ML113210278
| ML113210278 | |
| Person / Time | |
|---|---|
| Site: | Monticello  |
| Issue date: | 07/08/1992 |
| From: | Parker T Northern States Power Co |
| To: | NRC/IRM |
| Shared Package | |
| ML113210279 | List: |
| References | |
| RTR-NUREG-1394 NUDOCS 9207140233 | |
| Download: ML113210278 (74) | |
Text
ACCELERATED DISTRIBUTION DEMONSTRATION REGULATORY INFORMATION-DISTRIBUTION SYSTEM (RIDS)
ACCESSION NBR:9207140233 DOC.DATE: 92/07/08 NOTARIZED* NO:
ACIL:50-263 Monticello Nuclear Generating Plant, Northern States UTH.NAME AUTHOR AFFILIATION ARKER,T.M.
Northern States Power Co.
RECIP.NAME RECIPIENT AFFILIATION Document Control Branch (Document Control Desk)
SUBJECT:
Revises 920131 su attribute library ERDS-SRS-1.00-1, DISTRIBUTION CODE: A026D TITLE: Emergency Response DOCKET #
05000263 bmittal of ERDS data point library & plant
,per Rev 1 to NUREG-1394.Software Spec "ERDS Data Point Library " encl.
COPIES RECEIVED:LTR ENCL SIZE:
+
2 L Data System (ERDS) 05000263 NOTES :NRR/LONG,W.
INTERNAL:
RECIPIENT ID CODE/NAME JOLICOEUR,J 01 LONG,W AEOD NRR ERICKSON,P.
NRR/DREP/PEPB RGN3 ERC COPIES LTTR ENCL 2
2 1
1 1
1 1
1 1
1 1
1 RECIPIENT ID CODE/NAME PD3-1 LA EQD DA NRR HICKMAN,J.
OC/LFMB RGN3 FILE COPIES LTTR ENCL 1
1 1
1 1
1 1
0 0
1 ERNAL: NRC PDR
'ES:
NOTE TO ALL "RIDS" RECIPIENTS:
PLEASE HELP US TO REDUCE WASTE! CONTACT' THE DOCUMENT CONTROL DESK, ROOM Pl-37 (EXT. 20079) TO ELIMINATE YOUR NAME FROM DISTRIBUTION LISTS FOR DOCUMENTS YOU DON'T NEED!
TOTAL NUMBER OF COPIES REQUIRED:
LTTR S)
I I
I I
I 11 11 YSTEM 5) 59-1 14 ENCL 12
Noem States-owerCompany 414 Nicoffet Mail Minneapolis, Minnesota 55401-1927 Telephone (612) 330-5500 July 8, 1992 U.S. Nuclear Regulatory Commission ATTN.:
Document Control Desk Washington, DC 20555 MONTICELLO NUCLEAR GENERATING PLANT Docket No. 50-263 License No. DPR-22 Emergency Response Data System (ERDS) - Revisions to Previously Submitted Data Point Library Information As required by NUREG-1394 (Revision 1) Appendix A, information describing the Monticello Data Point Library and Plant Attribute Library was transmitted to the NRC as an attachment to our January 31, 1992 letter titled "Emergency Response Data System (ERDS) Data Point Library and Plant Attribute Library".
We have since completed preliminary and final testing of the ERDS software in conjunction with Halliburton NUS, and several changes to the previously transmitted Plant Attribute Library information have been identified. In addition, we have incorporated the Plant Attribute Library into the Data Point Library software specification. A revised Data Point Library software specification reflecting these changes is attached for your information and use. Changes to the previously transmitted Plant Attribute Library can be summarized as follows:
- 1. NRC ERDS Parameter "H2 CONC" has new point identifications. Recent testing has shown that the points previously identified were not needed within the process computer system and have been deleted.
- 2. As requested by the NRC, "EFF LIQ RAD" points have been modified to include engineering units conversion information from counts per second (CPS) and counts per minute (CPM) to microcuries/milliliter.
- 3. The previous transmittal erroneously assigned the same identification number (CST100) to two different "CST LEVEL" points. The Plant Attribute Library has been corrected to assign different identification numbers (CST100 & CST101) to these two unique points.
- 4.Section IV.3.d has been changed to reflect the use of "SUSPEND" and "RESUME" in lieu of "XOFF" and "XON".
As indicated in our January 31, 1992 transmittal, the following parameters will not be included in ERDS because their signals are not available:
920 233 9207 PDO ADOCK 05000263 F
S USNC Northem States Power Company July 8, 1992 Page 2
- 1. Nuclear Instruments, Intermediate Range
- 2. Nuclear Instruments, Source Range
- 3. Radiation Level of the Main Steam Line As indicated in our January 31, 1992 transmittal, the following points are not currently available within the Plant Process Computer System (the ERDS feeder):
- 1.
Wind Speed at Reactor Site (MET102, MET103, MET104, MET105)
- 2. -Wind Direction at the Reactor Site (MET106, MET107, MET108, MET109)
- 3. Air Stability at the Reactor Site (MET110, MET111, MET112, MET113)
We previously indicated it was our intention to integrate these three points into ERDS before the system was declared operational. However, testing of ERDS progressed more quickly than anticipated and the system was operational before integration could be completed. We still intend to integrate the three points and will continue our efforts to complete this action in a timely manner.
Please contact Joe Sofge at (612) 295-1289 if you have any questions concerning th attached Data Point Library or any other Monticello ERDS omas Parker Manager Nuclear Support Services c:
Regional Administrator, Region III, NRC Senior Resident Inspector, Monticello Site, NRC NRR Project Manager, NRC State of Minnesota, Attn: Kris Sanda J Silberg Attachments:
(1) Emergency Response Data System (ERDS) Data Point Library Software Specification (ERDS-SRS-1.00-1), issued April 14, 1992
INDEX NRC ERDS Parameter Pages Revision NI POWER RANGE 2
1.00 NI INTER RANGE 3
1.00 NI SOURC RNG 4
1.00 REAC VES LEV 5
1.00 MAIN FD FLOW 6
1.00 RCIC FLOW 8
1.00 LPCI FLOW 9
1.00 CR SPRAY 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 1.00 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 50 1.00 Contacts 54 1.00 Selection of Data Feeders 55 1.00 Data Feeder Information 56 1.00 Reviewed By:
2.T.S Date: 4/21/92 Approved By:
.JE.
