Text

Software Spec ERDS-SRS-1.00-1, ERDS Data Point Library
	ML20101Q313
Person / Time
Site:	Monticello
Issue date:	04/21/1992
From:	Sofge J, Van Dell R; NORTHERN STATES POWER CO.
To:	;
Shared Package
ML113210279	List: ML20101Q313;
References
	ERDS-SRS-1.00-1, NUDOCS 9207140234
	Download: ML20101Q313 (58)
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CWI-4.3 SOPIWARE REQUIREMEtU CFN: ERDS-SRS-1.00-1 3/25/91 SPF.CIFICATION (SRS) SR:.__ QA:XX CR: _ NQA:_ _

TITLE: EMERGENCY RESPONSE DATA SYSTEM Prcpared by: Russ Van Dell (ERDS) DATA POINT LIBRARY Date Issued: April 14,1992 P'DH NRC ERDS Parameter Pages Revision NI POWER RANGE 2 1. 00 N1 INTER RANGE 3 1.00 NI SOURC RUG 4 1.00 REAC VES LEV 5- 1.00 MAIN FD FLOW 6 1.00 PCIC FLOW 8 1.00 LPCI FLOW 9 1.00 CR SPPAY FL 13 1.00 DW FD SMP LV 15 1.00 EFF GAS RAD 17 1.00 EFF LIQ RAD 21 1.00 COND A/E RAD 27 1.00 DW RAD 29 1.00 MN STEAM RAD 31 1.G0 DW PRESS 32 1.00 DW TEMP 33 1.00 SP TEMP 34 1.00 _

SP LEVEL 35 1.00 H2 CONC 36 1.00 CST LEVEL 40 1.00 WIND SPEED 42 1.00 WIND DIR 46 1.00 STAB CLASS 30 1.00 Contacts 54 1.00 Selection of Data Feeders 55 1.00 Data Feeder Information 56 1.00 Reviewed Py:

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W.T. S g Date: 4/21/92 App Nved By: E h Date: */21/92 9207140234 920708 PDR ADOCK 05000263 F PDR

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ERDS DATA POINT LIBRARY Page 2 of 53 _

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DATA POIlff LIBRARY REFEPd2CB FILE ,

Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: NI POWER RlG Point ID: C5104001 Plant Spec Point.Desc.: AVERAGE CONSISTENT APRM READItB Generic /Cond Desc.: NUCLEAR INSTRUMElffS, POWER RAIGE

. Analog / Digital A Engr Units / Dig States: %

Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 125 Zero Point

Reference:

N/A Rcftrence Point Notes: N/A PROC or SENS: P Number of Sensors: 12 How Processed: AVERAGE GF CON, ofENT APPMS Sensor Location: APRM UTILIZE 24 L. MS LOCATED IN CORS Alarm / Trip Set Points: HI-HI TRIP =(.58W4620 ,W=%RECIPC FLOW NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument-Fai' lure Mode: DOWNSCALE(3%),INOP, BYPASS Temperature Compensation- N/A

'For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: This' point consists of either an average of all consistent APRMs or an average of in-range APRMs if there are less than the required number of consistent signals.

APRM3(Average Power Range Monitors) consist of an average of 24 LPRMs (Local Power Range Monitors). Each individual APRM signal will fail on Downscale(3%),

Inop, or Bypass. HI-HI trip feed RPS-SCRAM for one-out-of-three-twice logic.

HI trip (.5BW+50%) results in Rod Withdraw Block.

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NSP N0"PICELLO NCCLEAR GENERATING PLANT ERDS-SRS-1.00-1 ERDS DATA POINT LIBRARY Page 3 of 58 I

DATA POINT LIBRARY REFEPJNCE FILE Date: 01/07/92 heactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: NI INTER RNG Point ID:

Plant Spec Point Desc.: (not available)

Generic /Cond Desc.: NUCLEAR INSTRUMENTS, INTERMEDIATE RANGE Analog / Digital Engr Units / Dig States:

N?r Units Conversion:

Minimum Instr Range:

Maximum Instr Range:

Zero Point

Reference:

Reference Point Notes:

PROC or SENS:

Number of Sensors:

How Processed:

Sensor Location:

Alarm / Trip' Set Points:

NI Detector Power Supply-Cut-off Power Level:

-NI Detector Power Supply Turn-on Power Level:

Instrument Failure Mode:

Temperature Compensation For DP Transmitters:

Level Reference Leg:

Unique System Desc.: Not available to Process Computer System. -

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, _ DATA POINT LIBRARY-REFERENCE FILE Date: 01/07/92 ,

' Reactor Unit: M01:

Data Feeder:- PCS

'NRC ERDS Parameter:- NI SOURC RNG

- t' Point ID:

Plant Spec' Point'Desc.: (not available)-

' Generic /Cond Desc.: NUCLEAR INSTRUMENTS, SOURCE RA!TJE Analog / Digital-Engr. Units / Dig States:

Engr Units Conversion:-

. Minimum' Instr Range:

~

Maximum Instr Range:L-m !Zero Point'

Reference:

= Reference Point; Notes:

PROC or SENS:

Number'of. Sensors:

,How Processed:

Sensor Location:

Alarm / Trip? Set. Points:

-.NI: Detector-Power Supplys JCut-off Power.' Level::

NI Detector Power Supply

~

-Turn-on Power Level:

Instrument-Failure Mode:

Temperature: Compensation.

iFor,DP= Transmitters:

W l Level Reference-Leg:

Not evailable to Process Computer

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LUnique System Desc.:

n> ; System.

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h,'- ERDS DATA POINF LIBRARY 2 - Page 5 of 58 -

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DATA POINF LIBRARY RPEERD4CE FILE

=Date: 01/07/92 >

LReactor Unit!:. M01-Data Feeder: PCS 1 .NRC ERDS-Parameter: REAC VES LEV

Point -ID: . B21C0010 PlantTSpec. Point ~Desc.: RPV VALIDATED WATER LEVEL

.' , . - LGeneric/Cond Desc.: REAC'IOR VESSEL WATER LEVEL Analog / Digital: .

A -.-

Engr Units / Dig States: INCHES ,

Engr _ Units Conversion't N/A

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Minimum Instr Range: -350-iMaximumo Instr Range:- 350-

, LZero Point

Reference:

MSSKRT

. Reference.- Point ' Notes : - 0' CORRESPONDS TO 126' ABOVE TOP OF FUEL ~

PROC;or-SENS:. P-1 Number of Sensors: 12 8' 4How Processed:- WEIGHTED AVERAGE-OF CONSISTENT LEVELS'

=l Sensor Locationi - LEVEL REF LEGS - 5 HOT (IN DW) &'2 COLD i Alarm / Trip-SetiPoints: -48'=ECCS_'INIT, 9'= SCRAM, 48'=HI TRIP

'NI DetectorjPower' Supply N/A?

LCut-off! Power Level:

NI'Detectvr Power Supply N/A

' Turn-oniPower-Level ~: ..

j [ Instrument Failure Mode: +280" TOP OF-REACTOR ~ HEAD

-Temperature Compensation::

.N/A ForlDP Transmitters:-

Level;

Reference:

Leg:- WET .

Unique: System Desc.:' This poin..t consists of either a weighted E- s average of alliconsistent level J indicators;or'an1 average of'in-range _

level indicators if?there are less'than tha required-number of consistent ;

signals.. Algorithm performs. temperature compensation and evaluatesf reference: leg- '

. flashing on,7..leveltsignals. Safeguards Levels:( 50'ito 50') utilize col _d

-reference' leg; design outside'of drywell.

ECCS levelsi(-335' to 65') are

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invalidsted with'recirc pumps running.

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.Other levels include'2 feedwater (0:to 60')?and-1-vessel' flood'(-50' to 1 ;3501).

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M ERDS DATA POINT LIBRARY- Page 6 of 58

-DATA POINF LIBRARY REFERENCE FILE

'Date:. 01/07/92

-Reactor Unit:

M01 Data Feeder:- PCS NRC ERDS Parameter: MAIN FD FLOW

-Foint ID:L C51C9001

, Plant Soec-Point'Desc.: SMOOTHED FEEDWATER FLOW LOOP A Generic /Cond'Desci:

FEEDWATER FLOW.INTO-THE REACTOR SYSTEM E 6- -Analog /Digitall A Engr' Units / Dig States:- MLB/HR EngriUnitsl Conversion: N/A Minimum Instr Range: 1

-0 Maximum Instr' Range: 4 1Zero Pointi

Reference:

N/A

-Reference Point Notes:- N/A .

J. , PROC or SENS: P

' "" ! Number of Sensors:. 4-k - How Processed:.- SMOOTHED FW FLOW CALC FROM A N0ZZLE D/P Sensor-Location: FW N0ZZLE IS DOWNSTREAM OF RX FW PUMPS 1 Alarm / Trio. Set Points: _ N/A

>NI Detector' Power Supply ~- N/A

Cut-offJPower Level:

NI' Detector _ Power Supply-- N/A

. Turn-on-Power Level

InstrumentLFailure Mode:. HI/ LOW SENSOR- ~

4 1 Temperature Compensation- N/A-7 .For DP Transmitters: -N/A"

!LevelfReference Leg: .N/A

Unique. System Desc.: SMOOTHED FW FLOW l LOOP A is. calculated using Feedwater-nozzle D/P, Pressure, Land'-

temperature.-l Smoothing algorithm sums- '

1/12 current: sample.C 11/12 of previous.

. smoothed value. Sampling frequency is 5

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-seconds.'Feedwater nozzles are located-downstream of Reactor'Feedwater Pumps and ahead of-high pressure heaters.

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'ERDS DATA'POIWP LIBRARY

DATA POINP LIBRARY REFERENCF FILE 4

~Date: -# -

-01/07/92 Reactor ~ Unit: M01 Data-Feeder: PCS-s , ~NRC ERDS Parameter: MAIN FD FLOW m Point :ID:- -

C51C9002 LPlant Spec Point Desc.: SMOOTHED FEEDWATER FLOW LOOP'B

> . Generic /Cond Desc.: -FEEDWATER FLOW lINTO THE REACTOR SYSTEM

Analog / Digital . A

':t ' Engr Units / Dig' States: MLB/HR-

. Engr Units Conversion:. N/A'

Minimum-Instr Range: 0 Maximum Instr Range: 4 LZero Point-

Reference:

N/A '

Reference Point, Notes: N/A- '

' PROC:or SENS:' P

< Number of Sensors: 4.

