ML20071Q366
| ML20071Q366 | |
| Person / Time | |
|---|---|
| Site: | Farley  |
| Issue date: | 07/13/1993 |
| From: | SOUTHERN NUCLEAR OPERATING CO. |
| To: | |
| Shared Package | |
| ML20071P955 | List: |
| References | |
| FNP-1-ARP-1.1, NUDOCS 9408110192 | |
| Download: ML20071Q366 (56) | |
Text
I k
o ENP-1-ARP-1.1 July 13, 1993 Revision 26 FARLEY NUCLEAR PLANT i.
ANNUNCIAIOR RESPONSE PROCEDURE FNP-1-ARP-1.1 NAIN CONTROL BOARD ANNUNCIAIOR PANEL A PROCEDURE USAGE REQUIREMENTS SECTIONS CONTINUOUS USE - Each step of the procedure is to be read prior to performing that step.
ALL Each step is to be performed in the sequence S
given. Where required, each step is to be A
signed off as complete before proceeding to F
the next step.
E T
REFERENCE USE - The procedure is to be Y
referred to periodically to confirm that all required parts of a work activity have been R
performed. Where required, steps are to be E
signed off to show that procedure L
requirements have been met.
A T
INFORMATION USE - An activity may be E
performed from memory, but the procedure D
should be available for use as needed and for training.
Approved:
V0 fan ManagpY - Operations v
Date Issued: */h *N T3mB $*,g;4 O
OPS /ARP-3 k
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FNP-1-ARP-1.1 LIST OF EFFECTIVE PAGES REVISION 10.
PAGE 10. REV.#
23 24 25 26 27 28 29 30 31 32 ANNUNCIA'IOR WINDOW PANEL 1
18 X
2 16 X
AA1 17 X
X X
AA2 17 X
X X
AA3 17 X
X X
AA4 17 X
X X
AA5 21 X
X X
X AB1 16 X
X X
AB2 16 X
X-X AB3 16 X
X X
AB4 19 X
X X
ABS 21 X
X X
X AC1 17 X
X X
X AC2 17 X
X X
X AC3 17 X-X X
X AC4 16 X
X X
X ACS 16 X
X X
X AD1 (1) 22 X
X (2) 22 X
X AD2 (1) X X
(2)
X (3)
X (4)
X X
X i
l AD3 (1) 16 X
X (2)
X Page 1 of 2 l
1
4 FNP-1-ARP-1.1 l
LIST OF EFFECTIVE PAGES
(
REVISION NO.
PAGE NO. REV.#
23 24 25 26 27 28 29 30 31 32 AD3 (3)-
X (4)
X X
X AD4 16 x
x x
x ADS 16 x
x X
X AE1 (1) 22 X
X (2) 22 X
X AE2 16 x
x X
AE3 16 x
x x
AE4 16 x
x x
x AES 16 x
x x
AF1 16 x
x x
AF2 16 x
x AF3 16 x
x AF4 (1) 15 x
(2) 16 x
AFS 19 x
x x
x AG1 16 x
x AG2 16 x
x AG3 20 x
x x
x AG4 13 x
x x
AGS 16 x
x AH1
. _16-X X
i AH2 16 x
x AH3 16 x
x x
AH4 13 x
x AH5 16 x
x Page 2 of 2
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FNP-1-ARP-1.1
(
IDCATION AAl Al SETPOINT: Variable Current / Time
-1A CCW PUMP OVERIDAD ORIGIN:
- 1. #1, 92, or 93 overcurrent TRIP Relay (50/51 - DG04).
- 2. Ground Relay (50G-DG04).
PROBABLE CAUSE 1.
2.
JA CCW Pump electrical or mechanical fault.
AITIDMATIC ACTION 1.
Trips breaker DG04 for 1A CCW Pump..
2.
Closes breaker DG05 to start IB CCW Pump, if 1B CCW Pump is lined up to B Train.
IMMEDIATE ACTION 1.
VERITY 1A CCW PUMP HAS TRIPPED.
2.
VERIFY AITIO START OF STANDBY PUMP, IF ALIGNED TO AFFECTED TRAIN.
3.
IF THE STANDBY PUMP FAILS TO START OR IS NCrf IN SERVICE, THEN PERPORM THE ACTIONTREQUIRED BY FNP-1-AOP-9.0, IDSS OF THE ON SERVICE TRAIN OF COMPONENT COOLING HATER.
SUPPLEMENTARY ACTION 1.
Ensure sufficient CCW Flow for plant conditions.
2.
Refer to FNP-1-AOP-9.0, IDSS OF THE ON SERVICE TRAIN OF COMPONENT COOLING HATER.
3.
Refer to Technical Specification 3.7.3 for LCO requirements with a loss of the on service train of component cooling water.
4.
IF 1B CCW Pump is aligned to B train, THEN rack out 1A E N Pump supply breaker DG04.
5.
Notify Plant Personnel to determine and correct the cause of the fault.
tult Resetting lockout relay.could prevent proper operation of the standby pump in the event of an LOSP.
6.
Do not reset lockout relay without Shift Supervisor approval.
References:
D-177184; D-177187; A-177048, Sh. 269; A-177100, Sh. 51; B-175810, Sh. 22; Technical Specification 3.7.3 Page 1 of 1 Revision 26 m
FNP-1-ARP-1.1' g_
+
LOCATION AA2 j
l A2 1
SETPOINT: Variable Current / Time 1B CCW PUMP OVERIDAD
)
ORIGIN: 1 91, 92, or 93 Overcurrent TRIP Relay (50/51 - Dr05).
- 2. Ground Relay (50G-DF05).
- 1. 91, 92, or 93 Overcurrent Relay (50/51-DG05)
- 2. Ground Relay (50G-DG05)
PROBABLE CAUSE 1.
1B CCW Pusip overloaded.
2.
1B CCN Pump electrical or mechanical fault.
AITIOMATIC ACTION 1B CCN Pump lined up to A(B) Train.
1.
Trips breaker DF05 (DG05) for 1B CCN Pump.
2.
Closes breaker DF04 (DG04) to start 1C(1A) CCW Pump.
IMMEDIATE ACTI N 1.
VERITY 1B CCW PUMP HAS TRIPPED.
2.
VERIFY AUID START OF STANDBY PWP, IF ALIGNED
[
TO AF*1!lCTED TRAIN.
3.
IF THE STANDBY PWP FAILS 10 START OR IS NOT i
TN SERVICE, THl!N PERFORM THE ACTINTREQUTHlD BY PNP-1-AOP-9.E fDSS OF THE ON SERVICE TRAIN OF COMPONENT COOLING MATER.
SUPPLEMENTARY ACTION 1.
Ensure sufficient CCN Flow for plant conditions.
2.
Refer to FNP-1-AOP-9.0, IDSS OF THE ON SERVICE TRAIN OF COMPONENT COOLING MATER.
3.
Refer to Technical Specification 3.7.3 for LCO requirements with a loss of the on service train of component cooling water.
4.
Notify Plant Personnel to determine and correct the cause of the fault.
References D-177183; D-177184; D-177185; D-177187; A-177048, Sh. 256; A-177048, Sh. 270; A-177100, Sh. 52; B-175810, Sh. 23; Technical Specification 3.7.3-Page 1 of 1 Revision 26 n
,4
- rr r r--y w
ENP-1-ARP-1.1 IOCATION AA3 A3 SETPOINT: Variable Cutrent/ Time 1C CCW PUMP OVERLOAD ORIGIN:
- 1. 71, 92, or p3 overcurrent TRIP Relay (50/51 - DF04).
- 2. Ground Relay (50G-DF04).
PROBABLE CAUSE 1.
1C CCW Pump overloaded.
2.
1C CCW Pump electrical or mechanical fault.
AU1DMATIC ACTICN 1.
Trips breaker DF04 for 1C CCW Pump.
2.
Closes breaker DF05 to start 1B CCW Pump, if 1B CCW Pump is lined up to A Train.
IMMEDIATE ACTICN 1.
VERIFY 1C CCN PUMP HAS TRIPPED.
2.
VERIFY AUIO START OF STANDBY PUMP, IF ALIGNED
'IO AFFECTED TRAIN.
3.
IF THE STANDBY PUMP FAILS 'IO START OR IS NUT TA SERVICE, THEN PERFORM THE ACTIONTREQUTED BY FNP-1-AOP-9.0, LOSS OF THE CN SERVICE TRAIN OF 00MPONENT COOLING NATER.
SUPPLEMENIARY ACTICN 1.
Ensure sufficient CCW Flow for plant conditions.
2.
Refer to FNP-1-AOP-9.0, LOSS OF-THE ON SERVICE TRAIN OF COMPONENT COOLItG NATER.
3.
Refer to Technical Specification 3.7.3 for LCO requirements with a loss of the on service train of component cooling water.
4.
IF 1B CCN Pump is aligned to A train, THEN rack out 1C D Pump supply breaker DF04.
5.
Notify Plant Personnel to determine and correct the cause of the fsult.
NOTE Resetting lockout relay could prevent proper operation of the standby pump in the event of an IDSP.
6.
Do not reset lockout relay without Shift Fuprai or approval.
References:
D-177183; D-177185; A-177048, Sh. 255; B-175810, Sh. 22; A-177100, Sh. 53; Technical Specification 3.7.3 Page 1 of 1 Revision 26
F PNP-1-ARP-1.1 i
LOCATION AA4 A4 SETPOINT:
- 1. HI: 50 + 3 inches
-5 CCW SRG
- 2. LO: 33 + 5 inches TK LVL
-3 A TRN HI-ID ORIGIN:
- 1. Level Switch (N1Pl7LSH3027A-A).
- 2. Level Switch (N1Pl7LSL3027A-A).
PROBABLE CAUSE 1.
HI - In leakage from Reactor Coolant, Service Water, or through a Makeup Water Valve.
2.
10 - Rupture or leakage of an A Train CCW component or pipe.
AUICMATIC ACTICN NONE IMMEDIATE ACTION CHECK A TRAIN CCW SURGE TANK LEVEL INDICATION AND l
DETERMINE WHETHER LEVEL IS HI OR LO.
HI LEVEL - DETERMINE SOURCE OF IN LEAKAGE AND ISOLATE IF POSSIBLE.
LO LEVEL - 1. DETERMINE SO(ECE OF OUT LEAKAGE AND ISOLATE IF POSSIBLE.
- 2. ATIEMPT TO FILL CCW SURGE TANK PER ENP-1-SOP-23.0, COMPONENT COOLING WATER SYSTEM, 10 MAINTAIN LEVEL ABOVE THE IO LEVEL AIARM POINT.