9n Date: 4/21/92 92671-40234 920708 DR--ADOCK 05000263 L.F-PDR CWI-4.3 SOFTWARE REQUIREMENT CFN:
ERDS-SRS-1.00-1 3/25/91 SPECIFICATION (SRS)
SR:
QA:IK CR:
NQA:
TITLE:EMERGENCY RESPONSE DATA SYSTEM Prepared by:
Russ Van Dell (ERDS) DATA POINT LIBRARY Date Issued:
April 14,1992
NSP MRoNnCLLO NUCLEAR GENERATIG PLANT ERDS DATA POINT, LIBRARY' ERDS-SRS-1.00-1 Page 2 of 58" DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS NI POWER RNG C51C4001 AVERAGE CONSISTENT APRM READING NUCLEAR INSTRUMENTS, POWER RANGE A
N/A 0
125 N/A N/A P
12 AVERAGE OF CONSISTENT APRMS APRM UTILIZE 24 LPRMS LOCATED IN CORE HI-HI TRIP=(.58W+62%),W=%RECIRC FLOW N/A N/A DOWNSCALE(3%),INOP,BYPASS N/A N/A 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.
APRMS(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 (.58W+50%) results in Rod Withdraw Block.
MSP 3MHCELO NUCLEARY GE1:RATI 1,PLR1 ERDS DATA POIW LIBRARY ERDS-SRS-1 0 41 Pane 3 of 58 DATA POINT LIBRARY REFERENCE FILE Date Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 M01 PCs NI INTER RNG (not available)
NUCLEAR INSTRUMENTS, INTERMEDIATE RANGE Not available to Process Computer System.
NSP: MICE[o MNUCLaR G=AT=,PLhIN ERDS DATA POINILIBRARY-ERD-SRS-1.00-1 Page 4 of 58 DATA POINT LIBRARY REFRENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec. Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07192 M01 PCS NI SOURC RNG (not available)
NUCLEAR INSTRUMENTS, SOURCE RANGE Not available to Process Computer System.
NSP NDTICELW NUCLEAR GENERATING PLANT ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Page 5 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS REAC VES LEV B21CO010 RPV VALIDATED WATER LEVEL REACTOR VESSEL WATER LEVEL A
INCHES N/A
-350 350 MSSKRT 0' CORRESPONDS.TO 126' ABOVE TOP OF FUEL P
28 WEIGHTED AVERAGE OF CONSISTENT LEVELS LEVEL REF LEGS -
5 HOT(IN DW) & 2 COLD
-48'=ECCS INIT, 9'=SCRAM, 48'=HI TRIP N/A N/A
+280" TOP OF REACTOR HEAD N/A WET This point consists of either a weighted average of all consistent level indicators or an average of in-range level indicators if there are less than the required number of consistent signals. Algorithm performs temperature compensation and evaluates reference leg flashing on 7 level signals. Safeguards Levels (-50' to 500) utilize cold reference leg design outside of drywell.
ECCS levels (-3350 to 65') are invalidated with recirc pumps running.
Other levels include 2 feedwater (0 to 60') and 1 vessel flood (-500 to 350').
SP MONTICELLO.NUCLEAR GENERATING PLAIT ERW DATA POINT LIBRARY EaR SSRS 100 Page-6 of.58-DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS MAIN FD FLOW C51C9001 SMOOTHED FEEDWATER FLOW LOOP A FEEDWATER FLOW INTO THE REACTOR SYSTEM A
MLB/HR N/A 0
4 N/A N/A P
4 SMOOTHED FW FLOW CALC FROM A NOZZLE D/P FW NOZZLE IS DOWNSTREAM OF RX FW PUMPS N/A N/A N/A HI/LOW SENSOR N/A N/A N/A SMOOTHED FW FLOW LOOP A 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 ahead of high pressure heaters.
MSP MNTICLW. NUCLEARY GmENERATING PLANT ERDS DATA-POINT LIBRARY' ERDS-SRS-1. 00=1 Paae 7 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS MAIN FD FLOW C51C9002 SMOOTHED FEEDWATER FLOW LOOP B FEEDWATER FLOW INTO THE REACTOR SYSTEM A
MLB/HR N/A 0
4 N/A N/A P
4 SMOOTHED FW FLOW CALC FROM B NOZZLE D/P FW NOZZLE IS DOWNSTREAM OF RX FW PUMPS N/A N/A N/A HI/LOW SENSOR N/A N/A N/A 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 ahead of high pressure heaters.
o '5t
tWPEMICELLONUCLEAR: GEERATING PLAR ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Pag 8of5 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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 Lbvel:
NI Detector Power Supply Turn-on Power Level:
Instrument Failure Mode:
Temperature Compensation For DP Transmitters:
Level Reference Leg:
Unique System Desc.:
01/07/92 MO1 PCS RCIC FLOW RCI100 RCIC PUMP DISCHARGE FLOW REACTOR CORE ISOLATION COOLING A
GPM N/A 0
500 N/A N/A S
1 SIGNAL INPUT FROM FLOW TRANSMITTER FLOW ELEMENT ON RCIC PUMP DISHARGE N/A N/A N/A HIGH & LOW SENSOR N/A N/A N/A RCIC is a steam turbine driven pump designed to deliver 400 gpm over reactor pressure range of 150-1120 psig. Flow element is located on pump disharge line ahead of the test return line to the CST tanks and injection line into "AI feedwater line. RCIC injects into feedwater line prior to the line entering containment.
