ML20141H701

Provides ERDS Data Point Library Update for Unit 1.Encl Contains Revised Listing

ML20141H701
Person / Time
Site:	Sequoyah
Issue date:	05/19/1997
From:	Shell R TENNESSEE VALLEY AUTHORITY
To:	NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
NUDOCS 9705270085
Download: ML20141H701 (147)

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Tennessee Valley Authority. Post office Box 2000, Soddy-Daisy, Tennessee 37379-2000 l

l May 19, i997 i

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U.S. Nuclear Regulatory Commission j ATTN: Document Control Desk i Washington, D.C. 20555 I Gentlemen:

I In the Matter of ) Docket Nos. 50-327  !

Tennessee Valley Authority ) i SEQUOYAH NUCLEAR PLANT (SQN) - EMERGENCY RESPONSE DATA SYSTEM l (ERDS)- DATA POINT LIBRARY UPDATE In accordance with 10 CFR 50 Appendix : VI.3.a, TVA is providing an updated Data Point Library for SQN Unit 1. The enclosure contains a copy of the revised listing.

If you have any questicas concerning this matter, please telephone J. W. Proflitt at (423) 843-6651.

Sincerely, G.AbA' R. H. Shell Site Licensing and Industry Affairs Manager Enclosure l cc: See paz 2 '

f 9705270085 970519 PDR ADOCK 05000327 F PDR kkk,kkhkk .

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U.S. Nuclear Regulatory Commission Page 2 -

, May 19,1997 -

cc (Enclosure):

Mr. R. W. Hernan, Project Manager U.S. Nuclear Regulatory Conunission j- One White Flint, North 11555 Rockville Pike Rockville, Maryland 20852-2739 Mr. John Jolicoeur ERDS Project Manager One White Flint, North  !

11555 Rockville Pike i

< Rockville, Maryland 20852-2739  !

NRC Resident Inspector h 1

Sequoyah Nuclear Plant i 2600 Igou Ferry Road Soddy-Daisy, Tennessee 37379-3624 Regional Administrator U.S. Nuclear Regulatory Commission Region II 61 Forsythe Street, SW, Suite 23T85 Atlanta, Georgia 30323-3415 l

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SEQUOYAII UNITS 1 AND 2 ERDS TRANSMITTALS TO NRC RESULTING FROM ICS INSTALLATION l

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TENNESSEE VALL EY AUTIIORITY SEQUOYAII NUCLEAR PLANT ENCLOSURE

SEQUOYAH UNIT 1 - ERDS DATA POINT LIBRARY 1 NL SIMULATION INDICATES REAL OR SIMULATED DATA 2 NI POWER RNG 1UN2000 POWER RANGE AVERAGE 3 NIINTER RNG 1UN1015 INTERMEDIATE RANGE FLUX 4 NI SOURC RNG 1UN1014 SOURCE RANGE FLUX 5 REAC VES LEV 1UL6000 RVLIS LOWER RANGE AVERAGE 6 TEMP CORE EX 1UT1003 CORE EXIT TEMP MAX 7 SUB MARGIN 1UT1005 MIN SUBCOOL 8 SG LEVEL 1/A 1UL1001 SG #1 NR LEVEL AVG 9 SG LEVEL 2/B 1UL1002 SG #2 NR LEVEL AVG 10 SG LEVEL 3/C 1UL1003 SG #3 NR LEVEL AVG 11 SG LEVEL 40 1UL1004 SG #4 NR LEVEL AVG 12 SG PRESS 1/A 1UP1002 SG #1 MS PRESSURE AVG 13 SG PRESS 2/B 1UP1003 SG #2 MS PRESSURE AVG 14 SG PRESS 3/C 1UP1004 SG #3 MS PRESSURE AVG 15 SG PRESS 40 1UP1005 SG #4 MS PRESSURE AVG 16 MN FD FL 1/A 1UO410C SG #1 CORR FW 1/2 AVG 17 MN FD FL 2/B 1UO430C SG #2 CORR FW 1/2 AVG 18 MN FD FL 3/C 1UO450C SG #3 CORR FW 1/2 AVG 19 MN FD FL 40 1UO470C SG #4 CORR FW 1/2 AVG 20 AX FW FL 1/A 1U0066 SG #1 AUX FEEDWATER FLOW 21 AX FW FL 2/B 1U0067 SG #2 AUX FEEDWATER FLOW 22 AX FW FL 3/C 1U0068 SG #3 AUX FEEDWATER FLOW 23 AX FW FL 40 1U0069 SG #4 AUX FEEDWATER FLOW 24 HL TEMP 1/A iT0419A LOOP 1 HOT LEG WIDE RANGE TEMP 25 HL TEMP 2/B 1T0439A LOOP 2 HOT LEG WIDE RANGE TEMP 26 HL TEMP 3/C 1T0459A LOOP 3 HOT LEG WIDE RANGE TEMP 27 HL TEMP 40 1T0479A LOOP 4 HOT LEG WIDE RANGE TEMP l

28 CL TEMP 1/A 1T0406A LOOP 1 COLD LEG WIDE RANGE TEMP 29 CL TEMP 2/B 1T0426A LOOP 2 COLD LEG WIDE RANGE TEMP 30 CL TEMP 3/C 1T0446A LOOP 3 COLD LEG WIDE RANGE TEMP 31 CL TEMP 40 1T0466A LOOP 4 COLD LEG WIDE RANGE TEMP 32 RCS PRESSURE 1UP1000 RCS WIDE RANGE PRESSURE AVERAGE l

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33 PRZR LEVEL 1UL1005 PZR LEVEL AVERAGE

j. 34 RCS CHG/MU 1UF1016 NET CHG FLO

, 35 HP SI FLOW 1UF1010 Sl FLOW TOTAL 36 LP St FLOW 1UF1011 RHR COLD LEG TOTAL FLOW i

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37 CNTMT SMP WR 1UL1011 CONTAINMENT SUMP LEV AVG 38 EFF GAS RAD 1R9102A UNIT 1 SHIELD BLDG RELEASE RATE 39 EFF GAS RAD 1R9102XA UNIT 2 SHIELD BLDG RELEASE RATE i 40 EFF LlO RAD OR1022A WDS LIQUIC. EFFLUENT RADIATION i 41 COND A/E RAD 1UR1006 COND VAC EXH LOW RNG RELEASE RATE 42 COND A/E RAD 1UR1007 COND VAC EXH MID RNG RELEASE RATE 43 COND A/E RAD 1UR1008 COND VAC EXH HI RNG RELEASE RATE 44 CNTMNT RAD 1UR6021 UPPER CNTMT RADIATION 45 CNTMNT RAD 1UR6022 LOWER CNTMT RADIATION 46 MAIN SL 1/A 1UR1001 SG #1 RELEASE RATE i

47 MAIN SL 2/B 1UR1002 SG #2 RELEASE RATE 48 MAIN SL 3/C 1UR1003 SG #3 RELEASE RATE 4

49 MAIN SL 4/D 1UR1004 SG #4 RELEASE RATE 50 SG BD RAD 1 A 1R1020A SG BLOWDOWN RADIATION I 51 SG BD RAD 1B 1R1021A SG BLOWDOWN RADIATION 52 CTMNT PRESS 1UP6000 CNTMT PRESSURE AVERAGE 53 CTMNT TEMP 1QV0020 CALCULATED LOWER CTMT TEMP - LCTTEMP

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54 H2 CONC 1UY1005 H2 CONC AVG 55 RWST LEVEL 1UL1000 RWST LEV AVG 56 WIND SPEED MET 001 91M VECTOR WIND SPEED (15 MIN AVG) 4 57 WIND SPEED MET 002 46M VECTOR WIND SPEED (15 MIN AVG) 58 WIND SPEED MET 003 10M VECTOR WIND SPEED (15 MIN AVG) 59 WIND DIR MET 004 91M VECTOR WIND DIR (15 MIN AVG) 60 WIND DIR MET 005 46M VECTOR WIND DIR (15 MIN AVG) 61 WIND DIR MET 006 10M VECTOR WIND DIR (15 MIN AVG) 62 STAB CLASS MET 007 Stability Class Upper 1 63 STAB CLASS MET 008 Stability Class Intermediate 64 STAB CLASS MET 009 Stabilty i Class Lower s 65 SG LEVEL 1/A 1LO403A SG #1 WIDE RANGE LEVEL 66 SG LEVEL 2/B 1LO423A SG #2 WIDE RANGE LEVEL a

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67 SG LEVEL 3/C 1LO443A SG #3 WIDE RANGE LEVEL 68 SG LEVEL 4/D 1LO463A SG #4 WIDE RANGE LEVEL 69 CORE FLOW IPA 003 TOTAL REACTOR COOLANT FLOW I

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ERDS Point Number: 1 NL SIMULATION Real/ Simulated Data l

l Date: , 5/14/97 l Reactor Unrt: SE1 Data Feeder: N/A NRC ERDS Parameter: NL Point ID: SIMULATION Plant Specific Point Dese: INDICATES REAL OR SIMULATED DATA Generic Cond Dese: Real/ Simulated Data Analog / Digital: D Engr Units /l: 33tates: REAL/ SIMUL ,

Engr Units Conversion: N/A Minimum Instr Range: N/A l

Maximum Instr Range: N/A Zero Point

Reference:

N/A Reference Point Notes: N/A i

PROC or SENS: P l Number of Sensors: 0 How Processed: 0 If Real,1 if Simulated Sensor Locations: N/A Alarm /Tnp Set Points: N/A NID Fower Cutoff Level. N/A l NID Power Cut-On Level: N/A Instrument Failure Mode: N/A Temperature Compensation : N Level Reference Leg' N/A I Unique System Dese: This Point is used to indicate whether the data is coming l

from the Unit or from the Simulator.

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ERDS Point Number: 2 NI POWER RNG 1UN2000 Reactor Power Power Range Date. 5/14/97 Reador Unt SE1 Data Feeder: N/A NRC ERDS Parameter: Ni POWER RNG Point 10: 1UN2000 Plant Specific Point Desc: POWER RANGE AVERAGE Generic Cond Desc: Reactor Power Power Range Analog / Digital A Engr Units / Dig States:  %

Engr Unas Conversion: 0-10V = 0-120% Power (Linear) l Minimum Instr Range: 0 Maximum Instr Range: 120 Zero Point

Reference:

N/A Reference Point Notes: N/A 4

PROC or SENS: P i

Number of Sensors: 8 l How Processed: Average 1

Sensor Locations- Upper & Lower excore detectors Alarm / Trip Set Points: No Alarms l

NID Power Cutoff Levet N/A i

NID Power Cut-On Levet N/A 4 Instrument Failure Mode: Probable Downscale (No forcing function)

Temperature Compensation : N

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Level Reference Leg- N/A i Unique System Desc: Upper & Lower detection inputs for 1-NE-92-41, -42, 44. Average of 1-XM-92-5005E (N-41),

-5006E (N-42), -5007E (N-43), -5008E (N-44). Input from i Point ID's 1 N0049A,1 N0050A,1 N0051 A,1 N0052A.  ;

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ERDS Point Number: 3 NiINTER RNG 1UN1015 Reactor Power -Intermediate Rng t

Date: 5/14/97 Reador Uni SE1 Data Feeder: N/A NRC ERDS Parameter: NIINTER RNG Point ID: 1UN1015 Plant Speerfic Point Desc: INTERMEDIATE RANGE FLUX Generic Cond Desc: Reactor Power-Intermediate Rng ,

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

Engr Units Conversion: 0-10.3V = 10E-8-200 '

. Minimum Instr Range. 10E-8 Maximum Instr Range: 200 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 How Processed: Average Sensor Locations: AZ 0 deg & 180 deg Excore Alarm / Trip Set Points: No Alarms NID Power Cutoff Level N/A NID Power Cut-On Level N/A Instrument Failure Mode. Probable Downscale (no forcing function)

Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: Average of XX-92-5003 (channel N35) and -5004 (channel N36).

Input from Point ID's 1N0035A and 1/ 0c36A.

Engineenng Units Conversion is loganthmic.

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1 ERDS Point Number: 4 NI SOURC RNG 1UN1014 Reactor Power - Source Range i

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Date: 5/14/97 Reactor Unrt SE1 Data Feeder: N/A NRC ERDS Parameter: NI SOURC RNG i Point ID; 1UN1014 Plant Spectic Point Desc: SOURCE RANGE FLUX i

Generic Cond Desc: Reactor Power - Source Range l

Analog / Digital: A l Engr Units / Dig States: CPS 1 Engr Unns Conversion: 0-10V = 1-1E6 i Minimum Instr Range: 1.0 EO Maximum Instr Range- 1.0 E6 a

Zero Point Reference. N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 4 How Processed. Average Sensor Locations: AZ 0 deg & 180 deg. Excore Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level. N/A instrument Failure Mode: Probable Downscale (No forcing function)

Temperature Compensation : N Level Reference Leg- N/A Unique System Dese: Average of XX-92-5001(channel N31) & -5002 (channel N32)

(2 chambers / detector)

Input from Point ID's 1N0031 A and 1N0032A.

Engineering Units Conversion is loganthmic.

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ERDS Pc irst Number: 5 REAC VES LEV 1UL6000 Reactor Vessel Water Level Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: REAC VES LEV Peint ID: 1UL6000 Plant Specific Point Desc: RVLIS LOWER RANGE AVERAGE Generic Cond Desc: Reactor Vessel Water Level Analog / Digital A

! Engr Units / Dig States:  %

l Engr Units Conversion: N/A '

Minimum Instr Range: 0 i Maximum Instr Range: 70 Zero Point

Reference:

RV BOT Reference Point Notos: TAF = 62%

l PROC or SENS: P

! Number of Sensors: 2 How Processed: Average i Sensor Locations: Remote location in the Penetration Rooms Alarm / Trip Set Points: High at 50 %

, NID Power Cutoff Level N/A

, NID Power Cut-On Level. N/A Instrument Failure Mode: Out of Range Temperature Compensation : Y I wel Reference Leg: WET Unique System Dese: This is the lower range portion of the Rx Vessel level indication. The lower range provides indication of the reactor vessel level from tne bottom of the vessel to the hot leg during natural circulation conditions. Average of 1-LM-68-368E and -371E. Top of core = 62.3%.

Input from computer point ID's 1L2307A and 1L2308A.

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ERDS Point Number: 6 TEMP CORE EX 1UT1003 Highest Core Exit Temperature i

Date: 5/14/97 Reactor Unit SE1 Data Feeder: N/A NRC ERDS Parameter:- TEMP CORE EX Point ID: 1UT1003 Plant Specific Point Desc: CORE EXIT TEMP MAX Generic Cond Dese: Highest Core Exit Temperature Analog / Digital. A

, Engr Units / Dig States: DEGF Engr Unds Conversion: TYPE K TC Table Minimum instr Range: 200 Maximum Instr Range: 2300 Zero Point Reference- N/A Reference Point Notes- N/A PROC or SENS: P Number of Sensors: 65 How Processed: Highest Sensor Locations: Throughout core Alarm / Trip Set Points: No Alarms NID Power Cutoff Level. N/A NID Power Cut-On Level. N/A instrument Failure Mode: Eliminates open TC's Temperature Compensation : N Level Reference Leg: N/A Unique System Desc- INCORE Thermocouples processed through "Exosensor" System The system is divisionalized into 2 divisions. Total of 65 elements. The numeric is the higher of 1T1081 A (1-XM-94-101-69) and 1T1087A (1-XM-94-102-75) 200 DEGF is lower calibrated range but will read lower than this i

ERDS Point Number: 7 SUB MARGIN 1UT1005 Saturation Temp. - Highest CET Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: SUB MARGIN Point ID: 1UT1005 Plant Specrfic Point Desc: MIN SUBCOOL Generic Cond Dese: Saturation Temp. - Highest CET Analog /Digrtal: A Engr Units / Dig States: DEGF Engr Units Conversion: TYPE K TC Table Minimum Instr Range: -35 Maximum Instr Range: 200 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of sensors: 67 How Processed. Lowest Subcooling Sensor Locations: CETs throughout core / Remote Pentr Rm PT Alarm /Tnp Set Points. Low at 15 DEGF, High at 130 DEGF NID Power Cutoff Level N/A NID Power Cut On Level- N/A instrument Failure Mode: Eliminates open TC's Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: INCORE Thermocouples processed through "Exosensor" System.

The system is divisionahzed into 2 divisions. Total of 65 thermocouples and 2 pressure transmitters Uses highest CET with lowest RCS pressure (1-PT-68-66-78 and 1-PT-68-69-79).

Input from 1T1074A (1-XM-94,10166) and 1T1077A (1-XM-94-102-72)

ERDS Point Number: 8 SG LEVEL 1/A 1UL1001 Steam Generator 1 Water Level Date: 5/14/97 Reador und: SE1 Data Feeder: N/A NRC ERDS Parameter. SG LEVEL 1/A Point ID. 1UL1001 Plant Specific Point Desc: SG #1 NR LEVEL AVG 1

Generic Cond Desc: Steam Generator 1 Water Level Analog /Digdal. A Engr Units / Dig States'  % LEVEL ,

Engr Units Conversion: N/A I I

Minimum Instr Range: 0 i Maximum Instr Range: 100 Zero Point

Reference:

Notes I Reference Point Notes: Above "U" tubes I

PROC or SENS: P Number of Sensom: 2 How Processed: Average Sensor Locations: Located outside of Polar Crane Wall l Alartn/Tnp Set Points: Low at 25 %, High at 70 %

i NID Power Cutoff Level N/A NID Power Cut-On Level. N/A Instrument Failure Mode. Out of Range Temperature Compensation : Y Level Reference Leg: WET Unique System Desc: Steam Generator #1 Water Level Avg of 1-LT-3-39 and -42.

0-100% span on SG narrow range level transmitters corres-ponds to 75-100% span on the SG wide range levelinstrument-ation. Top of "U" tubes is approximately 71% on the wide range. Therefore, the entire narrow range span is above the "U" tubes. Input from Point ID's 1LO401 A and 1LO400A

ERDS Point Number: 9 SG LEVEL 2/B 1UL1002 Steam Generator 2 Water Level Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: SG LEVEL 2/B Point ID: 1UL1002 Plant Specific Point Desc: SG #2 NR LEVEL AVG Generic Cond Dese: Steam Generator 2 Water Level Analog /Dignal: A Engr Unrts/ Dig States:  % LEVEL Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 100 Zero Point

Reference:

Notes Reference Point Notes: Above "U" tubes PROC or SENS: P Number of Sensors: 2 How Processed: Average Sensor Locations: Located outside of Polar Crane Wall Alarm / Trip Set Points- Low at 25 %, High at 70 %

NID Power Cutoff Level: N/A NID Power Cut-On Levet N/A instrument Failure Mode: Out of Range Temperature Compensation : Y Level Reference Leg: WET Unique System Dese: Steam Generator #2 Water Level Avg. of 1-LT-3-52 and -55.

0-100% span on SG narrow range level transmrtters corres-ponds to 75-100% span on the SG wide range level instrument-ation. Top of "U" tubes is approximately 71% on the wide range. Therefore, the entire narrow range span is above the "U" tubes. Input from Point ID's 1LO421 A and 1LO420A.

ERDS Point Number: 10 SG LEVEL 3/C 1UL1003 Steam Generator 3 Water Level 1

l Date: 5/14/97 Reactor Unrt SE1 Data Feeder: N/A NRC ERDS Parameter: SG LEVEL 3/C Point ID. 1UL1003 Plant Specific Point Desc: SG #3 NR LEVEL AVG l Generic Cond Desc: Steam Generator 3 Water Level l

Analog /Dignal: A Engr Units / Dig States:  % LEVEL  !

l Engr Units Conversion: N/A l 1

l l Minimum Instr Range: O Maximum Instr Range: 100 Zero Point

Reference:

Notes I

Reference Point Notes: Above "U" tubes i l

l PROC or SENS: P l Number of Sensors: 2 How Processed: Average Sensor Locations: Located outside of Polar Crane Wall

! Alarm / Trip Set Points: Low at 25 %, High at 70 % l NID Power Cutoff Level: N/A l NID Power Cut-On Level N/A instrument Failure Mode: Out of Range I

Temperature Compensation : Y Level Reference Leg' WET l

Unique System Desc: Steam Generator #3 Water Level. Avg of 1-LT-3-94 and -97.

0-100% span on SG narrow range level transmitters corres-ponds to 75-100% span on the SG wide range levelinstrument-  !

ation. Top of "U" tubes is approximately 71% on the wide range. Therefore, the entire narrow range span is above the "U" tubes. Input from Point ID's 1LO441 A and 1LO440A.

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- ERDS Point Number: 11 SG LEVEL 4/D 1UL1004 Steam Generator 4 Water Level i l

i Date: 5/14/97 I Reactor Unit: SE1 Data Feeder: iJ/A NRC ERDS Parameter: Sg -ve. ein Point ID: 1UL1 Plant Specific Point Desc: SG #4 NR LEvc AVG Generic Cond Desc: Steam Generator 4 Water Level i Analog / Digital: A Engr Units / Dig States:  % LEVEL Engr Units Conversion: N/A  !

Minimum Instr Range: 0 Maximum Instr Range: 100 Zero Point

Reference:

Notes Reference Point Notes: Above "U" tubes PROC or SENS: P Number of Sensors: 2 How Processed: Average Sensor Locations: Located outside of Polar Crane Wall Alarm / Trip Set Points: Low at 25 %, High at 70 %

NiD Power Cutoff Level. N/A NID Power Cut-On Level: N/A instrument Failure Mode: Out of Range Temperature Compensation : Y Level Reference Leg' WET Unique System Dese: Steam Generator #4 Water Level. Avg. of 1-LT-3-107 and -110.

0-100% span on SG narrow range level transmitters corresponds to 75-100% on the SG wide range levelinstru-mentation. Top of "U" tubes is approximately 71% on the wide range. Therefore, the entire narrow range span is above the "U" tubes input from Point ID's iLO461 A an 1LO460A.

j ERDS Point Number: 12 SG PRESS 1/A 1UP1002 Steam Generator 1 Pressure Date: 5/14/97 Reactor Unrt: SE1 Data Feeder: N/A NRC ERDS Parameter: SG PRESS 1/A Point ID. 1UP1002 Plant Specrfic Point Desc: SG #1 MS PRESSURE AVG Generic Cond Desc: Steam Generator 1 Pressure I i

1. i Analog /Dignal: A  ;

1 Engr Units / Dig States: PSIG l

Engr Units Conversion: N/A I l

Minimum Instr Range. O I

Maximum Instr Range: 1200 I

Zero Point

Reference:

N/A '

Reference Point Notes: N/A a

l PROC or SENS: P 1 Number of Sensors: 2 How Processed. Average Sensor Locations: Remote Location in Penetration Room l Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG NID Power Cutoff Level: N/A NID Power Cut-On L.evel: N/A Instrument Failure Mode: Out of Range Temperature Compensation : N Level Reference Leg: WET Unique System Dese: Steam Generator #1 Pressure Average of 1-PT-1-2A and 1-PT-1-2B.

j input from computer point ID's 1PO400A and 1 PO401 A.

