ML20115J037

Rev 3 to Annunciator Response 955, Wde Annunciator Response

ML20115J037
Person / Time
Site:	Crystal River
Issue date:	10/08/1992
From:	Marshall W FLORIDA POWER CORP.
To:
References
AR-955, NUDOCS 9210280018
Download: ML20115J037 (6)

Text

_

~

T

'0 DOCUMENT TRANSMITTAL FORM 808AN FOR DOCUMENTS TRANSMITTED T0f'DC DESK)(NRC)#

D ATE: 13 OCT 1992 B A TCH:

9210.

DOCUMENT NUMDER SHEET NUMBER REVISION NUMBER COPY NUMBER AR 955 03 24 INSTRUCTIONS TO THE ADDRESSEE COMPLETE EAPH OF T HE I NSTRUCTI ONS BELOW WHICH. ARE MARKED WITH AN. " X 1

_X_,(I)

VERIFY THE DOCUMENTG RECEIVED AGREE WITH THE ABOVE DESCRIPTION.

__X_ (2) INCORPORATE THE TR ANSMITTED DOCUMENTS INTO YOUR FILES

_X _,. ( 3 ) DESTROY DOCUMENTS OR PORTIONS OF DOCUMENTS SUPERSEDED BY THE ADOVE.

~X~ (4)-SIGN AND DATE IN - T HE SP ACES DELOW INDICATING THAT YOU-COMPLETED THESE I tGT R UC T I ONS.

_ (3) SIGN DELOW INDICATING THAT YOU H.WE RE AD AND UNDERSTUDD THE CHANGES AG IDENTIFIED

_X _ (6) HE TURr TO DDCUMENT CONTROL, CR YSTAL - R I VER. UNIT 3.

MAC#

NA1C NR2A- ~

SAIO FLORIDA POWER CORP., P. O.

BOX 214 CR YSTAL RIVER FLA.

34423-0219

('7 ) GU ALIT Y PR OGR A MS P ERif ')NNEL HAVE READ AND UNDERSTOOD THE CHANCES 10 THE AFFECTED GAP 'S

- S I ONAT URE' OF ADDRE SSEE DATE 7

INDEPENDENT' VERIFICATION DATE (OP S )

27004 g

9210280018 921008 I-PDR ADOCK'05000302 F

PDR t

,o Rev. 3 09/30/92-i Effective Date /d W IN'

m

vi

w:su=wn;:vnrac~n wwwwegge.x,xy j

Decument exuon E

n; C

\\V 3

f N P O R "i.: t(T I O N O N L ar,n:wmm=wa=>cwrx.xa wnum,:m.awwm,f C R. Nacien

[

f ANNUNCIATOR RESPONSE AR-955 FLORIDA POWER CORPORATION CRYSTAL RIVER UNIT-3 l

WDE ANNUNCIATOR RESPONSE-O V

THIS PROCEDURE ADDRESSES SAFETY RELATED COMPONENTS Approved By:

Interpretation Contact Y

LZ

/

8/92_

DATE:

Interpretation

Contact:

Nuclear Operations Superintendent L

n sl I

TABLE'0F CONTENTS 1/-

(

SECTION-g

' 1.0' PURPqig.............................,

1

2.0 REFERENCES

-1 2.1 IMPLEMENTING-REFERENCES,..............

1-2.2 DEVELOPMENTAL REFERENCES l_

3.0 PERSONNEL INDOCTRINATION.....

1-4.0 -

INSTRUCTIQH1'..........................

1 5.0 FOLLOW-UP ACTIONS.........................

1 ENCLOSURES 1

Annunciator Response......................-

2' 1

-(

H

.i e

I a

t

\\

. AR-955-Rev. 3

_Page i, hl

c s

110 PURPOSE

-s

\\_/

1.1 Establish a reference document for each Annunciator Window on the WD-WS Panel Lampbox.

1.2 Establish operator actions for valid Annunciator alarms on the WD-WS Panel Lampbox.

1.3 Establish a reference to other procedures which address operator actions for valid Annunciator alarms on the WD WS Panel Lampbox.

2.0 REFERENCES

2.1 IMPLEMENTING REFERENCES 2.1.1 OP-415, Waste Disposal Evaporators 2.2 DEVELOPMENTAL REFERENCES 2.2.1 INPO 90-021, Good Practice OP-217, Alarm Response Procedures

()

2.2.2 Annunciator Window Engraving Drawing E-224-050.

3.0 PERSONNEL INDOCTRINATION None 4.0 INSTRUCTIONS 4.1 Respond to alarms on the WD-WS Panel Lampbox as indicated on, Annunciator Response.

