Text

Rev 3 to EOP-13, EOP Rules
	ML20199E462
Person / Time
Site:	Crystal River
Issue date:	11/19/1997
From:	; FLORIDA POWER CORP.
To:	;
Shared Package
ML20199E400	List: 3F1197-48, Rev 3 to EOP-13, EOP Rules; ML20199E395; ML20199E402; ML20199E409; ML20199E426; ML20199E446;
References
	3F1197-48, EOP-13, NUDOCS 9711210214
	Download: ML20199E462 (96)
	v • d • e

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il U.S. Nuclear Regulatory Commission

F1197 48 Attachment H EOP 13 RULES REVISION 3 l

F i

P 971121M14 971119 !

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RULES REV 03 E0P-13 E0P RULES Rule 1. Loss of SCH Rule 2. IIPI Control .

Rule 3, EfW Control Rule 4, PTS Rule 5, EDG Control Approved by MNP0 Date (SIGNATURE ON FILE)

E0P-13 PAGE 1 of 11 RULES

BLANK PAGE E0P-13 REV 03 PAGE 2 of-11 RULES

RULE 1 LOSS OF SCM Adequate SCM RCS SCM

> 1500 psig h 30'F s 1500 to > 350 psig d 50'F s 350 psig SPDS 5 160*F N/A

1E < 2 minutes have elapsed since losing adequate SCM, lHEN trip all RCPs.

IE RCPs were NOT tripped

IE a running RCP trips,

___ within 2 minutes, IEEH bypass start permissives IBIB ensure 1 RCP 19 mains and start the other RCP in that running in each loop until loop.

SCM is restored or LPI flow is > 1400 gpm in each in,iection line.

Depress "HPl MAN ACT" push button on Train A and B.

Depress "RB 150 MAN ACTUATION" push button on Train A and B.

jf LP: has NOT actuated, MQ RCS PRESS s 300 psig, IHLH depress "LPI MAN ACT" push buttra on Train A and B.

E0P-13 REV 03 PAGE 3 of 11 RULE's

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BLANK PAGE E0P REV 03 PAGE 4 of 11 RULES

RULE 2 HPl CONTROL e 1[ HPI has actuated, 1 Obtain SR0 concurrence to bypass ILG bypass or reset ES or reset ES.

actuation.

2 Bypass or reset E3 actuation:

Auto Manual e J1 adequate SCM exists, e NDT limit 1[G throttle HPl to prevent exceeding limits.

PTS e RCS PRESS s 1000 psig (if OTSG is isolated for tube rupture) e HPl may be throttled any time adequate SCM exists based on Tincorn, o Open MVP recirc prior to e _ J1 aligning to MUT,

_ throttling HPl flow Jh G open MVP recirc to MUT

< 200 gpm/ pump, valves:

MUV-53 MUV-257 e 1F, aligning to RB sump, THEN open HPI recirc to sump valves:

_ MUV-543

_ MUV-544 MUV-545 MUV-546 E0P 13 - REV 03 PAGE 5 of 11 RULES

BLANK PAGE E0P-13 REV 03 PAGE 6 of 11 RULES a - - -- -- , -. ,. -. ,.-r,,-- - . . . , .-v .

RULE 3 EFW CONTROL Required OTSG levels "LLL" > 20 in 2 1 RCP running with adequate SCM "NAT CIRC" > 70%- No RCPs running with adequate SCM "lSCM" > 90% Inadequate SCM RQlE EFW is not required if LPI flow > 1400 gpo in any line.

e inadequate SCM exists.

1 -OTSG levels are o EFW flow required for manual 8 grogressingtowards control:

th ISCM" setpoint, IllLN take manual control. 2 OTSGs > 280 pm in 1 line to each OTSG 1 OTSG > 470 gpm in 1 line to 1 OTSG e Adequate SCM exists.

Throttle EFW to prevent e Do not allow OTSG level to lower.

OTSG PRESS from lowering

> 100 psig below desired >

PRESS, o Jf any EFW control valve 1 Depress " MANUAL PERMISSIVE" push fails to operate, buttons on EFIC channels A IllLN control EFW flow, and B.

2 Close EFW block valve to isolate any failed control valve.

-3 De-energize any EFW block valve that was closed.

4 Actuate EFIC.

E0P 13 REV 03 PAGE 7 of 11 RULES

b BLANK PAGE E0P-13 REV 03 PAGE 8 of 11 RULES

I RULE 4 PTS e PTS is in effect if Any of the following conditions exist:

1 cold < 380'f and cooldown rate exceeds 115 limit

, _ _ _ RCPs of f and ilPI flow exists H PTS is in ef fect,

Throttle llPI flow to minimize J11DJ perform required adequate SCH.

actions, o Throttle LPI flow to minimize adequate SCM.

E cooldown is required, a[{Q cooldown rate can be controlled, IllW maintain cooldown rate within 11S limit.

.

FIS is appitcable until an Engineering evaluation has been completed.

E0P-13 REV 03 PAGE 9 of 11 RULES

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RULE 5. .EDG CONTROL Maximum EDG Load Limits Starting Load Running Load !

i 3804 kw 3374 kw r

e -1[ manually applying load to .

the EDG, !

IllW ensure existing EDG load '

is < Max Allowable Load prior to starting component:

Component Max Allowable load Max Allowable Load (BSP shutdown) (BSP-running)

AHF-1A/8/C 3088 3313 AHF 17A/B 3079 3324 AHF-18A/B 3079 3324 AHF-19A/B 3131- 3356 AHF-54A/B 3137 3362 3150 DSP-1A/8- N/A CHP-1A/B 3131 3336-CHHE-1A/B- 2714- -

3175 DCP-1A/B 3070 3295 DHP-1A/B 2669 3095 EFP-1 1769 2399 MVP-1A/B/C 1169 1799 RWP-2A/B 1714 2344 RWP 3A/B 2414 3044 -

lWP-1A/B '1679- 2309 SFP-1A/B- 3107- 3332 E0P REV 03 ~PAGE 11 of 11-(LAST PAGE) RULES ;

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. U.S. Nuclear Regulatoty Commission 3F11c7 48 '

Attachment 1 -

1 P-h EOP 14, ENCLOSURE 2 PPO POST EVENT ACTIONS REVISION 2 b

,, , +

ENCL 0$URL2 PP0 POST EVENT ACTIOMi-ACTIONS DETAILS 2.1 Energize DHV-3 e Unlock and close ES MCC 3Al-3C "DHV-3 DH Suction from RCS" (95 ft AB).

