa ITEM GR'.) K( MATERIAL Cl ASS R TYF'E <<(=sr<<xc'r QR
.Fo D<<wG Ni~r< e eoee B)FD VALVE HBR 0 DI=S IGN G-DRMG EHDRAC DRAM:I:HG LQCATION.G-DRWG FLOOR EL.EVAT ION 23/> 00 VAI VE ELEVATXQN 680 00 IlEIGMT I=R(3M Fl GGR ..36 00 PLANT l acATIGN-< FT eee XH ee EAB>T7 WEB)T7 OF Cal.,
I.I AHT LacArIGH-2 FT eee IH ee N(3IRTH? SGUTH7 OF ("QL REMAflKB Bf)AflF vAl vE Fof< FUTuf(F L)BE WAK> OH LXHE 3 CB.75-5SN- 2-0 NO XTEM HO HFXT VALVE: UNIT cAT < BYc> Cs TYPE U HBf< 88508 1TEH .80'I OR HCXT SFD VALVL NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VALVE HBR XXX HECI"I DE.'I'AXl.7 VALVF LIST DISPLAY/HAINTCHANCC VA)l..VE LX.'>1 r<<VXBXQII 033 vALvL NUMBER 2-<cs-u-88588 -86< VALvE BAFrY T<<H BN LAB)T REVIS)1QH 0l)J ) Gr-CRA'r GR NUI<Bclc 9 99 999 .* 999 9">>9e HOMINAL SIZE 800 . 750 P/M THICKNESS/BCII SCil 18)8 FNDS CODE Sw GRaur- cooE DFS IGH PRESSURE 2485> DEsIGH T EMPEf>ATuf<E s >e SCISHIC I p<<css s'ro/AHsI RATG <586 PG NUMBER HS)BS PG I T'EH QRBK HATI:-..RIAI Cl. ABS TYr-C RLSTRICT BFD D<<wG NK<r< e eeee SFD VALVE HB<< 8 DESIGN G-DRMG EHOICAC DRAWING LOCATION G-DRMG FLOOR EL.FVAT1OH 236 80 VALVE FLCVATIGN 600 00 I<EIGHT FRQH Fl G(3R 236 80 F'I ANT LOCATION-3 FT 800 IH 00 EAST? WEST? OF Cal I"LANT LOCATION-2 FT 600 1H 00 HGRTH7 SOUTH'? GF CGL REHA<<KB) SPARE VALVE FOR FUTuf(E UBE MAB GN LINE 1 Cs. 75-ASH-2-6 HQ XTCH HUHBER NFXT VAl..VE:
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Ul'L.RA MK
< LLNL NUHLJLF<, Y YY YYY YYY YYYY YYY HOHXHAL SIZE 881 . 5QQ P/M Tl-IICKNES>E)/S)CH SCH 160 ENDS CODE K<M GROUP CODE 111 DES>XGN PRESS)Uf(E 2)485 DEB>XGH TEHPEF<ATLIRE 658 SLXBHIC I-A PF<EBS STD/AHSl RATG 'l521 PO NUHK<EF>, 435>857 PQ lTEH 81 HATERIAL CLASS K TYPF CHECK sFD DRMG NK<R e eeee SFD VALYE HBF( 8 DESIGN G-DRMG EHDRAC DRAWIHG 14279 LOCATION G-Df(WG FLoofl ELEYATXOH 237) 80 VALVE Fl EVATIOH 800 00 HFXGHT FRGH FLOOR 23h 00 PLANT LOCATION-1 FT 008 IH 00 FAS)T'? WEST7 OF COL PLANT I ochrXGN-2 FT eeo ee NORTH'OUTH'? QF COL flEHARKS SPARE VALYE Fof< FUTURE LISE WA') ON l XNE 1C~)1 5-16~)H-~-8 HExT vALvE: uNlT 2 chT 1 sY cs TYPE v NK<R 8882'rEH -Qe1 oR NEXT BFD VALYE HK<f(: UHXT 9 SYS XXX VALYE HK<R XXXX XHSTR VALYE HBR XXX HECH DETAIL' VALVE I IBT D X SPLAY/HAIHTENANCE vhl vF LI. r flEVI IGH esz vALvf= NuHBER -1cs-v-8882m -eo1 VALVE SAFTY TRH SH LAST RFVXB1OH Q22 OPERATOR LINE NUHBLR 9 99 999 . 9i>)9 999Y 999 NOH IHAL SIZE 001 . 500 r:/w THXcKHr E>./Scfl CFI 1~8 ENDS CODE BW GROUP CODE 1II DES>1GN PRFS>SURE 2485 DESIGN TEHPERATUF(E 658 SEISHIC I-A PnL~B srD/ANsI RATG
'O HUHK<Ef( 435057 Po ITEH 01 HATER I AL, Cl.hss K TYPE CHECK BFD DRMG HBR 0 0000 e)FD VALVF NK<R 0 DI=SIGN G-DRWG f=HDRAC DRAMIHG 14297 LOCATION G-DR(JG FLOOFl ELFVATIOH 236 88 YALVE ELEVATION 880 80 HEIGHT FRGH FLOOR 23h 08 PLANT LOCATION-1 FT 000 1H 00 FAST? WES)T>) OF COI..
PLANT LOCATION-2 FT eee IN ee HGRTH'? SOUTH'F 1.5-17SH-2-8 COI F(EHARKS B>PARE VALVE FOR FUTURE USE MAS ON LIHF 1C$ NEXT VALVL: UHIT 2 CAT 1 SYS CS TYPE V NBR 88824 ITEN -081 QR NEXT Sr-D VAL.VF. NK<R: UNIT 9 .Ys XXX Vhl.VE HK<f< XXXX INSTrl VALVE NK<f'XX HECH DETAIL? VALVE I IST DXSPLAY/HAINTENAHCE VALYE LlsT REVXSIOH 833 vALvE NuHBER 2-1CB-v-8882< -ee1 YAl.VE BAF*I'Y Tf(H S)N LAB)T FREY IE> 1 GH Ol"E-RATQR LINE NUHK<ER 9 99 999 . 999 99')>9 'i'99 9 9 HGH CHAL 8) ZE I 001 . 500 P/W Tl-IICKHEc)E)/SCI-I a)cf-I 1 ye ENDS CunC BM GROUP CODE I DEB) GN PRESSURE 2485 IGN TEHF>EF(ATUF(E i5o Xi'E. SEXSHIC I-A PRL=,>>s STD/ANSI RhrG PO NLIHK<EF>, 435857 PO T. TEH 81 HhrERXAL cLAss TYPE- CHECK SFD DRWG HK<fl 0 0000 SFD VALVE HK<fl 0 DESIGN G-DRMG I=HDRAC DRA WING 14297 LOCATIQH G-Df(WG I-LOQR ELEVATXQN .zs ee VALVF ELLVATloN 000 00 )<EIGHT I=RoH Fl QQR 2za ee PLAHT LQCAT1ON-1 FT 000 IH 80 EAST'EST"? OF CQL I-I ANT I Gch'rIoH-2 I='r eee IN oe NORTH'OUTH'F 5-18())H CGL REHARK.") BF'Af(E VALVE F Of( FUTURE USE MAB QH LINE 1CS1 NI=XT VALVE: NEXT BFD Vhl.VE HK<f<: LJHXT UHXT 9
.. CAT BYS>
1 sY 's XXX VALVE rYFE v HK< < NBR eeezn XXXX IHE)Tf( VhLVE HBR XXX lIEH -ee1 oR HECH DLTAXI'? VALVE I IST DISPLAY/HAINTEHAHCE
VF)LVk Ll ) < FC<= Y ) ")LUH >JOB VALVE HUMBLR 2-1CS-V-66634 -801 VALVE c)AFTY TRN cBH Ac>T REVlBIDH 022 OPCRATGR LINE NUMBER 9 99 999 . 999 9999 9'i'9 9 9 NOMINAL XZE 68l . >80 P/M TH1CKHE.'is/BCH BCH 160 ENDS CODE BM GROUI CODE J::l' DEB 1GH PREc)c~URE ~485 DESXGH TEt1PERATLIRE 658 SEISt'lI C I-A PRESS STD/ANSI RATG 1521 PG NUMBER 435057 PO XTEM 81 MATERIAL CLASS K TYPE CHI=CK c'F" D BFI> Df(MG HBR 0 0880 VALVE HK<R 0 DES IGH G -ORMG CMDRAC DRAWING 1 )297 LOCAT IL)N G-OFIMG FLOOf< EL.EVATIOH 236 80 VAI VE El EVA r XGH 880 PLANT LGCATlQH-1 Pl ANT I.aCATIQH-. 68 FT 000 IH 08 I=T 888 IN 88 EAc)1 NORTl-I?
'E')1 HCXGHT I.ROM I=LQOR SGIJTH'?
236 60 DF COL QF COL flEMARKS) SPARF VALVE FOR FUTURE UB)E MAcs ON l 1HE 1f'c$ 1 ~ 5-16$ N-.)-0 HFXT VALVE: UNIT 2 CAT 1 SYS CS TYI E V HK<R 00035 ITCH -861 GP. NEXT SFD VAl VE HK<f(: UHXT 9 . YB XXX VALVE HBR XXXX INSTR VALVF HK<R XXX MCCH r>(=TAX '? VALVE LIST DISPI AY/t1AINTCHANCE VALVE LIST f>.E:VISION 03;"$ VALVE NUMBCR 2-1CS-V-60035 -001
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VAL.VE SAFTY TRH SH LAS) T REVI SIGH 0 QPCRATQR I...INF HUMK<ER 9 99 999 . 999 9999 999 9 'i' NGM1HAI SIZE 801 . 500 /IJ THXCKHES)$ /BCII $)CI-I 160 EHDS CODE - BW GROIJP C()DE I II DESIGN PRE 'SUF<E 24B5 DES) XGN TEMF" Ef>ATURE 6.>8 SEISMIC I-A Pli(==S STO/ANSI RA'rG PD HLJMiBEf( 435657 'n ITEM 01 MATFRIAL CLASS K TYPC CI1IKCK BFD DRlJG NBR 8 0000 $)FD VALVE HBR 0
, DESIGN G-DRWG I:-MORAC DRA WING 14297 LOCATION G-DFLMG FLOOF( ELF.;VATXQH . 36 08 VALVF ELEVATlGH 860 80 HEIGHT FROM FI..OGR 236 00 PLANT LOCATION-1 FT 808 XN 68 FA )T> WE')T> OF f.:fJl.
I"LANT I OCATlQN-2 I=T 000 IH 00 NQRTHci? SOUTH'F CGL
.17rsN..-.)
REMARKS) SPARE VAI. VE FOR FUTURE Us)E MA~) ON I XHE 1L c)1 '> 0 HEXT VAI VE: UNIT 2 CAT 1 SYS CS TYPL V tJK<R 00036'TLM -001 GR NEXT BFI> VALVE HK<F<: UHXT 9 S) YS) XXX VALVE HBR XXXX XN') Tf>, VALVE HK<f1 XXX MFCH OF TAT.I '? VALVE LIST DISPLAY/MA1N'I'ENANCE VALVE Llc>T REV1$ 1OH 033 VAI.VE NUMBER 2-1CS-V -06036 -081 VALVE $)AFTY TRH BH LAST REV1$ 1DH 0 I)t) QPEiRATGR LINE NUMBCR 9 99 999 . 999 9999 999 9 HDMXHAL SXZE 801 . 500 P/W TH1CKHESS/BCI-I BCH 160 CHDS CODE K<W GROUI- CQOC III DEB)1GN PRES>BURE ";?485 DEB)XGH TEMPERATURE 656 SEISMIC I-A PRLSS STD/ANSI RATG 1521 PO HUMK<EF>, 435857 PD XTEM 81 CI ASS TYPE Cl (I'= CK BFO DRIJG HBR 8 6068 .FO VAL..VE HB<< 8 Dl=s IGH G-DRMG CMDRAC DRAWING 14297 LGCATIL)H G-DRMG Fl DGR ELEVATXOH 236 00 VALVE CI..LVAT ION 000 80 HCIGHT FROI1 I=I QOR ..36 06 PLANT Lr)CATION-1 Fc~ 600 XN 06 EAST "i) WEST "i) GF CQL PLANT LOCATION-. Fr 680 IN 88 NORTH'? SQIJTHci? GF CQL REMAF(KS SPAF<E VALVE FOR FUTURE USE MA,":) OH l.IHE 1 CB)1 . 5-1 8$)H-:-?-.8 NEXT VALVE:
~ l4 ~ 'I, .. W lJHIT 2 CAT I I 0 1
~
SYS CS TYPE V
\
NK<R 00070 1TCM -001 GiR
Nt.X r St" D'ALvt'BB.""'(')Ql'I '
~>'Y~~i XXX VAL.Vk Hk(B XXXX IHb I R V>">Lvt" Nfl'r( XXX MF C H D ET A:l' VALVE I:I.'ST DISPLAY/MAINTLNANCF VALYE Lls) T BFVls) IOH 633 VAI VE HIJMBFR "-1CS-V-80878 -881 VALYE'>AFTY TRH .')N LAS) T BEVls I QH 0 .)".)
OPI=RATQR LINC HUMBCB 9 99 999 . 999 99V9 999 9 9 NQM1HAI... SIZE ()02 . 000 P/M Tl-IICVHESS/~)CI-I c)CH 160 FNDS CODC SW GROUP CODE III DES1GN PRFSK)URE 2485 DES) IGH - TEMPERATURE 6 >8 SEISMIC 1-A PRF=SS STD/ANSI RATG 15.1 PQ HUMBEF< 435657 PO ITEM 02
. MATCP,IAL CLASS TYPC CHFCK SFD DBWG NBR 6 8000 SFD YALVE HBF( 0 DESIGN G-DIRWG EMDRAC DRAWING 14297 LOCATION G-Df<MG FLQOfh ELEYATIOH 286 00 VALYE CI EVATlON 600 00 HEIGHT rRoM FI OoR 286 ee PLAHT LOCATIGH-1 FT 000 IH 00 EAK)T? WEK) T "> GF Cul PLANT LGCAT:I;GH-2 FT 908 IH 08 NORTH7 SOUTH7 OF COL REMARKS) SPAF<E VALVE FGB FUTUF<E USE wAs GH LINE 1CS;?- 6 >aSN-")-e NEXT VAI VE: UNIT 2 CAT 1 SYS Cs TYI- E V NBR 88584 ITI=M -001 OR HFXT SFf) VALVE HBR: UNIT 9 .'HAYS XXX VALVE HBR XXXX IHSTf( YALYE NI3f< XXX MFCH DI.=TA1L?
VALVE LIST DISPLAY/MAINTENAHC-VAL.VE l 1ST REVl.')I(:)H 833 VAI VE HUMBCR 2-1CS-V-68564 -001 VALVE '.)AFTY TRH SN l.AST BEV I.) ION 0 .)Q QPLRATQB . I IHE NUMBER 9 99 999 . 999 9999 'i'99 NOMINAl. S I ZE 663 . 800 P/W TH3:CKHESS/'.)CH S>CII 160 LHDS CODE BW GROUP C(3DC III 200 DFS> IGN PRESS)UBE 2800 DEc)1GH TEMPERA7'l)RE SLI MIC PP.Css 87D/ANsI I4TG 1568 PQ HUMBER 166138 PQ ITEM I MATER AI CI Ass H TYPE Cl <ECK SFD DRWG NBA 6 8000 SFD VALVE NBA 0 DrsIGN G-DRWG EMDRAC DRAMIHG 4473 l.QCATIQN G-DBMG FLOOF< ELFYATlOH 236 00 vALvr= EI.rvArIoN eeo ee HEIGHT I=P,OM FI...QGR 236 00 PLAHT LOCATlGH-1 FT 000 1H 00 EA'.) T? MFS) T7 OF COL. r-LANT LocATIGN-2 FT oee IH ee NORTH? SG(JTH7 (3F Col RFHABKS SPARE YALVE F Of( FUTURE Uc>E WA') OH l lHE, 1 Cb 5- 1 18 >N- -0 I. A I I OPEN W rAG NO ZC88 NEXT VALVE: UNIT 2 CAT 1 SYS Cs TYPE V HBR 80585 IT:;"1 -801 OR NCxT srD VAI vC HBB: UNIT 9 Ys xxx vALvE NBB xxxx INSTR vAI vE NBR xxx MECH DETAIl.7 VALVE I IST DISI='LAY/MAINTENANCE VAl.VE L 1sT f(EVIK>3:GN 633 VALVC HUMBCR 'l ~C'
; -1(.,~-V-OO>Oa . I
-001 VALVE SAFTY Tf(H SH LAS) T RFV3:SIGH 0".) .)
OPERATOR I 1NE H(JMBER 9 99 999
- 998 '799"))
HQMINAL IzE ooz . eee THlcKHESS/SCH S)CII 168 9'i'/IrJ ENDS CODE BW GROUP CODL III
~66 DES IGH PP ESSURE 2800 DE">1GN TEMPEF<ATURE SEISMIC I r-REss s'rD/ANsI RATG 15eo Pu NUMBER 166138 PQ ITEM MATLRIAI CLASS H TYPE CHECK SFD DRwG HBF>. e eeoc SFD VALVE NBF>. 0 DrsIGN G-DBWG I=i IDRAC DBAW IHG LOCATIOH G DBWG FLOGP, ELFVATI QH 2)36 60 VALVE EI,EVA7 ION 000 80 HC IGHT FR(3M FL,QGR 236 09 PLANT LOCATION-1 FT 000 3:H 00 EAS) T7 MES) T? OF CQI.
r-LANT I..ucATIoN- I--7 eoe IN ee HORTH7 S(3UTH? (3F COL f(EM>ABKS) SPABF. VAl.YE Fuff FUTUflE (Js)E P ~ 0 ~ P V MAS) QH I IHE 1CS3-,1 I ss>H 2.0
NEXT VALVE: UNIT 2 CAT 1 BYS CB TYPE Y HK<R 00506 3:TEM --001 GF( HI=XT SFD VALVE NBR: UNIT 9 SYS XXX VALVC NK<R XXXX INSTR VALVE HK<R XXX MECi-I l)ETAXL7 vw vc I IsT Dx "r.LAY/MAXHrEHANCE VALVE L1$ T REVI$ 3GH 8 )3 VAI YE NLJMBER 2-1CS-V-08506 -001 YAI...YE . AFTY TRH .')H LA.'lT RFYI SIGH 0".) .) GPLRATOR LINC NUMBER 9 99 999 . 990 99'>) 9 '>>9 9 9 HQM1HAL SIZE 883 . 808 P/M Tl>>ICKHESB/B)cll $)CH 160 CNDS CODE BM GROUP CODE IIX DES X GH PRE ) $>uf(E 2888 DESIGN TEMPERATURE 200 SCISMIC I RESS STD/ANSI RATG 1560 PQ HUMK<EF< 1 661 38 Po XTEM MATERIAL CLASS H TYI"E Cl>>ECK BFD DRWG HK<fi, 0 0080 BFD VALVE HBR 0 DCSIGH G-DRMG EMDRAC DRAWING 4473 LOCAT1GH G-DRMG FLOG<< ELEvATXGN 2.sz ee VALVE El EVATIQH 000 06 I-IFIGHT FRoM FLooR 2z6 0e PLANT LQCATI'OH-1 FT 000 1H 00 EAST'7 WEST7 GF COL PLANT i ocATIQN-2 FT 08e IN ee Noi< rf>>') Bo(JTH7 or- c(3L REMARKS SPARE VALVE FOR FUTURE IJS)E WAB OH LINE 1CS3-117$ )N-2-0 W rA(. Ho ~C88 NEXT VALVE: UH3T 2 CAT 1 $>YS Cs TYf>E V HK<R 00.')7 ITEM --881 Q
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NLXT SFD VALVF NBR: UHIT 9 SYS XXX YALVF NBR XXXX INSTR VALVE NBR XXX ME(::I-I 3)ETAIL7 VAI VE I IST DISPLAY/MA1NTEHAN(".E VALVE LIST REVl".)IK)H 83.) VAI YF NIJMBI=R 2-1CS-V-86587 -881 0~>~> VALVE BAFTY TRH K>H LAB)T REV1 8 1GH OP(=RA'I'GR i XNr= NUMBCR 9 99 999 . >99 9999 999 r HQI1IHAL $>xzE 66.>> . eee P/M Tl-llCKHES."3/BCH Bcl>> 1 68 CHDS CODE K<W GROUP CODE III DEc) IGH PRESSURE 2888 DES IGH TEMPERATURE . 60 SLXSMIC I r.RLss srD/ANsx RArG 1568 PQ HUMK<EF( 166138 f'"0 I T EM MATER 1AL CLASS H TYI L= CHECK SFD DRWG HK<R 0 0800 BFD VALYF HK<R 8 DESIGH G--DRWG EMDRAC DRAWXNG 4473 LQCATIOH G-DRWG FLOOR ELEVATXQH 2>36 86 VALYC El EYATIGH 000 00 HEIGHT I=ROM I=I OGR 236 68 PLANT I oCATIOH-1 f'7 eoe XN eo EA'.) T7 WEST7 nr COL r-LANT LocArxoH-2 f'T oee XN ee NORTH'? SGUTH7 OF CQL REMAF(KB> BPARE VALVE FOR FUTUF(E UBE MAB) OH LXNE 1CB8- 177$)H-2-0 W TAG No 3(88 NEXT VALVE: UHlT 2 CAT BYB> Cs TYPE V HK<R 00509 ITEM -881 Of( HCXT Sl'=D YALYI= HK<R: UNIT 9 SYS XXX VAI VF NBR XXXX INSTR VAI VF HBR XXX MECH DETAIL7 VALVE I IST DXSPI AY/MAXNTLHAHCE VALYE LIST REVXBD3N 833 YALVE NUMB(=R 2-1CS-V-06509 -001 VAI,VE SAFTY Tf(H BN REVISION 0 w) r) OPERATOR D I..INC N(JI1BLR 9 99 999 998 )>999 99 HQMlHAL SIZE 801 . 008 P/M Tl llCK HEK>B/K)CI ,Jci"I 1:8 ENDS CODE SW GRour- coDE I XX 3)ESXGH PRESBUF(E ~<8 > DEB)XGH TEMPERATURE 6'>0 SF ISMIC 1 r-Ress s'rD/ANsx RATG 1580 Po NUMK<ER 1 8362) 5 Po ITEM< 6c MATERIAL Cl ASS K TYPF GLOBE BFD 'DRMG NK<R 8 0000 SFD VALVE NBF( 0 DESXGN G-DRMG EMDRAC DRAWING 2936 LOCATION G-DRMG FLOOR ELEvATxoH 236 00 YALYE ci EVATxoN eeo ee I>>EIG}3T FROM Fi GOR 236 00
t(LANI L'UUA I IUH-3 PLANT LGCAT IOH-2
'- I VVV FT 000 IH 66 VV hAS I '>
HGRTH? Wt "> I SOUTH'? Ul OF CGL UUL. LIHE "3 29SH "2 "0 r<EHAF<KB> M TAG HO 1 IABSRf='H Sr'ARE VAL.VE For< UTuFLE LISE Wh FAIL
> OH CL(38)ED 3 CS I NF.XT VALVE'NIT 2 CAT 1 SYS> CB> TYPE V r SFD VAI VE HBR: UNIT 9 SYS XXX VALVE NBR XXXX IHSTR VALVE NBR XXX HBR 99519 ITEN -891 GR et(Ex HEC;I I DETAXI..?
VALVE LIsr DXsrLAY/MAIHTEHANcE VALVE LIST REV3:SION 933 VALVE HUHBFR 2-PCS-V--965'I9 -99$ VALVE S)AFTY TRN BH LA >T RE,Vl )3QH Q ".> ~:) Ol'ERATOR D LINE HUMBER 9 9'r> (r)99 . 9'r"0 'i'9'79 99 NQH3:NAL SIZE 991 . 900 P/M TH1CKHES)S>/SCI-I BCH 1 68 FHDS C(3DE SM GIEAUI CODE I
'I I DEB) TGN PREBisLIRE 2()85> DESXGH TEHPEF(ATUF<E 6 >0 SEISMIC I PRES, STD/AH, I RATG <599 PQ NUMBER 3 8362)5 PO XTEH 66 HATERIAL CLASS K TYPE Gl (3BE SFD DRMG HBR Q QQQQ SFD VALVE HK(F< 8 DESIGN G-DRMG EHDRAC DRAW:CHG 2'r) 36 LGCATlC)H G- 1)RMG FLQC)R ELFVATIQH 236 80 VALVE El EVATIOH 800 00 HEIGHT FROM FLOOR 236 08 PLAHT L.OCATXOH-3 FT 000 IH 86 EAS) T? WEB> T? C)F CC)L PLAHT LOCATION-2 FT 000 IH 80 NOR T)i? S(3urH? oF coL ftEHARKB SPARE VAL.VE FOR FUTURE USE MAB OH LINE 1 Csh .3 28c>H 2...6 M TAG NQ 1 IABBRE FAIL Cl OBED NEXT VALVE: UNXT 2 CAT i SYB CS TYPE V HBR 99711 XTEH -895 QR HFXT SFD VALVE HBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR V*l VE HBR XXX
>'IECH D"- rAIL?
VALVE LX T DISrl AY/MAIN)EHAHCE VALVE LIST REVXSXQN 833 VAI VE NUMBER 'ICS-V-99510 -883 I') VALVF. S)AFTY TRH BH LAB>T REV18> ION Q PP or- LRA roR D LINE NUHBER 9 99 999 . 998 9999 99 9 9 HOHlHAL SIZE 893 . 000 P/W THICKNESS/SCI I SCI-I 1 69 ENDS C(3DE SW GROUP CODE XXI DES) 1GH Pf<EcSBURE 2>485> DES IGH 1'EHF" ERATURE ')50 BI= IBM CI I PRLSS STD/ANSI R*TG 'l560 PQ NUMBER 183625 PC) XTEth 66 HATERIAI CLASS K TYPE GL(3BE BF1) DRWG NK<F< 9 6996 S)FD VALVE HBR 0 Df=SIGN G-DRWG EHDRAC DRAWING 2'i'36 LQCATXQN Ci-DRWG FLOOR FLEVATlC)H 236 86 VALVE f=LEVAT1QN 000 00 HEIGHT FROM FL(3GR 236 00 PLANT LOCATION-3 FT 800 lN 00 E.A') T"'E.ST'~ OF COL. PLANT LocArXGN-. FT 698 IH 69 HoRTH? sourH: oF coL FLEHAF(KB Bf"ARE VALVE FGR F>UTUF<E Uc)E WA'.) C)H LINE 1 C!cs3 -1268)N"-2-"0 W TAG NO 1IABBRE FAIL Cl OSED NEXT VALVE: UHIT 2 CAT 3 SiYS CB TYPE V HBR 607$ 'I 3:TEH -991 QR NEXT SI=D VALVL NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VAI VF NBR XXX MECH DETAIL ? VALVE LIST DISI"I AY/HAIHTI=HAHCE (AL VE LIc>T f<FVXBXC)H 983 VAI VE NUMBLR '"-1CS-V 88711 -963 VALVE S>AFTY TRN S)H I LAc)T RE V c> ION Q .>~) GPLRATGR LINE NUMBER 9 99 999 9999 999 HGHIHAL SIZE 802 . 008 P/M Tl-llCKHE'.>8/SCI.I SCH I68 ENDS C(3DE $ 14 GROUP CODE IT.I DE">1GH f'RE.")SURF 2>485 DES) I GN TEtlPERATURE 6.>0 Sl'="lSHXC I-A I RESS STD/ANSI RATG 3 52$ f'Q HUHBER x)35957 PQ 1TEH 02 HATf. RIAL Cl Ass K TYI"F CHL.'CK SFD DRWG NBR 8 8000 SFD VALVE HBR 8
l)I=a lL>H b~l)K>>4 h<1J)RAI')<<AMAN4 1 "4" Y LOCATION G-I>RWG FLEVATIOH 28b 90 )'LC)QR VALVE El FVATI(3N 000 00 I(F3:GHT FPOH FI.OGR 28b 80 f T e00 1H 00 EA.')'I'? PLANT Lo(;>>TXQN-< r:LANT LocATIQN-2 I=T Oee IN 80 flEHARI<s SPARE VALVE Fcof( FUTURE UBE N(.':1TH ~ l JA') OH sour,i'F WEST? l INE 3 QF COL
<.OL Cc)c>-b58cBH--~>-8 NFXT VALVE: UHlT 2 CAT Ys cs TYrc v NK<R 887< ITEH -ee< QR HEXT B>F D VALVE HK<R: UHXT 9 BYB XXX VALVE NBR XXXX INST'ALVE NBR XXX Hl. CH DFTA T. I ?
YALVE I IST DISPI AY/HAXHTCNAHCE YALYE L1BT REVIB>3:QN 833 VAI..VE HL)HBER 2-1 CS-Y.-88712 -88$ VALYE B)AFTY Tf(N BN LA'lT REVIB>XOH 022 OP)K)<A TQR LINF NUHBf=R 9 99 999 . 999 9999 999 NOH IHAL 8 17(. 881 . 888 P/W Tl-IICKHEBS/BCI-I S)CH 1b0 CHDS CODE SM GROUP CODE '( II DEB> IGH PRESS>URE 2485 DES)XG'H TEHPERATURE b50 SFISHIC I PRESS STD/ANSI RATG f533 Pa HUHBER 4'35892 PO XTEH 81 HATER IAI CI ASS K TY "E r-el<I..l-...ss Gl o BFD DR>> G NK<fl 8 0000 BFD VALVE HK<R 0 DCS1GH G-DRWG EHDRAC DRAW:i:NG 4b5( I LOC:AT C) N G-DRWG FLaafl ELEYATIQH .eo ee VALVE CI..EVATION 800 00 HEIGHT FRoH Fl.aoR >ee ee PLANT L.(i(:ATION-< Fs eeo XN ee Ehc) T? MEB) T OF CGL, IMPLANT I C)CATION-> FT 000 IN 00 NORTH? S(3UTH'? (3F CGL REHARKB) SPARE VALVE Fcof< FUTURE UBE MAB OH LINE f CS< -bbeBH-2-8 HLXT VALVE: UNIT cAT i SYB cs TYI E v NBR 88713 1TEH "883 GR 3I HEXT BFD I c VALYE HBF(: L)H1 7 9 8> YB XXX VALVE HK<R XXXX IHc> Tfh VAl.VE HBR XXX HFCH DLTAIL? VALVE LIST DISPLAY/HAIHrEHANCC VALYE L1BT REYI. XON 833 YAI VE NUHBLR 2-1(."s-V-88733 -881 VALVE BAFTY Tf<H BN LAS) T REVIB)1QH 022 GPI=RATOR H LINE NUHK<LR 9 99 999 99< 9999 9')'z NOHXHAl. B)IZE 88$ . 000 P/M Tl-IXCKNEc)c)/cBCI-I cBCI-I gabe FHDS CODE SM GROUP CODI= XXI DFc> I GH PREc)c>L)RE 248 DE. IGH TEHF ERATuf(E b5e
! EXSHIC I I='IRESS STD/ANSI RATG I 5(3 Po HUHBER 485892 PO ITFH 8(
HA rERIAI cLAB. rYPE P(."l<Lf=SS (.'LG Si=D DR(JG NK<R 8 0000 S)FD YALVE HK<R 0 DESIGN G-DRMG r=HDRAc DIG>>XHG 4b51 LOCATION G-DRMG FLOGF< ELEVATION < 80 00 vAI vE El E'sA'r'ION ooe ee I]EIGHT FPQH FLOOR $ 08 00 PLANT LOCATION-3 FT 000 IN 00 FAB) T> lJEcBT') OF CQL I-LANT I ocA r ION-2 F T Oee IH Oe NORTH? SOUTH? QF (".,(3L REHARKB SPAF).E VALVE FOR F'UTURE USE WAB) OH LXNE 1 Ccsf -bbeBN-2"0 NCXT YALVE: UNIT cAr < SYS CS TYPE V NBR 887'll ITEH -081 OR HEXT B)FD YALVE HK<R: UH3 T 'P c> Ycs XXX VALVE HBR XXXX 1HS>TR VALVE HK<P, XXX HECI3 DETAII ? VAI VC I IST DISPLAY/HAXHrENANcE YALVE LI'.BT REV1c)1ON 833 v'Al vE NUHBcR 2-les-v-887(4 -88$ VAl.VE SAFTY TRH S)N LAS) T f>EYXBXQN 0 .) 1) OPERATOR H I IHE NUHK<ER 9 99 9'i'9 999 9'i'99 'i'99 9 NOH XNAL SIZE 883 . 000 P/W THI CK HE".) c)/c) CI.I S)HD ( be ENDS CODE SM GR(3UP C(3DE XII DFB> I GN PF(EBS>URE 2485 DE,":>3:CiH TEHPERATURE b50 SETSHIC I PI<EBS STD/ANSI RATG 15]3
<.u <<unuL-.,I<' '<a:>vv;.. 'r'u J. I HATER IAL CLASS K TYPI PCl<LLBB GLG Bf D DRMCi HFJF( 0 0008 BF'D VALVE HK<R 0 DESIGH G-DRWG FHDRAC DRAWING 4651 LacATIQH G-DRwG FLOOR ELEYATXOH < 88 08 VALVE f-LI=VATIGH 080 08 HEIGHT I-RGH FLoaR <88 eo PLAHT LOCATION- $ FT 088 XN 00 WE.'ST: oF caL I-LANT I ocArxoH-2 FT eoe IH ee No~cTIi? Sour)-I? oF coL REHARKS SPARE VALVE FOR FUTURE USE wAs OH LINE <Cs<-66< sH-2-e HFXT VAI VE: UNIT 2 CAT 1 SYS CS TYPL V NBR 8871 5 ITI.:H "881 !3R HEX'I'FD YALVE HK<R: UNlT 9 .)YS XXX VALYE HK<R XXXX IHBTft YALVE HE<fan XXX HECH DFTA IL?
v~Lv~ LIsT DIsrLAY/HAINrEHhHcE VALVE Llc>T f<EVXBIOH 833 VALVE HUHK<ER 2-PCS-Y"-88715 -881 VALYE B>AFTY TRN SN LAST REVIc>XUN 0. OPERATOR H NUHK<ER 9 99 999 . 999 9999 999 9 9'INE NQH1HAL SIZE 881 . 000 P/W Tl-IICKNEc>S/csCH BCH 1 68 ENDS CGDL SM GROUP CODE XXX DEB1GH F"REBSURE 2485 DEB> ICiH TEHPEFXATURE 650 SEISHIC I PRFSS STD/ANSI RAT(. 15f3 Pa NUHK<ER 435892> PQ 1TEH 81 HA rr=RXAI cLAss TYPE Pcl<l ESS GLG
'F SFD DRWG NK<f< 8 0000 '>FD VALVE. HIJR 8 DESIGH G-DRMG FHDRAC DRAWXNG i)65(
LOCATXOH G-DRWG FLQGR ELEVAT1GH 1 88 00 VALVE EI EVATIGH 880 00 HEXGH'I'ROM f=LGGR ')00 00 pLANT IOCATIQN-( FT eeo 1H 00 E.A >T">> MEc)> I CQL I"-LAHT LOCATION-2 FT 000 XH 08 NORTH? SOUTH? (3F CQL f<Et JAF'KS BF"AFXE YALVE FOR FUTURE LJSE tJAB QH LXHE 1 Csk -66$ BN.-2-0 HExr vALvE: UNIT cAr SYS CS TYPE V HBR 80720 ITEH -881 <3R NEXT B>FD VALYE HBR: UNIT 9 SYB> XXX YALVE NK<F< XXXX X NB>TR VAL.VE NK<R XXX thECH DETAIL? VALVE I I ST I) X SPLAY/HAIHTEHAH(."E VALVE LIST FXEVlc)ION 833 VALVE NUHK<ER 2-<CS-V-88728 -881 VALVE SAFTY TRH BH LAB>T REVIB1C)N 02 QPLRATGR IJ NUHK<ER 9 99 '>>'>>9 9'>>9"'IHf= 99'>>9 9'>>9 9 9 NOH I H AL 8> X ZE 881 . 880 P/W Tl-I1CKHEBB/SCH BCH 1 68 ENDS raDE SW GRQUI='ODE DES>IGH PFXEcssURE 2485 DEB>XCiN TEHPERATUFXE 650 SLISHXC 1 I RFSS STD/ANSI RA rG 1 51 3 PO HUHK<ER 435892> PO XTEH 81 HATERIAL CLASS K TYPE PC'<LESS (I G SFD Df(MCi HK<B 0 8000 BFD VALYE: NK<R 0 Dr=SIGN G-DRWG f=HDRAC DRAWING 4651 LOCATION G-DRMG FLC) C) R ELEY AT ION 2C)6 00 VAI VE ELEVATIQN 000 00 Hf= IGHT FR(3H FLOOR 286 08 PLANT LC)CATION-0 F T 080 IN 08 EAB> T? WEB> T? QF CQL
)LANT I arhTIoH- r-T eee IN 00 NORTH~ SOUTH" OF COL REHARKB SPARE YALVE FOR FUTURE LJB>E MAS OH X 1HE "Cc)1 -666BH-~-8 NEXT VALVE: UNIT 2 CAT SYS Cs TYPE V NK<R 88721 ITEH -881 OR HFXT SFD YALYE HI<A: UHIT 9 B>YB XXX VALVE NK<R XXXX I. HBTFX VALVE HK<FX XXX I
HECH DETA:r.l -. VAI YL I XST DISPLAY/HAINTEHAHCE VALVE L.IBT REVl'.>XC)H 633 YAI VE NUHK<ER 2-kcs-V-88721 -88$ VALVE caAfcTY TRH c>H L.AB>T REVXSIOH GCLRATGR H LINE NUHK<I=R 9 99 999 . 999 9999 999 9 9 HOHXNAL B>1ZE 881 . 000 P/M ) THJ:CKHEB>s>/BCH '.>Cll 368 I ~ JAI
LHDb UUDL bN <>iÃUU<" U<<) Dh, J. L J. DEc>1GH PRES)BURE 2485 DEcs 1 GH TEHPERATL) f<E 658 SFISMIC I I-~cEBS srD/ANSI RhrG 1513 PO HL!HK<ER 435892 F'0 ITEM 81 HATER IAL Cl ASS K TYI E F'CKLCSS GLQ SFD DRWG NK<R 8 0008 S)F D YALVE NK<f( 8 DESIGN G-DRMG CMDRAC DRAWING 4651 LOCATION G-DRMG FLOOR EL.EVATXON ;?86 08 VALVE El -YhrTQN eee ee HEIGHr rRQH FLooR 286 00 PLAHT LOCATXOH-1 FT 800 IN 08 EAST'EST)) C)r- COL I LANT I ochrXGH-2 FT eoo IN ee N(3RTH7 (3F COL LIHE ."?Ccs1-6 6 ')') H-">>-8 SOUTH'hs) REHhf(KcJ S>PARE VALVE FGR FUTURE LicBP GH HLXT VALVE: uNTT . chr SYS RC TYPF P NE<R 00525 ITf <I -001i (3R HEXT SFD YALVE HK<f>,: UHlT 9 BYB XXX VALVE HK<FL XXXX XNS)TR VALYE NE<R XXX MLcH DI--rAIL) VALVE I IST DXSPLAY/HAIHTEHAHCC VALVE LJ:E) T REVXB3:OH 933 VAI VE NUHK<I=R 2-1RC-P-00525 -801 0J )4 ) VALYE BAFTY TRH BN LAB)T REY Ic~ 1QH QPCRATOR D (...INF HUHDEIR 9 99 999 . "))99 9999 999 HQH1NAL $ 1ZE 884 . 000 P/M THxcKNEBB/Scil B)cll 68 1i ENDS CODE K<M GRour- CODE I: I f. DES) IGH PRES>s>URE 2485 DES>IGH TEHPERATURE 658 SLISHIC PRESS STD/ANSI RATG 1500 PO NUMB' H')Ss Po ITEH P444C HArEIRXAL ( LASS S TYPF PRI'=SS CON TR BFD DRWG HK<R 8 0080 BFD VALVE NK<FI 8 DES IGH G;-DRMG I=HDRAC DRAWING 3379 LOC:AT I C) H G-DFLWG FLGGF< ELEVATlQH 286 00 VAI VE Cl I":VATXQH 080 00 HLlGHT FRQH Fl QGR 286 00 rLAHT LochrION-1 Fs eoe IN ee WEST.) Qr: cGL. r-LANT OCATXOH->> << ve J.l'i np, ..ri(.) TI1'i w ~ I <<- vv QI= CGL REMARKS c)PAF<E VALYE FOR FUTLIRE USE Mhs) L')H LINE 1-Rc-884. 080"" 0e25-SN W TAG No. 4SAGGRGA 12e050e1 1388 C 1-286-'I 010180 NFXT VALVC: UNIT 2 CAT 1 SY S RC TYPE P HBR 00526 ITEM -001 <3R NEXT SFD VALVE HK<F(: UNIT 9 8) YB XXX YALYE HBR XXXX 1HBTR VALVE HE<B XXX HiF CH Dl'= l AII 7 VALVF I IST DISPLAY/HAINTEHAHCE VALYE LlsT f<EVXBTON 033 VAI VL NIJHDER 2-1RC-P -00526 -001 VALYE BAFl'Y TRH S>H LAc>T REVXS>XGH 022 ol CRA'raR D I INC NUHE<ER 9 99 999 . 999 9999 999 z 9 NQH3:HAL 8) IZf,; 884 . 808 P/M TFIICKNEscs/BCH S)CII 168 ENDS C(3DE DM GRour- coDE I T.I DES)1GN PREBSUF<'.E 2485 DEB) 3:GH TEMPERATURE 658 SCXSHXC 1 PRESS STD/ANSI RATG 1500 Po HUHK<EFL Hs)s)c) Po ITEM F'444D MATLRIAL CLASS S rv)- c PRCSS CONTR SFD DRWG HE<R 0 8800 Sf D VALVE, HBR 0 DESIGN G-DRWG LHDRAC DRAWING 3379 LQCATIL)N G-DRWG FLL)OR ELEVAT1OH 2>86 00 VAI VF El EVATI(3N 000 00 HEIGHr I=RoH Fl oQR 'Gh ee PLAHT LOCATXOH-1 FT 000 IH 00 Ehs re WEB're QF C:QL PI ANT I OCATX(3H-2 I'=T 080 IN 80 HOIST'd. 'UTH OF ( GL REHAF(KS) BPAFLE VAI. VE FQR FUTURE usr.; MAB) OH LIHE 1-F>,C-884.888-. 8844-BH W TAG NO 4SAG(BRGA 12005081 1388 C 1-286-1 810188 NEXT VALVL" UHIT 2 CAT SY S RC TYF'F P NK<R 08527 ITI=H -801 (3R NEXT c>FD VAL YE N"'<R: LINT'I' cBYcs XXX VALVE HK<R XXXX X H 8) T f( YALVF.; HK<f< XXX MECH DETA:f.L? VALVF L XST DISPLAY/HAIHTEHANCE VALVE LXS) T FLEYXBXQH 83;i VALVE HlJHE<ER 2-1RC "P"-08527 "-001)
~ 1 % \~ tilt ~ I 0\ ~
VALVt. "iAI"If INN bN RE.V J."> J.UH 8;?" OPERATOR D LIr<E NUHBc;R 9 r9 999 . 999 9999 999 9 9 HQHlHAL SIZE 083 . 000 P/W rHXCI<tiEc>S/ciC) c>CFI 1@8 I=HDS CODF BM GR(3UP CODC DFc) I G "I TEHPERATURE III 8)88 DEB) IGH PREBSUF(E 248 > SEISHlc I PRFSS STD/ANSI RATG 1580 Pa HLIHK<ER 1 83) 2 "> PQ ITEH 88<!) HATERIAL Cl Abb S TYPE PRESS CONTR BFD DRWC'K<R 0 0088 BFD VALVE NK<FL 0 DCSIGH G-DRWG EHDRAC DRAWING 2917 LOCATION G-DRMG FLOOR ELEVATI QH 28/> 00 VALVE El EVATIGH 000 00 HEI(;HT FROH I=l ooR ..8a ee PLANT LC)r;ATIaN-1 Fr eee X H 00 EAB) T? MES) T? GF CC)L PLANT I.GCAT ION-2 FT 008 XH ee HQRT)i? BaurH? aF coL REHAF<KS BPAF<E VALVE FOR F UTUF(E LISE MAci OH LINE 1 -RC-803 008
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141-SN M TAG No 3IA88RG 12805002 1388 C 1-286-1 810180 NEXT VALVE: UNIT 2 CAT svs Rc Tvrc p HK<R ee528 I rcH "-ee1 oR NEXT BFI> VALYE HK<R: LJHlT 9 BYB XXX VALVE NK<R XXXX XNBTF( VALVE HBR XXX HFCH DETAIL?
VALVE I IST DISPLAY/HAIHTEHANCE YAL.VE LIB) I'EYXcJICIN 833 VALVf.: HUHBER 2-1RC-P-60528 -86 VALVE S)AFTY TRN SH LAc) T REYIS1GN 0 A".)
OPI'=RATOR D LIHE HUHBER 9 99 999 999 ') 999 999 )
Not IINAL SIZE 803 . 006 P/W TH1CKHEBS/BCH BCI.I 166 ENDS C(3DE BM GROUP CGDL= III DES>XGN F'REB)c)URE 2485 DEB I GN TEtlr- EFLA TURC ~8e SFISHIC PRI=SS srD/ANSI RATG 15ee PO HUH13I: R 1836:?5 Po ITEH HATERIAL CLASS S TYPE PRESS CONTR SF 0 Df(WG HK<R 0 0000 SFD VALVE NK<R 0 DFSIGN G-DRMG EHDRAC DRAWIHG 2917 LOCATxr)H G-Df(lJG FLGOF< ELEVATION 286 68 VAI VE EI..LVATION 060 80 I(EX(.I-IT r-RaH Fl QQR,.86 pe PLAHT LOCAT1QH-1 FT 808 EAS) T? MEB) T? GF CGL PLANT I QCATI(3N-2 FT 000 NoRrli? SouTIi? oF col FIEYiARKcJ S>PARE YALVE FOR FUTURE WAB QH L1HE 1-f<c 863.000-.
e140-sN W TAG H(3 3I A88RG 12885082 1308 C 1-2)8/)-1 018180 NLXT VAI VC: UNIT 2 CAT SYB RC TYI-'E P NBR 005 9 ITEH -00'I OR NEXT S)FD YALVE NBR: UN1T 9 B>YB XXX VALVE HK<R XXXX 1HBTR VAL.VE HK<R XXX t1EcH DI="rAII:
YALVE LIST DISPLAY/HA1'HTEHAHCE VALVE L1BT f(EVISXGH 033 VAI VE HUHBLR 2-1IRC-P-88529 "-80 VALYE BAFTY TRH SH LAST f(EVI SIGN OPERATOR D L.XHE NliHBFR 9 99 999 .*999 9999 999 9 ?
HOHlNAL SIZE 083 . 800 P/M Tl-IXCKHES)s/BCH BCI-I 168 EN Ds C(3DL= BLJ GRaur- coDc DESIGN PF(ESS>URE 24C)5 DEc>IGH TEHPERATURE c!>88 SCISHIC I PRESS STD/ANSI RATG 1500 Pa Nut1BER 183625 Po 1TEH 808 HATERIAL Cl Ass 1 TYI='E r-RLss coHrR SFD DRMG HK<R 0 8000 SFD VALVi NK<R 8 DLSIGN G-DRWG LHDRAC DRAWING 2917 L,OCAT10N G-Df(WG FLOOR ELFYATIOH 2)86 00 YALVE Cl I=VATI(3H 600 00 HF. IGHT I=RQH I=LQOR 286 00 PLAHT LQCATXOH-1, FT 008 EAST? MES'i? Of'OL I-I AHr I OCArIOH-2 FT eee NORTH? SOUTH? OF (.QL RFHAF(l Otc <. XHE I -RC-003.680-0139-SN M TAG Na 3XA8(3RG 12005082 13e8 c 1 28'-1 e1e18e HLXT YALVF: UNIT 2 CAT svs Rc rvl-r= R HK<R ee5.8 ITEH -ee1 oR HFXT S>FD VALVE HK<f(: UNIT 9 B>YB XXX VALVE NBR XXXX INSTR VALVE HBf'XX HccH D"'rAII ?
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VALYI" I..ls I J).l.bI"LAY/MAlH LNANCI I VALVE LIc>T REVXB1aH 8 ">3 VAI VL= HUHBLR 2"1RC-R-88528 -801 I') I') VALYE S>AF T Y Tf(N SH LAcsT f(EvxcsXOH Q aPr=RATGR I INE NUMB(=R '7 99 999 . 999 '>)999 999 NQHXNhl... B)IZE 886 . 800 TflxcKHFSS/Scfl Scfl 16e FHDS C(3DE I=L GROUP CODE III DE; IGN r f(ES. uf(E;. n85 DESIGN TEHPLRATLJRE 688 SEISMIC I"RI=SS BTD/ANSI RATG. 1 506 PG HUHBEiR 1783 >8 PL! ITFH MATERIAL Cl ASS G TYPE REL I=F I sF>> DRWG Nx<R e eoee SFD VALYE HK<R 6 DCS IGN G-DRlJG CHDRAC D!~AWING LOCATION G-DRWG FLOG<<ELFVATILJH:..86 oe vALvL cl cvATIoN eeo eo HFIGHT FRGH Fl 286 80 PLANT LocATIOH-1 FT eoQ EAST'P NORTH'OUTH'F WEST'F Q(3R CQL CQL PLANT LQCAT.'I:OH-2 FT Q08 REMARKS Sr)ARE VAi VE baft. fcuTuf<E WAS QN LINE 1-RC-806. 060-0124-SN ~ SET PRI.;BSURE PSIG W TAG N(3 6RV88HS)B 12805001 DCH 1012 1388 fi 1-286->>1 810188 NI=XT VALVE: UNIT 2 CAT SYS RC TYI='L= R HBR 88528 I TEH -682 QR ~ NEXT .FD vALvE NBR: uHIT 9 sY XXX VALVE HK<fL XXXX 1H') TR VALVE HBR XXX H CI] DETAXL": VALVE LIST D:I:SPLAY/MAIHTf=HANCE VALYE l.1sT REVISION 6.')3 VALVE HUHBER 2-1RC-R-08528 -802 YALYE SAFrY TRN LAS)T REVIS)ION 600 (3PERATOR I IHE HlJHBER 600 . 000 0008 HOMINAL sxzE eee . eeo P/W THD KHEcls>/c>C'I-I ENDS CQDC GRoup coDE DFS IGH PRES>s)USE DESIGN TEHPEf(ATLJRE SEISMIC !-Ii;=.s srD/ANBI RA'rG PG HLJHK<ER fa ITEM MATERIAL CLASS TYPE SFD DRWG NK<R 0 0000 S)FD VALVE HK<R 8 Dl'=SIGH G-DRMG E.MDRAC DI'I,AWING I OCAT ION G-DRMG FLOGf< ELEYATION 080 00 VALVE ELCVATIOH 080 06 Hf=IGHT I=ROH Fl GaiR i 00 00 PLANT LOCATION""1 FT 000 IH 80 Ehs) T7 MES) T7 QF CQL PI AHT I QCATIGH-"2 FT 006 IN 00 NORTH'OUTH'P GF CGL RFMARKS> Ht XT VAL Vf 'JH1T 2 CAT 8) Ys) RC TYPE R HCXT SFD VALVE HK<R: UHIT 9 BYS XXX VALVC NK<R XXXX INSTR HBR 86529 VALVC XTEHi -801 NBR XXX Of<, DEsxGN XNFar<HATXGN xHcoHKLETE, BuT VALVE RECORD f QLJHD MECH DET'AX'> VALYE LIST DISPLAY/MAINTEHAHCf= VALVE LIS)T f<FYXBX(3N 633 VAI VC NUiHBI'="R 2-"1 Rc -R "06529 -08 VALVE BAFTY Tf(H SN LAS)T REVISION Qc> ~) QI-ERA raR LXNE NlJHBf'R 9 99 ) 99 . 9'39 P'/'i'9 HQM1HAL B17E ENDS CGDF DES)XGH PRESSURE 006 . 088 I=L 2485 GROUP C(3DE:f.686I I P/W THI CKHESS/c!CI.I DESIGN TEMPERATLJRE csCII 168 SEISMIC I PRCSS STD/AHSI RATG 1508 PQ HL!MK<Efh 178358 PO ITEM HATCRIAL CI ASS G TYPC REI XF.F BFD DRWG HBR 0 0000 S)FD VALVE NBR 8 DCSXGH G-DRWG FHDRAC DRAW IHG 21 21 LOCA'1'X OH G-DRMG FLOOR ELEVATIQH,:?86 00 VALVI= Cl EVATIGN 000 80 HF IGHT FROM FI..QQR::?86 00 PLAHT LOCATION""1 FT 800 XH 88 EAcs) T "i) ME'.) T "i) OF Cat.. PLANT 'CATIGH-2 FT 080 ee NORTH'~ Sour!<~i GF col REMAf(KS B)PARE VALVE FQR FUTLJf(E USE WAS> GH LIHE 1-RC-806.000-0126-sN. sl=r pRcssuRE 2485 Ps IG. M TAG HQ 6RVGSHBB 12()85001 1388 C 1-286-1 810180
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NEXT SFl) VALVE HBR: UHXT 9 BYB XXX VALVE I
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HBf>, Hl5I< 9<'Jibde XXXX 1HBTR VALVE HBR XXX J. I L<1 "89'< U)c HLCI3 DETAIL' YALVELIST D f SPLAY/HAXH'fCH<'iH(".E YALVE LIK)T f(EVX SION 933 vALvc NIJNBER -< ac-a-ees36 -88( LAST REY3:$ 3:GN 9~> .) YALVE B)AFTY TRH BH opERAToa LINE NUMBER 9 99 999 . 998 '>>">)99 99 I HOH NAL SIZE 886 . 09() P/W Tl..ll CKHEBB/BCH BCI I ( 60 ENDS CODE FL GROUP CUDE III DEB) IGH PREBBUf>E 2)485 DEB1GN TEtiPERATLJRE 688 SEISMIC I r-Ress s rD/ANSI RA rG < ~ee PO HUtIK<ER 1 783.>8 F 0 XTf=H HATERIAL Cl Ass G TYPE RELXCF sFD DRWG HK<R 0 oeeo B)FD YALVE HK<R 0 D.SIGH G-DRMG ENDRAC DRAWING LOCATION G-DRMG FLOOR ELEYATXQN .))86 00 VALVE CLLVATIOH 088 80 HEIGHT FROH FLOOR 286 00 PLANT I QCATXGH-1 FT 890 IN 80 EA )1'>> ME.')1"'f- f'G<. r-LANr I OCArXON-2 I-T eeO IH 00 NOR'rHi?i SGUTH'? OF COL REt'IARKB B)PARE VALVE Fuf>. FUTURE USE MA. OH I. INE <-RC-ees.eoe-93 28"-SN ~ BFT PRI.-.SSURL. 2485 I'SIG. IJ TAG NG 'RV88MBB 3288588k 3388 C 1-28h-3 6(9389 NEXT YAI VE: UNIT 2 CAT SYS RC TYPL= V NBR 69662 XTEH -983 (3R HEXT B)FD YALVE NBR: UHlT 9 BYB XXX VALVE HK<f( XXXX INSTR VALVE HBR XXX HECH DL'."rAI.L'? VAI YE LIST DISPLAY/NAINTI'=NANCE YALVE LIB)T f<EVXB3:OH 033 VAI VL NIJHBER 2-'I RC-V-08082 -80 VAl Vt; SAf I Y I ftH SH Lhs) T f<EYI'.)Iot< 02:> ol ERA r(3R H LINE HUHK<CR 9 99 999 <)"9'>> 9999 99) 9 '? HOHXHAL BXZE 802 . 000 P/M TI-llCKNEBS/BCI-I B)CI I 3 69 ENDS CODE BW GROUP CODE XI.1 Dc" SIGH Pf>ESBURF. 248.'> DESIGN TEvPERATUf<E z'>8 BEXSHIC I PRCSS STD/ANSi RATG $ 5(3 Po HLJHK<ER 43'>992 Pu XTEV 82A MATERIAL CLASS K TYPE pcKI css (..Lu BFD Df(MG HBR 8 8080 SFD VALVE HK<R 0 DESIGN G-DRMG EHDRAC DRAWING ')Q.y4 LOCAT1(JH G-DRMG FLoof>, ELEVAIXOH .3s ee vALvc cl cvA.rIoH eeo ee HEIGH'r )=aux I=I ooa::.3s ee PLAHT LOCAT3:QH-1 FT 800 XH eO EAB) T'? WE".') T "i) GF CQL PLANT I QCATION-2 I=T 088 IN 90 NQRTI<7 SOUTH? GF CQL REH*f(KS B)PARE VALVE FOR FUTUf<E UBE MAB) OH LINE 1 --RC-882.900-9916-SH
$ 289589$ (391 C 1-23F)-i $ 28379 NI'=XT VALVE: IJNIT 2 CAT SYS RC TYPF V NBR 68007 ITCH --801 oa HFXT S)FD VALVE HK<f(: UH IT 9 BYB) XXX YAL.VE HK<f>, XXXX XNBTR YALVE HK<a XXX HECI< OCTA:I:I 1?
VALYE I'fsT DXSI LAY/HAXHTi=NANCE VALVE LXsT f(EYIBIQH e33 VAI VE HUHBER 2-3RC-V-90007 -961 VALVE B)AFTY Tf<N BN L.AK)T f(EV3:B1OH 0 1') 1') Gl"ERATGR H I IHE HUNK<I=a 9 99 999 . 999 i>>>999 999 9 Hot'I IHAL B IZi: ENDS CODE DEB) 1GH PRESBUf(E 2485 00? . 000 SM GRGIJP C(3DF:f. P/W TI.IICKHEBS/BCI-I DF'.)XGN TEMPERATURE BCI-I 168 E) XI
>9 bLISHIC pacss sTD/ANsI aATG Po HLJHBER 435992) Pf) XTEt'I 82 MATERIAI CI Ass K TYPE PCKLLSS Gl 0 SFD DRWGi HBR 0 8080 BFD YALVE HBR 9 DESIGH G-DRMG ENDI(A(". DRAWING 4653 LOCATION G-DRMG FLOOR ELEVATIGH 236 08 VAI VE FLEVA'f IGN 000 60 I<EIGHT Fa(3v Fl..una "3s ee PLAHT LQCATlQH-l F'I'00 XN 00 EAB) T'? WEST i) GF CQL
~1 111 I-LANT I oCArIoH-2 1 ~ th, %6AO\, 1hi I E ~ ~ 1% I, I-"r Oee 1 1 1
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t<< <"<At<K") )t'At<t'f'lL,')<<" t'u<< t u ueL. < Wf<') ut< 'LlHt. 1 -t<L,-<>82. VVV"- 0022-SH u,a<.'Nxr i280508i i 30i C "-2>38)- i i 26i 79 NEXT VALVC: 2 cA'r ', SYS Rc TYI='E v HK<R e0088 7 Tt."N -eei OR NEX7')FD VALVE HK<f(: UNIT 9 S)YB XXX VALVE NBR XXXX lHBTR VALVE HBfl XXX Iit:=CH DETA:I:L? VALVL= LIST D I SPLAY/HA IHTFHANCI.: ALVE LlcJT BEVIB1OH 033 I~ ~
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)('I'CH i 689999
. 999 OPERATOR <))99 9'>)'7 NOH 1HAL SIZE 882 . 000 P/M THICKNESS/
CNDS CODE SW GROUP C[3DE III DFS) IGH PRES>B>URE 2485 l>EB1GH TEHf'ERATURE 8)50 SF:. IBM I C I PRFSS STD/ANSI iRATG i5'I3 I') ro NLJNK<EB 43569.. PQ ITEH Q MATCRIAL CLASS K TYPE PCI<l I.=.S, Gl O SFD DRWG HK<f< 0 8000 SFD VALVE HBR 0 DF SIGH G-DRWG EI'IDRAC DRAWING 4653 LOCAT3:OH G-DRMG FLOOR ELEVATXGH 23'> 68 VAI VE f=LLVAT ION 806 00 HF IGHr FRoN I=I ooR ..36 ee Pl.AHT LOCAT1QH-'I FT 000 IN ee EAST? WES)T? Of. COI PLANT LOCATION-2 FT 008 IN 00 NORTH? SOUTH? (3F COL f(EHARKB Sf)AF!E VALVE Fcof! FUTUF!E Uc) E MAB> ON LIHE i-BC-88:.?.088-- QO22-SN i280500i i 30i C 1-236-.i i 20i 7")) NCXT VAl VC: UNlT 2 CAT SYS RC TYPE V HK<R 68669 ITEN -80i !3R nexT SFI> vAl.vE HBR: uHIT 9 .YB XXX VALVE HK<R XXXX 1NBTR VALVE NBR XXX HE(".H DETA:i, I ? VAl VE I IST DISPLAY/tiAINTEHAHCE VALVE LIST F(EVXBXQN 033 VALVI= HUNBLR 2-iRC-V -80009 -Qei VALVE BAFTY TBH SN f!EVIBION Q
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OPERAT(3R H I XNE NUMB(KB 9 99 99 'i"i'9 9999 999 r" Hot) 1NAL c> I ZF 89~ 800 P/W Tl I3: CK HEBB/BCH B)CH i /)6 LHDS CODE BW GROUP CODC I II DE$ 1GH Pf!EBBLJRE 2485 DESIGN TEMPERATURE 8) 50 SF ISNIC I PRCSS STD/ANSI RATG i 5i 3 PO HLJHB' 4 i) PG ITEN 82A CI ASS K 89"'ATERIAL TYPF PCI<LI=SS GLO BFD DRMG HK<ll 8 0008 c~FD VAl.YE NK<f! 0 DESIGN G-DRMG EMDRAC DRAWXNG LOCAT IQH G-DRWG FLOOR ELEVATIGH 2>36 00 VALVE ELEVATIGH 000 00 HEIGHT I=ROM FL(3GR 23k 08 PLAHT LOCAT3:OH-i FT 806 IH 08 EAc) T .> ML-.S) T-i) Of: COL. I"I AH'I I OCAT ION-2 FT 080 IH 00 NORTH? SOUTH? OF COL REHAF(KB> SPARE VALVE f'R FUTUF(E LJSE MAS) GN L IHE i -BC-8 62.800-0024-SN i280500i i 30i C i -23'~) -'I i 20i 79 NEXT YALVL: UNIT ; CAT SYS RC TYPI= V HBR 000ii Xl =M -00i GR HEXT S)FD VALVE HE<A: UHIT 9 BYB) XXX VA)LVE NK<f! XXXX XHc) Tfl VALVE NK<R XXX NCCH DFTAXI ? VALVF LXBT DISPLAY/HAIHTLNAHCE VAl VE l.lBT flEYlc)H)N 033 VALVE NUNK<LR 2-iRC-V-000ii -00i. YALVE cBAf"I'Y TRH BH L A 8) T R E V T. 8) 3: Q H Q~) ) GI-ERA rOR LINE NUHK<ER 9 99 999 999 'P'7'79 )) 9'7 ')) 9 HOH1NAL SXZF. 002 . 000 r /M THXCt<HES>B>/BCI"t SCI-I i E)e ENDS CGDL= K<M GROUP CGDC XX7. DEB)1GH PRFS)B)L)f<E 2485 DESIGN TEMPERATLJBE 656 BEXSHIC I PRLSS 8'I'D/ANSI RATG i5i3 Po HUHBER " 435092 Po ITEM< 8::!A HAT!=RIAL CLASS K TYPF PCKLCSS GLO BFD DRLJG HBR 0 0000 S>FD VAI..VE HBF( 8 DI=B IGN G-DRWG ENDRAC Df'AWING 4.~) 54 LOCATIOH G-DBMG FLOOF'. EI..E,A7 Xutl 2>3c> 00 r ~ ~ ~ gq 9 0 I rt . ~ ~ I'
'I ~ c '1
VALVE. < LLVA'IJ.Un ()89 ee" ICI lbH I I" RUM I- LUUR 286 99 PLAHT LOCATiOH-I FT 000 liH 88 WEST? Qr COL PLANT I GCA'fxOH-2 FT 000 IH 88 NORTH? SGIJTH? OF CGL REHAF(KB BPAF(E VALYE FQF( F<<UTUF(E U') E wn. GN LINE 1-F(C-882.888-8834"-BN 12805001 1se1 c 1 v* 21@.-1 12e179 sEXT VALVE: IJHxr cAr ', Ys Rc rYr.c HBR eoe1a II'EH --ee1 OR 'tEXT Bf<<D VALVE:. HBR: UHXT 9 B>YB XXX VALVE HK<R XXXX IHBTF( VALVE NK<R XXX HFCH DETAXL? VALYE LIST DTSPLAY/HAXNTLHANCE VALYE LIB>T REY3:BU3H 833 VALYE NUHBER 2-1RC-V-88816 -00 YALYE BAFTY TRH BH LAB)T REV I SIGH 022 OPCRATGR H LINE NUHK<ER 9 99 999 999 9999 999 9 9 HOHlHAL $ 1ZE 002 . 000 P/W THXCKNEBB)/BCI-I B)CH 168 ENDS CODE SM GROUP CODE III DEB)1GH PRESBURF. 2485 DEB) i'GH TEHPERATUF(E 658 8- ISHIC I I RESS STD/ANSI RATG 'i 513 PO HUHiK<ER 435892> r'0 ITEH 0 r) HATI=R I Al CLASS TYP'E P("I<i ESS GI.G BFD DRMG HK<R 0 0000 VALVF Hl)R
'>FD 8
DFSIGH G-DRWG CHDRAC'RAWING 0 <!>53 LOCAT3:GN G-Df(WG FLOOR ELEVATZOH 23<!> 98 VALVF EL - VATX(3N 008 00 HET.GHT FRGH FI..OGR 236 00 PLANT L.GCAT10H-1 FT 000 oo EAB) 7'? ME<<JT? OF CQL PI ANT LocATIGH-2 r-"r eee IH 08 HQRTH? SQIJ'I H? OF f(EH<ARKB B)PARE VALVE FOR FUTURE LISF wA. c)H LxNE 1-r(c-88 CG'.000-8841-SN 12805001 381 C 1-2)3/)-1 1 201 79 Hcxr vALvc: NEXT B)FD VALVE HK<f(: UN1T 9 B)YB IJHIT 'Ar 1 SYS RC TYPE V NBR 88017 XXX YALVE HBR XXXX 1HSTR VALVE HBR XXX iT=H -001 GiR HLC)t DF.'TAXI ". VALVC ~ I i ~ iST (h I DISPLAY/HAXNTLHANCE
~ ~ ~
II I I ~ II
~
~~
II I~ VALVE II L1BT I
~
~ II~
~
F)E"V3:BXGH
~
~I I
I 938
~ II I~
vA(.vE I ~ Hur1BER I ~ -1Rc-v-eee17
~ ~ ~
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YALVE c)AFTY I I~ REVlslGH 0~)) I) TRH c>H I) LAB>T
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~ ~~ ~
Gr-CRATOR H LXHF NUHBER 999 . ')9<>) ')'9~i'9 ')")"'7 '~ 9 HOHlHAL cs IZF. 002 . 800 Plw Tl-l3:CKHESB/BCI-I BCH 1 <!)8 I=HDS C(3DE SW GROUP C(3DE 1 f, I DEB) lGH PRESSURE 2)485 DEB1GN TEHPERATURF. c)50 SEXSHXC I pREBB srD/ANSI RArG 151z PO NUHK<EF( 485892) PO ITEH 02 HATI=RXAL CLASS l< TYf'= I"Cl<LI=.SS GI.,G BFD DRWG HK<R 0 8800 SFD VALVE NK<f( 0 DEslGH G-DRWG EHDRAC DRAWING 4653 LOG AT10H G-DRWG FLOOR ELEVAT10H 236 08 YALVF f:.I EVATXQN 000 80 HEIGHT FRGH FLOOR 236 80 PLAHT LE)CATION-1 FT eee XN ee WE. T? OF CGL r-'I AHT LGcATxOH-2 FT oee IH oe H(3RTH? $ (3UTH? GF CGL REHAF(K<<) <<BFPAF(E VALVE F GR F U~URE U')F WAS OH LT.HE 1-f(c-882. 008 8841-SN 12005001 1381 C 1-2)36-1 120179 NEXT VALVE: UNIT CAT 1 SYS RC TYPE V NBR 88819 IT,-. t", -881 (3R HEXT BF D VALVE HBR: UH1T 9 SYB XXX VALVE NK<F( XXXX IHBTF( VALVE HK<R XXX t1ECH DETAIL?
VALVF L3:ST DlSPLAY/HAXHTFHANCE VALVF LIS7 f(EVXBXOt~ 8.T f(EYXB3:OH 8+4 >
(3PERAT(3R H LINC HUHBI".R 9 99 999 9999 999 9 '9 I
HGH NAL. BI ZE 002 . 008 P/W 7'IIXCKNF<<s<<)/BCFI BCH ice I=NDS CODE BW, GROUP C(3DE I: If.
DES) 1GH Pf(EBSURE 24<<85 DESIGN 7'EHPEF(ATURE 658 Sl'=ISHXC I r-Ress s7D/AHsx RATG 1513 PG HUHK<ER ~8'>89 ' PG ITEH 02A I"ATf=RIAL (.LAbb f YPE Pcl<I.LSS Gl 0 re t v\ \ \ I/
~ t ~ '0 I H J %I'\ ~ ~ I ~ ~
b< U U<'<W<.v Hf.<H 6 VVVV '<" IP VALV<= Hi;<l.< <I) DCSIGH G-DRWG EHDRAC DRA W IHG 4554 LQC;AT I C) H G-DRWCi FLOC)R ELFVAT1GH 36 00 VALVE ELEVATIQH 000 80 HCIGHT FROM Fl QOR 236 00 f'LANT LC)CAT XON-1 FT 000 ee EAST<i ?WEB r7 C)F CC)L. PI AHT L.(3CATX(3N-2 FT 600 lH 00 N(3s rl-I: s(3(JTI<<QF col 'LEHABKB SPARE VALVE FOR FLITURE LI.')F. wh. GH L.XNE 1-F'c-ee2.eoe-- 0043-SH 12005001 1301 c 1-236-1 1-'e1<'9 Hl..:XT VALVC: UNIT 2 CAT YS RC TYPF V NBR 688 0 3:TEH -001 (3R NEXT BFI) VALVE HBR: UHIT 9 BYS XXX YhLVE NK<R XXXX 1NB) TR VALVE NI<R XXX MECH DETAII'? VALVC LIST D ISI"I AY/HAIHTCHAH(.;E VALVE L3:BT FLEVlsxotd 833 VALVF NUMBER 2-1RC-V-80020 -061 YAL YE B)AFTY TRN I Ac)T REV3'SIGH 8~+ OPFRATOR I IHE NUMBER 9 99 999 '799 999'7 99'>> 9 9 NotllHAL.. IzE ee1 . eeo P/W Ti-IICKNEBS)/B)CI-I 999'>)99999 ENDs cOOr= GROUP CQOC DES) IGH PRESS)URE DES3:GH TEHPERATURE 9999 SEISHIC r.RLss "rD/AHsx RhrG PO N UHK<ER 43'.>092 Po 1TEH 01
"!Al'-RIAL (.LAbs TYPL 9'i'>>999'7"i'9 99 SFD ORWG HBR 0 0808 c'FD VALVE HK<R 0 OFS IGH G-DlklrJG EHDRAC DRAWING 4651 LOCATION G-DRWG FLC) Oft EL.EVATI I) H 261 00 vALvE El EvATxoH eee ee I(FIGHT FRGH FLooiR 261 PLANT LC)CAT3:C)H-1 FT eoo xH ee OF CGL 6('AST "i> "i>
WEcsT r-I AHT LOCATION-2 FT eee xH eo NORTH? SOUTH'? OF CQL RFHARKS c>PAFLE YAL YE FGFL FUTURE UBE Whc)>ON LINE 1-RC-001 . 080-0048. DESIGN INFO To BE I"RQVIDLD I ATER NEXT VALVE: UH1T 2 CAT BY'.) RC TYPE V NBR 00022 1TEH -001 C)R: HEXT SFD r VALVI'E<R: UHIT 9 SYS XXX VALVE NBR XXXX INSTR VALVC HBR XXX I MECH D ET h L i) VALVE I IST D1sl"I AY/HAIN'rEHANCC YALVE L.I. T REV3 83:GH 633 YALVE HUHBER 2-1RC-V-00022 -08 VALVc. c>AFTY TRH BH I A')1 RE,V1') 1QN e". ol ERA'roR HGHxHAL . Izf.. LHDS CODE
'ee BW
. eeo I INE NUHBLR 9 99 999 FP/W TH1CKHEBb/SCI-I GROUP C(3DE
. 999 c>>9'i'9 ">>99 BCH
,T.:I: I 160 DEBXCiH F"REB)BURE 2485 DES IGH TEHPERATURE 658 SI=ISHIC PRCBS BTO/ANSI RATG 1513 PQ HUt1K<ER 435092 ro;:rcH 62h t1A'rCRxhL CI Ass TYPF PCKI.EBS GLQ SF I> 1>R WG N E<R 8 0008 .FO VAL VE NBFL 8 OLSIGN G-ORIJG EHDRAC DRAWING 4554 LO CAT I C) H G FLOC)FL ELEVATXGH 236 80 EI..EYATIQH 800 8Q 236 00 DRW(T'ALVF
))EIGHT FRGH FLOOR PLANT L.ochTXOH-"'I FT 800 IH 60 EAB) T "i> WE') 7 ) OF CQL r- LAHT L och r ION-2 F T eee IH 80 HoicrH: sour)-l~ GF CGL FLEtlARKB 'PARE VALVE FQFL FUTUFLE UBE WAB) GtJ LINF 1-Rc-86:) *688-0655-SH 12805001 1381 C 1-236-1 120179 HI=X'r VALVE: UNxT " cAT bYS RC TYPE V NBR 606 8 ITCH -601 (3R NEXT BFD VALVE HK<FL: UHXT 9 SYS XXX VAL.VE HK<R XXXX IHS) TR VAL.VE HBR XXX MECH DETAILS VALVL I XST DXSPLAY/HAINTLHAHCE YALVE L1ST FLEVXBXQN 833 VALVE HL)HK<l-R 2-1RC-"V'-00028 -801 yhl. VF c>AFTY TRH c>H LAB)T REYXBXC)H Q A".>
OPERATOR ll LINE NUHK<I'=R 9 99 999 999 9999 '))99 9 9 NOH1HAL SIZE 002 . 000 P/W TI I3:CKHEB)s>/BCH B)CH 168 I.HDS CODC BW ( ROUP Col>E I I T. DES) I GH Pf(EB)BURE 2>485 DEB> IGN TEHPERATL)RE 650
S l-..J. 4 H.l. \'o I-'<I=bb 'i I U/(iHb J. RA(4 '< Dl d NUHK<EF? <3589."? PC) 3: TEH 02A HATLRXAI Cl ASS I< TYPC I='Cl<l EBS GLO BFD D~zMc'BF? e eeee B>F'D YALVE NBF? 8 DESIGH G-DRMG I:;.HDIRAC DRAMXHG 4654 LQCATIOH G-DRWG FL.OQR ELEVAT1ON 236 80 VALVE I.=.I..CVATION 000 00 Hf.;.IGHT Flk(3N FLOOR 236 QQ PLANT LC)CATlQH-1 F r 009 IH 00 EAB>T7 MEBT7 QF CQL Pl ANT I OCATlON-2 FT 000 IH 80 NORTH? SOUTH? GF (.",QL REI'IARI<S SPARE VAl.VE Ff.)R FUTUF?F. US) E WA<<) QH LINE 1-'?C'-0 e...eee-0063--SH 12005001 1301 C 1-236-1 120179 NEXT VALVE: UNIT 2 CAT SYS RC TYPE V NBR 80029 ITI=H --001 QR NEXT SFD YALYE NBR: UNlT 9 BYB XXX VALYE HBF? XXXX I HB) TR VALVE HBR XXX HI=CH Df=.TAXI: VAI VE LIST DXSPLAY/NAIHTf=HAHCE VAI..VE LIB)T REVXB>XC)N 033 VALVE HUNBKR 2-1RC-V-00829 -80 QIQJ ) VAL,VE <<BAFT Y Tf? H B>H LAST REVXB)3:GH GPLRATQR H L1NE NUNBFR 9 'i'9 999 . 999 9999 999 9 'r" HOI'I INAL <<> IZE 802 .* 000 P/M THICKHEBB/<<BCI-I B>CII 160 LNDS COD(= BW GROUP CODE XXI DE<<>XGH r r?ESBURE 2485 DEBXGH TENPE:F?ATURE 650 BEXSHIC I PRESS STD/ANSI RATG 1513 PO HUNK< Ef? 435892 PQ ITEH 02A HATI'=RIAL CLASS K TYI'"'K PCl<l FSS Gl 0 SFD DRMG HBf? 0 0000 <<FD VALYE NBf? 0 DESIGN G-DRWG ENDRAC DRA W IHG 4654 LOCATION G-DRWG FLOOR ELEVATlQN 236 80 VALYE I. I FVAT ION 800 00 HEIGHT I'=RGH I=LQOR 236 00 Pl.AHT LQCATlOH-1 FT 000 XH 08 EA<<) T":> WE<<) T":) QF COL PI AHT I (3CATX(3N-2 FT 080 IH 88 Hoi? rH? BQUri-I? QF C(3L RFNARKB> B>PAF?E F VALVE F OF? FUTUf? E U<<>K MA.') QH LI:HE 1-RC-002. 000. 8063-SH 12805001 1381 C 1-236-1 120179 NLXT VALVE: lJHlT 2 CAT SYS RC TYPC V HBR 08030 ITEN -80'I QR HEXT S>FD VALVE NK<R: UH17' 8) Y<< XXX VALYE HEBF? XXXX IHB> Tf? VALVE HBF? XXX HEC)1 DKTAIl 7 VALVK LIST DISPLAY/NAINTENANCK VALVE LIST REVXBIOH 933 VALVI= HUNBER 2-1RC-V-80830 -88 YALVE .')AF'TY Tf?H BH FlFVXBION Qgl) OPLRATGR H LINK HIJNBI.R 9 99 999 . 999 9999 '>>'> ">> 9 9 HQN1HAL 8) I ZE 802 . 808 P/W TH3:CKHEBS/SCI I B>CI-I 1 68 LHDS C(3DK K<lJ GR(3UP CODE III DEB) XCiH PRESSURE 2485 DE <<)TGN TKHPE RATURE 650 SEISHIC I PRESS STD/ANSI RAT(i 1513 PQ NUHK<f:.R 435992 PO XTEH 82A HATERIAL CLASS K TYPF PCKI l;B>$ (il 0 BFD DRWG NK<f? 0 0000 <<)FD YALVE HBf? 0 DESIGN G-DRWG EHDRAC DRAWING 4654 LOC:ATlQH G-DRWG FLQQR ELEYATIQH 236 ee VALVE ELKYAT3:ON 000 00 HEIGHT FRGN FLOOR 236 08 PLANT LQCATXQH-1 FT 080 IN 00 EAST? WEBT7 QF C:OL PLANT LQCATIOH-2 FT 000 XN 00 HOR'rH) B(3uTI<7 GF (:(3L RENAF?KB) BF'ARF VALVE F GR F UTURE L) BE WAB) OH L3:HE 1-RC-002.080-8864-BH 12885001 1301 C 1-236-1 12Q179 NEXT VALVE: UH3:T 2 CAT SYS RC TYPL= V NBR 00031 ITEH -881 QR NEXT BFD VALVE HBf?: UNIT 9 B>Y<<.;H ENDS CODE ( ROUP C(3DE
>>E. IGH r-REs,. URE DESIGN Tt NPERAT(.)RE SEISMIC !-!iLSS srD/ANSI RATG PQ HUMBER PC) 1TEM MATERIAL Cl ASS r YI'E SF D DRWE HK<R 8 0008 S)F D YALVE HK<R Dl'=SIGN G-DRMG I=NDRAC DRA W lHG LOCATION CG DRMG F'LOOR ELEYATIOH 23b 88 VALVE f=LEVAT I(3H 008 00 I-IEIGHT FROM FLOOR 000 80 PLANT LOCATION-1 FT 000 IH 00 EAS>T? WEST? QF caL r-I AHT LochrION-2 Fr eee ee NORTH? SOUTH? OF ( QL REMhRKS)
NEXT VALYE: UH1T 2 CAT S>YS) RC TYPE V HBR 00109 ITEN -001 GR NEXT SFD VALVE NBR: UHIT 9 SYS XXX VALVE NBR XXXX INSTR VAI VE HK<R XXX DESIGN XHFORNATXQH 1NCQNPI ETE, KUT VALVE F<E C;ORD FC)UHD NECI-I DETAXL? VAI VE LIST DISPLAY/MAINTENANCE VALVE L1ST FLEVXSXQH 833 VAI VE NUMBER 2-<<RC-V'-80109 -081 VAL.VE S)AFTY TRN S)H LAS) T FLEVXSXC)H 828 GI"LRAT(3R H LINE NUNBFR 9 99 9<><)) 0 <>> i)J <y 9 I ZE 002 . 000 P/W TFIXCKNESS/SCH SCH <<e'>8 EHDs caDI== Bw GROUP CODE XII DES) IGN PRESS>URE 248.> DESIGN TENPEF!ha uf!E ~ >0 SFISNIC 1 PR,"=ss srD/ANSI RATG <<i 5<<3 PQ HL)NBFR 435892>" PO ITEN 02A MATLRIAL Cl Ass K TYPE PCKL FSS Gl Q SF D Df!4Ki HI< FL 0 0080 .FD VALVE NK<R 0 DLSIGN G-DR!JG I'=MDRAC DIRAW IHG <Ih 54 LOCAT1C)H Gi-Df!MG f LOOF! ELEVATLQH 23h 80 EVATIOH 800 08 HEIGHT I.ROM I.I GGR 236 00 VALVE I=I PL.AHT I...ocATXoN-<< . T eee XH ep EA ) T"'f'~1" i)F CC)L Q"'OL PLANT L(3CAT ION-2 FT 000 IH 00 NORTH? sau rH? REMARKS SPAFLE WAS QH LINE <<RC2-16SH 20.PER FCR-P-3 (2<< 1 eesee<< 13e<< C <<-23,<-<<28<<79 NEXT VALVE: UH1T 2 ChT 1 SYS RC TYPE V HK<R 00<< I 0 XTEMi -801 (Jf! Nl.:XT SFD VALVE NBR: UNXT 9 'Ys XXX VALVE HBR XXXX INSTR VALVF NK<R XXX NFC;I-I DFTA3'I VALVL I isT DISPLAY/MAIHTEHANCE VhLVE LIS)T REV18XQH 033 YAI VF HUMK<ER 2-<<RC-V-88110 -001 YALVE S)AF l'Y TRH S)H LAS>T FLEV1s) XQH 828 OPERATOR H I IHE NUMBER 9 99 999 . 990 9999 'i'9 HC)M1HAL SIZE 082 . 880 P/W THXCKHES)S/SC:Fl SC:II << i>8 FNDS C(3DE BM GRour- (;GDE DES) IGH PRESS>URE 2485 DESIGN TEMF>EFLATURE 650
~
SEISMIC I PRLSS srD/ANsI RATG Pa HUNK<ER 43'.>892 PQ ITEN 02A MATERIAL CLASS K TYPF PCKIf=ss GLG SFD DRMGi HBR 0 0000 SFD YALVE HBFL 0 DESIGN G- DRWG LMDRAC DRAM IHG hh54 LGCATIOH G-DRWG F LQGR ELEYATIOH 236 90 VALVE f. I EVATION 888 08 IIEIGI-IT FROM FLOOR 236 00 PLANT LochTXQN-<<FT eee IN ee EAS)T? WEST? Ori COL PLAHT LGCATXGH-2 2 FT 008 IH 80 HORTI<<? SQU'I H? OF CQL
!EMARKS)) S)PARE WAS> QH LXHE <<RC2 34SH J 20 F" EFL FCFL-P".372<<
<< 288588<< 1301 C 1-236-<< 128'(79 NEXT VALVE: UNXT 2 CAT 1 SYS Rc TYPE V NK<R 00111 ITENi -eel OR HLXT SFD VALVE NK<R: UHIT 9 SYS XXX VALVE HK<R XXXX INSTR VALVE HBR XXX NECI-I DETAIL?
VALVE I IST DISPLAY/MAINTEHAHCE h hh 'I .'I ~ ) \ VAI..VE L.XST REVX'>IC)H 833
/
YA( V<= H<J<1b(=f( "-1 rtc- Y-881 1 1 -"0'81 VALVE $)AFTY TRN BH LAB)T REYXcSXOH 0."?8 OPFRATOR I 1HC HUi"iBER 'i'9 9'r"9 998 9999 '))9 HGHINAL SIZE 002 . 008 P/M TI I3:CKHEBcl/SCI I BCH 'I 68 ENDS CGDL. BM GROUP CODE XXI DE.) I()'H F" FtESSUftE . 485 DEcs1GH TEHPERATURE 658 SEXSHIC PRCSS STD/ANSI RATG 1513 PG HUHK<Ert 435892 PO ITEH e".! A HATERIAL CLASS K TYPE P("KLESS GI Q SFD DRMG HBR 0 0000 BFD VALVE HK<R 0 DESIGN G-DRWG LHDRAC DRAWING 4654 LOCATION G-DPWG FLOOR ELEVATlf)H 236 86 VALYE ELCVATIQN 008 00 I,E.XGHr r-ROH r-I QGR::ss eo PLANT LOCATXON-1 FT 880 IH 00 EAcBT7 WEST)> OF'OL I-I ANT LocATIOH-. FT eoe XH ee NORTH'OUTH7 GF COL REHARKS SPARE MAB GH LINE 1 ftc '5BH 20 PER Fcft-P-372>1 1 12005801 1381 C 1-236-1 120179 HEXT VALVE: UNIT 2 CAT BYB Rc TYPE V HBR 08115 ITEH -001 OR NEXT SFD VALVE HBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR 'VALVF HBR XXX
) lECH DETAIL7 VALVE LIST. DXSI='I AY/HAIHTEHANCF VALYE LIB>T REV1$ IOH 833 VALVE HUHBER 2-1RC-Y-00115 -001 VALVE $>AFTY TRH SH LAB)T REV1$ f)H I 028 GPLRATGR H I XHE HUHBr=R 9 99 999 ~ 99e Nf)HIHAl. $ 1ZE ENDS CGDL DEB>XGH PRESS>URE 002 . 000 BW 2485 GP,GUP C(3DE;I:b58I I P/M THICKNESS/$)CI-I DEB XGN TEHPERAT(JftE SCH 1 8)e LI HX(" I I"RESS STD/ANSI RATG 1513 PG NUHK<ER 4'35892) Po 3:TEH 02A HATER IAL CLASS K TYPE -'( KI I-'~$ GLO SFD DftWG HK<R 0 0000 SFD VALVE HK<R 8 DESIGH G-DRWG EHDRAC DRAWING 4i'.)'