ERDS Point Number: 13 SG PRESS 2/B 1UP1003 Steam Generator 2 Pressure Date: 5/14/97 Reactor Unrt: SE1 Data Feeder: N/A NRC ERDS Parameter: SG PRESS 2/B Point ID: 1UP1003 Plant Speerfic Point Desc: SG #2 MS PRESSURE AVG Generic Cond Desc: Steam Generator 2 Pressure Analog / Digital. A Engr Units / Dig States: PSIG Engr Unas Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 1200 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors- 2 How Processed: Average Sensor Locations: Remote location in East Valve Room Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Out of Range i Temperature Compensation : N l

l Level Reference Leg WET Unique System Desc: Steam Generator #2 Pressure. Average of 1-PT-1-9A and

! 1-PT-1-9B.

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Input from computer point ID's 1PO420A and 1PO421 A.

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1 ERDS Point Number: 14 SG PRESS 3/C 1UP1004 Steam Generator 3 Pressure i

Date:- 5/14/97 Reador Uni SE1 Data Feeder: N/A NRC ERDS Parameter: SG PRESS 3/C Point ID: 1UP1004 Plant Specific Point Dese: SG #3 MS PRESSURE AVG Generic Cond Desc: Steam Generator 3 Pressure Analog / Digital. A Engr Units / Dig States: PSIG Engr Units Conversion: N/A Minimum Instr Range: 0 l Maxirnum Instr Range: 1200 l Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 i

How Processed Average  ;

Sensor Locations: Remote Location in East Valve Room Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG NID Power Cutoff Level: N/A NID Power Cut-On Level N/A Instrument Failure Mode. Out of Range I Temperature Compensation : N Level Reference Leg WET Unique System Desc: Steam Generator #3 Pressure. Average of 1-PT-1-20A and 1-PT-1-208.

Input from computer point ID's 1PO440A and 1PO441 A.

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l ERDS Point Number: 15 SG PRESS 4/D 1UP1005 Steam Generator 4 Pressure Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: SG PRESS 4/D Point ID: 1UP1005 Plant Specific Point Dese: SG #4 MS PRESSURE AVG j Generic Cond Desc: Steam Generator 4 Pressure

- Analog /Digdat A Engr Units / Dig States: PSIG Engr Units Conversion: N/A Minimum Instr Range. O Maximum Instr Range: 1200 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS. P Number of Sensors: 2 How Processed: Average

• Sensor Locations: Remote location in Penetration Room Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG l NID Power Cutoff Level N/A i I

NID Power Cut-On Level: N/A Instrument Failure Mode- Out of Range Temperature Cornpensation : N Level Reference Leg: WET l

l Unique System Desc: Steam Generator #4 Pressure. Average of 1-PT-1-27A and l 1-PT-1-278.

Input from computer pont ID's 1P0460A and 1PO461 A.

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ERDS Point Number: 16 MN FD FL 1/A 1UO410C Stm Gen 1 Main Feedwater Flow 1

i Date: 5/14/97 Reactor Unrt: SE1 Data Feeder: N/A 1 i NRC ERDS Parameter: MN FC FL 1/A ,

Point ID: 1U3410C Plant Specific Point Desc: SG #1 CORR FW 1/2 AVG Genenc Cond Desc: Stm Gen 1 Main Feedwater Flow Analog / Digital: A Engr Units / Dig States: MLB/HR Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 4.5 Zero Point

Reference:

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Reference Point Notes: N/A i PROC or SENS: P Number of Sensors: 3 How Processed: Average Sensor Locations: Stm Gen FW Line 1, Aux. Bldg Alarm / Trip Set Points: High at 3.9 MLB/HR, Hi-Hi at 4.0 MLB/HR NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Out of Range Temperature Compensation : Y Level Reference Leg' WET Unique System Dese: Steam Generator 1 Main Feedwater Flow. Average of 1F0403A (1-FT-3-35A) and 1F0404A (1-FT-3-35B). Corrected for temperature 1T0418A (1-TE-3-36).

ERDS Point Number: 17 MN FD FL 2/B 1UO430C Stm Gen 2 Main Feedwater Flow I

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Reactor Unit: SE1 I l

Data Feeder: N/A NRC ERDS Parameter: MN FD FL 2/B Point ID. 1UO430C Plant Specific Point Desc: SG #2 CORR FW 1/2 AVG Generic Cond Dese: Stm Gen 2 Main Feedvcter Flow Analog /Dignal A Engr Units / Dig States: MLB/HR j Engr Units Conversion: N/A Minimum instr Range: 0 i Maximum Instr Range: 4.5 Zero Point Reference-. N/A Reference Point Notes: N/A l

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PROC or SENS:- P Number of Sensors' 3 How Processed. Average Sensor Locations: Stm Gen FW Line 2, Aux Bldg Alarm / Trip Set Points: High at 3.9 MLB/HR, Hi-Hi at 4.0 MLB/HR NID Power Cutoff Levet N/A NID Power Cut-On Level N/A Instrument Failure Mode: Outof Range Temperature Compensation : Y l Levet Reference Leg' WET Unique System Desc: Steam Generator 2 Main Feedwater Flow. Average of 1F0423A (1-FT-3-48A) and 1F0424A (1-FT-3-488L Corrected for Temperature 1T0438A (1-TE-3-49).

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i ERDS Point Number: 18 MN FD FL 3/C 1UO450C Stm Gen 3 Main Feedwater Flow 4 i

Date. 5/14/97 Reactor Unrt

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Data Feeder: N/A NRC ERDS Parameter. MN FD FL 3/C l Point ID: 1U0450C Plant Specific Point Desc: SG #3 CORR FW 1/2 AVG Generic Cond Desc: Stm Gen 3 Main Feedwater Flow Analog /Dignal. A Engr Units / Dig States: MLB/HR Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range. 4.5 Zero Point

Reference:

N/A l Reference Point Notes: N/A l i

l PROC or SENS: P Number of Sensors: 3 How Processed- Average  ;

Sensor Locations. Stm Gen FW Line 3 Aux. Bldg Alarm / Trip Set Points: High at 3 9 MLB/HR, Hi-Hi at 4.0 MLB/HR ,

I NID Power Cutoff Level. N/A NID Power Cut-On Level. N/A instrument Failure Mode: Out of Range Temperature Compensation : Y Level Reference Leg WET Unique System Dese: Steam Generator 3 Main Feedwater Flow. Average of 1F0443A (1-FT-3-90A) and 1F0444A (1-FT-3-908). Corrected for Temperature 1T0458A(1-TE 3-91)

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ERDS Point Number: 19 MN FD FL 4/D 1UO470C Stm Gen 4 Main Feedwater Flow Date: 5/14/97 i

Reactor Unit: SE1 l Data Feeder: N/A NRC ERDS Parameter: MN FD FL 4/D Point ID. 1UO470C l 1

Plant Specific Point Desc: SG #4 CORR FW 1/2 AVG  !

Generic Cond Desc: Stm Gen 4 Main Feedwater Flow Analog / Dig:tal: A Engr Unns/ Dig States: MLB/HR Engr Units Conversion: N/A Minimum instr Range: 0 Maximum Instr Range: 4.5 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P l Number of Sensors: 3 I l

l How Processed: Average i Sensor Locations: Stm Gen FW Line 4, Aux. Bldg Alarm / Trip Set Points' High at 3 9 MLB/HR, Hi-Hi at 4 0 MLB/HR 1

N!D Power Cutoff Level: N/A l l

.i l NID Power Cut-On Level: N/A I

i instrument Failure Mode: Out of Range j Temperature Compensation : Y Level Reference Leg' WET Unique System Desc: Steam Generator 4 Main Feedwater Flow Average of 1F0463A (1-FT-3-103A) and 1F0464A (1-FT-3-103B). Corrected for Temperature 1T0478A (1-TE-3-104).

I i

1

- _ ~_- - -

t ERDS Point Number: 20 AX FW FL 1/A 1U0066 Stm Gen 1 Auxiliary FW Flow Date: 5/14/97 Reactor Unrt SE1 Data Feeder: N/A NRC ERDS Parameter AX FW FL 1/A Point ID: 1U0066 t Plant Specific Point Desc: SG #1 AUX FEEDWATER FLOW Generic Cond Desc: Stm Gen 1 Auxiliary FW Flow Analog / Digital: A Engr Units / Dig States: GPM l

Engr Units Conversion' N/A '

Minimum Instr Range: 0 l Maximum Instr Range: 440 Zero Point

Reference:

N/A Reference Point Notes: N/A l l

PROCc:SENS: S Number of Sensors: 1 How Processed: Pseudo point caps flow at 440 GPM Sensor Locations: Downstream of MDAFW, TDAFW tie to S/G 1  !

Alarm /Tnp Set Points: No Alarms 1

NID Power Cutoff Level: N/A NIO Power Cut-On Levet N/A Instrument Failure Mode: Low j Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: There are two electric and one turbine-driven AFWPS. Each electric pump feeds two SG's and the turbine-driven pump feeds all four SG's. The electric and turbine-driven AFWPs share the same piping to each SG The flow element is located in the shared piping, maximum rated flow for MDAFWPs and turbine-dnven AFWP, is 440 and 880 gpm, respectively. Input from 1-FM-3-163C (computer point ID 1F1049A).  ;

l l

.s ERDS Point Number: 21 AX FW FL 2/B 1UOO67 Stm Gen 2 Auxiliary FW Flow Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: AX FW FL 2/B Point ID: 1UOO67 Plant Specific Point Desc: SG #2 AUX FEEDWATER FLOW Generic Cond Dese: Stm Gen 2 Auxiliary FW Flow Analog / Digital. A Engr Unrts/ Dig States- GPM Engr Units Conversion: N/A Minimum Instr Range. O Maximum Instr Range: 440 Zero Point Reference- N/A Reference Point Notes: N/A P'<OC or SENS: S Number of Sensors: 1 l How Processed: Pseudo point caps flow at 440 GPM Sensor Locations: Downstream of MDAFW, TDAFW tie to S/G 2 Alarm / Trip Set Points: No alarms 1

NiD Power Cutoff Level. N/A NID Power Cut-On Level: N/A instrument Failure Mode: Low Temperature Compensation : N 4

Level Reference Leg- N/A i

Unique System Desc: There are two electric and one turbine-dnven AFWPS. Each i

electric pump feeds two SG's and the turbine-driven pump 4

feeds all four SG's. The electric and turbine-dnven AFWPs share the same piping to each SG. The flow element is located in the shared piping, maximum rated flow for MDAFWPs and turbine-dnven AFWP,is 440 and 880 gpm, respectively. Input from 1-FM-3-155C (computer point 1

l lD 1F1048A).

4

f

\

, ERDS Point Number: 22 AX FW FL 3/C 1U0068 Stm Gen 3 Auxiliary FW Flow l

Date: 5/14/97 Reactor Uni SE1 Data Feeder: N/A NRC ERDS Pa ameter: AX FW FL 3/C Point ID: 1U0068 Plant Specific Point Desc: SG #3 AUX FEEDWATER FLOW Generic Cond Dese: Stm Gen 3 Auxil!ary FW Flow Ar'elog/Digrtat A Engr Units / Dig States: GPM Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 440 Zero Poir.t

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S j Number of Sensors: 1 How Processed. Pseudo point caps flow at 440 GPM Sensor Locations: Downstream of MDAFW, TDAFW tie to S/G 3 Alarm / Trip Set Points: No Alarms l

NID Power Cutoff Level. N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: There are two electric and one turbine-driven AFWPS. Each electne pump feeds two SG's and the turbine-driven pump feeds all four SG's The electric and turbine-driven AFWPs share the same piping to each SG. The flow element ,

is located in the shared piping, maximum rated flow for MDAFWPs and turbine-driven AFWF, is 440 and 880 gpm, l

l respectively. Input from 1-FM-3-147C (computer point  !

l l lD 1 F1047A). l l

l

_ .._.. . _ _ _ - _ _ _ . . . . _ _ _ . . . _..-.m _ .___ - -. . ._ . _ . _ - - _ .-

ERDS Point Number: 23 AX FW FL 4/D 100069 Stm Gen 4 Auxiliary FW Flow Date: 5/14/97 Reador Unt: SE1 Data Feeder: N/A NRC ERDS Parameter: AX FW FL 4/D Point 10. 1U0069 Plant Specific Point Desc: SG #4 AUX FEEDWATER FLOW Generic Cond Dese: Stm Gen 4 Auxiliary FW Flow -

Analog /Dir.al: A Engr Units / Dig States: GPM Engr Units Conversion: N/A Minimum instr Range: 0 Maximum Instr Range: 440

. Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of' Sensors: 1 How Processed: Pseudo point caps flow at 440 GPM Sensor Locations: Downstrecm of MDAFW, TDAFW tie to S/G 4 Alarm / Trip Set Points: No Alarms l

NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A 1

Unique System Desc: There are two electric and one turbine-driven AFWPS. Each electric pump feeds two SG's and the turbine-driven pump feeds all four SG's. The electric and turbine-driven  ;

1' AFWPs share the same piping to each SG. The flow element is located in the shared piping, maximum rated flow for i

MDAFWPs and Turbine-driver, AFWP, is 440 and 880 gpm, j respectively. Input from 1-FM-3-1'/0C (computer point 1 1

ID 1F1050A). l

ERDS Point Number: 24 HL TEMP 1/A 1T0419A Stm Gen 1 Inlet Temperature ,

Date: 5/14/97 i Reactor Unit. SE1 Data Feeder: N/A i l

NRC ERDS Parameter: HL TEMP 1/A Point 10. 1T0419A Plant Specrfic Point Desc: LOOP 1 HOT LEG WIDE RANGE TEMP i

Generic Cond Dese: Stm Gen 1 Inlet Temperature  !

1 i

Analog / Digital. A Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum instr Range: 700 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S I

Number of Sensors: 1 l

How Processed: N/A 1

Sensor Locations: On Loop 1 RCS Hot Leg piping l l

{

Alarm / Trip Set Points: No Alarms I

NID Power Cutoff Level. N/A NID Power Cut-On Level N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg N/A Unique System Desc: RCS hot leg temperature is used in event recovery to provide i

information for manual control of RCS temperature, control of the ECCS pumps and RCPs, and venfying natural l circulation or increase blow down. The temperature indication is also used to control RCS pressure and i tt mperature within required limits. Input from 1-TM-68-1B.

I l

l

[

m .. . ~ _ _ --_ . . ._--_-._ - .- -_..~._. _ _ . _ . . _ . _ _ _ . __. _.- .... -.._ .-. - _ . . _

ERDS Point Number: 25 HL TEMP 2/B 1T0439A ' Stm Gen 2 Inlet Temperature i

Date: 5/14/97 Reactor Unit: SE1 1

1 Data Feeder; N/A NRC ERDS Parameter: HL TEMP 2/B Point ID: 1T0439A plant Specific Point Dese: LOOP 2 HOT LEG WIDE RANGE TEMP J

Generic Cond Desc: Stm Gen 2 Inlet Temperature i

Analog / Digital: A i Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 700 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S i

Number of Sensors: 1 How Processed: N/A Sensor Locatons: On Loop 2 RCS Hot Leg Piping Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A' .

j NID Power Cut-On Level: N/A instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A -i

. Unique System Dese: RCS hot leg temperature is used in event recovery to provide information for manual control of RCS temperature, control of the ECCS pumps and RCPs, and venfying natural circulation or increase blow down. The temperature it.dication is also used to control RCS pressure and l temperature within required limits. Input from 1-TM48-248.

. . - - - .y,-<r m., -,,,,=..r,- - -- ,-,w,

ERDS Point Number: 26 HL TEMP 3/C 1T0459A Stm Gen 3 Inlet Temperature Date: 5/14/97 Reactor Unit. SE1 Data Feeder: N/A NRC ERDS Parameter: HL TEMP 3/C Point ID: 1T0459A-

• Plant Speerfic Point Dese: LOOP 3 HOT LEG WIDE RANGE TEMP Generic Cond Desc: Stm Gen 3 Inlet Temperature Analog / Digital: A Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: C

' Maximum Instr Range: 700 Zero Point Ref -rence: N/A-Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: On Loop 3 RCS Hot Leg Piping Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Low

' Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: RCS hot leg temperature is used in event recovery to provide information for manual control of RCS temperature, control of the ECCS pumps and RCPs, and venfying natural circulation or increase blow down. The temperature indication is also used to control RCS pressure and temperature within required limits. Input from 1-TM-68-438.

i.~s

'?l

ERDS Point Number: 27 HL TEMP 4/D 1T0479A Stm Gen 4 Inlet Temperature Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC EROS Parameter: HL TEMP 4/D Point ID: 1T0479A Plant Specific Point Dese: LOOP 4 HOT LEG WIDE RANGE TEMP Generic Cond Desc: Stm Gen 4 Inlet Temperature Analog / Digital: A Engr Units / Dig States- DEGF Engr Unds Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 700 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locatons: On Loop 4 RCS Hot Leg Piping Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A t

NID Power Cut-On Levet N/A Instrument Failure Mode: Low Temperature Compensabon : N Level Reference Leg. N/A I Unique System Desc: RCS hot leg temperature is used in event recovery to provide l informaton for manual control of RCS temperature, control of the ECCS pumps and RCPs, and venfying natural I circulabon or increase blow down. The temperature indicaton is also used to control RCS pressure and temperature within required limits Input from 1-TM-68-65B.

I l

l l

4

. . = _ . , _ - -

l ERDS Point Number: 28 CL TEMP 1/A 1T0406A Stm Gen 1 Outlet Temperature I

Date: 5/14/97 l

Reactor Unit: SE1 l l

Data Feeder: N/A NRC ERDS Parameter: CL TEMP 1/A I

Point 10: 1T0406A Plant Specific Point Desc: LOOP 1 COLD LEG WIDE RANGE TEMP Genene Cond Desc: Stm Gen 1 Outlet Temperature l

Analog /Digdal. A j Engr Units / Dig States: DEGF Engr Units Conversion: N/6 Minimum Instr Range: 0 Maximum Instr Range: 700 i Zero Point

Reference:

N/A Reference Point Notes: N/A I

PROC or SENS: S Number of Sensors: 1  ;

4 How Processed. N/A Sensor Locations: On Loop 1 RCS Cold Leg Piping Alarm / Trip Set Points: High at 650 DEGF l

NID Power Cutoff Level: N/A d NID Power Cut-On Level: N/A Instrument Failure Mode: Low l Temperature Compensation : N Level Reference Leg N/A Unique System Desc: RCS cold leg temperature is used in event recovery to maintain proper relationship between RCS pressure and temperature while cooling down, and providing information to manually control RCS temperature by controlling AFW flow, steam generator pressure, and RHR. The temperature indication is also used in maintaining stable plant conditions and venfying natural circulation.

Input from 1-TM-68-18B.

l i

l l

l ERDS Point Number: 29 CL TEMP 2/B 1T0426A Stm Gen 2 Outlet Temperature l

Date: 5/14/97 I i

Reactor Unit: SE1 .

1 Data Feeder: N/A l NRC ERDS Parameter: CL TEMP 2/B i

Pomt ID. 1T0426A  !

Plant Specific Point Desc: LOOP 2 COLD LEG WIDE RANGE TEMP Generic Cond Desc: Stm Gen 2 Outlet Temperature Analog / Digital: A Engr Units / Dig States: DEGF Engr Units Conversion- N/A i

Minimum instr Range: 0

{

Maximum Instr Range: 700 Zero Point

Reference:

N/A Reference Point Notes: N/A l l

I PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: On Loop 2 RCS Cold Leg Piping l 1

Alarm / Trip Set Points: High at 650 DEGF j l

NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low l

Temperature Compensation :

N Level Reference Leg- N/A Unique System Desc: RCS cold leg temperature is used in event recovery to maii..e o proper relationship between RCS pressure and temperature while cooling down, and providing information to manually control RCS temperature by controlling AFW flow, steam generator pressure, and RHR. The temperature indication is also used in maintaining stable plant conditions and ventying natural circulation. l input from 1-TM-68-418.

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

- - - ~ . .. - - - - -.. ~ .. -.

b ERDS Point Number: 30 CL TEMP 3/C 1T0446A Stm Gen 3 Outlet Temperature l

! Date. 5/14/97 l l

Reactor Unrt- SE1 i

Data Feeder: N/A NRC ERDS Parameter: CL TEMP 3/C l

Point ID: 1T0446A l Plant Speerfic Point Desc: LOOP 3 COLD LEG WIDE RANGE TEMP  !

I Generic Cond Desc: Stm Gen 3 Outlet Temperature j i

l Analog /Digrtat A Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: 0 ,

Maximum Instr Range: 700 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: -S Number of Sensors: 1 How Processed: N/A Sensor Locations: On Loop 3 RCS Cold Leg Piping Alarm / Trip Set Points: High at 650 DEGF NID Power Cutoff Levet N/A NID Power Cut-On Levet N/A instrument Failure Mode: Low Temperature Compensaton : N ]

Level Reference Leg' N/A l I

Unique System Dese:

RCS cold leg temperature is used in event recovery to maintain proper relationship between RCS pressure and temperature v3ile cooling down, and providing information to manually control RCS temperature by controlling AFW flow, steam generator pressure, and RHR. The temperature

! ir.atcaton is also used in maintaining stable plant conditions and venfying natural circulation. 1 Input from 1-TM-68-60B.

< _ . . . _ _ m..

[

i s

}

EROS Point Number: 31 ; CL TEMP 4/D 1T0466A Stm Gen 4 Outlet Temperature j i^  ;

i Date: 5/14/97  ;

• i l Reador Unt SE1 i

1 Data Feeder:- N/A

• i I

j . NRC ERDS Parameter: CL TEMP 4/D Point ID- 1T0466A f I

j- Plant Specific Point Dese:- LOOP 4 COLD LEG WIDE RANGE TEMP l 1

Generic Cond Desc: Stm Gen 4 Outlet Temperature l

a

] Analog / Digital: A  !

Engr Units / Dig States: DEGF Engr Units Conversion: N/A '

i Minimum Instr Range: 0 f i -i Maximum Instr Range: 700

[- l

! Zero Point Reference- N/A  !

j Reference Point Notes: N/A .

l f l 4 l

! PROC or SEhh S l  !

l. Number of Sensort 1

. How Processed: N/A i Sensor Locations: On Loop 4 RCS Cold Leg Piping f

Alarm / Trip Set Points: High at 650 DEGF NID Power Cutoff Level N/A i

j NID Power Cut-On Level: N/A '

instrument Failure Mode: Low Temperature Compensation : N i

[ Level Reference Leg: N/A

, Unique System Desc: RCS cold leg temperature is used in event recovery to j' maintain proper relationship between RCS pressure and f temperature while cochng down, and providing information to

)- manually control RCS temperature by controlling AFW flow, steam generator pressure, and RHR. The temperature indication is also used in maintaining stable plant i conditjons and venfying natural circulation.

Input from 1.TM-68-838.

I 1

i i

1 4

e --- a y , , , - ,7-- .<w .

--r - -

.y-y ,-,y m -v- .-- y y- - .- r.e+ -

l ERDS Point Number: 32 RCS PRESSURE 1UP1000 Reactor Coolant System Pressure i

Date: 5/14/97 I i

Reactor Unit: SE1  ;

Data Feeder: N/A NRC ERDS Parameter: RCS PRESSURE ,

Point ID: 1UP1000 i

Plant Specific Point Dese: RCS WIDE RANGE PRESSURE AVERAGE l Generic Cond Desc: Reactor Coolant System Pressure Analog /Dignal: A i Engr Unrts/ Dig States: PSIG I Engr Unds Conversion: N/A l Minimum Instr Range: 0 j

Maximum Instr Range. 3000 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P a Number of Sensors' 3

< How Processed. Average j Sensor Locations: RCS Hot Legs 1,3,4 I Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low Temperature Compensaton : N Level Reference Leg- N/A Unique System Dese: RCS pressure determined by this point is the average of 3 signals, which measure wide range hot leg pressures (1-PT-68-62, -66, and -69). RCS pressure indication is util-1 ized by the operators to identify events for Si actuation and termination, startng and stopping RHR pumps, and con-trolling cooldown to prevent PTS.