5.0 FOLLOW-UP ACTIONS None o

AR-955 Rev. 3 Page 1

ECLt*3UP Q (Ptge 1 of 2)

AIZU0CI ATOR/''L LOCATIO1 RADWASTE DISPOSAL CUB!CLE A tOICIAir' "EL WD-US (E)

MowlIOuif

't 1

WlEDOWTITL(

i. 1NDICATED CONDITIO2 1.

AUTO A h

SETPOINT SE23fCG (

f)FERENCF t

N-~/ 2.

CO2 TROL RDOM/ AUX. BLDG. IEDICATIO4 WHICH 2.

OPERATu.edCTION'- VALID ALARM ELEMEET.

VERIFY OR PICPOtti TROUBLE CU30ER &

LOCATION WASTE STOR

1. a) Conc. waste storage tank 3A/38 temperature

1. a) None - (Tank heaters should cycle on/of f at TANK TEMP

> 164*F or < 152*F.

156*F/162*F by WD-127/128-TS-1/2 164*F WD-105-TS1/2 WD-54 Hl/LO

2. a) Tank heater. indicating lamps on WD panet.

2. a) Investigate, tank heater control circuitry 152*F WD-108-IS1/2 WD-55 WS-1-1 b) Tank ter3erature indicator en WD panet, f or mal f unct ion.

WASTE EVAP

1. a ) Concentrator levet > 2D".

1. a) Trips waste evap. feed tank pump 3A/38 CO%CENTRATOR

2. a) Waste evap feed tank pump WDP-19A/198 run (WDP-19A/198) except when concentrator high 20 in.

WD-193-LS WD-144 iEVEL HIGH indicating lamps.

levet override key lock switch is in override position

2. a) Ensure that pump VDP-19A/198 trips on alarm b) Secure evap. cond. cooling water, stems WS-1-2*

supolv and vacuum pump.

WASTE EVAP

1. a) feed tank levet > 100%.

1. a) wone.

FEED TANK

2. a) Tank levet indicatwr on WD panet.

2. a) Check valve lineup for cause of alarm.

100%

WD-130-LS2 WD-137 LEVEL HIGH b) If level continues increasing, open drain valve (VDV-934) to tower tank level.

95-1-3*

WASTE EVAP

1. a) f eed tank specific gravity > 1.2.

1. a) None.

FEED TANK

2. a) Tank density indicator on WD panet.

?. a) Determine cause of high density and resolve 1.2 WD-181-PSA WD-138 DEWSITY HIGH b) Transfer water to conc. waste storage tank or to conc. Boric Acid storage tank.

WS-1-4*

WASTE EVAP

1. a) Reservoir tevet > IDD%.

1. a) None.

DISilLLATE

2. a) Reservoir levet indicator on WD panet.

2. a) Secure steam supply and costing water flow 100%

WD-179-tst WD-138 RESERVOIR to evaporator.

LEVEL HIGH WS-1-5*

WASTE EVAP

1. a) Distillate conductivity > 2 MMf]S.

1.

-If waste evap. distiltate pump 3A DISilLLATE

2. a) Distillate reject / discharge valwe (WDP-20A)/3B (WDP-208) is running:

WD-178-CS WD-144 CONDUCitVITY indication on WD panel.'

a) Auto open distillate reject valve HIGH b) Distillate conductivity indicator on WD

( WDV-744 / WD V-74 7).

panet.

b) Auto shut distillate discharge valve 2 mmhos

( WD V-745 / WD V-746).

2. e) Ensure auto action initiated.

b) Determine cause of alarm and resolve.

c) Check feed tank concentration, and for WS-1-6*

foaming.

WASTE EVAP

1. a) Concentrator vacuum < 15 in NG.

1. a) wone.

CONCENTRATOR

2. a) Concentrator vacuum indicato. on WD panet.

2. a) Check seatwater, vacuum water separator, WD-183-PSA WD-144 VACUUM LOW steam supply and for possible cooling 15 in-Her water fluctuations.

WS-1-7*

WASTE EVAP

1. a) Feed tank levet < 29%.

1. a) Trips waste evap. feed tank pumps 3A/3s FEED TANK

2. a) Tank levet indicator on WD panet.

( WDP-19A/198 ).

WD-180-LS1 WD-144 LEVEL LOW b) De-energizes waste evap. feed tank heaters (WDHE-3).

29%

2. a) Determine reason for low levet by checking WS-1-8*

valve lineup and restore.

ALARM COULD BE DEFEATED PER OP-415 AR-955 Rev. 3 Page 2 s

n E~CLOSUW7,^-s(IaVa 2 [f 2)

AZNUICIATOR!,-,,4L LOCATION RADWASTE DISPOSAL CUBICLE A::UNCIAT TEL WD-WS (E)

MORIZONT; 1

2 WICDOW TITLL*/ 1.

ICDICATED C01011103 1.

