ML20091E610

Forwards Results of Steam Generator Inservice Insp Completed on 910409

ML20091E610
Person / Time
Site:	Braidwood
Issue date:	04/06/1992
From:	Simpkin T COMMONWEALTH EDISON CO.
To:	Davis A NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION III)
References
NUDOCS 9204140292
Download: ML20091E610 (97)

Text

_ _ - _ - _ _ - _ _ _ _ _ _

1

~

/

\\ C:mm:nwealth Edison l',

i d 1400 Opus Plac3

\\

' ' / Downers Grove, libnois 60515

%./

April 6,1992 Mr A. Bert Davis -

Replonal Administrator U.S. Nuclear Regulatory Commission

- Reg' ion 111 1

799 Roosevelt Road Glen Ellyn,11 60137

Subject:

Ceco Braidwood Unit 1 First Outage Steam Generator Inservice Inspection Results NRC Dochet No. 50-456

Dear Mr. Davis:

Attached is the report of the Steam Generator Eddy Current Examination performed at Braidwood Station, in accordance with Braidwood Technical Specification 4.4.5.5.b and 6.9.2, the complete steam generator tube inservice inspection results shall be submitted to the Commission within 12 months following completion of the inspection. The Steam Generator Eddy Current Surveillance was -

completed April 9,1991.

Fifty percent of the tubing received a full length bobbin coil inspection with the remainder of the tubes being inspected through the U-Bend from the hot leg side.

A rotating pancake coil was used to confirm and characterize all distorted indications

- found through the bobbin examinations.

Attached is a report summarizing the inspection results, included in the report are indication lists and maps, a guide to abbreviations used in the indication list, and a list of certified personnel performing the eddy current examinations.

-If there are any questions regarding this information, please contact this Sincerely, pm T.W. Simpkin Nuclear Licensing Administrator Attachment cc:

R. Pulsifer - NRR B. Clayton - Rill Resident inspector - Braidwood NRC Document Control Desk 9204140292 920406 PDR ADOCK 0500o456 G

PDR I,,

1. 'cl.lD627:6 g/

Is l{l

9

-. ) :

COMMONWEALTH EDISON COMPANY BRAIDWOOD UNIT 1 SECOND REFUELING OUTAGE STEAM GENERATOR INSERVICE INSPECTION RESULTS N

~-

(

1 1

1.0 INTRODUCTION

Braidwood Unit 1 is a four loop PWP with four Westinghouse Model D-4 steam generator.

There are 4,578 tubes in each generator.

The tubes are Inconel 600 U-tubes with outside diameter of 0.750 in, and a nominal thickness of 0.043 in.

During the scheduled Braidwood Unit 1 second refuel outage of February through March 1991 steam generator eddy current examinations were conducted by Westinghouse Nuclear Services Division in compliance with Braidwood Station Technical Specification 3/4.4.5 and ASME Section XI.

2.0 INSPECTION PLAN All four steam generators were tested in parallel from the hot and cold leg sides.

Fifty-percent of the tubes in all four steam generators were inspected full length.

The remainder of the tubes were inspected thru the U-Bend from

- the-hot leg side.

All in service tubes that previously contained : indications were inspected full length.

3. 0-INSPECTION TECHNIQUE The eddy-current-examinations were conducted from the hot leg side for Row 4 and above with a 0.610 in. bobbin coil probe-and examination frequencies of 550 Khz, 300 Khz, 130 Khz, Land 10 Khz.

Approximately 300 tubes in Rows 1, 2,

and 3

- were tested from the cold leg side using a 0.590 in, bobbin coil probe with the same: examination-frequencies.

The bobbin coil probe withdrawal speed was 24 in. per second. -The U-Bends of-Row 1 tubes were inspected with a U-Bend RPC probe only.

All other tubes were inspected to their required extents using a bobbin probe.

As a result of the bobbin coil eddy-current inspection, distorted indications and-percent thru wall indications'at l

various support plates and top of tubesheet locations in the hotclegs of.all four generators were identified.

Subsequent RPC-inspections were performed from the hot leg side to-l confirm and better' characterize these indications.

RPC examinations were conducted at test frequencies of=550 Khz, l

300 Khz, 130 Khz and 10 Khz.

The withdrawal rate was 0.4 in.-per second with a rotational speed of 300 RPM.

4.0 INSPECTION RESULTS.

A primary and secondary analysis was performed of all

-[..-e-py+_ws-.,..p,-

-r,,-

.y,,-,,

-r, pym-pf r

-,c ' y,,, w e m_,,,,,m,.,-w,,,,,,

rimy,

4

'a eddy current data by Westinghouse.

Fourty four tubes were plugged as result of eddy current examination indications found during this refuel outage.

In general, the indications were a result of anti-vibration bar wear and degradation within the tube support plate.

The TSP indications were initially characterized as Distorted Indications when

' inspected by bobbin coil eddy current. RPC inspections of all DI's and percent calls at TSP's were conducted and the indication dispositioned on the basis of tLL RPC results.

All indications from RPC were-characterized either NDD(no detectable degradation), SAI(single axial indication) or MAI(multiple axial indication).

The table below is a summary of the indications found and tubes plugged during this outage.

STEAM GENERATOR A.

B C

D INDICATIONS > 40% THRU-WALL 2

2 1

0 INDICATIONS 20 - 39% T-W 9

3 7

9 INDICATIONS < 20 % T-W 3

5 1

0 SAI 6

0 17 4

-MAI 2

0 0

0 TUBES PLUGGED 10 1

19 4

A tube was mistakenly plugged in steam generator A and the tube at row 12 col 5 in B steam generator was plugged after installing a cable dampener in accordance with NRC Bulletin 88-02.

Specific details of the examination results are included in the Appendix section of this report.

l

~w APPENDIX 1 ED0Y CURRENT INDICATION DISTRIBUTION MAPS 2

n<

n,n 1

n..

D. : L l' DISTORTED INDICATION u \\,

3 n.-

Tn u

1 2.c' c

- : a,,.,

s, j,w7

- ~" N+.T: ~_

~w u

vu 3

ce..

,s, t2 : 9 EXISTING PLUGGED TUBES Braidwood Unit 1--

CCE-A SERIES D4 05-02-1991 10:11 : HRS.

. SUPERTUBIN 1

W t.

I E E E E E E E E F E E E E E I I E E I IIE E I

( E R R I E I E E RRR I ER E E EE E E E aE I*

A' -2 h

"A

[

a m

45

-Nha E

a

,i WV m

u a

m

,1 Mis [

m m

m n

m

,4

_w..

a a

m kTh

!mf, ah a

u

,im

-m a

a m

If u

M Il m

umM H

-w.,

a a

i mi m

u ish

[

Mg

,,a j

u Mig

I m

..ER.

wR ER R E.,

r I ""

"f i E E ay auI E E ImaE EE I E E uE E IE.

Mm4 ausM ei a

u MM M

l l m

a m

i i""'""""'

=

5 i

i a

t 1

i i

=

~ lII I I I E I I E E E E I I IE E E E E E I E E IIEE E E I EE E E E E R E E E E E RIIIE E EEIE IIEI EA I IIEI E E EEIIEEE EI EEIIIIIIEE E EIII E I E IIE E IEIEE E IE1YITIT l

1:

1 I

I I

i

-1

- l 1

. I I

I I

I I

I.

- 1 I

i

- 1 1

110 105 100 95 90 85 80 70 65, 60; 55. 50 45 40 35 30 25 20 15 10 5

- n-n X:

8.PLUGGABLE INDICATION.:iAI, mal.

,Ing 'n

, q--) }

n

~

l j

4 :- 2 40: TO-49: INDICATION

.s lun u

.; J

\\Ju u'

'u 3 :- 3 30: TO 393 INDICATION TO 9: INDICATION 2

2 :

3 20:

Braidwood Unit 1 CCE-A SERES D4 Ci-k O U CiN~Cd N E I L IND.

l D : 31 DISTORTED' INDICATION 05-02-1991 10:09 HRS' SUPERTUBIN e-2 :sn ;Fscr"R:no. EU.P= hiaF10

~;

c

.5 1MDICAT!ON NOT REP'~RT.aELE a:

9' EXISTING PLUGGED TUBES l.

iW' W

.... R R E R. B R... E., R,

.. X.R.

...RR..

.....R....RR, REER.

_ W. s.

45

,. d.

-,t,

-s, 3

'4 40

~"'

_y.

-a w

m.

. L 33

-.u

_ ; r, im:

't:_

m 30.

.n l

.u p

.aMI8 j

.s

.gi

F-

"'.*.'p u.a u m.

25 iR==RE=R%

,a s-,

g

,RRER..R.R.R.. RRE R R R.R..

I ik

.=t A

r i

i r

g at al

" g a

m' LEl I

W M

T y

y u

i: -5 I

, RR R RR R..R...R.RRRRR.RR.E ERREERRR.5 EEEE11REER.1RR.ERKRRRRRRRRRRRRRRRR..RRRI.RRR.1REi e

i.111ERRREERR.RRR.E.RR EEERRRRRM ER I

i i

I i

i i

l-l' I

I I

I I

I I

I I

i 1

.I i

110 105 100 95 90 85 80 75 70 ^65 60 55 50 45 40 35 30~

25 20 15 10 5

9

<'q nL ny\\

nn 7n D : 8 DISTORTED INDICATION

\\; v u\\;

e

.u.

vu_;

__J c.

-. ~.

-. a4 r, r.

-1

, c.3...u.x.a

- : 2 EXISTING PLUGGED TUBES Braidwood Unit 1 CCE-B SERES D4 05-02-1991 10:31 HRS.

SUPERTUBIN i

O lW III E E I I I IIIIEEERIIII E E EII)

[I1EIIIIIIR E I E E E E I I R II E E LJ h'

k8 l

45 e

=

=

. _1

=

=

l

=

l

1:

1:

g F.I:

I. T 4

n.

M

'[_,

--mmi.

-m.,

i

.MM d

pd led

T E:

-o 25

.E. I11,II I,

i. I I I,II I1-i M.,

d M

l h

]

L E E I 1 I I E I III] I E I I 1 II E E I !

f

_2_

=

=

l 15 ag.M Wp.,

g I

W

~

[

I.1

~

I,II,

$1.5

-- -5 I,:

i 5

n

=

1 i

w E E I I I I I I E I I I E E II E I II I I E I E E I E II I T E Y B E IIIII E I eI E E E 3 I E I E IA I E I II1I IE I II IEI I E I IIII 1 I I I I I I IIII I E I I I I iI I I I I I II I II

[ g II l

- l I

i i

l I

f I

I I-1-

1 I

I l

l I

l l

l l

l

in-" '

3 4 :

1 40: TO 49: INDICATIONS 11nf n 1 Q-) 3 n

. ; vtl u

J

\\_)v u4 lu

~ J 3 :

4 30: TO 39: INDICATIONS 2 -:

4 20: TO 29: INDICATIONS D : 23 DISTORTED IND!CATIUNS R :

3 INDICATON NOT REFfg;TAELE f

Braidwood Unit 1 CCE-B-SERES D4 E :

4 MANUFAi, TUP!N(,- El k - MARK D:

2 EXISTING PLUGGED TUBES t;

05-02-1991 10:29 HRS.

SUPERTUBIN O

Wf

<W l

l IE I E I E F I I E E I IEE E I I E IE E E 11 II E R I E II E I I I I E E I I I EE I E E EE II k

m-.:

45 I

]',

4 M

t k

[

A.

ig p.'

}

}

py--+

i n g,,

,J M

F$

5 5

~5:

3

.IaaaE EiII

[I TThff" E II E R I E E E E E IIE I E E EI E E I E n

J

?"

I 6

"?

m b '

7"

'T' i n

I

- 10 I

h---->

"9N" II

,MM oa

't -5 J

a B

i i

I l E E R IE R B R I E R Ilh E E I E H ER I E E E E E E E E EE E E IRE IE E E E E B I E E E R I I E E EE I R NI E E E EE E E E Y B E N I E E E E E E RIE E E E EB 1 E RII REI E E E E IIIEIIIII I I I I

.I I

I l

l l

1 l'

I I

I - 1 I

I I

I I

I I

I I

I

-r I

i D ': 1 DISTORTED INDICATION

\\v._

(

' 7

~

L

m. ta is.%

i.r.c.w' :e ci >r~r'.taRK-a a

a

.u e

ui v u e..

2. !! D..IC tDiN IICT R u

a x,.sT.. -

,a..-._ EPO, RTAELE =

c c

em c mcv 3acca I

Braidwood Unit 1 CCE-C SERES D4-l 05-02-1991

.09:51 HRS.

SUPERTUBIN 1

l l

l i

I A IE I I EI E E I E E I E E I E EEI E I I E IE E I E E I EEI EIERRERRIIIT

.I I I J

A m

45 La we F

m' r

M d

y s

h" x

x p.

y m:

m-h.

e p

ud..."'

ha.

pg 30 m.

D

.q.

.M

F 7

3 E

..I

IE EE E EEIE EIIEE&IIE w.4 48

. E...

......E.

.. E...E..'

"l'.

r M

15 mM MM 10 Emf Em m

8.

s_..

Mi e

la9I

^

."..II I 1'"E E I E I E E E IEERR E E E EERE E IEEEEEE E E EEEE E E EE I E E 1 EEEERE IEEAEEIEREE E IE1IE EEREE 1 E E I EE I I I E E 7. I E E E E E EIEE E IIEIEIIIIII I I:_.

E e

-s

. e t

.. g - g _., q g

,3, g

3 3

3 g

3 3

. g

- = -.

I i

98 9 m

k

('i$m 7

8 8

N 8

0 Q

n d

l 1

- gMM w

Wo8.n%mem 2

[

5 g r. y m M t

. w

-p pj o.-

h r

• t.

y L.

u.

, _, _. r g 4

. (.

,,, Q Q_. y~.%

yt [

. g,,

- '. s

% g

.q,_

..~,.,

~.._.

,n

..,, g

,'r.<

g g

~+. -.

, I,s I,g

• ===M a

-_,7_.,-

g cn o3 _l' 3, k )

r 9

c p

,a 000<1p ih,,

g 4

L,.

,1

,,~--

, g g

....,..i 4,

ty..

3

,, g. w].,...

"];-.-

~.-

7 j.-_

7; tI n

v.q N e O <--

<r. -Z. C e

.4 W

g.p.qq s (

l

$8

-1=i>==*d.s..a s.

.i 4w.

a 4.

m a,._ia g

y_

dl'

.e Pqie.i6,W,.s=lbgngpg me.i.i 9

_ -._y.

',*'4as.gq.s h1464w

-Ibei-g.m i agqpegg e.meds.

v.

r.,nei44.gm>

t;.._

. y..

y y,3

._.a.,

,y_

. ~.

7m'I.b, 1.4%

bee,spiM

.i4p.>

iin.in_.-.

7 i

g qyid q,tgF,,

gi d'>*I*Pkh!I i

r

^3

=.

.i.i 4

e<,._

lr.,,

,_,._i.,,.

Clw

.4,...,,

.i.- -.

i k

t reem.,s.1i 6.

U, g m. v m,,,,,,,,,,,,,, e' 4

.,.p...,, n

• • .s -a""

I[

Y

5. E. k E 55,,,,,,l,,R La,.J O

.. l g.__-

,9 g

+

(f)

__.g.

i e

i

,,,~'

Nj, rp

._.,,_,,-...<,,_r,.b_,.

=

Q J,,,

b_

• ..ijbi

,e.

eq es,,

e.a e.e e

me...

gaa I

eiM44.ysq.q

.speki1enr=

I

.w' d'84

b. 4 g.

.M.4

>9' 51.

I g

n_w 1

,eng g,*g,i.g e,eq,e.sa.qa seive>"a>=-eq.e..nlr

.=

j 3

. i 2

z C)

C3

}Z~Z

m:

__.~;

N i

i r

g w

weei gie,r.i_.

$h l

C

(~.

g

~

.+,.

g y

,q..q q mei te...

-., _~

L g

• -")

w---

O CD cn

'O 1

O l

o O

sc m,,_,,,,>

i o

l L.A #

I n

• g L

LO g

QJ O

e c

i n

c -

f s,.. a, _,.:;.,,.,, t, t.- -. a i, ~-

[(,J

...,,. r =c.:mqr n,

y n

n,n,

.m.

1l,yn L

- 1 EXISTING PLUGGED TURES i

3 '.

'u o

n, t2 :

l Braidwood Unit 1 CCE-D SERES 04 05-02-1991 lt03 HRS.

