ML20245J326

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Rev B to Evaluation of Cable/Equipment Separation for Bearing Water Pumps P-2101-S,P-2102 (Train B),P-2102-S (Train B) & P-2107 (Train B) for App R Requirements
ML20245J326
Person / Time
Site: Fort Saint Vrain Xcel Energy icon.png
Issue date: 06/14/1989
From: Bonadies D, Schmalz G
PUBLIC SERVICE CO. OF COLORADO
To:
Shared Package
ML20245J316 List:
References
EE-FP-0015, EE-FP-0015-R-B, EE-FP-15, EE-FP-15-R-B, NUDOCS 8906300268
Download: ML20245J326 (21)
v • d • e


Text

_ _ _ _ _ _ - _ _ _.

Pubily FORT ST. VRAIM NUCLEAR GENERATING STATION SefVICO

PUBLIC SERVICE COMPANY OF COLORADO l

EVALUATION COVER SHEET EE-FP-0015 REV. B EVALUATION.OF CABLE / EQUIPMENT SEPARATION FOR BEARING WATER PUMPS P-2101-S, PU102 (TRAIN B), P-2102-S (TRAIN B), AND P-2107 (TRAIN B) FOR APPENDIX R REQUIREMENTS.

b h

PREPARED BY:

DAVID J.CdONADIES - ELECTRICAL ENGR.

dAIC bb M

"bb VERIFIED BY:

GREGG D.

SCHMALZ - FPE dATb APPROVED BY:

X 4/ Al I

b/ Nf del'ARTHENT MANA'GEW DA E

' FT. ST. VRAtN NONCONTROMgo COPY WRIFYlssuc sy4yyg l

[ f% TOR TO Ugg

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8006300268 890615

{DR ADOCK 05000267 PNU

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FORM W 344 22 5317

r EE-FP-0015 rev B EVALUATION FORMAT 1.0 PURPOSE 2.O

SUMMARY

~

3.0 SCOPE 4.-0 PROCEDURE 5.0 EVALUATION 6.0 CONCLUSTON

7.0 REFERENCES

8.0 ATTACHMENTS I

i 1

i

(

~

1 P

EE-FP-0015 Rev. B EVALUATION OF CABLE / EQUIPMENT SEPARATION FOR BEARING WATER PUMPS P-2101-S, P-2102 (TRAIN B), P-2102-S (TRAIN B) AND P-2107 (TRAIN B) FOR APPENDIX R REQUIREMENT 3.

I i

1.0 PURPOSE

The purpose of this Engineering Evaluation is to determine the feasibility of adding Bearing Water Pump, P-2101-S to the Appendix R Fire Protection Shutdown model for Train A.

This will be done by showing that both power and control cables and equipment for each trafn maintains proper separation as required per 10 CFR 50, Appendix R,

section III.G.

or an equivalent degree of protection exists.

2.0

SUMMARY

The findings of this Engineering Evaluation are that Bearing Water Pump P-2101-S has sufficient equipment separation but not cable separation as required per Appendix R.

With the following compensatory. measures taking place, Bearing Water Pump P-2101-S can be added to the Fire Protection Shutdown Train A

modol: a continuous fire watch must be established between walls J

and K

and columns 4 and 5 of the Reactor Building level 1

(below elevation 4759'-0").

In addition the following fire detectors shall be operable or a

fire watch established per the compensatory measures of FPOR-12:

1) XD-45350
2) XD-45331
3) XD-45353 The following hose stations approximately located at:

1)

Rows K & J and columns 2 & 3 Reactor building level 1;

equipment no. RH1-K3.

2)

Rows K & J and columns 4 & 5 Reactor building level 1;

equipment no. RH1-J5.

shall be operable or appropriate compensatory measures of FPOR-9 shall be established.

I The following fire extinguishers located on Reactor building i

level 1:

1)

R1-J3-1 2)

RI-K2-1 3)

R1-J4-1 shall be operable or appropriate compensatory measures of FPOR-7 shall be established.

