ML20044E714

Provides Revised Emergency Response Data Sys Data Point Library for Unit 2.Anticipates That Changes to Data Point Library May Result from Testing

ML20044E714
Person / Time
Site:	Browns Ferry
Issue date:	05/21/1993
From:	Salas P TENNESSEE VALLEY AUTHORITY
To:	NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
NUDOCS 9305250350
Download: ML20044E714 (43)

Text

-

m 4-JD A

Terinessee Vadey Autnonty, Post OEce Box 2000. Decator. Alabama 35009 MAY 211993 10 CFR 50, Appendix E U.S.

Nuclear Regulatory Commission ATTN:

Document Control Desk Washington, D.C.

20555 Gentlemen:

In the Matter Of

)

Docket No. 50-260 Tennessee Valley Authority

)

BROWNS FERRY NUCLEAR PLANT (BFN) - UNIT 2 - EMERGENCY RESPONSE DATA SYSTEM (ERDS) DATA POINT LIBRARY

Reference:

Letter from TVA to NRC dated December 13, 1991,

" Emergency Response Data System (ERDS)

Implementation Schedule" This letter provides the revised ERDS Data Point Library for BFN Unit 2.

On December 13, 1991 - (Reference),. TVA committed to revise the BFN Data Point Library (DPL) as a result of the changes made to the ERDS data points during.the BFN cycle 6 refueling outage.

During the outage, TVA installed the new BFN Integrated Computer System (ICS).

As TVA indicated, testing of the upgraded system will continue from startup through 100% full power.

TVA anticipates that some changes to the DPL may result from this testing.

These changes and any future changes to the DPL will be made'in accordance with 10 CFR Part 50, Appendix E, Part VI, paragraph 3a.

TVA's updated ERDS Data Point Library for Browns Ferry Nuclear Plant Unit 2 is contained in the Enclosure.

Ranogg

}~j) 9305250350 930521' I

PDR -ADOCK 05000260 l~

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U.S.

Nuclear Regulatory Commission MAf 211993 No new commitments are contained in this submittal.

If you have questions, please telephone me at (205) 729-2636.

Sincerely, N

~

s Pedro Salas Manager of Site Licensing Enclosure cc (Enclosure):

Mr. John R. Jolicoeur ERDS Project Manager U.S.

Nuclear Regulatory Commission Mail Stop NMBB 3206 Washington, DC 20555 NRC Resident Inspector Browns Ferry Nuclear Plant Route 12, Box 637 Athens, Alabama 35611 Mr.-Thierry M. Ross, Project Manager U.S.

Nuclear Regulatory Commission One White Flint, North 11555 Rockville Pike Rockville, Maryland 20852 U.S. Nuclear Regulatory Commission Region 101 E w h.ta Street, NW, Suite 2900 Atla nt2, Georgia 30323

1 i

t I

l ENCLOSURE TENNESSEE VALLEY AUTHORITY

{

BROWNS FERRY-NUCLEAR PLANT 1

EMERGENCY RESPONSE DATA SYSTEM (ERDS)

DATA POINT LIBRARY j

1 c

.{

i l

e KDWNS FERRY iMIT 2 - ERDS DATA PCINT LIBRA 3Y i

l 1.

N1 POWER RNG SPD50001 RX POWER APRM - COMPOSED i

2.

NI INTER RNG CALC 04S AVERAGE Of 81R4*S 3.

h1 SOURC R%

SPDS00?1 RX POWER SRM - AVG 4 REAC VES LEV SPDSOC07 RX WATER LEVEL - COMPOSED 5.

MAIN FD FL0f Calc 040 RfW FLOW TO REACTOR

{

6.

RC1C FL W 71-36 RCIC PUMP DISCHARGE FLOW 7.

RCS PRESSLRE SPDSOW18 RX PRESSURE - COMPOSED

[

8.

HPCI FLOV 73.D HPC1 Pum Discharge flow 9.

LPCI FLOV 74-5 0 RHR SYS 1 FLOW

10. LPC1 FLOW 74-64 RHR SYS !! FLW j

11. CR SPRAY FL 75-21 CORE SPRAY SYS 1 FLOW 12.

CR SPRAY FL 75-4 9 CORE SPRAY SYS 11 FLOW

13. CND A/E RAD SPDS0047 OffGas POST TREATMENT AW

14. DW RAD 90-272A DW RAD-RX SE2, 45 DEG AllWTH

('

15. DW R.2.

90-272C DW RAD-RX $82, 340 DEG AZ1MUTH

16. DW RAD 90-273A DW RAD-RX 560, 270 DEG AZZMUTH l

17. DW RAD 90-273C DW RAD-RX 582, 190 DEG AZIMUTH

18.. MN STEAM RAD 90-136 MAIN STM LINE A RAD !.EVEL

19. MN STEAM RAD 90-137 MAIN STM LINE B RAD LEVEL

'{

20. MN STEAM RAD 90-138 MAIN STM LINE C RAD LEVEL i

21. MN STEAM RAD 90-139 MAIN STM LINE D RAD LEVEL

22. DW PRESS SPDS0009 DRYWELL PRESSURE - COMPOSED

23. DW TEMP SPOSOO10 DRYWELL TEMPERATURE - COMPOSED

24. SP TEMP SPDS0016 SUPPR PL WTR TEMP - CDNPOSED 2s. SP LEVEL SPDS0013 SUPPR PL WTR LVL (ZN) - CDNPOSED

26. H2 CW C SPDS3717 DRYWELL H2 - COMPOSED 27 C2 CDNC 76-43 DRYWELL CXYGEN CONCENTRATION

28. CST LEVEL 2-161 CST 13 (UNIT 2) LEVEL

29. WIND SPEED MET 371 91M VECTOR WIND SPEED (15 MIN AVG) l

30. WIND SPEED MET 332 46M VECTOR WIND SPEED (15 MIN AVG)

31. WIND SPEED MET 003 101 VECTOR WIND SPEED (15 MIN AVG)

32. WIND D1R METGM 91M VECTOR WIND D1R (15 MZN AVG)

.C. WIND DIR METOCS 46M VECTOR WlND D1R (15 MIN AVG) 34 WIND DIR ME7006 10M VECTOR WIND D1R (15 MIN AVG)

35. STAB CLASS ME7007 Stability Class Umer 36.

STAB CLASS MET 008 Stability Class intermediate

37. STAB CLASS MET 379 Stability Class Lower 38.

TYPEDATA REAL/SIMULA TED

39. Elf GAS RAD SPD50024 STACK RELEASE RATE - CCVIPOSED i

i t

i p

i f

o 1

ERDS point nunter 1.

kl POWER R4G SPDS3L'K71 Reactor Power Dete:

12/02/91 Reactor Unit:

BF2 Data freder:

1 Nft'C ERDS Parameter:

Ni POWER R%

Posnt 10:

SPDS00L11 Plant Spec Point Desc:

RX POWER APRM - CWfPOSED Generic /Cond Dest:

Reactor Power Analog / Digital:

A Engr Units / Dig States:

Engr Units Conversion:

N/A Minimum instr Rame:

0 Maximum Instr Range:

12S Zero Point

Reference:

N/A Qeference Point hotes:

N/A PROC or SENS:

P Number of Sensors:

6 lbw Processed:

Weignted Average w/ fault Detect iPSVA)

Sensor locations:

N/A Alarm / Trip Set Points:

High at 3 % (Inhibited if no SCRAM)

N1D power cutoff level:

N/A N1D pon,tr cut ~on ievel:

N/A Instrument failure Mode: N/A Tenperature Conr>ensation: N Level Reference Leg:

N/A lbique system Desc:

The HIGH alare is irbsbited when the plant 1s not in a SCRAM ccnditson. This s4> ports plant E01's.