How Processed: -SMOOTHED:FW FLOW CALC FROM B N0ZZLE D/P Sensor Location: FW N0ZZLE IS DOWNSTREAM OF RX FW PUMPS Alarm / Trip Set: Points: -N/A NI Detector--Power' Supply- _N/A

-Cut-off Power-Level:-

LNI~ Detector-Power Supply. N/A' Turn-on Power Level:-

Instrument Failure Mode: HI/ LOW SENSOR Temperature: Compensation- N/A l For.DP Transmitters:- N/A:

' Level ReferencetLeg:-- N/A_ _

Unique. System Desc.: SMOOTHED FW FLOW. LOOP B is calculated using-Feedwater-nozzle:D/P, Pressure,-:-and~

temperature. Smoothing' algorithm sums =

-1/12 current sample"+ 11/12-of previous smoothed value, Sampling frequency-is 5

-seconds / Feedwater nozzles'are located' downstream of Reactor Feedwater Pumps:and

" fahead of:high pressure heaters.

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-Page 8 of--58 ERDS DATA POIWP LIBRARY ~-

- DATA POINP LIBRARY RD'ERENCE FILE -

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' Date: 01/07/92 Reactor: Unit: M01 [

Data - Feeder:: - PCS:

NRC ERDS Parameter: ' RCIC FLOW

-- Point ID': 2 . ..

RCIl00' , '

'4 Plant Spec Point Desc,: _RCIC PUMP-DISCHARGE FLOW-a- :LGeneric/Cond Desc.:- REACTOR CORE ISOLATION-COOLING 4 -Analog / Digital- A '

Engr ~ Units / Dig' States:- GPM:

EngrLUnits. Conversion:- N/A'

Minimum Instr Range:

0-

-Maximum. Instr Range: 1500 Zero' Point

Reference:

N/A

-Reference Point Notes:- _-H/A

PROC or SENSt 1S-

- Number of: Sensors: -1 How Processed':-- SIGNAL INPUT FROM: FLOW TRANSMITTER

' Sensor. Location: FLOW ELEMENT ON RCIC PUMP'DISHARGE a'- - .

Alarm / Trip Set Pointst . N/A

.NI Detector Power Supply-N/A

p , ' Cut-off~ Power: Level:

f NI Detector. Power Supply N/A l Turn-on~ Power Level:J 1 Instrument Failure Mode: HIGH & LOW-SENSOR

Temperature Compensation; N/A

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For,DP Transmitters: N/A Level > Reference Leg: tN/A-RCIC is a-steam turbine' driven' pump

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(Unique System Desc.:

_ designed to deliver 400 gpm over' reactor- '

pressure rangelof: 150-1120 psig.. Flow element-is: located lon pump disharge line

' aheadiof1the test l return-line to the CST

tanks;a'nd injection line into "A"= - '

'feedwateriline. RCIC' injects!into- ~

.feedwater~line-prior to the line entering-containment.

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. DATA POINT LIBRARY RFEERENCE FILE Date:. -01/07/92-Reactor: Unit: M01

' Data Feeder:. PCSE ,

, NRC ERDS Parameter: LPCI FLOW-

PointDID:- RHR100 Plant Spec Point Desc.:

~

~ CONTAINMENT SPRAY / COOLING A LOOP

^-Generic /Cond Desc.: LOW PRESSURE COOLANT INJECTION FLOW--

Analog /DigitalL . A

-Engr _ Units / Dig States: GPM LEngr-Units'. Conversion:. N/A

Minimum Instr Range:; . Maximum-Instr Range: 10000-

Zero Point:

Reference:

N/A

-Reference Point Notes: - N/A

/ PROC or.SENS:

S

! Number of1 Sensors: 1 rHow Processed: SIGNAL INPUT FROM FLOW TRANSMITTER

.SensoriLocation: DISCHARGE OF RHR HEAT EXCHANGERS Alarm / Trip' Set. Points: . N/A' NI. Detector, Power Supply _ N/A

Cuti off Power Level:--

.NI. Detector: Power Supply N/A-Turn-on; Power-Level:

Instrument-Failure Mode: HIGH & LOW SENSOR

- Temperature . Compensation-' iN/A '

For..DP Tran'smitters: N/A LLeve1LReference Leg: LN/A

, . ' Unique; System Desc.: ' CONTAINMENT. SPRAY / COOLING A-LOOP flow is-the RHR flow to the A'. loop.drywell. spray,

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Ltorus' spray and: torus cooling.. Each-RHR-ipump is approximately rated at 4000 gpm

depending on: system head. Two: pumps are located in~each loop althought flow'can be cross tied between A and B loops. .

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~ DATA POINP LIBRARY REFERENCE FILE

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+ i Date: .

01/07/92 Reactor Unit: M01:

Data Feeder: PCS

~NRC ERDS Parameter: LPCI FLOW

~PointilD: RHR101 Plant ~ Spec Point Desc.: CONTAINME!1T-. SPRAY /C00 LING B LOOP

Generi, ?nd Desc.: ' LOW PRESSURE COOLANT INJECTION FLOW Analog / Digital . .A

. Engr Units / Dig. States: GPM ,

~' Engr-Units Conversion: .N/A

Minimum Instr: Range:

0 Maximum Instr. Range:- 10000

-Zero.-Point.Referencei .N/A Reference Point' Notes: -N/A-

PROC or SENS: S

Number?of Sensors: '

1

'How Processed: SIGNAL INPUT FROM FLOW TRANSMITTER

, Sensor Location: DISCHARGE OF RHR HEAT.EXCHANGERS v ; Alarm /TripLSet: Points: N/A NI: Detector-Power Supply.-- .N/A Cut-off.-Power Level:

JNI Detector = Power Supply ~ N/A~

Turn-on-Power Leveli

--Instrument' Failure Modei -HIGH & LOW SENSOR' Temperature Compensation- N/A- *

. 7For DP Transmitters: N/Af Level ~ Reference. Leg: -- N/A -

. Unique. System Desca CONTAINMENT SPRAY / COOLING B LOOP flow is the;RHR flow to the B' loop drywell sprayi

- torus. spray and torus. cooling. -Each RER-pump is approximately rated at-4000:gpm depending on system head. Two pumps'are located in~ec.*h. loop although flow can be

! cross tieo between A and B loops.

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Paco 11 of 56 DATA POINF LIBRARY REEN FILE ~-

Date: 01/07/92 g

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1 : Reactor Unit: .M01-Data Feeder: PCSL NRC ERDS. Parameter: LPCI FLOW

' Point;ID: _

- RHR102 PILnt Spec Point: Desc.: RER. LOOP A INJECT FLOW

- Generic /Cond Desc.:. LOW PRESSURE COOLANT INJECTION FLOW

-Analog / Digital A Engr Units / Dig States: GPM Engr; Units Conversion: .N/A' Minimum Instr Range: :0

Maximum Instr Range 10000 L Zero Foint Referent .:. N/A

? Reference Point Notes: ;N/A

, PROC or'SENS: S

m. '

Number of Sensors: .How Processed: SIGNAL-INPUT FROM FLOW TRANSMITTER

~ Sensor Location:- DISCHARGE OF RHR HEAT EXCHANGERS Alarm / Trip ~ Set Points: N/A-

'NI Detector; Power Supply N/A Cut-off Power Level:

NI.DetectoriPower Supply? N/A

' Turn-on Power. Level: .

. Instrument Failure Mode:--~

-HIGH &: LOW SENSOR JTemperature Compensation N/A '

.For DP' Transmitters:- 'N/A JLeveliReference~ Leg: -

N/A. ,

.UniquelSystem Desc.: -RHR LOOP A INJECT FLOW is-the RHR flow to-the A Recire Loop, Reactor _ Head' Cooling, Waste Surge Tank,'and cross-tie.to B;

?- Loop.'Each RHF pumpiis rated at about

. x 4000'.gpm depending on system head. Two.

pumps are located in each. loop although

~

flow can be cross tied between A and-B loops.

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ERDS-SRS-1.00 ^ ' '

ERDS DATA POI)rP LIBRARY- -Page 12 of 58-1 DATA POI)ff LIBRARY RFEERENCE FILE

[ Date: < 01/07/92

- Reactor-Unit: M01'

-Data Feeder:- PCS

-M NRC ERDS_ Parameter: LPCI FLOW q Point ID: -RHR103

-PlantLSpec Point Desc.:

RHR LOOP B INJECT FLOW Generic /Cond'Desc.: LOW PRESSURE COOLANT INJECTION FLOW Analog / Digital. A Engr Units / Dig-States: GPM'

.- Engr Units Conversion:- N/A Minimum; Instr Range: 0 Maximum Instr' Range: 10000

.Zero: Point J

Reference:

N/A

_ . Reference Point Notes: N/A PROC--or.SENS: S Number of' Sensors:-- 1

-How Processed: SIGNAL INPUT FROM FLOW TRANSMITTFh Sensor. Location: ' DISCHARGE OF RHR HEAT EXCHANGERS

- . Alarm / Trip'SetePoints; N/A NI' Detector 1 Power. Supply N/A

~ Cut-of f ' Power Lueli

'NI Detector -Power Supply - N/A

= Turn-on Power Level:

TInstrument Failure Mode:

2 HIGH &-LOW SENSOR Temperature Compensation N/A' '

-. 'For:DP Transmitters:

. :N/A-Level Reference Leg:: N/A V 3 ..

. Unique System Desc.: 'RHR LOOP B. INJECT FLOW is the RHR flow to theiB Recirc' Loop and cross tie to A- ,

Loop..Each RHR pump'is' rated:'at about

" .4000 gpm depending on. system head. Two

. pumps are located'in.each: loop although flow can be cross tied.between A and B-

. loops.

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ERDS DATA POINT LIBRARY Page 13 of 58 DATA POINT LIBRARY REFERENCE FILE

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Date:- 01/0*1/92

' Reactor Unit: M01 f

- Data Feeder: PCS NRC ERDS Parameter: . CR SPRAY FL

- Point-ID:L . .. .

CSP 100

-' Plant Spec Point-Desc.: CS: LOOP 11 FLOW Generic /Cond Desc.: Core Spray Cooling System Flow Analog / Digital A Engr, Units / Dig States: GPM Engr UnitsLConversion: N/A-

Minimum-Instr Range: - 0

- Maximum Instr Range: 5000-

-'Zero Point:

Reference:

N/A ,

Reference:

Point Notes: N/A

= PROC.-or SENS: -S Number of Sensors: 1 How' Processed: SIGNAL-INPUT FROM FLOW TRANSMITTER

-Sensor;-Location:- ON PUMP DISCHARGE LINE

-Alarm / Trip-Set Point's:

NI Detector Power Supply- N/A .;

. Cut-off Power Level: ~ <

1NI: Detector Power Supply N/A Turn-on Power-Level:

tInstrument Failure Mode: 1HIGH.& LOW SENSOR-Temperature' Compensation- N/AJ For:DP Transmitters:-

Level 1 Reference Leg: N/A=

< Unique-System Desc.: The: loop A: Core Spray; system consists-.of one electric driven pump designed to n -

-deliver 3020:gpm against a system head' .

Lcorresponding..to.a reactor-pressure of:

< , '130 psi above containment pressure. The flow element:is located'on the pump

~

discharge line just;a head lof the reactor vessel injection and-. test (return lines.

