B14323, Forwards Dpl for Millstone Unit 1,2,3 & Haddam Neck Plant. Dpl Lists Data Points That Will Be Transmitted for Erds. Update to ERDS Will Incorporate Changes Identified During Sys Testing Performed W/Nrc Contractor
| ML20127C210 | |
| Person / Time | |
|---|---|
| Site: | Millstone, Haddam Neck File:Connecticut Yankee Atomic Power Co icon.png |
| Issue date: | 01/06/1993 |
| From: | Opeka J CONNECTICUT YANKEE ATOMIC POWER CO., NORTHEAST NUCLEAR ENERGY CO., NORTHEAST UTILITIES |
| To: | John Jolicoeur Office of Nuclear Reactor Regulation |
| References | |
| B14323, NUDOCS 9301140054 | |
| Download: ML20127C210 (198) | |
Text
_. ._ _ ._.
NORTHEAST UTILITIES
~
o.ner.i Ome.s . seioen street. ceriin, connecticut y yn .o mmuew cww, P.O. BOX 270
% ,w .n uw cww HARTFORD, CONNECTICUT 06141-0270 L c u 5T.",02;?,~1' E';; (203 ass-sooo January 6, 1993 Docket Nos. 50-213 50-245 50-336 59-423
-B14323 Mr. John R. Jolicoeur Incident Response Branch U.S. Nuclear Regulatory Commission Maryland National Bank Building 7735 Old Georgetown Road Bethesda, MD 20814
Dear Mr. Jolicoeur:
Haddam Neck Plant Millstone Nuclear Power Station, Unit Nos. 1, 2, and 3 Emeroency Resp.pnse Data System Submittal of Data-Point Library In accordance with 10CFR50, Appendix E, Section VI, Northeast Nuclear Energy Company and Connecticut Yankee Atomic Power- Cnmpany hereby provide you with updated information pertaining to the Emergency Response Data System (ERDS). J Attachment Nos. I through 4 include the updated Data Point Library (DPL)- for -
Millstone Unit Nos.1, 2, and 3 and the Haddam Neck Plant, respectively. . The DPL lists the data points that will be transmitted for ERDS. This update to ERDS will incorporate changes identified during system testing performed with the NRC's contractor, Halliburton NUS.
If you have any questions, please contact us.
[
Very truly yours, CONNECTICUT YANKEE ATOMIC POWER COMPANY NORTHEAST NUCLEAR-ENERGY COMPANY J. F. Opeka d h . F. OGA Executive Vice President ;
Attachment cc: :See Page 2 120070 9a0 14o034 ,20 06 PDR ADOCK 05000213
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Mr. John R. Jolicoeur B14323/Page 2 January 6, 1993 cc: U.S. NRC, Attention: Document Control Desk, Washington, DC 20555 T. T. Martin, Region I Administrator A. B. Wang, NRC Project Manager, Haddam Neck Plant J. W. Andersen, NRC Acting Project Manager, Millstone Unit No. 1 G. S. Vissing, NRC Project Manager, Millstone Unit No. 2 V. L. Rooney, NRC Project Manager, Millstone Unit No. 3 D. H. Jaffe, NRC Project Manager, Millstone Station W. J. Raymond, Senior Resident inspector, Haddam Neck Plant P. D. Swetland, Senior Resident Inspector, Millstone Unit Nos. 1, 2, and 3 --
T. P. LaRosa, NUS Corp.
- -_ __---__ ______ J
l Docket No. 50-211 Man EE3M-50-423-B14323-Attachment No. 1
- Data Point Library (DPL) for Mill stone- Unit' No. 1
[
January 1993 A .
I -
L '
DATA POINT LIBRARY REFERENCE FILE
- Date
- 06/03/92
[ Reactor Unit.: MS1
- Data 1 Feeder N/A ERDS Parameter: NI POWER RNG Point Id: C51C0010 Site Desc: REACTOR POWER ERDS Dese: NUCLEAR INSTRUMENTS, POWER FL 'E Analog / Digital: A Ener. Units: %
Units Conv:
Minimum Instr Range O Maximum Instr-Range 125 Zero Point Ref, lRef, Notes:
-Proc or Sens: P Number of Sensors: 106 How Processed: SPDS VALIDATED AVERAGE Sensor Loc: INCORE NEUTRON DETECTORS Alarm / Trip Set Points: VARIABLE' SCRAM SIGNALfFROM!APRM SYSTEM
- NI Detector Power Supply-Cut-Off Power Level: N/A NI Detector Power Supply j LTurn-On Power Level: N/A Instrument Failure Mode: LOW
, _ Temperature Compensation
'for DP Transmitters: N-Level-Reference-Leg: N/A
_ System Dese: REACTOR' NUCLEAR POWER. FULL RANGE AN-AVERAGE OF THE SIX APRM's ADJUSTED WITH A GAIN ADJUSTMENT FACTOR TO ENSURE THELAPRM'VALUE-ACCURATELY REFLECTS CORE THERMAL POWER
' SCRAM SIGNAL IS FROM C2 -I20 % BIASED BY %'RECIRC LOOP FLOW
. , , , _ __ _ J
- 1 DATA POINT LIBRARY REFERENCE l FILE
-Date:
s 06/03/92
- Reactor Unit: MS1 1 Data Feeder: N/A ERDS Parameter: REAC VES LEV Poi'nt Id: B21C0110
- Site Dese:
WR RPV LEVEL ERDS Dese: REACTOR VESSEL WATER LEVEL
-Analog / Digital A Engr. Units: IN Units Conv:
Minimum Instr Range -340 Maximum Instr Kanee 316 Zero Point Ref: TAF Ref. Notes: TOP OF ACTIVE FUEL Proc or Sens P
- . Number of Sennors: 1
- How Processed: TEMP / PRESS COMP LEVEL
' Sensor Loc. VARIOUS Alarm / Trip Set Loints: VARIOUS NI Detector Power Supply Cut-Off Power Level: -N/A
- NI Detector Power Supply Turn-On Power Level: N/A
? Instrument-Failure Mode:
.- Temperature' Compensation
- for;DP Transmitters: Y t
- Level Reference Leg: WET System Desc:
RPV LEVEL-FROM SPDS LOGIC-TO COMPENSATE FOR. CORE FLOW AND TEMPERATURE / DENSITY CONDITIONS. STATUS OF REACTOR RE-CIRCULATION PUMPS STATUS AND REFERENCE LEG TEMPERATURE IS-DONE BY:THIS LOGIC.
- . -_ -. _ . . .. . _. _. ._ ., . _ . . _ _ _ . . - . . . . . _ - . . _ _ z. . - -
DATA POINT LIBRARY REFERENCE FILE IDate: 06/03/92-Reactor Unit: MSI Data Feeder N/A
.ERDS Parameter: MAIN FD FLOW Point Id: DPT-640-40A Site Dese: FEEDWATER FLOW ERDS Dese: FEEDWATER FLOW INTO THE REACTOR Analog / Digital: A Engr. Units: MLB/HR Units Conv:
Minimum Instr Range O Maximum Instr Range 5 Zero Peint Ref:
Ref. Not.es:
Froc or Sens: S Number of Sensors: 1 How Froceesed: SQUARE ROOT EXTRACTION SIGNAL FROM DP Sensor Loc: FEED LINE
-Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode. FAIL LOW Temperature Compensation for DP Transmitters: Y Level Reference Leg: N/A System Dese: FEEDWATER FLOW r
5
. . . . _~ - . ... .. - -. . . ....- _. . . . . . - -- - - .. . -
q n;
-1 l
DATA POINT LIBRARY REFERENCE FILE _ l I Date: 06/03/92 I
.. Reactor. Unit: -MS1 .
Data Feeder: N/A
.ERDS. Parameter: RCS FRESSURE
- Point Id: B21C0210
=-Site Dese: -RPV PRESSURE
-ERDS Dese: REACTOR COOLANT SYSTEM PRESSURE Analog / Digital: A Encr. Units: PSIG
- Units Conv:
Minimum Instr Range 0
. Maximum Instr Range 2500 Zero Point hef
--Ref. Nc.ter Proe or Sens- I Numb +:r of Sensc rs : 2 How-Processad. CPDS CALC VALUE.
Sensor E c. RCS
- Alarm / Trip Set Points, e NI Detector Iower Supply Cut-Off Fower Level: N/A
-N1 Detector. Power Supply
~ Turn-On' Power Level: 'N/A Instrument Failure' Mode.
Temperature Compensation
-for' LP' Transmitters:
= Level Reference Lee- N/A
,. System Dese: SPDS LOGIC RCS PRESSURE SIGNAL
-im m. t- 4-- - ser1 -,,-- r -
, - --m e-
- 7 -
ew- , ,
m r , y- p
. _ . - - _. _ _ _ _ _ _ ~ . - .
. DATA I:OINT LIBRARY REFERENCE FC I L E
- Date:- 11/20/92 Reactor Unit MS1 Data Feeder: N/A
~ ERDS Paraneter:
~
LFCI FLOW Point Id: FI-1540-11A
-Site Desc: LPCI FLOW TRAIN A ERDS Desc: LOW PRESSURE COOLANT INJ. FLOW Anal og /Di gi t al - A Engr. Units: KGF M Units Conv:
Minimum Instr Range O
. Ma x i mu ri. Instr Renge 18
- T e c, F C. .: r.t Ref:
Ref tJot e a:
Fr:c ca Sens: S Number of Sen+ ors: 1 How Frocessed:
Senver Lat: LPCI SYSTEM TRAIN A Al arm /Tri p Set Fotnte:
~N1 Detector Power Euppl y Cut-Off Fower Level: N/A NI Detector-Power Supply Turn-On Power Level: N/A
, Instrument Failure Mode:
t - Temper atur e Coa.pensa ti on for DP Transmitters:
-Level Reference Leg: N/A System Desn: LPCI FLOW TRAIN A i
l
J DATA POINT LIBRARY REFERENCE FILE
= Da t e -: 06/03/92 Reactor Unit: MS1
-Data Feeder: N/A
-ERDS Parameter: EFF GAS RAD Point-Id: RM1705-19A
-Site Dese: STACK GAS RADIATION HIGH
-ERDS Dese: RADIOACTIVITY OF RELEASED GASSES LAnslog/ Digital- A Engr. Units; uCi/CC Units Cony Minimum Instr Range E-3 Maximum Instr Range E40 Zero-Point Ref.
Ref Notes:
Proc or Senc: S Number of Sensors: 2 How-Processed:
Ser.sor Loc : OF LINE' SAMPLE --BASE OF STACE Alarm / Trip Set Foints: _0.1 uCi/CC tli. Detector Power Supply
, Cut-Off Power Level: N/A
'NI. Detector Power Supply Turn-On' Power Level: N/A I(InstrumentFsilureMode: LOW j' Temperature Compensation l for DP Transmitters:
j -.
Level Reference Leg: N/A System =Desc: . RADIATION MONITORING FOR GASSES FROM ALL THREE' MILLSTONE ST/iTION NUCLEAR PLANTS.
STATED rat 1GE IS BASED ON-Xe-133.
i
.]
DATA POINT L1BRARY REFERENCE FILE i lDate:. 06/03/92 Reactor Unit: MS1 l
~ Data Feeder: .N/A
-ERDS Parameter: DW PRESS
' Point Id: PT-1601-42 Site Dese: DRYWELL PRESSURE-(WR)
ERDS Dese: DRYWELL PRESSURE Analog / Digital: A Engr. Units: PSIG Unite Conv:
-Minimum Instr Range 0
- Maximum Instr Range 80
-Zero Point Ref:
chef. Notes:
Proc or Sens: S Number of Sensors: 1 How Frocessed:
Sensor. Loc: DRY WELL
.c /Alarn./ Trip Set . Points :
NI Det.ector Power Supply Cut-Off-Power Level: N/A-3 NI Detector Poner Supply
-Turn-On Power Level: N/A Instrument Failure Mode:
Temperature Compensation
-for DP Transmitters:
D) Level Reference Leg: N/A
- System.Dese: DRY WELL PRESSURE SIGNAL
, , - -w-
DATA POINT LIBRARY REFERENCE FILE Date: 06/03/92 I Reactor Unit: MS1 Data Feeder: N/A ERDS Parameter: DW TEMP Point Id: D23C0310 Site Dese: DRYWELL TEMPERATURE ERDS Dese: DRYWELL TEMPERATURE Analog / Digital: A Engr. Units: DEGF Units Conv:
Minimum 3nstr Range 40 Maximum Instr Rance 440 Zero Foint Ref Ref. Notes:
Proc or Sens P Number of Sensors: 8 How Processed: VALIDATED AVERAGE Sensor Loc' VARIOUS DRYWELL LOCATIONS Alarm / Trip Set Points:
NI Detector Iower Supply Cut.-Off Fower Level: N/A NI Detector Power Sapply Turn-On Power Level: N/A Instrument Failure Mode Temperature Compensation for DP Transmitters:
Level Reference Lee: N/A System Desc: AVERAGE DRY WELL TEMPERATURE
DATA POINT LIBRARY REFERENCE FILE Date: 11/17/92 Reactor Unit: MS1 Data Feeder: 14/A ERDS Parameter: SP LEVEL Point Id: G43C0010 Site Dese: SUPPRESSION POOL WATER LEVEL ERDS Dese: SUPPRESSION FOOL WATER LEVEL Analoe/ Digital: A _
Engr, Units: FT Units Conv:
Minimum Instr Range 2.2 Maximum Instr hance 27.2 Zero Point Ref Ref tJot e s :
Froe er Sens: S tiumicer of Sensors 1 How Proceesed:
Sensor Loc.
Alarm / Trip Set Foints:
til Detector Power Supply Cut-Off Fower Level: N/A 1;I Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mod" Temperature Compensation for DP Transmitters: Y Level Reference Leg: DRY System Decc: S'UPPRESSION POOL WATER LEVEL l
s DATA POINT . LIBRARY REFERENCE FILE Date: 11/17/92
-l Reactor Unit: MS1
)
l Data Feeder: N/A /
ERDS Parameter: H2 CONC
-Point Id: DRY 804 Site Dese: CONTAINMENT H2
-ERDS Desc: DRYWELL OR TORUS HYDROGEN CONC.
Analog / Digital: D _
-Engr. Units:
Units Conv: DIGITAL POINT SEE NOTE Minimum Instr Range Maximum Instr Range Zero Point Ref Ref, Notes:
Proc or Sens: S Number of Sensors: 1 How Processed:
Sensor-Loc:
Alarm / Trip Set Points:
N1 Detect.or Power Supply Cut -Of f f ower Level: N/A
~N1 Detector Power Supply Turn-Oa Power Level: N/A-
' Instrument Failare Mode:
- Temperature-Compensation for-DP Transmitt.ers: Y-Level Reference Leg: N/A
- System Dese: THERMAL CONDUCTIVITY TYPE H2 MONITOR
-DIGITAL POINT: 1 = NORMAL-0: ALARM
_ __ . _ . _ _ - . _ . _ . .. ._. . __ _ _-._ _ _ ._ _ _ _ . _ _ . _, _. _ . _ _ _ _, 2-_
DATA POINT- LIBRARY REFERENCE FILE
'Date: 11/17/92 ;
Reactor Unit: MS1 -!
Data Feeder: N/A --!
-ERDS Parameter: 02 CONC I
Point Id: DRY 806 Site Dese: CONTAINMENT 02
.ERDS Dese: DRYWELL OR TORUS OXYGEN CONC.
Analog / Digital: b '
- Eiigr . Units:
Units Conv. DIGITAL POINT SEE NOTE Minimum Instr Range Maximum-Instr Range Zero Point Ref:
-Ref. Notes:
Proc or Sens: S
-Number of Sensors: 1 How' Processed:
iSensor Loc:
-Alarm / Trip Set. Point =-
=
ALARM AEdVE 4T
.i
~-NI' Detector Power Supply
~ Cut-Off Power Level: N/A-NI Detector Power Supply
- Turn-On Power Level: N/A
--Instrument Failure Mode:
Temperature Compensation for DP-Transmitters; Y s
-Level
Reference:
Leg: N/A System'Dese: THERMAL CONDUCTIVITY O2 MONITOR DIGITAL POINT: 1-= NORMAL 0z ALARM w- ,
,-.+.m- - - , -v.* ,w .3 m,..- w , ,,-er ,n-, , - , - y,,rs./-~,r , --.<.7,.y,.'n , E - w.n- ,%,--- # w,---. r - , ~ , , -r-y- -w' we
DATA 1"O I N T LIBRARY REFERENCE FILE Date- 11/17/92 Reactor Unit: MS1 Data Feeder N/A ERDS Parameter: CST LEVEL Point Id: LT7-50 Site Dese: CTS LEVEL ERDS Dese: CONDENSATE S'iORAGE TANK LEVEL Analog / Digital: A Engr. Units %
Units Conv: 0- 100% : 0- 572 IN : 0 - (c.,,000 GAL ,
Minimum Instr hange O Maximum Inctr hange 100 Zero Point Ref Ref. Notes:
Proc or Sent- S Numt er of Sensorn : 1 How Processed:
s Sencer Loc:
Alarm / Trip Set Pointc: ALARMS: HI : 98% LO : 02.3%
NI Detector Power Supply ^
Cut-Of f Pow +_ r Leve? , N/A NI Detector Fower Supply Turn On Power Level. N/A Instrument Failure Mode Temperature Compensation for DP Transmitters: N Level Reference Lee: WET Syctem Dece: LEVEL SIGNAL FOR CST TECH SFEC LOW LIMIT : 225,000 GAL LOW LEVEL ALARM (62.3%) : 287,000 GAL
DATA POINT LIBRARY REFERENCE FILE-
---Date: 06/03/92
- Reactor Unit: MSI
-Data Feeder: N/A ERDS Parameter: WIND SPEED Point Id: WG142 Site Dese: WIND SPEED (142 FEET) .i
-ERDS Dese: WIND SPEED AT THE REACOR SITE
-Analog /Digito1: A
- Engr. Units:
MPH Units Conv:
' Minimum Instr Range 0
-Maximum Instr Lange 100
'Zero Point Ref:
Ref.-Notes:
Proc or Sens: S Number of Sensors: 1 How Processed:
Sensor Loc: STATION MET TOWER-Alarm / Trip Set Foints: NONE-N1. Detector Power Supply Cut-Off Power Level: N/A
-NI-Detector Power SuppIy Turn-On Power Level: N/A Instrument Failure Mode:
Temperature Compensation for DP-Transmitters: N cLevel Reference Leg: N/A
- System Dese: _ INSTANTANEOUS WIND SPEED SIGNAL DIRECT FRCM SENSOR-.ON MET
_ TOWER. NO AVERAGING DONE ON THIS SIGNAL
~
DATA POINT LIBRARY REFERENCE FILE Date: 11/17/92 .
- Reactor Unit
- MS1
-Data Feeder: N/A ERDS Parameter: WIND DIR Point Id: WDJ42
-: Site Dese: hind DIRECTION (142 FEET)
- ERDS Dese: WIND DIRECTION AT THE STATION
. Ana2.og/ Digital: A Engr, Units: DEG -.
Units Conv:
-Minimum Instr Range 0 i
-Maximum Instr Range 540 "ero Point Ref
~Ref, No te r. :
Proc or Sens: S Number of Sencors: 1 How Processed: I
-Sensor Loc: STATION MET TOWER larm/ Trip. Set Points: NONE NI' Detector Power Supply
. Cut-Off Power Level N/A
,NI'-Detector' Power SuppIy Turn-On Power Level: N/A
. Instrument Failure Mode:
Temperat ure Compensation for DP Transmitters: N
-Level Reference. Lee: N/A TSystem Dese: -
-INSTAi4TANEOUS SIGNAL FORM MET TOWER . INSTRUMENT RANGE IS:
0 TO S40 nEGREES VALUES OVER 360 AhE WRAP AROUND VALUES AND SHOULD HAVE 360 SUBTRACTE! FROM THEM FOR ACTUAL DIRECTION.
-NO AVERAGING IE DONE ON T3IS SIGNAL 4 THE WIND IS FROM THE INDICATED DIRECTION
DATA POINT LIBRARY REFERENCE FILE Date: 06/11/92 Reactor Unit: MS1 Data Feeder: N/A ERDS Parameter: STAB CLASS Point Id: DT142 Site Dese: DELTA TEMP (142 FT)
ERDS Dese: AIR STABILITY AT REACTOR SITE Analcc/Dicital A Ener. Units. DEGF Units Conv:
Minimum Inctr Range -10 Maximum Instr Rance 18 Zero Point Ref: 0 Ref. Notes. O INDICATES NO DELTA BETWEEN THE TWO Prue or Sens: P Number of Sensors: 2 How Frocessed: DELTA TEMP BETWEEN 142 AND 33 FT TEMPS Sensor Loc: STATION MET TOWER Alarm / Trip Set Points:
NI D~tector Fower Supply Cut-Off Power Level:
NI Detector fewer Supply Turn-On Power Level:
Instrument Failure Mode:
Temperature Compensation for DP Transmitters: N Level Reference Leg: N/A System Dese: INSTANTANEOUS DIFFERENCE BETWEEN THE 33 FOOT AND 142 FOOT MET TOWER TEMPERATURES. THIS IS THE ONLY AIR STABILITY TYPE SIGNALS AVAILIBLE TO THE PLANT COMFUTER.
- . - - .... ~ .- - . - .