J 2.2 __ Energize HP! recirc to- e Unlock and close DPDP 8A 4 sump valves. "MVV-543, MUV-544" (A ES 4160V SWGR Room)..

2.3 Energize PZR vent valves.

Unlock and close DPDP 8A ,13 "RCV-159, RCV-160" (A ES 4160V SWGR Room).

2.4- Energize WS valves for H, o Unlock and close DPDP 8A-14 analyzers. "WSV-28, 30, 34, 42" (A ES 4160V SWGR Room).

2.5 Ensure A DC cooling

Ensure *DH COOLER 3A OUTLET TEMP.

control is aligned to CONTROL LOCATION" switch Control Room. "DCV-177 MS" is selected to " CONTROL ROOM" (A ES 4160V SWGR Room).

E0P-14 --REV 02 PAGE 7 of 275 ENCLS

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ENCLOSURE 2.0 PP0 POST EVENT ACTIONS-(CONT'0) i ACTIONS DETAILS 2.6- Energize HPI recirc to e Unlock and close DPDP 8B 2 i sump valves. "MVV-545, MUV-546" (B ES 4160V SWGR Room). 1 l

2.7 Energize WS valves for H, e Unlock and close DPDP 8B ,

analyzers. "WSV-26, 32, 38, 41" '

(BES4160VSWGRRoom).

t 2.8 Ensure B DC Cooling e Ensure "DH COOLER 3B OUTLET TEMP. '

control is aligned to CONTROL LOCATION" switch t Control Room.- "DCV-178 MS" is selected to " CONTROL ROOM"(BES4160VSWGRRoom). 1 i

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2.9 Energize A loop HPVs.

Unlock and close DPDP SA-1 "RCV-157, RCV-158" (AES480VSWGRRoom).

2.10 Energize WS valves for H, o Unlock and close DPDP EA-2 i analyzers. "WSV-29, 31, 35, 43" (A ES 480V SWGR Room). 1 2.11 .__ Energize B loop HPVs.

Unlock and close DPDP 5B-1 "RCV-163, RCV-164"

, (B ES 480V SWGR Room).

E0P-14 - REV 02 r;,GE 9 of 275 ENCLS

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i ENCLQ50RE_2 PR POST EVENT ACTIONS (CONT'D)

ACTIONS Dilajjji 2.12 Energize WS valves for H, e Unlock and close DPDP 58 27 analyzers. "WSV-27, 33, 39, 40" (BES480VSWGRRoom).

HOIE Which H, analyzer to be used should be based on pre-existing (standby) status of analyzers and their power supplies. If V8XS-1A is not on its normal power supply, A analyzer should not be considered available. If V8XS-18 is not on its normal power supply, B analyzer should not be considered available.

2.13 Notify SSOD to choose H, o Check selected H, analyzer and analyzer and containment sample points:

sample points to be used.

A Analyzer B Analyzer RB Dome RB Dome RB Recirc R3 Recirc Duct Duct 2.14 JF, B H, analyzer is to be placed in service, IHEN GO TO Step 2,19 in this enclosure.

i E0P-14 REV 02 PAGE 11 of 275 ENCLS

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EMCLO50RE_2 PP0 POST EVENT ACTIONS (CONT'D)

ACTIONS DETAILS STATUS The A H, analyzer is to be placed in service.

1 2.15 Open Containment Monitor

IE RB Dome was selected, H, Sampling Valves for ItB open the following valves:

sample point selected (A EFIC Rc^,m, RELAY RACK WSV-30 "CCNTAINMENT MON. H, RR4A). SAMPLING VALVE" WSV-31 " CONTAINMENT MON. H, SAMPLING VALVE" o .11 RB Recirc Duct was selected, ItB open the following valves:

WSV-28 " CONTAINMENT MON. H, SAMPLING VALVE" WSV 29 " CONTAINMENT HON. H, SAMPLING VALVE" 2.16 Open the A H, analyzer e WSV-42 " CONTAINMENT MON. H, return valves (A EFIC SAMPLING VALVE" Room, RELAY RACK RR4A).

WSV 43 " CONTAINMENT MON. H, SAMPLING VALVE" E0P-14 REV 02 PAGE 13 of 275 ENCLS

6 BLANK PAGE E0P 14 REV 0? PAGE 14 of 275 ENCLS

plCL0$URE 2 PP0_P0$T . EVENT.. ACTIONL(GONT'D) i ACTIONS DETAILS 2.17 Energize the A H, analyzer

Select " System Power" switch to "0N" ;

(A EFIC Room, RELAY RACK on WS Il CS " CONTAINMENT HONITOR RR4A). MAIN SYSTEM CONTROL". l 4 i 2.18 Notify Control Room that ,

PPO post. event actions are !

- complete with the A H, j

- analyzer in survice and '

EXIT this enc'iosure. ;

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E0P REV 02 PAGE 15 of 275 ENCLS

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EIN19ElRE_Z PP0 POST EVENT ACTIONS (CONT'D)

ACTIONS DETAILS STATUS The B H, analyzer is to be placed in service.

2.19 Open Containment Monitor e if RB Dome was selected, H, Sampling Valves for 1818 open the following valves:

sample point selected (B EFIC Room, RELAY RACK WSV-38 " CONTAINMENT HON. H, RR48), SAMPLING VALVE" WSV-39 " CONTAINMENT HON. H, SAMPLING VALVE" e IE RB Recirc Duct was selected, IHEH operi the following valves:

WSV-26 " CONTAINMENT MON. H, SAMPLING VALVE" WSV 27 " CONTAINMENT MON. H, i SAMPLING VALVE" 2.20 Open the B H, analyzer e WSV-41 "C0NTAINMENT MON. H, return valves (B EFIC SAMPLING VALVE" .