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NSP MORTICELID NUCLFAR GDERhTING PIARP ERDS-SRS-1.00-1 Page 14 of 58 ERDS DATA POTMP LIBRARY DATA POINP LIBRARY REFERDJCE FILE ,

Date: 01/0~1/92 Reactor Unit: M01 Data Feeder: PCS liRC ERDS Parameter: CR SPRAY FL Point ID: CSP 101 Mont Spec Point Desc.: CS LOOP 12 FLOW Generic /Cond Desc.: CORE SPRAY COOLIllG SYSTEM FLOW Analog / Digital A Engr Units / Dig States: GPM Engr Units Conversion: IUA Minimum Instr Range: 0 Maximum Instr Range: 5000 Zero Point

Reference:

J/A Reference Point 110tes: /A PPOC or SENS: .

11 umber of Sensors: 1 How Processed: SIGNAL IllPUT FROM FLOW TRANSMITTER Sensor Location:' 011 PUMP DISCHARGE LI!IE Alarm / Trip Set Points:

NI Detector Power Supply N/A Cut-off Power Level:

11I Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGil & LOW SENSOR Temperature Compensation N/A For DP Transmitters:

Levt.1 Reference Leg: N/A Unique System Desc.: The loop B Core Spray system consists of one electric driven pump designed to de' ver 3020 gpm against a system head

' corresponding to a reactor pressure of 130 psi above containment pressure. The flow element is located on Lne pump '

discharge line just a head of the reactor vessel injection and test return lines, t

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MSP IOIfrI N A NUCLhth GENERATING PLANT ERDS-SRS-1.00-1 Page 15 of 58 ERDS DATA POT)ff LIBRARY DATA POINT LIBRARY REFERENCE FIIE 7

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Date: 01/07/92

., -Reactor Unit:- M01 '

Data Feeder: PCS NRC ERDS Parameter: ITA FD SMP LV PoinL-ID:. .

FCT138 Plant- Spec Point Desc. : - DW EQUIP DRAlli SUMP VOL Generic /Cond Desc.: DRYWELL FLOOR DRAIN SUMP LEVEL ;

Analog / Digital A Engr. Units / Dig Statese GAL 1

,; Engr Units _ Conversion: : N/A Minimum (Instr Range - - 114.4 Maximum Instr Range:= 514.8-7,ero Point.

Reference:

N/A ,

Refermee Point Notes; ' N/A

-PROC; t SENS: 'S :

Number of Sensors!' 1 c

How-Processed: , SIG11AL INPUT FROM LEVEL TRANSM17TER Sensor Ic"3 tion: DIRECTLY BELOW RX VESSFL IN DRYWELL Alam/ Tris 3et Points:- N/A NI Detector Pov.er Supply N/A Cut-off Power Level:

'NI~Decector Power Supply N/A' '

Turn-on Power Level:

-Instrument: Failure Modes HIGH f, LOW SENSOR ,

Temperature Corapensation N/A

'For DP Transmitters:

Level. Reference Leg N/A

. Unique System Du c.: .This nump collects liquid effluent from valve stem leak-offs, Rx Recirc Pump and piping maintenance drains,l vent cooler-drains,' reactor well bulkhead and bellows

' drains, reactor vessel f,lange leakoff and 4' f.

Drywell Equipment' Drain-Sump heat-exchanger drain. Two 50 GPM pumps dischar0e the' water to the WasteL .

Collector Tank.in the Reactor building.

- SumpListisolated by Group II-Isolation or manually from control room. Sump-overflows'into Drywell Floor l Drain Sump ,

at 1090 Gallons.

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. NSP MORPICEL14 NUCLEAR GDfERATING PIJMP ERDS 3RL-1.00-1 ERDS DATA POIWP LIBRARY Page 16 of 58 DATA POINF LIBRARY RFFERDiCE FILE Date: 01/07/92 Reactor Unit M01 Data Fecder: PCS NRC ERDS Parameter: DW FD SMP LV Point ID: PCT 139 Plant Spec Point Desc.: DW FLOOR DRAIN SUMP VOL Generic /Cond Desc.: DRYWELL FLOOR DRAIN SUMP LEVEL Analog / Digital A Engr Units / Dig States: GAL Engr Units Conversion: !!/A

!!inimum Instr Range 114.4 Haximum Instr Range: 514.8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL INPUT FROM LEVEL TRANSMITTER Sensor Location: DIRECTLY BELOW RX VESSEL IN DRYWELL Alarm / Trip Set Points: N/A NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SENSOR Temperature Compensation N/A For DP Transmitters:

. Level Reference Leg: N/A Unique System Desc.: This sump collects liquid effluent from Drywell cooler drains, floor drains, control rod drive leakage and drains, closed cooling water piping drains, and '

piping and equipment maintenance vents. Two 50 GPM pumps discharge the water to the Floor Drain Collector Tank in the Reactor building.-. Sump is isolated

- by Group II Isolation or manually from control. room. Sump overflows into Drywell Equipment Drain Sump at 1090 Gallons.

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. NSP E)tiflCFJLO NUCLP.AR GENERATIl0 PIRff ERDS-SRS-1.00-1 ERDS DATA POINT LIBRARY Page 17 of 58 )

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DATA POIlff LIBRARY REFERDCE FILE l o

Date: 01/07/92 Ree: tor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF GAS RAD Point ID: PRM121 Plant Spec Point Desc.: STACK EFF MONITOR CH A Generic /Cond Desc.: RADIOACTIVITY OF RELLASED GASES Analog / Digital A Engr Units / Dig States: uCI/S Engr Units Conversions ll/A Minimum Instr Range: 1 Maximum Instr Range: 10E12 Zero Point

Reference:

N/A Reference Point flotes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIG11AL FROM AllALOG OUTPUT OF M0!!ITOR Sensor Location: FOUR ISOKI!JETIC PROBES 111 0FF GAS STACK Alarm / Trip Set Points: HI=3200, HI-HI=90000 NI Detector Power Supply ll/A Cut-off Power Level:

11I Detector Power Supply 11/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW sells 0R Temperature Compens2 tion N/A Forz LP-Transmitters:

Level' Reference Leg: N/A Unique System Desc.: STACK EFF MONITOR CH A is a wide range gas monitor consisting of isokinetic probe assembly, sample conditioning unit, sample detection unit, and Control Room panel. The detector assembly consists of low, mid, and high range detectors. Hi-Hi and/or I!10P from both Channel A & B monitorc will close valves to isolate off gas flow to the stack.

i NSP MONTICELID NUCLEAR GENERATING PLAlff ERDS-SRS-1.00-1 ERDS DATA POINI LIBRARY Page 18 of 58 DATA POINf LIBRARY REFERENCE FILE Date: 01/07/92 >

Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF GAS RAD Point ID: PRM122 Plant Spec Point Desc.: STACK EFF MONI'IOR CH B Generic /Cond Desc.: RADIOACTIVITY OF RELEASED CASES Analog / Digital A Engr Units / Dig States: uCI/S

-Engr Units Conversion: N/A Minimum Instr Range: 1 Maximum Instr Range: 10E12 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL FROM ANALOG OUTPUT OF MONITOR Sensor Location: FOUR IS0 KINETIC PROBES IN OFF GAS STACK Alarm / Trip Set Points: HI=3200, HI-HI=90000 NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SENSOR Temp:rature Compensation N/A

. For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: STACK EFF MONITOR CH B is a wide range gas monitor consisting of isokinetic probe assembly, sampl') cor ditioning unit, sample detection unit, an) Control Room panel The detector assembly consists of-low, mid, and high range detectors. Hi-Hi and/or INOP from both Channel A & B monitors will close valves to isolate off aes flow to the stack,

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. . 1 NSP M0ffPIM'IJD HUCIZAR GDERATIN3 PLAlff ERDS-SRS-1.00-1 ERDS DATA POINP LIBRARY Page 19 of 58 DATA PODfP LIBRARY RD'ERDICE FII2 i

Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF GAS PAD Point ID: PRM123 Plant Spec Point Desc.: RBV EFFLUENT MONITOR CH A Generic /Cond Desc.: RADIOACTIVITY OF RELEASED GASES Analog / Digital A Engr Units / Dig States: uCI/S Engr Units Conversion: N/A Minimum Instr Range: 1 Maximum Instr Range: 10E12 Zero Point

Reference:

11/A Reference Point Notes: 11/A PROC or SENS: S Number of Sensors: 1 How Processed: SIG!1AL FROM A11ALOG OUTPUT OF M0!!ITOR Sensor Location: ISOKIllETIC PROBES IN EACH RX BLDG VENT Alarm / Trip Set Points: HI=400, HI-HI:4500 N! Detector Power Supply N/A Cut-off Power Level:

11I Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SENSCR Temperature Compensation -N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Reactor Building Vent Effluent Monitor Channel A is a wide range gas monitor consisting ot isokinetic probe assemblies, sample conditioning unit, sample detection unit, and Control Room panel. The detector assembly consists of low, mid, and high range detectors.

. NSP MOMPICELID NUCLEAR GDUATING PLAMP ERTY.3-SRS-1. 00-1 ERDS DATA ICIMP LIBRARY Page 20 of 58 DATA POI}ff LIBRARY RITFRIKE FILE .

Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF GAS RAD Point ID: PPJ4124 Plant Spec Point Desc.: RBV EFFLUE!1T M0111'IOR CH B Generic /Cond Desc.: RADI0 ACTIVITY OF RELEASED GASES Analog / Digital A Engr Units / Dig States: uCI/S Engr Units Conversion: 11/A Minimum Instr Range: 1 Maximum Instr Range: 10E12 Zero Point

Reference:

11/A Reference Point 110tes: 11/A PROC or SDIS: S 11 umber of Sensors: 1 How Processed: SIGt1AL FROM A!1ALOG OUTPUT OF MCt1ITOR Sensor Location: ISOKI!1 ETIC PROBES 111 EACH RX BLDG VEllT Alt.im/ Trip Set Points: HI:400, HI-HI=4500 til Detector Power Supply 11/A Cut-off Power Level:

11I Detector Power Supply 11/A Turn-on Po'ver Level:

Instrument Failure Mode: HIGH & LOW SEllSOR Temperature Compensation 11/A For DP Transmitters:

Level Reference Leg: 11/A Unique System Desc.: Reactor Building Vent Effluent Monitor Channel B is a wide range gas monitor consirting of isokinetic probe assemblies, sample conditioninc unit, sample detection unit, and Control Room u panel. The detector assembly consists of low, mid, and high range detectors.

