ML20011F428
| ML20011F428 | |
| Person / Time | |
|---|---|
| Site: | Davis Besse  |
| Issue date: | 02/21/1990 |
| From: | Shelton D TOLEDO EDISON CO. |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| References | |
| 1771, NUDOCS 9003060019 | |
| Download: ML20011F428 (109) | |
Text
f '
9 TOLEDO
< %sm EDISON I
- A Centeru Energy Cwmany DONALO C. SHELTON f Vce Presdent-Nuclear I' * ' "
- Docket-Number 50-346 License Number NPF r Serial Number 1771 February 21, 1990 !
c' United: States Nuclear Regulatory Commission !
Document Control Desk j Vashington,.D. C. 20555
Subject:
Submittal of Emergency Response Data System (ERDS) Data '
Point Library Reference Files
. Gentlemen: .;
Attached are the ERDS Data Point Library Reference Files for the Davis-Besse Nuclear Power Station. .
1 Toledo EdisonJvolunteered to participate in the ERDS program by letter dated
~ June 29,-1989 (Serial Number 1678). At this time, the necessary softvare for transmitting ERDS information has been developed, has the-capacity to transmit non-validated ' data, and is available for review and testing. -
Toledo. Edison vill contact the NRC ERDS contractor directly in order to- .
arrange a mutually acceptable schedule for preliminary testing of the system.- )
-"S'hould you have any questions or require any additional information, please ,
. contact Mr. R. V. Schrauder, Manager - Nuclear Licensing, at (419) 249-2366. 1 Very truly yours,
'AVA/ eld l Attachment ec: P. M. Byron, DB-1 NRC Senior Resident Inspector, v/o attachment A.;B.-Davis, Regional Administrator, NRC Region III, v/o attachment E. L. Jordan, Analysis and Evaluation of Operational Data T. V. Vambach, DB-1 NRC Senior Project Manager, v/o at tachment I T. P. LaRosa, EI International, Inc. .pd L 9003060019 900221 /I PDR ADOCK 05000346 -'
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F PDC THE TOLEDO EDISON COMPANY EDISON PLAZA 300 MADISON AVENUE TOLEDO, OHIO 43652
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y f Dock:t Number 50 346 l- Licens] Number NPT-3 S; rial' Numb 2r 1771
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! Attachment, Page 1 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PAR / METER: H2 CONC POINT ID A302 PLANT SPEC POINT DESC.: Ctmt H2 Concentration GENERIC /COND D5SC.: Containment Hydrogen Concentration ANALOG /DICITAL: A ENGR UNITS / DIG STATES: I ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 10 ZERO POINT REFERCNCE: N/A l REFERENCE POINT NOTES: N/A _
PROC OR SENT,s S NUMBER OF SENSORS: 1 , __
I i HOW PROCESSED: N/A ,
SENSOR LOCATIONS: Aux Bldg _
ALARM / TRIP SET POINTS: N/A i
NI DETECTOR POWER SUPPLY CUT-OFF POWER j
LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low _
TEMPERATURE COMPENSATION FOR DP TRAdSMITTER: N/A
r Dock:t Number $023 6 f Li ense Nui.iber hFP ) :
l Serial Number 1771
! Attachment, Page 2 LEVEL REFERENCE LEG: N/A .
UNIQUE SYSTEM DESC.: Air from 1 of 4 locations in containment is drawn through a thermal conductivity analyzer and analyzed for Hydrogen content.
Local indications and alarms (0.6% to 1.02), and control room indication, __
and alarms, are provided from the analyzer. The analyzer's measurement rattge is 0-102 Hydrogen. Two redundant vacuum pumps with standby autostart on low suction capability provide flow through the analyzer. Two completely redundant analyzers perform this function, however, this computer point receives input from the Channel 1 analyzer only, h
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i Dock;t Number 50-346' Licten:e Cumber NPF.3
[
S; rial Numb]r 1771 L Attachment, Page 3
- j. DATA POINT LIBRARY REFERENCE FILE i
DATE: 11/01/89 i
REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: HP SI FLOW POINT ID: F461 PLANT SPEC POINT DESC.: HP Inj 1-1 Plow ,_
GENERIC /COND DESC.: High Pressure Safety Injection Flow ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: GPM ENGR UNT.TS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 500 ZERO POINT
REFERENCE:
N/A-REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to flow SENSOR LOCATIONS: Aux Bldg ALARM / TRIP SET POINTS: N/A l NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h NI DETECTOR POWER SUPPLY TURN-ON POWER LEVELt N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N
Dock t Number 50 346 License Number NPF-3 S: rial Number 1771 Attachment, Page 4 LEVEL REFERENCE LEG: N/A UNIQUE SYS1EM DESC. : There are two high pressure injection pumps, and each pump supplies two injection lines. There is one injection line per RCS coldleg (total of four). F461 displays flow to RCS coldleg 1-1 in GPM. Control room flow indication 1) allows for balancing of flow between injection lines for various operating configurations, such as only one HPI pump operating, and
- 2) provides input when HPI flow may be throttled.
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t Dock;t Number 50-346 Lic :s] Numb;r NPF-3 S; rial Number 1771 Attachment, Page 5 DATA POINT LIBRARY REFERENCE FILE .
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DATE: 11/01/89 REACTOR UNIT: DB1 i
DATA FEEDER: DADS )
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NRC ERDS PARAMETER: HP SI FLOW POINT ID: F464 -
PLANT SPEC POINT DESC.: HP Inj 1-2 Flow GENERIC /COND DESC.: High Pressure Safety Injection Flow l ANALOG / DIGITAL: A ,
ENGR UNITS / DIG STATES: GPM ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 500 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 NOW PROCESSED: DP converted to flow ,
SENSOR LOCATIONS: Aux Bldg ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODO: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N
Dock 0t Number 50-346 License Number NPF-3 Serial Number 1771 Attachment, Page 6 LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: There are two high pressure injection pumps, and each pump supplies two injection lines. There is one injection line per RCS coldleg (total of four). F464 displays flow to RCS coldleg 1-2 in GPH. Control room flow indication 1) allows for balancing of flow between injection lines for g
various operating configurations, such as only one HPI pump operating, and
- 2) provides inyut n when HPI flow may be thrott led.
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Dock;t Number 50-346 Lic:cse Number NPF-3 i S: rial Number 1771 Attachment. Page 7 DATA POINT LIBRARY REFERENCE FILE l
DATE: 11/01/89 REACTOR DNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: HP SI FLOW n:
POINT ID: F467 PLANT SPEC POINT DESC.: HP Inj 2-1 Flow GENERIC /COND DESC.: High Pressure Safety Injection Flow ANALOG / DIGITAL: A ENGR UNITS / DIG STATF.S GPM ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: _5_00 ZERO POIhT
REFERENCE:
N/A ,
REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to flow SENSOR LOCATIONS: Aux Bldg 1
ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A
) NI DETECTOR POWER '
SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low :
l TEMPERATURE COMPENSATION l FOR DP TRANSMITTER: N j
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! Dock t Number 50 346 I Licens? Number NPF-3 S~ rial Number 1771
- Attachment Page 8 LEVEL REFERENCE LEG N/A UNIQUE SYSTEM DESC.
- There are two high pressure injection pumps, and each pump supplies two injection lines. There is one injection line per RCS coldleg f
1 total of four). F467 displays flow to RCS coldleg 2-1 in GPM. Control room flow indication 1) allows for balancing of flow between injection lines for various operating configurations, such as only one HPI pump operating, and
- 2) provides input when HPI flow may be throttled. _
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Dock t Numb;r 50-346 L Lic:nso Numb?r NPF-3 S: rial Numb]r 1771 Attachment. Page 9 DATA POINT LIBRARY REFERENCE FILE l
I DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: HP SI FLOW POINT ID: F470 PLANT SPEC POINT DESC.: HP Inj 2-2 Flow GENERIC /COND DESC.: High Pressure Safety Injection Flow ANALOG / DIGITAL: A .
F-ENGR UNITS / DIG STATES: GPM ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 500 IERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P -
NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to flow SENSOR LOCATIONS: Aux Bldg ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A T HI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A l
INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N l
Dock::t Number 50-346.
Licensa Numb r NPT-3 S rial Numb;r 1771 Attcchment, Page 10 5
LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: There are two high pressure injection pumps, and each pump supplies two injection lines. There is one injection line per RCS coldleg, (total of four). F470 displays flow to RCS coldleg 2-2 in GPM. Control room flow indication 1) allows for balancing of flow between injection lines for various operating configurations, such as only one HPI pump operating, and
- 2) provides input when HPI flow may be throttled.
Dock;t Number 50-346 Lie:nse Number NPF-3
,S2 rial Numb 2r 1771 1 Attachment, Page II !
DATA POINT LIBRARY REFERENCE FILE I ;
DATE: 11/01/89
,o i REACTOR UNIT: DB1 a
DATA FEEDER: DADS ;
I NRC ERDS PARAMETER: LP SI FLOW ,
POINT ID: F592 1
PLANT SPEC POINT DESC.: LP Ini 2 Flow GENERIC /COND DESC.: Low Pressure Safety Injection Flow <
ANALOG / DIGITAL: A_
+
ENGR UNITS / DIG STATEft: GPM ENGR UNITS CONVERSION: IyA MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 5000 l?
ZERO POINT
REFERENCE:
N/A REFETENCE POINT NOTES: N/A PROC OR SENS: P 8
NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to flow SENSOR LOCATIONS: Aux Bldg ALARM / TRIP SET POINTS: Low alarm at 2800 GPM High alarm at 3750 GPH NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A ;
h . NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N :
F l Dock:.t Number 50-346 Lizns] Number NPF-3
- . 5
- ri~.1 Numb;r 1771 Attachment. Page 12 LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: Control room flow indication 1) allows for the f
L balancing of flow between the injection lines if one train falls to start following an SFAS initiation, 2) provides input when to secure HPI flow, and
- 3) ensures minimum flow through the reactor vessel during boron concent ration reductions. The low flow alarm is set at minimum flow during reactivity changes. The high flow alarm is set to prevent flow induced vibration problems in the DH coolers. Normal rated flow is 3000 GPM.