-DATA POINT LIBRARY REFERENDE--FILE EDate: 10/14/92 7
-Reactor Unit: MS1 Data Feeder: N/A ;
'ERDS Parameter: CR SPRAY FL i Point Id: FI-1450-4A Site Dese: CORE SPRAY FLOW ERDS Dese: CORE SPRAY COOLING SYSTEM FLOW.
Analog / Digital: A
-Engr. Units: GPM ,
. Unite Conv:
- Minimum-Instr Range O Maximum Instr Range 6000 Zero Point Ref.
Ref. Notes:
-Proc or Sens. S Number of Sensors: 1
-i How Processed:
3 encor Loc:
. Alarm / Trip Set Points:
-NI Detector Power Supply
. Cut-Off Power Level:
NI. Detector Power Supply Turn-On Power Level:
Instrument-Failure-Mode:
' LOW-Temperature Compensation for DPLTransmitters: N .
.-Level Reference Leg:
System Desc:
. FLOW-INSTRUMENTATION FOR CORE SPRAY COOLING SYSTEM FOR TRAIN A
. , , _ . . ,_-_. _ - . _ . .,.- - ... _ _ ,._ .___.- _ _ _..._. _ _ . _ .~. _ .
l i
l DATA POINT LIBRARY REFERENCE FILE l Dae: 10/I4/92 !
- Reactor Unit: M31 Data Feeder: N/A ERDS Parameter: MN STEAM RAD Point Id: 590-106A ,
Site Desc: MAIN STEAM LINE RAD ERDS Dese: RADIATION LEVEL-MAIN STEAM LINE Lana'.oc/ Digital: D Engr. Units:
Units Conv: DIGITAL POINT - SEE NOTE Minimum Instr Range Maximum Instr Range
-Zero Point Ref:
hef. Notes:
Proc or Sens: S Number of Sensorc: 1 How Processed:
Sensor Loe:
8 FEET FROM STEAM LINES ,
' Alarm / i rip det FSints: HIGH VARIES BASED ON. NORMAL READINGS HI -Imtector Power Supply
-Cut-Off Power Level: N/A NI Detector Power Supply . .
Turn-On Power-Level: N/A Instrument Failure Mode: ALARM
-Temperature Compensation for DP Transmitters: N Level Reference-' Leg: N/A System Dese: RADIATION ALARM FROM MAIN STEAM-LINES ALARM IS 3X BACKROUND NORMAL BACKROUND IS 250-300 mR/HR~AT 100% POWER NO QUANTIFICATION-IS ATTEMPTED FROM THIS MONITOR ALARM COULD INDICATE HIGHER N-16 LEVELS OR FAILED FUEL. -
DIGITAL POINT: 1 : NORMAL-0: ALARM-
- - . . - - . ~ . - . - - ~ ~ ~ . . - . - . . - . .- -. - --
DATA. P o l'N T LIBRARY . REFERENCE- FILE
'Date: 10/14/93
' Reactor Unit:
MSI I
-Data Feeder: -N/A
.ERDS Parameter -SP TEMP !
-Point'Id: D23CO210 Site Dese: SUPPRESSION POOL TEMPERATURE (ERDS Dese: SUPPRESSION POOL TEMPERATURE Analog / Digital: A
. Engr, Units: .DEGF Units Conv:
Minimum Instr Range O Maximum Instr Range 300
. Zero Point Ref.
Ref. Notes:
Proc or Sens: P Number of Sensors: 4 How Processed: VALIDATED AVERAGE-Sensor Loc.
? Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level:
NI. Detector Power Supply
. Turn-On Power Level:
-Instrument Failure Mode: LOW
. Temper:tture Compensation for DP Transmitters: N
- Level. Reference Leg: N/A
' System Dese: TEMPERATURE OF THE SUPPRESSION POOL p - -- M -(e- "-
, _ - . _ - . -. .- . = - - .~
m DATA POINT LIBRARY REFERENCE F I IS E 1Date: -10/14/92 Reactor Unit: MS1 Data Feeder. N/A ERDS Parameter: CR SPRAY FL Point Id: FI-1450-4B
. Site Denc: CORE SPRAY FLOW ERDS Dese: CORE SPRAY COOLING SYSTEM FLOW Analor/ Digital: A Engr. Units: GPM
.. .-Unite Conv:
Minimum Instr Range O Ma>:imum Insti Range 6000 Zero PCint hef Ref. Notes:
Froc or Sens: S Numl>er of Sensors : 1
.How Processed:
Sennor Loc:
" Alarm / Trip Set Points:
-NI Detector Power Supply.
-Cut-Off Power Level:
'NI Detector. Power Supply Turn-On-Power Level:
Instrument Failure Mode: LOW Temperature Compensation for-DP Transmitters: N
< Level Reference Leg:
i System'Dese:
FLOW INSTRUMENTATION FOR CORE SPRAY COOLING SYSTEM FOR TRAIN B
.~. _ _ _ _ . . .
DATA P C) I N T L I 13 R A R Y R Elr E R E N C IE frILE Date: 11/20/92 Reactor Lim i t : MSI Data Feeder: N/A ERDB Parameter LPCI FLOW Point Id: F1-1540-11D Si t e Desc: LPCI FLOW TRAIN B ERDS Desc: LOW FRE55URE COOLANT INJ. FLOW Anal og / Di c i t a i : A -
Engr. Un i t t> : F C,PM I UnatF C.on v :
tii n i tt un, Innte Berige 0 Max; mum Instr Range 18 7e o Pe;nt Ree:
Rei, rJ a t e t- :
Frot er EenE: 5 Number of Sonnors: 1 How Pr c t e 4, s .::o :
Senst- Loc: LFCI SYSTEM TRAIN B Al ar mi T r t r. Se-t Foints:
NI De t e c t c.r Pcme r Solipl y Cut-Dii F ow., r Level: N/A IJI C'et ec t or Fower Supply Tur n-On Power Levei: N/A I nis t rument Fai1ure Mcxle :
T emperat urP Compensat1on ior DP Transmitters:
Lovel Pef er enc e Leg: tJ / A SVtten D a s r. : LPCI FLCM TRAIN D
- _ . . ~ . _ _ _ - _ . _ . . _ . . . . _ _ _ _ _ _ _ _ _ ._, __ ._ . ._ _ _ _
DATA -POINT LIBRARY REFERENCE. FILE.
'Datei 11/17/92 ,
. Reactor Unit: MS1 Data Feeder: N/A ERDS Parameter: DW RAD Foint Id: RIT-1826
. Site Dese: CTMT RADIATION ERDS Dese: RADIATION LEVEL IN Tile DRYWELL Analoe/D$eital: A
-Ener Units R/llR
. Units Conv:
Minimum Instr Range 1
-~ Maximum Instr Range 1 E+6 Zero Feint Ref. 1 Ref. Noter:
Proc or Sens: S
-Number of Senserc: 1 iiow Frocessed:
Sensors Loc: DRYWELL Alarm / Trip Set Points:
v NI' Detector I ower Supply Cut.Off Fower Level: N/A
- NI . Ntector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: LOW TemperatureLCompensation
-for DP' Transmitters' ,
' Level Reference Leg: N/A
[ System Dese: RADIAT10t1 LEVEL IN THE.DRYWELL rPea g -- - ,.-, -.g . -
y ,,,,y y wp
., . _ . - . ._ _ . . . . -~ _ . _.. . . .. _ .
7
. . y Docket No. 50-213 50-245 50-336 50-4L3 E4323
}=-
Attachment No. 2 Data Point Library (DPL).for .,
Millstone Unit No. 2 k
2 4
9 h
-January 1993.-
4
- -,-- -- . , . ~ . - - - . , - - . . , -. . _ . ~ , , . ..- -
Date 4/8/92 Reactor Unit MS2 Deta roedor N/A
) HRC ERDS Pare. motor NI POWER RNG I Point ID RXPWR Plant Spoc Point Desc. REACTOR POWER GenerictCondensed Dese. Nuclear instruments, Power Range
) Analog lDlgital A Engr UnlislDig States %
Engr Units Conversion N/A Min Instrument Rango E 8 Max instrument Range 150 Zero Point R0forence N/A Referenco Point Notes N/A PROC lSENS P Number of Sansors 12 How Pro 00ssed Validated Average !
Sonsor Locations Containment AlarmlTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp. for DP Xmtrs N Lovel Rotorence Log N/A unique System Dose. Source Range, Wide Range and Power Range nuclear instrum9ntation channels signals are monitored and validated to provide indicated reactor power.
mt 1 i I
Date 4/8/92 Reacter Unit MS2 Data reeder N/A NRC ERDS Parameter NilNTER RNG Point 10 N/A I
Plant Spec Point Dese.
GenericlCondensed Desc. Nuclear Instruments, Intermediate Range Analog l Digital A Engr UnitslDig States Engr Units Conversion N/A Min Instrument Range Max Instrument Range Zero Polnt Reference N/A Reference Point Notes N/A PROC l SENS Number of Sensors i How Processed Sensor Locations Alarm l Trip Sotpoints .
NI Det. PS Cut Oil Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A Instrument Fall Mode Temp. Comp. for DP Xmtrs N Lovel Reference Leg Unique System Dese.
PACE 2
Date 4/8/92 Re:ct:r Unit MS2 Data Feedor N/A NRC ERDS Parameter NI SOURC RNG Point ID N/A Plant Spoc Point Desc.
GonoriclCondensed Dese. Nuclear instruments, Source Rango Analog lDigliat A Engr UnitslDig States Engr Units Conversion N/A Min instrument Range Max instrument Rango Zero Point Reference N/A Reference point Notes N/A PROC lSENS Number of Sensors How Processed Sensor Locations Alarm l Trip Setpoints NI Dot. PS Cut Off Pwr Lvl N/A HI Det PS Turn On Pwr Lvl N/A instrument Fall. Modo Tenip. Comp for DP Xmtrs N Level Reference Leg Unique System Desc.
ent 2
.. , _ , _ , - _ _ . - ~ , ., . , _ . - - - _ , - - . . -_
Date 4/8/92 React:r Unit MS2 Data Fooder N/A NRC ERDS Parameter REAC VES LEV Point ID HDLEV A Plant Spec Point Dese. REACTOR VESSEL LEVEL GenericlCondensed Desc. Reactor Vessel Water Level AnalogjDigital A Engr Units! Dig States %
Engr Units Conversion See Description Min Instrument Rango O Max instrument Rango 100 Zero Point Referenco Other Referenco Point Notes Top of Fuel Alignment Plate PROC l SENS P Number of Sensors 8 How Processed Other.
Sensor Locations Containment AlarmjTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A instrument Fall. Mode Various Temp. Comp, for DP Xmtra N Level Reference Leg N/A Unique System Dose. Eight Heated Junction Thermocouple sensors provide covered / uncovered indication.
Sensor 1 2 3 4 5 6 7 8 Percent 100 80 61 43 29 19 12 7 inches 186 144 108 72 51 30 20 10 Top of Active Fuelis 25" below point 8.
PACE A l
_- _ _ _ . . __ =- ._ _ _. _ . - . .. . - . .-
Date 4/8/92 Reacter Unit MS2 Data Fcedor N/A NRC ERDS Paramotor TEMP CORE EX Point ID INTAMX Plant Spec Point Dose. MAX REGION AVG TEMP Genorielconconsed Desc. . Highest Temperature at the Coro Exit Analog l Digital A Engr UnitslDig Statos DEG F Engr Units Conversion N/A Min Instrument Rango 200 Max instrument Range 2300 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS P Number of Sensors 45 How Processed Validated Highest Sensor Locations Containment Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lyl N/A Hi Det. PS Turn On Pwr Lyl N/A instrument Fall Mode Temp. Comp. for DP Xmits N Level Reference Log N/A Unique System Dese.
P Acr. i
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A ARC ERDS Parameter SUB MARGIN Point ID MINSUB Plant Spec Point Desc. MIN. RCS SUBCOOLING 00nortclCondensed Dese. Saturation Temperature-Highest CET Analog l Digital A Engr UnitslDig States DEGF Engr Units Conversion N/A Min Instrument Rango O Max Instrument Rango 700 Zoro Point Rotorence N/A Hoforenco Point Notes N/A PROC l SENS P Number of Sensors 45 How Processed Highest Sensor Locations Containment AlarmlTrip Sotpoints NI Det. PS Cut Off Pwr Lv! N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo Temp. Comp. for DP Xmits N Level Reference Leg N/A Unique System Desc.
PACE 1
l Date 4/8/92 Reactcr Unit MS2 Data Feeder N/A NRC EADS Parameter CORE FLOW Point ID CVRCSF Plant Spec Point Dose. Total RCS Flow Ooneticicondensed Dese. Total Reactor Coolant Flow Analog l Digital A Engr UnitsiDig States MLB/HR Engr Units Conversion N/A Min instrument Rango O Max instrument Range 150 Zero Point Reference N/A Referenco Point Notes N/A PROC l set 4S P Number of Sensors 8 How Processed Sum of Validated Average Sensor Locations Containment AlarmlTrlp Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A unique System Dese. Validated average for RCS loop 1 is based on sensor inputs PD111 A, B, C, D. Validated average for RCS loop 2 is based on sensor inputs PD121 A, B, C, D. Total RCS Flow is the sum of the validated loop averages PACE, 1
.............J
Date 4/8/92 Reactsr Unit MS2 Data FCeder N/A IJAC ERDS Parameter SG LEVEL 1/A Point ID SG1LVL Plant Spec Point Dese. STEAM GEN 1 LEVEL Generic l Condensed Dese. Steam Generator 1 (or A) Water Level Analog l Digital A Engr Units l Dig States %
Engr Units Conversion Approx 1.8 inches per %
Min instrument Range 0 Max instrument Range 100 Zero Point Reference Other Reference Point flotes Reference to narrow range lower instrument tap.
PROC l SEf1S P tiumber of Sensors 4 How Processed Validated Average Sensor Locations Containment Alarm lTrlp Setpoints LO:50.4 til Det. PS Cut Off Pwr Lvl N/A PJI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp for DP Xmtra N Level Reference Leg WET Unique System Desc. Steam Generator Level Narrow Range calibrated for hot full power conditions. Top of the U tubes is at - 7.4% indicated level.
1 r
W FACE E a
Date 4/8/92 Reactsr Unit MS2 Data FCeder N/A l
NRC ERDS Parameter SG LEVEL 2/8 Point ID SG2LVL Plant Spec Point Desc. STEAM GEN 2 LEVEL GenericlCondensed Desc. Steam Generator 2 (or B) Water Level Analog l Digital A Engr UnitslDig States %
Engr Units Conversion Approx 1.8 inches per %
Min instrument nange O Max instrument Range 100 Zero Polnt Reference Other Reference Point Notes Reference to narrow range lower instrument tap.
PROC l SENS P Number of Sensors 4 How Processed Validated Average '
Sensor Locations Containment AlarmlTrip Setpoints LO:50.4 NI Det. PS Cut Off Pwr Lvl - N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp, for DP Xmtrs N Level Reference Leg WET Unique System Dese. Steam Generator Level Narrow Range calibrated for hot full power conditions. Top of the U tubes is at - 7.4% indicated level.
PACE 3
~ ~' - , - . _ . . . . _ .
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Paramotor SG LEVEL 3/C Point tD N/A Plant Spec Point Dese.
GenericlCondensed Dese. Steam Generator 3 (or C) Water Level Analog l Digital A Engr UnitslDig States Engr Units Conversion N/A Min Instrument Rango Max instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC lSENS Number of Sensors How Processed Sonsor Locations Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Modo Temp. Comp. for DP xmtrs N Level Reference Log Unique System Desc.
PAGE O
l l
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter SG LEVEL 4/D ;
Point ID N/A Plant Spec Point Desc. j Generic l Condensed Dese. Stearn Generator 4 (or D) Water Level i Analog lDiglial A l Engr UnitslDig States Engr Units Conversion N/A Min Instrument Rango Max instrument Range Zero Point Referenco N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed ,
Sensor Locations Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A
!astrument Fall. Modo Temp. Comp. for DP Xmtrs N Lovel Referenco Log Unique System Desc.
PAGE 11 P ' -y64 v-yr- - .. --
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Date 4/8/92 Reacter Unit MS2 Data Feodor N/A NRC ERDS Paramotor SG PRESS 1/A Point ID SG1PR Plant Spec Point Desc. STEAM GEN 1 PRESSURE GenericlCondensed Desc. Steam Generator 1 (or A) Pressure Analog l Digital A Engr UnitsjDig States PSIA Engr Units Conversion N/A Min instrument Rango O Max instrument Rango 1000 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS P Number of Sensors 4 How Processed Validated Average Sensor Locations Containment Alarm l Trip Sotpoints LO:520 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp. for DP Xmits N Lovel Reference Log N/A Unique System Dese. Steam Generator Pressure PAGE 12
Date 4/8/92 Reccter Unit MS2 Data reeder N/A NRC EFIDS Parameter SG PRESS 2/B Point ID SG2PR Plant Spec Point Desc. STEAM GEN 2 PRESSURE Genericlcondonsed Desc. Steam Generator 2 (or B) Pressure Analog l Digital A Engr UnitslDig States PSIA Engr Units Conversion N/A Min Instrument Rango O Max instrument Range 1000 Zero Point neferenco N/A Referenco Polnt Notes N/A PROC l SENS P Number of Sensors 4 How Processed Validated Average Sonsor Locations Containment AlarmlTrip Selpoints LO:520 NI 001. PS Cut Off Pwr Lyl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp. for DP Xmtrs N Level Reference Log N/A Unique System Dose. Steam Generator Pressuro PA00 M
, _ - . ~ . . _ . , . . _ - -- .
Date 4/8/92 Reacter Unit MS2 Data Feedor N/A NRC- ERDS Parameter SG PRESS 3/C Point ID N/A Plant Spec Point Desc.
Generic lCondonsed Dose. Steam Generator 3 (or C) Pressure Analog l Digital A Engr Units l Dig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Rotorence Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations AlarmlTrip Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A N1 Dot. PS Turn On Pwr Lvl N/A instrument Fall. Mode Temp. Comp. for DP Xmtrs N Level Reference Leg Unique System Desc. >
PACE li
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter SG PRESS 4/D Point ID N/A Plant Spoc Point Desc.
GenortclCondensed Desc. Steam Generator 4 (or D) Pressure Analog l Digital A Engr Units l Dig States Engr Units Conversion N/A Min Instrument Range Max Insitumont Rnngo Zero Point Reference N/A Refe Jo Point Notes N/A ,
PROC l SENS Number of Sensors ,
How Processed Sensor Locations AlarmlTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Modo Temp. Comp. for DP Xmits N Lovel Reference Log Unique System Desc.
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Date 4/8/02 React:r Unit MS2 Data Fceder N/A NRC ERDS Parameter MN FD FL 1/A P U 1t ID F5268 Plant Spec Point Desc. SGI MAIN FW FLOW oenoriclCondensed Dese. Stm Gen 1 (or A) Main Feedwater Flow Analog l Digital A Engr UnitsIDig States Klb/hr Engr Units Conversion N/A Min Instrument Rango O Max instrument Rango G300 Zero Point Referenco N/A Referenco Point Notes N/A PROC l SENS S Number of Sensors 1 How Processed Sensor Locutions Turbine Building Alarm l Trip Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A Ni Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp for DP Xmtra N Lovel Reference Log N/A Unique system Dese. Main Feedwater Flow i
PACE li
Date 4/8/92 Reactcr Unit MS2 Data Feeder N/A NRC ERDS Parameter MN FD FL 2/B Point ID F5269 Plant Spec Point Desc. SG2 MAIN FW FLOW GenericlCondensed Desc. Stm Gen 2 (or B) Main Feedwater Flow Analog l Digital A Engr UnitslDig States Kib/hr Engr Unha Conversion N/A Min instrument Hange O Max instrument Range 6300 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Numbot of Sensors 1 How Processed Sensor Locations Turbine Building Alarm l Trip Setpoints NI Det. PS Cut Off PWr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall Mode LOW Temp. Comp. for DP Xmtra N Level Reference Leg N/A Unique System Desc. Main Feedwater Flow r>Act n
Date 4/8/92 React:r Unit MS2 Data Feodor N/A NRC ERDS Paramotor MN FD FL 3/C Point 10 N/A Plant Spec Point Desc.
Generic l Condensed Dese. Stm Gen 3 (or C) Main Foodwater Flow Analog l Digital A Engr UnitslDig States Engr Units Conversion N/A Min Instrument Rango Max instrument Range Zero Point Rotorence N/A Referenco Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations AlarmjTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs N Lovel Reference Log Unique System Desc.
l l
PA0E 1!!
~ . - _ - _ . . -- . _ . . - . , . _ _ ._
Date 4/8/92 Reseter Unit MS2 Data Fe:dar N/A NRC ERDS Parameter MN FD FL 4/D Polnt ID N/A Plant Spec Point Desc.
Generic l Condensed Desc. Sim Gen 4 (or D) Main Foodwater Flow Analog l Digital A Engr Units [ Dig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locallons Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A N1 Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo Temp. Comp. for DP Xmtts N ,
Lovel Reference Log Uniquo System Desc.
