ML20114B128

Forwards Susquehanna Ses Emergency Response Data Point Library to Support Performance of Formal Sys Testing of Sys,Per App a to NUREG-1394(Rev 1),ERDS Transmission Reception Plan

ML20114B128
Person / Time
Site:	Susquehanna
Issue date:	08/18/1992
From:	Keiser H PENNSYLVANIA POWER & LIGHT CO.
To:	Chris Miller Office of Nuclear Reactor Regulation
References
RTR-NUREG-1394 NUDOCS 9208250052
Download: ML20114B128 (71)

Text

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

~ 3, 4 hdPennsylvaniaLPower & Light' Company Two North Ninth Street

• Allentown. PA 18101 1179

• 215/774-5151

- Harold W. Keiser Genfor Vice President-Nuclear

- 215/774-4194 AUG 181992 Director of Nuclear Reactor Regulation Attention: Mr. C. L. Miller, Project Director

. Project Directorate I Division ~of Reactor Projects U.S. Nuclear Regulatory Commission Washington, D.C. 20555 SUSQUEHANNA STEAM ELECTRIC STATION

- ERDS - DATA POINT LIBRARY Docket Nos. 50-387

%A-3834 FILES R41-ID/R41-2 and 50-3518 -

Dear Mr. Miller:

Enclosed. is.a copy of the'Susquehanna SES Emergency Response Data Point Library. ,

This information is being provided to support the performance of formal system testing of

- the system-as required by Appendix A to NUREG-1394-(Rev.1), ERDS Transmission-Reception Plan.

Should you have any questions, please contact Mr; W.W. Williams at 215-77,4-5610.

Very truly yours, m

H. 'K.ser-p Enclosure Ecc: NRC Document Control Desk-(original)

NRC Region I _ _

- Mr. G. S. Barber, NRC Sr. Resident Inspector Mr. J. 'J. Raleigh, NRC Project Manager h Mr.J. ' Jolicoeur, NRC/AEOD 0

N \

\

' F-

- . . - ..n.

ej

, .: g 4; -i SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 EROF DATA POINT LIBRARY REFER 5NCE FILE.

Dates- '08/12/92.

Reactor Units. 501/502 I

Data Feeders SPDS NRC EADS Parameter ~ NI POWER RNG

-Point ID: PWR Plant Spec Point Desc.: . REACTOR POWER Generic /Cond Dese.: Nuclear Instrtments. Power Range Analog /Digltgli .A ,

Engr Units / Dig States:.  % .-

Enge thits Conversion - -N/A Minimum Instr Range .O Maalmum Instr Range 125 Zero Point'

Reference:

N/A..

Reference Point Notes: N/A cPROC or SENS:. P-Number of Sensors: 6 How Processed: Averaged (ref. Unique System Desc.)

Sensor Locations: Each APRM has 21 to 22 LPRMs as inputs Alarm / Trip Set Points: . Reference Unique System Desc.m

' NI Detector Power Supply

. Cut of f Power. Leveli F/A NI Detector Power Supply;

. Turn on Power. Levels- N/A-

Instrtment Failure Mode: Low, High

-Tenperature Conpensation -

.For DP Transmitters: N/A Level Reference Leg N/A

• . Unique System Desc.:. A Swller proprietary algorithm basically averages the highest ruter of on-scale APRMs whose values are in agreement. .If there are no APRMs on-scale: then the algorithe averages the EXCORE monitor irputs to arrive at a -

value for PWR. .. . . .

"' Various trip set points-exist vor the APRMs depending on the plant condition (i.e. Condition 1 5).-.There are no alarm / trip setpoints for the EXCORE monitors.

-Note: PWR is a co n site SPDS parameter with the following points as

. inputs: NM50012, NM5002Z, NM5003Z, hM5004Z, NM50052, NM5006Z, NM600lZ, and

- M5002Z.

a b

u

(:

4 5 9 4

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 1 ERDS DATA POLNT UBRARY REFERENCE FILE Date: 08/12/92 Reactor Unit 501/502 Data feeder PCS NRC ERDS Parameter NI INTER RNG Point 10: WW109 Plant Spec Point Dese.: IRM A FLUX (I SF SCALE)

Generic /Cond Desc.: Nuclear Instruments, Inter Rng A Analog / Digital: A Engr Units / Die States  %

Engr Unita Conversion: N/A Mininun Instr Range 0.0 Naximum Instr Range: 100.0 Zero Point

Reference:

N/A Reference Point hotes: N/A PROC or SENS: S Number of Sensors: 1 How Processed: N/A Sensor Locations: Reference Unique System Dese.

Alarm / Trip Set Points: Reference unique System Desc.'"

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

NI Detector Power Supply Turn-on Power Level: N/A Instrunent Failure Mode: Low, High Temperature Conpensation For DP Transmitters: N/A Level Reference Leg: N/A Unique System Desc.: The electrical full-in limit, positions the detector 18" above the active fuel center line. The mechanical full-in limit is 21" above the active fuel center line. The location of the detector during normal reactor operation (full out limit) is 24" below the bottom of the active fuel. The CE coordinate (radial position) of the detsetor in the core is 16 53.

'" When the plant is in Condition 2 5 there is an upsc le neutron flux /RPS trip = 95.8%, an upscale neutron flux / Rod Block = 86.2%, and a downscate neutron flux / Rod Block = 4.2%. These blocks / trip are bypassed in Condition 1.

e i i 4

1 SUSQLtANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date: D8/12/92 Reactor Unit: 501/502 Data Feeder PCS NRC ERDS Parameter NI INTER RNG Point ID: Nh112 Plant Spec Point Desc.: IRM D FLUX (% OF SCALE)

Generic /Cond Dese.: Nuclear Instrunents, Inter Rng D Analog / Digital: A Engr Units / Dig Statest 2 Engr Units Conversion N/A Minimi.sn Instr mange: 0.D Maxinun Instr Range: 100.D Zero Point

Reference:

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

Nueer of Sensors: 1 How Processed: N/A Sensor Locations: Reference unique System Dese.

Alarm / Trip Set Points: Reference unique System Desc.*

NI Detector Power Supply Cut-off Power Level: N/A NI Detector Power Supply Turn-on Power Level: N/A Instrunent Failure Mode: Low, High Tenperature Ccapensation For DP fransmitters: N/A Level Reference Leg: N/A Unique System Dese.: The electrical full-in limit, positions the detector 18* above the active fuel center line. The mechanical full-in limit is 21" above the active fuel center line. The location of the detector during normal reactor-operation (full-out limit) is 24" below the bottee of the active fuel. The GE coorc.inate (radial position) of the detector in the core is 32 37.

• - When the plant is in Condition 2 5 there is an upscate neutron flux /RPS

-trip = 95.8%, an upscale neutron flux / Rod Block = 86.2%, and a downscale

-neutron flux / Rod Block = 4.2%. These blocks / trips are bypassed in Condition 1.

l

O

-- o SUSQUEHANNA STEAM LLECTRIO STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERI:NCE FILE Date 08/12/92 Reactor Unit: 501/S02 Data Feeder: PCS WWC ERDS Parameter: N1 INTER RNG Point ID: NN115 Plant Spec Point Desc.:  !RM G FLUX (% OF SCALE)

Generic /Cond Dese.: Nuclear Instrunents, Inter Rng G Analog / Digital: A Engr Units / Dig States: .%_

Enge Units Conversion: N/A Mininn Instr Range 0.0

-Maxin n Instr Range: 100.0 2ero Point Refereve: N/A Reference Point Notes: N/A PROC or SENS: $

Nunber of Sencors: 1 How Processed: N/A Sensor Locations: . Reference Unique System Desc.

Alarm / Trip Set Points: Reference Unique System Desc."'

NI Detector Power Supply Cut-off Power Level: N/A HI Detector Power Supply Turn-on Power Level N/A Instrunent Falture "tode: Low, High Teniperature Coynsation For DP 1ransmitters: N/A

~ Level Reference Leg: N/A Unique System Dese.: The electrical futt in limit, positions the detector 18" above the active fuel center line. The sechanical futt in limit ls 21" aoove the activa fuel center line. The location of the detector during normal reactor operation (futt-out limit) is 24" below the bottom of the active fuel. The CE coordinate (radial position) of the tietector in the core is 4813.

p '" When the plant is in Condition 2-5 there is an ipscale neutron flux /RPS

!.- trip = 95.8%, en upscale neutron flux / Rod Block = 86.2%, and a downscale

neutron flux / Rod Blor.

= 4.2%. These blocks / trips are bypassed in Condition 1.

l l

l l'

4

. i SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PO6NT UBRARY REFERENCE FILE n ote: 08/12/92 Reactor Unit 501/S02 Data Feeder PCS NRC ERDS Parameter: NI INTER RNG Point 10: NN116 Plant Spec Point Desc.: IRM N FLUX (% OF SCALE)

Generic /Cond Desc.: Nuclear Instrunents, Inter Rng H Analog / Digital: A Engr !!alts/ Dig States  %

Engr Units Conversion: N/A Mininn Instr Range: 0.0 Maxian Instr Range: 100.0 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SFNS: S Nunt>er of Sensors: 1 How Processed: N/A Sensor Locations: Reference Unique System Desc.

Alarm / Trip Set Points: Referenca Unique System Dese."'

kl Detector Power Supply Cut off Power Level: N/A NI Detector Power Supply l Turn-on Power Level W/A Instrument Failure Mode: Low, High Tenperature Ceepensation For DP Transmitters: N/A Level Reference Leg N/A UniqueSystemdesc.: The e%;trical full-in limit, positions the detector 18" above the active fuel center line. The mechanical full in limit is 21" above the active fuel center line. The location of the detector during normel reactor i operation (full-out limit) is 24" below the bottom of the active fuel. The l GE coordinate (radial position) of the detector in the core is 16-13.

I - When the -dent is in Condition 2 5 there is an toscale neutron fluy/RPS trip = 95.8%, an upscale neutron flux / Rod Block = 86.2% e t a downscale neutron flux / Rod Block a 4.2%. These blocks / trips are t,p ssed in condition 1.

.. ~. .

.s -

e , ;. . 4 --

S g-/ .. w a

+

$USQUECNNA STEAM ELECTNC STATION UNITS 1 & 2 -

ERDS DATA POINT UBRARY REFUtENCE FH Dates: '08/12/92 Reactor Unit SQ1/S42 ~

-- Data f eeders PCS

~ NRC ERDS Parameters Not Listed -

-Point ID ' NNX01 Plant Spec Point Desc.: IRM A RANGE SWITCH POSN.

.. Generic /Cond Desc. - IRM A Range Switch Poaltion -!

Analog /Digitels: A Engr. Units / Dig Sta'.es N/A Engr Units Conversions. N/A Minirma Instr konge . 1 Maximtm Instr Range: 10 -=1 2Zero Point Rtference: N/A t

Reference Point Notes: N/A '

PROC or $ ENS:. .P

- Ninuer of Senscrs -10 .l How Processed: Reference unique System Desc.

Sensor Locations: Panel 1C651"'*110 :!RM range switch A Alarm / Trip $et Points:-- N/A -

NI' Detector Power Supply Cut-of f Power Levels : N/A

-- Ni Detector Power Supply Turn on Power Level N/A^

Instrwent Failure Modes N/A

' Teaperature compensation

' For. DP Transeltters:- N/A zi;; _: Level Reference Legs N/A

-. Unique System Dese.: .. The analog value for switch position is calculated from the IRM switch position digital inputs.

"' - Panel 1C651 is f or SQ1, Panel 2C651 is for SQ2

1. -

. i.

g ..

EUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT USAARY REFERENCE FILE Date: 08/12/92 Reactor Units $01/502 Data feeder: PCS NRC ERM Parameter Not Listed Point 10: NNXO4 Plant Spec Point Desc.: IRM D RANGE SWITCH POSN Generic /C~d Desc.: IRM D Range Switch Position Analog / Digital: A Engr Units / Dig States W/A Engr Units Conversicn: N/A Minimum Instr Range: 1 Maximtsn Instr Range 10 ,

Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Ntster of Sensors: 10 How Processed: Reference Unique System Dese.

Sensor Locations: Panet 1C651'"-11D IRM range switch 0 Alarm / Trip Set Points: N/A Detector Power Supply cut-off Power Level: N/A WI Detector Power Supply.

Turn-on Power. Level: N/A

. Instrument Failure Mode! N/A Tenperature Conpensation For DP Transmitters: N/A Level Reference Leg: N/A

' Unique System Desc.: The analog value for switch position is calculated from the IRM switch position digital inputs.

"' - Panet 1C651 is f or 501, Panet 2C651 is for 502

m. _m-

. i SUSQUEHANNA STEAM ELEC17ttC STATION UNITS 1 & 2 ERDS DATA PolNT LIBRARY REFERENCE FILE Date: 03/12/92 Reactor Unit SQ1/SQ2 Data Feeders PCS NRC ERDS Parameter: Not Listed Point ID: NNXO7 Plant Spec Point Desc.: IRM G RANGE SVITCM POSN Ganeric/Cond Desc.: IRN G Range Switch Position Analog / Digital: A Engr Units / Dig States: N/A Engr Unita Conversion: N/A MinimLan Instr Range: 1 Maxinun Instr Range: 10 Zero Point

Reference:

N/A Reference Point Notes: N/A PO4 or SENS: P NLrrber of Sensors: 10 How Processed: Ref ererce Unique System Desc.

