ML18005A365
| ML18005A365 | |
| Person / Time | |
|---|---|
| Site: | Harris  |
| Issue date: | 02/12/1987 |
| From: | CAROLINA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML18005A336 | List: |
| References | |
| TMM-110, NUDOCS 8803160357 | |
| Download: ML18005A365 (96) | |
Text
OS2 CAROLINA POWER 4 LIGHT COMPANY 0
SHEARON HARRIS NUCLEAR POWER PLANT PLANT OPERATING MANUAL VOLtlME 6 PART 1
PROCEDURE TYPE:
Technical Support Management Manual NUMBER:
TMM-110 TITLE:
Receiving Packaging, Storage and Maintenance Requirements for Spare Parts, Material, and Components REVISION 1
APPROVED:
SIGNATURE FES g g tS87 DATE I
II 1I Eg MANAGERT CHNtCALSUPPORT
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P TA yy I "g II II"i)Q~'~
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~PI~q iieet Page 1 of 13
OS2 Seetiee Table of Contents
~Pa e
1.0 PURPOSE AND SCOPE 2 ~ 0 REFERENCES 3.0 RESPONSIBILITIES 3.1 Technical Support 3.2 Material Control 3.3 Maintenance 4'
DEFINITIONS 5 '
PROCEDURE 5.1 Receiving 5.2 Storage 5.3 Packaging 5.4 Maintenance'.
0 DIACRAMS/ATTACHMENTS 6.1 Attachment 1 - Storage 4
4 6
6 6
6 6
9 9
9 10llll and Maintenance Sheet 12 TMM-110 Rev.
1 Page 2 of 13'
OS2 List of Effective Pa es 1
13 Revision TMN-110 Rev.
1 Page 3 of 13
OS2 1.0 PURPOSE AHD SCOPE This procedure establishes the technical requirements and assigns the responsibilities for compliance vith the receiving, packaging,
- storage, and maintenance criteria as set forth in Regulatory Guide 1 ~ 38 and ANSI N45 ~ 2' '
REFERENCES I.
Code of Federal Regulations, Title 10, Part 21 2.
Code of FederaL Regulations, Title 10, Peart 50, Appendix B
3.
USHRC Regulation Guide 1.30/AHSI 45.2.4, Quality Assurance Requirements for the Installation, Inspection,.
and Testing of Instrumentation and Electric Equipment 4.
USNRC Regulation Guide 1.33/ANSI 18.7, Quality Assurance Progzam Requirements 5.
USNRC Regulation Cuide 1.37/AHSI 45.2', Quality Assurance Requirements for Cleaning of Fluid Systems and Associated Components of Water Cooled Nuclear Pover Plants 6.
USNRC Regulation Guide 1.38/ANSI 45.2.2, Quality Assurance Requirements for Packaging,
- Shipping, Receiving,
- Storage, and Handling of Items for Water Cooled Nuclear Pover Plants 7.
USNRC Regulation Guide 1.39/ANSI 45.2.3, Housekeeping Requirements for Water Cooled Nuclear Povez Plants 8.
USNRC Regulation Guide 1.58/ANSI 45.2.6, Qual.ification of Nuclear Paver Plant Inspection, Examination, and Testing Personnel.
9.
USNRC Regulation Cuide 1.74/ANSI 45.2.10, Quality Assurance Terms and Definitions 10 ~
USHRC Regulation Guide 1.88/ANSI 45.2 ~ 9, Collection,
- Storage, and Maintenance of Nuclear Pover Plant Quality Assurance Records 11.
USNRC Regulation Cuide 1.1116/AHSZ 45.2.8, Quality Assurance Requirements for Installation, Inspection, and Testing of Mechanical Equipment and Systems 12.
USNRC Regulation Cuide 1.123/ANSI 45.2.13, Quality Assurance Requirements for Control of Procurement of Items and Services for Nuclear Paver Plants TMM-110 Rev.
1 Page 4 of 13,
082
2.0 REFERENCES
(Cont'd) 13.
AP-501, Plant Chemical and Matezial Controls 14.
CPSL Corporate QA Progzam Manual 15.
ASME Boiler and Pressure Vessel Code Section IZZ 16.
ANSI 45.2.2, Quality Assurance Requirements for Packaging, Shipping, Receiving,
- Storage, and Handling of Items for Water-Cooled Nuclear Power Plants.
(As amended by FSAR 1.8).
17.
HNP"9.3, Responsibilities for Packaging,
- Shipping, Receiving, Handling, Storage, and Maintenance of Spare Parts, Materials, and Components while under the Control of Warehousing Personnel 18.
PMC"001, Procurement and Cataloging of Parts, Material, Equipment, and Services 19.
PMC-002 Matezial Contzol Receiving 20.
PMC"003, Material Issue 21.
PMC-004, Tool Control 22.-
PMC-005, Storage of Material 23.
PMC-006, Packaging of Material 24.
PMC-007, Material Handling 25 'MC-008, Off-Site Shipment of Materials 26.
PMC-009, Housekeeping 27.
PMC-010, Gasoline Issue 28.
PMC-011, Compressed Gas Issue and Control 29.
MMM-003, Preventive Maintenance Program 30.
OQA-402, Receipt Inspection 31.
FPP-004, Control of Transient Combustibles 32.
FPP-007, Fire Protection Control of Flammable Liquids 33.
FPP-011, Explosive Material Safety TMM-110 Rev.
1 Page 5 of 13'
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OS2 3+0 RESPONSIBILXTIES 3'
Technical Su ort L ~
Technical Support shaLL establish the packaging, receiving, storage, and maintenance requirements for the items in stock and complete a storage and maintenance sheet (Attachment L) for the item.
2.
Technical Support shaLl resolve questions and problems reI.ated to receiving, packaging,
- storage, and maintenance of spare parts, materials, and components'.2 Material Control 1
Material Control shall receive,
- package, and store the item in accordance with the requirements set forth in the storage and maintenance sheets 2 ~
Material Control shall notify Maintenance that tpe item has been delivered to the site, if maintenance is required by the storage and maintenance sheet.
4 3.3 Maintenance
~
~'0 Maintenance shall schedule,
- perform, and track the maintenance requirements set forth in the storage and maintenance sheets.
4.0 DEFINITIONS 1.
Barrier - A flexible material designed to withstand the penetration of water, water vapor, grease, or harmful gases.
2.
Items - Any Level of unit assembly, including system, subsystem, subassembly, component, part, or material.
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Nonconformance - A deficiency in characteristic, documentation, or procedure which renders the quality of an item unacceptable or indeterminate.
Examples of noncomformance include:
Physical defects, test failures, incorrect or inadequate documentation, and deviation from prescribed processing, inspection, or test procedures.
4.
Package - The shipping container plus the contents of the container.
k 5.
Wrap - A flexible material, formed around the item or package to exclude dirt and to facilitate handling, marking, or Labeling.
6 ~
Shipping Damage Inspection TMM-110 Rev.
1 Page 6 of 13.
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OS2 4.0 DEFINITIONS (Cont'd) a Fire - Charred paper, wood or paint, indicating exposure to fire or high temperature.
b.
Excessive Exposure - Weather-beaten,
- frayed, rusted, or stained containers indicating prolonged exposure during transit.
C ~
Environmental Damage - Water or oil marks, damp conditions, dirty areas, or salt Eilm (indicating exposure to sea water or winter road salt chemicals)
~
d.
Tie-Down FaiLure - Shifted, broken, Loose or twisted shipping ties, and worn material under ties indicating improper blocking and tie down during shipment.
e.
Rough Handling - Splintered, tom, or crushed containers indicating improper handling.
Review of impact recording instrument readings.
7.
Item Inspection Identification and Marking " Verification, that identification and markings are in accordance with appLicable codes, specifications, purchase
- orders, drawings, standards.
Marking that is not quality related or which provides no traceability wilL not be inspected.
b.
Manufacturing Documentation - Assurance that the item received was fabricated,
- tested, and inspected prior to shipment in accordance with applicable code, specification, purchase order, and!or drawings C ~
Protection Covers and Seals - Visual inspection to assure that covers and seals meet their intended Eunction.
d.
Coatings and Preservatives - VeriEication that coatings and preservatives are applied in accordance with specifications, purchase
- orders, or manufacturer's instructions.
e.
Inert Gas Blanket - Verification that the inert gas blanket pressure is within the acceptable limits.
TMM-110 Rev 1
Page 7 of 13.
OS2 4 0 DEFINITIONS (Coat'd)
Desiccant - Verification that the desiccant is not saturated, as indicated through the use of humidity indicators.
Desiccaats shall be regenerated or replaced as necessary in accordance vith speciaL instructions.
Physi'cal Damage - Visual inspection to assure that parts of items are not broken, cracked> missing, deformed, or misaligned, and rotating parts turn without binding.
Accessible internal and external areas shall be free of detrimental
- gouges, dents, scratches, and burns.
h.
CLeanliness " Visual inspection to assure that accessible internaL aad external areas are vithin the specification requirements for dirt, soil, mill
- scale, veld spLatter, oil, grease, or stains.
If inspection for cLeanliness was performed prior to sealing and shipping and inspection upon receipt indicates that there has been no penetration of the sealed
- boundary, then inspection for internal clearance is optionaL ~
8.
Detailed Item Inspection rCcI
,4 a.
Physical Properties - Assurance that physical properties conform to the specified requirements and that chemical and physical test reports, if
- required, meet the requirements.
b.
Dimensions - Random visual inspection to assure that important dimensions conform with drawings aad specif ications
~
Examples are'.
base plate mounting holes, overall external sixe, configuration, and orientation of parts.
Weld Preparations - Random verification that veld preparations are in accordance with applicable dravings aad specifications.
d.
Workmanship - Visual inspection of accessible areas to assure that the workmanship is satisfactory to meet the intent of the requirements.
e.
Lubricants and Oils - Verification of presence of proper lubricants and oils, if required>
by either specification, purchase order, or manufacturer's instructions.
.e T%-LLO Rev.
1 Page 8 of 13 r
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OS2 4.0 DEFINITIONS (Cont 'd) f.
Electrical Insulation - Perfozmance of insulation resistance tests for motoxs, generators, control and power cables, to ensure conformance with specifications'.
Special Inspection - Special inspections shaLl be performed and the results of the inspection should be documented.
The special inspections documentation shall be sent thxough normal channels; and a copy wilL be attached to the item ox container.
10.
Storage and Maintenance Sheet shall consist of the receiving inspections
- required, storage level> packaging requirements, and maintenance required while in storage.
The requirement set forth in the Storage and Maintenance Sheet shall apply to all items from the time of receipt to issue.
The Storage and Maintenance Sheet will be referenced in block 25 of the NIRF> QA concurrence of the NIRF will include concurrence with the Storage and Maintenance Sheet.
5 ~ 0 PROCEDURE The receiving, packaging,
- storage, and maintenance during'torage shall be controlled by the approved Storage and Maintenance Sheet (Attachment
- 1) to prevent damage to the spare parts, materials>
and components in stock.
The receiving starts when the item arrives at the site before unloading or unpacking.
The storage is completed when the item is issued for use.
5.1
~Reaeivin Radioactive Material - Health Physics personnel shall be notified and present duxing the receipt inspection process.
Upon arzival of material at
- SHNPP, the receiving inspection requirements shall be performed in accordance with the storage and maintenance sheet referenced in the PM field (BLock 25),
and Reference 2.16, 2.19, and 2.30.
5.2
~Stoma e
Storage of material shall be in accordance with the Storage and Maintenance Sheet and Reference 2.16 and 2.22.
The level and methods of storage are necessary to minimize the possibility of damage oz lowering of quality due to corzosion, contamination, deterioration, or physical damage from the time an item is xeceived until the time the item is issued for use.
TMM-110 Rev.
1 Page 9 of 13
OS2 3.2
~State e (Coat'd)
SHNPP Storage Levels A = 60 F - 70'F A ~ 32'F - 50'F A ~ Less than 32'F 65X RH 8 ~ 40'F - 100'F C ~ None at SHNPP D ~ Outdoors, Posted 5.2.1 Care of Items Care of items in storage shall be exercised in accordance with the following.
Requirements for proper maintenance during storage shall be documented, and written procedures or instructions shall be established (see Storage and Maintenance Sheet).
1.
Items in storage shall have all covers,
- caps, plugs, or other'losures intact.
Methods used to seal openings shall be in accoxdance with ReEerence 2.16 and 2.22.
Covers xemoved Eor internal access at any time for any reason shall be immediately replaced and resealed.after completion of the purpose Eor removaL.
2.
Temporary preservatives shalL be Left intact during storage.
Should reapplication of preservatives be required at the site, only those previously approved shall be used.
3.
Other maintenance requirements specified by the Storage and Maintenance Sheet shall be pexformed.
5.3 Packagin while in Stora e
This section contains the requixements fox packaging of items Eor protection against corxosion, contamination, physical
- damage, or any efEect which would lower the quality or cause the item to deteriorate during the time it is in storage.
The packaging requirements are listed on the Storage and Maintenance Sheet and Reference 2.16 and 2.23 '
~ 3 ~ 2
~Cieeaia Cleaning includes the preparation of items Eor pxeservation or packaging, items shall be inspected for cleanliness immediately before packaging.
Any dixt, oil residue, metaL chips, or other forms of contamination shall be removed by documented cleaning methods.
Any entrapped wa>
z shall be removed.
Any item which is not immediately packaged shall be protected from Eurthex contamination.
The cleaning process includes selection of TMM-110 Rev.
1 Page 10 of 13
OS2 5.3.1
~Cleanin (Cant'd) cleaning compounds which shall not damage the item during cleaning or service.
Consideration shall include item composition, surface finish, complexity, equipment interface after installation.
The cleaning process shall remove Loose mill and heat scale, oil, rust, grease, paint, welding fluxes, chalk, abrasives, carbon
- deposits, coatings for NDT, and other contaminants which would interfere with the preservation packaging or other requirements.
Item surfaces after cleaning shall be free of cleaning media>
such as aluminum oxide, silica, grit, lint, chemical cleaning residue, petroleum solvent residue, etc.
5.4 Maintenance The maintenance requirements set forth in the Storage and Maintenance Sheet (Attachment
- 1) shall be performed and recorded.
These requirements are a compilation of information from Technical'Manuals, EQ Reports, Good Engine~ng Practices, Etc.
6' DIAGRAMS/ATTACHMENTS 6.1 Attachment 1 - Storage and Maintenance Sheet The below listed requirements are covered in OQA-402 (Receipt Inspection),
PMC"002 (Receiving Procedure),
PMC-005 (Storage of Material),
PMC-006 (Packaging of Material), and in TMM-110 (Receiving, Packaging,
- Storage, and Maintenance Requirements for Spare Parts, MateriaL, and Components) in the section indicated.
TMM-110 Section 4.6 Shipping Damage 4.7 Item Inspection 4.8 Detailed Item Inspection/Source Inspection 4.9 Special Inspection 5.2 Storage 5.3 Packaging 5.4 Maintenance NOTE0 Only the required items shall be included on each specific Storage and Maintenance sheet.
{Ifthere is no maintenance
- required, MAINTENANCE-NO shall be recorded.)
TMM-110 Rev.
1 Page 11 of 13
OS2 Sheet 1 of 2 STORAGE AND MAINTENANCE ATTACHMENT 1 EQUIPMENT/PART DESCRIPTION:
RESPONSIBLE THE INSPECTIONS,
- STORAGE, PACKAGING; AND MAINTENANCE ITEMS GROUP LISTED ARE REQUIRED ~
RECEIVING INSPECTIONS MoC.
i4 4 ~
QA IF Q,F,R M.C ~ IF N Fire Excessive Exposure Environmental Damage Item Ins ection Zdentification and Marking Manufacturing Documentation Protection Covers and Seals Coatings and Preservatives Tie Down Failure Rough Handling Inert Gas Blanket Desiccant Physical Damage CLeanness QA IF Q,F,R M.CD IF N Detailed Item Ins ection/Source Zns ection
- i 0 QA IF Q,F,R MoC.
ZF N Physical Properties Dimensions Weld Preparation Source Inspection S ecial Ins ection Workmanship Lubricants and Oils Electrical Insulation STORAGE M.C.
M.CD Level PACKAGING MAINTOP Bin Barrier Wrap
- Caps, Plugs Cushioning Crating and Skids Other Maintenance f] Yes
[] No AP"501 Fact Sheet Desiccants Contact Preservatives Thread Protectors Boxes Marking Manager Technical Support or Designee Date
- 0 TMM-110 Rev, 1
Page 12 of 13
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OS2 Sheet 2
of 2
~'torage and Maintenance
- ~
Equipment/Part
==
Description:==
Maintenance Initial I ~
Periodic
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'i TMM-110 Rev, 1
Page 13 of 13 F
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INITIAL ISSUE I%V OATK CKRR IIsI' CPS PAKE5S ICNAL ENO It4XR REGs NOs 0
CAROLINA POWER 8 LIGHT COMPANY l4JCLEAR O4) INXBIMT (KPARTlKNT RALEIQHs N s C s
~<SHEARON HARRIS NUCLEAR POWER PLANT TI'EQUIPMENT QUALIFICATION MASTER LIST 2$ 66 S 2500 COVER I
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2166-S-2500-RO PAGE 1 CAROLINA POWER 6 LIGHT COMPANY SHEARON HARRIS NPP-1 EQ DATA PACKAGE INDEX E UZPMENT TYPE E DP NO.
PURCHASE ORDER 8 2.0 MOTOR CONTROL CENTERS 2.0 TELEMECANIQUE 480 VAC 435143 3.0 VALVE OPERAXORS 3.1 TARGEX ROCK SOLENOID VALVES 3.2 ASCO SOLENOID VALVES (NP SERIES) 3.3 LIMIXORQUE MOXOR OPERAXORS (BOP) 3.4 BORG WARNER PNEU-HYD OPERATORS 3.5 PAUL MUNROE ELEC-HYD OPERATORS (MS PORV)
- 3. 6 ANCHOR DARLING PNEU-PISTON ACTUATORS 3.10 ZTX-GC ELECT-HYD OPERATORS 3.12
'IMITORQUE MOTOR OPERAXORS (NSSS) 3 13'
'ZMITORQUE MOXOR OPERATORS (RAD HARSH) 3.14 -'- ASCO SOLENOID VALVES (FX SERIES) 435243 W191003~~W191561~
435176~
435205'58780~
W183642 435013'35056~
435082~
435211 435193 435111 435013 435176~
435205~
435162 51661lp 189267, 173662~
189234 W189267F W189252$
W173667 p W178282p W189234 W162148~
W183622~
W183642~
W191003 4.0
'OXORS 4.1 SH 1 4.2 SH 1 4 4 SH 1 4.5 SH 1 4.7 4.10 4.12 JOY CONT. FAN COOLER RELUME (NUC-9) MOXORS SIEMENS ALLIS SW BOOSTER PUMP MOXOR SIEMENS ALLIS SFP CLG PUMP MOXOR WESTINGHOUSE MOTORS WESTINGHOUSE LARGE MOTORS CHJKHJMP MOXORS 435081 435105~
435149
- 435162, 435263 435018J 435043 W189501 W169467 6.0 CABLE 6.1 6.2 6.3 6.4 6.5 6.=6 6.7 6.8 6.9 6.10 BIW TRZAJEAL CABLE ANACONDA INST CABLE SAMUEL MOORE TJJEJROCOUPLE CABLE KERZTE PWR/CONT CABLE AIW INST CABLE ANACONDA MED VOLT CABLE ROCKBESXOS COAXIAL CABLE ROCKBESTOS CONTROL AND T/C CABLE ROCKBESTOS CONTROL AND T/C CABLE GE VULJCENE SIS WIRE 435264 435257~
435282 435087 435085 435084$
435246 435086
- 435144, 435220
- 435013, 435144 435013~
435144 H215337
,0 (2601NEL/ccj)
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2166-S"2500-RO PAGE 2 E DP NO.
PURCHASE ORDER 0 ANACONDA NSIS WIRE BRAND REX ULTROL SWITCHBOARD WIRE OKONZXE OKOZEL WIRE BRAND REX COAXIAL CABLE 6.11 6.12 6.13 6.14
$57411 H261012 H62669A H63897 8.0 SENSORS (PRESSUPZ~
PRESSURE DIFFERENTIAL AND NEUTRON)
GA ION CHAMBER GA HI-RANGE MONITORS GEMS LEVEL TRANSMITTERS ROSEMOUNT PRESS TRANS GOULD LOW RANGE DIFF PRESS TRANS GOULD WIDE RANGE PRESS TRANS BARXON DP TRANSMITTER 763/764 BARTON 763 PRESS TRANS BARXON 764 PRESS TRANS TOBAR 32PA2 AND 32DPl PRESS TRANS WESTINGHOUSE PAM NEUXRON DEZ WESXINGHOUSE 2 SECT PWR RGE EKCORE NEU DET BARXON 351 PRES SENSOR BARTON 353 SENSOR BARXON 752/753 PRESS TRANS GA RADIATION~
8.1 SH 1 8.2 SH 1 8.3 SH 1 8.4 8.6 8.10 SH 1 Soll SH 1 8.17 8.18 8.19 8.20 8.21 8.24 8.25 8.26 8.27 SH 1 LIMIT SWITCHES
- = -.:
9.1:
'AMCO EA-180 (NEk REPT)
(QTR-105) 9.0
- ~
NAMCO EA-180 (OLD REPT AND QXR"109)
NAMCO EA-170 ((PR-107) 9.2 9.5 9.6 9.10 NAMCO EA-740 NAMCO EA"180 (WEST SUPPLIED) 10.0 HEATERS 10.1 SH 1 BRASCH ELECTRIC HEATING COIL 13.0 INSTRUMENT RACKS AND
13.1 PANELS 13.2 13.8 EXO SENSORS H2 ANALYZER CABINET MERCURY LOCAL CONT CABINEZ AND RACKS H2 RECOMBINER SYSTEM 15.0 ELECTRICAL PENEXRATIONS
-15.1..-
-" - WESTINGHOUSE ELEC CONT PENEZRATION 15.2 SH 1.
CONAK AIR LOCK PENEHVTION
, 15.3 CONAX ECSA 16.0 ELECTRICAL ACCESSORIES
- 16. 1 16.2 16.3 16.4 16.5 RAYCHEM BISHOP NO.
17 TAPE OKONITE 35/T95 TAPE SCOTCH 33/35/130C TAPE THOMAS & BEXTS STA-KON TERMINALS 435220 435220 435275 435102 435289 435289 435294 W285110~
W407118 W407118~
M450727 W450764 W177181 W404835~
W414524 W414524 435220 435176'35211~
H58779~ H67681p 435013'35022~
435082'35162 435157'35162'35176~
435193 191003~
189267~
173662~
H67681 W191571 173662 J+35 152 435288 435134 W217 308 435144 435185 H55005 H51288 H54196 H66095 H54193 H20595 (2601NEL/ccj )
0
2166-S-2500-RO PAGE 3 DP NO.
~17.0 TERMINAL BLOCKS 17.2 17.3 MARAXHON TERM BLOCKS GE CR151 TERM BLOCKS H60828 H64585 29.0 INDICAXORS 29.1 SH 1 CROSBY VALVE POSITION INDICAXORS 435089 36.0 SWITCHES 36.1 36.2 SH 1 36.8 36.9 36.10 FCI LOW RAGNE FLOW SW MAGNEXROL LEVEL SW BARXON 581"4 PRESS IND SW BARXON 580A/581A PRESS IND SW SOR PRESS SW 435267~
435270 435271 W459261 W506565 H64053 39.0 XEMPERAXURE DECECXORS
- 39. 1 39.4 39.7 39.8 39.9 39.10
- 39. 11 39.12
- 39. 13, 39.14
- ~ - -:.--
- e-
-.-~ 39.15 SH 1 WEED THERMOCOUPLE ACU '3IKRMOCOUPLE (CONAX)
RDF 21204 RXD RDF 21205 RXD MINCO 58809/58810 RXD CONAX T-8 TERMINATION HEAD INCORE THERMOCOUPLES INCORE XHERMOCOUPLE REF JUNCTION BOX INCORE THERMOCOUPLE CONNECTORS INCORE XHERMOCOUPLE HPA/CSA TEC ISOKINEZIC SAMPLING 435286 435162 W265742 W265742 435917 H55005 W218452 H508424 W218452 H508424 435292 42.0 PNEUMATIC OPERAXORS '2. 1
"'2.2 BEXXIS PNEU OPR-NUCLEAR MODELS BEXTIS PNEU OPR-CB TYPE 435211'35205 435205 55.0 MISCELLANEOUS PANELS 55.1 GE LOCAL CONTROL PANEL H62192~ H65532 74.0 NON"ELECZRICAL PUMPS -
- 74.1 TERRY AUX FW PUMP TURBINE 435043 (260DIEL/cc j )
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i'33 1
2 3
2-18-88 SHNPP EQML CAR 2166 S 2500 RO 4
EBASCO TAG 77 SYST EOU SPECIFIC-ID REF REF-SPEC-ID COMPONENT EODP 8
7 8
2RC"V280SB-1 2RC"V281SA-1 TE-01RC-13135AM 1005 1005 EZF NYT RC-V281SA TE" 1313 NEX OJW 790-017 S8809 RX VESSEL HEAD VENT LINE ISOL RVLIS REACTOR HEAD CAPILLARY 301 R3 3909R2 1005 EZF RC-V280SB NEX 790-017 RX VESSEL HEAD VENT LINE ISOL 301 R3 9
l0ll 12 13 14 15 18 17 le 19 20 TE-0 IRC-13145AM 7E "01RC" 1315SAW TE-01RC-1317SAWX TE-0 IRC" 1318SAW TE-0 IRC-13195AM TE-01RC" 132358M TE-01RC-132ilSBW TE"01RC-1325SBW TE"0 IRC-1327SBWX TE-01RC-1328SBW TE-01RC-1329SBW LE-01RC-13105AM 1005 1005 1005 1005 1005 1005 1005 1005 1005 1005 1005 1005 NYT NYT NYT NYT NYT NYT NYT NYT NYT NYT NYT NYU TE-1314 TE-1315 TE-1317SAMX TE-1318 TE-1319 TE-1323 TE-1324 TE-1325 TE-1327SBMX TE-1328 TE-1329 LE-1310 0JW OJW OJW OJW OJM OJW OJW OJM OJW ONZ 58809 S8809 S8810 S8809 i
S8809 58809
'8809 58810
58809 9559D44G02 RVLIS REACTOR HEAD CAPILLARY RVLIS REACTOR HOT LEG RVLIS INSTALLED SPARE RVLIS CAPILLARY TO SEAL TABLE RVLIS CAPILLARY FROM SEAL MATE RVLIS REACTOR HEAD CAPILLARY RVLIS REACTOR HEAD CAPILLARY RVLIS REACTOR Hot LEG RVLIS INSTALLED SPARE RVLIS CAPILLARY TO SEAL TABLE RVLIS CAPILLARY FROM SEAL MATE RVLIS REACTOR HOT LEG 3SOBR2 3SOBR2
'909R2 3909R2 3909R2 3909R2 3909R2 3909R2
~ 3909R2 3909R2 3S09R2 825 Rl 21 22 23 24 25 28 27 28 29 30 31 32 LE-01RC-13115AM LE-01RC-13125AM LF.-01RC-132058M LE"01RC-132158M LE-01RC-1322SBW LT-0 IRC-13 105 AW LT701RC-13115AM LT-01RC-13125AM LT-01RC-132058M LI-01RC-132158M LT"01RC-1322SBW LIS-01RC" 1310SAW 1005 1005 1005 1005 1005 1005 1005 1005 1005 1005 1005 1005 NYU LE-1311 NYU NYV NYV iVYV NYV NYV NYV NYW LE-1322 LT-1310 LT-131 1 LT-1312 LT-1320 LT-1321 LT-1322 LI5-1310 NYU LE-1312.