Room, RELAY RACK RR48),

e WSV-40 " CONTAINMENT MON. H 2 SAMPLING VALVE" E0P-14 REV 02 PAGE 17 of 275 ENCLS

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ENCLOSURE 2 PP0 POST EVENT ACTIONS-(CONT'DI J ACTIONS DETAILS 2.21 LEnergize the' B Hi analyzer

Select " System Power" switch to "0N" *

.(B EFIC Room, RELAY RACK on WS-10 CS " CONTAINMENT MONITOR RR48).- -MAIN SYSTEM CONTROL".

2.22. Notify Control Room that PP0 post-event actions are complete with tt,< B H,

-analyzer in' service and EXIT this enclosure.

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E0P-14 RE'1 02 PAGE 19 of 776 ENCLS

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, U.S. Nuclear Regul: tory Commission -

i . 3F1197-48 >

- Attachment J . :

F

-i 5

EOP-14, ENCLOSURE 7 EFP 2 MANAGEMENT REVISION 2 1

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ENCLO5URE_1 EFP-2 MANAGLMLNT _

ACTIONS. QElfill- ,

7.1 .J1 Unit' l or:2 steam -is 1 ' Throttle ASV-15 "AS iso to. ,

available, .

EFP-2"'1 turn open (119 i TB NW c IHEN notify: SPO to perform. stairs),

warmup and pressurization . :

of.AS line to EFP-2 2 .MBEN steam PRESS is' equalized t around.ASV-15, THEN open_ASV-15 3 Blowdown condensate from ASDT-2 by opening ASV-Il0 "ASDT-2 ,

Blowdown" as required (95 ft TB behind Atmospheric Drain Tank).

4 _ _ MBEH AS lines.are warmed and free of condensate, IEEH notify Contio1 Room.

7.2 IE Unit 1 or 2 steam is e Blowdown condensate from MSDT-21 by available, throttling open MSV-290 "MSDT 6HD AS lines are' warmed Blowdown" (95 ft IB by EFP-2).

and pressurized, IHEN notify PPO to blowdowr, MSDT-21 7.3 If at any time, all of the 1 Open EFP-2 steam supply valves:

. following conditions exist: ASV-204 FWP-7 is NOT available ASV-5 OTSG PRESS is 2 _ _ Depress "EFW INITIATE" push

> 500 psig buttons on EFIC channels A and B.

EFP-2 has been stopped

'duetto' low. supply PRESS (Rule 3, EFW Control]

IHEH. start EFP-2 E0P-14 REV 02 PAGE 62 of 27S ENCLS l '

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E0P REV 02 PAGE 64 of 275 ENCLS 1

ENCLOSURE.7 EFP-2 MANAGEMENT (CONT'DF ACTIONS- DETAILS-N01E EFP-1 is not considered available if stopped for EDG A load management.

7.4 E EFP-1 is available MQ is NOT running, 111[H start EFP-1

[ Rule 5, EDG Control) 7.5- 1E EFP-1 is NOT available, 111f3 GO T0. Step 7.10 in (

this enclosure.

7.6 inlEH OTSG PRESS s 250 psig, JJJfB continue this enclosure, t

E0P-14 REV 02 PAGE 65 of 275 ENCLS l

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. - ~ . . - - .- . .- - .. . . . . . -

EllCLOSURE 7 EFP-2 MANAGEMENT (CONT'D)

-ACTIONS DETAILS 7.7 1E Unit:1 or 2 steam is 1- Ensure-MSDT-21 is free of available, condensate and close MSV-290 AND AS is ready to be "MSDT-21 Blowdown" aligned-to EFP-2, (95 ft IB by EFP-2).

IEEN notify.PPO-to align Unit 1 or 2 steam to.EFP-2 2 Open ASV-23 " Units 1 or 2 Steam to EFP-2" (95 ft IB by EFP-2).

7.8- If Unit 1 or 2 steam is 1 WHEN OTSG PRESS is at 200 psig NOT available, (180 to 220 psig),

1U1H stop_EFP-2_ IBEN ensure additional 125 KW margin exists on EDG A.

[ Rule 5, EDG Control]

2 Depress " MANUAL PERMISSIVE" push buttons on EFIC channels A and B.

3 Clost ASV-204 4 Close ASV-5 5 Notify PPO to de energize EFP-2 steam supply valves:

DPDP 8A-17 "ASV-204 Motor-Power" (A ES 4160V SWGR Room)

DPDP 8B-5 "ASV-5 Motor Power" (B ES 4160V SWGR Room) 6 WHEN steam supply valves are de-energized, THEN depress "EFW INITIATE" push buttons on EFIC channels A and B.

[ Rule 3, EFW Control]

. 7.9 EXIT this enclosure.

4 E0P-14 - REV 02 . PAGE 67 of 275 ENCLS

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EEL 950RE 7 EFP-2 MANAGEMENT f CONT'D)-

ACTIONS DETAILS STATUS EFP-2 is the only available EFW pump.

7.10 lE Unit 1 or 2 steam is MI available, JE G GO TO Step 7.13 in this enclosure.

7 .1 1 __ WJim OTSG PRESS is 1 Ensure MSDT-21 is free of

< 250 psig, condensate and close MSV-290 6M AS is ready to l'e "MSDT-21 Blowdown" aligned to EFP-2, (95 ft IB by EFP-2).

Ill@ notify PP0 to align Unit 1 or 2 steam to EFP-2 2 Open ASV-23 "ljnits i or 2 Ste ~

to EFP-2" (95 ft IB by EFP-2).

7.12 EXIT this enclosure.

s j

E0P-14 REV 02 PAGE 69 of 275 ENCLS I

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fKl&JJRLI EFP-2_MANAfdHENT (CONT'D).

l ACTIONS DETAILS l STATUS-e EFP-2 is-the only EFW pump running, e Unit 1 or 2 steam is not available.

