ML20058N556
| ML20058N556 | |
| Person / Time | |
|---|---|
| Site: | Wolf Creek  |
| Issue date: | 12/17/1993 |
| From: | Maynard O WOLF CREEK NUCLEAR OPERATING CORP. |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| References | |
| WO-93-0216, WO-93-216, NUDOCS 9312220115 | |
| Download: ML20058N556 (63) | |
Text
.
i LF CREEK W@ NUCLEAR OPERATING C l
Otto L. Maynard Vice Presi0ent Plant Operations December 17, 1993 WO 93-0216 U.
S.
Nuclear Regulatory Commission ATTN: Document Control Desk Mail Station Pl-137 Washington, D.
C.
20555
Subject:
Docket No. 50-482:
Emergency Response Data System (ERDS) Data Point Library Changes Gentlemen:
This letter transmits changes to the Data Point Library (DPL) resulting from a
[
change in the power rating for Wolf Creek Generating Station, software modifications that affected the transmitted data points and editorial corrections.
This submittal is being made in accordance with 10 CFR 5 0,.
Appendix E,
VI.3.a.
These changes were implemented November 20,
- 1993, Decerber 2, 1993, Decerber 6, 1993 and December 7, 1993. Attachment 1 to this letter provides a description of each change. Attachment 2 is a complete, re-formatted DPL.
This document replaces the DPL previously transmitted in its entirety.
l If you have any questions concerning this matter, please contact me at (316) 364-8831 extension 4450 or Mr. Kevin J. Moles at extension 4565.
Very truly yours,
/ /L Otto L. Maynar Vice President Plant Operations OLM/j ra Attachments ec:
J. L. Milhoan (NRC), w/a G. A.
Pick (NRC), w/a W.
D.
Reckley (NRC), w/a L. A. Yandell (NRC), w/a l
.ll r*
l P O Box 411/ Burhngton. KS 66839 / Phone. (316) 364-8831 9312220115 931217
'g q
An Equal Opportunity Employer M.'F/HC/ VET PDR ADOCK 05000482 i
F PDR
Attachmsnt 1 to WO 93-0216 Page 1 of 1 The following points are changed as indicated:
ABN0112 Correct typographical error in high alarm limit.
AELO501 Correct typographical error in Plant Spec Point Desc AELO504 Correct typographical error in Plant Spec Point Desc BBT0413B Change alarm limits to support re-rate changes BBT0423B Change alarm limits to support re-rate changes BBT0433B Change alarm limits to support re-rate changes BBT0443B Change alarm limits to support re-rate changes BBU0014 Add computer alarm limits BMN0256 Correct engineering units BMN0526 Correct typographical error in Plant Spec Point Dese BNU0001 Change alarm limits to support re-rate changes EJL00')7 Add computer alarm limits EJL0008 Add computer alann limits Correct typographical error in Plant Spec Point Desc EMUO900 Correct typographical error in Plant Spec Point Desc GHN0103 Change Plant Spec Point Desc Restate Minimum and Maximum Instr Range in Exponential format, rather than Scientific (Computer displays in Exponential)
GSU0001 Correct typographical error in Plant Spec Point Desc Add computer alarm limits GTN0213 Restate Minimum and Maximum Instr Range in Exponential format, rather than Scientific (Computer displays in Exponential)
GTU0001 Restate Minimum and Maximum Instr Range in Exponential format, rather than Scientific (Computer displays in Exponential)
RDT0005 Change Plant Spec Point Desc Clarify Engr Units RJUO577 Add Computer Alarm limit for CS
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4 k
a d
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i Acronyms AFP Auxiliary Feed Pump i
AFW Auxiliary Feedwater CHRG Charging l
i COMP ALARMS The matrix represents the' values the computer alarms at.
The NPIS computer has mode alarming.
capability.
This is represented by the matrix in the Unique System Description.
On the matrix the mode correlation is as follows:
FP Mode 1 Full Power l
LP Mode 2 Startup
['
HS Mode-3 Hot. Standby HC Mode 4 Heatup/Cooldown f
. Mode ~5 Cold Shutdown RF Mode 6 Refueling CTMT Containment CVCS Chemical Volume Control System HDR Header.
LOP Loss of Power LOC Loss of Communication MFIV Main Feedwater Isolation Valve MSIV Main Steam Isolation Valve P
MOV Motor Operated Valve i
NPIS Nuclear Plant Information System (Data Feeder)-
OPEN Describes thermocouples on failure.
Thermocouple will be detected.as OPEN and will not be used in calculation.
PASS Post Accident Sampling System PZR Pressurizer RCS Reactor Coolant System RCL1 Reactor Coolant Loop 1/2/3/4, respectively
1 RJK16.96 Constant value of 16.968018 I
RMS Radiation Monitoring System
.l l
RTD Resistance Temperature Detector t
RVLIS Reactor Vessel Level Indication' System l
t SI Safety Injection System l
)
SPDS Safety Parameter Display System (Points are also.
l used on SPDS display)
TC Thermocouple TCCM Thermocouple Core Cooling Monitor THRTLS Throttles l
TRDCR Transducer WR Wide Range.
l t
XMTR Transmitter
'I a
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i ADDITIONAL PARAMETERS The parameter FCNO381 is being transmitted as this is a potential point of release and is monitored in the EMGs.
This parameter monitors the AUXILIARY FEEDWATER TURBINE DISCHARGE.
The parameter RJUO578 will be transmitted. The parameter represents the number of reactor coolant pumps (RCPs) running. A DPL sheet has not been compiled as the majority ofinformation is N/A. RJUO578 will be a calculated value based on RCP pump status, on or off. He point description is SPDS TOT NUMBER RCPS RUNNING. The point may have a value of either 0, 1, 2, 3, or 4.
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DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
NI POWER RNG Point ID: (12)
SEU0001 Plant Spec Point Desc.: (40)
SPDS PWR RANGE CH AVERAGE Generic /Cond Desc.:(32)
NI, POWER RANGE Analog / Digital: (1)
A Engr Units / Dig States: (12)
PCT Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum instr Range: (10) 120 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 4
'How Processed: (40)
AVERAGE OF 4 POWER CHANNELS Sensor Locations: (40)
BETWEEN RX CAVITY WALL AND RX VESSEL Alarm / Trip Set Points: (40)
HIGH = 109%; LOW = 25% W/P-10 UNBLOCKED NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Trrrismitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
POWER RANGE XMTRS SEN0049A CH1 Q4 SEN0050A CH2 Q2 SEN0051A CH3 Q1 SEN0052D CH4 Q3 COMP ALARMS-NONE
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i DATA POINT LIBRARY REFERENCE FILE 1
i DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 l
Data Feeder: (10)
N/A l
NRC ERDS Parameter (12)
NI SOURC RNG Point ID: (12)
SEU0002 j
Plant Spec Point Desc.: (40)
SPDS SOURCE RANGE AVERAGE Generic /Cond Desc.:(32)
NI, SOURCE RANGE Analog / Digital: (1)
A Engr Units / Dig States: (12)
CPS Engr Units Conversion: (40)
N/A Minimum instr Range: (10)-
1 Maximum Instr Range: (10) 1E6 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 2 How Processed: (40)
AVERAGE i
Sensor Locations:(40)
BETWEEN RX CAVITY WALL AND RX VESSEL Alarm / Trip Set Points: (40) 1ES NI Detector Power Supply Cut-off Power Level: (15)
AUTO =P10 MAN =P6 NI Detector Power Supply j
Tum-on Power Level: (15)
AUTO =PSDECR instrument Failure Mode:
Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
IMT RANGE XMTRS SENE0031 SENE0032 P6=10E-10 INTER RANGE AMPS P10=10% POWER RANGE COMP ALARMS-NONE
{
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 05/11/92 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
NI INTER RNG Point ID: (12)
SEU0004 Plant Spec Point Desc.: (40)
INT RANGE AVERAGE Generic /Cond Desc.:(32)
NI, INTERMEDIATE RANGE Analog / Digital: (1)
A Engr Units / Dig States: (12)
AMP Engr Units Conversion: (40)
(SEU0003)(10E-7)
Minimum Instr Range: (10)
- 1E-11 Maximum Instr Range: (10) 1E-3 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors:(3) 2 How Processed: (40)
AVERAGE Sensor Locations: (40)
BETWEEN RX CAVITY WALL AND RX VESSEL Alarm / Trip Set Points:(40)
CURRENT =25% OF SPAN NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level:(15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
INT RANGE XMTRS SEN0035A SEN0036A
i DATA POINT LIBRARY REFERENCE FILE I
DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder. (10)
N/A NRC ERDS Parameter:(12)
REAC VES LEV Point ID: (12)
BBUOO21 Plant Spec Point Desc.: (40)
RX VESSEL WR LEVEL AVG
{
Generic /Cond Desc.:(32)
^
Analog / Digital: (1)
A i
Engr Units / Dig States: (12)
PCT j
Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0.0 i
Maximum Instr Range: (10) 120 Zero Point
Reference:
(6)
COMPLX Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 2 How Processed: (40)
Sensor Locations:(40)
TAPS IN AT SEAL TABLE Alarm / Trip Set Points: (40)
N/A l
NI Detector Power Supply Cut-off Power Level:(15)
N/A
?