Input from computer point ID's 1P2000A, 1P0129A, and 1 P2001 A.

E

, . _ _ . _ . _ . _ . _ _ _ _ _ _ . _ _ _ = _ _ . _ _ . _ , _ _ . _ _ _ . _ , . - . . _ .,_ _____ _ .m.._.

i j ERDS Point Number: 33 PRZR LEVEL 10L1005 Primary System Pressurizer Level )\

(

l Date: 5/14/97 Reac or Unt SE1 Data Feeder: N/A NRC ERDS Parameter: PRZR LEVEL ,

Point ID: 1UL1005 Plant Specific Point Dese:. PZR LEVEL AVERAGE Generic Cond Desc: Primary System Pressurizer Level Analog /Digitat A Engr Units / Dig States:  % LEVEL' t Engr Units Conversion: N/A -

l Minimum Instr Range: 0 Maximum Instr Range: 100

- Zero Point

Reference:

Notes Reference Point Notes: Top of HTR = 14%

PROC or SENS: P Number of Sensors: 3 How Processed: Average Sensor Locations: TAPS from Pressurizer Alarm / Trip Set Points: No Alarms NID Power Cutoff Level. N/A J

. NID Power Cut-On Levet N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg. WET j i

Unique System Dese: The pressurizer levelis an averaged signal from 3 level

-J transmnters (1-LT-68-320, -335, -339). Zero reference is bottom of cylindrical shell. Approximately 63 cu ft of water i

remains in the pressurizer below zero reference at 652 deg F l i

and 2235 psia. Top of heater represents approximately 14% j level. Heaters shutdown and letdown isolated at approx- -!

l \

l imately 17% level. Input from computer point ID's 1LO482A, i

1LO481 A, and 1LO480A. I

- , - - - ,-,,- ~ - -- - - --- - - -- ,- - -

4. . . __ ..- -. - . _ . _ _ . _ . .-. . - _ _ . . _ . _ _ . _ . _ _ - _ _ _ _ . _ . _ _ _ . _ _ . . .

l

.i l

. ERDS Point Number: 34 RCS CMG/MU 1UF1016 Primary System Charging / Makeup 1

Date: 5/14/97 ~

Reactor Unit SE1 )

Data Feeder: " N/A' NRC ERDS Parameter: RCS CHG/MU Point ID: 1UF1016 Plant Specific Point Desc: NET CHG FLO Generic Cond Desc: Pnmary System Charging / Makeup -i!

l Analog / Digital: .A i i

Engr Units / Dig States: GPM

- Engr Units Conversion: N/A Minimum Instr Range: -200 4 Maximum Instr Range: 176

?

] Zero Point

Reference:

N/A z

j Reference Point Notes: N/A 5

PROC or SENS: P Number of Sensors: 6 How Processed: Subtraction i

Sensor Locations: CCP Pmp, RCP Seal / Leakoff, RCS Letdown I i

Alarm / Trip Set Points: No Alarms l

' NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A l

, instrument Failure Mode: Multiple due to number of sensors  ;

Temperature Compensation : N i

- Level Reference Leg: N/A I

.. Unique System Desc: The net charging flow is calculated by subtractng RCP seal return, and CVCS letdown flow from the discharge flow of the )

charging pump. The design charging flow is between 55 and 100 GPM during normal operaton. Input from Point ID's 4

1F0128A,1F0134A,1F1018A,1F1020A,1F1022A, and 1F1024A.

l 1

1 w- , _r , . - - - - - ,, _-

r . -+ _ , _ , - . . . ..m. w . --e

m. ___ _ _ . _ _ . _ ._ _ _ _ . - . . . . _ _ _ . _ _ _ _ _ _ _ . . _ . _ . - - . - . _ . _ . - . . . _ _ . _ _ . _ . . . . - . _ _ . _ . _ _ . _

ERDS Point Number: 35 HP S1 FLOW 1UF1010 High Pressure Safety inj. Flow Date: 5/14/97 -

Reactor Unit:- SE1 Data Feeder. N/A NRC ERDS Parameter: HP St FLOW Point ID: 1UF1010 Plant Specific Point Dese: St FLOW TOTAL Generic Cond Desc: High Pressure Safety inj. Flow Analog / Digital: A

, Engr Ontts/ Dig States: GPM 1

Engr Units Conversion: N/A Minimum Instr Range: 0 l

Maximum instr Range: 1600 Zero Point

Reference:

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

l. Number of Sensors: 2

( How Processed. Sum Sensor Locations: Discharge of Safety injection Pumps Alarm /Tnp Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: The total flow is measured by adding the discharge flow j.

rates from two Safety injection Pumps. The total accident i

! flow rates for cold leg injection or recirculation and hot L

l leg recirculation can be monitored by this point. Safety ,

injection Pumps on miniflow will not show flow since

,( mintflow path is upstream of flow element. The design flow

! rate is 425 GPM @ 2500 ft of head for each St Pump.

i (Sum of 1-FT-63-20 and -151). Input from Point ID's 1F1059A

]

1' and 1F1066A.

]

l l

, ._ . . . - , yw- , -, , , - ,,w.m_ ,.._-4 -

l ERDS Point Number: 36 LP St FLOW 1UF1011 Low Pressure Safety inj. Flow i

Date: 5/14/97 Reactor Unit. SE1 Data Feeder. N/A NRC ERDS Paramater: LP St FLOW Point ID: 1UF1011 Plant Specific Point Desc: RHR COLD LEG TOTAL FLOW Generic Cond Desc: Low Pressure Safety inj. Flow Analog /Digdal: A Engr Units / Dig States: GPM Engr Units Conversion: N/A Minimum instr Range: 0 Maximum Instr Range: 11000 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS- P Number of Sensors: 4 How Processed-. Average Sensor Locations: RHR Cold Legs 2,3 and 1,4 Piping I

, Alarm / Trip Set Points: No Alarms l

NID Power Cutoff Level: N/A 1

NID Power Cut-On Level: N/A j instrument Failure Mode: Low  !

l Temperature Compensation : N .

I

' l Level Reference Leg- N/A l

Unique System Dese: The RHR Cold Leg Flow Rate value is calculated by summing the average flow from cold legs 2 and 3 with the average flow from cold legs 1 and 4. The design flow rate for a RHR pump is 3000 GPM at 375 feet of head. Flow sensors

, include 1-FT-63-91 A and -918.1-FT-63-92A and -92B.

Input from computer point ID's 1F1060A,1 F1061 A,1F1063A, and 1F1064A.

l l

l

ERDS Point Number: 37 CNTMT SMP WR 1UL1011 Containment Sump Wide Rng Lvl Date: 5/14/97 Reactor Und: SE1 Data Feeder: N/A NRC ERDS Parameter: CNTMT SMP WR Point ID: 1UL1011 Plant Specrfic Point Dese: CONTAINMENT SUMP LEV AVG Generic Cond Desc: Containment Sump Wide Rng Lvl Analog /Digitat A Engr Units / Dig States:  % LEVEL Engr Unds Conversion: N/A Minimum Instr Range: 0 Maximum instr Range: 100 Zero Point

Reference:

CNTFLR Reference Point Notes- The containment floor is elevation 680 PROC or SENS: P Numter of Sensors: 4 How Processed. Average, Redundant Sensor Algonthm Sensor Locations: Containment Sump i

Alarm / Trip Set Points: No Alarms J NID Power Cutoff Levet N/A NID Power Cut-On Levet N/A Instrui,1ent Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: The containment average sump level is calculated by a redundant sensor algorrthm using four sump level transmitters. LT-63-170, -177, -178, and -179. The transfer from RWST to containment sump setpoint is 11%, which is approximately 2.5 feet above containment floor elevation.

Gallons /% level varies with level in a nearly linear rela-tionship. (78,000 gallons) input from computer point ID's 1L1052A,1L1053A,1L1054A, anct 1L1055A.

_ . . . . _ . _ . _ _ .__...-__..._..__._...__.m_._._.__._.__ _.-._ .m. _ __ ....m__. __ ._ .. . .

1

)

~

i

, ERDS Point Number: 38 - EFF GAS RAD 1R9102A Release Rt of Radioactive Gases Date: 5/14/97 ,

- Reactor Unit SE1

[-

! Data Feeder: N/A  ;

I j NRC EROS Parameter: EFF GAS RAD l PointID: 1R9102A

{

Plant Specific Point Dese: UNIT 1 SHIELD BLDG RELEASE RATE ,

Generic Cond Dese: Release Rt of Radioactive Gases  !

j-

- Analog / Digital: A

> Engr Units / Dig States: uCi/sec

. Engr Units Conversion: N/A -

- Minimum Instr Range: 1.0 E-2

j. Maximum Instr Range: 1.0 E10 )

Zero Point

Reference:

N/A'  !

l

. Reference Point Notes- N/A i.

l 1

, ' PROC 'or SENS: S 4-Number of Sensors: 1 1

How Processed. Sampled Totalized times flow rate Sensor Locations: Auxiliary Bldg Alarm / Trip Set Points: 220,000 uCi/sec i

NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A i ,

j instrument Failure Mode: Low on Loss of Power i . Temperature Compensation : N i

a ~ Level Reference Leg: N/A i Unique System Dese: Unit i Shield Bldg Exhaust. To obtain true release rate,

! i

} Unit 2 monrtor must also be checked, l Input from 1-RM-90-400.

3 i

I

,i i

i e

4 2

-,-,vr - w -- -. - == .-' -,-w -iw . --,-- - * - r -

_- . - . . . .~. __-.___...~..._.-.._..__._._.m._--..._-o____m_._m... .__._ _ _ .._.~.

l l

EROS Point Number: EFF GAS RAD 1R9102XA Release Rt. of Radioactive Gases l

Date: 5/14/97  ;

Reactor Unit SE1 i

Data Feeder: N/A j NRC ERDS Parameter: EFF GAS RAD Point ID; 1R9102XA Plant Speerfic Point Dese: UNIT 2 SHIELD BLDG RELEASE RATE-Generic Cond Dese: Release Rt of Radioactive Gases ]

Analog /Dignal. A Engr Units / Dig States: uCi/sec -

Engr Units Conversion: N/A Minimum Instr Range: 1.0 E-2 Maximum Instr Range: 1.0 E10 Zero Point

Reference:

N/A Reference Point Notes: N/A 1

PROC or SENS: S Number of Sensors: 1 How Processed: Sampled Totalized times flow rate Sensor Locations: Auxiliary Bldg Alarm / Trip Set Points: 220,000 uCi/sec NID Power Cutoff Level: N/A l NID Power Cut-On Levet N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A j Unique System Desc: Unit 2 Shield Bldg Exhaust. To obtain true release rate, Unit 1 monitor must also be checked.

Input from 2-RM-90-400. l

a 1

)

l l

ERDS Point Number: 40 EFF LIQ RAD OR1022A Radioactivity of Released Liquid i

Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A l

NRC ERDS Paramettr: EFF LIQ RAD Point ID: OR1022A i

Plant Specific Point Dese: WDS LIQUID EFFLUENT RADIATION )

J Generic Cond Dese: Radioactivity of Released Liquid 1

Analog /Digdal: A l Engr Units / Dig States: CPM Engr Units Conversion: N/A Minimum instr Range: 1.0 E1 Maximum instr Range' 1.0 E7 Zero Point Reference' N/A Reference Point Notes- N/A i

PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: Auxiliary Bldg Alarm / Trip Set Points: Variable NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power l Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: Waste Disposal System Liquid Effluent.

This computer point is in counts per minute.

Input from 0-RE-90-122.

ERDS Point Number: 41 COND AIE RAD 1UR1006 Cond Air Ejector Radioactivity Date: 5/14/97 Reactor Unit. SE1 Data Feeder: N/A NRC ERDS Parameter: COND A/E RAD Point ID: 1UR1006 Plant Specific Point Desc: COND VAC EXH LOW RNG RELEASE RATE Generic Cond Dese: Cond Air Ejector Radioactivity Analog / Digital: A Engr Units / Dig States: uCi/sec Engr Units Conversion: N/A Minimum Instr Range: 0.0 E0 Maximum instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 How Processed: Cond Flow

• Dose Sensor Locations: Turbine Bldg

. Alarm / Trip Set Points: Variable l

NID Power Cutoff Level: N/A NID Power Cut-On Level N/A 1

instrument Failure Mode: Low on Loss of Power Temperature Compensation : N

! Level Reference Leg: N/A Unique System Desc: Condenser Air Ejector Noble Gas Monitor.

This is one of three computer points needed to cover full range. This point uses inputs from 1-FT-2-256 and ,

1 1-RM-90-119 to compute dose rates.

Input from computer point ID's 1F2700A and 1R0001 A

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

I ERDS Point Number: 42 COND A/E PAD - 1UR1007 Cond Air Ejector Radioactivity l Date. 5/14/97 l Reactor Unit: SE1 l

Data Feeder:- N/A l NRC ERDS Parameter. COND A/E RAD l

Point ID: 1UR1007 Plant Specific Point Desc: COND VAC EXH MID RNG RELEASE RATE i

Generic Cond Dese: Cond Air Ejector Radioactivity l.

l

!. Analog /Digrtal: A l

l Engr Units / Dig States: uCi/sec Engr Units Conversion: N/A i

Minimum Instr Range: 0.0 EO l

Maximum Instr Range: 1.0 E8 I Zero Point

Reference:

N/A Reference Point Notes: N/A I

l. PROC or SENS: P Number of Sensors: 2 l

How Processed: Cond Flow

• Dose l Shnsor Locations: Turbine Bldg.

i Alarm / Trip Set Points: Variable NID Power Cutoff Level: N/A NID Power Cut-On Level: ~ N/A instrument Failure Mode. Low on Loss of Power Temperature Compensation : N i

Level Reference Leg: N/A Unique System Dese: ~ Condenser Air Ejector Noble Gas Monitor This is one of three computer points needed to cover full l

.I range. This point uses inputs from 1-FT-2-256 & 1-RM-90-99 i to compute dose rates. Input from computer point ID's 1F2700A and 1R0014A.

i i

l

-. ._- . ,J

' ERDS Point Number: 43 COND A/E RAD 1UR1008 Cond Air Ejector Radioactivity

' l l

1 Date: 5/14/97 Reactor Unit: SE1

! l l Data Feeder: N/A l l

NRC ERDS Parameter: COND A/E RAD l 1

i Point ID: 1UR1008 l l 1 Plant Specific Point Desc: COND VAC EXH HI RNG RELEASE RATE  !

Generic Cond Desc: Cond Air Ejector Radioactivity i

i Analog / Digital. A Engr Units / Dig States- uCi/sec Engr Units Conversion: N/A Minimum Instr Range: 0 0 EO Maximum Instr Range: 1.0 E8 i i

Zero Point

Reference:

N/A l Reference Point Notes: N/A i

PROC or SENS: P Number of Sensors: 2 How Processed: Cond Flow

• Dose Sensor Locations: Turbine Bldg Alarm /Tnp Set Points: Variable 1 l

NID Power Cutoff Level: N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg. N/A Unique System Desc- Condenser Air Ejector Noble Gas Monitor.

This is one of three computer points needed to cover full range. This point uses inputs from 1-FT-2-256 & 1-RM-90-405 to compute dose rates. Input from computer point ID's 1F2700A and 1R9101 A.

1

ERDS Point Number: 44 CNTMNT RAD 1UR6021 Upper Containment Radiation Lvl I Date: 5/14/97 Reactor Unit. SE1 Data Feeder: N/A NRC ERDS Parameter: CNTMNT RAD Point ID: 1UR6021 l Plant Specific Point Desc: UPPER CNTMT RADIATION Generic Cond Desc: Upper Containment Radiation Lvl Analog / Digital. A l Engr Unns/ Dig States: R/HR Engr Units Conversion: N/A Minimum Instr Range: 1.0 EO Maximum instr Range. 1.0 E8  ;

Zero Point

Reference:

N/A Reference Point Notes: N/A l I

i PROC or SENS: P Number of Sensors: 2 How Processed: Average .

Sensor Locations: Upper Containment Alarm /Tnp Set Points: 100 R/HR NID Power Cutoff Level: N/A NID Power Cut-On Level N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level n 'erence Leg- N/A Unique System Desc: Upper Containment High Range Area Monitors.

Inputs are 1-RM-90-271 & 1-RM-90-272.

Input from computer point ID's 1R9018A and 1R9019A.

l l

ERDS Point Number: 45 CNTMN' 1AD 1UR6022 Lower Containment Radiation Lvl l

I Date: 5/14/97 Reactor Unrt: SE1 j l

Data Feeder: N/A l l

NRC ERDS Parameter: CNTMNT RAD l Point ID: - 1UR6022 Plant Speerfic Point Desc: LOWER CNTMT RADIATION I Generic Cond Desc: Lower Containment Radiation Lvl Analog / Digital: A Engr Units / Dig States: R/HR Engr Units Conversion: N/A Minimum Instr Range: 1.0 EO Maximum Instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 How Processed: Average Sensor Locations: Lower Containment Alarm /Tnp Set Points: No Alarms NID Power Cutoff Level N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Lower Containment High Range Area Monitor.

inputs are 1-RM-90-273 & 1-RM-90-274 (computer point ID's 1R9020A and 1R9021 A).

ERDS Point Number: 46 MAIN SL 1/A 1UR1001 Stm Gen 1 Steam Line Rad Level i Date: 5/14/97 Reactor Unit. SE1 Data Feeder: N/A NRC ERDS Parameter: MAIN SL 1/A Point ID: 1UR1001 Plant Specific Point Dese: SG #1 RELEASE RATE Generic Cond Oese: i Stm Gen 1 Steam ?.ine Rad Level -

l 4

Analog /Digrtal: A l

1 Engr Unrts/ Dig States: uCi/sec j Engr Unrts Conversion: N/A Minimum instr Range. 0.0 E0 Maximum Instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 4 How Processed. Sampled Totalized Sensor Locations: Main Steam Line prior to ATM reliefs

. Alarm / Trip Set Points: No Alarms l

NID Power Cutoff Level: N/A l NID Power Cut-On Level: N/A i i

instrument Failure Mode: Low on Loss of Power Temperature Cornpensaton : N Level Reference Leg: N/A Unique System Desc: Value calculated as product of SG #1 release rate, radioactivity, specific volume, and a conversion constant.  !

1-PCV-1-5 position is monitored & if PORV is 'NOT CLOSED',

valve is assumed to contribute 890,000 lb/hr flow to the atmosphere. 5 code safety valves for each S/G. MS line header pressure (1-PT-1-2A & 2B)is monitored to determine condition of valves. Each open valve is assumed to contnbute 890,000 lb/hr to the flow rate. If code safetes lift,1 is assumed stuck open until pressure < 50 psig input from rad monitor 1-RM-90-421 (computer point 1R9027A),

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

ERDS Point Number: 47 MAIN SL 2/B 1UR1002 Stm Gen 2 Steam Line Rad Level e

Date. . 5/14/97 Reacter Unit: SE1

. Data Feeder: N/A NRC ERDS Parameter: ' MAIN SL 2/B Point ID: 1UR1002 Plant Specific Point Dese: SG #2 RELEASE RATE Generic Cond Dese: Stm Gen 2 Steam Line Rad Level Analog /Digrtal: A i Engr Units / Dig States: uCi/sec .

Engr Units Conversion: N/A

~

Minimum Instr Range: 0.0 EO Maximum Instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P I Number of Sensors: 4 How Processed: Sampled Totalized Sensor Locations: Main Steam Line prior to ATM reliefs Alarm / Trip Set Points: No Alarms NID Power Cutoff Level- N/A NID Power Cut-On Level: N/A instrument Failure Mode: Low on Loss of Power Temperature Compenntion : N Level Reference Leg N/A Unique System Dese: Value calculated as product of SG #2 release rate, radioactivity, specific volume, and a conversion constant.

1 PCV-1 12 position is monitored & if PORV is 'NOT CLOSED',

I l'

valve is assumed to contribute 890,000 lb/hr flow to the l

l. atmosphere. 5 code safety vafves for each S/G MS line

, header pressure (1-PT-1-9A & 98) is monitored to determine j 1

! condrtion of valves. Each open valve is assumed to i 1 1 contribute 890,000 lb/hr to the flow rate. If code safeties lift,1 is assumed stuck open until pressure < 50 psig input from rad monitor 1-RM-90-422 (computer point 1R9028A). l l _ _ - _ - . - -

i ERDS Point Number: 48 MAIN SL 3/C 1UR1003 Stm Gen 3 Steam Line Rad Level Date: 5/14/97 Reactor Unit SE1 Data Feeder: 'N/A NRC ERDS Parameter MAIN SL 3/C

- Point ID: 1UR1003 Plant Speerlic Point Dese: SG #3 RELEASE RATE '

Generic Cond Desc:' Stm Gen 3 Steam Line Rad Level Analog /Digdal: A Engr Unrts/ Dig States: uCi/sec Engr Units Conversion: N/A Minimum Instr Range: 0.0 EO Maximum Instr ~ Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 4 How Processed. Sampled Totalized Sensor Locations:- Main Steam Line prior to ATM reliefs Alarm / Trip Set Points: No Alarms NID Power Cutoff Levet N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: Value calculated as product of SG #3 release rate, radioactivrty, speedic volume, and a conversion constant.

1-PCV-1-23 posrtion is mondored & sf PORV is 'NOT CLOSED',

valve is assumed to contnbute 890,000 lb/hr flow to the atmosphere. 5 code safety valves for each S/G MS line header pressure (1-PT-1-20A & 208)is mondored to determine condition of valves. Each open valve is assumed to contribute 890,000 lb/hr to the flow rate. If code safeties Irft,1 is assumed stuck open until pressure < 50 psig, input from rad monitor 1-RM-90-423 (computer point 1R9029A).

ERDS Point Number: 49 MAIN SL 4/D 1UR1004 Stm Gen 4 Steam Line Rad Level P

Date. 5/14/97

.7 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter; MAIN SL 4/D

^

Point ID: 1UR1004 .

Plant Specific Point Desc: SG #4 RELEASE RATE ,

- Generic Cond Desc: Stm Gen 4 Steam Line Rad Level i

Analo'g/Dignal: A l t

Engr Units / Dig States: uCi/sec >

Engr Units Conversion: N/A Minimum Instr Range: 0.0 E0 Maximum Instr Range: 1.0 E8 ,

Zero Point

Reference:

N/A  !

Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 4 l

How Processed: Sampled Totalized }

Senser Locations: Main Steam Line prior to ATM reliefs Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: Value calculated as product of SG #4 release rate, radioactivity, specific volume, and a conversion constant 1-PCV-1-30 position is monitored & if PORV is 'NOT CLOSED',

valve is assumed to contribute 890,000 lb/hr flow to the atmosphere. 5 code safety valves for each S/G. MS line

! header pressure (1-PT-1-27A & 278)is monitored to determine condition of valves. Each open valve is assumed to contribute 890,000 lb/hr to the flow rate. If code safeties lift,1 is assumed stuck open until pressure < 50 psig.

input from rad monitor 1-RM-90-424 (computer point 1R9030A).

l ERDS Point Number: 50 SG BD RAD 1 A 1RiO20A Stm Gen Header Blowdown Rad Levl I

I l Date: 5/14/97 Reactor Unit: SE1 .

