ML20203K823

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Rev 0 to Training Lesson Plan RO-LP-202, RCS 3/4.4
ML20203K823
Person / Time
Site: Vogtle  
Issue date: 05/13/1985
From: Gethen J, Holmes K
GEORGIA POWER CO.
To:
Shared Package
ML20203K798 List:
References
RO-LP-202, NUDOCS 8608210360
Download: ML20203K823 (20)
v • d • e


Text

r Geolgia l'owel

(,t

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i rowea ornemien rec:.7.went IpMTT].

Pg l'

(.

VOGTLE ELECTRIC GENE F

= -

v TRAINING LESS0i y

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TITLE:

REACTOR C0% ANT SYSTEM 3/4.4

- R0-LP-202 DUMBER:

PROGRAM:

.SIMRATOR,,,,-,,*

REVISION:

AUTHOR:

JIM GETHEN DATE:

3/11/85

, g APPROVED: jgj DAIE:

g/j3/{

REFERENCES:

TECHNICAL SPECIFICATIONS SECTION 3/4.4 REACTOR COOLANT SYSTEM INSTRUCTOR GUIDELINES:

, ONE HOUR LECTURE WHITE BOARD WITH MARKERS

.2 u n t zoos s,

o ' a,e a v.

re s.

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te

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ever,

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a.s t-er (f.I t'e s s < +

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e7

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4 w i 8608210360 860814 l

PDR ADOCK 05000424 V

PDR 2

R0-LP-202 I.

PURPOSE STATEM55T:

TO TEACH THE STUDENT THE APPLICABILITY ANL ACTIONS OF LIMITING CONDITION FOR OPERATION SECTION 3/4.4 REACTOR C00IJ.NT SYSTEM.

II.

LIST OF OBJECTIVES:

1.

The student will be able to determine if in violation of an LCO if given a list of equipment and a given applicability condition.

2.

The student will be able to give the required action statement from memory if the time limit for action is one hour cr less.

3.

The student will be able to look up the required action if given the applicable LCO if action required in more than one hour.

AA(.f k,e L eptttmal for SRO 4.

The student will be able to explain the bases for each of the LCO's.

l l

3

a n. s f-19 70 4. o0 111.

LESSON OUTLINE:

NOTES

^

t o -Tt- ?1to b.- oo - e o s o.nc s v.r A.

7 c ~ <s.L too t s o,-

' <> o r ' ' ' ' ' '

(**"'

C' ' ' o < ~ > o a ro a s t.

Offc'**^ ; V4 WV'I

(

y,,,,.,, y p.,,,

a) 11ppe,e a,s f

.e s't

  • 0 t f

/ n 'o 2

~-

e s i r. 3

- z.> o.. o r, r?i:. stei. u ea<eem s eer..,

,es.

V**

f*L o s 2 ycaat,to b) A t s.-

M*e e t.

c oo ua,,,-

i,,,, e ssa.<

ac o'

of'!s "".

.p ca cc,,, oa

~r~. r.

y a,1 rec roove -c.

1 c.)

m,1

<eu r....a 4 c~c u re,,.a c.,

ee <. o. n., o.. r.,,.-

ir. - -

r-,, o c 3 ( <d i r 5:n +rf )

io. r... s 6 aov '

sose. s 2

a.

Plant designed for all loops in operation 1)

Maintain DNBR above 1.3 during:

a)

Normal operations b)

All anticipated transients 3-la or Sse~o ay T/s 3/,,

4. e,

L,,

e')

A#v c an. C. -s e> e c 5.

3

')

5 ('r e'e a u rrse r,,,,,,,,,,3 (g io q )

uc,.c, gg,,,,

Hav Foo o gge, g _ y,j,,

l l

b) te tem r t't.) w o pe. soaps w.,

s,.u

,,.,,,, o c,,,,,.,

I?c P c/veics(

ncao.oro.

I Ft r,.p.s.a co T...

i c)

A,,, ou i) w. m

'ess+M4a gen

,,.,,.r r netsr cr es't r '. f ""

'd

'/ 2 rd Sv.f f e.8

(' f.

eJ

    1. O T'

.7st o t r.)o e 8 e8 ( ' '*si r 3J,. / 2 ###'

'LI ad a T 5s i RC Looc

,4 o p t e 4,,, a f,

p,,,, /,,,, m f.

D c air t"/ $

i togro

>et.

F i t'. *g

,s i go v o

  • " ~ ** el
  • vSf C ) ca. s se
  • J o 2C e ear r,.J oe'rpassa)

C.J6 f C ***

67t our se.a r.a R o er o )

(n e r. s s pr <rv e u t'*'

.n.. e $ $ h f,

...e

. u. f.* G s e s/ K- - - -. 2 *4 _ SC - t :p u e *of f fe s e k-

  • __a

_ L s,.

__._a f(

e w-

.e a..~

l

r

<,,,.. m sa-,.

lli.

LESSON OUTLINE:

NOTES

~

4 Bas 6s 3.)

In mode 3, single loop provides sufficient heat removal capability for decay heat 1)

Single failure criteria require two'be operable b)

Point out footnotes to 3.4.1.2, 3 and 4 ou,,'a u so, c. h ue o.,

a.