7.13 M OTSG PRESS is s 250 psig, . i M continue in this.

enclosure.

7.14 E FWP-7 is available, M GO TO Step 7.22 in this enclosure.

7.15 Attempt to restore an additional OTSG feedwater source.

7 16 E OTSG. PRESS is e Control OTSG PRESS using TBVs and s 200 psig, ADVs.

AtfD-adequate primary to secondary heat transfer exists, 1 M stop RCS cooldown.

E0P REV 02 PAGE 71 of 275 ENCLS

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E0P-14 REV 02 PAGE 72 of 275 ENCLS

ENCLOSURE 7. EFP-2 MANAGEMENT'(CONT'D)--

LACTIONS; DETAILS-

~

7.171 WHEN OTSG-PRESS is at 1 Depress " MANUAL PERMISSIVE" push ~

-160.psig (140 to' buttons;on EFIC channels A-180 psig), :and-B; 1H18 stop-EFP-2 _

2 Close EFP-2. steam supply valves JASV-204 ASV 1 3 Close all ADVs and MSIVs: :

,,__ MSV-25

__. MSV 26 MSV-412 MSV-413

MSV 414 MSV-All 4

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E0P-14 REV 02 j PAGE 74 ef 275 ENCLS

ENCLO50RE.. 7. EFP-2 MANAGEMENT (CONT'D)

ACTIONS DETAILS STATUS-EFP-2 has been stopped due to low supply PRESS.

I 7.18 -1E at any time, OTSG PRESS

Depress "EFW INITIATE" push _ buttons is > 500 psig, _

on-EFIC channels A and P.

&NQ EFP-2 was stopped due to low supply PRESS, -(Rule 3, EFW Control]

IEEN start EFP-2 ,

7.19 IE at any time, OTSG PRESS 1 Depress " MANUAL PERMISSIVE" push is at 160 psig (140 to buttons on EFIC channels A 180 psig), and B.

IHEN stop EFP-2 2 Close EFP-2 steam supply valves:

ASV-204 ASV-5 7,20 Attempt to restore an OTSG i '

feedwater source.

7.21 HHEE any of the following conditions exists: ;

EFP-1.available FWP-7 available ,

UnitLl:or 2 : team available THEN.G0 TO Step 7.1 in-this enclosure.

E0P-14 REV 02 PAGE 75 of 275 ENCLS

1 BLANK PAGE E0P-14 REV 02 PAGE 76 of 275 ENCLS

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

ENCLO50RE.7~ [FP-2 MANAGEMENT (CONT'D)

ACTIONS DETAILS

- iTA11!1 e EFP-2 is running.

, o FWP-7 is available.

e Unit 1 or 2 steam is not available, 7.22 ___ Verify 4160V REACTOR AUX BUS 3 is energized.

1[ 4160V REACTOR AVX BUS 3 1 Open Bkr 3223 is NOI energized, IBEN energize 4160V 2 Select MIDG-1 to "RUN".

REACTOR AUX BUS 3 3 Verify "RUN/MIDG-1" light (red)

, is lit.

4 Close Bkr 3225 5 Verify 4160V REACTOR AUX BUS 3 voltage is stable, Start FWP-7 7.23 i

i E0P-14 REV 02 PAGE 77 of 275 ENCLS

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Et[ CLOSURE 7 Eff-2 MANAGEMENT (CONT'D)

ACTIONS DETAILS 7.44 Prepare AFW for operation.

Notify SP0 to open AFW isolation ,

valves to OTSGs (119 ft IB by east door):

FWV-222 "AFW Discharge Iso to A OTSG" FWV-223 "AFW Discharge Iso to B OTSG" ,

7.25 Et[G OTSG PRESS is at 1 Depress " MANUAL PERMISSIVE" push 200 psig (180 to buttons on EFIC channels A 220 psig), and B.

THEN stop EFP-2 2 Close EFe-2 steam supply valves:

ASV-204 ASV-5 s

CAUTION Simultaneous feeding with EFW and I.FW could cause OTSG tube damage due to tube cross flow limitations.

7.26 WHEN FWV-222

Control 0TSG level with AFW control AND FWV-223 are open, valves:

THEN establish AFW flow.

FWV-216 FWV-217 See Table 2 1

7.27 EXIT this enclosure.

E0P-14 REV 02 PAGE 79 of 275 ENCLS e

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_7 -

.U.S. Nuclear Regul: tory C:mmirion 3F1197-48 '

Attachment K EOP-14, ENCLOSURE 11 EDG A LOAD MANAGEMENT

- REVISION 2

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A IMAGE EVALUATION A\f/g %[@ gk%h TEST TARGET (MT-3)

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ENCLOSURE 11 ED6 A LOAD NANAGEMENT l I

ACTIONS DETAILS ITATUS EDG A is supplying the A ES 4160V Bus.

1 11.1 Jf B ES 4160V Bus is !

energized, 181H 30 TO Step 11.11 in this enclosure.

HOIE The following stept cross-tie EFWPs to allow shutdown of EFP-1 for EDG A load management.

11.2 verify EFP-1 is running.

IE EFP-1 is NOT running, JEEN notify TSC.

11.3 Verify EFP-2 is i . . .ng, o JF EFP-2 discharge block valves are open, IllEH verify EF-62-FI indicates flow.

J1 EFP-2 discharge block valves are NOT open, IHEN verify the following:

ASV-204 indicates open ASV-50 is not tripped (Annunciator H-08-04 not lit)

J1 EFP-2 is NOT running, IttEN notify TSC.

E0P-14 REV 02 PAGE 131 of 275 ENCLS t

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ENCLOSURE 11 EDG A LOAD MANAGEMENT (CONT'D)

ACTIONS DETAILS 11.4 Ensure EFP-2 normal . 1 Depress " MANUAL PERMISSIVE" push.

discharge path is buttons on EFIC' channels A

' isolated. -and B.