Data Feeder: N/A NRC ERDS Parameter: SG BD RAD 1 A Point ID: 1R1020A Plant Specific Point Desc: SG BLOWDOWN RADIATION Genenc Cond Oesc: Strn Gen Header Blowdown Rad Levi Analog /Digitat: A Engr Units / Dig States: CPM Engi Units Conversion: N/A Minimum Instr Range: 1.0 E1 Maximum instr Range: 1.0 E7 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed N/A Sensor Locations: Turbine Bldg Alarm /Tnp Set Points: Vanable NID Power Cutoff Level N/A NID Power Cut-On Level: N/A Instrument Failure Modu: Low on Loss of Power Temperature Compensation : N Level Reference Leg- N/A Unique System Desc: Steam Generator Blowdown Header Liquid Monitor.

This is one of two r onitors, one of which is valved out The monitor is for the header and not individualloops.

Input from 1-RM-90-120A.

. . _ _ _ _ _ . . _ . . . _ . . . _ .__.__..._..__._..m . _,____...____m._ m.__._.. . . ,

t f

ERDS Point Number: 51 . SG BD RAD 1B 1R1021A Stm Gen Header Blowdown Rad Levi l l

Date: 5/14/97 {

- Reactor Unrt; SE1  !

I Data Feeder:' N/A }

~ NRC EROS Parameter: SG BD RAD 1B Point ID: 1R1021A r Plant Specific Point Desc: SG BLOWDOWN RADIATION Generic Cond Desc: Stm Gen Header Blowdown Rad Levi Analog / Digital. A Engr Units / Dig States: CPM i Engr Units Conversion: N/A !i Minimum Instr Range: 1.0 E1  !

Maximum Instr Range: 1.0 E7

]

Zero Point

Reference:

N/A  ;

R ference Point Notes: N/A PROC or SENS: S -!

Number of Sensors: 1 How Processed: N/A i t

Sensor Locations: Turbine Bldg i

Alarm / Trip Set Points: Variable NID Power Cutoff Level: N/A l

NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N [

Level Reference Leg: N/A Unique System Desc: Steam Generator Blowdown Header Liquid Monitor. i

? This is one of two monitors, one of which is valved out.

The monitor is for the header and not individualloops.

,. Input from 1-RM-90-121 A. i l

t k

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

t

[. f; ERDS Point Number: .52 CTMNT PRESS . 1UP6000 Containment Pressure d

+

i Date- 5/14/97 i

. f

Reactor Unrt SE1 l

. Data Feeder: N/A  !

f j NRC ERDS Parameter: CTMNT PRESS h Point ID: 1UP6000 )

i Plant Specific Point Desc: CNTMT PRESSURE AVERAGE f l Generic Cond Desc: Containment Pressure i

- l 1

~ Analog /Digitat A j

Engr Units / Dig States: PSIG '

1 f Engr Units Conversion: N/A Minimum Instr Range: 1

, Maximum instr Range: 15 l Zero Point

Reference:

N/A Reference Point Notes: N/A-PROC or SENS: P- i Number of Sensors: 2 How Processed: Average Sensor Locations: Annulus Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A )

l NID Power Cut-On Levet N/A )

instrument Failure Mode. Out of Range Temperature Compensation : N Level Reference Leg: N/A j

Unique System Desc: Containment Pressure. This is actually a differential  ;

between containment and the annutus. Average of 1-PDT-30-44 and -45 (computer points 1P1002A and 1P1003A). l 1

i i

I

ERDS Point Number: 53 CTMNT TEMP 1QV0020 Containment Temperature Date. 5/14/97 I

Reactor Unit SE1 Data Feeder: N/A NRC ERDS Parameter: CTMNT TEMP Point ID: 1QV0020 Plant Specific Point Desc: CALCULATED LOWER CTMT TEMP - LCTTEMP ,

l Generic Cond Dese: Containment Temperature Analog / Digital: A ,

l' Engr Units / Dig States. DEGF Engr Units Conversion: N/A Minimum instr Range. O Maximum instr Range: 200 Zero Point

Reference:

N/A Reference Point Notes: N/A l

1 PROC or HENS: P Number of Sensors: 19 How Processed- Weighted Average Sensor Locatons Lower Containment i I

Alarm / Trip Set Points: Low at 105 DEGF, High at 120 DEGF NID Power Cutoff Level' N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Fail Low Temperature Compensaton : N Level Reference Leg- N/A Unique System Desc: Weighted Average of 19 Lower Containment Temp. Elements.

l I

l i

ERDS Point Number: 54 H2 CONC 1UY1005 Containment H2 Concentration i

Date: 5/14/97 Reactor Unrt: SE1 l Data Feeder: N/A NRC ERDS Parameter: H2 CONC l Point ID: 1UY1005 i

Plant Specific Point Desc: H2 CONC AVG l

Generic Cond Dese: Containment H2 Concentration i 1

Analog / Digital. .A l i

Engr Units / Dig States.  % H2V Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 10 ,

1 Zero Point Reference. N/A Reference Point Notes- N/A PROC or SENS: P Number of Sensors: 2 How Processed: Average Sensor Locations: Sample line from both uppr & lowr cntmnt Alarm /Tnp Set Points: High at 10 %

NID Power Cutoff Level N/A NID Power Cut-On Level N/A Instrument Failure Mode: Downscale on loss of power Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Samples H2 gas concentration in containment. Average of 1-H2AN-43-200 and 1-H2AN-43-210 (computer points 1C1000A and 1C1001 A). Analyzers are normally valved out.

l

ERDS Point Number: 55 RWST LEVEL 1UL1000 Refueling Water Storage Tank Lev Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: RWST LEVEL Point ID: 1UL1000 Plant Specific Point Desc: RWST LEV AVG Generic Cond Desc: Refueling Water Storage Tank Lev Analog / Digital. A Engr Units / Dig States:  % LEVEL Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 100 Zero Point

Reference:

27.6" Reference Point Notes: 25,000 gal below zero reference PROC or SENS: P Number of Sensors: 2 How Processed. Average, Redundant Sensor Algorithm Sensor Locations: RWST taps 25,000 Gals in tnk at 0% Level Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level. N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg- N/A Unique System Desc: The RWST average levelis calculated by a redundant sensor algorithm from the 2 RWST level transmrtters.

The RWST tank capacity is 380,000 gallons.

0% = 25,000 gallons, 100% = 380,000 gallons.

Input from 1-LT-63-50 and -51 (computer points 1L2201 A and 1L1041 A).

. . . _ . ~ _ . _ _ _ . _ _ . _ _ _ _ _ . _ _ . . . . . _ _ . . . .

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

ERDS Point Number: 56- WIND SPEED MET 001 Wind Speed . Upper Level Date: 5/14/97 Reador Uni SE1 l

Data Feeder: N/A '

NRC ERDS Parameter: WIND SPEED Point ID: MET 001 4 I

Plant Speerfic Point Desc: 91M VECTOR WIND SPEED (15 MIN AVG)

Generic Cond Desc; Wind Speed - Upper Level Analog / Digital. A Engr Unrts/ Dig States: m/sec Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 44.6 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Nurrber of Sensors: 1 How Processed: N/A Sensor Locations: At the 91 Meter Level of the Met Tower Alarm / Trip Set Points: No Alarms i

l NID Power Cutoff Level- N/A NID Power Cut-On Level: N/A Instrument Failure Mode: LOW Temperature Compensation : N .

(

Level Reference Leg: N/A i l

l Unique System Dese: ].

l.

i I

,f '

l t

i

, - - - - . . . . , --c,. .. - -- . - - . . . . =

ERDS Point Number: 57 WIND SPEED MET 002 Wind Speed -Intermediate Level Date 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: WIND SPEED Point ID: MET 002 Plant Specific Point Dese: 46M VECTOR WIND SPEED (15 MIN AVG)

Generic Cond Desc: W nd Speed -Intermediate Level Analog / Digital: A Engr Unds/ Dig States: m/sec Engr Uniis Conversion: N/A Minimum instr Range: 0 Maximum Instr Range: 44 6 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS. S Number of Sensors: 1 How Processed- N/A Sensor Locations: At the 46 Meter Level of the Met Tower Alarm / Trip Set Points: No Alarms NID Power Cutoff Level N/A NID Power Cut-On Level N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A Unique System Dese:

l l

l

1 1

)

ERDS Point Number: 58 WIND SPEED MET 003 Wind Speed - Lower Level I l

Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N'A NRC ERDS Parameter: WIND SPEED Point ID: MET 003 '

Plant Specrfic Point Desc: 10M VECTOR WIND SPEED (15 MIN AVG) 1 Generic Cend Desc: Wind Speed - Lower Level Analog / Digital: A J Engr Units / Dig States: m/sec Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 44 6 )

Zero Point

Reference:

N/A Reference Point Notes: N/A 1

PROC or SENS- S l i

Number of Sensors: 1 How Processed: N/A 1 Sensor Locations: At the 10 Meter Level of the Met Tower Alarm /Tnp Set Points: No Alarms ,

I NID Power Cutoff Level: N/A l NID Power Cut-On Level: N/A i instrument Failure Mode: LOW Temperature Compeneon : N ,

l Level Reference Le N/A Unique System Desc:

ERDS Point Number: 59 WIND DIR MET 004 Wind Direction - Upper Level Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: WIND DIR Point ID: MET 004 Plant Specific Point Dese: 91M VECTOR WIND DIR (15 MIN AVG)

Genene Cond Dese: Wind Direction Upper Level Analog / Digital. A Engr Units / Dig States: DEG

' Engr Unns Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 360 Zero Point

Reference:

N/A '

Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed N/A Sensor Locations: At the 91 Meter Level of the Met Tower Alarm / Trip Set Points: No A! arms NID Power Cutoff Level: N/A NID Power Cut-On Level N/A instrument Failure Mode: LOW Temperature Compensation : N Level Reference Le7 N/A Unique System Dese:

ERDS Point Number: 60 WIND DlR MET 005 Wind Direction Intermed. Level Date: 5/14197 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: WIND DIR Point ID. MET 005 Plant Specific Point Dese: 46M VECTOR WIND DIR (15 MIN AVG)

Genenc Cond Desc. Wind Direction -Intermed. Level Analog /Digitat A Engr Units / Dig States: DEG Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 360 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: At the 46 Meter Level of the Met Tower Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Levet N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg- N/A Unique System Dese:

l l

l

ERDS Point Number: 61 WIND DIR MET 006 Wind Direction - Lower Level Date. 5/14/97 Reactor Urut. SE1 Data Feeder: N/A NRC ERDS Parameter: WIND DIR Point ID: MET 006 Plant Specifir Point Dese: 10M VECTOR WIND DIR (15 MIN AVG)

Genene Cond Desc: Wind Direction - Lower Level Analog!Digdal: .A Engr Units / Dig States: DEG Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 360 Zero Point Reference. N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed. N/A Sensor Locations: At the 10 Meter Level of the Met Tower Alarm / Trip Set Points: No Alarms 1

NID Power Cutoff Level. N/A NID Power Cut-On Level: N/A .

I instrument Failure Mode: LOW 1

Temperature Compensation : N  !

Level Reference Leg- N/A Unique System Dese:

l 1

l I

l l

l

l ERDS Point Number: 62 STAB CLASS MET 007 Air Stability - Upper Date: 5/14/97 Reactor Unit: SE1 Data Feeder: N/A NRC ERDS Parameter: STAB CLASS Point ID: MET 007 Plant Specific Point Desc: Stability Class Upper Generic Cond Desc: Air Stability - Upper Analog / Digital A Engr Unrts/ Dig S.ates: STABA Engr Units Conversion: See Below Minimum Instr Range: See Below Maximum Instr Range: See Below Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS. P Number of Sensors: 2 How Processed: See Below Sensor Locations: Met Tower Alarm / Trip Set Points- No Alarms NID Power Cutoff Level. N/A NID Power Cut-On Levet N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: Differential Temperature Upper-Lower (deg C)

Difference Stability Class Point Value I > <=

-1.9 A 1 l -1.9 -1.7 8 2

, -1.7 -1.5 C 3

, -1.5 -0.6 D 4

-0.5 1.5 E 5 1.5 40 F 6 4.0 G 7

. . . . . _ . __ . _ _ _ . . . . _ _ ___...._..._.__.__.__.m_.m___.mm.-.__m.____. . _ _ ~ . _ . _ .

ERDS Point Number: 63- STAB CLASS MET 008 Air Stability Intermediate i

Date: 5/14/97 Reactor Unit. SE1 i

Data Feeder: N/A NRC ERDS Parameter: STAB CLASS Point ID: MET 008 .'

t Plant Specific Point Dese: Stabilrty Class Intermediate

, Generic Cond Dese: Air Stability-Intermediate Analog /Digitat A l- Engr Units / Dig States: STABA Engr Units Conversion: See Below Minimum Instr Range: . See Below l Maximum Instr Range: See Below Zero Point

Reference:

N/A

! ' Reference' Point Notes:. N/A L PROC or SENS: .P l

j Number of Sensors: 2 l How Processed. - See Below l- Sensor Locations: Met Tower l

Alarm / Trip Set Points: No Alarms NID Power Cutoff Levet - N/A I NID Power Cut-On Levet N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A .

i l'

Unique System Desc: Differential Temperature Upper-Intermediate (deg C) i Difference Stability Class Point Value l

> <=

j- -1.9 A 1 '-

, 1

-1.9 -1.7' B 2 i i .  !

l -1.7 -1.5 C 3  !

! -1.5 -0.5 D 4 I i i y -0.5 1.5 E 5 4

f 1.5 4.0 F 6  !

I i' 4

4.0 G 7 T

4 9 t ~ -

= a w

ERDS Point Number: 64 STAB CLASS MET 009 Air Stability Lower Date: 5/14/97 Reactor Unit: SE1 i

Data Feeder: N/A '

NRC ERDS Parameter: STAB CLASS Point ID: MET 009 Plant Specific Point Desc: Stability Class Lower I Generic Cond Dese: Air Stability - Lower Analog / Digital A Engr Units / Dig States: STABA Engr Units Conversion: See Balow Minimum Instr Range: See Below Maximum Instr Range- See Below Zero Point

Reference:

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

1 Number of sensors: 2 j How Processed. See Below i l

Sensor Locations: Met Tower l Alarm /Tnp Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level. N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Differential Temperature Intermediate-Lower (deg C)

Difference Stability Class Point Value

> <=

-1.9 A 1 l -1.9 1.7 8 2

-1.7 -1.5 C 3

-1.5 -0.5 D 4

-0.5 1.5 E 5 15 40 F 6 4.0 G 7

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

t ERDS Point Number: 65 SG LEVEL 1/A 1LO403A Steam Gen 1 Wide Range Water Lev

, Date: 5/14/97 Reactor Unit: SE1 Data Feeder:' N/A NRC ERDS Parameter: SG LEVEL 1/A Point ID: 1LO403A Plant Speerfic Point Dese: SG #1 WIDE RANGE LEVEL Generic Cond Desc: Steam Gen 1 Wide Range Water Lev Analog /Digitat . A Engr Units / Dig States:-  % LEVEL l

Engr Units Conversion: 1% = 5.7" Minimum Instr Range: 0.0 Maximum Instr Range: 100 0 Zero Point

Reference:

LOWTAP Reference Point Notes: See Below i

PROC or SENS:. S Number of Sensors: 1

- How Processed: N/A Sensor Locations: See Below Alarm / Trip Set Points: Low at 60%, High at 80%

~NID Power Cutoff Levet N/A NID Power Cut-On Levet: N/A i

instrument Failure Mode: Sensor Out Low I Temperature Compensation : N I

Level Reference Leg- WET  ;

Unique System Dese: LT is calibrated for design operating condrtions. 0% corres-ponds to lower tap on SG located just above tube plate.100%

corresponds to the upper tap which is 170" above the top of "U" tubes: Top of "U" tubes is approximately 70% level. i Input from 1-LT-3-43. l l

I

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

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

i.  !

4 -

t

~

ERDS Point Number

66 SG LEVEL 2/B - 1LO423A Steam Gen 2 Wide Range Water Lev l Date: 5/14/97 -

Reactor Unit; SE1 4 -> Data Feeder: N/A  !

1 3- NRC ERDS Parameter

SG LEVEL 2/B i

Point ID: 1LO423A i 1

>. l Plant Specific Point Desc: SG #2 WIDE RANGE LEVEL

{

j' Generic Cond Desc: Steam Gen 2 Wide Range Water Lev

- Analog / Dig 4at A j_ Engr Units / Dig States:  % LEVEL j Engr Units conversion: 1% = 5.7"

j. Minimum Instr Range: 0.0 t

~ Maximum Instr Range

100.0 i Zero Point

Reference:

LOWTAP i.

7 Reference Point Notes: See Below I^

1 PROC or SENS: S )

Number of Sensors: 1 How Processed: N/A

' Sensor Locations: See Below Alarm / Trip Set Points: Low at 60%, High at 80%

NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Sensor Out Low Temperature Compensation : N Level Reference Leg: WET Unique System Desc: LT is calibrated for design operating conditions. 0% corres-ponds to lower tap on SG located just above tube plate.100%

corresponds to the upper tap which ,is 170" above the top of "U" tubes: Top of "U" tubes is approximately 70% level.

Input from 1-LT 3-56.

1

m. . -.s.,_ - . _ - _ _ . . . _ . . _. . . _ . _ . _ . . . m.~ .~ . .. _. . .. _ _ _ . . _ .

(

ERDS Point Number: 67 SG LEVEL 3/C -1LO443A Steam Gen 3 Wide Range Water Lev Date. 5/14/97 .

i: Reactor Unit: SE1 Data Feeder: '

N/A l NRC ERDS Parameter

SG LEVEL 3/C ,

t Point ID: 1LO443A l

Plant Specific Point Dese: SG #3 WIDE RANGE LEVEL

(; Generic Cond Desc: Steam Gen 3 Wide Range Water Lev Analog / Digital: A Engr Umts/ Dig States:  % l EVEL

- Engr Units Conversion: 1 % = 5.7" Minimum Instr Range: 0.0 l

Maximum Instr Range: 100.0 Zero Point

Reference:

LOWTAP Reference Point Notes: See Below PROC or SENS: S r

l Number of Sensors: 1 i How Processed: N/A Sensor Locations: See Below Alarm / Trip Set Points: Low at 60%, High at 80%

NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Sensor Out Low Temperature Compensation : N Level Reference Leg: WET p

' Unique System Desc: LT is calibrateu for design operating condrtions. 0% corres-ponds to low.er tap on SG located just above tube piate.100%

corresponds to the upper tap which is 170" above the top of "U" tubes: Top of "U" tubes is approximately 70% level.

Input from 1-LT-3-98.

4 a

1' i

I-1.

l

- _ _ _ __ . . -.... . . ~ . _ _ . ...___.___.m . . _ - . _ _ . _ . _ _ . _ . _ - . - . _ .

i 1

ERDS Point Number: 68 SG LEVEL 4/D 1LO463A Steam Gen 4 Wide Range Water Lev c

Date: 5/14/97  ;

Reactor Unit: SE1' I l

Data Feeder: ' N/A NRC ERDS Parameter: SG LEVEL 4/D Point ID: 1LO463A Plant Speedic Point Dese: SG #4 WIDE RANGE LEVEL Generic Cond Desc: Steam Gen 4 Wide Range Water Lev Analog /Digitat A Engr Units / Dig States:  % LEVEL Engr ' Units Conversion: 1% = 5.7" 1 I

Minimum Instr Range: 0.0 l Maximum instr Range: 100.0 l Zero Point

Reference:

LOWTAP Refeience Point Notes: See Below PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: See Below ,

l' ' Alarm / Trip Set Points: Low at 60%, High at 80%

NID Power Cutoff Levet N/A NID Power Cut-On Level. N/A '

Instrument Failure Mode: Sensor out Low Temperature Compensation : N Level Reference Leg: WET Unique System Desc: LT is calibrated for design operating conditions. 0% corres-ponds to lower tap on SG located just above tube plate.100%

' corresponds to the upper tap which is 170" above the top of l

j "U" tubes: Top of "U" tubes is approximately 70% level

, input from 1-LT-3-111.

i a

t I

1 4

- ,- ,,e . - - - -. - .,, , ,, , , -

I ERDS Point Number: 69 CORE FLOW IPA 003 Total RCS Flow Date: 5/14/97 l Reactor Unit: SE1 Data Feeder: N/A i NRC ERDS Parameter: CORE FLOW i i

Point ID: 1PA003 Plant Specific Point Dese: TOTAL REACTOR COOLANT FLOW j Generic Cond Desc: Total RCS Flow I Analog / Digital: A Engr Un:ts/ Dig States:  % FLOW Engr Units Conversion: N/A Minimum Instr Range: 0.0 Maximum Instr Range: 110 0 I Zero Point Reference. N/A Reference Point Notes: See Below i i

PROC or SENS: P Number of Sensors: 4 How Processed. Average l

Sensor Locations: RCS Flow loops 1-4 Alarm /Tnp Set Points: No Alarms NID Power Cutoff Level: N/A l NID Power Cut-On Level: N/A l Instrument Failure Mode. Out of Range

! Temperature Compensation : N Level Reference Leg- N/A Unique System Desc: This point is generated from an Average of 1.FT-68-6A, -29A,

-48A, -71 A. Input from Point ID's 1F0400A,1F0420A, l

1F0440A, and 1F0460A. Design Flow = 138 MLB/HR per Loop.

l

SEQUOYAH UNIT 2 - ERDS DATA POINT LIBRARY i 1 >

i i

1 NL SIMULATION - INDICATES REAL OR SIMULATED DATA J 2 NI POWER RNG 2VN2000 POWER RANGE AVERAGE  !

3 NIINTER RNG 2UN1015 INTERMEDIATE RANGE FLUX 4 NI SOURC RNG 2UN1014 SOURCE RANGE FLUX 5 REAC VES LEV 2UL6000 RVLIS LOWER RANGE AVERAGE 6 TEMP CORE EX 2UT1003 CORE EXIT TEMP MAX -

7- SUB MARGIN 2UT1005 MIN SUBCOOL 8 SG LEVEL 1/A 2UL1001 SG #1 NR LEVEL AVG 9 SG LEVEL 2/B 2UL1002 SG #2 NR LEVEL AVG 10 SG LEVEL 3/C 2UL1003 SG #3 NR LEVEL AVG 11 SG LEVEL 4/D 2UL1004 SG #4 NR LEVEL AVG 12 SG PRESS 1/A 2UP1002 SG #1 MS PRESSURE AVG 13 SG PRESS 2/B 2UP1003 SG #2 MS PRESSURE AVG 14 SG PRESS 3/C 2UP1004 SG #3 MS PRESSURE AVG 15 SG PRESS 40 2UP1005 SG #4 MS PRESSURE AVG 16 MN FD FL 1/A 2UO410C SG #1 CORR FW 1/2 AVG 17 MN FD FL 2/B 2UO430C SG #2 CORR FW 1/2 AVG 18 MN FD FL 3/C 2UO450C SG #3 CORR FW 1/2 AVG 19 MN FD FL 40 2UO470C SG #4 CORR FW 1/2 AVG 20 AX FW FL 1/A 2U0066 SG #1 AUX FEEDWATER FLOW 21 AX FW FL 2/B 2U0067 SG #2 AUX FEEDWATER FLOW 22 AX FW FL 3/C 2U0068 SG #3 AUX FEEDWATER FLOW 23 AX FW FL 40 2U0069 SG #4 AUX FEEDWATER FLOW  !