PACE M
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Date 4/8/92 neactor Unit MS2 Data Fceder N/A PMIC ERDS Parameter AX FD FL1/A Point ID F5277 Plbnt Spec Point Dese. SG1 AUX FW FLOW GenottelCondensed Dose. Strn Gen 1 (or A) Auxiliary FW Flow Analog! Digital A Engr UnitslDip States GI4#
Engr Units Conversion N/A Min InstrumGni Hango O Max instrument 'tanga 'iOD 2ero Point Reference r!/A Rotorenco Point th,tos N/A PROC lSENS P Number of Sensors 2 Hor. Processed Average Sensor Locations Turbine Building Alarm l Trip Sotpoints Ni Det. PS Cut Off Pwr Lvl N/A HI Det. PS Turn On Fwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp. for DP Xmtro N Level Reference Leg N/A Unique System Dese. Auxiliary Feedwater Flow FACE 22 l
Date 4/8/92 React::r Unit MS2 Data Feedor N/A NRC ERDS Parameter AX FD FL 2/B Point ID F5278 Plant Spcc Point Desc. SG2 AUX FW FLOW Generic l Condensed Desc. Sim Gon 2 (or B) Auxiliary FW Flow Analog l Digital A Engr UnitslDig States GPM Engr Units Conversion N/A Mlf. Instrument Rango O Max instiament Rango 600 Zero Point Reference N/A Referenco Polnl Notes N/A PROC l SENS P Number of Sensors 2 How Processed Average Sensor Locations Turbino Building Alarm l Trip Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A
'll Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp, for DP Xmits N Lovel Referenco Leg N/A Unique System Dese. Auxiliary Foodwater Flow PACE 21
Date 4/8/92 Reacter Unit MS2 Data Fo:: der N/A NRC ERDS Parameter AX FD FL 3/C Point ID N/A Plant Spec Point Dese.
GeneticlCondensed Desc. Stm Ger. 3 (or C) Auxiliary FW Flow Analog l Digital A Engr Units l Dig States Engr Units Conversion N/A Min Instrument Range Max instrument Rango Zero Point Reference N/A Referenco Point Notes N/A PROC l SENS Number of Sonsors How Processed Sensor Locations AlarmlTrip Sotpoints
- NI Det. PS Cut Off Pwr Lvl N/A HI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo Temp. Comp. for DP Xmtra N Lovel Reference Log Unique System Desc.
i PACE 22-(
._ - .- . - . . - . - - . - - - =. - - _. . . - . . - - - _ . . - - -
Date 4/8/92 Reactar Unit MS2 Data re: der N/A NRC EROS Parameter AX FD FL 4/D Point ID N/A Plant Spec Point Desc.
OenericlCondensed Dese. Sim Gen 4 (or D) Auxiliary FW Flow ,
Analog lDlgital A ;
Engr UnitslDig States j Engr Units Conversion N/A j Min Instrument Rtinge Max instrument Range Zero Point Referentre N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations l Alarm lTrlp Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmits N Level Reference Leg Unique System Dese.
PACE 21
1 Date 4/8/92 Reactcr Unit MS2 Data Fceder N/A HRC ERDS Parameter HL TEMP l/A Point ID T111X Plant Spec Point Dese. HOT LEG TEMP 1 (WR)
GenericlCond6nsed Desc. Sim Gen 1 (or A) Inlet Temperature Analo0lDialtat A Engr UnitslDig States DEG F Engr Units Conversion N/A Min Instrument Range 150 Max instrument Range 750 Zero Point Reference N/A Reference Point Notes N/A PROC lSENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A
, NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode HIGH Temp. Comp for DP Xmits N Level Reference Leg N/A unique System Dese. RCS Hot Leg Temperature 4-Pact li
. . -- _ _ - .. - . - ~__ .=_ _- . .- . . . - . _ - . .
Date 4/8/92 R:acter Unit MS2 Data Feeder N/A NRC ERDS Parameter HL TEMP 2/B Point ID T121X Plant Spec Point Desc. HOT LEG TEMP 2 (WR)
GenericlCondensed Dese. Stm Gen 2 (or B) inlet Temperature Analog l Digital A Engr UnitslDig States DEG F j l
Engr Units Conversion N/A Min instrument Range 150 Max instrument Range 750 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Humber of Sensors 1 How Processed Sensor Locations Containment Alarm l Trip Setpoints Ni Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lyl N/A Instrument Fall. Mode HIGH Temp. Comp. for DP Xmits N Level Reference Leg N/A Unique System Dese. RCS Hot Leg Temperature J
Pact 21.
Date 4/8/92 Reacter Unit MS2 Data Feeder N/A NRC ERDS Parameter HL TEMP 3/C Point ID N/A Plant Spec Point Desc.
Generic l Condensed Desc. Stm Gen 3 (or C) Infot Temperature Analog l Digital A ,
Engr UnitslDig States Engr Units Conversion N/A Min instrument Range Max instrument Range 2vro Point Hoference N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo Temp. Comp. for DP Xmtrs N Lovel Reference Log Unique System Desc.
PACE 21
Date 4/8/92 React:r Unit MS2 Data Fcoder N/A NRC ERDS Paramotor HL TEMP 4/D Point ID N/A Plant Spoc Point Desc.
GenoticlCondensed Dese. Stm Gen 4 (or D) Inlet Temperature Analog l Digital A Engr UnitslDig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Referenco Point Notes N/A PROC l SENS Humber of Sensors How Processed Sensor Locations Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo Temp. Comp, for DP Xmtrs N Levo "9forenco Log Unique System Desc.
PACE 21
I Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter CL TEMP t/A Point ID T115 Plant Spec Point Dese. COLD LEG TEMP 1 (WR)
GenericlCondensed Dese. Stm Gen 1 (or A) Outlet Temperature Analog lDlgital A Engr Units! Dig States DEG F Engr Units Conversion N/A Min Instrument Range O Max instrument Range 750 Zero Point Reference N/A Rctorence Point Notes N/A PROC l SEN3 S Number of Sensors 1 How Processed Sensor Locations Containment Alarm l Trip Setpoints NI Det. PS Cut Off Pws Lvl N/A NI Det. PS Turn On Pwr Lv! N/A Instrument Fall. Mode HIGH Temp. Comp, for DP Xmtrs N Level Reference Leg N/A Unique System Dese. RCS Cold Leg Temperature PACE 21
Dato 4/8/92 Reactor Unit MS2 Data Fcoder N/A NRC ERDS Paramotor CL TEMP 2/B Point ID T125 Plant Spoc Point Desc. COLD LEG TEMP 2 (WR)
GenericlCondensed Desc, Stm Gen 2 (or B) Outlet Temperature Analog l Digital A Engr UnitslDig States DEG F Engr Units conversion N/A Min Instrument Rango 0 Max Instrument Rango 750 Zero Point Roterence N/A Reference Point Notes N/A PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Dot, PS Turn On Pwr Lvl N/A Instrument Fall. Modo HIGH Temp. Comp. for DP Xmtrs N Level Reference Leg N/A unique System Dese. RCS Cold Leg Temperature PAGE 23
Date 4/8/92 Reacter Unit MS2 Data Feeder N/A NRC ERDS Parameter CL TEMP 3/C Point ID N/A Plant Spec Point Desc.
GenericlCondensed Desc. Sim Gen 3 (or C) Outlet Temperature Analog l Digital A Engr Units l Dig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC lSENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode Temp. Comp for DP Xmtrs N Level Reference Leg Unique System Desc.
PAGE E
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter CL TEMP 4/D Point ID N/A Plant Spec Point Dese.
CenericlCondensed Dese. Stm Gen 4 (or D) Outlet Temperature Analog l Digital A Engr UnitslDig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A
. Instrument Fall. Mode Temp. Comp. for DP Xmtrs N L.evel Reference Leg Unique System Desc.
P Act n n-
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Paramotor RCS PRESSURE Point ID PZRPR Plant Spec Point Desc. PRESSURIZER PRESSURE Generic l Condensed Desc. Reactor Coolant System Pressure Analog l Digital A Engr UnitsIDig States PSIA Engr Units Conversion N/A Min Instrument Range 0 Max instrument Range 3000 Zero Point Reference N/A Reference Point Notes N/A PROC lSENS P Number of Sensors 5 How Processed Validated Lowest Sensor Locations Containment Alarm l Trip Setpoints LO:2100;Hl:2350 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Dese. Pressurizer Pressure is the lowest validated pressure from four narrow range (1500 2500 psla) and one wide range (0-3000 psia) pressure loops.
l 1
PAGE 21 l
Date 4/8/92 React @r Unit MS2 ' Data Feodor N/A NRC ERDS Parameter PRZR LEVEL Point ID PZRLVL i
Plant Spec Point Dese. PRESSURIZER LEVEL GenericlCondensed Desc. Primary System Pressurizer Level Analog l Digital A Engr UnitslDig States %
Engr Units Conversion -3.6 inches per %
Min Instrument Range O Max instrument Range 100 Zero Point Reference Other Reference Point Notes Referenced to lower level instrument tap PROC lSENS P Number of Sensors 2 How Processed Validated Average Sensor Locations Containment Alarm l Trip Setpoints LOLO:20 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg WET Unique System Dese. Pressurizer Levelis calibrated for hot full power conditions. The top of the pressurizer heaters is at = 10% of indicated level.
PAGE .11
-.. . . . . - - . . -. . - - - . . ~ . . . ..- - . . . -. . - . _ . .
Date 4/8/92 Reactor Unit MS2. Data Feeder N/A--
NRC ERDSL Parameter ' RCS CHG/MU Point IDL F212 ,
~
Plant Spec Point- Dese. CHARGING FLOW GenerielCondensed Dese. -Primary System Charging or Makeup Flow Analog l Digital A Engr UnitslDig States GPM Engr Units Conversion N/A i Min Instrument Range 0 Max instrument Range 140 ,
Zero Point Reference..- N/A Reference Point Notes N/A PROC lSENS S Number of Sensors 1 How Processed Sensor Locations Enclosure Building AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode' LOW Temp Comp. for DP Xmtrs N Level Reference Leg N/A unique System Dese. Charging Flow m
4 1
r l
PAGE 2.i
.r-
Date 4/8/92 React::r Unit MS2 Data Feeder N/A-NRC ERDS Parameter HP SI FLOW Point ID TOTHPSI Plant Spec Point Desc. Total HPSI Flow GenericlCondensed Desc. High Pressure Safety injection Flow Analog l Digital A Engr UnitslDig States GPM Engr Units Conversion N/A Min Instrument Range 0 Max instrument Range 300 Zero Point Reference N/A Reference Point Notes N/A PROC lSENS P Number of Sensors 4 How Processed Sum Sensor Locations Enclosure Building AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A unique System Dese. High Pressure Safety injection Flow is the Validated Total of four sensors, F311, F312, F331, and F341.
PACE 21
4 Date' 4/8/92I 1ReactSr Unit MS2 Data - Feeder N/A -
NRC _ERDS Parameter LP Sl FLOW _
Point - ID TOTLPSI -
p- - Plant Spec Point- Desc. Total LPSI Flow GenericlCondensed Dese. Low Pressure Safety injection Flow Analog [ Digital _ A Engr UnitslDig States GPM Engr Units Conversion _ N/A Min Instrument Range O Max Instrument Range 2000 Zero Point Reference N/A Reference Point Notes N/A PROC lSENS P Number of Sensors 4 How Processed Sum-Sensor Locations Enclosure Building AlarmjTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lyl- N/A Instrument Fall Mode LOW Temp. Comp. for DP Xmtrs N '
Level Reference Leg _ N/A Unique System Desc. Total LPSI Flow is the validated sum of four sensors, F312, F322,-
F332, and F342.
L
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i PAGE li
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter CTMNT SMP NR Point ID L9155 Plant Spec Point Dese. CTMT NORMAL SUMP LEVEL Generic l Condensed Desc. Containment Sump Narrow Range Level Analog l Digital A Engr UnitslDlg States %
Engr Units Conversion =6000 gal per %
Min Instrument Range O Max instrument Range 100 Zero Point Reference CNTFLR Reference Point Notes N/A PROC lSENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lyl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A unique System Dese. Containment Normal Sump Level. Indication of 100% is approximately 600,000 gallons, PACE ll
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter CTMNT SMP WR Point' lD N/A Plant Spec Point Desc.
OenericlCondensed Desc Containment Sump Wide Range Level Analog l Digital A Engr UnitsIDig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC lSENS Number of Sensors How Processed Sensor Locations Alarm l Trip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp, for DP Xmtrs N Level Reference Leg Unique System Desc.
P AC E 23.
Dato 4/8/92 R: set:r Unit MS2 Data Fe:d:r N/A NRC ERDS P;r; meter EFF GAS RAD Point ID RU1 Plant Spec Point Dese. U1 STACK RAD MONITOR GenericlCondensed Desc. Radioactivity of Released Gasses Analog l Digital A Engr UnitslDig States UCl/CC Engr Units Conversion N/A Min instrument Range E-3 Max Instrument Range E+5 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Number of Sensors 2 How Processed Sensor Locations Yard Base of Stack
, AlarmlTrip Setpoints 0.1 pci/cc NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode LOW Temp. Comp. for DP Xmtra N Level Reference Leg N/A Unique system Desc. Range shown is for Xe-133; range for T=0 mix is E 5 to E+3. Mid range conversion Factor:1.8x10-Spel/cc/ccpm High range conversion Factor:1.0x10-2 cl/cc/ccpm Both are based on assumed average gamma energy of 0.4Mev for noble gas mix. Stack flow range can be O to 180,000 cim.1 ccpm = 100 cpm PACE 11
Ot.to 4/8/92 - React::r Unit MS2 Data FO:d:r N/A NRC ERDS Parameter EFF LIO RAD Point ID H9049 ,
Plant Spec Point Dese. CWM TK TO CW RAD LVL GenericlCondensed Dese. Radioactivity of Released Liquids Analog l Digital A Engr UnitslDig States CPM Engr Units Conversion N/A Min Instrument Range .01 Max Instrument Range 1000 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Enclosure Building i Alarm l Trip Setpoints Variable NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr t.vl N/A instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Desc. Monitor is automatically isolated prior to allowable limits. Reading would remain high despite isolation. Monitor is offscale high before any release of significant dose. Conversion to meaningful ci/sec depends largely on background (varies), flow rate, and nuclide mix.
PAOE 12 i
Date 4/8/92 R2 actor Unit MS2 Data Feeder N/A NRC ERDS Parameter COND A/E RAD Point ID R5099 Plant Spec Point Desc. SJAE RAD MONITOR GenericlCondensed Desc. Condenser Air Ejector Radioactivity Analog l Digital A Engr Units l Dig States CPM Engr Units Conversion N/A Min instrument Range E+1 Max instrument Range E+6 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Turbine Building AlarmlTrip Setpoints Variable NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level. Reference Leg N/A Unique system Dese. Conversion to ci/cc depends on nuclide mix, monitor background, and detector efficiency.
Typical factor is 4 x 10-8 ci/cc/ccpm.
Discharge is to MP1. stack. All release estimates should use MP1 stack monitor (RIC 1705-79).1 ccpm = 100 cpm PACE 31
Date 4/8/92 React r Unit MS2 Data Fe: der N/A NRC' ERDS P:rcmet:r. CNTMNT RAD Point ID' CTMTRAD Plant Spec Point Desc, CTMT AREA RADATION
. Generic l Condensed Desc. Radiation Levelin the Contalmnent
- Analog l Digital A Engr UnitslDig States R/HR Engr Units Conversion N/A Min Instrument Range 1 .
Max instrutnant Range E+8 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS P Number of Sensors 2 How Processed Validated Average Sensor Locations Containment AlarmlTrip Setpoints 5 R/HR NI Det. PS Cut Off Pwr Lvl N/A ,
Ni Det. PS Turn On Pwr Lyl N/A instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A-Unique System Desc. Containment Area Radiation l
j PAGE 32.
. . . , , , . . . -- a -- - - .., - .
- Dato 4/8/92: -R:act:r Unit MS2 ' - Data Fceder N/A NRC ERDS- Par miter / RCS LTDN RAD Point ID CVR202A -
Plant _ Spec Point Desc. LETDOWN RAD ACT LOG GenericlCondensed = Desc.- Rad Level of the RCS Letdown Line Analog l Digital. A--
Engr UnitslDig States KCPM Engr Units Conversion N/A Min Instrument Range .01 Max instrument Range 1000 Zero Point Reference N/A' Reference Point Notes N/A
~?
PROC l SENS- S Number of Sensors -1 How Processed Sensor-. Locations Enclosure Building ,
Alarm l Trip -Setpoints Variable
'NI Det. PS Cut Off Pwr Lvl- N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode LOW Temp. _ Comp._ for DP_ Xmtra ' N Level Reference Leg N/A unique System Desc. Letdown is expected to isolate for most accidents Which result in fuel element failure. Used for trends only, since fuel failures may _
result in off-scale high readings. Sample line plateout has resulted in a significant background reading.
r- ,
f Pact il
Date 4/8/92 _ Rhact:r Unit MS2; Data . Feeder N/A-NRC ERDS P rameter MAIN SL 1/A Point - lD R4299A Plant Spec Point- Desc. MAIN STM LINE RAD MON GenericlCondensed - Desc.- Stm Gen 1 (or A) Steam Une Rad Level Analog l Digital A Engr UnitslDig States R/HR Engr Units Conversion N/A Min Instrument Range E-2 Max instrument Range E+4 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Enclosure Building AlarmlTrip Setpoints .03 R/HR NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A
-Instrument Fall. Mode LOW
- Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Desc. Release rate conversion depends on nuclide mix, steam flow, and detector correction factors.
Default value for a 0 - 4 HR mix and an assumed flow of 6000 cfm
- is 14 ci/sec/R/HR.
PAGE 11
Dato 4/8/92- R:setsr Unit MS2- . Data Feeder N/A ~
NRC' ERDS Parameter MAIN SL 2/B Point ID R42990-Plant Spec Point Desc. MAIN STM LINE RAD MON '
GenericlCondensed Dese. Sim Gen 2 (or B) Steam line Rad Level Analog l Digital A Engr UnitslDig States R/HR Engr Units Conversion N/A Min Instrument Range E-2 Max instrument Range E+4 Zero Point Reference N/A Reference Point Notes N/A -
PROC 1SENS S Number of Sensors 1 How Processed Sensor Locations Enclosure Building AlarmlTrip Setpoints .03 RtlR NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall Mode LOW Temp. Comp, for DP Xmtrs N Level Reference Leg N/A Unique system Desc. Release rate. conversion depends on nuclide mix, steam flow, and[
detector correction factors.-
Default value for a 0 - 4 HR mix and an assumed flow of 6000 cfm is 14 cl/sec/R/HR.
I -I PAGE 11
'l
Date 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter MAIN SL 3/C Point ID N/A Plant Spec Point Desc.
Generic l Condensed Desc. Sim Gen 3 (or C) Steam Line Rad Level Analog l Digital A Engr Units l Dig States Engr Units Conversion N/A Min instrument Range Max Instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC lSENS Number of Sensors How Processed Sensor Locations ,
Alarm l Trip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs N Level Reference Leg Unique System Dese.
PACE li l
ve-
Dat0 4/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter MAIN SL 4/D Point ID N/A Plant Spec Point Desc.
- GenericlCondensed Dese Stm Gen 4 (or D) Steam Line Rad Level Analog l Digital A Engr Units l Dig States Engr Units Conversion N/A Min Instrument Range Max Instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs N Level Reference Leg Unique System Dese.
l PACE 11
Date 4/8/92 Reactor Unit MS2 Data Foeder N/A Ni1C ERDS Parameter SG BD RAD 1 A Point ID R4262 Plant Spec Point Dese. SG BLOWDOWN RAD MON Generic l Condensed Dese. Stm Gon 1 (or A) Blowdown Rad Level Analog l Digital A Engr Units l Dig States CPM Engr Units Conversion N/A Min Instrument Range E-2 Max Instrument Range E+3 Zero Point Reference N/A Reference Point Notes N/A PROC lSENS S Number of Sensors 1 How Processed Validated Average Sensor Locations Enclosure Building Alarm l Trip Setpoints Variable NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp, for DP Xmtrs N Level Reference Leg N/A Unique System Desc. Combined blowdown from both steam generators. Conversion factor for.Cs-137 is - 5 x 10 9 cl/cc/ccpm.
Air ejector will automatically isolate blowdown before significant release. Blowdown will be off-scale high and isolate releases well before levels of concern.
1 ccpm == 100 cpm FAGE .11
Date 4/8/92 Reacter Unit MS2 Data Feeder N/A ,
NRC ERDS Parameter SG BD RAD 28 Point ID R4262 Plant Spec Point Desc. SG BLOWDOWN RAD MON GenericlCondensed Dese. Stm Gen 2 (or B) Blowdown Rad Level l Analog l Digital A Engr UnitslDig States CPM Engr Units Conversion N/A Min Instrument Range E-2 .
Max instrument Range E+3 l Zero Point Reference N/A 1 Reference Point Notes N/A l PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Enclosure Building AlarmlTrip Setpoints Variable NI Det. PS Cut Off Pwr Lvl N/A NI Let. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp, for DP Xmtrs N Level Reference Log N/A unique System Dese. Combined Howdown from both steam generators. Conversion factor for Cs-137 is - 5 x 10-9 pcl/cc/ccpm.
Air ejector will automatically isolate blowdown before significant release. Blowdown will be off-scale high and isolate releases well before levels of concern.
1 ccpm = 100 cpm PAOE /d L
Date A/8/92 Reactor Unit MS2 Data Feeder N/A NRC ERDS Parameter SG BD RAD 3C Point ID N/A Plant Spec Point Desc.
GenericlCondensed Desc. Stm Gen 3 (or C) Blowdown Rad Level Analog l Digital A Engr Units l Dig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations AlarmlTrlp Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode Temp. Comp, for DP Xmtrs N Level Reference Leg Unique System Desc.
l PAGE M l
[
Dato 4/8/92 Rsactor Unit MS2 Data Feeder N/A NRC ERDS Parameter SG BD RAD 4D Point ID N/A Plant Spec Point Desc.
