ML20203N142: Difference between revisions

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{{#Wiki_filter:}}
{{#Wiki_filter:_        e4 - 4 me.      E tm V a  -  m-- -4J+- a .A k.
s ENCLOSURE 2 PROPOSED REVISED RIVER BEND TECHNICAL SPECIFICATIONS d
i 4
i 4
r i
i i
i l
1 1
4 i
l 1
i g
 
l l
TABLE 3.6.4-1 (Continued) 2.
CONTAINMENT AND DRYWELL ISOLATION VALVES g
,  g.
SECONDARY
  $                                                        PENETRATION MAXIMUM ISOLATION TIME CONTAINMENT SYSTEM                          VALVE NUMBER            NUMBER        VALVE GROUP ())    (Seconds)  BYPASS PATH e
  $                                                                                                    (Yes/No)
  -n
>
* a. Automatic Isolation Valves
!        1. Primary Containment (a) (Continued)
RHR & RCIC Steam Sup.            1E51*MOVF063  g        1KJB*Z15        2            9.9          No RHR & RCIC Steam Sup.            1E51*MOVF076            1KJB*Z15        2          13.4          No        l RHR & RCIC Steam Sup.                                    1KJB*Z15        2            9.9          No RCIC Pump Suc.-Supp. Pool        1E51*MOVF064(3) 1E51*MOVF031            1KJB*Z16        2          30.5          No m  RCIC Turbine Exh.-Supp. Pool    1E51*MOVF077            1KJB*Z17        3          14.2          No
  }  RCIC Turbine Exh. Vac. Bkrs. IE51*MOVF078            1KJB*Z18B,C    3          16.5          No Cont./Drywell. Purge Sup.        1HVR*A0V165            IKJB*Z31        8            3            No J, Cont./Drywell Purge Sup.        1HVR*A0V123            1KJB*231        8            3            No
! u' Cont./Drywell Purge Outlet      1HVR*A0V128            1KJB*Z33        8            3            No i    Cont./Drywell Purge Outlet      1HVR*A0V166            1KJB*Z33        8            3            No Post-Accident Samp. Sup.        ISSR*S0V130            1KJB*Z6018      10          3            No Post-Accident Samp. Sup.        ISSR*SOV131            1KJB*Z601B      10          3            No
 
          /
TABLE 3.6.4-1 (Continued)                                                      ,
CONTAINMENT AND DRWELL ISOLATION VALVES
!B cm
$  NOTES
[  (a) Subject to a Type C leak rate test at a test pressure of 7.6 psig except as otherwise noted.
(b) Also isolates the drywell.
~
(c) Testable check valve.
(d) Isolates on MS-PLCS air line high flow or MS-PLCS air line header to Main Steam Line low differential pressure.
(*) Receives a remote manual isolation signal.
II) This line is sealed by the penetration valve leakage control system (PVLCS). The combined leakage from
{      valves sealed by the PVLCS is not included in 0.60 La Type B and C test total.
i  (9) This valve sealed by the main steam positive leakage control system (MS-PLCS). Valves sealed by the O      MS-PLCS are tested in accordance with Surveillance Requirement 4.6.1.3.f to verify that leakage does not exceed the limit specified in Specification 3.6.1.3.c.      This leakage is not included in the 0.'60 La Type B and C test total.
(h) Not subject to Type C leakage tests.      Valve (s) will be included in the Type A test.
(I) Valve is hydrostatically leak tested at a test pressure of 8.36 psig (1.1 Pa). The leakage from hydrostatically tested valves is not included in the 0.60 La Type B and C test total.
( ) Not subject to a Type A, B, or C leak rate test.
(I) Valve groups listed are designated in Table 3.3.2-1.
(no      lve IE51* MBVF076      is nel requded de be OPEEABLE        lhromb Oc4ebge 4,11% .
_ - _ _ _}}