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l Dock:t Number 50-346
'Liernse Numb;r NPF 3 l.
I S] rial Numb;r 1771 l- > Attachment,~Page 13 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: LP SI FLOW POINT ID: FS93 PLANT SPEC POINT DESC.: LP Inj 1 Flow GENERIC /COND DESC.: Low Pressure Safety Injection Flow ANALOG / DIGITAL: A _ , _ __ _
EPGR UNITS / DIG STATES: GPH i ENGR UNITS CONVERSION: N/A _, ,
MINIMUM INSTR RANGE: 0 , i MAXIMUM INSTR RANGE: 5000 ZERO POINT
REFERENCE:
M/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to flow SENSOR LOCATIONS: Aux Bldg ALARM / TRIP SET POINTS: Low alarm at 2800 GPM, High alarm at 3750 GPM >
NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h HI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N *
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Dock t Number 50-346 Lic;nsa Number'NPF-3 S:riol Numb:4r 1771 Attachment. Page 14
{ LEVEL REFERENCE LEG N/A _
UNIQUE SYSTEM DESC.: Control room flow indication 1) allows for the balancing of flow between the injection lines if one train fails to start following an SFAS initiation, 2) provides input when to secure HPI flow, and
- 3) ensures minimum flow through the reactor vessel during boron concentration reductions. The low flow alarm is set at minimum flow during reactivity i
changes. The high flow alarm is set to prevent flow induced vibration problems in the DH coolers. Normal rated flow is 3000 GPH. ,
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[ Dock:t' Number 50-346 Liccnse Number NPF-3 v ..
S;riOI Numb;r 1771 Attachment, Page 15 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: MN FD FL 1 POINT ID: F674 PLANT SPEC POINT DESC : Main Feedwater Loop 1 Compensated Flow GENERIC /COND DESC.: Steam Gen 1 Main Feedwater Flow AMALOG/ DIGITAL: A _ _ _ _ . _ _
ENGR UNITS / DIG STATES: KLB/hr ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 i
MAXIMUM INSTR RANGE: 7000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 2 HOW PROCESSED: DP converted to flow, temperature compensated SENSOR LOCATIONS: Aux Bldg - On 18' Loop 1 Feedwater Pipe ALARM / TRIP SET POINTS: None NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Medium TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y
Docket Number 50 346 -
Licens') Number NPF-3 S:rA:,1-Numb:r 1771 Attachment, Page 16 LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: There are two turbine driven Main Feedwater Pumps.
The sensor measures total flos i,n the main feed header for Steam Generator 1, downstream of the feedwater control valves. At full power, this flow is about 5700 KLB/hr.
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3, Dock:t Number 50-346 Lic;ns] Number NPF-3 S;riOI Numb 0r 1771 Attachment, Page 17 DATA POINT LIBRARY REFERENCE FILE l
DATE: 11/01/89 L REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: MN FD FL 2 POINT ID: F679 PLANT SPEC TVINT DESC.: Main Feedwater Loop 2 Compensated Flow CENERIC/COND DESC.: , Steam Gen 2 Main Feedwater Flow ANALOG / DIGITAL: A _ _ , _ , _ _ _
ENGK UNITS / DIG STATES: KL_BJhr __ _ _
l ENGR UNIfS CONVERSION: N/A , ,
MININUM INSTR RANGE: 3 i
MAXIMUM INSTR RANGE: 7000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NU4BER OF SENSORS: 2 HOW PROCESSED: DP converted to flow, temperature compensated SENSOR LOCATIONS: Turbine Bldg - On 18' Loop 2 Feedwater Pipe ALARM / TRIP SET POINTS: None NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER ,
SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE
. MODE: Medium TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y
I i DockCt Number 50-346 License Number NPF-3 SeriO1 Numb 0r 1771 Attachment. Page 18
' LEVEL REFERENCE LEG:- N/A UNIQUE SYSTEM DESC.: There are two turbine driven Main Feedwater Pumps.
This sensor measures total flow to Steam Generator 2 in the main feed header upstream of the feedwater control valves. At full power, this flow is about 5700 KLB/hr.
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Dock t Number 50-346 Lic:ns: Numb;r EPF-3 ;
S rial Numb;r 1771
'i Attachment. Page 19 l DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 t
DATA FEEDER: DADS NRC ERDS PARAMETER: CORE FLOW POINT ID: F727 PLANT SPEC POINT DESC.: RC Loop 1 Hotleg Flow GENERIC /COND DESC.: Total Reactor Coolant Flow __ _
ANALOG / DIGITAL: A l ENGR UflITS/ DIG STAfri MLB/hr _ _ _
ENGR UNLIS CONVERSION: N/A ,, _ _ _ ,,
MINIMUM INSTR RANGE: 0 _ , _
MAXIMtM INSTR EANGE: CD ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 2 HOW PROCESSED: DP converted to flow, temperature compensated SENSOR LOCATIONS: CTMT - Mounted on D. Ring wall ALARH/ TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y
Docket Number 50 346 Licensa Number NPF.3 S:ri:1 Number 1771 Attachment, Page 20 LEVEL REFERENCE LEG N/A UNIQUE SYSTEM DESC.: Differential pressure signals from two DP cells, one in each hot leg loop, are transmitted to each RPS channel. One loop 1 flow signal is selected from either RPS channel 1 or 2 and is fed, via an output seicetion p.snel (located in RPS channel 2), to the NNI cabinets. In the NNI cabinets, the flow is processed by a square root extractor and temperature compensatr( vith a hot Jeg temperature signal. Transmitter calibrated range is 0-133.8 inches, corresponding to 0-80 million pounds per hour. Other outputs include control room indicators and signals to ICS feedwater control.
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Dock;t Number 50 346 Lic:nse Number NPF-3 S2 rial Number 1771 Attachment, Page 21 i
DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: CORE FLOW r:
POINT ID: F732 PLAN't SPEC POINT DESC.: RC Locr, 2 Hotleg Flow GENERIC /COND DESC.: Total Reactor Coolant Flow ANALOG / DIGITAL: A ENCR UNITS / DIG STATES: MLB/hr ENGR UNT.TS CONVERSION: N/A_,_
MINIMUM INSTR RANGE: 0 5
MAXIMUM INSTR RANGE: 80 ,
EERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A l
l PROC OR SENS: P NUMBER OF SENSORS: 2 HOW PROCESSED: DP converted to flow, temperature compensated ;
SENSOR LOCATIONS: CTMT - Mounted on D. Ring wall ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT 0FF POWER LEVEL: N/A h NI DETECTOR POWER l
SUPPLY TURN-ON POWER LEVEL: N/A INFTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y
DockOt Number 50 346 Licens0 Humber NPF-3 Sorial Number 1771 Attachment, Page 22 LEVEL REFERENCE LEG: N/A UNIQUE SYSTKH DESC.: Differential pressure signals from two DP cells, one in each hot leg loop, are sent to each RPS channel. One loop 2 flow signal is selected from either RPS channel 1 or 2 and is fed, via an output selection _
panel (located in RPS chnnnel 2), to the NNI cabinets. In the NNI cabinets, the DP flow is processed by a square root extractor and temperature compensated with a hot leg temperature signal. The fl.ow for F732 and F727 are normally selected from the same RPS_ channel. Transmittet calibrated range is 0 717 inches, corresponding to 0,-00 mil *2 ion pounds per hour. Other outputs include control roon, indicators and signa 3 m to ICS feedwater control.
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Docket Number 50-346 License Number NPF-3 S;rici Numb;r 1771 Attachment, Page 23 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 __ >
REACTOR UNIT: DB1 I
DATA FEEDER: DADS NRC ERDS PARAMETER: RCS CHG/MU POINT ID: P740 i i PLANT SPEC POINT DESC.: RC MU Flow High Range GENERIC /COND DESC.: Primary System Charging or Make-up Flow ANALOG / DIGITAL: A l ENGR UNIYP/ DIG STATES: GPM ._ !
ENCR UNITS CONVF.RSICNs N]/ ._ j M!.NIMUM INSTR RANGE: 0 _ _ ,,, , , , , . l 1
HAXIMUM INSTR RANGE: 500 , , . ,_ ._
ZERO POINT REFER.ENCI: N/A __ .-
EEFERENCE POIN't NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to flow SENSOR LOCATIONS: Aux Bldg ALARM / TRIP SET POINTS: High alarm at 140 GPM NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N_!L W
, NI DETECTOR POWER l SUPPLY TURN ON POWER LEVEL: N/A ___
INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N l
i Docket Number 50-346 ' '
- l. . LicensJ Number.NPF-3
! Serial Cumber 1771 Attachment, Page 24 <
LEVEL REFERENCE LEG: N/A P~.
UNIQUE SYSTEM DESC.: This computer point provides Reactor Coolant System ,
(RCS) make-up flow rate going to RCS cold leg loop _2-1. There is also input to control room annunciation for high RC make-up flow (set at 140 CPM).
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i- - Dock;t Number 50-346 Lic:ns] Numb;r NPF-3 Spri 1 Numb 3r 1771
. Attachment, Page 25
[ DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1
!. DATA FEEDER: DADS
[ NRC ERDS PARAMETER: AX FD FL 1 POINT'ID: F874 I I PLANT SPEC POINT DESC.: SG 1 AFW Flow _
GENERIC /COND DESC.: Steam Gen 1 Auxilia_ry FW Flow ,
ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: GPM _
ENGR UNITS CONVERSION: J/A , _ , , _ _ _
t MINIMUM INSTR RANGE: 0 i HAXIMUM INSTR RANCE: 1000 __ _ __ _
t F77.0 POINT
REFERENCE:
N/A .
REFERENCF. POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to flow SENSOR LOCATIONS: Aux Bldg - On AFW Supply Line to SG 1 ALARM / TRIP SET POINTS: N/A 1 NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL - N/A h- NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE H0DE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N
g _
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- sock;t Number 50-346 I' Li':ense Numb;r NPF-3
( S; rial Numb:r 1771
[?