NSP MNTICELJO NUCLEAR GENATING PLANTW ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Page 9 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS LPCI FLOW RHR100 CONTAINMENT SPRAY/COOLING A LOOP LOW PRESSURE COOLANT INJECTION FLOW A
GPM N/A 0
10000 N/A N/A S
1 SIGNAL INPUT FROM FLOW TRANSMITTER DISCHARGE OF RHR HEAT EXCHANGERS N/A N/A N/A HIGH & LOW SENSOR N/A N/A N/A CONTAINMENT SPRAY/COOLING A LOOP flow is the RHR flow to the A loop drywell spray, torus spray and torus cooling. Each RHR pump is approximately rated at 4000 gpm depending on system head. Two pumps are located in each loop although flow can be cross tied between A and B loops.
NSP -MMCEL.
NUCLEhR GENERATING PLANT' ERDS DATA POINT LIBRARY DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS LPCI FLOW RHR101 CONTAINMENT SPRAY/COOLING B LOOP LOW PRESSURE COOLANT INJECTION FLOW A
GPM N/A 0
10000 N/A N/A S
1 SIGNAL INPUT FROM FLOW TRANSMITTER DISCHARGE OF RHR HEAT EXCHANGERS N/A N/A N/A HIGH & LOW SENSOR N/A N/A N/A CONTAINMENT SPRAY/COOLING B LOOP flow is the RHR flow to the B.loop drywell spray, torus spray and torus cooling.
Each RHR pump is approximately rated at 4000 gpm depending on system head. Two pumps are located in each loop although flow can be cross tied between A and B loops.
ERDS-SRS1. 00 -1 Page-10.of" 58_
NSP ENTICENWD NUCLEARt GENETNG PLANT ERI DATA POINT LIBRAIDE Page 11 of 585 DATA POINT LIBRARY REFEREICE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01 /07 /92 MOl PCS LPCI FLOW RHR102 RHR LOOP A INJECT FLOW LOW PRESSURE COOLANT INJECTION FLOW A
GPM N/A 0
10000 N/A N/A S
1 SIGNAL INPUT FROM FLOW TRANSMITTER DISCHARGE OF RHR HEAT EXCHANGERS N/A N/A N/A HIGH & LOW SENSOR N/A N/A N/A RHR LOOP A INJECT FLOW is the RHR flow to the A Recirc Loop, Reactor Head Cooling, Waste Surge Tank, and cross tie to B 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.
ERDS:DATK,1POIRr' LIBRARY. ',
MSP ! WNTPCELWNUCLER-:.
GM*A*INI PLANT ERDS DATA POINT LIBRARY.
ERDS-SRS-1.00-1 Page 12 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr.Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS LPCI FLOW RHR103 RHR LOOP B INJECT FLOW LOW PRESSURE COOLANT INJECTION FLOW A
GPM N/A 0
10000 N/A N/A S
1 SIGNAL INPUT FROM FLOW TRANSMITTER DISCHARGE OF RHR HEAT EXCHANGERS N/A N/A N/A HIGH & LOW SENSOR N/A N/A N/A RHR LOOP B INJECT FLOW is the RHR flow to the B 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.
NSP MNTICELI& NUCLEAR GENERATING PLANT' ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Page 13 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS CR SPRAY FL CSP100 CS LOOP 11 FLOW Core Spray Cooling System Flow A
GPM N/A 0
5000 N/A N/A S
1 SIGNAL INPUT FROM FLOW TRANSMITTER ON PUMP DISCHARGE LINE N/A N/A HIGH & LOW SENSOR N/A N/A.
The loop A Core Spray system consists of one electric driven pump designed to deliver 3020 gpm against a system head corresponding to a reactor pressure of 130psi above containment pressure. The flow element is located on the pump discharge line just a head of the reactor vessel injection and test return lines.
NSP MmCEali. NUL RGEmRWINGPLANT ER DATA POINT LIBRARY ESSRS14 500-1 P.e1 f5 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 M01 PCS CR SPRAY FL CSP101 CS LOOP 12 FLOW CORE SPRAY COOLING SYSTEM FLOW A
GPM N/A 0
5000 N/A N/A S
1 SIGNAL INPUT FROM FLOW TRANSMITTER ON PUMP DISCHARGE LINE N/A N/A HIGH & LOW SENSOR N/A N/A The loop B Core Spray system consists of one electric driven pump designed to deliver 3020 gpm against a system head corresponding to a reactor pressure of 130psi above containment pressure. The flow element is located on the pump discharge line just a head of the reactor vessel injection and test return lines.
ERSP CELwNU Rn GDAATPOITPLALIBAR MWS DATKPOINT LIBR-ARY Page 15, of-58' DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS DW FD SMP LV PCT138 DW EQUIP DRAIN SUMP VOL DRYWELL FLOOR DRAIN SUMP LEVEL A
GAL N/A 114.4 514.8 N/A N/A S
1 SIGNAL INPUT FROM LEVEL TRANSMITTER DIRECTLY BELOW RX VESSEL IN DRYWELL N/A N/A N/A HIGH & LOW SENSOR N/A N/A This sump collects liquid effluent from valve stem leak-offs, Rx Recirc Pump and piping maintenance drains, vent cooler drains, reactor well bulkhead and bellows drains, reactor vessel flange leakoff and Drywell Equipment Drain Sump heat exchanger drain. Two 50 GPM pumps discharge the water to the Waste Collector Tank in the Reactor building.
Sump is isolated by Group II Isolation or manually from control room. Sump overflows into Drywell Floor Drain Sump at 1090 Gallons.
MSPD ENTICELOMULEARcU
- - m:
- e PEAN flU DATA POINTLIBRARY ERDS-SRS-1.00-1 Page 16 of-58 DATA POINT LIBRARY REFERENCE FILE Date:-
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCs DW FD SMP LV PCT139 DW FLOOR DRAIN SUMP VOL DRYWELL FLOOR DRAIN SUMP LEVEL A
GAL N/A 114.4 514.8 N/A N/A S
1 SIGNAL INPUT FROM LEVEL TRANSMITTER DIRECTLY BELOW RX VESSEL IN DRYWELL N/A N/A N/A HIGH & LOW SENSOR N/A N/A 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.