NI Detector Power Supply Tum-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP
[
Temperature Compensation for DP Transmitters: (1)
Y Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RX VESSEL LEVEL WR XMTRS ARE:
BBLT1312 BBLT1322 COMP ALARMS-NONE i
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DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter. (12)
TEMP CORE EX Point ID: (12)
RJUO577 Plant Spec Point Desc.: (40)
SPDS 5 HOTTC'S AVERAGE Generic /Cond Desc.:(32)
HIGHEST TEMP @ CORE EXIT Analog / Digital: (1)
A Engr Units / Dig States: (12)
DEGF l
Engr Units Conversion:(40)
N/A l
Minimum instr Range: (10) 220 Maximum instr Range: (10) 2450 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 50 How Processed: (40) 5 HIGHEST AVERAGED Sensor Locations:(40)
UPPER CORE PLATE AlarmTFrip Set Points: (40)
N/A j
NI Detector Power Supply l
Cut-off Power Level: (15)
N/A l
NI Detector Power Supply l
Turn-on Power Level: (15)
N/A j
l Instrument Failure Mode: (30) OPEN Temperature Compensation for DF Transmitters: (1)
N/A
)
Level Reference Leg: (3)
N/A Unique System Desc.: (100) 5 HOTTEST TC'S AVG RANGE
(-450 TO 2500) DEGF.
VALUES FROM TCCM SYSTEM RP081 A OR RP081B CAllBRATED RANGE IS (220-2450) DEGF.
COMPUTER ALARMS j
MODE BlH1 H1
~LQ LOLO FP 650 645 205 200 LP 650 645 205 200 HS 650 645 205 200' HC 650 645 205 200 i
l CS 700 i
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l DATA POINT LIBRARY REFERENCE FILE i
DATE: (8) 05/11/92 j
Reactor Unit: (3)
WC1 3
Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
SUB MARGIN Point ID: (12)
RJU1738 Plant Spec Point Dese.: (40)
MINIMUM SAT T HOTTEST TC Generic /Cond Desc.:(32)
SATURATION TEMP-HIGHEST CET Analog / Digital: (1)
A Engr Units / Dig States: (12)
DEGF Engr Units Conversion:(40)
'N/A Minimum Instr Range: (10) 220 l
Maximum Instr Range: (10) 2450 j
Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 50 How Processed: (40)
MINIMUM TC TO SAT T A&B TRNS Sensor Locations: (40)
RX VESSEL UPPER CORE PLATE Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply l
Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) OPEN i
Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A
+
Unique System Desc.:(100)
TCCM SYSTEM MIN OF BBU1736 (A-TRAIN)
OR BBU1737 (B-TRAIN)
COMP ALARMS-NONE 4
1
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter (12)
CORE FLOW Point ID: (12)
BBU0022 Plant Spec Point Desc.: (40)
TOTAL CORE FLOW (ERDS)
Generic /Cond Desc.:(32)
TOTAL REACTOR CORE FLOW Analog / Digital. (1)
A Engr Units / Dig States: (12)
_ PCT Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 120 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 12 How Processed: (40)
AVERAGE Sensor Locations:(40)
ON CROSSOVER LEGS Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
Y Level Reference Leg: (3)
N/A Unique System Desc.: (100)
TOTAL RX CORE RX FLOW XMTRS:
BBFT0414,0415,0416 BBFT0424,0425,0426 BBFT0434,0435,0436 BBFT0444,0445,0446
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DATA POINT LIBRARY REFERENCE FILE '
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l l DATE: (8).
12/06/93 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A i
NRC ERDS Parameter: (12)
SG LEVEL 1/A Point ID: (12)
AELO501 l Plant Spec Point Desc.: (40)
. STM GEN 1 WlDE RNG L Generic /Cond Desc.:(32)
SG LEVEL 1/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
PCT Engr Units Conversion: (40)
N/A Minimum instr Range:(10) 0 l
Maximum Instr Range: (10) 100 Zero Point
Reference:
(6)
TUBSHT Reference Point Notes: (40)
N/A l
PROC or SENS:(1)
S Number of Sensors: (3) 1 How Processed: (40)
'N/A
]
Sensor Locations: (40)
TAP ABOVE TUBSHT TO TOP OF SG Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply
.l Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A
-l Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
Y Level Reference Leg: (3)
WET 1
Unique System Desc:(100)
SG WR LEVEL XMTR IS AELT0501 COMPUTER ALARMS MODE LQ LOLO HC 50.0 28.0 CS 50.0 28.0-RF 50.0 28.0
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter:(12)
SG LEVEL 2/B Point ID: (12)
AELO502 Plant Spec Point Dese.: (40)
STM GEN 2 WIDE RNG L Generic /Cond Desc.:(32)
SG LEVEL 2/B Analog / Digital: (1)
A Engr Units / Dig States:(12)
PCT Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0
'l Maximum Instr Range: (10) 100 Zero Point
Reference:
(6)
TUBSHT l
Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
N/A i
l Sensor Locations: (40)
TAP ABOVE TUBSHT TO TOP OF SG Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A Ni Detector Power Supply i
Tum-on Power Level: (15)
N/A
)
Instrument Failure Mode: (30) LOW = LOP i
Temperature Compensation i
for DP Transmitters: (1)
Y
]
Level Reference Leg: (3)
WET Unique System Desc.; (100)
SG WR LEVEL XMTR AELT0502 COMPUTER ALARMS l
MODE LQ LOLO HC 50.0 28.0 CS 50.0 28.0 RF 50.0 28.0 1
l
1 DATA POINT LIBRARY REFERENCE FILE j
i DATE:(8) 12/11/91 Reactor Unit: (3)
WC1
)
Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
SG LEVEL 3/C Point ID: (12)
AELO503
-l Plant Spec Point Dese.: (40).
STM GEN 3 WIDE RNG L Generic /Cond Desc.:(32)
SG LEVEL 3/C
-l Analog / Digital:(1)
A j
Engr Units / Dig States: (12)
PCT l
Engr Units Conversion: (40)
N/A I
Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 100 Zero Point
Reference:
(6)
TUBSHT Reference Point Notes: (40)
N/A f
PROC or SENS: (1)
S Number of Sensors:(3) 1 l
How Processed: (40)
N/A Sensor Locations: (40)
TAP ABOVE TUBSHT TO TOP OF SG ~
Alarm / Trip Set Points: (40)
N/A l
N1 Detector Power Supply Cut-off Power Level: (15)
N/A l
NI Detector Power Supply i
Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation
- t for DP Transmitters: (1)
Y l
Level Reference Leg: (3)
WET Unique System Dese.: (100)
SG WR LEVEL XMTR IS AELT0503 COMPUTER ALARMS MODE LQ LO1Q HC 50.0 28.0 j
CS 50.0 28.0 RF 50.0 28.0
]
