NRC-87-0164, Proposed Tech Specs Correcting Footnotes Which Specify Type of Leakage Test Required for Various Valves in Table 3.6.3-1

Proposed Tech Specs Correcting Footnotes Which Specify Type of Leakage Test Required for Various Valves in Table 3.6.3-1

ML20235A162
Person / Time
Site:	Fermi
Issue date:	09/15/1987
From:	DETROIT EDISON CO.
To:
Shared Package
ML20235A148	List: ML20235A144 NRC-87-0164, Proposed Tech Specs Correcting Footnotes Which Specify Type of Leakage Test Required for Various Valves in Table 3.6.3-1
References
CON-NRC-87-0164, CON-NRC-87-164 NUDOCS 8709230225
Download: ML20235A162 (9)

Text

.

September 15, 1987 15C-87-0164 Page 1 ENCLO6URE 4 PIOPOSED PAGE CHMGES 8709230225 870915 PDR ADOCK 050 i

P

I i

y l

EM~

I)

Ts M

d UNn moo II c 0

0 0

XTe 5050 00 00 00 22 62 AAS 1616 66 66 66 55 31 ML(O S

I y

S a

8 E

r V

p L

S A

)

V d

d a

e N

e s

u O

H e

n I

v i

T d

l t

A r:

a n

L a

V N

o O

s g

n C

S e

n o

(

I v

i i

l l

s t

1 T

N m

e a

o e

a 3

E e

v s

V o

v l

M t

l e

C l

o 6

N s

a v

n a

s I

y V

l o

n V

I 3

A S

a i

w T

n V

t o

n y

E N

)

o a

d o

a L

O

)

R i

n l

t i

r B

C d

H t

o o

u t

p A

e R

s a

i s

h a

S T

Y u

(

e l

t I

S l

R n

v o

a o

d A

i l

l s

l t

l s

a M

t a

a I

o s

a I

e I

n v

V s

e v

H R

o o

t I

T o

n P

C m

n s

/

m o

l

(

e o

e y

y e

i e

R i

T a

a R

t s

)

t

/

r r

c s

a t

a g

p p

t u

e

(

a l

n S

S a

S V

s e

o i

e e

H s

l l

l H

g e

v I

o o

o n

98 r 23 l

l AA88 o A8 o A8 o A8 l

i 00 u 22 a

a y 6161 C 44 P 77 P 88 a l

00 s 00 V

u a 1212 22 22 22 u o

FF s FF R

d r 0000 t 00 n 00 n 00 d o

e - -

E n

i p FFFF n FF o FF o FF i C

11 r 11 B

o s

S - - - - e - - i - - i - - s 11 P 11 M

i e

1l1l m 11 s 11 s 11 e n

EE EE U

t R

l 1l1l n 11 s 11 s 11 R w

r N

a l

EEEE iEE e EE e EE o

o

t l

e a

r r

d O

o w

t p

p t

d c

d 4

u dr a dr p

n : :

N s

3 y

: p ::

A I

r A B

o AB u AB u AB h

ra e ra p

O C

S S

p S

ao R ao N

c u

p p

pp pp pp u ob ob O

i o

R o o

R oo R oo R oo o R

bt R bt I

t r

H o o

H oo H oo H oo r H

nu H nu T

a G

R L L

R LL R LL R LL G R

IO R IO C

m N

o U

t F

u A

3 4

EVLA V

A yE t ggy w [4" 5

L iL (l

ll l

l

p EM I)

Ts M

d UNn moo XT e 55 00 0

0 00 00 0

II c AAS 11 66 1

1 66 66 6

ML(OS I

sre kaer B

S m

E u

h'

)

VL u

c C

(

c

(

A a s

)

)

V V e

)

d d

v d

r e

N u

O m

m l

r a

n I

e e a a

o i

T t

t V

o b

t A

s s

b t

n L

y y n n

u o

0 S

S o

I O

i

(

(

C 5

(

1

)

)

t

)

C C a m

m S

T_

I I

l e

e M

A 1

)

N C

C o t

t W

3 E

R R s s

s T

d M

(

(

I y

y

(

(

)

S S

6 N

I g

g r m

b 3

A n

n e

)

)

e)

(

T i

i k U

U td s

E.

