ML20082C494

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Evaluation of Unit 1 & Unit 2 Derating of Power Cables in Raceways Wrapped W/Thermo-Lag Matl
ML20082C494
Person / Time
Site: Susquehanna  Talen Energy icon.png
Issue date: 08/14/1992
From:
PENNSYLVANIA POWER & LIGHT CO.
To:
Shared Package
ML20079F008 List:
References
FOIA-94-137 SEA-EE-482, SEA-EE-482-R, SEA-EE-482-R00, NUDOCS 9504070037
Download: ML20082C494 (32)
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{{#Wiki_filter:l E3AL8Tv LEVEL IER/CTN No. o! ~ ENGINEERING STUDIES. ANALYSES. y *^"" oc, e. {sE .c. w a.ft. g z p { AND EVALUATION COVERSHEET a or O e cuatrTv paoE y So \\ 'O Evas.uars.a er l48,r I i % 1 vaurwe., -r hws.n c.nas m AncE Whys WARADeJCP WsM resno,au-i.a e nrealeu W W n R, 8 m o s k /rz 9.R s c/ssMz M huML**'*" W Q.S.~ h REVISION NO. DATE PREPARED BY REVIEWED / VERIFIED BY APPROVED % Y 9504070037 941114 (( PDR FOIA QUNTER94-137 PDR j

~_ q h. t s. l 4 2 SEA-EE-432 REV 0 PAGE 2 OF.90 i 2 som e20006 1 I Den & TING CABLES IN RACBWAY WRAPPED WITE TEERbOLL-LAG l 1.0 PROBLEM 6 } T8I Inc. thermal-lag material is used as a fire barrier to protect Appendix R safe Shutdown cables from fire damage. This' material is applied to the l raceways and causes a dorating of the continuous ampacity capability of the j cables,inside the raceways. i j The original ampacity dorating factors, used for power cables, were 12.5% for a 1-hour wrap and 20.55% for 3-hour wrap. UL tests indicate that 28.04% and 31.15% respectively should be used. The IEEE paper " Fire Protection Wrapped ] cable Tray Ampacity" appears to confirm the UL tests. i The concern is that the power cables inside raceways wrapped with thermal-lag material may be operating at temperatures beyond their qualification temperature due to nominal ampacity exceeding the maximum allowable dorating when the UL 28.04% and 31.15% dorating factors are used. Control and instrweent cables are not a concern since, by design, these cables operate at a minimum of 334 below their rated ampacity. 2.0 EURPOSE The purpose of this evaluation is to detemine the maximum s.llowable derating j factors for power cables in raceway wrapped with thermal-lag material. Power cables in wrapped cable trays and conduits are to be to evaluated. These 4 maximum dorating factors are to be compared to the UL dorating factors of 2 i 28.04% and 31.15% to assure that the power cable operating temperatures do not ) exceed their qualified temperatures. j

3.0 CONCLUSION

S a All the power raceways, wrapped with thermal-lag material, in Unit 1 and Unit 2 are protected with 1-hour barriers except for the following raceways which l have 3-hour barriers. 1 { D1P025 A2P008 F2P023 l F1P030 A2P009 i FIP467 A2P016 F1P601 A2P031 The evaluation in section 7 shows that the maximum allowable dorating for power cables in raceways with thermal-lag wrap exceed the UL dorating factors of 28.04% for 1-hour barriers or 31.15% for 3-hour barriers. These cables are not operated beyond their qualified temperatures. Therefore there is no adverse impact to the Appendix R Safe Shutdown Analysis. 1 j d h

SEA-EE-432 REV 0 PAGE.I OF Jo 4.0 INPUTS AND ASSUMPTIONS 4.1 INPUTS Power cable ampacities are to be determined for a 40*C ambient temperature (FSAR Section 8.3.3.1) E-294 and I-295'" List of Raceway Wrapped With Fire Barrier Material" are to be used to identify raceways to be evaluated. Only continuously energized power cables in wrapped raceways are to be evaluated. j Motor Operated Valve power cables are not to be evaluated since these are intermittent loads. 4.2 ASSUMPTIONS All cables in wrapped raceways are operating at a conductor temperature of 90*C. ( Max cable rating)

5.0 REFERENCES

I 1 l EDR G20006 E-2006.1 Sechtel calculation for Power Cable Ampacity Notes and Details E-57 Rev 5, " Power Cable Ampacity Tables" l E-2006 Cable Ampacities l E-AFS-002 l E-AFS-006 l i E-294 Rev 10 l l E-295 Rev 8 l FSAR Section 8.3.3.1, Table 3.11-6 i i i i l l I i l

=.- SEA-EE-432 REV O. PAGE 4 - OF M 6.0 MEZilgE Power cable trays and conduits wrapped with thermal-lag material were identified from E-294 Rev 10 and E-295 Rev 8. Carts and cabrac were used to identify cables in the wrapped raceways. For each identified cable, the load currents were identified by reviewing i scheme drawings, circuit breaker setpoint calculation, SEAS and vendor drawings. For each cable the maximum allowable cable ampacity was identified from Notes and Details E-57 Rev 5. The maximum allowable dorating for each cable was calculated by: Max Derate t = (1- (load current / max allowable ampacity)) X 100 The maximum allowable dorate was compared to the UL dorating of 28.04% for 1-hour wrap and 31.15% dorate for 3-hour wrap to assure the cable qualification temperature is not exceeded. For cable tray with greater than 30% Fill, the maximum allowable ampacity was determined. For E1P197 and FIF179, the maximum allwable ampacity for the for cables in these conduita was determined for an ambient temperature of 80*F since these conduits are located in the control Structure which has a maximum ambieny of 80*F. (FSAR Table 3.11-6) 7.0 RESULTS There are 73 power raceways in Unit 1 and 56 power raceways in Unit 2 wrapped with thermal-lag material. (see Attachment 1 for list of raceways) These contain 205 cables for Unit 1 and 164 cables for Unit 2. The evaluation in Attachsent 2 for power cables in raceways wrapped with thermal-lag shows that the maximum allowable dorating of the cables exceeds the UL dorating factors of 28.04% for 1-hour wrap or 31.15% for 3-hour wrap. lists the maximum allowable dorating for cables operating at a conductor of 90 C with all other cables in the raceway also operating at 90 C. Since 90 C is the qualified temperature for the cable, the power cables in raceways wrapped with 1-hour or 3-hour thermal-lag barrier are not operating beyond their qualified temperature. I ~ i