24 HL TEMP 1/A 2T0419A LOOP 1 HOT LEG WIDE RANGE TEMP 25 HL TEMP 2/B 2T0439A LOOP 2 HOT LEG WIDE RANGE TEMP

'26- HL TEMP 3/C 210459A LOOP 3 HOT LEG WIDE RANGE TEMP 27 HLTEMP40 2T0479A LOOP 4 HOT LEG WIDE RANGE TEMP  ;

28 CL TEMP 1/A 2T0406A LOOP 1 COLD LEG WIDE RANGE TEMP 09 CL TEMP 2/B 2T0426A LOOP 2 COLD LEG WIDE RANGE TEMP  !

30- CL TEMP 3/C 2T0446A LOOP 3 COLD LEG WIDE RANGE TEMP 31 CL TEMP 40 2T0466A LOOP 4 COLD LEG WIDE RANGE TEMP 32 RCS PRESSURE 2UP1000 RCS WIDE RANGE PRESSURE AVERAGE

. _ . . . _ . _ _ _ . _ . _ . _ . . . _ . .. . _ _ . . _ _ _ _ _ . . _ _ _ . ~ _ _ _ . _ . . _ . . . . _ _ _ _ . _ . .

1 33 PRZR LEVEL 2UL1005 PZR LEVEL AVERAGE 34 RCS CHG/MU 2UF1016 NET CHG FLO 35 HP Si FLOW - 2UF1010 Si FLOW TOTAL 36 LP Si FLOW 2UF1011 RHR COLD LEG TOTAL FLOW 37 CNTMT SMP WR 2UL1011 CONTAINMENT SUMP LEV AVG 38 EFF GAS RAD 2R9102XA UNIT 1 SHIELD BLDG RELEASE RATE 39 EFF GAS RAD 2R9102A SHIELD BUILDING VENT RADIATION 40 EFF LlO RAD OR1022A WDS LIQUID EFFLUENT RADIATION

41. COND A/E RAD 2UR1006 COND VAC EXH LOW RNG RELEASE RATE 42 COND A/E RAD 2UR1007 COND VAC EXH MID RNG RELEASE RATE I

43 COND A/E RAD 2UR1008 COND VAC EXH HI RNG RELEASE RATE 44 CNTMNT RAD 2UR6021 UPPER CNTMT RADIATION 45 CNTMNT RAD 2UR6022 LOWER CNTMT RADIATION I 46 MAIN SL 1/A 2UR1001 SG #1 RELEASE RATE .

47 MAIN SL 2/B 2UR1002 SG #2 RELEASE RATE 48 MAIN SL 3/C - 2UR1003 SG #3 RELEASE RATE 49 MA* SL 4/D 2UR1004 SG #4 RELEASE RATE 50 SG BD RAD 1 A 2R1020A SG BLOWDOWN RADIATION 51 SG BD RAD 1B 2R1021A SG BLOWDOWN RADIATION 52 CTMNT PRESS 2UP6000 CNTMT PRESSURE AVERAGE 53 CTMNT TEMP 20V0020 CALCULATED LOWER CTMT TEMP - LCTTEMP 54 H2 CONC 2UY1005 H2 CONC AVG 55 RWST LEVEL 2UL1000 RWST LEV AVG 56 WIND SPEED MET 001 91M VECTOR WIND SPEED (15 MIN AVG) 57 WIND SPEED MET 002 46M VECTOR WIND SPEED (15 MIN AVG) 58 WIND SPEED MET 003 10M VECTOR WIND SPEED (15 MIN AVG) 59 WIND DIR MET 004 91M VECTOR WIND DIR (15 MIN AVG) 60 WIND DIR MET 005 46M VECTOR WIND DIR (15 MIN AVG) l i

61 WIND DIR MET 006 10M VECTOR WIND DIR (15 MIN AVG)

, 62 STAB CLASS MET 007 Stability Class Upper I

l 63 STAB CLASS MET 008 Stabilrty Class Intermediate t

i 64 STAB CLASS MET 009 Stability Class Lower

! i

? 65 SG LEVEL 1/A 2LO403A SG #1 WIDE RANGE LEVEL l 1

j 66 SG LEVEL 2/B 2LO423A SG #2 WIDE RANGE LEVEL )

i

4 l

67 SG LEVEL 3/C 2LO443A SG #3 WIDE RANGE LEVEL 68 SG LEVEL 4/D 2LO463A SG #4 WIDE RANGE LEVEL 69 CORE FLOW 2PA003 TOTAL REACTOR COOLANT FLOW !

l

1 ERDS Point Number: 1 NL SIMULATION Real/ Simulated Data -l Date: 5/14/97  !

Reactor Unit: SE2 j Data Feeder: N/A l NRC ERDS Parameter: NL Point ID: SIMULATION i

Plant Specific Point Dese: INDICATES REAL OR SIMULATED DATA Genenc Cond Desc: Real/ Simulated Data Analog / Digital: D Engr Units / Dig States: REAUSIMUL Engr Units Conversion: N/A Minimum Instr Range: N/A Maximum Instr Range: N/A Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 0 How Processed. O If Real,1 if Simulated Sensor Locations: N/A Alarm / Trip Set Points: N/A NID Power Cutoff Level N/A NID Power Cut-On Level. N/A I instrument Failure Mode: N/A  ;

Temperature Compensation : N )

Level Reference Leg- N/A i

Unique System Desc: This Point is used to indicate whether the data is coming )

from the Unit or from the Simulator.

)

l I

i

l l l i

l l ERDS Point Number: 2 Ni POWER RNG 2UN2000 Reactor Power . Power Range l I

t

! Date. 5/14/97  :

Reactor Unrt: SE2 l Data Feeder: N/A NRC ERDS Parameter: NI POWER RNG Point ID: 2UN2000 Plant Specific Point Desc: POWER RANGE AVERAGE Generic Cond Desc: Reactor Power - Power Range Analog / Digital. A l Engr Unns/ Dig States:  % l Engr Units Conversion: 0-10V = 0-120% Power (Linear)

Minimum Instr Range: 0 j Maximum Instr Range: 120 Zero Point

Reference:

N/A Reference Point Notes: N/A i

PROC or SENS: P Number of Sensors: 8  !

i How Processed. Average Sensor Locations: Upper & Lower excore detectors Alarm / Trip Set Points- No Alarms l

NID Power Cutoff Level N/A l

j NID Power Cut-On Level N/A instrument Failure Mode: Probable Downscale (No forcing function)

Temperature Compensation : N I Level Reference Leg N/A 1 .

l Unique System Dese- Upper & Lower detection inputs for l 2-N E-92-41, -42, -43, -44. Average of 2-XM-92-5005E (N-41),

l l

-5006E (N-42),-5007E (N-43),-5008E (N-44), input from i i

Point ID's 2N0049A, 2N0050A, 2N0051 A, 2N0052A.

1 i

i l

I l

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

l ERDS Point Number: 3 NIINTER RNG 2UN1015 Reactor Power -Intermediate Rng l

Date: 5/14/97 i Reactor Unit: SE2

(;

Data Feeder: N/A NRC ERDS Parameter: NIINTER RNG PointID: 2UN1015 Plant Specific Point Dese:- INTERMEDIATE RANGE FLUX Genene Cond Dese: Reactor Power -Intermediate Rng l

l l Analog / Digital: A i

l Engr Units / Dig States:  %

l Engr Units Conversion: 0 10 3V = 10E 200 Minimum Instr Range: 10E-8 Maximum instr Range: 200 Zero Point

Reference:

N/A i

Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 How Processed. Average Sensor Locations: AZ 0 deg & 180 deg Excore Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A

! NID Power Cut-On Level: N/A Instrument Failure Mode: Probable Downscale (no forcing function)

Temperature Compensation : N Level Reference Leg: N/A Unioue System Desc: Average of XX-92-5003 (channel N35) and -5004 (channel N36).

Input from Point ID's 2N0035A and 2N0036A.

Engineering Unds Conversion is loganthmic.

i i

1 l

l.

,- l i

i

.,,,,,-.s .. . -- - ...n., --.- - - - , . - , . w>

ERDS Point Number: 4 NI SOURC RNG 2UN1014 Reactor Power - Source Range Date: 5/14/97 Reactor Unit: SE2  ;

Data Feeder: N/A NRC ERDS Parameter: NI SOURC RNG Point ID: 2UN1014 Plant Specrhc Point Desc: SOURCE RANGE FLUX l

Genenc Cond Desc: Reactor Power - Source Range ,

i Analog /Digdal: A Engr Jnits/ Dig States: CPS Engr Unrts Conversion: 0 - 10V = 1 - 1E6 I

Minimum Instr Range. 1.0 E0 l Maximum Instr Range

1.0 E6 Zero Point

Reference:

N/A j Reference Point Notes: N/A j I

PROC or SENS: P Number of Sensors: 4 j How Processed: Average l Sensor Locations- AZ 0 deg & 180 deg. Excore l i

Alarm / Trip Set Points: No Alarms NID Power Cutoff Level. N/A NID Power Cut-On Level. N/A instrument Failure Mode: Probable Downscale (No forcing function)

Temperature Compensation : N Level Reference Leg' N/A Unique System Desc: Average of XX-92-5001(channel N31) & -5002 (channel N32)

(2 chambers / detector).

Input from Point ID's 2N003 I A and 2N0032A.

Engineering Units Converdon is loganthmic.

,...___._.m._. _ . _ , ~ _ _ _ _ _ . . . . . . .._._ __ _..

- ERDS Point Number: 5 REAC VES LEV 2UL6000 Reactor Vessel Water Level l

l i'

Date: 5/14/97 Reactor Unrt - SE2 i Data Feeder: N/A NRC ERDS Parameter: REAC VES LEV Point ID: 2UL6000 '-

Plant Specific Point Dese:- RVLIS LOWER RANGE AVERAGE Generic Cond Dese: Reactor Vessel Water Level Analog / Digital: A Engr Units / Dig States:  %

]

Engr Units Conversion: N/A j Minimum instr Ranoe: 0 Maximum Instr Range: 70 Zero Point

Reference:

RV BOT Reference Point Notes: TAF = 62%

PROC or SENS: P j

. Number of Sensors: 2 How Processed: Average Sensor Locations: Remote location in the Penetration Rooms Alarm / Trip Set Points: High at 50%

NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode:. Out of Range Temperature Compensation : Y Level Reference Leg' WE1 Unique System Dese: This is the lower range portion of the Rx Vessel level indication. The lower range provides indication of the reactor vessel level from the bottom of the vessel to the hot leg during natural circulation conditions. Average of 2-LM48-368E and -371E. Top of core = 62.3%.

Input from computer point ID's 2L2307A and 2L230BA.

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

i I-l ERDS Point Number: 6 TEMP CORE EX 2UT1003 Highest Core Exit Temperature 1

Date: 5/14/97 *

' Reactor Unit: SE2 i

Data Feeder: N/A NRC EROS Parameter: TEMP CORE EX Point ID: 2UT1003.  ;

Plant Speerfic Point Desc: '

CORE EXIT TEMP MAX Generic Cond Dese: - Highest Core Exit Temperature  ;

t i i l Analog / Digital: A  ;

Engr Units / Dig States: DEGF Engr Units Conversion: TYPE K TC Table Minimum Instr Range: 200 Maximum Instr Range: 2300 Zero Point

Reference:

N/A Reference Point Notes: N/A t PROC or SENS: P Number of Sensors: 65 How Processed: Highest i Sensor Locations: Throughout core Alarm / Trip Set Points: No Alarms  :

I NID Power Cutoff Levet .N/A f N!D Power Cut-On Level: N/A Instrument Failure Mode: Ehminates open TC's Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: INCORE Thermocouples processed through "Exosensor" System. .

The system is divisionalized into 2 divisions. Total of 65 elements. The numeric is the higher of 2T1081 A (2-XM-94-101-69) and 2T1087A (2-XM-94-102-75).

200 DEGF is lower calibrated range but will read lower than this.

EROS Point Number: 7 SUB MARGIN 20T1005 Saturation Temp. - Highest CET [

l i

Date: 5/14/97  !

Reactor Unit: SE2 J Data Feeder: N/A j NRC ERDS Parameter: SUB MARGIN

. Point ID: 2UT1005

'l Plant Speerlic Point Desc: MIN SUBCOOL '

i Generie Cond Dese: Saturation Temp. Highest CET  !

l j

Analog /Digitat A a Engr Units / Dig States: DEGF l j

- Engr Units Conversion: TYPE K TC Table Minimun# Instr Range: -35 Maximum instr Range: 200 Zero Point

Reference:

- N/A -

Reference Point Notes: N/A l

PROC or SENS: P Number of Sensors: 67 How Processed: Lo est Subcooling I Sensor Locations: CETs throughout cose/ Remote Pentr Rm PT Alarm / Trip Set Points: Low at 15 DEGF, High at 130 DEGF NID Power Cutoff Levet N/A l- ' NID Power Cut-On Level N/A )

l Instrument Failure Mode: Eliminates open TC's  !

Temperature Compensation : N j Level Reference Leg: N/A 1 Unique System Dese: INCORE Thermocouples processed through "Exosensor" System.

The system is divisionalized into 2 divisions. Total of 65 j I

thermocouples and 2 pressure transmitters. Uses highest CET

~

with lowest RCS pressure (2-PT-68-66-78 and 2-PT-68-69-79). l l

.l1

input from 2T1074A (2-XM-94-101-66) and l 2T1077A (2-XM-94-102-72).

g 1

i

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

4 .

i

ERDS Point Number: 8 SG LEVEL 1/A 2UL1001 Steam Generator 1 Water Level i e

\

jf ,

Date: 5/14/97 '

Reactor Unit: SE2 a

i- . Data Feeder: N/A

NRC ERDS Parameter: SG LEVEL 1/A 2 l Point ID: 2UL1001 i

Plant Specrfic Point Dese: SG #1 NR LEVEL AVG.

Generic Cond Desc: Steam Generator 1 Water Level i

Analog /Digrtal: A 4

j Engr Units / Dig States:  % LEVEL

Engr Units Conversion

N/A Manimum Instr Range: 0

j. Maximum Instr Range: 100

Zero Point

Reference:

Notes

l. Reference Point Notes: Above "U" tubes i

i j PROC or SENS: P Number of Sensors: 2 How Processed: Average

.- Sensor Locations: Located outside of Polar Crane Wall i

Alarm / Trip Set Points: Low at 25 %, High at 70 %

f j l NID Power Cutoff Level: N/A l

. NID Power Cut-On Level: N/A

' u Instrument Failure Mode: Out of Range j i: Temperature Compensation : Y  !

I i Level Reference Leg. WET I

{ Unique System Peac: Steam Generator #1 Water Level. Avg of 2-LT-3-39 and -42.

i 1 0-100% span on SG narrow range leveltransmitters corres-  !

t- i

[ ponds to 75-100% span on the SG wide range levelinstrument-i ation. Top of "U" tubes is approximately 71 % on the wide

range. Therefore, the entire narrow range span is above the i

j "U" tubes. Input from Point ID's 2LO401 A and 2LO400A.  ;

i i

5 .

1

~.e , -. . - . , , ~ , , ,v.., - e ,c- - -- - .,

4 i

l

! ERDS Point Number: 9 SG LEVEL 2/B 2UL1002 Steam Generator 2 Water Level 1

Date: 5/14/97 -

t i . Reactor Unit: SE2 i

j Data Feeder: N/A I

NRC ERDS Parameter: SG LEVEL 2/B i

j- PointID: 2UL1002

. Plant Specific Point Dese: SG #2 NR LEVEL AVG l Generic Cond Desc: Steam Generator 2 Water Level

Analog / Digital. A Engr Units / Dig States

% LEVEL Engr Units Conversion: N/A

! Minimum Instr Range: 0 1'

Maximum instr Range: 100 i Zero Point

Reference:

Notes f Reference Point Notes: Above "U" tubes

. PROC or SENS: P 1 ..

Number of Sensors: 2 j How Processed: Average Sensor Locations: Located outside of Polar Crane Wall Alarm / Trip Set Points: Low at 25 %, High at 70 %

4 NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Out of Range Temperature Compensation : Y Level Reference Leg: WET j- Unique System Desc: Steam Generator #2 Water Level. Avg of 2-LT-3-52 and -55.

1 0-100% span on SG narrow range level transmitters corres-ponds to 75-100% span on the SG wide range levei instrument-ation. Top of "U" tubes is approximately 71% on the wide range. Therefore, the entire narrow range span is above the "U" tubes. Input from Point ID's 2LO421 A and 2LO420A.

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

$ 4 1 i

( )

i ERDS Point Number: 10 SG LEVEL 3/C 2UL1003 Steam Generator 3 Water Level  ;

i l .

- -)

i Date: 5/14/97 l 1

. Reactor Unit: SE2 4 1

- Data Feeder: N/A i

NRC ERDS Parameter; SG LEVEL 3/C .

j Point ID: 2UL1003 4

i Plant Speerfic Point Desc: SG #3 NR LEVEL AVG

Generic Cond Desc

Steam Generator 3 Water Level 1

]

' Analog /Digitat .. A Engr Unrts/ Dig States

% LEVEL Engr Units Conversion: N/A

Minimum Instr Range

0

Maximum Instr Range: 100 3 '- Zero Point

Reference:

Notes i Reference Point Notes: Above "U" tubes PROC or SENS: P-Number of Sensors: 2 How Processed. Average l Sensor Locations: Located outside of Polar Crane Wall J i

l Alarm / Trip Set Points: Low at 25 %, High at 70 %

)

!: NID Power Cutoff Levet N/A 4

i NID Power Cut-On Levet N/A 4

Instrument Failure Mode: Out of Range 4

Temperature Compensation : Y Level Reference Leg- WET j Unique System Dese: Steam Generator #3 Water Level. Avg. of 2-LT-3-94 and -97, 0-100% span on SG narrow range level transmitters corres-ponds to 75-100% span on the SG wide rar.ge levelinstrument- j i

ation. Top of "U" tubes is approximately 71% on the wide  !

range. Therefore, the entire narrow range span is above the l "U" tubes Input from Point ID's 2LO441 A and 2LO440A. l l

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

i ERDS Point Number: 11 SG LEVEL 4/D 20L1004 . Steam Generator 4 Water Level Date: 5/14/97 Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter: SG LEVEL 4/D Point ID: 2UL1004 Plant Speerfic Point Dese: SG #4 NR LEVEL AVG Generic Cond Dese: Steam Generator 4 Water Level Analog /Dige.at A Engr Units / Dig States:  % LEVEL Engr Units Conversion: N/A Minimum instr Range: 0 Maximum Instr Range: 100 Zero Point

Reference:

Notes Reference Point Notes: Above "U" tubes PROC or SENS: P Number of Sensors: 2 l l

How Processed: Average Sensor Locations: Located outside of Polar Crane Wall ,

Alarm / Trip Set Points: Low at 25 %, High at 70 %

l NID Power Cutoff Level: N/A - j NID Power Cut-On Level N/A Instrument Failure Mode: Out of Range

-Temperature Compensation : Y l Level Reference Leg- WET -l l

Unique System Dese: Steam Generator #4 Water Level. Avg. of 2-LT-3-107 and.110. l 0-100% span on SG narrow range level transmrtters t;orresponds to 75-100% on the SG wide rarige level instru-l mentation. Top of "U" tubes is approximately 71% on the -

wide range. Therefore, the entire narrow range span is above the "U" tubes. Input from Point ID's 2LO461 A an 2LO460A.

I

ERDS Point Number: 12 SG PRESS ilA 2UP1002 Steam Generator 1 Pressure i

j h Date: 5/14/97 Reactor Unit: SE2 i Data Feeder: N/A

. NRC ERDS Parameter: SG . PRESS 1/A j Point ID: 2UP1002

. Plant Specific Point Dese: SG #1 MS PRESSURE AVG l

i' Generic Cond Desc: Steam Generator 1 Pressure 3

Analog /L,rgrtal: A

, Engr Units / Dig States: PSIG j Engr Unns Conversion: N/A Minimum Instr Range: 0

, Maximum Instr Range: 1200 Zero Point

Reference:

N/A f Reference Point Notes: N/A i

1

' PROC or SENS: P J

Number of Sensors

2 How Processed: Average j Sensor Locations: Remote Location in Penetration Room

! Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG 1

} - NtD Power Cutoff Level: N/A NID Power Cut-On Level: N/A i~

instrument Failure Mode

Out of Range i Temperature Compensation : N Level Reference Leg: WET Unique System Dese: Steam Generator #1 Pressure. Average of 2-PT-1-2A and 2-PT-1-28.

Input from computer point ID's 2PO400A and 2P0401 A.

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

i i

ERDS Point Number: 13 SG PRESS 2/B 2UP1003 Steam Generator 2 Pressure .

e Date: 5/14/97 ,

Reactor Unrt SE2 t

Data Feeder: ' N/A NRC ERDS Parameter: SG PRESS 2/B i Point ID: 2VP1003 i

Plant Specific Point Dese:- SG #2 MS PRESSURE AVG  !

l- Generic Cond Dese: Steam Generator 2 Pressure ,

Analog / Digital: A ,

l Engr Units / Dig States: PSIG i

[ Engr Units Conversion: N/A Minimum Instr Range: 0 l Maximum Instr Range: 1200  !

l Zero Point

Reference:

N/A Reference Point Notes: N/A t

\- ,

i' I PROC or SENS: P l Number of Sensors: 2 j How Processed. Average l Sensor Locations: Remote location in East Valve Room  !

! i Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG 1

l NID Power Cutoff Levet N/A NID Power Cut-On Levet N/A instrument Failure Mode: Out of Range

< Temperature Compensation : N Level Reference Leg' WET  !

i

(' Unique System Desc: Steam Generator #2 Pressure Average of 2-PT 19A and j 2-PT.1-9B.

l Input from computer point ID's 2PO420A and 2PO421 A.

l e

I l

I l

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

I i

EROS Point Number: 14 SG PRESS 3/C 2UP1004 Steam Generator 3 Pressure .j

?

Date: 5/14/97'  !

Reador Uni SE2 Data Feeder N/A NRC ERDS Parameter; SG PRESS 3/C '

Point 10: 2UP1004

.l Plant Specific Point Desc: SG #3 MS PRESSURE AVG f

Generic Cond Desc: Steam Generator 3 Pressure  ;

- Analog / Digital: A )i Engr Units / Dig States: PSIG .

Engr Unds Conversion: N/A

{

l. Minimum Instr Range: 0 -i i

Maximum instr Range: 1200 '

l Zero Point

Reference:

N/A-l- Reference Point Notes' N/A PROC cr SENS: P i I \

Number of Sensors: 2 l How Processed. Average l

Sensor Locations: Remote Location in East Valve Room t

! Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG l

NID Power Cutoff Level. N/A

- NID Power Cut 4n Level: N/A instrument Failure Mode: Out of Range Temperature Compensation : N Level Reference i eg- WET Unique System Dese: Steam Generator #3 Pressure. Average of 2-PT-1-20A and l 2-PT-1-20B.

Input from computer point ID's 2PO440A and 2PO441 A.

l l

e I j l

k I

5

?

I e

, 4

..n ; - - --, , . . . . , , - - . ~ . . . - . , , , - , , -

i  ;

. l

= ERDS Point Number: 15 SG PRESS 4/D 20P1005 Steam Generator 4 Pressure  ;

i Date:- 5/14/97 l Reactor Unit: SE2 l

. Data Feeder: N/A  !