N l

l a

C C

sI e

i O

)

o o e W

W y) v P

C d

o o r R

R SD l

A e

C C B

(

(

I a

)

t s

V d

T Y

u R

n n s n m p

p n e

(

i o e o u u

u e v n

)

M t

i v i u n

n m

l o

b

.A I

n t

l t c a

a e a i

(

R o

a a a a e

e g V t

s P

C l

V l

V l

l a

a e

(

o o

C C

n n l

v s n s e a o o

l i

s a

)

I o

I n

r r

M a

i i

e e

t I

V

(

e t e L t

t r a s

r a r

a a

e l

e n

e o

l o t W

W t

o n

o v

C o 78 C s 1

4 a s i

i l

s 00 u

r 0 r 0 W I

L ta a

r I

00 r a o 0 o 0 V

o FF o h t F t F s e t

l R

t e - -

t x c -

c -

u n s

o E

n c n 11 c E a 3 a 3 r i e

s 55 a e 3 e 3 o L T

I B

o a i M

i e L EE e e R G R G T R

S n

U t

R R

n i

H S

i N

a m

R C

a b

l a

1 d 2 54 76 r 021 D

o e

d r 24 0 N

s 8 t d r 9 u 68 1 d 1 r 1 o 00 o 00 D 0000 A

I S

ra T 00 r

a t 66 t 66 p

ao p FF p a p o p FF FF s F N

c u C ob u C - -

u o u b u S S

u O

i o

I bt o I

11 o b o t o M 11 M 11 r 1 I

t r C nu r C 55 r n r u r W 55 W 55 o T

a G R I O G R EE G I

G O G T GG T GG T GGG C

m N

o 2

U t

0 1

F u

9 1

1 1

A 8

EVLA S

V A

m93. C5[

w A a 7, v

M I)

Ts M

d UNn moo II c XT e A

000000 AAS 555 N

666666 55 55 6

O ML(

S I

)deun i

t n

8 S

o E

C V

(

L A

m

)

V e

d t

s e N s e u O y v n

I S

l m

i T a

e t A n V t

n L o

s o O i n y

C S t o mE S

( I a i e

O s

l t

t d y

e l

1 T i a s n v

p

- N t

l y a l

p 3

E n o S

a u

M e s D

V S

6 N V

)

I P

n c

3 A l

I C

o i

T o e T

E N o

(

i t

t a

L O

)

P n

B s

m a m

B C d

e m e e

l u

A e n b

, e v t

o e

T Y u o m

o A t l

s s n

R n i r

s a y I P

A i s M

t s u 0 S e

t.

P 2 y V S

I n e e 0 n

p g n es R

o r r F g o m r e v P

C p r o -

n i u u m

l

(

p i

c 1 i t P P n a u A 5 t a

i V

)

S n C r l

n l

a a

I e o o a t

n

(

d s n s i e n o s n a g e I I

t S o i e a n v a

A8 A8 C t v

2 i

l n

l 534678 l

s 44 66 a 12 l

l N

s a e o 555555 u p 11 11 y

l 00 a

l r V g r 444444 c m 00 00 r o 66 44 V e l

e o t FFFFFF r u FF FF a s FF F R

w o v

l r n - - - - - - i P - -

m I

E n y o a

l t

o 888888 c 11 i 99 B o r P r a i C 444444 e n P1 5

33 r

l 44 M i D T B N TTTTTT R o PB 8B P l

TT U t n

e i

e N a -

o m -

r t

w l

i e

u a

y D o 4 s 459 5 t 6 s

d 7

l d

8 r :

N s 1 s 000 1 s 1 s dr 1 u d r

1 D d A

I e 444 y

e ra c r a

r p r FFF p S p r ao p r a o

p o a N c u p - - -

u u P ob u

i o b

u t o

O i o p 888 o p o bt o c b t

o b

I t

r u 444 r i r 2nu r e n u

r 2 n T a G S TTT G T G N IO G R I

O G N I

C m N o U t F

u 4 5

6 7

8 A 1 1

1 1

1 E

V L

A V A

[g~[hc o

e1 mE" t

yIi EM I)

Ts M

d UNn moo II c XT e A

A A

A A

A A

AAS N

N N

N N

N N

ML(O S

I

}

N I

ev l

S a

E V

VL s

s A

s e

)