~. 6 SEA-EE-432 REV O PAGE f OF Jo AETAcatENT 1 UNIT 1 POWER t' Amu TRAY WRAPPED WITE TEIRMAL-IAG I CABLE TRAY NO FIRE RATING E1PH21 1-HOUR E1PH22 .1-HOUR E1PH23 1-HOUR E1PJO7 1-HOUR E1PJ08 1-HOUR E1PJD9 1-HOUR E1PJ10 1-HOUR E1PJ11 1-HOUR E1PJ12 1-HOUR E1PJ13 1-HOUR E1PJ14 1-HOUR $1PJ15 1-HOUR E1PJ16 1-HOUR E1PJ17 1-HOUR E1PJ18 1-HOUR E1PJ19 1-HOUR E1PJ20 1-HOUR E1PJ61 1-HOUR E1PJ62 1-HOUR E1PJ63 1-HOUR E1PJ64 1-HOUR E1PJ65 1-HOUR E1PJ71 1-HOUR F1PH48 1-HOUR FIPH49 1-HOUR FIPH50 1-HOUR l l a e I

i SEA-EE-432 REV O, PAGE 6 OF M i 4 AETACEMEET 1 UNIT 1 i POWER 00NDUITS WRAPPED WITE EIERMEL-LAG 1 ] CONDRIT_RQt FIRE RATING OQNDUIT NO. FIRE RATING i A1F037-1-HOUR F1P534 1-HOUR I A1F038 .1-HOUR F1P535 1-HOUR A1F040 1-HOUR F1P578 1-HOUR ] AIF045 1-HOUR F1P579 1-HOUR l A1P071 1-HOUR FIP580 1-HOUR A1P075 1-HOUR F1P582 1-HOUR A1P105 1-HOUR F1P601 3-HOUR 1 B1P035 1-HOUR FIP701 1-HOUR j B1P071 1-HOUR FIF037 '1-HOUR B1P109 1-HOUR F1P030 3-HOUR B1P301 1-HOUR F17080 1-HOUR C1F040 1-h0UR F17179 1-HOUR l C1F045 1-HOUR F1P463 1-HOUR i C1F055 1-HOUR FIP467 3-HOUR C1F056 1-BOUR FIPS32 1-HOUR j CIP077 1-HOUR FIP533 1-HOUR D1P025 3-HOUR CIP107 1-HOUR D1P029 1-ROUR l D1P038 1-HOUR j DIPO40 1-HOUR D1P075 1-HOUR 4 j D1P076 1-HOUR D1P077 1-HOUR l D1P112 1-HOUR E1FC36 1-HOUR E1F039 1-HOUR j E1F132 1-HOUR j E1F137 1-HOUR j E1P156 1-HOUR 3 E1P194 1-HOUR ) E1P197 1-HOUR E1P247 1-HOUR 4 E1P353 1-HO'JR l E1P397 1-HOUR ] E1P413 1-HOUR j E1P455 1-HOUR E1P496 1-HOUR E1P497 1-HOUR j E1P504 1-HOUR E1P505 1-HOUR FIF036 1-HOUR i i l 4 1'

( SEA-EE-432 REV O PAGE 7 OF Jo ATTACEMENT 1 UNIT 2 POWER CABLE TRAY WRAFFID WITE TEERMAL-LAG CABLE TRAY NO FIRE RATING f E2PJ17 1-HOUR E2PJ18 1-HOUR E2PJ64 .1-HOUR E2PJ65 1-HOUR E2PK43 1-HOUR E2PK44 1-HOUR E2PK45 1-HOUR E2PK51 1-HOUR E2PK52 1-HOUR E2PK53 1-HOUR E2PK54 1-HOUR F2PH29 1-HOUR F2PH30 1-HOUR F2PH31 1-HOUR F2PH32 1-HOUR k

' ~ i' SEA-EE-432 REV 0 PAGE 8 OF Jo l+ i l ATE & CEMENT 1 UNIT 2 POWER CONDUITS BRAPPED WITE TEREMhL-IAG j CONDUIT NO. FIRE RATING A2P008 3-HOUR A2P009 . 3-HOUR A2P014 1-HOUR A2P016 1-HOUR A2P016 1-HOUR A2P017 1-HOUR A2P019 1-HOUR A2P020 1-HOUR A2P022 1-HOUR A2P030 1-HOUR A27031 3-HOUR B2P011 1-HOUR B2P026 1-HOUR C2F030 1-HOUR C2P006 1-HOUR C2P011 1-HOUR C2P022 1-HOUR D2P011 1-HOUR D2P013 1-HOUR D2P014 1-HOUR D2P015 1-HOUR D2P019 1-HOUR D2P030 1-HOUR D2PO44 1-HOUR D2PO45 1-HOUR D2PO46 1-HOUR E2F010 1-HOUR E2F013 1-HOUR E2P012 1-HOUR E2P025 1-HOUR E2P082 1-HOUR E2P287 1-HOUR E2P377 1-HOUR E2P378 1-HOUR F2P023 1-HOUR F2P258 1-HOUR F2P291 3-HOUR F2P373 1-HOUR F2P375 1-HOUR F2P384 1-HOUR F2P397 1-HOUR F2P400 1-HOUR 4 f

i i l 9 Prge No. 1 08/14/92 ATTACHMENT 2 UNIT ~1 POWER CABLES IN CABLE TRAYS WRAPPED WITH THERMAL-LAG CABLE CABLE SCHEME ' EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE AMPS AMPS DERATE NUMBER CODE APOD0061N 1-B12 E 26 SH11 1C221A 125VDC 0.4 25.9 98.5 E-AAA-181 APOD0061T 2-D21 E103 SH1 1A20101 125VDC 1.4 70.9 98.0 E-AAA-108 APOD0061W 2-D81 E258 SH1 DGA CONTROL 125VDC 4.4 24.5 82.0 E-AAA-150 73.4 APID0001D 1-D23 E 26 SH1 1D613 480 28.0 105.3 ^ 81.6 AP1D0015V 2-D81 DGA CONTROL 125VDC 4.5-24.5 APID0015W 2-D21 DGA CONTROL 125VDC 0.2 70.9 99.7 APID0016M 2-D61 E 64 SH11 1B210 125VDC 0.1 33.5 99.7 APID0016V 2 --D81 DGA EXCITER 125VDC 6.0 24.5 75.5 EPOD0061S 2-D21 E 26 SH11 1A20101 125VDC 0.4 70.9 ,99.4 E-AAA-151 EPOD0061T 2-D21 E 26 SH11 1A20310 125VDC 0.8 70.9 98.9 E-AAA-183 EPOV1264A 1-D13 E214 SH13 HV-08601A VALVE 0.0 1.0 100.0 EPOV1265A HV-08602A VALVE 0.0 1.0 100.0 EPOV1266A HV-08603A VALVE 0.0 1.0 100.0 EP1B0501R 3-R50 E 24 IS246 480 172.0 374.0 54.0 EP1B0503P 3-R50 E 24 SH1 1ATS219 480 SWITCH 0.0 1.0 100.0 EP1B0503Q 1-R04 E 24 SH1 1ATS219 480 SWITCH 0.0 1.0 100.0 - EP1D0005A 3-R35 E 26SH1 1D653A 480 165.0 268.5 = 38.5

