ML19289E898
| ML19289E898 | |
| Person / Time | |
|---|---|
| Site: | Sequoyah  |
| Issue date: | 05/22/1979 |
| From: | Gilleland J TENNESSEE VALLEY AUTHORITY |
| To: | Varga S Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 7905290363 | |
| Download: ML19289E898 (83) | |
Text
TENNESSEE V ALLEY A UTuC Pi~'
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.csst: rm 500C Chestnut Street Tower II y;.1 - q;Q Director of Nuclear Reactor Regulation Attention:
Mr. S. A. Varga, Chief Light Water Reactors Branch No. 4 Division of Project Management U.S. Nuclear Regulatory Commission Washington, DC 20555
Dear Mr. Varga:
In the Matter of the Application of
)
Docket Nos. 50-327 Tennessee Valley Authority
)
50-328 Encicsed is revision 7 to the "Preservice Baseline Inspection and eind Inservice Inspection Program for Tennessee Valley Atithority Sequoyah Nuclear Plant."
The initial draft program was submitted by my letter to you dated August 23, 1977. As additional changes result from implementation of the preservice program, they will be submitted.
Revision 7 incorporates the responses to the Material Engineering Branch's questions transmitted by your letter to N.
B. Hughes dated December 8, 1979. This revision replaces all pages in the document.
Very truly yours, f
. ~
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/J. E. Gilleland Assistant Manager of Power Enclosure 2048 148
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3ec: ion 3.0 5aseline and ~3: ?:c;:a Examina: ions Section 1.3
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- 1. 1 General Plan: Descriction Sequoyah Luclear Plan is a 2-unit plan: having.ies:inghouse pressurized wa:er reactors.
Each uni: has an e lec trica'. output of 1200 SW.
The plant site is located in sou:heas:e n Tennessee on :he was:' shore c.: u.. :. v..
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- 1. 2 ?urcose one purpose o: this program is to outline details for planning and performing the nondestrue:1ve examina: ion of :he Sequoyah Luc' ear ?'an:
reac:or coolan sys:e.
The progra: has been organi:ed to fulfill ex-amina: ion require:ents of the Sequoyah Operationa'. Qua'i:y Assurance Manual, Par: :I, See: ion 5.1 and essentially comply wi h the require-cents of :he ASMI 3 oiler and Pressure Vesse l Code,Section X, Ru le s for Inservice Inspection of Nuclear Power Plan: Componen:s (through su::er '975 addenda).
The program reflec:s :he built-in lici:ations caused by original plant design, geone:ry, materials of construe: ion of the components, and the curren: technology or state-of-ar; of non-2 e s.... c. < ve s.e s. <....
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Ra quireme n: 4. 4. 5. 0 and partically satisfies the require:en:s of Surveillance Re quirements. 4.10.1 and 4. 0. 5.
The information presented in this progra reflects TVA's philosoph.
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performance essentially of a 100 percent preservice baseline inspectice as required by the code and future periodic inservice inspections.
Each area to be examined requires individual review to determine :he me thod of examina tion mos: applicable f or : hat particular configuration.
The preservice inspec: ion program will permit verifica:ica of the in-spec <-.,,.. hods se.,ec.a.a a n.a w
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f.es will establish baseline examina: ion data to be used as a reference for later inservice examina: ions.
In addi:Lon, :his progra: is prepared to assis: prospec:ive bidders in preparing and submitting meaningful proposals f or var;.ing phases of the inspec: ion progra should TVA choose :o contrac: certain por: ions.
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In order to 'imi: the radia: ion exposure of employees, those areas where
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Manpower e;onomics were also considered; i.e., when several areas can be inspected in the same general location, this will be done to min-imi:e scaffolding and exposure to empicyees.
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The areas Oc be inspected during the firs: lO year inspec: ion interval are tabulated in Tables A and 3 in Appendix
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The planned inspection areas a.e ou.i4.ea 4a iaoles A a..2 2
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In accordance wi:h !WC-2100 and IWC-2400 of AS:E Section XI, only : hose Class 3 cc penents which will be exacined over the service life of the plant will be exa ined for the preservice baseline.
Tabulations are presen:ed on a per uni: basis.
A further elaboration of :he inspection of the various cocponents wil; be discussed in the following paragraphs.
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e.e 4.o.,
.e w..e.i t c-t.a 4
6
- i.a. e e
.4.
C..e C.4. L...:c p
4
-w cff-w.4....- -,, s.. a. c. ; - v' a
.....s a c a..
ac..,
4
.te m. 3...,
4
.h vesae.'
.,.t.
.u t
,.w
- f. 4...; e. 4. m u. t.
2.. a..t i
.'sm-.
.ee.
.a
.c
.. w.
ou. S.4.ae o.:. y.e e.T.14..a.
.e 3 4 n...
..e
..,'a
.48.e
- u. p.
a
, v A
4.. a-
- e... e 4 r
w.
.c.o.
.u..e, e S e.,,i. D..
- 4.. h. e c o e
.4
. 2
.,o..,2
.......u
.n will be inSpec:ed as part of the preservice baseline in-a S..a, 3 e
S p e w.
4 o,..a.
Ap p., x.4..a. i....f s f
.w...e..e, u w
s e. e...
v.
. i
.v e x a-
.'..e ^. s^
.*. 3~ ~. ".. =..'.. S e. v ' e.'.. S f.= c.. a n..'.. ~..=. v a.'.
2 -
,,e.1 2.S s.i.,.,
.uover. met e sea:
c.
There are Six orange peel cea weids (34 feet) and one I--
C..
L,
.e.e.. 4.. a.i S e a.
..e., w (so
- .e.),
.o.,i c:
4.w
.w.
a....
. evr-w^_
a
,--.s 4 -a-. e l.f O'.9 : e..,..w e.,. -n.4..11 b,e s.
4
... m a.1 1 a c u e S S.J w * -..e..=.
- =
.a.
f future examination fro the vessel
'.D.,
aith thd core S,,..
i a
4... e., a. a-ove..
i.., e..e l.2S.a 4 i..t
-c e.4.. a, a.... ;
.c.
f...
c of the preService baseline and inservice inspection.
- %.. e s o.. -. w..e a A Sec.4, S w
w.
17 a.
o.e as.4.uo,.ea o:. 3._:ss,
.Av..
s..
s c.1 ASS 1, manganese-Co.1ybdenu Stee..
1
,J..,. l.., LloSure Heaw We.c 2,.,,
-s.. o. heaa cap..e.ia a--.-s4.a.e,y
,.3
.ee.
4..
, e.. e,..,
4 i
u ff....
. i can be inspected for the preservice baseline and inservice inspection fro = the head outside Surface.
The head does not have any orange peal welds
.ne c.,osure..eam r,ng
,.S :aarica:ec c:. A-o.,,vo, class u
4 manganeSa-olybedenu: Steel.
The closure hemispherica'.
w 4
4
.a.4..co eu o.: a ;.,,,
v.
2, c ass..,
-w 2
..e. a u Se-.4 n iS m..u zanganese-colybdene: steel.
3.1.'.3 Vessel-:o-Flange L.'e ld and Head-:c-Flance We ld
~he vessel-to-flange we'd is approximately 50 fee: in
, e,. 3. n u...
.4.,1 e
aw..,Ss4.u,,
- o.
- ... L..,
eA.-
4,-.4,n.
A s..
.w.
a.
...a...
w-e.4.e S..u11 w.
,e.:o. g
- e..n.e p. a s e.. 4 e 1
w
.o J.o e.4.w...a.
a
.co
.e y
...e
.et
.g,,.
S e a.1 a
.e-e or :.--
6.e.. ease.i 4,S.4;e o..
.w 24
.4.
..aw
- G. e.
- a. o. u.. \\.e s s e... o. e...a,. a. C. 4
. s v,. a.
4
~
..wr
...e..w..
a
.e,.. 6. c-s... e.? 4 e..,
- t 2.iao
.a.
.. e A 3,....,
,4..,0 sos L
JScu
.s e
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- 4. v, o.. S.
.. s....
r
/.
4 s <
w*
s.
i,-
t Page 3 of 27
.% e. e I
a
.s W.v.
...s.*
se J
=..;--....- A.n
. v.T D ;..
9.. ; 7.. e -.,*..
a e...-.
- 3. 3n. v.
.s, r7
. r.
..s
., =...
f,,..
s eg...
.e
..s.*
( $. v.... )
\\
r-s.l.,.o-svo.
u..
- k.. e. 6. a w b, - 4 _.. _ 4 1. 3,...e. J
.i r 9
.e, e...<
a S p,..,. 4. a.. e.1.
.V a
- e.... ;..
7 i,.. 3. u.. a...>
n -. c
- k. A
.t syeb.e>
.u..,.
u G e e. 4. e a-...a.s u
.s.
s e..,.; c,. a...gfe e.< -.g..-_. u.e
- u. s.,.a n u....<.a,.
..u.u,.
e The vessel and closure head flange sections are fa:ri-
...c2
.: n ;uo, v. m s s,, _. a..,,-. e s., _ _..
- c. -._. -_ _
..e..
m-e s
e.
.=
3.'.2 Reactor lesse' So::les
...,..e a.,
.eo...
<.i,. o
,l,.s
(,,_t/e.
<. - w...s.)
24...
. s u.. c......
u.
no::les (29 inch I.D.).
All eigh: no::le-:o-vesse' welds w;i.
.e -. h u,
-.e s e.,,, c e.
,, x a __.<.. e.;
s.a s e,.<,..e s.: _,. e -...... s,. c. < -..
r.
i f
devices.
The four cu:le: no::les can be insrected when the upper in:ernals are recoved.
The inle: no::les are not accessib'e un:i' the core barrel is recoved.
... e n o.. l,..<.. s <.a. e a>>. <..s y e v.. a n.., as..,,,
as
.u..,.
....,.,e_.,_
p < p.<,..,.<.. s e n. a..o..,
a,f u.e e.:-._e>
m-.
. u.,.
sa..,..< e a=
. u..e g
r.....
ve,ssel-:c-no::le weld ins ection.
/
.%..e w.4 3.:
A 4
4
- s
..a. _e.a1.ss u.. e. a..
..<2.2
.e
,. m.
4.
a.t t..f w
s.., _ 4. 3. 2
.s...
o.
a * *. b..e a' a'_ d
- i~..e a s " "..e
".c.'.' l a.
- c y".#
- e ' 'e.' d a'.." '. ".. ' ' '. e i.# ~ u' # '
y
. 3.
d.
2 e. n n_...e u.
e n.
. %..e e h.. c < m.
e e.e..a.m..
su.. -.,.
y
..au.
v.
.o.,4..o,s a.
- a..<
a.e.
,e w
3
..w
. s e,
m. c s. -,...-. 3 m, _..,. e _
...e
.o.i..
colybdenu: steel.