V s

a d

e p

v l

e N

v y

a u

O l

B V

n I

a i

T V

e t

A v

I n

9 o

n L

l l

o O

o a

I it C

S r

V a

(

I tn n

I l

1 T

e o

s o

e s

V N

C i

3 E

t v

I

)

M e

a l

n b

h a

6 N

g l

o

(

I a

o V

3 A

k s

[

i s

d t

e T

a I

E N

e e

e a

v L

O L

d t

v t

l B

C r

a l

n a

A

)

a r

a e

V T

Y V

o e

V m

R I

b

)

p u

n A

S n

I O

n r

o M

M I

I o

t i

I

(

s r

i s

t R

)

n e

o t

n a

P s

o v

t a

I lo I

e i

l o

l s

v t

a M

o m

s e

l c

V s

e I

v a

u n

I t

l V

S n

o A8 s

2345 n a

o i

77 e y

1111 o V

n g

i t

00 n S

4444 i

o n

t a

00 i FFFF t A8C0 n

i i

a AABB l

FF L n

- - - - c 4444 o

t l

l 5050 u o

1111 u 0000 i

a o

o 1111 c 11 h i

1111 S 0000 R

t l

o s

0606 r 11 s t

EEEE FFFF E

a o

C I

FFFF i EE u c

s l

s c

l e

u 1111 e

o I

n d

1111 e F

t r

1111 U

s w

r 1111 R o

I o

EEEE p

d 5 r I

I T

N I

m o

a EEEE a

d o

s CD n P

D l

e 4 t 8 b p // a 6

n n

p m

AB 2 r o

o m

N a

t 3 u 0 n A

u S

4 h 6 I A

B u

p 0 o i

i u

ABCD n

F S F P

ss u F t s

s P

N a

n I

p p

pp m c i i pppp O

M i

1 R 1 C o

o R

mm r 1 a v v

R mmmm H

uuuu I

a 2 H 1 P o

o H

uu a 1 e i i T

e M

B R E L L

L R PP W E R D D

R PPPP C

t N

o U

m F

e R

1 2

3 4

5 6

7 EVLA V

B n*=:3 C5

• m R* TN

_ 8 I)

Ts M

d UN n MO o II c XT e A

A A

A AAS N

N P

N ML(O S

I S

f EV L

A

)

V d

e N

u O

n I

i T

b t

A n

n L

o

)

o O

i C

S

)

s

(

(

I d

s e

I e

e v

1 T

u r

l N

n p

a

)

3 E

i p

V M

t u

I 6

N n

S k

e 3.

I o

c v

A

)

C pl e

l T

d

(

%p h

a E

N e

mU C

V L

O u

n n

B C

n o

i' n

n A

i i

a" o

o T

Y t

t r

i i

D 'e R

n a

t t

A o

t v

a a

M C

n tl l

l I

)

(

e oa o

o R

d m

PV s

s P

e

)

u I

I u I r

nk n

(

t ic e

e i

s s

ae n

n t

e n

CCCC D0DD rh i

i n

v I

1234 1234 DC L

L o

l 0000 0000 C

a w

5555 5555 t p t

t

(

V o

FFFF FFFF so s

s l

ut u

u s

k F

1111 1111 aS a

a e

c 2222 2222 h

h h

R v

e m

BBBB BB8B xe x

x E

l h

a E s E

E B

a C

e r

M V

t ee e

e U

w S

C D

nv n

n N

n o

ie i

i o

l n

e e

bR b

b D

i F

i n

n r

2 r

1 r

1 N

t a

i i

ur 2

u 0

u 2

A a

s M

L L

T e 0

T 0

T 0

l s

b F

F F

N o

e I m C

C O

s c

C a 1

I 1

I 1

I I

x Ph 4

C 5

P 4

T E

g HC E

R E

H E

C r

N e

U h

F t

1 2

3 4

O 1

1 1

1 EV L

A V

D

[q,

[*

E. [

)*

T s M

d uN n Oo qpI I c XT e A

A A

A A

A hAS N

M N

N N

N t L(

I O

S I

S EV N,

L A

)