SUPERIUBIN I

1 W

i l

i fI I I I I I I I I A II E I IA I I E I I I I I I 1 M 3 3 = I L I I I4I I & I I I I I I I I I I II IIJl

[

- III 1f 1se a

_=

=

<5

' i r

a*

La 1

a 3

I 1 e -

i a

6 1a*i ai.

M,_,A y: I

.. a 8

1 i

j !

P 1

i l ! f I

_J I

M a

e A

I a w

emn't P"

J4,4 n

M M

i e

a m

Du a

a i

~~

a i

1 W

n Pd M

i j

n'

, g a

]

l i

a m y am a

i j

wh j

a n.

I f

6 A.

4 i

- t i

i11 n

mg M

4 p4i i

I t

e 1

m i s 1

i 4

I"9 suF I

a l

i M

M mb II I

,"[ f l

I I sII I I I I.

(L5 l IE I II I I h

i i, a i

v i

. i i

h

=

i I I I I I E I I I I 3 E I E I I I I I I I I -

I '

AI a

r i

IM

'MM b

1 i

I 1

M i

e a

i 1 *O8' k

i MM l '

I i J

i 2

I I

n E"'

I i i i

a l'

i e

i

. 1

_ P8 i

n 8

1 I

e i

1 PMr 4

1 A

II I

1 1.

I.

A "M'

a e

i I i m' l.

Il e i i

i MM

<pt t

e s 1 1 e

i a i t e a

a *. m a

. a e t i

• 4 i a e a a i

n 3

I n

8"f '

t ' Iie i i I6 e

e I )

i i 1 '

a 1

i 4 I I E

I I II i

- g'.

IIe t i i i i Iia i li1

, i i i.

i l l

i t 1 a a 1 e a a

i *'

j YT I

I 1' N M i a

1 &

A ei a a

~

ht a

s 1

A 5

1 i se ?

I i

t "I

• i

. A 1 1 a 6

e a

1 I'91 i i i i e

4 1

. I

8 5 4 8

i i i i a:

a e

1 e

i a

a A

a

" T i

1 2 i I I

a yg g y -

.m e

a i

I e

t I '

i Qi

.4=e so '

3

' + t e

i )_

I i 6

' l -

t

+

-5 i

e i i e e e i

n n

.1 a

e #

a A a i n. a a a a a i n 1 a n. t. A it 1 i a a 1 i e a i 1 e a A 1

1 i

a e a

a s.

4 e i *,

- ]

i t.

6 a I I T

s -

_I T

- f 3

. I M

1 d.. 1 1 1. 1

> e 8

-R 6 e l a a l L 4 & B e 1 a I i si.e a a a i& a A l t i t

& R i f & A ID I A i m A f a a f f f E 2 f a l a A 2 s.

• a 1 1 1 1 1 A t a 1. l a h

a A A 1 a.

M a

i t II I i i ! ? l L i IIit i i j i i t a t s II Ii M 1

I A.

4 i i I -s 6Ia i IIiiIji i i liiiili

t. Iit i ! I I I,

. - e i. a 1

1 1 i

IIII e Ii 1

. i l l i.

M I e i

!i i I i. i t, i 1,. 1IIIAI II E I III I I I I III I 1 I I E I I III E I&IIII II IIIi1I I IIII I1E II IIIII III B II I I iI II E I I II I I1I I I E EII I I I I II ; I IIIj_.

x e.

i..

2

.I

_ 1I I I I II I I I E II I E i

i i

i i

i i

i i

i i

1 I

i i

I I

I i

-l 1

1 10 05 10 0 95 90 85 80 75 70 65.

60, 55 50 45 40 35

.30 25 20 3

10 5

_ r F

n-n X:

4 PLUGGAELE INDICATIONS rdAi,SAI

.tsiUrt,u\\

p ( 7 im,b.)

ng m

-~

~

j 3:

7 30: TO 39: INDICATIONS I.; J du

.u 2:

2 20: TO 29: INDICATIONS

~t.7.-

,c

. ~, -,

I r.

n~

BroldWO0d Unit 1 L'Cc-D SBES 04 D : 29 DISTCnt to. INDICATIONS u

s,. r. -, r. r r

7, s,...

.. s

, 2

.w.

05-02-1991 10:57 HR5.

SUPtNfuBIN D:

1 EXISTING PLUGGED TUBES I

rW1 1

I

]Im I I i I I E I I I 1mI I iE I E I I I 1 I r y I E E E I I I E I ra5 I I I E I E I 1 ! I I I 117 rui;

^

'II1 TII -

i

,,, i m

a I II Y?I t

a w

I. i

• I a

i 8

M i T 4

I aT

?. + t e g}

yi

. I e : 1 t

6 Y i e i

40 1

t J!'

m g.mi 1 a t i i e i

e i

.M M

i "1

i i sa t I ;

• I r

i

)

M

• W dU m

q

]

- r.

g a

u a

a m

w I i i n

.m a

m v m

m o

5'

,.w; j

-;uc r

-Y e

i e

a i I iTI.

i u

M i

i F,M I i M

M A

= Ii 6 -

a. ii n

a m

r

. T F

-i a

m

}

-bs I

3 M

k

}

5 t

i M

M i

k i

N 9

E i[

8 l

1 5I t

9 i

b

=

M I

T a

'f 4 -

r a

a ig E

i

}

M M

i e

e a

t i e

t e

.>'4 i t i

l lmpa.j h m j

aI 1 E I E 1 1 E ;

,m.

, i l E I I i E 1 E I E IIEAX ME IN E IA ER.

20 i

I

' ' I f

p; m,

11.,

i 4.

. I

, 1 4 <

i j

i "i 9'

i i

ii i i i i i I 1 i '

i a

4

- 1 i 4L_l'.9 g

l e

a i 1 i

M4~'g4 3

i fA i e i1..

s. s,

+ i. 4 a

e i

- 4 ;

i I

E,fF~e 1 i i i i e i i

a a e

n i I L e

i a e

4 6

i4 i i

[

]

{ - 4 6

4

+ T T i.

i

...., 4 4

g8 i

. 1.

t

'y'

, i I i i

i i i

+ 1 i i a e i i e i i

i 1

. Pd Y

e,. 4 i i1 1 -

t i

s -

l'4 r

. : i t

E I I I i I l i 6

}

TM'

..i1 1 ii-

~ i I

9 i?

Ii

{

9 i

l 5 1

t 1

I.

g 1

l '

? I i e ' Ie

-'F 1 I 1

.:d.

I I ii.

4 I i

i4 ji' ~ i iik i i e i i

l M'

f e

i a i

4 e

e r 1. i e e a 1 1 e e n i e e a n i t a a e i 6 a a i

n 1.a aa i !

I1 i

• iii i

i

.t~

Ia i

i.

1....

, i ;

,.... E.

... 4..

i

... 4.

,s Wfl vIl t i i { t I i i I I f I f I f i EfI. ii f 3 a J j

a } i i {

i l g ? j, g 3

[.

1 t

l [

[

[ ]

[

[

g1 5

1ii} ) ggg n

!I E I III E 1 I A E I a E I A E E E E I E E A E E IE E I E I I 1111II E R I E E I E I I A E E I E E E E I I I ' RR 1 IE E E I I ERREIE E E II EI E I IEIIIIIIIE& I IE IIII E E II AEIII i I.

I i

i i

l i

i i

i i

i i

i I

l-1 I

i

-1 I

110 10 5 '00 95 90 85 80 75 70 65 60, 55 50 45 40 35 30 25 20 15 10 5

j m

- _... _ - ~

u..

i.

i d

APPENDIX 2 SUPERTUBIN REDORT USER'S GUIDE l

9 i

4 e

s.,,

. _ ~

... +

SUPERTUBIN REPORT USERS' GUIDE REPORT RECORD FIELD DESCRIPTIONS origin of the test - the S/G bowl the fixture was in

1. LEG when the test was conducted

2. ROW, COL - COLUMN - tube identifier numbers -

an X-Y coor-dinata system a

number representing a set or sets of test extents

3. PLAN and tube locations that define which tubes and what sections of these tubes will be tested e REQUIRED BEGIN TEST - tube location where the tape

4. RE-B recorder is to be turned on and the test is to begin defined by PLAN tube location where the tape REQUIRED END TEST S. RE-E

(

recorder is to be turned off and the test is to end; typi-cally one of the tube ends - defined by PLAN COMPLETED 9EGIN TEST - tube location where the test

6. CE-B actually began - tape recorder turned on

7. CE-E - COMPLETED END TEST -

tube location where the test actually ended - tape recorder turned off B. PROBE - diameter of probe used in test '*

9. TYPE

- characters representing the TYPE of PROBE used, e.g.,

BBM, SFRM, etc.

10. IND - INDICATION - character codes and numerics that repre-sent the analysis results of the data for the tube, e.g.,

NDD, 25%, etc. - this is the key field in the data record

11. LOCN - LOCATION - the location in the tube of the INDICATION

(

called hay 2, 1991

SUPERTUDIN REPORT USERS' CUIDE

12. INCH 1 - distance above or below LOCATION where the INDICATION is found

13. INCH 2

- typically the distance above INCH 1 that a particular INDICATION extends as in a copper deposit extending over a

portion of a tube above a support plate - in special cases, INCH 2 may represent other measurements as in F

Star, and Cracking algorithm applications um

14. CHAN - CHANNEL - describes the data channel used in determin-ing the indication value listed in the INDICATION field

15. VOLTS and DEG - DEGREES - these describe the signal charac-teristics of the analysis result in the INDICATION field

16. HILS - thousandths of inches - used for tube dimension 2nfor-

mation, e.g.,

denting studies

17. TAPE - sequential number of the data cartridge containing the data that the INDICATION was called from

18. ANAL - ANALYST INITIALS - the initials of the analyst who analyzed the data reported in this record

19. COMMENTS holds S0 character phrases that provide further meaning to the INDICATION in the record, e.g.,

retest

• xtent remarks, etc.

INDICATION TERM DESCRIPTIONS The following are brief descriptions of the terms that can be found in the INDICATION field of SUPERTUBIN data records.

These terms generally impart the key meaning to the data record.

This meaning is supported by information in the other fields.

These descriptions are not intended to be comprehensive from a technical analysis point of view. For further information con-cerning the meaning and use of these terms, you may consult the May 2, 1991 heaus-

SUpERTUBIN REPORT USERS' GUIDE lead analyst on the job or the Westinghouse data analysis guidelines.

It is important to note the following definitions of terms used in these descriptions:

ANOMALY - A REPORTED TUDE CHARACTERISTIC THAT DOES NOT DEPICT POSSIB:

TUBE WALL LOSS OR TUBE WALL INTEGRITY DEGRADATION, E.G.,

D INDICATION - AN ANALYSIS RESULT THAT DEPICTS A POSSIBLE TUBE WALL LOSS CONDITION OR TUBE WALL INTEGRITY DEGRADATION DEFECT - AN INDICATION WHOSE Vt.

. EQUALS OR EXCEEDS AN ESTABLISHED PLUGGING LIMIT TERHS:

describes how

1. 0AV, 1AV, 2AV, BAV - # OF AVBS PRESENT many avb tube intersection signals were detected during avb geometry analysis - can also be used in describing signal are length measured from a tnp support plate to the term

used, e.g.,

1AV, 2AV, etc.

2.

<20 - LESS THAN 20% - (this term is made up of the characters

"<",."2",

anJ "0" ) - it means the

• range" of tube wall loss from 1% to j9%

3. ADR - ABSOLUTE DRIFT RESPONSE - a condition where the ab-molute frequencies display drift into the indication plane -

can at times be associated with IGA indicates that a

previously 4

ANF -

ANOMALY NOT FOUND reported ANOMALY, from current inspection data or historical data, is not found in the data being analyzed indicates that an anomaly S. ANR - ANOMALY NOT REPORTABLE condition exists in the data being analyzed that is below the

. May 2, 1991 li-1

4 SUPERTUBIN REPORT USERS' GUIDE reportable criteria threshold for this specific inspectaon -

can be used to address anomalies ralled in previous inspec-tions that are still datectable but fall below current criteria

6. GDA - BAD DATA (retest ) - the data for the specified tube is not acceptable for analysis due to poor signal quality - the tube will be ratested to the required extent

~

BLG - BULGE - the tube has been defccmed outward to an in-creased diameter condition from that of a

nominal tube diameter expected in that area

8. CDR - CODROSION -

used in conjunction with avb geometry analysis to describe that based on signal characteristics, corrosion of the support plate appears to exist

9. CUD - COPPER DEPOSIT - the presence of copp r deposits on the outside of the tube has been detected

10. DNT - DENT - the tube has been deformed inward to a

reduced diameter condition from that of a nominal tuba - often lo-cated at an interface such at a tube support plate

11. DI - DISTORTED INDICATION - a possible tube wall loss condi-tion that is unquantifiable with a numeric percent call due to the existing signal characteristics 1_2. DRI - DISTORTED ROLL 1RANSITION INDICATION - a possible tube wall loss condition that is unquantifiable with a numeric percent call due to the signal characteristics and is located at the roll trantition

13. DRT - DISTORTED ROLL TRANSITION - a roll transition signal that is abnormal due to possible indication influence but that does not yet display clear DRI characteristics -

it is noted for future reference HEAT AFFECTED ZONE - used to indicate the presence of

14. HA2 the support plate heat treat zone - usually associated with a length measurement May 2, 1991

SUPERTUBIN AEPORT USERS' GUIDE

15. INC - INCDMPLETE - indicates that the test extent is incom-plate

- the actual extents, (CE-B) and/or (CE-E) do not meet the extents specified for the tube-test in the (RE-0) and (RE-E) fields INDICATION NOT FOUND

- indicates that a previously

16. INF rerorted INDICATION, from current inspection data or histori-cal data, is not found in the data being analyzed - also used to address the case where a tube / signal is being ratested for positive identification (PID) and the retest data does not show any signal present

17. INR - INDICATION NOT REPORTABLE - indicates that a very small tube wall loss condition exists in the data being analyzed that is below the reportable criteria threshold for this can be used to address indications specific inspection called in previous inspections that are still detectable but fall below current criteria INCOMPLETE ROLL

( sleeving ) - condition where mandrel

18. IR reported slips" downward during the hard-rolling process a

during sleeve geometry analysis

19. MAG

- MAGNETITE - generally used in avb geometry analysis to describe support plate conditions

where, based on signal characteristics, magnetite is believed to be present -- mag-netite may be related to the onset of corrosion and sub-sequent denting

20. MAI

- MULTIPLE AXIAL INDICATION - describes multiple axially oriented indication signals from Rotating Pancake probe data

21. MBH - MANUFACTURING BUFF MARK - a tube wall loss condition due to a tube manufacturing process step - generally a rela-tively long and shallow loss area - remains constant and does not present any operating problems for the tube -

noted for referen> $ only HULTIPLE CIRCUHFERENTIALLY ORIENTED INDICATION

22. MCI describes multiple circumferential19 oriented indication signals from Rotating Pancake probe data

. May 2, 1991

SUPERTUBIN REPORT USERS' GUIDE

23. HMB - HULTIPLE MANUFALTURING BUFF HARKS - multiple HBM's over a length of tube - see definition above

24. NDD NO DETECTABLE DEGRADATION - no tube wall loss or wall integrity degradation has been detected

25. NNL - NEW NULL LENGTH - used to indicate the presence of the support plate heat treat zona - usually associated with a length measurement

26. NT - NO TEST ( retest ) - for this

tube, there is no data available for analysis on this data tape; however, the tube ROW, COLUMN is encoded on the tape

27. NTE - NO TUBE EXPANSION - used in analysis verification of the full tubesheet expansion process to describe a condition where the tubenheet is not expanded above the tack roll / lower roll - generally used in S/G preservice inspections

28. PDS - PILGERING DRIFT SIGNAL - a drift in the absolute sig-nals at random elevations and generally only in one leg of a tube. These signals have been determined to result from the tube Pilgering process: stopping the process, removing the ID mandrel, loading a new tube hollow, reloading the ID mandrel, and rostarting the process. This results in a minor change in the tube ID, approximately 1 to 1.5 mils on the diameter, and thus a

change in tube wall thickness when the OD is surface ground. The signals always show an increase in wall thickness (negative drif t ) but may exhibit a decrease in wall thickness (positive drif t ) at the beginning of the signal. The signals

'are always long, from several inches to sevenal feet, depend-ing on how long it takes the Pilger process to return to the proper nominal ID.

