ML20236W372

From kanterella
Jump to navigation Jump to search
Proposed Tech Specs Revising Table 4.3-2 by Adding Table Notation to Clarify That Verification of Time Delays Associated W/Esfas Functional Units 8.a & 8.b Is Only Performed as Part of Channel Calibr
ML20236W372
Person / Time
Site: Callaway Ameren icon.png
Issue date: 07/30/1998
From:
UNION ELECTRIC CO.
To:
Shared Package
ML20236W365 List:
References
NUDOCS 9808050239
Download: ML20236W372 (12)
v • d • e


Text

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

ULNRC- 03873 i

ATTACHMENT TIIREE PROPOSED TECHNICAL SPECIFICATION REVISIONS i

1 t

l-9900050239 990730 "

PDR ADOCK 05000483 P PM g

r c w  !

UO Xw w .* +

w l 55"

  • -=

m .

.= .=

-- d. o3 m m m W3ww a m , m .

W >m N

. . . + +

N N N . .

CEE N O O D to = =

  • Nm mm Zwm- ** - -

w ,.

w>

> <t >- . . .

aC J @ m .

m Jww et. eC. *C. m se

. . i mEP, Z Z Z w en. C a:c. aC.

i cr Z c) Z G Z Cd c w >-

m . L 4 .

et. aC. -

> - at >- aC. w m -J m Z Z Z aC. 3 et. at.

j Z! arww Z Z cr Z Z l X.' m & ej -

.O. p l cc

+- ZM a; 1

i

  • C OW U

>- =>.- . C Z 6-m m w at u eC. at.

Z aC. .C.

- ag D D- Z Z Z - .C.

C t- c Z Z =

Z Z

>- UC c) ve *C - J >

L

.Z. J p 1 sg m e Z l w

Z Z O C A O 1 yqq y<

- - t-- m.

&- w >-

= o 4 l<

"O m Z at u < Z

...J Ca >- w Q. ::;3 - cc t- cc c .

= m aC. U Z Z Z = e-- > w M .

aC. c3 C w c: U w C. w Z Z Z m

- 2 Cc e- e:; C O p- C

=a -

C .O - 3 J o +-- o <C v at w Z .h a w D cc C c; V- J- w N U w O w t-- . . m I

I <C U 2

C 2" *: Z m . .

m. J Z ct 6- eC. aC. cr w

s.h < == <C w to Z Z aC. - cC. aC.

I,.J w Z = CL w =

CC aJ EX V O V- w Z Z LJ D *==

J e- w Z  %

t C2 < > O o

< w cc w n<

i

+= W D >= a .

m, q 4  !

>* J st b.J CE 2 C)

> R V \

+-- CC.  % C W Z CQ edC. o Cg Cg w Z- Z .c cf J Z m

  • C Z CC M WU a

w J E w I w

CC Z hf .esJ w Zu . .

CC L.J . .=%

Z Z= m *C. EC. m CJ Uu V CC. *C.

T o C)

Z Z m Z CJ 4.r.

  • =.*

Z 3 Z 3 kJ C. t

  • J L Gl C C) L C3 o 3 63 o CC 5 m U o &M ** o o re I

l

%=. L J C

oJ m =.o

=- e f I =J

= GI se sa G) e L G1 L CJ -M 3L CJ 3 C Cn Cn o '

tw fu o .C o Gb ed 99 C. *o C,, > 33 sa =

m of re >

ed m

M ZE c) o +e *d *

.,,.J

-.-*J ee Cn en 3 CJ C .C o. UUM e- to e- *o 3 h - C. 6o U E at eC C i3U o es oU t 6 - - c) >- > 'o GJ O et L h ed

  • J  ::3 m - *a *m L o L se j

GI l Gb L U

    • - V) U 'O M CJ C L U> UL 1 W W u  % se 3 === C % * > GI C == CJ 'O tw 3 m ed 'o Cn

