ML20080P669

Response to NUREG-0737,Suppl 1 & Reg Guide 1.97: Application to Emergency Response Facilities

ML20080P669
Person / Time
Site:	Brunswick
Issue date:	08/09/1983
From:	Brown W, Wasenko M CAROLINA POWER & LIGHT CO.
To:
Shared Package
ML20080P657	List: ML20080P654 ML20080P660 ML20080P669
References
RTR-NUREG-0737, RTR-NUREG-737, RTR-REGGD-01.097, RTR-REGGD-1.097, RTR-REGGD-1097 NUDOCS 8310070295
Download: ML20080P669 (77)

Text

CAROLINA POWER & LIGHT COMPANY BRUNSWICK STEAM ELECTRIC PLANT BRUNSWICK RESPONSE TO NUREG 737 SUPPLEMENT 1 -

REGULATORY GUIDE 1.97 - APPLICATION TO EMERGENCY RESPONSE FACILITIES SUBMITTED BY: O((h MM [4/

RECOMMENDED BY: M -- -

APPROVED BY:

z. _

7 0310070295 830930 PDR~ADOCK 05000324 F PDR

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Table of Contents Title Page GENERAL NOTES iii l l

VARIABLE Al -

RPV PRESSURE 1 VARIABLE A2 -

RPV WATER LEVEL 2 VARIABLE A3 -

SUPPRESSION POOL WATER TEMPERATURE 4 VARIABLE A4 -

SUPPRESSION POOL WATER LEVEL 5 VARIABLE AS -

DRYWELL PRESSURE 6 VARIABLE A6 -

DRYWELL TEMPERATURE 7 VARIABLE A7 -

SUPPRESSION POOL PRESSURE 8 VARIABLE A8 -

DRYWELL AND SUPPRESSION POOL HYDROGEN AND OXYGEN CONCENTRATION 9 VARIABLE B1 - NEUTRON FLUX 10 VARIABLE B2 - CONTROL ROD POSITION 11 VARIABLE B3 - RCS SOLUBLE BORON CONCENTRATION 12 VARIABLE B4 - COOLANT LEVEL IN REACTOR 13 VARIABLE B5 - BWR CORE TEMPERATURE 13 VARIABLE B6 - RCS PRESSURER 13 VARIABLE B7 - DRYWELL PRESSURE 13 VARIABLE B8 - DRYWELL SUMP LEVEL 13 VARIABLE B9 - PRIMARY CONTAINMENT PRESSURE 13 VARIABLE B10 - PRIMARY CONTAINMENT ISOLATION 14 VALVE POSITION VARIABLE C1 - RADIOACTIVITY CONCENTRATION OR RADIATION LEVEL IN CIRCULATING PRIMARY COOLANT 22 VARIABLE C2 - ANALYSIS OF PRIMARY COOLANT (GAMMA SPECTRUM) 23 VARIABLE C3 - BWR CORE TEMPERATURE 24 VARIABLE C4 - RCS PRESSURE 24 VARIABLE C5 - PRIMARY CONTAINMENT AREA RADIATION 24 VARIABLE C6 - DRYWELL DRAINS SUMP LEVEL 24 VARIABLE C7 - SUPPRESSION POOL WATER LEVEL 24 VARIABLE C8 - DRYWELL PRESSURE 24 VARIABLE C9 - RCS PRESSURE 24 VARIABLE C10 - PRIMARY CONTAINMENT PRESSURE 24 VARIABLE C11 - CONTAINMENT AND DRYWELL HYDROGEN CONCENTRATION 24 VARIABLE C12 - CONTAINMENT AND DRYWELL OXYGEN CONCENTRATION 24 VARIABLE C13 - CONTAINMENT EFFLUENT RADIOACTIVITY-NOBLE GASES 24 VARIABLE C14 - RADIATION EXPOSURE RATE 24 VARIABLE CIS - EFFLUENT RADIOACTIVITY 24 l VARIABLE D1 -

MAIN FEEDWATER FLOW 25 l

VARIABLE D2 -

CONDENSATE STORAGE TANK LEVEL 26 VARIABLE D3 -

SUPPRESSION SPRAY FLOW 27 VARIABLE D4 -

DRYWELL PRESSURE 28 VARIABLE DS -

SUPPRESSION POOL WATER LEVEL 29 VARIABLE D6 -

SUPPRESSION POOL WATER TEMPERATURE 29 VARIABLE 07 -

DRYWELL ATMOSPHERE TEMPERATURE 29 i

i

Table of Contents (Cont'd) ,

VARIABLE D8 -

DRYWELL SPRAY FLOW 29 VARIABLE D9 -

MSIV LEAKAGE CONTROL SYSTEM PRESSURE 29 VARIABLE DIO - PRIMARY SAFETY RELIEF VALVE POSITION 30 VARIABLE D11 - ISOLATION CONDENSER SYSTEM SHELL-SIDE WATER LEVEL 32 VARIABLE D12 - ISOLATION CONDENSER SYSTEM VALVE POSITION 32 VARIABLE D13 - RCIC FLOW CONTROL 33 VARIABLE D14 - HPCI FLOW 34 VARIABLE D15 - CORE SPRAY SYSTEM FLOW 35 VARIABLE D16 - LPCI SYSTEM FLOW 36 VARIABLE D17 - SLCS FLOW 36 VARIABLE D18 - SLCS STORAGE TANK LEVEL 37 VARIABLE D19 - RHR SYSTEM FLOW 38 VARIABLE D20 - RHR HEAT EXCHANGER OUTLET TEMPERATURE 39 VARIABLE D21 - COOLING WATER TEMPERATURE TO ESF SYSTEM COMPONENTS 40 VARIABLE D22 - COOLING WATER FLOW TO ESF COMPONENTS 41 VARIABLE D23 - HIGH RADIOACTIVITY LIQUID TANK LEVEL 43 VARIABLE D24 - EMERGENCY VENTILATION DAMPER POSITION 44 VARIABLE D25 - STATUS OF STANDBY POWER AND OTHER ENERGY SOURCES IMPORTANT TO SAFETY (ELECTRIC, HYDRAULIC, PNEUMATIC) 48 VARIABLE D26 - TURBINE BYPASS VALVE POSITION 52 VARIABLE D27 - CONDENSER HOTWELL LEVEL 53 VARIABLE D28 - CONDENSER VACUUM 54 VARIABLE D29 - CONDENSATE PUMP AND BOOSTER PUMP STATUS 55 VARIABLE E1 -

PRIMARY CONTAINMENT AREA RADIATION-HIGH RANGE 57 VARIABLE E2 - REACTOR BUILDING OR SECONDARY CONTAINMENT AREA RADIATION 59 VARIABLE E3 - RADIATION EXPOSURE RATE 60

) VARIABLE E4 - NOBLE GASES AND VENT FLOW RATE 61 VARIABLE ES -

PARTICULATE AND HALOGEN 61 1 VARIABLE E6 -

RADIATION EXPOSURE METERS 64 VARIABLE E7 -

AIRBORNE RADI0 HALOGENS AND PARTICULATES 65 VARIABLE E8 -

PLANT AND ENVIRONS RADIATION 66 VARIABLE E9 -

PLANT AND ENVIRONS RADIOACTIVITY 67 VARIABLE E10 - WIND DIRECTION 68 VARIABLE E11 - WIND SPEED 68 VARIABLE E12 - ESTLMATION OF ATMOSPHERIC STABILITY 68 VARIABLE E13 - PRIMARY COOLANT AND SUMP 70 VARIABLE E14 CONTALNMENT AIR 72 11

GENERAL NOTES This report is applicable to Unit I and Unit 2. Where differences exist, they are so noted.

Specific Notes (References by specific Variable)

NOTE 1: All essential transmitters are being quallfled by 79-018.

Indicators and recorders located in the Control Room shall not be environmentally qualified by testing. Justification for this approach is given in the Brunswick position on RG 1.97, paragraph 1.3.1.a.

NOTE 2: See Brunswick position on RG 1.97, paragraph 1.3.1.e.

iii

VARIABLE Al - RPV PRESSURE Recommended Provided by Brunswick by RG i.97 Instrument Range 0-1500 psig 0-1200 psig (a)

(b) Envi ronmental Quali fication Yes Note I Seismic qualification Yes Note 1 (c)

Yes Note 2 (d) Quality Assurance Power Supply IE lE l (e)

Yes Yes (f) Redundance and Sensor Location Sensor Tag No. Range Location 0-1200 psig H21-P004 - Reactor Building Transmitter C32-PT-N005A Transmitter C32-PT-N005D 0-1200 psig H21-P005 - Reactor Building (g) Location of Display Display Tag No. Range Location Indicator C32-PI-R605 0-1200 psig H12-P603 - Control Room indicator C32-P R-R608 0-1200 psig Hl2-P603 - Control Room (h) Schedule - System will be modified to provide the required range. Work for Unit I will be scheduled for completion during refueling outage #5 and work for Unit 2 will be scheduled for completion during refueling outage #6.

1

VARIABLE A2 - RPV WATER LEVEL Recommended By RGl.97 Provided by Brunswick (a) Instrument Range -180 to + 295" -100 to +550" (b) Environmental qualification Yes Note 1 I

(c) Seismic Qualification Yes Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply IE lE (f) Redundance and Sensor Location Yes Partial Redundancy Sensor Tag. No. Range Location Transmitter B21-LT-NO36 -100 to + 200" H21-P009 - Reactor Building Transmitter B21-LT-NO37 -100 to + 200" H21-P009 - Reactor Building Transmitter B21-LT-N026A 0 to 210" H21-P004A - Reactor Building Transmitter B21-LT-N0268 0 to 210" H21-P005B - Reactor Building Transmitter 821-LT-N027 +150 to + 550" H21-P0048 - Reactor Building 2

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4

VARIABLE A2-RPV WATER LEVEL (Cont'd)

(g) Location of Display Display Tag No. Range Location Indicator B21-LI-R610 -100 to + 200" H12-P601 - Control Room Recorder B21-LR-R615 -100 to + 200" H12-P601 - Control Room Indicator B21-L1-R604A 0 to 210" H12-P603 - Control Room indicator B21-Li-R604B 0 to 210" H12-P603 - Control Room Indicator B21-LI-R605 +150 to + 550" H12-P603 - Control Room

• Indicator C32-Ll-R606A +150 to + 210" Hl2-P603 - Control Room

• Indicator C32-LI-R606B +150 to + 210" Hl2-P603 - Control Room

• Indicator C32-Ll-R606C +150 to + 210" Hl2-P603 - Control Room

• Will not be used for post accident monitoring.

(h) Schedule - Transmitters B21-LT-N036, NO37 will be respanned to satisfy the low range requirement.

A transmitter and indicator will be added to satisfy redundancy for the high level range.

A redundant power supply will be added for B21-LT-N026B. Work for Unit I will be scheduled for completion during refueling outage #5 and work for Unit 2 will be scheduled for completion during refueling outage

1. 6. Transmitter B21-LT-N027 will be replaced to comply with environmental qualification. Replacement of B21-LT-N027 will be complete by the 79-018 equipment qualification deadline which is currently March 31, 1985 3

VARIABLE A3 - SUPPRESSION POOL WATER TEMPERATURE Recommended by RG l.97 Provided by Brunswick (a) Instrument Range 30-230 oF 0-400 F (b) Environmental Qualification Yes Note I (c) Seismic Qualification Yes Note I (d) Quality Assurance Yes Note 2 (c) Power Supply lE lE (f) Redundance and Sensor Location Yes Partial - Div. I and Div. Il sensors, but only one recorder.

