Text

Proposed Tech Specs Reformatting Table 3.8-1 to Directly Identify Existing & New Surveillances for Breakers
	ML20195D409
Person / Time
Site:	Waterford
Issue date:	10/31/1988
From:	; LOUISIANA POWER & LIGHT CO.
To:	;
Shared Package
ML20195D406	List: ML20195D409; W3P88-1284, Application for Amend to License NPF-89,reformatting Table 3.8-1 to Identify Existing & New Surveillances.Fee Paid;
References
	NUDOCS 8811040380
	Download: ML20195D409 (74)
	v • d • e

_

m 3$. it TABLE 3.8-1 73 g

CONTAINNENT PENETRATION

o h$ *$

CONDUCTOR OVERCURRENT o<n om 5 PROTECTIVE DEVICES XO om 6.9 kV POWER FROM MEDIUM VOLTAGE SWITCHGEAR.

mm E 85 m

'd OVERCURRENT PROTECTIVE DEVICES (NOTE 3)

ITE*t SYSTEM SREAKER DEVICE TYPE AND TRIP IIME-CURREMI N0.

POWLRED PROTECTION SETPOINT (NOTE 1)

CHARACTERISTIC REMARKS SHEEI MO.

LINE NO.

1 Reactor Primary 11A1 15, 16, 17 Note 2 Itess 1 thru 4 - Backup protec-Coolant tion is provided by Transfer -

Pannp 1A Backup 1 Adjust Transfer Trip Relay 2/220 frip Relays to Startup Trans-

{

Backup 2 La 4 s (TDPU) former and Unit Auxiliary Transformer Breakers.

?5 2

Reactor Primary 12Al 15, 16, 17 Note 2 Coolant Pump IC Backup 1 Adjust Transfer T 1p Relay 2/230 Backs,2 to 4 s (TDPU) 3 Reactor Primary 11A1 18, 19, 20 Note 2 Coolant Pump 2A Backup.1 Adjust Transfer Trip Relay ^/240 Backup 2 to 4 s (TDPU) 4 Reacter Primary 12A1 18, 19, 20 Note 2 Coolant Pennp 28 Backup 1 Adjust Transfer Trip Relay 2/250 Backup 2 to 4 s (TDPU)

Operation of Primary and Backup Overcurrent Protection is illustrated on FSAR i

Figure 8.3-28.

t d

.,,-_-.,,..----.-_.,,._-,.-.,.,-..-m.

I

3

~

TABLE 3.8-1 (Continued) s-480 VOLTS POWER FROM LOW VOLTAGE SWITCHGEAR a

o" OVERCURRENT PROTECTIVE DEVICCS (NOTE 6) c ITEM SYSTEM PROTECTION TYPE AND TRIP TIME-CURRENT 5

NO.

POWERED SETPOINT (NOTE 1)

CHARACTERISTIC REMPRKS

$HEEI NO.

LINE NO.

w 1

Polar Crane Primary 20A1,20A2 16, 16 Notes 2, 3 Item 1 - The Backup Protection is accomplished by Transfer Backup Adjust Transfer Trip Relay Trip Relays similar to the 2/2485 to 2 s.

illustration shown on FSAR Figure 8.3-29.

However, when polar crane is not required for use, Primary Breaker is to be Locked Out in the Open w1 Position during Modes 1, 2, 3 and 4.

a>L 2

CEOM Primary 20A1,20A2 17, 17 Notes 2, 3 Items 2 through 5 - The Cooling (Note 4)

Backip Protection is accom-Unit l'16(3A) Backup Adjust Transfer Trip Relay p11shed by Transfer Trip 2/1139 to 1 s.

Relays as illustrated on FSAR Figure 8.3-29.

3 CEDM Primary 20A3,20A4 23, 23 Notes 2, 3 Cooling (Note 4)

Unit E-16(3C) Backup Adjust Transfer Trip Relay 2/1140 to 1 s.

Q E

4 CEDM Primary 21A3,21A4 24, 24 Notes 2, 3 S

Coolfng; (Note 4)

E Unit E-16(30) Back.sp Adjust Transfer Trip Relay 2/1142 to 1 s.

E

~

5 CEDM Primary 21A1,21A2 18, 18 Notes 2, 3

~*

Cooling (Note 4)

Unit E-16(38) Backup Adjust Transfer Trip Relay 2/1141 to 1 s.

.s TABLE 3.8-1 (Coatinued) 480 VOLTS POWER FROM LOW VOLTAGE SWITCHGEAR (Continued)

E c3 OVERCURRENT PROTECTIVE DEVICES (NOTE 6)

ITEM SYSTEM PROTECTIDN TYPE AND TRIP TIME-CURRENT E

NO.

POWERED SETPOINT (NOTE 1)

CilARACTERISTIC REMARKS El SHEET NO.

LINE NO.

w 6

Press.

Primary 23A1,23A2 4, 4 Notes 2, 5 Items 6 through 11 - The lleaters (Note 4)

Backup Protection consists of Backup Backuo Adjust Transfer Trip Transfer Trip Relays acti-Bank 1 (B-1)

Relay 2/285 to 0.5 s.

vated by any one of the Primary Overcurrent Protective Relays as illustrated on FSAR Figure 8.3-30.

b 7

Press.

Primary 23A1,23A2 5, 5 Notes 2, 5 o3 lleaters (Note 4) 4.

Backup Backup Adjust Transfer Irip c2 Bank 2 (B-2)

Relay 2/286 to 0.5 s.

8 Press.

Primary 23A1,23A2 6, 6 Notes 2, 5 lleaters (Note 4)

Backup Backup Adjust Transfer Trip Bank 3 (B-3)

Nelay 2/287 to 3.5 s.

9 Press.

Primary 24A1,24A2

4. 4 Notes 2, 5 lleaters (Note 4)

Backup Backup Adjust Transfer Trip Bank 4 (B-4)

Relay 2/288 to 0.5 s.

10 Press.

Primary 24A1.24A2 5, 5 Notes 2, 5 lleaters (Note 4)

Backup Backup Adjust Transfer Trip Bank 5 (B-5)

Relay 2/289 to 0.5 s.

11 Press.

Primary 24A1,24A2 6, 6 Notes 2, 5 llecters (Note 4)

Backup Backup Adjust transfer Trip Bank 6 (B-6)

Relay 2/290 to 0.5 s.

a TABLE 3.8-J (Contine ed) tt 480 VOLTS POWER FROM LOW VOLTAGE SWITCHGEAR (Continued)

E E

E OVERCURRENT PRO 1ECTIVE DEVICES ITEM SYSTEM PROTECTION TYPE AND 1 RIP 11ME-CURREMI 5

NO.

POWERED SETPOINT (NOTE 1)

CHAR).01 ERISTIC REMARKS Q

SHEET NO.

LINE NO.

w 12 Press.

Primary 23A1,23A2 8, 8 Notes 2, 5 Items 12 and 13 - The Backup fleaters (No'.e 4)

Protection is located in the Proportional Backup See Remarks Proportional Heater Local Bank 1 (P-1)

Control Panei and consists of CHASE-SHAH 8RIT fuses ASOP200.

13 Press.

Primary 24A1,24A2 8, 8 Notes 2. S lleaters (Note 4)

Proportional Backup See Remarks w1 Bank 2 (P-2)

T Of 1

1 i

l e

i

~.

--- m

~

g

)

e TAELE 3.8-1 (Continued) sc$

240 VOLTS CEDM POWER E

D E

OVERCURRfM1 PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TYPE AND TRIP TIME-CURREMI E

NO.

POWERED SETPOINT (NOTES 3&4)*

CHARACTERISTIC RDIARKS Z

SMEET NO.

LINC NO.

u 1

CEDM Primary Sreaker Heineman 240 V, 30 power is fed from the Colls Heineman Series C-E Reactor Trip Switchgear to (91 Circuits) 40A AM, Curve 3 the CEDM Cabinets. The 91 cir-(30A for cults are separated into sub-Hold Bus) groups and hold busses. Each subgroup / hold bus is protected by I breaker and 3 fuses.

Backup Fuse International These cabinets feed power to w) 60A Rectitter the CEDM Coils via 84 AWG Inter-SF25 Series and 88 AMG Penetration

.4 national Curves Conductors.

Rectifier Cat. No.

SF25 x 60

See notes from Table 3.8-1 for 480-volt power from MCCs.

.A.,

ew-m-v+-emw -

to m w --urga-

= w v. w -W e-e-

r-=-

v--un*

e-'**m^w"'m.&em-1P es r-

= * - --w 4'----e--+v-----9-~-----r--r---

9 w

m

O o

TABLE 3.8-1 (Continued) h 480 VOLTS POWER FRON MCCs 4

o E

OVERCURRENT PECTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP TIME-CURRENT NO.

POWERED DEVICE TYPE SETP0li(T CHARACTERISTIC REMARKS (NOTC 1) u 1

Safety Inj.

Primary Breaker EF 61 Notes 2. 3 Tank 1A Iso.

Val. 151-Backup Fuse TRS 61 Note 4 V1505 Tk 1A (SI-331A) 2 Safety Inj.

Primary Breaker EF 61 Notes 2, 3 Tank 2A 1s0.

wA Val. ISI-Backup Fuse TRS 61 Note 4 m

V1507 Tk 2A (SI-332A) 3 LP-311 Primary Breaker EF 62 Notes 2, 3 Backup Fuse IRS 62 Note 4 4

RCS Loop 2 Primary Breaker EF 63 Notes 2, 3 SDC Iso. Va1.

ISI-V1504A Backup Fuse TRS 63

- Note 4 (SI-401A) l 5

CARS Primary Breaker EF 64 Notes 2, 3 Suction Val.

2HV-F253A Backup Fuse TRS 64 Note 4 (CARS-201A) 6 Hydraulic Primary Breaker EF 64 Notes 2, 3 Pump For Va1.

ISI-V1503A Backup Fuse TRS 64 Note 4 (Si-405A)

TABLE 3.8-1 (Continued)

>g 480 VOLTS POWER FROM NCCs (Continued) o5 DVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP TIE-CURRENT c2 NO.

POWERED DEVICE TYPE SETPOINT CHARACTERISTIC REMMtKS

]

(NOTE 1) 7 Safety Inj.

Primary Breaker EF 05 Notes 2, 3 Tank 18 Iso.

Val. ISI-Backup Fuse TRS 65 Note 4 V1506 Tk IS (51-3318)

Safety Inj.

Primary Breaker EF 65 Notes 2, 3 Tank 28 Iso.

,)

Va1. ISI-Backup Fuse TRS 65 Note 4 V1508 Tk 28 4

(SI-3328) 9 LP-310 Primary Breaker EF 66 Notes 2, 3 Backup Fuse IRS 66 Note 4 10 RCS Loop 1 Primary Breaker EF 67 hotes 2, 3 SDC Iso. Val.

ISI-V15028 Backup Fuse TRS 67 Note 4 (SI-4018) 11 CARS Primary Breaker EF 68 Motes 2, 3 Suction Val.

f 2HV-F2548 Backup Fuse TRS 68 Note 4 (CAR-2018)

=9 h

12 Hydraulic Primary Breaker EF 68 Notes 2, 3 Pump for Va1.

o ISI-V15018 Backup Fuse TRS 68 Note 4 ~

(SI-4058) 1 l

. =

N t

TABLE 3.8-1 (Continued) i h

480 VOLTS POWER FROM MCCs (Continued) 4 2[

DVERCURRENT PROTECliVE DEVICES ITEM SYSTEM PROTECTION TRIP IIME-CURRENT c_g NO.

POWERED DEVICE TYPE SETPOINT CHARACTERISTIC REMARKS

-4 (NOTE 1)

<a 13 Cont. 30KVA Primary Breaker EF 71 Notes 2, 3 Transf.

PDP 377A Backup Fuse TRS 71 Note 4 14 RCP 2A Primary Breaker EF 71 Notes 2, 3 Oil Lift Pump A Backup Fuse TRS 71 Note 4 w

4:

15 RCP 1A Primary Breaker EF 71 Notes 2, 3 of 011 Lift y;

Pump A Backup Fuse TRS 71 Note 4 16 SG 1 Primary breaker EF 71 Notes 2, 3 Vent Val.

I 2MS-VG68 Backup Fuse TRS 71 Note 4 (MS-101A) 17 Moveable Primary Breaker EF 72 Notes 2, 3 Detector Drive Mach. 1 Backup Fuse IRS 72 Note 4 18 SG 2 Primary Breaker EF 74 Notes 2, 3 Vent. Val.

2MS-V667 Backup Fuse IRS 74 Note 4 (MS-101B) 19 RCP IB Primary Breaker EF 74 Notes 2, 3 Gil Lift Pump A Backup Fuse TRS 74 Note 4 20 RCP 28 Primary Breaker EF 74 Notes 2, 3 011 Lift Pump A Backup Fuse TRS 74 Note 4

^

i

~,

TABLE 3.8-1 (Continued) c hi 480 VOLTS POWER FROM NCCs (Continued) ma

\\

23 B

OVERCURRENT PROIECTIVE DEVICES

[

ITEM SYSTEM PROTECTION 1 RIP TIE-CURRENT z

NO.

POWERED DEVICE TYPE SETPOINI CHARACTERISTIC REMARKS

-4 (NOTE 1) us 21 Noveable Primary Breaker EF 74 Notes 2, 3 Detector Drive Mach. ?

Backup Fuse IRS 74 Note 4 22 Cont. 30KVA Primary Breaker EF 75 Notes 2, 3 Transf.

PDP 3788 Backup Fuse TRS 75 Note 4 s

((

23 H Recombiner Primary Breaker FJ 77 Notes 2, 3 2

Power a

SI

]

Supply A Backup Fuse TRS 77 Note 4 24 Reactor Primary Breaker EF 78 Notes 2, 3 i

Cavity Cool-ing Sys.

Backup Fuse TRS 78 Note 4 Far. 5-2 (3A) i 25 Radiation Primary Breaker EF 78 Notes 2, 3 i

Removal Unit E-13 (3A)

Backup Fuse TRS 78 Note 4 i

l 26 RCP 1A Primary Breaker EF 78 Notes 2, 3 011 Lift Pump B Backup Fuse TRS 78 Note 4 27 RCP 2A Primary Breaker EF 78 Motes 2, 3 Gil Lift Pump B Backup Fuse TRS 78 Note 4 i

28 Hz Recombiner Primary Breaker FJ 80 Notes 2, 3 Power l

Supply 8 Backup Fuse IRS 80 Note 4 4

-,, ~, -. - - - _, -. _, -,---_.-

-x-

E'

~

TABLE 3.8-1 (Continued) 480 VOLTS F0WER FROM MCCs (Continued)

E m

OVERCbRRENT PROTECTIVE DEVICES

[

ITEM SYSTEM PROTECTION IRIP IIME-CURREW

~

z NO.

POWERED DEVICE TYPE SETroitti CilARACTERISTIC REMARKS (NOTE 1) w 29 Reactor Primary Breaker EF 81 Notes 2, 3 Cavity Cool-ing Sys.