Attachment, Page 26 LEVEL REFERENCE LEG: N/A
, UNIQUE SYSTEM DESC.: This computer point provides Auxiliary Feedwater Flow
'to Steam Generator 1 indication. This flow instrument taps in downstream of the Mctor Driven Feedwater Pump (MDFP) tie in, and the AFW cross-connect piping. Therefore, this indication represents the total flow to SG1 from any e of three sources, AFP 1. AFP 2, or the MDFP.
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Dock;t Number 50-346
-Lic;ce? Number NPF-3
' *crial Numbr,r.1771
' Attachment, Page 27 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 l DATA FEEDER: DADS l
i NRC ERDS PARAMETER: AX FD FL 2 L
L POINT ID: F875 PLANT SPEC POIKI DESC.: SG 2 AFW Flow ,
GENERIC /COND DESC.: Steam Gen 2 Auxiliary FW Flow ANALOG / DIGITAL: A t
ENGR UNITS / DIG STATES: GPM r
ENGR UNITS CONVEPSION: N/A MINIMUM INSTR RANGE: 0 __ , , ,_ ,
MAXIMUM INSTR RANGE: 1000 ZERO POINT REFERENCSs N/A _ _ _ __ _ , _ _
l RFFEMNCE POINT NOTES: HR _
PROC OR SENS: P l __ _ _
NUMBER OF SENSORS: 1 __
L HOW PROCESSED: DP converted to flov ,
l SENSOR LOCATIONS: Aux Bldg - On AFW Supply Line to SG 2 ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: .N/A INSTRUMENT FAILURE MODE: Low ___
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N
r l Docket Number 50-346 License Number NPF-3 S; rial Numb:r 1771 Attachment, Page 28 s
1.EVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: This computer point provides Auxiliary Feedwater Flow to Steam Generator 2 indication. This flow instrument taps in, downstream of the Motor Driven Feedwater Pump (MDFP) tie in, and the ATW cross-connect' piping. Therefore, this indication represents the total flow to SG2 3
from any of three sources AFP1, AFP2, or ihe MDFP.
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Dock;t. Numb 0r 50-346 Lic1nso Number NPF-3 S2 rial' Numb;r 1771
.-Attachment, Page-29'-
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DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: MN FD FL 1 POINT ID: F878 PLANT SPEC POINT DESC.: Main Feedwater Loop 1 Startup Flow GENERIC /COND DESC.: -Steam Gen 1 Main Feedwater Flow ANALOG / DIGITAL ^ A ENGR UNITS / DIG' STATES: KLB/hr ENGR UNITS CONVERSION: N/A' HINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: '1500 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 .
.i' -HOW PROCESSED: DP converted to flow, temperature compensated:
- SENSOR LOCATIONS
- . Turbine Bldg - On 6' Startup Feedwater Loop 1 Pipe ALARM / TRIP SET POINTS - N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-OH POWER l' LEVEL: N/A L
INSTRUMENT FAILURE MODE: Medium TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y l
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i Dock ~,t Number 50 346 Lic;nse Numb;r NPF-3 L
SI: rial Numb]r -1771 Attachment,'Page'3b
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LEVEL-REFERENCE LEG N/A UNIQUE SYSTEM DESC.: There are two parallel automatic feedwater control valves. The Startup Feedwater Control valve controls flow until about 202 power. At higher powers, the Startup Feedwater Control valve is fully open.
Flow'is controlled by the Main Feedwater Control valve. This sensor is located just upstream of the Startup Feedwater Control valve 1, and measures flow only through this valve.
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D:cket Numb]r'50-346' .
Lic;nse Number NPF-3:
Serial Numb r 1771 Attachment, Page 31 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 .
REACTOR UNIT: DB1 DATA FEEDER: DADS t
NRC ERDS PARAMETER: MN FD FL 2 POINT ID: F879 PLANT SPEC POINT DESC.: Main Feedwater Loop 2 Startup Flow GENERIC /COND DESC.: Steam Gen 2 Main Feedwater Flow
, ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: KLB/hr ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 1500 ,
'i ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 1 HOW PROCESSED: De converted to flow, temperature compensated SENSOR LOCATIONS: Turbine' Bldg e On 6" Startup Feedwater Loop 2 Pipe ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER '
SUPPLY-CUT-OFF POWER LEVEL: N/A L - NI DETECTOR POWER l
SUPPLY TURN-OH POWER LEVEL: N/A
' INSTRUMENT FAILURE MODE: Medium l
i TEMPERATURE COMPENSATION
'FOR DP TRANSMITTER: Y l
_i__________'____________________.____E___
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Dock:t Numb;r 50 346 Lic nsa Numb;r NPF-3 S3 rial Numb:r 1771 Attachment,-Page 32 LEVEL REFERENCE LEG: N/A UN1QUE SYSTEM DESC.: There are two parallel automatic feedwater control valves. The Startup Feedwater Control valve controls flow until about 202 power. At higher powers, the Startup Feedwater Control valve is fully open.
Flow is controlled by the Main Feedwater Control valve. This sensor is located just upstream of the Startup Feedwater Control valve 2, and measures flow only through this valve.
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Dock 2t. Numb 2r-50-346- '
Licens3 Numb 3r NPF-3 Ssrial-Numbar 1771 Attachment,=Page 33 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1-DATA TEEDER: DADS
.NRC ERDS PARAMETER: BWST LEVEL POINT ID: LO62
'S
-PLANT SPEC POINT DESC.: BWST Lvl SFAS Ch 1 GENERIC /COND DESC.: Borated Water Storage Tank Level .
ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: FT ,
ENGR UNITS CONVERSION: N/A I
MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 50 ZERO POINT
REFERENCE:
TNKBOT REFERENCE POINT NOTES: O' is O'7" above tank bottom PROC OR SENS: P
, NUMBER OF SENSORS: '1 HOW PROCESSED: DP converted to level
. SENSOR LOCATIONS: Outside, at base of BWST' ALARM / TRIP SET POINTS: Low level alarm at 38.5', SFAS level 5 actuation at 8' NI DETECTOR-POWER SUPPLY CUT-OFF POWER LEVEL: N/A b NI DETECTOR POWER SUPPLY' TURN-ON POWER LEVEL. N/A INSTRUMENT FAILURE
. MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N
c .-
m Dock t Number 50-346 Lic:nse Number NPF-3 Serial Numb r 1771
- Att.achment, Page 34 L;
LEVEL REFERENCE LEG: Dry' UNIQUE SYSTEM DESC.: This indication is used 1) to provide BWST level indication to the control room, and 2) as input to the Safety Features Actuation System trip bistable. This bistable provides a signal to output logic which provides control room annunciation of a permissive signal, which permits the operator to shift the low pressure injection water source from the BWST to the Emergency Sump. Four redundant transmitters are available, however, this computer point receives a signal from SFAS Channel 1 only. ;
A BWST low level annunciator is provided by Ch 1 and Ch 2, at 38.5'. Tech Spec minimum level is 37.4'. Normal level is approximately 41'.
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' r Dock tt Numbb r . 50-3 46 '-
Lic;nso Numbar NPF-3 S0 rial-Numb?r 1771 1 Attachment, Page 35 .
DATA POINT LIBRARY REFERENCE FILE DATE : 11/01/89 REACTOR UNIT: DS1 DATA FEEDER: DADS NRC ERDS PARAMETER: CTMNT SMP NR ,
POINT ID: L318 PLANT SPEC POINT DESC.:' Ctmt Normal Sump Level GENERIC /C014D DESC. : Containment Sump Narrow Range Level ,
ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: FT ENGR UNITS CONVERSION: N/A
' MINIMUM INSTR RANGE: 0 MAXIMUM' INSTR RANGE: 4
.i ZER0' POINT REFERENCES- TNKBOT j REFERENCE POINT' NOTES: CTMT - at 538' PROC OR SENS: S NUMBER OF SENSORS: 1
.HOW PROCESSED: See description SENSOR LOCATIONS: CTMT - In Emergency Sump !
ALARM / TRIP SET POINTS: !!igh alarm at 4.0', Low alarm at O' NI. DETECTOR POWER f SUPPLY CUT-OFF POWER LEVEL: N/A h NI DETECTOR POWER SUPPLY TURN-OH POWER LEV"L: N/A INSTRUMENT FAILURE ,
MODE:' Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A'
rr +: -
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'Dockht: Numb 5r50-346-Lic;nsi Numb 3r NPF-3
, Sdrial-Numbar 1771-Attachment, Page:36, LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM'DESC.: Narrow' range' containment sump level ~ is monitored by
~
float' type level transmitters mounted in the sump. The level transmitters have a calibrated range of O' to 4'. The normal sump-contains 369.1 gal /ft, and is 31' deep.
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1Deckst Number 50-346:
License' Number.NPF-3
'Sarial Number 1771- q Attachment Page 37
- DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1-DATA FEEDER: DADS NRC'ERDS PARAMETER: CTMNT SMP VR i'
POINT ID: L321 i
PLANT SPEC POINT DESC.: Ctmt WR Level {
- GENERIC /COND DESC.: Containment Sump Wide Range Level l ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: FT 3 ENGR UNITS CONVERSION: N/A l
MINIMUM INSTR RANGE: 538 MAXIMUN INSTR RANGE: 593 ZERO POINT
REFERENCE:
TNKBOT Level given in elevation above sea level. 538' is j
-REFERENCE POINT NOTES: the bottom of RX vessel cavity. [
PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to level SENSOR LOCATIONS: CTMT - In Normal Sump 5
ALARM / TRIP SET POINTS: N/A i
NI DETECTOR POWER SUPPLY CUT-OFF POWER ,
LEVEL: :.lA '{
<NI DETECTOR POWER
- SUPPLY TURN-OH POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N c-,,c- , c .
i
' Dick;:t Husb;r 50-346
'Lic:ns1 Nulb;r NPF-3 S; rial Numb;r 1771
-Attachment, Page 38
' LEVEL REFERENCE LEG: Dry r
UNIQUE SYSTEM DESC.: The purpose of the wide range sump level is to provide g
indication of the water level in containment following'a Loss of Coolant Accident. The level instrument is able to measure levels higher than the containment flood level, which is at 572'2", and corresponds to approximately 600,000 gallons. The level sensors are absolute pressure transmitters, which have a scale range of 0-228 psig. The pressure transmitters are mounted at the bottern of the normal' sump.