Sensor Tag No. Range Location RTD CAC-TE-1258-14 0-400 F Suppression Pool RTD CAC-TE-1258-21 0-400 F Suppression Pool (g) location of Display Display Tag No. Range Location Recorder CAC-TR-1258 0-400 F XU Control Room (h) Schedule - Plant Hodifications81-251 and 81-252 will upgrade the existing temperature monitoring system to meet NUREG 0661 requirements and RG l.97 recommendations.

Unit I work will be scheduled for completion during refueling outage #4 and Unit 2 work will be scheduled for completion during refueling outage #5.

I 4

VARIABLE A4 - SUPPRESSION POOL WATER LEVEL Recommended by RG 1.97 Provided by Brunswick (a) Instrument Range -10' to +6' -6' to +6' (b) Environmental Qualification Yes Note 1 (c) Seismic Qualification Yes Note I (d) Quality Assurance Yes Note 2 (e) Power Supply IE IE (f) Redundance & Sensor Location Yes Yes Sensor Tag Number Range location Transmitter CAC-LT-2601 -6 to +6' Reactor Buiiding Transmitter CAC-LT-2602 -6 to +6' Reactor Building (g) Location of Display Display Tag Number Range Location _

indicator CAC-LI-2601-1 -6' to +6' XU Control Room Indicator CAC-LI-2601-3 -42" to -18" XU Centrol Room Recorder CAC-LR-2602 -6' to +6' XU Control Room (h) Schedule - PH 80-078, 079 is replacing the transmitters and providing a range of

-10' to +6'. Unit 1 modifications (PH 80-079) are scheduled for com-pletion by Sept. 30, 1983 Modifications on Unit 2 are complete.

5

VARIABLE AS - DRYWELL PRESSURE Recommended RG 1.97 Provided by Brunswick (a) Instrument Range -5 to +245 psig -5 to +245 psig (b) Environmental Qualification Yes Note 1 (c) Seismic Qualification Yes Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply 1E lE (f) Redundance & Sensor Location Yes Yes i Sensor Tag Number Range Location i Transmitter CAC-PT-4175 -5 to +245 psig Reactor Building l Transmitter CAC-PT-4176 -5 to +245 psig Reactor Building (g) Location of Display Display Tag Number Range Location j Recorder CAC-PR-1257-1 -5 to +245 psig XU Control Room Indicator CAC-PI-4176 -5 to +245 psig XU Control Room (h) Schedule -

No changes to existing instrumentation are anticipated.

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VARLABLE A6.- DRYWELL TEMPERATURE Recommended by l RG 1.97 Provided by Brunswick (a) Instrument Range 40 to 440 F 0 to 400 F (b) Environmental Qualification Yes Note I (c) Seismic Qualification Yes Note i i

(d) Quality Assurance Yes Note 2 (e) Power Supply IE 1E (f) Redundance & Sensor Location No Partial - Div. I and Div. 11 Sensors, but only one Recorder Sensor Tag Number Range Location Temperature Element CAC-TE-1258-1,2,3,4,5,6, 7,8,9,10,11,12,13,22,23,24 0 to 400 F Drywell (g) Location of Display Display Tag Number Range Location Recorder CAC-TR-1258 0 to 400 F XU Control Room (h) Schedule - The existing system will be modi fied to comply with redundancy recommendation and range.

Unit I work will be scheduled for completion during refueling outage #5 and Unit i

2 work will be scheduled for completion during refueling outage #6.

7 I

VARIABLE A7 - SUPPRESSION P0OL PRESSURE Required by RG 1.97 Provided by Brunswick (a) Instrument Range -5 to 186 psig 0-75 psig (b) Environmental Qualification Yes Note 1 i (c) Seismic Qualification Yes Note I (d) Quality Assurance Yes Note 2 (e) Power Supply lE lE i

Yes No

. (f) Redundance and Sensor Location Sensor Tag Number Range Location Transmitter CAC-PT-1257-2 0-75 psig Reactor Building (g) location of Display 1 Display Tag Number Range Location j

Indicator CAC-PI-1257-3 0-75 psig XU Control Room (h) Schedule A redundant transmitter and indicator will be installed. The range will be changed to

-5 to +245 psig. Unit I work will be scheduled for completion during refueling outage #5 and work j for Unit 2 will be scheduled for completion during refueling outage #6.

8

VARIABLE A8 - DRYWELL AND SUPPRESSION POOL HYDROGEN & OXYGEN CONCENTRATION Recommended by Provided by Brunswick RG l.97 __

(a) instrument Range Hydrogen 0-30% 0-5%. 0-25% ) Does not meet 12 psia Oxygen 0-10% 0-104,0-20%) to design pressure recaamendation of RG 1.97 (b) Envi ronmental quali fication Yes Note 1 l

(c) Seismic Qualification Yes Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply IE lE

( f) Redundance and Sensor Location Yes Yes Sensor Tag Number Range Location Monitor CAC-AT-1259 See above Reactor Building Monitor. CAC-AT-1263 See above Reactor Building (g) Location of Display Display _ Tag Number Range Location Recorder CAC-AR-1259 See above XU Control Room Recorder CAC-AR-1263 See above XU Control Room

, (h) Schedule - The current system will be upgraded to improve reliability. The range and design pressure recommendations of RG 1.97 will be met. Unit 1 is being installed on the current outage. Unit 2 will be upgraded on the next scheduled outage pf sufficient duration to accomplish the remaining work.

9

VARIABLE B1 - NEUTRON FLUX R* quired By RC 1.97 Provided by Brunswick

/

. -6 -6 (a) Instrument Range 10 % to 1001 10  % > Range >100% Full Power Full Power (b) Environnental Yes Note 1 Qualification (c) Seismic Yes ,

Note 1 Qualification (d) Quality Yes Note 2 Assu rance f-(e) Redunda nce Yes Yes - Sensors are located in reactor core

& Sensor Location '

(f) Power Supply lE lE 1

i (g) Location of Display Display Ta g No . Range Location

-1 6 Indicator C51-NI-R600A 10_y to 106 e unts/sec H12-P603 Control Room Indicator C51-NI-R600B 10_y to 106 e unts/sec " " "

Indicator C51-NI-R600C 10_y to 106 e unts/sec " " "

Indicator C51-NI-R600A 10 to 10 counts /sec " " "

Indicator C51-NI-R601A -100 to aoto +10 period Indicator C51-NI-R601B Ind ica tor C51-NI-R601C Indicator C51-NI-R601D Recorde r C51-NI-R602 0-40%, 0-125% Full Power Recorder C51-N1-R603A Recorde r C51-NI-R603B

Recorde r C51-NI-R603C Recorde r C51-NI-R603D (h) Schedule - There are no changes required for this system.

! 10

VARIABLE B2 - CONTROL ROD POSITION Recommended by RC 1.97 Provided by Brunswick (a) Instriunent Range Full In-Full Out Full in - Full out (b) Environunental No Note 1 Qualification .

(c) Seismic Qualification No lote 1 (d) Quality Assurance liigh Quality Conunercial Note 2 Crade (e) Power Supply Non-1E high Reliability No No

( f) Redundance and Sensor Location Sensor Tag Number Range Location Position Switch C12-ES-XX-XX* Full In-Full Out Control Rod (g) Loca tion of Display I

Display Tag Number Range Location liidicator C12-35 Full.In-Full-Out H12-P603 Control Room (h) Schedule: There are no changes required for the RPIS (Rod Position Indication System).

l

• NOTE: There are 137 Control Rod Drive Position Indicator Probes.

11

VARIABLE B3 - RCS SOLUBLE BORON CONCENTRATION (Sample)

Recommended By RG 1.97 Provided by Brunswick (a) Instrument Range ,

0-1000 ppm Range exceeds RG 1.97 Recommendation .

(b) Environmental Qualification No specific position Sampling System will be qualified. Analysis equip-ment is high quality commercial.

(c) Seismic Qualification No specific position Sampling system will bo seismically qualified. Analysis equipment has not been qualified.

(d) Quality Assurance liigh Quality Sampling System has full QA Program commitment.

Commercial grade Analysis equipment is high quality commercial grade.

(e) Power Supply Non-1E 1E (f) Redundance & Sensor No Redundant Sample Points Only .

Inca t ion RCS Samples are taken from the RilR lleat Exchanger A and B shell sides and from the No. 6 and No. 14 jet pump::.

(g) Location of Display The sample will be analyzed on site in the chemistry lab located in the service building. Back up analysis will be performed by Babcock and Wilcox. Boron concentration is logged by the laboratory technician and phoned in to the control room operator where it is logged by him.

(h) Sch ed ule PM's80-028 and 80-029 are providing the Post Accident Sampling System for Unit 1 and Unit 2 respectively. Unit I modifications are complete. Modifications on Unit 2 are scheduled for completion on Sept. 30, 1983 12

VARIABLE B4 - COOLANT 1.EVEL IN REACTOR - RC 1.97 recommendations will be met by Variable A2.

VARIABLE B5 - BWR CORE TEMPERATURE - Not required at this time per NUREC-0737 supplement 1.

VARIABLE B6 - RCS PRESSURE - RC 1.97 recommendations will be met by Variable A1.

VARIABLE B7 - DRYWELL PRESSURE - RC 1.97 recommendations will be met by Variable AS.

, VARIABLE B8 - DRYWELL SUMP LEVEL - Not provided. "Ihe Brunswick plant design does not require continuous measurement of drywell sump level. A I0CA signal will prevent operation of the i sump pumps and will close containment isolation valves to eliminate the possibility of radio-active materials leaking outside the Primary Containment. During and af ter a LOCA, the drywell sumps overflow to the suppression pool.

VARIABLE B9 - PRIMARY CONTAINMENT PRESSURE - RC 1.97 recommendations will be met by Variables A5 and A7.

j 13 4

W VARIABI.E B10 - PRIMARY CONTAINMENT ISOI.ATION VAINE POSITION l

I Recommended By RG 1.97 Provided By Brunswick (a) Instrument Range Closed - Not Creen indicating light - closed Closed Red Indicating light - open (b) Environmental Yes Note 1 Qualification l

l -(c) Seismic Qualification Yes Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply lE . lE (f) Redundance & Sensor No No location All sensors are located on the primary containment isolation valves.

(g) Location of Display All the valves at the Brunswick plant involved in primary containment isolation that are air / solenoid or motor oper-ated are listed below by penetration number. All the panels listed are located in the main control room.