LOCATIQH G-DRWG FLooft Fl.EvATXoH 2.1z ee VALVF FLI=YATIOH 000 00 HF IGHT I. RGH FL(3(3R 236 08 PLANT l OCATXGH-1 FT 000 IH 00 EAc) T'.) MFB> T~ OF Col PLANT I GCATIQN-2 FT 008 IN 00 NORTH'G(JTH7 (3F CGL REHAftKS SPARE WAB) f)H LINE 1RC:?-24$ H 20.PER Fcft-P-3721 12805881 1361 C 1 -236-1 120179 HEXT VALVE: UN3:T:.? CAT BY') RC TYPE V NK<R 00116 XTEH -801 NEXT SI=D VALVC NBR: IJNIT 9 SYS xxx VALvE NK<R xxxx XH "rR vl vE NBR xxx HEf;I-I DETA3:L':,'ST VALVE L DTSPLAY/HAINTLHAHCE VALYE L1$ T REVISION 633 vALvE NUHBER 2-1RC-v-8811s -oe1 YALVE c)Ac'Y TRH SH LAB)T REVXB) X ON 028 GPERAr(3R I 1NE HUHK<:".'R 9 99 999 . 990 9999 P9 NOHXNAL SIZE 802 . 000 P/M THXCKHF'$$/BCH SCH 168 CHDS C(3DE BM GROUP CODE I II DES) T.GH PRES>BURE 2485 DEB)XGH TEHPEftATUPE E)58 SEISHIC r-Ress sTD/ANsI RArG PO HUHK<Eft 435892 Pf) ITEH 02A HATER1AL CLASS K TYPE PCKLCSS GI G BFD DRWG HK<R 0 0000 $)FD VAl.VE iHBR 0 DLSIGN G-DRWG EHDRAC DRAWING 4 <!) LOCATIOH G- DFtWG FLof)Ft Fl..EVATXOH 23<!) 00 vALvr= cl FvArxoN eee eo HEIGHT FRGH FLOOR 236 00 PLANT LocATXrJN-1 FT eee XN 00 EAB)T 7 WEB)T )> OF CQL I-LANT LocATxoH-2 Fr eee IN ee NORTH'GUTI17 OF COL REHhftKB) SPARE MAB) ON LINE I RC2 43$ H 20 PER f Cft-P-37'! I NFXI YALVi'NIT NI.=XT SFD 12065001 VAI YE N&R: UHlT 2 CAT 1 1381 C 1~236-1 BYS ftC TYPE V NK<R 80I17 9 SYS XXX VAI VC NK<R XXXX 1HSTR VALYE NBR XXX 128179 ITEH -081 OR
NL:.< 'tl Dh I <"< I SPI J.L'AI VF L'IST D AY/HAIHTENANCE VAI. VE LIS)T REVISION 833 YALVF HIJHBER 2-1RC-V-06117 -881 VAl VE S)AFTY TRH c)H LAST REV 1 c) IO 028 OPI=RATGR H I XHL HUNK<I=R 9 99 999 . 998 9999 'i'9 NOH 1NAL SIZE 002 . 000 P/W TH7:CKHESSISCI.I SCH 18)9 I.=.HDS CGDF BW GROUP CODE III 1)ESXGH PRESSURE 2485> I DEc) GH TEHF'ERATURE 658 SEISHIC I I RI=SS STD/AHSI RATG 'I 513 PO HUHK<ER 43".>09:.? PC) I TEN 02A HATERXAL CLASS I< TYPE PCKI ESS GI.G SFD DRWG HBR 0 0000 S)FD YALVE HK<f1 0 DESIGN G-DRWG I=VDRAC DRAWING 4654 LOCATION G-DRWG FLOOR ELEVAT1 OH 2>3E) 00 VALVE ELEVATIOH 000 00 )(EIGHT (=aux FLOOR,3S 00 PLAHT LOCATXGH-1 QCATIOH-2 FT 000 IH 00 I'T 988 IH 80 EAST":> NORTH: WEST'F SouTIi7 GF CC)L col PLANT I REHARKc) c>PARE MAS) GHLIHE 1 fl.c-,? 64SH 2 0 f ER FCF<"-P-3721 12885001 1301 C 1-23<5-1 V* 120179 HEXT VALVE: UHlT 2 CAT 1 SYS f>C TYPE NBA 00124 XTE1 -'801 C)R HLXT SFD VAI VE NBR: UNIT 9 SYS XXX VALVF HBR XXXX IHSTR VALVE HK<R XXX HE(;II DETAIL YALYE LxsT Dxsr-I Av/I.AINTEHANCE VALVE LIST RFVISIOH 933 VALVE Hu)ABER 2-1RC-V-00124 -001 VALVE S)AFTY TRH S)H LAS) T flEVI slQH 8'8 GPERAT(3R H LINC HIJHBER 9 99 999 990 9999 9~ HOI"I IHAL 8) I ZE 002 . 000 P/M Tl-I1CKHES)s/SCH .CH 1@e ENDS CQDI= BM GROUP coDE IXI DF.S> I GH PRES>s)UFIE 2485 I DEs GH TE)1P ERA7 uflE 8) 50 SEISNIC PRFSS STD/ANSI RATG 1513 ro HUHK<Ef1 435e92 Po ITEN 92A MATERIAL CLASS K TYPE PrKI ESS GI.O SFD DRl'JG HK<R 0 0800 SFD VAlVE HBR 9 DESIGN G-DRMG EVDRAC DRAWING 4654 LOC:ATIOH G-DRMG FLOC)R ELEVAT ION 236 00 YAI..VE EI EVATX(3N 080 00 HEIGHT FROH Fl OOR 236 00 PLAHT LC)CATlGH-"1 FT 000 XH 08 EAST')JEST7 Of Col. PLANT I..GCATIQN-2 FT 'Oee IN eo H(3RTH7 SOUTI37 QF CGL REtlhflKS SPAF',EWAS OH I..IHE 1RC. 4SN-. 0 PEFl Fcfl--P--37."? I 12085081 1301 C 1-236-1 120179 V* NEXT VALVE: IJHXT . CAT 1 SYS RC TYPE NBA 00125 ITEN -001 C)fl NFXT SFD VALVE NBR: UNIT 9 SYS XXX VAI VE NK<R XXXX INSTR YAI VE NK<R XXX HEC,'I'I DETAXL > VAI VE LXST DISPLAY/HAINTEHANCE YALVE L1ST REVXS7:GN 933 VAI VE NIJ)1BEIR 2-1RC-V-00125 -801 YALYF. SAFTY TRH LAST REV 1s>1GH 828 GPERArOIC LINE NUMBER 9 99 9<)) 9 ~ 999 9'F99 99 "i' HGHIHAL sxzE ee2 . Ooe P/W TH XCKHEc>S/csCI"I X ENDS C(3DF GRour- c;QDE DESlGH i RESSUF>E DESIGN TEHF>ERATURE SEXSNIC PRESS STD/ANSI RATG ro HuvK<EF>, PO XTEH MATERIAL CLASS TYPE X SFD DRWG HK<f1 8 8880 SFD YALYE HBR 0 DESIGN G-DRMG EHDRAC DRAMIHG LOC:A7 ran G-DRWG FLC)GR ELEVATXC)N 23m eo VALVE EI EVATIQH 000 80 HEIGHT I=R(3H Fl QQR 236 60 PLAHT l.oCATXOH-1 FT 000 7:H 00 EAST":> WEc> T ">) Or- C:C)l. I-LANT I (3cATX(3N-2 r-T eee IH ee NORTH'7 SOUTH' GF CQL REYiAFNc>> '.PARE WAS) GH LXHE1RC2 438)H 2 PER FCf1""P-3721
UNIT SYS RC TYPE V HBR 001 6 ITEM -001 NEXT'I'AI VE: HEX SF. D VAL.VE CAT 1 H&R: LIHIT 9 BYB XXX VALVE HBft XXXX XHBTft VALYE HBft XXX OR HLCH Df=TAXL.'ALVE LIST DISPLAY/HAINTCHAHCC VALVE LIST ftEV1$ 1QN 633 VAI VE- NUMBER 2-1RC-V-00126 -801 VAL.YE B)Af TY TRH BH LAST REY Isl(3N 028 OPLRAT(3R H LINC HUMBER 9 9'9 999 . 990 9999 99 NQH1HAL SIZE 802 . 060 P/M Tl-IICKHESS/c+CH B>CH 1 68 ENDS CODC BM GROUP C(3DE III DEB)1GH F'FLESSURE 2485 DESXGH TEMPEFLATURF 650 SEISHIC PRLss srD/AHsI RArG PO NUMBER 435692 Po I TEil 02A HATER I AL Cl Ass K TYI='E PCKI..I'=Ss Gl 0 SFD DRMG NBft 0 0006 BFD VALVE NBft 0 DCSXGN G-DRMG CHDRAC DRAMIHG 4654 LOCAT10H G-DRlrJG FLOOR ELFVATTQN 236 86 VALVE ELEVATION 060 00 HEIGHT FRQH FI. (30R 236 80 PLANT LOCA1'lGN-1 FT 800 lN 80 EAc) T> WEST QF CQL r-I AHT I OCArloH- I=r oee IN ep HORTH? SGUTH7 GF CQL REMARKS) BPAftE WAB) ON L1HE 1RC2 64$ H ">9 "'EFt Fcft-P-372>1 1'ee5ee1 1361 C 1-236-1 1281)79 NEXT YALYE: UNIT 2 CAT 1 BYB RC TYPE V HBR 00127 XTEH -00'I OR NEXT SFD YALVE HBR: UNIT '9 SYS XXX VAI vc NBR xxxx IH "rR vALvE NBR xxx MECH DETAIL ':.> VALYL LIST DISPLAY/HAIHTEHAiHCC VALYE LIST REV 1'.) ION 633 VALVE HUHBEFL 2-1RC-V-"00127 -00 VAL.VE B>AFTY TRN $)N LAB)T REVXB3:QH 022 OPERATon LINC NUMBER 9 99 'i'9 9 . '999 9999 99'i' 9 HGH3:NAL 8) 3:ZE 881 ~ 000 P/M Tl-llCKHEBB/')O'H 999999999 LNDS CODE ( RGUP C(3DE DF >IGH PRFS )L)ftE DESI(iN TEHPEFtATURE SEISMIC PRI=SS STD/ANSI RATG PO HUHBEft 435692 F'0 1TEH 01
- HATLRIAL CLASS 7 Y I='E 99999999999 BFD DRWG HBFt 8 8000 cBFD YALYE HKcft 8 DFSIGN G-DRWG CHDRAC DRAWING 4651 LOCATION G-DRWG FLOOR ELEVATIGH 261 88 YAI vE El cvArxoH eee oe HF.:I:GHT FRGH Fl..(30R 261 00 PLANT LOCATION-1 FT 000 J:N 00 EAS)T7 WEST7 QF COL pLAHT .ocArxoN- FT 668 IN ee HGRTH? SGUTH7 GF ( GL REHARKS c>PARE VALVE FOR FUTLIRE IJSE WAc) QH LIHE 1-RC-8 81 000-66<8-SN. DE XGN IN(=o ro BE I='IRGVIDED I A rCR NEXT VAL.VE: UNIT 2 CAT 1 BYB'FLC TYf"E V NBft 00568 X1'EH -001 OR NEXT BFD VALVC NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VALVF HBR XXX HECI-I DETAXL?
VALVE I IST DISPLAY/HAIHTEHAHCE VALVF. LIST REVISION 833 Y*LVE HUHBER .-1RC-V-08506 -001 VALVE BAFTY TRH c)N LAc)T REY1$ 10H 0 Gr- ERA roR H LINE HUHBCR 9 99 99 9 ~ 999 999'i'99 HOMINAL SIZE 883 . 880 P/W THICKNESS/BCH cs('-I 160 ENDS CODE DFc> 1GH PREcscJURF BM
">485 GROUP CGDC DEB 1 GN TEMPERATURE III 650 SEISHXC I PRESS STD/AHST. RAT(i 1500 PQ NUMBER 1 661 3c8 PO I'rEH 15 HAT(:-".RIAL CI ASS H TYPL= GArc SFD DftWG NBft 8 0008 $>FD VALVE NBft 0 DLS>X(iH G-DRMG EHDRAC DRA W ING ~I 496 LQCATJ:QH G-DRWG FLGQft ELEYATXQH 2>36 88 vALvE ELcvArIGN eee ee HE:I:Gl(T FROH Fl (30R ee PLrlHT LOCATJ:QH 1 FT 000 1H 08 EAB)1'7 MEB) T? QF CQL
~ ~ \ ~ l% ~
YLANG I LUL;A I UH- l i <- I 888 Je 88 HUK'IH'UU HY I Ut ( Ul. REHARKB SPARE VALVE FQR FLJTURE U.'iE wh. oH LxHE -Rc-ee3.eee-0023$ N 12865881 1301 C " -236-1 120179 NEXT VALVE: UNIT 2 CAT SYS RC TYPE V NK<R 00501 I Tf H -061 (3R NEXT BF" D VALVE NK<FL: UHXT 9 K) Ys XXX VALVE HK<R XXXX XHB) TFL VhLVE NK<FL XXX HECH Of=TAXI ? vhl vt= I xsT DISPLAY/HAINf'rNAHCE YALYE LIST fLEVIBXQH 833 VALVf= NUHBER 2-1RC-.V-80501 -00 VAL.VE SAFTY TRH BH LAST FLEYX SIGN 822 OPERATOR H I INL HUHBER 9 'i'9 999 . 999 99Y9 999 NGHXHAL S>IZE 003 . 800 P/W Till CK NESS/BCI-I SCI-I 168 FNDS CODE B(J GROUP CODE XXI DE ) IGN f'REBB)URE 2485 DES) I GH TEHF'ERATURE 6.>0 SEISHIC I I='RESS STD/ANsx RATC 1<5ee PG HUHBER 166138 F'0 XTEH HATERIAI CLASS H rYr E GATr BFD DRMG NBFL 0 0000 .r-D VAL,VE HK<R 0 DE$ 1CiN G-DR(JG I...HDRAC DRAW IHG a 4')'8 LOCATloH G-DRWG FL.OOR ELF YAT ION 23i') 08 VAI VE ELCVATXQH 000 60 HI= IGHT FRQH FLO(3R 236 80 PLANT LL)CATlGH-1 FT 000 1H 00 EAST? MEBT7 GF ("OL r.l ANT l.ochrxaN-2 I=r eoe XN 00 NORTH'? SOUTH? GF CQL FLEHAFLKS BPAFLE YALYE FQR FUTUfLE UB) E MAB L)H LlHE 1-RC-893.888-0821$ H M fA( NO 8G88 12065601 1301 C 1-236-1 128179 NLXT VALVE: UNIT 2 CAT SY S RC TYPE V NBR 06582 I'rl'=H -001 QR NEXT B)FD YhLYE HK<R: UNIT 9 SYB XXX VALVE HBR XXXX IHBTFL VALVE HBR XXX HECH Df=TAXI 7 vhLvC L'Isf Dxsrl AY/HAXNrENANcE VALVE LXBT REYls)XOH 833 YALVC NUHBER 2-1RC-V-00582 -001 VAL.VE,SAFTY TRH SN LAB)T FLEVXS ION 022 Gl='ERATGR H LXHE NUHK<LR 9 99 9'r"~> . 999 9999 'i'9 9 9 NQHXHAL $ 1ZE EHDS COD= DESIGN PRES.)UFLE 00'3 BM
. 000 GR(3UP I
C(3DE;I:650I I P/M THXCKHEBS/BCI"I 1>E'i GH TEHPERATLJRE SCI'I 166 I 2485'I= XSHiIC r- Rrss TD/Ai'$1 RATC, 1.~96 PQ HUHK<EFL 166138 PO HATER IAL Cl ASS H TYPE GATE BFD DRMG HBFt 0 0000 B)FI> VAL.VE HBR 8 DESIGN G-DRWG I=HDRAC DRAM I NCi 0 498 LOCATION G-DRWG FLOOR ELEYATIOH 236 00 VALVC I=LCYATIGN 080 60 i<EIGHT I-RoH r-I ooR 236 ee PLANT LOCATXGH-1 FT 860 1N 00 EAST? WEBT7 GF COL rLAHr LocATIoN-2 r T eee XN 00 NQRTH7 SOUTH? QF ("GL REHARKB Sf'ARE VhLVE FOR FUTLJRE LJb[. WAB) GH LINE 1-RC-803.880-8848SN W TAG No 3G88 12005091 1301 C 1-"236"-1 12017Y NEXT VALVf=: UHIT 2 CAT SY S RC TYPF V NK<R 06503 ITEH "-661 QR NEXT BFD VALVE HK<iR: UHTT 9 B)YB XXX VALVE HK<FL XXXX XNB)TR VALYE HK<R XXX HECIH DETAXI 7 VAI VE I XST DISPLAY/HAIHTI=HAHCE VALYE LIST REVX$ 1GH 033 VALVE NUHBCR 2-1RC-V -80563 -001 VAL VE $>AFTY TFLH BiN LAB>T REVXB)XQH 0".) .> Ql"ERA'I'QR H LINE NUHBER 9 99 999 999 ')'99Y HG< I IHAL SIZE 093 . 000 P/W Tl-IXCKHESS/.'>CH S(I-I 160 CNDS CODE K<W GROUP CQDF IXI DES1GN PRESS>URE 2485 DESIGN TEHPERATURE 650 BCISHXC I I"RESS STD/AiNS I RATG 1580 P0 HUHK< E f( HATERXAL Cl h BFD DRWG HK<fk
" p 0
166138 8809 PQ 7TEH TYI='E SFD YALYE HK<FL GhrE 9
Drsxc.H G-DpwG rHDRAc DRAWING g Q
9 ) LUL.A) I J. UI'< 4-Dt(<JLv I" LUIII< EL'. VA I iUH VV VAI VE l=l EVATIQH 000 00 IIEXGHT FRQH Fl OOR 2;36 00 PLANT Loi.;ATIGH-I F 1'00 lN 98 EA,'.) T? WEST? OF CGL PLANT LQCATXOH-2 FT 000 IH 00 HGRT)1? So(JTH? GF ("GL REHAF(KB SPAFEE VAL.VE F'ClR FUTURE LISE WAB) C)H LIHF.. -RC-883. 080"- 8861$ N (J TAG Ho 3GGG (2>885883 1381 C 3-238>-1 128379 NLXT VAI VE: UNIT 2 (.AT SYS RC TYPF V NBR 88526 1TI'=H -0() ( 'HEXT BFD VALVE HBR: UH1T 9 BYB XXX VALVE HBR XXXX XNSTFt YALVE HBR XXX NLCH DLTAIL? VALVE LIST DISPLAY/HAINTENANCE VALVE LIST REVlc)XC)H 933 vALvl= HUNBER 2-lac-v -89526 -881 VALVE $)AFTY Tf(H B>H LAB)'I'EYIB)1QH c) I'> OPERATOR H LINE NUMBER 9 '99 999 . 999 HGH3:HAL SIZE 883 . 800 P/W THICKHEscs/Scl I BCI-I 'I ')0 LNDS CODE BW GROUP CODE I3:I DEBIGH PRE.)BURE "48'> DEB) IGH TEHPEF(ATURE 688 SEXSNlC I r-REss STD/ANSI RArr. (Seo PO HLIHK<F;R 038441 PQ ITEM 881 MATERIAL CLASS H TYPF GATL BFI> Df<MCv NK<R 0 8008 BFD VALYE NK<f< 8 DESIGN G'-DRMG EHDRAC Dai )M I HG Sj 078 LzcATloN c,-DRMG FLOOR ELEVAT3:OH 2c)h 89 VALYE ELEVAT I(3H 000 00 HEIGHT FROM Fl Goa 28ci 66 PLANT l ocA>XON-~ FT eee 1N 00 EAST? WEST" or-'c)l PI ANT I.QCATXON-2 FT 000 IN 00 NORTH? SOUTIEN? QF CGL REHAF(KS BF)AF>.E VALYE FQR FUTUF(E USE (JAB> ON LINE -RC-893.909-9141$ H W TAG HQ ZGMGGFNH 1280;i682 138c8 C 1-28/)-1 818188 HEXT VALVE: IJNIT 2 CAT SYS RC TYPE V NBR 86527 3:TI=H -881 OR HEXT B>FD VALVE NK<R: L)HXT 9 SYB XXX YALVE HK<R XXXX INB)TFI VAI.VE HBR XXX IHEC13 DETAII ? VALVE L IST DXSI""I AY/MAINTLHAHCE l Ic) T REVIc) XC)N 8 VALVE HUMiK<ER 2-1 RC-V-08527 -08 VALVE BAFTY Tf(H BH LAB)T flEVXSXC)N p~? ~) at-ran roa LINE NUMBER 9 'i'9 999 . 99'9 9'i"i'9 999 'i' NQHINAl. S IZE 883 . 080 P/W TI"llCK HEcSS/csCI-I c)CH 1 be ENDS CC)DE BW Gaour- coDE :C 1 I DESIGN PRESS)URE 2485> DEsXGN TEHPEF>ATurlE s88 SEISMIC I PRESS STD/AHSI RATG 1588 PG HUHK<Ef( 438441 PO ITEN 002 MATERIAL CI ASS H TYPE GATE SFD DRWG NK<a 0 0000 SFI> VALVE HBR 8 DLSIGN G-DRMG I=HDRAC DRAM IHG 5'< 878 LOCAT I OH G-DRWE FLOOR El EVAT1QN 286 00 VALVE ELEVATX(3H eep ee HEIGHT FROM Fl QOR 286 00 PLANT LOCATION-1 FT 000 EAB)T? WEST? C)F CC)L PLANT LOCATX(3N-2 FT 000 NORTH? SOUTH? GF CQL REHAF(KB) SPAF(E VALVE FQR FUTURE MAB> QN L1HE -Rc-883. 868-83 48$ H M TAG No 3GHGGFNIS 1 208.>002 1388 C 1-"286-( 818180 HLXT VALVE: UNIT 2 CAT SYS RC TYPI= V NK<R 86528 I TEH '-881 (3R NEXT csFD VALVE HK<f>: L)H3:T 9 c> Yc> XXX VALVE HK<R XXXX XNB)TR YALVE NBR XXX MECH DETAXL? YALVE I IST DISPLAY/HAIHTEHAHCE VALVE L3:ST REVIBT(3H 8'33 YAI VE NUNBLR 2-lac-V-88528 -88< VAl.VE $)AFTY TRH $)H I ABT REVX.XOH 8 I') I ) OPERATOR Ni LINE NUMBER 9 9'9 999 . 9'9'9 9999 '999 9 9 NGHINAL BIzE eel . eeo f'/W THXCI<NEc)s/SCH BCH 3 he ENDS CODE DEB) XGN PREc>$)(.IRE 2>48.'> BM GR(3UP CODE DEB) 1GN TEHPEF(ATUiiE llI 688 SEISMIC I Pnk '8 BTD/ANSI RATG <Soe PG HUMBER ( 73<!>.'17 PG XTEH 082 <IH I <=I< LH< L Aber < I< I <'i-'L 4H< i= SFI) Df>,MG HK<fk 9 0000 B)FD VALVE HK<F< 9 DCSJGH G-DRWG FHDiRAC DRAW IiNG 51878 L.OCATIOH G-DRWG FLOOR ELEYATJON 286 90 VAI VE Fi FYATXQH 000 00 HLXGHT FROM I" I..QOR 286 00 PLAHT LQCAT3:QH-1 FT 908 IH 08 EAST"i) WEB)T? C)F CQL r-I AHT LOCATION-2 FT eee XH ee NORT)1'. SQIJrH~ QF col REHARKS) )PARE VAI...VE FQF>, FLITUF(f". USE WAB C)H LIHE "-RC-083.880-" 0139SN M TAG HQ 3GHBBI'-HH 12885682) 1388 .": 1-2)86"'1 810188 v* HK<R 98m~a HExr vhi VC: uHIT . chr, BYs Rc TY~E JTI-=H -e01 <3R HEXT BFI) VhLYE HBR: UHXT ? "') Y "3 XXX YALVE HBFI XXXX 1HSTR VALVE HK<R XXX MECH DETAII 7 VALVE I XST DI! PLAY/HAIHTEHANCC VALVE LXBT REV3.)X(3H 933 VALVE HUHBCR 2-1RC-V 88548 -60 VALVE SAFTY TRH BN Lh. T f(EVXBION 0:?8 OI'(=RA roR LINE HlJHBCR 9 99 9 . <?98 99<?9 99 NC)HlHAL SIZE 063 . 000 P/W TH3:CKHEBS/Bcl-I B)CII 166 r=HDS CODC SW GROUP CODE XXf, DEB) IGH F"F(ESSURE 248'1 DEB) 3:GH TEHPERATL)RE 6.'>8 Sl.=. I SHI C PRCSS STD/ANSI RATG 1 580 PC) HLIHK<ER 166138 F>C) ITEM Hh'rCRXAI cLhss TYI"C GA1E SFD DRMG HK<R 8 9000 c)FD VAl VE HBR 0 DCSIGN G-DRMG I'=HDRAC DRAlJ IHG 4498 LOCATION G-DRWG FLOOR ELEVhTJQH Oe YAI VL ELFYATI(3N 600 80 HEIGHT FR(3H Fl OOR "h6 00 PLAN~ LochTXON-1 Fr eee XH eo WEST>> Ci.f COL I='I AHT I..QCATXQN-2 FT 900 1N 00 NoR rI>>~i Sou TH7 OF (.". (ll REHhflKB) BPAF<E MAS) C)H LINE 1RC3-".?1BH 2e. PEfl Fca-, -3721 12885881 1301 C 1-236-1 12017'? 'NEXT E VALYE: UHIT 2 CAT B>YB) RC TYPE V HK<R 88541 3:TEH -801 OR NEXT SFD YAI YE HBR: lJNXT 9 SYS XXX VALYE HK<R XXXX INSTR YALVC HK<R XXX MECFI DE I'AXL" VALVC LIST DISPLAY/MAIHTEHANCL VALVE LXBT REV1BIQH 033 VALVF NUHBFR 'i-1IRC-V-86541 -061 VhLVE S)AFTY TFLN B)N LAST REY18)1OH 62C3 OPCRATOR H I JHE HUMBCR 9 99 999 990 9<?9'? 99 NOMINAL $ 1ZE 083 . 000 P/M THICKNESS/BCI-I 8( H 168 ENDS (".ODL= Sw GROUP CODE XII DES) XGH PRES) BURE 248'.> DES 1GH TEHPERATL)RE 6">9 SEISMIC I PRI=SS STD/ANSI RATG 1586 PO NLIHBER 1 661 38 PO XTEH HATERIAL Cl Ass K TYiPE GATE BFD Df(MG HE<A 0 0860 B)FD VALYE HBR 0 DCSIGN G-DRWG I=HDRAC DRAW1NG 44<?6 LOCATIQH G-DRMG FLOOR E:L.EVATXQH 236 89 VAI YE Cl LVATXQH 080 06 ISEIGHT FROM f=l QOR 236 00 PLAHT LOCATlON-1 FT 808 XN'0 Eh'>T"'EST'N OF CQL I-"LANT LOCATION-2 FT 000 00 NORTH" SOUTH~ OF C(3L REHARKB W TAG HQ 3G88 '.)PARE MAB) QH L1HE 1f(C3 49$ H . 0. PEF< FCF(-P-3721 12885881 1301 C 1-236-1i 120179 HFXT VALVE: UN3:T 2 CAT 1 SYS F(C TYPE V HK<F>, 80542 XTEH -001 HLXT SFD VALYE HBR: UHXT '? SYS XXX VALYE HK<R XXXX INSTR Vhl VE NBR XXX HECI-I DETAIL"i) VALVI= I IST D IS)"LAY/HAINTEN<AHCF VAL.VE L I 8) T f(EV 3: 8) I OH 833 VALvr. HuHBER 2-1ac-v-ees4 -e01 VAL.VE SAFTY TRH K)H LAB)T REVIB) XC)H 828 OPLRATOR H LIHL HUHK<CR9 '>>'? '??9 . '?'?8 <?999 99 9 9 HQH3:HAL. sxzE ee3 . eee r/w Tl-IXCKNE ss/B)cH SCH 16e ENDS COD<= SM GROUP (".()DE IXI u<" I 1< N L>t ')'lL)H I ENl-'LRA I URh, I PRCSS STD/ANSI RATG I'<<LE>~uRE'EISNXC PO <'IL)tIK<ER 16613E) PQ 1TEN NATIKRIAI.. CI ASS TYPL= G A'I'E BFD DRMG HF<fl 0 8000 c>FD VALVE NF<R 0 DESIGN G-DRMG ENDRAC DIRAWXHG I x) 96 LOC:AT1OH G-DRMG FLQQfl ELF VATIC)H 236 80 vALvC EII=VATIGN eep ee HCIGHT FRON Fl OOR 236 00 PLANT LQC;ATXOH-1 FT 800 IH 00 EAST? WES)T? QF Col... I"LANT LocA'I'XoH- I=T eee IH ee NORTH? SolJTH? QF COL RENARI<s) Sf ARE MAB OH LINE 1RC3 61SH 20 PEF< FCR-P-3 721 12805081 81 c 1-2zh-1 1 8179 HEXT VALVE: UH1T 2 CAT c'Ycs RH TYPE V HBR 00065 3TEN< -88 OR HCXT SFD VAI YE NBR: UNIT 9 SYS XXX VALVL NBR XXXX INSTR VALYE NBR XXX NEC:FI DErAXL: VALVE I IBT DISPI AY/NAIHTCHAHCE YAL VE LXc>T REVI$ 1OH 8-x3 VALVF HUNBER 2-1RH-V-00065 -801 VAL VE S)AFTY TRH BA LAS) T flEVIS1C)H 022 QPFRATGR H LINE NUNBER 9 99 999 . 999 99'r>9 9'i'9 HQN1HAL $ 1ZE 081 . 800 P/M THXCKHESS/SCI-I BCI-I 168 I"=HDS CODE DFS) XGN PRES>s)LIRE SM 2>x)cs5 GRolJP CODE Dec>IC H TENPEF(A IURE III 650 SCISNIC PRESS STD/ANSI RATG 151'Q PC) HUN<K<ER 435892 ITEN 01 NATERIAL CLASS I< TYPE Pcl<LESS (iLO BF I> DRWG HF<R 8 0000 .f'D vALvE HBrl 8 DCSIGN G-DRMG ENDRAC DRAWIHG 4651 LocATIgH.G-DRMG FLOOR ELEVATIOH 221 00 vAI vc cl EVATIGH eee ee HCIGHT FRGN Fl GQR 221 00 PLAHT LQCATXOH-1 FT 800 IH 00 EAS) T? IJEcST? OF COL. PLANT I (3CATIOH-2 FT 808 XH 80 NORTH? S(3lJTH? (3F CGL 'RENARKB SPAF<E VALVE FQR FU'I'UF(E USE MAS QH I IHE 1-RH"-881 . 868-8873-SA HEX'I'ALVE: UHIT 2 CAT c>Yc> RH TYPE V HK<f< 08066 XTEN -001 QR NEXT SFD VAI VF NBR: UNXT 9 SYS XXX VALVL NBR XXXX INSTR V*LVf= HBR XXX NECI-I DETAIL? VALVC LIST D ISI"'LAY/NAIN'I'.NANCE VALV" LXBT REVXc>XQH 6.)3 VAI VE NUNBI;.R 2-1RH-V'-00866 "-861 VAL.VE c>AFTY TRH S>A L A'T REVX~)If)H 0~) +) GPI=RATQR H I...IHE'UNK<I=R 9 9'i'99 ~ 'r'99 99'r)'r) 99) 'x HQNXHAL S1ZF 001 000 P/M THXCKHESS)/BCH SCH 168 CNDS CODE SM GROUP CanC :I II DESIGN, rlE. UrlF 2<E)) 1>ESI GN TFNr-crlATUrlE ~>58 b'- I'IC I I"RESS STD/ANSI RATG '1513 PQ HUNK<ER 435892> PO ITEN 01 NATEP,XAL Cl ASS K TYPE PCKI f=SS (iLG B)FD nfl WG HBfl 0 8000 BFD VALVE NBR 0 DESIGN G-DRMG ENDRAC DRAM IHG 4651 LOCATIf)N G-DflWG FLoorl ELEVATE ION 1 pe VAI VC EI.EYATXQH 600 60 HEXGHT FRGN I=I GGR 221 08 PLANT LOCATION-1 FT 080 IH 00 EAS) T? MES> T? C) f" CQ<. pl ANT I GCATIGN-2 FT eeo IN pe HGRT)1? B(3IJTH? GF CGL I I RENARKB BPAFlE II~ I~ }~ II YALVE fc Of< FL)TURE USE I~ ~ ~ IlI ~ WAS) ON LINE 1-Rll-"081 . 008-- l~ 687s-SA ~ ~ II~I NFXT VAL YE I~II~II ~ h ~I ~ ~ ~I Ih I!~~ UHIT ~ ~ "'AT ~I~ h I?II~ 1 I SYB II FlH TYPE Y I NBf( 88667 ~ ~ ~ ~ ITEN ~ ~ c -001 QR NI=XT SI=D VALVC HBR: UHXT 9 SYS XXX VAI.VE HBR XXXX INSTR YALVE HBR XXX ~ ~ NECH DETA3:L? VALVE I 1sT DISI='LAY/NAIHTENANCE VALVE Lls)'I'lFVXc>XON 833 VALYE NUNBER -1RH-V-00067 -861 VALVE S)AFTY TflH S)K LAB>T REY1'.) XOH Ui <=l<H I UIC iHOHINAL SIZE EHDS CODE 'aj SW . 000 Llhll= GRQUr~ h!UAL<l K Y YY YYY . YYY YYYY YYY Y Y P/W Tl IICKHEc)s/SCH ( ODE c)CI.I j 6)8 II 1 DEc>XGH PV.FSSUFLE ">4cs"> DESIGN TEHF" EF(ATURE 658 BEISHIC I"RFSS STD/AHSI RATG j5j3 PO HUHK<ER 4358<)>2> PO ITEH Qj YiATLRXAL CLASS l< TYPE PCKL Lbb G' BFD DRlJG HBR 8 8088 SFD YALVE HK<R 0 OF SIGN G-DRMG EHDRAC DRAW IHG 465 j LOCATION G-DrlwG FLOOR ELEYATIL)N 22j 80 YALVE ELEVATIGH 800 00 HLIGIjT FRQH I=LQQR 22j 00 PLAHT Lo(::A7'XQH-j FT 800 IH 08 EAST i> WEB>T'? QF Col.. Pl AHT I QCAT:I:(3N-2 FT 088 IN 00 HOIRTHci?BOUTS.l7 j-foal-l-eej.eee-(3F COL REHARKS> SPARE VAI.VE FOR FUTLJF(E Us)E wA. QN L.XNF ae72-SB HEX7'ALVE: UHXT 2 CAT j BYB RH TYPE V HBR 88868 ITEN -eel GR NEXT SI=D VALVE NBR: UNIT 9 SYS XXX VALVE HBR XXXX INSTR VALVE HK<R XXX YiECH DETAIL.7 VALVE LIST DXSPI AY/HAl'HTEHAHCE VALYE LIST RFVI.) IQH 833 VAI VE HUHBER "-jRH-V-88868 -Oaj >~) YALYE S)AFTY Tf(H BK< LAc)T F(EV Xc) X OH Q Oi.-I=-ICA rOa LINE NUHBE.R 9 99 999 999 9999 "'~7 9 9 NOH1HAL SIZE 00 I . 080 P/l) TH XCK NESS/BCI-I BCtl j 68 ENDS CODE SM GR(3UP CODE III DFBIGN Pf(ESSUflE 2n85 1>ES1GN TEi IPERATURE '>50 BI= ISHI C PRLBS STD/ANSI RATG j5j3 PO NUHK<r;::Fl 43589:? Po ITEH ej HATERIAL CLASS K TYPE PCl<l ESS GI Q BFD DRAG HBR 8 8000 S)FD VALVE HK<R 0 OFSIGH G-DRWG Ei(DRAC DRAWING hh5j LOCATION G-DRl)JG FLOOR ELEVA1'lQH 22j 88 YAI VE El EYATlON 008 80 IIEIGHT FRQI'j Fl GGR 22j 00 PLAHT LOCATION-j FT 800 IH 00 EAS) T "i) MEc) T QF Col. PLANT I QCATIQN-2 FT 000 IN 00 NQIETH7 SOUTH" (3F ('(7L REHARKS BPAF(E VALVE Fof< FcUTLJF(E LJSF. MA') QH L 3'HF j -Rl-I"-aej .980 0872-SB iHExT vALvE: UNlT 2 cAT j BYB Rl-I TYPE v HBR 00500 1TEH -08 j QR HEXT SI=D VAI VE HBR: UNIT 9 BYS XXX VALVF NK<R XXXX 1HSTR VALVF HBR XXX FCI I DETAIL ") VAI VE I IST DIBI-'I AY/HAINTENAHCE VAI. VE L18)T REVXBIOH 633 VAI Vl= HUHBER 2-jRH-V-OQ500 -eaj VALVE BAFTY TRH B>K< LAc)T ftEV1c) 1QH Q 2),) OPERATOR H I,INE HUHBER 9 99 99 9 . ')'90 9999 99 HoHINAL srzE ej2 . eae P/M THICI< NESS/SCI-I ')5 I-I j 48') ENDS CODE BM GROUP COOl= II1 DESIGN PRE. URE 2485 DES>1GN TEHPFRATLJRE 8) 58 SI'="XSH XC I PRESS STO/ANSI RATG j 580 PO HUHBER j 73')57 PO XTEH j 8) HATERIAL CLA S TYPE GATF BFO DRMG HBr' 0000 S)FD VALVE NK<f( 8 DLSXGH G-DRWG EHDRAC DRAWING 4528 LGCA1'IoiH G-DRlJG FLoof( ELEVAT1 ON 22j 00 YALVE FLFVATION 000 00 HEIGHT FRGH FLOOR 22j 88 PLAHT LOCATION-j FT 808 XH 09 EA. ri WEST"~ OF CQL Pl ANT LOCATION- F7 eee IN ee NORTH'? SGUTHci? OF COL REHARK c ~ B SPARE V4L VE FOR FUTLJRE UcSF MA') OH LINE ji -f(H-8 j2.800"- 8(>39-$ B M TAG HO j2GI'l88BEH NEXT VAL.VE: UH3:T 2 CA7' SYB RH TYPE V HK<R 0050j 1TEYi -Qaj (3R HLXT SFD VALVE NBR: UNIT 9 l Ys XXX VALVE HK<R XXXX INSTR YALVE NBA XXX HECII DETAIL"i> VALYE LIST DISPI AY/HAINTEHAHCE VALVt'. l l".> I Rk Vl ">lUN 9 ')8 VAI VF NUMBER 2-1RH-V-06581 -961 VALVE BAFTY Tfit< BA L A<<) T RFYXSXQt1 OPERATOR i' LINE HUNK<ER 9 99 999 990 99')>9 'l9 NQMXHAL SIZE 012 . 800 P/M THl CK NESS/<<) CH . CH 1<8$ ENDS CODE Bw GROUP CODE ITT DEBXG Pf;EBSURE 2~85 DESIGN TEMPERATURE 658 BI= ISNIC I PRCSS STD/ANSI RATG 1 500 Po HUME<Efi 1 73657 Po XTEM 020 NATF RIAL CLASS H TYPF GATE SFD DRMG HK<R 0 0000 $)FD YALVE HBR 0 Dr=sXGH G-DRMG I'=MDRAC DRAWING 4529 LOCAT1QH G-DRMG FLOofi ELEVATXGN 221 80 YAI VE El EVATX(3H 008 00 Hr=IGHT FRGN Fl GOR 221 88 PLANT LQCATXOH-1 FT 080 XH 80 EAST? MEB)T? OF CQL PLANT I (3CATION-2 FT 000 IH 88 NORTH? SOUTH? QF (.",GL REMARKS SPARE VALYE Fofi FUTURE USE WA ) GN LTHF 1-Rl-I- 81 000-8839$ B. DESIGN INFO TQ BE PROVIDED LATCR M TAG Ho 1')GN88<<)Elhi W/Ls HEXT VALVE: UNIT 2 CAT 1 <<BY S RH TYPE V NBR 80502 lTEN -801 QR NExr sFI vALvE HBR: uHIT 9 sYs xxx vALVE HBR XXXX INSTR VALVE NBR XXX MEC,'l l DETAXi.'AI VE LIST DISPLAY/NAXNTEHANCE VALVE LlsT REVlBXQH 833 vAI vr= HUMBcR -1RH-vh-ee5e<2 -eoi VAL.VE $)AFTY TRH $)B LAST fLEVIBXGH e22 OPERATOR M I IHE HUNBLR 'i'9 999 . 990 9999 99 HQNIHAi, xzr:; 01.. eee P/M TIIXCKNE<<$$ /BCI-I $>CII 1 48$ EHDB CODE K<w GRQIJP C(3DE III DEB) IGH PRESS)LJRE 248 > DE. lGH TENr Efi*Tuf(E s>58 SEISMIC I PRESS STD/At<BI RATG 1580 PQ NUMBER 173<'57 PO ITEN MATERIAL CLASS H TYf"E GATE BFD Df(MG f NK<Rf 0 0080 SFD VAl VE HBR 8 DCSIGH G-DRWG I=NDRAC DRAWING 4529 LQCATl(3H G-DRMG f Loof'i avA> IQN 2 1 e0 VAI VC ELEVATXOH 800 80 HEIGHr r-RoM I=LooR:>>.'1 oo PLAHT LQCAT ON-1 l FT 800 IH 88 EAST? MEBT? OF CQL PLAHT LOCATION-2 FT 008 IH 80 HGRTH? SOUTH? GF COL REtlARl<$ SPARE VALVE FQR FUTURE U'.>F. WAS) ()H LIHE 1-Rll-012. 909 88.58$ A. M TAG Ho 12GN88$ EH W/LS PER COL-31 46 I"LNT NAXHT SH",)UL.D INCLl) A Cl-IECK OH VALY FHBURE HO LEAI< DUE TE) $>MXTCI-I NEXT vALvc: UNIT cAT 1 sYs RH TYrc v HBR 865ez lr(=N -eei OR NEXT SFD YALVE HBR: UHXT 9 8) Ys XXX VALVE HK<fk XXXX IHBTFL VALYE NK<f( XXX Mr=(."H DETAIL.~ Y*LYC LIST DISPLAY/MAIHTFHANCF VALYE LIB)T REV I 8) I OH 833 VAI YE HUNK<FR 2-"iRH-V-88583 -001 vALvE $)AFrY TRH $)A L.AB)T fLEVX<<SXON 822 OPERATOR N LXNL NUNBER 9 99 9'i'/W 999 999'i'>09 9 NGNlHAL SIZE 812 . 000 Tl-I ICKHEK))$/<<)CH S< H 140$ I=HDS CODE BW GROUP CODE XII DEB>IGH Pf LES>BUfiE 2485> DES) XGH TENf>ERATufLE 658 SCISNIC I PRESS STD/ANSI RATG ii 588 PO HUNK<Ef( 173<" 57 PG ITEM 16 NATI'=RXAL CLASS H TYPE GArE BFD DRWG HK<R 0 8088 BFD VALVE HK<fi 0 DESIGH G-DRWG CMDRAC DRA W:I: HG 4528 LOCATION G-DRWG FLOOR ELEVATION 221 00 VAI vc El..cvArxoH eeo ee llEIGHT FROM Fl. GQR 221 00 PLANT l OCATXQH-.1 FT 080 XH 80 f. A'> 1 "'f')I"'OR QF Col.. I-'I. ANT I.GCATI(3H-2 I. T 000 IN 08 rH) ourH: QF COL RENAf(KS) SPARE VALVE FOR FUTURE USF WAS) QH LlHE 1-Rl-I-0 I 2. 000-8838$ A W rAG HO 12GN88$ CH HEXT VAI..YE: 'ha ( - C'% ~ f '\ I I 'h UHlT 2lh 1' lAT (Ih ill \ .)YS SI TYPE 1 ~ ~ ~ ~ h h ~ f\ V %f 0 'I ~, HK<R 00817 ~ ~ ~ ~ h ITEN '0 h h -001 Phl\I OR I r<l.;X< b<-0 'Vhi Vl= <I<V'<<: UNl < Y bYS XXX VAI V<= N(<<( XXXX,<.'NK Vh< Vl= HuK XXX HF.CH DETAIL'. YALVE LIST DISPLAY/HAINTFNAHCE VALVE LIK>T REVISION 833 VALVL HUHK<Li<< 2-3 SI-V-888$ 7 -081 VAI..VE .i)AF TY TRH S)h LAB)T REVls)1GH 0 .>'.> (3PI'=RATOR LrHE NUHBER 9 99 999 9'i'99 '>>V9 I HOH NAI... SIZE 082 . 888 P/M THICKNESS/Scl I .'icfI-< s e ENDS CQDL SW GROUP CODE lII DESIGN Pf(ESSURE 2)485 DES 1 GH TEHPERATU<<E 8>50 SEISHIC I-A PRESS STD/ANSI RATG 3 'i>21 PO HUHBEfl 435857 Po I TEHi 82 I HA TER AL CLASS K rYPE CHFCK Sf D D<<MG HB<<8 OQOO BFD VALVE HK<R EHDRAC DRAW IHG 8 4297 DESIGN G-DRMG ( LOCATION G-D<<MG FLoo<< ELEvhTroN 2>2)1 00 VALVE ELEVATIGN 080 00 HEIGHT FR(3H FLQ(3R 221 80 PLANT LOCATION-3 FT 800 IH 00 EAS>T? WEST" OF COl ILAHr I ochrxoH-. r-T eoo IH ee NORTH? SOUTH? QF CGL REHAF(KS Sf AflE VALVE FOR FUTUF(E Usl" YALYE (JAB OH LXHE BX '-1 8$ A-Q NEXT VALVE: UNXT 2 CAT 1 BYB S)X TYPE V HK<f( 8882:i XTEH -60I G<< H:=-Xr SFD VALVE NBR: UNIT 9 SYS XXX VALVE NK<R XXXX INSTR VIII VE NK<a XXX HECII DErh3:L? vhLvE I XsT DIsr-LAY/HAINTENANcE vALvE LIBT REvI 8 IGN 83'8 VALVE NUHBER 2-)BI-V-88823 -00'i VALYE S)AF TY TRH S)B LAST REVXBXQH 022 OP(=RATQR. LINE NUHBER 9 99 999 99'i'9 999 'i'r'CH-$ HOHlNAL IZE 882 880 P/W Tl-llCKHESS/BCH 8)8 ENDS CODE 8) SW GROUP CODE r 658 ll DESIGN F'RESSUflE; 485 DEBTGH TEHPERATURE sEr Hxc I-A I R(=ss srD/AN I RATG 3 52( Po HUHK<ER 435857 Po ITEH 02 HATERXAL CLASS K TYPE CHI=CK SFD DRWG HI<A 8 0000 BFD VAlVE HBR 8 DEBXGN G-DRWG EHDRAC DRAWXHG 14297 LOCATION G-DRMG FLoofl ELEVAT1ON 2)2)1 06 VALYE Eli-YATXON 800 88 HEIGHT FR(3H FI..OOR 22$ 00 PLANT LOCATION-3 FT 888 1H 88 EAST? WES)T'? OF Col.. PLANT LOCATION-2 FT 080 XH 00 NORTH" SO(JTH? QF COL REHARKB SF)hflE VALVE FQ<<FUTURE USE VALYE MAB QH LTHE Q HEXT VALYE: UNl'T 2 CAT 3 SYS) S)I TYPE V HK<R 00029 XTEH -881 Of( I<LXT SFD VALVE HBR: UNIT 9 SYS XXX VALVE HK<R XXXX INSr<< VAI VE HK<R XXX HFCl.l DETAIL? YALVE I XST DISPLAY/HAXNTEHANCE YALVE LIB'I REVIB1GH 833 VALVE NIJHBLR 2-3 BI-V-00829 -883 VALVE S)AFTY TRN SA LAST REYlBXGH 0'2 OPERATOR LINE NUHBER 999 999 . 9'i'9 9999 'i'99 9 9 HQHIHhl.. IzF ee... eee P/lJ THICK HES>S/BCI-I SCFI-I 68 ENDS CODE SW GROUP CODE X T. I DES) IGN Pf(EBSURE 2)485 DESIGN TEHPEBATUflE 658 SF ISHIC 1-A PI<c S srD/ANSI RATG PG HUHK<Ef< 435857 Po 1TEH 02 HATER I AL CLASS K TYI L CI IECK BFD DRMG HK<F( 0 8800 BFD VAl.VE iHK<R 8 DECiIGH G-DRWG EHDRAC DRAWXNG 1i)297 LOCATION G-Df(WG FLOOR ELEVATION 223 60 VALYE LLEVATIOH 000 00 I<(= 1GHT FRGH I=LOG<< 221 00 FLAiHT loCATroN-< FT eoe IH ee EAST? WES)T? i)F Col... rLANT LochTXGH- Fr eeO rN eo NORTH? SOUTH? OF COL REHAF<KB BPA<<E VAl.VE F"Q<<F J rUF(E l)SE VALYE MAB OH LINE is12-2)hsh i
- ?."6 NEXT VALVE: . UHIT "'AT I BYB SI ) YPE V HK<f< 88839 I)EH -Oel QR NEXT SFD VALYE NK<R: UN XT 9 SYS XXX O'ALVE HK<R XXXX Il<ISTR VAI YE HBR XXX HF Cll DE:.TAILS VAI YE I...TST DISPLAY/HAINTLHAHCE VALYE LIST REVISION 833
, VALVC NI.JHK<ER 2-1SI--V -66839 -881 VALVE BAF TY TRH BA I AF) T REVlF)3:ON 02")
GPI=RATOR LINE HUHBER 9 99 999 . 'i'99 99<)>9 999 HQHXHAL SIZE 88;? . 880 P/W Tl l1 CK HEF>B/BCI") BCH 1 ue LNDS CODE SM GROUP (';GDE XII DES 1GH PRESSURE 2485 1>EslGH TEHPERATURE 6)58 SEIBHIC I-A PRES& b fD/AH~I 'RAT( 15. 3 PO HUHBER 435857 PO ITEH 02 HATCR I*L CLASS K TYPE CHECK BFD DRIJG HBR 0 0000 F)FD VAI...VE HBR 0 DESIGN G-DRW( EHDRAC DRAWING 14297 LOCATION G-DRlJG FLOOR ELEYATlQH 2>36 86 VAI VE ELFVATIQH 088 06 HEXGHT FRGH FLOOR 236 86 PLAHT LOCATION"-< FT 800 XH 80 E:Ac) T7 ME;BT7 OF COL PLAHT LOCATION-2 FT 000 IN 60 HGRTH7 SGUTH7 QF C(3L REt"IARKS SPARE VALVE FOR FUTURE USE YALVE WA.') QH LIHE 1 SI2- 3E SA-Q NEXT VALVE:, UH1T 2 CA7' F)YS.BI TYPE V HBR 88845 3:TEHi -881 Of(
NLXT SFD VALVE HBR: UNIT 9 SYS XXX VALVE NBR XXXX lHSTR YALVE NBR XXX HECH l>E'.TAXL7 YALVE LIST DTSPI AY/HAINTCHAHCE VALVE LIF)T REVXK)XQH 633 YAI VC NI)HBIKR 2-f SI-V-86845 -88<
I') 4')
VAI..VE F)AFTY TRN F)K< LAF>T REVlBXGH Q GPFRATQR LINC NUHBER 'i'<)) 999 . 999 94'99 'i'i9 9 9 HOH3:HAL SIZE. 082 . 000 P/W TI"llCKHEBF)/BCI-I SCI-I- 3 8)6 ENDS CODE SW GROUP CQDF XII DEFi 3:GH PRESSURE 2485 DEF)1GN TEHiPERATURE E)58 SCISHIC I-A PRC S STD/AH"I RATG PO NUHBER 435857 PO I TEHi 0 ".>
HATLRXAL Cl ASS K TYI"E CI<ECI(
SFD DRWG HBR 0 8000 BFD VALVE NK<R 0 DESIGN G-DRMG CHDRAC DRA WING "~$ 297 LOCATION G Df(WG FLOOR ELEVA7'lOH 236 00 VALVC EI..EYATI(3H 000 06 )(EIGHT Flk(3)1 FI.<3(3R 236 66 PLANT LOCATION-1 FT 886 XH 00 EAST") WE. 7 "~ Qf'GL pl AHT I..QchTIQN--2 FT oeo IN oe HG)cTH7 SGuTH7 Or- (3QL f(Etlhf<KF) SPhflE VALVE FOf< FUTUF(E UF)E VAL YF WAK) QH LINE 3 Sl )-48BK<
Q HEX'I'AI.YE: UH1T 2 CAT SYS SI TYPE V HK<R 86851 ITEH '86< Oft HEXT SFD VALVE NBR: UHlT 9 SYS XXX VALVF HBR XXXX INSTR YAI.VF. HBR XXX DECI) DETA IL7 YALVE I IST DISPLAY/HAXNTEHAN("E VALYE LIST flEYIBIGH 833 VALVE HUHBER 2-ISX-V-88653 -86$
Vhl VE SAFTY TRH BA LAST flEYI BIQH eg .)
OPERATOR LlHE NUHBCR 9 99 999 999 9'i'99 'Fi'9 9 HQHIH*L sIZE ee2 . oee P/M TH1CKHESF)/'.)Cl"I I""i 66 )'CI CHDS CODE SM GRGUI='ODE :r. II DE') IGH PREF)F)URE 2485 DESIGN T Hf:Ef<ATUF<E 658 SEISHIC I-A RESS STD/ANSI RATG 1 523
)
PG HUHBER 435857 PO XTEH 02 HATERIAL CLASS K TYPE CHI'='CK BFD 1>RMG HBR 8 8006 BFD VALVE HBR 0 DF SIGH G-DRMG CHDPAC DRAWING l4297 LQCATlOH G DRMG FLGQF( ELEVAT3:ON 238) 60 VALVC Cl EVATION 080 60 HEIGIIT FROH Fl OOR 236 00
F>LAN I
- I LUCAI lUN-'f AHr LocATX(3r'-2 I" I 698 lid 9V I-T epe IN ee h.A"> f NORTH~>
'f:.8 I SOUTH'F
":> Lf t f.:UL CGL REtfARK.'l BPAFLE VALVE F'GR FUTURE UBE VALVE; MAS OH LXHE 1812)-"43BA 8
HEXT VALVE:, LJH3:T 2 CAT BYB BI TYPE V NBR 88863 ITEi I -88 I GfL SI=XT SI=D VALVE HBR: UNIT 9 SYS xxx VALVE NBR xxxx IN 'rR VALVE HBR xxx HECI.I 1>ETA IL "i>
VALVE LIST DISPLAY/NAIHTENANCE VALVE LXBT REVIE)3:GN 033 VALVE HUHBER 2-181-V-88863 -eel I')
YALVE BAFTY TRH '.)A LAST REVISION P PP OPLRATGR LINE NUHBER 9 99 999 ~ 999 9999 9'p'9 9 9 Hoi'IXHAL B)IZE 002 . 988 P/M TH1Cl{HEB>s/Scl-I BCH-J 69 FHDS CODE SW GROUP C(3DE DESIGN PRES)S)URE 248'.> DES>XGN TEHPERATURE 650 SEXSHXC PRESS STD/ANSI RATG f52f PO HUtlBER 435857 Po XTEtf Q2 HArEfclAL cLAss TYPE Cfff.=..CK SFD DRMG HK<f< 0 0090 S)F- D VALVE HBR 0 DEB XGH G-DI'4WG i=HDRAC DRA WING f 4297 LOCAT1ON G-DRMG FLOOR ELEVAT1oN 236 00 VALVL El FVAT ION 080 00 HFIGHT I=RGH FLOOR 236 80 PLANT LOCATION-f FT 008 ep EAB) T" MES) T".) OF COL PI AHT LOCATION-2 FT 000 ep Hoi<TI(: SQUrf-17 OF cof RFtfAFLI(s Bf'ARE VALVE FQR FUTURF USE. VALYE WAE> OH L1HE 1 BX "> 63BA
~-8 NEXT VALVE: UHlT 2 CAT BYB S>1 TYPE V HBR 8986 > 3:TEN -08'I (JR NEXT SFD YAI VE NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VALVE NBR XXX HECH DETAIL"i)
VALVE L.XST DISPLAY/HAIHTI=HAHCE VALVE LXBT REVXSXCJi'I VALVE NUHBFR 2-1SX-V-88865 -881 VALVE BAFTY TFLH '.)A LAS) T FLEV181GH QI)l)
GPLRATGR H LINF HUHBER 9 99 999 . 999 9999 99'7 9 9 HCJHXHAL $ 1ZE pef . 080 F>/M TH 3: CK NES>s>/B>CI-I 8) Cl I-. 5 60 ENDS C(3DE GROUP CODE T.IX DES> IGH PRES>BURE 2485 DEB> IGH TEHF>ERATURE 650 Sl-"ISHXC T. PRESS STD/ANSI RATG 15f3 PO HUHBER 435092 Po XTEH 8'I tfA'rER IAI Cl Ass K TYPE PCKLESS Gl O SFD DRWG HBF< 0 0000 BFD VALVE NBR 0 DESIGN G-DRMG I'=HDRAC DRAWING 4651 LOCATION G-DRWG FLoof< ELE;vATIoH 23'e VAI VE El EVAT ION 008 00 I<EIGHT FRQH FLOOR 236 80 f>LANT LOCATION-3 Pl AH'I'OCATI(3H-2 FT 000 IN 8 8 FT 008 IN 0 0 EAB)T'P NORTH'OUTH'P WEST'F OF CQL CGL REIIARKB SPARE VALVE FOR F'UTUFLE LJSE VAL VF WAB OH LXHE ) S>1'I -"f 06BA 0
iHEXT VALVE: UNIT 2 CAT SY'.) 8 I TYPE V NBR 00069 1TEH -08'I OF(
NEXT SI=D VAI VE NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR YALVL iNBR XXX t"iECil DE:TAIL" VALVE I IST D I SPLAY/HAIHTEHAiNCE VAL VE LIST FLEVTBXQN 033 VALVE HUH "~f- R '3 81-V-00069 -88$
YAiLVE BAFTY TRH SB LAB)T REV IS) IOH 0 e) r>
OPf=RATOR I XHE NUHBER 9 99 9")>9 9'l9 ')>9>>9 999 9 HO "llHAL SIZE 002 . 800 P/W Tf-IXCKNESS/BCH SCI-I-3 60 ENDS CODL- SW* GROUP (.QDE IXI DESIH PRE.)SURE; 485 DES)1GH TEHPERATURE 650 SEXSHIC I-A PINESS STD/AHSI RATG 'I 52$
PO NUthBER 435057 FO XTEH 02 HATERIAL CLASS K TYPE CI II:-CK BFD DRW(G HBFL 9 0908 S>F D VAL.VE HBR 8
l)~:>> 14f< 4'-l)) <'H4 LNDI'<A('RAWJH4 1 4"')>
88
<'36 G-DRWG
'QCATXOH FLOOR ELEVi<TION vALVE EI..EVATIGH eee ee )<FIG)(T FR(3N Fl O(3R 236 09 PLANT i GCAT1QH-1 FT 880 iH 88 WFST > QF Coi.
r-i ANT LocArIQN- FT epp IH ee Nore'rod sour,<: (3F COi RENARKB SPAf>E VALYE Fof>, FUTUf(E UBE VALYE WA'.) ON i.IHE S I ?-59c)>B-p
""HEX I VAI YE: UHl. I 2 ( Ar ') YS Bl TYPE V HBR 00073 ITEN -991 OR NEXT sFD vALvE NBR: UHl:r 9 sYs XXX VAI VE NK<R XXXX I NSTR VAI VF NK<R XXX iIECII DE)TATL7 VALVE i XST DISPLAY/NAXNTENAHCE VALVE i IST r(EVIBIQH e33 VAI VE HUNBLR 2-1$ I-V-08873 -001 VALVE c)Af.TY TRH BB LAST REY1$) ION 022 OPERATOR H LINE NUNBFR 9 99 999 . 999 9999 (>"~)9 9 9 HoiiXNAL $ 1ZE 001 . 000 P/W TI IT CK HEB)$ /BCH BCI I--1 60 ENDS CODE SW GRour- coDE DEB)XGH PRES)SURE 2485 DEc) I GH TENPFRATURE 650 SEXSNIC I FREss srD/ANsX RATG PQ HUNK<ER 435092 PG ITEN 81 NATERIAI CLASS I< TYPE I">Cl<I.ESS Gl G BFD DRWG HK<R 0 8000 S>FD YAI..VE HBf( 8 DESIGN G-DRWG I'-
NDRAC DRAlJ lNG 4651 LQCATlQH G -DRWG FLOOR ELEVATXOH 236 00 VAI YE El EVATIQN 099 00 HEXGHT I-'RGN FLG(3R 236 08 PLAHT i OCATlQH -1 FT 000 IN 08 CA. T7 WEST": OF COL PL*HT LOCATION-2 FT 080 lN 80 Hoicr)1: souTIi ~ oF CGL f(ENARKB $)PARE Vhi YE Fof> FUTURE US)E VALVE WAS) QH LINE 1 BI1-1 07$ B p
HEXT VALVE: UHlr -'.AI BYB) SX TYPE V HK<R 08075 XTEN -"801 OR HEXT SFD VALVE NBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VAi V = NK<R XXX NECII DE fAIL!
VALVE I IST DI SF'LAY/NAINTEHANCE VALVE LXS)T REVXS>T.QH 933 VALVE NUNBER 2-1$ I-V-88075 -001 VALVE BAF'I'Y TRH SA LAS) T f(EYXB ION 822 r> i>> (p (p (p OPERATOR LINE NUNBER 9 99 9')>>'7 . 999 HQNI>>A IzE ee" . eoe P/M THTCKHEc)S/S)CH c)CII" 160 EHDS CODE DEc) XGN f'RE cSc)uf(E ~48'>
SW GROUP DEB>XGH C(3DE:f.:f.
TENPEfiATURE 659 I
SEISNIC, I-A I RESS srD/ANsX RATG PQ HUNBER 4358'.>7 PO ITEN 0 .)
NATERI AL Cl ASS K TYPE CHECK BFD DRMG NBR 0 0900 $)FD YALYE HK<fi 8 DESIGN G-DRW( ENDRAC DRAWING 1 42(>>>7 LOCATION G-I)RMG FLOOR ELEVATXQN 236 90 VAI VE ELEVATIOH 880 08 PLAHT LGCATXGH-1 Pl ANT i GCATXoH-2 RENARKB SPARE VALYE FOR FUTURE US)E FT 000 IH 00 r-T eep XN ee HFIGHT FRON FLOOR NORTH" YALVE WEST">>
(SOUTH~
MAS) QH
'F LlHE 1c)12" 236 00 QF CQL CQL
'>5cSA 0
NEXT VALYE: UH1T 2 CAT 1 BYS $ 1 TYPE V NBR 00081 1TEN< -801 r> (1 cd>'4 Nf=xr SFD vALvE NK<R: uNXT 9 , Ys xxx VALVE HBR XXXX IHSTR VAI VE NBR XXX I'IECH DETAll. "
VALVE I IST DISPLAY/NAXNTEHANCE
/ VALVE LIST RFVIBIQH 833 VAI VE NUNBI.R 2-1$ I-V-00081 -001 VALYE c$)AFTY TRH BA LAB)T REV XS) QH I 0 2 GPLRATOR H I INF HUNBER 9 99 999 9'>)9 'i 999 (>>'))">) 9 9 HQNXHAi SIZE epl . 808 r'/W THXCKNE'S/BCfi scfi- I 68 LHDS CODE Sw 'GROUF'ODE Xl:I DE$ 1GH PRES)$)i)RE 2>485 DES) IGH TENPEf(ATuf(E 6.> 8 SFlSNIC PRESS STD/ANsl RATG 1513
~,c sw, ~ ~ ~ srvg ~a "I
l'IJ N UMkS L"t( Vl.i il:..rt Vl MATERIAL CI ASS Y TYPE PC,<LES Gl O
<<D 3>RMC HS~R 8 0888 SF D VAl. VE HBR 0 Dl=s IGH G -DRMG EHDRAC DRAMIHG 4/) 5'36 LOCATIOH G-DRMG FLOOR El..EVAT3:OH 00 VALVE ELEVATIOH 800 00 HEIGHT FROH I'=I (3OR 236 00 Pl AHT LOCATION-3 FT 800 3H 00 EAST'P MESTEE or cni PLANT LOCATION-;. FT 888 IN 00 NORTH'7 OF COL
'REtlARKS .PARE VAi.VE FOR rUTURE USE MAS OH LINE SOUTH'ALVE 1 SI ) -I 88SA
-~-8 NEXT VALVE: UHIT ~ CAT 1 SYc> SI TYPE V HBR 88884 3TEN 881 OR NEXT SFD VALVE HBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR VALVF NBR XXX HECH DETAIL7
VALVE LXST DISPLAY/MAINTENANCE VAL.VF. L.XBT REVISION 833 VALVE HUHBER 2-$ SI-V-68684 -86(
VAl YF SAF'I'Y TRH SA lA )'1 RFY) BIC)N 822 OPLRATQR I IHE HIJHBER 9 99 'i'99 * '))99 99'))9 9<i)9 9 HGHZHAL B)XZF. 002 . 900 P/W TIIXCKNE'.)S/Scl-I B>C:H*-3 69 EHDS CODE SM GRQIJP C(3DE I II DE. IGH PREBBuf,E 2ne". DES1GH TEMPERA'r'URE 658 SEX SHX C I-A PRI=BS STD/AHSI RATG 'I 52(
pG HUNE<ER 435057 PG ITEN 0 I')
HATERXAL CLASS Ii T Yl"E CHI'="CK SFD DRMG HBR DESIGN G-o'RWG LOCATION G- DRMG 8 0000 sf'o vALvE NBR EHDRAC DRAWXHG FLOOR ELFVATIOH
'4297 e 2>M) 80 VALVE FLEVATIQN 000 00 Hl'= IGHT FROH FLG(3R 236 00 PLAHT LOCATZC)H-3 FT 008 IH 90 EAST'EST":> OF CC)L rLANr LOCATION-2 FT eee IN ee NORTH'GUTH7 OF C(3I REHABKS SPARE VAL.V" FOR FuTuRE us>F VALVE WAS C)H LXHE 1 S) I2-69BA-2-8 NEXT YALYE: UNIT 2 CAT $ BYB S) I TYPE V HBR 96087 XTEY< -69$ OR
-" HLXT sFo vALvE NBR: UNIT 9 sYs xxx VAI VE NBR xxxx IH "rR VALV- NBR XXX HECH DE. ('AIL7 VAI VE I I ST OXSPI AY/HAINTEHAHCE VALVE Lls)T REVXBXC)N 933 vAI vE HUHBER 2-<< I-v-eees7 -99~
VAl..VE B)AFTY TRH BA LAST f(EVISION 022 QPERArQR LIHE HUIIBER 9 99 9'))9 . 999 9999 999 ')) 9 HC)H1HAL. SIZE 891 ~ 000 f'/M THICK NFBB/SCI-I Bcl"-$ 68 ENDS CODE SW GRGUP coDE Izz DESIGH PRFBSURF 248.'i DEB1GH TEHPERATURE 658 SEISHXC I PRI=SS STD/AHSI RATG ( 513 PG HUHBER 435692 f-G XTEH 9<
HATERIAL CLASS K TYPE PCKI LSS GLQ BFD DRMG HBR 8 8000 Sf=o VALVE HBR 0 OE. ZGN G-ORWG I.=.HDRAC ORA WING 465(
LGC'ATIC)H G DRWG FLC)Of( ELFVATXQH 236 00 VALVE Fl EVATI(3H 006 80 I(EIGHT FRQH FI GGR 236 60 PLAHT LOCATION-1 FT 800 XN 08 FAB>T":) WFBT~ OF C:Ol Pl AHT I OCATIGN-2 FT 008 IN 00 N GIRTH'7 SOUTH'F CGL REHAf(KS> SPARE VAl.VE FOR FUTURE UBE VAlVE MAc) OH LXHF 1BD .I99BA
-e NEXT YAI..YE: UHlT 2 CAT BYB Sl TYPE Y HBR 08898 XTEYi -eel GR NEXT SI=D VALVE NBR: UHXT 9 SYS XXX VALVE HBR XXXX INSTR YALVE HBR XXX MECH DE'( i'> IL7 ozsr-LAY/ezNTEH<ANcF VAL.VE LIST flFVXBXC)H 683 VALVE NUBBER 2 ( S I-V-66696 00 YAL.VE BAFT Y TRH BB l.AB>T REVIS>XC)H 022 GI'(=RA'1 GR 1...1HE N(JHBER 9 ')'9 999 . 999 '7'r"')')) 999 9 HGHIHAL B>I ZE 082 . 980 P/M TH1CKHFBB/Bcfl BCH-1 68 I=NDS CODE SW (;Roup cGDE
DFSXGH f'RESSUBE 2485 DE.iI GH TFHPEftATUftE 658 SCTSHXC I-A Pil-.-S STD/ANSI RATG 1 521 PO HUHBEB 4358.>7 PC) 1TEH 82 HAT(:-RXAI CLA, TYF'E CHECK BFI) DftMG HBR 8 8088 S)FD VALYE HBR 0
", 4297 DFSIGH G "DRMG I=HDPAC DRAWING LQC;AT I(JH G-DrtMG FLOOR FLEVATJ:OH 236 90 VALVE Cl LVATIQN 800 08 I',EIGHT I-RQH I=LaoR 236 06 PLANT LOCATl(JH-'I FT 800 IN 08 E.Ac> T7 MEST7 OF CC)L PLAHT I OCATIQH-2 FT 000 IH 80 NORTH7 SOIJTH7 (3F COL REHAftKB SPARE VALVE FOR FUTL)RF.. UBF. YALVE (JAB)'GH LINE 1 8) 12-738) B"-
I')
P HFXT VALYE: UHlT 2 CAT 1 BYS BI TYPE v HK<R eeev3 ITEN -801 C)ft NEXT SFD vALvc NBR: UHIr 9 sY" xxx VA vc NB)< xxxx*INsrlc vAI vc HBI< xxx HFCII DETAIL7 VALVE LIST DISPI AY/HAINTEHAHCE VAl..VE L18)T ftEVIS>TOH 833 VALVE NUHK<ER 2-1SI-V-08893 -001 VALYE S)AFTY TRH BK< LAS>T BEVXSIC)H Q .) .)
(3PERATGR H LIHE HUHBLR 9 99 '<<')>9 999 9'<<'"<<'<)> <<)'<<>>9 'i' I
NQH3: HAL 8) ZE 091
- 809 P/W THICl<HFEic)/cBCI-I c)CI-I- 160 CNDS C(3DE SM GROUP CODE XII DES)1GN PftES>SURE 2485 DES) IGH TEHf ERATUBE 658 S>CISHI C I paESS 'rD/ANsI RATG r-1 3 PO HUHK<ER 435992> PC) I T EH 91 HATLRIAL CI Ass I< TYPE F'Cl<l F'>>S Gl a BFD DBMG HK<R 8 0088 c~fr D YALVE HB 9 DFSIGH G-DRMG FHDRAC DRAWXHG 4651 LQCAT19H G-DRMG FLaoft EL.EYATION 236 09 VALVE El FVATIOH 808 00 HEIGHT FRGH Fl. OGR 236 86 PLANT l..aCAT I(JH-1 FT 808 IN 80 EAS) T7 MES) T7 L)F CGL.
PLANT LarArXOH-2 Fr eep IN ee H(3ltTH7 BOUTH7 QF CGL RFHAf(l SPARE YALYE Faft FUTLJRE USE YAl.VE WAB OH LXHE: ')I1-118$ B ii>> P HEX I'ALVE: UHXT 2 CAT SYB SX TYPE V HBR 98996 TTEH -001 C)B HEXT SFD VALVE HK<R: UNXT 9 SYS XXX YALVE NBR XXXX INSTR VALVE NBR XXX HECI-I DETAI(..7 VAI VE I IST DISPLAY/HAIHTFHAHCF VALVE'XS>T BEYXS>IGN 933 VALVE NUHBI=R 2-1SI-V-98096 -89 VALYE,.iAFTY TRH . A LAS) T REV 1 c81QH Q .)i)
(3PERATOR LIHE HUHBER 9 99 999 . 999 9999 999 9 9 NOH IHAL SIZE 902 . 808 P/W TFI3: CK HEcJS/8) Cl.l SCI.I-1 68 EHDB CODE BW GR(3UP CODE III DESIGN f'RESSURE 2485 DES IGH TEHF'ERATURf.:. 65>9 SEXSHIC I-A PRESS STD/AHS RATG I 1 521 P(.) NUHK<Eft 435>057 F'O ITCH QI)
HATERIAL CLASS I< rYr-E CHI'".
BFD DRMG HK36 eo VALVF FLEVATION 000 80 HEXGHT FRGH Fl OOR 236 00 PLAHT LC)CATION;-1 FT 890 IH 00 FAc) T~ WEci) T OF COL.
r-I AHT LOCATION- FT eee IH 00 Holt'r)-I7 sour)-I7 QF (.;(3L RFHABI<ci SPARE VALVE Foft FUTURE LIB)E VALVE WAS) OH LlHE 1 B>X2-"778>A-Q NEXT VALVE: UNIT 2 CAT SYci S>X TYPE V HBR 98998 XTEH -801 OR NEXT SFD VALVF NBR -'HIT 9 SYS XXX VAI Vl= NBR XXXX IHSTR VALVE NBR XXX HECH DEl'A3:L7 VALVE I I ST,DXSF'I AY/HAIHTEHAH(".E VALVE L1BT ftEVIslaH 933 VALVE HIJHBI.:R 2-1SX"-V-96898 -081 VAL,YE SAf TY TRH Sh LAST Rf:.VIS)XQN 0 l ) P>
e OPERATOR I{ L IHL HUHK<I=R 9 99 999 999 9999 999 9 9 HGIIINAL $ 1Z" 601 060 P/W TIN I CK HES) 8/"') CI.I 8) CI-I-1 8) 0 FNDS C(3DE Sw GRGUr- coDE I1I DESIGN PRFBSI.JRE 2>485 DESIGN TEHPERATUf>,E 658 SFISHIC I Pi(=SS STD/ANSI aATG 1513 PG NLJHK<ER 435892> PG I TEHi 61 HATER I AI Cl ASS I< TYPE I"CKLESS GLG SFD DRMG HBR 0 0000 SFD VAL.VE HBR 8 DLBIGN G-DRMG EHDRAC DRAWING hh51 LOCATION G-DRWG FLoof( FLEVATION 286 00 VAI VE El EVATION 008 00 HFIGHT FRQH FL(3GR 256 60 PLANT LC)CATION-1 FT 080 IH 00 FAS)T'? MEST7 C)F COL PLANT I QCATIQH-2 I=T 000 1H 00 NORTH? SGUTH7 GF CQL REHARKS) SPARE VALVE FOR FUTURE LJBE YALVE WAS GH L3:HE $)11-111$ )A I)
P HEXT YAl.YE: UNIT 2 CAT 1 $>YB BI TYPE V- NBR 88388 I7'EH -801 Of(
HEXT SFD VALYE NBR: UNIT 9 SYS XXX VALVE HBR XXXX INSTR VALVE NBI", XXX HECH DETAIL7 I
VAI VE L ST DISI LAY/HAINI'EHAHCE VAl VE LIS)T REVIBIC)H 0 VAI VE NUHBER 2-1 S I-V--68388 -001 VALVF. S)AF7'Y TRH BA l. A$ 7 REVISION . 822 OPERATOR H I...INE HUHK<ER 9 '99 999 ~ 999 9999 999 9 No>< INAL SIzE ee1 . eee P/M THICKHE.>$/BCH SCI-l 168 FNDS CODE Sw GROUP C(3DE TY~
DES) IGH Pf(EB)SURE 2485 DES>tuH TEHPEf(ATLJRE <!)5>0 SEISHIC I PRI:-ss srD/ANSI RATG Pa HUHK<FR wz5892 f'G I TEHi 81 HATER I AL Cl ASS K I Yr-E PCI<LESS GLO BFD DRWG HBR 0 8000 K)FD VALVE NBA 0 DESIGN G-DRWG EHDRAC DRAWING 4i!>51 LOCATION G-DRWG FLC)of( ELEVATIGH 221 00 VALVE ELEVATIGN 000 00 I<I-=IGwr FRQH f-LoGR 2=1 ee PLANT LC)CATION-1 FT 080 IH 00 EAB) T? ME$ 7'7 QF COL Pl AHT I (7CATIQN-. FT 808 IH 00 HGRTH? SGUTH7 OF C(3L RFHARKS SPAf(E YALV- FOR FLJTURE USE VALVE WAS OH l IHE 1811-ZZ1SA
-~-6 HEX'I VALVE: UHIT ." CAT 1 SYB BI TYPE V HBfl 00309 ITEt1 -88 I Of<
NEXT SFD VALVE NBR: UNIT 9 SYS XXX VAI..VE NBR XXXX INSTR YALVF HBR XXX HiECII D". TAIL7 VALVE I IST DISPLAY/HAINTFHANCF VALVE LIB)T REVI,K) ION 833 vALvE HUHBLR 2-1$ 1-v-68:<89 -ee1 VALYE $)AFTY TRH K)A LAS) T REV IS lON P ~> ".)
or-r=RA ToR LINE RUHBE'7 9 99 99<> 999 9999 999 9 HQH1HAL SIZE 681 . 880 P/W Tf)ICKH<. S/BCH 'CH 1~6 FHDS C(3DE SM DESIGN PRES)$ )(JRE 2485>
GROUP DES)
CODE IGH TEHf>Ef>,ATUP,E III 650 SEIBHIC I r-REss sTD/ANsI RATG PG NUHK<ER 43589 "> PO ITEH 81 HATFR I AL Cl Ass K TYPE I"CKLFSS GLQ BFD DRWG HBfl 6 8000 $)FD VALYE HBR 8 DFS IGN G-DRWG EHDRAC DRAWING 4h51 LGCATIC)N G-DRMG Fl GC)R FLFVATIOH 221 00 VALVE LLEVATIGN 000 00 HEIGHT FROH FLG(3R 221 80 PLAHT LQCATlQN-"1 FT 000 1N 80 F.AS> T7 WES) T'? Of CQL PLAHT I OCATIGN-2 FT 006 IN 00 HORTH? SQUTH7 OF C(3L flFHAfll<$ BPAF<E VALVE f OR FUTLJRE USE;" J 'ALVE WAK> OH LIHE 1 $ 11 331K>A NEXT VAI..VE 'NIT "'AT 1 SYS S>I TYPE V NBR 88310 NEXT SFD VALVF HK<R: IJH1T 9 SYS XXX VALVE HBR XXXX INSTR VALVE NBR XXX ITEH -80'I HEC;I-I DETA IL?
GR VAI YE LI T DISPLAY/HAIHTEHAHCE
VALVE l Ic>T REVISION 033 VALVF HUHBLR ~-1SI-V-66316 "001 VALVF. $ *F f Y TRH S)K< LAS> T flEVI SIGH 6 .)~)
(3PERATGR li I. XNF HIJI1BER ? 99 999 . 999 '?<?99 ">>99 9 sIzr: eei . eee P/W Tl-IICKHEc>cJ/SCH BCH 1 60 LNDS CODE Bw GROUP CODE I II DEB ICIN PRESSURE 2485> DES)1GH TENPERATURE 650 BEISHIC I I")<LB!~ STD/ANSI RATG 1 >13 PO HUHBER i)35892 PO ITEN< 81 I
HATER AL CLASS l< TYPE r-cKI E" Gl.o SFD DflwG NBR 0 0060 SFD VALVE NBR 0 Dr=sIGH G-DRwG FHDRAC DRAW IHG 4651 LOCATION G-DRWG FLOOR El.FVATH)H 221 80 VALVE ELEVATIGH 608 00 HEIGHT FRGH FLOOR 221 00 PLANT l QCATlQN-1 FT 000 IN 00 EAST? WES)T? OF'OL PLANT LOCATION-2 FT eee IH eo NORTH? SOUTH? GF COL f>EHARKS BPAF<E VALVE F QR F UTURE USE VALYE MAS C)H l XHE 1 SX1-332c)K< ~
-~-6 NEXT VALVE: UHI:T 2 CAT 1 S>YB S)I TYPE V HBR 00311 ITEN -'061 QR NEXT BFD VAI VE NBR: UNIT 9 SYS XXX VAI..VE HBR XXXX INSTR VAI..V = HBR XXX H cf' rA3l YE LIST DISPLAY/HAIH'I EHAHCF 'AI VAl VF LTc) T RFVIc>XQH VAI VE NUNBLR 2-1 S I-V-0831 1 -061 VALVE SAFTY TRH SB LAST REVIcSXC)H OPERATOR LIHE HUHK<ER 9 99 999 . 999 9999 999 'i' HQHIHAl... XZE eei . eee P/W Tt-IXCKNEBS/SCI-I SCH 160 ENDS CODE SW GROUP CODI= I II I
DES) GN -PRES>c)URE 2485 DES IGH TEHF)EF(AT(JF>E 6.>8 SFIBHIC I PRESS STD/ANSI RATG 1513 PO HUHK<ER 435892 F'Q ITEN 81 I
HATI'=R AI CLASS K TYPE Pcl<LESS (. LQ BFD DRMG HK<F>. 0 8000 c)FD YALVE HBic 8 Dl=s IGH G-DRWG LHDRAC DRAWING 9651 LOCATXQN G-I>RMG FLQofl ELF VATIQH );)1 00 YAI VE El. LVATI(3H 006 88 I)EXG)iT FRoH FLooR 221 ee Fl.AHT LocATXoH-1 FT oee XH ee EAS> T? MEB> T? QF COL PLANT LQCATX(3N-2 FT eeo XN eo HGRTI<? SOUTH? OF C(3!..
RENAF>KS SPARE VALVE FOR FUTURF. USE VALVE MAc) OH I IHE 1c)I1-3328)K 0
HFXT VALVE: l)HXT 2 CAT 1 c)Ycs csI TYPE V HK<R 00312, ITEN -861 C)R NLXT 'FD VAI vr= HBR: UHXr <? SYS xxx vALvL NBR xxxx INST'ALvE HBR xxx HECI-I DETAIL?
VAI VE l.I ST DXSPI..AY/HAINTEHAHCE VALVE LXBT REVX'.>Io<~I 033 VALVL HUHBLR 2-1SI-V-06312 -061 ALVE SAFTY TflH BA LAc)T REV 1 c) I OH or-ERAToR LINE NUHBER 9 99 999 . '?'?9 99'?'? '?<?9 9 9 HOHINAL SIZE 001 . 000 f)/W THICKNESS/SCH BCI-I 160 ENDS CODE Sw GRQUI='GDL= I: II DES) IGH PRES)BURE 2485 DES1GH TENPERATURE 650 SI= ISH T.C PRFBS STD/ANSI RATG 1513 PQ HUNBER z35692 PG ITEN ei HATLRIAL CLASS K TYPF r-el<I Ess GI Q SFD DRMG NK<f< 8 0000 BFD VALVE HI<A 6 Dl'=SXGH G-DRWG LHDRAC DRAWXHG 4651 LQCA7'I ClN G-1>RWG FLOOR ELEVATION 221 00 VAI VE El EVA'I'IOH 060 06 l)EIGHT FR(3H FI UQR 221 66 PLANT LOCATION-1 FT 000 IH 80 EAS> T? MEc> T:) QF CQL Pl ANT LOCATION-2 FT 800 IN 08 NORTH? SGIJTH? (3F CGL ENAF>Kc> cJPARE VAl.VE FOR FUTLJRE US)F VALVE WAc) GH LIHE 1 c)I1-333c)A
-~-6 NEX7 VAl Vi 'H1T 2 CAT 1 BYB SX TYPF. V NBA 99313 ITEN -001 .C)R
I NEXT, FD YALVE HBR: UHIT 9 SY, XXX VAI VE HBR XXXX XHSTR VAI VE HK<R XXX
)'IECI-I DE'I'A Il.7 VALVE I IST DISPLAY/MAINTFHAHCF VALVE LIB)T REV1S) IOH 033 VAI VE HUMGER 2-ISI-V-68313 -883 VAL.VE BAI.TY TRH SA L.AST REVISION 022 GPCRATOR H I IHE HUMBFR 9 99 999 . >>5'"J> '>>>>>9 9<>>9 NOMIHAL IZE 881 . 000 P/M TH1CKHES)s/SCH <<SCH I 68 ENDS CODE B)
SW GROUP CODE III 658 DESIGN f REssuf>E 2~B5 DEsIcH 7EMPERA7uf(E BFIBMXC I PRESS STD/ANSI RATG f513 PQ NUMBER 435892 Po 1TEM 8I MATCRIAL CLASS K TYPE PCKLFSB GLG SFD DRWG HK<R 0 0880 Sf D VAl VE HBR 0 Dl=s IGH G-DRWG EMDRAC DRAWXHG 465!
LQCATIQH G-Df(WG FLOQf( ELEVAT1ON 223 80 VALVE Cl CVATIOH 000 80 HEIGHT FROM FI..QOR 221 09 PLANT LOCATION-I FT 088 1H 00 EAc> Ta WFc) T .>
QF Col.
PLANT LOCATION-2 FT 880 IH 08 NGRTH7 SolJ'I'H'? (3F ("OL REMAf(KB> SPARE VALVE FOR FUTURE USE VALVE Whc> OH L1HE 1S>II-333@
<<)
0 NEXT VAI..VE: UHxT 2 cAT 1 BY<<> s>I TY';.F v HBR 88314 IT;"-.>M -803 QR HEXT Sl'"D VALYF HK<R: UHIT 9 SYS XXX VALVE HBR XXXX 1HBTR VALYC HBR XXX MECI-I DE CAXL7 VALVF I IST DISPI AY/MAIHTEHAHCE VALVE LIS)T REV."BIOH 833 YALVC NUI"IK<LR 2- 1 S I-V-8831 4 -881 VALYE BAF'I'Y TRH SA LAST REVIB) 1GH 8 .)<<)
OPERATOR H LINE HUMBCR 9 99 9'>'9 999 9999 999 9 NOMINA).. SXZEl 88< . eoe P/W Tl-IICKHFS>cS/B>CI-I BCI-I I 60 ENDS Conr.-: SW GRGIJP CODE I II DESIGN Pf(EBBURE:?>',E)5 DEBIcH TEMF Ef(ATURE. 658 SEISMIC I PIiI=SS STD/A VS RATG I PQ HUMK<ER 435892> PO 1TEM 8$
MATERIAL CLASS I< TYPE PCKI Ess GLO SFI) DRWG HK<R 0 0000 B)FD VAl.YE HK<R 0 DFSXCH G-DiiWG CMDRAC DRAWIHG 4651 LQCATlQH G-Df(MC FLOOR ELEVATIGH 236 00 VALVF Fl LVATIGN 800 88 IIEXcHT I=R(3M Fl ooR 36 ee PLAHT L.GCAT1GH-"I FT 008 XH 88 EAS) T7 LJEB) T7 OF Col I"LANT LQCAT:I:OH-2 FT 808 IH 88 H(3RTH7 SOUTIH~ (3F ('OL i(EMARI<s BPARF VALYE FOR FUTLJRE UB)F.. 'SALVE WAS) QH I. IHE 1BD-168<<3)A 8
HFXT VAL.YE: UHIT 2 CAT I B>YS> SX TYPE V HK<f( 8634 '> ITEM -86'I GR NFXT SFD VALVE HBR: UNIT 9 SYS XXX YALYE NBR XXXX INSTR VAI Vl.: HBR XXX MECI I DE:.TAXL.7 VALYE LIST DISPI AY/MAXHTEHANCE VALYE LIS>T RE.:VX.>XGH 833 vALvE NuMBr=R 'ISX-v-883<5 -88!
VALVE c)AFTY Tf(H BB LAc> T REV I I QH
<<J 0 <<) <<)
OPERATOR I INF. NUMK<FR 9 99 999 . 9'>)9 9'>>99 9<?9 9 HOMINAL B) IZE 00'I . 808 P/M THT.CKHFB)s)/B)CI-I BCH- 1 F)8 LNDS CODE SM GROUP C(3DE T. II DESXCH f'RE<<s.uRE ..<B5 DESIGN TEMPERA'I LIRE 650 SEISMIC I PRFSS S7'D/ANSI RA7'C PQ NUMK<ER 435892> Po ITEM 84 MATERIAL CLASS K TYPE PCKLESS Gl 0008 VALVE HK<R 0 C'FD SF D Df(LJG HK<R 8 DEB IGN G--DRWG EMDRAC DRAWING 4653 LQCA7'ION G- DRWC FLOOR ELEVA7'IGH 23<<') 88 YAI VE EI LVA7 ION 000 00 HEXCHT I. I'CGM FLG(3R 236 80 PLAHT LOCATION-I FT 608 TH 00 Ebs> T7 . WES) T'? OF COL r-t AHT I ocA'IIGH-2 FT eeo IN 88 NORTH'? SOUTH? GF (3GL f(FI'iArlK") SPARE VALVE Fofl F U7'Uf(E LJBE VALYE MAB ON LXHE.'sla-587<<)K<
NEXT VAL.V-: UHXT 2 C:AT ( BYB SI TYPF. V HBR 88316 XTEH -861 0FL NEXT SFD i'ALVE NBR: UNIT 9 '"Ys XXX VALYE HBR XXXX IHSTR VALVC NBR XXX HECH DETAIL":)
VAI Vh. LIB r D ISI'LAY/HA1N '*"JAH(.L VAL.VE l IB'I'LEVXSXC)H 033
.VALYF HU IBEIR 2-!SI-V-8031 6 ".00 VAL.'VE".Af'rY TRH LAS) T REV1s) XQH H
BA'PERAT(3R LL'HE HUNK<I:-R 9 99 999 '))99 <999 V~9 HGHINAL. SxzE 661 . eee P/W THXCKHEc>c>/BCI I BCI-I 1 68 ENDS CODE SW GROUP CODF 1II DFSXGH PFLEBBURE: 2485 DE<<>XGH ~EHFE<<ATURF 650 SEXSHIC I PRCSS STD/AHSI RATG 1533 PC) HUHK<ER 435692 PQ XTEH 81 MATERIAI CLASS K TYPE PCl<LESS (il 0 sFD D<<wG HBR e eeee SFD VAl.VE HBR 8 DFBXGH G-DRWG END<<AC DRAWING 465!