- o o se -m C sa tw m M Q1 % 3 C% C $1 i Z h 8 3 - U CJ J- A o 3o DO

.3 L m C."o - c. -E EUh o - es V *J C re m -

xE3 >- C Cs > M > 'O

  • J C o = tn ,
  • d i - 6. CJ, c = mo ,e - m-6 4*- 4m # **-

.c - a *-6 =X cu , E.

oe r o re o o u Z -

o J

=c oc ce v m .c J ee l'

.C x es C M D . . . M e- C w en 3 o . . o .

u .C Cc v = .c m

Z J ,o .o

! m .

i w e ~

m CALLAWAY - UNIT 1 3/4 3-36a Amendment tio.43,9," 91

}

8 _ _ _ - - _ _ . _ - _ _ - _ - _ - - _ - - - _ _ - - - - - - - - - - - - - - - - - - - - - __ - _ _ . - - - - - - - - - - - - - -- J

j1l)1iIlljjlllil !l!  ;  ! i 4 ,l 1

- l E -

CD s l

NE 4 h i AR +

CLI .

6 t

n o o i.

l LU 3 3 3 3 oe t n l

i IQ .

mh t

f s o

SWEE .

ro n

4 . .

t d E VR 2 25 2 2 8 o n DRR a

l l

OOUS l . l 1 n is o

~ MFSI A 1 A 14 1

. . i rn po p

t 1 rh s EY s et pi w

ds ei i e r

r s1 VAT . ) .

t . . .

e mv o t ALS A. 3( n A. ro A. cd c A LEE e A. A. ne or SRT N 0 N mN e

N N ot s

fp h r c c

r R i te st ee ph i

h c EY TAT )

u q

a en T w e v

SLS 1 e A.

s A. A. e 6 u

l AEE ( R A. A. e i

MRT N M N N N N e tb a

et d s N T c

n dv e

cs nr ai n

a x O

I NS OE IT )

l a

)

ea th l f l

5 s.

T T 2 l

s is s A i 2 ey er e T

N E

M AC UI TG C) f A.

. )

1

(

(

)

1

(

e v

r u

(

)

1

( A.

A.

S I

S b

t e et h

vu rc uc so d

M o .

W U

R Ai N M M S M N N B

A l s s

er i n

6 d

S*

T n l e he n S L o T al t v E a I

N

~

. G N

A N

O i

t a

S E

T hn su dheB eccA e .L 5

f

)

d e Y M

E T

S S

T N

I

. TET

. ACA PUIRT ITVES

. I '

l i

o s

D E

RTho ESwh

.iu hs cr dinR ihaE vwlP o lO d

s o

e g p

M E A. A. r .i u S M RCEPE " A. A. GE . p6 e e n E TADOT R N N A N N R S GT 4 n 8vb n i N R " A 12 e19r N i t O I L e O TC4 p 1 uo C

n o

I T

A U

Q E

A N

s a

I T

A SI7g aO GKn i

oe dc1 sd l .st b

s u ~

( U R O h T Ldd ey ie E=

LI P n ne 2

T C E GET O N oNae iCehr f nti E

L -

3L

- A S

C N

A ONA LNRT AAES l

l a

. E sI O

yT 0 e

.cx iru roJf q A ef oe u B R

f 4 E L Nl PE i A. A. A. A. A. LB aA4 v r r E ACOT 17 R L N N N r N Q N dU7N doe P E U o A TKW ee cs I

f T O L T E N 2C

.O bveni n B A V O e 6A D i ga d o A E R v 0T l aamr e is I

1 F U ye3V l wt re t S

LA T o rh6i l a uoc .a Y b etKS heof nri T ER a v sb reoc r.

E NB NI . . . . .

emo4L .D 6 yn pqa s geut o y

F .