Penetration No. Valve Tag No. location of Display 3B CAC-V49 # XU-51 3B CAC-V50 # XU-51 7A B21-F022A 1112-P601 7B B21-F022B 7C B21-F022C 7D B21-F022D 7A B21-F028A 7B B21-F028B 7C B21-F028C 7D B21-F028D 8 B21-F016 8 B21-F019 9A B21-F032A Ill2-P603 9A E41-F006 Ill2-P601 9B B21-F032B lil2-P603 9B E51-F013 Ill2-P601 9B G31-F042 II12-P603 14

VARIABLE BIO - PRIMARY CONTAINMENT ISOLATION VALVE POSITION (Cont'd)

Penetration No. Valve Tag No. Location 10 E51-F007 H12-P601 10 E51-F008 11 E41-F002 11 E41-F003 12 Ell-F009 12 Ell-F008 13A Ell-Fol5A 13A Ell-F017A '

13B Ell-F0158 13B Ell-F0178 14 G31-F001 14 G31-F004 16A E21-F005A 16B E21-F004A 16B E21-F005B 16B E21-F0048 17 Ell-F022 17 Ell-F023 18 G16-F003 18 Gl6-F004 19 G16-F019 19 Gl6-F020 23 RCC-V-52 Xu-3 24 RCC-V-28 25 CAC-V6 XU-51 25 CAC-VIS j 25 CAC-V55 25 CAC-V56 25 CAC-V48 25 CAC-V4 4 26 CAC-V9 26 CAC-V10 26 CAC-V23 XU-56 35A TIP-VI H12-P601 35B TIP-V2 35C TIP-V3 350 TIP-V4 39A Ell-F016A 15 e-

VARI ABLE B10 - PRIMARY CONTAINMENT IS01ATION VALVE POSITION (Cont'd)

Penetration No. Valve Tag No. location of Display 39A E11-F021A Ill2-P601 39B Ell-F016B 39B E11-F021B 49B CAC-PV-1200B XU-2 49B CAC-PV-1261 ,

51A Ell-F043C 51B E11-F043A 51C E11-F037C 51D Ell-F037A 51E (Spared) B21-PV-1212E 53A B21-F049C 53B B21-F047C 53C B21-F046A 53D B21-F008 53E B21-F040 53F B21-F048A 54A B21-F014B *

, 54B B21-F014A 54C B21-F014 E 54D B21-F014F 54E CAC-PV-3439 54 E CAC-PV-1211E 54 E CAC-PV-3438 54 E CAC-PV-3437 54F CAC-PV-1262 54F CAC-PV-1211F 55 RNA-V101 XU-51 56A B21-F014K XU-2 56B B21-F014J 56C P21-F014N 56D B21-F014P 56E (Spared) B32-F019 Ill2-P603 56E B32-F020 56F (Spared) B21-PV-1210F XU-2 4

57A CAC-PV-1209A 57A CAC-SV-1263-4*

57B CAC-PV-1209B 57B CAC-SV-1263-3*

16

VARIABLE B10 - PRIMARY CONTAINMENT ISOLATION VAINE POSITION (Cont'd)

Penetration No. Valve Tag No. Location of Display 57C (Spared) B21-PV-1209C XU-2 57D CAC-PV-1209D 57E (Spared) B21-PV-1209E 57F (Spared) B21-PV-1209F 58A B21-F058N 58B B21-F052C ,

58C B21-F058R 58E B21-F058T 58F B21-F050C 59A B21-F050A

) 59B B21-F058C 59C B21-F058C l-59D, 2-58D B21-F058A l-58D, 2-59D B21-F058L 59E B21-F058E 59F B21-F052A 60A (Spared) B32-F056F

! 60B (Spared) B32-F056C 1 60C E41-F023A 60D E41-F023C 60E CAC-PV-1205E 60E CAC-SV-1263-2

• 60F (Spared) B21-PV-1205F 61A B21-F056 61B B21-F054 61C (Spared) B32-F056H 61D (Spared) B32-F056A 61E E51-F043C 61F E51-F043A 62A B32-V22 62B IA-PV-1204B 62C IA-PV-1204C l-68 A, 2-68C Ell-F037 D l-68C, 2-68 A Ell-F043D 68B Ell-F043B 68D Ell-F037B 68E (Spared) 321-PV-1229E 68F (Spared) B21-PV-1229F 69A B21-F042 B 17

VARIABl.E B10 - PRIMARY CONTAINMENT ISOLATION VAI,VE POSTTTnN (Onndd Penetration No. Valve Tag No. location of Display 69B B21-F044 B XU-2 69C B21-F046B 69D B21-F048B 69E IA-PV-1217E l-69F, 2-Spared B21-F049D 70A E41-F023D 70B "

E41-F023B '

70C B32-F056C 70D B32-F056B 70E (Spared) B21-PV-1228E 70F (Spared) B21-PV-1228F 71 RNA-V103 XU-51 72A B32-F056E XU-2 72B B21-F060 72C (Spared) B21-PV-1226C 72D B32- F056D 72E E51-F043D 72F E51-F043B 73A CAC-PV-1227A 73A CAC-SV-1259-4

• 73B "

CAC-PV-1227B 73B "

CAC-SV-1259-3

• 73C CAC-PV-1227C 1-73C, 2-73E CAC-SV-1259-2

• l-73E, 2-73C CAC-PV-1260 73D E21-F017B 73E CAC-PV-1227E 73F B21-PV-1227F 74A B21-F058P 74B L21-F058S 74C "

B21-F052D 74D B21-F050D 74E "

B21-F058M 74F B21-F0580 l-75A, 2-75D B21-F050B 75B B21-F05811 75C B21-F058D l-75D, 2-75A B21-F052B 18

VARIABLE B10 - PRIMARY _ CONTAl!NENT ISOLATION VALVE POSITTON (Cont'dl Penetration No. Valve Tag No. location of Display 75E B21-F058B XU-2 75F B21-F058 F 76A B21-F014L 76B CAC-PV-1225B

76B CAC-PV-3440 76B CAC-PV-3441 ,

76B CAC-PV-3442 76C CAC-PV-1225C 76D B21-F014S 76E B21-F014R 76F B21-F014M 77A B21-F014C 77B RCC-PV-1222B XU-3 77C RCC-PV-1222C 77D B21-F01411 XU-2 77E B21-F014G 77F B21-F014D 78A B32-V30* Ill2-P603 82A (Spared) IA-PV-1201A XU-2 82B B21-F042A 82C E21-F017A 82D B21-F044A

, 205 CAC-V5 XU-51 205 CAC-V47 #

205 CAC-V16 ,

205 CAC-V17 206A/A CAC-SV-1218A XU-2 206A/C CAC-PV-1218C 206A/D E41-PV-1218D 206B/B CAC-PV-1219B 206B/C CAC-PV-1219C 206B/D E41-PV-1219D 206C/C CAC-PV-1220C 206C/D E41-PV-1220D 206D/C CAC-PV-1221C 206D/D E41-FV-1221D 209B/A CAC-SV-1213A 2-209B/B RXS-SV-4188 XU-75 19

VARIABLE E10 - PRDIARY CONTAINMENT ISOLATION VALVE POSITION (Cont'd)

Penetration No. Valve Tag No. location of Display 2-209B/B RXS-SV-4189 XU-79 2-209B/D RXS-SV-4186 XU-75 2-209B/D RXS-SV-4187 XU-79 210A Ell-F024A lil2-P601 210A Ell-F007A 210A Ell-F0llA 210B Ell-F024B 210B E41-F012 210B E51-F019 210B Ell-F007B 210B Ell-F011B 211A Ell-F027A 211A Ell-F028A 211B Ell-F027B 211B Ell-F028B 214 E11-F103 B 214 E11-F103A 216 E51-F066 216 E51-F062 218 E41-F079 218 E41-F075 220 CAC-V7# XU-2 220 CAC-V8# XU-2 220 CAC-V22 XU-2 223A E21-F015A lil2-P601 223A E21-F031A 223B E21-F031B 223B E21-F015B 224 E51-F031 225A Ell-F020A 225B Ell-F020B 226 E41-F042 227A E21-F001A 227B E21-F001B 1-231 TD-V4 XU-3 2-231 TD-V22 241 -

B32-F039B XU-2 241B B32-F058B 241C B32-F006B 241D B32-F005B 20

VARIABLE B10 - PRIMARY CONTAINMENT ISOLATION VALVE POSITION (Cont'd)

Penetration No. Valve Tag No. Location of Display 241F B32-F039D XU-2 1-243A, 2-243D B32-F0428 l-2430, 2-?43A B32-F0418 l-243E, 2-243F B32-F041A l-243f, 2-243E B32-F042A 244A B32-F041C 244B CAC-PV-12318 244B CAC-SV-1259-l*

244D B32-F042C 244E B32-F0420 244F B32-F041D 245A B32-F039C 245B B32-F058A 245C B32-F006A 2450 B32-F005A 245F CAC-PV-1215E 245F CAC-SV-1263-l*

245F B32-F039A NOTES: PM 82-287, 288 involve replacement of some reactor instrument penetration (RIP) valves.

All RIP valves are included in the above list.

Limit switch, flow switch, and position switch qualification for primary containment isolation valves is being done by the 79-01B task force.

• Indicates the valve has been deleted on UI by PM 80-032 and will be deleted on U2 by PM 80-033 during the next outage of sufficient duration to accomplish the work.

1. PM's80-133, 134 are replacing the air operators and/or the solenoid valves on these valves with qualified solenoid valves.

h) Schedule: PM 82-287 (Ul) is to be scheduled to be completed during refueling outage #5 and PH 82-288 (U2) by March 1985. PM 80-133 (Ul) is scheduled to be completed during refueling outage #4 and PM 80-134 will be scheduled for completion on the next outage of sufficient duration to accomplish the work.

21

VARIAnLE C1 - RADIOACTIVITY CONCENTRATION OR RADIATION LEVEL IN CIRCULATING PRIMARY COOLANT Recommended by RC 1.97 Provided by Brunswick 1

(a) Instrument Range 1/2 Tech Spec. Limit to 100 Brunswick meets required Times Tech Spec. Limit Range (b) Environmental Qualification Yes Yes (Sampling System)

(c) Seismic Qualification Yes Yes (Sampling System)

(d) Quality Assurance Yes Yes (Sampling System)

I (e) Power Supply 1E 1E (Sampling System)

(f) Redundance & Sensor Location Yes Yes Primary coolant samples are taken from the Reactor Water Cleanup System during normal operation and analyzed at the counting room by an ND 6620 system. During accident situations, Primary Coolant samples are taken by the Post Accident Sampling System located outside the Reactor Building. The sample is analyzed by the

ND 6620 system in the counting room. A portable ND 66 is'available to do analysis and a mobile station equipped with an ND 6620 is available. The Technical Support Center will also have an ND-66 linked to the j

ND 6620 in the counting room. Radiation level is logged and the results are phoned in to the Control Room and logged by the Operator.

1 (g) Location of Display - Counting Room, Mobile Station i

(h) Schedule - PM's80-028 and 80-029 are providing the POST ACCIDENT SAMPLING SYSTEM for

! Unit 1 and Unit 2 respectively. Unit 1 modi fications are complete. Unit 2 modifications are scheduled for completion by Sept. 30, 1983 l

1 22 1

4 6

VARIABLE C2 - ANALYSIS OF PRIMARY COOLANT (CAMMA SPECTRUM)

Recommended by RC 1.97 Provided by Brunswick

(a) Instrument Range 10-5 C1/gm to 10 Ci/gm or i

TID-14844 Source Term in Coolan't Volume Brunswick meets required range (b) Environmental Qualification No Yes (Sampling System)

(c) Seismic Qualification No Yes (Sampling System)

(d) Quality Assurance liigh Quality Commercial Grade Yes (Sampling System)

(e) Power Supply Non-lE lE (Sampling System)

(f) Redundance & Sensor Location No Yes j Primary coolant samples are taken from the Reactor Water Cleanup System during normal operation and analyzed at the Counting Room by an ND 6620 system. During accident situations Primary Coolant a samples are taken by the Post Accident Sampling System located outside the Reactor Building. The sample is analyzed by the ND 6620 system in the Counting Room. A portable ND 66 is available to do analysis and a mobile station equipped with an ND 6620 is available. The Technical Support Center will also have an ND-66 linked to the ND 6620 in the counting room. Radiation level is logged and the results are phoned in to the Control Room and logged by the Operator.

l (g) Location of Display - Counting Room, Mobile Station (h) Schedule - PM's80-028 and 80-029 are providing the Post Accident Sampling System for Unit 1 and Unit 2, respectively. Unit 1 modifications are complete..