29. PI - POSSIBLE INDICATION ( retest ) - generally used with 8X1 analysis, sometimes with bobbin analysis - describes a poten-tial tube wall loss condition signal that typically requiras a retest for verification - sometimes retested with a special

probe, e.g.,

HRPC, etc.

30. PID - POSITIVE IDENTIFICATION - verification of a previously reported tube ROW COL identifier and signal

- achieved typically through analysis of a second set of test data

- May 2, 1991

SUPERTUBIP REPORT USERS' GUIDE used to verify pluggable tubs signals INF is used to descrioe the condition where a signal is not detectable upon analysis of the second set of data the tube is plugged from previous maintenance PLUG

31. PLG work and a plug has been visually verified as being in the tube end POSSIBLE LOOSE PART

- any eddy current signal that

32. PLP occurs in a section of tubing where such a

signal im not expected.

These signals are typically located above the top of the tubesheet in a tuba near the periphery of the tube bundle.

The tube signal may have dent, indication, or wear thinning characteristics.

This signal may result from a

foreign object contacting the tube during plant operation. If a

foreign object is still near the tube it may be detectable with a low frequency.

33. PTE - PARTIAL TUBE EXPANSION - used in analysis verification of the full tubesheet expansion process to describe a conda-tion where less than 100% of the tubesheet is expanded generally used in S/G preservice inspections - this term is not to be used with the location of the expand transition with respect to the top of tabenheet - see TTH and TTL below a flaw detected by PARENT TUBE FLAW (sleeving)

34. PTF crosswound probe within the eriginal tube (outside the sleeve) - reported during sleeve integrity analysis PERMEABILITY VARIATION - a variance in the tube per-3S. PVN meability that produces a signal that can mask other signals of interest indicates that the probe listed in the RESTRICTED

36. RST record would not physically pass the location specified

37. SAI - SINGLE AXIAL INDICATION - describes a

single axial 19 oriented indication signal from Rotating Pancake probe data SINGLE CIRCUMFERENTIALLY ORIENTED INDICATION

38. SCI describes a

aingle circumferentially oriented indication signal from Rotating Pancake probe data May 2, 1991

)

i d

SupERTUBIN REPORT USERS' GUIDE i

39. SCH SEE CCHMENTS instructs the reader to derive the meaning of the record from the text pt.-ases in the COMMENTS field of the SUPERTUBIN data record - typically used for new and non-standard analysis

results, e.g.,

avb geometry analysis that can not be handled with existing terms in this document

40. SLF - SLEEVE FLAW (sleeving) - a flaw detected by crosswound probe within an inserted sleeve reported during sleeve integrity analysis

41. SLG - SLLDGE - secondary side feedwater deposits typically located on the top of the tubesheet and/or the top of support plates or baffles

42. SOR SQUIRREL (plugeable) - describes a specific class of signals located in unexpanded tubesheet crevices that are unquantifiable with numeric percent values can be as-sociated with IGA

43. TIU - TUBE I.D. UNCERTAIN ( retest )

indicates that the ROW and/or COL identifier for a given tube is in doubt and that the tube must be retested

44. TRN - TRANSITION - used in analysis verification of the full tubesheet expansion process to describe the location of the tube expansion transition with repspect to the top of tubesheet and signifies an acceptable transition height -

generally used in S/G preservice inspections

45. TTH - TRANSITION TOO HIGH - used in analysis ~~ verification of the full tubesheet expansion process to describe the location of the tube expansion trans2 tion with respect to the top of tubesheet - generally used in S/G preservice inspections

46. TTL - TRANSITION TOO LOW - used in analysis verification of the full tubesheet expansion process to describe the location of the tube expansion transition with respect to the-tap of tubesheet - generally used in S/G preservice inspections

47. UDS - UNDEFINED SIGNAL -

a signal that in the analyst's opinion does not at present represent tube wall loss - the May 2, 1991

SUPERTUBIN REPORT USERS' GUIDE i

i signal is reported for future review purposes i

48. XHR - EXTRA SLEEVE HARD ROLL (sleeving) - perta2ns to sleeve analysis and describes a

situation where more than the nominal number of hard rolls are detected b

m,

.. c.

i

.i l

(. May 2, 1991 g

t I'.

l

,. ~,. _. _.. _.,,...,, _..,.... -, -., _.. _. - _ -..... -.. _ _. -.. - -. _ _ _ _ _.

SUPERTUBIhi REPORT USERS' GUIDE D

.: 2; l

e LOCATION TERMS DESCRIPTION

. TERMS:

1. TEH, TEC - TUBE END HOT and COLD

2. TRH, TRC - TOP OF ROLL HOT and COLD ( tube end roll)

-3.

TSH, TSC - TOP 0F TUBESHEET HOT and COLD 4.'BPH, BPC - BAFFLE PLATE HOT and COLD (in certain S/G

series, e.g.,

S1-F, 44-F, D, F, etc.)

S. SLEEVE LOCATIONS LXH, LXC - lower expansion hot / cold i

LRH, LRC - lower roll hot / cold URH,:URC - upper roll hot / cold UXH, UXC upper expansion hot / cold STH, STC - sleeve top hot / cold 6.'#H,

1. C

( # = NUMBER ) of SUPPORT PLATE HOT and COLD, e.g.,

3H, 4C,_7H,;etc

7. TH, ~ TC - TANGENT POINT HOT.and COLD (location just above top support plate where bending _begins)

8. AV1, AV2, AV3,.AV4, AVS, AV6,... - ANTI-V.tBRATION BARS-

9. V14, V23 - used in AVB_ geometry analysis to refer to the two AVB bars respectively 10.-BW1,- BW2, BW3... - BAT WINGS - CE S/G'S

11. VS1, VS2, VS3... - VERTICAL STRAPS - CE S/G'S

12. UB - describes area from TOP SUPPORT PLATE HOT to TOO SUPPORT May 2, 1991 J_c.--4.,-,.--%..__,,.

-~,-,_v

,,_7

-r.

SUPERTUBIN REPORT USERS' GUIDE 4

PLATE COLD PROBE TYPE CODE DESCRIPTION TABLE

=

CODE DESCRIPTION EB ECHORAM xxx-BBH( S )

=

EJ ECHORAM xxx-DJFH EF ECHORAM xxx FSBN ER ECHORAM xxx-RPC/URPC/2XRPC EB ECHORAM xxx-8X1 ZS 2ETFC A-xxx-SFRH ZJ ZETEC A-xxx-DJRFH 2R ZETEC B-xxx-FHPH/MRPC U-RENO ZW ZETEC Hot Probe 28 ZETEC DC xxxx (8X1 PRDBE) note: "xxx" represents the numeric diameter of the probe, e.g.,

.720, 680, etc.

END May 2, 1991

___2-_

_.-mm

__.____A,---

SUPERTUBIN REPORT USERS' GUIDE s

REPORT RECORD FIELE DESCRIPTIONS origin of the test - the S/G bowl the fixture was in

1. LEG when the test was conducted

2. ROW, COL - COLUMN - tube identifier numbers -

an X-Y coor-dinate system a

number representing a set or sets of test extents

3. PLAN and tube locations that define which tubes and what sections of these tubes will be tested

• REQUIRED BEGIN TEST - tube location where the tape 4.

RE-B recorder is to be turned on and the test is to begin defined by PLAN tube location where the tape REQUIRED END TEST S. RE-E

(

recorder is to be turned off and the test is to end; typi-cally one of the tube ends - defined by PLAN CFtPLETED BEGIN TEST - tube location where the test

6. CE-B actually began - tape recorder turned on

7. CE-E - COMPLETED END TEST -

tube location where the test actually ended - tape recorder turned off

8. PROBE - diameter of proba used in test

9. TYPE

- characters representing the TYPE of PROBE used, e.g.,

BBM, SFRM, etc.

10. IND - INDICATION - character codes and numerics that 'repre-sent the analysis results of the data for the tube, e.g.,

NDD, 25%, etc. - this is the key field in the data record

11. LOCN - LOCATION - the location in the tube of the INDICATION

(

called May 2, 1991

+.

F

-M

=

e SUPERTUBIN REPORT USERS' GUIDE

12. INCH 1 - distance above or below LOCATION where the INDICATION is found

73. INCH 2

- typically the diwtance above INCH 1 that a particular INDICATION extends as in a copper deposit extending over a

portion of a tube above a support plate - in special cases, INCH 2 may represent other measurements as in F

Star, and Cracking algorithm applications

14. CHAN - CHANNEL - describes the data channel used in determin-ing the indication value listed in the INDICATION field i

1S. VOLTS and DEG - DEGREES - these describe the signal charac-teristics of the analysis result in the INDICATION field

16. MILS - thousandths of inches - used for tube dimension infor-

mation, e.g.,

denting studies

17. TAPE - sequential number of the data cartridge containing the data that the INDICATION was called from

18. ANAL - ANALYST INITIALS - the initials of the analyst who analyzed the data reported in this record holds S0 character phrases that provide further-

19. COMMENTS meaning to the INDICATION in the record, e.g.,

ratesc-extent remarks, etc.

INDICATION TERM DESCRIPTIONS The following are brief descriptions of the terms that can be.found in the INDICATION field-of SUPERTUBIN data - records.

These-terms ger.arally impart-the key meaning to the data record.

This meaning is supported by information in the other fields.

These _ descriptions are not intended to be comprehensive from a technical-analysis point of view. For-Further information con-carning the meaning and use of these terms, you may consult the May 2, 1991

..,a,..

., ~,

,_r c..

-,..,77

_,,,.-.,.,_,w

.w..

.m,

...~__._.-,_m..,.~.,_.my,=,%,.,m..,

SUPERTUBIN REPORT USERS'.GUI.DE lead analyst on the job or the Westinghouse data analysis guidelines.

It is important to note the following definitions of terms used in these descriptions:

AN0 HALY - A REPORTED TUBE CHARACTERISTIC THAT DOES NOT DEPICT POSSIBL TUBE WALL LOSS OR TUBE WALL INTEGRITY DEGRADATION, E.G., 0, INDICATION - AN ANALYSIS RESULT THAT DEPICTS A POSSIBLE TUBE WALL LOSS CONDITION OR TUBE WALL INTEGRITY DEGRADATION DEFECT - AN INDICATION WHOSE VALUE EQUALS OR EXCEEDS AN ESTABLISHED PLUGGING LIMIT TERHS:

o describes how

1. 0AV, 1AV, 2AV,... BAV - # OF AVBS PRESENT many avb tube intersection signals were detected during avb geometry analysis - can also be used in describing signal are length measured from a top support plate to the term

used, e.g.,

1AV, 2AV, etc.

2. <20 - LESS THAN 20% - ( this term is made up of the characters "2",

and "0") - it means the " range" of tube wall loss from 1% to 19%

3. ADR - ABSOLUTE DRIFT RESPONSE - a condition where the ab-solute frequencien display drift into the indication plane -

can at times be associated with IGA indicates that

-a previously

4. ANF -

AN0 HALY NOT FOUND reported-ANOMALY, from current inspection data or historical data, is not found in the data being analyzed indicates that an anomaly S. ANR - ANOMALY NOT REPORTABLE condition exists in the data being analyzed that is below the May 2, 1991 1

SUPERTUDIN REPORT USERS

• GUIDE reportable criteria threshold for this specific inspection -

can be used to address anomalies called in previous inspec-tions that are still detectable but fall below current criteria

6. DDA - BAO DATA ( retest )

the data for the specified tube is not acceptable for analysis due to poor signal quality - the tube will be ratested to the required extent

7. BLG - BULGE - the tube has been deformed outward to an in-creased diameter condition from that of a

nominal tube diameter expected in that area

8. COR - CORROSION -

used in conjunction with avb geometry analysis to describe that based on signal characteristics, corrosion of the support plate appears to exist

9. CUD - COPPER DEPOSIT - the presence of copper deposits on the outside of the tube has been detected

10. DNT - DENT - the tube has been deformed inward to a

reduced diameter condition from that of a nominal tube - often lo-cated at an interface such as a tube support plate

11. DI - DISTORTED INDICATION - a possible tube wall loss condi-tion that is unquantifiable with a numeric percent call due to the existing signal characteristics

12. DRI - DISTORTED ROLL TRANSITION INDICATION - a possible tube wall loss condition that is unquar.tifiable with a numeric percent call due to the signal characteristics and is located at the roll transition

13. DRT - DISTORTED ROLL TRANSITION - a roll transition signal that is abnormal due to teossible indication influence but that does not yet display clear DRI characteristics -

it is noted for future reference

.; EAT AFFECTED ZONE used to indicate the presence of

14. HA7 the support plate heat treat zone - usually associated with a length measurement May 2, 1991

SUPERTLCIN RLPORT USERS' GUIDE

15. INC - INCOMPLETE - indicates that the test extent is incom-plate

- the actual extents, (CE-0) and/or (CE-E) do not meet the extents specified for the tube-test in the (RE-0) and (RE-E) fields INDICATION NOT FOUND

- indicates that a previously

16. INF reported INDICATION, from current inspection data or histori-cal data, is not found in the data being analyzed - also used to address the case where a tube / signal is being retested for posi*ive identification (PID) and the retest data does not show any signal present

17. INR - INDICATION NOT REPORTABLE - indicates that a very small tube wall loss condition exists in the data being analyzed that is below the reportable criteria threshold for this can be used to address indications specific inspect. ion called in previous inspections that are still detectable but fall below current criteria INCOMPLETE ROLL

( sleeving ) - condition where mandrel

18. IR reported slips" downward during the hard-rolling process a

during sleeve geometry analysis

19. MAG

- MAGNETITE - generally used in avb geometry analysis to describe support plate conditions

where, based on signal characteristics, magnetite is believed to be present - mag-natite may be related to the onset of corrosion and sub-sequent denting

20. MAI

- MULTIPLE AXIAL INDICATION - describes multiple axially oriented indication signals from Rotating Pancake probe data

21. HOM - MANUFACTURING BUFF HARK - a tube wall loss condition due to a tube manufacturing process step - generally a rela-tively long and shallow loss area - remains constant and does not present any operating problems for the tuba -

noted for reference only MULTIPLE CIRCUHFERENTIALLY ORIENTED INDICATION

22. MCI describes multiple circumferential19 oriented indication signals from Rotating Pancake probe data May 2, 1991

SUPERTUBIN REPORT USERS' GUIDE I

23. MMB - MULTIPLE MANUFACTURING BUFF MARKS - multiple MBM's over a length of tube - see definition above NO DETECTABLE DEGRADATION - no tube wali loss or wall

24. NDD integrity degradation has been detected

25. NNL - NEW NULL LENGTH - used to indicate the presence of the support plate heat treat zone - usually associated with a length measurement

26. NT - NO TEST ( retest ) - for this

tube, there is no data available for analysis on this data tape; however, the tube ROW, COLUMN is encoded on the tape

27. NTE - NO TUBE EXPANSION - used in analysis verification of the full tubesheet expansion process to describe a condition where the tubenheet is not expanded above the tack roll / lower roll - generally used in S/G preservice inspections

28. PDS - PILGERING DRIFT SIGNAL - a drift in the absolute sig-nals at random elevations and generally only in one leg of a tube. These signals have been determined to result from the tube Pilgering process: stopping the process, removing the ID mandrel, loading a new tube hollow, reloading the 10 mandrel, and-restarting the process. This results in a minor change ~in the tube ID, approximate 1W L to 1.S mils on the diameter, and thus a

change in tube wall thickness when the OD is surface ground. The signals always show an increase in wall thickness (negative drif t)- but may exhibit a decrease in wall thickness (positive drif t ) at the beginning lof-the signal. The signals are always long, from several inches to several feet, depend-ing on how long it takes the Pilger process to return t~o the proper nominal ID.

29. - PI - POSSIBLE INDICATION ( retest ) - generally used with BX1 analysis, sometimes with bobbin analysis - describes a poten-tial tube wall loss condition signal that typically requires a retest for.arification - sometimes ratested with a special

probe, e.g., MRPC, etc.

30. PID - POSITIVE IDENTIFICATION - verification of a previously reported tube ROW COL identifier and signal

- achieved through analysis of a second set of test data typically

- May 2, 1991

SUPERTUGIN REPORT USERS' GUIDE i*dF is used to used to verify pluggable tube signals describe the condition where a signal is not detectable upon analysis of the second set of data PLUG

- the tube is plugged from previous maintenance

31. PLG work and a plug has been visually verified as being in the tube and

_PDSSIBLE LOOSE PART

- any addy current signal that

32. PLP occurs in a section of tubing where such a

signal is not expected.

