ML20141M263
| ML20141M263 | |
| Person / Time | |
|---|---|
| Site: | Vogtle  |
| Issue date: | 07/31/1992 |
| From: | SOUTHERN NUCLEAR OPERATING CO. |
| To: | |
| Shared Package | |
| ML20141M262 | List: |
| References | |
| NUDOCS 9208100165 | |
| Download: ML20141M263 (362) | |
Text
{{#Wiki_filter:-
. - s - '- ,, , ,, *. ..'- . . ,-% *
' . _ .' .O , _ . . . . . ;.l ' .. :
,_ .j ', '[ . , ;is 4 y,_
',,1..'.s.'.
'- ,, g . ,;s ' ;5'. ;,._.,,'; ,
- ( *g ". * - - . .l'~ . -
.,7, g. , I I- .-
a3 ; , i .,
;, .l ,, , ,,
b-
. .. A .. .. - .
' , ' ' s ,. l ~
- - ~. ..
.. . - .; , ., . w --
.g.
e . 9 , ; ;. . . . . . . . . ,* .,
~ . . - . . .- . . .. . - .,.:.:..
n
, _, . . : ; . ' '..;- . ; , , ,- , ~ ,
,1 e p ,.-, ,
+- .. ,.. . $' -
J, . . , '. ; ' . ., . } . . . - .. ,. . o. :. . J' . ' f~- 't, .
,e,
) . ,.j. . ,. '. ., ...'...'...c f;'-. {.; ( . ,\.* .
- - . , p' 1 '.,; . . . 7-
.. .. . . g
~
f,
. ,e '., '
Vpgtig. Electric Gerierating Plantf .T M.m N S & W a. . L -
. U. nit 2.,1 ?.i. .X ' ,
i -
~ -
.. ' ' Docket NoJ50,42512 ,H:.
.m m. . ' 1 5, .R _; . m e ;
s_
~ .: ., ; . .' ..- - . . . - .3;
; .. p. .. < ,
...s, ..
. - .. ... .. . .s, p. ,
,s- -
o ;..c..,..
. .- . .- .. , . . , . ,p g.....
,g .. , .
. ., g. .
- In,Servicq-InSpecfsh Finaf. Report ; e 1.EM -
R,4$eccmd.. Maintenance /Refuelinh Outage?%.1 l'r . J O .{s": D? .;W. i i f9 (Period.1/ interval 1)b '** , : 5 k" ' 1 5 %lrl '. .n m '..'.E,. 2
- V R E*i '.. .W4 3: - . _, ,y ._
c . - . * ., : ,.? .; T,\ ; .; '.' - ' '
'[ . . %l :...,; . ' . c M' l j ,. g /', '+ . . ; ] . ,,,','~,.c..
., g 7 i
% a~ l.., .
c', . -
J,.- ; * - .I
,'.i .' G !*
. - -v.,-
[ , .;.' ., . -;..,..'y
'. '._f. .,i ,,ar _- .. ,,' .j , , , . . .
. .. ,y , _
g - . ,- .- s/-
.s- .. .+ e
- . . . - .^ .
... v.'
- , _ _, . ..; j-..- _;- . - . . =
. . ' v o..,
+ , g,,, ;
f-, , sr.;
- 4. ,,s, (
. g , .
, ,; . .c .
g . :-' ,, ., .. .. ,.,-: _, _; ,, . ,_, p ...;,r,.
> .. . ; .. . .,. i , . : . ;. ; _ . _ .
._-},-
, p_ _ :. , , . ..
_ ; , , ; _ . t ;- _
- . _ ;. ,, ; : .:.. s, -
.6
. 4 v
... : .:.,..-. .. , : .y .. e~ ,- y-_
; . .; .g
..,*r_
- . ., ., .... .. .. . .. ... . w... y.. . ..! s :- .. : : ..:
s-
....,c-g',.N , .,- . *., , ...,- 3,.- . . . j,
,y , , ,
',- . . .9 J.,. - - , , ., . . . , . . ..
, . .- , . . . .y
,,i,'.,..
- -
- N ' , ,
. . . . .4. . . . . .
* +
=
. . i ,
e,.l , 7' . , ,.] ... . .- . . . , . > - . .. - ,f ;. y ,. .pQ.' j ,.i 7.. , , l4 , . y.. 3.. g . . u. g-
- e. .=
- . j ,. .
I g,.......'..e.. j .n g . . ,
' v. .
... , .. j. ,3 .
J 4
.?
e
. ". . ., f,;.' ., .
. . . ,; . -, h. .: ,.- d. ' .z . ,' ' _
,L
,f. .; ? - ' V. .c.T z ' ;i>J'.:5' OlWDS 1 . . . ' .- , . . O::. M % %.,g;y L_.3.F W
<. ; ~
.. j .
. c f.2;. . :.[-.
~
. .g .
.g.
- 7. .. 3. . . c;,4.g.:y
.* . 3, . .
.4.
7
...,,./f',.. i ' :... . - .. A: i 3. .V t ,,76, F ,,4' : 4,. , g gy
. ,.u..
T..'. 7h? - Q'2
'l L . ,".. .
. [. .: __ ,_
((, f * / .[$ ,:;} , [ a :;
- L , ; Q.;;R}<., l i. Q :;. ~.:' ;.;.
~
.e ,
4 W f. ' . A ; [..'. , -. ,. ... .
.. .. . s ., a . , . . . . . , .
[ . '. .I I ' :a .[' .
~
I. ;
..s' ' [ #[' 0
. . .. . ,i .
....c. * '. a.'l ['. .<,-.(:s.. . .. . . n
.. ' .. .. ..m. ..
.. . :. . :.' . ,.e.: ,. .. . .: : .- . , ,
- f. 1.
, e,,.. .4 .* . .',- -
. '7 ..v .. . . ' ' ' ' .k I 5 ! ,' .
, '*}' t(
. ,c'
, - .' : ; . ' ;% ';g _ '. .. . . . ' -
','. . , .; . r, o * ' .. . ' ' '
s .. .
,..;..,,.,.- ,,c ,
...a
. . _ _*e.;,g. . , , .n >. ., O\ . ,.,;
c,
's.
.- "' ' ..;. '... ~,g..-,1.
i * ' , ,-
...e ,
.yt .s
- c. .',. 4 y \ w %e'
..,f (
s, . . l. .% . , f.w, t.f y...
. . . . -'N-s:.. ..;' * ; 1'
\.', *b
~
a _.._.,.3- * . > 3 ' .' .Q 's ',; ' ' . 4 ,g
' ' -,cf, - ,3 . ; o,
, ** ;' e...'..j',..h*.5A.%
. . a . ..
'. . I
. ' '. , . .3e , . , , _ ,*. . . ..;- .:- - .,.l' s- .J m ' .. .s ; , . , g ' / y !
. i + ' '.' *
. '. ,'t g .
. ft,
+'.f [ .*1 *
' , . . . . . , ', ' , i' .i,...,,, . . . .ccc; , u g;y
. - . ,6. b g*
. . '. ". ; '.;. . , , , , . , . . . , ' . . 7s1- . .: - ** .v.,s pp . ' l .. .' 9-c.,,f/s 3* q .. ' .g,,.: ,._a , ,' y .,;.c * % , Q . . _ .~ . , y,, -. { I
-' .. , }
':. : .. ' ;. , g, g .
, ' , , - . .,.;. (,
- : . 3 . . . f... , .y.
.* ; ,< r; .'- - .. A,d .e. .p;.c. . :. gv ,
,3 - ;
4..
',p- - , . g
.yg g e f ,,. . .
..,- .s..,". . _. :. . 3 .- -., . ;,. ; ,
, y
. ,. . , s,f : .. . . . j
,3.; ' a, ,.c .,* .- . f ', '
.[ , , -j . g ,i ' . c.. .*j. -d; *.
s .' . . ' ' . ' ,._2., . , . . ' . ' - .-
+
.:...e,.,. 'f g ;. - . ' ' . . '.., . 3. ' ;: , '. . ?: .;.l : n. w:: .y :z '
_ ,j. , .. . , , ,
.'?. : ,
- .. . __: - '..,:.:~ ,,:
- . . :.i .w . o;.3 ; . s .y , w a,, q7 p.. y .: j. v.p. a. . ,
., . , .. x- :
. ;? * + % ~
- J., . W J_ ; I ':... . . . . . . .: :? f ;:' d * : b ;. % . R:;,*q:; Q::'.h /...;]g: h C Q f
'., . ; b ;; , ..._ .!). }:' . . . ; . , V;} Q y q . ' g ,-
f _.&jk.
- -}. ' ~. . ., ',f.: z .) ;. .:y ; . : *u[9 ;. ,.'y.;,Z::$a:.y::;;Q ec. g u .y a G fQ,:.[.];y',Q.lQQ:(.Qf
.;;e .
n _ :. . , a : c _ . :en
,Q J 'n n~,,'~
_%"g @ gfM,l% j _Q @ R hn - -
) - '
y :. ' ; .*..l vn c: ' . . .,.
- p. ' gl.'; ,IN $ ' Q(p.& 6 -
r 3Y ,'y.
' ' ' ",/-
A .
~ ~
'. k i l .y :
i"*'"** ** + '
+1 - '
m' n!'M fm 3 m'l'w x w' .: v%
- 0 -**
h eW f* wnewnwn. bjMh gymn'ww%wg'm ; m 7 _'iu A; n up**T F,, 4 9 # . Y ~ ' ~ /* L
- O s P3~ W Y** *!l & ?* #2{\* Y'*L.k .w;" " l& < n u: nmy N ' Oc * *:
.%~ <m im. o..9*, M, .'~ r,w#V?
e my yW mw$W:WO*.,W _wn &w<.~;. ;n\*b "*hM '** $ F T V ^%M ~ w n. WwW,&w
~
w a .n. ~,w
.m. u, . . . ,-. . . ~ hten. U w+ 1 m, a -
.x-
~m..
m % 4 - _u, ~ n,
, , 4 ,a ,v.. e m.s
. # e. s . ,&un,c%, ,. . L. 9.m, gtm s& t x ..,.g<m , . m. , ; ,,, e e
- a. ~ a. i
>y x s . m
% L.v.#. A, m4 <w # . wp m',. 9.3 a w.--- e-j%y,,.. t .c.w. w+ s4 a c x
~,.4 a% .s m 3>; .
> r. ,4 ~+ **-c e >= w .~>+
+vLMmWMw: 3gv - ,'.,,,ur
,n n'w,-y w . w .v*. w ?.; ..% h. ~.4%y6r3% ,n . L L>: CLeam, %.u w.
w w #
-t w - , .J ' ; . 4%! K ' h ~w+ y, r
;w %,
M N. .y J *~ -.~
-d., .s 4k,N, p r.i.v
'h Nd % N' fi;M. m'. ,.f D p* M-V N[I 7 yQjm hh;:{ h.;
%va>y '
M.OM gINI e s bh.f% ,# @ d ~N (-hy - M,My;hfhM%[y%M.,ht.h!M a O% n%y o %- i, ,M L, .w. M[h$(
- ,<.9s1 m-4
- m. ~ . w g @. ,'+,m.W; o wig.3 AuM
$8
(.t
~.$ew , ~>/3 1'
_ e . t, - ss B q
,, c 4 . m. .- ,'$- ._ aI t
t., ~ , , ' ,'ma 4,D:@Y" m, .w. _e.; + nw 1 (' '..m, - , "a* mf
, c, wir SM$i* i yh _1Mj Wf ,, "4. , / -*'l, f f[* D%**J
- Cy t' 4 %f _ ~ %
.gAyr e.p g'M b
--~4 h m.sd T,,F%#
h - 4P'
#I2h wd 4 d2,. **,y
- ( }Y { , ' w- g y 4 **M E e:5.,.e.8 G MM - P i: '-1, -
M4t q-f:f.V'*r/ 74 @4'**fb',- aC d,. s g*_M, ' 1 . 5
< - *~ %
d L
't , '9*E" *w v+ ge f@, V4 ga ,r w P- . % % ** % i * *Ve<A 6MMQ , @y'P >A. 1
( , $
@M e
~
A ; ; .J - t e< l s pa i ;" , y llt y' M .7-4 t#y.tMWi www ,p ele (4 z E m,, gA 9 L ,#. i 4 =, . g ,, w e .- 3 v v 6 wddtw%r
- w. -
Mr w. . . ' A. vc - .n. ,
- s w,w yT,. sh.a.,c M aw m , w ; m. w w.m.m ycv , m :m. ..me.a.. m., v. .
- w,. +&m .mm -3 w .n ns ~: M y n ,a,w %, fwr w m w-.p
,'4-ww ,
N . p, j m 9. *n* ;n. 'pi, 7a 1 { 'A ,r ;m:* U.t .#' ;t w .S c/ '?!. .r -* F,
-Q *-s ps. ?. mD: 5,v. m, s * ./,,-
rt . . . , ,
....v. .,.%, $ sq . . -
h* y*WGe*X :
. " n.W %.?%,
m
.1 n
f
<:d,Q
.m m 4 c 4-
_ A p# 4 e W W s.4.iA W n4 U4 ,g 4 %, .W}'#.W.. m ;._. g ' _ -- ,,gr M. . ,m. m,,..
. 4 m g*
WN- y, .W .,7,,m,a m. M,, Ayfess'. N.1@ , . . _ fNL,,V. uM,3ss.', 3m_C. m-.N*p1 r 4 .gr., o m , ,w y s - - w. r ,,3 q a yy W*N-4 N g -jg M dv Y=
" ,k -
1 i Is * .T> i f[k
#N ' # % I- '- N Mh ' I*-*
'- 4 J 3 Q j. -Iw y'j- j,d~' . l a ! ~ 'A%
~
~
N :. s g 0 }% ? .f R.. N'hWlQ ' i f W .. .N5*;f, W'.G kYlH N &.4 .N.k..#Q[,ww&k &w)?- { A*N'W &.4%$ %.k 8 , - w . w %mm u %> ee ~ - -- e m i f g'T f& m&m & , w*m'*n%~ m . w . g n f>$exf,Mds; f q : *w-+w.x%w w %w% M R;w;ya e bW.W N , . $Qf. ulY &uk m. /QJ k i % W ha.~' W ? $ (h,? K
,h h? ?& me&.
w y
-W1f,a?&W a yh p J 4y ?.J yupMfQ.DT ys f s@ig o WdJi'LW,7 k %* W**f..f4 ..W Y _n M -,-.:m.
ld,,b***'A W .. 94 k,1,? JVJ q "Mii5 M QW%t:wW/ g W: ..- * %m &.nvinn.W 4 y, kV'w,MOwhem > h dM 4,ww&..QdW n mnw g- W W V. ,t ,t VI a. *m%p +QJM W$ - wo
+a x w y~ y k w.s~i : = u' a. v. n. p j < a .b n .;u~ m:u n
'm rxkm 4Q 4; x >s.n. w%m y .
m v', f d r ' a mw h~w w s- ana sm -
- PCv i.w-% -
. v, y ;w t , V' Mn .
9M ! OryO. ?'.h ' D i . . m , v.m A.wp u b.w:d .*ar ~m-m.- w +< a ,an*A S M W-r
- 7 '$v$
fwf4 - .m, Na W Mm * , F, S A. - - N ,q
,S -- ev 4m.g..
Ill Il wl F 0 Pt;} q r- t
-m . I w
..e lil
' 8 --km m+ r ~tm 4
ee-a u -r, +
+4 * = .m, Q e-
--f.W m
% o m.+,c4:"*r.a
- 4t g +s 4f-+ - e4*=d y$ e e -e w % -e
[' y m- }~ %gt h 9 O &fc .! .w}w( v .ej g$
& v&lT%, v.a . . eeea Y 4 w
rn.it\. t & % e.>
~
M K
&y.,
c n ; 4 . %.#; )y
.-{o mW k f f, m( [m:)$y l f a %r = '
a'A [& h, . . L,.i 1
&. , 4 s.%c 41--h ,"
fl ~N r Gs W, ~ ?"k. u , u
!. rAfv. "
4 - N'W.M....
. . h. , D{A.4h,i W . M., a h)l.h Mt,p.->4./.w'.r ~r , , m' ~ v. vi u M. Aw
+- ? % g +t L+ A
- - ' s w.a- p g -v
~
.Ar f.Ife ; 8- y*u vt+ *ee1 e4 N . , . . , 34 .e == a sJ .1ri +N a
. .~ <
n .a.*.- -
.,.~: - Ff, 4x ,S '-
p6J4. ww ,tW ..dho~ m we4,4 4e n. - . - as -a - v -w . - P.t,MQ-i A ; t *y ww& (L. ~h W,%w4vtat1" we hw - i i n. . V Iw7 f., C d.., n MhS{n . - ,C.1.<G -- to 4o n ~w @ pr . O. 4 4 M 2 . . . .w7 ;vw ". 4 C m b @ .Q Q .] " W }% G W
& n ~u '9 f n.
W M '4;4 rp. 9 9CA. %)( % m"* % d d M b
- ug g.?f.;;T,g.%.A fl ' y.M. m#U(f*
wwwwp 3 9 g,.-A j j J ew , *'y',,m'T W. -4 .?Sl
*f
' m' ; 1 '+
O'x a"y
- v. n'y m.u 4,:
@f ws;sm%
E Q I W Jtj
- n w M .+ A . .\. kun gygmagsngp um,W ,= ,k.g$1 n v>Md,'W!e:;yA.~,m m: (y,.a m,..g:n . %1 mg WW 3m m w ;en.', #g~u m.y 6 .. ,n,
< %w vs . Q * (*k gn' a e%n.#.,y,w,.s y a 3
., e q w $4a enap.~%w a w M & [y v
2;
- o. V : .. a p- n ,y . . .
V' # " ) w-s. o 9. 4,,m r ,r 5
, , m.g
*[ je-*f%q w 2 -m 4 4 .M s s,.m< -.
=v
; e w !, C 84
, x e'4*f*T o 4
.*,5 s' M.g ': * % =*f W M j %,,'. f],3; .g -
'# M
+ . - . sn +9+t*4,A.**-
i
' fe .g -
' ' . -- 2 .' s~ < ' M*-
4
,T , *]a.. _"_" '3' s 5' 3.-m .
.,.L.4"_ * -;3. , , % . p m!s _ C m -Mel-4 3 t ' M Do. ^f.%4y a. n ?m. ) Ae L ;J.m m k.h<~ .M.4 [m' J.' e ..W:f aC. ' t i W EC4 L*#6" - [ t.f w.[+ r'T t i } . g. - , . . . ,s -- 4 -p g; 9 I+' W !. MY.s. -- o ;*%grs , Mm,.c a wc j.w .c # m. .h .
- v. F +6 r p . ", , . ; u.--- ;r - *
- y m, < ; f r, . y, _ 5 .,
t q
- w. mm .
e w%.;gw o p %. u y i7 ;f W w. ew .m w e. . ~, m x u sa.- a$4,a& e 'l%y w. OW'. ",^ &.a.%a$ f &+ y.w&5 V ;*Q W - L V> h+U.;i W. W.lf: gA L w a s. v. .YW'K.yQ ~ Q[ ~' K~ [w.<h )... ,- ' ' , ,, % ? . e , . .- ; %* p~.Q %. -. ,-:'j' M ,14 w W. w.' Q L
.r .;.4. ,. $ _ " A- f ay1v.q 47 w '.
'amo X -gP4wa* y M;pi .w% , ,. s a .- 3; g t e . . . m/ w.
4r . & yn az g $ &.,..% : t
. . m ~ .m., #.g.g~.4' . 3* r 4y> g ,3 4 m
' ~
3 ,4 s - m o p'% : M S$* M;' W p M % T5O'* C @W d ,W W at j p1 W W<$w?w- md E v.4w @Q . mMn Q . fey & p#,% ;N1r+v .!./;; rat,tf.M W.*m7fi %..$w'M ] C.,tu'; ";.Z- *M Pf > , 6@p MWW 6 9 ys.s. a ,y w r s q s , m , -c.w ' 4: .uva ea,Jco . r_ c W< w-3 JM D M,MMEj C WMhOc.4/
@@s . tv v4v%%WM".t vdwM e u t.b, mM,y%..q~)f3M.s 2 iGYJ w 4 ,UtC,,
>.0
. y~# 4 ' il * * - L ,- a-.% ,
y sw+s.e %4,w a.M. 4 *v2~+'- . .t 4.t k- m&w,F mn - w3 o p - fx
..,x. w^ j
~
4
.%? '
, , ': e +
* +-
a " e -m , ~. -- ,- ". - tt o - a *
.g? 4-u ju r.g+ m< - -% t. * %g i *-
- w. , # Pf9ty* , s ge : ,, w 4- %' , . . ' . .- 6 2 k 4 h k[s I Mbdh rd Ib
- t hk [$ hdk. b dbh M N $h,iqh mm.W. WW d. lk O (( . ~n m ' xw %
m gN W p S A[ M eI2 p/2, Q.T %w p Qd w, n-n.,. M u' q[ m. v m gM T, V$ W d.* *Mb?, MM,gW Q @s w$< 7 e ,. WYIN ., 4,?. mP.~ s , +V %,m, W,n,h,n, - r n, u .m.
.- w a,n~. . a . s ,,
n ,n .- u.vt m, , n..N V dy . w, p 4, N ,p. e 4 sget + pr 4r=M*W 8 -
- v. g cp. , W# . - .
dg . 1* r.. g e , ,'+w a . QM.fMf[, s q piM^.D g.v;D / h[sI. h ; E (' . 1 D, .s .. ,-g I ,U.7 \Us 'V * *j_+ M'i'C/MRtQ* 4*ftS % % NfUd M W'd'*4 % i 3'% :.
- ]M~& v
}~. .i6 ?,!~ _ , *
- Y ,,') .l , .,a ?6
su% %. m #m{(hy?.~$f.-K. %. s.?4l% ig& ii ey e ,*f.*c:?,\ 4
. s- R,.s' 'K,ryn ,* yx s.g? f*3
,'(m
- m, ' '.{q 'm.b Q f.M. . .
W
- w. .
; *L o, m,. ,,,'D s '
i f T3 wt A ,,[,f M ChM hj *y*, i 'f
..#, ' Q- N ' -
l .J . . .N .*. a.'; !t,' Man ff NM. ..n o n - e.. c- %1 %e ~:n.#p.x..-f[h, % %.Tu .n ] ; e, m.f.c.a ,. - , - -
% m n
,.~- s,v.~ +
,m, > , o.n - - ,- , i-dh-, p .,[. S g y, uM.gg . -- - - 'A.;."...,E;,E, #'.h j w . a(#'s-+g c g-IJ'.
p k \y y , 8% a.e,
' d(
y + ,p Te.r. b f. w - )' d%.P% , . .,..i s , e o o ~ t t h ' ENM + @J.MiZD;
. . i
- . .. [,er
.bw ,4% ._
* * - * *
- l ~:h t Fd. O
%[m%n; T
h'wng f MkIY : j WSj.kYb.Lf %.p x y wr,uww w>m g '..ny;&.,m;~3.E#fAYb [.If.N g.. E~f /W, h MI . ~.f,;4' h - t
?- M" .ny.
,q-w <
c
=
' ] ; m, m.. A, :aJ '** ,
w.m
-j f . #g f[N- 2" r e ..p i t. um- e, g' . a i < yb;q Ig y- /- g *g o. y W.m c4 *j 6 g ,o7 j,W - :n. g 4 , - }N 1 f , , w o., p e*'
- - *e ,3-s s -
L A *a w J
-.g.. '
4 %*.. r e4 j = .(
.6 a' t i h@*, "
e- 2# .
'% ' T .}
sri &Y. HAM *$i+ . 41dC ' N. ?~ i. Y .ph,? .c6& CP &R &. g '%%' I ;%Ey?&'*h ?' ", p?'v * ';Y %f' 1.WW u i % W - <- : .WO cWMM46%ht a m ,r n.e @. N M . [ % ,W * % M. $ W ~Q~ -4 *r",S N.. Q J, . , . ' ,#
. q> + ,w W~M.knm.w W eN oWi we M r W -m ,7 b+W- N:>-<>.,.,: n.HWhM@n ~~-
- n ~ r * >+<>, ,
. c . - -
va a o3w_ +x4, o
- a s v tr < p > w; , m 3; s 4* 1 ; p s, g y a*y-#. dm. t r,w, ~ <g.%< < . t. 'a ; . *! *g.
'+, --v. 'w'-
.p k. n 'n,wgm,wm.p@w 4 e a
- o. , i * <
W4 : %e.+3.'mh y~ ; w b ' a 4 4 g;e 3dN e t.- zi a-Ns- ' .c gs m, a > - nwW4e3,a' p ,f h%: s- .
~-
s n
,y py'm, c e nm. . %ub,r.
m .~ , m e,w.n c , .
, r v-
,w ,4.. n a ,s t s ,n n -y= n , aka . wcm2.~r , ~ g .: n m n,n.,<-.a., a
. . i -s ~ ,-
v u . . , , . - -:. b, . n m.- :,vn, . <'>
,i,
< a - -
,g I N
,' ' :=~ '
b 1L' h- % ' .y I[ l
-[+ 5 ,
n W,y k*nr#n' ryt
, +ip e p. xy.
y,. . c. .')_- s
-..e.w+** Qc4 %n %e, %g m M n,i.e .yG4,p,5.qg y u g
, p.MQWJr4y:.,u H'*sw;t f16:tr.e W.s W A. ,.t ,v.% s .% - ;- - . .
w . m- .ma.- 4
.we. < > m, .y
,i n . c . os..-
-w' v dy+n.a .m,-u,b. w a.n . .; a% . m 3erw% ,. e m. . aw
~g. t, w1 *
. .. 4 t , ,
. a4 1 h Q f'h h f.& & Y+1'
- Q N$ 5 *. 'h ; . N Ye- h%* g ) h ,4 '.
4 %, 'l Y fE' YY., _& f$h NfNNN b si* L, $ . A 3
- q. ' '= '
m
,;y
'r 7 W y W W w :- 7 e ,: .
M;:Q QQQ{:F nr;qmy n .shMijg& psp:WlMWp+ y%r.mp 'f *p~
%,wD.g .+ m W %+nm w, .8 w e5a-'.M. .w., wsw n,n's -m# 4n, + voder ,i ns .h ->
^A, ' ~.. , ,
y n. oy
. . ' - ~ >e '.r
=
.V w
- R , c,m t.%
~;- - -
- c. 1 w-t ..e%.... i.