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F .D:ckat Numbsr 50-346-
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LicIns3' Numb &r NPF-3' Ssri 1. Numb;r 1771 t
', Attachment.;Page 39_
- DATA POINT LIBRARY REFERENCE FILE 1
DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDERS DADS NRC ERDS PARAMETER: REAC VES LEV ,
e POINT ID: L722
= PLANT SPEC POINT DESC. 4 HLLMS Loop 1 Hotleg Level GENERIC /COND DESC.: Reactor Vessel Water Level ANALOG / DIGITAL: A ENGR UNITS / DIG STATES:- IN ENGR UNITS CONVERSION: N/A ;
MINIMUM INSTR RANGE: 0 ,
s
. MAXIMUM INSTR RANGE:. 918 ZERO POINT
REFERENCE:
TAF REFERENCE POINT NOTES: - Actual ZPR is at Reactor Outlet Plenum .
PROC OR SENS: P l.
NUMBER OF SENSORS: 4 ,
-HOW PROCESSED: See system description SENSOR LOCATIONS: CTMT ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A b NI DETECTOR POWER.
, SUPPLY TURN-OH POWER ,
LEVEL: N/A INSTRUMENT FAILURE MODE: Low ,
' TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y l
F" D:ckst Numbar.50-346 Lic;nsa Numb 5r NPF-3 S3rici Numb r 1771 Attachment, Page 40 LEVEL REFERENCE LEG: Wet UNIQUE SYSTEM DESC.: Th,e differential pressure between the top of Loop 1 hotleg (Elevation 647'6') and the Loop 1 Reactor Outlet (Elevation 571'),
llotleg Level-Reference Leg Temperature, RCS Pressure, and RCS Temperature are used in a computer algorithm to determine compensated hotleg level. A value of -9999 it displayed when the RCPs are running. The algorithm is only valid when all'RCPs are off.
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Dock t' Numb 3r 50 346
-Lic ns3 Numb 3r NPF-3 Sirial Numb 3r 1771 4 . Attachment, Page 41 DATA POINT LIBRARY REFERENCE FILE
.DATE: 31/01/89' !
. REACTOR UNIT: DB1 DATA FEEDER . DADS NRC ERDS PARAMETER:- REAC VES LEV ,
i POINT ID: L723
-PLANT SPEC POINT DESC.: HLLMS Loop 2 Hotleg Level GENERIC /COND DESC.: Reactor Vessel Water Level
. ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: IN ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 <
MAXIMUM INSTR RANGE . 918
?
ZERO' POINT
REFERENCE:
. TAF REFERENCE POINT NOTES: Actual 2PR is at Reactor Outlet Plenum PROC OR SENS: P
~
NUMBER OF SENSORS: 4
.i '
HOW PROCESSED: See system description SENSOR LOCATIONS: CTMT ALARM / TRIP SET POINTS: N/A HI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A HI DETECTOR POWER
-SUPPLY. TURN-ON POWER i;_ ~ LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y l
p, -
b Dock;t Numb 3r 50-346 Liccnso Numb 3r NPF-3 Sorial Numb 3r 1771 Attachment,.Page 42 LEVEL REFERENCE LEG: Wet UNIQUE SYSTEM DESC.: The differential pressure between the top of Loop 2 hotleg (Elevation 647'6") and-the Loop 1 Reactor Outlet (Elevation 571'), Hot-1 leg Level Reference Leg Temperature, RCS Pressure, and RCS Temperature are used l 1
in a computer algorithm to determine compensated hotleg level. A value f 1
of -9999 is displayed when the RCPs are running. The algorithm is only valid when all RCPs are off. .
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Dockst Numbar-50-346, ,
Lic:nsa Numb:r NPF-3 Serial Numbar-1771-Attachment, Page DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS _
NRC ERDS PARAMETER: PRZR LEVEL POINT ID: L768 PLANT SPEC POINT DESC : Pressurizer' Compensated Level GENERIC /COND DESC.: Primary System Pressurizer. Level ,
ANALOG / DIGITAL: A .,
ENGR' UNITS / DIG STATES: IN ENGR UNITS CONVERSION: N/A
' MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 320' i
~
ZERO POINT
REFERENCE:
Complex REFERENCE POINT NOTES: Hemispherical portion -
PROC OR SENSt- P
-NUMBER OF' SENSORS: $ r HOW. PROCESSED: See system' description
, SENSOR LOCATIONS: CTMT - On Pressurizer-ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE.
MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: Y h
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' Dock;t' Humb r 50-346 L ,
t, Lic:nsa' Numb;r NPF-3 s, ' S; rial" Numb;r 1771 h > Attachment, Page'44-4-
LEVEL REFERENCE LEG: Wet
[jg ' UNIQUE SYSTEM DESC.:1 .This computer point indicates pressurizer level as e
measured by a selected-level transmitter that is temperature compensated.
r Three' level transmitters,'and two temperature transmitters are selectable from the control room to? accomplish this function.
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A#' 6:ckst'Humber50-346 Lic;nso' Numb;r NPF-3
(; , .S3 rial Numbir 1771 Attachment, Page 45 ;
i DATA POINT LIBRARY REFERENCE FILE li s
DATE: 11/01/89 REACTOR UNIT - DB1 DATA FEEDERr DADS NRC ERDS PARAMETER: SG LEVEL 1 ,
+
POINT ID ' L883 PLANT SPEC POINT DESC.: SG 1 Startup Range Level I
GENERIC /COND DESC. . Steam Generator 1 Water Level V
ANALOG / DIGITAL: A
, ENGR UNITS / DIG STATES: IN ENGR UNITS CONVERSION: N/A MINIMUM INSTR' RANGE: 0- ,
MAXIMUM INSTR RANGE: 250 ZERO POINT
REFERENCE:
TUBSHT REFERENCE POINT NOTES: 0" = 6' above lower tube sheet PROC OR SENS: P NUMBER OF SENSORS: 1 L NOW PROCESSED: DP converted to level SENSOR LOCATIONS: CTMT - Outside of D-Ring ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER
-SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: High
/ TEMPERATURE COMPENSATION L FOR DP TRANSMITTER: N
Dock 3t Numbar 50-346 Licansa Numb 3r NPF-3 S2rici Numbar 1771 Attachment, Page 46 LEVEL REFERENCE LEG: Wet tfNIQUE SYSTEM DESC.: This level signal is used for indication and is also sent to the ICS where it controls feedwater flow'on startups and post-trip to i maintain the Once Through Steam Generator (OTSG) at, or above, Low Level Limits (40"). On Steam and Feedwater Rupture Control System (SFRCS) actuations, the i
.0TSG levels are maintained at 49' (55', if being fed by the opposite side i i
Aux Feedwater Pump). These are also the setpoints for natural circulation. On i a Safety Features Actuation System Level 2 actuation, the OTSG levels are p-increased to 124' and 130' respectively, i
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Dock;t Numb;r 50-346 Lic;nss Numbar NPF 'S; rial Numbir 1771-
-Attachment, Page 47 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT:- DB2 DATA FEEDER: DADS .
1 NRC ERDS PARAMETER: -SG LEVEL 2 ]:)
POINT ID: L893 , i PLANT SPEC POINT DESC.: SG 2 Startup Range Level
' GENERIC /COND DESC.: Steam Generator 2 Water Level ~~
- i ANALOG / DIGITAL: A 11
. ENGR UNITS / DIG STATES: IN ,
l ENGR UNITS CONVERSION: N/A )
MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE:- 250 _
'ZERO-POINT
REFERENCE:
TUBSHT' l
i i REFERENCE POINT NOTES: 0" = 6" above lower tube sheet ,
g y
PROC OR SENS: P __ _
f NUMBER OF SENSORS: 1 HOW PROCESSED: DP converted to level I
SENSOR LOCATIONS: CTMT - Outside D-Ring i
ALARM / TRIP SET POINTS:- N/A l l
NI DETECTOR POWER SUPPLY CUT-OFF POWER ,
LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: High TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N b<
hl-. D:ckst-Numb;r 50-346.
Lic;nso Numb 3r NPF-3
[
- -S;rici Numb;r 1771-p Attachment. Page 48 i LEVEL REFERENCE LEG: -Vet ,
UNIQUE SYSTEM DESC.: This level signal is used for indication and is also
- r. '
.F'..'.t to the ICS where it controls feedwater flow in startups and post trip to
$ maintain the once-Through Steam Generator (OTSG) at, or above, Low Level Limits (40"). On Steam and Feedwater Rupture Control System (SFRCS) actuations, the OTSG levels are maintained at 49' (55", if being fed by the opposite side
' Aux Feedwater Pump). These are also the setpoints for natural circulation. On a Safety Features Actuation System Level 2 actuation, the OTSG levels are increased to 124' and 130' respectively.
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i: Dock t Numbar 50-346
! :Lic:nse Numb 2r NPF -S2 rial' Numb;r.1771 Attachment,-Page 49 DATA POINT LIBRARY REFERENCE FILE 11/01/89 DATE .
REACTOR UNIT: DB1' j DATA FEEDER:' DADS NRC ERDS PARAMETER: WIND DIR POINT ID: M003 PLANT SPEC POINT DESC.: 10 Meter Wind Direction ]
I CENERIC/COND DESC.: Wind Direction at Reactor Site ANALOG / DIGITAL: A .)
' ENGR UNITS / DIG STATES: -DEG i i
ENGR UNITS CONVERSION: N/A !
MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 360 ;
I ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A i PROC OR SENS: S l NUMBER OF SENSORS: 1
'HOW PROCESSED: 15 Mir,_j verage 7 SENSOR LOCATIONS: Het Tower - 10 Meter height f
ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER. ;
SUPPLY CUT-OFF POWER !
LEVEL: N/A NI DETECTOR POWER -
SUPPLY TURN-ON. POWER LEVEL: N/A INSTRUMENT-FAILURE
' MODE: Low, but computer causes output to read 999.
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
Vi, . . .
I;O ' . D:ck t Number 50-346.
O_ Lic;ns3.Numbsr NPF I f '
-S; rial Numb;r 1771.