Backup Fuse

TRS 81 f*cte 4 Fan S-2 (38) 30 Radiation Primary Breaker EF 81 Notes 2, 3 Removal Unit E-13 (38)

Backup Fuse IRS 81 Note 4

[

31 RCP IB Primary Breaker EF 81 Potes 2, 3 u

011 Lift Pump B Backup Fuse TRS 81 Note 4 32 RCP 28 Primary Breaker EF 81 Notes 2, 3 Oil Lift Pump B Backup Fuse TRS 81 Note 4 33 Missile Primaiy See Remarks Item 33 - Primary 8reaker Shield Truck is Locked Out in the Open Receptacle Backup Position during M00ES 1, 2, 3, and 4., Therefore, inoperable Primary or Backup Protection is not a LCO.

34 Cont.

Primary Breaker JL 97 Notes 2, 3 Cooling Unit All-1(3A-SA)

Backup Breaker ECS 20A1 Notes 6, 7, 8 (Note 5)

Relay IAC66T 20AZ

~

]

o TABLE 3.8-1 (Continued) g h

480 VOL75 POWER FROM MCCs (Continued)

%2 Y

OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP TIME-CURRENT c_$

NO.

POWERED DEVICE TYPE SETPOINT CHARACTERISTIC REMARKS

~

(NOTE 1)

-i w

35 Cont.

Primary Breaker JL 97 Notes 2, 3 Cooling Unit All-1 (3C-5A)

Backup Breaker ECS 20A1 Notes 6, 7, 8 (Note 5)

Relay IAC66T 20A2 36 Coat.

Primary Breaker JL 97 Notes 2, 3 Cooling Unit j

IJi (38-58)

Backup Breaker ECS 21A1 Notes 6, 7, 8 w

l (Note 5)

Relay IAC66T 21A2 t

?

l

'g 37 Cont.

Primary Breaker JL 97 Notes 2, 3 l

Cooling Unit i

All-1 (30-58)

Backup Breaker ECS 21A1 Notes 6, 7, 8 (Note 5)

Relay IAC661 21A2 38 Cont.

Primary Breaker EF 45 Notes 2, 3 Sump Pump A Backup Fuse TRS 45 Note 4 l

39 LP -3%

Primary Breaker EF 45 Notes 2, 3 Backup Fuse TRS 45 Note 4 40 LP-301 Primary Breaker EF 45 Notes 2, 3 Backup Fuse TRS 45 Note 4 41 LP-302 Primary Breaker EF 45 Notes 2, 3 Backup Fuse TRS 45 Note 4

, _. _ _. ~. _ _. _ _.

TABLE 3.8-1 (Continued)

M 480 VOL15 POWER FROM MCCs (Continued)

E2 DVERCINtRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION IRIP IIME-CURRENT E

NO.

POWERED DEVICE TYPE SETPOINT CitARACTERISTIC rot 4RKS Q

(NOTE 1) w 42 LP-304 Primary Breaker EF 45 Notes 2, 3 Backup Fuse IRS 45 Note 4 43 Cont.

Primary Breaker EF 47 Notes 2, 3 Elevator D

Backup Fuse IRS 47 Note 4 44 Refuellog Primary Breaker Ef 48 Notes 2, 3 Cavity g

urain Pump Backup Fuse IRS 48 Note 4 45 Refueling Primary Breaker EF 50 Notes 2, 3 Equipment Backup Fuse CRS 50 Note 4 4 f3 Refueling Primary Breaker EF 48 Notes 2, 3 Equipment Backup Fuse TRS 48 Note 4 47 Cont.

Primary Breaker ET 49 Notes 2, 3 l

Sump Pump B Backup Fuse IRS 49 Note 4 48 LP-303 Primary Breaker EF 49 Notes 2, 3 j

Backup Fuse IRS 49 Note 4 49 LP-305 Primary Breaker EF 49 Notes 2, 3 Backup Fuse IRS 49 Note 4 I

i e

_s TABLE 3.8-1 (Continued)

((

480 VOLTS POWER FROM MCCs (Continued) 4 1ll OVERCURRLHI PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP IIME-CURRENT SE NO.

POWERED DEVICE TYPE SETPOINT CitARACTERISTIC REMARKS El (NOTE 1) w

$0 LP-300 Primary Breaker Er 49 Notes 2, 3 Backup fuse TRS 49 Note 4 51 SDC Eoop 1 Primary Breaker EF-3 45 Notes 2, 3 Vacuum Priming Pump Backup fuse TRS 43 Note 4 b

52 SDC toop 2 Primary Breaker Ef-3 47 Notes 2, 3 om Vacuum f.

Priming Pump Backup fuse IRS 47 Kate 4 53 PDP 365A Primary Breaker TED 104 Notes 2, 3 Receptacles Backup Breaker TED 104 Notes 2, 3 54 PDP 366B Primary Breaker TED 104 Notes 2, 3 Receptacles Backup Breaker TED 104 Notes 2, 3 O

I n

)

~

TABLE 3.8-1 (Continued) y 208 VOLTS CONTROL POWER FROM PDPs OR MCCs

=2 DVERCIERfMT PR0!EC1IVE DEVICES ITEM SYSTEM PROTECTIOM 5!.1ET Ho.

DEVICE TYPE / CHARACTERISTIC NO.

POWERED (NOTE 2) w 1

RCP 1A Primary OS 2269, Breaker TEB licater Backup CW 226S Breaker TEB 2

RCP 2A Primary CW 2269 Breaker TEB Heater Backup CW 2269 Breaker IEB 3

RCP IB Primary CW 2270 Breaker TEB R

lleater

[

Bar.kup CW 2270 Breaker TEB 0

4 RCP 28 Primary CWD 2270 Breaker TEB Heater Backup CWO 2270 Breaker TER i

i

TABLE 3.8-1 (Continued) k 120 VOLTS CONTROL POWER F20M PDPs OR MCCs 93 E

OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SETPOINI (NOTE 11 1YPE/IIME-CURRENT E

NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICE CHARACTERISTIC REMARKS Q

(NOTE 2) w 1

Sol. Valve Primary 186 Ckt. 26 Brealer CD 151-F1551TKIA

($1-303A)

Backup 186A Ckt. 26 Fuse FRN 2

Sol. Valve Primary 186 Ckt. 38 Breaker CD 151-F1553TK2A (SI-304A)

Backup 186A Ckt. 38 Fuse FRN 3

Sol. Valve Primary

%8A Ckt. 4 Fuse FRH Two fuses in series, w1 2CC-F243AR one each, + aad (CC-710)

Backup 106A Ckt. 4 Fuse FRN poles.

.O 4

Sol. Valve Primary 186 Ckt. 5 Breaker CD 251-F1561A8 (51-343)

Backup 186A Ckt. 5 Fuse FRN 5

501. Valve Primary 186 Ckt. 16 Breaker CD 251-F605fKIA (NG-161A)

Backup 186A Ckt. 16 Fuse FRN t

j 6

Sol. Valve Primary 186 Ckt. 25 Breaker CD 251-F6071K2A l

(NG-162A)

Backup 186A Ckt. 25 Fuse FRN 7

Sol. Valve Primary 186 Ckt. 30 Breaker CD 251-E636 j

(SI-323A)

Backup 186A Ckt. 30 Fuse FRN 8

Sol. Valve Primary 186 Ckt. 36 Breaker CD 251-E638 (SI-324A)

Backup 186A Ckt. 36 Fuse FRN

.,m....-_

]

o l

TABLE 3.8-1 (Continued) k 120 VOLTS CONTROL POWER FROM PDPs OR MCCs (Continued)

E S5 OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEN PROTECTION TRIP SEIPOINI (NOTE 1)

TYPE /TIIE-t1NMT g

NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICE CHARACTERISTIC RO44RES Q

(NOTE 2) 9 501.' Valve Primary 147 Ckt. 1 Breaker CD ICll-F1516A8 (CVC-101)

Backup 147A Ckt. 1 Fuse FRN 10 501. Valve Primary 147 Ckt. 30 Breaker CD 151-V2%,4 (51-301)

Backup 147A Ckt. 30 Fuse FRN 11 Sol. Valve Primary 186 Ckt. 28 Breaker CD

}

25I-F1564TK1A (SI-307A)

Backup 186A Ckt. 28 Fuse FRN 12 Cont. Purge Primary 120 Ckt. 26 Breaker EE 150. Sol. Valves 2HV-8151A Back.9 120A F1 Fuse TRS (CAP-103) and 2HV-8152A (CAP-104) 11 H Analyzer Primary 120 Ckt. 7 Breaker EE 2

Valves A Power Sackup 1564-2084 CB 2 Breaker P-15 Sackup in Hydrogen Analyzer Panel.

Breaker CS 2.

14 Cont. Spray Primary 120 Ckt. 9 Breaker EE Riser Pump A Soi. Valve Backup 120A F3 Fuse IRS 2CS-E608A (C5-129A)

TABLE 3.8-1 (Continued) h 120 VOLTS, CONTROL POWER FROM PDPs OR HCCs (Continued)

o OVERCURRENT PROTECTIVE DdVICES

[

ITEM SYSTEM PROTECTION TRIP SETP0lNT (NOIE 1) 1YPE/IIME-CURRENT NO.

POWERED SitEET NO.

CIRC 01T NO.

DEVICE OtARACTERISTIC RFMARKS (NOTE 2) 15 Sol. Valve Primary 186 Ckt. 40 Breaker CD 251-F1566TK2A (SI-308A)

Backup 186A Ckt. 40 Fuse FRN 16 Sul. Valve Primary

186, Ckt. 34 Breaker CD 257-E633 (51-3238)

Backup 186A Ckt. 34 Fuse FRN 17 501. Valve Primary 186 Ckt. 27 Breaker CD o>

251-E635 h

($1-3268)

Backup 186A Ckt. 27 Fuse FRN 18 Sol. Valves for Primary 108A Ckt. 7 Fuse FRN Two fuses in series, 151-1503A one cach, + and (51-405A)

Backup 108A Ckt. 7 Fuse FRN poles.

19 Sol. Valve Primary 147 Ckt. 14 Breaker CD 2lIV-B156A (CVR-201)

Backup 147A Ckt. 14 Fuse FRN 20 Cont. Fan Primary 120 Ckt. 17 Breaker EE Coolers Dampers Backup 120A F6 Fuse IRS l

21 Motor Htr.

Primary 120 Ckt. 13 Breaker EE Leads AH-1 (3A-5A)

Backup 120A F4 Fuse IR5 22 Motor iltr.

Primary 120 Ckt. 15 Breaker EE teads All-1 (3C-5A)

Backup 120A F5 Fuse IRS

.- -- = -__._.

__.. _ -. ~.- - - -

-.o TABLE 3.8-1 (Continued)

D

- 120 VOLTS Cb;41ROL POER FRC84 PDPs OR MCCs (Continued)

E E

m OVERCURRINT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SETPOINI (NOTE 1) 1Y N E

NO.

POWERED SEET NO.

CIRCUII N0. DEVICE CHARACTERISTIC RDIAAKS c

(NOTE 2) 23 Motor Hir.

Primary Cle1139 Breaker TED 120/288V SWGR heater Leads hus, double breaker E-16 (3A)

Backup Cle1139 Breaker TED protection.

24 Motor Hv.

Primary Clel140 Breaker TED 120/20SW SWGR heater Leads bees, doe &Ie breaker E-16 (3C)

Backg Cle1140 Breaker IED protection.

l 25 501. Valves Primary 187 Ckt. 26 Breaker CD a.

151-F1552TK18 g

($1-3038)

Backup 187A Ckt. 26 Fuse FRN 26 501. Valve Primary 187 Ckt. 38 Breaker CD 151-F1554TK28 (51-3048)

Backg 187A Ckt. 38 Fuse FRN 27 501. Valve Primary 187 Ckt. 7 Breaker CD 2WM-F157.4 (GhM-104)

Backup 187A Ckt. 7 Fuse FRN 28 501. Valve Primary 187 Ckt. 16 Breaker CD 251-T606TK15 (NG-1618)

Backup 187A Ckt. 16 Fuse FRN 29 501. Valve Primary 187 Ckt. 25 Breaker CD 251-F6081K2B l

(NG-1628)

Backup 187A Ckt. 25 Fuse FRN 30 501. Valve Primary 187 Ckt. 30 Breaker CD 251-E637 (51-3258)

Backup 187A Ckt. 30 Fuse FRN iv

-.y-w

-i,--r,,--r,,

ww-r->

w-_

.m

-n-,wn v e,-rmv mrrww ----

w

-r

-T--

r-v-

-v v w s-ww v,

--*--re ee-.ew, n,+-3

+ - -w::

-e-m e

~'\\.

TABLE 3.8-1 (Continued) 120 VOLTS CONTR01. POWER FROM PDPs OR MCCs (Continued) e o

DVfRCURRENT PROTECTIVE DEVICES ITEM SYSl[M PROTECTION 1 RIP SEIPolNI (NOIE 11 1YPE/IIME-CURRENT g

NO.

POWERED

$HEEI NO.

CIRCUII NO.

DEVICE CilARACTERISTIC REMARKS

q (NOTE 2) 31 Sol. Valve Primary 187 Ckt. 27 Breaker CD 251-E639 (5;-3248)

Backup 187A Ckt. 27 Fuse FRN 32 501. Valve Primary 187 Ckt. ?

Breaker CD 2CH-F1513AB (RC-606)

Backup 187A Ckt. 2 ruse FRN

{h 33 Sol. Valve Primary 148 Ckt. 1 Breaker CD 1C81-f2501A8 j,

(CVC-103)

Backup 148A Ckt. 1 Fuse FRN o,

34 Sol. Valve Primary 148 Ckt. 28 Breaker CD 151-V2505 j

($1-302)

Backup 14BA Ckt. 28 fuse FRN 35 501. Valve Primary IS7 Ckt. 1 Breaker CD 2BM-F108AB (BM-109)

Backup 187A Ckt. 1 Fuse FRN l

36 Cont. Purge Primary 121 Ckt. 26 Breaker EE 150. Sol. Valves 2ifV-81548 Backup 121A F6 Fuse TRS (CAP-204) and ZifV-8153B (CAP-203) 37 Sol. Valve Primary 148 Ckt. 14 Breaker CD ZifV-B1578 (CVR-101)

Backup

;LA Ck t.

14 fuse TRN

~ _.. _ _ _ _. _

i 3

j t

~

TA8tE 3.8-1 (Continued) t3 120 VttTS CONikOL POWER TROM PDPs OR MCCs (Continued)

E2 i

no OVfRCURRENT PROTICTIVE DEVICES ITEM SYSTEM P80TECTION TRIP SETPOINI (n01E 1)

TYPE /illE-runatNT 9

NO.

POWERED SHELI NO.

CIRCUIT NO.

DEVICE CHARACTERISTIC RDWWIK5 i

Q (NOTE 2) w 38 501. Valve Prf ary 187 Ckt. 6 Breaker CD 280-f603 j

(8D-102A)

Backup 187A Ckt. 6 fuse FRN l

l 39 501. Valve Primary 187 Ckt. 8 Breaker CD j

280-f605

~

(80-1028)

Backup 187A Ckt. 8 Fuse 1 RN j

40 11 Analyzer Primary 121 Ckt. 7 Breaker EE 2

j Valves B e.