-a

I

' e

'1-p

~

i ERDS point nanber 2.

N1 INTER RNS CALCD45 Reactor Power - intermediate bg i

Date:

12/W/91 Reactor lhit:

Bf2 j

' Data feeder:

1 i

NRC ERDS Parameter:

NJ 1NTER RNG

-b I

Point ID:

CALC 045

~ Plant Socc Point Desc:

AVERAGE OF 81RM'S Generic /Cond Desc:

Reactor Power - intermediate Rng

?

a Analog / Digital:

A l

Engr Units / Dig States:

% SCALE i

Enge Units Conwrsion:

N/A f

Minimum instr Range:

0

{

Maxinus instr Range:

125 Jero Point

Reference:

N/A

)

Reference Point hdtes:

N/A l

PROC or SENS:

P Number of Sensors:

8 l

tbv Processed:

Average (AVG) i N

Sensor Locations:

N/A Alarm / Trip Set Points:

N/A a

l N1D power cutoff level:

N/A l

NID power cut ~on ievel:

N/A E

Instrument Failure Mode: N/A l

Teaperature Conpensation: N l

level Reference Leg:

N/A

{

?

i thique System Desc:

Since the individual IRM's have a range switch this average

(

i is difficutt to interpret.

-i f

1 r

8 v

L i

1 l

a e_

4 t

f i

'. t i

m t

i l

ERDS point number 3.

NI SOURC RMS SPDS0041 Reactor Power - Source Range i

I s

Date:

12/02/ 91 Reactor thit:

BF2 1

Data feeder:

1 NRC ERDS Parameter:

N1 SOURC RNG t

Point ID:

SPDS0041 Plant Spec Point Desc:

RK POWER SRM - AVG

}

~

Generic /Cond Desc:

Reactor Power ~ Source Range i

Analog / Digital:

A Engr Units / Dig States:

CPS Engr tinits Conversion:

N/A

{

Miniave instr Range:

.1 Maxiaum instr Range:

1000000

(

Zero Point

Reference:

N/A Reference Point hbtes:

N/A i

i PROC or SENS:

P

- Nuaber of Sensors:

4 I

w Processed:

Average of healthy inputs (HAVE)

I Sensor Locations:

N/A i

AlarnVTrip Set Points:

N/A t

NID power cutoff level:

N/A NID power cut-on level:

N/A instrument failure Mode: N/A

. Tenperature Conpensatson: N i

Level Reference Leg:

N/A I

thique System Desc:

i

?

. ?

I

~I i

?

i s

i i

I i

L t

ERCS point numoer 4.

REAC VES LEV SPDSO(D7 Reactor Vessel Water Level Date:

12/02/91 Reactor Unit:

EF2 Data feeder:

1 NRC ERDS Parameter:

REAC VES LEV Point ID:

SPDSOQC7 Plant Spec Point Desc:

RX kATER LEVEL - COMPCSED C,eneric/Cond Desc:

Reactor Vessel Water Level Analog / Digital:

A Engr Units /D1g States:

1NCHES Engr units Conversion:

N/A Minimum Instr Range:

-268 Max 1aum Instr Range:

4D0 Zero Point

Reference:

MSSKRT Reference Point Ictes:

S28" above vessel zero PROC or SENS:

P Namber of Sensors:

10 How Processed:

Weighted Average w/fauli Detect (PSVA)

Sensor Locations:

N/A Alarm / Trip Set Points:

LDLO=11.2, Lo=27. 0, H1=39.0 Inches MID powee cutoff Ievel:

N/A N!D power cut-on level:

N/A Instrument failure Mooe:

N/A Tenperature Comensation: Y Level Refe'e: ice Lep:

N/A UniqJe System DesC:

CORb1nes one 0 - +@ (floodup), three 0 - +60 (Normal),

four -155 - +60 (Emerg) and iso -268 - +32 (post accident) into one wide range irxtication; therefore, for off normal conditions this point could be difficult to interpret.

Instruments are calibrated for rcrmal operating exditions, encept for the floodup instrument which is calibrated for atacspherte conditions, and the post accident instrusents uslich are calibrated assuring 212 cegrees faranhest water in all innes. Top cf fuel is at -162",

)

e

)

.1 I

4 1

E't,s point nunber 5.

MAIN FD FLOW CALCDW feedwater flow into the Reector 1

I l

Date:

12/2/91 Reactor W it:

BF2 y

I Data feeder:

1 i

NRC ERDS Parameter:

MAIN FD FLOW l

5 Point 10:

CALCOW Plant Spec Point Desc:

RfW FLOW TO REACTOR Generic /Cond Desc:

Feekater flow into the Reactor s

.b Analog / Digital:

A k

Engr Units / Dig States:

MLB/HR t

Engr Units conersion:

N/A Minimum instr Range:

0. 0 Maximun instr Range:

16.0 1

Zero Point

Reference:

N/A

. Reference Point hdtes:

N/A L

PROC or SENS:

P wmber of Sensors:

2 h

how Processed:

sa of RfW LINE A ami RfW LJNE B [ ADD)

Sensor Locations:

N/A i

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 y

- Tenperature Conpensatlon: N i

Level Reference Leg:

N/A

-(

W ique System Desc:

Sun of feedflow instruments, unconpensated

.j i

t i

L 9

t i

l 1

r

?

.I i

-i

l g

.j I

i t

. ERDS point nunber :.

RC1C FL W 71-36 Core isolation Cwling flow i

I Date:

12/W/91 krector thit:

BF2 l

Data feeder:

1

{

NRC ERDS Parameter:

RCIC FLOW

(

Point ID:

71-36 Plant Spec Point Desc:

RCJC PUMP DISCHARGE FLOW i

Generic /Cond Dest:

Core isolation Cooling flow Analog / Digital:

A Engr Units / Dig States:

GPM Engr Units Conversion:

N/A Minian instr Range:

0 Maxinis instr Rarge:

700 Zero Point

Reference:

N/A j

Qeference Point hOtes:

N/A PROC or SENS:

S

+

Number of Sensors:

1 tbw Processed:

Polynomial i

Sensor Locations:

Downstreaa of Min flow Line Alara/ Trip Set Posnts:

N/A r

NID powr cutoff level:

N/A r

NID power cut-w level:

N/A Instrument failure Mode: LW

.l Temerature Conpensation: N Level Reference Leg:

N/A thique System Desc:

i l

.i 5

f I

f I

l i

t 1

+

f i

r.