] l

- NRC ERDS Parameter:

SG PRESS 4/D J Point ID: 2UP1005 Plant Specific Point Desc: SG #4 MS PRESSURE AVG -

' Generic Cond Desc: . Steam Generator 4 Pressure i

4 l - Analog / Digital: A

. Engr Units / Dig States: PSIG J

l Engr Units Conversion: N/A 4 Minimum instr Range: 0 i

. Maximum Instr Range

1200

Zero Point

Reference:

N/A 4- Reference Point Notes: N/A 4

PROC or SENS:- P f Number of Sensors: 2 How Processed: Average .

l j j

' l

- Sensor Locations: Remote location in Penetration Room I i l Alarm / Trip Set Points: Low at 700 PSIG, High at 1020 PSIG  !

NID Power Cutoff Level: N/A I 1 I NID Power Cut-On Level: N/A j 4 I instrument Failure Mode. Out of Range Temperature Compensation : N T

2 4.

Level Reference Leg: WET Unique System Dese: Steam Generator #4 Pressure. Average of 2-PT-1-27A and 2-PT-1-278.

~

Input from computer point ID's 2PO460A and 2PO461 A.

i 4

l 1

)

d 1

4 v

. ,_.- , ry r--,r --w-- ,, ,m-. _ . - . , - - - - - - - - -

l.

ERDS Point Number: 16 MN FD FL 1/A 2UO410C Stm Gen 1 Main Feedwater Flovi-Date: 5/14/97 Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter: MN FD FL 1/A Point ID: 2UO4100 Plant Speerfic Point Dese: SG #1 CORR FW 1/2 AVG Generic Cond Dese: Stm Gen 1 Main Feedwater Flow Analog /Digrtal: A Engr Units / Dig States: MLB/HR l Engr Unrts Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 4.5 Zero Point

Reference:

N/A Reference Point Notes: N/A l

PROC or SENS: P l i

Number of Ssnsors: 3 4 How Proc % sed Average Sensor >.ocations- Stm Gen FW Line 1, Aux Bldg AtarrreTrip Set Points: High at 3 9 MLB/HR, Hi-Hi at 4.0 MLB/HR I

NID Power Cutoff Levet N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Out of Range Temperature Compensation : Y  !

Level Reference Leg: WET Unique System Desc: Steam Generator 1 Main Feedwater Flow. Average of 2F0403A (2-FT-3-35A) and 2F0404A (2-FT-3-358). Corrected for l temperature 2T0418A (2-TE-3-36). l i

l I

l l

i

-}

s

) - ,

ERDS Point Number: 17 MN FD FL 2/B 200430C Stm Gen ? Main Feedwater Flow I

Date: 5/14/97 Reactor Unit: SE2 Data Feeder; N/A .

NRC ERDS Parameter: MN FD FL 2/B

' PointID: 2UO430C j

Plant Specific Point Dese: SG #2 CORR FW 1/2 AVG Generic Cond Desc: Stm Gen 2 Main Feedwater Flow j Analog / Digital. A Engr Unds/ Dig States: MLB/HR i l

Engr Units Conversion: N/A i Minimum Instr Range: 0 )

Maximum Instr Range: 4.5

)

Zero Point

Reference:

N/A Reference Point Notes: N/A l l

I PROC or SENS: P Number of Sensors: 3 How Processed: Average Sensor Locations: Stm Gen FW Line 2, Aux. Bldg

]

Alarm / Trip Set Points: High at 3.9 MLB/HR, Hi-Hi at 4.0 MLB/HR )

i l

NID Power Cutoff Level: N/A 1 NID Power Cut-On Levet N/A instrument Failure Mode: Out of Range i I

Temperature Compensation : Y

]

Level Reference Leg: WET Unique System Desc: Steam Generator 2 Main Feedwater Flow. Average of 2F0423A (2-FT-3-48A) and 2F0424A (2-FT-3-48B). Corrected for i Ternperature 2T0438A (2-TE-3-49).

1 ERDS Point Number: '18 MN FD FL 3/C 2UO450C Stm Gen 3 Main Feedwater Flow 1

Date: 5/14/97 Reactor Unit: SE2 l Data Feeder: N/A

! NRC ERDS Parameter: MN FD FL 3/C

, Point 10: 2UO450C j

Plant Specific Point Dese: SG #3 CORR FW 1/2 AVG

~

Generic Cond Desc: - Stm Gen 3 Main Feedwater Flow Analog /Digdal: A Engr Units / Dig States: MLB/HR Engr Units Conversion: N/A Minimum Instr Range: 0

' Maximum Instr Range: 4.5 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 3 How Processed: Average Sensor Locations: Stm Gen FW Line 3, Aux. Bldg Alarm / Trip Set Points: High at 3.9 MLB/HR, Hi-Hi at 4.0 MLB/HR NID Power Cutoff Level: N/A NIO Power Cut-On Level: N/A instrument Failure Mode: Out of Range Temperature Compensation : Y Level Reference Leg: WET Unique System Dese: Steam Generator 3 Man Feedwater Flow. Average of 2F0443A (2-FT-3-90A) and 2F0444A (2-FT-3-908). Corrected for j Temperature 2T0458A (2 TE-3-91).

i l

1

I' ERDS Point Number: 19 MN FD FL 4/D 2UO470C Stm Gen 4 Main Feedwater Flow Date: 5/14/97 Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter: MN FD FL 4/D Point ID: 2UO470C Plant Specific Point Desc: SG #4 CORR FW 1/2 AVG Generic Cond Dese: Stm Gen 4 Main Feedwater Flow Analog /Digrtal: A.

- Engr Units / Dig States:- MLB/HR Engr Units Conversion: N/A Minimum instr Range: 0 Maximum Instr Range: 4.5 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 3 How Processed: Average

' Sensor Locations: Stm Gen FW Line 4, Aux. Bldg Alarm / Trip Set Points: High at 3.9 MLB/HR, . Hi-Hi at 4.0 MLB/HR NID Power Cutoff Level: N/A

. NID Power Cut-On Level. N/A Instrument Failure Mode: Out of Range Temperature Compensation : Y Level Reference Leg: WET Unique System Dese: Steam Generator 4 Main Feedwater Flow. Average of 2F0463A (2-FT-3103A) and 2F0464A (2-FT-3-103B). Corrected for Temperature 2T0478A (2-TE-3-104).

_ . _ . _ . _ _ _ . . . .________.__..-____.__..,___._.._m._ .___m. . . .

6 s i

. ERDS Point Number: 20 AX FW FL ilA '200066 Stm Gen 1 Auxiliary FW Flow  ;

1.

i Date: 5/14/97 j Reactor Unit: SE2 j . Data Feeder: N/A NRC ERDS Parameter: AX FW FL 1/A PointID: 2UOO60 j ' Plant Specific Point Desc: .SG #1 AUX FEEDWATER FLOW i

' Generic Cond Desc: Stm Gen 1 Auxiliary FW Flow Analog /Digitat A

Engr Units / Dig States

GPM .;

1 -

j Engr Units Conversion: N/A Minimum Instr Range: 0 1.

l Maximum Instr Range: 440 i

Zero Point

Reference:

N/A i' Reference Point Notes: N/A 1

f.

3 PROC or SENS: S j Number of Sensors: 1 j How Processed. Pseudo point caps flow at 440 GPM Sensor Locations: Downstream of MDAFW, TDAFW tie to S/G 1 Alarm / Trip Set Points: No Alarms 1

j NID Power Cutoff Levet N/A l NID Power Cut-On Levet N/A  !

Instrument Failure Mode: Low Temperature Compensation : N i

Level Reference Leg: N/A

. Unique System Desc: There are two electric and one turbine-driven AFWPS. Each electric pump feeds two SG's and the turbine-driven pump feeds all four SG's. The electric and turbine-driven AFWPs share the same piping to each SG. The f.ow element is located in the shared piping, maximum rated flow for MDAFWPs and turbine-driven AFWP, is 440 and 880 gpm,

. respectively. Input from 2-FM-3-163C (computer point ID 2F1049A).

. . . . . . _ _ . _ _ _ . . m.__ _- .. - . _ . _ .._..______..-__._.-.-._m.- . _ . . . . ~ . .

ERDS Point Number: 21 AX /W FL 2/B 200067 Stm Gen 2 Auxiliary FW Flow ,

t Date. 5/14/97 Reactor Unit: SE2 i Data Feeder: N/A  !

NRC EROS Parameter: AX FW FL 2/B i

Point ID: 2U0067 i Plant Specific Point Dese: SG #2 AUX FEEDWATER FLOW Generic Cond Desc:. - Stm Gen 2 Auxiliary FW Flow ' j Analog / Digital: A ,

Engr Units / Dig States: GPM l Engr Units Conversion: N/A  !

Minimum Instr Range: 0 Maximum Instr Range: 440 Zero Point

Reference:

N/A >

Reference Point Notes: N/A i

PROC or SENS: S Number of Sensors: 1 How Processed. Pseudo point caps flow at 440 GPM Sensor Locations: Downstream of MDAFW, TDAFW tie to S/G 2 Alarm / Trip Set Points: No alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode:- Low Temperature Compensation : N

{

Level Reference Leg: N/A l l Unique System Dese: There are two electric and one turbine-driven AFWPS. Each

!- electric pump feeds two SG's and the turbine-driven pump l

feeds all four SG's. The electric and turbine-driven AFWPs share the same piping to each SG. The flow element I islocated in the shared piping, maximum rated flow for 5

l MDAFWPs and turbine-driven AFWP, is 440 and 880 gpm, i

. respectively. Input from 2-FM-3-155C (computer point j ID 2F1048A).

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

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

l' i

ERDS Point Number: 22 AX FW FL 3/C 2U0068 Stm Gen 3 Auxiliary FW Flow l i

( ' Date: 5/14/97 Reactor Unit: SE2:

Data Feeder: N/A '

. NRC ERDS Parameter: AX FW FL 3/C ,

Point ID: '2U0068

)

Plant Specific Point Desc:- SG #3 AUX FEEDWATER FLOW l Generic Cond Desc: Stm Gen 3 Auxiliary FW Flow  !

! Analog /Digrtal: A f Engr Units / Dig States: GPM l Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 440

l. Zero Point

Reference:

N/A l Reference Point Notes: N/A I

i PROC or SENS: S I

Number of Sensorst 1 j

How Processed: Pseudo point caps flow at 440 GPM Sensor Locations: Downstream of MDAFW, TDAFW tie to S/G 3 Alarm / Trip Set Points'. No Alarms I

NIO Power Cutoff Level: N/A

~

NID Power Cut-On Level: N/A

. Instrument Failure Mode: Low

. Temperature Compensation : N Level Reference Leo' N/A  !

L!nique System Dese: There are two electric and one turbine-driven AFWPS. Each j electric pump feeds two SG's and the turbine-driven pump l

feeds all four SG's. The electric and turbine-dnven j I

AFWPs share the same piping to each SG. The flow element is located in the shared piping, maximum rated flow for MDAFWPs and turbine-driven AFWP, is 440 and 880 gpm, I respectively. Input from 2-FM-3-147C (computer point ID 2F1047A).

u.

i

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

-- ~ . . ,

I i,  !

ERDS Point Number: 23 AX FW FL 4/D 200069 Stm Gen 4 Auxiliary FW Flow l l' I i

Date: 5/14/97

.l

. Reactor Unrt: SE2  ;

Data Feeder: N/A ,

, r l NRC ERDS Parameter: AX FW FL 4/D r i l Point ID. 200069 l

l. Plant Specific Point Dese: SG #4 AUX FEEDWATER FLOW l Generic Cond Desc: Stm Gen 4 Auxiliary FW Flow l: Analog /Digrtat A l i- t

,. Engr Unrts/ Dig States: GPM I

l Engr Units Conversion: N/A >

Minimum Instr Range: 0 I l.

Maximum Instr Range: 440 Zero Point

Reference:

N/A Reference Point Notes: N/A ,

PROC or SENS: S Number of Sensors: 1  ;

t How Processed: Pseudo point caps flow at 440 GPM  :

l Sensor Locations: Downstream of MDAFW, TDAFW tie to S/G 4

{

!- Alarm / Trip Set Points: No Alarms I'

i.

l NID Power Cutoff Levet N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: There are two electric and one turbine-driven AFWPS. Each I electric pump feeds two SG's and the turbine-driven pump feeds all four SG's. The electric and turbine-driven AFWPs share the same piping to each SG. The flow element is located in the shared piping, maximum rated flow for -

j MDAFWPs and Turbine-driven AFWP,is 440 and 880 gpm,

respectively. Input from 2-FM-3-170C (computer point

{. ID 2F1050A).

i l

i . . _ _ . _ . . - . - _ _ ____ . _ . _ _ .

ERDS Point Number: 24 HL TEMP ilA 2T0419A Stm Gen 1 Inlet Temperature Date: 5/14/97 Reactor Unit: SE2 Data Feeder: N/A j NRC ERDS Parameter: HL TEMP 1/A Point ID: 2T0419A Plant Specific Point Desc: LOOP 1 HOT LEG WIDE RANGE TEMP ,

Generic Cond Desc: Stm Gen 1 Intet Temperature Analog / Digital: A

. Engr Units / Dig States:- DEGF Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 700 Zero Point

Reference:

N/A Reference Point Notes: N/A l

PROC or SENS: S I I

Number of Sensors: 1  !

How Processed: N/A Sensor Locations: On Loop 1 RCS Hot Leg piping t

Alarm / Trip Set Points: No Alarms l

NID Power Cutoff Level. N/A i NID Power Cut-On Level. N/A l

instrument Failure Mode: Low l Te'mperature Compensation : N ,

i Level Reference Leg: N/A  !

Unique System Desc: RCS hot leg temperature is used in event recovery to provide ,

information for manual control of RCS temperature, control f . of the ECCS pumps and RCPs, and verifying natural circulation or increase blow down. The temperature indication is also used to control RCS pressure and l l temperature within required limits.

Input from 2-TM-68-18. .!

4.

f

\; ... - _ , . _ .-- -

. . _ . _ . .._ . _ _ . . . . _ . _ . . . _ . . . . _ . . . . - . - . _ . . . . . _ . , -~...m~.-__m . _

_ , . . - - - . . - . .m__.

I 1

' ERDS Point Number: 25 HL TEMP 2/B 2T0439A Stm Gen 2 inlet Temperature l

Date: 5/14.97 Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter: HL TEMP 2/B Point ID:- 2T0439A Plant Speerlic Point Dese: LOOP 2 HOT LEG WIDE RANGE TEMP Generic Cond Dese: Stm Gen 2 Inlet Temperature l

Analog / Digital' A l l Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: 0

Maximum Instr Range: 700 1

Zero Point

Reference:

N/A f Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: On Loop 2 RCS Hot Leg Piping Alarm / Trip Set Points: No Alarms NID Power Cutoff Level. N/A NID Power Cut-On Level: N/A instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A 1

Unique System Dese: RCS hot leg temperature is used in event recovery to provide

i. information for manual control of RCS temperature, control l

l

of the ECCS pumps and RCPs, and venfying natural i 5

i I urculation or increase blow down. The temperature l

, indication is also used to control RCS pressure and

1 l temperature within required limds.

l

input from 2-TM-68-248. l t i e

I .

.: . I i, '

1 e ,e ~. -

-- -- . ..y. --- w-. . , - , - ~ - . , , - - - ---c.-

,._ . _ _ _ _ . . . - _--.-.._ _._...-.__ _ __ _-_-- . . - - . - - ..__m.- _ ~.~_--m- _ - - -

i ERDS Point Number: 26 ~ HL TEMP 3/C 2T0459A Stm Gen 3 Inlet Temperature

-i Date: 5/14/97 .

1

-,' Reactor Unrt -

SE2 i

Data Feeder

N/A l 4- NRC ERDS Parameter: HL TEMP 3/C d

E Point ID: 2T0459A j i

4 Plant Specrhc Point Desc: LOOP 3 HOT LEG WIDE RANGE TEMP j Generic Cond Desc: Stm Gen 3 Inlet Temperature i

j Analog /Digrtat A 1

Engr Units / Dig States: DEGF l I Engr Units Conversion: N/A l s

4 Minimum Instr Range: 0' ,

Maximum Instr Range: 700 Zero Point

Reference:

N/A l Reference Point Notes: N/A PROC or SENS:- S 1 Number of Sensors: 1 How Processed N/A Sensor Locations: On Loop 3 RCS Hot Leg Piping Alarm /frip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Levet N/A .

i instrument Failure Mode: Low Temperature Compensation i N Level Reference Leg- N/A Unique System Desc: RCS hot leg temperature is used in event recovery to provide information for manual control of RCS temperature, control of the ECCS pumps and RCPs, and verhing natural  ;

i circulation orincrease blow down. The temperature j indication is also used to control RCS pressure and temperature within required ilmds.

Input from 2-TM-68-43B.

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

i i

r ERDS Point Number: 27 HL TEMP 4/D 2T0479A Stm Gen 4 Infot Temperature  !

Date: 5/14/97 l

Reactor Unit: SE2  :

Data Feeder: N/A 5 NRC ERDS Parameter: HL TEMP 4/D l l

Point ID: 2T0479A Plant Specific Point Desc: LOOP 4 HOT LEG WIDE RANGE TEMP Generic Cond Desc: Stm Gen 4 Inlet Temperature 1

l Analog / Digital: A

- Engr Unrts/ Dig States: DEGF Engr Units Conversion: N/A i r

Minimum Instr Range: 0 i

Maximum Instr Range: 700 .

Zero Point

Reference:

N/A  !

Reference Point Notes: N/A  !

PROC or SENS: S  :,

Number of Sensors: 1 How Processed. N/A  !

i

. Sensor Locations: On loop 4 RCS Hot Leg Piping Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A

{

NID Power Cut-On Level- .N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A

- Unique System Desc: RCS hot leg temperature is used in event recovery to provide l

l information for manual control of RCS temperature, control i

f of the ECCS pumps and RCPs, and venfying natural l-circulation or increase blow down. The temperature indication is also used to control RCS pressure and temperature within required limits.

1 input from 2-TM-6845B.

I I

., ,-.y 4 ., m.-~-, -

.,,m . ---- - r - , .. - _ , _ . , . , . . - , , . - - - - - - - - - - --

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

b j ERDS Point Number: 28 ' CL TEMP 1/A 2T0406A Stm Gen 1 Outlet Temperature A

i I

t

Date

5/14/97 j r

Reactor Unit: SE2 i i

, Data Feeder: N/A- l a

NRC ERDS Parameter: CL TEMP 1/A' -

, . I

! Point ID: 2T0406A  !

)

t 4- Plant Specific Point Desc: LOOP 1 COLD LEG WIDE RANGE TEMP Generic Cond Desc: Stm Gen 1 Outlet Temperature j Analdg/Digdal: A l Engr Units / Dig States: DEGF 1 ,

l Engr Units Conversion- N/A -

1-

Minimum instr Range

0 i

! l Maximum Instr Range: 700

. Zero Point

Reference:

N/A Reference Point Notes: N/A i

2.

PROC or SENS: S i Number of Sensors: 1 2  !

How Processed: N/A J Sensor Locations: On Loop 1 RCE Nld Leg Piping j Alarm / Trip Set Points: High at 650 DEGF NID Power Cutoff Level. N/A NID Power Cut-On LevelE N/A Instrument Failure Mode: Low  ;

- Temperature Compensation : N I Level Reference Leg- N/A Unique System Dese: RCS cold leg termperature is used in event recovery to  !

maintain proper relationship between RCS pressure and temperature while cooling down, and providing information to manually control RC.' temperature by controlling AFW flow, steam generator pre w.ure, and RHR. The temperature indication is also used in maintaining stable plant l condrtions and venfying natural circulation.

Input from 2-TM-68-188. j l

_ _ _ _ ._ . _ _ _ . . _ . - . - . . . _.._-m_ . . __..____-_..m

-l ERDS Point Number: 29 CL TEMP 21B 2T0426A Stm Gen 2 Cutlet Temperature i l

1 Cate- 5/14/97 Reactor Unit: SE2 l

Data Feeder: N/A f

-NRC ERDS Parameter: CL TEMP 2/B Point ID:- 2T0426A-Plant Specific Point Desc: LOOP 2 COLD LEG WIDE RANGE TEMP f

Generic Cond Desc: Stm Gen 2 Outlet Temperature  !

i Analog / Dight: A Engr Units / Dig States: DEGF i

- Engr Units Conversion: N/A j Minimurn Instr Range: 0  ;

l Maximum Instr Range: 700 j

- Zero Point

Reference:

N/A l

Reference Point Notes: N/A ,

j i

PROC or SENS: S )

i Number of Sensors: 1  !

i How Processed: N/A t Sensor Locations: On Loop 2 RCS Cold Leg Piping Alarm / Trip Set Points: High at 650 DEGF NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A #

l i instrument Failure Mode: Low

]

Temperature Compensation : N l

Level Reference Leg. N/A i-

.l Unique System Dese: RCS cold leg temperature is used in event recovery to i maintain proper relationship between RCS pressure and temperature while cooling down, and providing information to manually control RCS temperature by controlling AFW flow, steam generator pressure, and RHR. The temperature indication is also used in maintaining stable plant

{ conditions and verifying natural circulation.

Input from 2-TM-68-418.

4

E L

L ERDS Point Number: 30 CL TEMP 3/C 2T0446A Stm Gen 3 Outlet Temperature Date: 5/14/97 Reac or Und. SE2 Data Feeder: N/A NRC ERDS Parameter; CL TEMP 3/C Point ID: 2T0446A Plant Specific Point Desc: LOOP 3 COLD LEG WIDE RANGE TEMP Genenc Cond Desc: Stm Gen 3 Outlet Temperature Analog /Digdal: A Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 700 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 )

How Processed: N/A Sensor Locatons: On Loop 3 RCS Cold Leg Piping l

Alarm /Tnp Set Points: High at 650 DEGF l

NID Power Cutoff Level: N/A NID Power Cut-On Level. N/A j instrument Failure Mode: Low i

Temperature Compensaton : N Level Reference Leg: N/A Unique System Dese: RCS cold leg temperature is used in event recovery to maintain proper relationship between RCS pressure and temperature while cooling down, and providing informaton to manually control RCS temperature by controlling AFW flow, I steam generator pressure, and RHR. The temperature indication is also used in maintaining stable plant conditons and venfying natural circulaton.

Input from 2-TM-68-60B i

l

ERDS Point Number: 31 CL TEMP 4/D 2T0466A Stm Gen 4 Outlet Temperature Date. 5/14/97 I Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter. CL TEMP 4/D Point ID: 2T0466A Plant Specific Point Desc: LOOP 4 COLD LEG WIDE RANGE TEMP  !

Genene Cond Desc: Stm Gen 4 Outlet Temperature Analog / Digital. A ,

l Engr Units / Dig States: DEGF Engr Units Conversion: N/A Minimum Instr Range: 0

• Maximum Instr Range: 700 l Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed. N/A i

Sensor Locations: On Loop 4 RCS Cold Leg Piping l Alarm /Tnp Set Points: High at 650 DEGF  !

i I

NID Power Cutoff Level: N/A i l

NID Power Cut-On Level: N/A j

instrument Failure Mode: Low l Temperature Compensation : N l l

Level Reference Leg- N/A l Unique System Desc: RCS cold leg temperature is used in event recovery to niaintain proper relationship between RCS pressure and temperature while cooling down, and providing information to manually control RCS temperature by controlling AFW flow,

( steam generator pressure, and RHR. The temperature indication is also used in maintaining stable plant condrbons and verifying natural circulation.

