ML20092H189

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Forwards Suppl to Preliminary Evaluation of Plants Instrumentation for Compliance W/Reg Guide 1.97 to Clarify Description of Compliance,Per .Summary of Containment Isolation Provisions Also Encl
ML20092H189
Person / Time
Site: Byron, Braidwood  Constellation icon.png
Issue date: 02/14/1992
From: Schuster T
COMMONWEALTH EDISON CO.
To: Murley T
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM), Office of Nuclear Reactor Regulation
References
RTR-REGGD-01.097, RTR-REGGD-1.097 TAC-M57198, TAC-M63250, TAC-M64029, TAC-M64056, NUDOCS 9202210052
Download: ML20092H189 (28)
v • d • e


Text

-

C'} 1400 Opus Place C:mm:nwealth Edis;n

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J Downeta Grov3 tilinois 60515 v

G' February 14,1992 Dr. Thomas E. Murley, Director Office of Nuclear Reactor Regulation U.S. Nuclear Regulatory Commission Washington, D.C. 20555 Attn: Document Control Desk

Subject:

Byron Station Units 1 and 2 Braidwood Station Units 1 and 2 Regulatory Guide 1.97 Compliance TAC Nos. M57198, M63250, M64029 and M64056 t4R0_ Docket Nos 50:45_4L455_and_456L45.Z

References:

(a)

February 27,1987 K.A. Alnger letter to H.R. Denton (b)

September 1,1987 S.G. Hunsader letter to T.E. Murley (c)

July 26,1990, teleconference between CECO and C Patel (d)

Letter from R.A. Chrzanowski to T.E. Murley (NRC) regarding Zion Station Units 1 and 2 Regulatory Guide 1.97, dated July 30,1990 (e)

Letter from S.F. Stimac to T.E. Murley (NRC) regarding Regulatory Guide 1.97 Containment isolation Valve Position Indication Supplemental Response, dated January 31,1991

Dear Dr. V.srley:

Reference (a) provided Commonwealth Edison's (Edison) preliminary evaluation of the Byron and Braidwood instrumentation for compilance with Regulatory Guide 1.97, Revision 3. Reference (b) provided the results of Edison's final evaluation which was included as Attachments to that letter.

Attachment A to Reference (b) provided an update of Table 51. Attachment B to Reference (b provided the revised Human Factors Engineering Review.

These attachme)nts supplemented the information provided in Re erence (a)ide and, together, constituted Edison's ' Final Report" concerning Regulatory Gu 1.97 compliance for the Byron and Braidwood Stations.

gg22kDo$ Obbb 54 llo03 e

en ZNLD/1414/2 i[f

Dr. T.E. Murley 2

February 14,1992 The teleconference of Reference (c) between Commonwealth Edison and Mr. C. Patel, which was subsequently documented in the letter of Reference (d), regarded the categorization of containment isolation valve position Indication. The teleconference concluded with a common understanding that containment isolation valve position Indication is a Type B, Category i variables for the purpose of monitoring the accomplishment of plant safety functions.

Furthermore, the redundancy requirements and the single failure criteria for Regulatory Guide 1.97 Category 1 parameters are on a per )enetration basis, and position indication redundancy is not a3plicable to peneurations utillzing a check valve or a closed system as an isola Ion boundary. Later, Edison c,

documented in the letter of Reference (e) the conclusion that position Indication for closed, rnanual containment isolation valves was not required.

rpose of this letter is to provide a supplemental response to clarif The on of Byron /Braidwood compliance with Regulatory Guide 1.97. y the descri Our origin I submittal to the NRC (Reference (a)) Impiles that all the Byron /Braidwood Containment Isolation valves fully meet the Type B, Category 1, Regulatory Guide 1.97 requirements by having two containment isolation valves with remote Indication for each penetration in actuality, though Byron /Braidwood Containment Isolation valves meet the requirements of Regulatory Guide 1.97, many of the containment penetrations are excluded from Regulatory Guide 1.97 requirements for isolation valve position Indication redundancy.

The attachments to this letter summarize the different combinations of containment isolation provisions for each containment penetration configuration. Penetrations where redundant position Indication is neither provided nor nocessary because of the penetration design, are Indicated as such.

Please direct any questions you may have concerning this matter to this office.

Respectfully,

/hudl[M/Iu /

Terence K. Schuster Nuclear Licensing Administrator Attachments cc:

W. Kropp Resident inspector, Byron S. Du:>ont - Resident inspector, Braidwood A. Hs a - Project Manager (By(ron) NRRR. Pulsifer - Project Manager Braidwood), NRR B. Clayton - Branch Chief, Region 111 ZNLD/1414/3

Attrehm:nt A

', Containment isolation valve position Indication is a Type B, Category 1

. variable for the purpose of monitoring the accomplishment of plant safety functions. The redundancy requirements and the single failure criteria for the Regulatory Guide 1.97 Cate9ery 1 parameters are on a per penetration basis, and redundancy is not a 3plicable to penetrations utilizing a check valve or a closed system as an Iso ation boundary, in addition, some containment

]enetrations utilize a normally closed manual isolation valve without position ndication as one or both conlainment isolation boundaries. Regulatory Guide 1.97 redundancy requirements are not applicablo to closed manual containment iso'ation valves. Regulatory Guide 1.97 generally invokes the criteria and requirements of ANSI /ANS 4.51980," Criteria for Accident Monitoring Functions in Light Water Cooled Reactors". Section 6.2.5 of ANS 4.5 entitled " Variables for Primary Reactor Containment Integrity" states the measured variables shallIndicate the accomplishing and maintaining of primary reactor containment integrity". Closed manual containment isolation valves are passive components and perform the safety function of maintaining containment integrity with no change of position. Therefore, current position status Information for manualisolation valves Is not required to be available.

This is consistent with Zion's Regulatory Guide 1.97 Containment Isolation Valve Position Indication Supplemental Response, (Reference e).

Two Byron /Braldwood UFSAR Tables have been provided for ease of reference. UFSAR Figure 6.2 29 provides a schematic of the isolation valve configurations. UFSAR Table 6.2 58 provides a summary of containment isolation provisions including identification of isolation valve configuration in the last column of the table. "Information only" copies of UFSAR Figure 6.2 29 and Table 6.2 58 have been Included as Attachments B and C. Compliance with Regulatory Guide 1.97 requirements for redundancy by configuration type is as follows:

Configurations 113 Band 9 Each containment penetration has two active isolation valves.

Redundancy is provided by independent position indication on each of the two valves in series.

ConfigurationA Each containment penetration has two manual isolation valves without position Indication. Manual valves without position Indication are not applicable for Regulatory Guide 1.97 requirements.

Configutations_5_and_6.

Each containment penetration has one active isolation valve and one check valve. Redundant position Indication requirements are not applicable to penetrations which utilize a check valve as an isolation boundary.

Configuratical Each containment penetration has one manualisolation valve and one check valve. Redundant position indication requirements are not applicable to penetrations which utilize either a closed manual valve or a check valve as an isolation boundary.

ZNLD/1414/4

l Att: chm:nt (continu:d)

ConfiguratlorL10J.k12 Each containment penetration has one active isolation valve and a closed system isolation boundary. Redundant position inrHeation requirements are not a 3plicable to penetrations which utilizo a closed system as an isolation aoundary.

ConfiguratiorL13 Each containment penetration has one relief valve and a closed system isolation boundary. Redundant position indication requirements are not applicable.

Conflguration_1A Each containment penetration has one manualisolation valve and a closed system isolation boundary. Redundant position requirements are not applicable.

Nonstandatd_Configura11ons Penetration number 15 (valve RYO75). This is an instrumentation line penetration with a locked closed manual isolation valve outside of containment. The lines inside and outside the containment are considered closed systems, Redunciant position Indication requirements are not a 3plicable to penetrations which utilize a closed system as an isolation soundary.

Penetration number AL (Air Lock), valves PR033A, B, C and D. These are manual isolation valves associated with the equipment hatch and emergency hatch air lock containment air 3 articulate and lodine sampler.

Redundant position indication requirements are not applicable to manual valves without position Indication.

Penetration numbers 12,31,36 and 45, valves PS228A&B, PS229A&B, PS230A&B and PS231 A&B. The valves are containment isolation for the hydrogen analyzer system which was Installed in response to NUREG 0737. Redundant position indication is provided or the hydrogen analyzer suction line by independent position indication on the two solenoid valves in series. The retum line consists of a solenoid valve outside containment and a check valve inside containment. Redundant position Indication requirements are not applicable to penetrations which utilize a check valve as an isolation boundary, Penetrations 92 and 93 (valves Sl8811 A&B). Valves Sl8811 A and B are considered Isolation valves inside containment. The RHR system outskk containment is considered a closed system. Redundant position Indication requirements are not applicable to penetrations which utiliz9 a closed system as an isolation boundary.

Penetrations 50,51,59,73,60,66 and 26 (valves Sl8890A&B, Sl8881, Sl8824, G18823, Sl8825 and Sl8843). The penetrations have one or two motor operated valves outside containment, multiple paths inside containment with check valves and air operated isolation valves.