These signals are typically located above the top of the tubasheet in a tube near the periphery of the tube bundle.

The tube signal may have dent, indication, or wec" thinning characteristics.

This signal may result from a

foreign object contacting the tube during plant operation. If a

foreign object is still near the tube it may be detectable with a low frequency.

t_.

33. PTE - PARTIAL TUBE EXPANSION - used in analysis verification of the full tubesheet expansion process to describe a condi-tion where less than 100% of the tubesheet is expanded generally used in S/G preservice inspections - this term is not to be used with the location of the expand transition with respect to the top of tubenheet - see TTH and TTL below a flaw detected by PARENT TUBE FLAW (sleeving)

34. PTF crosswound probe within the original tube (outside the sleeve) - reported during sleeve integrity analysis PERHEABILITY VARIATION.- a variance in the tube per-3S. PVN meability that produces a signal that can mask other signals of interest indicates that the probe listed in the RESTRICTED

36. RST record would not physically pass the location specified

37. SAI - SINGLE AXIAL INDICATION - describes a Isingle axially oriented indication signal from Rotating Pancake probe data SINGLE CIRCUHFERENTIALLY ORIENTED INDICATION

38. SCI describes a

single circumferential19 oriented indication signal from Rotating Pancake probe data May 2, 1991

SupERTUBIN REPORT USERS

• GUIDE SEE COMMENTS

39. SCH instructs the reader to derive the meaning of the record from the text phrases in the COMMENTS field of the SUPERTUBIN data record - typically used for nc3w and non-standard analysis

results, e.g.,

avb geometry analysis that can not be handled with existing terms in this document

40. SLF - SLEEVE FLAW (sleeving) - a flaw detected by crosswound probe within an inserted sleeve reported during sleeve integrity analysis

41. SLG - SLUDGE - secondary side feedwater deposits typically located on the top of the tubesheet and/or the top of support plates or baffles

42. 50R SQUIRREL (pluggable) - describes a specific class of signals located in unexpanded tubesheet crevices that are unquantifiable with numeric percent values can be an-sociated with IGA

43. TIU - TUDE I.D. UNCERTAIN ( retest ) - indicates that the ROW and/or COL identifier for a given tube is in doubt and that the tube must be retested

44. TRN - TRANSITION - used in analysis verification of the full tubasheet expansion process to describe the location of the tube expansion transition with repspect to the top of tubesheet and signifies an acceptable transition height -

generally used in S/G preservice inspections AS. TTH - TRANSITION TOO HIGH

~Used in analysis verification of the full tubesheet expansion process to describe the location of the tube expansion transition with respect to the top of l

tubasheet - generally used in S/G preservice inspections l

46. TTL - TRANSITION TOO LOW - used in analysis verification of the full tubenhaat expansion process to describe the location of the tube expansion transition with respect to the top of tubet"eet - generally used in S/G preservice inspections

47. UDS - UNDEFINED SIGNAL -

a signal that in the analyst's opinion does not at present represent tube wall loss - the May 2, 1991

SUPERTUBIN REPORT USERS', GUIDE i

signal is reported for future review purposes

48. XHR - EXTRA SLEEVE HARD ROLL ( sleeving ) - pertains to sleeve analysis and describes a

situation where more than the nominal numb, T hard rolls are detected i

t May 2, 1991 l

l

SUPERTUBIN REPORT USERS' GUIDE LOCATION TERMS DESCRIPTION TERHS:

1. TEH, TEC - TUBE END HOT and COLO

2. TRH, TRC - TOP OF ROLL HOT and COLO ( tube end roll)

3. TSH, TSC - TOP OF TUBESHEET HOT and COLD

4. BPil, BPC - BAFFLE PLATE HOT and COLD (in certain S/G

series, e.g.,

51-F, 44-F, D, F, etc.-)

\\p3

5. SLEEVE LOCATIONS LXH, LXC - lower expansion hot / cold LRH, LRC - lower roll hot / cold URH, URC - upper roll hot / cold UXH, UXC - upper expansion hot / cold STH, STC - sleeve top hot / cold

6. fH,

1. C

( # = NUMBER) of SUPPORT PLATE HOT and COLD, e.g.,

3H, 4C, 7H, etc

7. TH, TC - TANGENT POINT HOT and COLD (location just above top support plate where bending begins) 8.~AV1, AV2, AV3, AV4, AVS, AV6,... - ANTI-VIBRATION BARS

9. V14 V23 - used in AVB geometry analysis to refer to the two AVB bara respectively

10. BW1, D'42, BW3... - BAT WINGS - CE S/G' S

11. VSi, VS2, VS3

- VERTICAL STRAPS - CE S/G'S

12. UB - describes area from TOP SUPPORT PLATE HOT to TOP SUPPORT May 2, 19s'1

3UPERTUBIN REPORT USERS' CUIDE PLATE COLD PROBE TYPE CODE DESCRIPTION TABLE CODE DESCRIPTION EB ECHORAM xxx-BBH( S )

EJ ECHORAM xxx-BJFH EF ECHORAM xxx-FSBN xxx-RPC/URPC/2XRPC ER ECHORAM E8 ECHORAM xxa-8X1 A-xxx-SFRH ZS ZETEC A-xxx-BJRFH ZJ ZETEC B-xxx-FHPH/HRPC U-BEND ZR ZETEC Hot Probe ZW ZETEC 8C-xxxx ( 8X1 PROBE)

Z8 ZETEC

~'

note: "xxx" represents the numeric diameter of the probe, e.g.,

.720, 680, etc.

END May 2, 1991

SUPERTUDIN REPORT USERS' GUIDE REPORT RECORD FIELD DESCRIPTIONS origin of the test - th/ S/G bowl the fixture was in

1. LEG when the test was conducted

2. ROW, COL - COLUMN - tube identifier numbers -

an X-Y coor-dinate system a

number reprraenting a set or sets of test extents

3. PLAN and tube locations that define which tubes and what sections of these tubes will be tested

• REQUIRED BEGIN TEST - tube locatiot,where the tape

4. RE-B recorder is to be turned on and the test is to begin defined by PLAN tube location where the tape REQUIRED END TEST S. RE-E

(

recorder is to be turned off and the test is to end; typi-cally one of the tube ends - defined by PLAN COMPLETED BEGIN TEST - tube location where the test

6. CE-B actually began - tape recorder turned on

7. CE-E - COMPLETED END TEST -

tube location where the test actually ended - tape recorder turned off

8. PRDBE - diameter of probe used in test

9. TYPE

- characters representing the TYPE of PROBE used, e.g.,

BBM, SFRM, etc.

10. IND~- INDICATION - character codes and numerics that repre-sent the analysis results of the data for the tube, e.g.,

NDD, 25%, etc. - this is the key field in the data. record

11. LOCN - LOCATION - the location in the tube of tha INDICATION

(

called May 2, 1991

SUPERTUBIN REPORT USERS' GUIDE e

12. INCH 1 - distance above or below LOCATION whnre the INDICATION is found

13. INCH 2

. typically the distance above INCH 1 that a particular INDICATI,N extends ta in a copper deposit extending over a

portion of a tube above a support plate - in special cases.

INCH 2 may represent other measurements as in F

Star, and Cracking algorithm applications

14. CHAN - CHANNEL - describes the data channel used in determin-ing the indiention value listed in the INDICATION field

15. VOLTS and DEG - DEGREES - these describe the signal charac-teristics of the analysis result in the INDICATION field 16.11ILS - thousandths of inches - used for tuba dimension infor-

mation, e.g., denting studies

17. TAPE - naquential number of the data cartridge containing the data that the INDICATION was called from

18. ANAL - ANALYST INITIALS - the initials of the analyst who analyzed the data reported in this record

19. COMMENTS holds 60 character phrases that provide further me"aing to the INDICATION in the record, e.g.,

retest extent remarks, etc.

INDICATION TERM DESCRIPTIONS l

The following are brief descriptions of the terms that can be found in the INDICATION field of SUPERTUBIN data records.

These terms generally impart the key meaning to the data record.

This meaning is supported by information in the other fields.

These descriptions are not intended to be comprehensive from a technical analysis point of view. For further information con-carring the meaning and use of these terms, you may consult the 9

2-May 2, 1991

^

4 l

SUPERTUBIN REPLST USERS' GUIDE lead analyst on the job or the Westir.ghouse data analysis guidelines.

It is important to note the following definitions of terms used in these descriptions:

ANOMALY ~ A REPORTED TUBE CHARACTERISTIC THAT DOES NOT DEPICT POSSIBL TUBE WALL LOSS OR TUBE WALL INTEGRITY DEGRADATION, E.G.,

0, INDICATION - AN ANALYSIS RESULT THAT DEPICTS A POSSIBLE TUBE WALL LOSS CONDITION OR TUBE WALL INTEGRITY DEGRADATION DEFECT - AN INDICATION WHOSE VALUE EQUALS OR EXCEEDS AN ESTABLISHED PLUGGING LIMIT TERHS:

describes how

1. DAV, 1AV, 2AV, BAV - # OF AVBS PRESENT many avb tube intersection signals were detected during avb geometry analysis - can also be used in describing signal are length measured from a top support plate to the term

used, e.g.,

1AV, 2AV, etc.

2. <20 - LESS THAN 20% - (this ter's is made up of the characters "2*,

a nd " 0 " ) - it means the " range" of tube wall loss from 1% to 19%

3. ADR - ABSOLUTE DRIFT RESPONSE - a condition where the ab-solute frequencien display drift into the indication plane -

can at times be associated with IGA indicates that a

previously 4

ANF -

ANOMALY WOT FOUND ceported ANOMALY, from current inspection data or historical data, is not found in the data being analyzed indicates-that an anomaly S. ANR - ANOMALY NOT REPORTABLE condition exists in the data being analyzed that is below the

_ May 2, 1991

SUPERTUBIN REPORT USER $' GUIDE L

reportable criteria threshold for this specific inspection -

t-can be used to address anomalies called in previove inspec-tions that are still detectable but fall below current criteria i

the data for the specified tube is

6. BDA - BAD DATA ( retest )

not acceptable for analysis due to poor signal quality - the tube will be retested to the required extent

7. BLG - BULGE - the tube has been deformed outward to an in-creased diameter condition from that of a

nominal tube diameter expected in tt-t area

8. COR - CORESSTD" -

un in conjunction with avb geometry analysis to describe that based on signal characteristics, corrosior of the support plate appears to exist

9. CUD - COPPEP DEPOSIT - the presence of copper deposits on the outside of the tube has been detected

10. DNT - DENT - the tube has been deformed inward to a

reduced diameter condition from that of a nominal tube - of ten lo-cated at an interface such as a tube support plate

11. DI - DISTORTED INDICATION - a possible tube wall loss condi-tion that is unquantifiable with a numeric percent call due to the existing signal characteristics 3

12. DRI - DISTORTED ROLL TRANSITION INDICATION - a possible tube wall loss condition 'that is unquantif iable with a numeric 3

percent call due to the si,gnal characteristics and is located at the roll transition

13. DRT - DISTORTED ROLL TRANSITION - a roll transition signal that is abnormal due to possible indication influence but that does not yet display clear DRI characteristics -

it is noted for future reference 4.

HEAT AFFECTED ZONE - used to indicate the presence of

14. HAZ the support plate heat treat zone - usually associated with a length measurement

, May 2, 1991

SUPERTUBIN REPORT USERS' GUlDE IS. INC - INCOMPLETE - indicates that the test extent is incom-plete

- the actual extents, (CE-B) and/or (CE-E) do not meet the extents specified for the tube-test in the (RE-B) and (RE-E) fields INDICATION NOT FOUND

- indicates that a previously

16. INF reported INDICATION, from current inspection data or histor t-cal data, is not found in the data being analyzed - also used to address the case where a tube / signal is being retested for positive identification (PIO) and the retest data does not show any signal present

17. INR - INDICATION NOT REPORTABLE - indicates that a very small tube wall loss condition exists in the data being analyzed that is below the reportable criteria threshold for this can be used to address indications specific inspection called in previous inspections that are still detectable but fall below current criteria INCOMPLETE ROLL

( sleeving ) - condition where mandrel

18. IR reported

" slips" downward during'the hard-rolling process during sleeve geometry analysis

19. MAG

- MAGNETITE - generally used in avb geometry analysis to describe support plate conditions

where, based on signal characteristics, magnetite is believed to be present - mag-netite may be related to the onset of corrosion and sub-sequent denting

20. MAI

- MULTIPLE AXIAL INDICATION - describes multiple axial 19 oriented indication signals from Rotating Pancake probe dsta

21. HBM - MANUFACTURING BUFF MARK - a tube wall loss condition due to a tube manufacturing process step - generally a rela-tively long and shallow loss area - remains constant and does not present any operating problems for the tube -

noted for reference only' MULTIPLE CIRCUHFERENTIALLY ORIENTED INDICATION

22. MCI describes multiple circumferentially oriented indication signals from Rotating Pancake probe data May 2, 1991

SUPERTUBIN REPORT USERS' GUIDE i

i

23. HMB - MULTIPLE MANUFACTURING BUFF MARKS - multiple MBM's over a length of tube - see definition above

24. NDD NO DETECTABLE DEGRADATION - no tube wal) loss er wall integrity degradation has been detected

25. NNL - NEW NULL LENGTH - used to indicate the presence of the support plate heat treat zone - usually associated with a length measurement

26. NT - NO TEST ( retest ) - for this

tube, there is no data available for analysis on this data tape; however, the tube ROW, COLUMN is encoded on the tape

27. NTE - NO TUBE EXPANSION - used in analysis verification of the full tubesheet expansion process to describe a condition where the tubesheet is not expanded above the tack roll / lower roll - generally used in S/G preservice insp_ctions

28. PDS - PILGERING DRIFT SIGNAL - a drift.in the absolute sig-nals at random elevations and generally only in one leg of a tube. These signals have been determined to result from the tube Pilgering process: stopping the process, removing the ID mandrel, loading a new tube hollow, reloading the ID mandrel, and restarting the process. This results in a minor change in the tube ID, approximately 1 to 1.5 mils on the diameter, and thus a

change in tube wall thickness when the OD is surface ground, The signals always show an increase in wall thickness

( negative drir't ) but may exhibit a decrease in wall thickness (positive drif t ) at the beginning of the signal. The signals

~

are always long, from several inches to several feet, depend-ing on how long it takes the Pilger process to return to the proper nominal ID.

29. PI - POSSIBLF. INDICATION (rctest ) - geherally used with 8X1 analysis, sometimes with bobbin analysis - describes a poten-tial tube wall loss condition signal that typically requires a retest for verification - sometimes retested with a special

probe, e.g., MRPC, etc.

30. PID - POSITIVE IDENTIFICATION - verification of a previously reported tube ROW COL identifier. and signal

- achieved through analysis of a second set of test data typically

- May 2, 1991

~ -

SUPERTUBIN REPORT USERS' GUIDE i

i used to verify pluggable tube signals INF is used to describe the condition where a signal is not detectable upon analysis of the second set of data E

PLUG

- the tube is plugged from previous maintenance

31. PLG work and a plug has been visually verified as being in the tube and

32. PLP POSSIBLE LOOSE PART

- any addy current signal that occurs in a section of tubing where such

.a signal is. not expected.

These signals are typically located above the top of the tubesheet in a tube near the periphery of the tube bundle.

The tube-signal may have dent, indication, or wear thinning characteristics.