V de N

e u

O v

n I

l i

T a

t A

V n

L o

O f

s C

S e

e s

(

I i

v ev l

l 1

T e

a l

)

s N

R V

a e

V f

v 3

E e

l M

e k

6 N

n c

k v

a I

i e

c l

V 3

A L

h e

a T

C

)

h V

k E

N n

I C

c k

e L

O r

g I

B C

u n

)

w c

h 8

o e

C A

t i

T Y

e d

I l

h R

R l

s F

C t

i e

n A

M m

u v

e w

e I

)

e B

l s

o m

R d

t a

r l

p P

e s

r V

e F

i u

y o

v u

n S

t l

e e

q A8 c

a R

s E

i t

l 66 a

w r

n o

11 e

a l

e l

o r

00 R

r o

v l

f C

t FF d

r e

e

(

n o

h t

76 R

w o

88 t

t n

00 y

i o

00 r

r s

C 44 W

C FF e

D e

TT l

R v

s o

t E

l a

o d

d 11 a

o B

a G

P n

i 44 w

t a

u CC d

M V

U e

I n

q e

y N

n l

II o

t i

e l

F p

i A8 r

l o

b D

i i

nn s

00 e

0123

d 0

p N

t t

oo s

55 s

2222 y dr o

2 u

A a

s ii e

44 n

1111 b

ra t

1 S

l u

ss r

FF I

FFFF d

ao F

N o

b ii p

n ob U

W O

s m

vv p

33 0

1111 a

bt C

3 C

I I

o ii u

22 R

1111 t

nu W

3 E

T C

DD S

TT C

CCCC S

IO R

G E

C r

N e

U h

F t

6 7

8 9

0 1

O 1

1 1

1 2

2 EV L

A V

D m %'i. C5]

t'sTA i

t

,t TABLE 3.6.3-1 (Continued) 1 PRIMARY CONTAINMENT ISOLATION VALVES TABLE NOTATIONS (Continued)

15. Group 15 - Traversing In-Core (TIP) System (Continued)

NOTE: Either of these signals initiate TIP withdrawal which results in tutomatic closure of the TIP Ball Valves when the TIP probe has entered the shield cask.

16.

Group 16 - Nitrogen Ir.erting System Reactor Vessel Low Water Level - Level'2 Orywell Pressure - High T~

Fuel Pool Ventilation Exhaust Radiation - High

17. Group 17 - Recirculation Pump System Reactor Vessel Low Water Level - Level 2 Drywell Pressure - High

18. Grdup 18 - Primary Containment-Pneumatic Supply System Reactor Vessel Low Water Level - Level 2 Orywell Pressure - High

)

(b) These valves are hydrostatically leak tested.

(c) NCU Water Temperature - High automatically closes G33-F004, outboard isolation, and G33*F001, inboard isolation.

(d) Also closes automatically as a result of Torus Room Floor Drain Sump Level - High - High and Drywell Floor Drain. Sump Leve.1 - High - High.

(e) These valves may be closed remotely from or,e of the following locations:

1) control room.

2) their respective local panels.

(f) Will automatically reposition as a result of the actuation of the LPCI loop Selection Logic.

(g) Will automatically close when the corresponding RHR loop flow is greater than 1500 gpm.

c (h) ilill automatically close when the corresponding core spray loop flow is greater than approximately 775 gpm.

5 (i) Will automatically close when a) HPCI Turbine Steam Stop Valve E41-FC67 closes or b) HPCI Turbine Steam Supply Isolation Valve E41-F001 closes.

(j) Will automatically close as a result of the condition listed in Note (i),

abovp, as well as when HPCI flow is greater than 1200 gpm.

l 1

i FERMI - UNIT 2 3/4 6-46 L--

+*4

. TABLE 3.6.3-1.(Continued)

PRIMARY CONTAINMENT ISOLATION VALVES i

TABLE NOTATIONS (Continued)

(k) Will automatically close when a) RCIC Turbine Steam Stop Valve E51-F045 3

closes or b) RCIC Turbine Governor Trip and Throttle Valve E51-F059 -

closes.

(1): Will automatically close as a result of the conditions listed in Note (k) above, as well as when RCIC flow is greater than 130 gpm.

(m) These valves are actuated by remote manual key-locked switches and will cut the TIP cable and seal off the TIP guide tube when actuated. These valves are squib-fired.

(n) May be closed remotely as a secondary actuation mode to reverse flow.

(o) Valves realign automatically on a reactor scram signal.

(p) Thermal relief valves.

(q) Locked closed.

(r) Not subject to Type C leakage tests.

I

\\

l I

(

FERMI - UNIT 2 3/4 6-47

\\

J