2 Close EFP-2 discharge block valves:

EFV-11

-EFV 3 Notify PPO to open EFP-2 discharge block valve switches (A ES 480V SWGR Room):-

DPDP 8C-1 "EFV-Il Motor Power" -

DPOP BC-2-"EFV-32 Motor Power" 11.5 Ensure level in available OTSGs is at or trending toward required level with

-EFP-1

[ Rule 3, EFW Control) c

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E NG.LQ E E ll EDG.A. LOAD MANAGENENT (CONT'D)'

T6CTIONS DETAILS 11.6- Notify'PPO to cross 1 Unlock'and close EFV 12' switches connect EFW trains. (A ES 480V SWGR Room):

DPDP 8C-5 "EFV-12 MOTOR POWER" DPDP BC-6 "EFV-12 CONTROL POWER" i 2 Depress the open push button for EFV-12-MST (A ES 480V.SWGR-Room).

3 WHEN EFV-12 is open, 1818 open and lock EFV-12 switches (A ES 480V SWGR Room):

DPDP 8C-5 "EFV-12 MOTOR POWER"-

?

DPDP 8C-6 "EFV-12 CONTROL POWE"-

4 ___ Notify Control Room that EFV-12 is open.

11.7 MHEH EFP-2 is aligned to supply EFW to OTSGs, IBEM select EFP-1 to

" PULL TO LOCK".

11.8 Depress both "EtW INITIATE" push buttons on EFIC channels A and B.

7 11.9 Ensure EFW flow is controlled.

[ Rule 3, EFW Control];

11.10 EXIT this enclosure.

E0P REV 02 PAGE 135 of 275 ENCLS

-r-,--r- a<w e,w,,,< .-

BLANK PAGE E0P-14 REV 02 PAGE 136 of 275 ENCLS

- - . . . - - . . . _ - = . .- .- . -.- . - - . . .

ENCLO50RE.11 EDG.A. LOAD _NANAGEMENT_fCONT'D)'

ACTIONS DETAILS 1181U1 B ES 4160V Bus-is energized.

L

-11.'11 Verify SWP-18 and RWP-28 are running. SWP-1B RWP-2B

- If SWP-18, QB RWP-2B is HQI tunning, IBEN notify TSC and EXIT this enclosure.

11.12 Select SWP-1A to

" PULL TO LOCK".

11.13_ _ Select RWP-2A to

" PULL TO LOCK".

11.14 Defeat EFP-1 500 psig e Select "500 PSIG TRIP DEFEAT" trip, switches to " DEFEAT" position (ES cabinets):

.__ ACT. CHAN. CAB. #1 ACT, CHAN. CAB. #2

_ _ _ ACT. CHAN. CAB. #3 E0P-14 REV 02 PAGE.137 of 275 ENCLS

i BLANK PAGE

~

E0P-14 REV 02- PAGE 138 of 275 ENCLS

i U.S. Nuclear Regulatory C6dalssion .

- 3F1197 48

Attachment L t

[

EOP-14, ENCLOSURE 17 CONTROL COMPLEX EMERGENCY VENTILATION +

l. REVISION 2 i

l

( .~'

i ENCLOSURE _17 CONTROL. COMPLEX EMER6ENCY_ VENTILATION ,

-l ACTIONS DETAILS 1 17.11 if ES 480V UV lockouts are 1 Bypass or reset ES actuation.

actuated, 1818 reset ES 480V UV- 2 Ensure 8627/ESA is reset.

lockouts. j 3 Ensure 86X27/ESA is reset.

l 4 Ensure 8627/ESB is reset.

17.2 Align control complex e Select " CONTROL' COMPLEX-HVAC ISOLATE ventilation in recire. RdSET" switches to "1S0":

A Train B Train r

17.3 Verify control complex is

Verify the following dampers are isolated, closed:

AHD-lC AHD-lE AHD-2C AHD-2E AHD-12

___ AHD-12D 17.4 Ensure ventilation fans are shutdown. A Train B Train-AHF-17A AHF-178 AHF 19A AHF-198

~

E0P-14 REV 02 PAGE 195 of 275 ENCLS

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1 &

IELOSURE 17 EQNIR0L COMPLEX EMEAGENCY VENTILATION (CONT'D)

ACTIONS DETAILS HQlf Performance of the-next step ensures adequate EDG load margin available-to start all fans required by this enclosure.

17.5 IE EDG Bkrs are closed, IHEN verify EDG load is Max Allowable Load 3280 KW i

< max allowable load. (BSP running)

Max Allowable Load 2980 KW '

(BSP shutdown)

A EDG-Load KW B EDG Load KW HQIl B Train fans are preferred for EDG load concerns.

17.6 Establish CC-ventilation 1 Ensure AHD-3 is open.

in emergency recirc.

2 Ensure only one train of CC venti',ation running:

A Train B Train AHF-18A AHF-188 AHF-19A AHF-19B EOF-14 REV 02- PAGE 197 of 275 ENCLS

/

4 BLANK PAGE E0P-14 REV 02 PAGE 198 of 275 ENCLS

j ENCLOSURE 17 CONTROL COMPLEX EMERGENCY YENTILATION (CONT'D) ,

(/ ' ACTIONS DETAILS

17. 7 '- Ensure 1 EFIC fan running. e If starting AHF-54A, E perform the following:

Select " TEMP CONT, VV,

.CHV ll3"' switch to " MOD" position.

Start AHF-54A .

e Jf starting AHF 548, M- perform the following:

Select " TEMP CONT. VV. .

CHV-100" switch to " MOD" position, Start AHF-543 17.8 Establish ventilation for e Ensure only one train of ventilation q chemistry sampling. running:

g A Train B Train AHF-20A _ _ AHF-208-in " SLOW" in " SLOW" AHF-44A __ AHF-448 G

b E0P-14 REV 02 PAGE 199 of-275 ENCLS

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l E0P-14 REV 02 PAGE 200 of 275 ENCLS

.DiC10$URE.17 G9f(TROL CONPLEX EMERGENCY VENTILATION (CONT'D)

ACTIONS DETAILS

~

17.9 Notify PPO to ensure chill e JE AHF-18A is running, water .is aligned to 1N ensure the following running fan, alignment:

CHV-2 "CC Cooler B Outlet i

Iso" is closed (164 ft CC by.