The automatic wet pipe sprinkler systems over the system 91 pumps shall be operable or appropriate compensatory measures of FPOR-5 shall be established.

This will provide an equivalent degree of protection as required per Appendix R. Noting that a continuous fire watch is defined as l

an individual present in the area at all times, not a roving 20 1

i I

EE-FP-0015 Rev. B minute fire watch.

3.0 SCOPE

The following equipment [P-2101-S, P-2102 (Train B),

P-2102-S (Train B), and P-2107 (Train B)]

and their associated power and control cables are being reviewed for proper separation as required per Appendix R.

The reason Bearing Water Pump P-2101-S is being looked at, is that if the scenario should come about that either Bearing Water Pump P-2101 (Train A) or P-2106 (Train A) should become inoperable pump P-2101-S would be available for Appendix R Fire Protection Shutdown Train A model.

The guidelines for separation criteria were set forth in 10 CFR 50, Appendix R, section III.G. and as modified in PSC letter of August 17, 1904 to the NRC iP-84281).

A minimum horizontal distance of 20 feet must be maintained for cables / equipment of redundant divisions.

Reference Fire Protection Program Plan (FPPP) section FP.S.4.2 for further explanation of minimum required distance.

4.0 PROCEDURE

First the plant component list was looked at for each pump (see attachment A) to determine the schematic that each pump was shown on.

The plant component list also shows the power cable associated for each pump.

The power cables for Bearing Water Pumps P-2101-S, P-2102, P-2102-S and P-2107 are cables

3340, 3540, 3400 and 3600 respectively.

Then schematics were looked at for each pump (see attachment B) to determine the control cables associated with each pump.

From the schematics it was determined that level switch LSL-2137, schematic E-1203, p.55 and p.470 (cable 7194) controls pump P-2101-S.

Also, level switch LSL-2138, schematic E-1203, p.56, p.57, p.90, and p.471 (cable 25429) controls pumps P-2102, P-2102-S and P-2107.

After determining the power and control cables associated with each pump, the cable tab (I-9301-700) was then reviewed to show the cable routing for each cable (see attachment ").

Drawings E-87 rev. AE and E-88 rev. P (see attachment D) were then marked up showing the routing of each cable and to verify if the cables are separated sufficiently for Appendix R criteria.

5.0 EVALUATION

From reviewing the marked drawings E-87 rev. AE and E-88 rev.

P (see attachment D) their is not sufficient cable separation in the Reactor Building level 1

(below elevation 4759'-0")

between walls J and K and columns a and 5.

This is where cable 3340 (P-2101-S) crosses the path of cables

3400, 3540, 3600 and 25429 all are part of the Train B model (

Bearing Water Pumps).

To resolve this problem and be able to add Bearing Water Pump P-2101-S to the Train A Appendix R model, a continuous fire watch must be established between the aforementioned rows and walls, with operable area fire detection and suppression or adequate compensatory measures instituted per the appropriate 2

i l

EE-FP-0015 Rev. B

-l FPOR. Pumps P-2101 and P-2106 should be the first choice of pumps since they.already have proper equipment / cable separation as required per Appendix R.

By. taking this compensatory action with either Train A

Bearing-Water. Pumps (P-2101 or P-2106) inoperable, an equivalent degree of protection as required per Appendix R would be provided since the fire watch, with operabl,e area fire detection and suppression or adequate compensatory measures instituted per the appropriate FPOR, would be able to immediately-detect and suppress a fire and prevent rendering both trains inoperable.

Note that a continuous fire watch is defined as an individual present in the area at all times, not a roving 20 minute fire watch.

6.0-CONCLUSION:

This Engineering Evaluation has shown that even though proper cable separation does not exist per Appendix R

requirements.between Bearing Water Pumps P-2101-S and P-2102 (Train B), P-2102-S (Train B) and P-2107 (Train B), an equivalent degree of protection can be obtained, to justify the addition of Bearing Water Pump P-2101-S to the Fire Protection Shutdown Train A model.