< JAttachment, Page 50:
-LEVEL REFERENCE LEG: N/A _
~ -
-A fifteen minute average is taken from the-
-. UNIQUE. SYSTEM DESC. ~ ]
h+ ~ meteorological' data processing system.
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- D:ckst Number 50-346- -t Lic:nsa Numb;r NPF-3 i Sar131 Humb2r-1771:
Attachment.-Page 51
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DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89-b REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: WIND SPEED POINT ID: M006 PLANT SPEC-POINI DESC.: 10 Meter Wind Speed GENERIC /COND DESC.: Wind Speed at Reactor Site ,
ANALOG / DIGITAL: A
' ENGR UNITS / DIG STATES: MPH ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 ]
MAXIMUM INSTR RANGE: 100 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 [
HOW PROCESSED: 15 Min. Average SENSOR LOCATIONS: Met Tower - 10 Meter height ALARM / TRIP SET POINTS: N/A NI' DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL . N/A
-NI DETECTOR POWER SUPPLY TURN-ON POWER -t LEVEL: N/A INSTRUMENT FAILURE MODE: Low, but computer causes output to read 999.
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A ,
?
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<. Docket Number 50-346F,
- p. ~
License Numb 3r NPF-3' ~
!f * < - S; rial' Numb 3r 1771.
' Attachment,'Page 52i
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-N/A he .
LEVEL REFERENCE LEG
" 4 UNIQUE SYSTEM DESC. -- A fifteen minu'te-average is taken from the
' u/, -
'Y meteorological data processinR system, 7
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-Doc' k0 t ( Numb' 3 r 50-3 46 -
Liccns2 Numbsr NPF-3 S3 rial Numbar 1771
' Attachment, Page 53 ;
DATA POINT LIBRARY REFERENCE FILE DATE:: 11/01/89 j REACTOR UNIT: DB1
- DATA FEEDER: DADS -l
. NRC ERDS PARAMETER: STAB CLASS POINT ID: M011 PLANT SPEC POINT DESC.: 75 - 10 Meter CENERIC/COND DESC. . Air Stability at the Reactor Site ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: -4 MAXIMUM INSTR RANGE: +8 ZERO POINT
REFERENCE:
N/A
' REFERENCE ~ POINT NOTES: N/A ,
PROC OR SENS:- P ,
i NUMBER OF SENSORS: 2
~ HOW PROCESSED: Difference between 75 and 10 meter temperatures
. SENSOR LOCATIONS: 75m and 10m above ground level ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A k NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low, but computer causes output to read 999.
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
. _ a-
' Dock:t'Humber 50-346J t' - Lic;ns] Numb:r NPF-3 S3rici Humbir 1771:
R- Attachment. Page 54'
~ LEVEL REFERENCE LEG: JN/A'
_ UNIQUE SYSTEM DESC.: -A fifteen minute average is taken from the-meteorological data processing system. The 75 meter sensor is 244'4' above' ground level, and the 10 meter sensor is 35' above ground level.
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'D:ckst' Numb;r 50-346
,Lic;nse Numbar NPF-3 Sbrici Numbar 1771 y
Attachment ~,' Page 55 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89
. REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: CTMNT PRESS _ _ _
POINT ID: P305 PLANT SPEC POINT DESC, Ctmt WR Pressure GENERIC /COND DESC.: Containment Pressure l ANALOG / DIGITAL: A ENGR UNITS / DIG STATES:' PSIA ENGR UNITS CONVERSION: N/A l I
MINIMUM INSTR RANGE: 0 _ l MAXIMUM INSTR RANGE: 200
.ZERO POINT
REFERENCE:
N/A ;
REFERENCE POINT NOTES: N/A .
-j
, -PROC OR SENS: S l 1
NUMBER OF SENSORS: 1 HOW-PROCESSED: N/A 1
SENSOR LOCATIONS: Aux Bldg _
ALARH/ TRIP SET POINTS: . N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER f
v LEVEL: N/A NI DETECTOR POWER >
SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE i MODE: Low TEMPERATURE COMPENSATICH FOR DP TRANSMITTER: N/A
gi , : s .. ', .DockkNumber 501346 j:5 N ;l'
'fj. '" ' iLic;ns6 Numb 3r'NPF-3 St.s
'Seri:1-~ Numb 2r 1771
' Attachment.:Page 56; LEVEL REFERENCE LEG -- N/A y
- UNIQUE SYSTEM DEFC.
- Sensor provides indication-of containment atmospheric r
pressure for post' accident monitorinR display in~the control room in units of'
-X. PSIA. Calibrated range is 0-200 PSIA. The transmitter is located in the-auxiliary building.
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Dock;t Number 50 346 Lic;ns1 Numb;r,CPF-3 S: rial Cumb?e'li?I I
[ Attachment, Page 57 DATA POINT LIBRARY REFERENCE FILE f Daft;: . 11/01/89 t
REACTOR UNIT: DB1 DATA FIEDER: DADS NRC ERDS PARAMETER: RCS PRESSURE j t
POINT ID: P726 PLANT SPEC POINT DESC.: RC Loop 1 Hotleg Extended GENERIC /COND DESC.: Reactor Coolant System Pressure ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: PSIG ENGR UNITS CONVERSION: N/A
,, MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 3000 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A -
PROC OR SENS: S NUMBER Ol' SENSORS: 1 HOW PROCFEFED: N/A SENSOR LOCATIONS: CTMT - On Loop 1 Hotleg ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A
'NI DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A l
l
m Dock;t Number 50 346 Lic ns? Cumb;r NFF-3 S; rial Cu; tor 1771.
' Attachment, Page 58 LEVEL REFERE10CE LEG: N/A UNIQUE SYSTEM DESC.: This computer point indicates RCS pressure as measured on the Loop 1 Hotleg.
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Dock:,t Number 50 346 Licc se Number NPF.3 Seri:1 Humber 1771 Attachment. Page 59 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 f
DATA FEEDER: DADS NRC ERDS PARAMETER: RCS PRESSURE I
POINT ID: P734 PLANT SPEC POINT DESC.: RC Loop 2 Hotitg Extended r
GENERIC /COND DESC.: Reactor Coolant System Pressure ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: PSIG ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 3000 ,
ZERO POINT
REFERENCE:
N/A _
REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - On Loop 2 Hotleg -
ALARH/ TRIP SET POINTS: N/A
[. NI DETECTOR POWER [
SUPPLY CUT.OFF POWER LEVEL: N/A ,
'T HI DETECTOR POWER SUPPLY TURN.ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION r FOR DP TRANSMITTER: N/A
l1 Docket Number 50-346
< Liccnso Numb 3r NPF.3 l 63 rial Number 1771 Attachnient. Page 60 l
l LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: This computer point indicates RCS pressure as measured on the Loop 2 Hotleg.
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i Dock;t Nu.mber 5%340
.Liccusa Numbar FPF-S Sariol Number 1723 i ' Attachment, Page 61 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 ,
DATA FEEDER: DADS NRC ERDS PARAMETER: SG PRESS 1 POINT ID: P932 ,
PLANT SPEC POINT DESC.: SG 1 Outlet Steam Pressure GENERIC /COND DESC.: Steam Generator 1 Pressure ANALOGfDIGITAL: A ENGR UNITS / DIG STATES: PSIG ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 MAKIMUM INSTR RANGE: 1200 _
EERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SEN8: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - On Main Steam Header 1 upstream of MSIV 1 ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL:- N/A h NI DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low ,
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
Dock;t Number 50-346 Lic;nsa Numb 3r NPF.3 S; rial Numb:r 1771 Attachment, Page 62 LEVEL REFERENCE LEG N/A UNIQUE SYSTEM DESC.: This signal is used for control room indication and control in the Integrated Control System (ICS). It is used in the ICS to control Atmospheric Vent Valve 1, and the Loop 1 Turbine Bypass Valves when the condenser is available.
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Dockst Numb 2r 50 346 Liccnso Numb)r NPP-3 S3 rial Numb 3r 1771 Attachment, Page 63 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: SG PRESS 2 POINT ID: P936 PLANT SPEC POINT DESC.: SG 2 Outlet Steam Pressure GENERIC /COND DESC.: Stcam Generator 2 Pressure ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: PSIG ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 __
MAKIMUM INSTR RANGE: 1200 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT On Main Steam Header 2 upstream of MSIV 2 ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT.0FF POWER LEVEL: N/A NI DETECTOR POWER SUPPLY TURN.ON POWER LEVEL: N/A INSTRUMEr.47 FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
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Docket Number 50 346 Licens; Humber NPF.3 Seri:1 Number 1771-f- Attachment, Page 64 LEVEL REFERENCE LEG: N/A ,
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- UNIQUE SYSTEM DESC.: This signal is used for control room indication and control in the Integrated Control System (ICS). It is used in the ICS after t.
turbine trip to control Atmospheric Vent Valve 2, and the Loop 2 Turbine Bypass i-Valves when the condenser is available. -
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, Docket Numbar 50 346 Lic;nso Numb?r NPF 3 S2 rial Numb)r 1771 I
Attachment, Page 65 66 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 .
REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: CTHNT RAD POINT ID: R299 PLANT SPEC POINT DESC.: Ctmt Wide Range Radiation CENERIC/COND DESC.: Radiation Level in Containment ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: R/hr ENGR UNITS CONVERSION: N/A MINIMUM INSTn RANGE: 0 MAXIMUM INSTR RANGE: 10 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S __
NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - Top of D-Ring ALARM / TRIP SET POIN78: Alert alarm at 10 R/hr, High alarm at JO R/hr NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER SUPPLY TURN.ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
Dockot Numb)r 50 346 L Licenso Nunibar NPF.3 Sarial Numb 2r 1771 Attachment. Page 66 LEVEL REFERENCE LEG: N/A ._
UNIQUE SYSTEM DESC.: The detector used for this computer point is a RP-23 Ionization Chamber. The detector has a meneurement range of 1 to 10 R/hr.
During normal power operation, the computer point value is approximately 1.0.