Latest revision as of 04:44, 31 December 2020

Proposed Tech Spec Changes,Adding one-time Footnote Removing Operability Requirements for Primary Containment Automatic Isolation Valve 1E51*MOVF076 Through 861004
ML20203N142
Person / Time
Site: River Bend Entergy icon.png
Issue date: 09/17/1986
From:
GULF STATES UTILITIES CO.
To:
Shared Package
ML20203N130 List:
References
NUDOCS 8609230163
Download: ML20203N142 (3)


Text

_ e4 - 4 me. E tm V a - m-- -4J+- a .A k.

s ENCLOSURE 2 PROPOSED REVISED RIVER BEND TECHNICAL SPECIFICATIONS d

i 4

i 4

r i

i i

i l

1 1

4 i

l 1

i g

l l

TABLE 3.6.4-1 (Continued) 2.

CONTAINMENT AND DRYWELL ISOLATION VALVES g

, g.

SECONDARY

$ PENETRATION MAXIMUM ISOLATION TIME CONTAINMENT SYSTEM VALVE NUMBER NUMBER VALVE GROUP ()) (Seconds) BYPASS PATH e

$ (Yes/No)

-n

>

  • a. Automatic Isolation Valves

! 1. Primary Containment (a) (Continued)

RHR & RCIC Steam Sup. 1E51*MOVF063 g 1KJB*Z15 2 9.9 No RHR & RCIC Steam Sup. 1E51*MOVF076 1KJB*Z15 2 13.4 No l RHR & RCIC Steam Sup. 1KJB*Z15 2 9.9 No RCIC Pump Suc.-Supp. Pool 1E51*MOVF064(3) 1E51*MOVF031 1KJB*Z16 2 30.5 No m RCIC Turbine Exh.-Supp. Pool 1E51*MOVF077 1KJB*Z17 3 14.2 No

} RCIC Turbine Exh. Vac. Bkrs. IE51*MOVF078 1KJB*Z18B,C 3 16.5 No Cont./Drywell. Purge Sup. 1HVR*A0V165 IKJB*Z31 8 3 No J, Cont./Drywell Purge Sup. 1HVR*A0V123 1KJB*231 8 3 No

! u' Cont./Drywell Purge Outlet 1HVR*A0V128 1KJB*Z33 8 3 No i Cont./Drywell Purge Outlet 1HVR*A0V166 1KJB*Z33 8 3 No Post-Accident Samp. Sup. ISSR*S0V130 1KJB*Z6018 10 3 No Post-Accident Samp. Sup. ISSR*SOV131 1KJB*Z601B 10 3 No

/

TABLE 3.6.4-1 (Continued) ,

CONTAINMENT AND DRWELL ISOLATION VALVES

!B cm

$ NOTES

[ (a) Subject to a Type C leak rate test at a test pressure of 7.6 psig except as otherwise noted.

(b) Also isolates the drywell.

~

(c) Testable check valve.

(d) Isolates on MS-PLCS air line high flow or MS-PLCS air line header to Main Steam Line low differential pressure.

(*) Receives a remote manual isolation signal.

II) This line is sealed by the penetration valve leakage control system (PVLCS). The combined leakage from

{ valves sealed by the PVLCS is not included in 0.60 La Type B and C test total.

i (9) This valve sealed by the main steam positive leakage control system (MS-PLCS). Valves sealed by the O MS-PLCS are tested in accordance with Surveillance Requirement 4.6.1.3.f to verify that leakage does not exceed the limit specified in Specification 3.6.1.3.c. This leakage is not included in the 0.'60 La Type B and C test total.

(h) Not subject to Type C leakage tests. Valve (s) will be included in the Type A test.

(I) Valve is hydrostatically leak tested at a test pressure of 8.36 psig (1.1 Pa). The leakage from hydrostatically tested valves is not included in the 0.60 La Type B and C test total.

( ) Not subject to a Type A, B, or C leak rate test.

(I) Valve groups listed are designated in Table 3.3.2-1.

(no lve IE51* MBVF076 is nel requded de be OPEEABLE lhromb Oc4ebge 4,11% .

_ - _ _ _