  • EP1D0005K 3-R35 E 26 SH11D6 53B 480 165.0 268.5
  • 38.5 EP1QO122A HV-B21-1F016 VALVE 0.0 1.0 100.0 EP1QO200A 1-D23 E166 SH1 1P208A 480 40HP 52.0 107.0 51.4 E-AFS-002 EP1QO204A 1-D13 E166 SH4 HV-C41-1F006 VALVE 0.0 1.0 100.0 EP1Q0615A HV-G33-1F001 VALVE O.0 1.0 100.0 EP1Q1614A HV-B21-1F020 VALVE 0.0 1.0 100.0 EP1Q3016A HV-E11-1F009 VALVE 0.0 1.0 100.0 EP1Q3032A 1-D23 E155 SH25 HV-E11-1F015A VALVE 0.0 1.0 100.0 EP1Q3044A 1-D13 E153 SH28 HV-E11-1F027A VALVE 0.0 1.0 100.0

.y y EP1Q3073A HV-E11-1F022 VALVE 0.0 1.0 100.0 th EP1Q3074A 1-D13 E153 SH40 HV-E11-1F040 480 VALVE 0.0 1.0 100.0 I EP1Q3077A 1-D13 E153 HV-15112 480 VALVE 0.0 1.0 100.0 th I A EP1Q4015A HV-E41-1F002 VALVE 0.0 1.0 100.0 Y[ EP1Q4129A HV-12603 VALVE 0.0 1.0 100.0 EP1Q4193A 3-R04 E187 SH1 1E440A 480 75KVA 90.0 161.8 44.4 g EP1Q4193B 3-R04 E187 SH1 1E440A 480 75KVA 90.0 161.8 44.4 N

Pcge No. 2 08/14/92 ATTACHMENT 2 UNIT 1 j POWER CABLES IN CABLE TRAYS WRAPPED WITH THERMAL-LAG CAELE CABLE SCHEME EQUIP NO VOLTS LOAD IDAD MAX MAX REFERENCE NUMBER CODE AMPS AMPS DERATE EP1Q6518A 1-D13 E189 SH3 1K209A 480 4.5HP 6.7 22.2 69.8 E-AFS-002 EP1Q6528A 1-D13 E189 SH3 1K209B 480 4.5HP 6.7 22.2 69.8 E-AFS-002 EPIS0703A 1-D13 E147 SH3 HV-11314 480 VALVE 0.0 1.0 100.0 i EPIS0706A 1-D13 E147 SH4 HV-11313 480 VALVE 0.0 1.0 100.0 EPIS1600A 1-D13 E267 SH1 1C227A 480 2KW-3.0 22.2 86.5 EPIS1602A 1-D13 E267 SH2 1C226A 480 ' 1KW 2.0 22.2 91.0 EP1V2540A 1-D83 E192 SH45 1V222A 480 15HP 20.0 37.0 45.9 E-AFS-002 EP1V2692A 1-Z83 E224 SH11 IV418A 480 SHP 7.0 30.9 77.3 ION 747 EP1V2692C 1-Z83 E224 SH11 IV418A 480 2.5HP 6.0 30.9 80.6 ION 747 EP1V4506A 1-D13 E224 SH1 1V414A 480 10HP 13.2 22.2 40.5 EP1V4506C 1-D13 E224 SH1 1V414A 480 SHP 11.8 22.2 46.8 EP1V4508A 1-D13 E224 SH1 IV415A 480 10HP_ 13.2 22.2 40.5 EP1V4508C 1-D13 2224 SH1 1V415A 480 SHP 11.8 22.2 46.8 EP1V4510A 1-D13 E224 SH1 1V416A 480 10HP 13.2 22.2-40.5 EP1V4510C 1-D13 E224 SH11V4 16A 480 SHP 11.8 23.0' 48.7 -EP1Y0013A 1-D12 E 64 SH16 1Y236-01 120 1.0 21.0 95.2 E-BJS-005' l EP1Y0013H 1-D12 E 64 SH16 OC888A 120 2.8 21.0' 86.7 EP1Y0014B 1-D12 E214 SH3 OK112A 120 8.4 21.0 60.0 i EP1YOO14D 1-D12 E149 SH4 1C201A 120 6.7 21.0 68.1 I FP1Q3004A HV-E11-1F048B VALVE 0.0 1.0 100.3 FP1Q3013A HV-E11-1F017B VALVE 0.0 1.0 100.0 l FP1Q3014A HV-E11-1F008 VALVE 0.0 1.0 100.0 l FP1Q3014B HV-E11-1F008 VALVE-0.0 1.0 100.0 FP1Q3021A HV-E11-1F010B VALVE 0.0 1.0 100.0 FP1Q3075A HV-E11-1F049 VALVE 0.0 1.0 100.0 FP1Q3075B HV-E11-1F049 VALVE 0.0 1.0 100.0 4 Ii 1 FP1Q3076A HV-E11-1F023 VALVE 0.0 1.0 .100.0 I3 ,k' FP1Q3076B HV-E11-1F023 VALVE 0.0 1.0 100.0 FP1Q4012A HV-E41-1F003 VALVE 0.0 1.0 100.0