Unit 2 nodifications are scheduled for completion by Sept. 30, 1983.

23

(

VARIABLE C3 - BWR CORE TEMPERATURE - Not required at this time per NUREG 0737 Supplement 1.

VARIABLE C4 - RCS PRESSURE - RC 1.97 recommendations will be met by Variable A1.

VARIABLE C5 - PRIMARY CONTAINMENT AREA RADIATION - RG 1.97 recommendations will be met by Variable El. See discussion for Variable El.

VARIABLE C6 - DRYWELL DRAIN SUMPS LEVEL - Not required. See discussion for Variable B8.

VARIABLE C7 -

SUPPRESSION POOL WATER LEVEL.' - RG 1.97 recommendations will be met by Variable A4.

VARIABLE C8 -

DRYWELL PRESSURE - RG 1.97 recommendations will be met by Variable AS.

VARIABLE C9 -

RCS PRESSURE - RG 1.97 recommendations will be met.by Variable A1.

VARIABLE C10 - PRIMARY CONTAINMENT PRESSURE - RG 1.97 recommendations will be met by Variables AS 6 A7.

VARIABLE C11 -

CONTAINMENT AND DRYWELL HYDROGEN CONCENTRATION - RC 1.97 recommendations will be met by Variable A8.

VARIABLE C12 - CONTAINMENT AND DRYWELL OXYGEN CONCENTRATION - RG 1.97 recommendations will be met by Variable A8.

VARIABLE C13 -

CONTAINHENT EFFLUENT RADI0 ACTIVITY-NOBLE GASES - RG 1.97 recommendations will be met by Variables E4 and E5.

VARIABLE C14 - RADIATION EXPOSURE RATE - Not required at this time per NUREG 0737 Supplement 1.

VARIABLE C15 - EFFLUENT RADIOACTIVITY - RC 1.97 recommendations will be met by variables E4 and ES.

24

VARIABLE D1 - MIN FEEIMATER FIIM Reconmended by 101.97 Provided by Brunswick a) Instrument Range 0-110% design 0-109.8% (0-12,000,000 f/lir.

! b) Environmental Qualification No Yes i

c) Seismic Qualification No -

Note 1 d) Quality Assurance No Note 2 i e) Power Supply Non-1E 11.1gh Re1iabi1ity f) Redundance & Sensor Iocation No No Sensor Tag Number Range Location Flow Elment C32-FE-N001A 0 to 6 x 10 #/hr Main IM line 9-18-B-1 Flow El m ent C32-EE-N001B 0 to 6 x 10 #/hr Main IM line 8-18-B-1 Plow Tran s itter C32-PP-N002A 0 to 6 x 10 f/hr IR-1B-8 Plow Transmitter C32-P194002B 0 to 6 x 10 t/hr IR 'IB-8 (g) Location of Display Display Tag Number Range Location Indicator C32-FI-R604A 0 to 6 x 10 f/hr II12-P603 Control Room Indicator C32-FI-R604B 0 to 6 x 10 68/hr II12-P603 Control Room Recorder C32-FR-R607 0 to 12 x 10 f/hr II12-P603 Control Rom

! (h) Schedule - No changes to the instrumentation are regiired.

1 25 1

VARIABIF, D2 - 00M)ENSATE SIORAGE TANK LEVEL R-nded ly IG 1.97 Provided by Brunswick (a) Instrument Range Top to Bottom 0-100%

Note 1 (b) Environmental Qualification No Note 1 (c) Seismic Qualification No (d) Quality Assurance No Note 2 (e) Power Supply Non-lE liigh Reliability (f) Redundance & Sensor Location No No Sensor Tag Ntunber Range Location Level Transmitter CD-LT-3473 0-100% Iml (g) Location of Display Display Tag Number Range Location Indicator 00-LI-1160A 0-100% XU-2 Control Rocan Indicator 00-LI-ll60B 0-100% Radwaste Pnl. C16-P001 (h) Schedule - No changes are re(pired.

26 t

VARIABLE D3 - Suppression Spray Flow Brunswick does not intend to provide this variable. RllR flow can be used to monitor the operation of primary containment related systems. Drywell pressure, drywell temperature, suppression pool pressure and suppression pool temperature give indica-tion that the safety systems are accomplishing their tasks. These variables are o

, provided at Brunswick.

e e

J l

27 i

VARIABLE Die - DRYWELL PRESSURE Recommended by RG 1.97 Providad by Brunswick a) Instrument Range Narrow range -2.7 to + 3 psig 0 to + psig Wide range O to 110% design pressure See Variable A5 b) Environmental Harrow range Yes No Wide range Yes See Variable A5 c) Seismic Qualification Narrow range No No Wide range No See Variable A5 d) Quality Assurance Narrow range Yes Note 2 Wide range Yes See Variable AS e) Power Supply Narrow range Non-1E Non-lE Wide range Non-lE See Variable AS 4

f) Redundance & Sensor Location No No Sensor Tag Number Range Location Narrow Range Transmitter CAC-PT-2685 0 to + 2 Local 4

Wide Range - See Variable A5 q

Transmitter g) Location of Display Display Tag Number Range Location Narrow Range 4 Indicator / Controller CAC-PIC-2685 0 to + 2 psig XU-51 Control' Room 5 Wide Range See Variable A5 Display

, h) Schedule Brunswick will Install a new transmitter and indicator with a -5 to +3 psig range.

Unit I work will be scheduled for completion during refueling outage #5 and Unit 2 work will be scheduled for completion during refueling outage #6.

28

VARIABLE DS - SUPPRESSION POOL WATER LEVEL - RG 1.97 recommendations for this variable will be met by Variable A4.

VARIABLE D6 - SUPPRESSION POOL WATER TEMPERATURE - RC 1.97 recommendations for this variable will be met by Variable A3.

VARIABLE D7 - DRYWELL ATMOSPilERE TEMPERA 111RE - RG 1.;>7 recommendations for this variable will be

, met by Variable A6.

VARIABLE D8 - DRYWELL SPRAY FLOW - Brunswick does not intend to provide this variable for the same reasons given for Variable D3.

VARIABLE D9 - MSIV LEAKAGE CONTROL SYSTEM PRESSURE - Not required. This system is not included in

< the Brunswick design.

i 1

l 29

VARIABLE DIO - PRIMARY SYSTEM SAFETY RELIEF VALVE POSITION Reconunended by RG 1.97 Provided by Brunswick a) Instrument Range Closed - Not Closed Green Indicating light - Closed Red Indicating light - Open b) Environmental Qualification Yes The NDT International flow transmitters used at Brunswick are currently undergoing environ-mental qualification at Wyle Laboratories.

c) Seismic Qualification No Yes d) Quality Assurance Yes Note 2 Power Supply Non-lE liigh Quality e) f) Redundance 6 Sensor location No No ,

Sensor Tag Number Range Location I

Transmitter B21-FT-4157 Closed-not closed VLV F013A I

Transmitter B21-FT-4158 Closed-not closed VLV F013B Transmitter B21-FT-4159 Closed-not closed VLV F013C

[

t Transmitter B21-FT-4160 Closed-not closed VLV F013D Transmitter B21-FT-4161 Closed-not closed VLV F013E Transmitter B21-FT-4162 Closed-not closed VIN F013F Transmitter B21-FT-4163 Closed-not closed VLV F013G Transmitter B21-FT-4164 Closed-not closed VIN F01311 Transmitter B21-FT-4165 Closed-not closed VIN F013J Transmitter B21-FT-4166 Closed-not closed VLV F013K Transmitter B21-FT-4167 Closed-not closed VIN F013L 30

VARIABLE D10 - PRIMARY SYSTEM SAFETY RELIEF VALVE POSITION (Continued) g) location of Display Display Tag Number Range location Indicator light B21-D51A Grcen Ill2-P601 Control Room Indicator l'ight B21-D52A Red Ill2-P601 Control Room Indicator light B21-D51B Green Ill2-P601 Control Room Indicator light B21-D52B Red Ill2-P601 Control Room Indicator light B21-D51C Green Ill2-P601 Control Room Indicator light B21-D52C Red Ill2-P601 Control Room Indicator light B21-D51D Green Ill2-P601 Control Room Indicator light B21-D52D Red H12-P601 Control Room Indicator light B21-D51E Green Ill2-P601 Control Room Indicator light B21-D52 E Red ill2-P601 Control Room Indicator light B21-D51F Green Ill2-P601 Control Room

, Indicator light B21-D52F Red Ill2-P601 Control Room Indicator light B21-D51G Green H12-P601 Control Room Indicator light .B21-D520 Red Ill2-P601 Control Room Indicator light B21-D5111 Green Ill2-P601 Control Room Indicator light B21-D5211 Red Ill2-P601 Control Room Indicator light B21-D51J Green Ill2-P601 Control Room Indicator light B21-D52J Red Ill2-P601 Control Room Indicator light B21-D51K Green Ill2-P601 Control Room Indicator light B21-D52K Red H12-P601 Control Raom

. Indicator light B21-D51L Green II12-P601 Control Room Indicator light B21-D52L Red Ill2-P601 Control Room h) Schedule: Should replacement of the transmitters prove necessary,79-01B scope will replace them with qualified transmitters. Work will be completed by the 79-01B equipment qualification deadline which is currently March 31, 1985.

1 31 1

VARIABLE Dil - ISOLATION CONDENSER SYSTEM SIIELL-SIDE WATER LEVEL This variable is not required. This system is not included in the Brunswick design.

VARIABLE D12 - ISOLATION CONDENSER SYSTEM VALVE POSITION ,

This variable is not required. This system is not included in the Brunswick design.

I 5

1 i

i t

4 32 i

VARIABLE D13 - RCIC FLOW CONTROL Recommended By Provided by Brunswick RG 1.97 (a) Instrument Range O to 110% 0 to 110% design flow design flow (b) Environmental Qualification Yes Note 1 (c) Seismic Qualification No Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply Non-lE lE (f) Redundance & Sensor No No Location Sensor Tag Number Range Location Flow Element E51-FE-N001 0-450" Water Col. RCIC Pump Discharge line Flo; Transmitter E51-FT-N003 0-450" Water Col. E51-2-4-605 (g) Location of Display Display Tag Number Range Location Flow Indicator / E51-FIC-R600 0-500 gpm H12-P601 Control Room Controller (h) Schedule: Transmitter E51-FT-N003 will be replaced to comply with environmental qualification.

Replacement of this transmitter will be complete by the 79-01B equipment qualification deadline which is currently March 31, 1985.