No::le safe-end connecticas are clad wi:h wel:
deposi:ed austenitic stainless steel.
3.1.3
'le s s e ' Pene:ra: ions and A::achments The control rod drive (78), upper head injection (-),
vent pipe
( 1 ), a.. >.<.. s..,. _ e.. a. < n n (.; S ) p e.e..a. < -. s - u.. -,.,../.<,. u a,.,.
u,
..s examined for leakage during syste leaka;e or hydros:stic tests.
T*.'A intends to perform these inspec: ions.
3.1.*
Reactor Vessel Closure Studs, hu:s. an d
'>'a s h e r s The vessel flange studs will be inspected either ir place when
....m;e.
,...s.4..., o r..w... e... s..e s o. <... =-....., v e.2, c...,.,.w s
...e c
,o
.e i,.,.
v head s renoved.
A visual examination w:'l be given to wasners and bushings, and an ultrasonic examination will be pren to flan;e ligamen:s between :hreaded s:ud holes and to :he stu:s and nuts
. e e.po.a.a e,...a =.
.o.
.u..e -.ese..a.
e._s,ee..<--.
n m
f.
.. ~
2048 155
+
e.
- 1. 3 0a,,.
o o,.e 3
c.e v. -
.;. a :... : :..
n. -
... - - -, -. O.. -.L v-
. u...,.u.......: -...:.-.' (w.....>
... : : :. s.... :.
s 3.,.-
n.-...
e
.w.. e,..a. - - >..a s-u..e. s
,.a. i
- u. e.. -.. s.2.,.. e....-
..... se-.a,e.a..
.3 e a m a.,
A...
..u...
refueling ou: age.
A surface exacination w.l' be given to studs and
,A,.s..u..e..e..ov,.a.,
a,..a a. t.., s o..<,. -...<.. u,. 4.3..a..',
e 3. y,.,
u e
..a the studs from the expose ends.
The nu:s will also be given an ultrasonic exa ination.
.ne wasners snail be visually examined
- -.-.an.
o.2,:aa.<-.-.
.w.
46..,
s < f. a-o.: c.< a-..e s s.,
s.
wu.
..w
..... u.1..,, u,..-... o :
sa.,.
a b. a.,, ue exe. a e>.
,.,s a...a-s,.,... 1,
.- s e.. te..
a.-
..e.-s washers, or ane combina: ion of these.
All of the vessel flange liga:ents between the :hreaded stud holes e e.a.s.. a s.... a l l,;,,. x - a,, d.:.o... e u s e.,.s. e.. s -,. c. <,,
u-.>
.a.11 u u
. r du d a.3'
. '.e
.4..s e c..d o...'. t a. ". a.'.
y
..r*.a 4. e e..d s-. o se. : o.m e.%..e 4.-.. a.,
.e. s p. u..to e.s.
e...
,..- u..e. s a., ; a.. :. a. e.> o.: on
.-s, u.
=,-
,a...-,
S..,a
,.,3, a.2 u
u...
.. -...,,.. -.s e. -
.a
.m chroze-colv.bdenu steel.
3.1.5
'n:e:rallv-L'elded vessel succor:s There are no integrally-welded vessel supports.
The vessel is suppor:ed by four support pads loca:ed on the bot:o: of two cu:le:
.o..-les (3-.o a a l e:) an2
.-o 4,3
.... e... o... e s ( 1.,
.-...a.i -
s, drawing CH-M-2333-3).
3.1.6 Reae:ce vessel and closure Mead Claddinz There are six pa:ches in the '/essel cladding : hat will be visual'y examined using the underwater closed-circui: :elevision system.
.w4s.. l.i u.e - o.a<.a.ed.4.h u..e.e.:....,.,..
am-.,v4 4.es.o p. eve,..
u.
o.....
unnecessary conflic:s.
There are six patches in the closure head cladding which will under-go visual and liquid pene:ran: examina: ions.
The =e: hod (s) employed during preservice examina: ions will be repeated during inservice
,s.,
4,a.<,,s.
All patches will be inspected during the 10-year inspection inter-val.
Color photographs, video tapes, or other recording systems of the inspeC ion areas may be used for comparisoO wi h earlier
,,4..a,
.,Co.a,
..sw
.wa.
.4...-.a'
. y^.
3...u.J-g e....
- k. o. s..
p.,
e
,.4
,. a..2 4
. e.... e r
o
.e
..v.
..2
...-, e u.. o,...
2048 I56
-o-
--o.
Pa s, a Rev. e Reactor vesse ano, c.,osure hea.,
c.. a c c.ang s of weld depositec austani:ic stainless steel.
3.1.7 Ecac:or "essel In:2rnals n..
o,.,e.a.,.,
e,...
. s u... e.<.,., o-. m.,. c:. u.. e.,m-.. o <..,.,...
.. c. a,
...=
..c...
surfaces, and sup;or a::achments will be accorp'ished as a rcu:ine
- e
.e... e.1 4. 3... p.ocec,a.e.
ae.i
-,.es v
4... e... a., i v ; _.-.... <. 3 o_
e
.v.
... c.
ents whose failure could propoga:e into pressure vessel wall or u..,.. s e../ a.;.e 3
e-.
--.e
...e3...y
..<3.,
4...
w
.o.
....s,.
. e,. X a__4.
c.a
..A us.
no,
.t.t,y e y - _ <. 3..a s..a w6
.6..,c a.,.
s. s u d.<.3 c J.es..,ss.
.w..e o.-=
. w
._a
..a s
_ a > e a c e s s., b.,,. w. )..ne
,_ oval o.:
C-y,n
,..s-o u.. ;.,,.. s-. _ S '. e.: w. e ' -
A u
w e....
ing outages; however, when the core barrel and Vessel internal 5 are recoved, a core c eplete exacination of :he highly stressed areas will be visually exacined using the reco:e :e;evision cnd/or boroscopes.
' ' a n v c m "...' '...* o n. =- *.. o u.' ' _ e.
- a-c' e. a.'.'
.e~e' o.'~.*'e..-..'.'.'.-.,
3 e..b..e.
o.o. -wr..o.ce ap..s c,.,,deo.are.e.mo.J. s
...'.t
- b. c-
._ o. J.
'.J 4
1 k
w
.c.
.. w o
..o L.A.4
.o. ab le s..ou.? w Le p.,se-..,
o.1 y a.... a.
me.
<p.<,.. o u
4
.3
-s..
Cw..e c't.e.s s s..e.., orm
.w u
a
..eit...
sc- - 3.4...
4.,..a.
.a..
....e.ds.o e.a-..
. u..., s < n s e c. < -...
.n.vn e...
. r 3.1.8 Control Rod Drive "ousinzs There are 7S control rod housings penetra:ing *. e c'osure head.
The housings consist of a o-inch 0.D. adapter (A-152, 30455) and a.-inch 0.D. body (53-167, Inconel).
For the preservice baseline, approximately 17 CRD housing welds will be ultrasonically examined (17 peripheral CRD housings).
- m. o wet.a=- s..a t.i
- w. e exa__...e a du. <. 3. '.. e
.# i -. '.. s e..' o..'....= - < a- '..
w
. e I'/A intends :o perfor this inspecticn.
3.2 Fressuricer 3..'. t'
'.-.. _> ' *. "_4 1.. a *. a..u u.' - a...# a_. a_...121 a' e a-. "a t. ' ' s 4
Th'ere are five circumf erential seam welds, eacn approximatel;, 2
- .ee.
4n., e...,...n,
.o.al.<
,,0.;ee,
a..>
, a
. e u.. v e.. <. a... e. -,.,
. a,...3
. e v.
an,.ox<.a.,i,.
..e.
<n
.w,
-w..e1i uy
..cu,.<.
.e,43.o.
3<.-
n.:,
= u, a _.
i r..
..-o.
2
..eios a,,
am.,.es
.zu..e..,:. u.. e e..., < -. s u. c. a -,,>...,,,
- u.,.
.a. a- -. r:m.eu
...a
...u..s.
m.
as par: of the preservice baseline anc inservice inspec: ion.
There ara no circa:ferential or meriodional head welcs.
- n..i s u.. e.., - a 4 sec.<-.=
a..,
.a,.4~..,s.
v.e.n.,as, ~.
2,-
a..e
..e a, m
..s.
m anganese-201"bdenu: s: eel.
l--
- t. s
S:-11 Pa ge 3 of 27 Re v.
7 3.2.2 No :: le-to '.'e s se l we id s a nd So:: le Safe Ends inere are :our o-inch no::les, one 4-inch no::le, one 10-inch
,c_s,c....
.a..-.,-.>....<..u-
. t.,
-e e..,...... e.-
.c..,
a.g on,.
...u u.
s.
.... ca ultrasonically for the preservice baseline and inservice in-s e e.. : -... e... a.,.
- a.. s <.u.
. a > <. <..3.:
e a c..
n :. u.. e s e.. z..,..
u..
u e
12 exa_.<..,.d a.
.w..e
.<_e.
.s..e
.,.o 3.se_.o...
uae.
..e.-a.a....
s pe c te d.
No::le safe ends are we lded f orgings and wil'. under;c a liqui:
e.e..-..
a...a a. u.. a s o n <. c e x a- _..a..u-. < -..
..a...
..s.
e No::le and manway f or;in;s are f abrica:cd of S A-505, class 2, sangane se-co lybde nu steel.
Safe-end connections are S A-132, G R.
?-316L forgings.
- 2. 2. 3 Pen: rations There are 73 heater penetra: ions in the lower head.
These areas will be visually inspected for signs of leakage.
... <., n. s. o,,.. : o.
.. a
<..s p,. c. a.o.
a
.. v n
. e
- 3. 2. 4 Pressure Re taining 3citin:
.o..
., on..,
a.
a,, sover s..a..
se..,..., e.-_<.e..:..
v.4.3 w
w t,
a
...e
...-a
.m...
signss of leakage and/or distress.
~. nA <....e nd s. o.. :o... u.. ; - <.. c, g e.. a.o.
v e...
- 3. 2. 5 Pressurizer Succor: Skir: Wald The support skirt-to-vesse l we ld, approximate ly 23 fee t in length, will be untrasonically examined for the preservice baseline and inservice inspection.
The support skirt is f abricated of S A-5lo, Cr. 70, carboc s:ee' plate.
- ..,. o
.n te r io r v-,t a a surface A patch (36 square inches) of the in:erior claddin; will be visually examined for :he preservice baseline and inservice inspection when the canway cover is recoved.
This w'.11 be accomplished after cold hycro or after the hot fanctional
.t s C n,p l..,p..
., s-. i n. e s.....
e.2
- .4 Avn 4 m... e.m..J 4 3
.. o.,. b. J._...s-4..see C. 4 n.
a.
r
..s c.2 a u s. e n...a. ;. s.a....e s a.
a,,
.. e. a. v,. C.: a. 2.a.e. 3 4.
a.....