1 DATA POINT LIBRARY REFERENCE FILE.
f t
l DATE:(8) 12/06/93
)'
Reactor Unit: (3)
WC1 Data Feeder. (10)
N/A j
NRC ERDS Parameter. (12)
SG LEVEL 4/D i
Point ID: (12)
AELO504 l
l Plant Spec Point Desc.:(40)
STM GEN 4 WIDE RNG L i
Generic /Cond Desc.:(32)
SG LEVEL 4/D Analog / Digital: (1)
A l
Engr Units / Dig States: (12)
PCT i
Engr Units Conversion: (40)
N/A l
Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 100 Zero Point
Reference:
(6)
TUBSHT Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
N/A Sensor Locations: (40)
TAP ABOVE TUBSHT TO TOP OF SG Alarm / Trip Set Points: (40)
N/A l
NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
Y Level Reference Leg: (3)
WET Unique System Desc.: (100)
SG WR LEVEL XMTR IS AELT0504 COMPUTER ALARMS' MODE LQ LOLO HC 50.0 28.0 CS 50.0 28.0 3
RF 50.0 28.0 i
J
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 i
Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
SG PRESS 1/A PointID: (12)
ABU0005 Plant Spec Point Desc.: (40)
SPDS S/G A PRESSURE AVERAGE ~
Generic /Cond Desc.:(32)
STEAM GENERATOR 1 PRESSURE Analog / Digital: (1)
A
'{
Engr Units / Dig States: (12)
PSIG Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum instr Range: (10) 1300 l
Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A l
PROC or SENS: (1)
P Number of Sensors: (3) 3 How Processed:(40)
AVERAGE Sensor Locations: (40)
MN STM LN UPSTRM MSIV OUTSIDE CTMT '
l Alarm / Trip Set Points: (40)
SI @ 615 PSIG DECREASING NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A l
Level Reference Leg: (3)
N/A l
Unique System Desc.: (100)
ABPT0514 i
ABPT0515 ABPT0516 COMPUTER ALARMS MODE HIB1 B1 LQ LOLO I
FP 1125 1100 665 615 i
LP 1125 1100 665 615 HS 1125 1100 665 615 f
HC 1125 1100 665 615 j
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DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
SG PRESS 2/B '
Point ID: (12)
ABU0006 Plant Spec Point Desc.: (40)
SPDS S/G B PRESSURE AVERAGE Generic /Cond Desc.:(32)
STEAM GENERATOR B PRESSURE Analog / Digital: (1)
A Engr Units / Dig States: (12)
PSIG j
Engr Units Conversion: (40)
N/A Minimum Instr Range: (10)
O Maximum instr Range: (10) 1300 Zero Point
Reference:
(6)
N/A Reference Point Notes:(40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 3 How Processed: (40)
AVERAGE Sensor Locations: (40)
MN STM LN UPSTRM MSIV OUTSIDE CTMT Alarm / Trip Set Points: (40)
l NI Detector Power Supply i
Cut-off Power Level: (15)
N/A NI Detector Power Supply i
Turn-on Power Level: (15)
N/A l
Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A j
Unique System Desc.: (100)
1 ABPT0524 ABPT0525 ABPT0526 COMPUTER ALARMS MODE bbl B1 LQ LQLQ FP 1125 1100 665 615 LP 1125 1100 665 615 HS 1125 1100 665 615 HC 1125 1100 665 615 l
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1 DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder. (10)
N/A NRC ERDS Parameter (12)
SG PRESS 3/C Point ID: (12)
ABU0007 Plant Spec Point Desc.: (40)
SPDS S/G C PRESSURE AVERAGE Generic /Cond Desc.:(32)
STEAM GENERATOR C PRESSURE Analog / Digital: (1)
A Engr Units / Dig States: (12)
PSIG l
Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0-Maximum instr Range: (10) 1300 Zero Point
Reference:
(6)
N/A l
Reference Point Notes: (40)
N/A PROC or SENS:(1)
P Number of Sensors:(3) 3 How Processed: (40)
AVERAGE Sensor Locations:(40)
MN STM LN UPSTRM MSIV OUTSIDE CTMT Alarm / Trip Set Points: (40)
Si @ 615 PSIG DECREASING NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supp!y Turn-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
ABPT0534 ABPT0535 ABPT0536 COMPUTER ALARMS MODE MB M
LQ LQLQ FP 1125 1100 665 615 LP 1125 1100 665
.615 HS 1125 1100 665 615 HC 1125 1100 665 615
j DATA POINT LIBRARY REFERENCE FILE l
i DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 l
Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
SG PRESS 4/D i
Point ID: (12)
ABU0008 i
Plant Spec Point Desc.: (40)
SPDS S/G D PRESSURE AVERAGE l
Generic /Cond Desc.:(32) '
SG 4 PRESSURE i
Analog / Digital: (1)
A Engr Units / Dig States: (12)
PSIG Engr Units Conversion: (40)
N/A
[
Minimum instr Range: (10) 0 Maximum instr Range: (10) 1300 Zero Point
Reference:
(6)
N/A
-[
Reference Point Notes: (40)
N/A t
PROC or SENS: (1)
P l
Number of Sensors: (3) 3 l
How Processed: (40)
AVERAGE
[
Sensor Locations: (40)
MN STM LN UPSTRM MSIV OUTSIDE CTMT Alarm / Trip Set Points: (40)
NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply
[
Tum-on Power Level: (15)
N/A
[
Instrument Failure Mode: (30) LOW = LOP
[
Temperature Compensation
[
for DP Transmitters: (1)
N/A Level Reference Leg:(3)
N/A l
Unique System Dese.: (100)
ABPT0544 i
ABPT0545 ABPT0546 i
COMPUTER ALARMS MODE Bld M
LQ LOLO FP 1125 1100 665 615 i
LP 1125 1100 665 615 HS 1125 1100 SSS 615.
HC 1125 1100 665 615 i
i i
l
-i
_y i
1 DATA POINT LIBRARY REFERENCE FILE i
~l t
DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 l
Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
MN FD FL 1/A Point ID: (12)
AEU0005 l
Plant Spec Point Desc.: (40)
~
Generic /Cond Desc.: (32)
.l Analog / Digital: (1)
A Engr Units / Dig States: (12)
KLB/HR j
Engr Unita Conversion: (40)
N/A
)
Minimum tratr Range: (10) 0 j
Maximum Instr Range: (10) 4800 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENE:(1)
P Number of Sensors: (3) 2 How Processed:(40)
AVERAGE l
Sensor Locations: '40)
MN STEAMLINE UPSTREAM OF MFIV
~
Alarm / Trip Set Pointe (40)
N/A NI Detector Power Supply Cutoff Power Level: (; 5)
N/A i
NI Detector Power Sup >ly Turn-on Power Level:(85)
N/A
,j instrument Failure Mode: (30) LOW = LOP t
Temperature Compensation i
for DP Transmitters: (1)
Y
{'
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
AEFT0510 AEFT0511 i
COMP ALARMS-NONE i
I
'i t
i i
I d
I 4
I i
l i
DATA POINT LIBRARY REFERENCE FILE i
DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 j
Data Feeder. (10)
N/A j
NRC ERDS Parameter: (12)
MN FD FL 2/B Point ID: (12)
AEU0006 l
Plant Spec Point Desc.: (40)
]
Generic /Cond Desc.: (32)
STM GEN B MAIN FEEDWATER FLOW l
Analog /Digitat: (1)
A Engr Units / Dig States: (12)
KLB/HR j
Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 4800 Zero Point
Reference:
(6)
N/A l
Reference Point Notes: (40)
N/A l
PROC or SENS: (1)
P l
Number of Sensors: (3) 2 How Processed: (40)
AVERAGE Sensor Locations:(40)
MN STEAMLINE UPSTREAM OF MFIV Alarm / Trip Set Points: (40)
N/A l
NI Detector Power Supply l
Cut-off Power Level: (15)
N/A
-l NI Detector Power Supply Tum-on Power Level: (15)
N/A j
instrument Failure Mode: (30) LOW = LOP i
Temperature Compensation i
for DP Transmitters: (1)
Y Level Reference Leg: (3)
N/A Unique System Desc.: (100)
AEFT0520 i
AEFT0521 COMP ALARMS-NONE I
l l
i i
DATA POINT LIBRARY REFERENCE FILE' DATE: (8) 12/11/91
[
Reactor Unit: (3)
WC1 Data Feeder. (10)
N/A NRC ERDS Parameter: (12)
MN FD FL 3/C Point ID: (12)
AEU0007 i
Plant Spec Point Desc.: (40)
SPDS S/G C FEEDWATER FLOW AVG j
Generic /Cond Desc.:(32)
-)
Analog / Digital: (1)
A Engr Units / Dig States: (12)
KLB/HR Engr Units Conversion: (40)
N/A t
Minimum Instr Range: (10) 0 i
Maximum Instr Range: (10) 4800 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A i
PROC or SENS: (1)
P l
Number of Sensors:(3) 2 i
How Processed: (40)
AVERAGE Sensor Locations: (40)
MN STEAMLINE UPSTREAM OF MFIV -
j Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A t
NI Detector Power Supply Tum-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
Y j
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
AEFT0530 AEFT0531 COMP ALARMS-NONE i
' 1 I
J DATA POINT LIBRARY REFERENCE FILE l
l DATE: (8) 12/11/91 Reactor Unit:(3)
WC1 Data Feeder; (10)
N/A NRC ERDS Parameter:(12)
MN FD FL 4/D Point ID: (12)
AEU0008 Plant Spec Point Desc.: (40)
SPDS S/G D FEEDWATER FLOW AVG Generic /Cond Desc.:(32)
STM GEN D MAIN FEEDWATER FLOW t
Analog / Digital: (1)
A Engr Units / Dig States: (12)
KLB/HR Engr Units Conversion: (40)
N/A Minimum instr Range: (10) 0 Maximum Instr Range: (10) 4800 Zero Point
Reference:
(6)
N/A l
Reference Point Notes: (40)
N/A i
PROC or SENS: (1)
P l
Number of Sensors: (3) 2 i
How Processed: (40)
AVERAGE l
Sensor Locations:(40)
MN STEAMLINE UPSTREAM OF MFIV Alarm / Trip Set Points: (40)
N/A l
NI Detector Power Supply Cut-off Power Level: (15)
N/A l
NI Detector Power Supply Turn-on Power Levet (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation l
for DP Transmitters: (1)
Y l
Level Reference Leg: (3)
N/A Unique System Desc : (100)
j AEFT0540 AEFT0541 COMP ALARMS-NONE 7
9
%-gg
'*N*8
i l
i DATA POINT LIBRARY REFERENCE FILE
-)
DATE: (8) 07/01/93 Reactor Unit:(3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter: (12)
AX FD FL 1/A Point ID: (12)
ALF0002 Plant Spec Point Dese.: (40)
AUX FW PMP TO SG A FLOW Generic /Cond Desc.:(32)
STM GEN A AUXtLIARY FW FLOW Analog / Digital: (1)
A Engr Units / Dig States: (12)
KLB/HR j
Engr Units Conversion: (40)
N/A i
Minimum Instr Range: (10) 0 j
Maximum Instr Range:(10) 200 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 1 How Processed: (40)
N/A.