SUPPLEMENTARY ACTION 1.
Refer to FNP-1-AOP-9.0, LOSS OF THE ON SERVICE TRAIN OF COMPONENT COOLING MATER.
2.
Refer to Technical Specification 3.7.3 for LCO requirements with a loss of the on service train of j
component cooling water.
l 3.
Notify appropriate personnel to locate and correct
~ _, _
the cause of the HI-IO level.
References:
A-177100, Sh. 54; B-175810, Sh. 101; B-175968; D-175002, Sh. 1; D-177183; Technical Specification 3.7.3 Page 1 of 1 Revision 26 w.
p FNP-1-ARP-1.1 I.OCATIN AAS i
l A5 SETPOINr: 20 + 5 inches
-3 CCW SRG i
TK LVL ORIGIN: Level Switch (Q1P17LSLL3027CA-A)
A TRN 6
IO-ID PROBABLE CAUSE P
R
-1 Rupture or leakage of an A Train CCW co g onent O
l or pipe.
M P
T AU10MATIC ACTI W l
0 l
NUIE P
E-The running CCW pumps aligned to A Train R
l will NOT trip on a Lo-Lo Surge Tank level A
l with an SI signal.present.
T i
O R
1.
Trips the running A train CCW pumps A
(01P17LSLL3027CB-A, Q1P17LSLL3027CC-A)
C 2.
Closes CCW valves (Q1P17HV3096A&B) to isolate T
CCW to/from Evaporator Packages and H Recombiners.
I 2
(Q1P17LSLL3027CD-A) 3.
Trips closed Q1P17HV2229, CCW to sample
. O N
cooler (Q1P17LSLL3027CD-A).
R IMMEDIATE ACTI N
. E Q
1.
ENSURE THAT THE AUIOMATIC ACTIONS HAVE OCCURRED.
U 2.
IF CCN FION HAS BEEN IDST TO THE SECWDARY HEAT I-HCHANGER HEADER, THEN PERFORM THE ACTIONS REQUIRED R
BY FNP-1-AOP-9.0,125EE OF THE ON SERVICE TRAIN OF E
COMPWENT COOLING MATER..
D SUPPLEMENIARY ACTIN
'~'~ ~ 1.
Refer to PNP-1-ADP-9.0, IOSS OF THE ON SERVICE TRAIN OF CWPWENr COOLING MATER.
4 2.
Refer to 74chnical Specification 3.7.3 for LCO requirements with a loss of the on service train of co gonent cooling water.
3.
Notify appropriate personnel to locate and correct the cause of the 10-10 level.
References:
A-177100, Sh. 55; D-175002, Sh. 1 & 2; B-175968, Sh. 6; D-177183; D-277185; D-177092; D-177670; D-177853; B-175810, Sh. 9, 22, 23 & 101; Technical Specification 3.7.3 Page 1 of 1 Revision 26 O-
.,,u
,n m
FNP-1-ARP-1.1 IDCATIm AB1 B1 ScrPOINT: 1. Diff. Pressure: 1.5 + 0.25" H,0
- 0.0 1A
- 2. Overload: Variable current / rime CCN RM CLR ORIGIN: 1. Differential pressure switch FAULT i
(N1E16PDSL3302A-N)
- 2. Thermal overload Aux. Relay (49x)
PROBABLE CAUSE 1.
Low differential pressure across fan 10 sec. after fan started.
2.
Fan tripped on overload.
j i
t AITIORTIC ACTION NONE l
IMMEDIATE ACTION START 1B CCN PUMP ROOM COOLER FAN.
l SUPPLEMENTARY ACTICH 1.
Notify appropriate personnel to determine and correct the cause of the problem.
2.
Refer to Technical Specification 3.7.3 for LCO requirements.
-g**
References:
A-177100, Sh. 56; B-175968, Sh. 7; D-177243; D-177183; D-177185; B-175810, Sh. 95; Technical Specification 3.7.3 Page 1 of 1 Revision 26 e
..d.
r FNP-1-ARP-1.1 4
LOCATION AB2 B2 SETPOINT: 1. Diff. Pressure: 1.5 + 0.25" H,0
- 0.0 IB
- 2. Overload: Variable Current / Time CCW RM CLR ORIGIN: 1. Differential pressure switch FAULT (N1E16PDSL3302B-N)
- 2. Thermal overload Aux. Relay (49x)
PROBABLE CAUSE 1.
Low differential pressure across fan 10 sec. after fan started.
2.
Fan tripped on overload.
AUICMATIC ACTION NONE IMMEDIATE ACTION START 1A CCW PUMP ROOM COOLER FAN.
l SUPPLEMENTARY ACTION 1.
Notify appropriate personnel to determine i
and correct the cause of the problem.
2.
Refer to Technical Specification 3.7.3 for LCO requirements.
i l
References:
A-177100, Sh. 57; B-175968, Sh. 7; D-177243; D-177184; D-177187; B-175810, Sh. 95; Technical Specification 3.7.3 Page 1 of 1 Revision 26 I
i l
n-FNP-1-ARP-1.1 4
IOCATION AB3 B3 SETPOINT: Not Applicable CCW PUMP ORIGIN:
- 1. 1C CCN Pump Selector Switch IN
- 2. 1B CCW Pump (A Train) Selector LOCAL CONT Switch
- 3. 1B CCW Pump (B Train) Selector Switch
- 4. lA CCN Pump Selector Switch PROBABLE CAUSE Selector Switch at Hot Shutdown Panel for 1A, 1B or 1C CCW l
Pump in Local position.
AUIOMATIC ACTION N
i IMMEDIATE ACTION NO ACTION IS NECESSARY IF ALARM IS DUE TO l
PREPIANNED OPERATIONAL OR MAINTENANCE l
ACTIVITIES; OIHERNISE SEND APPROPRIATE l
PERSOtWEL 20 DETERMINE THE CAUSE OF THE ALARM.
l SUPPLEMENIARY ACTION Return Selector Switch to remote position g
as soon as possible.
,w
References:
D-177183; D-177184; D-177185; D-177187; A-177100, Sh. 58; B-175810, Sh. 101 Page 1 of 1 Revision 26 i
FNP-1-ARP-1.1 IOCATION AB4 B4 SETPOINr: 1.
HI: 50 + 3 inches
-5 CCN SRG 2.
LO: 33 + 5 inches TK LVL
-3 B TRN HI-LO ORIGIN: 1.
Level Switch (N1Pl7LSH3027B-B) 2.
Level Switch (N1P17LSL30278-B)
PROBABLE CAUSE 1.
HI - In Leakage of Reactor Coolant, Service Water,.
or through a Makeup Water valve 2.
LO - Rupture or Leakage of a B Train CCN component or pipe.
AUIOMATIC ACTION NONE IMMEDIATE ACTION CHECK B TRAIN CCW SURGE TANK LEVEL INDICATION l
AND DETERMINE WID!*IMER LEVEL IS HI OR LO.
HI LEVEL - DETERMINE SOURCE OF INLEAKAGE AND ISOIATE IF POSSIBLE.
ID LEVEL - 1. DETERMINE SOURCE OF OUILEAKAGE AND ISOLATE IF POSSIBLE.
- 2. ATTEMPT 'IO FILL CCN SURGE TANK PER PNP-1-SOP-23.0, COMPONENT COOLING MATER SYSTDI, 'IO MAINIAIN LEVEL ABOVE 'IHE LO LEVEL AIARM POINr.
SUPPLEMENTARY ACTICH 1.
Refer to PNP-1-AOP-9.0, IDSS OF THE ON SERVICE TRAIN OF COMPONDfr COOLING NATER.
2.
Refer to Technical Specification 3.7.3 for LCO requirements with a loss of the on service train of component cooling water.
~~
3.
Notify appropriate personnel to locate and correct the cause of the HI-ID level.
References:
A-177100, Sh. 59; B-175810, Sh.101; B-175968, Sh. 6; I)-175002, Sh. 1; D-177184; 'mchnical Specification 3.7.3 Page 1 of 1 Revision 26 m
h FNP-1-ARP-1.1 IDCATION ABS B5 SLTPOINr: 20 + 5 inches
-3 CCW SRG TK LVL ORIGIN: Level Switch (01P17LSLL3027DA-B)
B TRN LO-ID PROBABLE CAUSE P
R Rupture or leakage of a B Train CCW component O
h or pipe.
M 1
P T
AU'IOMATIC ACTION O
NOTE P
E The running CCW pumps aligned to B Train R
will NOT trip on a Lo-Lo Surge Tank level A
with an SI signal present.
T O
R 1.
Trips the running B train CCW pumps A
(Q1P17tSLL3027DB-B, Q1P17LSLL3027DC-B)
C 2.
Closes CCf valves (01P17HV3096A&B) to isolate T
CCW to/from Evsporator Packages and H, Recombiners.
I l
(01P17LSLL3027DD-B)
O 3.
Trips closed 01P17HV2229, CCW to sample N
cooler (Q1P17LSLL3027DD-B).
R IMMEDIATE ACTION E
O l
1.
ENSURE THAT THE AUIOMATIC ACTIONS HAVE OCCURRED.
U 2.
-EXCHANGER HEADER, '1 HEN PERFORM 'IEE ACTIONS REQUIRED R
IT CCW TIDW HAS BEEN LOST 'IO THE SECONDARY HEAT I
BY FNP-1-AOP-9.0,1555 Or 'INE ON SERVICE TRAIN OF E
COMPONENT COOLING NATER.
D i
SUPPLEMENTARY ACTION 1.
Refer to PNP-1-AOP-9.0, LOSS OF 'IEE ON SERVICE TRAIN OF
~~
COMPONENr COOLING NATER, 2.
Refer to Technical Specification 3.7.3 for LCO requirements with a loss of the on service train of component cooling water.
3.
Notify appropriate personnel to locate and correct the cause of the LO-ID level.
References:
A-177100, Sh. 60; D-175002, Sh. 1 & 2; B-175968, Sh. 6; D-177183; D-277185; D-177092; D-177670; D-177853; B-175810, Sh. 9, 22, 23 & 101; Technical Specification 3.7.3 Page 1 of 1 Revision 26 J
rew-A-Ms-A. A ZOCATION AC1 Cl S
. INT: 1 2000 + 300 GPM 1A
-0 CCW HX SW OR CCW FLOW IO ORIGIN: 1.
lA CCW Ex SW Discharge Flow Switch (N1P16FSL3009A-B) 1 2.