J, Power Sackup 1564-2004 C8 2 Breaker P-15 Sackup in M d.- p i

Analyzer Panel j

Breaker CS 2.

l 41 Cont. Spray Primary 121 Ckt. 9 Breaker EE l

Riser Pwsp d

(

Sol. Valve Backup 121A F2 fuse IRS 2CS-E6098 (C5-1298) 4 1

42 Cont. Sump Primary 187 Ckt. 9 Breaker CD I

150. Valve 2WM-fl04A8 Backg 187A C6t. 9 fuse FRN l

(SP-105) 43 Sol. Valve Primary 187 Ckt. 28 Breaker CD 251-T15651K18

($1-3078)

Backy 187A Ckt. 28 fuse FRN

)

44 501. Velve Primary 187 Ckt. 40 Breaker CD 251-f15671K28 (51-3088)

Sackup 187A Ckt. 44 fuse FRN

..------------,w.,-

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

m

~l

]

TABLE 3.8-1 (Continued) 12019LT5 CONTROL POWER FROM PDPs c'd MCCs (Continued)

n Ti OVfRCURRENT PROTICTIVE DEVICES ITEM SYSTEM PROTECTION TRTP SEIPOINT (NOIE 1)

TYPUN E

NO.

POWERED 33iRT 40.

cIRcu!T NO.

DEVICE CHARACTERISIIC KMARKS (NOTE 2) 4.,

45 501. Valve Primary 187 Ckt.

'.t.

Breaker CD 251-E632

($1-325A)

Backup 187A Ckt.

4 Fuse FRN 46 Sol. Valve Primary 187 Ckt. 34 8reaker CD 251-E634

($1-326A)

Backup 187A Ckt. 34 Fuse FRN 47 Samp Sys.

Primary 187 Ckt. 29 Breaker CD I

as 501. Valve

/,

25L-F1501A8 Backup 187A Ckt. 29 fuse FRN (P5L-105) 48 Samp. Sys.

Primary 187 Ckt. 31 Breaker CD Sol. Yalve 25L-F1502A8 Sackup Id7A Ckt. 31 fuse F91 (Psi-203)

~

49 Samp. Sys.

Primary 187 Ckt. 33 Breaker CD Sol. Valve 25L-F1503AB Backup 187A Ckt. 33 fuse FRN (PSL-303) 50 Sol. Valves for Primary 1094 Ckt. 'l fuse Flut Two fuses in series, 151-15018 ene each, + and (51-4058)

Backup 1994 Ckt. 9 Fuse FRN peles.

51 Motor tr.

Primary 121 Ckt. 13 Breaker EC tcads All-1 (38-58)

Backup 121A T3 fuse IRS

T

,e-

-TABLE 3.2-1 (Continued) g!

120 VOLTS CONTROL POWER Fa0R PDPs OR MCCs (Continued)

OVERCURRENT PROTECTIVE 0FVICES HEM SYSTEM PADTECTION TITF'MTRiTmT-(ir.E 1)

TY*E/TDE-CURRENT j";

NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICE CHARACTERISTIC RDt4RKS (NOTE 2) w 52 hto-Htr.

Primary 121 Ckt. 15 Breaker EE Leads AH-1 (30-58)

Backg 121A F4 Fuse TRS M

Motor Htr.

reieery CWD 1141 Breaker TED 120/208V SWGR heater Leads bus, double breaker E-16 (38)

Backy CWD 1141 Breaker TED protection.

1:*.

54 Motor Mtr.

Primary lie 1142 Breaker TED 120/208V SWGR heater Leads bus, double breaker

?

E-16 (30)

Backup Cie 1142 Breaker TED protection.

55 Coct. Fan Primary 121 Ckt. 17 Breaker EE Coolers Dampers Backw 121A F5 Fuse TRS 56 Samp. Sys.

Primary 1484 Ckt. 49 Breaker CD A1. Valve 2SL-r601 Backup 148A Ckt. 49 Fuse FRN (Pit-404A) 57 Samp. Sys.

Primary 1484 Ckt. 45 Breaker CD l

Sol. Valve g

2SL-F603 Backg 148A Ckt. 45 Fuse FRN (PSL-4048)

$8 Samp. Sys.

Primary 133 Ckt. 35 Breaker EE Recorder y

Panel Becke 133A F12 Fuse TRS e

O 3

TABLE 3.8-1 (Continued) c 3;

120 VOLTS CONTROL POWER FROM PDPs OR MCCs (Continued)

3 OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SETPOINT (NOTE 1)

TYPE / TIME CUliRDIT E

NO.

POWEREC SHEET NO.

CIRCUIT NO. DEVICC CHARACTERISTIC REMARKS (NGTE 2) w 59 Cont. Purge Primary 133 Ckt. 1 Breaker EE Exn. Damper SV-D22 Backup 133A FS Fuse TRS (CAP-202) and SV-023 Primary 134 Ckt. 1 Breaker EE (CAP-201)

Backap 134A F2 Fuse ATM 60 Sol. Valve Primary 133 Ckt. 8 Breaker EE 7RC-F604 a3 (RC-323)

Backup 133A F3 Fuse TRS jg 61 501. Valve Primary 133 Ckt. 10 Breaker EE 7RC-F605 4

(RC-325)

Backup 133A F4 Fuse TRS 62 Sol. Valve Primary 148 Ckt. 29 Breaker CD 1CH-E2504B l

(CVC-2188)

Backup 148A Ckt. 29 Fuse FRN I

63 501. Valve Primary 147 Ckt. 27 Breaker CD ICH-E2503A (CVC-218A)

Backup 147A Ckt. 27 Fuse FRN 64 Sol. Valves Primary 150 Ckt. 25 Breaker TEB 3CC-P1501A1 (CC-665A) &

Backup CWD 280 F1 Fuse ATM 3CC P1505A1 (CC-679A) n.

n

~s g

TABLE 3.8-1 (Continued)

M 120 VOLTS CONTROL POWER FROM POPS OR MCCs (Continued)

E?

4 S$

o i

i OVERCURRENT PROTECTIVE DEVICES c

ITEM SYSTEM PROTECTION TRIP SETPOINT (NOTE 1)

TYPE / TIME-CURRENT

- NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICi CHARACTERISTIC REMARKS

-d (NOTE 2) k u,

55 Sol. Valves Primary 150 Ckt. 27 Breaker TEB 3CC-P1503A2 (CC-666A) &

Backup CWO 282 F1 Fuse ATM 3CC-P1507A2 (CC-680A) 66 RCP1A Primary CWD 220 Fuse OTS Two fuses in series, Instrumentation; one each, + and i

1:'

and Backup CWD 220 Fuse OTS poles.

Accessories of 67 RCP2A Primary CWD 240 Fuse OTS Two fuses in series, Instrumentation one each, + and and Backup CWD 240 Fuse OTS poles.

Accessories 68 CEDM Cool.

Primary 149 Ckt. 14 Breaker TEB l

Valves

& Dampers Backup CWD 1145 F2 Fuse ATM 69 CEDM Cool.

Primary 150 Ckt. 20 Breaker TEB Units Inlet Damper Backup CWO 1145 F1 Fuse ATM

!i 70 Sol. Valve Primary 150 Ckt. S Breaker TEB 2CH-F1514AB k

(RC-602)

Backup CWD 326 F2 Fuse ATM 5

71 Sol. Valve Primary 135 Ckt. 11 Breaker EE 2

P 7BM-P237 l

(GWM-101)

Backup CWD 401 F1 Fuse ATM i

os

~~s TABLE 3.8-1 (Continued) t}

120 VOLTS CONTROL POW R FROM PDPs OR MCCs (Continued) m S

E OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SETPOINT (NOTE 1)

TYPE / TIME-CURRENT

.E.

NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICE CHARACTERISTIC FEMARKS (NOTE 2) w 72 Sol. Valve Primary 150 Ckt. 1 Breaker TEll SSI-F1563 (SI-342)

Backup CWD 499 F3 Fuse ATH 73 Sol. Valves Primary 150 Ckt. 26 Breaker TED 3CC-P150281 1

(CC-6658) &

Backup CWO 281 F2 Fuse ATM l

3CC-P150681 (CC-6798) w l

74 Sol. Valves Primary 150 Ckt. 28 Breaker TEli a,

1 3CC-P150482

^2 1

(CC-6668) &

Backup CWO 283 F2 Fuse ATM 3CC-P150882 (CC-6808) 75 RCPIB Primary CWD 230 Fuse OTS Two fuses in series, Instrumentation one each. + and and Backup CWD 230 Fuse OTS poles.

Accessories 76 RCP2B Primary CWD 250 Fuse OTS Two fuses in series.

Instrumentation one each, + and and Backup CWD 250 Fuse OTS poles.

i Accessories i

~

77 Sol. Valve Primary 148 Ckt. 26 Breaker CD 2CA-E6048 (ARM-109)

Backup 148A Ckt. 26 Fuse FRN pmm r-r--

TABLE 3.8-) (Continued) g hj 120 VOLTS CONTROL POWER 'cROM PDPs OR MCCs (Continued) m A

8 OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SElf0lNT (NOTE 1)

TYPE /IIME-CURRENT E!

NO.

POWERED SitEET NO.

circuli NO.

DEVICE CHARACTERISTIC REKARKS II (NOTE 2) su 78 501. Valve Primary 147 Ckt. 31 Breaker CD ICll-E2505A (CVC-216A)

Backup 147A Ckt. 31 Fuse FRN 79 Sol. Valve Primary 148 Ckt. 31 Breaker CD ICil-E2505B (CVC-2168)

Backup 148A Ckt. 31 Fuse FRN

=1 80 Sol. Valve Primary CB 2 Breaker CH 15a Breakers on 7WM-E677 Skid #4 (5817-6368)

(SP-1028)

Backup Ckt. 114 Breaker QO 81 Sol. Valves Primary 212 Ckt. 2 reaker EE a

2RC-2557A (RC-3184) 2RC-2559A (RC-1015) 2RC-2561A (RC-3186)

Backup 120A F2 Fuse TRS 82 Sol. Valves Primary 213 Ckt. 2 Breaker EE 2RC-25588 (RC-3183) 2RC-25608 (RC-1014) 2RC-25628 (RC-1017)

Backup 121A F1 Fuse TRS 83 ISI-V150'TK1A Primary 186 Ckt. 13 Breaker CD (SI-331A)

Space itTR Backup 186A Ckt. 13 Fuse FRN

'9

_s.

TABLE 3.8-1 (Continued) 120 VOLTS CONTROL POWER FROM PDPs OR MCCs (Continued) i m2 C'

OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SETPOINT (NOTE 1) 1YPE/IIME-CURRENT Si NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICE CHARACTERISTIC REMARKS (NOTE 2) 84 ISI-V150STKIA Primary 147 Ckt. 6 Breaker CD (SI-331A)

Limit Switch Backup 147A Ckt. 6 Fuse FRN

& Ind. Lights e

85 ISI-V1507TK2A Primary 186 Ckt. 15 Breaker CD (SI-332A)

Space HTR Backup 186A Ckt. 15 Fuse FRN j

86 ISI-V1507TK2A Primary 147 Ckt. 8 Breaker CD (SI-332A) a, a

Limit Switch

& Ind. Lights Backup 147A Ckt. 8 Fuse FRN 3-87 RCP 1A Speed Primary 126 Ckt. 5 Breaker EE Sensor Backup 126A f6 fuse ATM 88 RCP 2A Speed Primary 126 Ckt. 7 Breaker EE Sensor Backup 126A FS Fuse ATM 89 Radiation Primary 133 Ckt. 24 Breaker EE Removal Unit E-13(3A)

Backup 133A F6 fuse TRS Thermistor 90 Cont.

Primary 149 Ckt. 3 Breaker TEB Cooling Unit Condensing Pot Backup CWD 829 F1 Fuse ATM Flow Det.

~},

TABLE 3.8-1 (Continued) fi 120 VOLTS CONTROL POWER FROM POPS OR MCCs (Continuedi k

5 C'

OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SETPOINT (NOTE 1)

TYPE / TIME-CURRENT SE NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICE CHARACTERISTIC REMARKS

1 (NOTE 2) w 91 Pzr Spray Primary 150 Ckt. 4 Breaker TEB Valves IRC-F1501A (RC301A)

A 1RC-F15028 Backup CWD 296 F1 Fuse ATM (RC301B) 92 Movable Primary 126 Ckt. 32 Breaker EE w

Incore Det.

3:

Drive Mach. #1 Backop CWD 158 Fuse FRN a>

Control 93 Movable Primary 136 Ckt. 7 Breaker CD Incore Det.

Switching Backup CWD 158 Fuse ABU Device 94 Refueling Primary 5817-4241 Fuse IRS Machine i

Control Backup 5817-4241 fuse KIN /KINR 95 151-V1506TK1E Primary 187 Ckt. 13 dreaker CD (51-3318)

Space HTR Backup 187A Ckt. 13 Fuse FRN 96 ISI-V1506TKlB Primary 148 Ckt. 6 Breaker CD (51-3318)

Limit Switch Backup 148A Ckt. 6 Fuse FRN

& Ind. Lights

~

T

~',

s lABLE 3.8-1 (Continued)

(( ~

120 VOLTS CONTROL POWER FROM PDPs OR HCCs (Continued)

n2 DVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SEIP0lNI (NOTE 1)

IYPE/IIME-CURRENT EE NO.

POWERED SHEET NO.

CIRCUIT NO.

DEVICE CHARAr.TERISTIC REMARKS

-4 (NOIE 2) w 97 ISI-V1508TK2B Primary 187 Ckt. 15 Breaker CD (SI-332B)

Space HTR Backup 187A Ckt. 15 Fuse FRN 98 ISI-V1508TK2B Primary 148 Ckt. 8 Breaker CD (SI-3328)

Limit Switch Backup 148A Ckt. 8 Fuse FRN g,

& Ind. Lights s

o>

99 RCP IB Primary 127 Ckt. 5 Breaker EE I

Speed Sensor Backup 127A F6 Fuse ATM 100 RCP 28 Primary 127 Ckt. 7 Breaker EE Speed Sensor Backup 127A FS Fuse ATM 101 Radiation Primary 134 Ckt. 24 Breaker EE Removal Unit E-13 (38)

Backup 134A F1 Fuse ATM Thermis tor 102 Cont. Air Primary 147 Ckt. 33 Breaker CD Locks Door Pos. Ind.

Backup 147A Ckt. 33 Fuse FRN 103 Cont. Air Primary 148 Ckt. 33 Breaker CD Locks Door Pos. Ind.

Backup 148A Ckt. 33 Fuse FRN

~.

TABLE 3.8-1 (Continued)

- j 120 VOLTS CONTROL POWER FROM PDPs OR MCCs (Continued).

B OVERCURRENT PROTECTIVE DEVICES ITEM SYSTEM PROTECTION TRIP SETPOINT (NOTE J TYPE /IIME-CURRENT 1

E NO.

POWERED SHEET NO.

CIRCUIT No.

DEVICE CHARACTERISTIC REMARKS Z

(tR'E 2) w 104 2BM-F108AB Primary 133 Ckt. 34 B;eaker EE (BM-109)

Pos. Ind.

Backup CWD 400/

Ckt. 2 Fuse NON 405 105 2WM-F157AB Primary 133 Ckt. 33 Breaker EE (GWM-104)

{

~

Pos. Ind.

Backup CWO 650/

Ckt. 19 Fuse NON g

680 co 106 Movable Primary 127 Ckt. 32 Breaker EE 1

Incore Det.

D.-ive Mach. #2 Backup CWD 158 Fuse FRN Control 107 CEDM Cooling Primary 110A/CWD Ckt. 24 Fuse FB Two fused breakers, Units 1028 one och, + and Vibration Backup 110A/CWD Ckt. 24 Fuse FB poles.