j Sensor Locations: (40)
AREA 5 ON AUX FEED LINE TO A S/G t
Alarm / Trip Set Points: (40)
N/A i
NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A l
Instrument Failure Mode: (30) LOW = LOP i
Temperature Compensation for DP Transmitters: (1)
Y Level Reference Leg: (3)
N/A Unique System Desc.:(100)
AFP TO SG B FLOWXMTR IS ALFT002. 2ND XMTR ALFT007 j
THRTLS MOV AT 150 KLB/HR BUT NOT AVAllTO COMP.
j COMP ALARMS-NONE
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 07/01/93 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter: (12)
AX FD FL 2/B Point ID:(12)
ALF0009 Plant Spec Point Dese.: (40)
AUX FW PMP TO SG B FLOW Generic /Cond Desc.:(32)
STM GEN B AUXfLIARY FW FLOW Analog / Digital: (1)
A Engr Units / Dig States: (12)
KLB/HR Engr Units Conversion: (40)
N/A Minimum Instr Range: (10)
O Maximum instr Range: (10) 200 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 1 How Processed: (40)
N/A Sensor Locations:(40)
AREA 5 ON AUX FEED LINE TO B S/G Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Tum-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation -
for DP Transmitters:(1)
Y Level Reference Leg: (3)
N/A Unique System Desc.: (100)
AFP TO SG B FLOW XMTR IS ALFT009 HAS CONTROL FUNCT THRTLS MOV @ 150 KLB/HR.
ALFT003 HAS NO COMP INPUT.
DATA POINT LIBRARY REFERENCE FILE -
DATE: (8) 07/01/93 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
AX FD FL 3/C Point ID: (12)
ALF0011 Plant Spec Point Desc.:(40)
AUX FW PMP TO SG C FLOW Generic /Cond Desc.:(32)
STM GEN C AUXILIARY FW FLOW Analog / Digital:(1)
A Engr Units / Dig States:(12)
KLB/HR Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum instr Range: (10) 200 Zero Point
Reference:
(6; N/A Reference Point Notes:(40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 1 How Processed:(40)
N/A Sensor Locations: (40)
AREA 5 ON LINE TO C S/G '
Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation For DP Transmitters:(1)
Y Level Reference Leg: (3)
N/A Unique System Desc.: (100)
AFP TO SG FLOWXMTR IS ALFT011 HAS CONTROL FUNCT THRTLS MOV @ 150 KLB/HR.
ALFT004 HAS NO COMP INPUT.
COMP ALARMS-NONE 4
l l
j l
f i
e r
DATA POINT LIBRARY REFERENCE FILE i
I DATE: (8) 07/01/93
[
Reactor Unit: (3)
WC1 l
3 l
Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
AX FD FL 4/D j
Point ID: (12)
ALF0001
]
Plant Spec Point Desc.: (40)
AUX FW PMP TO SG D FLOW Generic /Cond Desc.:(32)
STM GEN D AUXILIARY FW FLOW Analog / Digital: (1)
A j
Engr Units / Dig States: (12)
KLB/HR l
1 Engr Units Conversion:(40)
N/A Minimum Instr Range:(10) 0 i
Maximum Instr Range: (10) 200 i
Zero Point
Reference:
(S)
N/A j
Reference Point Notes: (40)
N/A i
PROC or SENS: (1)
P l-Number of Sensors: (3) 1 j
How Processed:(40)
N/A l
Sensor Locations:(40)
AREA 5 ON LINE TO D S/G i
Alarm / Trip Set Points:(40)
N/A j
NI Detector Power Supply 1
j Cut-off Power Level: (15)
N/A l
j NI Detector Power Supply l
Turn-on Power Level:(15)
N/A l
Instrument Failure Mode: (30) LOW = LOP l
Temperature Compensation j
for DP Transmitters: (1)
Y 1
Level Reference Leg:(3)
N/A Unique System Desc.: (100)
AFP TO SG D FLOWXMTR ALFT001 HAS CONTROL FUNCT THRTLS MOV & 150 KLB/HR.
NO OTHER XMTR.
COMP ALARMS-NONE i
i i
DATA POINT LIBRARY REFERENCE FILE i
f DATE: (8) 12/11/91 l
Reactor Unit: (3)
WC1 l
Data Feeder; (10)
N/A j
NRC ERDS Parameter. (12)
HL TEMP 1/A
-l l
Point ID: (12)
BBT0413A j
Plant Spec Point Desc.: (40)
RCL1 WIDE RNG HOT LEG T
~
Generic /Cond Desc.:(32)
N/A l
Analog / Digital: (1)
A l
Engr Units / Dig States:(12)
DEGF Engr Units conver;9on: (40)
N/A i
Minimum Instr Range:(10) 0 i
Maximum Instr Range:(10) 700 l
l Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)-
N/A PROC or SENS:(1)
S l
Number of Sensors: (3) 1 l
l How Processed:(40)
N/A j
Sensor Locations: (40)
INSIDE CTMT ON LOOP 1 OF RCS i
Alarm / Trip Set Points: (40)
N/A i
N1 Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode:(30) LOW = LOP
{
Temperature Compensation l
for DP Transmitters:(1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
LOOP 1 HOT LEG RTD IS BBTE413A COMP ALARMS-NONE i
t l
l I
DATA POINT LIBRARY REFERENCE FILE -
l DATE:(8) 12/06/93 1
Reactor Unit: (3)
WCi Data Feeder (10)
N/A NRC ERDS Parameter (12)
HL TEMP 2/B Point ID: (12)
BBTN23A l Plant Spec Point Desc.:(40)
ERDS RCL2 WIDE RNG HOT LEG T Gancric/Cond Desc.:(32)
N/A Analog / Digital; (1)
A Engr Units / Dig States: (12)
DEGF Engr units conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 700 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
N/A Sensor Locations: (40)
INSIDE CTMT ON LOOP.2 OF RCS ~
Alarm / Trip Set Points:(40)
N/A NI Detector Power Supply i
Cut-off Power Level: (15)
N/A NI Detector Power Supply Tum-on Power Level: (15)
N/A i
instrument Failure Mode: (30) LOW = LOP l
Temperature Compensation i
for DP Transmitters: (1)
N/A l
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
LOOP 2 HOT LEG TEMP RTD IS BBTE423A COMP ALARMS-NONE
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter. (12)
HL TEMP 3/C Point ID: (12)
BBT0433A Plant Spec Point Desc.: (40)
RCL3 WIDE RNG HOT LEG T Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A Engr Units / Dig States:(12)
DEGF Engr Units Conversion: (40)
N/A Minimum instr Range: (10) 0 Maximum Instr Range: (10) 700 Zero Point
Reference:
(6)
N/A Reference Point Notes:(40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
N/A Sensor Locations: (40)
INSIDE CTMT ON LOOP 3 OF RCS Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Tum-on Power Levet (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Dese.: (100)
LOOP 3 HOT LEG TEMP RTD IS BBTE433A COMP ALARMS-NONE l
i
i l
1 DATA POINT LIBRARY REFERENCE FILE i
i l
l DATE:(8) 12/06/93
'i Reactor Unit: (3)
WC1 l
Data Feeder: (10)
N/A NRC ERDS Parameter:(12)
HL TEMP 4/D l
Point ID:(12)
BBT0443A l
l Plant Spec Point Desc.: (40)
ERDS RCL4 WIDE RNG HOT LEG T-Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
DEGF Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 i
Maximum instr Range: (10) 700 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S l
Number of Sensors: (3) 1 How Processed:(40)
N/A Sensor Locations: (40)
INSIDE CTMT ON LOOP 4 OF RCS l
Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A N1 Detector Power Supply Tum-on Power Level:(15)
N/A
.i instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters:(1)
N/A Level Reference Leg:(3)
N/A Unique System Dese.: (100)
LOOP 4 HOT LEG RTD IS BBTE443A i
f i
-.. +.
t f
DATA POINT LIBRARY REFERENCE FILE 1
t l DAFE:(8) 12/07/93 Reactor Unit: (3)
WC1 l
Data Feeder: (10)
N/A i
NRC ERDS Parameter: (12)
CL TEMP 1/A Point ID: (12)
BBT04138.