Sensor Locations: Panel 1C651"'-110 IRM range switch G Alarm /1 rip Set Points: N/A N1 Detector Power Supply Cut off Fower Level N/A NI Detector Power Supply lurn-on Power Level: N/A Instrunent Failure Mode N/A Tenperature Compensation for DP Transmitters: N/A Level Reference Leg: N/A Unique System Desco t The analog value for switch position is calculated from the IRM switch position digital inputs.

'" Panet 1C651 is for SQ1, Panel 2C651 is for 502

^ ~ ' '

• ' ' " ' ' "'" " ' ' ' ' "^^

.q

. . 5; s.

,s y3l

s. t

-3 c

y v .

f 5

. i p_;

44 m

. - SUSQUEHANNA STEAM ELECT 1 tlc STATION - ,

UNITS 1 & 2 EROS DATA POINT USRARY REFERENCE FILE Detet- 08/12/92

-Reactor Unit -- SQ1/502 Data Feeder ' PCS NRC ERDS Parameter Not Listed

- Point 10: NNx08 Plant Spec Point Desc.: - IRM N RANGE SWITCH POSN Generic /Cond Desc. IRM N Range Switch Position Analog / Digital A" Engr Units / Dig States: N/A

- Engr Units Conversion: N/A Minlaue instr-Range 1

- Maxieue Instr Range - 10 i._

Zero Point

Reference:

N/A

- Reference Point Notes: N/A

- PROC or SENS; P-Number of Sensors: 10

- How Processed - Reference Unique System Dese.-

Sensor Locations .Panet 1C651"311D IRM range switch H

' Alarm / Trip Set Points: N/A

.NI Detector Fower Supply -

Cut off Power. Level: N/A-

' WI Detector. Power Sqly .

-Turn-on Power Level N/A Instrunent f allure Mode: N/A-

Tesperature Conpensation-

-For DP Transmitters . N/A

. Level Reference Leg N/A.

~

Unique System Desc.: The analog value for switch position is calculated from the IRM switch' position digital inputs.

"i Panet 1C651 is for S01, Panel 2C651 is for SQ2 J

, y + y - - , , . .+.-, .

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE Date: D8/12/92 Reactor Unit: SQ1/SQ2

Data Feeder PCS NRC ERDS Parameter: Not Listed Point ID: NNZ54 Plant Spec Point Desc.: IRM DET NOT FULL IN POS Ceneric/Cond Desc.: IRM Det(s) not full in Position Analog / Digital D Enge Units / Dig States: N0/YES Engr Units Conversion: N/A-Minimum Instr Range: N/A Maxifrun Instr Range: N/A Zero Point

Reference:

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

Nunber of Sensors: 1

. How Processed: N/A Sensor Locations: Full in limit switch on IRM drive unit Alarm / Trip Set Points: N/A NI Detector Power Supply Cut-off Power Level: N/A NI Detector Power Supply Turn-on Power Level: N/A instrunent Failure Mode: Value = Yes (i.e. Not In)

Tenperature Coppensation For DP Transmitters: N/A Level Reference Leg: N/A unique System Desc.: This parameter is a logical 'or' of the Plant's eight (8) IRM detectors such that if gny detector is not in the full in position this parameter will be true (YES).

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PolNT UBRARY REFERENCE FILE Date: 08/12/92 Reactor Unit SQ1/SQ2 Data f eeder PCS NRC ERDS Parameter Not Listed Point ID NNZ59 Planc Spec Point Dest.: IRM BYPASS Generic /Cond Dese.:- 1RM Bypass Analog / Digitate D Engr Units / Dig States: NO/YES Engr Units Conversion: N/A Minlaun Instr Range: N/A Maxinun Instr Ranger N/A 2ero Point Reference -N/A Reference Point Notes: N/A PROC or SENS: $

hw her of Sensors: 1 How Processed: N/A Sensor Locations: Panet 1C651"'-11D IRM bypass switch Alarm / Trip Set Points: N/A NI Detector Power Supply

. Cut off Power Level: N/A NI Detector Power Supply Turn-on Power Level: N/A Instrunent Falture Mode: Value = No (i.e. not Bypassed)

Temeraturt i spensation for DP Transmitters: N/A Level Reference Leg N/A Unique System Desc.: This carameter is a logical sor' of the Plant's eight (8) IRM detectors bypass status such that if gay detector is bypassed this parameter will be true (YES).

"' - Par.et 1C651 la for 501, Panet 2C651 is for SQ2

6

$USQUEHANNA STEAM ELICTRIC STATION UNITS 1 & 2 EADS DATA PotNT UBRARY REFEJtrtJCE FILE Date: 08/12/92 Peactor Unit s $Q1/$Q2 Data f ee<br: $PDS kRC ERDS Parameter: kl $0VRC RNG Point 103 kN10012 Plant Spec Point Desc.: $RN A LOG RATE Ceneric/Cond Desc.: Nuclear Instruw.ts, tourc Rng A b

Analog / Digital A Erv,r Units / Dig States: CP$

Engr Units Conversion: N/A Minimm Instr Langes .1 Maatum Instr Range it6 taro Point Ref erence N/A Ref erence Point kotes: N/A PROC or $ ENS $

haber of sensors: 1 How Processed: h/A sensor Locations: Refere ve Unique System Desc.

Alarm /frip $et Points: Reitesnce Unique System Desc."'

NI Detector Power supply Cut-off Power Level N/A N1 Detector Power sumly Turn ci - tr Level N/A Instrument failure Mode Low, Nigh teoperature Ccopensation For DP transmitters: N/A Level Reference Leg N/A Unique System Desc.a lhe electrical futL*in limit, positions the detector 18" above the active f uel center Line. The mechanical full in Limit is 21" above the active fuel center line. The Location of the detector daring remal reactor "

or+ ration (full *out limit) is 24" below the bottors of the active fue' The LE cocrdinate (radl*L position) of the detector in t e core in 16 45.

'" When the etan*  % Corr /ition 2 5, there ic en upscale alernvrod block = 1 x 1D' ' . upscate/non colnrJ 3ent !p e E x 1D' CPS, and a downscate/ rod bt. 4.1 CPS. These blocks / trips are bypassed when the plant is Condition 1. The upscate/non-coincident trip is Afeated when the RPS shorting links are instsited.

. o SUM'UE6Mt.*M STEAM ELECTRIC STATION UNITS 1 & 2 t>tDS DATA POINT LlaRARY REFERENCE FILE I

Date: 08/12/92 Reactor Unit All1/SQ2 Dat) feeder $41$

NRC ERD $ Parametert N1 $0VRC RNG Point ID: W10022 Plant spec Point Desc.: $RM 8 LOG RAf t Ceneric/Cond Cest.i Nuclear Instrutents, tourc Rng 8 Analog /Digitti A Engr Units / Dig states: CP$

Engr Unite Conversion: N/A Minipun Instr Ranges ,1 Maxinun Inste Range it6 2ero Point Re8erence: N/A Reference Point Notes: N/A PROC or $CNS: S burber of sensors: 1 How Processed: N/A Sensta tocationst Reference Unique System Desc.

- Alarm /frip $tt Points: Ref erence Unique System Desc."'

NI Detector Power suppl; Cut-off Power Levet N/A NI De*n'or Power $tgply Turn on cower levet: N/A Instrutent Falture Mode: Low, High Tecperature Conpensation for DP Transmitters: N/A Level Reference Leg: N/A Unique System Dese.:. The electrical full in limit, positions the detector 18" above the active fuel center line. The enechanical futt in timit is 21" above the active fuel center line. The location of the detector during normal reactor operatief) (full out limit) is 24" below the bottom of the active fuel. The ct coordinate (radiat position) of the detector in the core is 40-45.

When the plant is in Condition 2

• 5, there is an upscate alaren/ rod

, block = 1 x 10' CPS, an upscale /non* coincident trip = 2 x 10' CP$, and e l

downscale/ rod block e 4.1 CPS. These blocks / trips are bypassed when the plant is Condition 1. The upscale /non coincident trip is defeated when the RPS shorting links are installed, l

l

< J e. , . . . , _ _ . _ . _ _ _ . . _ . , __ ,,

4 i l

EU$0VEHANNA STEAM EMCTRIC STATION UNITS 1 & 2 EA08 DATA POINT UBRARY REFERENCg grlLE j

94te: 08/12/92 Reactor Units $o1/102 Data feeders $PD$

NRC (RD$ Parameter NI $dVRC ANG Point IDI NW1003!

Plant Spec Point Desc. $1M C LOG RAff l Generic /Corwf Desc.: Nuclear instrtments, tourc Rng C j Analog /Digitat A Engr Units / Dig $tatest Cf3 (ngr Units Conversion: N/A Minlan Instr Range .i Maxinsn Instr penge: if6 tero Point

Reference:

N/A Ref erence Point Notes: N/A PROC or $tN$3 $

Nts4;er of sensors: 1 How Processed: N/A Sensor Locationes eeference t.nique system Desc.

Alarm /frip let Points: Ref erence unique System Desc.'"

NI Detector Power Supoly Cut *off Power Levels h/A

t. NI Detector Power Supply turn on Power Level:

N/A

' Instrtment f ait are Mode: Low, High l 1enperature Cone nsation for DP Transmitte si N/A Level Reference L vg N/A Unique System Desi.: The electrical fult in limit, positions the detector 18" above the active fuel center Line, the mechsnical fult in limit is 21" above the active fuel center line. The tecation of the detector charing normal reactor l operation (full out tiralt) is 24" below the bottom of the active fuel. The GE coordinate (radli position) of the detector in the core is 40 21,

'" When the plant is in Condition 2 $, there is an tpscale storm / rod block = 1 x 1D' ca$, an upscate/non coincident trip = 2 X iD' CPS, and a deanscate/ rod block = 4.1 CPS. These blocks / trips are b wasted when the l Plant is Condition 1. - The upscate/non coincident trip is defeated when the RPS shorting links are installed.

SUSQUEHANNA STEAM F11CTRIC STATION UNITS 1 & 2 LRDS DATA POINT UERARY REFERFNCf FILE Datet 08/12/92 Reactor Unitt $G1/$G2 Data feedert $PD$

NRC IRD$ Parameter N1 $00RC RNG Point IDI kN1004:

Plant $pec Point Dest.: $RM D LOG RATE Generic / Cord Dese.: buclear Instrtments, $ourc Rng D Analog /Di31 tot A Engr Units / Dig $tatest CPS Enge Units Conversion N/A Mininsa Instr Ranget .1 Meninna Instr Ranget 1E6 Zero Point References N/A Reference Point Notest N/A PROC or $fN$t $

Nuder of lensorst i How Processed: N/A Fensor Locationst  % ference unique $ystem Desc.

Al vm/ trip $tt Pointst Reference Unique System Dese.*

WI Detector Power Supply Cut off Power Levelt

~

k, %

Ni Detector Power Supply Turn on Power tevell N/A Instrunent Failure Modet Low, High Teaperature Compensation for DP Tr9nsmitte.st N/A Level Reference Legt N/A Unique systeva Desc.t the dectricot futt*in limit, positions the detector 18" above a

, active fuel center line. The mechanical futt in limit is 21" above th. ective fuel center line. The location of the detector during normal reactor operation (futt out limit) is 24" below the bottom of the active fuel. The CE coordinate (radiet position) of the detector in the core is 16 21.

When the plant is in Condition 2 5, there is en upscale storm / rod block = 1 x 1D' CP$, an upscate/non coincident trip = 2 x 10' CP$, ard a downscele/ rod block = 4.1 CPS. These blocks / trips are bypassed when the plant is Condition 1 The upscale /non coincident trip is defeated when the RPS shorting links are instetted.

--_____.___.-.m__ __m.c_______m-_a_.__.___._.__-_-_._._-___.u.__m___.-_.---___ _ - _.-___.______mm - - - _ _ -___ ._.

s SUSQUDRNNA 81EAM E11CTRIC STATION UNITS 1 & 2 ERDS DATA PolNT LASRARY REIE.RENCE FILI Date: 08/12/92 Reactor Unitt $Q1/$Q2 Data feeder $PDS NRC (RLs Partnett?! Not Listed Point ID: NPr0012 Plant Spec Point Desc.t $RM PO$lilON A Generic /Cond Desc.: $RM Posillon A _

Analog /Digitalt D Engr Units / Dig Statest NOT IN,1N Engr Unite Conversion: N/A Minimum Instr Ranget N/A Maalpum Instr Ranget N/A 2ero Point keference: Wit Reference Point Notes: N/A FROC or $tNS: $

N W ar of Sensors: 1 How Processed: N/A Sensor Locations: SkM drive motor limit switch Alarm / trip Set Points: N/A hl Detector Power $upply Cut off Power Level N/A -

W1 Detector Power Supply turn-on Power Level: N/A Instrunent Fellure Modet Value e 'Not In' Tenperature Coppensation f or DP Transmitters: N/A Level Reference Legt N/A Unique system Desc.:

$USQUEHANNA STEAM El.1CThic STATION UNITS 1 & 2 EADS DATA POWT LILRARY RUERENCE FILE Date: 08/12/92 Aesttor Unit 591/5C2 Data feeders SPDS NRC teds Parameter: Not Listed Point ID: NPVD022 Ptent Spec Point Desc.: $RM POSITION 8 Generic / Cord Dest.: $RM Position 8 Analog /Digitat: D Engr Units / Dig Statest NOT IN,1N Engr Unite Conversion: N/A Minlan Instr Range! N/A Manlu m Instr Range: N/A Zero Point deference N/A Reference Point Notes: N/A FROC or $tNS: $

Nwier of sensors: 1 How Processed: N/A Sensor Locations $Rr drive motor limit switch Alarm /irlp Set Points: N/A NI Detector Power Supply Cut off Power Level N/A -

WI Detector Power Supply Turn on Power Levelt N/A Instrutient f ailure Mode: Value a 'Not In' Terrperature Cepensation For DP fransmitters: N/A Level Reference Leg N/A Unique System 'Desc.:

o

r .