NYU LE-1320 NYU LE-1321 ONZ ONZ ONZ ONZ 9559D44G01-9559044G01 9559D44G02 9559D44G01 9559D44G01 8765D64G04-1 8765064G04-2 8765D64G03-3 ONZ ONY ONY ONY ONY 8765064G04-1 ONY 8765084G04-2 ONY 8765964G03-3 ONZ 9557D89G01 RVLIS REACTOR HEAD RVLIS SEAL TABLE RVLIS REACTOR HOT LEG RVLIS REACTOR HEAD RVLIS SEAL TABLE RVLIS A:TRAIN UPPER ANGE RVLIS A'TRAIN FULL RANGE RVLIS A TRAIN DYNAMIC HEAD RVLIS STRAIN UPPER RANGE RVLIS B.TRAIN FULL RANGE RVLIS B TRAIN DYNAMIC HEAD RVLIS REACTOR HOT LEG 825 Rl 825 Rl
~ 825 Rl 825 Rl 825 Rl 826'2 826 R2 826 R2 826 R2 82G R2 826 R2 3608R2 33 34 35 38 LIS-01RC-13115AM LIS-01RC-13125AM LI5-01RC-1320SBW LI5-01RC" 132 1SBW 1005 1005 1005 1005 NYW NYW NYW NYW LIS-1311 LIS-1312 LIS-1320 LIS-1321 ONZ ONZ ONZ ONZ 9557089G01 9557DSSG01 9557089G01 9557D89G01 RVLIS REACTOR HEAD RVLIS SEAL TABLE i'VLIS REACTOR HOT LEG RVLIS REACTOR HEAD 3608R2 3608R2
.. 3608R2 3608R2 37 38 39 40 NE-01RE-0042WS NE-01R E -004 3WS 4I 42 43 44 45 48 47 NE"01RE-0044WS NE-01RE-0060WS NE-01RE-0061WS TE-01RE-0001SAW TE-01RE-0010SAW E-01RE-0011SAW 48 T
LI5-01RC-132258M PT-01RC-04021 M PT"01RC-0403 IVW NE-01RE-004 1MS
. 1005 1005 1005 1045 1045 1045 1045 1045 1045 1050 1050 1050 NYW NZA NZA DCR DCR OCR OCR PPA PPA CAT CAT CAT LI5-1322 PT-402 PT-403-NE-4 1 NE-42 NE-43 NE-44 NE-60 NE-Gl TE-1SA
'E-10SA TE-11SA ONZ ONY BFL OVP 9557089G01 8765D65G03 8765066G05 WL-23686 OVP WL-23686,'.
OVP WL-23686.
~
~
OVP WL-23686 -i OVP WL-23686'VP WL-236864 PTW 6114E76G47 PTM 6114E76G47 PTW 6114E76G47 RVLIS SEAL TABLE RVLIS REACTOR HOT LEG RVLIS REACTOR HOT LEG DETECTOR
- JY1, DETECTOR WELL AT DETECTOR AI2 DETECTOR WELL AT DETECTOR 93, DETECTOR MELL AT DETECTOR 174, DETECTOR WELL AT NEUTRON DETECTOR NE-60 NEUTRON DETECTOR NE-61 TE" 1SA!
TE-10SA TE-11SA'608R2 826 R2 819 R2 821 Rl 821 Rl 821 Rl 821 Rl 820 RO 820 RO 3911R1 39 11R1 39 11R1 49 5
Tg-5 TE-5 TE-TE-01RE-00025AM TE-01RE-00205AM TE-01RE-00215AM TE-01R E-00225 AW TE-01RE-0012SBW TE"01RE-00135AM TE-01RE-0014SAW TE-01RE-00155AM 01RE-00165AM 01R E-0017SBW 01RE-0018SBW TE-01R E-0019 S8W 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT TE-1258 TE" 13SA TE-14SA TE-15SA TE-16SA TE-17SB TE" 18SB TE-19SB TE-2SA TE-20SA TE "21SA TE-22SA PTW PTW PTW PTW PTW PTW PTW PTW PTM PTW PTW PTW 61 14E76G47 6114E76G47 6114E76G47 61 14E76G47 6114E76G47 6114E76G47 6114E76G47 6114E76G47 6
14E7GG47 Gj 1 14 E76G47 Gj114E76G47 6114E7$
647'ol TE-125$
TE-13S(
TE-14SA, TE-15SA TE-16SA TE-17SB
'E" 18SB I TE" 19SB TE-2SA i TE-20SA TE-21SQ TE-22SA
'E 3911R1
~ 3911R1
.'. 3911R1 3911R1
" 3911R1 i ~ 3911R1 3911R1 3911R1 3911R1 3911R1 3911R1 3911R1
'18-88 SHNPP EQ "4166 S 2500 RO ASi TAG
'SYST EOU SPECIFIC-IO REF
~'t.EC-IO COMPONENT EQDP TE OIRE 00235AM TE-0IRE 0024SAW TE-OIRE-00255AM 1050 CAT TE-23SA 1050 CAT TE-24SA 1050 CAT TE-25SA PTM PTM PTW 61 14E76G47 61 14E76G47 6 $ 14 E76G47 TE-23SA 3911R I TE"24SA
~ 3911R I TE-25SA 3911RI 9
'IO
'll
'l2 TE-OIRE-00265AM TE-OIRE-002758M TE-OIRE-00285AM TE"OIRE-002958M 1050
$050 CAT CAT 1050 CAT 1050 CAT TE-26SA TE"2758 TE-29SA TE-2958 PTW PTW PTW PTW 6114E76G47 61 14E76G47 61 14E76G47 61 14E76G47 TE-26SA TE-.27SB TE-28SA TE-29SB 3911R I 3911R I.
39$ IR I
'91 IR I 13 14
$ 5 10 17 18 19 20
~TE"OIRE 0003SBW TE"OIRE-0030SBW TE 0IRE-0031SBW TE-OIRE-0032SBW TE-0IRE-0033SAW TE-0IRE-0034SAW TE-0 IRE"003558M TE-0IRE-0036SBW 1050
$050 1050
$050 1050 1050 1050
$050 CAT CAT CAT CAT CAT CAT CAT CAT TE-358 TE-3058 TE-3158 TE-32SB TE-33SA TE-34SA TE-3558 TE"36SB PTW PTW PTW PTM.
PTW PTM PTW PTW 61 14E76G47 6 I $ 21 E76G47 6$ 14E76G47 6 1 14E76G47 6114E76G47 6 1 14E76G47 6114EVBG47 61 $ 4E76847 TE-358 TE-30SB TE-31SB TE-3258 TE-33SA TE-34SA TE-35SB TE-3658 391 IR I 391 IR I 39 I IR I 3911R I 391 IR I 3911RI 3911R I 3911RI 2I 22 23 24 TE-0IRE-0037SBW TE-0IRE-0038SB'M TE-OIRE"00395AM TE"OIRE-0004SAM 1050 1050 1050 1050 CAT CAT CATi CAT TE-3758 TE-38SB TE-39SA TE-4SA PTW 6114E76G47 PT'W. 6114EVGG47.
PTW 6114E76G47 PTM '$ 14E76G47 TE-3758 TE-38SB t
TE"39SA TE-4SA l 391 IR I 3911R I 3SI IR I 391 1R I
'25 20 27 28 29 30 3I 32 33 34 35 36 TE OIRE-0040SAW TE-OIRE-0041SAW TE"OIRE-0042SBW TE-OIRE-0043SBW TE OIRE 004458M TE-OIRE-0045SBW TE-OIRE-004658M TE-0IRE-0047SAW TE-OIRE"00485AM TE-OIRE-0049SAW TE"OIRE-0005SAW TE-0IRE-0050SBW
$050 1050 1050 1050
$050 1050 1050 1050
$050 1050 1050 1050 CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT TE-40SA TE"4 ISA TE-4258 TE-4358 TE-4458 TE-4558 TE-4658 TE-47SA TE-48SA TE-49SA TE-5SA TE-50SB PTW PTW PTW PTM PTW PTM PTW PTW PTW PTW PTM PTW 6114E76G47 61 14E76G47 61 $ 4E76847 6 I 14 E76G47 6114E76G47 61 $4E76G47 6114E76847 6114E76847 6114E76G47 6 1 14E76G47 61 14E76G47 6114EVGG47 TE-40SA TE-4 ISA TE-4258
'TE-43SB TE-4458 TE-4558 TE-4658 TE-47SA TE-4BSA" TE-49SA TE-5SAl TE-5058 3911RI 391 1R I 391 IR I 39 $ 1R I 3911R I 3911R I 3911R I 3911R I 39 1 IR I 3911R I 3911R 3911RI
. 37 38 39 40 41 4'2 43 44 45 40 47
. 48 TE-OIRE-0051SBW TE-0IRE-0006SBW TE"0 IRE 0007SBM TE-0 IRE-0008SBM TE-OIRE-000958M dB-ISA UB"2SB TE-0IRE-00015AW TE-0 I RE-0010S AM TE-0IRE-00$ 1SAW TE-0IRE-0012SBW TE-0 IRE-00135AM
$050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 CAT CAT CAT CAT CAT OFR OFR TBX TBX TBX TBX TBX TE-5158 TE-658 TE-VSB TE-BSB TE-958 BRd-I BRtf-2 TE-ISA TE-IOSA TE-I ISA TE-1258 TE" 13SA PTW PTW PTW PTW PTM PUW PUW PTW PTW PTM PTW PTW 6114E76G47 6 $ 14 E76G47 61 14E76G47 61 14E76G47 6114E76G47
'WX-34794 A
WX-34794-A 700212-60
'00212-60 700212-30 700212-40 700212-40 TE-5158 TE-658 TE-VSB-,
TE-BSB'91 1R I
= 39$ 1RI 39$ 1R I 3911R I TE-958,'911R I
REFERENCE JUNCTION BOX PI SA 3912R3 REFERENCE tlUNCTION BOX t72 SB 3912R3 TYPE I IEXT CABLE W
LEMO 8 CON 3913RI TYPE I 'EXT CABLE W
LEMO 8 CON 3S13RI TYPE I.EXT CABLE W/ LEMO 8 CON 3913RI TYPE I EXT CABLE.W/ LEMO 8 CON 3913RI TYPE I 'EXT CABLE M/ LEMO 8 CON 3913RI 49 50 61 5
53 6
6 5
TE-OIRE 0014SAW TE-0 IRE-0015SA W TE-OIRE-00$ 6SAW TE-0IRE "0017SBW TE-OIRE"001858M TE-OIRE-00$ 9SBW TE-OIRE"0002SAW TE-OIRE-00205AM 1050 1050 1050 1050 1050 1050 1050 1050 TBX TBX TBX TBX TBX TBX TBX TBX TE-14SA TE-$ 5SA TE-16SA TE"$ 758 TE-18SB TE" 1958 TE-2SA TE-20SA PTW PTM PTW PTW 700212" 50 700212",40
'00212-50
'00212L30 PTW 700212",30 PTM 700212-50 PTM 700212-60
~
PTM 700212-50 TYPE I EXT CABLE M LEMO 8 CON TYPE: I'EXT CABLE W/ LEMO 8 CON TYPE I'EXT CABLE W/ LEMO 8 CON TYPE'=" 1'EXT CABLE W/ LEMO 8 CON TYPE I EXT CABLE W
LEMO 8 CON TYPE,'
EXT CABLE M/ LEMO 8 CON TYPE' EXT CABLE W/ LEMO 8 CON TYPE 1
EXT CABLE W/ LEMO 8 CON 3913R I 3913R I 3913R I 3913R I 3S13R I 3913R I 3913R I 3913R I TE-OIRE 0021SAW TE-0IRE"00225AM TE-0 IRE "00235AM TE-OIRE"00245AM FORM 0'll3 102/83I 1050 1050 1050
$050 TBX TBX TBX TBX TE-2 ISA TE-22SA TE-23SA TE-24SA PTW PTM PTW PTW 700212-;30 7002 $2 700212-40, 700212" 50 "
)
~
TYPE, I EXT CABLE W
LEMO 8 CON TYPE I EXT CABLE W/ LEMO 8 CON 3913R I 39$ 3R I t
~
lt I
I TYPE 1
EXT CABLE W/.LEMO 8 CON" 3913RI TYPE 'I EXT CABLE W/ LEMO 8 CON 3913RI
135 4
5 8
7 8
9 loll l2 13 14 15
'18 17 le 19 20 21 22 23 24 25 28 27 28 29 30 31 32 33 34 35 38 2-18-88 EBASCO TAG AI TE-0 IRE-0025SAW TE-OIRE-00265AM TE-0 IRE-0027SBW TE-0 IRE-00285AM TE-0 IRE-0029SBM TE-0IRE-000358M TE 0IRE-0030SBW TE"0IRE-0031SBW TE-0IRE-0032SBW TE-0 IRE-00335AM TE-0 IR E-0034 SAW TE-0 IRE-003558M TE-OIRE-0036SBW TE-0 IRE-0037SBW T E -01R 5 -003 8S8W TE"OIRE-00395AM TE"OIRE-00045AM TE-OIRE-00405AM TE-0 IRE-004 I SAW TE-0 IRE-004258W TE-OIRE-004358M TE-01RE-004458M TE-0 IRE-004558W TE-01RE-0046SBW TE-0 I RE-0047 SAW TE"01RE-0048SAW T E"0IRE-0049 5AW TE"OIRE-0005SAW 7E-0IRE-005058M TE"0IRE-005158M TE"0IRE-0006SBW SIHNPP EQML CAR 2166 S 2500 RO SYST EOU SPECIFIC-IO REF 1050 TBX TE-25SA PTW 700212-40 TYPE I
EXT CABLE W/ LEMO 8 CON 3913R I 1050 1050 TBX TBX TE-.26SA TE-2758 PTW PTW 700212 7002 12-40 I TYPE TYPE I EXT CABLE W/ I.EMO 8 CON 3913R I I
EXT CABLE W
LEMO 8 CON 3913RI 1050 1050 1050 1050 1050 1050 1050 1050 TBX TBX TBX TBX TBX TBX TBX TBX TE-28SA TE-29SB TE-3SB TE-30SB PTW 700212-30 PTM '700212" 40 5 PTM 700212-30 l PTW 700212-40
'E "3158 PTW 700212-40
'E-32SB, PTW 700212-40 TE-33SA PTW 700212-30 TE"34SA PTW 700212" 60
'YPE TYPE 7YPE TYPE TYPE TYPE
'TYPE TYPE I
EXT CABLE W
LEMO 8 CON 3913RI 1
EXT CABI.E M/ LEMO 8 CON 3913A1
'I EXT CABLE W/ LEMO 8 CON 3913RI EXT CABLE W
LEMO 8 CON 3913RI I EXT CABLE W
LEMO 8 CON 3913RI EXT CABLE W/ LEMO 8 CON 3913RI EXT CABLE W/ LEMO 8 CON 3913RI I EXT CABLE M LEMO 8 CON 3913RI 1050 1050 1050 1050 TBX TBX TBX TBX TE-3558 TE-36SB TE"37SB TE-38SB PTW
'700212-40
'TW 700212" 30 I TW 700212-.501 PTW
'700212-50
'YPE TYPE TYPE TYPE EXT CABLE W
LEMO 8 CON 3S13RI 1
EXT CABLE M/ LEMO 8 CON 3913RI EXT CABLE W/ LEMO 8 CON 3913RI EXT CABLE W
LEMO 8 CON 3913RI 1050 1050 1050 1050 TBX TBX TBX TBX TE-39SA TE-4SA TE-40SA'E-4 ISA PTW PTM PTW PTW
'700212-,30 7002 12-60 700212-30 7002 12-30 TYPE TYPE TYPE 7YPE I
EXT CABLE W
LEMO 8 CON 3913RI I EXT CABI.E W/ LEMO 8 CON 3913A I EXT CABLE W/ LEMO 8 CON 3913R'I 1
EXT CABLE W/ LEMO 8 CON 3913RI 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 TBX TBX TBX TBX TBX TBX TBX TBX TBX TBX TBX TBX TE-42SB TE"4358 TE-4458 TE-4558 TE-4658 7E-47SA TE-48SA TE-49SA PTW PTW PTW PTW PTW PTW PTW PTM TE-5SA PTW TE-50SB PTW TE-51SB
~
~ PTW PTW TE-658 700212-50 7002 12-60 700212-60 7002 12-60 700212-50 700212-40
-7002 1 2-50 7002 12-40 TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE 700212" 60 TYPE 700212-60 TYPE 700212-50
- TYPE 7002 12-30 TYPE EXT EXT EXT I
EXT I EXT I
EXT 1
EXT EXT CABLE M CABLE W/
CABLE W/
CABLE W
CABLE W CABLE M/
CABLE W/
CABLE W/
I.EMO 8 CON 3913R I LEIho 8 CON 3913RI LEMO 8 CON 3913RI LEMO 8 CON
. 3913RI LEMO 8 CON 3913R'I I.EMO 8 CON'913R I LEMO 8 CON 3913R1 LEMO 8 CON 3913RI
- 1. EXT CABLE W
LEMO 8 CON 3913RI EXT CABLE W/ LEMO 8 CON: 3913R1 1, EXT CABLE W/ LEMO 8 CON 3913RI
'I EXT CABLE W/ LEMO 8 CON 3913R I REF"SPEC"ID COMPONENT EOOP PAGE 6 37 38 39 40 41 42 43 44 45 48 47 48 49 50 51 52 53 5
55 5
5 5
5 8
TE 01RE-0007SBW TE-OIRE-0008SBW TE-01RE-0009SBW TE-0 IRE-0001SAW TE-OIRE"00105AM TE-OIRE-0011SAW TE"0IRE-001258M TE-OtRE-0013SAW TE-0IRE-0014SAW TE-OIRE-0015SAW TE-0IRE-0016SAW TE-0IRE-0017SBW TE"0IRE-001858W TE"01RE-001958M TE-OIRE"00025AM TE-0 IRE-0020SAW TE"01RE-0021SAW TE-01RE-0022SAW TE"OIRE-0023SAW TE-0IRE-00245AM TE-0 IRE-00255AM TE-01RE-00265AM TE-OIRE-002758M.
TE-OIRE-00285AM 1050 1050 1050 1050 1050 1050 1050 1050 TBX TBX TBX TBY TBY TBY TBY TBY 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 TBY
'IBY TBY TBY TBY IBY TBY TBY TBY TBY TBY TBY TBY 1050 TBY 1050 'BY 1050 TBY TE-758 TE-BSB TE-SSB TE-1SA TE-IOSA TE-I ISA TE" 1258 TE" 13SA TE-14SA TE" 15SA TE-16SA TE-1758 TE-18SB TE-1958 TE-2SA TE-20SA TE-21SA TE-22SA TE-23SA TE-24SA TE-25SA TE-26SA TE-2758 TE-28SA PTW PTW PTW PTW 700212-30 7002 12-50
=
700212-60 7002 12-140 PTW PTM PTW PTW PTW PTW PTW PTW 7002 12-140 700212-140 700212-140 700212-140 700212-140 700212-140 700212" 140 700212-140 I ~ le PTW 700212-140 PTM 700212-140 PTW - 700212-t40 PTW 700212-140 PTW 700212-140 PTW 700212-140 PTW 700212-140 PTW 700212-140 PTM 700212-140 P TW 7002 12-140 PTM 7002 t2" t40 PTW '00212-140 TYPE TYPE TYPE TYPE TYPE 7YPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE TYPE EXT CABLE W
LEMO 8 CON 3913RI EXT CABLE W/ LEMO 8 CON 3913R1 EXT CABLE W/ LEMO 8 CON - 3913AI IIiEXT CABLE W
LEMO 8 CO 3913RI III EXT CABLE"iW LEMO 8 CO 3913R 'I IIlEXT'ABLE,".M/ LEMO 8 CO '913RI II( EXT CABLE lw/ LEMO 8 CO. 3913R1 IIIEXT CABLE W/ LEMO 8 CO '913RI IIiEXT CABLE.W LEMO 8 CO 3913RI IItEXT CABLE W/ LEMO 8 CO
< 3913RI IIiEXT CABLE W/ LEMO 8 CO,> 3913RI II'XT CABLE W
LEMO 8 CO 3913RI IIIEXT CABLE IIIEXT CABLE III EXT CABLE IIIEXT CABLE II EXT CABLE II EXT CABLE II EXT CABLE II EXT CABLE W
LEMO 8 CO
'. 3913AI lW/ LEMO 8 CO, 3913RI (W/'EMO 8 CO '913RI M/ LEMO 8 CO 3913R1 W
LEMO 8 CO 3913RI W/ LEMO 8 CO 3913RI W/ LEMO 8 CO", 3913RI W/ LIMO 8 CO,",,'913RI IIlEXT CABLE IW "LEMO 8 CO 3913RI III EXT CABLE IW/ LEMO 8 CO. '913R I IIlEXT CABLE W/ LEMO 8 CO 3913RI IIlEXT CABLE W
LEMO 8 CO 3913R I 88 AS( i TAG i7 SYST EQU SPECIFIC-ID N*~
SHNPP EQ REF 2166 S
-~vEC-ID 2500 RO COMPONENT EQDP 9
'IO 11 12 TE-358 TE-3058 1050 1050 TBY TBY TE-01RE-0003SBW TE"01RE-0030SBW TE-01RE-0031SBW TE-01RE-0032SBW TE-0 IRE-0033SAW TE-DIRE-0034SAW 1050 1050 1050 1050 TBY TBY TBY TBY TE-3158 TE-3258 TE-33SA TE-34SA TE-01RE-0029SBW 1050 TBY TE-2958 PTW PTW PTW PTW PTW PTW PTW 700212-140 7002 1 2-140 7002 12-140 700212-140 700212-140 7002 I2" 140 700212-140 TYPE II EXT CABLE W/ LEMO 8 CO 3913R I TYPE II EXT CABLE W/ LEMO 8 CO
~ 3913RI TYPE II EXT CABLE W
LEMO 8 CO 3913R1 TYPE II EXT CABLE W/
LEMO 8 CO 3913R I TYPE 11 EXT CABLE W/ LEMO 8 CO 3913R I TYPE II EXT CABLE W/ LEMO 8 CO 3913RI TYPE II EXT CABLE W
LEMO 8 CO 3913R I 12 14 15 18 17 18 19 20 2'I 22 22 24 25 28 27 28 TE-01RE-0035SBW TE-OfRE-0036SBW TE-01RE-0037SBW TE-01RE-0038SBW TE-01RE-0039SAW TE-01RE-0004SAW TE-01R E-0040SA W TE-01RE-0041SAW TE-01RE-0042SBW TE-01RE-0043SBW TE-DIRE
"0044SBW TE-DIRE-0045SBW TE-01RE-0046SBW TE-01RE-0047SAW TE-01RE-0048SAW TE-01R E-0049 S AW 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 TBY TBY TBY TBY TBY TBY TBY TBY TBY TBY TBY TBY TBY TBY TBY TBY TE-3558 TE-3658 TE-3758 TE-3858 TE-39SA TE-4SA TE-40SA TE-41SA TE-4258 TE-4358 TE"4458 TE-4558 TE-4658 TE-47SA TE-48SA TE-49SA PTW PTW PTW PTW PTW PTW PTW PTW PTW PTW PTW PTW PTW PTW PTW PTW 7002 1 2-140 700212-140 700212-140 7002 12-1 40 7002 1 2-140 700212-140 700212-1 40 700212-140 700212 140 700212" 140 7002 1 2-140 700212" 140 700212-140 700212-140 700212-140 7002 1 2-140 TYPE II EXT CABLE W LEMO 8 CO 3913RI TYPE II EXT 'CABLE W/ LEMO 8 CO 3913R1
'TYPE II EXT CABLE W/
LEMO 8 CO
. 3913R1 TYPE II EXT CABLE W
LEMO 8 CO 3913RI TYPE II EXT CABLE W
LEMO 8 CO 3913R I TYPE II EXT CABLE W/ LEMO 8 CO 3913RI TYPE II EXT CABLE W/ LEMO 8 CO
~ 3913R1 TYPE II EXT CABLE W
LEMO 8 CO 3913R I TYPE II EXT CABLE W
LEMO 8 CO, 3913RI TYPE II EXT CABLE W/ LEMO 8 CO 3913RI TYPE II FXT CABLE W/ LEMO 8 CO
. 3913RI TYPE II EXT CABLE W
LEMO 8 CO'913R1 TYPE II EXT CABLE W
LEMO 8 CO 3913RI TYPE II EXT CABLE W/ LEMO 8 CO 3913RI TYPE II EXT CABLE W/ LEMO 8 CO 3913RI TYPE 11 EXT CABLE W/ LEMO 8 CO 3913RI 30 3I T
32 T
33 T
34 35 38 TE-01RE-0005SAW TE-01RE-0050SBW E-01RE-0051SBW E "01RE-0006SBW E-DIRE-0007SBW TE"01RE-0008SBW TE-0 IRE-0009SBW JB" 1SA 1050 1050 1050 1050 1050 1050 1050 1050 TBY TBY TBY TBY TBY TBY TBY TBZ TE-5SA TE-5058 TE-5158 TE-6SB TE-758 TE-BSB TE"958 BRJ-1 "A1 PTW PTW PTW PTW PTW PTW PTW 7002 12" 140 7002 12" 140 700212-140 700212-140 700212-140 700212-140
,700212-140 TYPE II EXT CABLE W
LEMO 8 CO, 3913R1 TYPE II EXT CABLE W/ LEMO.8 CO '913R I TYPE II EXT CABLE W/ LEMO 8 CO 3913R1 TYPE II EXT CABLE W/ LEMO 8 CO 3913R1 TYPE II EXT CABLE W
LEMO 8 CO: 3913RI TYPE II EXT CABLE W/ LEMO 8 CO 3913RI TYPE II EXT CABLE W/ LEMO 8 CO,
~ 3913RI BRASS HPA & CSA FOR RTD 4 WIR 3914RO 37 38 39 40 41 42 43 44 45 48 47 48 JB-1SA JB-ISA JB-258 JB-2SB JB"2SB TE-0 IRE-0001SAW TE-DIRE-0010SAW TE-OjRE-001 1SAW TE-0 IRE-0012SBW TE-01R E-0013SA W TE"01RE-0014SAW TE-01RE-0015SAW 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 1050 TBZ TBZ TBZ TBZ TBZ TBZ TBZ TBZ TBZ TBZ TBZ TBZ BRJ-1-A2 BRJ-1 "A3 BRJ-2-81 BRJ-2-82 BRJ-2-83 TE-1SA TE-10SA TE-11SA TE-12SB TE-13SA TE-14SA TE" 15SA 1
000 000 000
~,
I
)i-I NONE REQUIRED NONE REQUIRED..