,cg.m cg &-un MU
')%.i,lp - Mh @A " *c - u Ma iz ; -
5 ;MQ. .*? + =
"A s. s-
- m i?~ eu -
- ,. L m i+3~ f,*' g ";
db [ d.N,db A $Q* TfD !u$% @i- - i 'E * (O i L
.-an s < L ' !N v g-,c , q u ,?.+ % ' m, ' , e's~. ,'.mel.f T/.D p "'" m' [ m'y",',a.< b-9 - ' . . ,. h '2' 'l'j D#)%N i
M. * '*t , rW N. wTm . :.+
-t w u m-yw h ws. .m go W W v v &-nm.a
- nw mi .
m#m; m * 'w. . r ' -
= < J
., $ .- o w e -i r, -; ,u w.
=3.
-;- y"1 s :
E. ., a r'- w g c,E W 4 4 (d+c' s- m g -Q; ,,y" '
- L ^
~ ' , y l..' W'ufy f-?:naf :L ^$W j 4 4, ' g ,.h y ,,1L .. ,-
a 2 I ' ,= '
.V~ , w . J y; '. L :
,s a i
' ),
A %n QAW. 4i .4, %} 6 /
-A %'a t . .;w , y- ,
,i; - : . , :.
s
~ maau/m .
- n. ^*
**T I
-7$ - E
d + YYI
.% #si 9 f1 ' gmd _- 4 J A
- 4 hf 8.
~[' d-t {. &'sl'PSdi} 'i-
& ' '" *~ A " d5 ., _- "% -,
e s* A
++u..,. .. o y[ .,% Q.&m,a i q.[ ,',f. , ,, 4 3 . ,,,
.www')w
~ ' * '
D Mr ix~ t 'Nt " " Ne ' &, . , . + a_ +
+
- s. .-
.s. c . .
/= L ('lf !,! E.w: c. t -%' it
~
(y, t,=, e , t t i r,. ( m,y .etm
- g e ,x.m. ,. %e 7, ,
m'm.
=
4 .
-k, }- ,.,$ '
y7_,._,m (, 1 h n-A-ha & ,. e w-u.
.w3.,
Y $ {%- k 6
~.A -l ? -
4A : h l _ b a
.L-.. ._
3 E F V C_.____._....- .-.m_ - _ __ __ - - m_.___,m____.__ _ . _ _ _ _ _ - __ 3
. 2Y O
OWNER'S REPORT 19.B INSERVICE INSPECTION
-Document Completion Date: July 1992 Owner: Georgia Power Company 333 Piedmont Avenue, N.E.
P. O. Box 4545 Atlanta, Georgia 30302 Generating Plant Vogtle Electric Generatirg Plant, Unit 2 s . River Road P. O. Box 1600 b Waynesboro, Georgia 30830 Comercial Operation Dates .May 20, 1989 O
- - ~ - . . _ - . - . _ _ , _ _ . _ _ _ _ . _ _ . , _ _ __ _ __ _ _ , _ _ - - _ _ _ _ ___ _ _ _ _ _ _ _ _ _ _ _ _
O' TABLE OF CONTENTS i volume 1 Paoes Introduction 1-1 AS:fR NIS-1 Form with Classes 1 and 2 Abstract 2-1 ASME Class 3 and Augmented Examinations Summary 3-1 Examination Summary Listings
. Introduction to Summary Listings 4-1 ASME Class 1 Equipnent Examinations 5-1 Piping Examinations 6-1 ASME Class 2 Equipment Examinations 7-1 Piping Examinations 8-1 Supports.
%/
Introduction and Equipment 9-1 Support Examinations Introduction and Piping Support Examinations 10-1
~
Snubber Functional Examinations Introduction to Snubber Functional 11-1 Testing Listings
- Inspection Type I .12-1 Inspection Type II. 13-1
. Inspection Type III 14-1 Inspection Type IV 15-1 Pressure Tasta 16-1 Indication Notification Forms 17-1 Examination Drawings 18-1 O 11
~'~ .
- ' TABLE OF CONTENTS - fcentinued)
L) Volume-7 NIS-2 Forms
- 2 plume 3*
Class 1 Equipment Examination Data class 1 Piping Examination Data Class 2 Equipment Examination Data Volume-4* l Class 2 Piping Examination Data l Equipment Support' Examination Data ] Piping Support Examination Data Volume _1* UT Calibraticn Sheets _ -(~ ~ UT Qualification Sheets MT Qualifjeation Sheets-
- Volume 6*
Personnel' Certifications Equipment Certifications UT Scopes Search Units HDE Equipment Consumabler
' plume'1*
i NDE Procedures Southern Nuclear Operating Company Georgia Power Company
- Volumes 3 through 7 are available for review at the plant site upon request.
p *r L ,' 111
w
- ~. LIST OF ABBREVIATIONS
)-
A#
-Ao' Anchor-Darling
'AFW Auxiliary Feedwater System AI CPC Action Item (followed by unique.no. denoting Action Item number).
ASME American Society of Mechanical Engineers ASNT- American Society for Nondestructive Testing ASTM American Society for Testing and Haterials BC Branch Connection-
=CCSS Centrifugally Cast Stainless Steel CCW. . Component Cooling Water CE. Combustion Engineering CH Closure Head CS Containment Spray CVCS Chemical and Volume Control System ET Eddy Current Examination EVAL Evaluation FB Flange Bolting FW Feedwater System CEO Geometric Indications GPC Georgia Power Company HHSI High Head Safety Injection HL -- Hanger 7,ug
-HX Heat Exchanger HYD Hydraulic Snubber IND Indication
[,_) INF Indication Notification Form
-) ~j ISI Inservice Inspection
-IST Inservice Testing-IR Inside Radius LP Longitudinal Soam Weld Extending Downstream LD-I Longitudinal Seam Weld Downstrear Inside of Elbow
~
LMT- Lambert, MacGill and Thomas LU, Longitudinal Seam Weld' Extending Upstream
.LU-O Longitudinal Seam Wald Upstream on Outside of Elbow MECH Mechanical Snubber MS_ Main Steam System MT Magnetic Particle Examination NCI -Nonconformance Item NDE ^ Nondestructive Examination NI No Indicstion NRC United States Nuclear Regulatory Commission NRC-B' NRC Bulletin (followed by unique no, denoting Bulletin number)
NRI: No Recordable Indication NSCW Nuclear Service Cooling Water System OR Outside Radius
' PL - Pipe Lug PM Paul-Munroe=ENERTECH PR Pipe Restraint' PROF Profile PS -Pipe Support e3' PSA Pacific Scientific
'i ~~
,) . PSI Preservice Inspection PT Liquid Penetrant Examination iv
- l J
l
)
' f~Y: MST' 0F ABBREVI ATIONS - f eont inued)
'l f!
N ,,f = RCS- . Reactor Coolant. System: j RCP 'Resctor-Coolant; Pump
'RHR -Residual Heat-Removal System -+
RI> -Recordable Indication- ' RLW l Refracted Longitudinal Wave-
- RL . Restraint Lug.
;RR LRelief Request (followed by unique no. denoting relief request number).
RWST. Refueling Water Storage Tank Sht - Satisfactory Examination Results
*SCS Southern Company Services
=SI Safety, Injection System SNC ~ Southern Nuclear Operating Company
;SUP Supplemental-Data-
=
TKS : TKS International,.Inc.
.UNSAT Unsatisfactory Examination Results , -. UT : Ultrasonic Examication-Visual-Examinai. ion
' ~
-VT'
~Hz Westinghouse
.]
?( l
(.' r b s
- x 3
i u v L'
, .<t ,m.. -
+ . , - -
, - . - - - n- ..4,- y
'lT-m 7 Introduct12D This report documents the examinations and teste performed at the Vogtle Electric
-Generating Plant Unit 2.(VEGP-2).between November 7, 1990-(date of last exkminatio.:
performed during the firgi- maintenance / refueling outage, 2Rl) and May 3, 1992 (date of last examinatior- perform 01 during the second maintenance / refueling outage,-2R2)
;to meet the r3quiruments of Article IWA-6000 of the American Society of Mechanical Engineers (ASME) Boiler and Precoure Vessel Codo, Seccion XI, 1983 Edition with
~ Addenda through Summer 1983. In addition, a sume.ary of the following augmented examinations are included in this reporti
.- ' Technical Specification 4.4.5.0 - Steam Generator Tube Inspections,
~ *-
~
technical Specification 4.7.8 - Snubber Examinations,
- Georgia Power Company Action Item No. 1739 - Feedwater Line Cracking, Georgia Power Company letter GN-1345 (February 9, 1987) - Augmented Examinations of Class 3 NSCW Systems,
- Georgia Power Company, VEGP-2 'anservice Inspection Program document ISI-P-014, Paragraph 1.10.3 - Volumetric Examination of Additional Class 2 Piping Welds,
* . United States N6 clear Regulatory Commission (NRC) Bulletin 88 g3 ThLmble Tube Thinning in Westinghouse Reactors, N./
- Westinghouse Technical. Bulletin NSD-TD-90 BMI Conduit Guide Tube Leaks,
. -Georgia Power. company Action Item Nos. 87-0131 and 87-0931 - Stagnant Borated Water Systems Cracking,
*- Erosion / Corrosion Examinations.
-This report also' addresses Code-applicable repairs or replacements which were documented since the last maintenance /refuwling outage at VEGP-2 through the completion'of the second maintenance / refueling outage in May 1992. However, it '
should be-noted that several NIS-2. reports were inadvertently omitted from the previous' inservice inspection summary report. The inadvertently omitted NIS-2 reporte may have been documented prior to the completion of the first maintenance / refueling outage.at VEGP-2. The Owner's Reports on Repairs and , Replacements (Form NIS-2) are provided in Volume 2 of this report. [ I 1-1
9
=
FORM NIS-1 OWNER'S REPORT TOR INSERVICE INSPECTIONS
'As recuired by the Provisions of the ASME Code Rulp_g 1/ 3 .
, 1. Owner: Georgia Power Company, 333 Piedmont Avenue, N.E. 1
' ~f P.O. Box 4545, Atlanta, Georgia .30302 1 2.- Plants- Vogtle Electric Generating Plant,- P.O. Box 1600, Waynesboro, Cecrgia 30830 j
- 3. Plant Units .Two' j i
- 4. Owner Certification-of Authorization: N/A -l
- 5. Commercial Service Date: 05/20/89 6.- National Board Number-for Units N/A j
- 7. Components Inspected ;
l Component or Manufacturer Manufacturer State or National Appurtenance er. Installer Or Installer Province ' Board and Address Serial No. Number Number Reactor Combustion Eng. Inc. 7372 N/A 22004 Pressure Chattanooga, TN Vessel
, ,q Westinghouse Elec. 77743, N/A 36, k_.) Steam 35, Generators Tampa, FL 77745, I through 4, 77742, 34, respectively 77744 -
33 Pressurizer Westinghouse Elec. 77749 N/A 24 Pensacola, FL RHR Heat Joseph Cat Corp.- 2322-2D N/A 1051 Exchanger Camden, NJ Train "B" RHR Pump'
~
Ingersoll-Rand Co. 087730 N/A 512 Train "A"- Phillipsburg, NJ t Centrifugal Pacif'ic Pumps Div. 52235 N/A 412 Charging Pump Huntington Park, CA Train "A" Suction General' Atomic Co. E-643 N/A 152-Dampener San-Diego, CA. Selected Pullman Power Prod. 1201, 1202, N/A N/A Piping and Williamsport,.PA. 1204, 1205 Components 1206, 1208,
! 1304, 1305 l
v b 2-1
FORM NIS-1 (BACK)
- 8. Examination Dates: 11/07/90 to 05/08/92 9 .' Ir.spection Interval: 05/20/89 to 05/19/S9
- 10. Abstract of Examinations. Include a list of examinations and a statement concerning status of work required for current interval. (See Abstract and Examination Summary Listings)
- 11. Abstract of Conditions Noted (See Abstract)
- 12. Abstract of Corrective Measures Recommended and Taken (See Abstract)
We certify that the statement made in this report are correct and the examinations and corrective measures taken conform to the rules of the ASME Code, Section XI. Certificate of Authorization No. (if applicable) N/A Expiration Date N/A Date 7blV' 11 19 i L Signed Georaia Power company owner By b AAd O CERTIFICATE OF INSERVICE INSPECTION I, the undersigned, holding a valid commission issued by the National Board of Boiler and Pressure Vessel Inspectors and the State of Coorgia and employed by The H2rtford Steam Boiler Inspection and Insurance Company of One State Street, H rtford, CT 06102 have inspected the components described in this Owner's Report during the period 11/07/90 to 05/08/92, and state that to the best of my knowledge
- .nd belief, the Owner has performed examinations and taken corrective measures d: scribed in this owner's Report in accordance with the requirements of the ASME Code, Section XI.
By signing this certificate neither the Inspector nor his employer maken any w?.rranty, expressed or implied, conccrning the examinations and corrective measures d; scribed in this Owner's Report. Furthermore, neither the Inspector nor his
;mployer shall be table in any manner for any personal injury or property damage or S loss f any kir arising from or connect.ed with thic inspection.
5 %G Commission Georola 127 N/I
\j \
ns .ector's Signature National Board, State, Province, and Endorsements
,, g 7 g bY l e
2-2 l
. . - ~.- - - . - . . . - .
ABSTRAOT INTRODUCTION / STATUS _. - - 1 2/% The ASME Boiler and Pressure Vessel Code, Section XI, 1983 Edition with Addenda k,) through Summer 1983 (Code), is the applicable code for conducting inservice inspection activities during the first ten-year inspection interval at VEGP-2. Examinations and teste required by the Code are scheduled in accordance with
" Inspection Program B" as defined in paragraphs IWB-2412 and IWC-2412 in the Code.
This " Owner's Report for Inservice Inspection" is for those first inspection period examinations and tests which were performed between November 7, 1990 (date of last examination performed during the first maintenance / refueling outage, 2Rl) and May 8, 1992 (date of last examination performed during the second maintenance / refueling outage, 2R2). The Code-required percentage of examinations and tests scheduled for the first period examinations were completed during this second maintenance / refueling cutage. In addition to the summary of inservice inspection activities, this report addresses Code-applicable repairs and replacements documented at VEGP-2 since 2R1 through the end of 2R2. It should be noted that several NIS-2 reports were inadvertently omitted from the previous inservice inspection summary report. The inadvertently omitted NIS-2 reports may have been documented prior to the completion of Outage 2R1 at VEGP-2. The owner's Reports on Repairs or Replacements (Form NIS-2) are located in Volume 2 of this report document. It should be noted that Authorized Nuclear Inservice Inspector (ANII) inspection cervices were provided for those examinations and tests required by the Ctde except for functional testing of snubbers which were tested in accordance with VEGP Technical Specification 4.7.8. CLASS 1 EXAMINATIONS Selected Class 1 components were examined by Southern Nuclear Operating Company l (SNC), Georgia Power Company (GPC),and Westinghouse pergonnel utilizing UT, PT, MT, and VT, as applicable. Specific components and examinations areas are itemized in
- the applicable portions of this document. A summary of those components examined are listed below
- a- Steam Generators # 2 and 4 Primary Outlet Nozzle Inner Radii
- Reactor Pressure Vessel Flange Ligaments
- Reactor' Pressure Vessel Shell-to-Flange Wald I.
- Reactor Pressure Vessel Closure Head Stude and Nuts
! + Reactor-Pressure Vessel closure Head Interior Surfaces-
+- Reactor Pressure Vessel closure Head Welds
- Pressurizer Shell-to-Head Welds
- Pressurizer Nozzle Inner Radius and Nozzle-to-Shell Welds j + Pressurizer Nozzle-to-Safe End Welds
- Pressurizer Support Lug Attachment-Welds ,
l + Piping Welds l
+ Valve Body-Internal Surfaces During the scope of VEGP-2 examinations conducted, no Class 1 welds or components were- observed to have either reportable surf ace or ultrasonic indications.
Baseline examinations were performed on the new welds (3" cap-to-branch and 2" thermowell-to-branch welds) which resulted from the RTD Bypass Elimination af modification to the Reactor Coolant System. Specifically, the baseline examinations
! utilizing-surface means, i.e., liquid penetrant, included the following welds:-
21201-005-9, -006-9, -007-9, -008-9 and 21201-009-10, -010-8, -011-9 and -012-10. 2-3
Tho liquid penotrent excminationa performed by Wsstinghouss or ito contractor during ; the course of the modification constitute the baseline examination as allowed by i ASKE Section XI, IWB-2200(b). Rosalts of the surface examinations were acceptable. l The RTD Bypass Elimination was performed under Design Change Package (DCP) 91-
.(~)s( V2N0008 and Maintenance Work order (MWO) 29200712. The documentation package (s) the subject modification are available at the plant site for review upon request.
for By Information Notice (IN) 91-31, " Nonconforming Magnaflux Magnetic Particle (14AM) )
. Prepared Bath", dated May 9,1991, the NRC notified reactor licer sees that certain l batches of Magnaflux materials used for surf ace examinations were possibly defective. Review for applicability to VEGP indicated that potentially defective ,
material (Magnaflux batch no. 90E0lP) was used unknowingly during inservice inspection activities conducted in 1990 at VEGP-2 during its first maintenance / refueling outage, 2R1. The NRC was notified of this finding by GPC letter MSV-00703 dated September 23, 1991. The subject Magnaflux material used during Outage 2R1 was subsequently recalled. The affected components included RPV closure head studs 21201-V6-001-B01 through B018 and nuta 21201-V6-001-N01 through N09 and N019 through NO27, As a result of this finding on VEGP-2, GPC committed to re-examine the VEGP-2 RPV closure head stude and a portion of the nuts which had been examined during Outage 2R1. The remaining RPV closure head nuts previously examined will be re-examined during a future outage. The specific components examined are itemized in the applicable portion of this document. Examinations of the RPV Flange Ligaments 21201-V6-001-L01 through L18 and Vessel-to-Flange weld 21201-V6-001-WOO 3 (0 to 180 degrees) were performed by Dynacon Systems, Inc., a subsidiary of Westinghouse. Westinghouse procedures GBE-ISI-54 and CBE-ISI-55 were used for the examinations. There were no indications (NI) observed in either the Flange Ligaments or the Vestal-to-Flange examinations. Details on the RPV examinations performed by Dynacon, procedures utilized, equipment, personnel certifications, etc., may be found in the Dynacon Systems Inservice Inspection [J') N Report which is available at the plant site for review upon request. The Eddy Current (ET) examinations of steam generator tubing, as required by VEGP Technical Specification 4.4.5.0, were performed by Westinghouse and are discussed in the " Class 3 and Augmented Examinations" portion of this document. EMSS 1 PRESSURE TEST A system leakage test (Test # LT-1) as required by ASME Section XI, Table IWB-2500-1, Examination Category B-P, was performed on the Class 1 pressure retaining boundary. These visual examinations (VT-2) revealed minor leakage and boron residue coming from mechanical connections. Apprcreiate corrective action was initiated to correct this minor leakage. CLASS 2 EIAMTNATIONE Selected Class 2_ components were examined utilizing MT, PT, and UT, as applicable. Specific components and examination areas are itemized in the applicable portions of this report document. A summary of those components examined are listed below:
+ RHR Heat Exchanger Train "B" Walds
- RHR Pump Train'"A" Integral Attachment Support Weld
+ CVCS Centrifugal Charging Pump Train "A" Integral Attachment Support Welds
+ CVCS Suction Dampener Weld g- g + Piping Welds E
3 ) . Integral Attachment Support Walds 2-4 .
Tho Cloca 2 cxaminatione recultcd in osveral wel- inving reporteblo indientions.
-Five welds-had indications which were detectable b; either liquid penetrant or magnetic particle examination. The ultrasonic examinations did not reveal any
(~"T detectable non-geometrical indications of a recordable size. For details on the ( ,) reportable non-geometric indications observed, refer to the respective Indication Notification Form (INF) found in the INF section of this report document. The five welds having reportable indications are discussed below:
- 1. Safety Injection System - Line 011 - 6" Pipe to Tee (Weld No. 21204-011-6).
A 1/8 inch long linear indication was observed during the liquid penetrant examination of weld 21204-011-6. The indication was evaluated per ASKE Section XI, Paragraph IWB-3514-2, and determined to be of an acceptable size. No corrective action was taken. (Refer to INF 192V2001).
- 2. Residual Heat Ramoval System - Line 003 - 14" Tee to Pioe (Weld No. 21205-003-28). A 1/8 inch long rounded indication was observed during the liquid penetrant examination of weld 21205-003-28. The indication was evaluated per ASME Section XI, Paragraph IWB-3514-2, and determined to be of an acceptable size. No corrective cction was taken. (Refer to INF I92V2007).
- 3. Chemical and Volume Control System - Charging Pump 002 - Integrally Walded Pump Support Bracket (Weld No. 21208-P6-002-WO4). A 0.2 inch long linear indication was observed during the liquid ponotrant examination of weld 21208-P6-002-WO4. The indication was evaluated per ASME Section XI, Paragraph IWB-3518-2, and determined to be of an acceptable size. No corrective action was taken. (Refer to the INF 192V2006).
- 4. Main Feedwater System - Line 060 - 16" Elbow to Pipe (Weld No. 21305-060-22),
c, A 0.5 inch long linear indication was observed during the magnetic particle examination of wold 21305-060-22. The initial examination was evaluated per (N ASKE Section XI, Paragraph IWB-3514-4, and determir.ed to be unacceptable. For further evaluation purposes, controlled grinding / flapping was performed under NWO 29201145. As a result, the indication was removed. Ultrasonic thickness measurements were taken before and after to assure no minimum wall viclations occurred. (Refer to INF 192V2002).
- 5. Main Feedwater System - Line 064 - 26" Elbow-to-Pipe (Wold 21305-064-23).
l Two _ linear indications were obnerved during the magnetic particle examination ! of weld 2130K-064-23. The larger of the two indications was 0.15 inches in length. The indications were evaluated per ASME Section XI, Paragraph IWB-3514-4, and determined to be of an acceptable size. No corrective action was taken. (Refer to INF 192V2004). EME) 2 PRESSURE TESTS !. The following Class 2 pressure tests were performed
- System Function Tests (FTs) 1
. FT Reactor Head Vent Functional Test L
- FT Safety Injection (SI) Pump 1204-P6-003 Discharge Functional Test
- FT-05 -_SI Pump 1204-P6-004 Discharge Functional Test l
= FT Penetration 30 Punctional Test (SI to Cold Lege)
- FT Safety Injection Pump Suction Functional Test
(} ( j e FT-11 FT-12
- RHR to CVCS Suction Functional Test
- Containment Spray Train "A" Functional T=st
. FT-13 - Containment Spray Train "B" Functional Test
- FT-14 - Turbine-Criven Auxiliary Feedwater (TDAFW) Pump 1302-P4-001 Functional Test
- 2-5
System Hydrostatic Test'fHTi
* .HT RCP Seal Leakoff Hydrostatic Test (portions between valves 2-HV-8100 ;f^Y and 2-1208-U4-A06 act performed)
Si j
! =- HT-98 . Main Steam to the TDAFW Pump Turbine Isolation Valve NV-5106 Hydrostatic Test
- System Inservice Tests (ITs1
_ IT CVCS Inservice Test (Outside Reactor Containment)
- IT Centrifugal Chsrging Pump-(CCP) 1208-P6-002 Discharge Inservice Test
- IT CCP 1208-P6-003 Discharge Inservice Test IT-14.- Accumulator Tank 1204-V6-002-(Tank No.1) Inservice Test i IT Accumulator Tank 1204-V6-003 (Tank No.2) Inservice Test IT Accumulator Tank 1204-V6-004 (Tank No.3) Inservice Test
=
IT Accumulator Tank 1204-V6-005 (Tank No.4) Inservice Test
- IT Refueling Water Storage Tank (RWST) Inservice T>
-. IT Penetration.24 Inservice Test (Post-Accident Sampling Systems Outsida Reactor Containment)
. IT NSCW Train "A" Containment Coolers 1501-A7-001 and 1501-A7-002 Inservice Test
- IT NSCW Train "A" Containment Coolers 1501-A7-005 and 1501-A7-006 Inservice Test
* ,IT NSCW Train "A" Containmwnt Coolers 1511-E7-002 and 1515-A7-001 Inservice Test
- IT Steam Generator 1201-B6-001 Inservice Test
. IT Steam Generator 1201-B6-002 Inservice Test
- IT-A7-- Steam Cenerator'1201-B6-003 Inservice Test
,-sc
- IT Steam Generator 1201-B6-004 Inservice Test y ). = _IT-49 Penetration 7 Inservice Test (Outside Containment Steam Generator 1
- Blowdown to Heat Exchanger (Ex.))
==
IT Penetration 8 Inservice Test (Outside Containment Steam Generator 2 Blowdown to Ex.)
- IT-51 .Ponstration 9 Inservice Test (Outside containment Steam Generator 3 Blowdown to Ha.)
IT Penetration 10 Inservice Test (Outside containment Steam Generatcr 4 Blowdown to Hx.)
- IT Penetration-llB Inservice Test (Outside Containment Steam Generator 1 Blowdown to Sacple)
.IT Penetration 11C Inservice Test (Outside Containment Steam Generator 2 Blowdown to Sample)
IT-55 -1 Penetration 12B Intervice Test (Outside containment steam Generator 3
' Blowdown to sanipis) l- * 'IT Penetration 12C Inservice Test (Outside Containment Steam Generstor 4 E Blowdown to Sample).
- IT Main Steam Loop 1 Inservice Test (Dutside containment) e ~ IT Main-Steam Loop 2 Inservice-Test (Outside Containment)
- IT Main Steam Loop 3 Inservice Test (Outside Containment) f2 ,
. IT Main Steam Loop 4 Inservice Test (outside containmenc)
- IT AFW Inservice Test With Pump 1302-P4-002 Operating *
* 'IT AFW Inservice Test With Pump 1302-P4-003 operating *
- IT Main Feedwater Loop 1 Inservice Test (Outside Containment)
- IT-72 -' Main Feedwater Loop 2 Inservice Test (Dutside containment)
- IT Main Feedwater Loop 3 Inservice Test (outside containment)
/
'S -
- IT Hela Feedwater Loop 4 Inservice Test (Outside Containment)
! ,)
- IT Excess Letdown Heat Exchanger Inservice Test
+ IT RHRS Cleanup Inservice Tant
*_ Portions of Pressure Test Bourdary are also class 3 2-6
3 m
+ LThi ticuolfexaminations performed'during thoco procouro tests revocied tube-to--
' header leakage.on Containment coolers 2-1501-A7-001 &'2-1501-A7-002 (Inservice Test sm .r: IT-34),:2-1501-A7-005 &_2-1501-A7-006 (Inservice Test IT-36), and 2-1511-E7-002 & 2-h/~'ji L1515-A7-001L(Inservice TestLIT-38). These leakages were previously identified during construction and were determined _to be acceptable.
~
, o (__f[ Other visual examinations performed during'these pressure tests found only minor
-leakage at_ mechanical joints such as valve stem packing and at flanged connections.