A AL A. A. a tr2O ers S

l iA A. . A. A. sf6C 1 ai 2ml msea l

CC N N N R e D

3 N N a ed K

.h G yueor en e r d 0

E m l e c Ncff nGo R L E

e d2a ne o f e

E t t u2e 2ert l E NK I al6 5u ef ed N

1 C . . . . . cK g qt s o s e Wl e A.

I G

N I l CC E

A. A.

N N A.

N e

S N N A. A.

N dx t

ee 0r

.i n dese nrrrnii afi oDuy er . H~

E s se2u f ei ql sk eb6d 6h rt yen n

nn oo nn oo) o y n

ec ro e ul r'

. t ea y

K

.d n 1t 1 nh 0 ot2 pe yn earcro%c on t r u bm2a Gm g0 n r n gl oS o n i i iiS i c ae s 4 0 .N i i o tt ttA t n et s - lk6 g s 8n .weot .

t i aa aaF a e Fn e P l c K n y21i 4 o m a a t uu uuS l g I r ae i a5 w dEsl i l a tt) ttE o r y P .

hhsld dont o o i ccS cc s e t m p scye sel ouE s to s ti AAP AAP m ee r a u 0 r il i h L yi d.

I i I S O Er ft e r n yl f 9 ef otsBt n cdS cdB " e as z T i t ee kif a Air mI in( i n( A rc Syi aiRrsac ceRl e e T o ta ta " en S r r ru ueetihEit I

N ol a R a mcy s a mcy edu s de d en s u

t o t nt i p nib s ai g o r p r f t P Oaw b a S<t U u oia oia s eq ro s1 c hteiv t cy rd <

n t gl t gl a he ei e1 a L

l o a uoe uoeh SS et r - e cncreeesel eee e A r M ALR ALR P na PP R EaC o E dxpT u rih e pn h p e V T rSOtOf N t dd iu O n aa gt I

T o

C a b c

d LL

. oo nc .

EA a b C

N . . ))) ) )

U .

0 1 123 4 F 9 1 1 ((( (# +

u (a D hgE* 55l -

' uA w S f 9olecete e degreded

'; cit:ge ci;.;l if tl,e weitew n 610 epproxi;;tely 00! for ;-

10 9 tin. .2'N.fEg7 /f 5',7-/f/

(continued)

CALLAWAY PLANT ITS BASES B 3.3 151 5/15/97

t

  • INSERT B 3.3-151 Once the bistable has actuated, a timer in the LSELS circuitry provides an 8 second time delay to avoid false actuation on large motor starts other than an RCP. There are four of these 8-second '

timers per bus, one for each degraded voltage channel. The b! stable outt uts are then combined in a two out-of-four logic to generate a degraded voltage signal if the voltage is below approximately 90% Orice the two-out-of-four logic is satisfied, contacts in the bus feeder breaker trip circuits close to arm the tripping circuitry. If a safety injection signal (SIS) were to occur concurrently with or after the arming of the trippiag circuitry, the bus feeder breaker would open j immediately, a bus undervoltage would be sensed, and a LOP signal would be generated. Should i the degraded voltage condition occur in a non-accident condition (no SIS present), an additional )

i l I second time delay is provided. These time delays are specific to the feeder breakers (2 per l bus). If the degraded voltage condition i:: not alleviated in the overall 119 seconds (nominal  ;

delay), ne bus feeder breaker is tripped. l I

s l

l

e . . (

<  : j LOP DG Start Instrumentation B 3.3.5 s'y l BASES ACTIONS DJ (continued) cre/titions from full power conditions in an orderly manner and without challenging plant systems.

Ed Condition E applies to each of the LOP DG start Functions when the Required Actions and associated Completion Times for Condition A. B, or C are not met when the associated DG is required to be OPERABLE per LC0 3.8.2.

In these circumstances the Conditions specified in LC0 3.8.2. "AC Sources-Shutdown" for the DG and offsite circuit made inoperable by failure of the LOP DG start instrumentation are required to be entered immediately. The actions of that LCO provide for adequate compensatory actions to assure unit safety.