4. -

s EROS point number 7.

RCS PRESSURE SPDSOCCS Reactor Coolant Systen Pressure I

Dete:

12/W/91 h

Reactor lhtt:

Bf2 l

Data feeder:

1 I

NRC EROS Parameter:

RCS PRESSURE

[

Point ID:

SPDSMDB Plant Spec Point Desc:

RX PRESSURE - C0ttPOSED Generic /Corni Desc:

Reactor Coolant Systen Pressure t

Analog / Digital:

A Engr Units / Dig States:

PSIG y

t Engr LMits Conversion:

N/A Miniata instr Range:

0 Maxinue Instr Range:

1500

}

Zero Point

Reference:

N/A

_j Reference Point hdtes:

N/A l

PROC or SENS:

P

\\

Nunber of Sensors:

5

{

. IbW Processed:

Weighted Average w/ fault Detect (PSVA) i Sensor Locations:

N/A Alara/ Trip Set Posnts:

See Below I

i NID power cutoff level:

N/A 5

NID power cut-on level:

N/A

-1

{

Instrument failure Mode: N/A l

l Tenperature Conpensaticvs: Y f

Level Reference Leg:

N/A

-1 IMique System Desc:

Instruments are calibrated for rated cperating ccexfitions.

Alare: Powr: HIH1 = 1043 H1 = 1040 Startup: MIH1 = 1043 H1 = 1040 J

r.

i

.J.-.

.)

i l

.f

EROS point number 8.

' HPCI FL W 73-D High Pressure Coolant inj. Flow l

I Date:

12/02/91 Reactor th,it:

BF2 I

Data feeder:

1 NRC ERDS Parameter:

HPCI FLN Point ID:

73-33

.l Pls'st Spec Point Desc:

HPCI Paap Discharge flow

[

Generic /Cond Desc:

High Pressure Coolant in). Flow l

f Analog / Digital:

A

{

Engr Units / Dig States:

GPM Engr Units Conversion:

N/A Minimin Instr Range:

0 Menina instr Range:

60C0 1ero Point

Reference:

N/A

.h 6

Reference Point M tes:

N/A

. PROC or SENS:

S t

kaber of Sensors:

1 l

Mw Processed:

Polynceial Sensor Locations:

Downstreas of Min flow Line Alarm / Trip Set Points:

N/A

{

i NIO power cutoff level:

N/A a

NID power cut-on level:

N/A i

instrument failure Mode: LW Tenperature Convensation: N Level Reference Leg:

N/A

?

k th1ique Systes Desc:

)

'e

't i

I I

h l

t i

i mr

, n h.

,.w-y

T

+

4 e

f t

i ERDS point number 9.

LPCI FLOW 74-$0 LPCI - RHR Systen 1 flow f

Date:

12/W/91 i

. Reactor LR1it:

BF2 Data feeder:

1 l

NRC [RDS Parameter:

LPCI TLOW

{

Point 1D:

74 -5 0 Plant Spec Point Desc:

RHR SYi 1 FLOV Generic /Cond Desc:

LPCI - RHR System 1 Flow Analog / Digital:

A Engr Units / Dig States:

GPM Er>gr LMits Conversion:

N/A t

5 Minimus instr Range:

0 t

Maximum instr Range:

25000 l

Zero Point

Reference:

N/A

{

Reference Point Notes:

N/A e

PROC or SENS:

5 Laber of Sensors:

1 h

t Ibw Processed:

Polynomial f

Sensor Locations:

Dcunstream of MX and Before Sprays Alara/ Trip Set Points:

N/A l

a NID power cutoff ievel:

N/A 1

N!D power cut-on ievel:

h/A instrument Faiiure Mode: LOW Tenperature Conpensaticrt: N level Reference Leg:

N/A Lhique Systen Desc:

(

3 i

~f r

I

.i t

f i

-i t

f

+

t f

r i

~

=

l ERDS point number 10.

LPC1 FLN N-M LPCI ~ RHR System 11 Flow h

I Date:

12/W/91 t

Reactor LR1it:

BF2

-Data feeder:

1 l

NRC ERDS Parameter:

LPC1 TLW l

. Point 1D:

N-M l

Plant Spec Point Desc:

RHR SYS 11 FLW i

Generic /Cond Desc:

LPC1 - RHR Systen 11 Flow Analog / Digital:

A l

Engr Units / Dig States:

GPM i

i Engr Units Conversion:

N/A l

Minimus Instr Range:

0 Maxinum Instr Range:

25000 Zero Posnt

Reference:

N/A Reference Point hdtes:

N/A PROC or SENS:

S r

Nunter of Sensors:

1 l

How Processed:

Polynomial l

Sensor Locations:

Downstream of HX and Before Sprays

[

i Alare,/ Trip Set Points:

N/A l

N1D power cutoff level:

N/A NID power cute level:

N/A instrtment failure Mode: LN Tenperature Coapensation: N

}

Level Reference Leg:

N/A th1ique System Desc:

l l

r a

I 1

1

~k 3

i 1

-1 1

1 s

m..

m _.

l i

i ERDS point nunber 11.

CR SPRAY FL TS-21 Core Spray ~ System I Flow i

Date:

12/W/91 Reactor Lesit:

BF2 Data feeder:

1

?

NRC ERDS Parameter:

CR SPRAY FL

' Pcint 1D:

75-21 Plant Spec Point Desc:

. CME SPRAY SYS 1 FLN Generic /Cond Desc:

Core Spray - Systee 1 flow I

Analog / Digital:

A l

Engr Units / Dig States:

GPM Engr Uniis Conversion:

N/A

_1 Minima instr Range:

0 Maxime instr Range:

10000

. {

1ero Point

Reference:

N/A j

Reference Point Ibtes:

N/A t

i PROC or SENS:

S h aber of Sensors:

1 Ibw Proces5ed:

POlynonial Sensor locations:

Downstream of Min flow Line Alarm / Trip 5et Points:

N/A i

NID power cutoff level:

N/A l

Nip powr cut-on ievel:

N/A Instrument Iaiiure Mode: LW j

Tenperature Conpensation: N j

v.

Level Reference Leg:

N/A

- {

t thique System Desc:

- t b

- 3 i

i I

I I

r

.1

- i I

- l t

h t

a 1

l e

h.,

e

-w-

~, -.

._,,_-m--

.5-..,

. - - - - =

,.- =.- _.

-e----

m, s

s'

{

i ERDS point number 12.

CR SPRAY FL 75-4 9 Core Spray - Systen 11 Flow

}

Date:

12/ 2 /91

- Reactor lkrit:

. BF2 Data feeder:

- 1 NRC EROS Parameter:

CR SPRAY FL i

- Point 10:

75 -4 9 l

Plant Spec Point Desc:

CORE SPRAY SYS 11 TLOW Generic /Cond Desc:

Core Spray - System 11 Flow

- I Analog / Digital:

A Engr Units / Dig States:

GPM g

Engr Units Ccr1 version:

N/A i

Minimum Instr Range:

0 Maximum Instr Rarge:

1LkXk)

Zero Point

Reference:

N/A r

Reference Point Notes:

N/A I

PROC or SENS:

S Mmber 21 Sensors:

1 how Processed:

Polynomial Sensor Locations:

Downstream of Min Flow Line Alara/ Trip Set Points:

N/A 5

I NID powr cutoff level:

N/A NID power cut-on level:

N/A Instrunent Iaiiure Mode: LOV Tenperature Coopensation: N Level Reference Leg:

N/A t

1

}

lhique Systen Desc.