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDB DATA PO4NT USAARY REFERENCE FA.E Dates Da/12/92 Reactor Units $91/$C2 Data feeders $PD$

NRC (RDS Parameter Not Listed Point ID: NPYD03Z Plant spec Point Desc.: $RM P0$lfl0N C Ceneric/CoM Desc.: $RM Position C Analog /Digitel: D Engr Units / Dig states NOT IN,1N Engr Unite Conversion: N/A

+

Minlmtsn Instr Range: N/A Maxinus Instr Range N/A 2ero Point Reference N/A -

Reference Paint Notes: N/A FROC or $EN$ $

Ntarter of sensors: 1 How Processed: N/A sensor Locations $RM drive ector limit switch Alarm /frip $st Points: N/A WI Detector Power Supply Cut-off Power Level: N/A NI Detector Power Supply Turn on Power Levelt N/A Instrunent f allute Mode: Value = 'Not In' tenperature Conpensation for DP Transmitters: N/A Level Reference Leg N/A unique System Dese.:

• s GUSOUUULNNA $1EAM ELECTFUC STATION UNITS 1 & 2 ERDS DATA POINT UBRARY REFERENCE FI' E Date: 08/12/92 Reactor Unit $Q1/502 Date Feeder $PD$

WRC ERDS Parameters kot Listed Point ID: WPYDD4Z Plant spec Point Desc.: $RM POSifick D Generic / Cord Dese.: $RM Position D Analog / Digital: D Engr Units / Dig $tates: NOT IW,1W Engr Units Conversion: N/A Mininuni instr Range: N/A Maalrun instr Range: N/A 2ero Point

Reference:

N/A Reference Point Notes: N/A PROC or $EWS S Netwr of sensors: 1 How Processed: N/A Sensor Locations $RM drive motor limit switch Altrm/frip Set Points: N/A NI Detector Power Supply Cut off Power Level: W/A -

WI Detector Power $uppl)*

Turn on Power Level: N/A Instrtsrent Felture Mode: Value a 'Not In' tenperature Coppensstion For DP Transmitters: N/A Level Reference Leg N/A Unique System Desc.:

1 1

SUSQUDtANNA 5 TEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT UBRARY REllRENCE l'It.E Date: 08/12/92 Reactor Units $01/602 Data feeders $PDS Wec ERDS Parameters REAC VES Lf'Y Point 10 RWL Plant Spec Point Desc.: RfACTOR WATER LEVEL Generic /Cond Desc.: Reactor Vessel Water Level Analog / Digitate A Engr Units /Dlg States: lNCHES Engr Unite Conversion: W/A Mininun Instr Ranges 310 Manipun instr Range 500 Zero Point References BD$KRT Reference Point Notes: BDSKRT e near bottom of dryer skirt"'

PROC or $ ENS: P Nunber of sensors: Reference Unique $ystem Desc.

How Processed: Ref erence linique System Desc.

Sensor Locations: Reactor Bldg Elevation 749' Alaren/ Trip Set Points: Reference unique System Dese."

N1 Detector Power Supply Cut of f Power Levet N/A NI Detector Power supply Turn on Power Levels- N/A Instrtenent Failure Mode: Low, High Tenperature Conpensation for DP Transmitters: N Level Reference Leg Wet Unique System Desc.: $POS has 13 Rx water level inputs in 6 different range groups, narrow, wide, extended, upset, shutdown & fust tone. A Supplier proprietary algorithm will arrive at a value for RWL by either averaging only valid

, signata in the most appropriate range grow or by selection of a single

levet signal.

1

"' Zero point reference is $27.5" above vessel zero (bottom drain 0.0").

TAF is at 366.31".

Various initiations or trips will occur at Levet 1 ( 149"). Level 2

( 38"). Level 3 (+12.5") and Levet 8 (+54")

l Notes RWL is a corposite $PDS parameter With the following points as inpst s: NFLOO12, NFLOO22, NFLOO32, NFLOO4Z, NFLOOS2, NFLOO72, NBLOO1Z, NBLOO22, NBLOO32, NBLOO4Z, NBLOO52, NBLOO62, and NBLOO7Z.

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

e i s

SUSOVEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY REFERENCE FILE I

Dete: 08/12/92 Reactor Units $01/$G2 Data Feeder PC$

NRC (RDS Parameter: MAIN FD FLCM Polnt ID: WFF52 l

Plant $pec Point Dese.: FW FLtW A $RU 5 l Generic /Cond Desc.: Feedwater flow A into React Syst Analog / Digital A (ngr Units /Dlg States ML$$/N Enge Units Conversions N/A Minimtn Instr Range 0.0 Maxinun Instr Range: 6.000 Zero Point Reference - N/A Reference Point Notes: N/A PROC or SENS $-

Ntrier of Sensors: 1 How Processed: N/A Sensor locations: Reference Unique System Dese.

Alr W irlp Set Points: N/A WI Detector Power Supply Cut off Power Levels -N/A WI Detector Power $ttply Turn on Power Level: N/A Instrument Falture Mode Low

• downscale legeratu*e Ccavensation for DP Transmitters: N/A Level Reference Legt N/A Unique System Desc.: Flow is measured on discharge line of Ptsp A prior to comon feedwater header.

l l

[

I

-~

, 4 , - -

4 SU$QUEHANNA STEAM 11ECTRIC STATION UNITS 1 & 2 ERDS DATA POINT LIBRARY RETERENCE FILE Date: 08/12/92 Reactor Unit SQ1/$Q2 Data Freder PCS NRC ERDS Parameters MAIN FD FLOW Point ID: WFF$3 r

Plant $pec Point Dest.: nW 7 LOW B $RU 6 Generic / Cord Desc.: Feedwater Flow B into React Syst __

Analog / Digitate A Engr Units / Dig States MLt$/M ingr Units Conversion: N/A Minimtsh Instr Range 0.0 Maxinsn Instr Wange: 6.000 2ero Point

Reference:

N/A Ref erence Point Not:9 N/A PRDC or $fN$t $

Nwi>er of Sensors: 1 H:,w Processed: N/A Sensor Locations: Reference uniqua system Dese.

Alarm /f rip Set Points: N/A N1 Detector Power $urply Cut of f PNer Level- N/A -

NI Detector Power Supply Turn on Power Level: N/A Instrwent Failure Mode: '.ow downscale Tenperature Coppensation For DP fransmitters: N/A Level Reference Leg N/A Unique System Desc.: Flow is measured on discharge line of Pwp B prior to common f eedwater header.

4 SusQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 EAD4 DATA POWT LIBRAHY RFTTRE.NCE F1LE i

Date: 08/12/92 Renctor Units $01/$02 Data Feeders PCS Nic ERDS Paramoter MAIN FD FLOW Point ID: NFF54 Plant $pec Point Desc.: FW FLN C $RU $

Generic / Cord Desc.s feedwater Flow C Into React Syst Analog /Digitet: A Engr Units / Dig $tates MLBS/N Engr Units Conversion: N/A Min { pan Instr Range: 0.0 Maalman instr Range: 6.000 Zero Point Reference; N/A Reference Point Notes: N/A PROC or $ ens $

Nunber of Sensore 1 How Processed: N/A Sensor Locations: Reference Unique Systein Desc.

Alarm /frip Set Points: N/A NI Detector Power Supply Cut of f Power Level N/A

• NI Detector Power $ w ly

. Turn on Power Level N/A Instrunent Fellure Mode: Low downs: ale Tenperet'are Compensation >

For DP fransmitters: N/A-Level Reference Leg N/A Unique System Desc.: Flow is measured on discharge line of Pupp C prior to conewon feedwater header.

I

e r r

s SUSQUCilANNA STE/.M ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT UBRARY REFERCCE FILE i

Oste: 08/12/92 Reactor Units $41/$02 Data feeders PCS NRC (AD3 P6rameters RCIC FL W Point 10: Nif01 Plant $pec Point Dest.: RCIC FLW Generic /Cond Dese.: Reactor Core Isolat Cooling flow Analog / Digit al: A Engr Units / Dig States: GPM (ngr (Mitt Conversions . N/A Minison instr Range: 0.0 Maximsn Instr Ranges 700.0 2ero Point References N/A Reference Pol.it hotes: N/A PROC or SENs $

Nuder of Sensort: 1 How Processed: N/A Sensor la--4tlons: Between RCIC pay and ps, discharge valve"'

Alarm /h , Set Points: Alare, Low flow at 60 GPM WI Detector Power surply Cut off Power Level N/A NI Detector Pnwer supply Turn ott Power Level N/A Instrunent f alture Modes itigh, Low

-Tem erature Comen6ation for DP f ransmitters: N/A Level Reference Leg N/A Unique System Dese.: "'* Reactor Butiding Elevation 645'

. o 6

$USQUDtANNA STEAM E1.ECTRIC STATION UNITS 1 & 2

[RDS DATA POINT LIWtARY RETPJ.NCE FILE Date: 08/12/92 Reactor Unitt 501/$02 Data feeders SPOS WRC ERDS Parameters RCS PRESSURE Point 134 REPR Plant Spec Point Dest.: PEACTOR PRESSURE Generic / Cord Desc.: Reactor Crotant System Pressure Analog /Olgittj s A Enge Units / Dig Statest PSIG Enge Units Conversions N/A Minimta Instr Range: 0 Maalete Instr Range 1500

~Zero Point

Reference:

N/A Ref ererge Point Notes: N/A PROC or SIN $t P Ntrber of Sensors: Reference Unique System Desc.

How Processed: Reference Unique System Desc.

Sensor Locations: Reactor glds Elevation 749' Alarm /frip Set Points: Alarm S 1020 PSIG, Trip S 1037 PSIG NI Detector. Power Supply Cut-off Power Levels .N/A WI Detector Power Supply Turr on Power Litvell N/A Instrunent f ailure Mode: Low, High Teaperature Conpensation for DP fransatttars:- N/A Level Ref erence Leg N/A Unique System Dese.: A supptler proprietary algoelthm arrives at a value for RXPR 1;y either i selecting a single signal or by averaging signals depending on he results of valldstion and verification of the five sensed pressure algnal inputs.

Notes RXPk is a cm posite LPDS parameter with the fe!!owing points as inputs: NFP0011, NFP0022, NFP0032, NFP005Z, and NFP0062.

L L

4

$USOUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 EROS DATA POINT UERARY REFERENCE ilLE Date: 08/12/92 Reactor Units $Q1/$Q2 Dets f recei's PCS hRC IRDS Parameter: HPCI FLOW Point ID: LCF01 Plant Spec Point Desc.a HPCI PP D$CN LINE FLOW Generic /Ctra:I Desc.: High Prest'Jte Coolant injec Flow Aralog/Digitalt A Engr Units / Dig $tates GPM Ingr Units Corwersions N/A Mir,lu tretr Range 0.0 Maulu instr Range: 6000 1ero Point Ref erence: N/A Reference Point hotes N/A Proc or SENS 5 Nunber of Sensors: 1 How Processed: N/A sensor Locations: Puro discharge line Rx 8tdp Eley. 645' Alarm /1 rip Set Points: Alers, low Flow at 300 CPM N1 vetector Power surply Cut off Power Levell N/A t WI Detector Power Surply turn on Power Level: N/A Instrwent f ailure Mode High, low Teenperature Coppensati06 For DP fransmitters: N/A Level Reference Leg N/A Unique System Dese.:

l

A s'.40VEHANNA STLAM ELECTRIC STATION UNITS 1 & 2 EADS DATA POINT UBRARY REJERENCE HLE Date: 08/12/92 Reactor Units $01/502 Data feeder PC$

NRC (RD$ Paratttter LPCI FLOW Point 1D1 NHF01 Plant Spec Point Desc.: RHR SY$ A FLOW Generic /Cond Dese.: Low Press Coolant inject A Flow Anato6/ Digital: A Engr Un!ts/ Dig States: CPM Engr Units Conversion: N/A Mininun Instr Range 0.0 Maxinan Instr Range: 30000 2ero Point

Reference:

N/A Reference Point Notes: N/A PROC or $[NS: $

Nmoer of fensors: 1 How Processed: N/A Sensor LocJtions: Reference Unicpe System Description Alarm /frip Set Points: N/A N1 Detector Power Supply Cut off Power Levelt N/A N1 Detector Power Supply Turn on Power Level N/A Instrwent Failure MWes High, Low Tenterature Coppensation For DP 1ransmitters: N/A Leve'. Ref erence Leg N/A Unicpe system Desc.t flow sensed by a flow element in the RHR distribution piping downstre m of the Rhp heat exchanger.

l w -

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

SUSQUEHANNA STEAM ElICTRIC STATION

1) NITS 1 & 2 FRDS DATA POWT LIBRARY RETERENCE FILI Date: 08/12/92 Reactor Units $Q1/$02 Data feeder PC$

NRC ERDS Paranater LPCI FLOW Point 108 kNf02 Plant Spec Point Dest. RNR SYS B ILOW Generic /Cend Desc.: Low Press Coolant inject 8 flow Analog / Digital A Engr Units / Dig States: CPM Engr Units conversion: N/A Ninleun instr Rangen 0.0 Maxifrun instr Range: 3D000 Zero Point References N/A Reference Point Notes: N/A PROC o* EfWS $

Nwier of Sensors: 1 How Processed: N/A Senoor Locations: Reference unique System Dese.