IA CCW HX CCW Inlet Flow Switch (N1P17FSL3043A-B)
W.ni.
s alarm will actuate if one, but not both, of the listed flow switches sense flow setpoint.
CAUSE 1.
Imprope SW or lineup to 1A CCW Heat Exchanger.
2.
Failure Flow C rol valve Q1P16FV3009A.
TIC N
IP9ElDIATE CN N
GECK INDICATICNS Als Dr.a NE WHICH l
SW FICW LO - REFER 'IO FNP-1 10.0, ICSS OF 'I1tAIN A OR s CE MATER CCW FI4W ID-REFER TO FNP-1 9.0, Los5 OF 'IIIE CN SERVICE OF CGtPCNENT rmTNG 1
SUFFLDENMRY ACTICM 1.
Notify plant personnel to determine correct the cause of the alarm.
2.
Closely monitor CCW temperatures and toeperature of any components cooled by Cor.
3.
Refer to Technical Specification 3.7.3 3.7.4 for LCO requirements.
References:
A-177100, Sh. 61; s-175968, Sh. 5 & 6; D-175002, Sh. 1; D-175003, Sh. 1; D-177856; s-175810, Sh. 101; Technical Specifications 3.7.3 and 3.7.4 Page 1 of 1
"^^/kiGi 1
FNP-1-ARP-1.1 IOCATION AC2 C2 F.TPOINr: 1.
2000 + 300 GPM
-0 la CCW HK SW OR CCW FI4W I4 ORIG : 1.
1B CCW Hx SW Discharge Flow Switch (N1P16FSL30098-B) 1B CCW HK CCW Inlet Flow Switch (N1P17FSL3043B-B) tun:;
is alarm will acta te if one, but not both, o the above listed flow switches sense flow set int.
PROBABLE CAUSE 1.
Imprope SW or CCW valve lineup to 1B CCW Heat Exchanger.
2.
Failure Flow Control Valve Q1P16FV30098.
\\
e CHECK INDICATIONS AIO Dra NEICH l
SW FIDW I4 - REFER TO FNP-1 P-10.0, Ioss OF TRAIN A CR B CE NATER
)
COf FI4W ID-REFER TO FNP-1
.0, Ioss 1
OF THE CN SERVICE OF COMPCNENT COOLING Mk SUPPLI!MENmRY ACTION 1.
Notify plant personnel to determine correct the cause of the alarm.
2.
Closely monitor CCW temperatures and the esperature of any components cooled by Cor.
3.
Refer to h chnical Specification 3.7.3 and 7.4 for LCO
~
requirements.
References:
A-177100, Sh. 62; s-175968, sh. 5 & 6; D-175002, Sh. 1; D-175 3,
sh. 1; D-177856; 5-175810, Sh.101; Mchnical specifications 7.3 and 3.7.4 Page 1 of 1
.bi&ir. M N8
~ ~ ~
FNP-1-ARP-1.1
't 4 IOCATICN AC3 C3 S
INT: 1, 2000 + 300 GPM
-0 1C CCW HX SW OR CCW FIDW IO ORIGINr
. 1C CCW HX SW Discharge Flow switch (N1P16FSL3009C-A) 2.
C CCW HX CCW Inlet Flow tch (N1P17FSL3043C-A)
- tmx, Thi alarm will actuate if one, but not both, of above listed flow switches sense flow setpoi t.
P140BABLE CAUSE
- 2. Failure of F1 Control valve Q1P16Fv3009C.
AlnCMA ACTION y
CHECK IICICATICMS Arc Du.as.nr,aNKICH O
SN FICW 14 - REFER TO FNP-1 0.0, I4SS OF TRAIN A CR S NATER CCN FI4N IO-REFER '!O FNP-1-ACP-9.
Ioss OF 1EE CN SERVICE CQtFQENT COOLING MIER.
SUPPIRENMRY ACTIQi
- 1. Notify plant personnel to determine and c rect the cause of the alarm.
- 2. Closely monitor COf toeperatures and the t rature of any components cooled by Cof.
.- ~
- 3. Refer to 'Itchnical specification 3.7.3 and 3.7.
for LCO-i requirements.
References:
A-177100, Sh. 63; s-175968, sh. 5 & 6; D-175002, sh.1; I>-175 3,
i Sh.1; I>-177856; B-175810, 5h.101; TWchnical Specifications 3.
3 and 3.7.4 Page 1 of 1 0- i ir. 25
~7~CU ;L(,4
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9
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N.
- u -
A m-
. -~.- ~
~ ~ - - -
__ g,g w IOCATI m AC4 r
C4 SETPOINT: 10 1 inches CW PLPtP RM ORIGIN:
- 1. Level Switch (N1P16LSH3084A-N)
FICODING
- 2. Level Switch (N1P16LSH30848-N)
LVL 10 IN l
P R
O PROBABLE CAUSE M
P T
tm Receipt of this alarm in conjunction with O
other alarms may indicate CCN pump room P
flooding from a source other than the service E
water system and should be handled accordingly.
R A
T Rupture of a Service Water pipe in the C N Heat O
Exchanger Room.
R AUICMhTIC ACTION A
C N34E T
I O
IP9tEDIATE ACTIM N
- 1. NCTTIFY PLANT PERSCIGEEL 10 MCNITOR CCN PlftP ROOM R
Wh2ER LEVEL 10 DEIERMINE IF ALAlet IS VALID.
E
- 2. CIOSE SERVICE Nh2ER A TRAIN 10 AUK. BUIIDING Q
-fT,#
ISOIATION VALVE U
J6A N Q1P16M073084A if deemed necessary.
I R
SUPPLDENEARY ACTION E
D
- 1. IP level continues to rise (flooding is NDP isolated),
YBEN open Service Mater A Train to Auz. EGIlding isolation valve Q1P16MOV3084A and perform immediate action of FNP-1-ARP-1.1/Ac5, CW PLBEP IWE FID0 DING LVL 18 IN.
- 3. Refer to Technical Specification 3.7.4 for I40-
~~
requirements with a loss of train A or B service water.
References:
A-177100, Sh. 64; 5-175968, Sh. 5; D-175003, Sh. 1; D-177624; B-175810, Sh. 101; Technical Specification 3.7.4 Page 1 of 1 N
YOW d-G A
e.s
-s:~
'Y$Y
~
~
IDCATIN __ACS
]
SETPOINT: 18 + 0.25 inches C5
- 1.0 Ccw i
Pt3IP RM ORIGIN: 1. Level Switch (N1P16LSHH3084A-N)
FID0 DING
- 2. Level Switch (N1P16LSHH3084B-N)
LVL 18 IN P
R PROBABLE CAUSE O
M P
NQu T
Receipt of the alarm in conjunction with other alarms may indicate CCN pump room O
flooding from a source other than the P
service water system and should be E
handled accordingly.
R A
Rupture of a Service Water pipe in the T
O CCW Heat Exchanger Room.
R A
AITICMATIC ACTION C
T NCNE I
O N
INtEDIATE ACTICH R
- 1. DISURE T11AT SERVICE MATER A TRAIN 10 AUK.
E BUIIDING ISOIATIM VALVE Q1P16MN3084A Q
IS OPEN.
U
- 2. CICSE SERVICE MATER B TRAIN TO AUK. BUIIDING I
ISOEATION VALVE ';;;CC00 C; Z_m R
TCN TJ-I4 E
-WEH!b88P9ht# P Q1716m N30848 FROM MCR. 4tNYF D
SGA
-ere. _ r; :: x _ z r_. _ n " ::
1.
SUPPLEMENMRY ACTIN
- 1. Monitor COf Pump Roca water level and verify that the flooding has been isolated.
- 2. Refer to FNP-1-AOP-10.0, IDSS OF TRAIN A CR B SERVICE MATER.
- 3. Refer to Technical Specification 3.7.4 for 100 requirements with a loss of train A or B service water.
- 4. Notify appropriate personnel to locate and correct the cause of flooding
References:
A-177100, Sh. 65; B-175968, Sh. 5; D-177623; B-175810, Sh. 101; Technical Specification 3.7.4 Page 1 of 1
.- a.L. 2' YCH
%A
FNP-1-ARP-1.1
)
l LOCATION AD1 D1 SETPOINr: 7 3/8" + 1" (Above the Floor)
-0 A TRN FLOODING ORIGIN:
- 1. Level Switch OSW34LS501-A
- 2. Level Switch QSW34LS502-A l
PROBABLE CAUSE
- 1. River Water (A Train) Header ruptured.
- 2. Improper valve lineup.
AUTOMATIC ACTION NONE IMMEDIATE ACTICH
- 1. STOP THE OPERATING A TRAIN RIVER NATER PUMPS ON UNIT 1 AND UNIT 2 MCB.
l
- 3. DISPA10H PLANr OPERATOR TO LOCATE AND ISOLATE DIE CAUSE OF THE FIDODING.
- 4. PERFORM ANY ACTIONS REQUIRED FOR ANNUNCIA70R AD2, RW PRESS A TRN ID.
- 5. SECURE POWER TO THE A TRAIN PORTION OF THE RIVER WATER l
STRUCTURE AS FOLLOWS:
5.1 OPE SUPPLY BREAKER TO STATICN SERVICE TRANSFORMER 1H BREAKER DH-02-1.
i 5.2 OPEN SUPPLY BREAKER TO STATION SERVICE TRANSFORMER 2H BREAKER DH-02-2.
- 6. IF FIDODING IS DUE TO HIGH RIVER LEVEL, DEN PERFORM ANY E TIONS REQUIRED FOR ANNUNCIATORS AGl AND AH1 RIVER LVL A (B) TRN HI.
-,.~
h I
(continued on page 2)
Page 1 of 2 Revision 25
FNP-1-ARP-1.1 b
(continued from page 1)
IOCATION AD1 i
SUPPLEMENIARY ACTION t
NME RW hdr to pond iso A Train may be in.the closed l
position as a result of inunediate actions.
- 1. IF the cause of the flooding is isolable AND the A Train l
E ver Water Header can be returned to operation, THEN l
refer to FNP-0-SOP-25.0, RIVER NATER SYSTEM and return the header to service.
- 2. Notify appropriate plant personnel to correct the cause of the flooding.
- 3. Return the A Train River Water Header to service as l
soon as possible.
l l
l
References:
A-177100, Sh. 66; A-170750, Sh. 8; D-170119, Sh. 6; D-173497 Page 2 of 2 Revision 25-
---r m
FNP-1-ARP-1.1
~
LOCATION AD2 D2 SETPOINT: 20 1.0 PSIG RW PRESS A TRN ORIGIN:
- 1. Pressure Switch QSP25PS512-A LO
- 2. Pressure Switch OSP25PS513-A PROBABLE CAUSE i
- 1. Ruptured A Train River Water Header.