Switches 1028

4 TABLE 3.8-1 (Continued)

.f" NOTES 6.9 kV POWER FROM MEDIUM VOLTAGE SWITCHGEAR 1)

Refer to drawing LOV-1564-B-289 sheet and line numbers as indicated.

2)

Refer to G.E. curve in GEI-68751A and GEI-19959 instruction books for IAC 66M3A and IAC57 relays.

3)

Relay testirgs to be performed in accordance with vendor's relay calibration procedures.

r L

l l

i WATCRFORD - UNIT 3 3/4 8-48 i

e b

o

o e

('-

~

TA8LE 3.8-1 (Continued)

NOTE 3 (Continued)

(80 VOLTS POWER FROM LOW VOLTAGE SWITCHGEAR 1)

Refer to drawing LOU-1564-8-289 sheet and line' numbers as indicated.

2).

Refer to G.E. curve GES-6032A for ECS programmer.

3)

Refer to G.E. curve in GEI-19959 instruction book for IAC57 relays.

4)

Primary breaker is equipped with two sets of protective devices.

5)

Refer to G.E. curve GES-7005A for IAC77 relays.

6)

Relay and programmer testing to be performed in ac?ordance with vendor's calibration procedures.

WATERFORD - UNIT 3 3/4 8 49 se5 4

(~

TABLE 3.8-1 (Continued)

NOTES (Continued) 480 VOLTS POWER FROM MCCs 1)

Refer to drawing Lbu-1564-B-289 sheet numbers as indicated.

Circuit breakers with adjustable instantaneous magnetic trip element are set on

~,

the basis of two times the motor locked rotor current.

For static loads the setpoint is the minimum available.

2)

Refer to the appropriate curves as follows:

EF, EH - ITE/Gould T08087 EF3 - ITE/Gould Instantaneous Trip FJ Breaker - ITE/Gould TD4948 JL Breaker - ITE/Gould T04950 TED Breaker - GE GES-6114A 3)

Circuit breaker testing to be performed in accordance with vendor's molded case breaker calibration procedures.

4)

Fuse testing to be performed in accordance with vendor's nondestructive resistance test procedures.

5)

Backup breaker is equipped with two sets of protective devices.

6)

Refer to G.E. curve GES-6032A for ECS programmer.

7)

Refer to G.E. curve GES-7004A for IAC66T relays.

8)

Relay and programmer testing to be performed in accordance with vendor's calibration procedures.

9)

Equivalent breakers and fuses may be substituted for the types specified.

I E

WATERFORD - UNIT 3 3/4 8-50 m

f.

TABLE 3.8-1 (Continued)

NOTES (Continued) 208 VOLTS AND 120 VOLTS CONTROL POWER FROM PDPs or MCCs 1)

For trip setpoint, refer to drawing LOU-1564-B-289 sheet numbers as indicated.

2)

Below is listing of molded case breakers by type giving the curve number for time-current characteristic:

TYPE MANUFACTURER CURVE NO.

i EE, EF ITE TD 4947 4

CD Heineman CD, CE, CF TEB GE GES-61228, 6122 TED GE GES-6119C AM Heineman AM QO Square D 630-2 CH Cutler Hamer

. Safety Breaker Curve i

3)

Equivalent breakers and fuses may be substituted for the types specified.

l l

I i

l I

[

l A.

WATERFORD - UNIT 3 3/4 8-51

r ATTACHMENT B t

l l

l

Table 3 8-1 COrJTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURREfIT PROTECTIVE DE'J ICES VITHIN EACH v_OLTAGE LEVEL (ROM AN)

MODES

_BREAEEFj DR AVING l IDENTIFYING l TYPE l

TIME FUNCT CIIAN INTEG INSP &

FOR F ROTECTIOrJl NUMBER CURRENT TEST CALIB FUNCT PREV VHICH I

OR CHARACTERISTIC 4 8 4.1 4.8 4 1 TEST MAINT SURVIS l 4. 8 4 1. a 1. b l 4 8. 4.1. b D ESCRIPTION a2 a 1.a REQUIR*D I.

6.9 KV POWER FROM MEDIUM VOLTAGE SWITCIIGEAR (NOTE I.3) 1 REACTOR COOLANT PUMP 1 A a Prim a ry 289-11 A1 Lane 15 16, 17 N ote I 1 Note 1. 2 NA 210% per R 210% per R 5 every 60 M 1,2,3,4 h Backup 424-220 TD Relay 2 adjust to 4 sec NA 210% per R 210% per R S every 60 M 1, 2, 3, 4 c Backup 424-220 TD Relay 2 adjust to 4 sec NA 210% per R 210% per R 5 every 60 M 1,2,3,4 2

REACTOR COOLANT PUMP 1H a Primary 2?4-12A1 Lane is. 16, 17 riote I 1 Note I 2 NA 210% per R 210% per R S every 60 M 1, 2, 3, 4 h Backup 424-250 TD Relay 2 adjust to 4 sec NA 210% per R 210% per R S every 60 M 1,2,3,4 Backup 424-23G TD Relay 2 ad ust to 4 sec NA 210% per R 210% per R S every 60 M 1, 2, 3, 4 r

J 5

R E ACTOR COOLANT PU MP 2A a

r> rim a r y 289-11 A1 Line 18. 19, 20 Note I 1 Note 12 NA 210% per R 210% per R S every 60 M 1,2,3,4 h Backup 424-240 TD Resay 2 adjust to 4 sec NA 210% per R 210% per R $ every 60 M

1. 2, 3, 4 c Backup 424-240 TD Relay 2 ad ust to 4 see NA 210% per R 210% per R 5 every 60 M 1, 2, 3, 4 J

4 REACTOR COOLANT PUMP 20 m Primary 2e4-12A1 Line 18.19 20 Note I.1 Note I 2 NA 210% per R 210% per R S every to M 1, 2, 3, 4 h Exkup 424-250 TD Relay 2 ad ust to 4 sec NA 210 % pe r R 210% per R 5 every 60 M 1, 2, 3, 4 J

c Backup 424-250 TD Relay 2 adjust to 4 sec NA 210% per R 210% per R 5 every 60 M

1. 2, 3, 4 Items I 1 thru_I _4 - Tranger Trip Relavs provide Backuo protection via Startup Transformer and Unit Auxiltary Transformer Prer.kers hrf rming the INTEd FUNCT TEST' satisfies CH AN CALIB FSAR Figure 3 3-23 illustrates operation of primary and bsckup over-current protection VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

4

Tablo 3 8-1 CONTAINMENT PENETR ATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRElIT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAEE!d DRAVING lIDENTIFYINO l TYPE l

TIME FUNCT CHAN INTEG INSP f.

FOR FROTECriON]

NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8 4.1 4841 TEST M AINT SURV IS DESCRIPTION a2 a 1.a 4 8 4 1. a.1 b l 4 8. 4.1. b REQUIR*D II. 4 S t> VOLTS POWER I? ROM LOV VOLTAGE SVITCHGEAR (NOTE II.6) 1 POI.A R CR ANE a Primary 259-20 A1 Line 1+>

Note II 1 Notes II 2, II. 3 210% of Type NA NA 5 every 60 M 1,2,3,4 per R l

Note II 1 Notes II 2. II. 3 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 '

b Primary 289-20A?

Line les per R w

c c B.sckup 424-24B5 TD Relay 2 adjust to 1 sec NA 216E per R 210% per R 5 every 60 M 1, 2, 3, 4 2

CI{DM COOLING UNIT E-16 (3A) a P ri m a ry

2?9-20A1 Line 17 Note II 1 Notes II 2. II 3 210% of Type NA NA 5 every 60 M 1, ?

3,

per R b P rs ma ry

289-20 A2 Line 17 N ote II 1 Notes II ?. II 3 210% of Type NA NA

$ every 6011 1,2,3,4 per R Backup 424-1139 TD Relay 2 adjust to 1 sec NA 210% per R 210% per R S every to M 1,2,3,4 c

3 CEDM COOLING UNIT E-16 (3C)

P rim a ry*

239-20 A 3 Lane 23 N ete 11.2

%tes *I.'. II 3 210% of Type NA NA 5 every 60 M 1,2,3,4

=

per R b P r t tn a ry*

234-20 A 4 Line 23 Note II 1 Notes II 2, I! ~, 110% of Type NA NA 5every @ M 1, 2, 3, 4 per R c bu kup 424-1140 TD Relsv 2 aijust to 1 sec NA 210% per R 210% per R 5 every 60 M 1, 2, 3, 4 4

CI{DM COCLING UDIT E-16 (3D)

W-21 A1 Line 13 Ilote II 1 Notes II 2, II 3 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 P ri-sar,: S

=

per R h Primary

234-01 A2 Line 13 Note II 1 Notes 11. 2. II. 3 210% of Type NA NA 5 every 60 M 1, 2,1, 4 per R c Es:kup 424-1140 TD Reit.y 2 aijust to 1 sec NA 210% per R 210% per R 5 every 60 M 1, 2, 3, 4

N te II 4 VATER FORD - CNIT 3 3/4 8 *

Amendment No **

l

I Table 3 6-1 CONTAINI.!EtJT PENETR ATION CONDUCTOR OVER-CURRENT FR')TECTIVE DEVICES OVEk-CURRE!JT PROTECTIVE DEVICES VITHIN EACII VOLTAGE LEVEL (ROM AN)

MODES

~$REAEEFj DRAVING l IDENTIFYING l

'IYPE l

TII4E FUNCT CliA N INTEG INSP &

FOR T ROTECTION!

NUMIER CURRENT TEST CALIB FUNCT PREV VHICH OR CIIARACTERISTIC 4 8.4.1 4.8 4.1 TEST MAINT SURVIS DESCRIPTIO N a2 a1a 4 8 4 1.a,1.bl 4.8.4.1.b REQUIR'D S

CEDM COOLING UNIT E-16 (3D)

Primary

289 -21 A 5 Line 24 Note 11.1 Notes II 2, II 3 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R b Primary

284-21 A4 Line 21 Note II 1 Notes II 2, II 3 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R m-c B.s< ku p 424-1140 TD Relay 2 adjust to 1 sec NA 210% per R 210 per R 5 every 60 M 1, 2, 3, 4

_ - ~ -

6 PRESSURIZER HEATERS HACKUP HANK 1 (H-1)

Prim a ry

299-23 A1 Line i Note II 1 Notes 11 2, II 5 110% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Primary

OS9-23A2 Lin,. 4 N ote II 1 Notes II. 2, II 5 210% of Type NA NA 5 every 60 M 1,2,3,4 per R I 210% per R 210% per R 5 every 60 M 1,2,3,4 c Esckup 424-235 TD Relay 2 ady2st to 0 5 sec NA L_.

7 PR ESSURIZER H EATERS H ACKU P H A NK 2 (B-2)

= Primary

289-23Al Line 5 N ote II I Notes II. 2. II 5 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Primsry*

28b 23 A2 Lane 5 Note !! 1 Notes !! 2, II 6 210% of Type NA NA 5 every 60 P-t 1, 2, 3, 4 per R c Backup 424-236 TD Reisy 2 a.1]ust to 0 5 sec NA 210% per R 210% per R S every 60 M 1, 2, 3, 4 C

PRESSURIZER HEATERS H ACKUP HANK 3 (H-3) a Primary

2ti-23 A1 Line o Note II 1 Notes II 2, II 5 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Prtrna re 239-25A2 Line t.

Note II 1 Notes II 2, II 5 210% of Type NA NA 5 every 60 M 1, 2,3,4 per R h10%perR -

c E u ku,-

424-2J7 TD Relay 2 adjust to 0 5 sec NA 210% per R 5 everf e0 M 1, 2, 3, 4

Note II 4 i

VATERFORD - UNIT 3 3/4 3 *

Amendment No. **

1

=

Table 3 6-1 COrJTAINMEtJT PEIJETR ATION COliDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURREtJT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROM AN)

MODES SP EAKEFd DR AVINGl!DEtiTIFYIrJG l TYPE l

TIME FUIJCT CHAN INTEG ITISP &

FOR F ROTECTIOII)

NUMBER CURREtJT TEST CALIB FUNCT PREV VHICH OR CH A R ACTERISTIC 4 8.4 1 4 8.4.1 l

TEST MAINT SURVIS DESCRIPTION a2 a1a l4.8 4 1 a 1.bl 4 8 4.1.b REQUIR'D 1

PRESSURIZER HEATERS BACKUl* E ANK 4 (H-4) a Prirn ry

284-24 A1 Line 4 N ote II 1 Notes II. 2, II 5 210% of Type NA NA 5 every 60 M 1,2,3,4 per R 2$9-24 A2 Lane 4 M cte !! 1 Notes II 2, II 5 210% of Type NA NA 5 every (O M 1, 2, 3, 4 )

b Primarv a per R

_^_

(

c Backup 424-238 TD Relay 2 a4ust to 0 5 sec NA 210% per R 210% per R 5 every 60 M S., 2, 3, 4

<- =

13 PR ESSURIZER IIE ATERS B ACKUl* H A N K S (D-5)

Pramary*

284-24 A1 Lane 5 Note II 1 IJotes II 2. II 5 210% of Type NA NA 5 every e0 M 1,2,3,4 a

per R h Framary*

284-24 A2 Line 5 M ote II 1 Notes !! 2. IIf; 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R c Backup 424-239 TD Relay 2 akust to 0.5 sec NA 210% per R 210% per R 5 every 60 M 1, 2, 3, 4 l

11 PRESSURIZER IIEATERS BACKUl* HANK 6 (U-6)

Prim a ry

239-24 A1 Line 6 Note II 1 Note s II 2, II. 5 ?10% of Type NA NA 5 every 60 M 1, 2, 3, 4

=

per R b Primary

2*4-24 A2 Lane 6 Note II 1 Notes !! 2, !I 5 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R c Backup 424-30 TD Relay 2 akust to 0 5 see NA 210% per R 210% per R) $ every 60 M 1, 2, 3, 4

)

Items II 6 thru II 11 -- The backup protection ecaststs of Transier Trip Relays activste1 by any one of the primary over-current protective relays tIlustrate1 on FSAR Figure 3 3-30 I

VATERFORD - TJNIT 3 3/4 8 *

Amendment No **

M

3 Table 3 8-1 CONTAINMENT PENETR ATION CCFJDUCTOP OVER-CURRENT PROTECTIVE DEVICES cm, t

OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES '

BREAKEFd DR AVING lIDENTITYIIIG l TYPE l

TIME FUNCT CHAN INTEG INSP &

.FOR FROTECTION)

NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CIIARACTERISTIC 4.8.4 1 4.8.4.1 TEST

- MA!NT SURV IS DESCRIPTION a2 a 1.a 4 8. 4.1. a.1. b l

4. 8. 4.1 b REQUIR*D 12 PRESSURIZER I! EATERS PHOPORTION AL DANK 1 (P-1) a Primary 284-23 Al Lane 8 Note II.1 Notes II. 2, 11. 5 210% of Type NA NA 5 every 60 M 1,2,3,4 per R b Primary 289-23 A 2 Lane 8 Note !!.1 Notes II. 2, 11. 5 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R c Backup CliASE Fuse NA NA NA NA 1, 2, 3, 4

-SH AVM UT A

0 PAO

Note II 4 13 PRESSURIZER llEATERS PROPORTION AL BANK 2 (P-2) a Primary 289-24 A1 Line 4 N ote II.1 Notes II. 2, !!.5 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Primary 289-24 A2 Lane 4 Note II 1 Notes 11. 2. II.5 210% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R c Backup CHASE Fuse NA NA NA NA 1, 2, 3, 4

-SH AV MUT

. j A50 P.*N Items II 12 and II.13 -- The proporttonal heater local control panel houses the backup protection

.i i

t VATERFORD - UNIT 3 3/4 0 *

Amendment No. **

.c,

. J

Tabla 3 8-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES VITIIIN EACH VOLTAGE LEVEL (ROM AN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8,4.1 4 8.4.1 TEST MAINT SURV IS DESCRIPTION a.2 a.i.a

4. 8. 4.1 a.1. b l

4. 8 4.1. b REQUIRED III. 740 VOLTS CEDM POVER 1

CEDM COILS (91 Circuits) (NOTES IV.5 & IV.4)

= Primary Sub group Bus Heinemann Heinemann Series 10% per R NA NA

$ every 60 M 1, 2, 3, e.