NONE REQUIRED NONE REQUIRED NONE REQUIRED NONE REQUIRED.
NONE REQUIRED BRASS HPA & CSA FOR RTO 4 WIR; 3914RO BRASS HPA & CSA FOR RTD (4 WIR 3914RO BRASS HPA & CSA FOR RTD (4 WIR 3914RO BRASS HPA & CSA FOR RTD (4 WIR 3914RO BRASS HPA & CSA FOR RTD 4 WIR '914RO STAINLESS STEEL HPA & CSA FOR I '914RO STAINLESS STEEL HPA & CSA FOR I. 3914RO STAINLESS STEEL HPA & CSA FOR I 3914RO STAINLESS STEEL HPA & CSA FOR
~I, 3914RO STAINLESS STEEL HPA & CSA FOff
~ - 3914RO-STAINLESS STEEL HPA & CSA FOR 4. 3914RO STAINLESS STEEL HPA & CSA FOR
~
3914RO 49 50 SI 5
TE-01RE-0016SAW TE-01RE-0017SBW TE-01RE-001BSBW TE-01RE "0019SBW 1050 1050 1050 1050 TBZ TBZ TBZ TBZ TE-16SA TE-17SB TE-1858 TE-1958 NONE REQUIRED STAINLESS STEEL HPA 8 CSA FOR, 3914RO NONE REQUIRED I STAINLESS STEEL HPA & CSA FOR 3914RO NONE REQUIRED i. STAINLESS STEEL HPA & CSA FOR '.
q 3914RO NONE REQUIRED STAINLESS STEEL HPA & CSA FOR I 3914RO
~ TE-01RE-0002SAW TE-01RE-0020SAW TE-01RE-0021SAW TE-01RE-0022SAW TE-01R E-0023 SAW TE-01RE-0024SAW TE"01RE-0025SAW TE"01RE-0026SAW FORM O'II3 102I83) 1050 1050 1050 1050 1050 1050 1050 1050 TBZ TBZ TBZ TE-2SA TE-20SA TE-21SA TBZ TBZ TE-25SA TE-26SA TBZ TE"22SA TBZ TE-23SA TBZ TE"24SA 000 000 000 000 NO E REQUIRED NONE REQUIRED NONE REQUIRED.:
NONE REQUIRED I
I'
~
~
000 NONE REQUIRED 000 NONE fIEQUIRED 000 NONE REQUIRED
.'00 NONE REQUIRED STAINLESS STAINLESS STAINLESS STAINLESS STAINLESS STAINLESS STAINLESS STAINLESS STEEL HPA &'SA FOR ', 3914RO STEEL HPA & CSA FOR
'. 3914RO STEEL HPA & CSA'FOR c'914RO STEEL HPA & CSA FOR '914RO STEEL HPA & CSA FOR t
3914RO STEEL HPA & CSA FOR 'i,'914RO STEEL HPA & CSA FOR,-'914RO STEEL HPA & CSA FOR i 3914RO E
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9 1A-SA IB-SB IC-SAB LT"106, LT-161 LCV-I 15B LCV-115C LCV-115D LCV-115E CS-V516SA Cs" V51758 Cs-V522SB Cs-V523SB Cs-V524SB IJV ONY ONY BJM BJN BJM BJN BJM BJM BJM 8 JM.
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G 18 BLOWDOWN s/G le et.owoowN 5/G 1C BLOMDOWN 5
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G 1A TUBE SHEET BLOWDOWN PCV S/G 18 TUBE SHEET SLOWDOWN PCV S/G 1C TUBE SHEET BLOWDDWN PCV S/G 1A BLMDMN CONTMT ISOL VALV 57G 18 BLWOWN CONTMT ISOL VALV s/G lc eLwnwN coNTMT IsoL. vAt.
5/G 1A SHELL BLOWDOWN ISOL VAL S/G 1B SHELL BLOMDOWN ISOI. VAL 804 R4 804 R4 804 R4 804 R4 R5 R5 R5 RS 302 302 302 302 302 RS 302 R5 302 R5 302 R5 R5 Rl
. 280-V19SA-1 (1
OF 2) <1BD-49>
2BD-V19SA-1 (2 OF 2) <18D-49>
OF 2
<180-7>,
28D-V2SB-1 (2 OF 2) <1BD"7>
28D-V5SB-1 (1 OF 2) <IBO-26>
2BD-V5SB-1 (2 OF 2) <18D-26>
28D-VBSB-1 (1 OF 2
<180"45>
28D-VBSB-1 (2 OF 2) <18D-45>
28D-P658-1 (1
OF 2) <18D-1>
280"PGSB-1 (2
OF 2) <1BD-1>
Rl Rl 902 902 901 R3 901 R3 901 R3 901 R3 901 901 901 901 R3 R3 R3 R3 S 6 1C SHELL BLWDWN ISOL.
VALV 302 28D-V15SA-1 (2 OF 2) <18D-30>
902 88 SHNPP E
!J I~,,
~
~
(2166 S 2500, RO AS( v TAG P SYST-EQU SPECIFIC-ID REF
-'~((EC-ID COMPONENT EQDP 9
10ll
'l2 13 14 15 16 17 18 19 20
~ 21 22 23 24 25 26 27 28 29 30 31 32 2BD-P758"1 280-P7SB-1 280-PBSB-1 28D"PBSB-1 2BD-V11SA-1 28D-V11SA-1 28D-V15SA-1 PCV-Olhls-0308ASA PCV-01HS-0308858 PCV-01MS-0308CSA FT-01NS-0474 II IW F T-0 1MS "0475 IVW FT-01MS-0484IIIW FT-01MS-0485IVW FT-01MS-0494IIIW FT-0!MS-0495IVW PT-01MS-043058 2NS-V ISAB-1 2MS-V!SAB-1 2MS-V 122SAB" 1 2HS-V122SAB-1 2NS-V124SAB-1 2MS-V124SAB-1 2MS-V126SAB-1 2MS-V126SAB-1 2MS-V2SAB-1 2MS-V2SAB-1 3010 QHP 21 3010 3010 QMP QMP 22 23 3010 QMP 30'l0 QMP 3010 QHP 3010 Qh!P 24 II 7
8 9
(
3020 3020 3020 3020 FBO FBO FBO KRK PCV-308A PCV-3088 PCV-308C FT-474 3020
~ KRK FT-475 3020 3020 3020 KRK FT-484 KRK FT-485 KRK FT-494 3020 3020 3020 3020 3020 3020 3020 3020 KRK KRL KRN KRN KRN URN KRN KRN FT-495 PT-430 FSE-MS-V1SA FSE-MS-V!58 FSE-MS-V122SA F SE-MS-V122SB FSE-MS"V124SA FSE-MS-V124SB 3020 3020 3020 3020 KRN KRN F SE-MS-V126SA FSE-NS-V12658 KRN FSE-hlS-V2SA KRN FSE-NS-V2SB BEK BEK BEK BEK BEK BEK BEK OSO OSO OSO ONY ONY ONY ONY ONY ONY BFM BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB EA 180-.,1 1302 EA180-11302 EA 180-1 1302 EA 180-1 1302 EA 180-. 1 1302 EA180-11302 EA180-1 1302 PD25210-200 PD25210-200 PD25210-200 8765D45G01-1 8765D45G01-1 c
~
8765D45G01-1 ),(
8765D45G01-1 8765D45G01-1 8765045G01-1 1453GB9RA NP8.321A6E "DC NP8321A6E-DC NP8320A175E-DC NP8320A 175E" DC NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC NP8321A6E-DC NP832 1A6E-DC R3 Rl Rl Rl 28D-V 1 'ISA-1) ( 1 OF; 2) <1BD-1 1>, 902 28D-V11SA-1 (2 OF'2) <180-11>
902 R2 R2 R2 R3 NS-P18SA PWR, OPERATED RELIEF V 305 MS-P19SB PWR OPERATED RELIEF V 305 MS"P20SA PWR OPERATED RELIEF V, 305 MAIN STEAM LINE A" 818 R3 R3 R3 R3 818 818 818 818 A(. l C
NAIN STEAhl LINE MAINSTEAM LINE MAIN STEAM LINE MAIN STEAN LINE 818 R3 804 R4 302 R5 302 R5 MAIN STEAM LINE C
=
SOURCE LINE 3NS6-223SAB-1 MS"V1SAB OPERATOR 'A/S.
TRAIN A his-V1SAB OPERATOR A
S TRAIN 8 MS"V122SAB OPERATOR A S, TRAIN 302 R5 MS"V122SAB'PERATOR A/5, TRAIN 302 MS-V124SAB OPERATOR A/S. TRAIN'02 MS"V124SAB OPERATOR A/S TRAIN 302 RS R5 RS MS-V126SAB OPERATOR A S,
- TRAIN, MS"V126SAB OPERATOR A/S, TRAIN 302 302 MS-V2SABOPERATOR A/S, TRAIN A '02 MS"V2SAB OPERATOR A 5, TRAIN 8 302 R5 RS RS R5 2BD-P758-1 (1
OF I2) <18D-20>,
901, R3 28D-PTSB-1 (2 OF!2) <180-20>
i.901 R3 28D-PBSB-1 1
OF '
<180-39>
901 R3 i(
~-
(
~ 3
(
~
1 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 5
5 5
5 6
2NS-V3SAB-1 2MS-V3SAB-1 LSE--2MS"V59SA-1 LSE--2MS-V59SB-1 LSE--2NS-V60SA-1 LSE"-2NS-V60SB-1 LSE--2MS "V61SA-1 LSE--2MS-V61SB-1 F SE-01NS-0311ASA FSE-01MS-0311BSB FSE-01MS-0312ASA FSE-01MS-0312858 FSE-01MS "0313ASA F SE "01NS-03 138SB LSE--3MS-V17SA-1 LSE--3MS-V17SB-1 LSE--3MS-V18SA-1 LSE--3MS-V!BSB-1 2HS-VBSA-1 2MS-VBSB-1 2NS-VISAS-1 3MS"V17SAB-1 3MS-V17SAB-1 3MS-V17SAB-1 QMS-V!7SAB-1 3MS-V18SAB-1 3MS-VIBSPB-1 3MS-V18SAB-1 FOAM 0!13 l02I83)
~ I~
3020 3020 3020 3020 3020 3020 3020 3020 3020 3020
.3020 3020 3020 3020 3020 3020 3020'020 3020 3020 3020 3020 3020 3020 3020 3020 3020 3020 KRN KRN KRN KRN KRN KRN KRN KRN KRN FSE-MS-V3SA FSE-MS-V3SB FSE-MS-V59SA FSE-MS-V59SB FSE-MS"V60SA FSE."hlS-VSOSB FSE "MS-V61SA FSE-MS-V61SB FSE-311A KRN FSE-3118 KRN FSE-312A KRN FSE-3128 KRN KRN FSE-313A FSE-3138 KRN KRN KRQ KRQ QAU QAU QAU QAU QAU QAU QAU QAU LSE-V18SA LSE-V18SB MS-VBSA MS-VBSB 1
10 11 12 13 14 15 16 KRN LSE-V17SA KRN LSE-V17SB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BJN BUM
, BEK BEK BEK BEK BEK BEK BEK BEK NP8321A6E-DC NP8321A6E-DC NP8320A175E-DC NP8320A17SE-DC NP8320A 175E-DC NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC NP8320A 175 E"DC NP8320A175E-DC NP8320A175E-DC NP8320A175E"DC NP8320A175E-DC NP8320A 175E-DC NP8320A175E-DC NP8320A 175E-DC 3M97058 3M97058 EA740-20100 EA 180-11302 EA 180- 1 1302 EA 180" 1 1302 EA180-11302 EA 180- 1 1302 EA 180-1 1302 EA180-11302 MS"V3SAB OPERATOR A 5, TRAIN A NS-V3SAB OPERATOR A/S, TRAIN 8 2MS-V59SAB-1
~ (1 OF 2) <1MS-231 2NS-VSSSAB-I ('2 OF 2
<1MS-231 2MS-V60SAB-1 1
OF 2
<1NS-266 302 302 302 302 302 R5 R5 RS R5 RS R5 RS R5 FCV-0311 AIR SUPPLY, TRAIN A FCV-0311 AIR SUPPLY, TRAIN 8 FCV-0312 AIR SUPPLY, fRAIN A FCV-0312 AIR SUPPLY TRAIN 8 302 302 302 302 R5 RS R5 R5 FCV 0313A AIR SUPPLY(
TRAIN A FCV-03138 AIR SUPPLY, TRAIN 8 MS"V17SAB OPERATOR A/S, TRAIN MS-V17SAB OPERATOR A/S, TRAIN MS-V18SAB OPERATOR A/S, TRAIN MS"VBSA ISOLATION VALVE MS-V9SB ISOLATION VALVE 3MS-V17SAB-1 (1 OF 4) <1MS-354 3MS-V17SAB-1 (2 OF 4) <1MS-354 3MS-V17SAB-1 (3 OF 4) <1NS-354 302 302 302 302 302 R5 R5 R5 RS RS 302 R5 303 R3 303 R3 906 901 901 901 R2 R3 R3 R3 3MS-V18SAB-1 (1 OF 4) <1MS-336 3MS-V18SAB-1 (2 OF.4) <1hls-336 3MS-V18SAB-1 (3 OF 4) <1MS-336 901 901 901 901 R3 R3 R3 R3 2MS-V60SAB-1 (2 OF 2) <1NS-266 302 2MS-V61SAB-1 (1 OF 2) <1MS-301 302 2NS-V61SAB-1 (2 OF 2
<1MS-301 302
~,
M IW\\
AM kN r
Sdr rr s i=
M, 4 r
- ~4~~42~ <d %"
~
4 ~
3 ~
4
~
145 2-18-88 SHNPP EQML CAR 2166 S 2500 RO 0
LM IPRGE 18 EBASCO TAG ht SYST E
U SPECIFIC-ID REF REF-SPEC-ID COMPONENT EQDP 8
7 8
9 10 11 12 3MS-V18SAB-1 2MS-V59SAB-1 2NS-V595AB-1 2MS-V15AB-1 2MS V595AB-1 2MS-V59SAB-1 2MS-V605AB-1 3020 3020 3020 3020 3020 3020 3020 QAU OAU OAU QAU QAU OAU OAU 17 18 19 2
20 21 22 2MS-V595AB-1 (1 OF 4) <1MS-231 EA180-1 1302 EA 180- 1 1302 901 R3 901 R3 BEK BEK EA740 "20100 EA180-11302 EA 180-1 1302 EA 180" 1 1302 2MS-V1SAB-I LIMIT SMITCH (OPEN 906 R2 2MS-V595AB-1 (3 OF.4) <1MS-231; 901 R3 2MS"V595AB-1 (4 OF 4) <1M5-231., 901 R3 2hIS-VGOSAB-1 1
OF 4
<1NS-266 902 R1 BEK BEK BEK BEK BEK EA180-11302 3NS-VIBSAB-1 (4 OF 4) <1MS-336 901 R3 4
13 14 15 18 2MS"VGOSAB-I 2MS-V60SAB-'I 2MS-V605AB-1 2MS-V61SAB-1 3020 QAU 3020 QAU 3020 'AU 3020 QAU 23 24 25 26 BEK BEK BEK BEK EA180- 1 1302 EA180-11302 E A 180-,1 1302 EA180" 11302 2MS-V60SAB" I (2 OF 4
<1MS-266 2MS-V605AB-1 (3 OF 4)
<1MS "266 2hls-V60SAB-I (4 OF 4)
< IMS-266 2MS-V61SAB-1 1
OF 4
<1MS-301 902 R1 901 R3 901 R3 901 R3 17 18 19 20 21 22 23 2h 25 28 27 28 29 30 31 32 2MS-V615AB-1 2MS-V615AB-1 2IIS-V6 1 5AB-1 2NS-V15AB-1 2NS" F 1SAB-1 2MS"F 15AB-1 2MS-F25AB-1 2MS-F25AB-1 2MS-V3SAB-1 2MS-F3SAB-1 2MS-V122SAB-1 2NS-V122SAB-1 2MS-V1225AB-1 2h15-V1225AB" 1 2MS-V25AB-1 2MS"V124SAB-'I 3020 3020 3020 3020 3020 3020 3020 3020 3020 OAU QAU QAU OAU QAU QAU QAU OAU QAU 27 28 29 3
30 31 32 33 34 3020 3020 3020 3020 QAU QAU QAU OAU 38 39 4
40 3020 QAU 35 3020 OAU 36 3020 OAU 37 BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK EA180-11302 EA 180" 1 1302 EA180-11302 EA740-20100 EA 180-,1 1302 EA180 11302 EA180-11302 EA 180- 1 1302 EA180-11302 EA180-11302 EA180-11302 EA 180-1 1302 EA180-11302 E A 180~ 1 1302 BEK EA740"20100 BEK EA180-11302 2thS-VGISAB-I 2 OF 4) <'IMS-301 I
2MS-V615AB-1 (3 OF 4) <1MS"301 2lhS-V61SAB-1 (4 OF 4) <1lhS-301 2NS-V1SAB-1 LIh1IT SWITCH SHUT 901 R3 901 R3 902 R1 906 R2 2hIS-F1SAB-1 1
OF 2
<1MS-81>
901 R3 901 R3 901 R3 901 R3 901 R3 2MS"F3 8-1 1
OF, 2
<1MS-85>
2MS-F3 8-1 (2 OF. 2) <1MS-85>
2MS-V122SAB-1 (1 OF'4) <1MS-25 2MS-V122SAB-1 (2 OF 4) <<IMS-25 2MS-VI22SIIB-'I. ~SOF 4
AIMS-25 2MS-V122SAB-1 (4 OF'4)
<<1NS-25 901 R3 9'01 R3 2MS-V2SAB-1 LIMIT"SWITCH (SHUT
'; 906 R2 2MS-V124SAB-1 1'F 4
<1MS-27 901 R3 2MS-F1SAB-1 (2
OF 2) <IMS-81>
9012 R3 2MS-F25AB-1 (1
OF 2) <1MS-83> " 901 R3 2thS-F2SAB-1 2 OF 2
<1MS-83>
901 R3 33 34 35 35 37 38 39 40 2MS-V1245AB-1 2MS-V1245AB-1 2MS-V1245AB-1 2MS-V1265AB-1 2MS "V126SAB-I 2MS-V126SAB-1 2h15-V1265AB-1 2MS"P IBSA-1 3020 3020 3020 3020 3020 3020 3020 3020 QAU QAU OAU OAU Qau OAU OAU QAU 41 42 43 44 45 46 47 48 BEK BEK BEK BEK BEK BEK
-BEK BEK E A180- 1 1302 EA180-11302 EA180- 1 1302 EA180-11302 EA180-11302 EA180-11302 EA180-1 1302 EA180-21302 2tIS-V126SAB-1 2.0F'4
<1MS-29 2lhS-V126SAB-1 (3 OF",4) <<1MS-29 2MS-V1265AB-I'4 OF 4) <1MS-29 2MS-P185A-1 1
OF 2
<1MS-58>
901 R3 901 R3 901 R3 901 R3 2MS-V1245AB-1 2
OF 4
<1MS-27 901 R3 2MS~VI245AB-I (3 OF 4)
<1MS "27
~ 901 R3 2MS V124SAB 1 (4 OFt 4) <IMS 27 901 R3 2MS-V126SAB" I 1
OF 4) <IMS-29
~ 901 R3 4I 42 43 44 45 he 47 48 49 50 SI 52 53 54 55 Se 2MS-P 18SA-1 2MS-V25AB-1 2MS-P 1958-1 2NS-P 1958-1 2MS"P20SA-1 2MS-P20SA"1 2MS-V25AB-1 2MS"V3SAB"1 2NS-V35AB-1 2MS-V35AB-1 2FW"V26SAB-1 2FW-V275AB-1 2FW-V285AB-1 l'SE--2FW-VI235A-I FSE--2FW-V1235B-1 FSE--2FW-V1245A-1 3020 3020 3020 3020 3020 3020 3020 3020 3020 3020 3050 3050 3050 3050 3050 3050 OAU QAU QAU OAU QAU QAU QAU OAU QAU QAU KBU KBU KBU KCY KCY KCY 49 5
50 51 52 53 6
'I 8
9 FM-V26SAB FW-V275AB BEK EA180-21302 BEK EA740":20100 BEK. EA180-21302 BEK EA180-21302 BEK BEK BEK BEK BEK BEK hIZU NZU EA180-21302 EA180-21302 EA740~20100 EA740-20100 EA740-20100 EA740-20100 82241 82241 2MS=P18SA-1 2'F 2
<IMS-58>
901 R3 FW-V285AB MZU 82241 5
G 1C MFIV OPERATOR 304 ~ R3 FSE"FW-V123SA s BEB FSE-FW-V1235B BEB FSE-FM-V1245A BEB NP8320$ 175E-DC NP8920A175E-DC NP8320A175E-DC 5/G 1A MAIN FEEDWATER ISOL BYP.'02 RS S/G 1A MAIN FEEDWATER ISOL BYP - 302 R5 5/G 18 MAIN FEEDWATER ISOL BYP 302 R5 2MS-V25Atl-I LIMIT SMITCH (OPEN '06.R2 2MS-P1958" 1
(1 OF 2) <1MS-60>
"-901 R3 2MS-P19SB-1 2
OF 2
<1MS"60>
901 R3 2MS-P20SA-1 1 OF.2
<1MS-62>
901 g3 2hIS-P20SA-1 (2 OFI'2) <1MS-62>
901 R3 2h1S-V2SAB-1 LIMIT(SWITCH (SHUT '06 R2 2MS-V3SAB-1 LIMIT SWITCH (SHUT 906 R2 2MS-V3343-I LIMIT,. SSWWIITTCCHH tOPEN 303 22 2MS-V35AB-1 LIMIT'/SWITCH (SHUT 906 R2 S/G 1A MFIV OPERATOR I
304 R3
~
5/G 1B MFIV OPERATOR04 R3 57 58 5
e FSE--2FW-V12458-1 FSE--2FM"V1255A-I FSE--2FW-V125SB" 1 FSE--2FM-V0895A-1 3050 3050 3050 3050 KCY KCY KCY KCY FSE-FW-V 12458 FSE-FW-V1255A FSE-FW-V125SB FSE-FW-V895A BEB BEB BEB BEB NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC NP83206175E-DC
]l 5
- 302 R5 5/G 1C MAIN FEEDWATER ISOL BYP 302 RS S/G 1C MAIN FEEDWATER ISOL BYP 302 RS 5
G 1A HYDRAZINE ADDITION ISOL
= 302 RS
ih 88 SHNPP <Ql Jh
=d 2
~ fh
~166 S 2500 RO
~ \\
ASS ifAG 4i FSE--2FW-V08958~1 FSE--2FM-VSOSA-1 FSE--2FW-V9058 SYST 3050 3050 3050 EQU KCY KCY KCY SPECIFIC" ID FSE-FW-VSSSB FSE-FW"VSOSA FSE-FW-V90SB REF BEB BEB BEB SrcC ID NP8320A 175 E-DC NP8320A175E-DC NP8320A175E-DC COMPONENT EQDP S/6 1A HYDRAZINE ADDITION ISDL 302 R5 S/G 1A AMMONIA ADDITION ISOLAT
= 302 R5 S
G 1A AMMONIA ADDITION ISOLAT 302 R5 9
FSE--2FW"V091SA-1 10 FSE--2F W-V09 158-1 11 FSE-2FW-V092SA-Y 12 FSE-2FW"V092SB-1 3050 3050
'050 3050 KCY KCY KCY KCY FSE FW-V91SA BEB FSE-FW"V9158 BEB FSE-FM"V92SA BEB FSE-FW-V92SB BEB NP8320A175E-DC S
G 18 AMJADNIA ADDITION ISOLAT, 302 R5 NP8320A175E-DC 5/G 18 AhlhlONIA ADDITION ISOLAT 302 R5 NP8320A175E-DC S/G 18 HYDRAZINE ADDITION ISOL
~ 302 RS NP8320A175E-DC S
G 18 HYDRAZINE ADDITION ISOL 302 R5 13 14 15 18 FSE--2FW"V093SA-1 FSE--2FW-V09358-1 FSE--2FM-VOS4SA-1 FSE--2FW-V09458-1 3050
- 3050, 3050 3050 KCY KCY KCY KCY FSE"FW-V93SA FSE-FW-V9358 FSE"FW-V94SA FSE-FW-V9458 BEB BEB BEB BEB NP8320A175E-DC NP8320A175E-DC NP 8320A 17 5E-DC NP8320A 175E-DC S/G 1C HYDRAZINE ADDITION ISOL 302 R5 S/G 1C HYDRAZINE ADDITION ISOL 302 R5 S/G 1C AMMONIA ADDITION ISOLAT h 302 R5 S
G 1C AMhlONIA ADDITION ISOLAT 302 R5 Ih'7 18 20 2l 22 2FW-V124SAB-1 2FW-V125SAB-1 W-V125SAB-1 W-V26SAB-1 23 2F 24 2F 2FW-V26SAB-1 2FW-V'l23SAB-1
'FW-V123SAB-1 2FW-V 124 SAB-1 3050 3050 3050 3050 3050 3050 3050 3050 QNG QNG QNG QNG QNG QNG QNG QNG 1
10 11 14
'l5 18 19 2
BEK BEK BEK BEK BEK BEK BEK BEK EA180-12302 EA180-11302 EA180-11302 EA 180-1 1302 EA180-11302 EA 180-1 1302 EA 180-1 1302 EA180-12302 2FW-V26SAB-1 (1 OF 3
<1FW-159 902 Rl 2FW-V123SAB-1 (1 OF 4) <1FW-30
= 901 R3 2FW-V123SAB-1 (2hOF 4) <1FW-30 901 R3 2FW-V124SAB-1 (1
OF 4
<1FW-31 901 R3 2FW-V124SAB-1 2
OF 4
<1FW-31 S01 R3 2FW-V125SAB-1 (1
OF 4) <1FW"31'01 R3 2FW"V125SAB-1 (2 OF 4) <1FW-31; "901 R3 2FM-V26SAB-1' OF 3
<1FW-159 902 Rl
~
hl
<hr
~
25 28 27 28 29 30 3'I 32 2FW-V89SAB-1 2FW-V89SAB-1 2FW-VSSSAB-1 2FM-V90SAB-1 2FW-VSOSAB-1 2FW"V90SAB-1 2FW"VSOSAB-1 2FW-V26SAB-1 3050 3050 3050 3050 3050 3050 3050 3050 QNG QNG QNG QNG QNG QNG QNG ONG 22 23 24 26 27 28 29 3
h)
BEK BEK BEK BEK BEK BEK BEK BEK EA 180-.1 1302 EA180-.11302 EA180-21301 EA 180-1 1302 EA 180.". 1 1302 EA180-. 1 1302 EA 180.-.1 1302 EA180-,12302 2FM-V89SAB-1 1
OF 4
<1FW-165, 901 R3 2FW-V89SAB-1 (2 OF,4) <1FM-165 901 R3 2FW-VBSSAB-1 (3 OF i4) <1FW-165)'01 R3 2FW-VSOSAB-1 1
OF 4) <1FW-1'63 901 R3 2FW-V90SAB-1 2 OF.4
<1FW-.163
.901 R3 2FW"VSOSAB-1 (3 OF "4) <1FW-163
. 901 R3 2FW-V90SAB-1 (4 OF;4) <1FW-163 '01 R3 2FW-V26SAB" 1 3 OF 3) <1FM-159 902 Rl h
= M ~
33 34 35 38 2FW-V91SAB-1 2FW-V91SAB" 1 2FW-V91SAB-1 2FW-V92SAB-1 3050 3050 3050 3050 QNG QNG QNG QNG 30 32 33 34 BEK BEK BEK BEK EA180-..11302 2FW-V91SAB-1 1
OF 4
<1FM-279, 901 R3 EA180. 11302.:
2FW-VSJSAIJ"1'3 OF 4) <1FW-279.. 901 R3 EA180-11302
~
~ 2FW-V91SAB-1 (4 OF,4) <1FW-279. 901 R3 EA180-11302 2FW-V92SAB-1~
1 OF 4) <1FM-281 901 R3 37 38 39 40 41 42 43 44 45 45 47 48 2FW-V92SAB-1 2FW-V92SAB-1 2FW-V93SAB-1 2FW-V27SAB-1 2FW"V93SAB-1 2FW-V93SAB-1 2FW-V94SAB-1 2FW-V94SAB"1 2FW-V94SAB"1 2FW-V27SAB-1 2FW-V27SAB-1 2FW-V28SAB-1 h I h
3050 3050 3050 3050 3050 3050 3050 3050 3050 3050 3050 3050 ONG QNG QNG QNG QNG QNG QNG QNG QNG QNG QNG QNG 36 37 38 4
40 41 42 43 44 5
6 7
BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK EA 180-.