NSP MONTICELW NUCLEAR GENRATINGl PLANTI ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Page 17 of 58-DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS EFF GAS RAD PRM121 STACK EFF MONITOR CH A RADIOACTIVITY OF RELEASED GASES A
uCI/S N/A 1
10E12 N/A N/A S
1 SIGNAL FROM ANALOG OUTPUT OFMONITOR FOUR ISOKINETIC PROBES IN OFF GAS STACK HI=3200, HI-HI=90000 N/A N/A HIGH & LOW SENSOR N/A N/A 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 INOP from both Channel A & B monitors will close valves to isolate off gas flow to the stack.
NSPMW)NTICEL.O. NUCLEAR
>-GDRATe I
PLAMENT ERDSDATA POIN LIBRARY ERDSS.RS.00-1 Page 18 of 58 DATA POINT LIBRARY REFERICE FILE Date: -
Reactor Unit:
Data Feeder:
NRC ERDS-Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS EFF GAS RAD PRM122 STACK EFF MONITOR CH B RADIOACTIVITY OF RELEASED GASES A
uCI/S N/A 1
10E12 N/A N/A S
1 SIGNAL FROM ANALOG OUTPUT OF MONITOR FOUR ISOKINETIC PROBES IN OFF GAS STACK HI=3200, HI-HI=90000 N/A N/A HIGH & LOW SENSOR N/A N/A STACK EFF MONITOR CH B 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 INOP from both Channel A & B monitors will close valves to isolate off gas flow to the stack.
NSP NMICWNUCLEARND:*ATI:
PLANEl ERDS DATh POINT LIBRARY ERDS-SRS-1.00-1 Page 19 off'58k DATA POINT Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
LIBRARY * :R
- FILE 01/07/92 MO1 PCS EFF GAS RAD PRM123 RBV EFFLUENT MONITOR CH A RADIOACTIVITY OF RELEASED GASES A
uCI/S N/A 1
10E12 N/A N/A S
1 SIGNAL FROM ANALOG OUTPUT OF MONITOR ISOKINETIC PROBES IN EACH RX BLDG VENT HI=400, HI-HI=4500 N/A N/A HIGH & LOW SENSOR N/A N/A Reactor Building Vent Effluent Monitor Channel A is a wide range gas monitor consisting of isokinetic probe assemblies, sample conditioning unit, sample detection unit, and Control Room panel. The detector assembly consists of low, mid, and high range detectors.
Pace-19 of," 584--,.-
I~P~CHLW ~
PLW?
ERIE DATA7 P01W? LIBRARY ERD SRS-1.00-1 Page 20 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant SpecPoint Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS EFF GAS RAD PRM124 RBV EFFLUENT MONITOR CH B RADIOACTIVITY OF RELEASED GASES A
uCI/S N/A 1
10E12 N/A N/A S
1 SIGNAL FROM ANALOG OUTPUT OF MONITOR ISOKINETIC PROBES IN EACH RX BLDG VENT HI=400, HI-HI=4500 N/A N/A HIGH & LOW SENSOR N/A N/A Reactor Building Vent Effluent Monitor Channel B is a wide range gas monitor consisting of 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' MONTICELO NUCLEAR GENMATING PLANT ERDS DATA POINT LIBRARY DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 M01 PCS EFF LIQ RAD PRM107 SERVICE WATER EFFLUENT RADIOACTIVITY OF RELEASED LIQUIDS A
CPS uCi/M1=((PRM107 in CPS)-5)*(4.3E-7)
.1 10E6 N/A N/A S
1 SIGNAL INPUT FROM MONITOR SAMPLES SW PRIOR TO SW LEAVING RX BLDG HI ALARM AS SET BY PLANT CHEMIST N/A N/A DOWNSCALE & UPSCALE N/A N/A 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 Building. After leaving Reactor Building, line discharges into circ water discharge pipe. Alarm setpoints vary with plant operation as determined by plant chemist.
ERDS-SRS-1.00-1 Page 21 of 58 I
MSP MNTICE NCLEAR GENERATING PLANT' ERDS DATA POINT~ LIBRARY DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
-01/07/92--
M01 PCS EFF LIQ RAD PRM109 RADWASTE EFFLUENT RADIOACTIVITY OF RELEASED LIQUIDS A
CPS uCi/M1=((PRM109 in CPS)-7)*(2.5E-6)
.1 10E6 N/A N/A S
1 SIGNAL INPUT FROM MONITOR SAMPLED PRIOR TO LEAVING RADWASTE BLDG HI ALARM AS SET BY PLANT CHEMIST N/A N/A DOWNSCALE & UPSCALE, INOP N/A N/A 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 policy of zero liquid radwaste releases into the river.
Alarm setpoints vary with plant operation as determined by plant chemist..
ERDSSRS1-- 00-1 Page-22 ofE 58-4 ERDS DATA POINr -LIBRARY I
MSPM ONTICLLOCG NUH[RGENERATINGRPLANT ERDS DA T POINTYLIBRARY DATA POINT LIBRARY REFERENCE FILE Date: -
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS EFF LIQ RAD PRM110 TB NORMAL WASTE SUMP CH A RADIOACTIVITY OF RELEASED LIQUIDS A
CPM uCi/Ml=((PRM110 in CPM)-400)*(3.5E-9) 10 10E6 N/A N/A S
1 SIGNAL INPUT FROM MONITOR SAMPLED PRIOR TO LEAVING TURBINE BLDG HI ALARM AS SET BY PLANT CHEMIST N/A N/A DOWNSCALE & UPSCALE, INOP N/A N/A 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.