Genericicondensed Desc. Stm Gen 4 (or D) Blowdown Rad Level Analog l Digital A Engr UnitslDig States Engr Units Conversion N/A Min Instrument Range Max instrument Range Zero Point Reference N/A Reference Point Notes N/A PROC l SENS Number of Sensors How Processed Sensor Locations Alarm l Trip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs N Level Reference Leg Unique System Dese.
l l
l exct n
Dato 4/8/92 Reacter Unit MS2 Data Fecder N/A NRC ERDS Pcram:ter CTMNT PRESS Point ID CTMTPR Plant Spec Point Dese. CTMT PRESSURE (NR)
GenericlCondensed Desc. Containment Pressure Analog l Digital A Engr Units l Dig States PSIG Engr Units Conversion N/A Min Instrument Range O Max instrument Range 85 Zero Point Reference N/A Reference Point Notes N/A PROCISENS P Number of Sensors 4 How Processed Validated Average Sensor Locations Enclosure Building AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtra N Level Reference Leg N/A Unique System Desc. Narrow Range Containment Pressure F ACE f.2, I
Date 4/8/92 Reactgr Unit MS2 ' Data Fe:-d:r N/A NRC ERDS Paramet:r' CTMNT TEMP Point ID CTMTT Plant Spec Point Desc. - CTMT AIR TEMPERATURE GenerictCondensed- Dese. Containment Temperature Analog l Digital' A Engr Units l Dig States DEG F Engr Units Conversion N/A Min Instrument Range O Max instrument Range 350 Zero Point - Reference N/A Reference Point Notes N/A '
PROC l SENS P Humber of Sensors 12 How Processed Validated Weighted Average Sensor Locations Containment Alarm l Trip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS-Turn On Pwr Lvl N/A Instrument Fall. Mode . HIGH Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Desc. Containment Air Temperature ,
I l
l PAGE il l
l I'~ , , . _ _ .__..__2____ _._ _ _._$
Dato 4/8/92 R;acter Unit MS2 Data FC d:r N/A NRC ERDS Parameter H2 CONC Point ID CTMTH2 Plant Spec Point Dese. CTMT H2 CONCEN.
GenericlCondensed- Desc. Containment Hydrogen Concentration Analog l Digital A Engr Units l Dig States %
Engr Units Conversion N/A Min Instrument Range O Max instrument Range 10 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS P Number of Sensors 2 How Processed Validated Average Sensor Locations Enclosure Building AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A N1 Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A unique System Desc. Containment Hydrogen Concentration f
l
' PAGE 11 l
a Date 4/8/92 Reactar Unit MS2 Data Feodor N/A NRC ERDS -Parameter BWST LEVEL Point ID. L3001 Plant Spec' Point- Desc. RWST LEVEL GenericlCondensed Desc. Borated _ Water Storage Tank Level Analog l Digital A Engr UnitslDig States %
Engr Units Conversion =4750 gallone. per %
Min Instrument Range 0 Max instrument Range 100 Zero Point Reference Other Reference Point Notes Referenced to top of tank outlet pipe PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Yard AlarmlTrlp Setpoints Lo Level 94%
NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique system Desc. Refueling Water Storage Tank Level i
I PAGE M 1
r Date 4/8/92- Reacter Unit MS2 : Data - Feeder N/AL NRC ERDS Parameter WIND SPEED-Point ~ lD WS142
- Plant- Spec Point Desc WIND SPEED (142 FT.):
GenericlConcensed - Desc. _ Wind Speed at the Reactor Site
. Analog l Digital A Engr UnitslDig States MPH Engr Unlis Conversion N/A Min Instrument Range O Max instrument Range 100 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Number- of Sensors 1 4
How Processed Sensor Locations Yard AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Referenca Leg N/A Unique System Dese. Wind Speed at 142 ft elevation.
.l )
(-
PAGE li
Date 4/8/92 Re:ctor Unit MS2 Data Feodor N/A NRC ERDS Parameter WIND DlR Point ID WD142 Plant Spec Point Desc. WIND DIR. (142 FT.)
GenericlCondensed Desc. Wind Direction at the Reactor Sito Analog l Digital A Engr UnitstDig States DEGREES Engr Units Conversion N/A Min instrument Rango O Max instrument Range 360 Zero Point Referenco North Rotorence Point Notes Measured in the 'from' direction PROC l SENS S Number of Sensors 1 How Processed J Sensor Locallons Yard AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo AS IS Temp. Comp. for DP Xmtrs N Loyol Reference Log N/A Unique System Desc. Wind Direction at 142 ft elevation.
FACE il 1
Dato 4/8/92 React:r Unit MS2 Data Fe: der N/A HRC ERDS Parameter STAB CLASS '
Point ID DT142 Plant Spec Point Desc. DELTA TEMP. (142 FT.)
GenericlCondensed Desc. Air Stability at the Reactor Site AnaloglDigital A Engr Units l Dig States DEG F Engr Units Conversion N/A Min Instrument 5;nge -10 Max instrument Range 18 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS P Number of Sensors 2 How Processed Sensor Locations Yard AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lyl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Varles depending on sensor failure Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Desc. Delta Temperature is the difference in temperature between the 142 ft and 33 ft elevations, rAct la
Date 4/9/92 React::r Unit MS2 Data Feeder N/A NRC ERDS Parameter REAC VES LEV Point ID HDLEV B Plant Spec Point Desc. REACTOR VESSEL LEVEL Generic l Condensed Dese. Reactor Vescel Water Level Analog l Digital A Engr UnitsIDig States %
Engr Units Conversion Soo Description Min Instrument Rango O Max instrument Range 100 Zero Point Rotorence Other Reference Point Notes Top of Fuel Alignment Plate PROC l SENS P Number of Sensors 8 How Processed Other-Sensor Locations Containment Ala(mlTrlp Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lyl N/A Instrument Fall. Modo Various Temp. Comp. tor DP Xmits N Lovel Reference Log N/A Unique System Dese. Eight Heated Junction Thermocouple sensors provide covered / uncovered indication.
Sensor 1 2 3 4 5 6 7 8 Percent 100 80 61 43 29 10 12 7 inches 186 144 108 72 51 30 20 10 Top of Active Fuelis 25" below point 8.
L I' AGE 12
Date 8/27/92 R: set:r Unit MS2 Data Fc:d:r N/A NRC ERDS Parameter EFF LIO RAD Point ID R9116 Plant Spec Point Desc. PER WASTE CW RAD LVL GenericlCondensed Desc. Radioactivity of Roloased Liquids Analog l Digital A En0r UnitslDig States CPM Engr Units Conversion N/A Min Instrument Range .01 Max instrument Range 1000 Zero Point Reference N/A Reference Point Notes N/A PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Enclosuro Building Alarm l Trip Setpoints Variablo NI Det. PS Cut Off Pwr Lvl N/A HI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW ,
Temp. Comp. for DP Xmtra N/A Level Reference Leg N/A unique System Desc. Monitor is automatically isolated prior to allowable limits. Reading would remain high despito isolation. Monitor is offscale high before any release of significant doso. Conversion to meaningful pel/sec depends largely on background (varies), flow rato, and nuclide mix.
PACE 12
DEktLIAJh213-khL%
hE335 hERI lu1123 Attachment No. 3 Data Point Library (DPL) for Millstone Unit No. 3 I
January 1993
' ~
DATA POINT LIBRARY REFERENCE FILE-Date: 06/04/02 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: 111 POWER R11G Point Id: CVMXPWRGE Site Dese: REACTOR POWER ERDS Desc: 140 CLEAR I!1STRUME!1TS, POWER RANGE Analog /Dicital: A _
Engr. Unite: "A Unita Conv:
Minimum Inr.tr Range O Maximum Instr Rance 120 Zero Point Ref:
Ref. Notes:
Proc or Sens- P 11 umber of Bens. ore 4 How Processed: VALIDATED AVERAGE Sensor Loe: EXCORE NEUTRON DETECTORS
. Alarm / Trip set. Pointe. HIGH POWER TRIP III' Detector Power Supply Cut-Off Fower Level: 11/A NI Detector Power Supply Turn-On Power Level: N/A
' Instrument-Failure Mode: FAIL LOW -
ZERO Temperature Compensation for DP Transmitters: N
' Level Reference Leg: N/A System Dese: SPDS REACTOR POWER LEVEL VALIDATED AVERAGE OF-ALL POWER RANGE EXCORE NUCLEAR IllSTRUMENTS l
u
I DATA POINT LIBRARY REFERENCE FILE 1
Date: 06/04/92 ]
Reactor Unit: MS3 1 Data Feeder: N/A 'l ERDS Parameter: 111 IllTER Rt1G Point Id: NMI-NM35B Site Dese: INTERMEDIATE RANGE ERDS-Dese: NUC INST.. INTERMEDIATE RA!1GE Analog / Digital: A Encr. Units: AMPS -
Units Conv:
Minimum Instr Range IE-11 Maximum Instr Range 1E-3 Zero Pvint Ref:
I Ref. Notes:
Proe or Sens: S Number of Sensors: 1 How Processed:
Sennor Loc: EXCORE DETECTORS Alarm / Trip Set Points:
.NI Det ector Power Supply Cut-Off. Power Level: N/A HI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: FAIL LOW Temperature Compensation for DP Transmitters: N-Level Reference Leg: N/A System Dese: 'EXCORE NEUTRON MON] TOR INT RANGE
=_
DATA PolNT LIBRARY REFERENCE F-ILE ,
Date: 06/04/92 Reactor Unit: MS3 Data-Feeder: N/A ERDS Parameter: NI SOURC RNG Point Id: NMS-NM31F Site Dese: SOURCE RANGE EhDS Dese: NUCLEAR I!1STRUMENTS SOURCE RANGE Analog /Diejtal, A Encr. Units: CPS Units Conv: ,
Minimum Instr Range 0 r
Maximum Instr Range 1000000 Zero Pc it.t Re f h< f ' Notes:
Proc or Sens: S 11 umber of Sensors: 1 Nc-W ' Iroce S h e d ;
Sensor Let: EXCohE NEUTRON DETECTORS Alarm /Irip ~et-P> intr.:
N 1 bet ect c r rower Supply Cut-Off Power Level 1E-10 AMPS 1R 111. Detector Pewer Supply _
Turn-On Power Level, WHEN P6 CLEARS Instrument Failure Mode: FAIL LOW - ZERO
'- Temr.erature Compensation
-'for-_LP Transmitters:
Level Reference-Lee: N/A Eystem Dese: SOURCE RANGE' NUCLEAR INSTRUMENT l
l 3 ;..~.. ,+n . . - . - , . - -.,er..,'L,
~ - . - . , . , - < - - -
, - , . , - -- n-- , - ,-----n -
DATA 1'O I N T - LIBRARY REFERENCE FILE !
.Date: 06/04/92 Reactor Unit: MS3 i Data Feeder: N/A t ERDG Parameter: REAC VES LEV Point Id: CVUPLENLVL Site Dese: UPPER PLENUM LEVEL ERDS Dese: REACTOR VESSEL WATER LEVEL Analog / Digital: A Encr. Units: % PLENUM LVL Unite Conv: SEE SYSTEM DESC FOR LEVEL INFORMATION Minimum Inste Range O Maximum Instr Range 100 Zero Point Ref: TFP Ref. Notes: ZERO LEVEL IG CORE ALIGNMENT PLATE Proc or Sens I Number c.f Gensoru: 12 How Processed: VALIDATED AVG OF TWO HJTC PROBES Sensor Loc IN CORE Alarm / Trip Set Points:
N1 Detector Power Supply
--Cut-Off Power Level: N/A NI Detector Power Supply Turn-on Power Level: N/A Instrument Failure Mode: FAIL-LOW Temperature Compensation
'for DP Transmitters:
Level Reference' Lee: IJ/A System Decc: REACTOR VESSEL LEVEL PRVIDED BY TWO HEATED JUNCTION THERMOCOUPLE PROBES. NOT A CONTINOUS READOUT DEVICE.
INDICATI0N IS SENSED AT THE LEVELS OF THE HJTC. PAIRS. s
. LEVEL AbOVE THE-ZERO REF IS: 78.2" : 1004; 61.5" : 82%; ~
47" : '.04%; 32.5" : 47%; 21.7" : 32%; .10,9" := 19%
, , . . . . -- - . . . ~ - - . - . = . . .
. _ _ .. _~__ ._ ._--_ _ _ .. _ . _ _ . _ . . _ __ _.- . _ _ _ _ _ _ _ __.
DATA POINT LIBRARY REFERENCE FILE
'Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: TEMP CORE EX ;
Point Id: CVCETMX Site Dese: CORE EVIT TEMP. (HIGHEST) ,
ERDS Dese: HIGHEST TEMP AT THE CORE EXIT Analve/ Digital- A
. Engr. Units: DEGF
' Units Conv:
Minimum Instr Range 200 Maximum Instr Range 2300 Zero Point Ref:
Ref. Notes:
Proc or Sent.. P Number of Sensors: 50 How Processed: HIGHEST OF ALL ACTIVE CET's Sensor Loc.
Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A 111. Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: FAILURE DEPENDS ON TYPE OF FAULT Temperature Compensation '
for DP Transmitters:
Level--Reference Lee: N/A System Dese: CALCULATED VALUE OF ALL THE CET's THAT ARE MONITORED BY THE ICC SYSTEM, p y e - - - %p+ , , _ -_ ,-.g - ,-- w. g- , ,-
i DATA POINT LIBRARY REFERENCE FILE Date: 11/10/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Paramotor: SUB MARGIN Point Id: CVSUBCOOL Site Dese: SUBC00 LED MARGIN (SPDS VALUE)
ERDS Dese: SATURATION TEMP - HIGHEST CET Analog / Digital: A i
Encr. Units: DEGF Units Conv:
Minimum Instr Range -35
' Maximum Instr Range 200 Zero Point Ref:
Ref. Notes:
Proc or Sens: P Number of Sensors: 0 How Procassed: CALULATION BY ICC-CABINET Sensor Loc: VARIOUS-Alarm / Trip Set Points:
HI Detector Power Supply Cut-Off Power Level N/A NI Detector Power Supply Turn-on Power Level: N/A Instrument Failure Mode: DEPENDS.ON WHICH-INPUT FAILS Temperature Compensation for DP Transmitters:
Level Reference Leg: N/A
. System Dese:
CALULATED SUBCOOLING-BASED ON INPUTS TO ICC SYSTEM.
i DATA POINT L I 13RARY REFERENCE FILE ,
t
.Date: 06/04/92 ;
Reactor Unit. MS3
= Data Feeder: N/A ERDS Parameter: NOT LISTED Point Id: CVRCLF1 -
.ERDS Dese: RCS FLOW LOOP 1 Analog /Dicital: A -i Encr. Units: % FLOW Unitc Conv: .
Minimum instr Rande 0 .
Maximum Instr Range 120 Zero Point hef:
Ref. Notect Proc or Sens: P '
Number of Sensorr.: 3 How Frocessed: VALIDATED AVG OF.THREE FLOW INPUTS Sensor Loc:
_ Alarm / Trip Set Pointo:
NI' Detector-Power Supply Cut-Off Power-Level: N/A NI-Detector Power Supply Turn-On Power Level: N/A J
Instrument-Failure Mode: -
FAIL LOW a
Temperature Compensation
-for DP-Transmitterc:
Level-_ Reference Lee: N/A' System Desc: PERCENT OF FULL' FLOW FOR LOOP 1 l
l l
L
____Z.._ _._-.
l- , .. __..a--, .-_-.-._,.a.- . . . . - -. a . - . . - . . - . - - - - " - - , - ~ , - - - - --
.-~ - - - . _ . .. .. . - _ -
DATA POINT LIBRARY REFERENCE ITILE Date: 06/04/92 Reactor Unit: MSS '
Data Feeder: N/A :
ERDS-Parameter: NOT LISTED Point Id: CVRCLF2 Site Dese: RCS FLOW LOOP 2 ERDS Dese: RCS-FLOW LOOP 2 Analog / Digital: A Engr. Units: % FLOW
-Units Conv:
Minimum Instr Range O Maximum Instr Range 120 Zero Point Ref:
Ref. Notec:
Proc or Sens: P Number of Sencors: 3 How Processed: VALIDATED AVG OF THREE FLOW INPUTS Sensor Loe:
Alarm / Trip Set Points:
i NI Detector Power Supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: FAIL LOW
~
-Temperature Compensation for.DP Transmitters:
Level Reference Leg: N/A System Decc: PERCENT OF FULL FLOW FOR LOOP 2-
.w,4 v. s e -4v.7 , _ - - , - - , , - , . , , .y. y., _, y,c,,yy- my.,_,.-_o pg,<_ %- - L --.y_-. -
r w , e-q- - -
DATA E'O I N T LIBRARY REFERENCE FILE r
Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: NOT LISTED !
Point Id: CVRCLF3 l
' Site Dese: RCS FLOW LOOP 3 ERDS Dese: RCS FLOW LOOP 3 Analoc/ Digital- A Ener UnitL: 1. FLOW Units Conv:
Minimum Instr Range 0 +
Maximum Inctr Rance 120 t
Zero Pc, int hef :
Ref Not ec ;
-Proe or Sena: P Number of Sencorn 3 How Processed: VALIDATED AVG OF THREE FLOW INPUTS Sensor Loc:
Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level; 11/A
-NI Detector Power Supply Turn-On Power Level: N/A Instrument-Failure-Mode: FAIL LOW Terr.perature Compensation for DP Transmitters:
Level Reference Leg: N/A
-System Dese: PERCENT OF FULL-FLOW FOR LOOP S p -
y.+-y.-,.
p si g y - ny.-9.-,-p.g y w. n. mi .gr 99- ,,ys>-jg -w .. y.pwy.m .a_ ,,g g- ,eam,g,_ . , + - - , . g c _.,g.-g v w
DATA POINT LIBRARY REFERENCE FILE Date: 06/04/92-Reactor Unit: MS3
- Data Feeder: N/A ERDS Parameter: NOT LISTED Point Id: CVRCLF4 Site Dese: RCS FLOW LOOP 4 ERDS Dese: RCS FLOW LOOP 4
- Analog / Digital: A Engr Units: ?. FLOW Units Conv:
Minimum Instr Range O Maximum Instr Range 120 Zero Point Ref:
Ref. Notes:
Proc or Sens: P Number of Sensors: 3 How Processed: VALIDATED AVG OF THREE FLOW INPUTS Sernor Loc:
= Alarm / Trip Set Points:
NI. Detector Power Supply Cut-Of f Power Level: N/A N1 Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: FAIL LOW Temperature Compencation
- for DP Transmitters:
N '
Level Reference Leg: N/A >
-System Desc: PERCENT OF FULL _ FLOW FOR LOOP 4 e .( % e=ue.* y. .- .w- -.m?c,.-- --r-mge yr ;b .y--c t.,-, -
&- --y a 1 +-
DATA POINT LIBRARY REFERENCE FILE Date: 11/17/92 Reactor Unit: MB3 Data Feeder: 11/A ERDS Parameter: SG LEVEL 1/A Point Id: FWS-L1601 e Sit e Dese: STEAM GE!J 1 LEVEL (Wh)
ERDS Denc: STEAM GE!JERATOR 1 WATER LEVEL Analog /Di git al . A Engr Units: % LEVEL Unite Conv 0- 100% : 0 - bb9' Minituum Instr Range O Maximum Instr hance 100 Zero Point Ref TUBSHT hef. fietes: ZERO IS 22* ABOVE TUESHT Proe or Sens 3
!; umber of Sensors: 1 How Processed:
Sensor Loc.
Al arrn / Trip Set Pointe:
lil Detector Power Supply Cut-Off Power Leve1: 11/A 111 Detector Power Supply Turn-On Power Level. II/A Instrument Failure Mode VARIOUS - DEPEt1DS 011 STATUS OF REF L"G Temperature Compensation for LP Transmitters: 11 Level Reference Lee: WET System Dese: WIDE hA14GE STEAM GE11ERATOR LEVEL TOP OF U TUBES 10 63%
DATA -POINT LIBRARY REFERENCE FILE Date: 11/17/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: SG LEVEL 2/B Point Id: FW9-L1502 Site Dese: STEAM GEN LEVEL 2 (WR)
ERDS Dese: STEAM GENERATOR 2 WATER LEVEL Analog /Dicital: A _
Engr, Unita: % LEVEL Units Conv: 0 - 100% = 0 - 559" Minimum Instr Range 0 Maximum Instr Range 100 Zero Point Ref: TUBSHT Ref, Notes: ZERO IS "2" ABOVE TUBSHT Proc or Sene: S Number of Gensors: 1 How Processed:
Sensor Loc:
Alarm / Trip Set Points:
NI Dt actor Power Supply Cut-02f Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A
. Instrument Failure Mode: VARIOUS - DEPENDS ON STATUS OF REF LEG-Temperature Compensation for DP Transmitters: N Level Reference Leg: WET System Dese: WIDE RANGE-STEAM GENERATOR LEVEL TOP OF UTUBES IS C3%
u l
__ . ._ ,___ __ _ . _.__ __-s 7
DATA POINT LIBRARY REFERENCE FILE ,
1 Date: 11/17/92 ,
Reactor Unit: MS3
[
Data Feeder: N/A ERDS Parameter: SG LEVEL 3/C ;
Point Id: FWS-L1603 Site Dese: STEAM GEN LEVEL 3 (WR) ,
ERDS Desc: STEAM GENERATOR 3 WATER LEVEL ,
Analog / Digital: A Engr. Units: % LEVEL '
Units Conv: 0 - 100% = 0 - 559" !