Alarm /frip Set Pointet N/A Ni Detector Power Supply Cut off Power Levels 6/A NI Detector Power Supply Turn on Power Levils N/A Instruient f ailure Mode Nigh, Low Tenperature Coppensation for DP Transmitters: N/A Level Reference Leg: N/A Unitive $ystem Dese.: fiow sensed by a flor element in the RNR distribution piping downstream of the RHR heat exchanger.

I l-i l

• i l

l

$USQUEHANNA STEAM ELECTRIC STAT!ON UNITS 1 & 2 ERDS DATA POWT UERARY REFERENCE frlLE Date: 08/12/92 Reactor Units- 501/$G2 Data feeder $PD$ #

kRC IRDS Paraneters CR $PAAY FL Point 10: LPCS Plant Spec Point Desc.: TOTAL CORE $ PRAY FLOW Generic /Cond Dese.: Core ; pray Cooling system Flow  ;

Analog / Digital A

' Engr Units / Dig States GPM Engr Units Conversion:- N/A Mininun Instr Rangen 0 Maxinun Instr Range 10,000 iuro Point Reference N/A Reference Point Notes: N/A PROC or $ENt P Nuncer of Sensors 2 How Processed: $m (Reference unique System Desc.)

Sensor Locations: Ref erence unique System Description"'

Alarm / Trip Set Polnts: N/A NI Detector Power Supply Cut off Power Levet N/A NI Detector Power $urply Turn on Power Level? W/A Instr ment falture Modes High, low Tenperature Conpensation For DF Transmitters: N/A Level Referencu Leg N/A Unique System Desc.: A Stoplier proprietary algorithm calculates LPCS as the eun of the C$ Loop A ard Loop B flows. The algoritha utitires the positiori of the CS Test Isolation valve as welL as dry. pressure, reactor vesset p: essure, and rdactor water level in the seleco on and validotion of each loup's flow.

The algoritha selects a value for flow for each toop fras either the measured loop flow or the calculated Loop flow (based on loop pressure red head performance curve) depending on the algorithm fogic table.

pDownstream of Pung A & C (Loop A) Discharge connection and PLrp 8 8 D (Loop B) Discharge comettion.

Note LPCS le a conpot'te SPDS parameter with the following points as inputs: WSF0012, WSF0022, W5P001Z, and NSP0027.

I . _ . . _ . . . .. .. _ . _ _ _

i SUSQUEHANNA STEAM ELECTR'c $TATION UNITS 1 & 2 Eh8 DATA PotNY URRARY REFERENCE FILE Date 08/12/92 Reactor Unit $4:/SQ2 Data feeder $PD$

NRC ERDS Parameter DW FD SMP LV Point ID: RLLOD42 Flant Spec Point Desc.: A DRWL StMP LEVEL Generic /Cond Desc.: Drywell floor Drain su m level A Analog / Digital A Engr Units / Dig States: 1 Engr Units Conversions Ref erence unique system Desc.'"

Mininus Instr Range: 37.5 Maximum Instr Range: 100 Zero Point References $15 UMP = Bottom of Sw p Reference Point Notes: Ref erence unique system Desc.'"

PROC or $tW$i 5 Nud>ar of Sensors: 1 How Processed: N/A Sensor Locatinnst Drywell floor Drain Flev. 7D4' Alarm / Trip $et Points: N/A NI Detector Power SLpply

' Cut off Power Level N/A W1 Detector Power Stopty Turn on Power Level N/A Instrtament Falture Mode: Low Tenperature Conpensation for DP Transmitters: N/A Level Referetce Leg N/A-Unique system Desc.: '" Instrunentation output is tevel switch driven. each step is proximately 15 gals.

a Input referenced to bottom of swp. Actual instrunent zero is ,25" below Input reference point.

Upon containment isolation output of swp is also isolated.

I

0 ri SUSQUEHANNA STEAM E11CTRIC STATION  ;

UNITS 1 & 2 l I

EADS DATA POINT usRARY REFERENCE FILE Date: 08/12/92 Reactor Unit $01/$02 Data Feeders SPDS l 2

NRC IRDS Parameter DW FD $MP LV .

Point 10: RLLD05Z Plant Spec Point Desc.: B DRWL SUkP LEVEL Generic /Cond Desc.: Drywell floor Drain $mp Level R Analog / Digital: A Engr Units / Dig States  %

iner Units Conversions Reference unique System Desc."'

Mininun Instr Range: 37.5 Maxinun instr Range: 100 2ero Point References STSUMP = fottom of su m Reference Point Notes: Ref erence unique System Desc.'"

PROC or $ths: $

Nutber of Sensors: 1 How Processed: N/A sensor Locations: Drywell Floor Drain Elev. 704' Alarm /frip Set Points: N/A NI Detector Power supply

. Cut +of f Power Level N/A 41 Detector Pcwer Sc yty Turn-on Power level N/A Instrunent Failure Mode: Low tenperature Convensation for DP fransmitters: N/A Level Reference Leg N/A Unique System Desc.: '" Instrumentation output is level switch driven, each step is

'aproximately 16 gals for Unit 1 ($Q1) and 15 gals for Unit 2 ($C2).

input referenced to bottom of surp. Actual instrunen* ero is .25" below input reference point.

l-Upon containment isolation output of surp is also isolated, l

1 r r - y w- g

4 SU60VEHANNA STEAM (LECTRIC STATION UNITS 1 & 2 EADS DATA POdNT UBAARY RUERENCE FILI Date: 08/12/92 Reactor Unit: $Q1/102 Data feeders RDAt WRC ERDS Parameter EFF GAS RAD Point ID: (GRNRX1 Plant spec Point Desc.: RAD Of RELCA$LD WBtGA$ RX 1 E NT Generic / Cord Desc.: Red of Released NBLCat Ra 1 Vent Analog / Digital A Enor Units / Die States: uC1/ Min ingr Units Conversion: N/A Mininun Instr Range: 0 Maalmum Instr Range N/A 7tro Point

Reference:

N/A Reference Point Notes: N/A PROC or $CNS: P Nwber of Sensors: 1 How Processed: Average tensor Locations: Ref erence Unique System Dese.'"

Alarm / Trip Set Points: N/A WI Detector Power Supply Cut-off Power Levell N/A NI Detector Power Supply Turn-on Power Level: N/A Instrtsnent Failure Mode: Low Tenperature Conpensation For DP Transmitters: N/A Level Reference Leg N/A Unique 3ystem Desc.: The Ebedine Control Terminal provides 1 min averages for the Noble Gas retense corpuwnt, (GRNRX1 is created by averaging the properly selected Noble Gas range (Low, mid or hlch) 1 min average releases for a 15 min period. EGRNRx1 is todated each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same valua of [GRNRX1 will be transmitted each minute f or a given fif teen minute period until the next update is available.

'" Isokinetic sortpte drawn 3 Rn Bldg vent near Rn 8ldg roof,

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PO6NT USRARY REFERENCE FILE Date: 08/12/92 Reactor Units $Q1/$02 Data Feeder RDAS WRC ERDS Paranrter EFF GAG RAD Point ID EGRPRX1 Plant spec Point Desc.: RAD OF RELEASED PART RX 1 V 1?

Generic /Cond Desc.t Red of Released PA%T Ra 1 Vent Analt0/Digitalt A Enge Units / Dig States: utt/ Min Er:gr Unite Conversion: N/A Minf an instr Range 0 Mazinn Instr Range N/A 2ero Point References N/A Referev e Point Notes: N/A PROC or $ ENS: P Nunber of Sensors: 1 Pow Processed: Average sensor Locations: Reference Unique system Dese."'

Alarm /frlp set Points: N/A NI Detector Power Supply Cut off Power Level: N/A N1 Detector Power Supply Turn on Power Level N/A Inctruwnt f at ture Mode: Low tenperature Conpensation For DP Transmitters: N/A i Level Reference Leg N/A L

Unique System Desc.: The Etwrline Control Terminal provides 1 min averages for the Beta Particulate release corp:nent. EGRPRX1 la created by averaging the 1 min t' average releases for a 15 min period. EGRPRX1 is updated each quarter hour l (i.e. It is not a ellding 15 min average), therefore, the same value of EGRPRX1 will be transmitted each minute for a given fifteen minute period

( until the next update is available.

"' Isokinetic sapple drewn & Rx Bld; vent near Rx Blds roof.

L i

l l

l 4

w , , ,. - --, , . . . -*v - - . , - - , , #

]

I l

l SUSOUDIANNA STE/M 81ECtRIC STATION l UNITS 1 & 2 ERDS DATA PO4NT USRARY RETERENCE FILE Date: 08/12/92 Reactor Units $01/SQ2 Data feeders RDAS NRC EADS Parameter Eff GAS RAD Point ID: EGRIRK1 Plant $pec Point Dese.1 RAD of RELEASED 1131 *RK 1 YENT Ceneric/cond Desc.: Red of Released 1131 Rx 1 vent Analog / Digital A Engr Units / Dig $tates uC1/ Min Engr Unite Conversjon N/A Mininus Instr Ranget D Maximurs Instr Ranget N/A 2ero Point

Reference:

N/A Reference Point Notest N/A PROC or SENS: P Nmter of Sensors: 1 How PrcJessed: Average sensor Locations: Ref erence unique System Desc."'

Alare/ Trip $et Points: N/A NI Detector Power Supply Cut off Power Levelt N/A NI Detector Power Supply furn-on Power Level N/A Instrunent f ailure Mode: Low Tenperature Coppensation for DP Transmitters: N/A Level Reference Leg: N/A unique System Dese. The Eterline Control Terminal provides 1 min averages f or the 1131 release component. EGRIRx1 is created by everaging the 1 min average releases for a 15 min period. EGRIRx1 is @ted each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same value of EGRIRX1 will be transmitted each minute for a given fif teen minute period mtil the next

, te is avaltable.

'pIsokit' etic sanple dram 0 ex Blds vent neaa

! Rx gldg roof.

l l

l r

. . . - - , - - ,-- ., ,, ._ ,-v ,, ,-- a < - , - n

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

o SusQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PotNT USRARY REIEAENCE FILE Date: 08/12/92 Reactor Unit: 501/$02 Data Feeder RDA3 NRC ERD 5 Parameter EFF GAS RAD Point ID: EGRNTB1 Plant Spec Point Desc.: RAD OF RELEASED NBLGA$*18 1 VENT Generic / Cord Desc.: Rad of Rele u ed NBLGA$ afb 1 Vent Analog / Digital A Engr Units / Dig states utt/ Min Ear Units Conversion: N/A Minleun Instt Range 0 Maximurs Instr Range N/A Zero Point Reference N/A Reference Point Notes: N/A PROC or SENS: P Water of Sensors: 1 How Processed: Aversge sensor Locations: Ref erence Unigae system Desc."'

Atarsn/ Trip Set Points: N/A

-NI Detector Power tupply Cut *off Power Levell N/A WI Detector Power S p ly Turn on Power Levet N/A Instrunent Failure Mode Low temperature Coppensation For DP Transmitters: N/A Level Reference Leg N/A Unique System Desc.: The Ebertine Control Terminal provides 1 min averages for *ne Noble Gas release conporant. ECRNTB1 is created by averaging the properly selected Noble Gas range (Low, mid or high) 1 min everage releases for a 15 min period. EGRNTB1 is @ dated each quarter hour (i.e. it is not a sliding 15 min average). Therefore, the same value of EGRNTB) Will be transmitted each minute for a given fif teen minute period until the next tpdate is available.

"' Isokinetic sacple drawn 3 Turbine Bldg vent near Rx Bldg roof, i

k e

SUSQUEHANNA STEAM ELICTRIC STATION UNITS 1 & 2 ERDS DATA PO:NT USMARY RETEAENCE FILI Date: 08/12/92 Reactor Unit: SQ1/$02 Data feeders RDAS WRC ERDS Parameters EFF GAS RAD Point ID: EGRPTB1 Plant spec Point Desc.: RAD OF RELEASED PART TB 1 YENT Generic /Cond Desc.: Red of Released PART *TB 1 Vent Analog /Digitat A Engr Units / Dig Statest uCl/ Min inge Units Conversions N/A Miniwun Instr Rangel 0 Maxinun Instr Range N/A Zero Point Referencet N/A Reference Point Notes: N/A PROC or SENS: P Nwber of sensors: 1 How Processed: Average Sensor Locationst Reference Unique System Desc.'"