ERD-SRS 1-0 1O Page 23 off58 I
XSFNM-CM~aNUa~RW GEImRATfI G PLRWr ERIE tDATA POINLIBRARY:
EDSSRSAt.00-1 Page 24 of 58 DATA POIT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS EFF LIQ RAD PRM111 TB NORMAL WASTE SUMP CH B RADIOACTIVITY OF RELEASED LIQUIDS A
CPM uCi/Ml=((PRM111 in CPM)-400)*(3.5E-9) 10 10E6 N/A N/A S
1 SIGNAL INPUT FROM MONITOR.
SAMPLED PRIOR TO LEAVING TURBINE BLDG HI ALARM AS SET BY PLANT CHEMIST N/A N/A DOWNSCALE & UPSCALE, INOP N/A N/A 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.
I
NSP iurrCmNM
. NUCLEAR GENERATING PLANT ERDS DATA POINT LIBRARY ERD-SRS-1.00-1 Page 25 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 M01 PCS EFF LIQ RAD PRM112 DISCHARGE CANAL MONITOR A RADIOACTIVITY OF RELEASED LIQUIDS A
CPS uCi/M1=((PRM112 in CPS).-2)*(1.4E-7)
.1 10E6 N/A N/A S
1 SIGNAL INPUT FROM MONITOR 550FT DOWNSTREAM FROM DISCHARGE STRUCTURE HI ALARM AS SET BY PLANT CHEMIST N/A N/A DOWNSCALE & UPSCALE, INOP N/A N/A 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.
I
NSP MNTICELL, NUCLEAR GENERATING PLANTI ERDS DATA POINT LIBRARY.
ERDS-SRS-1.00-1 Page 26 of 58 DATA POINT LIBRARY REFERECE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 M01 PCS EFF LIQ RAD PRM113 DISCHARGE CANAL MONITOR B RADIOACTIVITY OF RELEASED LIQUIDS A
CPS uCi/Ml=((PRM113 in CPS)-2)*(1.4E-7)
.1 10E6 N/A N/A S
1 SIGNAL INPUT FROM MONITOR 550FT DOWNSTREAM FROM DISCHARGE STRUCTURE HI ALARM AS SET BY PLANT CHEMIST N/A N/A DOWNSCALE & UPSCALE, INOP N/A N/A 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.
I
MSP MNICELTD NUCLEAR G:*E:WTn:
PLANT ERDS DATA POINT LIBRARY' ERDS-SRSf. OOt Page 27Tof 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS CND A/E RAD PRM118 OFF GAS CH 1 CONDENSER AIR EJECTOR RADIOACTIVITY A
MR/HR N/A 1
10E6 N/A N/A S
1 SIGNAL OUTPUT FROM MONITOR SAMPLE DRAWN FROM OFF GAS LINE TRIP ON BOTH MONITORS UP,DOWN OR INOP N/A N/A LOW N/A N/A OFF GAS CH 1 radiation monitor is positioned adjacent to a vertical sample 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 approximately 2 minutes to permit Nitrogen-16 and Oxygen-19 to decay. Alarm setpoints vary with plant operation as determined by plant chemist.
MSPI MT'=a&:,NUCLBA9&GENZRT1-I PLANT ERDS DATA POINT LIBRARY ERDS-SRS-. 00-1 Pagew 28 of 58 DATA POIT LIBRARY Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS CND A/E RAD PRM119 OFF GAS CH 2 CONDENSER AIR EJECTOR RADIOACTIVITY A
MR/HR N/A 1
10E6 N/A N/A S
1 SIGNAL OUTPUT FROM MONITOR.
SAMPLE DOWNSTREAM OF STEAM JET AIR EJECT TRIP ON BOTH MONITORS UP,DOWN OR INOP N/A N/A LOW N/A N/A OFF GAS CH 2 radiation monitor is positioned adjacent to a vertical sample 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 approximately 2 minutes to permit Nitrogen-16 and Oxygen-19 to decay. Alarm setpoints vary with plant operation as determined by plant chemist.
REFER-E FILE ERDS1-.DhTWI-POD" LIBRARY-'
NSP MONTIMCELL NUCLEAR GENEATING PLANT BRDS DATA POINT LIBRARY E-SRS-1.00-1 Page 29 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS DW RAD PCT109 DRYWELL RADIATION CH A RADIATION LEVEL IN THE DRYWELL A
R/HR N/A 1
10E8 N/A N/A S
1 SIGNAL INPUT FROM RADIATION MONITOR DRYWELL 180 DEGREE AZIMUTH AT 944' HI=50, HI-HI=100 N/A N/A HIGH SENSOR, INOP N/A N/A 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').
NSP MMIUICELIO NUCLERARKGE>
ATIG PLANT' ERDS DATA POINT LIBRARY ERDSFSRS-i00-1 Page 30 of 58' DATA POINT LIBRARY REFERENCE FILE Date:----
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS DW RAD PCT110 DRYWELL RADIATION CH B RADIATION LEVEL IN THE DRYWELL A
R/HR N/A 1
10E8 N/A N/A S
1 SIGNAL INPUT FROM RADIATION MONITOR DRYWELL 0 DEGREE AZIMUTH AT 944' HI=50, HI-HI=100 N/A N/A HIGH SENSOR, INOP N/A N/A 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').
- -0W.,
!SP EWMICW.
NUaOR;'L GENRIMI PLANT*
EIW-DATA'P01W? LIBRART ERDS4SRS4. 0.0;e Page-31 of '58r DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS MN STEAM RAD (not available)
RADIATION LEVEL OF THE MAIN STEAM LINE Not available to Process Computer System.
MSP MDMTICEGEDONCLREG:Iin aTI PPLANM ERDS DATK POINT LIBRARY DATA POINT LIBRARY ERDS-SRS-l.00-1 Page 32 of 58 FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCs DW PRESS D23C0010 VALIDATED DRYWELL PRESSURE DRYWELL PRESSURE A
PSIG N/A
-5 250 N/A N/A P
4 WEIGHTED AVERAGE OF CONSISTENT DW PRESS SENSING LINES FROM DRYWELL ALARMS LOW=0.1, HIGH=1.5 N/A N/A HIGH & LOW SENSOR N/A N/A 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 on instrument accuracy. Drywell internal design pressure is 56 PSIG at 281 Degrees F. At 2 PSIG, RPS initiates Reactor SCRAM and Primary Containment Isolation initiates Group 2 & 3.