.These leaks were evaluated and determined acceptable for continued system operation.
-However,fappropriate corrective action was initiated to correct this minor-leakage.
class 1 AND 2 COMPONENT sUPPORIf Snubber examinations'and functional tests required.by Technical Specification-4.7.8 are discussed in the " Class 3 and Augmented Examinations" portion of this document. l _Viuual examinations were performed on supports for the following Class 1 and 2 components :- ;
- . ' Pressurizer.
-* Residual Heat Removal Pump - Train "B"
- * - CVCS Suction Dampener
* . Nuclear Sorvice Cooling Water System Piping
.1 . Safety Injection System Piping
+ Residual Heat Ramoval System Piping i e' containment spray System Piping chemical and Volume Control System Piping
~
+
-)
- visualf examinations resulted in 2 supports having initial unacceptable conditiona',
' l (g-s . The supports are listed below J
1.- Safety Injection System - Line 011 - Sspport H602 (21204-011-H602). A loosu l t jam nut was observed during visual eFamination of support 21204-011-H602. The condition was evaluated and det6rmined.not to impact the operability o. the support, thereby not constitut!ng a_feilad_ support. The nut was tightened-per NWO 29201280. -(Refer to INF 192V2005). 1
- 2. Residual Heat RemovalLSystem Line 004 - Support HO10 (21205-004-H010) . A
!. loose. jam nut _was observed during visual' examination of support- 21205-004-Hul0. - The condition was evaluated and determined not to impact the
~
operability of the support, thereby not constituting a--failed support. The nut was tightened per KWO 29201280. (Refer to INF 192V2003). T l i I. h
- . u~.)
h b . L 2-7 i'
. . -~.
fk i CLASS 3. AND AUOMENTED EIANINATIONS SUNNART class 3 BIANINATIONS .
-s )
- j. GLMS 3 PRESSURE ' TESTS System pressure tests were performed on the following Class 3 systams:
System Function Tests (FTs)
- PT-14 'TDAFW Pump 1302-P4-001 Functional Test *
* 'FT Main Steam (Valve HV-5106) to TDAFW Pump Turbine Functional Test System Hydrostatic Tests (hts)
. _ HT Spray Additive 'snk Hydrostatic Test i HT Essential Chilled Water System Train "A" Hydrostatic Test
. HT Mcin Steam to the TDAFW Pump Turbine Isolation Valve HV-5106 Hydrostatic Iest*
System Laservice Tests (ITs)
. IT Boric Acid Transfer Pump Suction Inservice Test
- IT-20 Spent Fuel Cooling Tr< n "A" Inservice Tast
. IT Spent Fuel Cooling Tra . n "B" Inservice Test
- IT Spray Additive Tank Insarvice Test
- IT NSCW Train "A" Inservice Test (Outside containment)
IT NSCW Line 184 Inservice Test (Train "A" Tower Bypass)
.: IT NSCW Train "B" Inservice Test (Outside containment)
[ '}
~
- IT NSCW Line 185 Inservice Test (Train "B" Tower Bypass)-
q_,/ = _IT CCW Train "B" Inservice Test with Pumps 2 & 4 operable
= IT-43_- CCW Train "B" Pump 6 Inservice Test
. IT Condensate Storage Tank 1302-V4-001 Inservice Test
. IT Condensate Storage Tank 1302-V4-002 Inservice Test
- IT AFW Inservice Test With Pump 1302-P4-002 Operating *
.. IT TFW Inservice Test With Pump 1302-P4-003 operating *
- IT Train "B" ESF Chilled Water Insarvice Test
.- IT NSCW Pump 1202-P4-001 Inservice Test s' IT-82 NSCW Pump 1202-P4-002 Inservice Test
. IT NSCW Pump 1202-P4-003 Inscreice Test
- IT NSCW Pump 1202-P4-004-Inservice Test
-*- IT NSCW Pump 1202-P4-005 Inservice Test
. IT dSCW Pump 1202-P4-006 Inservice Test
- T NSCW Pump 1202-P4-007 Inservice Test
. IT NSCW Pump 1202-P4-008 Inservice Test-
. IT Boric AcidLTransfer Fump Inservica _ Test With Pump 1208-P6-007 Operating
. 1IT Boric Acid Transfer Pump Inservio" 'ist With Pump 1208-P6-006 Operating
*- . Portions of Pressure Test Boundary are also Class 2.
.Thc. visual exmminations performed during the VEGP-2 Outage 2R2 pressure tests found l only minor: leakage at mechanical joints such as slve stem packing and at flanged connections. These leaks were evaluated and determined acceptable for continued (j--)s .
'" ~
system operation. However, appropriate corrective action was initiated to correct this minor leakage. 3-1
I CLASS 3 COMPONENT SUPPORTS AND INTEGRAL ATTACHMENTS Visual examinations were performed on supports and integral attachments for the Class 3 components listed below
- Boric Acid Filter
- Spent Fuel Pit Heat Exchanger - Train "A"
. ArW Pump - Train "C"
- Nuclear Service Cooling Water System Piping
. Component Cnoling Water System Piping
. Essential Chilled Water System Piping
-The visual examinations for the VEGP-2 2R2 Maintenance / Refueling Outage did not reveal any unsatisf actory conditions with the supports or integral attachments.
hyGMENTED INSPECTIONS Techqfesi Soecification 4.4.5.0 - Steam Generator Tube Insoections During the second maintenance /refuo'ing outage at VEGP-2, the Steam Generator
~
Primary Services Group of the Westinghouse Nuclear Services Division performed oddy current testing of the four VEGP-2 Model steam generators from March 20, 1992 - through March 30,-1992. Randomly selected tubes from each of the four steam generators were inepected rather than only one steam generator as required by VEGP Technical Specification Table 4.4-1. The extent of examinations and their results are summarisad in Table I (refer to pages 3-7 through 3-10) including the location and the accumulative number of previously plugged steam generator tubes. Tables II through V (refer to pages 3-11 through 3-16) identify the steam generator (~T . tubes with indications by location and percent of wall thickncas penetration for
' s# ~ Stehm Generator Nos. 1 through 4, respectively.
Applicable procedures, personnel qualifications, material and equipment , certifications, sign-off sheets, and supporting data, etc. can be found in Westinghouse Steam Generator Primary Services Field S9rvice Report, MRS 4.4 GBE-5 "Cteam Generator Eddy Current," which is available at the plant site for review upon request. Bobbin Coil Insoection Inspection-Plan Description Eteam generator tubing inspections conducted during the second maintenance / refueling outage at VEGP-2 were performed in accordance with 9 program recommended by the
-Electric Powcr Research Institute (EPRI) in its FWK Steam Generator Examination
' Guidelines which were adopted by GPC. In this program, twenty percent (20%) of the tube population is inspected each maintenance /rufueling outage such that after five cycles of plant operation, each of the tubes will have been tested. In addition, the Guidelines recommend additional tecting for any areas of concern. Plant Technical- Specifications also require that reportable defects be inspected.
Approximately 600 tubes were inspected on Steam Generator 2 in addition to the 20% sample as part of a peripheral loose part program. In addition, steam Generator 4 required one tube, located at Row 1, C olumn 23 to be tested from the cold leg-elde 7s - since ar. indication had been obnervue previously. b In an- ef fort to Linimite exposure and improve the schedule performance, the EPRI-based p.ogram was adju ted to alternate between the hot legs and cold lege of the 3-2 l l
ctcam g:n rctoro occh naintenanco/rctuoling outcga. Th3 reculting ben: fit ic not having to remove the in;pection fixture and reinstall it in the opposite leg in order to inspect the straight lengths of low-numbered row tubing each "r^'s maintenance / refueling outage. This tubing which is normally inaccepaible with ar. k'~ ,) adequate size probe would be inspected the following maintenance / refueling outage when the. inspection equipment is est up on the opposite leg, During the second maintenance / refueling outage at VEGP-2, the hot legs of steam Generators 2 and 4 and the cold lege of Steam Generators 1, 3, and 4 were tested. Inspection Plan Implementation ! The inspection program was performed starting with a 0.560 inch diameter flex probe, ) testing each of the tubes in rows three and higher. Although, some of the tubes in row two were tested with the 0.560 inch diameter probe, a 0.540 inch diameter flex probe was used to traverse the U-bends in rows one and two. Also, the U-bends in th ne rows which did not accept the 0.540 inch diameter probe were tested with a 0.520 inch diameter flex probe. Each straight length portion of the tubes were tested with the 0.540 inch diameter probe. The bobbin-style probes utilized were manufactured by Echoram. 'The inspections were performed in accordance with CPC MWO 29102087. The eddy current inspection was conducted in accordarae with WestLughouse procedure MRS 2.4.2 GPC-1, " Digital Multi-Frequency Eddy Current Inspection of Preservice &
. Inservice Heat Exchanger Tubing", using Westinghousu Jcb Data Sheet CBE-001. Per the Job Data Sheet, the withdrswal rate was 24 inches per second and the test frequencies were 630 kilohertz (KHz), 320 KHz, 160 KHz, and 10 KHz.
Ne indications.were identified that would have necessitated ? Rotating Pancake Probe inspection. Accordingly, there were no inspections performed with a Rotating [) ( /-
"ancake Probe. Had any flaw-like indications been observed, that test technique could have been utilized to further characterize any flaw-like indications.
Inspection Summary s/c s/c s/G s/G Extent of Inspection 1 2 3 4 Side of S/G Cold Hot Cold Cold Hot Full Length 1056 1570 1066 0 1061 U-Bend 2 81 11 0 169 Straight Length 161 169 165 1 6
~
s_ j .; i The above actuals meet or exceed the original test program. l Data Evaluation L A primary and secondary analysis of the eddy current data was performed utilizing L the Westinghouse UNIX-based ANSWER software. Each cf the data analysts were required to complete a training session and tested on tincir performance based on
,/N . previously prepared training tapes and manuals.
3-3 1
1 I ! j NJ : The inspection conducted during the second maintenance / refueling outage at VEGP-2 k,/ identified no pluggable indicationz. The following table summarizes the indications found: Indication S/G A S/G 2 S/G 3 S/G 4
-40% and greater wall 0 0 0 0 thickness penetration i 20-39% wall thickness 2 4 2 8
)
penetration
)
j Less than 20% wall 11 6 7 8 l thiekaeso penetration ! It should be noted that the above table is based on the largest indication per tube. More details regarding indication distributions can be found in the maps which follow the steam generator tubing inspections discussion. As notnd above, there were no pluggable indications identified during the second maintenance / refueling outage a* VEGP-2. Tubes which were required to be mechanically plugged prior tu the second maintenance / refueling outage at VEGP-2 are
~
specifically identified.in Table I (refer to pages 3-7 through 3-10) and the
~s accompanying maps (refer'to pages 3-17 through 3-37).
Pluc Inspection Procram A plug inspection program was conducted in Steam Generators 2, 3, and 4 to verify
- the type of plugs installed during the fsbrication of the steam generators. This
' inspection was done utilizing the eddy current fixture tool camera in the hot leg-side of St'eam Generators 2 and 4, and the-cold leg-side of Steam Generator 3. The cold leg-aides of Steam Generators 2 and 4, and-the hot leg-side of Steam Generator 3 were inspected with-a pan and tilt camera, equipped with a laser beam. The
- inspection r63ulted in the verification of each of the plugged locations as listed below to be of the flush welded type.
Pluo Locations Insoectedt
~S/G 2: Row 2, Column 48 ~ . Hot & Cold Leg Row 5, Column 48 -
Hot & Cold Leg Row 16, Column 103 -
. Hot & Cold Leg.
Row 51, Column 32 - Hot & Cold Leg S/G'3 Row 25, Column 102 Hot & Cold Leg S/G 4: Row 3, Column 35- - Hot & Cold Leg Row 8, Column 56 - Hot & Cold Leg Row 12, Column 36 - Hot & Cold Leg Row 16, celumn 57 - Hot & Cold Leg f] -(_/ Row 22, Row 23, Column Column 90 67 Hot Hot Cold Cold Leg Leg Row 24, Column 93 -- Hot & Cold Leg Row 48, Column 64 - Hot & Cold Leg 3-4
. . _ _ - ._ . ~ _. . . - . _ . . . , _ . - _ . ,
- Banai
'jT 1.0' Steam Generator _No. 1 - Bobbin Inspection Plan _- Cold Leg (page'3-17) !
UU "'
.' 2. =-Stesa Generator No.21 - Furthest Extent _ Tested From cold Leg (page 3-18)_
q
.'3. steam Generator _No. l'-; Map of, Indications (page_3-19)
, - 4.. Steam Generator No. 1 - Map of Plugged Tubes:(page 3-20)-
- 5. : " Steam; Generator.No. 2.- Bobbin-Inspection Plan - Hot Leg (page 3-21) 4
. 6.; Steam Generator No. 2 - Furthest Extent Tested From Hot Leg (page 3-22) 1 f
7.. Steam Generator No. 2 - Map of. Indications (page 3-23) j
-l
- 8. -steam Generator /No. 2i- Undefined _ Signals (page 3-24) _
2 I 9 .' _ ~ Steam. Generator.No.I2,- Nap of Plugged' Tubes (page 3-25) r.p. .a
- 10. Steam' Generator.No._3 - Bobbin Inspection Plan.- Cold Leg (page 3-26)
.1
-1 11; steam Generator No. 3 - Furthest Extent Tested:From Cold Leg (page 3-27) -
L12. Steam Generator No. 3 - Hap of Indications (page 3-28) l
- I
- 13. Steam Generator.No. 3:--Undefined Signals (page 3-29)
- 14;' Steam Generator No. 3 - Hap of Plugged Tubas (page 3-30). -I "15._ steam-Generator No.' 4 - Bobbin Inspection Plan - Hot Leg (page 3-31)-
16.' Steam Generator No. 4 - Bobbin Inspection Plan - Cold Leg (page 3-32) L
-17 steam GeneratorfNo.[4 - Furthest Extent.TestedLFrom Hot Leg (page 3-33)-
i, i18.: Steam ~ Generator No. 4 -Furthest Extent Tested From cold Leg"(page-3-34) [19.SteamGeneratorNo.'4-Map.of._ Indications (page'3-35)-
- 20.' Steam' Generator,No. 4--iUndefined Signals (page 3-36) 21.' Steam Generator No.:47--Mapisf Plugged Tubes.(page'3-37) l
( .' M s i i I t
\
3-5 Fh: - . . - , - - - .- -, , , . . --
_ ;^9 je l '\ i f
***********ee...........................,,,,,,,,,,,,,,,,,,,,,,,,
NOTE The preceding discussion on the steam generator tubing inspectiens, in addition to fulfilling the reporting requirements of ASME Section XI for inservice inspection activities, constitutes the Special Report required by VEGP Technical Specification 4.4.5.5.b to be submitted to the NRC within twelve months following completion of the steam _ generator tube
-inspections._ Accordingly, a separate submittal is-not being made to tho'HRC on'the inspection of the steam generator tubes performed during the second maintenance / refueling outage at
; _q VEGP-2. A copy of selected. volumes of this report containing the f } above steam generator examination discussion -is being provided to s./ - the NRC Regional Administrator; thus, compliance with the requirements of VEGP Technical Specification 6.8.2 for submittal of Special Reports to the Regional Administrator of the appropriate NRC Region office is met.
P-3 i
+
L (.f 3-6
IAB1X_1
) ; gleam Generator No.'l Total No. of Tubest. 5,626 No. of! Tubes Inspected Hot Leg -
None , (Inlet) I i Cold Leg - 153 straight length bobbin eoil tests. No. 7 Support Plate ! (outlet) Cold (7C) through Tube End Cold (TEC) j 1 6 sicaighc length bobbin coil tests, No.1 Support Plate Cold 1 (IC) through TEC j
-. 2 U-bend / straight length bobbin coil tests, No. 7 Support Plate Hot (7H) through TEC 2 straight length bobbin. coil tests, No. 2 Support Plate Cold i (2C) through TEC 1,056 full length bobbin coil tests, Tube End Hot (TEH) through TEC t 1
( ,/ No. of T'ibes Degraded: 2 No. of Tubes Defective 0 No. of Tubes Plugged Prior to outoge 2R2: 2* No.- of.Tutas Plugged during outage 2R2 0 Total No. of Tubes Plugged: 2
- Plugged tubes located at Row 1, Column 1 and Row 27, Column 42.
t [*h ,. L .j'- 3-7
. e I
TABLE I feontinued)
- / 'N !
( ) , 3' itpam Generator No. 2 l Total No. of Tubes:- 5,626' j No. of Tubes Inspected:- l
)
Hot Leg - 89 straight length bobbin coil tests, No.1 Support Plate Hot l (Inlet) (lH) through TEH I 77 straight length bobbin coil tests, No. 2 Support Plate Hot (2H) through TEH 1 straight length bobbin coil test, No. 3 Support Plate Hot l (3H) through TEH j l 2 straight length bobbin coil tests, 7H through TEH l 1 U-bend / straight length bobbin coil test, No. 4 Support Plate Cold (4C) through TEH 8 U-bend / straight length bobbin coil tests, No. 5 Support Plate Cold (5C) through TEH
- 9 U-bend / straight length bobbin coil tests, No. 6 Support Plate Cold.(6C) through TEH i
.[\.,_,}/
-- 63_U-bend / straight length bobbin coil tests, 7C through TEH
?,570 full length bobbin coil tests, TEC through TEH
)
g Cold Leg - N;ne
;(0utlet)
No. of' Tubes Degraded: 4-No. of Tubes Defective 0
'No. of Tuber Plugged Prior to Outage 2R2 4*
No. of Tubes Plugged during Outage 2R2: 0-Total No.~of Tubes Plugged: 4 ;
- Plugged tubes located at Row 51, Column 32; Row 2, Column 48; Row 5, Column
_483-and Row 16,-Column 103. l: .p,
- u) f 3-8
RBLE I fcontinued) l Stee_m Generator No. 3 Total No. of Tubes 5,626 No. of Tubes Inspected: Hot Leg - None (Inlet)
. Cold Leg - 11 U-bend / straight length bobbin coil tests, 7H through TEC (outlet) --
- 165 straight length bobbin coil tests, 7C through TEC
- 1,066 full length bobbin coil tests, TEH through TEC No. of Tubes Degraded: 2
-No. of Tubes Defective
- O No. of Tubes Plugged Prior to Outage 2R2 1*
No. of Tubes Plugged during Outage 2R2: O Total.No. of Tubes Plugged: 1
- Plugged tube located at Row 25, Column 102.
O 3-9 _ _ _ _ _ ____-=-_____-____ _ - -_
IADLE I feontinued)
-[ 'x - i k l I Steam Generator No. 4 I i
Total No. of Tubes: 5,626 l l No. of Tubes Inspected: ' i Hot Leg ' - 6 straight length bobbin coil tests, Nc. 1 Support Plate Hot . (Inlet) (lH) through TEH I 14 U-bend / straight length bobbin coil tests, 6C through TEH
- 155 U-bend / straight length bobbin coil tests, 7C through.TEH
- 1,061 full length bobbin coil tests, TEC through TEH Cold Leg - - 1 straight length boobin coil test, 1C through TEC (Outlet)
No. of' Tubes Degraded:- 8 ( ); No.'of Tubes Defectives 0. w ,/ No. of Tubes Plogge'3 Prior to Outage 2R2 -8* No. of Tubes Plugged during Outage 2R2: 0
. Total No.. of . Tube's Plugged: 8
- Plugged tubea located at Row 3, Column 35; Row 12, Column 36; Row 0, Column 56; Row 16,. column 57; Row 48, Columa-64; Row 23, Column 67; Row 22, Lalumn 90; and iRow 24, Column 93.-
( V) t 3-10
TABLE II I! ) Steam GRRRInter No. 1 Referen'e- Distance-from Wall Thickness Plugged E2g _ Column Point..il Egforence-fin.)f21 Penetration ini f31 (Y/N1 30 10 AV6' O.00 13 N 31 12 AV5 0.00 INR N 36- 17 AV2 0.00 14 N
- 4 20 AV2 0.00 12 N 34 25 AV1 0.00 15 N 25 26 -1C 0.00 RBW N-
- 48. 26 AV4 0.00 18 N 48 28 AV2 0.00 10 N 50- 26- AV4 0.00 17 N 53 33 .AV4 0.00 14 N 1/ -1 42 36 TSH- 11.79 MBM N 54 38 AV4 0.00 INR N
- 54 41 6C 27.24 29 N 57 53 AV6 0.00 11 N 47 .65 7C -1.12 29 N 54 186 1H 1.53 17 N 42 104 Av2~ 0.00 14 N 27 105 -TSC 10.03 MBM N I
The abc"a nformation is based on the largest indication observed for the. respective tube du ,.,p us second maintenance / refueling outage. at VEGP-2. Note la Reference Point Location Descriotion TSH, TSC. - Top of Tubeeheet Hot and Cold BPH, DPC - Baffle Plate Hot and Cold
.,s #H, #C - (# = Number) of Support Plate Hot and Cold, e.g., 2H, 2C t .. Avl, AV2, AV3, AV4, AVS, AV6 - Anti-vibration Bars 3-11
f r,_ IABL2'If feontinued) 7 s ( ) stekm cenerator No. 1 Note 2: Unless indicated othe: vise, distance is above Raforence Point. A negative number, e.g., -2.00, indicates that the distance is below the Reference Point. Note 3: Indleation Descriotion Unless specifically identified by using one of the acronyms below, wall thickness penetration is provided in percentage of wall lose. t DNT - Dent - tube has been deformed inward to a reduced diameter condition from that of a .sominal tube. INF - Indication Not Found - a previously reported indication, from current inspection data or historical data, is not found in the data being analysed. INR - Indication Not Recordable - a very small wall loss condition exists in data being analyzed that is below reportable criteria threshold for specific inspection. MBM - Manufacturing Bagf Mark - tube wall loss condition due to a tube manufacturing process step. ('~'y UDS - Undefined Signal - signal that in the analyst's opinion does not at N ,/ present represent tube wall loss. Reported for future review purposes. f 1 i
\~_/
3-12
--e
m;y - is! it TABLE III
, ,7 3:
l } steam Generator No. 2
. G' .
Reference Distance from Wall Thickness Plugged $! Regt Eglung Pointf11 Reference fin.1f21 Penetration fti f31 iY/N1
-34 -12 7N 3.51 UDS N 34 13- 4H 0.00 man N 42 191 AV3 0.00 INR N 43 20 AV2- 0.00 13 N 54 38 AV4- 0.00 13 N
' 39 46 6H. '6.67 30 N r
+
y 59 55 AVI 0.00 11 N 43 '64 AV1 0.00 17 N 47 65 AV4 0.00 12 N < 66 59 AV1 0.00 INF N F P( 50 67 AV2 0.00 24 N 1 1
) :.
^^# 58' 69' AV4 0.00- 14 N 57- 71 7N 0.31 DNT N .j
' 53=
86- AV5 0.00- 29 N 48 f98 - A/4 0.00 33 N t i
' The above information is' based on the largest indication observed for the respective. '
. tube during the second maintenance / refueling outage at VECP-2.
(1): seecNote 1, page=3-11. (2) Bee Note'2,:page 3-12. , t (3):.. see Note 3, page 3-12. 6 -. (k ,
;{u) .
[ 3-13 l g'; t y --w L . _ - . - , . . . . . _ . . ~ . . . , , . - . - , - , .,.m. r .-.-.....,J._.-..,,-...~........i
?
s... , (r . , _~ ( '?
;49 g TABLE IV
;7 g Steam Ganarator No. 3 h}w/<)V' M Reference Distance from Wall Thickness ., Plugged Reg - Colung 'Pointti) ' Reference fin.1 f 21 Per)etrhtion it) f31 fr/N)~
-I' -
' 31 ' 12 2N 37.57 MSN =N o , 34 13 AV5 ~0.00 .11 N p s f32 15' AV2- 0.00 15 N 32- 16' AV2 0.00 INR 'N
, i .
- 34 17 6C -
35.03 28 W-44- 21 AV4 0.00 14 N
~35' 22 '6C 18.14 19 N
- 45 12 2 AV3 0.00 14 N=
'47 24- -AV2 0.00 .15 'N 47 25l : AV2 0.00 16 N i.
)
[/" ' 49i 39 ' 6N 33.97- 30 N i Q' t (47 l66 -. 6H . - 11.'32 UDS N .l 4 l lThe above'informationLis based on the largest indication observed for the respective 'I
- tube.'during the second maintenance / refueling ~ outage-at VEGP-2. .
(1) ~: see.. Note ik page.3-11~. f r i e; '(2) l Sea ; Note 2, : page (3-12. ;
.(3); '. See I Note' 3 f. page ' 3-12..
j ;
~;i
- - .i g_ ._..
s!
]; h-
+
?;:p ", - > . , _ l, [N; , h( [ ~
~
l
'I'
. 3-14
-l 4r
, N/ .. m [ L~ n di ca ;. .. x.1.. , , _ u.a _ __:u_u. . . _ . . . . , _ _
.- - . . ~ , .. ,..-. . . _.. . -. . . . - . - . . ~ - , . . .
1 i l' r,- ZhELE V ( Steam Generator..No..4 Reference Distance from Wall Thickness Plugged i BElg colung Pointi11 Reference fin.)f2i Rgnetration fni f31 iY/Ni .! l 13 15 5H 20.15 23 N ! 44' AV3 0.00 18 N l' 23' Tec S.56 MBM N , I
'48 -25 AV5 0.00 19 N f 52 33 AV5 0.00 20 N-54' 35- AVS 0.00 21 N :
54 '37 AV6 0.00 12i N i 35 38 6H~ 37.78 32 N 12 '43 5H' 25.78- UDS. N , 53 43 AV3' O.00 21 N ; 52 :50 - TsH 12.23 NBM N ! 50- .35 AV3 0.00 -12 N
.44- 59' AV3- 0.00 11 N !
, 39 . 64 - 'AV3' O.00 20' N. 50 67. . AV4 0.00 =18 N 59 67- 'AV31 -0.00 16 N
' 51'- 73 - AV2- 0.00 28 N-
'14 .1C 'O.00 MBM N t
311 8 3 -- J4H '32.60 MBM. N g ;43; -83 ' AV4 -- 0.00 24 N-
- 85" -AV3' O.00 10 N
- 45' 915 27H' 4.41 .UDS -N
' iy-V .
f 3-15
f, TABLE V fcontinued) (x- ) Steam cinerator No. 4 i 1 Reference Distance from Wall Thickness Plugged gag Column Pointf11 Refergnce fin.)f21 Penetration 141 f31 fY/N1 I 22 105 7H 2.06 UDS N 21 115 7C 0.71 UDS N 10 121 SC 34.67 UDS N
~
The above information ie based on the largest indication observed for the respective tube during the second maintenance / refueling outage at VEGP-2. ' (1) See Note 1, page 3-11. (2) See Note 2, page 3-12. (3) See Note 3, page 3-12. I % e
-{ v
'N I
8 ' j' 3-16
.. i--
. . . - _n u..n. - m , . _ _ . ,
r
}
l.p)' 1 r.r% .w M b'aga$J _$ kP%
.n.s 4n_) _
.x , :
.L. .._, .w.w-_.x . x. . e.i M ~
n: .