. i l

h I

S s

. i i

i i

• -t-i

%--a w

m-err-r--e-9-

r i?-TeP

+

e@

f W{

ERDS point runnber 13.

CND A/E RAD SPD500G7 Condensor Air Ejector Rad Level b

+

1

' Date:

12/0?/91

' t i

Reactor lhtt; Bf2 t

Data feeder:

1

'l NRC EROS Parameter:

CND AfE RAD r

Point ID:

SPD50047 l

Plant Spec Point Desc:

OffGAS POST TREATMENT An1 I

Generic /Cond Desc:

Cmdensor Air Ejector Rad Level Analog / Digital:

A 2

Engr Units / Dig States:

CPS Enge Units Conversion:

N/A Minimun instr Range:

1 Maninun instr Range:

10000CD f

Zero Point

Reference:

N/A Reference Point hbtes:

N/A T

PROC or SENS:

P

+

Nudwr of Sensors:

2

- i t

% Processed:

Healthy Average (HAVE)

Sensor Locations:

N/A i

Alare/ Trip Set Points:

N/A 1

)

NID power cutoff level:

N/A NIO powr cut-on level:

N/A E

instrument failure Mode: N/A i

Tenperature Conpensation: N I

Level Reference Leg:

N/A i

i lhique System Desc:

i

. 1 i

- I 1

.I i

I

~l w

l 1

.. _..,... ~

.. +

~.

~

l i

-l j

ERDS point rumber 14 DW RAD W272A Drywell Radiation - 45 Deg l

1

-Date:

12/ W/91 l

Reactor Lktit:

BF2 I

Dets feeder; 1

l NRC ERDS Parameter:

DW RAD l

Point ID:

. W272A Plant Spec Point Desc:

DW RAD-RX $82, 45 DEG AZ1MUTH

l Generic /Cond Desc:

Drywell Radiation - 45 Deg l

?

Analog / Digital:

A t

Engr Units / Dig States:

R/HR Engr linits Conversion:

N/A Minimum instr Range:

1 Maximun instr Range:

1GXX)00 Zero Point

Reference:

N/A

?

I Reference Point nbtes:

N/A i

r f

PROC or SENS:

S l

Number of Sensors:

1

.l How Processed:

(SALG)

Se%or Locations:

At level 582, 45 Degree Azintth Alara/ Trip Set Points:

N/A N!D power cutoff ievel:

N/A NID power cut-on Ievel:

N/A

' instrument failure Mode: LOW i

Tenperature_ Conpensation: N

'*t Level Reference Leg:

N/A iksique System Desc:

l 6

,i, i

I r

I

?

t I

h I

l l

?

Li 4

1 I

'i l

. 'l

?

~

.~

i ERD $ point number 15.

DW RAD 90-272C Dryeti Radistion - 340 Deg 7

i i

n Date:

12/02/91 Reactor 191it:

Bf2

- Data feeder:

1

'[

'{

NRC ERDS Parameter:

DW RAD Point ID:

90-272C Plant Spec Point Desc:

DW RAD-RX SE2, 340 DEG AZ1MUTN Generic /cond Desc:

Drywll Radiation - 340 Deg Analog / Digital:

A t

Engr Units / Dig States:

R/HR

.P Engr Lkrits Conversion:

N/A Miniaun instr Range:

1 Pleximum Instr Range:

1M l

Zero Point

Reference:

N/A Reference Point hotes:

N/A i

i PROC or SENS:

S l

Number of Sensors:

1 i

ibw Processed:

(SLLG)

Sensor Locations:

At level 582, 340 Degree Azimuth p

Alarm / Trip Set Points:

N/A

'F i

I N1D powr cutoff ievel:

N/A j

1 N1D power cut-on level:

N/A

'f instrument failure Mode: LN Tenperature Comensation: N i

Level Reference Leg:

N/A

}

LMiqw Systes Desc:

i l

)

i i

I i

-.1

-i

- 1

_m i

ERDS point number 16.

DW RAD 90-273A Drywell RMietion - 270 Deg o

-Date:

12/2/91

(

Reactor thrit:

BF2 Data feeder:

1 i

NRC ERDS Parameter:

DW RAD Point 10:

90-273A l

Plant Spec Point Desc:

DW RAD-RX 560, 270 DEG AZIMUTH Generic / cord Desc:

DrywelI Radiatiors - 270 Deg

?

Analog / Digital:

A 1

Engr Units / Dig States:

R/HR i

a Engr Units Conversion:

N/A

' Munimus instr Range:

1 Maxinum instr Range:

1000000 Zero Point

Reference:

N/A Reference Point Mtes:

N/A PROC or SENS:

S Number of Sensors:

1 How Processed:

(SALG)

Sensor Locations:

At Level S60, 270 Degree Azimuth 7

Alara/ Trip Set Points:

N/A 4

N1D powr cutoff level:

N/A NID power cut-on ievel:

N/A instrument failure Mode: LOW Temerature Conpensaticrt: N Level Reference Leg:

N/A 1

LRtique Systen Desc:

i S

?

h

+

b 4

6 I

t 4

-i l

1 h

+

e a

t i

A ERDS point nuuber 17.

DW RAD 90-273C Drywell Radiation - 190 Deg

'~1 t

L Date:

12/ 2 /91 Reactor ibit:

BT2

.l Data feeder:

1 i

NI?C ERDS Parameter:

DW RAD

. Point ID:

W273C

-f Plant Spec Point Desc:

DW RAD ~RX SE2,190 DEG AZIMUTH I

<5 Generic /Cond Desc:

Drywell Radiation - 190 Deg

?

Analog / Digital:

A Engr Units / Dig States:

R/HR i

Engr Units Conversion:

N/A t

Miniaum instr Range:

1 e

i Maninua instr Range:

1 @ 0000 Zero Posnt

Reference:

N/A Reference Point Notes:

N/A

.j PROC or SENS:

S Weber of Sensors:

1 1

low Processed:

(SALG)

.l t

sensor Locations:

At Lewt 582, 190 Degree Azimuth j

Alarm / Trip Set Points:

N/A I

NID po.er cutoff level:

N/A

(

NID power cut-on level:

N/A l

Instrument Faifure Mode: LOV l

Tenperature Conpensation: N r

Level Reference leg:

N/A

.l th1ique System Desc:

.I i

.i f f

+

.g 3

i 1[

i

-1

-1

'I~i j

t

?

.m.

?

d i

l s

ERDS point nunber 18.