Minimum Instr Range 0
- Maximum Instr Range 100 1 Zero Point Ref: TUBGHT Ref. flotes: ZERO IS 22" ABOVE TUBSHT Proc or Sens: S Number of Sensors: 1 How Processed:
Sensor Loc:
Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off' Power Level; N/A
- NI Detector Power Supply Turn-On Power Level: N/A .
. Instrument' Failure Mode: .VARIOUS - DEFENDS OH-STATUS OF REF. LEG Temperature Compensation
- for DP-Transmitters: N.
- Level Reference Leg: WET
- System Dese: WIDE RANGE STEAM GE!!ERATOR LEVEL TOP OF:U TUBES ~IS AT 63%
'y 4 % %W* e'TT"'f % Fp ^3 +*W$f -P'T*t-*** ^+M+1rge-4-"$- f=1'1174* -*D -+D- **+++M-4 *P'WP51 reW' up9'*-M $ + P-t' r" e ^@97-++ *wT---'S-t- EW-Ns'+M"" -
M*P'* -
'"'8'TT*' 84 4'"h
DATA POINT LIBRARY REFERENCE FILE Date: 11/17/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: SG LEVEL 4/D Point Id: FWS-L1504 Site Dese: STEAM GEN LEVEL 4 (WR)
ERDS Desc: STEAM GENERATOR 4 WATER LEVEL Analog / Digital: A Engr. Units: % LEVEL Unito Conv: 0- 100% : 0 - bb9" Minimum Instr Range O Maximum Instr Rance 100 Zero Point Ref: TUBSHT Ref. Notes: ZERO IS 22" AEOVE TUBSHT Proc or Sens: S
-Number c.f Sencors: 1
-How Prococced:
Sennor Loc:
Alarm / Trip Set Points:
NI'_ Detector Power Supply
. Cut-Off Pow.tr Level: N/A HI Detector Power Supply
' Turn-On: Power Level: N/A Instrument ~ Failure Mode: VARIOUS - DEPENDS ON STATUS OF REF LEG
' Temperature Compensation for DP Transmittern:
Level Reference Leg: WET System Dese: WIDE RANGE STEAM GENERATOR LEVEL TOP.0F U_ TUBES IS AT 63%
i
DATA POINT LIBRARY -REFERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feoder: N/A ERDS Parameter: SG PRESS 1/A Point Id: CVSGPRES1 Site Desc: STEAM GEN 1 PRESSURE ERDS-Dese: STEAM GENERATOR I PRESSURE Analog / Digital: A Engr.. Units: PSIG !
Units Conv: I Minimum Instr Range 0 1 Maximum Instr Range 1300 '
Zero Point Ref:
Ref. Notes:
Free or Sens: P Number of Sensors. 3 How Processed: VALIDATED AVG OF THREE PRESSURE INPUTS Sensor Loc:
Alarm / Trip Set Points: '
NI Detector Power Supply Cut-Off Power-Level: N/A NI Detector-Power Supply
~ Turn-On Power Level: N/A-(Instrument 3 Failure Mode: FAIL LOW
]
Temperature Compensation for DP Transmitters: N Level Reference Leg: N/A
~ System Dese: STEAM GENERATOR PRESSURE-
+3m'r+-my*M9%--y v-"Wwear y - -i-+-h
c.
I DATA POINT LIBRARY REFERENCE FILE ;
Date: 06/04/92 k Reactor Unit: MS3 Data' Feeder: 11/A
{
ERDS Parameter: SG FRESS 2/B I Point Id: CVSOPRES2 i Site Desc: STEAM GEN 2 PIESSURE i
ERDS Dece: STEAM GENERATOR 2 PRESSURE j Ana3eg/ Digital: A
.Ener. Units: PSIG Units Conv: -
i Minimum Instr konge O M3,s.imum Instr hange 1300 i t
Zero Point Ref: '
hef Notes:
-Pree or Sens P .3
. Nun,ber of Sennors: 3 *
-How Processed: VALIDATED AVG OF THREE PRESSURE INPUTS !
. Sensor Loc.
Alarm / Trip Set Points: !
N1-Dotector Power Supply '
Cut-Off Fower-Level: N/A '-
N1 Detector Power Supply Tur'n-Ori Power Level : N/A Instrument Failure-Mode: FAIL LOW
- LTemperature Compensation for DP Transmittore: N i
- . Level Reference Lee: N/A "
System.Dese: STEAM GENERATOR PRESSURE t
.L.- - e = .- 4 =-".; ---
{
x s ,
,_.c . ww w- -,-r .er---v-*,, ' ,- - - -- - , - E -- ,,d e-s " e- , ,e , - *,. * -Ja- - , - - . . ,E-
DATA- 1?OINT LIBRARY REFERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feeder: IJ/A ERDS Parameter: SG PRESS 3/C Point Id: CVSGPRES3 l
Site Dese: STEAM GEN 3 PRESSURE ERDS Dese: STEAM GENERATOR 3 PRESSURE
. Analog / Digital: A Engr Units: PSIG Units Conv:
Minimum Instr Range O Maximum Inctr Rance 1300 Zero Point Ref:
Ref. Notes.
Proe or Sene. F Number of Senrers: 3 How Processed: VALID /iTED AVG OF THREE PRESSURE INPUTS Sensor Loc.
Alarm / Trip Set Points:
NI Detector. Power Supply Cut-Off Power Level: N/A l
- N I D e t e c t r.. . ' wer Supply Turn-On Pony Level: -N/A
-Instrument Failure Mode: FAIL LOW Temperature Compensation -
for DP Transmitters: N Level Reference Lee: N/A System Desei STEAM GENERATOR PRESSURE l
l:
l L
___/._
DATA POINT- L II 3RARY RE1PERENCE 1P I LE Date: 00/04/02 Reactor Unit: MS3 Data Fuoder: 11/A
- ERDS Parameter: GG PRESG 4/D Point Id: CVSGPRES4 Dito Dor >c: STEAM GEli 4 PREGGURE F
- ERDS Dece: GTEAM GENERATOR 4 PRESSURE Analor/ Digital: A 1
Engr. Unite: PSIG Units Conv !
, Minimum instr Rance 0 Maximum Instr hanc., 1300 Zero Point Ref.
Ref, llotes:
Proe or Sent- P 11 umber of Bencorc: 3 How Processed: VALIDATED AVG OF THREE PRESSURE IllPUTS Concor Loo * ,
Alarm / Trip Set Points:
NI Dctector Power Supply ,
Cut-Off Power: Level: N/A 1111 Detector Power Supply Turn-On Power Level: 11/A
' Instrument Failure Mode: FAIL LOW Temperature Compensation for..DP-'Transmitterc: N r
Level Refereneu Leg: N/A System Deue: STEAM OE!1ERATOR PREGSURE
-',o e-- - -g- -
--9, g..--wig +.~pq,-gw 4 gy ,, p- .w33-,y y ,.gg,%.7 g-g,ygwr,,y r,-3 ypyp,,q yy. % w .gg,. 9,,g .ycg,,y,gg_g .p,yq,y .144 y ,ey .,-Mg+pgie-rwea,e.++#.e..,,w-%-.tw , 39yg.yp o n p g
1 DATA POINT LIBRARY REFERENCE FILE
-Date: 06/04/92 Reactor Unit: MS3 ,
Data Feeder: N/A ERDS Parameter: Mll FD FL 1/A
. Point. Id: CVFWFLOW1 Site Decc: 301 MAlti FW FLOW ERDS Dese: STM GEN 1 MAIN FEEDWATER FLOW .
Ann.l og/Di gi tal . A >
Encr. Units: KLB/HR Units Conv: ~!
Minimum Instr Range O Maximum Inati Rance 5000 Zero Point Ref:
hef. Notes:
Pree or Gent: P Number of~Sensort.' 2
. How Frocessed: VALIDATED AVG OF TWO FEED FLOW-I!1 PUTS Sencor Loc:
.Alhrm/ Trip Bet Points:
-111--Detector Power Supply Cut -Of f Power Level . N/A NI Detector Power Supply Turn-On Power Level: -N/A Instrument-Failure Mode: FAIL LOW Temperature Compensation f<>r DP Transmitters: N Level Reference. Leg: .N/A .
Gyctem Deac: MAIN FEEDWATER FLOW f
_ -V - _ _:- _
~ = -
I i
l DATA POINT LIBRARY REFERENCE FILE j Date: 06/04/92 l Reactor Unit: MS3 l
Data Feeder' N/A
-]
ERDS Parameter: MN FD FL 2/B s
l Point Id: CVFWFLOW2 Site Desc: SG2 MAIN-FW FLOW j ERDS Dese: STM GEN 2 MAIN FEEDWATER FLOW
. Analog / Digital: A Engr. Units: KLB/HR Units Conv:
Mini Instr hange O Maximum Instr Rance 5000 Zere Point Ref:
Ref. Notes; Proc or Sens: P Number of Sensors: 2
-How Processed: VALIDATED AVG OF TWO FEED FLOW INPUTS Sencor Loe:
Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A I NI Detect ,r Power Supply
, Turn-On' Power Level: N/A-l Instrument Failure Mode: FAIL LOW
!. Temperature Compensation-
{?forDPTransmitters: N j ..
l Level Reference Leg: N/A i
l System Dece: MAIN FEEDWATER FLOW
' =. =- _j=,_
=
DATA I?OINT LIBRARY RE1PERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: MN FD FL 3/C Point Id: CVFWFLOW3 Site Dese: SG 3 MAIN FW FLOW ERDS Dese: STM GEN 3 MAIN FEEDWATER FLOW Analog / Digital; A Encr. Units: KLB/HR Units-Conv:
Minimum Instr Rance P
0 Maximum Inetr Rance 5000 Zero Point Ref; Ref, Notes:
Proc or Sens: P Number of Sensors: 2 How Processed VALIDATED AVG OF TWO FEED FLOW INPUTS
-Sensor Loc; ???
Alarm /Trin Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A 5
NI Detector Power Supply _
Turn-On Power Level: N/A 4
Instrument Failure Mode: FAIL LOW Temperature Compensation
-for DP-Transmitters: N Level Reference Leg: N/A iS.vstem Dese: MAIN FEEDWATER FLOW i
?
i DATA POINT LIBRARY REFERENCE FILE !
t Date: -06/04/92 ,
Reactor Unit: MS3 l i
Data Feeder: N/A !
ERDS Parameter: HN FD FL 4/D i
Point Id: CVFWFLOW4 -i r
Sito Dese: SG 4 MAIN FW FLOW 2 ERDS Dene BTM GEN 4 MAIN FEEDWATER FLOW 1 Analog / Digital: A Engr. Units: KLB/HR
-Units Conv:
Minimum Instr Range 0 ,
i Maximum Instr Range 6000 ,
Zero Point Ref- :
Ref. Notes
- _
Froe or Sens: P 11 umber of Sensors: 2 How Procersed: VALIDATED AVG OF TWO FEED FLOW INPUTS ,
Sennor Loc: ,
Alarm / Trip Set Pointe:
NI Detector Power Supply '
Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: -FAIL LOW
- Temperature Compensation for DP Transmitters
- -N '
. Level Reference Leg:-
'N/A
. System Dese: MAIN FEEDWATER FLOW '
?
-s.p.. - . . . , . . . . , m,.. ,, - , , . . , , .._ g,,., .. ... r..~ . , ~ , . . . , , - . . , _ , , - . . . . , . . , .. . . _ , , ,,_o.m.
DATA POINT LIBRARY REFERENCE FILE Date: 00/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: AX FD FL 2/A Point Id: CVAUXFW1 Site Desc: SG 1 AUX FW FLOW ERDS Desc: STM GEN 1 AUXILIARY FW FLOW Analec/Dicital: A Engr. Units: GPM Units Conv:
Minimum Instr Range 0 Maximum Instr Range 3 E.0 Zero Foint Ref:
Ref. Noter:
Froc or Sens: P Number of Sensors: 2 >
How Frocessed: VALIDATED AVG OF TWO AUX FEED FL INPUTS Sensor Loc:
Alarm / Trip Set Points:
111 Detector Power Supply Cut-Off Power Level: N/A 11I Detector Power Supply
-Turn-On Power Level N/A Instrument-Failure' Mode: FAIL LOW Temperature Compensation for DP Transmitters: N Level Reference Leg: N/A System Desc: AUXILIARY FEEDWATER FLOW g - m:e y 1 g------%-s" VEr r-
I g
n DATA POINT LIBRARY REFERENCE FILE Date: 06/04/92
/c tor Unit: MS3 be _ Feeder: N/A lERDS Parameter: AX FD FL 2/B
-Point Id: CVAUXFW2 Site Dese: SG 2 AUX FW FLOW ERDS Dese: STM GEN 2 AUXILIARY FW FLOW Analog / Digital: A Engr, Units: GPM Units Conv:
Minimum Instr Range O Maximum Instr Range 350 Zero Point Ref:
Ref. Notes:
Proc or Sens: P
, Number of Sensors: 2 How Processed: "\LIDATED AVG OF TWO AUX FEED FL INPUTS Sensor Loc:
Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A
~ NI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: FAIL LOW Temperature Compensation for DP Transmitters: N Level Reference Leg: N/A System Desc: AUXILIARY FEEDWATER FLOW
-DATA POINT LIBRARY REFERENCE FILE
'Date: 06/04/92 Reactor-Unit: MS3
-Data Feeder: N/A ERDS Parameter: AX FD FL 3/C Point Id: CVAUXFW3 Site Desc: SG 3 AUX FW FLOW ERDS Dese: STM GEN 3 AUXILIARY FW FLOW Analog / Digital: A Engr. Units: GPM Units Conv:
Minimum Instr Range O Maximum Instr Range 350 Zero Point Ref:
Ref, Note Proe or Sr F Number of 7.ensors: 2 How-Processed: VALIDATED AVG OF TWO AUX FEED FL INPUTS
. Sensor Loc:
Alarm / Trip Set Points:
NI Detector Power Supply
~ Cut-Off-Power ~ Level: N/A NI-1. Detector Power Supply Turn-On Power Level: N/A
-Instrument Failure Mode: FAIL LOW Temperature Compensation-
'for DP Transmitters: N' Level Reference Leg: N/A System Desc: AUXILIARY FEEDWATER FLOW
DATA POINT LIBRARY REFERENCE FILE Date: 06/04/92 Reactor Unit: MG3 Data Feeder: N/A ERDS Parameter: AX FD FL 4/D Point Id: CVAUXFW4 Site Dese: SG 4 AUX FW FLOW
-ERDS Dese: STM GEN 4 AUXILIARY FW FLOW Analog / Digital: A Engr, Units: GPM Units Conv:
Minimum Instr Range O Maximum Instr hange 350 Zero Point Ref Ref. Notes:
Proc or Sens: P Number of Sensors: 2 How Processed: VALIDATED AVG OF TWO AUX FEED FL INPUTS Sensor Loe:
Alarm /Trie Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-on Power Level: N/A Instrument Failure Mode: FAIL LOW Temperature Compensation.
for DP Transmitters: N Level Reference Leg: N/A System Dese: AUXILIARY FEEDWATER FLOW
DATA POINT LIBRARY REFERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: HL TEMP 1/A Point Id: RCS-T413A Site Desc: RCS HOT LEG TEMP (WR)
ERDS Dese: STM GEN 1 INLET TEMPERATURE Analog / Digital: A Engr Units: DEGF Unite Conv:
Minimum Instr Range O Maximum Instr Rance 700 LZero Point Ref:
Ref. Notes:
Proc or Sens: S Number of Sensors: 1 How Processed:
Sensor Loc: RCS HOT LEG-1 Alarm / Trip Set Points:
NI Detector Power Supply-Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level N/A Instrument Failure Mode: FAIL HIGH
-Temperature Compensation for DP Transmitters:
Level Reference Leg: N/A System Desc: RCS HOT LEG TEMPERATURE
DATA POINT LIBRARY REFERENCE- FILE-Date: 08/04/92 ,
Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: HL. TEMP 2/B
-Point Id: RCS-T423A Site Dese: RCS HOT LEG TEMP (WR)
ERDS Dece; STM GEN 2 INLET TEMPERATURE Analog / Digital; A Engr. Units: DEGF
-Units Conv:
-Minimum Instr Range O Maximum Instr Range 700
!Zero Point Ref:
Ref. Notes:
Proc or Gens: S Number of Sensort: 1 How Processed:
. Sensor Loc: RCS HOT LEG Alarm / Trip Set Points:
N1-Detector Power Supply Cut-Off Power Level: N/A NI Detector. Power Supply Turn-On Power Level: N/A
-Instrument Failure Mode: FAIL HIGH Temperature Compensation -
for DP Transmitters:
-Level Reference Leg: N/A System Dese: RCS IlOT LEG TEMPERATURE
DATA POINT L.IBRARY REFERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: HL TEr!P 3/C Point Id: RCS-T433A Site Desc: RCS HOT LEG TEMP (WR)
.ERDS Desc: STM GEN 3 INLET TEMPERATURE Analog / Digital: A
-Engr. Units: DEGF Units Conv'
' Minimum Instr Range O
Maximum Instr Range 700 Zero Point hef:
Ref- Notes:
Proc or Sens: S
--Number of Sensors: 1
-How' Processed:
--Sensor-Loc: RCS HOT LEG Alarm / Trip Set-Points:
NI-Detector Power Supply Cut-Off Power Level: N/A' NI Detector Power Supply Turn-On Power Level: N/A
-Instrument Failure Mode: FAIL HIGH Temperature-Compencation for DP Transmitters:
Level Reference Leg: N/A
~ System Dese: RCS HOT LEG TEMPERATURE
. .- . . . - - . ~. - - -_ --
DATA POINT LIBRARY REFERENCE FILE
- Date: 06/04/92 I Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: HL TEMP 4/D ,
Point Id: RCS-T443A
-Site Dese: RCS HOT LEG TEMP-(WR)
ERDS Dese: STM GEN 4 INLET TEMPERATURE ,
Analog / Digital: A Engr. Units: DEGF Units Conv:
Minimum Instr Ranee O Maximum Instr Range 700 Zero Point Ref:
Ref. Notes:
Proc or Sens: S Number of= Sensors: 1 How Frocessed:
Sensor Loc: RCS HOT LEG Alarm / Trip Set Points:
-NI Detector Power Supply Cut-Off Power Level. N/A NI~ Detector Power Sapply
. Turn-On Power Level: N/A Inst rument Failure Mode: FAIL HIGH Temperature Compensation
-for DP Transmitters:
Level-Reference Leg: N/A System Desc: RCS HOT LEG TEMPERATURE
DATA PCINT LIBRARY REFERENCE ' FILE
'Date: 06/04/92 Reactor Unit: MS3
-Data Feeder: N/A ERDS Parameter: CL TEMP 1/A Point Id: RCS-T413B Site Desc: RCS COLD LEG TEMP (WR)
ERDS Dese: STM GEN 1 OUTLET TEMPERATURE-Analog / Digital: A Engr. Units: DEGF Units Conv:
Minimum Instr Range O-Maximum Instr hange 700 Zero Point Ref:
Ref. Notes:
Froe or Sens: S Number of Sensors: 1 How Processed:
-Sensor Loe: RCS COLD LEG Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A Instrument-Failure Mode: FAIL HIGH Temperature Compensation-for DP Transmitters:
Level Reference Leg: N/A-System Dese: RCS COLD LEG TEMPERATURE
_ _ _ _ _ . _ - _ . ~ . -
. . . - . - . . _ . = -- . --. .- --
DATA POINT LIBRARY REFERENCE FILE Date: 06/04/92
-Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: CL TEMP 2/B Point Id: RCS-T423B Site Dese: RCS COLD LEG TEMP (WR)
ERDS Dese: STM GEN 2 OUTLET TEMPERATURE' Analog / Digital: A Engr. Units: DEGF Units Conv:
-Minimum Instr Range 0 Maximum Instr Range 700 Zero Point, Ref:
Ref. Notec:
- Proc or Sens: S Number of Sensors: 1 How Processed:
--Sensor Loc: RCS COLD LEG Alarm / Trip Set Points:
.NI Detector Power Supply ;
-~ Cut-Off Power Level: N/A N1 Detector Power Supply .
Turn-On Power Level: N/A
~1nstrument Failure Mode: FAIL HIGH iTemperature Compensation for-DP Transmitters:
LeveliReference Leg: N/A System Dese: RCS COLD LEG TEMPERATURE y , , , r- e, ,w -
,m.- v + - - - - - , -,
DATA POINT LIBRARY REFERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: CL TEMP 3/C Point Id: RCS-T433B Sit'e Dese: RCS COLD LEG TEMP (WR)
ERDS Dese: STM GEN 3 OUTLET TEMPERATURE' Analog / Digital. A Engr. Units: DEGF
-Units Cony:
Mini' mum Instr Range 0
-Maximum Instr Range 700 Zero Point Ref' Ref. Notes:
Proc or Sens: S Number of Sensors: 1 ->
- How-Processed:
-Sensor Loc: RCS COLD LEG Alarm / Trip Set Points:
NI; Detector Power-Supply Cut-Off Power Level: N/A
.NI Detector Power Supply Turn-On Power Level: N/A L Instrument Failure Mode: FAIL HIGH i) Temperature Compensation i for DP Transmitters:
Level Reference Leg: N/A System Dese: RCS COLD LEG TEMPERATURE
DATA POINT ~ LIBRARY REFERENCE FILE Date:- 06/04/92.
Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: CL TEMP 4/D Point Id: RCS-T443B Site Dese: RCS COLD LEG TEMP (WR)
.ERDS Desc: STM GEN 4 OUTLET TEMPERATURE Analog / Digital: A Encr. Units: DEGF Units Conv:
Minimum Instr Range O Maximum Instr Range 700 Zero Point Ref:
hef Notes:
Proc or Sens: S Number of Sensors: 1
-.How Processed: ,
Sensor Loc: RCS COLD LEG
-Alarm / Trip Set Points:
NI. Detector Power supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: FAIL HIGH
, TemperatureLCompensation
! .for-.DP Transmitters:
l ' Level Reference Leg: N/A i-System Dese: RCS COLD LEG TEMPERATURE L
l I
DATA POINT LIBRARY -REFERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: RCS PRESSURE Point Id: CVRCSPRES Site Dese: RCS/ PRESS COMBINED PRESSURE ERDS Dese: REACTOR COOLANT SYSTEM PRESSURE Analog / Digital: A Engr. Units: PSIA
-Units Conv:
Minimum Instr-Range O Maximum Instr Range 3000 Zero Point Ref:
Ref. Notec:
Proc or Sens: P
-Number of Sensors: 6 How Processed: VALIDATED AVERAGE OF LOOP AND PZR PRESS-Sensor-Loc: RCS LOOPS AND PRESSURIZER Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A NI-Detector Power-Supply Turn-On Power Level: N/A Instrument Failure Mode: FAIL LOW Temperatnre Ccmpensation for DP. Transmitters:
Level. Reference-Leg: N/A-System Desc: COMBINED WIDE RANGE RCS SYSTEM PRESSURE
--D A T A -POINT LIBRARY -REFERENCE - FILE
'Date: 11/17/92 Reactor' Unit:
MS3 Data. Feeder: N/A
-ERDS-Parameter: PRZR' LEVEL Point Id: CVPZRLVL -
Site Dese: PRESSURIZER LEVEL ERDS Desc: PRESSURIZER LEVEL Analog / Digital: A
-Engr. Units: %-LEVEL Units Conv: 0 - 100% = 0 - 520"
.-Minimum Instr Range O Maximum Instr Range 100 Zero Point Ref: COMPLX Ref. Notes: ZERO POINT IS 62 INCHES FROM THE BOTTOM Proc or Sens: P Number of Sensors: 3 How Processed: VALIDATED AVERAGE OF THREE PRZR LEVELS Sensor Loc: PRESSURIZER Alarm / Trip Set Points:
-NI Detector: Power Supply
-Cut-Off' Power-Level: N/A NI Detector Fower Supply
-Turn-On Power Level: N/A
. Instrument' Failure Mode: VARIOUS DUE TO CONDITION OF REF LEG Temperature Compensation
.for DP. Transmitters:
-Level-Reference Lee: WET System Desc: PRESSURIZER WATER LEVEL TOP OF HEATERS IS AT 7%
- , - - r- , - -
. - - - .m, ,, , - - -
_ . . _ _ = . _- ._-_
DATA POINT LI.BRARY REFERENCE- ' FILE ~
'Date: 06/04/92
-Reactor Unit: -MS3 Data Feeder: N/A
_ERDS Parameter: RCS CHG/MU '
Point Id: CHS-F121 Site Desc: CHARGING FLOW
. ERDS Dese: PRIMARY SYSTEM CHARGING FLOW Analog / Digital: A Engr. Units: GPM Units Conv:
-Minimum Instr Range O Maximum Instr Range 200 Zero Point hef:
Ref. Notes:
Proe or Sens: S Number of Sensors: 1
- How Processed
' Sensor Loc:
- l. Alarm / Trip Set Points:
(-
-NI Detector Power Supply Cut-Off Power Level: N/A l
l NI Detector Power Supply L Turn-On Power Level: N/A i
Instrument Failure Mode:
Temperature Compensation
'for DP Transmitters:
Level Reference-Leg: N/A System Dese: CHARGING FLOW
DATA POINT ' L I BRARY : - RE FERE N CE FILE
- Date:
. 06/04/92 1 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: CTMNT SMP WR Point id: CVCTSMPLVL Site Dese: CTMT SUMP LEVEL ERDS Desc: CONTAINMENT SUMP WR LEVEL Analog / Digital: A Engr. Units: FEET Units Conv: -
Minimum Instr Range 1 Maximum Instr Range 17 Zero Point Ref:
Ref. Notes:
Proc or Sens:
14 umber of Sensors: 2 How Processed: VALIDATED AVERAGE OF TWO LEVEL SIGNALS ESensor Loc: CONTAINMENT SUMP Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-on Power Level: N/A Instrument Failure Mode: LOW 1 F00T Temperature Compensation for-DP-Transmitters:
Level-Reference Leg:
System Dese: CONTAINMENT SUMP LEVEL
DATA POINT LIBRARY REFERENCE FILE
-Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: COND A/E RAD Point'Id: CVARC21
- Site Dese: CONDENSER AIR EJECTOR MONITOR ERDS Dese: CONDENSER AIR EJEC RADIOACTIVITY Analog / Digital: A Engr. Units: uCI/CC Units Conv:
Minimum Instr Range E-6 Mar.imum Instr Range E+0 Zero Point Ref:
Ref. Notes:
Proc or Sens:
Number of' Sensors: 1 How-Processed:
Sensor. Loc: TURBINE BUILDING-
~
Alarm / Trip Get Points: VARIABLE NI Detector Power Supply Cut-Off Power Level: N/A HI-Detector Power Supply
-Turn-On-Power Level: N/A
' Instrument Failure Mode: LOW
-Temperature Compensation
-for DP Transmitters:
. Level Reference Leg: N/A System Dese: CONDENSER AIR EJECTOR RADIATION MONITOR CONVERSION FACTOR IS 1.2E-7_uCi/CCPM - THIS IS BASED ON-ASSUMED MIX OF APPROX. 70% Xe133, 9% Xe135, 8% Kr88, 13"4 OTHER DISCHARGE IS TO MP1 STACK. ALL RELEASE RATE ESTIMATES-hauun
DATA POINT LIBRAR.Y REFERENCE FILE Date: 11/10/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: CNTMNT RAD Point Id: CVRMSO4 Site Dese: CTMT RADIATION ERDS Dese: RADIATION LEVEL IN THE CNTMNT Analog / Digital: A c
Ener. Units R/HR Units Conv:
Minimum Instr Range 1E+0 Maximum Instr Range 1E+8 Zero Point Ref:
Ruf Notes:
Proc or Sens S Number of Sensors: 2 How Frocessed:
Sensor Loe: IN CONTAlt4 MENT Alarm / Trip Set Points: 5 R/H NI Detector Power Supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode.
Temperature Compensation for DP Transmitters:
Level Reference Leg: N/A System Dese: CONTAINMENT RADI ATIOt1 MONITOR GENERAL RADIATION CONTAINMENT MONITOR
DATA POINT LIBRARY REFERENCE FILE
-Point Id: CVMSS76 Site Dese: MAIN STEAM RELEASE MON ERDS Desc: STM GEN 1 STEAM LINE RAD LEVEL Analog / Digital: A Engr. Units: uCI/CC Units Conv:
Minimum Instr Range IE-3
~ Maximum Instr Range IE+3 Zero Point Ref:
Ref. Notec:
Proc or Sens: S
-Number of Sensors: I fHow Processed:
-Sensor Loc: MAIN STEAM BUILDING Alarm / Trip Set Points: 0.7 uC1/CC NI Detector Fower 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 Transmitters:
Level Reference Leg: N/A System Dese: STEAM LINE RADIATION MONITOR CONVERSION FACTOR-IS 0.037 uCi/CC PER mR/HR BASED.ON 1 HR MIX. CONVERSION TO RELEASE RATE DEFENDS ON FLOW AND NUCLIDE MIX. ASSUMING 6000 CFM DEFAULT FLOW, RELEASE IS 2.8 Ci/SEC PER uC1/CC
-DATA POINT LIBRARY REFERENCE' FILE '
Date: _. 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: MAIN SL 2/B Point Id: CVMSS76 Site Dese: MAIN STEAM RELEASE MON l
ERDS Desc: STM GEN 2 STEAM LINE RAD LEVEL
' Analog / Digital: A Engr. Units: uCI/CC Units Conv:
Minimum Instr Range IE-3 Maximum Instr Range 1E+3 Zero Point Ref:
Ref. Notes:
Proc or-Sens: S Number of Sensors: 1
-How Processed:
Sensor Loc: MAIN STEAM BUILDING Alarm / Trip Set Points: 0.7 uCi/CC NI' Detector Power Supply Cut-Off Power Level: N/A LNI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: LOW
- j. Temperature Compensation for DP Transmitters:
Level Reference Leg: N/A
' System Dese: STEAM LINE RADIATION MONITOR CONVERSION FACTOR IS 0.037 uCi/CC PER mR '-BASED ON 1 HR MIX. CONVERSION TO RELEASE RATE DEPENDS ON FLOW AND NUCLIDE MIX. ASSUMING 6000 CFM DEFAULT FLOW, RELEASE .5 2.8 Ci/SEC
, PER uCi/CC
DATA POINT LIBRARY REFERENCE FILE
'Date: 06/04/92 Reactor-Unit: MS3 Data Feeder: N/A ERDS Parameter: MAIN SL 3/C Point Id: CVMSS77 Site Dese: MAIN STEAM RELEASE MON ERDS Desc: STM GEN 3 STEAM LINE RAD LEVEL Analog /Ligital: A
-Engr.. Units' uCI/CC Units Conv Minimum Instr Range IE-3 Maximum Instr Range 1E+3 Zero Point Ref:
Ref. Notec
- Proc or Senc: S Number of Sensors: 1 How' Processed:
Sensor Loc: MAIN STEAM BUILDING
. Alarm / Trip Set Points: 0.7 uCi/CC
' NI=-Detect or Power Supply Cut-Off Power Level: N/A-NI-Detector Power Supply
. Turn-On Power Level: N/A-
' Instrument Failure Mode: LOW Temperature Compensation
---f or- DP - Transmi t te rs :
Level Reference Lee: N/A System Dese: STEAM LINE-RADIATION MONITOR CONVERSION FACTOR IS 0.037 uCi/CC FER mR/HR BASED ON 1 HR MIX. CONVERSION TO RELEASE RATE DEPENDS ON FLOW AND NUCLIDE MIX. ASSUMING 6000 CFM DEFAULT FLOW, RELEASE.IS'2,8 C1/SEC FER uC1/CC
.- - - . . ~ - - . - . . , . . . . - ~, .. . . . ... - .
L DATA POINT. LIBRARY REFERENCE . FILE Date: -06/04/92 1 Reactor Unit: MS3 Data 1 Feeder: N/A ERDS Parameter: MAIN SL 4/D Point Id: CVMSS78. .
Site Dese: MAIN STEAM RELEASE MON 4
ERDS-Dese: STM GEN 4 STEAM LINE RAD LEVEL Analog / Digital: A Engr. Units: uCI/CC Units Conv:
Minimum Instr Range IE-3 Maximum Instr Range 1E+3 Zero Point Ref:
Ref. Notes:
-Proc or Sens: S
' Number of Sensors: 1 How. Processed:
Sensor Loc: MAIN STEAM EUILDING Alarm / Trip Set Points: 0.7 uC1/C
-NI.Detettor 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 Transmitters:
- Level-Reference Leg
- N/A c System Dese: STEAM LINE RADIATION MONITOR
, CONVERSION FACTOR'IS-0,037 uCi/CC PER mR/HR BASED ON11 HR MIX, CONVERSION TO RELEASE RATE DEPENDS ON FLOW AND NUCLIDE MIX. ASSUMING 6000 CFM DEFAULT FLOW, RELEASE IS 2.8 Ci/SEC PER uC1/CC
_ . _ . . - . . ._ _. _ , . _ ,-. m. .. .. . _ -
DATA POINT LIBRARY REFERENCE FILE Date: 06/04/92 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: NOT LISTED
. Point Id: CVSSR08 Site Desc: SG BLOWDOWN MON ERDS Dese: STM GEN BLOWDOWN RAD LEVEL
-Analog / Digital: A
-Engr. Units: uCI/CC Units Conv:
Minimum Instr Range IE-6 Maximum Instr Range 1E-1 Zero Point Ref' >
-Ref. Notes:
Proc or Sens: S Number of Sensors:
- 1
-How Processed:
Sensor Loc: AUX BUILDING Alarm / Trip Set Points: VARIABLE 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-Compencation
. for DP Transmitters:
Level Reference Leg: N/A System Dese: BLOWDOWN RADIATION MONITOR COMBINES SAMPLE FROM ALL~4 STEAM GENERATORS.
AIR EJECTOR MONITOR IS MUCH MORE SENSITIVE TO TUBE FALIURES AND HENCE BLOWDOWN SHOULD BE ISOLATED BEFORE SIGNIFICANT-FtELEASE IS DETECTED. BLOWDOWN MONITOR WILL ISOLATE-BEFORE i-'
DATA POINT L T 13 R A RY REFERENCE FILE Date. 06/04/92 Reactor Unit: MS3 Data Feeder- 11/A ERDS Parameter: CTMt4T PRESS Point Id: LMS-P24A Site Desc: CollTAIllMEllT PRESSURE ERDS Dene: C014TAlllMEllT PRESSURE Analog /Dicital: A Ener. Units: PSIA Units Conv:
Minimum Instr Range O Maximum Instr Rance 200 Zero Point Ref Ref. Iloten.
Proc or Sens: S tlumber of Sensors' 1 llow Processed:
Sensor Loc:
' Alarm / Trip Set Pointe:
til Detector Power Supply Cut-Off Power Level: 14 /A til Detector Power Supply Turn-On Power Level: 11/A Instrument Failure Mode. LOW Temperature Compensation for DP Transmitters:
Level Reference Lee: t1/A System Dese: ABSOLUTE CO!4TAlt1MEtlT PRESSURE
= . .- . . . . . ~ - . . .
DATA POINT -LIBRARY REFERENCE- FILE Date: '06/04/92 Reactor Unit: MS3
' Data Feeder: N/A ERDS Parameter: CTMNT TEMP Point Id: CVCTMAX Site Dese: CONTAINMENT HIGHEST TEMPERATURE
'ERDS Desc: MAX CONTAINMENT TEMPERATURE
. Analog / Digital: A Engr. Units: DEGF Units Conv:
i Minimum-Instr Range O Maximum Instr Ranee 200 Zero Point Ref I Ref -Notus; Proc or Sens: P Number of' Sensors: 23 How Processed.
. Sensor Loc: CONTAINMENT -i
= Alarm / Trip Set Points:
,HI Detector Power-Supply Cut-Off Power Level: N/A NI-Detector Power Supply Turn-On Power Level: N/A
.1
- Iristrument Failure Mode: LOW
]
' Temperature Compensation for DP' Transmitters:
Level Reference Leg: N/A System Dese: HIGHEST CONTAINMENT TEMPERATURE OF ALL SENSORS 1
-l 1
- DATA POINT LIBRARY- REFERENCE FILE
-Date: 06/04/93 Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: H2 CONC
-Point Id: SSP-A58A Site Dese: CONTAINMENT HYDROGEN CONC ERDS Dese: CONTAINMENT HYDROGEN CONC
-Analog / Digital: A Engr. Units: % H2 Units Conv:
Minimum Instr Range O Maximum Instr Range 10 Zero Point Ref:
.Ref. Notes:
Proc or Sens: S Number of Sensors: 1 How Processed:
Sensor Loc:
Alarm / Trip Set Points:
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 Transmitters:
. Level Reference Leg: N/A System Desc: CONTAINMENT HYDROGEN CONCENTRATION
DATA -POINT LIBRARY REFERENCE FILE
- Date - 06/04/92 Reactor Unit
- MS3 Data Feeder: N/A ERDS Parameter: WIND SPEED Point Id: CVWS142 MPH Site Dese: WIND SPEED (142 FEET)
ERDS Dese: WIND SPEED AT THE REACTOR SITE Analog / Digital: A 4
- Engr. Units: MPH Units Conv:
Minimum Instr Range o Maximum Instr Range 100 Zero Point Ref:
-Ref. Notes:
Proc or Sens: P Number of Sensors: 1
-How Procee. sed:
DSensor Loc:
Alarm / Trip Set Points: j 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-Transmitters
-Level Reference Leg: N/A
' System Dese: WIND SPEED AT THE 142 LEVEL ON THE MET TOWER VALUE IS A 15 MINUTE AVERAGE q
l
' DATA ' POINT -LIBRARY REFERENCE FILE LDate: - 11/17/92 Reactor Unit: MS3
' Data Feeder: N/A ERDS Parameter: WIND DIR Point'Id: CVWD142 Site Dese: WIND DIRECTION (142 FEET)
ERDS Dese: WIND DIRECTION AT THE RX SITE Analog / Digital: A Engr. Units: DEG Units Conv:
Minimum Instr Range O Maximum Instr Range 360 Zero Point Ref:
Ref. Notes:
Proc or Sens: P Number of Sensors: 1 How Processed:
-Sensor Loc:
Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level: N/A NI Detector Power Supply Turn-On Power Level: N/A Instrument Failure Mode: AS IS 1 Temperature Compensation for DP Transmitters:
Level Reference Leg: N/A System Desc: WIND DIRECTION AT THE 142 LEVEL ON THE-MET TOWER VALUE IS A 15 MINUTE AVERAGE.
THIS IS A STANDARD WIND DIRECTION INSTRUMENT INDICATING THE' DIRECTION THE WIND IS COMING FROM.
DATA -POINT LIBRARY- REFERENCE FILE Date: 07/10/92
' Reactor Unit: MS3 Data Feeder: N/A ERDS Parameter: STAB CLASS Point Id: CVDT142F Site Desc: DELTA TEMP (142 FT)
-ERDS Dese: AIR STABILITY AT THE RX SITE Analog / Digital: A Engr. Units: DEGF LUnits Conv:
Minimum Instr Range -10 Maximum Instr Range 18
.Zero Point Ref:
hef. Notes:
Proc or Sens: P
-Number of Sensors: 2
- How Processed
- DELTA TEMP BETWEEN 142FT AND 33FT
= Sensor Loc: STATION MET TOWER Alarm / Trip Set Points:
NI Detector Power Supply Cut-Off Power Level:
NI Detector Power Supply Turn-On-Power Level:
cInstrument Failure Mode: FAIL LOW Temperature Compensation
.for DP Transmitters: N Level Reference Leg: N/A System Dese: VALUE IS A 15 MINUTE AVERAGE OF THE DIFFERENCE BETWEEN-THE 142 AND 33 FOOT LEVEL TEMPERATURES ON THE STATION MET TOWER'
t DATA POINT LIBRARY REFERENCE FILE
. Date: 11/17/92 Reactor Unit: MS3 ;
Data Feeder: N/A ERDS Parameter: BWST LEVEL Point Id: QSS-L930 Site Dese: REFUELING WATER STORAGE TAl1K P
ERDS Dese: BORATED WATER STORAGE TANK LEVEL Analog / Digital: A Engr. Units: GAL Units Conv:
Minimun Instr Range O Maximum Inutr Range 1200000 Zero Point Ref. T4KBOT .
Ref. Noten:
Proc or Sens: S Number of Sennors: 1 How Processed:
- Sensor Loc:
Alarm / Trip Sc6 Points:
NI Detector Power-Supply Cut-Off Power Level:
N1- Detector Power Supply-Turn-On Power Level:
f Instrument Failure Mode: LOW Temperature Compenuation for DP Transmitters: N Level Reference Lee: WET O* stem Dese: - REFUELIN'3 WATER STORAGE TANK LEVEL -
READOUT IS DIRECT-IN~ GALLONS Tills IS THE PRIMARY SOURCE OF BORATED WATER-FOR CHARGING INTO'THE RCS-y '- -er 3 w-9 Y -+ q 4 4
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Docket No.__50-211 -
fi0-245 50-336 50 421 B14323.
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i t
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t Attachment No. 4 ;,
Data Point Library (DPL) for Haddam Neck I'lant ,
-p 1
l l-I l
i
-b -
i January 1993 l
I e,1wmet,w -- W a w e i-e 'ne % ~ -%NTM'H p- -@Fu w'Y=w--tu-TyWN i +37F- paMW'mWi- WTTt5= t'T-'TWMey--- WF-'T TFyev* W "'T
Date 4/21/92 React:r Unit HN1 Data Fceder N/A NRC ERDS Parameter NIPOWER RNG Point ID CPWRGE Plant Spec Point Dese. POWER RANGE conoriclCond Dose. Nuclear instruments, Power Range Analo0lDIDital A Engr UnitslDig States %
Engr Units Conversion Min Instrument Rango O Max instrument Range 120 Zero Point Reference Reference Point Notes PROC lSENS P Number of Sensors 4 How Processed Validated Average Sensor Locations Containment AlarmlTrip Sotpoints 101.5 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall Modo LOW Temp. Comp. for DP xmtrs N Lovel Reference Log N/A Unique system Dese. Power range indication is developed from the validated average of four separate channels of nuclear Instrumentation which use ionization chambers to sense neutron flux proportional to reactor power.