RCP's & RHR pumps may be shutdown for up to one hour provided:

1)

No dilution of RCS 2)

Core exit temp is 10*F below saturation b.

RCP not started below 350'F unless 1)

S/G temperature less than 50*F above BCS 5.

olor. 5 90, 0 0 6-, A r/s 3/9 i,

,,3 al a r. (e-se 2 tooe 5 / ym,,;3 pen.,.., e c

,,..rr, e o a t, cooe s w.a u s ic.wo y,,

wo ac e, l')

P 4 ft.

11L ** **3 -

l e moscate sa m o t.

4 l

S i. o, c if f t1 J P ro

.3 P t

  • 4 6 ' C vg4r 1 / too s

(

C)

  • gr ssst, w

,2 e

l e ra. rS o rC t e* 8 d cM, g e.3 3 3 s(rf ro

  1. U 78 d l

i nv c.. A rc s g La o t P

OPT'AfuE 3 ' **v s AshV if (ECM a,J. A h

h 4 'l 9 OO %$ d S j

f) '. h po s.o o t* ) was e.*

o!*>LAn o A s s s rc,so 20ao 2 R (99tT o d g. g,*.,,.te n o-J

  • W+0 e d 99 99$ U W

ea

,g

' ~ ^ - -

'""Ag, gJ a em g

so-e. f-3170 9 -oo 111.

LESSON OUTLINE:

NOTES G*Shs a) In mode 4 and mode 5 with loops filled 1)

One RCP or RHR train sufficient for heat removal 2)

Single failure requires two

'l.

lo' 6 Svart.aan t o n e s I's t ur,C

,g5 g,,,,,,

a)

I P H R.

TPh.J Otsps & E es a ~..a e,a,,, h o s p,s o c.4 t. a s

)

o ruu It n.t.

rossa nse...aeer sg 2)

'L s/g s qu e, fr< I t,a. s y *),

u.es t pa.,a c s cueg i

i b) Aec u. c 44t et i -*

- = o t.

5 umer

r.. e,3 i

i c) it

a. c s c n.a a preno aco v...e r # n..n oesraate o.-

ornan r r/g e- <, r i. rescu pes,e.t r r> ~> e

  • .c o, n e oest... e d) wim av nAt m~

.' s om..o a,.s.,e nao oevnr>ws' so2 VOLys d e N. 4 4 * *)

'7 C<3 J c 7 e 'a *I 77 L-I)' # '* II E '#'# U'

s to a r' tr a, r a -h '

8.

GAS 61

') sAmG A3

(,

a.

)

0*

(a s.b

.$ avs ve vin) - L o o f.s M0f I' IU '$

e a)

7. R u L TOsvl3 it CG u CQ O ' " '' '

,J d f'f# #'" 0 d b)

'O o sta n is S

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1 ot -J.l W s ** $

Of f 9& 88 6

  • 4 CC' ^ 4 ft tj e

vc s w.e.c o +'s a see r n s o e-

~)

ett0 0 of. fr m.'s D e.t is.)

(c;ecerat:.0s~O.J

/2(edtvr 0 ~3S

.-..a

- - ^ ' - " - -

-- =-- - --a - 6

a0. A t* - 39 tos-oo 111.

LESSON OUTLINE:

NOTES EM:s In mode 5 with loops not filled 1)

RHR train sufficient for heat removal 2)

Single failure and unavailability of S/G's require two 4

I I I.)

No rG '

M Requirement for operation of RCP cr RHR pump 1)

Provide adequate flow to ensure:

a)

Mixing b)

Prevent stratification c)

Produce gradual reactivity changes during dilution 2)

React,1vi,ty change rate during dilution

~

stays, capability of operator recognition and control i

Restriction on starting RCP less than 350*F 1)

Prevent pressure transients caused by:

a)

Energy additions from secondary 2)

RCS will be protected by limiting starts a)

To when SG less than 50*F above RCS l

f, 000$e bAfCTy 0LYl$

r/s V4. 4 s ' I t.)

seco d l

D e e., e e w e,,, as v u.

ee eW* C 0'

34tf fing t l '),

" h eh M se J " "

' $d

  • DS 6. e e4 d

4 6998 Of 4M OS ee

,e

""~~^

7 Lo tr-S<to8-oo ll1.

LESSON. OUTLINE:

NOTES 6) p('p tanesst6 14 o taci t 4 AM [

s l

C) uE o'ru sue tooE So r r *

  • r r es o's o a, e
  • f*

e

') 00* Y ' 'f

"T**'

1. C 3 st, ty 3._. (, p$

a t) EdSU* E fil6 t $ut'E

,1 c u, r o:'

c a p,, f,,, ;.,

yu ss us,4

?, s,r e aor.

d) Bases I) Oue J s t o L.

as e,. na s,,-e e 4 Sjo a) o, et.

c.c. a or ra e s c-$ 3 J A Cof' r

-e. e.,.

e s "L) T2 +4.

4 o c.ry.

an e., / s yo o pc'9

-?.)