This would be accomplished by. posting a continuous fire watch in the Reactor Building level 1 (below elevation 4759'-0")

between columns 4 and 5 and walls J and K, along with operable area fire detection and suppression or adequato compensatory measures instituted per the appropriate

FPOR, to obtain an equivalent degree of protection as required per Appendix R.

7.0 REFERENCES

1)

Cable Tabulation Datafile (I-9301-700 rev. AB).

2)

Drawing E-87 rev. AE.

3)

Drawing E-88 rev.

P.

4)

Schematic E-1203, p.55 rev.

Z.

5)

Schematic E-1203, p.56 rev.

Y.

6)

Schematic E-1203, p.57 rev.

Z.

l 7)

Schematic E-1203, p.90 rev.

Y.

8)

Schematic E-1203, p.470 rev. M.

3 9)

Schematic E-1203, p.471 rev.

N.

10)

Fire Protection Program Plan (FPPP) rev.

A.

11)

Letter P-84281 dated August 17, 1984 from PSC to NRC.

8.0 ATTACHMENTS

A)

Equipment List (EL-6-5, rev. AV).

B)

Schematics E-1203, p.55 rev.

Z, p.56 rev.

Y, p.57 rev.

Z, p.90 rev.

Y, p.470 rev. M and p.471 rev.

N.

C)

Cable Tabulation Datafile (I-9301-700, rev. AB).

D)

Drawing E-87 rev. AE and E-88 rev.

P.

l I

I 3

F ATTACHMENT A PG 1

.<-. w,:.,e m

.m:. : q T,4Gv0 i~.'. ) m.

m, C ;r DATE CONTROLLED: Y CAc REL-f I iF E

. : C

SPEC. 21-P-Oi NFCN: 'N-2439

'r:

DATA SHEET ME-102 i

DESC: BEARING WATER PUMP iB PI DWG 1 PI-21-4 ZONE i B4 PI DWG 2:

LOC DWG:

PA-iO(B5)

ZONE 2 SCHEMATIC DWG: P.55 PLANT LOCATION: NOTES CONNECT DWG: E-1047-1 INS T ALL DWG :

N/A E PLAN VIEW: Fo E-64,E-103 POWER SUPPLf:

480V BUS 2 CABLE:

7740 BUS / LOOP B2Li LOAD:

N/A VOLTAGE N/A PIPE CLASS:

N/A SERVICE:

PIPE SIZE N/A~

RATING:

N/A MATERIAL:

N/A VALVE TYPE N/A, OPERATOR:

N/A MFG: GOULD MODEL:

VIC-8JLO REF DOC:

E-1007,E-iO43, MOTOR 06M:

W-i COMMENTS: PARENT EQUIP:P-2101-S; PLANT LOCATION:

4740,J+22,2+8;

i. TO RETURN TO MENU 2.

TO SEE ADD'l DATA 3.

TO SEE SAFETY RELATED DATA 4.

TO SEE MOTOR DATA 5.

TO SEE VALVE OPERATOR / POSITIONER DATA

'P'

= PRINTOUT OF SCREEN ***

i PLANT COMPONENT LIST -

TAGNO: P-2101-S INQUIRE SAFETY RELATED DATA D56015AJ ENVIRONMENTAL I.D.

8 SEISMIC TYPE: 2 ENV LOC: RX2 PIPE DISTANCE: N/A PRODUCT: PUMP TESTED: DISTANCE: N/A ENVIRONMENTAL: REPORT: Ai2045 RESULTS: N/A REPORT LOCATION: SR-SLR-QR TAB B MFG:

N/A TEST SPEC: N/A MODEL: N/A INST ACCURACY: N/A SEISIC: LOCATION: 4740 REPORT: CALCULATIONS REPORT LOCATION: SR-EQ-QR TAB 12 TEST SPEC: N/A ELECTRICAL:

CABLE WORK SHEETS: XSSX-9201 ESSENTIAL CABLES:

3340,3341,7035,7240,7242({[53)7241,7235,16897,17602, 17605,22318,7206,3208,3248,3844 1.