  • wi gi FP1Q4012B HV-E41-1F003 VALVE' O.0 1.0 100.0 JD1D0016D 1-D12 E 64 4KV TEST BKR 125VDC 0.0 1.0 100.0 t

JP100801H 1-D12 E156 SH1 1P206A 120 655W 5.5 21.0 73.8 -y l JP1Q3000H 1-D12 E153 SH1 1P202A 120 1250W 10.4 21.0 50.5

_____.m.__.._---____. ..- -._ _._ - _- _._ _._._ _ _ m _ Pcge No. 3 08/14/92 UNIT 1 POWER CABLES IN CABLE TRAYS WRAPPED WITH THERMAL-LAG CABLE CALLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE AMPS AMPS DERATE NUMBER CODE i PPOSO402H 2-D61 E146 SHS OP504C 120 545W 4.5 34.0 86.8 E-BJS-005 PP180057A 1-D23 E 51 1EP07 480 25KW 30.0 105.3 71.5 PP1B0057B 1-D21 E 51 1EP07 480 25KW 0.0 70.9 100.0 PP1QO200H 1-LO2 E166 SH1 1P208A 120 40W 0.3 12.0 97.5 PP1QO202A 1-D23 E166 SH3 1E220 480 40KW 48.0 107.0 55.1 PP1QO203A 1-D63 E166 1E219 480 10KW 12.0 49.0 75.5 f PP1QO300H 1-D12' E169 SH1 120 400W 3.3 21.0 84.3 PP1Q1206B 1-Q25 DBI 0.0 0.0 ******* PP1Q1207B 1-Q25 DBI 0.0 0.0 ******* PP1Q1208B 1-Q25 DBI 0.0 0.0 ******* PP1Q1209B 1-Q25 DBI O.0 0.0 ******* PP1Q1210B 1-Q25 DBI 0.0 0.0 ******* PP1Q1503A HV-B31-1F031A VALVE. 0.0 1.0 100.0 PP1Q1505A HV-B31-1F032A VALVE 0.0 1.0 100.0 PP1Q1507A HV-B31-1F023A VALVE 0.0 1.0 100.0 PP1Q1607A HV-B21-1F001 VALVE 0.0 1.0 100.0 PP1Q4184A 1-D83 E258 SH6 1K205A 480 15HP 20.0 37.0 45.9 E-AFS-002 PP1Q4185M 1-D12 E 64 SH15 1Y216-23 120 12.5 21.0 40.5 E-BJS-005 PP1Q4186M 1-D12 E 64 SH15 1Y216-24 120 12.5 21.0 40.5 E-BJS-005 PP1S0600H 2-D61 E150 SH3 1P506A 120 650W 5.4 34.0 84.1 PP1V4500A 1-D13 E224 SH1 1V411A 480 10HP 13.2 22.2 40.5 PP1V4500C 1-D13 E224 SH1 1V411A-480 SMP 11.8 22.2 46.8 PP1V4502A 1-D13 E224 SH1 1V412A 4802 10HP 13.2 22.2 40.5 PP1V4502C 1-D13 .E224 SH1 1V412A 480 SHP 11.8 22.2 46.8 PP1V4504A 1-D13 E224 SH1 1V413A 480 10HP 13.2 22.2 40.5 l PP1V4504C 1-D13 E224 SH1 1V413A 480 SHP 11.8 22.2 46.8 1 PP1V4512A 1-D13 E224 SH1 1V417A 480 10HP. 13.2 22.2 40.5 PP1V4512C 1-D13 E224 SH1 1V417A 480 SHP 11.8 22.2 46.8 $k PP1Y0005E 1-D23 E 25 SH13 1X218 480 37.5KVA 45.0 105.3 57.3 PP1Y0007B 1-D21 E'25 SH3 1D656 480 75KW 0.0 70.9 100.0 i PP1Y0007G 3-R04 E 25 SH3 1D656 480 75KVA 90.0 161.8 44.4 y4 PP1Y0013K 1-B12 E 64 SH16 1Y236-19 120 1.0 25.9 96.1 E-BJS-005 h N

1 Pcge No. 1 08/12/92 ATTACHMENT 2 UNIT 1 - i POWER CABLES IN CONDUITS WRAPPED WITH THERMAL-LAG CABLE . CABLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE AMPS AMPS DERATE NUMBER CODE AFOG2401A 3-F10 E 23SH6B 2A20104 4160 243.0 515.0 52.8 ASDOP j AFOG2401B 3-F10 E 23SH6B 2A20104 4160 243.0 515.0 52.8 ASDOP AFOG2401C 3-F10 E 232 SH6B 1A20104 4160 243.0 515.0 52.8 ASDOP AFOG2401D 3-F10 E 23SH6B 1A20104 4160 243.0 515.0 52.8 ASDOP AF1Q0801A 3-F04 E156 SH1 1P206A 4160-690HP 88.0 226.0 61.1 FF126510 AF1Q3000A 3-F75 E153 SH1 1P202A 4160 1800HP 227.0 479.0 52.6 FF103120 i APOD0015U 2-D21 E 64SH11 DGD EXCITER 125VDC 0.2 86.0 99.8 E-AAA-391 APOD0061G-1-D11 E 26 ONOP538A 125VDC 0.1 28.0 99.6 E-AAA-391 APOD0061M 1-D11 1C222B 125VDC 0.1 28.0 99.6 E-AAA-391' l APOD0061R 2-D21 E 26SH11 1A20101 125VDC 1.4 86.0 98.4 E-AAA-391 [ APID0001A 1-D23 E 26SH1. 1D613 480 28.0 123.0 77.2 E-AFS-002 l APID0001C 2-R35 E 26SH6B 1D614 125VDC 81.7 303.0 73.0 E-AAA-391 i APID0015C 2-D11 E 64SH11 DGA CONTROL 125VD 4.5 28.0 83.9 E-AAA-391 APID0016K 2-D11 E 64SH11 DGD ENGINE 125VDC 6.0 28.0 78.6 E-AAA-391 APID0016M 2-D61 E_64SH11 1B210 125VDC 0.1 48.0 99.8'E-AAA-391 BFOG2402D 3-F10 E 26 SH6D 1A20204 4160 217.0 515.0 57.9 ASDOP BF1Q0802A 3-F04 E156 SH2 1P206B 4160 690HP '88.0 226.0-61.1 l BPOD0062B 2-D21 E 64 1D624-31 125VDC 1.4 86.0' 98.4 E-AAA-391 BPOD0062C 1-Z22 E 63 SH11 OCB652 125VDC 0.1 28.0 99.6 E-AAA-391 i BPOD0062G 1-B12 ONOP538B. 125VDC 0.1 28.0 99.6 E-AAA-391 l BPOD0062H 1-Z22 E 64 1D623-23F075 125VDC 0.3 28.0 98.9 E-AAA-391 BPOD0062K 1-Z22 E 26 SH11 OCB652 125VDC 'O.8-28.0 97.1 E-AAA-391 BPOD0062M 1-B12 E185 SH47 1C222B 125VDC 0.1 28.0 99.6 BPOD0062N 1-B12 E185 SH46 1C221B 125VDC 0.1 28.0 99.6 BPOD0062R 2-D21 E 26 SH11 1A20201 125VDC 0.4 86.0 99.5 BPID0002A-1-D23 E 26 SH1 1D623 480 28.0 86.0 67.4 E-AFS-002 3 w:; in BP1D0002C-2-R35 E 26 SH1 -1D624 125VDC' 121.t 303.0 '60.1'E-AAA-392 s BP1D0017C 1-B12 E259 SH9 OC521B 125VDC 4.6 28.0 83.6 E-AAA-391-N [ BP1D0017U' 2-D21 E 64 SH11 DGBN EXCITER 125VDC 0.2 86.0' 99.8 E-AAA-391 g th, M h %'i BP1D0018K 1-B12 E259 SH9 OC521B 125VDC-6.0 28.0 -78.6 E-AAA-391 EPID0018L 1-D62 E 64 SH11 1C201B 125VDC 1.1. 48.0 97.7 E-AAA-391 BP1D0018N 2-D61 E 64 SH11 1B220 125VDC 0.1 48.0' 99.8 E-AAA-391