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Dock;t Numb;r 50-346 :
Lic:ns] Numb]r NPF 3 j Serial Numb:r 1771 Attachment, Page 67 i 4
DAIA POINT LIBRARY REFERENCE FILE i l
DATE: 11/01/89
>=
REACTOR UNIT: DB1 j DATA FEEDER: DADS NRC ERDS PARAMETER: RCS LTDN RAD POINT ID: R786 :
PLANT SPEC POINT DESC.: RCS Letdown Activity i
f GENERIC /COND DESC.: Rad Level of the RCS Letdown Line r l- ,
ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: log CPM ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 1 i MAXIMUM INSTR RANGE: 6 IERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1
[
HOW PROCESSED: N/A SENSOR LOCATIONS: Aux Bldg - On Letdown Pipe ALARM / TRIP SET POINTS: Alert alarm at 6 x 10 , High alarm,at 1 x 10 .
NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER l
SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A l
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li Docket Number 50 346
< License Number NPF-3 S: rial Number 1771 Attachment. Page 68 f
LEVEL REFERENCE LEG: N/A i The detector used for this computer point is a gamma UNIQUE SYSTEM DESC.:
detector, snow plow type sampler, which fits around'the 3 inch letdown line.
3 The letdown line is manually isolated after Reactor trips __and automatically luolated on a Safety Features Actuation System Level 2 actuation.
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s Dock;t Number 50-346 Licz.s] Cumb;r NPF.3 S;riol Numb 2r 1771 Attachment, Page 69 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS ]
NRC ERDS PARAMETER: MAIN SL 1 POINT ID: R7,87 PLANT SPEC POINT DESC.: Main Steam Line 1 Radiation GENERIC /COND DESC.: Stm Gen 1 Steam Line Rad Level ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: log CPM ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 1 MAXIMUM INSTR RANGE: 6 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED:
. N/A SENSOR LOCATIONS: Turbine Bldg - On Main Steam Line 1 ALARM / TRIP SET POINTS: Alert alarm at 800 cpm, High alarm at 1000 cpm NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A k NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTPUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
n.
. Dock;t Number 50-346 Licens; Number NPP-3 S;ri:1 Numtcr 1771 Attachment. Page 70 LEVEL REFERENCE LEG: N/A i'
. UNIQUE SYSTEM DESC.: The detector used for this signal is a gamma detector, snow plow type sampler, which fits around the 36 inch Main Steam Line 1.
6 Above 22 power, the detector is operated in the analyze mode to measure N t
activity. Below 22 power, the detector is switched to the gross mode. ., ,__
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D:ck;t Numb 3r 50 346 Lie:nsa Numb 2r NPF-3 S2risI Numb 2r 1771
' Attachment, Page 71 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC.ERDS PARAMETER: MAIN SL 2 POINT ID: R788 PLANT SPEC POINT DESC.: Main Steam Line 2 Radiation GENERIC /COND DESC.: Stm Gen 2 Steam Line Rad Level ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: Iog CPM ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 1 MAXIMUM INSTR RANGE: 6 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A ,.
SENSOR LOCATIONS: lurbine Bldg - On Main Steam Line 2 ,
ALARM / TRIP SET POINTS: Alert alarm at 800 cpm, Iligh alarm at 1000 cpm NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
Docket Number 50 346 License Number NPF.3
$;rirl Numb:r 1771 Attachment, Page 72 LEVEL REFERENCE LEG: N/A UNIQUE SYSTIM DESC.: The detector used for this signal is a gamma detector, snow plow type sampler, which iits around the 36 inch Main Steam Line 2. Above 21 power, the detector is operated in the analyze mode to measure N activity. Below 22 power, the detector is switched to the gross mode. !
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Dockr.t Number 50 346 Lic n:] Number NPF.3 i- Seri:1 Numb;r 1771
_ Attachment. Page 73 -
DATA POINT LIBRARY REFERENCE FILE i :
DATE: 11/01/89 I REACTOR UNIT: DB1
]
DATA FEEDER: DADS NRC ERDS PARAMETER: NI POWER RNG POINT ID: R790 PLANT SPEC POINT DESC.: RPS Auctioneered Average Power GENERIC /COND DESC.: Huclear Instrument s. Power Range l
ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: 2 ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 0 _
MAKIMUM INSTR RANGE: 125 ZERO POINT
REFERENCE:
N/A REFERENCE POIHT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 4 ,
HOW PROCESSED: High Auctioneered - See description SENSOR LOCATIONS: CTMT - In Nuclear Instrument Tube ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h NI DETECTOR POWER SUPPLY TURN.ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A-
e L
- Dock
- t Number 50-346
- Lic:1se Number NPF-3
! S;: rial Number 1771
, Attachment, Page 74 LEVEL REFERENCE LEG: N/A
( UNIQUE SYSTEM DESC.: Power range signal from the four power range NIs is sent to NNI cabinets where CH 1 and 2 are high auctioneered and CH 3 and 4 are high auctioneered. The two signals are then sent to ICS cabinets where they are again high auctioneered. The resulting signal is used by the Integrated Control System (ICS) to direct control rod motion. The four power range NIs are uncompensated ion detectors.
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Dock:t Number 50 306 Licens] Cumb:r NPP-3 S: rial Number 1771 Attachment. Page 75 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 _ ,
REACTOR UNIT: DB1, DATA FEEDER: DADS NRC ERDS PARAMETER: NI SOURC RNG POINT ID: It?96 PLANT SPEC POINT DESC.: RPS Ch1 SR HI2 Flux GFNERIC/COND DESC.: Nuclear Inst rument s, Source Range ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: log CPS __
ENGR UNITS CONVERSION: N/A MINIMUN INSTR RANGE: -1 MAKIMUM INSTR RANGE: _6 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: See description SENSOR LOCATIONS: CTMT - In Nuclear Instrumentation Tube ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER 1 x 10' amps increasing on Intermediate Range.
LEVEL: 102 power increasing on Power Range (backup).
NI DETECTOR POWER SUPPLY TURN-ON POWER
-10 amps decreasing on Intermediate Range.
LEVEL: 5 x 10 INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP. TRANSMITTER: N/A
Docket Number 50 346 Licenso Number NPFo3 Serial Number 1771 Attachment. Page 76 LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: BF3 proportional counter measures neutron counts from 6
0.1 to 10 CPS. Preamplifier shapes and amplifies the signal and provides an output to Count Rate Amp, which outputs 0 10 VDC signal proportional to log of input pulses. A rate of change amp provides signal to a bistable to inhibit rod withdrawal if rate of change exceeds 2 DPM, and provides control room ,,
-. o indication. The 2 SR instruments are located 1800 (cross core) from each '
other.
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! Docket Numb)r 50-346 Liccns3 Nu;.b3r NPF-3 S?tial Numb 2r 1771 Attachment, Page 77 DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: NI SOURC RNG POINT ID: R805 PLANT SPEC POINT DESC.: RPS Ch2 SR nil Flux GENERIC /COND DESC.: Nuclear Instruments. Source Range ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: log CPS ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANCE: -1 MAXIMUM INSTR RANGE: 6 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - In Nuclear Instrumentation Tube ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER 1 x 10' amps increasing on Intermediate Range.
LEVEL: 102 power increasing on Power Range (backup).
h NI DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: 5 x 10' amps decreasing on Intermediate Range.
INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A l
Dock t Number 50 346 Lic::20 Number NPF-3 S: rial Number 1771 Attachment, Page 78 LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: BF 3 proportional counter measures neutron counts from 6
0.1 to 10 CPS. Preamplifier shapes and amplifies the signal and provides an output to Count kate Amp, which outputs 0-10 VDC signal proportional to log of input pulses. A rate of change amp provides signal to a bistable to inhibit rod withdrawal if rate of change exceeds 2 DPM, and provides control room indication. The 2 SR instruments are located 1800 (cross core) from each other.
Docket, Number 30-346 Lic:ns] Number NPF-3 Seriol Number 1771 l
< Attachment. Page 79 I DATA POINT LIBRARY REFERENCE FILE i
DATE: 11/01/89 4 REACTOR UNIT: DB1 j DATA FEEDER: DADS ;
NRC ERDS PARAMETER: NI INTER RNG i
POINT ID: R812 PLANT SPEC POINT DESC.: RPS Ch3 IR NI4 Flux l
GENERIC /COND DESC.: Nuclear Instruments, Intermediate Range ANALOG / DIGITAL: A I ENGR UNITS / DIG STATES: log AMPS ENGR UNITS CONVERSION: N/A ;
MINIMUM INSTR RANGE: -11 MAXIMUM INSTR RANGE: -3 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S !
NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - In Nuclear Instrumentation Tube ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER l SUPPLY CUT-OFF POWER LEVEL: N/A NI DETECTOR POWER l- SUPPLY TURN-ON POWER L LEVEL: N/A l INSTRUMENT FAILURE l MODE: Low L
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A 1
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Docket Number 50-346 Licens] Numb r NPF.3 Serial Number 1771 Attachment, Page 80 LEVEL REFERENCE LEG N/A UNIQUE SYSTEM DESC.: Gamma compensated ion chamber detector provides neutron flux measurement in the range of 10' to 10' amps. Ltg amplifier converts this signal into a corresponding 0-10 volt signal, which is applied to a rate of change amplifier and control room meter and recorder. The rate of change amplifier provides a signal to a control room startup rate indic6 tor and a histable module to inhibit rod withdrawal if the rate of power change exceeds 3 DPH. The 2 IR detectors are located 1800 (cross core) from each other. When ___
-9 both NI 4 and NI 3 exceed 1 x 10 amps, a signal is developed to cutout high 9
voltage to the source range instruments. When NI 4 or NI 3 is below 5 x 10 ,
high voltage is applied.