L.C)CATr C)H C;-DFLWG FLOOR ELEVAT10N 236 80 YAI VF ELEVATIGH 808 88 HEIGHT FRGH FI..OGR 236 80 PL.AHT LGCAT IQH-1 FT 808 IH 08 EAcBT~> WEST~> OF COL.
PLANT I GCArxoH- FT eeo IH ee N(3r H~ sou'ri J~> GF CGL BEJ'IAFLIA 0
HFXT V')L VE'NIT 2 CAT 1 SYB Bl TYPE V NBR 8833 7 NEXT SI=D VALVI= HBR: UHXT 9 SYS XXX VALVF NK<R XXXX INSTR YALVE NK<, XXX ITEN -eel OR VECH DEIAI '.>
VAI.VE LXST DISPLAY/HAXHTCHAHCE VALVE LXB)T FLEYXHXQH 63,.)
VALVE HUHBER 2-FBI-V-68317 -681 VALVE SAFTY TRH SA LAc'T REVXBIC)H 022 GPI="RATGR H LINE NUMBER 9 99 999 . 999 9999 9/9 NOHXHAL B)I<<"E 881 . 000 P/W Tl-IICKHFB)B/BCH BCI-I""3 68 rHDS CODE SW GROUP CQDF XXI DEB1GH PREBSUFLE 2485 DEc) IGN TEflPERATLJBE <!)58 SEISMIC I, PRCSS STD/ANSI RATG 15!3 Po HUNK< ER PC) I TEI'I 81 NATERXAL CI ASS K TYF'E I""'CKLESS GI 0 BFD DRMG HK<R 8 0000 BFD VAl.VE HK<R 8 DESIGN G-DRW(i FHDRAC DRAWXHG 465!
LOCATION G--DRMG FLOOR FLEVAT10N 236 00 vAl.vE ELEVATIGw eoe pe HEX(iHT I'RGH Fl(30<< 236 00 PLAHT LOCATION-< FT 800 XN 08 FAv) T~ MEc>T") OF Col.
pLANT I GCArloN-2 rT eee IN ee NORTHER SOUTH'F CGL RFHAFLKc> BPARF VALYF FOR F:UTURE USF VAL VE MAc> OH L IHE 1 c)X i -3 09c)A
-'"-0 H"XT VALYE: UH1T 2 CAT BYB Sl TYf'E V HBR 863$ 8 ITEYi -881 oa NEXT SFD VALVE HBR: UNIT 9 SYS XXX vAI vc NBR xxxx INsrR VAI vE HBR xxx I'IECH DETAIL.7 VALVE I IST DISPLAY/HAXNTENANCE VALVE LIST REVIS)lOH 633 VAI VE HUNK<FR "-!BI-V-863(8 -861 VAl.VE B)AFTY TFLH B)K< LAc) T RE VIB)10H 022 OPERATOR H LINE NUHBER 9 99 999 999 ~)'))'79 999 HGHXHAL c) IZE 881 . 808 P/M THXCKHEBS/BCH SCFI-168 EHDS CODC SM GROUF CGDC XII DES) I GH PRES)s>URE 24K)5 I DE".) GH TEHF E:FLATURE 658 SF'XSHIC I FRESS STD/ANSI RArG 1 O'I3 PO HUHE<E<<4 >569" Po ITEN 6<
HATI=R IAI CLASS K rYpE F'Cl< LES)s Gl 0 SFD DRWE HK<FL 0 8800 B)FD VALVE HK<R 0 DLSXGN G-DRIJG rHDRAC DRAWING 465'36 LOCAT10H G-DRIJG F<<LOOFL ELEVATXOH 00 VALVE El EVATXGH 888 00 IIEXGHT FRGI"I FI OOR 236 00
f)LAN1 LOCATION-(
F'LANT I GCATIGH-2 fiEHAflK. SFARE vAl.vE f<<of(
FT 800 FT 809 r-uluR'sE XN 88 lH 00 EAST"?
N(3RTI<'?
WEST':>
SGU'I H" VAl.VE MAS GH LIHE
.OF 'I GF C,QL B)I( I CGL I 8SK<
-~ "0 HEXT YAl..VE: (3HI I 2 CAT I S> YS B 1 TYF'E V NBR 883'I 9 IT f H -88'I GR NEXT BFD VALVF NBR: UNIT 9 SYS XXX VALVE NK<R XXXX INSTR VAI VF HK<R XXX HECH DE>AX(.":
VALVE LIST D1BPI AY/HAIHTEHANCE VALVE Lls>T REVXS) ION 833 VALVE HUHBER 2-ISI-V-883(9 -881 VALVE c>Af TY TRH SA LAS>T flEVISIOH Q22 OPLRATQR H LINE HUHBER 9 99 999 . 999 9999 999 9 9 NOHIHAL SIZE 98 3 . 000 F'/W THXCKHESc~/cI>C'H SCH-'I 68 ENDS CODE SW GROUP CODE T.II DEsIGN FflESSU<<E 24S5 DEc) I GN TEHPERATURE 650 SEISHIC PRESS STD/AHSI RATG <533 PO HUHK<ER 4358~)2> F'0 I TE<~i 81 HATER IAL CLASS K TYPE PCl<L(=SS GLO sFD DRMG NK<R e eeee B)FD VALVE HK<R 8 DLSIGN G-DRWG r=HDRAc DRAwxNG 465(
I OCATIQN G-Df(WG FLOOR ELEVAT1GH 236 80 v~~vE ELEVATIGH eee ee I(EIGHT FRQH FI O(3R 236 08 PLANT LOCATION-3 FT 000 XN 80 EAS> T'? WES) T<<i? OF COL.
PLANT LocATIoN-2 FT eee XH ee HO~CTli: BOUTI<~ GF C(3L f(EHAF(l<cs SPARE VALVE F<<of< FUTURE Uc>F VALVE MAS QH LINE I SI I-1( 3 SA 0
NEXT VALVE: uNXT 2 cAT 1 sYs sx TYF>E v NBR ee32" XTEH -80< f)R HFXT SFD VALVE HBR: UHXT 9 BYB XXX YAI VE HBR XXXX INSTR VALVE NBR XXX HECI-I DETAIL' YALYE LIST DISF'I AY/HAXHTEHAHCE VALVE LIS) T REVISI()H 033
, VAI VE NUHBER 2-( SI-V-00322 -88(
VAl.YE S) AFT Y TRH S) A l A. T flEVXSIGN Q .)~>
OPERATOR LXNL= NUHBER, 9 99 999 . 9S'9,9<J>99 999 NGHIHAl .IzE 88< . eeo P/M THXCKHFc)s)/cSCI.I c)CI,.I 1 60
'NDS CODE SM GROUP CODE III DES) 1GN PRES>SUflE 2485 DEB X GN TEHiPERATLJRE 6.>e SEISHXC I PRI=SS STD/ANSI RATG 15'3 PG HUHK<ER 435092 f<<C) I TEH 81 HATFR1AL CLASS TYI E I"Cl< LESS GI (3 BFD Df(MG HK<R 8 8000 Sf D VAl.VE NK<R 8 DESIGN G-DRWG I=HDRAC DRAWING 465(
LOCATION G-DFIWG F LC)C)R ELEVATXQH 2>36 80 VAL.VE ELEVATT.OH 008 00 HEIGHT I=iioH I=LG(3R 36 ee PLAHT LQCATXOH-3 FT 888 IH 80 EAcST'? MES) T i> C)F<<CC)L PLANT l..ocATIQN-. r-T eee XN oo N(3RTH7 BQIJTH<<i? GF C(3L RFHARKB SPARE VAI..YE FOR FUTUF(E USE VAl.VE WAS> ON L.XHE ~BI~-341<<>A Q
NEXT VALVE: UHIT 2 CAT SYS SI TYPE V HBR 00323 ITEH -88'I Qft NI=XT SFD VALYE HK<R: UNIT 9 BYS XXX VAI VE NBR XXXX INSTR YAI VE HBR XXX HECH DETAlL?
VALVE I IST DISPLAY/HAIHTLHANCE vAl.vE l X. T FiEVXSXGH e33 VALVE NUHBI=.R 2-"ISI-V-88323 -88$
VALVE S)AFTY TRN BA l.AS>T FlEVXSXOH Q,) )
OPERATOR H LINE NIJHK<ER 9 99 (yr>)9 9999 9)>p 9 NOHXNAL SIZE eej . 800 P/M TI-IXC VHF )')/'>( H >( H (69 ENDS CODE SW rRoup cnl)E :I, :I; I DES)1GH PREc>c)URE 248 DES>1GH TEHPERATURE 650
'<<ExbHXC I PRESS BTD/AHS I RAT(.. (533 PO HUHK<Ef( f35892 PO ITEH 8$
HATLR1AI CI ASS K 7YI"E F cK(.r=ss GL.G
"'F<<D Df'WC'K<f4 8 8088 SFD VALV(.. HK<f( 8
4c, ~ 5 DFSXGH G-DRWG EHDRAC DRAWXHG 465',
LG(lATXON G-DfllrJ(i FLOOR ELFVATXGH 236 08 VALVE ELFVA'I'lGH 806 08 HETGHT FRON FLOOR 236 80 PLAH7 Lc)cATXQH-< f 1i eee XH <)0 EASTr( ?MES) T"? OF Col PLANT L(3cATXOH-2 FT eoe IH 00 H(3RTH'? SOIJTH7 GF C(3L RENARKB BPAf(E:". YALVF FGR FUTLJRE F (.I,. E VALYE MAci OH L3:HE I 0
(
~" 'NEXT VAL.VE: UHxT 2 cAT B)YS BI TYPE V NBR 88324 XTEH -885 UR NFXT, FD VAI VE NBR: UHIT 9 SYS XXX VALVC HBR XXXX IHBTR VALVE HBR XXX NECH DETAIL )
VALVE LIST DISPLAY/NA1NTEHAHCE VALYE Lls) T REVXcslQH 833 VALVC HUHBER 2-fsx-V-88324 -88$
VALVE c)Af TY Tf<H BB LAc)T fIEVXBX(3N n.."
GPERATL"R H LINE HUHBER 9 99'999
- 999 9999 999 9 9 HOH1HAl B IZF. 883 . 880 P/w THlcKNE.SS/BcH .cH <66 ENDS CGDL Bw GROUP C(3DE XII DEc) IGH PRFSc~URE 24E) DESIGN TEHPERATURE '.) >0 SCISNIC PRCSS STD/ANSI RATG 1513 PO HUHBER 43589:? PL) ITEN 8 "(
iNATLRIAL Cl ASS K TYP(= PCKI.ESS GLQ SFD Df(MG HI<R 8 8006 SFD VALVE HBR 0 DFS IGN EHDRAC DRAWING 4651 G-DRW'O(:ATXOH G-DfLWG ;L..oo'R El EvATIoH 3~ ee VAI VE ELFVATIGN 008 00 HEIGHT I'=R(3H FI OOR 236 08 PL.ANT L..o(;ATION-< FT eee IN'e WC ST'? GF CGL PLAHT L(3CAT I OH-2 FT 080 IN 00 HGRTIJr(? SOUTH'? GF CGL RF HARK c) c)PARE VAL VF f;C)fL FUTURE UcSE VALVE MAB) GH LINE I SD -342BB NFXT VALVE: UH1T 2 CAT BX TY' V HBR 80325 ITENi -881 f)R NExr SFD VALVE HBR: uHIT 9 Ys xxx LIB'I'YB VALVC. HBR XXXX INSTR VALVE HBR XXX HF('ll Dk ()
YALVE I SF'LAY/HAIN TLNAHCE VALVE." LIST f(EYXSXOH 833 VAI VE NUNBER 2-1SX-V-88325 -88$
VALYE S)A," TY TRH S)B LAS)7'EVXSIf)H 0 .)c)
OPFRATGR H LXHE HUNBFR 9 99 '))99 . 99')) 9999 9())9 9 'i NOH1NAL. S) IZE 88$ . 860 P/W THIC:KNEcis/BCI-I B)CH I 66 ENDS CODF SW GROUP CODE XII DE. IGN I REssuflr; 2<E)5 DES)1GN TEHPERATLJRE h.'>0 SEISNIC I PfIr=.>>s I rD/AN, RArG PG HUNX<ER $ 358c>h PL) I TEH 6I HATLRIAL CLASS K TYPE F'CKI CSS GLG SFD DRWG HBR 8 8808 S)FD VALVE NBR 8 DCSXGH G-DRWG EHDRAC DRAWXHG 4653 Lof;ATIOH G-DRWG FLC)OR ELEYA1'XGH 236 88 VALVf= I=l.EVATXON 888 80 Hl'- I( HT I.RGH Fl G('R ~86 80 rLAHT LfJ(:ATION-< r'r eeo XN ee E:As) Tc(? WEST'? OF CQL PI ANT I OCATIGH-2 FT 800 1H 00 NORTH" SOUTH~ OF ('QL REHARKci SPARF. VALVE FOR FUTURE USE YALVE WAB OH LlHE 3 csX 3 -342)BB 0
iHEXT VAl.VE: LJHIT 2 CAT SYEci SX TYPE Y HX<R 88326 XTEH -08'I GR NEXT SFD VALVE HBR: UHX'I' SYS XXX VAI VL NBR XXXX INSTR VAI VF NBR XXX
>'CFI DFTA3 l VALVE LIST "'ISPLAY/HAIHTCHAHCC VALVF. l.IS) T RFVIS) TON 633 VALVL NUHBLR 2- 3 S -V-86326 -881 I VALYE c)AFTY 1'RH BA LAS) T fLEVXSXGH 022 Ol"CRATGR H LINE HUNBE(R 9 99 V()>9 "))99 '))9'>"9 999 9 '))
HQHXHAL SIZE 681 . 068 P/W Tf(XCKHF.,/. CH S)CH $ 6<)
LNDS CODE BW GRGIJP (".,(3DE XT.I DESXGH PRESSL)r(E 24e5 DES) XGH TENPERATL) f(E 658 SEISi IIC I PRESS STD/AHSX RAT(, 15<3
PO HUHI<ER 43'>9')>") f'0 ITEH 0'I HA TER IAL CLASS K TYPC PCKLFSS GLG SFD 1>RMG HBft 0 8006 Sr-O YAL.VC Wert 8 DFSXGH G-DRWG LHDRAC DRAWlNG 465(
LGCATIQH G-1>RMG FI GQR ELEVAT10H 236 00 VALVE I.LI=VATIQH 008 80 HEIGHT FROH FLOOR 236 60 PLANT LOCAT3:QH-1 FT 008 IH 80 FA~) T~ WF') T> QF CQL PLANT I QCATION-2 FT 000 IH 00 NORTH7 SQUTH7 OF COL BEHARlS/SCH DES1GN TE.Hf'E";tATL)RE S)CH 1 68 658 T.
8(. I SHIC I RLSS STD/ANSI RATG 1513 PO NUHBER 435892) PQ XTEH 8i i IATLR I AL CLASS TYPE F'Cl<l ESS (..LQ SFD D<<WE; HBrt 6 6898 S)FD YALVE NBft 8 DESlGN G-DRWG EHDRAC DRAWXHG >65'.
LOCATION G-DftWG FLOOrt ELEVAIXGH :36 88 VALVE ELEVATXQH 880 88 HFIGHT FR(3H FLOOR 236 80 PLAHT l..QCATIGH-1 F'f 800 1H 88 EAS) T7 MEBT7 Of" CQL PLANT l.OCATXGH-2 FT 000 XH 00 HORTH7 SQLJTH7 Ol-"'(3L BEHAftKB) SPAftE VALiE FGB FUTURE U".)E YALVE MAB ClH LXHE'. 1SXf -343SA
-~-(>
NEXT VALVE: L)H3:T ".'AT $ BYB BI TYPE Y NI<R 80'>87 3:TEH -861 HCXT SFD VAI..VE HBR: UNIT 9 SYS XXX YALVE HBR XXXX INSTR YALVF HBR XXX HECH DETA1).. 7 VAI V - I IBT DISF'I AY/HAIN'1EHANC:.
VAL.VE LTS)T REVISIOH 633 VAI YF HIJHBER 2-t SI-V-60587 -881 VAl VE c>AFTY TRH c>A l.AS)T REVISION 0~) ~>
GPERAT(3R NGHIHAI SIZE 886 . 000 P/tJ THICKH EBS/SCI ") CH-1 60 EHDS ( QDE BW GROUP CODE I
III 650 DES1GH F'BEBSURE 248.'> I>FS) XGH TE.HPFRATL)RE:
SEISHIC 'I RESS STD/ANSI RATG 1588 PG NIJHBE';R 166138 PO ITEH 8998 HATERIAI CLASS H TYPE CHECK SFD DRMG NBB 0 9808 S>FD VALYE HBR 8 DE XGN G-DRMG EHDRAC DRAWING 4478 LOCATION G-"DRWG FLOGft ELEYA'1'IL)H ""36 88 VALVE El CVATIQN 088 68 HCXGHT FRQH I=LGQR 236 86 PLANT L.OCATIQH-< FT 888 XN 88 EAST7 WEST7 Uf. (. Ul PLANT I GCATXGN-2 FT 886 IN 06 NORTI-I'. SQUrf(7 Or- CQL REHiARKS) SPARE YALVE FOR FUTL)ftE USE VALYE WAB) OH LINE
<SX6-272SA-2 8.
HFXT VAI..VE: IJHIT 2 CAT SYS SI TYPE V NBA 80588 XTEH -60$
~
UB NEXT SFD YAI VI.=. NBB: tJHIT 9 SYS XXX VALVF HBR XXXX IHSTR VALVE HBR XXX
>'ii:Cf,'ETA~I..7 VAI VE LIST. DISPI
~ AY/HAIiNTEHAiNCE VAL VE L XST RFVJ'SIGH 833 VAI VC HUHBER 2-1 SI-V-06508 -88(
VALVE SAFTY TRH BB LAB)T ft EV I I OH 8)
QPCRATOR I..INE HUHBrR 9 99 999 .
NOHIHAL. SIZE.'8< . 000 P/ )I TH I CK NESS/c) CH SCI "1 69 I
ENDS CODE BW GROUP CGDL= XII DEBXGN Pf!ESS)URE DE$ 1GH T" HPERATURE h50 I
248.'E1SHXC PRI=SS STD/ANSI RATG 1566 PG HUMK<ER 3hh$ 38 PG XTEH 8")>98 HATCRIAL CLASS H TYPE CHECK SFD DRMC NBF>, 0 0008 S)FE) VALVE HBR 0 OESXCt< C-ORWC EHDRAC DRAWING 4476 LQCATloN G-DRWG FLof)R E( EYATXOt< 23h 80 VAI VF I.=LEVATION 000 00 HEIGHT FROM FLOOR 23h 80 PLAHT LOCATION-1 FT 800 IH 80 EAS) T? W ES) T? Qf COL r-LANT LocATION-2 r--r eee IN ee H(3RTH? SOUTH? QF (::QL F(EHARKc3 c+PAF!E VALYE FOR FUTUF)E UcSE YAI. VF MAB) GH L1HE 1$ 1h-27$ $ K<-2 0.
NEXT VALVE: UNIT 2 CAT 1 $>YB SX TYPE V HK<F>, 00589 ITE'H -88( GF(
HCXT SFD YALVE HBR: UHXT 9 BYS XXX VALVE HBR XXXX INSTR VALVE HBR XXX MECH DETATL?
YALVE LIST DISPLAY/HAINTENAHCE YAI. VE Lls)T Re~VISION 033 I 8 I
~ 8Q NUMBER Y Q(')5Q<?
YALVE SAFTY TRH BA LA$1 RE Vl )IOH 022 OPERATOR LINE NUMBER 9 99 999 . 99<? '?999 999 9 '?
HOH3:NAL $ 1ZE eeh . 000 P/W TH3'CVN~ ) 3/c)CF" Sf'I'""3 he FHDS CODC BW GRQUF'ODE X II DES XGH PRE".cscSUF)E 2485 DES) IfiN TEHPERATLJRE h50 SLI HIC PRCSS STD/ANSI RATG (588 PO HUHBER lhh138 PO 1TEH f3998 HATLRIAL CLASS H r Yr-c CHECI(
SFD DRWG NK<R 0 8000 S)FD YAI..VE HBB 8 OESXGHW-ORWC f=HDRAC DRAMIt'C 4478 LQCA7'If)H C-DRWG F'Loof( ELEVATJ:QN . 3h ee VAI VF FLEVATIQH QOO 08 HE 1GHT FROM FLQ(3R 23h 06 PLAHT LOC*TXf)N-( FT 808 1H 80 E.AB)1'? WES) T? QF CGL Pl ANT I QCATIQH- FT 008 IH 00 NORTH? SOUTH? GF ("GL f
REHAF(KS SPARE VALYE Fof( FUTURE UBE VALVE WAS ON L1NE 1 8) 3:h-278SA H<- XT VAI. "F
.)
'NIT Q
;. CAT SYB BX TYPE V HK<f( 885$ 0 HEXT SFD VAI..VC HBR: UHIT 9 SYS XXX YAI YL NBR XXXX INSTR VALYL NBR XXX ITEM -88'I IF('H I)'('AT.I OR YAI VE I IST AY/HAIHTEHAHCf= "'XBPI VAL VE I. lc>T f(EV3'BT<)iH 833 VAI VE HUHBER 2-1$ I"-V-8853 0 -00 l') g VAI. VE BAFT Y 1'RH BA LAc>T REVT$ 1GH Q G""ERAT(3R LIHE NUHBEIR 9 99 999 . <?99 99'?9 999 HQHlNAL 8 I ZE 00h . 800 F>/W TH3: CK NESS/'.)(:H ".)('H-'e CHDS C(3DE BW GROUP C(3OE III DEc) XGN PREc)cSUF>E 2485 DEsXcN TEMr Ef(AT'I.JRE h58 SEISMIC I I RESS STD/ANSI RATG 3586 PO HUME<EF( ~
1 hh1 38 PQ ITEH (3988 HATCRIAL CLASS H TYPE CHCCl<
sFo oRwc NK<F! e eeee $)FD VALVE HK<f). 8 OESICH C-ORWC EHDRAC DRAWING 4476 LOCATION G-DRWG FLOOR ELEYAT ION 2)3h 08 VALVF Fl EVAT EON 880 00 HEIGIJT FROM FLOOR 23h 00 PLANT I. O A7 TGH-1 FT 080 IH 00 EAE)T? WEST? OF CQL r.LANT I ocArxoN-. I=T oae IN 00 NORTI~? SouTI~? OF COL REHAF(KS SPAF! E VAL.VE FQR f UTURE USE YALYE WAS OH LXHE 'I Slh-843A-.
2 8.
NEXT VALYE: UHIT 2 CAT SYS SI TYPE V NK<f( 005'I l Xl'EM -88$ Qi!
NEXT SFD VALVE HBR: UNXT 9 SYS xxx vALvc HBR xxxx IHsrR vAI,E HBR xxx HE(::I-I DETAIL?
vAI vF I rsl oIsrl AY/HAINrCHAHCC VALVE I..IST REVXS>lf)H 033 VAI Vl= HU<IBFR 7-1$ I-V-885( J -88(
VALVE SAFrY rRN BB LABT REYXBIotf OPERATOR I. 1 t<I'= NUMK<f. R 9 99 999 . <<" 9V '>"'>>99 999 scl-I-'I 68 NQMlHAl..)1ZE f=NDS CGDF DESIGN PRESSURE 006 BM 2485
. 088 P/w THlc,'I<,'HEBB/scl I GRour- C(3DE DES>3:GN TEMPEf(A7'URE ill 650 Sf= ISMXC !.-of= s srli/AH I RArG ~588 PQ HUMK<ER 3 661 38 F>o IrEt< c)<</<<J8 t.ArERIAL CI Ass rYpE CHE:Cl<
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PLANT LOCATION-2 FT 000 IH 80 NORTH'OUTH'? OF C(3L REMARKS SPARE VALVE FOR Fu'ruRE Us) E VAl VE MAc; QH l THE I S>3'6 80c>F e.
H":XT VALVE: IJN1T "'AT 3 BYS Sl TYPE V HK<R 885$ " 1TEM -88l Qc}
NEXT BFD VAI VF NBR: IJNIT 9 SYS XXX VALVF NK<R XXXX IHS'rR VALVE NBR XXX MECI.I DETAIL":>
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I-I..ANr I ocArION-2 I='r eee IN ee HOiCTI~ ) SOU r ~<~ OF COL REMARK PAF(E VALVE r-C)fi Fu.rufIE uSE YAI.VE MAB Qtx l.lHE 3 BI 6 8'! BA 2 0 NEXT VALVE: UNXT 2 C;AT 1 SYS BX TYPE V HBR 88533 ITEM -80$ C)f<
NEXT SFD VALVL NBR: UNIT 9 SYS XXX VAI VE HBR XXXX INSTR 'LVF HK<R XXX i~! ECFI DE'1'All. )>
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(3PERATGR I IHE HUMBFR 9 99 9<>>9 . 999 9')>~r9 99(P Pr HQYiIHAI.. 8) I ZF 886 . 898 P/M TII3:CXNEBB/SCH SCH-<60 LHDB CODE BM GROUP CODE IXI DE,. IGH PFIEBsuRE:. <85 DEc3 I GN TEMi)ERATURE 658 BLISMIC PRESS BTD/ANSI RATG 1589 PO NUMK<ER j 66( 38 Po I TEth <<8<<293 MATLRIAL Cl ASS H 'r'Yl E Cl'FCK BFD DRMG HK<R 8 8800 SFD VALVE HI<A 8 DESIGH G-DRMG FMDRAC DRAWING 4470 LOCATlQH G-DF(WG FLOC)f( ELEVATIOH 236 88 VALVE EI.FVAT ION 008 00 HI=XGHT FRoM FLooR '"36 oe PLANT LGCATXOH-!
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NORTH'OUTH'7 WEST'F OF C(3L COL.
Ri:NARKB S)PARE VAl.VE FOR FL<TURE UBE VALYE MA~c QN LXHE ~ $ 36 .80c)K NEXT YALVE: UHXT 2 CAT 1 SYS BI TYPE V HK<R 8851 0 XTEMi -80 I C)R HEXT SFD VALVE NBR: UNIT 9 SYS XXX VA< VE HBR XXXX INSTR VAI Vl= HBR XXX MECI-I DETAXl.7
VALVE. L IST DISPI AY/HAIN'I'FHAHCL VALVE LIST REVXB>IGN 833 VAI VE HUHBER ~-fsl-V-88514 -88$
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NQH I NAL 81ZE 988) . 088 P/lJ Tl-IXCKHE<<J<8 FNDS C(3DE Bw GROUP CODE III DESIGN PREBSUREE DEB>IGN TEYiPFRATURE 386 I
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NEXT VALYE: UHxT 2 CAT 1 BYB sx TYF'E v HK<R 08544 1TEH -961 ofl NEXT 8-D VALVE NBR: UNIT 9 SYS XXX YALVE NBR XXXX INSTR VAI VE HBR XXX HECII DFTAIL "~
VALVF LIST DI BI I AY/HA;L'HTEHAHCI=
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~Q NUHK<EP. ) F)F>) 38 PO ITEN 89 >8)
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GPERAroR LINE NUHBER 9 99 99'>> . (>)9<>) 9999 () 9'>) 9 NOMINAL $ 1ZE 01; . 000 P/M THICK HES<CI I .1 48 ENDS CODE BM cRQUr- conc DES> IGH PRESBUfLE 2485 DE. ICN TE:Nr EfLAZUrLE 658 SE'LSMIC I PRESS STD/ANSI RATG 1560 Po HUHK<'R 166138 Po ITEN 12 MATERIAL CLASS H TYPE CHI=CI<
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COL I"LAHT L(3CAT ION-2 FT 000 IH 08 Nomic'rH~ sou'rH'~ GF coL RFHAELKS SPARE VALVF Fofl FUTURE USE VALYE WA'.) OH LXHE 1$ X12-163SA- 8.
NEXT VAlYE: UNIT 2 CAT 1 SYS B>1 TYPE V NK<R 88547 1TEH -881 Ofl NCXT SFD YALYE HBR: UNIT 9 SYS XXX YAI VE HBR XXXX INSTR VALVE HBR XXX HFCH DErhXL'?
VALVE LIST DISPLAY/MAINTI.HAHCL YAl..VE LXB)T REVXSl:f)N 033 VALYE NUHBER 2-1$ I-V-88547 -801 VALYF F>AFTY TRH <<>A LAST REVXB)Xf)H 0 ".),)
OPFRATGR HOMINAL SIZE.:
ENDS CODE 81 BM
.. 688 LINE NUMBER 9 9(>) 99 P/W THICKNESS/BCH GROUP C(3DE BCtI-1n9 XXI
()>'2'7 <</'>>(')>9 (i"')"'7 DES XGH f'fLEBBURE ."'485 DEB)XGH TEHI'-'ERATUELE 6'>8 SFXSMXC I PRLSS STD/ANSI RATG 1500 PO NUNK<EEEL 166138 Pf) 1TEN HATER I Al Cl ASS H TYI E CHI'="CK SFD DRL'JG HK<R 8 0066 $)f D VALVE: NK<fL 9 DFSIGN G-DRWG EI"IDRAC DRAWXHG 4479 LOCATION G-->>Rwc FLGQEL E:".l EVATXQN 2>36 00 VAI. YE ELEVATIGH 008 00 @EIGHT FROM I=I aoR 236 00 PLANT LOCATXf)H-1 FT 800 XH 00 EAST'7 WEST"(> f)F COL Pl ANT I OCAT I (3H-; FT 000 X H 06 NORTH'GIJTI{7 Ol." CGL (LENARKS $)PAELE VALVF. FOR FUTURE UBE VALVE WA.'>I ON LINE 1 S I 1 2-1 61 SA-2 6.
HFX r VALVE: UN1T 2 CAT 1 8) YB> Bl TYPF. V HK<fL 895>48 XTFH -601 Of(
HEXT BI'=D VALVE HBR: UNIT 9 SYS XXX VALYF HBR XXXX INSTR YALVE HK<R XXX MECI.I DETAXI...7 YALYE I IST DISPLAY/HAIHTEHAHCE YALVE LI<<>T fLEV1$ 1QH 0 VALVC NUHBER 2-1$ I-Y-88548 -061 VALVE BAFTY TRH BK< LA'>T REV1$ 1GH 022 (3PCRATQR LINL= HUHK<ER 9 99 ())'i'9 . 990 9999 <>)(>) 9 9 HOMINAL SIZE 81 2 . 699 P/W TI.IICKHF<<>$/<<BC).l <<)CI-I 148 FHDB C(3DE K<M GROUP CODE I II DESIGN fPfLEBSURE 2485 DF<<) IGH TEHPFRATURE 658
$>EISHXC I PINESS STD/ANSI RATG 1<500 PO HUHK<ER 166138 Po ITEN 1 HA rl-=RIAI CI AS, TYPE CIIECI<
Bf'D DRWG NOEL 8 0000 BFD VALVE HBR 8 DE$ 1GH G-DRWG CMDRAC DRAMXNG 4 479 LOCAT1QH G-DRWG f<<LQQR ELEVATloH 2>36 08 VALYE EI EVATIQN 600 00 WEICWT FliOM I=I OOR 236 80 PLANT LOCATION-1 FT 808 IH 09 FAST"'<E<<) T" OF CGL PLANT LL3CATI<3N-2 I=T 006 IH 80 NORTH'OIJTH". GF C(3L
REMARKS) SPARE VALYE FOR I"'UTLJRE IJSF VALVE (JAB) UH L1HE 1SI12-16288-2 0.
NEXT VAI.VE: UNIT 2 CAT 1 SY') SI TYPE V HK<R 88549 XTEM -881 GFL HEXT SI=D VALVE HBR: UN1T 9 SYS XXX VAI VE NK<R XXXX INSTR VALVC HK<R XXX MiECH DETAIL7 VALVE LTST DISPLAY/MAINTEHAHCE VAL.VE L IcST REVISION 933 VAI VE NUMK<ER 2-1$ I-V-99549 -001 VALVE c>AFTY TRH BA LAST REVISION PQ .>
OPI=RATOR I IHE N(JMBI=R 9 99 999 . 999 9999 999 9 HOMIHAL SIZE 012 .* 000 P/W 7 flICKHEB)$ /$)CH SCH-1 48 ENDS CGDC . BM* GRour- cGDC Ill 658 DES) XGH PRES>BURE 2485 DE. IGH TEMPERATURE SEISMIC I PRCSS STD/AHSI RATG 1508
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166138 ITEM J
PO NUMBER PG MATLRI AL (."I ASS H TYPE CHECK SFD DFLWG NK<P, 8 0080 SFD YAl.YE NK<R 0 DLSIGN G-DRMG CMDRAC DRA W IHG 4479 LOCATION G-DRMG FLOQFL ELEVAT1QH 236 00 vALvL cLEvArIGN 889 oe I1EXGIET FROM FI..QOR 236 80 PLAHT l.oCATXON-1 FT 880 IH 00 EAB) T7 ME'.) T'? OF CQL PLANT LOCArXGN- Fr pee IN oe HGP.TH7 SQIJTH7 . GF CQL FLEMARKS SPARE VALVE FGP. FUTLJRE UBE VALYE WAB GN LINE 1sI12-16isA- e.
NEXT VALVE: 'H1T 2 CAT 1 SYS BI TYPE V HK<R 89584 NEXT SFD VAI VE HBR: UNlT 9 SYB XXX Vill VC NBR XXXX INSTR VALVF HBR XXX lTEMi -001 Gcl MECI-I BETA L.7 I VALVE I T ST D I SPI AY/MA IHTEHAH(.;E VALVF. L.XS)T REVXB)XGH 9".3 VALYE NUMBLR 2-1SI-V -99584 -981 YhlVE c>AFTY TRN BA LAST REVI$ 1GH 922 Gl'LRATOR I IHE HIJMBER 9 99 99 9 . 999 9999 9'79 9 9 HOMlHAL SIZE 006 . 000 P/W T H I CK HEc>$ /c~cH BCH-169 ENDS CODE BW GROUP CODE III 650 DES) XGH PfLEB)cBUFLE 2485 DFB) IGH TEMPEFLATURE SEISMIC I PRCSS BTD/AHSI RATG 1506 PO HUMBER 166138 PO ITEM 8973 MATLRIAL CLASS H T Yl-"F CH'=CK SFD DRWG HK<R 0 0000 SFD YALVE NBR 0 DESIGN G-DRMG LMDRAC DRAWING 4478 LOCATION G- DRWG FLOOR EL.FVATXQH ")36 00 VAI VE ELEVATION 088 08 HFIGHT FROM I.I OGR 236 08 PLANT LGCATIQH-1 FT 088 IH 00 EhsT7 LJEBT7 GF COL PI AHT I..GCATIOH-2 I'=T 800 IH 00 NQRTH7 SG(JTH7 '"F I.GL fLFMiARKB> SPARE VAI..VE FGR FUTURE UBE VALVE Whs QH LINE 1 S I 6-272$ A-2 8 HFXT VALYE: UHXT 2 CAT 1 SYB) $ 1 TYPE V HBR. 00585 ITEM -001 QR NEXT SFD VALVE NBR: UNIT 9 SYS XXX VAI VE NBR XXXX INSTR VAI VC NBR XXX MECH DETAXl.7 YALVF I IST DIBPI AY/MAINTENANCE VALYE LX BT FLE.Y I $ X OH 833 VALVF NUMBER 2-1SX-V-08585 -80'1 LAST REV I 8) XOH
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VALYE SAFTY TRH $ 8 .>
OPERATOR I IHE HUMBI=R 9 99 999 ")>999 '>>>> 9 9 HGMlHAl. $ 1ZE 886 . 900 f>/M Tl-llCKNESS)/BCI-I SCH-168 EHDS CODE BM GROUP CODL I II DESIGH PFLESSURE 2485 DES IGH TEMF>ERATLJRE: 659 SLISI'I IC I pw-=$ $ "rD/ANBI RA'IG 1589 Po HUMK<ER 166138 PG ITEM 8973 MATERIAL Cl ASS H TYPE CHI'=CK sFD DRMG HK<FL e eeee $>FD VALVE HK<FL 0 DESXGH G-DRMG CMDRAC DRAIN IN G 4479 LOCATLQH G-I)FL<iJG FLO<JR ELEVATIGH 2.<s. 99
4 YALVE I.'I EVATIOH 600 80 )lEIG)3T FR(3H Fl O(3R 236 68 pi,AHT LQCATIGN-'I Fr nee rN ee EA')T" MF~) I"> Gr- Col.
Pl AHT LQCATXOH-2 I- T 680 IH 00 H(3RTI37 SOIJTH7 GF (.;OL REHAF(KS SPARE VAI..VE FQF<, FUTURE liSE VALVE MA.") QH I.. INE 1SI6-271SB-2 0 NEXT VALVE: UNXT 2 CAT f SYS sr TYPE V NBA 00586 I'1'EH -86$ QR i'<EXT SFD VALVF HBR: UNIT 9 SYS XXX VALVE NBR XXXX INSTR YALVE HK<R XXX HE(.'H DETAIL7 VALVL I IST DXSPI AY/HAIHTEHAHCE VAl.VE LXST F<EYXSXON 833 YAI vE HUHB<=R OPERATOR 2-)sr-v-88586 -883 VALVE SAFI'Y TRH SA LAS) T flEVIs) X OH LXNE HUHBLR 9 99 999
'22 . 999 9999 999 9 9 NQHrNAl. BrzE ee6, . eee r/w THICKNESS/Bc~i scli-<6e ENDS CODE Bw GRoUP coDE IXI DES XGN F" f(ESSURE 2485 DESIGN TEHPERATURE 650 BEISHIC r PRESS STD/ANSI RATG 3508 PQ HUHK<ER $ 665 38 Po X1'EH FAUGH HATERIAL CLASS H TYPE CHECK SFD DRMG NK<ft 8 0088 SFD VAl.VE HBR 0 D(. SIGH G-DRMG I=HDRAC DRAWING 4476 LQCATXGH G-DRWG F Loof< i LEVATXGH 236 00 VALVE I=LEVAT I(3H 080 00 IIEIGHT FLOOR::s6 ee PLAHT LOCATION-3 FT 800 IH 80 WEST~ Qf-i AHT LOCATION- I-T ene IN ee SGIJTH7 OF COL CQ'ORTH7 flEHARICS SPAFlE VAl VE FOR FUTURE UBE vALVE MAB) QN l.T.HE i SI6-278SA-2 0 HFX1 VALVE'NIT 2 CAT 2 BY') AF TYPE V NK<R 888$ 0 H=XT SFD VAI VE NBR: UNIT 9 SYS XXX VALYE HBR XXXX IHSTR VAI VE HBR XXX TTEH< -eel QR HECI I DETAXl.7
"4 I 4 Re uest For Relief No. Rl-05(B) Pum Casin s Cate o B-L-2 Item B12.20 Identification of Co onents'.
Internal surfaces of Safety Class One (1) pumps, as listed on Attachment "A" of this relief request.
ASIDE Section XI Code Re uirement:
Examination Category B-L-2, Item 12.20 requires a preservice visual examination (VT-3) be performed on the internal surfaces of Safety Class One (1) Pumps.
Code Relief Re uest:
Relief is requested from the preservice visual'xamination (VT-3) of the internal surfaces of Safety Class One (1) Pumps.
Alternative Examinations'.
Components will be subject to system leakage pressure tests and visual (VT-2) examination during refueling outages.
Basis For Re uest Relief:
To perform visual examinations on the internal surfaces of Safety Class'ne (1) Pumps, would require disassembly of those pumps. It is CPSL's position that this disassembly process would be a hardship without any appreciable compensating increase in the level of Quality and/or Safety. All Safety Class One (1) Pumps have already undergone more stringent examinations as part of the fabrication process, giving a very high confidence level of structural integrity. In addition, all Safety Class One (1) Pumps were visually examined prior to installation into the their respective systems. The disassembly of essentially new pumps may also cause unnecessary damage to occur, due to the disassembly process.
Construction Code Examinations'.
Volumetric Surface Mem/ReliefReq/Page 10/OS1
Technical Justification For Re uestin Relief:
The non-performance of preservice visual examinations (VT-3) of the internal surfaces of Safety Class One (1) Pumps should not have any adverse impact on Plant Quality, Safety, or Reliability, as more stringent examinations were performed during the fabrication process. The pumps were also subject to hydrostatic tests at design temperatures and pressures, and will be subject to periodic performance testing. Inservice examinations of the internal surfaces of Safety Class One (1) Pumps will be performed as stipulated by the ASME Section XI Code, when plant conditions allow the examinations to be performed.
Mem/ReliefReq/Page ll/OS1
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Re uest For Relief No. Rl-006 Full Penetration Welds of Nozzles In Vessels Cate o B-D Items B3.90 B3.110 B3.130 and Pressure Retainin Dissimilar Metal Welds Cate o B-F Item B5 40 Identification of Co onents'.
Full penetration welds of nozzles in vessels and pressure retaining dissimilar metal welds, as listed on Attachment for this relief request.
ASME Section XI Code Re uirement:
Examination Category B-D, Item(s) B3.90, B3.110, B3.130 require volumetric (U.T.) examination. Examination Category B-F, Item 5.40 requires volumetric and surface examinations.
Code Relief Re uest:
Relief is requested from 100X volumetric (U.T.) examination due to nozzle configurations not being conducive to 100X volumetric (U.'Z.) examination, and/or component obstructions not allowing 100X volumetric (U.T.) examination(s) to be performed (see attached computer listing indicating applicable situations for each weld).
Basis For Re uestin Relief:
In accordance'with the requirements of ASME Section XI Code, nozzle to vessel welds require volumetric (U.T.) examination from two (2) sides of the weld to be 100X complete. Due to nozzle configurations of these components, 100X volumetric (U.T.)
examination was limited, mostly, to the shell-side of the nozzle welds. Shell side examinations were limited, somewhat, due to obstructions (insulation tabs, heater obstructions). In addition, the pressurizer nozzle to safe-end butt welds were also limited due to nozzle configuration and insulation tab obstructions.
Volumetric (U.T.) examinations in limited areas were accomplished as a best effort attempt to cover as much of the code required area or volume as possible. These areas where complete examination of 100X of the required volume or areas could not be achieved were indicated and noted to the extent on the examiner's data sheet and the limited cause noted. These data sheets are available at the SHNPP Plant Site for review.
Mem/ReliefReq/Page 12/OS1
Alternate Examination:
Volumetric (U.T.) examination was performed to the maximum extent possible from one (1) side of the weld. In addition, component welds will be subject to system pressure tests during refueling outages in which visual (VT-2) examinations will be performed to the maximum extent possible.
Construction Code Examination(s):
Volumetric Surface Technical Justification For Re uestin Relief:
Nozzle to vessel welds and nozzle to safe-end butt welds are not conducive to two (2) sided volumetric (U.T.) examination due to the nozzle configuration. In addition, obstructions sometimes prevented accessibility to the weld volume to perform 100Z volumetric (U.T.) examination. Components were subject to 100Z volumetric and surface examinations during fabrication/construction. Components were also hydrostatically tested at design temperatures and pressures., No impact on Plant
~lity, Safety, or Reliability is expected, as these components were 100Z volumetrically examined during fabrication/construction, and will be visually examined (VT-2) during refueling outages to ensure component integrity.
Mem/ReliefReq/Page 13/OS1
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QUERY RESPONSE REPORT CP6L HARRIS
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I I-PZR-0 IMWTVW-14 VMTHW PDI-O'I B-DB 83.110 UT-45$ SRELL SIDE ONLYI 20)I OBSTRUCTEO 7.5" FROM C/L BY TRANSITION 11-PZR-OIMWTVW-14 VMTHW POI-01 8-08 83.110 UT-605 SHELL SIDE ONLYI 20II OBSTRUCTEO 7.5" FROM C/L BY TRANSITION
! I -PZR-0 I NI R-08 VNIR POI-Ol 8-DB 83+ 120 UT-70S HEATER OBSTRUCTION 3" FROM WELD C/L Il-PZR-O'INSEW-15 VSE F0 1-0'I 8-F 85. 40 UT-505 OBSTRUCTEO-4 INSULATION TABS II-PZR-OINSEW-16 VSE PO 1-01 8-F 85. 40 UT-455 INCOMPLETE NOZZLE SIDE-NOZZLE COKFIG.
II-PZR-OINSEW-'l7 VSE PDI-01 8-F 85. 40 UT-455 INCOMPLETE NOZZLE SIDE-NOZZLE CONFIG.
I I-PZR-0 INSEW-18 VSE POI-Ol 8-F 85. 40 UT"455 INCOMPI.ETE NOZZLE SIDE"NOZZLE CONFIG.
I I-PZR-0 INSEW-19 VSE POI-01 8"F 85. 40 UT-45S INCOMPLETE NOZZLE SIDE-MOZZLE COMFIT 11-PZR-OINSEW-20 VSE POI "01 8"F 85 ~ 40 UT-45S INCOMPLETE NOZZLE SIDE"NOZZLE CONFIG.
Il-PZR-OIMTHW-06 VNTVW POI-01 8-DB 83. 110 UT-00 HEATER OBSTRUCTION 3" FROM WELD C/L 11-PZR-OINTHW-08 VNTVW POI-01 8-08 83.110 UT-455 HEATER OBSTRUCTION 3" FROM WELD C/L I I-PZR-0 INTHW-08 VNTVW POI-OI B-OB 83,110 UT-605 HEATER OBSTRUCTION 3" FROM WELD C/L I I-PZR-0 INTHW-09 VNTVWI POI"01 B-OB 83. 110 UT<<OO SHELL SIDE ONLY II-PZR-OINTHW-09 VNTVWI POI-01 8-DB 83. 'I 10 UT-455 SHELL SIDE ONLY II-PZR-DINTHW-09 VMTVWI POI-01 8-DB 83. 'I 10 UT-BOS SHELL SIDE ONLY I I-PZR-0 INTHW-10 VNTVWO POI-01 8-DB 83. '110 UT-00 SHELL SIDE ONLY I I -PZR-0 INTHW-'I 0 VNTVWO F0 1-01 8-DB 83.1'IO UT-455 SHELL SIDE ONLY I I-PZR-0 INTHW-10 VNTVWO F0 1-0'I 8-08 83.'110 UT-60$ SHELL SIDE ONLY I I-PZR-0IMTHW-II VNTVWO POI-01 8-08 83.110 UT-00 SHELL SIDE ONLY I I-PZR-0INTHW-11 VNTVWO PO'I-OI 8-08 83.'110 UT-455 SHELL SIDE ONLY 11-PZR-OINTHW- II VNTVWO POI-O'I 8-08 83. 110 UT-605 SHELL SIDE ONLY 11-PZR-O'INTHW-12 VNTVWO POI-01 8-DB 83.'I IO UT-00 SHELL SIDE ONLY
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I I-SG-0015GA-CLNTVW-12 VNTVWO POI-01 B-OB 83.130 UT-605 SHELL SlOE ONLYI INSULATION TABS (8)
I I-SG-00 I SGA-HLMWTHW-14 VMTHW PO'1-01 8-DB 83.130 UT-00 SHELL SIDE ONLY) INSULATION TABS (5) 11-SG-0015GA-HLMWTHW-14 VMTHW POI-01 8-08 83.'130 UT-455 SHELL SIDE ONLY I I-SG 00)SGA-HLMWTHW-14 VMTHW PO I-O I 8-DB 83. 130 UT 605 SHELL SIDE ONLY I INSULATION TABS (5)
I I-SG-0015GA-HLNTVW;07 VNTVWI P01-01 8-DB 83.'130 UT-00 SHELL SIDE ONlY) INSULATION TABS (9)
I I-SG-001SGA-HLNTVW-07 VNTVWI POI-01 8-DB 83. '130 UT-455 SHELL SIDE ONLY; INSULATION TABS (9)
I I-SG-00 I SGA-HLNTVW-07 VNTVWI PO I "01 B-DB 83. 130 UT-605 SHELL SIDE ONLY; INSULATION TABS (9)
II-SG"00'ISGB-CLMWTHW-15 VMTHW F0 1-0'I 8-DB 83. 130 UT-00 SHELL SIDE ONLY; INSULATION TABS (4)
II-SG-OOISGB-CLMWTHW-15 VMTHW POI-01 8-08 83.130 UT-455 SHELL SIDE ONLY; INSULATION TABS (4)
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COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS I I-SG-00 I SGB-CLMWTHW-15 VMTHW POI-OI 8-08 83.130 UT-605 SHELL SIDE ONLY; INSULATION TABS (4) 11-SG-001 SGB-CLNTVW-12 VNTVWO PO'1-01 8-DB 83.130 UT-00 SHELL SIDE ONLYI INSULATION TABS (6)
I I-SG-00 I SGB-CLNTVW-12 VNTVWO POI-01 B-DB 83.130 UT-455 SHELL SIDE ONLY$ INSULATION TABS (6)
I I-SG-OO I SGB-CLNTVW-12 VNTVWO PO I-O'I 8-DB 83 ~ 130 UT-605 SHELL SIDE ONLY$ INSULATION TABS (6)
II-SG-00'ISGB-HLMWTHW-14 VMTHW P01 01 8-DB 83. 130 UT-00 SHELL SIDE ONLY$ INSULATION TABS (3)
II-SG-001SGB-HLMWTHW-14 VMTHW POI-Ol 8-DB 83. '130 UT-45S SHELL SIDE ONLY I INSULATION TAB II-SG-OOISGB-HLMWTHW-14 VMTHW POI-Ol 8-08 83.130 UT-60S SHELL SIDE ONLYI INSULATION TABS (2)
II-SG-001SGB-HLNTVW-07 VNTVWI P01 01 B-DB 83.'I30 UT-00 SHELL SIDE ONLY; INSULATION TABS (5)
II-SG-OOISGB-HLNTVW-07 VNTVWI P01 01 8-08 83.130 UT-455 SHELL SIDE ONLYI INSULATION TABS (2)
II-SG-001SGB-HLNTVW 07 VNTVWI P01 Ol 8-DB 83.'130 UT-60S SHELL SIDE ONLY; INSULATION TABS (3)
II-SG-001SGC-CLMWTHW-15 VMTHW POI 01 8-08 83. 130 UT-00 SHELL SIDE ONLYI INSULATION TAB II-SG-001SGC-CLMWTHW-'15 VMTHW POI-O'I 8-08 83. 130 UT-455 SHELL SIDE ONLYI INSULATION TAB II-SG-001SGC-CLMWTHW-15 VMTHW POI-Oi 8-08 83.130 UT-60S SHELL SIDE ONLY; INSULATION TAB II-SG-001SGC-CLNTVW-12 VNTVWO POI-01 B-DB 83.130 UT-00 SHELL SIDE ONLY; INSULATION TABS (5) 11-SG-001SGC-CLNTVW-12 VNTVWO POI-01 8-DB 83 ~ '130 UT-45S SHELL SIDE ONLYI INSULATION TAB II-SG-OOISGC-CLNTVW-12 VNTVWO POI-O'I 8-08 83.130 UT-60S SHEI L SIDE ONLY$ INSULATION TABS (3)
II-SG-OOISGC-HLMWTHW-14 VMTHW PO 1-01 8-DB 83. 130 UT-00 SHELL SIDE ONLYI INSULATION TAB II-SG-001SGC-HLMWTHW-14 VMTHW PO 1-01 8-DB 83.130 UT-455 SHELL SIDE ONLY) INSULATION TAB 11-SG-001SGC-HLMWTHW-14 VMTHW PO 1-01 8 DB 83 ~ 130 UT BOS SHELL SIDE ONLYI INSULATION TAB Il-SG-OOISGC-HLNTVW-07 VNTVWI POI-01 8-08 83. 130 UT-00 SHELL SIDE ONLY$ INSULATION TABS (3)
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Re uest For Relief No. Rl-007 Branch Pi e Connection Welds Cate o B-J Item 9.31:
Relief Request R1-007 has been deleted and the welds listed as part of this relief request have been added to Relief Request Rl" 003
'em/ReliefReq/Page 14/OS1
Re uest Por Relief No. Rl-008 Inte ral Attachments Por Vessel Cate o B-H: Item 8:20:
Indentification of Com onents:
Internal welded attachments on the Pressurizer, as listed on Attachment for this relief request.
ASME Section XI Code Re uirement:
Examination Category B-H, Item 8.20 required a surface or volumetric examination, as applicable, be performed on integral welded attachments to the Pressurizer.
Code Relief Re uest:
Relief is requested from performing 100X surface examination on integral welded attachments to the Pressurizer, due to the attachments configuration not allowing access to 4 in. of the base material, past the top end of the welds (see attach detail sketch) ~
Alternate Examinations.
The inaccessible portions of the attachments will be periodically visually (VT-1) examined to ensure structural integrity.
Basis Por Re uestin Relief:
The design of integral welded attachments, on the Pressurizer, does not allow access to 4 in. of the base material to facilitate 100X surface examination completion, as required by Code.
Construction Code Examination(s):
Surface Technical Justification Eor Re uestin Relief:
The integral welded attachments were surface examined for essentially 100X of the weld length, as possible. The inaccessible portions of the attachments will be periodically visually (VT-1) examined to ensure structural integrity. No impact on Plant Safety, equality, or Reliability is expected as the attachments will be periodically examined to ensure structural integrity.
Mem/ReliefReq/Page 15/OS1
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Re uest For Relief No. Rl-009 Pressure Retainin Boltin 2 Inch and Less In Diameter Cate o BW-2 Item B7.60:
Relief Request Rl-009 has been deleted due to component obstructions being removed for other plant activities, and the required ASME Section XI Code Requirements being completed.
Mem/ReliefReq/Page 16/OS1
Re uest For Relief No. R2-001 - Pressure Retainin fields In Pi in Cate o C-F- Item 5.21 and Inte ral Attachments For Vessels Pi in Pum s and Valves Cate o C-C: Item s C3.20 and C3.30:
Identification of Com onents:
Pressure retaining circumferential piping welds', and integral welded attachments on piping, pumps, and valves as listed on Attachment for this relief request.
ASMB Section XI Code Re uirement(s):
Examination Category C-F: Item 5.21 requires, on pressure retaining circumferential welds in piping > ~< in. nominal wall thickness, a surface and volumetric examination be performed.
Examination Category C-C: Item(s) 3.20 and 3 '0 requires a surface examination be performed on integral welded attachments meeting the following condition'.
(1) The Attachment base material design wall thickness is 3/4 in. or greater.
Code Relief Re uest:
Relief is requested from performing lOOX volumetric and/or surface examinations on listed circumferential piping welds (> ~< in.
nominal wall thickness) and listed integral welded attachments due to component configurations (pumps, valves) not being conducive to examination, and/or structural obstructions (permanent hangers, saddle plates, support structures, or interviewing members for other systems) not allowing accessibility to perform lOOX surface and/or volumetric examination, as applicable (see computer listing for component identification and completion percentages for the appropriate examinations).
Alternate Examinations.'omponents will be subject to periodic system pressure tests and be visually (VT-2) examined to the maximum extent practical.
Construction Code Examinations'.
Volumetric (As Applicable)
Surface (As Applicable)
Mem/ReliefReq/Page 17/OS1
Technical Justification Por Re uestin Relief:
Component configurations (pump, valves) and/or structural obstructions (hangers, saddle plate, support structures . . .) do not allow 100X volumetric and/or surface examinations to be performed. Components were subject to fabrication/construction volumetric and/or surface examinations, as applicable.
Hydrostatic tests were also performed at design temperatures and pressures. Components will be subject to periodic system leakage pressure tests and be visually (VT-2) examined. No impact on Plant Safety, Quality, or Reliability is expect, as these components will be subject to periodic pressure tests to ensure structural integrity.
In response to NRC Question 250.1 where a sample of welds in the ECCS, CHR, and RHR were required to be volumetrically examined that were exempt from examination by 1WC-1220 and Table 1WC-2500-1, CPKL has performed 1,064 additional examinations of piping welds in these systems, including 525 surface and 539 volumetric examinations.
The 539 welds that were selected for volumetric examination were chosen based upon location in the system where, if a failure occQrred there would be a loss of system integrity and prohibit use for its intended safety and design function. Presently, of the 539 welds, 141 require relief under Relief Requests R2"001 and R2-003. These relief requests identify the specific reason as to why a 100K ASME XI Code examination could not be performed on those welds.
Of the total population of welds in these systems, the sample size is in excess of lOX of the total number of welds.
Mem/ReliefReq/Page 18/OSl
00101 01000 ~ 0000000000010000000000000010 ~ 0000000ttttttttttt'5/1 NUTECH/PRISING 0tttttttttt 101 Mo PAGE:
1 QUERY RESPONSE REPORT 0 0 HARRIS 1 ~ RELIEF REQUEST R2-001: COMPONENTS REQUESTED FOR RELIEF tttttttttttttt100101t0000000000101001100000000000000 ~ 00000ttttttttttt10000000000000t000010000000000000000000001 010001010000000000000 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-AF-006AF-FW-245 PC,PIPE-PBCC,T P04-01 FSAR 6.6.88 UT-455 CIRC. 75%, AXIAL 75% COMPLETE
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II-CS-001CT-SW-J3 PE,LR -PC,PIPE P03-01 SER 250.15 PT WELD 87% COMPLETE II-CS-006CS-SW-I4 PCoRED -PCePIPE P03 01 SER 250. 1V UT-45S CIRC ~ 50% e AXIAL 50% COMPLETE II-CS-007CS-SW-A4 PC,RED -PC,PIPE P03-01 SER 250.1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CS-021CS-H-0011I(4) PC.PIPE-PI ~ LUGN Pol-01 C-C C3.20 PT WELD 95% COMPI.ETE II-CSIP-1CSIP-A-WA1 TIFEET P01-01 C-C C3.30. PT 80% COMPLETE-PUMP CONFIGURATION I I-CSIP-1CSIP-A-WA2 TIFEET P01-01 C-C C3.30 PT 78% COMPLETE-PUMP CONFIGURATION I I-CSIP-1CSIP-A-WA3 TIFEET P01-01 C-C C3.30 PT 78% COMPLETE-PUMP CONFIGURATION 8 NOZZLE I I-CSI P-1CSIP-A-WA4 TIFEET P01-01 C-C C3.30 PT 70% COMPLETE-PUMP CONFIGURATION 8c FLANGED END I I-CSIP-1CSIP-8-WA1 TIFEET P01-01 C-C C3.30 PT 80% COMPLETE-PUMP CONFIGURATION II-CSIP-1CSIP-8-WA2 TIFEET P01-01 C-C C3.30 PT 78% COMPLETE-PUMP CONFIGURATION II-CSIP-1CSIP-8-WA3 TIFEET Po 1 -01 C-C C3.30 PT 75% COMPLETE-PUMP CONFIGURATION 8 NOZZLE I I-CSIP-1CSIP-8-WA4 TIFEET Po 1-01 C-C C3.30 PT 80% COMPLETE-PUMP CONFIGURATION I I-CSIP-1CSIP-C-WA1 TI FEET Po 1-01 C-C C3.30 PT 70% COMPLETE-PUMP CONFIGURATION 8 FLANGED END II-CSIP-1CSIP-C-WA2 TIFEET Po 1-01 C-C C3.30 PT 80% COMPLETE-PUMP CONFIGURATION II-CSIP-1CSIP-C-WA3 TIFEET P01-01 C-C C3.30 PT 75% COMPLETE-PUMP CONFIGURATION 8 NOZZLE I I-CS IP-1 CSIP-C-WA4 TIFEET P01-01 C-C C3.30 PT 70% COMPLETE-PUMP CONFIGURATION 8 FLANGED END I I-CT-014CT-FW-174 PI,FHI -PE,LR P03-01 SER 250. 1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CT-016CT-SW-A3 PE,LR -PC,PIPE P03-Ol SER 250. 1V UT-45S AXIAL 99% COMPLETE I I-FMR-01FW-H-0212I (8) PC,PIPE-PI,LUGN Pol-01 C-C C3.20 MT WELD 83% COMPLETE II-FW-002AF-FW-257 PC,VLV -PC, PIPE P01-01 C-F C5.21 UT-455 CIRC. 50'L , AXIAI. 50% COMPLETE II-FW-002AF-FW-258 PCoPIPE PCeVLV P01-01 C-F C5.21 UT-455 CIRC. 67% COMPLETE II-FW-003AF-FW-269 PC,PIPE-PC,VLV P04-01 FSAR 6.6.88 UT-45S CIRC. 6711 COMPLETE
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QUERY RESPONSE REPORT 0 HARRIS 0 0 RELIEF REQUEST R2-001: COMPONENTS REQUESTED FOR RELIEF 000040t0004414t0000000004140440ltftOIOI0000001040040010 ~ 0040004fOtff000000tt4ft4040t000000t00000000000t00100000004000t000000000tOOOI COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-FW-004AF-FW-277 PCoPIPE-PC,VLV P01-01 C-F C5. 21 MT WELD 95% COMPLETE II-FW-004AF-FW-277 PC, PIPE-PC,VLV P01-01 C-F C5.21 UT-455 CIRC. 67% COMPLETE II-SI-009CT-FW-96 PE ~ LR PC ~ PIPE P03 01 SER 250.1S PT WELD 98% COMPLETE I I-SI-0275 I-H-0181 I (8) PCoPIPE-PI,LUGN P01-01 C-C C3.20 PT WELD 83% COMPLETE 1 LUG G LINEAR'UG H ROUNDED I I-SI-032SI-FW-979 PC, PIPE-PSW,VLV P03-01 SER 250.15 PT WELD 98% COMPLETE I I-SI-0325 I-SW-C3 PF,WNO -PC,PIPE P03-01 SER 250.15 PT WELD 98% COMPLETE
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Re uest For Relief No. R2"002 Co onent Standard Su orts Snubbers Cate o F-C Item 3.50 For Class Two 2 Systems.
Identification of Co onents.'ll hydraulic and mechanical snubbers listed on Attachment for this relief request.
ASME Section XI Code Re uirement:
IWF-2200 requires all examinations listed in Table IWF-2500-1 shall be performed completely, once as a preservice examination.
Table IWF-2500-1 requires hydraulic and mechanical snubbers be visually examined (VT-4), which includes functionally testing each snubber.
Code Relief Re uest:
Relief is requested from the functional test requirements for snubbers per Article IWF-5000
'lternate Examinations.'ll Shearon Harris Component Support Snubbers will be selected, inspected, and functionally tested per Section 3/4.7.8 of the Shearon Harris Technical Specifications/
Basis For Re uestin Relief The SHNPP Technical Specifications and ASME Section XI Code are similar in their intent to functionally test snubbers. The SHNPP Technical Specifications are, however, more restrictive in the selection, as well as the method of testing snubbers for functional adequacy.
Construction Code Examinations'.
N/A Technical Justification For Re uestin Relief:
The Nuclear Regulatory Commission has endorsed the utilization of SHNPP Technical Specifications for functionally testing snubbers. The utilization of the ASME Section XI Code, to functionally test snubbers, would be less restrictive than performing testing in accordance with SHNPP Technical Specifications.
Mem/ReliefReq/Page 19/OS1
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URBE: 6 DATE: 0512
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?F ~363 OSI-N4 SH 2RFOS. 00<007SAB I 200-2 IC-261 SF<2 17451 I-AF<3 3 0505 0320
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)FM003I IB 5S2 SN 2AF06. SH$ 07SAB I 200-2 IC-261-AF-02 17544 I-AF-003 3 0505 0320
>F+<0313B 3SI-N5 SN 2AF06. 00-0007SAB I 200-2 IC-261-AF-02 12521 I-AF<03 3 0505 0320 lF-H-00314B 3S2-NS SN 2AFOS. 00-0007SRB I 20M IC"261-AF-02 8802 I-AF+3 I 850~ 0320
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>F-H-00320 B 3SI-N9 SN 2RFOS. 00-0060SAB I 200-3 IC-261M-03 6244 I-AF<02 10 0505 0317
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'.F-HW338B f 3SI SN 2AF06. OHMSOSAB I 200-3 IC-261+-03 9889 IWM2 I 0505 0317
!DM00428 0/R-NS SN 29DOO. 75~6SN I 3069 IC-236-BDM 26037 I-BH63 .25 0505 0407 3D-&00429 0/k% SN 2BDOO. 75;0026SH I 3069 IC-236-80-06 18116 I-BH63 ~ 25 0505 0407 3&fM491 OSI LV 2BD00.75<OXSSH I 1550-9 1~137 .25 0320 3D- 55 t Sl SN 2BDOO. 75-0069SH I 1550-9 lc-286+4'c-286M-02 I-F?I-14I .25 0320 OSI-N5 SN 2BDOO. 75-0069SN I 1550-9 IC-286+9-02 IR-14I .25 0325 49 0-N6 SH 2BDOO. 7&0070SN I 1550-9 IC-286-RI-02 I-FM-I45 ~ 25 0320
- DM00489 OS2 SH 2BDOO. 75-0101SN I 1550-9 IC-286-FWM I-FN-137 .25 0320 30-H~56 f SO-NS SH 2BDOO. 75-0103SN I 1550-9 IC-286"Rl-02 H'Q-I4I .25 0320 3D+<0550 OS2 SN 2BDOOo 75<105SN I 1550-9 IC-286wQ<2 I&-145 ~ 25 0320
%E: 7 DATE: 0512
)KGER 7914 OQS TYPE LINE NUNBER CALC STRESS ISO SNUB SERIAL FRB ISG WPR SIIE <200 iUP '{SP OS3 SN 28DOI. OH004SN I 3070 IC-236-BD-03 21345 I-SO<54 .25 0505 Osi-N8 SN 28DOI. 00-0004SN I 3070 IC-236-80-03 21327 I-BD-054 .25 0505
~0023 f ISR-N3 SN RON I. 00<004SN I 3070 IC-236-80<3 21350 1-80<54 .25 GSOS 0406
)-H~24R RSI-NII SN RBNI. OHM04SN I- 3070 IC-236-BD-03 14747 I-BD-054 .25 0505
)WMSI6R IS3 SN RSNI. 00<004SN I 3070 IC-236-80<3 35079 I-8H54 i25 0505 SH{5 RSNI. OHNM4SN I IC-236-BD-03 35002 I-BD-054 .25 GcOc HHM614 SN 3070
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)-H-0009S t OSI+IO SN 28001. 00-0008SN I 3069 IC-236-89-02 6113 1-80-066 .5 0505 0407
)+OO87 f 2/C-N5 SN RSDOI. 00<008SN I 3069 IC-236-BHR 6582 I-BH66 .5 c505 OLG;
)-H-00371 f I/8-N6 SN RBDOI. 00-0008SN I 3069 IC-236-BD-OR 9550 !-SO<66 25 i~0~ )40'I
)-H-00373 IC-236-BHR I-SO<66 G=OC 2/C-N4 SN RSDOI.OH)008SK I 3069 16377 3
)-H-00375 f I/8~I{7 Sil 28001i 0%008SN I 3069 IC-236-89"02 7270 1-80-066 .5 J 05 Oc
)-H"00376A OSI-N4 SN RSDOI.OO~SN I 3069 IC-236-BD-02 10456 1-80<66 ~ 25
. CP
)-H-00593 SOM SN 2BDOI. OHMOBSN I 3069 IC-236-80-02 35135 I-BD-066 .25 i( v-"07
)+<0594 f Sl SN RBDOI. NH)008SN I 3069 IC-236-89< 35151 I-SO<66 F 25 cOc h
'(<<Y v
)-H-003768 f OSI-N4 SN RSNI. OHM08SN I 3069 IC-236-BHR 14831 I-BD-066 s25 "50:
)+-00002 2/A+II SK RBDOI. OHOIRSN I 3068 IC-236-80<1 19044 I-SO<59 .5 PSOc h4(IP
)-H~4 t 4SI+IO SN RBNI. 00-0012SN I 3068 IC-236-BD-01 8763 I-BD-059 I i3:05 (40
.~ LOi6 HI<0005 2SI+11 SN RBDOIeOHOIHN I 3068 IC-236-80<1 36193 1-80<59 .25 0505
)-IHM009 f RSI+6 SN 28NI. 00-0012SK I 3068 IC-236-BD-Ol 14964 I-BD-059 ~ 25 ':505 0406
)-H-00611 S(HI3 SN 28DOI. OHOIRSN I 3068 IC-236-80<1 14848 1-80<59 .25 95GS I)4((P'4i4
)-H~OIB OEI-NIO RBNR. 00-OOOISN I 3070 IC-236-BD-05 I-BD-052 .25 0408
)+<007IR f OSR-NR SN 2BNR. OHOOISN I 3070 IC-236-BD-05 14296 1-80<54 .25 Gt05 OIA OEI-NIO SK 28DOR. 00-0001SN I 3070 IC-236-80-05 I-BD-052 ~ 25 0408 OEI-NIR SN PBDOR. 00~1 SN I 3070 IC-236-8HS 37006 I-SHSR .25 P.cOc ".<<GS 05 0/k% SN RBD02. OHMOISN I 3070 IC-236-80-05 11044 I-SO<52 (:CPC
)+~718 OSR-NR SN RBDOR. 00-0001SN I 3070 IC-236-SH5 14310 I-SH54 ~ 25 Oc
)-HM362 0/A-N6 SN RBD02. OHM05SN I 3069 IC-236-BD-06 11012 I-BD-063 'M 0407 H{-00364 0/AW SN 28002,0HOOSSN I 3069 IC-236-80% 10941 I-8H63 I igc05
)-H-00366 t RBDOR. 00-OOOSSN I 3069 IC-236-BD-06 10924 I-SD-063 I " 05 *40 OS'SI-N3 ,.50t
>M00424 RBNR. 00<OOSSN I 3069 IC-236-80% 7274 I-SO<63 .5 ';4P,
)-M0584 f S(HS 28D02 OHM05SN I 3069 IC-236-BD-06 6565 I-SO<63 .S 9505 'L07 HI<0048 2/8+5 28002. OH009SN I 3068 IC-236-8H4 15662 I-SO<58 I 0505 04'6
)-H~9A f 3S3-N6 28DOR. OHM09SN I 3068 IC-236-BH4 11057 1-80-058 I i 505
)~0051A RSI-N3 RBDORi OH009SN I 3068 IC-236-80+ 11110 I-SO<58 1 0505
)-M0457R f RSR+7 28DOR. 00-0009SN I 3068 IC-236-BD-04 33444 I-BD-058 i25 0505
)+~98 t 383-N6 28002. OH009SN I 3068 IC-236-BDW 11011 I-8H58 1 4 0 Oc
)-H ~IS RSI-l{3 28002. 00-0009SN I 3068 IC-236-BD-04 10940 1-80-058 I 6505 M<04578 RSR-N7 RBNR. OH) 009SN I 3068 IC-236-80<4 24009 I-BD-058 F 25 9505
)-H<0509A f OSR-N4 RBNR. OHM65SN I 3070 IC-236-BD-05 I-BD-053 .25 0320 0407
)+<05098 OSR-N4 RSDORe OH065SN I 3070 IC-236-SHS I-8H53 .25 0320 i) 407 MM353 0/fHI7 RSN2.00-0066St I 3069 IC-236-BD-06 15616 I-B0-062 I 505
~0586 RH46 ROID. OH066SN I 3069 IC-236-BDW 179SR I-8H62 .25 GV.
)-H~89 f SO-N6 RBDOR. OHM66SN I 3069 IC-236-BD-06 21334 I-8H62 125 GS05
)+<0604 SO-N4 RSNR.OH066SN I 3069 IC-236-BH6 17338 I-BIH)62 i5 GcOc
)-H-00613 f Sl 28002. OHM66SN I 3069 IC-236-BD-06 17335 I-SH62 .5 0505
)M00036 2SR 28902. OH)067SN I 3068 IC-236-SH4 37022 I-BIH57 ,25 050. 0406
)-IHM348 t OSR+4 28904. 00-.0032SN I 3070 IC-236-BIH5 8783 I-BD-055 ~ 5 Iic05 C405
)+M349R f 0/A-N7 RSD04. 00<OORSN I 3070 IC-236-80<5 15632 I-8H55 I 0505
)- 51A f 3SI+6 28D04i 00-OOORSN I 3070 IC-236-80-05 7004 I-BD-055 ~ 25 Q505 OSI RBD04. OH) OORSN I 3070 IC-236-80<5 14336 I-SO<55 0405
.cOc 'i 12 OSI SN 2BD04. 00-OOORSN I 3070 IC-236-80-05 8841 I-BD-055 I Y.VC' M<03498 0/A-N7 SN RBN4. OHOORSN I 3070 IC-236-80<5 15594 I-SD-055 1 GSGS
)-)HM35I8 t 3SI-N6 RBN4. 00-OOORSN I 3070 IC-236-BD-05 15172 I-BD-05S ~ 25 0505 M~9 4SR-N4 RBN4. 00~3SN I 3070 IC-236-80<3 8815 I-SH56
DATE: 0512 7914 DRUG LIME NUMBER STRESS ISO SNUB SERIAL FAB ISO MPA SIlE GUAM (200 UP IicSP 31A 6SI-N SN 2BD04i OH003SN 1 3070 IC-236-BD-03 11008 1-B 9<56 1 I 0505 0318 3 390 2/8+9 SN 2BD04. 00-0003SN I 3070 IC-236-BD-03 11004 I-BD<56 1 1 0505 0318
)9~31B 6SI-IS SN 28904. OH003SN I 3070 IC-236-BD<3 11068 BDWAe 1 1 0505 0318 39-F0080 ISS-N2 SN 2BD04. 00-0006SN 1 3069 IC-236"BD-06 16300 1-BD-064 10 1 9505 0407 3IHH)0357 OSI SN 2BD04. 0(H006SN 1 3069 1C-236-BH6 25 1 0218 3M-00358 IS2 SN 2BD04. 00-0006SM 1 3069 1C-236-BD-06 I-BD<64 ~ 5 1 0505 0407 3IHI~IA IS2 SN 28904.0H006SN 1 3069 IC-236-BD<6 1-BD<64 .5 1 0320 0407 3lHI~ 0/A-N8 SN 2BN4. OHN06SN 1 3069 1C-236-BD-06 10938 1-BD-064 1 1 0505 0407 39~0423 0/A+II SN 2BD04. 0040068M 1 3069 IC-236-BDW 11040 1-8H64 1 1 OS05 3D+00590 S~ SM 2BN4. 00-0006SN 1 3069 iC-236-BH6 8788 1 "BH64 .5 1 0505 39+~IB 1S2 SN 2BD04. OH006SN I 3069 IC-236-BDW 1-BH64 .5 1 03PO 0407 39-H<0073 3S3 SN 28904. 00-0007SN 1 3069 !C-236-BD02 17519 1-BD-065 3 1 0505 03.'8 3'-00074 4SI-V6 SN 2B904. OH007SN 1 3069 1C-236-BH2 8838 I-BD<65 1 1 0505 39-H-00077 3S2+8 SN 2BD04o NH507SM 1 3C69 1C-236-BH2 1P.510 1-BD-065 3 1 0505 0328 39+00591 SM4 SM 2BD04.00-0007SN 1 3069 i'C-236-BDW 8202 1-BH65 ~ 25 0505 3D-H-00592 SOW SiN 2BD04.00-0007SN 1 3069 IC-236-BD-02 6559 1-BD-065 ~ 5 0505 0318 39+M040A 3&'i6 SN 28904. 00<010SM 1 3068 IC-236-BD-04 11006 I-BD<60 1 1 OSOS 3D-H-00044A 3Si SN 2B904. 00-0010SN 1 3068 lc-236-BD-04 11023 1"BH60 0505 3D+<0046 2SI SN 2BD04. OHOIOSM 1 3068 1C-236-BD-04 16378 I-BD<60 3 1 0505 04C6 39-~12 1S3 SM 2BN4.0HOIOSN 1 3068 IC-236-BD-04 37010 1-89<0 ~ 25 0505 0406 39+<00408 3S2-% SN 2BD04. OHOIOSN 1 3068 IC-236-BH4 10973 1-BH60 0505 3D+00044B 381 SN 2BN4i OHOIOSN 1 3068 1C-236-BD-04 11060 1"8H60 1 1 0505 39~0011 2SI+10 SN 2BD04. OHOI ISN 1 3068 IC-236-BH1 8735 1-BH61 1 0505 0318 3D-H-00015A 6SI-I6 SM 2BN4. 00-0011SN 1 3068 1C-236"BD-01 10944 1-89-061 1 9505 0318 3DM00367 0/A-JS SN 28904.0HOI ISN 1 3068 1C-236-BD-01 '1074 1-8H61 I 1 0505 0407 3D- 15B 6$ 1-le SN 2BD04. 00-001 ISN 1 3068 1C-236-BD-Ol 9222 I-BD-061 1 1 0505 03!8 ,
2/C-NS SN KC01. 00-0374SN 1 1204 IC-236<-18 I<C-342 .25 1 0324 0425 869 2/CW SN 8X01. OH374SN 1 1204 1C-236-CC-18 1M-342 ~ 25 1 0324
;C+00807 SS2-lQ SN KC03. OHI37SN 1 1204 IC-236<C-18 I<C-333 .5 1 0324 0425
- C+ORI 4/M6 SN 8X03. 00-0473SN 1 1204 1C-236-CC-18 HX-333 1 1 0324 0425
- CM00822 Ssl SN 2CC03. OH473SN 1 1204 IC-236<C-18 I<C-333 .5 1 0410 0425
- S-H+523 SO-M3 SN 2CSOO. 75-002SSN 1 3010 IC-236<-09 1<-370 ~ 25 1 0507
- S+-00392 1/BM SN KSOO. 7~86SN 1 3014 IC-236-CS-13 33439 1<S-479 .25 1 0508 0408
- S-H<3259 2/C+6 SN KSOO. 7&0086SN 1 3014 IC-236<S-I3 IN-479 ~ 25 1 0324 0422
- S~03260 ISHI7 SN KSOO. 7M086SN 1 3014 IC-236<S-13 1-CS-479 ~ 25 1 0324
;S~7A 3S1-Ill 1 SN KSOO. 75-0099SN 1 3012 IC-236M-11 14312 1-CS-368 ~ 25 0408
- S+<0837B 3SI+11 SN KSOO. ~099SN I 3012 1C-236-CS-11 36199 I<-368 ~ 25 1 0508 0408
- S~2935 2S4 SN 2CSOO. 7&0102SM 1 3010 IC-236%-09 8201 I<-646 ~ 25 1 0508 0321
- 9~03 382M SN KS00.75<102SN 1 3010 1C-236M<9 14652 1%-370 .25 1 0508 0408
- M<4436 Sl SN, KSOO. 7MI02SN 1 3010 IC-236%-09 l<-646 ~ 25 1 0506
- S~3598 182-N4 SN KS00.~103SN 1 3019 IC-236<-18 1<SM7 ~ 25 1 0324
- S+04450 SO-M6 SN 2CSOO. ~103SN 1 3019 IC-236M-18 1%-501 ~ 25 1 0325 0422 l-04468 SO-N3 SN KSOO. ~104SN 1 3012 IC-236M-25 &3<43 ~ 25 1 0325
- S-&04469 SO-N SM KSOO. 7&0104SN 1 3012 IC-236M-25 1%-643 ~ 25 1 0325 0422
&l-04471 SO-M3 SN KSOO. ~104SN 1 3012 1C-236M-25 IMM3 .25 1 032S 0422 3-M&77 SO-iS SN 2CSOO. 7&0104SM 1 3012 1C-236M-25 HZ-643 .25 1 0325 0422 AM04482 SD% SN KS00. ~104SN 301P. IC-236<-25 IMW3 25 1 032S 0422 I/~
1 ~
- ~3634A SN KS00. ~123SN 1 3013 IC-236<-08 1%-360 ~ 25 1 0325 0422
- S~36348 }/BW SN KSOO. ~123SN 1 3013 IC-236%% i<-360 .25 1 0325 0422
- S-M~30 1S2 SM 2CS00. 7&03$1SN 1 750-3 IA-261-CS-22 HZ-569 1 1 0324 0421
- S+04514 Sl SN KS01. OHSWSN 1 3094 IA-236<S-23 1<S-322 ~ 5 1 032S 0421 043 1S4 SN 2CSOl. OHI22SM 1 30P4 IC-236%-23 IN-543 ~ 5 1 0321 97 OSI SN KSOI. OH214SN 1 143"1 IA-236M<4 18969 1-CS-188 ~ 5 1 0508 0407 67 SO SN KS01. 00-0450SM 1 3094 IA-236-CS-23 i<-322 ~ 25 1 0321 0426
- S~3048 ISI-% SN KSOl. OD0556SN 1 3014 1C-236<-13 1-CS-480 .5 1 0324 042c?
- S-M3049 1/B-N5 SN KS01. 00-0556SN 1 3014 IC-236<-13 1-CS-480 .5 1
- S~3210 0/A-II4 SN KS01. OH557SN 1 3011% IC-236<-IO I<S-416 .5 1 0324
ASEl 9 ORTE: 0512 7914 }}RWB LINE NU}6ER CRLC STRESS ISO SNVB SERIRL FAB ISO MPA SIlE I200 UP INSP 36 1/8-}IS SN KSO}. OH662SN 1 3014 }C-236<8<7 1-CS-417 ~ 5 0324 0422 S - 3237 1S}-}Ih SN 2CS01. 00-0662SN 1 30}4 1C-236-CS-07 }-CS-417 .5 0324 0422 9~0073} OS}-}I5 SN KSO}. 00-0720SN 1 3020-M W-3020"1 }KS-596 .25 0321 0425 S-H+733 4S}-NS SN 2CS01. 00-0720SN 1 3020-W W-3020-1 1-CS-596 1 0321 0425 S 4<0734 SS}-N6 SN KSO}. ~720SN 1 3020-M M-3020-1 }MS-596 ~ 25 0321 04c',5 S+02943 OS}-}I8 SN KS01. SIHM}9SB 1 3002-M W-3002"1 10995 }<-354 1 0508 0322 8+<2945 0/A-Nh SN KSO}. SAM}9SB 1 3002% M-3002-1 15017 1<S-358 ~ 25 0508 0320 S+02946 f 0/lH% SN KR1. 50-0019SB I 3002-M M-3002"1 14666 1-CS-358 .25 0508 0320
.8+<2948 2/C-}lh SN KSO}. 50<0}9SB 1 3002"M M-3002-1 10986 }%-358 1 0508 0320
. S-H<2877 t OSH44 SN 2CS01. 50-0020SB 1 3017-W M-30}7-} 25183 1-CS-494 1 0508 0322
;8+<2883 0/A-}I9 SN KSO}. SM020SB 1 30}7% M-3017-1 8797 KS-494 1 0508 0322
- S-HM866 f 2S4 SN 2CSOl. SIHM2}SB 1 3021-W W-3021-1 '6286
}MS-54} .2S 0508 0322
.'9+<2868 }S1-}I2 SN 2CSO}.50-002}SB 1 3021"M M-3021-1 18916 }MS-54} .5 0508 0322
.'M~52 t 2S}M SN 2CSO}. 50-0}c?6SN 1 3002-M M-3002-1 1-CS-358 ~ 25 0324 0422
- SM02955 OSl-}I4 SN KSO}. SM}26SN 1 3002-M M-3002-1 }MS-358 0324 0422
,'S-H <2885 t 0/Mh SN 2CSO}. 50-0127SN 1 3017-M W-30}7-} 1-CS-494 1 0324 0422
- SRM887A t OS2-}[3 SN KSO}ASM}27SN 1 3017-M W-3017-1 }MS-494 .P.S 0324 0423
.'S-H<2887B f OS2-N3 SN 2CSO}. SM}27SN 1 3017-W W-3017-1 1-CS-494 ~ 25 0416 0423
- S-H-00812 382M SN KS02.0M034SN 1 3012 1C-236-CS-11 37068 H',S-371 .25 0508 0408
,'S-H-03239 f SS2+7 SN KS02.1HM84SN 1 3014 }C-236<-06 HZ-484 0324 0421 3+<324} }/B-}IS SN KS02. OH084SN 1 3014 }C-236<-06 }MS-484 0324 0421
&I&%62 3S4 SN 2CS02. OIHM9}SA 1 3003 1C-236-CS-02 25161 1-CS-421 1 0508
- S+M363 t 4S3 KS02.8%09}SA 1 3003 }C-236-CS< 249P8 }%-42} 1 0508
- S-HM355 f 391 2CS02. NHM92SA 1 3003 }C-236<-02 24927 }%-422 1 0508
'3+-00356 4S2 KS02. 00<092SR 1 3003 }C-236-CS<2 7271 }4S-422 ~ 5 0508 0320 f PCS02. OIHM98SB 1 300S }C-236<S-2} 1-CS-505 1 0415 4A t OS'82-}IS SN KS02. OM106SN 1 3013 }C-236<S-}7 9491 }<S-363 :25 0508 0408 r - }204B t 6S2-NS SN KS02e ~}06SN 1 3013 }C-236%-}7 7179 }<-363 .25 0508 0408 S+0}075 t 491-}I7 SN KS02.~}}SSN 1 3109-1 }A-26}-CS-21 15617 1-CS-214 1 0508 0407 S+01 077 f 3/IHH SN KS02. &4}}SSN 1 3109-1 }A-26H&21 8847 1-CS-214 0508 0407
- S+-0}096A OS4 SN KS02. &4}}SSN 1 750-1 }A-236<S-34 H&}}2 .25 0415 042}
- S-H-03105 t 5/F-NS SN 2CS02. 00-0115SN 1 3109-1 }A-26}M-2} HS-2}4 1 0324 0421
.S-H<}0968 OS4 SN KS02.~}}SSN 1 750-1 }A-2M-34 HZ-}12 ~ 25 0324 0421
',S+00740 f 3/BW SN KS02. ~}19SN 1 3014 }C-236M-06 }%-483 1 0321 0425
'S+<0747R SS}M SN KS02.~}}9SN 1 3014 }C-236~ }%-483 1 0321 S+00756 t 3/BM KS02.~}}9SN 1 3014 }C-236%-06 1-CS-484 1 0321 0421 S+M757 3/B-}IS KS02.~}}9SN 1 3014 }C-236<S<6 }M~ 1 0321 0421
~759 3SHI7 2CS02e ~}}9SN } 3014 1C-236<-06 HZ"484 1 0321 0421 S+-00760 3/B-}I7 KS02.~}}9SN 1 3014 }C-236-CS-Oe 1~84 1 0321 0421 S-H<076} f 4S3 2CS02. ~}19SN 1 3014 }C-236<-06 }<-484 ~ 25 0321 0421
.SW-00763 t SS}M KS02.~}}9SN 1 3014
}C-23HZ'C-23HZ-06
}<-484 .25 0321 0421 iS~764 3S1 2CS02.~}}9SN 1 3014 }<-484 .25 0321 0421
- S-H-03238 382-}I6 KS02.~}}9SN 1 3014 }C-236<-06 }MS-484 3 0324 0421
',SW-03240 5/FM KS02.0&0}}9SN 1 3014 }C-236-CS-06 HZ-484 3 0324 042}
,'S+M747B 5Sl-}I7 KS02. ~}}9SN 1 3014 }C-236M<6 }M+83 1 0321
- S+M359 t 3S3 SN 2CS02. ~}38SA 1 3003 }C-236M-02 25208 }%-420 1 0508 0320
- S~0360 383 SN KS02. 0&0}38SA 1 3003 }C-236%< 25159 }M+20 1 0508 0320
'.8+053} f }S3 SN 2CS02" ~}39SN 1 3003 lc-236-CS-02 }%-42} 1 0401 0422
.'S+~7A }S4 SN KS02. 00-0}40SN 1 3003 }<-422 1 0324 0422
- S-IH}2927B t }S4 SN 2CS02. ODO}PSN 1 3003
}C-236M'e-236-CS-02 HS-422 0324 0422
- SWM757A 252 SN KS02. OD0225SN 1 7SO"1 1A-26HZ-}8 }<S-328 .25 0324 2S2 KS02. NH}225SN 1 750-1 }A-26}&-}8 }M-328 ~ 25 0324 9 4S2-N7 KS02. 00<262SN 1 3127 }A-236-CS-57 14405 }<-}66 1 0508 0407 1}O3A 5/F-N3 2CS02. 00-0262SN' 3127 }R-236%-57 6545 1-CS-166 .5 0508
- 8+<}}03B 5/F-N3 KS02. 00-0262SN 1 3127 1A-236%-57 8807 HS-}66 ~ 5 0508
- S+-0}465 f 893 2CS02. OM305SN 1 141-1 }A-236M-24 }<-}70 3 0415 0426 2~02722 2S3 KS02. ~3}2SN 1 750-4 1R-26}M-23 H&570 ~ 25 0324 0421
A6E: 10 DATE: OSi2 AMSER 7914 DRWS TYPE LINE MUIIBER CALC STRESS ISO SNUB SERIAL FAB ISO WPA SIZE GUAM <200 UP Ii6P t 2SI SN KS02. ~580SN I 750-4 IA-26I<S-23 I<S-570 I I 0415 042}
S 769A f 2$ 3 SN 2CS02. 00-0780SN } 750-1 }A-261<-}9 I-CS-577 ~ 5 I 0324 042!