Orts +v u a.

- 7/3 3/y. 4. 2. 7 D) kJ P t A.

Ce o s

.S a r r,.y vanatt Jelon e s.

Rr O t'W e C e t'

'" 5 'I Le 5 ( vsre'4 2 de 24 Sf gg,j

z. / 7
6) mse a n c.- toats
  • , 2., ^~'-
  • 3 C.)

wiru o, e La o t.

C are v' y

  • J o !w*^ its C
  • C;'*tC J ^ ' a t-oven,ee e4 s s e.~vre s e c.
)

wr eraae ey

,8

(, uo s e. r g,

f.ee r f,* st u o.J -a sd (G o t e, u t

  • > w o u te.1 d) 6A5e5 O Prevent pressurizing RCS above safety limit a)

Each safety relieves 420,000 lbs/hr J -)

Combined capacity of all valves sufficient d)

Maximum surge rate from loss of all load J,)jr7 No trip i.. ) b)

No steam dump 3,

c)

No PORV's

~ - -

- - =

  • L e - L P. 3 4 tob- 00 Ill.

LESSON OUTLINE:

NOTES c..

Pacs w o u r i

' p(,t44,cn ty 73, Bj y. </ 3 l.

o

8) P e rt.

-,,,,.r t. o r e *

  • e t C

~

  • m'

,)

v o c.m r 6 ( c.,,,.t. ) te.e. rc< a. s,u-

$,,s. va. I tua e 4 0 * * - C.

, 9,7, a) t c

..a s'4,,.

,,,.,s c,,,.,

...... 4

<--o,,.

f ec

  • s o e.s.

1

6) Heecoc<c a --

eav e s t, z., a -.

c.)

Ac.rto-> S h

t*

  • m o.* ' p I gr ea ?

ei-Pr ot.,

.n se

  • r*> t g o tro n s' r e*

A f t !!

'a g, e,, e s r.>

o r* s * * <, !

.r.....

.s

't. xa v se e o,s n)

H.r a m.sc ary d e s.s.o.1 s 6) a.r sw rvo.,s,

,4 r......, 6 vo o,e :

n i

j2.) wen.

Pa st_

ornse w, s s

,o.e...ner r*, e, -a

"*r svervo 87 w, w n r c ',c o p e.,

e.,, r n,,

' "0 0.r t a., o.

a. r-s~,..,,

.., r

.a a..,,...n 9

d.

Bases

/

Maximum level J,y/

That is stays with FSAR analysis bE Steam bubble formed and not solid l

2)/.

Heaters Eng[

Establish and control natural circulation A

B.

Po tu t a.

octun o Fe u er va a s (toe vi )

s.

ps..cf va. as - Ts V4 4.y

~

i O) M '-

h0&$$ MQ

$b $f 0 C. a v fe)

EtCrW Vt\\t sp t ( o f*Te s Gt f r

h) M G O l.$

f, '2,, A~ Ds3 )

=

h

. mp o...

e eh teI A.N 99 aumeen ee e

.e

-~

  • mused h aled " ^ ^ ^

a

,...,,t...,.

ll1.

LESSON OUTLINE:

NOTES

~

c.. ) e,.. a l

n) w a sy 404 oronf f0*JE

J' ' ***f' f 6 ' f tS* * '

3 r.d a r,e,< 4 4 (, rt(t ro.t r er u,> t **

s a.*t..-s sau4 SA

,,,,r-a.,,,aa r r o.s..*

f* * # et dre

/"v t

,,,,,,u ;

tam.

(< est os ttoe.ored 5to uc va'*dt)

' '

  • tsu.. tE ge,a

.s cr e.

.a * * *

  • d co c ' ' '

Ar e c.a ts-so or-Jrnaa N r'es s-h oko et s s.u.

a4 e s uerceaa waru."

fo * * *

  • J %

(s riaur,(

t o n.

us es Po n%s 's

, ~ o r e.u n e.c t o.**

n>

..*tsu.;'t s! o v-C v e.c s s. s t,,

.5 (n -

c ee.c,4 c,.E 7' t v e.r a re:ree r

'8"'d O t.

CLOSC

e. u O f *4 rsu t,,

FO#fc

(***

' S W " O#

N ' " ' '< ' /d ' '# f g3 *Ji3,

0 A 0 W 'l O PQ s ele. (

d[U n.* f C> t* r* e de f P *t

  • ~

900 r-81r**JD g,

,.8

/g

  • 4 9 eb < f A 29 o.2 t< or

,s.o.r, v o,,,,..s r

  • e. e a.., s.*.

G ov,,.e $

t 1

0) t 4 0 ?So 10 8 'l 't o r's < 1 ', o (, It(tsno.C z,6 gut ops *.stef t

s's

'l eno us2 $

e a.

ite y smao.r j

(.o w o.o I t

-o a

' ' * ' ~

o

$ Sul 0141 I h ' t>a o.

8 /,

0. e.
  • e a) t

(,Hogg(

N i

  • M.-

I' 0 =* f 7e oo,se yp7y(z

,-e es's osot e o

/ e s r es r ( co Uac.'

r a

J c HoJts et,.

e

& (Lost Q(ecst. Pou tt.

a.a fens, t e or w.