  • h, CFOG2403A 3-F10 E 26 SH6F 2A20304 4160 269.0 515.0 47.8 ASDOP Pj

PQge No. 2 08/12/92 ATTACHMENT 2 UNIT 1 POWER CABLES IN CONDUITS WRAPPED WITH THERMAL-LAG CABLE CABLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE NUMBER CODE AMPS AMPS DERATE CFOG2403B 3-F10 E 26 SH6F 2A20304 4160 269.0 515.0 47.8 ASDOP CF1Q0803A 3,-F75 E156 SH3 1P206C 4160 690HP 88.0 479.0 81.6 FF126510SH401 CF1Q3002A 3-F75 E153 SHS 1P202C 4160 1800HP 227.0 479.0 52.6 FF103120SH202 CPOD0063G 1-B12 ONOP538C 125VDC 0.1 28.0 99.6 E-AAA-391 CPODOO63M 1-B12 E185 SH47 1C222C 125VDC 0.1 28.0 99.6 CPOD0063N 1-B12 E184 SH47 1C221C 125VDC 0.1 28.0 99.6 CPOD0063R. 2-D21 E 26 SH11 1A20301 125VDC 1.4 86.0 98.4 E-AAA-391 CP1D0003A 1-D23 E 26 SH1 1D633 480 28.0 123.0 77.2 E-AFS-002 CP1D0019C 1-B12 E259 SH9 OC521C 125VDC 4.6 28.0 83.6 E-AAA-391 CP1D0019U 2-D21 E259 SH1 DGC EXCITER 125VDC 0.2 86.0 99.8 E-AAA-391-CP1D0020K 1-B12 E259 SH9 OC521C 125VDC 6.0 28.0 78.6 E-AAA-391 CP1D0020M. 1-D62 E 64 1D634-24 125VDC SPARE 0.0 1.0 100.0 i DPOD0064C 1-Z22 E 64 SH12 1D64403 125VDC SPARE. 0.0 1.0 100.0. DPOD0064D 1-Z22 E259 SH11 1D64414 125VDC 0.1 28.0 99.6 E-AAA-391 DPOD0064E.1-Z21 E 64 SH12 1D64431 125VDC 1.4 28.0 95.0 E-AAA-391 DPOD0064G 1-B12 E259 SH11 ONOPS38D 125VDC 0.1 28.0 99.6.E-AAA-391 DPOD0064H. 1-Z22 E185 1D64423 125VSDC 0.2 28.0 99.3 E-AAA-391 DPOD0064K 1-Z22 E185 SH47 1D64421 125VDC 0.2 28.0 99.3 E-AAA-391 DPOD0064M 1-B12 E185 SH47 1C222D 125VDC 0.2 28.0 99.3 E-AAA-391 DPOD0064N 1-B12 E185 SH IC221D 125VDC 0.2 28.0 99.3 E-AAA-391 DPOD0064R 2-D21 E 26 SH11 1A20401 125VDC 1.4 86.0 98.4 E-AAA-391 74.0 303.0 75.6 E-AAA-394 DPID0004C 2-R35 E 26 SH1 1D644 125VDC ' 4.6 28.0 83.6 E-AAA-391 DP1D0021C 1-B12 E 64 SH12.' OCS21D 125VDC DP1D0021U 2-D21 E259 SH1 DGD EXCITER 125VDC 0.2 86.0 99.8 E-AAA-391 DP1D0022K-1-D81. E259 SH9 OC521D 125VDC. 6.0 48.0 87.5 E-AAA-391 DP1D0022M 2-D61 E 64 SH12 1B240 125VDC O.1 48.0 99.8 E-AAA-391 EFOSO402A 3-F04 E146 SHS OP504C 4160 440HP 59.0 226.0 73.9 FF103120SH201 Il 'EFIS0600A 3-F04-E150 SH3 1P506A 4160 573HP 77.0 226.0 65.9 FF103120SH202 *. EPOD0061S 2-D21 E 26SH11 1A20101 125VDC 0.4 86.0 99.5 E-AAA-391 EPOD0061T 2-D21 E 26SH11 1A20310 125VDC 0.8 86.0 99.1'E-AAA-391 { EPOV1100A 1-D63 E197 SH1 OV101A 480 20HP-26.0 53.1 51.0 SEA-EE-432 EPOV1128A 1-D13 E202 SH1 OV118A 480 5HP 7.3 28.7 74.6 SEA-EE-432 bg EPOV1130A-1-D13 E202 SH2 OV144A 480 5HP-7.3 28.0 73.9 E-AFS-002 P

Prge No. 3 08/12/92 ATTACHMENT 2 UNIT 1 POWER CABLES IN CONDUITS WRAPPED WITH THERMAL-LAG l CABLE CABLE SCHEME EQUIP NO VOLTS LOAD LOAD. MAX MAX REFERENCE AMPS AMPS DERATE NUMBER CODE l EPOV1164A 1-D63 E197 SHS OE143A 480 30KW 30.0 53.1 -32.2 SEA-EE-432 EPOV1202A 1-D13 E214 SH3 OP122A 480 1.5HP 2.2 28.0 92.1 E-AFS-002 EPOV1204A 1-D13 E214 SH3 OP112A 480 2HP 3.8 28.0 86.4 E-AFS-002 EPOV1264A HV-08601A 480 VALVE 0.0 1.0 100.0 EPOV1265A E214 SH23 HV-08602A 480 VALVE 0.0 1.0 100.0 EPOV1266A E214 SH24 HV-08603A 480 VALVE 0.0 1.0 100.0 e EPOV1350A 3-R04 E242 SH3 HEATERS 480 90KW 108.0 152.0

  • 28.9
  • EPOV1354A 1-D63 E242 SH4 OE144A 480 30KW 36.0 55.0

+34.5

  • EPOV1400A 3-D21 E201 SHS OV109A 480 50HP 61.0 94.7
  • 35.6 E-AAA-002 EP1B0501R 3-R50 E 24 IS246 480 172.0 381.0 54.9 DATA SHEET

=EP1D0005A 3-R35 E 26 SH 1 1D653A 480 165.0 242.0 +31.8 EP1D0005C 2-R75 E 26 SH1 1D254 250VDC 102.0 488.0 79 1 eEP1D0005K 3-R35 E 26 SH1 1D653B 480 165.0 242.0 EP1D0015N 2-D11 E153SH104 1C246 125VDC-0.0 1.0

E-AAA-391 EP1D0016F 2-D11 E154 SH39 1C201A 125VDC 0.6 28.0 97.9 E-AAA-391 EP1D0016H 2-D11 E 16 SH3 1C201B 125VDC 0.7 28.0 97.5 E-AAA-391 EP1Q1614A NA NA HV-B21-1F020 480 VALVE 0.0 1.0 100.0 EP1V2540A 1-D83 E192 SH45 1V222A 480 15HP 20.0 52.0 61.5 EP1Y0014B 1-D12 E149 SH4 1C201-A 120 6.7 40.0 83.2 FFOSO401A 3-F04 E146 SH3 OP504B 4160 440HP 59.0 226.0 73.9 FPOD0062B 2-D21 E 26 SH11 1A20211 125VDC 0.4 86.0 99.5 E-AAA-391 FPOD0062C 2-Z21 E 64 1D624-34 125VDC 0.4 28.0 98.6 E-AAA-391 FPOD0062E 2-Z21 E 64 1D624-36 125VDC 0.8 28.0 97.1 E-AAA-391 FPOD0062G 1-Z22 E 64 1D624-02 125VDC 0.7 28.0 97.5 E-AAA-391

'v p FPOD0062T 2-D21 1A20411 125VDC 0.8 86.0 99.1 E-AAA-391 -y' +* FPOV1101A 1-D63 E197 SH1 OV101B 480 20HP 20.0 53.1 62.3 SEA-EE-432 FPOV1129A 1-D13 E202 SH1 OV118B 480 SHP 7.3 28.7 74.6 SEA-EE-432 eft 3 FPOV1165A 1-D63 E197 SHS DE143A 480 30KW 36.0 53.1