Plant Spec Point Desc.: (40).
RCL1 WIDE RNG COLD LEG T l
Generic /Cend Desc.:(32)
N/A
[
Ancisg/ Digital: (1).
A t
Engr Units / Dig States: (12)
DEGF s
Engr Unii> Conversion. (40)
N/A l
Minimum Instr Range: (10) 0 i
Maximum Instr Range: (10) 700 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed:(40)
N/A L
Sensor Locations:(40)
INSIDE CTMT ON LOOP 1 OF RCS l
Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A
~
NI Detector Power Supply Turn-on Power Level:(15)
N/A i
instrument Failure Mode:(30) LOW = LOP l
Temperature Compensation i
for DP Transmitters: (1)
N/A
{
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
LOOP 1 COLD LEG RTD IS BBTE413B COMPUTER ALARMS NIODE hlb 1 B1 LQ LQLQ l
l FP 570.0 565.0 549.3 548.3 l
LP 570.0 565.0 556.0 551.0-HS 570.0 565.0 355.0 350.0 HC 350.0 345.0 205.0 200.0 l-CS 200.0 195.0 NA NA RF 140.0 135.0 NA NA l
i i
r i
i i
?
DATA POINT LIBRARY REFERENCE FILE I
l DATE:(b) 12/07/93 i
Reactor Unit (3)
' WC1 l
Data Feeder (10)
N/A
_l NRC ERDS Parameter: (12)
CL TEMP 2/B i
Point ID: (12)
BBT0423B
}
Plant Spec Point Desc.:(40)
RCL2 WIDE RNG COLD LEG T Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A
.[
Engr Units / Dig States: (12)
DEGF i
Engr Units Conversion: (40)
N/A' Minimum Instr Range:(10) 0
~
Maximum Instr Range: (10) 700 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S i
Number of Sensors: (3) 1 How Processed: (40)
N/A i
Sensor Locations: (40)
INSIDE CTMT ON LOOP 2 OF RCS i
Alarm / Trip Set Points: (40)
N/A I
NI Detector Power Supply l
l Cut-off Power Level: (15)
N/A i
j N1 Detector Power Supply i
Turn-on Power Level: (15)
N/A i
instrument Failure Mode:(30) LOW = LOP
{
Temperature Compensation j
for DP Transmitters: (1)
N/A i
Level Reference Leg: (3)
N/A I
Unique System Desc.: (100)
LOOP 2 COLD LEG TEMP RTD BBTE4238 i
COMPUTER ALARMS MODE EM til LQ LOLO l
FP.-
570.0 565.0
.549.3 548.3 LP 570.0 565.0 556.0 551.0 HS 570.0 565.0 355.0 350.0 HC 350.0 345.0 :
205.0 200.0 l
CS 200.0 195.0 NA NA RF 140.0 135.0 NA NA t
.a
DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/07/93 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter (12)
CL TEMP 3/C Point ID: (12)
BBT0433B Plant Spec Point Desc.: (40)
RCL3 WIDE RNG COLD LEG T Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
DEGF a
Engr Units Conversion: (40)
N/A Minimum instr Range:(10)
O Maximum Instr Range: (10) 700 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors:(3) 1 How Processed: (40)
N/A Sensor Locations: (40)
INSIDE CTMT ON LOOP 3 OF RCS Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
LOOP 3 COLD LEG TEMP RTD BBTE433B COMPUTER ALARMS MODE hlb 1 B1
'LQ LQLQ l
FP 570.0 565.0 549.3 548.3.
LP 570.0 565.0 556.0 551.0 HS 570.0 565.0 355.0 350.0 HC 350.0 345.0 205.0 200.0 CS 200.0 195.0 NA NA' RF 140.0 135.0 NA NA
DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/07/93 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter (12)
CL TEMP 4/D Point ID: (12)
BBT0443B Plant Spec Point Desc.:(40)
RCL4 WIDE RNG COLD LEG T Generic!Cend Desc.:(32)
N/A Amatog/Dlgital: (1)
A Engr Units / Dig States: (12)
DEGF Erigi Units Conversion: (40)
N/A j
Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 700 l
Zero Point
Reference:
(6)
N/A i
Reference Point Notes: (40)
N/A l
PROC or SENS: (1)
S
.l Numberof Sensors:(3) 1 How Processed: (40)
N/A Sensor Locations: (40)
INSIDE CTMT ON LOOP 4 OF RCS Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut of' Power Level: (15)
N/A Ni Detector Power Supply Tum-on Power Level: (15)
N/A Instrument Failure Mode:(30) LOW = LOP 3
Temperature Compensation
.i for DP Transmitters: (1)
N/A
)
Level Reference Leg: (3)
N/A i
Unique System Desc.:(100)
LOOP 4 COLD LEG TEMP RTD IS BBTE4e3B COMPUTER ALARMS MODE 11181 H1 LQ LOLO l
FP 570.0, 565.0 549.3 548.3.
LP 570.0 565.0 556.0--
551.0 l
HS 570.0 565.0 355.0 350.0 HC 350.0 345.0 205.0 200.0 CS 200.0 195.0 NA NA RF 140.0 135.0 NA NA j
i i
l
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reector Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter (12)
RCS PRESSURE Point ID:(12)
BBU0004 Plant Spec Point Desc.:(40)
. SPDS NORM RCS PRESS AVERAGE Generic /Cond Desc.:(32)
RCS PRESSURE Analog / Digital: (1)
A Engr Units / Dig States: (12)
PSIG Engr Units Conversion: (40)
N/A Minimum instr Range: (10) 0 Maximum Instr Range: (10) 3000 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 2 How Processed: (40)
AVERAGE Sensor Locations: (40)
SEAL TABLE Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Tum-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters:(1) -
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
BBPT0405 7
BBPT0403 COMPUTER ALARMS l
MODE B!Lil B1-LQ LOLO FP' 2335 2300 1900 1875 I
LP 2335 2300-1900 1875 HS 2335 2300 1900 1875 HC 2335 2300 1900 1875 j
2 1
J 1
DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
PRZR LEVEL Point ID: (12)
BBU0014 Plant Spec Point Desc.: (40) -
SPDS PZR WATER LEVEL AVERAGE Generic /Cond Desc.:(32)
PRIMARY SYSTEM PZR LEVEL Analog / Digital: (1) _
A Engr Units / Dig States:(12)
PCT Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum instr Range: (10) 100 Zero Point
Reference:
(6)
SURGE Reference Point Notes: (40)-
N/A PROC or SENS: (1)
P l
Number of Sensors: (3) 3 How Processed:(40)
AVERAGE Sensor Locations: (40) 2026 CTMT OUTSIDE PZR PENTHOUSE Alarm / Trip Set Points: (40)
RX TRIP 92% HEATERS 17%
NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power St:pply i
Turn-on Power Level:(15)
N/A instrument Failure Mode: (30) LOW = LOP; HIGH=REF LEG LOSS l
Temperature Compensation for DP Transmitters:(1)
Y
)
Level Reference Leg: (3)
WET Unique System Desc.: (100)
PZR LEVEL XMTRS BBLT0459 i
BBLT0460 BBLT0461 ZERO PT REF 212" FROM THE BOT; i
212"-468" IS 0-100% INDICATED COMPUTER ALARMS MQDE Bltil di LQ LOLO FP 92 88 22 17 LP 92 88 22' 17 HS 92 88 22 17 i
HC 92 88 22 -
17-i u
i DATA POINT LIBRARY REFERENCE FILE l
DATE: (8) 12/11/91 i
l Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter (12)
RCS CHG/MU Point ID: (12)
BGF0121 3
Plant 3pec Point Desc.; (40)
Generic /Cond Desc.:(32)
PRIMARY SYSTEM CHARGING FLOW Analog / Digital: (1)
A Engr Units / Dig States: (12)
GPM Eng: Units Conversion: (40)
N/A i
Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 200 l
Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed:(40)
N/A Sensor Locations: (40)
AUX BLDG ON CVCS INJECTION LINE =
Alarm / Trip Set Points:(40)
HIGH AT 150 GPM, LOW AT 45 GPM NI Detector Power Supply l
Cut-off Power Level:(15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RCS CHARGING FLOW XMTR. BGFT0121 -
COMPUTER ALARMS MODE B1 LQ FP 150.0 45.0 LP 150.0 45.0 l
i i
i b
P T
m w
b.