This signal may result from a

foreign object contacting the tube during plant operation. If a

foreign object is still near the tube it may be detectable with a low frequency.

x

33. PTE - PARTIAL TUBE EXPANSION - used in analysis verification of the full tubesheet expansion process to describe a condi-tion where less than 100% of the tubesheet is expanded generally used in S/G preservice inspections - this term is l

not to be used with the location of the expand transition with respect to the top of tubesheet - see TTH and TTL below PARENT TUBE FLAW

( sleeving )

a flaw detected by

34. PTF crosswound probe within the original tube (outside the sleeve) - reported during sleeve integrity analysis PERHEABILITY VARIATION - a variance in the tube per-

35. PVN I

meability that produces a signal that can mask other signals of interest I

~;

indicates that the probe listed in the L

36. RST RESTRICTED record would not. physically pass the location specified

37. SAI - SINGLE AXIAL INDICATION - describes a

single axially oriented-indication signal from Rotating Pancake probe data SINGLE CIRCUHFERENTIALLY ORIENTED INDICATION

38. SCI describes a

single circumferentially. oriented indication signal from Rotating Pancake probe data

- May 2, 1991

SUPERTUBIN REPORT USERS' GUIDE SEE COMMENTS

39. SCM instructs the reader to derive the meaning of the record from the text phrases in the COMi'.ENIS field of the SUPERTUBIN data record - typically used for new and non-standard analysis

results, e.g.,

avb geometry analysis that can not be handled with existing terms in this document

40. SLF - SLEEVE FLAW ( sleeving ) - a flaw detected by crosswound probe within an inserted sleeve

- reported during sleeve integrity analysis

41. SLG - SLUDGE - secondary side feedwater deposits typically located on the top of the tubesheet and/or the top of suppor t plates or baffles

42. SQR SQUIRREL (pluggable) - describes a specific class of signals located in unexpanded tubesheet crevices that are ur.quantifiable with numeric percent values can be as-sociated with IGA

43. TIU - TUBE I.D. UNCERTAIN (retest )

indicates that the ROW and/or COL identifier for a given tube is in doubt and snat the tube must be retested

44. TRN - TRANSITION - used in analysis verification of the full tubesheet expansion process to describe the location of the

~

tube expansion transition with repspect to the top of tubesheet and signifies an acceptable transit 3on height -

generally used in S/G preservice inspections 4S. TTH - TRANSITION TOO HIGH - used in analysis verification of the full tubesheet expansion process to describe the location of the tube expansion transition with respect to the top of tubesheet generally used in S/G preservice inspections

46. TTL - TRANSITION TOO LOW - used in analysis verification of the full tubesheet expansion process to describe the location of the tube expansion transition with respect to the top of tubesheet genera.lly used in S/G preservice inspections

47. UDS - UNDEFINED SIGNAL -

a signal that in the analyst's opinion does not at present represent tube wall loss - the May 2, 1991

9 SUPERTUBIN REPORT USERS GUIDE signal'is reported for future review' purposes

48. -- XHR EXTRA SLEEVE HARD ROLL ( sleeving ) - pertains to sleeve analysis and describes a

situation where more than the nominal number of hard rolls'are detected s s.

1.

f.

c:

a+.

I

+

'ay 2, 1991 M.

+

e n-

l SUPERTUBIN REPORT USERS' GUIDE LOCATION TERHS DESCRIPTION TERHS:

1. TEH, TEC - TUBE END HOT and COLD

2. -TRH, TRC - TOP OF ROLL HOT and COLD (tube end roll)

3. TSH, TSC - TOP OF TUDESHEET HOT and COLD

4. BPH, BPC - BAFFLE PLATE HOT and COLD (in certain S/G

series, e.g.,

S1-F, 44-E, D, F, etc.)

S. SLEEVE LOCATIONS LXH, LXC - lower expansion hot / cold LRH, LRC - lower roll hot / cold URH, URC - upper roll hot / cold UXH, UXC - upper expansion hot / cold STH, STC - sleeve top hot / cold

6. CH,

1. C

( # = NUMBER ) of SUPPORT PLATE HOT and COLD, e.g.,

3H, 40, 7H, etc

7. TH, TC - TANGENT POINT HOT and COLD (location just above top support plate where bending begins)

8. AV1, AV2, AV3, AV4, AVS, AV5,.... - ANTI-VIBRATION BARS

9. V14, V23 - used in AVB geometry analVsis to refer to the two AVB bara respectively

10. BW1, BW2, BW3... - BAT WINGS - CE S/G'S

11. VS1, VS2, VS3... - VERTICAL STRAPS - CE S/G'S

12. UB - describes area from TOP SUPPORT PLATE HOT to TOP SUPPORT May 2, 1991

SUPERTUBIN REPORT USERS' GUIDE PLATE COLD PROBE TYPE CODE DESCRIPTION TABLE CODE DESCRIPTION EB ECHORAM xxx-BBH( S )

EJ ECHORAM xxx-BJFH EF ECHORAM xxx-FSBN ER ECHORAM xxx-RPC/URPC/2XRPC E8 ECHORAM xxx-8X1 ZS ZETEC A-xxx-SFRH ZJ ZETEC A-xxx-BJRFH ZR ZETEC B-xxx-FHPH/HRPC U-BEND ZW-ZETEC Hot Probe 28 ZETEC 8C-xxxx (8X1 PROBE) note: "xxx" represents the numeric diameter of the probe, e.g.,

.720, 680, etc.

END i May 2, 1991 I

4 SUPERTUBIN REPORT-USERS' GUIDE

,.1 REPORT RECOPD FIELD DESCRIPTIOt4S origin of the test - the S/G bowl the fixture was in

1. LEG.

when the test was conducted

2. ROW, COL - COLUMN - tube identifier numbers -

an X-Y coor-dinate system a

number representing a vet or sets of test extents

3. PLAN and tuba locations that define which tubes and what sections of these tubes will be tested *

4. RE-B_ -

REQUIRED 'BEGIN TEST - tube location where the tape recorder is to be turned on and -the test is to begin defined by PLAN tube location where the tape S. RE-E_ -

REQUIRED END TEST

{

recorder is to be turned off and the test is to end; typi-cally one of the tube ends - defined by PLAN

6. CE-B

-.. COMPLETED BEGIN TEST --tube location where the test

-actually began - tape recorder turned on

7. CE-E - COMPLETED END TEST -

tube location where the test actually ended-- tape recorder turned off

8. PROBE - diameter of probe used in test

9. TYPE

- characters representing the TYPE of PROBE used, e.g.,

BBM, SFRM, etc.

'10. IND - INDICATION - character codes and. numerics that repre-sent the _aaalysis results of the data for-the tube, e.g.,

NDD, 25%, etc. - this is the key field.in the data record INDICATIOh

11. LOCN - LOCATION - the location in the tube of the-l L

(

called l May 2, 1991 9

SUPERTUBIN REPORT USERS' GUIDE i

12. INCH 1 - distance above or below LOCATION where the INDICATION is found

13. INCH 2

- typically the distance above INCH 1 that a particular INDICATION extends as in a copper deposit extending over a

portion of a tube above a support plate - in special cases, INCH 2 may represent other measurements as in F

Star, and Cracking algorithm applications

14. CHAN - CHANNEL - describes the data channel used in determin-ing the indication value listed in the INDICATIv' field IS, VOLTS and DEG - DEGREES - these describe the signal charac-teristics of the analysis result in the INDICATION field

16. HILS - thousandths of inches - used for tube dimension infor-

mation, e.g.,

denting studies

17. TAPE - sequential number of the data cartridge containing the data that the INDICATION was called from

18. ANAL - ANALYST INITIALS - the initials of the analyst who analyzed the data reporr.ed in this record holds SO character phrases that provide further

19. COMMENTS meaning to the INDICATION in the record, e.g.,

retest extent remarks, etc.

INDICATION TERM DESCRIPTIONS The following are brief descriptions of the terms that can be found in the INDICATION field of SUPERTUBIN data records.

These terms generally impart the key meaning to the data record.

This meaning is supported by information in the other fields.

These dcscriptions are not intended to be comprehensive from a technical analysis point of view.-For-further info mationa con-cerning the meaning and use of these terms, you may consult the -

May 2, 1991

\\

SUPERTUBIN REPORT USERS' GUIDE lead analyst on the job or the Westinghouse data analysis guidelines.

It is important to note the following definitions of terms used in these descriptions:

ANOMALY - A REPORTED TUBE CHARACTERISTIC THAT DOES NOT DEPICT POSSIB TUBE WALL LOSS OR TUBE WALL INTEGRITY DEGRADATION, E.G.,

D INDICATION - AN ANALYSIS RESULT THAT DEPICTS A POSSIBLE TUBE WALL LOSS CONDITION OR TUBE WALL INTEGRITY DEGRADATION DEFECT - AN INDICATION WHOSE VALUE EQUALS OR EXCEEDS AN ESTABLISHED PLUGGING LIMIT TERMS:

describes how 1.

0AV, 1AV, 2AV, 8AV - # OF AVBS PRESENT many avb tube intersection signals were detected during avb geometry analysis - can also be used in describing signal are length measured from a top support plate to the term

used, e.g.,

1AV, 2AV, etc.

2. <20 - LESS THAN 20% - ( this term is made up of the characters-

"2",

and "O" ) - it means.the " range" of tube wall loss from 1% to 19%

3. ADR - ABSOLUTE DRIFT RESPONSE - a condition where the ab-solute frequencies display drift into the indication plane -

can at times: be associated with IGA indicates that a

previously

4. ANF - -ANOMALY NOT FOUND reported ANOMALY, from curront inspection data or historical data, is not found in the data being analyzed

5. ANR - ANOMALY NOT REPORTABLE

• indicates that.an snomaly condition exists in the data being analyzed that is below the May 2, 1991

SUpERTUBIN REPORT USERS' GUIDE reportable criteria threshold for this specific inspection -

can be used to address anomalies called in previous inspec-tions that are still detectable but fall below current criteria 6_. BDA - BAD DATA ( retest ) - the data for the specified tube is not acceptable for analysis due to poor signal quality - the tube will be retested to the required extent

7. BLG - BULGE - the tube has been deformed outward to an in-creased diameter condition from that of a

nominal tube diameter expected in that area

8. COR - CORROSION -

used in conjunction with avb geometry analysis to describe that nased on signal characteristics, corrosion of th' aupport plate appears to exist

9. CUD - COPPER DEPOSIT - the presence of copper deposits on the outside of the tube has been detected

10. DNT - DENT - the tube has been deformed inward to a

reduced diameter condition from that of a nominal tube - often lo-cated at an interface such as a tube support plate

11. DI - DISTORTEO INDICATION - a possible tube wall loss condi-tion that is unquantifiable with a numeric percent call due to the existing signal characteristics

12. DRI

_ DISTORTED ROLL TRANSITION INDICATION - a possible tube wall loss condition that is unquantifiable with a numeric percent call due to the signal characteristics and is located at the roll-transition

13. DRT - DISTORTED ROLL TRANSITION - a roll transition signal that is abnormal due to possible indication influence but that does_not yet display clear DRI characteristics -

it is noted for future reference HEAT AFFECTED ZONE '; used to. indicate the presence of

14. HA7 the support plate heat treat zone - usually associated with a length measurement May 2, 1991

\\

l

~

SUPERTUBIN REPORT USERS' GUIDE t

15. INC - INCOMPLETE - indicates that the test extent is incom-plete

- the actual extents, (CE-B) and/or (CE-E) do not meet the extents specified for the tube-test in the (RE-D) and (RE-E) fields

16. INF INDICATION NOT FOUND

- indicates that a previously reported INDICATION, from current inspection data or histori-cal data, is not found in the data being analyzed - also used to address the case where a tube / signal is being retested for positive identification (PID) and the retest data does not show any signal present

17. INR - INDICATION NOT REPORTABLE - indicates that a very small tube wall loss condition exists in the data being analyzed tnat is below the reportable critersa threshold for this can be used to address indications specific inspection called in previous inspections that are still detectable but fall-below current criteria INCOMPLETE ROLL

( sleeving) - condition where mandrel

18. IR

" slips" downward during the hard-rolling process reported during sleeve geometry analysis

19. MAG

- MAGNETITE - generally used in avb geometry analysis to describe support plate conditions

where, based on signal cnaracteristics, magnetite is believed to be present - mag-netite may be related to the onset of corrosion and sub-sequent denting

20. MAI

- MULTIPLE AXIAL INDICATION - describes multiple axial 19 oriented indication signals from Rotating Pancake probe data

21. MBH - MANUFACTURING BUFF MARK - a tube wall loss condition due to a tube manufacturing process step - generally a rela-tively long and shallow loss area - remains constant and does not present any operating problems for the tube -

noted for reference only l

MULTIPLE CIRCUHFERENTIALLY ORIENTED INDICATION

22. MCI describes multiple circumferentially oriented indication signals from Rotating Pancake probe data' s

.a

- May 2, 1991

_ _ _ _ - _ _ _ __ _ _ _ _ _ = _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _

SUPERTUBIN REPORT USERS

• GUIDE 5

t

23. HMB - HULTIPLE MANUFACTURING BUFF HARKS - multiple MBM's over a length of tube - see definition above

24. NDD NO DETECTABLE DEGRt.DATION - no tube wall loss or wall integrity degradation has been detected

25. NNL - NEW NULL LENGTH - used to indicate the presence of the support plate heat treat zone - usually associated with a length measurement

26. NT - NO TEST (retest )

for this

tube, there is no data svailable for analysis on this data tape; however, the tube ROW, COLUMN is encoded on the tape

27. NTE - NO TUBE EXPANSION - used in analysis verification of the full tubesheet expannion process to describe a condition where the tubesheet is not expanded above the tack roll / lower roll generally used in S/G preservice inspections

28. PDS - PILGERING DRIFT SIGNAL - a drift in the absolute sig-nals at random elevations and generally only in one leg of a tube. These signals have been determined to result from the tube Pilgering process: stopping the process, removing the ID mandrel, loading a new tube hollow, reloading the ID mandrel, and restarting the process. This results in a minor change in

~

the tube ID, approximately 1 ts 1.5 mils on the dirmeter, and thus a

change in tube wall th.ckness when the 00 f.s surface ground. The signals always show an increase in wall thickness (negative drif t ) but may exhibit a decrease in wall thickness (positive drif t ) at the beginning of the signal. The signals are always long, from several inches to several feet, depend-ing on how long it takes the Pilger process to return to the proper nominal ID.

29. PI - POSSIBLE INDICATION (retest ) - generally used with 8X1 analysis, sometimes with bobbin analysis - describss a poten-tial tube wall loss condition signal that typically requires a retest for verification - sometimes. retested with a special

probe, e.g.,

MRPC, etc.

30. PID - POSITIVE IDENTIFICATIONt-verification of a previously reported tube ROW-COL identifier and signale;- achieved through analysis of a second set of test data typically

- Hay 2, 1991

- * * = -

SUPERTUBIN REPORT USERS' GUIDE n

INr is used to used-to verify pluggable tube signals describe the condition where a signal is not detectable upon 4

analysis of the second. set of data PLUG

- the tube is plugged from previous maintenance

31. PLG work ind a plug has been visually verified as being in the tube end POSSIBLE LOOSE PART

- any addy current signal that

32. PLP.

occurs in a section of tubing where such a

signal is not expected.

These signals are typically located above the top of the tubesheet in a tube.near the periphery of. - the_ tube bundle.

The tube-signal may have dent, indication o'r wear thinning characteristics.

This signal may result from a.

foreign object contacting the tube during plant operation. If a

foreign object is still near the tube it may be detectable with a low frequency.

33. PTE - PARTIAL' TUBE EXPANSION

_used in analysis verification of the full tubasheet expansion process to describe a condi-tion whera less than-100% of the tubesheet is expanded generally used. in S/G preservice inspections - this term is

. not:to be used with the location of the-expand transition with respect totthe top of tubesheet - see TTH and TTL below PA9CNT TUBE FLAW (sleeving) a flaw detected by

34. PTF.

. crosswound probe within the original-tube (outside the sleeve) - reported during sleeve integrity analysis PERMEABILITY VARIATION - a variance

. che tube per-

35. PVN-meability that produces a signal that can 14sw other signals

-of interart indicates that the probe listed in the RESTRICTED

36. RST record would not physically pass the location specified

~

37. SAI - SINGLE AXIAL INDICAT' ION;- describes a

single axially oriented indication signal from Rotating Pancake probe _ data-a+

SINGLE CIRCUMFERENTIALLY ORIENTED INDICATION

38. SCI describes a : single acircumferentially oriented cindication.

p signal from Rotating Pancake probe data

- - - t l

7-May 2, 1991 L

=,,~,-,.m.

,e---m,..-,,-,-,,-y-.

.3.--,-.,.%,,,.,_,.,w

,-ec,

.,vw..,-

y-,

..$.y+-,r..#.r

j SUPERTUBIN REPORT USERS' GUIDE 39.SbH SEE COMMENTS instructs the reader to derive the meaning of the record from the text phrases in the COMMENTS field of the SUPERTUBIN data record - typically used for new and non-standard analysis

results, e.g.,

avb geometry analysis that can not be handled with existing terms in this document

40. SLF - SLEEVE FLAW (sleeving ) - a flaw detected by crosswound probe within an inserted sleeve

- reported during sleeve integrity analysis

41. SLG - SLUDGE - secondary side feedwater deposits typically located on the top of the tubesheat and/or the top of support plater or baffles

42. SQR SQUIAREL (pluggable) - describes a specific class of signals located in unexpanded tubesheet crevices that are unquantifiable with numeric percent values can be as-sociatod with IGA

43. TIU - TUBE I.D. UNCERTAIN ( retest ) - indicates that the ROW and/or COL identifier for a given tube is in doubt and that the tube must be retested

44. TRN - TRANSITION - used in analysis verification of the full tubesheet expansion process to describe the location of the tube expansion transition with repspect to the top of tubesheet and signifies an acceptable transition height -

generally used in S/G preservice iropections

45. TTH

. TRANSITION TOO HIGH - used in. analysis verification of the full tubesheet expansion process.to describe the location of the tube expansion transition with respect to the top of tubesheet - generally used in S/G preservice inspections

46. TTL - TRANSITION TCO LOW - used in analysis verification of the full tubesheet expansion process to describe the location of the tube expansion transition with respect to the top of tubesheet - generally used in S/G preservice inspections

47. UDS - UNDEFINEO SIGtML -

a signal that in the analyst's opinion does not at present represent tube wall loss - the May 2, 1991

uM.