  • -32.2 SEA-EE-432

,8 )W FPOV1195A 1-D13 E214 SH17 HV08693B VALVE 0.0 1.0 100.0 4 FPOV1267A HV-08601A VALVE 0.0 1.0 100.0 FPOV1268A HV-08602B VALVE 0.0 1.0 100.0 FPOV1269A HV-08603B VALVE 0.0 1.0 100.0 ~ 35.3 FPOV1351A 3-R04 E242 SH3 OC886B 480 90KW 108.0 167.0 + 6

Pcge No. 4 08/12/92 ATTACHMENT 2 UNIT 1 POWER CABLES IN CONDUJTS WRAPPED WITH THERMAL-LAG A SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE AMPS AMPS DERATE N BER CO FPID0017N 1-B12 E153 SH104 1C247 125VDC 0.0 1.0 100.0 E-AAA-391 i -FP1D0018U 2-Z61 E 64 SH11 1D125 125VDC 8.2 48.0 82.9 E-AAA-391 KP1DOO18D 1-D12 E 64 SH11 CKT BKR TEST 125VDC 0.0 1.0 100.0 MPIDOOO4D 2-R35 E 26 SH1-1D643 480 28.0 303.0 90.8 E-AFS-002 MP1D0022D 1-D12 E 64 SH12 CKT BKR TEST 125VDC

0. 0 '

1.0 100.0 DBI 0.0 1.0 100.0 RP1D0017P RP1Y0008B* 1-D63 E 25 SH3 1D666C 480 26.0 48.0 45.8 FLD MEASURED RP1YOODBC 1-D61 E 25 SH 3 ID666C NA NEUTRAL O.0 1.0 100.0 U.m wh 4' 0A

_.,___...___..-__._____.._.._._._._.___.--__._._.._....__.__,._.m_.._,m. l Prge No. 1-i 08/14/92 ATTACHMENT 2 i UNIT 2 POWER CABLES IN CABLE TRAYS WRAPPED WITH THERMAL-LAG CABLE CABLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE 4 NUMBER CODE AMPS AMPS DERATE ~ AP2D0001A 1-D23 E 26 SH1 2D613 480 28.0 107,.0 73.8 AP2D0015C 1-B12 E64 SH21 DG'A' CONTROL 125 4.5 26.0 82.7 AP2D0015R 2-D21 E18 SH6 2A201 125 1.4 72.0 98.1 AP2D0015U. 2-D21 E18 SH6 DG'A' CONTROL 125 0.2 72.0 99.7 AP2D0016K 1-B12 E64 SH21 DG'A' EXCITER 125 6.0 26.0 76.9 AP2D0016M 2-D61 E64 SH21 2B210 125 0.1 34.0 99.7 EP280503P 3-R50 E24 SH1 1ATS219 480 VALVE 0.0 1.0 100.0 EP280503Q 1-R04 E24 SH1 1ATS219 480 VALVE 0.0 1.0 100.0 EP2D0005A 3-R35 E26 SH1 2D653A 480 165.0 274.0 39.8 = EP2D0005K 3-R35 E26 SH1 2D653B 480 165.0 261.5 s36.9 EP2DOO15N 1-B12 E64 SH21 2C246 125 VALVE 1.0 26.0 96.2 EP2D0016F 1-B12 E64 SH21 ES24901 125 2.3 26.0 91.2 EP2D0016H 1-B12 E64 SH21 125 0.7 26.0 97.3 EP2D0016S 2-D21 E64 SH21 2A201 125 1.4 72.0 98.1. EP2D0016T 2-D21 E64 SH21 2A203 125 0.8 69.0' 98.8 EP2QO200A 1-D23 E166 SHS 2P208A 480 40HP 52.0 102.6 49.3 EP2OO201A 1-D23 E166 SH6 2P2088 480 40HP 52.0 107.0 51.4 EP2QO204A 1-D13 E166 SH8 HV-C41-2F006 480 VALVE 0.0 1.0 100.0 EP2Q0611A 1-D13 E165 SH13 HV-G33-2F104 480 -VALVE 0.0 - 1.0 100.0 EP200612A 1-D13 E165 SH13 HV-G33-2F042 480 VALVE 0.0 1.0 100.0 i EP2Q0615A ,1-D13 HV-G33-2F001 480 VALVE 0.0 1.0 .100.0 EP2Q0807A 1-D13 E155 HV-E21-2F004A 480 VALVE O.0 1.0 100.0 EP2Q0809A 1-D83 E155 HV-E21-2F005A 480 VALVE 0.0 1.0 100.0 EP2Q1612A 1-D13 HV-B21-2F032A 480 VALVE

0. 0 '

1.0 100.0 k EP2Q1614A 1-D13 E181 SH12 HV-B21-2F020 480 VALVE 0.0 1.0 100.0 7 EP2Q3016A 1-D83 E153 SH62 HV-E11-2F009 480 VALVE 0.0 1.0 100.0 -4 EP2Q3039A 1-D13 E153 HV-E11-2F016A 480 VALVE O.0 1.0 100.0 L EP2Q3041A 1-D13 ' E153 .HV-E11-2F021A 480' VALVE 0.0 1.0 100.0 e NI. I EP2Q3077A 1-D13 E153 SH101 HV-25112 480 VALVE 0.0 1.0 100.0 I4 EP2Q4129A 1-D13 E-172 HV-22603 480 VALVE 0.0 1.0-100.0 EP2Q4193A 4-R04 E187 SH2 2E440C 480 75KW 90.0 157.6 42.9 w EP2Q6514A 1-D13 E189 HV-E32-2F007 480 VALVE 0.0 1.0 100.0 M EP2Q6516A 1-D13 E189 HV-E32-2F009 480 VALVE 0.0 1.0 100.0