Ventilation Room door)

CHV-4'"CC Cooler A Outlet Iso" is open (164 ft CC between AHHE-5A and AHHE-58) e IE AHF-188 is running, It!B ensure the following alignment:

CHV-4 "CC Cooler-A Outlet Iso" is closed (164 ft CC between AHHE-5A and AHHE-58)

CHV-2 "CC Cooler B Outlet -

Iso" is open (164 ft CC by I Ventilation Room door) m E0P-14 REV 02 PAGE 201 of 275 ENCLS

l 9

l l

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! O E0P-14 REV 02 PAGE 202 of 275 ENCLS

l i

U.S. Nuclear Regulatory Commission ~ ,

' 3F1197-48.

Attachment M I

- ~

S i

EOP 14, ENCLOSURE 18 CONTROL COMPLEX CHILLER STARTUP

- REVISION 2 i- ;

l

(

t

,--,4 , e -v^s .e- - --- y , . y -

s

l l

ENCLOSURE.18 G9NTROL COMPLEX CHILLER STARTUP i

ACTIONS QETAILS i NAIE B Train chiller lis preferred for EDG load' concerns.

18.1 Notify Control Room to close selected chiller CHHE-1A

- Bkr.. '

CHHE-1B 18.2 1E CHHE-1A is selected, 1 Ensure SWV-60 "SW Iso to 181B ensure cooling water CHHE-1B" is closed.

is aligned _to CHHE-1A (164 ft CC above 2 t'nsure SWV-59 "SW iso to chillers). CHHE-1A" is open.

18.3- IE CHHE-1B is selected, 1 Ensure SWV-59 "SW Iso to IHLH ensure cooling water CHHE-1A" is closed.

is aligned to CHHE-18 (164 ft-CC above 2 Ensure SWV-60 "SW Iso to-chillers). CHHE-1B" is open.

E0P-14 REV 02 PAGE 203 of 275- ENCLS

\

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ENCLO5URE 18 CONTROL COMPLEX CHILLER STARTUP (CONT'D) ,

1 ACTIONS DETAILS

- 18.4 Prepare desired chiller unit for startup.

Ensure'" TEMPERATURE CONTROL POINT" is at marked setpoint.

l I

Ensure " MAX. LOAD ADJUSTMENT j IN %";is at 100 1 4

I

Ensure "PRER0TATION VANES" switch.is selected to "AUT0".

P

Ensure " AUX, Oil PUMP" switch is selected to "AUT0".

Record "0!L PRESSURE":

I psig e Verify "0ll HEATER" light (white) is lit.

Ensure " PURGE UNIT" switch is selected to "0FF". i

Verify "0IL/ MOTOR TEMP" light (red) is off.

18.5 Start chill water pump. 1 Notify Control Room to ensure adequate EDG margin exists-to start chill water pump.

[ Rule 5, EDG Control]

2 Start selected unit chill water pump:-

CHP 1A "A Chilled Water Pump" CHP-1B "B Chilled Water. Pump" 3 Veri fy "CH WATER FLOW" light (amber) ir off.

. E0P-14. REV 02 PAGE'205 of 275 ENCLS 4

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.-, n- - -, - - , - ,

4 BLANK PAGE I

E0P-14 REV 02 PAGE 206 of 275 ENCLS

ENCLOSURE 14 CONTROL COMPLEX CHILLER STARTUP (CONT'D)

FTIONS DETAILS

.18.6- TStart chiller unit- _-1__ Notify Control Room to ensure compressor, adequate EDG margin exists to start-chiller.

(Rule 5, EDG Control) 2 Depress " COMPRESSOR START" push button.

3 = Verify " AUX. OIL PUMP" light (white)-islit.

4' Verify "0ll PRESSURE" increases to --35 psig above prestart "0ll PRESSURE" and record:

-psig 5 Verify compressor auto starts after = 30 see time delay.

.6 Verify " AUX. Oil PUMF" light (white) is off = 3 mins after compressor starts.

7 Verify "0ll PRESSURE" stabilizes between 60 and 75 psig.

18.7 Verify chiller operating a "0ll PRESSURE" 60 to 75 psig conditions, e " CONDENSER PRESSURE" 1 to 14.5 ps,ig e " COOLER PRESSURE" 14 to 17 in Hg VAC e " SYSTEM RUN" light (white) 11t e " ANTI-RECYCLE" light (amber) lit (for 30 min after start)

All other lights off

!. E0P-14 .REV 02 PAGE 207 of 275- ENCLS l-l:

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

4 U.S. Nuclear Regulatory Commission

- 3F119748

^ l

. Attachment N.

i i

~j EOP-14, ENCLOSURE 19 ECCS SUCTION TRANSFER REVISION 2 l

I l

I

fRCLOSURE 19 ECCS SUCTION TRANSEER ACTIONS DETAILS i

CAlH_lati DHV-34 and DHV-35 must be closed prior to BWST level < 7 ft.

19.1 If 1 LPI pump is aligned for DHR, JHElf GO TO Step 19.18 in this enclosure.

19.2 Start LPI pumps and 1 Open BWST to DHP valves:

required cooling water systems. DHV-34

[ Rule 5, EDG Control) DHV-35 2 Start LPI pumps and required cooling water pumps:

DCP-1A DCP-1B RWP-3A RWP-3B DHP-1A DHP-1B 3 Ensure LPI control valves in "AUT0" and set for 3000 gpm:

DHV-110 DHV-111 19.3 Adjust LPI flowrate for RB e Throttle each LPI train to achieve sump operation. maximum flowrate wii.hout exceeding 2200 gpm using the following:

DHV-5 DHV-6 E0P-14 REV 02 PAGE 209 of 275 ENCLS

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l l

i E0P-14 REV 02 PAGE 210 of 275 ENCLS l

o

ENCLOSURE 19 ECCS' SUCTION TRANSFER (CONT'DJ ACTIONS QEIAILS 19.4 MHEN BWST level is e Select 1200 gpm and " LOCAL" for BSP

< 15 ft, dischtrge valves:

IHLH adjust BS for RB sump operation. ___ BSV-3

___ BSV-4 19.5 Close MUV-18 19.6 Close MVV-27 19.7 Align LPI pump discharge e if DHP-1A is running, to MVP suction. lHEN open DHV-Il e ___ If DHP-1B is running, 181H open DHV-12 CAUTION Aligning ECCS to RB sump may cause high radiation in AB.