8-H<2769B 2S3 SN KS02. ~780SN 1 750"I }A-26K&}9 IM-577 .5 I 0324 0421 S-H<382 t 6S2-N5 SN KS03. 00-0083SN I 3014 IC-236-CS-13 12584 I-CS-477 3 0508 0408 9-H-00383 5/D+10 SN 2CS03. 0(H083SN I 3014 IC-2%"CS-}3 I-cs-4n 3 1 0321 0422 S+-00385 f 7SHQ SN 2CS03. NHN83SN I 3014 IC-236-CS-13 12477 }M-477 3 I 0508 04O8 SM00387 4/C-II}5 SN KS03. OM083SN I 3014 Ic-236%-I3 1<S-490 I I 0321 0424 SM00389 4/CM SN 2CS03. OHN3SN I 3014 IC-236-CS-13 I-CS-490 I I 0321 0424 SM00423 3SI-I6 SN KS03. OH083SN I 3016-W II-3016-1 I-CS-490 I 0321 0424 Hf~6 t 2/BM SM KS03. 00-0083SN I 3016-W W-3016-1 i-CS-489 I I 0321 0425 SM00427 4/D-Ia SN 2CS03. OD0083SN I 3016-W W-3016-1 }MS"489 3 I 0321 0425 S-H-00432 f 2S}+9 SN 2CS03. 00-0083SN I 3016-W W"3016-I i<S-489 3 I 032i 0425 I
S"H-03052 8/I-II7 SN KS03, ~083SN I 3014 ic-236M-13 I-Cs-477 3 0324 0422 S+<3733A f OS4-IQ SN KS03. 0(HM83SN I 3014 ic-2364S-}3 I-CS-490 I ) 0325 S+<3733B OS4-N2 SN KS03. ~083SN I 3014 Ic-236-Cs-13 1<-490 i 1 0325 SHM365 f 381-II5 SN KS03. 00-0085SN I 3014 Ic-236-CS-07 IN-488 3 I
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~ S-H<3262 2S3 SN 2CS03. SHN88SN I 3003 IC-236M-02 1%-419 3 0324 0422 9+00085 2S} SN KS03. 00<093SN I 143-2 IA-236%< }<S-I99 I 1 0321 0426 S- 414 f Isl SN 2CS03. 0~93SN I 143"I IA-2364S-04 37056 1-CS-177 .25 } 0508 0407 5 lsl KS03. OM093SN I 143-1 IA-236-Cs<4 18973 I-Cs-177 ~ 5 0508 0407 16 }SI 2CS03. OHN93SN I 143-1 }A-236M-04 37097 I-CS-177 ~ 25 0508 0407 SMO}418 t ISI-II7 2CS03. 0(HM93SN I 143-1 IA-236-CS<4 17492 I-CS-i77 3 I 0508 0407 9-H< I594A f 2S2 2CS03. ~093SN I 143-1 }A-236-CS-04 1%-097 ~ 25 0324 0425 9+M692A OS3 KS03. OM093SN I 143-2 IA-236M<5 HS-I 13 .5 I 0324 0421 S-H<3}89 Osl 2CS03e OM093SN I 143-1 IA-236M-04 }%-}77 .5 I 0324 042.'425 9-H<I594B 2S2 KS03,0M093SN I 143-1 IA-2364S-04 I-CS <97 .25 I 0324 8+02692B OS3 2CS03. 00-0093SN I 143-2 IA-236M-05 }<-I13 .5 I 0324 042!
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,6+00971 2EI-JI2 SH 8602. ~142SA I 20$ "20 H!S<95 I 03c6 0419
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>C~0038} OS}M 8KOO. ~042SN 1 3115-1OM M-3115-1 1-RC-f28 .25 0402
\CM00380 t 0/~ 2RCOO. 75-0042SN 1 3}}5-}OMM-3115-1 1-RC-128 .25 0402
)H-00886 SIH!2 2RCOO. ?M056SN 1 2975-1 }C-236-SH} 1-RC-148 .25 04}7 IC+00192 281 2RC00.~9SN 1 3011 }C-236-RC-07 1-RC-122 ~ 25 0326 0423 K+00635 0/A-N3 8KOOo ~9SN 1 3071 }C-236-RC-07 1-RC-122 .25 0402 0423 IC-1&0633 0/A-N8 2RCOO. T&0069SN 1 3071 }C-236-RC-07 1-RC-122 ~ 25 0402 0423 KAZOO}76 2/8+}3 2RCOO. 7~?OSN 1 3072 1C-236-RC-08 }-RC"121 ~ 25 0326 IC+00639 f }/~ 2IKOO. 7~jOSH 1 3072 1C-236-RC-08 1-RC-123 .25 0402 K+00637 t 0/AM 2RCOO. ~?OSN 1 3072 1C-236-RC-08 1-RC-123 .2S 0402 IC 2S}M 2RCOO. ?M}2}SN 1 3029-M M-3029-} 1-RC-092 0326 I t 3S}M 2RCOO.?M}2}SN 1 3029-M M-3029-1 }-RC<92 .5 0326 62 181 2RCOO. ?M}32SN 1 3041-A IC-236-RC-10 1-RC-146 .5 0423 3C+-00163 1/A-N4 2RCOO. 75-0}32SN 1 304}% IC-236"RC"10 1-RC-146 .25 0423 IC+00164 2/BW 2RCOO. 75-0132SN 1 3041-A IC-236-RC-10 1-RC-146 .25 0423 iC+-00737 081 2RCOO.'Pr0}36SN 1 2502 }C-286-RC<9 1-RC-104 .25 0402 0423
14 DATE: 0512
~R 7914 ORMS TYPE LINE NUNBER CALC STRESS ISO SNUB SERIAL FAB ISO SILE OUAII f200 UP INSP I 0423
@.- f 1S1 SO-N6 SN SN 2RCOO.'Pr0136SN 2RCOO. 75-0165SN 1 1 2502 3115"23 1C-286-RC-09 1C-286-RC-10 1-RC-104 1-RC-091
.25
.25 4 0402 0403
- W<0901A SO-IQ SN 2RCOO.'Pr0165SN 1 3115-23 1C-286-RC-10 1-RC<91 .25 1 0403
- ~IB
- +-00893 f SO-IQ SHI3 SN SN 2RCOO.'Pr0165SN 2RCOO. ~166SN 1
1 3115-23 3115-5 1C-286-RC-10 lc-286-RC-10 1-RC-091 I-RC<91
~ 25
.25 1 0403 0403 t 3S1 SN 2RCOOo 7M169SN 1 3115-7 'C-236-RC-10 1-RC-158 ~ 25 1 0501 0422
- ~0528 3/CM SN 2RCOO. ~169SN 1 3115-7 1C-236-RC-10 1-RC-158 .25 1 0402 0422
- ~97 t SO-N6 SN P.RCOO.T&0170SN 1 3115-6 IC<86-RC-IO 1-RC-091 .25 1 0403
- +00810 ISIM SN 2RCOO. 7M201SN 1 3045-M N-3045-1 1-RC<48 ~ 25 1 0403
- +00807 1-N4 SN 2RCOO. 7M202SN 1 3044-N II-3044-1 I-RC<9 ~ 25 1 0421
- -H-00554 IS5 SN 2RCOO. 7&0208SN 1 30444 M-3044"2 I-RC<53 .25 1 0402
- -H-00869 SO-N5 SN 2RCOO. 75-0209SN 1 3042-M II-3042-1 I-RCW I 1 0403
- +-00544 4SP. SN 2RCOO. ~209SN I 3042-'N N-3042-1 I-RC~ ~ 25 1 0402
- +00570
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~ 25 1 0402
".M00677 0/A+4 SN 2RC01. OMISOSA 1 2500-1 1C"236-RC-15 1-RC-086 25 1 0402 f 292M SN 2RC01. ~ISOSA 1 2500-1 1C-236-RC-15 I-RC<6 o5 1 0402
- ~0409 182+1 SN 2RC01. ~ISOSA 1 2550"1 IA-236-RC< I-RC<22 .5 1 0402
- M00410 OS3 SN 2RC01. OIHI2ii5SA 1 2550-1 IA-236-RC< I-RCW .5 1 0402
- WM710 (H17 SN 2RC01. ~289SN 1 2501 IC-286-RC<8 1-RC-157 .25 1 0402
- WM706 0-ll2 SN 2RC01. NHR89SN 1 2501 1C-286-RC-08 1-RC-157 ~ 25 1 0402 99 (HI4 2RCOI. &4289SN 1 2501 1C-286-RCW 1-RC"157 .25 1 0402 92 0-Ni 2RC01. OHR91SN 1 2501 IC-286-RCW 1-RC-156 ~ 25 0402 182M 2RC03. ~158SB 1 2550"3 1A-236-RC<1 1-RC-027 1 1 0402 7 f ISHQ 2RC03. ~158SB 1 2550-3 lA-236-RC<1 1-RC-027 1 1 0402
- ~0401 1/A+13 2RC03.~158SB 1 3073 1C-236-RCW I-RC<78 1 1 0402
+1%0307 0/IHQ 2RH00.7~B 1 3001 1A-190-RH-02 I-RHRI ~ 25 0403 0424
~336 Osl 2RHOO. 7&0079SA 1 2650-1 lA-236-RH-04 1"RR59 .25 1 0403 0424 MM330 OS1 2RHOO. 75-0080SB 1 2650-2 M6-RH-05 1-RH-060 1 1 0403 0424
<+~4 2S2 2RHOO. 7MOSOSB 1 2650-2 IA-236-SH5 I-RfHSO .25 1 0403 0424
+iHO334 t OSi 2RH01. OOM60SA 1 2650-1 IA-236-RH4 I-RH-037 .5 1 0403 0424 HfM320A 1SP. 2RH01. OD0061SB 1 2650-2 IA-236-5H5 I-RH42 .5 1 0403 0423
+fH0318 291 SN 2RH01. SHN6ISB 2650-2 1&6-NH5 I-RH42 0403 0423 2~
1 HtM317A ls2 2RH01. SHM6ISB 1 lA-236-SH5 1"RH-042 .5 0403 0423
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+HM107 4S3 2RH02.OH026SN 1 143< 1A-236M<5 I-RH<45 1 0417
+fH)0206B t 3/IHQ 2RH02. 00-0026SN 1 3065 IA-236-NH2 I-NH6 ~ 25 0403 0424 8~178 3S1 2NI02. ~049SA 1 166 1-RH02 1 0403
'~0086 t 3sl 2NI03. OIH$$2SA 1 166 1A-236M'A-236M'A-236~ 1-RH-002 ~ 5 0403 0424
+H~ 3Sl 2RH03. NHHJ12SA 1 166 I-OHMS .5 0403 0424 1/B 2RH03. OM025SB 1 3001 IA-236-i&01 I"RH5 ~ 5 0403 0424 55 8/EM 2RH03. 0lHN45SB 1 3001 1A-236-~1 I-RH& .P.5 0403 0424 79 f 3S1 2RH03. OM049SA 1 166 IA-236M-02 I-RH-002 0403 0424
+lH)0177 7EIM 2RH03.0H)049SA 1 166 1A-236<s<2 1-RfHN2 0403
+H-00039 3/IHI2 2RH03. OHN49SA 1 166 IA-190-SH)3 1-RH-002 ~ 25 0403 0424 i-H<350 (HI4 2RH03. SH)051SB 1 153 lA-190-RfHQ 1"RH5 1 0403 0424
- ASE: 15 DATE: 0512
'ANGER 7914 DRMB TYPE LINE MDIER CALC STRESS ISO SNUB SERIAL FAB ISO lJPA SI2E RAN (200 UP INSP OSHI} SN 2RH08. OH)0}OSB 1 3001 }A-236-RH<} 15654 }-RH<}2 1 0508 0228 188 3S4 SN 2RH10. MHN03SA 1 152 1A-190-RH-03 16435 1-RH-024 3 0508 0307 K+<0}69A 6S2 2RH10. SH003SA 1 166 }A-236-CS<2 15660 }-RK<35 1 0508 0228 AH<0}68 3S2-N3 SV 2RH10. 00-0003SA 1 166 1A"236-CS-02 14855 }"RK-035 10 0508 0228 K-H-00}67 3/D-N3 SN 2RH10. ~003SA 1 166 }A-236-CS-02 16362 }-RH<35 3 0508 0228 lRHK033 t 781 SN 2RH}0. SH$ 03SA 1 166 }A-}90-RH<3 6526 }-RH<24 10 0508 0308 H~}69B 6S2 SN 2RH10. OH003SA 1 166 }A-236-CS<2 16105 1-RH-035 1 O5O8 0228
!}Hi-00353 f 0/lH5 SN 2RH10. OSSA 1 166 }A-236-CS< 15590 }-RH<6 0508 0308
'H-00275 4/E-ll4 2RH10. NH004SA 1 3001 }A-236-IH} 6375 }-RHW}3 10 0508 0308
!H+00176A f 5S}-N8 SN 2RH}oooo-0004SA 1 166 }A-236%-02 }8595 1-RH"026 3 0508 0308
?K+00}66 5/F-Ã2 SN 2RH10. OH004SA 1 166 }A-236M<2 17460 }-RH<25 3 o5oe 0308
'+HM}65A 9/J+2 SN 2RH}0, SHM04SA 1 166 16096 }-RK-025 0508 0308
}A-23HZ'A-236-CS<
i)+0(M72 t 391 SN 2RH}oo ~004SA 1 166 12580 }-RH<25 3 0508 0308
?H-H~7 f 7S}M SN 2RH}0.00-0004SA 1 166 }A-236<-02 1-RH-025 3 0403 04 4
?H-HM}76B 5S}-N8 2RH}0.00<004SA 1 166 }A-236-CS-02 12595 }-RH<26 3 0508 0308
?H-H-00165B 9/J-N2 2RH}0, 00-0004SA 1 166 lA-236-CS-02 15658 1-RH-025 1 0508 0308
?H-H-00302 OSHI2 2RH}0. ~008SB 1 3001 1A-236" RH<} }2475 }-RR}} 3 0508 03Oe
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? 7A f OS}%} 2RH10. 00-0009SB 1 3001 1A-236-RH-01 15645 1-RK-012 1 0508 0228 1 t }/AM 2RH}O.OM009SB 1 158 }A-236-SI<} 17495 }-RH<}3 3 0508 0307 OS}-ill 2RH}oo OM009SB 1 3001 }A-236-RH"01 15628 }-RH}2 1 0508 0228 WM00038 }3S}M 2RH}2. 00-000}SA 1 152 }A-}90-RH)} 17555 }-NHN2 3 0508 0307
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!fRH$35}B t 0/A 2RH12. NHN06SB 1 }53 1A-190-RH-02 16398 1-RH-005 3 0508 0307
? I+01258 OS2+} 2SIOO.~}87SA 1 3034-1 }C-236-SI-15 1-SI-184 ~ 25 0403 ii+0}257 }S}M 2SIOO. 7M}87SA 1 3034-} 1C"236-SI-15 }-SI-}84 ~ '25 0403 I-H<}277 }/8+4 28IOO. 75<}90SA 1 3034-1 }C-236-SI-}5 1-SI-183 .5 0403
? I~}275 t 092M 2SIOO. 7M}90SA 1 3034-1 }C-236-SI-15 1-S}-183 ~ 25 0403 il+<}}30 1S2 2SIOO. ~}98SAB 1 2950-3 }A-236-SI<7 1-SI-104 1 0403 "I+<}269 OE}M 2SIOO. ~7}SA 1 3034-1 }C-236-SI-}5 1-Sl-183 ~ 5 0403
'I+<}346A OS1 2SIOO. ~77SA 1 3038-2 }C"236<I-20 }-SI-256 ~ 25 0403 ll+W}3468 OS1 2SIOO. ~77SA 1 3038-2 1C-236-SI-20 }-S1-256 ~ 25 0403 lIMO}449 OS} 2SIOO. ~480SA 1 3036-4 }C-236-SI-19 1-SI-239 ~ 25 0403
!I~}428 t OS3 2SIOO. 7l~83SB 1 3056 }C-236-S}-07 1-SI-211 ~ 25 0403 iI+<}304 OS3 2SIOO. ~483SB 1 3056 }C-236-SI<7 }-SI-211 ~ 25 0403
) IW-00669 2S2 2SIO}e ~}56SB 1 3132-3 }C-26}-SI<2 1-SI-263 .5 0403
)IW<}068 OS} 2SIO}. ~2}6SB 1 2900-3 }C-236-SI-18 1-SI-147 .25 0403
)I+~70 t 6/E+10 SN 2SI02. SHN}7SA 1 3058 1C-22}-SI-04 1-S}-127 3 0403 0428
}1~55A 6S1 SN 2SI02. SHN}7SA 1 3058 }CM}-SIM 1-S}-127 1 0403 0428
)I+00444 t 6/EM 2SI02. OHO}7SA 1 3058 1C-22}<IM }<I-}28 1 0403 0428
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)1~55B 6S1 2SI02e OHM$7SA 1 3058 }C-22}-SI+ 1-SI-127 1 0403 0428
)I+M349 9S2 2SI02. OH)021 SB 1 3058 }C-221-SM 1-SI-135 1 0403 0428 47 t 10/H-N7 2SI02. OHM2}SB 1 }C-22}-SI<3 1-Sl-135 1 0403 6 881 2S 102. SH023SA 1 }CM}-BI<5 1-SI-132 1 0403 I A 3S2 SN 2SIO2. 00-0023SA 1 3058 1C-22}-SI-05 1-Sj-131 1 0403 0428
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ASE: 16 DATE: 0512 7914 DSS LINE NUNBER STRESS ISO SNUB SERIAL SILE (200 UP I!6P c
OA 2S2 SN 2SI02. ~029SA 1 3056 1C-221-BI<2 1-SI-140 1 0403 0428 I~ 11 5/M6 SN 2SI02. NHN29SA 1 3055 iC-221-Sl-01 1-SI-140 1 0403 0428 I+<0312 481-N7 SN 2SI02. 00-0029SA 1 3056 1C-221-SI< 1-SI-189 1 0403 I+-00310 3/BM SN 2SI02. 00-0029SA 1 3056 1C-221-SI-02 1-SI-189 1 0403 I+~IOB 2S2 SN 2SI02. 00-0029SA 1 3056 1C-221"SIN 1-SI"140 1 0403 0428 I-H<1056 1S1 SN 2SI02. NH833SA 1 3055 IC-221-Sj-Ol 1"SI-139 1 0403 0428 I-N&71 2S3 SN 2SI02. OHM33SA 1 3055 IC-221-SI< I 1-SI-191 1 0403 I+~70 282 SN 2SI02. NHM33SA 1 3055 1C-221-SI-01 1-SI-191 1 0403 I-HM9 2S1 SN 2SI02.0H033SA 1 3055 IC-221-Sj<j 1-SI-191 1 0403 IM00541 6SHII SN 2SI02. OHM33SA 1 3055 1C-221-SI-01 1-SI-139 ~ 25 0403 0428 I+<0540 8/8-N9 SN 2SI02. OM033SA 1 3055 1C-221-SI-01 i-sj-139 1 0403 0428 I+OOS34A 481 SN 2SI02. 00-0033SA 1 3055 1C-221-Sl-01 1-SI-139 .25 0403 0428 1+00520 3/B+7 SN 2SI02, ~033SA 1 3055 IC-221"SH)1 1-SI-138 1 0403 0428 I+0051 9A 5SI-N8 SN 2SI02. 00-0033SA 1 3055 1C-221-Sl<j 1-SI-138 .25 0403 0428 HHN516 8SIM SN 2SI02. OH033SA 1 3055 IC-221-SI<l 1-SI-138 0403 0428 IM00515 4/CM SN 29I02. NH$33SA 1 3055 1C-221-SI<1 idj-138 ~ 25 0403 0428 I-&0513 4/C-N9 SN 2SI02.00<033SA 1 3055 1C-221-BI<1 1-SI-138 1 0403 0428 I-H-00534 B 4S1 SN 2SI02. 00-0033SA 1 3055 1C-221-Sl-01 i-sj-139 ~ 25 0403 0428 I+<0519B 581-N SN 28I02o 00-0033SA 1 3055 IC-221-SI<1 1-SI-138 .25 0403 0428
~ I+-00546 4S3 SN 2SI02. SHM39SB 1 3055 1C-221-Sl-01 1-SI-190 1 0403 jm00545 4SIM SN 2SI02. ~039SB 3055 1C-221-ST<1 1-SI-190 1 0403
)I+~
1 IISI+12 SN 2SI02. OHÃ39SB 1 3055 1C-221-SI<1 1-Sl-190 ~ 5 0403
' ~1~0543 10/I+10 SN 2SI02.0HM39SB 1 3055 IC-221<I<i 1-SI-190 .25 0403 "j~l161A 2S1 SN 2SI02. OHM52SA 1 3060 iC-236-Sl-09 1-SI-253 .25 0403 I+<1160A 181 SN 2SI02. OHM52SA 1 3060 IC-236-SI<9 1-SI-253 1 0403 2A ISI-N8 2SI02. 00-0052SA 1 3060 1C-236-SI-09 1-SI-253 0403 OA ISIS 2S I02o SHOWA I 3060 IC-236-BI<9 1-SI-253 3 0403 I 2SIM 2SI02. OHN52SA 1 3060 iC-236-SI-09 1-SI-253 .25 0403 Hl<1161B 2S1 2SI02. 00<05291 1 3060 1C-236-SH)9 1-SI-253 .25 0403 I+<1160B 181 2SI02. SHM52SA 1 3060 1C-236-SIN 1-SI-253 1 0403 I~05628 1SHS 2SI02. ~052SA 1 3060 IC-236-SIN I<I-253 1 0403 I+~60B 181-N4 2SI02. tNHM52SA 1 3060 1C-236-SIN I-SI-253 3 0403 I+00940 I/BM 2S I02o ~058SB 1 3060 IC-236-SIN 1-SI-248 1 0403 HH0597A 2S2 2SI02. OHN60SA 1 3060 1C"236-SI-10 1-SI-259 ~ 25 0403 IM00595 4/CM 2SI02. 004060SA 1 3060 1C-236-Sl-10 1-SI-259 .25 0403 I~93 3/I&10 SN 2S I02. SHN60SA 1 3060 1C-236-Sl-10 1-SI-259 0403 I HM591 OS1 SN 2SI02. OM060SA 1 3060 1C-236-Sl-10 1-SI-259 ~ 25 1 0403 I-H-00588 2S3 SN 2SI02. OHS60SA 1 3060 IC<36<l-10 1-Sl-259 1 0403 I+<05978 282 SN 2SI02 OD0060SA 1 3060 IC-236<I-10 I-SI-259 .25 1 0403 IM01237 OS2 SN 2SI02. OD0068SA 1 3056 1C-236-SI"12 i<I-200 1 1 0508 I+-O0224A 3S5 SN 2SI02 ~068SA 1 3038 1C-236-SI-12 1 0317 IM00222 OSIS SN 2SIO2. OM068SA 1 3056 iC-236-SI-12 I-SI-201 1 0415 I+<0224B 3S5 SN 2SI02. ~068SA 1 3038 IC-236<I-12 1 0317 I HOR3A 3SHI8 SN 2SI02. OHM72SB 3056 1C-236-Sl-07 1<I-202 .5 1 0303 ILIA I+002038 2~
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'I+~7 681 SN 2SIO3. OM002SA 1 3027 IA"216<I<i I-SI<13 0403 0426
!I~389 9S4 SN 2SI03. OMASA 1 3027 IA-216-SI<j I-SH)13 1 0508 c 7 783 SN 2SI03. OM002SA 1 3027 IA-216-BI<I I-SI<13 .5 1 0403 0426 85 3S1 SN 2SI03. SH002SA 1 3027 1M16-S I<1 I-SI<13 3 1 0403 0428 12 481 SN 2SI03. NHNM3SB 1 3055 1C-221-SI-01 1-SI-126 1 1 0403 0428
)I &$403 5S2 2SI03. SH>003SB 3027 IA-216-SI<l 1-Sj-013 .5 1 0403 0426 i&i~
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1 1
1 0403 0403
}7 DATE: 0512 WER 7914 DiN6 LINE AMER CALC S. RESS ISO SNUB SERIAL FAB ISO i@A SIE <200 Utt MIt
}/B+}0 SN 28I03. 00<0}2SB 1 3026 !A-216-Si-0! }-SI<49 t 1 0403 f 08}+9 SN 2S !03. 00-0050SA 1 3060 !C-236-Si-09 1-Sl-244 1 1 04!6 I+-00096 3S2 SN 2SI03.00-00SOSA 1 3025 }A-236-SI-04 1-SI"102 1 1 0403 0428 I-H-01076 2E!M SN 2SI03.00-0051SA 1 141-3 }4-236-81-03 1-Sl-099 1 0403 0423 I-H+344 381 SN 2SI03.00MS}SA ii }41-3 1A-236-Si-03 }-SI<99 3 1 0403 0423 Hi<0}99 2/4-N4 SiV 28103o00-005}SA 1 3056 1C-236-8}-07 1-81-197 .5 0415 I+00}98 3/B+k SN 2SI03. 00-0051SA 1 3056 }C-236-8I-07 1-81-197 .5 0415 Hl~2 5S2 SN 2SI03. OHMS}84 } 141-3 }4-236-81<3 1-Sl-099 1 1 0403 0423 i+<038} 3/B-N3 SN 2SI04. 00-000!SR 1 3027 }A-216-8I-O} }-SI<}3 1 ! 0403 0428 IN<1079 f 183 SM 2SI04. NH047SA 1 141-3 }A-236-SI-03 1-Si-100 3 1 0403 I+<0}8}4 6S! A}2 SN 2SI06. 00-0027SB 1 3038-W W-3055-1 '-SI-252 3 0430 HIM}80 382 SN 2SI06. 00-N27SB 1 3038-W W-3055-1 1-Sj-252 3 1 0430 I-H-0018!B 68}+12 SN 2SIC&.~027SB 1 3038-W W"3055-1 1-8!-252 3 1 0430 I-tt-00}674 f 281-Nl& SN 2SI06. MH$2884 1 3038-W W-3038-1 16402 1-SI-232 3 1 0508 0412 I +-00}644 f 2S4 SN 2SIO&. 00-002884 1 3038-W W-3038-1 25202 1-SI-232 1 1 0508 04}2 .
I+M}624 t 1/A-N5 SN 2SIC&. 00-0028SA 1 3038-W W-3038-1 !8634 1-SI-232 3 1 0508 0412 I-MO}67B f 281-Nt& SN 2SIC&.00-002884 1 3038-W W-3038-1 17533 t-SI-232 3 1 0508 04!2 I-HM}648 2S4 SN 2SI06. 00-0028SA 1 3038-W W-3038-1 25203 1-8I-232 1 1 CSC8 04!2 I-H<0}62B f 1/A-N5 SV 2SIC&.00-0028SA 1 3038-W W-3038-! 16448 1-SI"232 3 0508 0412 Hl-00268 t 48}+4 SV 2SI06.00-0267SB 1 3036 }C-236-81-05 1-81-218 10 1 0218 04.'4 I+<02674 5/D+8 SN 2SIO&.00-0267SB 1 3036 lc-236-8}-05 1-SI-218 3 0303 0414 I-H~7B f 5/D-N8 SN 2SI06. ~2678B 1 3036 !C-236-SI-05 1-SI-218 3 0303 04.'4 I-H<}}99 082 SN 2S !06. OM26884 1 3036 }C-23&-SI<4 14823 }-SI-222 10 1 0508 0412 I-H-01032 f 28}-N& SV 2SI06. 00-0268SA 1 3036 }C-236-SIN 12S04 }-SI-222 3 1 0508 04!2 I-H-OO}56 5/D-N4 SN 2SI06. 00-0268SA 1 3036 }C-236-SH)6 17440 }-SI-222 3 1 0508 04}2 I+00}51 f 38}M SN 2SI06. 00M&884 1 3036 }C-236-SIN 17491 1-SI-222 3 1 0508 0412 91 f 083-Ã2 SN 2SI06. 00-0269SA 1 3036 1C-236-SI-05 t-SI-215 3 1 02!8 04!4 38 f 28}M SN 2SI06. N-0269SA 1 3036 1C-236-8I-04 1-SI-213 3 1 02!8
! -tt- 37 f 2S} SN 2SI06. SH)26984 1 3036 1C-236-Sj<4 }<I-213 1 1 03!8 i-H-00236A 5S3-N4 SN 2SI06.00-0269SA 1 3036 }C-236-SI-04 1-8}-213 10 1 0303 i-tt-00235 381-tt9 SN 28I06.0M2&984 } 3036 lc-236-8I-04 }-81-2}3 3 0218
! 4-N23&B 5S3-N4 SN 2SI06. 00-0269S4 1 3036 !C-236-SIN !-SI-213 10 1 0303 I+01192 OS 1-N15 SN 28}06.00M83848 1 3036 }C-23&-BI<5 4379 }-SI-216 10 1 0508 0412 i-H~t f 182 SN 2SI06, 00<28384B 1 3036 lc-236-8I-05 122&3 1-Sl-216 10 1 05C8 0412
- -H-00256 48}-N9 SN 2SI06. 00<28384B 1 3036 }C-23&-SI<5 5090 1-SI-216 10 1 0508 0412
- +-002544 4SP:N6 SN 28I06. 00-0283SAB 1 3036 1C-236-Sj-05 }-8!-216 10 1 0303
- -H<025}4 48}M SN 2SI06. ~283849 1 3036 }C-23&-SI< 18649 1-SI-216 3 1 0508 0412 i+~54B 482%& SN 28IO&. 00-0283SRB 1 3036 1C-236-8}-05 1-SI-216 10 1 0303
- %<025}B 48}-% SN 2SIO&. OHR8384B 1 3036 }C-236-SI-05 17586 1-8I-216 3 1 OSOB 0412
- +<00}}4 f 281 SiV 2SI 10. SHQ5784B 1 158 }A-236-Sl-01 }-SIW 3 1 0303
- -HN}}B 2S1 SN 2SI }0. 00M5784B 1 158 14-236-SI-01 }-SI<92 3 1 0303 i-H-00009 f 283 SN BSI10.00-0258SB 1 158 1A-236-SI-01 8164 }-SI-095 10 1 0508 04tl
!F00005 f 4/DM SN 2SI10.00<258SB 1 158 1A-236-SI-01 18609 1-SI"095 3 1 0508 0410 IW-OCOO} 1/4 SN 2SI }0. MHQSBSB 1 t58 1A-236-8I-01 6227 1-SI-095 10 1 0508
]+003164 2S}-N3 SN 2SI }0. ~258SB 1 158 1A-236"SI-01 16410 }-RH<}3 3 1 0508 9+M314A 08}-NS SN 28I }Oo 00-0258SB 1 158 !A-236-81-01 14278 1-RH-013 1 0508 0307
+.H <02&54 }83M SN 28I }0. OM2588B 1 158 1R-236-8I-01 24725 }-R&}3 1 1 0508 0316
+HM3}&B 2S!-N3 SN 2SI10.00-0258SB 1 158 1A-236-SI-01 17469 1-RH-013 3 0508
+HM314B 08}M SN 28I!0.~258SB 1 158 }4-236-SHl} 8796 }-RH<}3 1 1 0508 0307
+H~&SB 183-N& SN 2SI }0. N-0258SB 1 158 }A-236-Sl-01 8813 t-RH}3 1 1 0508 0316 I-H-01104 OS2 SN 2SI }0. SH4fv484B 1 151-5 !A-236-SIM 12593 }-SH)93 3 1 05C8 0411 I - 19 f 3/BM SiV 2SI!0. 00-0264SRB '1 151-5 1A-236-Sl-02 7538 }"Bi<93 3 1 0508 041!
~6 f 4/DM SN 28I}O.00M&4848 1 158 }A-236-SI-01 6389 }-SIW 10 1 0508 04!1 85 lS3 SM 2SI10.00-0303SB t 158 1A-236-Sl-Ol 1-SI-095 10 02!8 iH-0}}84 f 281 "N} SN 2SI}0.00<303SB 1 158 1A-23&-SI-01 1-SI-095 3 1 02!8 I-H-01182 1/B-N2 SV 2SI}0.00-0308S4 1 158 lA-236-SI-01 }-SIC& 10 ! 02!8 I-M<0&CA 181 SN 2SI!0e OM309SA 1 158 }4-23&-8 I<} 17524 }-Sl<96 3 1 0508 04!1
>AGE: 18 DRTE: 0512
!ANGER 7914 DRYS LINE M}IBER CALC STRESS ISO SNUB SERIRL FAB ISO SIIE QUAN (200 UP :NSP
)
ll I+-0002!
fs}M 4/D-N3
}S!M SN SN SH 2S f10. OM309SA 2SI!0. 00-0309SA 2SI10. 00"0309SR !
1
! 158 158 158
}A-236-SI<f
!A-236-sl-ol 1 A-236-SI <f 18641 6228 16441 f-SI<96
!-SI-096
!<1<96 3
10 3
0508 04!1 OA8 041!
0508 04:1
>I-H~20 }SKI} SN 2SI }0, 00-0309SA 1 158 !A-236-SI-01 !2492 f-SI<6 3 0508 04'1 I-H-000608 1S! SN 2SI10. 00<309SA 1 158 1A-236-SI-ol 16359 1-SI-O96 3 0508 0411 II+M!!6 5S! SN 2SI!2. MHQ23SA 1 3032-W N-3032-1 !-SI-168 !0 O2!8 04.'5
)IWMff4A 4S3 SH 2SI12.~223SR 1 3032% M-3032-1 !-SI-168 10 0303 0415 iI~0!!4B 4S3 SM 2SI !2. MHQ23SR 1 3032-W N-3032-} 1-SI-168 10 0303 0415
! I-fHOf31A 3sf-)I9 SN 2SI!2. 00-0224SB 1 3033-N M-3033-1 1-SI-169 10 0303 04!4
) I+0013!B 3S1-N9 SN 2SI!2. 00-0224SB 1 3033-M M-3033-1 f-SI-}69 10 0303 0414
) I-H<0273A 7S4 SN 2SI 12. ~225SA 1 3034-N M-3034-1 }-SI-171 10 0303 0414
)I-H&72A 2S2-N7 SN 2SI }2. 00-0225SA f 3034-M M-3034-1 !-SI-171 10 0303 0414
')I-HW70 7S2-II!S SN 2SI12. ~225SA 1 3034-N M-3034-! 1-SI "171 10 0228 0414
) IW-00273B 7S4 SN 2SI!2.0HQ25SR 1 3034-M N-3034-! 1-SI-171 }0 0303 04!4 il-H<0272B 282+7 SN 2SI!2. 00<225SA 1 3034% N-3034-! 1-SI-171 10 0303 0414
)I-H-01288 3Ef+2 SN 2SI!4.NHN?5!SB 1 153 1A-190-RH-02 1-SI-002 3 02'8 0422 il-H-00032 12S2&f SM 2SI!4.OO-O253SA 1 152 1A-190-RH-01 f-SI+} 10 02!8 0422 IHl-00030A 16S2 SM 2SI14. ~253SA 1 152 !A"190-RH-01 1-SI-001 10 0303 0422 ii-HN028 13S1 SN 2SI!4. 00"0253SR 1 152 1A-190-RH-01 f-SI<0} 35 0508 lI+~30B 16S2 SM 2SI!4. NHRS3SA 1 152 1A-190-RH-01 1-SI-001 10 0303 0422 iI-H<!282 OS2 SM 2SI14. SH254SB 1 153 1A-190-RH-02 f-SIW 10 0218 04!9 ii+~5} }SS}-N3 SM 2SI }4. OHR54SB 1 153 !A-190-RH-02 13537 f-SI+2 10 0508 0410 II+01571 Sf SN 2SI!4. OH256SB 1 153 fA-!90-RkHQ 10 0218 "II+<!285A 0/A-N! SM 2SI!4. NHR56SB 1 153 1R-190-RH-02 f-sl-002 10 0303 0409
) I+<!285B 0/A+i SN 2SI!4.0M256SB 1 153 1A-190-RH-02 1-SI-002 10 0303 0409 1~356A 282 SN 2SP00. 75-0075SN 1 2975-10 1C-236-SP-10 1-SP-009 .25 0403 0423 i 53R 2S}+!2 SN 2SPOO.'Pr0075SN 1 2975-10 !C-236-SP-10 f-SP~ .25 0403 0423
'I 1 0/A-N4 SN 2SPOO. 75-0075SN 1 2975-10 }C-236-SP-10 1-SP-009 ~ 25 0403 0423
)P- 347A f/B+10 SN 2SPOO. ~075SN 1 2975"10 !C-236"SP-fo 1-SH09 ~ 25 0403 iP-HM346 0/IHt3 SN 2SPOO. 75-0075SN 1 2975-10 !C-236-SP-10 1-SP-009 .5 0403 iP-H<0356B 2S2 SN 2SP00.75<075SN 1 2975-10 1C-236-SP-10 1-SP-009 .25 0403 0423
)H<M353B 2Sf-N}2 SN 2SPOO. 7M075SM 1 2975-10 1C-236-SP-10 1-SP-009 .25 0403 0423
)P-H<03478 f/B+fo SN 2SPOO. ~075SM 1 2975-!0 1C-236-SP-10 1-SP-009 .25 0403 So-N5 SN 2SPOO.'PrN76SM 1 3069 }C-236-BD-06 1-SP-013 .25 0403
?P+00403 OS!-ll4 SN 2SPOO. ~77SN 1 2975-11 !C-236-SP-11 1-SH05 .25 0403 iP-H<0399 0/lHS SM 2SPOO. 75-0077SM 1 2975"ll }C-236-SP-11 1-SH05 ~ 25 0403
>P~98 OS}-N3 SN 2SPOO. 7~77SN 1 2975-11 fC-2366P-ff 1-SP-005 .25 0403 lMM330A 2sf-N5 SN 2SPOO. 75-0078SN 1 2975-10 !C-236-SP-10 1-SH06 .25 0403 0423
)P+00328 0/A-M4 SH 2SPOO. ~78SM 1 2975-10 1C-236-SP-10 f-SP<06 .5 0403 0423
)'H<M324A 3S!+8 SN 2SPOO. 75-0078SN 1 2975-10 1C-236-SP-10 1-SP-006 ~ 25 0403 0423 iP+00323 fsfM SN 2SPOO. ~78SN 1 2975-10 !C-236-SP-10 f<HNi ~ 5 0403 0423 iP-HM330B 2Sf-N5 SM 2SPOO.'PK$ 78SN 1 2975-10 1C-236-SP-10 1-SP-006 .25 0403 0423 iP-H<0324B 3sf+8 SN 2SPooe 7M078SN 1 2975-10 1C-236-SP-10 1-SH06 .25 0403 0423
>MM394 f/BM SN 2SPOO. 75-0080SN 1 2975-11 !C-236-SP-11 1-SP-003 .25 0403 0423
)M<0386A 0/AM SN 2SPOO. 7M080SN 1 2975-11 fC-236<P-f} 1-SH02 ~ 25 0403 iHt-00385 }/BW SN 2SPOO. 75-0080SN } 2975-11 fC<36-SP-f} 1-SP-002 ,25 0403
)M<0386B 0/A-N8 SN 2SPOO. 75<080SN 1 2975-11 1C-236-SP-11 1-SH02 ~ 25 0403 lW+02026B 1S! SN 2SW04. ~452SA 1 8000-5 1C-286-SN-03 !~49! .5 0423
>N-HM026A !Sl SN 2SM04. OD0452SA 1 8000-5 !C-286-SM-03 1-SN"491 ~ 5 0423
'IHI~5 0/M5, SM 2SM06. 00-0584SB 1 8000-8 !C"236-SN-04 1-Sl-450 3 0425 iIH}<2022 OS2-Ne SN 2SW06. ~SII7SB 1 8000-8 1C-236-Sl-04 1-SM-450 3 0502 iM-H~73 3/Info SN 2SW06. ~588SB 1 8000-7 !C-236-Sl-03 f-SN-45! 3 0505 0/A-lS SN 2SN06. 00-0592SA 1 8000-2 fC-236-SN f-SN-463 1 0423 7 f/B+f SM 2SW06.00-0592SA 1 8000-2 !C-236-Sl-02 1-Sl-463 1 0404 iN 1888 fsf-Plf SN 2SW06. 00-0595SR 1 8000-2 !C-236-SW-02 1-SM-463 0404
)l&l<1988 0/A-Nl SN 2SI6.00-0596SA 1 8000-1 1C-236-SN-01 1 02.'8
."A+<}985 Os!&! SN 2SM06. 00<596SA 1 8000-1 1 C-236-SH! 3 02!8 4
PASE! 19 BATE: 0512 TYPE LINE NUNBER CALC STRESS ISO SNUB SERIAL FAB ISO MPA SIZE OUAN <200 UP INSP 1990 552+8 SN 2SM06o ~599SA 1 8000-1 fC-236-S&f 3 1 0218 041 0/A-Nl SN 2SM10. 00-0035SA 1 8000-5 fC-286-SH3 1-SM-488 10 1 0423 02038 iSl-Nl SN 2SMIO.MHN35SA 1 8000-5 1C<86-%-03 1-SM-491 35 1 0423 SH(~33 0/M6 SN 2%10.0IHN35SA 1 8000-5 1C-286-%-03 1-%-491 3 1 0501
%-N-01993 fSI-N2 SN 2SM10.00"0037SA 1 8000-1 fC-236-SHf 3 1 0218 SlHl<1991 Osi SN 2%10. OM037SA 1 8000-1 1C-236-%-01 3 1 0218 SHIM234 4SI+I SN 2%f 0. ~037SA 1 8000-1 1C-216-%41 3 1 0218 SHHÃ233A 5/E-N3 SN 2%10. IHI37SA 1 8000-1 1C-216-SM-01 3 1 0403 SIHIW233B 5/E-N3 SN 2%10. ~037SA 1 8000-1 fC-216-%41 3 1 0303 SHl<1921 2/C-N2 SN 2%10. OHN50SB 1 8000-8 1C-216"SM-08 1-%-446 10 1 0404
%%-00222 + 5/E-v5 SN 2SN10. OM050SB 1 8000-8 1C-216-SAN 1-SM-446 3 1 8424 Sl+00220 + 4Sf+3 SN 2%10. IHI50SB 1 8000-8 1C-216-SM-08 1-Sl-446 3 1 8424 SHI-OOP.17 783-N3 SN 2SM10. OD0050SB 1 8000-8 IC-216-SHB 1-%-446 10 040 MLS~0 0/A-N4 SN 2ML03. 00-0316SN 1 8250-f fA-216M 4 in. nominal wall thickness circumferential piping welds.
Code Relief Re uest:
Relief is requested from performing 100K volumetric (U.T.)
examination on > 4 in. nominal wall thickness circumferential piping welds due to piping configurations (reducer to TEE, pipe to TEE, pipe to flange) not being conducive to 100'olumetric (U.T.)
examinations.
Alternate Examinations.'iping welds have been volumetrically examined to the extent indicated on the computer listing for each weld.
Basis for Re uestin Relief:
'I Piping weld configurations (reducer to TEE, pipe to TEE, pipe to flange) are not conducive to perform lOOX volumetric (U.T.)
examination as required by ASME Section XI Code and/or Code Case N-335 as applicable. The arrangements and details of the piping systems and components were designed and fabricated before the access and examination requirements of ASME Section XI Code, and especially the requirements of Code Case N-335 could be applied.
Consequently, some examinations are limited or not practical due to geometric configuration or accessibility. The limitations exist at fitting to fitting joints, where geometry and sometimes surface condition preclude ultrasonic coupling, or access for the required scan length (see attached computer data indicating the estimate of code required examination that can be completed on the individual components requiring relief).
Construction Code Examination.'olumetric Mem/ReliefReq/Page 20/OS'
Technical Justification Por Re uestin Relief:
Required ASME Section XI Code (Code Case N-335 if applicable) volumetric (U.T.) examinations could not be 100X completed on listed piping welds due to ipiping configurations not being conductive to volumetric (U.T.) examinations'n most cases, examination in limited areas were accomplished as a best effort attempt to cover as much of the code required area or volume (generally, the weld and base metal of 1 "T" on each side) as possible. However, the extent of examination coverage in the base metal of the fitting or component cannot be specifically quantified as being 100X. These areas where complete examination of 100X of the required volume of area could not be achieved were indicated and noted to the extent on the examiners data sheet and the limited cause noted.
The principal basis of partial examination is to identify the inability to examine 100X of the required base metal volume for the 1 "T" distance beyond the edge of the weld on a fitting or component. Examples are.'1)
Ultrasonic examination of a pipe to elbow assembly, where scanning on the intrados of the elbow causes de-coupling of the sound beam and (2) A pipe to flange or valves assembly where scanning the entire volume on the fitting or component side is limited by configuration.
The resulting coverage is such that examination of the weld, heat affected zone and base metal of 1 "T" on indetermined coverage of the base metal on the fitting or component side may; be during this pipe side scan depending on the calibrated sweep length, attenuation, joint configuration, etc. However, the volume on the fitting or component side additionally cannot be scanned completely for transverse indications as required by code. In either case, 100X of this 1 "T" volume cannot be assured, thus a partial examination is required as a disclaimer to having satisfied code requirements, albeit the intent is satisfied to the extent practical.
Specific limitations and restrictions for all examinations are as indicated on the attached computer listing, and the specific data sheet.
In response to NRC Question 250.1 where a sample of welds in the ECCS, CHR, and RHR were required to be volumetrically examined that were exempt from examination by 1WC-1220 and Table 1WC-2500" 1, CP6L has performed 1,064 additional examinations of piping welds in these systems, including 525 surface and 539 volumetric examinations.
Mem/ReliefReq/Page 21/OS1
The 539 welds that were selected for volumetric examination were chosen based upon location in the system where, if a failure occurred there would be a loss of system integrity and prohibit use for its intended safety and design function. Presently, of the 539 welds, 141 require relief under Relief Requests R2-001 and R2-003. These relief requests identify the specific reason as to why a 100X ASME XI Code examination could not be performed on those welds.
Of the total population of welds in these systems, the sample size is in excess of 10X of the total number of welds.
No impact on overall Plant Quality, Safety, or Reliability is expected, as these components will be subject to periodic system pressure tests and visually (VT-2) examined to the maximum extent possible.
Mem/ReliefReq/Page 22/OS1
0111 ~ Ol 0 ~ ~ 01 1 0 tt 000 1 0 11000 ~~ 00 ~ ttttttttt ttt1 0 11 10101100111 0'~ 0 0 1 1 t 0 0 1 1 1 1 0 1 tt 0 11 tt011111 11 Otttttttttttttttt> tt 05/14. NUTECH/PRIS. PAGEOS>,.">I 1 QUERY RESPONSE REPORT 0 0 HARRIS 0 RELIEF REQUEST R2-003: COMPONENTS REQUESTED FOR RELIEF 00tOOt0000000t0000001000000O000100000100001000000O00000000O00000t0ttOO000O0Ot000000001000010011 Otttt10000000000000100100000000000 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-AF-005AF-FW-249 PC>VLV PC>PIPE P04 01 FSAR 6 ~ 6 ~ 88 UT 45S CIRC. 67%, AXIAL 50% COMPLETE
'I II-AF-005AF-FW-251 PC,VLV -PC>PIPE P04-O'I FSAR 6.6.88 UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-AF-006AF-FW-246 PC>VLV -PC>PIPE P04-01 FSAR 6 ~ 6 ~ 88 UT-45S CIRC ~ 67%>> AXIAL 50% COMPLETE II-AF-007AF-FW-239 PC,VLV -PC,PIPE P04-01 FSAR 6.6.88 UT-45S CIRC. 67% COMPLETE II-AF-007AF-FW-241 PC>VLV PC>PIPE P04 01 FSAR 6 ~ 6.88 UT 45S CIRC. 67% COMPLETE II-CS-006CS-FW-102 PC>PIPE PC>VLV P03 01 SER 250- IV UT 45S CIRC. 67'/>> AXIAL 50II COMPLETE II-CS-006CS-FW-103 PC,VLV -PC,PIPE P03-Ol SER 250.1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CS-006CS-FW-104 PC, PIPE-PC,VLV P03-01 SER 250. 1V UT-45S CIRC. 67II, AXIAL 50% COMPLETE II-CS-006CS-FW-105 PC,VLV -PC,PIPE P03-O'I SER 250.1V UT-45S CIRC. 67%> AXIAL 50% COMPLETE II-CS-006CS-FW-106 PC>PIPE PBCC>T P03 Ol SER 250 1V UT 45S
~ CIRC ~ 67%> AXIAL 50'/> COMPLETE II-CS-006CS-FW-122 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-455 CIRC ~ 67%, AXIAL 50II COMPLETE II-CS-006CS-FW-123 PC,VLV -PC,PIPE P03-01 SER 250.1V UT-45S CIRC. 67T>, AXIAL 50% COMPLETE II-CS-006CS-FW-124 PC, PIPE-PC,VLV P03-01 SER 250. 1V UT-45S CIRC. 67%, AXIAL 50/> COMPLETE II-CS-006CS-FW-125 PC,VLV -PC,PIPE P03-01 SER 250.1V UT-455 CIRC. 67%> AXIAL 50% COMPLETE II-CS-006CS-FW-126 PC, PIPE-PBCC, TR P03-01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-CS-006CS-FW-130 PC>VLV PC>PIPE P03 01 SER 250- IV UT 45S CIRC ~ 67/>> AXIAL 50% COMPLETE II-CS-006CS-FW-132 PC>VLV PC ~ PIPE P03 01 SER 250 lV UT 455 CIRC. 67%, AXIAL 50% COMPLETE I I-CS-006CS-FW-201 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-45S CIRC. 67%, AXIAL 50'> COMPLETE II-CS-006CS-FW-202 PC,VLV -PC,PIPE P03-Ol SER 250.1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CS-006CS-SW-A3 PF,RFWN-PC,RED P03-Ol SER 250. IV UT-45S CIRC. 67'l>, AXIAL 50% COMPLETE II-CS-006CS-SW-D4 PBCC>TR PC>PIPE P03 Ol SER 250-IV UT 45S CIRC. 67%> AXIAL 50% COMPLETE II-CS-006CS-SW-DS PC, PIPE-PBCC, TR P03-01 SER 250 1V UT-45S
~ CIRC ~ 67%> AXIAL 50% COMPLETE II-CS-006CS-SW-F3 PBCC, TR-PC, PIPE P03-0 1 SER 250. I V UT-45S CIRC. 67%> AXIAL 50% COMPLETE
04444 ~ 40000404000440440400004I00000004044444f4404000044404 44444440404000044400400440 0000000000044040400044f 05/1~. NUTECH/PRIS. PAGE:
4 QUERY RESPONSE REPORT 0 HARRIS RELIEF REQUEST R2-003: COMPONENTS REQUESTED FOR RELIEF 44444t44400000040040000000444040044000000tt4444404000044t44004t0440040000444440t4100044404404t44t4 4404400004000440440000440t404t0044 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-CS-006CS-SW-F4 PC,PIPE-PBCC,TR P03-01 SER 250. 1V UT-455 CIRC ~ 67%i AXIAL 50% COMPLETE II-CS-007CS-FW-203 PC,PIPE"PC,VLV P03-01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-CS-007CS-FW-204 PC,VLV -PC,PIPE P03-01 SER 250 ~ 1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CS-007CS-FW-205 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-455 CIRC ~ 67%+ AXIAL 50'/i COMPLETE II-CS-007CS-FW-92 PCiPIPE-PCiVLV P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-CS-007CS-FW-93 PC,VLV -PC,PIPE P03"01 SER 250. 1V UT-455 CIRC ~ 67'/ii AXIAL 50% COMPLETE II-CS-007CS-FW-94 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-CS-007CS-FW-95 PC,VLV -PC,PIPE P03-01 SER 250 ~ lv UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CS-007CS-FW-96 PC,PIPE-PC,RED P03-01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50'L COMPLETE II-CS-007CS-SW-A3 PF,RFWN-PC,RED P03-01 SER 250. 1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CS-007CS-SW"D3 PBCCiT PCiPIPE P03 01 SER 250. 1V UT 45S CIRC. 70%, AXIAL 70% COMPLETE II-CS-007CS-SW-04 PC,PIPE-PBCC,T P03-01 SER 250. 1V UT-45S CIRC ~ 70%, AXIAL 70% COMPLETE II-CS-007CS-SW-05 PBCC,T -PC,PIPE P03-01 SER 250. 1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-CS-007CS-SW"D6 PC.RED -PBCC.T P03-01 SER 250. 1V UT-455 CIRC. 70'/i, AXIAL 70% COMPLETE II-CS-007CS-SW-D7 PBCC,T -PC,RED P03-O'I SER 250. 1V UT-455 CIRC. 70'/'i, AXIAL 70% COMPLETE II-CS-007SI-FW-25 PBCC,T -PC,PIPE P03-01 SER 250. 1V UT-455 CIRC ~ 67% ~ AXIAL 50% COMPLETE II-CS-022CS-FW-561 PC,VLV -PC,PIPE P04-01 FSAR 6.6.88 UT-455 CIRC ~ 67%i AXIAL 50/i COMPLETE II-CS-022CS-FW-562 PC,PIPE-PI,FHB P04-01 FSAR 6.6.88 UT-45S CIRC. 67/i, AXIAL 50% COMPLETE II-CS-022CS-SW-85 PBCC,T -PC,RED P03-01 SER 250.1V UT-45S CIRC. 67/i, AXIAL 50% COMPLETE II-CS-022CS-SW-86 PC ~ PIPE PBCC T
~ P03 01 SER 250 1V UT 45S AXIAL 80% COMPLETE II-CS-092CS-FW-3029 PC,PIPE-PC,VLV P04-01 FSAR 6.6.88 UT-45S CIRC. 67%, AXIAL 50% COMPLETE I I-CT-001CT-FW-1 VNOZ180-PC,PIPE P03-01 SER 250.1V UT-455 CIRC. 67'/i, AXIAL 50% COMPLETE II-CT-001CT-FW-8 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE
00440404000044004000t40 ~ Oe40444400t041t400040t0400004 0404144440404444 400000000t44444440'- O4O
~ 05/ NUTECH/PRI~ PAGE:.,
QUERY RESPONSE REPORT HARRIS RELIEF REQUEST R2-003: COMPONENTS REQUESTED FOR RELIEF 0440400t000400440000040040040tt00000t00g0400t00004400000tt0t04t0444404440440004t000t0444400044444t 0000000440t000044tt444000t44fttt44 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-CT-001CT-FW-9 PCiVLV PCiPIPE P03 01 SER 250. 1V UT-45S AXIAL 50% COMPLETE II-CT-002CT-FW-12 VNOZlAO-PC,PIPE P03-01 SER 250. 1V UT-455 AXIAL 50% COMPLETE II"CT-002CT-FW"19 PC,PIPE-PC,VLV P03-01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-CT-002CT-FW-20 PC,VLV -PC,PIPE P03-01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50'k COMPLETE II-CT-014CT-FW 175 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-45S CIRC. 67%, AXIAL 43% COMPLETE II-CT-014CT-FW-176 PC,VLV -PC,PIPE P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-CT-014CT-FW-185 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-455 CIRC ~ 67%i AXIAL 50% COMPLETE II-CT-014CT-SW-D3 PBCC,TR-PC,PIPE P03"01 SER 250.1V UT-455 CIRC. 50%, AXIAL 50% COMPLETE I I-CT-016CT-FW-143 PP,FHS -PE,LR P03-01 SER 250.1V UT-455 CIRC- 67%i AXIAL 50'/i COMPLETE I I-CT-016CT-FW-144 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 49'A COMPLETE I I-CT-016CT-FW-145 PCiVLV PCiPIPE P03 01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-CT-016CT-2-FW-154 PC,PIPE-PC,VLV P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-FMR-02FW-SW-E5 PE,LR -PC,PB P01-01 C-F C5.21 UT-455 CIRC ~ 80% COMPLETE II-FW-001FW-SW-D4 PC,PIPE-PBCC,T P05-01 FSAR 6.6.8C UT-455 CIRC. 67% COMPLETE II-FW-001FW-32-4-SW-1 PFiA -PCiPIPE P05-01 FSAR 6.6.8C UT-45S CIRC. 67% COMPLETE II-FW-001FW-32-5-SW-5 PC i PIPE PF iA ~ P05-01 FSAR 6. 6 ~ BC UT-45S CIRC. 67% COMPLETE II-FW-002AF-FW-259 PCiVLV PCiPIPE P04 01 FSAR 6 ~ 6 ~ 88 UT 45S CIRC. 67%, AXIAL 67% COMPLETE II-FW-002FW-FW-560 PC,PIPE-PC,VLV P05-01 FSAR 6.6.8C UT-455 CIRC ~ 67% COMPLETE II-FW-002FW-FW-561 PC,VLV -PC,PIPE P05-01 FSAR 6.6.8C UT-45S CIRC. 67'/i, AXIAL 67/i COMPLETE II-FW-003AF-FW-266 PC,VLV -PC,PIPE P04-01 FSAR 6.6.88 UT-45S CIRC. 67%, AXIAL 67% COMPLETE II-FW"003FW-FW"566 PCiPIPE PCiVLV POS 01 FSAR 6.6 BC~ UT-45S 67%, AXIAL 67% COMPLETE
'IRC.
II-FW-003FW-FW"567 PC,VLV -PC,PIPE P05-01 FSAR 6.6.8C UT-45S CIRC. 50%, AXIAL 50% COMPLETE II-FW-004AF-FW-273 PC,VLV -PC,PIPE P04-01 FSAR 6.6.88 UT-45S CIRC. 67/i, AXIAL 50% COMPLETE
00040 04440440004000000400000000004440400400000000000444frO/ t400004 ~ 000044444044t4040404 4000 ~ 00044004IIOOI4444) 01 05/14, NUTECH/PRI PAGE:.
QUERY RESPONSE REPORT 0 HARRIS 4 RELIEF REQUEST R2-003: COMPONENTS REQUESTED FOR RELIEF 040400444440440440040040404 ~ 400040tOOttt0000044044040t00004040000440040400040400444440000044444404 0404400040040000004004444044400040 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-FW"004AF-FW-276 PC)VLV PC)PIPE P01 01 C-F C5.21 UT-45S CIRC. 67%, AXIAL 50% COMPLETE 1
II-FW-004FW-FW-571 PC, PIPE-PC,VLV POS-01 FSAR 6. 6.8C UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-FW-004FW-FW-572 PC)VLV PC)PIPE P05 01 FSAR 6 ~ 6 ~ BC UT 45S CIRC. 67%, AXIAL 50% COMPLETE II-FW-004FW-SW-C3 PC,PIPE-PE,LR P05-01 FSAR 6.6.8C UT-45S CIRC. 67'fe COMPLETE II-MS-002MS-FW-566 PC)PIPE PC)VLV P05 Ol FSAR 6.6.8C UT-45S CIRC. 67% COMPLETE II-MS-002MS-FW-567 PC,VLV -PC,PIPE P05-01 FSAR 6.6.8C UT-45S CIRC. 67'A COMPLETE II-MS-002MS-FW-568 PC)PIPE-PC)VLV P05-O'I FSAR 6 ~ 6 ~ BC UT-45S CIRC. 67% COMPLETE II-MS-002MS-FW-690 PC,PIPE-PC,VI V POS-01 FSAR 6.6.8C UT-455 CIRC. 67T) COMPLETE II-MS-002MS-FW-691 PC)VLV PC)PIPE P05 01 FSAR 6 ~ 6 ~ BC UT 455 CIRC. 67% COMPLETE II-MS-002MS-FW-692 PC)PIPE PC)VLV POS 01 FSAR 6.ABC UT 45S CIRC. 67% COMPLETE II-MS-007MS-FW-678 PC,PIPE-PC,VLV P05-01 FSAR 6.6.8C UT-45S CIRC. 67% COMPLETE II-MS-009MS-FW-583 PC,PIPE-PCIVLV P05-01 FSAR 6.6.8C UT-455 CIRC. 67% COMPLETE II-MS-009MS-FW-586 PC,PIPE-PC,VLV P05-01 FSAR 6.6.8C UT-45S CIRC. 67% COMPLETE II-MS-009MS-FW-589 PC,PIPE-PC,VLV P05-01 FSAR 6.6.8C UT-455 CIRC. 67% COMPLETE II-RH-001RH-FW-8 PE,LR -VNOZ1AI P03-01 SER 250. 1V UT-45S CIRC ~ 67%, AXIAL 50% COMPLETE I I-RH-001RH-SW-EB PBCC,T -PF,WNO P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-RH-001SI-FW-9 PBCC.T -PC,PIPE P03-01 SER 250. 1V UT-455 CIRC. 82%) AXIAL 64% COMPLETE II-RH-002RH-FW-21 PE,LR -VNOZ18I P03-01 SER 250.1V UT-455 CIRC ~ 9'IT)e AXIAL 82% COMPLETE II-RH-002RH-SW-85 PE,LR -PC,PIPE P03-01 SER 250.1V UT-45S CIRC. 30%, AXIAL 96% COMPLETE II-RH-002RH-SW-E5 PBCC,T -PC,TS P03-01 SER 250.1V UT-45S CIRC. 67%, AXIAL 50'A COMPLETE II-RH-002RH-SW"EB PC,PIPE-PBCC,TR P03-01 SER 250. 1V UT-455 CIRC. 67/e, AXIAL 50% COMPLETE II-RH-002RH-5-2-SW-1 PC)PIPE PC)PIPE P03-01 SER 250. 1V UT-45S CIRC. 94%, AXIAL 89% COMPLETE II-RH-002SI-FW-21 PBCC)T PBCC)TR P03 01 SER 250 'V UT 455 CIRC. 91%, AXIAL 82% COMPLETE
00000 F 000000000000000 '00000000000000000000000000000000000 0000000000000000000 '000000 00000000000000000000I 000 05/1 NUTECH/PRIS PAGE:
0 QUERY RESPONSE REPORT 0 HARRIS RELIEF REQUEST R2-003: COMPONENTS REQUESTED FOR RELIEF 0000000000000000000000 '00000000000000000000000000000000000000000000000 '0000 F 00000000000000000000 000000000000000000000000000000 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS I I-SI-004SI-SW-AID PC ~ PIPE PE RED
~ P03 01 SER 250. 1V UT-455 AXIAL 50% COMPLETE
'\
II-SI-004SI-SW-A12 PC,PIPE-PBCC,T P03"O'I SER 250. IV UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-SI-004SI-SW-A3 PC,RED -PBCC,T P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50II COMPLETE II-SI-004SI-SW-A4 PBCC,T -PC,PIPE P03-01 SER 250.1V UT-455 CIRC ~ 67%a AXIAL 50% COMPLETE II-SI-004SI-SW-AS PC,PIPE-PBCC,T P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-0045 I-SW-A6 PBCC.T -PC,PIPE P03-01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50II COMPLETE I I-SI-0045 I-SW-A9 PC,PIPE-PC,PIPE P03-01 SER 250. IV UT-455 CIRC. 67%> AXIAL 50% COMPLETE I I-SI-0045 I-SW-87 PBCC,T -PC,PIPE P03-01 SER 250. IV UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-SI-004SI-SW-88 PBCC,T -PC,PIPE P03-01 SER 250. 1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE I I-SI-004SI-SW-E3 PF,RFWN-PC,PIPE P03-01 SER 250. 1V UT-45S CIRC ~ 67'lie AXIAL 50% COMPLETE II-SI-004SI-SW-F6 PCoPIPE PFoRFWN P03-01 SER 250. IV UT-45S CIRC. 67%, AXIAL 50% COMPLETE I I-SI-004SI-13-11-SW-4 PC,PIPE-PE,LR P03-01 SER 250. IV UT-455 AXIAL 84% COMPLETE I I-SI-004SI-13-11-SW-5 PE,LR -PC,PIPE P03-01 SER 250. IV UT-455 AXIAL 82% COMPLETE II-SI-OOBSI-FW-450 PC,VLV -PC,PIPE POI-01 C-F C5.21 UT-605 AXIAL 67% COMPLETE II-SI-OOBSI-FW-457 PCoVLV -PCoPIPE P01-01 C-F C5.21 UT-605 AXIAL 91% COMPLETE II-SI-009SI-FW-279 PCoVLV PCoPIPE PO 1-01 C-F C5.21 UT-50S CIRC. 67%, AXIAL 50% COMPLETE I I-SI-010SI-FW-276 PBCC,T -PC,PIPE P03-01 SER 250. IV UT-45S AXIAL 50% COMPLETE I I-SI-0105 I-SW"A3 PC,PIPE-PF,WNO P03-01 SER 250.1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-SI-010SI-SW-87 PF,WNO -PC,PIPE P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE II-SI-OIOSI-SW-C7 PC,PIPE-PC,PIPE P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-010SI-SW-CB PC,PIPE-PBCC,T P03-01 SER 250.1V UT-455 CIRC. 67%, AXIAL 5011 COMPLETE II-SI-010SI-100-FW-275 PC,RED -PC,PIPE P03-01 SER 250.1V UT-45S CIRC. 67%, AXIAL 50% COMPLETE I I-5 I-0105 I-99-FW-269 PBCCeT -PCoPIPE P03-01 SER 250.1V UT-45S CIRC. 67II, AXIAL 50II COMPLETE
0000t t004ft04I44404040000004440440000404000004000004440044 044040040004040444404004004080000t0400040000000040' 05/'14. NUTECH/PRIS, PAGE:
0 QUERY RESPONSE REPORT 4 HARRIS RELIEF REQUEST R2-003: COMPONENTS REQUESTED FOR RELIEF
+4+4++0+ffOOIOt4004440000I400fO ~ 000t04t00t0000004f000400040000fg4400f40400400t44t44f0f4t4040440444440440ft400044I00f44044IOft4004444 COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS I I-SI-02551-FW-579 PCiVLV PCiPB P01 01 C F C5. 21 UT-45S CIRC. 67%, AXIAL 50% COMPLETE
'\
II-SI-025SI-FW-580 PC,VLV -PC,PIPE P01-01 C-F CS. 21 UT-45S CIRC. 67%, AXIAL 50% COMPLETE I I-SI "025SI-FW-583 PBCC,T -PC,PIPE P01-01 C-F . C5.21 UT-45S AXIAL 71% COMPLETE I I-SI-0255 I-FW-584 PCiPB -PCiVLV P01-01 C-F C5.21 UT-45S CIRC. 67%, AXIAL 50% COMPLETE I I-SI-0255 I-SW-A6 PF,RWNR-PC,PIPE Pol-01 C-F C5.21 UT-45S AXIAL 50% COMPLETE I I-SI-025SI-SW-83 PC,PIPE-PF,RFWN PO'1-01 C-F C5. 11 UT-605 CIRC. 67'li, AXIAL 50% COMPLETE II-SI-025SI-SW-D5 PC,PIPE-PE,LR PO 1-01 C-F C5.21 UT-455 AXIAL 71% COMPLETE II-SI-025SI-SW-D6 PE,LR .-PC,PIPE P01-01 C-F C5.21 UT-45S AXIAL 7'I'¹ COMPLETE I I-SI-025SI-SW-E3 PC.PB -PBCC,T F0 1-01 C-F C5.21 UT-45S AXIAL 90'¹ COMPLETE I I-SI-025SI-SW-E4 PC, PIPE-PBCC, T P01-01 C-F C5.21 UT-45S AXIAL 90% COMPLETE I I-SI-02551-SW-F5 PCiPB PFiRFWN PO'1-01 C-F C5.21 UT-45S CIRC. 67%, AXIAL 50% COMPLETE II-SI-025SI-SW-G3 PF,RFWN-PC,PB POl-01 C-F C5.21 UT-45S CIRC. 67%, AXIAL 50/i COMPLETE I I-SI-0265 I-FW-58 'I PC, PIPE-PC,VLV PO'1-01 C-F C5.21 UT-45S CIRC- 67'¹i AXIAL 50% COMPLETE I I-SI-026SI-FW-582 PBCC,T -PC,PIPE PO'1-01 C-F C5.21 UT-455 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-026SI-FW-590 PC,VLV -PC,PIPE Pol-01 C-F C5.21 UT-60S CIRC. 67%, AXIAL 50% COMPLETE II-SI-026SI-FW-591 PC,PIPE-PC,VLV P01-01 C-F C5.21 UT-605 CIRC. 67%, AXIAL 50% COMPLETE I I-SI-026SI-FW-592 PP,FHS -PC,PIPE P01-01 C-F C5.21 UT-605 CIRC. 67%, AXIAL 50% COMPLETE II-SI-026SI-FW-594 PC,PB -PC,VLV P01-01 C-F C5.21 UT-455 CIRC. 67%, AXIAL 50% .COMPLETE II-SI-026SI-SW-G3 PC, PIPE-PF, RED PO'1-01 C-F C5.21 UT-60S CIRC. 67%. AXIAL 50% COMPLETE I I-SI-026SI-SW-GS PCiPIPE-PBCCiTR P01-01 C-F C5.21 UT-605 CIRC- 67'¹o AXIAL 50'I COMPLETE I I-SI-027SI-FW-606 PC ~ PB PCiVLV P01 01 C-F C5.21 UT-455 CIRC. 67'¹, AXIAL 50% COMPLETE I I-SI "0275 I-SW-K3 PC,PB -PBCC,T P03-01 SER 250.1V UT-605 CIRC. 67%, AXIAL 50'¹ COMPLETE I I-SI-027SI-SW-K5 PBCC,T -PC,PIPE P03-01 SER 250. 1V UT-455 CIRC. 67%, AXIAL 50% COMPLETE
Re uest For Relief No. R2-004 Pressure Retainin Welds In Pi in Cate o C-F: Items 5.11 and 5.21:
Identification of Co onents:
Pressure retaining circ'umferential piping welds (< < in. nominal wall thickness), and pressure retaining circumferential piping welds (> 4 in. nominal wall thickness) as listed on Attachment for this relief request.
ASME Section XI Code Re uirement(s):
Examination Category C-F: Item 5.11 requires a surface examination on circumferential piping welds with < ~< in. nominal wall thickness. Item 5.21 requires a surface and volumetric examination on circumferential piping welds with > 4 in. nominal wall thickness.
Code Relief Re uest:
Relief is requested from performing volumetric (U.T.) and or surface examination(s) on the listed welds, as these welds are inaccessible due to being inside of containment heads, valve chambers (see attached design detail sketches).
penetrations.'lued Alternate Examination.'Components will be subject to periodic system leakage tests and visually (VT-2) examinations to the maximum extent possible.
Containment penetrations are also subject to ILRT/LLRT (10 CFR50-Appendix J) testing on a periodic basis.
Construction Code Examinations:
Volumetric Basis for Re uestin Relief:
Component welds are located inside of containment penetrations (flued heads, valve chambers) and are inaccessible for performing code required examinations. System Hydrostatic/Leakage Pressure Test will be performed as required to ensure structural integrity. In addition, ILRT/LLRT (10 CPR50 Appendix J) testing will be performed as required.
Mem/ReliefReq/Page 23/OS1
Technical Justification for Re uestin Relief:
The design of containment penetrations (flued heads, valve chambers) does not facilitate accessibility to listed welds to perform required code examinations. No impact on Plant Quality, Safety, or Reliability is expected as the components will be subject to periodic system hydrostatic/leakage testing, as well as additional ILRT/LLRT (10 CFR50 Appendix J) testing.
Mem/ReliefReq/Page 24/OSl
e4000 04001000114 ~ 0000000000000004040400t000040040040400000l 4044444440044440000404000400440000440040004400400444 05/1 . ~o NUTECH/PRIS~ a PAGE:
0 QUERY RESPONSE REPORT CPEL HARRIS 0 RELIEF REQUEST R2-004: COMPONENTS REQUESTED FOR RELIEF 0000t044000400000000004t000400t00400000040 ~ 040tt4004 ~ 40440400044004044004t400tOtt000000444044040044440400440000000444t+0++++++++++++
COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-AF-OOBAF-M108-PW-1 PP e FHS INTERNAL P01 01 C F C5.11 SUR II-AF-009AF-M109-PW-1 PP,FHS-INTERNAL P01-01 C-F C5.11 SUR II-AF-010AF-M110-PW-1 PP, FHS-INTERNAL P01-01 C-F C5.11 SUR II-BD-0078D-M53-PW-1 PP,FHS-INTERNAL P06-01 FSAR 6.6.8D SUR II-BD-00880-M52-PW-1 PPoFHS INTERNAL P06 01 FSAR 6 ~ 6 ~ BD SUR II-BD-00980-M51-PW-1 PP,FHS-INTERNAL P06-01 FSAR 6.6.8D SUR II-CS-089CS-M7-PW-1 PP,FHS-INTERNAL P06-01 FSAR 6.6.8D SUR II-CT-007CT-FW-37 PC,SDFP-PC,RED Pol-01 C-F C5. 11 SUR II-CT-007CT-SW-I3 PC,RED -PC,PIPE P01-01 C-F C5. 11 SUR II-CT-007CT-SW-I5 PCoPIPE-PCePIPE P01-01 C-F CS. 11 SUR II-CT-OOBCT-FW-52A PC,SDFP-PC,RED P01-01 C-F CS. 11 SUR II-CT-OOBCT-SW-I3 PC ~ RED PC ~ PIPE P01 01 C F C5. 1'I SUR II-CT-014CT-M24-PW-1 PP, FHS-INTERNAL P01-01 C-F CS. 11 SUR II-CT-014CT-M24-PW-1 PP,FHS-INTERNAL P03-01 SER 250.1V VOL II-CT-016CT-M23-PW-1 PP,FHS-INTERNAL P03-01 SER 250.1V VOL I I-CT-016CT-M23-PW-1 PPeFHS INTERNAL P01 01 C F C5.11 SUR I I-FMR-01FW-M4-PW-1 PP,FHS-INTERNAL P01-01 C-F C5.21 SUR I I-FMR-01FW-M4-PW-1 PP,FHS-INTERNAL P01-01 C-F C5.21 VOL I I-FMR-01MS-M3-PW-1 PP,FHS-INTERNAL Pol-01 C-F C5.21 SUR I I-FMR-01MS-M3-PW-1 PP,FHS-INTERNAL P01-01 C-F C5.21 VOL II-FMR-02FW-MS-PW-1 PP, FHS-INTERNAL P01-01 C-F C5.21 VOL II-FMR-02FW-MS-PW-1 PP o FHS INTERNAL P01 01 C F C5.21 SUR II-FMR"02MS-M2-PW-1 PPeFHS-INTERNAL POl-01 C-F C5.21 VOL
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Re uest For Relief R2"005 Pressure Retainin Welds In Pressure Vessels Cate o C-A Item s Cl.10 C1.20 Cl.30; and Pressure Retaiain Nozzle Welds In Vessels Cate o C-B Item s C2.21 and C2.22; and Inte ral Attachments For Vessels Pi in Pum s and Valves Cate o C-C Item C3 ~ 10:
Identification of Com onents.'ee attached computer listing for identification of components and problems associated with each components ASME Section XI Code Re uirements:
Examination Category C-A: Item(s) C1.10, C1.20, C1.30 require volumetric (U.T.) examination. Category C-B: Item C2.21 requires surface and volumetric; and Item C2.22 requires volumetric (U.T.)
examination. Category C-C: Item C3.10 requires a surface examination be performed.
Code Relief Re uest:
Relief is requested from 100X volumetric (U.T.) and 100X surface (P.T.) examination, as applicable, on pressure retaining welds in pressure vessels, nozzle welds in vessels and integral attachments for vessels, due to weld configurations not being conducive to examination and/or the welds are inaccessible for 100X examinations due to obstructions.
Basis For Re uestin Relief:
Weld configurations (end cap geometry, flanges, nozzles . . ~ ) and obstructions (reinforcement plates, welded attachments, permanent hangers, insulation tabs, access ports . . .) prevent 100X volumetric (U.T.) and/or surface (P.T.) examinations to be performed. In addition, some nozzles on each steam generator (SG-001 SG (A), (B), (C) - MSNIR-15) were designed without a nozzle inside radius section and the volumetric (U.T.) examination could not be performed. Volumetric (U.T.) and surface (P.T.)
examinations in limited areas were accomplished as a best effort attempt to cover as much of the code required area or volume as possible. These areas where complete examination of 100X of the required volume or areas could not be achieved were indicated and noted to the extent on the examiner's data sheet and the limited cause noted. These data sheets are available at the SHNPP Plant Site for review.
Mem/ReliefReq/Page 25/OS1
Alternate Examination(s):
Volumetric (U.T.) and surface examinations will be performed to the maximum extent possible. Component will be subject to periodic system pressu're tests and visually (VT-2) examined to maximum extent possible.
Construction Code Examinations:
Volumetric Surface Technical Justification For Re uestin Relief:
Component weld configurations and obstructions prevent lOOX volumetric (U.T.) and/or surface examinations. Component welds were examined to the maximum extent practical. In addition, welds were subject to fabrication/construction volumetric and surface examinations, as well as hydrostatic tests at design temperatures and pressures. Components will be, to maximum extent practical, periodic system leakage tests and visual (VT-2) examinations. No impact on Plant Quality, Safety, or Reliability is expected, as the components will be subject to periodic tests to ensure structural integrity.
Mem/ReliefReq/Page 26/OS1
00404 >40040004400000400404400000044044400040t00000404004001i 4000t00044 ~ 00404000444404000414444000 ~ 44400004404044. 4f t 05/09/86 NUTECH/PRISIM PAGE: 0 QUERY RESPONSE REPORT 0 CPBL HARRIS 0 RELIEF REQUEST R2-0054 COMPONENTS REQUESTED FOR RELIEF 0 4044440444t0400004 ~ 440400400044044000004404400400404440404400440 ~ 00000400000404004040t040000040004000000000044040004440044444+4+++++
COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS II-SG-001SGA-CSW-03 VCSW P01-01 C-A C1. 10 UT-60S '4-3"X3" WELD PADS II-SG-001SGA-CSW-04 VCSW P01-01 C-A C1. 10 UT-00 4-3"X3" WELDED PADS II-SG-001SGA-CSW-04 VCSW P01-01 C-A C1. 10 UT-60S 4-3"X3" WELDED PADS II-SG-001SGA-CSW-10 VCSW P01-01 C-A O'I. 10 UT-00 4-3"X3" WELDED PADS II-SG-001SGA-CSW-10 VCSW P01-01 C-A C1. 10 UT-605 4-3"X3" WELDED PADS II-SG-001SGA-FWNTSW-05 VNTVWI P01-01 C-B C2.2'I UT-00 SHELL SIDE ONLY;3"X3" WELDED PAD II-SG-001SGA-FWNTSW-05 VNTVWI P01-01 C-B C2.21 UT-455 SHELL SIDE ONLY II-SG-001SGA-FWNTSW"05 VNTVWI P01-01 C-B C2.21 UT-60S SHELL SIDE ONLY;3"X3" WELDED PAD I I-SG-001SGA-MSNIR-15 VNIR P01-01 C-B C2.22 VOL I I-SG-001 SGA-MSNTHW-01 VNTVWO P01-01 C-B C2.21 UT-00 SHELL SIDE ONLY I I-SG-001SGA-MSNTHW-01 VNTVWO P01-01 C-B C2.21 UT-45S SHELL SIDE ONLY I I-SG-001SGA-MSNTHW-01 VNTVWO P01-01 C-B C2 ~ 21 UT-60S SHELL SIDE ONLY II-SG-001SGA-STHW-02 VSTHW P01-01 C-A C1. 20 UT-00 INSULATION TABS (4)
II-SG-001SGA-STHW-02 VSTHW P01-01 C-A C1.20 UT-45S 4-3"X3" WELD PADS II-SG-001SGA-STHW-02 VSTHW P01-01 C-A C1.20 UT-605 4-3"X3" WELD PADS II-SG-001SGA-TSTSW-09 VTSTVW P01-01 C-A C1.30 UT-00 INST. NOZZLE L 4 ACCESS PORTS II-SG-001SGA-TSTSW-09 VTSTVW P01-01 C-A C1.30 UT-45S 4-ACCESS PORTS II-SG-001SGA-TSTSW-09 VTSTVW P01-01 C-A C1.30 UT-60S INST. NOZZLE,4-ACCESS PORTS:TOP SIDE ONLY, FLG. INTERFERENCE II-SG-001SGB-AFWNTSW-11 VNTVWI P01-01 C-B C2.21 UT-00 SHELL SIDE ONLY II-SG-001SGB-AFWNTSW-11 VNTVWI P01-01 C-B C2. 21 UT-45S SHELL SIDE ONLY II-SG-001SGB-AFWNTSW-11 VNTVWI P01-01 C-B C2. 21 UT-60S SHELL SIDE ONLY II-SG-001SGB-CSW-03 VCSW P01-01 C-A C1. 10 UT-00 INSULATION TABS (4)
II-SG-001SGB-CSW-03 VCSW P01-01 C-A C1.10 UT-60S INSULATION TABS (4)
ttttt ttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttttttttttttttttttttttttttttttttttttttt ttt 05/0 NUTECH/PRISi PAGE:
t QUERY RESPONSE REPORT t t CP8L HARRIS RELIEF REQUEST R2-005:
ttttttttttttttttttttttttttttttttttttttt ~ ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt't'tttttttttttt COMPONENTS REQUESTED FOR RELIEF COMPNOEX COMPDES EXREQ CATEGO ITEMNO EXSCHD COMMENTS I I-SG-001SGB-CSW-10 VCSW P01-01 C-A C1. 10 UT-00 "INSULATION TABS (4)
I I-SG-001SGB-CSW-10 VCSW P01-01 C-A C1. 10 UT-605 INSULATION TABS (4)
I I-SG" 001SGB-.FWNTSW-OS VNTVWI P01-01 C-B C2.21 UT-00 SHELL SIDE ONLY1 3"X3" WELDED PLATE 5 '5" FROM C/L II-SG-001SGB-FWNTSW-05 VNTVWI P01-01 C-B C2. 21 UT-455 'HELL SIDE ONLY II-SG-001SGB-FWNTSW-05 VNTVWI P01-01 C-B C2.21 UT-60S SHELL SIDE ONLY; 3"X3" WELDED PLATE 5.75" FROM C/L I I-SG-001SGB-MSNIR-15 VNIR P01-01 C-B C2.22 VOL I I-SG-001SGB-MSNTHW-01 VNTVWO P01-01 C-B C2.21 UT-00 SHELL SIDE ONLY I I-SG-001SGB-MSNTHW-01 VNTVWO P01-01 C-B C2.21 UT-455 SHELL SIDE ONLY I I-SG-001SGB-MSNTHW-01 VNTVWO P01-01 C-B C2.21 UT-605 SHELL SIDE ONLY II-SG-001SGB-STHW-02 VSTHW P01-01 C-A C1. 20 UT-00 4-3"X3" WELDED PLATES 5.5" FROM C/L II-SG-001SGB-STHW-02 VSTHW P01-01 C-A C1.20 UT-. 45S 4-3"X3" WELDED PLATES 5.5" FROM C/L II-SG-001SGB-STHW-02 VSTHW P01-01 C-A C1.20 UT-60S 4-3"X3" WELDED PLATES 5.5" FROM C/L II-SG-001SGB-TSTSW-09 VTSTVW P01-01 C-A C1.30 UT-455 4-ACCESS PORTS;INSTRU. NOZZLE: SEE UT-605 PKG. FOR PLANAR EVA II-SG-001SGB-TSTSW-09 VTSTVW P01-01 C-A C1.30 UT-60S TOP SIDE ONLY, FLANGE: 4-ACCESS PORTS 6 INSTRUMENT NOZZLE I I-SG-001SGC-AFWNTSW-11 VNTVWI F01-01 C-B C2.21 UT-00 SHELL SIDE ONLY: INSULATION RING REMOVED I I-SG-001 SGC-AFWNTSW-11 VNTVWI F01-01 C-B C2. 21 UT-455 SHELL SIDE ONLY: INSULATION RING REMOVEO I I-SG-001SGC-AFWNTSW-11 VNTVWI P01-01 C-B C2.21 UT-60S SHELL SIDE ONLY: INSULATION RING REMOVED II-SG-001SGC-CSW-03 VCSW P01-01 C-A C1. 10 UT-00 4-3"X3" WELDED PLATES II-SG-001SGC-CSW-03 VCSW PO'1-01 C-A C1.10 UT-60S INSULATION TABS (4)
II-SG-001SGC-CSW"10 VCSW P01-01 C-A C1. 10 UT-00 4-3"X3" WELDED PADS II-SG-001SGC-CSW"10 VCSW P01-01 C-A C1. 10 UT-605 4-3"X3" WELDED PADS II-SG-001SGC-FWNIR-05 VNIR P01-01 C-B C2.22 UT-705 SHELL SIDE ONLY II-SG-001SGC-FWNTSW-05 VNTVWI P01-01 C-B C2.21 UT-00 SHELL SIDE ONLY; INSULATION TAB
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Re uest For Relief No. R3-001 Co onent Standard Su orts Snubbers Cate o F-C Item 3.50 For Class Three 3) Systems Identification of Com onents:
All hydraulic and mechanical snubbers listed on Attachment for this Relief Request.
ASME Section XI Code Re uirement:
IWF-2200 requires all examinations listed in Table IWF-2500-1 shall be performed completely, once as a preservice examination.
Table IWF-2500-1 requires hydraulic and mechanical snubbers be visually examined (VT-4), which includes functionally testing each snubber.
Code Relief Re uest:
Relief is requested from the functional test requirements for snubbers per Article IWF-5000.
Alternate Examinations:
All Shearon Harris component support snubbers will be selected, inspected, and functionally tested per Section 3/4.7.8 of the Shearon Harris Technical Specifications.
Basis For Re uestin Relief:
The 'SHNPP Technical Specifications and ASME Section XI Code are similar in their intent to functionally test snubbers. The SHNPP Technical Specifications are, however, more restrictive in the selection, as well as the method of testing snubbers for functional adequacy.
Construction Code Examinations'.
N/A Technical Justification For Re uestin Relief:
The Nuclear Regulatory Commission has endorsed the utilization of SHNPP Technical Specifications for functionally testing snubbers. The utilization of the ASME Section XI Code, to functionally test snubbers, would be less restrictive than performing testing in accordance with SHNPP Technical Specifications.
Mem/ReliefReq/Page 27/OS1
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- C-H-02'!53A SO SN 3CCO!. OM!58SN i 1202-1 !C-236-CC>>05 37351 1-CC-289 i2S 0408
-:":-C2!49B So-}}5 SiV 3X01. Co-0! 58SM I 1202-1 LC-236-Cc-06 15195 1>>CC-289 .(5 )=J'5 0408
'.C-H-02!539 f SO SV XCOI. CC-0:58SN I .'202>>! '!c-235-cc>>06 35143 I~J'-289 .25 0408
- C-H-ho!478 !/9-!)le SiV 3CCO!.00"0!84SM i 1203 }C-236>>CC-13 6L!2 !-IX-304 he=i) 5 0404
.'C-H-0!479 OS2-}29 SN 3C 0) 00 C!84SN f203 IC-236-CC-!3 37363 I"CC-3C4 .25 . Ct ( g rid i.
- C-H-0!480 f 0/A-V7 SN 3CCOI. 00-0!84SM I lc03 !c-236>>cc-13 18948 I-CC-304 ~ 5 '..'v0 hdh j
'"-~o}482 '03 lt3 xco.'.00-0184sM ! .'203 !c-2'5-cc-!3 37218 '!-CC-304 ~
hg c h( 04:".d
'C-."'.-00592 f 8/Ml SN 3CCO!.00-0343SN I 1233 'A-236-CC-ao !6846 }-CC-Cei ~ >> 0505
'C-~<2672A 2S!-N2 SV 3cco!.00-0384SM ! !202-2 IC-235-CC>>08 37280 I-CC-298 C-M<1673 t 2Sf-)l4 SN 3CCO!. 00>>0384SN f !202 2 IC-236>>CC-08 24832 HC-298 !