TO RETURN TO MENU 2.

TO SEE COMPONENT DATA 3.

TO SEE ADDITIONAL DATA 4.

TO SEE MOTOR DATA 5.

TO SEE VALVE OPERATOR / POSITIONER DATA

'P'

= PRINTOUT OF SCREEN ***

I i

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ATTACHMEA]T A PCn 2 PLdNT Ot1P C N E tr J; ' -

T c,i:.. J O

--2102-S

'/ E E 1 F ~-

l 1::.

,(PE P '#

- ?TF m

, CONTROLLED

(

SAF REL y

L N J,.:,,

~N

-37 SPEC: 21-P-01 DATA l~:HEET

.t; - t 0 4 DESC DEARING WATER PUtiP iD P[ DWG i PI-21-4 ZONE i B2 PI DWG J

LOC DWG:

PA-10(B4)

~'ONE 2 -

{

PLANT LOCATION-NOTES i

SCHEriAT!C DUG: P.57 CONNECT DWG. E-1047 l

'NlJiALL DWG:

N/A E PL AN VIEW ' h. E-64, E--i 03 F-*

POWEP TUPPLY-480V BUS J CADLE-l BUS / LOOP B1L2 l

LOAD:

N/A VOLTAGE N/ fi PIPE CLASS' N/A SERVICE:

PIPE SIZE N/A RATING:

N/A HATERI/4L N/A VALVE TYPE.

N/A OPERATOR:

f 4/ A

, MFG: GOULD MODEL.

VIC-8JLO REF DOC E-1007,E-iO47, MOTOR 0&M:

W-i COMMENT 5: PARENT EQUIP:P-2iO2-S, PLANT LOC #iTION-4740,J+i3,4+5; i, TO RETURN TO MENU 2.

TO SEE ADD'L DATA 3.

TO SEE SAFETY RELATED DATA 4.

TO SEE MOTOR DATA TO SEE VALVE OPERATOR / POSITIONER DATei

'P' = PRINTOUT OF SCREEN ***

i PLANT COMPONENT LIST - INQUIPE SAFETY RELATED DATA D56015AJ TAGNO: P-2iO2-S ENVIRONMENTAL I.D.

8 SEISMIC TYPE 2

l 1

ENV LOC: RX2 PIPE DISTANCE: N/A PRODUCT: PUMP TESTED: DISTAt4CE: N/A ENVIRONtiENTAL REPORT A12045 l

RESULTS: N/A REPORT LOCATION: SR-SLR-QR TAB B l

MFG:

N/A TEST SPEC; N/A MODEL N/A l

INST ACCURACY: N/A l

SEISIC: LOCATION: 4740 REPORT: CALCULATIONS REPORT LOCATION: SR-ED-OR TAB 12 TEST SPEC: N/A ELECTRICAL.

l CADLE WORK SHEETS XSSX-9201 ESSErJTI AL CABLES :

3400,340i,7P7 25406,25427 M 7206,32^.07238,7244,i6589,17672,i7672,22304, 3602,3849 1

TU :E F: o TO KNU 2.

TO SEE COMPONENT DATA 3.

TO SEE ADDITIONAL D A O, 4.

TO TEE MOTOR DATA 5.

TO SEE VALVE OPERATOR /PC,ITTONER DATA i

'P' PRINTOUT OF SCREEN ***

I

=

l s

I t

ATTACHMENT A PS 3 i

PLdtrT

. hF orJE N T :..

'T

- INQUIRE C;Un F.f r R N T DATA D e M. >

TAGNO. P-2102 VEPTr. DATE C

.ED: Y JAF REL

'r CN/FCN: CN-2439 E o P

,nl ten. 23 SPEC. 21 -P'-G i DATA SHEET ME --i 0 7 DESC: BEARING WATER PUMP iC PI DWG i PI-21-4 Z0r4E i B3 T: DWG 2:

L O':

X PA-iO(B4)

ZONE 2:

PLANT LOCAT'

!OTES SCHEMATIC DWG: P.56 CONNECT DWG: :

'50-i INSTALL DWG:

N/A E PLAN VIEW: F 9 E-64,E-iO3 POWER SUPPLY 480V DUS 3 CABLE 754.