. NSP MONTICELID HUCLPAR GDIERATIl0 PLAlff ERDS-SRS-1.00-1 ERDS DATA POIRT LIBRARY Page 21 of 58 DATA POllff 131BRARY REFERhfK'E FI12 Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF LIQ RAD Point ID: PRM107 Plant Spec Point Desc.: SETNICE WATER EFFLUENT Generic /Cond Desc. : RADIOACTIVITY OF RELEASED LIQUIDS Analog / Digital A Engr Units / Dig States: CPS Engr Units Conversion: uCi/Ml=((PRM107 in CPS)-5)*(4.3E-7)

Minimum Instr Range: .1 Maximum Instr Range: 10E6 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Humber of Sensors: 1 How Processed: SIGNAL INPUT FROM MONITOR Sensor Location: SAMPLES SW PRIOR TO SW LEAVING RX BLDG Alarm / Trip' Set Points: HI ALARM AS SET BY PLANT CHEMIST HI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: DOWNSCALE & UPSCALE Temperature Compensation N/A For DP Transmitters:

Level-Reference Leg: N/A Unique System Desc.: Gamma radiation emitted by radioactive materials contained in process liquid are detected by a scintillation detector housed in shielded sampler. Sidestream sample is used from the service water line prior to leaving the Reactor Buildi7g. After leaving Reactor Building, line discharges into cire water discharge pipe. Alarm setpoints vary with plant operation as determined by plant chemist.

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. NSP MONTICELID NUCLEAR GINERATIld PIA!R ERDS-SRS-1.00-1 ERIE DATA POINT LIBRARY Page 22 of 58 DATA POlin LIBRARY RDHDiCE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Param6ter: EFT LIQ RAD Point ID: PRM109 Plant Spec Point Desc.: RADWASTE EFFLUE!!T Generic /Cond Desc. : RADI0 ACTIVITY OF RELEASED LIQUIDS Analog / Digital A Engr Units / Dig States: CPS Engr Units Conversion uCi/M1=((PRM109 in CPS)-7)*(2.5E-6)

Minimum Instr Range: .1 Maximum Instr Range: 10E6 Zero Point

Reference:

N/A Reference Point flotes: 14/h idOC or SE!!S: S Number of Sensors: 1 How Processed: SIGNAL I!1 PUS FROM MCNITOR Sensor Location: SAMPLED PRIOR TO LEAVING RADWASTE BLDG Alarm / Trip Set Points: HI ALARM AS SET BY PLAllT CHEMIST NI Detector Power Supply N/A Cut-off Power Level: '

NI Detector Power Supply N/A Turn-on Power Level:

Instrument failure Mode: DOWNSCALE & UPSCALE, I!10P Ten;.erature Compensation N/A For DP Transmitters:

Level Reference Leg: 11/A Unique System Desc.: Gamma radiation emitted by radioactive materials contained in process liquid are detected by a scintillation detector housed in shielded sampler. Liquid is sampled prior to leaving the Radwaste Building.' After leaving Radwaste Building, line discharges into discharge canal. Although Monticello has permits, ,

Monticello maintains a palicy of zero liquid radwaste releases into the river, Alarm setpoints vary with plant operation as determined by plant chemist.

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. NSP MORflCELIO NUCLEAR GENERATI}G PLAMP ERDS-SRS-1.00-1 ERDS DATA POIRP LIBRARY Page 23 of 58 i

DATA POINF LIBRARY REFERDEE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF LIQ RAD Point ID: PRM110 Plant Spec Point Desc.: TB NORMAL WASTE SUMP CH A Generic /Cond Desc.: RADIOACTIVITY OF RELEASED LIQUIDS Analog / Digital A Engr Units / Dig States: CPN g Engr Units Conversions uCi/Hl=((PRM110 in CPM)-400) * (3.5E-9) I Minimum Instr Range: 10 .,

Maximum Instr Range: 10E6 Zero Point

Reference:

N/A Reference Point !!otes: N/A PROC or SENS: S Nunber of Sensors: 1 How Processed: SIGNAL INPUT FROM MONITOR Sensor Location: SAMPLED PRIOR TO LEAVING TURBINE BLDG Alarm / Trip Set Points: HI ALARM AS SET BY PLA!TP CHD4IST NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: DOWNSCtLE & UPSCALE, I!10P Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Gamma radiation emitted by radioactive materials contained in process liquid are detected by a scintillation detectors in dry tube in sump. Sampled prior to leaving the Turbine Building. Alarm setpoints vary with plant operation as determined by plant chemist.

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. NSP MONTICELLO NUCLEAR GENERATIIC PIAMP ERDS-SRS-1.00-1 ERDS DATA POIRP LIBRARY Page 24 of 58 DATA POIl(P LIBRARY REFERSNCE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF LIQ RAD Point ID: PRM111 Plant Spec Point Desc.: TB NORMAL WASTE SUMP CH B Generic /Cond Desc.: RADIOACTIVITY OF RELEASED LIQUIDS Analog / Digital A Engr Units / Dig States: CPM Engr Units Conversion: uCi/Ml=((PRM111 in CPM)-400)*(3.5E-9)

Minimum Instr Range: 10 Maximum Instr Range: 10Ef Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL INPUT FROM MONITOR Sensor Location: SAMPLED PRIOR TO LEAVING TURBINE BLDG Alarm / Trip Set Points: HI ALARM AS SET BY PLANT CHD11ST NI Detector Power Supply N/A Cut-off Power Level:

NI Detector. Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: DOWNSCALE & UPSCALE, INOP Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Gamma radiation emitted by radioactive materials contained in process liquid are detected by a scintillation detectors in dry tube in sump. Sampled prior to leaving the Turbine Building. Alarm setpoints vary with plant eperation as determined by plant chemist.

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' NSP MWPICE!LO NUCLEAR GENERATING PIJJff 'ERDS-SRS-1.00-1 ERDS DATA IOllu LIBRARY Page 25 of 58 DATA ICIIR LIBRARY REFElJ2EE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: EFF LIQ RAD Point ID: PRM112 Plant Spec Point Desc.: DISCHARGE CANAL MONITOR A Generic /Cond Deec.: RADI0 ACTIVITY OF RELEASED LIQUIDS Analog / Digital A Engr Units / Dig States: CPS Engr Units Conversion: uCi/Ml=((PRM112 in CPS)-2) * (1.4E-7)

Minimum Instr Range: .1 .

Maximum Instr Range: 10E6 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processec': SIGNAL INPUT FROM MONITOR Sensor Location: 550FT DOWNSTREAM FROM DISCHARGE STRUCTURE A~larm/ Trip Set Points: HI ALARM AS SET BY PLANT CHEMIST HI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: DOWNSCALE & UPSCALE, INOP Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Gamma radiation emitted by radioactive materials contained in process liquid are detected by a scintillation detectors.

Sample is drawn from 4 standpipes in canal 550 feet downstream from the discharge structure. Alarm setpoints vary with plant operation as determined by plant chemist.

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-. NSP MottflCELLO NUCLEAR GENERATDKi PLAlff ERDS-SRS-1.03-1 ERDS DATA POINT LIBRARY Page 26 of 58 DATA PODif LIBRARY REFERENCE FILE .

Date: 01/07/92 Reactor Unit: M01

. Data Feeder: PCS NRC ERDS Parameter: EFF LIQ RAD Point ID: PRM113 Plant Spec Point Desc.: DISCHARGE CA!N, MONITOR B Generic /Cond Desc.: RADIOACTIVITY OF RELEASED LIQUIDS-

-Analog / Digital A Engr Units / Dig States: CPS Engr Units Conversion: uCi/Ml=((PRM113 in CPS)-2)*(1.4E-7)

Minimum Instr Range: .1 Maximum Instr Range: 10E6 Zero Point

Reference:

N/A Reference Point Hotes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL INPUT FROM MONITOR Seneer Location: 550FT DOWNSTREAM FROM DISCHARGE STRUCTURE Alarm /T7 M Set Points: HI ALARM AS SET BY PLANT CHEMIST NI Detet Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: DOWNSCALE & F SCALE, INOP Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Jesc.: Gamma radiation emitted by radioactive materials contained in process liquid are detected by a scintillation detectors.

Sample is drawn from 4 standpipes in canal 550-feet downstream from the discharge structure. Alarm setpoints vary with plant operation as determined by plant-chemist.

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4 JISP N0lffICELI4 NUCLEAR GENERATI% PIAlff ERDS-SRS-1.00-1 ERDS DATA PC'Rf LIBRARY Pace 27 of 58 DATA POINF LIBRARY REFERENCE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: CND A/E RAD Point ID:' PRM118 Plant Spec Point Dese,: OFF GAS CH 1 Generic /Cond Desc.: CONDENSER AIR EJECTOR RI.DI0 ACTIVITY Analog / Digital A

. Engr Units / Dig States: MR/HR Engr Units Conversion: N/A MinimtatInstr Range: 1 Maximum Instr Range: 10E6 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC.or SENS: S Number of Sensors: 1 How Processed: SIGNAL OUTPUT FROM MONITOR

. Sensor Location: SAMPLE DRAWN FROM OFF GAS LINE Alarm / Trip' Set. Points: TRIP ON BOTH MONITORS UP,DOWN OR INOP NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on. Power Level:

Instrument Failure Mode: LOW Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique Syst.em Desc. : OFF GAS CH 1 radiation monitor is positioned adjacent to a vertical sample chamber. A continuous sample. is draw:.

from the off gas line downstream from the Steam Jet Air Ejectors and ahead of the -

Recombiner trains. The sample is monitored after a time delay of approximately 2 minutes to permit Nitrogen-16 and Oxygen-19 to decay. Alarm-setpoints vary with plant operation as determined by plant chemist.

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. NSP MOffflCELLO NUCLEAR GENERATIF ?LAlff ERDS-5RS-1.00-1 !

f Page 28 of 58

_ERPS DATA POI}ff LIBRARY 1

DATA POIlff LIBRARY REFERDJCE FILE l Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: CND A/E RAD Point ID: PRM119 Plant Spec Point Desc.: OFF GAS CH 2 Generic /Cond Desc.. CONDENSER AIR EJECTOR RADIOACTIVITY Analog / Digital A Engr Units / Dig States: MR/HR Engr Units Conversion: N/A Minimum Instr Range: 1 Maximum instr Range: 10E6 Zero Point

Reference:

11/A '

Reference Point 110tes: 11/A PROC or sells: S Number of Sensors: 1 How Processed: SIGNAL OUTPUT FROM MONITOR Sensor Location: SAMPLE DONNSTREAM OF STEAM JET AIR EJECT Alarm / Trip Set Points: TRIP ON BOTH MONITORS UP,DOW11 OR I!10P NI Det.ector Power Supply 11/A Cut-off Power Lev 6l:

NI Detector Power Supply 11/A Parra-on Power Level:

Instrument Failure Mode: LOW Temperatute Compensation N/A For DP Trcns.nitters:

Level Reference Leg: 11/A Unique System Desc.: OFF GAS CH 2 radiation monitor is positioned adjacent to a vertical sample J chamber. A continuous sample is drawn {

from the off gas line downstream from the '

Steam Jet Air Ejectors and ahead of the Recombiner trains. The sample is monitored after a time delay of approxinately 2 minutes to permit

+ Nitrogen-16 and Oxygen-19 to decay. Alarm setpoints vary with plant operation as determined by plant chemist.