q w e
I i
l l
l l
DATA POINT LIBRARY REFERENCE FILE I
i i
l DATE:(8) 12'06/93 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter: (12)
HP Si FLOW Point ID: (12)
EMUO900 l Plant Spec Point Desc.:(40)
(Si+CCP) INJ. FLOW Generic /Cond Desc.:(32)
HIGH PRESSURE Si FLOW Analog / Digital: (1)
A Engr Units / Dig States: (12)
GPM Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0 Maximum Instr Range: (10) 2740 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 4 How Processed: (40)
ADD Sensor Locations: (40)
ON S1 PUMP DISCHARGE LINE AND PRIOR TO BIT Alarm / Trip Set Points: (40)
N/A l
N1 Detector Power Supply i
Cutoff Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation l
for DP Transmitters: (1)
Y Level Reference Leg: (3)
N/A Unique System Dese.: (100)
St PUMP DISCH XMTRS EMFT918 (Sl#1) 0-800 GPM EMFT922 (Sl#2) 0-800 GPM l
CHRG PUMP TO BIT -
EMFT917A (CCP#1) 0-570 GPM i
EMFT917B (CCP#2) 0-570 GPM i
l
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A NRC ERDS Parameter: (12)
LP St FLOW Point ID: (12)
EJUO600 Plant Spec Point Desc.:(40)
Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
GPM Engr Units Conversion: (40)
N/A Minimum instr Range: (10)
O i
Maximum Instr Range: (10) 11,000 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40).
N/A PROC or SENS: (1)
P Number of Sensors: (3) 2 How Processed: (40)
ADD Sensor Locations: (40)
RHR HEAT EXCHANGER DISCHARGE LINE.
Alarm / Trip Set Points: (40)
ANNUNCIATOR @ 2500 EACH PUMP l
NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supply l
Turn-on Power Level: (15)
N/A Instrument Failure Mode:(30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A l
Unique System Desc.: (100)
RHR COLD LEG INJ XMTRS EJFT618 0-5500 GPM EJFT619 0-5500 GPM COMP ALARMS-NONE.
l-l
DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 Data Feeder. (10)
N/A i
NRC ERDS Parameter: (12)
Point ID: (12)
EJL0007 Plant Spec Point Desc.; (40)
CTMT RECIRC SUMP A LEVEL' Generic /Cond Desc.:(32)
CTMT EMERGENCY RECIRC SUMP Analog / Digital: (1)
A Engr Units / Dig States: (12)
INCH Engr Units Conversion: (40)
N/A Minimum Instr Range:(10) 0 Maximum Instr Range: (10) 156 Zero Point
Reference:
(6)
TNKBOT l
Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
N/A i
Sensor Locations: (40)
INSIDE CTMT AT RECIRC SUMP A Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level:(15)
N/A l
NI Detector Power Supply i
Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP y
Temperature Compensation i
for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RECIRC SUMP LEVEL XMTR TRAIN A EJLIT0007 ZERO PT REF 5.5" ABV SUMP FLOOR COMPUTER ALARMS i
MODE B1 i
HC 123 RF 123 i
l i
i l
l
[
DATA POINT LIBRARY REFERENCE FILE l
l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A l
NRC ERDS Parameter (12)
CTMNT SMP NR Point ID: (12)
EJLOOO8 l
l Plant Spec Point Desc.: (40)
Generic /Cond Desc.:(32)
l Analog / Digital: (1)
A Engr Units / Dig States: (12)
INCH l
Engr Units Conversion: (40)
N/A l
Minimum Instr Range: (10) 0 l
Maximum Instr Range: (10) 156 Zero Point
Reference:
(6)
TNKBOT Reference Point Notes: (40)
N/A PROC or SENS: (1)
S l
l Number of Sensors: (3) 1
(
How Processed: (40)
N/A l
Sensor Locations: (40)
INSIDE CTMT AT RECIRC SUMP B AlarmTTrip Set Points: (40)
N/A i
I N1 Detector Power Supply l
Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A i
instrument Failure Mode: (30) LOW = LOP Temperature Compensation l
for DP Transmitters: (1)
N/A l
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RECIRC SUMP LEVEL XMTR XMTR TRAIN B i
EJLIT0008 ZERO PT REF 5.5" ABV SUMP FLOOR COMPUTER ALARMS MODE B1 HC 123 RF 123 l
1 l
)
DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/06/93 l
Reactor Unit: (3)
WC1 l
Data Feeder: (10).
N/A NRC ERDS Parameter:(12)
EFF GAS RAD l
Point ID: (12)
GTN0213 l
Plant Spec Point Desc.: (40)
UNIT VENT EFFLUENT GAS l
Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
UCl/S Engr Units Conversion: (40)
N/A
)
Minimum Instr Range: (10)
.1 E-6 i
Maximum Instr Range: (10)
.1 E6 Zero Point
Reference:
(6)
N/A Reference Point Notes:(40)
N/A i
PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
THROUGH RMS SYSTEM Sensor Locations: (40)
AUX BLDG DISCHARGE OF UNIT VENT LINE i
l Alarm / Trip Set Points: (40)
N/A I
NI Detector Power Supply
)
Cut-off Power Level: (15)
N/A I
NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOP / LOC = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RMS MONITOR GTRE21B REF USAR TABLE 11.5-4 i
l l
l~
DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/06/93
- Reactor Unit: (3)
VC1 Data Feeder. (10)
N/A NRC ERDS Parameter (12)
EFF GAS RAD Point ID: (12)
GHN0103 l Plant Spec Point Desc.: (40)
RADWASTE VENT EFFLUENT Generic /Cond Desc.:(32)
RADIOACTIVITY OF REL GASES Analog / Digital: (1)
A Engr Units / Dig States: (12)
UCl/S Engr Units Conversion: (40)
N/A Minimum instr Range: (10)
.1 E-6 Maximum Instr Range: (10)
.1 E6 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
THROUGH RMS SYSTEM Sensor Locations: (40)
RADWASTE BLDG EXHAUST Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply
[
Turn-on Power Level:(15)
N/A Instrument Failure Mode: (30) LOW / LOC = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Dese.: (100)
RMS MONITOR (GHRE00108)'
CHANNEL GHN0103 REF USAR TABLE 11.5-4 1
i i
DATA POINT LIBRARY REFERENCE FILE
~
l DATE:(8) 12/06/93 Reactor Unit (3)
WC1 Data Feeder. (10)
N/A i
NRC ERDS Parameter: (12)
EFF LIQ RAD Point ID: (12)
BMN0526 i
l Plant Spec Point Desc.: (40)
STM GEN BLOWDOWN EFFLUENT Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A j
Engr Units / Dig States: (12)
UCl/ML Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 10E-7 l
l Maximum Instr Range: (10) 10E-2 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A j
PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
THROUGH RMS SYSTEM Sensor Locations: (40)
TURB BLDG ON SG BLOWDOWN LIQUID LINE Alarm / Trip Set Points: (40)
N/A N1 Detector Power Supply l
Cut-off Power Level: (15)
N/A NI Detector Power Supply i
Tum-on Power Levet (15)
N/A Instrument Failure Mode: (30) LOW / LOC = LOP Temperature Compensation l
for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RMS MONITOR (BMRE52)
REF USAR TABLE 11.5-2 i
NORM STPTS BASED ON 1 MPC l-131, i
360 GPM BLOWDOWN & 2 CIRC PUMPS ON l
l
I l
i DATA POINT LIBRARY REFERENCE FILE i
DATE: (8) 12/11/91 i
Reactor Unit (3)
WC1 l
Data Feeder (10)
N/A l
NRC ERDS Parameter. (12)
. COND A/E RAD _
l Point ID: (12)
GEN 0925 l
Plant Spec Point Desc.: (40)
CONDENSER AIR DISCHARGE l
Generic /Cond Desc.:(32)
N/A l
Analog / Digital: (1)
A Engr Units / Dig States: (12)
UCl/CC Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 10E-7 Maximum Instr Range: (10) 10E-2 i
Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Numberof Sensors:(3) 1 How Processed: (40)
THROUGH RMS SYSTEM Sensor Locations: (40)
TURB BLDG DISCH OC COND AIR i
DISCH LINE Alarm / Trip Set Points:(40)
Hi = 2.E-5 LO = 2.E-6 l
NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supply i
Turn-on Power Level: (15)
N/A l
Instrument Failure Mode:(30) LOW / LOC = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RMS MONITOR (GERE92)
REF USAR TABLE 11.5.3 l
l l
~
l i
l DATA POINT LIBRARY REFERENCE FILE
)
l DATE:(8) 12/06/93 l
Reactor Unit (3)
WC1 l
Data Feeder (10)
N/A l
NRC ERDS Parameter. (12)
CNTMNT RAD l
Point ID: (12)
GTU0001 Plant Spec Point Desc.:(40)
SPDS CONTAINMENT RADIATION AVG.