Alarm / Trip set Points: N/A WI Detector Power Supply Cut off Power Levels - N/A NI Detector Power Supply Turn on Power Level N/A Instrtment Falture Mode: Low fe m erature Coppensation For DP fransritters: N/A Level Reference Leg N/A Unique System Desc.: The Ebertine Control Terminal provides 1 min averages for the Beta Particulate release conponent. EGRPTB1 is created by averaging the 1 min average releases for a 15 min period. EGRPTB1 is (pdated each quarter hour (f.e. It is not a sliding 15 min average). Therefore, the same value of ECRPTB1 will be transmitted each minute for a given fif teen minute period tntil the next @ te is avaltable.

"' Isokinetic sanple drawn a Turbine 8tdg vont near Rx 8tdg roof.

l l

l l

.--v.-- ,--v,, _- , , ,

e SUSQUDLANNA STEAM ELECTRIC STATION (M.iTS 1 & 2 EADS DATA POINT t.lSRARY RETEAE.NCE FILE Date: 08/12/92 Atactor Units $Q1/$02 Data feeders kDA$

kRC ERDS Parameter: EFF GAS t.AD Point 10 EGRlIB1 Plant $pec Point Dese.: RAD DF RELEASED 1131 18 1 VENT Generic /Cond Dese.: Red of Released 1131 18 1 Vent Analog / Digital: A Engr Units / Dig ' ates:- uCI/ Min Enge Units Conversion: N/A Mininun Instr Range: 0 Maalaun instr Range N/A

' Zero Point References N/A Reference Point Notes: N/A PROC or SEN$t P Ntrber of Sensors: 1 How Processed: Average Sensor Locations: Reference Unique System Dese."'

Alarm / Trip Set Points: N/A NI Detector Power Supply Cutaof f Power Levels - N/A NI Detector Power bupply furn on Power Level N/A Instrunent f alture Mode: Low-Tenperature Compensation For DP Transmitters: N/A Level Reference Leg N/A Unique system Desc.: The fuertine control Terminal provides 1 min averager for the 1131 release conponent . EGRI181 is created by averaging the 1 min average releases for a 1% min period. EGRIT81 is updated each quarter hour (i.e. It is not a sliding 15 min average). Therefore. the same value of EGalTB1 wlLL be transmitted each minute for a given fif teen minute period uitil the rent p te is ovellable.

' - Isokinetic sanple drawn a Turbine Bldg vent near Rx Bldg roof.

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

e.,

e e 9

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POWT USRARY REFERENCE FEE Date: 08/12/92 Reactor Unitt 501/502 Data f eeders RDAS WL *40$ Parameter Erl LA$ RAD Point 10 EC4W5Gil Plant Spec Point Desc.: RAD OF RELEASED WBLGAS $GTS VENT Generic /Cond Dese.: Red of Released kBLGAS*SGTS Vent Analog /Digitalt A Engr Unite / Dig Statest UCl/Nin

[ngr Unite Conversion: N/A Minlaun Instr Ranget 0 MaAINUR instr Ranges N/A Zero Point References N/A Reference Point Notes: N/A PROC or $EN$t P Nurber of $ensors: 1 How Processed:. Average Sensor Locations: Ref erence Unique System Desc "'

Alarm /irlp $tt Points: N/A -

WI Detector Power Surply Cut off Power Levels N/A WI Detector Power supply Turri on Power Levell N/A Instruwnt f ailure Mode: Low Tenperature Conpensation for DP Transml*terst N/A Level Reference Leg N/A Unique System Desc. The Ebertine Control Terminal provides 1 min averages for tne Noble Gas release conponent. EGRWSGit is created by averaging the properly selected Noble Gas range (Low, mid or high) 1 min average releases for a 15 min period. ECRNSGTS is (pdated each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same value of EGRNSGTS WILL be transmitted each minute for a given fifteen minute period until the next update is avaltable.

'" Isokinetic'senple drawn G $GTS vent near Rx 8tdg roof.

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

SUSOutHANNA STEAM ELEC1MC STATKW

. UNITS 1 & 2 ERDS DATA POINT UBRAftY REFERENCE FILE Date: 08/12/92 l

Reactor Unit $41/S02 J Data seeders RDAS

- NRC ERDS Parameters EFF GAS RAD f l

Point ID: ICRPSGTS Plant Spec Point besc.: RAD Of RILEAltD PART $GTS VENT Generic /Corvf Dsse.: Red of Released PART 5018 Vent a

. Analog / Digital A >

Engr Units / Dig States . uCl/ Min Engr Units Conversions- N/A >

Minlaun Instr Range: D Maxinun Instr Ranges N/A 7ero Point Reference N/A Reference Point Notes: N/A PROC or SCN$2 P lhamber of Sensors: 1 How Processed:.. Average.

Sensor Locations: ' Ref erence Unique System Desc.'" ,

Alarm / Trip Set Points: N/A

- NI Detector Power supply Cut off Power Level N/A NI Detector Power $ w ly Turn-on Power Level N/A instrument f ailure Mode: Low Teeperature Co g ensation for DP Transmitters: N/A-tevel Referome Leg N/A Unl N System Dese.: The Eberline Control Terminal provides 1 min averages for the Beta Particulate release component. EGRPSGTS is created by averaging the 1 min average releases for a 15 min period. (GRP$GTS is updated each quarter-hour ti.e. It is not a sliding 15 min average). Therefore, the same value of EGRPSGTS will be transmitted each minute for a given fif teen sinute p'*riod until the Isokinetic nextdrawn sagte update is available.

S $GTS vent near Rx tidg roof, L

l i .=

I' il

• t i

l i

. . . . . , .-;..- . . ~ . ~ . . - - . . .i - .- s , ; - -.,-.-..-..a., . ..a ~..-.~ ,-

&USQUEHANNA STEAM E1.ECTRIC STATTON UNITS 1 at 2 EROS DATA PO4NT URRARY REFERENCE Fit.E Date: 08/12/92 Reector Unit: SQ1/$Q2 Data Feeder RDAS NRC ERD 5 Parameter EFF GA5 RAD Point ID: ELAISGTS Plant Spec Point Desc.: RAD OF RELEA$ED 1131 SG15 VENT reneric/Cond Desc.: Red of Released 1131 SGT5 Vent _

Analog / Digital: A Engr Units / Die States: uCI/ Min e

Engr Units C;nversion: N/A Minimum Instr Wange: 0 Maximum Instr Range: N/A Zero Polht

Reference:

N/A Reference Point Notes: N/A PROC or SEN$t P ktedaer of sensors: 1 how Processed: Average sensor Loca!!ons: Reference Unique System Desc.'"

Alarm / Trip Set Points: N/A

~

N1 Detector Power supply eut off Power Level: N/A NI Jetector Power Supply Turn on Power Level: N/A Instrument Falture Mode: Low Tehperature Coppenution for DP Transmitters: N/A #

Level Reference Leg: N/A unique Sys ten Dese.: The Ebertine control T6..ninal provides 1 min averages for the 1131 release conponent . EGRI'iGTS is created by averaging the 1 min average releases for a 15 m 5 period. -' GRISGTS is Lpra,ted each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same value of EGRISGTS WILL be transmitted each minute f t,r a given fif teen minute period until the next pateisavailable.

Isokinetic sacple drawn a SGTS vent near Rx Bldg roof.

_ _ _ __ _ ___ _ _-_ _ -- - _-_ - _ - _ _ _- _ - _ - - -_ -_ - _ - - - - _ ---- ---- - A

4 SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PO.NT UBRARY REFERENCE FILE Date: D8/12/92 Reactor Unit: 501/502 Data Feeder RU.3 NRC ERDS Parameter: EFF GAS RAD Point ID: ECRNRX2 Plant Spec Point Desc.: RAD OF RELEASED NBLGAS RY 2 VENT Generic /Cond Dese.: Rad of Released NBLCAS Rx 2 Vent Analog / Digital: A Engr Unita/ Dig States uC1/ Min Engr Unita Conversion: N/A -

5 Minimtat Instr Range: D Maxinua Instr Range N/A Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Nunter of Sensors: 1 How Processed: Average Sensor Locations: u ef erence Unique System Dese."' N Alarm / Trip Set Points: N/A WI Detector Power Supply Cut-off Power Level: N/A -

NI Detector Power Supply Turn-on Power Level N/A Instrum Jailure Mode: Low Teaperature Conpensation For DP Transmitters: N/A Level Ref erence Leg

• N/A Unique System Desc.: The Eberline Control Terminal provitles 1 min averages for the Noble Gas release corponent. ECRNRX2 is created by averaging the properly selected Weble Gas range (Low, mid or high) 1 min average releases for a fifteen min period. EGRWRX2 is e ted each quarter hour (i.e. It is not a sliding 15 min overage). Therefore, the same value of EGRNRX2 will be transmitted each minute for a given fifteen minute period until the next update is avs '

• ble.

"'- ..okinetic suple drawn G Rx Bldg vent near Rx Bldg roof.

~

1 I

l e

SUSQUDtANNA STEAM ELECTRIC STATION UNITS 1 & 2 EADS DATA POLNT UBRARY REFERENCE FILE Date: 08/12/92 Reactor Unit 501/S02 Data Feeder RDAS NRC ERDS Parameter ' EFF GAS RAD Point ID EGRFRX2 Plant Spec Point Dese.: RAD OF RELEASED PART RX 2 VENT Generic /Cond Desc.: Rad of Released PART Rx 2 Vent Analog / Digi tal A Engr Units / Dig States uCl/ Min Enge Units ronversion: N/A Minirrun instr Range: 0 i

Maxinun Instr Range: N/A Zero Point Reference; W/A Reference Point hotes: N/A FROC or SENS: P hLster of Sensors: 1 How Processed: Average Sensor Locations: Ref erence unique System Desc.*

Alarm / Trip Set Points: N/A N1 Detector Power Supply Cut-off Power Level N/A ~

NI Detector Power Supply Turn-on Power Level N/A Instrument Failure Mode: Low Tenperature Conpensation For DP Transmitters: N/A Level Reference Leg N/A Unique System Dese.: The Eberline Control Terminal providerimin averages for the Beta Particulate release conponent. EGRPRX2 is created by averaging the 1 min everage reteases for a 15 tain period. EGRPRX2 is updated eact. garter hour (i.e. It is not a sliding 15 min average). Therefore, the same value of EGRPRX2 will be transmitted each minute for a given fifteen minute period until the next update is evallable.

"'- Isokinetic sanple drawn a Rx Bldg vent near Rx Bldg roof, s,d

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

I

.e.

s SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT UaRARY RFJERENCE FILE Date: G8/12/92 Reactor Unit: 501/$02 Data f eeder RDAS NRC EkD$ Parameter EFT GA5 RAD Polnt ID: IGRIRX2 Plant $pec Point Dese.: RAD OF RELEASED 1131 RX 2 VENT Generic / Con:t Dese.: Rad of Released 1131 Rx 2 Vent Analog / Digital: A Engr Units / Dig $tates: uCl/ Min Enge Units Conversion: N/A Minimun Instr Range 0

. Maxinun Instr Range: N/A Zero Point

Reference:

N/A Reference Point hotes: N/A PROC or SEht: P Ntriber of Sensors: 1 How Processed: Average sensor Locations: Ref erence Unique System Desc."3 Alarm / Trip Set Points: N/A NI Detector Power Supply Cut off Power Levet N/A NI Detector Power Supply Turn.on Power Level N/A Instrue:nt Failure Modes - Low Tenperature Corrpensation For DP Transmitters: N/A Level Reference Legg- N/A

.Urdque system Desc.: The Ebertine control Terminal provides 1 min averages for the 1131 release canponent. EGRIRX2 is created by averaging the 1 min average releases for a 15 min period. EGRIRX2 is updated each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same value of EGRIRX2 will be transmitted each minute for a given fifteen minute period until the next ufateisavailable.

Isokinetic sartple drawn G Rx Bldg vent near Rx Bldg roof.

l c

SusQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT USRARY REFERENCE FILE Date: 08/12/92 Reactor Units $01/$02 Data Feeder RDAS NRC ERDS Parameter EFF GAS RAD Point ID: EGRNi:2 Plant Spec Point Desc.: RAD OF RELEASED NBLGAS TB 2 VENT Generic /Cond Desc.: Rad of Released WBLGAS TB 2 Vent Analog /Digitat A Engr Units / Dig States utI/ Min Engr Units Conversion: N/A Minin n Instr Range: 0 Maximtn Instr Ranges N/A 2ero Point Reference N/A Reference Point Notes: N/A PROC or SENS: P Nunt)er of Sensors: 1 How Processed: Average Sensor Locations: Reference unique System Dese."'

Alarm / Trip Set Points: N/A NI Detector Power Supply Cut off Power Level: N/A WI Detector Power Supply Turn on Power Level N/A Instrument Failure Mode: Low Teenperature Ccopensation For DP Transmitters: N/A Level Reference Leg: N/A Unique System Desc.: The Eberline Control Terminal provides 1 min averages for the Noble Gas release conponent. EGRNTB2 is created by averaging the properly selected Noble Gas range (Low, mid or high) 1 min average releases for a 15 min period. EGRWT82 is updated each quarter hour (i.e. it is not a sliding 15 min average). Therefore, the same value of EGRNTB2 will be transmitted each minute for a given fifteen minute period until the next tpdate is available.