X-H-C2!78 SIHI3 SN ~
Xcoi. OM384SM I 1202-2 !C-236-Cc<8 37237 f<-298 ~ 25 0=05
- C-:";0}672B t 2Sf-N2 SN 3CCO}.00-0384SM 1 1202>>2 LC-236<-08 37221 !>>CC-?98 .25 0505
.:C-H-0! 682 t 2/9-}l3 SM 3CCD!. 00-0388SN 1 1202-3 IC-236-CC-10 18977 l<-305 .5 0506 0404
- C-H-0!683 0/A~3 SiV 3CCDI. 00-0388SiV I 1202-3 !C-236-CC-!0 26837 1>>CC-305 ~ 5 0-nc Pdnd
- C-H"0!684 I/9-}le SN 3CCD!. 00>>0388SN I 1202"3 fC-236-CC-10 37076 l<-305 ~ 25 PSf>> 04nd 587 f !/9-l6 SN 3CCOI ~ CO-0388SM I 1202-3 !C-236-CC-10 17850 HX-305 .5 Cche 0404 87 2/C-}}5 SM 3CCO!,00-047}SA i 1244 !A-236-CC-36 1>>CC-174 ~ 'hl O320 04i4 f 5/F-}}9 fA-236<C-36 1>>CC-174 .5 0320
~ i 88 SM 3CCOI. 0(HN71SA 1 1244
- 8+0!790 t 2/C-N4 SN XC01. 00>>047!SA I 1244 IA-236>>CC-36 1>>CC-174 .5 0320 04:.4 X-H-01950 OS!+4 SN 3CCOI. 00-0522SB I 1230-6 LA-c36-CC-12 19067 f-CC-122 .5 0505 )4v Z+-01951 OS2-Ã2 3CCD!. OM522SB I 1230>>6 IA-236-CC-12 16867 f<-I22 ~ 5 0 C6 040'i
- -H>>01780A 293-V6 3CC02. 00-0054SA I 1232 IA-236-CC-27 11092 1-CC-172 ) a=oe
;C>>H>>0!7809 293+6 3CC02. OM054SA I 1232 IA-236-CC-27 10950 1-CC-172 i 0505 s)dOr)
'H>>0!770 f 3S! 3CC02. OM072SB I !234 IA-236-CC-34 37224 1-CC-070 05 her h40i I
-H>>of925A OS!-N7 SN XC02.0MIS4SN 1 }203 !c-236-CC-16 24930 1-cc-2ee 0505
-~-0217' So-}ll SN 3CC02. OMi54SN I 1203 !C-236>>CC-16 fM-286 ic5 040!
- -0!925B OSI-N7 .SN XC02. 00-0154SN 1 1203 Ic-236-CC-L6 10921 f<-286 i 05oe
.-H-0}651 f OS2 3CC02.~160SM 1 1201-1 IC-236<-of 8885 HX-267 I 0505 0424
- -H-00005 4S2-l}3 xc02.00-0feosN 1 1201"I !C-236>>cc>>01 9887 IN-267 J 0505 0403
- +ooofp f 2/A-Pl2 SM 3CC02. ~feoSN f 1201-1 !C-236M-01 12069 I-CC-c69 0 05 0402
.:-H-0! 652 !S3 SN XC02.0M!60SN 1 1201-1 fc-236M>>01 37086 1%-267 .25 C 05 040:
- C-H-02113 f SC-PS SM 3CC02. ~feoSN I 1201-1 !C-236-Cc>>01 f>>cc-267 ~ 25 03c!
- C-.";00067 t 5SI-Nl SN XC02. 00-0164SM 1 1201-3 fc-236-Cc<4 18485 1>>CC-284 .5 0505 0402
- "-H-00074 f 4/B-N5 S)V 3CCO2. 00-0164SN 1 120!"3 !C-236<+ 10370 I-Cc-284 .25 0505 0402 X+-00078 OSI SN XC02.~164SN I 1201-3 lc-236>>CC>>04 9217 1<-284 0505 04C2
!'H>>01912 OS2 SN 3CC02. ~I82SN I f203 lc-236>>cc-13 11003 iM-301 0505 0404
- C+01913 OS2 SN XC02.0M!82SN 1 1203 lc-236-CC-13 7304 1<-301 ~ 5 0506 0404 Z-H-0207} f Sl SN 3CC02. 00-0182SN f f203 IC-236>>CC-13 1<-301 .25 0416
- C+00080A 3S2 SN 3CC02.0tH) 190SN I 1201-3 IC-236M<4
'9631 f<-283 ~ 25 0505 0402
- C+-00082 2sf-Nfo SN 3CC02. ~190SN I 1201-3 f C-236-CCW 9219 i-CC-283 4 0506 h'02
- C+OCOBSA 4S2-}!5 SN XC02.0M55N I 1201-3 f C-236<c<4 37088 f<-283 .25 0505 0402 88 t 2SI .)Ill SN 3CC02.0DO!90SN I 1201-3 fc-236-CCW 10916 I-CC-28f I 0506 80B 3S2 XC02. 00>>0190SN I 1201-3 Ic-236-CC>>04 12509 I<-283 ..c5 OcC5 0402 859 492-NS SN 3CC02. 00-0190SN I f Df-3 IC-236M<4 37083 I-CC-283 ~ 25 Z05 '
Z+-0!49} 0/A-SS SM XC02. OM383SN I !203 IC-236-Cc-14 25187 f<C-296 ) 0506 0'ip>>
7+00990 4/E-p}3 SM XC02. CM392SA 1 1243-A !A-236-CC-3f 11098 I-CC-!96 I pspe lido)
Z .l>>0!5!9 LS! SN XC03, 00>>0150SN 1 1203 !C-236-CC-15 37251 1 <-3f3 .25 050ie 0404
XE'1 9ATE: 0512 WER 79f4 OR((6 LINE VN{BER CALC STRESS ISO SNJB SERIAL FAB:SO }{PA SilE iBAM (200 UA !NSP
~
5 2/A-N4 SN 3CC03. 00<}SOSM I 1203 !c-235-cc-}6 10987 }WC-313 1 osce 0409 f 2/8~8 SM 3CCO3. 00-01 50SM I 1203 !C-236-CC-}5 9870 }-{X-3}3 1 0506 0404
- "t.- 14 Osl-N4 SN XC03.0M}50SM I !203 IC-236-CC-16 24842 HC-313 1 OS05 0404 R-0}915 !Sl SN 3CC03. 00-0! SOSM I 1203 }C-236<C-Ie 2486} I-CC-287 1 0506 0403 H19}6 }/8-Y3 SN 3CC03.00<}SDSN I }203 IC-236-CC-16 !SOO} }WC-287 .25 0506 0408
-a-02!eoA f S{H{4 SM 3CC03.OH)}SOSN I 1203 lc-236-CC-16 11840 }WC-287 .5 0506 0408
~M'608 SM4 SN 3CC03iODO!SDSM 1 1203 }c-236-cc-}6 10947 }WC-287 1 0506 0408
.-H-0}440 }SI-N4 3CC03. ~}5}SN 1 1203 }C-236<c-11 7831 I-CC-293 .5 0506 0402
- +0!442 0/A-Ne SN 3CC03. 00-0151SN ! f203 }C-23HZ-}} 18978 I<-293 ~ 5 0506 0402
- +0!486 0/A-N4 SN 3CC03.00-0!5!SN 1 1203 }C-236-CC-13 37266 }-CC-293 ~ 2S ~
0506 0402
.+0!487 0/A-N3 SM XC03.00<}5}SM 1 1203 lc-236-CC-13 37262 1-CC-293 ~ 25 0505 0402
.-H<}489 f ,OS} SM 3CC03. ~}5}SM 1 1203 IC-236-CC-}3 18921 I-CC-293 .5 0505
- -H-01490 fSI SN 3CC03.0M}5}SM 1 !203 }C-2364C-}3 37264 HC-293 .25 0506
-H-5}446 f I/8-N}0 SN 3CC03.00-0152SN 1 12D3 fC-236-CC-11 18947 }-CC-309 .5 0506 0409
.=H-01448 }/B-}{9 SV 3CC03.00<}525M } !203 }C-2364C-'}1 9538 HC-309 .25 0505 0409
.-H-D!457 ls}-((4 SN 3CC03ioo-0152SM 1 1203 lc-236-CC-12 37082 }<-308 .25 0506 D4
.-H-0!459A 3/9-ll}f SN 3CC03.00-0}52SN 1 1203 Ic-236-CC-12 6556 }<-302 .5 0506
-H-0!46} 2SI+3 SN 3CC03. 00-0!52SN 1 1203 }C-236<-!2 18957 }WC-308 ~ 5 0505 0404
- -H-01468 BSI-((7 SN 3CCQ3.00-0152SN I 1203 Ic-236-CC-12 17531 }WC-308 3 0506 04C4
-~0!47} f OS}+6 3CC03.00-0152SN ! 1203 }C-236M-}3 37225 I-CC-302 .25 0505 0403
.-H-o!472 OS}-88 SN XC03. 0(H) 152SN 1 1203 }C-2364C-}3 19639 HC-302 .25 05C5
'.~0}475 f OS2+4 SM 3CC03. 00-0152SM f 1203 }C-236<-}3 }8469 HX-302 .5 0506 '0403
- ~-01476A OS}-((5 SN 3CC03.00<}SKI I 1203 }C-2364C-}3 31211 HX-302 .25 0506
- -0!4598 t 3/9-I{}} SN 3CC03. 00-0152SM 1 1203 IC-236-Cc-}2 f7331 1-CC-302 .5 0506
,-:-H-0!4768 OS}-NS SN XC03. OM}52SM I 1203 }C-236-CC-13 37238 }<-302 .25 0506
+02}52 t So-I{!5 SiV 3CC03.00-0}53SN 1 1203 !C-236-CC-16 I<C-287 ~ 5 04.'5 4A Sl SN XC03.0DO}535M 1 1203 lc-236-CC-16 37265 HZ-287 .25 0506 48 S} SM 3CC03. 00-0153SM I 1203 }C-236<-}6 37252 }N-287 .25 OA5 55A St&8 SN XC03. OM!67SN 1 1203 fc-236M-}3 }WC-293 .25 032} 0422
-H-02157 S} SN 3CC03.00-01678M I 1203 }C-236<-}3 }<-293 ~ 25 0405 04c2
.+-02}558 SO-NB SN XC03.00<}67SN I 1203 IC-236-CC-13 1<-293 .25 03cl 0422
+00779 f 3S}W SN 3CCD3.OH!26}SN 1 }230-}1 IA-236-CC-18 17011 HX-}09 .5 0506
- -H-01056 I/8-N2 3CC03.00<270SM I 1261 }A-236M-33 37021 }%-}86 .25 0506 0401
.+0!960 OS2 SN 3CC03.MH)3938M I 1230-6 }A-236-CC-12 8805 1-CC-164 .5 0505 0408
- -H<042}A 382-((9 SN 3CC04. 00<208SN 1 1230-5 }A-236MM }WC-255 3 0508
.-H<2056 f Sl SN 3CC04. OH}2088M 1 }230-5 }M36M-08 HX-255 I 0410 0426
.-HM42}B 3S2-N9 SN XC04. ~208SN I 1230-5 }A-236M<8 1<-255 0508
-H-01443 t }S2 SN 3CC06. 00-0149SN 1 1203 }C-236<c-}} 9878 }M-309 I 0505 032}
- +-0}444 2S}-N4 SN 3CC06. OH! 149SN I 1203 }C-236<C-}} 14270 }<-309 I 0505 0320
- -H-01733 t OS2 SN 3CC06. OH}}49SN 1 1203 }C-236<-}} 9886 I-CC-309 I 0506 03co
.Mo}668 t ! /8-ll5 XC06. ~195SN I }202-2 }C-23HZ<7 12569 HX-320 3 0505 0320
-HW4}7 f 2S} 3CC06. OH}201SM I 1230-5 }A-23HXM 16395 I-CC-2S4 0506 0407
.."+M42CA 2/8-N4 3CC06. OH)20}SN I 1230-5 }A-236MM 11115 }M<54 I 0505 0402
"+004cDB 2/8+4 3CC06. OH!20}SN I 1230-5 IA-236<-08 11036 }WC-254 I D506 0402
'.-H-00681 IS!-N2 SN Xcoe. 00-0274SN I 1270 }A-236M-29 8599 HZ-}14 1 0506 C+00566 f 0/AW SN 3CCO6. OH}275SN } f271 }A-236<-24 35146 HX-093 .25 0'06 0401 C+-00570A }SH5 SN XC06. ~275SN 1 1271 }A-236M<4 18609 }MM3 .5 0506 0402 C-H&708 Is}-){5 SN XC06. OH!275SN I 1271 }A-236<-24 18488 HX-093 ~ 5 0506 0402
.+-00427A BS}-!{9 SN 3CC08.0M}46SN I 1230-5 18602 }M<54 3 0505 040}
IA-236M'A-236-CC-08 C-H-004c78 Bs}-89 SN 3CCDB. 00-,0}+SN I 1230-5 17564 HX-254 3 Q506 040!
C~00910 3/9-((5 SN 3CC12.00-00l3SA I 1230-7 IA-236<c-14 17552 }%-}05 3 0505 0319 C-HM9}8 t 5/F&7 SN 3CC}2. OHN13SA 1 1230-1 }A-236<-}4 17452 }M-}26 3 0506 0320 4A BS3-fi8 SN 3CC}2. OHN}3SA I 1230-7 }A-236M-}4 }WC-}25 3 0325 0320 98 893-%8 SM 3CC12. 00-0013SA 1 1230-7 IA-236-CC-14 HX-}26 3 0325 0320 482-{i{3 SM 3CC12. OMO}SSB 1 }230< !A-236-CC-12 5173 1-CC-121 I 0505 0319 A'-H-00503A t 7/H-{i{4 SN 3CC12. 00-001588 1 1230-6 IA-236-CC-}2 8630 }-CC-12} I 0505 C+-005038 7/H-N4 SN 3CC}2.~C!5SB I }&Hi IA-236M-}2 5153 }<-}21 0506
AGE: 22 DATE: 0512 ANGER 7914 DRMG TYPE LIME eNBER CALC STRESS ISO SNUB SERIAl. FAB ISO RPA SIIE MAN (200 UP INSP 16 7S}-N}4 xc!2.oo-oe78sA 1 1230-7 lA-236"CC-14 17467 HC-}26 3 0506 0320 C-. 3S}-ll7 3CC}2. 00-0684SB 1230-6 'A-236-CC-12 4676 1-CC-127 10 0506 0319 0496A 1 3S}-}}7 XC}2.OM684SB 1230-6 !A-236-CC-12 5956 }WC-}27 10 0506 03:9 C+00496B 1
"+-0039} }}S}-I}4 SiV 3CC}2.00-0687SB 1 1230-2 }A-236-CC-04 18598 1-CC-149 3 0506 03!8 4/E-19 SM 3CC}2.00-0687SB 1 1230"2 }A"236-CCW 5774 }WC-}49 10 0506 03!8 C+-0040'-H-02055 Sl SN 3CC18. 00-0002SA 1 1230-5 }A<36M<8 }WC-274 1 04!0 C+-00950A 7S3%}2 XC!8. OM003SA 1 }242 !A-236-CC-22 6384 }WC-}56 !0 0506 C+00950B 783-N}2 SN 3CC! 8. 00-0003SA 1 1242 }A-236M-22 14692 HX"156 10 0506 0319 C-H<0882A 993 SN 3CC!8. 00-0679SA 1 1230-7 }A-236-CC-}} 6426. 1-CC-139 1 0506 0319 C+<!584 4/E!}4 SN 3CC!8. 00-0679SA 1 1230-7 1A-236-CC-11 17527 '!-CC-139 3 0506 03!9 C-H-00882B 9S3 SN 3CC18. 00-0679SA 1 1230-7 1A-236-CC-11 6390 }WC-}39 1 osoe 03!9 3CC}8.00-0683SB }230-6 1A-236-CC-}2 6257 1-cc-}e4 10 QSC6 03.'9 C+00475 5/F-W4 SN 1 C-HW093A 8S5 SN 3CC!8.00-C688SA 1 1230-3 }A-236-CC% 5997 }<"}7} 10 0'ce 03!8 C+000938 8S5 SN 3CC! 8. 00-0688SA 1 1230-3 }A-236-CC<6 S334 1-CC-171 lo 0506 0318
,C-H-00376A 10/K-N!9 SN 3CC!8.00-0689SB 1 1230-2 }A-236-CC<3 4868 }<-}69 35 0506 0318 "..
'"-H-00376B 10/K-N}9 SiV 3CC!8. 00-0689SB 1 1230-2 }A-236-CC-03 8568 HX-}69 35 0506 n3>g
.'CH-00353A SS2-N5 SN 3CC20.00-0011SM 1 }230-2 1A-236-CC-02 12494 1-CC-181 3 osoe 03!8
.'C-H+356 SS}-NS SN 3CC20.NHI}}SN 1 1230-2 }A-236<C-02 6233 1-CC"181 10 0506 03!8 00%7 5/F-.".11 SN 3CC20. 00-001!SN 1 1230-2 1A-236-CCM 6052 HX-}81 10 0506 O3}8
".C-H<0353B SS2-NS SN 3CC20. 00-0011SN 1 1230-2 !A-236<-02 16413 }<"}81 3 0.46 03!8
- C-H-00457 3S! SN 3CC20i 0(H)254SM } }23(Hi }A-236-CCW 6424 1<-}82 10 0506 03"19
'C+ 00459 3/IH46 SN 3CC20. 00-0254SM 1 1230-5 }A-236<-09 14686 }<-}82 10 0 06 0319
- C+~}A 3S}-N4 SN 3CC20. OD0254SN 123(Hi }A-236MM 1758S }WC-}82 3 0506 0319
'C+<0463 SS}+6 - SN 3CC20. 00-0254SN 1
1 1230-6 1A<36<CM 7084 1-CC-182 10 0506 03:9
.C-H<0465A 8/I-N7 3CC20.00<254SN } }23(Hi }A-236-CCW 9138 }WC-}68 10 CSC6 03'19 466A 6S3 3CC20i 00-0254SM 1 1230-6 1A-236-CC-09 12478 }WC-}68 3 o506 0319 8A ! S2-N 3CC20.0tH)254SN 1 }22Hi }A-236<% 6363 }WC-}82 10 0506 03.'9 46}B 3S}-N4 3CC20. 00-0254SM 1 1230-6 1A-236<CD 17568 1-CC-182 3 0508 0319
- C~0465B 8/I-N7 XC20. OM254SN 1 1230-6 }A-236-CCW 6884 }M-}68 10 0506 03}9 C-H-00466B es3 3CC20. 00<254SM 1 1230-6 !A-236M<9 17516 1-CC-168 3 0505 C-H-0}838B }S2-}l4 SiV 3CC20. 00-0254SN 1 1230-6 }A-236-CCW 4330 !-CC-182 10 0508 H-H-00064 6S! SM 3CH02.50MO}SA 1 550-1 !A-190M<} 16850 }<H-008 .5 OS05
-:+00065 3/D-N4 SN 3CH02.5MOO}SA 1 550-1 }A-}9~} 17858 }<H<08 .5 osce v+0}739 2S2 SN 3CH!0.0~50SB ! 550-3 1A-261~}7 10956 }<H-340 1 0~06 0407 S-H-03140 3S2 SN 3CSCO. 7M527SN 1 3100 }A-26}M<7 }M-5}7 .25 0324 042!
S-H-02644 3S! 3CSOO. 75<6}3SM 1 3124 1A-261-CS-28 1-CS-560 .25 0324 S-H-03349 !S} 3CS01. 0(H469SN 1 3124 }A-236<-42 }MS-269 .5 0324 SMC0583A OS3-ll9 3CS02. 00-0359SM 1 3091-1 }A-26}<-}2 }MS-S}5 1 0321 3+<05838 OS3-N9 XS02. OM359SN 1 3091-} }A-26HS-}2 }%-5}5 1 032!
S H 03115 }/B+} SN 3CS02. NH}4}8SM 1 3091-1 }A-26}M-}4 HZ-530 1 0324 042@
.S-H-02657 182 SN 3CS02. OM520SN 1 3100 }A-236-CS-28 HS-}09 .25 0324 042!
,S-H-O}309 2S! SM 3CS02. OM532SN 1 3124 11-236-CS-38 }%-}06 1 04!5 0425
- S-H-01311 2S3 SN XS02. OH)532SN 1 3124 }A-236%-38 }M-561 1 0415 0421
.'S-H<}830 1S3 SN 3CS02. NH532SN 1 3124 1%36-Cs-38 1%-}06 1 04!5 0425
.'SMO}960 lsl SN XS02. OM545SM 1 3100 !A-236M-28 }%-}09 .25 0324 0421
.'S-H-030!0 OS} SN 3CS02. NH545SM 1 3100 }A-236-Cs<8 HZ-}09 ~ 25 0324 042}
- SM00968A }S}-Ã8 SN 3CS03.00 0162SN 1 3085 }A-26!MM 1-CS-506 .25 0321
- SW<0968B }S}-Ã8 SN 3CS03. 00-0}625M 1 3085 }A-26}M<8 HS-506 ~ 25 0321
'.SABA 2S2 SN 3CS03. 0lHR} }SN 1 308S }A-26}-Cs<8 }M-507 ~ 25 0321
- Sd-00963 B 2S2 SN 3CS03. 00-02} }SN 1 3085 !A-26HZ-08 HS-507 ~ 25 032'!
- S-M<0577 1/B-N2 SN 3CS03. 00-058SN 1 3091-1 !A-261-CS-11 }M-5}8 .25 0321 0421 91 }/BM SN XS03. 00-03SBSN 1 3091-1 }A<6}M-}3 }<-5}8 ,5 032'! 042!
13 }/B+4 SN 3CS03. OM358SN 1 3091-1 !A-261-CS-11 }M-5}8 .25 0324 0<2}
A
- S-.. 490A 292 SN 3CS03. 00-0526SN 1 145 }A-236M-08 8745 1-cs-2ee }
- S~-004908 2S2 SN 3CS03. 00-0526SN 1 145 }A-236-F08 9984 HS-266 1 QSC8
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SH-007e9 OS2-N3 SN 3NS02. 00-0134SAB 1 2050-17C }T-26}-NS-}7 }4314 }-Ms<56 0508 Ch!0
)AEE: 23 DATE: 05!2 7914 DRMB 'YPE LINE iVU)IBER CALC STRESS ISO SNUB SERIAL FAB ISO SIZE ROAN (200 UP INSP OS2-N2 SN 3hS02. OMI43SAB I 2050"17C IT-261-liS-17 14366 }M<56 I I 0508 0410 67A OSI-N3 SN 3NS06. 00-0059SB I 6713 IA-286-IS<7 16424 I-l6-050 3 I 0508 0409
;S+ 00170 0/A-l!4 SN 3hS06,00<059SB I 6713 IA-286+9<7 15635 I-)iS<50 I 0508 0409
<<S-H-0017IA IS2-."6 SN 3NS06. 00-0059SB I 6713 IA-286-NS<7 15622 I-III9-050 I I 0508 iS+001679 OSI-)0 SiV 3hS06.00-0059SB I 6713 IA-286-KS-07 16363 I-)lS<50 3 I 0508 0409
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<<S-H-00176 0/A-N3 SN 3NS06. 00-0060SA I 6713 IA-286-)iS-07 6396 I-XS-049 10 4 0%8
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)S-+COI87 2SIW SV 3)IS06. 00-0223SAB I 67!3 IA-286-ÃS-08 16107 I-NS-osf 0508 0409
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'~-'IN'97A 292 SV 3NS06. OOM23SAB 67!3 IA-286-)!S-OS 37072 I-NS-052 .25 0508
'iS-H-CC'198 IS2 SN 00-0223SAB I 'hS06, 6713 IA-286-)<<S-OS 11959 I-NS<52 3 C508 0<09
<<S~-00202A 29!-)I6 SN 3NS06. 00-0223SAB I 6713 IA-286-PIS-08 7286 I-hS-052 .5 osoa 0409 IA-286-)IS-08 i lS+01403 SO-Ã2 3hS06. 00-0223SAB I 6713 11065 I-.NS-051 0508 O4O9 19+01406 SO .45 SN 3NS06.~223SAB I 67.'3 IA-286 AS-08 37073 I-NS-052 .25 1 0508 0409 lS-H-oo!979 2S2 SN 3)F06. 00-0223SAB I 6713 IA-286-XSW 37509 I-)IS<52 .25 \ osca 0409
~S+002029 2SI-N6 SN 3)!S06. 00-0223SAB I 6713 IA-286-NS-08 8782 1<-052 ~ 5 I 0508 0409
'8-H-00410A 4SI-)!4 SN 3hS16. 00-OIS5SAB I 6717 IT-286-NB<3 14335 I-Nasa I 050S 0410 H-0041 A 3/D-NI3 SN 3NS16.00-0185SAB I 6717 IT-286-NS-03 17458 I-NS-059 3 I osoa 04!0 sS-H-01389A SM4 SN 3hS16. 00<f 85SAB I 6717 IT-286-i@<3 18986 I "iI<58 ~ 5 I 0508 04!0 IT-286-)IS-03 I-NS-058 I 04!0
'OM
<<S-H-01390 SN 3hS16. 00-0185SAB I 6717 14281 s 0508
<<S-H-01391 S(HC3 SN 3hSI6.00-0185SAB I 6717 IT-286-NS<3 8837 H6<58 I I 0508 0410
<<S- - 1392 SO-h2 SN 3)ISI6.00-0!85SAB I 6717 IT-286-NS<3 15634 I-HS-058 I I 0508 04!0 .
IOB 451-N4 SN 3hSI6. 00<185SAB I 6717 IT-286-NS<3 14269 I+S<58 I I 0508 04!0 15B 3/D-NI3 SV 3))SI6. 00-0185SAB I 6717 IT-286-hS<3 17560 I-NS-059 3 I 0508 04!0,
<<S .':<13899 SO+4 SN 3hSI6.~185SAB I 6717 IT-286-)ls-03 18984 HIS<58 ~ 4 5 0508 04!0
'WH-00232A 3SI SN 3PiV04. OOM48SN I 3116-1 IA-236-PN-0! I-PN-045 3 I 0326 04'9
>)'-H-002329 391 SN 3PÃ04. OM048SN I 3116-1 IA-236-PN<f I-r N-045 3 I 0326 04!9
)C-H-00670 OSIS SiV 3RCO!. 00-0179SN I 2550-1 IA-236-RC-02 I-RC-023 .5 s 0402
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~f 25~2-I 2550-1 IA-236-RC-03 IA-236-RC-03 IA-236"RCW I-RC<24 I-RC-023 I-RC&3
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0402 0402 0402
- C-H-004079 0/A-Na SN 3RCOI. 00-0187SN I 2550-1 IA-236-RC< I-RC-023 .25 0402
)"-H"01305 OS4 SN 3SF12. OM003SA I 2850-3 IF-236-SF% 16388 I-SF-106 3 0508 0408 iF-H-00911 0/A-N4 SN 3SF12 OHN05SB I 2850-4 IF-236-SF-05 6428 I"SF-010 10 0508 0408
- .=~-00891 OS2-)I4 SN 3SF12. OHNNSSA I 2850-4 IF-236-SF< 17534 I-SF<10 3 .I 0508 0408
!-."-H-009ISA 3/D-N17 SN 3SF12. ~179SA I 2S50-4 IF-236-SFM 6521 I-SF-139 10 0508 0408
)F-H<9189 3/D+17 SN 3SF12.~179SA I 2850-4 IF-236-SF< 6393 I-SF-139 10 I 0508 0408
)r-H-00470A 0/A"b!6 SN 3SF16. 00-0001SA I 2850-9 IF-236-SF-07 17553 I-SF-107 3 0508 C408 iF~<0470B 0/A-)16 SN 3SF16. OHNSISA I 2850-9 IF-236-SF<7 17522 I-SF-107 3 I 0508 0408 iM-H)1467 3/IHl3 Sil 3SNI. ~I69SA I 8050-17 IA-236-Ql-33 I-SM-101 I 0 01
)'nW-01491 2/C-lQ SN 3SMOI e 5M295SA I 8050-16 IA-236-Ql-32 I-SM-107 I I 0415
'.a+02637 OS2 SN 3SNI. ~390SA I 8050-15 I A-236-SM-27 I I 0218
!MM02643 2SI SN 3SN6. 0(HOSOSB I 8050-21 IA-236-Ql-38 I-Ql-192 I I 0218 ill-H<2800A 2SI-N3 SN 3SN8 SHNSISAB I 8050-21 IA-236-SM"40 18442 1<E-104 .5 I 0508
)M-H<28009 251-N3 SN 3SMOS. OHMS ISAB I 8050-21 IA-236-SHO f7460 1%-104 ~ 5 I 0508 i)HI<f264 4SI SN 3SN8. OHMBISAB f 8050-21 I A-236-SM-23 I-SM-190 3 I 0311 iW+02809 ISI SN 3SMOS. OMII5SB I 8050-82 IA-261-QH)4 I-SM-530 .5 I 0508 iM- 831 2SI+If SN 3$ ll0. 00-0031SA I 8050-9 I % 16-SM-13 I-S&001 3 0218
~4 OSI-N2 SN 3SMIO. OM033SA I 8050-9 IA-216-Ql-10 I-SH)01 3 I 0408 i' A 6/F SiV 3SMI0.00-0052SB I 8050-4 IA-216-SM-16 3 I 0303 iM+M0999 6/F SN 3SMIO. 0(HN52SB I aoso-4 IA-216-SM-16 3 s 0303
) M-M<0629 7/6-Ns SN 3SMIO. OOM54SB I 8050-13 IA-2!6-SM-Is I-S M<2 10 I 8424
- MR-01742 6SI-hf SN 3SMIO.O(H)057SB I 8050-4 IA-216-SM-17 3 I 0218
4 ZE: 24 DATE: 05!2 O'ER 7914 DRNG T'/PE IRE KUSER CALC STRESS ISO SNUB SERIAL FAB ISO MPA SI IE KIN (200 L'P IMP 8/8 3SNIO.OH057SB 8050-4 1A-216-SM-17 10 1 + 0218 5 SN 1 1!A ~ 6/F-XII SW 3SWI0.00-0297SB 1 8050-13 lA-216"SN-14 I-SMW 3 1 0417 4+<061!B + 6/F-'511 SN 3SM10, 00<297SB 1 8050-13 I A-216-SM-14 1-SM<02 3 1 0417 kH-04161 f SO-KI SW 3SW10. ~938SA 1 8050-79 IA-261-SW<I 1-SM-528 1 1 0226 4-H-02%5 + IS2-N9 SH 3SMI2.00<086SB 1 8050-82 !A-261-SM-04 1"SN-579 3 0220 A-HW352 > 2SI-K5 SM 3SMI2.00-0086SB 1 8050-82 IA-261-SH4 1-SM-579 1 0220 8+01421 4S2-lQ SN 3SN14. 00<039SA 1 8050-4B !A-216-SN-11 3 1 + 0218 A-H-005c?2A 8/H 94 3SW!8.00-0022SB 1 8050-4 IA-216-SeHS 3 0303 AW<05c?2B 8/H SK 3SW18. 0M022SB 1 8050-4 IA-216-SH6 3 1 + 0303
~-H-01293 f 6S2 SN 3SW24.0H072SB 1 8050-21 !A-236-SM-26 1-SM-008 3 1 02!8 4+02597 > OS! SW 3SW30. 00-0146SB 1 8050-48 1A-216 "SM-30 1-SW-210 35 0218
--H-0!713 ~ 5/F-15 SM 3WGO! ~ 00-0098SN I 8150-30 lW-236-MG-35 146-168 ~ 5 0417 ffR%BkfR%fkBH%%BBR TOTA'OUNT: 1323 B>w>4w~4BB%BBaee OTAL 79!4 VER!FIB).'302 TOTAL SUPPORTS INSPECTED: 818
/
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~ 05 NUTECN/PR PAGE>
~ . QUERY RESPONSE RT a CPEL NARR1S RELlEF REQUEST R)-003) COMPONEHTS REQUESTED FOR RELIEF i ~ a ~ a ~ ~ ~ ~ 100 ~ ~ ~ Oaiaa ~ 0 ~ 0110 ~ 01 ~ OtttO ~ ~ 000t400 ~ 00t4iOt04iit4tO ~ ~ 000 ~ t400tt ~ 44tOt400t440 ~ ~ 0000 ~ a ~ ~ 4 ~ ~ ~ a~~~0~~~a ~~~~~~~~ ~ i ~~ ~ ~ ~ ~ t~~~~~~
COMPHOEX COMPDES EXREQ CATEGO 1TEMNO EXSCND COMMENTS 11-FMR-0) -)O-)7 .FW-2 PE,RED -VNOZIA1 PO)-0) 8-J BB. I I UT-45L C1RC. 67%, AXIAL 50% COMPLFTE IS Mold Huabar Huabar See Soo Section XI Category or Section XI Itoa Hoi or Exaa Required Tab 17 Tab 1 16 invented sugaontcd invented Itea Ho. to fit See Tab 22 Coaponent Description (h To B) cate9ory to Section XI forast fit Section XI ioraat Syatea for hugaented:
Seo See Tab 19 Exaaplo Tsb 18 Exsaple for hugaented: 6 ' BB FSAR Seo Tob 21 See Tab 20 Exsa Requireaent Source o) AHH HH Interval Huaber Prograa Huaber Typ'e of Prograa Exsaple. PO1-01 Preservice Section XI Prograa Interval - 1 Preaorvlce ls considered to be on interval f'r coaputer purposes'02-01 Preservice hugaented Prograa B02 01 Inaervlco hugaentod Progrsa correapondln9 to PO2 01 b) 81M Ol Interval Nuaber Code Addendua for Inservice Prograa .
See Tab 23
ISOMETRIC DRAMING II-AF-00100 Revision Number (Does not appear as part of component number)
XSO Number (Appears as first nine characters of component number)
~~ttttttttttttttttttttttttttttttttttttttttttttttttttttttta.
t ttttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t PLANNING REFERENCE CLUSTER LISTING ttttttttttttttttttt DATA ELEMENT c ISONO PAGE 47 t REVISION RRS2 DATE 86/05/14 ttttttttttttttttt ttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION II ACC 0100 SAFETY INJECTION ACCUMULATOR TANKS AsBo8CISI ISOMETRIC REVISION NO. 00 SHEET NO. 01 II-AF-00100 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-AF-00200 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 I I-AF-00300 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-AF-00400 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-AF-00500 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 I I-AF-00600 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 II-AF-00700 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-AF-00800 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-AF-00900 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
40400tO ~ 0114t400004000041t44000000000040000040ttOt000t 0040010040400 0 NUTECH PRISIM 4 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 00000000000 '00040 DATA ELEMENT t ISONO PAGE 48 0 REVISION RRS2 DATE 86/05/14 004 ~ 4000040004404444 ~ 00000400004400004 ~ 04400144000t444000000000000040000000 REFERENCE KEY DESCRIPTION II-AF-01000 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-AF-01100 AUXILIARY FEEDWATER ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 II-BD-00100 BLOW DOWN ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-BD-00200 BLOW DOWN ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-BD-00300 BLOW DOWN ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-80-00700 BLOW DOWN ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-BD-00800 BLOW DOWN ISI ISOMETRIC-SHEET NO. 008 REVISION NO. 00 II-BD-00900 BLOW DOWN ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-80-01000 BLOW DOWN ISI=-ISOMETRIC SHEET NO. 010 REVISION NO ~ 00 II-BD-01100 BLOW DOWN ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 04000004004000004000044000404000t00044000440400044000440004000000000004t440
eeeeeeeeeeeeeeeeeeeeeeeeeeee ~ eeeeeeeeeeeeeeeee ~ eeeeeeee ~e eeeeeeeeeeeeee NUTECH PRISIM ~
e CAROLINA POWER 8 LIGHT COMPANY e SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 e PLANNING e e REFERENCE CLUSTER LISTING e eeeeeeeeeeee ~ eeee e DATA ELEMENT ? ISONO PAGE 49 e REVISION RRS2 e DATE 66/05/14 e I ~ ~ ~ eeeI ~ ee ~ ~ ~ eeeeeeeeeeeeeeeeeeeee ~ eeeeeeeeeeeeeee ~ eeeeeee ~I eeeeeeeeeeeeeeeee REFERENCE KEY DESCRIPTION II-BD-01200 BLOW DOWN ISI ISOMETRIC SHEET NO. 0'12 REVISION NO. 00 I I-BIT-0100 BORON INJECTION TANKISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 II-CC-00100 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-CC-00200 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-CC-00300 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-CC-00400 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-CC-00600 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 II-CC-00700 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-CC-00800 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-CC-00900 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeteeeeeeeeeeeeeeee
~ eeeeteeeeeeeteeeteeteeee ~ eteeeeeeteetteeeeetteeteetet eette NUTECH PRISIM e CAROLINA POWER 8I LIGHT COMPANY e e SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 e e PLANNING e REFERENCE CLUSTER LISTING eeeeeeeeeeeteteeee DATA ELEMENT : ISONO PAGE 50 e e REVISION RRS2 e DATE 86/05/14 eeeeeeeeeeeeeeeeeeeeteeeeeeeeeeeeeeeeeteeeeeeteeeeeeeeeeeeeeeeeeeeteeeeeete
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REFERENCE KEY DESCRIPTION II-CC-01000 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-CC-01100 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 II-CC-01200 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 012 REVISION NO. 00 II-CC-01300 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 II-CC-01400 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 II-CC-01500 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NQ. 015 REVISION NO. 00 II-CC-02100 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 021 REVISION NO. 00 II-CC-02200 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 022 REVISION NO. 00 II-CC-02300 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 023 REVISION NO. 00 II-CC-02400 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 024 REVISION NO. 00 eeeeeeetteteettteettttettetteeeeteetteettttteteeeeteeeeeeeeeeeeeeetttttetee
400100400100t01040t040t1010 ~ 00t040040040400010010400t444 400040100'40000 NUTECH PRISIM 4 CAROLINA POWER 8 LIGHT COMPANY 1 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 000000040000000000 DATA ELEMENT t ISONO PAGE 51 0 REVISION RRS2 0 DATE 86/05/14 00000000000tOOt040000404000000000004400 ~ 00f004404400044000t0000000000004000
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REFERENCE KEY DESCRIPTION II-CC-02500 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 025 REVISION NO. 00 II-CC-02700 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 027 REVISION NO. 00 II-CC-02900 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 029 REVISION NO. 00 II-CC-03000 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 030 REVISION NO. 00 I I-CC-03100 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 031 REVISION NO. 00 II-CC-03200 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 032 REVISION NO. 00 II-CC-03300 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 033 REVISION NO. 00 II-CC-03400 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 034 REVISION NO. 00 II-CC-03700 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 037 REVISION NO. 00 II-CC-03900 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 039 REVISION NO. 00 000100000000t4400000t000400000t400000000000000t00001t000t004400004t00000000
4000000110t000041I0000000010f 40040000004t000t4044040004 404404000t4t44 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 1040000f00 ~ 0100IO ~
0 DATA ELEMENT : ISONO PAGE 52 REVISION RRS2 DATE 86/05/14 000000040000000040000000000000000000400000000400000000 00000tOt04 ~ Ot00000 REFERENCE KEY DESCRIPTION II-CC-04300 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 043 REVISION NO. 00 II-CC-04400 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 044 REVISION NO. 00 II-CC-04500 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 045 REVISION NO. 00 II-CC-04600 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 046 REVISION NO. 00 I I-CC-04700 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 047 REVISION NO. 00 I I-CC-04800 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 048 REVISION NO. 00 II-CC-04900 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 049 REVISION NO. 00 II-CC-05000 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 050 REVISION NO. 00 II-CC-05100 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 051 REVISION NO. 00 II-CC-05200 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 052 REVISION NO. 00
~ Off0000010040000004400t00000000000040404000044000040000400400 ~ 00t40000000t
tttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ISONO PAGE 53 t REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION II-CC-05300 COMPONENT COOLING WATER. ISI ISOMETRIC SHEET NO. 053 REVISION NO. 00 II-CC-05400 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 054 REVISION NO. 00 II-CC-05500 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 055 REVISION NO. 00 II-CC-05600 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 056 REVISION NO. 00 II-CC-05800 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 058 REVISION NO. 00 II-CC-05900 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 059 REVISION NO. 00 II-CC-06000 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 060 REVISION NO. 00 II-CC-06100 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 061 REVISION NO. 00 II-CC-06200 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 062 REVISION NO. 00 II"CC-06300 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 063 REVISION NO. 00
~ 001IOIOOOO ~ IOiOi1IIOOOOOOOOIIOOIOOi14IOOI0001000001IOQIIOIOil100000~ 100IO ~ 000010IO ~ IO NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 004000000040000400 DATA ELEMENT : ISONO PAGE 54 0 REVISION RRS2 DATE 66/05/14 0010000000010 ~ Of 00000000tOiOOf 00 ~ 000t00000000000f 0000f Of OI00000001000001000 REFERENCE KEY DESCRIPTION II-CC-06400 COMPONENT COOLING WATER ISI ISOMETRIC SHEET NO. 064 REVISION NO. 00 II-CE-00100 CONDENSATE ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-CE-00200 CONDENSATE ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-CH-00100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-CH-00200 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-CH-00300 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-CH-00400 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 004 REVISION NO ~ 00 II-CH-00500 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 II-CH-00600 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 II-CH-00700 CHILLED WATER SUPPLY I SI ISOMETRIC SHEET NO. 007 REVISION NO. 00 010040000000 ~ 0040400f0000000000000040t00040f0040t04000000000000440t04000t40
0000000001110000000000t0000000000100100000001000000ttt ttttttttttttt NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING 0 REFERENCE CLUSTER LISTING 0000101 ~ 00000001 ~ 0 0 DATA ELEMENT s ISONO PAGE 55 0 REVISION RRS2 0 DATE 86/05/14 00000000000000000000110000000000001010000000000001000000000000000100100000
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REFERENCE KEY DESCRIPTION II-CH-00800 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-CH-00900 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-CH-01000 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-CH-01100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 I I-CH-01200 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 012 REVISION NO. 00 II-CH-01300 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 II-CH-01400 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 II-CH-01500 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 II-CH-01600 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 016 REVISION NO. 00 II-CH-01900 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 019 REVISION NO. 00 000011000100000000ttttt11000t0100001010000000101000000t00000000000000t0010
0~ ~ 000000 ~ 0000000000 ~ 00100 ~ 011000000001010001000000000100 00000000000000 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 0 0 REFERENCE CLUSTER LISTING ~ 01000 ~ 10000 ~ 0 ~ 000 0 DATA ELEMENT : ISONO PAGE 56 0 REVISION RRS2 0 0 0 DATE 86/05/14 0 000000000000000000000000000000000010100000001000001100000 000010000000000000 REFERENCE KEY DESCRIPTION II-CH-02000 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 020 REVISION NO. 00 II-CH-02100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 021 REVISION NO. 00 II-CH-02300 CHILLEO WATER SUPPLY ISI ISOMETRIC SHEET NO. 023 REVISION NO. 00 II-CH-02400 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 024 REVISION NO. 00 II-CH-02500 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 025 REVISION NO. 00 II-CH-02600 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 026 REVISION NO. 00 II-CH-03300 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 033 REVISION NO. 00 II-CH-03400 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO ~ 034 REVISION NO. 00 II-CH-03500 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 035 REVISION NO. 00 I I-CH-03600 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 036 REVISION NO. 00 0 1 1 1 0 0 0 0 1 0 ~ 0 0 0 0 1 0 0 0 0 0 0 0 0 1 0 1 0 1 0 0 0 0 1 1 0 0 0 '1 0 1 0 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0
ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT t t 1 t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttt DATA ELEMENT c ISONO PAGE 57 t REVISION RR52 t DATE 86/05/14 ttttttttttttttttt tttt tttttttttttttttttttttttttttttttttttttttttttttttttttt
~ ~
1 REFERENCE KEY DESCRIPTION II-CH-03700 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 037 REVISION NO. 00 II-CH-03800 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 038 REVISION NO. 00 II-CH"04100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 041 REVISION NO. 00 II-CH-04400 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 044 REVISION NO. 00 II-CH-04500 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 045 REVISION NO. 00 II-CH-04600 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 046 REVISION NO. 00 II-CH-04700 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 047 REVISION NO. 00 II-CH-04800 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 048 REVISION NO. 00 II-CH-04900 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 049 REVISION NO. 00 I I-CH-05100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 051 REVISION NO. 00 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
ee000000000040040044000000040001040t00040401400t0404000001~~ 04000000tOOt04 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING REFERENCE CLUSTER LISTING f Of Ot004tO ~ 0000000 0 DATA ELEMENT c ISONO PAGE 58 0 REVISION RRS2 0 DATE 86/05/14 l t 4 4 4 4 0 0 0 0 0 0 0 0 0 0 4 0 4 ~ 0 04 4 0 4 4 4 4 0 0 0 4 0 0 0 0 0 0 0 0 0 4 0 t110 000 00 0t00 44 0 0 04 14 ~ 001 101 004 REFERENCE KEY DESCRIPTION a
II-CH-05700 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 057 REVISION NO. 00 II-CH-05800 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 058 REVISION NO. 00 II-CH-06100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 061 REVISION NO. 00 II-CH-06400 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 064 REVISION NO. 00 II-CH-06500 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 065 REVISION NO. 00 I I-CH-07000 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 070 REVISION NO. 00 II-CH-07100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 071 REVISION NO. 00 II-CH-07300 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 073 REVISION NO. 00 II-CH-07500 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 075 REVISION NO. 00 I I-CH-07700 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 077 REVISION NO. 00 44000000000040044001040f0000040004000t00000004000400000000 '000404000000040
tttt00000100001ttt000000000000000001ttttttttttttttttttt 0000000000000 NUTECH PRISIM 0 CAROLINA POWER L LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING REFERENCE CLUSTER LISTING 000000001000000000 DATA ELEMENT s ISONO PAGE 59 0 REVISION RRS2 86/05/14 t 00 DATE t
1 1 ~ 0 1 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 1 0 0 0 t00 00 0 00 000 10 0 REFERENCE KEY DESCRIPTION II-CH-07800 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 078 REVISION NO. 00 II-CH-07900 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 079 REVISION NO. 00 II-CH-08000 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 080 REVISION NO. 00 II-CH-08100 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 081 REVISION NO. 00 II-CH-08200 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 082 REVISION NO. 00 II-CH-08300 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 083 REVISION NO. 00 II-CH-08600 CHILLED WATER SUPPLY ISI ISOMETRIC SHEET NO. 086 REVISION NO. 00 II-CS-00100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-CS-00200 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-CS-00300 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 01011 ~ 00 ~ 00010000000t00000000010000000000000000000000100000000000tttttttttt
~ Ot00000000000000004000000tOt000000000100000000t0000000+ 4 ~ 444404440000 0
NUTECH CAROLINA POWER i LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PRISIM 0
PLANNING REFERENCE CLUSTER LISTING 000000000000404001 DATA ELEMENT c ISONO 0 PAGE 60 REVISION RRS2 DATE 86/05/14 000000010000ttO ~ 0404000004000000000000000000000000040000000000t000000000004
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REFERENCE KEY DESCRIPTION II-CS-00400 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-CS-00500 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 II-CS-00600 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 II-CS-00700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-CS-00800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-CS-00900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-CS-01000 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-CS-01100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 I I-CS-01300 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 II-CS-01500 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 000040044000000400000000004000040000000000+00000000IOOOt044400440400t000t00
0000000IOOOOOf0440iOIIOOOtil40000100004IOOOf'400I040040 44ltOit004000 NUTECH PRI SIM 4 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING ~ 00004040000004000 0 DATA ELEMENT i ISONO ~ PAGE 61 REVISION RRS2 4 DATE 86/05/14 00000000004001000000000000t0040000000044000000400000 ~ 0000044044400000044000 REFERENCE KEY DESCRIPTION I I-CS-01900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO ~ 019 REVISION NO. 00 II-CS-02000 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 020 REVISION NO. 00 II-CS-02100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 021 REVISION NO. 00 II-CS-02200 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 022 REVISION NO. 00 II-CS-02400 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 024 REVISION NO. 00 II-CS-02500 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 025 REVISION NO. 00 II-CS-02600 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 026 REVISION NO. 00 II-CS-02700 CHEMICAL,AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 027 REVISION NO. 00 II-CS-02800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 028 REVISION NO. 00 II-CS-02900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 029 REVISION NO. 00 0000f00400000 ~ 4000000004000440000000404000000404040000000 ~ 40ir40040044400000
00000000000000400000000000000010004000000f0000000004t40 tOtOf40040440 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING 0 REFERENCE CLUSTER LISTING 000000000000000100 0 DATA ELEMENT c ISONO PAGE 62 0 REVISION RRS2 '
DATE 86/05/14 040000000000000004000000440000000040440000400040000440000000004000404444400 REFERENCE KEY DESCRIPTION II-CS-03000 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 030 REVISION NO. 00 II-CS-03100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 031 REVISION NO. 00 II-CS-03300 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 033 REVISION NO. 00 II-CS-03400 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 034 REVISION NO. 00 II-CS-03600 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 036 REVISION NO. 00 II-CS-03700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 037 REVISION NO. 00 II-CS-03800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 038 REVISION NO. 00 II-CS-03900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 039 REVISION NO. 00 II-CS-04100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 041 REVISION NO. 00 II-CS-04700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 047 REVISION NO. 00 04444400400404001400000040004440000044440tt0004004t000000000440040000000t44
00041040t0404040t00004140010000400t00100000t0010040040 000010tt04400 0 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 000400404040040000 0 DATA ELEMENT c ISONO PAGE 63 REVISION RRS2 0 DATE 86/05/14 100000410000000000110010000100010000400000t04400000 ~ 0000 ~ 000000000000100000 REFERENCE KEY DESCRIPTION II-CS-04800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 048 REVISION NO. 00 II-CS-04900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 048 REVISION NO. 00 II-CS-05700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 057 REVISION NO. 00 II-CS-05800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 058 REVISION NO. 00 II-CS-06000 CHEMICAL AND VOLUNME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 060 REVISION NO. 00 II-CS-06100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 061 REVISION NO. 00 II-CS-06200 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC-SHEET NO. 062 REVISION NO. 00 II-CS-06300 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 063 REVISION NO. 00 II-CS-06500 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 065 REVISION NO. 00 II-CS-06700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 067 REVISION NO. 00 000040000000t00000000040444040400000440040000000000004004004f044 ~ 0000000000
IOOOOOIOIOOI004II~ OOOIOIOOOIOIOIOI0000100 ~ 010IOOI010000I ~ IOI0010100000IOIO OI~ ~ OOIOIIIOIOIOOOO I
NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 4 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 000t000004000400 0 DATA ELEMENT : ISONO PAGE 64 0 REVISION RRS2 DATE 86/05/14 14100404000004000000tttOt00400000000400000000000000000000000000400000000000
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REFERENCE KEY DESCRIPTION II-CS-07500 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 075 REVISION NO. 00 II-CS-07600 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 076 REVISION NO ~ 00 II-CS-07700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 077 REVISION NO. 00 II-CS-07800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 078 REVISION NO. 00 II-CS-07900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 079 REVISION NO. 00 II-CS-08000 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 080 REVISION NO. 00 I I-CS-08100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 081 REVISION NO. 00 II-CS-08200 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 082 REVISION NO. 00 II-CS-08300 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 083 REVISION NO. 00 II-CS-08400 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 084 REVISION NO. 00 0 ~ 0000t00004440400040000000t000000001t4t0000000400400000t000004404000044044
010t000000010010000000100000100000010000000000000000000 0000ttttttttt NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING 0 REFERENCE CLUSTER LISTING 000000000000000001 0 DATA ELEMENT : ISONO PAGE 65 0 . 0 REVISION RRS2 0 DATE 86/05/14 00000000000000 ~ 00000000000 ~0~ 00000t0000000000000000000000t00000100000000000 REFERENCE KEY DESCRIPTION II-CS-08500 "
CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO ~ 085 REVISION NO. 00 II-CS-08700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 087 REVISION NO. 00 II-CS-08800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 088 REVISION NO. 00 II-CS-08900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 089 REVISION NO. 00 II-CS-09200 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 092 REVISION NO. 00 II-CS-09300 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 093 REVISION NO. 00 II-CS-09400 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 094 REVISION NO. 00 II-CS-09500 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 095 REVISION NO. 00 II-CS-09600 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 096 REVISION NO. 00 II-CS-09700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 097 REVISION NO. 00 ttttttttttt00000000t0000000000ttttttt00010000000000000000000001000000000tt
0000000000t000010000000000100101tt0101000000000t0000010 1000000100000 NUTECH PRISIM '1 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 0001000tt000000000 0 DATA ELEMENT t ISONO PAGE 66 0 REVISION RRS2 0 DATE 86/05/14 t00100101tt ~ ttttttttttttttttttttttttttt000000000000000001000000tttttttttttt
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REFERENCE KEY DESCRIPTION II-CS-09800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC.
SHEET NO ~ 098 REVISION NO. 00 II-CS-09900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 099 REVISION NO. 00 II-CS-10000 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 100 REVISION NO. 00 II-CS-10200 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 102 REVISION NO. 00 II-CS-10300 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 103 REVISION NO. 00 II-CS-10400 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 104 REVISION NO. 00 II-CS-10500 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 105 REVISION NO. 00 II-CS-10600 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 106 REVISION NO. 00 II-CS-10700 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 107 REVISION NO. 00 II-CS-10800 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 108 REVISION NO. 00 0100000 t t 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 t 0 0 0 0 0 t 0 0 0 0 1 tt 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
000001100000001000100100100001101000000001004110000000 0000000000100
~ NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 0 REFERENCE CI.USTER LISTING 400100 ~ 00001040114 DATA ELEMENT 1 ISONO PAGE 67 1 REVISION RRS2 0 DATE 86/05/14 000000001001001110040101000000010001000110000000000010001000000400401000000
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REFERENCE KEY DESCRIPTION II-CS-10900 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 109 REVISION NO. 00 II-CS-11000 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 110 REVISION NO. 00 II-CS-11100 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 111 REVISION NO. 00 II-CS-11200 CHEMICAL AND VOLUME CONTROL SYSTEM ISI ISOMETRIC SHEET NO. 112 REVISION NO. 00 I I-CSIP-100 CHARGING/SAFETY INJECTION PUMPS A ~ 8 ~ KC REVISION 00 II-CT-00100 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-CT-00200 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 002 REVISION NO ~ 00 II-CT-00300 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-CT-00400 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-CT-00500 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 0000004104000000000004404000100100001004 ~ 000 ~ 4010140010 ~~ 00010000000001 ~ 010
ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t PLANNING REFERENCE CLUSTER LISTING ttttttttttttttttttt DATA ELEMENT : ISONO PAGE 68 REVISION RRS2 DATE 86/05/14 tttttttttttt tttttttttttttttt tttttttttttttttttttttttttttttttttttttttttttt4
~ ~
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REFERENCE KEY DESCRIPTION II-CT-00700 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 I I-CT-00800 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-CT-00900 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-CT-01000 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-CT-01400 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 II-CT-01500 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 II-CT-01600 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 016 REVISION NO. 00 II-CT-01700 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 017 REVISION NO. 00 II-CT-01800 CONTAINMENT SPRAY ISI ISOMETRIC SHEET NO. 018 REVISION NO. 00 II-CTP-0100 CONTAINMENT SPRAY PUMPS (A OR 8) ISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
I 40000000440000004400000404400044400440004000000000000 0 000440400000 ~
NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 00000000 ~ 000000000 DATA ELEMENT : ISONO PAGE 69 REVISION RRS2 0 DATE 86/05/14 400000004040000000000000000000t0000000000000000000000000 0000000000000000000 REFERENCE KEY DESCRIPTION a a II-CX-00100 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-CX-00200 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-CX-00300 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-CX-00400 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-CX-00500 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 II-CX-00600 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 II-CX-00800 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO ~ 008 REVISION NO. 00 II-CX-01000 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 I I-CX-01100 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 I I-CX-01300 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 0 ~ 00400000000000000000000004044040t000000014000000 ~ 000t00000000000000000040
I ttttttttttttttttttttttttttttttttttttttttttttttttttttttt~ ttttttttttttt NUTECH PRI SIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttt DATA ELEMENT : ISONO PAGE 70 REVISION RRS2 t DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttt1'tttttttttttttttttttttttt
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REFERENCE KEY DESCRIPTION tt I I-CX-01400 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 I I-CX-01500 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 I I-CX-01600 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 016 REVISION NO. 00 I I-CX-01700 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 017 REVISION NO. 00 I I-CX-01800 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 018 REVISION NO. 00 I I-CX-01900 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 019 REVISION NO. 00 II-CX"02000 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 020 REVISION NO. 00 I I-CX-02100 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 021 REVISION NO. 00 II-CX-02300 CHILLED WATER RETURN ISI ISOMETRIC
.SHEET NO. 023 REVISION NO. 00 II-CX-02500 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 025 REVISION NO. 00 ttttttttttttttttttttttttttttttttt~ ttttttttttt ~ ttttttttttttttttttttttttttttt
0010000000010000000000000t40001400t000000000t00000000 40t4404000400 0 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 0 0 REFERENCE CLUSTER LISTING 000400840000000000 0 DATA ELEMENT : ISONO ~ 'AGE 71 0 REVISION RRS2 DATE 86/05/14 0000004000040tt00000t00000000000400t00 ~ 000000040000000000000000000000000 F 00 REFERENCE KEY DESCRIPTION II-CX-02700 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 027 REVISION NO. 00 II-CX-03100 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 031 REVISION NO. 00 II-CX-03300 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 033 REVISION NO. 00 II-CX-03400 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 034 REVISION NO. 00 II-CX-03800 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 038 REVISION NO. 00 II-CX-03900 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 039 REVISION NO. 00 II-CX-04000 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO ~ 040 REVISION NO. 00 II-CX-04100 CHILLEO WATER RETURN ISI ISOMETRIC SHEET NO. 041 REVISION NO. 00 II-CX-04200 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO ~ 042 REVISION NO. 00 II-CX-04300 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 043 REVISION NO. 00 40400I0000040f404t040I ~ ~ 00 ~ 0000t000000000040000000004000000004040t40000400t
00000000000000000040004444044000014f f 044f 01404014000444 Of f 0400400000 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 4 0 PLANNING 0 REFERENCE CLUSTER LISTING 044000000000000040 DATA ELEMENT c ISONO PAGE 72 REVISION RRS2 0 DATE 86/05/14 t
4 0 0 0 4 00 0 0 0 0 0 ~ 0 0 1 1 0 0 0 1 4 4 0 0 1 1 0 4 4 1 4 0 0 0 4 0 4 4 0 0 0 0 0 4 t 04040100040400 t0040000000400 REFERENCE KEY DESCRIPTION II-CX-04400 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 044 REVISION NO. 00 II-CX-04500 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 045 REVISION NO. 00 II-CX-04600 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 046 REVISION NO. 00 II-CX-04700 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 047 REVISION NO. 00 II-CX-04800 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 048 REVISION NO. 00 II-CX-04900 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 049 REVISION NO. 00 I I-CX-05200 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 052 REVISION NO. 00 I I-CX-05900, CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 059 REVISION NO. 00 II-CX-06000 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 060 REVISION NO. 00 II-CX-06100 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 061 REVISION NO. 00 0000000t00000000000f000t400404000044000t01t0000t044t00004t00000004440000t00
I Ottttttttttttttttttttttttttt tttt00000000000000000000
~ 0000000000 F 00 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING tttttttt ttttttttt
~
DATA ELEMENT : ISONO 0 PAGE 73 0 REVISION RRS2 '
0 DATE 86/05/14 0
000000000000000t ~ ttttttttttttttttttttt 0000000000000
~ F 000 0000000000000000000
\
REFERENCE KEY DESCRIPTION II-CX"06500 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 065 REVISION *NO. 00 II-CX-06900 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 069 REVISION NO. 00 II-CX-07100 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 071 REVISION NO. 00 II-CX-07700 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 077 REVISION NO. 00 II-CX-07800 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 078 REVISION NO. 00 II-CX-07900 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 079 REVISION NO. 00 I I-CX-08100 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 081 REVISION NO. 00 II-CX-08300 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 083 REVISION NO. 00 II-CX-08400 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 084 REVISION NO. 00 II-CX-08700 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 087 REVISION NO. 00 Otttttt00000000000000000000000000000010000000000000000000000000000000000000
000000000000000 ~ ~ 001f0000100000t04400011000t00000000004s 0410000tft0000 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING 0 REFERENCE CLUSTER LISTING 040000440000000000 0 DATA ELEMENT : ISONO PAGE 74 0 REVISION RRS2 0 DATE 86/05/14 0000000 ~ 0000000IOt00000004100004 ~ 0000000I0000000000400000000t0040lf010l001t REFERENCE KEY DESCRIPTION II-CX-08800 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO. 088 REVISION NO. 00 II-CX-08900 CHILLED WATER RETURN ISI ISOMETRIC SHEET NO ~ 089 REVISION NO. 00 I I-DW-00100 DEMINERALIZED WATER I SI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-DW-01000 DEMINERALIZED WATER ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 I I-EA-00100 DIESEL STARTING AIR ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-EA-00200 DIESEL STARTING AIR ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-EA-00300 DIESEL STARTING AIR ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-EA-01200 DIESEL STARTING AIR ISI ISOMETRIC SHEET NO. 012 REVISION NO. 00 II-EA-01300 DIESEL STARTING AIR ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 II-EA-01400 DIESEL STARTING AIR ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 000000tO ~ 000000040000040040444444044400t00004044000000040000000000000000000
/
000000000000000000000000000000000000000000000000000000'000000000000 0 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 0000000000000t0000 0 DATA ELEMENT s ISONO PAGE 75 0 REVISION RRS2 DATE 86/05/14 0000 '00000t00000000000000000000000tttttttttttt0000000000000000000000000000 REFERENCE KEY DESCRIPTION II-EL-00100 EXCESS LETDOWN HEAT EXCHANGERISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 II FMR 0100 FEEDWATER ~ MAIN STEAM ~ AND REACTOR COOLANT ISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 II-FMR"0200 FEEDWATER, MAIN STEAM, AND REACTOR COOLANT ISI ISOMETRIC SHEET NO. 02 REVISION NO. 00 II FMR 0300 FEEDWATERI MAIN STEAMI AND REACTOR COOLANT ISI ISOMETRIC SHEET NO. 03 REVISION NO ~ 00 II-FO-00100 FUEL OIL ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-FO-00200 FUEL OIL ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-FO-00300 FUEL OIL ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-FO-00500 FUEL OIL ISI ISOMETRIC SHEET NO. 005 REVISION NO ~ 00 II-FO-11400 FUEL OIL ISI ISOMETRIC SHEET NO. 114 REVISION NO. 00 II-FO-11600 FUEL OIL ISI ISOMETRIC SHEET NO. 116 REVISION NO. 00 000000000000000000000tt000000000000000000000000000000000000000000 '00000000
000000000000000000110100000000010000000100000000000000 00 ~ 0000000000 NUTECH PRISIM CAROLINA POWER & LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT' 0 PLANNING 4 0 REFERENCE CLUSTER LISTING 000000000000000000 0 DATA ELEMENT t ISONO PAGE 76 REVISION RRS2 ~
0 DATE 86/05/14 000000000000000000000000000000000000 ~ 10000100000001010001000001000000000000 REFERENCE KEY DESCRIPTION I I-FO-12200 FUEL OIL ISI ISOMETRIC SHEET NO. 122 REVISION NO. 00 II-FO-12300 FUEL OIL ISI ISOMETRIC SHEET NO. 123 REVISION NO. 00 II-FO-12400 FUEL OIL ISI ISOMETRIC SHEET NO. 124 REVISION NO. 00 II-FO-12500 FUEL OIL ISI ISOMETRIC SHEET NO. '125 REVISION NO. 00 II-FP-00500 FIRE PROTECTION ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 II-FP-00700 FIRE PROTECTION ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-FP-04900 FIRE PROTECTION ISI ISOMETRIC SHEET NO. 049 REVISION NO. 00 II-FP-05100 FIRE PROTECTION ISI ISOMETRIC SHEET NO. 051 REVISION NO. 00 II-FW-00100 FEEDWATER ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-FW-00200 FEEDWATER ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 0000000000 ~ 4000000014001000000000000400000000000000001400400040040000000100
000000000004t00000t04144001000lt1011I000001000000 ~ 40400 0000000100001 NUTECH PRISIM 0 CAROLINA POWER Ec LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 4 PLANNING REFERENCE CLUSTER LISTING 040000000000000t00 0 DATA ELEMENT g ISONO PAGE 77 REVISION RRS2 DATE 86/05/14 0000001tt0400400000440044110000000044400040440400000000440000t00004t00400 REFERENCE KEY DESCRIPTION II-FW-00300 FEEDWATER ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-FW-00400 FEEDWATER ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-FW-00700 FEEDWATER ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-FW-00800 FEEDWATER ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-FW-00900 FEEDWATER ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-FW-01000 FEEDWATER ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-FW-01200 FEEDWATER ISI ISOMETRIC SHEET NO. 012 REVISION NO. 00 II-FW-01300 FEEDWATER ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 II-IA-00100 INSTRUMENT AIR ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-IA-00300 INSTRUMENT AIR ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 0040000000000004000000t000000000004000tt000000000000000004000000f00000t0000
0000040000000040000440000000000440040000440044400004000 0040100000044 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 44000044000040040 4 DATA ELEMENT s ISONO PAGE 78 REVISION RRS2 0 DATE 86/05/14 40f44404000000fOt00000000000t0000f000000IOOOf040tOOIOIOO 0000400044000004400 1
REFERENCE KEY DESCRIPTION I I-MD-00300 MISCELLANEOUS DRAINS ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-MD-00700 MISCELLANEOUS DRAINS ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-MS-00100 MAIN STEAM ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II "MS-00200 MAIN STEAM ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-MS-00300 MAIN STEAM ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-MS-00700 MAIN STEAM ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-MS-00800 MAIN STEAM ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-MS-00900 MAIN STEAM ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 I I-MS-01500 MAIN STEAM ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 II-MS-02400 MAIN STEAM ISI ISOMETRIC SHEET NO. 024 REVISION NO. 00 400004000400t0000t000000000000 ~ 00t00000040000004004004400040044404404000400
00000000 ~ 400000tfttOf04 ~ 00000001tOfOtOOIOOf000010010000~ 0440000040000 0 NUTECH PRIS IM 0 0 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 004004444404000000 DATA ELEMENT : ISONO 0 PAGE 79 0 REVISION RRS2 DATE 86/05/14 004040000004000000040000040 ~ 004004400000000000t0000000400000040~00400400000 REFERENCE KEY DESCRIPTION I I-PZR-0100 PRESSURIZERISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 I I-RC-00100 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-RC-00200 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-RC-00300 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-RC-00800 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-RC-00900 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-RC-01000 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-RC-01100 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 II-RC-01200 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 012 REVISION NO. 00 I I-RC-01300 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 00000000000040404400040400404040401400tf000000i40400004t000000t000t00000
0 ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt NUTECH PRI SIM t CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ISONO PAGE 80 REVISION RRS2 t t DATE 86/05/14 t tttttttttttt'ttttttttttttttttt tttttttt tttttttttttttttttttttttttttttttttttt
~ ~
\
REFERENCE KEY DESCRIPTION II-RC-01400 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 II-RC-01500 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 II-RC-01700 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 017 REVISION NO. 00 I I-RC-01800 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 018 REVISION NO. 00 I I-RC-01900 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 019 REVISION NO. 00 II-RC-02000 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 020 REVISION NO. 00 II-RC-02200 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 022 REVISION NO. 00 II-RC-02300 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 023 REVISION NO. 00 II-RC-02400 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 024 REVISION NO. 00 II-RC-02500 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 025 REVISION NO. 00 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
000010 ~ 000000401000000000004000000400000t001t400000000 4444414000000 NUTECH PRISIM 0 CAROLINA POWER 5 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t PLANNING 0 REFERENCE CLUSTER LISTING 000004040000000 F 00 DATA ELEMENT c ISONO PAGE 81 4 REVISION RRS2 DATE 86/05/14 0004000000440400004 ~ 004000004400000400000040000100400000404040400000000000 REFERENCE KEY DESCRIPTION II-RC-02700 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 027 REVISION NO. 00 II-RC-02800 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 028 REVISION NO. 00 II-RC-02900 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 029 REVISION NO. 00 II-RC-03000 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 030 REVISION NO. 00 II-RC-10000 REACTOR COOLANT ISI ISOMETRIC SHEET NO. 100 REVISION NO. 00 I I-RCP-0100 REACTOR COOLANT PUMPS ISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 II-RCP-0200 REACTOR COOLANT PUMP FLYWHEEL ISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 I I-RH"00100 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO ~ 001 REVISION NO. 00 II-RH-00200 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-RH-00400 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 04t4000004440014000000444440404004440400044400004t4000000044t00000000400
0100000000000000000010000000000101t00100000000001000000 0000000000000 0 NUTECH PRISIM 0 CAROLINA POWER 6 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 00 ~ 000000000000000 DATA ELEMENT c ISONO PAGE 82 0 REVISION RRS2 0 DATE 86/05/14 000000100000101000tttttttttttt0100000000010000000000000010t000000001100001t REFERENCE KEY DESCRIPTION II-RH-00500 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 II-RH-00600 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 II-RH-00700 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 II-RH-00800 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-RH-00900 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-RH-01000 RESIDUAL HEAT REMOVAL ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 I I-RHR-0100 RESIDUAL HEAT REMOVAL HEAT EXCHANGER A88ISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 II-RHX-0100 REGENERATIVE HEAT EXCHANGER ISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 II-RV-00100 REACTOR VESSEL ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-RV-00200 REACTOR VESSEL INTERNALS ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 0000000100000000000ttttttttttttttt00000010010000000t0100tttttttt00010000000
0100100001010000000100100111100100001001000000010000000 0~ 00000000000001 0 NUTECH PRISIM i 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 000100000 ~ 00000000 DATA ELEMENT 0 ISONO PAGE 83 0 REVISION RRS2 DATE 86/05/14 00000000000000000000000000100000110000000001011010001000 ~ 000000000000000000 REFERENCE KEY DESCRIPTION II-SA-00100 SERVICE AIR ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-SA-00300 SERVICE AIR ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 I I-SC-00100 SCREEN WASH ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-SC-00200 SCREEN WASH ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-SC-00700 SCREEN WASH ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 I I-SF-00100 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO ~ 001 REVISION NO. 00 II-SF-00200 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-SF-00400 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-SF-00500 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 II-SF-00600 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 000000000100010000100100001000100001001111010100000001000000001100001010010
0000000000000000000000000000000000000000000000000000000~ 00000tt000010 NUTECH PRI SIM 0 CAROLINA POWER & LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING 0 REFERENCE CLUSTER LISTING 0010 ~ 000000t101000 0 DATA ELEMENT : ISONO PAGE 84 0 REVISION RRS2 0 DATE 86/05/14 tttt000000000001001000000000000t000000000000000000000000000tt00000101000000 REFERENCE KEY DESCRIPTION II-SF-00700 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 007 REVISION NO ~ 00 II-SF-00800 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-SF-00900 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-SF-01000 SPENT FUEL POOL COOLING AND CLEANUP ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-SG-00100 STEAM GENERATORS AeBe& CISI ISOMETRIC SHEET NO. 01 REVISION NO. 00 I I-SI-00100 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-SI-00200 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-SI-.00300 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-SI-00400 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-SI-00500 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 0001100t0100000011000000010000000t00000000000tttttttttttttttt00000000000100
ttttttttttttttttttttttttt'tttttttttttttttttttttttttttt tttttttttttttt NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 t t
t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT g ISONO PAGE 85 t REVISION RRS2 t t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE REFERENCE KEY DESCRIPTION a rs zzaasaaaa as aaasaass aaaaaaaasaasassaaaaasaasaszzasaaaaaaaaaaasaassaas II-SI-00600 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 006 REVISION NO. 00 II-SI-00800 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-SI-00900 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 I I-SI-01000 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-SI-01100 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 I I-SI-01200 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 012 REVISION NO. 00 I I-SI-01300 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 I I-SI-01400 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 I I-SI-01600 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 016 REVISION NO. 00 II-SI-01700 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 017 REVISION NO. 00 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttata zZ
eeeeeeeeee ~ eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeteee eeeeeeeeeeeee NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING e REFERENCE CLUSTER LISTING eeeeeeeeeeeeeeeeee e DATA ELEMENT : ISONO PAGE 86 REVISION RRS2 e DATE 86/05/14 eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee eeeeeeeeeeeeeeeeeeeeeeee ~
REFERENCE KEY DESCRIPTION I I-SI-01800 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 018 REVISION NO. 00 I I-SI-01900 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 019 REVISION NO. 00 II-SI-02000 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 020 REVISION NO. 00 II-SI-02100 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 021 REVISION NO. 00 II-SI-02200 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 022 . REVISION NO. 00 II-SI-02300 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 023 REVISION NO. 00 II-SI-02400 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 024 REVISION NO. 00 II-SI-02500 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 025 REVISION NO. 00 II-SI-02600 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 026 REVISION NO. 00 II-SI-02700 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 027 REVISION NO. 00 eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee
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~
NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT t 1 t
t ~ tttttttttttttttt PLANNING t REFERENCE CLUSTER LISTING t DATA ELEMENT : ISONO PAGE 87 t REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION II-SI-02800 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 028 REVISION NO. 00 II-SI-02900 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 029 REVISION NO. 00 II-SI-03000 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 030 REVISION NO. 00 II-SI-03100 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 031 REVISION NO. 00 II-SI-03200 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 032 REVISION NO. 00 II-SI-03300 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 033 REVISION NO. 00 II-SI-03400 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 034 REVISION NO. 00 II-SI-03500 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 035 REVISION NO. 00 II-SI-03600 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 036 REVISION NO. 00 II-SI-03700 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 037 REVISION NO. 00 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
444404000004040000t040004000040 ~ 0000000040000t4000t00 0000404004000 0 NUTECH PRISIM 4 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 000004000000040000 DATA ELEMENT : ISONO PAGE 88 REVISION RRS2 DATE 86/05/14 004000000004000t000000040000040400000400004004440000t04 0401t4400t000000000 REFERENCE KEY DESCRIPTION
=r=s=a=a=zma-II-SI-03800 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 038 REVISION NO. 00 II-SI-03900 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 039 REVISION NO. 00 II-SI-04000 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 040 REVISION NO. 00 I I-SI-04100 SAFETY INJECTION ISI ISOMETRIC SHEET NO. 041 REVISION NO ~ 00 II-SI-04200 SAFETY INJECTION ISI ISOMETRIC SHEET NO ~ 042 REVISION NO. 00 II-SP-00100 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-SP-00200 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-SP-00300 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 II-SP-00400 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 004 REVISION NO. 00 II-SP-00700 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 00404400000000000000004000400000040044044000400000400004441404040000400t000
01000400044t000001004040004000tOOt000ttt0000000t000040 000000t004000 NUTECH PRISIM '
0 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 00000000000004 F 000 DATA ELEMENT c ISONO PAGE 89 0 REVISION RRS2 0 DATE 86/05/14 4 F 000 '00000000t404000tOOt004000000t040000000040100 ~ 0000040010040000000t000 1
REFERENCE KEY DESCRIPTION I I-SP-00800 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-SP-00900 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-SP-01400 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 I I-SP-01500 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 I I-SP-01600 SAMPLING (NUCLEAR) ISI ISOMETRIC SHEET NO. 016 REVISION NO. 00 II-SW-00100 SERVICE WATER ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 II-SW-00200 SERVICE WATER ISI ISOMETRIC SHEET NO. 002 REVISION NO. 00 II-SW-00300 SERVICE WATER ISI ISOMETRIC SHEET NO. 003 REVISION NO. 00 I I-SW-00400 SERVICE. WATER ISI ISOMETRIC SHEET NO. 004 REVISION NO. '00 II-SW"00500 SERVICE WATER ISI ISOMETRIC SHEET NO. 005 REVISION NO. 00 000040000004t4444004404 ~ 00404000000000000f000000440000400000000000000000004
000000000000t00 ~ 0000000000000000001004000000000 F 0000000 00000000000400 0 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 4 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 4 ~ 0000040440004000 4 DATA ELEMENT : ISONO PAGE 90 REVISION RRS2 DATE 86/05/14 0000000000000000004004 ~ 0404004000400000000000001000040000000000000040000000 REFERENCE KEY DESCRIPTION II-SW-00800 SERVICE WATER ISI ISOMETRIC SHEET NO. 008 REVISION NO. 00 II-SW-00900 SERVICE WATER ISI ISOMETRIC SHEET NO. 009 REVISION NO. 00 II-SW-01000 SERVICE WATER ISI ISOMETRIC SHEET NO. 010 REVISION NO. 00 II-SW-01100 SERVICE WATER ISI ISOMETRIC SHEET NO. 011 REVISION NO. 00 I I-SW-01200 SERVICE WATER ISI ISOMETRIC SHEET NO. 012 REVISION NO. 00 II-SW-01300 SERVICE WATER ISI ISOMETRIC SHEET NO. 013 REVISION NO. 00 II-SW-01400 SERVICE WATER ISI ISOMETRIC SHEET NO. 014 REVISION NO. 00 II-SW-01500 SERVICE WATER ISI ISOMETRIC SHEET NO. 015 REVISION NO. 00 II-SW-01600 SERVICE WATER ISI ISOMETRIC SHEET NO. 016 REVISION NO ~ 00 II-SW"01700 SERVICE WATER ISI ISOMETRIC SHEET NO. 017 REVISION NO. 00 001 ~ Ottt0000000000040t040ft004004000000ft00000000000000000044t4440t00400400
i e
40000I0010000004444040004440004440400tt4000444000440040 4440400140000 NUTECH PRISIM CAROLINA POWER S LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING Ot0000000400000000 0 DATA ELEMENT: ISONO PAGE 91 0 REVISION RRS2 ~
0 DATE 86/05/14 000440000000000000000004400000000440044000440000004000000000000000000000$ 00 REFERENCE KEY DESCRIPTION II-SW-01800 SERVICE WATER ISI ISOMETRIC SHEET NO. 018 REVISION NO. 00 I I-SW-01900 SERVICE WATER ISI ISOMETRIC SHEET NO. 019 REVISION NO. 00 II-SW-02000 SERVICE WATER ISI ISOMETRIC SHEET NO. 020 REVISION NO. 00 II-SW-02100 SERVICE WATER ISI ISOMETRIC SHEET NO. 021 REVISION NO. 00 II-SW-02200 SERVICE WATER ISI ISOMETRIC SHEET NO. 022 REVISION NO. 00 II-SW-03000 'SERVICE WATER ISI ISOMETRIC SHEET NO. 030 REVISION NO. 00 II-SW-03100 SERVICE WATER ISI ISOMETRIC SHEET NO. 031 REVISION NO. 00 II-SW-03700 SERVICE WATER ISI ISOMETRIC SHEET NO. 037 REVISION NO. 00 II-SW-04000 SERVICE WATER ISI ISOMETRIC SHEET NO. 040 REVISION NO. 00 II-SW-04200 SERVICE WATER ISI ISOMETRIC SHEET NO. 042 REVISION NO. 00 0100000 ~ 04400000400040t400000f000f0000010044 ~ 00000 ~ 1fOOOOI4004004t ~ 04000000
0 4000000000000404000004400000000000000000440004t440000 4000000000400 NUTECH PRI SIM 0 CAROLINA POWER & LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 404440400004000441 DATA ELEMENT : ISONO 0 PAGE 92 0 REVISION RRS2 DATE 86/05/14 000004000t00004000t00000100tt000000000000400000040000000t404000000t0000t000
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REFERENCE KEY DESCRIPTION II-SW-04300 SERVICE WATER ISI ISOMETRIC SHEET NO. 043 REVISION NO. 00 II-SW-04800 SERVICE WATER ISI ISOMETRIC SHEET NO. 048 REVISION NO. 00 II-SW-05100 SERVICE WATER ISI ISOMETRIC SHEET NO. 051 REVISION NO. 00 II-SW-05700 SERVICE WATER ISI ISOMETRIC SHEET NO. 057 REVISION NO. 00 II-SW-06200 SERVICE WATER ISI ISOMETRIC SHEET NO. 062 REVISION NO. 00 II-SW-06300 SERVICE WATER ISI ISOMETRIC SHEET NO. 063 REVISION NO. 00 II-SW-07200 SERVICE WATER ISI ISOMETRIC SHEET NO. 072 REVISION NO. 00 II-SW-08200 SERVICE WATER ISI ISOMETRIC SHEET NO. 082 REVISION NO. 00 II-SW-08600 SERVICE WATER ISI ISOMETRIC SHEET NO. 086 REVISION NO. 00 II-SW-08700 SERVICE WATER ISI ISOMETRIC SHEET NO. 087 REVISION NO. 00 OI4000000000401404000044004440040040000001440000000000044 ~ 044000000t0004044
0 ttttttttttttttttttttttttttttttttttttttttttttttttttttttt>> ttttttttttttt
'0 NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t PLANNING REFERENCE CLUSTER LISTING ttttttttttttttttttt DATA ELEMENT s ISONO PAGE 93 REVISION RRS2 t DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION II-SW-08800 SERVICE WATER ISI ISOMETRIC SHEET NO. 088 REVISION NO. 00 I I-SW-08900 SERVICE WATER ISI ISOMETRIC SHEET NO. 089 REVISION NO. 00 II-SW-09000 SERVICE WATER ISI ISOMETRIC SHEET NO. 090 REVISION NO. 00 II-SW-09100 SERVICE WATER ISI ISOMETRIC SHEET NO. 091 REVISION NO. 00 II-SW-09200 SERVICE WATER ISI ISOMETRIC SHEET NO. 092 REVISION NO. 00 II-SW-09300 SERVICE WATER ISI ISOMETRIC SHEET NO. 093 REVISION NO. 00 II-SW-09400 SERVICE WATER ISI ISOMETRIC SHEET NO. 094 REVISION NO. 00 I I-SW-09500 SERVICE WATER ISI ISOMETRIC SHEET NO. 095 REVISION NO. 00 II-SW-09900 SERVICE WATER ISI ISOMETRIC SHEET NO. 099 REVISION NO. 00 II-SW-10000 SERVICE WATER ISI ISOMETRIC SHEET NO. 100 REVISION NO. 00 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
i ttttttttttttttttttttttttttttttttttttttttttttttttttttt tt ttttttttttttt NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ISONO PAGE 94 t REVISION RRS2 t DATE 86/05/14 ttttttttttttttt ttt ttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~ ~
~
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REFERENCE KEY DESCRIPTION t tt CZ I I-SW-10100 SERVICE WATER ISI ISOMETRIC SHEET NO. 101 REVISION NO. 00 II-SW-10200 SERVICE WATER ISI ISOMETRIC SHEET NO. 102 REVISION NO. 00 II-SW-10300 SERVICE WATER ISI ISOMETRIC SHEET NO. 103 REVISION NO. 00 II-SW-10400 SERVICE WATER ISI ISOMETRIC SHEET NO. 104 REVISION NO. 00 II-SW-10500 SERVICE WATER ISI ISOMETRIC SHEET NO. 105 REVISION NO. 00 II-SW-10600 SERVICE WATER ISI ISOMETRIC SHEET NO. 106 REVISION NO. 00 II-SW-10700 SERVICE WATER I SI ISOMETRIC SHEET NO. 107 REVISION NO. 00 I I-SW-10800 SERVICE WATER ISI ISOMETRIC SHEET NO. 108 REVISION NO. 00 II-SW-11000 SERVICE WATER ISI ISOMETRIC SHEET NO. 110 REVISION NO. 00 II-SW-11200 SERVICE WATER ISI ISOMETRIC SHEET NO. 112 REVISION NO. 00 tttttt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
ttttttttttttttttttttttttttttttttttttttttttttttttttttw ttttttttttttt NUTECH PRI SIM t CAROLINA POWER L LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t
t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT i ISONO PAGE 95 REVISION RRS2 t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE
~ ~ tttttttttttttttt REFERENCE KEY DESCRIPTION II-SW-11700 SERVICE WATER ISI ISOMETRIC SHEET NO ~ 117 REVISION NO. 00 II-SW-12000 SERVICE WATER ISI ISOMETRIC SHEET NO. 120 REVISION NO. 00 I I-SW-'1 2600 SERVICE WATER ISI ISOMETRIC SHEET NO. 126 REVISION NO. 00 II-SW-12700 SERVICE WATER ISI ISOMETRIC SHEET NO. 127 REVISION NO. 00 II-SW-12800 SERVICE WATER ISI ISOMETRIC SHEET NO. 128 REVISION NO. 00 II-WG-00600 WASTE PROCESSING (GAS) ISI ISOMETRIC SHEET NO. 006 REVISION NO ~ 00 II-WG-02200 WASTE PROCESSING (GAS) ISI ISOMETRIC SHEET NO. 022 REVISION NO. 00 II-WL-00100 WASTE PROCESSING (LIQUID) ISI ISOMETRIC SHEET NO. 001 REVISION NO. 00 I I-WL-00700 WASTE PROCESSING (LIQUID) ISI ISOMETRIC SHEET NO. 007 REVISION NO. 00 REFERENCE DUMMY'SED TO ACCOUNT FOR NON-APPLICABLE CODE ITEMS STATE REG DUMMY'SED TO TRACK VESSELS AND SAFETY VALVES SUBJECT TO STATE OF N. C. INSPECTIONS ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
t 000tOt4444t4004040044004000004t0040440400400000004404+ 4001040t00000 NUTECH PRISIM 0 CAROLINA POWER L LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 'PLANNING 0 REFERENCE CLUSTER LISTING 4444000040 ~ 040000 DATA ELEMENT : SYSTEM PAGE 213 REVISION RRS2 0 DATE 86/05/14 0 Ot100t000004000000004400t4410000000000004044000t00040t000004000404440400440 REFERENCE KEY DESCRIPTION AC AUXILIARY STEAM CONDENSATE AE AIR EVACUATION AF AUXILIARY FEEDWATER AS AUXILIARY STEAM BD BLOWDOWN BR BORON RECYCLE CA CAUSTIC AND ACID CB CONTAINMENT BUILDING VACUUM RELIEF CC- COMPONENT COOLING WATER CD HVAC CONDENSATE WASTE CE CONDENSATE CF CHEMICAL FEED CG CARBON DIOXIDE CH CHILLED WATER SUPPLY CL CHLORINATION 0040t0004400000040040404440440004000404t004t40004440000004400000t400004tt04
t tttttttttttttttttttttttttttttttttttttttttttttttttttttt. ttttttttttttt NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT c SYSTEM PAGE 214 REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttttt
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REFERENCE KEY DESCRIPTION CM CONTAINMENT BUILDING HYDROGEN CONTROL CO COMPRESSED AIR CP CONTAINMENT BUILDING PURGE CS CHEMICAL AND VOLUME CONTROL CT CONTAINMENT SPRAY CW CIRCULATING WATER CX CHILLED WATER RETURN DW DEMINERALIZED WATER EA DIESEL STARTING AIR ES EXTRACTION STEAM FM PRIMARY FILTER MAKE-UP WATER FO FUEL OZL FP FIRE PROTECTION FW FEED WATER HD HEATER DRAIN
4000100440000440000000000000400000048040404404444w. 440404il44040 0 NUTECH PRISIM 4 CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 0 4 REFERENCE CLUSTER LISTING 004040440000444004I DATA ELEMENT : SYSTEM PAGE 215 REVISION RRS2 DATE 86/05/14 440004040404044040400000t400004000000000400040404t40000040404040004440f0404
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REFERENCE KEY DESCRIPTION HV HEATER VENTS HY HYDROGEN IA INSTRUMENT AIR LO LUBE OIL LT LEAK RATE TESTING LU STEAM GENERATOR WET LAY UP MD MISCELLANEOUS DRAINS MP COOLING TOWER MAKE UP PLANT WATER MS MAIN STEAM NI NITROGEN OX OXYGEN PM REACTOR MAKE UP WATER PP PENETRATION PRESSURIZATION PW POTABLE WATER RC REACTOR COOLANT 0000000000100t00000000000000000100000000t00400000000000004000tOt0004t00000t
C Ottttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt
~
NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : SYSTEM PAGE 216 t REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION REF REFERENCE USED TO DESIGNATE SECTION XI CATEGORIES AND ITEM NUMBERS THAT DO NOT APPLY TO THE PSI OR ISI PROGRAM.