33

VARIABLE D14 - IIPCI FLOW Recommended By Provided By Brunswick RG 1.97 (a) Instrument Range 0 to 110% 0 to 110% design flow design flow (b) Environmental Qualification Yes - No, to be provided by PM 82-263, 264 (c) Seismic Qualification No Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply Non-1E lE (f) Redundance & Sensor No No 4

Location Sensor Tag Number Range Location Flow Element E41-FE-N007 0-5000 gpm IIPCI Pump Discharge Line E41-2-14-605 Flow Transmitter E41-FT-N008 0-5000 gpm II21-P014 (g) Location of Display Display Tag Number Range Location Flow Indicator / E41-FIC-R600 0-5000 gpm H12-P601 Control Room Controller (h) Schedule: There are no changes required for the basic instrument loop. Plant modifications82-263, and 82-264 are to replace the transmitters to comply with environmental qualification. These plant modifi-cations will be complete by the 79-OlB equipment qualification deadline which is currently March 31, 1985.

34 O

i VARIABLE D15 - CORE SPRAY SYSTEM FLOW Recommended by Provided by Brunswick RC 1.97 (a) Instrument Range O to 110% 0 to 110% design flow, O to 5198 gpm design flow (b) Environmental Qualification Yes , Note 1 (c) Seismic Qualification No Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply Non-lE 1E (f) Redundance & Sensor No No Location Sensor Tag Number Range Location Flow Element E21-FE-N002A 0-638" water Col. CS pump line E21-2-12-300 Flow Element E21-FE-N002B CS pump line E21-6-12-300 Transmitter E21-FT-N003A II21-P001 Reactor Bldg.

Transmitter E21-FT-N003B H21-P019 Reactor Bldg.

(g) Location of Display l

Display Tag Number Range Location Flow Indicator E21-FI-R601A 0-7000 gpm H12-P601 Control Room Flow Indicator E21-FI-R601B (h) Schedule: Transmitters E21-FT-N003A and E21-FT-N00315 will be replaced to comply with environmental qualification. Replacement of these transmitters will be complete by the 79-01B equipment qualification deadline which is currently March 31, 1985.

1 35 J

VARIABLE D16 - LPCI SYSTEM FLOW Low pressure coolant injection is a mode of the RilR (Residual lleat Removal) system. Iow pressure cooling systems at Brunswick include the Core Spray System and the RilR system. Refer to variables D15 and D19. .

VARIABLE D17 - SLCS FLOW Refer to Brunswick Position Paper paragraph 4.4.13.

1 J

4 1

]

i 36 i

i 1

VARIABLE D18 - SLCS STORACE TANK LEVEL Recommended by Provided by Brunswick RG 1.97 (a) Instrument Range Bottom to Top ,

O to 100% (Bottom to Top)

(b) Environmental Qualification Yes No, per category 3 designation in Brunswick Position Paper on RC 1.97

)

(c) Seismic Qualification No Note 1 (d) Quality Assurance No Note 2 (c) Power Supply Non-lE 1E (f) Redundance / Sensor No No location Sensor Tag Number Range location Level Transmitter C41-LT-N001 0'-200 in, water ll21-P001 Reactor Bldg.

(g) location of Display ,

Display Tag _ Number Range location I

Indicator C41-LI-R601 0-100% lil2-P603 Control Room (h) Schedule: No changes to the instrument loop are required.

37 I

VARI ABLE D19 - HilR SYSTEM FI,0W Recommended by Provided by Brunswick RG 1.97 (a) Instrument Range O to 110% 0 to 110% design flow, O to 22,880 gpm design flow (b) Environmental Qualification Yes Note 1 (c) Seismic Qualification No Note 1 (d) Qtiality Assurance Yes Note 2 (e) Power, Supply Non-1E lE (f) Redundance and Sensor No No Location d

Sensor Tag Number -

Range Location Flow Element E11-FE-N014A 0-25,000 gpm Pipe Ell-18-20-300 Reactor Bldg.

Flow Element E11-FE-N014B Pipe Ell-21-20-300 Reactor Bldg.

1 Flow Transmitter E11-FT-N015A 0-30,000 gpm Rack ll21-P018 Reactor Bldg.

Flow Transmitter Ell-FT-N015B Rack II21-P021 Reactor Bldg.

(g) Location of Display l

Display Tag Number Range Location Flow Indicator Ell-FI-R603A 0-30,000 gpm lil2-P601 Control Room Flow Indicator Ell-FI-R603B (h) Schedule: Transmitters Ell-FT-N015A and Ell-FT-NOISB will be replaced to comply with environmental qualification. Replacement of these transmitters will be complete by the 79-01B equipment qualification deadline which is currently March 31, 1985.

I 38 l

s 5

VARIABLE D20 - RHR HEAT EXCHANGER OUTLET TEMPERATURE Provided by Brunswick Recommended by ,

l RC 1.97 0 - 600 F j (a) Instrument Range 32 to 350 F (b) Environnesatal Qualification Yes Note 1 i (c) Seismic Qualification No Note 1 (d) Quality Assurance Yes Note 2

\

(e) Power Supply Non-lE IE No No (f) Redundance & Sensor Location Sensor Tag Number Range Location Temperature Element E11-TE-N027A 0-600 F Pipe Ell-18-20-300 Reactor Bldg.

Temperature Element Ell-TE-N027B 0-600 F Pipe Ell-21-20-300 Reactor Bldg.

(g) Location of Display Display Tag Number Rangi Location Recorde r E41-TR-R605 0-603 F lil2-P614 Centrol Room i

(h) Schedule: Temperature elements Ell-TE-NO27A and Ell-TE-NO27B will be replaced to comply with environmental l qualification. Replacement of these temperature elements will be complete by the 79-01B equipment qualification deadline which is currently March 31, 1985.

39

l VARIABLE D21 - COOLING WATER TEMPERATURE TO ESF SYSTEM COMPONENTS At present there is no instrumentation to monitor this variable. Brunswick will provide instrumentation by installing temperature sensors and transmitters on the nuclear header and conventional header lines SW-103-30-157 and SW-100-24-157 respectively. .

1 Work for Unit I will be scheduled for completion during refueling outage #5 and work for Unit 2 will be scheduled for completion during refueling outage #6. l l

40

VARIABLE D22 - COOLING WATER FLOW TO ESF SYSTEM COMPONENTS Recommended by Provided by Brunswick RG 1.97 (a) Instrument Range 0 to 110% 0 to 150%, O to 12,000 gpa for RHR Service

design flow water. There are no flow Indicators on the seal cooling exchangers, RHR pump room cooler, l

i

- or Core spray fan cooling units.

(b) Environmental Qualification Yes Note 1 (c) Seismic Qualification No Note 1 (d) Quality Asuorance Yes Note 2 (e) Power Supply Non-1E lE for RHR Service Water Flow only. l (f) Redundance / Sensor Location No No ESF Component Sensor Tag Number Ranga Location RHR Heat Exchangers Flow Transmitter E11-FT-N007A 0-800 in water H21-P018 Rx. Bldg.

" " " " " " H21-F021 Rx. Bldg.

Service Water Flow E11-FT-N0078 Sealing Cooling Exch. Flow Switch SW-FSL-834 Low Flow Pipe SW-135-1-157A

" " " " " " '" " Pipe SW-130-1-157A

" SW-FSL-835

" " " " " " " Pipe SW-136-1-157A

" " SW-FSL-836

" " " " " " " " " Pipe SW-129-1-157A SW-FSL-825 Fan Cooling Units CS Pump Room "1A" Pressure Switch SW-PSL-1174 Low Pressure Pipe SW-116-2-157A

" " " " " Pipe SW-123-6-157 Pump Room "lB" SW-PSL-1178 I

RHR Pump Room Coolers I IB, 2A Not Applicable 41

! VARIABLE D22 - Continued (g) location of Display ESF Component Display Tag Number Range Location RilR Heat Exchangers Indicator Ell-F1-R602A 0-12,000 gpm H12-P601 Control Rm.

Service Water Flow " Ell-F1-R602B Seal Cooling Exchangers RHR Pump lA Annunciator UA-Al Low Flow Hl2-P601 Control Rm.

" 1B UA-Al -

" 1C UA-Al

" ID UA-Al Fan Cooling Units CS Pump Room "l A" Annunciator UA-5 Low Pressure XU-3, Control Room "lB" UA-5 l

RHR Pump Room Coolers IB, 2A Not Applicable l

(h) Schedule: Brunswick will provide flow instrumentation for the conventional and nuclear service water header lines SW-100-24-157 and SW-103-30-157 respectively. Work for Unit I will be scheduled for completion during refueling outage #5 and work for Unit 2 will be scheduled for completion during outage #6. Transmitters Ell-FT-N007A and Ell-FT-H007B will be replaced to comply with environmental qualification. Replacement of Ell-FT-N007A and Ell-FT-N007B will be conplete by the 79-OlB equipment qualification deadline which is currently March 31, 1985 s

42

VARI ABLE D23 - 111011 RADIOACTIVITY LIQUID TANK LEVEL Recommended by Provided by Brunswick RG 1.97 (a) Instrument Range Top to Bottom Top to Bottom, 0 - 100%

(b) Environunental Qualification No Note 1 Note 1 (c) Seismic Qualification No (4) Quality Assurance No . Note 2 (e) Power Supply Non-1E Cor.ventional Power Supply (f) Redundance / Sensor No No Location i

Sensor Tag Number Range Location Transmitter G16-LT-N026 0-190" Waste Collector Tank A002 Radwaste Bldg.

(g) Location of Display Display Tag Number Range Location Recorder - Alarm G16-LRS-R008 0-100% P001 Radwaste Control Room (h) Schedule: No changes are required to t1:e existing instrumentation.

43 j

VARIABLE D24 - EMERGENCY VENTILATION DAMPER POSITION Recomnended by Provided by Drunswick RG l.97 (c) Ins t r unent Range Open - Closed Open - Closed (b) Environmental Qualifi- Yes Note i ,

cation (c) Seismic Qualification No Note 1 (d) Quality Assurance Yes ,

Note 2 (e) Power Supply lion-l E lE (f) Redundance / Sensor No No j Location l

Sensor Tag Number Range Location l Position Switch 2-VA-ZS-9168 Open-Closed Emergency Makeup Damper 2L-D-CB Control Bldg.

Position Switch 2-VA-ZS-916A Open-Closed Normal Make-up Damper 2L-0-CB-Control Bldg.

Flow Switch I-VA-FS-928A Off-On Cable Spreading Room Fan I A-SF-CB Supply Duct-Control Building Flow Switch I-VA-FS-928B Off-On Cable Spreading Room Exhaust Fan I A-EF-CB Duct-Control Building Flow Switch 2-VA-FS-929A Off-On Cable Spreading Room Supply Fan 2A-SF-CB Duct-Control Building Flow Switch 2-VA-FS-929B Off-On Cable Spreading Room Exhaust Fan 2A-EF-CD Duct-Control Building flow Switch 2-VA-FS-918A Off-On Mechanical Equipment Roon Supply Fan 2F-SF-

! CB Duct - Control Building -

1 Flow Switch 2-VA-FS-918B Off-On Mechanical Equipment Room Exhaust Fan 2E-EF-CB Duct - Control Building l Flow Switch 2-VA-FS-915A Off-On Emer Recirc Fan 2A-ERF-CB Duct-Control Bldg.

Flow Switch 2-VA-FS-915B Off-On Emer Recirc Fan 2B-ERF-CB Duct-Control Bldg.