BUS / LOOP D2L2 LOAD:

N/A VOLTAGE N/A PIPE CLASS:

N/A SERVICE PIPE SIZE N/A RATING:

N/A MATERIAL N/A VALVE TYPE N/A OPERATOR.

N/A MFG GOULD MODEL.

VIC-8JLO REF DOC E-1009, E-1293, MOTOR 06ti:

W-1 COMMENTS: FARENT EQUIP:P-2iO2; HISTORICAL CN-1993,CN-2432,CN-2170,

i. TO RETURN TO MENU 2.

TO SEE ADD'L DATA 3.

n SEE SAFETY RELATED DATA 4.

TO SEE MOTOR DA TA 5.

TO SEE VALVE OPERATOR / POSITIONER DATA

'P'

= PRINTOUT OF SCRE'~N ***

i PLANT COMPONENT LIST - INQUIRE SAFETY RELATED DATA TAGNO: P-210;?

ENVIRONMENTAL I.D.

6 SEISMIC TYPE: 2 D56015AJ ENV LOC: RX2 PIPE DISTANCE: N/A PRODUCT: PlJMP TESTED: DISTANCE: N/A E"VIRONMENTAL REPORT: A12045 RESULTS-N/A REPORT LOCATION: SR-SLR-OR TAB B MFG:

N/A TEST SPEC: N/A r10D EL : N/A INST ACCURACY N/A SEISIC: LOCATION: 4740 REPORT: CALCULATIONS REPORT LOCATION: SR-EO-OR TAB 12 TEST SPEC: N/A ELECTRICAL CABLE WORK SHEETS: XSSX-9201 ESSENTIAL CABLES 3540,3541,7036,7243,25426,25427 M i6589,17672, 17674,22304,7144,7206,26611,3837

i. TO RETURN TO MENU 2.

TO SEE COMPONENT DATA 3.

TO SEE ADDITIONAL DATA 4

TO SEE MOTOR DATA 5.

TO SEE VALVE OPERATOR / POSITIONER DATA

+=*

'P"

= PRINTOUT OF SCREEN ***

\\

ATTACHMEbJT A PGi4

-LAN1 C OMPODEr>~ tIST - INGUJ.E CJ-imNENT Dn'.

" v> 1 ; u TAGt/0 P-2107 VERIFY DATE:

Ty T Epr "

Jr,~ ten. 29 C0tJ1 ROL LE D. Y SAF iiEL: Y CN TCfl: CN-2439 SPEC. 21-P-Oi DATA SHEET ME-108 DESC. DEARING WATER PUMP 1F PI DWG 1 PI-21-4 ZONE i B2 PI DWG 2:

LOC DWG.

PA-10(B4)

ZONE 2:

PLANT LOCATION. N01ES SCHEnATIC DWG: P.90 CONNELT DWG E-1050-1 INSTALL DWG:

N/A E PLAN VIEW:

( Q600) o E-64,E-10Z POWER SUPPLY:

400V BUS 3 CABLE-3 BUS / LOOP B2L2 LOAD.

N/A VOLTAGE N/A PIPE CLASS:

N/A SERVICE:

PIPE SIZE N/A RATING:

N/A MATERIAL N/A VALVE TYPE N/A OPERATOR:

N/A

' MFG: GOULD MODEL VIC-8JLO REF DOC:

E -i OOO, E-1293, M010R O&M :

W-1 COMtiEN TS : PLANT LOCATIlN:

4740,J+8,4+5; PARENT EQUIP:P-2107; 1.

TO RETURN TO MENU z.

TO SEE ADD'L DATA 3.

TO SEE SAFETY RELATED DATA 4.

19 SEE tiOIOR DATA 5.

TO SEE VALVE OPERATOR / POSITIONER DATA

'P'

= PRINT 0Ur OF SCREEN

    • w i

PLANT COMPONENT LIST - INQUIRE SAFETY RELATED DATA D56015AJ TAGNO: P-2iO7 ENVIRONMENTAL I.D.