4 Input from 2-TM48-83B

_ . . _ .- _ - _ _ . . - . - . _ . . ._ . _ . - - . . .- _ _ . . . . _ _ _ --_-m._-. . . _ . _

I i

ERDS Point Number: 32 RCS PRESSURE 2UP1000 Reactor Coolant System Pressure l f 1 .

Date: 5/14/97 '  ;

I Reactor Unit SE2 {

Data Feeder; N/A' l . NRC ERDS Parameter: RCS PRESSURE Point ID: 2UP1000.

Plant Specific Point Desc: RCS WIDE RANGE PRESSURE AVERAGE '

' Generic Cond Desc: Reactor Coolant System Pressure i

- Analog / Digital A [

l. Engr Units / Dig States: PSIG . I Engr Units Conversion: N/A  !

i Minimum Instr Range: 0

!- Maximum Instr Range: 3000 Zero Point

Reference:

N/A I l, ,

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

{

Number of Sensors: 3 l How Processed: Average l -

Sensor Locations: RCS Hot Legs 1,3,4 l

Alarm / Trip Set Points: No Alarms NID Power Cutoff Levet N/A NID Power Cut-On Level N/A l

{ Instrument Failure Mode: Low 1

l - Temperature Compensation : N +

l ,

i Level Reference Leg: N/A }

l- ,

unique System Desc: RCS pressure determined by this point is the average of 3 signals, which measure wide range hot leg pressures.

(2-PT-68-62, -66, and -69) RCS pressure indication is util- t ized by the operators to identify events for Si actuation I and termination, starting and stopping RHR pumps, and con-l

! trolling cooldown to prevent PTS.

i Input from computer point ID's 2P2000A, 2P0129A and 2P2001 A.

_ ,_ _.~..__ _...--.____.._ _ ~ _ _.__._. - - _ .-...___..__.._.m.. m.-_.. .__ ..._. .

ERDS Point Number: 33 PRZR LEVEL 2UL1005 Primary System Pressurizer Level Date: 5/14/97

- Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter: PRZR LEVEL

- Point ID: 2UL1005 Plant Specific Point Dese: PZR LEVEL AVERAGE Generic Cond Dese: Primary System Pressurizer Level

. Analog / Digital: 'A Engr Unrts/ Dig States:  % LEVEL Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 100 Zero Point

Reference:

Notes

- Reference Point Notes: Top of HTR = 14%

PROC or SENS: P Number of Sensors: 3 How Processed: Average Sensor Locations: TAPS from Pressurizer Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A  !

NID Power Cut-On Level: N/A Instrument Failure Mode: Low q Temperature Compensation : N I Level Reference Leg: WET Unique System Desc: The pressurizer level is an averaged signal from 3 level transmitters (2-LT-68-320, -335, -339). Zero reference is bottom of cylindrical shell. Approximately 63 cu ft of water I remains in the pressurizer below zero reference at 652 deg F and 2235 psia. Top of heater represents approximately 14%

level. Heaters shutdown and letdown isolated at approx-  !

{:

imatey 17% level. Input from computer point ID's 2LO482A,

)  ;

i 2LO481 A, and 2LO480A.

l f

.e.- n# - - - - - - - . -

I l

ERDS Point Number: 34 RCS CHGIMU 2UF1016 Primary System Charging / Makeup Date: 5/14/97 Reactor Unit SE2 Data Feeder: N/A NRC ERDS Parameter: RCS CHG/MU Point ID: 2UF1016 Plant Gpecific Point Dese: NET CHG FLO Genene Cond Dese: Primary System Charging / Makeup Analog / Digital A Engr Units / Dig States: GPM j Engr Units Conversion: N/A Minimum Instr Range: -200

)

Maximum Instr Range: 176 Zero Point Reference N/A Reference Foint Notes: N/A l PROC or SENS: P Number of Sensors: 6 How Processed: Subtraction Sensor Locations: CCP Pmp, RCP Seal / Leakoff, RCS Letdown Alarm / Trip Set Points: No Alarms NID Power Cutoff Levet N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Multiple due to number of sensors Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: The net chargii.g flow is calculated by subtracting RCP seal return, and CVCS letdown flow from the discharge flow of the charging pump. The design charging flow is between 55 and 100 GPM dunng normal operation. Input from Point ID's 2F0128A,2F0134A,2F1018A,2F1020A, 2F1022A. and 2F1024A.

ERDS Point Number: 35 HP St FLOW 2UF1010 High Pressure Safety inj. Flow Date: 5/14/97 Reador Und. SE2 Data Feeder: N/A I 1 l NRC ERDS Parameter: HP SI FLOW

]

Point ID: 2UF1010 Plant Specific Point Dese: SI FLOW TOTAL Generic Cond Desc: High Pressure Safety inj. Flow 1

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

Engr Units Conversion: N/A 4

Minimum Instr Range: O d

Maximum Instr Range: 1600 g Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors- 2 How Processed Sum a

Sensor Locations. Discharge of Safety injection Pumps Alarm /Tnp Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: The total flow is measured by adding the discharge flow rates from two Safety injection Pumps. The total accident flow rates for cold leg injection or recirculation and hot le . irculation can be monitored by this point. Safety Iri, 'sn Pumps on miniflow will not show flow since miniflow path is upstream of flow element The design flow rate is 425 GPM @ 2500 ft of head for each SI Pump.

(Sum of 2-FT-63-20 and 151) Input from Point ID's 2F1059A and 2F1066A.

_. - __ . . _ .= -_ . . - .

l

, ERDS Point Number: 36 LP Si FLOW 2t'F1011 Low Pressure Safety inj. Flow l

Date: 5/14/97 i Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter: LP SI FLOW l i l Point ID- 2UF1011 J l

Plant Specific Point Dese: RHR COLD LEG TOTAL FLOW l

Generic Cond Desc: Low Pressure Safety inj Flow Analog / Digital. A

Engr Units / Dig States

GPM Engr Units Conversion: N/A j

Minimum instr Range: 0 Maximum Instr Range: 11000 Zero Point

Reference:

N/A Reference Point Notes- N/A PROC or SENS: P Number of Sensors: 4 How Processed. Average Sensor Locations: RHR Cold Legs 2,3 and 1,4 Piping Alarm /Tnp Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode. Low Temperature Compensation : N Level Reference Leg- N/A Unique System Desc: The RHR Cold Leg Flow Rate value is calculated by summing the average flow from cold legs 2 and 3 with the average flow from cold legs 1 and 4. The design flow rate for a RHR pump is 3000 GPM at 375 feet of head. Flow sensors l include 2-FT-63-91 A and -91 B, 2-FT-63-92A and -928.

Input from computer point ID's 2F1060A, 2F1061 A, 2F1063A.

and 2F1064A.

l

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

I l

. ERDS Point Number: 37 CNTMT SMP WR 2UL1011 Containment Sump Wide Rng Lvl Date: 5/14/97 Reactor Unit SE2 Data Feeder: N/A I 1

i NRC EROS Parameter; CNTMT SMP WR l

Point ID:. 2UL1011 Plant Specific Point Dese: CONTAINMENT SUMP LEV AVG Generic Cond Dese: Containment Sump Wide Rng Lvl Analog /Digitat .A Engr Units / Dig States:  % LEVEL Engr Units Conversion: N/A Minimun Instr Range: 0 l Maximum Instr Range: 100 Zero Point

Reference:

CNTFLR Reference Point Notes: The containment floor is elevation 680 PROC or SENS: P Number of Sensors: 4  ;

How Processed: Average, Redundant Sensor Algonthm Senso Locations: Containment Sump Alarm / Trip Set Points: No Alarms NID Power Cutoff Levet N/A NIO Power Cut-On Level N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: The containment average sump levelis calculated by a redundant sensor algorithm using four sump level 1

l. transmitters. LT-63-176, 177, -178, and -179. The transfer from RWST to containment sump setpoint is 11%, which is approximately 2.5 feet above containment floor elevation.

Gallons /% level varies with level in a nearly linear re! #

l tionship. (78,000 gallons) input from computer point ID's 2L1052A,2L1053A,2L1054A, and 2L1055A.

l

ERDS Point Number: 38 EFF GAS RAD 2R9102XA Release Rt of Radioactive Gases l Date: 5/14/97 I Reactor Unit: SE2 J

Data Feeder: N/A I

NRC ERDS Parameter: EFF GAS RAD j Point ID: 2R9102XA Plant Specific Point Desc. UNIT 1 SHIELD BLDG RELEASE RATE Generic Cond Desc: Release Rt of Radioactive Gases i l

I Analog / Digital. A Engr Units / Dig States: uCi/sec I Engr Unrts Conversion: N/A j Minimum Instr Range: 1.0 E-2 Maximum Instr Range. 1.0 E10 i

Zero Point Reference- N/A i Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed. Sampled Totalized times flow rate Sensor Locations: Auxiliary Bldg Alarm /Tnp Set Points: 220,000 uCi/see NID Power Cutoff Level: N/A NID Power Cut-On Level. N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg' N/A Unique System Desc: Unit 1 Shield Bldg Exhaust. To obtain true release rate, Una 2 monrtor must also be checked.

Input from 1-RM-90-400.

I i

ERDS Polat Number: 39 EFF GAS RAD 2R9102A Release Rt. of Radioactive Gases Date: 5/14/97 Reactor Unrt: SE2

]

Data Feeder: N/A NRC ERDS Parameter: EFF GAS RAD Point ID: 2R9102A I l

Plant Specific Point Desc: SHIELD BUILDING VENT RADIATION  ;

i Generic Cond Desc: Release Rt. of Radioactive Gases

]

Analog / Digital A ,

1 Engr Units / Dig States: uCi/sec Engr Units Conversion: N/A Minimum Instr RanDe: 1.0 E-2 )

l Maximum Instr Range: 1.0 E10 l

Zero Point

Reference:

N/A Reference Point Notes. N/A PROC or SENS: S Number of Sensors: 1 How Processed: Sampled Totalized times flow rate Sensor Locations: Auxiliary Bldg Alarm / Trip Set Points: 220.000 uCi/sec NID Power Cutoff Level: N/A N!D Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensaton : N Level Reference Leg N/A Unique System Desc: Unit 2 Shield Bldg Exhaust. To obtain true release rate, Unit 1 monitor must also be checked.

Input from 2-RM-90-400.

l

_._ _ . _ _ . _ . _ . . _ _.___..__.~..__.__--______m____ _.._. _ _ _ _ .. __

k l ERDS Po'nt i Number: 40 EFF LIQ RAD OR1022A Radioactivity of Released Liquid Date. 5/14/97 Reac or und: SE2 Data Feeder: N/A NRC ERDS Parameter: EFF LIQ RAD

- Point ID: OR1022A Plant Specific Point Dese: WDS LIQUID EFFLUENT RADIATION Generic Cond Dese: Radioactivity of Released Liquid

(

I Analog / Digital. A l

Engr Units / Dig States: CPM Engr Units Conversion: N/A Minimum Instr Range: 1,0 E1 Maximum instr Range: 1.0 E7 i Zero Point

Reference:

N/A a Reference Point Notes: N/A

- PROC or SENS: S Number of Sensors: 1 l ' How Processed: N/A l . Sensor Locations: Auxiliary Bldg Alarm / Trip Set Points: Variable l

l l NID Power Cutoff Levet N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg- N/A Unique System Dese: Waste Disposal System Liquid Effluent.

f. This computer point is in counts per . i ute.

Input from 0-RE-90-122.

l t

i 4

.__.._..___.._..__..._.._.____..._m _ _. _ _ . -. _ ._. _ _. .. _ _ _ _ . _ . _ - ._

i f

ERDS Point Number: 41 COND A/E RAD 2UR1006 Cond Air Ejector Radioactivity  !'

t i

i Date: 5/14/97 I Reactor Unit: SE2 +

[. Data Feeder: N/A I NRC ERDS Parameter: COND A/E RAD f

Point ID: 2UR1006  ;

l  :

Plant Spec 6c Point Desc: COND VAC EXH LOW RNG RELEASE RATE Generic Cond Dese: Cond Air Ejector Radioactivity i Analog / Digital: A l

. Engr Units / Dig States

uCi/sec j i -

Engr Unns Conversion: N/A Minimum Instr Range: 0.0 E0

]

i

- Maximum Instr Range: 1.0 E8

, l Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 l How Processed: Cond Flow

• Dose Sensor Locations: Turbine Bldg Alarm / Trip Set Points: Variable NID Power Cutoff Level: N/A j

NID Power Cut-On Level

N/A i

instrument Failure Mode: Low on Loss of Power Temperature Compensation : N I I Level Reference Leg: N/A j i

Unique System Dese: Condenser Air Ejector Noble Gas Monitor. -l l

This is one of three computer points needed to cover full J range. This point uses inputs from 2-FT-2-256 and  !

l 2-RM-90-119 to compute dose rates Input from computer -j point ID's 2F2700A and 2R0001 A.  !

1 5

4 I

l l l

. _ . - . _ _ _ . . . . . _ __.~.,---.m._._._--.._- ..._..__.. .. . - .- -. _ ~ - . - _ - . . ._-- .

s k-ERDS Point Number: 42 COND A/E RAD 2UR1007 . Cond Air Ejector Radioactivity

]

Date: 5/14/97 Reactor Unrt: SE2 j l

Data Feeder; N/A I NRC ERDS Parameter: COND A/E RAD Point 8D: 2UR1007 Plant Specific Point Desc: COND VAC EXH MID RNG RELEASE RATE Generic Cond Desc: Cond Air Ejector Radioactivity Analog / Digital: A Engr Units / Dig States: uCi/sec Engr Unrts Conversion: N/A Minimum Instr Range: 0.0 EO Maximum Instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 How Processed. Cond Flow

• Dose Sensor Locations: Turbine Bldg.

Alarm / Trip Set Points: Variable NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Condenser Air Ejector Noble Gas Monitor.

This is one of three computer points needed to cover full range. This point uses inputs from 2-FT-2-256 & 2-RM-90-99 to compute dose rates. Input from computer point ID's 2F2700A and 2R0014A. I i l r

i i

I

ERDS Point Number: 43 COND ale RAD 2UR1008 Cond Air Ejector Radioactivity Date: 5/14/97 Reactor Unit. SE2 Data Feeder: N/A-NRC ERDS Parameter: COND A/E RAD Point ID: 2UR1008 Plant Specific Point Dese: COND VAC EXH HI RNG RELEASE RATE Generic Cond Desc: Cond Air Ejector Radioactivrty Analog / Digital: A Engr Unas/ Dig States: uCi/sec Engr Unds Conversion: N/A Minimum Instr Range: 0.0 E0 Maximum Instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors: 2 How Processed: Cond Flow

• Dose l

l Sensor Locatons: Turbine Bldg i l

Alarm / Trip Set Points: Variable '

NID Power Cutoff Level. N/A NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensaton : N Level Reference Leg: N/A Unique System Dese: Condenser Air Ejector Noble Gas Monitor l This is one of three computer points needed to cover full range. This point uses inputs from 2-FT-2-256 & 2-RM-90-405 to compute dose rates. Input from computer

! point ID's 2F2700A and 2R9101 A.

ERDS Point Number: 44. CNTMNT RAD 2UR6021 Upper Containment Radiation Lvl i

l

- Date: 5/14/97 Reactor Unit: SE2 Data Feeder: N/A l NRC ERDS Parameter: CNTMNT RAD

• Point ID: 2UR6021 Plant Specific Point Desc: UPPER CNTMT RADIATION Generic Cond Desc: Upper Containment Radiation Lvl A'nalog/ Digital A Engr Units / Dig States: R/HR Engr Units Conversion: N/A Minimum Instr Range: 1.0 E0 Maximum instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Number of Sensors- 2 How Processed: Average Sensor Locations: Upper Containment Alarm / Trip Set Points: 100 R/HR l

NID Power Cutoff Level: N/A 1 l

NID Power Cut-On Level: N/A Instrument Failure Mode: Low on Loss of Power l Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Upper Containment High Range Area Monitors inputs ars 2-RM-90-271 & 2-RM-90-272.

Input from computer point ID's 2R9018A and 2R9019A.

ERDS Point Number: 45 CNTMNT RAD 2UR6022 Lower Containment Radiation Lvl Date: 5/14/97 Reactor Unit: SE2

. Data Feech r: N/A NRC ERDS Parameter: CNTMNT RAD ,

Point ID. 2UR6022 Plant Specific Point Desc: LOWER CNTMT RADIATION Generic Cond Dese: Lower Containment Radiation Lvl Analog / Digital: A Engr Unds/ Dig States: R/HR Engr Units Conversion: N/A Minimum Instr Range: 1.0 E0 Maximum Instr Range: 1.0 E8 Zero Point

Reference:

N/A Reference Point Notes. N/A PROC or SENS: P f Number of Sensors: 2

)

How Processed: Average l

l Sensor'Locatons: Lower Containment  ;

1 Alarm / Trip Set Points: No Alarms l

NID Power Cutoff Level: N/A l NID Power Cut-C.' Level. N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A i

Unique System Desc: Lower Containment High Range Area Monitor Inputs are 2-RM-90-273 & 2-RM-90-274 (computer point I ID's 2R9020A and 2R9021 A).

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

ERDS Point Number: 46 MAIN SL 1/A 2UR1001 Stm Gen 1 Steam Line Rad Level Date: S/14/97 Reactor Unit: SE2-Data Feeder: N/A NRC ERDS Parame'er: t MAIN SL 1/A .

PointID: 2UR1001 Plant Specific Point Dese: SG #1 RELEASE RATE Generic Cond Desc: Stm Gen 1 Steam Line Rad Level 1

Analog / Digital: A $

l Engr. Units / Dig States: uCi/sec j Engr Unrts Conversion: N/A i-3 Minimum Instr Range: 0.0 EO '

J Maximum Instr Range: 1.0ES 1 1

Zero Point

Reference:

N/A I I

< Reference Point Notes: N/A a l

i J

l. PROC or SENS: P f

i Number of Sensors: ~4 How Processed: Sampled Totalized i Sensor Locations: Main Steam Line prior to ATM reliefs t

Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A Unique System Desc: Value calculated as product of SG #1 release rate.

1l l

radioactivity, specific volume, and a conversion constant.

)

I~ 2-PCV-1-5 position is monitored & if PORV is 'NOT CLOSED',

I

( valve is assumed to contribute 890,000 lb/hr flow to the i l

I

[ atmosphere. 5 code safety valves for each S/G. MS line '

header pressure (2-PT-1-2A & 2B)is monitored to determine i

j condition of valves Each open valve is assumed to l

contnbute 890,000 lb/hr to the flow rate. If code safeties '

2 Ilft,1 is assumed stuck open until pressure < 50 psig. l l

Input from rad monitor 2-RM-90-421 (computer point 2R9027A).

4

.._._._..-______...._._._____.._.~.m.~._ - - . .- - _ . _ _ . . . . _ _ . .-_-.m - . _ . .

ERDS Point Number: 47 MAIN SL 2/8 2UR1002 Stm Gen 2 Steam Line Rad Level .

s

Date

5/14/97 -

Reactor Unit SE2 Data Feeder: N/A {

f NRC ERDS Parameter: MAIN SL 2/B f

Point ID: 2UR1002 Plant Specific Point Desc: SG #2 RELEASE RATE Generic Cond Desc: Stm Gen 2 Steam Line Rad Level

~i Analog /Dignal: A q

l Engr Units / Dig States: uCi/sec

! Engr Units Conversion: N/A _ i Minimum instr Range: 0.0 E0 i'

Maximum Instr Range

- 1.0 EB Zero Point

Reference:

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

+

Number of Sensors: 4

~

How Processed. Sampled Totalized Sensor Locations: Main Steam Line prior to ATM reliefs Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A i

NID Power Cut-On Level: N/A r

Instrument Failure Mode

Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Value calculated as product of SG #2 release rate, l radioactivity, specific volume, and a conversion constant.

2-PCV-1-12 position is monitored & if PORV is 'NOT CLOSED',

valve is assumed to contribute 890,000 lb/hr flow to the j atmosphere. 5 code safety valves for each S/G. MS line header pressure (2-PT-19A & 9B)is monitored to determine l condition of valves. Each open valve is assumed to

., contribute 890,000 lb/hr to the flow rate. If code safeties lift,1 is assumed stuck open until pressure < 50 psig.

[

Input from rad monitor 2-RM-90-422 (computer point 2R9028A).

r l

ERDS Point Number: 48 MAIN SL 3/C 2UR1003 Stm Gen 3 Steam Line Rad Level Date: 5/14/97 Reactor Unit SE2 l

Data Feeder: N/A "

NRC ERDS Parameter: MAIN SL 3/C Point ID: 2UR1003 Plant Specific Point Desc: SG #3 RELEASE RATE Generic Cond Desc: Stm Gen 3 Steam Line Rad Level I

Analog / Dig,tal- A j Engr Units / Dig States: uCi/sec Engr Units Conversion- N/A Minimum Instr Range: 0 0 EO Maximum Instr Range: 1.0 E8 Zero Point

Reference:

N/A i Reference Point Notes: N/A i

l PROC or SENS: P Number of Sensom: 4 How Processed. Sampled Totalized Sensor Locations: Main Steam Line prior to ATM reliefs Alarm / Trip Set Points: No Alarms NID Power Cutoff Level. N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg' N/A .

Unique System Desc: Value calculated as product of SG #3 release rate, radioactivity, specific volume, n/M a conversion constant.

2-PCV-1-23 position is monit. .; & if PORV is 'NOT CLOSED',

valve is assumed to contribute 890,000 lb/hr flow to the i atmosphere. 5 code safety valves for each S/G MS line header pressure (2-PT-1-20A & 208)is monitored to determine condition of valves. Each open valve is assumed to contnbute 890,000 lb/hr to the flow rate. If code safeties lift,1 is assumed stuck open until pressure < 50 psig Input from rad monitor 2-RM-90-423 (computer point 2R9029A).

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

l l

, ~ ERDS Point' Number: 49 - MAIN SL 4/D 20R1004 Stm Gen 4 Steam Line Rad Level Date: 5/14/97 Reador Uni SE2 Data Feeder N/A NRC ERDS Parameter: MAIN SL 4/D Point ID: 2UR1004 Plant Specific Point Dese: SG #4 RELEASE RATE Generic Cond Dese: Stm Gen 4 Steam Line Rad Level Analog / Digital: A l

Engr Unitsoig States: uCi/sec Engr Units Conversion: N/A L

Minimum Instr Range: 0.0 EO Maximum Instr Range: 1.0 E8 1

Zero Point

Reference:

N/A  !

1 Reference Point Notes: N/A PROC or SENS: P l Number of Sensors: 4 i

! How Processed: ' Sampled Totalized l

Sensor Locations: Main Steam Line prior to ATM reliefs

{

Alarm / Trip Set Points: No Alarms  !

l NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A ,

1 Instrument Failure Mode: Low on Loss of Power l

Temperature Compensation : N Level Reference Leg- '

N/A Unique System Desc: Value calculated as product of SG #4 release rate, radioactivity, specific volume, and a conversion constant.  !

2-PCV-1-30 position is monitored & if PORV is 'NOT CLOSED',

i l' valve is assumed to contribute 890,000 lb/hr flow to the

(

I atmosphere. 5 code safety valves for each S/G. MS line l

header pressure (2-PT 1-27A & 27B)is monitored to determine

. condition of valves. Each open valve is assumed to contnbute 890,000 lb/hr to the flow rate. If code safeties lift,1 is assumed stuck open until pressure < 50 psig l

Input from rad monitor 2-RM-90-424 (computer point 2R9030A).