40A AM, Curve 3 b Prtmary Hold Bus Heinemann Heinemann Series 10% per R NA NA 5 every 60 M 1, 2, 3, 4 30A AM, Curve 3 c Backup 60 A Fuse International NA NA NA NA 1, 2. 3, 4 Internstacnal Rectifier R;ctifier SF25 Cat. No. SF z$ x 60 Series Curves 240 V, 3 phase power feeds from the C-E Reactor Trap Switchgear to the CEDM Cabtnets The 91 circusts separate into sub groups and hold busses. One breaker and three fuses protect each sub group / hold bus.

These cabinets feed power to the CEDM Cotts vas #4 AVG & #8 AVG penetration conductors.

l V ATERFORD - UNIT 3 3/4 8 *

Amendment No **

TabIs 3 8-1 CONTAINMENT PENETR ATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES l VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CPAN INTEG INSP &

FOR FIOTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 6 4.1 I 484.1 TEST MAINT SURV IS -

l

4. 8. 4 1. a.1. b l

4. 8. 4.1. b REQJIRED DESCRIPTION a2 A.t a IV. 4m VOLTS POWER FROM MCCs 1

SAFETY INJECTION TANK 1 A ISOLATION VALVE 1SI-V1505 TK 1 A (SN-33% A) o Prtmary 289-61 Bresker EF Notes IV 2 & IV 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 Note IV 1 per R h Backup 289-61 Fuse TRS Note IV 4 hA NA NA NA 1, 2,3,4 2

SAFETY INJECTION TANK 2A ISOLATION VALVE 1SI-V1507 TK 2A (SI-332A) o Primary 289-61 Breaker EF Notes IV 2 & IV.3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 Note IV 1 per R b Backup 289-61 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3, 4 3

LP-311 o Primary 219-62 Breaker EF Notes IV 2 & IV.3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 Nete IV 1 per R h Backup 289-62 Fuse TRS Note IV 4 NA NA NA NA

1. 2, 3, 4 0

RCS LOOP 2 SDC ISOLATION V ALVE 1SI-V1504 A (SI-401 A) o Prsmary 289-63 Breaker EF Notes IV 2 & IV.3 10E of Type NA NA 5 every 60 M

, 2, 3, 4 Note IV.1 per R h Backup 289-63 Fuse TRS Note IV 4 NA NA NA NA 1,2,3-4 5

CARS SUCTION V ALVE 211V-F253A 2f;1A) o Prrmaraf 289-64 Dreaker EF Notes IV 2 & IV.3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 Note IV 1 7.>e r R h Backup 289-64 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 6

HTDR AULIC PUMP FOR V ALVE 1SI-V1503 A (SI-405 A) o Framar,r 289-64 Breaker EF Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1, 2,3,4 Note IV 1 per R b Backup 289-64 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3, 4 VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

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Table 3 8-1 CONTAINMENT PENETR ATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES -

m OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAEER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

'FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH -

OR CHARACTERISTIC

4. 8. 4.1 4 6.4 1 TEST MAINT '

SURV IS

4. 8. 4.1 a 1. b l

4. 8 4.1. b REQUIRED DESCRIPTION a.2 a.1. a 13 Cen t. 3SKV A Transf. PDP 377A

= Pramary 289-71 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA

$ every 60 M ' 1, 2, 3, 4 Note IV.1 per R b Backup 289-71 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 10 RCP 2A OIL LIFT PUMP A Prama ry 289-71 Ereaksr EF Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 '

=

Note IV.1 per R m Backup 289-71 Fuse TRS Note IV.4 NA NA NA NA 1; 2, 3, 4 1S RCP 1A OIL LIFT PUMP A a Primary 284-71 Freaker EF Notes IV_2 & IV. 3 10% of Type NA NA

$ every 60 M 1, 2,' 3, 4 Note IV 1 per R b Backup 289-71 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 16 STE&M GENER ATOR 1 VENT VALVE 2MS-VMS (MS-191 A)

Prima y 289-71 Breaker EF Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1,2,3,4 a

Note IV.1 per R b Backup 284-71 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 17 MOVEABLE DETECTOR DMIVE MACHINE 1 Primary 089-72 Ereaker EF Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 m

Note IV 1 per R b Backup 284-72 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 18 STEAM GENERATOR 2 VENT VALVE 2MS-VM7 (MS-191B) a Pramary 084-74 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA

$ every 60 M 1,2,3,4 Note IV.1 per R b Backup 289-74 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 19 RCP 18 OIL LIFT PUMP A

= Primary 284-74 Breaker EF Notes IV.2 & IV. 3 105 of Typ+

NA NA

$ every 60 M 1, 2, 3, 4 Note IV.1 per R b Backup 229-74 Fuse TRS Note IV 4 NA NA NA NA 1,2,3,4 VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

Tchts 3 8-1 COf2TAINMENT PENE7R ATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES WITHIN EACH VOLTAGE LEVEL (ROM AN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR F ROTECTION NUMEER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4.1 4 8.4 1 TEST MAINT SURV IS DESCRIPTION a.2 a1a

4. 8. 4.1. a.1. b l

4. 6 4.1. b REQUIRED 20 RCP 2U OIL LIFT PUMP A a Primary 281-74 Breaker EF Notes IV 2 & IV. 3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 Nete IV 1 per R b Backup 281-74 Fu se TRS Note IV 4 NA NA NA NA I, 2, 3, 4 21 MOVEADLE DETECTOR DRIVE MACHINE 2 a Primary 231-74 Breaker EF Notes IV 2 & IV. 3 10 T, of Type NA NA 5 every 60 M 1, 2. 3, 4 mte IV 1 per R b Backup 281-74 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3, 4 22 Cent. 30KV A Transf. PDP373H Prim a ry 28)-75 Ereaker EF Notes IV 2 & IV 3 10I of Type NA NA 5 every 60 M 1, 2, 3, 4 a

mte IV 1 per R b Backup 20-75 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3, 4 23 II2 RECOMBINER POVER SUPPLY A Prim a ry 2*i-77 Ereaker FJ Notes IV 2 & IV. 3 101E of Type NA NA

$ every 60 M 1, 2, 3, 4 a

Note IV 1 per R b Backup

23) 77 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3, 4 24 REACTOR C A Y1TY COOLING SYSTEM FAN S-2 (3A)

Prim a ry 2$4-73 Breaker EF Notes IV z & IV. 3 10T, of Type NA NA

$ every 60 M 1,2,3,4 mte IV 1 per R b Bsckup 239-73 Fuse TRS Note IV 4 UA NA NA NA 1,2,3,4 25 RADI ATION HEMOV AL UNIT E-13 (3A) a Prima ry 234-73 E:re aker EF Notes IV. 2 & IV 3 10 E of Type NA NA

$ every 60 M 1, 2, 3, 4 mte IV 1 per R b Backup 284-73 Fu se TRS Note IV.4 NA NA NA NA 1, 2, 3, 4 VATERFORD - UNIT 3 3/4 3 *

Amendment No. **

g Table 3 8-1 CONTAINMENT FENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VCLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR

[

PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV-VHICH '

OR CHARACTERISTIC 4.8.4.1 4.8 4.1 TEST MAINT SURV IS DESCRIPTION a.

a.1.a

4. 8. 4.1. a.1. b l [ 4. 8 4.1. b REQUIRED 25 RCP 1 A OIL LIFT PUMP B Prama ry 289-78 Breaker EF Notes IV. 2 & IV. 3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 a

Note IV 1 per R b Backup 289-78 Fuse TRS Note IV.4 NA NA NA NA

' 1, 2, 3, 4 27 RCP 2A OIL LIFT PUMP B a Pramary 289-73 Breaker EF Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1,2,3,4 Note IV 2 per R b Backup 284-78 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 23 H2 RECOMBINER POWER SUPPLY B Pramary 289-80 Breater FJ Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1,2,3,4' a

Note IV.1 per R b Backup 239-80 Fuse TRS Note IV.4 NA NA NA NA 1, 2, 3, 4 20 REACTOR CAVITY COOLING SYSTEM FAN S-2 (3B) a Pramary 289-81

.>rea k e r EF Notes IV.2 & IV. 3.10% of Type NA NA

$ every 60 M 1,2,3,4-Note IV.1 per R b Backup 239-81 Fuse TRS Note IV.4 NA NA NA NA 1, 2, 3, 4 34 RADIATION REMOV AL UNIT E-13 (3B) e Pramary 239-31 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA

$ every 60 M 1,2,3,4 Note IV.1 per R b B2.%up 289-81 Fuse TRS Note IV.4 NA NA NA NA

1., 2, 3, 4 31 RCP 1B OIL LIFT PUMP B a Primary 289-31 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 Note IV.1 per R b Bs.ckup 224-31 Fuse TRS Note IV.4 NA NA NA NA 1, 2, 3, 4 32 RCP 25 OIL LIFT PUMP B a Pramary 289-31 Breaker EF Notes IV,2 & IV.3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 Note IV 1 per R b Backup 234-31 Fuse TRS Note IV.4 NA NA NA NA 1, 2, 3, 4-VATERFORD - UNIT 3 3/4 8 *

Amendment No **

Table 3 0-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVI'CES OVER-CURRENT PROTECTIVE DEVICES I

VITW**

EACH VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR.

PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4.1 4.6.4.1-TEST M AINT.

SURV IS DESCRIPTION a.0 a.t.a

4. 8.4.1, a.1. b l 4.8. 4.1. b REQUIRED 33 MISSILE SHIELD TRUCK RECEPTACLE a Prima ry*

b Backup *

Item IV.33 - Primary breaker as locked-out in the open position during MODES 1. 2, 3, and 4.

Therfore, non-OPERABLE primary or backup protection does not place the plant xn n LCO.

34 CONTAINMENT COOLING UNIT AH-1 (3 A-SA )

Primary 289-97 Breaker JL 2 totes IV 2 & IV. 3 10% of Type NA.

NA 5 every 60 M 1, 2, 3, 4 '

a per R h Backup 289-20A1 Breaker ECS Notes IV. 6, &

10% of Type NA NA

~ $ every 60 M 1,2,3,4.

Note IV 5 IV.7, IV.8 per R c Backup 289-20A2 Relay IAC66T Notes IV.6, &

10% of Type NA NA

$ every 60 M 1, 2, 3, 4 IV.7, IV. 8 pe r R H CONTAINMENT COOLING UNIT AH-1 (3C-S A) a Primary 289-97 Breaker JL Notes IV.2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Backup 289-20A1 Breaker ECS Netes IV.6, &

10% of Type NA NA 5 every 60 M 1, 2, 3,~.4 Note IV 5 IV.7, IV. 8 per R-c Backup 289-20A2 Relay IAC64T Notes IV.6, &

10% of Type NA NA 5 every 60 M 1, 2. - 3, 4 IV.7, IV. 8 per R M CONTAINMENT COOLING UNIT AH-1 (3B-SB) a Pramary 284-97 Breaker JL Notes IV.2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289 21A1 Breaker ECS Notes IV.6, &

10% of Type NA NA

$ every 60 M - 1, 2,- 3, ' 4 Note IV 5 iV.7, IV.8 per R c Backup 284-21A2 Relay IAC66T Notes IV.6, &

10% of Type NA NA

$ every 60 M 1, 2, 3, 4 IV.7, IV.8 per F VATERFORD - UNIT 3 3/4 6 **

Amendment No. **

Table 3 0-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CUPRENT PROTECTIVE DEVICES I VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR FROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICM OR CIIARACTERISTIC 48.4.1 4 8,4.1 TEST MAINT SURV IS

4. 8. 4 1 a.1. b l 4 8 1.1. b REQUIRED DESCRIPTION a2 a.1. a 37 CONTAINMENT COOLING UNIT AH-1 (3D-SB)

Prima ry 089-97 Breaker JL Notes IV. 2 & IV. 3 10% of Type NA NA

$ every 60 M 1,2,3,4

=

per R b Backup 289-21A1 Breaker ECS Notes IV.6 &

10% of Type NA NA

$ every 60 M 1, 2, 3, 4 Note IV 5 IV. 7, IV. 8 per R c Backup 289-21 A2 Relay I AC+>6T Notes IV.6 &

10% of Type NA NA

$ every 60 M 1,2,3,4 IV. 7, IV. 8 per R 33 CONTAINMENT SUMP PUMP A

= Primary 284-45 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-45 Fuse TRS Note IV.4 NA NA NA NA 1, 2, 3, 4 30 LP-306 Primary 289-45 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 m

per R b Backup 284-45 Fuse TRS Note IV 4 NA NA NA NA 1,2,3,4 40 L P-301 Primary 284-45 Break +r EF

.Jotes IV.2 & IV. 3 10% of Type NA NA

$ every 60 M 1,2,3,4 a

per R b Backup 284-45 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 41 LP-302 Primary 284-45 Breaker EF Notes IV. 2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4

=

per R b Backup 284-45 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3, 4 C2 LP-304 Prim a ry 283-45 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 a

per R l

h Backup 283-45 Fu se TRf Note IV 4 NA NA NA NA 1, 2, 3, 4 1

VATERFORO - UNIT 3 3/4 8 *

Amendment No. *

l l

l

(, _

.q Table 3 8-1 CONTAIN>IENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE D2 VICES.

OVER-CURRENT PROTECTIVE DEVICES l VITHIN EACH VOLTAGE LEVEL (ROM AN)

MODES BREAEER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR

'l PROTECTON NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8 4.1 4 8.4.1 TEST MAINT '

SURV IS DESCRIPTION a.2 a.1. a

4. 8. 4.1. a.1. b l

4. 8.4.1. b REQUIRED C3 CONTAINMENT ELEVATOR D a Pramary 289-47 Breaker EF Notes IV.2 & IV.3 10% of Type NA NA 5 every 60 M 1, 2, 3, A ~

per R b Backup 289-47 Fu s.

TRS Note IV.4 NA NA NA NA 1, 2, 3, 4 44 REFUELING CAVITY DR AIN PU MP

= Primary 289-43 Breaker EF Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1, 2,. 3, 4 per R b Backup 289-43 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 45 REFUELING EQUIPMENT Primr.ry 289-50 Breaker EF Notes IV.2 & IV.3 10% of Type NA

. Nt.

$ every 60 M 1,2,3.4.

a per R b Backup 289-G0 Fuse TRS Note IV.s NA NA Ns.