Redundant position Indication requirements are not applicable to penetrations which utilize a check valve as an isolation boundary.

ZNLD/1414/5 at1

ATTACilHENT ll MD MO CONrl3UR AT Kid i A $

A9/5 CONrlGURATION 2 AO K)

(

CONFl0URATIDN 3 i

M M

CONFIGURATION 4 M0 CCWF100 RATION $

ATS CONFIGURATION 6 8m 01 a aE y

($bf CCWdlGUR ATION 7 g h r'

ua lao mx kys NWS ffM CONF IGUR AT10N 8 H

OUTSIDE 1 b MS M0 h

CONFIGURATION 9 i

CONFIGURATION

'O

$1 M A0 AO/S k1 cot #1GJR ATION 11 MO khM CONFIGURATION 12 INSIDE CONFIGURATION 13 TLIIf gjg h3 INSIDE h

Ik f*

5 ku d

CONFIGURATION 84 S

IN$lDE

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8

<a Ey 5o OUTSOE CONWNMENT INSIDE CONTAINMENT h:.i A-

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ATTACHMENT C B/B-tTFSAR TABLE 6.2-58 CQ TAIMMENT,._1SQI.hTIQN M EIQF3 N

TYTT C VALVE LOCA-LEAK DISTANCE TO TION (INSIDE TEST OCTER."OST ISOLATION CDC PENETRA-LINE VALVE REQUIRE-TION SIZF ESSEN-R r.: c.n.wCE, OR OUTSIDE (YES ISot.ATION VALVE

_NU!TBEPm MENT _3ET

_N'JER GUID Lihl

_IIAL*

_.RiltAWING_

CCRI&lNE'4NU Cg_geQ1 VALYE._iltL TYTE_

2CV8100 55 28 RC 2

YES M-64-2 Outside TES 2.6 Cloba CYCS

' ICV 8112 55 28 RC 2

YES M-64-2 Inside TES N/A Glotw 2CV8355C 55 53 RC 2

M-64-2 Outside fuO 4.0 Clotm ICV 8368C 55 53 RC 2

M-64-2 Inside NO N/A Check 1CV8355D 55 23 RC 2

M-64-2 Outside NO 4.0 C!cte ICV 8368D 55 -

33 RC 2

M-64-2 Inside NO N/A Chack 1Cv8355A 55 33 RC 2

M 1 Outside NO 4.0 Ciobe I

55 33 RC 2

M-64-1 Inside 50 N/A Check 55 53 RC 2

M-64-1 Outside NO 4.0 Clebe ICV 8368A 55 53 RC 2

M-64-1 Inside 10 N/A Chack s

ICV 83558 57 71 RC 3

YES M-64-3 Outside NO 2.9 Gate ICV 83688 ICV 8106 57 71 RC 3

YES M-64-3 Outside NO 4.75 Cate 1CV8105 ICV 8346 55 37 RC 2

M-64-3 Outside NO 3.2 Cloba ICV 8348 55 37 RC 2

M-64-3 Inside NO N/A Check 1CV8152 55 41 RC 3

YES M-64-5 Outside YES 2.9 Clebe ICV 8160 55 41 RC 3

YES M-64-5 Inside TES N/A Clebe icv 8113 55 28 RC 3/4 M-64-2 Inside TES N/A Check two020A 56 5

Water 10 YES M-118-5 Outside YES 3.0 Cate Chilled water "1wo006A 56 6

water 10 YES M-118-5 Outside YES 3.0 Cate IWOO208

-56 8

water 10 YES M-118-5 Outside YES 3.3 Cate 56 10 water lo YES M-118-5 Outside YES 3.3 Cate Iwo007A

$6 6

water 10 YES M-118-5 Inside YES N/A Check two0068 Iwo0078 56 10 water 10 YES M-118-5 Inside YES N/A Check IMOO56A 56 5

water 10 YES M-118-5 Inside YES N/A Cate IMOO568 56 8

water 10 YES M-118-5 Inside YES N/A Cate FEVISION 2 - D N ER 1950 6 2-191

~ - -

,,q

..J w.

4

B/B-UFSAR TABLE 6.2-58 4 Cont 'd)

SECOND-FRIMARY ART ISOLATION IW LATION POS f-POWER CLOSURE ISOLA-MODE OF. MODE OF VALVE 6tiLNd ACCIDENT FAILURE TIME **

TION ACTUA-ACTUA-POWER CONFIGU-VALVE CDC VALVE 7

(ConL*dl._

MENT _., MET ATQR_

NSJHQN [QSLTIQM 1951TJQN MSLTION

_{ sgl_ SJ,GttAI,5

_,Il ON_

_ TION __ SQURCE _ RAT.!ON___

NUMBER REQUIRE-OpER-NORMAL 1CV8100 55 MO Open Open Closed As Is 10 T

A RM IE 1,5 CVCS 1CV8112 55 MO Open Open Closed As Is 10 T

A RM IE 1

1CV8355C 55 MO Open Open Open As Is N/*

N/A RM M

IE 5

1CV8368C 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A ts/A 5

1Cv8355D-55 MO Open Open

~Open As Is N/*

N/A RM M

IE 5

1Cv83680 55:

N/A

.N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

ICV 8355A 55 MO Open Open Open As Is N/*

N/A RM M

IE ICV 8368A 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

1CV83558 55-MO Open Open Open As Is N/*

N/A RM M

IE 5

1CV8368B 55 N/A N/A N/A N/A N/A N/A.

N/A N/A N/A N/A 5-ICV 8105

'57 MO Open Open C;osed As Is 10 S

A RM IE 8

1CV8106 57

.MO Open Open Closed As Is 10 S

A RM,

IE 8

1CV8346 55 M

Closed Closed

Closed N/A N/A N/A M

M M/A 7

1CV8348 55 N/A N/A N/f

. N/A N/A N/A N/A N/A N/A N/A 7

1CV8152 55 AO/S Open Open Open Closed 10 T

A RM IE 2

1CV8160 55 AO/S Open Open-Open Closed 10 T

A RM IE 2

1CV8113 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

IWOO20A 56 MO Open Open Closed As Is 50 T

A RM IE 1

Chilled Water-

.1HOOO6A 56 MO epen Open Closed As Is 50 T

A RM IE 5

1HOO20B 56 MO N en Open

' Closed As Is 50 T

A RM 1E 3

IWOOO6B 56' MO '

Open Open Closed As Is 50 T

A RM IE 5

IWOOO7A 56 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

IWOOO7B

.56

'N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

IWOOS6A

'56 MO Open Open Closed' As Is 50 T

A RM IE 1

IW00568 56 MO Open Open' Closed

.A3 Is 50 T

A

.RM IE 1

I REVISION 2 - DECEMBER 1990 6.2-192 FOR INFORMATION ONLY m

._..-.m...

B/B 'JFSAR TABLE 6.2-58 (Cont'd)

TYPE C VALVE LOCA-LEAK

-ISTANCE TO ISOLATION GDC PENETRA-LINE TION (INSIDE TEST OUTERMOST VALVE REQUIRE-TION SIZE ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION

. VALVE

_.MUMSEIL._

MENT MET

_18UMBEE_.

EI,VID 1.161

_TIAL*

__DRAWI E CQllTA110 PIE 3811 QR_.l*Q1 YA1VE (ft1 TIPI _

ICC9414 56 21 CCW 6

YES M-66-1 Outside YES i

Gate

, Component Cooling ICC9416 56 21 CCW 6

YES M-66-1 Inside YES n6 Cate ICC9534 56 21 CCW 3/4 M-66-1 inside YES Check 1CC9437B 57 22 CCW 3

YES M-66-1 Outside NO d.-

Globe

'1CC685 56 24' CCW 4

YES

-M-66-1 Outside YES 1 4 Cate

-ICC3438 56 24 CCW 4

YES M-66-1 Inside YES N/A Gate ICC9518

'56 24 CCW 3/4 YES M-66-1 Inside YES N/A Check 1CC9486 56 25 CCW 6

M-66-1 Inside YES N/A Check 1CC9413A 56 25-CCW-6 YES M-66-1 Outside YES 4.9 Cate.

ICC94138 56 25 CCW 6

YES M-66-1 OutFide NO 6.8 Cate ICC9437A 57 48 CCW 3

YES M-66-1 Outside NO 6.8 Globe

,j IVQ005A

-. 56 94 Air 8

YES.

M-105-1 Inside YES N/A But. Fly l

Containment Purge IVQOOSB 56 94 Air 8-YES M-105-1 Outside YES 6.0 But. FIT 1

IVQ003 56 94 Air 8

.YES-M-105-1 Outside YES 9.0 Bot. Fly

IVQOO2A 56' 95 Air 48 YES M-105-1 Inside YES N/A But. Fly IVQOO2B-56

.95 Air 48 YES M-105-1 Outside YES 2.9 But. Fly IVQ004A 56 -

96 Air 8

YES M-105-1 Inside YES N/A But. Fly

.IVQ004B 56 96 Air 8

YES M-105-1 Outside YES 2.0 But. Fly l

IVQ001A 56 97 Air.