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. NSP MO*iTICELIO NUCLEAR GENERATING PIAlff ERD:7-SRS-1.00-1

' Page 29 of 58

_ERDS DATA l'Ollff LIBRARY ,

0 DATA POIlff LIBRARY REFERE?CE FILE Date: 01/07/92

. Reactor Unit: M01 Data Feeder: PCS NRC-ERDS Parameter: DW RAD Point ID: PCT 109 Plant Spec Point Dese. : DRYWELL RADIATION CH A p Generic /Cond Desc.: RADIATION LEVEL IN THE DRYWELL Analog / Digital A P.ngr Units / Dig States: R/HR Engr Units Conversion: N/A Minimum Instr Range: 1 Maximum Instr Range: 10E8 Zero Point

Reference:

- N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL INPtrf FROM RADIATICH MONITOR Sensor Location: .RYNELL 180 DEGREE AZIMUTH AT 944' Alarm / Trip Set Points: id=50, h!-HI=100 NI Dettctor Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A 7brn-on Power Level:

Instrument Failure Mode: HIGH Sl:NSOR, IMOP Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Purpose is to provide estimate of core damage by measuring drywell gamma radiation fields caused by fission product leakage from the core. Each sensor is an ionization chamber with an internal U-234 source which gives 1R/HR reading for operation verification.

Elevation 944' is just below bottom of reactor vessel (949').

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. NSP MONTICELIB NUCLEAR GMERATING plain' ERDS-SRS-1.00-1 ERDS DATA POIMP LIBRARY Page 30 of 58 DATA POINT LIBRARY REFF2DCE FILE I

Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: DW RAD Point ID: PCT 110 Plant Spec Point Desc.: DRYWELL RADIATION CH B Generic /Cond Desc.: RADIATION LEVEL IN THE DRYWELL Analog / Digital A Engr Units / Dig States: R/HR Engr Units Conversion: N/A Minimum Instr Range: 1 Maximum Instr Range: 10E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL INPUT FROM RADIATION MONITOR Sensor Location: DRYWELL 0 DEGREE AZIMUTH AT 944' Alarm / Trip Set Points: HI=50, HI-HI=100 NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH SENSOR, IN0P Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Pulpose is to provide estimate of core damage by measuring drywell gamma radiation fields caused by firsion product leakage from the core. Each sensor is an ionization chamber with an I

internal U-234 source which gives 1R/HR reading for operation verification.

Elevation 944' is just belve bottom of teactor vessel (945 .

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NSP Mot #ICEIJD NUCLEAR G12MtATIl0 PLA!TP ERDS-SRS-1.00-1 Paga 31 of 58 JPDS DATA POIlfr LIBRARY ,

DATA POI!U LIBRARY REFERDICE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: M11 STEAM RAD Point ID:

Plant Spec Point Desc.: (not available)

Generic /Cond Desc.: RADIATIO!1 LEVEL OF THE MAlli STEAM LIliE Analog / Digital-Engr Units / Dig States:

Engr Units Conversion: -

Minimum Instr Range:

Maximum Instr Range:

Zero Point

Reference:

Reference Point 110tes:

PROC or SDIS:

Number of Sensors:

How Processed:

Sensor Location:

Alam/ Trip Set Points:

111 Detector Power Supply Cut-off Power Level:

til Detector Power Supply Turn-on Power Level:

Instrument Failure Mode:

"emperature Compensation For DP Transmitters:

Level Reference Leg:

Unique System Desc.: 110t available to Process Computer System. -

. .i-NSP M0ff?ICELtD NUCLEAR GENERATING PIAlf? ERDS-SRS-1.00-1 Page 32 of 58 FRDS MTA POINT LIBRARY DATA PODff LIBRARY REFERE1CE FIl2 .

Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: DW PRESS Point ID: D23C0010 P11nt Spec Point Desc.: VALIDATED DRYWELL PRESSURE Generic /Cond Desc.: DRYWELL PRESSURE Analog / Digital A '

Engr Units / Dig States: PSIG Engr Units Conversion: N/A Minimum Instr Range: -5 Maximum Instr Range: 250 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 4 How Processed: WEIGHTED AVERAGE OF CONSI.U.'NT DW PRESS Sensor. Location: SENSING LINES FROM DRYWELL Alarm / Trip Set Points ALARMS LOW =0.1, HIGH=1.5 NI Detector Power Supply N/A Cut-off Power Level:-

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SENSOR Temperature Compensation N/A '

For DP Transmitters:

Level Reference Leg: N/A Unique Cystem Desc.: This point consists of either a weighted average of all consistent drywell pressure or an average of in-range drywell pressures if there are less than the required number of consistent singals. Four drywell pressure signals consist of one narrow range (-2 to 3),

one wide range (0 to 80) and two accident

(-5 to 250) ranges. Weighted averages produces average that is weighted based e instrument accuracy. Drywell internal design pressure is 56 PSIG at 281 Degrees F. At 2 PSIG, RPS initi6tes Reactor SCRAM and Primary Containment Isolation initiates Group 2 & 3.

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NSP MORFICELID NOCLEAR CJNERATIIC PLMff IRDS-SRS-1.00-1 ERDS DATA ICIMP LT11RARY Page 33 of 58 DATA POIlff LIBRARY RESTRDiCE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Paratteter: DW TDiP Point ID: D23C0310 Plant Spec Point Desc.: VALIDATED DRYWELL TEMPERATURE Generic /Cond Desc.: DRYWELL TEMPERATURE

[ Analog / Digital A l Engr Units / Dig States: DEGP Engr Units Conversion: N/A Minimum Instr Range: 32 Maximum Instr Range: 400 Zero Point

Reference:

N/A Reference Point Notes: 11/A PROC or SENS: P Nunber of Sensors: 16 How Processed: AVERAGE OF CONSISTD1T DW TEMPERAURES Sensor Location: 16 SENSORS AT 8 DRYWELL LOCATIONS Alarm / Trip' Set Points: HI=150 DEGF NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply 11/A Turn-on Power Level:

Instrument Failure Mode HIGH & LOW SENSOR Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: 11/A Unique System Dese.: This point consists of either a weighted average bulk-temperature of consistent regional temperatures cr an unvalidated, non-weighted average of all in-range drywell temperatures. Regional weighting factors compensste for differences in drywell volurue at the various elevations.

Each location utilizes two sensors and are located in Drywell at: Elev 932' (East & West), Elev 951'(North & South),

Elev 970' (East & West), and Elev 994'(North & South).

a NSP MORPICELLO HUCLEAR GENERATIl0 PLA!U ERDS-SRS-1.00-1 ERDS DATA POIVf LIBRARY Page 34 of 58 DATA PODR LIBRARY REFERE!CE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Paranieter: SP TEMP Poic ID: D23C0410 Plant Spec Pcint Desc.: VALIDATED TORUS TEMPERATURE Generic /Cond Desc.: SUPPRESSION POOL TEMPERATURE Analog / Digital A Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: 30 Maximum Instr Range: 230 Zero Point

Reference:

11/A Reference Point 110tes: N/A PROC or SENS: P Number of Sensors: 16 How Processed: AVERAG6 0F 2 SPOTMOS (8 SEllSORS EACH)

Sensor Location: 2 SENSORS Ill EACH OF 8 TORUS SRV BAYS Alarm / Trip Set Points: HIGH=90 NI Detector Power ~upply 11/A Cut-of f P'ser Level:

NI Detector Power Supply 11/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SE!1SOR, SPOTMOS I!10P Temperature Compensation 11/A For DP Transmitters:

Level Reference Leg: 11/A Unique System Desc.: VALIDATED TORUS TEMPERATURE is the average of the inputs from two Suppression Pool Temperature Monitoring Systems (SPOTMOS). Each system generates an average of eight sensors. Each sensor is located in one of the eight bays that Safety Relief Valves discharge into.

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NSP MONTICEL14 NUCLEAR GENERATI!C PLANT ERDS-SnS-1.00-1 ERDS DATA POI)R LIBRARY Page 35 of 58 DATA POI}R LIBRARY REFERDJCE FILH Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: SP LEVEL Point ID: G43C0015 Plant Spec Point Desc.: VALIDATED TORUS WATER LEVEL Generic /Cond Desc.: SUPPRESSION POOL WATER LEVEL Analog / Digital A Engr Units / Dig States: INCHES Engr Units Conversion: 11/A Minimum Instr Range: -96 Maximum Instr Range: 180 Zero Point

Reference:

N/A Reference Point flotes: 0' ELEVATIO!1910'= 530,000 GALLO!1S PROC or SE!1S: P Number of Sensors: 4 How Processed: WEIGHTED AVERAGE OF CollSISTENT LEVELS Sensor Location: LEVEL TAPS OFF TORUS SHELL Alarm / Trip Set Points: HIGH=2, LO=-2 NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply 11/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SE!!SOR Temperature Compensation 11/A For DF Transmitters:

Level Reference Leg: 11/A Unique System Desc.: This point consists of either a weighted average of all consistent torus water levels or an average'of in-range torus water levels if there are less than the required number of consistent signals.

Four torus water level signals consist of two narrow range (-15 to 15) and two wide range (-96 to 180). Weighted averages produce an average that is based on instrument accuracy. HPCI suction transfer occurs at 2'. Tech Specs level greater than -4* and less than 2.9'.

l I

. NSP M0Kf1CELID NUCLEAR GENERATIls.1 PIAlff ERDS-SRS-1.00-1 ERDS DATA POIMP LIBRARY Page 36 of 58 DATA POINf LIBRARY REFERDiCE FILE Date: 01/07/92 ,

Reactor Unit: M01 Data Feeder: PCS l NRC ERDS Parameter: H2 C0!C )

Point ID: PCT 116 l I Plant Spec Point Dese.: PCTMT H2 AllALYZER A Generic /Cond Desc.: DRYWELL OR TORUS HYDROGD1 CONCDITRATION Analog / Digital A Engr Units / Dig States: %

Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 20 Zero Point

Reference:

N/A Reference Point 11otes: 11/A PROC or sells: S Number of Sensors: 1 How Processed: SIG!1AL OUTPUT FROM H2 ANALYZER Sensor Location: SAMPLE LINES UPPER DW, TORUS,CGCS Ill & OUT Alarm / Trip Set Points: N/A til Detector Power Supply ll/A Cut-off Power Level:

lll Detector Power Supply 11/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SE!1S0ii, SYSTEM OFF Temperature Compensation N/A

. For DP-Transmitters:

Level Reference Leg: 11/A Unique System Desc.: Analyzers are normally shutdown and values will usually read less than 0.75%.

System is capable of analyzing samples trom Drywell (elev 994'), Toruc and Combustible Gas Control System inlet and outlet. Sample line and sample return valves close on Group 2 Isolation.