NA 1, 2, 3, 4 46 REFUELING EQUIPMENT a Primary 089-43 Breaker EF Notes IV.2 & IV. 3 10% of Type NA NA 5 ev3ry 60 M 1, 2, 3, 4 per R b Backup 239-49 Fuse

I R S Note IV.4 NA NA NA NA 1,2.3,4 47 CONTAINMENT SUMP PUMP H 2 Pramary 239-44 Breaker EF Notes IV.2 & IV 3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R b Backup 239-44 Fuse TRS Note IV.4 NA NA NA NA 1,2,3,4 48 LP-343 a Prsmary 034-46 Breaker EF Notes IV.2 & IV.3 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R b Backup 234-49 Fuse TRS Note IV 4 NA NA NA NA.

1, 2, 3, 4 49 LP-306 a Primary 289-49 Breaker EF Notes IV.2 & IV.3 10% of Type NA NA 5 every 60 M 1, 2, 3; 4 pe r R b Backup 289-44 Fuse TRS Note IV.4 NA NA NA

.NA-1, 2, 3, 4 VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

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U L;fkI

.n 9

Tabis 3 8-1 CONTAINMENT PENETR ATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES s

%l OVER-CURRENT FROTECTIVE DEVICES j VITHIN EACH VOLTAG2 LEVEL '(ROMAN)

- MODES '

_ BREAKER ; RAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG.

INSP 8 FOR-FROTECTION NUMBER CURRENT T EST CALIB FUNCT PREY

. VHICH OR CHARACTERISTIC 4.8.4.1' 4.8.4.1 TEST M4 INT SURV IS %

g DESCRIPTION l

a2 a.1. a

4. 8. 4.1 a.1. b l 4 8 4.1. b REQUIREDN

_w SOLEMO2D VALVES FOR 1SI-1541B (SI-496B)*

Prama ry 289

09 A Carcuit 9 Fuse FRN NA NA NA NA 1,'2, 3, 4 a

h Backup 289-109A Carcuat 9 Fese FRN NA NA NA NA 1, 2,3,'4

Two fuses in-seraes. >ne each. + and poles.

51 MOTOR HEATER LEADS AM-1 (3H-SB) a P-amary 239-121 Carevai 13 Breaker EE Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3,.1 l per R h Backup 2e9-121A F3 e=s+TRS NA NA NA NA 1,2,3,4 51 ESOTOR HEATER LEADS AH-1 (3D-Sc; a Pramary 239-121 Carcuat 15 Breaker EE

!?ote VI.2 10% of Type NA NA

$ every 6C M 1,2,3;4 per R h Backup 289-121A F4 Fuse TRS NA NA NA ilA 1, 2, 3, 4 a 53 MOTOR HEATER LEADS E-16 (3H)*

a Pramary f;4-1141 Breaker TED Note VI.2 10% of Type NA NA

- $

rery 6C M 1, 2, 3, ' 4 per R h Backup 424-1141 Breaker TED Note VI.2 10% of Type iia NA

$ every 60 M 1,' 2, 3, 4 per R

120/20$V SVGR heater bus, d..able breaker protection.

54 MOTOR HEATER LEADS E-16 (3D)*

~ 1, 2r 3, 4" a Prama ry 424-11 J Breaker TED Note V1.2 10% of Type NA NA 5 every 60 M per R h Backup 424-1142 Breaker TED Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R

120/20?V SVGR heater bus double breaker protection.

VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

- _ = - - - _ _ _..

_.. = _

Tchl: 3 8-1 CONTAlllMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE ' DEVICES OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROM AN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN

- INTEG INSP8 FOR-PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV WHICH -

OR CHARACTERISTIC 4 8.4.1 4.8.4.1 TEST MAINT SURV IS DESCRIPTION a.2 a,1. a

4. 8. 4. 3. a.1. b l

4. 8.4.1. b REQUIRED V.

298 VOLTS CONTROL POWER FROM PDPs OR MCCs 1

NCP 1A HEATER a Primary 124-2269 Breaker TEB Note V.2 20% of Type NA NA 5 every 60 M 2, 2, 3, 4 1

per R h Backup 424-2269 Breaker TEB Note V.2 20% of Type NA NA 5 every 60 M ' 1, 2, 3, 4 per R 2

RCP 2A HEATER a Primary 424-2269 Breaker TEB Note V.2 20% of Type NA NA 5 every 60 M 2, 2, 3, 4

)

per R j

b Backup 424-2269 Brecker TEB Note V.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 j

per R i

3 RCP 1B HEATER

]

a Primary 424-2270 Breaker TEB Note V.2 20% of Type NA NA 5 every 60 M 2, 2, 3, 4 j

prR h Backup 424-2270 Bresker TEB Note V.2 20% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R

]

4 RCP 2B HEATER a Prima.'y 424-2270 Ereaker TEB Note V.2 20% of Type NA NA 5 every 60 M 2, 2, 3, 4 per R j

b Backup 424-2270 Breaker TEB Nete V.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 ;

l per R 8

l l

i l

l i

4 VATERFORD - UNIT 3 3/4 6 *

Amendment No. **

I i

I Table 3 8-1 CONTAINMENT PEMETRATION CONDUCTOR OVER-CURR MT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES I BREAKER DRAV*NG IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4 1 4.8.4.1 TEST MAINT SURV IS DESCRIPTION m.2 a.1.a

4. 8. 4.1, a.1. b l

4. 8 4.1. b REQUIRED l VI 120 VOLTS CONTROL POWER FROM PDPs OR MCCs 1 SOLENOID VALVE ISI-F1551TK1 A (SI-383 A)

Primary 239-186 Circutt 26 Breaker CD Note VI.2 1M of Type NA NA

$ every 60 M 1, 2, 3, 4 a

per R h Backup 289-186 A Circuit 26 Fase FRN NA NA NA NA 1, 2, 3, 4 2 SOLENOID VALVE ISI-F1553TK2A (SI-304 A) a Prima ry 289-106 Circuit 38 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-186A Circuit 38 Fuse FRN liA NA NA NA 1, 2, 3, 4 3 SOLENOID VALVE 2CC-F243AB (CC-710)*

a Prama ry 289-108A Circuit 4 Breaker CD Note VI.2 10% of Type NA NA

$ every 60 M 1,2,3,4 per R b Backup 289-108A Circuit 4 Fuse FRN NA NA NA NA 1, 2, 5, 4 '

Two fuses sn-series, one each, + and poles.

4 SOLENOID VALVE 2SI-P 1561 AB (SI-343)

Prima ry 289-166 Circuit 5 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Backup 289-186 A Circust 5 Fuse FRN

.NA NA NA NA 1, 2, 3, 4 5 SOLENOID VALVE 2SI-F645TK1 A (NG-161 A)

Prima ry 289-1E6 Circuat 16 Breaker CD Ilote VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 a

per R h Backup 289-186 A Circuit 16 Fuse FRN NA NA NA NA 1,2,3,4 6 SOLENOID VALVE 2SI-F647TK2A (NG-162A) a Prima ry 289-186 Circuit 25 Breaker CD Note VI.2 10% of Type NA NA

$ evwry 60 M 1, 2, 3, 4 per R b Backup 289-186A Circuit 25 Fuse FRN NA NA NA NA 1,2,3,4 VATERFORD - UNIT 3 3/4 8 **

Amendment No. **

~

p

'E Tabla 3 8-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES WITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHAR ACTERIS' ~,0 484,1 4.8.4.1 TEST MAINT SURV IS 'i DESCRIPTION a.2 a.1.a

4. 8.4.1 a.1. b l

4. 8 4.1. b REQUIRED l 7

SOLENOID VALVE 2SI-E636 (SI-323A)

= Primary 289-186 Circuit 30 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Backup 289-186A Carcuit 30 Fuse FRN NA NA NA NA 1, 2, 3, 4 S

SOLENOID VALVE 2SI-E638 (SI-324 A)

Primary 289-186 Circuit 36 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R b Backup 289-186A Circust 36 Fuse FRN NA NA NA NA 1, 2, 3, 4 9

SOLENOID VALVE 1CH-F1516AB (CVC-101)

Primary 289-147 Circuit i Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1,2,3,4 a

per R h Backup 289-147A Circuit 1 Fuse FRN NA NA NA NA 1,2,3,4 10 SOLENOID VALVE ISI-V2544 (SI-381) a Primary 289-147 Carcuit 30 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1,2,3,4 per R b Backup 289-147A Carcuit 30 Fuse FRN NA NA NA-NA 1, 2, 3, 4 11 SOLENOID VALVE 2SI-F1664TK1 A (SI-387 A)

Primary 289-186 Circuit 28 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Backup 289-186 A Carcuit 28 Fuse FRN NA NA NA NA 1,2,3,4 12 CONTAINMENT PURCE ISOLAITON SOLENOID VALVES 2HV-B151 A (CAP-193) & 2HV-B152A (C AP-194) l Prima ry 284-120 Ctrcust 26 Breaker EE Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 -

a per R h Backup 289-120A F1 Fuse TRS NA NA NA NA 1, 2, 3, 4 i

VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

-.y 9w.

,w-m m

-w

-t s.

--- - - - = - - - -

g g.i-g e

+

Table 3.8-1 CONTAINMENT PENETR ATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES T

4 OVER-CURRENT PROTECTIVE DEVICES WITIIIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PIOTECTION NUMBER CURRENT TEST CALIB FUNCT-PREV VHICH OR CHARACTERISTIC 4.8.4.1 4.8 4.1 TEST MAINT SURV IS DESCRIPTION a2 a.1.a

4. 8. 4 1. a 1. b l

4. 8 A.1. b REQUIRED 13 B5 AN ALYZER V ALVES A POWER o Pramary 289-120 Circutt 7 Breaker EE Note VI.2 30% of Type NA NA

' 5 every 60 M 1, 2, 3, 4 per R h Backup

1564-2084 CB 2 Breaker F-15 Note VI.2 10E of Type NA NA 5 every e,0 M 1, 2, 3, 4 per R

Backup in Hydrogen Analyzer Panel, Breaker CB 2.

10 C9NTAIMMENT SPR AY RESER PUMP A SOLENOID VALVE 2CS-E60SA (CS-129A) o Primary 289-120 Circuit 9 Breaker EE Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-120A F3 Fuse TRS NA NA NA NA 1,2,3,4 10 SSLEMOID V ALVE 2SI-F1666TK2A (SI-348 A) o Pramary 289-186 Circuit 40 Breaker CD Note VI.2 10'% of Type NA NA 5 every 60 M 1,2,3,4 per R h Backup 289-I86 A Circuit 40 Fuse FRN NA NA NA NA 1, 2, 3, 4 15 SSLENOID VALVE 2SI-E633 (SI-3235) a Primary 289-186 Circuit 34 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Backup 289-186 A Circuit 34 Fuse FRN NA NA NA NA 1, 2, 3, 4 17 SSLENOID VALVE 2SI-E636 (SI-3268) a Primary 289-186 Carcuit 27 Breaker CD Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Backup 289-186A Csrcuit 27 Fuse FRN NA NA NA NA 1, 2, 3, 4 13 SSLENOID V ALVE FOR 1SI-1583 A (SI-486 A) a Primary 289-103a Circutt 7 Fuse FRN NA NA NA NA 1, 2, 3, 4 h Backup 289-209A Circuit 7 Fuse FRN NA NA NA NA 1, 2, 3, 4

Two fuses in-series, one each, + and poles.

VATERFORD - UNIT 3 3/4 8 **

Amendment No. **

I Table 3 8-t CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES

' VIT111N EAC5{ VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE

'II M E FUNCT CHAN INTEG INSP 8.

FOR FROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4.1 4.8.4.1 TEST MAINT SURV IS l 4. 8. 4.1 a.1. b l

4. 8 4.1. b REQUIRED '

DESCRIPTION a.2 a _1. a 19 SOLENOID VALVE 2HV-B156A (CVR-291) a Primat y 289-147 Circutt 14 Breaker CD Hote VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 269-147A C.rcuit 14 Fuse FRN NS NA NA NA 1,2,3,4 20 CONTAINMENT FAN COOLERS DAMPERS Pramary 289-120 Circuit 17 Breaker EE Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Backup 289-120A F6 Fuse TRS NA NA NA NA 1,2,3,4 21 3EOTOR HEATER LEADS AH-1 (3 A-S A )

Primary 289-120 Circuit 13 Breaker EE Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R b Backup 289-120A F4 Fuse TRS NA NA NA NA 1, 2, 3, 4 22 MOTOR HEATER LEADS AH-1 (3C-SA)

Primary 289-120 Carcutt 15 Breaker EE Note VI.2 20% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Backup 289-120A F5 Fuse TRS NA NA NA NA 1, 2, 3, 4 23 MOTOR HEATER LEADS E-16 (3A)*

Pra ma ry 424-1139 Sreaker TED Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Backap 424-1139 Breaker TED Note VI 2 10% of Type NA NA 5 every 60 M 1,2,3,4 per R

120/208V SVGR heater bus, double breaker protection.

24 MOTOE HEATER LEADS E-16 (3C)*

= Pramary 424-1140 Breaker TED Note VI 2 20% of Type NA NA 5 every 60 M 1, 2, 0, 4 per R b Backup 424-1140 Breaker TED Note VI 2 10% of Type NA NA 5 every 60 M 1,2,3,4 per R

120/203V SVGR heater bus, double breaker protection.

VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

Table 3 6-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES i

OVER-CURRENT PROTECTIVE DEVICES WITHIN _EACH VOLTAGE LEVEL (ROMAN)_

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV V HICH CR CHARACTERISTIC 4.8.4.1 4.8.4.1 TEST MAINT SURV IS DESCRIPTION a.2 a.1.a

4. 8. 4.1 a.1. b l

4. 8. 4.1. b REQUIRED 25 SOLENOID VALVE 2SI-F1b62TK18 (St-303B) a Prama ry 289-187 Circuit 26 Bresker CD Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R

.S Backup

- 289-187A Circuit 26 Fuse FRN NA NA NA NA 1, 2, 3, 4 2S SOLENOID VALVE 2SI-F1554TK2B (SI-3648)

Prim a ry 289-187 Circuit 38 Breaker CD Note VI.2 10% of Type NA NA

$ every 60 M 1,2,3,4 a

per R b Backup 289-187A Careuit 38 Fuse FRN NA NA NA NA 1, 2, 1, 4 27 SOLENOID YALVE 2VM-F157AB (GV M-194 )

a Primary 289-187 Carcuit 7 Breaker CD Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-187A Circutt 7 Fuse FRN NA NA NA NA 1, 2, 3, 4 23 SOLENOID V ALVE 2SI-F686TK18 (N G-1615) a Pramary 289-187 Circuit 16 Breaker CD Note VI.2 10% of Type NA NA

$ every 60 M 1, 2,'3, 4 per R b Backup 289-187A C*rcutt 16 Fuse FRN NA NA NA NA 1, 2, 3, 4 29 SOLENOID VALVE 2SI-F6eSTK2B (NG-1628) a Primary 289-187 Circuit 25 Breaker CD Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, i ~

per R b Backup 289-187A Circuit 25 Fuse FRN NA NA NA NA 1, 2, 3, 4 30 SOLENOID VALVE 2SI-E637 (SI-3258) a Primary 280-187 Circuit 30 Breaker CD Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R b Backup 289-187A Carcuit 30 Fuse FRN NA NA NA NA 1, 2, 3, 4 31 SOLENOID VALVE 2BI-E639 (SI-324B) a Prima ry 289-187 Circutt 27 Breaker CD Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R b Backup 289-187A Carcuit 27 Fuse FRM NA NA NA NA 1, 2, 3, 4 VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

Table 3 8-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES P

OVER-CURRENT PROTECTIVE DEV.'CES VITHIN EACH VOLTAGE LEVEL (ROMAN)

' MODES j

BREAKER DR AVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR l

PROTECTION NUMBER CURRENT TEST CALIS FUNCT PREV VHICH j

CR CHARACTERISTIO 4 8.4.1 4 8.4.1 TEST MAINT SURV IS DESCRIPTION a.2 a.1. a

4. 8. 4.1. a.1. b l

4. 8 4.1. b REQUIRED l

32 SOLENOID VALVE 2CH-F1513 AB (R C-646) o Primary 289-187 Circuit 2 Breaker CD Note VI.2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-187A Carcuit 2 Fuse FRU NA NA NA NA 1,2,3,4 33 SOLENOID V ALVE SCH-F2541 A B (CVC-AS3)

= Primary 289-148 Carcuit 1 Breaker CD Note VI 2 10E of Tyje NA NA 5 overy 60 M 1, 2, 3, 4 per R b Backup 289-148A Circuit 1 Fuse FRN NA NA NA NA 1, 2, 3, 4 34 SOLENOID V ALVE ISI-V2545 (SI-382)

Pramary 289-148 Carcuit 28 Breaker CD Note VI 2 10% of Type NA NA 5 every 60 M 1,2,3,4 a

per R b Backup 289-148A Circuit 28 Fuse FRN NA NA NA NA 1, 2, 3, 4 33 SOLENOID VALVE 2BM-F190AB (BM-199) a Primary 289-187 Circuit 1 Breaker CD Note VI 2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-187A Circuit 1 Fuse FRN NA NA NA NA 1, 2, 3, 4 36 CONTAINMENT PURGE ISOLATION SOLENOID VALVES 2HV-B154B (CAP-294) & 2HV-B15JB (CAP-203)

Prim a ry 289-121 C.rcuit 26 Breaker EE Note VI 2 10E of Type NA NA 5 every 60 M 1,

2,'3, 4 a

per R b Backup 289-121 A F6 Fuse TRS NA NA NA NA 1, 2, 3, 4 37 SOI.ENOID V ALVE 2HV-B1578 (CVR-181)

Primary 289-148 Carcust 14 Breaker CD Note VI 2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R b Backup 289-148 A Circuit 14 Fuse FRN NA NA NA NA 1, 2, 3, 4 V A~'ERFORD - UNIT 3 3/4 8 *

Amendment No **

Tabla 3 0-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES WITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PIOTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH 1

OR CIIARACTERISTIC 4 8.4.1 4.8.4.1 TEST MAINT SURV IS L'

DESCRIPTION a.2 a.1 a

4. 8 4.1. a.1, b l

4. 8 4.1. b REQUIRED 30 SSLENOIts V ALVE 2HD-F633 (BD-le2A) o Primary 289-187 Carcuit 6 Breaker CD Note V! 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-187 A Ctrcuit 6 Fuse FRN NA NA NA NA 1,2,3,4 39 SSLENOID VALVE 2HD-F605 (BD-192B) o Pramary 289-187 Circuit 8 Breaker CD Note VI.2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per Et b Backup 289-187A Circuit 8 Fuse FRN NA NA NA NA 1,2,3,4 4e H5 AN ALYZER VALVE B POWER

a Primary 289-121 Carcuit 7 Breaker EE Note VI 2 10% of Type NA NA 5 every 60 M 1,2,3,4 per R b Backup 1564-2084 CB 2 Breaker P-15 Note VI 2 10% of Type NA NA 5 every 60 P' 1, 2, 3, 4 per R

Backup in Hydrogen Analyzer Pane! Breaker CB 2.

41 CGNTAINMENT SPRAY RISE 2 PUMP B SOLENOID VALVE 2CS-E689B (CS-1295) a Primary 289-121 Circuit 9 Breaker EE Note VI 2 10% of Type NA NA 5 every 60 P1 1,2,3,4 per R b Backup 289-121A F2 Fuse TRS NA NA NA NA 1, 2, 3, 4 42 CSNTANMEI(T SUMP ISOLATION VALVE 2WM-F194 AB (SP-185) a Primary 289-187 Carcutt

Breaker CD Note VI 2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-187A Ctrcust 4 Fuse FRN NA NA NA NA 1,2,3,4 43 SSLENOID VALVE 2SI-F1666TK1B (SI-3875) a Primary 289-187 Circuit 23 Breaker CD Note VI. 2 10E of Type NA NA 5 every 60 M 1,2,3,4 per R b Backup 289-187A Circuit 23 Fuse FRN NA NA NA NA 1, 2, 3, 4 VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

i

~

TabIs 3 0-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES -

OVER-CURRENT PROTECTIVE DEVICES VITiiIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAEER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALID FUNCT PREV VHICH OR CHARACTERISTIC 4.8.4.1 l 4 8.4.1 TEST MAINT SURV IS DESCRIPTION a2 l

a.1. a

4. 8. 4.1, s. l. b l

4. 8. 4.1. b REQUIRED 00 SOLENOID VALVE 2SI-P1567TK2B (SI-3eeB)

Pramary 289-187 Circuit 40 Breaker CD Note VI.2 10E of'a'ype NA NA 5 ev=ry 60 M 1,2,3,4 a

per R b Backup 289-187A Carcust 40 Fuse FRN NA NA NA NA 1, 2, 3, 4 C3 SOLENOID VALVE 2SI-E632 (SI-325A) a Pramary 289-187 Circuit 36 Breaker CD Note VI 2 10% cf Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Backup 289-187A Circuit 36 Fuse FRN NA NA NA NA 1, 2, 3, 4 46 SOLENOID V ALVE 2SI-E634 (SI-326 A )

Primary 239-187 Carc.utt 34 Breaker CD Note VI.2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Backup 289-187A Carcuit 34 Fuse FRN NA NA NA NA 1, 2, 3, 4 !

47 SAMPLE SYSTEM SOLENOID VALVE 2SL-FMe1AB (PSL-lee)

Prim a ry 289-187 Circuit 29 Breaker CD Note VI 2 10% of Type NA NA

$ every to M 1, 2, 3, 4 a

per R h Backup 289-187A Circuit 29 Fuse FRN NA NA NA NA 1, 2, 3, 4 C3 SAMPLE SYSTEM SOLENOID VALVE 2SL-F1542AB (PSL-203) a Pramary 289-187 Circuit *!

Breaker CD Note VI 2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 i per R j

h fiackup 289-187A Cwcuit 31

.'use FRN NA NA NA NA 1, 2, 3, 4 49 SAMPLE SYSTEM SOI ENOED VALVE 2SL-F1543AB (PSL-303)

= Primary 289-187 Circuit 33 Breaker CD Note VI 2 10% of Type NA NA

$ every 60 M 1,2,3,4 l

~

per R l

b Dackup 289-187A crcuit 33 Fuse FRN NA NA NA NA 1, 2, 3, 4 VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

1

Tabla 3 8-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT P'OTECTIVE DEVICES

~

OVER-CUkHETIT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROMAFL MODES BREAFER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP&

FOR PROTECTIOIJ NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4 1 4 8 4.1 TEST MAINT SURV IS DESCRIPTION a2 a.1 a 4 8. 4.1 a.1 b l

4. 8 4.1. b REQUIRED 50 LP-300 Pcamary 281-47 Breaker EF Notes IV.2 & IV. 3 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 m

per R b Backup 283-45 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3 4 51 SDC LOOP 1 VACUUM PRIMING PUMP

= Prim a ry 289-45 Breaker EF-3 Notes IV. 2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Backup 289-43 Fu se TRS Note IV 4 NA NA

.!A NA 1, 2, 3, 4 S2 SDC T,00P 2 VACUUM PRIMING PUMP

= Primary 289-47 Breaker EF-3 Notes IV.2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 284-47 Fuse TRS Note IV 4 NA NA NA NA 1, 2, 3, 4 53 PDP 36S A MECEPTACLES a Primary 239-104 Breaker TED Notes IV.2 & IV 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 239-104 Bremier TED Notes IV.2 & IV. 3 104 of Type NA NA 5 every 60 M 1, 2, 3, 4 1er R 54 PDP 3MB RECEPTACLES a Prima ry 239-104 Breaker TED Notes IV 2 & IV,3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 23*-104 Breaker TED Notes IV.2 & IV. 3 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

i

Toble 3 8-1 CONTAINMENT PEUfTRATION CONDUCTOR OVER-CURRuMT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES EREAKER DR AVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4.1 4 8.4.1 TEST MAINT SURV IS DESCRIPTION a.2 a1a

4. 8. 4 1. a.1. b l 4. 8 4.1. b REQUIRED C3 CONTAINMENT FAN COOLERS DAMPERS a Prima ry 289-121 Circuit 17 Breaker EE Note VI 2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Dackup 289-121A F5 Fuse TRS NA NA NA NA 1, 2, 3, 4 56 SAMPLE SYSTEM SOLENOID VALVE 2SL-F681 (PSL-4M A)

= Prima ry 259-148A Circuit 49 Breaker CD Note VI. 2 10% of Type NA NA 5 every 60 M 1,2,3,4 per R b Backup 289-148A Circuit 49 Fuse FRN NA NA NA NA 1,2,3,4 07 SAMPLE SYSTEM SOLENOID VALVE 2SL-F683 (PSL-494B) a Primary 289-14 S A Carcuit 45 Breaker CD Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-14S A Circuit 45 Fuse FRN HA NA NA NA 1,2,3,4 50 SAMPLE SYSTEM RECORDER PANEL a Primary 289-133 Circutt 35 Breaker EE Note VI. 2 104 of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-133A F12 Fuse TRS NA NA NA NA 1, 2, 3, 4 09 CC'e FAINMFNT PURGE EXNAUS* DAMPER SV-D22 (CAP-282) & SV-D23 (CAP-Pet)

Primary 289-133 Circuit 1 Breaker EE Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R b Backup 289-153A F5 Fuse TRS NA NA NA NA 1, 2, 3, 4 c Primary 289-134 Circuit 1 Breaker EE Note VI 2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R l

d Backup 289-134A F2 Fuse ATM NA NA NA NA 1,2,3,4 j

CO SOLENOID V ALV85 2RC-F683 (RC-323)

= Primary 289-133 Carcutt 8 Breaker EE Note VI 2 10% of Type NA NA 5 every 60 M 1,2,3,4 per R b Dsckup 289-153A F3 Fuse TRS NA NA NA NA 1,2,3,4 1

VATERFORD - UNIT 3 3/ 4 8 *

Amendment No. **

Table 3 0-1 CONTAINMENT PENETRAbON CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROM AN)

MODES BREAKER DR AVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PIOTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4.1 4 8.4.1 TEST MAINT SURVIS F, '.SCRIPTION a.2 a.1. a

4. 8 4 1 a.1 b l 4.3 4.1. b REQUIRED c1 SSLENOID V ALVE 7RC-F605 ( R C-325) o Pramary 289-133 Circuit 10 Breaker EE Note VI.2 10E cf Type NA NA 5 every 60 M 1,2,3,4 per R h Backup 289-133 A F4 Fuse TRS NA NA NA NA 1, 2, 3, 4 62 SSLEMOID VALVE SCH-E2564 B (CVC-21SB) o Primary 289-148 Circust 29 Breaker CD Note VI.2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-143A Circuit 29 Fuse FRN NA NA NA NA 1,2,3,4 C3 SSLENOID VALVE SCH-E2583 A (CVC-218 A) o Primary 289-147 Circuit 27 Breaker CD Note VI.2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-147A Circuit 27 Fuse FRN NA NA NA NA 1,2,3,4 64 SSLENOID V ALVES 3CC-P15G1 A1 (CC-665 A) & 3CC-P1585A1 (CC-679 A) a Primary 289-150 Circust 25 Breaker TED Note VI 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 424-280 F1 Fuse ATM NA NA NA NA 1, 2, 3, 4 65 SSLEMOID V ALVES 3CC-P1583A2 (CC-666A) & 3CC-P1587A2 (CC-6SGA) o Primary 289-150 Circust 27 Dreaker TEB Note VI.2 10E of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Backup 424-282 F1 Fuse ATM MA NA NA NA 1,2,3,4 66 RCP 1 A INSTRUMENTATION AND ACCESSORIES

a Primary 424-220 Fuse OTS NA NA NA NA 1,2,3,4 h Backup 424-220 Fuse OTS NA NA NA NA 1,2,3,4

Two fuses in-series, one each, + and poles.

VATERFORD - UNIT 3 3/4 3 *

Amendment No. **

TaMa 3 8-1 CONTAINMENT FENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER _ CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROM AN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8 4.1 4 8.4.1 TM MAINT SURV IS DESCRIPTION a.2 a.1.a

4. 8 4 1. a.1. b l

4. 8 4.1. b REQUIRED 67 RCP 2A INSTRUMENTATION AND ACCEFSORIES Primary 424-240 Fuse O'at NA NA NA NA 1, 2, 3, 4 a

h Backup 424-240 Fuse OTS NA NA NA NA 1, 2, 3, 4

Two fuses sn-sernes, one each, + and poles CS CEDM COOLER VALVES & DAMPERS a Pramary 289-149 Carcuit 14 Breaker TEB Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R h Backup 424-1145 F2 Fuse ATM NA NA NA NA 1, 2, 3, 4 '

09 CEDM COOLER UNITS INLET DAMPER Prima ry 289-150 circuit 20 Breaker TEB Note VI 2 10% cf Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R b Backup 424-1145 F1 1 use ATM NA NA NA NA 1,2,3,4 70 SOLENOID VALVE 2CH-F1514 AB (RC -682) a Prim a ry 289-150 Carcust 5 Dre aker TEB Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R h Backup 424-326 F2 Fu w ATM NA NA NA NA 1, 2, 3, 4 71 SOLENOID VALVE 7BM-P237 (GVM-101) a Primary 289-135 Circuit 11 Breaker EE Note VI 2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R h Backup 424-401 F1 Fuse ATM NA NA NA NA 1, 2, 3, 4 72 SOLENOID VALVE 6BI-F1663 (SI-342)

Primary 289-150 Circuit 1 Breaker TEB Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 a

per R h Backup 424 -4 %

F3 Fuse ATM NA NA NA NA 1,2,3,4 VATERFORD - UNIT 3 3/4 8 **

Amendment No. **

d

]

Tcbla 3 8-1 CONTAINMENT PENETRATION CONDUCTO 1 OVER-CURRENT PLOTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES WITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES DREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4.8.4.1 4 8.4.1 TEST MAINT SURV IS DESCRIPTION a.2 a.1.a

4. 8.4.1 a.1. b l 4,8. 4.1. b REQUIRED I 73 SOLENOID V ALVES 3CC-P164281 (CC-665B) Si 3CC-P1586B1 (CC-679B)

= Primary 289-150 Carcuit 26 Breaker TED Note VI 2 10% of Type NA NA 5 every 60 M 1, 2. 3, 4 per R h Backup 424-281 F2 Fuse ATM NA NA NA NA 1, 2, 3, 4 73 SOLENOID V ALVES 3CC-P1564B2 (CC-666B) Si 3CC-P15eSB2 (CC-6848)

Pramary 289-150 Circuit 28 Breaker TEB Note VI,2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R h Backup 424-283 F2 Fuse ATM NA NA NA NA 1,2,3,4

"'5 RCP 1B INSTRUMENTATION AND ACCESSORIES

Primary 424-250 Fuse OTS NA NA NA NA 1, 2, 3, 4 a

h Backup 424-230 Fuse OTS NA NA NA NA 1,2,3,4

Two f uses in-series, one each, + and poles.