NSP MNTICELLO-NUCLEAR GERMATIII PLANT' ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Page 33 of 58, DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS DW TEMP D23CO310 VALIDATED DRYWELL TEMPERATURE DRYWELL TEMPERATURE A
DEGF N/A 32 400 N/A N/A P
16 AVERAGE OF CONSISTENT DW TEMPERAURES 16 SENSORS AT 8 DRYWELL LOCATIONS HI=150 DEGF N/A N/A HIGH & LOW SENSOR N/A N/A This point consists of either a weighted average bulk temperature of consistent regional temperatures or an unvalidated, non-weighted average of all in-range drywell temperatures. Regional weighting factors compensate for differences in drywell volume 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).
SP MDTICELilo NUCLERGENBRATING PLAWT ERDS DATA POINr LIBRARY ERDS-SRS-1.00-1 Page -3 4,of 58 DATA POI LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS SP TEMP D23CO410 VALIDATED TORUS TEMPERATURE SUPPRESSION POOL TEMPERATURE A
DEGF N/A 30 230 N/A N/A P
16 AVERAGE OF 2 SPOTMOS (8 SENSORS EACH) 2 SENSORS IN EACH OF 8 TORUS SRV BAYS HIGH=90 N/A N/A HIGH & LOW SENSOR, SPOTMOS INOP N/A N/A 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.
msp-mIITcELw. NcLEAR: GENERATIM: PLANT ERDS-DANA-POIMr.- LIBRARY:
ERDS SRS1001 Page,35-of'58.
DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS SP LEVEL G43C0015 VALIDATED TORUS WATER LEVEL SUPPRESSION POOL WATER LEVEL A
INCHES N/A
-96 180 N/A 0'=ELEVATION 910'= 530,000 GALLONS P
4 WEIGHTED AVERAGE OF CONSISTENT LEVELS LEVEL TAPS OFF TORUS SHELL HIGH=2, LO=-2 N/A N/A HIGH & LOW SENSOR N/A N/A 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 20. Tech Specs level greater than -4' and less than-2.90.
NSP'MfTmcEUi0 NUCLEARG GDERATIC
- PLANT ERDS DATA POINT'LIBRARY _
ERM-SRS1 00I Page 36 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:,
01/07/92 M01 PCS H2 CONC PCT116 PCTMT H2 ANALYZER A DRYWELL OR TORUS HYDROGEN CONCENTRATION A
N/A 0
20 N/A N/A S
1 SIGNAL SAMPLE N/A N/A N/A HIGH &
N/A OUTPUT FROM H2 ANALYZER LINES UPPER DW,TORUS,CGCS IN & OUT LOW SENSOR, SYSTEM OFF N/A 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.
I
NSp MCHCEED N
REA RGENERATING PLANT m=S DATW POINT-LIBRARY ERDS-SRS-1.00-1 page 37 of. 58.
DATA POINT LIBRARY Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS H2 CONC PCT117 PCTMT H2 ANALYZER B DRYWELL OR TORUS HYDROGEN CONCENTRATION A
N/A 0
- 20.
N/A N/A S
1 SIGNAL SAMPLE N/A N/A OUTPUT FROM H2 ANALYZER LINES UPPER DW,TORUS,CGCS IN & OUT N/A HIGH &
N/A LOW SENSOR, SYSTEM OFF N/A 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.
REFERENCE FILE I
aP-DNTICELLQ NUCLEAR GENERATING PLANT ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Page 38 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital.
Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS H2 CONC PCT118 PCTMT 02 ANALYZER A DRYWELL OR TORUS HYDROGEN CONCENTRATION A
N/A 0
25 N/A N/A S
1 SIGNAL SAMPLE N/A N/A OUTPUT FROM 02 ANALYZER LINES UPPER DW,TORUS,CGCS IN & OUT N/A HIGH &
N/A LOW SENSOR, SYSTEM OFF N/A 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%.
I
NSP MITCEUD NJC[AGENERTING PLANT7 ERDS DATA POIN LIBRARY ERDSE-SRS4. o00-1 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS H2 CONC PCT119 PCTMT 02 ANALYZER B DRYWELL OR TORUS HYDROGEN CONCENTRATION A
N/A 0
25 N/A N/A S
1 SIGNAL SAMPLE N/A N/A OUTPUT FROM 02 ANALYZER LINES UPPER DW,TORUS,CGCS IN & OUT N/A HIGH &
N/A LOW SENSOR, SYSTEM OFF N/A 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%.
I
NS AmMCEEL ONULARYGRASTNG"PLANg ERDS DATA POINT LIBRARY, aeDSSRS4. 00 Page'-40 of~ 58~
DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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 Pointsi 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.:
01/07/92 MOl PCS CST LEVEL CST100 CST TANK LEVEL A CONDENSATE STORAGE TANK LEVEL A
FEET N/A 5
25 N/A N/A S
1 SIGNAL FROM LEVEL TRANSMITTER LEVEL TX ON WATER COLUMUN IN RX BLDG HI=24'(226,100gal) LO=11.5'(108,400gal)
N/A N/A LOW N/A N/A 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'(65,800gal) receive CST Low-Low Level alarm and condensate pumps trip. At 2'(18,800gal) HPCI transfers to Torus suction. Core-Spray and RHR are normally lined up to the CSTs.