' ERDS-SRS-1.00-1 NSP M0ffrICEllh NUCLEAR GDIDIATING PLA!TP Page 37 of 58 ERDS DATA ItIlff LIBRARY DATA POllff LIBRARY REFERD1CE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parametar H2 C0!!C l i

Point ID: PCTll7 P' ant Spec Point Desc.: PCTNT H2 ANALYZER B Generic /Cond Desc.: DRYWELL OR TORUS HYDROGEll C011CENTRATIO!1 Analog / Digital A Engr Units / Dig States: %

Engr Units Conversion:

11/A Minimum Instr Range: 0 Maximum Instr Range: 20 Zero Point

Reference:

11/A Reference Point Notes: 11/A PROC or SE!!S: S Number of Sensors: 1 How Processed: SIGNAL OUTPUT FROM H2 ANALYZER SAMPLE Lil1ES UPPER DW, TORUS,CGCS Ill & OUT Sensor Location:

Alarm / Trip Set Points: 11/A -

11I Detector Power Supply 11/A Cut-off Power Level:

NI Detectol Power Supply 11/A Turn-on Power Level:

HIGH & LOW SENSOR, SYSTEM OFF Instrument Failure Mode:

Temperature Compensation 11/A For DP Transmitters:

Level Beference Leg: N/A Unique System Desc.: Analyzers are normall'/ shutdown and values will usually read less than 0.75%. -

System is capable of analyzing samples from Drywell (elev 994'), Torus and Combustible Gas Control System inlet and outlet. Sample line and sample return valves cloee on Group 2 Isolation, t

o 4

.. NSP MNfrICELIO N(A*.* LEAR GENERATING PIJJfr ERDS-SRS-1.00-1

? - ERDS DATA PODfr LTBRARY Page 38 of 58

[-

es DATA TODfr LIBRARY REFERINCE FI!2 .

~

<- Date: . _

01/07/92 Reactor Unit:- M01 Data Feeder: PCS

- NRC ERDS-Parameter: H2 CONC Point ID: PCT 118 L Plant Spec Point'Desc.: PC' INT 02 ANALYZER A Generic /Cond Desc.: DRYWELL OR TORUS HYDROGEN CONCENTRATION Analog / Digital- A '

-Engr. Units / Dig-States: %~

v' Engr Units Converblont: N/A

' Minimum Instr Range: O L Maximum Instr Range: 25

'Zero Point. References- N/A.

Reference Point Notes: N/A

PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL OUTPUT FROM 02 ANALYZER Sensor Location: SAMPLE LINES UPPER DW, TORUS,CGCS IN & OUT

._ Alarm / Trip Set Points:- N/A NI Detector Power Supply N/A Cut-off Power Level:

-HI Detector Power Supply N/A-Turn-on Power Level:.

Instrument Failure Mode: HIGH & LOW SENSOR, SYSTEM OFF Temperature Compensation N/A.

For DP Transmitters:-

ll Level Reference Leg: N/A-Analyzers are normally shutdown and o- l Unique System Desc.:

values will usually read less than 0,75%.

System-is capable of analyzing samples s

from Drywell (elev 994'), Torus and

. Combustible Gas Control System inlet and outlet. Sample line_and sample return valves close on Group 2 Isolation. Normal L - -operation-: concentrations are 2.4%.-

n

')

\

L.

NSP N0tfrICELLO NUCLEAR GENERATING PIMP ERDS-SRS-1.00-1 ERDS DATA POINT LIBRARY Page 39 of 58 DATA POINP LIBRARY RD'ERENCE FIl2 Date: 01/07/92 Reactor Unit: M01 Data Feedgr: PCS NRC'ERDS Pg,rameter: H2 CONC i I

Point ID: PCT 119 Plant Spec Point Desc.: PCTMT 02 AN?.LYZER B Generic /Cond Desc.: DRYWELL OR TORTS HYDROGEN CONCENTRATION Analog / Digital A Engr Units / Dig States: %

Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 25 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIGNAL OUTPUT FROM 02 ANALYZER Sensor Location: SNiPLE LINES UPPER DW, TORUS,CGCS IN & OUT Alarm / Trip' Set Points: N/A NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SENSOR,- SYSTEM OFF Temperature Compensation N/A

'For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Analyzers are normally shutdown and values will usually read less than 0.75%.

System.is capable of analyzing samples from Drywell (elev 994'), Torus and Combustible Gas Control System inlet and outlet. Sample line and sample return valves close on Group 2 Isolation. Normal operation concentrations are 2.4%.

. NSP MOMPICELIA NUCl2AR G12iERATIl0 PLAlff ERDS-SRS-1.00-1 ERDS DATA POIRT LIBRARY Pace 40 of 58 .

DATA POIlff LIllRARY REFERDICE FI12 Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: CST LEVEL Point ID: CST 100 Plant Spec Point Desc.: CST 77JE LEVEL A Generic /Cond Desc.: CO!1DENSATE STORAGE TA!E LEVEL Analog / Digital A Engr Units / Dig States: FECT Engr Units Conversion: 11/A Minimum Instr Range: 5 Maximum _ Instr Range: 25 Zero Point

Reference:

ll/A Reference Point Notes: N/A PROC or SENS: S Nunber of Sensors: 1 How Processed: SIGNAL FROM LEVEL TRANSMITTER Sensor Location: LEVEL TX ON WATER COLUMUll Ill RX BLDG Alarm / Trip Set Points: HI=24'(226,100 gal) LO=11.5'(108,400 gal)

NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: LOW Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Condensate Storage Tank (CST) Level A is the water level in the A CST. Two CSTs exist with a tank capacity of 230,000 gallons each. Makeup condensate water is provided through 3 electric pumps from the CST tanks to various plant systems.

Each tank has suction line for Control Rod Drive, HPCI, Core Spray, RHR, and RCIC systems. At 7'(65,800 gal) receive CSP Low-Low Level alarm and condensate pumps trip. At 2'(18,800 gal) HPCI transfers to Torus suction. Core-Spray and RHR are normally lined up to the CSTs.

O

, isP MOWf1CEL14 NUCLEAR GENERATIIC PIAlff . ERDS-SRS-1.00-1 ERDS DATA POIl# LIBRARY Page 41 of 58 DATA POIlfr LIBRARY PJFERI2JCE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Paraneter: CST LEVEL Point ID: CST 101 l

. Plant' Spec Point Desc.: CST TANK LEVEL B Generic /Cond Desc.: CONDE!! SATE STORAGE TA!1K LEVEL Analog / Digital A Engr Units / Dig States FEET Engr Units Conversion: N/A Minimum Instr Range: 5 Maximum Instr Range: 25 Zero Point

Reference:

11/A Reference Point flotes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: SIG11AL FROM LEVEL TRA!!SMITTER Sensor Location: LEVEL TX ON WATER COLUMUN Ill RX BLDG Alarm / Trip Set Points: HI=24'(226.100 gal) LO 11.5'(108,400 gal)

HI Detector Power Supply N/A Cut-cff Power Level:

111 Detector Power Supply 11/A Turn-on Power Level:

Instrument' Failure Mode: LOW Temperature Compenshtion 11/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Condensate Storage Tank (CST) Level B is the water level in the B CST. Two CSTs exist with a tank capacity of 230,000 gallons each. Makeup condensate water is provided through 3 electric pumps from the CST tanks to various plant systems.

Each tank has suction line for Control Rod Drive, HPCI, Core Spray,'RHR, and RCIC systems. At 7'(65,800 gal) receive CST Low-Low Level alarm and condensate pumps trip. At 2'(18,800 gal) HPCI transfers to Torus suction.

'M j in

[M 7'l

>- NSP MORPICELLO NUCLEAR GEPERATI}G PLANT ERDS DATA POI}(P LIBRARY ERDS-SRS-1.00-1 Page 42 of 58 DATA POI}ff LIBRARY REFERENCF FILE

Date: 01/07/92

'~ l

Reactor Unit: M01

.t ,

Nr jW 8 Data Feeder: PCS Q -- #f - ,

e NRC ERDS Faramater:

Point ID:

WIND . PEED IG'T102

~Plaut Spec Point Desc.: PRIMARY ICT TOWER 43M AVG WIND SPEED A

'1h, Generic /Cond Desc.:

Analog / Digital WIND SPEED 'T THE REACTOR SITE A

, . ,b ,M

' ' i tl, Engr Units / Dig States: MPH O '

Engr Uni +,s Conversion: N/A _

Minimum Instr Range: 0 Maximum Instr Range: 100.00 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 1 How Processed: 15 MINUTE AVERAGE OF 5 SECOND VALUES Sensor Location: PRIMARY MET TOWER AT 43 METER HEI'HT Alarm / Trip Set Points: N/A HI Detector PcNer Supply N/A Cut-off Power Level: ,,

n NI Detector Powt- Supply N/A t, Turn-on Power Le.el:

Instrument Failure Mode: HIGH & LOW SENSOR Temperature Compensation N/A Por DP Trans:aitters:

LLevel Reference Leg: N/A Unique System Decc.: Data is collected every five seconds, averaged every 15 minutes, and stored in -

data files'as 15-minute average.

ss

in . .

, i c

3 ".1 r J4;; j.; g i i- --.

l m_ y. %: :

NSP MONTIMP5in NUCLEAR GENERATING PLAWf ERDS-SRS-1.00-1 ERDS DATA POIWf LIBRARY = page 43 of 58 ,

. DATA POINF LIBRARY RPRRENCE FII2

{_

l Date:3 01/07/92 Reactor, Unit: ~

' M01 >

Data Feeder:' PCS i

NRC ERDS Parameter: WIND SPEED Point ID: .

, MET 103 Plant Spec Point Desc.: PRIMARY: MET TOWER 43M AVG WIND SPEED B O Generic /Cond Desc.:' WIND SPEED AT THE REACTOR SITE IN Analog / Digital _ 'A Sy.

Engr Units / Dig States:- MPH' Engr Units Conversion:: -N/A

' "& ~

~

JMir.imum Instr _ Range:

iMaximum Instr. Range:

0 100.00

'#- -Zero' Point-

Reference:

N/A. , ,

ReferenceLPoint Hotes:- .N/A

' PROC or SENS: .- P Number of! Sensors: 1 How Processed:- 15 MItRTTE AVERAGE OF 5 SECOND VALUES

. Sensor-Location: PI;IMARY MET 'IDWER AT- 43 METER HEIGHT Alarm / Trip-Set Points: N/A-NILDetector Power Supply.- N/A: .

Cut-off Power Level:'

iNI-Detector 1 Power Supply _ ,N/A Turn-on Power Level::

Inst m ent Failure Mode: HIGH & LOW SENSOR N fremperature Compensation-- N/A--

4 -For-DP Transmitters;

'~

'_LeveliReference Leg: N/A' 1 Unique System Desc.: Data-is_ collected every five seconds,-

averaged every.15 minutes, and stored..in data files asil5-minute. average.