75 RCP 2B INSTRUMENTATION AND ACCESSORIES

a Primary 424-250 Fuse OTS NA NA NA NA 1, 2, 3, 4 b Backup 424-250 Fuse OTS NA NA NA NA 1, 2, 3, 4

Two f uses srs-series, one each, + and poles.

77 SOLENOID V ALVE 2CA-E684B ( ARM-189)

= Primary 239-14S Circuit 26 Breaker CD Note VI.2 10% of Type NA NA 4 every 60 M 1, 2, 3, 4

<r R h Backup 289-14sA Circuit 26 Fuse FRN NA NA NA NA 1, 2, 3, 4 78 SOLENOID VALVE 3CH-E2546A (CVC-216 A) a Prima ry 234-147 Carcuit 31 Breaker CD Note VI. 2 10% of Typ-NA NA

$ every 60 M 1,2,3,4 per R l

b Backup 239-147A Circuit 31 Fuse FRM NA NA NA NA 1, 2, 3, 4 VATERFORD - UNIT 3 3/4 8 *

Amendment No **

_ _ _ ~ _

l Tabla 3 8-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES I

OVER-CURRENT PROTECTIVE DEVICES VITHIN EAC'M VOLTAGE LEVEL (ROMAN)

MCDES -

BREAEER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4 8.4.1 4.8.4.1 TEST MAINT SURV IS <

DESCRIPTION a.2

a. t.a.

4. 8. 4.1. a.1. b l 4 8. 4.1. b REQUIRF.D 79 COLEMOID VALVE SCH-E2betB (CVC-2168)

Prime.ry 289-148 Circuit 31 Breaker CD Note VI.2 20% of Type NA NA 5 every 60 M 1,2,3,4 a

per R b Backup 289-148A Circuit 31 Fuse FRN NA NA NA NA 1, 2, 3, 4 80 SOLENOID VA1.VE 7VM-E677 (SP-1925)*

a Primary 5817-6368 CD 2 Breaker CH Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R b Backup 8817 4 368 Ctrcuit H4 Breaker QO Note VI.2 20% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R

15a breakcrs on Skid #4 (5817-6368).

81 SOLENOID VALVES 2RC-2b57A (RC-3184), 2RC-2659 A (RC-1915), 2RC-2561 A (B C-3186)

Prima ry 289-212 Circuit 2 Breaker EE Note VI.2 10% of Type NA NA 5 every 60 M 1,2,3,4 a

per R b Backup 289-120A F2 Fuse TRS NA NA NA NA 1, 2, 3, 4 82 SOLENOID VALVES 2RC-2568B (RC-3183), 2RC-2560B (RC-1814), 2RC-25425 (RC-1917) a Primary 289-223 Circuit 2 Breaker EE Note VI.2 20% of Type NA NA

$ every 60 M 1, 2, 3, 4 per R b Backup 289-121A F1 FuseTRS NA NA NA NA 1,2.3,4 83 SPACE HEATER ISI-V1695TK1 A (SI-331A) a Primary 289-186 Circuit 13 Breaker CD Note VI.2 20% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-184A Circutt 13 Fuse FRN NA NA NA NA 1, 2, 3, 4 84 LIMIT SWITCH & INDICATING LIGHTS ISI-V15%TK1 A (SI-331 A)

Primary 289-147 Circutt 6 Breaker CD Note VI.2 20% of Type NA NA 5 every 60 M 1,2,3,4 a

per R b Backup 289-147A Circuit 6 Fuse FRN NA NA NA NA 1,2,3,4 VATERFORD - UNIT 3 3/4 6 *

Amendment Na. **

~

_7-E Table 4-1 CONTAIUMENT FENETRATION CON.OUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER~ CUR RENT PROTECTIVE. DEVICES

} VITHIN EACH VOLTAGE LEVEL (ROMAN)

StODES

__DREAF.ER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMEER CURRENT TEST CALIB FUNCT PREV VHICH OP.

CHARACTERISTIC 4.8 4.1 4 8.4.1 TEST MAINT SURV IS DESCRIPTION a2 a.1. a

4. 8. 4.1 a.1. b l

4. 8. 4.1. b REQUIRED e6 FPACE HEATER 1SI-V1587TK2A (SI 332A) a Primars 289-106 Carcuit 15 Breaker CD Note V 2. 2 10% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R h Bar.kup 989-IB6A Circuit M Fuse FRN NA NA NA NA 1, 2, 3, 4 S4, LIMIT SVITCH 4. INDYCATING LIGHTS 1SI-V1597TK2A (SI-332A)

Primary 239-141 Carcuit 8 Bresker CD Note VI.2 20% of Type NA NA 5 every 60 M 1,2,3,4 a

pe r R b Backup 289-147A Circu6t 6 Fur,e FR N NA NA NA NA 1, 2, 3, 4 37 RCP 1 A SPEED SENSOR Pra mary 239-126 Carruit 5 Breeken"z!E Note VI.2 20% of Type NA NA 5 every 60 M 1, 2, 3, 4 a

per R b Backup 289-126A F6 Fuse ATM NA NA NA NA

1. - 2, 3, 4 SS RCP 2A SPEED SENSOR a Primary 239-126 Carcuit 7 Breaker EE Note VI.2 20% of Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-126A F5 Fuse ATM MA NA NA NA 1, 2, 3, 4 39 R ADI ATION REMOVAL UNIT E-13 (SA) THERMISTOR Prima ry 239-133 Carcuit 24 Breaker EE Note VI.2 20% of Type NA NA i every 60 M 1, 2, 3, 4 a

peril b Backup 239-133A F6 Fuse TRS NA NA NA NA 1, 2, 3, 4 9e CONT 6MMENT COOLING UNIT CONDENSING POT FLOV DETECTOR Primary 239-149 Circuit 3 Breaker TEB Note VI.2 10% of Type NA NA 5every 9 M !J 2, 5, 4 a

yar R b Backup 424-829 F1 Fuse ATM NA NA NA NA.

1, 2, 3, [4 j Jir* ATERFORD - UNIT 3 3/4 8 *

Amendmerst L%. **

~

Tabla 3 8-1 CONTAINMENT PENETR ATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEf, (ROMAN)

MODES BREAKER DR AVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PROTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH OR CHARACTERISTIC 4.8.4 1 4 8.4.1 TEST MAINT SURV IS DESCRIPTION a2 a.1.a

4. 8. 4 1. a.1. b l

4. 8 4.1, b. REQUIRED 91 PRESSURIZER SPR AY VALVES 1RC-F1501 A (RC-381 A) & 1RC-F1be2B (RC-3815) y Prim a ry 239-150 Circuit 4 Breaker TEB Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 a

per R b Backup 424-296 F1 Fuse ATM NA NA NA NA 1, 2, 3, 4 92 MOVALHLE INCORE DETECTOR DRIVE M ACHINE *1 CONTROL Prim a ry 289-126 Circuit 32 Breaker EE Net. VI. 2 10% of Type NA NA

$ every 60 M,, 2, 3, 4 a

per R b Backup 424-158 Fuse FRN NA NA NA NA 3, 2, 3. 4 93 MOV ALBLE INCORE DETECTOR SVITCHING DEVICE Prama ry 239-136 Circutt 7 Breaker CD Note VI.2 10% of Typ.

NA NA

$ every 60 M 1, 2, 3, 4 a

per R b Backup 424-158 Fu se ABU NA NA NA NA 1,2,3,4 l

94 REFUELING M ACHINE CONTROL Primary 5817-4241 Fuse TRS NA NA NA NA 1, 2, 3, 4 a

h Backup 5817-4241 Fuse KTN/KTNR NA NA NA NA 1, 2, 3, 4 46 SPACE HEATER 1SI-V16e6TE1B (SI-3318)

Pts ma ry 239-127 Carcutt 13 Breaker CD Note VI 2 10% of Type NA NA

$ every to M 1, 2, 3; 4

=

per R b Backup 289-187A Circust 13 Fuse FRN NA NA NA NA 1, 2, 3, 4 '

16 LIMIT SVITCH & INDICATING LIGHTS ISI-V1be6TK15 (SI-33AB)

Primary 289-143 Carcuit 6 Breaker CD Note VI.2 10% of Type NA NA

$ every 60 M 1, 2, 3, 4 a

per R b Backup 289-14tA Circu,t 6 Fuse FRN NA NA NA NA 1, 2, 3, 4 i l

VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

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TaLIe 3 6-1 CONTAINMENT PENETRATION CONDUCTOR OVER-CURRENT PROTECTIVE DEVICES OVER-CURRENT PROTECTIVE DEVICES VITHIN EACH VOLTAGE LEVEL (ROMAN)

MODES BREAKER DRAVING IDENTIFYING TYPE TIME FUNCT CHAN INTEG INSP &

FOR PEOTECTION NUMBER CURRENT TEST CALIB FUNCT PREV VHICH '

OR CHARACTERISTIC 4 8.4.1 4.8 4 1 TEST MAINT SURV IS DESCRIPTION a.2 a1a

4. S 4 1. a.1. b l

4. 8 4.1. b REQUIRED 103 CONTAINMENT AIR LOCKF DuOR POSITION INDICATOR o Primary 289-148 Carcuit 33 Breaker CD Note VI 2 10E ef Type NA NA 5 every 60 M 1, 2, 3, 4 per R b Backup 289-198 A Carcutt 33 Fuse FRN NA NA NA NA 1, 2, 3, 4 SM POSITION INDICATOR 2BM-FleS A B (BM-199) o Pramary 289-133 arcuit 34 Breaker EE Note VI.2 10E of Type NA NA 5 every 60 M 1,2,3,4 per R b Backup 424-400 & 405 Circuat 2 Fuse NON NA NA NA NA

1. 2, 3, 4 195 PO!TITION INDICATOR 2WM-F157AN (GW M-184) o Prtmary 25v-133 Carcutt 33 Breaker EE Note VI 2 10E of Type NA NA 5 every 60 M

1. 2, 3, 4 per R b Backup 424-C % 8 680 Ctrcuit 19 Fuse NON NA NA NA NA 3, 2, 3, 4 j

196 BWVABLE INCOkE DETECTOR DRIVE M ACHINE *2 CONTROL l

o Pramary 289-133 Carcuit 32 Dreaker EE Note VI 2 10E of Type NA NA 5 every 60 M 1, 2, t 4 l

per R l

b Backup 424-158 Tuse FRN NA NA NA NA 1,2,3,4 l

l 107 CIDM COOLINO UNITS VIBR ATION SVITCHES*

a Prasary 199-119 A Fuse FB NA NA NA NA 1,2,3,4 GisR @3 2e%21 Fuse FB NA NA NA NA 1, 2, 3, 4 b Backup i

-771 Y Two fused breakers, one each, + and poles i

i i

l l

l VATERFORD - UNIT 3 3/4 8 *

Amendment No. **

i 9

1 1

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---yy--e--mw+-,

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TABLE 1 8__1 (Continued)

NOTES 6.9 kV POWER FROM MEDIUM VOLTAGE SWITCHGEAR v

I.1)

Refer to drawing LOU-1564-B-289 sheet and line numbers as indicated.

I.2)

Refer to G.E. curve in CEI-687$1A and CEI-19959 instruction books for IAC66M3A and IAC57 relays.

I.3)

Relay testings to be performed in accordance with vendor's relay celibration procedures.

WATERFVRD - UNIT 3 3/4 8-

e; o

TABLE 3.8-1 (Contir.ued)

NOTES (Continuedl II 480 VOLTS POWER FROM LOW VOLTAGE SWITCitCEAR II.1)

Refer to drawing 1,0U-1564-B-269 sheet and line numbers as indicated.

11.2)

Refer to G.E. curve GES-6032A for ECS prograceer.

II.3)

Refer to G.E. curve in CEI-19959 instruction book for IAC57 relays.

II.4)

Primary breaker is equipped with two sets of protective devices.

II.5)

Refer to G.E. curve CES-7005A for IAC77 relays.

II.6)

Relay and programmer testing to be performed in accordance with vendor's calibration procedures.

VATERFORD - l' NIT 3 3/4 8-

oJ o

s TABLE 3.8-1 (Continued)

NOTES (Continued)

IV.j 480 VOLTS POWER FROM MCCs IV.1) i Refer to drawing LOU-1564-B-289 sheet numbers as indicated.

j Circuit breakers with adjustable instantaneous magnetic trip Ielement are set on the basis of two times the motor locked rotor current.

For static loads the setpoint is the minimum available.

j IV.2)

Refer to the appropriate curvee as followat EF, Ell - ITE/Could TD8087

' EF3 - ITE/Could Instantaneous Trip FJ Breaker - ITE/Could TD4948 JL Breaker - ITE/Could TD4950 TED Breaker - CE CES-6114A J

IV.3)

Circuit breaker testing to be performed in accordance with vendor's I

molded case breaker calibration procedures.

I IV.4)

Fuse testing to be performed in accordance with vendor's I

nondestructive resistance test procedures.

IV.5)

Backup breaker is equipped with two sets of protective devices.

IV.6)

Refer to C.E. curve CES-6032A for ECS programer.

1 IV.7)

Refer to C.E. curve CES-7004A for IAC66T relays.

IV.8)

Relay and programer testing to be performed in accordance with

'endor's calibration procedures.

L IV.9)

Equivalent breakers and fuses may be substituted for the types specified.

l 1

WATERFORD - UNIT 3 3/4 8-I t

L

m k

O TABLE 3.8-1 (Continued)

NOTES (Continued)

V.

208 VOLTS, CONTROL POWER FROM PDPs or MCCs I V.1)

For trip setpoint, refer to drawing LOU-1564-B-289 sheet numbers as l indicated.

V.2)

Below is Itsting of molded case breakers by type giving the curve number for tiee-current characteristient TYPE MANUFACTURER CURVE NO.

EE, EF ITE TL 4947 CD Heinemann CD, CE, CF TEB GE GES-61219, 6122 TED GE GES-6119C AM Heinemann AM QO Square D 630-2 CH Cutler Hammer Safety Breaker Curve V.3)

Equivaleat breakers and fuses may be substituted for the types specified, k'ATERPORD - UNIT 3 3/4 8-

o e %

TABLE 3.8-1 (Continued)

DJ E kY PAGE NOTES (Continued)

VI.

120 VOLTS CONTROL P0b'ER FROM PDPs or MCCs VI.1)

For trip setpoint, refer to drawing LOU-1564-B-289 sheet numbers as indicated.

VI.2)

Below is listing of molded case breakers by type giving the curve nueber for tiee-current characteristict TYPE MANUFACTURER CURVE NO.

EE, EF ITE TD 4947 CD Heinemann CD, CE, CF TEB GE GES-6122B, 6122 TED GE GES-6119C AM Heinemann AM QO Square D 630-2 CH Cutler Hammer Safety Breaker Curve VI.3)

Equivalent breakers and fuses may be substituted for the types specified.

' 4TERFORD - l' NIT 3 3/4 8-

-

ML20195D409

Text

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