MSPagartlaMl NUCLl M G ATI::.fI f
PLANT ;
ERDS DATA-POINT LIBRARY DATA POINT LIBRARY REFERENCE ERD-SRS-1.00-1 Page 41 of 58 FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS CST LEVEL CST101 CST TANK LEVEL B CONDENSATE STORAGE TANK LEVEL A
FEET N/A 5
25 N/A N/A S
1 SIGNAL FROM LEVEL TRANSMITTER LEVEL TX ON WATER COLUMUN IN RX BLDG HI=24'(226,100gal) LO=11.5'(108,400gal)
N/A N/A LOW N/A N/A 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'(65,800gal) receive CST Low-Low Level alarm and condensate pumps trip. At 2'(18,800gal) HPCI transfers to Torus suction.
I
NSPUrEICELW NUCLEAR GENERATING PLANT ERDS DATA POINT LIBRARY ERDS-SRS-1.00-1 Page 42 of 58 DATA POIRT LIBRARY REFERNE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS WIND SPEED MET102 PRIMARY MET TOWER 43M AVG WIND SPEED A WIND SPEED AT THE REACTOR SITE A
MPH N/A 0
100.00 N/A N/A P
1 15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 43 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
NSP NIMcE oNUcLEAR GENERATIN.
PLANT:
ERDS DATA POINT LIBRARY PeDS SRSA 1 00 1 Page 43 of 58~
DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS WIND SPEED MET103 PRIMARY MET TOWER 43M AVG WIND SPEED B WIND SPEED AT THE REACTOR SITE A
MPH N/A 0
100.00 N/A N/A P
1 15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 43 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
ISP' N1I(iWICU 1 JUCLEAR -GIM!iIIA332 PLiIT BuDS DATA POnIr 'LIBRARY' DATA POINT LIBRARY ERDS SRS E 00 Page' 44 of558~
FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MO1 PCS WIND SPEED MET104 PRIMARY MET TOWER 100M AVG WIND SPEED A WIND SPEED AT THE REACTOR SITE A
MPH N/A 0
100.00 N/A N/A P
1 15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 100 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
ERDB CTOINtLINUBRARYG3IM!IInGPLANT E
D&Th W-P0fflLIBRARY-f DATA POINT LIBRARY REFERNCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS.Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS WIND SPEED MET105 PRIMARY MET TOWER WIND SPEED AT THE A
MPH N/A 0
100.00 N/A N/A P
100M AVG WIND SPEED B REACTOR SITE
- 1.
15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 100 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
ERDS-SRS1.00-1 Page 45 of 58'
NSP MONTICELT.
NUCLEAR GENERATING PLANT ERDS DATA. POINT LIBRARY ERDS-SRS-1.00-1 Pag..
o-5 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07792 MOl PCs WIND DIR MET106 PRIMARY MET TOWER 43M AVG WIND DIRECT A WIND DIRECTION AT THE REACTOR SITE A
DEGFR N/A 0
540.00 N/A N/A P
1 15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 43 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
ERDS SRSF 1cO;1 Page 47-of :58 NSP7MONTICELIB NUGLEARGENERATIRSRPLANT ERDS DAT POINT -LIBRARY DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS WIND DIR MET107 PRIMARY MET TOWER 43M AVG WIND DIRECT B WIND DIRECTION AT THE.REACTOR SITE A
DEGFR N/A 0
540.00 N/A N/A P
1 15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 43 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
MSP&MMflCEWONULEAR G-1:<*
PLAIT ERDS 'DAEERPOINTALIBRARY
. RS-SRSi' 1I0L Page 48of58' DATA POINT LIBRARY REFERENCE FILE Date:-
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCs WIND DIR MET108 PRIMARY MET TOWER 100M AVG WIND DIRECT A WIND DIRECTION AT THE REACTOR SITE A
DEGFR N/A 0
540.00 N/A N/A P
1 15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 100 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
MSRGERmCEECO NJUGERe:DAIT BPLRNRY flm DATA POINT LIBRARY Page. 49-of :58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
Point ID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital Engr Units/Dig States:
Engr 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.:
01/07/92-MO1 PCS WIND DIR MET109 PRIMARY MET TOWER 100M AVG WIND DIRECT B WIND DIRECTION AT THE REACTOR SITE A
DEGFR N/A 0
540.00 N/A N/A P
1 15 MINUTE AVERAGE OF 5 SECOND VALUES PRIMARY MET TOWER AT 100 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average.
NSP INMCEID NUCLEAR I*G.* PLANT ERDS DATA POINT LIBRARY ERDSrSRS=1.00-1 Page 50 of 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
PointID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS STAB CLASS MET110 PRIMARY MET TOWER 43M AVG DELTA TEMP A AIR STABILITY AT THE REACTOR SITE A
DEGF N/A
-9.0 9.0 N/A N/A PROC 2
AVERAGED DIFFERENTIAL PRIMARY MET AT 10 & 43 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average. This value represents the difference in temperature in degF/100ft.
NSPzIiNM am&WNUCLEAR-:.nA
.PLANtf ERD DATA POINT LIBRARY FDMSS17o005 Page 51 of5F8'7 DATA POINT LIBRARY REFERENCE FILE Date:
- 0 7 /92 Reactor Unit:
M0l Data Feeder:
PCs NRC ERDS Parameter:
STAB CLASS PointlD:
METill Plant.Spec Point Desc.:
PRIMARY MET TOWER 43M AVG DELTA TEMP B Generic/Cond Desc.:
AIR STABILITY AT THE REACTOR SITE Analog/Digital:
A Engr Units/Dig States:
DEGF Engr Units Conversion:
N/A Minimum Instr Range:
-9.0 Maximum Instr Range:
9.0 Zero Point
Reference:
N/A Reference Point Notes:
N/A PROC or SENS:
PRO 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 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. This value represents the difference in temperature in degF/lO0ft.
Mm flCELW.0NUEBAR :-
EPANT ERSDATA: POE11F"LIRARY PeDS SRS-1. O51 Page 52 of~ 58 DATA POINT LIBRARY REFERENCE FILE Date:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
PointID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr 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.:
01/07792-MO1 PCS STAB CLASS MET112 PRIMARY MET TOWER 100M AVG DELTA TEMP A AIR STABILITY AT THE REACTOR SITE A
DEGF N/A
-9.0 9.0 N/A N/A PROC 2
AVERAGED DIFFERENTIAL PRIMARY MET AT 10 & 100 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average. This value represents the difference in temperature in degF/100ft.