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s 5

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-ERDS DATA POI M LIBRARY- Page 44 of 58-i<, -

,u %

DATA POIM LIBRARY REFERENCE FILE , _

e '

2Date: 7 01/07/92

-Reactor Unit:: M01

+ '

Data; Feeder: ~PCS' T - NRC ERDS . Param( ;.er: "tND SPEED-

"PointilD:-

, 104 J' _

Plant 1 Spec PointiL0sc.: PhJARY MET TOWER 100H AVG FJIND SPEED A

" Generic /Cond Desc.: LWIND SPEED AT THE REACTOR SITE ,

f ' Analog /Digitalb A

{J Engr-. Units / Dig: States: MPH iEngr1Pnits Conversion: N/A-

' Hinistw Instr Range: 0-W' - : Maximum. Instr; Range:- 100.00 9 iZero:PointiReferencei N/A-

Reference; Point' Notes: N/A

- < PROCfor SENS:: P Number of Sensorsi 1

-How Processed: ' 15 MINUTE AVERAGE OF 5 SECOND VALUES--

Sensor-Location-PRIMARY MET TOWER AT 100 METER HEIGHT Alarm / Trip Set' Points: .

'N/A

.NI Detector-Power Supply- .N/A F Cut-of f- Power: Level:- - .

.f JNIiDetector; Power upply- WA -

a

Turn on PowercLeveli .

SI nstrumentiFailure Mode: HIGH & LOW SENSOR _

)TemperatureLCompensation. :N/A

[*l -For:DP Transmittersi

> ILevel1 Reference; Leg: -N/A (Unique System Desc.: Data-is collected every five seconds, averaged every-15: minutes,-and scored in J

D = data files-as:15-minute. average.

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, NSP M0tff1 CELI 4 NUCLEAR GM{ERATIlO PLA!TP ERDS-SRS-1.00-1 ERDS DATA POIlfP LIBRARY Page 45 of 58 DATA POINF LIBRARY REFERDEE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Pa.ameter: WIND SPEED Point IL MET 105 Plant Spec Point Desc.: PRIMARY MET TOWER 100M AVG WIND SPEED B Generic /Cond Desc.: WIND SPEED AT THE REACTOR SITE Analog / Digital A Engr Units / Dig States: MPH Engr Units Conversien: N/A Minimum Instr Range: 0 Maximum Instr Ranga: 100.00 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P

_ Number of Sensors: 1 How Processed: 15 MINUTE AVERAGE OF 5 SECOND VALUES ~

Sensor Location: PRIMARY MET TOWER AT 300 METER HEIGHT

-Alarm / Trip' Set Points: N/A NI Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A

- Turn-on Power Level:

-Instrument Failure Mode: HIGH & LOW SENSOR Temperature Compensation N/A For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Data is collected every five seconds, averaged every 15 minutes, and stored in _

data files as 15-minute average.

W

,, ,., . . ., _ _ - _ _ - .- _ . . ~ _ . . . . _ . .

f lfyl (U ,

d ;gl W _ %~ fr .N9P N0lffim.m NGCLEAR GENERATING PLANT 'ERDS-SRS-1.00-1

/ ERDS DATA PODff LIBRARY--' -Page 46 of 58 q,

g ,

DATA POINT LIBRARY.-REFERENCE FILE

% Date: -

01/07/92

~

Reactor Unit! M01-

~ Data Feeder: - PCS NRC:ERDS Parameter:- WIND DIR-f

' Point-ID:- : MET 106

+ Plant Spec Point,Desc.: PRIMARY MET TOWER 43M AVG WIND DIRECT A i lGensric/Cond Desc.: WIND DIRECTION-AT THE REACTOR SITE

' Analog / Digital _ A

=

Engr-Units / Dig' States': ..DEGFR 4' EngrLUnits(Conversion: N/AE

' Minimum; Instr Range: 0 Naximum: Instr Range - _540.00.

% :Zero Point-

Reference:

N/A Reference Point-Notes: - N/A

' PROC or SEN P

Number of Se sors:- 1- 1 4 - -How Processed: " 15-MINUTE AVERhGE OF 5 SECOND VALUES

- :- Sensor? ' Mn: PRILiRY. MET TOWER AT 43' METER HEIGHT t Points: .

Alarm /Tr N/A NI(Det tor Powei) Supply N/A 1 Cut-off Power-Level:-

,NI.' Detector Power Supply N/A

, ' Turn-on Power Level:

- -Instrument:! Failure Mode: 'HIGH T LOW. SENSOR' .

$ -Temperature Compensation: 'N/A' ,

JFor!DP Transmitters:

A - 'Leve12 Reference Leg; N/A: - .

' . Unique System Desc.: Data =is: collected every five seconds,

= averaged ~every 15 minutes, andLstored in 4 data 'iles as:15-minute average.

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ERDS DATA POIMP LIBRARY Page 47 of 58 e

pgf : _

j DhTA POINF LIBRARY REFERENCE FILE Date: 01/07/92:

sneactor Unit:: M01 Data Feeder: PCS

'NRC ERDS-Parameter: WIND DIR Point ~ID: . MET 107

- i

Plant Spec Point Desc.: PRIMARY MET 'IOWER 43M AVG WIND DIRECT B Generic /ond Desc.: WIND DIRECTION AT THE REACTOR SITE

~

. Analog / Digital. . -A Enge; Units / Dig States: DEGFR --

Engr Units Conversion: -N/A Minimum Instr Range: 0 Maximum Instr Range: 540.00

.Zero Point

Reference:

N/A-

Reference. Point Notes: N/A' PROC:or SENS:= P Number of Sensors: 1 4 How Processed: 15-MINUTE AVERAGE OF S SECOND VALUES

-Sensor Location: PRIMARY MET TOWER AT 43 METER HEIGHT

' Alarm / Trip Set Points: N/A

-NI Detector Power Supply N/A y Cut-off Power Level:

g

'; NI Detector Power-Supply. N/A 1 Turn-on Power Level:

-Instrument Failure Mode- HIGH & LOW; SENSOR-

Temperature Compensation- N/A' For.DP1 Transmitters:

, Level Referance Leg: N/A

? l Unique'L' System Desc. : Data is. collected every five seconds, averaged every 15 minutes,'and stored in

' ~

data files as 15-minute average- .

9 4

T 6

4 c 1 M ,

i , . -i';;

It U

O

.1--

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. . NSP M0fffINin NUCLEAR GENERATING PLAfff ERDS-SRS-1.00-1 ERDS DATA PODff LIBRARY Page 48 of 58 DATA PODff LIBRARY REFERENCE FILE Date: 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: WIND DIR Point ID: MET 108 Plant Spec Point Desc.: PRIMARY MET TOWER 100M AVG WIND DIRECT A Generic /Cond Desc.: WIND DIRECTION AT THE REAC'IVR SITE Analog / Digital A Engr Units / Dig States: DEGFR Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 540.00 Zero Point

Reference:

-N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 1 How Processed: 15 MINUTE AVERAGE OF 5 SECOND VALUES Sensor-Location: PRIM W' MET TOWER AT 100 METER HEIGHT t.hrm/ Trip Set Points: N/;

if[ Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH & LOW SENSOR Temperature Compensation N/A ,

-For DP Transmitters:

Level Reference Leg: N/A Unique System Desc.: Data is collected every five seconds, 7 averaged every 15 minutes, and stored in L data files as 15-minute average.

.e- - ~ ~ - - .- -~ - - - ' - - - -

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% , 1. . . - NCP MONPICELIO NUCLEAR GENERATING PIRfr ERDS-SRS-1.00 ' '

ERDS DhTA POINP LIBRARY Page 49 of 58 o, ,

7

- DATA POINf LIBRARY REFERENCE FILE

-Date:. 01/07/92 Reactor Unit: M01 J

~ Data Feeder: .PCS N* NRC ERDS' Parameter: WIND DIR' e .

Point ID: MET 109 Plant Spec Point'Desc,: PRIMARY. MET TOWER 100M AVG WIND DIRECT B Generic /Cond.Desc.: WIND DIRECTION AT THE REACTOR SITE

. Analog / Digital A

p Engr. Units / Dig States: DEGFR

_ Engr Units' Conversion:

~

N/A-

Miqimum Instr Range: 0 Maximum Instr Range: 540.00 JZero Point _

Reference:

N/A '

Reference Point Notes: N/A

' PROC or SENS: P ,

' Number of:Sensorsi ,1

. i Hw;. Processed: 15 MINUTE AVERAGE OF 5 SECOND VALUES

' ' -SensoriLocationi PRIMARY MET. TOWER AT 100 METER HEIGHT-J Alar.n/ Trip Set - Points :~ N/A-1NI Detector.:: Power Supply ~~

N/A-

-; Cut-off Power Levelt. ;

--NI1 Detector: Power Supply

N/A xTurn-on Power Level:

-Instrument Failure Mode:- HIGH & LOW SENSOR s : TemperatureiCompensation.-- N/A ,

gFor DP Transmitters:

-Level-ReferenceiLeg:

N/A-

[,

~ Uni'que System ~.Desc.: Data is collected'every five seconds, averaged every 15 minutes,.and stored in

^7

- - - ~ data files as 15-minute-average.

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P ;,s LNSP MONFICELIO NUCLEAR GENERATING PLANT ERDS-SRS-1.00-1 ERDS DATA POINP LIBRARY-- Page 50 of 58 n

DATA POINP LIBRARY REFERENCE FILE . -

m

. -'Date:' 01/07/92 Reactor Unit: M01~-

4 Data Feeder: PCS

-NRC ERDS Parameter! STAB CLASS

,, PointID:. .__

MET 110' riant Spec-Pot.6 Desc.: ' PRIMARY MET TOWER 43M AVG DELTA TEMP A Generic /Cond=Desc.: AIR STABILITY AT THE REACTOR SITE m

Analog / Digital: A.

F EngrLUnits/ Dig States': DEGF LEngr Units Conversion: N/A

' Minimum instr Range:- -9;0 Maximum Instr Range: 9.0 .

>Zero Point

Reference:

N/A'

Reference:

Point l Notes: - N/A PROC:or-SENS: PROC 1 Number of Sensors: 2 How Processed: AVERAGED DIFFERENTIAL

' Sensor. Location: PRIMARY MET AT 10 & 43 METER HEIGHT Alarm / Trip Set Points: N/A-

'NI Detector' Power Si:pply'- -

N/A Cut-off Power Level:

NI' Detector Power Supply N/A Turn,on. Power; Level:'

Z . Instrument-Failure Mode: HIGH.& LOW SENSOR Temperature Compensation. N/A '

For- DP' Transinitters:

Level-Reference. Leg: N/A-

. Unique System De:Sc.: Data-is collected every five seconds, s

2 averaged every 15 minutes, and stored in

' data files ~as 15-minute average.-This 1value.represants the difference in temperature-in degF/100fL x.