. . . - . . _ . .-_ _ . . _ . - _ . _ _ _ _ . . _ . _ . _ . . . . _ _ . _ _ _ _ _ _ _ ~ . _ . _ . . . . _m... . _ . - _ _

! I 4- 1 4 4

]

ERDS Poirtt Number: 50 SG BD RAD 1 A 2R1020A Stm Gen Header Blowdown Rad Levi  !

i' I

Date 5/14/97

{ ]

I Reactor Unit: SE2 Data Feeder: N/A l NRC ERDS Pararneter: SG BD RAD 1 A -

) Point ID: 2R1020A Plant Specific Point Dese: SG BLOWDOWN RADIATION f Generic Cond Dese: ' Stm Gen Header Blowdown Rad Levi I  !

l Analog /Dignal: A 4'

Engr Units / Dig States' CPM l.

Engr Units Conversion: N/A s

2' _ Minimum instr Range: 1.0 E1 j a ,

i

?- Maximum Instr Range: 1.0 E7 j 1'

Zero Point

Reference:

N/A )

1.

j Reference Point Notes: N/A J 1

]

PROC or SENS: S  !

4  !

j Number of Sensors: 1 j 4 How Processed: N/A 4 3 j Sensor Locations: Turbine Bldg Alarm /Tnp Set Points: Variable  !

I NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A 1

Instrument Failure Mode: Low on Loss of Power Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Steam Generator Blowdown Header Liquid Monitor.

This is one of two monitors, one of which is valved out.

The monitor is for the header and not individualloops. l l

Input from 2-RM-90-120A.

l,

ERDS Point Number: 51 SG BD RAD 18 2R1021A Stm Gen Header Blowdown Rad Levi Date: 5/14/97 Reactor Unit SE2 Data Feeder: N/A l

.NRC ERDS Parameter: SG BD RAD 1B Point ID: 2R1021A Plant Specific Point Dese: SG BLOWDOWN RADIATION Generic Cond Desc: Stm Gen Header Blowdown Rad Levi l

Analog /Digrtal: A Engr Units / Dig States: CPM l

Engr Units Conversion- N/A Minimum Instr Range: 1.0 E1 Maximum Instr Range: 1.0 E7 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1  !

How Processed. N/A Sensor Locations: Turbine Bldg Alarm / Trip Set Points: Variable NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A instrument Failure Mode: Low on Loss of Power TemperatJre Compensation : N Level Reference Leg: N/A Unique System Dese: Steam Generator Blowdown Header Liquid Monitor.

This is one of two monitors, one of which is valved out.

The monitor is for the header and not individual loops.

Input from 2-RM-90-121 A.

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

'I j

ERDS Point Number: 52. CTMNT PRESS 2UP6000 Containment Pressure l

-)

Date: 5/14/97 Reador unn: SE2 Data Feeder: N/A NRC ERDS Parameter: CTMNT PRESS Point ID: 2UP6000 Plant Specific Point Desc: CNTMT PRESSURE AVERAGE Generic Cond Dese: Containment Pressute

. Analog /Digrtal. A Engr Unns/ Dig States- PSIG j Engr Unrts Conversion: N/A Minimum Instr Range: -1 j i

Maximum Instr Range: 15 l Zero Point

Reference:

- N/A l l

Reference Point Notes: N/A  !

.l u

PROC or SENS: P Number of Sensors: 2- l How Processed: Average Sensor Locations: Annulus i Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A .l 1

NID Power Cut-On Level: N/A i instrument Failure Mode: Out of Range Temperature Compensation : N  ;

Level Reference Leg: N/A  ;

Unique System Desc: Containment Pressure. This is actually a differential between containment and the annulus. Average of 2-PDT-30-44 l l- and -45 (computer points 2P1002A and 2P10.JA).

i l

! l f l 4

_ ,, m . _ , -

37- ,,,9

1 I

\

ERDS Point Number: 53 CTMNT TEMP 2QV0020 Containment Temperature Date: 5/14/97 Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter: CTMNT TEMP Point ID: 2OV0020 Plant Specific Point Desc: CALCULATED LOWER CTMT TEMP - LCTTEMP Generic Cond Desc: Containment Temperature Analog /Digita!'. A Engr Units / Dig States: DEGF Engr Units Conversion N/A Minimum Instr Range: 0 Maximum instr Range: 200 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS. P Number of Sensors: 19 How Processed. Weighted Average Sensor Locations: Lower Containment Alarm /Tnp Set Points: Low at 105 DEGF, High at 120 DEGF NID Power Cutoff Level: N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Fail Low Temperature Compensation : N Level Reference Leg- N/A Unique System Desc: Weighted Average of 19 Lower Containment Temp. Elements.

ERDS Point Number: 54 H2 CONC 2UY1005 Containment H2 Concentration Date: 5/14/97 Reacto L',it. SE2 Data Feeder: N/A i NRC ERDS Parameter: H2 CONC Point ID: 2UY1005 Plant Specific Point Desc: H2 CONC AVG Generic Cond Dese: Containment H2 Concentration Analog /Digdal: A l Engr Units / Dig States:  % H2V Engr Unrts Conversion: N/A Minimum Instr Range: 0 i Maximum Instr Range: 10 i

Zero Point

Reference:

N/A l Reference Point Notes: N/A 1

l PROC or SENS: P l Number of Sensors: 2 How Processed. Average Sensor Locations: Sample line from both uppr & lowr entmnt I Alarm / Trip Set Points- High at 10 %

NID Power Cutoff Level: N/A N!D Power Cut-On Level: N/A Instrument Failure Mode: Downscale on loss of power Temperature Compensation : N L evel Reference Leg N/A Unique System Desc: Samples H2 gas concentration in containment. Average of 2-H2AN43-200 and 2-H2AN-43-210 (computer points 2C1000A and 2C1001 A). Analyzers are normally valved out.

= _

l ERDS Point Number: 55 RWST LEVEL 2UL1000 Refueling Water Storage Tank Lev i

Date: 5/14/9. j Reactor Unit SE2 i

Data Feeder: N/A  !

NRC ERDS Parameter: RWST LEVEL Point ID: 2UL1000 Plant Specific Point Desc: RWST LEV AVG Generic Cond Desc: Refueling Water Storage Tank Lev l

Analog / Digital: A

]

Engr Units / Dig States:  % LEVEL Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 100 Zero Point

Reference:

27.6" Reference Point Notes: 25,000 gal below zero reference l l

PROC or SENS: P Number of Sensors- 2 l )

How Processed: Average, Redundant Sensor Algonthm Sensor Locations: RWST taps 25,000 Gals in tnk at 0% Level Alarm / Trip Set Points No Alarms l

l NID Power Cutoff Level: N/A NID Power Cut-On Level; N/A Instrument Failure Mode: Low Temperature Compensation : N Level Reference Leg' N/A Unique System Desc: The RWST average levelis calculated by a redundant sensor algonthm from the 2 RWST level transmitters.

The RWST tank capacity is 380,000 gallons.

0% = 25,000 gallons,100% = 380,000 gallons.

Input from 2-LT-63-50 and -51 (computer points 2L2201 A and 2L1041A)

ERDS Point Number: 56 WIND SPEED MET 001 Wind Speed - Upper Level Date: 5/14/97 Reactor Unit. SE2 Data Feeder: N/A NRC ERDS Parameter: WIND SPEED Point ID. MET 001 Plant Specific Point Dese: 91M VECTOR WIND SPEED (15 MIN AVG)

Generic Cond Desc: Wind Speed - Upper Level Analog / Digital. A Engr Units / Dig States: m/sec Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 44.6 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: At the 91 Meter Level of the Met Tower Alarmffnp Set Points: No Alarms NID Power Cutoff Level N/A NID Power Cut-On Level N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A l

Unique System Desc:

l l

1

)

I i

ERDS Point Number: 57 WIND SPEED MET 002 Wind Speed . intermediate Level Date. 5/14/97 Reactor Und: SE2 Data Feeder: N/A NRC ERDS Parameter: WIND SPEED Point ID: MET 002 Plant Specific Point Desc: 46M VECTOR WIND SPEED (15 MIN AVG)

Generic Cond Dese: Wind Speed -Intermediate Level Analog /Digitat A Engr Unns/ Dig States: m/see Engr Units Conversion: N/A Minim in Instr Range: 0 Maximum Instr Range: 44 6 Zero Point

Reference:

N/A Reference Point Notes: N/A i i

~

l PROC or SENS: S Number of Sensors: 1 How Processed. N/A Sensor Locations: At the 46 Meter Level of the Met Tower Alarm /Tnp Set Points: No Alarms NID Power Cutoff Levet N/A NID Power Cut-On Level N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A Unique System Dese:

I l

l l

r

EROS Point Number: 58 WIND SPEED MET 003 Wind Speed . Lower Level Date: 5/14/97 Reactor Unrt. SE2 Data Feeder: N/A NRC ERDS Parameter: WIND SPEED Point ID: MET 003 l Plant Specific Point Desc: 10M VECTOR WIND SPEED (15 MIN AVG)

Generic Cond Dese: Wind Speed - Lower Level Analog / Digital. A Engr Units / Dig States: m/sec Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 44.6 Zero Point

Reference:

N/A l

Reference Point Notes: N/A l l

PROC or SENS: S Number of Sensors: 1 i 1

' How Processed N/A Sensor Locations: At the 10 Meter Level of the Met Tower Alarm /Tnp Set Points: No Alarms ,

l NID Power Cutoff Level N/A l l

NID Power Cut-On Level. N/A j instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg- N/A Unique System Desc:

1 l l i l l

ERDS Point Number: 59 WIND DIR MET 004 Wind Direction Upper Level Date: 5/14/97 Reactor Unrt: SE2 Data Feeder: N/A NRC ERDS Parameter: WIND DIR Point ID: MET 004 l Plant Specrfic Point Dese: 91M VECTOR WIND DIR (15 MIN AVG)

Generic Cond Desc: Wind Direction - Upper Level Analog / Digital: A Engr Units / Dig States: DEG Engr Units Conversion: N/A Minimum Instr Range: 0 Maximum instr Range: 360 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A i

Sensor Locations: At the 91 Meter Level of the Met Tower l Alarmfinp Set Points: No Alarms l NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A l

Unique System Dese: 1 1

I

, 4 l

e f

l

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

' I h

i ERDS Point Number: 60 WIND DlR MET 005 . Wind Direction Intsrmed. Level  !

l

. Date: 5/14/97 Reactor Unrt: SE2 Data Feeder: N/A NRC ERDS Parameter: WIND DlR 1 Point ID: MET 005 l Plant Specific Point Desc: 46M VECTOR WIND DIR (15 MIN AVG)

Generic Cond Dese: Wind Direction -Intermed. Level 1

Analog / Digital: A Engr Units / Dig States. DEG j

-i Engr Unrts Conversion: N/A Minimum Instr Range: 0 Maximum Instr Range: 360 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A

. Sensor Locations: At the 46 Meter Level of the Met Tower  !

Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: LOW  ;

Temperature Compensaton : .N Level Reference Leg: N/A

• Unique System Dese:

t 1

L i

- - . - . . . , , , y .y_. -- . , - .- -....m, w - - - , - - , -. r

ERDS Point Number: 61 WIND DIR ~- MET 006 Wind Direction . Lower Level Date;- . 5/14/97 Reactor Unit: SE2 Data Feeder: N/A NRC ERDS Parameter:' WIND DIR Point ID: MET 006 Plant Speerlic Point Dese: 10M VECTOR WIND DlR (15 MIN AVG)

Generic Cond Dese: Wind Direction - Lower Level r

Analog /Digrtal: A Engr Units / Dig States: DEG Engr Units Conversion: N/A

, . Minimum Instr Range:

0 Maximum instr Range: 360 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: S' I

l* Number of Sensors: 1 How Processed: N/A Sensor Locations: At the 10 Meter Level of the Met Tower

' Alarm / Trip Set Points: .No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A Instrument Failure Mode: LOW Temperature Compensaton : N Level Reference Leg: N/A Unique System Dese:

I d

i

, 4 f

{

i

. . , . ._ .y. v., ..._, - . _ _ . . . -. ,

ERDS Point Number: 62 STAB CLASS MET 007 Air Stability Upper l 1 i

Date: 5/14/97 I Reac^or Unit: SE2  :

1 Data Feeder: N/A I

NRC ERDS Parameter: STAB CLASS l Point ID: MET 007 Plant Specrfic Point Dese: Stability Class Upper  ;

Generic Cond Dese: Air Stability - Upper  !

I l

Analog / Digital: A Engr Units / Dig States: STABA Engr Unrts Conversion: See Below l

Minimum Instr Range: See Below I Maximum instr Range: See Below j Zero Point

Reference:

N/A i Reference Point Notes: N/A l 1

PROC or SENS: P Number of Sensors; 2 How Processed. See Below Sensor Locations: Met Tower l Alarm / Trip Set Points: No Alarms NID Power Cutoff Level: N/A NID Power Cut-On Level: N/A instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A l Unique System Desc: Differential Temperature Upper-L ower (deg C)

Difference Stability Class Peint Value

> <= 1 I

, -1.9 A 1 l

l -1 9 1.7 B 2

-1.7 -1.5 C 3

-1.5 -05 D 4

-0.5 1.5 E 5 15 40 F 6 40 G 7

~.

ERDS Point Number: 63 STAB CLASS MET 008 Air Stability -Intermediate Date: 5/14/97 Reador Un1 SE2 Data Feeder: N/A NRC ERDS Parameter STAB CLASS Point ID: MET 008 Plant Specific Point Desc: Stability Class intermediate Generic Cond Desc: Air Stability - Intermediate Analog / Digital: A Engr Units / Dig States- STABA Engr Units Conversion: See Below Minimum Instr Range: See Below Maximum Instr Range: See Below i 1

Zero Point

Reference:

N/A  :

l Reference Point Notes: N/A j l

PROC or SENS: P Number of Sensors: 2 How Processed: See Below Sensor Locations: Met Tower Alarm /Tnp Set Points: No Alarms NID Power Cutoff Level N/A NID Power Cut-On Level: N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg: N/A Unique System Dese: Differential Temperature Upper-Intermediate (deg C) i Difference Stability Class Point Value

> <=

-1.9 A 1 l -1.9 -1.7 B 2 l

-1.7 -1.5 C 3

-1.5 -0.5 D 4

-0. 5 15 E 5 1.5 40 F 6 40 G 7

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

F t

i t

ERDS Point Number: 64 STAB CLASS . . MET 009 Air Stability - Lower

(-

i Date: ' 5/14/97.

I Reac or Unt SE2-Data Feeder: N/A NRC ERDS Parameter STAB CLASS

- PointID: - MET 009 Plant Specific Point Dese: Stabilrty Class Lower i

l. Generic Cond Dese: Air Stabiltty- Lower l

Analog / Digital: A Engr Units / Dig States: STABA Engr Units Conversion: . See Below Minimum instr Range: See Below Maximum Instr Range: See Below Zero Point

Reference:

N/A Reference Point Notes: N/A l

l PROC or SENS: P i

j -. Number of Sensors: .2 i

l How Processed. See Below I

. Sensor Locations: Met Tower Alarm / Trip Set Points: No Alarms NID Power Cutoff Levet N/A NID Power Cut-On Levet N/A Instrument Failure Mode: LOW Temperature Compensation : N Level Reference Leg- N/A .j Unique System Desc: Differential Temperature Intermediate-Lower (deg C)

Difference Stability Class Point Value -

> <=  ?

-1.9 A. 1 j -1.9 -1.7 B 2

-1.7 -1.5 C 3

. 1

-1.5 -0.5 D 4

-0.5 1.5 E 5 i i 1.5 4.0 F 6  ;

4.0 G 7 i 1 i

- . ,- ,y... , , w --e,-,. . - - . - - -

v.. e ,

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

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

ERDS Point Number 65 SG LEVEL ilA 2LO403A Steam Gen 1 Wide Range Water Lev i t

f i

. Date: 5/14/97 ,

Reactor Unrt: SE2 I Data Feeder: N/A l NRC ERDS Parameter: SG LEVEL 1/A  !

Point ID. 2LO403A  !

Plant Specific Point Desc: SG #1 WIDE RANGE LEVEL Generic Cond Desc: Steam Gen 1 Wide Range Water Lev Analog / Digital: A I l

Engr Units / Dig States:  % LEVEL .j E igr Units Conversion: 1 % = 5.7"

' Minimum Instr Range: 0.0

{

Maximum Instr Range. 100.0 Zero Point

Reference:

LOWTAP Reference Point Notes: See Below l

l PROC or SENS: S I

]

Number of Sensors: 1 How Processed: N/A l Sensor Locations: See Below Alarm /Tnp Set Points: Low at 60%, High at 80%

NID Power Cutoff Level N/A NID Power Cut-On Levet N/A Instrument Failure Mode: Sensor Out Low Temperature Compensation : N Level Reference Leg: WET Unique System Dese: LT is cahbrated for design operating conditions. 0% corres-ponds to lower tap on SG located just above tube plate.100%

correspor.ds to the upper tap which is 170" above the top of "U" tubes: Top of "U" tubes is approximately 70% level.

Input from 2-LT-3-43.

i r

+

I i l

i l

1

, , , _ . _ . . . _ . , . _- _ , . . . , . _ - ._,. - i

. ._.m_._ _ . _ ,_ . _ _ _ _ _ - - .-_ _ _ .. _ - _ .._... . _ - . _,- -.. _ __ _ _ .. _. _ _ .

E i

l ERDS Point Number. 66 SG LEVEL 2/B 2LO423A Steam Gen 2 Wide Range Water Lev i

Date: 5/14/97-Reactor Unit: SE2.  ;

l Data Feeder: N/A - l l

NRC ERDS Parameter: SG LEVEL 2/B l Point ID: ~ 2LO423A

)

j I-  !

Plant Speerfic Point Dese: SG #2 WIDE RANGE LEVEL '

- Generic Cond Desc: Steam Gen 2 Wide Range Water Lev

, Analog / Digital: A l

l Engr Units / Dig States:  % LEVEL -

l- Engr Units Conversion: 1% = 5.7" I Minimum Instr Range: 0.0 Maximum Instr Range: 100.0 Zoro Point

Reference:

LOWTAP Reference Point Notes: See Below i

l PROC or SENS: S )

i l Number of Sensors: ,

1

)

! i How Processed: N/A I Sensor Locatons: See Below Alarm / Trip Set Points: Low at 60%, High at 80%

NID Power Cutoff Level: N/A NID Power Cut-On Level:- N/A Instrument Failure Moda: Sensor Out Low Temperature Compensation : N Level Reference Leg: WET

' Unique System Dese: LT is calibrated for design operating conditions. 0% corres.

i ponds to lower tap on SG located just above tube plate.100% l corresponds to the upper tap which is 170" above the top of l 1

"U" tubes: Top of "U" tubes is approximately 70% level. )

i input from 2-LT-3-56. j i

i l <

i

ERDS Point Number: 67 SG LEVEL 3/C 2LO443A Steam Gen 3 Wide Range Water Lev Date: 5/14/97 Reactor Unit: SE2 Data Feeder. N/A NRC ERDS Parameter: SG LEVEL 3/C Point ID: 2LO443A Plant Speedic Point Desc: SG #3 WIDE RANGE LEVEL Generic Cond Dese: Steam Gen 3 Wide Range Water Lev Analog /Digdal: A Engr Unrts/ Dig States:  % LEVEL Engr Units Conversion: 1 % = 5.7" Minimum Instr Range: 0.0 i l

Maximum instr Range: 100.0 l Zero Point

Reference:

LOWTAP 1

Reference Point Notes: See Below  ;

I PROC or SENS: S Number of Sensors: 1 How Processed- N/A l Sensor Locations: See Below l Alarm / Trip Set Points: Low at 60%, High at 80%

NID Power Cutoff Level: N/A )

l NID Power Cut-On Level N/A instrument Failure Mode: Sensor Out Low Temperature Compensation : N Level Reference Leg- WET Unique System Desc: LT is calibrated for design operating condrbons. 0% corres-ponds to lower tap on SG located just above tube plate.100%

corresponds to the upper tap which is 170" above the top of "U" tubes: Top of "U" tubes is approximately 70% level l Input from 2-LT-3-98.

l

-. _ . . . . _ _ _ _ - _ . ..- _... _ . _ - - - _ .m . . - ... ~--- - - -- - - - - - -.- .._

+

f l

ERDS Point Number: 68 SG LEVEL 4/D 2LO463A Steam Gen 4 Wide Range Water Lev ' j Date: 5/14/97 l l

Reactor Unit SE2 Data Feeder: N/A

^

NRC ERDS Parameter: SG LEVEL 4/D Point ID: 2LO463A 5 Plant Specific Point Dese: SG #4 WIDE RANGE LEVEL  ;

Generic Cond Desc: Steam Gen 4 Wide Range Water Lev Analog / Digital: A j Engr Units / Dig States:  % LEVEL ,

Engr Units Conversion: 1 % = 5.7" l

Minimum Instr Range: 0.0 l

Maximum Instr Range: 100.0  !

Zero Point

Reference:

LOWTAP l i

Reference Point Notes: See Below  ;

i F

PROC or SENS: S Number of Sensors: 1 f How Processed: N/A Sensor Locations: See Below Alarm / Trip Set Points: Low at 60%, High at 80% l l

NID Power Cutoff Level: N/A NID Power Cut-On Level. N/A instrument Failure Mode: Sensor Out Low Temperature Compensation : N j Level Reference Leg: WET I Unique System Desc: LT is calibrated for design operating conditions. 0% corres-  :

i ponds to lower tap on SG located jus. above tube plate.100%

corresponds to the upper tap which is 170" above the top of "U" tubes: Top of "U" tubes is approximately 70% level.

Input from 2-LT-3-111, l

c i

f

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

r e

i

' ERDS Point Number: 69' CORE FL.OW - 2PA003 Total RCS Flow I

Date: '

5/14/97 i

. Reactor Unit SE2 Data Feeder: N/A NRC ERDS Parameter: CORE FLOW.- i i

Point ID. 2PA003 l Plant Specific Point Dese: TOTAL REACTOR COOLANT FLOW  !

Generic Cond Dese; Total RCS Flow -!

i Analog / Digital. A Engr Units / Dig States:  % FLOW ; _;

Engr Units Conversion: N/A '

{

Minimum Instr Range: . 0.0 5 Maximum Instr Range: 110.0  :

i Zero Point

Reference:

N/A

Reference Point Notes

See Below l; i 1 g

PROC or SENS: P  !

Number of Sensors: '4  !

l I i

How Processed: Average i f'

Sensor Locations: RCS Flow loops 1-4 l Alarm / Trip Set Points: No Alarms

?

I NID Power Cutoff Level N/A i I'

l  : NID Power Cut-On Level: N/A l-  !

l: Instrument Failure Mode: Out of Range  !

i .

i 1- Temperature Compensation : N i Level Reference Leg: - N/A Unique System Dese: This point is generated from an Average of 2-FT-684A, 29A, I

. -48A', -71 A. Input from Point ID's 2F0400A,2F0420A, 1

j. 2F0440A, and 2F0460A. Design Flow = 138 MLB/HR per Loop. 1 l

k i

l 1 .- i

! I L .. . .

1