.ha s u t t-o, t,,

r poev b) c.co sc, m

.a av.. t Pe.- ut r,,..

fa,e a

<.,se.,o..a o ral cl)

Bases f g.

PORV's relieve RCS pressure up to 50% load e

decrease p

With steam dump L y.

Minimizes opening of code safeties 37 Block valve provides positive shutoff QA)

Should PORY become inoperable

.py

.g d

$@ G8I h eM 88 N #4 g

L k hk-,--A y M^ ^

l t

e o. e f. p 2 tes0 - 0 0 Ill.

LESSON OUTLINE:

NOTES f

bTt'st *4

!O A

l.

7. f 3/V-V f a, ra.v m. sa

.e

-a r o'r'*c'!

b) Net e t.1 ea MoeEt 1,t,I d a Y C-)

Ac, r o+3 :.

  • a r k w o n me, C J/s,ts r'er><A*Ct'?

ffh **' f 8 4

  • c t-n IPs**J,we.

T,,-

,$ge w t Zuo'/.

Q o l'ckh' *'n t

's o e n~*~.

'-es w o n*

r*'r sn't e s**

.s,cce,3.

s

v. - c av,,;..

,,,... e e co-6..,r.i

~ " ' -

Rra o e rtres s = Je Ce s o c ~s t D C,n

s. C A s

1'"''''f di s se.

l.r.)

Ensures structural integrity of RCS L X.)

Details rigorous program of inservice inspection f.

LCAR DC,-re 170d 3 'f $ 7 E ' d E j,

g,s ic.

,y( v r. s r i. )

J y l ' Fs ' F "TI.

'. M 4 I c

0) Ec os o nes e M &-

4't$tte TL(Q.p. g(,4 off0AEip e.)

(

(onm.datat A

  • m oir Jf s t (Aarrous a

P4e*

  • c.e 64,r ) P eo 've v.

Me.s ev ed. % J V S T f.m 7 *) ONN Jn Nr

>Jo,, a s Jn.g

  • c. r e.

/I r** e n t.

%*

  • f b, * ' #*
  • a-D I tow e.<. toe.,s.,

J yJ r n,

awo j

3. ) (irve re, n,t t 'o e.+4,.

r- <-

1. 's c < c. r e ete o ' > u.er F' * * * ' ' ' ' e i-4 Co.,. A. e-. r., e m osphe.<c (s en e Pas,.ces.r)!u on#

o.u Me "

  • ven r.

~ lyt s s m

as s e n.r, a e,.,, ; s

/. )

gr,r o

h b h

$Y 4

h On, Q C) w*

o<n n 1

Lt.e4 D C,r b ras) snssaa etqp,gg g,Ot(em po.)

,s,n ca+< e asve,

(. -

le s.p pre s,a e o g,a h t..p 'r r

--m.<en en mc r

te-m,.s e~ e.c A, e,o eps o g p.,:,

,,a a,., pe,, c'd* y 7 v M' C '_.

u

,ie r

.3

& r.owr

~g ess * ' ' ' ' * " '

p ay 3 e t

^~"

.ma~e********""

_ _aw a a

r

,~.i.,,z.s.c.

ll1.

LESSON OUTLINE:

NOTES i

d) 3.,'s cc ny h s.,. a.,

s.

s -..a ne.c<<

e c. a., 4, e

, <.,,,,,re g p,,,,.,,,,,

co con M r.

D f f,d o 110_s,fI L L D1 Vi ti f*

  • l 1) 7.' 3.

3 /4. 4. 6. Z A Pc5

( c.,,c., 4 (

+.,go ro e

tet t.c. s u n e, r s a
s.,r e...

t) je, f.,, g.,,,, yo u,,,, 7 o c.,.,,,,.e t s '" * * * " ' *r

~l \\

<'PM usa g e r. os or ca e f a e.t et a r

r

\\)

I c fes a

.,,,q

,2,,,

g(e o c m a,-, e,?

a.,a t er).wr>

1. st eve, ss e r o

"~/s

<I )

It) s ste. I f.r, t r. s - t # r teo e r

s

\\

O

. s y-t E.. a r e fe,.3o. m,~,

er va. v t.

er s

se 4.

<.o,-

er S GFM @ e t. c o e crea. r g enc r sa

,.,;3 f.,,,

r rres for E3 voo rres-a,

  • p i,.,,,

see u a.c 71o

r..<.

<n

, - ~.

  • *
  • w a it. r
s. r... 3,,,,,..,

,,,g e,,,,,,,

,g,,

B.

Assus at

,}

ps.

p e g,,,.)

  • s se s f e e f ~19
        • n**

Pl e - s **

L'

  • ee n s-r
  • T1
  • ce s t e m n e.",

(, a. u o g s-a fse :, s e n e st ~b

    • f"

,u g, c,5.

g,,, g,

s.,,ecro e.1 e s t

'*b

' I-

  • & n o.~r t

~4 vse ss * \\

r.

n.cs...e

.,, a., $'

,e

..,r.

l

[

L'o~ ;rt / u ototme z so.