- Isokinetic sanple drawn G Turbine 8tdg vent near Rx Bldg roof.

e e

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT UBRARY REFERENCE FILE Date: 08/12/92 Reactor Unit 501/SQ2 Dets Feeders RDAS NRC ERDS Parameter EFF GAS RAD Point 10 EGRPTB2 Plant Spec Point Dese.: RAD OF RELEASED PART TB 2 VENT Generic /Cond Desc.: Red of Released PART TB 2 Vent Analog / Digital A Engr Units / Dig States: uCI/ Min Engr Units Conversion: N/A Mininan Instr Range: 0 Maxieun Instr Range N/A 2ero esint

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Nwber of Sensors: 1 How Processed: Average Sensor Locations: Reference unique System Desc."'

s Alarm / Trip Set Points: N/A NI Detector Power Supply Cut-off Power Level: N/A NI Det* ? or Power Stpply Turn *on vower Level N/A Instrument Failure Mode: Low Teeperature Compensation For DP Transmitters: N/A Level Reference Leg N/A Unique System Desc.: The Eberline Control Terminal provides 1 min averages for the Beta Particulate release conponent. EGRPTB2 is created tr/ averaging the 1 min average releases for a 15 min period. EGRPTB2 is updated each quar *

• hour (i.e. It is not a sliding 15 min average). Therefore, the same v. m of ECRPTB2 will be transmitted each minute for a given fifteen minute period until the next update is avaltable.

'"- !sokinetic sarple drawn a Turbine Bldg vent near Rx Bldg roof.

P 1

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

as

=*

- . ' ,7 eL e

SUSQLMHANNA STEAM ELECTRIC STATION -

UNITS 1 & 2 -

ERDS DATA POINT USRARY REFERENCE Fil.E Datel' 08/12/92 Reactor Units' .501/502-

. Data feeders' RDAS 1

N9C ERDS Parameters. EFF gas RAD

- Point 10: EGR!tS2 1

Plant Spec Point Desc.: RAD OF RELEASED 1131 TB 2 VENT Generic /Cond Desc.: Red of Released 1131 TB 2 Vent Analog / Digitals- A Engr Units / Dig Statest. uC1/ Min Engr Units Conversion N/A

, Minima Instr. Range: . D Maximm Instr Ranger - N/A 2ero Point Reference . N/A Reference Point Notes: N/A-

.. PROC or SEN3:- t Nui6er of Sensors: . .1

'How Processed: Average Sensor Locations: Reference Unique System Desc."I 1 Alarm / Trip set Points: _N/A-NI Detector Power Supply.-

Cut of f Power Level . N/A-N!: Detector Power. Supply-Turn on Power Level: N/A-Instrunent Faiture Mode: .- Low

= Teaperature Compensation For DP Transmitters: N/A-Level Reference Legt N/A, 1

Unique system Desc.: -The Eberline Control Terminal provides 1 min averages for the 1131 release conponent. ECRITB2 is created by averaging the 1 min average releases for a 15 min period. ECRITS2 is tpdated each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same value of EGRITB2 will be transmitted each minute for a given fifteen minute period until the next te is available.

.up'

" Isokinetic sample drawn a Turbine,Blde vent near Rx Blds roof.

D o D

SUSQUEHANNA STEAM ELECTRIC STATION UNMS 1 A 2 ERDS DATA POINT USRARY REFERENCE FILE Date: 08/12/92 Reactor Un{ta S01/SQ2 Data Feeder RDAS NRC ERDS Parameter: EFF GAS RAD Point ID: EGRNSITE Plant Spec Point Desc.: RAD CF RELEASED NBLGAS SITE TOTL Generic /Cond Desc.: Red of Released NBLGAS-Site Tott Analog / Digital: A Engr Units / Dig States: utt/ Min Engr Units Conversion: N/A Mininun Instr Range 0 Maxinn Instr Rangen N/A 2ero Point Reference N/A Reference Point Notes: N/A PROC or SENS: P Nuter of Sensors: 5 How Processed: Reference Unique System Desc.

Sensor Locations: N/A Alarm / Trip Set Pointst N/A

'NI Detector Power Supply Cut-off Power Level N/A NI Detector Power Supply Turn on Power Level: N/A Instrument Failure Moder N/A Tenperature Conpensation For DP Transmitters: N/A Level Reference Legt. N/A Unique System Desc.: A site Total 1 min average for the Noble Gas release conponent is created by sunming the Noble Gas 1 min averages of the Rx 1, TB 1, SGTS, Rx 2 and T8 2 vents. EGRNSITE is created by averaging the Site Total 1 min averages for a 15 min period. EGRNSITE is updated each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same value for EGANSITE will be transmitted each minute for a given fifteen minute period until the next update is avaltable.

. ; i; f a ? ,-

. SUSQUEHANNA STEAM E12CTR6C STATION .

UNITS 1 & 2

. FADS DATA POINT UBRARY REFERENCE FILE .-

Detes .08/12/92 ,

- Reactor Unit - SQ1/SQ2 I

Data feeders RDAS-NRC ERDS Parameters' EFF GAS RAD Point ID: EGRPSITE .

Plant Spec Point Desc.:. RAD OF RELEASED PART -

SITE TDTL

~ Ceneric/Cond Desc.: Red of Released PART -

Site Tott-l Analog / Digital: A

-Engr Units / Dig States -. uCl/ Min

- - Engr Units Conversion .N/A Minisun Instr Range - Maximun Instr Range N/A Zero Point

Reference:

W/A Reference Point Notes: N/A 4

PROC or SENS: P. .

Number of Sensors $

. How Processed: Reference Unique System Desc.

Sensor Locations: N/A Alarm / Trip Set Points: .N/A NI Detector Power Supply

Cut off-Power Levels N/A-

'NI Detector Power Supply

- Turn-on Power Levels . N/A ,

ilnstrument Faiture Modesi N/A.

Temperature Compensation For DP-Transmitters: N/A

-; Level Reference Legt. -- N/ A -

l Unique Systee Desc.: A Site Totat 1 min average for the Beta Particulate release component is

' created by suming the Beta Particulate .1 min averages of the Ru 1, TB 1, .

SGTS, Rx 2 and T8 2 vents. EGRPS!TE is created by averaging the Site Total

1 min averages for a 15 min period.' . EGRPSITE is updated each quarter hour (i.e. It is not a sliding 15 min average). Therefore, the same value for EGRPSITE will be transmitted each minute for a given fifteen minute period' '

until the next update is avaltable.

d 3

f-p g m +7 ve Y w-d

, _ _.2 ~ ... _- - - - . _ _ . - _ .__ ._ ~ ..- . . _ _ -

7_

+

g- -, .,

_c: -

SUSQUEHANNA STEAM ELECTRIC STATION'

- tmfTS 1 & 2 .

ERDS DATA PolNT (JSRARY REFERENCE FILE Date: 08/12/92-Reactor Units $Q1/$02 Data Faeders RDAS NRC ERDS Parameter EFF GAS RAD Point ID EGRISITE Plant Spec Point Desc.: RAD OF RELEA3ED 1131 SITE TOTL Generic /Cond Desc.: - Red of Released 1131 Site Tott

" Analog / Digital: A Ener Units / Dig States: uC1/ Min e

~ Enor Units Conversion: -N/A Minfaun Instr Range . O Maxinua Instr, Range: N/A.

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

' PROC or SENS - P

' Nud>er of Sensorst -5

. How Processed: Reference unique System Desc.

l _ Sensor Loestions's-

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

NI Detector _ Power Supply

. Cut of f Power Level N/A

- NI Detector Power Supply

.- Turn on Power Level .- N/A r

Instrunent Foiture Mode: N/A

- Tenperature Compensation For DP-Transeltters: N/A Level Reference Leg: N/A1 l' - Unique System Dese.: A Site Total 1 min average for the 1131 release couponent'is created by

t. - sunning the 1131'1 min averages of the Rx 1, TB 1, SGTS, Rx 2 and TB 2

!= - vents. EGRISITE is created by averaging the Site Total 1 min averages for a 15 min period. ..EGRISITE is updated each quarter hour (i.e. it is not a l sliding 15 min average). Therefore, the same value for EGR1 SITE wiLL be-L transmitted each minute for a given fifteen minute period until'the next update is avaltable.

Wa- mniwe, av, pi - ,_p e9,- c

b -

SUSQUEdANNA STEAM 11ECTRIC STATH)N UNITS 1 & 2 ERDS DATA POINT UBRARY RBIRENCE FILE Date: 08/12/92 Reactor Unitt SQ1/502 Data Feeder SPDS NRC ERDS Parameter EFF LIQ RAD Point ID: VDR0012 Plant Spec Point Desc.: LRW DSCH RAD MON Generic /Cond Desc.: Radioactivity of Released Liq'ds Analog /Digitalt A Engr Units / Dig States: CPM Engr Units Conversion: N/A Mininun Instr Range: 10 Maxinsn Instr Range: 1E6 Zerr Point Reference N/A Reference Point Notes: N/A PROC nr SENS: $

Nurber of Sensors: 1 How Processed: N/A Sensor Locations: Ref. Unique System Desc.'"

Alarm / Trip Set Points: Varies - Ref. Unique System Desc."

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

NI Detector Power Supply Turn on Power Level: N/A Instrument Failure Mode: Low Temperature Comensation For DP Transmitters: N/A Level Reference leg: N/A Unique System Dese.: '" Sagle drawn free LRW discharge pipe prior to release to environnent.

The Liquid Radwaste Ef flu it Monitor is a microprocessor based NMC Liquid Rediation Monitor. A single garrma scintillation detector is exposed to the sample of the discharge stream. Discharge is governed by Radiation Effluent release permit.

• Detector alarm settings are determined for each release based toon tank activit/ & background values at the sa mle unit.

I 1

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

>_ ? i; } : L .

g--

SUSQUEH/,NNA STEAM ELECTpuC STAT 10N t

~- UNITS 1 & 2 --

EADS DATA POINT USAARY REFERENCE FILE

. Dates. 08/12/92 ,

~ Reactor Unitt- $01/502 >

Data Feeders- -

SPDS NRC ERD 5 Parameter. Not Listed Point 10: VDF0012 Plant Spec Point Desc.: LRW DISCHARGE FLOW

' Generic /Cond Desc.: LRW Discharge Flow Anatow/ Digital: A

,-.. Engr Units / Dig States:- GPM-Engr Units Conversion: -N/A-Minimum Instr Range 0 Maalpaan Instr Range: 100 2ero' Point

Reference:

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

-PROC or SENS: 5-NLaber of Sensorat 1 1.-

How Processed: N/A

. Sensor Locations: Reference unique System Desc."'

Atorm/ Trip Set Points F/A

-N! Detector. Power Supply.'

Cut off Power Levet: N/A WI Detectur P w r Supply

. Turn on Pcw e Levels N/A-Instrunent Falture Mode ' ' ow 1.n@erature Conpensation For.OP Transmitters: N/A.

- Level Reference Legt N/A l -- ' Unique System Des:.: -"' On Liquid Radweste discharge line prior to envirorwent. The Liquid

- radweste line discharges into the Cooling tower discharge pipe. i The cooling tower discharge pipe goes to the Susquehanna River.

l: "

I I:

I.

c.

? -

I-i.-

f

7. .

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

g '41 ,. __

_( _

~

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & E

. ERDS DATA POINT UBRARY REFFAENCE FILE Date: 08/12/92'

-Reactor: Units. S01/502-Data Feeders SPDS kRC ERDS Parameters -

DU RAD-

Point ID: PCA Plant Spec Point Desc.: PRIMARY CONTAINMENT ACTIVITY Generic /Conu Desc.: Radiation Level in the Drywell Analog / Digital A Engr Units / Dig States:' R/HR

. Engr Units Conversion: N/A Mininun Instr Ranges l 1 Maxinun Instr Renoet -1E8 Zero Point Refer w es N/A.

~ Reference Point Notes: . W/A_

PRGC or SENS:.- P Nwoer of Sensors: 2 How Processed:- . Average (ref. Unique System Desc.)

Sensor Locations: Drywell on Bloshield Wall Alarm / Trip Set Points: Alare 400 R/NR and 2000 R/HR

1. i ~ - Ni Detector Power Supply

' Cut off Power Level N/A NI' Detector Power Supply

' Turn on Power Levels- N/A-Instrument failure Mode: Low Temperature Compensation-For DP Transmitters: N/A -

- Level Referenca Leg N/A

. Unique System Desc.: A S q ller proprietary algorithm selects thi point with the higher value if the difference between the two points exceeds a predefined delta.

' ~

Notein PCA is a composite SPDS parameter with the following points es inputs: MAR 0012 and MAR 0022.

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

I SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDB DATA POINT LIBRARY REFERENCE FRi Date: 08/12/92 Resctor Unit SQl/SQ2 Data Feeder PCS NRC ERDS Parameter MN STEAM R/.f Point ID: K',R 01 Plant Spec Point Desc.: MAlW STEAM LinE RAD A Generic /Cond Desc.: Radiation Lvl of Main Stm Line A Analog /Digitel: A Engr Units / Dig States MR/N Engr Units Lonversion: N/A Mininun Instr Range: 1.000 Maxinum Instr Range: 1.DE 6 2ero Point

Reference:

N/A Heference Point Notet N/A IROC or SENS: S hurnber of tensors: 1 How Processed: N/A Sensor Locations: Ref erence Unique System Desc."'