SUPERTUBIN REPORT USERS' GUIDE signal is reported for future review purposes

48. XHR - EXTR/ SLEEVE HARD ROLL (sleeving) - pertasois to sleeve analysis and describes a

situation where more than the nominsi number of hard rolls are detected i

~

9A

. ;c

=

~.

wm 2;-

'(

e r-L

, May 2, 1991

l

~-

SUPERTUBIN REPORT USERS' GUIDE LOCATION TERHS DESCRIPTION TERHS:

1. TEH, TEC - TUBE END HOT and COLD

2. TRH, TRC - TOP _ OF ROLL HOT and COLO ( tube end roll)

3. TSH, TSC - TOP OF TUBESHEET HOT and COLO

4. BPH, BPC - BAFFLE PLATE HOT and COLD (in certain S/G series, e.g., Si-F, 44-F, D, F, etc. )

S. SLEEVE LOCATIONS LXH, LXC - lower expansion hot / cold LRH, LRC - lower roll hot / cold URH, URC - upper roll hot / cold UXH, UXC - upper expansion hot /coid STH, STC - sleeve top hot / cold

( # = NUMBER ) of SUPPORT PLATE HOT and COLD, e.g.,

6.

1. H,

1. C 3H, 4C, 7H, etc

7. TH, TC - TANGENT POINT HOT and COLD (location just above top support plate where bending begins)

8. AV1, AV2, AV3, AV4, AVS, AV6,... - ANTI-VIBRATION BARS

9. V14, V23 - used in AVB geometry analysis to refer to the two AVB bars respectively

10. BW1, BW2, BW3... - BAT WINGS - CE S/G'S

11. VS1, VS2, VS3... - VERTICAL STRAPS - CE S/G'S

12. UB - describes area from TOP SUPPORT PLATE HOT to TOP SUPPORT Hag 2, 1991 l

g 7.:

~

K SUPERTUBIN REPORT USERS'. GUIDE PLATE COLD-PROBE TYPE-CODE DESCRIPTION' TABLE CODE DESCRIPTION EB ECHORAM xxx-BBM( S )

EJ-ECHORAM xxx-BJFM EF ECHORAM xxx-FSBM-ER ECHORAM xxx-RPC/URPC/2XRPC ES ECHORAM xxx-8X1 ZS 2ETEC A-xxx-SFRM ZJ

'ZETEC A-xxx-BJRFM ZR ZE1EC

B-xxx-FHPH/t*RPC U-BEND

.ZW 2ETEC Hot Probe 28 ZETEC 8C-xxxx (8X1 PROBE) note: "xxx"1 represents the numeric diameter of the probe, e.g.,

.720, 680, etc.

END-s May 2, 1991

M R* 6 0

APPENDIX 3 EDDY CURRENT INDICATION LISTING 1

l l

l l

IEICAVIDH Lf!TDE - COTH LEGS CMLATIVE

(:nidad Unit 1 CCE -C44 INSPEL110M:

ApH1 1.nu '1 11:2,

......... p...p...p... o.. 4....p.....e. o..........o...o..

4....... p w.,...................................

IMR ROH COL PLAN CE-t CE E PRODE ID LOCR IMCH1 DlCH2 CllAH VOLIS D3 1A'il CC E HIS o...... 4....p._ e.

p.. 4... 4....

p p.e o... 4-...,......o..o...o.......

E I

1 E

l= nunnanzunununennun=n n:nnun :

n=====n=

n nn:n=:n n = = = = = = =

1 I

i 13 10 1 TEC TEN 41FET 42 3H

.00

.00 1

1.39 110 C IESUL1 Of DISCEPAXtt ESOLUTIW:

l 13 to...._..................._ _.-....... _................ ig gr,1 ror ;y: nig I,t, 1

13 10 1 TEC TEN 41FU PID 3

.M

.00 h1 1.40 4 501RES7.1 Ci IISCdPAXt? ESOLUTItc l

13 to........

...........................................l))))) POSITIVE I.D. [SIMtISHE0 m U i

13 10 4 3H 3H RPC-ZR $Al 3H

.M

.M 1

1.1? 135 t? IRETE31 IUR POSITM 1.D.

I 13 10 4 - 3H 3H RPC-ZR LW 3H (M 01%0 h1 IM.M

.'.3 52 I i

13 10 4 3:1 cH RPC-Z3 SA1 3H

.02

.00 1

.84 24/ 55 IRETESI F0W POSITIM 1.D.

I CP Sep 13 10 0 TEH RC tibO) 2A9 4

!! 1 I

I

= u n ni n = =Ju= = = = =u.n lununnun:nn n== =

n......

I I

23 13 1 100 TDI 61FEF 53 3H

.M

.M h1

.59 99 2/ InstA.T Of DISC &ANCY K!,0LUTICH i

3 13..............___

ipt u s] rog itsiti g 1,p, 1

23 13 1 2 ~ 101 61FET PID 3H

.00

.M M1

.60 98 $0 l))))) POSITM I.D. ESTMtISO (GU l

23 13 4 3H 3H RPC-ZR SAI 3H

.00

.M 2

2.16103 52 IRER$1 FOR NSITM 1.D.

I 23 1! 4 3H 3H RPC-ZR LW 3H !52.0 294.0 h1 IM.M 48 52 !

I 23 13 4 3H 3H RPC-Z3 SAI 3H

.00

.M 1

.28111 % IRETEST FOR PJSITIM 1.D.

I 23 13 4 3H 3H RPC-23 LW 3H 110.0139.0 1 1M.00 24 5S I

' 8?-Sep 23 13 0 TEH RC 41FZA OD 1

51 1 1

1:n....

un=

run n ::: === = = = = =n = === = = = = = = = = =

1 1

I 20 14 1 TEC TEH (1FU DI !H

.00

.00 1

.45 100 Cl 1

20 14 4 3H 3H RPC-ZR KDD 1

52 1 1 8?-Sep 20 14 0 TEH TEC 61FZA RDD 1

51 1 I

I

~

l

n....

n=:n = = n n== n= n === =n l

i 1

23 14 1 TEC IIH 410-U 24 3H

.00

.M 1

.56 148 C IESUL1 Of DISCREPEY RISOLUTID::

1 23 14 4 3H 3H RPC-ZR ED 1

52 I I

23 14 4 3H 3H RPC-Z3 !20 1

b5 I I 81-Sep 23 14 0 TEH TEC 41F ZA C D 1

Si i i

l n= = ::====:n =-

l

.::=.....:

1 I

I 32 14 1 TEC 101 410-Ef 3/ 3X

.M

.00 1

.64 131 3 ICSULT tr DISCCANCY KSOLUTIOk I

32 14 4 3H 3H RPC-N SAI 3H

.M

.M 2

3.53104 b21RETESI ICR POSITIIT. I.D.

1 32 14 4

!H 3H RPC-ZR LW 3H 399.0 273.0 M1 1%.00 4/ S2 I I

32 14 4 3H 3H RPC-ZR PID 3

.M

.M 2

3.23 41 S4 l))))) POSITIVE I.D. ESTM1 ISO (GU l

32 16 4 3H 3H RPC-Z3 SAI 3H

.M

.M 1

.48 232 55 ICIEST FOR POSITIK I.D.

I 32 16 4 3H 3H RPC-Z3 LW 38 472.0172.0 1 100.00 29 55 I I 8?-Sap 32 14 0 TDI TEC 410 ZA KDD 1

52 I I

I

---.-----==n======u;

=

I p....... p...p

.w... p...w...e 3...p..p - 9....4

~e.....e..e 4.

=-

I DAR R0W COL PLAN CE-0 CE-E PROBE IXD ttSH IXCl:1 IXCH2 CHAH YOLIS DEG TAPEI COnfiHis p.

....p... p.

p... e... g... e.... w..+

..e.

.o

- e...e.

.-e..e

.e

=

PkCE 1

TUi

INDICATION LI! TING - E0TH LEG 3 CUMil.ATIVE taidwoodUnit1 CCC -C/04 IXS"LC110H:

An-P1 1-h w P1 11:.';

4....,... 4..,...., _.4 4.. 4.......+.....,...

4.....

4 4.... 4. -............

IDATE R0W COL PLitM CE-D CE-E PR0!( I@ LOCN INCK1 IKCK' CEX VOLi$ 06 TAlTI C0KXis 4....,....+....+.4..+...4..,..4..+.....+.....+...4.....,..4...4......._..................._.

I 28 17 1 TEC TEM 61FU IE TG 20.12

.M M P ICSULT OL Lid iBf-$ep 28 17 0 TEX TEC (IF?.? DI TEH 20.12

.M h1 3.12 33 $? I IEPtep 28 17 0 TSH 1G RPC-G ED 1

P!I I

I i nzu z u n=:n:n n:n = n unn===u n s:nn= =snu = u = nun s unununnunn= nun:n:r.nru I

I I

29 17 1 11C TG f1FEf 84 3H

.00

.00 1 0.30 73 24 I K SULT OT DISC 1PiK V K SOLUTIOE I

29 17 ------------------------------~~------- l ETE $1 F OR POSITIE I. D.

I 29 17 1 11C TCH 610-U fiD 3H

.M

.M M F.73 52 to 0)))) POSIEIV I.L. ESTAft.IslO MG(

l 29 17 4 3H 3H RPC-N St.I 3H

.00

.00 1

5.20 44 $2 IRETE31 IDR POSITIR I.I'.

I 27 17 4 3H 3H RPC-ZR LW 3H 598.0 239.0 M 1M.M 41 521 29 17 4 3H 3H RPC-Z3 SAI 3H

.00

.00 1 5.37 41 55 IRETE$1 TOR POSITIE I.D.

I 27 17 4 3H IH RPC-25 LW 3h So0.0 %f.0 1 100.H 44 55 i I89-Sep 29 17 0 KH TEC 41FZA DD 1

5; I I

l lu n:n:nn

n --- -------------un n n==nu=== n = = nu n= n=== = :nu: n n:-

1 1

I 33 19 1 11C TEH 41FET 43 3H

.00

.00 M

.75 100 74 IRESULT Of DISC Eri c RE30LITT10N I

33 19 --------------~~~------------------lRETC$i FOR POSITIK I.D.

I 33 '19 1 11C TEN 41FEF TD 3H

.00

.00 M

.?? 114 50 IRES!!LT Of DISCEPAKV RE30LifTIDX g

33 ip.......

4........

.--............l))))) POSITIVE I.D. C:IAf1.IslO U M 33 19 4 3H 3H RPC-N $AI 3H

.M

.H 2

2.t1 57 52 IRETE11 FOR f0$ITIE I.D.

i 33 19 4 3H 3H RPC-22 LW 3H 3/6.0 217.0 M 100.M 3/ 52 I I

33 I? 4 3H 3H RPC-23 $AI 3H

.00

.00 1

.77 55 lKTE31 TOR POSITIE I.D.

1 33 19 4 3H 3H R?C-:3 LW 3H

.M 154.0 1 100.H 24 55 I I 8'ste 33 19 0 TCH TEC 41 FZA MDD 1

53I i

1 1

=n==nzun nn====n u n = = = = = n-

.u :=n======nnn =-n:n:-

1 I

I 22 20 1 11C TEH 41 F U 18 3H

.00

.00 1

.42 153 24 I I

22 20 4 3H 3H RPC-R H00 1

52 I I

22 20 4 3H-3H RPC-?3 XDL' 1

55I I 89-Sap 22 20 0 TCH TEC 4102: E0 1

SS1 l

I l n= n, 2.-.-

inn

=

---..unu a:n====:

I I

I S 27 i TEC TG (1FU DI 3H

.00

.M 1

.57 115 11 I I

8 27 4 3H 3H RPC-2R 20 1

521 1 89-!!p -

8 27 0 T G EC 41F G MY 4

14 1 1

I

..u==:uuuu:= nuu; I

I I

19 27 1 11C TEH 61FU DI SH

.00

.00 M

.45 68 il IKSULT Dr DISCKPAXCV K:0LUT10N I

1P 27 5 5H 5H RPC-3 ED 1

S3I i

19 27 4 3H 3H RPC-ZR IGD 1

53 I I

1P 2710 1H TSH RPC-ZR ED 1

531 l

18?-$?p 19 27 0 TEH TEC dit-ZA WD0 1

S0 I I

I

=._..._:

l 1

I

+........,....,....,...y....,....,.

- +......., _....... +.....................................

IDATE R0W COL PLAN CE-B CE-E PRODE IE LOCX INCL:1 IXCH2 CMH WL1$ DE6 lieCl CO E m

+........,....,....,........,....,......,...i....,....,.....,....:.........,....,.............

n

--- - - -. ~. - - - - -

~ IIDICATIC LI!!!NG ? B0Til LEG 3 CultiLAi!E

_ Bnidwood Unit 1 CCE -C/04 I W ECTI E: a y1 thw yr n:n

........ 4...

4... 4....,....,.o.g m.. 4-.4 -.4 -..,o o.4..

,. _ _,.,- 4 _.........

I DATE 00W COL ' PLAN CE-t CE E PROCE IE LOCX IWCH1 IWCH2 CHM 00LT:; IG IAPEl 00KNf; 4............,...4........4.

.......+...4 4......

..,....+. +. 4.............

_...y I

32 -.2? 1 ilt TCH 41 F ET 74 3H

.M

.M 1

.77 P4 23 IESUli Or DISCAVEY COLUTIOE I-32 27 --------------------------------------- - ---------- -------- - l ETL;) F OR P0;IT IE 1. D.

1-32 : 27 1 lit TEH (1FET h3 5H

.M

.M 1

.5F 114 23 lESULT Of DIntPEY E$0LUTIDW I

32 27 ------------------------- ----------------------------- Il1T Lil F OR P0tlilE I.0.

I

'32 2? 1 11C -- TCH 61FET PIb 3H

.M

.M M 1.M C0 9 ICET Or DI;CEPECY ESOLVIION

.l.

32 27.........-...............~.....

.....!))))) P031TIVE I.E. L11kDL1910 UU(

1 32 27 5 - SH - 5H RPC-ZR ED 1

53 1 -

l 32 27 10 1H TSH RPC-29 ED; 1

53I I ~

32 2? 4 3H 3H RPC-ZR liAI 3H

.M

.00 2 2.10 45 53 lETE$i iDR POSITM I.D.

I 32 27 4 3H 3H RPC-2R LW 3H 414.0 417.0 h1 1M.M 72 $3 I I

32 27 5 SH SH RPC-23 ED 1

SS I I

32 27 4 - 3H 3H RPC-23 NAI 3H

.M

.M 4

1.P1331 55 lETE31 '0R POSITIE 1.0.

I-32 27 4-3H 3H RPC-23 LW !H fM.0172.0 1 1M.M 2? 55 I I BP-$tp 32 27 0 - TEH TEC 41F2A ED 1

58I I

1 i= nnsam=numunmumam====nnsmumnu=n::==en=. m=mr u=mm==== n=nn: nnn i

I I

35 39 1-TEC TEH 410-EF INR TEN '18.04.00 1 15 IRE $RT Of IA:

I8FSep 35 39 TEH TEC 41FEB DI TEH 10.06

.M M 3.01 142 43 ICULT Of DISCOEY ESOLUTION

-I 894tp 35 3P 0 TSH TEH : RPC-Et ED 1

93I I

I

'enn=nnumumannmusumsmmmannmnusunur=nmmunmmummmm==unnminunne :

I I

33 40 1 TEC TEH 410-U INR TEC 19.33.00 M 14I i 89-Su 33 40. 0 - EH TEC 61FCC DI TEC 1?.30

.00 M 1.14 113.44 ICULT Or DILEPAHCY COLUTICE l89-Sep 33 40 _0_

TSC TEC RPC-2A ED 1.