MM STEAM RAD 90-136 Rad Level - Main Steam Line A l

i Date:

12/02/91 l

Reactor thit:

BF2 l

Data feeder:

1 NRC EROS Parameter:

MN STEAM RAD Point ID:

90-136 Plant Spec Point Desc:

MAIN STM LINE A RAD LEVEL

~'

Generic /Cond Desc:

Red Level - Main Steam Line A t

l Analog / Digital:

A Engr Units / Dig States:

MR/HR Engr Units Conversion:

N/A

?

i Mininum instr Range:

1 Maxiave instr Range:

1LD0000 i

Zero Point

Reference:

N/A Reference Point Ndtes:

N/A f

PROC or SENS:

S

}

Nanter of Sensors:

1 low Processed:

(SALG) t Sensor Locations:

Main Steen Tunnel Alors/ Trip Set Points:

N/A I

NID powr cutoff level:

N/A

{

NJD powr cut-on ievel:

N/A instrument failure Mode: LOV Teaperature Coapensation: N Level Reference Leg:

N/A thique System Desc:

l T

i h

ii t

k t

}

l l

l 1

~.

7

~r l

i I

I ERDS point number 19.

MN STEAM RAD 90-137 Rad Level - Main Steas Line B f

I i

Dete:

12/W/91 g

' Reactor thit:

ST2

+

Data feeder:

1

. NRC ERDS Parameter:

MN STEAM RAD Point 10:

90-137 i

Plant Spec Point Desc:

MAIN STM LINE B RAD LEVEL Generic /Cond Dese:

Red Level - Main Steam Line B Analog / Digital:

A t

Engr Units / Dig States:

MR/HR Engr Units Conversion:

N/A Minima instr Range:

1 Maxime instr Range:

faXD30 i

Zero Point

Reference:

N/A t

Reference Posnt Notes:

N/A t

i PROC or SENS:

S v

Naaber of Sensors:

1

{

ttw Processed:

(SALG)

Sensor Locations:

Main Stus Tunnel Alare/ Trip Set Points:

N/A a

-[

f f

NID power cutoff level:

N/A l

K10 power cut-on level:

N/A l

t instrument foilure Mode: LOW t

Temerature Comensation: N b

Level Reference Leg:

h/A I

LR1ique Systea Desc:

t

+

+

T 1-f tr h

i

{

.t

.t L

I

~

1 l

-l

~... ~.

h

'f j

f

~t i

ERDS point number 20.

.MN STEAM RAD 90-138 Ra:1 Level - Main Steam Line C 1

f f

I r

Date:

12/W/91 p

Reactor attit:

BF2

{

Data feeder:

1 NRC EROS Parameter:

MN STEAM RAD Point 1D:

90-138 i

L Plant spec Point Desc:

MAIN STM LINE C RAD LEVEL r

Generic /Cond Desc:

Rad Level - Main Steam Line C I

Analog / Digital:

A Engr Units / Dig States:

MR/HR i

Engr Units Conversion:

N/A Minimun instr Range:

1

.e Maxinus Instr Range:

1LD0000 Zero Point

Reference:

N/A l

Reference Point Notes:

N/A

{

l

-i FROC cr SENS:

S Nunber of Sensors:

1

. h I-iLw Processed:

(SALG) l Sensor Locations:

Main Steam Tunnel l

Alarn:fTrip Set Posnts:

N/A N1D power cutoff Ievel:

N/A N1D powr cut-on level:

N/A ill Instrument failure Mode: LOW

-i j

Tenperature Conpensation: N Leni Reference Leg:

N/A Unique System Desc'

.i t

I I

i t

.I 1

l i

h l

i I

t h

i 4

~

i i

i

' ERDS point nunber 21.

MW STEAM RAD 90-139 RA1 Level - Main Steam Line D t

I

- t, t

Date:

12/W/91

?

,teactor iksit:

BF2 i

ieta feeder:

1 IIRC ERD 5 Parameter:

MN STEAM RAD Point 1D:

90-139 Plant Spec Point Desc:

MAIN STM LINE D RAD LEVEL k

Generic /Cond Desc:

Rad Level - Main Steam Line D i

Analog / Digital:

A Engr Units / Dig States:

MR/HR Engr Lusits Conversion:

N/A Miniaua Instr Range:

1 naxinue Instr Range:

1000a C 2ero Point

Reference:

N/A Reference Point Notes:

N/A i

PROC or SENS:

S l

Nunber of Sensors:

1 Ibw Processed:

(SALG)

{

Sensor Locations:

Main Steam Tunnet Alara/ Trip Set Points:

N/A NID poser cutoff level:

N/A NIO p%er cut-cr) ievel:

h/A instrument failure Mxte: LOV r

Tenperature Convensation: N b

Le w! Reference Leg:

N/A t

t iktique Systen Desc:

e t

?

i f

I b

i r

t

.I i

I h

's l

l 1

l 1

I i

.,-- ~..~ _ -

-~

l l

1 ERDS point number 22.

DW PRESS SPb50009 Drywll Pressure l

l' Date:

12/02/91

?

Reactor thit:

BF2 Data freder:

1 l

t NRC ERDS Parameter:

DW PRESS Point 1D:

SPD50009

{

Plant Spec Point Dest:

DRYWELL PRESSURE - CO*1 POSED Generic /Cond Desc:

Drywli Pressure 6

l Analog / Digital:

A Engr Lbits/ Dig States:

PSIG Enge Units Cmversion:

N/A Minimum instr Range:

~15 Maxinue instr Range:

3DO j

Zero Point

Reference:

N/A Reference Point httes.

N/A PROC or SENS:

P

}

h aber of Sensors:

6 h

i ibW Processed:

Weighted Average w/ Fault Detect (PSVA)

Sensor Locations:

N/A

{

Alarm / Trip Set Points:

See below 5

i MID power cutoff ievel:

N/A NID powr cut-m ievel:

N/A instrument failure Mode: N/A Tenperature Comensation: N j

Level Reference Leg:

N/A i

thique Systen Desc:

Alara: Power: H1H1

• 2.45 H1 = 1. %

Startyp: H1H1 = 2.45 H1 a 1. %

t i

8 a

i i

?

i i

l i

l

.i i

i 1

1

-.. ~.

j 1

I

~ EROS point number 21.

DW TEMP SPCS0010 Drywell Teaperature f

i Date:

12/W/91

{

Reactor Unit:

Bf2 l

l Data feeder:

1 NRC ERDS Parameter:

DW TEMP l

.h Pcint ID:

SPDS0010 Plant Spec Point Dest:

DRYWELL TEMPERATURE ~ EDMPOSED '

Generic /Cond Desc:

Dryueli Tenperature

.}

I Analog / Digital:

A

?

Engr Units / Dig States:

DEGF Engr Units conversion:

N/A Miniave Instr Range:

0 l

Maxina Instr Range:

400 l

Zero Point

Reference:

N/A

}

. Reference Point hotes:

N/A p

f PROC or SENS:

P Nueer of Sensors:

2 How Processed:

Weighted Average w/ fault Detect (PSVA)

Sensor locations:

l 5

AlsreVirip Set Points:

See Below

^t l

N1D po er cutoff level:

N/A NID Fower cut-cn level:

N/A

_[

Jnstrument failure Mode: N/A j

Tenperature Conpensation: N j

f level Reference Leg:

N/A th1ique Systen Desc:

Alarm: Power: H1H]

• 160 H1 s 145

(

Startup: HIMI = 160 M1 e 145 l

k I

t

}

I I

I i

l.