.a
.. 2048 Ib~8
a.
,l i
Page 1 0:..i 2 e,.,.
e.,a
.,...a...s s
- 3. 3.1 Primar. He ad-:c-Tube Shee : 'Je l d
. u.e
-. < _....., 3.2 _. o _..J. e
- a....e e...e 4
- 4. s.
a... -. 4.. a.,,
u
...e,._.,
n.
.a
. y e v e...
f..ma.
u
, e.,3. u..,. o.
- 9. 4., s *'.*.cae.
.co.
. u..e.ao u.
s.ea_.. y.. e e. a....
.a
.6
.. a.
. L. e s e..,
- 1
,. e.< 2_.. <..a. A u?.. as.o...>
a l,. :
.n.
.u..,.
-.e3,...
- u. a,.1a.s e.
...u e.s a _... <..,. < o. a..>.
o> u. <.,. u..e
<.. s,.. e.., o n..,... a,.
...se...
c,.
...3 The :ube pla:e is a SA-503, Class 2, stae' forgir;.
The hemi-
.3 a
af e
,c..
..u.. _u.e.
4
. an_e.:o, v.c..
aw,
.a.;..
.. 3
- 3. 3. 2 Circumferentia l We ids - Se condarv Side There are 5 circumferential sea welds, totaling 195 fee:, or 792
. e,... o.. u..e
- a.ea.
3,.ne.a.o.s.
.. s,. 3.,.: a,ry.,x<
a..,,.
.vo.ze.,.
n v.
.v
.m of four welds will be ultrasonically examined for :he preservice
. a s o, l.4..
e..,...u,.4.on a,...a.a....<,,
. u.....ou.
..se...
se 4,.e....,.
.....42.
.s...
fif th we ld on each generator, S CW-DI, 02, D3, and D4 (See drawin; ha.
CH-M-2345-3 in Apoendix A) ist ar:1
y inaccessible.
Approxt a:e l.v 9 fee: of one of these welds -ill be ul:rasonically examina:ed n a bes: effor: basis for the preservice base'ine and during :he four in-service intervals.
Approximate ly 13 fee: of :wo welds wi.; be examined
- a. u <. 3...,. c a...
i.
.......se r..a..c,...
ee..,o........u,.,.a,
.4o., 3).
s s e a
- e...a...,.a, s
i.
e ey The vessel shall and head sec: ions are fabricated of SA-533, Cr.
A, class 1, s tee l p late.
3.3.3 5:eam Generator Primarv No::les The staa generator pri:ary no::les and manway pads are an in:egral part of the vesse l.
The safe ends of all ei;h: primary no::les on :he four genera: ors shall be liquid penetrant and ultrasonically examined for tbc preservice baseline inspection at the same :ime as the no::le-to pipe we lds are being inspected.
The inside radii of all no::les and manways cannot be ultrasonically exacined and achieve meaningfu. results due to li:1:ations of examining inte; rally cas: ma:e r ia l, all safe ends shall be examined durin-the 10 year inspec:io: interval.
5 The no::les and mandway pads are f abrica:ed :o S A-2' 5, Cr. 4c c.
The no::les have bu::ered 30$L safe ends.
3.3.4 S:ea: Genera:or Secondarv So::les There is one feedwater no::1c (loinch !. D. ), one main s:ea no::le (32-inch
'.D.), and two manway pads (15-inch :.D.) per stea: genera:or.
Four no::le-(Manway)-to-vesse l we lds will be ultrasonicall;. examined for
- he preservice base line and during the f our inspection inte rva ls.
A
.ota' o#. c. e.... ' a.
w' ll ke '.<ea r.
e "..d...,-
. '.. e '.'
2.... s c2 v '..e i
spec:ior. inte rva '.
c..o :
..e s are Ia, *,ca*e; c bn-Jb, c., a s s, s :c e l.
_.m
3 D 1 " A.5-
- 7. ly e
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3
- ev.
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a.
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- a ** "* a ", a cove *3 k' ' )
a'.'.'. e v.#
- '..f**-*d-"......u c..
/
-l e.
sna11 ae... s ua.1 1.,j 8 xa.. a.. =.
na A.a..<
.3
.. e. d. e...
~
.w.s 66
.m w
f.
.....u
%.ase.4ne a.a....u..=
4.. s e m. s. e a..S.e.
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2 o [. 4 n,
- w. n...o
- a. ua-. y c o,.e, c.. L.a.
a.. u '.t
- u.,.. e.,. a a..' y ae.......
a. ;..,.
.w.
s
.. 3 a.
e e..,
.t.e. e,a.
- n., r u..a. p.c. s e.. e.e.. Ce
% o.. e.'.s.. c.
J m...A.... <.,
a.
.t
..c
. o.;
.t s
.t u
.v
. m a ". 4 o...
o n. a.., a.t.
4 t
...aa o:. o L,. ov..-.s wa
.- w.. a i.1 w.
..'..a
...w.t.',
a r
n a.
.c
.v.
eaa..t
,w.ac..he p.e.,e..,<c, uas,.,.<.e a..
. v,a.
.a
.a, s -... <. e
<..,...'a.
....c..
(See Appendix A, Table 3'.
Each car.way..as 20 bo::s a: 1-1/- inches.
.va..a..c a
. o
- g. e. : c. -... e y a. a... a,
.t. s. c. < n... s.
w.
g.
The bolts are fabricated to SA-133, Or. 57 3.3.5 Inteerallv-We'ded vessel Suctorts
-w A..a..e a.a..o.<..
0, a11y_. cia;c; v.a..e*i t
-u
- e -
".p-,3<.
2-?
...S*
.m
. 3
. a r+--
su..,po. ads a.e se
,.a.d.o
.s..e S.s.
2 4..:.a f..
3
.e.a.
a y
f osa ow
\\"
- b.. 4 - b.. s =
- e n 3' *.'n'o o.1 *
- Q,VS'e: wy 3
.a.
3. 3. *4
.. e. 4 o,.
et v. a.a.4 4,,
...s 6
a o a. a..
.s.a..
c o.1 A
%.... A.. o c a.: e. e. %.. e %..o. :,.... t..o. '..ea.4.3
- u.. a.. -
....w...
ccepleted, :he aanway covers on each s:22: genera:or primar; head shall be recoved and a patch (36 ' ;uare inches) of claddin; near each manway shall be visua'ly exanined f:r the preservice base.94ne examina:icn.
n.1.u..ese..a11 u se ex.-.....ed a,a.<n w...<
,. u.. e a....3
...a
.. e.. a.,..-
..,......._..a..
a y
- n. a*. e... e.. A..o pe.c.. o r
- e..u..t.
- t...s p e w.. < -.
wa.
a 3.3.3 S:eam Generator Tubine Iach steam generator tube bundle consists cf 3,355.'..;rie all:y
(:nconel 53-163) "-:ubes of 0.575 0.D. by 0.0'O average wall
- h iC'Ane s s.
During the preoperational baseline and inservice inspec ian, steam generator :ubing shall undergo eddy curren examinaticr.
Baseline examina: ion of stec: generator :ubin; shall be per-
. o. e d
.4.. a C w... ; a,..w. e. 4. w.
... e s w..... a. *:;
.w 2;
.w w,..;,
., a ce.4...v.
J.3.w.1
..ea..
v e. a... o. q...,.ta.
2
.~.13.o.
4.,.
T.A
.. s.. a. z..
a.
.... ~...
.a.
.a r..w 3.. e.a.,. s..a..i s c_
.s 5
a s.
oa w..
S.ea..
4.e.-wi. a.. a.
w...3 w c. e.
.a..e.2
,a..
m
.s.
or
- .5..... A. r.k.......
w.,
s e.1
- u.. e. 5, a..
..,. a. c. 4.,
.l a. a...
.w-a
.]
..e
...3 s.
...e Qh (i
D j o (b (l
.......w
- z
- n..~ ke a-
= e a-.-
,a e.a....-~~> ><e~.-
ec..
oie i
c a-U IU f I
i u
d d] jd L I.u, I L 1
. 0 4 8 1.6. 0
/
-iv-
36.
=
Page il of 27 m v.
3.2.3.2' 5:e,- C+r.er,:,r o'a
',--N
- a's--<--
'-e-2 The steam genera::r tube =inimu. sample si:e, inspec: ion rasult classifica:1cn, and the corresponding ac:icn re-quired shall be as specified in Table 2.
The inservi:e inspection of steam genera:Or tubes shall be perforced at the frequ2ncies specified in paragraph 2. 3. 3. 3 and
- he ispected :ubes shall be verified acceptable per :he acceptance cri:er,a of para;rapn. ;. ;. c. ;.
.ne tubes selec;ed for each inservice inspec:ica shall include at le a s : 3% of the to:al number of tubes in all s:ea:
genera: ors; the tube s se lec:ed f or :hese inspec:icns shall be selected on a random basis excep::
a.
b'here experience in similar plants with similar water chemis:ry indica:es cri:ical areas to be inspected, then a: leas: 50% of :he :ubes in-spec:ed shall be frc: these cri:ical areas.
b.
The firs: sample of tubes selected for each in-service inspec:fon (subsequent to the preservice inspec:icn) of each s:ea: generator shall include:
1.
All nonplugged tubes'that previously had de-tec:able wall pene:ra:1cns ( > 20,~),
2.
Tubes in these areas where experience has in-dica:ed pc:en:ial problems.
3.
A tube inspection (pursuan: :o paragraph 3.3.3.
- 4. a. 8) shall be performed on each se lec:ed :ube.
If any selec:ed tube does not perni: the ;assage of the eddy current probe for a :ube inspec: ion, this shall be evaluated and recorded and an ad-
.d a c e n t tube shall be selec:ed and sub'ec:ed :o a tube inspection.
c.
The tubes se lected as :he second and :hird sa:ples (if required by Table 2) during each inservice in-spec: ion =ay be subjected :o a par:ial :ube inspec:1cn provided:
1.
The :ubes salec:ed it: these samples
- lude the
- ubes fre
- hose areas of the :abe shee; array where tubes with imperfecticas were previcus./
found.
1 The inspections include : hose porticas of :he tubes where imperfec: ions were pre"icus.y found. 2048 I61
SI-11a Pa ge c;.-/
6.
.se v.
The results of each sample inspection shall be clas-sified into one cf the following :hree categories:
Catecorv Insrec:f on Results C-i aass than 5% of the :otal tubes in-spec:ed are de;raded tubes and none of the inspected tubes are de fec:ive.
C-2 One or more tubes, bu: no: : ore :han U. of the :otal tubes inspec:ed are de fe c tive, or betwe en 5% and 10% of the to:a1 :ubes inspec:ed are degraded tubes.