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~

'Page 51-of 58 c.

q- 4 DATA POI)ff LIBRARY REFERENCE FILE

Date:l ._ - 01/07/92-Reactor Unit:1 M01 l Data Feeder: -PCS-

-NRC ERDS3 Parameter: -STAB CLASS..

PointID:- :METill -l Plant-Spec. Point Desc.: ~ . PRIMARY MET l TOWER 43M AVG DELTA TEMP B- -l Generic /Cond Desc.: AIR STABILITY-AT THE REACTOR SITE j Analog / Digital: _ ..A-i+

Engr Units / Dig-States: DEGF-

~% Engr Units _ Conversion: -N/A:

~

Minimum (Instr? Range:- l-9.0 1

~ Maximum 3 Instr Rangei '

9.0-Zero Point

Reference:

- N/A

-Reference Pol'nt Notes:- N/A'-

-PROC:or;SENS: PROC-Number.of--Sensors:- 2-

~

1How Processed: -AVERAGED DIFFERENTIAL Sensor- Location:: _ ; PRIMARY MET AT 10 &_43 METER HEIGHT:

= ' Alarm / Trip' Set Points: -N/A

. LNI. Detector:PoweriSupply N/A VCut-off-Power Leveli NI Detector: Power JSupplyJ N/A Turn-on' Power' Level:, 4

~

cInstrument" Failure Modei HIGH & LOW SENSOR- '!

s TemperatureLCompensationi N/A LFor"DP Transmitters:

.., Level Reference Leg:

- N/A.

_ . Unique System Dese,:

Data-is collected every.five' seconds, e ' ~

averaged every 15. minutes, and stored in

. data' files'as 15-minute average.:This

~f '

value represents;t.he difference;in'

-temperature indegF/100ft.

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NSP NDITTICELLO NUCLEAR GENERATilE PIAITP ERDS-SRS-1.00-1 ERDS DATA POI}TP LIBRARY Page 52 of 58 DATA POIN1' LIB 3ARY REFERENCE FILE Date: 01/07/92 Reactor Unit:

M01 Data' Feeder: PCS NRC ERDS Palametar: STAB CL US g PointID: MET 112 Plant Spec Point Desc.: PRIMARY MET TOWER 100M AVG DELTA TEMP A Generic /Cond Desc.: AIR T,TABILITY AT THE REAC'IOR SITE Analog / Digital: A Engr Units / Dig Stctes: DEGF Engr Units Convi,rsion: N/A Minimum Instr Range: -9.0 Maximum Instr Range: 9.0 Zero Point

Reference:

N/A

~ Reference Point Notes: N/A PROC or FENS: PROC Number of Sensors: -2 How Processed: AVERAGED DIFFERENTIAL Sensor Location: PRIMARY MET AT 10 & 100 METER HEIGHT Alarm / Trip Set Point *,: N/A NI Detector Power Supply N/A Cut-ot f Power Leul:

NI Detector Power Supply N/A Turn-on Power Level:

Instrument Failure Mode: HIGH !. LOW SENSOR

-Temperature Compensation N/A For DP Transmitters: )

Level Reference Leg: N/A Unique System Desc,: Data is collected every five seconds, ,,

averaged every 15 minutes, and stored in -

data files as 15-minute average. This 4 value represents the difference in temperature in degF/100ft.

~

,.4 NSP )Off1CELID NUCLEAR GENERATIlli PLANP ERDS-SRS-1.00-1 ERDS DATA POINT LIBRARY Page 53 of 58 DATA FOINF LIBRARY REFERENCE FILE

- Da*.e : 01/07/92 Reactor Unit: M01 Data Feeder: PCS NRC ERDS Parameter: STAB CLASS PointID: MET 113 Plant Spec Point Dnsc.: PRIMARY hTT TOWER 100M AVG DELTA TED B Generic /Cond Desc.: AII; STABILITY AT THE REACTOR SITE Analog / Digital: A Engr. units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: -9.0 Maximum lastr Range: 9.0 Zero Point

Reference:

N/A Reference-Point Notes: d/A PROC or SENS: PROC Number of Sensors: 2 How Processed: AVERAGED DIFFERENTIAL Sensur Location: PRIMARY MET AT 10 & 100 METER HEIGHT JAlarm/ Trip Set Points: N/A

-N1 Detector Power Supply N/A Cut-off Power Level:

NI Detector Power Supply '1/A Turn-on Power Level:

Instrument Feilute Mode:

~

HIGH & LOW SENSOP.

Temperature Compensation- N/A

. For DP Transmitters:

Level Reference Leg: N/A-Unique System Desc.: Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average. Tnis value represents the difference in temperature in degF/100ft.

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..- MSP MONTIfTfJD NUCIER GENERATING PLANT ERDS-SRS-1.00-1 ERDS DATA POINT LIBRARY ,

Page 54'of 58 I. Contacts

' Note: Ple n e provide name,-title, mailing address and phone number.

, A .' Survey Coordinator (i.e. contact for later clarification of

. questionnaire' answers):

y Russell'E. Van Dell-Superintendent,: Computer Services Northern States-Power Company Monticello Nuclea*( Generating Plant i2*'T W. Highway 75-lLMonticello, MNr 55362'

-(612) 295-1326-i B4 _ Computer Hardware Specialist (s):

Joe-Jirsa-Enginecr: Associate III Northern States Power' Company

.Monticello_ Nuclear. Generating Plant-

'2807'.W.-Highway 75~

Monticelle' HN.- 55362-y (612):295-1388

-; C'.-- } Systems Sof tware Specialist (s) :

P 1 Joe Sofge

~

Sh Comp;. Engr.

Northern St:tes; Power Company-

Moitticello; Nuclear Generating Plant

_ l2807f el. 'I'.ghway 75

Monticello,>MN -55162-

(612)l295-12891

[Dh Application-level Software Specialict(s):

y X ;,

< MoeiSofge-

Sr. Comp. Engr..

' Northern States Power Company-4

~

-Monticello Nuclear Ocnerating Plant-

. -2807 W.iHighway:75L W .-Monticello,iMN~55362

+

(612):295-1289.

E. Telephone Systems Specialist (s):- -

iDavid Seestrom iInstrument" Engineer Northern States Power' Company H. Mcnticello' Nuclear Generating Plant

'2807.W. Highway l75-Monticello',LMP: 55362 (612): 295-1376

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. A .:

. - NSP MORPICELLO NUCLEAR GENERATDC PIAVP ERDS-SRS-1.00-1

.ERLS DATA POINP LIBRARY Page 55 of_58 l III. Felection of Data Feeders y

A. How many data feeders are there (six maximum)?

One - Precess Computer System B. Identify'the selectei data feeders and provide the following for each:

_ (1) a short description of the categories of data points it will nrovide (e.g., met, rad, or plant data pointsi by unit) and (2) -the ratior. ale for selecting it if another system can also provide its categories of data points. ,

-(l) It is planned to provide both plant data points and meteorological information through the single feeder.

(2) No other system is capable of providing requested information.

C. Which data feeder is the site time determining feeder? This should be the feeder which is providing the majority of the data points.

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-;,=- ! NSP N0lfrIC5LIO NUCLkAR GDIERATIHi PLAKP ERDS-SRS-1.00-1

'ERDS DATA POINT LIBRARY Page 56 of 58 7(p # -l f, ; ,

IV.' Data Feeder Information .

4. Note:lA"new Section4IV must be filled out for each feeder system selected.

. -Gener$1 Questions-

. 6 .

h: < _

'1. . Identification of. Data Feeder (What-ic the name in--local-parlance given to this data feeder

~

-a.-

(e.g.i Emergency Response Information System)? Please give botn !

^

the acronym and-the words forming it. .

Gn"

] -

PCSI- Process Computer-System Y

b. - Is7this the site. time' determining feeder?

.Yesi.

c; --How often will this feeder transmit an update set to the ERDS (in i seconds)?1

~

=60 Seconds:

_ _ .L L2.. iHardware/SoftwareTEnvironment

~a. :IdentifyLthe manufacturer and model' number of the data feeder

, ' hardware.- ,

fDigitaliEquipment Corporation' VAX-_8550-E >

kb; I'dentify the operating system.

=VAX VMS-4.7 E c'. What method lofftimekeeping:is implemented on this feeder system

. -(Daylight.: Savings, ; Standard, . Greenwich) ?

= ' Daylight; Savings

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id ~'.' Iniwha't time. zone is thisifeeder located?

4 +-

[ J _T- ECentral Standard Time' Zone-

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, - ERDS DATA POINF LIBRARY' ERDS-SRS-1.00-1 Pace 57 of 58 ,

1 13. . Data Communication Details

-pq

~

'. a . - -Can this data feeder provide asynchronous serial data g ~ communication (RS-232-C) with full-modem control?

'Yes

b. - Will this feeder transmit in ASCII or EBCDIC?

- ASCII m

s c.- Can this-feeder transmit at a serial baud rate of 2400 bps? If

not,~at what baud rate can it transmit?

Yes,:2400_ bps can be used.

d. iDoes;the operating-system support XON/XOFF: flow control?

.Yes-2 1 ". -- :Arelany problems-foreseen with the.NRC using XON/XOFF to control-the transmission of-data?:

No,--however the use of4 SUSPEND and RESUME to cont'rol the -

transmission of data works better as demonstrated in testing

.with Haliburton/NUS, o

.. ? e ~. ;Iffit4isEnot feasible to recontigure a serial port for the.ERDS g Plinkup-(i.e., change!the baud rate, parity, etc.), p'. ease' explain-

~

Jwhy;

~

Note Applicable.-

fi -Do any ports: currently _ exist'for'the ERDS linkup?

~

Yes. '

.1.. If not, is.'it possible to. add additional ports?

l*. ,

=Notl Applicable.

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_.- p -.m NSP, N]NTICELIO NOCLEAR GENERATING PLAWf ERDS-SRS-1.00-1

,' --:ERDS' DATA POINP LIBRARY Page 58 of 58

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,. ~

-2._:.If:yesb will;the port be used solely by the ERDS or shared twith other non-emergency _-time users? Give details.

(Port will be dedicated-_for ERDS..

p

- 4.l Data-FeederPhhsical-Environmentand. Management-g la. khere is'the!deta feeder located in terms of the TSC, EOF, and-contro' room?-

R te ,'

. Computer! Room located in~ Plant Administratite Building adiacent to

-Plant Control 1 Room..

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b. _Is the' data feeder protected.fra loss of supply of electricity?

~

- L Yes- D PCScis provided with UPS (batteries whh inverter and diesel generator).

~,

c'- :Is.there a human'oaerator for this data feeder?

-Yes; a

hs ~ _

g J jl; If so,:how many hours a day is-the feeder. attended?

~ ,

.4, z -It is' planned tothave the. Shift Emergency Communicator (SEC) initiate _the.ERDS System per.1 Emergency Implementing-Procedures. -An_SEC is on-duty 24; hours / day.

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