1 1302 EA 180- 1 ll302 EA180-11302 EA180-12302 EA180-11302 EA180-11302 EA180" 11302 E A180- 1 1302 EA180-11302..
EA180" 12302 EA 180, '12302 I
=-
EA180-12302 2FW-V92SAB-1 3 OF.4
<1FW-281 901 R3 2FW-V92SAB-1 (4 OF4),<1FW-281
~
901 R3 2FM-V93SAB-1 (1 OF '4) <1FW-223 '01 R3 2FW-V27SAB" 1 (1 OF "3) <1FW-277' 902 R 1 2FW-V93SAB-1 3 OF.,4
<1FWr223
~ 901 R3 2FM"V93SAB-1 (4 OF,4)
<1FW-223 '01 R3 2FW-V94SAB" 1 (1 OF,4)
<1FW-221'.I 901 R3 2FW-V94SAB-1 2 OF 4) <1FW-221 "901 R3 2FW-V94SAB-1 3
OF 4
<1FW-221.h 901 R3 2FW"V27SAB-1 (2 OF.3) <1FW-277': 902 Rl
~
2FW-V27SAB-1 (3 OF 3) <1FW-277'. SP2 Rl 2FW-V28SAB-1 (1 OF 3) <1FW-217 902 Rl 49 2
50 2
51 5
FW-V28SAB-1 FM-V28SAB-1 PCV-01AF-2150ASA PCV-01AF-2150858 3050 3050 3065 3065 QNG QNG JHW JJJW 8
9 PCV-2150A PCV-2150S BEK BEK
~ FBG FBG EA180-12302
~
2FW-V28SAB-1 (3 OF 3) <1FW-.217;". 902 Rl NH92-A ',.I
~
...AFWP AJDISCHARGE',,
'),
- .'10 R5 NH92-A- " 'FWP 8 iDISCHARGE 310 R5 PDT-01AF-2180SB FSE--2AF"V156SA-1 FSE-"2AF-V156SB-1 FSE--2AF-V157SA-1 FSE--2AF-V15758-1 FSE-2AF-V158SA-1 FSE--2AF-V15858" 1 3065 3065 3065 3065 3065 3065 3065 3065 JI E JIJ LJIU IJIU IJIU JIU JIU IJIU PANEL-1 POT"2180 FSE "AF-V156SA FSE-AF-V15658 MDY BFM BEB BEB FSE-AF-V157SA BEB FSE-AF-V15758, BEB FSE AF-V158SA e
BEB FSE-AF"V15858 BEB PANELS 1153H87RA "
NP8320A185V-DC.
NP8320A185V-DC NP8320A185V-OC, FW TO NP8320A185V-DC FW TO NP8320A185V-DC=-
FW TO NP8320A185V-DC
, FW TO 5
G 8 AFW ISOLATION 5/G 8 AFW ISOLATION 5/G C AFW ISOLATION 5/G C AFM ISOLATION
)
l
- -. 302 R5
- = 302 R5 il302 RS
- l. 302 R5 AFWP TURBINE CONTROL, PANEL
..." 7401RO TURBINE DRIVEN AFMP 804 R4 FW.TO S/G A AFW ISOLATION
";: 302 RS
302 R5 FOAM Ol'l3 {02)83l II'
~
I i I I
~
147 4
2-18" 88 SHNPP EOML CAR 2166 5 2500 RO PAGE 18 4
EBASCO TAG 47 SYST EOU SPECI F IC-ID REF REF-SPEC-ID COMPONENT EODP 9
10Il 12 2AF-V162SAB-1 2AF-V162SAB-1 2AF-V163SAB-1 2AF-V163SAB" 1 2AF "V164SAB-1 2AF-V164SAB-1 2AF-V165SAB-1 3065 3065 3065 3065 3065 3065 3065 JIU JIU JIU dIU JIU alIU JIU FSE-AF-V162SA FSE-AF-V16258 FSE-AF-V163SA BEB NP8320A175E-DC BEB NP 320A175E-OC HYDRAZINE ADDITION TO 5/G A AF AMMONIA ADDITION TO S
G A AFW 302 302 FSE-llF-VIBBSB, BEB 888220A178E-OO NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC FSE-AF-V164SA FSE"AF-V16458 FSE-AF-V165SA BEB BEB BEB AMMONIA ADDITION TO 5 G A AFW 302 HYDRAZINE ADDITION TO 5/G 8 AF.. 302 HYDRAZINE ADDITION TO 5/G 8 AF I 302 AMhlONIA ADDITION TO S
G 8 AFW 302 BEB NP8320A175E-DC
. HYDRAZINE ADDITION TO S/G A AF 302 R5 R5 RS R5 RS R5 RS 13 14 l5 16 2AF-V165SAB-1 2AF-V166SAB-1 2AF "V166SAB-1 2AF-V167SAB-1 3065 3065 3065 3065 dIU dIU JIU JIU FSE-AF"V16558 FSE"AF-V166SA FSE-AF-V166SB FSE-.AF"V167SA BEB BEB BEB BEB NP8320A175E-DC NP8320A175E-DC NP8320A175E-DC NP8320A175E"DC AMMONIA'DDITIONTO 5 G 8 AFW 302 HYDRAZINE ADDITION TO S/G C. AF; 302 HYDRAZINE ADDITION TO 5/G C AF 302 AMMONIA ADDITION TO 5 G
C AFW 302 RS R5 R5 R5 17 I6 19 20 21 22 23 24 2AF-V167SAB-1 PT-01AF-2150ASA PT-01AF-2150858 PT-01AF-217058 PT-01AF-2250ASA PT-01AF-2250BSB PT-01AF-2270SB PS-01MS-043158 3065 3065
-3065 3065 3065 JIU JIZ JIZ JIZ alI Z 3065 JIZ 3065 JIZ 3065 JJA FSE"AF"V167SB PT-2150A PT-21508 PT-2170 PT-2250A PT-22508 PT-2270 PS-43158 BFM BFM BFM ORB 1153GB7RA 1'l53GB7RA 1153GB7RA 5N6-88-NX-C1A BEB 'P8320A175E-DC BFM '153GB9RA BFM 1153GB9RA BFM 1153GB9RA RS R4 R4 R4 804 R4 804 R4 804 R4 3610RO AFWP 1A SUCTION AFWP 18 SUCTION AFWP tx SUCTION STM TO AUX TURB FWP AMMONIA ADDITION TO 5 G
C AFW.
302 AFWP 1A DI5'CHARGE 804 AFWP 18 DISCHARGE,,
~" 804 AFWP 1X DISCHARGE 804 25 26 27 26 2AF-V156SAB-1 2AF-V157SAB-1 2AF "V158SAB-1 2AF-V1058-1 3065 3065 3065 3065 JdL alJL dJL J Jhl AF-V156SAB AF-V157SAB AF-V158SAB AF-V10SB MEE BJM 12SA-A029 3M9705C MEE 12SA-A029 MEE 12SA"A029 R3 R3 FW TO 5/G C AFW ISOLATION,VALV 306 5
G A'OTOR SUPPLIED AFW ISOLA 303 FW TO S
G A AFW ISOLATION VALV 306 R3 FW TO 5/G 8 AFW ISOLATION VALV 306 R3 29 30 31 32 2AF "V116SA-1 2AF-V117SA" 1 2AF-V118SA-1 3AF-V187SA-1 3065 3065 3065 3065 JJM J JI4 JJM JJM AF-V116SA AF-V117SA AF-V118SA
~
AF-V187SA BJM BJM BJM BJM 3M9705A 3M9705A '; ',
3M9705A 3H2209A 5
G A STEAM SUPPLIED AFW ISOLA.
5/G 8 STEAM SUPPLIED AFW ISOLA S/G C
STEAM SUPPLIED AFW ISOLA AFWP 1A RECIRC VALVE 303 303 303 303 R3 R3 R3 R3
'3 34 35 36 37 36 39 40 41 42 43 44 46 46 47 46 49 60 61 62 63 64 66 56 67 66 69 60 3AF-V18858-1 2AF-V19SB-1 2AF-V23SB-1 2AF-V156SAB-1 2AF-V162SAB-1 2AF-V163SAB-1 2AF-V163SAB-1 2AF-V163SAB-1 2AF-V164SAB-1 2AF-V164SAB-1 2AF-V164SAB-1 2AF "V164SAB-1 2AF-V165SAB-1 2AF V 156SAB" 1 2AF-V165SAB-1 2AF-V165SAB-1 2AF-V166SAB-1 2AF "V166SAB-1 2AF-V166SAB-1 2AF-V167SAB" 1 2AF-V167SAB" 1 2AF-V167SAB-1 2AF-V157SAB-1 2AF-V167SAB-1 2AF-V157SAB-1 2AF-V158SAB-1 2AF-V158SAB-1 2AF-V162SAB-1 3065 3065 3065 3065 d JI4 JJM J JI4 ONJ 3065 3065 3065 3065 3065 ONJ ONJ ONJ ONJ 3065 ONd 3065 ONJ 3065 ONJ 3065 ONJ 3065 ONJ 306S ONJ 3065 ONd 3065 ONJ 3065 3065 ONJ
. 3065 ONJ 3065 ONJ 3065 ONJ 3065 3065 ONal ONJ 3065 ONJ 3065 ONJ 3065 ONJ 3065 ONJ AF-V18858 AF-V1958 AF-V2358 1
10 12 13 15 16 17 18 19 2
21 22 23 24 25 27 28 29 30 4
5 BdM BJM 8 alM BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK 3H2209AM9705C'M9705C~lF EA 180-31302 EA180, 11302 EA180-,11302 EA 180~,1 1302 EA180 11302 EA 1 80~ I 1302 E A 180-, 1 1302 EA 180-1 1302 EA 180-1 1302 EA180~1 1302 EA180332302 EA180g1t302 EA t802 t 1302 A180 11302 EA 180-,1 1302 PA180 11302 EA180-11302 E A180-. 1 1302 EA180 '11302 EA180-31302 E A180- 1 1302 EA 180-32302 E A 180",3 1302 EA180-31302 EA180-11302 AFWP 18 RECIRC VALVE
'303 5/G 8 MOTOR SUPPLIED AFW ISOLA'03 S/G C
MOTOR SUPPLIED AFW ISOLA 303 2AF-V156SAB-1 (1 OF 2) <1AF-64 901 R3 R3 R3 R3 901 R3 901'3 901 R3 901 R3 2AF-V162SAB-1 4
OF 4
<1AF-15 2AF-V163SAB-1 (1 OF 4) <1AF-15 2AF-V163SA8.-1 (2 OF 4) <1AF-15 2AF-V163SAB-1 3
OF 4) <1AF-15 2AF-V165SAB-1 2AF-V156SAB-1 2AF-V165SAB-1 2AF-V165SAB" 1 2AF-V166SAB" 1 2AF-V166SAB" 1 2AF-V166SAB-1 2AF-V167SAB-1 (2
OF" 2) <1AF-64 901 R3 (3 OFI 4) <1AF-15 901 R3 (4
OF 4) <1AF-15 901 R3 1
OF 4
<1AF-16 901 R3 (2
OF, 4) <1AF" 16, 901 R3 (3
OF 4) <1AF-16; 901 R3 (1
OF 4) <1AF-16 '01 R3 951 R3
. 901, R3
~ 901 R3 901 R3 901 R3
- 901 R3
~ 901 R3
= 901 R3 2AF-V167SAB-1, (3 OF') <1AF-16 2AF-V157SAB-1 (1 OF-2) <1AF-10 2AF-V167SAB" 1 (4 OF 4) <1AF" 16 2AF-8157SA~B-1
~2'F 2
AIAF-40 2AF-V158SAB-1 (1 OF 2) <tAF~Bt 2AF-V158SAB-1 (2 OF 2) <1AF-81 2AF-V162SAB-1 (1 OF 4) <1AF-15 I
=h~
2AF-V164SAB-1 (2 OF 4).<1AF" 15 '01 R3 2AF-V164SAB-1 (3 OF. 4) <1AF-15,. 901 R3 2AF-V164SAB-1 (4 OF 4) <1AF-15* 901 R3
~ -I
~
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'I 44
. ~ '4 << IFAALADAI, 4 I 4
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=
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FAG rF SYST EQU SHNPP EQI I
SPECIFIC-ID REF 2166 S 2500 RO 4<<
. '.""'0-ID COMPONENT
~
EQDP
,I
- i 4
8 7
8 9
l0 11 12 13 14 l5 Is 17 18 19 20 2AF-V162SAB-1 2AF-V162SAB" 1 1A-SA AFW PUMP MOTOR 1B-SB AFW PUMP 4!OTOR LT-DICE-9010ASA LT-01CE-9010858 2SP-VBOSB-1 2SP-V81SB-1 2SP-V8558-I 2SP"V86SB-1 2SP"V90SB-1 3065 3065 3065 3065 3080 3080 3 100 3 100 3 100 3100 3 100 QNJ QNJ 279 279 FGA FGA IPX IPX IPX IPX IPX 8
9 IA-SA 18-SB LT-9010A LT-90108 SP-VSOSB SP-V8158 SP-V85SB SP-V86SB SP-V90SB BEK BEK IJV IJV BFN 8FI4
'NEX NEX NEX NEX NEX EA180-11302 EA 180- I 1302 500HP -58 IOH 500HP-58 10H 1153DBSRA 1153DB5RA 79
-009'SQ-009 79Q"009 '..
'90-009I 2AF-V162SAB-1 (2 OF 4) <1AF-15 901 R3 2AF-V162SAB-1 (3 OF 4) <1AF-15 '01 R3 AFW PUI4P MOTOR 1A-SA AFW PUMP MOTOR,1B-SB CST CST STEAM GEN 1C-SN SHELL OUTLET T 407 R I 407 R I 804 R4 804 R4 301 R5 STEAM GEN IC-SN TUSE OUTLET TO 301 RS STEAM GEN 18-SN SHELL OUTLET T 301 R5 STEAM GEN 18-SN TUBE OUTLET TO 301 R5 STEAN GEN 1A-SN SHELL OUT!.ET T 301 R5 21 22 23 2
24 2
2SP-V9158" 1
2SP-V120SA-I SP-V121SA-I SP-V 122SA-I 3 100 3 100 3100 3 100 IPX IPY IPY IPY SP "V91SB SP-V120SA SP-V121SA SP-V122SA NEX NEX NEX NEX 79Q-009 79Q 005
790-005 ":
790-005 STEAM GEN 1A"SN TUBE OUTLET TO 301 R5 STEAM GEN IA-SN TO SAMPLING PN 301 R5 STEAM GEN'18-SN TO SAMPLING PN 301 R5 STEAM GEN IC"SN TO SAMPLING PN 301 R5 25 28 27 2SW-888SAB
'I 2SW-BSBSAB-I 2SW-889SA-1 2SW-89058-1 HOW HDW HDW 40eo 4060 4060 4060 HDW SW-888SA SW-88858 SW-889SA SW-890SB BEB BEB BEB BEB NP8320A175E-DC CONTAINhlENT FAN COIL UNITS SW 302 R5 NP8320A175E-DC CONTAINMENT FAN COIL UNITS SW
". 302 R5 NP8320A175E-DC CONTAINI4ENT FAN COIL ONITS SW; 302 R5 NP8320A175E-DC CONTAINMENT FAN COIL UNITS SW 302 R5 4
h
'1 4
4 4
2SW-888SAB-I 2SW-888SAB-I 2SW-888SAB-I ZSW-888SAB-I 29 30 31 32 33 34 35 38 37 38 39 40 41 42 43 44 45 48 47 2SW-889SA-1 2SW-889SA-I 2SW-890SB-I 2SW-890SB-I PT-0 ISW-91 12ASA PT-0 1 SW-91128SB FT-01SW-7050ASA FT-0 ISW-9101ASA FT"0 ISW-9101858 FT-01SW-9112ASA FT-0ISW-9112858 F T-O ISW"9205ASA 48 49 50 5
2 5
2 5
2 5
3 5
2 FO4M Ol I3 (02I83I FT"OISW"92058SB FT-OISW-9275ASB FT-OISW-92758SA FT-OISW-9275CSA FT"01SW"9275058 3SW-813SB-1 3SW-814S8-1 SW-845SA-I SW-B46SA-1 2SW-847SA-1 2SW"84858-1 SW-849SA-I SW-85SA-1 SW-BSOSB-I 2SW"851S8-1 2SW-85258 4060 4060 4060 4060 4060 4060 4060 4060 4065 4065 4065 QNP QNP QNP QNP QNP QNP QNP QNP EZY EZY FAF 1
2 3
4 5
6 7
8 PT-9112A PT-91128 FT-7050A 4065 FAF FT-9101A 4065 4065 4065 4065 4065 4065
.4065 4065 FAF FAF FAF FAF FAF FAF FAF FAF FT-91018 FT-9112A FT-91128'T-9205A FT-92058 FT-9275A FT-92758 FT-9275C 4065 4065 4065 4065 4065 4065 4065 4065 FAF FAG FT-92750 SW-8 13SB FAG FAG FAG SW-847SA SW-848SB SW-849SA 4065 4065 4065 4065 FAG FAG FAG FAG SW-85SA SW-85058 SW-851SB SW-852SB FAG SW-814SB FAG BW-8483A FAG BW-8483A BEK BEK BEK BEK BEK BEK BEK EA 180-,1 1302 EA 180",1 1302 EA180-,1 1302 E A 180- 1 1302 EA 180-,1 1302 EA 180-,1 1302 EA180-11302 BFM BFM BFM BFM BFN BFM BFM BFN BFM BFM BFN BFM BFM BJN BJM BBH BBH BBH BBH BBH 8JM BBH BBH BBH 1153GB8RA 1153GBBRA 1153DBBRA 1153D85RA 1'153DBSRA 1153DB5RA 1153DB5RA 1153DB4RA 1153DB4RA 1153084RA 1153084RA 1153D84RA 1153DB4RA 3C5268A 3C5268A',,':,
3D9087A
'D9087A 3D9087A 309087A 3D9087A 3CSZ68A 3D9087A 3D9087A 3D9087A BEK. EA180-'11302
~ IA I
CONTMT FAN CLR AH-4.SW RETURN 804 R4 HDR A RET}JRN TO NSW ISO VALVE '03 R3 HDR 8 RETURN TO NSW ISO VALVE. ~ 303 R3 CONTMT F CLR AH-2 SW INI.ET V 303 R3 CONTMT F N CLR AH-3 SW INLET V 303 R3 CONTMT FAN CLR AH-3 SW OUTLET ','03 R3 CONTMT FAN CLR AH-1 SW OUTLET '" 303 R3 CONTMT FAN CLR AH-2 SW OUTLET '03 R3 NSW'SUPPLY TO ESW HDR A
,;,1303 R3 CONTMT FAN CLR AH-4 SW OUTLET '03 R3 CONTMT FAN CLR AH"4 SW INLET V-303 R3 CONTMT IFAN CLR AH 1
303 R3
~IBW-231 I
OF 4 423W-8888llB;1 801 23 1SW-231 (2
OF 4)
<2SW-,BBBSAB" I 901 R3 1SW"231 (3
OF 4) <2SW-888SAB-1
~ 901 AR3 1SW-231 (4
OF 4) <2SW-8885AB-1 901 R3 1SW-240' OF 2
<2SW-889SA-1>
901 R3 1SW-240." (2 OF 2) <2SW-889SA" 1>
901 R3 ISW-242! (1 OF 2) <2SW"890SB" 1>
. 901 R3 1SW-Z421(2 OF 2) <2SW-89058" 1>
901 R3 SW BOOSTER PUMP 1A DISCHARGE ". 804 R4.
SW BOOSTER PUMP 1P DISCHARGE
~!'04 R4 CC'W HX'1A SW I",-,','...
.'804 R4 ESW HDP'8
.,! 804 R4 SW BOOSTER PUMP
'IA DISCHARGE
,4 804 R4 SW BOOSTER PUMP 18 DISCHARGE '04 R4 SW FROM WC2-1A CHILLER CONDENS 804 R4 SW FROM WC2-18 CHILLER CONDENS'04 R4 CONTMT FAN CLR AH"1, SW RETURN '04 R4 CONTNT FAN CLR AH-2'W RETURN
..804 R4 CONTMT FAN CLR AH-3 SW RETURN
. 804 R4
~~A
c
'Ih h
~ c 1
149 hh I
2-18-88 SHNPP EQML CAR 2166 S 2500 RO PAGE 88 EBASCO TAG III SYST EOU SPECIFIC-ID REF REF-SP C-ID COMPONENT'QDP 35W-8658"1 35W-8705A-1 35W-8715A-1 4065 4065 4065 FAG FAG FAG SM-86SB
. 8 JM 3CS268A ".
SW-8705A BBH 3D9104A
~
SW-87 ISA BBH 3D0568A NSW-'SUPPLY TO ESW HDR 8 SW HDR A TO AFWP 1X SUPPLY VAL SW HDR A TO AFWP 1X SUPPLY VAL 303 R3 303 R3 303 R3 9
10ll 12 35W-87258"1 3SW"873SB"1 35W-8745A-1 3SW-8755A-1 4065 4065 4065 4065 FAG FAG FAG FAG SW"87258 SW-87358 SW 8745A SW-8755A BBH 3D0568A;;,
'BH 3D0568A "
BBH 3D9325A
'BH 3D9325A SW HDR 8 TO AFWP.1X SUPPLY VAL
~ 303 R3 SW HDR 8 TO AFWP 1X SUPPLY VAL 303 R3 SW HDR A TO AFWP 1A SUPPLY VAL 303 R3 SW HDR A TO AFWP 1A SUPPLY VAL 303 R3 13 14 15 18 l7 18 I9 20 35W-87658-1 35W-87758-1 35W-BBSA-1 35W-8645A-1 35W-86558-1 35W-V2375A-1 35W-V23858-1 35W-V2665A-1 4065 4065 4065 4065 4065 4065 4065 4065 FAG FAG FAG GQI GQI GQI GQI GQI SW-87658 SW-87758 SW-88SA FSE-SW 8645A FSE-SW-86558 FSE-SW-V2375A FSE-SW-V23858 FSE-SW-V2665A SBH BBH Balll BEB 309325A 3D9325A
"'D3898A NP8320A175E-AC SEB, NP8320A175E"AC BEB NP831664E-DC
'EB NP831664E-DC BEB NP831664E-DC
'W HDR 8 TO AFMP 18 SUPPLY VAL, SW. HDR 8 TO AFMP 18 SUPPLY VAL ESW HDR RETURN TO NSW ISO VALV CONTMT FAN CLR AH-2&3 SW RETUR CONTMT FAN CLR AH-1&4 SW RETUR CVCS CHILLER CNOS SW HDR A SUP, CVCS CHILLER CNDS SW HDR 8 SUP.
CVCS CHILLER CNDS SW HDR A RET 303 R3 303 R3 303 R3 302 R5 302 R5 302 RS 302 R5 302 R5 21 22 23 24 3SW-V26758-1 35W-V48058-1 3SM-V481SA-1 LCS-2779 35W-V4815A-1 35M-8 1055A-1 LIMIT SW-2 35W-810658-1
-8 10658-1
-V48058-1 35W-V48058-1 35W-V2375A-1 3SW-V238SB-1 25 28 27 28 35W 29 3SW 30 31 32 4065 GQI 4065 GQI 4065 GQI 406~5GH 4065 QNO 4065 QNO 4065 QNO 4065 QNO 4065 4065 4065 4065 QNO QNO QNO ONO 33 34 35 38 37 38 39 40 35W-V2665A-1 35W-V26758-1 35W-V237SA-1 35W-V4815A-1 35W-V23858-1 35W-V2665A-1 35W-V26758"1 35W-8645A-1 4065 4065 4065 4065 4065 4065 4065 4065 QNO QNO QNO QNO ONO QNO QNO QNO 4l 42 43 44 3SW-864SA-1 3SW"865SB-1 4065 4065 QNO QNO QNO QNO 3SM-865SB-1
.4065 35W-81055A-1 LIMIT SW-1 4065 FSE-SW-V26758 FSE-SW-V48058 FSE-SW-V4815A LCS-2779 10 "
11 12 13 ~
14 15 16 17 18 19 2
20 21 22 3
4 5
302 R5 302 R5 302 R5 5501RO 901 R3 901 R3-901 R3 901 R3 BEK EA180-11302
'EK EA 180-11302 BEK -EA180",31302 BEK EA180"31302 15W-45 1
OF'
<35W-V48058-1>
15W-45 (2 OF 2) <35W-V48058-1>;
(
1 OF 2) <35W-V2375A-1
~
( 1 OF 2) <3SW-V238SB-1 901 R3 901 R3 901 R3 901 R3 1SW-206 1
OF 2
<35W-V2665A-1 15W-204
( 1 OF 2) <35W"V26758-1 15W-179 (2 OF 2)i<35M-V2375A-),
15W-47 2
OF 2
<35W-V4815A-1>
BEK BEK SEK BEK EA 180-3 1302 EA 180731302 EA 180.-32302 EA180-11302 901 R3 901 R3 901 R3 901 R3 901 R3 901 R3
.<35W-V23858-1
- <35M-V2665A-1 BEK EA180"32302 BEK EA180732302 BEK
~ EA180-32302 BCK EA 180-11302 15W-180 2
OF 2
15W-206 (2 OF 2) 15W-204 (2 OF 2) 15W-116 (1
OF 2
12w 112 t2 OF 2I 3SW V267581>. 901 R3
'<35W<<8645A-1>
901 R3 901 R3 901 R3 901 R3 901 R3 BEK EA180-11302
<35W-864SA-1>
BEK EA180-11302 1SW-118 (1
OF 2) <3SM"86558>
BEK "EA180-.11302
~ =
~
15W-118 (2 OF 2)."<3SW-865SB>
~.