79I 1

I Inanm=mmanz nnenm:3....

.. nsurnanamnnnm:n ummn==:mn= nuns=====un===

l 1

I i

321 42 1. TEC IEH '410-EF IHR TEC 10.38

.M 1

'15 IRE 3K1 Of LAR I 87-12p 32 - 42 0 TEH TEC 41FEC DI TEC 10.38

.00- M 2.15 42 47 ICULT Of DISCOMCY ESOLUTIDH I SF-Sep 32 42 0 ISC TEC RPC-2A E0 1

??I 1-l i nm mu mmmmu n mums un = = =n m n = m m:n n m :m n mu m==

~

1.

1 t

i 44;.43 1 EC EH 41FET DI 38 -.00

.M M

.C? 100 lb IE3Ut.1 Of DISCREPEV RL30LUTI0d i

44 43 4 3H 3H. RPC-ZR $Al 3H

.00

.M 1

1.00 102 53 IEEE$i FOR P0;ITE I.D.

I-44~ 43 4 3H 3H ' RPC-2R LW 3H 504.0 200.6 M IM.00 34 ' 5311 1

44' 43. 4 3H 3H RPC-ZR PID 3H

.M

.M -- 1

.82 2') 54 I))))) POSITIE I.D. E$iAftISO U(U 1=

44 '43 4 3H 3H RPC-23 3AI 3H

.M

.M i 19.41 P5 55 IETE31 FOR POSITIE I.D.

l 44 43 4 3H 3H RPC-23 LW 3H 526.0172 0 1 1 M. M 22 SS I

.I Sf-$tp 44 43 0. EH EC 41FEB NDD 1-40I i-I limmmm=nnunm=== man........ nnuunn==mun m===m n=nm===:2 nn==n=

I I

I 20 45 1 EC TEH 410-LT DI TEH 18.??.00 M 11.75 ' 11 14 IE:11 Of DI CEEY RE 0tVIIc

I 20 ~45 11' - ISH EH RPC-ZR HDD 1

52 1 89-Sep

20. 45 0 TEH TEC 41FEU E0 1

49i

....4..

..-.... +....~,........+-. ~.-.._......-..

.IDATE' ROU COL PLAH CC-D CE-E PROCE IE LOCH 10:1 IXCH2 CHAH UOLIS K51APLI COMEX1$

...,....,---,....,......,...........+. _,... - +...,......... _..._ - -

PA6E 3

TU :

u-

. =

INDICATIM LI!TD6 - DOTH LESS CttiLATIE I:caidwood Unit 1 CCC -C/D4 INSPLC110H; sc-91 1 hn41 11:23

........4.........+....,..+........4...44..4..++.+..+.....................

IDkit POV COL PLAN CC-B CE-E PR0tt De LOCH INCR1 INCR2 CHM 00LTS DES TCEI C0 K His

........ 4......,..,... 4.

4.

,.... 4.....,....

.. +...+.

4..

I I

lunnunnunnnunnammmm:=mmu m= nun mmu n=n= = = n m I

i l

21 45 1 TEC TEH 61FEF DI 3H -

.M

.M N1

.59 PP 14 IRESULT Of DIStklPdCV KESOLUT10M i

21 45 4 3H !H RPC ZR ED 1

S2I I E9 Sep 21 45 0 TEH TEC 41FEt MDD 1

4? I 1

tr s m u mummm u n n m=m num m mn = mu m== n unm umu n = = = = = n:m=n = numn:

1 I

I 22 45 1 TEC TEH 61 FIT DI SH

.M

.00 h1

.38147 141RESUL) of DIStkEPAktY RESOLUTIDH I

22 45 5 SH SH RPC-ZR WDD 1

531 1

22 45 4 3H 3H RPC-M GD 1

53 I I

22 45 7 ISH TSH RPC-ZR ED 1

53 I I

22 45 8 RPC-2R XI 1

53I I

22 45 8 1H 1H RPC-ZR Sch 1H

.M

.M 1

53 IND SUPPORT VISIft AT 1H I 89-Sep 22 45 0 TEH TEC 41FEB XW 1

d? I I

I in mun unm s

m=m m=n=n==m:nnmn= un. am=u:

1 I

I 45 45 1 TEC TEH 41 F ET DI TEH 17.32.00 M1 12.14 11 16 IRESull Of DIStREr dCY RESOLUTIM i

45 4511 ISP TEH RPC-ZR ED 1

'i3 l

' E9-Sep 45 45 0 TEH TEC 41FEB NW 1

d?l l

i n n munu nmu un mn m s m u n= n:m r........mn=n n

= m m = n= mum = = = =.= n u nn n:

1 I

I 46 47 1 TEC TEH 41FET DI 3H

.M

.M fil

.86 C5 14 IRESULT Of DIStkErdtY KESOLUTION l

44 47 4 3H 3H RPC-ZR SAI 3R

.M

.M 1

.38 84 53 1RCTCSI TOR POSITIK I.D.

I 46 47 4 3H 3H RPC-ZR LXW 3H 390.0 2W.0 ~ 1M.M 48 53 I l

46 47 4 3H !H RPC-M PID 3H

.M

.M i

.54 Oi) 541))))) POSITIK I.D. CSTAIt.IS!D (((((

l 46 47 4 3H 3H RPC-23 5AI 3H

.M

.00 1

.4b C4 h5 IRETES1 f0k POSITIVE I.D.

l (d 47 4 3H. 3H RPC-23 LXil 3H 348.0 289.0 1 1M.M 49 SSI i 89-Sep 44 47 0 TEH TEC 41FEt XM 2

?01 I

I lm mun m:m-n z

I I

M (? 1 IIC TEli 41FET CI 311

.00

.M.t

.70 53 17 IRESULT Of DISCREPM Y RESOLUTIIR:

1 20 49 4 3H 3H RPC-ZR WDD 1

52I l89-Sep 20 49 0 TEH TEC 61FEB ED 1

70I I

I n.

u n =n= n===u lnnm I

I I

24 (f 1 TEC TEH 41FET DI 7H

.M

.00 h1

.88 42 17 IRESULT Of DISCREPAHtY RESOLUTIDI 1

24 49 6 7H 7H RPC-2R E D 1

53I I

24 49 5 SH 5t RPC-22 E0 1

53 I I

24 (P 4 3H 3H RPC-ZR HDD 1

53 I I

24 49 '/ iSH ISH RPt-M E 0 1

53I I

24 47 8 RPC-ZR HT 1

53 1 24 49 8 IH 1H RPC-N 3Cn 1H

.00

.M 1

53 (ND SUPPORI VISIBLE AT 1H

+......+....s..s+..s..+...--+..+..+.s.....+.s......,.+.+.--

- = -

I DATE ROU COL PLM CE-0 CE-E PRUDE IXD LUCH IXCl:1 IXCH2 CHM UDLTS DEL ikPEI COMEX15 s........+..s.,..+....+..y

-+ - s...+...+.....s.-. +.....+..n....+...................

~.. _

PEE 4

10,

m

+-

INDICATIOR LISTING - DOTH LE63 CUMULATIVE I:raidwoodUnit1 CCC -C/04 INSPEllIO6 kn41 1-hav11 11:25

......... p. p... p... p... p... p..... p. p. p... ~ -. - p - +

- p.- p... p -..... -..

IDATE R0W COL ftAN CE-t CC-E PR00E IMD LOG INCM1 IkCR2 LEN VOLIS K61APEl C0 K XTS 4........ p... p... p.

p...+.... p... +. p...p.

.p.

4..p.

- p +..+.. =

I29 Sip 24 49 0 ICH TEC 41FG ED 1

711 I

l i

nun.nninnunmum um= m

== mm n= n mum u n unu nn===:

I I

I 25 49 1 TEC TCH 410-Er DI 3H

.M

.00 at

.52113 1/ lt:11 or DISCEPsktY tS1UTICH I

25 49 4 3H 3H RPC-ZR RDO 1

53I I89-Sep 25 49 0 TEH TEC 41FG KM 1

711 I

I u n u==

n======n:

linnuumunmn=nmunm =mmm=nn=m:m=:m I

I I

24 49 1 TEC TEH 610-Ef DI SH

.00

.00 3

.BB 36 17 IC$tt.1 Of DISCEPAHCY RESOLUTION I

24 49 5 5H SH RPC-ZR 20 1

53l l

24 49 4 3H IN RPC-ZR E D 1

53i l

24 49 F TSH ISH RPC-ZR E D 1

53I I

24 49 8 RPC-U NT 1

53I I

24 49 8 til 1H RPC-ZR SCn 1H

.00

.00 1 b3 !@ SUP?001 UUEll AT 1H IB+-Sep 26 49 0 TEH TEC 410-3 WM 1

71 1 1

I inun:mmun= nun =nmmmum u n n m.-

m:m=m=:

I i

1 7 50 1 TIC TEH f1FET DI TEH 11.43

.00 h1

.it 17 17 IC:li Uf DISCrJARCV C$1UT10H 7 50 11 T!H TEH RPC-ZR DD 1

52I t?-;n

? 50 0 TEH TEC 41FIA ED 1

54 I I

I I

nunnu m=n=::

1 I

i 13 50 1 TEC TCH 61 F EF DI TEH 10.47.00 n1 14.74 10 17 IRESULT Of DIstrJAEY RES1HT10H I

13 5011 T3H IIH 2PC 2K E0 1

52 I I89-Sep 13 50 0 TEH TEC 4100: 2AY 6

1? I I

I

= - - - - - - - - - - - - - - - - - - - - - - ~ = = =.

........ m I n ma n..........m== nm::m:n I

I I

14 50 1 KC TD' 41FET DI TEX 15.26.00 h1 10.44 22 il IESULT Dr DISCEPAMC'! CLUTION I

14 5011 TSH TEH RPC C 2 0 1

b21 1 E9-Sep 14 50 0 TDI TEC 61FE0 KM 1

71 1 I

I i munumun mn=nmu==m======nunn=====nn=n==:m===mn n=- :=m-numn n:

l 1

I I

i 24 50 1 TEC TEH 41FEf DI 3H

.0C

.00 !!1

.60 94 17 !C ULT Of DISCEPAMC'. C30LUT10M i

24 50 4 3H 3H RPC 5 H M 1

53I 89-Sep 24 50 0 TEH TEC 41 F 3 HM 1

711 I

I

........ =n: m ====:: = = - = m :

I mumunnmn:m=nn==u 1

I I

29 50 1 TEC TCH 41FET < i 3H

.00

.00 51

.94 64 1710 11 Or DIMPAH0Y C31UTI0H I

29 50 4 3H 31l RPC 2R ED 1

53l l89-Sep 29 50 0 T01 TEC 61FEC ED 1

71 1 I

..======........n=m==

l n=n i

l I

p.......p...p...p - p... p.. p... p p...+.

..p....p.... p.....p..p...p. -

!CATE E02 COL PLf2 CE-E CE-E PROBE IE LEN It"1 IEt/ CHM VULTO DEE TISE!

C0f0iEKl$

p.....

p

.p...p...p...e-.e-p p... p....p..-p...p.-- p... p...p...

,,p t W

..=

= ISICAf!'.:! LISTIIE - ll0T11 LE6! CINLATM Cnidwood Unit 1 CCE -C/D4 IUPLtTIUM: An-M 1 hwM 11:23

.. p...+... 4....p...e...+...... p.. p 4..... p.... e...,_

. 4 -.4..

e..

I MTE R00 COL PLAN CE-1: CE-E PROCE D@ LOCH IRCRI IWCH2 CW V0li! (G IAffl COMEXi!

p..... p... p...,.... p... +.. p.

.., _.4_

p.... p p. p

. p s.. e......... -..

l 4 51 1 KC TEH 410-Ef DI TEC 19.30.00 M 2.01 107 1? lE$lli Of DISC C AktY CSOLUTIDN 1-4 51 1 11C TDI die-Er 20 1

20 ll13UL1 Of DISCRLrnNn' EE30LUT3ft i87-14p 4-51 0 EH TEC 410-ZA DI TEC 17.2d

.00 M 1.35 102 54 ICSULT of DISCOANCY Cs0LUT10M i 87-Se9 '

4 51 0 11C TEC' RPC-ZA ED 1

?P1 I

i

- Imumunnumummn.nnumunnmun.mmnmsmmamannnnnnnnn=nmmumn=n==nn 1

I l'

24 51 1 TEC IIH 410-Er DI 3H'

.00

.00 M

.45 Cd I? Il13 ULT Or DISCkiPnRCY 430LUTIDX l

24 51 4-3H 3H RPC-Zi CD 1

53 l l87-Sep 24 51 0 E N EC 410-EB 20 1

71I i

l 1

- l=mm=mmmmunmunnmunum=nmummumm..

-un=nmum=unnmu====nunn i

I I-38 51 1 ilt TEM 610-Ef DI 3H

.00

.00 m

.40107 20 IG15 ULT of DISCRErAHtY RE30LUTI0tl I

38 51 4 3H 3 RPC-ZR SAI 3H -.00

.00 2 2.30 43 53 ICTC3r FOR POSITM I.6.

38 51 4 3H 3H RPC-N LA 3H 370.0 23P.0 M IN.M 41 53 I I

38 51 4-3H 3H RPC-Zt LE 3H 414.0 228.0 0 1M.00 3? 53 I i

38 51 4 - 3H 3H RPC-N PIb 3 -

.M

.M 2

2.34 35 54 I))))) POSITM I.D. EsistLIMD U(U l

38 51 ~ 4 -3H ~ 3H RPC-Z3 SAI 3H

.M

.M i

.32 C? SS ICTE$f FOR POSI!M I.D.

I 38 51 4-3 11 3H - RPC-Z3 L2 3H - 2PS.0122.0 1 IN.M 21 55 I l8?-Sep 38 51 0.EH TEC 410-ED ED

-1 72i I

--- n m nmuu=nn

.... m m m n = n m n m a a m u m : = u n = = = m..

1-1 1

39 51 1 -11C EH die-Ef M 3H

.00

.H M 2.79 75 20 ICTEST FOR P0$1TM I.D.

I 39 51 1-110' TEH - 610-Er PD 3H

.00

.M M 2.b? d5 50 l))))) POSITM I.D. ESTABLlis Um I

39 -51' 4 3H 3H RPC-ZR SAI - 3H -.00

.00 1 2.87 71 53 ICTE$i FOR POSITM f.t.

I

~ 39 51 4 38 3H RPC-Z3 3AI 3H

.00

.00 1 1.0P 77 55 ItETE 1 fur PO!ITI K I.D.

3P' 51 4 3H - 3 RPC-23 L2. 3H 451.0 234.0 1 1M.M M 55 I I8P-$ep 3P Si 0 TER EC 610-Ef: ED -

1 721 1-l 1mmunm=

m====

-.nunmmm um...

.. 4 m =nmmn==n n='

1-I

?I 39-5311 10C EH die-Er DI 3H

.00

.00 M

.73 88 19 I I

'3P' 53 3 3 - RPC-ZR SM 3

.00

.00 1

.70 01' 53 ICTC:I FOR PMITM I.fr.

-1:

37 - 53 4 - 3H - 3H RPC-ZR LE 3H 196.0 204.0 M 1H.M 35 53 I

.I 139 53 4

-3 3 RPC ZR PD 3

.00

.M 1

.47 94 54 I))))) PCITIUC I.D. CSIRISO (GU -

-1 39 - 53 4 - 3H 3H RPC-23-$ AIL 3H

.00.-.00 1

.43 P1 55 IRETE31 FOR POSITIVE I.D.

~ l --

37. 53 4 3H ' 3H ' RPC-ZJ LU 3H - 457.0 245.0 1 100.M 42 55 i L87-$ep 37-53 0 TEH EC 410-EB ED 1

72l I

i 1.

m mmu um=====m 1-I 1-40 53-1 10C TEN 410-Er DI 3H

.00

.00 M 1 01 75 it-l l-40 53 4 3H ' 3H R:T-Zt 5AI IN

.M

.00 1

.31 105 53 ICTE:I FOR POSIT M I.D.

I 40- 53 4 3H 3H RPC-2R LM 3H 307.0 223.6 M IH.M 38 531

.1 40- 53 4 3H 3H RPC-ZR PD 3H

.00

.M. 1

.45 51 54 l))))) PCITIVC I.D. C TRISO UU(

40. 53 4 3H' 3H RPC-Z3 $AI 3H

.05

.M 1.

.47 CJ h5 IRETEST t0R POSIT M 1.0.

a p... p. p.

p.

p

.p..... p..p...p.