MSPNF1IaWit NUGEBBREG: PLANT" ERDS DATA POINT-LIBRARY ERDSFSRS;1%00-1 Page 53 oft 58 DATA POINT LIBRARY REFERENCE FILE I fe:
Reactor Unit:
Data Feeder:
NRC ERDS Parameter:
PointID:
Plant Spec Point Desc.:
Generic/Cond Desc.:
Analog/Digital:
Engr Units/Dig States:
Engr 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.:
01/07/92 MOl PCS STAB CLASS MET113 PRIMARY MET TOWER 100M AVG DELTA TEMP B AIR STABILITY AT THE REACTOR SITE A
DEGF N/A
-9.0 9.0 N/A N/A PROC 2
AVERAGED DIFFERENTIAL PRIMARY MET AT 10 & 100 METER HEIGHT N/A N/A N/A HIGH & LOW SENSOR N/A N/A Data is collected every five seconds, averaged every 15 minutes, and stored in data files as 15-minute average. This value represents the difference in temperature in degF/100ft.
MSPwMNTICEM5E' NUCEARGE O:-R:<
AT PLANT E
iR-SRSl.00!-1 M MS WPOIT LIBRARY Page 54 of 58 I. Contacts.
Note: -Please-provide-name, title, mailing address -and-phone-number.
A. Survey Coordinator (i.e. contact for later clarification of questionnaire answers):
Russell E. Van Dell Superintendent, Computer Services Northern States Power Company Monticello Nuclear Generating Plant 2807 W. Highway 75 Monticello, MN 55362 (612) 295-1326 B. Computer Hardware Specialist(s):
Joe Jirsa Engineer Associate III Northern States Power Company Monticello Nuclear Generating Plant 2807 W. Highway 75 Monticello, MN 55362 (612) 295-1388 C. Systems Software Specialist(s):
Joe Sofge Sr. Comp. Engr.
Northern States Power Company Monticello Nuclear Generating Plant 2807 W. Highway 75 Monticello, MN 55362 (612) 295-1289 D. Application-level Software Specialist(s):
Joe Sofge Sr. Comp. Engr.
Northern States Power Company Monticello Nuclear Generating Plant 2807 W. Highway 75 Monticello, MN 55362 (612) 295-1289 E. Telephone Systems Specialist(s):
David Seestrom Instrument Engineer Northern States Power Company Monticello Nuclear Generating Plant 2807 W. Highway 75 Monticello, MN 55362 (612) 295-1376
SP MNTICELLO NUCaR GENERTINGPLANT5 ERDS-SRS-1.00-1 EDDAT POINT LIBRARY Page 55 oflS8 III. Selection of Data Feeders A. How many data feeders are there (six maximum)?
One -
Process Computer System B. Identify the selected data feeders and provide the following for each:
(1) a short description of the categories of data points it will provide (e.g., met. rad. or plant data points, by unit) and (2) the rationale for selecting it if another system can also provide its categories of data points.
(1) 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.
k MNA
~ERDSP-SRSM1 00-1 ERDS DMV4POIW LIBRARY Page 56 of 58 IV. Data Feeder Information Note: A new Section IV must be filled out for each feeder system selected.
General Questions
- 1. Identification of Data Feeder
- a. What is the name in local parlance given to this data feeder (e.g., Emergency Response Information System)? Please give both the acronym and the words forming it.
PCS -
Process Computer System
- b. Is this the site time determining feeder?
Yes
- c. How often will this feeder transmit an update set to the ERDS (in seconds)?
60 Seconds
- 2. Hardware/Software Environment
- a. Identify the manufacturer and model number of the data feeder hardware.
Digital Equipment Corporation VAX-8550
- b. Identify the operating system.
VAX VMS 4.7
- c. What method of timekeeping is implemented on this feeder system (Daylight Savings, Standard, Greenwich)?
Daylight Savings
- d. In what time zone is this feeder located?
Central Standard Time Zone
ERIDS SRS100 Page 57 of '58 u1M flATA-,POIWLIBRAiRV'
- 3. Data Communication Details
- a. Can this data feeder provide asynchronous serial data
-communication-(RS-232-C)- with-full-modem -control?
Yes
- b. Will this feeder transmit in ASCII or EBCDIC?
ASCII
- 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. Does the operating system support XON/XOFF flow control?
Yes
- 1. Are any problems foreseen with the NRC using XON/XOFF to control the transmission of data?
No, however the use of SUSPEND and RESUME to control the transmission of data works better as demonstrated in testing with Haliburton/NUS.
- e. If it is not feasible to recontigure a serial port for the ERDS linkup (i.e., change the baud rate, parity, etc.), please explain why.
Note Applicable.
- f. Do any ports currently exist for the ERDS linkup?
Yes
- 1. If not, is it possible to add additional ports?
Not Applicable.
NSP -METICELIOD:NUCLEARGENEATING PLANT' ERDS-SRS-1.00-1 ERDS DATA POINT LIBRARY Page 58 of 58
- 2. If yes, will the port be used solely by the ERDS or shared with other non-emergency-time users? Give details.
Port will be dedicated for ERDS.
- 4. Data Feeder Physical Environment and Management
Computer Room located in Plant Administrative Building adjacent to Plant Control Room.
- b. Is the data feeder protected from loss of supply of electricity?
Yes, PCS is provided with UPS (batteries with inverter and diesel generator).
- c. Is there a human operator for this data feeder?
Yes
- 1. If so, how many hours a day is the feeder attended?
It is planned to have the Shift Emergency Communicator (SEC) initiate the ERDS System per Emergency Implementing Procedures. An SEC is on duty 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />s/day.
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