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Dock;t Numb;r 50 346 l Licens] Number NPF-3 Serial Numb;r 1771 Attachment. Page 81 L
DATA POINT LIBRARY REFERENCE FILE DATE: 11/01/69 REACTOR UNIT DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: NI INTER RNG POINT ID: 2818 i
PLANT SPEC POINT DESC.: RPS Ch4 IR N13 Flux GENERIC /COND DESC.: Nuclear Instruments. Intermediate Range ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: log AMPS ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: -11 MAKIMUM INSTR RANGE: -3 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: I ,
HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - In Nuclear Instrumentation Tube ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER l
LEVEL: N/A <
h 'NI DETECTOR POWER l- SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A l
l
Dock;t Number 50-346 Lic:ns] Number NPF-3 S rial Number 1771 Attachment, Page 82 LEVEL REFERENCE LEG N/A UNIQUE SYSTEM DESC.: Camma compensated ion chamber detector provides
~
neutron flux measurement in the range of 10 to 10' amps. Log amplifier converts this signal into a corresponding 0-10 volt signal, which is applied to a rate of change amplifier and control room meter and recorder. The rate of change amplifier provides a signal to a control room startup rate indicator and a histable module to inhibit rod withdrawal if rate of power change exceeds 3 DPH. The 2 Ik detectors are located 1800 (cross core) from each other, h
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Dock;t Number 50-346 Licens] Number CPT-3 S; rial Number 1771
' Attactunent, Page 83 DATA POINT LIBRARY REFERENCE FILE DATE: 31/01/89 F REACTOR UNIT: DB1 DATA FEEDER: DADS I NRC ERDS PARAMETER: EFF GAS RAD POINT ID: R844 PLANT SPEC POINT DESC.: Unit Vent Normal Range - Particulate GENERIC /COND DESC.: Radioactivity of Released Cases ANALOGIDIGITAL: A ENGR UNITS / DIG STATES: log uCi/cc ENGR UNITS CONVERSION: N/A MINLRM INSTR RANGE: -10 MAXIMUH INSTR RANGE: -2 ZERO POINT
REFERENCE:
N/A I
REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 2 ,
HOW PROCESSED: See systems description SENSOR LOCATIONS: Turbine Bldg. - 623 level )
Alert alarm at 2.0 x 10 ' uC1/cc, High alarm at
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ALARH/ TRIP SET POINTS:
2.0 x 10" uCi/cc NI DETECTOR POWER l SUPPLY CUT-OFF POWER l h LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-ON POWER l LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A j I
Dock;t Number 50-346 Licens] Numb;r NPF-3 S: rial Numb;r 1771 Attachment. Page 84 .
LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: The particulate channel is a Beta Scintillation detector calibrated to operate in a gross counting mode to detect particulate activity. The detector responds to activity deposited on a fixed paper filter.
An algorithm calculates the actual activity concentration from the change in filter activity and the amount of flow which has passed through the filter.
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, 1 E Dockst Numbir'50-346 h _Lic nso Numbar NPF 1S rial Numbar 1771 ,
Attachment, Page 85 DATA POINT LIBRARY REFERENCE-FILE ;
i DATE: 11/01/89 ,
i REACTOR UNIT: DB1
' DATA FEEDER: DADS NRC ERDS PARAMETER: EFF GAS RAD POINT ID: R845 PLANT SPEC POINT DESC.: Unit Vent Normal Range - Iodine GENERIC /COND DESC.: ' Radioactivity of Released Gases ,
ANALOG / DIGITAL: A _
ENGR UNITS / DIG STATES: log uCi/cc ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE:. -10 MAXIMUM INSTR RANGE: -2 LERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A J l
PROC OR SENS: P 4
NUMBER OF SENSORS: 2 HOW PROCESSED: See description 1)
SENSOR LOCATIONS: Turbine Bldg. - 623 level Alert alarm at 1.0 x 10' uC1/cc, High alarm at ALARM / TRIP SET POINTrs: -8
, g ., g uC1/cc NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A E NI DETECTOR POWER SUPPLY TURN-ON POWER-LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION
.POR DP TRANSMITTER: N/A
Docket Humber 50-346' License Number NPF-3
- Serial Number 1771
. Attachment =. Page 86-LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: The Iodine channel is calibrated to operate in the analyze mode to detect I-131 activity. The grame :.aintilletion detector responds to Iodine activity absorbed in a charcoal cartridge. An algorithm calculates the actual activity concentration from tt.2 change in cartridge activity and the amount of flow which has passed through the cartridge.
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' Docket Number 50-346 License = Number NPF-3
, Serial Number 1771' Attachment, Page 87 DATA POINT LIBRARY REFERENCE FILE.
DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: EFF GAS RAD L POINT ID: R846 PLANT SPEC POINT DESC.: Unit Vent Normal Range - Xenon GENERIC /COND DESC.: Radioactivity of Released Gases ANALOG / DIGITAL: A L
ENGR UNITS / DIG STATES: log uCi/cc ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: -7 MAXIMUM INSTR RANGE: -1.3 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF' SENSORS: 2 HOW PROCESSED: See description-
- SENSOR LOCATIONS: Turbine Bldg. - 623 level Alert alarm at 1.0 x 10 uCi/cc High alarm at ALARM / TRIP SET POINTS: ,3
_9 9 NI DETECTOR POWER SUPPLY CUT-OFF POWER V LEVEL: RA.
HI DETECTOR POWER SUPPLY TURN-OH POWER'
-LEVEL:- N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
DockSt Numb 2r 50-346 ll Licsnse Number NPF-3
_ Serial Number-1771-
- Attachment, Page 88 LEVEL REFERENCE LEG: NJA UNIQUE SYSTEM DESC.: The unit vent Beta scintillation detector covers the following range: 1.0 x 10" to 5.0 x 10" uCi/cc for Xenon 133. The normal-
-2 range monitor will transfer its sample to the high range monitor at 3.0 x 10
-2 uCi/cc. The normal range nonitor is fully bypassed at 5.0 x 10 uC1/cc. An algorithm calculates the actual activity from the change in activity and the amount of flow which has passed through the chamber.
1
Dockot Numb 3r 50-346 License Number NPF-3 ,
Seriel Number 1771"
-Attachment, Page 89 DATA POINT LIBRARY REFERENCE FILE DATE:- 11/01/89 i REACTOR UNIT: DB1-DATA FEEDER: DADS ,,
NRC ERDS PARAMETER: EFF GAS RAD !
- POINT ID
- R847
. PLANT SPEC POINT DESC.: Unit Vent Accident Range - Xenon GENERIC /COND DESC.: Radioactivity of Released Cases ANALOG /fIGITAL: A
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ENGR UNITS / DIG STATES ' log uCi/cc ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: -3 .j' MAXIMUM INSTR RANGE: 5
-l ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A f 1
PROC OR SENS: P
_ NUMBER OF SENSORS: 2
-HOW PROCESSED:- See description g SENSOR LOCATIONS: Turbine Bldg. - 623 level i Alert alarm at 1.0 x 10" uCi/cc, High alarm at' I
. ALARM / TRIP SET POINTS: 1.0 x 10' uCi/cc.
I NI DETECTOR POWER
= SUPPLY CUT-OFF POWER j LEVEL: N/A NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE
. MODE: Low 4 TEMPERATURE COMPENSATION
.FOR DP TRANSMITTER: N/A
i Docket Numbar 50-346' License Number NPF-3
'Sarial Number 1771 Attachment Page 90
' LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.:- The accident range unit is normally in standby, therefore, this computer point will normally read .3 log uC1/cc. The accident range monitor will commence sampling when the normal range noble-gas (Xenon) activity exceeds 3 x 10" uC1/cc.
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Dock'et Number 50-346 License Number NPF-3 Serial Number 1771 Attashment, Page 91 DATA POINT LIBRARY. REFERENCE FILE l DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS
'NRC ERDS PARAMETER: TEMP CORE EX POINT ID: One of 16 listed in system description Associated description for 1 of 16 computer points PLANT SPEC POINT DESC : from above GENERIC /COND DESC.: Highest temperature at core exit ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A' MINIMUM INSTR RANGE: 0 MAXIMUM INSTR RANGE: 2300 ZERO POINT
REFERENCE:
- N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 16 HOW PROCESSED: Highest SENSOR LOCATIONS: Incore thermocouples are located at top of fuel.
ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER
-SUPPLY CUT-OFF POWER LEVEL: N/A HI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low a
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
Docket Number 50-346.
License Number NPF-3 Serial Number 1771 Attachment, Page 92 LEVEL REFERENCE LEG N/A UNIQUE SYSTEM DESC.: The Validyne computer scans the 16 available incore Thermocouple values and displays the' highest value from this set. The computer point's normal ID and description will be displayed with the value. The 16 computer points, and their associated descriptions, which have been abbreviated to show only the thermocouples core location, are: 1) T514 (F-3), 2) T515 (L-3), 3) T520 (G-5), 4) T522 (K-5), 5) T524 (C-6), 6) T527 (0 6), 7) T530 (E.7), 8) T532 (M-7), 9) T539 (E-9), 10) T542 (M-9), 11) T544 (C-10),
- 12) T547 (0-10), 13) T550'(G-11), 14) T551 (K-11), 15) T557 (F-13), and
- 16) T560 (L-13).
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Docket Number 50-346 License Number NPF-3 Serial Number 1771 Attachment, Page 93 DATA POINT LIBRARY REFERENCE FILE
- DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: SUB MARGIN POINT ID: T751 PLANT SPEC POINT DESC.: Reactor Coolant Hotleg, Subcooling Margin GENERIC /COND DESC.: Saturation Temperature - Highest CET ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A
' MINIMUM INSTR RANGE: -1024 MAXIMUM INSTR RANGE: +1024 ZERO POINT
REFERENCE:
N/A
-REFERENCE POINT NOTES: N/A
-PROC OR SENS: P
. NUMBER OF SENSORS: 2 HOW PROCESSED: See description SENSOR LOCATIONS: CTMT - Loop 1 Hotleg; 'Incore T/Cs at Core Exit ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A 5 NI DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low g TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A 0 1
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-Docket Number 50-346
. License Number NPF-3 Serial' Number 1771 Attachment. Page 94 LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: RCS Loop 1 pr. essure (0-2500 PSIG) signal and RCS Loop
~
I temperature signal (selectable from 1 of 2 RTD inputs, or 1 of 8 1ncore thermocouples) are input into subcooling margin monitor system. Saturation ,_
pressure and temperature are calculated fiom the temp and press signals using ASME steam tables stored in memory. The difference between the temperature or pressure signal and the saturation value derived is used to compute the TSAT or PSAT margin. Two independent monitors provide this post accident monitoring _information to local and control room indicators, h
[';-
l Dickst Numb;r 50-346 Licenso Numb 3r NPF-3 ,
-83 rial Numb 9r 1771
. Attachment,-Page 95 DATA POINT LIBRARY REFERENCE FILE s
n ,
DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: SUB MARGIN r
POINT ID: T752
~
PLANT SPEC POINT DESC.: Reactor Coolant Hotleg,' Subcooling Margin GENERIC /COND DESC. : Saturation Temperature - Highest CET ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A MINIMUM-' INSTR RANGE: -1024
- MAXIMUM INSTR RANGE: +1024 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: P NUMBER OF SENSORS: 2
.HOW PROCESSED:
See description 1
SENSOR LOCATIONS: CTMT - Loop 2 Hotleg; Incore T/Cs at Core Exit l ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h -NI DETECTOR' POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
~ Dock t Numb:r 50-346 L Lic nsa Numb:r NPF-3 Scrial Numbar 1771 Attachment. Page 96
' LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: RCS loop 2 pressure (0-2500 PSIG) signal and RCS loop
-2 temperature signal (selectable from 1 of 2 RTD inputs or 1 of 8 incore thermocouples) are input into a subcooling margin monitor system. Saturation pressure and temperature are calculated from the temp and press signals using
-ASME steam-tables stored in memory. The difference between the temperature or pressure signal and the saturation value derived is used to compute the TSAT or PSAT margin. Two independent monitors provide this post accident monitoring information to local and control room indicators.