48 YES M-105-1 Inside YES N/A But. Fly IVQ001B 56 97 Air.

48 YES M-105-1 Outside YES 2.9 But. Fly IVQOOSC 56 94 Alr 8

YES' M-105-1 Outside YES 3.5 But. Fly ICS007A 56 1

NaOH+BW -

10 YES M-46-1 Outside YES 3.3 Cate Containment Spray ICS008A 56 1

NaOH+BW'

.10 M-46-1 Inside YES N/A Check ICS007B 56 16 NaOH+BW 10 YES M-46-1 Outside.

YES 3.8 Cate

[

ICS008B 56 16 NaOH+BN 10 M-46-1 Inside YES N/A Check REVISION 2-DECEMBER 1990 6.2-193 FOR INFORRIATI0li OllLT

a B/B-UFSAR TABLE 6.2-58 (Cont'd)

SECOND-PRIMARY ARY ISOLATION ISOLATION POST-POWER CLOSURE-ISOLA-MODE OF MODE OF' VALVE VALVE:

GDC VALVE'

- Nt#tBER '

REQUIRE-OPER-NORMAL-SHUTDOWN ACCIDENT FAILURE TIME **

TION ACTUA-ACTUA-POWER CONFIGU-ICont*d) tE]tI_1EI AIDIL,- POSITIDE EDSITION POSITIQR EDSITION ;faect SIGE8LE TION TION SDURCE _RATlDP_

ICC9414 56 MO Open Open

~ Closed As.Is 10-P A-RM 1E 1,5 Component Cooling 1CC9416

-56

' MO --

.Open Open Closed As Is 10 P

A RM IE 1

'ICC9534

',56 N/A N/A

N/A

.N/A-N/A '.

W/n N/A N/A N/A N/A 5

1CC9437B 57 AO/S

Open :

Closed Closed Closed 10 T,

'A RM 1E 11

, MO '

Open Open Closed As'Is 10 P

A RM IE 1,5 1CC9438

'56 Open.-

'Open-Closed As Is

10 P

A RM IE 1-ICC685 56'~

- MO l _.

.W/A N/A N/A N/A N/A-N/A N/A

. N/A N/A 5

ICC9486

' 56' N/A N/A

'N/A' N/A~

N/A.

N/A' N/A N/A N/A N/A' 5

ICC9518 56 N/A

.ICC9413A 56 MO

.Open Open Closed.

As Is

'10 P~

A RM IE 5

1CC94138 56 MO-Open

~Open^

Closed As Is 10 LP A

RM IE 5

ICC9437A/

57 '

'AO/S Closed

Closed

, closed Closed 10

'T A-

.. EM ' -

1E 11'

' '1VQ005A

56 AO/S

-Closed.. : Closed Closed closed 5

T2.

RM IE 2

Containseent Purge A

1V00058

_56

-40/S

. Closed' Closed

' Closed closed-5 T2 A

RM IE 2

- i IVQOO3

!56 AO/S Closed closed Closed Closed 5

T2 A

RM IE 2

l IVQ002A 56-HO.

Closed

.Open

' Closed:

Closed-5 172 A

RM IE 1

IVQCO2B 56

-HO Closed Open

' Closed Closed' S-72 A

RM IE:

1-1 IVQOO4 A -

56 AO/S

Closed closed Closed Closed 5

T2 A

RM IE 2

,IVQ0048 56-AO/S-Closed Closed Closed

' closed 5

T2 A-RM IE

'2 Iv0001A 56 HO Closed

Open

. Closed 1 Closed 5

T2 A

RM

'.1 E '

1 IVQ0018 56 HO Closed

.Open Closed Closed 5'

' T2 A'

Ist -

IE 1--

IVQOOSC' 56 AO/S Open.

LOpen':

Open

~ Closed 5

.T2 A

RM IE 2

ICS007A:

-56 MO Closed Closed Closed As Is 30 T1 A

RM IE 5

Containment Spray N/A

N/A N/A N/A

. N/A

-N/A N/A N/A 5-1CS008A 56 N/A N/A.

Closed.

Closed ~

As Is

- 3 0...

71 A

'RM IE 5

ICS007B.

56.

~MO'

. Closed

.ICS0088-56

' N/A

. M/A N/A N/A

'N/A N/A N/A-N/A N/A' N/A

~5

""'"'~ ' ' ' " " " " " "

'^"'

FOR INF0HIATION OllLY

i B/B-UFSAR TABLE 6.2-58 (Cont'd)

TYPE C VALVE IDCA-LEAK DISTANCE *ID ISOLATION GDC

'PENETRA-LINE TION (INSIDE TEST OITTERMOST VALVE REQUIRE-TION SIZE ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION VALVE NUMBER MENT MET

_FJMBER FLUID fin.I

_IIAId.

DRAWING _

CONTAINMENT)

OR NO)

VALVE (ft1 RFJ_

Essential Service 3.2 But.' Fly l

ISX016B 57 7

Water 16

.YES M-42-5 Outside e

Water 1SX027B 57 9

Water 16 YES M-42-5 Outside 80 3.2 But. Fly ISX027A 57 14 Water 16 YES M-42-5 Outside NO 2.8 But. Fly-1SX016A 57 15 Water 16 YES M-42-5 Outside NO 2.8 But. Fly:

1FP010 56 34 Water 4

YES M-52-1

.Outside NO 3.3 Globe Fire Protection 1FP345 56 34 Water 4

YES M-52 Inside NO N/A Check Instrument IIA 065 56' 39 Air 3

YES M-55-2

'Outside YES 3.3

. Globe Air 1IA066 56 39 Air 3

'YES M-55-2 Inside YES N/A Globe.

IIA 091

.56~

39 Air-3/4 YES M-55-2 Inside YES N/A Check Instrument IVQOl6 56 I3 Air-1/2 M-105 Inside YES N/A Globe Penetration IVQO17

-56 13 Air 1/2 M-105-3 Inside YES N/A Globe IVQO18 56 13 Air 1/2 M-105-3 Outside YES MIN.

Globe IVQO19 56 I3 Air 1/2 M-105-3 Outside YES MIN.

Globe-Il

. Silicone Oil M-2046-2,4 I2 Silicone Oil-M-2046-2,4 I3 Silicone Oil M-2046-2,4 I4 Silicone Oil M-2046-2,4 1RYO75 57 IS.

Water 1/2 M-2060-6 Outside YES 1.0 Globe M-2060-17,18 19 Water

" " " "' ~ " " " " " " ' " '

' ' ' ~ ' "

FOR INFORMATION.

ONLY

l B/8-UFSAR TABLE 6.2-58 (Cont *d)

TYPE C VALVE IDCA-LEAK DISTANCE W TION (INSIDE TEST OUTERPOST ISOLATION GDC PENETRA-LINE

. VALVE REQUIRE-TION SIZE ESSEN-REFERENCE DE OUTSIDE (YES ISOLATION VALVE JUMBEB___

ffEMIJEI E LPIDER_

ELUID Lind

_TIMd

_DFAMIPG_

CQlfIMFMIUfIl DR_logi y gvE ( n)

Irrg_.

Make-up 1NM190 55 30 Water 2

M-49-1 Outside YES 1.6 Globe Demineralizer IWM191 55 30 Water 2

M-4 9 -1 Inside YES N/A Check IMS001D 57 77 Steam 30.25 YES.

M-35-1 Outside NO 14.8 Gate

' Main Steam IMS101D 57 77 Steam 4

YES

.M-35-1 Outside NO 20.0 Cate

'IMS021D 57 77 Steam.

3 M-35-1 Outside NO 15.4 Globe IMS018D

$7 77 Steam 6

YES M-35-1 Outside NO 32.1 Relief 1MS013D 57

'77 Steam 6

M-35-1 Outside 10 0 39.1 Relief FOR INFORMATION l

REVISON 2 - DECEMBER 1990 6.2-195a ONLY

B/B-UFSAR TABLE 6.2-58 (Cont'd)

SECOND.

PRIMARY ARY ISOLATION l POST-POWER CLOSURE ISOLA-MODE OF MODE OF VALVE ISOLATION NUMBER REQUIRE-OPER-NORMAL SifUTDOWN ACCIDENT FAILURE TIME **

TION ACTUA-ACTUA-FOWER CONFIGLt-VALVE CDC VALVE

( Co n t.*_d)_

MENT _ MET ATQR_

EQSITlON FOS LT_I.QN PQSITION MSITJON.._11gcL SIGNALS

_I_ ION _ _ TION _ SDVRCE _ RATION _

Essential Service ISXOl6B 57 MO Open Open Open As Is.

N/*S (Open)

A RM IE 10 Water-ISXO27B 57 MO Open Open Open As Is N/*S (Open)

A RM IE 10 ISXO27A

.57 MO Open Open Open As Is N/*S (Open)

A RM IE 10 ISXOl6A

$7 MO Open Open Open As Is N/*S (Open)

A RM IE 10 1FP010 56 AO/S Open Closed Closed Closed' 12 T

A RM IE 6

Fire Protection 1FP345.