Generic /Cond Dese.:(32).
N/A l
j Analog / Digital: (1)
A
-i Engr Units / Dig States: (12)
R/HR
[
l Engr Units Conversion: (40)
N/A Minimum instr Range: (10) '
.1 E1 i
Maximum Instr Range: (10)
.1 E9 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS:(1)
P Number of Sensors:(3) 2 l
How Processed: (40)
AVERAGE Sensor Locations: (40) 2047 CTMT SOUTH,2068 CTMT NORTH 1
Alarm / Trip Set Points: (40)
HI = 100 R/HR l
l NI Detector Power Supply
{
l Cut-off Power Level: (15)
N/A NI Detector Power Supply Tum-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW / LOC = LOP l
Temperature Compensation l
for DP Transmitters: (1)
N/A l
l Level Reference Leg: (3)
N/A
-l Unique System Desc.: (100)
RMS MONITORS GTRE0059 GTRE0060 l
AVG OF RMS MONITORS l
REF USAR TABLE 11,5-3
t l
l DATA POINT LIBRARY REFERENCE FILE l
l
,f DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A l
NRC ERDS Parameter- (12)
RCS LTDN RAD Point ID: (12)
SJN0016 Plant Spec Point Desc.: (40)
CVCS LETDOWN Generic /Cond Desc.:(32)
N/A Anaivg/ Digital: (1)
A Engr Units / Dig States: (12)
UCl/ML Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 10E-5 Maximum Instr Range: (10) 1 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors:(3) 1 i
How Processed: (40)
THROUGH RMS SYSTEM Sensor Locations: (40)
AUX BLDG CVCS LETDOWN LINE l
Alarm / Trip Set Points: (40)
N/A
.[
NI Detector Power Supply i
Cut-off Power Level: (15)
N/A i
NI Detector Power Supply Tum-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW / LOC = LOP l
Temperature Compensation I
for DP Transmitters: (1)
N/A
{
l Level Reference Leg: (3)
N/A i
l Unique System Desc.: (100)
RMS MONITOR (SJRE01) i REF USAR TABLE 11.5-1 l
I l
l l
i I
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter (12)
MAIN SL 1/A Point ID: (12)
ABN0114 Plant Spec Point Desc.: (40)
STM LINE A PORV DISCH Generic /Cond Desc.: (32)
N/A Analog / Digital: (1)
A-Engr Units / Dig States: (12)
MR/HR Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 1 Maximum Instr Range: (10) 10E5 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed:(40)
THROUGH RMS SYSTEM Sensor Locations: (40)
NEXT TO A S/G PORV DUMP Alarm / Trip Set Points: (40)
Hi =.1500E3 LO =.1500E2 NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supply Tum-on Power Level: (15)
N/A instrument Failure Mode: (30) LOC / LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
MEASURES THE STEAM PLUME RADIATION DO NOT HAVE INLINE MONITORS RMS MONITOR ABRE0114 i
l t
t DATA POINT LIBRARY REFERENCE FILE l
l l
l l
DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A l-NRC ERDS Parameter: (12)
MAIN SL 2/B
{
l Point ID: (12)
ABN0113 l
Plant Spec Point Desc.: (40)
l Generic /Cond Desc.: (32)
N/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
MR/HR Engr Units Conversion: (40)-
N/A' l
Minimum instr Range: (10) 1 Maximum Instr Range: (10) 10E5 i
Zero Point
Reference:
(6)
N/A i
Reference Point Notes: (40)
N/A l
PROC or SENS:(1)
S i
Number of Sensors: (3) 1 How Processed: (40)
THROUGH RMS SYSTEM j
Sensor Locations: (40)
OUTSIDE NEXT TO B S/G PLUME j
Alarm / Trip Set Points: (40)
HI =.1500E3 LO =.1500E2 NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply
(
Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOC / LOW = LOP
)
Temperature Compensation' j
for DP Transmitters:(1)
N/A i
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
MEASURES THE STEAM PLUME RADIATION DO NOT HAVE INLINE MONITORS.
RMS MONITOR ABRE113, d
i l
DATA POINT LIBRARY REFERENCE FILE 3
l l
l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter: (12)
MAIN SL 3/C Point ID: (12)
ABN0112 Plant Spec Point Desc.: (40)
STM LINE C PORV DISCH Generic /Cond Desc.: (32)
N/A j
Analog / Digital: (1)
A Engr Units / Dig States: (12)
MR/HR Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 1 i
Maximum Instr Range: (10) 10E5 l
Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S
(
Number of Sensors:(3) 1 How Processed:(40)
THROUGH RMS SYSTEM Sensor Locations: (40)
OUTSIDE NEXT TO C S/G PORV PLUME l Alarm / Trip Set Points:(40)
Hi =.1500E3 LO =.1500E2 NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supply i
Tum-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW / LOC = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
-N/A i
Unique System Desc.: (100)
MEASURES THE STEAM PLUME RADIATION j
DO NOT HAVE INLINE MONITORS.
RMS MONITOR ABRE112 i
l I
i DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 l
Data Feeder: (10)
N/A NRC ERDS Parameter (12)
MAIN SL 4/D l
Point ID: (12)
ABN0111 j
Plant Spec Point Desc.: (40)
STM LINE D PORV DISCH Generic /Cond Desc.: (32)
N/A l
Analog / Digital:(1)
A Engr Units / Dig States: (12)
MR/HR Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 1 Maximum Instr Range: (10) 10E5 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A PROC or SENS: (1)
S f
Number of Sensors: (3) 1 How Processed: (40)
THROUGH RMS SYSTEM Sensor Locations: (40)
OUTSIDE NEXT TO D S/G PORV PLUME A! arm / Trip Set Points: (40)
HI =.1500E3 LO AT.1500E2 NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Tum-on Power Level: (15)
N/A instrument Failure Mode:(30)
Temperature Compensation j
for DP Transmitters: (1)
N/A i
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
MEASURES THE STEAM PLUME RADIATION DO NOT HAVE INLINE MONITORS.
RMS MONITOR ABRE111 I
[
t l
l l
i DATA POINT LIBRARY REFERENCE FILE l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter: (12)
SG BD RAD Point ID: (12)
BMN0256 i
Plant Spec Point Desc.; (40).
STM GEN BLOWDOWN PROCESS Generic /Cond Dese.:(32)
N/A f
Analog / Digital:(1)
A l Engr Units / Dig States:(12)
UCl/ML Engr Units Conversion: (40)
N/A l
Minimum Instr Range: (10) 10E-7 l
Maximum Instr Range: (10) 10E-2 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A
}
PROC or SENS: (1)
S l
Number of Sensors: (3) 1 l
How Processed: (40)
THROUGH RMS SYSTEM Sensor Locations: (40)
N/A Alarm / Trip Set Points: (40)
ALERT = 10E-5 HI = 10E-4 N1 Detector Power Supply Cut-off Power Level: (15)
N/A i
NI Detector Power Supply Tum-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW / LOC = LOP l
Temperature Compensation 6
for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Dese.: (100)
RMS MONITOR (BMRE25) l ONLY 1 MONITOR
)
DOESNT HAVE MONITOR PER LOOP.
REF USAR TABLE 11.5-1 s
y y-e+-
q-w
-ec-
DATA POINT LIBRARY REFERENCE FILE DATE: (8) 12/11/91 Reactor Unit (3)
WC1 i
Data Feeder- (10)
N/A NRC ERDS Parameter: (12)
N/A Point ID: (12)
FCN0381 Plant Spec Point Desc.: (40)
AUX FDWTR TURBIN DISCH Generic /Cond Desc.:(32)
N/A
.j Analog / Digital: (1)
A
~
Engr Units / Dig States: (12)
MR/HR Engr Units Conversion: (40)
N/A Minimum instr Range: (10) 10E0
)
Maximum instr Range: (10) '
10E5 Zero Point
Reference:
(6)
N/A Reference Point Notes:(40)
N/A PROC or SENS:(1)
S Number of Sensors: (3) 1 How Processed:(40)
THROUGH RMS SYSTEM Sensor Locations: (40)
NEXT TO DISCH LINE ON ROOF AUX BLR BLDG Alarm / Trip Set Points: (40)
HI = 150 LO = 15 NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply l
Tum-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW / LOC = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Dese.:(100)
TURB DRIVEN AUX FW PUMP TURB DISCH l
RMS MONITOR (FCRT0385) i l
i
1 DATA POINT LIBRARY REFERENCE FILE i
l DATE: (8) 05/11/92 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A j'
NRC ERDS Parameter:(12)
CTMNT PRESS Point ID: (12)
GNU 0004 Plant Spec Point Dese.: (40)
CONTAINMENT PRESS WR AVERAGE Generic /Cond Dese.:(32)
N/A i
Analog / Digital: (1)
A i
Amr Units / Dig States: (12)
PSIG i
j inits Conversion: (40)
N/A
-l er
'n Instr Range: (10)
-5 i
Maximum Instr Range: (10) 180 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A l
PROC or SENS: (1) -
P i
Number of Sensors: (3) 2 How Processed: (40)
AVERAGE Sensor Locations: (40) 2026 CTMT NORTHWEST AND SOUTHWEST Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply i
l Tum-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A t
Level Reference Leg: (3)
N/A l
Unique System Dese.: (100)
GNPT0938 (GNP1038A) l GNPT0939 (GNP1039A)
?