19.8 Align ECCS pump suction to e Open RB sump to DHP valves:

RB sump.

DHV-42 DHV-43

'E0P-14 REV 02 PAGE 211 of 275 ENCLS

[

BLAIN PAGE

ENCLD50RE_19 ECCS $UCTION TRANSFER-(C0t(Ij d ACTIONS DETAILS

19. 9__ Mti[fi BWST level is e Close BWST to DHP valves: ;

< 10 ft, ;

AND ECCS pump suction is DHV-34 l aligned to RB sump, I 1113 isolate BWST from DHV-35 LPI. !

13.10 Isolate flow to MUT.

Close the following valves: ;

i MVV-4C MVV-253 l 19.11 If adequate SCM exists, 111@ stop All RCPs. RCP 1A See Table 3 RCP-10 RCP 1B RCP-10 19.12 jf. MVP recirc valves are 1 Open HPI recirc to sump valves:

open, 1113 align recirc flow to MVV-543 '

RB sump.

MVV 544 MVV-545 MVV-546 2 Close MVP recirc to MUT valves:

___. MVV-53 MVV-257 E0P-14 REV 02 PAGE 213 of 275 ENCLS

i BLANK PAGE E0P 14 REV J2 PAGE 214 of 275 ENCLS

ENCL 0$WLE.19 ECC$ $UCTION TRANSFER (CONT'D)

ACTIONS DETAILS !

19.13 Stop any MVP not aligned

E DHP 1A is RQI running, to a running LPI pump. QB DHV-ll is HQ1 open JH W stop the A Es selected MVP.

E DHP 1B is RQ1 running, ;

QB DHV 12 is HQI open, 4 IRB stop the B ES selected MVP.

19.14 E AB is accessible, e Notify PPO to close MUV 64 "MUT JH@ isolate MVT. Outlet" (95 ft AB outside RC evaporator).

19.15 Isolate BWST from HPl. 1 Notify PPO to bypass MUT low level interlocks:

Obtain key 47 for remote shutdown transfer cabinet.

Select "BWST ISOL. VALVE INTERLOCK BYPASS MUV-58" switch to " BYPASS" Room "RS B" AUX cabinet). (B ES 4160V SWGR Select "BWST ISOL. VALVE INTERLOCK BYPASS MVV 73" switch A ES 4160V-SWGR to " BYPASS" (A" cabinet).

Room "RS AUX 2 ER MUT low level interlocks have 3een bypassed, lim close BWST to MVP valves while caserving MVPs for signs of cavitation:

MUV-73 HUV-58 E0P-14 REV 02 PAGE-215 of 275 ENCLS

+

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IBGLOSURE 19 ECC5 $UCTION.. TRANSFER (CONT'D) ,

l 1

DETAILS I ACTIONS i

l 854.1% . fotify Chemistry to . l

. periodically perform !

0 CH-6320. Sampling and !

!., Analysis of the Reactor !

Building Sump, for boron l F concentration and pH. l 4

1 19.17 EXIT this enclosure. !

i

[

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i i

)

I4 .

- E0P REV 02 PAGE 217 of 275 ENCLS -

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t BLANK PAGE E0P 14 REV 02 PAGE 218 of 275 ENCLS

DIGL950PI 19 (CCS $UCTION TRANSFER (CONT'D) f ACTIONS DETAILS f i

iTAIMit -

e HPI or LPI flow exists.

e 1 LPI pump is ali9ned for DHR.

i 19.18 HP 1B is aligned for 110 60 TO Step 19.33 in ;

t11s enclosure. ,

i 19.19- Start DHP-1B and required 1 Open DHV-35 cooling water systems.

2 Start LPI pump and required cooling (Rule 5, EDG Control) water pumps:

DCP-1B RWP-3B DHP-1B 19.20 Adjust LPI flowrate for RB e Throttle DHV-6 to achieve maximum sump operation, flowrate without exceeding 2200 gpm.

x E0P-14 REV 02 PAGE 219 of 275 ENCLS

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I E0P-14 REV 02 PAGE 220 of 275 ENCLS N. -

ENCLOSURE 11 ((CijuCTION TRAldfLR (CONT'DJ ACTIONS DETAILS 19.21 RHEN BWST level is e Select 1200 gpm and " LOCAL" for

< 15 ft, BSV 4 IHEH adjust BS for RB sump operation.

19.22 Close MUV 18 19.23 Llose MVV-27 19.24 Open DHV-12 CAUTION Aligning ECCS to RB sump may cause high radiation in AB.

19.25 Open DHV-43 E0P 14 REV 02 PAGE 221 of 275 ENCLS

P BLANK PAGE E0P-14 REV 02 PAGE 222 of 275 ENCLS

ENCL 0$URE 19 ECC$ $UCTION TRANSFER-(CONT'D)

ACTIONS DETAILS 19.26 WtiB BWST level is

< 10 ft, ANQ ECCS pum) suction is ali ned to R3 sump, close DHV-35 19.27 -isolate flow to MUT.

Close the following valves:

MVV 49 MVV-253 19.28~~ adequate SCM exists, stop All RCPs. RCP-1A See Table 3 RCP-lC RCP-1B RCP-10 19.29 11 MVP recirc valves are 1 Open HPI recirc to sump valves:

o)en, 113 align rectre flow to MVV-543 RB sump.