. Position Switch 2-VA-ZS-918B Oper.-Closed Mechanical Equipment Roon Exhaust Damper i 2T-D-CB-Control Building l Position Switch 2-VA-ZS-918A Open-Closed Mechanical Equipment Roan Supply Damper 2K-D-CB - Control Building 44

VARIABLE D24 - EMERGENCY VENTILATION DAMPER POSITION (Cont'd)

Sensor Tag Number Range Location Position Switch 2-VA-ZS-917 Open-Closed Control Room Exhaust Dam er 2H-D-CB-Control Bld .

Position Switch 2-VA-ZS-915A Open-Closed Emergency Recirc Damper A-EAD-CB - Control Bui ding Position Switch 2-VA-ZS-915C Open-Closed Emergency Recirc Damper 2C-EAD-CB - Control Building Position Switch 2-VA-ZS-915B Open-Closed Onergency Recirc Damper 28-EAD-CB - Control Building Position Switch 2-VA-ZS-915D Open-Closed Emergency Recirc Damper 2D-EAD-CB - Control Building Position Switch 2-VA-ZS-929A Open-Closed Cable Spreading Room Supply Fan Damper 28-D-CB-Control Bldg.

i Position Switch 2-VA-ZS-9298 Open-Closed Cable Spreading Room Exhaust Fan Damper 2E-D-CB-Control Bldg.

Position Switch 1-VA-ZS-928A Open-Closed Cable Spreading Room Supply Fan Damper IB-D-CB - Control Bldg.

Position Switch I-VA-ZS-9288 Open-Closed Cable Spreading Room Exhaust Fan Damper IE-D-CB- Control Bldg.

Position Switch LS0-RX-321 Open Reactor Building Supply isolation Damper IA Position Switch LSC-RX-321 Closed Reactor Building Supply isolation Damper IA Position Switch LS0-RX-321 Open Reactor Building Exhaust isolation Damper IC Position Switch LSC-RX-321 Closed Reactor Building Exhaust isolation Damper IC Position Switch L50-RX-321 Open Reactor Building Supply isolation Danper IB Position Switch LSC-RX-321 Closed Reactor Building Supply isolation Damper IB Position Switch LS0-RX-321 Open Reactor Building Exhaust isolation Damper ID Position Switch LSC-RX-321 Closed Reactor Building Exhaust isolation Damper ID Position Switch -

Open-Closed Drywell Purge Valve IN-BFV-RB Open-Closed Position Switch -

Open-Closed Drywell Pump Valve I A-BFV-RB Open-Closed g) location of Display Display Tag Number Location function Control Switch (a) 2VA-CS-918-1 XU-3 Control Room Mechanical Equip Roan Exhaust Dauper

& Light Assembly 2T-D-CB - Open 2VA-CS-918-1 XU-3 Control Room Mechanical Equipnent Room Exhaust 2 T-D ~-CB Closed 2VA-CS-918-1 XU-3 Control Room Hechanical Equip Roan Exhaust Fan 2E-EF-CB - Running 2VA-CS-918-l XU-3 Control Room Mechanical Equip Room Exhaust Fan 2E-EF-CB - Off 2VA-CS-918-1 XU-3 Control Room Mechanical Equip Room Supply Danper 2K-D-CB Open 2-VA-CS-918-1 XU-3 Control Room Mechanical Equip Roan Supply Damper 2K-D-CB Closed ,

45

VARIABLE D24 - EMERGENCY VENTILATION DAMPER POSITION (Cont'd)

\

g) Location of Display Display Tao Number Location Function (a)

Control Switch 2-VA-CS-918-1 XU3-Control Roan Hechanical Equip Room Supply Fan 2F-SF-CB Running

& Light Assm. 2-VA-CS-918-l XU3-Control Roan Hechanical Equip Roan Supply Fan 2F-SF-CB Of f 2-VA-CS-917-1 XU3-Control Boom Control Room Exhaust Damper 211-0-0B Dpen

" 2-VA-CS-917-1 XU3-Control Roan . Control Roan Exhaust Damper 211-D-CB Closed 2-VA-CS-917-1 XU3-Control Room Control Room Exhaust Fan 2D-EF-CB Running 2-VA-CS-917-1 XU3-Control Roon Control Room Exhaust Fan 2D-EF-CB Off 2-VA-CS-915A XU3-Control Roon Emergency Recirc Fan 2A-ERF-CB Dampers Open Xd3-Control Room Emergency Recirc Fan 2A-ERF-CB Dampers Closed XU3-Control Room Emergency Recirc Fan 2A-ERF-CB Running

" " Emergency Recirc Fan 2A-ERF-CB Standby XU3-Control Room

" Emergency Recirc Fan 2A-ERF-CB Dampers Open 2-VA-CS-S158 XU3-Control Room 2-VA-CS-9150 XU3-Control Roan Energency Recirc Fan 28-ERF-CB Dampers Closed Indicating Light Assm. IVA-ZL-915A XU3-Control Room Emergency Recirc Fan 2A-ERF-CB Dampers Open IVA-ZL-915A XU3-Control Room &nergency Recirc Fan 2A-ERF-CB Dampers Closed IVA-ZL-915B XU3-Control Room Emergency Recirc Fan 2B-ERF-CB Dampers Open IVA-ZL-9158 XU3-Control Roan Emergency Recirc Fan 2B-ERF-CB Dampers Closed

" Emergency Hakeup Danper 2J-D-CB Open IVA-ZL-916A XU3-Control Roan IVA-ZL-916A XU3-Control Roan Emergency Makeup Damper 2J-D-CB Closed IVA-ZL-916B XU3-Control Room Normal Hakeup Damper 2L-D-CB Open IVA-ZL-9168 XU3-Control Roan Normal Makeup Damper 2L-D-CB Closed ControlSwifNb2VA-CS-929-1 XU3-Control Room U2 Cable Spreading mn Supply Fan Damper 2B-D-CB Open Light Assm. "

XU3-Control Roan U2 Cable Spreading Ra Supply Fan Danper 2B-D-CB Closed XU3-Control Room U2 Cable Spreading Rn Exhaust Fan Damper 28-D-CB Open XU3-Control Room U2 Cable Spreading Rm Exhaust Fan Damper 28-D-CB Closed

" U2 Cable Spreading Rm Supply Fan 2A-SF-CB Running XU3-Control Room XU3-Control Roan U2 Cable Spreading Rn Supply Fan 2A-SF-CB Off XU3-Control Room U2 Cable Spreading Rm Exhaust Fan 2A-EF-CB Running XU3-Control Roan U2 Cable Spreading Rm Exhaust Fan 2A-EF-CB Off 46

VARIABLE D24 - ENERGENCY VENTILATION DAMPER POSITION (Cont'd) g) Locat ion of Display (Cont'd)

Display Tag Number Location Function Control Switch IVA-CS-928-I XU-3 Control Room U-l Cable Spreading Room Supply Fan Damper IB-C-DB Open

& Light Assn.bly. " " U-l Cable Spreading Room Supply Fan Damper IB-C-DB Closed

" " " U-l Cable Spreading Room Exhaust Fan Damper IE-D-CB Open

" " " U-l Cable Spreading Room Exhaust Fan Damper IE-D-CB Closed

" " " - U-l Cable Spreading Roan Supply Fan I A-SF-CB Running

" " " U-l Cable Spreading Room Supply Fan I A-SF-CB Of f

" " " U-l Cable Spreading Room Exhaust Fan IA-EF-CB Running

" " " U-l Cable Spreading Room Exhaust Fan I A-EF-CB Of f VA-CS-1510 " Reactor Building Supply isolation Damper IA Open

" " " Reactor Building Supply isolation Damper IA Closed

" " " Reactor Building Exhaust isolation Damper IC Open

" " " Reactor Building Exhaust Isolation Danper IC Closed VA-CS-1512 " Reactor Building Supply isolation Damper 18 Open

" " " Reactor Building Supply isolation Damper IB Closed

" " " Reactor Building Exhaust Isolation Damper ID Open

" " " Reactor Building Exhaust isolation Danper ID Closed

" " Reactor Building Purge Valve IN-BFV-RB Open-Closed VA-CS-1589

" " " Reactor Building Purge Valve IN-BFV-RB Open-Closed h) Schedule: No changes required for this instrumentation.

(a) On both Unit I and Unit 2 Panel (b) On Unit 2 Panel Only (c) On Unit 1 Panel Only (d) Other Unit has Indication, No Control 47

VARIABLE D25 - STATUS OF STANDBY POWER AND OTilER ENERGY SOURCES IMPORTANT TO SAFETY (ELECTRIC, llYDRAUI.IC, PNEUHATIC)

Recostmended by RG 1.97 Provided by Brunswick ,

(a) Instrument Range Plant Specific See Section (g)

(b) Environmental Qualification Yes Note 1

] (c) Seismic Qualification No Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply Non-LE 1E q (f) Redundance No No (g) For simplicity and clarity of this report, the instrumentatLon for each diesel generator is presented by giving voltage indication followed by breaker indication. The same is i done for the normal source feeders. These are followed by DC battery voltage instrumentation and instrument air pressure Indication.

48 1

VARIABLE D25 - STATU3 0F STANDBY POWER AND OTilER ENERGY SOURCES If? OTANT TO SAFETY, (ELECTRIC,llYDRAULIC, PNEUMATIC)

Sensor location (Diesel Generator Voltage)

The sensors for the diesel generator voltages are potential transformers located at the respective diesel generators.

Incation of Display Tag Numbers Range location Display DG No. 1 Voltmeter DC-VM-1265 . 0-5,000 Volts Panel XU-2 Control Room DG No. 2 Voltmeter DC-VM-1272 0-5,000 Volts Panel'XU-2 Control Room DG No. 3 Voltmeter DC-VM-1279 0-5,000 Volts Panel XU-2 Control Room DG No. 4 Voltmeter DC-VM-1286 0-5,000 Volts Panel XU-2 Control Room Sensor location (Diesel Generator Breakers to Emergency Buses)

Sensor Location Breaker No.

Breaker Auxiliary Contact 4160V SWGR El Compt. AE9 AE9 (DC No. I to Bus EL) ,

Breaker Auxiliary Contact 4160V SWGR E2 Compt. AG7 AG7 (DG No. 2 to Bus E2)

Breaker Auxiliary Contact 4160V SWGR E3 Compt. AIS AIS (DG No. 3 to Bus E3)

Breaker Auxiliary Contact 4160V SWGR E4 Compt. AK2 AK2 (DG No. 4 to Bus E4) location of Display Tag Number Range location Breaker No. Display Position 1.ight EB-CS-950 Green light-open Panel XU-2, Control Room AE9 Red light-closed Position Light EB-CS-957 Green light-open Panel XU-2, Control Room AG7 Red light-closed Position Light EB-CS-952 Green light-open Panel XU-2, Cont rol Room AIS Red light-closed Position Light EB-CS-968 Green light-open Panel XU-2, Control Room AK2 Red light-closed Sensor location (Normal Source Feeder Bus Voltage)

The sensors for the normal source voltage instrumentation are transducers located on the respective buses.