C-3 More than 10% of :he :otal :ubes in-spected are degraded tubes or more than 1% of :he inspected tubes are defective.
NOTE :
In all inspections, previously degraded tu::es mus:
exhibi significant (>10%) further, wall pene: rations to be included in the above percents;e calcula: ions.
- 3. 3. 3. 3
- nscectica Frecuencies The above required inservice inspections of s:ca: genera:or
- ubes shall be perforced a: :he following frequencies:
a.
The first inservice inspection shall be performed af ter 6 Effective Full Power Months but wi:hin a calendar months of initial cri:icality.
Subsequent inservice inspections shall be performed at inter-vals of not less :han 12 nor =cre than 24 calendar con:hs af ter the previous inspection.
If :wo con-secutive inspections f ollowing service under AVT conditions, not including the preservice inspec: ion, resul: in all inspection results falling into :he C-1 category or if :wo consecutive inspections demonstrate that previously observed degradatica has not continued and no addi:ional degradation has occurred, the inspection in:erval may be ex-tended to a maximum of once per ' O =caths.
b.
If the results of the inservice inspection of a stea: genera:or conducted in accordance wi:h Table 2 at 40-mon:h intervals f all in Ca:egory C-3, :he inspection frequency shall be increased :o a: leas:
cnce per 20 ton:hs.
The increase in inspec: ion frequency shali appi, un:il :he s ub se que n: inspec:icns sa:isfy the criteria of paragraph 3. 3. c. 3. a; the in-terval may then be extended : ) a aximum of once per
'O conths.
2_O[48 lf}
.- i-
.oa g,d A.
c.,.- s
- o. ~m,. -
1 c.
Addi:ional, unscheduled inservice inspec: ions shall be performed on each s:ca: genera::: in aCCo.2a..e
..<.w
. w., 44.s. sa.y,.,
<.. S t C., o _..
g specified in Table 2 during :he shutdown sub-se ue......o a.,.
c.a
.u..,.
. o.1 l c.. <.., c c...>.< >. < c...
a
- s
.. 3 1.
Primary-:o-secondary :ubes '.eaks (no: in-c3um.,,, e o..r-o a
o. <,, _ a. <, c. -.....se_.o....w.
...3 e
t x..e e...e. d s
- a... a... - a. s e-
- n. u..e.a_4.s o.c
.s m Te chnica ' S pecification 3. 4. 6. 2.
2.
A seismic occurence grea:er :han the Opera:ing 3 asis Ear:hquake.
3.
A less-of-coolant acciden: requirin; ac:ca: ice of the engineered safe guards.
4 A main stes: line or feedwater line break.
- 2. 3. 3. 4 Acceo:snee Cri:eria a.
As used in See: ion 3. 3. 3:
1.
!: erfee: ion zeans an exception :
- he dimensions, finish or con:our of a tube frc tha required by fabrica:ica drawings or specifications.
Iddy-curren: tes:ing indica:icns below 2CLcf:ge,yo:-
inal tube wall :hickness, if detectable, may be considered as imperfections.
2.
Ce gradation means a service-induced cracking, wastage, wear or general corrosion occuring on either inside or cu: side of a tube.
3.
Decraded Tube =ecas a tube con:sining imper-factions 2 20*. of :he nominal wall thickness caused by degrada-ion.
4 Pe r ce n t Cecradation means the percentage of the :ube wall thickness af fected or re :ved by degradation.
5.
Ce fe c t means an imperfection of such sever':)
.. c-. 1. e Xsc. e d s.
.w,
,,4...
24.4
.,,w
. j 4
f.
33
......n
..we COntala.ng a ve:eC: is ce:eC:1ve.
D'.
o s. u n., t. e..,, T t.
- a...
u -
_e a n s-
. u.a.
a_
e.a.. a w. t s. e.. u e. u..-
2 9-j.
m
....f a. o. s.e. o 4f....w 4....C..
. h..a.
... w.;:
L
.- w. 4..t w e. 3.
v,,/ 3..J f = service because 1: nay beccee unservice-s o 1 e -. ' o -. o ~. '..e ~. = ~. '..~. s, =. - ~. ' o..=.. '..,
- a. e " 2.'
e..
e
. o *+ C ~. o.
.u.e s.,_.... u-t... u.e. a.1 1 a
w
.....c,., m a.
a..
. r..
2048 163..
e
.c r.. : i '..a Page.- of 27
? e v.
7 v. s e... < n.,. a = n. u,. s <. e s. u..e co..a,.<c
- c. a a
a e.
v.
tu be if i: leaks or contains a defec: large enou3-h., a.c :e c - < s.-......a. a.,
<....,3.4.,
...s.
- he even: of an Opera:ing Basis ~arthquake,
a less-of-:colan: acciden:, cr a s:ea: 'ine C.
- e. e e d....,... e w.. a... a s s r,. c.< <.< e.; <.,..,. w:.,
aa...
s..
r.
- A w.
sa e
...S-cC.<-.-
.,..e a n n.
a...:.. s r,. C. <..
. s..e e. e s..
..v..
v.
g,. e......,. a. e
.c.a_.
.w, p 0..... a.
e...y s...
4 a
s.r de ) -.. p. e. e l.. a. o u.. 2
...e
- n. _ w.e...a. o. u..e
.vr support of :he ccid leg.
3.
Pre se rvice Insrection =eans a tube inspec: ice of each stean genera:or.abe performed by edd;.
current techniques prior :o service to estab'ish a base line condition of the :abing.
This in-o, ec.<-.. s..
ii s.e y.e. e..o.
,a.s.<-.
w
<.. <.., a.i r
.m..
.s power operation using :he equipment and tech-niques expected to be used during subsequen: in-service inspections.
.e v.v...
.a,-.
s.eu-s..a i.
- s. e ;.,.. e. _ <.,. a.
w 3,..,.
.m o pe., w, e a.s. e. c o _.. p. e. <..-
_.w....
i c... c o. - -. ;. <..,
...i
.. 3 o..
re.
actions (plug all :uges exceeding the plug-g.< n 3 1<,.<.
ana a.is.. u, s e s e o,... a.. <.,. w. o u.s.._
3 I
wall cracks) required by Table 2.
,,...a. o
- 3. ~, s o.. s a.
Following each inservice inspec:io: of stea: generator tubes, the number of tubes plugged in each s:ea: gen-w s
a.a.o. s...-ll we.e o
.e..o
.w,
. m. ~-..<.w,..
.i o o< o-,.s.
. r f
b.
The complete results of the steam genera:or tube in-service inspec: ion shall be included in the Annual 0ec.a <. 3 z. e d p o.. ; o.. u..e e,. i.o d < n..u..,,. a.h s <...
spection was comple ted.
This repor shall include:
1.
Sunber and extend of tubes inspected.
1 Loca: ion and percen* of we ll-thickness pene tra:ica for each indication of an imperfection.
- de.< 4 a-.4.AC.
C.
... s.e s,...,, e.
s s.. 3e
......w
, sul*s or. stea: generator tuoe,nsp2ct:Cas wg:On :21.
.se c.
.,.o C-~.eoo.v u' s' a~.'.eqv'.=
- c - ~r ~.
- s. s ~. '.' '. - ~. '. o n.'
e v
- he Commission shall be reported pursuan to Te ch.ica '
Specification o.9.1 prior :o resump:ica of plan: op-
..a. i o..
.'..a... ' -*.a.
.#o.'.'
.p o#. ". '. -
c e s... < -. < o.. o. <. ~..', =.. <,. < -.. n.=.
ec..
s'..a.'.'
a p ev.<me a.
c so......,s...
a
....r..
u.
determine cause of the tabe degrada: ion and correc:ive ceasures taken :: preven recurrence.
-1.-
2048 164
oI
.3l.,
?a ge.3 of 27 Re v.
6 3.4 E"? "e a t ExcFangers (3) 3.~.1 01rcumfe re n:ia l Se a: '.'e Id s There are two cirec=ferentia' we lds on the :ube side of each heat exchanger, :o:aling approxt a:ely 20 fee: f or each exchanger.
A total of six fee: of the two welds will be ultrasoni ally examined for the preservice baseline and durin; :he f our intervals.
Approx-
...a. e l.f...o.:e e.
- . e
.a.t.a.
ue
.c..s
,.c ec. o.. u...
...s.
.z,.
. a :
v.
s s e.,/.4c e
.4. s, e c., o...<.,..,.., a.,.
. e
..eiea
..c u. a-e. u..e c..,.,.,..;..
sg.
32-u section to channel flange weld and :ne channel cylinder sectica :o channel head weld.
.ne enannel flan;e is f abrica:ed from SS, S AIS:F30'.
.ne enanne'.
cylinder section and channel head are from SS, SA-2'5, !?-3-C.
.... ::le t o, e s s e l _...e.cs The channel cylinder sec:ica includes one inle: no::le (14 inch
.0.)
and one ou:le: no::le (14 inch *.D.).
Two no::le we lds wil. be ul ra-sor.ically examined for the preservice basaline and during che four in-
. a.,,a.' s.
A..- a.'
o #.
,.. ~. ~. ' =.
'.'t'
- s. ;2 -. '.. e d.'. *..' 3.
..e.#'..s
.' se.v.'ca.
i inspec: ion in:erval.
The no :les are fabricated fre: SS, SA 'S2-F-304
- 3. 4. 3
- n te gra l ly We'ded Succorts There are :wo integrally we lded support a::achren:s per vessel.
Two support pad-to-vesse l we lds will be liquid pene: rant :ested during the preservice base line and for the 'four intervals.
A total of one s... p o....< 11 w... 4.s.ec.ed o...<,,
. u.e.e4.s.
4,sc.,/<su, < s ec.<,.
4..e., val.
4
.e
... r m.....
The support pad is fabricated from SS, SA-240-TP-304 1 es-...e 2..e.a<n.
- n. o 1. <..,
...s The channel flange en each vessel includes 36 studs (1-3/3") wi:5 nuts.
A to:al of 36 studs and 72 nu:s will be visual'y examined during the preservice base line and f or each inspection interval.
a total of a studs and S nuts sha'l be ul:rasonically exa ined for
- ht preservice base line and four intervals.
A :o:al of I stud and e n u... s na.i.t os
- u. e.. i.... o. <
. t,.
..s o m.4., ;........ u.m.
.... - -....s,c.<-..
o
..s
...m
..v
.e..,../ a l.
The studs and nuts are f abrica:ed from S A-193, GR. 37 and SA-19,
us n,
respective,..
.. gGdg lg}
sa tie
. mm yage
.o c: s
?.: *. 7 3.5 Picing 3.5.1 No::le-To-Pice 'le id s There are 16 no::le s which have buttered safe end welds.
These are :he reac:c: vessel and stea: genera:or primary no::les.