i Pcge No. 2 08/14/92 ATTACHMENT 2 UNIT 2 POWER CABLES IN CABLE TRAYS WRAPPED WITH THERMAL-LAG CABLE CABLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE NUMBER CODE AMPS AMPS DERATE EP2Q6518A 1-D13 E189 SH8 2K209A 480 VALVE 0.0 1.0 100.0 EP2Q6528A 1-D13 E189 SH8 2K209B 480 VALVE 0.0 1.0 100.0 EP2Q7065A 1-Z13 E165 SH18 HV-24182A 480 VALVE 0.0 1.0 100.0 EP2Q7066A 1-Z13 E165 SH18 HV-24182B 480 VALVE 0.0 1.0 100.0 EP2S1600A 1-D13 E-267 SH3 2C227A 480 2KW 3.0 23.0 87.0 EP2S1602A 1-D13 E267 SH2 2C226A 480 1KW 2.0 23.0 91.3 EP2V2540A 1-D83 E192 SH48 2V222A 480 15HP 20.0 37.0 45.9 EP2V2640A 4-R04 E216 SH25 2K210A 480 60HP 71.0 165.0 57.0 EP2V2692A 1-Z83 E224 SH13 2V418A 480 5HP 7.0 29.6 76.4 EP2V2692C 1-Z83 E224 SH13 2V418A 480 2.5HP 6.0 29.6 79.7 EP2V4506A 1-D13 E224 SH4 2V414A 480P 10HP 13.2 21.6 38.9 EP2V4506C 1-D13 E224 SH4 2V414A 480 SHP 11.8 21.6 45.4 EP2V4508A. 1-D13 E224 SH4 2V415A 480 10HP 13.2 21.6 38.9 EP2V4508C 1-D13 E224 SH4 2V415A 480 5HP 11.8 21.6 45.4 EP2V4510A 1-D13 E224 SH4 2V416A 480 10HP 13.2 21.6 38.9 EP2V4510C 1-D13 E224 SH4 2V416A 480 SHP 11.8 21.6 45.4 EP2YOO10X 1-B12 E216 SH26 2C288A 120 5.0 24.0 79.2 EP2Y0013A 1-B12 E64 SH26 SV-26108A2 120 VALVE 1.0 24.0 95.8 FP2Q3004A 1-D83 E153 SH64 HV-E11-2F048A 480 VALVE 0.0 1.0 100.0 FP2Q3013A 1-D23 E153 SH69 HV-E11-2F017B 480-VALVE 0.0 1.0 100.0 FP2Q3014A 1-R04 E153 SH60 HV-E11-2F008 480 VALVE 0.0 1.0 100.0 FP2Q3014B 1-D61 E153 SH60 MV-E11-2F008 480 VALVE 0.0 1.0 100.0 FP2Q3015A 1-D23 E153 SH70 HV-E11-2F015B 480 VALVE 0.0 1.0 100.0 FP2Q3021A 1-D13 E193 SH103 HV-E11-2F010B 480 VALVE 0.0 1.0 100.0 -{ 1 FP2Q3075A 1-D13 E153 SH84 HV-E11-2F049 480 VALVE-0.0. 1.0 100.0 FP2Q3075B 1-D13 84 HV-E11-2F049 480 VALVE 0.0 1.0 100.0 "4 FP2Q3076A 1-D23 E153 SH83 HV-E11-2F023 480 VALVE 0.0 1.0 100.0 FP2Q30768 1-D22 E153 SH83 HV-E11-2F023 480 VALVE 0.0 1.0 100.0 t FP2Q4012A 1-D21 E152 SH31 HV-E41-2F003 480 VALVE 0.0 1.0 100.0 h. FP2YOO12B 1-D12 E64 SH25 2CB216B 120 0.5 21.0 97.6 % 4 Dg JP2D0016D 1-D12 E64 4KV BKR TEST 0.0 1.0 100.0 JP200801H 1-D12 E156 SHS 2P206A 120 655W 5.5 21.0 73.8 JP2Q3000H 1-D12 E153 SH46 2P202A 120 1250W 10.4 21.0 50.5

i l Page No. 3 08/14/92 ATTACHMENT 2 UNIT 2 POWER CABLES IN CABLE TRAYS WRAPPED WITH THERMAL-LAG t CACLE CABLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE NUMBER - CODE AMPS AMPS DERATE l l l PP280057A 1-D23 E61 SH15 ZEP07 480 21.5KW 26.0 107. 0 75.7 PP2B0057B 1-D21 E61 SH15 2EP07 480 21.5KW 0.0 72.0 100.0 PP2QO200H 1-LO2 E166 SH65 2D208A 120 40W 0.3 12.0 97.5 l PP2QO201H 1-LO2 E166 SH6 2P208B 120 40W 0.3 12.0 97.5 PP2QO201J 1-Z02 E166 SH6 2P208B 120 40W 0.3 12.0 97.5 PP2QO202A 1-D23 E166 SH7 2E220 480 40KW 48.0 102.6~ 53.2 PP2QO203A 1-D13 E166 SH7 2E219 480 10KW 12.0 21.6 44.4 PP2QO300H-1-B12 E169 SH6 2P132A 120 400W 3.3-24.0 86.2 PP2Q0400A 1-D23 E157 2S237A 480 25HP 39.0 107.0 63.6 PP2Q1607A 1-D13 E181 SH8 HV-B21-1F001 480 MOV 0.0 0.0 ******* PP2Q203A 1-D13 E166 SH7 2E219 480 10KW 12.0 23.0 47.8 PP2V4500A 1-D13 E-224 SH4 2V411A 480 10HP 13.2 21.6 38.9 PP2V4500C 1-D13 E224 SH4 2V411A 480 5HP 11.8 21.6 45.4 PP2V4502A 1-D13 E224 SH4 2V412A 480 10HP 13.2 21.6 38.9 PP2V4502C 1-D13 E224 SH4 2V412A 480 SHP 11.8 21.6 45.4 PP2V4504A 1-D13 E-224 SH4 2V413A 480 10HP 13.2 21.6 e38.9 a PP2V4504C 1-D13 E-224 SH4 2V413A 480 11.8 21.6 45.4 PP2V4512A 1-D13 E-224 SH4 2V417A 480 10HP 13.2 21.6 .38.9 PP2V4512C 1-D13 E224 SH4 2V417A 480 SHP 11.8 21.6 45.4 PP2Y0005A 1-D23 E25 SH25 2CBE001 480 37.5KVA 45.0 102.6 56.1 PP2Y0005E 1-D23 E25 SH25 2CBE002 480

37. 5K*, A 45.0 102.6 56.1 PP2Y0839G 1-D21 E25 SH7 2D288 480 SGK%A 0.0 72.0 100.0 PP2YO839H 1-D23 E25 SH7 2D288 480 50KVA 60.0 107.0 43.9 N M DI kA I