1 BEK EA180-31302 1SW-33 1
OF 2
<35W"81055A-1)
SEB NP831664E"OC CVCS CHILLER CNDS SW HDR. 8 RET I BEB'P8320A175E-AC SSE FP BSTR PUMP SW HDR 8 SUPP'EB
~ NP8320A175E"AC SSE FP BSTR PUMP.
~
LOCAL CONTROL STATION LCS-2779'EK EA180-11302 ".
1SW-47 1
OF 2
<3SW-V481SA 1>
BEK EA180"32302 15W-33 (2 OF 2) <35W"81055A-1)
BEK
>>'EA180-31302 '5W-34
(
1 OF; 2),<35W-810658-1>
BEK EA180-32302 15W-34 2
OF 2) <35W"810658-1>
45 48 47 48 1A-SA ESW BSTR PUMP MTR 3CC-8195A-1 3CC-82058-1 3CC-85SA-1 4065 4080 4080 4080 391 GWA GWA GWA 1A-SA CC-8195A CC-82058 CC-BSSA IJU 200 HP 447TS
,g ESW BOOSTER PUMP 1A' JM 385845A I. '.
~ CC-819SA BJM c385845A)'
~
CC-820SB BJM 38584SA 'C-85SA 404 R I 313 R4 313 R4 313 R4 19 50 51 5
3CC-86SB"1 3CC-V1655A-1 3CC "V16758-1 2CC-V1695A-1 2CC-V17058-1 2CC-V17258-1 2CC-V 18258-1 2CC"V18358-1 4080 4080 4080 4080 4080 4080 4080 4080 GWA GWA GWA GWA GWA GWA GWA GWA CC-8658 CC-V16SSA CC-V16758 CC-V 169SA CC-V170SB CC"V17258 CC-V18258 CC-V18358 CC-V 184 5A CC-V19058 CC-V1915A FS-7001A BalM a 385845A 8 JM 38 1245 E BJM -381245E 8 JM 381245D BJM 381245D '
JM 381245D 8 JM 381245D I
BJM 381245D
'C-8658 CC-V1655A CC-V 16758 CC-V1695A CC-V 17058 CC-V17258 CC-V182SB CC-V18358 I
I r
~,
1 313 R4 313 R4 313 R4 313 R4 313 R4 313 R4 313 R4 313 R4 2CC-V1845A-1 2CC-V19058-1 2CC-V 19 1 5A-1 F S-01CC-7001ASA 4080 4080 4080 4080 GWA GWA GWA KYA BalM 8JM BJM QCR 3M5907A.I 3F0253A
'812458
~
.12-64-45A "
I I'
CC-V 184 5A CC-V190SB I
CC-V191SA CCW FROM RCP OIL COOLER 312 R5 313 R4 312 R5 3601R2
4 r
~ 1 88 ASt..
FAG FY SYST EQU SPECIFIC-ID SHNPP EQ REF
-$ 166 S 2500 RO
- ,r R
=. cC ID COMPONENT EQDP P
4 44, l
~
- If eE'S FS-0 ICC-7001858 3CC-D547SA-1 3CC-D548SB-'I 4080 KYA 4080 MUZ 4080 MUZ ES"70018 CC-D547SA CC-D548SB QCR BEB BEB 12-64-4SA T-NP832094E-DC T-NP832094E-DC CCW FROM. RCP OIL COOLER VALVE CC-O547SA VALVE CC-D548SB
~
3601R2 302. R5 302 RS 9
10 II 12 13 14 IS IS 17 18 20 3CC-V285SA-1 3CC-V287SB-1 LSE-OICC-0670SAW LSE-OICC-0676SBW 3CC-L ISA-1 3CC-D547SA-1 3CC-054858-1 GCC-O548SB-I 3CC-L ISA-I 3CC"L258-1 3CC-L2SB-1 3CC-V165SA-1 4080 4080 4080 4080 4080 4080 4080 4080 4080 4080 4080 4080 O'IUZ MUZ MUZ MUZ QIR QIR QIR QIR QIR QIR QIR QIR FSE-CC-V285 FSE-CC-V287 LSE-670 LSE-676 I
10 11 12 2
3 4
5 NEX NEX BEB BEB BEK BEK BEK BEK BEK BEK BEK BEK 790-014 790-014 FT83 1654 FT83 1654 EA 170-14302 EA 180-15302 EA180" 14302 EA 180-15302 EA 170-15302 EA 170-14302 EA170-15302 EA170-11302 COMPONENT COOLING AAD MON VALV COMPONENT COOLING WTR GROSS FAILED FUEL DET SOL VA 3 GROSS FAILED FUEL DET SOL VA 3 333-1.134-1 (I 3~F2 4133-3343 1CC-114 (2 OF 2) <3CC-D547SA-1 ICC"115 ( 1 OF 2) <GCC-D54858-1 ICC-115 2
OF 2
<3CC-D548S8-1 301 R5 301 R5 302 R5 302 RS 905 RI 902 Ri 902 RI 902 Rj 3CC-LISA-I (2 OF 2) <ICC-304>
905 Ri 3CC-L258-1
( I OF 2) <1CC-305>
905 Rj 3CC-L2SB-1 (2
OF 2) <1CC-305>:
905 RI 3CC-V165SA-I (I OF 2
<1CC-147 905 Rj 2'I 3
22 3
23 3
24 CC"V165SA-1 CC-V 16758-I CC"V16758-I 3CC-D547SA"I 4080 4080 4080 4080 QIR QIR QIR 0/R 6
7 8
9 BEK BEK BEK BEK EA 170-1 1302 EA 170- 1 1302 EA 170- 1 1302 EA 180-14302 3CC-V165SA" I 2 OF 2
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905 Ri 3CC-V167SB-1
( I OF 2) <ICC-.167 905 R I 3CC-V16758-1 (2
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1C-SAB CX-W17SA CX-W2458 FSE-CH "8 ISB 4085 KNV FSE-CH-82SA 4085 KNV
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NP8320A 175E-AC IJV FBG FBG BEB BEB NP8320A175E-AC BEB NP8320A175E-AC BEB NP8320A175E-AC
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- 310 R5 302 R5 CCW PUMP MOTOR 1C-SAB TCV CX-W17SA.
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302 R5 VALVE CH-83SA 302 R5 VALVE CH-84SB I '
302 R5 VALVE CX-81SB
~
302 RS I
rr 4
I 37 38 39 40 41 42 43 44 45 48 47 48 49 50 5
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VALVE CX-83SB-A VALVE CX-84SA VALVE CX-V121SA
-2 VALVE CX"V123SA BEB NP8320A175E-AC BEB BEB BEB BEB NP8320A175E-AC NP8320A175E-AC NP8320A 175E-AC NP8320A175E-AC VALVE CX-V245SB VALVE CX-V63SB VALVE CX-V83SA VALVE CX-W1SA VALVE CX-WIOSB BEB BEB BEB BEB NP8320A175E-AC g VALVE CX-W12SB NP8320A175E-AC VALVE CX-W1358 NP8320A175E-AC VALVE CX-W14SB NP8320A175E-AC TCV CX-W16SA
~ 302 R5 302 RS
'1..302 R5 302 R5 302 R5
"'2 302 RS 302 RS 302 R5 302 RS
'~4 302 RS
'" 302 R5 I
302 RS
- . 302 R5 302 AS
-.'02 R5 302 R5 3CX-W2SA-1 GCX-W2 ISA-1 3CX-W358-1 GCX-lv4SB-j GCX-W5SA-I 3CX-W7SA-I 3CX-WBSA-I 3CX-W9SA-1 FORM 0 I 13 (02I83) 4085 4085 4085 KNV KNV KNV FSE-CX"W2SA FSE-CX-W21SA FSE-CX-W358 4085 4085 KNV KNV FSE-CX-WBSA FSE-CX"W9SA 4085 KNV FSE-CX-W458 4085 KNV FSE-CX-W5SA 4085 KNV FSE-CX-W7SA BEB BEB BEB BEB BEB BEB BEB BEB NP8320A175E-AC NP8320A 175E-AC NP8320A175E-AC NP8320A 175 E-AC NP8320A 175F-AC NP8320A175E-AC VALVE CX-W2SA
'ALVE CX"W21SA VALVE CX-W358, VALVE CX-W4SB VALVE CX"W5SA VALVE CX-W7SA Ar NP8320A175E-AC VALVE CX-WBSA NP8320A175E-AC
- VALVE CX-W9SA
- . 302 R5 302 RS
',FI 302 A5 302 RS 302 R5 302 R5
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v 151 2-18-88 SHNPP EQML CAA 2166 S 2500 RO
-PAGE 22 3
4 EBASCO TAG jIj SYST E
U SPECIFIC-ID REF REF-SPEC-ID COMPONENT EQDP
'e 7
8 9
10 11 12 13 l4 15 Ie 3CX-V113SA-1 3CX-V24SB-1 3CX-V63SB-1 3CX-V63SB-1 3CX-V83SA-I 3CX-V83SA-1 3CH-8 ISB-I 3CH-8158-1 3CH-82SA-I 3CX-V113SA-1 3CH-82SA-I 4085 4085 4085 QIO QIO ID 4085 4085 4085 4085 qIO QIO qIo QIO 4085 QIO 4085 QIO 4085 QIO 408~5I 0 10 11 12 13 14 17 18 19 2
20 BEK BEK BEK BEK BEK BEK BEK BEK EA180-34302 EA 180- 1 1302 EA180-11302 EA 1 80- I 1302 EA180-11302 EA 180- 1 1 302 EA180-11302 E A180- 1 1302 BEK EA180-11302 8EK EA 180-34302,'EK
. EA180-11302 ICH-105 (1 OF 2) <3CX-V113SA-I
'CH"807 (2 OF 2) <3CX-V245SB-1 1CH-643 I OF 2
<3CX-V63SB"1>
1CH-643 (2 OF 2
<3CX-V63SB-1>
ICH-485 ( I OF 2) <3CX-V83SA-I>
1CH-485 (2 OF 2) <3CX-V83SA-I>
1CH-148 I OF 2
<3CH-BISB-I>
1CH-148 (2 OF 2) <3CH-81SB-1>
( I OF 2) <3CH"82SA-I>
1CH-105 (2 OF 2) <3CX-VI13SA~1 ICH-.149 2
OF 2
<3CH-82SA-1>
901 R3 901 R3 902 RI 902 R1 902 RI 902 R1 901 R3 901 R3 901 R3 901 R3 901 R3
'I7 18 19 20 "21 22 23 24 25 28 27 28 3CH-83SA-I 3CH-83SA-I 3CH-8458-1 3CH-84SB-I 3CX"81SB-1 3CX-8158-1 3CX-82SA-I 3CX-82SA-1 3CX-83SB-I 3CH"V130SA-1 3CX-83SB-I 3CX-84SA-1 4085 4085 4085 4085 4085 4085 4085 4085 4085 4O85 4085 4085 QIO QIO QIO QIO qIO qIo Qlo QIO qIo QIO QIO QIO 21 22 23 24 25 26 27 28 29 3
30 31 BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK EA180-11302 EA 180-, 1 1302 EA 1807 1 1302
'A 180-1 1302 E A180-1 1302 EA 1 807 1 1302 EA180-11302 EA 1 80- I 1302 EA180 11302 EA180-34302 EA 180- I 1302 EA180-11302 ICH-115 (I OF 2) <3CH-83SA" I>
( I OF 2) <3CH-8458-1>
1CH-116 2 OF 2) <3CH-8458-1>
ICH"196 I OF 2
<3CX-8158-1>
1CH-196 (2 OF 2) <3CX"BISB"I>
ICH-197 ",(1 OF 2) <3CX-82SA-1>
1CH" 197 (2 OF 2
<3CX-82SA-1>
1CH-125 I
OF 2
<3CX-83SB-I>
1CH-100 (1 OF 2),<3CH-V130SA" 1 ICH"125 (2 OF 2),<3CX-8358-1>
1CH"126
( I OF 2) <3CX-84SA-1> '
901 R3 901 R3 901 R3 901 R3 901 R3 901 R3 901 R3 901 R3 901 R3 901 R3 901 A3 901 R3 29 30 3'I 32 3CX-84SA-1 3CX-V121SA-I 3CX-V12 ISA-I 3CX-V123SA" I 4085 4085 4085 4085 Qlo qIo QIO QIO 32 33 34 35 BEK E A180- I 1302 8EK EA 180-1'1302 BEK -EA180T I 1302 BEK EA180-11302 1CH-126 2 OF. 2
~ <3CX-84SA-1>-
1CH-409 (I OF 2).<3CX-V121SA-I ICH-409 (2 OF 2),<3CX-V121SA-1 1CH-434 1
OF 2) <3CX-V123SA-1 901 R3 901 R3 SO1 R3 901. R3 33 34 35 38 3CX"V123SA-I 3CH-V130SA-1 3CX-V24SB-I IA36-SA 480V MCC 4085 4085 4085 5175 qIo QIO QIO 627 9
IA36-SA BEK BEK BEK EA180-,11302 EA180-34302 EA180711302 jr ICH-434 2
OF 2
<3CX-VI23SA~I 1CH-100 (2 OF 2) -<3CH-V13DS A-I 901 R3 901 A3 ICH-807
( I OF 2) <3CX-V245SB 901-R3
- MCC, REACTOR AUX BUILDING EL 3.
200 R5 37 38 39 40 41 42 43 4I 1836-SB 480V MCC 21A-V192SA-1 2IA-V192SA"I 2IA-V192SA-I 2MD-V36SA-I 2MD-V7758-1 LS"OIMD-6410ASA LS"0 IMD-64 IOBS8 5175 6135 6135 6135 6240 6240 6240 6240 627 OBM RIC RIC. 2 KFL KFL KGW KGW MD-V36SA MD-V77SB LS-6410A LS-64 108 1836-SB FSE-IA-V34SA BEB BEK BEK BJN 8jIN OXM OXM jl I
NP831664V-DC EA180-11302 EA180-12302 3034988,!
3D3498C I, A153F-3X A153F "3X
- MCC, REACTOR AUX BUILDING EL 3 INSTRUMENT AIR PNEUMATIC OPERA 21A-V192SA-1. (1 OF 2) <11A-819 2IA-V192SA-1 (2 OF 2
< IA-819.
VALVE MD-V36SA MOV MD-V77SB RAB Eq DRAIN SUMP A&B, XHI LEV RAB Eq DRAIN SUMP A&B XHI LEV 200 RS 302 R5 901 R3 901 R3 303 R3 303 R3 3602R2 3602R2 LS-0 IMD-6410CSA LS"0IMD-64 IODSB 2WL-D650SB-I E-0IWL-1003AW E-O IWL-1003BW 2WL-D650S8-1 2WL-D650SB-I 2WI.-LGOOSA-I 45 48 47 48 LS 49 LS 50 51 52 53 54
&5 5
5 5
5 e
2WL"L600SA-1 2SP-V449SB-I 2SP "V451SB-1 RE-0 ICR-356 1ASA RE"0ICR"3561858 RE-0 ICA-3561CSA RE-OICR-3561OSB-RE OICR-3589SA 6240 6240 6240 6240 6240 6240 6240 6240 6240 7005 7005 7005 7005 7005 7005 7005 KGW KGW KHH KHH KHH QIU QIU QIU QIU IWP IWQ PXH PXH PXH PXH PXH LS-6410C LS-6410D WL-D650SB WL-L600SA WI.-L600SA-2 1.
2 3
4 SP-V449SB SP-V451SB RE-3561ASA RE-35618SB RE-356 1CSA RE-3561OSB RE-3589SA OXM OXM BEB BEB BEB BEK BEK BEK BEK NEX NEX NMA NMA NMA NMA NMA A153F;3X A153F-3X FT831654
'06-381-6RF 206-381-6RF EA180-14302 EA 180-15302 EA 180- I 1302 EA180-12302 86Z545-001 862545-001 RD-8 '
RD-8 lj j RD-8 ) I RD-.S t;:
RD-,23 5jtj RAB Eq:DRAIN SUMP C&D, XHI LEV RAB Eq DRAIN SUMP. C&D, XHI LEV WL-065058 2WL-L600SA-1 SOLENOID VALVE ( 1 2WL-L600SA-I SOLENOID VALVE 2
2WL-D650SB-I (1 OF 2) <1ED-125 2WL-D650SB-I (2 OF 2) <IED-125,,
( I OF 2) <2WL-LGOOSA-I 1ED-121 2
OF 2
<2WL-L600SA-'I OUTLET To REM-OILT.-3502A-SA CI.
OUTLETITO AEM-OILT~8502A-SA CI CONTAINMENT ISOL SYS AREA RAD 3602R2 3602R2 314 A3 302 R5 901 R3 901 R3 901 R3 901 R3 301 RS 301 RS 801 R3 CONTAINMENT ISOL SYS AREA RAO '01 R3 CONTAINMENT ISOL'YS AREA RAD 801 R3 CONTAINMENT ISOL SYS AREA RAD t'01 A3 IN-CONTjthT POST ACCIDENT MONITO 802 R3
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163 2-18-88 EBASCO TAG 8 4
5 e
7 8
9 IO 11 12 13 14 15 Ie 17
'Ie PENET-51228 PENET-51229 PENET-61230 PENET-51232 PENET-S 1233 P ENET-S 1234 PENET-51235 PENET-51236 PENET-S 1237 PENET-S 1238 P E NET-S 1239 PENET-51240 P E NET-S 124 I PENET-51242 PENET-51243 19 20 21 22 PENET-S1244 PENET-S 1245 PENET"51246 PENET-S1247 23 24 25 28 PENET-51248 PENET-51249 PE NET-S 1250 PENET-51251 27 28 29 30 31 PENET-51252 PENET-51253 PENET-S1254 ENET-1VC-1SA 32 P
33 P
34 P
ENET-1VC-2SB ENET-1VC-3SA PENET-1VC"4SB PDT-01CB-7680ASA 35 38 37 38 39 40 41 42 43 44 45 48 47 48 49 50 51 5
53 5
5 5
5 5
5 8
AII-I-1A-SB AH-1-1B-SB AH IA-SA AII-2-18-SA AH-3-IA-SA AH"3-1B-SA AH-4-1A-SB AH-4-1B-SB CV-DISB-1 CV-03SA"1 CV-D5SA-I Cg-D7SB-I CV-DISB-I CV"03SA"1 CV-DSSA-1 CV-D7SB-1 TE-0ICV-7641ASB TE-0 ICV"7541BSB TE"01CV-7541CSB PDT"0ICB-7680A1SA PDT-01CB-7680BSB PDT-0ICB-768081SB SYST 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8020 8060 8060 8060 8060 EOU AMS AMS AMS AMS
'AMS AMS AMS AhIS AMS AMS AMS AMS AMS AMS AMS AMS AMS AMS AMS AMS AMS AMS AMS AMS AI45 Ah'IS AMS AMS AMS AhIS NPO NPO NPO NPO 8152 8152 8152 8152 CUP CUP CUP CUP 8152 8152 8152 8152 8152 8152 8152 8152 8152 8152 8152 8152 CUP KYV KYV KYV KYV KZA KZA KZA KZA KZO KZD KZD 8152 CUP 8152 CUP 8152 CUP SPECIFIC" IO S1228 51229 51230 51232 51233 5 1234 51235 51236 51237 51238 51239 5 1240 51241 51242 6 1243 51244 51245 51246 5 1247 51248 51249 S 1250 5 1251 51252 51253 51254 1VC" 1 1VC-2 IVC-3 1VC-4 PDT-7680A PDT-7680AI, PDT-76808 PDT-768081 AH-1-1A AH-1-IB AH-2-1A AH-2-1B AH-3-1A AH"3-1B AH-4-1A AH-4-18 CV-DISB CV-D3SA CV"D5SA CV-0758 FSE-CV-DISB FSE-CV-D3SA FSE-CV-05SA FSE-CV-07SB TE-754 1A TE-754 IB TE-754 1C SHNPP FOML CAR '2166 S 2500 RO REF REF-SPEC-ID COMPONENT EODP PPO PPO PPO'x-33472 Wx-33473
=
wx-aa476 ELECTRICAL PENETRATION, CONTROL 1501R3 ELECTRICAL PENETRATION,480V
=- 1501R3 ELECTRICAL PENETRATION 480V 1501R3 PPO PPO IPO PPO PPO PPO PPO PPO Wx-33452 Wx"33474 '
WX-33476.
Wx-33477 PENETRATIONS.
ELECTRICAL ELECTRICAL. P ENETRATION, 480V
~.6LECTR ICAL PENETRATION.CONTROL ELECTRICAL PENETRATI~ON INSTR 1601R3 1501R3 1601R3 1501R3 1501R3 150 1R3 1501R3 150 1R3 PPO PPO PPO PPO PPO PPO PPO PPO PPO PPO PPO PPO PPO PPO PPO PPO wx-33480 WX"3348 1 WX-33471 WX-33463 Mx-33482 MX-33452 WX-33453 WX-33474 WX-33484, WX-33485 WX-33486 Wx-33487 WX"33528 Wx-33881
~Wx-33483 75-82409 ELECTRICAL PENETRATION, INSTR ELECTRICAL PENETRATION, CONTROL ELECTRICAL PENETRATION, INSTR EMERGENCY AC LIGHTING ELECTRICAL PENETRATION,480V RCP IC-SN.6.9KV ELECT PENET SPARE CONTMT FAN COOLER'.
RCS INSTRU COLO & HOT LEGS ELECTRICAL PENETRATION,CONTROL ELECTRICAL PENETRATION,480V PO ELECTRICAL PENETRATION 480V PO ELECTRICAL PENETRATION,CON IROL ELECTRICAL PENETRATION;INSTU T; ELECTRICAL PENETRATION,480V PO MOV 2CT-VBSA-1 MOTOR ELECTRICA 1501R3 1501R3 1501R3 1501R3 1501R3 1501R3 150 1R3 1501R3 1501R3 150 1R3 1501R3 1501R3 1501R3 1501R3 1501R3 1501R3 PPO PPO PPO PSO BFM PSO 75-82410 75-82411, 75-82412 DR32-005 18-22 1153DB3RA DR32-005-18-22 BFM 11530B3RA s
IJY IJY IJY 125HP-449T 125HP"449T 125HP-449T hIOV 2CT V7SB-I MOTOR ELECTRICA 1501R3 MOV 2SI V571SA-1 MOTOR ELECTRI
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I
'06 R3 TRAIN A..
I TRAIN BI'.
I '
TRAIN BI I.
CONThIT FAN COOLER AH-1 ELEV CONTMT FAN COOLER AH-1 ELEV CONTMT FAN COOLER AH-2 ELEV 804 R4 806 R3 804 R4 23 401 R2 23; 401 R2 23 401 R2 IJY IJY IJY IJY IJY EHT EHT EHT EHT BEB BEB BEB BEB OZC OZC OZC 125HP-449T 125HP-449T 125HP",449T 125HP-449T 125HP-449T NCB-315-SR NCB-315-SR NCB-316-SR NCB 520-SR NP8320A173E-AC NP8320A173E-AC NP8320A 173 E-AC NP8320A173E-AC E48250G-2A2 E46250G-2A2 E4B250G-2A2 I
CONTMT FAN COOLER,'AH-2 ELEV 23 CONTMT FAN COOLER. AH"3 ELEV 28 401 R2 401 R2 CONTMT FAN COOLER< AH-3 ELEV, 28 - 401 R2 CONTMT FAN COOLER>AH-4 ELEV 28 409'R2 CONTMT FAN COOLER. AH-4 ELEV 28,. 401 R2 AH-1, TRAIN TO NOZZLE ISOLATION 4201R3 AH-2 TRAIN TO NOZZLE ISOLATION
." 4201R3 AH-3 TRAIN 'IO NOZZLE ISOLATION 4201R3 AH-4 TRAIN TO NOZZLE ISOLATION 4201R3 AH-I TRAIN TO NOZZLE ISOLATION 302 R6 AH-2 TRAIN TO NOZZLE ISOLATION '02 R5 AH-3 TRAIN TO NOZZLE ISOLATION 302 RS AH-4 TRAIN TO NOZZLE ISOLATION CONTAINMENT AVG TEMP (AH-1 FAN CONTAINMENT AVG TEMP (AH-1 FAN CONTAINhlENT AVG TEMP (AH-1 FAN 302 R5 3901R3 3901R3 390 1R3 WX-33468 ELECTRICAL PENETRATION, INSTR Mx-33478 ELECTRICAL PENETRATION,CONTROL WX-33479
..ELECTRICAL PENETRATION, INSTR MX-33455
'LECTRICAL PENETRATION INSTR
18-88 SI.."TAG 4!