- 2. Loss of suction to A Train River Water Pumps.
- 3. A Train River Water Pumps tripped.
- 4. Failed open recirculation valve QSP25v527.
- 5. Improper valve lineup.
AtJIOMATIC ACTION NONE IMMEDIATE ACTION
l
- 2. IF 'IHE LOW PRESSURE WAS CAUSED BY LOSS OF A RIVER WETER PUMP, THEN START ANCTIMER RIVER WATER PUMP IN THE A TRAIN.
- 3. IF 'INE CAUSE IS OTHER THAN LOSS QF A RIVER WATER
~ PUMP OR PRESSURE CAN NOT BE IMMEDIATELY RES'IORED, THEN WiIP 'IHE OPERATING A TRAIN RIVER WATER PUMPS.
l SUPPLEMENTARY ACTION
- 1. Notify plant personnel to determine and correct the cause of the A Train River Water low pressure.
- 2. Return the A Train River Water System to service 1
as soon as possible.
- 3. Verify proper Unit 1 service water system operation as indicated by service water pressure above 60 psig and service water wet pit level greater than 184'4" and stable or increasing.
(continued on page 2)
Page 1 of 4 Revision 25
. m
FNP-1-ARP-1.1 (continued from page 1)
IOCATION AD2 NOrB
- te following actions should be taken for Unit 1 as required to ensure proper SW System operation as determined in step 3.0 above.
- Notify Unit 2 operators to take actions per step 4 below.
3.1 Open SW A HDR and B HDR EMERG RECIRC 'IO POND QlP16V539 and QlP16v538.
cat 7 rim All liquid effluent releases must be suspended prior to the following step due to the loss of SW dilution flow.
i i
NOTE Power is removed from Q1P16V549 due to Appendix R.
We breaker for QlP16V549 is HS-J4.
3.2 Close SW 'IO DILUTION LINE Q1P16V549.
3.3 WHEN steps 3.1 AND 3.2 are completed, THEN open breakers FN-G2 T6r Q1P16v539 and FP-A6 for QlP16V538 i
to prevent deadheading the SW Pumps on a spurious valve closure.
3.4 verify closed LIQUID WASTE RAD. CONr. VLV.
1-IMP-RCV-018 (N1G21v113) (100' LWPP).
3.5 Close tJNIT ONE COOLING 'ICWER BI4WD06W N1P16V586-N (18 DG Room).
3.6 IF service water pond level falls to 184'4", THEN refer to FNP-0-AOP-31.0, IOSS OF SERVICE WATER ~lCND.
3.7 WHEN the river water system is returned.to service, M return the service water system to normal as
.~
3.7.1 Open SW 'IO DILt7 TION LINE QlP16V549.
3.7.2 Close breakers FN-G2 for Q1P16V539 and FP-A6 for QlP16V538.
3.7.3 Close SW A HDR and B HDR EMERG RECIRC 'IO POND Q1P16V539 and OlP16V538.
3.7.4 Verify open breaker HS-J4 for Q1P16V549.
(continued on page 3)
Page 2 of 4 Revision 23 4
FNP-1-ARP-1.1 (continued from page 2)
LOCATION AD2 3.7.5 Verify open SW 'IO POND EAST and WEST HDR ISO QSP16V507 and QSP16V508 (Unit 2 Main control Board).
3.7.6 Verify closed SW 'IO WET PIT EAST and WEST HDR ISO QSP16V505 and QSP16V506 (Unit 2 Main control Board).
3.7.7 IT required, THEN open UNIT CNE COOLING 'IOWER ECWDOWN N1P1'6V586-N (1B DG Room).
- 4. Notify Unit 2 to verify proper Unit 2 service water system operation as indicated by service water pressure above 60 psig and service water wet pit level stable or increasing above 184'4".
NCTTE
'Ihe following actions should be taken for Unit 2 as required to ensure proper SW system operation as determined in step 4.0 above.
4.1 Open SW A HDR and B HDR EMERG RECIRC 'IO POND Q2P16V539 and 02P16V538.
CAUTICN All liquid effluent releases must be suspended prior to the following step due to the loss of SW dilution flow.
NOTE Power is removed from QP16V549 due to Appendix R.
'Ihe breaker for Q2P16V549 is HCC-D3.
4.2 Close SW 'IO DILUTION LINE Q2P16V549.
4.3 WIGN steps 4.1 AND 4.2 are completed, 'IHEN open breakers F 5 B5 for Q2P16V539 and M B5 for
~ ~ ~
Q2P16v538 to prevent deadheading the SW Pumps on a spurious valve closure.
4.4 Verify closed LIQUID WhSTE RAD. CONT. VLV.-
2-I.NP-RCV-018 (N2G21V113) (100' LWPP).
4.5 Close UNIT 2 COOLING 'IONER BIDHD0ief N2P16V586-N (155' Rad. side).
4.6 IF service water pond level falls to 184'4", 'DGN Tifer to FNP-0-AOP-31.0, IDSS OF SERVICE NATElO@ND.
(continued on page 4)
Page 3 of 4 Revision 23 l
i I
PNP-1-ARP-1.1 s
(continued from page 3)
IDCATION AD2 4.7 WHEN the river water system is returned to service, liiEN return the service water system' to normal as T61 Tows:
4.7.1 Open SW TO DILUTION LINE Q2P16V549.
4.7.2 Close breakers FCC-B5 for Q2P16V539 and FDD-B5 for Q2P16V538.
4.7.3 Close SW HDR A and B EMERG RECIRC TO POND Q2P16V539 and Q2P16V538.
4.7.4 Verify open' breaker HCC-D3 for 02P16V549.
4.7.5 Verify open SW TO POND EAST and WEST HDR ISO OSP16V507 and QSP16V508.
4.7.6 verify closed SW TO WET PIT EAST and WEST HDR ISO QSP16V505 and QSP16V506.
4.7.7 IF required, IEEN open UNIT 'INO COOLING TOWER BLOWDOWN N2P1'6W56-N (155' Rad. side).
4.8 Refer to Technical Specification 3.7.6.2 for LCO requirements.
i l
References:
A-177100, Sh. 67; A-170750, Sh. 6; D-170119, Sh. 6; D-173497; Technical Specification 3.7.6.2 Page 4 of 4 Revision 26
FNP-1-ARP-1.1 LOCATION AD3 D3 SETPOIrrr 20 1.0 PSIG RW PRESS B TRN ORIGIN:
- 1. Pressure Switch QSP25PS514-B I4
- 2. Pressure Switch QSP25PS515-B PROBABLE CAUSE
- 1. Ruptured B train River Water Header.
- 2. Loss of suction to B train River Water Pumps.
- 3. B train River Water Pumps tripped.
- 4. Failed open recirculation valve QSP25V526.
- 5. Improper valve lineup.
AUTOMATIC ACTICN NONE IMMEDIATE ACTION
- 1. CHECK INDICATIONS AND ATTEMPT TO IDENTIFY THE CAUSE OF B TRAIN RIVER WATER IN PRESSURE.
l
- 2. IF THE LON PRESSURE NAS CAUSED BY IOSS OF A RIVER
~4TER PUMP, THEN START ANOTHER RIVER NATER PUMP IN B TRAIN.
l
- 3. IF THE CAUSE IS OTHER THAN LOSS OF A RIVER WATER
-PUMP OR PRESSURE CAN NOT BE IMMEDIATELY RESTORED, THEN WtIP THE OPERATING B TRAIN RIVER NATER PUMPS.
l SUPPLEMENIARY ACTION
- 1. Notify appropriate plant personnel to determine and correct the cause of the B train River Water low j
pressure.
- 2. Return the B train River Water System to service as l
soon as possible.
- 3. Verify proper Unit 1 service water system operation as
~~
indicated by service water pressure above 60 psig and
' service water wet pit level greater than 184'4" and stable or increasing.
(continued on page 2)
Page 1 of 4 Revision 25
FNP-1-ARP-1.1 (continued from page 1)
IOCATION AD3 NOTE
- 'Ihe following actions should be taken for Unit 1 as required to ensare proper SW System operation as deternined in step 3.0 above.
- Notify Unit 2 operators to take actions per step 4.0 below.
3.1 Open SW A HDR and B HDR EMERL RECIRC 'IO POND QlP16V539 and OlP16V538.
+*****************************************************
CAUTION All liquid effluent releases must be suspended prior to the following ster due to the loss of SW dilution flow.
- c,***********
NOTE Power is removed from OlP16V549 due to Appendix R.
The breaker for QlP16V549 is HS-J4.
3.2 Close SW 'IO DILUTION LINE QlP16V549.
3.3 WHDi steps 3.1 AND 3.2 are completed, THEN open breakers FN-G2 T5r Q1P16V539 and FP-A6 for Q1P16V538 to prevent deadheading the SW Pumps on a spurious valve closure.
3.4 Verify closed LIQUID WASTE RAD. CCNT. VLV.
1-LWP-RCV-018 (N1G21Vll3) (100' !WPP).
3.5 Close UNIT ONE COOLING 'IOWER BLOWDCSi N1P16V586-N (1B DG Room).
3.6 IF service water pond level falls to 184'4", THEN refer to FNP-0-AOP-31.0, LOSS OF SDtVICE NATEFEND.
3.7 WHEN the river water system is returned to service,
'fRER return the service water system to normal as T5IIows:
~~
3.7.1 Open SW 'IO DILUTICH LINE QlP16VE49.
3.7.2 Close breakers FN-G2 for QlP16v539 and FP-A6 for QlP16v538.
3.7.3 Close SW A HDR and B HDR EMERG RECIRC 'IO POND QlP16V539 and QlP16V538.
3.7.4 verify open breaker HS-J4 for QlP16v549.
(continued on page 3)
Page 2 of 4 Revision 23
i PNP-1-ARP-101 (continued from page 2)
IDCATION AD3 3.7.5 Verify open SW 'IO POND EAST and WEST HDR ISO QSP16V507 and QSP16V508 (Unit 2 Main control Board).
3.7.6 Verify closed SW 'IO WET PIT EAST and WEST HDR ISO QSP16V505 and QSP16V506 (Unit 2 Main Control Board).
3.7.7 IF required, THEN open UNIT ONE COOLING 'JOWER BI4WDOWN N1P13E86-N (lB DG Room).
- 4. Notify Unit 2 to verify proper Unit 2 service water system operation as indicated by service water pressure above 60 psig and service water wet pit level stable or increasing above 184'4".