These no::le safe end-:o pipe welds (stainless :o stainless) will be ul::asonically examined a: the same time as the n;::le-Oc-safe ends we lds and are included in the :ctal in sec: ion 3. f. :. l.
Faactor vessel and s:ca genera:or no::le-:o-safe end we lds are assigned iden:ical weld numbers as :he respective no::le safe-end to piping we lds.
("SE" suf fix added :o no::le-to-safe end we lcs).
Pressuri:er ssfe-ends are separa:e forgings.
- 3. 5. 2 Circumferential Pire Join: 'ie lds and Eranch ?ize Connec: ion *. e lds All circumferential pressure boundary welds in piping, w1:hin :he scope of See: ion Y.I, shall be ultrasonically examined for :he preservice base line.
(See Drawings 30A616-1 and 30A5;o-1).
Cidss A branch pipe connection welds exceeding 6 i.nches in' dia-e:er shall be ul::asonically examined for :he preservice base-line and inservice inspec: ion intervals.
Class A branch pipe connection welds 6 inches in diace:er or smaller Jhall be liquid pe ne :ran: examined for :he preservice baseline and inservice in-spection interval.
Applicable class 3 branch pipe connection welds shall be ul:rasonically examined for the preservice base-line and inservice inspection intervals.
In the case of longitudinal-welded pipe, the examination (a: the circumferential joint) will be extended :o include at le a s t one foo: of the longi:udinal weld (s) which in:ersee:s the circu=-
ferential joint.
As information beccees available, a tabula: ion of longi:udinal pipe welds shall be established and incorporated into the inservice inspection program.
Any exceptions will be noted.
In some cases, i: nay be imprac:ical :o inspect all we lds frc:
bo:h sides or from either side:
- 1. e., hange: in:e r fe re nce, con-crete or steel walls, or case stainless-steel valve one pump or problems from one direction only, consideration will be given
- o performing an angle bea examina: ion for T- (graater :han two wall Ohicknesses from one edge of weld) fro :he secessib'.e side of :he weld in order to examine the entire weld cross section. 2048
- 166,51-114 Page 17 of 27 Res. /
3.5.2.1 Reac:or Coolan: Recirculati:n Pi:ine (RC)
There are 493 class A pressure b endar" pipe welds which require ul::ssenic or liquid pene::snt examin-a:icn.
All :hese welds will be examined for the pre-service baseline and sc e 25 percen: cf this otal will be inspec:ed during the inservice inspection interval.
There are :wo welds no: include: in :he above total which are located inside :he vessel shield wall and are inaccessible for examina:1cn (see Table A in Appendix A).
The en: ire sys:e is s:ainless s: eel.
The straigh:
len3:hs are cen:rifugal cas: and :he elbews are static cas:.
In Appendix A, Ta'ble A lists the pipe si:e, number of welds, scheduled inspections, and type of examina-ions.
3.5.2.2 Chemical and "clu=_ Con:rol ? icing (C"C)
- There are 30 class A welds which require ul:rasonic or liquid pene:ran: examina: ion.
All of :hese welds will be examined for :he preservice baseline and sc e.
.5 pe..e. o:.
.u..e
.o.al
.a11 u.e
..s ec.,a...a...<.3,
. u.. e c
inservice inspection interval.
The entire system is stainless steel.
In Appendix A, Table A 113 3 the pipe size, number of welds, scheduled inspec: ions, and :ype of examina: ions.
3.5.2.3 Seal Wa:er Infectice ? icing (SWI)
The SW! system is a part of :he C'.*C sys:ec.
There are 223 class A welds which require liquid pene-
- ant examination.
All of :hese welds w-ll be examined for :he preservice baseline and sete 25 percent of the total will be inspec:ed during -he inservice inspection interval.
The entire system is s:ainless steel.
In Appendix A, Table A lis:s pipe si:e, number of walds, scheduled inspec: ion, and type of exa ina: ions. ifOkO lb!
e
$1-114 e
,2
..e
.a-.
3
.e Ra v.
7 3.5.2., Residua! hea: Remeva'. and safe:v Infee: ice 71:1 2 (RHR. S?)
There sre 414 class welds shich require ultrascnit s
or liquic pe ne tran: examina:icn.
All of these we lds will be examinea for :he preservice base'.ine a-d appror.-
ima:ely 25 percen: of :hese welds will le examined during :he inservice inspection interval.
Each syc:e 1s en: ire ly s:stnless s se l.
In Appendix A, Tab'.e A lis:s :he pipe si:e, nu=ier of we ld s, scheduled inspections, and type of examinations.
There are 315 c' ass b welds subject to exanina:icn.
Approximaryly 51 of :he se welds will ce examine i durit; a.b..e
.s.d # s =.
.t m..e.. 4...ce 4.sgec.d. d. =. e. v a &
an..A
.f*"n.<e..J T
T e
a.
wf.ll be exa ;ced dur'ng the f our intervals and fcr :he pre service bateline.
I:. Appendix A, Table 3 'ists the we ld s.:e, number Of we lds, scheduled inspe c tions, and :ype ci examina.:icas.
- 3. 5. 2. 5 ' Uccer Head In fee: ion ?icin; (UHI)
There are 100 class A circuc#e ential we.ds which re-quire ultrasonic or liquid pene trant examina:ian.
All of these welds will be examined fcr :he preservice base-line, and,approvi=ately 25 percent of :hese welds w
'.1 be examinea dit _n; each inservice inspection in:erval.
The eatire syst:: is tcialess steel excep: far the Icwer par: ion of each UH; auxiliary head adap:er which is Inconel.
In Appendix A, Table \\\\ lis':s the pipe si:t - numbe: of we.ds, scheduled inspec: ions, and type of sminations.
- 3. 5. 2. 6 Main S:ea: /MS)
There are 105 c' ass 3 circumferential welds subjte: :o examina: ion.
Approxima:a ly 15 we'.Js will be e <amiced f ar the preservice baseline and during the four irterval:.
Ap-proxistely 4 of ther welds will as examined curin; :ba first inservice,'.as;ection interva!.
Jhs en-tre sys:e is carbon s: eel.
(
t t
t In Appe rdix A, Tab'.e 3 lis ts we ll si:e, numbe r o f we '.ds,
Mehedult' inspectionj, and :ype o f examina:icts.
i b
l TVA int nds :o te::inate main s:can: : lass 3 an e ach main
.i stea= Icco. af ter bs %,; V (FU7 1
, 1-11,
-22, 1-29) for baseline and ISI purposes.
This is esasis:an; ai:h Re-gu.atory Guide
- 1. 26.
~
E k ~
T 2_048b'68.;
-ts-i 9
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-)
I s
, (
i 8
s
\\
+
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s" T
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Page 19 of 27
.se v.,
- 1. 5. '. *i
- r.,. e.;.. -. 2.
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There are 59 class 3 circunferen:ial welds subiect :o exacina t.' e n.
Approxi.:ately 2 of :hese welds wi'1 :e ex4 ined during :he first inservice inspection interval, and 8 welds will be examined during :ce four intervals and for the preservice baseline.
The en: ire systen is carbon s: eel.
In Appendix A, Table 3 lis:s :he welc si:e, number of welds, scheduled inspections, and :ype of examina:icns.
TVA in: ends to termina:e feedwa:er class 3 on each feed-water loop after the cuter:cs: contairment isolation valve (FCV 3-33, 3-47, 3-37, 3-120) for baseline and IS: purposes This is consistan; wi:h Regula:ory Cuide 1.26.
3.5.2.5 Con:ainten: Scrav (CS)
There are 10 class 3 circu ferential welds subject to ex-anination. Approximately 1 weld will be examinec durins the firs: inservice inspec: ion interval; and fite welds
' will be examined during :he four inter / sis and for the preservice basel ne.
The entire system is stainless s: eel.
In Appendis. A, Table A lists :he pipe size, number of welds, scheduled inspections and type of examina: ions.
3.5.3 Pressure Re:aining Sci:ing (Includes Valves)
Any class A pressure retaining bolting 2 inches in diane:er and larger shall be ultrasonically examined. A surface examina:ica shall be performed when the bolting is removed.
Class A bolting les: chan 2 inches shall be visually examined.
Class 3 pressure retaining bolting larger than 1 inch in diace:er shall be visually exa ined in accordance wi:n IWC-2100 and tables
!WC-2520 and WC-2600 f or :he preservice baseline and each inservice interval. Ten percent of the pressure-retaining bol:ing (or 2 bol:s or studs whichever is greater) in each joint selected for examination in accordance with IWC-2100 and IWC-2411 shall be ultrasonically ex-a:ined for the preservice baseline ;t.;l four inspectica intervals.
3.5.-
- n t e c ra l l s-Welded Suecor:s an,i
,... 3r: Ic::enents ::.-ludes.alves) n Class A integrally -elded
- hall be ul
- :asonically e: 2 ined for the preservice baseline and de:Ing the !$1 interva's.
Supper ccepenents shall be visually examinec ig; :he baseline anc durin; the 15: interval.
ui 4
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SI-114
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Integrally welded supports of applicab'e class 3 piping sys:e= con-ponents shall be surfaced examined for :he preservic e baseline and during the IS! intervals in accordance wi:h IUC-2100 an: T.J C 1 1.
Non-integrally we lded supports and hangers se lected for exacina:ior in accordance with U;C-2100 and DiC ^tli will be visually examin2d for the base line and each ISI interval.
Suppor:s and hangers or applicable c' ass C piping syste: components specified in EiD-2600 shal' be visually examined.
...less a-Co..d.4 4.so..ex,s.s
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- 3. 6 Punos
- 3. 6.1 Faac:or Coolan: Punos (4)
- 3. 6.1.1 Pre ssure Re taining So l:in:
The main flange on each pump includes 24 bol:s (e-1/2
, inches).
The lower seal housing on each-pump includes 12 socket heat cap screws (2-inches).
Each bolt will be u'.trasonicall,. examined for :he pre-service baseline and during :he !5 : intervais.
A sur: ace examination shall be perf orced when the bolting is removed.
The main flange bolts are f abricated fro: SA-450, Gr.
324 The pump casing is a :ype 30455T cas:ing.
- 3. 6. 1. 2 5;ocor: Conconents Each pump has three bol:ed support components.
Each support component shall be visually examined during the preservice baseline and inservice inspection in:erval.
T"A intends to perfor this inspection.
- 3. 6. 1. 3 Puno Casines TVA intends :o use shop pump casing visual inspectior-4, 1., 8 ou-
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During each inspec: ion interval if a pump is disassemb'ed for maintenance, the inte rnal pre ssure boundar;> surf aces of one pump shall be visual'/ examined. TVA in: ends to perform this insp<.~4 3.
2048 I70
SI-li.
Page 21 of 27
..se v..