....' va-or -, - r as s r... -,.

I k Wy erors e 2 ?

Pr

  • rg enr 2no, e.o s-

.c a'. a st \\

\\

c.

AFPuratet

.- ci oot.s e,2,1 Ma 4.

b' 34 Operational leakage 1)

Unidentified leakage must be less than 1 gpm Ensure early detection of additional a.

leakage l

.w e+

es eemd am

.___J

- - Larm -

Ag

-- - - - _ _ _ =

d hiOlp

f

  1. 0=La' 97FO6*OO ll1.

LESSON OUTLINE:

NOTES

~

2)

RCS pressure isolation valves a)

Prevents gross valve failure b)

Inter system LOCA c)

Counts as identified leakage d)

Ensures early detection of in-series check valve failure 3) 10 gpm identified leakage provides for:

a)

Limited leakage from known sources b)

Known not to interfere with detection of unidentified leakage 4)

Total S/G tube leakage of 1 gpm a)

Dosage contribution from tube leakage b)

Small fraction of 10CFR100 limits c)

For SGTR or steam line break 5) 500 gpd in any S/G a)

Ensures tube integrity for steam line rupture or LOCA 6)

Pressure boundary leakage

~

a)

Any magnitude is unacceptable b)

Indicative of an impending gross failure H,

R c. t C u r e., t ra y 1.

T. S 3 /q, sf, 7 A.

%., u t:.2 uini.a Li~.

I si c...y s ** e f.

ta n as.e f O

~~

g S

.10 ff.,

d.
  • O $4 Cl

$.IT few, f

(Pse S

  • T fe*s 4

,7

(.,,

A

  • 'o r N r., < se u,,,,

r,,, a 12syp

.._~.>.a-.

-t_._-

- -..a

r

.,...,.m.,..,

III.

LESSON OUTLINE:

NOTES A t.a.

p eo,3 r t

p., A 6 4 e ra.f.,,

,o I

i

(*.

A r 1 s e *J e vsre etG f, L, T, a-w si O'

l' f* *, s. a,,* u es e ser

  • eer

, 1,

..g g ss ),,;,

r s

,. p,,,,,,,,,,,,

f # " I ' f* ' r 8e m ;,-

ryg; yp, g p,.,,,,,,g,,,,,,

,m,,,

qp 4,,, :,-

1. s4 I10 g,e g r.u o.4 e r

.$ en.w C e.o

4. 2.n.4. *
  • r

'..s e

3

( 080 4 o, c ow a s 9

( ~,.,.. e..s (

7*

    • 've't h)

'F fenir. ra r.r.

A{evt

  • wa.e s. r-s r-La'*

a 6 u.sv.o i

+**

u.,,-

.s,,,,. e,,,,

r 4, o

.,,,,e,.

u~

fn.e.<

oi 1e s**1 1

},, est pss o rp f d.

f em* f f '

ce

,no o F-m., t

.55

. L..- /..

.....r r es a - i 7.y

,,v, 1

p ee.

.o gugg rs
  • rrs t H T 14 A de E o't tL Ple ct sja(

s n e p g 3' n Leti.. o a.4 F.y, - c.,,,,

F.,..m.,,, u IC

,q p._.,. u, s-

  • D SMGS s,

Minimize corrosion a) Reduce potential for failure or leakage from stress corrosion.

s) Within steady state limits a)

Provides adequate corrosion protection

'L% Within transient limits 8l)A)

Does not have significant effect on integrity of RCS.

b)I)

Damage time and temperature dependent ee. 3 an.de.a em -...

  • "***d O

u.J.3*ros.co III.

LESSON OUTLINE:

NOTES

,a.,.. s :....., /

r

~-

I, st~

r. a.

n

,,s.,., - 9.s y.,.. _ s 4.

4,.,r-

' ' ' f8 Mc P"

3 r 4 -.

b. se e,...,,, #., t oo,., e 2-)

4,,

'* 0/E p c.

p., 5' * ~ lP * * * 'i s

8. nev6.ce e,, 5 5

' t,3, y

4.,o S C.. AcT104

')

* o C S '

t, e' 3 (r. 4 y 3,, a,

)

  • l i' oost e e -, s.#e too.,e.,~

r, e r. o r o 4 e

a..., 5 Not s, se.4 e v u s,, g, g g g,,. 7

.,,,, 5 N N& Ltatt A,~,

  • u, s.g L,.-. i e f,, -,,' e,,

gg

,4,,

g,,,,,, o,

D * '* Int

  • ' Soo,
  • i

,a to pga. e

,bt 60 t i I l

Lp

,Y, e

a,.....

n,....,

.,... e i*er.e.,

e

,,,,, r 4. 4 't 1 er.

s.. e..

D.

bnsG S f, Ensure resulting two hour doses at site boundary are small fraction of 10CFR100 limits a.t)

Following a SGTR b 27 Assumed 1.0 gpm tube leakage 2, Based on typical site locations by NRC 8 J)

Conservative for Vogtle 3 Action allowing operation greater than 1.0 uc/ gram a,,1)

Allow for iodine spiking b.2)

Occur during changes in thermal power

. gp e g ye g

96.OI 4. sM M me.