- : y
- V>3 a
y Ip giW 44,_..L. 4 _,, .A..4_ .. A. . b. x. .Q* a . b.&,_.b 4, -.h,.b_S% p
.& . T ,0 Q -[ h8? -
mD,-e
- : :e, -
+
p m..atu mmJadammarapa==papan *
! i -x : . C
- sh *
- x. . .
4 w -R_ x_ .x. ..w a A-Y~ L. 4__x 5ow . 5.w_e1 . O h q ,gg ...g
..i.. 4.D4.
.p_. dp*4W.iitp xx4 p+4 _.xj.. 4- ..p +x4p_g v
-+ d4+x :
p 3 ;x w -. p__..N,Mp.w:p. _ .
,,LJ LLJ -.x..x 4A p -4.L .x-a 44.A: __.L.s A,. x. S.R p,
-.b 4 _-
x ex: : -w_ .a -g a
-*+.+-.m eagammeanyammama n>mm u n#mgame,q
+x : :
m-nym;am N + (O CN :m a;a m anxm
+- e.a w . ...
q ' x..x
~_p.
q, . . , ,
.w.w . - w x. ..w.b .
5_.a 4 .s. .i. i
.+4 a "
4x: w' w_ e O A : : x : w.-c
- x:
w .R" ..w.w_.-.b-w_-.w' 4- -.w >- : ,e : $
# 4 w.x_. :
w.x , _.w.w__.wx: __.x: . wm x.. -.a 1 Q.c
.: n
" . " " a._-.w.._ a w 4,y
.S
.p_ 3
- g. . g
.p.g a
. .p,.x..p-- .w_..p.
1
;4.A- _g
.m_ . , _
3.. -.
. amp.A M, s ,-. fj a.*
9namenDeDammDanM L., Jap!
,a p.smapa pas . .
m0 -f mW my' *
^m ^
! Y : s A-.
s '*
; x; '
.p,
+A
, .p .{"
w.p M, 3 .p . . .p
. u.' . _.X .w i9...[
<-.p. .x_ -w.y_
4.b_u:
..s.b _._.w.s- S.e -L.S .. . .s.i $
- :~ -
4; 4; __.S4- :
+.w.
-p .w' n-_--p .m_- -p .m'
.__.x
_ x : : : w'.y -X : -
. .$ 5 .e q ,
p.x s.p_ -w.K 4 A _Ae s % --
.b__.b.4- 2 4-_.A.R x x b.b o 4.4
- x : :
.'O.A
- : : .- : :e n m matan!uamagany aea n.; amaam any a nyaarg C 3. : x: :
qam amAmm;amentma;a gm m3m aeagam> aumm3= A.A L.A -4.i -A.A 4/.e s p..b_-.L b---b 4- +4.4 x .A.R* - x- . n: : x :
.w.w- -.p .p _ q Ex:
.,4 ,4 9
- Ox:
p ..w' p- .S- ~_.p 4.p _.p:f 4
.w .p.p . . .
g.x M
&A
..x..xe.
. i
_,.g.1. R es>
- 3. . . . .
.xe. x_ .
xm. %
.. p. p.x.u p..M.M.e.u . M .x.
eX
,.a m
- w h.M.s.r.,e..Q..p:__.p.p., _.p .L~=_=_,Hq N..p:_
*M :
q [- +)w,.x' x
-p-.-xx -p.x - p.x =b... x adadams'. ' 3 s -R s :
*r x.. e"q*
D6#mmun?seammasadan : mJadamm : aimmisema x : sahama'a :
.x--.<
w -.p.s.fp- smanisJam
-p.p' A.,_.p:.w'--.x .w .a.w.p
" a : -4.w=_.p.p_-.w.
.+ .M
. x.
-4.6...b *4 ..b.: A. :.=.. 4: 4., e c
(,,. g
.b 4 4 4 4.;t
= .L.A.4 -_
++w-++xx : : . p.x
.w.x. _-
.p.p-.p.w - _ psx-
..x: : x-36, .:y
*- x :
p.p ..p-w_
.p-ww
*. b
. w.p 4.k-u p
.b _A.k. --
.bh --Ax b__.b a_ .i x %m g
._.h-b . .b-b-_. : -x- : x- - :
mmm3 an$amaqameamer
;/
x--n:; mag:m ma sanya ng:a =sq anq:a me n>: m>m;a mentavamungenta (x 5.su p: aur:a me u n e _.e.* L.i --b.i -b.i z .,
-.b.L__+
.,_.b.b .L.A. : : #
N.A o : 4_-.L.b__.g.a
- + --p.y x..;
w
-- e p_
+.w-++.x.g: - .p.p - _ :
p_ _. x,..p-m _ 4.,.p p__9.,. a 4.;: L.i. w.i. - 4 2 .
- 4.b.__.y..S.__.4, x.4_ _.s..S_- - S.4. -_.S..i. ., .
x.
.b.b-
_x
.w4 44 sn.b.b ..w.b__.b b- ..b.h -
4 4 E
^
g iim.-.b.E-44_ .+iim ii
.C nimi ii a idi m ma s m n m Jai-_"h*
+w m
L.A.J i u_ @ _ . 44+.m_
- .a s
.w ~ g_ ,:__.p:.p-mm x
n m _..p p _-. , . 2 d_+a.'g"_^,.,'
.,x.-
_ g
,, +e__--em.-..ps.s_
n_ _.w .x.__m _.s.A _z c
- a _,..a.s _ ..b.i s + - 4.b x;
.s_
..b.b__
x
- ax:
..p.p .,9.
- w_ -Q Q ,
g x b.x4__.L.s
+ 0-1 p 4 p.x
^x
-p.y
- : w-4 w..y p.w _p. .p . .p .m
. . ++
~n
-n .x. -w.x.
..x-x .x x..x-.
.w_w x w.s: - -n x ^x
.m.w M' S V') w , ,
*x ! ! : x"-
- M maexaataaamxsqmgaeaummy
- y"93mmry mmagayaaeatmataaan'sagama agan{a EE be. 4 .b AA Q,, .._-.L.b .A..4_ ..b.h _. A.E 4.A
*x : : x -w.p: ^
- C: : X
- w .4 p - ."p'.p>l--..p.x.t Q' ' :.
, x
-p.x-
- x-
-p.x -xa w3 .b l
g .'
._.L.t x.b.b _.R 4 .s .E -4.A -L i 4=
b .il'ge p.p:_4A 0 ?::
-pa._
--p u
p__.w. ^x*
.g.. .p' .X.-_.*p.-t x p_- w-.p ,,,
t:x7m' _ +asammaami + , assam,Aw A:-R 7 . samm was m Jw:a mmakasx
- : ex : : x
. .w
.w- 4'.b-.49 e.y$.. .w:- .x ...
w.y w w__ p 5- ,,
- o.A S.A ..A 4A:
_.e .m_+- S.o -_.ixS x : : - x: : _m..w_e Q_- -
. C. _.
+.S a.x, :4_
x.- ..w
.m x w 1x m_m..w -
--w -
- : ' t
-co "
Em: o
-- x a N Z N o - m..x. - .w.E f x- :
* -x x--x
- . -X4 omoammo;- :
M e
*x: }* N
~ -a
,au maxmammes..z x- vamm
- Ib
..e w y ^
- .w 4 .. w..w .b".w: .-.w w- ..w.p ::
,.w ,
- x: :
w.w ..xw 9 ,.,_.w .w i
, .%.+. .- . .x : :
w., g-n: : : < - w.w_e '
!^ N
-y- :
C%) . - '
.w .L"__ 4-b'--
.L' .w' .w'.y' ~w.et
- s .,4 +
= {,4j - .
*
- e
-_.w.w.. _.wa. ~ ..s u-m m.x.tw e a 1 x t.
(,f*) . a. _ w . 4,.b. ,- _.A..A. 44
-7 Wa't--.b.,JS. .
.6 l - O
. m..p.n-w _n :4
.. .x. _-.
" 'g' 9%K s g
,s 1
l m L N 8 9
# W 8 R h H S 3-17 I -
.,e.. , y , . , .
og ce se m a' s m at at ca s a a oz sz oc w or st 9; ca se ot. l st l- I I I I i 1 1 i ! l i i I 1 n : l i I i i i - l rmirmirm, i irm trru ertrurmirm rmn u u u errmrrrurmirmrmm 44 i-4--L - d- L--l -4ti-o , Lu T i mrmirmirmu , , u 4.4.4-t-4,.6- .l ge;-444-4 4 4-.; 4 ,4-6 n4-44J-41 ; - 4 4 +i i s -l -4 4-4--t i l 4 f, y- ' l- l- f, - l-- ,' 4 -( i m - 4-4 .r-y( ~.~-!-(4 ! 4 4 4 4 l 4< 4-.
~~
l 't -.4 g: 4;g __ m'<4-4-4-4-g- . _ q,4-qer-q
- ;- ..- 4- ,
-[ky, ,
.m. ..
..g ...g.., g .. . , <.g e.g .
j g ,, s ,..p- p.g ..,, ;. .. .
;.g
! '-d'. u .-i' .
- i. .. u.
(,, 1
..r.. ,.u. ..T. 4-~~~~.'3
.-,+3., . ,.
.p , ..i.'.....p 'Iz_;
..ii, .
.3 a .
7 - 3, 'un; - a- - --.. . y; .- .
-g. y', ,- .
..y a ..g ..g..
p[~~n; . .. .
..y : ..
" J-. ,.."; .1
..". _"_ " ..'L .y .
4,;
; .4. , ..p .m ,
'~~
I a ,
' i,, t h w
-n . .o ,c .c A us :4m .
--c ;
e a.z .
-1.,,
l.d.. s.w , ac 4.
- . . ". . s.: ,,; : .. S,z ..: ..:..: . ," .,: .. ..m. v.,, , ,
- ..: ...r ,: ..; . .s ..: ..
9 , 3 : .. .. .. .. ,, . .s . ..,.. ,, y# , ..: .. ..
- q -
a' .:p c . m .;_._.. j ,
- .u;
..~_.-
-;i.
.;j,
- 7. .
3, ..
. .: n, <. <- r <.,< ,
g..'
.J'. d'
'.' ivg g ;'
- 7- .J i
.;t: .
i
.34 .,c-i; gl.
N . .!i JL .J'. , ].; i
=
tu 1 a - y 1 _ s .<,y_-- i
- a. : .
..m .,
... ... ..j.. .w:,J
.: .s.: . .:s ..: .. .. ..: .
.c . 2 w- JL
. ..o: . .,
J 3i. .r .___.g J L L". J + JC e
- 7 n
gg a+ ,..,..:
..g ..; . . -
-c
~m
~c 3:-,,
e
- m. C g,-
m ..n
. .- <.c ,
2 2 ...
- g J 2 ..'
-m j gI ,
2 , 3 ,
,.._ / ,'
N h
- 4 _-
cy :+ --v -~;; ,
..;; ~ :1 sm . .
,.-.., ,.c
..!.'. ..I
..i.-1f, [ ,.
..I'. ..l!. .-It +' .
-.l.
,, .. . -f.
.n i (.. '
I g
.._..,.____3 n
y -__. al -g -,7 0" [' Ulf1}~g y :[ : ;7 -g , o,,..: ..m.: o, % ,: .. ..,
" ,, o," .: : ....-
.. S , ,: ... .....
..: ..,, ; ,:. u ..:
Q-.:q')
% nr
, ; w.
c -m 1 + .w f - h'dh2.[" r IIIsIIIII F-G" i [ i"N#$N
'IIIIIElEl W' I I I I I I I'd 1 E I I E 11 N!80.lM3dDS 'S8H C0:0L 266t-CL-t0
- D 2 I!ug 0))60A u!qy y S3Gn1 G30001d ON11SIX3 3 .3 S383S l-389 03101 H31 P408 031S31990L :: 3C Z8Z
- B1 O! 37, viOW G3191 Z .
- .L . _
c-331 01 -HL riOW A91 Z .. m- [g 331 01 at YiOM min 3L 9 : I f._ l . 2 ;J m..{_ )c -.
~ . of om .nnn m : z m_ < t _
',. ; J; ' ' ' " ~,,g
- E m:.
,.a.
p, w
- ,( p' .
.e . -
%,,f . . .-
2 :. 2 ItO CATION' 20s :TO 29s - 1 .s! 1 : 11 ED: CAT! Ort tm T O 13 : K N' O s: 3 MAPRFACTURSIG BUFF t.%RK
~
2 2DiCATION IIOT REPORTABLE ".
- 2R2: .
R: n.: 2 EXISTING PLUGGED TUBES !- AnM Vogtle' Unit 2L - GBE-1. SERES F; i 03-28-1992. 14:38 WS. SUPERTUBN i
- l . IEIREIERI EERERI
-IERIEEE EE; <--4EIREI Illl su i<-- =wdIERI T1TffgJJ-.-H- -
.4EsIy .
{ }' ~
' f II]t h '~' ]
; f
- ;4 IIE r 3 3 II?
'tia- t;
.J.
T
"] 9 i,.--..-.
h , i-
. a
+ ,
.c .
p.q q n Ii '. ?
" d ,,,
. .. ~
"'M M j- j)
' a g f ..
m
-J '
tRi E1
; JO !
~ ~
8 = L . c
- j
- . _; iRc
- ,
l . i .
.. 3 t
.. 'm l
mM j' E 4 M
. .. t
-m a t 2
' f.
- . Mm
'Il , ,
Rl __ g
. ;,, tE: .
E . m mm
-5 :
i ll.1 . I
=I Li .
ERRRREARB] IRRRRERR1E f RRREREERR] RRRR RRII EREREREERI ERunn'RnRua R'unnRum ami RIRmRRREmi maannERumiRREREREREI aERRRRRERI
~
RKuBnERER) i 1 l l l l l I I l l' l I I I
=
l mm l I a I
=
I -l a a A e I a l l n- a e- e a so e m.m m a m 3 m : I' f
- [
_ m .-w + - - - - . . _ _ - . . _ _ _ - __.m .________________.______i.___._______m.._ _ . _ _ _ _ _ . _ . _ _ . _ _ . _ _ _ _ _ _ _ _ _ .
l . j' -/ u . j A }i-
._ --_ , .- D :2 EXISTING PWGGED TUBES
.3 s -
V
- V
- NO TL.,53ES PL M i .
l _ . MARCH 1992 INSPECTION ,. 2R2 Aivin Vogtle: Unit 2- GBE-1. SERES F L 03-29-1992 04:14 HRS.. SUPERTUBN i IIIRREIREIREERE TEIIRRIgI; "ERERIER1! II15; II IEI I; I I, _ N
.iiiil_
,4u-----
I,
;7, r " '
,1. 50 inn .a L3 :Ini
'I u, l
~
# m y N T j UL
* . 1 4; S.
,-.,e -
i,a-40 r, i w.
..i.
.j
""l'
-m m
I .4 r : _ m. N w O' ,, , I.- ---- f M [* ~
.4,
., E:
- t. R . ,,"
i ,,, 25 I i,,
,., 1 M Ma
,1M aq s t "Y .
Mm ili . .
-- p__ R, _
'; .'* . . : : ;- 1D
. .R J ;
N RIERRRRRR1 1RRR1REIII ERRRRREBRI RREIIERRRI RRREIERR]E IERRRRERRI EIERERIBR] RERRRRERE1RE REREER] IEEIEIIEI IIEEIIIRIII AERIEIRREl i i lI I I I I. I I i l i i I I I l~ l i i i i I I I 4 40 35 M 25 2 5 3 5 tao ts to es s0 ss e e m 75 m as a0 55 50 i
- e- , , ~, -
i 2 S C 4 4 8 n a p . o v
) xk( l l
=
*I .-.=.h._a ooo u) +-
..+. -
.g g -e ,,, + x =
o La n .ng .n:ra g. _ . #_4_4 *.a._
.,g .
v ,.4i. .A. -= _ . . g gg g. _ _ _r. @g._9..4#.
- m. ..
w __#.e
- +_g-O O M .R.__4. .4. .__.R, S4. ..4. .4. _,
s ~. _ p 3 h. _ _. .A__4 4.__1 __ 4 4a- -4, 4 _
- 5. -5 5_ -,- . . 5- i...A. x
_5 -d. -;d %. x:.=
. .x.w.. m e. . - a. s.
we. . .x .a. .a.
- x. .
a..E_ ,m.4
.4 __4. a. 4
.u ..4 _ _ .
. Lt :2t
+ :
a._T_41_f*2::::$: Mfl. ,4_:::= cn co + C _11. __41 41.e._y- __ _A1_ 4_ ...44_=-A w s -
.. %_ .g_
m.
. 4.x. 4 .R.~x_.m m -4 4-._g^.7, .. -.g
.g-e.
g _ __ g
. . es da 4-s ..a.d...Ae ..e ;pe.
. . . . . . . . E %:: $2ia -11_ 4 .ia_A4_^:$$:st - g2: O
___^.4_ .:21__ 1 .__41_ , .11_+ 4 X-50 i.4 r..+..--- 4_ _.e .x+. _-..t..__ m: .: .x_---1-+4__4 4 ,x-4 si..k._'8=-- - 4 .g,. ..
-n
_11_ _d..^ 4_4, ~ 44
.1_5, ,.11____1x-1 _$1x_. -
a.=..
.. ,,t.
, .x. ..e4_. ._ ; __ y ec ; s s.= . .r -+- 4- 4e- .wJ ---
- g. <-.<u. ,e zu.x.. -S
.,_1_1 x 42~_ x4._i.._ ^ . ,1_., 44__1_..'. ,_4.A. .,- -l.i.
._. .R.4
_A.4 9k 4 _
.R. 1 E..,,.,.
J ., q ,A.,4., -4 A._
.= ,.
$2:111:11_ 4k 4 _d%:2 +1__ . ,14 14_. = *"* O
^
4__4JE-44 .* 44.5.$pd_4__jnt-.,_1 ::T.h. _.44g g: a.. .sa...a.m. .a.s v pa.... a. &m .a# . . . ~ _s
~
14 5df_ -11 d'T pid ,_. T~ ~1.*1_ 142: {
.._ n%.-- A.__4 . _
..4 4. .. 4 _&4 4 __r4 __ 4 .4. s....
- T~1@fi--4 .g.h__i 51_4 _4.i f"TT ft:T~~ #y. *., :.4 _ dQ%~; =-N N) 1 4 i..!
__ .4 __44 _i ini
-4 -4 .s. .4 4 _-4 i:__h~m_t:t" -i,..2 x- t?-* * .2~ 4u._:=
4 __ A.4 -
+: O _g.
A.5_ 15 h4 .A 4. __-A. ..__.A.$i14-45_ .,4 4 f44__.g == t.e_t:$h.4. x__a.wt.: :a.fi.
. _1_.__A.di_1A.Rx.t.: ;
_g
; x 1__. . . .A __ . . ,
a.__44 4. . ..4.4 _a, . z.- 4.,_ x; 4 J.__4.
, x. x..4.e_. .,.,4.,.. ...__14.__4
+ . . . . . .
x- ;x ; x xr.,.>t_..
.,.,. .x. A. .. Q. 9 .g..,x.- . ,.k.4.,,., p.
i u. ab..a.d...a..+- we >
.s.. e. . ,. , +4 _a C -R 4 ._ er.,.&.,.x .
s 4 .A._x-.x.,.x.- x.g. ..x.
..x.
_i j (^ _.k. ._.,, x ,.x .,.g.4 ,,,, , i 14_ = 4_ 1j4_, 14 44,. = lO T-g : :.h5_ - - _ _idE_44_.1-l'1"'$ 1_$3,.4__451__.4a... 5 __4 ^_ _14_ 44__4 _A1 ,:32:** 4__4.4_
..4dx; .::-P v3
,..s .3. .. Adr. . AJ
- tA ,__444__p; . .rAA ... r-v 29:= _s
_t;;,= d' '{": =
^
l ~_ ..RM. _ - 44,, d...i._ 14 ,_a.4 _ N .2454 __4 4.h. _idE_4 _4 .i.,__f_41_q*14 5, ._.d:Z', ".25%::= z i 3_A _AznA4
, Ars_A4 _c1A__AA- c.A_ =-s hj d.4-_ dst: :$:k:_T*$1_A4rix:fA.A. 3..:$r O t4,. J.A. . d.
^
T.;; = -g o 4. 4 . ;;&nCJ C~1
- ~+
h,. i AA,w 4__AA _df4__ 44__4di:txtf:3 14_cC 2: = ~N
.d'-- O hi.i -.h:.$2~T5%__As.__tA_A ~~
T:h.,__._ idi_5da :.44 _S o Bjg .4 4 A x _44_ 4p :24__A4 = N en e n -r_m.a. : A-4 _dr 4.A. R.
- a. eA. .. A.c.w w 44 4_4 4 4._
. 4==-a.
c .
- 17:ft4'~~g.,Q 4 d__.Lifd . . dica._ _4 df7 g _, g .__
44x.p4 _-.4 __
+4 _
_+. g x , .1-4_4 - .4 - A. 4 +.- - =; B
.9 cn g c: d. ,...se ud %A. -
~
SD 744_f14_J4 _.dfx: = p gg 4 __14_ _j:.4_ = -
> coI 5 CD _g__..._441- w. $.- O.-g s* N .
4 " pin [NI
~ x s.
u- - 2mp3 C~I'3 at' C'4 O = 3-21
1 I
)/ H$ $ 8 @ S 8 8 N N @ 9 o 1
l l l *"*'""
# j
,,,____m_______""_ .___.W o
g
.___6_,%____._.-- ____. _ _s,, ,,,, o 5 :. ._.
._=_
^- .____;_ _ __._._...._.:.__ _: ._
._ _ . _ ; ;__.; ;__. w-_ .;* ",, ,,,,, p 2 - _. .-
.2 :- - - .. M E 01 2 .. .. . .. .. E _ **
. _ _ . . . = = = x = = = x = x._,,,;,,
^
Q r_
,_- -- u B; e
=
e - 44e m - u
=wm. o 3 ;
WeV
^ '^
^ - ^ ^
V V
^^ ^^
^-
^^
.Z L&_-_: ; = = b = u =-_--
_j=^^
= _"-
Q
* .__P +.2_^ .
^-(_.;
G.
-^m4 r 3_
^^=
_- :-C _", Y -I i e u u b u u f- r -_
.k h _
_1_ -_ _ _ .; e .-..
; u.;. u. . .;; .u. . ._.
._= ,. g
= = = -
= = =
7 ..=l
. = .O ; 4~ .
u u u u u. u.. u. __:,, e.*. ,t._:_-_.- . . . u. -_.:. _
.~ . . . - u.
D e & ^ u u --
= --
_-i T = u u ?^ = ta g3 ; L _J J,,
;. j. "e "~""'**".,,,,,g M-:--- _i _u i ; u
_..-e
-- ; ..=..
- ; u. . _u ; -
- 4. .
i1 wwwu u w.w_ ,.. _ - u u _- u u u u - e ; -_- _m-
- f. :-:
. 2f .
^
+"~ J. .; .' .. ..
2f . ..
^^4.
,- N O o =.
p wo no.o o ow o, ". . w.w=#. : = =
= = = =
w s-- n =.
. . _m .=. 4 .. x .. . _ . . .-u _.
NS MkhNMbr N--^ k -
"T.. - ly- .d-.. ..I.~. 5.. LS -U- ._U- 5-.U..
^~
.- I
_mn
=== ; + e ;
w: u u u u u a u u u _- u = -_- _._--= 2 *M M : ww2.
, y
; v. =. =. .; . ..
.. .. .. .. .u. .. . _ ._ ..
e _w m 1
^'":n - $
e ww,-- pa ; - Y ^M, .j Y r .f2
^^
i
^
--^
J9 Y U Y - 3.33_.33333
._ f _W" E -- -
wur P_
;- > ] +,44p n
u
=4 g[H "re e
u u
-@s,a "
; nmu
~
NT
. h_.h_.b_.-hi h_ ; .- u u I5[ -_-
=
b_d,_rh. = = = = E_ .__ u_5.
=-=;^' = -
c _
- -:n
- 7. Y g
^^
=
= Y g *~ N ""CO CD Q w _
* ^ --
- g. .'f Y d Y 'f._ . -
y .,. Y .__.y _~n
--L^
i m - ;y y _; : y y y y y -_ _
;y -_ : _
y _
*__- .x 2.
) _p,_,g;;
g___.. g__7 m ,g
--, __. _7.. 7_ _g ._.
j .4
.w
_r_ -
- m e + mo rs ;:; m,c e_. +.e4 _
=___=_;
-_-_-_- = c u u _: -
_- u -_: = c ,e = wg
=-
- 4. . :r ._;_ :_-
=.
u.;. --_-_- :e n
..n..
.m. ..
__.. .. .. . s, ..
.m
- 4. -wn Q
; u ; ; ; ;
ww --___. ,; .. .. .. .. .. .. .. .. .. 4. . .. . _ . .. .. 7d W". .'_; . 2
^i Ci f.
^"
^
- 9' f.
--^
A 12 f _.v. f. f. Ti**
- : = - -- - --
gg LL, C&,C__- =__=-
= ' '
Lu- s .: L T- " '. u_i- -u_- _n .4 D
~
hChh h h r' u y
;hk eb r u u -_- u -- _
g
--- - ^ -- -- - -- -- -- " %'- - -* -- -- -- --
n tal u ;u k* N I-wwu w: u
=
u u u = i1 1 - u u
;1
_- u =
=,--.w_sn
_-enme.Q n
=+
v - - nn
+
l,uu.
=_ c ; _- 4 u u --
u u r u u u u.en g ---_r_-
==:
; e
,__-:=
, , u ,__; u;__.,
=
; __r .4. - .
;-_e 1 mg .,,,
n Q
^
^ _^ _^ ^^ ^^
-_^
- ^ ^^ - -
^_' -
^= " . 't**- """
'^
- -^
^ ^ ^ ^
= ^
fY N ^P ' . .'. M f. i= .. ..
- f. .
=.. = = --mH ,Q
=
=
, g-Q w --;
l 5- 7'
^'^^" ]_
_ ^ ^- Y F
^^ "^
V K 2
^
~_* M--;' '.