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3.o.l.,
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t A approximately 3 year in:ervals each pump f'ywheel shall undergo an in place untrasonic examinatica of areas of hizher stress concentra: ion a: :he bore and kev.vav.
.s com-plete in place untrasonic examina-ion sha.1 he conduc:ed at approxima:ely 10-year in:ervals along wi:b a surface examination of exposed surfaces.
The flywheel consists of :wo pla:es, apprcxima:ely five 4
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A ctal of 24 studs and nu:s shall be visually exacined
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A :otal of 3 studs and nu:s shall be ultrasonically e.a.a,e.
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TVA plans to perfor: the visual inspec:icns.
The studs are fabricated :o SA-193, GR. 37, and the nuts to SA-19i, Gr. 2E.
.,alves c./
v When it beco:es necessary to disasse:b'e any class A valve (s) for normal
=aintenance purposes, the interier surface of the 'ealve casing (s) will be visually inspected by TVA and the results reccrded.
Disasseroly of valves sclely for visual inspec: ion will no: be parfcr ed (Table IN3-2500 Cate or.v 3-M-2).
a See sec:.,on 3.o..
.o an. 3.3.
3.3 Exe:0;ed Cc Donen s Exempted,co:ponents shall be.-isually examired during syste: pressure tests.
- a
.nten2s to perfor: :nis.nspection.
3.9 Syste Pressure Tes:s
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3.11 Re airs A.'l e a.'--
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r i v TVA acts as its cwn inspector.
spections he perforced by contractShould any of the baseline or inservice in-vitness tha code requirement the TVA insipector will verify, assure have been met.
and au:horization to require requalification of anHe shall have the prerogstive
, or b.e L.a s' *easo"a s
b w e.'. e V e ' ' e e.g 'u' '. c~ ~ e.a.. sa* *a y cpera ::
.w or precadure when u
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y s.._..t :..,_<..<cn A visual examination is c ployed to provide a ditice of the part, report of the general con-component, conditions as scratches, wear, or surface to be examined, including such faces; =1salignment or covementcracks, corrosion, or erosion on the sur-leaking.
of the part or cc ponent; cr evidenec of Visual examination shall be conducted in accordance with Article 9
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5.2 Surface Examination (Magnetic Particle)
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Ar:icle 7, Secticn V, u.
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of :he ASME Ccde.
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Liquid penetran Article 7,Section V, of the ASME Codeexa ination shall be condue:ed in acco 5.e yolumetric Examination (Radiograchic)
Radiographic techniques, employing penetrating gassa rays or :her ali:ed neutrons, may be radiatice such as X-rays, image recor, ding devices such as photographic filutilized with appropriat static systems, direct-image orchicens, or 1: age c m or papers, electro-graphic examinations employing either X ray equi; ten:
onverters.
For radio-isotopes and photographics films, the procedure sh ll cr radioactive in Article 2,Section V, of the ASME Code be as specified a
5.5 yolumetric Examination (Ul:rasonic)
Ultrasonic examination chall be conductad in of Appendix I of Sect!
X: of the ASME Ccde. acc rdance wi:b :he provisions
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y accor;ance w :,n :he provis,ons or dec:.,on..., Appenc..ix 4
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5.7 Acceo:ance Cri:eria All accep;ance standards for class A, class 3, and class C conponents shall be in accordance wi:h I'.4A-3000.
'Jhen required, acditional ex-a ina:Lons shall be perforced in accordance wi:h IW3-2430 and IWC-2,22.
To assist in establishing accep;ance criteria, the following is a tab-e :_
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Cocoonen:
TVA Contract Da:e Code Metal Contain:en:
70C61-92120 11-4-69 ASME See: ion :: class 1 c. ;. d : 2 4., o,.. a.. n
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Code w/1970 Addanda Principle 71C37-92615 6-26-70 A::S; 331.7 (1969. with Piping 1970 Addenda and ASSI n 1..i t 9 0' 7, '>../vs;e coses a
Reac t o r
'.'e s s e l 6SC60-91934 4-26-65 ASME Section : 1, Class A 1966 Edition ocuos i ow,
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r, ass
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.v Pressurizar 68C60-9193' 4-26-65 ASME Section ::I, Class e
a 390v
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Reactor Coolan:
6SC60-9193' 4-26-63 ASMF See: ion :::, Class Pu=p A 1905 Edition wi:5 1970
.J
- J necen a Reac:or Coolan 6SC60-91934 4-26-65 L'SAS 33'.1 (1967) with va.
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S!-11a 3 age 44 c:.,-
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., v A detailed report of all examina:icns shall be prepared and shal. contain but not be limited :o :he following information:
A.
" ate and time of examination.
3.
Identifica:ica of part examinated including wal' thickness (when applicable ),
type material, part temperature, and uni: identification.
C.
Identifica tion of T***A's or contrac tor 's exacine r.
ype o f exas,.nat., on ( P i,...
vi, etc.)
I.
Results of examination.
F.
"5 I and inspection equipment used and their calibration due dates.
All procedures and equipment shall be identified sufficiently to permit du-plication of the examination at a later date.
This shall include ini:ial ca.,ibration da:a for the equipment and any signt::can: changes.
A carked drawir.; or sketch shall indicate the weld or part examined.
In-formation should also include all other pertinent ~information : hat would later perni: duplication er relocation of a flaw, such as transducer type, size, shape, frequency beam angle, couplan:, and dis:ances from some given reference poin:s.
All informa: ion will be recorded on the appropriate data sheets and filed with the outage inspection report at the si:e and other applicable lo-cations within 90 days af ter completion of Inservice Iaspec:icns.
%~he n portions of the inspection work are ccatracted, a de: ailed report will be submitted by the contractor with all pertinent and required information.
The contractor shall furnish TVA 10 copies of this report for inclusion in the inspection records.
This repor: shall be submitted to TVA eithin 60 calendar days af ter comple: ion of the inspection.
T'!.s will re tain the original copies of all raw data taken.
Refer to Supplemental 31dding Information for addi:icnal details concerning contractor responsibilitie s.
, e S.. n o. r_a. v.._ v... 3,., r.3 D t yC
- v. s c 01u. A.,0.N-
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i.
The objective of this sec: ion is to aid prospec:ive bidders in preparing a proposal f or preservice and inservice inspection of the sequoyah power plant components.
The informatica in this progra includes the proposed inspection sche d u le and :he types of inspection required for each iten.
This section will f urther de: ail the con:: actual responsibilities be: ween TVA and the Con: tac:or. lllb f
SI-14,
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i.n e
inservice inspections.
Prospective bidders w;il be allowed to bid either a man-ual inspec: ion technique or propose remote equipmen:.
Those areas requiring pre-cee.o-4.. C.a.i sa s e l.4, e e..a...,.a., o <
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c...a all prospec:ive bidders should develop their proposals according.y.
A.
Preoperational baseline inspection dc:a.
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.e personnel.
D.
Functional check of procedures and equip:en:.
E.
a tabulation of actual man-hour require:en:s for each inspection for
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F.
Possible use of TV video tapes or other recording sys: ens for record of inspections and results.
31dders are r'equested to make reco:cendations on these areas-and other areas not centioned : hat will help TVA's inspection prograc.
7.1 Scone of Succh - TVA TVA will provide the following items as its scope of supply.
A.
Elec:ricity, wa:er, and service air (no: to include special con-nec: ors or transport techanisms for remote equipment).
Sidders will have to s ecifv special require =ents.
e a.1.equ.<.eA.
v<=,-i-. exa
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,c.s o,...-w..e.s, s
s s o,. <.3,
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supports, hangers, bushings, vessel internals, clad surfaces, valve
.a... p.<. e.<o, su :ac,.=,
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as o u.., 4..e A.
<... u...a s - o3.a.
eo-e.
C.
Liaison service between contractor and TVA.
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du.
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aa
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.e ovai.
o Sidders should define any additional items or services required frc: TVA; otherwise, any such additional items or services will be considered the responsibility of :he contractor.
7.2 Score of Surolv - Contractor The 1:ers and services to be provided by the con:ractor shall include,
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pumps, valves, and support members as specified in Sec: ion 3.0 of
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2048 175
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Page
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C.
Justification of exclusion of specific weld inspec: ions, as ou: lined u.as p.--
a_.
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Trained and qualified examiners in accordance wi:h ASNT C-1A and Section f.I, ASME Soiler and Pressure "essel Code.
E.
Assis: TVA in developing the proper inservice inspection docu:an:a:ica progra: for records such cs NOT records, persornel qualifica: ions, drawings, photographs, / ideo records of inspection and oscilloscope screen output or digital prin: cuts.
F.
Evalua: ion and disposition of examina: ion resul:s.
G.
Data acquisi: ion, reduction, and transposi:ica where necessary.
u...
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a...a.a..on, an. qua.,a..<ma..on o: <. s, e c..< o.. e,, a..p e...
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procedures before co=cencing the inssec: ion program.
o u
t
.as m a.4 u..a..ao c low..s-o e use.>.:n.
.u.e s e e.. _.<..a a..o..s s.e
.a available and described in Ap endix 3 of this instruction.. Anv e
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beco:e the property of TVA after the inspec: ion is cc pleted.
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" ".e p. e s e. ". #. m e.'.s e m-..' - -
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. e (and each subsequen: inservice inspec: ion) defining the actual ce: hods of inspection used; results of examinations, such as lo-cat.*o.,
ex e..t a...'
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<... a o o -~ - u...-.
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subsequent loca: ion; : ice required for inspection; inspection technique evaluation; M&TZ used and calibratica due da:es, and recot endatica for design, procedure, :achnique, cr scheduled changes for future inservice inspection.
or: ally TVA will re-quire 10 copies of the written report; but in :he case of video records, magnet.4c tapes, cc pu:er tapes, or dig.<:a., printou:s, e
- - u us,.es o. eac...a.<11 ue su.c..ac <. e n.<, a m>.>.<..<,... o.., e.3...<-.en e
reports.
K.
Cen:ractor shall be responsible with TVA in justifying the in-spection results in discussions with regulatory agencies.
L.
Furnishing special removable or clamp-on tracks and automated e q 1*. <.
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e.v3 7.3 Technical Information The following technical information is provided :o assis: prospec:ive u.a>>e J..., f. e a... 3 a,.oposa-,
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as required.
2048
!76
SI-11;
.oa3e
.iv.
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7 A.
No special provisions have been made for suppor:ing or hanging tracks or carriages f or remote inspec: ion equipnen:.
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.... g (before opera: ion) is 500 RMS or be::er for mos: e x:ernal sur f aces.
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.. i s
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i whether any additional components will be painted, but bidders should specify in their proposal should :his cause any limitations in their inspection ce: hod.
- 7. 0..
.s.,3.s,. 5. R. h-. 0..