  • r l

1 L O - L f-312O b - OLp lli.

LESSON OUTLINE:

NOTES Iu c, J7 Must be limited to less than or equal to 800 hours0.00926 days <br />0.222 hours <br />0.00132 weeks <br />3.044e-4 months <br /> / year

1. a)

Approx. 10% operating time a h)

These activity levels increase site boundary dose by a factor of 20 g, s)

For SGTR

q. 5)

Must report at 500 hours0.00579 days <br />0.139 hours <br />8.267196e-4 weeks <br />1.9025e-4 months <br /> i,s)

Lets NRC evaluate bef. ore 800 hours0.00926 days <br />0.222 hours <br />0.00132 weeks <br />3.044e-4 months <br /> are reached Reducing to below 500*F H M-l JH Prevents release during SGTR l

4--

l b2)

Saturation pressure below ARV setting I

I

3. h uve-( / *;FC** 6 ' ' ' ' " *
  • TV - oO ~f 1/'# 'i ' 1 I 1.

RE*nesot C"8' " S # #'

A, M 4 i er= 4 3 C 's P' e ss /fta.F.

td ' ru ' '

a I'f F""*"""'

  1. Y 7 avt t.

w54,vr 4-o ro s a. d o es d

8) Man, egr e k o*

10 0 *f I W 't

,,) py t uo s o n.a.s t aes Y e '*

l'400A

3) #4 4-,

T h(64.svueE ces ury( eA 10

  • F caa.aq Hy to

~J p

L(a c retreat 13,

p. epi E t A,

g t s.a c t L-' es i-f Cwccc co It E n.>.e..

ru r., to secc.

g

geno,
w. m o

3 0... wt t ~'

Pt' % ' '* b ' ** " 't

  • d '--
  1. # 'v a e d -

A w.m.d

,i. _.s e<-

o,, n.,,

r...c...e o,

3,o,

o

,- we,4 t, aeors

~e T34 t.

Stroxv.

a,~pj w,,, n

-a :

1...

2.,. -

en

< s e e,,..,

l NotC +,

Q( atest J C t46 t, d h P'd IIC'*

  • fdt SC**fCW's

'I

  • A 9w e t T t*e u. Zo*Ce,

e m

. me.- e

-o e

eme.s anm oo x -

.a

--a "L"-

to. < P. 3910 3 - eu lit.

LESSON OUTLINE:

NOTES b

Ra.ses - ASu._n' Eciler and Prassura Code Section Ill, App. G.

) a.

Combinations of temp and pressure to right of curves at)

Can interpolate other cooldown rates z@.

Assure prevention of non-ductile failure only p s.

Shall be calculated periodically a4)

Using bases described in bases

'f ),d '.

Secondary will not be pressurized above 200 psig a-1)

If temperature in S/G below 70*F

5) (,JisAE2 Set.4,uva45 i a rte, e.h as* ce 4***
  • f~ T 3 a. ' Pre s a va ' 2 08-T/L -

V'i 9 51 4 T'a n.,

TEsrcM59<tc f t*~'r4o T3 f.)

m Av.

ILtasvP of ruo*F oa / Hoast,.

A.) m %.

coo o.us os to o *F

'**A A *'"

}.) M *>

Avs. fra4+

O f t.r A reur, of 4,7,f * /

B, 0986eCa A*

A.

Ta m E t c,,

IF Leaa5fC (seecoco

  • e) De t, os e w o ri,, a g o y,,, q q,

,,,,, re,f,,,,

f.,

f., 4,,2,,, e.., c,

r / Asv a., e o.J 2.) iG' ? s tL meer" nt.< C,*r.s.A rt fi-u **" n MJ Ge OP$

Tid e"

(de T*

Srn.ao sL a so t' Eove 6 Pan. m,,y,g

< soo d 9.,4 6 r+ v,t t g3 O64 IO L t.c >J e.J 4, jo g4, g y D.

Ma cs

  1. 1 Fe.svect s tro,,e rv%

'~rt

  1. ~0 O#T##"*"^'

" All G Ca* * " e e i cq.

ruecc c.o u p o ~ c." r S.

- - - " ~ "

=m

^ ~ " ' ' * ~ '

r t o-e f 3 9tos - o s lli.

LESSON OUTLINE:

NOTES 3, Cas.o O rso pre t s.us t do est-u n o d 5', L 's 9, 8 - (fot'.s).Tjs

,s.g,q.9,,

r A.

CU9S Spw M OPf ea r. E

'd"

'i t (e s s o w,,i c.
) A 'f o et V *s

( scvca.att v+4'/

  1. " " )

W ' O OI

3) 2 264 a.

S o c.v, o a a e f. e f r - or M Mio es.g s t ').

Q kr.s occer es un t M vie n+

v '.4 T' r araast e4 ' ' * % i * (--

x) 6 -vo $ e's O Lt 7 O P1' 3 g,

gegy, #c e... t. s y, f, w r, v i,, Fx ucsM eVo 04 6

(,

A o f' t.)

e Patu no o e.a s a a r, a.a Gr.ec ** sot.