49

/

VARIAllLE D25 (Continued)

Location of Display Display Tag Number Range Ixx:ation Bus B Voltmeter ED-VM-752 0-5,000V Panel XU-2, Control Roan Bus C Volbneter ED-VM-753 0-5,000v Panel XU-2, Conrrol Room Bus D Voltmeter ED-VM-754 0-5,000V Panel XU-2, Control Room Sensor Iccation (Normal Source Series Breakers to Dnergency Buses)

Breaker No. Sensor IAx:ation 1

AE6 Breaker Auxiliary Contact 4160V SWOR El Compt. AE6 1-AD1 Breaker Auxiliary Contact 4160V, SWGR 1D Canpt.1-AD1 AG4 Breaker Auxiliary Contact 4160V SWCR E2 Cmpt. AG4 1-AC8 Breaker Auxiliary Contact 4160V SWGR IC Canpt.1-AC8 AI2 Breaker Auxiliary Contact 4160V SWGrt E3 Compt. AI2 2-AD1 Breaker Auxiliary Contact 4160V SWGR 2D Conpt. 2-AD1 M9 Breaker Auxiliary Contact 4160V SWG1 E4 Conpt. M9 2-AC8 Breaker Auxiliary Contact 4160V SWCR 2C Canpt. 2-AC8 l

50

VARIABLE D25 (Continued)

Location of Display Breaker No. Display Tag Number Range Location AE6 Position Light ED-ZL-951 Green-open/ Red-Closed Panel XU-2, Control Room I-ADI Position Light ED-ZL-951 Green-open/ Red-Closed Panel XU-2, Control Room AG4 Position Light ED-ZL-958 Green-open/ Red-Closed Panel XU-2, Control Room 1-AC8 Position Light ED-ZL-958 Green-open/ Red-Closed Panel XU-2, Control Room Al2 Position Light ED-ZL-963 Green-open/ Red-Closed Panel XU-2, Control Roan 2-ADI Position Light ED-ZL-963 Green-open/ Red-Closed Panel XU-2, Control Room AJ9 Position Light ED-ZL-969 Green-open/ Red-Closed Panel XU-2, Control Room 2-AC8 Position Light ED-ZL-969 Green-open/ Red-Closed Panel XU-2, Control Room Sensor Location (DC Standby Power)

~

> The sensors for the 125/250V DC bus and 24/48V DC bus are the battery charger output terminals.

I Location of Display Display Tag Number Range Location

, Voltage Indicator BAT-VM-737 0-150V XU-1, Control Room Voltage Indicator BAT-VM-738 0-150V XU-1, Control Room Voltage Indicator BAT-VM-739 0-150V XU-1, Control Room Voltage Indicator BAT-VM-740 0-150V XU-1, Control Room Voltage Indicator BAT-VM-741 0-60V XU-1, Control Vol tage. Indicator BAT-VM-741-1 0-60V XU-1, Cont rol Room Voltage indicator BAT-VM-742-1 0-60V XU-1, Control Room Standby Instrument Air Pressure Currently, there is no control room indication for standt,y instrument air pressure. lA-PI-3785 and IA-PI-3786 provide local pressure indications. The standby instrument ai r compressors are presently scheduled to be spared and the containment pump back system will provide pneumatic power to systems in the primary containment. The pump back system being installed by PM 82-008 and PM82-009 will provide for pressure indication in the control room. i f the currer,t plans to spara the standby instrument air compressors change, the need for pressure indication will have to be re-evaluated.

h) Schedule: No changes are required for the diesel generator, normal source feeder, or DC battery instrumentation.

The instrument air instrumentation will be scheduled for completion during refuel #5 for both units.

i 1

l 51 1 .

VARIABLE D26 - TURBINE SYPASS VALVE POSITION

) Recommended by RC 1.97 Provided by Brunswick (a) Instrument Range Plant Designer Selected Green light-closed / Red light-open (b) Environmental Qualification No Note 1 (c) Seismic Qualification No Note 1

, (d) Quality Assurance No Note 2

, (e) Power Supply Non-IE- High Reliability No (f) Redundance No Sensor Location I All sensors are position switches located on the ten valves in the Turbine Steam Chest and are listed below by tag cumber.

MS-ZS-BVCSI MS-ZS-BVOSI MS-ZS-BVCS2 MS-ZS-BVOS2 MS-ZS-BVCS3 MS-ZS-BVOS3 MS-ZS-BVOS4 MS-ZS-BVOS4 MS-ZS-BVCS5 MS-ZS-BVOS5 MS-ZS-BVCS6 MS-ZS-BVOS6 MS-ZS-BVCS7 MS-ZS-BVOS7 MS-ZS-BVCS8 HS-ZS-BVOS8 MS-ZS-BVCS9 MS-ZS-BVOS9 MS-ZS-BVCS10 MS-ZS-BVOS10 1

(g) Location of Display Display Tag Number Range Location Position Light EHC-CS-436 Open/Close Panel XU-2, Control Room The indicating lights are part of the EHC (electro hydraulic control) panel insert located on Panel XU-1.

(h) Schedule: No changes required.

l NOTE: The instrumentation above is for Unit 2. Unit 1 is similar but has only four bypass valves.

52

VARIABLE D27 - CONDENSER 110T' JELL LEVEL Recommended by RC 1.97 Provided by Brunswick (a) lustrument Range Plant Designer Selected -24 to +24 inches (b) Environmental Qualification No Note 1 (c) Seismic Qualification No Note 1 (d) Quality Assurance liigh Quality Commercial Grade Note 2 (e) Power Supply Non-IE liigh Reliability No (f) Redundance No Sensor Tag Number Range location Transmitter CO-LT-2 0-48 inches Condenser lA Transmitter CO-LT-3 0-48 inches Condenser lA Transmitter CO-LT-4 0-48 inches Condenser IB Transmitter CO-LT-5 0-48 inches Condenser IB (g) Location of Display Display Tag Number Range location Level Indicator CO-LI-2 -24 to +24 inches Panel XU-2, Control Room level Indicator CO-LI-3 -24 to +24 inches Panel XU-2, Control Room level Indicator CO-LI-4 -24 to 424 inches Panel XU-2, Control Room Level Indicator Co-LI-5 -24 to +24 inches Panel XU-2, Control Room (h) Schedule: No changes to the instrumentation are required.

53

VARIAllLE D28 - CONDENSER VACUUM Recommended by RG 1.97 Provided by Brunswick (a) Instrument Range Plant Designer Selected 0 to 30 in,lig vac

'No Note 1 (b) Environmental Qualification (c) Seismic Qualification No Note 1 (d) Quality Assurance High Quality Commercial Grade Note 2 (e) Power Supply Non-1E 111gh He11 ability No (f) Redundance / Sensor location No Seneor Tag Number Range Location Transmitter OC-PT-23-1,2 0-30 in. lig. Vac. IR-TB-6 Turbine Bldg.

(g) Location of Display Display Tag Number Range Location Pressure Recorder OC-PR-23 0-30 in. lig Vac. XU-2, Control Room (h) Schedule: No changes are required for the above instrumentation.

54

VARIABLE D29 -

CONDENSATE PUMP Ato D00 STER PUMP STATUS Ik.hed by 101.97 Provided ly Brunswick (a) Instrtment Range Plant Designer Selected Green light - off Red light - on Note 1 (b) Envirornental Qualification No (c) Seismic Qualification No Note 1 (d) Quality Assurance 111gh Quality commercial Grade Note 2 (e) Power Supply Non-lE lE (f) Redundance / Sensor Incation tb No Sensor Iocation Condensate Pump A Breaker Auxiliary Contact 4160V SWGR D B Breaker Auxiliary Contact 4160V SWGR C C Breaker Auxiliary Contact 4160V SWGR D Condensate Booster Ptup A Breaker Auxiliary Contact 4160V SWGR C B Breaker Auxiliary Contact 4160V SWGR A C Breaker Auxiliary Contact 4160V SWGR A 55

VARIABLE D29 - CONDENSATE PUMP AND BOOSTER PUMP STATUS (CONT"D)

(g) location of Display Condensate Pump Display Tag Number Location A Position Light Co-CS-305 Panel XU-2, Control Room B Position Light Co-CS-306 Panel XU-2, Control Room C Position Light Co-CS-307 Panel XU-2, Control Room Condensate Booster Pump A Position Light COD-CS-311 Panel XU-2, Control Room B Position Light COD-CS-312 Panel XU-2, Control Room C Position Light COD-CS-313 Panel XU-2, Control Room (h) Schedule: No changes required.

t 56

VARIABLE - El PRIMARY C0tifAltNDff AREA RADIATION-HIGI RANGE Reconnended By RG 1.97 Provided by Brunswick (a) Instrinnent Range IR/hr to 10 R/hr 1R/hr to 10 R/hr (b) Environmental Qualification Yes Note 1 (c) Seismic Qualification Yes Note 1 (d) Quality Assurance Yes Note 2 (e) Power Supply lE lE (f) Redundance & Sensor Incation Yes Yes Sensor Tag No. Range location Radiation Detector D22-IN-4195 1 R/hr to 10 R/hr Drywell AZ 64" El 30'6" D22-IN-4196 " "

Drywell AZ 15" El 57'7" D22-IN-4197 " " " "

Drywell AZ 239" El 23' D22-IN-4198 Drywell AZ 195" El 57'7*

(g) Incation of Display Display Tag No. Range _Io_ , tion Indicator D22-RI-4195 1 R/hr to 10 R/hr XU-75 Electronic Equip. Roan Indicator D22-RI-4196 Recorder D22-RR-4195 Indicator D22-RI-4197 XU-79 Indicator D22-RI-4198 Recorder D22-RR-4197 57

a m

U 6

==

C" Q

6 A

l U l @

\ n e

• 3 tG U 2 3 O

.C.

C O

u w

l t

U N

LaJ *J V

UJ E J G G2 W

~

1

' I ^

< r

> v l

1 - - - - - -

VARIABLE E2 - Reactor Building or Secondary Contaiment -

High range monitoring of this variable Area Radiation is not required for Brunswick. 'Ihe Reactor Building vent is cloeal den the radiation level reacles 5 mr/hr and secondary containment atnosptere is routed through the standby gas treatnent systm. See Brunswick position paper.

59

VARIABLE E3 - Radiation Exposure Rate (inside buildings of areas -

See Variable Cl4. W e Brunswick where access is required to service equi ment l Plants are not designed to allow important to safety) servicing equiE rent; following an accident. %is variable is j

not required.

1 i

4 L

i l

}

60 I

4 e - -

m VARIABLE E4 - NOBLE CASES A!O VEffP FIIM RATE VARIABLE ES - PAINICUIATE Af0 IIAIDGEN

. Drywell Purge, Standby Gas Treatment Systm Purge. Not required. Brunswick discharges through the Standby Gas Treatnent Systal and then through comon vent (stack).

. Secondary Containment Purge Not required, on high radiation the reactor vent closes and secondary contalment atmosphere is routed through the Standby Gas Treatment Systcn and then through ccrnon vent (stack).

. Secondary Containment (reactor shield building Not applicable.

annulus, if in design)

. Auxiliary Building Not applicable.