AUTO N

SETPolCT SECSICG

\\ EFE ENCE 2.

CONTROL ROOM / AUX BLDG. ICDICATICM WHICH 2.

OPEIAT ACTION - VALID ALAd3 ELEMENT NUMBER &

VER FT OR PINFOINT TROUBLE LOCATION WASTE EVAP

1. a) Feed tank temperature < 150*F.

1. a) None - (Tank heaters should cycle on/off at FEED TANK

2. a) feed tank heater i%dicating t amps or. WD 155'F/165 F.

WD-182-TIC W4-51 TE1P LOW panet.

2.

If waste evaporator package is in b) Feed tank temperature indicator on WD operation:'

panet, a) Ensure feed tank tevet > 29%.

150*F SW #1 b) Manuatty control heaters if desired.

c) Check out operation of heater control circuitry.

US-2-1*

WASTE EVAP

1. a) Reservoir levet < 331.

1. a) Trips selected waste evap distillate pump DISTILLATE

2. a) Selected waste evap distillate pump

( WDP-20 A /208 ). (Selected pump cycles on/off WD-179-LS3 WD-144 RESERVOIR indicating temps on WD panet.

at levels of 67%/331.)

33%

LEVEL LOW b) Reservoir tevel indicator on WD panel.

2.

Insufficient distittate flow rate:

a) Check valve lineup, steam supply and cooling water.

WS-2-2*

b) Ensure that aut? action initiated.

RC EVAP

1. a) Hi tevel is condensate return unit 1 3.25"

1. a) Auto start of condensate return unit tas 3.25" AS-14-LS AS-02 TAkK LVL

2. a) None.

pump.

HIGH

2. a) Notify Assistant Nuclear Operator.

WS-2-3*

WA5TE EVAP

1. a) Hi tevet in condensate return unit 1 3.25"

1. a) Auto start o f c o. - nsate return unit lag 3.25=

AS 16-ts AS-03 TAWK LVL

2. a) None.

pump.

{

2. a) Nctify Assistant N ucl ea r* Opera t or.

HICH WS-2-4*

t WASTE GAS

1. a) Gas cut of waste gas decay tanks at 1. a) None. (However, valves WDV-396/397 auto

~

RECYC HEADER

psig, modulate to supply waste gas from waste gas WD-21-FS WD-138 PRESSURE LOW

2. a) Locat pressure gage.

header maintaining 1.0 psig).

O PSIG

(

2. a) Ensure that one waste gas recycle valve I

(WDV-393, 394, 395) is open.

b) Ensure that valves WDV-396 & 397 are WS-2-5 operating properiv.

RC EVAP

1. a) Control switch in normat after start

1. a) Shuts RC evap f eed pump 3 A (WDP-16A/38 FEED PUMP and selected pump n*

running.

(WDP-168) suction vatwes (WDV-702/701).

CONTRot WD-138 3A or 38

2. a) Feed pump indicating lamps on WD penet.

2.

Determine cause of trip by:

RELAY WD-34 TRIP b) RC evap concentrator high level alarm.

a) Checking RC evap concentrator tevet.

CONTACTS WD-35 c) RC evap feed tank low levet alarm.

b) Checking RC evap feed tank tevel.

WS-2-6 c) valve lineup.

R; EVAP

1. a) Control switch in normat after start 1.

SV.t s :

DISTILLATE and selected pump not running.

a) RL evap distillate pump 3A/3B suction CONTROL WD-36 PUMP 3 A OR 38

2. a) RC evap distittate reservoir tow levet valves (WDV-716/717).

RELAY WD-37 TRIP alarm.

b) RC evap high conductivity reject and CONTACTS b) RC evap distillate pump indicating lamps dischg. viv (WDV-722/721/719/720).

on WD panet.

c) RC distillate pump 3A/38 reflux valve (WDV-715/718).

2. a) Determine cause of low distillata reservofri levet-restore.

WS-2-?

RC EVAP

1. a) Cuntrol switch in normal after start 1.

Shuts respective RC evap vacuum pewg; VACUUM PUNP and selected pump not running.

a) Suction vatwes (WDV-711/WDV-712) and, C0er)ot WD-38 3A OR 3B

2. a) Vacuum pump run indicating t emps on WD b) Discharge valves (WDV-713/WDV-714).

REtat 90-39 TRIr panet.

2. a) Determine cause of pump motor overload CONTACTS b) Vacuum pump suctior:/ discharge valve and restore.

WS-2-8 indicating lamps on WD panet.

-(

ALARM COULD BE DEFEATED PER 07-415 Rev. 3 Page 3 (LAST PAGE)

AR-955

______a&--