I 5
a
)
i i
- ~
]
l.
DATA POINT LIBRARY REFERENCE FILE 1
l 1
.i i
i f
DATE: (8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder:(10)
N/A l
NRC ERDS Parameter. (12)
CTMNT TEMP Point ID: (12)
GNU 0001 i
1 Plant Spec Point Desc.: (40)
SPDS CONTAINMENT TEMP AVERAGE Generic /Cond Dese.:(32)
N/A
.l Analog / Digital: (1)
A Engr Units / Dig States:(12)
DEGF
~
]
Engr. Units Conversion: (40)
N/A l
Minimum Instr Range: (10) 0 Maximum Instr Range:(10) 400 l
Zero Point
Reference:
(6)
N/A i
Reference Point Notes:(40)
N/A PROC or SENS: (1)
P Number of Sensors: (3) 4 How Processed:(40)
AVERAGE i
Sensor Locations: (40) 2068 CTMT NORTH, WEST, NE, & EAST Alarm / Trip Set Points: (40)
N/A NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supply i
Tum-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for CT Transmitters: (1)
N/A Level Reference Leg: (3)
N/A
.l Unique System Desc.: (100)
CTMT COOLER TEMP RTDS GNTE0060 (A)
GNTE0061 (B)
GNTE0062 (C)
GNTECD63 (D)
COMPUTER ALARMS HI @ 120 DEG F ON ALL MODES.
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- l DATA POINT LIBRARY REFERENCE FILE -
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l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 l
Data Feeder- (10)
N/A l
NRC ERDS Parameter:(12)
H2 CONC j
Point ID: (12)
GSU0001 l Plant Spec Point Dese.:(40)
SPDS CNTMT HYDROGEN CONC. AVG l
Generic /Cond Desc.:(32)
N/A i
Analog / Digital: (1)
A l
Engr Units / Dig States: (12)
PCT l
Engr Units Conversion: (40)
N/A I
Minimum Instr Range: (10) 0.0 l
Maximum Instr Range:(10) 10.0 l
Zero Point
Reference:
(6)
N/A l
Reference Point Notes:(40)
N/A PROC or SENS: (1)
P Number of Sensors:(3) 2 How Processed: (40)
AVERAGE l
Sensor Locations: (40) 2076 CTMT WEST & NORTH 2012 CTMT SE & NE Alarm / Trip Set Points: (40) 2.5 PCT ANNUNCIATOR, EACH ANALYZER NI Detector Power Supply Cut-off Power Level:(15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A i
Level Reference Leg:(3)
N/A Unique System Desc.:(100)
CTMT H2 ANALYZERS l
SGS02A SGS02B COMPUTER ALARMS MODE Hi FP 2.8 l
LP 2.8 l
HS 2.8 HC 2.8 CS 2.8 RF 2.8 i
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4 i
DATA POINT LIBRARY. REFERENCE FILE i
l 4
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i l DATE:(8) 12/02/93 j
j Reactor Unit: (3)
' WC1 i
Data Feeder (10)
N/A l
NRC ERDS Parameter (12)
STAB CLASS l
i Point ID: (12)
RDT0005 l
l Plant Spec Point Desc.: (40)
CEL 85-10 M VERT TEMP DIFFEFENCE l
Generic /Cond Dese.:(32)
AIR STABILITY AT THE RX SITE l
Analog / Digital: (1)
A j
l Engr Units / Dig States:(12)
DEGC l
Engr Units Conversion: (40)
N/A Minimum Instr Range: (10)
-4 j
Maximum instr Range: (10)
+6 i
Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
N/A j
PROC or SENS: (1)
S Number of Sensors:(3) 1 l
How Processed: (40)
N/A l
Sensor Locations: (40)
METEOROLOGICAL TOWER l
Alarm / Trip Set Points: (40)
N/A l
NI Detector Power Supply Cut-off Power Level: (15)
N/A l
NI Detector Power Supply l
Turn-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP j
Temperature Compensation j
for DP Transmitters: (1)
N/A i
Level Reference Leg: (3)
N/A Unique System Desc.: (100)
VERTICAL TEMP XMTR
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RDTDT0003 i
1 4
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1 I
I DATA POINT LIBRARY REFERENCE FILE -
- l l DATE:(8) 12/06/93 Reactor Unit: (3)
WC1 Data Feeder: (10)
N/A j
NRC ERDS Parameter: (12)
BWST LVL AVG Point ID: (12)
BNU0001 l
Plant Spec Point Desc.: (40)
Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
PCT.
Engr Units Conversion: (40)
N/A Minimum Instr Range: (10) 0.0 i
Maximum Instr Range: (10) 100.0 l
Zero Point
Reference:
(6)
TNKBOT r
Reference Point Notes: (40)
N/A PROC or SENS:(1)
P Number of Sensors:(3) 4 i
How Processed: (40)
AVERAGE i
Sensor Locations: (40)
OUTSIDE AUX BLDG IN RWST PIT Alarm / Trip Set Points: (40)
LOW @ 36% LOLO @ 11% SWAP TO RECIRC.
i SUMP NI Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply l
Turn-on Power Level: (15)
N/A instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
RWST LEVEL XMTRS BNLT0930 BNLT0931 BNLT0932 l
BNLT0933 l
ZERO PT REF IS 24" FROM TNKBOT l
COMPUTER ALARMS i
MODE Hi LQ
{
HS 99 97 l
HC 99 97 CS 99 97 -
RF 99.
97 i
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DATA POINT LIBRARY REFERENCE FILE DATE:(8) 12/11/91 Reactor Unit: (3)
WC1 Data Feeder (10)
N/A NRC ERDS Parameter (12)
WIND SPEED PointID: (12)
RDS0001 Plant Spec Point Desc.: (40) 10 METER WIND SPEED ELEMENT Generic /Cond Desc.:(32)
WIND SPEED @ RX SITE Analog / Digital: (1)
A Engr Units / Dig States: (12)
MPH Engr Units Conversion: (40)
N/A Minimum Instr Range:(10) 0.0 Maximum Instr Range: (10) 100.0 Zero Point
Reference:
(6)
N/A Reference Point Notes: (40)
- N/A PROC or SENS: (1)
S Number of Sensors: (3) 1 How Processed: (40)
N/A Senso Locations:(40) 10 METER LEVEL MET TOWER AlarmTrip Set Points: (40)
N/A N1 Detector Power Supply Cut-off Power Level: (15)
N/A NI Detector Power Supply Turn-on Power Level: (15)
N/A Instrument Failure Mode: (30) LOW = LOP Temperature Compensation for DP Transmitters: (1)
N/A Level Reference Leg: (3)
N/A Unique System Desc.: (100)
WIND SPEED XMTR RDSE001 1
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1 DATA POINT LIBRARY REFERENCE FILE 4
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t DATE: (8) 12/11/91 l
Reactor Unit: (3)
WC1 Data Feeder. (10)
N/A
-i NRC ERDS Parameter: (12)
WIND DlR l
Point ID: (12)
RDA0001 i
Plant Spec Point Desc.:(40) 10 METER WIND DIRECTION j
Generic /Cond Desc.:(32)
N/A Analog / Digital: (1)
A Engr Units / Dig States: (12)
DEG l
Engr Units Conversion:(40)
N/A q
Minimum Instr Range: (10) 0 Maximum instr Range: (10) 540 t
Zero Point
Reference:
(6)
N/A j
Reference Point Notes: (40)
DEGFR NORTH PROC or SENS:(1)
S
{
Number of Sensors: (3) 1 How Processed: (40)
N/A Sensor Locations: (40) 10 METER LEVEL MET TOWER i'
Alarm / Trip Set Points: (40)
N/A Ni Detector Power Supply j
Cut-off Power Level:(15)
N/A NI Detector Power Supply Turn-on Power Level:(15)
N/A Instrument Failure Mode: (30) N/A Temperature Compensation for DP Transmitters: (1)
LOW = LOP Level Reference Leg: (3)
N/A Unique System Desc.: (100)
WIND DIRECTION XMTR RDZE0001
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