MVV-544 MVV-545

._ MVV-546 2 Close MVP recirc to MUT valves:

MVV-53 HUV 257

-E0P-14 REV 02 PAGE 223 of 275 ENCLS

B BLANK PAGE

'EOP-14 REV 02 PAGE 224 of 275 ENCLS

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

fELODRLit ECC$.$UCT10N . TRANSFER _(CONT'D)

ACTIONS DETAILS 19.30___ 11 AB is accessible, e Notify"PPO to close MUV 64 "MUT M LH isolate MUT. Outlet (95 ft AB outside RC !

evaporator). ,

f 19.31 Isolate BWST from HPl. 1 Notify PPO to bypass liUT low level i interlocks:

Obtain key 47 for remote shutdown transfer cabinet.

Select "BWST ISOL. VALVE INTERLOCK BYPASS MUV-58" switch to " BYPASS" Room "RS B" AUX (B ES 4160V SWGR cabinet).

Select "BWST ISOL. VALVE INTERLOCK BYPASS MUV-73" switch to *BYPAFS" A ES 4160V SWGR Room "PS AUX (A" cabinet). .

2 1N[H MUT low level interlocks have .

seen bypassed, IHEN close BWST to MVP valves while observing MVPs for signs of cavitation:

4 MUV-73 MUV-58 19.32___ EXIT this enclosure.

E0P-14 REV 02 PAGE 225 of 275 ENCLS

BLANK PAGE E0P-14 REV 02 PAGE 226 of 275 ENCLS

[EldWBL_11 ECC5 $UCTION TRANSFER (CONT'D) 6CTIONS DETAILS IIAIMI

HPI or LPI flow exists.

DHP-1B is aligned for DHR.

19.33___ Start DHP 1A and required 1 Open DHV-34 cooling water systems.

2 Start LPI pump and required cooling

[ Rule 5. EDG Control) water pumps:

DCP-1A l

RWP 3A l

DHP 1A l

l 19.34 Adjust LPI flowrate for RB e Throttle DHV-5 to achieve maximum sump operation, flowrate without exceeding 2200 gpm.

1 l

3 i

E0P-14 REV 02 PAGE 227 of 275 ENCLS l

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[ELOSURE 19 ECCS SQGilpN TRANSFEfLLCSMI.Tl L a '![{S DETAllS 19.35 Wil[B BWST level is

Select 1200 gpm and " LOCAL" for

< 15 ft, BSV-3 J110 adjust BS for RB sump operation.

19.36 Close HIJV-18 19.37 Close MVV-27 19.38 Open DHV Il FAUT 10N Aligning ECCS to RB sump may cause high radiation in AB.

19.39 Open DHV-42 E0P-14 REV 02 PAGE 229 of 275 ENCLS

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= . .- _. _ _ . - - . . - . . . . . _ _ . . - . - . . . - . . . - . . . - - . . . - . - -

i DICLO$URL19 ECCS $UCTION TRANSFER (CONT'D)

ACTIONS -DETAllS l

i 19.40,_ Wil[N BWST level is I

< 10 ft, ECCS pump suction is a ned to RB sump, ';

close DHV 34 I

19.41 Isolate flow to MUT.

Close the following valves: ,

MUV 49 l i

__ MUV-253 f

19.42

u*rqFate f,CM exists, RCP 'A 13ENstapa)).RCPs.

See Table 3 RCP-lc RCP-1B RCP 10

.. . +

t 19.43 1E MVP recirc valves are 1 Open HPI recirc to sump valves:

caen.

1][8 align recirc flow to MUV-543 RB sump.

MVV-544 MUV 545 MVV-546 2 Close MVP recirc to MUT valves:

MUV 53 MVV 257 e

- [0P-14 )% REV 02 PAGE 231 of 275 ENCLS

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I v

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E0P-14 REV 02 PAGE 232 of 275 ENCLS

t' EE M 11 ECC$_ SUCTION TRAN$FER (CONT'D) l ACTIONS DETAILS l i

19.44 ;I AB is accessible, e Notify"PPO to close MUV 64 "MUT

BiH isolate MUT. Outlet (95 ft AB outside RC evaporator). ;

19.45 Isolate BWST from HPl. 1 Notify PPO to bypass MUT low level interlocks:

Obtain key 47 for remote shutdown transfer cabinet. ;

Select "BWST ISOL. VALVE ,

INTERLOCK BYPASS MUV 58" switch to " BYPASS" (B ES 4160V SWGR Room, "RS AUX B" cabinet).

Select "BWST ISOL. VALVE INTERLOCK BYPASS MUV-73" switch to " BYPASS" (A ES 4160V SWGR Room, "RS AUX A" cabinet).

2 nl[N MUT low level interlocks liave

)een bypassed, IBEN close BWST to MVP valves while

observing MVPs for signs of ,

cavitation: !

MVV-73 MVV-58 ,

i 19,46___ EXIT this enclosure.

)

E0P-14 REV 02 PAGE 233 of 275 ENCLS

4 BLANK PAGE E0P-14 REV 02 PAGE 234 of 275 ENCLS

U.S. Nuclear Regul:t:ry C:mmission Attcchm:nt O 3F1197-48 Page 1 of 1 List of Regulatory Commitments The following table identifies those actions committed to by Florida Power Corporation in this document. Any other actions discussed in the submittal represent intended or planned actions by Florida Power Corporation. They are described to the NRC for the NRC's information and are not regulatory commitments. Please notify the Manager, Nuclear Licensing of any questions regarding this document or any associated segulatory commitments.

ID Number Commitment Due Date 3F1197 481 EOP 8 is being finalized. The proposed November 26,1997

' final version will be provided no later than November 26,1997.

3F1197-48 2 When all EOPs are in their final form, Prior to Entry to meeti.1gs will be held with representatives Mode 4 of FPC operations, training and the EOP group staffs to perform an assessment of the differences between the "as trained" and "as issued" version for each procedure. Any additional training needs, the need for additional evaluations and whether or not the training is required will be identified. Based on the results of the assessment, training will be developed and conducted.

3F1197-48, Rev 3 to EOP-13, EOP Rules

Text

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