-^. .
hJ ^^ _--- ._. m f.D ~ Z:c :V r u- - --- V 7 Y
^-
i V M V V
--- -4 ,
(,j) g , ge u_- -u_n u_- 2 __- m_71 p a _- Q" g g . QF
^ -@:_ -
=
e ii.. i y != -- y x =_
- .A c. , .. ..
=
E s
=e 1
=
= n
=s g L.t J a
g = r= _ - :u
=,
u-u ..=_ w , ._- 5 u u r -_- =
= r u
_--e
- y u_ _ _ , -
.. .- m ; ..
+ .
,, ww._. -. ..
--; ^'- -
A p "-".."-.;- __^^ _.;- ':
;_ ^^
+* taf_.* W
- . ," .. . . . .I. ..
."---. .: x. -_,.
w = = _ a _ _ ,. = r :.= - r n .m
, s e=* q_..__."_d.
T I T T
~
~
._. Q . .
_Ga m =::=_ _ _.:.s . =x .. n f. -
;=1
=
- f. -
=
- =
g N . 3_- _- _- 1 .- a.- ..
- 5. - > u n._
;r,
'+ ,.,,Q e--
p; ----_--; - -
-y V V F
^^
^ 'Z-l'_;_ V V U
^^
Z
@ y--
,_ , 3 e. .__ ,,, g O - --,__9_1.._- .e. u. =,_.
m M..J l _ .
*^ ^^ ^'
^@es WinNMaJt.r#.. ww__ ".. - _. 9_ ; -_
[ \ i t j ""#-- - -3" (~/ W ,)N.C (g ?
~ l M")
^1.- : . : : .__ 21 ^ _._
_ _ "_ .Y.____=_____.,,.Q _ a.,
= ==---
L.a N < O 3-22
~
4 1- '? - j _ s g ,
-a.. , ;-
h$' i A3
.. .~ .
( T - 31: 2 INDICATION 30x?TO 39x t . N 2 :2 iroiCarios 20 To 29-
!:. TO 19:
~ '
1 : 6 lNDCATION p 2R2- e:: 1: MANUFACTUR!NG BUFF - MARK ' k. Alvin1VogtlefUnitJ2 GBE-2: SERES E D. :4 EXISmG R.UGGED TUBES 03-29-1992' !. - 03:29 #S.'.- SUPERTUBN
,k f
l- EREER.ERJ E E . E la !~ EEEEEE] ! y ," "EEEE] E E l' I - in..: :nsui , l[ .yJ iH4 lQ I, 5 3, -
- . , . .a w . .;
i rr- 2
. N. E ,
-k. . .
.:1" : :E,,. #- ,
i : ,.s , ;
.T' .
f.
.5
/ +--
40 . c F . - ,.
- i- ug ., . . .
w . .
. ld i i u.
g L , w . u . :
.. .. r
;E 11'
- 3 ;
E ',__. _ l [ .: im" : T"
- . -n t
- : m
, i I .
.. m --
l : 5 !
. . 1
- .1: ;E 1 :'
i . . . . . -
-a
- rr i :m r
i t j ll :
- 5 i i .1 . .
I e : 1 u ......... . .................... .........i .......... .......... .......... .......... .......... .......... .......... ........ ;
-l l -1 l-..-l -
.1 - . l-. .-l- l- -l l l 1 .- 1 i .I i .l. I l l .I I :
0-no m m 35 30 m -2 5 30 - 75 - 70 m et 's 50 - # 40 5 ,10 3 2 5 s 5 t
=
L
, . , - j. e 7- )
t jG r r L); ~ x + O U: 1 UNDEFINED SIGNAL oN 1- \ 1 SG 'N ._ S o :4 e = no noe m ruses Alvin Vogtle Urst 2 GBE-2 , SERES F 29-1992- 02:56 HRS. SUPERTUBIN IEIIIIIIIIIIII1 IIRIIIIEA: lERIIIIIII IIRI i lIll Al i .y g IIIll; aIIIII iEII 4: 1' g rm . y"
-he L ,s %N m
h 45 r" , I_ _ r _i
-=i3- a g g
.-m- .
8 l .
.-win [ =
g -my
'"Q~
.-----. ----.( Q '
e ._m e ma ,
,m ,
l
=
,-m,-
Y l c- 3o a m be . m ud m=
.-7 lmi :T:: 's,.C
- m. 3 l t:'
av i m I I m g
=-
-= 1 m,.
m4 t =
-! ~
25[ ,21 m h1d h m
! m _g
= 1 m m.
l Il ,
'---lL m
==
.-m i .. m,. ;
= m
- t _
I IIIIIIIIIIIIIIIIIIIhIIlllliRIIIIIIIIllikIIIIIIIIIIIIIIIIIIIIIIIIIEREllIIIIIIIIL 1] IIIIIIIIII IIIIIIIIII IIIEEERIIIIIIIIIIIII i i i i 1 l I i 1 1 I I I I I I i l i i i l I i 120 is to . m m 95 90 85 to 75 70 65 60 55 50 45 40 35 30 25 20 5' D 5
;W N-I r .J' f
L Q'g . . q i l wA3 g- 3 pp- -- 3c , . M DGSTING'PWGGED RBCS
+ VM _U_ _vbb_I w J _J gm3m 2R2 . .. .
MARCH 1992 INSPECTON A} vin Vogtle -Unit L2.' GBE-2 SERES F i-03-29-1992 04:17 FRS. SUPERRBN ETERRREIl IERR11 IRRERR) E R _- "ERERI EEll ' l IRRB" 'l "REEI g; RER J _ IERRE" 1ERRRI EE; IERI il I. .
,,a j
1 ER; fJj, E Ub i'-. i E m 46 ' -W ,
,. m qud
-4 a
d
Mm g .f
'Nm i
p
-MI' N d Id -
3'
~a \,
i 4 . E.' iiI dn k m - a r a i ' m-
-m ' N=
t
"" I EI E]
ml: u- ) m a a u
=m "
T " - m l[T" r l , 5 m,a f
" I Ea !
l i " %. 3 j
"" ll m W , _
4 a g ; 4 m .--, i 5 n . i -a i n
! m a 1 m j------,_l I !,_
1- , , ,
, -D t
/ m
. w -----.
4 -
-u '
- : :-5 !
! a 1 a ] I
. i I i i
, i- . <
y 3 R R R R E R R E R E I ** I R R E R R 1 ERRREEBREl REEEEERRR] RERRRERRR] RRERRRA3R1 REERREREBI REERERRERI RRERIBERRI R R E R E R R ll il ARRREEEERI REEERRERR1 ' I i i i 1 -1 l 1- l' I i- 1 I I I I I I i i i i i i i no m to as so a so .a ao 75 . 70 as so s so e e a m- E m a a 5 t n , , . , , , , r .* c ,. w w .em :m s- , + - , - - , . c m , ,--,,e- -e, .-
~wn.n e n- .--wm n- m -s e n o uw , + ~w, r
~ O U $ 8 Q Q R R n R f) GN Q Q n
/
i m .I . . .>i, r rs pttfE TAA- E _i 3 5s_p.: I r q t2,3i __. 50 Fh
^+
_ A ^ ^ "- ^
- r4 -+L+5J'
. 4 4- .;;4.b 1,
%:^[ 7 -Q 4 _ - b" y:._ .R 4 ,_ -A,. 4. 4,. 4.
- b- _,,
d.M.l'*"1' Y. ,._.11-_d.d..__p 4N. s, k. l N- 1. _ - 11. _._ 4 I_ e >. ..gb pp . g e.%.5:s.4-_4 :n._._4 u
- s. -r" ww: .:
esn . _AZ. g) b s--
,y_ f. 44 _
n
.4 4_._- -4__44_y-
- 4. ,_
-.sg g
n.,,x 9 . r.4-- .dr 4__4 . w_..44__4.w a , ,g ~.e*h c h- .h.4 ,, 44_.,_ 4.k.
.M--4.h. -.' - J -
$? 44-- l :%.%, .-, . _
. -._44- : ,
Q
- , ^:
X50 #__
-4 ..k- 44~-44 - - -*.4 x-44_- ,
4- -44 ._
"xp. ' - _ _ _-"
< -w_,, .. -d- ..441_,. b4_51 44_ < 4_,b _< - ..
.,- 7
,,_ q
, g4__44 -4. __44__..+ _ . _
p4__q ,, g1 %^ 3
;, . v_-R AT_ T1:. : T1,' _44_L4-R
'.' T-u p
-14 g 41.i 4t.h4:
.i-x11___h
$i4__ t.: -1.*k..__44__41_14-44_
. __A.u.__141_A.A.A11_ .
_,4 b.W. . 1.d_.p, .m . ik.(_ 11. . pl,eh, l._m,g._b. . 6 gg . q
.y_4i.e._- _ . ._ .
_,,, g
&__&. 54- 44_ 44 5.s _
##_p :
- d..-d.- k. b.d. -Mk.__. -.
d__44__44__
,_d d._ d.h__.b.d. ,-
n
-15 k.
. . i .+ .= .. . >.u,a. i_.e.,e _ . e > ess.m
- 24-14__44_ -44__4. ._44__ 44__.$4. 44 -'x:
- 2:e_11E_11. ' -11_4
i,4.L__ 5,.&'_
- w1__ixi_ 12. 14* :
* "'* b v
---y 4._.L4.__
. %.g.
4 4-
.44_
.,+
-4 p _.S..
;1-4 ,-b o h.4,_
J;wk,_, p4 &.b .,._ 44.. _,/g , , Q.~ ,4" , -1.,' 7;
,4 ry /,
__ g __4_ 4__4. _ _4.g_..44
, _ 44
_x. 1.S.-_44_ _uxw. [
'A -- __ g
[ _. , ,4_.,_wiM__ 4.-
.b 4 _-b4 J' -b4--44__M.k- -4
_'_44__44__mt
,v/ :e_ s
.e__
; 34_4.e :- < ; :
--e g ;
v. s_% 44_fa e
- g
. ._-p.y._g-y. _.y .p
_-y_y _.. p.p o-menw.r_- p y .p+__.p .. n_p.3
.s.g __.A-S. _ .4& -As y,.11 44-44__g4.."f 3%$~::Z1:' %__A a.4 11:._ 111~T$f$$~
~
'.T$ Q -. g A;
c_D Z; - b 4 4 __141_AA _'_11__" 14 ._11__A1_ -A4y.L: L. l ! i L m 5 Q g- cg,14 4 ,,,,,f44--gA __,,g g;3Q,,,,,44,,,,,441,_,4gl44 - - 4;g;
= _ -R m w n_ .n -n.n--- - . - ann-4-9 ....n _
[2..p .., .I_4-n.- TMN dd. 5hh_.- ,
- k__14 ._ddi .dd
- i y, n :x54__41_ -44 r: 3 4-_4-4__41_ -Au e- : -.- R c- ') [D 5 -:- t-:& _+4*.-AA--.&-4-_& -- 4-s-. :A+- -p+--F:A__m @ :t1 *t:
c,_;) W m c w. .o#._4& v 4.x_ _4-4__4.g__.z4 y _.s.g_ _: -: -g r..__w-..__ _44__n_ ; ;
. ._ ..4-._ -m., x_. _.... _...t_%
,,,k h. k_ h.k. k k., k h k.k- k.k., kk l g- ha.<,_ .
I d*A-Al- 112.-w4-_AR sh _-x t*A:-s
.1 1. 1. -&4_ , . .11 , k.i._ ^1 NT
^
7 ld m . -__."
. ...,_ 4.& - _. _. 13 . ,
a
..wa.__r.wi .r.x__4_r.. :n4 p-- % .._- ,,,, g O 0,)
m _ .r.__4:n.- , . _
,a_,__ 4_ .S 4__.%.__44. s
__44__4 - 54_p. s:
,' :4 ,.,,,,.4g_, .g4;_4 4_3_,,
a ., . , ,,., 4gy ,; __4m - 4.S__44 44, _44__S$_g.& spa: g Z ;: r%$: ::z4__i%_ 22: O d-j t_1,: , id_ 5pi___44__141_44__Al <._i__d__d_ ,k_.- d-i 11M_ k.-: _g m ,
. o y,_ _,_p__x.p__.%__,p +.%,#e:
( , 944__ 44_ 4-. A__414 A _ ..A4;.4.A;
-ttttt: _g g
I a p 44-._44__x4__ 4:g__4
=
c/-)
-~
.%_k'~
41__44__.&
-w
'd :%4--4.%
. e.
.%,L n... -A- -
;; m 4 1-x- -s *
- w*__ g4_ w.p_y.g z CD o
e--
< :~ ' 44 -
t.1:::2. .1: :1:k. .p A.: ) h I ru __4> _.** r y^.A
- ^ 9 1
[~k) ( cy-) N ,,,,.*(_o _JA 4444 A.:5 '
.e
.v x a{s.A. & 4S.p.A
>ug- ~%'t.h- ;;: -O I , ._
1 O .2: p> cn < o 1 3 26 i 1
O
,\ JI S S S 4 8 N R p 9 n
( v O) HOO f H(d M '(n I l Jry.~ F WF nW r7 . s = s u um Y- -%
- ^f -
- 22:e t IO g ^J ' Y .,. ...
^^
i cip Hbb m _A4 - wMv: g _ -- u-r"1 -- Q 222h 000 a q di - - Y d k T= --
?
,i .. l b- :
m(t cd 6 s ._-
=
5 _ 44 u -- x4,.7: o
- 12. u. La t)
(- .
.^.
=_
~
- .: .f..'.J. .
A
. s.4= ._. ..
.'; d.i.
7 4 -- ..
- s. = -
y J .y J v m n_ ph- _ = , :-: - mo ze- ^ a s e ee:
=
'"'+'
*~
LdgJfd c- -
^
^'-
-- I -- -.
^^
22.- g H
~
~~
i .. .. I .T. ..
.3 ; 2 r..--
p 1 _. ; T w *~ e -
.=. ug -
- 3. .t __ ,
O g-u _ .__: e r ,. u: y u 4- - j u y y ge 4-E s ,. ( = ..
._. 7 --
_,? 2 - _g
=z..
_ =
* ^, -
e ; % ^ + %y _ v y
^^ ^~
(gj h b Q j ~.-~ --
^-
^'
^,
^g^
e+ = -sanedene ^^ _^
^^ --
^; -.- pp
, g 1q - +
1+., , A .'. ~ 1 4.---t i ;- 9.--+.
-- - -.' t g
D"
^
= s .AA; = .- g:- g %
5 E
;Li&4 "*. _AA__?.
u .4 u.
- u =- u -
u
= , . ..CLI.; :- -
u
.u. .
e - u
.u m Qdi
--ps,.
p ; : _ _ _ = ,
. MS ,
, __ :.: :- .'%b M .I ' -- ^^
_ -hk,
~ '
~
.. .. .k '
. h. .. .. ..
P8
>-* T .. . .. .. .. .. .. ... .'. .T. ..
m'"
. JJ.
;. T -
.1 T
I . P8
,, = .- .-. -
If4 [g) ~ 7
- . :-4.
A t,- -
~
) i{[
l-u --- y u y j _- u 3: y u u y _
- - -S
.2(-
i .. -
^_
- *^
L- '_2 "- 'I ~ ^* b
*E-P C
I A N 4 .1 " W u _- u
^^
E CD 1 h'
}$h -R
^
La :5: u -_: u 6 -i- ; -
-J D .
--. -~.3 _
b
~~
c m .:_
^ ^'
m to - g : 9. = i_- _- y- .f.;= _Q " LA . =.
- #,: h. .
m w g 2 E A e e -
- -Aa
=
J. ;
.r -
-t-+4- __
A: _g M W II.. N-- [ y 5 #h -
.,,. g m
2 N. e --
+- y 2 --
= y v _ e:
C-> l e = = r= t h)---C. u = e og q -
=
=A
~
.=
_. 34 _g
;r LA +-+:
Lu : : c) S-- ~~
,.,4
- =
g. g . .
,g m , , , --- = ._ u ; -
= y' ._. ,e .,
, ,,A _,j M --: e -
u u .e -
;u; u -
=
- = ^;
- u
'_ 3 u '27-y ^
,. H-' _
p e
. . . .f.
^~
-; _ . v c.
y p - -N
" 2 "
.. "t1' . e'
.e. + -
O 4% gw- m=: a g - -
-- S y6 -
Y
.._..e_ W i .. .
V V V W^ di"- - - ^:_= ^[
*E
~) -.'i d u z 5
' '-!25: _$
y ; = - u y M^- S m , . .. naa-h " : -O
~
Cr)
, a J. A ..
- T;
.m f' @ me s , ..
1 .. nl: - Lt ,J O + -++ "
^^-yp l
"- +^
.k y
i p . . . ^J I. . . M g k' s W C l
-Q p- -
Ad 3 y'y 9 %v.sv e 1 . . .
.>4 I s ( O b 3-27
s_ _ , , -,,wp en--A ea- __ _ - n n. .- I s [ \ J N v j 1 l . .i...
. eq QYN Jtr3 n, g '?===~-~~ .
I I I . I E apse @ OOOm bh( e " M' J "
.Q
$$11i nm Rpifd b
- g. a .
- : - W3 22: Z W g O .
Q< ..
- -R i
- s. %
L h
~
g a g .it . a rff -
--: n e2 7 e .g .: m :
- ,P ---
".*."..IN*~~"
[I t !'- " g 4.' -
,m:
MN"CD : "'
- g
-S ;
_m. Y1
- -S m j :.._.._.
1 i-u/ : : -S i < - : i
- - : _g 2:
l**- pg
- s< u -
- : -R
, ,v , e -
OW Zl "
;-m.i i
m "
- -p i ,m-- au i am4
-s
**ud og
. lud,i mg Q
l- l 3 3 -8 , , O g .
=
";; 1
-R m c. - "
_ l. . .a Q l mun g 1 - E e
+ - , -
4c --
-1
. m 8 -
m 1' W *' O- *a ' S "3 ' S-
'P,, E -9 n g $,
- w. "'
~*
<C R "tfiiK ,m !
(v~')2 lgs$ o,4 " n ,...... _
- -s 3-28
3 gw wy NS % # Q) c'%.)\ t
'%J l
U : 1 UtOEFRED 'M v _ . _ D : 1 EXISTelG FWGGED TUBE I Alvin Vogtie Unit 2 GBE-3. SERES F 03-29-1992 03fj9 HRS. SUPERTlBIN M kIIIIIIIEI1_! IIIIIIIIi^ ;IIEIIIIIf
, IIII'
{ 1 1 I I"f
\ gu my 55 j'. I I I E I
,1IIII , ,
gli---- ' I
' ug,.
g 2 l . d
)
i# i
~l
~~ k F
m;i, 4 i a 1
- t
*' I u b I
$ $LL --l i 1 ---
4 w ?Tf' 1_ -
' --.--ky 35 e -, ,i . o 9-i .,_ 1 I **
-c I m-m.d i t
' t ] Y'"
r 3
. t I r 1 i . -
==
TY y
.I I -- .
'--- h b,i- ." " "
"g
- i - _
; r--s";r "
;7:" ":4 c p i .-- i 25
" -4 i
t r3 - -.b 1 4- 1 ' i - *- py-.-g -.. - 4 y ;- -
- _- I 'r; D
- E'
%-__".-.". > > i i e f""[. ---, '
- A,- - --. . ,-L<- .1.,- "
b-,- N, 4 --.
., 3 ] j rm' i 4 . -
5 t7TLD ..
' "* I a.
l 1 1 "
* =
g, . , . ,
,,,, *1 1 I
= i , __
-i ,
a
.m_
m i m _g
,{ ,,,,J L , j 4d ri 4""" g,'
I d l '
- I
- e 3 I a
-= I E _ ,,,,, , , ,,, 4, 1I ,,,,,,,,," '
r l
"*-5
- .a. . . _ - o .
._ .i . -
..IIIIIIiIIIEIEEIIE i
~
._g y*
IaIIIIIE*IIIIEII.II
'd h 9i i F
= .
. _r d""*
IIIIEIEIIII IIIIII31111IiIEI11AIIIEIIEIIIIIIIIIIEIIIIIIIIIIIIIIIIIAIII&IIILiIII I I l i i i ! -i i i I i i i i i i i ! I I I I I no us m 105 100 95 - se as 80 75 70 ss so ss 50 4s 40 35 ye 25 to s e 5
F A - - an 6 4 r 4 7
-4 l
i w) ! Q e r,rr-1 i 11 ...s . 5 .i9,., a E I E I E l-- rrr rH 2; i 3 -n 1n._.- ___.tM
- d'84'84 -,
.mdmg he..e -na g e.p.qM
,_ -9 '
ye it N m
- m. ff__p;--
e ; e r .__< ~ i _6 R
...m_.=.e==
as_ , ,,<_ipew.w. *,=_ a. mi _- , _ cmen-ai es> wnem_ nes- enum
== mesemarw<.*w mesa _-
. -p W m,Z GG - '
,6,p a ls -
- . m__. _,_:
m84 5>W- _,i<m.sm F - in .._> e.i_= *_= ite. 4-iwi . WWPW._.W_h44_E N p-_M - _9 n
...__, .- , __ - .- =g
_ ._ < m.
-i4name am .
ppq Mb % M
---. a.m m> _--<-_-
4 M___MM_
, -.m.e44 medi- >,.l>In-O : ____.- :
\ s -
.. i. . , -
S M - pd Baq p M (. PW ([) E :.
- -R 1_ t . ..l . u CD) i
~~~ "
- g. %- f ?
h
; :. m3 -
m.. .%j : -n
%i<,
,7 ,
7-.- ._ .- ._ t h -
% - [ -
... g g ,
~:
'-- ~
Lt J .m :. CD 8 - f, f :5 5 M w y E -s
=
.. m '
;; a
- -9
) r- :: __ _
l i
,G : -
I peqp4
- -Ah .
.g e g 7 ___.g N T.
.,____ : -S
- . e -
f ~ p .1 -> d ' I, ~9 R <r- c. N I { Th..=___, -
.2:- . . rn ' - - -
4 o . . . > 3-30
H g
~ /
EH HS 5 5 Q 0 3 m 3 D 5
- TEEETTB --
d L < U T eg ]!r r , f g, C 3g.g ,4 d' um.QbI is h I ECH D k. .h. ' i,eaH i I 771E C y p.ipmr-t u - 41 [,.' ai,
,t HhI Ie I
. gp $uI p I 1{h TTTG . :
i } 4l t-I14. .k.! , j h I 3SS) .g o i . u, I EEEJ h I
,ph ho@id:piippinp su." o 3,d' 1 I
4.a ! TTTP ,,b ubb IiL , )s.t : I is
.a:p2i khnugm-Ii &. h. +x i
i g :* otj . I I 90SE g1ti I I 57 01 1 . e3 7 t JFe7e14 i x:p. 4p:. :p. y 1 o1 i ig9 iip i
&-Ii4. .d+ 1I.s.F igt-1iL.k.
~
! 14 H
$ I I
I I Im
'YIiA.dl pp
- m Y' I
- .r:
IF k:t,i4:m. x 4 t
,4t+,ip .
I 1 P' ,A. :p, 4 e : pgulp
+il px-ii4
. dI m.
.L 2
1 j I I I i2 5 N if y71e !I ytg o p e- - hi i5.p I g*:gm j4ipYii u in ' i:.[
>.iI 6 r ,
I
*.I1
' i . i Ml'?
I
'MLg$eig>
.gr .ggapmdfink i .
I - 1 I i o L1l1 o . i J i ., I J nug' r g Y'e I M knI ilI H' a4n9 I
+oi + t F :
I o.h'qfM,t,...[$ 1 1 i -i
.b-I iM.i I
i s : H' c i i u.t 7 1ix.lo ii
+hn m . T t.H I i3 5
Lmp 4 pii NI I I{Nu1i1 H? 1a+4un i. ' M $. t g1 u f t ' ~ L.h
)t I
-hii I l .1 i -i .
I L. 1 H iky xti 4,pii} i d M'it. H N i4 0 I k: 4tmfg>=<.imJ i . k 4'* I tt. e 0 +I ]k :r pa} - . . I
}di0p
*fI g oI} b Ii r9i.opa-i k.h$.I .r.fp .4 l I I
p I i4:yiun4:pui3g
~ I b..1,i F!
44I 4.ii H' h.-
.i
. I n s' i0p ,nt uu w*Io4id H 'i,Mh"
[nO a pNI Ie I I f
+lf 4.li i
H'_ 4.
- 7iiL p
+ii 9,&-i>A.
v,
.hi iu. I FI 64:p,p4'
.l i I
4gA1 ,gJ/ ( I I I i kfF 5 i
; piip,o>iii.k.t t i n
.tH k.
I I 0 H h {
~ l I i5 MliII ii gt4, ipa-ii L,d2t it.
fN 5 } b Ii ii i I
/ N 4iI .pu. =ii &. h.
k.11 .tp I. 4 11 HI ue f 1 i k:g%n
. . i 9. ,, u p+i i i i f
I I 1}b+iI ',iI b:wt lp. y. pi pp ,,F I 5
+5 ip4 A u' k.hi wf)b i5 I i
;J. 1}A .u4.g g gi n mp lo I b+l' 6 ijIH! k.T 4:y1 gY i i t I g(Q 1h 1
I I i
. 4:. i!
m-ir h. .i Sih' .4 ah I IIEFi p T
,Lipii}+;i iHo
- I I
k.i iL:pi .
) ' iso h 'j .
.v, .. .
.= lpm. . h. i b11, j
T Ilbil L.II i i p . i! l in :i I aHr im4 IkiHi' n 9.p.ii m E,il FI pu . h? i.+ I a'1e &,d: 14 p N ie s r., Ikh i6 i I YFFi1 t1 t1l i.1i HI j g.ui3" I ~ i o 4.gia}4 nt4 ipo.igY!. t n
. x I I
s I . I N (hF W ri i 4
*.1jf JlH! ik-{in 8 i k:p k:e o ip3ri4t'xii4. .h,ii4 j-N
- I ph I
r F B U fFF I iI k f1gI tI i.1p r.I i. 4:q nau xk.. . .nM.#ii4siIik.[ sir . .
$.F d
I I i 0 7 x+qi o I F. is.f l htI T M.Nt.3 H1 I,&:pii 4 ')i y>4,iipr=IiL.k. 4 s.p b iI Y - S R I i1 E,,ff y ~ x' ,
- g. pu= k1 I
1 iia. . i E , I
" E M H11 tli il iia F;hI g&-iik.hi 5
, I AU R P I i1 *.