RH RESIDUAL HEAT REMOVAL SA SERVICE AIR SC SCREEN WASH SF SPENT FUEL POOL COOLING AND CLEANUP SI SAFETY INJECTION SP SAMPLING (NUCLEAR)
SW SERVICE WATER TB COOLING TOWER BLOWDOWN VL VALVE LEAKOFF WC WASTE PROCESSING BUILDING COOLING WATER WG WASTE PROCESSING (GAS)
WL WASTE PROCESSING (LIQUID)
WS SECONDARY WASTE TREATMENT ttttttttttOttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
04041400004040044000004004000000004000040400000000000. 00t0000000000 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0 REFERENCE CLUSTER LISTING Ot0000000000004040 0 DATA ELEMENT : COMPDES PAGE 5 REVISION RRS2 DATE 86/05/14 000001040000000000444000000 ~ 0000000004t04000004004000000010400404400t004400 1
REFERENCE KEY VALVE COMPONENT DESCRIPTION
+ +
++++++++++++++++++++++++ VALVES ++++++++++++++++++++++++++
+ EXAMINATION CATEGORIES B-L-1, B-L-2, AND C-G (81W) +
AVALINT VAL INT VALVE INTERNAL (INSIDE) SURFACES AVBW VAL BDY VALVE BODY WELD , PRESSURE RETAINING WELD IN THE VALVE BODY OR VALVE BONNET 0000440040044000400040000000000044004040000000400000000t400000 ~ 040000000004
440444004440000000000001444000004000400000000400400444< 4040004400400 4 NUTECH PRISIM CAROLINA POWER L LIGHT COMPANY, 4 SYSTEM 0 REFERENCE CLUSTER LISTING 000004040000000000 0 DATA ELEMENT t COMPDES PAGE 6 REVISION RRS2 DATE 86/05/14 0000000000000000000000000000000004000000000400 ~ 0000t00000000040400000000 ~ Ot
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REFERENCE KEY BOLTING COMPONENT DESCRIPTION
+ +
t+++++++++++++++t+++++++ BOLTS +++++++++++++++++++++++++++
+ EXAMINATION CATEGORIES 8 G 1 e 8" G 2 e AND C D (81W) +
880LT BOLT BOLT (B-G-l, C-D)
BBOLT,S SH BOLT BOLT, SOCKET HEAD (B-G-1, C-D)
BBUSH BUSHING BUSHING (B-G-1, C-D)
BCONO C BOLT CONOSEAL BOLTING (8-G-2)
BFBC FLG CON FLANGE BOLTED CONNECTION (8-G-2)
BFLGSUR FLG SUR FLANGE SURFACE (B-G-1, C-D)
BFSC FLG CON FLANGE STUD CONNECTION (2 NUTS PER STUD)
BFT FLG THR FLANGE THREADS (8 G lo C-D)
BLIG LIGAMNT LIGAMENT (B-G-1, C-D)
LIGAMENT APPEARS IN THE OLDER EDITIONS OF THE CODE. THE NEW TERM IS FLANGE SURFACE FOR THE 1" ANNULUS 0 EACH STUD.
000040440t04000 ~ 000400040404400004040000000t004000444440400400000t400000440
0
(
00040040f 004000000400401000100000000t40t4t0440tt0404t4~ 4400040410400 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM REFERENCE CLUSTER LISTING 00 4I 0 ~04 I
I il 0 1 ~ IO 1 ~ 0 0 ~
DATA ELEMENT : COMPDES PAGE 7 0 REVISION RRS2 DATE 86/05/14 000444000000410040000040044000000000400044000400000000040004040001000401440
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REFERENCE KEY BOLTING COMPONENT DESCRIPTION BNUT NUT NUT (B-G-l, C-D)
BPHB HOS BLT PUMP HOUSING BOLTING (8-G"2)
BPSB SEL BLT PUMP SEAL BOLTING (8-G-2)
BSTUD STUD STUD (8 G le C 0)
BVBB BON BLT VALVE BONNET BOLTING (8-G-2)
BVPB PAK BLT VALVE PACKING BOLTING (8-G-2)
BWASH WASHER WASHER (B-G-1, C-D) 00440400000044t000004t40400000000000004004004100000000000t00000tOOt40000000
l 40t004404440444040000000440000440f04000000004400400440+ 4444000444ttt NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SYSTEM 0
REFERENCE CLUSTER LISTING ttttt00tttttttt000 DATA ELEMENT 5 COMPDES PAGE 8 REVISION RRS2 DATE 86/05/14 tOt4ttttttttt0000000000t00ttt040000t04004400ttttttOttttOttttttttt0400tOOt00 REFERENCE KEY PRESSURE TESTING ZONE COMPONENT DESCRIPTION tttt+t++++t++t+ PRESSURE TESTING ZONES +++++++++++++++++++
+ EXAMINATION CATEGORIES B-P, C-H, D-A, D-B, AND D-C (81W) +
EEX75SN EX COMP COMPONENTS EXEMPT FROM ALL SECTION XI NON-DESTRUCTIVE EXAMINATION EXCEPT VT-2. SEE ITEMNO 755-01CSOEX FOR CLASS 2 COMPONENTS AND 75S-01D50EX FOR CLASS 3 COMPONENTS FOR EXAMPLE : THE FIRST WELD ON A BRANCH LINE LESS THAN 4 NOMINAL PIPE SIZE COULD BE ENTERED IN THE DATA BASE WITH ITEMNO ===> 75S-01C50EX EEX7551 EX COMP COMPONENTS EXEMPT FROM ALL SECTION XI NON-DESTRUCTIVE EXAMINATION EXCEPT VT-2. SEE ITEMNO 755-0181.19, 75S 0182 ~ 10 ~ 755 0183 9 ~ 75S 0184 1 1 ~ 75S 0185 ~ 8 ~ AND 755-0186. 8 FOR ISI CLASS 1 COMPONENTS FOR EXAMPLE: PRESSURIZER CIRCUMFERENTIAL SHELL WELDS BETWEEN SHELL COURSES ===> 755-0182.10 EEX78S EX COMP COMPONENTS EXEMPT FROM ALL SECTION XI NON-DESTRUCTIVE EXAMINATION EXCEPT VT-2. SEE ITEMNO 785-0?815.EX FOR CLASS 1 COMPONENTSl 78S 0?C7-EX FOR CLASS 2 COMPONENTSe AND 78S 0?
DE 1EXe 78S 0?D.2EXe AND 785 0?DE 3EX FOR CLASS 3 COMPONENTS'OR EXAMPLE : PRESSURIZER CIRCUMFERENTIAL SHELL WELDS BETWEEN SHELL COURSES ===> 78S-O?815.EX EEX81W EX COMP COMPONENTS EXEMPT FROM ALL SECTION XI NON-DESTRUCTIVE EXAMINATION EXCEPT VT-2. SEE ITEMNO 81W-01815.EX FOR CLASS 81W-01C7 ~ EX FOR CLASS 2 e 81W 01Dl ~ EXe 81W-01D2 ~ EXe AND 3;
1 e 81W-01D3.EX FOR CLASS AND 81W"01EB.EX FOR CLASS MC (IWE)
FOR EXAMPLE: PRESSURIZER CIRCUMFERENTIAL SHELL WELDS BETWEEN SHELL COURSES ===> 81W-01815.EX ttet4tt000ttttttttttt404ttt44404tfttttt ~ ttOtteftttOttttttttttftttttttttttOt
~e
00000011 ~ 100404044404044010044040t0044104t00004040041 440t4414400t00 0 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0 REFERENCE CLUSTER LIST ING 040000040440000440 4 DATA ELEMENT : COMPO ES PAGE 9 4 REVISION RRS2 4 DATE 86/05/14 40000000000000tO ~ 000040440000 ~ 044000004040 000040444000004040000040440004440 REFERENCE KEY PRESSURE TESTING ZONE COMPONENT DESCRIPTION EZONE,O OP ZONE OPERATIONAL PRESSURE TESTING ZONE EZONE,S ST ZONE STATIC PRESSURE TESTING ZONE 1400t404400t0044004440000404000400000t0400400000100040000004040004004000404
0 440044004000000000000004400000004000000000040000440004 Of40044440004 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SYSTEM REFERENCE CLUSTER LISTING 0444ir0000404 ~ 00404 DATA ELEMENT : COMPDES PAGE 10 REVISION RRS2 DATE 86/05/14 0 t 40400000000t00000t00000000000044 ~ 00 t044004000 t f 00000400 14404004'0040004440 REFERENCE KEY HANGERS (ALL TYPES INCLUDING SNUBBERS) COMPONENT DESCRIPTION
+ +
++t+t+t+++tttttt+t+tt+t HANGERS +++tttt+++t+++t+++++++++t+
+ EXAMINATION CATEGORIES F-A, F-B, AND F-C (81W) +
HA +++ DIRECTIONS AND MOMENTS AS NOTED IN THE FUNCTIONAL DESCRIPTIONS FOR EACH TYPE OF HANGER CORRESPOND TO THE PRINCIPAL FORCES (t8- FX, t8- FY, AND t8- FZ) AND PRINCIPAL MOMENTS (MXo MYs AND MZ) A HANGER THAT RESTRICTS FORCES IN A "DIRECTION" WOULD BE RIGID IN TENSION AND COMPRESSION IN THAT DIRECTION. +++
HANCM ANCHOR ANCHOR (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 3 DIRECTIONS AND 3 ROTATIONAL MOMENTS HANCW ANCHOR ANCHOR (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 3 DIRECTIONS AND 3 ROTATIONAL MOMENTS HARSM ADJ STR ADJUSTABLE RIGID. STRUT (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS) o RIGID IN TENSION AND COMPRESSION.
HARSW ADJ STR ADJUSTABLE RIGID STRUT (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS), RIGID IN TENSION AND COMPRESSION.
HBTWM 3WY BOX THREE WAY BOX RESTRAINT (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 3 DIRECTIONS (TENSION AND COMPRESSION) 000000000004044440440000440404004t040t0000444440t4ft44444000400t0041I1t4000
(
000f000000040004000000040tOOt00040000001000t01000t0000i t0000t0000010 NUTECH PRI SIM 0 CAROLINA POWER B LIGHT COMPANY 0 SYSTEM 0
0 REFERENCE CLUSTER LISTING 00000044040000 ~ 004 DATA ELEMENT I COMPDES PAGE 11 0 REVISION RRS2 0 0 DATE 86/05/14 0000440001000000004004t14040004400004000000444t04000t0044044t40000404404400
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REFERENCE KEY HANGERS (ALL TYPES INCLUDING SNUBBERS) COMPONENT DESCRIPTION HBTWW 3WY BOX THREE WAY BOX RESTRAINT (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 3 DIRECTIONS (TENSION AND COMPRESSION)
HCONM CONSTNT CONSTANT (MECHANICAL ATTACHMENT TO COMPONENT)
ACTS IN TENSION ONLY, SPRING/LEVER ASSEMBLY PROVIDES CONSTANT RESTRAINING FORCE HCONW CONSTNT CONSTANT (WELDED ATTACHMENT TO COMPONENT)
ACTS IN TENSION ONLY, SPRING/LEVER ASSEMBLY PROVIDES CONSTANT RESTRAINING FORCE HGUDM GUIDE GUIDE (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 2 DIRECTIONS (TENSION AND COMPRESSION)
HGUDW GUIDE GUIDE (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 2 DIRECTIONS (TENSION AND COMPRESSION)
HHSBM HSNUBBR HYDRAULIC SNUBBER (MECHANICAL ATTACHMENT TO COMPONENT)
HPSBW HSNUBBR HYDRAULIC SNUBBER (WELDED ATTACHMENT TO COMPONENT)
HMSBM MSNUBBR MECHANICAL SNUBBER (MECHANICAL ATTACHMENT TO COMPONENT) 4400004004400000000040000000001000404400000440444404040440f4040004404400444
0000iOt000000000f 00000040t0000004400000404000000000000~. 0000000004400 0 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SYSTEM 0
REFERENCE CLUSTER LISTING 040004000004004440 DATA ELEMENT c COMPDES PAGE 12 REVISION RRS2 DATE 86/05/14 40000004000400000004000400040040004044004400000004004004000tOOt04000040040 REFERENCE KEY HANGERS (ALL TYPES INCLUDING SNUBBERS) COMPONENT DESCRIPTION HMSBW MSNUBBR MECHANICAL SNUBBER (WELDED ATTACHMENT TO COMPONENT)
HOWBM 1WY BOX ONE WAY BOX RESTRAINT (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS) o RIGID IN TENSION AND COMPRESSION ~
HOWBW 1WY BOX ONE WAY BOX RESTRAINT (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS) e RIGID IN TENSION AND COMPRESSION.
HRESM RESTRNT RESTRAINT (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS) o RIGID IN TENSION AND COMPRESSION. E.G.) A STRUT HRESW RESTRNT RESTRAINT (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS), RIGID IN TENSION AND COMPRESSION. E.G.) A STRUT HRRSM R STRUT RIGID ROD STRUT (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS) e RIGID IN TENSION AND COMPRESSION.
HRRSW R STRUT RIGID ROD STRUT (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS), RIGID IN TENSION AND COMPRESSION.
04000000000400000000000000000404040040t0040004044000044440t4440000044444
~ Oi400f000t40fOfOff000000tt0000f00000000f0004fOOItItO 0004400004040 NUTECH PRISIM CAROLINA POWER L LIGHT COMPANY 0 SYSTEM REFERENCE CLUSTER LISTING 0440440004000004 ~0 DATA ELEMENT c COMPDES Oiled PAGE 13 REVI SION RRS2 0 DATE 86/05/14
~ Ol ~ 00 ~ 4400 ~ ~ 00 ~ 0 ~ 00 ~ 0I ~ 000 ~ ~ Olt ~ 00001004t100441040 ~ 4404400444400040040
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REFERENCE KEY HANGERS (ALL TYPES INCLUDING SNUBBERS) COMPONENT DESCRIPTION HRTSM T STRUT RIGID TELESCOPING STRUT (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS), RIGID IN TENSION AND COMPRESSION.
HRTSW T STRUT RIGID TELESCOPING STRUT (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN ONE DIRECTION (ALONG ITS AXIS) o RIGID IN TENSION AND COMPRESSION.
HSSAM ARRESTR SHOCK AND SWAY ARRESTOR (MECH. ATTACHMENT TO COMPONENT)
A PRECOMPRESSED SPRING THAT PROVIDES A RESTRICTING FORCE PROPORTIONAL TO DEFLECTION IN BOTH TENSION AND COMPRESSION.
NOTE: SOME SNUBBERS ARE CALLED SHOCK AND SWAY ARRESTORS.
DO NOT USE HSSAM FOR SNUBBERS HSSAW ARRESTR SHOCK AND SWAY ARRESTOR (WELDED ATTACHMENT TO COMPONENT)
A PRECOMPRESSED SPRING THAT PROVIDES A RESTRICTING FORCE PROPORTIONAL TO DEFLECTION IN BOTH TENSION AND COMPRESSION.
NOTE: SOME SNUBBERS ARE CALLED SHOCK AND SWAY ARRESTORS.
DO NOT USE HSSAW FOR SNUBBERS HSUPM SUPPORT SUPPORT (MECHANICAL ATTACHMENT TO COMPONENT)
A HANGER THAT ACTS IN TENSION ONLY, OR COMPRESSION ONLY E.G. 1) A DEAD WEIGHT HANGER RIGID IN TENSION ONLY E.G. 2) A STANCHION ON A SLIDING PAD RIGID IN COMPRESSION 000040000000400004400040000040404040044f00000004000004440404000440444004004
0000000000000000040000000000000000000000000000000000400. 00t0000100000 NUTECH PRISIM 4 0 CAROLINA POWER 8 LIGHT COMPANY SYSTEM 0 REFERENCE CLUSTER LISTING DATA ELEMENT i COMPDES PAGE REVISION 000010000010000000 14 RRS2 86/05/14 t 0 0 0 0 0 0 0 0 0 1 t 0 0 0 0 t 0 0 0 10 0 1 1 0 0 0 0 0 1 0 1 1 t 0 0 0 0 0 0 0 0 0 0 0 1 0 1 0 0 0 0 0 1 0 0 1 0 DATE 0 0 00 0 00 t0 0 01 0 00 1
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REFERENCE KEY HANGERS (ALL TYPES INCLUDING SNUBBERS) COMPONENT DESCRIPTION HSUPW SUPPORT SUPPORT (WELDED ATTACHMENT TO COMPONENT)
A HANGER THAT ACTS IN TENSION ONLY'R COMPRESSION ONLY E.G. 1) A DEAD WEIGHT HANGER RIGID IN TENSION ONLY E.G. 2) A STANCHION ON A SLIDING PAD RIGID IN COMPRESSION HTWBM 2WY BOX TWO WAY BOX RESTRAINT (MECHANICAL ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 2 DIRECTIONS (TENSION AND COMPRESSION)
HTWBW 2WY BOX TWO WAY BOX RESTRAINT (WELDED ATTACHMENT TO COMPONENT)
RESTRICTS FORCES IN 2 DIRECTIONS (TENSION AND COMPRESSION)
HUBTM U-BOLT U-BOLT (MECHANICAL ATACHMENT TO COMPONENT)
HUBTW U-BOLT U-BOLT (WELDED ATACHMENT TO COMPONENT)
HVARM VARABLE VARIABLE (MECHANICAL ATTACHMENT TO COMPONENT)
ACTS IN TENSION ONLY, A SPRING ASSEMBLY WHERE THE RESTRICTING FORCE IS PROPORTIONAL TO DEFLECTION HVARW VARABLE VARIABLE (WELDED ATTACHMENT TO COMPONENT)
ACTS IN TENSION ONLY, A SPRING ASSEMBLY WHERE THE RESTRICTING FORCE IS PROPORTIONAL TO DEFLECTION 0ttt00000100100000000000ttttttt0000000000t01000114000tttttttt0000000000000t
~ 440000000044040000t10100fOOf1000000004i4ft00400100040+ 00001tOt00001 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY SYSTEM REFERENCE CLUSTER LISTING 040000040400000040 DATA ELEMENT : COMPDES PAGE 15 0 REVISION RRS2 DATE 86/05/14 00400000 ~ 00000000t00000000000000000000t004000000t0000000000004000000 ~ 004400 REFERENCE KEY HANGERS (ALL TYPES INCLUDING SNUBBERS) COMPONENT DESCRIPTION HWHPM WHI PRES WHIP RESTRAINT (MECHANICAL ATTACHMENT)
A HANGER DESIGNED FOR PIPE BREAK EVENTS THAT IS CHARACTERIZED BY LARGE GAPS ( > 1/8 INCH )
AND ENERGY ABSORBING (CRUSHABLE) MATERIALS EXEMPT FROM EXAMINATION BY INTERPRETATION XI-80-02 SEE ITEMNO 81W-01F1.EX, 81W-01F2.EX, AND 81W-01F3.EX HWHPW WHI PRES WHIP RESTRAINT (WELDED ATTACHMENT TO COMPONENT)
A HANGER DESIGNED FOR PIPE BREAK EVENTS THAT IS CHARACTERIZED BY LARGE GAPS ( > 1/8 INCH )
AND ENERGY ABSORBING (CRUSHABLE) MATERIALS EXEMPT FROM EXAMINATION BY INTERPRETATION XI-80-02 SEE ITEMNO 81W-01F1. EX, 81W-01F2. EX, AND 81W-01F3. EX HXXXX TEMPORARY COMPONENT DESCRIPTION VALIDATION CHECK FOR HANGER LOAD 000000440444000040t40040040000004400000004000000040440040004000t0000000440
(
OIOt40000410000100tt000 ~4~ 000t0004t040000lt400000004f4+ 0400000t000tt NUTECH PRISIM 4 CAROLINA POWER L LIGHT COMPANY SYSTEM 0 REFERENCE CLUSTER LISTING 000040t00000000400 4 DATA ELEMENT a COMPDES PAGE 16 0 REVISION RRS2 DATE 86/05/14 000t00000000tO ~ 000000000t140004000000004000044004000000000t0000400000040001
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REFERENCE KEY PIPING COMPONENT DESCRIPTION
+ +
++++++++++++++++++++++++ PIPING ++++++++++++++++++++++++++
+ EXAMINATION CATEGORIES 8 Fe 8 Je B K 1e C Co C Fo +
+ D-A, D-B, AND 0-C (81W) +
PBC, +++ A BRANCH CONNECTION WITHOUT CIRCUMFERENTIAL WELDS +++
PBC,A BC UNK BRANCH CONNECTION, TYPE UNKNOWN PBC,E ELBOWLT ELBOWLET PBCoHC HALFCPL HALF COUPLING PBC,LOL LATROLT LATEROLET PBC/LSP LSWEEPT LATERAL SWEEPOLET PBC,S SOCKOLT SOCKOLET PBC,SWP 'WPOLET SWEEPOLET PBC,T THREDLT THREADOLET 440000tOt000044440400t00000000004041400404004044400000000040440040400044000
000000000000000000000000000000000000000000000000000000~ 0000010000000 0 NUTECH PRI SIM CAROLINA POWER & LIGHT COMPANY 0 0 SYSTEM 0 0 0 REFERENCE CLUSTER LISTING 000001000000 ~ 00000 0 DATA ELEMENT x COMPDES 0 PAGE 17 REVISION RRS2 0 '
DATE 86/05/14 000000000000000000001000000100000000000000010000000000000000000110000000100 1
REFERENCE KEY PIPING COMPONENT DESCRIPTION PBC,TE THERMOWELL TEMPERATURE ELEMENT PBC,W WELDOLT WELDOLET PBCCo +++ A BRANCH CONNECTION WITH CIRCUMFERENTIAL WELDS ONLY +++
PBCC,CR CROSS PBCCeEX EXTRUD PIPE EXTRUSION PBCC,L LATERAL PBCC,T TEE PBCCoTR RED TEE TEE, REDUCING PC, +++ CIRCUMFERENTIAL PIPING WELD +++
PC,ACC ACCUM ACCUMULATOR PC,CAP CAP PC,EXPJ EXP JNT EXPANSION JOINT 00010000000000000101000000001 ~ 100100000110101100000000001001000000000000001
000000000000000000000000000000000000000000400000000000~ 00004000000000 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0 0 0 0 REFERENCE CLUSTER LISTING 000000000000000000 0 DATA ELEMENT : COMPDES PAGE 18 REVISION RRS2 4 0 DATE 86/05/14 000000000000000000000044004400000400000000000000000000000000000000000000000 REFERENCE KEY PIPING COMPONENT DESCRIPTION PC.FE FLOW EL FLOW ELEMENT PCeMAN MANIFLD MANIFOLD PC,NOZ NOZZLE PC,NOZW NOZ WLD WELD IN NOZZLE FLANGE PC,PB P BEND PIPING BEND PC,PIPE PIPE PC,PUMP PUMP PC,RED REDUCER PC.REDI RED INS REDUCING INSERT PCoSDFP SUMP PL SUMP DRAIN FILTER PLATE PC,SE SAFEEND SAFE END PC,SEE SAFEEND SAFE END EXTENSION 44000000000000000000000000000000000404000000004 ~ 000000000400000000000000000
0000040000004000444000440000440000044400004400000444440 4040004400444 0 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 4 SYSTEM 0 REFERENCE CLUSTER LISTING 004004404000000000 0 DATA ELEMENT : COMPDES PAGE 19 0 REVISION RRS2 0 0 DATE 86/05/14 0 4040000400000000 ~ 0004400000004 ~ 00444000040000400400400400004404404000040000 REFERENCE KEY PIPING COMPONENT DESCRIPTION PC,TRS TRANS TRANSITION PIECE PC,TS T STRNR TEMPORARY STRAINER PCoVENC VENTURI CAVITATING VENTURI PC,VLV ~ VALVE PE, +++ ELBOWS +++
PE,ELR ELB ELR ELBOW, EXTRA LONG RADIUS PE,LR ELB LR ELBOW, LONG RADIUS PE,RED RED ELB REDUCING ELBOW PE,SR ELB SR ELBOW, SHORT RADIUS PELBOW ELBOW ELBOW, RADIUS UNKNOWN PF, +++ FLANGES +++
404040404000404040404004000000000040040040444404000044440040400044444440444
0000000000000000000000000000000000000000000000000000000~ ttttttttt0000
'0 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 1 SYSTEM 0 0
0 REFERENCE'LUSTER LISTING 000000000001101000 0 DATA ELEMENT s COMPDES PAGE 20 1 REVISION RRS2 DATE 86/05/14 001000000000tttt0000000000tttttttt0000000 ~ 000000000000000000000000000tttttt REFERENCE KEY PIPING COMPONENT DESCRIPTION PF,A FLG UNK FLANGE, TYPE UNKNOWN PFsB FLG BLN FLANGEi BLIND PF,O FLG ORF FLANGE, ORIFICE PF,REO FLG RED FLANGE, REDUCING PF,RFWN 'FLG RFW FLANGE, RAISED FACE WELD NECK PF,RWNR FLG RWR FLANGE, RAISED FACE WELD NECK REDUCING PF,SO FLG SLP FLANGEe SLIP ON PFoSW +++ FLANGE'OCKET WELDED (SHOULD BE ENTERED AS PSWeF) +++
PF,WN FLG WN FLANGE, WELD NECK PF,WNGF FLG WNG FLANGE, WELD NECK GROOVED FACE PF,WNO FLG WNO FLANGE, RAISED FACE WELD NECK ORIFICE 0100100tttttt000000000000tttttttttttt0000000000000010000ttttttttttttttttttt
0 ~ 0000000011000001010000000000001000000000000100000000
( . 0000000010000 0 NUTECH PRISIM 0 CAROLINA POWER 6 LIGHT COMPANY 0 0 SYSTEM 0 0
REFERENCE CLUSTER LISTING 000000000000000100 0 DATA ELEMENT J COMPDES PAGE 21 ~'
REVISION RRS2 0 DATE 86/05/14 0 ~ 0 00 0 0 0 0 0 0 0 0 0 1 1 0 0 0 0 0 0 ~ 0 0 0 0 0 0 0 0 0 0 1 0 1 0 1 1 0 0 ~ 0 0 0 0 0 0 0 0 0 0 0 0 ~ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 REFERENCE KEY PIPING COMPONENT DESCRIPTION PF,WNTF FLG WNT FLANGE, WELD NECK TONGUE FACE PI +++ INTEGRALLY WELDED ATTACHMENTS +++
PI, +++ EXAMINATION CATEGORIES 8 K 1 e C-Ce D-Ae +++
+++ D-B, AND D-C (81W) +++
PI, CL CENTER PIPE SUPPORT, CENTERING LUG PI e CLVN CLEVIS WELDED LUGSe FORMING A CLEVISe NOT FULL PENETRATION PI, FHA TYPEIIA FLUED HEAD, TYPE IIA PIeFHB TYPEIIB FLUED HEAD, TYPE IIB PI, FHI TYPE I FLUED HEAD, TYPE I PI,HL HANGER PIPE SUPPORTe HANGER LUG PI e LUGF LUG, FP LUG, FULL PENETRATION WELD PI >LUGN LUG, PP LUG, NOT FULL PENETRATION (FILLET OR PARTIAL PENETRATION) 000000010000000001000001000010100000000 ~ 00010000000000010000000000000000100
00400000000000000000004000400000040000 ~ 04400044440000 44040004000t00 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 0 SYSTEM 0 REFERENCE CLUSTER LISTING 040040000400000410 DATA ELEMENT c COMPDES PAGE 22 ~
0 REVISION RRS2 0 DATE 86/05/14
~ Ot4040404000 ~ 0000010000000t0040004040000400010004000000 OOIOOIOOIOIO ~ 00100
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REFERENCE KEY PIPING COMPONENT DESCRIPTION PI oPSU SUPPORT PIPE SUPPORT, TYPE UNKNOWN PI,R RING RING SUPPORT PI, SADL SADDLE PI, STAN STANCHN STANCHION PI, TRUN TRUNNON TRUNNION PLSW, +++ LONGITUDINAL SEAM WELDS +++
PLSWoC CRSSEAM LONGITUDINAL SEAM WELDe CROSS PLSW,EI ELBSEAM LONGITUDINAL SEAM WELDo ELBOW INSIDE ARC PLSW,EO ELBSEAM LONGITUDINAL SEAM WELD, ELBOW OUTSIDE ARC PLSW,P LNGSEAM LONGITUDINAL SEAM WELD, PIPE PLSW,R REDSEAM LONGITUDINAL SEAM WELD'EDUCER 000040404000000000000000000040t4004004000t0000000004000t0004004040000404040
400440040040400000000440440000444040t00040000000t40000+. 04040t4000400 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 4 SYSTEM 4
4 REFERENCE CLUSTER LISTING 004444400044044040 DATA ELEMENT c COMPDES PAGE 23 0 0 REVISION RRS2 0 DATE 86/05/14 000004000000000000010101t40100000t4040400000000004000040100000 ~ 040044400004
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REFERENCE KEY PIPING COMPONENT DESCRIPTION PLSW,T TEESEAM LONGITUDINAL SEAM WELD, TEE PP, +++ PENETRATION COMPONENTS +++
+ USE PIoFHA OR PIoFHB FOR INTEGRAL ATTACHMENT FLUED HEADS +
PP,ENDP PPLATE PENETRATION END PLATE PPoFHS FL HEAD FLUED HEAD, SINGLE (WITH A WELD IN THE PENETRATION)
PP,FHSI FL HEAD FLUED HEAD, SINGLE INTEGRAL (ALL ONE PIECE)
PP,FHT FL HEAD FLUED HEAD, TRIPLE (WITH A WELD IN THE PENETRATION)
PP,FHTI FL HEAD FLUED HEAD, TRIPLE INTEGRAL (ALL ONE PIECE)
PPsPIPE PENPIPE PENETRATION PIPE (THE PIPE SUPPLIED BY THE CONTAINMENT SUPPLIER RATHER THAN THE PIPING SUPPLIER)
PP,PLT PPLATE PENETRATION PLATE PP,TRP PENPLT TORUS SHELL PENETRATION REINFORCEMENT PLATE 000000004000000t0000000000t000040000440000400400440404000000400000t00004
tttttttttttttttttttttttttttttttttttttttttttttttttttttt. tttttttttttttt NUTECH PRI 5IM t CAROLINA POWER 8 LIGHT COMPANY t SYSTEM t REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT s COMPDES PAGE 24 t REVISION RRS2 t DATE 86/05/14 tttttttttttt ttttt t tttttttttttttttttttttttttttttttttttttttttttttttttttttt
~ ~ ~
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REFERENCE KEY PIPING COMPONENT DESCRIPTION PSWo +++ SOCKET WELDS +++
PSW,C CAP PSW/CPL COUPLNG COUPLING PSW,CPR RCUPLNG REDUCING COUPLING PSW,E ELBOW PSW,F FLANGE PSW,FO ORIFICE FLANGE, ORIFICE PSWoHC HLF CUP HALF COUPLING PSW,MAN MANIFLD MANIFOLD PSW,P PIPE PSW,PB P BEND PIPING BEND PSWeRED REDUCER tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
44444t000400000t0000000044004004040040000000040004000ts 404t004000000 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SYSTEM REFERENCE CLUSTER LISTING 000000000000040000 DATA ELEMENT 4 COMPDES 0 PAGE 25 REVISION RRS2 0 0 DATE 86/05/14 0000400000004000 ~ 0000000 ~ t000040000040000000000 ~ 044000t04000000000000004004 1
REFERENCE KEY PIPING COMPONENT DESCRIPTION PSW,RIN RED INS REDUCING INSERT PSW,T TEE PSWoTR RED TEE REDUCING TEE PSW,UN UNION PSW,VLV VALVE 400f000011000000410000400400000044040000t40000ttt44400000000000400400444004
/
4000000000000000400000400444404004400440000040044004 0004004040044 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SYSTEM 0 REFERENCE CLUSTER LISTING 4 ~ 00400000000000tO DATA ELEMENT : COMPDES PAGE 26 REVISION RRS2 0 DATE 86/05/14 44444440004040040440044400044044444 ~ 440000004010044000004040000000440400404 REFERENCE KEY PWR VESSEL INTERNAL COMPONENT DESCRIPTION
+++++++++++++ PWR REACTOR VESSEL INTERNALS +++++++++++++++
+ EXAMINATION CATEGORIES 6-N-1 AN B-N-2 (81W) +=
RAKUSP AKUSP ALIGNMENT KEYWAYS UPPER SUPPORT PLATE RAP ACC PLT ACCESS PLATE RBBBC BBBC BAFFLE BOLTING AND BAFFLE CORNERS RCBFFN CBFFN CORE BARREL FLANGE FLOW NOZZLES RCBMPGW CBMPGW CORE BARREL MID-PLANE GIRTH WELD RCBNVI S CBNVIS CORE BARREL OUTLET NOZZLE/VESSEL INTERFACE SURFACE RCRDGT CRDGT CONTROL ROD DRIVE GUIDE TUBE (INTERNAL INSPECTION OF GUIDE TUBE)
RCRODS CRODS CONTROL RODS RCSC CSC CORE SUPPORT COLUMN 000000t001004040t40400000400004000000000400000444400040040000t0001tOOt00040
44010000400000000000000010000000000000000000410000000tt 04440000000000 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SYSTEM REFERENCE CLUSTER LISTING 0404400t0040000000 DATA ELEMENT : COMPDES PAGE 27 0 REVISION RRS2 0 DATE 66/05/14 00040000000000400000000400t1000t0004400444000404404000004 000440000000000400
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REFERENCE KEY PWR VESSEL INTERNAL COMPONENT DESCRIPTION RCSF CSF CONDUIT SWAGELOK FITTINGS, BINDINGS, AND TAB LOCKS RCSPACB CSPACB CORE SUPPORT PLATE ATTACHMENTS TO CORE BARREL RCSS CSS CORE SUPPORT STRUCTURES RFTCBW FTCBW FLANGE TO CORE BARREL WELD RGTAUCP GTAUCP GUIDE TUBE ATTACHMENTS TO UPPER CORE PLATE RHAVAP HAVAP HEAD 8 VESSEL ALIGNMENT PINS (MATING SURFACES 8 ATTACHMENTS)
RIGC IGC INSTRUMENT GUIDE COLUMNS RINT INT SUR INTERIOR SURFACE RISB ISB IRRADIATION SPECIMEN BASKETS RLCP LCP LOWER CORE PLATE 4000t0000004000000000000000000004040t000t000000444400tOOt04000444 ~ 000000400
00 ~ 00f0000i44404I ~ Otlt ~ 40IOt004000004000t ~ 4004004tOf04 04444400400410 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SYSTEM REFERENCE CLUSTER LISTING 10000f 010tf Of 00000 DATA ELEMENT x COMPDES PAGE 28
~ REVISION RRS2 DATE 86/05/14 OI00000000000t000 ~ 0000000444004000044044if4f40044040000t 0404444444404004000
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REFERENCE KEY PWR VESSEL INTERNAL COMPONENT DESCRIPTION RLCPFAP LCPFAP LOWER CORE PLATE FUEL ALIGNMENT PINS RLCSC LCSC LOWER CORE SUPPORT COLUMNS RLCSCB LCSCB LOWER CORE SUPPORT COLUMN BOLTING RLSC LSC LOWER SUPPORT COLUMNS RNPLS NPLS NEUTRON PANEL LOCKING SCREWS RRCCADS RCCADS ROD CLUSTER CONTROL ASSEMBLY (RCCA) DRIVE SHAFTS RRCCAHS RCCAHS ROD CLUSTER CONTROL ASSEMBLY (RCCA) HUBS/SPIDERS RRS/LCS RS/LCS RADIAL SUPPORTS/LOWER CORE SUPPORTS RSCSA SCSA SECONDARY CORE SUPPORT ASSEMBLY RTC TC THERMOCOUPLE CONDUITS 000044000000000000000000000040004040000400tt400ti0004tOOt004040444040400040
i00 ~ 00 ~ Oi000i00000t ~ ii 004000fOI0004000i0000ti04010tOOs~
~ 0040i000it ~ 00 PRISIM NUTECH 0 CAROLINA POWER 8 LIGHT COMPANY 4 4 SYSTEM 4 0
REFERENCE CLUSTER LISTING 000000404000040040 DATA ELEMENT : COMPDES PAGE 29 0 REVISION RRS2 0 DATE 86/05/14 4400000000000000000000tOOt0000000400000000000t000000tOt00000000044000440440 REFERENCE KEY PWR VESSEL INTERNAL COMPONENT DESCRIPTION RTCC TCC THERMOCOUPLE CONDUIT CLAMPS RTCGT TCGT THERMOCOUPLE COLUMN AND GUIDE TUBE SCREW LOCKING DEVICES RTCP TCP THERMOCOUPLE CONDUIT TO PLUG WELD RTFM TFM THERMOCOUPLES AND FLOW MIXERS RTSF TSF THERMAL SHIELD FLEXURES RUCPAK UCPAK UPPER CORE PLATE ALIGNMENT KEYWAYS RUCPFAP UCPFAP UPPER CORE PLATE FUEL ALIGNMENT PINS RUIAKCB UIAKCB UPPER INTERNALS ALIGNMENT KEYS IN CORE BARREL RUSC USC UPPER SUPPORT COLUMNS RUSF USF UPPER SUPPORT FLANGE (LOCKING DEVICE WELDS) 40000000t000404t0084400t0404000000000000000040000000004000000t0044004000000
0000000000010000000000010000000 ~ 1000000000010010000001 0100001000010 0 NUTECH PRISIM 0 CAROLINA POWER 3 LIGHT COMPANY 1 0 SYSTEM 0 REFERENCE CLUSTER LISTING 000001000000100001 0 DATA ELEMENT g COMPDES PAGE 30 REVISION RRS2 0 0 DATE 86/05/14 000110000000001001000001001000010000 ~ 0011000010000001000000000100000000000 REFERENCE KEY BWR VESSEL INTERNAL COMPONENT DESCRIPTION
+ +
+++++++++++++ BWR REACTOR VESSEL INTERNALS +++++++++++++++
+ EXAMINATION CATEGORIES 8-N-1 AND 8-N-3 (81W) +
SCORES CORESUP REACTOR VESSEL CORE SUPPORT STRUCTURE SINT INT SUR REACTOR VESSEL INTERIOR SURFACES SINTBL INTATCH REACTOR VESSEL INTERIOR ATTACHMENTS - BELTLINE SINTNBL INTATCH REACTOR VESSEL INTERIOR ATTACHMENTS NON BELTLINE 0100000000100000000000000000000000010000101000000000000000000000010 ~ 0010100
t 00000000110000 ~ 0000000000000000000000000000000000000000i 00000000000000 0 NUT ECH PRI SIM 0 CAROLINA POWER 6 LIGHT COMPANY 0 SYSTEM 0
0 REFERENCE CLUSTER LISTING 0 001000000100000 F 0 0 DATA ELEMENT : COMPDES 0 PAGE 31 0 0 REVISION RRS2 0 0 DATE 86/05/14 0 0000000100001000000000000100 ~ 0010100000001000000000100001 10000000001000000 REFERENCE KEY PWR PUMP COMPONENT DESCRIPTION
+ +
+++++++++++++++++++++ PWR PUMPS +++++++++++++++++++++++++++
+ EXAMINATION CATEGORIES 8 hl 1 ~ 8 M 2e AND C G (81W) +
TCHP1A CH PMPA CHARGING WATER PUMP A TCHP18 CH PMPB CHARGING WATER PUMP 8 TCHP1C CH PMPC CHARGING WATER PUMP C TFLYWHL FLYWHL FLYWHEEL TIFEET FEET PUMP SUPPORT FEET TPUINT PUMPINT PUMP INTERNALS TPUMPCW PUMPCW PUMP CASING WELD TRCP RC PMP REACTOR COOLANT PUMP TRCP1A RC PMPA REACTOR COOLANT PUMP A 000000100001010010000000001000100000000000000110000000000010001010000000000
I 00400000 ~ 00 ~ 00040t0000040000040000t000000000000000040ev 000 F 4 '000000 NUTECH PRISIM ~
CAROLINA POWER L LIGHT COMPANY 0 SYSTEM 0 REFERENCE CLUSTER LISTING 000000000004000000 DATA ELEMENT ? COMPDES PAGE 32 REVISION RRS2 DATE 86/05/14 Oi00 ~ 0 ~ 000004000 ~ 00 ~ OfOll~ 00000 ~ 00tti00000004004000000000400000IOOfOfff0440 1
REFERENCE KEY PWR PUMP COMPONENT DESCRIPTION TRCP18 RC PMPB REACTOR COOLANT PUMP 8 TRCP1C RC PMPC REACTOR COOLANT PUMP C TRHP lA RH PMPA RESIDUAL HEAT REMOVAL PUMP A TRHP18 RH PMPB RESIDUAL HEAT REMOVAL PUMP 8 TRSP1A RS PMPA RECIRCULATION SPRAY PUMP A TRSP18 RS PMPB RECIRCULATION SPRAY PUMP 8 TRSP1C RS PMPC RECIRCULATION SPRAY PUMP C TRSP1D RS PMPD RECIRCULATION SPRAY PUMP D TSRCP S RCP SUPPORToREACTOR COOLANT PUMP 400400000000040t0000000000t0044000000404004004 ~ 0004000000000004000400000000
C Ottttttt0000000000000tt0000000000000t0000000000ttttt. 00000tt000000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0 0
0 REFERENCE CLUSTER LISTING 000000000000000000 0 DATA ELEMENT : COMPDES PAGE 33 0 REVISION RRS2 DATE 86/05/14 0000000000 '00000000000000000000000000000000000000000000000000000000t000000
\
REFERENCE KEY BWR PUMP COMPONENT DESCRIPTION U
++t+t+tttt++t++t+ttt+ BWR PUMPS ++t+++tt+++++++++t+++++++++
+ EXAMINATION CATEGORIES 8"M 1 o 8 M 2e AND C G (81W) +
UCSP1A CS PMPA CORE SPRAY PUMP A UCSP18 CS PMPB CORE SPRAY PUMP 8 UCSP1C CS PMPC-CORE SPRAY PUMP C UCSP1D CS PMPD CORE SPRAY PUMP D UHPB HP BOOS HIGH PRESSURE COOLANT INJECTION BOOSTER PUMP UHPCS HPCS HIGH PRESSURE CORE SPRAY UHPM HP MAIN HIGH PRESSURE COOLANT INJECTION MAIN PUMP UPUHL PUMPHL PUMP HANGER LUGS UPUINT PUMP INT PUMP INTERNALS 0000000000000ttt00000000000000000000000ttt000000 ~ 00000000000000000000tt0000
/
tttttOtttt'tttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY t SYSTEM t t
t . REFERENCE CLUSTER LISTING ttttttt tttttttttt
~
DATA ELEMENT : COMPDES PAGE 34 REVISION RRS2 DATE 86/05/14 ttttttttt ttt tttttttt ttttttttttttttttttttttttttttttttttttttttttttttttttt
~ ~ ~ ~
~
\
REFERENCE KEY BWR PUMP COMPONENT DESCRIPTION UPUMPCW PUMPCW PUMP CASING WELD URCIC RCIC REACTOR CORE ISOLATION COOLING PUMP URHP1 A RH PMPA RESIDUAL HEAT REMOVAL PUMP A URHP18 RH PMPB RESIDUAL HEAT REMOVAL PUMP 8 URHP1C RH PMPC RESIDUAL HEAT REMOVAL PUMP C URHP1D RH PMPD RESIDUAL HEAT REMOVAL PUMP D URRP1A RR PMPA REACTOR RECIRCULATION PUMP A URRP18 RR PMPB REACTOR RECIRCULATION PUMP 8 USLP1A SL PMPA STANDBY LIQUID CONTROL PUMP A USLP18 SL PMPB STANDBY LIQUID CONTROL PUMP 8 tttttttt tttttttttttttttt tttttttttttttttttttttttttttttttttttttttttttttttt
~ ~
tttttttttttt00000000000001ttttttttt00100000010010000001- ttttt00000100 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SYSTEM REFERENCE CLUSTER LISTING ttt01001000000tttt 0 DATA ELEMENT : COMPDES PAGE 35 0 REVISION RRS2 DATE 86/05/14 100000010 ~ 00 00000000000000 0t0001000000000000000000 ~ 00000000000001000000000
\
REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION V + +
++++++++++++++++++ PWR PRESSURE VESSELS ++++++++++++++++++++
+ EXAMINATION CATEGORIES 8 A ~ 8 Bs 8 Cs 8 Eo 8 He 8 Oe C A +
+ C-8 AND C-C (81W) +
VAT I A A TANKA ACCUMULATOR TANK A VAT18 A TANKB ACCUMULATOR TANK 8 VAT1C A TANKC ACCUMULATOR TANK C VCHVP CHVP CLOSURE HEAD VENT PENETRATION VCHW C HEAD CIRCUMFERENTIAL HEAD WELD VCLADH CLAD HD CLADDING, HEAD VCLADV CLAD VS CLADDING, VESSEL VCRDHW CRDHW CONTROL ROD DRIVE HOUSING WELD VCRDTVW CRDTVW CONTROL ROD DRIVE TO VESSEL WELD 0000000000ttt0100100000t0000000001010110101010000000t000000000000ttttttttt
j
~ 00000000000000000000000000000000000000000000000000000~ 1100100010000 0 NUTECH PRISIM 1
0 0 0 0 0 REFERENCE CLUSTER LISTING 000010 ~ 0000 ~ 000001 0 DATA ELEMENT 1 COMPDES PAGE 36 0 REVISION RRS2 DATE 86/05/14 000100000000000011000000001000000000000000000000000000 ~ 10100100000000000000
\
REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VCSW C SHELL CIRCUMFERENTIAL SHELL WELD VELHE ELHE EXCESS LETDOWN HEAT EXCHANGER VF THW FTHW FLANGE TO HEAD WELD VFTSW FTSW FLANGE TO SHELL WELD VHTRPEN HTR PEN HEATER PENETRATIONS (PRESSURIZER)
VI, +++ INTEGRALLY WELDED ATTACHMENT +++
VI,LUG LUG VI, PSB PZR SUP BR PRESSURIZER SUPPORT BRACKET VI,PSC PZR COL PRESSURIZER SUPPORT COLLAR VI, SGSW SGSW STEAM GENERATOR SUPPORT WELD VI, SR SADDLE SADDLE REINFORCEMENT (NOZZLE, TRUNION, ETC.)
1000100000000010110000001001000000000 ~ 1001000000000011010000000 ~ 00000000100
/~
00000000400000000000000000000000000000000000000000000+~ 40000040000000 NUTECH PRISIM 4 CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0
0 REFERENCE CLUSTER LISTING 000000004040000040 0 DATA ELEMENT : COMPDES PAGE 37 0 REVISION RRS2 DATE 86/05/14 4 04 ~ tttttttt04400000000000000000000000000000000004000 ~ 0000000004400000000000 REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VI o STAN STANCHN STANCHION V I, STVW SKIRT SKIRT TO VESSEL WELD" VI, SWP WELDPAD SUPPORT WELD PAD VI,TRUN TRUNNON TRUNNION VI,WSUP PLATE WELDED SUPPORT PLATE VICINOZ ICI NOZ IN-CORE INSTRUMENTATION NOZZLES VINT INT SUR VESSEL INTERIOR SURFACE VLSW L SHELL LONGITUDINAL SHELL WELD M HEAD MERIDIONAL HEAD WELD VMTHW MANWAY MANWAY TO HEAD WELD (CIRCUMFERENTIAL WELD) tttt4400000000004400440t00040004004400004440040400404040000t000000040tttttt
0 t
ttttttttttttttttttttttttttttttttttttttttttttttttttttt t ~ ttttttttttttt NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SYSTEM t REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : COMPDES PAGE 38 REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt 1
REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VNIR NIR NOZZLE INNER RADIUS VNIR NIR NIR -; WHERE NIR INDICATES NOZZLE INNER RADIUS AND WOULD INCLUDE THE NOZZLE NUMBER AND AN INDICATION OF INLET OR OUTLET EG ~ NIR1AO IS NOZZLE lAe OUTLET NIR38I IS N022LE 38e INLET VNIR1AI NIR1AI NOZZLE 1A (INLET) INNER RADIUS VNIR1 8 I NIR1BI N022LE 18 (INLET) INNER RADIUS VNIR1CI NIR1CI NOZZLE lc (INLET) INNER RADIUS VNIR3AO NIR3AO NOZZLE 3A (OUTLET) INNER RADIUS VNIR380 NIR380 NOZZLE 38 (OUTLET) INNER RADIUS VNIR3CO NIR3CO NOZZLE 3C (OUTLET) INNER RADIUS VNOZ NOZZLE VNOZ- N022LE NOZ--- ; WHERE NOZ INDICATES A VESSEL NOZZLE AND---
WOULD INCLUDE THE NOZZLE NUMBER AND AN INDICATION OF INLET OR OUTLET EG. N021AO IS NOZZLE 1A, OUTLET NOZ3BI IS NOZZLE 38m INLET
t ttttttttttttttttttttttttttttttttttttttttttttttttttttttt~ ttttttttttttt NUTECH PRISIM CAROLINA POWER L LIGHT COMPANY SYSTEM t
t REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : COMPDES PAGE 39 t REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt ~ t 1
REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VN021AI N021AI NOZZLE 1A (INLET)
VN021AO N021AO NOZZLE lA (OUTLET)
VN0218I N0218I NOZZLE 'I 8 (INLET)
VN02180 N02180 NOZZLE 18 (OUTLET)
VN021CI N021CI NOZZLE 1C (INLET)
VN021CO N021CO NOZZLE lc (OUTLET)
VNOZ1XI VN021XI N022LE 1X (INLET)
VN021XO NOZ1XO NOZZLE 1X (OUTLET)
VN023AI N023AI NOZZLE 3A (INLET)
VN023AO NOZ3AO NOZZLE 3A (OUTLET)
0004000004040000400404000000004044040t00004440000000404 404040t100400 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SYSTEM REFERENCE CLUSTER LISTING 400 ~ 000000004000tO DATA ELEMENT : COMPDES PAGE 40 REVISION RRS2 0 DATE 86/05/14 000000t04400000400400440000000004400000040000000000040 ~ 00000044000000004040
\
REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VN0238I N0238I NOZZLE 38 (INLET)
VN02380 N02380 NOZZLE 38 (OUTLET)
VN023CI N023CI NOZZLE 3C (INLET)
VN023CO N023CO NOZZLE 3C (OUTLET)
VNRHE NRHE NON-REGENERATIVE HEAT EXCHANGER VNTHW NOZZLE N022LE TO HEAD WELD VNTHWI N022LE NOZZLE TO HEAD WELD (INLET)
VNTHWO NOZZLE N022LE TO HEAD WELD (OUTLET)
VNTVW NOZZLE N022LE TO VESSEL WELD VNTVWI N022LE NOZZLE TO VESSEL WELD (INLET) 00000040440404000000tOOOIOOOOt040000444400004000100400444040440004t00004000
/I 4000000000t00000000400000t00400001101f04000t0044440000'i-. 0000000000000 NUTECH CAROLINA POWER i LIGHT SYSTEM COMPANY PRISIM 0 REFERENCE CLUSTER LISTING 004004040000044000 DATA ELEMENT L COMPDES PAGE 41 REVISION RRS2 DATE 86/05/14 0044000000 ~ 00 ~ 00t000040000040000000404040000000040000000 000t000000400ft0000 REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VNTVWO NOZZLE NOZZLE TO VESSEL WELD (OUTLET)
VPRZ PRZ PRESSURIZER VRCF RCFILTR REACTOR COOLANT FILTER VREPAIR REPAIR REPAIR AREA IN BELTLINE REGION ONLY VRHE RHE REGENERATIVE HEAT EXCHANGER VRH1A RH HX A RESIDUAL HEAT REMOVAL HEAT EXCHANGER A VRH18 RH HX 8 RESIDUAL HEAT REMOVAL HEAT EXCHANGER 8 VRS1A RS CLRA RECIRCULATION SPRAY COOLER A VRS18 RS CLRB RECIRCULATION SPRAY COOLER 8 VRS1C RS CLRC RECIRCULATION SPRAY COOLER C 040444000000440000040040000400044000404444440000040044000044000040440004040
ft 000000000000000000000000000000000000000000000000000000 tt00100000000 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SYSTEM REFERENCE CLUSTER LISTING 000000000000000000 0 DATA ELEMENT x COMPDES PAGE 42 REVISION RRS2 0 DATE 86/05/14 00010011000000000100010000000000 ~ 000000000 ~ 0000 ~ 00000000000tt00001000000001 REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VRS1D RS CLRC RECIRCULATION SPRAY COOLER D VRV REACTOR REACTOR VESSEL VSE SAFEEND SAFE END VSGA SGA STEAM GENERATOR A VSGB SGB STEAM GENERATOR B VSGC SGC STEAM GENERATOR C VSG1A CHANGED TO VSGA VSG1B CHANGED TO VSGB VSG1C CHANGED TO VSGC VSTHW STHW SHELL TO HEAD WELD VSWHE SWHE SEAL WATER HEAT EXCHANGER 000000000000000000000000000000000tt0000000000101000000000ttttttttttttttttt
i 00000000000000000000000000000000000000000000000000000 ~ 000000000000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0 0 0 0 REFERENCE CLUSTER LISTING 000001000000 ~ 00001 DATA ELEMENT : COMPDES PAGE 43 '
REVISION RRS2 0 DATE 86/05/14 000000000000100000000000000000000000000001000000000000000 ~ 00100000000000000
\
REFERENCE KEY PWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION VSWIFA SWIFA SEAL WATER INJECTION FILTER A VSWIF8 SWIFB SEAL WATER INJECTION FILTER B VSWRF SWRF SEAL WATER RETURN FILTER VTSTHW TSTHW TUBE SHEET TO HEAD WELD TSTVW TUBE SHEET TO VESSEL WELD VVCT VC TANK VOLUME CONTROL TANK 0000000000000101001001000 ~ 0000010000100000000000000000000000001000010010100
000004000040004t40t404400000040440000000000100000040t44 000t440400000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 4 SYSTEM REFERENCE CLUSTER LISTING 400000040000000000 0 DATA ELEMENT i COMPDES PAGE 44 0 REVISION RRS2 DATE 86/05/14 0000000000040000004400000000040404040404040000400400404tO 000404040000040444
\
REFERENCE KEY BWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION
+ +
++++++++++++++++++ BWR PRESSURE VESSELS ++++++++++++++++++++
+ EXAMINATION CATEGORIES 8-A) B-B, B-C, B-E, B-H, 8-0, C-A +
+ C-8 AND C-C (81W) +
WCHW C HEAD CIRCUMFERENTIAL HEAD WELD WCLADH CLAD HD CLADDING, HEAD WCLADV CLAD VS CLADDING, VESSEL WCRDHW CRDHW CONTROL ROD DRIVE HOUSING WELD WCRDTVW CRDTVW CONTROL ROD DRIVE TO VESSEL WELD WCSW C SHELL CIRCUMFERENTIAL SHELL WELD WFTHW FTHW FLANGE TO HEAD WELD WFTSW FTSW FLANGE TO SHELL WELD WI o +++ INTEGRALLY WELDED ATTACHMENT +++
0440000ttt0000004IOOO ~ OOOII04004400f04440000If44440004t4400lttfft40000444tO
+aaaaaaaaaaaaf00000a000000a0000aaaaasaaaaaaaaa04a40aOIaa a04000aOOIaaa NUTECH PRISIM a CAROLINA POWER 8 LIGHT COMPANY a SYSTEM 0
REFERENCE CLUSTER LISTING aa4asaaa4000aaaa DATA ELEMENT c COMPDES PAGE 45 REVISION RRS2 a DATE 86/05/14 Olfaaaa000000 ~ aa00000a00000aaat4 ~ OssaffaaasassassaasasasaasaasaaasfOaaaafOa
\
REFERENCE KEY 8WR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION aaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa WI, LUG LUG WI, SR SADDLE SADDLE REINFORCEMENT (NOZZLE, TRUNION, ETC.)
WI, STAN STANCHN STANCHION WI,STVW SKIRT SKIRT TO VESSEL WELD WI, SWP WELDPAD SUPPORT WELD PAD WI, TRUN TRUNNON TRUNNION WICINOZ ICI NOZ IN-CORE INSTRUMENTATION NOZZLES WINT INT SUR VESSEL INTERIOR SURFACE WLSW L SHELL LONGITUDINAL SHELL WELD M HEAD MERIDIONAL HEAD WELD WNIR NIR NOZZLE INNER RADIUS 4400000ttttaaaaaaassaaaaaaasaaaatataaa00tt40atOaaaatt4t44aaaattaaaaaaaaaaaa
40004040400t4044400000000000000444404t4400000000t4040t~ 404400t04t000 NUTECH PRISIM CAROLINA POWER 6 LIGHT COMPANY 4 SYSTEM 0 REFERENCE CLUSTER LISTING 000 ~ 000000040 0 DATA ELEMENT : COMPDES PAGE 46 REVISION RRS2 '
DATE 86/05/14 44400000000400400000404 ~ 004100400004044 ~ 0404444000400400004000004004t000000
\
REFERENCE KEY BWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION R- NIR---
WNI NIR---; WHERE NIR INDICATES NOZZLE INNER RADIUS AND -
WOULD INCLUDE THE NOZZLE NUMBER AND AN INDICATION OF INLET OR OUTLET EG NIRlAO IS N022LE 1A>> OUTLET NIR3BI IS N02ZLE 38m INLET WNIR3AI NOZZLE INNER RADIUS NOZZLE 3Am INLET WNIR38I NOZZLE INNER RADIUS - NOZZLE 38, INLET WNIR4AO NOZZLE INNER RADIUS - NOZZLE 4A, OUTLET WNIR480 NOZZLE INNER RADIUS - NOZZLE 48, OUTLET WNOZ NOZZLE WNOZ - NOZZLE NOZ--- ; WHERE NOZ INDICATES A VESSEL NOZZLE AND WOULD INCLUDE THE N022LE NUMBER AND AN INDICATION OF INLET OR OUTLET EG. N021AO IS NOZZLE 1A, OUTLET N0238I IS NOZZLE 38, INLET WN023AI VESSEL N02ZLE - NOZZLE 3A, INLET WN023BI VESSEL NOZZLE NOZZLE 38m INLET WN024AO VESSEL NOZZLE NOZ2LE 4A ~ OUTLET WN02480 VESSEL NOZZLE NOZZLE 48e OUTLET 004000tOi000040t04400440000000000000000040400000t04044004044000044400tttO
4440000400400t0000400000400004000044000004000040040044~ 000000000t400 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SYSTEM REFERENCE CLUSTER LISTING 00t04 ~ 400000000 0 DATA ELEMENT c COMPDES PAGE 47 0 REVISION RRS2 4 DATE 86/05/14 000040000000400ftOt0040440040444t000000000004004044000440000044400400000440
\
REFERENCE KEY BWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION WNTHW NOZZLE NOZZLE TO HEAD WELD WNTS TSLEEVE NOZZLE THERMAL SLEEVE WNTVW NOZZLE NOZZLE TO VESSEL WELD WNTVWI NOZZLE NOZZLE TO VESSEL WELD (INLET)
WNTVWO NOZZLE NOZZLE TO VESSEL WELD (OUTLET)
WREPAIR REPAIR REPAIR AREA IN BELTLINE REGION ONLY WRHlA RH HX A RESIDUAL HEAT REMOVAL HEAT EXCHANGER A WRH1B RH HX B RESIDUAL HEAT REMOVAL HEAT EXCHANGER B WRV REACTOR REACTOR VESSEL WSE SAFEEND SAFE END 4444000000000400000004400000044404044440004f000440004044400040440440000t000
f t00000000 ~ 0000000000t00000000000000000000ttttttt000000 0000000000000 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0 REFERENCE CLUSTER LISTING tttttt000010000000 0 DATA ELEMENT t COMPDES PAGE 48 0 REVISION RRS2 0 DATE 86/05/14 00000000000000000000000000000000000000001000000000000000000~000000 t 0 0 tt 0 t 0 0 REFERENCE KEY BWR VESSEL (OTHER THAN INTERNALS) COMPONENT DESCRIPTION WSTHW STHW SHELL TO HEAD WELD WTSTVW TSTVW TUBE SHEET TO VESSEL WELD 000tttttt000100000000ttttt0001000001tttttttt0000100000tt ~ 0000000110000000
CATEGORY REFERENCE KEY: Example - P01-01B-B MHERE P01-01 is the EXAM REQUIREMENT for PSI PSI is considered An Interval for computer purposes.
POl = PSZ program 01
-01 ~ Interval 01 B-B Section XI categol y NOTE: If a category has the same designat,ion for program A and B the following method is employed:
B-DA = CATEGORY B-D Program A B-DB = CATEGORY B-D Program B AUGMENTED programs are assigned category and item numbers to reflect, as close as possible the source of the exam requirement.
EXAMPLE P04-01FSAR P04 "- PSI p ogram numbe 04
-Ol "- Interval 01 FSAR = Source of exam'nation requirement
I 4400000004f00110040000t0040444400040040044440444400004 Oft4010404004 4 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 0 0 REFERENCE CLUSTER LISTING 000000004000000000 4 DATA ELEMENT s, CATEGORY PAGE 18 0 REVISION RRS2 DATE 86/05/14 000000000 ~ 0000004 ~ 040004000404000040000004400040040 ~0~ 000400000000000000040 REFERENCE KEY DESCRIPTION 802-01RG1. 14 REACTOR COOLANT PUMP FLYWHEEL INTEGRITY EXAMINATION 804-01FSAR 'INAL SAFETY8 ANALYSIS PARAGRAPHS AND E.
REPORT SECTION 6.6.8, 805-0'IFSAR FINAL SAFETY ANALYSIS REPORT SECTION 6.6.8, PARAGRAPHS C AND E.
806-01FSAR FINAL SAFETY ANALYSIS REPORT - SECTION 6.6.8, PARAGRAPHS D AND E.
P01-018-A PRESSURE RETAINING WELDS IN REACTOR VESSEL P01-018-8 PRESSURE RETAINING WELDS IN VESSELS OTHER THAN THE RV PRESSURE RETAINING WELDS IN VESSELS OTHER THAN REACTOR VESSELS P01-018-DA FULL PENETRATION WELDS OF NOZZLES IN VESSELS PROGRAM A FULL PENETRATION WELDS OF NOZZLES IN VESSELS INSPECTION PROGRAM A P01-018-DB FULL PENETRATION WELDS OF NOZZLES IN VESSELS PROGRAM 8 FULL PENETRATION WELDS OF NOZZLES IN VESSELS INSPECTION PROGRAM 8 P01-018-E EXAMINATION CATEGORY 8-E IS NOT SUBJECT TO PSI Ott00000010000000000ttOtt000000t0000000040040400444440 ~ t0040000t40440t44000
.44040000000404fi000100 ~ 000000000t0400010000000040000044 00440000044440 NUT ECH PRISIM 4 CAROLINA POWER L LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 4 PLANNING REFERENCE CLUSTER LISTING 000000000000040000 DATA ELEMENT : CATEGORY PAGE 19 4 REVISION RRS2 DATE 86/05/14 '
0000100000t0000414400004004000t00000000040t000000040000001 ~ 00000000400000 ~ 0 REFERENCE KEY DESCRIPTION P01-018-F PRESSURE RETAINING DISSIMILAR METAL WELDS P01-018-G-1 PRESSURE RETAINING BOLTS GREATER THAN TWO INCHES IN DIAMETER P01-018-G-2 PRESSURE RETAINING BOLTS, TWO INCHES AND LESS IN DIAMETER P01-018-H INTEGRAL ATTACHMENTS FOR VESSELS P01-018- J ~ PRESSURE RETAINING WELDS IN PIPING P01-018-K-1 INTEGRAL ATTACHMENTS FOR PIPING'UMPS'ND VALVES P01-018-L-1 PRESSURE RETAINING WELDS IN PUMP CASINGS P01-018-L-2 PUMP CASINGS P01-018-M-1 PRESSURE RETAINING WELDS IN VALVE BODIES P01-018-M-2 VALVE BODIES P01-018-N-1 INTERIOR OF REACTOR VESSEL P01-018-N-2 RV INTEGRALLY WELDED CORE SUPPORTS AND ATTACHMENTS (BWR)
INTEGRALLY WELDED CORE SUPPORT STRUCTURES AND INTERIOR ATTACHMENTS TO REACTOR VESSELS (BWR)
P01-018-N-3 REMOVABLE CORE SUPPORT STRUCTURES (PWR)
P01-018-0 PRESSURE RETAINING WELDS IN CONTROL ROD HOUSING PRESSURE RETAINING WELDS IN PERIHERAL CONTROL ROD DRIVE HOUSING 00440000004400f0400t04400t000000400000044040 ~ 00t400000000040000ftt400044400
tttt tttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt
~
NUTECH PRISIM t CAROLINA POWER 6 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t PLANNING REFERENCE CLUSTER LISTING tttttttttttt DATA ELEMENT : CATEGORY '
PAGE 20 t
- t REVISION RRS2 t t.DATE 86/05/14 tttttttt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION P01-018-P, +++EXAMINATION CATEGORY 8-P IS NOT SUBJECT TO PSI+++
P01-018-Q +++FOR STEAM GENERATOR TUBING, SEE PRISIM-SST+++
P01-01C-A PRESSURE RETAINING WELDS IN PRESSURE VESSELS P01-01C-B PRESSURE RETAINING NOZZLE WELDS IN VESSELS P01-01C-C INTEGRAL ATTACHMENTS FOR VESSELS, PIPING, PUMPS, AND VALVES P01-01C-D PRESSURE RETAINING BOLTS GREATER THAN TWO INCHES IN DIAMETER P01-01C-F PRESSURE RETAINING WELDS IN PIPING P01-01C-G PRESSURE RETAINING WELDS IN PUMPS AND VALVES P01-01C-H +++EXAMINATION CATEGORY C-H IS NOT SUBJECT TO PSI+++
P01-01D-A ~ SYSTEMS IN SUPPORT OF REACTOR SHUTDOWN FUNCTION P01-01D-8 ECCS, CHR, ACU, AND RHR SUPPORT SYSTEMS SYSTEMS IN SUPPORT OF EMERGENCY CORE COOLING, CONTAINMENT HEAT REMOVALe ATMOSPHERE CLEAN UPo AND REACTOR RESIDUAL HEAT REMOVAL PO'I-01D-C SYSTEMS IN SUPPORT OF RHR FROM SPENT FUEL STORAGE POOL SYSTEMS IN SUPPORT OF RESIDUAL HEAT REMOVAL FROM SPENT FUEL STORAGE POOL
S
/
000tOOti000044f00tOt004040000000000fOtOOt04t0000fOOt4+. 04f400t004000 NUTECH PRISIM 4 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 4 PLANNING 0 0 REFERENCE CLUSTER LISTING 400000000000044000 DATA ELEMENT : CATEGORY PAGE 21 0 '
REVISION RRS2 4 DATE 86/05/14 1000000000000000000000404400000000000000000000040004t0004004040400t4040400t REFERENCE KEY DESCRIPTION K?X PO'I-01E-A PRESSURE RETAINING WELDS IN VESSELS P01-01E-A-1 NONPRESSURE-RETAINING WELDS P01-01E-8'RESSURE RETAINING WELDS IN CONTAINMENT PENETRATIONS P01-01E-C PRESSURE RETAINING WELDS IN AIRLOCKS AND EQUIPMENT HATCHES P01-01E-D SEALS AND GASKETS P01-01E-E INTEGRAL ATTACHMENTS P01-01E-F PRESSURE RETAINING DISSIMILAR METAL WELDS P01-01E-G PRESSURE RETAINING BOLTING P01-01E-P ALL PRESSURE RETAINING COMPONENTS P01-01F-A PLATE AND SHELL TYPE SUPPORTS P01-01F-8 LINEAR TYPE SUPPORTS P01-01F-C COMPONENT STANDARD SUPPORTS P02-01RG1.14 REACTOR COOLANT PUMP FLYWHEEL INTEGRITY EXAMINATION P03-01SER SAFETY EVALUATION REPORT, SAFETY REVIEW QUESTION P04-01FSAR FINAL SAFETY ANALYSIS REPORT SECTION 6.6.8, PARAGRAPHS 8 AND E.
4440444440004t4000004 ~ 0 ~ 0400004000044400444004t0444444040000040400000000040
0000000000000000000000000000000000000000000000000000000 000000000 '00 0 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING 0 REFERENCE CLUSTER LISTING 00 '00000000000000 DATA ELEMENT : CATEGORY PAGE 22 0 REVISION RRS2 0 DATE 86/05/14 000000000000000000000000 '0000000000000000000000000000000000000000000 '0000 REFERENCE KEY DESCRIPTION P05-01FSAR FINAL SAFETY ANALYSIS REPORT SECTION 6.6.8, PARAGRAPHS C AND E.
P06-01FSAR FINAL SAFETY ANALYSIS REPORT SECTION 6.6.8, PARAGRAPHS D AND E.
P07-01PZR PSI EXAMINATION OF PRESSURIZER CIRC. L LONG. SEAM WELDS P07-01RHR PSI EXAMINATION RESIDUAL HEAT REMOVAL HEAT EXCHANGER P07-01RHX REGENERATIVE HEAT EXCHANGER SR85-1I ASME CODE SECTION I VESSELS OR SAFETY RELIEF VALVES SR85-1I II ASME CODE SECTION III VESSELS OR SAFETY RELIEF VALVES SR85-1IV ASME CODE SECTION IV VESSELS OR SAFETY RELIEF VALVES SR85-1VI II ASME CODE SECTION VIII VESSELS OR SAFETY RELIEF VALVES V01-01C-A PRESSURE RETAINING WELDS IN PRESSURE VESSELS V01-01 C-8 PRESSURE RETAINING NOZZLE WELDS IN VESSELS V01-01C-C INTEGRAL ATTACHMENTS FOR VESSELS ~ PIPING ~ PUMPS ~ AND VALVES V01-01C-F VOLUNTARY - PRESSURE RETAINING WELOS IN PIPING V01-01RHX REGENERATIVE HEAT EXCHANGER-VOLUNTARY EXAMINATIONS 000000 '0000000000000000000000000000000000000000000000000000000000000000000
+ttttttttttttttttttttttttttttttttttttttttttttttttttttttt+.ettttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : CATEGORY PAGE 23 t REVI SION RR52 86/05/14 t ~ t ~ ttt ~ ttttttttttttttt~ t ~ ttttttttt~ tttt ~ ttttt ~ t ~ ~ tttttt ~ tt ~
DATE ttttt ttt ttt
~ ~ ~~
\
REFERENCE KEY DESCRIPTION 81W" 018-A PRESSURE RETAINING WELDS IN REACTOR VESSEL 81W-018-8 PRESSURE RETAINING WELDS IN VESSELS OTHER THAN THE RV PRESSURE RETAINING WELDS IN VESSELS OTHER THAN REACTOR VESSELS 81W-018-DA FULL PENETRATION WELDS OF NOZZLES IN VESSELS - PROGRAM A FULL PENETRATION WELDS OF NOZZLES IN VESSELS INSPECTION PROGRAM A 81W-018-08 FULL PENETRATION WELDS OF NOZZLES IN VESSELS PROGRAM 8 FULL PENETRATION WELDS OF NOZZLES IN VESSELS INSPECTION PROGRAM 8 81W-018-E PRESSURE RETAINING PARTIAL PENETRATION WELDS IN VESSELS 81W-018-F PRESSURE RETAINING DISSIMILAR METAL WELDS 81W-018-G-1 PRESSURE RETAINING BOLTS GREATER THAN TWO INCHES IN DIAMETER 81W-018-G-2 PRESSURE RETAINING BOLTS, TWO INCHES AND LESS IN DIAMETER 81W-018-H INTEGRAL ATTACHMENTS FOR VESSELS 81W-018- J PRESSURE RETAINING WELDS IN PIPING 81W-018-K-1 INTEGRAL ATTACHMENTS FOR PIPING, PUMPS, AND VALVES tttttttttttttttttttttttttttt tttttttttttttttttttttttttttttttttttttttttttttt
~
ttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1, t
t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : CATEGORY PAGE 24 t REVISION RRS2 t t 86/05/14 ttttt ttttttttttt t ttttttttt ttttttttttttttttttttttt ttttttttttttttttttttt
~ ~ ~ ~ ~
DATE REFERENCE KEY DESCRIPTION 81W-018-L-1 PRESSURE RETAINING WELDS IN PUMP CASINGS 81W-018-L-2 PUMP CASINGS 81W-018-M-1 PRESSURE RETAINING WELDS IN VALVE BODIES 81W-018-M-2 VALVE BODIES 81W-018-N-1 INTERIOR OF REACTOR VESSEL 8 1 W-0 I 8-N-2 RV INTEGRALLY WELDED CORE SUPPORTS AND ATTACHMENTS (BWR)
INTEGRALLY WELDED CORE SUPPORT STRUCTURES AND INTERIOR ATTACHMENTS TO REACTOR VESSELS (BWR) 81W-018-N-3 REMOVABLE CORE SUPPORT STRUCTURES (PWR) 81W-018-0 PRESSURE RETAINING WELDS IN CONTROL ROD HOUSING PRESSURE RETAINING WELDS IN PERIHERAL CONTROL ROD DRIVE HOUSING 81W-018-P ALL PRESSURE RETAINING COMPONENTS 81W-018-Q +++FOR STEAM GENERATOR TUBING, SEE PRISIM-SLT+++
81W-01C-A PRESSURE RETAINING WELDS IN PRESSURE VESSELS 81W-01C-B PRESSURE RETAINING NOZZLE WELDS IN VESSELS
0040000000044400004000000044000t4440000004440400004040+ ~ 0044400040000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 4 0 PLANNING 0 REFERENCE CLUSTER LISTING 440 ~ ir000 ~ 040000 ~ 00 4 DATA ELEMENT : CATEGORY PAGE 25 REVISION RRS2 4 DATE 86/05/14 0000000000 ~ 00040t000 ~ 000t0000000t40040000010000000000004004tOOt0004000t0000 REFERENCE KEY DESCRIPTION 81W-01C-C INTEGRAL ATTACHMENTS FOR VESSELS, PIPING, PUMPS, AND VALVES 81W-01C-D PRESSURE RETAINING BOLTS GREATER THAN TWO INCHES IN DIAMETER 81W-01C-F PRESSURE RETAINING WELDS IN PIPING 81W-01C-G PRESSURE RETAINING WELDS IN PUMPS AND VALVES 81W-01C-H ALL PRESSURE RETAINING COMPONENTS 81W-01D-A SYSTEMS IN SUPPORT OF REACTOR SHUTDOWN FUNCTION 81W-010-8 ECCSe CHRe ACUe AND RHR SUPPORT SYSTEMS SYSTEMS IN SUPPORT OF EMERGENCY CORE COOLING, CONTAINMENT HEAT REMOVALo ATMOSPHERE CLEAN UPo AND REACTOR RESIDUAL HEAT REMOVAL 8 'I W-01 0-C SYSTEMS IN SUPPORT OF RHR FROM SPENT FUEL STORAGE POOL SYSTEMS IN SUPPORT OF RESIDUAL HEAT REMOVAL FROM SPENT FUEL STORAGE POOL 81W-01E-A PRESSURE RETAINING WELDS IN VESSELS 81W-01E-A-1 NONPRESSURE-RETAINING WELDS 81W-01E-8 PRESSURE RETAINING WELDS IN CONTAINMENT PENETRATIONS 81W-01E-C PRESSURE RETAINING WELDS IN AIRLOCKS AND EQUIPMENT HATCHES 0000400004044400000000000000t0000000040404440404400400044000000t40000 ~ 40000
ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT ttttttttttttttttttt 1
PLANNING t REFERENCE CLUSTER LISTING t DATA ELEMENT : CATEGORY PAGE 26 t REVISION RRS2 t t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE '
REFERENCE KEY DESCRIPTION 81W-O'IE-D SEALS AND GASKETS 81W-01E-E INTEGRAL ATTACHMENTS 81W-01E-F PRESSURE RETAINING DISSIMILAR METAL WELDS 81W-01E-G PRESSURE RETAINING BOLTING 81W-01E-P ALL PRESSURE RETAINING COMPONENTS 81W-01F-A PLATE AND SHELL TYPE SUPPORTS 81W-01F-8 LINEAR TYPE SUPPORTS 81W-01F-C COMPONENT STANDARD SUPPORTS 83S-018-A PRESSURE RETAINING WELDS IN REACTOR VESSEL 83S-018-8 PRESSURE RETAINING WELDS IN VESSELS OTHER THAN THE RV PRESSURE RETAINING WELDS IN VESSELS OTHER THAN REACTOR VESSELS 83S-018"DA FULL PENETRATION WELDS OF N022LES IN VESSELS - PROGRAM A FULL PENETRATION WELDS OF NOZZLES IN VESSELS INSPECTION PROGRAM A 83S-018-DB FULL PENETRATION WELDS OF NOZZLES IN VESSELS PROGRAM 8 FULL PENETRATION WELDS OF NOZZLES IN VESSELS INSPECTION PROGRAM 8
ttttttttttttttttttttttttttttttttttttttttttttttttttttttit tttttttttttt
~
NUTECH PRISIM t CAROLINA POWER 3 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT t 1 t
t PLANNING REFERENCE CLUSTER LISTING t ~ tttttttttttttttt t DATA ELEMENT : CATEGORY PAGE 27 t REVISION RRS2 t DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION 83S-018-E PRESSURE RETAINING PARTIAL PENETRATION WELDS IN VESSELS 835-018-F PRESSURE RETAINING DISSIMILAR METAL WELDS 83$ -018-G-1 PRESSURE RETAINING BOLTS GREATER THAN TWO INCHES IN DIAMETER 83S-018-G-2 PRESSURE RETAINING BOLTS, TWO INCHES AND LESS IN DIAMETER 835-018-H INTEGRAL ATTACHMENTS FOR VESSELS 83S-018-J PRESSURE RETAINING WELDS IN PIPING 83S-018-K-1 INTEGRAL ATTACHMENTS FOR PIPING, PUMPS, AND VALVES 83S-018-L-1 PRESSURE RETAINING WELDS IN PUMP CASINGS 835-018-L-2 PUMP CASINGS 83S-018-M-1 PRESSURE RETAINING WELDS IN VALVE BODIES 83S-018-M-2 VALVE BODIES 83S-018-N-1 INTERIOR OF REACTOR VESSEL 835-018"N-2 RV INTEGRALLY WELDED CORE SUPPORTS AND ATTACHMENTS (BWR)
INTEGRALLY WELDED CORE SUPPORT STRUCTURES AND INTERIOR ATTACHMENTS TO REACTOR VESSELS (BWR) 835-018-N-3 REMOVABLE CORE SUPPORT STRUCTURES (PWR) ttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttttttttttttttttt
~
ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt NUTECH PRISIM CAROLINA POWER L LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t PLANNING REFERENCE CLUSTER LISTING I'tttttttttttttttlII DATA ELEMENT : CATEGORY PAGE 28 t t REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt '
REFERENCE KEY DESCRIPTION 835-018-0 . PRESSURE RETAINING WELDS IN CONTROL ROD HOUSING PRESSURE RETAINING WELDS IN PERIHERAL CONTROL ROD DRIVE HOUSING 83S-018-P ALL PRESSURE RETAINING COMPONENTS 83S 018 Q +++FOR STEAM GENERATOR TUBING'EE PRISIM S8T+++
83S-01C-A PRESSURE RETAINING WELDS IN PRESSURE VESSELS 835-01C-B PRESSURE RETAINING N022LE WELDS IN VESSELS 835-01C-C INTEGRAL ATTACHMENTS FOR VESSELS, PIPING, PUMPS, AND VALVES 83S-01C-D PRESSURE RETAINING BOLTS GREATER THAN TWO INCHES IN DIAMETER 835-01C-F PRESSURE RETAINING WELDS IN PIPING 83S-01C-G PRESSURE RETAINING WELDS IN PUMPS AND VALVES 83S-01C-H ALL PRESSURE RETAINING COMPONENTS 83S-01D-A SYSTEMS IN SUPPORT OF REACTOR SHUTDOWN FUNCTION 83S-01D-8 ECCS, CHR, ACU, AND RHR SUPPORT SYSTEMS SYSTEMS IN SUPPORT OF EMERGENCY CORE COOLING, CONTAINMENT HEAT REMOVAL, ATMOSPHERE CLEAN-UP, AND REACTOR RESIDUAL HEAT REMOVAL ttttttttttttttttttttttttttttttttttttttttttttt~ tttttttttttttttttttt ttttttt
~
~+0000i000000t000t004004040004044440000000040040000404404w ~ 00004000004000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 440000444004440040 DATA ELEMENT : CATEGORY PAGE 29 4 REVISION RRS2 DATE '86/05/14 0000000t004tOttt000t040000t04000000440040404 ~ 0404400004404000000 ~ Ot4004 REFERENCE KEY DESCRIPTION 83S-01D-C SYSTEMS IN SUPPORT OF RHR FROM SPENT FUEL STORAGE POOL SYSTEMS IN SUPPORT OF RESIDUAL HEAT REMOVAL FROM SPENT FUEL STORAGE POOL 83S-01E-A PRESSURE RETAINING WELDS IN VESSELS 83S-01E-A-1 NONPRESSURE-RETAINING WELOS 83S-01E-8 PRESSURE RETAINING WELDS IN CONTAINMENT PENETRATIONS 83S-01E-C PRESSURE RETAINING WELDS IN AIRLOCKS AND EQUIPMENT HATCHES 83S-01E-D SEALS AND GASKETS 835-01E-E INTEGRAL ATTACHMENTS 83S-01E-F PRESSURE RETAINING DISSIMILAR METAL WELDS 83S-01E-G PRESSURE RETAINING BOLTING 83S-01E-P ALL PRESSURE RETAINING COMPONENTS 83S-01F-A PLATE AND SHELL TYPE SUPPORTS 83S-01F-8 LINEAR TYPE SUPPORTS 83S-01F-C COMPONENT STANDARD SUPPORTS 40000400000000040000000e00 ~ 0000t0404400444000000440400004004000tt0000004000
ITEM NO.
~) REFERENCE KEY: Example P01"01B1.11 P01-01 is the EXAM REQUIREMENT for PSI MHERE'- PO1 PSI program 01
-01 Interval 01 B1.11 is the Section XI Item Number AUGMENTED programs are assigned item numbers to reflect the location, as close as poss'b'e,'f the exam requirement ~ithin the category.