Alarm / Trip Set Points: 7 times Backgro m d at-Full Power

- N! Detector Power Supply Cut-off Power Level N/A N1 Detector Power Supply Turn-or. Power Level: N/A Instrument Falture Mode: Low Tanperature Conpensation

• For DP Transmitters: N/A Level Reference Leg. N/A Unique System Desc.: Standard BWR Main Steam Line Radiation Monitoring design and configuration.

• The detectors (A D) are located in the steam t mnet as close cs practical to the contairunent. The detectors are arranged such that each detector will view all steam lines with approximately the same responce, l

l l

s SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT UBRARY RIJGENCE FILE Date .08/12/92 Reactor Unitt 501/$42 Data Feeder: PCS hRC ERDS Sy wwter: MN STEAM RAD Point ID: MAR 02 Plant Spec P61nt Desc.: MAIN STEAM LINE R8: B Generic /Cond Desc.: Radietion Lvl of Main Stm Line B Analog /Digita',: A Ersgr Units / Dig Statest MR/M Engr Unita Conversions n/A Minimum Instr Ranges 1.000 Maxinun Instr Range: 1.0E6 Zet-o Point Ref erence: N/A Referenco Point hotes: N/A PROC or SENS: S Nunber of Sensors: 1 How P'ocessed: N/A Sensor Locations: Referent.e Unique System Desc.'"

A'.arW irip Set Points: 7 times Backgromd at Full Power NI Detector Power S q ty Cut-off Power Level: N/A NI Detector Power Supply Turn-on Power Level: N/A e Instrunent Fellure Mode: Low Tecperature Conpensation For DP Transmitters: N/A Level Reference Leg: N/A Unique System Desc.: Standard BWR Main Steam Line Radiation Monitoring design and configuration.

"'

• The detectors (A-D) are Located in the steam tunnel as close as practical to the contairvnent. The c:etectors are arranged such that each detector will view all ste.dn lines with arcroximately the same response.

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

r

s. . .i ,-;

-H -;

m ~

i SUSCUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 '

ERDS DATA POINT UBRARY REFERENCE FILE

-i

_ Dates ( 06/12/92-

= Reactor Unitt -. $41/$02 Data feeders- P'.S NRC ERDS Parame'ters - MN STEAM RAD rs .

' Point 10: NAR03 ,

Plant Spec Polnt Desc.: MAIN STEAM LINE RAS C Generic /Cond Desc.: Radiation Lyt of Main Stm Line C Ane!o;/ Digital: A

, Engr Units / Dig States: MA/H

.Ener Unita Conversion! h/A Minin.* Instr Range: 1.000 Maxima Instr Range - 1.0E6

~

Zero Point.

Reference:

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

PROC or SENS: $

Nuser of Sensors: 1-4e How Processed: N/A~

Sensor locations: Ref erence Unique Svstem Desc."' ,

. Alarm / Trip Set Points: 7 times Backgromd at FutL Power NI Detector Power St4 ply .

Cut off Power Level N/A NI Detector Power Supply Turtron Power Leywls N/A

'nstrument Falture Mode: ' Low

. Temperature Compensation

- For DP f ran*Altters: - N/A

. - = -: Level Refereswe Lcg: N/A-

-Unique System Dest-. Standard BWR Main Steam Line Radiation Monitoring design _ and configuratio%

"' - The detectors (A D) are' tocated in the steam tunnel as close as e' practical to the containmaat. The detectors are arranged such that each detector wil! view all steam lines with approximately the same resmonse.

t,4 3

w *- - , - ~ , - - w - -

m .

L...

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 PtDS DATA PolNT U8RARY REFERENCE FILE Date: 08/12/92 Reactor tinits 501/$Q2 Data feeder PCS WRC EROS Parameter: MN STEAM RAD Poir.t ID ' NAR04 Plent Spec Point Desc.: MAIN STEAM Lt%E RAD D Generic /Cond Desc.: Radiation Lvl of Main Ste Lire D Analog / Disals A Engr Units / Dig States MR/N Engr Units *,onversion N/A Mit irun Instr Range: 1.000 s

- Maximra Instr Ranpe: 1.DE6 Zero Point Referenew: N/A Reference Point Notes: N/A PROC or $[NS $

Nyrnber of Sensors: 1 How Processed: N/A Sensor Locat i ons:- Reference unique S/ stem Dese."'

Alarm / Trip Set Points: 7 times Background at Full Power NI Detector Power Supply Cut off Power Level N/A N1 Detector Power Supply Turn on Power Level; N/A Instrurnent Fat Luce Mode: Low.

Tenperature Conpensation For DP Transmitter 4: N/A Level Reference Leg: N/A Unique System Desc.:

' Standard BWR Main Steam Line Radiation Monitoring design and conftguration.

"' The detectors (A D) are located in the steam turmt as close as practical to the contairvnent. The detectors are arranged such that each detector will view att steam lines with approximately the same response.

l

._ _ _ . . _ _ _ _ _ , -- .__._m - -. _ . - _ . . . ..-

4 n 7

+ e :g:

-6

- * ~~ '

SUSOdEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 -

ERDS DATA POINT LleRARY REFERENCE FILE Dete: 1 08/12/92 Reactor Unit $01/SQ2 Data Feeders $7DS NRC ERDS Parameter: DW PRESS 4

Point ID DWPR Plant Spec Point Desc.: ' DRYWELL PRESSURE

' Generic /Cond Desc.: nrywell Pressure Analog /Digitall A Engr Un{ts/ Die States: PSIG Engr (#4lts Conversions - N/A Minim a Instr Range 15.0 Maxin n Instr Range .250.0 Zero Point keference N/A g - Reference Point Notes . N/A PROC or SENS: P b ber of Sensors: 5

.How Processed . Reference unique System Desc.

Sensor Locaticoss' Reactor Eldg Elevation 719' Alare/ Trip Set Points:- -- Trip G 1.72 PSIG

~

NI Detector Power Supply-Cut-off Power Levels N/A.

~NI Detector Power Supply Turtron Power Levels - N/A Instrument f ailure Modo: High, Low-issperature Compensation For DP' Transmitters: N/A.

. Level Reference Leg .N/A unique System Dese.

A Supplier proprietary algorithm selects the v6tue for DWPR by using up to five inputs,'one Narrow Range (NR) signal ( 3.0 to +3.0 PSIG), two-

. Intermediate Range (IR) signals ( 15.0 to +65.0 PSIG), and two Wide Range -

(WR) signals (0 to +250.0 PSIG). If the NR signal-is onstate then {t is

- selcted for DWPR. 'If the NR signal is invalid and the IR signal (s) are om cate then-they are utilized for DWPR. If both NR and IR signals are invalid then the UR signals will be utilized for DWPR.

. Note DWPR is a composite SPDS parameter with the' following points as irpits: MAP 0012 MAP 0032, MAP 0042,-MAP 00$Z, and MAP 0062.

f C

- - a ,

, 4 , ,- ,. , a -

- ,. - ~. , ..- ~ . ~ ,. . - . . . - . . . - .a u ,. . . , . .

SUSQUEHANNA STEAM ELECTRIC STATION iMITS 1 & 2 ERDS DATA POINT UBRARY REFERENCE FILE Dete - 08/12/92

' Reactor Unit SQ1/502 Data feeder SPD$

NRC ERDS Parameter DW TEMP Point 10 ' DbT Plant Spec Point Desc.: DRYWELL TEMPERATURE Ceneric/Cond Desc.: Drywell Temperature Anatos/ Digital: A

. Engr Units / Dig Statess .' DEGF Ener Units Conversion: N/A Minlaut[InstrRareer- 40 Maximun Instr Ilmeet .440 -

Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SEN$r P Nuter. of Sensors ' 8 Now Processed: Average (Reference Unique System Desc.)

Sensor Locations ~. Reference Unique System Dese. .

~

Alarm / Trip Set Points: Alarm 135'F NI Detector Power Sepply

.. Cut off Power Leval N/A I

NI Detector Pser Supply Turn-on Power Level N/A-Instrument Failure Mode High, Low Temperatr e Compensation For DP Transattters: N/A

- Level Reference Legt : N/A Unique System Desc.: . A supplier proprietary algoriths uses the Tech 1(cal Swelfication method .

for calculating drywell average air temperaturs t*8ch eelects the higher valid signal from a minimum of 3 of the following drywe;*. areas: top, middle, bottom and pedestet. DWT is then calculated as the average of the 3 or 4 valid slana",s selected.~lf there is less than 3 valid signals then the

-calgorithm cannot calculate an average value. Sensor Locations (eleveH on,

-azimuth): (797'8", 295'),- (7978 8",110'),' (752' 2",270'), (752' 2",

),

. (737',300'), (737',150'), (711',270*),' (720',85')

Note: DWT'is a composite SPDS perse*ter with the following points as inputs: MAT 0012, MAT 0022, MAT 003Z,' KAT004Z,' NL.TC052, NAT006Z, MAT 0072, and MT0082.

[

in 1.

I p

I' t

.4 : . - .. . .

J-t ..i

- SUSQUEHANNA STEAM ELECTRIC STATION-

- UNITS 1 & 2

, EROS DATA POINT USRARY REFERENCE FILE T

' Dates 08/12/92

.. 6

. ' Reactor Unit . .501/5Q2 Data feeder; SPDS .

NRC ERDS Parraeter: SP TEMP Point ID: SPT 1

Plant Spec Point Dese.: 'SUPPRES$10N POOL TEMPERATURE-Generic /Cond Desc.:- Stgpression Pool Temperature

-Analog / Digitals- A

! Engr Units / Dig States DEGF Engr Units Conversion N/A Minisun Instr Range - 30 Maximum Instr Ranges. 230 Zero Point References- N/A

-Reference Point Notes: N/A PROC or SENS: P Number of Sensors ' '2 How Processed: Average Gensor Locationst. Reference unique System Desc.

,' -Alarm / Trip Set Pointst' Alarm at 90'F, 105'F, 110'F & 120'F NI Detector Power Supply - . .

Cut off Power Level =

. N/A .-

WI Detector Power Supply-

--- Turn-on Power Levels - N/A i

.- Instrument Falture Mede: -Low, Nigh I li

- Tenperature compensation -

For DP Transaltterst. N/A

- Level Reference Leg: 'N/A i, . Unique System'Desc.: 'A Supplier proprietary algorithm calculetes SPT as the average of 'he t two l

Inputs if they are valid and agree; otherwise the higher ef the two signals

!? Is selected. Each of the inputs to the algorithm is provided by a

. -. Suppression Pool Teaperature Monitoring System (SPOTMos). The SPOTMOS unit uses up to 8 temperature inputs to calculate the average temperature. - The RfD inputs to SPOTMOS that are used to calculate the average tenperature

, - ore located at appoximately the 21 foot levet in the suppression pool.

! .=

Note: SPT is a composite SPDS parameter with the following points as

-Inputs: ' MAT 0122 and MAT 0132.

4

!?

i i-

= ~ .'

V

=

SUSOUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDB DATA POINT LIBRARY RfJERENCE FILE Date: 08/12/92 Reacter Unita 501/S02 Data f eeder SPDS WRC ERDS Parameter SP LEVEL Point ID: SPWL Plant Spec Point Dese.: SUPPRESSICW POOL WATER LEVEL Generic / cord Dese. Stopression Pool Water Levet __

Anaiog/ Digital A Engr Units / Dig States: FEET Engr Units Conversion: N/A Minimum Instr Range: 4.5 Maximtsa Instr Range 49 Zero Point Weference: TNKBOT Reference Point Notes: N/A PROC or SENS: P Ntsrber of Sensors: 4 HW Processed: Reference Unique System Desc.

Sensor Locations: Rx Blda Elev. 645' Alarm / Trip Set Points: High t 23.75 f t, Low s 22.25 f t NI Detector Power Supply L

Cut *nf f Power Level N/A Ml Detector Power Stpply Turn-on Power Leyd N/A Instrtnant Failure Mode: Low, High Tecperature Carpensation For DP Transmitters: N/A Level Referev e Lets: Wet unique fystem Dese.: A Supplier proprietsry algorithm uses 2 Narrow Range (NR),18 26.5 f t, and 2 Wide Range (WR), 4.5 49 ft, signals to arrive at a value for SPWL. The NR signals are given preference over the WR signals. In cases in which NR signals do not agree a_ ngl are not confirmed by WR signals, a signal (or everage of signals) with greater deviation from Normal Water Level (NVL),

measured at 23 ft, is used because it is a critical safety concern. A WR signal (or average of WR signals) may be chosen over a WR signal if it is verified as having a greater deviated value from the NWL than the NR signal.

Note: SPWL is a conposite UPDS parameter with the following points as inputs: MAL 001Z, NALOO22, NALOO3Z, and MAL 004Z.

. e- ,

1 l .'

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PotNT UBRARY RElERENCE MLE Date: 08/12/?2 Reactor Unita SQ1/SQ2 Data Feeder: SPDS NRC ERDS Parameter: H2 CONC Point ID: ilVDGN Plant Spec Point Desc.t CONTNNNT. HYDROGEN CONCENTRATION Generic / Cord Dese.: Drywell Hydrogen Concentration .

Analog / Digital: A Engr Units / Dig Statest  %

Engr Units Conversion: N/A Mininun Instr Range: 0 Maximisa Instr Range: 30 2ero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P NLrber of Sensorg. 2 How Processed: Average (ref. Unique System Desc.)