'SYST EQU
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$ 166 S 2500 RO SPECIFIC-ID REF R
0 ~ EC-IO COMPONENT EQDP TE-01CV-7542ASA 8152 KZD TE-7542A OZC E48250G-2A2 CONTAINMENT AVG TEhlP (AH-2 FAN 3901R3 9
10II 12 13 14 15 18 TE-0 ICV-75426SA TE-0 ICV"7542CSA CV-03SA-1 CV-D5SA-1 CV-0756-1 CV-D7SB-1 CV-D1SB" 1 CV-D'158-1 CV-D3SA-1 CV-D5SA-I 8152 8152 8152 8152 8152 8152 KZD KZD PXQ PXQ PXQ PXQ 8152 PXQ 8152 PXQ 8152 PXQ 8152 PXO TE-75428 TE-7542C I
10 13 14 OZC OZC BEK BEK BEK BEK BEK BEK BEK BEK E48250G"2A2 E46250G-2A2 EA 180-22302 EA 180-22302 EA 180-21302 EA 180"22302 EA 180-22302 EA180-21302 EA180-21302 EA180-21302 3901R3 390 1R3 901 R3 901 R3 901 R3 901 R3 CV-D3SA-I (2 OF 2 CV"D5SA-1 (2'F 2)
CV-0758-1 (1
OF 2)
CV-0758-1 2
OF 2 I
901 R3 901 R3 901 R3 901 R3 CV-DISB-I 2
OF 2)
CV-0156-1 (1
OF 2)
CV-D3SA-1
( 1 OF 2)
CV>>D5SA-1 I OF 2
CONTAINMENT AVG TEMP (AH-2 FAN CONTAIN!4ENT AVG TEMP AH-2 FAN 17 18 19 20 2CP-6 ISA-1 2CP-82SB-1 2CP-83SA-1 2CP-84SB"1 8170 8170 8170 8170 MKM h'IKM MKM hlKI4 CP-81SA CP-8258 CP-83SA CP-84SB EHT EHT EHT EHT N721C-SR N721C-SR NT"820-SR
'T-820-SR
'SOLATION VALVE CP;8 ISA NCP AH"82 OUTLET TRAIN ISOLATION VALVE CP-63SA CPP AH-81 OUTLET TRAIN 4201R3 4201R3 4201R3 4201R3 2I 22 23 24 2CP-BSSA-I 2CP-BGSB-1 2CP-87SA-1'CP-8858-1
~
~ $
8170 8170 8170 8170 MKM MKM MKhl t4KM CP-85SA CP-BGSB CP-87SA CP-BGSB EHT N721C-SR EHT N721C-SR
'HT NT-820-SR '
EHT NT-820-SR ISOLATION VALVE CP-BSSA ARR RAB NORMAL EXHAUST CONT I
NORMAL CONTAINMENT PURGE 4201R3 4201R3 4201R3 4201R3 25 25 27 28 2CP-8 1SA-1 2CP-82SB-1 2CP-83SA-1 2CP-84SB-1 8170 8170 8170 MLC MLC MLC 8170 MLC FSE-CP-8 ISA FSE-CP-82SB FSE-CP-83SA FSE-CP-6456 BEB BEB BEB BEB NP8321A6E-AC NP8321AGE AC
'P831665E-AC NP8316A75E-AC ISOLATION VALVE CP-81SA NCP "302 RS AH-82 OUTLET TRAIN 302 RS ISOLATION VALVE CP-83SA CPP 302 RS AH-81 OUTLET TRAIN
~
302 RS 29 30 31 32 2CP-BSSA-1 2CP-86SB-1 2CP-87SA-1 2CP-88SB-1 8170 8 170 8170 8170 MLC MLC MLC MLC FSE"CP-85SA FSE-CP-86SB FSE-CP-67SA FSE-CP-88SB BEB BEB BEB BEB NP8321A6E-AC NP8321AGE-AC NP831665E-AC NP8316A7SE-AC ISOLATION VALVE CP-65SA ARR ISOLATION VALVE CP-8658 DISCHARGE VALVE CP-87SA ISOLATION VALVE CP-88SB NCP 302 R5
. 302 R5 302 R5 302 RS 33 34 35 38 2CP-8258"1 2CP-BSSA"1 2CP-87SA-I 2CP-67SA-1 8170 8170 8170 8170 PVL PVL PVL PVL 10 11 12 BEK BEK BEK BEK E A180-3 1302 EA 180-32302 EA180-31302 EA 180-32302 2CP-62SB-1 L!t41'T SWITCH 1
OF 901 R3 2CP BSSA-1,(2 OF 2) 901 R3 2CP-87SA-1
( 1 OF 2).
I 901 R3 2CP-67SA-1 2
OF 2 901 'R3 31 38 39 40 4I 42 43 44 2CP-86SB"1 2CP-8658-1 2cp-8858-1 2CP-BBS8-1 2CP-8258-1 2CP-64SB-1 2CP-8458-1 2CP-8 ISA-1 8170 8170 8170 PVL PVL PVL 8170 8170 8170 8170 PVL PVL PVL PVL 8170 PVL 13 14 15 16 2
3 4
5 BEK BEK BEK BEK BEK BEK BEK BEK EA 180-3 1302 EA 180-32302 EA180"31302 EA 180-32302 EA 180"32302 EA180-31302 EA180-32302 EA180"31302 2CP"86SB"I 1
OF 2 2CP-86SB"1 (2 OF 2) 2CP-BBSB-1
( 1 OF 2) 2CP-BBS6-1 2
OF 2) 2CP-62SB-1 LIMIT SWITCH 2
OF 2CP-84SB" 1 LIt4IT SWITCH (1 OF 2CP-84SB" 1 LIMIT SWITCH (2 OF 2CP-BISA I (1 OF 2 901 R3 901 R3 901 R3 901 R3 90.1 R3 901 R3 901 R3 901 R3 45 45 47 48 49 50 51 52 53 54 55 58 57 58 59 50 2CP-61SA-1 2CP-63SA-1 2CP-83SA-1 2CP-65SA"1 5-2-1A"SA S-2" 18-56 5"4-1A-SA S-4-1B-SB EHC-30 IA-SA EHC-30( 16-SB)
E-6-1A-SA E-6-18 "SB AV"D11SA-1 AV"D12SB-1 AV-D13SA-1 AV-D14SB-1 FORM 0113 (021831 8170 8170 8170 8170 8186 8186 a tae 8186 82 10 8210 8210 8210 8210 8210 8210 8210 PVL PVL PVL PVL KQD KQO KQD KQD BWY BWY HVM HVM HWS HWS HWS HWS 6
7 8
9 S-2-1A S-2-18 S-4-1A 5-4-18 EHC IA EHC 18 E-6" 1A E-6" 18 AV-D11-1 AV-D12-1 AV-D13-1 AV-D14-1 BEK BEK BEK BEK IJY IJY IJY IJY PUX PUX FBG FBG EHT EHT EHT EHT EA 180-32302 EA 180":3 1302 EA180-32302 EA180 31302 40HP-324TCZ 40HP-324TCZ 50HP-326TCZ 50HP 326TCZ XS-78-08649 XS-78-08649 NH94 A
NH94-A CB-315 ~ '
C6-3 15!
C8-315'-
CB-315 I
I ~
2CP-61SA 1
2 OF 2 2CP 83SA-1 (1
OF 2)
~ 2CP-83SA-1 (2 OF 2) 2CP-65SA-1
( I OF 2)
PRIMARY SHIELD COOLING PRIMARY SHIELD COOLING REACTOR SUPPORT COOLING REACTOR SUPPORT COOLING EMERGENCY EXHAUST.TRAIN A ELEC EMERGENCY EXHAUST.TRAIN 8 ELEC FAN E-6-IA FAN E-6-18 AV-D11-1 AV-D12-1 AV-D13-1 AV-D14"1 901 R3 901 R3 901 R3 901 R3 402 R4 402 R4 402 R4 402 R4 100 1R I 1001R1 310 R5 310. R5 4202R1 4202R I 4202R I 4202R 1
155 2" 18-88 SHNPP EOML CAR 2166 S 2500 RO EBASCO TAG P SYST EOU SPECIFIC-ID REF REF"SPEC"ID COMPONENT EQDP 9
10 II 12 13 14 15 Ie AV-015SA"I AV"DIGSB-I AV"017SA-I AV-DIBSB-I AV-D19SA-I AV-D20SB-I AV-D21SA-I AV-D22SB"I
'V-023SA-I AV-D24SB-I AV-025SA-I 8210 8210 82 10 82 10 8210 8210 8210 8210 HWS HWS HWS HWS HWS HWS HMS HWS 8210 HWS 82 10 HMS 8210 I.IMS AV-D15-I AV"016-1 AV-D17-I AV"D18-I AV-D19-I AV-020- I AV-021-1 AV-D22-I AV-D23-I AV-D24-I AV-D25"I EHT EHT EHT EHT EHT EHT EHT EHT EHT EHT EHT AV-D16-I AV-D17-I 4202RI 4202RI CB-315 CB-315 4202R I AV D18-I AV-D19-I AV-D20-I AV-021-1 CB-315 CB-315 CB-315 CB-315 4202R I 4202R I 4202R I 4202R I 4202R I 4202RI 4202RI AV-022-1 AV-D23-I AV-D24-I AV-025"I CB-315 CB-315 CB-315.
CB-315 CB-315..
AV"D15-I
~
4202R I 17
'Ie 19 20 2l 22 23 24 25 28 27 28 AV-D26SB-I AV-027SA-I AV-D28SB-I AV-029SA-I AV-D30SB-I AV-D31SA-I AV-032SB-I AV-D33SA-I AV-D34SB-I AV-D35SA-I AV-D36SB-I AV-D37SA-I 8210 8210 8210 8210 8210 8210 8210 8210 HWS HWS HWS HWS HWS HWS HWS HWS 8210 HWS 8210 HWS 8210 HWS 8210 HWS AV-D26"I AV-D27-I AV-D28-I AV-D29-I AV-D30-I AV-D31-I AV-032-1 AV-033"I AV"034-1 AV"D35-I AV-D36-I AV-D37-I EHT EHT EHT EHT EHT EHT EHT EHT CB-315 CB-315 CB-315 CB-315 CB-315 CB-315 CB-315 CB-315 EHT CB-315 EHT CB-315 EHT CB-315 EHT CB-315
~,,
AV-D26-I
, ~,
AV-D27-I AV-028-1 AV-D29-I AV-D30-I AV-031-1 AV-D32-I AV-D33-I AV-034-1 AV-D35-I AV-D36-I AV-D37-I 4202RI 4202RI 4202R I 4202R I 4202R I 4202R'I 4202R I 4202R I 4202R I 4202R I 4202R I 4202R I 29 30 PI 32 33 34 35 38 37 38 39 40 AV-D38SB"I AV-OSSA-I AV-D52SA-I AV-053SB-I AV-OSBSA-I AV"D59SB"I AV-06SB-I AV"D62SA-I AV-06358-I AV-D66SA-I AV-D67SB-I AV-D7SA-I 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 82 10 8210 KWS HWS HWS HWS HWS HWS HWS HWS HWS HWS HMS HWS AV-038-1 AV-D5-I AV-052-1 AV-D53-I AV-058-1 AV-D59-I AV-D6-I AV-D62-I AV-D63-I AV-D66-I AV-D67-I AV-07-1 EHT EHT CB-315 CB-315 EHT EHT CB-315 CB"315 EHT EHT EHT EHT EHT EHT CS-315 CB-315 CB-315 CB-315 CB-315 CB-.315 EHT
'CB-315 EHT CB-315 AV"D38-I AV-D5-1 AV-D52-I AV-053-1 AV-058-1 AV-D59-I AV-D6-I AV-D62-I AV-D63-I AV-066-1 AV-D67-I AV-D7-I 4202R I 4202R I 4202R I 4202R I 4202R I 4202RI 4202R I 4202R I 4202R I 4202R'I 4202 R I 4202R I 41 42 43 44 45 48 47 48 AV-070SA-I AV-D71SB-I AV-D74SA-I AV-075SB-I AV-078SA-I AV-D7958-I AV-08SB-I AV-082SA-I 8210 8210 HWS HWS 8210 82 10 8210 8210 HWS HMS HWS HWS 8210 HWS 8210 HMS AV-070-1 AV-D71"I AV-D74-I AV-D75-I AV-D78-I AV-D79-I AV-08-1 AV-D82-I EHT EHT EHT EHT EHT EHT EHT EHT CB-315 CB-315 CB-315 CB-315 CB-315 CB-31S CB-315 CB-315 AV-070-1 AV-D71-I AV-074-1'V-D75-I AV-D78-1.
AV-D79-I AV-DB-I AV"D82-I 4202RI 4202RI 4202RI 4202RI 4202RI 4202R I 4202R I 4202R I I
~r 49 50 51 52 53 54 55 58 57 58 59 80 AY-D83SB-I AV-D86SA-I AV-056SA-I AV-D57SB-I AV-060SA-I AV-D6158-I AV-D64SA-I AV-D65SB-I AV-068SA-I AV-069SB-I AV-072SA-I AV-D73SB-I 8210 8210 8210 82 10 HWS HWS HWT HWT AV-083-1 AV-D86-I AV-D56-I AV-D57-I EHT EHT FBG FBG 8210 HWT 8210 HWT 8210 HWI'210 HWT AV-060-1 AV-D61-I AV-D64-I AV-065-1 FBG FBG FBG FBG FBG AV"068-1 AV-D69-I AV-D72-I AV-D73"I HWT HWT 8210 8210 HWT HWT FBG 8210 FBG 8210 FBG CB-315 CB-315 NH96-B'H96-B NH96-S NH96-8 NH96-B NH96-B NH96-S NH96-B NH96-B NH96-B AV-D83"I AV-D86-I AV-D56-I AV-D57-I AV-060"I AV-D61-1 AV-D64-I AV-D65-I AV-D68-'I AV-D69-I AV-D72"I AV-073-1 4202R I 4202R I 310 R5 310 RS 310 R5 310 R5 310 R5 310 RS 310 R5 310 RS 310 RS 310 R5
~
GE 27 j
-18 "88
%166 S
R a.'C-ID 2500 RO ASL FAG P CZ-D IOSB" I CZ-D23SA-I CZ-D2458-1 CZ-DBSA-1 3AV-81SA-1 3AV-82SA-1 3AV-83SS-1 9
10 11 12 3AV-8458-1 3AV-8558-1 AV-86SA-1 CZ-832SA
'I 13 14 15 3
le 3
3CZ-85SA-1 3CZ-86SB-1 3CZ-87SA-I 17 18 19 20 3CZ-8858-1 S"68-1X-SA E" 10- IA-SA E 18-SB 21 22 23 24 E IA-SA E-6-18-SB AH"10-1A-SA AH"10-1B-SB 25 28 27 28 AH IA-SA AH"11" 1B-SB AH IA-SA AH-16-18-58 29 30 31 32 AH 1X-SA All-26-IA"SA MOTOR AH-26-18-58 MOTOR AH-28"IA-SA 33 34 35 38 AH-28-18"SB AH IA-SA AH-5"IS-SB AH-6-1A-SA 37 38 39 40 AH-6"IB-SS AH-7-IA-SA AH-7"IB-SB AH-9-IA-SA 41 42 43 44 AH-9-18-SB AV-DI ISA-1 AV"01258-1 V"D13SA-I V-014SB-1 V-DISSA-1 AV-D1658-I AV-D17SA-I AV-DISSB-1 AV-D19SA-I AV-D20SB-1 AV-D21SA-I AV-D22SB-I AV-D23SA-1 AV-D2458"1 AV-D25SA-1 45 48 47 48 A
49 A
50 A
FOAM 0113 l02I83I SYST 8210 82 10 8210 8210 8210 8210 8210 8210 8210 8210 8210 82 10 8210 8210 8210 8210 82 10 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 82 tO 82 10 8210 8210 8210 8210 8210 8210 8210 8210 8210 82 10 8210 SKNPP EO SPECIFIC-ID REF EOU FBG FBG FBG HWT HWT HWT CZ-D10-1 CZ-D23-1 CZ"D24-1 NH96-A NH96-A NH95-8 NH9 1-A 305607A 305629A 3D5629A HWT I IWU HWU HWU CZ-D9-1 AV-81 AV-82 AV-83 FBG BBH BBH.
BBH 305607A 305607A 3D5629A 305633A AV-84 AV-85 AV-86 CZ"832 BBH BBH BBH BJM HWU HWU HWU HWU CZ"833 CZ-85 CZ-B6 CZ-87 385633A 3D5631A 3D5631A 3D5631A HWU HWU HWU HWU 8 Jt4 8JM 8 Jth BJM CZ-88 HWU BJM
=- 3D5631A 3KP-'I82T 1HP 143T"H 1HP-143T-H IJY IJV IJV HWV S-68-lx HWW E-10-1A
'WW E 18.
30HP-286TS 30HP-286TS 10HP-215T 10HP-215T E-6-1A E-6-18 AH"10-1A AH-10-18 HWW HWM HMY HWY IJY IJY IJY IJY IdY IJY IJY IJY HWY HWY HWY FIWY AH-11-1A AH-11-1B AH IA AH-16-18 10HP-215T 10HP-215T 20HP-286T 20HP-286T AH IX AH-26-1A AH-26-18 AH-28-1A 2HP 182T 3HP 182T 3HP-182T 5HP 184T HWY HWY HWY HWY IdY IJY IJY IJY HWY HWY HMY HWY AH-28-18 AH"5-IA AH-5-18 AH-6-1A 5HP-184T
- 7. SHP-213T 7. SHP-213T 10HP-21ST IJY IJY IdY IJY 10HP "2,15T 10HP-245T 10HP-2.1 ST 7.5HP-213T AH-6-18 AH-7-1A AH-7-18 AH-9-1A HWY KMY HWY HWY IJY IJY IJY IJY AH-9-18 AV-Dl1" I AV-D12-1 AV-013-1 7.5HP-213T NP8320A 173 E-AC HWY HYL HYL HYL IJY BEB BEB NP8320A173E-AC BEB NP8320A173E-AC AV-D14"I AV-D15-I AV-D16-1 AV-D17-I AV-D18-1 AV-D19-I AV"D20-I AV"D21-1 NP8320A 173 E-AC NP8320AI75E-AC NP8320A173E-AC HYL HYL HYL HYL HYL HYL HYL HYL BES BEB BEB NP8320A 173E-AC BEB BEB NP8320A173E-AC BEB NP8320A173E"AC BEB NP8320A173E-AC BEB NP8320A173E-AC BEB NP8320A173E-AC HYL HYL HYL HYL AV"D22-I AV-D23-I AV-D24"I AV-D25-1 NP8320A173E"AC NP8320A173E-AC BEB BEB NP8320A173E-AC BEB
~ 4
~
COMPONENT CZ-D 10- I CZ-D23-I CZ-D24-1 CZ-D9-1.
AV-81 AV-82 AV-83 AV-84 AV-85.
AV-86 CZ-B32 CZ-833 CZ-85 CZ-86 CZ-87 CZ-88 COOLING FAN 5-68(tx-SA)
INST.
E-10-1A E-10-18 E-6-1A E-6-18 AH-10-1A AH-10-18 AH-11-1A AH-'I 1-1B AH-16-1A AH".16-18 AH-23-1X AH-26"1A AH-26-18 AH-28-1A AH-28-18 AH"5-1A AH-5-18 AH-6-IA AH-6"18 AH-7-1A AH-7-18 AH-9-1A AH-9-18 AV-DI 1-I AV-D12-1 AV-D13-1 AV"D14-1 AV-D15-I AV-D16-1 AV-D17-1 AV-D18-1 AV-019"1 AV-D20-1 AV-D21-I AV-D22-1 AV-D23-1 AV-D24-1 AV-025-1 EODP 310 R5 310 R5 310 RS 310 R5 303 R3 303 R3 303 R3 303 R3 303 R3 303 R3 303 R3 303 R3 303 R3 303 R3 303 R3 303. R3 402 R4 407 Rl 407 Rl 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4
. 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4 402 R4
'02 RS 302 R5 302 R5 302 R5 302 R5 302 R5 302 RS 302 R5 302 RS
', 302 RS 302 R5 302 R5
.. 302 R5 302 RS
'. 302 R5
~
~
~
1 157 I
2-18-88 SHNPP EOML CAR ~ 2166 S 2500 RO EBASCO TAG AI SYST EOU SPECIF IC-ID REF REF-SPEC-IO COMPONENT EODP AV-D26SB-1 AV-D27SA-1 AV-D28SB I
10 AV-12 AV-IS AV-14 15 18 AV-D29SA"I AV-D30SB"1 D31SA" I 032SB-1 033SA-I AV-D34SB"1 AV-D35SA-I AV-D36SB-1 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL AV 026-1 AV-027-1 AV"028-1 AV"029"1 AV"D30-1 AV"D31"1 AV-032-1 AV"D33"'I AV-D34-I AV"D35-I AV 036-'I BEB BEB BEB BEB BEB BEB BEB NP8320A173E-AC NP8320A173E-AC.
NP8320A 175E-AC NP8320A173E-AC NP8320A173E-AC NP8320A173E-AC NP8320A173E-AC AV-028-1 AV-D29-I AV-D30-1 AV-031-1 AV-D32-1 AV-D33-1 AV-D34-1 BEB NP8320A173E-AC BEB NP8320A173E-AC AV-035-1 AV-D36-1 BEB NP8320A173E-AC AV-026-.1 BEB NP8320A173E-AC AV-D27=1 302 RS 302 Rr 302 RS 302 R5 302 R5 302 R5 302 R5 302 RS 302 R5 302 R5 302 R5 18 19 20 AV-D37SA-I AV"D38SB-1 AV-05SA-1 AV-D52SA-1 21 A
22 A
V-05358-1 V-D58SA-1 AV"D59SB-I AV-06SB-1 23 24 25 2e 2?
28 29 30 3I 32 33 34 35 38 37 38 99 40 41 42 43 44 45 4e 47 48 AV-D62SA-1 AV"D63SB-I AV-066SA-1 AV-D67SB-1 AV-D7SA-1 AV-D?OSA-1 AV-D?1SB-1 AV-D?4SA-1 AV-D7558-1 AV-D?BSA-1 AV-D79SB-1 AV-DBSB-I AV-D82SA-1 AV-D83SB-1 AV-D86SA-1 FT-OIAV-4842ASA F T-O IAV-4842BSB TE-01AV-4836ASA TE-OIAV-4836BSB TE-OIAV-4839ASA TE-OIAV-4839858 TE-01AV-4842ASA TE-0 IAV-4842BSB TE-01AV-6502ASA 8210 8210 8210 8210 8210 8210
.'210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL HYL AV-D37"I AV"D38"'I AV-D5-1 AV-D52-1 AV-D53-I AV-058-1 AV-D59-1 AY-06"1 AV"062-1 AV-D63"I AV"066-1 AV"067-1'Y-D7-1 AV-070-1 AV-071-1 AV-D74-I AV-D75-1 AY-0?8"I AV-D?9-1 AV-08-I AV"D82-I'V-D83-1 HYO IAX IAX IAX IAX IAX IAX IAX FT-48428 TE 4836A TE"48368 TE-4839A TE 48398 TE-4842A TE-484ZB TE 6502A HYL AV-D86-1 HYO FT"4842A BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB BEB NP8320A173E-AC NP8320A173E-AC NP8320A173E-AC NP8320A173E-AC NP8320A 173E-AC NP8320A 175 E-AC NP8320A175E-AC NP8320A173E-AC NP8320A173E-AC NP8320A173E-AC NP8320A 173 E "AC NP8320A173E-AC NP8320A173E-AC NP8320A173E-AC BEB BEB o
BEB BEB BEB BEB BEB PSQ NP8320A173E-AC NP8320A175E-AC NP8320A 175E-AC NP8320A 173E-AC NP8320A173E-AC NP8320A173E-AC NP8320A 173 E-AC OR32-005-18-22 PSQ DR32-.00S-18-22 DIECT 2310-9458-01 OMT
~ 2310-9458-01 OMT 2310-9458-01 OMT
. 2310-.9458-01 OZC E4B250G" 14AS
'ZC E49250G-14 AS
='ZC E48250G-2A2 BEB NP8320A173E-AC BEB NP8320A173E-AC AV-D37-1 AV-038-1 AV-DS-1 AV-052-1 AV-D53-1 AV-D58-1 AV-D59-1 AV-06-1 AV-D62-1 AV-D63-I AV-D66-1 AV-D67-1 AV-07"1 AV-D70-1 AV-D71-1 AV-D74-1 AV-D?5-1 AV-078-1 AV-D79-I AV-08-1 AV-082-1 AV-D83-1 AY-086-1 E-6-IA FAN EXHAUST E-6-18 FAN EXHAUST EHC-30-1A INLET EHC-30-18 INLET EHC-30-1A OUTLET EHC-30-18 OUTLET.,
E 6 1A FAN OUTLET I'-6-1B FAN OUTLFT= i,.
AH-5-1A FAN 302 R5 302 R5 302 R5 302 R5 302 R5 302 RS 302 R5 302 R5 302 R5 302 R5 302 R5 302 R5 302 RS 302 R5 302 RS 302'R5 302 R5 302 RS 302 R5 302 R5 302 R5 302 RS 302 'R5 806 R3 806 R3 3904RO 3904RO 3904RO 3904RO 390 1R3 3901R3 3901 R3 49 50 5
5 TE-01AV-650285B TE-0 IAV-6507ASA TE-OIAV-6507BSB TE-0 IAV-6512ASA IE-0 IAV-65IZBSB TE-0 IAV-6522ASA TE-01AV-6522BSB.
TE-0 IAV-6527ASA TE"01AV-6527BSB TE-01AV-6532ASA TE-OIAV"6532BSB TE-01AV-6552XSA 8210 8210 8210 IAX IAX IAX TE-65028 TE-650?A TE-65078 X
IAX IAX IAX TE-6512A TE-65128 TE-6522A TE-6522B 8210 IA 8210 8210 8210 8210 8210 8210 8210 8210 IAX IAX TE-6532A TE-65328 IAX TE-6552X IAX TE-652?A IAX TE-65278
~
OZC OZC OZC OZC OZC OZC OZC OZC E48250G-2AZ E4B250G-2A2 E4B250G-2A2
E48250G-2A2 E48250G"2A2 E48250G-2A2 E4B250G-2A2 E48250G-2A2 E4B250G-2A2 OZC OZC E4B250G-ZA2 OZC E48250G-2A2 OZC E48250G-2A2 AH-5-18 FAN AH-6-1A FAN AH"6-18 FAN AH-7-1A FAN AH-7-1B FAN AH-S-IA FAN AH-S-IB FAN AH-10-1A FAN AH-10-1B FAN AH"11" 1A FAN AH-11-1B FAN AH-23-1X FAN 390 1R3 3901R3 3901R3 3901R3 3901R3 3901R3 3901R3 3901 R3 3901R3 3901R3 3901R3 3901R3
-18"88
. ~/
SHNPP EQ 2166 I
S 2500 RO, AS>>
TAG P SYST EOU SPECIFIC-ID REF
)HAEC-IO COMPONENT EOOP TE-0 IAV-6567ASA TE"OIAV-6567BSB TE-0IAV-6577ASA 8210 8210 8210 IAX IAX IAX TE"6567A TE-65678 TE-6577A OZC OZC OZC E48250G-2A2 E48250G-2A2 E48250G-2A2 AH-26-IA FAN 3901R3 AH-26-18 FAN 3901R3 AH-28-1A FAN 3901R3 9
10 11 12 PDT-OIAV-4834BISB PDT-'OIAV-48348258 PDT-OIAV-48348458 DT-0 IAV-4838ASA DT-OIAV-4838858 PDT-OIAV"4843ASA PDT-OIAV-4843858 EHC-30( IA-SA) 13 14 15 16 P
17 P
18 19 30 21 27 23 24 EHC-30ttB-SB AV-D2858-I AV-029SA-I AV-03058"I IE"0IAV-6577858 PDT-0 IAV-4834AISA PDT-OIAV-4834A2SA PDT-0IAV"4834A4SA 8210 8210 8210 8210 82 10 8210 8210 8210 8210 82 10 8210 8210 8210 82 10 82 10 IAX IBN IBN IBN IBN ISN IBM IBN IBN IBN TE-65778 PDT-4834A I POT-4834A2 PDT-4834A4 PDT-483481 PDT-483482 PDT-483484 PDT-4838A PDT-48388 PDT-4843A IHU PXM PXM PXM EHC-30-18 100 101 102 IBN PDT-48438 IHU EHC-30-IA OZC PSQ PSO PSO PSO PSO PSQ BFM BFM BFM BFM PUX PUX BEK BEK BEK E48250G-2A2 DR32-005-18-22 DR 3 2-005-18-22 DR32-005 18-22 DR32-005 18-22 DR32"005-18-22 DR32-005" 18-22 1153D83RA 1153083RA 1153D83RA 1153DB3RA CP-78-00386 CP-78-00386 EA180;22302 EA180-22302 EA 180-22302 AH-28-18 FAN E-6-IA VORTEX DAMPER CONTROL E-6-IA VORTEX DAMPER CONTROL E-6-1A VORTEX DAMPER CONTROL E-6-18 VORTEX DAMPER CONTROL E-6-18 VORTEX DAMPER CONTROI.