F1Tb : 9i:K:.g rp)ii Fi1A-pii4' o 4 +ii k. ' iia.k.i iu. Fb I i7 b4+i. .44,l'I
,, 1 i
( E U ! I s i I 1r S S HI iL:p L* pi1}+iept* . ia. F I 4 i1 oa iib .- 4)(i 0 htiI iu,jbI I g ei1 14+iipv= 3 i8 l4 pi
' 4 i1 tI a , b I
- 3-:+H iL. x pgi4+ii,pu. -ii4,.
x <4i q
- I 4 :1l E. k,di b b
;: Ii i 1i Iii E [WI i4, '4 s.xt I
I s uN - .iI : L' r.:. poi 4+i1+a (,
- hi )
d I Ia E 4.u.jkl p ipp -
# p
- b. I
. I F! ib:p po iE.:pmi4+
.I iI i .
B r 4m*;y,4 I i y li G . ,/ k I [Ji ik. nu m!. lF> c, .I phi
; o
' S k Iy il iv47ii4,p,iy 4$
I is nt . R
+nu'sal24. ' Q~..b .h s I
tIl x p. H .4 iI
+I i&.:9ii4:yii 9 +iig .
- , .p I I
IN l F n pa p d' HT 5,, h I is igIH1 iH: 1i4. :x . x . x'x.inL. I 5Iiik. , 4-h l 3 ,k-p,e4n pa 3 I I h nU 1 i4,i d bFI ib:7i! 4
. i i
p f r., h! I I ni p4 5.+ o 7h in ii i1 3 lI q; -h ;
- q
. f E
2 1 I i A.i. i4a7ii44: pii41 1 s o
@h:. .iiL.h. '
. . I f
rW ps &.3.,[( I I 4 p i piip5 .I> t, i4.pk t t. , ' . di t I s p9
) i I
- n k:m _4:a.
1T ,,jh I Io U
.i pS f i4,)yb
. I 4x.:n. 95 9 7i A. .d.i
< I
\ 2 pig 7+iiy
. . I gl e 4 . 4 .iL.b.I :5.k h I
m 9 .' l
."g I
S.,yb lt 9 s
;ii c.d' .
I g uN o 1 p$ x_p5 Iik. .h. ' .
+ f I
I
)) V 2 p 3,d ,.4p5 I i E.h m,.+kI I
im B 6.1 %.
/
7( q B n i2-2 , :
- - 1 d. .
)
bI o I I 0 l vR3 v 3% y k"
' l
'y C g. 4 i
- 4) I I in B A20 I
mI ug-
7 7s 7-r.. ) !
) I
'q.)
%.) 'w/
an ! y e 3 r rv A i Pf\l T D 1 : 1 1Ebr ic THROUGH TEC JU]r p] \ O t.! s p L bl )Ji - UUL J _ D o : 8 PWGGED TUBES Alvin Vogtle Unit 2 GBE-4 SERES F 2R2 03-28-1992 23:58 HRS. SUPERTUBN Inninnin_nniin1I W p iinin, rrtWf a.;
,.;. f IIninnInni I. I l eniinInnif j
i lnnni
!j *%
.un.
r 55 I k, g 1 I s _-___. e a . F 45
._ g ,
, 4 <
..- .., 4o F, --
u. u ...
. u, ,
t J:1.E. 33 n . , i..
,s r ; .
- ,'_1. .I. ; .I: .__ ,
30 a
..-:r ----
T.I: -----
- I~ : .,
y r, ____: ---
- .9 ,
; s
.e i .
- " . .IJ +-t,ut; ;;'
- I" ; CI1 i :
.- I.
. .-5 5~ + _,if 4 taan1in2manaanninininnannaannnniaiainninni n n a i i u n n n i a a a n n i n n a a a a n u m n n i s u n t'I1111 n a a n a a a n i n i n n n u n u s ;n n a n a a u n n i; n i n s 15 n u m _
! I I I I I I i i i l i l 1 1 I i i i i i i i i 12 0 ts in m to 95 90 as 80 75 70 65 so 55 50 45 40 35 30 25 20 e D 5
s a a z e oc w or n s w m e u u m- a w a = m ai m on I
! I I I l 1 I I I
,,,,,,,e,,,,,,,....................e,..........................e............,,,,,,,,,,,,,,,
I I I l- ! I -1 1 ^l I l l- 1 I
,,,,,,,,y err m v .
e oe e- e a . < z..i i mi -,; 1ia pi .a-ri . .; s a i a ii +ii 2- i. i..i ;. i n.i- i: ,u i
.- g..i . ; a ..;I L- ; wi . i. i;i- t
( q f .-4 y ,-4 pq 4, r. l.4 t- q }il q. .-.t l- t (-q .-f f,8 f.4 .-( < J-.f .-q-4-,1
.'\- ,q-yt
?- 1 ]-q-q. ;-q< f- j f.,( < f (
-
- l-4
-4
,1
'i.
1,
- ---,n ,_,,- ., .- -y .y
~- , .- .-.- ,- --- -., ,
, -y 4_-1 - -- - ,,.--y --- --. .l. ."- y. . - , ..-f(--n . --- , ---y --
,i y5 I .,j; - - -
- 4; - .
. /
- _..:-s,. r...
- e ,
o.- ,17 -- .
- .: - - - - : L.__ qJ .4 : # .
. .- ..... ..Q a- . .. .. . .
9<
+ :,"qc: + " 3 Q. . -
.3
, -: si: - -- -- - -- ;.
- 0:. -
. 2 j-- : y -
- J .' ._ :A -
- i.- -- .e 4
S ty-- '
- ;;.-q --- : '"h
- 27. - : a. .
.4- , ,
- - - :. .: J .
e % su .m s .m . : s ,m 4 s s ,m s .m ;m : : s s.
. .: s s a s .m s s ;.: s : as ..: ..m .m s a s ..sw : u ,.--e . 4
(. ,..
-_4,
a L
]:. '1
, <1).. ,,
C y. -1,-. f y-....:
. . .g-
.n.
a oc # ,c.m s .s s sm;m:: : s s s s 4x.mw sa s : : s# c:ow s s . g s s ;w : s# .m s .u s v .: v%s -~ ^' - s.' a: v
.,_ m ,
] ..
$- .a x.
M' s 4 y..j . f. 3 - sr -
<q. - ,
.r. ;i. - <m ; +. --.
-_---. d[;..;
b
.' I g.
+3---.. 1- n-
- N ' 5
,r .ji: :p y,. .: $ - -
- i
_- ,p.jr g -_- ,
-q-.-_
p- : <-
'"r. , - l -'l j -:1- -
~
, {'ll , .
j-m a ,- s .
..: ..m s s ,m .m a . o .e.m ._-,,_-
.m .. a s ;.: . :
y, iii""~l' T it"~
.usq g;^ wa
' '" d i h, , , , , , ,
m .__... . . . . .T..t. i iW . t i L I , ,a, , , ,. , , a;i 3 N180Df3dnS 'S8H 81:20 266L-6Z-E0 s3eni 03 cony ONESDG B :9 cl S3833 Y-389 'Z l!Up q}60A Upjy H3101331 WOW G31S31 L90L : a H310131 WOW G31S3199t : L H310139 ViOW G31531 tl : '9
.O, lI:
H31 01 HL WOE O H931 9 . : L 9. t- -V bQ, -
',_ ---{_--- --]_ [3 ' - E--},
e e e
C Es o g g m_ x-
$ 5 5
$ s 4 g
- Te
.,t w OT u . , - m
~
h!II T .
-
- W I
k li l I I
= a m . =
I is t>YT .II i I 1 ii ',I
% .tIlf I I
O M 42 % .I I ia C-I T iI1 1 R t .
^
I I F . Ii1 I I is i I
.I w L
. j I1 I
I c Sm i rs,3 I I 2 iT I Ex I I Te I I I 5 I l I I2 18 .xi I I
- I I i I
I
'- m ]
I I ia 1o e " If" r ' I I I I I IvI m I s I Ii1" . 6 I ia I I jI i 1ii1 l ' I iI 1I- I
'MI,,'
nI
.,l }'
I I I i*
' jiI I'
i!I I I2 I i!,I I 5 II I i4 i!1i; I I! !" I I
^ i!
,ll-IEI I i!fi' I I I . i o I
I E'
.I is I
Iji;1I ! I I I
]I ~
I s I' I is
+/ I I
g
]I!I I
I
- I
,t w I I
I { ,[
..I!I
!I I is o
I
- [ I I
" I I a e I s I
ic N ! I [A I . I I" B - I II I F i t I I I i
-_I!..I I
i 0 7 i D S N I IHI I! I I L E E I I 1 I I l I 5 P I O I"
.ijI
!l:H1 i7 R U II I
I C E S I I S I' I' m!I I o M '
> A I
ia O 4 I R-I
,I I s
- I I Ia E I I-I B
I 3, . IIh' IEl I l t G S m
- I I Is o
R _ I I S- H I I
- I
" .I I
" I s I 7 IuE I I
I Ie 2 I T I I 5 .I I a K. 2 0 1 1! h I E
- t i
e I I I s X n - w-d ! Im. E U }Ms I I e 2 @#! I I o
- l 9 I I
t S t g 9 I i o 1
- FWF n,* I I
s V I
- I
- /.- 9 , * : I I
i 2 :=- wiR
, i n -
- - = = m
- = a i!I I
o
,t l
v 3 - m*
= " . m I
I In F A 0 - i1l
= :
Wa*
- p p O
e s. b:
- '3 x- 3: 1 iPOGTION 30: TO 39:
A-- s .
'\
/-\
- N 2
- 7 INDICATION 20x TO 29x 1 : 8 ttDGTIOM 1: TO 19:
2R2 . . . 9: 4 LMNLFACTURMG BUFF t%RK ' AMn Vogtle Unit.2 GBE SERES F n :8 EXISTING PLUGGED TUBES 03-29-1992 - 03:38 FRS. SUPERTUBIN i f O'IIIEEEI EIEEII j IERERE7ER 211111 IR11 IIII; 'REII ' ' ld i3' 5 I I I I E -' ,
,- M5d ' i m
-l
.30
, ]%. .
-[ ,
,.4 , ,
g
-pW =
id I m d
"~'
inw. g '; w a
'+id
-n ps.
d,, . 9 , l-3 ,
. 1 .
- m. .m ,
'. 5 9.I h e II.m j
4 m I i w
-: u '
..r.
25 !
.. s w... m'.
, ;" .... p-."" y j t
.. .. I
- m. k
. I
'fwH '
wwwwmw
}4_g
~"
jl , l>- jl, ------ ( I ,, Y . p . " i' ; - 5 ,
. i . ! T .
j a so a en - s 70 . e so . 55 50 #~ # 35 Jo 25 20 e n 5
K s. ' ys 3,
.(
j , w,):
-I
^ -
U : o UTC61tEL> SIGtML v - _. I _ m b.. __ D : 8 EXISTING PLUGGED TUBE AMn Vogtle Unit 2 GBE-4 ~ SERES'F 03-29-1992 03:17 HRS. :SUPERTUBIN 1IIIIIIII III&I? IIIIIIIII. .IIIIIIIII IIII: 11111 1AJ l' iJJ g7 g IIIII' ;IIIIT
, QJJ kJh 4
4 - 4 'a so g_
.~
^
l
- I
+
- 40 4 +s- , '
. :m
. a i }
w
- t:: -; 35
, 1. i1 Jo
.. i . . . . s, m
- ro: - ----
- r 'n ...
3 M j w,
== '
j ,
', _ ,] mm.
"R a i 14
, [ N
*1' i , .-.
ym
=?
n g
,_-----,'l l l. i)--- >-
-y ,l-__,Q j ""
m j -
- i tI' M
m ias .
>M M
-;_3 nm i 1 *
*' 4-,--,<
l4, --> <y.-a --,1 ,
--w ---m,< ><--mm <
lIIIIIIIIII&IIIIllIERIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIllllIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIkIIII 111111111111111111111111 1 1 1 I i- .I I i l i i i i I i l i i i i i i i i 120 te . no . m 10 0 as so as ao 75 7 ss 60 55. 50 45 40 35 30 25 s 20 10 5 _ = = _ _ _ =
\.
O (V . (v) . ! v i gA3 p-V U.
'3-
__ v p p V U _. 1 -- J v _) 3-
~
a :8 EXISTING PLUGGED TUBES NO TUBES PLUGGED 2R2 MARCH 1992 INSPECTION Alvin Vogtle Unit 2 GBE-4. SERES F ; 03-29-1992 04:39 HRS. -SUPERTUB!N IIIIIIIIIIIIIIT IIIIIIIIII IIEEEIIIIT Q A33 h IIIII Md .I 4d) IIIII: ;IIIII III 'Ill W id 7 h b
? I l
_f! l '
= kdi 4.m
,, i d ,
~
- E:
- k. 9 e
y "- 4
.: c w --_
" : ,, - 35 1
mmL, m !Il l1: .
'-M
{ '
" *
- n i h e
a w " ' *
.ma
..a
'wa mw ,
==
=
, r=
is ' mm " _ " =. . , 3
"" I N l>-.] Y
. lI1 > -
u m: _.--.
,id - b ww4 h-4 J
- _5
- i
_ 1 i1EIRIIIIREIINEIIIIIEAIEEEIERIIIIIIIIIIIIIIIIIIEXIIIIRIIIIIIIIIIIIIIIIERIIIIIIIIII .EIIIIIIIIIIIIEERIIIIIIIIIIIIIIIIIIIlli i l i I. 1 I I I I I i i i
. t20 15 110 m 10 0 95 90 85 80 75 70I I 65 I
60 55 50 i 45 40 35 i 33 i i 25 20 i I s i 10 i 5
Technical specification 4.7.8 - Onubber Inspections (s As required by Technical Specification 4.7.8, selected snubbers were functionally
/ tested during the VEGP-2 second maintenance / refueling outage (2R2). The snubbers were categorized into four types as follows:
Type I - Pacific Scientific mechanical snubbers (All sizes) Type II - Anchor-Darling mechanical snubbers (models AD-40 through AD-500) Type III - Anchor-Darling mechanical snubbers (models AD-1600 through AD-12500) Type IV - Paul-Hunroe ENERTECH 1000 kip steam generator hydraulic snubbers Each of the snubber types were functionally tested utilizing a test plan (as detailed in Technical Specification 4.7.8e.1) which requires that en initial representative random sample of ten percent (10%) of the population to be functionally tested. The results of the functional testing of the snubber types follows: Tvoe I - Twelve snubbers were included in the initial representative random sample to be functionally tested for the Type I anubbers. The twelve snubbers were functionally tested and each met the functional test acceptance criteria. In addition, eleven snubbers which had failed functional coating during the previous outage (2R1) were also ['] included. Each of those snubbers tested met the functional t6st \> acceptance criteria. To summarise, a total of twenty-three Type I snubbers were functionally tested with each meeting the functional test acceptance criteria. Therefore, no additional functional testing of Type I snubbers was performed in order to fulfill Technical Specification requirements. Tvee II - Thirty-one snubbers were included in the initial representative random sample to be functionally tested for the Type II snubbers. The thirty-one snubbers were functionally tested and each met the functional test acceptance criteria. In addition, sixteen snubbers which nad failed functional testing during the previous outage (2RI) were also included. Each of those snubbers tested met the functional test acceptance criteria except that Reactor Coolant System snubber 2-1201-042-H005 exceeded its breakaway drag force acceptance criteria. However, its displacement velocity during the load test was acceptable.. Bechtel performed an engineering evaluation through Request for Engineering Review (RER) 92-0113. It was concluded that snubber 2-1201-042-H005 would have performed its inten'ed d function had there been a seismic event. Further, the excess drag forces would not have caused excess strain on the piping to which the subject snubber was attached. The Bechtel findings were documented in their letter BV-GP-C#581 dated March 30, 1992. SNC transmitted the Bechtel findings to the plant site by letter MSV-00982 dated April 27, 1992. ,a . 3-38
Tvoo II feontinead),- , Ta cuamarico, o totc1 of forty-ccven Type II cnubb:ro wero function:11y tested with each meetang the functional test acceptance l
- criteria except as n *ed above. No additional functional testing of l Type II enubbers was performed in order to fulfill Technical
('~s 1
)
Specification requirements. Tvos III - Twelve snubbers were included in the initial representative random sample to be functionally tested for the Type III sne 'bers. The twelve snubbers were functionally tested and each snubber passed. No additional functional testing of Type III snubbers was performed in order to fulfill Technical Specification requirements. Tvoe IV - one snub'9r was ir.cluded in the initial representative random sample to be functionally tested for Type IV anubbers. The snubber was ] functionally tested and passed. Therefore, no additional functional ! testing of Type IV anubbers was perforned in 9rder to fulfill I Technical Specification requirements. The specific ' ypes I through IV anubbers which were functionally tested in response ; to Technical Specification 4.7.8 are itemired on pages 12-1, 13-1, 14-1, and 15-1 of this report document. It should be noted there were several Type I and II anubbers which were included in the initial sample of snubbers to be functionally tested and were added to that sample because of snubber failures previously observed on VEGP-1 and 2 Chemical and Volume Control System (CVCS) letdown piping. The affected snubbers included 2-1208-002-H001, -H004, -H009, and -H050. Although no functional test failures were observed with th3 CVCS letdown line snubbers in the r sple, SCS was requested to gs review the test results through RER 92-0204 to ensure they were acceptable and that (,) i no additional actions needed to be taken during VEGP-2 Outage 2R2 because of problems greviously observed. SCS concluded in their letter SG-11177 dated March 20, 1992 the test results were acceptable and there was no additional action required during the subject outage. SNC transmitted the SCS findings to the plant site by letter MSV-01055 dated June 29, 1992. With r> gard to visual inspections of snubbers per VEGP Technical Specifications, they would normally have been inspected during the outage. However, the requirements for visval inspection of snubbers were modified by a change to the VEGP ' Technical Specifications as encouraged by NAC Generic Letter 90-09, " Alternative Requirements for Snubber Visual Inspection Intervals and Corrective Actions", dated December 11, 1990. The subject Technical Specification changes were approved by the NRC for use at VEGP. Since there were net any visual inspection-failures at VEGP-2 during the previous maintenance / refueling outage (2R1), no visual inspections were l performed during the second maintenance / refueling outage as allowed by the change to l the VEGP Technical Specificatio".s. The next vleual inspection of the VEGP-2 ' . snubbers will be conducted during the third maintenance / refueling outage (2R3). l' i f\ (> 3-39 L l
I NRC Bulletin 88 Thimble T.le Thinnina in Westinohouse Reactott l In rerponse to NRC concerns with thinning in Bottom-Hounted Instrumentation (BMI) ; [T - flux thimbles in Westinghouse reactors, eddy current examination of each of the (_,/ fifty-eight thimbles was performed during the second maintenance / refueling outage at VEGP-2. The purpose of the examinations was to detect and size indications of , possitie wear on the outer diameter of the flux thimbles. The examination of the flux thimbles was performed by Westinghoucs in accordance with their procedure KP 2.3.1 GBE-1, Ravis'in 0, "Th'%ble Tube Eddy Current Inspection at Vogtle Unit 2." ; An evaluation was performed by SNC using Wertinghonce WCAP-12866, " Bottom Mounted Instrumentation Flux Thimble Wear", on eleven BMI flux thimbles which were found to have indications of wear after the second fuel cycle. Several flux thimbles having indic2tions af ter the first fuel cycle were re~ characterized as having no detectable degradation in wall thickness after the second fuel cycle. Therefore, the number of flux thimbios having indications of wear was reduced from twelve after the first fuel cycle to eleven after the second cycle. Wear rate projections through the end of the fourth fuel cycle indicated that the eleven flux thimbles will remain below the eighty percent (80%) max bnum wall loss acceptancs criteria established in Westinghouse WCAP-12866. Therefore, it was concluded that no corrective action, e.g., re-positioning of flux thimbles, was required during the second maintenance / refueling outage at VEGP-2. The SNC evaidation was transmitted to the plant site by letter MSV-00952 dated March 27, 1992 and is available at the plant site for review upon request. Westinchouse Technical Bulletin NSD-TD-90 BMI Conduit Guide Tube Leaks f-i In accordance with the recommendations in Westinghouse Technical Bulletin NSD-TD () 02, the bottom mounted instrumentstion (BMI) conduit (flux thimbles) guide tubes were visually examined for any signs of leakage. The examination was performed by GPC personnel utilizing VEGP procedure 93290-C, Pav.3, "Incore Flux Thimble cleaning / Lubrication and Inspection". No signs of leakage were observed. OPC Agtion Ites No. 1739 - Feedwater Line Crackinu Since some Westinghouse plants have a history of steam generator nozzle cracking, GPC has elected to examine selected piping welds in the Auxiliary Feedwater and Feedwater Systems. Selected welds were examined with ultrasonic and magnetic particle techniques. No nca-geometrical indications of a recordable size were detected during the ultrasonic examinations. However, surface indications were detected during the magnetic particle examinations on welds 21305-060-22 and 21305-064-23. Refer to the Class 2 Examination Summary (Section 2) for details. The specific welds examined in risponse to GPC Action Item No. 1739 are itemized with the Class 2 piping welds. OPC Letter GN-1345 (Februsrv 9. 1987) - Aucaented Examinations of class 3 Nuclear Service Coolina Water System In the subject letter, GPC committed to perform an augmented ultrasonic examination on one Nuclear Service Cooling Water System piping weld on VEGP-2 during the first inspection period (first 40 months). The ultrasonic examination was performed during the first maintenance / refueling outage (2RI) at VEGP-2. Visual examinations were performed during VEGP-2 Outage 2R2 on accessible Class 3 portions of the b(~v) NSCW piping as committed to by the subject GPC letter. The visual examinations were performed during normal system operation and no leaks were found except for mechanical connections such as bolted flanges. Appropriate corrective action was initiated to correct these leaks. 3-40
1 YEOP-2 Inservice Inanection Procram (ISI-P-014) Paracranh 1.10.3 - Volumetric Examination of Additional. Class 2 Pinino Walds
/'T- . Selected Class 2 piping welds in the Safety Injection, Residual Heat Removal, h containment spray, and Chemical and Volume Control systems were examined using ultrasonic examination techniques.- No non-geometrical indications of a recordable size were found. The specific welds examined are itemized with the Class 2 piping welds.
EPC Action Ites Nota 87-0131 and 87-0931 - staenant Borated Water systems crackine , As a result cf generic concerns of pipe cracking in stagnant borated water systems , in pressurized water reactors, several welds in Class 2 piping systems were examined in response to CPC Action Items Hos. 87-0131 and 87-0931. Nondestructive examination methods utilized included ultrasonic and/or liquid penetrant examination techniques. In Class 2 systems (Safety Injection System, Residual Heat Removal System, containment Spray System, and Chemical and Volume Control System), several welds were examined. There were not any non-geometric indications observed during the examination of the class 2 welds subject to ultrasonic or liquid penatrant examination. The specific welds examined as a result.of CPC Action Item Nos. 87-0131 and 87-0931 are itemized with the Class 2 piping welds. Balance of Plant Erosion / Corrosion ILanectiogg Ultrasonic thickness examinations were performed on components (f.'ttings and/or
. piping) in the Condensate and Feedwater, Extraction Steam, Heater Drain, Main
! ~ Feedwater, Main Steam, MSR Extraction, Steam Generator Blowdown, and Turbine Drain systems. Included in the number of components ultrasonically examined were two components in the Main Feedwater System (2-KTW-09 and -10) which were added as a result of-an SCS evalut. tion of NRC Information Notice 92-07, " Rapid Flow - Induced Erosion / Corrosion of Feedwater. Piping," dated January 9, 1992. Also included in the number of components ultrasonictlly examined were fourteen small bore lines (1" and 2") not previously examined in the Main Steam, Extraction Steam, and Turbine Drain systems. These examinations were performed using manual and mechanized (P-scan)
. ultrasonic examination techniques or a combination thereof per VEGP procedure 83302-C,' Revision 1, " Component Erosion / Corrosion Inspection." 'In certain
~ instances, it was necessary to use a combination of ultrasonic techniques due to the configuration of the component. In addition, two components in the Main Steam
-System, Cold Reheat lines to Moisture Separator Reheaters "2" and "3", were visually examined from inside the-piping in lieu of ultrasonic examination due to the piping being permanently insulated. The Cold Rehest line to Moisture Separator Reheater "1" would normally have been examined'except-that the line to Moisture separator
. Reheater "2" was inadvertently prepared (i.e., manway cover removed) for visual
. examination.- Since no physical data is taken and no previous problems had been
- observed on the line which was to have been visually examined, i.e., the Cold Reheat line to Moisture Separator Reheater "1", the substitution was considered to be
. acceptable. - However, in the future the appropriate line to Moisture Soparator Reheater "1" will be examined. Each of the components ultrasonically or visually examined are identified in the VEGP-1 and 2 Erosion / Corrosion Program document except-for several components which are to added to the document when revised in
(^ 1992. The VEGP-1 and 2 Erosion / Corrosion Program document is available at the plant , Q}= site for review upon request. i 3-41
. .. _ . _ _ _ . _ _ _ - - _ _ . . _ - . ~ . . . _ . _ _ _ . . . - . . _ . _ - 1 t
- cenere11y,.no.croco of cbnorm21 wsil thicknsco loss wero idnntified co_a rocult of l the ultrasonic and; visual examinations.- However, _severa1 ' components were identified to have wall thickness measurements which might have indicated possible west due to
- gi. ' erosion / corrosion.--The affected components had wall thickness readings which were Ji at or'below the " Action Level" wall thickness value assigned to each of the components except for piping in the small bore low point coctinuous drains in the -;
Main Steam; Extraction Steam and Turbine Drain systems. The " Action Level" thickness
-Jvalue_is-defined-as.that wall thickness which is fifty percent-(50%) of the ;
difference between the nominal ~ wall thickness of the component and the code minimms wall-thickness.- SCS engineering personnel were advised of the components having a
= wall thickness at or below the_" Action Level". In addition, they were. advised of
-the wall thickness readings of the small bore low point continuous drain lines and .
-were requested-to evaluate their acceptability. The evaluations were performed by '
SCS to determine 'if immediate corrective action, component replacement, was required prior to unit restart. The following is a listing of correspondence associated with the-engineering evaluations which are available at the piknt site for review upon request: SNC/GPC SCS Transmittal. -Applicable Request
-Affectad Component, Evaluation Letter /Dete for Engineering Tvoe. & System Letter /Date to Plant Site Review (RER)
'2-HD-02, SG-11185, 'MSV-00960, 92-0115. l
.20" x.8"_ Reducer,. 03/23/92 & 03/31/92 Hakter Drain System SG-11202, 03/27/92 CND-04 ;SG-11207, MSV-00974, 92-0142 O . Saddle-to-Pipe.