Example: F'r ca" e "ory POA-01F'SAR one Item No. is P06-016.6.8B Vhe e: PO4 PSI program 04 01 Interva'1 6.6.8B Parag aph numbe in category E'A
~~ W g) 1 ~~
~
.ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttttt NUTECH PRISIM t ~
CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t PLANNING t REFERENCE CLUSTER LISTING DATA ELEMENT I ITEMNO tttttttttttttttttt PAGE 96 t REVISION RRS2 t DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
\
REFERENCE KEY DESCRIPTION 802-01 +++ EXAMINATION CATEGORY RG1. 14 +++
802-0180RE REACTOR COOLANT PUMP FLYWHEEL BORE - UT 802-01FLYWHL 'EACTOR COOLANT PUMP FLYWHEEL -SURFACE AND UT 802-01KEYWAY REACTOR COOLANT PUMP FLYWHEEL KEYWAY UT 803"01 804-01 '++ +++ EXAMINATION CATEGORY OPEN TO FUTUREUSE EXAMINATION CATEGORY FSAR +++
+++
804-016.6.88 AUGMENTED PIPING WELD VOLUMETRIC EXAMINATION PER FSAR PARAGRAPH 6.6.88. (INSERVICE) 804-016.6.8E AUGMENTED WELDED ATTACHMENT SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8E. (INSERVICE) 805-01 +++ EXAMINATION CATEGORY FSAR +++
805-016.6.8C AUGMENTED PIPING WELD VOLUMETRIC EXAMINATION PER FSAR PARAGRAPH 6.6.8C. (INSERVICE) 805-016.6 ~ BE AUGMENTED WELDED ATTACHMENT SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8E. (INSERVICE) 806-01 +++ EXAMINATION CATEGORY FSAR +++
806-0'16.6.80 AUGMENTED PIPING WELD SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8D. (INSERVICE)
.ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ~ t t ttt tt 't t t t tt NUTECH PRI SIM t CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PL'ANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 97 '
t REVISION RRS2 DATE 86/05/14 tttttt ttt tttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttt
~~ ~ ~ ~ t REFERENCE KEY DESCRIPTION 806-016.6.8E AUGMENTED WELDED ATTACHMENT SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8E. (INSERVICE)
P01-0181 +++EXAMINATION CATEGORY 8-A+++
P01-0181. +++REACTOR VESSEL+++
P01-0181. 10 +++SHELL WELDS+++
P01-0181.11 RV CIRCUMFERENTIAL SHELL WELDS P01-0181.12 RV LONGITUDINAL SHELL WELDS P01-0181. 20 +++HEAD WELDS+++
P01-0181.21 RV CIRCUMFERENTIAL HEAD WELDS P01-0181. 22 RV MERIDIONAL HEAD WELDS P01-0181. 228 RV MERIDIONAL BOTTOM HEAD WELDS RV MERIDIONAL BOTTOM HEAD WELD INSPECTION MAY BE DEFERRED TO THE END OF THE INSPECTION INTERVAL; P01-0181.30 RV SHELL-TO-FLANGE WELD P01-0181.40 RV HEAD-TO-FLANGE WELD P01-0181.50 +++REPAIR WELDS+++
tttttt ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
s404000000040040000flt44444404440004044iOiiOOif04444fi4 44444044444440 NUTECH PRISIM 0 CAROLINA POWER 3 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT PLANNING REFERENCE CLUSTER LISTING 0440t0 ~ 00004444 ~ 00 DATA ELEMENT : ITEMNO PAGE 98 0 REVISION RRS2 DATE 86/05/14 040044j000000444000000t000000004000004400000000000000t000 10444044000004t000 REFERENCE KEY DESCRIPTION P01-0181.51 RV BELTLINE REGION REPAIR WELDS P01-0181.99 +++ITEM NUMBERS 82.XX THROUGH 89.XX APPEAR AFTER 816.20+++
P01-01810 +++EXAMINATION CATEGORY 8-K-1+++
P01-01810. 1 +++PIPING+++
P01-01810.10 PIPING INTEGRALLY WELDED ATTACHMENTS P01-01810. 2 +++PUMPS+++
P01-01810.20 PUMP INTEGRALLY WELDED ATTACHMENTS P01-01810. 3 +++VALVES+++
P01-01810.30 VALVE INTEGRALLY WELDED ATTACHMENTS P01-01812. +++PUMPS+++
P01-01812.1 +++EXAMINATION CATEGORY 8-L-1+++
P01-01812. 10 PUMP CASING WELDS P01-01812. 2 +++EXAMINATION CATEGORY 8-L-2+++
P01-01812.20 PUMP CASING P01-01812. 3 +++EXAMINATION CATEGORY 8-M-1+++
000t4001 ~ 00it0004t40t000400000000jttt4400404f00440t0004440004t0000tOf00444
+400400404044ffttO ~ OOI0400000000040I40000t040lffOOff4lt00+ +00440f00000f00 NUTECH PRISIM CAROLINA POWER & LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING REFERENCE CLUSTER LISTING 0040400401t0000000 0 DATA ELEMENT c ITEMNO PAGE 99 0 REVISION RRS2 DATE 86/05'/14 40400000410000tt00000000000 ~ 0000040400400000000000000 ~ 440004044040t00404t00 REFERENCE KEY DESCRIPTION P01-01812.3A +++VALVES+++
P01-01812.30 VALVES, NOMINAL PIPE SIZE < 4 IN. VALVE BODY WELDS P01-01812.40 VALVES, NOMINAL PIPE SIZE >= 4 IN. VALVE BODY WELDS P01-01812. 5 +++EXAMINATION CATEGORY 8-M-2+++
P01 01812 ~ 50 VALVE BODYo EXCEEDING 4 IN ~ NOMINAL PIPE SIZE P01-01813. +++EXAMINATION CATEGORY 8-N-1+++
P01-01813. 1 +++REACTOR VESSEL+++
P01-01813. 10 RV VESSEL INTERIOR P01-01813. 2 +++EXAMINATION CATEGORY 8-N-2+++
P01-01813. 2. +++REACTOR VESSEL (BWR)+++
P01-01813.20 RV INTERIOR ATTACHMENTS WITHIN BELTLINE REGION (BWR)
P01-01813.21 RV INTERIOR ATTACHMENTS BEYOND BELTLINE REGION (BWR)
P01-01813.22 RV CORE SUPPORT STRUCTURE (BWR)
P01-01813. 3 +++EXAMINATION CATEGORY 8-N-3+++
P01-01813. 3. +++REACTOR VESSEL (PWR)+++
04f01440010400004000t440441400004044000f400000040000404t04404004444404ttOOI
~00440404440t4004400t000044It00004t04400000004004000004 ~440400040040040 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 004404440000400404 DATA ELEMENT : ITEMNO PAGE 100 0 '0 REVISION RRS2 0 0 DATE 86/05/14 000400000000404000440000040440000040t44444404440440004400440444400444440000 REFERENCE KEY DESCRIPTION P01-01813.30 INTERIOR ATTACHMENTS WITHIN BELTLINE REGION (PWR)
P01-01813.31 INTERIOR ATTACHMENTS BEYOND BELTLINE REGION (PWR)
P01-01813.32 RV CORE SUPPORT STRUCTURE (PWR)
P01-01814. +++EXAMINATION CATEGORY 8-0+++
P01-01814. 1 +++REACTOR VESSEL+++
P01-01814. 10 RV WELDS IN PERIPHERAL CRD HOUSING P01-01815. +++EXAMINATION CATEGORY 8-P IS NOT SUBJECT TO PSI+++
P01-01816. +++EXAMINATION CATEGORY B-Q+++
P01-01816. 1 +++STEAM GENERATORS+++
P01-01816.10 +++FOR STEAM GENERATOR TUBING, SEE PRISIM-S8T, STEAM GENERATOR TUBING IN STRAIGHT TUBE DESIGN+++
P01-01816 20
~ +++FOR STEAM GENERATOR TUBING, 'SEE PRISIM-SLT, STEAM GENERATOR TUBING IN U-TUBE DESIGN+++
P01-0182. +++EXAMINATION CATEGORY 8-8+++
P01-0182. 1 +++PRESSURIZER+++
P01-0182. 10 +++SHELL-TO-HEAD WELDS+++
000444400040444404004It040000I000044t0404004040400040f404044f4000440004f4f4
'I
/
~40000 ~ 000040t000004440tOOtt40000004004004004044t00440t 4000t040004tOtO 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 000400000040000000 DATA ELEMENT : ITEMNO PAGE 101 REVISION RRS2 DATE 86/05/14 0 ~ 4000100010000 ~ 040t44400400000ir04400040t0400000000000400t000t00000044004 REFERENCE KEY DESCRIPTION P01-0182. 11 PZR CIRCUMFERENTIAL SHELL-TO-HEAD WELDS P01-0182. 12 PZR LONGITUDINAL SHELL-TO-HEAD WELDS P01-0182.20 +++HEAD WELDS+++
P01-0182.21 PZR CIRCUMFERENTIAL HEAD WELDS P01-0182.22 PZR MERIDIONAL HEAD WELDS P01-0182. 3 +++STEAM GENERATORS (PRIMARY SIDE)+++
P01-0182.30 +++HEAD WELDS+++
P01-0182.31 SG PRIMARY SIDE CIRCUMFERENTIAL HEAD WELDS P01-0182.32 SG PRIMARY SIDE MERIDIONAL HEAD WELDS P01-0182.40 SG PRIMARY SIDE TUBESHEET-TO-HEAD WELDS P01-0182. 5 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
P01-0182. 50 +++SHELL(OR HEAD) WELDS+++
P01-0182.51 HX PRIMARY SIDE CIRCUMFERENTIAL SHELL (OR HEAD) WELDS P01-0182.52 HX PRIMARY MERIDIONAL SHELL (OR HEAD) WELD P01-0182.53 HX PRIMARY LONGITUDINAL SHELL (OR HEAD) WELD 004004000040440044040040404440000040400 ~ 440t0000400440440004t440044044000 ~0
>>tttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt
~
NUTECH PRI SIM t CAROLINA POWER 6 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t
t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt t t DATA ELEMENT : ITEMNO PAGE 102 t t REVISION RRS2 t t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttttt DATE
\
REFERENCE KEY DESCRIPTION P01-0182.6 +++ SHELL (PRIMARY SIDE) +++
P01-0182.60 TUBESHEET-TO-SHELL (OR HEAD) WELDS P01-0182.61 TUBESHEET-TO-SHELL WELDS P01-0183 +++EXAMINATION CATEGORY 8-DA+++
P01-0183. +++PROGRAM A REQUIREMENTS+++
1ST INTERVAL = 3 YEARS 2ND INTERVAL = 7 YEARS 3RD INTERVAL = 13 YEARS 4TH INTERVAL = 17 YEARS P01-0183. 1 +++REACTOR VESSEL+++
P01-0183. 10 RV NOZZLE-TO-VESSEL WELDS PROGRAM A P01-0183. 20 RV NOZZLE INSIDE RADIUS SECTION - PROGRAM A P01-0183. 3 +++PRESSURIZER+++
P01-0183 '0 PRZ NOZZLE-TO-VESSEL WELDS - PROGRAM A P01-0183 '0 PRZ NOZZLE INSIDE RADIUS SECTION PROGRAM A P01-0183. 5 +++STEAM GENERATORS (PRIMARY SIDE)+++
PO'1-0183. 50 SG PRIMARY NOZZLE-TO-VESSEL WELDS PROGRAM A tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
.400t000404040t0000irt40444444t0000444414t000400040t00040+ . 44444400000440 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 4 REFERENCE CLUSTER LISTING 0440000100000000 ~0 DATA ELEMENT : ITEMNO PAGE 103 0 REVISION RRS2 DATE 86/05/14 400000400400 ~ 0 ~ 044 ~ 44 ~ 004400004000040 ~ 4000400004444000440444000400040040440 REFERENCE KEY DESCRIPTION P01-0183. 60 SG PRIMARY NOZZLE INSIDE RADIUS SECTION - PROGRAM A P01-0183. 7 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
P01-0183. 70 HX PRIMARY NOZZLE-TO-VESSEL WELDS PROGRAM A P01-0183. 80 HX PRIMARY NOZZLE INSIDE RADIUS SECTION PROGRAM A P01-0183. 9 +++EXAMINATION CATEGORY 8-DB+++
P01-0183. 9. +++PROGRAM 8 REQUIREMENTS+++
1ST INTERVAL = 10 YEARS 2ND INTERVAL = 10 YEARS 3RD INTERVAL = 10 YEARS 4TH INTERVAL = 10 YEARS P01-0183. 9A +++REACTOR VESSEL+++
P01-0183. 98 RV NOZZLE-TO-VESSEL WELDS, EXAM FROM NOZZLE BORE PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BOREe THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
P01-0183. 9S RV NOZZLE TO VESSEL WELDSe EXAM FROM RV SHELL PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.'004000004400e08440044444444044044t0400
~ 00444400t0040000000000400t00004044
)
.4440t00000040004t44t4004404004t0404t4t4001044004t00044 st4044004144000 NUTECH PRI SIM CAROLINA POWER 3 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 00404000004000 4 DATA ELEMENT : ITEMNO PAGE 104 0 REVISION RRS2
+ 'ATE 86/05/14 04000000000000000000000040t0000 ~ 4004004400040000040040404400000400000400 REFERENCE KEY DESCRIPTION P01-0183. 90 RV NOZZLE-TO-VESSEL WELDS PROGRAM 8 P01-0183. 100 RV NOZZLE INSIDE RADIUS SECTION PROGRAM 8 P01-0183. 11 +++PRESSURIZER+++
P01-0183.1'10 PZR N022LE-TO-VESSEL WELDS - PROGRAM 8 P01-0183.120 PZR NOZZLE INSIDE RADIUS SECTION PROGRAM 8 P01-0183. 13 +++STEAM GENERATORS (PRIMARY SIDE)+++
P01-0183.130 SG PRIMARY NOZZLE-TO"VESSEL WELDS PROGRAM 8 P01-0183.140 SG PRIMARY NOZZLE INSIDE RADIUS SECTION PROGRAM 8 P01-0183. 15 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
P01-0183.150 HX PRIMARY NOZZLE-TO-VESSEL WELDS PROGRAM 8 P01-0183.160 HX PRIMARY NOZZLE INSIDE RADIUS SECTION - PROGRAM 8 P01-0184 +++EXAMINATION CATEGORY 8-E IS NOT SUBJECT TO PSI+++
P01-0184.11 VESSEL N022LE PARTIAL PENETRATION WELDS P01-0184.12 CONTROL ROD DPIVE NOZZLE PARTIAL PENETRATION WELDS P01-0184.13 INSTRUMENTATIMN NOZZLE PARTIAL PENETRATION WELDS 000400440t44040004404440004000400004040004t04400000004t444004000000000t4000
40004400040044 ~ 40t00000040004000000000004040004 ~ 0400000 004000044t4444 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 000000404000000400 DATA ELEMENT : ITEMNO PAGE 105 REVISION RRS2 DATE 86/05/14 Oi0000040000 ~ 00000iOI0004040104004t00040004 ~ 000t0000tt040004t ~ 04tOtOtOt0400 REFERENCE KEY DESCRIPTION P01-0184. 20 PZR HEATER PENETRATION WELDS P01-0185. +++EXAMINATION CATEGORY 8-F+++
P01-0185. 1 +++REACTOR VESSEL+++
P01-0185. 10 RV NOZZLE-TO-SAFE END BUTT WELDS, NPS >= 4 INCHES P01-0185. 20 RV NOZZLE-TO-SAFE END BUTT WELDS, NPS < 4 INCHES P01-0185. 30 RV NOZZLE-TO-SAFE-.END SOCKET WELDS P01-0185. 4 +++PRESSURIZER+++
P01-0185. 40 PZR NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS P01-0185. 50 PZR NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS P01-0185. 60 PZR NOZZLE-TO-SAFE END SOCKET WELDS P01-0185. 7 +++STEAM GENERATOR+++
P01-0185. 70 SG NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS P01-0185. 80 SG NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS P01-0185. 90 SG NOZZLE-TO-SAFE END SOCKET WELDS P01-0185. 10 +++HEAT EXCHANGERS+++
000040400 ~ 0000t ~ 000040000 ~ OOIOOtOOtOOIOOOOttftt044000004I000000440t04400t00
ttttttttttttttttttttttttttttttttttttttttttttttttttttttt+ tttttttttttttt NUTECH PRI SIM CAROLINA POWER 6 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 'I t t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 106 REVISION RRS2 t DATE 86/05/14 t ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION Pol-0185. 100 HX NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS P01-0185.110 HX NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS P01-O'185. 120 HX NOZZLE-TO-SAFE END SOCKET WELDS P01-0185. 13 +++PIPING+++
POI-0185.130 NOMINAL PIPE SIZE >= 4 IN. DISSIMILAR METAL PIPING BUTT WELD P01-0185.140 NOMINAL PIPE SIZE < 4 IN. DISSIMILAR METAL PIPING BUTT WELD P01-0185.150 DISSIMILAR METAL PIPING SOCKET WELDS P01-0186. +++EXAMINATION CATEGORY 8-G- t++
1 P01-0186. 1 +++REACTOR VESSEL+++
Pol-0186. 10 RV CLOSURE HEAD NUTS (> 2")
P01-0186. 20 RV CLOSURE STUDS, IN PLACE (> 2")
P01-0186. 30 RV CLOSURE STUDS, WHEN REMOVED (> 2")
Po1-0186. 40 RV THREADS IN FLANGE (> 2")
P01-0186 ~ 50 RV CLOSURE WASHERS, BUSHINGS (> 2")
PO 1-0186. 6 +++PRESSURIZER+++
i
<<0 ~ 000000000000000000000000000000000000000000000000000000 <<000000001000000 NUTECH PRI SIM 0 CAROLINA POWER & LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 000000000000000100 DATA ELEMENT ? ITEMNO PAGE 107 1 REVISION RRS2 0 DATE 86/05/14 1000000000000000100000000 ~~ 000100000000100100000000000000000000000000000001
\
REFERENCE KEY DESCRIPTION P01-0186. 60 PZR BOLTS AND STUDS (> 2")
P01-0186. 70 PZR FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
P01-0186. 80 PZR NUTS> BUSHINGS, AND WASHERS (> 2")
P01-0186. 9 +++STEAI4 GENERATORS+++
P01-0186. 90 SG BOLTS AND STUDS (> 2")
P01-0186.100 SG FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
P01-0186. 110 SG NUTS, BUSHINGS, AND WASHERS (> 2")
P01-0186. 12 +++HEAT EXCHANGERS+++
P01-0186.120 HX BOLTS AND STUDS (> 2")
P01-0186.130 HX FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
P01 0186-140 HX NUTSe BUSHINGSe AND WASHERS (> 2")
P01-0186. 15 +++PIPING+++
P01-0186.150 PIPING BOLTS AND STUDS (> 2")
P01-0186.160 PIPING FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
P01-0186. 170 PIPING NUTS, BUSHINGS, AND WASHERS (> 2")
001010010000010000000101001000100010000010010010000000000 10 0 1 0 0 0 1 0 0 0 0 0 0 0 0 0 0
1 44444t440t0040t4004444000000444040400404440040400404t44a .. 040040000000000 NUTECH PRI SIM CAROLINA POWER 6 LIGHT COMPANY .
0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 00t000000040010000 0 DATA ELEMENT : ITEMNO PAGE 108 0 REVISION RRS2 0 0 DATE 66/05/14 00004004400001400004t400000000440t0000040000000000t00004000444440t404440004 REFERENCE KEY DESCRIPTION P01-0186.16 +++PUMPS+++
P01-0186.180 PUMP BOLTS AND STUDS (> 2")
P01-0186. 190 PUMP FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
P01-0186.200 PUMP NUTS, BUSHINGS, AND WASHERS (> 2")
P01-0186. 21 +++VALVES+++
P01-0186.210 VALVE BOLTS AND STUDS (> 2")
P01-0186.220 VALVE FLANGE SURFACE WHEN CONNECTION DISIASSEMBLED (> 2")
P01-0186. 230 VALVE NUTS, BUSHINGS, AND WASHERS (> 2" )
P01-0187. +++EXAMINATION CATEGORY 8-G-2+++
P01-0187. 1 +++REACTOR VESSEL+++
P01-0187.10 =
REACTOR VESSEL BOLTS> STUDS'ND NUTS (+= 2")
P01-0187. 2 +++PRESSURIZER+++
P01-0187.20 PRESSURIZER BOLTS, STUDS, AND NUTS (c= 2")
P01-0187.3 +++STEAM GENERATORS+++
P01-0187.30 STEAM GENERATOR BOLTS, STUDS, AND NUTS (<= 2")
000000t400000t0400004400 ~ 400000tt04000000044000t00004i000004000004000000400
OttOt000000000000044000440000004044040000440 ~ 000000t00 0000040400400 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING t44404044tt44044 0 DATA ELEMENT 1 ITEMNO PAGE 109 0 4 REVISION RRS2 DATE 86/05/14 000000 ~ Ottt044 ~ ~ ~ 0004tttttt4000004tt40tt04440004ttt0 ~ tttt0440 ~ 04040004004 REFERENCE KEY DESCRIPTION P01-0187. 4 +++HEAT EXCHANGERS+++
P01-0187.40 HEAT EXCHANGER BOLTS, STUDS, AND NUTS (<= 2")
P01-0187. 5 +++PIPING+++
P01-0187.50 PIPING BOLTS, STUDS, AND NUTS (<= 2")
P01-0187. 6 +++PUMPS+++
P01-0187.60 PUMP BOLTS, STUDS, AND NUTS (<= 2")
P01-0187. 7 tt+VALVES+++
P01-0187.70 VALVE BOLTS, STUDS, AND NUTS (<= 2")
P01-0187. 8 ++tCRD HOUSING+++
P01 0187 ~ 80 CRD HOUSING BOLTS ~ STUDS ~ AND NUTS (< 2 )
P01-0188. +++EXAMINATION CATEGORY 8-H+++
P01-0188. 1 +++REACTOR VESSEL+++
P01-0188.10 RV INTEGRALLY WELDED ATTACHMENTS P01-0188. 2 +++PRESSURIZER+++
P01-0188.20 PZR INTEGRALLY WELDED ATTACHMENTS 0000000t000400004004004ttOOf4000040400040000t400000400044040000040000400t
+0$ 00f00000044400 ~ OI010404fOt0000 ~ OOOIOOOfOOf000ffOOf004+ 0000ff00000040 0 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING REFERENCE CLUSTER LISTING 440000400404000040 DATA ELEMENT : ITEMNO PAGE '1 10 REVISION RRS2 0 DATE 86/05/14 0 ~ 0004440000044000440004044040000000004000000000400000040040000000000000040 REFERENCE KEY DESCRIPTION P01-0188. 3 +++STEAM GENERATORS+++
P01-0188. 30 SG INTEGRALLY WELDED ATTACHMENTS PO'1-0188.4 +++HEAT EXCHANGERS+++
P01-0188. 40 HX INTEGRALLY WELDED ATTACHMENTS P01-0189. +++EXAMINATION CATEGORY 8-J+++
PO 'I -0189. 1 +++PIPING+++
P01-0189. 10 +++NOMINAL PIPE SIZE >= 4 IN.+++
P01-0189 ~ 11 CIRCUMFERENTIAL WELDS IN PIPING, NOMINAL PIPE SIZE >= 4 IN.
P01-0189. 12 LONGITUDINAL WELDS IN PIPINGo NOMINAL PIPE SIZE >= 4 IN ~
P01-0189. 20 +++PIPING NOMINAL PIPE SIZE < 4 IN.+++
PO 1-0189. 21 CIRCUMFERENTIAL WELDS IN PIPINGe NOMINAL PIPE SIZE < 4 IN ~
P01-0189. 22 LONGITUDINAL WELDS IN PIPING, NOMINAL PIPE SIZE < 4 IN.
P01-0189. 30 +++BRANCH PIPE CONNECTION WELDS+++
P01-0189. 31 BRANCH PIPE CONNECTION WELDS, NOMINAL PIPE SIZE >= 4 IN.
P01-0189. 32 BRANCH PIPE CONNECTION WELDS, NOMINAL PIPE SIZE < 4 IN.
00404004000444000040404400044tt444440040444000040004044440444440
~44440000t000000000000t040400t000040440404400t44t04ftt4 440004000000t04 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 4 REFERENCE CLUSTER LISTING 00000t000000000000 DATA ELEMENT : ITEMNO PAGE 111 0 REVISION RRS2 0 0 0 DATE 86/05/14 40000000000tt404000044000040004t1400000000400440040404404000440440000044040 1
REFERENCE KEY DESCRIPTION P01-0189.40 PIPE SOCKET WELDS P01-0189.99 +++ITEM NUMBERS 810.XX THROUGH 816.XX APPEAR AFTER 81.51+++
P01-01C1 . +++EXAMINATION CATEGORY C-A+++
P01-01Cl. 1 +++PRESSURE VESSELS+++
P01-Olcl. 10 PRESSURE VESSEL SHELL CIRCUMFERENTIAL WELDS P01-0 1 c 1 . 20 PRESSURE VESSEL HEAD CIRCUMFERENTIAL WELDS P01-0 1 c 1 . 30 PRESSURE VESSEL TUBESHEET-TO-SHELL WELD P01-01C2. +++EXAMINATION CATEGORY C-B+++
P01-01C2. 1 +++PRESSURE VESSELS+++
P01-01C2 ~ 10 +++NOZZLES IN VESSELS <=1/2 IN. NOMINAL THICKNESS+++
Po1-01C2. 11 NOZZLES-TO-SHELL(OR HEAD) WELD P01-01C2.20 +++NOZZLES WITHOUT, REINFORCING PLATE IN VESSELS 1/2 IN ~ NOMINAL THICKNESS+++
P01-01C2.21 NOZZLE-TO-SHELL(OR HEAD) WELD P01-01C2.22 NOZZLE INSIDE RADIUS SECTION IN VESSELS P01-01C2.30 +++NOZZLES WITH REINFORCING PLATE IN VESSELS 1/2 IN. NOMINAL THICKNESS+++
40440440000400000000 ~ 00000040tO ~ 0000004000000000440004t0400004004004004t000
4000040404t4404000t00000 ~ 40004040ir000044040tOOt00000 ~ 400400000000044 NUTECH PRIS IM CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 'I PLANNING 4 REFERENCE CLUSTER LISTING 000044000444400400 0 DATA ELEMENT : ITEMNO PAGE 112 REVISION RRS2 DATE 86/05/14 000000000040404400444000044000004000000004004000440444000400404000000000000 REFERENCE KEY DESCRIPTION P01-01C2.31 REINFORCING PLATE WELDS TO NOZZLE AND VESSEL P01-01C2. 31X +++NOZZLE-TO-SHELL (OR HEAD) WELDS+++
P01-01C2.32 INSIDE OF VESSEL, NOZZLE-TO-SHELL (OR HEAD) WELD INCLUDES ALL NOZZLES AT TERMINAL ENDS OF THOSE PIPING RUNS SELECTED FOR EXAMINATION UNDER EXAM. CAT. C-F P01-01C3. +++EXAMINATION CATEGORY C-C+++
P01-01C3. 1 +++PRESSURE VESSELS+++
P01-01C3. 10 PRESSURE VESSEL INTEGRALLY WELDED ATTACHMENTS P01-01C3.2 +++PIPING+++
P01-01C3. 20 PIPING INTEGRALLY WELDED ATTACHMENTS P01-01C3. 3 +++PUMPS+++
P01-01C3.30 -PUMP INTEGRALLY WELDED ATTACHMENTS P01-01C3.4 +++VALVES+++
P01-01C3.40 VALVE INTEGRALLY WELDED ATTACHMENTS P01-01C4. +++EXAMINATION CATEGORY C-D+++
P01-01C4.1 +++PRESSURE VESSELS+++
OtOOOOIOttl000t4t4000044440400000010f0400t04404000044f440040t40f4444tf44040
t ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 t
t PLANNING REFERENCE CLUSTER LISTING ttttttttttttttt DATA ELEMENT : ITEMNO PAGE 113 t t REVISION RRS2 t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE
\
REFERENCE KEY DESCRIPTION P01-01C4.10 PRESSURE VESSEL BOLTS AND STUDS (> 2")
P01-01C4. 2 +++PIPING+++
P01-01C4.20 PIPING BOLTS AND STUDS (> 2")
P01-01C4.3 +++PUMPS+++
P01-01C4.30 PUMP BOLTS AND STUDS (> 2")
P01-01C4.4 +++VALVES+++
P01-01C4.40 VALVE BOLTS AND STUDS (> 2")
P01-01C5. +++EXAMINATION CATEGORY C-F+++
P01-01CS. 1 +++PIPING+++
P01-01CS. 10 +++PIPING WELDS <= 1/2 IN. NOMINAL WALL THICKNESS+++
PO'1-01C5.11 PIPING CIRCUMFERENTIAL WELD <= 1/2" NOMINAL WALL THICKNESS P01 "01C5.12 PIPING LONGITUDINAL WELD <= 1/2" NOMINAL WALL THICKNESS P01-01C5.20 +++PIPING WELDS > 1/2 IN. NOMINAL WALL THICKNESS+++
P01-01C5.21 PIPING CIRCUMFERENTIAL WELD > 1/2" NOMINAL WALL THICKNESS P01-01C5 ~ 22 PIPING LONGITUDINAL WELD > 1/2" NOMINAL WALL THICKNESS ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
.+0040040440400400444000444044000444444400000440t044444 +0040t$ 44404444 NUTECH PRI SIM CAROLINA POWER 6 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 000404400440040004 4 DATA ELEMENT c ITEMNO PAGE 114 REVISION RRS2 DATE 86/05/14 04000000000400t00400000400400400404000400004004400044404404404t440440004000 REFERENCE KEY DESCRIPTION P01-01C5.30 +++PIPING BRANCH CONNECTIONS+++
P01-01C5. 31 PIPE BRANCH CONNECTION CIRCUMFERENTIAL WELD P01-01C5. 32 PIPE BRANCH CONNECTION LONGITUDINAL WELD P01-01C6. +++EXAMINATION CATEGORY C-G+++
P01-01C6. 1 +++PUMPS+++
P01-01C6. 10 PUMP CASING WELDS P01-01C6. 2 +++VALVES+++
P01-01C6. 20 VALVE BODY WELDS P01-01C7. +++EXAMINATION CATEGORY C"H IS NOT SUBJECT TO PSI+++
P01-0101. +++EXAMINATION CATEGORY 0-A+++
P01-01D1. 1 +++SYSTEMS IN SUPPORT OF REACTOR SHUTDOWN FUNCTION+++
P01-01D1. 10 +++ITEM NUMBER D1. 10 IS EXEMPT FROM PRESERVICE INSPECTION+++
P01-01D1. 20 RV SHUTDOWN INTEGRAL ATTACHMENTS - SUPPORTS AND RESTRAINTS P01-01D1 ~ 30 RV SHUTDOWN INTEGRAL ATTACHMENTS - SNUBBERS RV SHUTDOWN INTEGRAL ATTACHMENTS MECHANICAL AND HYDRAULIC SNUBBERS 00000080000000040400000000000000t44000tt000t00000400t044000 ~ 4000000000f040t
+04000tOt000400400000040404000004404400t0000040t40044404 40044400000400 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING REFERENCE CLUSTER LISTING 10000440000tOt0000 DATA ELEMENT : ITEMNO PAGE 115 4 REVISION RRS2 DATE 66/05/14 00400400000tt00004040t04004040000t40000000000000044044400440404040040000000
\
REFERENCE KEY DESCRIPTION P01-01D1.40 RV SHUTDOWN INTEGRAL ATTACHMENTS SPRING TYPE SUPPORTS P01-01D1.50 RV SHUTDOWN INTEGRAL ATTACHMENTS-CONSTANT LOAD TYPE SUPPORTS P01-0101.60 RV SHUTDOWN INTEGRAL ATTACHMENTS SHOCK ABSORBERS P01-01D2. +++EXAMINATION CATEGORY D-B+++
P01-0102.1 +++SYSTEMS IN SUPPORT OF EMERGENCY CORE COOLING, CONTAINMENT HEAT REMOVALo ATMOSPHERE CLEANUPS AND REACTOR RESIDUAL HEAT REMOVAL+++
P01-01D2.'10 +++ITEM NUMBER D2.10 IS EXEMPT FROM PRESERVICE INSPECTION+++
P01-01D2.20 ECCS. ETC. INTEGRAL ATTACHMENTS - SUPPORTS AND RESTRAINTS P01-01D2.30 ECCS, ETC. INTEGRAL ATTACHMENTS SNUBBERS ECCS, ETC. INTEGRAL ATTACHMENTS - MECHANICAL AND HYDRAULIC SNUBBERS P01-01D2.40 ECCS, ETC. INTEGRAL ATTACHMENTS - SPRING TYPE SUPPORTS P01-01D2.50 ECCS, ETC. INTEGRAL ATTACHMENTS - CONSTANT LOAD TYPE SUPPORT P01-01D2.60 ECCS. ETC. INTEGRAL ATTACHMENTS SHOCK ABSORBERS P01-01D3. +++EXAMINATION CATEGORY D-C+++
P01-01D3.1 +++SYSTEMS IN SUPPORT OF RESIDUAL HEAT REMOVAL FROM THE SPENT FUEL STORAGE POOL+++
4404000044040 ~ 0000044004400000404004444440004400440444440444404040040440404
400f044f041fOOt0440tOOt4004f044440044ft4444444444f04ff4+ 40000444f04440 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 4 PLANNING REFERENCE CLUSTER LISTING 0004404040000 4 DATA ELEMENT : ITEMNO PAGE 116 4 REVISION RRS2 DATE 66/05/14 000004004000000000000040000040000440004000000400040 ~ 00000044440000000000044 REFERENCE KEY DESCRIPTION P01-01D3. 10 +++ITEM NUMBER D3. 10 IS EXEMPT 'FROM PRESERVICE INSPECTION+++
P01-01D3. 20 RHR FROM SFS INTEGRAL ATTACHMENTS SUPPORTS AND RESTRAINTS P01-0103. 30 RHR FROM SFS INTEGRAL ATTACHMENTS SNUBBERS RHR FROM SFS INTEGRAL ATTACHMENTS MECHANICAL AND HYDRAULIC SNUBBERS F01-0 'I 03. 40 RHR FROM SFS INTEGRAL ATTACHMENTS - SPRING TYPE SUPPORTS P01-O'ID3.50 RHR FROM SFS INTEGRAL ATTACHMENT-CONSTANT LOAD'TYPE<< SUPPORTS PO'1-01D3.60 RHR FROM SFS INTEGRAL ATTACHMENTS SHOCK ABSORBERS P01-01E1. +++EXAMINATION CATEGORY E-A+++
P01-01E1. 1 +++PRESSURE RETAINING WELDS IN CONTAINMENT VESSELS+++
P01-01E1. 10 +++SHELL WELDS IN CONTAINMENT VESSELS+++
P01-01E1. 11 LONGITUDINAL SHELL WELDS IN VESSELS (CATEGORY A)
P01-01E1. 12 CIRCUMFERENTIAL SHELL WELDS IN VESSELS (CATEGORY 8)
P01-01E1. 20 FLANGE WELDS IN VESSELS ( CATEGORY C)
P01-01E1. 30 NOZZLE-TO"SHELL WELDS IN VESSELS (CATEGORY D)
P01-01E1. 40 +++INSERT PLATE WELDS+++
440004444040000fOOf001t04t40000001040f404000t044tOt444444040444004004040ft0
t tttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt SIM NUTECH PRI CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT ttttttttttttttttttt 1
t PLANNING t REFERENCE CLUSTER LISTING DATA ELEMENT : ITEMNO PAGE 117 t REVISION RRS2 t DATE 86/05/14 tt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION PO 'I -0 1E1 . 41 INSERT PLATE-TO-SHELL WELDS Po 1-01E1. 42 LONGITUDINAL INSERT PLATE WELDS Po 1-01E1. 43 CIRCUMFERENTIAL INSERT PLATE WELDS P01-01E1. 50 +++VENT SYSTEM WELDS+++
PO'I-01E1. 51 LONGITUDINAL VENT SYSTEM WELDS PO'I-0'lE1.52 CIRCUMFERENTIAL VENT SYSTEM WELDS P01-01E1. 53 OTHER VENT SYSTEM WELDS PO l-01E2. +++EXAMINATION CATEGORY E-A-1+++
PO I-01E2. 1 +++NONPRESSURE-RETAINING WELDS+++
P01-01E2. 10 +++REINFORCING STRUCTURE WELDS+++
P01-01E2. 1 1 CONTAINMENT VESSEL ATTACHMENT REINFORCING STRUCTURE WELDS P01-01E2. 12 OTHER REINFORCING STRUCTURE WELDS P01-01E2. 20 REINFORCING STRUCTURE ATTACHMENT WELDS P01-01E3. +++EXAMINATION CATEGORY E-8+++
P01-01E3. 1 +++PRESSURE RETAINING WELDS IN CONTAINMENT PENETRATIONS+++
ttttttttttttttttttt ttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
.'40000040404004040044040040000000004i040044400 ~ 00004400 i4040tOt0000100 NUTECH PRI SIM 4 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 000004004040004400 4 DATA ELEMENT :- ITEMNO PAGE 118 a REVISION RRS2 0 DATE 86/05/14 004t0004404400004004040004000404000404040040000tt0040000t04tt00000000t00004 REFERENCE KEY DESCRIPTION P01-01E3. 10 +++CONTAINMENT PENETRATION WELDS+++
P01-01E3. 11 LONGITUDINAL CONTAINMENT PENETRATION WELDS P01-01E3. 12 CIRCUMFERENTIAL CONTAINMENT PENETRATION WELDS P01-01E3 ~ 13 FLUED HEAD AND BELLOWS SEAL CIRC WELDS JOINED TO THE PENET FLUED HEAD AND BELLOWS SEAL CIRCUMFERENTIAL WELDS JOINED TO THE PENETRATION.
P01-01E4. +++EXAMINATION CATEGORY E-C+++
P01-01E4. 1 +++PRESSURE RETAINING WELDS IN AIRLOCKS AND EQUIPMENT HATCHES+++
P01-01E4. 10 +++AIRLOCK WELDS+++
P01-01E4.1'I LONGITUDINAL AIRLOCK WELDS P01-01E4.12 CIRCUMFERENTIAL AIRLOCK WELDS P01-01E4. 20 +++EQUIPMENT HATCH WELDS+++
P01-01E4. 2'I LONGITUDINAL EQUIPMENT HATCH WELDS P01-01E4.22 CIRCUMFERENTIAL EQUIPMENT HATCH WELDS P01-01E5. +++EXAMINATION CATEGORY E-D+++
400f0440tt444444044t4000f1t4400000400I40tI04004t440044t040t0440400400fO
.tttttttttttttttttttttttttttttttttttttttt4tttttttttttttt ttttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 119
't REVISION RRS2 DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION PO'I-01ES. 1 +++SEALS AND GASKETS+++
P01-01E5. 10 SEALS P01-0'1E5.20 GASKETS P01-01E6. +++EXAMINATION CATEGORY E-E+++
P01-01E6. 1 +++INTEGRAL ATTACHMENTS+++
P01-01E6. 10 INTEGRAL ATTACHMENT WELDS P01-01E7. +++EXAMINATION CATEGORY E-F+++
P01-01E7. 1 +++PRESSURE RETAINING DISSIMILAR METAL WELDS+++
P01-01E7. 10 DISSIMILAR METAL WELDS P01-01EB +++EXAMINATION CATEGORY E-G+++
P01-01EB. +++PRESSURE RETAINING BOLTING+++
P01-01EB. 1 +++BOLTED CONNECTION VISUAL EXAMINATION+++
P01-01EB.10 BOLTED CONNECTION VISUAL EXAMINATION P01-01EB. 2 +++BOLTED CONNECTION BOLT TORQUE OR TENSION TEST+++
P01-01EB. 20 BOLTED CONNECTION BOLT TORQUE OR TENSION TEST
tttttttttttttttttttttt tttttttttttttttttttttttttttttttt tttttttttttttt
~
NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT t 1 t
PLANNING REFERENCE CLUSTER LISTING ttttttttttttttttttt DATA ELEMENT: ITEMNO PAGE 120 REVISION RRS2 t DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION P01-01E9. +++EXAMINATION CATEGORY E" P+++
PO'1-01E9.EX EXEMPT CLASS MC PRESSURE RETAINING COMPONENTS PO'I-01E9. 1 +++ALL PRESSURE RETAINING COMPONENTS+++
P01-01E9. 10 +++PRESSURE RETAINING BOUNDARY+++
P01-01E9.11 10-CFR-50 APPENDIX J TEST OF CONTAINMENT BOUNDARY P01-01E9.12 SYS LEAKAGE PRESSURE TEST IWE-5220 OF CONTAINMENT BOUNDARY SYSTEM LEAKAGE PRESSURE TEST IWE-5220 OF CONTAINMENT BOUNDARY.
PO'1-01E9.20 CONTAINMENT PENET BELLOWS (10CFR50 APPENDIX J TYPE 8 TEST)
CONTAINMENT PENETETRATION BELLOWS (10CFR50 APPENDIX J TYPE 8 TEST).
P01-01E9.30 AIRLOCKS (10CFR50 APPENDIX J TYPE 8 TESTS)
P01-01E9.40 SEALS AND GASKETS (10CFR50 APPENDIX J TYPE 8 TESTS)
P01-01F1. +++EXAMINATION CATEGORY F-A+++
P01 01F1 ~ EX EXEMPT CLASS 1 o 2o OR 3 CATEGORY F A COMPONENT SUPPORTS P01-0)Fl.l +++PLATE AND SHELL TYPE SUPPORTS+++
ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
00t44004400f 00041tf 01044404000004440000t4444040040t444 44000000000040 0 NUTECH PRI SIM CAROLINA POWER & LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 000044440044444440 DATA ELEMENT : ITEMNO PAGE 121 REVISION RRS2 DATE 86/05/14 0 00044404044004004400444044400040444440004000400004400 ~ 00040040000440t440440 REFERENCE KEY DESCRIPTION P01-01F1. 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE P01-01F1.20 WELDED CONNECTIONS TO BUILDING STRUCTURE P01-01F1.30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS P01-01F1.40 DISPLACEMENT SETTINGS, MISALIGNMENT, AND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPSe MIS ALIGNMENT OF SUPPORTS, ASSEMBLY OF SUPPORT ITEMS P01-01F2. +++EXAMINATION CATEGORY F-8+++
P01 01F2. EX EXEMPT CLASS 1 o 2 o OR 3 CATEGORY F 8 COMPONENT SUPPORTS P01-01F2.1 +++LINEAR TYPE SUPPORTS+++
P01-01F2.10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE P01-01F2.20 WELDED CONNECTIONS TO BUILDING STRUCTURE 4044t044004040400400tt004404044040004444400044440 ~ 000000404t04444tt040 ~ 40tO
NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 044004400004004000 0 DATA ELEMENT : ITEMNO PAGE 122 0 REVISION RRS2 DATE BB/05/14 000000000 ~ 0000 ~ 04 ~ 004400001 '00000000040440400000000i0000000440000000044000
\
REFERENCE KEY DESCRIPTION P01-01F2.30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS P01-01F2. 40, DISPLACEMENT SETTINGSe MISALIGNMENT'ND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPS, MIS-ALIGNMENT OF SUPPORTS, ASSEMBLY OF SUPPORT ITEMS P01-01F2.50 INVALID ITEMNO 'i++ THIS ITEMNO IS INVALID P01-01F3. +++EXAMINATION CATEGORY F-C+++
POl 01F3,EX EXEMPT CLASS lo 2 ~ OR 3 CATEGORY F C COMPONENT SUPPORTS POl-01F3. 1 +++COMPONENT STANDARD SUPPORTS+++
Pol-01F3. 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE
'P01-01F3.20 WELDED CONNECTIONS TO BUILDING STRUCTURE P01-01F3.30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS 4444440e44440000404044000040000400044440000000404404000040000004440t0000000
ttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttt NUTECH PRISIM t CAROLINA POWER 3 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 123 t REVISION RRS2 t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE REFERENCE KEY DESCRIPTION P01-01F3. 40 DISPLACEMENT SETTINGS'ISALIGNMENTo AND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPS'IS-ALIGNMENT OF SUPPORTS, ASSEMBLY OF SUPPORT ITEMS P01 01F3 ~ 50 SPRINGER CONSTANTs SHOCK ABSORBER>> AND SNUBBER SUPPORTS SPRING TYPE SUPPORTS, CONSTANT LOAD TYPE SUPPORTS, SHOCK AB-SORBERSo HYDRAULIC AND MECHANICAL TYPE SNUBBERS P02-01 +++ EXAMINATION CATEGORY FSAR+++
P02-0180RE REACTOR COOLANT PUMP FLYWHEEL BORE AND KEYWAY--UT P02-01FLYWHL REACTOR COOLANT PUMP FLYWHEEL SURFACE AND UT P03-01250.'IS SAFETY EVALUATION REPORT, SAFETY REVIEW QUESTIONS'250. 1 SURFACE EXAM P03-01250. 1V SAFETY EVALUATION REPORT, SAFETY REVIEW QUESTION 4 250. 1 VOLUMETRICEXAM P04-01 +++ EXAMINATION CATEGORY FSAR +++
P04-016.6.88 AUGMENTED PIPING WELD VOLUMETRIC EXAMINATION PER FSAR PARAGRAPH 6.6.88.
P04-016 '.8E AUGMENTED WELDED ATTACHMENT SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8E.
ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
tttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt NUTECH PR IS IM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT t t 1 t
t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 124 REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION P05-01 +++ EXAMINATION CATEGORY FSAR+++
P05-016.6.8C AUGMENTED PIPING WELD VOLUMETRIC EXAMINATION PER FSAR PARAGRAPH 6.6.8C.
P05-016.6.8E AUGMENTED WELDED ATTACHMENT SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8E.
P06" 01 +++ EXAMINATION CATEGORY FSAR +++
P06-016.6.80 AUGMENTED PIPING WELD SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8D P06"016.6.8E AUGMENTED WELDED ATTACHMENT SURFACE EXAMINATION PER FSAR PARAGRAPH 6.6.8E.
P07-01CSW CIRCUMFERENTIAL SHELL WELD P07-01HTSW . HEAD TO SHELL WELD P07-01LSW LONGITUDINAL SHELL WELDS P07-01STHW SHELL TO HEAD WELD P07-01TSTSW TUBE SHEET TO SHELL WELD SR85-1H ASME CODE H STAMPED VESSEL (SECTION IV)
SR85-1N ASME CODE N STAMPED VESSEL (SECTION III)
i ttttttttttttttt t tttttttttttttttttttttttttttttttttttt~ tttttttttttttt
~ ~
PRISIM NUTECH CAROLINA POWER L LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 125 t t REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION SR85-1NV ASME CODE NV STAMPED VALVE (SECTION I I I)
SR85-15 ASME CODE S STAMPED VESSEL (SECTION I)
SR85-1U ASME CODE U STAMPED VESSEL (SECTION VIII)
SR85-1UV ASME CODE UV STAMPED VALVE (SECTION VIII)
SR85-lv ASME CODE V STAMPED VALVE (SECTION I OR IV): NOTE--VALVES WITH A V STAMP MAY BE INSTALLED ON SECTION VIII VESSELS 501-01B9.11 CIRCUMFERENTIAL PIPING WELD, NOMINAL PIPE SIZE >= 4 IN.
501 0189 ~ 21 CIRCUMFERENTIAL PIPING WELD'OMINAL PIPE SIZE < 4 IN ~
V01-01C1.10 PRESSURE VESSEL SHELL CIRCUMFERENTIAL WELOS V01-01C1.20 PT EXAMINATION PERFORMED IN ADDITION TO SECTION XI REQ.
Vol-O'IC1.30 PRESSURE VESSEL TUBESHEET-TO-SHELL WELD V01-01C2.21 NOZZLE-TO-SHELL (OR HEAD) WELD V01-01C3.10 PRESSURE VESSEL INTEGRALLY WELDED ATTACHMENTS V01-01C3.20 VOLUNTARY EXAM- INTEGRALLY WELDED ATTACHMENT 3/4 INCH THICK AND GREATER VO'1-01C3.20< VOLUNTARY EXAM INTEGRALLY WELDED PIPE ATTACHMENT < 3/4 IN.
ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
400100I04440000040t400f 000104 ~ Ot0040400400400044400 440400004004tO NUTECH PRI SIM ~
CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0
'EFERENCE CLUSTER LISTING 400044000040000040 0 DATA ELEMENT : ITEMNO PAGE 126 REVISION RRS2 DATE 86/05/14 Ot0000000 ~ l00000t004t00000ft00014t4000040tOttt40000tOt4tt04004000 ~ Ott400400
\
REFERENCE KEY DESCRIPTION V01-01C5. 11 VOLUNTARY EXAM - PIPING CIRCUMFERENTIAL WELD <-" 1/2 INCH NOMINAL WALL THICKNESS V01-01C5. 12 VOLUNTARY - PIPING LONGITUDINAL WELDS <= 1/2 INCH NOM. THICK V01-01C5. 21 PIPING CIRC WELD > 1/2" NOMINAL WALL,THICKNESS - VOLUNTARY-V01-01HTSW HEAD TO SHELL WELD V01-01TSTSW TUBE SHEET TO SHELL WELD 81W" 0181 +++EXAMINATION CATEGORY 8-A+++
81W-0181. +++REACTOR VESSEL+++
81W-0181. 10 +++SHELL WELDS+++
81W-0181 . 1 1 RV CIRCUMFERENTIAL SHELL WELDS 81W-0181.12 RV LONGITUDINAL SHELL WELDS 81W-0181.20 +++HEAD WELDS+++
81W-0181. 218 RV CIRCUMFERENTIAL BOTTOM HEAD WELDS CIRCUMFERENTIAL BOTTOM. HEAD WELD INSPECTION MAY BE DEFERRED
.TO THE END OF THE INSPECTION INTERVAL.
81W-0181. 21T RV CIRCUMFERENTIAL TOP HEAD WELDS CIRCUMFERENTIAL TOP HEAD WELD INSPECTION MUST BE PERFORMED DURING EACH PERIOD AND MAY NOT BE DEFERRED TO THE END OF THE INTERVAL.
000f00400004004000 ~ OfOt000004400tt000000t400404t00040044444t44444444400404
~~
40040444040444000040404440440404044404040404400000400 0044400000044 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 040000400000040 ~ 00 DATA ELEMENT : ITEMNO PAGE 127 REVISION RRS2 0 DATE 86/05/14 Ot04t00400000444000t000 ~ 40 ~ 4000004040 ~ 040t00004000tOOt0000000t04444400404tO REFERENCE KEY DESCRIPTION 81W"0181.228 RV MERIDIONAL BOTTOM HEAD WELDS RV MERIDIONAL BOTTOM HEAD WELD INSPECTION MAY BE DEFERRED TO THE END OF THE INSPECTION INTERVAL.
81W-0181. 22T RV MERIDIONAL TOP HEAD WELDS RV MERIDIONAL TOP HEAD WELD INSPECTION MUST BE PERFORMED DURING EACH PERIOD AND MAY NOT BE DEFERRED TO THE END OF THE INTERVAL.
81W-0181.30 RV SHELL-TO-FLANGE WELD 81W-0181. 30D RV SHELL-TO-FLANGE WELD TESTING IN CONJUNCTION WITH CAT 8-D EXAM OF SHELL-TO-FLANGE WELDS MAY BE PERFORMED DURING THE 1ST AND 3RD INSPECTION PERIOD IN CONJUNCTION WITH THE NOZZLE EXAM OF CAT. 8-D (PROGRAM 8). AT LEAST 50% OF SHELL-TO-FLNGE WELDS SHALL BE EXAM BY THE END OF THE 1ST INSPECTION PERIODS AND THE REMAINDER BY THE END OF THE 3RD INSPECTION PERIOD.
81W-0181. 30F RV SHELL-TO-FLANGE WELD PARTIAL EXAM FROM FLANGE FACE IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
81W-0181. 30V RV SHELL-TO-FLANGE WELD EXAM CONDUCTED FROM VESSEL WALL IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
000004440044044440040440000404004444t00404440404004040000000444444404000044
000000000000000001000000000000000000000000000000000 00000000000000 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 000000000000000000 0 DATA ELEMENT : ITEMNO PAGE 128 0 0 REVISION RRS2 0 DATE 86/05/14 000000000000000000000000000000000000000000 ~ 0000000000000 ~ 000000000000000000 REFERENCE KEY DESCRIPTION 81W-0181.40 RV HEAD-TO-FLANGE WELD 81W-0181.40F RV HEAD-TO-FLANGE WELD PARTIAL EXAM FROM FLANGE FACE IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
81W-0181.40V RV HEAD-TO-FLANGE WELD EXAM CONDUCTED FROM VESSEL WALL IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
81W-0181. 50 +++REPAIR WELDS+++
81W-0181. 51 RV BELTLINE REGION REPAIR WELDS 81W-0181.99 +++ITEM NUMBERS 82.XX THROUGH 89.XX APPEAR AFTER 816.20+++
81W-01810 +++EXAMINATION CATEGORY 8-K-1+++
81W-01810. 1 +++PIPING+++
81W-01810. 10 PIPING INTEGRALLY WELDED ATTACHMENTS 81W-01810. 2 +++PUMPS+++
0000000100000000000000000000000000000000000000000 ~ 000100000000000000 ~0
ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttt tttttttt
~
NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 129 REVISION RRS2 t DATE 86/05/14 t ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION 81W-01810. 20 PUMP INTEGRALLY WELDED ATTACHMENTS 81W-01810. 3 +++VALVES+++
81W-018'10.30 VALVE INTEGRALLY WELDED ATTACHMENTS 81W-01812. +++PUMPS+++
81W-01812. 1 +++EXAMINATION CATEGORY 8-L-1+++
81W-01812. 10 PUMP CASING WELDS 81W-01812. 2 +++EXAMINATION CATEGORY 8-L-2+++
81W-01812. 20 PUMP CASING 81W-01812. 3 +++EXAMINATION CATEGORY 8-M-1+++
81W"01812.3A +++VALVES+++
8'IW-01812.30 VALVES, NOMINAL PIPE SIZE < 4 IN. VALVE BODY WELDS 81W-01812.40 VALVES, NOMINAL PIPE SIZE >= 4 IN. VALVE BODY WELDS 81W-01812. 5 +++EXAMINATION CATEGORY 8-M-2+++
81W-01812.50 VALVE BODY, EXCEEDING 4 IN. NOMINAL PIPE SIZE 81W-01813. +++EXAMINATION CATEGORY 8-N-1+++
1
~t4ft000tOOf00 ~ OII40004444400tt44404t004tff40f44t004044 40040t4000040ft NUTECH PRISIM CAROLINA POWER & LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING ~
0 REFERENCE CLUSTER LISTING 000000004000004044 DATA ELEMENT : ITEMNO PAGE 130 REVISION RRS2 DATE 86/05/14 00404000400t440000444tt0400004440000tOOt404t4000000000044040400000tt400000 REFERENCE KEY DESCRIPTION 81W-01813. 1 +++REACTOR VESSEL+++
81W-01813. 10 RV VESSEL INTERIOR 81W-01813. 2 +++EXAMINATION CATEGORY 8-N-2+++
81W-018'13. 2. +++REACTOR VESSEL (BWR)+++
81W-01813.20 RV INTERIOR ATTACHMENTS WITHIN BELTLINE REGION (BWR) 81W-01813.21 RV INTERIOR ATTACHMENTS BEYOND BELTLINE REGION (BWR) 81W-01813. 22 RV CORE SUPPORT STRUCTURE (BWR) 81W-01813. 3 +++EXAMINATION CATEGORY 8-N-3+++
81W-01813. 3 ~ +++REACTOR VESSEL (PWR)+++
81W-01813.30 INTERIOR ATTACHMENTS WITHIN BELTLINE REGION (PWR) 81W-01813.31 INTERIOR ATTACHMENTS BEYOND BELTLINE REGION (PWR) 81W-01813.32 RV CORE SUPPORT STRUCTURE (PWR) 81W-01814. +++EXAMINATION CATEGORY 8-0+++
81W-01814. 1 +++REACTOR VESSEL+++
81W-01814. 'IO RV WELDS IN PERIPHERAL CRD HOUSING 4040400400000004000I044404400004r0000044004000000t04r440000 ~ 044400000000tt04t
~ttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt NUTECH PRISIM t CAROLINA POWER & LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t
t PLANNING REFERENCE CLUSTER LISTING ttttttt ttttttttttt
~
DATA ELEMENT : ITEMNO PAGE 131 t REVISION RRS2 t DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttt ttttttttttttttttttttttttttttttttt
~~
REFERENCE KEY DESCRIPTION 81W" 01815. +++EXAMINATION CATEGORY 8-P+++
81W-01815. EX EXEMPT CLASS 1 PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY> ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 1 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. WELDS <= 1" NPS) 81W"01815.1 +++REACTOR VESSEL+++
81W-01815 ~ 10 RV.PRESSURE RETAINING BOUNDARY - OPERATIONAL 81W-01815.11 RV PRESSURE RETAINING BOUNDARY - STATIC 81W-01815. 2 +++PRESSURIZER+++
81W-01815.20 PRZ PRESSURE RETAINING BOUNDARY - OPERATIONAL 81W-01815.21 PRZ PRESSURE RETAINING BOUNDARY STATIC 81W-01815. 3 +++STEAM GENERATORS+++
81W-01815.30 SG PRESSURE RETAINING BOUNDARY - OPERATIONAL 81W-01815.31 SG PRESSURE RETAINING BOUNDARY - STATIC 81W-01815.4 +++HEAT EXCHANGERS+++
81W"01815 ~ 40 HX PRESSURE RETAINING BOUNDARY - OPERATIONAL ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
44004000040000004000t40444000440444044004400000400000 4000000400004r40 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT, UNIT I PLANNING 0 REFERENCE CLUSTER LISTING 440000000004400000 DATA ELEMENT i ITEMNO PAGE 132 REVISION RRS2 DATE 86/05/14 0000040004tt0000000400000000040000tt0040t4000040000004000t00000000004000000
\
REFERENCE KEY DESCRIPTION 81W-01815.41 HX PRESSURE RETAINING BOUNDARY - STATIC 81W-01815. 5 +++PIPING+++
81W-O'1815 ~ 50 PIPING PRESSURE RETAINING BOUNDARY - OPERATIONAL 81W-01815.51 PIPING PRESSURE RETAINING BOUNDARY - STATIC 81W-01815-6 +++PUMPS+++
81W-01815.60 PUMP PRESSURE RETAINING BOUNDARY OPERATIONAL 81W-01815 61
~ PUMP PRESSURE RETAINING BOUNDARY - STATIC 8'IW-01815. 7 +++VALVES+++
81W-01815 70
~ VALVE PRESSURE RETAINING BOUNDARY OPERATIONAL 81W-01815.71 VALVE PRESSURE RETAINING BOUNDARY = STATIC 81W-01816 ~ +++EXAMINATION CATEGORY B-Q+++
81W" 01816. 1 +++STEAM GENERATORS+++
81W-01816. 10 +++FOR STEAM GENERATOR TUBING'EE PRISIM S8To STEAM GENERATOR TUBING IN STRAIGHT TUBE DESIGN+++
81W-01816.20 +++FOR STEAM GENERATOR TUBING, SEE PRISIM-S8T, STEAM GENERATOR TUBING IN U-TUBE DESIGN+++
0000000t040t000040000000000440tt0440 ~ 44044044004444440044f440t000000t000 ~ OO
e0000400000 ~ 004404$ 004404t0444104444000t004040044440044 00404040004444 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 000000040040004 ~ 00 DATA ELEMENT I ITEMNO PAGE 133 REVISION RRS2 DATE 86/05/14 440000044004000000040040440404444400444440000004000044044404000404404000044 REFERENCE KEY DESCRIPTION 81W-0182. +++EXAMINATION CATEGORY 8-8+++
81W-0182 ~ 1 +++PRESSURIZER+++
81W-0182. 10 +++SHELL-TO-HEAD WELOS+++
81W-0182. 11 PZR CIRCUMFERENTIAL SHELL-TO-HEAD WELDS 81W-0182. 12 PZR LONGITUDINAL SHELL-TO-HEAD WELDS 81W-0182.20 +++HEAD WELDS+++
81W"0182. 21 PRZ CIRCUMFERENTIAL HEAD WELDS 81W-0182. 22 PRZ MERIDIONAL HEAD WELDS 81W-0182. 3 +++STEAM GENERATORS (PRIMARY SIDE)+++
81W-0182. 30 +++HEAD WELDS+++
81W-0182. 31 SG PRIMARY SIDE CIRCUMFERENTIAL HEAD WELDS 81W-0182. 32 SG PRIMARY SIDE MERIDIONAL HEAD WELDS 81W-0182. 40 SG PRIMARY SIDE TUBESHEET-TO-HEAD WELDS 81W-0182. 5 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
81W-0182. 50 +++SHELL(OR HEAD) WELDS+++
0004040040040400000004 ~ 40 ~ 004tt04044404444444444444000000000000004tOOIOOOIO
1 r44f0000t000f01t000t0040000000t000004004i400tiOOiiOt000 Oi4400100000400 NUTECH PRISIM 0 CAROLINA POWER 6 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 4 REFERENCE CLUSTER LISTING 444004040444004404 DATA ELEMENT : ITEMNO PAGE 134 REVISION RRS2 DATE 86/05/14 044040010000tt0000t000400444400004004400404t4444040000404400t000t0400000000 1
REFERENCE KEY DESCRIPTION 81W-0182. 51 HX PRIMARY SIDE CIRCUMFERENTIAL SHELL (OR HEAD) WELDS 81W-0182. 52 HX PRIMARY MERIDIONAL SHELL (OR HEAD) WELD 81W-0182.53 HX PRIMARY LONGITUDINAL SHELL (OR HEAD) WELD 81W-0182. 6 +++ SHELL (PRIMARY SIDE) +++
81W-0182. 60 TUBESHEET-TO-SHELL (OR HEAD) WELDS 81W-O'182. 61 TUBESHEET-TO-SHELL WELDS 81W-.O'183 +++EXAMINATION CATEGORY 8-DA+++
81W-0183. +++PROGRAM A REQUIREMENTS+++
1ST INTERVAL 3 YEARS 2ND INTERVAL 7 YEARS 3RD INTERVAL 13 YEARS 4TH INTERVAL 17 YEARS 81W-O'183. 1 +++REACTOR VESSEL+++
81W-0183. 10 RV NOZZLE-TO-VESSEL WELDS - PROGRAM A 81W-0183. 20 RV NOZZLE INSIDE RADIUS SECTION - PROGRAM A 81W-0183. 3 +++PRESSURIZER+++
81W-0183. 30 PRZ NOZZLE-TO-VESSEL WELDS - PROGRAM A 00400000400f000440ff40f044040f00040f400f0000404404004f000400f040
/
044040004004004044004400400000000044004440400040000404 4000044000000 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 00440404000000000t DATA ELEMENT : ITEMNO PAGE 135 REVISION RRS2 DATE'6/05/14 000000400000000400400040000400000000040000400004000000000000000000040004 ~ 00 REFERENCE KEY DESCRIPTION 81W-0183. 40 PRZ N022LE INSIDE RADIUS SECTION - PROGRAM A 81W-0183. 5 +++STEAM GENERATORS (PRIMARY SIDE)+++
81W-0183. 50 SG PRIMARY N022LE-TO-VESSEL WELOS PROGRAM A 81W-0183. 60 SG PRIMARY N022LE INSIDE RADIUS SECTION PROGRAM A 81W-0183. 7 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
81W-0183. 70 HX PRIMARY N022LE-TO-VESSEL WELDS PROGRAM A 81W-0183. 80 HX PRIMARY NOZZLE INSIDE RADIUS SECTION - PROGRAM A 81W-0183. 9 +++EXAMINATION CATEGORY 8-08+++
81W-0183. 9. +++PROGRAM 8 REQUIREMENTS+++
1ST INTERVAL 10 YEARS 2ND INTERVAL 10 YEARS 3RD INTERVAL 10 YEARS 4TH INTERVAL 10 YEARS 81W-0183. 9A +++REACTOR VESSEL+++
81W-0183. 98 RV NOZZLE-TO-VESSEL WELDS, EXAM FROM NOZZLE BORE - PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
4400000t04000000000000404t004tOt00000400 ~~ 40004004t004444tOt400044400404440
\
iOt00010004044400tttf0000000040040f4t4044ft0440ffOt0040 00000004t000000 NUTECH PRIS IM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 004000000444400444 0 DATA ELEMENT : ITEMNO PAGE 136
~ + REVISION RRS2 0 DATE 86/05/14 440040040000000000000100440040t00000004040044440400000000004400400000040400 REFERENCE KEY DESCRIPTION 81W-0183. 95 RV NOZZLE-TO-VESSEL WELDS, EXAM FROM RV SHELL PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
81W-0183. 90 RV NOZZLE-TO-VESSEL WELDS PROGRAM 8 8'IW-0183.100 RV NOZZLE INSIDE RADIUS SECTION PROGRAM 8 81W-0183. 11 +++PRESSURIZER+++
81W-0183.110 PZR NOZZLE-TO-VESSEL WELDS - PROGRAM 8 81W-0183.120 PZR NOZZLE INSIDE RADIUS SECTION - PROGRAM 8 81W-0183. 13 +++STEAM GENERATORS (PRIMARY SIDE)+++
81W-0183.130 SG PRIMARY NOZZLE-TO-VESSEL WELDS PROGRAM 8 81W-0183.140 SG PRIMARY NOZZLE INSIDE RADIUS SECTION - PROGRAM 8 81W-0183.15 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
81W-0183.150 HX PRIMARY NOZZLE-TO-VESSEL WELDS - PROGRAM 8 81W-0183.160 HX PRIMARY NOZZLE INSIDE RADIUS SECTION PROGRAM 8 4400040tt000t400000404400t00404040040000440040440404000000004t44000t4404000
~ ~ 0444000000404400t00444400040440440444000404044440t4040 . ~ 00040044004t004 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 400000400000004000 DATA ELEMENT : ITEMNO PAGE 137 REVISION RRS2 0 DATE 86/05/14 00004440000000040000t040000t0440000000t04rOt00100000000440440000400400040400 REFERENCE KEY DESCRIPTION 81W-0184 +++EXAMINATION CATEGORY 8-E+++
81W-0184. 10 +++ PARTIAL PENETRATION WELDS+++
81W-0184. 11 VESSEL NOZZLE PARTIAL PENETRATION WELDS 81W" 0184. 12 CONTROL ROD DRIVE NOZZLE PARTIAL PENETRATION WELDS 81W-0184. 13 INSTRUMENTATION NOZZLE PARTIAL PENETRATION WELDS 81W-0184. 2 +++PRESSURIZER+++
81W-0184. 20 PRZ HEATER PENETRATION WELDS 81W-0185. +++EXAMINATION CATEGORY 8-F+++
81W-0185. 1 +++REACTOR VESSEL+++
81W-0185. 1D RV NOZZLE-TO-SAFE ENO BUTT WELDS, NPS >= 4 INCHES WHEN DONE CONCURRENTLY WITH CATEGORY 8-D EXAMINATIONS 81W-0185. 10 RV NOZZLE-TO-SAFE END BUTT WELDS, NPS >= 4 INCHES 81W-0185 ~ 2D RV NOZZLE-TO-SAFE END BUTT WELDS, NPS < 4 INCHES WHEN DONE CONCURRENTLY WITH CATEGORY 8-0 EXAMINATIONS 81W-0185. 20 RV NOZZLE-TO-SAFE END BUTT WELDS, NPS < 4 INCHES 00044004444004044004400 ~ 000444t4044044444000444444004040000t444040404440400
eetttttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttttt t
\
NUTECH PRI SIM t CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 138 t REVISION RRS2 t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE REFERENCE KEY DESCRIPTION 81W-0185 ~ 3D RV NOZZLE-TO-SAFE END SOCKET WELDS WHEN DONE CONCURRENTLY WITH CATEGORY 8-D EXAMINATIONS 81W-0185. 30 RV NOZZLE-TO-SAFE END SOCKET WELDS 81W-0185. 4 +++PRESSURIZER+++
81W-0185. 40 PZR NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 8'IW-0185. 50 'RZ NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 81W-0185. 60 PRZ NOZZLE-TO-SAFE END SOCKET WELDS 81W-0185. 7 +++STEAM GENERATOR+++
81W-0185. 70 SG NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 81W-0185. 80 SG NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 81W-0185. 90 SG NOZZLE-TO-SAFE END SOCKET WELDS 81W-0185. 10 +++HEAT EXCHANGERS+++
81W-0185.100 HX NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 81W-0185.110 HX NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 81W-0185.120 HX NOZZLE-TO-SAFE END SOCKET WELDS ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~ 4040000444f04044040t44004000004t4044000t ~ 0040044400444 s44t40040400444 NUTECH PRISIM CAROLINA POWER 6 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 04000000400400040 0 DATA ELEMENT : ITEMNO PAGE 139 0 REVISION RRS2 0 DATE 86/05/14 400404000tt00004000040t000004404ttt000000440tOOt0010440044004004400040t4400 REFERENCE. KEY DESCRIPTION 81W-0185. 13 +++PIPING+++
81W-0185.130 NOMINAL PIPE SIZE >= 4 IN. DISSIMILAR"METAL PIPING BUTT WELD 81W-0185.140 NOMINAL PIPE SIZE < 4 IN. DISSIMILAR METAL PIPING BUTT WELD 81W-0185.150 DISSIMILAR METAL PIPING SOCKET WELDS 81W-0186. +++EXAMINATION CATEGORY 8" G-1+++
81W-0186. 1 +++REACTOR VESSEL+++
81W-0186. 10 RV CLOSURE HEAD NUTS (> 2")
81W-0186. 20 RV CLOSURE STUDS, IN PLACE (> 2")
81W-0186. 30 RV CLOSURE STUDS, WHEN REMOVED (> 2")
81W-0186. 40 RV THREADS IN FLANGE (> 2")
81W-0186. 50 RV CLOSURE WASHERS, BUSHINGS (> 2")
81W-0186. 6 +++PRESSURIZER+++
81W-0186. 60 PRZ BOLTS AND STUDS (> 2")
81W-0186. 70 PRZ FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
81W-0186. 80 PRZ NUTS, BUSHINGS, AND WASHERS (> 2")
40000400t4044044044440400t44000000t00 ~ 0000000000000004t404t0440440t00004444
440000000000000040044004440f44444444444404000044000000 40440440000444 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 004400440004444 DATA ELEMENT : ITEMNO PAGE 140 REVISION RRS2 0 0 DATE 86/05/14 400000000444044400440440000000000404040000000040004004004404040000040440440 REFERENCE KEY DESCRIPTION 81W;0186. 9 +++STEAM GENERATORS+++
81W-0186. 90 SG BOLTS AND STUDS (> 2")
81W-0186. 100 SG FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
81W-0186. 110 SG NUTS, BUSHINGS, AND WASHERS (> 2")
81W-0186. 12 +++HEAT EXCHANGERS+++
81W-0186.120 HX BOLTS AND STUDS (> 2"),
81W-0186.130 HX FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
81W-0186. 140 HX NUTS, BUSHINGS, AND WASHERS (> 2")
81W-0186. 15 +++PIPING+++
81W-0186.150 PIPING BOLTS AND STUDS (> 2")
81W-0186.160 PIPING FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
8'IW-0186. 170 PIPING NUTS, BUSHINGS, AND WASHERS (> 2")
81W-0186. 18 +++PUMPS+++
81W"O'186.180 PUMP BOLTS AND STUDS (> 2")
81W"0186.190 PUMP FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
0044044000004400040444444404440t0040400444t44440 ~ 4444004404004440400404
44400404404++4040t00 ~ 0410010100044f OttOt04400044040040w.. 440404000 ~ 0044 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING REFERENCE CLUSTER LISTING ir00444440004040404 0 DATA ELEMENT : ITEMNO PAGE 141 REVISION RRS2 0 DATE 86/05/14 4000t04004400000t0400ttOir00400t000000000044400000400040000404000404tttt40tO REFERENCE KEY DESCRIPTION 81W-0186.200 PUMP NUTS, BUSHINGS, AND WASHERS (> 2")
81W-0186 ~ 21 +++VALVES+++
81W-0186.210 VALVE 'BOLTS AND STUDS (> 2")
81W-0186.220 VALVE FLANGE SURFACE WHEN CONNECTION DISIASSEMBLED (> 2")
81W-0186.230 VALVE NUTS, BUSHINGS, AND WASHERS (> 2")
81W-0187. +++EXAMINATION CATEGORY 8-G-2+++
81W-0187. 1 +++REACTOR VESSEL+++
81W-0187. 10 REACTOR VESSEL BOLTS, STUDS, AND NUTS (<= 2")
81W-0187. 2 +++PRESSURIZER+++
81W-0187. 20 PRESSURIZER BOLTS, STUDS, AND NUTS (<= 2")
8 'I W-0187. 3 +++STEAM GENERATORS+++
81W-0187. 30 STEAM GENERATOR BOLTS, STUDS. AND NUTS (<= 2")
81W-0187. 4 +++HEAT EXCHANGERS+++
81W-0187.40 HEAT EXCHANGER BOLTS, STUDS, AND NUTS (<= 2")
81W-0187. 5 +++PIPING+++
Of40004000tOtf004000f044000ft00000t0404440004440004f40t44t04444440000t0000
<<4 ~ 000 ~ 000000400 ~ 100 ~ 000 ~ 000000000040 ~ 000110t000000tt400 4040000 ~ 4000010 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 - PLANNING REFERENCE CLUSTER LISTING 044004000 DATA ELEMENT : ITEMNO PAGE 142 4 REVISION RRS2 DATE 86/05/14 0000t4t00000000000000440t000400t00000000044404000000t044'Oir44ttt04r04404000
\
REFERENCE KEY DESCRIPTION 81W-0187.50 PIPING BOLTS, STUDS, AND NUTS (<= 2")
81W-0187. 6 +++PUMPS+++
81W-0187.60 PUMP BOLTS, STUDS, AND NUTS (<= 2")
81W" 0187. 7 +++VALVES+++
81W"0187.70 VALVE BOLTS, STUDS, AND NUTS (<= 2")
81W-0187.8 +++CRD HOUSING+++
81W-0187.80 CRD HOUSING BOLTS, STUDS, AND NUTS (<= 2")
81W-0188. +++EXAMINATION CATEGORY 8-fl+++
81W-0188. 1 +++REACTOR VESSEL+++
81W-0188.10 RV INTEGRALLY WELDED ATTACHMENTS 81W-0188.2 +++PRESSURIZER+++
81W-0188.20 PZR INTEGRALLY WELDED ATTACHMENTS 81W-0188.3 +++STEAM GENERATORS+++
81W-0188.30 SG INTEGRALLY WELDED ATTACHMENTS 81W-0188.4 +++HEAT EXCHANGERS+++
OIOt000004I0004400I4tOtt44f0400404400t4tf44040lf404044400444400tfOt4000000 ~
ttt0000000 ~ ttttt000000 ~~ tttttttttttttttttttttttttttttttt 000000t00000000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT PLANNING 0 0 REFERENCE CLUSTER LISTING 000000000000000000 0 DATA ELEMENT : ITEMNO PAGE 143 0 REVISION RRS2 DATE 86/05/14 000000000000000000000000000000000000t0000000000tt0000000000000000tttttttttt REFERENCE KEY DESCRIPTION 81W-0188.40 HX INTEGRALLY WELDED ATTACHMENTS 81W-0 'I 89. +++EXAMINATION CATEGORY 8- J+++
81W-0189. 1 +++PIPING+++
81W" 0189. 10 +++NOMINAL PIPE SIZE >= 4 IN.+++
8 IW-0189. 11 CIRCUMFERENTIAL WELDS IN PIPING, NOMINAL PIPE SIZE >= 4 IN.
8 IW-0189. 12 LONGITUDINAL WELDS IN PIPING, NOMINAL PIPE SIZE >= 4 IN.
8 I W-0189. 20 +ttPIPING NOMINAL PIPE SIZE < 4 IN.+t+
81W-0189. 21 CIRCUMFERENTIAL WELDS IN PIPING, NOMINAL PIPE SIZE < 4 IN.
81W-0189. 22 LONGITUDINAL WELDS IN PIPING, NOMINAL PIPE SIZE < 4 IN.
8IW-0189.30 +++BRANCH PIPE CONNECTION WELDS+++
8 I W-0189. 31 BRANCH PIPE CONNECTION WELDSe NOMINAL PIPE SIZE >= 4 IN-BIW-0189.32 BRANCH PIPE CONNECTION WELDS, NOMINAL PIPE SIZE < 4 IN.
8 IW"0189. 40 PIPE SOCKET WELDS 8IW-0189.99 +++ITEM NUMBERS 810.XX THROUGH 816.XX APPEAR AFTER 81.51+++
81W-01C1. +++EXAMINATION CATEGORY C-A+++
C 4000000404t0000404044004000000004044444044f44444400444 44000000004000 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 4 REFERENCE CLUSTER LISTING 400440040400000000 DATA ELEMENT : ITEMNO PAGE 'I 44 0 REVISION RRS2 DATE 86/05/14 000404000000t4000t00000t444400000440t40t00000000040000000004400044000404400
\
REFERENCE KEY DESCRIPTION 81W-01C1. 1 +++PRESSURE VESSELS+++
81W-01C1.10 PRESSURE VESSEL SHELL CIRCUMFERENTIAL WELDS 81W-01C1.20 PRESSURE VESSEL HEAD CIRCUMFERENTIAL WELDS 81W-01C1.30 PRESSURE VESSEL TUBESHEET-TO-SHELL WELD 81W-01C2. +++EXAMINATION CATEGORY C-8+++
81W-01C2. 1 +++PRESSURE VESSELS+++
81W-01C2.10 +++NOZZLES IN VESSELS <=1/2 IN. NOMINAL THICKNESS+++
81W-01C2. 1 1 NOZZLES-TO-SHELL(OR HEAD) WELD 81W-01C2. 20 +++NOZZLES WITHOUT REINFORCING PLATE IN VESSELS 1/2 IN. NOMINAL THICKNESS+++
81W-O'IC2.21 NOZZLE-TO-SHELL(OR HEAD) WELD 81W-01C2.22 NOZZLE INSIDE RADIUS SECTION IN VESSELS 81W-01C2.30 +++NOZZLES WITH REINFORCING PLATE IN VESSELS 1/2 IN. NOMINAL THICKNESS+++
81W-O'IC2.31 REINFORCING PLATE WELDS TO NOZZLE AND VESSEL 81W-01C2.32 +++NOZZLE-TO-SHELL (OR HEAD) WELDS+++
00000fffOOI00040004itOOt0440t04t04ttft004t40444044t444tt40f004t04'00t0000iti
~OOOOOOOO ~ 40000f400 ~ OOIOOOOIOi ~ 000000140000tOOOOOOOOOOO ~440004040 ~ O44e4 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 040000004440040044 DATA ELEMENT : ITEMNO PAGE 145 0 REVISION RRS2 0 DATE 86/05/14 4000000000040000000000000000400044004400000040404 ~ 00004004400404004444040t REFERENCE KEY DESCRIPTION 81W-01C2. 32A INSIDE OF VESSEL ACCESSIBLE'OZZLE TO SHELL (OR HEAD) WELD INCLUDES ALL NOZZLES AT TERMINAL ENDS OF THOSE PIPING RUNS SELECTED FOR EXAMINATION UNDER EXAM. CAT. C-F WHEN THE INSIDE OF THE VESSEL IS ACCESSIBLE.
81W-01 C2. 32 I INSIDE OF VESSEL INACCESSIBLE, NOZZLE-TO-SHELL(OR HEAD) WELD INCLUDES ALL NOZZLES AT TERMINAL ENDS OF THOSE PIPING RUNS SELECTED FOR EXAMINATION UNDER EXAM. CAT. C-F WHEN THE INSIDE OF THE VESSEL IS INACCESSIBLE.
81W" 01C3. +++EXAMINATION CATEGORY C-C+++
81W-0 I C3. 1 +++PRESSURE VESSELS+++
81W-01C3. 10 PRESSURE VESSEL INTEGRALLY WELDED ATTACHMENTS 81W-01C3. 2 +++PIPING+++
BIW-01C3.20 PIPING INTEGRALLY WELDED ATTACHMENTS 8'IW-01C3.3 +++PUMPS+++
81W-01C3. 30 PUMP INTEGRALLY WELDED ATTACHMENTS 81W-01C3. 4 +++VALVES+++
81W-01C3. 40 VALVE INTEGRALLY WELDED ATTACHMENTS 004004000 00040444 1 4044t4444 1 Of 0 1 00000000 t 00040440 f4444 f 0 t 40 f 44440000400000 t
l ttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT t 1 t
t PLANNING REFERENCE CLUSTER LISTING DATA ELEMENT : ITEMNO ttttttttt ttttt
~
PAGE 146 t REVISION RRS2 DATE 86/05/14 t ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION 81W-01C4. +++EXAMINATION CATEGORY C-D+++
81W-01C4 ~ 1 +++PRESSURE VESSELS+++
81W-01C4. 10 PRESSURE VESSEL BOLTS AND STUDS (> 2")
8 1W-01C4. 2 +++PIPING+++
81W"01C4.20'IPING BOLTS AND STUDS (> 2")
81W-01C4 ~ 3 +++PUMPS+++
81W" 0 I C4. 30 PUMP BOLTS AND STUDS (> 2")
81W-01C4.4 +++VALVES+++
81W-01C4.40 VALVE BOLTS AND STUDS (> 2")
81W-OICS. +++EXAMINATION CATEGORY C-F+++
81W-,O ICE. 1 +++PIPING+++
81W-01CS. 10 +++PIPING WELDS <= 1/2 IN. NOMINAL WALL THICKNESS+++
81W-01C5. 11 PIPING CIRCUMFERENTIAL WELD <= 1/2" NOMINAL WALL THICKNESS 81W-01CS. 12 PIPING LONGITUDINAL WELD <= 1/2" NOMINAL WALL THICKNESS 81W-01CS. 20 +++PIPING WELDS > 1/2 IN. NOMINAL WALL THICKNESS+++
tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
.ttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT t
t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT c ITEMNO PAGE 147 REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION 8'IW-01C5.21 PIPING CIRCUMFERENTIAL WELD > 1/2" NOMINAL WALL THICKNESS 81W-01C5.22 PIPING LONGITUDINAL WELD > 1/2" NOMINAL WALL THICKNESS 81W-01CS. 30 +++PIPING BRANCH CONNECTIONS+++
81W-01C5.31 PIPE BRANCH CONNECTION CIRCUMFERENTIAL WELD 81W-01C5.32 PIPE BRANCH CONNECTION LONGITUDINAL WELD 81W-01C6. +++EXAMINATION CATEGORY C. G+++
81W-01C6. 1 +++PUMPS+++
81W-01C6. 10 PUMP CASING WELDS 81W-01C6. 2 +++VALVES+++
81W"01C6.20 VALVE BODY WELDS 81W-01C7. +++EXAMINATION CATEGORY C-H+++
81W-01C7. EX EXEMPT CLASS 2 PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 2 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. WELDS <= 4" NPS) 81W-01C7. 1 +++PRESSURE VESSELS+++
ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
I NUTECH ttttttttttttttttttttttttttttttttt tttttttttttttt PRISIM CAROLINA POWER & LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 148 REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttttt REFERENCE KEY DESCRIPTION 81W-01C7.10 PRESSURE VESSEL PRESSURE RETAINING COMPONENTS - OPERATIONAL 81W-01C7 ~ 20 PRESSURE VESSEL PRESSURE RETAINING COMPONENTS - STATIC 81W-01C7.3 +++PIPING+++
81W-01C7.30 PIPING PRESSURE RETAINING COMPONENTS - OPERATIONAL 81W-01C7.40 PIPING PRESSURE RETAINING COMPONENTS - STATIC 81W-01C7.5 +++PUMPS+++
81W"01C7.50 PUMPS PRESSURE RETAINING COMPONENTS - OPERATIONAL 81W-01C7.60 PUMPS PRESSURE RETAINING COMPONENTS - STATIC 81W-01C7 ~ 7 +++VALVES+++
81W-01C7.70 VALVES PRESSURE RETAINING COMPONENTS -,OPERATIONAL 81W-01C7. 80 VALVES PRESSURE RETAINING COMPONENTS STATIC 81W-0101. +++EXAMINATION CATEGORY D-A+++
81W-0101.1 +++SYSTEMS IN SUPPORT OF REACTOR SHUTDOWN FUNCTION+++
81W-01D1. 1EX EXEMPT CLASS 3 CATEGORY 0-A PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY>> ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 3 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. <= 4" PIPE ATACHES) tttttt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
ttttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttttt NUTECH PRI SIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 t t
t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 149 REVISION RRS2 t DATE 86/05/14 tt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION 81W-01D1 . 100 RV SHUTDOWN PRESSURE RETAINING COMPONENTS - OPERATIONAL AN OPERATIONAL PRESSURE TEST SHALL BE DONE EVERY PERIOD OR THREE TIMES EVERY INTERVAL. A SYSTEM STATIC PRESSURE TEST AND ACCOMPANING VT-2 EXAM ARE ACCEPTABLE IN LIEU OF THE OPERATIONAL PRESSURE TEST AND VT-2 EXAM.
OPERATIONAL: SYS FUNCTIONAL, SYS INSERVICE, OR SYS LEAKAGE 81W-01D1. 10S RV SHUTDOWN PRESSURE RETAINING COMPONENTS - STATIC
/
A SYSTEM STATIC TEST SHALL BE DONE ONCE EVERY INSPECTION INTERVAL.
STATIC: HYDROSTATIC OR PNEUMATIC 81W-01D1.20 RV SHUTDOWN INTEGRAL ATTACHMENTS SUPPORTS AND RESTRAINTS 81W-0101.30 RV SHUTDOWN INTEGRAL ATTACHMENTS - SNUBBERS RV SHUTDOWN INTEGRAL ATTACHMENTS MECHANICAL AND HYDRAULIC SNUBBERS 8'IW-01D'1.40 RV SHUTDOWN INTEGRAL ATTACHMENTS - SPRING TYPE SUPPORTS 81W-01D1.50 RV SHUTDOWN INTEGRAL ATTACHMENTS-CONSTANT LOAD TYPE SUPPORTS 81W-01D1.60 RV SHUTDOWN INTEGRAL ATTACHMENTS - SHOCK ABSORBERS 81W" 0102. +++EXAMINATION CATEGORY D-8+++
81W-0102. 1 +++SYSTEMS IN SUPPORT OF EMERGENCY CORE COOLING, CONTAINMENT HEAT REMOVALe ATMOSPHERE CLEANUP o AND REACTOR RESIDUAL HEAT REMOVAL+++
~~00 ~ 0 ~ OtO ~ 00t ~ 0000 ~~ OtfAOOOIOOOttttOOf0004ff0000000t0000 +000ft ~ Of0 ~ t0000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 4 REFERENCE CLUSTER LISTING 04400400004400t004 DATA ELEMENT : ITEMNO PAGE 150 i' REVISION RRS2 DATE 86/05/14 00444000000000040440440044004 ~ 40tt44044440444404400004044044440400440400014 l
REFERENCE KEY DESCRIPTION 81W-01D2 ~ 1EX EXEMPT CLASS 3 CATEGORY D-8 PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 3 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. <= 4" PIPE ATACHES) 8 1W-0 'I D2. 100 ECCSo ETC- PRESSURE RETAIQING COMPONENTS OPERATIONAL AN OPERATIONAL PRESSURE TEST SHALL BE DONE EVERY PERIOD OR THREE TIMES EVERY INTERVAl.. A SYSTEM STATIC PRESSURE TEST AND ACCOMPANING VT-2 EXAM ARE ACCEPTABLE IN LIEU OF THE OPERATIONAL PRESSURE TEST AND VT-2 EXAM.
OPERATIONAL: SYS FUNCTIONAL'YS INSERVICEo OR SYS LEAKAGE 81W-01D2. 10S ECCS, ETC. PRESSURE RETAINING COMPONENTS STATIC A SYSTEM STATIC TEST SHALL BE DONE ONCE EVERY INSPECTION INTERVAL.
STATIC: HYDROSTATIC OR PNEUMATIC 81W 01D2 ~ 20 ECCSo ETC ~ INTEGRAL ATTACHMENTS SUPPORTS AND RESTRAINTS 81W 0102 ~ 30 ECCSe ETC ~ INTEGRAL ATTACHMENTS SNUBBERS ECCSo ETC ~ INTEGRAL ATTACHMENTS MECHANICAL AND HYDRAULIC SNUBBERS 81W-01D2.40 ECCS, ETC. INTEGRAL ATTACHMENTS - SPRING TYPE SUPPORTS 00040000000t4000400140440t4040000444t44t44444404400404004000400000000000400
44000000t000f0404t4 ~ 000044f44004t00004004000tt40444000 ~ 4000444444444 0 NUT ECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 4 REFERENCE CLUSTER LISTING 44040t404044000404 0 DATA ELEMENT : ITEMNO PAGE 151 0 REVISION RRS2 0 DATE 86/05/14 40000040000000000000004tOtt0000400t04tt0000000f0040004000004400400000000004 REFERENCE KEY DESCRIPTION 81W 01D2.50 ECCS, ETC. INTEGRAL ATTACHMENTS CONSTANT LOAD TYPE SUPPORT 81W-0102.60 ECCS, ETC. INTEGRAL ATTACHMENTS - SHOCK ABSORBERS 81W-0103. +++EXAMINATION CATEGORY D-C+++
81W-01D3. 1 +++SYSTEMS IN SUPPORT OF RESIDUAL HEAT REMOVAL FROM THE SPENT FUEL STORAGE POOL+++
81W-01D3. 1EX EXEMPT CLASS 3 CATEGORY D-C PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 3 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. <= 4" PIPE ATACHES) 81W-01D3. 100 RHR FROM SFS PRESSURE RETAINING COMPONENTS OPERATIONAL AN OPERATIONAL PRESSURE TEST SHALL BE DONE EVERY PERIOD OR THREE TIMES EVERY INTERVAL. A SYSTEM STATIC PRESSURE TEST AND ACCOMPANING VT-2 EXAM ARE ACCEPTABLE IN LIEU OF THE OPERATIONAL PRESSURE TEST AND VT-2 EXAM.
OPERATIONAL: SYS FUNCTIONALe SYS INSERVICEs OR SYS LEAKAGE 81W-0103. 105 RHR FROM SFS PRESSURE RETAINING COMPONENTS - STATIC A SYSTEM STATIC TEST SHALL BE DONE ONCE EVERY INSPECTION INTERVAL.
STATIC: HYDROSTATIC OR PNEUMATIC 4040444040004444444000tOt000404044440404400t0404400444000044040400404040400
1
~ 000004040000000000000000000t0000tt0000ff000000000t0400 Ot00t0000444004 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 440440400000400001 0 DATA ELEMENT : ITEMNO PAGE - 152 REVISION RRS2 DATE 86/05/14 0444040044444000000400400000400400000t0000t000000000040000444404000004000tO REFERENCE KEY DESCRIPTION 81W-0103.20 RHR FROM SFS INTEGRAL ATTACHMENTS - SUPPORTS AND RESTRAINTS 81W-01D3 ~ 30 RHR FROM SFS INTEGRAL ATTACHMENTS SNUBBERS I
RHR FROM SFS INTEGRAL ATTACHMENTS MECHANICAL AND HYDRAULIC SNUBBERS 81W-01D3.40 RHR FROM SFS INTEGRAL ATTACHMENTS SPRING TYPE SUPPORTS 81W-01D3.50 RHR FROM SFS INTEGRAL ATTACHMENT-CONSTANT LOAD TYPE SUPPORTS 81W-01D3.60 RHR FROM SFS INTEGRAL ATTACHMENTS SHOCK ABSORBERS 81W-01E1. +++EXAMINATION CATEGORY E-A+++
81W-01E1.1 +++PRESSURE RETAINING WELDS IN CONTAINMENT VESSELS+++
8 'IW-01E1. 10 +++SHELL WELDS IN CONTAINMENT VESSELS+++
81W-01E1.11 LONGITUDINAL SHELL WELDS IN VESSELS (CATEGORY A) 81W-01E1.12 CIRCUMFERENTIAL SHELL WELOS IN VESSELS (CATEGORY 8) 81W-01E1.20 FLANGE WELDS IN VESSELS ( CATEGORY C) 81W-01E1.30 NOZZLE-TO-SHELL WELDS IN VESSELS (CATEGORY 0) 81W-01E1.40 +++INSERT PLATE WELDS+++
BIW-01E1.41 INSERT PLATE-TO-SHELL WELDS 0000404tt444t000 ~ 0000404t4040000404040004440440044444444044444040404400t400
004 ~ OII0044040IOtOI00440400000I44044000t4004440040t401 444400444404'0 NUTECH PRISIM CAROLINA POWER & LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 4004404040000444tO DATA ELEMENT : ITEMNO PAGE 153 REVISION RRS2 4 DATE 86/05/14 4000000004100tt4440tOt0400000000040040404044044440444040404000444400444041 REFERENCE KEY DESCRIPTION 81W-01E1.42 LONGITUDINAL INSERT PLATE WELDS 81W-01E1.43 CIRCUMFERENTIAL INSERT PLATE WELDS 81W-01E1.50 +++VENT SYSTEM WELDS+++
81W-01E1.51 LONGITUDINAL VENT SYSTEM WELDS 81W-01E1.52 CIRCUMFERENTIAL VENT SYSTEM WELDS 81W-01E1.53 OTHER VENT SYSTEM WELDS-81W-01E2. +++EXAMINATION CATEGORY E-A-1+++
81W-01E2. 1 +++NONPRESSURE-RETAINING WELDS+++
81W-01E2. 10 +++REINFORCING STRUCTURE WELDS+++
8'IW-01E2.11 CONTAINMENT VESSEL ATTACHMENT REINFORCING STRUCTURE WELDS 81W-01E2. 12 OTHER REINFORCING STRUCTURE WELDS 81W-01E2. 20 REINFORCING STRUCTURE ATTACHMENT WELDS 81W-01E3. +++EXAMINATION CATEGORY E-8+++
81W-01E3.1 +++PRESSURE RETAINING WELDS IN CONTAINMENT PENETRATIONS+++
81W-01E3. 10 +++CONTAINMENT PENETRATION WELDS+++
4100I00040004400f04f44440400I000000000440400000lfOIOtl0440004f4440404404004
+ttttttttttttttttttttttttttttttttttttttttttttttttttttttt.ttttttttttttttt t
NUTECH PRISIM CAROLINA POWER & LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT t 1 t
t t
PLANNING REFERENCE CLUSTER LISTING DATA ELEMENT : ITEMNO tttttttttttttttttt PAGE 154 REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION 81W-01E3.11 LONGITUDINAL CONTAINMENT PENETRATION WELDS 81W-01E3. 12 CIRCUMFERENTIAL CONTAINMENT PENETRATION WELDS 81W-01E3.13 FLUED HEAD AND BELLOWS SEAL CIRC WELDS JOINED TO THE PENET FLUED HEAD AND BELLOWS SEAL CIRCUMFERENTIAL WELDS JOINED TO THE PENETRATION.
