ML20033D243
| ML20033D243 | |
| Person / Time | |
|---|---|
| Site: | Clinton  |
| Issue date: | 11/30/1981 |
| From: | Geier J ILLINOIS POWER CO. |
| To: | John Miller Office of Nuclear Reactor Regulation |
| References | |
| U-0352, U-352, NUDOCS 8112070433 | |
| Download: ML20033D243 (4) | |
Text
r~
"3 i
ILLINOIS POWER OOMPANY f3, g3 (33_39y_g 500 SOUTH 21TH STREET, DECATUR, ILLINOIS 62525 November 30, 1981 TLl1%
Mr. James R. Miller, Chief bd Standardization & Special Projects Branch kf.
//
p
/!'/s Division of Licensing f u,OgC./. /8 'g Tg
~
Office of Nuclear Reactor Regulation
^ N,, gg U. S. Nuclear Regulatory Commission tr 87 Washington, D. C.
20555 9,,h) [TM
Dear Mr. Miller:
Clinton Power Station Unit 1 Docket No.
50-461 Attached are details related to the following item which was discussed with Nick Fioravante Auxiliary Systems Branch, during a meeting of November 30, 1981 to resolve issues for the Clinton SER:
ISSUES MSIV Leakage Control System The above item is considered by the NRC and IP to be closed for CPS Licensing purposes.
Sincerely, ON J.D. Geier Manager, Nuclear Station Engineering Attachments cc: J.H Williams, NRC Clinton Project Manager H.H.Livermore, NRC ilesident Inspector N. Fioravante, Auxiliary Systems Branch l 9i \\
8112070433 8111
-PCR ADOCK 05000 1
_. E..
P
Section 6.7 Main Steam Isolation Valve Leakage Control Sys.
The applicant should correct Section 6.7.2.3a of the FSAR and propose a MSIV leakage rate test frequency consistant with the Standard Technical Specifications.
Response
MSIV-LCS testing will be in accordance with NRC Standard Technical Specifications.
See attached copy of the draft CPS technical specifications.
Action Required None
//'
f
\\
l
\\
\\
- CONTAINMENT SYSTEMS s
MSIV LEAKAGE CONTROL SYSTEM (Opt-cnal) h LIMITINdCONDITIONFOROPERATION 3.6.1.4 Two independent MSIV leakage control system {LCs-)-subsystems shall be OPERABLE.
j
\\
(ha rV -tts.)
~
APPLICABILITY: '0PERATIONAL CONDITIONS 1, 2 and 3.
's ACTION:
\\_,-
W With one HSIV leakage control system subsystem inoperable, restore the M. y-inoperable subsystem to OPERABLE status within 30 days.
(Operation may then 1
continue if the secondary containment bypass lokage is within the limits of Specification 3.6.1.2.c when the MSIV leakage is included.
Otherwise,) (m9 be in at least HOT SHUTDOWN within the :
,within the following 24 nours.
1 ext 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> and in COLD SHUTDOWN s
SURVEILLANCE REOUIREMENTS 4.5.1.4 Each MSIV leakage control system subsystem shall be demonstrated OPERABLE:
At least once per 31 days by verifying:
a.
f 1.
Blower OPERABILITY by starting the blower from the control room and operating the blower for at least 15 minutes.
l 2.
Heater OPERABILITY by demonstrating electrical continuity of the *D heating element circuitry.
b.
During each COLD SHUTDOWN, if not performed within the previous 92 days, by cycling each motor operated valve through at least one completie cycle of full travel.
At least once per.18 months by performance of a functional test which c.
includes simulated actuation of the subsystem throughout its operating 1
b $"
sequence, and verifying that each interlock and timer operates as designed, each automatic; valve actuates to its correct posi-tion, the blower starts and develops at least the below required vacuum at the rated capacity,and t.e healer
+
(
' es cules.
Lemperutses r ~ c to 1 (- )4 nimh4
~
g 1.