RC 5 '**t. f-Z roa d 's or

?. At s. e r -

or eitsette

~7 c on s t ce de m A =o

'H~,-

CC(

u s~

~e.,,

s 4s l

) Com Gor u s ss ile s'.e e r * * * * *

  • C'afts~9*i!

A~o*m' I?t t

~r*,

e

.u,,,,,

7. )

'r corr

.s vst Tta s-oc s'.e ss un s Tv e.si.c.c.

Lt.. a i

co -. 's t...a w rusa" 30 ce J.

r,ci.o.t v en

' f f '*

IfCc.

6g

.aer p,,g g,g,,,,,,'.ir" D.

Il2CC5 ij

-e+

1.ceo.~.x L.~.-,

,, <.* g,. c. <. v

.,, e r> < r.4.; c>

O va.W 4 pay r.g.4.s s '. vf-h e

s- <

-e c. s ac.e g ~,..

re- <>.

< Sa'r m.< 5.

c.c f 7 & v.

e4 aw 1 e si An_ c.. ~ L.

Po ec k e a. I f t*

o ~

~

oL s**w

.d s o 6, a N 1.

98*

e se 4

h..I as4M.O m, ee e a.

-J

'--b'

>-A g _a ^ - ^-

A L-

F mo_m,.,,z.s_o.

lil.

LESSON OUTLINE:

NOTES K.

s,. --

t. m...,

I r/g 374, g4,, n i o T 6 Gni2..'r*l d( As y b-DC5tAdCL To 0.ssung

%, ve,0# Ag I

t oe po-a r-art ASM CuA11 1,'L, A *o b W'6 E.CS A*

63 p ois, q q ygg,a g S) 5., e v e, ( l,,, g,

bI b f 5 4.g We4 f 1,,

e as t (3C e v ei,J C) < O ^ *M " t u v-p t a r.. a. 3,,, J y, O+

Appwec.AC6C ead As

% o t.1 M A ed e

  • 4 c,A e s o i. it <;

L

'S sa' iso.m ed. w-b o* f J sLC C'*

t * \\ 'E / 'C"! -

c m 0 ~C Y

'-1C T S i)

H D r-L '"I 7f ra o r E eJ e r A

ca so c t c t,4s4,p, r" L-DCS Vc-55 l

i y,

.u n.

ecoa'u'7 l

'a T/s 3 N,

t,, il

,,,,,,,, g g,, c,,

o E A.

Lo Ps vcsssr suu W -,r Ps e, a = ^ t

_n d ',

  1. f 'W r.T (fo.A(g (,a f es o ws Id

'5ded&CC )

  1. ., e4 h s%

f5(

O P CJL4-E d A so

( t u gG<3 g,

A P C s s (A i (,,

i~ poO((

l,t,{ Asa $4 l

c.. Ac ried l

) w r*

t p m,,. iwoe oc t P a n o4 e-A f r.el i edv C P ' ') * *

  • t O

'J a' s et CtetCo A****

Pro w t'= t 61 off 2 t se,4 4 or,esatt

.3 go un.,, g

,c (wet 4

Cat o Lo r o.w-4 i-* Co. s o,o.

r,,

1.~ne ;

  • e t. *-

', o e m o.i 9 o.

Ences i.LP., V ta,L,,,,, p,,ade o ros.c ts 4 s.t.s Tuar u.a..w.a c.,

r o.a 9

.s

. a k L w._

n.

j0-cy~syy y-vu

-R0=LP=202 -

Ill.

LESSON OUTLINE:

NOTES M.g Summary 1.

Reactor Coolant Loops and Coolant Circulation a.

Startup and Power operation b.

Hot standby c.

Hot shutdown d.

Cold shutdown - loops filled e.

Cold shutdown - loops not filled 2.

Safety Valves s.

Shutdown b.

Operating 3.

Pressurizer 4.

Relief Valves 5.

Steam Generators 6.

RCS Leakage a.

Leakage detection systems b.

Operational leakage 7.

Chemistry 8.

Specific Activity 9.

Pressure / Temperature Limits a.

Reactor coolant system b.

Pressuriser c.b Overpressure protection systems (coes) 10.

Structural Integrity is.

R t. s v tm s l

E1.

-[Wettc d a di p,

Ew ecac. se s.

10 l

c

<,,.. e.,, z. s...

lil.

LESSON OUTLINE:

NOTES s

I I-CA5C l -

Y6 a f is t -* en o o c. 3

( 6t.e sm oq )

i 2 '% A C p s,3 A -a 7"n g ga S.g 7 *s*-

ie)sv<

r,< s.

P-n ~

  • r rr o ' ' ' t R--

91 o,

I-RC, r*

paa o' I. 3.~ r '

a r-c,,.,,,,,_

o='

r a c t.

V*o 7 C C s ' '-

E v e r. v,, e.s t n e r o s.a r, y

l'l ~ L O A A l~

Sod

[Erdy!!CC O er C ru 94 (*r's se e,w e.