NME he following actions should be taken for Unit 2 as required to ensure proper SW system operation as determined in step 4.0 above.
4.1 Open SW A HDR and B HDR EMERG RECIRC 'IO POND Q2P16V539 and Q2P16V538.
)
l j
CAUTION All liquid effluent releases must be suspended prior to the following step due to the loss of SW dilution flow.
NME Power is removed from QP16V549 due to Appendix R.
%e breaker for Q2P16V549 is HCC-D3.
4.2 Close SW 'IO DILUTION LINE Q2P16V549.
4.3 WHEN steps 4.1 AND 4.2 are completed, 'IEEN open breakers F 5 B5 for Q2P16V539 and M B5 for
~~
Q2P16V538 to prevent deadheading the SW Pumps on a spurious valve closure.
4.4 Verify closed LIQUID WASTE RAD. CCNr. VLV.
2-LWP-RCV-018 (N2G21V113) (100' LWPP).
4.5 Close UNIT 2 COOLING TOWER BI4WDONN N2P16V586-N (155' Rad. side).
(continued on page 4)
Page 3 of 4 Revision 23 e
y.-.
r-
PNP-1-ARP-1.1 (continued from page 3)
LOCATION AD3 4.6 IF service water pond level falls to 184'4", THEN refer to FNP-0-AOP-31.0, LOSS OF SERVICE NATER PCND.
4.7 WHEN the river water system is returned to service, "THEN return the service water system to normal as T61 Tows:
4.7.1 Open SW 'IO DILUTION LINE 02P16V549.
4.7.2 Close breakers FCC-B5 for 02P16V539 and FDD-B5 for Q2P16V538.
4.7.3 Close SW HDR A and B EMERG RECIRC 'IO POND Q2P16V539 and Q2P16V538.
4.7.4 Verify open breaker HCC-D3 for Q2P16V549.
4.7.5 Verify open SW TO POND EAST and WEST HDR ISO QSP16V507 and QSP16V508.
4.7.6 Verify closed SW 'IO WET PIT EAST and WEST HDR ISO QSP16V505 and QSP16V506.
4.7.7 IF required, THEN open UNIT 'INO COOLING 'IONER BLOWDOWN N2P1W 556-N (155' Rad. side).
4.8 Refer to Technical Specification 3.7.6.2 for LCO requirements.
1 4
. _ ~ -
References:
A-177100, Sh.-68; A-170750, Sh. 6; D-170119, Sh. 6; D-173497; Technical Specification 3.7.6.2 Page 4 of 4 Revision 26 NJ
FNP-1-ARP-1.1 LOCATION AD4 D4 SETPOINr: 60 4 PSIG for Q1P16PS504-N SW 60 3 PSIG for Q1P16PS505-N PRESS A TRN ORIGIN:
- 1. Pressure Switch (Q1P16PS504-A)
- 2. Pressure Switch (QlP16PS505-A)
PROBABLE CAUSE
- 1. A Train Service Water Pump tripped.
- 2. Improper valve lineup on A Train Service Water.
- 3. A Train Service Water Minimum Flow Bypass Valve (Q1P16V577) has failed open.
- 4. Rupture of an A Train Service Water pipe.
AUIOMATIC ACTION NONE IMMEDIATE ACTION
- 1. CHECK INDICATIONS AND ATTEMPT TO IDENTIFY THE CAUSE OF A TRAIN SERVICE NATER LOW PRESSURE.
- 2. IF THE LOW PRESSURE NAS CAUSED BY IDSS OF A SERVICE E TER PUMP, THEN START ANOTHER SERVICE NATER PUMP IN A TRAIN.
- 3. IT THE CAUSE IS OTHER THAN LOSS OF A SERVICE NATER PDMP OR PRESSURE CAN NOT BE IMMEDIATELY RESTORED, THEN PERFORM THE ACTIdi5 REQUIRED BY FNP-1-AOP-10.0.
SUPPLEMENTARY ACTION
- 1. Refer to FNP-1-AOP-10.0,, LOSS OF TRAIN A OR B SERVICE WATER.
- 2. Refer to Technical Specification 3.7.4 for LCO requirements.with a loss of train A or B service water.
- 3. Notify plant personnel to determine and correct the cause of the A Train Service Water low pressure.
- 4. Return the System to a normal lineup as soon as possible.
References:
A-177100, Sh. 69; D-170119, Sh. 1 & 2; C-170617; A-170750, Sh. 65; B-170033, Sh. 19; B-175968; B-175803 Technical Specification 3.7.4 Page 1 of 1 Revision 26
r IHP-1-ARP-1.1 LOCATION ADS D5 l
SETPOINT: 60 4 PSIG SW PRESS B TRN ORIGIN:
- 1. Pressure Switch (01P16PS502-B)
- 2. Pressure Switch (01P16PS503-B)
PROBABLE CAUSE
- 1. B Train Service Water Pump tripped.
- 2. Improper valve lineup on B Train Service Water.
- 3. B Train Service Water Minimum Flow Bypass Valve (Q1P16V579) has failed open.
- 4. Rupture of a B Train Service Water pipe.
AUICMATIC ACTION NONE IMMEDIATE ACTION
- 1. CHECK INDICATIONS AND ATIEMPT 10 IDENTIFY THE CAUSE OF B IRAIN SERVICE WATER LOW PRESSURE.
- 2. IF THE LOW PRESSURE NAS CAUSED BY LOSS OF A SERVICE ETER PUMP, THEN START ANMHER SERVICE WATER PUMP IN B TRAIN.
- 3. IF THE CAUSE IS OfIEER THAN LOSS OF A SERVICE WATER
-PUMP OR PRESSURE CAN NOT BE IMMEDIATELY RES'IORED,
'IEEN PTERFORM THE ACTIN 5 REQUIRED BY FNP-1-AOP-10.0, M OF TRAIN A OR B SERVICE WATER.
SUPPLEMENTARY ACTION
- 1. Refer to PNP-1-AOP-10.0, IDSS OF TRAIN A OR B SERVICE WATER.
- 2. Refer to Technical Specification 3.7.4 for LCO requirements with a loss of train A or B service water.
- 3. Notify plant personnel to determine and correct the
~~
cause for the B Train Service Water low pressure.
- 4. Return the System to a normal lineup as soon as possible.
References:
A-177100, Sh. 70; A-170750, Sh. 20; D-170119, Sh. 1 & 2; C-170617; B-170033, Sh. 19; B-175968; B-175803; Technical Specification 3.7.4 Page 1 of 1 Revision 26
FWP-1-ARP-1.1 LOCATION AEl El SETPOINT:
7 3/8" + 1" (Above the Floor)
-0 B TRN-FLOODING ORIGIN:
- 1. Level Switch QSW34LS503-B
- 2. Level Switch QSW34LS504-B PROBABLE CAUSE
- 1. B Train River Water Header ruptured.
- 2. Improper valve lineup.
AUIOMATIC ACTION NONE IMMEDIATE ACTION
- 1. STOP THE OPERATING B TRAIN RIVER WATER PUMPS CN UNIT UNIT 2 MCB.
- 3. DISPATCH PLANT OPERATOR TO LOCATE AND ISOLATE THE CAUSE OF THE FIDODING.
- 5. SECURE POWER 70 7EE TRAIN B PORTION OF THE RIVER WATER STRUCTURE AS FOLIDWS:
5.1 OPEN SUPPLY BREAKER TO STATION SERVICE TRANSFORMER lJ BREAKER DJ-01-1.
5.2 OPEN SUPPLY BREAKER TO STATION SERVICE TRANSFORMER 2J BREAKER DJ-01-2.
- 6. IF FIDODING IS DUE TO HIGH RIVER LEVEL, THEN PERFORM ANY lETIONS REQUIRED FOR AtMJNCIATORS AGl AND AH1 RIVER LVL A (B) TRN HI.
1 (continued on page 2)
Page 1 of 2 Revision 25 m.
,s-
.w-,,
PNP-1-ARP-1.1 (continued from page 1)
LOCATION AEl SUPPLEMENTARY ACTION ICTE RW hdr to pond iso B Train may be in the closed l
position as a result of immediate actions.
- 1. IF the cause of the flooding is isolable AND the E Train River Water Header can'be returned to l
operation, THEN refer to FNP-0-SOP-25.0, RIVER WATER SYSTEM, and return the header to service.
- 2. Notify appropriate plant personnel to correct the cause of the flooding.
- 3. Return the B Train River Water Header to service as soon as possible.
r
. -.. ~
References:
A-177100, Sh. 71; A-170750, Sh. 9; D-170119, Sh. 6; D-173497 Page 2 of 2 Revision 25 f
v,w,.
--v
.. 7 4,- w + -,
FNP-1-ARP-1.1 LOCATION AE2 E2 SETPOINT: Not Applicable M
PUMP ORIGIN:
52-b Contact on any one of the following TRIPPED breakers
.1. DJ03-#4 N Pump
- 2. DJ04-#5 RN Pump
- 3. DH03-#8 RN Pump
- 4. DH04-#9 RN Pump
- 5. DH05-#10 RN Pump PROBABLE CAUSE
- 4, #5, #8, #9 or #10 River Water Pump tripped
.l due to an overload or an electrical fault.-
AUIOMATIC ACTION NONE IMMEDIATE ACTION
- 1. CHECK INDICATIONS AND DETERMINE WHICH RIVER NATER PUMP HAS TRIPPED.
- 2. START ANOTHER RIVER NATER PUMP IN THE SAME TRAIN AS THE TRIPPED PUMP.
SUPPLEMENTARY ACTION i
- 1. IP a loss of flow in either train of.RN has occurred, TiiEN perform the actions required for annunciator AD2, RN i
PRE 5S A TRN LO, or AD3, RN PRESS B TRN ID, as applicable.
- 2. Notify appropriate personnel to determine and correct the cause of the ale.rm.
- 3. Return the River Water electrical and component lineup to normal as soon as possible.-
References:
A-177100, Sh. 72A, B & C; D-172875; D-172876; D-172877; D-172078; D-172879 Page 1 of 1 Revision 26
~
r-FNP-1-ARP-1.1 i
IOCATION AE3 E3 SETPOINT: 10" + 1" (Above the Flocr) i SWIS FIDODING ORIGIN: 1. Level Switch OSW36LS501
- 2. Level Switch OSW36LS502 j
PROBABLE CAUSE Rupture of Service Water Header inside the Service Water Structure, j
AUICMATIC ACTION NONE IMMEDIATE ACTION
- 1. DETERMINE FROM PIACE INSTRUMENTATION WHICH SERVICE WATER TRAIN, (A OR B) HAS 'INE RUPWRE.
j
- 2. S*IOP 'IEE OPERATING SERVICE WATER PUMPS IN THE AFFECTED TRAIN.