56 N/A N/A N/A N/A N/A' N/A N/A N/A N/A N/A 6

..s Instrument Air Open Open Closed Closed 15 T

A RM IE 2,6

-IIA 066 56 AO/S Open Open Closed Closed 15 T

A RM IE 2

11A065 56 AO/S 11A091 56 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 6

Instrument IVQOl6 56 M

Closed Closed Closed N/A N/A N/A M

M N/A 4

Penetration IVQ017 56 M

Closed Closed Closed N/A N/A N/A M

M N/A 4

IVQO18 56 M

Closed Closed Closed' N/A N/A' N/A M

M N/A 4

IVQ019' 56 M

. Closed closed Closed N/A N/A' N/A M

M N/A 4

1RYO75 57 M

-Closed Closed Closed N/A N/A N/A M

M N/A' REVISION 2 - DECEMBER 1990 96 FOR INFORMATION ONLY

4 B/B-UFSAR TABLE 6.2-58 (Cont'd)

SECOND-

. PRIMARY ARY ISOLATION POST-POWER CLOSURE. ISOLA-MODE OF MODE OF VALVE c

ISOLATION-NUMBER REQUIRE-OPER-NORMAL SHUTDOWN ACCIDENT FAILURE TIME **

TION ACTUA-ACTUA-POWER CONFIGU-VALVE GDC VALVE Ifont'dL MEDI_MElI MDR_.

MSITION ' EQSITIQB MSITION MSITIDE _ Lass 1_ SIGIELS _IlO L _ TION SOURCE; _FATION_

Make -up IWM190 55 M

Closed Open Closed N/A N/A N/A M

M N/A 7

Demineralizer IWM191 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 7

i f

~IMS101D

' 57 AO/S.

Open Closed

-Closed As is 5.0

. MS A

RM IE 10 Main Ste

  • i Closed Closed Closed Closed 6.0 MS A

RM IE 11 IMS001D-57 HO 1MS021D 57'

- M-Closed

Closed.

Closed N/A N/A:

N/A' M

M=

M/A 14

~IMS018D 57 HO

' Closed Closed Closed Closed N/A N/A A

RM IE 13 IMS013D

- 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A

'13 s

FOR INFORMATION f

REVISION 2 - DECEMBER 1990 6.2-196a

.DNLY e

h B/B-UFSAR TABLE 6.2-58 (Cont *d)

TYPE C VALVE LOCA-1.EAK DISTANCf: TO TION (INSIDE TEST

' OUTERMOST ISOLATION GDC

  • /ENETRA-LINE VALVE REQUIRE-TION SIZE ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION VALVE

_NUMER__

tERI_tiXI

_EUMBIIL U,UlD Und

_11 Aid

_p1MWING_

CDHTAIN5ENTl QR_BQ1 V MVE (ft)

HEE.

IMS014D 57 77 Steam 6

M-35-1 Outside NO 36.6 Relief Main Steam IMS015D 57 77 Steam 6

H-35-1 Outside NO 34.1 Relief 57 77 Steam 6

M-35-1 Outside NO 31.6 Relief IMS017D 57 77 Steam 6

M-35-1 Outside NO 29.1 Relief IMS016D IMS001B 57 85 Steam 32.75 YES M-35-1 Outside NO 10.0 Cate IMS101B 57 63 Steam 4

YES M-35-1 Outside NO 17.7 Cate IMS021D 57 85 Steam 3

M-35-1 Outside NO 11.0 Globe IMS0188 57 85 Steam 6

YES M-35-1 Outside NO 16.5 Relief

' 57 85 Steam 6

M-35-1 Outside NO 38.8 Relief 57 85 Steam 6

M-35-1 Outside-NO 36.3 Relief IMS0138 IMS015B 57 85 Steam 6

M-35-1 Outside NO 33.8 Relief IMS014 B 57 85 Steam 6

M-35-1 Outside NO

/

31.3 Relief 57 85 Steam 6

M-35-1 Outside NO 28 8 Relief IMS0168 IMS001A 57 78 Steam 30.25 YES M-35-2 Outside NO 14.8 Gate IMS017D 57 78 Steam 4

YES M-35-2 Outside NO 20.0 Gate IMS021A 57 78 Steam 3

M-35-2 Outside NO 15.4 Globe IMS101A IMSO18A 57 78 Steam 6

YES M-35-2 Outside NO 32.1 Relief IMS013A 57 78

' Steam 6

M-35-2 Outside NO 39.1 Relief 57 78 Steam 6

M-35-2 Outside NO 36.6 Relief IMS015A 57 78 Steam 6

M-35-2 Outside NO 34.1 Relief IMS014A IMS016A 57 78 Steam 6

M-35-2 Outside NO 31.6 Relief 57 78 Steam 6

M-35-2 Outside NO 29.1 Relief IMS001C 57 86 Steam 32.75 YES M-35-2 Outside NO 10.0 Gate IMS017A IMS101C 57 86 Steam 4

YES M-35-2 Outside NO 17.7 Gate IMSO21C 57 86 Steam 3

M-35-2 Outside 30 11.0 Globe IMS018C 57 86 Steam 6

YES M-35-2 Outside NO 16.5 Relief IMS013C 57 86 Steam 6

M-35-2 Outside NO 38.8 Relief IMS014C 57 86 Steam 6

' M-3 5-2 Outside No 36.3 Relief IMS015C 57 86 Steam 6

M-35-2 Outside NO 33.8 Relief IMS016C 57 86 Steam 6

M-35-2 Outside NO 31.3 Relief IMS017C 57 86 Steam 6

M-35-2 Outside NO 28.8 Relief REVISION 2 - DECEMBER 1990 6.2-197 FOR INFORMATION ONLY

4 5

B/B-UFSAR TABLE 6.2-58 (Cont *d)

SECOND-PRIMARY ARY ISOLATION ISOLATION POST-POWER CLOSURE ISOLA-MODE OF MODE OF VALVE NUMBER REQUIRE-O PER --

NORMAL SHUTDOWN ACCIDENT FAILURE TIME **

TION ACTUA-ACIVA-POWER CONFIGU-VALVE GDC VALVE ICont

  • dL MEHI_11EI AIDE._

ECSITION EOSIILQM EOSITl0E EDMIIDN __IsecL SIGNALS _TIQft

_UDN_

SQ'SCE _PAIION__

IMS014D 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 Main Steam IMS015D-57 N/A Closed Closed Closed N/A N/A N/A J/A N/A N/A 13 IMS016D 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 IMS017D 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 IMS001B 57 HO Open Closed Closed As Is 5.0 MS A

RM IE 10 IMS101B 57 AO/S Closed Closed Closed Closed 6.0 MS A

RM IE 11 IMS0218 57 M

Closed closed Closed N/A N/A N/A M

M N/A 14 IMS018B 57 HO Closed Closed Closed Closed N/A N/A A

RM IE 13 IMS013B 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 IMS0148 57 N/A Closed Closed Closed N/A N/A N/A-N/A N/A N/A 13 IMS015B 57 N/A Closed Closed Closed N/A.

N/A N/A N/A N/A N/A 13 IMS016B 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 IM50178 57 N/A Closed closed Closed N/A N/A N/A N/A N/A N/A 13 IMS001A 57

.. HO Open Closed Closed As Is 5.0 MS A

RM IE 10 IMS101A 57 AO/S Closed Closed Closed Closed 6.0 MS A

RM IE 11 IMSO21A 57 M

Closed Closed Closed N/A N/A N/A M

M N/A 14

- IMS018A 57 HO Closed

~ Closed Closed Closed N/A N/A A

RM IE 13 IMSD13A 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 IMS014A 57 N/A Closed' Closed Closed N/A N/A N/A N/A N/A N,A 13 IMS015A 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 l

t IMS016A 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 l

'1MS017A 57 N/A Closed closed Closed N/A N/A N/A N/A N/A N/A 13 IMS001C 57 HO Open Closed closed As Is 5.0 MS A

RM IE 10 IMS101C 57 AO/S Closed

-Closed Closed Closed 6.0 MS A

RM IE 11 IMS021C 57 M

Closed Closed

' Closed N/A N/A N/A M

M N/A 14 IMS018C 57 HO Closed Closed Closed Closed N/A N/A A

RM IE 13 IMS013C 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/1.

13 i

IMS014C 57 N/A Closed Closed C ased N/A N/A N/A N/A N/A N/A 13

- f IMS015C 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 i

JMS016C 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 IMS017C 57 N/A Closed Closed Closed N/A N/A N/A N/A N/A N/A 13 REVISION 2 - DECEMBER 1990 6.2-198 FOR INFORMATION-ONLY

A B/B-UFSAR TABLE 6.2-58 (Cont *d)

TYPE C VALVE LOCA-LEAK DISTANCE *ID TION (INSIDE TEST OUTEMiOST

. ISOLATION GDC PENETRA-LINE VALVE REQUIRE-TION SIZE ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION VALVE NUMBER MENT MET

_IJUMBER FLUID fin.)

TIAL*

_ DRAWING CONTAINMENT)

QR_fiQ1 VJgh IyyL 10G079 56 13 Air & H 3

YES M-47-2 Inside YES.