4 e 11 Us: beO A M . N

..m f i Page No. 1 08/12/92 ATTACHMENT 2 UNIT 2 POWER CABLES IN CONDUITS WRAPPED r WITH THERMAL-LAG CABLE - CABLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE NUMBER CODE AMPS AMPS DERATE i 4 AF2Q0801A 3-F04 E-156 SH5 2P206A 4160 690HP 88.0 226.0 61.1 ASDOP AF2Q3000A 3-F75 E153 SH46 2P202A 4160 1800HP 227.0 479.0 52.6 ASDOP AP2D0001A 1-D23 E 26 SH1 2D613 480-28.0 86.0 67.4 AP2D0001B 2-R04 E 26 SH1 2D613 125VDC 82.0 152.0 46.1 E-AAA-395 AP2D0001E 1-R75 E 26 SH1 2D610 125VDC 82.0 342.0 76.0 E-AAA-395 AP2D0001G 1-R75 E 26 SH1 2D610 125VDC 82.0 342.0 76.0 E-AAA395 AP2D0015C 1-B12 E 64 SH21 DG'A' CONTROL 125VDC 4.5 28.0 83.9 AP2D0015F 1-B12 E 64 SH21 2D614-11 125VDC 0.4 28.0 98.6 E-AAA-181 AP2D0015M 1-B12 E 64 SH21 2D614-23 125VDC O.2 28.0 99.3 E-AAA-104 AP2D0015R 1-D21 E 18 SH6 2A201 125VDC 1.4 86.0 98.4 AP2D0015U 2-D21 E 18 SH6 DG'A' CONTROL 125VDC 0.2 86.0 99.8 AP2D0016K 1-B12 E 64 SH21 DG'A' CONTROL 125VDC 6.0 28.0 78.6 AP2D0016M 2-D61-E 64 SH21 2B210 125VDC 0.1 48.0 99.8 BPOD0062A 1-Z22 E 64 SH21 2D624-14 125VDC 0.1 19.0 99.5 E-AAA-179 - BPOD0062D 2-Z21 E 64 SH21 2D624-35 125VDC 1.4 77.0 98.2 E-AAA-108 BPOD0062J 1-Z22 E 64 SH21 2D624-16 125VDC 0.4 19.0 97.9 E-AAA-181 BPODOO62L 1-Z22 E 64 SH21 2D624-18 125VDC 0.2 19.0 98.9 E-AAA-104 BP2D0002C 2-R35 E 26 SH1 2D624 125VDC 85.0 212.0 59.9 BP2D0017C 1-B12 E259 SH9 2D624 125VDC 4.6 28.0 83.6 E-AAA-147 BP2D0017M 1-B12 E185 SH43 2D624-23 125VDC 0.4 28.0 98.6 E-AAA-181 BP2D0017R 2-D21 E 64 SH21 2D624-31 125VDC 1.4 86.0 98.4 E-AAA-108 BP2D0017U 2-D21 E 64 SH21 2D624-37 125VDC 0.2 86.0 99.8 E-AAA-184 BP2D0018K 1-B12 E259 SH9 2D624-20 125VDC 6.0 28.0 78.6 E-AAA-150 BP2D0018N 2-D61 E 64 SH21 2D624-26 125VDC 0.1 48.0 99.8 E-AAA-391 CF2Q0803A 3-F04 E156 SH7 2P206C 4160 690HP 88.0 226.0 61.1 ASDOP 3 V' -f. CP2D0003A 1-D23 E 26 SH1 3D633 480 28.0 86.0 67.4 E-AAA-395 0 CP2D0019C 1-B12 E259 SH9 2D634-5 125VDC 4.6 28.0 83.6'E-AAA-147 CP2D0019L 1-B12 E185 SH36 2D634-21 125VDC 0.4 28.0 98.6 E-AAA-181 g CP2D0019M 1-B12 E185 SH49 2D634-23 125VDC 0.2 28.0 99.3 E-AAA-104 9 m-I CP2D0019R 2-D21 E 64 SH21 2D634-31 125VDC 1.4 86.0 98.4 E-AAA-108 i .CP2D0019U 2-D21 E259 SH1 2D634-37 125VDC 0.2 86.0 ~99.8 E-AAA-184 tas + i CP2DOO20K 1-B12 E259 SH9 2D634-20 125VDC 6.0 28.0 78.6 E-AAh-150 D[ CP2DOO20M 1D62 E 64 SH21 2D634-24 125VDC 0.1 48.0 99.8 E-AAA-195

1 PEge No. 2 08/12/92 ATTACHMENT 2 UNIT 2 POWER CABLES IN CONDUITS WRAPPED WITH THERMAL-LAG CABLE CABLE SCHEME EQUIP NO VOLTS LOAD LOAD. MAX. MAX REFERENCE NUMBER. CODE AMPS AMPS DERATE i DPOD0064A 1-Z22 E 26 SH11 2D644-3 125VDC 0.1 19.0 99.5 E-AAA-179 i DPOD0064B 1-Z22 E 26 SH11 2D644-14 125VDC 0.1 19.0 99.5'E-AAA-179 DPOD0064F 2-Z21 E 26 SH11 2D644-32 125VDC 1.4-77.0 98.2'E-AAA-108 DPOD0064J 1-Z22 E 26 SH11 2D644-18 .125VDC 0.2 19.0-98.9 DPOD0064L 1-Z22 E 26 SH11 2D644-14 125VDC 0.2 19.0 98.9 E-AAA-179 DP2D0004C 2-R35 E 26 SH1 2D644 125VDC 85.0 212.0. 59.9 DP2D0004E 1-R75 E'26 SH1 2D640-125VDC 82.0 342.0 76.0 E-AAA-395 DP2D0004G 'l-R75 E 26 SH1 2D640 125VDC 82.0 342.0 76.0 E-AAA-395 DP2D0021L 1-B12 E185 SH49 2D644-21 125VDC 0.4 28.0 98.6 E-AAA-181 DP2D0021M 1-D13 E185 SH37 2D644-23 125VDC 0.2 28.0 99.3 E-AAA-104 DP2D0021R 2-D21 E 64 SH22 2D644-31 125VDC: 1.4 86.0 98.4 E-AAA-108 DP2D0021U 2-D21 E259 SH1 2D644-37 125VDC 0.2 86.0 99.8 E-AAA-184 DP2D0022M 2-D61 E 64 SH22 2D644-24 .125VDC 0.1 48.0 99.8-E-AAA-195 DP2DOO21C 1-B12 E259 SH9 2D644-5 125VDC 4.6-28.0 83.6 E-AAA-147 DP2DOO22K 1-B12 E259 SH9 2D644-20 3 hut 6.0 28.0 78.6 E-AAA-150

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e Page No. 3 08/12/92 ATTACHMENT 2 UNIT 2 POWER CABLES IN CONDUITS WRAPPED WITH THERMAL-LAG CABLE CABLE SCHEME EQUIP NO VOLTS LOAD LOAD MAX MAX REFERENCE NUMBER CODE AMPS AMPS DERATE FP2Q0616B 1-D22 E164 SH16 HV-G33-2F004 250VDC VALVE 0.0 1,. 0 100.0 FP2V1601B 2-D21 E 64 SH21 2D624-34 125VDC 0.4 86.0 99.5 E-AAA-151 FP2V2541A 1-D83 E193 SH31 2V2228 480 15HP 20.0 36.0 44.4 E-AFS-006 FP2V2641A 3-R04 E216 SH25 2K210B 480 60HP 77.0 152.0. 49.3 E-AFS-006 FP2Y0012X 1-B12 E216 SH27 2C288B 120 4.6' 28.0 83.6 E-BJS-005 JD2D0016D 1-D12 E 64 SH 4KV TEST BKR 125VDC 0.0 1.0 100.0 KP2D0018D 1-B12 E 64 SH21 2D624-8 125VDC 0.4 28.0 98.6 MP200004D 2-R35 E 26 SH1 2D645 125VDC 85.0 212.0 59.9 PP2Q0400A 1-D23 E157 2S237A 480 25HP 39.0 86.0 '54.7 $i tt ei 0 Dt ha w4 0 g N

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1. (CONT.) REVIEHER: P0DME

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