- 3. NCfrIFY PLANT PERSONNEL 'IO LOCATE AND ISOLATE THE i
CAUSE OF THE FLOODING.
- 4. PERFORM ANY ACTIONS REQUIRED BY FNP-1-AOP-10.0, LOSS OF TRAIN A OR B SERVICE WATER.
i l
SUPPLEMENTARY ACTION
- 1. IF the cause of the flooding can NJr be isolated AND
~he affected Service Water Train returned to service, t
THEN perform the actions required by FNP-1-AOP-10.0, IOSS N N A OR B SERVICE MATER.
- 2. IF the cause of the flooding is isolable AND the affected Tervice Water Header returned to service, h refer to l
PNP-1-SOP-24.0, SERVICE WATER SYSTEM, Section 4.2.
- 3. Notify appropriate plant personnel to correct the cause i
of the flooding,
~~
- 4. Return the affected portion of the Service Water System to service as soon as possible.
- 5. Refer to Technical Specification 3.7.4 for LCO g
requirements, i
References:
A-177100, Sh. 76; A-170750, Sh. 21; D-170119, Sh. 1; j
D-173497; Technical Specification 3.7.4 Page 1 of 1 Revision 26 m.
4
FNP-1-ARP-1.1 i
LOCATION AE4 E4 l
SETPOINT: Not Applicable SW PUMP ORIGIN: 52-b Contact on any one of the TRIPPED l
following breakers.
- 1. DK03-1A SW Pump l
- 2. DK04-1B SW Pump
- 3. DK05-1C SW Pump A Train
- 4. DLO5-1C SW Pump B Train
- 5. DLO3-1D SW Pump
- 6. DLO4-1E SW Pump PROBABLE CAUSE i
1A, 1B, 1C, 10 or 1E Service Water Pump tripped due to an l
overload or an electrical fault.
l AUIDMATIC ACTION i
NONE
)
IMMEDIATE ACTION 1
- 1. CHECK INDICATIONS AND DETERMINE WHICH SERVICE WATER PUMP HAS TRIPPED.
- 2. START ANCPINER SERVICE NATER PUMP IN THE SAME TRAIN AS THE TRIPPED PUMP.
SUPPLEMENTARY ACTION
- 1. Refer to PNP-1-AOP-10.0, IDSS OF TRAIN A OR B SERVICE NATER.
- 2. Refer to Technical Specification 3.7.4 for LCO requirements with a loss of train A or B service water.
- 3. Refer to PNP-1-SOP-24.0, SERVICE WATER SYSTEM, step 4.5 or step 4.6 as required to align 1C service water pump to A or B train.
- 4. Notify appropriate personnel to determine and correct the cause of the alarm.
- 5. Return the Service Water electrical and component lineup to normal as soon as possible.
References:
A-177100, Sh. 74A, B & C; D-172747; D-172748; D-172749; D-172750; D-172751; D-172752; Technical Specification 3.7.4
]
Page 1 of 1 Revision 26 e-
,,. ~.,
.m,,,
=...,. -.
FNP-1-ARP-1.1 IOCATION AE5 E5 SETPOINT: 50 + 10 Psig
- 0 SW TO AUX BLDG ORIGIN: 1. Pressure Switch (N1P16PSL3001A-B)
HDR PRESS
- 2. Pressure Switch (N1P16PSL30018-A)
- 1. A or B Train Service Water Pump tripped.
- 2. Improper Service Water valve lineup.
- 3. Service Water line ruptured.
AUIOMATIC ACTION NONE IMMEDIATE ACTION
- 2. IF THE LOW PRESSURE WAS CAUSED BY LOSS OF A SERVICE
-WATER PUMP, THEN START ANOTHER SERVICE WATER PUMP IN THE AFFECTED TRAIN.
- 3. IF THE CAUSE IS CTIMER THAN LOSS OF A SERVICE NATEP PUMP
'dit PRESSURE CAN NOT BE IMMEDIATELY RESTORED, THDI PERFORM
-~THE ACTIONS REQU IRED BY FNP-1-AOP-10.0, LOSS OF TPAIN A OR B SERVICE WATER.
SUPPLEMDTTARY ACTION
- 1. Refer to FNP-1-AOP-10.0, LOSS OF TRAIN A OR B SERVICE WATER.
- 2. Refer to Technical Specification 3.7.4 for LCO requirements with a loss of train A or B service water.
- 3. Notify plant personnel to determine and correct the cause of the low pressure.
'~'^
- 4. Return the system to a normal lineup as soon as possible.
References:
A-177100, Sh. 75; B-175968, Sh. 5; D-175003, Sh. 1; D-170119, Sh. 2; B-175810, Sh. 107; Technical Specification 3.7.4 Page 1 of 1 Revision 26
'~'~
l IOCATION AF1 j
F1 SETPOINT: Not Applicable SEL SWITCH f
IN
[
IoCAL Cmr j
ORIGIN: Selector Switch for any of the following breakers or controls:
- 1. DK03-1A SW Pump f
- 2. DK04-1B SW Pump
- 3. DK05-1C SW Pump A Train j
- 4. DLO5-1C SW Pung B Train
- 5. DLO3-ID SW Pung
- 6. DLO4-1E SW Pung l
- 7. DJ03-#4 RW Pump
- 8. DJ04-#5 N Pump
- 9. DH03-#8 RW Pump i
- 10. DH04-#9 M Pung
[
- 11. DH05-#10 RW Pump
- 12. Boric Acid to Charging Pump Valve QlE21MOV8104-B
- 13. EG06-1A Station Service Air Compressor
- 14. Motor Driven Fire Punp i
t l
PROBABLE CAUSE l
One or more of the Selector Switches listed l
r above, in the local position j
i l
AITIOMATIC ACTICE l
NNE IMMEDIATH ACTION i
l I
NO ACTICH IS NECESSARY IF INE AIARM IS DUE '20 PREPLAMED OPERATICNAL OR MAINrENANCE ACTIVITIES; I
OIHEIWISE SEND APPROPRIATE PERSCNGEL 70 DETERMINE 2HE CAUSE OF THE ALARM.
]
SUPPLEMENTARY ACTICN
- 1. Return the Selector Switch to the Remote position as soon as possible
- 2. Refer to hchnical Specification 3.7.4 for LCO requirements.
References:
A-177100, Sh. 76A, B & C; C-172745; D-172875; D-172876; D-172877; D-172878; D-172879; D-172747; D-172748; D-172749; D-172750; D-172751; o-172752; D-177601; C-172869;
' n chnical Specification 3.7.4 Page 1 of 1 Revision 26
FNP-1-ARP-1.1 LOCATION AF2 F2 SETPOINT: N/A PWIS ORIGIN: Local and power failure relay alarm AIARM contact in River Water Structure local annunciator panel.
PROBABLE CAUSE Initiation of any of the alarms on the River Water l
[
Structure local annunciator panel.
AITIOMATIC ACTION NONE IMMEDIATE ACTION DISPATCH OPERA'IOR 'IO CHECK RIVER WATER STRUC'IURE IDCAL l
ANNUNCIA70R PANEL FOR CAUSE OF. ALARM.
i SUPPLEMI!NTARY ACTION Refer to FNP-0-ARP-9, RIVER WATER STRUC'IURE, for specific actions to be taken in response to any of the alarm initiating conditions.
t
~w..
l References A-177100, Sh. 77; D-173187; FNP-0-ARP-9, RIVER WATER STRUCIURE l
Page 1 of 1 Revision 26 9
s
7 FNP-1-ARP-1,1 LOCATION AF3 I
F3 SETPOINT: N/A SWIS j
i ORIGIN: Local and power failure relay alarm contact in Service Water Structure local annunciator panel.
PROBABLE CAUSE i
Initiation of any of the alarms on the Service Water l
i Structure local annunciator panel.
i AUTOMATIC ACTION j
i NONE I
IMMEDIATE ACTION I
J DISPA701 OPERATOR TO CHECK SERVICE WATER STRUCTURE LOCAL l
ANNUNCIA70R PANEL FOR CAUSE OF ALARM.
.I SUPPLEMENTARY ACTION l
Refer to FNP-0-ARP-8, SERVICE WATER STRUCIURE, for specific l
actions to be taken in response to any of the alarm initiating conditions.
i i
i I
t i
l i
i
References:
A-177100, Sh. 78; D-173186; PNP-0-ARP-8, SERVICE WATER STRUCTURE l
1 Page 1 of 1 Revision 26' m...
y..
c.
,,my
.,we e.,,
m.
e
,- +
r FNP-1-ARP-1.1' IOCATION AF4-h SETPOINT:- 1. Lo Flow Range (<.1980 GPM):
F4 Diff. Flow HI: 300 + 0 GPM
- 7s l
- 2. Hi Flow Range (> 1980 GPM):
CTMr CLR i
Diff. Flow HI: 750 + 'O GPM SW FION i
- 30 HI-I4 i
ORIGIN:
- 1. Flow Switch (Q1P16FDSH3013AA-N)
- 2. Flow Switch (QlP16FDSH3013AB-N)
{
- 3. Flow Switch (OlP16FDSH3013BA-N)
~
- 4. Flow Switch (QlP16FDSH3013BB-N)
NorE The appropriate alarm range is selected automatically in response to existing flow conditions; Lo Range for for inlet flow < 1980 gpm and Hi Range for inlet
> 1980 gpm. The alarm comes in based
}
on high diff flow from inlet to outlet.
i i
PROBABLE CAUSE
{
- 1. Improper Service Water to Containment Cooler valve.
lineup.
- 2. Rupture or leak in Service Water piping.
i AITKMATIC ACTION NONE IMMEDIATE ACTION
- 1. CHECK INDICATIONS AND DETERMINE WHICH SERVICE WATER TRAIN, A OR B, HAS THE HIGH DIFFERENTIAL FLOW ACROSS THE COOLERS.
- 2. ISOIATE SERVICE NATER 10 THE CONTAINMENT COOLERS IN
~~
7EE AFFECTED TRAIN.
l 1
i l
(continued on page 2)
Page 1 of 2 Revision 23 i
l f
r FNP-1-ARP-1.1' 6
(continued from pag 2 1)
Location AF4 i
SUPPLEMENTARY ACTION i
- 1. Refer to FNP-1-SOP-12.1, CONTAINMENT AIR COOLING I
SYSTDi.