1 i

+

f i

I i

-1 e

?

I

.I

-1 l

.t

(

,p.-

,..s,

t l

ERDS point number 24.

SP TENP SPD50016 Sqopression Pool Tenperature Date:

12/W/91

-[

Reactor thit:

BF2 Data feeder:

1 NRC ERDS Parameter:

SP TEMP Point 10:

SPDS0016 j

Plant Spec Point Desc:

SUPPR PL W7R TEMP - CCNPOSED Generic /Cond Desc:

Sqopression Pool Tenperature Analog / Digital:

A Engr Units / Dig States:

DEGF

.L Engr Units Conwesion:

N/A Mininue instr Range:

30 Maxinue instr Range:

230 Zero Point

Reference:

N/A Reference Foint Ibtes:

N/A t

PROC or SENS:

P Number of Sensors:

16 lbw Processed:

Average (PSVA) b Sensor Locations:

Around Circumference of Torus Alare/ Trip Set Points:

H1H1 m 95 in Run

,t N1D power cutoff level:

N/A NIO power cut-on ievel:

N/A instrument failure Mode: N/A Temperature CoMensation: N Level Reference leg:

N/A thique Systen Desc:

There are 4 irputs actually scanned by the conputer.

{

Tw of these 4 are ande of 8 indivicGal sensors that b

are hardware averaged.

The other 2 are selected individual sensors from the total 16 sensors.

-?

I f

F i

i 1

e f

e 4

}

r

~

ERDS point number 2S.

SP LEVEL SPDS0213 Sqppression Pool Water Level Date:

12/W/91-I Reactor W it:

BF2 Data feecler:

1 NRC ERDS Parameter:

SP LEVEL I

Point ID:

SPOSD013 Plant Spec Point Desc:

SUPPR PL WTR LVL (IN) - C0ffPOSED

}

Generic /Cond Desc:

Srppressim Pool Water Level i

Analog / Digital:

A y

Engr Units / Dig States:

INCHES

.l

, Engr Unsts Cmversion:

N/A Miniaus instr Range:

-181.45 Maximum instr Range:

S8.SS Zero Point

Reference:

Below Reference Point hotes:

181.45 inches above Torus Botton PROC or SENS:

P Number of Sensors:

4 lbw Processed:

Weighted Average w/ fault Detect (PSVA)

Sensor Locations:

N/A Alarm / Trip Set Points:

See Below j

N1D power cutoff level:

N/A h

N1D power cut-on ievel:

'N/A

{

. Instrument failure Mode: N/A i

Temerature Comensation: N j

Level Reference Leg:

N/A

?

r Wique Systen Desc:

Alare: Power: H1HI = -1 H1 = -2 LO = ~S.5 L1 0 * -6.25 Startup: H1H1 * ~1 HI # ~2 LO = -S.S L M O = -6.25 t

3 f

-I N

!'I o

r I

.. ~... ~.

m m

..o

-i f

i I'j E

ERDS point number N.

H2 CONC SPDS0017 Drywell or Torus Hydrogen Level

.;I

'Dete:

12/0?/91 Reactor lhit:

Bf2 Data feeder:

1 l

'NRC ERDS Parameter:

H2 CONC l

l Point 10:

SPDS0017

.}

Plant Spec Point Dese:

DRYWELL H2 - CCYtPOSED j

reneric/Corui Desc:

Drywell or Torus Hydrogen Level l

t Analog /Dlgital:

A Engr Units / Dig States:

k j

Engr Units Conversion:

N/A Minimun Instr Range:

0 i

l Maximum instr Range:

20 Zero Point

Reference:

N/A 3

f Reference Point Ibtes:

N/A i

i PROC or SENS:

P Number of Sensors:

2

'E t

ibw Processed:

Weighted average v/ fault detect (PSWA) i sensor Locatitns:

N/A

{

AlaroVTrip Set Points:

H1H1

• 2.4 l

l N1D power cutoff level:

N/A 1

N!D power cut-on level:

N/A instrument failure Mode: N/A i

Teaperature Conpensation: N s

i Level Reference Leg:

N/A t

i lbige System Desc:

There are 2 sensors that can be switched between the _

Torus and Drywell, Normally 1 is set to each; therefore, this point may be difficult to interpret.

\\l u

i

'{

,}

}

, j J

l

-l

'I l

i

}

1 l

.s i

f i

l

- i ERDS point number 27.

'02 awC 76-43' Drywell or Torus Ox> yen level l

t

^

F t

.Dete:

12/02/91 Reactor Unit:

BF2.

Data feeder:

1

. t t

NRC ERDS Paraeeter:

02 CONC

{

Point ID:

76-43

(

Pinst Spec Point Desc:

DRYVELL CXYGEN CONCENTRATION i

Generic /Cond Desc:

Drywell or Torus Oxygen Level Analog / Digital:

A

?

Engr Linits/ptg States:

Engr Units ccvsversfon:

N/A Minints instr Range:

D Maxinum instr Range:

Zero Point

Reference:

N/A j

Reference Point Notes:

N/A

~ }.

PROC or SENS:

S Number of Sensors:

1 How Processed:

Polyncaial Sensor Locations:

N/A Alara/ Trip Set Points:

N/A

{

NID poser cutoff level:

N/A NID power cut-on level:

N/A j

i instrument Iaiiure Mode: LOV i

Tenperature Conpensation: N Level Reference Leg:

N/A

?

- f Lksique System Desc:

There are 2 sensors that can be suitched tetween the l

Torus and Drywell. Norantly 1 is set to each; therefore,

_ j this point any be difficult to interpret, i

.'?

' I i

+

t 6

f I

l i

1

i i

i 1

J I

t l

1 1

i h

'?

_m.-

m.

- I

. r r

1 ERDS point number 28.

CST LEVEL 2-161 Condensate Storage Tank level i

t

?

' Datet 12/&/91 Reactor unit:

BF2 Data feeder:

1 NRC ERDS Parameter:

CST LEVEL

I Point 1D:

2-161 Plant Spec Point Desc:

CST #3 (UNIT 2) LEVEL l

Generic /Cond Desc:

Cindensate Storage Tank Level i

Analog / Digital:

A Engr Units / Dig States:

FEET Engr Units Conversion:

28 feet

• 375,000 GALLONS Ginraum instr Range:

0 Maximus instr Range:

32 I

Zero Point

Reference:

Belov Reference Point h&tes:

2 feet above botton of tank PROC or SENS:

S

.I Nunber of Sensors:

1 h w Processed:

Polynomial Sensor Locations:

N/A f

Alarm / Trip Set Points:

N/A N1D power cutoff ievel:

N/A i

KID powr cut-on level:

N/A

[

2nstrument failure Mode: LOW Tenperature convensation: N t

Level Reference Leg:

N/A_

i t

thique System Desc:

Zero point reference is 2 feet above the bottoe of the tank.

r

+

P 4

ii ia f

i i

~.l l

f ei

- I

m.