81W-0'lE4. +++EXAMINATION CATEGORY E-C+++
81W-01E4. 1 +++PRESSURE RETAINING WELDS IN AIRLOCKS AND EQUIPMENT HATCHES+++
81W-01E4. 10 +++AIRLOCK WELDS+++
81W-01E4.11 LONGITUDINAL AIRLOCK WELDS 81W-01E4.12 CIRCUMFERENTIAL AIRLOCK WELDS 81W-01E4.20 +++EQUIPMENT HATCH WELDS+++
81W-01E4.21 LONGITUDINAL EQUIPMENT HATCH WELDS 81W-01E4.22 CIRCUMFERENTIAL EQUIPMENT HATCH WELDS 81W-01E5. +++EXAMINATION CATEGORY E-0+++
81W-01ES. 1 +++SEALS AND GASKETS+++
ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
1
~04004400044444040000000000004004404000000000440004410 00tt40000000400 NUTECH PRISIM 4' CAROLINA POWER 8 LIGHT COMPANY 4 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 4 0 PLANNING 0 REFERENCE CLUSTER LISTING 404040404400000400 DATA ELEMENT : ITEMNO PAGE 155 0 REVISION RRS2 DATE 86/05/14 0 004044444444440000040400440000t444444440444t4 ~ 400400400044404040t4t04404444 REFERENCE KEY DESCRIPTION 81W-01E5. 10 SEALS 81W-01E5.20 GASKETS 81W-01E6. +++EXAMINATION CATEGORY E-E+++
81W-01E6. 1 +++INTEGRAL ATTACHMENTS+++
81W-01E6.10 INTEGRAL ATTACHMENT WELDS 81W-01E7. +++EXAMINATION CATEGORY E-F+++
8'IW-01E7.1 +++PRESSURE RETAINING DISSIMILAR METAL WELDS+++
81W"01E7. 10 DISSIMILAR METAL WELDS 81W-01EB. +++EXAMINATION CATEGORY E-G+++
8'IW-01EB. 1 +++PRESSURE RETAINING BOLTING+++
81W-01E8.10 +++BOLTED CONNECTION VISUAL EXAMINATION+++
8'IW-01E8.10A BOLTED CONNECTION VISUAL EXAMINATION ALL VISIBLE SURFACES SHALL BE EXAMINED. BOLTING MAY REMAIN IN PLACE UNDER TENSION WHEN DISASSEMBLY IS NOT OTHERWISE REQUIRED.
81W-01EB. 10D BOLTED CONNECTION VISUAL EXAMINATION EXAMINATION OF BUSHINGS, THREADS, AND LIGAMENTS IN BASE MATERIAL OF FLANGES IS REQUIRED ONLY WHEN THE CONNECTION IS DISASSEMBLED.
004t4440400000000004044044t4044444100444000000440444 ~ 4000444040440404004444
040444440000044444040004444440000044444440404444444400+ 00000400444000 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 4 REFERENCE CLUSTER LISTING 04t044ttt000400000 f DATA ELEMENT : ITEMNO PAGE 156 0 REVISION RRS2 0 DATE 86/05/14 000004fi4t0000000000004000tltttttOOOI ~ 400tt00000tfOttOt44004440400ftt040000 REFERENCE KEY DESCRIPTION 81W-01E8.20'++BOLTED CONNECTION BOLT TORQUE OR TENSION TEST+++
81W-01EB. 20A BOLTED CONNECTION BOLT TORQUE OR TENSION TEST ALL VISIBLE SURFACES SHALL BE EXAMINED. BOLTING MAY REMAIN IN PLACE UNDER TENSION WHEN DISASSEMBLY IS NOT OTHERWISE REQUIRED.
81W-01EB. 20D BOLTED CONNECTION BOLT TORQUE OR TENSION TEST EXAMINATION OF BUSHINGS'HREADS'ND LIGAMENTS IN BASE MATERIAL OF FLANGES IS REQUIRED ONLY WHEN THE CONNECTION IS DISASSEMBLED.
81W-01E9. +t+EXAMINATION CATEGORY E-P+t+
81W-01E9.EX EXEMPT CLASS MC PRESSURE RETAINING COMPONENTS 81W-01E9.1 +++ALL. PRESSURE RETAINING COMPONENTS+++
81W-01E9.10 +++PRESSURE RETAINING BOUNDARY+++
81W-01E9.11 10-CFR-50 APPENDIX J TEST OF CONTAINMENT BOUNDARY 81W-01E9.12 SYS LEAKAGE PRESSURE TEST IWE-5220 OF CONTAINMENT BOUNDARY SYSTEM LEAKAGE PRESSURE TEST IWE-5220 OF CONTAINMENT BOUNDARY.
81W-01E9.20 CONTAINMENT PENET BELLOWS (10CFR50 APPENDIX J TYPE 8 TEST)
/
CONTAINMENT PENETETRATION BELLOWS (10CFR50 APPENDIX J TYPE 8 TEST).
44000000404t000400000040440t0044404444tt44t0404ttt04tt40400404tt44t00000044
I001000100000004000 ~ 0010000040001000 ~ 0 ~ 0000000004t4400 00000000000000 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 4 REFERENCE CLUSTER LISTING 4400t0400000004 DATA ELEMENT : ITEMNO PAGE 157 0 REVISION RRS2 0 DATE 86/05/14 0000400000040004040044400040000t400000004t004000000040004444000004440000000 REFERENCE KEY DESCRIPTION 81W-01E9. 30 AIRLOCKS (IOCFRSO APPENDIX J TYPE 8 TESTS) 81W-01E9. 40 SEALS AND GASKETS (10CFR50 APPENDIX J TYPE B TESTS) 81W-01F 'I . +++EXAMINATION CATEGORY F-A+++
81W-01F1. EX EXEMPT CLASS 1e 2s OR 3 CATEGORY F A COMPONENT SUPPORTS 81W-01F1. 1 +++PLATE AND SHELL TYPE SUPPORTS+++
81W-01F 'I . 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE 81W-01F1. 20 WELDED CONNECTIONS TO BUILDING STRUCTURE 8 1W-01F 1 . 30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS 81W-01F1.40 DISPLACEMENT SETTINGS, MISALIGNMENT, AND ASSEMBLY OF SUPPORT t
COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPS, MIS-ALIGNMENT OF SUPPORTS'SSEMBLY OF SUPPORT ITEMS 81W-01F2. +++EXAMINATION CATEGORY F-8+++
81W-01F2. EX EXEMPT CLASS 1, 2, OR 3 CATEGORY F-B COMPONENT SUPPORTS 44400400400400000044004404 ~ 0404404400 ~ 00t0444400404400404440044040000004400
<<.tttttttttttttttttttttttttttttttttttttttttttttttttttttttt>ttttttttttttttt NUTECH PR IS IM CAROLINA POWER L LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT t 1 t
t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT ? ITEMNO PAGE 158 t t REVISION RRS2 t DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION 81W-01F2.1 +++LINEAR TYPE SUPPORTS+++
81W-01F2 ~ 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE 81W-01F2. 20 WELDED CONNECTIONS TO BUILDING STRUCTURE 8IW-01F2.30 WELD 3 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS 81W-01F2.40 DISPLACEMENT SETTINGS, MISALIGNMENT, AND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPSe MIS ALIGNMENT OF SUPPORTS, ASSEMBLY OF SUPPORT ITEMS 81W-01F2.50 INVALID ITEMNO ttt THIS ITEMNO IS INVALID 81W-01F3. +++EXAMINATION CATEGORY F-C+++
81W-01F3. EX EXEMPT CLASS 1, 2, OR 3 CATEGORY F-C COMPONENT SUPPORTS 81W-01F3.1 +++COMPONENT STANDARD SUPPORTS+++
81W-01F3. 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE
tttttttttttttttttttttttttttttttttt tttttttttttttttt .ttttttttttttttt
~ ~
NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT t 1 t
t PLANNING REFERENCE CLUSTER LISTING ttttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 159 REVISION RRS2 t DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION a
81W-01F3.20 WELDED CONNECTIONS TO BUILDING STRUCTURE 81W-01F3.30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS 81W-01F3.40 DISPLACEMENT SETTINGS, MISALIGNMENT, AND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPS'IS ALIGNMENT OF SUPPORTS, ASSEMBLY OF SUPPORT ITEMS 81W-01F3.50 SPRINGe CONSTANTe SHOCK ABSORBERo AND SNUBBER SUPPORTS SPRING TYPE SUPPORTS>> CONSTANT LOAD TYPE SUPPORTS'HOCK AB SORBERS, HYDRAULIC AND MECHANICAL TYPE SNUBBERS 835-0181 +++EXAMINATION CATEGORY 8-A+++
83S-O 181. +++REACTOR VESSEL+++
83S-0181, 10 +t+SHELL WELDS+++
835-0181.11 RV CIRCUMFERENTIAL SHELL WELDS 835-0181.12 RV LONGITUDINAL SHELL WELDS 835-0181.20 +++HEAD WELDS+++
83$ -0181.218 RV CIRCUMFERENTIAL BOTTOM HEAD WELDS CIRCUMFERENTIAL BOTTOM HEAD WELD INSPECTION MAY BE DEFERRED TO THE END OF THE INSPECTION INTERVAL.
. i01400440000000040000100000tt00000000440f000004l40044000 ~ 004404000044fO NUTECH PRISIM
'CAROLINA POWER 5 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING i'4000000000004040 DATA ELEMENT : ITEMNO 0 PAGE 160 0 REVISION RRS2 '
DATE 86/05/14 04100444000040000400000000040t004404440t000000000000400440 i'4404400000004440 REFERENCE KEY DESCRIPTION 835" 0181. 21T RV CIRCUMFERENTIAL TOP HEAD WELDS CIRCUMFERENTIAL TOP HEAD WELD INSPECTION MUST BE PERFORMED DURING EACH PERIOD AND MAY NOT BE DEFERRED TO THE END OF THE INTERVAL.
835-0'181.228 RV MERIDIONAL BOTTOM HEAD WELDS RV MERIDIONAL BOTTOM HEAD WELD INSPECTION MAY BE DEFERRED TO THE END OF THE INSPECTION INTFRVAL.
835-0181. 22T RV MERIDIONAL TOP HEAD WELDS RV MERIDIONAL TOP HEAD WELD INSPECTION MUST BE PERFORMED DURING EACH PERIOD AND MAY NOT BE DEFERRED TO THE END OF THE INTERVAL.
835-0181.30 RV SHELL-TO-FLANGE WELD 835-0181.30D RV SHELL-TO-FLANGE WELD TESTING IN CONJUNCTION WITH CAT 8-D EXAM OF SHELL-TO-FLANGE WELDS MAY BE PERFORMED DURING THE 1ST AND 3RD INSPECTION PERIOD IN CONJUNCTION WITH THE NOZZLE EXAM OF CAT. 8"D (PROGRAM 8). AT LEAST 50% OF SHELL-TO-FLNGE WELDS SHALL BE EXAM BY THE END OF THE 1ST INSPECTION PERIOD.
AND THE REMAINDER BY THE END OF THE 3RD INSPECTION PERIOD.
835-0181. 30F RV SHELL-TO-FLANGE WELD PARTIAL EXAM FROM FLANGE FACE IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
004000440004440044440000040040040440004040400000400000 ~ 044040000044004000 ~0
<<ttt ~ ttttttttttttttttttttttttttttttttttttttttttttttttttt++ttttttttttttttt t NUTECH PRI SIM t CAROLINA POWER L LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 t
t t
PLANNING REFERENCE CLUSTER LISTING DATA ELEMENT : ITEMNO tttttttttttttttttt PAGE 161 t t REVISION RRS2 t 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE REFERENCE KEY DESCRIPTION 835-0181.30V RV SHELL-TO-FLANGE WELD EXAM CONDUCTED FROM VESSEL WALL IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0181.40 RV HEAD-TO-FLANGE WELD 835-0181.40F RV HEAD-TO-FLANGE WELD PARTIAL EXAM FROM FLANGE FACE IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0181.40V RV HEAD-TO-FLANGE WELD EXAM CONDUCTED FROM VESSEL WALL
/
IF PARTIAL EXAMINATIONS ARE CONDUCTED FROM THE FLANGE FACE, THE REMAINING VOLUMETRIC EXAMINATIONS REQUIRED TO BE CONDUC-TED FROM VESSEL WALL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
83S"0181 F 50 +++REPAIR WELDS+++
835-0181.51 RV BELTLINE REGION REPAIR WELDS 83S-0181.99 +++ITEM NUMBERS 82.XX THROUGH 89.XX APPEAR AFTER 816.20+++
83S-01810 +++EXAMINATION CATEGORY 8-K-1+++
ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
4000000100000000000t00000000040040440400000000000004440'a i040000000400400 4 NUTECH PRI SIM CAROLINA POWER 3 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING REFERENCE CLUSTER LISTING 404404000040000 DATA ELEMENT : ITEMNO PAGE 162 0 REVISION RRS2 DATE 86/OS/14 40040400000000t4000000000000040400400000000400040400 ~ 0000000004 ~ 04404404440 REFERENCE KEY DESCRIPTION 83S-01810. 1 +++PIPING+++
83S-01810. 10 PIPING INTEGRALLY WELDED ATTACHMENTS 83S-01810. 2 +++PUMPS+++
835-01810.20 PUMP INTEGRALLY WEQDED ATTAQ%IENTS 83S-01810.3 +++VALVESttt 83S-01810.30 VALVE INTEGRALLY WELDED ATTAKMENTS 83$ -01812. +++PUMPS AND VALVES+++
83S-01812. 1 +++EXAMINATION CATEGORY 8-L-1+++
83S-01812. 10 PUMP CASING WELDS 83S-01812. 2 +++EXAMINATION CATEGORY 8-L-2+++
83S-01812.20 PUMP CASING 83S-01812. 3 +++EXAMINATION CATEGORY 8-M-1+++
83S-01812.30 VALVES, NOMINAL PIPE SIZE < 4 IN. VALVE BODY WELDS 83S-01812.40 VALVES, NOMINAL PIPE SIZE >= 4 IN ~ VALVE BODY WELDS 83S-01812. 5 ++t EXAMINATION CATEGORY 8-M-2+++
I40040f4404tOtOOOOIO ~ 0000000iif00004000tfO ~ 4040f00t4tt4400000f0404000400F00
>> ~ 00000000000000000000000000000000000000000000 ~ 00000 F 00000~.~ ~ t0000000000000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING REFERENCE CLUSTER LISTING 000 ~ 000000000000t DATA ELEMENT : ITEMNO PAGE 163 REVISION RRS2 DATE 86/05/14 tttt00000000000 ~ 000 ~ 0 ~ ttttt000000000000000000000 '00000000t0000000000000000 REFERENCE KEY DESCRIPTION 835-01812.50 VALVE BODY> EXCEEDING 4 IN. NOMINAL PIPE SIZE 835-01813. +++REACTOR VESSEL+++
835-01813. 1 +++EXAMINATION CATEGORY 8-N-1+++
835-01813. 10 RV VESSEL INTERIOR 835-01813.2 +++EXAMINATION CATEGORY 8-N-2+++
I 835-01813. 2. +ttREACTOR VESSEL (BWR)+++
83$ -01813.20 RV INTERIOR ATTACHMENTS WITHIN BELTLINE REGION (BWR) 83$ -01813.30 RV INTERIOR ATTACHMENTS BEYOND BELTLINE REGION (BWR) 835-01813.40 RV CORE SUPPORT STRUCTURE (BWR) 835-01813. 5 +++EXAMINATION CATEGORY 8-N-3+++
83S-01813.5. +++REACTOR VESSEL (PWR)+++
835-01813.50 INTERIOR ATTACHMENTS WITHIN BELTLINE REGION (PWR) 835-01813.60 INTERIOR ATTACHMENTS BEYOND BELTLINE REGION (PWR) 835-01813.70 RV CORE SUPPORT STRUCTURE (PWR) 835-01814. +++EXAMINATION CATEGORY 8-0+++
000000000000000ttttt0000000000000000ttttttttttttt0000 ~ 00000t000000000000000
tttttttttttttttttttttttttttttttttttttttttttttttttttttttt~ittttttttttttttt NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t PLANNING REFERENCE CLUSTER LISTING ttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 164 REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION 835-01814. 1 +++REACTOR VESSEL+++
835-01814. 10 WELDS IN PERIPHERAL CRD HOUSINGS 835-01815. +++EXAMINATION CATEGORY 8" P+++
835-01815.EX EXEMPT CLASS 1 PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 1 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. WELDS <= 1" NPS) 83S-01815. 1 +++REACTOR VESSEL+++
835-01815.10 RV PRESSURE RETAINING BOUNDARY - OPERATIONAL 835-01815.11 RV PRESSURE RETAINING BOUNDARY - STATIC 835-01815. 2 +++PRESSURIZER+++
835-01815.20 PRZ PRESSURE RETAINING BOUNDARY OPERATIONAL 835-01815.21 PRZ PRESSURE RETAINING BOUNDARY - STATIC 835-01815. 3 +++STEAM GENERATORS+++
835-01815.30 SG PRESSURE RETAINING BOUNDARY OPERATIONAL 835-01815.31 SG PRESSURE RETAINING BOUNDARY - STATIC ttttttttttt ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
~0404400004000440404404004400t4004000000404404f440004004.,4440404000400004 NUTECH PRISIM 0 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 0000400t0000404004 DATA ELEMENT : ITEMNO PAGE 165 4 REVISION RRS2 DATE 86/05/14 04tt0000000000000000004000440000tOt100004t00000000t04044000ttOt0044400400 REFERENCE KEY DESCRIPTION 835-01815.4 +++HEAT EXCHANGERS+++
835-01815.40 HX PRESSURE RETAINING BOUNDARY - OPERATIONAL 83S-01815.41 HX PRESSURE RETAINING BOUNDARY STATIC 83S-01815. 5 +++PIPING+++
835-01815.50 PIPING PRESSURE RETAINING BOUNDARY OPERATIONAL 835-01815.51 PIPING PRESSURE RETAINING BOUNDARY - STATIC 83S-01815. 6 +++PUMPS+++
83S-OIB15.60 PUMP PRESSURE RETAINING BOUNDARY OPERATIONAL 835-01815.6'I PUMP PRESSURE RETAINING BOUNDARY - STATIC 83$ -01815. 7 ++tVALVES+++
835-01815.70 VALVE PRESSURE RETAINING BOUNDARY OPERATIONAL 83$ -01815.71 VALVE PRESSURE RETAINING BOUNDARY STATIC 83S-01816. +++EXAMINATION CATEGORY B-Q+++
83S-01816. 1 +++STEAM GENERATORS+++
835-01816. 10 +++FOR STEAM GENERATOR TUBING, SEE PRISIM-SET, STEAM GENERATOR TUBING IN STRAIGHT TUBE DESIGN+++
0400 ~ t04040444000004040000040004t400404400tOt040400000004440444444440444040
~ ttttttttttttttttttttttttttttttttttttttttttttttttttttttti~4ttttttttttttttt t CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t t
PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT c ITEMNO PAGE 166 REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION a
835-01816.20 +++FOR STEAM GENERATOR TUBING, SEE PRISIM-SST. STEAM GENERATOR TUBING IN U-TUBE DESIGN+++
835-0182. +++EXAMINATION CATEGORY 8-8+++
83S-0182. 1 +++PRESSURIZER+++
83S-01B2. 10 +++SHELL-TO-HEAD WELDS+++
835-0182. 11 PRZ CIRCUMFERENTIAL SHELL-TO-HEAD WELDS 835-0182. 12 PRZ LONGITUDINAL SHELL-TO-HEAD WELDS 83S-0182.20 +++HEAD WELDS+++
835-0182.21 PRZ CIRCUMFERENTIAL HEAD WELDS 835-0182.22 PRZ MERIDIONAL HEAD WELDS 83S-0182. 3 +++STEAM GENERATORS (PRIMARY SIDE)+++
835-0182.30 +++HEAD WELDS+++
835-0182.31 SG PRIMARY SIDE CIRCUMFERENTIAL HEAD WELDS 835"0182.32 SG PRIMARY SIDE MERIDIONAL HEAD WELDS 835-0182.40 SG PRIMARY SIDE-TUBESHEET-TO-HEAD WELDS 835-0182. 5 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~ ttttttttttttttttttttttttttttttttttttttt ttttttttttttttt rttttttttttttttt
~ ~
NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t
t PLANNING REFERENCE CLUSTER LISTING ttttttttt DATA ELEMENT : ITEMNO PAGE 167 REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttttt~
REFERENCE KEY DESCRIPTION 83S-0182.50 +++HEAD WELOS+++
835-0182.51 HX PRIMARY SIDE CIRCUMFERENTIAL HEAD WELD 83S-0182.52 HX PRIMARY MERIDIONAL HEAD WELD 835-0182.6. +++SHELL WELOS+++
835-0182.60 HX PRIMARY SIDE TUBESHEET-TO-HEAD SHELL WELD 835-0182.70 HX PRIMARY SIDE LONGITUDINAL SHELL WELD 835-0182.80 HX PRIMARY SIDE TUBESHEET-TO-SHELL WELD 83$ -0183 +++EXAMINATION CATEGORY 8-DA+++
835-0183. +++PROGRAM A REQUIREMENTS+++
1ST INTERVAL 3 YEARS 2ND INTERVAL 7 YEARS 3RD INTERVAL 13 YEARS 4TH INTERVAL 17 YEARS 835-0183. 1 +++REACTOR VESSEL+++
835-0183. 10 RV NOZZLE-TO-VESSEL WELDS PROGRAM A 835-0183. 20 RV NOZZLE INSIDE RADIUS SECTION PROGRAM A 835-0183. 3 +++PRESSURIZER+++
ttttttt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
4440444000400000000000004444000004440tt04404040040000000 ~400444440044040 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 040000400000440000 0 DATA ELEMENT : ITEMNO PAGE 168 4 REVISION RRS2 DATE 86/05/14 00004t00004000000tt000 ~ 0000400000000000000444000000000000000000440000004444 REFERENCE KEY DESCRIPTION 835-0183. 30 PRZ NOZZLE-TO-VESSEL WELDS - PROGRAM A 835-0183. 40 PRZ NOZZLE INSIDE RADIUS SECTION PROGRAM A 83S-0183. 5 +++STEAM GENERATORS (PRIMARY SIDE)+++
835-0183. 50 SG PRIMARY NOZZLE-TO-VESSEL WELDS PROGRAM A 835-0183. 60 SG PRIMARY NOZZLE INSIDE RADIUS SECTION - PROGRAM A 835-0183. 7 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
835-0183. 70 HX PRIMARY NOZZLE-TO-VESSEL WELDS PROGRAM A 835-0183. 80 HX PRIMARY NOZZLE INSIDE RADIUS SECTION - PROGRAM A 83S-0183. 9 +++EXAMINATION CATEGORY B-DB+++
835-0183. 9. +++PROGRAM 8 REQUIREMENTS+++
1ST INTERVAL 10 YEARS 2ND INTERVAL 10 YEARS 3RD INTERVAL 10 YEARS 4TH INTERVAL 10 YEARS 83S-0183. 9A +++REACTOR VESSEL+++
835-0183. 98 RV NOZZLE-TO-VESSEL WELDS, EXAM FROM NOZZLE BORE - PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
00000000tt00444400000044444044400t40040404404444tt444440t404404044444040440
~tttttttttttttttttttttttttttttttttttttttttttttttttttttt. tttttttttttttt
~ ~
NUTECH PRISIM CAROLINA POWER & LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t
t t
PLANNING REFERENCE CLUSTER LISTING DATA ELEMENT : ITEMNO tttttttttttttttttt PAGE 169 t REVISION RRS2 t DATE 86/OS/'l4 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION 83S-0183. 9S RV NOZZLE TO VESSEL WELDSo EXAM FROM RV SHELL PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
83S-0183. 90 RV NOZZLE-TO-VESSEL WELDS PROGRAM 8 839-0183. 108 RV NZLE INSIDE RADIUS SECTION. EXAM FROM NZLE BORE PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
83S-0183.10S RV NZLE INSIDE RADIUS SECTION, EXAM FROM RV SHELL, PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
83$ -0183. 100 RV NOZZLE INSIDE RADIUS SECTION PROGRAM 8 83S-0183. 11 +++PRESSURIZER+++
tttttt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~~
. ~~00fi10 ~ ~ 000400000001Iit00'Oft000000t00040000ff000444JOOf+ +0400itt0000f000 NUTECH PRI SIM CAROLINA POWER 3 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 000 ~ 00000000000000 DATA ELEMENT : ITEMNO PAGE 170 0 REVISION RRS2 DATE 86/05/14 4004t04fftt40f4000f44000f44004404il0444f04040 ~ OOOI04044f444000fttt40444404l REFERENCE KEY DESCRIPTION 835-0183. 118 PZR NOZZLE-TO-VESSEL WELDS, EXAM FROM NOZZLE BORE, PROGRAM 8 I
IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0183. 11S PZR NOZZLE-TO-VESSEL WELDS, EXAM FROM PZR SHELL PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
83$ -0183.110 PRZ NOZZLE-TO-VESSEL WELDS - PROGRAM 8 83S"0183. 128 PZR NZLE INSIDE RADIUS SECTIONeEXAM FROM NZLE BOREePROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BOREo THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0183. 12S PZR NOZZLE-TO-VESSEL WELDS, EXAM FROM PZR SHELL PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY'BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
40040400040000004400004400000404000040444404044000044t440400400440000000000
k~rttttttttttttttttttttttttttttttttttttttttttttttttttttttti I Wttttttttttttttt t
I I PR S M t t t
t t ~ tttttttttttttttt t PAGE 171 t REVISION RRS2 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
DATE REFERENCE KEY DESCRIPTION 83S-0183.120 PRZ NOZZLE INSIDE RADIUS SECTION - PROGRAM 8 83S-0183. 13 +++STEAM GENERATORS (PRIMARY SIDE)+++
83S-0183. 138 SG NOZZLE-TO-VESSEL WELDS, EXAM FROM NOZZLE BORE - PROGRAM 8 I
IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BOREo THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
833-0183. 13S SG NOZZLE-TO-VESSEL WELDS, EXAM FROM SG SHELL PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
83S-0183. 130 SG PRIMARY NOZZLE-TO-VESSEL WELDS - PROGRAM 8 83$ -0183. 148 SG NZLE INSIDE RADIUS SECTION, EXAM FROM NZLE BORE, PROGRAM 8 IF EXAMS ARE CONDUCTEO FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
~ ~00100004400000f f 00040f 004001100tt0010010400I0004000t000 %~+000f t101000404f 0 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 00404440404 ~ 004400 4 DATA ELEMENT : ITEMNO PAGE 172 REVISION RRS2 DATE 86/05/14 0000t4000400040400000000040 ~ 40000000040t004004t0000000400 000000000040004000
\
REFERENCE KEY DESCRIPTION 835-0183. 14S SG NZLE INSIDE RADIUS SECTION, EXAM FROM SG SHELL, PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE. THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORM/0 AT Ott NEAR THE END OF EACH INSPECTION INTERVAL.
83$ -0183.140 SG PRIMARY NOZZLE INSIDE RADIUS SECTION PQOGRAM 8 83$ -0183. 15 +++HEAT EXCHANGERS (PRIMARY SIDE)+++
835-0183. 158 HX NOZZLE TO"VESSEL WELDSs EXAM FROM NOZZLE BORE PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BOREo THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0183. 155 HX NOZZLE-TO-VESSEL WELDS, EXAM FROM HX SHELL PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BOREe THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0183 '50 HX PRIMARY NOZZLE-TO-VESSEL WELDS PROGRAM 8 0440f000040100040fOOOOIIftOOOI000004000f00000000004444tf0040000004t00044400
4000000000000000000000000000000000000000000000000000000 0000 ~ Otttt0000 NUTECH PRISIM ~
0 CAROLINA POWER 6 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 0000000000 DATA ELEMENT : ITEMNO PAGE 173 0 REVISION RRS2 0 DATE 86/05/14 0000000 ~ Otttttttttttttt 00000000000000000t0000000000
~ 000 ~ 000 ~ Ittttill
~ tlttt REFERENCE KEY DESCRIPTION 83S".0183. 168 HX NZLE INSIDE RADIUS SECTION, EXAM FROM NZLE BORE, PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0183. 165 HX NZLE INSIDE RADIUS SECTION, EXAM FROM HX SHELL, PROGRAM 8 IF EXAMS ARE CONDUCTED FROM INSIDE THE COMPONENT AND NOZZLE WELD IS EXAMINED BY STRAIGHT BEAM ULTRASONIC METHOD FROM THE NOZZLE BORE, THE REMAINING EXAMS REQUIRED TO BE CONDUCTED FROM THE SHELL MAY BE PERFORMED AT OR NEAR THE END OF EACH INSPECTION INTERVAL.
835-0183.160 HX PRIMARY NOZZLE INSIDE RADIUS SECTION PROGRAM 8 835-0184 +++EXAMINATION CATEGORY 8-E+++
83S-0184.10 +++ PARTIAL PENETRATION WELDS+++
835-0184.11 VESSEL NOZZLE PARTIAL PENETRATION WELDS 835-0184.12 CONTROL ROD DRIVE NOZZLE PARTIAL PENETRATION WELDS 835-0184. 13 INSTRUMENTATION NOZZLE PARTIAL PENETRATION WELDS 835-0184. 2 +++PRESSURIZER+++
000000000000000000ttttttttttt0000000000000000ttttttttttttt000000000t0000000
~
t
~ttttttttttttttttt ttttttttttttttttttttttttttttttttttttt ttttttttttttttt
~
NUTECH PRI SIM t CAROLINA POWER 8 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT t t 1 t
t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 174 t REVISION RRS2 t DATE 86/05/14 tttttttttttt ttttttttttttttttttttttttttttttttttMtttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION 835-0184.20 PRZ HEATER PENETRATION WELDS 83$ -0185. +++EXAMINATION CATEGORY 8-F+++
835-0 185. 1 +++REACTOR VESSEL PRESSURE RETAINING DISSIMILAR WELDS+++
835-0185. 1D RV NOZZLE TO SAFE END BUTT WELDSo NPS >= 4 INCHES WHEN DONE CONCURRENTLY WITH CATEGORY 8-D EXAMINATIONS 835-0185. 10 RV NOZZLE-TO-SAFE END BUTT WELDS, NPS >= 4 INCHES 835-0185. 20 RV NOZZLE-TO-SAFE END BUTT WELOS, NPS < 4 INCHES WHEN DONE CONCURRENTLY WITH CATEGORY 8-D EXAMINATIONS 83S 0185 '0 RV NOZZLE TO SAFE END BUTT WELDSe NPS < 4 INCHES 835-0185. 3D RV NOZZLE-TO-SAFE END SOCKET WELOS WHEN DONE CONCURRENTLY WITH CATEGORY 8-D EXAMINATIONS 835-0185. 30 RV NOZZLE-TO-SAFE ENO SOCKET WELOS 835-0185. 4 +++PRESSURIZER+++
835-0185. 40 PRZ NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 83S-0185. 50 PRZ NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS ttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
vetttttttttttttttttttttttttttttttttttttttttttttttttttttttb+ttttttttttt ttt ~
NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY J t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t t t
PLANNING REFERENCE CLUSTER LISTING ttttttttt DATA ELEMENT : ITEMNO PAGE 175 t REVISION RRS2 DATE 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt REFERENCE,KEY DESCRIPTION 835-0185. 60 PRZ NOZZLE-TO-SAFE END SOCKET WELDS 835-0185. 7 +++STEAM GENERATOR+++
835-0185. 70 SG NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 835-0'185. 80 SG NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 835-0185. 90 SG NOZZLE-TO-SAFE END SOCKET WELDS 835-0185. 10 +++HEAT EXCHANGERS+++
83$ -0185.100 HX NOMINAL PIPE SIZE >= 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 835-0185.110 HX NOMINAL PIPE SIZE < 4 IN. NOZZLE-TO-SAFE END BUTT WELDS 835-0185. 120 HX NOZZLE-TO-SAFE ENO SOCKET WELDS 83$ -0185. 13 +++PIPING+++
835-0185.130 NOMINAL PIPE SIZE >= 4 IN. DISSIMILAR METAL PIPING BUTT WELD 835-0185.140 NOMINAL PIPE SIZE < 4 IN. DISSIMILAR METAL PIPING BUTT WELD 83$ -0185.150 DISSIMILAR METAL PIPING SOCKET WELDS 835-0186. +++EXAMINATION CATEGORY 8-G-1+++
835-0186. 1 +++REACTOR VESSEL+++
ttt tttttttttttttttttttttttttttttttttttttttttttttttttt ttttttttttttttttttt
~ ~ ~
0000000fOOf000t44400I0400040000000000000IO ~ OIOf0000004+ ~ ~404tt40000 ~ 4000 4 NUTECH PRISIM CAROLINA POWER 6 LIGHT COMPANY 4 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 444400040040044000 DATA ELEMENT : ITEMNO PAGE 176 REVISION RR52 0 DATE 86/05/14 0 4004404400 ~ 00000000000000000000 ~ 00t000000000t000044000000000004044040404004
\
REFERENCE KEY DESCRIPTION 835-0186. 10 RV CLOSURE HEAD NUTS 835-01B6. 20 RV CLOSURE STUDS, IN PLACE 835-0186. 30 RV CLOSURE STUDS, WHEN REMOVED 835-0186. 40 RV THREADS IN FLANGE 83S-0186. 50 RV CLOSURE WASHERS, BUSHINGS 835-0186. 6 +++PRESSURIZER+++
835-0186. 60 PRZ BOLTS AND STUDS (> 2")
835-0186. 70 PRZ FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2')
835-0186. 80 PRZ NUTS, BUSHINGS, AND WASHERS (> 2")
835-0186. 9 +++STEAM GENERATORS+++
835-0186. 90 SG BOLTS AND STUDS 835-0186. 100 SG FLANGE SURFACE WHEN CONNECTION DISASSEMBLED 835-0186. 110 SG NUTS, BUSHINGS, AND WASHERS 835-0186.'12 +++HEAT EXCHANGERS+++
835-0'186.120 HX BOLTS AND STUDS 04t04000440440040440040400000000000400000004000400440000000440 ~ 000000000000
00000000000000000000000000000000000000000000000000000000 . 00000000000000 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 000000000000000000 0 DATA ELEMENT : ITEMNO PAGE 177 0 REVISION RRS2 DATE 86/05/14 000000000000000ttttttttttttttttttttttttttttttttttt00000000000000000t0000000 1
REFERENCE KEY DESCRIPTION 835-0186.130 HX FLANGE SURFACE WHEN CONNECTION DISASSEMBLED 83$ -0186.140 HX NUTS, BUSHINGS, AND WASHERS 835-0186. 15 +++PIPING+++
83S-O I 86. 150 PIPING BOLTS AND STUDS (> 2ee
)
83$ -0186.160 PIPING FLANGE SURFACE WHEN CONNECTION DISASSEMBLED (> 2")
83S 0186 170 PIPING NUTSo BUSHINGSo AND WASHERS
~ e>
83$ -0186. 18 +++PUMPS+++
835-0186.180 PUMP BOLTS AND STUDS 835-0'186.190 PUMP FLANGE SURFACE WHEN CONNECTION DISASSEMBLED 83S 0186 ~ 200 PUMP NUTSe BUSHINGSo AND WASHERS 83S-O'I86.21 +++VALVES+++
835-0186.2'10 VALVE BOLTS AND STUDS (> 2")
835-0186.220 VALVE FLANGE SURFACE WHEN CONNECTION DISIASSEMBLED (> 2-)
83S 0186.230 VALVE NUTSo BUSHINGSo AND WASHERS (> 2ee) 835-0187. +++EXAMINATION CATEGORY 8-G-2+++
tttttt000000000000000000ttttttttttttt0000000000000ttttttt000000000000000001
'eeet 000000000000000000000000000000000000000000000000000000 0vv000000000000000 NUTECH PRISIM 0 0 CAROLINA POWER 6 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 00000000000 '00000 0 DATA ELEMENT : ITEMNO PAGE 178 0 0 REVISION RRS2 DATE 86/05/14 000000000000000000000000 '0000000000000000000000000000000 000000000000000000
\
REFERENCE KEY DESCRIPTION 83S"0187. 1 +++REACTOR VESSEL+++
835-0187. 10 REACTOR VESSEL BOLTS, STUDS, AND NUTS (< 2ee
)
83$ -0187.2 +++PRESSURIZER+++
835-0187.20 PRESSURIZER BOLTS, STUDS, AND NUTS (< 2ee
)
83$ -0187.3 +++STEAM GENERATORS+++
83S 0187 '0 STEAM GENERATOR BOLTSe STUDSe AND NUTS (< 2ee
)
83S-0187.4 +++HEAT EXCHANGERS+++
83S 0187-40 HEAT EXCHANGER BOLTSe STUDSe AND NUTS 835-0187.5 +++PIPING+++
83S-0187.50 PIPING BOLTS, STUDS, AND NUTS (< 2ee
)
83S-0187.6 +++PUMPS+++
835-0187.60 PUMP BOLTS, STUDS, AND NUTS 83S-0187;7 +++VALVES+++
835-0187.70 VALVE BOLTS, STUDS, AND NUTS 835-0187.8 +++CRD HOUSING+++
00000000000000000000000000000000000000000000000000000000000000000000000000
1 r400400000400000400000444444000t040f4000404irir40044t4f40 ,.+404I004000044t NUTECH PRISIM 0 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING REFERENCE CLUSTER LISTING 004000400 ~ 0004400 DATA ELEMENT : ITEMNO PAGE 179 0 REVISION RRS2 DATE 86/05/14 4000000 ~ 000040000000440400t004r0004000t0044444000000000440104044000000400400 REFERENCE KEY DESCRIPTION 83S-0187.80 CRD HOUSING BOLTS, STUDS, AND NUTS 83S-0188. +++EXAMINATION CATEGORY 8-H+++
83S-O'188. 1 +++REACTOR VESSEL+++
835-0188. 10 RV INTEGRALLY WELDED ATTACHMENTS 83S-0188.2 +++PRESSURIZER+++
83$ -0188.20 PRZ INTEGRALLY WELDED ATTACHMENTS 83S-0188.3 +++STEAM GENERATORS+++
835-0188.30 SG INTEGRALLY WELDED ATTACHMENTS 835-0188.4 +++HEAT EXCHANGERS+++
83S-0188.40 HX INTEGRALLY WELDED ATTACHMENTS 83S-0189. +++EXAMINATION CATEGORY 8-J+++
83S-0189. 1 +++PIPING+++
83S-0189.10 +++NOMINAL PIPE SIZE >= 4 IN.+++
83S-0189.11 CIRCUMFERENTIAL WELOS IN PIPING, NOMINAL PIPE SIZE >= 4 IN.
83S 0189 ~ 12 LONGITUDINAL WELOS IN PIPINGe NOMINAL PIPE SIZE >= 4 IN ~
0004400440004040000t04t000440040000tOtt0000004440440440000000t044t000t04004
eetttt ~ ttttttttttttttttttttttttttttttttttttttttttt ~ tttttt ~ .ittttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT t ttttttttttttttttttt 1
PLANNING t REFERENCE CLUSTER LISTING t DATA ELEMENT : ITEMNO PAGE 180 REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttttt REFERENCE KEY DESCRIPTION 835-0189.20 +++PIPING NOMINAL PIPE SIZE < 4 IN.+++
835-0189.21 CIRCUMFERENTIAL WELDS IN PIPING, NOMINAL PIPE SIZE < 4 IN.
835-0189.22 LONGITUDINAL WELDS IN PIPING, NOMINAL PIPE SIZE < 4 IN.
835-0189.30 +++BRANCH PIPE CONNECTION WELDS+++
835-0189. 31 BRANCH PIPE CONNECTION WELDS, NOMINAL PIPE SIZE >= 4 IN.
835-0189.32 BRANCH PIPE CONNECTION WELOS, NOMINAL PIPE SIZE c 4 IN.
835-0189 '0 PIPE SOCKET WELDS 835-0189.99 +++ITEM NUMBERS 810.XX THROUGH 816.XX APPEAR AFTER 8'1+++
835-01C1. +++EXAMINATION CATEGORY C-A+++
835-01C1. 1 +++PRESSURE VESSELS+++
835-01C1. 10 PRESSURE VESSEL SHELL CIRCUMFERENTIAL WELDS 835-01C1. 20 PRESSURE VESSEL HEAD CIRCUMFERENTIAL WELDS 835-01C1. 30 PRESSURE VESSEL TUBESHEET-TO-SHELL WELD 835-01C2. +++EXAMINATION CATEGORY C-8+++
835-01C2.1 +++PRESSURE VESSELS+++
tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
00000 ~~~ Otllllll00000~ I0000000000000000000f00000ftO 0000t00444f4400
'0 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 0 REFERENCE CLUSTER LISTING 004040040404000440 0 DATA ELEMENT 2 ITEMNO PAGE 181 0 REVISION RRS2 DATE 86/05/14 00 ~ 00000 ~~~ Ot ~ 0400400400000000000000040000400004404400 ~ 0400004 ~ 000t0000t000 REFERENCE KEY DESCRIPTION 83S-01C2. 10 +++NOZZLES IN VESSELS <>>1/2 IN. NOMINAL THICKNESS+++
835-01C2. 11 NOZZLES-TO-SHELL(OR HEAD) WELD 835-01C2.20 +++NOZZLES WITHOUT REINFORCING PLATE IN VESSELS 1/2 IN. NOMINAL THICKNESS+++
83S"01C2.21 NOZZLE-TO-SHELL(OR HEAD) WELD 835-01C2.22 NOZZLE INSIDE RADIUS SECTION IN VESSELS 83$ -01C2.30 +++NOZZLES WITH REINFORCING PLATE IN VESSELS 1/2 IN. NOMINAL THICKNESS+++
83$ -01C2.31 REINFORCING PLATE WELDS TO NOZZLE AND VESSEL 835-0'IC2.32 INSIDE OF VESSEL ACCESSIBLEe NOZZLE TO SHELL (OR HEAD) WELD INCLUDES ALL NOZZLES AT TERMINAL ENDS OF THOSE PIPING RUNS SELECTED FOR EXAMINATION UNDER EXAM. CAT. C-F WHEN THE INSIDE OF THE VESSEL IS ACCESSIBLE.
835-0 IC2.33 INSIDE OF VESSEL INACCESSIBLE'OZZLE TO SHELL(OR HEAD) WELD INCLUDES ALL NOZZLES AT TERMINAL ENDS OF THOSE PIPING RUNS SELECTED FOR EXAMINATION UNDER EXAM. CAT. C-F WHEN THE INSIDE OF THE VESSEL IS INACCESSIBLE.
83S-01C3. +++EXAMINATION CATEGORY C-C+++
0000tt0000000000t004000ff414404ft040t440ftOtttOttt000000400ttt00000000f0000
i 0 400000'fOOOOIOi000004000000000000400004i00000000000400 NUTECH
. ~0 ~ Ot000000000tO PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 0004000000 ~ 4000000 DATA ELEMENT : ITEMNO PAGE *182 REVISION RRS2 DATE 86/05/14 400040 ~ 4440444044t000000400400t400000tOt0040t00tttt000404 000444t00404400000 REFERENCE KEY DESCRIPTION a
83S-01C3. 1 +++PRESSURE VESSELS+++
835-01C3. 10 PRESSURE VESSEL INTEGRALLY WELDED ATTACHMENTS 835-01C3.2 +++PIPING+++
835-01C3.20 PIPING INTEGRALLY WELDED ATTACHMENTS 83S-01C3.3 +++PUMPSttt 83S-01C3.30 PUMP INTEGRALLY WELDED ATTACHMENTS 83S-01C3.4'++VALVES+++
835-01C3.40 VALVE INTEGRALLY WELDED ATTACHMENTS 83S-01C4. +++EXAMINATION CATEGORY C-O+++
83S-01C4. 1 +++PRESSURE VESSELS+++
835-01C4. 10 PRESSURE VESSEL BOLTS AND STUDS 835-01C4.2 +++PIPING+++
835-01C4.20 PIPING BOLTS AND STUDS 83S"01C4.3 +++PUMPS+++
835-01C4.30 PUMP BOLTS AND STUDS 000tt00040400tI00000000000444000000040t00000444044000000001004000t ~ 40404000
S
~00000000000000000000 '0000000000000000000000000000000000 000000000000000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT I 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 0~ ttttttttttt00000 DATA ELEMENT : ITEMNO PAGE 183 REVISION RRS2 0 DATE 86/05/14 tttt0000000000000000000000000000tttttttttttttt00000000000000ttttt00000000 1
REFERENCE KEY DESCRIPTION 835"DICE 4 +++VALVES+++
835-01C4.40 VALVE BOLTS AND STUDS 83S-OICS. +++EXAMINATION CATEGORY C-F+++
835-01CS. I +++PIPING+++
83S-O I CS. 10 +++PIPING WELDS <= I/2 IN. NOMINAL WALL THICKNESS+++
83S-OICS.'I1 PIPING CIRCUMFERENTIAL WELD <0 I/2" NOMINAL WALL THICKNESS 835-0 I C5 ~ 12 PIPING LONGITUDINAL WELD <= 1/2" NOMINAL WALL THICKNESS 83S-DIC5.20 +++PIPING WELDS > I/2 IN. NOMINAL WALL THICKNESS+++
83S-0 I C5 ~ 21 PIPING CIRCUMFERENTIAL WELD > 1/2" NOMINAL WALL THICKNESS 83S-DICE 22 PIPING LONGITUDINAL WELD > I/2" NOMINAL WALL THICKNESS 83S-DICE 30 +++PIPE BRANCH CONNECTIONS > 4 IN. NOMINAL DIAMETER+++
835-0'IC5.31 PIPE BRANCH CONNECTION CIRCUMFERENTIAL WELD 835-0'IC5.32 PIPE BRANCH CONNECTION LONGITUDINAL WELD 835-01C6. +++EXAMINATION CATEGORY C-G+++
835-0 1 C6. I +++PUMPS+++
~~ 00000000000000000000000000000000 ~ 000 'tttttttttttttttttttttttttttttttttt
000010011001000000111100100010000000000001000011000000 . S00000000000000 NUTECH PRI SIM 0 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT I 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 00000001000000000 1 DATA ELEMENT : ITEMNO PAGE 184 0 REVISION RRS2 DATE 86/05/'l4 000001001000000000000000000000000000000000000000000000000011000000000000001
\
REFERENCE KEY DESCRIPTION 83S-OIC6. 10 PUMP CASING WELDS 83$ -01C6.2 +++VALVES+++
83S-OIC6.20 VALVE BODY WELDS 83S-0 I C7. +++EXAMINATION CATEGORY C-H+++
83S-OIC7.EX EXEMPT CLASS 2 PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 2 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. WELDS <= 4" NPS) 835-0 I C7. I +++PRESSURE VESSELS+++
835-0'IC7.'IO PRESSURE VESSEL PRESSURE RETAINING COMPONENTS - OPERATIONAL 835-0 IC7.20 PRESSURE VESSEL PRESSURE RETAINING COMPONENTS - STATIC 835-01C7.3 +++PIPING+++
83S-OIC7.30 PIPING PRESSURE RETAINING COMPONENTS - OPERATIONAL 835-01C7.40 PIPING PRESSURE RETAINING COMPONENTS STATIC 83S-OIC7.5 +++PUMPS+++
835-01C7.50 OPERATIONAL
, PUMPS PRESSURE RETAINING COMPONENTS 000000010000001000100000001000000000100000000000000010001000000001000000100
0 0000000000000000000tttllllllll ~ 0000000000000000000000000 NUTECH lllllllltllltl PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 0 0000 t 000000000000 DATA ELEMENT : ITEMNO PAGE 185 0 REVISION RRS2 0 DATE 86/05/14 00000000000000000000 '0000100000000000000000tllllttlllllll 00000000000000000 REFERENCE KEY DESCRIPTION 83$ -01C7.60 PUMPS PRESSURE RETAINING COMPONENTS STATIC 835-01C7.7 +++VALVES+tt 835-01C7 ~ 70 VALVES PRESSURE RETAINING COMPONENTS OPERATIONAL 835-01C7.80 VALVES PRESSURE RETAINING COMPONENTS - STATIC 835-01D1. +++EXAMINATION CATEGORY 0-A+++
83S-01D1. 1 +++SYSTEMS IN SUPPORT OF REACTOR SHUTDOWN FUNCTION+++
83S-01D1. 1EX EXEMPT CLASS 3 CATEGORY D-A PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 3 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. <= 4" PIPE ATACHES) 835-0101. 100 RV SHUTDOWN PRESSURE RETAINING COMPONENTS - OPERATIONAL AN OPERATIONAL PRESSURE TEST SHALL BE DONE EVERY PERIOD OR THREE TIMES EVERY INTERVAL. A SYSTEM STATIC PRESSURE TEST AND ACCOMPANING VT-2 EXAM ARE ACCEPTABLE IN LIEU OF THE OPERATIONAL PRESSURE TEST AND VT-2 EXAM.
OPERATIONAL: SYS FUNCTIONAL, SYS INSERVICE, OR SYS LEAKAGE 835-01D1. 10S RV SHUTDOWN PRESSURE RETAINING COMPONENTS - STATIC A SYSTEM STATIC TEST SHALL BE DONE ONCE EVERY INSPECTION INTERVAL.
STATIC: HYDROSTATIC OR PNEUMATIC
IOOf Of 4000l04000t040440I000000000 ~ 000040000tOOf OIOOIOOOi. +I00004400100000 NUTECH PRISIM 0 1 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 004000400000000000 DATA ELEMENT c ITEMNO PAGE 186 REVISION RRS2 DATE 86/05/14 000 ~ t040000004000404440400040440044404000000tt00000000000004000400040040000 REFERENCE KEY DESCRIPTION 835-01D1.20 RV SHUTDOWN INTEGRAL ATTACHMENTS - SUPPORTS AND RESTRAINTS 835-0101.30 RV SHUTDOWN INTEGRAL ATTACHMENTS SNUBBERS RV SHUTDOWN INTEGRAL ATTACHMENTS MECHANICAL AND HYDRAULIC SNUBBERS 835-01D1.40 RV SHUTDOWN INTEGRAL ATTACHMENTS - SPRING TYPE SUPPORTS 835-01D1.50 RV SHUTDOWN INTEGRAL ATTACHMENTS-CONSTANT LOAD TYPE SUPPORTS 83S-O'101.60 RV SHUTDOWN INTEGRAL ATTACHMENTS SHOCK ABSORBERS 835-0102. +++EXAMINATION CATEGORY D-8+++
83S-01D2. 1 +++SYSTEMS IN SUPPORT OF EMERGENCY CORE COOLINGo CONTAINMENT HEAT REMOVAL, ATMOSPHERE CLEANUP, AND REACTOR RESIDUAL HEAT REMOVAL+++
835-01D2. 1EX EXEMPT CLASS 3 CATEGORY D-8 PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 3 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. <= 4" PIPE ATACHES) 835-0102. 100 ECCS, ETC. PRESSURE RETAINING COMPONENTS - OPERATIONAL AN OPERATIONAL PRESSURE TEST SHALL BE DONE EVERY PERIOD OR THREE TIMES EVERY INTERVAL. A SYSTEM STATIC PRESSURE TEST AND ACCOMPANING VT-2 EXAM ARE ACCEPTABLE IN LIEU OF THE OPERATIONAL PRESSURE TEST AND VT-2 EXAM.
OPERATIONAL SYS FUNCTIONAL~ SYS INSERVICE ~ OR SYS LEAKAGE 400004044t40000000000004000040000000004040044440004004004404444404400040040
o~0040ii00400000tt00t0001000040000040t000tOOtOtOOt00000400~~0t4404040000004 0 NUTECH PRI SIM 0'HEARON CAROLINA POWER 8 LIGHT COMPANY HARRIS NUCLEAR POWER PLANT UNIT PLANNING 1
4 REFERENCE CLUSTER LISTING 040000000000000000 DATA ELEMENT : ITEMNO PAGE 187 REVISION RRS2 DATE 86/05/14 0000000000000000f0000440000000004000000000000040404404444044404400000000 REFERENCE KEY DESCRIPTION XR 835-01D2. 105 ECCS, ETC. PRESSURE RETAINING COMPONENTS - STATIC A SYSTEM STATIC TEST SHALL BE DONE ONCE EVERY INSPECTION INTERVAL.
STATIC: HYDROSTATIC OR PNEUMATIC 835-01D2.20 ECCS>> ETC'NTEGRAL ATTACHMENTS SUPPORTS AND RESTRAINTS 835"01D2.30 ECCS, ETC. INTEGRAL ATTACHMENTS - SNUBBERS ECCS, ETC. INTEGRAL ATTACHMENTS - MECHANICAL AND HYDRAULIC SNUBBERS 835-01D2.40 ECCSo ETC'NTEGRAL ATTACHMENTS SPRING TYPE SUPPORTS 835-0102.50 ECCSe ETC'NTEGRAL ATTACHMENTS CONSTANT LOAD TYPE SUPPORT 835-01D2.60 ECCS, ETC. INTEGRAL ATTACHMENTS SHOCK ABSORBERS 835-01D3. +++EXAMINATION CATEGORY D-C+++
835-01D3.1 +++SYSTEMS IN SUPPORT OF RESIDUAL HEAT REMOVAL FROM THE SPENT FUEL STORAGE POOL+++
835-01D3. 1EX EXEMPT CLASS 3 CATEGORY D-C PRESSURE RETAINING COMPONENTS
- 1) IF A COMPONENT CANNOT BE EXAMINED BY ANY EXAM TYPE OTHER THAN VT-2 AND A RELIEF REQUEST HAS BEEN WRITTEN FOR PRESSURE TESTING ONLY, ASSIGN THIS ITEM NUMBER.
- 2) EXEMPT CLASS 3 COMPONENTS ENTERED IN THE DATA BASE SHOULD BE ASSIGNED THIS ITEM NUMBER. (E.G. <= 4" PIPE ATACHES) ft010000000000000000ff04f4 ~ IOOfOtttttOOtttOttf0400fOIt040000t040ftltffPt40t
~ Ottt400010000fftOtOOir000000tt00400004444400000t00400000~ ~4t0040400t44040 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 PLANNING REFERENCE CLUSTER LISTING 00000000000044000t DATA ELEMENT t ITEMNO PAGE 188 REVISION RRS2 DATE 86/05/14 i 04000000004t000t040000t000400000004440400t4 ~ 00 ~ 00t0000000040040400000400000 REFERENCE KEY DESCRIPTION 83S-01D3. 100 RHR FROM SFS PRESSURE RETAINING COMPONENTS OPERATIONAL AN OPERATIONAL PRESSURE TEST SHALL BE DONE EVERY PERIOD DR THREE TIMES EVERY INTERVAL. A SYSTEM STATIC PRESSURE TEST AND ACCOMPANING VT-2 EXAM ARE ACCEPTABLE IN LIEU OF THE OPERATIONAL PRESSURE TEST AND VT-2 EXAM.
OPERATIONAL: SYS FUNCTIONAL, SYS INSERVICE, OR SYS LEAKAGE 835-0103. 10S RHR FROM SFS PRESSURE RETAINING COMPONENTS STATIC A SYSTEM STATIC TEST SHALL BE DONE ONCE EVERY INSPECTION INTERVAL.
STATIC: HYDROSTATIC OR PNEUMATIC 835-0103.20 RHR FROM SFS INTEGRAL ATTACHMENTS - SUPPORTS AND RESTRAINTS 835-01D3.30 RHR FROM SFS INTEGRAL ATTACHMENTS - SNUBBERS RHR FROM SFS INTEGRAL ATTACHMENTS - MECHANICAL AND HYDRAULIC SNUBBERS 835-0103.40 RHR FROM SFS INTEGRAL ATTACHMENTS - SPRING TYPE SUPPORTS 835-01D3.50 RHR FROM SFS INTEGRAL ATTACHMENT-CONSTANT LOAD TYPE SUPPORTS 835-01D3.60 RHR FROM SFS INTEGRAL ATTACHMENTS - SHOCK ABSORBERS 835-01E1. +++EXAMINATION CATEGORY E-A+++
835-01E1.1 +++PRESSURE RETAINING WELDS IN CONTAINMENT VESSELS+++
Ot44i4 ~ 400t4040440040IOOOIOO ~ OOOOI0004ftOlf ~~ 44fOI4400004 ~ OII00040tt00004t4
j w~+000000000000000000000000000000000000000000000000000000 .r000000000000000 NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 00000000000000000 1 DATA ELEMENT : ITEMNO PAGE 189 1 0 0 REVISION RR52 0 DATE 88/05/14 001 ~ 00000t0000000100000000000000000000001t100000000 ~ 00000000000100100010000 REFERENCE KEY DESCRIPTION 83S-01El . 10 +++SHELL WELDS IN CONTAINMENT VESSELS+++
835-01E1.11 LONGITUDINAL SHELL WELDS IN VESSELS (CATEGORY A) 835-01E1.12 CIRCUMFERENTIAL SHELL WELDS IN VESSELS (CATEGORY 8) 835-01E1.20 FLANGE WELDS IN VESSELS ( CATEGORY C) 835-01E1.30 NOZZLE-TO-SHELL WELDS IN VESSELS (CATEGORY D) 83S-01E1.40 +++INSERT PLATE WELDS+++
835-01E1.41 INSERT PLATE-TO-SHELL WELDS 835-01E1.42 LONGITUDINAL INSERT PLATE WELDS 835-01E1.43 CIRCUMFERENTIAL INSERT PLATE WELOS 835-01E1.50 +++VENT SYSTEM WELDS+++
835-01E1.51 LONGITUDINAL VENT SYSTEM WELDS 835-01E1 ~ 52 CIRCUMFERENTIAL VENT SYSTEM WELDS 835-01E1.53 OTHER VENT SYSTEM WELDS 835-01E2. +++EXAMINATION CATEGORY E-A-1+++
835-01E2. 1 +++NONPRESSURE-RETAINING WELDS+++
00000t01000000tttttttt000100000010010100000000000000000000000001tt0000000
~04f000400040f0001 ~ 0004000400I040000040404414044 ~ 00000fO~. ~4004440I0000000 NUTECH PRI SIM 0 CAROLINA POWER & LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 PLANNING 0 REFERENCE CLUSTER LISTING 000000000000000004 DATA ELEMENT c ITEMNO PAGE 190 0 REVISION RRS2 0 DATE 86/OS/14 0000000000004000fOt000000404440004000000000004000040000040004t00000000t0000 1
REFERENCE KEY DESCRIPTION R RZ 835-01E2. 10 +++REINFORCING STRUCTURE WELOS+++
83S-01E2.11 CONTAINMENT VESSEL ATTACHMENT REINFORCING STRUCTURE WELDS 83S-01E2. 12 OTHER REINFORCING STRUCTURE WELDS 83S-01E2.20 REINFORCING STRUCTURE ATTACHMENT WELDS 83S-01E3. +++EXAMINATION CATEGORY E-8+++
83S-01E3.1 +++PRESSURE RETAINING WELDS IN CONTAINMENT PENETRATIONS+++
83S-01E3. 10 +++CONTAINMENT PENETRATION WELDS+++
83S-01E3. 1 1 LONGITUDINAL CONTAINMENT PENETRATION WELDS 83S-01E3. 12 CIRCUMFERENTIAL CONTAINMENT PENETRATION WELDS 83S-01E3.13 FLUED HEAD AND BELLOWS SEAL CIRC WELDS JOINED TO THE PENET FLUED HEAD AND BELLOWS SEAL CIRCUMFERENTIAL WELDS JOINED TO THE PENETRATION.
83S-01E4. +++EXAMINATION CATEGORY E-C+++
83S-01E4.1 +++PRESSURE RETAINING WELDS IN AIRLOCKS AND EQUIPMENT HATCHES+++
83S-01E4. 10 +++AIRLOCK WELDS+++
OIOfOOt00040000000000000i000404f4444404ff44440004440444400t000fft41lf00040
i 40000000000000440000000000t000t00001t400000400044004000+ ~40000004t000000 0 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 000000404400004044 4 DATA ELEMENT,: ITEMNO PAGE 191 REVISION RRS2 0 DATE 86/05/'14 044 ~ 04000400440000000040000400000000040400000000000044044040044400000000000 REFERENCE KEY DESCRIPTION 835-01E4. 11 LONGITUDINAL AIRLOCK WELDS 835-01E4.12 CIRCUMFERENTIAL AIRLOCK WELDS 835-01E4.20 +++EQUIPMENT HATCH WELDS+++
835-01E4.21 LONGITUDINAL EQUIPMENT HATCH WELOS 83$ -01E4.22 CIRCUMFERENTIAL EQUIPMENT HATCH WELDS 835-01E5. +++EXAMINATION CATEGORY E-D+++
835-01ES. 1 +++SEALS AND GASKETS+++
835-01E5.10 SEALS 835-01E5.20 GASKETS 835-01E6. +++EXAMINATION CATEGORY E-E+++
835-01E6. 1 +++INTEGRAL ATTACHMENTS+++
835-01E6.'10 INTEGRAL ATTACHMENT WELOS 835-01E7. +++EXAMINATION CATEGORY E-F+++
835-01ET. 1 +++PRESSURE RETAINING DISSIMILAR METAL WELOS+++
835-01ET. 10 DISSIMILAR METAL WELDS 00014444t400000044000004000004400040f04f00004444400tO ~ 00400440440040404
' ~OffOOtOf0000000000t01t44400040000044040I01000tOt00044104~~'
NUTECH 40440t401lf040 PRIS IM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 000004000000040t00 DATA ELEMENT : ITEMNO PAGE 192 REVISION RRS2 0 DATE 86/05/14 00000000004404000000000000000000400004000ll0000004t000044004000t0400t00000t4
\
REFERENCE KEY DESCRIPTION 83S" 01EB. +++EXAMINATION CATEGORY E-G+++
83S-01EB. 1 +++PRESSURE RETAINING BOLTING+++
835-01EB. 10 +++BOLTED CONNECTION VISUAL EXAMINATION+++
83S-01EB. 10A BOLTED CONNECTION VISUAL EXAMINATION - ASSEMBLED ALL VISIBLE SURFACES SHALL BE EXAMINED. BOLTING MAY REMAIN IN PLACE UNDER TENSION WHEN DISASSEMBLY IS NOT OTHERWISE REQUIRED.
83S-01EB ~ 10D BOLTED CONNECTION VISUAL EXAMINATION - DISASSEMBLED EXAMINATION OF BUSHINGS, THREADS, AND LIGAMENTS IN BASE MATERIAL OF FLANGES IS REQUIRED ONLY WHEN THE CONNECTION IS DISASSEMBLED.
83$ -01E8.20 BOLTED CONNECTION BOLT TORQUE OR TENSION TEST 835-01E9. +++EXAMINATION CATEGORY E-P+++
835-01E9.EX EXEMPT CLASS MC PRESSURE RETAINING COMPONENTS 83S-01E9. 1 +++ALL PRESSURE RETAINING COMPONENTS+++
83S-01E9.10 .+++PRESSURE RETAINING BOUNDARY+++
835-01E9. 11 10-CFR-50 APPENDIX J TEST OF CONTAINMENT BOUNDARY 04040000000tOf0400004000400100400444f40444404t44000044004ftt44400000000t000
0 4040440404000404000 ~ 00000040000440400000040444004004000 00004040400000 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 4444444000 ~ 4000004 DATA ELEMENT s ITEMNO PAGE 193
'0 REVISION RRS2 0 0 DATE 86/05/14 0400000t004000040000000000000 ~ 00000440040440000400000004 ~ 404000044400400000 REFERENCE KEY DESCRIPTION 835-0'1E9. 12 SYS LEAKAGE PRESSURE TEST IWE-5220 OF CONTAINMENT BOUNDARY SYSTEM LEAKAGE PRESSURE TEST IWE-5220 OF CONTAINMENT BOUNDARY.
835-01E9.20 CONTAINMENT PENET BELLOWS (10CFR50 APPENDIX J TYPE B TEST)
CONTAINMENT PENETETRATION BELLOWS (10CFR50 APPENDIX J TYPE 8 TEST).
835-01E9.30 AIRLOCKS ( 10CFR50 APPENDIX J TYPE 8 TESTS) 83S-01E9.40 SEALS AND GASKETS (10CFR50 APPENDIX J TYPE 8 TESTS) 83S-01F1. +++EXAMINATION CATEGORY F-A+++
835-01F1.EX EXEMPT CLASS 1, 2, OR 3 CATEGORY F-A COMPONENT SUPPORTS 83S-01Fl. 1 +++PLATE AND SHELL TYPE SUPPORTS+++
83S-01Fl. 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE 835-01F1.20 WELDED CONNECTIONS TO BUILDING STRUCTURE 835-01F1 ~ 30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS I
~ WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS 4444440440000000400004040000400000040ttOOt4440444000044t4004000000000000404
~ttttttttttttttttttttttttttttttttttttttttttttttttttttttt ~ttttttttttttttt
~
NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY t t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttttt DATA ELEMENT : ITEMNO PAGE 194 REVISION RRS2 86/05/14 tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt DATE REFERENCE KEY DESCRIPTION 835-01F1.40 DISPLACEMENT SETTINGS'ISALIGNMENTe AND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPS, MIS-ALIGNMENT OF SUPPORTS, ASSEMBLY OF SUPPORT ITEMS 83S-01F2. +++EXAMINATION CATEGORY F-8+++
83S 01F2 ~ EX EXEMPT CLASS le 2o OR 3 CATEGORY F B COMPONENT SUPPORTS 83$ -01F2. 1 +++LINEAR TYPE SUPPORTS+++
835-01F2. 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE 83S" 01F2. 20 WELDED CONNECTIONS TO BUILDING STRUCTURE 835-01F2. 30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS 83$ -01F2.40 DISPLACEMENT SETTINGS, MISALIGNMENT, AND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES AND STOPSe MIS ALIGNMENT OF SUPPORTS'SSEMBLY OF SUPPORT ITEMS 83$ -01F3. +++EXAMINATION CATEGORY F-C+++
ttttttttttttttttttttttt t ttttttttttttttttttttttttttttttttttttttttttttttttt
~ ~
0000000010iOI10t00001000014400000000000I ~ 111fOit000000~.witt40fOOOI00040 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 PLANNING REFERENCE CLUSTER LISTING 440040004440040000 DATA ELEMENT : ITEMNO PAGE 195 0 0 0 REVISION RRS2 0 DATE 86/05/14 04t000t00000040000000400040000000t00400000 ~ 00404004440000004004400000040000 REFERENCE KEY DESCRIPTION 835-01F3.EX EXEMPT CLASS 1, 2, OR 3 CATEGORY F-C COMPONENT SUPPORTS 835-01F3. 1 +++COMPONENT STANDARD SUPPORTS+++
835-01F3. 10 MECHANICAL CONNECTIONS TO SUPPORTED COMPONENT AND BUILDING MECHANICAL CONNECTIONS TO PRESSURE RETAINING COMPONENTS AND BUILDING STRUCTURE 835-01F3.20 WELDED CONNECTIONS TO BUILDING STRUCTURE 835-01F3.30 WELD 8 MECH CONNECTIONS IN SUPPORT INTERMEDIATE JOINTS WELD AND MECHANICAL CONNECTIONS AT INTERMEDIATE JOINTS IN MULTICONNECTED INTEGRAL AND NONINTEGRAL SUPPORTS SPRINGER 835-01F3.40 DISPLACEMENT SETTINGS, MISALIGNMENT, AND ASSEMBLY OF SUPPORT COMPONENT DISPLACEMENT SETTINGS OF GUIDES'ND STOPS, MIS-ALIGNMENT OF SUPPORTS, ASSEMBLY OF SUPPORT ITEMS 835-01F3.50 CONSTANT~ SHOCK ABSORBER'ND SNUBBER SUPPORTS SPRING TYPE SUPPORTS, CONSTANT LOAD TYPE SUPPORTS, SHOCK AB-SORBERS, HYDRAULIC AND MECHANICAL TYPE SNUBBERS 04440000000000004040t044444400000040444t0044404440440404t0444444440004
t~4000000000000f OIOf 0000040040000100100040000000000000f 004+vi00000000I04400 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY SYSTEM 4 0
REFERENCE CLUSTER LISTING 0000000000t0 ~ 44044 DATA ELEMENT I EXSCHD PAGE 64 4 REVISION RRS2 DATE 86/05/14 40000000000000000000000000040004004000040040t000000000004000404000004400f00 REFERENCE KEY DESCRIPTION AE ACOUSTIC EMISSION TEST BLDWN STATE INSPECTION: RELIEF VALVE BLOWDOWN SETTING ET EDDY CURRENT TEST STATE INSPECTION: VESSEL EXTERNAL INT STATE INSPECTION: VESSEL INTERNAL MAGNETIC PARTICLE TEST PT PENETRANT TEST RT RADIOGRAPHIC TEST RT-RCP MINAC RADIOGRAPHIC TEST SET STATE INSPECTIONS RELIEF VALVE SET PRESSURE SUR SURFACE EXAMINATION, TEST NOT SPECIFIED NOTE: THIS MUST BE UPDATED TO A PT OR MT BEFORE THE EXAM IS SCHEDULED UC"45L ULTRASONIC CIRCUMFERENTIAL SCAN-45 DEGREE LONGITUDINAL UT-IN ULTRASONIC TEST IN-PLACE, CATEGORY B-G-1, BOLTING UT-IR ULTRASONIC INNER RADIUS EXAMINATION--COMPOUND ANGLE OR SPECIAL SHOE REQUIRED 00t0000 ~ 000000000000000000000000404400tt40040000 ~ 00040100440004040000000000
t NUTECH CAROLINA POWER i SYSTEM LIGHT COMPANY PRISIM t
t t t t
t REFERENCE CLUSTER LISTING tttttttttttt ttttt
~
DATA ELEMENT : EXSCHD PAGE 65 t REVISION RRS2 DATE 86/05/14 ttttttttttttttttttttt tt ttttttttttttttttttttttttttttttttttttttttttttttttt
~ ~~
a>>a REFERENCE KEY DESCRIPTION UT-L ULTRASONIC LAMINATION TEST UT-OUT ULTRASONIC TEST WHEN REMOVED (OUT) e CATEGORY 8 G 1 e BOLTING UT-RVN REACTOR VESSEL NOZZLE MECHANIZED ULTRASONIC TEST UT-RVS REACTOR VESSEL SHELL MECHANIZED ULTRASONIC TEST UT-SNl ULTRASONIC TEST OF A SAFE END TO NOZZLE WELD FROM THE NOZZLE SIDE WITH THE NOZZLE CALIBRATION BLOCK. ULTRASONIC BEAM ANGLE = 000 DEGREES UT-SN2 ULTRASONIC TEST OF A SAFE END TO NOZZLE WELD FROM THE NOZZLE SIDE WITH THE NOZZLE CALIBRATION BLOCK. ULTRASONIC BEAM ANGLE = 045 DEGREES UT-SP1 ULTRASONIC TEST OF A SAFE END TO NOZZLE WELD FROM THE PIPING SIDE WITH THE PIPING CALIBRATION BLOCK. ULTRASONIC BEAM ANGLE = 000 DEGREES UT-SP2 ULTRASONIC TEST OF A SAFE END TO NOZZLE WELD FROM THE PIPING SIDE WITH THE PIPING CALIBRATION BLOCK. ULTRASONIC BEAM ANGLE = 045 DEGREES UT-T ULTRASONIC THICKNESS TEST UT-00 ULTRASONIC 0 DEGREE TEST UT-135 ULTRASONIC 13 DEGREE TEST-SHEAR tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
/
000000000000044000000000000000 ~ 00t0000000000000114000tOa ~ Ot0004000t0004t NUTECH PRISIM 0 CAROLINA POWER 8 LIGHT COMPANY SYSTEM 4
REFERENCE CLUSTER LISTING 00t400000000000000 DATA ELEMENT : EXSCHD PAGE 66 REVISION RRS2 0 DATE 86/05/14 0044400444 ~ 4000440400040000400ttOt000040040000440000000440004440404444t4040 REFERENCE KEY DESCRIPTION UT-275 ULTRASONIC 27 DEGREE TEST-SHEAR UT-305 ULTRASONIC 30 DEGREE TEST-SHEAR UT-41L ULTRASONIC 41 DEGREE TEST LONGITUDINAL UT-41R ULTRASONIC 41 DEGREE TEST - REFRACTED LONGITUDINAL UT-415 ULTRASONIC 41 DEGREE TEST SHEAR UT-45 ULTRASONIC 45 DEGREE TEST (TO BE SPECIFIED)
UT-45L ULTRASONIC 45 DEGREE TEST - LONGITUDINAL UT-45R ULTRASONIC 45 DEGREE TEST - REFRACTED LONGITUDINAL UT-455 ULTRASONIC 45 DEGREE TEST - SHEAR UT-505 ULTRASONIC 50 DEGREE TEST - SHEAR UT-535 ULTRASONIC 53 DEGREE TEST - SHEAR UT-60 ULTRASONIC 60 DEGREE TEST (TO BE SPECIFIED)
UT-60L ULTRASONIC 60 DEGREE TEST LONGITUDINAL UT-60R ULTRASONIC 60 DEGREE TEST REFRACTEO LONGITUDINAL UT-605 ULTRASONIC 60 DEGREE TEST SHEAR 040040400000000001t0000000000t40440040400044040040000t004040404400040044004
eet 000 1000000 ~0~ 00 0 0 ~ 00 ~ 0 ~ 0001 1 0 1 1 00'0000 00000001 10t0000000w ~0000000000 000 00
~ NUTECH PRISIM '
0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SYSTEM 0 0
REFERENCE CLUSTER LISTING 000 ~ 00000000000000 0 DATA ELEMENT : EXSCHD PAGE 67 t REVISION RRS2 DATE 86/05/14 000000000 ~ tttt00000000000000100000000 ~ 000000t000000000000000000000000000000
\
REFERENCE KEY DESCRIPTION UT-62S ULTRASONIC 62 DEGREE TEST-SHEAR UT-705 ULTRASONIC 70 DEGREE TEST-SHEAR UTAUTO ULTRASONIC MECHANIZED 0 DEGREE EXAMINATION VIS GENERAL VISUAL TEST VOL VOLUMETRIC EXAMINATION, TEST NOT SPECIFIED NOTE: THIS MUST BE UPDATED TO AEe RTe OR UT BEFORE THE THE EXAMINATION IS SCHEDULED VT-1 VISUAL TEST 1 PER IWA-2210 (77W AND LATER ADDENDA)
VT-2 VISUAL TEST 2 PER IWA-2210 (77W AND LATER ADDENDA)NOTE1 VT-2 IS APPLICABLE TO CATEGORY 8-E AND CATEGORY 8-Pe C-He D-A, D-B, AND D-C IF THE ITEM NUMBER IS 815.EX. C7.EX, D1.EX, D2.EX OR D3.EX VT-20T VISUAL TEST 2 PER IWA-2210 (77W AND LATER ADDENDA)
OPERATIONAL PRESSURE TESTING NOTE: VT-20T IS APPLICABLE TO ITEM NUMBERS 815.10, 815.20, 815.30, 815.40, 815.50, 815.60e 815.70, C7.10, C7.20, C7.30, C7.40, D1.10, D2.10, D3.10 VT-2ST VISUAL TEST 2 PER IWA-2210 (77W AND LATER ADDENDA)
STATIC PRESSURE TESTING NOTE: VT-2ST IS APPLICABLE TO ITEM NUMBERS 815 ~ 11, 815.21, 815.31, 815.41, 815.51, 815.61, 815.71, C7.11, C7.21e C7 ~ 31, C7.41e 01 ~ 11e D2 11e C3.11 ~
VT-3 VISUAL TEST 3 PER IWA-2210 (77W AND LATER ADDENDA) 0000000t00000000 ~ 00000t0000000t0000000000000000000000 ~ 000000000000000000000
/
W~ttttttttttttttttttttttttttttttttttttttttttttttttttttttt t~ttttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY SYSTEM t ttttOtttttttt tttt REFERENCE CLUSTER LISTING hatt ~
DATA ELEMENT I EXSCHD PAGE 68 REVISION RRS2 t t 86/05/14 ttt tttttttttttttttttttttttttttttttttttttttttttttttttt tttttttttttttttttt DATE '
~
REFERENCE KEY DESCRIPTION VT-4 VISUAL TEST 4 PER IWA-2210 (77W AND LATER ADDENDA)
. <) ANN-NN
~Interval Number Program Number Type of Program Example: P01-01 Preservice Section XI Program Interval - 1: Preservice is considered to be an interval for computer purposes ~
P02-01 Preservice Augmented Program B02-01 Inservice Augmented Program corresponding to P02-01 b) 81'rl-0
'interval Number Code Addendum for Inserv'ce Program
~ 4004004440400000t40004000000040t4 ~ 000t0000000044t0044444.=-+44000040t40000 NUTECH PRI SIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 0 0 PLANNING 0 0 REFERENCE CLUSTER LISTING 000 ~ 00000 ~ 00 ~ 40000 0 DATA ELEMENT s EXREQ PAGE 41 0 REVISION RRS2 DATE 86/05/14 1000401000000 ~ 00000000i0000000000000000000004040000400000000000400000000041 REFERENCE KEY DESCRIPTION
++ ALL ENTRIES IN THE EXREQ REFERENCE DESCRIPTION SHOULD BE CENTERED LIKE A REPORT TITLE. THIS DESCRIPTION IS USED IN COMPONENT LISTING (AND 10 YEAR PLAN), THE (INSERVICE)
INSPECTION STATUS REPORTS AND VARIOUS OTHER REPORTS IN THE REPORT TITLE. +++
+++ EXREQ'S WITH A FIRST CHARACTER OF "A" ARE USED TO TRACK INSPECTION PROGRAMS KNOWN AS ADDITIONAL EXAMINATIONS.
IF UNACCEPTABLE INDICATIONS ARE FOUND IN A COMPONENT. OTHER (ADDITIONAL) COMPONENTS MUST BE EXAMINED IN ACCORDANCE WITH ASME SECTION XI, IWB-2430 AND IWC-2430, (81W). +++
+++ EXREQ'S WITH A FIRST CHARACTER OF "8" ARE USED TO TRACK EXAMINATION PROGRAMS THAT ARE REQUIRED BY A REGULATORY BODY SUCH AS THE NRC. THESE AUGMENTED EXAMINATION PROGRAMS ARE NOT BASED ON SECTION XI. +++
802-01 802-01 AUGMENTED EXAMINATION COMPONENT LISTING INTERVAL 01 REACTOR COOLANT PUMP FLYWHEEL INTEGRITY PER REGULATORY GUIDE 1.14 802-01 AUGMENTED EXAMINATION STATUS REPORT INTERVAL 01 INTERVAL: 10 YEARS COMMENCING WITH COMMERCIAL OPERATION PERIODS i APPLICABLE, 40 MONTHS LONG 803-01 AVAILABLE FOR FUTURE USE 804-01 804-01 AUGMENTED EXAMINATION COMPONENT LISTING INTERVAL 01 AUGMENTED EXAMINATION OF CLASS 2 PIPING FROM PENETRATION TO CONTAINMENT ISOLATION VALVE PER FSAR SECTION 6.6.8.
804-01 AUGMENTED EXAMINATION STATUS REPORT INTERVAL 01 INTERVAL: 10 YEARS COMMENCING WITH COMMERCIAL OPERATION PERIODS: NOT APPLICABLE 0000 ~ 0000000 ~ IOtfOOt0000000000tf4140000i ~ 000400444440404f00040ft444I ~ Of0000
i.+0000t00040tf00000000Iieflf4ti00004100f04044ff040t040004i WtOOOIOOOOtf004 NUTECH PRISIM CAROLINA POWER 8 LIGHT COMPANY 0 SHEARON HARRIS 'NUCLEAR POWER PLANT UNIT 1 PLANNING 0 REFERENCE CLUSTER LISTING 04t4000000000t440 DATA ELEMENT a EXREQ PAGE 42 0 REVISION RRS2 DATE 86/05/14 000000000004000000010t00000000004040440000t0404040044000400000000tOOtOOt44t REFERENCE KEY DESCRIPTION 805-01 805-01 AUGMENTED EXAMINATION COMPONENT LISTING - INTERVAL 01 AUGMENTED ISI EXAMINATION OF MAIN STEAM AND FEEDWATER PIPING IN THE BREAK EXCLUSION REGION PER FSAR SECTION 6.6.8.
605-01 AUGMENTED EXAMINATION STATUS REPORT -INTERVAL 01 INTERVAL: 10 YEARS COMMENCING WITH COMMERCIAL OPERATION PERIODS: NOT APPLICABLE 606-01 806-01 AUGMENTED EXAMINATION COMPONENT LISTING INTERVAL 01 AUGMENTED ISI EXAMINATION OF PIPING: BETWEEN ISOLATION VALVES THROUGH PENETRATIONS PER FSAR SECTION 6.6.8.
806-01 AUGMENTED EXAMINATION STATUS REPORT- INTERVAL 01 INTERVAL: 10 YEARS COMMENCING WITH COMMERCIAL OPERATION PERIODS: NOT APPLICABLE
+++ EXREQ'S WITH A FIRST CHARACTER OF "E" ARE USED TO TRACK ASME SECTION XI EXAMINATION PROGRAMS FOR THE FIRST INTERVALS OF OLDER PLANTS WHERE THE 1971 EDITION OF ASME SECTION XI WAS THE CODE IN EFFECT AT THE START OF THE INTERVAL. +++
+++ EXREQ'S WITH A FIRST CHARACTER OF "P" ARE USED TO TRACK ASME SECTION XI PRESERVICE (PSI) INSPECTION PROGRAMS. +++
P01-01 P01-01 PRESERVICE INSPECTION COMPONENT LISTING - INTERVAL 01 PRESERVICE INSPECTION OF COMPONENTS BASED ON SECTION XI 1980 EDITION THROUGH AND INCLUDING THE WINTER 1981 ADDENDA P01-01 PRESERVICE INSPECTION STATUS REPORT INTERVAL 01 INTERVAL PERIODS : NOT APPLICABLE P02-01 P02-01 AUGMENTED EXAMINATION COMPONENT LISTING PSI REACTOR COOLANT PUMP FLYWHEEL INTEGRITY PER REGULATORY GUIDE 1. 14 P02-01 AUGMENTED EXAMINATION STATUS REPORT PSI INTERVAL PERIODS: NOT APPLICABLE 00000000000000040000044$ 0000404 ~ 000400044044040400ir444000044000040040000400
. t~'ttt ~ ttttttttttttttttttttttttttttttttttttttttttttttttttti~etttttttttttttt NUTECH PRISIM t CAROLINA POWER 3 LIGHT COMPANY t SHEARON HARRIS NUCLEAR POWER PLANT UNIT 1 t t PLANNING REFERENCE CLUSTER LISTING tttttttttttttttttt DATA ELEMENT : EXREQ PAGE 43 REVISION RRS2 DATE 86/05/14 tttttttttttttt tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
REFERENCE KEY DESCRIPTION P03-01 'P03"01 AUGMENTED EXAMINATION COMPONENT LISTING-PSI AUGMENTED EXAMINATION OF PIPING PER SAFETY EVALUATION REPORT QUESTION 250. 1 P03-01 AUGMENTED EXAMINATION STATUS REPORT-PSI INTERVAL:
PERIOD: NOT APPLICABLE P04-01 P04-01 AUGMENTED EXAMINATION COMPONENT LISTING PSI AUGMENTED EXAMINATION OF CLASS 2 PIPING FROM PENETRATION
'TO CONTAINMENT ISOLATION VALVE PER FSAR SECTION 6.6.8 P04-01 AUGMENTED EXAMINATION STATUS REPORT - PSI INTERVAL PERIODS c NOT APPLICABLE P05-01 P05-01 AUGMENTED EXAMINATION COMPONENT LISTING PSI AUGMENTED PSI EXAMINATION OF MAIN STEAM AND FEEDWATER PIPING IN THE BREAK EXCLUSION REGION PER FSAR SECTION 6.6.8.
P05-01 AUGMENTED EXAMINATION STATUS REPORT PSI INTERVAL c PERIODS :NOT APPLICABLE P06-01 P06-01 AUGMENTED EXAMINATION COMPONENT LISTING - PSI AUGMENTED PSI EXAMINATION OF PIPING: BETWEEN ISOLATION VALVES THROUGH PENETRATIONS PER FSAR SECTION 6 ~ 6.8 P06-01 AUGMENTED EXAMINATION STATUS REPORT- PSI INTERVAL PERIODS cNOT APPLICABLE P07-01 P07-01 AUGMENTED EXAMINATION COMPONENT LISTING-PSI AUGMENTED PSI EXAMINATION OF VESSELS-ITEMS REQUIRED BY PSI AND NOT REQUIRED BY ISI P07-01 AUGMENTED EXAMINATION STATUS REPORT-PSI tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt
~
~ i4000000004040000000000000000000004000000000000000000000I i400000000000000
'0 NUTECH PRI SIM 0 CAROLINA POWER 8 LIGHT COMPANY 0 0 SHEARON HARRIS NUCLEAR POWER PLANT - UNIT 1 0 0 PLANNING 0 REFERENCE CLUSTER LISTING 000000000000400000 0 DATA ELEMENT ? EXREQ PAGE 44 4 REVISION RRS2 0 DATE 86/05/14 004400000004400000000000t00000004000000000000000000000004000000000000000000 REFERENCE KEY DESCRIPTION
+++ EXREQ'S WITH A FIRST CHARACTER OF "R" ARE USED TO TRACK INSPECTIONS OF COMPONENTS THAT HAVE BEEN REPAIRED OR REPLACED. ESSENTIALLY, THIS IS A PRESERVICE INSPECTION OF THE "NEW" COMPONENT BEFORE IT IS PLACED IN SERVICE. +++
+++ EXREQ'S WITH A FIRST CHARACTER OF "S" ARE USED TO TRACK REPEAT (SUCCESSIVE) INSPECTIONS OF COMPONENTS THAT HAVE BEEN EXAMINED IN THE PAST AND HAD CONDITIONALLY ACCEPTABLE INDICATIONS. SUCCESSIVE EXAMINATIONS ARE REQUIRED IN ACCORDANCE WITH ASME SECTION XI e IWB 2420 AND IWC 2420m (81W) . +++
SR85-1 SR85-1 STATE OF NORTH CAROLINA REGISTERED VESSELS-INTERVAL-1 PRESSURE VESSEL AND SAFETY VALVE INSPECTIONS BASED ON 1985 EDITION OF THE BOILER AND PRESSURE VESSEL ACT SR85-1 STATE INSPECTION STATUS REPORT-INTERVAL-1 SO'1-01 501-01 SUCCESSIVE EXAMINATION COMPONENT LISTING: 83$ -01 SUCCESSIVE EXAMINATIONS IN ACCORDANCE WITH ASME SECTION XI, IWB-2420 AND IWC-2420 S01-01 SUCCESSIVE EXAMINATION STATUS REPORT? 835-01 V +++ EXREQ'S WITH A FIRST CHARACTER OF "V" ARE USED TO TRACK VOLUNTARY INSPECTION PROGRAMS. +++
V01-01 V01 "01 VOLUNTARY EXAMINATION COMPONENT LISTING VOLUNTARY EXAMINATION-CLASS 1,2,83 COMPONENTS PSI AND 1ST INTERVAL ISI V01-01 VOLUNTARY EXAMINATION STATUS REPORT INTERVAL:
PERIODS : NOT APPLICABLE 00000000t040000000t0440000000000000040444444000000000000ttttttt00000000tttt
~
~
eatttttttttttttttttttttttttttttttttttttttttttttttttttttttivttttttttttttttt NUTECH PRISIM t CAROLINA POWER 8 LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT UNIT ttttttttttttttttttt 1
t PLANNING REFERENCE CLUSTER LISTING DATA ELEMENT : EXREQ PAGE 45 REVISION RRS2 t DATE 86/05/14 tt tttttttttttttttttttttttttttt tttt
~ ~~ ~ ttttttttttttttttttttttttttttttttttttt REFERENCE KEY DESCRIPTION
+++ EXREQ'S WITH A FIRST CHARACTER THAT IS NUMERIC (N) ARE USED TO TRACK THE ASME SECTION XI EXAMINATION PROGRAM(S)
APPLICA8LE TO EACH INSPECTION INTERVAL. (SEE EXREQ'S STARTING WITH "E" FOR THE ONLY EXCEPTION TO THIS RULE) +++
12W-04 TESTING OF THE FOURTH INTERVAL 81W-01 COMPONENT LISTING AND ISI 10 YEAR PLAN: 81W-O'I ASME SECTION XI% 1980 EDITION THROUGH AND INCLUDING THE WINTER 1981 ADDENDA, INTERVAL 0'I ONLY INSERVICE INSPECTION STATUS REPORT: 81W-01 835-01 COMPONENT LISTING AND ISI 10 YEAR PLAN: 83$ -01 ASME SECTION XI, 1983 EDITION THROUGH AND INCLUDING THE SUMMER 1983 ADDENDA, INTERVAL 01 ONLY INSERVICE INSPECTION PROGRAM STATUS REPORT : 835-01 90W"02 TESTING OF SECOND INTERVAL 99W-03 TESTING OF THE THIRD INTERVAL}}