8 SEISMIC TYPE 2

ENV LOC: RX2 PIPE DISTANCE: N/A PRODUCT: PUMP TESTED: DISTANCE N/A ENVIRONMENTAL REPORT Ai204S RESULTS-N/A REPORT LOCATION: SR-SLR-QR TAB B MFG:

N/A TEST SPEC: N/A MODEL: N/A INN ACCURACY; N/A SEISIC: LOCATION: 4740 REPORT: CALCULATIONS REPORT LOCATION: SR-EQ-QR TAB 12 TEST SPEC: N/A ELECTRICAL:

CAFL E WORK " MEET" -

A $h-9201 F"SENTIAL E n ttLES :

3600,3601,3836,7039,7246,7206,2661i,7144,25427 M i6589,17672,176i4,22304,25426,25i95

i. TO RETURN TO hENU 2.

TO SEE COMPONENT DATA 3.

TO SEE ADDITIONAL DATA 4

10 SEE MOTGL DATA 5.

TO SEE VALVE OPERATOR / POSITIONER DATA a-a *

'P'

= PRINTOUT OF SCREEN ***

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ATTACHMEDT C P6 1 v.

L IABLE 3340 T!EPVICE P

VDATF 06i231

'13 i

)

4

. CLASS' ESS EO FROM DESC:

400V LC SWITCHGEAR BUS 2 COMPTt1ENT N-13 TO DESC:

P-2iO1-5 BEARING WATER PUMP 1 B H Cm "

FROM END:

048 TO END' 064 L NGTH-BUS B0 LOOP L1 Ch TERIA F1 WRK JlHT 1 SSC--iO WRKSHT2 WRKSHT3:

POWER SOURCE: D3 Fus. ' ~ 10N :

NO OF COND:

3 T.-

JlIZE 4/0 SPEC /BOM: 12-A-14 JACKET PVC INSULATION: 600V-BR GROUND:

DWG FUSE L.0AD:

CN/FCN:

CN-:470 ENTER CABLE NUMBER AND HIT ' ENTER' KEY PFKi RETURN TO MASTER MENU FFK2 - GO TO CABLE ROUTING PFK3 = GO TO CABLE ROUTING r'

CABLE 3340 JRR C"

B L.S O1P TRAY:

C WPio 273 Ri37 302 Ri46 R152 330T 331T 332T 333T I'LS 21P 21P 2i P 2iP 2iP 21P 21P 2iP 21P 21P LOC:

WP RX RX RX RX RX l:D:

RX RX RX TRAY 334T 335T 340T C

BLS

?i P 2i?

2iP LOC-RX RX RX TRAY:

BLS:

LOC:

TRAY:

BLS:

LOC:

ENTER CABLE NUMBER AND HIT ' ENTER' KEY PFK1 RETURN TO MASTER MENU PFK2 -- GO TO CABLE T AB PFK3 = GO TO CABLE TRAY I

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L_______________

ATTACHN)EMT C FG 2.

C A P L:._ rIL.

CABLE 3400 SERV!CE- ?

VDATE 861231 CLASS-EJS ED TROM DESC:

480V LC SWITCHGEAR BUS 2 COMP' N-?

TO DESC:

P-2102-S BEARING WATER PUMP iD MOTOR FROM END 048 TO EtJD:

047 LENGTH:

BUS-B0 LOOP L2 CRITERIA: F2 WRKSHTi S S C -- 10 WRKSHT2:

WRKSHT3-POWER SOURCE D3 FUNCTION:

tJO OF COND 3T.'C SIZE:

4/0 SPEC /BOM: 12 - A-14 JACKET:

PVC

[ N S Ul. A T I O N : 600V-BR GROUND:

DWG FUSE:

LOAD:

CN/FCN.