Pact 1 I
l
Date 4/21/92 Reactsr Unit HN1 Data Feeder N/A NRC ERDS Parameter NIINTER RNG Point ID WR1 Plant Spoc Point Desc. WIDE RANGE conoriclCond Dose. Nuclear Instruments, Intermediate Range Analog l Digital A Engr Units l Dig States %
Engr Units Conversion Min instrument Rango E 8 Max instrument Range 100 Zero Point Reference Rotorence Point Notes PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A Instrument Fall. Modo Temp. Comp. for DP Xmtts Level Reference Log N/A Unique System Dese, The wide range nuclear instrument channel uses fission chambers to monitor neutron flux from the source range to power range.
Pulse counting is used in the source range, and Campbelling is used from the intermediate to the power range. Electronic switching is used to make the transition.
PAGE 2 L
Date 4/21/92 React:r Unit HN1 Data Feeder N/A NRC ERDS Parameter NISOURC RNG Point ID SR1 ,
Plant Spec Point Desc. SOURCE RANGE ,
GenericlCond Desc. Nuclear Instruments, Source Rango Andiogl Digital A l Engr UnitslDig States CPS Engr Units Conversion Min Instrument Rango 1 Max instrument Rango E+G Zero Point Reference Reference Point Notes PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A inctrument Fall. Modo LOW Temp. Comp for DP Xmtrs Level Reference Leg N/A Unique System Desc. The source range nuclear instrument channel uses fission chambers to monitor neutron flux in the source range.
i PAGE 1 y--w-m ,m-+ .-,,g ,,*w +y y -
l l
Date 4/21/92 Reactor Unit HN1 Data Feodor N/A I4RC ERDS Paramotor REAC VES LEV Point ID CHDLVL Plant Spec Point Desc. REACTOR HEAD LEVEL oenericlCond Des:. Reactor Vessel Water Level Analog l Digital A Engr UnitsIDig States %
Engr Units Conversion See Description.
Min Instrument Rango O Max instrument Rango 100 Zero Point Reference LWHEAD Rotorenco Point Notes Referenced te ;Poft .mssel flange PROC l sells P tiumber of Sensors 2 How Processed Other Sensor Locations Containment AlarmlTrip Sotpoints LO:10; Hl:101 N1 Det. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A Instrument Fall. Modo Varles Temp Comp. for DP Xmtrs N Level Referenco Log N/A unique System Desc. Two Heated Junction Thermocouple sensors provide covered / uncovered indication. Possible displayed values are: 0, 49,100% , referenced to RV flange.
100% is - 72 Inches above the RV flange. The RV flange is -125 inches above the Fuel Alignment plate.
PACE A
Date 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Paramster TEMP CORE EX Point ID CCETMAX Plant Spec Point Desc. MAXIMUM CET TEMP GenericlCond Dese. Highest Temperature at the Core Exit Analog l Digital A Engr UnitsIDig States F Engr Units Converston Min Instrument Range 0 Max instrument Range 2300 Zero Point Reference Reference Point Notes Lower LevelInstrument Tap; Approx.18" above tube sheet PROC lSENS P Number of Sensors 47 How Processed Validated Highest sensor Locations Contalnment AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtts N Level Reference Log N/A Unique System Dese. Validated maximum of 47 core exit temperature thermocouples.
PACE i I
--w---------.__-_.__.___. ____ _ _ _ _ _ _ _ _ _ _ _
Date 4/21/92 Reactor Unit HN1 Data Fooder N/A NRC ERDS Paramoter SUB MARGIN Point ID CSUBCOOL Plant Spec Point Desc. SUBCOOLING Generic lCond Desc. Saturation Temperature-Highest CET Analog l Digital A Engr Units l Dig States DEGF Engr Units Conversion Min Instrument Range -35 Max instrument Rango 200 Zero Point Reference Reference Point Notes PROC lSENS P Number of Sansors How Processed Other-SPDS Calculation by the plant computer.
Sensor Locations Containment AlarmlTrip Setpoints NI Dot. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Varies depending on Sensor Temp. Comp. for DP Xmits Level Reference Leg Unique System Desc. SPDS Calculation by the plant computer. It considers CETs, Loop RTDs, unheated HJTC, and RCS pressure in the calculation.
PACE i
c Date 4/21/92 Reactsr Unit HN1 Data Fe: der N/A NRC ERDS Parameter CORE FLOW Point ID C409 Plant Spec Point Dese. Total RCS Flow Rate GenericlCond Desc. Total Reactor Coolant Flow Analog l Digital A Engr UnitslDig States KGPM Engr Units Conversion Complex Min Instrument Range O Max instrument Range 320 Zero Point Reference Reference Point Notes PROC lSENS P Number of Sensors 4 How Processed Other Validated sum Sensor Locations Containment AlarmlTrip Setpoints NI Det. PS Cut Off Pwr tvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Dese. Total RCS Flow Rate is the validated sum of each of four RCS loop flows, which are calculated from sensor differential pressures.
PAGE 2
Date 4/21/92 Reactor Unit HN1 Data Feeder N/A l NRC ERDS Parameter SG LEVEL 1/A Point 10 CSG1LVL Plant Spec Point Desc. SG1 LEVEL (WR) l I
GenericlCond Dese. Steam Generator 1 (or A) Water Level Analog l Digital A i i
Engr Units l Dig States %
Engr Units Conversion Approx. 3.2 inches per %
Min Instrument Rango 0 Max instrument Rango 100 Zero Point Reference Other Reference Pulnt Notes Lower LevelInstrument Tap; Approx.18" above tube sheet.
PROC l SENS P Number of Sensors 2 How Processed Validated Average Sensor Locations Containment AlarmlTrip Sotpoints 100 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp. for DP Xmtts N Lovel Reference Log WET Unique System Desc Wide range steam generator level. Top of the tubes is at approx.
70% indicated.
PACE R
-- - - - - - - w ,_,
Date 4/21/92 React:r Unit HN1 Data Fo der N/A NRC ERDS Parameter SG LEVEL 2/B Pcint ID CSG2LVL Plant Spec Point Desc. SG2 LEVEL (WR)
GenericlCond Desc. Steam Generator 2 (or B) Water Lovel Analog lDlgital A Engr UnitslDig States %
Engr Units Conversion Approx. 3.2 inches per %
Min instrument Range 0 Max instrument Range 100 Zero Point Reference Other Reference Point Notes Lower LevelInstrument Tap: Approx.18" above tube sheet.
PROCiSENS P Number of Sensors 2 How Processed Validated Averago Sensor Locations Containment AlarmlTrip Sotpoints 100 N1 Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp for DP Xmits N Lovel Reference Log WET Unique System Dose. Wido range steam generator level. Top of the tubos is at approx.
70% indicated, T
PAGE 3
f Date 4/21/92 React r Unit HN1 Data Feeder N/A NRC ERDS Parameter SG LEVEL 3/C Point ID CSG3LVL Plant Spec Point Desc. SG3 LEVEL (WR) oonericlcond Dese. Steam Generator 3 (or C) Water Level Analog l Digital A Engr UnitslDig States %
Engr Units Conversion Approx. 3.2 inches per %
Min Instrument Rango O Max instrument Rango 100 Zero Polnt haforence Other Referenco Point Notes Lower LevelInstrument Tap; Approx.18" above tube sheet.
PROC l SENS P Number of Sonsors 2 How Processed Validated Average Sonsor Locations Containment AlarmlTrip Sotpoints 100 Ni Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Modo LOW Tomp. Comp. for DP Xmtrs N Lovel Reference Log WET unique System Desc. Wide range steam generator level. Top of the tubes is at approx.
70% indicated.
I PAGE il
Date 4/21/92 React:r Unit HN1 Data Feeder N/A NRC ERDS Parameter SG LEVEL 4/D l l
Point ID CSG4LVL Plant Spec Polat Dese. SG4 LEVEL (WR)
OonericlCond Dese. Steam Generator 4 (or D) Water Level Analog l Digital A Engr UnitsIDig States %
Engr Units Conversion Approx. 3.2 inches per %
Min Instrument Rango O Max instrument Rango 100 Zero Point Reference Other Reference Point Notes Lower LevelInstrument Tap: Approx.18" above tube sheet.
PROC l SENS P Number of Sensors 2 How Processed Validated Average Sensor Locations Containment Alarm l Trip Sotpoints 100 Nl Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp, for DP Xmits N Level Reference Log WET Unique System Dese. Wide range steam generator level. Top of the tubes is at approx.
70% indicated.
PAGE 11
~ - - - -
. - _ - - . - . . . - . - ._., - ..- -. - ~ .. .
Unte 4/21/92 Reactor Unit HN1 Data Fe: der N/A NRC ERDS Parameter SG PRESS 1/A Point ID CSG1 PRESS Plant Spec Point Dese. SG1 PRESSURE GenericlCond Desc. Steam Generator 1 (or A) Pressure Analog lDiglial A Engr Units l Dig States PSIG Engr Units Conversion Min instrumont Rango O Max instrument Rango 1050 Zero Polnt Reference Referenco Point Notes PROC l SENS P Number of Sensors 1 How Processed Validated input Sensor Locations Containment AlarmlTrip Sotpoints LO:50; Hl:1050 NI Det. PS Cut Off Pwr Lvl N/A Hi Dot. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp for DP Xmtra N Level Reference Log N/A Uniquo System Dose. Steam Generator Pressure Pact n
Date 4/21/92 Reactar Unit HN1 Data Feeder N/A NRC ERDS Parameter SG PRESS 2/B Point ID CSG2 PRESS Plant Spec Point Desc. SG2 PRESSURE GenericlCond Desc. Steam Generator 2 (or 8) Pressure Analog lDlglial A Engr UnitslDig States PSIG Engr Unlis Conversion Min Instrument Rango O Max Instrument Rango 1050 Zero Point Reference Reference Polnt Notes PROC lSENS P Number of Sonsors 1 How Processed Validated input Sensor Locations Containment AlarmjTrip Sotpoints LO:50; Hl:1050 NI Det. PS Cut Off Pwr Lvl N/A NI Dot, PS Turn On Pwr Lvl N/A Instrument Fall, Modo LOW Temp. Comp, for DP Xmtrs Level Reference Log Unique System Desc. Steam Generator Pressure ,
l l
l PACE 11 i
Date 4/21/92 React:r Unit HN1 Data Feeder N/A NRC ERDS Parameter SG PRESS 3/C Point ID CSG3 PRESS Plant Spec Point Desc. SG3 PRESSURE GenericlCond Dese. Steam Generator 3 (or C) Pressure Analog lDiglial A Engr UnitslDig States PSIG Engr Units Conversion Min instrument Rango O Max instrument Range 1050 Zero Point Reference Reference Point Notes PROC l SENS P Number of Sensors 1 How Processed Validated input Sensor Locations Containment Alarm l Trip Setpoints LO:50; Hl:1050 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode LOW Temp. Comp for DP Xmtra Level Reference Leg Unique System Desc. Steam Generator Pressure PAGE 11
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.- -. _ --. .- ~ . _ _ _ _ . - - - . - . . - - - -
I 1
Date 4/21/92 Re:ct:r Unit HN1 Data Feeder N/A I NRC ERDS Parameter SG PRESS 4/D Point ID CSG4 PRESS Plant Spec Point Desc. SG4 PRESSURE GenerictCond Desc. Steam Generator 4 (or D) Pressure l Analog l Digital A l Engr UnitsIDig States PSIG En0r Units Conversion Min Instrument Range 0 Max instrument Range 1050 Zero Point Reference Reference Point Notes PROC l SENS P Number of Sensors 1 How Processed Validated input Sensor Locations Containment AlarmlTrip Setpoints LO:50; Hl:1050 Ni Det. PS Cut Off Pwr Lyl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp, for DP Xmtrs Level Reference Leg Unique System Dese. Steam Generator Pressure m
FACE 11 1
b
f Date 4/21/92 I . act:r Unit HN1 Data Feeder N/A NRC ERDS Parameter MN FD FL 1/A Point ID C159 Plant Spec Point Desc. SGI M.AIN FW FLOW OenerictCond Dese. Stm Gen 1 (or A) Main Feedwater Flow Analog l Digital A Engr UnitslDig States MLB/HR Engr Units Conversion Min Instrument Rango O Max instrument Range 10 Zero Point Rotorenco Reference Po'nt Notes PROC lSENS P Number of Sensors 3 How Processed Other-Complex; see description.
Sensor Locations Turbine Building AlarmlTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Modo LOW Temp. Corap. for DP Xmtrs N Level Rotorence Log N/A Unique System Dese. Calculated SG Flow based on orifice plate differential pressure compensated for pressure and temperature density effects.
PACE li
Dato 4/21/92 Reactor Unit HN1 Data Fooder N/A NRC ERDS Parameter MN FD FL 2/B Point ID C160 Plant Spec Point Desc. SG2 MAIN FW FLOW conericlCond Desc. Sim Gen 2 (or B) Main Feedwater Flow Analog l Digital A Engr UnitslDig States MLB/HR Engr Units Conversion Min Instrument Rango O Max instrument Rango 10 Zero Point Reference Referenco Point Notes PROC l SENS P Number of Sensors 3 How Processed Validated Average Sonsor Locations Turbine Building AlarmlTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A Ml Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP xmtrs N Lovel Reference Log N/A unique System Dere. Calculated SG Flow based on orifice plate differential pressure compensated for pressure and temperature density effects.
Pact il
Date 4/21/92 Reacttr Unit HN1 Data Feeder N/A NRC ERDS Paramotor MN FD FL 3/C Point ID C161 Plant Spec Point Desc. SG3 MAIN FW FLOW l
OenorielCond Dese. Stm Gen 3 (or C) Main Feedwater Flow Analog l Digital A l i
Engr UnitslDig States MLB/HR Engr Units Ccnvorsion Min Instrument Rango 0 Max instrument Rango 10 Zero Point Reference Reference Point Notes PROC l SENS P Number of Sensors 3 How Processed Validated Average Sonsor Locations Turbine Building AlarmlTrip Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Desc. Calculated SG Flow based on orifice plate differential pressure compensated for pressure and temperature density effects.
i i
i l . n=t u L -
-= . -. _ . . _ _ - - . - - . -_-- - . . . .
Date 4/21/92 Reacter Unit HN1 Data Feeder N/A i
NRC ERDS Parameter MN FD FL 4/D Point ID C162 Plant Spec Point Desc. SG4 MAIN rvV FLOW GonoriclCond Desc. Strn Gen 4 (or D) Main Feedwater Flow !
Analog l Digital A {
Engr UnitslDig States MLB/HR Engr Units Conversion Min Instrument Rango 0 l Max instrument Rango 10 Zero Point Reference Reference Point Notes PROC l SENS P Number of Sonsors 3 How Processed Validated Average .
Sonsor Locations Turbine Building AlarmlTrip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A f Instrument Fall. Modo LOW Temp. Comp. for DP Xmits N Lovel Reference Leg N/A Uniquo System Dese. Calculated SG Flow based on orifice plate differential pressure compensated for pressure and temperature density effects.
PACE D T T w
Dato 4/21/92 Reactor Unit HN1 Data Feodor N/A NRC ERDS Paramotor AX FD FL 1/A Point ID CSG1AUXFLO Plant Spec Point Desc. SG1 AUX FW FLOW Generic lCond Desc. Stm Gen 1 (or A) Auxiliary FW Flow Analog l Digital A Engr UnitslDig States GPM Engr Units Conversion PAln Instrument Rango 0 lAax Instrument Range 300 Zero Point Reference Referenco Point Notes PROC lSENS P Number of Sensors 1 How Processed Validated input Sonsor Locations Terry Turbine Room AlarmlTrip Sotpoints 300 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp, for DP Xmtrs Lovel Reference Log N/A Unique System Dese. Steam Generator Auxiliary Feedwater Flow Fact u
Date 4/21/92 Resetsr Unit HN1 Data Feeder N/A NRC ERDS Parameter AX FD FL 2/B Point ID CSG2AUXFLO Plant Spec Point Desc. SG2 AUX FW FLOW GenericlCond Dese. Stm Gen 2 (or B) Auxiliary FW Flow Analog l Digital A Engr UnitslDig States GPM Engr Units Conversion Min Instrument Rango O Max instrument Rango 300 Zero Point Referenco Referenco Point Notes PROC lSENS P Number of Sonsors 1 How Processed Validated input Sensor Locations Terry Turbine Room AlarmlTrip Sotpoints 300 Hi Dot. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp, for DP Xmtrs Lovel Reforenco Log N/A Unique System Desc. Steam Generator Auxiliary Feedwater Flow Pact 21
.i
Date 4/21/92 Reacter Unit HN1 Data Feeder N/A NRC ERDS Parameter AX FD FL 3/C Point ID CSG3AUXFLO Plant Spec Point Dese. SG3 AUX FW FLOW Oenoticicond Desc. Sim Gen 3 (or C) Auxiliary FW Flow Analog lDIDital A Engr Units lDIO States GPM Engr Units Conversion Min Instrument Rango O Max instrument Range 300 Zero Point Hoforence Referenco Point Notes PROC l SENS P Number of Sonsors 1 How Processed Validated input sensor Locations Terry Turbine Room Alarm l Trip Sotpoints 300 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp, for DP Xmtrs Lovel Reference Log N/A Unique System Dese. Steam Generator Auxiliary Feedwater Flow PAGE 22
-C7"- 1
Date 4/21/92 React:r Unit HN1 Data Feeder N/A NRC EROS Parameler AX FD FL 4/D Point ID CSG4AUXFLO Plant Spec Point Desc. SG4 AUX FW FLOW GenericlCond Dese. Stm Gen 4 (or D) Auxillary FW Flow Analog l Digital A EnDr UnitslDig States GPM Engr Units Conversion Min instrument Ranoo 0 Max instrument Ranee 300 Zero Politt Reference Reference Point Notes PROC lSENS P Number of Sensors 1 How Processed Validated input Sensor Locations Terry Turbine Room AlarmlTrip Setpoints 300 NI Det. PS Cut Off Pwr Lyl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW ,
Temp. Comp. for DP Xmits Level Reference Leg N/A Unique System Dese. Steam Generator Auxiliary Feedwater Flow PACE 23 -
Date 4/21/92 React:r Unit HN1 Data Feeder N/A NRC ERDS Parameter HL TEMP 1/A Point 10 TE 413A Plant Spec Point Desc. RCS HOT LEG TEMP (WR)
OenericlCond Dese. Stm Gen 1 (or A) Inlet Temperature Analog l Digital A Engr UnitslD!O States F Engr Units Conversion Min Instrument Range O Max instrument Range 750 Zero Point Reference Reference Point Notes PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Setpoints LO:0; Hl:750 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode HIGH Temp, Comp for DP Xmtrs N Level Reference Leg N/A Unique System Desc. Wide Range RCS HOT LEG TEMP u
f PACE 21 l , -. -
I Date 4/21/92 Reactor Unit HN1 Data reeder N/A NRC ERDS Parameter HL TEMP 2/B l Point ID TE 423A Plant Spec Point Dese. RCS HOT LEG TEMP (WR) ,
GenericlCond Dese. Stm Gen 2 (or B) Inlet Temperature f Analog l Digital A i Engr UnitslDig States F !