N/A

~3ut - Fly Off* Gas 10G000 56 13 Air & H 3

YES M-47-2 Inside YES N/A But. Fly 2

10G081 a56

-23 Air & H 3

YES M-47-2 Inside YES N/A But. Fly' 2

10G057A-56 69 Air & H 3

YES M-47-2 Inside YES N/A But. Fly 2

10G082

'56 13 Air & H 3

YES M-47-2 Outside YES MIN.-

But. Fly j

2-10G083 56 69 Air & H 3

YES M-47-2 Outside YES MIN.

But. Fly 2

10G084 56 13 Air & H 3

YES M-47-2 Outside YES MIN.

But. Fly i

2 10G095 56 23 Air & H 3

YES M-47-2 Outside YES MIN.

But. Fly 2

2 l

56 52 Air 1

M-78-10 Outside TES 1.4 Globe l

Process Radiation IPR 001A ~

56 52 Air 1

M-78-10

'Outside YES 3.5 Globe l

1PR066 56 52 Air 1

M-78-10 Outside YES 2.3 Globe I

IPROO1B

'1PkO32

'56

.52-Air-1 M-78-10

'Inside YES*

N/A Check-IPR 033A

'56' AL Air 2

M-78-6 Outside YES MIN.

Globe 1PR033B 56 AL Air 2

M-78-6 Outside YES MIN.

Globe-

'1PR002E 56 AL.

.. Air 2

M-78-6' Outside YES MIN.

Globe IPR 002G.

56 AL Air 2

~M-78-6 Inside YES.

N/A Check IPR 033C 56 AL Air 2

M-78-6 Outside YES MIN.

Globe

'1PR033D.

.56 AL Air 2

M 78-6.

Outside YES MIN.

Globe 1PR002F 5 ',

AL Air 2

M-78a6 Outside YES MIN.

Globg 1PR002H-56 AL-Air 2

M-78-6 Inside YES N/A Check IPS228A 56 45

'H

+ Air 1/2 M-68-7

'Outside YES' MIN.

Globet Hydrogen Monitor 1PS229A 56 45.

H + Air 1/2' M-68-7 Outside YES MIN.

Globet' 2

1PS230A.

56 12(BY) 45(BW) H + Air 1/2 M-68-7

'Outside YES MIN.

Globet 2

~

IPS231A 56 12 (BY) 45(BW) :H + Air 3/4 M-68-7 Inside YES N/A1 sheck...

2 IPS228B-56 36 H + Air 1/2 M-68-7 Outside YES MIN.

Globet I

2 1PS229B' 56 36

. H2+ Air 2/2 M-68-7 Outside YES MIN.

Globet 2

1PS230B 56 31(BY) 36(BW) H + Air 1/2 M-68-7 Outside YES MIN.

Globet i

IPS231B 56 31(BY) 36(BW)' H + Air 3/4 M-68-7 Inside.

YES N/A Check 2

2 REVISION 3 - DECEMBER 1991 6.2-199 FOR INFORMATION ONLY

w B/B-UTSAR TABLE 6.2-58 (Cont *d)

SECOND-PRIMARY ARY ISOLATION ISOLATION POST-POWER CLOSURE ISOLA-MODE OF MODE OF VALVE NUMBER REQUIRE-- OPER-

-NORMAL SNUTDOWN ACCIDENT FAILURE TIME **

TION ACTUA-ACTUA-POWER CONFIGU-VALVE GDC VALVE ICont*d)-

MENT _ MET &TD]L NSITION NSENE EQSinDE POSITIQN. _(secL ' SIGNES _nglL_

_ngp__., soscs,JtAnoiv_

10G079 MO Closed Closed Closed As Is 60 T

A RM IE 1

Off-Gas 10G080 56 MO Closed

. Closed Closed As is 60 7

A RM IE 1

10G081 56 MO Closed Closed Closed As Is 60 T

A RM IE 1

10G057A 56 MO Closed Closed Closed As Is 6C T

A RM 1E 1

10G082 56 MO Closed Closed

( tosert As Is 60 T

A RM IE I

IOG083 56.

MO Closed Closed Closed As Is 60 T

A RM IE 1

10G084 56' MO Closed Closed

-Closed As Is 60 T.

A RM IE 1

IOG085 56 MO Closed Closed Closed As Is.

60 T

A RM IE 1

~ IPR 001A 56 AO/S Open Closed-Closed

' closed 4.5 T

A RM '

IE -

8 Process Radiation 1PROO18 56 AO/S Open Closed Closed Closed 4.5 T

A RM' IE 8

IPR 066

56 AO/S Open Closed Closed Closed 5.0 T-A RM 1E 6

I

.- 1PR032 '

56 N/A.

N/A N/A-N/A N/A N/A N/A N/A N/A N/A 6

IPR 033A 56-M Closed Closed Closed N/A N/A' N/A N/A N/A N/A IPR 033B 56 M

Closed Closed Closed N/A N/A N/A N/A N/A N/A 1PR002E 56

-M Closed Closed Closed N/A N/A N/A N/A N/A N/A 7

2PR002G 56-N/A N/A N/A N/A N/A N/A N/A N/A.

N/A N/A 7

IPR 033C 56 M

. Closed Closed Closed N/A N/A N/A N/A N/A N/A IPR 033D 56 M

Closed Closed Closed N/A

-N/A N/A N/A N/A N/A IPR 002F 56

-M Closed Closed Closed N/A

-N/A N/A N/A N/A N/A 7

1PR002H 56 N/A N/A

'N/A N/A' N/A N/A N/A N/A N/A -

N/A 7

f Hydrogen Monitor

.S Open closed Closed As Is 15 T

A RM IE IPS229A 56

-S'-

Open Closed

' Closed As Is

'15 T

A-RM IE IPS228A 56 1PS230A 56 S

Closed Closed Closed closed 15 T

A RM IE 1PS231A 56 N/A N/A-N/A N/A N/A N/A N/A.

N/A N/A N/A IPS2288

'56 S

Open Closed Closed As Is 15 T

A RM 1E IPS2298 56 S

Open Closed Closed As Is 15 T

A RM IE 1PS2308 56 S

~ Closed

Closed, closed-Closed 15.

T A

' RM IE

.1PS2318 56 N/A N/A N/A N/A N/A N/A N/A' N/A N/A N/A REVISIOft 2 - DECEMBER 1990.

6.2-200 TOR INFORMATION ONLY

B/B-UFSAR TABLE 6.2-58 (Cont *d)

TYPE C.

VALVE IACA-LEAK DIS *sANCE TO TION (INSIDE TEST OUTERMOST ISOLATION GDC PENETRA-LINE-VALVE REQUIRE-TION SIZE ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION VALVE

' _HUf1DLR HEMI_.MKI

_ NUMBER ELUID iM

_,I,IAL*.

__ DRAWING.

CQitlA11ER;EIl OR_PQ1 V R E ift1 TIEL

-IPS9354A 55 70 RC 3/8 YES M-68-1 Inside YES N/A Globe Process Sampling 55 70 RC 3/8 YES M-68-1 Outside YES MIN.

Globe 1PS9355A

-55

'70 -

RC 3/8 YES M-68-1 Inside YES N/A Globe 1PS9354B 1PS9355B 55.

70-RC 3/8 YES' M-68-1 Outs ~$e YES MIN.

Globe IPS9356A 55 70-

-RC 3/8 YES M-68 Inside YES N/A Globe-IPS93569

.55 70 RC 3/8 YES M-68-1 Outside YES M I N.'

Globe 55 70 RC 3/8 YES M-68 Insida YES N/A Globe:

-IPS93578 55 70 RC 3/8 YES M-68-1 Outside YES MIN.

Globe 1PS9357A

~

Reactor and Contain-

,f

' ment Drains to' YES' M-70-1 Outside YES 2.5 DIAPH Riedwaste Gas' 1

1RE9159A 55 65 -

Gas 3/4

'YES M-70-1 Inside YES N/A DIAPH 1RE9157 55 65 1RE9159B-55 65.

Gas-

- 3/4 YES M-70-1

.Outside YES 1.0 DIAPH 1RE9160A

-55 65 Gas 1

YES M-70-1 Inside YES N/A DIAPH 1RE9160B

.55

. 65.-

Gas.

1 YES M-70-1' Outside YES 1.5 DIAPH 1RE1003 55 11

. Water:

3 YES M-70-1 Inside YES N/A DIAPH 1RE9170-

-55 11-

Water 3

YES M-70-1 Outside YES 1.0

DIAPH,

' Reactor Coolant.

YES 1.3 Globe' Pressurizer 3/8 YES M-60-6 Outside IRY8025 56 27

^ Nitrogen 1RY8026-56 --

27.

Nitrogen 3/8

YES M-60-6 Inside YES N/A Globe IRY8033
56 27 Nitrogen 3/4

-YES M-60-6 Outside YES 1.3 DIAPH 1RY8047'

- 56.

27-

Nitrogen, 3/4 M-60-6" Inside YES N/A CHECK 1RY8028

'56 r44 Mater 3

YES M-60-6 Outside YES 1.0 DIAPH 1RY8046 56

'44

. Water.