Inboard valves, - (60}" H 0 at(100 scfa.
3 to 2.
Outboard valves, -
}"H0at scfm.
y verifying the ficu, s
- tcE H
d.
p prc= ure, tem to be OPERABLE bv performance of an &perature-and te:2? instrumentation e,.G
-/ a h / c d %,. /. V- /
w aeiIlune a cm d o -wds
~
1.
CHANNEL IUNC-T-IONAL TEST at least-or:ca par 01 days, and-d $(l l
=2.
CHANNE4:-C4L4BPJ, TION at least--onec par 10 ccaths,\\
. with h5$bll6u)in3 3 eb Oin F
a.._
~
- 1. M -V-v r,,M -C M setpoint a p M.C A setpoint @Q T g l and.
- t, 3. 5 2.
Po
,ce N
^Q Ggit}/ 3 w.-
~.
F d Re dn >t Tie am x.
- .= a m _ :s '.tg (~
gg rs)-jp rW %O ic I%
D Yo n, PinusnP-T
.qg;w_e um gg&$h,.:'Y-G Y' H, 'D -
flh f
r
@:W@;,m+;.r7-W M U Ms 272.
~
s
....... ogAjs.,7
. w mcyssenn ~%gggg~mwas h 46 m shm muEgg),@ggl
~~
La
I 4"g.
t'A r&
[f},
l,i
\\
RE l Mr p'.f.(',h 3
, h'.E?.\\
-2
%.r; 01, x7
.r:
%:.n' R
s w
-.3L.E4.6.1.Y-1 3,'8 5 ~
T/.-
. 4 p.
Y
.a u (F
MSIV LEAKAGE CONTROL SYSTDI INSTRUMENTATION SURVEILLANCE REQUIREMENTS yj.,. i..
YY CHANNEL
,I.'
- CiLUE;EL-FUNCTIONAL CHANNEL
$;6r INSTRUMENT
.ELAE-TEST CALIHRATION i4.r v.r-i 0.c;g;;c.;'1.-
tY FLOW 7
')7 o m=v.Le - 0 64 flg..-sn.* L n L1 R
i W,i,.x
_s.
~
~
jn g
n c.s a;.
- v.....
y a-
-- - _7-7-- --- z, xMgu g....
a.
g STI.b" 2.
PRESSURE
=,4 3
{.y~ib %
M1 J I,v ~ L C V P rt < n.s g,-3,yf.,f4 R
- p%,
h
... g a
g
. $.. g.
- e. _
);
a a.
gd.6q%,
Q g.
4.i ;.
h_ P o, :. 4 o Pa ersu e e.
~
y; g
~ ~ ~ ~ ~ ~ ~ -
.. o M
g]
z
~
k 3..
TEMEriRATURhf /m V-t e mW.namuRG d.. _ _ _ _. -. _
_ _.. __ g l
<*L l'1 11 V - L. -
MRD
- T*. w, ee c,; fuw: -f.i.it &
O_
R p(0 y,
,s,
g.
..._...a..._.
n..
.g..-..__...__.
w
. *
- L ff
_Q
- f-y
- p,
'4.,
'I ".T!. P q - S ru ;: e. O i f:f er o lic /
jQ Q.
_f...._.............
. Qf,;*;.': "
- d o.
r, r
. sa o
__.._.._._.h__
L'W; e. m u,me2.m_a e.. =.,, w_........
n.... _. _.
....._..... a a
o p - o,,1sa, n..
q - n.x; u.
6
- v..
e.y.. ',
<.% %',C';
.4.'. V ;
e fp gin.":=
i fik ". f s
<,y,..%. j. G..;i '.
s
- }- @.$Ek,:[?.y s 2l n.
\\
1'
.a.
p.< 4 A :. w t
- $ n.c 5
E 3/4 6-Z? 7b
@AWAWh:.
ME.
q;p 5%dfV SNM?lA$lG, -
n
_ _ _,