CN-2470 ENTER CABLE NUMBER AND HIT " Erl T ER ' KEY

'PFKi

= RETURN TO MASTER MENU PFK2 - GO TO CABLE ROUTING PFK3 GO TO CABLE. TRAY CABLE ROUTING CABLE:

3400 JRR: OK P56002D BLS:

02P TRAY:

C WP13 R61 R149 308T 309T 312T C

BLS' 42P 12P 12P 12P 12P 12P LOC WP RX RX RX RX RX TRAY BLS:

LOC 1 RAY:

BLS:

LOC TRAY:

BLS-LOC:

ENTER CABLE NUMBER AND HIT ' ENTER' KEY PFKi =

R' TURN TO MASTER MENU PFK2 = GO TO CABLE TAB PFK3 = GO TO CABLE TRAY l

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ATTACHMEMT C F Yn 3 CABLt iLt

' CABLE b40' SERVICE F

VDATE 86122-F:%a04p CLASS:

EM FO FROM DESC:

480V LC SWITCHGEAR BUS 3 C0tiPARTMENT i-

8 TO DESC

P-2iO2 BEARING WATER P!Ir;P iC MOTOP 1

FROM END:

048 TO END:

064 LENGTII.-

BUS-B2 LOOP LP CRITERIA: E2 WRESH11 CSC-10 WRKSHT2:

URKSHT3:

POWER SOUPCE. D2 FUNCTION NO OF COND:

3T/C SIZE:

4/0 SPEC /BOM: 12-A-14 JACKET PVC It'SUL A T10N - 600V-BR GROUND:

DWG FUSE LUAD-CN/FCN:

CN-2470 ENTER CABLE NUMBER AND HIT ' ENTER' KEY PFK1 = RETURN TO MASTER MENU PFK2 = GO TO CABLE ROUTING PFK3 = GO T CABLE ROUTING CABLE:

3540 JRR: OK P56002D BLS:

22P TRAY R6 53T2 sit 2 50T2 46T2 C

WPi5 R63 R15i Ri57 328T BLS:

22P 22P 22P 22P 22P 22P 22P 22P 22P 22P LOC:

AX AX AX AX AX WP RX RX RX RX i

TRAY 358T 357T 356T 355T C

BLS:

22P 22P 22P 22P LOC:

RX RX RX RX TRAY:

BLS:

LOC:

TRAY:

BLS LOC:

ENTER CABLE NUMBER AND HIT ' ENTER' KEY PFKi - RETURN TO MASTER KdNU PFK2 = GO TO CABLE TAB PFK3 = GO TO CABLE TRAY

ATTACHMEMT C

%+

C A B L E F ' '. C.

CABLE:

3600 SERVICE. P VDATE:

861231 c ? gO,;,; p CLASS:

ESS EQ FROM DESC-480V LC SWITCHGEAR BUS 3 COMPARTMENT N-17 TO DESC:

P-2107 BEARING WATER PUMP 1F MOTOR FROM END:

048 TO END:

'64 LENGTH:

BUS B2 LOOP CRITERIA. E2 WRKSHT1 SSC-10 WRKSHT2:

WRKSHT2-POWEP 70UPCE D2 F U N C T.! D N.

NO Or Tt D -

3T 'r

[ZE 4/0 SPEC /DDd f

' r, 14 JACKET

~VC INCUL,*. TION. 600V M POUND:

DUG F '

'?' i.:

LOAD:

CN/FC' CN-2470 I

ENTER CABLE NUMBER AN:

TNTER* KEY

'PFKi RETURN TO MASTER MENU PFK2 = GO TO CABLE ROUTING PFK3 e

fT TO CABLE TRAY CABLE ROUTING CABLE 3600 JRR: OK PS60029 BLS-22P TRAY-R6 53T2 51T2 50T2 46T2 C

WP15 R63 R151 R157 328T

S 22P 22P 22P 22P 22P 22P 22P 22P 22P 22P LOC:

AX AX AX AX AX WP RX RX RX RX TRAY C

BLS, LOC.-

TRAY:

BLS:

LOC:

TRAY:

BLS:

LOC:

ENTER CABLE NUMBER AND HIT ' ENTER' KEY PFKi = RETURN TO MASTER MENU PFK2 = GO TO CABLE TAB PFK3 = GO TO CABLE TRAY l

l l

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L_-_.

l

ATTACHMEMT C

%5 CA9LE ILL CM(L E 7194 o'f 6001 D SERVICE C

VDA TE 9.61 :> 31 CLASS ESfl EO FROM DESC:

TERMINAL BOARD CABINET I--63 TO DESC:

LSL-2137 LEVEL SWITCH FROM END.