'3 M-60-6 Inside YES N/A' CHECK REVISION 2 - DECEMBER 1990 6.2-201 FOR INFORM T OAIN ONLY

.m_A.. _

___u__

B/B-UFSAR TABLE 6.2-58 (Cont *d)

TYPE C VALVE LOCA-LEAK DISTANCE TO TION (INSIDE TEST OUTERMOST ISOLATION GDC PENETRA-LINE VALVE-REQUIRE-TION SIZE

-ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION-VALVE

_ NUMBER._

MENT _ MET

_ NUMBER

[1UID 11 Q JE

_DESWE CQFIAljgE; mil OfL]OQ1 YMVE (ft)

R Residual Heat 1RH8701A' 55 68 RC 12 YES M-62 Inside' NO N/A Cate Removal IRH87018

. 55 -

68 RC 12 YES M-62 Inside NO N/A Gate IRH8702A 55 75 RC 12' YES M-62 Inside NO N/A Gate 1RH8702B SS 75 RC 12 YES M-62 Inside NO N/A Gate l

l l

REVISION 2 - DECEMBER 1990 l.

6,2-201a ONLY

I t

B/14-UFSAR L

TABLE 6.2-58 (Cont'd)

SECOND-PRIMARY ARY ISOLATION i

ISOLATION VALVE GDC VALVE POST-POWER CLOSURE ISOLA-MODE OF MODE OF VALVE NUMBER REQUIRE-OPER-NORMAL SHUTDOWN ACCIDENT FAILURE TIME **

TION ACTUA-ACTUA-POWER CONFIGO-(ContdL MENT _19EI AIDR_

EOSITION 195LTJQN [931TlON 1951 TION _La ecl._ SIGNALS

_1] QN___

_IJQN__

SQURCE _ RATION.

l 1

Process Sampling 1PS9354A 55 AO/S

-Closed Closed Closed Closed 10 T

A RM IE 2

1PS9354n 55

.AO/S Closed Closed Closed Closed 10 T

A RM IE 2

IPS9355A 55

'AO/S Closed Closed Closed Closed 10 T

A RM IE 2

IPS9355B 55 AO/S Closed Closed Closed Closed 10

.T' A

RM IE 2

]

IPS9356A

'55

'AO/S

' Closed Closed Closed Closed.

10 T

A RM IE 2

1PS9356B 55 AO/S Closed Closed Closed Closed 10 T

A RM IE 2

1PS9357A 55 AO/S Closed closed Closed Closed 10 T

-A RM IE 2

IPS9357B 5"

AO/S Closed Closed Closed Closed 10 T

A RM IE 2

Reactor and Contain-ment Drains to Radwaste IRE 9157 55 AO/S Open Open Closed Closed 10 T

A RM.

IE 2

1RE9159A 55 AO/S Open Open Closed Closed 10 '

T A

RM IE 2

1RE91590 55 AO/S Closed Closed Closed Closed 10 T

A RM IE 2

1RE9160A 55 AO/S' Open Open Closed Closed 10 T.

A RM IE 2

1RE91600 55 AO/S Open Open Closed Closed 10

'T A

RM IE 2-IRE 1003 55 AO/S

' Closed Closed Closed Closed 10 -

T A

RM

'1E 2'

1RE9170' 55 AO/S.

Open Open-Closed Closed 10 T

RM IE 2

i Reactor Coolant

)

Pressurizer 1RY8025 56 AO/S-

' Closed Closed' Closed Closed 10 T

A RM IE 2

1RY8026 56 cAO/S Open-Open Closed Closed 10 T

A RM IE 2

1RY6033 56 AO/S Open

'Open Closed Closed 10 T

A RM 1E 6

1RY8047

'56 N/A N/A N/A N/A N/A N/A' N/A N/A N/A N/A 6

1RY8028 56 AO/S Open Open Closed Closed 10 T

A RM IE 6

g 1RY8046 56 N/A N/A

'N/A' N/A N/A N/A N/A N/A N/A N/A 6

I

'~'~'

" " " ' ' " ' ~ " ' ' " " ' " "'

FOR INFORMATION 0NLY

4 B/B-UFSAR TABLE 6.2-58 (Cont'd)

SECOND-PRIMARY ARY ISOLATION ISOLATION POST-POWER CLOSURE ISOLA-MODE OF MODE OF VALVE VALVE GDC VALVE SHUTDOWN ACCIDENT FAILURE' TIME **

TION ACTUA-ACi1JA-POWER CONFIGU-NUPtBER REQUIRE-OPER-NORMAL ICQat'd1_.

MIU8T E I AIDR_

EDSIT1DM MSITIDE MSIIlDN MSIIlDH _fseci SIGl'AI,5 h R5_ SOURCE EIIDN_

Residual Heat 1RH8701A 55 MO Closed Closed Closed As Is N/A N/A RM M

IE 9

Removal 1RH8701B 55.

MO Closed Closed Closed As Is N/A N/A RM M

1E 9

1RIIS702A 55 MO Closed Closed Closed As Is N/A N/A RM M

IE 9

1RH8702B 55 MO

' Closed Closed Closed As Is N/A N/A RM M

1E 9

I FOR INFORMATION l

I REVI 1- > - - ER I,,.

0Nly

T'B-UFSAR TABLE 6.2-58 (Cont'd)

TYPE C VALVE LOCA-LEAK DISTANCE TO TION (INSIDE TEST OLTTERMOST ISOLATION

. SIZE ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION VALVE LINE GDC '

PENETRA-

_MUMBER..

IfEt!I_f!ET

_.FUjfDER_ _ ELUlD fl d

_IU,L*

_ DRAWING _

CQif7AUW1EltIl QR_18Q1 VALYK E 1 TIRE.

VALVE REQUIRE-TION 55 26 BW 4

YES M-61-2 Outside NO 4.8 Cate Safety Injection 55 26 Bw 4

. YES M-61-2 Outside leo 8.9 Cate ISI8801A 55 26 Bw 3

M-61-2

.Inside NO N/A Check

-ISI8801B 55

'55 Nitrogen 1

M-61-6 Outside YES 15.5 Globe 1SI8815 1S18880 55 Nitrogen 1

M-61-6 Inside YES N/A Check 55 55 Bw 3/4 YES M-61-6 Outside YES 17.8 Globe 55 1SI8968 55 55 Bw 3/4 YES M-61-6 Inside YES N/A Globe l

1518964 55 59 Water 4

YES M-61-3 Outside

.NO 3.7 '

-Gate 55 59 water 2

M-61-3 Inside NO' N/A

-Check j

1518871 ISI8802A.

55 59 Water

'2 M-61-3 Inside-NO' N/A Check j

15189050 73 water 4

YES M-61-3 Outside NO 2.7 Cate i

ISI8905A l

55 73 Water 2

M-61-3 Inside NO '

N/A Check 55 73 Water 2

M-61-3 Inside NO N/A Check l

55 15188028-ISI8905C 55 60 water 4

YES M-61-3

.Outside NO 3.3 Cate 55 60..

Water 2

M-61-3 Inside NO N/A

-Check ISIB9058 1518835 55 60.

water 2

M-61-3 Yatside NO N/A Check

' ISI 8819 A '-

ISI8819C 55

.60 water 2

M-61-3

  • asMe NO N/A-Check 55 60 water 2

M-61-3 Inside

. NO N/A Check 1518819B 55 50 water 8

YES M-61-4 Outside NO 3.7 Cate ISI8819D

.55 50 water.

6 M-61-4 Inside NO N/A Check 55 50 water 6

M-61-4 Inside No N/A Check ISI8809A-

'ISIB818A A

M-61-4 Outside NO 3.3" Cate 55 51 water 6 --

'M-61-4 Inside NO N/A Check ISI8818D 51 Water 8

55 1S188098 6

M-61-4 Inside NO

.N/A Check-

.1518818B ISI6818C 55-51 water

.24 YES M-61-4 Inside..

NO 1.8 Cate h418811B 56 93 NaOH+Bw 24 YES-

.M-61-4 Inside NO' 1.8 Cate 56 92 WaOH+Bw MI5811A -

55 50 water 3/4-M-61 Inside 30 N/A Clobe 55

.51 water 3/4 M-61-4 Inside 10 0.

M/A Clobe 55:

55 water 3/4 YES M-61-3 Outside YES 14.7 Globe

- It,I8890A -

55

. 59 Water 3/4 M-61-3 Inside NO N/A Globe 1S18890B 15I8888 1S18881-REVISION 2 - DECDfBER 1990

~

6.2-203 FOR INFORIllATION ONLY-

y

=

B/8-UTSAR TABLE 6.2-58 (Cont'd)

SECOND-PRIMARY ARY ISOLATION ISOLATION POST-poJER CLOSURE ISOLA-MODE OF MODE OF VALVE VALVE GDC VALVE SHUTDOWN ACCIDENT FAILURE TIME **.