.c
- c. u e_. t a 1
2.
2..
Revision and distribution of this instruction shall be in accordance with Sequoyah Nuclear Plant Adminis: ative Instruction AI-e.
Holders of controlled co.cies of this instrue: ion are shown on the ecver sheet.
- 9. 0
.v-
- -,as, -c. S
.u he. o l l o. <..,.,.:e.e.Ce s-
.e..
.se> i.,....e p. e a-. a. 2.,.<
. u...: a-:,s..uc.:o.
A 3
y..
w.
and may be helpful additiona.1 nformation.
~
9.1 ASMI 3 oiler and Pressure Vessel Code - Section X' through Suncer 1975 addenda.
- 9. 2 ASMI Soiler and Pressure Vessel Code - Section V through Suncer 1975 addenda.
- 9. 3 Instrue: ion Manual - 173-inch I.O.
Reac:or Pressure Vessel - Ro::erda ac c,.<y a r m Company, Contract no.
ocucu,-v:33,, se 4
s.
.u.. - ;.
- 9. - Sequoyah Nuclear Plan: S:andard Practice SQA41.
- y. a-se a uo v, a.. N..uclear P.iant r.,na, Sa:.e :v...na.v. s :s sa por :.
u 3
s
- 9. 6 Westinghouse Technical Manual - Pressurizer, TM l';C-0225, Contrac o v= e : 0 - 9., 9,,,
v, _,u.., v.
v,, o.
e.
- 9. 7 Westinghouse Technical Manual - Vertical S:eam Cenerators, T
1440-0224, Contrac: No. 6EC60-91934, N2M-2-4
- 9. S Westinghouse Technical Manual - Auxiliar: Hea: Exchangers, Contrac:
. o.
o,cv.0-911,,,..,,.,_.,o-N.
a_.
e-i-c.048 I77 3
^
-a
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SI-ll4 Table 1 Pane I of 2 Re v.
7 a--
=* -
. -..n i
TABif. 1 Hinimum tiun.tser of Steam Cenegators To Be Inspected During Innenwice Inspection Only l'ou r ilo. of Steen Generators per Unit Two First Inservice Inspection l
One Second f. Sul. sequent inservice inspections s.>
(JJ l
TnM tio t a t ion,
' the other two steam generators not inspected during the first inservice inspections aball 1,c inspected during the d third inspections. The fourth and subsequent innpections shall follow the instructions dcocrtt,cd below:
1 - 1he inservice inapection may be limited to one steam gcurrator on a rotating schedule enconpanning 12% of the tubes if the mesults of the fiest or previous innpections indicate that all steam generators cae perfoaminn in a !!ke
- mianner, tiot e that under suine circumstances, the operating conditions in one or mote et cam genci at oi s many be found to be more severe than those in other utcam generators. ' tinder auch circumstances the campic nequence shall 1.c m.odified to inspect the most severe conditions.
G D
rs.
g CD O-h
)
i N
6d cx3 Y4 b
._ %A a
a
\\'
Co
-114
. ili te ;>
l'.i ne 2 of 2 Re v.
/
TAlt!J. 2 Steam Gener at or Tulic inspection r
Ist Saeple Inspection 2nd Sanple Inspection 3ril Sampic (nspection Sample Size Heenit Action Required Hennit Action 1:cquinc.
Ec t.u l t Ac t ion Ec.gui s ed A m i n ina.n o f S C-1 None N/A N/A N/A N/A Tulics per S. G.
_ Plug defective t ulic s C-l Nunc N/A _
_N/A_, _ _
C-2 and int.pcct additional Plug defective tut.cs and C-l fli.nr 2S tulws in Liiss S. C.
C-2 inspect a.llitional 4S C _?
Plu3_ile t e c t i ve t ut.c a.
t ulic s su tleis S. G.
C-3 Icrfoam attson ior C-3 e
e C-3 Per f or:n ac t ion for C-3 sesult of first sample j
sesult of first sampic N/A N/A g
In.pect all tuties All ottcr C-3 this S.
G.,
plug de-S. G.s ase Nunc N/A N/A Icctave tid >cs and C-1 inspcot 2S tidies in Some S. G.s catti other S. G.
C-2 1.ut no Perfosm action fo C-2 e d.li t ional r c sie l t of seconJ N/A N/A l'r omp t notifscation S. G, ase sample t o NHC pui su nt C-1 to s pe c i f i c.it i on A.I.I n t i nua l Inspr<t all tut cs in 6.9.1 S. G.
is cath S. G.
an't plug C-3 defective t ut.c s.
Pir.cpt N/A N/A not i f s c a t s o n t o Nt'.C 3s unt to spcc a fic ation 5L
@@g) 2 i
S y 2_ 1 m.e.. i. tl.e n _i.cr o,
st,am orncrato.s in,p,cted du,iseC.i
,em... tion.
.c C)
A s
~
4
S I -l li.
Table A Anperulix,.
p[gpf. 1 or 52 Se<1uoyd Innervlee Inspect lon Program - Class "A" Conipenents Exaufnation Category Reference Component Total Sample
!!ethod of l'iom Table Drawing flumber
_ Sample Tested Inspection guantity Inspected 3HIl-2600, Sec t ion XI a nd it ema r k s_
40 80 120 floa t h _ttou t h tionth A.
Reactor Vessel i
1.
Circumferential shell 150 f t,. 7. 5 ft..
,UT 7.5 ft.
Il-A Cll-F1-2 34 3 - n welds - bell 1Ine region Accessible from inside when core barrel is removed 2.
Circumferential shell 50 f t.
2.5 f t..
h-U Cit-it-2 34 3-B Accessible from inside when core barrel fu removed 3.
l.ower head merldlonal 14 f t.
2 5 f t..
UT cp welds (Orange peel seam) 3 ft.
Il-B Cil-!!-2 34 3-li Accensible f r om inside wl'en cc,re barrel is.emoved 4.
l.ower head seam weld 38 ft.
2 f t,.
IIT 2 ft.
11 - 11 C11-11-2 34 3-15 Accessible from inside when core barrel is reinoved 5.
Closnie head seam weld 41 f t..
2 ft,.
UT 2 ft.
h-B Cil-!!-2 3 5t!- B Accessible fiom flange surface or inside diamet er 6.
Veasel-to-flange 50 f t,. 50 f t.
IIT 16 ft.
17 ft. 17 f t-.
B-C Cil-!!-234 3-n N
circumferential weld C
m Accessible from CX'.
flange surface or inside diameter O
r
)
e r
0 l
o s
0 z.
rs m
r n
0 ek oee z D.
g 5
d r ct i
eb r n
I f ae srM c ma e
a H
f m A
o1 c
nu m al
- er a t
r et e 8l i
1 e
n a
a, d o e(
H 2
r R
i 0
e'.s f
5 b f g.
3 u
'1 eg r
6 l i s 3
3 i f nd 2 s ee 2 i a -
1 3 nue et s 4
s
/
f ein o v D.
3
- sbd d a e 3
R wa Meni rr m0 sl xo 2
a ier 2
e s,
t i
- c as t
1 1
n e r
g nd27 H cl n l
uuo 1
i n D
CAf i l
oorr tuf i 1
l a c s
1 l ee CFf f o O od 1
l l
c
- pa v C
C
- a y
1_
1 pa tbAPlie r
X og n
e o
t ei al t Cb c a e nTS o
C 0
E 1
1 im0 B
1 1
t 1,
o0 1
1 n
1 ar 1
s nF6 n
c c r,.
G c
I P
t i
n m
n hB i
n l
5 e
a H
1 n
x U
o E
1 p
mo h
C d
0 t
t e 2 n f
t 1 o A"
5 c
4 e
1 3
p
)
s 1
4 t
l i
8 8
2 i
s h
l l
d s
n0 t t
1 1
e a
d i
8 n f
u l
e n
C y
to v
5 i
l t
2 o
t 1
2 m
i n
2 8
8 e 8
8 2
1 o
m h
t 1
1 r 1
n 0t C
a t
1
(
a 4 n n
r f
u o
g q,
M e
A o
5
, 2 h
i r
1 2
W e
P f n 1'
2 8
8 8
8 2
l oo 1
1 b
n 1
i 1
a o
T d t i
oc T
T T
T T
T h t tc t p U
T U
U U
PT U
a e
es V
T T
f.
l l
p Mn s
T T
r U
V r
I n
P t
f T o t
I I
V ed t
e e
l f
c pt i
ms 5
v a e 8
4 r
ST 7
8 4
4 -
4 e
3 4
s s
5 5 -
5 5
e n
h t
I h
l f
ap c
h t
t m 5
a oa 8
a y
TS 4
P 1
o 8
4 4
4 4
n 5
5 S 4
5'.
u 6
5 1
q o
e
,i S
t n a d
ot i n d
l e
es t e e
s a
s s u c
n d
d si ei d
a d
l u
e ed
,djr e
l ont va t
r w
e sri s s
h g
- r w
o n
n d
g d
in t
t e
ol di n
n d
l i oa n
n
- d t
e a
d ea ei t r ed e
i n
gi n
e a
e l
s at h n e
s nt r n l
w n
z n l
as f
r c
a n t or a
t o
zI p
o ece n
a e
l e
t e
m nd n
p,o s
e b
d f r h
o of ns egp e f.
- e s
r a
C yan pnupt o
s a
e se w
h m
i t
i a e
t l t
r o
l d
,pr i
no
- u s
asl e
u eh r i e
d c e n md e ue t
a r sl vt e s
u a
r t
l i l e
z u
s
- u. d lei ul r ee sci nn t
e sh
- u z
l c
P ws eur e e o
gu r
Vl d vp it lo r
os o
t.
t.
u P
l l
I 1
e Cb C
7 8
9 0
1 2
3 1
1 4
5 1
1 1
1
&y g
TCOC C
SI-111.
Annendix.
Table A (Continued)
Paoe 1 of 52
!<e v. 7 Se_quoyah Inservice luspection Program - Class "A" Components Exainina t ion Ca t er,or y Reference Total Sample 11ethod of From Table Drawing thnal,er Component Sample Tested luspection Quantity in3pected 11111-2 6 0 0 Section XI and l<emarks 40 80 120 flonth IIonth !!onth 16.
Vest.el cladding 6 Patches VT 2,
2 2
11 1 17.
Vessel interior surfaces and core support structures VT Ceneral Surveillance li-fi-1 h-tl-3 18 Control rod drive housings l '(
P VT 1
1 15 - 0 11. Preunutizer 1.
Circumferential welds 120 ft 7.5 ft.
UT 1.5 ft. 3 ft. 3 ft.
g _11 Ctl-tt-2 363-A 2.