- 2. Have plant personnel determine the cause for the containment cooler service water high differential flow.
- 3. IP high differential flow is due to improper valve E neup, THEN have plant personnel correct the valve lineup in the aHected train.
- 4. It high differential flow is due to rupture in line,
-THEN isolate the affected CTMT cooler service water inlet i
valves (1-SW-MOV-3019A, B, C, D) and outlet valves (l-SW-MOV-3024A, B, C, and D and 1-SW-MOV-3023A, B, C and D).
- 5. Return system to normal lineup as soon as possible.
4 i
. ~ -
References:
A-177100, Sh. 79; B-175968; D-175003, Sh. 1; U-199344; U-199361 Page 2 of 2 Revision 23
FNP-1-ARP-1.1 LOCATION AFS F5 SETPOIttr:
9.0 f 1.5 PSID (-15,000 GPM)
ORIGIN:
- 1. Diff. Pressure Switch (QlP16PDS565-A)
- 2. Diff. Pressure Switch (OlP16PDS566-B)
'IURB BLDG
- 3. Diff. Pressure Switch (QlP16PDS568-A)
A OR B TRN
- 4. Diff. Pressure Switch (QlP16PDS569-B)
FLOW HI P
R O
M PROBABLE CAUSE P
Rupture of the Service Water piping in l
the Turbine Building.
O P
E R
A AUIOMATIC ACTION T
O Service Water to Turbine Building A and B Train R
l isolation valves will close if service water flow in either train to the turbine building A
turbine building exceeds -17,600 GPM C
(11 f 1.5 PSID).
T I
IMMEDIATE ACTION O
N
- 1. IF SERVICE WATER FLOW HAS BEEN IDST TO 'HE
~'IURBINE BUILDI!G, THEN A'ITEMPT TO RES'IORE SERVICE R
WATER FIDW.
E
~~RES'IORED, THEN PERPORM THZ ACTIONS REQUIRED BY U
FNP-1-AOP-M LOSS OF TURBINE BUILDItG SERVICE I
HATER.
R E
SUPPLEME2frARY ACTICN D
- 1. IF annunciator LJ3, HYDROGEN TEMPERA'IURE HI, alarms,
~ilEN trip the reactor and refer to FNP-1-EEP-0,
'l REACIOR TRIP OR SAFETY INJECTION.
- 2. Refer to FNP-1-AOP-7.0, LOSS OF 'IURBINE BUILDING SERVICE NATER.
- 3. Notify appropriate personnel to locate and correct the cause of the alarm.
References:
A-177100, Sh. 80; D-172674, Sh. 1 & 2; D-170119, Sh. 2; A-170750, Sh. 19 Page 1 of 1 Revision 26
~
r FNP-1-ARP-1.1 4
IDCATION AGl G1 SETPOINr: 124' 0" + 0.5" RIVER LVL ORIGIN: Level Switch QSP25LS554A A TRN HI PROBABLE CAUSE
- 1. Excessive rain and runoff.
- 2. Instrument failure.
AIJIOMATIC ACTION NONE IMMEDIATE ACTION DISPATCH OPERATOR TO DETERMINE IF ALARM IS IXJE 70 l
AN AC7UAL HIGH LEVEL CONDITION OR AN INSTRUMENT FAILURE.
SUPPLEMENTARY ACTION
- 1. Monitor building sump levels to insure site facilities are not flooded.
- 2. IF flooding of the River Water Structu e occurs, THEN F rform the following actions:
2.1 Stop all river water pumps.
2.2 Perform the actions required for annunciator ADl, N PUMP RM A TRN FIDODING, and for AEl, RW PUMP ROOM B TRN FIDODING.
2.3 Implement EIP-9, Guideline 4, Notification of Unusual Event or EIP-9, Guideline 3, Alert, depending on severity of flood and effect on plant operation.
- 3. IF alarm is due to an instrument failure, THEN have appropriate plant personnel investigate and correct the
- ~ - ' ' -
cause of the failure.
References:
A-177100, Sh. 81; A-170750, Sh. 6; B-170270, Sh. 12; D-170119, Sh. 6; D-173497 Page 1 of 1 Revision 26
F FNP-1-ARP-l'.1 IDCATION - AG2 G2 SETPOINr: 74' 0" + 0.5" RIVER LVL ORIGIN: Level Switch QSP25LS555-A A TRN LO i
PROBABLE CAUSE
- l. Excessive drought conditions.
- 2. Instrument failure.
- 3. Excessive amount of trash on intake screens.
AU'ICMATIC ACTION NONE IMMEDIATE ACTION DISPA'ICH OPERA'IOR 'IO DETERMINE IF AIARM IS DUE 'IO l
AN ACTUAL IDN LEVEL CONDITION, AN INSTRUMENT FAILURE OR CIOGGED INTAKE SCREENS.
t i
SUPPLEMENTARY ACTION
- 1. Monitor ri?*r level.
IF River Water System intake' level drops to 67', THEftrip the River Water and Screen i
Wash Pumps per FNP-0 3DP-25.0, RIVER WATER SYSTEM.
l l
Perform the actions required for annunciator AD2, RW PRESS A TRN ID and AD3, RN PRESS B TRN-LO.
- 2. Ir alarm is due to an instrument failure, 'IHEN have 4
3ppropriate plant personnel investigate and correct the cause of the failure.
- 3. Ir alarm is due to trash on intake screens, 'IHEN ' wash icreens until clean.
?
References:
A-177100, Sh. 82; A-170750,.Sh. 6; B-170270, Sh. 12; D-170119, Sh. 6; D-173497 i
i Page 1 of 1 Revision 26 i
s e
FNP-1-ARP-1.1 WCATION AG3 G3 SETPOINT:
184' 4" + 1"
-0 SW POND LVL ORIGIN: Level Switch QSP25LS508-A A TRN ID PROBABLE CAUSE
- 1. Failure of Service Water Pond Level control switches QSP25LSS10-A and/or QSP25LS511-B.
- 2. Rupture of River Water Normal Makeup to pond pipe.
- 3. River Water System inoperable.
AITIOMATIC ACTICH Starts #6, 7, 8, 9 and 10 River Water Pumps.
l IMMEDIATE ACTICN
- 1. VERIFY AITICMATIC ACTIONS HAVE OCCURED.
- 2. DISPA'ICH APPROPRIATE PERSONtEL 'IO DETERMINE CAUSE OF ALARM.
SUPPLEMENIARY ACTION
~IF level continues to decrease, THEN
- 1. Monitor pond level.
refer to Technical Specifications, Section 3.7.6.2 for LCO requirements, and refer to TNP-0-AOP-31.0, IDSS OF SERVICE NATER POND.
- 2. IF river water pump operation restores the service E ter pond level to normal operating level, THEN return system to normal operation at a level of 1857.
- 3. Have appropriate plant personnel correct the cause of the alarm.
- 4. Return system to normal operation as soon as possible.
~
References:
A-177100, Sh. 83; A-170750, Sh. 7; D-170119, Sh. 6 & 7; i
D-172780; D-172782; D-172877; D-172878; D-172879; i
D-202877; D-202878; Technical Specification 3.7.6.2 Page 1 of 1 Revision 26 I
7.-
FNP-1-ARP-1.1 LOCATION AG4 G4 SETPOINr:
170' 0" 0.5" SW WET PIT LVL ORIGIN: Service Water Wet Pit Low Level A TRN Switch QSP25LS550-A ID PROBABLE CAUSE
- 1. Loss of Service Water Pond.
- 2. Instrument Failure.
AIJItJMATIC ACTION NONE IMMEDIATE ACTION
- 1. Ensure #6, 7, 8, 9 and 10 River Water Pumps are running.
- 2. Ensure the River Water Emergency Supply to Service i
Water Wet Pit Valve QSP25VS17A is open.
- 3. Check MCB indication to determine validity of alarm.
- 4. Dispatch plant' personnel to determine cause of alarm.
SUPPLEMENTARY ACTION j
i
- 1. Refer to FNP-0-AOP-31.0, LOSS OF SERVICE WATER PCND.
- 2. Refer to Technical Specification, Section 3.7.6.2 for l
LCO Requirements with a Loss of the Service Water Pond.
)
- 3. Have appropriate plant personnel correct the cause for i
the alarm.
- 4. Return systems to normal operation as soon as possible.
~
I
References:
A-177100, Sh. 84; A-170750, Sh. 6; D-170119, Sh. 7; Technical Specification 3.7.6.2 i
Page 1 of 1 Revision 26
r..
FNP-1-ARP-1.1 IDCATION AGS G5
- SETPOINr: 98 3
- r.
DILUrICN DISCH ORIGIN: Tenperature Indicator IN-58 TDIP (N1P16TR4130).
HI PROBABLE CAUSE
- 1. Loss of Service Water to the Dilution Line.
- 2. High effluent temperature or flow from:
a.
Cooling Tower Blowdown
-l.
b.
Rad Waste Discharge AUIOMATIC ACTION NONE IMMEDIATE ACTION
- 1. CHECK INDICATIONS AND VERIFY THAT SERVICE WATER DISCHARGE 'IO DILUTION LINE VALVES ARE OPl!N.
- 2. START AN ADDITIONAL A OR B TRAIN SERVICE WATER l
I PUMP AS REQUIRED 'IO LOWER SERVICE WATER DISCHARGE I
TEMPERA'IURE BY INCREASING DILUTICN LINE BYPASS FI4W.
SUPPLEMENIRRY ACTICH -
- l. Notify the Environmental Group of the Dilution Discharge high temperature.
- 2. Notify appropriate personnel to determine and correct the cause for the Dilution Discharge high temperature alarm.
References:
A-177100, Sh. 85; D-170119, Sh. 2 Page 1 of 1 Revision 25
.-,}
7 FNP-1-ARP-1.1
(-
l LOCATION AH1 H1 l
'SETPOINr: 124' 0" 0.5" RIVER LVL l
B TRN' HI ORIGIN: Level Switch QSP25LS556-B l
i PROBABLE CAUSE I
- 1. Excessive rain and runoff.
- 2. Instrument failure, j
AU'IOMATIC ACTION
{
NONE IMMEDIATE ACTION i
i ACTUAL HIGH LEVEL CWDITIN OR A INSTRWENT FAILURE.
. l l
DISPA'ICH OPERA *IOR TO DETERMINE IF AIARM IS DUE 'IO AN j
SUPPLEMENTARY ACTI N
- 1. Monitor building sung levels to insure site facilities are not flooded.