049 TO END.

253 LENGTH:

BUS.

Di LOOP Li CRITERIA: D1 WRKSHTi SSC-9 WRKSHT2:

WRKSHT3 POWER SOURCE Ai FUNCTION:

NO OF COND:

2/C STZE:

12 SPEC /BOM: 12-B-27 JACKET PVC

"SULATION
600V-XLP GROUND:

COND FUSE-LUAD CN/FCN-CN-2470 Et1TER CABLE NUMBER AND HIT

  • ENTER' KEY "PFKi RETURN TO MASTER MENU PFK2

=

GO TO CABLE ROUTING PFK3 = GO TO CABLE TRAY CABLE ROUTING CABLE 7194 JRR: OK P56002D BLF iiC TRAY 2iTi 14Ti iSTi 2Ti 3Ti 6Ti C404 7Ti WP4 R76 268M BLS:

11C iiC iiC iiC iiC iiC iiC iiC iiC iiC 110 LOC:

AX Ax AX AX AX AX AX AX WP FiX RX TRAY R67 RS9 ZT 303 ZT 280td 281M P82ti RiS9 283M 284M BLS 11C iiC itP iiC iiC iiC 11C iiC iiC LOC:

RX RX RX RX RX RX RX RX RX TRAY:

285ti 287M 288M 289M 290M R184 324ti CE44 PB C

BLS.

iIC iiC iiC iiC 11C i iC iiC 11C LOC RX Rx RX RX RX RX RX RX TRAY.

BLS LOC.

ENTER CABLE NUMBER AND HIT ' ENTER' KEY F FK i RETURN TO MASTER MENU PFK2 = GO TO CABLE TAB PFK3 = GO TO CABLE TRAi e

l l

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ATTACHMEMT C CMLC FILE CABLE-254:29 SEfWIC E C

VDATE 9 :.1 :~ ~4 i F# -

O l

C L ^ !M ESS EQ

'FRCH DESC:

TERMINAL BOARD CABINET I-64 TO DESC:

LSL-2'38 FPOM END:

049 TO END:

253 LENGTH:

BUS:

R2 LOOP L2 CRITEPIA: E2 WRKSHTi SSC-9 WRKSHT2:

WRKSHT3:

POWER SOURCE: A2 FUNCTION:

NO OF COND:

2/C SIZE i2 SPEC /BOM: 12-B-27 JACKET:

PVC INSULATION: 600V-XLP GROUND:

COND FUSE:

LOAD:

CN/FCN:

CN-2470 ENTER CABLE NUMBER AND HIT ' ENTER' KEY PFKi RETURN TO MASTER MENU PFK2 -- GO TO CABLE ROUTING PFK3

=

- GO TO CABLE. TRAY CABLE ROUTING CABLE 25429 JRR: AJ P56002D BLS:

22C TRAY:

57M2 55M2 47M2 WPi5 R63 Ri5i Ri57 328T 358T 357T 356T BLS:

22C 22C 22C 22P 72P 22P 22P 22P 22P 22P 22P LOC:

AX AX AX.

WP R Y.

RX RX RX RX RX RX TRAY 355T C

BLS:

22P LOC:

RX TRAY:

BLS:

LUC:

TRAY BLS:

LOC:

ENTER CABLE NUMBER AND HIT

  • ENTER' KEY PFKi RETURN TO MASTER MENU PFK2 = GO TO CABLE TAB PFK3 = GO TO CABLE TRAY

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