Engr Units Conversion Min Instrument Range 0 Max instrument Range 750 Zero Point Reference Reference Point Notes PROC lSENS S Humber of Sensors 1 How Processed Sensor Locations Containment AlarmlTrlp Setpoints LO:0; Hl:750 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Hl0H Temp Comp. for DP Xmtrs Level Reference Leg Unique System Desc. Wide Range RCS HOT LEG TEMP PACE 21
- , _ - , _ __2.. ___ . . ~ _ . _. _. _ , . _ , _ . _ . _
Date 4/21/92 Reacter Unit HN1 Data Fooder N/A NRC ERDS Parameter HL TEMP 3/C Point ID TE 433A Plant Spec Point Desc. RCS HOT LEG TEMP (WR)
GenericlCond Desc. Sim Gen 3 (or C) Inlet Temperature Analog l Digital A Engr UnitslDig States F Engr Units Conversion Min Instrument Rango O Max instrument Range 750 Zoro Point Rotorence Hoference Point Notes PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Sotpoints LO:0; Hl:750 Nl Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Modo HIGH Temp Comp for DP Xmtrs Lovel Reference Log Unique System Dose. Wide Range RCS HOT LEG TEMP I
O FACE li
Date 4/21/92 Reacter Unit HN1 Data reed:r N/A NRC ERDS Parameter HL TEMP 4/D Point ID TE 443A Plant '.f r.. Point Desc. RCS HOT LEG TEMP (WR)
Generic lCond Desc. Stm Gen 4 (or D) Inlet Temperature Analog l Digital A Engr UnitstDig States F Engr Units Conversion Min Instrument Range O Max instrument Range 750 Zero Point Reference Reference Point Notes PROC l SENS S Number of Sensors 1 How Process 6d Serssor Locations Containment AlarmlTrip Setpoints LO:0; Hl:750 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PG Turn On Pwr Lvl N/A Instrument Fall. Modo HIGH Temp. Comp, for DP Xmtrs Level Reference Leg Unique System Dese. Wide Range RCS HOT LEG TEMP t Act u
Date 4/21/92 Reactor Unit HN1 Data Feodor N/A NRC ERDS Parameter CL TEMP I/A Point ID TE 413B Plant Spec Point Dese. RCS COLD LEG TEM (WR)
GenericlCond Desc. Stm Gen 1 (or A) Outlet Temperature Analog l Digital A Engr UnitslDig States F Engr Units Conversion Min Instrument Range 50 Max instrument Range 750 Zero Point Reference Reference Point Notes PROC l SENS S Number ol Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Sotpoints LO:50; Hl:750 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fait. Mode HIGH Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Dese. Wide Range RCS COLD LEG TEMP PAGE 3 l
Dato 4/21/92 Reactor Unit HN1 Data Foodar N/A NRC ERDS Paramotor CL TEMP 2/B Point ID TE 423B Plant Spoc Point Dose, RCS COLD LEG TEM (WR)
GenericlCond Dose. Stm Gen 2 (or B) Outlet Temperature Analog l Digital A Engr UnitslDig States F Engr Units Conversion Min Instrument Rango 50 Max Instrument Rango 750 Zero Point Rotorence Reference Point Notes PROC l SENS S Number of Sonsors 1 How Processed Sensor Locations Containment AlarmlTrip Sotpoints LO:50; Hl:750 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Modo HIGH Temp, Comp, for DP Xmtrs Level Reference Leg Unique System Dese Wide Range RCS COLD LEG TEMP PACE. U
Date 4/21/92 Reactsr Unit HN1 Data Feeder N/A NRC ERDS Parameter CL TEMP 3/C Point ID TE-433B Plant Spec Point- Desc. RCS COLD LEG TEM (WR)
Generic lCoud Desc. Stm Gen 3 (or C) Outlet Temperature Analog l Digital A Engr Units l Dig States F Engr Units Conversion Min Instrument Range 50 Max instrument Range 750 Zero Point Reference Reference Point Notes PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Containment Alarm l Trip Setpoints LO:50; Hl:750 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode HIGH Temp. Comp. for DP Xmtrs Level Reference Leg unique system Dese. Wide Range RCS COLD LEG TEMP PACE 12 ,
Dato 4/21/92 React:r Unit HN1 Data Feeder N/A NRC ERDS Parameter CL TEMP 4/D Point ID TE-4438 Plant Spec Point Desc. RCS COLD LEG TEM (WR)
GenericlCond Desc. Stm Gen 4 (or D) Outlet Temperature Analog l Digital A Engr UnitslDig States F Engr Units Conversion Min Instrument Range 50 Max instrument Range 750 Zero Point Reference Reference Point Notes PROC lSENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Setpoints LO:50; Hl:750 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode HIGH Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Dese, Wide Range RCS COLD LEG TEMP FACE E l
Date 4/21/92- Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter RCS PRESSURE Point ID CRCSPRESS Plant Spec Point Desc. RCS PRESSURE (WR)
GenericlCond Desc. Reactor Coolant System Pressure Analog l Digital A Engr Units l Dig. States PSIG Engr Units Conversion Min instrument Range O Max instrument Range 3000 2ero Point Reference Reference Point Notes PROC l SENS P _
Number of Sensors 5 How Processed ComleX-see description Sensor Locations Containment Alarm l Trip Setpoints 3000 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A unique- System Desc. Wide Range RCS Pressure is the Validated, weighted average of two RCS hot leg pressure inputs, and three pressurizer pressure inputs.
t PACE 22
Date 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter PRZR LEVEL Point ID CPZRLVL Plant Spec Point Desc. PRESSURIZER LEVEL GenericlCond Dese. Primary System Pressurizer Level Analog l Digital A Engr UnitslDig States %
Engr Units Conversion Approx 3.9 inches per %
Min Instrument Range 0 Max instrument Range 100 Zero Point Reference Other Reference Point Notes Referenced to lower level instrument tap PROOlSENS P Number of Sensors 3 Hrw Processed Validated Average Sensor Locations Containment Alarnil Trip Sotpoints LO:22; Hl:53 NI Det. PS Out Off Pwr Lvl N/A NI Det. PS TL*n On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg WET Unique System Desc. Pressurizer Levelis calibrated for hot, full power conditions. The top of the pressurizer heaters is at approx. 9.5%.
PACE 21
Date 4/21/92 - - R: actor Unit HN1'- Data Feeder N/A NRC 'ERDS- Parameter RCS CHG/MU Point 'lD FM 110 l Plant . Spec ' Point.;Dese. CHARGING FLOW GenericlCond Desc. Primary System Charging or Makeup Flow
- Analog l Digital A Engr .UnitslDig States GPM
~ Engr Units Conversion ,
Min Instrument Range 0
- Max instrument Range 200 Zero Point Reference
+
Reference Point Notes PROC l SENS S Number of-Sensors 1 How Processed Sensor- Locations Primary Auxiliary Building AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A HI Det. PS Turn On Pwr Lvl N/A b Instrument Fall. Mode . LOW Temp. Comp, for DP Xmtrs Level Reference Leg Unique System Desc.
-(
J Y
PAGE 21 i= - g w -w vw-- w Tvi~,-- rw w w- +we- e-r- w -i -v w v c *--er- +1- ---wr -- w ww- w ww v v v v -t- * - *=y 7
Date 4/21/92 Reacter Unit HN1 Data Fseder N/A-NRC ERDS Parameter - HP SI FLOW-Point ID-- N/A-Plant Spec Point- Desc.
GenericlCond Dese. High Pressure Safety injection Flow Analog l Digital - A- .
Engr UnitslDig States GPM
-Engr Units Conversion Min Instrument Range '!
Max instrument Range ,
Zero Point Reference Reference Point Notes PROC l SENS Number. of . Sensors How Processed Sensor Locations AlarmlTrip Setpoints-NI Det. PS Cut Off Pwr Lvl N/A
-NI Det. PS Turn On Pwr Lvl . N/A Instrument Fall Mode Temp. Comp. for DP Xmtrs Level . Reference Leg Unique System Desc.
1 FAGE 21
. _ . . .. . - - _ . . . _ _ ._ . _ . _ . _ . . . _ . , _ . _ _ _ . - . ~,. . . . __ _ _ _
Date 4/21/92 - Reacter Unit HN1' Data Feedsr N/A
'NRC ERDS Parameter LP SI FLOW -
Point ID N/A Plant Spec Point Desc. '
GenericlCond -Dese, Low Pressure Safety injection Flow Analog l Digital A .
Engf UnitslDig States GPM Engr Units Conversion Min Instrument Range Max Instrument Range Zero Point Reference f Reference Point Notes PROCl.SENS __
Number of Sensors How Processed i' Sensor Locations--
AlarmlTrip Setpoints
.NI Det PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr-Lvl N/A
. instrument Fall. Mode-Temp, Comp, for DP Xmtrs Level
Reference:
Leg .
Unique System Desc.
PACE M
- - - - - . i- -w.,
,,.7 . -y .
- Date 4/21/92 Reacter' Unit HN1 Data Feedor N/A NRC ERDS' Paramotor CTMNT SMP NR Point ID N/A Plant Spec Point Desc.
GeneticlCond Desc. Containment Sump Narrow Range Level Analog l Digital A Engr UnitslDig States IN Engr Units Conversion Min Instrument Rango Max instrument Range Zero Point Reference Reference Point Notes PROC l SENS Number of Sensors How Processed Sensor Locations Alarm l Trip Sotpoints
- NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode Temp. Comp, for DP Xmtrs Lovel Reference Leg Unique System Desc.
P ACE 2.1
. - , . - - . ~ . . - - . - . - - .. . _ . .-_ .- . _ . - -- ~ . _ .
Date 4/21/92 = Reactor Unit HN1 - Data Fo0 der N/A NRC ERDS' Parameter CTMNT SMP WR' Point ID . CWATERLVL
. Plant Spec Point Desc. OTMTWATER LVL(WR) ,
0,aericlCond Dese. Containment Sump Wide Range _ Level ,
Analog l Digital A
. Engr _ UnitslDig States FT Engr Units Conversion Approx 93200 gallons per ft above 1'6". ,
Min Instrument Range 1 ,
Max instrument Range 9-Zero Point Reference CNTFLR Reference Point Notes Floor at elevation 1'6" PROC l SENS P .
Number of Sensors 2 How Processed Validated Average I sensor Locations Containment Alarm l Trip Setpoints LO:1.5; Hl:8.5 NI Det. PS Cut Off Pwr Lvl N/A ,
NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N/A ,
Level Reference Leg N/A -
Unique System Dese. Containment Water Level for 1'6" to 8'6_" elevation. Corresponds to:
0 to -650,000 gallons.
1 PAGE 11
Dato 4/21/92 Reactar Unit HN1 Data Feodor N/A NRC ERDS Parameter EFF GAS RAD Point ID R14B ALRM Plant Spec Point Dese, MAIN STACK MONITOR GenortelCond Desc. Radioactivity of Released Gasses Analog l Digital O Engr UnitslDig States NORMAUALARM Engr Units Conversion Min Instrument Rango Max instrument Range Zero Point Reference Referenco Point Notes PROC l SENS P Number of Sensors 3 How Processed Validated Average Sensor Locations Other HP Chem Svc Building AlarmlTrip Sotpoints Variable i
NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall Modo LOW 1 Temp. Comp, fct DP Xmtrs N Lovel Rotorence Log N/A .
I Uniquo System Desc. Readout in pci/sec requires two default assumptions:
First, an assumed mix, and monitor officiency to go from cpm to pcl/cc. Low range is based on Xe 133, mid and high range is based on Kr 85.
Second, stack flow is assumed at 52,000 cfm for one fan.
Digital state corresponds to logic value 1/0 respectively.
PAGE .11
Date 4/21/92 Reactor Unit HN1 Data FCeder N/A NRC ERDS Parameter EFF LIO RAD Point ID N/A Plant Spec Point Dese.
Generic lCond Desc. Radioactivity of Released Liquids Analog l Digital A Engr UnitslDig States MCl/HR Engr Units Conversion Min Instrurnent Range Max instrument Range Zero Point Reference Reference Point Notes PROC l SENS Number of Sensors How Processed Sensor Locations Alarm l Trip Sotpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Dese.
PACE 12
Date 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter COND A/E RAD Point ID N/A Plant Spec Point Desc.
GenericlCond Dese. Condenser Air Ejector Radioactivity Analog l Digital A Engr UnitslDig States C/ MIN Engr Units Conversion Min Instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC lSENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. '.'S Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp, for DP Xmtrs Level Reference Log Unique System Dese.
l PACE R
b,,
Date 4/21/92 Reactor Unit HN1- Data Feeder N/A
- NRC : ERDS' Parameter _ CNTMNT RAD ~
Point ID CCTRAD Plant Spec Point Desc. CTMT HI RANGE RAD GenericlCond. Desc.'. Radiation Lovelin the Contalmnent
= Analog lD!gital A .-
- Engr UnitslDig States R/HR Engr Units Conversion i
Min Instrument Range '1
' Max instrument Range. E+8 Zero Point Reference Reference Point Notes PROC lSENS P-q Number of Sensors 2 How Processed Validated Average !
Sensor Locations Containment AlarmlTrip Setpoints LO:1.0; Hl:E+8 =
NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW 4
Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Desc.
4 b
i i
PAGE 32.~
c
Date 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter RCS LTDN RAD Point ID N/A Plant Spec Point Dese.
GenericlCond Desc. Had Level of the RCS Letdown Line Analog l Digital A Engr UnitslDig States C/SEC Engr Units Conversion Min Instrument Range Max instrument Range Zero Point Referenco Reference Point Notes PROC l SENS Num!'er of Sensors How Processed Sensor Locations Alarm l Trip Setpoints NI Dot. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs Lovel Reference Leg Unique System Dese.
PACE 11
- Dat0 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter MAIN SL 1/A Point ID N/A Plant Spec Point Desc.
GenericlCond Dese. Stm Gen 1 (or A) Steam Line Rad Level Analog l Digital A Engr UnitslDig States MRHR Engr Units Conversion Min instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC l SENS Number of Sensors How Processed Sensor Locations Alarm l Trip Setpoints NI Det. PS Cut Off Pwr Lvl N/A Ni Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Dese.
Fact it
Date 4/21/92 Reactor Unit HN1 Data Feodor N/A I
NRC ERDS Parameter MAIN SL 2/B Point ID N/A Plant Spec Point Desc.
GenericlCond Dese. Stm Gen 2 (or B) Steam line Rad Level AnaloglDigital A Engr UnitslDig States MR/HR Engr Units Conversion Min Instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC l SENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A s Instrument Fall. Mode Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Desc.
P AGE M
Date 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter MAIN SL 3/C Point ID N/A Plant Spec Point Desc.
GenericlCond Desc. Stm Gen 3 (or C) Steam Line Rad Level Analog l Digital A Engr UnitslDig States MR/HR Engr Units Conversion Min Instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC lSENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode Temp. Comp, for DP Xmtrs Level Reference Leg Unique System Dese.
PACE li
l Reactor Unit HN1 Data - Fetder N/A -!
Date 4/21/92 '
NRC ERDS Parameter MAIN SL 4/D Point ID N/A Plant Spec Point Desc.
GenerielCond Dese. Stm Gen 4 (or D) Steam Line Rad Level .
Analog l Digital A j Engr Units l Dig States MR/hR !
I Engr Units Conversion Min Instrument Range Max Instrument Range Zero Point Reference Reference Point Notes PROC l SENS Number of Sensors How Processed Sensor Locations Alarm l Trip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Dese.
PAGE il
- u. _ . . , . _ . . _ . ~ . .
Date 4/21/92 Recctor Unit HN1 Data Feeder N/A NRC ERDS Parameter SG BD RAD 1 A Point ID N/A Plant Spec Point Desc.
GenericlCond Dese. Stm Gen 1 (or A) Blowdown Rad Level Analog l Digital A Engr UnitslDig States MR/HR Engr Units Conversion Min Instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC lSENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turt: On Pwr Lvl N/A instrument Fall. Mode Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Desc.
PACE 1".
i Date 4/21/92 Roactor Unit HN1 Data Feeder N/A NRC ERDS Parameter SG BD RAD 2B Point ID N/A Plant Spec Point Desc.
GenerictCond Dese. Stm Gen 2 (or B) Blowdown Rad Level Analog l Digital A Engr UnitslDig States MfVHR Engr Units Conversion Min instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC l SENS ]
Number of Sensors How Processed Sensor Locations Alarm l Trip Setpoints NI Det. PS Cut Off Pwr Lyl N/A NI Det. PS Turn On Pwr Lvi N/A Instrument Fall. Mode Temp. Comp, for DP Xmtrs Level Reference Leg Unique System Desc.
Pact 11
Date 4/21/92 Reactor- Unit HN1 Data Feeder N/A NRC' ERDS Parameter SG BD RAD 3C Point ID N/A Plant Spec Point Desc, GenericlCond Dese. Stm Gen 3 (or C) Blowdown Rad Level AnaloglDigital A Engr Units l Dig States MR/HR Engr Units Conversion ,
Min Instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC lSENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det PS Turn On Pwr Lvl N/A Instrument Fall, Mode Temp, Comp, for DP Xmtrs Level Reference Leg Unique System Dese, i
i I
PAGE 12 1
Date 4/21/92 Reactor Unit HN1 Data Fooder N/A NRC ERDS Parameter SG BD RAD 4D Point ID N/A Plant Spec Point Desc.
Generic lCond Desc. Stm Gen 4 (or D) Blowdown Rad Level Analog l Digital A Engr UnitslDig States MRMR Engr Units Conversion Min Instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC l SENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp, for DP Xmtrs Level Reference Leg 7-Unique System Desc.
PACE E
Date 4/21/92 Reactor Unit HN1- Data Feeder N/A NRC ERDS Parameter CTMNT PRESS Point' ID CCTPRESS Plant Spec Point Desc. CTMT PRESSURE (WR)
GenericlCond Dese. Containment Pressure Analog l Digital A Engr UnitslDig States PSIG Engr Units Conversion Min Instrument Range -5 Max instrument Range 120 Zero Point Reference Reference Point Notes PROC l SENS P Number of Sensors 2 How Processed Validated Average Sensor Locations Enclosure Building AlarmlTrip Setpoints LO: 5; Hl:120 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode LOW Temp. Comp. for DP Xmtrs N Level Reference Leg N/A Unique System Desc.
l l
l l
l' PACE f.21
. Date 4/21/92 - Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter CTMNT TEMP Point ID TR 1801 1 Plant Spec Point Desc. VAPOR CTMT TEMP GenericlCond Dese. Containment Temperature Analog l Digital A Engr UnitslDig States F Engr Units Conversion Min Instrument Range 30 Max instrument Range 150 Zero Point Reference Reference Point Notes PROC lSENS S Number of Sensors 1 How Processed Sensor Locations Containment AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall. Mode HIGH Temp. Comp, for DP Xmtrs N Level Reference Leg N/A Unique System Dese.
PACE 1.1
I Doto 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter H2 CONC Point ID N/A Plant Spec Point Desc.
GenortclCond Desc. Containment Hydrogen Concentration Analog l Digital A Engr UnitslDig States %
Engr Units Conversion Min Instrument Range Max instrument Range Zero Point Reference Reference Point Notes PROC l SENS Number of Sensors How Processed Sensor Locations AlarmlTrip Setpoints NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Temp. Comp. for DP Xmtrs Level Reference Leg Unique System Desc.
PACE 11
Date 4/21/92 Heacter Unit HN1 Data Feeder N/A NRC ERDS Parameter SWST LEVEL Point ID LT 118 Plant Spoc Point Desc. DOnlC ACID TK LEVEL Generic lCond Desc. Borated Water Storogo Tank Lovel Analog l Digital A Engr UnitslDig States GAL Engr Units Conversion Min Instrument Rango O Max instrument Range 20000 Zero Point Hoforenco Other Reference Point Notes TNKBOT + 10" PROC l SENS S Number of Sensors 1 How Processed Sensor Locations Primary Auxillary Building AlarmlTrip Sotpoints Low 13,000 NI Det. PS Cut Off Pwr f.vl N/A NI Det. PS Turn r' Swr Lvl N/A Instrument , Modo LOW Temp. Comp. for L Xmtra N Lovel Rotorence Leg N/A unique System Desc. Boric Acid Tcnk Lovel. Tank is inverted somisphere shape.
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Dato 4/21/92 Reacter Unit HN1 Data Feeder N/A NRC ERDS Parameter WIND SPEED Point ID CWS190 ,
I Plant Spoc Point Desc. WIND SPEED (196 FT)
GenoticlCond Dose. Wind Speed at ino Reactor Site Analog l Digital A Engr UnitslDig States MPH Engr Units Conversion Min Instrument Rango O Max instrument Rango 100 ,
Zero Point Referenco ,
Referenco Point Notes PROC lSENS P Number of Sensors 1 How Processed Sensor Locations Yard Alarm l Trip Sotpoints NI Dot. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A Instrument Fall. Modo LOW Temp. Comp, for DP Xmtra N Lovel Reference Log N/A Unique System Dese. Wind speed at the 196 ft level.
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Date 4/21/92 Reactor Unit HN1 Data reeder N/A NRC ERDS Parameter WIND DlR Point ID CWD19G Plant Spec Point Dese. WIND DlR (196 FT)
GenericlCond Dese. Wind Direction at the Reactor Site Analog l Digital A Engr UnitsjDig States DEGREES Eng. Units Conversion Min Instrument Rango O Max Instrument Rango 300 Zoro Point Reference North Referenco Point Notes Referenced to tho 'from' direction.
PROC lSENS P Number of Sensors 1 How Processed Sensor Locations Yard Alarm l Trip Sotpoints HI Det. PS Cut Off Pwr Lvl N/A NI Dot. PS Turn On Pwr Lvl N/A Instrument Fall. Modo AS IS Temp. Comp, for DP Xmtra N '
Lovel Reference Log N/A Unique System Dese. Wind direction at the 196 ft lovel.
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Date 4/21/92 Reacter Unit HN1 Data Feedor N/A f4RC ERDS Paramotor STAB CLASS Point in COELTAT196 Plant Spec Polnt Des- *. i.T/. TEMP (196 FT)
Generic lCond Dess air Stability at the Reactor Site i Analog l Digital A Engr UnitslDID States DEGF Engr Units Conversion Min Instrument Rango -10 Msx instrument Range 18 l
Zero Point Referenco Reference Polnt flotos PROC l SEtJS P fiumber of Sensors 2 How Procobsod Other-Sensor Locations -Yard AlarmlTrip Sotpoints til Dot. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A instrument Fall Modo HIGH Temp. Comp. for DP Xmtrs N Lovel Rotorenco Leg N/A Unique System Desc. Delta Temperature is the difference in temperature between the 196 ft and 33 ft elevations.
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Date 4/21/92 Reactor Unit HN1 Data Feeder N/A NRC ERDS Parameter REAC VES LEV Point ID CPLNLVL Plant Spec Point Desc. REACTOR PLENUM LEVEL GenericlCond Desc. Reactor Vessel Water Level AnaloglDigital D Engr UnitslDig States %
Engr Units Conversion See description.
Min Instrument Rango O Max instrument Range 100 Zero Point Reference Other Reference Point Notes Referenced to the top of the fuel alignment plate.
PROC l SENS P Number of Sensors 6 How Processed Other.
Sensor Locations Containment AlarmlTrip Sotpoints LO:10; Hl:101 NI Det. PS Cut Off Pwr Lvl N/A NI Det. PS Turn On Pwr Lvl N/A Instrument Fall. Mode Varies Temp. Comp for DP Xmtrs N Level Rotorence Leg N/A Unique System Dese. Six Heated Junction Thermocouple sensors provide covered / uncovered indication. Possible displayed values are: 0, 15,28,42,61,84,100% , referenced to the Fuel Alignment Plate.
100% is = 113 inches above the Fuel Alignment Plate.
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