- 2. IF flooding of the River Water Structure occurs, THEN Frformthefollowingactions:
1 2.1 Stop all river water pumps.
2.2 Perform the actions required for annunciator ADl, RN PUMP RM A TRN FI40 DING, and for AEl, RN PUMP ROOM B TRN FID0 DING.
^
2.3 Implement EIP-9, Guideline 4, Notification of Unusual i
Event, or EIP-9, Guideline 3, Alert, depending on severity of flood and effect on plant operation..
- 3. IF alarm is due to an instrument. failure, 'IMDI have
-appropriate plant personnel investigate and correct the l
cause of the failure.
J
References:
A-177100, Sh. 86; A-170750, Sh. 7; B-170270, Sh. 12; D-170119, Sh. 6; D-173497 Page 1 of'l Revision 26 4
1 l
1
-=1 s
-e m,-
n
~
.. ~,
s
e FNP-1-ARP-l.1-I4 CATION AH2 H2 SETPOINr: 74' 0" t 0.5" RIVER LVL B TRN 10 ORIGIN: Level Switch QSP25LS557-B PROBABLE CAUSE
- 1. Extended drought conditions.
- 2. Instrument failure.
- 3. Excessive amount of trash on intake screens.
AITICMATIC ACTION NONE IMMEDIATE ACTION DISPATOI OPERA'IOR 'IO DETERMINE IF ALARM IS DUE 'ID AN l
AC"IUAL LOW LEVEL CONDITION, AN INSTRUMENT FAILURE OR CLOGGED INTAKE SCREENS.
SUPPLEMINIARY ACTION
- 1. Monitor river level.
IF River Water System intake level drops to 67', THEN trip the River Water and Screen Wash pumps per FNP-0 Ei5F-25.0, RIVER HATER SYSTEM.
l Perform the actions required for annunciator AD2, RN PRESS A TRN ID and AD3, RN PRESS B TRN ID.
- 2. Ir alarm is due to an instrument failure, 'IHEN have ippropriate plant personnel investigate and correct the cause of the failure.
- 3. Ir alarm is due to trash on intake screens, 'INEN wash -
screens until clean.
References:
A-177100, Sh. 87; A-170750, Sh. 7; B-170270, Sh. 12; D-170119, Sh. 6; D-173497 Page 1 of 1 Revision 26 M
FNP-1-ARP-1.1 LOCATION AH3 H3 SETPOINT: 184' 4" + 1"
-0 SW POND LVL ORIGIN: SW Pond Low Level Switch B TRN (QSP25LS509-B)
LO PROBABLE CAUSE
- 1. Failure of Service Water Pond Level control switches QSP25LS510-A and/or QSP25LS511-B.
- 2. Rupture of River Water normal makeup to pond pipe.
- 3. River Water System inoperable.
AU'IOMATIC ACTION Starts #1, 2, 3, 4 and 5 River Water Pumps.
j IMMEDIATE ACTION
- 1. VERIFY AUICMATIC ACTIONS HAVE OCCURED.
- 2. DISPATCH APPROPRIATE PERSONNEL 'IO DETERMINE CAUSE OF ALARM.
- 3. IF RIVER NATER SYSTEM IS DETERMINED 'IO BE INOPERABLE,
-'IHEN PERFORM THE ACTIONS REQUIRED FOR ANNUNCIA'IOR AD2, RW PRESS A TRN LO AND AD3, RN PRESS B TRN ID.
j i
SUPPLEMENTARY ACTION
- 1. Monitor pond level.
--Ir level continues to decrease, THEN refer to Technical Specifications, Section 3.7.6.2 for LCO Requirements and to FNP-0-AOP-31.0, LOSS OF SERVICE NATER POND. Take appropriate action, i
- 2. IF River Water Pump operation restores the Service i
Water Pond Level to normal operating level, THEN return system to normal operation at a level of 1857.
- 3. Have appropriate plant personnel correct the cause of the alarm.
- 4. Return system to normal operation as soon as possible.
References:
A-177100, Sh. 88; A-170750, Sh. 7; D-170119, Sh. 6 & 7; D-172791; D-172793; D-172875; D-172876; D-202875; D-202876; D-202879; Technical Specification 3.7.6.2 Page 1 of 1 Revision 26
b FNP-1-ARP-1.1 M
WCATION AH4 H4 SETPOINr: 170' 0" 0.5" SW WET PIT LVL ORIGIN: Service Water Wet Pit Low B TRN Level Switch QSP25LS551-B w
i e
PROBABLE CAUSE
- 1. Loss of Service Water Pond.
- 2. Instrument failure.
ALTIOMATIC AcrICH NCNE IMEDIATE ACTION
- 1. ENSURE #1, 2, 3, 4 and 5 RIVER WATER PUMPS ARE RUNNING.
f i
- 3. CHECK MCB INDICATION 'IO DETERMINE VALIDITY OF ALARM.
- 4. DISPATCH PLANT PERS0WEL 'IO DETERMINE CAUSE OF AIARM.
SUPPLEMENIARY ACTION
- 1. Refer to FNP-0-AOP-31.0, LOSS OF SERVICE HATER POND.
- 2. Refer to Technical Specifications, Section 3.7.6.2 for LCO Requirements with A Loss of the Service Water Pond.
- 3. Have appropriate plant personnel correct the cause for the alarm.
- 4. Return systems to normal operation as soon as possible.
References:
A-177100, Sh. 89; A-170750, Sh. 6; D-170119, Sh. 6; hchnical Specification 3.7.6.2 l
Page 1 of 1 Revision 25 l
i 1
FNP-1-ARP-1.1 I4 CATION AHS H5 SETPOI!ft: N/A MIMS ORIGIN: Metal Impact Monitoring ALARM System Panel PROBABLE CAUSE
- 1. Loose parts in reactor vessel.
- 2. Loose parts in steam generator (s).
AIIIOMATIC ACTION NONE IMMEDIATE ACTION
- 1. NOTIFY SHIFT SUPERVISOR IMMEDIATELY.
- 2. DETERMINE AIARM SOURCE CHAtNEL AND MONI'IOR MIMS FOR RECURRING METALLIC NOISES.
- 3. IF CH. 755 IS ALARM SOURCE, THEN E START THE TEMPORARY MIMS l@f6RDER BY PUSHING 'IEE REC AND FWD BtJI' IONS B. HAVE THE B-MAN TAKE RCP VIBRATION IATA IMMEDIATELY.
SUPPLEMENTARY ACTION
- 1. Record alarm receipt in Operator's Log.
- 2. Notify on-call Operations Manager of MIMS condition.
~~
References:
A-177100, Sh. 90; PCN S-83-1412; U-214743 Page 1 of 1 Revision 26 A
r.
.e FNP-0-AP-1 f
PROCEDURE REQUEST FORM 1.'
Procedure Number F##-/-4##-l.I Revision Number 3/a' Procedure Title
/1MN Co N -rt o t-doA x o ANNMNC M-fo A7
/* ANN L A
g[]
Safety Related
[]
Non-Safety Related New Procedure Request
[]
Procedure Revision...
..New Revision Number
']
Procedure To Be Voided g[.
Temporary Change Effective Until Next Permanent Revision...
..TCN 2/eA Temporary Change To Be Voided...
..TCN
[]
Temporary Change One-Time-Only or Req'd by Plant Conditions..
...TCN Dates this Temporary Change is effective: From Through
[]
This Procedure is an infrequently performed test or evolution.
2.
Change Summary 2.1 Progedure Page Nymber(s) Affected by Change (s):
A O /, M O.;3.
gc.y M C '/
A C S~
2.2 Description of Change (s):
e b kI Ia,s.<a /= be AC /. 4C 4
- C 3 J e hu J
, k 4-L A c v 2 d s ~s-2.3 Reason (s) for Change (s):
re$3-l-m /e d 4*.
o8 g/* s 's dK5-/ 'livc LJ d ts - / &st 2.r.
3.
Prepared By:
h
.54M Ma.%. 7-M-i f Si Title Date
. 4+te. M
. 7-29 W 4.
Reviewed By:
~ ~
' Signature Title Date 5.
Cross-Disciplinary / PORC Review Group Sinnature Tjitic Dats 6.
Temporary Change Approval (Signature /Date)
Member Group Staff
/ J-Zf4 y[] -ShiA Foreman
/
g SemorReactorOperator C F Wh
/ 7-A4-W
[]
General Manager-Nuclear Plant
/
7.
Final Approval (Signature /Date, required within 60 days of temporary approval)
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Group Supervisor
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Manager
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MSAER
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Vice-President -Nuclear rgggy g
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e u,.-~. -. _
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General Manager-Nuclear Plant 27!1'?"?? _ _" v v a vs itrFre u b L6 COPY No O/O gey, 30 Shared AP Figure 1
r ^ ai i t FARLEY NUCLEAR PLANT 10 CFR 59.59 EVALUATION SHEET 1 OF 1 A . Unit Number: [X] One [] Two [] Shared Document Nunber: FNP-1-ARP-1.1 Revision or TCN Nanber: TCN 26A B 10 CFR 50.59 SCREENING Dos the docenent to which this evaluation applies repr==d:
- 1. []Yes [X] No A change to the plant as described in the PSAR?
Basis for answer: This change reflects the deletion of 3 annunciator wmdowr and the change to 2 wmdows under PCN B85-1-3376 and PCN B93-1-8485 which were implemented in accordance with 10CFR50.59.
- 2. [] Yes [X] No A change to procedures as descritW in the FSAR7 Basis for answer:
This change reflects PCN B85-1-3376 and PCN B93-1 M85 which were implemented in accecder.ce with 10CFR50.59. 1 3. [] Yes [X] No A tot or experunent not desc4ibed in the FSAR7 Basis for answer: This change does not constitute a test or experiment per the definition in FNP 0-AP-88.
- 4. []Yes [X] No A change to the Technical specifations?
Basis for answer: Reviewed Technical Specification requirements twl verified no changes are required. i If ANY of the four g==ha== la h B are answered "Yes", then PORC renew of the safety evaluation is required prior to im;'---- ^* n.I.29 1 */ Reviewed By: C Preparer: 6I A,u 3 Date: Reviewer:-M*, y - Date:M94 Reviewed By: Date: Reviewed By: Date: Approved By: Date: Reviewed By: Date: FNP Approved By: Date: Reviewed By: Date: PORC Review By: Date: Reviewed By: Date: NORB Review By: Date: FigureI t Page1 of1 Rev.0 I b}}