E-6-IB VORTEX DAMPER CONTROL E-6-IA HEPA PREFILTER RANGE 0-E-6"IB HEPA PREFILTER E-6-IA TOTAL FILTER TRAIN E-6" 18 TOTAL FILTER TRAIN EHC-30-.1A HEATER 3901R3 806 R3 806 R3 806 R3 806 R3 806 R3 806 R3 804 R4 804 R4 804 R4 804 R4 1001R I EHC"30-18 HEATER CONTROL PANEL 1001RI AV D2858-I (2 OF 2) 90$ Rt AV-D29SA-I (2 OF 2)
" 901 R3 AV 030SB-I (2 OF 2) 902 RI 35 38 27 28 AV-D31SA-I AV-D32SB-AV"D3458-AV-035SA-8210
~ 82 10 8210 8210 PXM PXM PXM PXM 103 104 105 106 BEK BEK BEK BEK EA 180-22302 EA 180-22302 EA 180-22302 EA 180-22302 AV D31SA-I 2
OF 2
AV-D3258-I (2 OF 2)
AV-034SB-'I (2 OF 2)
AV-D35SA-I 2
OF 2) 901 R3 902 Rt 902 RI 902 Ri 39 AV-30 AV 03658-D37SA" AV-D3858-AV-02258-33 34 35 38 37 38 39 40 4I 42 43 44 AV-052SA-AV-053SB-AV-056SA-I AV-D57SB-1 AV-D58SA-I AV-DSSSB-I AV-DGOSA-I AV-06158-1 AV-D62SA-I AV-05SA-I AV-D6358-1 AV-D64SA"I AV-D65SB-I AV-D66SA-I AV"06758"I AV-D68SA-I V-D6958-I V-07SA-I V-D70SA-1 V-D7158-I 45 46 47 48 49 A
50 A
51 A
52 AAV-D658-I AV-072SA-I V-073SB-I V-D74SA-I P-D75SB-I AV-078SA-I AV-07SSB-I AV-D86SA-I 53 5
A 5
A 5
A FOAM 0113 I02I831 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 8210 PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM PXM Pxh1 PXM Pxht PXM 107 toa 109 11 I 'l1 112 113 It4 115 116 117 118 119 120 121 122 123 124 125 126 127 8210 PXM 8210 PXM 128 129 8210 8210 8210 8210 PXM 13 PXM 130 PXM 13 I PXM 132 133 134 135 136 8210 PXM 8210 'XM 8210 PXM 8210 PXM BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK II BEK EA 180-22302 E A180-22302 EA180 22302 EA 180-21302 EA180-22302 E A180-22302 EA180-22302 EA180-22302 EA 180-22302 EA 180-22302 EA180-22302 EA 180-22302 EA180-22302
~,
'A180"21302'A 180-22302 EA 180 "22302 EA 180-22302 EA180-22302 EA 180"22302 EA180"22302 EA 180-22302 EA 180-22302 EA 180-22302 EA180-22302 EA180-21302 EA 180-22302 EA 180-22302 EA 180-22302 EA 180-22302 EAtg0-22302 EA 180-22302 EA 180-22302 AV-03658-1 2
AV-D38SB-I (2 OF 2)
2 OF 2
~
AV-053SB-I (2 OF 2)
AV-056SA-I (2 OF'2)
'V-DSTSB"I (2 OF 2 AV-D58SA-I 2
OF 2 AV-D5958"I (2 OF 2)
AV"06158"I 2
OF 2 AV-D62SA-I 2
OF 2 AV-DSSA"I ( I OF 2)
AV-06358-1 (2 OF 2)
AV-D64SA-I 2
OF 2 AV D6558-I 2
OF 2
AV-066SA"I'2 OF 2)
AV-D67SB-I (2 OF 2)
AV-D68SA-I (2 OF 2)
AV-D6958-I 2
OF 2 AV-07SA-I (2 OF 2)
AV-D70SA-I (2 OF 2)
AV-071SB-I (2 OF 2)
AV-0658 1
I OF 2
AV-072SA"I (2 OF 2)
AV-D7358-I (2 OE 2)
AV-D74SA-I (2 OF 2)
AV D7558-I 2
OF 2
AV-D7958-I (2 OF 2) ~
AV-D86SA-I (2 OF 2) 902 RI 902 Rt 902 RI 902 Rt 901 R3 902 RI 902 RI 902 RI 902 Rt 902 Rt
': 902 R'I 902 RI 902 Rt 902 Rt 902 Rt 902 RI 902 Rt 902 RI 902 Rt 902 RI 902 RI
.902 RI 902 R I 902 RI 901 R3 902 Rt 902 Rt 902 Ri 902 Rt 901 R3 901 R3 901 R3
~ I
$ 59 2-18-88 SHNPP EOML CAR 2$ 6G 5 2500 RO 4
EGASCO TAG 77 SY5T EOU SPECIFIC-ID REF
'REF SPEC ID COMPONENT EODP 9
10 11 12 13 14 15 Ie 17 18 19 20 21 22 23 24 25 28 27 28 AV-D33SA-I AY-DBSB-1 AV-082SA-I AV-D83SB-I AV-D33SA-I AV-D83SB-I AV-082SA"I E IA-SA E"6-IA-SA E 18" SG E IB"SB CZ-D IOSB-I AV-0I ISA-1 CZ-0 IOSB"I CZ-DSSA-I CZ-D9SA-I CZ-023SA-I CZ-D23SA-I CZ-D24SB-I CZ-02458-1 AV-D12SB-I AV-D13SA-I AV-01458-1 AV-D33SA-I (2 OF 2)
AV-DSSB-I ( 1 OF 2)
AV-D82SA-I 2
OF 2 AV-D8358-I 2
OF 2 PXM PXN PXM 82 10 8210 8210 139
$ 4
$ 40 BEK BEK BEK EA 180-22302 EA$80-21302 EA 180-22302 141 142 143 144 EA 180-22302 EA180"21302 EA$80-21302 EA 180-2 1302 PXN PXM PXM PXM 8210 8210 8210 8210 BEK BEK BEK BEK AV-D33SA-I ( I OF 2)
AV-D8358-I ( I OF 2)
AV-D82SA-I $
OF 2 E-6 (IA-SAQ Tl OF 2
E-6 (18-SB) (I OF 2)
E-6 IB-~SB 2
OF 2
BEK EA 180-11302 BEK EA180-11302 BEK EA180-11302 BEK EA180-11302 145 146 147
$ 48 PXM PXM PXN pXM 8210 82 IO 8210 8210 (I OF 2)
(I OF 2)
(2 OF 2)
I OF 2 CZ-D 1058" I AV-DI ISA-I 149 15 PXM PXM 8210 8210 8210 8210 BEK EA180-21302 BEK EA180-21302 BEK EA180-22302 BEK EA180-21302 CZ-D IOSB-I CZ.-D9SA-I PXM 150 PXN 151 PXM 152 20F 2
(I OF 2)
(2 OF 2}
OF 2)
BEK EA180-.22302 BEK, EA180-21302 8EK EA 180-22302 BEK EA $ 80-21302 153
$ 54
$ 55 PXM PXM PXM CZ-D24SB-I 8210 PXM 156 BEK EA 180-22302 CZ-D24SB-I 2
OF 2 8210 8210 8210 pXM PXM PXM 16 17 18 BEK BEK BEK EA$80-21302 AV-012SB-I (I OF 2)
EA180-21302
. AV-D13SA-I (I OF 2)
EA180-21302 AV-01458-1
( I OF 2) 82 $0 8210 CZ-D9SA-I 8210 CZ-D23SA-I 8210
~
CZ-023SA-I 90$
R3 901 R3 901 R3 90$
R3 90$
R3 90$
R3 901 R3 901 R3 902 Rl 901 R3 902 RI 901 R3 902 Rl 90$
R3 901 R3 901 R3 901 R3 SOI R3 901 R3 S01 R3 902 Rl 902 RI 902 RI 29 30 31 32 AY-015SA-I AV-D1658-$.
AV-D17SA-I AV-D$8SB-I 8210 8210 82 $0 8210 PXM g 19 PXM 20 PXM 21 PXM 22 BEK EA180-21302 BEK 'A180-21302 BEK EA180-21302 BEK EA 180-2 $ 302 AV-D15SA"I I OF 2 AV-01658" I (I OF 2)
AV-017SA-I ( I OF 2)
AV-DIBSB-I I
OF 2 901 R3 901 R3 901 R3 902 Rl 33 34 35 38 37 38 39 40 AV-DISSA-I AV-D20SB-I AV-D21SA-I AV-D23SA-I AV-02458-1 AV-D25SA-I AV-D2658-I AV-D2?SA-I 8210 8210 8210 82 10 82 10 8210 8210 8210 PXM PXM PXM PXM PXM PXM PXM PXN 23 24 25 26 27 28 29 30 BEK BEK GEK BEK BEK BEK BEK BEK EA$80-21302 EA 180-21302 EA 180-21302 EA180-21302 EA 180-21302 EA 180-2 1302 EA 180-2 1302 E A180-2 1302 AV-D19SA-$
1 OF 2
AV-D20SB-I ( I OF i2)
AV-021SA-I (I OF 2)
AV-023SA-I I
OF 2 AV"02458-1 I OF 2
AV-D25SA"I ( I OF 2)
AV-02658-1
( I OF'2)
AY-D2?SA-1 I OF 2) 90)
R I 902 RI 902 Rl 902 RI 902 RI 902 RI 902 Rl 41 42 43 44 AV-D28SG-I AV-D29SA-I AV"D30SB-I AV-D31SA-I AV-032SB-I V-D34SB-I V-D35SA-I V"D36SB-I 45 45 A
A 48 A
49 50 56SA-I 57SB"1 AV-DSGSA-I AV-D59SB-I 5
AV,-D 5
AV-0 AV-DGOSA-1 AV-D61SB-I AV-D62SA-I AV-063SB-I AV-D37SA"I AV-D38SB-I AV-D52SA-I AV-D53SB-I 8210 82 10 8210 8210 8210 82 10 8210 8210 8210 8210 8210 82 10 8210 8210 82 10 8210 8210 8210 8210 8210 PXN PXN PXM PXM PXM PXN PXM PXN PXM PXM PXN PXM PXM PXN PXM PXM PXM PXM PXM PXM 31 32 33 34 35 36 37 38 39 40 42 43 44 45 46 47 48 49 50 5$
BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK EA180-21302 EA180-2 1302 EA $80-2 1302 EA 180-2 1302 EA 180-2 1302 EA180" 2 1302 EA$80-21302 EA 180-21302 EA 180-21302 E A180-2 1302 EA180-21302 EA $ 80-21302 EA $ 80-21302 EA180"21302 EA 180-2 1302 EA $ 80-2 1302 EA $ 80-21302 EA 180-21302 EA180-21302 EA $ 80-21302 I
AV-D28SB"I I
OF 2 AV-029SA-I ( I OF 2)
AV-D30SB-I (I OF 2)
AV-D31SA-I I OF 2)
AV-D32SB-I
'I OF 2 AV-D34SB-I (I OF 2)
AV-D35SA-I ( I OF 2)
AV-036SB-I
( I OF 2)
AV-D37SA-I I
OF 2 AV-D38SB-I (I OF 2)
AV-D52SA-I, (I OF 2)
AV-D53SB"I ( I OF 2)
AV-D56SA-I I OF 2
AV-D57SB-I (I OF 2)
AV-DSSSA-I (I OF 2)
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AV-DGSSB-I (I OF 2)
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AV-062SA-I ( I OF 2)
AV-06358-1
( I OF 2)'02 Rl 90$
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TAG ll SYST EQU SHNPP EQ SPECIF IC-ID REF r
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'r'EC-ID 2SOO RO COMPONENT EQOP AV-DGSSB-I 8210 AV-IIGGSA"I 8210 PXM PXH Sa 54 BEK E A180-2 1302 EA180-21302 AV-06SSB-5
( 1 OF 2)
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10 11 12
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AV-DG85A-I (1 OF 2)
AV-D6958-I (1 OF 2)
AV-07SA-1
( I OF 2 AV-D70SA-I 1
OF 2 AV-D7158-I (I OF 2)
AV-D725A-1 ( I OF 2)
AV-D7358"I 1
OF 2 902 R I 902 RI 902 RI 902 RI 902 R I 902 R1 902 RI 902 Ri 17 Ib 19 20 21 22 23 24 25 26 27 28 AV"0745A-I AV"07558-1 AV-D785A"1 AV"07958-1 AV-DSGSA-I AV-D2258-I AV-OSSA-1 AV-D6SB-I AV-OBSB-I AV-DI ISA-I AV-01258-1 AV-D135A-1 8210 82 10 8210 8250 PXM PXM PXM PXM 63 64 65 66 8210 8210 8210 8210 8210 8210 8210 PXM PXN PXItI PXM PXM PXM PXM 80 81 82 83 84 85 86 8210 PXM 67 BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK BEK EA180"21302 EA180-21302 EA180-21302 EA 180-21302 EA180"21302 EA 180-.22302 EA180-22302 EA180-22302 EA180-22302 EA 180-.22302 EA580-22302 EA 180"22302 AV-0745A-I (I OF 2
AV-D7558"1 (1 OF 2)
AV-D785A-I ( 1 OF 2)
AV-D7958-I ( I OF 2)
AV-DBGSA-I I
OF 2 AV-D2258-I (2 OF 2),
AV-D55A-I (2 OF 2)
AV-06SB-1 2 OF 2
AV.-0858-1 2
OF 2
AV-DIISA I (2 OF 2)
AV-012SB-1 (2 OF 2)
AV-D135A-I 2
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~902 Ri 902 RI 901 R3 901 R3 901 R3 902 Ri 902 RI 901 R3 901 R3 902 RI 902 RI 902 RI 29 30 3I 32 33 34 35 36 AV"01458-1 AV-D155A-I AV-D16SB-1 AV-0175A-1 AV-D185B-1 AV-D195A-I.
AV-02058-1 AV"D21SA-I 8210 8210 8210 8250 8210 8210 PXM PXH PXH PXM PXM PXM 8210 PX(h 8210 PXIh 87 88 89 90 91 92 93 94 BEK BEK BEK BEK BEK BEK BEK BEK EA 180-22302 E A180-22302
~
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OF 2 AV-D15SA-1 (2 OF 2)
AV-DIGSB-I (2 OF 2)
AV-D175A"I (2 OF 2)
AV-DIBSB-5 2
OF 2 AV-D195A-I (2 OF 2)
AV-02058-1 (2 OF 2)
AV-D215A-I (2 OF 2) 902 Ri 901 R3 901 R3 901 R3 902 RI 902 RI 902 RI 902 RI 37 38 39 40 AV-0235A-I AV-D2458-I AV"D255A-I AV-02658-1 AV"0275A-I EHC-24 ( IX-SA)
EHC-26( IX-58)
EHC-72( IA"SA 41 42 43 44 45 46 47 48 49 50 51 52 T
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AV-D2458-1 (2 OF 2)
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AV-D2658"I 2
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10 11 12 EQ!RKW!COAX TRIAX-PIG EQ:RKWiCOAXIAL-CABLE EQ: RKW:GENERIC-1 EQ!RKWiGENERIC"2 904 1 9041 9041 9041 RKW RKW RKW COAX TRIAX-PIG COAXIAL-CABLE GENERIC-1 GENERIC"2 RSS-6-104 600 VOLT CONTROL CABLE. FIREWA SHIELDED T C CABLE TYPE KXL F 607 R2 607 R2 608 R3 609 R3 13 I4 15 16 EQ:RKW:GENERIC-3 EQ!RKW!GENERIC-4 EQ!RKX:GE-SIS EO:RKY!BRAND"REX ULTR 9041 9041 RKX RKY GE-SIS BRAND-REX ULTR 904 1 RKW GENERIC "3 9041 RKW GENERIC-4 600 VOLT CONTROL CABLE, FIREWA SHIELDED T/C CABLE. FIREWALL-I GE VULKENE SUPREME SIS SWITCHB ULTROL 300 600 VOLT CONTROL 608 R3 609 R3 610 R2 612 Rl 17 18 19 20 31 22 23 24 25 28 27 28 29 30 3I 32 EQ!RKY:RG-598/U EQ!RKZ:OKONITE-OKOZEL EQ!RKZ:PWR CABLE-PIG EQ t RLS i A1-R 1-ESF-A EO t RLS t A 1-R1 1-ESF-8 EO: RLS:A 1-R13-ESF-8 EQ: RLS: A 1 "R14 "ESF "A EQ: RLS i A 1-R 16-ESF-A EO!RLS!A1-R2-ESF-8 EO:RLS:Al-R29-ESF-8 EQ!RLS!A1-R30"ESF-8 EO!RLS!A1-R31-ESF-A EO!RLS!A1"R32-ESF"8 EQ:RLS!A1-R35-ESF-8 EQ!RLS:A1"R4-ESF-A EQ t RLS t A 1 -R4 1 "E SF-8 904 1
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9041 904 1 904 1 RKY RKZ RKZ RLS RLS RLS RLS RLS RLS RLS RLS RLS RLS RLS RLS RLS RG-598/U OKONITE-OKOZEL PWR CABLE-PIG A 1-R1-ESF-A A1-R11-ESF-8 A1-R13-ESF-8 A1-R14" ESF-A A1-R16"ESF-A A1-R2-ESF-8 A1-R29-ESF "8 A1-R30-ESF"8 A 1-R31 "ESF-A A1-R32-ESF-8 Ai-R35-ESF-8 A1-R4-ESF-A
'1-R41-ESF "8
COAX CABLE, 75 OHM, BRAND-REX 600 VOLT. POWER/CONTROL, OKOZE POWER CABLE PIGTAILS, EPR INSU h'IULTI-POLE 1'ERMINAL BLOCK 600 MULTI-POLE TERMINAL BLOCK, 600 h'IULTI"POLE TERMINAL BLOCK. 600 hlULTI"POLE TERMINAL BLOCK. 600 MULTI-POLE TERMINAL BLOCK 600 MULTI-POLE TERMINAL BLOCK, 600 MULTI"POLE TERMINAL BLOCK. 600 MULTI-POLE TERMINAL BLOCK. 600 MULTI-POLE TERMINAL BLOCK. 600 MULTI-POLE TERMINAL BLOCK, 600 MULTI"POLE TERMINAL BLOCK, 600 MULTI-POLE TERMINAL BLOCK. 600 MULTI-POLE TERMINAL BLOCK. 600 614 RO 613 Rl 613 R1 1302R3 1302R3 1302 R3 1302R3 1302R3 1302R3 1302R3 1302R3 1302R3 1302R3 1302R3 1302R3 1302R3 33 34 35 36 EQ:RLS:Al-R5-ESF-8 9041 EQt RLS:A1-R15-ESF-8 9041 EQ: RLS: A21-R17-ESF-A
~ 9041 EO:RLT: 142-ST-NUC 9041 RLS RLS RLS RLT A1"R5-ESF-8 A21-R15-ESF-8 A21-R17-ESP "A 142-ST-NUC MULTI-POLE TERMINAL BLOCK, 600 MULTI-POLE TERMINAL BLOCK, 600 MULTI-POLE TERMINAL BLOCK 600 POWER BLOCKS 600 VOLT RATED 1302R3 1302R3 1302 R3 1702R1 37 38 39 40 EQ:RLT: 1500-NUC EQ!RLTt 1600-NUC EQ:RLU:COAX-PLUG&JACK EO t RLUiTR IAX-PLUG&JAC 904 1
904 1 9041 9041 RLT RLT RLU RLU 1500-NUC 1600-NUC COAX-PLUG&JACK TRIAX-PLUG&JAG TERMINAL BLOCK. BARRIER TYPE, 1702R1 TERMINAL PLOCK. BARRIER TYPE.
1702RI MODEL 18+0-1000 ilACK AND MODE 607 R2 MODEL 52975-1001
<JACK AND hlODE 607 R2 4'I 43 43 44 45 45 47 48 49 50 51 52 53 54 55 58 57 58 59 60 EotRLW!BRASS-HPA EO!RLW!SS-HPA EQ:RLW!T/C"CSA EQiRLXiNJRS EQ!RLX:NMCK EQ!RLX:NPKV EQ!RLX:NPKX EQ!RLX:WCSF-N EQ:RLY:CONAX-ECSA EQ!RLZ!OKONITE CEMENl'Q:RI4A:OKONITE NO.
35 EQ!Rh'IB!OKONITE T"95 EQ:RMC!SCOTCH NO.
33 EO 8<'Ct<lCOTt'.tt till 35 EQ!RMC!SCOTCH NO. 130C EQ!RMD!BISHOP NO.
17 EQt RME: TE01RC0410I IW EO!Rh!E: TE01RC0412AIW EQ:RME t TE01RC04128IW EQ t RME t 7E01RC04 12C IW 9041 904 1
9041 904 1
904 1
904 1
904 1
9041 9041 9041 9041 904 1 RLW RLW RLW RLX RLX RLX RLX RLX RLY RLZ RhlA Rh'IB 9041 904 1 9041 9041 RME RME RME RME 9041 RMC 904 I 4MC 9041 RMC S041 RMD BRASS-HPA SS-HPA T/C-CSA NJRS NMCK NPKV NPKX WCSF-N CONAX-ECSA OKONITE CEMENT OKONITE NO. 35 OKONITE T-95 SCOTCH NO. 33 9'T<2l NO. 35 SCOTCH NO. 130C BISHOP NO.
17 TE01RC0410I IW TE01RC0412AIW TE01RC04128IW TE01RC0412CIW
~ t
~
3914RO 3914RO 3914RO 160 1RO BRASS POTTING AOAPTOR FOR RTD'TAINLESS STEEL POTTING ADAPTO CABLE SPLICE ASSEMBLIES NUCLEAR JACKET REPAIR SLEEVE NUCLEAR MOTOR CONNECTION KIT NUCLEAR,PLANT STUB CONNECTION NUCLEAR PLANT SPLICE, KIT, GUST NUCLEAR CABLE SLEEVE.
HEAT SHR ELECTRICAL CONDUCTOR SEAL ASSE.
NUCLEAR 'SPLICING CEMENT ELECTRICAL COVERING TAPE, SPLI ELECTRICAL INSULATING TAPE ELECTRICAL TAPE USED AS A COVE CLE<: "'~- APE'<St',ll AS LOt!>9 ELECTRICAL 'INSULATING TAPE AND
<'HIELDING
- TAPE, SEMI-CONDUCTIN CONAX THERMOCOUPLE TERMINATION CONAX THERHOCOUPLE TERMINATION CONAX THERMOCOUPLE TERMINATION CONAX THERMOCOUPLE TERMINATION 1601R0 1601RO 1601RO 1601RO 1503R3 1603 RO 1603RD 1603 RO 1604 R1 1601R i 1604 R 1 1602 RO 3910R2 3910R2 3910R2 3910R2 FORM 0113 (02I831
PA 9
~
163 2-18-88
,'9 9
SHNPP EQI4L CAR 2166 S 2600 RO PAGE 34 EBASCO TAG IIT SYST EQU SPECIFIC-ID REF REF-SPEC-ID COMPONENT EQDP 7
8 9
10 II 12 EQ:RME: TE01RC0412DIW EQ:RME: TEOIRC0413IW EQ:RME:TE01RC0420IIW EQ: RME: TE01RC0422A I IW EQ:RME:TE01RC04228IIW EQ:RME:TE01RC0422CIIW EQ: RhlE: TEO IRC0422DI IW 9041 9041 9041 904 I 9041 9041 9041 RME TEO IRC0412DIW RME TEO IRC04 13 IW RME TEO IRC0420I IW RhlE TEO IRC0422A I I W RME TE01RC0422BI IW RME TE01RC0422CI I W RME TE01RC04220I IW CONAX THERMOCOUPLE TERMINATION 3910R2 CONAX THERMOCOUPLE TERMINATION 3910R2 CONAX TNERIAOCOUPLE TERMINATION 39IOR2 CONAX TNERAIOCOUPLE TERMINAIIION 39IOR2 CONAX THER>IOCOUPLE TERMINATION 3910R2 CONAX THEPMAOCOUPLE TERMINATION 3910R2 CONAX THERMOCOUPLE TERI4INATION 3910R2 13 14 15 I6 17 18 19 20 EQ: RME:TE01RC0423IW EQ: RME:TE01RC0430I IW EQ: RhlE: TE01RC043 3IW EQ: RhlE: TE 1RC0432AI I IW EQ: RME: TE IRC043281 IIW EQ: RME: TE 1RC0432CI IIW EQ: RME:TE IRC0432DI IIW EQlSCEI:RAT-RBT-RCT 904 I RME TE01RC0423 IW 9041 RME TEOIRC0430I IW 9041 RME TEOIRC0433IW 9041 RME TE IRC0432AI I IW 9041 RME TE IRC04328I I IW 9041 RME TE1RC0432CI I IW 9041 RME TE1RC0432DI IIW 9041 SCEI RAT-RBT-RCT CONAX THERMOCOUPLE TERMINATION 3910R2 CONAX THERMOCOUPLE TERMINATION 3910R2 CONAX THERMOCOUPLE TERMINATION 3910R2 CONAX THERMOCOUPLE TERMINATION 3910R2 CONAX THERhlOCOUPLE TERMINATION 3910R2 CONAX THERI40COUPLE TERMINATION 3910R2 CONAX THERMOCOUPLE TERMINATION 3910R2 TSB TERMINALS. RAT SERIES RBT 1605RO I
PE MT 21 22 23 24 25 28 27 28 29 30 3l 32 33 34 35 36 37 38 39 40 4I 42 43 44 45 46 47 48 49 50 51 5
5 5
5 5
5 5
5 6
EQ:RKT-061C 11-18>
EQ: RKT:D65-1 1 EQ:RKT:DBS-12 EQ: RKU1018 EQ IRLX:NHVT
'Q:RLXINPK EQ:RLX IR1CSF-858-N EQ I RKXI NESK
~
~
EQIRKXINBCK I
I I
.I
~ 1 I
SG41 RKT DSI(11-18)
S841 RKT'85-11 S841 RKT PSS-12 S84 1 RKU
~ 018
[
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. NBCK 15 KV POMER CABLE HI VOLTAGE TERN ASBEY SPt ICE KIT '-
INSULATION SHIN CABLE BREAKOUT KIT CABLE EM3SEAL KIT 3 683 R4
( 683 R4 683 R4
','84 R2
'68 1RG
.1681RG 1681RG 1681RG 1681RG
~ ~
ATTACHMENT0 ENVIRONMENTALPARAMETERS
-'L~
=
= "m
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400 300 Z0 Z
Z0 0
0 200 I-tL I-100 0!