I.ongitudinal welds 44 ft h.li UT 1 ft. 1 ft. 2 ft.
i ji_ g3 cj t _r t _p g 3.A 3.
tiozzle-to-vessel welds 7
7 IIT 2
3 2
and nozzle-to-vennel B-D Cil-tl-2 3 6 3-A inside radiused sections From e:terior 4.
lleat er penetrat ions 7 11 20 yy 6
7 7
h - F.
From exterior (IUA-5000) 5.
tiozzle-to-safe end welds 6
2 2
Il-r Cll-tt-2 3 3 3-n
- i.
From exterior c.
6.
Pressure re t a l n i n); holting 16 16 VT 4
5 6
it-c-2 A
Co 7.
Ve:uel support sl.i r t veld 23 ft 2.5 ft llT
.5 ft. Ift. Ift.
n-11 Cit-tt-2 362-A From exterior CO 8.
Vessel cladding 1 Patch VT 1
11 2 Itemot e v iewing' N
r,_
e ebg e
e N &r I
i ri r
c m nu s
o 2
- r l
i j
r j e w
5 eC]
13 x i
,8 Y
- t e
A f
f e j h-2 e v
x o R
vad l'
i n
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)
7 I
r
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' o, l(
I ee
' ' cv fi a
y I,
6f
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y o
e' -
n'~
o' t,
ei l
cb t.
e a t n T er 1
P o
1 i
0" 0 -'0-1 2
?
t r-p 1
an F 6-l C'
I l
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r P~
t r.
i i
n 9
l~
l l
bc i.
l l-y d0tj e2 L j
t1 h
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c-f 3
4 Io %
3 I
4 g
3 Ig c
tJ' fE i
Lr
)
d i
e s
i' 2
L n
sn.
u t
uT t','
2 nO g
r 2
n n
t 4
i R
tn r
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1 p.
2i h,
n_
2 L
l 3
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r l
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a s
s.
T g
n Y
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n y-I I
e-c e d-i-
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u e g
s' o" T -
8 P-g s
p J
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r, i
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o t
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(
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n G
r s-
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I NCbC e.
D C
s e
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ei r l'
s c n-i i
t l
1 3 a n um l
I B
i C l'.
1 0 CC
- . n i
eJ e 2
r t
33 3 314 F3 4 4 4 C
5 ee 3 3 3 3 3 l'
3 3 3 l'
?
l 331N 1
f 333 3 3 f 5
r nt 22?
2I 2 22 2 t:
3 4
t ei n 1
1 i >
1 i - -
i -
r H va t
1 k
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l li t
l f
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- i. 57
)r il l
l i ;
1 i
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Ul l n CCCl CC5 1CCCC 1
5 l ee
- p. v I p a e y
S
\\. PR o'r n
e o
t ei al t b c
'n h 'e JJJ JI
- i. JJ J
f o'
n
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l i i i i,
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l l I l l
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n F f>
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'A t l i 2 22 I 3 2 91 0 k
c 2
i e
- s. _
ns h
g n9t l
I n
C_
e 21
)
- 3 29 - 0 I
k 1
y 2
l o
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u i
n t
ti p
n0t i
t r
i 4
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n g
r1 i 21 i
1 I 3 2 9I 0 o
o q,
!k 2
C r
l'
(
f n A
n_
oo p
i e
d t i
l t
oc f P r Te Tf TT b
c, h e If f f r
J Ut Ut U l'
a e
t n t t T
p
!ea yn n
I I
r, el i
c l e pt
(>
f, f,
7 20, i
?
v ma
- 9
(.
2 6
r ae e
ST en I
e r
l, b
Y :
2's g,
f l ;
) 8 9t a
n e s 2' 0 3
f y
0 ru ts g
3 3
o 4 G i
1 2
l u
e n
W e
S t
e kco
.S l
ina l
a t,
S i
n t
U e
n l
3 iJ e
S' 3 6
r D
g e
n f
D) 1 o!
m Gs SSS 2
C u
I 1,5 Sn UUU S cr C
3 2' la it le '3 '2 s. Q_b i
1 T
1 2
l r
d
,I
I
al-LL s
.f:DDe'nd i X Pa,e f of
.) ?
Table A (Cont irvreal) p.e v, 7 bpioyah Inserv ice Inspec t lon Pr ogr.ua - Cla ss "A" Coniponent s_
1:xainina t ion Cat egor y ite f er ence 4 0-Y r Sanipl e tiethoil of I'tou Table Drawing tlniaber fi""Po"en t SinnP_r Tested ljispec t ion gnan t i t y_.Inspec t ei!
1110-2600,Section XI anil 1:emari.s I
40 11 0 120 flont h flont h tiont h fir. inch pipe connect i,on uclils 14" SS I
UT P. - J Cil-f t-2 3 33-Il 4" SS 2
1 PT I
Il-J Cll-ti-2 3 34 -C I
3" SS 4
PT 1
Il-J Cll-t-i-2 3 34 -C 2" SS 7
2 PT 1
1 Il-J Cll-Il-2 3 34 -C 2.
Chemical and volume cont rol syst eni s
[%
Circumferent ial and socl et welds a
5 5
ll-J Cll-fi-2 3 3 5-C 2" SS 18 5
1"P 1
2 2
U-J Cll-tI-2 3 34 -C tiranch pipe connection welds 3" SS 3
l PT I
ll-J Cll-fl-2 315 -C 2 " :> S I
PT li-J Cil-tl-2 3 34 -C 3.
Seal water injection system t
i Socket welets 2" SS 21 ')
54 PT 18 18 18 Il-J Cll-rl-2 3 38-C 1 -1 /.'" SS 11 2
PT 1
I li-J Cil-fl-2 3 Fl-C l~ w b
@M m.d e s-m o p,. U, o
y V
LD
o1-1in Annendix Pn'e 7 of 32 Table A (Cont.inucil)
RcV-7, tiemtovnh Inservice Inspec t ion _ Progr:un - Clnsu "A" Componentn Examination Cater.ory itelerence 40 -Y r Greapl e Ilet. hod of Conilonen t S uanle Tested Inspection Quant i ty Inspec ted lllll-2600,Section XI anil llenarks From Table Drawint- :liuaber h0 80 120 1-lon t h tionth flanth h.n.
Itesiiluni heat removal sys'em Circiuiferential and socket, we l ilr.
Il " SG i
17 la trr i
1 2
h-J Cil-II-23 l's-C fl" S:;
II 3
IIT I
1 11-J Cll-M-?316-C 6" Sn 20 S
tlT 1
2 2
11-J Cll-!!-2 316-C
?" S3 18 5
1"r 1
2 2
Il-J Cll-fl-2 316 -C I
t,s Brnnch pipe connection velds Il " US i
1 tre 11 -J Cll-it-2136-C 6" fin 2
1 1"r 1
it-J
~ Cll-t!- 2116 -C 2" Su 2
1 l'T l
Il-J Cil-ll-23 36-C b.
Safety inject. ion system Circumferential and nocket velilu b
h Jo" Sn 64 I f.
tre S
S 6
h.I Cll-l.1--? 3 3 3-C 6" S:;
0 0
38 10 Irr 3 i 3
4 in-J Cll-fi-? 331-C rs.-
3" S:i 7
?
tlT 1
1 hI Cll-II-213 3-C bh C-A P-1/p" S:;
in S
Pr 1
2 2
HI CC
?" S:i 60 15 PT e,
h-J Cll-i1-23 3 3-C h
CO 1 -1/?" SS 135 33 l 'I' 11 il 11 Il-J Cil-!!-2313-C b
l-1/ 2" S:s 3
1 Ilr I
h-J Cll-li-21 TI - C
r.ppervia x A W
Page 8 ol' Tat le A (Continued)
Rev. 7 ES'luoy A Inservice Inspection Program - Clans "A" Components Examinatton Category Reference 4 0 --Y r Sample tiethod of From Table Drawing flun. lier ffEiponent Samph Testeil Inspection Quantity Inspected 3 Mil-P600 Sectton XI anil itema a ks 40 80 120 Houth Month tion t li lira..ch pipe connection welds r
10" SS 4
I UT 1
li-J Cll-N-2 3 3 3-C 6" SS 2
1 PT 1
Il-J Cil-II-2333-C 2" Ss 6
2 pr 1
I n-J Cll-M-2313 -C 1-1/2" SS 5
I PT I
ll-J Cll-!!- 2 31.1-C 5.
Upper head injection system Circumferential and socket velds a
12" SS 31 8
UT 2
3 3
it-J Cll-ti-2 3 3 7-C i
6
/
Il-J Cil-!!- 213 / -C 6" Inc.
18 1
ilT 1
Il-J Cil-f t-213 7-C 5" SS 12 3
IIT I
I I
H-J Cil-It-2 3 3 /-C 2" SS 16 t
l'T i
I I
2 Il-J CH-it -2 3 3 /-C liranch pipe connection welds 2" SS 2
1 PT I
15-J Cll-fl-2 3 37-C l'. Itenc t or Coolant Pumps l.
Prennure retaining bolting 96 96 ITP
'24 24 4tl ll-G-1 IV 4 11 48 IIT 12 12 24 li -G-1 C
2.
Support coraponen t s 12 12 VT 15 - l' - 2 O
3.
Pump canings 4
I "T
11-1,- 2 4.
F l yuhee l.
4 4
4 Hegulat.ory Culde 1.1' w
F.
1:xempt ed Component s g
[
VT y
Inspection during H-P IUA-SOOO fOO A
}
((:'7"'""""'"
]t
' "" - 9
- J L '.
Aptiendix.\\
Pare 9 of Table 13
- pqy, 7
Sequovah Innervice Program - Clann "11" Comixmen t s_
Extunination Category Hererence 40-Year Sample Metho 1 of From Table Drawind Number Canponen t Garunl e Tented Inspec t.i on Qunntity Inunected JUC-2600;Section XI and item trks TO fl0 IPO Month 14]n th ?1) nth A.
Steam Generat. ors r
1.
Circumferential welds 4 's it.
lil it.
UT 6 ft.
6 ft.
6 ft.
C-A Cll-!!-P 3b S-Il 2.
Nozzle-to-vessel welds la 1
UT l-C-Il Cll-?1-?3hS-Il From exterior 3.
Preunure 140 110 VT 14 12 14 C-D Hetaining bolt,ing 4
I ITP 1
C-D 11 Itillt ifcat Exchangers_
eg 1.
Circumferential welda (3 f t, 2 ft, trr I ft.
I ft C-A Cil-M-U ich-A l
e l
?.
Hozzle-to-vencel velds 2
1 UT 1
C-Il Cil-M-Pa0h-A From exterior 3.
Integrally-welded supports 2
1 I"r 1
C-C Cil-t -?f ol -A i i l.
Pressure retninint; s t,udn 36.
36 vT 12 12 12 C-D i
4 I
trP 1
C-D nuts 72 72 VT 24 24 24 C -D
'8 2
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