(fabricated tee) Condensate System
'04/02/92 04/24/92 12-CND -
SG-11212, MSV-00974, 92-0144
-14" x.8" Reducer' 04/02/92 04/24/92 E.14" Elbow,
- Condensate System-KFW :SG-11219, -MSV-00974, 0145 10".x 6"; Reducer, 04/02/92 04/24/92
-Main Feedwater-System ,
2~1301-L4-562, -563, SG-11252, MSV-00984, 92-0160
-803,;&.-806,. 04/20/92 04/24/92 Piping and Fittings, Main'Feedwater System, &
2-1303-L4-c07 throuph -010
'-577,'-578,:-581, & -586, JPiping and Fittings, Extraction' Steam System 3-42
-SNC/0PC SCS Transmittal Applicable Request Affected Component, Evaluation Letter /Date for Engineering
'N Letter /Date Tvoe, C $y3133' to Plant Sits Review (RER1 2-MFW-09, SG-11259, MSV-01007, 92-0163 6" Elbow, 04/15/92, & 05/26/92
' Main Feedwater System SG-11271, 05/04/92 2-MrW-04 through -06, S0-11260, MSV-00984, 92-0110 26" x'It" Sweapolet, 04/21/92 04/24/92 26" x 16" Reducer, &
36" x 26" Reducer, respectively, Main Feedwater System 2-1316-L4-572 SG-11250, MSV-00991, 92-0172 through 579, 04/15/92; _04/30/92 G Piping and Fittings, SG-11271, MSV-01007, Turbine Drain System 03/04/92; & 05/26/92 S0-11290, 04/27/92 Each RER concerring the affected components was evaluated and it was determined that none of the piping and/or fittings, except for a portion of Extraction Steam line 2-1303-L4-010, had indications of wear that would indicate the wall thickness will reach the code minLmum wall thickness during the next 18-month fuel cycle. No
;,z further actions were required for those components except as noted during the second maintenance / refueling outage, v }
Extraction Steam System small bore line 2-1303-L4-010 displayed wear significant enough to warrant replacement during the second maintenance / refueling outage. SCS
.rocommended the subject piping be replaced since calculations indicated the affected portion of the line would reach code minimum wall thickness in about 1-1/2 years.
The affected portion of Extraction Steam System line 2-1303-L4-010 was replaced
-during the outage.
Since signs of erosion / corrosion were observed, SCS' recommended several actions some
-of which included the following: 1) re-examine Main'Feedwater System component 2-
- MFW-09 during the next maintenance / refueling outage (Outage 2R3) and replace if necessary, 2)-replace piping immediately downstream of the strainer on Turbine Drain system line 2-1315-L4-578 during outage 2R3, 3) replace Heater Drain System component 2-HU-02 during outage 2R3 and inspect the similar component on the opposite train and possibly replace it, and 4) re-examLne selected components during the next maintenance / refueling outage.
w/ 3-43
6:x
'8 Y ,; = .n,,
gy m _f ,) f if, p , <
-i ); /
..~e j yy-(i, /
N j te g. - M - l _ Augmented;" component'or-- Exass . Cet-ASNE Sect. XI; . EneminstIon ' L Weld No./ . Ensun " . ~ Procedare f . Ca t . . ~ Sheet . Exam ,' !1 Item No./ Cati lteaujrapertt Description Method No./ Revs Uff.hg No.(g) Sheet to(sh Results Reserks See Note- See Note. {See Note See Note ' See Note.. See Note. See Note ~ See Note Sc* Note ' See Note A- 'B' ..C. .D' .E- ,Ff .C N .I :J NOTES: A. The ASNE Section XI[ Item No.' and Category of.the examinetton'aree are ilsted in this coltsun. . V . B. The laptementing document, e.g., Tech specs, INtc Bulletin, etc., recpatring performance of ouomented examinations is referenced here.- C. ' Each eneminetton eres is Listed in this colisin. The campanent or veld ruber. typicatty is simitar to the drawire rumber, e.g., wetd russber 21201 005-8 la found on drawing rumber ISI-21201-005. . D. The NDE method used char 8ng the examinettorils listed in this colisin. E. This colisset lists the applicable NDE procedures ord revisions used for the souunirmtion. M F. This coltsun 11sts the cellbration block that tses used. 4
- 4. This cetisen references the cellbration sheet (s) e#ch recorde estibr.tlen, es es'iner, e- w po'.srent reen ks.
1 H. This coltsun references the examination data sheetts) editch records exam date,' .w" n, and any pertinent reenc*s. i I. The results of the examlnettons are Indicated in thla column. The absence of indte.ctions is indicated Ir. the coltan as "N1" or "$AT". The presence of nonretowNit indlestions or'Irulicat5ms which are teos snan the recirding Level is indicated In the column as "WRl". The presence of indications deemed rect @te are %sicotesi in the coltsun as "ItI" or "uuSAT* and are explained in the team.ts cotuen of the summary table. J. The reserks column is used to d6ecribe any pertinent features of the examinetton such as limitations, INFs, etc. Refer to thF sectlen in this report for their dispositten.
. FIGURE 1. EXPLAMATION OF SupetARY TA8LE FORMAT 4
4 4-1 4
yi n ,_ _ Q_ Q ' L ,n
~"
?vEcs 2 $ECOND C FUELING OUTAGE '
CLASS'1 EQUIPMEN'T EX.W NATIONS ,
- AUGMENTED COMPONENT OR ' EXAM . CAL- EXAM
' EXAMINATION. . WELD N0/" EXAM PROCEDURE CAL 1BRATION. . SHEET- : SHEET-ASME SECT XI DESCRIPTION 1 . METH, l$0,/ REY. .M N0dS) NOAS) RfstATS REMARKS i ITEM N0/ CAT. REQUIREMENT i 81*,.20 TECH SPEC 221201-86-001.T01 i ET 1 - VENDOR 806A,B,C,0.. ; VENDOR VENDOR SEE ASME CLASS 3 AND AUG.a 807A,8 '
EXAM SUMMNtf SECTION FOR -
- BS 4.4.5.0- ~ TUBING - ENTIRE.1-
- LENGTH OF SELECTED-- RESULTS.
1 TUBES -
- 53.140 RR 21201-86-002-IR-01 - VT-3 ;. VT-V-735/02 ' N/A .- N/A $92V2v066 SAT N/A 8D ' INLET N0ZZLE INNER RADIUS'-
83.140. RR-42 .21201-86-002-IR 02 VT-3 vi-v'-735/02 N/A N/A $92V2V065 . SAT N/A ,
- B-D -DUTLET N0ZZLE INNER RADIUS 816.20 TEC4 SPEC 21201-86-002-T01- ET - VENDOR 8064,5,C,0 VENDOR VENDOR' SEE ASME CLASS 3 AND AUG.
807A,8 EXAM SuletARY SECTION FOR B-0 '4.4.5.0 -TUBING - ENTIRE LENGTH OF SELECTED RESULTS.
-TUBES B16.20 TECM SPEC 21201-86-003 T01 ET ' VENDOR - 806A,9,C,0 : -VENDOR VENDOR SEE ASME CLASS 3 AWD AUG.
8-0 4.4.5.0 TUBING - ENTIRE 807A,8 -EXAM
SUMMARY
SECTION FOR ' LENGTH OF SELECTED RESULTS.'
-TUBES 83.140 RR-42 21201-56-004-IR-01 VT-3 vi-y-735/02 N/A N/A $92V2v063 : SAT N/A .
8-0 INLET N0ZZLE INNER RADIUS C3.140 RR-42 21201-86-004-IR-02. ' VT 3 - : VT-V-735/02 N/A N/A ~ $92V2V064 SAT ' N/A
' a-D OUTLET N0ZZLE INNER RADIUS.
B16.20 TECH SPEC - 21201-B6-004-T01 .: ET VENDOR 806A,B,C,0 VENDOR VENDOR SEE ASME CLASS 3 AND AUG. 8-0 4.4.5.0 ' TUBING - ENTIRE' 807A,5. EXAM SLAeuutY SECTION FOR-
. LENGTH OF SELECTED RESULTS.
- TUBES :
5-1 J _ _m m. 'Es 6 --_r_J'-.1'-6 & _ -w -_ r______ _ _ - _ _ _ _ _ _ - . _ _ _ . _ _ _ _ . - - . _ _ . _ _ . _ _ _ _ _ __ __ _A .__,.__ __ _ - _ . . _
. s;;
, m a i
'1 :
i s '^'/ %. . I ( #Y .- i ]_
,- g 1
~~ ' ' '
-k VEGP-2 SECOW REFUELING OUTAGE-CLASS 1 EQUIPMENT EXAMINATIONS AUGMENTEDL CONPONENT OR' ' EXAM CAL' EXAM.-
EASME SECT XI; LEXAMINAT!0WL "UELD N0/2. EXAM = '. PROCEDURE'- - 1 CALIBRATION -: $NEET ; SHEET '
- I
' ITEM N0/ CAT.' 7 REQUIREMENT DESCRIPTION !ETli No./REV. BLOCKS M,ill Mr.ifl : RESULTS REMARtCS 36.30 - 21201-v6-001-501: . MT - 'MT-V-506/023 -408A N/A $92v2M016 NRI RR-9.
"B G-1 ICLOSURE HEAD STUD" . UT ' UT-V-422/01 592V2C028 592V2UO59 MI STUD RE-EXAMINED TO-
- RECONCILE NRC.IN 91-31.
t ' 86.30 '21201-V6-001-902' MT. MT V-506/02 408A' N/A $92v2M015' NRI RR-9. 3-G 1' CLOSURE HEAD STUD. UT ' .UT V-422/01 592V2C028 '$92v2OO59 - WRI STUD RE-EXAMINED TO RECONCILE NRC IN 91-31. , 86.30 21201-V6 iOO1-803- PT- ..MT-V-506/02' 408A - N/A $92v2M015 ~ NRI ' RR-9. B-G-1 . CLOSURE HEAD STLD ' UT- UT-V 422/01 ' 59N2C028 $92v2UO59 NRI . STUD RE-EXAMINED TO RECONCI E NRC IN 91 ; B6.30 -21201-v6-001-804 MT . . MT-v-506/02 408A N/A S92V2M016 ' NRI RR-9. B-G-1 ' CLOSURE HEAD STUD ' UT UT-Y 422/01 592v2C028 592v2UO59 NRI - STts RE-EXAMINED TO RECONCILE NRC IN 91-31. . - c 96.30 21201-v6-001-805 ~ MT MT-v-506/02 408A 'N/A $92v2Mol5 NRI RR-9. B-G-1 - CLOSURE HEAD STUD ' UT . UT-V-422/01 '592V2C028 $92v2UO59 NRI STte R2-EXAMINED.TO RECONCILE M C tu 91 31. 86.30 21201-v6-001-806 MT MT-V-506/02 408A N/A 592V2M015 NRI RR-9. B-G-1 CLOSURE HEAD STUD - UT UT-V-422/01 - 592v2C028 $92v2UO59 - . NRI s STUD RE-EXAMINED TO RECONCILE NRC IN 91 31. 56.30 21201 v6-001-807.. MT- MT V-506/02 408A N/A 592v2M015 NRI . RR-9 >
'a-G-1 CLOSURE HEAD STUD - UT UT-V-422/01 - 592v2C028 592V2UO59 NRI . STUD RE-EXAMINED TO iRECONCILE NRC IN *1-31.
86.30 21201-v6-001 808 - MT ' MT-V-506/02 408A N/A S92V2M015 NRI RR-9. ~ 8-G 1 CLOSURE HEAD STUD UT. ' UT-V-422/01 $92v2C028 592v2UO59 WRI - Site RE-EXAMINED TO '
- RECONCILE NRC IN 91-31.
-a6.30 21201-v6-001s09l MT MT-v-506/02 40aA N/A. 592v2 MOT 5 NRI RR-9.
8-G-1 CLOSURE ItEAD STts UT UT-V-422/01 592v2C028 S92v2UO59 NRI _ STUD RE-tXAMINET TO-RECONCILE NRC IN 91 31.~ 5-2 ~
\ i .
(
- k I
'w ) ' w ./ .
VEGP-2 SECOND REFUELING CUTACE CLASS 1 EQLi!PMENT EXAMINATIONS AUCMENTED C(4PONENT OR EXAM CAL EXAM ASME SECT XI EXAMINATION -WELD N0/- EXAM PROCEDURE CAllBLATION SHEET SHEET ITEM N0/ CAT , REQUIREMENT DESCRIPTION METH so,/REV. BLOCKS NO.[$) NQ,($) RE$l/LTS REMARKS B6.30 21201-v6-001-810 MT MT-V-506/02 408A N/A s92v2M015 NRI RR-9. B G-1 CLOSURE HEAD STUD UT 'UT V-422/01 $92v2C028 $92V2UO59 MRI STUD RE-EXAMINEA TO RECONCILE NiC IN 91-31. 86.30 21201-v6-001-811 MT MT-V-506/02 408A N/A S92V2M015 NRI RR-9. B-G-1 CLOSURE HEAD STUD UT- UT-V-422/01 592v2CO28 $92v2OO59 WRI STUD RE-EXAMINED TO' RECONCILE NRC IN 91-31. B6.30 21201-v6-001-812 MT MT-V-506/02 408A N/A $92v2M015 NRI RR-9. 8-G-1 CLOSURE HEAD STUD UT UT-V-422/01- $92v2C028 S92V2uoS9 NRI STUO RE-EXAMINED TO RECONCILE NRC IN 91-31. 86.30 ?1201-v6-001-B13 MT MT-V-506/02 408A N/A 592v2M015 NRI RR-9. 8 G-1 CLOSURE HEAD STUD UT . UT-V-422/01 $92v2CO28 $92v2UO59 NRI STUD RE-EXAMINED TO RECONCILE WRC IN 91-31. 86.30 21201-v6-001-B14 MT MT-v-506/02 408A N/A $92v2M016 NRI RR-9. B-G-1 CLOSURE HEAD STUD UT UT-V-422/01 S92v2C028 592v29059 WRI STUD RE-EXAMINED TO RECONCILE NRC IN 91-31. B6.30 -21201-v6-001-815 MT MT-v 506/02 408A N/A $92v2M015 NRI RR-9. B G-1 CLOSURE HEAD STUD UT UT-V-422/01 $92V2C028 $92v2UO$9 NRI STUD Rf-EXAM!kED TO RECONCILE hRC IN 91-31. 86.30 21201-v6-001-816 MT MT-v-506/02 408A N/A S92v2M015 NRI RR-9. 5-G-1 CLOSURE HEAD STUD UT UT-V-422/01 $92v2CO28 S92v2UO59 NRI STUD RE-EXAMINEL TO RECONCILE NRC IM 91-31. 86.30 21201-v6-001 B17 MT MT-V-506/02 408A N/A S92v2M016 NRI RR-9. B G-1 CLOSURE HEAD STUD UT UT-V-422/01 S92V2CO28 592v2OO59 NRI STUD RE-EXAMINED TO RECONCILE NRC IN 91-31. 96.30 21201-v6-001 s18 MT MT-V-506/02 408A N/A $92v2M015 NRI RR-9. B-G-1 CLOSURE HEAD STUD UT UT-V-422/01 $92v2CO28 $92V2UO59 NRI STUD RE-EXAMINED TO RECONCILE NRC IN 91-31. 5-3
1 g'. < 7 1 t cv , 1 1 1 1 1 1 1 1 1 1_ M ,3 3 3- 3 3 3 3 3 3 A - - - 5 . X 1 1 1 1 1 1 1 1 1 6 E O 9 O 9 O 9 0 9 O 9 p+; - T T T 7 T O 9 T O T 9 O 9 T O 9 T j s-h' " R R R O
/ F D I E
N D E N I D I E N D I E P D E N I D E N I D I E N D I E N D E N I
._- S N
O T N C I N C I R N C I R N C I R N C I R N C I R N C R N C R N C R E y; " K I C I W MW MN MN M N MN I MN I MN I MW
^
t M T A ;A A A A A A A A A 1_ A R X E X E X E X II X E X E X E X E X E M T T . E L E L
- I E L E E L E L E L E L E L
, E I S S - I - I - I - I - I - I - I - I R M B T E C E C E C E C E C E C E C E C E C I A L R N R N R N R N R N R N R N R N R N U O O O O T CD L O O O D A E S T C T C T C T C T C T C T C T C
/ T E E U E U E U E U E U E U E U E U E U E
. N U S R N R N R N R N R N R N R N R N R N R
_ 1_ S _ T L - U T I I I I I I I I I _
- S A R R R R R R R R E
R S M N N N N N N N W _ ' 2 7 1 7 1 7 1 7 1 7 1 T 1 7 1 7 1 7 1 n T 0 0 0 0 0 0 0 0 0 0 M E v R M M M M M M M M M A E X H E S M5 2 V 2 9 O D N E V 2 v 2 9 2 v 2 9 S 2 v 2 9 S 2 v 2 9 S 2 v 2 9 5 2 v 2 9 S 2 v 2 9 5 2 V 2 9 S 2 V 2 9 5 ( -
' ) .
R T $ L E ( O A E . D C H O A N A A A A A A A A A S N / E / ~ / / / / / / / / N V N N N N N N h N N 1 1 E S N
. G N O
.AT I O I T $
.U T A K O A R C N 8 Q G I l L A NM l S A 1 A A A A A A A A A 3
<)
I L X A A C
/
N 0 4
/
N
/
N
/
N
/'
N
/
N
/
N
/
N
/
N
/
N E E
,%E U
F T 4-N
,> R E 5 M .
D PI 2 2 2 2 2' 2 2 2 2 2 -
.N 0 0 0 0 0 0 0 0 0 0 O U E / / / / / / / /
C Q E E R U E W 5 3 6 0 6 0 6 0 6 0 6 0 6 0 6 0
/
6 0
/
6 ' 0 S M D R 7 k 5 5 5 5 5 5 5 5 5 A - 0 - - - - - - X CE /, 1 - - -
, 2 V 0 V V V V V V V V V
- S E O O - N - - - - - - - - -
_P S R N i E T T T T T T T T T G A E L
' P v V M M M' M M M M M M V C M H 3-A T - .
X E1 T T T T T T T T T T T E ' V U' M . M M M M M M M M 3 1 L E . - .
, 2 1 G 1 T 2 T 3'T 4 T 5 T 6 T' T T 's ' T 9 'T R 0 ' 0 N 0 U C U O U 0 U 0 U 0 U O U oU 0 U O . N 1 E 1 A N N N N N N N M NM WN N N N N N N
/ O - R R - L - - - - - - - - -
T 0 I 1 U O 1 F 1 D 1 D 1 D 1 D 1 D 1 D 1 D 1 D 1 D N N T 0 S I 0 0 A 0 A 0 A 0 A 0 A 0 A 0 A 0 A 0 A E P 0 O R 0 N 0 E 0 E 0 E 0 E 0 E 0 F 0 E 0 E 0 E N D I - L E - I - H - H - H - H - H - H - H - H - N O L R 6 C T 6 6 6 6 6 6 6 6 6 6 P E C v- N V S vE vE V E vE vE vE vE vE vE C.c O M C W S E D 1 E 0 S D L I - D 1 A 0 E
- R 1 U 0 S 0
- R 1 U S
1 U 0 S
- R - R 1 U 0 S
- R 1 U 0 S
- R 1 U 0 S
- R 1 U 0 S
- R 1 U 0 S
- R 1 U 0 S 2 S A 2 R 2 O 2 O 2 O 2 C 2 O 2 O 2 O 2 O 2 O 1 E E 1 H 1 L 1 L 1 L 1 L 1 L 1 L 1 L 1 L 1 L 2 V H 2 T 2 C 2 C 2 C 2 C 2 C 2 C 2 C 2 C 2 C N T O N D I E E T M T A E 7 M N R F I I 3 M M U M G A Q A 3 S
q}} n U X E A E R F 5 y> % 1 . X T 7 A T C C / E 0 S N 0 1 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 t 0 1 E M - - - - - - M S E T 3 N 1 - 4 6 - G
- 1 6 -
G 1 6 - G
- 1 6 -
G 1 6 - G 1 6 - G - 1 6 G 1 6 - G
- 1 6
G 1 6 - C A I B B B B 5 5 a8 8 8 8 8 8 s 8 S 8 B sB 5 S
, 4
y ; 1! 1 m_
,y G R U O _
i A F t c D N N O . A I 7 _ T - 3 C R
/
E R S S / v j g g S A Y L R C tt I T N O y A
; a E s I . T _
g M U S e? I 2 S S T M . A L I A A A M U L A'
/
A A A A A E A S
/ / / / / / / / E X E f o
N h N N N N N N N S E R u i g g - i
~
g I R t u I R I R I R t N I R I R t I I 1 ! ! I R t N t n t e
- g N b N N N I N N N N I I N N i R _
^_
7 7 7 7 7 7 7 7 7 7 8 0 1 7 ! 1 1 1 g2 1 1 1 1 1 1 3 3 6 4 2 T 0 0 0 0 0 0 0 0 0 O O O 0 0 1_ _ M E M M M M M M M M M R U U U J u A E 2 v 2 v 2 V 2 V 2 V 2 V 2 V 2 V 2 V O 2 2 2 2' 2 _ X N D V V V V v E S 9 2 9 2 9 2 9 2 9 2 9 2 9 2 9 2 9 E N 2 9 2 2 2 9 999 ' 2' i S $ 5 5 5 5 S S $ V S 3 3 S $ _ 1. J 6 89 0 3 1 1 1 2 1 n O 0 0 0 gA
,T R C L C C C L E O 2 2 2 2 2
, A E D vV V V V C M A A A A A A A A N 2 2 2 2 2 -
S / / f / / / / / / E 9 9 9 9 9 N N M N N N N N N V - 5 S 5 5 $ i
'E S N _
G N __ O A O I T I T D y-gA J T A E a GAN R B R O L I G I I D P 4 _ N M L A A A A A A A A N P 0
.I A A / / / / / / / / / E U 0 L X C N N N N N N N N 1 V S 4 E E U
F T 5
) E N -
- wC R E 5-M D P N
2 2 0 2 2' 0 2 0 2 2 2 2 4 _ I 0 0 0 0 0 0 0 O U E' . / / / / / / / / / / Q R V 6 6 6 6 6 6 6 6 6 1 E E U E 0 0 0 0 0 0 0 0 0 1 S R 2 1 MD X Cj E / 5 V-5 V 5 V 5 ' V-5 V 5 V 5 V-5 V 5 V-R O D 4 1 V .
- S E 0 O - - - - - N - V
. P S t W T T T 1 T T T T T E T E ~
M M M M N M N M M M
. GEA L V U D
.V C m
N N A T . L - - M E T T T T T T T T T T T E'M M M M M M M M N M E U' ~ a 8 5 1 O i - T~ 'L - 0 T. 1 T 2 T 3 T 4 T 5 T 6 T T T 8 T 1 1 0 E M R 1 U 1 U 1 U 1 U 1 U 1 U 1 U 1 U 1 U 0 0 E O O N h -N ,. N M M N NW N N N N N N. N N N N T WE D'
/ O - - - - - - - - S - R T 0 I 1 D 1 D 1 D 1 D 1 D 1 D 1 D 1 D 1 D 1 - E 1 G D N N T 0 A, 0 A 0 A 0 A 0 A 0 A 0 A 0 A 0 A 0 X e 0 E A E P 0 E 0 E 0 E 0 E 0 E 0 E 0 E 0 E 0 E 0 U u 0 D E HD L NDL R I ME C S 'NE.. 6
- H 6
- H V E 6
- H V E 6
- H 6
- N 6
- H 6
- H 6
- H - L T 6 F V W20 EW E
' h 1' M W S O E M R. 1 U. V E
- R 1 U
- R
'1 U
- R 1 0 V E
- R 1 U V E 1
- R U
V E 1
- R U
V E
- R 1 U V E
- R 1 U 1
- E L R B E
1
- 1 R U **
Q C D 2 0 S. O. 0 S 2 C 0 S 2 O 0 5 2 0 9 S 2 O 0 S 2 O 0 S 2 O 0 S 2 O 0 S 2 O 0 2 O C M I 0 O S 2 T O r l
- 1 L. 1 L 1 L 1 l 1 L 1 L 1 L 1 L 1 L 1 N H 1 L o 2 C_ 2 C 2 C 2 C 2 C 2 C 2 C 2 C 2 C 2 I T 2 0 C T
+
s N T O II D I E I s~ f T D L T N E I I MR L U B 9
,'. H G MU 0 1 U X E A E R Q _
C R N 8 8 s I . N T C M
- C /
E O S II
~. . 5 1- 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 1 1 G- -
E 1 M 9 S T 1 6 - G. 6 - 1 6 - G- 1 6 - G
- 1 6 -
G 1 6 - G
- 1 6 -
G
- 1 6 -
G 1 6 - G- - 2 1 A-
.- A I eB B 8 e8 eB B 5 5 B 9 B B 8 8 B - - 3 5 2 ' H
s< ; mm ; WW m..
, q r- ,
, s k. ( , my;ysyy. 9, ~,y.. _rmya. % , s v_w
_ x + 0
- 3@P - - ~ - 3 y;- =
c - - t
.m; _. ; ,.
., ~, *,
?
-n, , t d ,
y ' <m- .
+
- x. . ,r ~ w%. .
" UKly A;p Il _
g q* _ S V.'.
~ ' ) ~[ ,
?)%. . . . ,
f: , y e sw.e ;g y i.3 , . - 7 .( t - ^ ;-"4 au n
/ y- -
_' -. 3 - ,
-} s -- g( i;
'~
*" ~
d > ;q 4
< - M *2 SE00m.RE M ING,GUTAGEJ w . , u< g3: s' "
, t r 4 m fCLASST1[EQUIPIENT E)UNetNAfl0NS e,.
- 9 J
h' t. . e. I e l
^
G > r
- W'I c
~
~ AUGENTED ! COMPONENT.'ORf .j . (EXAM f. .
7l CAL . ' EMAN .] ,. AsME SECT MIT 1EMANINATION-c
- rWELDN0/j 1 4
EMAft. :. .PRMEDURE 7CALISRAT104' ' SNEET . SNEET-
;y gyEEE !!9,dil . 39 131 3[38J,1 EM iTEpl 40/ CAT. REGUIREMENT DESCRIPfl0N l gig if0dREV. 4 ,-
1 - , ! 31.30- ' (2120bv6-001W003. I UT[ 1 VENDOR f r
- 401A , VENDOR. U VEWOR - [ SENJSTRACT 'FOR' EMAM i
, ': 0-A '- 10 T0i80 DEGREE 1 < x :406A REsuLTS.1 VEssEOLANGETO' i5 1SHELL' WELDS 53.120' > f21201-v6-002IRO1- A I E UT .- UT-V-416/02' 411AT ' 59272C026 S92v2UO54 fiaRI ' - N/A'- w
- 6" SAFETT N0Z2LE, i B I JINNER RADIUS 1 33.120u
~
L21201-96-002-IR-04; -. UT c UT-v-416/02 ; : 411A. 392v2C027 392v2uO55 NRI - N/A - 5-0 6" RELIEF N0ZZLEe ,
' INNER RADIUS'
, _, - ay -
B2.11 -21201-v6-002-W001 UT ~ '.UT V-411/04- ~411A ~ 592v2C051- 592v2ut04- - NRI ' UT LIMITATION,at-12.1 : r
'SB UPPER NEAD TO UPPER' -~.DEV. 1 4034 592v2C052 s92v2ut05 - NRI
- SNELL WELD . 4 592v2C053 592v2U107. NRI 3 392v2C058 $92v2U118- =WI x 392v2C059 592v2U119 NRI .