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~GDockat' Numbar'50-346 b" '
LicInso Numb 2r NPF-3 lSsrial Numbar 1771
-Attachment,.Page 97
" - DATA POINT LIBRARY REFERENCE FILE DATE . 11/01/89~
RRACTOR UNIT: DB1 DATA FEEDER:: DADS NRC ERDS PARAMETER: HL TEMP 1 POINT ID: T753 PLANT SPEC' POINT DESC.: RC Loop 1 Hotleg WR Temperature GENERIC /COND DESC. . Steam Gen 1 Inlet Temperature ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 120 MAXIMUM INSTR RANGE - 920 ZERO-POINT
REFERENCE:
N/A o REFERENCE POINT' NOTES: N/A PROC OR SENS: S
-NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - On Loop 1 Hotleg
-ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A NI' DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
", Dock $t Number [50 346' .
[
yt .Lic:nsa Numb 3r NPF-3 i S rial Numbar-1771
'\
'Attachmenth Page 98 ,
I,;
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l LEVEL REFERENCE LEGS. N/A' .
r UNIQUE SYSTEM'DESC.: B&W designed plants have Once Through Steam !
,- Generators (OTSG). There are two inlets and four outlets. The water temperature in the Hotlegs is the inlet temperature to the OTSGs. '
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Docket Number 50-346 r License Number NPF-3 Serial' Number 1771-Attachment, Page 99 DATA POINT LIBRARY REFERENCE FILE DATEi- 11/01/89 REACTOR UNIT: DB1 DATA FEEDER:' DADS NRC ERDS PARAMETER: CL TEMP 1
-POINT.IDa' T781
' PLANT SPEC POINT DESC.: RCP 1-1 Disch Coldleg WR GENERIC /COND DESC.: Steam Gen 1 Outlet Temp ANALOG / DIGITAL: A-ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 50
. MAXIMUM INSTR-RANGE: 650 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S
' NUMBER OF SENSORS:. 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - On Coldleg RCP 1-1 discharge piping ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A h NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION
-FOR DP TRANSMITTER: N/A l
i
, ' j: Dick;t1 Numb;r 50-346
' License-Numb;r NPF-3 S3 rial Numb;r 1771 i
, ' Attachment. Page 100 t
- LEVEL REFERENCE LEG N/A r
?- UNIQUE SYSTEM DESC.: B&W designed plants have Once Through Steam Generators-(OTSG). There are two inlets and four outlets. The temperature of the water in the Reactor Coolant Pump (RCP) discharge piping, called the Coldlegs, is
-the RCS temperature after passing through the OTSGs. This computer point indicates the temperature in RCP 1-1 discharge piping.
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- Docket-Number.50-346.
License Number NPF Serial Number-1771
' Attachment, Page 101
! DATA POINT LIBRARY REFERENCE FILE DATES. 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: HL TEMP 2
-POINT ID: T782 PLANT-SPEC POINT DESC.: RC Loop 2 Hotleg WR Temperature Steam Gen 2 Inlet Temperature GENERIC /COND DESC.:
. ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE:- 120 MAXIMUM INSTR RANGE: 920
-ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - On Loop 2 Hotleg
. ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A
~
NI DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
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- Docket Number $0-346-License. Number NPF-3.-
5
- Serial Number 1771--
Attachment. Page 102
. 1
,-LEVEL REFERENCE LEG ' N/A UNIQUE-SYSTEM DESC.: 'BW designed plants have Once Through Steam Generators .
~
(OTSG). There'are'two inlets and four outlets. The water temperature in the Hotlegs is the inlet temperature to the OTSGs.
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-_ m ._.m_. -. - _. _ . . _ ______m_ ___._ ________________,_______.___________.___,_,________.x . .
m __m_. m_,__,_
0 ' Docket Numbsr 50-346 License Number NPP-3 Serial Number 1771 Attachment,.Page 103 DATA POINT LIBRARY REFERENCE FILE DATE:' 11/01/89 REACTOR UNIT:: DB1 DATA FEEDER: DADS NRC ERDS PARAMETER: CL TEMP 1 POINT ID: T801 PLANT SPEC POINT DESC.: RCP 1-2 Disch Coldleg WR GENERIC /COND DESC.: Steam Gen 1 Outlet Temp ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DECF ENGR UNITS CONVERSION: N/A MINIMUM INSTR-RANGE: 50 MAXIMUM INSTR RANGE: 650 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: . N/A SENSCR' LOCATIONS: CTMT - On Coldleg'RCP 1-2 discharge piping
-ALARM / TRIP SET POINTS: N/A
-NI DETECTOR POWER SUPPLY CUT-OFF POWER LEVEL: N/A
,, :NI DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: N/A INSTRUMENT' FAILURE MODE: Low ,
TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
I Dockit Ntchsr 50-546 Lic;ns] Humb3r NPF.3 S;ri:1 Numbar-1771
- Attachment. Page:104 1
- LEVEL REFERENCE LEG N/A UNIQUE SYSTEM DESC.: -B&W designed plants have Once Through Steam Generators (OTSG). There are two inlets and four outlets. The temperature of the water in the Reactor Coolant Pump (RCP) discharge piping, called the Coldlegs, is the RCS temperature after passing through the OTSGs. This computer point indicates the temperature in RCP 1-2 discharge piping.
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l Docket Number'50-346 License Number NPF-3 Serial Number 1771 Attachment, Page 105 DATA POINT' LIBRARY-REFERENCE FILE DATE: 11/01/89 REACTOR UNIT: DB1 DATA FEEDER: DADS
- NRC ERDE PARAMETER: CL TEMP 2
' POINT ID: T821
- PLANT SPEC POINT DESC.: RCP 2-1 Disch Coldleg WR GENERIC /COND DESC.:- Steam Gen 2 Outlet Temp ANALOG / DIGITAL: A ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A
- MINIMUM INSTR RANGE: 50 MAXIMUM INSTR RANGE: 650 ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR SENS: S NUMBER OF SENSORS: 1 HOW PROCESSED: N/A SENSOR LOCATIONS: CTHT - On Coldleg RCP 2-1 di;;harge piping ALARM / TRIP SET POINTS: N/A NI DETECTOR-POWER SUPPLY CUT-OFF POWER LEVEL: N/A
-NI DETECTOR POWER SUPPLY TURN-ON POWER LEVEL: N/A INSTRUMENT FAILURE MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
1 D ck0t Numb]r150-346 Lic;ns) NumbIr NPF-3 Sorial Numbar 1771 Attachment, Page 106 i n ,
I'
-LEVEL REFERENCE LEG: N/A~
p (UNIQUE SYSTEM DESC.: . BW designed plants have once Through Steam Generators l'- - ( OTSG ) '. There are two inlets and four outlets. The temperature of the water i
'in the Reactor Coolant Pump (RCP) discharge piping, called the Coldlegs, is' the RCS temperature after passing through the OTSGs. This computer point n
indicates the temperature in RCP 2-1 discharge piping.
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Docket' Number 50-346 License Number NPF = Serial Number 1771 Attachment. Page 107 DATA POINT LIBRARY REFERENCE FILE D TE: 11/01/89 !
REACTOR UNIT: DB1 DATA FEEDER: DADS
.NRC ERDS PARAMETER: CL TEMP 2 POINT ID: T841 PLANT SPEC POINT DESC.: RCP 2-2 Disch Coldleg WR I GENERIC /COND DESC.: Steam Gen 2 Outlet Temp ANALOG / DIGITAL: A _
ENGR UNITS / DIG STATES: DEGF ENGR UNITS CONVERSION: N/A MINIMUM INSTR RANGE: 50 i
MAXIMUM INSTR RANGE: 650 l ZERO POINT
REFERENCE:
N/A REFERENCE POINT NOTES: N/A PROC OR.SENS: S NUMBER OF-SENSORS: 1 NOW PROCESSED: N/A SENSOR LOCATIONS: CTMT - On Coldleg RCP 2-2 discharge piping ALARM / TRIP SET POINTS: N/A NI DETECTOR POWER SUPPLY CUT-OFF POWER j LEVEL: N/A
"_ < NI DETECTOR POWER SUPPLY TURN-OH POWER LEVEL: N/A j INSTRUMENT FAILURE i MODE: Low TEMPERATURE COMPENSATION FOR DP TRANSMITTER: N/A
c-Dock:t Numb]r 50-346 License Number NPF-3 Serial Number 1771 Attachment. Page 108 ,
LEVEL REFERENCE LEG: N/A UNIQUE SYSTEM DESC.: B&W designed plants have Once Through Steam Generators (OTSG). There are two inlets and four outlets. The temperature of the water in the Reactor Coolant Pump (RCP) discharge piping, called the Coldlegs, is the RCS temperature after passing through the OTSGs. This computer point indicates j the temperature in RCP 2-2 discharge piping.
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