0 04 0
Qs Qa 0
100 hEPRESENTAT IVE PER IOO SHOWN IN TABLE PER I OD NUMBER 1
23 5
6 7
8 9
10 11 12 13 14 Qa 1000 1o4 TIgE (SECOII!IDS)
DATA T I ME ELAPSED (Sec
~ )
2.5 9.0 30 '
60.0 70 ~ 0
'0
~ 0.
2000.0 6000 '
10000 '
~ 5X10 2X 1(P 1 '
X 10 1.6 X 10 1.6 X 10 0 -0 1OS 220 321 360 380 350 300 260
=-
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130 120 1osf.6 X 1~
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KD 200 K
W I-100 0
TIME (SEC) 1 10 20 100 750 1,000 2,000 10,000 50,000 200,000 END OF 1 YEAR "CONSERVATIVE DATA TEMPERATURE (oF) 162 242 260 247 252 250 236 176 158 144 144 4) ll A
m zO z
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'l02 1O3 1O4 TIME (SECONDS) 1O5 106 1 YEAR
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2 3
4 5
6 7
8 9
10 10OOO DATA T I ME ELAPSED (Sec.)
2+5 9.0 30 '
60 '
70.0 8'
400 '
600 '
1000.0 2000.0 3600+0 TEMP
('I 3 220 321 360 380 350 300 260 250 230 2)0 170
JJ 'I
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Q 4
6 Qa Q
Q PER I OD NUMBER 2
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8 9
10 12 13 14 10 Ql1 DATA TIME ELAPSED (Sec
~ )
2+5 9.0 30.0 60 '
70 '
80 '
2000 '
6000 '
10000 '
5X 10'X10 1 ~ 0 X 10 1 '
X 10 1 ~6X 10~
RESSUR PS I A 51
~ 0 44.5 52.2 49.0 49 0 49,0 SG 0 42io 28 '
26 0 22 0 20 0 ia.s
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Q Qo i Q PERIOD NUMBER 1
2 5
6 7
8 9
10 11 DATA T I ME ELAPSED (Sec.)
2.5 9 '
30 '
60 ~ 0 70.0 80 ~ 0 400 '
600 '
1000.0 2000 '
3600 '
RESSURE PSIA 23o6 SSsO 40 '
43.0 42.0 40 '
56.0 51 ~ 0 44 0 40.0 27+0 Ca)
Ch h) mzOXIllz z0 Cu (D
0 10 100 TIME (SECONDS) 1000 10000
z I
Ch 0 l
Z lA r n O
Ol th u IlmZ O
c zCneorx mm n ~O OZ Pu m
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-cQ pPl QZ
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~~8 X
z 10 100 200 300 400 500 600 700 800 900 Ctt)
'll A
b)
C zO mz zO cD T I ME (SECONOS)
SHNPP PSAR SHEARON HARRIS NUCLEAR POWER PLANT APPENDIX 3. 11B ENVIRONMENTAL PARAMETER ZONE tfAPS 3 llB-1 Amendment No.
16
Buildin Plant Location SlQPP FSAR TABLE 3.118-1 Elevation Tem erature*/Radiation
- CB11, CB21 Containment Bldg Plant 221.00', 236.00'.11B-1/3.118-20 Locations
- CB31, CB41 Containment Bldg Plant 261.00', 286.00'.118-2/3.118-21 Locations ABOl, AB11 Reactor Auxiliary Bldg 190.00', 216.00'.118-3/3.118-22 Plant Location AB21 Reactor Auxiliary Bldg 236.00'lant Location 3.118-4/3.118-23 AB31, AB32 Reactor Auxiliary Bldg 261.00' Plant Location 3.11B-5/3.11B-24 AB32,41,43 Reactor Auxiliary Bldg 286.00'lant Location 3.118-11/3.118-25 AB51, AB52 Reactor Auxiliary Bldg 305.00'lant Location 3.118-12/3.118-26 FHll, FH21 Fuel. Handling Bl.dg Plant Location 216.00', 236.00'.11B-13/3.118-27
- FH31, F841 Fuel Handling Bl.dg Plant Locations 261 F00'1 286 F 00'
'18-14/3.118-28 FH61 Fuel Handling Bldg Plant Locations 324.00'.11B-14/3.11B-26 27 TAll, TA12 Tank Area Plant Locations 236.00',
261;00'
'18-15/3.11B-29 SW21 Waste Processing Bldg Plant Locations 236.00'.118-16/NA DG31 Diesel Generator Bldg Plant Locations 261 F00',
280 F00',
3.11B-17/NA 292.00'F31 Diesel Oil Storage Tank 242.25'lant Locations 3.118-18/NA IE31 Emergency Service Water 262.00'tructure Plant Locations 3.11B-19/NA
+Although temperature and radiation are the principal. parameters which cause degradation, the temperature figures referenced may contain other parameters (Relative Humidity, Pressure, Submergence, etc.) if they are applicable.
- 3. 11B-2 Amendment No.
27
SHNPP FSAR The following legend, examples and notes apply to the environmental parameter xone maps contained in this appendix.
Buildin Plant Locations I
O'L mlr mS These consist of alpha-numeric designations (CB11, etc.) identifying the various plant areas.
Refer to Table 3 '1B-1 for a description and list of figures which identify these areas.
Parameter Le end (Units)
T ~
Temperature ('F)
H =
Pressure (psig/psia)
Relative Humidity (X)
B =
Boron concentration in the Chemical Spray Solution (parts per million-ppm).
Applicable inside containment only.
27 pH = Negative logarithm of Hydrogen Concentration in the Chemical Spray Solution.
Applicable inside containment only.
S gg Maximum flood level (Ft)
S
~Exam le l CBll, CB21 Normal Accident T
120'F FSAR Fig.
F 11.4-1, 2
P ATM FSAR Fig. 3.11.6-1, 2
i
'I I ~;,I H
40X 100X B
NA 2000-2200 ppm pH NA Be5 - 11 S
NA 228.3' 4s
= ~
~
1 S
The above chart (example
- 1) lists the environmental parameters applicable to containment building plant location areas CB11 and CB21.
Refer to Table 3.11B-1 for a description of the plant areas covered by CB11 and CB21.
All equipment located in areas CBll and CB21 is exposed to the environmental conditions indicated in the above chart.
The column designated normal lists environmental parameters existing during the normal 40-year plant life.
3.11B-3 Amendment No.
27
0
SHNPP FSAR The column designated accident lists the environmental parameters resulting from a design basis accident such as a
Te The maximum daily temperature during the 40-year plant life is a maximum 120'F.
The design basis accident temperature conditions are time dependent and are shown in the applicable FSAR figure indicated on the CES.
In general it will be FSAR Figure 3.11.4-1 which is the DBA Temperature Profile Inside Containment based on a combined LOCA/MSLB condition (worst case inside containment)
~
P ~
The normal pressure during the 40"year plant life is atmospheric.
The design basis accident pressure conditions inside containment are time dependent and are shown in the applicable FSAR figure indicated on the CES.
In general,: it will be FSAR Figure 3.11.6-1 which is the DBA Pressure Profile Inside Containment based on a combined LOCA/MSLB
'ondition (worst case inside containment).
H:
The normal daily humidity during the 40-.year plant life is 40X.
The humidity subsequent to a design basis accident is 100X.
B:
pH:
This is the Boron concentration in the chemical spray solution.
During normal operation of the plant this parameter is not applicable.
Subsequent to a design basis accident inside containment, the boron concentration will vary between 2000 - 2200 parts per million (ppm).
This parameter is also associated with the chemical spray solution, and is only applicable inside containment following a design basis accident.
It may vary between 8.5 and 11.
)2}
S:
Submergence level is only applicable subsequent to a design basis accident.
The maximum flood level will be at the 228.3 ft elevation inside containment.
~Exam le 2
Zone Time Gamma Beta R3 1DA AB11 1MA 8.2(+3) 2.0(+4) 1.5(+4) 3.7(+4)
DBA Radiation Dose for time period indicated lYA 3 3(+4) 7.2(+4) 40YN 1.0(+3)
Negligible
(
) Power of Ten Environmental zone 6 Plant area location Normal gamma radiation dose over 40 years.
Beta radiation dose during this time period is negligible 3.11B-4 Amendment No.
27
SHNPP FSAR The above chart (example
- 2) lists the various integrated radiation doses applicable in Zone R3 of the reactor auxiliary building plant area AB11.
Refer to Table 3.11B-1 for a description of plant area AB11. All equipment located in Zone R3 is considered exposed to the gamma and beta doses indicated in the above chart over the time period of concern, as indicated below:
1DA
~
One day post DBA 1MA
~
One month post DBA 1YA
~
One year post DBA 40YN ~
40 years normal operation
~Exam le 3
Determinin Radiation Ex osure 16 If the design basis accident is assumed to occur at the end of the 40th year and the Class 1E equipment is zone R3 is required to remain operational for one month after the DBA, the equipment will be exposed to a total integrated radiation dose equal to:
1.0(+3) + 1.5(+4) + 3.7(+4) or 5.3(+4) Rads This includes the 40-year normal and one month post DBA gamma dose as well as the one month post DBA beta dose.
General Notes a)
The temperature maps referred to on Table 3.11B-1 do not reference all of the parameters identified in the "Parameter Legend" above.
b)
The following provides explanation:
1)
"B" and "pH" are associated with the chemical spray solution inside containment only.
Since it is not applicable inside the RAB, no mention is made to these parameters on the zone maps associated with the RAB.
.2)
"P" is shown for a DBA.
Since this is steam tunnel only, it where the pressure is those areas of the plant where it changes due to limited to the containment building and main is not listed for the areas in the zone maps atmospheric under all conditions.
3)
"S" is listed only for those affected plant elevations shown on the zone maps.
The elevations above the maximum flood level are unaffected.
As such, submergence is not applicable in those areas.
4)
For areas not shown on radiation zone maps, the radiation doses are negligible.
3.11B-5 Amendment No.
16 e
r v
r a
0
SHNPP FSAR TABLE 3.11B-2 TEMPERATUR~
ZONE DESIGNATION*
NORMAL ('F)
ACCIDENT ( F)
A B
C D
E F
G HI J
K L
M N
0 P
R S
T U
V W
X Y
Z AA BB CC 104 104 116 104 88 79 105 75 80 104 104 104 104 110 120 122 122 105 104 104 104 122 116 104 104 122 104 122 104 104 130 FSAR 110 88 79 105 75 80 125 133 120 140 110 120 122 167 120 131 135 122 136 120 105 150 147 111 150 115 Fig. 3.11 4-4 35 These zone designations are used in all areas except the Containment Building, where the temperature parameters are as indicated on Figures 3.11B-1 and 3.11B-2.
The numbers noted in the normal and accident columns are also the maximum temperatures used in environmental qualification of eqiupment, with the exception of zone designations E, H, F, and I'or these
- areas, the maximum temperatures are 85 F (H"Control Room), 85'F (I-Process IGC Room),
85'F (F-Safety"Related Battery Rooms),
and 90'F (E"Safety-Related Suitchgear Room) ~
Equipment is qualified to envelope these valves.
3.11B-6 Amendment No.
35
SHNPP FSAR APPENDIX 3.11C SUPPLEMENTAL ENVIRONMENTAL QUALIFICATION OF INSIDE CONTAINMENT SAFETY RELATED ELECTRICAL EQUIPMENT This appendix contains supplemental analyses and their results used to demonstrate the thermal response of safety related equipment located inside Containment and the consequent ability of this equipment to survive and operate during and after the DBA.
These analyses are 'required since some in-containment equipment is qualified to a peak transient lower than that which occurs during the DBA.
For these instances, analyses are being conducted to demonstrate that the relatively
'hort duration of the calculated maximum thermal transient does not adversely affect the operation of the particular safety related component being considered.
It will be demonstrated that the equipment's thermal response sufficiently lags the DBA thermal transient such that the equipment never attains a peak temperature in excess of that to which it is qualified.
~ '
~
The design basis accident which yields the highest equipment surface temperature is the thirty percent (30) power main steam line break with associated MSIV failure.
The peak containment atmosphere temperature
.resulting from this DBA is calculated to be 380'F.
For purposes of this appendix, this value has been conservatively increased to 38S'F.
- This peak is calculated in accordance with the guidelines of the NRC interim environmental qualification position contained in NUREG 0588.
The heat transfer coefficients used in this containment analysis are described in Section 6.2A.
The Ebasco modified version of CONTEMPT-LT Mod 26 (See Appendix 6.2A) is used to simultaneously calculate the containment atmosphere pressure and temperature transients and the safety related components temperature gradient.
All thd assumptions used in these computer runs are identical to those assumed in the MSLB analysis.
Ebasco has currently modeled two safety related components:
an electric pressure transmitter and an electric instrumentation cable.
These models are used to analyze the thermal response of each component.
These components are modeled as unit area or unit length (such as cable) one-dimensional slab type heat sinks.
The initial bulk temperature is assumed to be 120'F.
Figure 3.11C-l shows the geometry and thermal properties of the safety related components analyzed.
This instrumentation cable is the worst case from the point of view of heat absorption as it has the thinnest insulation and no jacket on individual conductors.
The thermal response of these components is demonstrated to sufficiently lag the DBA response such that the peak transient conditions used to qualify the equipment adequately envelopes the actual equipment thermal response (Figure 3.11C"2).
3.11C-1 Amendment No.
39 r
r
(
r I
~r II
SHNPP FSAR The thermal response of the components shown in Figure 3.11C-2 are representative of the actual values for SHNPP ~
Final analyses illustrating these values are in progress'ther safety related components such as fan motors and valve appurtenances are currently being evaluated for the need to undergo analysis.
These items, along with actual response values will be supplied in an amendment to this FSAR at a later date.
G
- 3. 11C-2
JACKET (CPE)
'HIELDTAPE
(.001
)
INSULATION (FREP)
COPPER CONDUCTOR Q
COPPER DRAIN WIRE
"(GROUND)
OVERALLDIA)/L<.329 INCHES TYPICALELECTRIC INSTRUMENTATIONCABLE 43/4 MAX.
3/4" CLEARANCE FOR COVER REMOVAL(TYPICALl 1/2 ')4 NPT CONDUITCONNECTION NAMEPLATE 7/16 20 UNF (TYPICAL)
TRANSMITTER CIRCUITRY THIS SIDE TERMINAL CONNECl'IONS THIS SIDE HL VENT/DRAIN VALVE 1/4 1$ NPT PRESSURE CONNECTION (TYPICAU lG 0
3-3/6" 7/1614 UNC (4 PLACES)
TYPICALTRANSMITTER AMENDMENTNO. 3 SHEARON HARRIS NUCLEAR POWER PLANT Carolina Power & Light Company FINALSAFETY ANALYSISREPORT TYPICAL COMPONENT DIAGRAMS FIGURE 3.11C-1
420 380 TRANSMITTER 5 CABLE QUALIFICATION TEST TEMPERATURE 300 IL D
260 I
220
'l80 140
~
~~ 0~y CABLE SURFACE TEMP
~~~ ~B CABLE TEMP.046" BELOW SURFACE
~+~ ~~e ~
~
EE
~ ++~ oo ~oo ~ ++~
/
f.r'.8 LEGEND:
I TRANSMITTER SURFACE TEMP
'10 0
20 60 TIME (SECONDS) 80 100 120 SHEARON MAR HIS NUCI.EAR POWER PLANT Carolina Power & Light Company FINALSAFETY ANALYSISREPORT TYPICAL EQUIPMENT TEMP. VS. TIME WORST CASE AMENDMENTNO. 3 FIGURE 3.11C-2
SHNPP FSAR APPENDIX 3. 11D SHNPP POSITION ON ENVIRONMENT'AL QUALIFICATIONS DELETED BY AMENDMENT NO. 16 APPENDIX 3.11D WAS SUPERSEDED BY APPENDIX 3.11A 3.11D-l Amendment No.
16
SHNPP FSAR APPEND1X 3 llE SUPPLEMENTAL ENVIRONMENTAL QUALIFICATIONOF SAFETY-RELATED ELECTRICAL EQUIPMENT INSIDE THE MAIN STEAM TUNNEL This appendix contains supplemental analyses and their results used to demonstrate the thermal response of safety-related equipment located inside the main steam tunnel and the consequent ability of this equipment to survive and operate during and after a main steam line break (MSLB) in the tunnel.
These analyses are required since some equipment in the tunnel is qualified to a peak temperature lower than that which occurs during the MSLB.
For these, instances, analyses were conducted to demonstrate that the relatively short duration of the calculated maximum thermal.transient does not adversely affect the operation of the particular safety"related component being considered.
This appendix demonstrates that the equipment's thermal response sufficiently lags the MSLB thermal transient such that the equipment never attains a peak temperature in excess of that to which it is qualified.
39 3.11E-1 Amendment No.
39
SHNPP FSAR Section 3'A describes the analysis performed by Ebasco which determined the temperature and pressure response of the steam tunnel following a main steam line break.
The steam tunnel is a large room adjacent to the steam Line containment penetration where the main steam line isolation valves and steam header are located.
This room is vented to the atmosphere and is cooled by two safety grade 40,000 cfm fans.
Ebasco used the COMPARE computer code to evaluate the temperature and pressure profile of the tunnel following a 1.4 square foot break at 102X power.
The qualification of equipment in the tunnel involved adding heat sinks to Ebasco's COMPARE deck to represent the safety-related components.
The heat sink surface temperatures were then compared to the manufacturer's equipment qualification temperatures to determine whether or not the equipment surface temperature falls within the qualification envelope.
5I-J I
'I P~
I 39 The Mass and Energy release used for the analysis is the generic MSLB blowdown data supplied by the Westinghouse Owners'roup (Reference 3.11E-1).
These tables were generated using conservative assumptions
'which resulted in early tube bundle uncovery.
For selected
- cases, this data was adjusted to take credit for the instrumentation at the Harris Plant which would isolate the auxiliary feedwater to the affected generator following main steam line isolation.
Because of the termination of the auxiliary feedwater into the generator, tube bundle uncovery and end of bLowdown will both occur earlier.
In order to account for the more rapid increase in the fluid enthalpy expected as a result of the loss of the cooler auxiliary feedwater flow, the enthalpy of the blowdown was ramped to the maximum value of 1,290 Btu/Lbm over 10 seconds.
This sudden rise'n enthalpy is incLuded whenever both auxiliary feedwater isolation and tube bundle uncovery have occurred.
Immediately foLlowing the start of the blowdown, heat transfer to the equipment in the steam tunnel is dominated by steam condensing on the equipment surface.
This heat transfer mechanism is very efficient, and the surface temperature of the component rapidly rises to the saturation temperature of the steam.
When the surface temperature rises above the saturation temperature or the saturation temperature falls due to a change in room pressure, the heat transfer becomes characterized by a forced convection heat transfer mechanism.
Due to the high room temperatures and low pressures in the steam tunnel following an MSLB, this transition occurs very early in the event.
The forced convection heat transfer coefficient in a flowing fluid is based on a correlation having the following form.
I I
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0 3.11E-2 Amendment No.
39
'I-
~
p
~5<iI
SHNPP FSAR k(Nu) h =
D where.'Nu = C(Re)
Re =
~VD u
C~n = EmpericaL constants dependent on geometry and Reynolds number provided in Table 3.11E-1 h
"- heat transfer coefficient, Btu/hr>>ft F D
= component outside diameter, ft.
k
= thermal conductivity of fluid,. Btu/hr-ft F V
= fluid velocity, ft/sec.
p
= fluid density, ibm/ft u
= fluid viscosity,. Lbm/ft-sec.
39 Therefore, the heat transfer coefficient for a component in a fluid with a specific velocity and a given set of fluid properties is dependent upon the component size and geometry.
~ ~
The safety-related equipment in the steam tunnel was modeled by adding heat sinks to the COMPARE deck prepared by Ebasco.
The actual components evaluated were the ASCO solenoid valve and the NAMCO Limit switch.
Since each of the safety-related components in the steam tunnel can be modeled using a similar geometry, it was not necessary to include an additional heat sink for every piece of equipment.
These particular components combine the smallest dimensions (maximizing the heat transfer coefficient) with the thinnest housing wall thicknesses to give the highest surface temperatures of any equipment in the tunnel.
The ASCO solenoid valve has a housing thickness of 0.09 inches and is energized during normaL operation.
The body of the valve has a 0.125 inch thickness and the smallest overall dimensions.
This component was qualified in an energized condition at an ambient temperature of 346 F.
The NAMCO limit switch has a casing of 0.125 inches and a
qualification temperature of 340'F.
All of the remaining equipment is bounded by the NAMCO limit switch.
Heat sinks added to model any other safety-related equipment would show lower surface temperatures.
Both heat sinks were modeled using a cylindrical geometry and given an initial surface temperature of 222'F.
This initial temperature corresponds to the saturation temperature of pure steam at 18 psia, which conservativeLy represents the effects of condensing heat transfer with an infinite heat transfer coefficient.
Following the pressure spike at 0.25 seconds (Figure 3.11.6-3),
the saturation temperature falls and convection heat transfer begins.
Heat transfer coefficients for each break size were calculated using the correlation given above.
The velocity used in
- 3. 11E-3 Amendment No. 39
SHNPP FSAR calculating the ReynoLds number is based upon the bLowdown rate, minimum fluid
- density, and the area of 'the first subcompartment junction in the COMPARE model.
The rated flow of the fan~ in the steam tunnel is approximately 3X of the initial flow from the 1.4 ft.
- break, and is not expected to contribute significantly to the average velocity in the. room.
39
- ~
The spectrum of break sizes provided in Reference
- 3. 11E-1 was considered in this analysis in addition to the adjustment for auxiliary feedwarer isolation following main steam line isolation.
Isolation of auxiLiary feedwater to'he affected steam generator has opposite effects, depending upon the size of the break.
For the large breaks where steam Line isolation occurs before tube bundle uncovery, isolation of auxiliary feedwater reduces the maximum component temperature by terminating the blowdown at an earlier time in the event.
The 1.4 ft.
break was the only case in which auxiliary feedwater isolation was necessary to prevent the component surface temperatures from exceeding the EQ limit.
For the smaller breaks where steam line isolation*
occurs after tube bundle uncovery, the termination of auxiliary feedwater results in increased component surface temperatures, because of the more rapid rise in the enthalpy of the blowdown fluid.
As with the Larger breaks, the blowdown is terminated earlier', ho~ever, this effect is minimized with the smalLer breaks because of the lower flow rate out of the break.
The break size found to result in the highest component temperatures was the 0.5 ft.
break.
Although larger breaks give higher atmosphere temperatures, higher component surface temperatures at the time of tube bundle uncovery, combined with the length of time that the atmosphere temperature remains above the EQ limit makes the 0.5 ft.
break the most Limiting case.
The heat transfer coefficients used in tive analysis of the NAMCO limit switch and ASCO solenoid valve are shown in Figures 3.11E-1 and E.11E-2, respectively.
The surface temperatures of these components for the Limiting break are shown in Figures 3.11E-3 and 3 ~ 11E-4.
A maximum surface temperature of 315.7'F was calculated for the NAMCO Limit switch.
The ASCO solenoid valve required insulation to reduce its maximum surface temperature from 357.1'F to 247.7'F in*order to remain below the qualification temperature.
Fl This analysis covered a spectrum of break sizes with and without steam Line isolation and continuous auxiliary feedwater fLow to the affected steam generator.
.The results of this analysis demonstrate that for a main steam line break in which the tube bundle is uncovered and superheated steam is
- released, the maximum surface temperature of the safety"related equipment in the SHNPP steam tunneL will not exceed the temperature reached during the manufacturers'quipment qualification program.
REFERENCES 3.11E-L Westinghouse Owners'roup Letter WOG-84-235, dated September ll, 1984, HELB Superheated Mass/Energy Release Outside Containment, GuideLines for Evaluation 3.11E-2 Kreith, Frank, Principles of Heat Transfer, 3rd Edition, Harper 6
Row PubLishers, 1973
- 3. 11E-4 Amendment No.
39
SHNPP FSAR OreI e)
Table 3.11E-1 COEFFICIENTS FOR CALCULATION OF AVERAGE HEAT TRANSFER COEFFICIENTS Coefficients for Cal.cul.ation of Average Heat Transfer Coefficient of a Circular Cyl.inder in a Gas Fl.owing Normal to the Cylinder Axis from Reference 3 '1E-2 I
V D
ReDf v
e ~
I 0.4 - 4 4 - 40 40 4,000 4,000 - 40,000 40,000' 400,000 0.891 0 821 0.825 0.174 0 '239 0 330 0.385 0.466 0.618 0.805 39 e
1 r e
~ f re J r
0 3.11E-5 Amendment No.
39
10.0 9.0
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8.0 7.0 I
Ol 6.0 I
5.0 4.0 0
Xo 2.0 1.0 0.0 0
200 400 TIME (SEC) n ACTUAL o
USED 600 800 AMENOMENT N0.39 SHEARON HARRIS NUCLEAR POWER PLANT Carolina Power & Light Company FINALSAFETY ANALYSISREPORT NAMCO LIMIT SWITCH HEAI TRANSFER COEFFICIENT FIGURE SI 1 1E-I
'V' t
Lt
~I 0 H
~
~
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10.0 9.0 6.0 N
7.0 tK 6.0 5.0 g
W.o XO
<<V 1.0 0.0 200 400 MME (SEc) 0 ACTUAL o
USED 600 800 3
I AMENDMENT NO.39 SHEARON HARRIS NUCLEAR POWER PLANT Carolina Power 5 Light Company FINALSAFETY ANALYSIS REPORT ASCO SOLENOID VALVE HEAT TRANSFER COEFF I C I ENT F IGI.IRE 1 1E-2 I
3 3
't 33<<
600 4$
~
~
300 I-200 EQ UM17 100 0
200 400 600 800 TtuE (sec) o ATMOSPHERE o
SURFACE AMENOMENT NO,3g SHEARON HARRIS NUCLEAR POWER PLANT Carolina Power & Light Company FINALSAFETY ANALYSIS REPORT NAMCO LIMIT SWITCH FIGURE 3+158-3
2
~.
600 I
~ P 500 400 a00 Z
200 100 0
200.
600 800 a
ATLl.
ZME (gee)
NO INSUL o
0.25 in. INSUL gAENCNENT NO S9 SHEARON HARRIS NUCLEAR POWER PLANT Carolina Power & Light Company FINALSAFETY ANALYSISRfPORT ASCO SOLENOIO VALVE FIGURE
- 3. 1 1'
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1 I'j 0