S t toetsC,

' Tut ECAcibrL of tes or..L g(,o,7,

,, a gj,. c, ps,,,..s e? as Br.asa oEL T (in f 5 s* '

R'CE

,4 o? c. r) 3 s o o o p.e.

s PraaCii C re scc.a. c i>> c d 'a+* t' f~r a 1" s' Ct' n.* n o 4 -

WL

~5 r* * # r' 5 eo'C r v o s a <.* c *t U 1 r C

~~.; Ce v.' eu r.

of ** 1 ris rJ t

i

$('CC $,, o C p.s ;

)J (

2 f o a f.

f. e e r t. 6

,,.h LA) M f' T &*14 7

5,,o

~,- o an. a vnL

, w,,., r......, e p e r io.J

9. f,

i I

p wm sm., )

nn-J,>ce.

p ri a., c,

1. > o.A eawr pe ejr e t e ( Trs',(sosct33 A-o

,4,, p no 7e:,3 0 <.

  • ~

i Re r*

..a O e.,.,, o o i7 r t s e u s -r 7., r.

oc' db oe o 3 u. -w -2 iHo*.

Ild. (5 5 - Snooso t ** d t.

Peenotut

-),

Mr

%gg

  • I NC f T'8

" C-4 /

n o ** f-t.* i l M rc t C I Ce **F t 'd A IO)e Cadr Cer eag 1 Cc g. S e ct

/A c.s i.5 =2 ')

I

a. A'J1*

s1 6*a MOOL T (Cobo

    • *6ut u o6sseJ) g,

[g J4., ' k, w l n.

rue ecs c n a. c.,,,, er. e.., o e n.s

% 7s et c.

TK '13 '

R '-o iL WW tL su

.3c2.Jret".

g,o Sp(w n,,J N =" f"

%1 [t' v ' V'2 '

b** EJfs

  • N(f l thfM* C g

Q ge s.7dn t' L 6 ng ogo3

,p,,,-

Diss.s

' j4< ft')

004* 5 A

"W' L Sueurellsatg sosau)Lo v%e v uo t,

? os et

'A' b'.' M al tari" P, p c s w.se r c,r_

e ' o ~ <-

wo+~

o > >. m

<a.* s cou co-,n m m

. c..

F

/.O. l t' 3 9 7 0 8 - 0 0 Ill.

LESSON OUTLINE:

NOTES A,J o.rr, dd' C a s,64 *11o *4

/ *s i r** um (** f / 70 es..

W is 4 r-bg:s so -) %>

S "O s' La ru C o.$ o s j 3,,

g,y,, Q

(

s

'?

o **

ltc2 e oa.st rs tr+ o 2 s*sA>L~os n o n,

Jeso ta *+.s r-r s-7 A 's; 7Ce rt Sfcc.

ss Mrce r to,

q' s

A eJ.5 tuC.t.

I.

T t. 'A ' R eist saavuo FC c or,s.a c.e ro o Mo P *

  • es't G A5
        • l s*,,ar s ee~:..e yo.

.s.-...

a r r-c e-..,,:n.

s**<

- a.m l*

Tot *1 e-*

  • 15' A*o

,ree u.s c

, rt

'se

  • Pr st

" E *'

l' *

  • E e

f Js.~'CC l * *s t,,

nccvagua,g

.y po g,

,;,,,,g (, g, g g r,,, y, u,, /,

e,,.

A f r et* C l a s, l' o s a ss o s, (o r e> e e. / o ea s s,r.s a. r,,r,

T 5 E

'l. /

'I. ^1

>\\

M.r ce 16 0, s.

Case 1 -

ort ra ria r,

.~

s oo r.

I e so'N Po s i t.

P -'r-is 3 -,, a..

oe nc..

n

e. - or-ouree v2 itgppsL ECP st'A L.$,

WL IE C'M1% O P ? "^ 'O't-wt ' i c. 4 T '.

het v as.q t

(>.s.r. o a e -2t. c A n o v F8A l Pv - 4ss A

( /oct,0 'A'3

.p &

our.

S"a sE9ut -

' *' ' t t r' a w ara s osa.a s a.o c. o+ r ausus s we.tc o ne..

t

N 'd S PC((f) ME 4e t. c46 d 7

sa m f' A ' ".*.J <

S W Ov 6 0 El a s., &

7 t' fart.t(e g t u t.. Mjeg g g c.et,

i l

Aa s on t t.

i.

T. S "4 / 4, q. y Rr wie s

'/ Atses l

p., /ct V "L. OPer w tr

> i n v e.

7tet,e44 p otem en c6,

wo.,,

1 Ir c a.so r

%. v T-ru f A $5 e s.e.r.o 7 tee., s/J u t.

t n

  • so Jr r. 3s c.

t'o w. c t'.,,. *p nn <-s ta,

s,.s

,, en t.

1 1.

e e,s.<. s ri e t re.< s a r,.

1" b ** f * * *'. ' ' ' 1 eA 3 vfv os r*J tw HQY.fr e-epy sjre

  • J* pr #~

(, r/ever;-....'

i so r-5,N re en. A

<2 -

-- -/i st o a.s e d a, 391*vtJ. -

.a

.A i

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