TION ACIVA-ACTUA-potter CONFIGU-(Cont'd)

MENIJEI AIQg_

EQSITlDH EQSII1QH POSITION EDSITIQ3 _{321ld_ SIGlEALS _ TION.-

IJQft_ SQURCE _RAI!QF_

NUMBER REQUIRE-OPER-NORMAL IS18801A 55 MO

. Closed Closed Open As.Is N/*

S(Open)

A RM 1E 5

Safety Injection 1518801B 55 MO Closed closed Open As Is N/*

S(Open)

A RM 1E 5

1S18815 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

1S18880 55 AO/S Closed Closed Closed Closed 10 T'

A RM IE 6

1518968 55' N/A

'N/A N/A N/A N/A N/A N/A N/A N/A N/A 6

ISI8964 55 AO/S Closed Closed Closed Closed 10 T

A RM IE 2

1S18871 55 AO/S Closed

' Closed Closed Closed 10 T

A RM IE 2

ISI8802A 55 MO-Closed.

Closed Open As Is N/*

N/A RM M

IE 5

ISI8905A 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A' N/A 5

. 1SI8905D 55 N/A' N/A.

N/A N/A N/A N/A N/A N/A N/A N/A 5

IS18802B 55 MO Closed Closed Open As Is N/*

N/A RM

~ M.

IE 5

l IS18905C 55 N/A N/A-N/A.

N/A N/A N/A N/A N/A N/A

.N/A 5

1 SIB 905B 55 N/A N/A.

N/A N/A N/A N/A-N/A N/A N/A N/A 5

1518835 55'

.MO Open Open Closed As Is N/*

N/A RM.

M IE 5

ISIS 819A 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

1S18819B 55 N/A N/A N/A N/A N/A

.N/A N/A N/A N/A N/A' 5

' 1518819C 55 N/A.

N/A N/A N/A' N/A N/A N/A N/A N/A N/A 5

LIS18819D 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

ISI8809A-55-MO.

Open Open Closed As Is N/*

-N/A RM M

IE 5

ISIB818A

.55 N/A.

N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

ISI8818D 55 N/A.

N/A.

rN/A N/A N/A-N/A N/A "N/A N/A N/A 5

ISI88098 55

. MO

'Open Open Closed-As Is N/*

N/A RM M

IE 5

1 SIB 81BB 55-N/A N/A N/A N/A N/A-N/A N/A N/A N/A N/A 5

-ISI8818C 55 N/A N/A N/A N/A

-N/A N/A N/A N/A N/A N/A 5

ISI8811A 56 MO Closed' Closed Open' As Is N/*

S(Open)

A RM IE 1518811B 56 M0 Closed Closed Open As Is N/*

S(Open)

A RM IE ISI8890A 55 AO/S Closed Closed Closed Closed N/*

N/A RM M

Non IE 15188908 55 AO/S Closed Closed

' Closed Closed N/*

N/A RM M

Non IE 1518888 55 AO/S Closed Closed closed closed 10 T

A RM IE 2

1S18881 55 AO/S Closed Closed Closed.

C1csed N/*

N/A RM M

Non IE REVISION 2 - DECEMBER 1990 6.2-204-FOR INFORNIATION ONLY

_i..-

m.

[j N

i b

p B/B-UFSAR TABLE 6.2-58 (Cont *d)

TYPE C VALVE LOCA-LEAK DISTANCE TO ISOLATION GDC PENETRA-

. LINE.

TION (INSIDE TEST OUTERMOST i

VALVE REQUIRE-

. TION SIZE ESSEN-REFERENCE OR DUISIDE (YES ISOLATION VALVE if NUMBER

- MENT MET NUMBER FLUID (in. ).

TI.%*

DRAWING _

COPrrAINMENTl OR NO)

VALVE (ft)

HEB_

i

' Safety Injection 12 YES M-61-3 Outside NO 3.8 Cate 1S18840 55 66 Water

'1SI8824 55 73 Water 3/4 M-61-3 Outside NO N/A Globe 1SI8823 55, 60 Water 3/4 M-61-3

'Inside NO N/A Globe.

(

1SI8841A 55 66 Water 8

M-61-3 Inside NO N/A Check ISI8841B-155 66

Water 8.

M-61-3' Inside NO N/A Chack i

1SI8825 55 66 Water 3/4 M-61-3

Inside NO N/A Globe 1 SIB 843 55 26 BW.

3/4 M-61-2 Inside NO N/A Globe q;

Service Air 1SA032 56 56

' Air 1.50 YES M-54-2 Outside YES 4.4 Gate

?

4 1SA033 56-56 Air 1.50

.YES M 54-2 Inside YES N/A Gate 9

Spent Fuel Pool Cleaning

'1FC009 56 57 Water.

'4 M-63

.Inside YES N/A Plug

'1FC010 l56 57 Water 6

M-63

.Outside YES 3.3 Plug l

1FC011 "56 32

- Water 3

M-63.

Outside YES 2.0 Plug 1FC012 56 32

- Water.

.- 3 M-63 Inside YES N/A Plug Steam Generator a

Blowdown 1SD002C 57 90 Steam' 2

YES, M-48-5 Outside

' NO '

53.95 Globe 57 -

B0

' Steam

- 3/8 YES

'M-48-5 Outside NO 61.50-Globe "1SD005B

'57:

81 Steam-2 YES :

M-4B-5 Outside NO-58.39 Globe 1SD002D ISD002A 57 82 Steam

. 2 YES.

M-48-5 Outside NO 12.86' Globe

-ISD005A 57 82 Steam 3/8 M

M-48-5

'Outside NO-20.50 Globe 1

ISD002B 57 83 Steam 2-TES

'M-48-5 Outside NO 11.25 Globe ISD002E 57 88 Steam-2 YES M-48-5 Outside NO 62.32 Globe 1SD005C.'

57 88 Steam 3/8 YES

'M-48 Outside NO 67.29-Globe

-ISD002F 57 89 Steam 2

YES M-48-5 Outside NO 46.18 Globe.

ISD002G 57.

90 Steam 2

YES-M-48-5 Outside NO 6.0 Globe ISD005D 57-90 Steam 3/8

'ES M 48-5 Outside 7,0.

12.0 Globe ISD002H

'57 91 Steam 2

(ES M-48 Outside M

15 A9 Globe I

'~ ~ "

FOR INFORMATION ONLY 1

l-I i

e-N' Y "-

x ys n

4

~

Y-,

+sr.

ave re u mme,

-w m-r e ne -t-w,

~

B/B-UFSAR TABLE 6.2-58 (Cont *d' SECOND-PRIMARY ARY ISOLATION VALVE CDC VALVE POST-MPWER CLOSURE ISOLA-MODE OF NODE OF VALVE ISOLATION NUMBER REQUIRE-OPER-NORMAL SHUTDOWN ACCIDENT FAILURE TIME **

TION ACTUA-ACTUA-POWER CONFIGil-

.(contidL NENT_ MET ATQR__

f.951TJ QN 20S M ON 00SIllON EDE M QN _11erl_ EMMALS _IJON_ _TIQN_ SQURCE _ RATION _

1518840 55 MO Closed

. Closed Open As Is N/A N/A RM M

IE~

5 Safety Injection IS18824 55-AO/S Closed Closed Closed Closed N/*

N/A RM M

Non IE ISI8823 55 AO/S Closed closed Closed Closed N/*

N/A RM M

Non IE ISI8841A 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

ISIB841B 55 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5

1S18825 55 AO/S Closed Closed closed Closed N/*

N/A RM M

Non IE 1518843 55 AO/S Closed Closed Closed Closed N/*

N/A RM M

Non IE ISA032 56

.AO/S Open Open Closed Closed 4.5 T

A RM IE 2

Service Air ISA033 56 AO/S Open Open Closed Closed

.4.5 T

A RM IE 2

s Spent Fuel Pool IFC009 56 M

Closed Open Closed N/A N/A N/A M

M N/A 4

Cleaning IFC010 56 M

Closed.

Open Closed N/A N/A N/A.

M M

N/A 4

IFC0ll 56 M

Closed Open Closed N/A N/A N/A M

M N/A 4

IFC012 56 M

Closed Open Closed N/A N/A N/A M

M N/A 4

Steam Generator ISD002C 57 AO/S Open

. Closed Closed Closed 7.5 T,SG A

FM IE 11 Blowdown ISD0058 57 AO/S Closed Closed Closed Closed 3.G T

A RM IE 11 ISD002D 57 AO/S Open Closed Closed Closed 7.5 T,5G A

RM IE

.11 ISD002A 57 AO/S Open

' Closed

' Closed Closed 7.5 T.SG A

RM IE 11 ISD005A 57 AO/S Closed Closed Closed Closed 3.0 T

A RM IE 11 ISD0028

$1 AO/S Open Closed

' Closed Closed 7.5 T,SG A

RM IE' 11 ISD002E-57 AO/S Open Closed Closed Closed 7.5 T,5G A

RM IE.

11 ISD005C 57 AO/S Closed Closed Closed Closed 3.0 T

A RM IE 11 ISD002F 57 AO/S Open Closed Closed Closed 7.5 T,SG A

RM IE 11 ISD002G 57 AO/S Open.