. Cmmon Plant Vent / Turbine Duilding Vent See Below Rav===nded by 10 1.97 Provided by Brunswick (a) Instrument range Stack Flow 0-Ig0% design fjow See Below Stack gas 10

-3 Ci/cc -10 2 Ci/cc " "

Stack Particulate & ilalogen 10 Ci/cc -10 Ci/cc " "

Turbine Bldg Vent flow 0-1g0%designfgow "

Turbine Bldg Vent gas 10 10 Ci/cc "

Turbine Bldg Particulate & 10

-3 Ci/p Ci/cc

- 10 " "

Halogen (b) Environmental Qualification Noble Gas Yes See Note 1 Plow Rate Yes See Note 1 Particulate & llalogen No -

61

VARIABIE E4, ES Rec &riended By IC 1.97 Provided ly Brunswick (c) Seismic Qualification No (d) Quality Assurance Not Required See Note 2 (e) Power Supply Ifigh Reliability High Reliability (f) Ralundance & Sensor Iocation No Partially as shown below Sensor Tag No. Range Location Function Radiation Detector D12-K600A 10~ -10 CPS Incal Stackrenitor D12-K600B "

g Local Stack monitor VA-AQH-3215 10-10 CPS Local Turbine Vent Plant Stack .01-100 R/hr Local Plant Stack Unit 1 Turb. Vent " " "

Local Unit 1 Turb. Vent Unit 2 Turb. Vent " " "

Local Unit 2 Turb. Vent Flow Transmitter VA-PT-3358 0-15000 SCFM Iocal Turbine Vent Flow Transnitter VA-PP-3359 0-100,000 SCFM Iocal Plant Stack (g) Location of Display Display Tag No. Range location Service Recorder D12-RR-R600A 10~ -10 CPS XU-3 Control Room Stack Recorder D12-RR-R600B "y "6 " " " "

Stack Indicator VA-A011-3215-1 10 -10 CPS XU-55 " Turbine vent Particulate Indicator VA-AQil-3215-2 Turb. Vent. Iodine Indicator VA-AQil-3215-3 XU-55 Turb. Vent Gas

• Indicator Plant Stack .01 - 100 R/hr Control Roan Plant Stack

• Indicator U-l Turb Vent U-l Turb. Vent

• Indicator U-2 Turb Vent " " "

U-2 Turb Vent Totalizer VA-F10-3358 XU-62 control Roan Turbine Vent Totalizer VA-F10-3358 Stack Recorder VA-FR-3356 0-200000 SCEN XU-51 control Ibcri Stack Recorder VA-FR-3356 0-15000 SCEM " " "

Turbine Vent 62 -

VARIABLE E4, ES (g) Continued

• Tenporary high range indication has been provided until pemanent monitoring eglipwnt to satisfy regulatory regiirements is installed.

(h) Schedule - tw 80-34, 80-35 and 80-36 will provide all instrumentation required to nonitor the stack & turbine vents and to emply with 101.97 and NUREG-0737.

PM's 80-34 and 80-36 are complete. PM 80-35 is scheduled for completion by Sept. 30, 1983.

63 I

t i

VARIABIE E6 - Padiation Exposure Meters -

Not required to be impimented. Refer (continuous indication at to NRC Errata dated July 1981 and fixed locations) RG 1.97 Rev. 3.

} .

4 1

i R

4 1

4 6ts a

i 0

a i

VARIABLE E7 - AIRBORNE RADIOHALOCENS AND PARTICULATES (Portable Sampling with onsite analysis capability)

Recommended by RC 1.97 Provided by Brunswick

~

(a) Instrument Range 10 Ci/cc to 10 Ci/cc 10~ 4 C1/cc to 10~ C1/cc No (b) Environmental Qualification No specific provision.

No specific provision No (c) Seismic Qualification (d) Quality Assurance High Quality Commercial High Quality Commercial Crade Crade (e) Power Supply No specific provision -

Mot Required Yes (f) Redundance & Sensor +

Location

, 1 Item ' Range Location

-2 ND 66 & ND 6620 10"I4 Ci/cc to 10 Ci/cc Counting Room ND 6620 Mobile Station (g) Location of Display - Counting Room, Mobile Station. The Technical Support Center will also have an ND-66 linked to the ND 6620 in the counting room.

(h) Schedule - No changes are required.

65 a

m - -

/ VARIABLE E8 - PLAMP MO DNIBOiG RADIATION -

(PORTABLE INSTRIMENTATION)

Pecamended by ,

RG 1.97 Provided by Bninswick (a) Instrtment Range 4

-3 Photons 10 R/hr to 10" R/hr" Beta & I m energy photons (b) Environnental Qualification No specific provisions -

(c) Seismic Qualification No specific provisions -

'(d) Qua'lity Assurance liigh Quality Ccrrmercial High Quality Cmriercial Grade Grade

--(e) Power Supply- No specific provision Battery Powered (f) Redundance & Sensor location Not Required Yes - en11tiple units provided Itat Quantity Range Measurement Location E S-20 50 0 R/hr -2 R/hr Photons Service Bldg.

E-400 6 0 - 200 mr/hr Photons Minirad 28 0 - 5 R/hr Photons "

PIC-6A 30 s PRM-7 6 05 10 000 R/k -3 R/hr -5 x 10 R/hr Photons " " "

Ib-7 2 0 - 20,000 R/hr Photons, beta & low enenjy photons Ro-2 20 0 - 5 R/hr Beta & low enenJy petons "

Teletektor 35 0 - 1000 R/hr Photons Ro-2A 15 0 - 50 R/hr Beta & low enenjy photons "

(g) Location of Display - Display is integral part of portable instrtnent.

(h) Schedule - No changes required.

66

VARI ABLE E9 - Plant and Environs Radioactivity (Portabl'e Instrumentation)

Recommended by Provided by Brunswick RG 1.97 Multichannel Camma Ray ND-66 Multichannel Camma a) Instrument Range Ray Spectrometer Spectrometer b) Environmental Qualification No specific provision c) Seismic Qualification No specific provision -

liigh Quality liigh Quality d) Quality Assurance Commercial Grade Commercial Crade Power Supply No specific provision e)

Not Required Yes f) Redundance & Sensor location ND 66 located in Counting Room ND 6620 located in Mobile lab g) location of Display - Display is integral part of portable instrument.

h) Schedule - No changes are required.

67

VARIABl.E E10 - WIND DIRECTION VARIABI.E Ell - WIND SPEED VARIABLE E12 - ESTIMATION OF A"1110SPilERIC STABILI'lY Recommended by RG 1.97 Provided by Brunswick (a) Instrument Range E10 0 to 360" (1 5 accuracg 0 to 540 , i 5.4 with a deflection of 15 ) .

Starting speed 0.45 mps (1.0 mph). Damping ratio between 0.4 and 0.6, distance constant $,2 meters.

Ell 0 to 30 mps (67 mph) 1 0.22 0 to 125 mph, i .4 mph mps (0.5 mph). Accuracy for wind speeds less than 11 mps (25 mph) with a starting threshold of less than 0.45 mps (1.0 mph).

E12 Based on vertical tempera- Dif ferential temperature I ture dif ference from primary System + .186 F over -

system.-5 C to 10"C (-9 F ambleat temperature range to 18 F and i .15"C accur- from -50 C to + 30 F acy per 50 meter intervals (1 3 F accuracy per 164-foot intervals) or analogous range for alternative stability estimates.

b) Environmental Qualification No specific provision liigh Quality Commercial c) No specific provision No Seismic Qualification 68

1 VARIABLE E10 (continued)

VARIABLE Ell (Continued)

VAI;IABLE E12 (Continued) Recommended by RC 1.97 Provided by Brunswick d) Quality Assurance liigh Quality Commercial liigh Quality Commercial j e) Power Supply No specific provision Conventional Power Sources f) Redundance and Sensor location Redundancy not required No redundancy Sensors are located at the Meteorological Tower g) location of Display - Displays are located in an environmentally controlled shelter located near the tower. A computer system polls the meteorological station -and provides print outs in the control room for the operators.

h) Schedule - Brunswick will replace the existing system with new equipment which will fully meet RG 1.97 requirements. The new system is scheduled to go into operation f)ecember, 1983.

i 69 4

4

VARIABl.E E13 - PRIMARY C001. ANT AND SIIMP (ANALYSIS CAPABILITY ON SITE)

Recommended by RC 1.97 Provided by Brunswick a) Instrument Range Gross Activity 10 uC1/ml to 10 Ci/ml 1 uCi/ml to 10 C1/ml Camma Spectrum -

Isotopic Analysis Isotopic Analysis Baron Content 0.to 1000 ppm 20 to 6000 ppm Chloride Content 0 to 20 ppm 0.5 to 20 ppm Dissolved llydrogen or Total Gas 0 to 2000 cc (STP)/Kg f 1 to 100%

Dissolved oxygen 0 to 20 ppm g 1 to 30%

pil 1 to 13 1 to 14 b) Environmental Qualification No specific provision Sampling System will be

, qualified. Analysis equip-ment is high quality commercial.

c) Seismic Qualification No specific provision Sampling system will be seismically qualified.

Analysis equipment has not been qualified.

d) Quality Assurance liigh Quality Commercial Sampling system has full Grade QA Program commitment. .

Analysis equipment is high quality commercial grade.

70 I

I

VARIABLE EL3 (Continued)

Recommended by RG 1.97 Provided by Brunswick (e) Power Supply No specific provision Sampling System will be IE power. Analysis equipment is powered from conventional sources.

(f) Redundance & Sensor Location Redundancy not required -

The Post Accident Sampling System allows samples of primary coolant to be taken frnm a remote station in the Turbine Building breezeway. Analyzing equipment is located as follows:

Gross Activity and Gamma Spectrum - Counting Room, Mobile Traller Chemical Analysis - Chemistry lab (g) Location of Display The chemistry analysis is made in the Chemistry lab and the results logged. Cross activity and gamma spectrum displays are available in the Counting Room and Mobile Trailer.

(h) Schedule PM's80-028 and 80-029 are providing the Post Accident Sampling System for Unit 1 and Unit 2 respectively. Unit I nodi fications are complete. Unit 2 modifications are scheduled for completion by Sept. 30, 1983.

71

_m_ _ -_

VARIABLE E14 - CONTAINMENT AIR f

Recommended by RG 1.97 Provided by Brunswick (a) Instrument Range Ilydrogen content D to 30%  ;$ 1 to 100%

0xygen Content 0 to 30% $7 1 to 30%

Gamma Spectrum (Isotopic Analysis) Isotopic Analysis (b) Environmental Qualification No specific provision Sampling system will be environmentally qualified.

Analysis equipment is high quality commercial.

(c) Seismic Qualification No specific provision Sampling System will be seismically qualified.

Analysis equipment has not been qualified.

(d) Quality Assurance liigh Quality Commercial Brunswick QA program applies Grade to the sampling system.

Aanlysis equipment is high quality commercial grade.

(c) Power Supply No specific provision Sampling System will be IE power. Analysis equipment is powered from conventjonal sources.

72 o

VARIABl.E E14 (Continued) i Recommended by RG 1.97 Provided by Brunswick (f) Redundance & Sensor location Redundancy Not Required -

The Post Accident Sampling System allows samples of primary coolant to be taken from a remote station in the Turbine Building breezeway. The analysis equipment is located in the Chemistry

la b .

(g) Location of Display - The display is located in the Chemistry Iab and sample results are logged.

(h) Schedule - PM's80-028 and 80-029 are providing the Post Accident Sampling System for Unit I and Unit 2, respectively. Unit I modifications are complete. Unit 2 modi fications are scheduled for completion by Sept. 30, 1983 73

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