Sensor Locations: Ref erence unique System Desc."'

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

NI Detector Power Supply Turn-on Power Leval N/A Instrument Failure Moder Low, Hig;.

Tenperature Cocpensation For DP Transmitters: N/A Level Reference Leg: N/A Unique System Desc.: Each of the inputs has dual range capability and will have a range of 0-10%

or 0 30%. A Supplier proprietary algorithm will calculate HYDGN as the average of the two inputs if they are both on the same range and agree.

Any other conbination cf valid points (e.g. points disagree, are on different ranges, only one on-scale) will cause the algorithm to select only one of the two inputs for the value of HYDGN.

"'- Sanple drawn f rom drywell or se ession chanber and measured at Panet 1C226A & 8 for Sci and 2C226A & C for SQ2, Reactor Building Elev. 719'.

Note: HYDCN is a conposite SPDS parameter with the following points as inputs: MAC0032 and MAC004Z.

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POLNT UaRARY REFERENCE FILE Date: 08/12/92 Reactor Unit SQ1/SQ2 Data feeder: SPDS NRC ERDS Parameter: 02 CONC Point ID: OXYCN Plant Spec Point Desc.: CONTNMNT. CXYGEN CONCENTRAfl0N Generic /Cond Desc.: Drywell Oxygen Concentration o

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

Engr Units Conversion: N/A Minimum Instr Range: 0 Maximin Instr Range: 25 Zero Point Ref ererges N/A Reference Polt.t Notes: N/A PROC or SENS: P Ntstber of Sensors: 2 How Processed: Average (ref. Unique System Desc.)

Sensor Locations: Ref erence unique System Desc."'

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

NI Detector Power Supply Turn on Power Level: N/A Instrtsnent f ailure Mode: Low, High Teaperature Ccopensation For DP Transmitters: N/A Level Reference Leg: N/A Unique system Desc.: Each of the inputs has dual range capability and wilt have a rence of 0-10%

or 0-251. A Supplier proprietary algorithm will calculate DXYGN as the average of the two inputs if they are both on the same range and agree.

Any other corrbination of valid points (e.g. points disagree, are on different ranges, only one on-scale) will cause the algorithm to select only one cf the two inputs for the value of OXYCN.

'"- Samte drawn f rom drywell or suppression chanber and measured at Panel 1C226A & B for SQ1 and 2C226A & B for SQ2, Reactor Building Elev. 719'.

Note: OXYGN is a conposite SPDS parameter with the iollowing points as inputs: MAC001Z and MAC0021.

t SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PO NT UBRARY REFERENCf FILE Date: 08/12/92 Reactor Unitt SQ1/SQ2 Data Feeder: PCS NRC EkDS Paraneter CST LEVEL Point 10: CSLO1 Plant Spec Point Dese.: COWD SinRACE TANK 1 LVL Ceneric/Cond Desc.: Condensate Storage T ek 1 Level Analog / Digital: A Engr Units / Dig States  %

Engr Units Conversion: Each 1% . 3,000 Gallons Mininun Instr Range 0.0 Maxinun Instr Range: 100.0 2ero Point

Reference:

TNEBOT Reference Point Notes: Zero is 13.5 inches above tank bottom PROC or SENS: S NJrber of Sensors: 1 How Processed: N/A Sensor Locations: 7.5 inches below zero reference Alarm / Trip Set Points: Low level at 0% (ref. Unique System Desc.)

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

WI Detecter Power Supply Turn-on Power Level: N/A Instrunent Failure Mode: Low or High (on LI, LR and Cceputer points Tenperature Conpensation For DP Transmitters: N/A Level Reference Leg: N/A Unique System Desc.: Zero is 10,000 gallons above HPCI suction.

The RWST and both CSTs can be manually cross connected. The capacity of each CST is 300,000 gallons and the RWST capacity is 680,000 gallons.

e e s o

e SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA POINT UBRARY REJERENCE FILE Date: 08/12/92 Reactor Unit SQ1/Sc2 Data feeder PCS kRC ERDS Parameter CST LEVEL Point 10: CSLO2 Plant Spec Point Dese.: COND STORAGE TANC 2 Lvl Generic /Cond Desc.: Condensate Storage Tank 2 Level Analog /Digitat: A Engr Units / Die States:  %

Engr Units Conversion: Each 1% = 3,000 gallons Mininn Instr Range 0.0 Maximum Instr Range: 100.0 2ero Point References TNKBOT Reference Point Notes: Zero is 13.5 inches above tank botton PROC or SENS: $

Nm ber of Sensors: 1 '

How Processed: N/A Sensor Locations: 7.5 inches below tero reference Alarm / Trip Set Points: Low level at 0% (ref. L'nique System Desc.)

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

dl Detector Power S q ly Turn-on Power Level: N/A Instrument Failure Mode: Low or High (on LI, LR and Conputer point) imperature Conpensation for DP Transmitters: N/A Level Reference Leg: N/A Unique System Desc.: Zere is 10,000 gallons above HPCI suction.

The RWST and both CSTs can be manually cross connected. The capacity of each CST 1. 300,000 gattons and the RWST capacity is 680,000 gattons.

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

-n

. . . .. 4

,Ai dr SUSQUEHANNA STEAM ELECTruC STATION

' UNITS 1 & 2 ERDs DATA POINT USMARY REFERENCE FILE

' Date: 06/12/92

~

' Reactor Units $Q1/S02 Data Feeders RDAS W E80S P,rametars WIND Si(ED Point ID: METULS

- Plant- spec Point Dese.: . WIND SPEED 60M-Generic /Corwf Dese. Wind Speed at Reactor Site -60M s Analog / Digital: 'A Engr Units / Dig States: MPH Engr Units Conversir.; - N/A e

~;

Mlnitets inser kans' 1.0 Maximun Instr Range: J50.0 Zero Point

Reference:

N/A Reference Point Notes: N/A PROC or SENS: P Nuter of Sensorsi . 7 How Processed: 15 min average (ref. Unique System Dese).

Sensor Locations: Met Tower is = 1,200 ft. ESE of Rx Blds

- Alarm / Trip Set Points: N/A

. NI Detector Power Supply Cut off Power Level N/A NI Detector Power- Swly -

Turn on Power Level N/A-Instrunent Failure Mode: Low -

Tenperature Compensation.

For DP Transmitters: N/A Level Reference Leg: N/A Unique Systee D' ese.: 15 min average is todeted each quarter hour (i.e. It is not a sliding 15 min average).

4

,- a -

4 e

SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 ERDS DATA PO(NT UBRARY REFERENCE FILE Date: 08/12/92 Reactor Unit SQ1/SQ2 Data feeder: RDAS NRC ERDS Paraneter: WIND SPEED Point 10: NETLLS Plant Spec Point Desc.: VIND SPEED-10M Generic /Cond Desc.: Wind Speed at Reactor Site 10M Analog / Digital: A Enge Units / Die States: MPH Engr Units Conversion: N/A Minimum Instr Range: 1.0 f Maximum Instr Range: 50.0 2ero Point

Reference:

N/A Reference Point Wotes: N/A PRJC r* SENS: P Hurber of Sensors: 1 How Processed: 15 min average (ref. Unique System Desc)

Sensor locations: Met Tower is = 1,P00 f t. ESE of Rx Bldg Alarm / Trip Set Points: N/A NI Detector Power Supply Cut off Power Level N/A -

NI Detector Power Supply Turn on Power Level N/A Instrument failure Mode: Low

. Temperature Coppensation For DP Transmitters: N/A Level Reference Leg: N/A unique System Dese.: 15 min average is updated each quarter hour (i.e. it is not a sliding 15 min average).

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

x 4.s e; . s;

.1

--; e :

SUSOLENANNA STEAM ELECTRIC STATION UMTS 1 & 2

. EROS DATA POINT LIBRARY REFERENCE FILE -

'Detet- 08/12/92-Reactor Unit: 801/502-

- Data feeder RDAS' NRC ERDS Parameter WIND DIR Point 3D:- METULD Plant Spec Point Desc.'s WIND DIR== 60 M Generic /Cond Desc. - Wind Dir at the React Site 60M

-Analog /D*gitel L . A.

4 ~ Engr Units / Die States:- DEGFR Engr Units conversions- - N/A l Minimun Instr Range: 0

~

Maximum Instr Rangen- 360 Zero Point Reference - N/A Reference Point Notest- N/A

, PROC or SENS: P Number .of Senso. .. 1-4

.How Processed: 15 min vector average"'

[ -Smsor. Locations:. Met Tower la = 1,200 ft. ESE of Rx Bldg Alarm / Trip Set Points: N/A WI Detector Power Supply Cut-off Power Levet - N/A N!' Detector Power' Supply

. Turn-on Power Level:

l N/A j . instrument Falture Moder Low

< ~ Teeperature Compensatton .

'For DP Transmitters - . N/A -

[:.

.-Level Reference Leg: N/A-l- unique System Desc.t- "* r 15 min average is updated each quarter hour (i.e. It is not a sliding

i. 15 min average).

l=

j :;

L l-I

, , - - - ,. r , ,_...y .,,,s~,w.. - . , .-y.,,- , .. , , , , . , -. ..--, -,,- 3

= , .

6 4

SU$QUEHANNA STEAM t1ECTRic STATION UNifS 1 & 2 ERDS DA fA POINT UBRARY REFERENCE FILE Date: 08/12/72 Reactor Unitt SQ1/SQ2 Data feeders RDAS WRC EADS Parameter: WIND DIR Point 10: METLLD Plant Spec Point Desc.: WIND DIR 10 M Ceneric/Cond Dese.: Wind Dir at the React Site 10M E Analog /Digitalt A Enar Units / Die States: D(CFR E gr Units Conversion: N/A Miniram Instr Range 0 Manipun Instr Range: 360 Zero Point Reference N/A Ref erence Point hotes: N/A PROC or $IN$t P Nmiar of Sensors: 1 How Processed: 15 mlh vector everage"'

sensor Locations: Met Tower is = 1,200 ft. ESE of RA Bld; Alarm / Trip set Points: N/A N1 Detector Power Sumly M Cut off Poe,r Level N/A WI Detector Power Surply Turn on Power Level N/A Instrument Fallu e Mode: Low ,

1eeperature Coppensation for DP franseeltters: N/A /

\

Level Reference Leg N/A Unique system Dese.: - 15 min eversse is tpJated each quarter hour (i.e. It is not a sL tding 15 min average).

a e e

% i l

J SLASQUEHANNA STEAM (".Ef*MIC STATION UNffs 1 & k  ;

EADS DATA POINT USRARY MTMENCE IIE Dates D8/12/92 Reactor Unit $01/$02 Data feeders RDAS NRC (RDS Parameter STAS CLAS$

Point 10: NETSTAS Plant $pec Point Desc.: AIR SiABillif AT TNE REACT $1TE I

- Generic /Cond Desc.: Air Stability at the React $lte  !

l Analog /Digitel: A I tier Units / Dig states: $!ABI Engr Unite Conversion: N/A MinimJe Instr Range N/A Maxleten Instr Range N/A tero Point Anferences N/A Reference Point Notes: N/A PROC or $ ENS: P Nuuber of Sensors: 1 How Pro assed: Referenes Unicpe System Desc.

Sensor Locations: Reference unique system Desc.

Alarm / Trip $et Points: N/A N1 Detector Power Supply Cut *off Power Levelt N/A N1 Detector Power supply Turn-on Power Level: N/A-Instrwemt f ailure Mah R*ference Unicpe System Desc.

Tenperature Compensation for DP Transmitters: N/A Level Reference Lega N/A Unique system Desc.: The parameter is derived f rom tne Delta tenperature between the 10 meter and M5 meter levels. If the Delta Tenperature signal la invalid then the parameter is derived from the $lgme Thats of wind direction. A value of 1 through 7 which corresponds to % stability class of A through f, or 9 (invetid) will be transmitted fie METSTA3.

I 1

L l

l

l 6 e e 6*

s SUSQUEHANNA STEAM EMOTRIC STATION UNITS 1 & 2 EADS DATA POINT UBRARY RETIRENCE FILE Dates D8/12/92 Reactor Units $Q1/502 Data feeder RDAS NRC (RDS Parameter Net Listed Point ID: EXERCISE Plant Spec Polnt Desc.: EKERCitE DATA Generic /Cond Dese.: Esercise Data __

Analog /Dipltat: D Engr Units / Dig $tates: N0/YES Engr Unite Conversion: N/A g(

(

Ninipua Instr Range: N/A Maaleus Instr Range N/A 2ero Polnt References N/A Reference Point Notes: N/A PROC or $Eht: $

Nurber of Sensors: 1 How Processed: N/A Sensor Locations: RDAS verlable (i.e. pse@ point)

Alarm /ftlp Set Points: N/A N! Detector Power Supply Cut off Power Levels li/A 1 hl Detector Power Supply Turn +on Power Level: N/A Instrisrent Fallure Mode N/A Tenperature Corrensation for DP fransmit'ers: N/A Level Ref erence Leg: N/A Unique System Desc.: This parameter le a constant whose value is equal to 0 when actual plant data is being transmitted and 1 when exercise /dritt date it, being transmitted.

l

- - __ - _ _ _- __ - -