Closed Closed Closed 7.5 7,5G A

RM IE 11 ISD005D 57 AO/S Closed Closed Closed Closed 3.0 T

A RM IE 11 ISD002H 57 AO/S Open Closed Closed Closed 7.5 T.SG A

RM IE 11 REVISION 2 - DECEMBER 1990 6.2-206 FOR INFORMATION ONLY

l-4 B/B-UFSAR TABLE 6.2-58 (Cont'd)

TYPE C VALVE LOCA-LEAK DISTANCE TO ISOLATION GDC PENETRA-LINE TION (INSIDE TEST OUTERMOST-VALVE REQUIRE--

TION Site

'ESSEN-REFERENCE OR OUTSIDE (YES ISOLATION VALVE

._HUMBER___

MENT _ MET

_ NUMBER.

FLUID LLvi )

_TIAL*

_ARAWINQ_

CQNTAINMEMTl QR_PQ)

VALVE _iftL.

TYEE_

Stearn Generator Feedwater IFWOO9A

$7 79 Water 16 YES M-36-1 Outside NO 13.75 Gate 1AF013A 57 100 Water 4

YES M-37 Outside NO 66.75 Globe 1AF013E 57 100 Water 4

YES M-37 Outside NO 62.5 Globe IFWOISA 57 100 Water 3/4 M-36-1 Outside NO 46.75 Globe IWOO9B 57 84 Water 16 YES M-36-1 Outside NO 13.75 Cate 1AF012d 57 101 Water 4

YES M-37 Outside NO 57.66 Globe IAF013F 57 101 Water 4

YES M'37 Outside NO 53.0 Globe IWO15B 57 101 Water 3/4 M-36-1 Outside NO 46.75 Globe IFWOO9C 57 87 Water 16 YES M-3 6-1 Outside NO 13.75 Gate IAF013C 57 102 Water 4

YES M-37 Outside-NO 55.75 Globe 1AF013G 57 102 Water 4

YES M-37 Outside NO 52.25 Globe 46.75 Globe IWO15C 57 102 Water 3/4

.M-36-1 Outside NO IWOO9D 57 76 Water 16 YES M-36-1 Outside NO '

13.75 Cate 1AF013D 57 99 Water 4

YES M-37 Outside NO 57.75 Globe 1AF01311 57 99 Water 4

YES M-37 Outside NO 54.25 Globe 1FWO150 57 99 Water 3/4 M-36-1 Outside-NO 46.75 Globe IFWO35A 57 100 Water 3

YES M-36-1 Outside NO 29.0 Globe IFWO35B 57 101 Water 3

YES M-36-1 Outside NO 29.0 Globe IFWO35C 57

'102 Water 3

YES M-36-1 Outside NO 32.5 Globe Outside NO 32.5 Globe 1FWO35D' 57 99 Water 3

YES M-36-1 ~

Outside NO 14.5 Cate IFWO39A 57 100

. Water 6

YES M-36 I 1FWO398 57 101 Water 6

YES M-36-1 Outside NO 14.5 Gate.

1FWO39C 57' 102 Water 6

YES M-36-1 Outside NO 14.5 Cate 1FWO39D 57 99 Water 6

YES

=M-36-1 Outside NO 14.5 Cate I WO43A 57 79 Water 3

YES M-36-1 Outside NO 27.25

' Globe 27.25 Globe 1FWO433 57 84 Water 3

YES M-3 6-1 Outside NO

^ 27.25 Globe IFWO43C 57 87 Water

'3 YES M-36-1 Outside NO 1FWO43D 57 76 Water 3

YES M-36-1 Outside NO 27.25 Globe Waste Disposal 1RF026 56 47.

Water 2

YES M-48-6 Inside YES 5.8 Plug 1RF027 56 47.

Water 2

YES M-48-6 Outside YES 4.6 Plug REVISION 2 - DECEMBER 1990 6.2-207 FOR INFORMATION ONLY

B/B-UFSAR TABLE 6.2-58 (Cont d)

SECOND-pBIMARY ARY ISOLATION ISOLATION POST-pONER CICSURE ISOLA-MODE OF MODE OF-VALVE NUMBER REQUIRE-OpER-NORMAL SMU7DOWN ACCIDENT FAILURE TIME **

TION ACTUA-AC7UA-pONER CONFIGU-VALVE GDC' VALVE LCont*dl._

HERI_ LEI AIDE _.

20S1I105.29511105 EDSIllDM EQSITION (sec)

SIGB&LS _HQ1E_ yQfL SQURCE EQp_

Steam Generator IFWOO9A 57 HQ Open Closed Closed Closed 5.0 FW '

A RM IE 10 Feedwater 1AF013A

$7'

' MO Open Closed Open As Is N/*

N/A RM M

IE 10

- IWO15A 57 M

~-Open' Closed Open As Is N/*

N/A RM M

IE 10 r

Closed Closed Closed N/A N/A N/A N

M M/A 14 1AF013E 57

- MO Ifwo098 57 HO epen Closed closed Closed 5.0 FW A

RM IE 10 1AF0138 57 MO Open Closed

.Open As Is N/*

N/A RM M

IE 10 l

. 1AF013F 57 MO

Open Closed Open As Is N/*

N/A RM M

IE 10

'l IFWO15B 57

- M-Closed Closed Closed N/A N/A N/A M

M N/A 14

- IFWOO9C 57 HO Open Closed Closed Closed 5.0 FW A

RM IE 10 1AF013C 57 MO Open' Closed Open As Is N/*

N/A RM M-IE 10 1AF013G

.57 MO

-Open Closed Open.

As Is N/*

N/A RM M

IE 10 IFWO15C 57 M

~ Closed Closed Closed N/A N/A N/A M

.N-N/A 14 Ifwo09D 57 HO Open Closed Closed Closed 5.0 N

A RM IE

.10 1AF013D 57 MO Open Closed' Open As.Is N /*

N/A RM M

IE 10 Closed Open As Is N/*

N/A RM M

IE 10 1AF013H 57

- MO Open. ' Closed Closed N/A N/A N/A-M M

N/A 14 1FWO35A 57' AO/S Open Closed. : Closed Closed 6.0 FW A

RM 1E 11-1FWO15D 57 M

Closed Ifw035B 57 AO/S

-Open

' Closed Closed Closed.

6.0 FW A

RM 1E

,il IEWO35C 57 AO/S.

Open'

. Closed Closed.

Closed 6.0 FM A

RM IE 11-1EWO35D 57 AO/S-Open' Closed Closed Closed 6.0 FW A

RM 1E -

11 ifw039A 57 AO/S Open Closed Closed Closed 6.0 FW A

RM IE 11 IfM039B 57 AO/S-

'Open Closed Closed Closed 6.0 FW A

RM IE 11 IFWO39C 57

..AO/S Open Closed Closed Closed' 6.0 FM A

RM IE 11 1FWO39D 57' AO/S.

Open

. Closed.> Closed Closed 6.0 FW A

RM 1E 11 Closed

-Closed closed 6.0 FW A

RM IE 11 1EWO43A 57

'AO/S

' Closed

~ Closed

' closed Closed 6.0

-FW A

RM IE 11 Ifw043C 57 AO/S Closed Closed Closed-Closed 6.0 FW A

RM IE 11 Ifwo43B 57 AO/S Closed IFWO43D 57 AO/S Closed ~

Closed Closed Closed 6.0

.FW A

RM 1E 11 195026 56-AO/S Open Open Closed Closed 15 T

A RM IE 2

Waste Disposal 19F027 56 AO/S Open Open Closed Closed 15 T

A RM 1E 2

REVISION 2 - DECEMBER 1990 6.2-208 FOR INFORMATION ONLY g_

....-a,_.c

.-m--x..

m

,.. -.. +

~

B/B-UFSAR TABLE 6.2-5B (Cont'd)

NOTE:

Although the data listed is only given for Unit 1, the data applies to Unit 2 valves as well.

Essential systems are those systems which may be used following a containment isolation signa).

Essential systems may be isolated on contai'nment isolation signals as noted in Column Isolation Signals,;but their isolation valves are supplied with 1E power to permit remote manual reopening if required.

The valve closure times listed in column Closure Time are estimated maximum closure times.

Actual measured times may vary from those listed.

N/* indicates that the valve does not receive an automatic isolation signal to close, however, the valve closure time is consistent with isolation valve requirements.

See Figure 6.2-29.

t Braidwood has gate valves, KEY:

Air Lock AL

=

Reactor Coolant RC

=

Borated Water BW

=

Component Cooling Water CCW

=

Manual 1

M

=

Solenoid S

=

MO Motor Operated

=

Hydraulic Operated HO

=

Air Operated AO

=

AO/S Air Operated with Solenoid Accessory

=

is the Safe Position "As Is"

=

Actuates on Safety Injection S

=

Actuates on Phase A Containment Isolation T

=

Actuates on Phase B Containment Isolation P

=

Actuates on Main Steam Isolation MS

=

Actuates on Main Feedwater Isolation FW

=

Actuates on Containment Spray Actuation T1

=

Actuates on Containment Vent Isolation T2

=

Automatic (Air, Hydraulic, or Electrical)

A

=

Operation Manual Operation M

=

Remote Manual Operation RM

=

Instrument Air IA

=

Valves will be placed as close to the MIN.

containment as practical.

SG Actuates on Low-Low Steam Generator Level for

=

Byron Unit 2 and Braidwood Units 1 and 2 only l FOR INFORMATION 6.2 -209 REVISION 3 - DECEMBER 1991

~

_

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