[

i i

ERDS point number 29.

WIND SPEED MET 001 Wind Speed - Lpper Level

+

k

)

Date:

12/02/91 Reactor lhit:

BF2 Data feeder:

1 l

NRC ERDS Paraneter:

WIND SPEED e

Point 10:

METQ01

[

Plant Spec Point Desc:

91M VECTOR WIND SPEED (15 MIN AVG) s Generic /Cond Desc:

Wind Speed - Lpper Level

' F

'f Analog / Digital:

A Engr Units / Dig States:

n/sec A

Engr Units Conversion:

N/A Minimum Instr Range:

0

{

Maxinue instr Range:

44.6 1

Zero Point

Reference:

N/A e

1 Reference Point Ictes:

N/A f

I

^ PROC or SENS:

S Number of Sensors:

1

-IDu Processed:

N/A

}

Senste Locations:

At the 91 Meter level of the Met Tower l

Alarm / Trip Set Points:

No Alarms N!D power cutoff level:

N/A RID p e r cut-at level:

N/A instrument foiture Mode: LOW Tenperature Conpensation: N Level Reference Leg:

N/A Imique System Desc:

I i

The CECC conputer system currently supplies the data for this point.

i E

9 1

t 7

t t

I 5

~\\

)

1 l

l i

l

m..

~

i

~!

+

4

- ERDS point number 30.

WIND SPEED METDC2 Wind Speed - intermediate level t

i Date:

12/2/91 Reactar w it:

BT2 I

Data feeder:

1 l

- NRC ERDS Parameter:

WIND SPEED

?

Posnt ID:

MEltG l

Plant Spec Point Desc:

46M VECTOR WIND SPEED (15 MIN AW) l Generic /Cond Desc:

Wind Speed intermediate level l

Analog / Digital:

A

[

Engr Units / Dig States:

n/sec i

Engr Units Conversion:

N/A l

Minimie instr Range:

0 l

Maximum instr Range:

'44.6 l

Zero Point

Reference:

N/A i

Reference Point hbtes:

N/A l

PROC or SENS:

S Moaber of Sensors:

1 h&w Processed:

N/A j

Sensor Locations:

At the 46 Meter level of the Met Tower 1

Alare/ Trip set Points:

No Alarms L

NID power cutoff level:

N/A l

1 NID power cut ~on level:

N/A

{

instrument failure Mode: LOW

't j

Tenperature Convensation: N Level Reference Leg:

N/A i.

W igue System Desc:

}

t The CECC conputer system currently supplies the data for i

this point.

i f

i i

I I

k l

i

+

t 3

i i

I f

.~.

I

'.1

^

,4' r

v ERDS point number 31.

WIND SPEED METD03 Wind Speed - Lower Level i

Date:

12/W/91

- Reactor thit:

BF2 Data feeder:

1 NRC ERDS Parameter:

VIND SPEED

{'

Point ID:

METD03

{

Plant Spec Point Desc:

109 VECTOR WIND SPEED (15 MIN AVG)

. Generic /Comi Desc:

Wind Speed - Lower Level Analog / Digital:

A Engr Units / Dig States:

n/sec j

Engr Units Conversion:

N/A Mininun instr Range:

0 Maximin Instr Range:

44.6 Zero Point

Reference:

N/A Reference Point hbtes:

N/A

-b PROC or SENS:

S I

Number of Sensors:

1

}

ttw Processed:

N/A Sensor Locations:

At the 10 Meter Level of the Met Tower Alara/ Trip Set Points:

No Alarms

}

-I NID lvwer cutoff level:

N/A NID power cut ~on level:. N/A l

i Instrument failure Mode: LDV Tenperature Conpensation: N Level Reference Leg:

N/A f

i insique System Desc:

1 The CECC conputer system currently supplies the data for l

this point.

I u

.l i

i 1

i

)

i l

t a ;.

e-

' i.

EROS point naber 32.

WIND D1R METD04 Wind Direction - Upper Level Date:

12/02/91 Reactor w it:

Bf2

. Data feeder:

1 i

NRC EROS Parameter:

WIND D1R l

Point 1D:

METQM l

Plant Spec Point Desc:

91M VECTOR WIND D1R (15 MIN AVG)

Generic /Cond Desc:

Wind Direction - tpper Level i

Analog / Digital:

A Engr Units / Dig States:

DEG Engr Units Conversion:

N/A

- Minimum instr Range:

O Maximum instr Range:

360 Zero Point

Reference:

N/A Reference Point hbtes:

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 Alarms NIO power cutoff Ievel:

N/A NIO power cut-on ievel:

N/A Instrument failure Mode: LOV Tenperature Convensation: 'N

(

Level Reference Leg:

N/A iksique System Desc:

Wind direction indicates the direction' free which the wind is blowing.

The CECC conputer system currently supplies the data for.

this point.

f a

l 8

I I

'l

l 1

w

.~ -

I ra.

i s j

' ERDS point number 33.

' WIND DIR METCOS Wind Direction - intermed. Level I

I a

Date:

12/W/91 l

Reactor Unit:

. BF2 l

Data feeder:

1 NRC ERDS Parameter:

WIND DLR l

Point 10:

METXIS Plant Spec Point Desc:

46*1 VECTOR W1hD DIR (1S MIN AVG)

Generic /Cond Desc:

Wind Direction - Intermed. Level Analog / Digital:

A i

Engr Units / Dig States:

DEG l

Engr Units Conversion:

N/A l

Minimum instr Range:

0 l

Maximum Instr Range:

360 Zero Point

Reference:

N/A l

Reference Point Mtes:

N/A PROC or SENS:

S r

Maber of Sensors:

1 Mw Processed:

N/A

}

Sensor Locations:

At the 46 Meter Level of the Met Tower Alars/ Trip Set Points:

No Alarms i

HJD power cutoff level:

N/A NJD power Cut-on level:

N/A instrument Iaiiure Mode: LOV c

Tenperature Coopensation: N Level Reference Leg:

N/A ll i

Lbique System Desc:

Wind direction indicates the direction froe which the Wind is blowing.

The CECC conputer system currently supplies the data for this point.

i I

e 5

8

'(

n-h

, ', ' ~ei g.

s t

p P

ERDS point number 34.

WIND D1R ME7DX>

Wind Direction - Lower Level i

1

)

Dete:

12/2/91 Reactor l'itit:

Data feeder:

0 NRC ERDS Parameter:

WIND DIR Point ID:

METD06

^ t t

Plant Spec Point Desc:

1DFf VECTOR WIND D1R (15 MIN AVG) i

(

Generic /Cond Desc:

Wind Direction ~ Lower level ArmIog/ Digital:

A F

Engr Units / Dig States:

DEG

.'i Engr Units Conversion:

N/A Minious instr Range:

0 Maximun instr Range:

360 y

Zero Point

Reference:

N/A Reference Point tbtes:

N/A

' t i

PROC or SENS:

S Number of Sensors:

1

+

Ibw Processed:

N/A

?