SURVEILLANCE SR 3.3.5J REQUIREMENTS Tie breakers 52NG0116 and 52NG0216 shall be verified open once every 7 days. This frequency is based cn Reference 4.

x  :- ~

lou of vsIh a ed da n/ad vs/%<

SR 3.3.5.2 Infd 'h +1,eylTELS i o,y c c i,cul-hr.

SR 3.3.5.2 is the performance of a TAD 0T. This test is pe formed every 31 days. The test checks trip devices that provide v ctu; tier, ;ign2 directly, bypaccing th :n&g precert contrel- l cquip ,; rit. For these tests, the relay Trip Setpoints are verified and adjusted as necessary. The Frequency is based on  !

the known reliability of the relays and controls and the  ;

multichannel redundancy available, and has been shown to be  ;

acceptable through operating experience.

2~A4rG21' 8 2.3-/S7 l SR 3.15.3 l

SR 3.3.5.3 is the performance of a CHANNEL CALT9R^. TION. l l

l l

(continued)

CALLAWAY PLANT ITS BASES B 3.3-157 5/15/97 1

E l INSERT B 3.3-157 The SR is modified by a Note that excludes verification of time delays from the TADOT.

Verification of the time delays for the loss of voltage and degraded voltage functions is only performed as part of the CHANNEL CALIBRATION (SR 3.3.5.3,.

i t

r  ;

LOP DG Start l' instrumentation B 3.3.5 BASES -

SURVEILLANCE SR 3.3.5.3 (continued)

REQUIREMENTS The setpoints as well as the response to a loss of voltage and a degraded voltage test, shall include a single point verification that the trip occurs within the required time delay.3 Zh/.fE#7- 8 7. 7-/U A CHANNEL CALIBRATION is performed every 18 months, or approximately at every refueling. CHANNEL CALIBRATION is a complete check of the instrument loop, including the sensor. The test verifies that the channel responds to a measured parameter within the necessary range and accuracy.

The Frequency of 18 months is based on operating experience and consistency with the typical industry refueling cycle and is justified by the assumption of an 18 month calibration interval in the determination of the magnitude of equipment drift in the setpoint analysis.

SR 3.3.5.4 SR 3.3.5.4 is the performance of the required response time verification (see al.to SR 3.3.2.10) every 18 months on a STAGGERED TEST BASIS on those functicns with time lime provided in Reference 5. Each verification shall inclur.'a at le:m one train such that both trains are verified at least once per 36 months.

REFERENCES 1. FSAR, Section 8.3.1.1.3.

2. FSAR. Chapter 15.
3. Calculations NB 05 Rev. O Addendum 2. NB 05 Rav. O, and E B 21 Rev. O.
4. Callaway OL Amendment No. 99 dated April 18, 1935.
5. FSAR Table 16.3 2.
- 6. - NRC Branch Technical Position PSB 1.

[ l I CALLAWAY PLANI ITS - BASES B 3.3 158 5/15/97 L

I

a ,u  ;

e ,a INSERT B 3.3-158 Verification of the time delays for undervoltage relays (1 second nominal) in the loss of voltage function (NB01011271DG, NB01131272DG, NB01161274DG, NB01171273DG, NB02011274DG, NB02101271DG, NB02161272DG, and NB02171273DG), for LSELS timers ,

(8 seconds nominal) in the degraded voltage function (NFKS5000A&B, NFKS5001 A&B, i NFKS5002A&B, and 'NFKS5003A&B), and for time delay relays (11I seconds nominal) in the l degraded voltage function (NB62RP332TDENB01, NB62RP332TDENB02, NB62RP333TDENB03, and NB62RP333TDENB04)is performed during the CHANNEL l CALIBRATION.

l I

l 1

l i

I

_ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ . -

Retrieved from "https://kanterella.com/w/index.php?title=ML20236W372&oldid=3171276"