M W2C060 392v2U120~ NRI~ v - s 82.12 121201-v6-002-W006- ~ UT - UT-v-411/06' 403A 392/2C061' '592v2U121 sut! UT LIMITATION /ASME CODE - < B4 UPPER SNELLJ1 DEV. 1 : 592v2C062L 592v2U122 NRI ' CASE N-460 APPLIED. LONGITUDINAL WELD - 392v2C063 s92v2u123 ' sut! B3,110 21201-v6-002-WO10 MT 1 MT-v-505/01 . 411 A . N/A 592v2p014 seRI - UT LIMITATION /tR-12. B-D 6" SAFETY IIOZZLE TO ' UT . 'UT V-411/s4 592v2CO36 392v2UO78 ~ sut! 4 UPPER NEAD WELD LDEV. 1 592v2CO38 592v2U080 asti s92v2C060 592v2UOS2 . Int! L33.110 21201-v6-002-bO11 - MT 1 'MT-V-505/01 411A N/A : 591v2M01k NRI - UT LIMITATIor/RR-12. S-D 6" SAFETY N0ZZLE TO UT V-411/06
~
UT 392v2CO37. 592v2UG79 " NRI- - UPPER NEAD WELD. ~ DEV. 1 ' 592v2CO39 SC2V2UO61- Niil s92v2C041: 392v2uo83 enti q 5-65 l 4 t I s .- 4
. . , - # .s.~y .Q y 3 , J ug, ,-, 3 y ,.,.# _,, ,# .a ; # ,g.o....,9 ,,. , , , , , , ,, ,m.,, . . . , ,,
~hg
., i, e ' .,. ,u
+
+
t (Rj , c lR_ a p \ y; ;. _- _h -
- VEGP-2 SECO 2 REFM LING OUTAGEa
-. CLASS'1 EQUIPMENT ENAMINATIONS '
AUGMENTE6' CCMPONENT OR - :- El AM ' CAL. EXAM ASME SECT XI- EXAMINATION' , EXAM i P90CEDURE CALIBRATION' .$;iET SNEET-
' WELD N0/.
- ITEM N0/ CAT. . REQUIREMENT. DESCRIPTION : !!iTH ' LNO./REV. St0CKS NO (S) N0df) RESULTS stp%Ks 53.110 21201-V6-002-WO16- MT - ' MT V-505/01 : 411A N/A :592V2M018 ,NRI- UT LIMITATION /RR-14.c B-D ' 14" SURGE N0ZZLE. UT UT-V-411/04 $92V2CO33- 592V2UO71' ~~NRI --
WELE TO LOWER HEAD DEV.1 : ' $92V2CO34
. 192V2UO72 ml"
$92V2C035 $92V2U073 NRI
'85.40 21201-v6-002 W017 - PT PT V-605/02' 324A . N/A $92V2P053' NRI- - UT LIMITATION /RR-12.
- 8F' '6" SAFETY N0ZZLE TO UT UT-V-404/04 ~ ..92V2C076 $92V2U160 NRI ' - UT RI/ GEOMETRY.
' SAFE END WLu $92V2C080 $92V2U NRI 592v2C084' $92V2U17t, . RI UT T & C - $92V2U205 N/A L85.40 21201-V6-002-WO18 PT - .PT-V-605/02 3244 W/A; $92V2P054 NRI UT LIMITATION /RR-12.
- 8 F 6" SAFETT NO2ZLE TO ' UT UT-V-404/04 $92V2COTT $92V2U161 NRI UT RI/ GEOMETRY.
4 SAFE E 2 WELD $92V2C081 $92V2U165 NRI
- 592V2C085 $92V2U171 RI UT T & C $92v2U202 N/A i 85.40 21201-v6-002-WO19 PT ,PT-V-605/02 324A' N/A. $92V2P055 . NRI UT LIMITATION /RR-12.-
8-F 6" SAFETY N0ZZLE TO~ UT UT-V-404/04/ S92V2C078 592V2U152 NRI sSAFE END WELD $92V2C062 ' $92v2U166 NRI S92V2C066 $92V2U172 NRI UT T & C $92Y2U204 N/A - 85.40 21201-v6-002-WO20 PT PT-V-603/02 324A N/A -S<2(2P056 NRI UT LIMITATION /RR-12. B-F .6" RELIEF NO22LE'TO - UT - UT-V-404/04 $92V2C079 592V2u163 . "RI SAFE END WELD S92V2C083 592V2U167 .NRI S92V2C067 S92V2U173 NRI UT T & C $92V2U203 N/A , t B5.40 21201-V6 002-WO22 -P1 PT-V-605/02 315A N/A 392V2P039 .NRI UT LIMITATION /RR-12.- B-F 14" SAFE END WELD- UT UT-V-404/04 $92V2C044 592V2UO67 NRI TO SURGE N022LE $92v2C045 592V2U088 NRI S92V2C046 $92V2U0e9 NR4
'5-7
. .. .. , =. -
j: f Mf fd..e a EB - " -h A 's 4E .e [ Me $ vr e-41*-' 4d + '* ' -p'M O++ r- #4 a$ 4 4 O e4 5 5,Md2 -- -A4---.=A4 d 4_ 44% A s) ae.J s > 4 4.A.2) my o 'SA 7 J 'b ' -' g i s __
= s
l :hl',:e _
t
, ep r; 4
.j ' ,.
?
(y 9 .'
?' Qf, -l-
.m ;,_
+
T
'f~
y ,
, . N. . ,
j El .
~.
I: 4 9 j N 4
--- eg i
,' , .: - 3'
- _; g . g -
- l
;3 . ,
. :: - .c $-t. .$. -- g :- c 7egy 5 = Ns 3 : E g :s:
, 1 i t y ,- ;
~g
;- [.
,w
#k .) . i s..
g g._ 'g,_ Vvy
- q 3h -
]st-' ;< - .
k fb' 'fE ._ _
-;15 m - .. E :.
}f , u , [-'l- . <
; ;;r '.. -
, Q- l e s
- c i ,.
4
" _l
- J s rge 4
-3. f9s n > #. <
.w.g g cA-
! 2 _g_b_3: ,;
- 9 t <
- $ % =g-iy 4 v. - g.
we - L. u - 2: y , A 1.:i; f f l
"'+y. < _$
'- ; .g.. , , . ,4: 1S A. c: p 3 - e
, ' }%
._ -f & .
<; %l t .
- W'
. y. ,
- n. 3
[ > :, h. y
* . ' .. .: : . :- . - ... -- .. ,. ~ .. - - . . . ,.. ~,,. - - -. .. . , . . . . , - - - ,. . . . . , , .- n ,
." . O YEGP-2 SECOND REFUELING OUTAGE CLASS 1 PIPING EXAMINATIONS AUGMENTED -CnMPOk2NT OR EXAM CAL EXAM ASME SECT XI EXAMINATION IJELD N0/ EXAM PROCEDURE CALIBRATION SHEET SHEET ITEM N0/ CAT. Pr00!REMENT. DESCRIPTION- METH NO./REV. BLOCKS NO.(S) NO.(S) REstATS REMARKS B12.50 21201PSV8010A VT-3 85022-C. N/A N/A N/A SAT EXAMINED PER MWO 29200737 B@2 VALVE INTERNAL WHILE DISASSEMBLED.
SURFACES 812.50 21201PSV80108 VT-3 85022-C N/A N/A N/A SAT EXAMINED PER MWO 29200737 B-M-2 VALVE INTERNAL WHILE DISASSEMBLED. SURFACES 812.50 21201PSV8010C VT-3 85C22-C N/A N/A N/A SAT EF 91NED PER MWO 29200737 802 VALVE INTERNAL WILE DISASSEMBLED. SURFACES 89.21 21201-005-9 PT VEhDOR N/A N/A VENDOR ECdt PERFORMED BY WEST-6-J 3" PIPE CAP TO INGHOUSE PER MWO 29200712 BRANCH CONNECTION AND DCP# 91-V2N0008. SEE ABSTRACT FOR RESULTS. 89.21 21201-n06-9 PT YENDOR E/A N/A VENDOR EXAM PERFORMED BY WEST-B-J 3" PIPE CAP TO INGHOUSE PER MWO 29200712 BRANCH CONNECTION AND DCP# 91-V2N0008. SEE A83 TRACT FOR RESULTS. 99.21 21201-007-9 PT VENDOR N/A N/A VENDOR EXAM PERFORMED BY WEST-B-J 3" PIPE CAP TO INGHOUSE PER MWo 29200712 BRANCH CONNECTION AkD DCP# 91-V2N0008. SEE ABSTRACT FOR RESULTS. 89.21 21201-008-9 PT VENDOR N/A N/A VENDOR EXAM PERFORMED BY WEST-B-J 3" P!PE CAP 10 IEGHOUSE PER MWO 29200712 BRANCH CONNECTION AND DCP# 91-V2N0008. SEE ABSTRACT FOR RESULTS. 89.40 21201-009-10 PT VENDOR N/A N/A VENDOR EXAM FERFORMED BY WEST-B-J 2" THERM 0WELL TO INGHOU5E PER MWo 29200712 BRANCH CONNECTION ANO DCP# 91-V2N00 E SEE AS$7RACT FOR RESLtTS. 6-1
y ,- ..:q
. y VECP-2 SE .,_.j REFUELING GJTAGE ' -
CLASS.1 PIPING EXAMINATIONS AUCMENTED COMPONENT OR EXAM CAL EXAM ASME SECT XI ' EXAMINATION' . WELD N0/ EXAM PROCEDURE CALIBRATION SHEET SHEET ITEM N0/C.17. REQUIREMENT DESCRIPTION METH NO./REV.' B10Crs NO.{S) NO,(S) RESULTS REMARite 89.40 21201-010-8 . PT VENDOR N/A' N/A VENDOR EXAM PERFORMED BT WEST-B-J 2" THERM 0WELL TO. INGHOUSE PER MWO 29200712 BRANCH CONNECTION AND OCP# 91-V2N0008. 'SEE ABSTRACT FOR RESULTS. 89.40. . 21201-011-9 PT VENDOR N/A N/A VENDOR EXAM PERFORMED BY WEST-B-J 2" THERM 0WELL TO INGHOUSE PER MWO 29200712 BRANCH CONNEOTIDH AND DCP# 91-V2N0008. SEE ABSTRACT FOR RESULTS. 89.40 21201-012-10 PT VENDOR N/A N/A VENDOR EXAM PERFORMED BT WEST-B-J 2" THERM 0WELL TO thCHOUSE PER MWO 29200712 BRANCH CONNECTION AND DCP# 91-V2w0008. SEE ABSTRACT FOR RESULTS. 89.40 217'J1-031 4 PT PT-V-605/02 N/A N/A S92V2P057 NR? N/A 8-J 2" PIPE TO VALVE-89.11 21201-053-6 PT PT-V-605/02 315A N/A S92V2PO40 NRI UT RI/CEOMETRY. B-J 14" PIPE TO SAFE END UT UT-V-404/04. $92V2C042 592V2UO84 RI S92V2C043 592V2Uo85 RI S92V2C110 S92V2U208 NRI 89.11 21201-056-1 PT PT-V-605/02 304A N/A $92V2PO49 NRI UT RI/ GEOMETRY. 8-J 6" SAFE END TO ELBOW UT UT-V-404/04 324A S92V2C102 592V2U193 RI S92V2C103 S?2V2U194 RI
$92V2C104 $92V2U195 RI UTT&C S92V2U203 N/A B9.11 21201-057-1 PT -PT-V-605/02 304A N/A S92V2P050 NRI UT RI/ GEOMETRY.
B-J 6" SAFE END TO ELBOW UT UT-V-404/04 324A $92V2C100 S92V20191 RI 592V2C101 S92V2U192 RI
$92V2C105 S92V2U196 RI UT T & C 592V2U204 N/A 6-2
r VEGP-2 SECOND RfrUELING CUTAGE CLASS 1 PIPING EXAMINATIONS AUGMENTED COMPONENT OR EXAM CAL EXA81 ASME SECT XI EXAMINATION WELD N0/ EXAM PROCEDURE CALIBRATION SHEET SMEET ITEM N0/ CAT. RE00!REMENT DESCRIPTION METH' No./PEV. BLOCK $ No.(S) NO.(S) RJSULTS REMARKS 89.11 21201-058-1 PT PT-V-605/02 304A N/A $92V2'051 NRI UT RI/GOEMETRY. B-J 6" SAFE END TO ELBOW UT- UT-V-404/04 324A $92V2C098 $92V2u189 RI
$92V2C099 $92V2U190 RI
$92V2C106 592V2U197 RI UT T & C S92V2u202 N/A B9.11 21201-059-1 PT PT-V-605/02 3044 N/A S92V2P052 NRI UT Rl/GEOMETRT.
B-J 6" SAFE END TO ELBOW UT UT-V-404/04 324A $92V2C096 S92V2U157 RI S92VXO97 $92V2U188 RI S92V2C107 S92V2U198 RI UT T & C 592v2U205 N/A 89.21 21201-059-21 PT PT-V-605/02 N/A N/A $92V2P022 NRI N/A B-J 3" PIPE TO VALVE B12.50 2120406082 'VT-3 85022-C N/A N/A N/A SAT EXAMINED PER MWO 29201139 B-M-2 YALVE INTERNAL 85051-C WILE DISASSEMBLED. SURFACES B12.50 212t 406084 VT-3 85022-C N/A N/A N/A SAT EXAMINED PER MWO 29102943 B C-2 VALVE INTERNAL 85051-C wnILE DIMSSEMBLED. SURFACES 6-3 u- .
< p;[;.] W ]f. W g v~; .y j;af . [ TNKi -
[ 24 ' .q.a _c .l' t u .
),Q y
Y} , y f(y
~
j -- . .
;. Q: ~
", n x_s .y
- y. -
- y, :
+ -
'. , 2 SEC,OND NEFU..ELlWG OUTAGEi ".
- . , ^
e C. "', ' ..VEGP .. 1 m e
, y -
g :. CLASS 2 feUIPMENT. EXAMINATIONSf
+ .
s q.
- AUGMENTED COMPONENT OR ' EXAM
- CAL : -EXAM-
~
EWELD N0/I
~
IEXAM( - PROCEDURE ; CAllBRATION - SMEET' . SMCIT' fE
--ASME SECT XI JEXAMINATI0h!
? ITEM N0/ CAT. REGU1REMENT DESCRIPTION : 31!! j No./REV.' BLOCgs :. s!gJn EJn RI.mLI.5 RENWtK5
- PT ' :. PT V-605/02- -N/A T
- N/A' $92V2P062 NRI N/A
- C3.10 -21205-E6-002-WO3 -
r -C-C . ' NEAD TO SUPPCRT:
. SKIRT WELD-. --
- PT ~ i PT-V-605/02: N/A'-- ' N/A - 592V2P035 NRI- - N/A -
C3.30 21205-P6-001 W01- '~
.C-C iINTEGRALLY WELOCD' SUPPORT ATTACNMENT PT / - PT-V-605/02 N/A. N/A'- $92V2PO42 NRI ' PT LIMITATION.
-C3.30 ' 21208-P6-002-WO3
.C-C INTEGRALLY WELDED PUMP SUPPORT BRACKET--
PT LIMITATION. PTl PT-V-605/02 . u/A N/A -s92V2P041 RI C3.30 21208-P6 002-WO4~ PT RI/ CODE ACCEPTABLE.. CC' ' INTEGRALLY VELDED
. PUMP SUPPOR1 ' BRACK!.T J REFERENCE INF 192V2006._
21208-V4-001-Wet ut~ : UT-V-404/04 342A' $92V2C014 $92V2UO31 . NRI UT LIMITATION /ASME CODE'- C1.20 VESSEL HEAD TO. S92V2C015 292V2UO32 R1 ' Ct.SE N-460 APPLIED. C-A
-VESSEL SNELL WELD ' UT T & C $72v2UO33 ' N/A' - .UT Rl/GE0ETRY. ,
"7 T & C S92V2UQ34 N/A 7-1
. 1; 1. . . . . ~,- . ., . L
s~ - C & .::q , 1;p s '
' p
)+f 'O-
.;f ,,
; (- , _
b y+yg
-]J,- 1 (a' }.
VEGP-2 SEC000 REFUELING OUTAGE '
.p y
~g. 3 ,
~
?-T m.
' CLASS 2 PIPING EXAMINATIONS . ,
1 1.. l ..g i
-AUGMENTED. COMPONENT OR EXAM = CAL EXAM:
ASME SECT XI ' EXAMINATION WELD N0/L .. EAAM~ PROCEDURE CALIBRATIOW SHEET SNEET' "Q , 3-ITEM N0/ CAT. PEQUIREMENT: JDESCRIPTION, ETj[ . NO./REV. BLOCKS NO,($1 NO (S) RESUI.TSL ROiAEKS M
-UT-V-404/04 341A 592V2C001 592v2U001 RI UT SUS EXAM /RR-35. : :
- ISI-P-014? ' 21204-001-5'- UT
. PAR 1.10.3 12" ELBou TO PIPE' -UT'T & C 'S92V2U149' . N/A ' UT RI/ GEOMETRY-'- >
- Al#87-131 - UT T & C $92V2U150 'N/A.
UT T & C $92V2U151 'N/A UT T & C : 592V2U152 N/A ISI-P-014: '21204-001-8' LU ' ' UT . - UT-V-404/04 341A $92V2C002 $92V2U002 NRI UT SUP EXAM /RR-35.
-?
1* - .12" LONGITLDINAL EXAMINED 2.5 1.
.. PAR 1.10.31 Ai#87 131 WELD
- ISI-P-014; '21204-006-1' PT PT-V-605/02 345A N/A $92V2P006 NRI UT SUP EXAM /RR-35.
.- PAR 1.10.3 24".N0ZZLE TO VALVE UT UT-V-404/06 S92V2C005 S92V2U005 RI LIMITED UT EKAM/RR-36.
Al#87-131 UT T & C S92V2UO10 N/A UT RI/GECMETRT.
- ISI-P-014 21204-006-1 .LU' UT UT-V-404/04 345A S92Y2C006 S92V2U006 RI UT SUP EXAM /RR-35.
PAR 1.10.3 24" LONGITUDINAL' UT T & C 592V2U009 N/A UT RI/GEOMETRT. Al#6' 131 -WELD EXAMINED 2.5 T.. 9 4 C5.11 21204-008-3 PT PT-V-605/02 N/A N/A $92V2P001 NRI N/A g .C-F 8" PIPE TO ELBOW C5.11 21204-008-4 PT PT-V-605/02 N/A N/A S92V2P002 NRI N/A C-F 8" ELBOW TO PIPE
; C5.11 ISI-P-014 21204-010 FT 'PT V-605/02 337A N/A $92V2P024 NRI UT SUP EXAM /RR-35.
- C-F PAR 1.10.3 6" TEE TO PIPE UT UT-V-404/04 $92Y2C021 $92v2UO45 RI LIMITED UT EXAM /RR-36.
AIW87-131 UT T & C 392V2UO46 N/A UT RI/GLOBETRT. C5.11 21204-010-2 PT PT-V-605/02. N/A N/A $92V2P025 'NRI N/A ~ 1 C-F 6" PIPE TO EL80W a C5.11 21204-0'1-6 PT P2-V-605/02 N/A N/A 592V2P005 RI PT RI/ CODE ACCEPTABLE. CF 6" PIPE TO TEE REFERENCE IMF 192V2001. C5.11 ~21204-012-1 PT PT-V-605/02 N/A N/A $92V2P047 NRI : N/A C-F 4" VALVE TO PIPE
'8-1
_ a _ - . . - . , . .- _, -. ,
^ ~
17
" Ly.8 %%4h g { y_( ' v "
~ -M ^
?? - -
; A; , ,
.y~ :t: f-N;
;e - , -. .f st 1
n
}- .t
.A_;, ~
,) - %/ ~
J- r,
- VEGP-2 SECOIS REFUELINC SJTAGE z.
' CLASS 2 PIPING EXAMlhAT!0h5; ~
CCMPONENT OR - " h EXM L Ced .- : EXAM
.AUGMENTE3%
ASME SECT XI i EXMINATION 5 WELD N0/ : EXAM - PROCEDURE CALIG3ATION' SNEET- SHEET
- ITkNN0/CATj ~ DESCRIPTIOg-' .No.!REV. SLOCl!$ M :NO,($) Rgg M ft REMARKS REQUIREENT'. 3 73 -
C5.11e '21204-012 2 PT - .PT-V-605/02- N/A -N/A' 592v2FM8 ' WR1 N/A - C-F: 8" PIPE TO VALVE-C5.11 - ^ ISI-P-014'. '21204-012 PT- - PT-V-605/02. 414A ~ '4 592V2P016 ht! / UT PJP EXAM /RR-35. :
' ; UT RI/GEOMETRT..
CF' PAR 1.10.3 8" EL90W TO P!PE 'UT- UT V-404/04 - h/2V'C007 592V2U007 RI Al#87-1311 4
- C5.12 ' t'SI-P-014' ' 21204-0$210LU' 'PT . PT-V-605/02 414A N/A S92Y2P015'- satt UTSUIEXAM/RR35'.
" -C-F ' PAR 1.10.3'-
' 5" LONGlTUDINAL UT . UT-V-404/04 S92V2C006 592V7U008 RJ - UT P!/GEOMETRT.
AlsS7-131 WELD : EXAMINED 2.5 T...
.t5.21 Al#87-131 :- - 21264-039-1' PT- - PT-V-605/02 - 305A N/A S92V2PC31' NRI UT.LIMITAT10u.
C-F : 8". VALVE 10 PIPE UT UT-V-404/04 S92V2C068 $92V2U131 ut UT RI/GEOMETRT.
$92V2C069 S92V2u132 R1 UT T & C 592V2U134 N/A UT T & C 592V2U138 - N/A UT T & C S92V20139 N/A UT T & C 592V2U1&O N/A UT T & C S92V2U141 N/A
'i C5.11 ~21205 C03-26 PT~ PT-V-605/02 ' N/A N/A $72V2P028 tot N/A-C-F L14" VALVE TO PIPE C5.11 :21205-003-28 PTL .PT-V-605/02 N/A N/A $92V2Ptit Rt Pt at/CCD$ ACCEPTANLEi -.
C-F 14" TEE TO PIPE 'REFERTNCE INF 192 ROCT.- , C5.11 '21205-003 PT' ' PT-V-t435/G'. .N/A N/A $92V2P027 NRI h/A
" C-F 14" ELBOW TO PIPE ')
C5.12 '21205-003-34 LU PT PT-V-605/02' N/A N/A 592V2P026 NEI EXAMINED 2.5 T.- C-F '14* LONGITUDINAL-UFLD - C3.20 21205-003 39 PT- .PT-V-605/02 N/A N/A $92V2P050' NRt 'N/A , C-C SUPP'*T N010
'8-2 ._ ~ , -
~T _
g,. .g ; _py , ; _p
~
se
~
' . p. '
' ' ' ' 9 8 i
" - _} *;
; l' Q LJ '
Qj( +[ }" : e
' VEGP-2 CCOND REFUELING OUTAGE :.
1 CLASS 2 PIPING EXAMINATIONS ,.'* 4 S
' AUGMENTED- LJMPONENT OR.- : EXAM CAL EXAM .
SASME SECT XI: EXAMINATION: WELD N0/' EXAM. PROCEDURE. CALIBRATION Si4EET -SNEET TITEM N0/ CAT. REQUIREMENT- DESCRIPTION' 'M. NO,/REV. BLOCES N0dS) M ' RESULT $ MMA*ts i
'342A' 'N/A - $92V2P023 WRI UT-SUP TEAM /RR-33, C5.11 ISI-P-014- 21205-004 ' PT . PT-V-605/02 .
UT-V-404/04. 592v2C017 592V2UQ36 : NR t - + iC-F' PAR 1.10.3 12" PENETRATION TO UT . AIW87-131~ EXTENSION SLEEVE _ C3.20 '21205-004-29 PT PT-V-605/02 N/A- N/A $92V2PO43 NRI N/A , ; C-C SUPPORT'N003
~
~
^
'C5.11 :21205-004-34 PT . PT-V-605/02 . N/A N/A - 592V2P060 mRI N/A CF 14" ELBOW TO PIPE -
'C5.12 21205-004-34 LU- PT PT-V-605/02 N/A- ' N/A $92V2P057 hK1 EXAMT F 2.5 T.
C-F - 14" LONGITUDINAL WELD C5.11 ' 21205-005 23' PT- ~ PT-V-605/02 N/A N/A S72V2P045 NRI N/A C-F 8" ELS0W TO PIPE ., C5.11 21205-005 25' PT- PT-V-605/02 ~ N/A N/A $92V2P044 NRI N/A-C-F -8" PIPE TO REDUCER C5.11 ISI-P-014 21205-005-29 PT PT-Y-605/02 344A N/A 592V2PC37 NRI .UT 3UF EXAM /RR 35. C-F PAR 1.10.3 14" PIPE TO HEAT- UT UT-V-404/04 59;N20070 892V20135 R1 'UT LIMITATION /RR-36.'- . f -.. Al#57-131 ~ EXCHANGER N0ZZLE. UT T & C $92V2U136 N/f .UT RI/ GEOMETRY.- C5.11 ISI-P-014 21205-006 1 PT" PT-V-605/02 414A N/A $92V2P058 'NRI' 'UT SUP EXAM /RR-35. C-F PAR 1.10.3 8" PUMP N0ZZLE . ' UT UT-V-404/06 S92/2C109 $92V2U207- NRI Ur LIMITATION /RR- 1 -- Al#87 131 TO PIPE. C5.11 21205-007-13 PT PT-V-M5/02 N/A N/A S92v2P038 NRI N/A' C-f 6" PIPE TO EL80W C5.11 ISt-P-014 21205-007-17 1 PT PT V-605/02 4BA N/A' $92V2P036 NRI UT SJP EXAM /RR 35.- C-F PAR 1.10.3 8" PIPE TO TEE UT UT V-404/04 $92YZ"071 592V20137 RI UT Rt/GEOMETR'T. Al#87-131 UT T r. C $92V2U142 N/A s 8-3
-}}