Sensor Locations:

At the 10 Meter Level of the Met Tower AlaraVTrip Set Points:

No Alarms NID Fower cutoff ievel:

N/A NID power cut-on level:

N/A l

2nstrument failure Mode: LOW

.i Tenperature Convensation: N Level Reference Leg:

N/A

" Ir Ik)ique System Desc:

Wind direction indicates the direction frm which the wind.

is blowing.

'i The CECC conputer system currently sumlies the datat for l

this point.

j i

f I

i

' i l

i I

-t L

i i

a

'(

i

+

p

..L*'.

.]

.+

)

-l ERDS point nimber 35.

STAB CLASS MET 007 Air Stability l

i j

1 Date:

12/02/91 Reactor Writ:

BF2 Data feeder:

1 l

NRC ERDS Parameter:

STAB CLASS Point 10:

MET 007.

.i Plant Spec Point Desc:

Stability Class Umer Generic /Cond Desc:

Air Stability Analog / Digital:

}

Engr Units / Dig States:

STABA Engr Units Conversion:

Minimust instr Range:

}

Maximum instr Range:

{

Zero Point

Reference:

N/A Reference Point nbtes:

N/A PROC or SENS:

P

[

Nunt>er of Sensors:

2 Now Processed:

Sensor Locations:

Alara/ Trip Set Points:

No Alares N1D power cutoff level:

N/A l

N1D power cut-on level:

N/A Instrument failure Mode: N/A

'h Teaperature Conpensation: N Level Reference Leg:

N/A wtique System Desc:

Ditferential Tenperature Upper-Lower (deg C) (from CECC)

Difference Stability Class Point Value

<s

~1. 9 A

1

-1.9

~1. 7 8

2

-1.7

-1.5-C 3

l

-1. 5

-0.5 D

5-

-0.3 1.5 E

5

1. 5 4.0 F

6 l

4.0 e

7 t

I i

I 1

l t

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ERDS point number 36.'

STAB CLASS METDOS Air Stability Intermediate i

i

'k Date:

12/02/91 '

.l Reactor (krit:

BF2

[

t Data feeder:

1 NRC ERDS Parameter:

STAB CLASS Point 10:

METlX6

{

Plant Spec Point Desc:

Stability Class intermediate

{

Generic /cond Desc:

Air Stability intermediate 5

Analog / Digital:

Engr Units / Dig States:

STABA i

Engr Units Cemversion Mininus instr Range:

Maxinus instr Range:

Zero Point

Reference:

N/A

[

Reference Point h&tes:

N/A l

f PROC or SENS:

P Number of Sensors:

2 ftw Processed:

c Sensor Locations:

j Alars/ Trip Set Points:

No Alaras I

NID powr cutoff level:

h/A l

(

NID p eer cut-on level:

nVA Instrument failure Mode: N/A Tenperature Comensation: N Level Reference Leg:

N/A

?

i L

Lhtque Systen Desc:

Differential Temerature lpper-intermed. (deg C)(from CECC)

Difference Stability Class Point Value f

a

-1.9 A

1

~1. 9

-1.7 s

2

-1.7

-1.5 c

3 l

-1. 5

-0. 5 D

4

-0.5 1.5 E

5 I

1.5 4.0 F

6 s.o a

7 5

L f

i d

-[

i e

l 1

.. < =

l

~

l a m..

t ERDS point nunber 37.

STAS CLASS ME7009 Air Stability Lower f

i Date:

12/02/91 Reactor Lksit:

BF2 l

Data feeder:

1 i

NRC ERDS Parameter:

STAB CLASS i

t Point 10:

METD09 l

Plant Spec Point Desc:

Stability Class Lower j

Generic /Corxi Desc:

Air Stability Lower

.I I

Analog / Digital:

-l Engr Units / Dig States:

STABA Engr Units Cm version:

}

Minina instr Range:

Maximum instr Range:

j Zero Point

Reference:

N/A i

Reference Point hotes:

N/A i

i PRX or SENS:

P i

Number of Sensors:

2 lbw Processed:

}

Sensor Locations:

}

Alare/ Trip Set Points:

No Alarms j

J Nib power cutoff level:

N/A

{

N1D powr cut-on level:

N/A l

~

Instrument failure Mode: LOW

\\

Tenperature Conpensatiw: N Level Reference Leg:

N/A t

Lktique Systen Desc:

D11terenttal Tenperature interned-Lower (deg C) {from CECC)

?

Difference Stability Class Point Value l

a

-1. 9 A

.1 r

-1.9

~1. 7 B

'2 f

-1.7

-1.3 C

3 i'

-1. S

-0. S D

4

-0. S 1.5 E

S

}

1.5

4. 0 F

6 i

n 4.0 G

7 i

t i

\\

t e

I i

i f

1 i

r

+ -

[

.6 4

.p t

i I

ERDS point number 38.

TYPEDATA REAL/Sitt/LA TFD i

i I

Date:

IM/30/92 Reactor thit:

BF2 Data feeder:

1

. NRC ERDS Parameter:

Point 1D:

TYPEDATA l

Plant Spec Point Desc:

REAL/SIMULA TED Generic /Cond Desc:

REAL/SIMULA TED

-r Analog / Digital:

A l

l Engr Units / Dig States:

REAL/SINLIL Enge Units Conversion:

N/A Minimum instr Range:

N/A Maximus instr Raiye:

N/A i

Zero Point

Reference:

N/A

{

Reference Point hbtes:

N/A r

PROC cr SENS:

P i

Number of Sensors:

0 t

-leu Processed:

0 if REAL,1 if S1MULATED

+

Sensor Locations:

N/A Alara/ Trip Set Points:

N/A I

NJD powr cutoff ievel:

N/A l

NID power cut-on Ievel:

N/A

.I

^ instrument failure Mode: N/A l

Temerature Co mensation: N

'l Level Reference Leg:

N/A l

Unique System Desc:

This poi _nt is used to indicate whether the data is coming fra the Unit or from the simulator.

f I

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g ' 4, 6

je ERDS point number 39.

Eff GAS RAD SPDSOC24 Radioactivity of Released Gasses Dete:

12/02/91 Reactor Lksit:

BF2 Data feeder:

1 NRC ERDS Parameter:

EFF GAS RAD Point ID:

SPDS0024 Plant Spec Point Desc:

STACK RELEASE RATE - COMPOSED Seneric/Cond Desc:

Radioactivity of Released Gasses Analog / Digital:

A Engr Units / Dig States:

Ci/SEC Engr Units Conversion:

N/A Minimum Instr Range:

0. 0 Max 1aum instr Range:

200 Zero Point

Reference:

N/A Reference Point Mtes:

N/A PROC or SENS:

P wmber of Sensors:

2 M w Processed:

See Below Sensor Locations:

Plant Stack Alarm / Trip Set Points:

High at 140 Ci/S NID power cutoff level:

N/A NID power cut-on level:

N/A instrument failure Moce: LOW Tenperature Comensation: N Level Reference Leg:

N/A U1ique Systes Desc:

How Processed:

Stack flow (cts) X Stack Release (uti/cc) (MULT)

,