. p.

.p... p..... p..p. p..

I NTE - R0W ~ COL' PLAR CE-C CE-E PR0DE. IXD LOCM INCit! INCH 2 CW UDLT; DE61s!11 C0tiEH1$

p.

...p.

p

.p.

p

.p

.p...

p p.

p....p....p

.p p..e

.p..

PAGE 4

TU!

=. -

- - \\

L INDICATI0R LI!THE CGTH LIES CUntLATIVE traideod thiit 1 CCE 444 IX3tEt11tr:1 Le ?!

1-nw-r1 U r."

,.......4...4...4...4.4...4.....4..4..p..4...4..4....qq....4...................................

I MTE ROU COL PLAN CE4 CE-E PROK IE LOCM DCR1 IXCK2 CllAM U0li! K6 TAPEI C0dh3T1 p..... p... p -.4...

4.... p. p.... q.. a.. - o...

4..

. p....p.... q. 4... a.....

I 40 53 4 IH 3H RPC Z3 LXu 3H 304.0172 0 1 1 %.00 2f Z l I89-sep 40 53 0 TEH EC (1FG ED 1

73I I

I lmunmumunnununusuc==usun=munu =nm ------ sunm-=----u== 1-v um=m s: nn=-n=m i

i 1

21 55 1 TEC TEH 61 F EF D1 3H

.M

.M h1

.71 C4 It itE UL101 DISCEPAXCY RE30LlfTI0h 21 55 4 3 3 R?C-ZR ED 1

521 1C?-sep 21 55 0 TEH EC 41FG ED 1

73I I

I l =n n= n=n=nu nnn-= nun==n=nu n= c==n m===n==n = nn= #.=nn n= n nu=n =n u n = = =s.=.an= n s-1 I

I 40 54 1 IIC 1EH 61FEF PI M2

.M

.00 h1 11? 41 1? l-E IM hEJELY RLWD IM RETE 0111' I

40 M1 ilt TG 41FEF 22 H2

.M

.M M 1.23 M l-THIs.M MAlly En0VED FRon ETEst LI:

I 89-$ep 40 54 0 11C EC 41FR ED 1

4I IBP-Stp 40 54 0 11C TG 61FG ED 1

81 ICStLT 0" 0IscrEPANCY K$0LtiT10R I

I tumunm mmu man n=nu mu n m u mun m::m =n nn== mm= um:nnnn nn=n u mum-I 1

I 43 54 1 TEC TEH 41FET PI AU3

.M

.M M

.61 90 1? ICULT Of DISCEFE K$0lHTICX

.. _...........-.............-... g.THI; TIEE hEJALLY REWU Ttch ETE 1 t!

i 43 l

43 11C TCH 41FET 16 W2

.M

.M M Jo M l THIS TE MALLY Kh000 FR0h KEst il

'1 43 54 i 11C TEH 41F ET 21 W3

.00

.00 h2 1.11 M i-MS llSE imMHALLY RLhWG Im RETE 31 LI s

I 89-52p 43 54 0 11C TEC 61FB ED 1

4I I C?-itt 43 54 0 11C EH 61FR ED 1

81 1 1

1 im:n umm==mumnuu=mmumunnmemm==:mn=uun====n=mnun.=n =mmn I

1 44 54 1 TEC TEH 410 EF TI M2

.M

.M h1 1.71142 I? l-E tutE he& tis EFOS TM ETESI LI i

44 54 1 TEC TLH 410-Er PI M3

.00

.M M 7.85 20 if I-THIS Th MALLY REh0VCD FM ETC$f LI I

'44 54 1 11C IEll 41 F EF 25 W2

.00

.M h2 1.M M l TRIL lE !Wl'.KLY REWD IR0h ETE01 !I 1

44 54 1 11C TCH 410-EF 32 W3

.00

.M M2 2.4C M l M3 TE IMJALLY fGMD FR06 KE$i LI

'l B?-Stp 44 54 0 11C TEC 41 F Et E D 1

41 1 89 Sap 44 54 0 100 TEP 41FB 27 M3

.00

.M K2 1.03 0' I I

I 1

n=m n =n === m n = = ===u.

n m=un n: ===== =

1 1

1 47 54 1 TEC TG 61FET PI M3

.M

.M M

.it if I Kstti Of DI:0'EPARCY C OLUTIDX 1-THI3 IUDE hAMLY EWJED IM RETE 31 L l

47 54------------------------------------------------------

I 47 54 1 ilt TEH 41 F ET 11 M 3

.M

.M M2

.41 501-THIS TE MALLY REMD FR0h ETEST L1 1 89-Sep 47 54 0 110 TEC 61FE0 ED 1

4I I89-Sep 47 $4 0 10C TEM 41 F B E 1

01I l

I l

= mm--

n

======mn=nma:en==:m= m=

1 1

1 45 59 1 TEC TEH 41FET P1 W3

.M

.M M

.60 94 201-M: TE MMLLY EWC fM RETEST "

l 45 59 1 TEC TEH 41FEF PI M4

.00

.M h1

.76119 28 l-M31UDE MALLY REWS FR06 KTE$i 1. ;

I 45 SP 1 11C 18 61FEF 23 W3

.M

.M d2 1.27 ?f6 % t-Mt TR IMLLY Eh0VE0 FR0d KTE!, !

1 45 59 1 11C TEH 41FET 25 04

.00

.00 h2 1.M M l-THIS 1UDE hAMLY REh000 f M RETES1 L p....... p... p... p _p... p...p... 4...p

.p

. p

p... p...+. 4_ p..- -

IDATE R0u COL PLAR CE-B CE-E PR00E 15 LDG INCH 1 IXCH2 CHAN WLT3 DEG TAPEI C0hliEX13 p.

p p 4 -

- p...p.-. p..p...p..

p _.w..

4_

p..p

.p PALE 7

11-l,

!@! CATION L!!!ING MIN LCt! CUNULATIE Inideod Unit 1 C0t -C44 IX1ML110N: ker t1 1 nW1 II:n

,........(....p...p.. 4...p 4...

.p.. p... p...

4...

4..-4...... p p 4...........

I MIC 8% COL PLM CC4 C(.E MtC D3 LOCR IERI IOR CW VJL1! K6 IW1 Cl4[Wl; i

p... 4... p... p... p...p... p... p.. o.

p... 4... p......... p..o... p....

I C9 14p 45 tt 0 11C ilt 41 bit U 1

4I I C M er 45 59 0 lit 1(W (ibn E 1

87 I I

I i m snm em m u n m u t u n n n m u t u n u n nt t m m u n n m u m a n m un n tun n u m m u n m n n -m u n n m I

i 1

46 LF 1 TIC 1[H 41bD fl W1

.00

.M hl. 2.34 ?? ?4 IK;it) Ul fl$0CGCY tt',0LU11E i

4; $7........................................

.............. t.1H!! in 6AHWLLY tth00 iR0n WIL1 f LI I

46 59 1 TIC 1[H sibli il W2

.H

.00 M

.7214r 20 IE!Ull DI Dl:CWMCV d!DLVilla l

4g $p.................................................... l.TRI: TE WJEY 00 0 IE06 tilt i L!

l 45 tt 1 1[C 1[H dit-U fl W3

.H

.M 51 160113 28 ltI!UI,1 Of CISLtIPAM n!0LVT10M l

44 $p................................................_. i.iWis TE WJEY KNr.O f 90t Kit s i L1 1

46 5P 1 11C 1[W 41blT 42 H1

.M

.M 52 4.64

% 1K10$110R POSIllVL 1.D.

(g 5p................................_....._.-.-........i.gg tg gany sty,o regn gig g u I

(d 59 1 11C T[H 410U 24 W2

.M

.M h2 1.M M l THl! Il0C hMIALLY RLh0VED f tur 41(11 L1 1

46 91 11C TDI libCT M W 3

.M M 325

% l Thl: TE WJEY REh00 Icon CK 1 U i

I 46 59 1 11C 10H (IbU FID W1

.H

.M K1 2.54 t1 l))))) 00:111tt I.D. L!ikitISHL1' UU(

y $p...............~......._................~..

..m l. IRIS TM EJEY RCh(AU f 90f. Kitti U l CP-sep 4( $7 3 11r TIC di b[C E 1

4I iBPttp (i 59 0 100101 fibG 24 W1

.H

.M h2 474 1R l t stLi Of DISCntAkCY t$t1LU110F l thitt 44 59 0 1M IIH 41bn ?) W3

.M

.M M C7 IK:Ull Of D13C u tAMCY K 10LUTItC I

I l t t M

• tt t t t tttt t tttt t t t t tt tttt rtttt ttittI nt s M ttt t tt t tzt$ tt t t t tt ts rut tt tt t tt ttttit tt tt Es ts stet tttt tt tt tt tt tt *t terat tt tt t ts et i

g i

i 3r 61 1 EC itH dibU 72 3H

.M

.0? h1 1.n 84 W 141[11 l02 M11DI 1.th i

39 g 1............................ ~.......... ~................. i gt3 l. g: t tu,t gg 1

39 41 1 i[C 1[H dibU FD 3H

.00

.M 8tt 1.tt 74 % 1))))) t03111VE 1.D. UlklO510 UU(

l 3P di 4 3H 2 CPC 20 3 1 3H

.h

.M i 20.M 23 M IKK$i f02 P0 ITIK !.D.

I 39 41 4 3W 3H RK.ZR LW 3H 20?.0 284.9 h1 1M.M 40 M l I

!? 41 4 3H 3H RM D Sk! 3H

.M

.M 1

1.0 69 $5 IC'E$i FOR PO!!TIK 1.t.

I 3a (1 4 3H 3H RM D LU 3H 357.0 220.0 1 1M.H 39 55I I 0914p 37 41 0 ICH TEC (ibD M 1

Xl I

I I m anunmn unnmmumma mnummnmemnnu m mmumumunumu mummtumummm i

I I

37 70 i TEC TDI d1FCf DI M

.M

.M M

.P11H 31 I I

3P 70 4 3H 3H tK-22 3Al 3H

.M

.H 2

2 % 7? 53 IRETL3110R T45111VC 1.D.

I 37 70 4 3 3H RPC Zt L G 2 246 0 328.0 M IM.M S4 53 l t

37 70 4 3H 3H RfC ZR TE 3H

.H

.00 2 1.f/ CC 54 l))M/ f031 TIC 1.D. [31 kite 1D ((U(

l 37 70 4 3H 2 atC U !Al 3H

.H

.M 1

.32 C3 53 IKEittiIOR fo$1 TIE I.D.

I 39 70 4 3H 3H RPC-D LD 3H 423.0 239.0 1 1M.M 41 55 l ISP-ste

!? 70 0 TEH KC 41b3 ED 1

23 ItttLi 0" DISCCFMCY KtULUTICX l

I i m u n nu mu n nm un um mnunnu n m mu n m um mm m um nu n unn u m um a n n m u n u nn n s u I

I i

44 70 1 TEC 101 die-Er DI 3H

.M

.M M

.9 ?? 31 I l

44 70 4 3R 39 RPC.'t $Al 3H

.M

.M 1

.44 80 53 ItETI!1100 futilllt 1.h l

44 70 4 2 2 RPC 2f LH 2 720.01M.0 M IM.M 13 El 1 1

44 70 4 3H 3H RN-22 PID 3H

.M

.00 1

.41 72 M I))))) 00:lilVE 1.D. [$1EthMR U(H p.......p...p...p.

p...p

.p..~ p-p p.

.p. - p.

p

...p..p.-..p..........-.........~

I DAR R0W COL PLAH CC4 CC-E PRODE IO LOCH IWCH1 IRCR2 CHAM VOL13 MG 1sMI CunhtX1$

p.......p.

p...p...p...p...p p.4.-.p....p.- o

.p..

.e e p ~.. _.......~..-..~.....

PEL 8

11

DIDICA!!~1 LI!!M CTH LtG3 CURATIVE Inid.nd Unit 1 CCC C44 IK!PICT10H1 oM1 Prw'41 111M l

........(....(....(....(....(

4...

4.. 4.

.(...

4.... 4.. - 6......q...(...,....-...............................

IDAi[

m COL PLM CC4 CC-[ TR0!i I@ llU TEH1 INCH 1 CHAN E!! D3 IMCI C0rKHi:

(.....4~..4...4....(.............4..6....(....(...-.4....(....(..4.4.......--._............

1 46 ?0 4 3H 3H RPC-73 SM 3N

.00.00 1

.50 Cp 5',IKifsiIDCP051TIW !.t.

l 44 70 4 3H 3H RPC Z' 001 3H 303.0 204.0 1 100.00 Y. % l l Ct !t; (d ?0 0 ICH f(C 410-CD OD 1

1. 1 1

1 l s u m u n s u n un m n u s u u n nmn n usm mm nu u n m u nsus unm u n n m nu n u n n s a nm u s n u m m s I

l l

20 74 1 11C 101 dit U.

n

.00.00 M 1.31 1E 46 IWIC$1 (DC P0;IIIK I.D.

I 29 74 1 11C 1[H 410-U PID SH

.00

.H M 1.44.1 50 D)))) 10:lill't 1.D. [5Mit1DD U(U l

20 74 4 3H !N #C-ZR @D 1

53I I

W 7410 1H 11H Rit-N MIt 1

53 I I

28 74 5 5H W RPC-ZR $M SH

.H

.M i

.?S C3 54 IKIC$i 100 P0;fifUC !.t.

I P 74 4

!:1 $H RPC4R LXk $H 294.6 217.0 M IM.H 37 53 l l

28 7o 5 5H 5H RPC 13 AI 5H

.00

.H 1

.73 74 5', IE TC$f I0c r011T M 1.0.

I 28 76 5 LH $H RPC-l! LXil 5H 314.0 15 M ! 1 0. M 25 55 l ItMer 20 74 0 TEh i[C 410-D: Et 1

!? I l

I j u n mu m mm u mu ma n n un un n nn n m m un u n s un m nw nn m mmn um u urunm un unu nn I

i I

47 74 1 1[C 1[H (10 Ef DI 5H

.H

.00 M

.(7 (3 33 lCRI Of f!:CKPMC7 CullIIIDH l

47 74 5 LH $H RT;-ZR HDD 1

53I I

(? 74 4 3H 3H RfCZR GP 1

$!l I

47 74 10 1H 1 H Rft ZR Nft 1

53i SMet 4? 74 0 ICH T[C (10 D: Et 1

!? I I

i lunnmunnmunnnnunumn msusunnmuunmnnuunnunnumumrnunnnnmununmm i

i I

7 85 1 ilt TCH 410-U DI 3H

.4

.H M

.37 72 44 lKMi tr DISCEPANCY K$UlllT10H I

? C5 4 RfC ZR N1 52l l

7 t$ 4 3H 3H RPC-ZR D D 1

54l l

7 C5 4 3H 3H RPC 13 Et

$5I I OM p

? C5 0 ItX 100 (10 20 m 1

401 1

I inunnmunnunnnnnununusumununmmanunmmuunnmuunnununnunnmuun unn i

i 1

33 85 1 TEC TDI (10-U IM TCH 12.50

.M M 351 l

33 E5 1 11C T[H 410 U IMR 1[H 12.57.00 M 44 l 1 Bf4tp 33 85 0 TCH T[C fit-Et DI TEH 12.54

.M M 2.44 34 47 lCET Of DISCEPMCY KMUTICH I C M tp 33 25 0 TSH f[H Rft-Et ED 1

93l l

l I n mu n u n un n u m u n u n u n nu n mm n u nu n u n nn u m mus unnn n u u n mum n n n n u n nm u n u l

I 32 88 1 TEC i[H (10-U 25 7C 3.40

.M 1

1.13157 36 IRER1 Of tISCRLPEY E!0tU110%

i t? ;tt 32 C3 0 TEH T[C 410-ZA 31 70 3.30

.M 1

.CD 141 43 l lCMer 32 08 0 7H ?H RPC 2A Sch

1. IMliDVAL FR0h PLUG LI:1 Cht[0 OX tttlH 1[l lCMer 32 CS 0 7H ?H RPC-ZA SAI TC 3.75

.H 1

1.24144 ?P idRT tr LAR leggp 32 gg _.._-._...~._..________-._ __... l.TU: IUM AMUALLY Kn0tG I C0h PLUG LI:

I g g,7 3; g;....................

[.TMS TUK TAMLLY KraG froh Citsi l -

i i

t unnunnmunmmummmmmumnummumunmmmmusmunn usmnmuununms mann I

I

,......,....,......,.........+....,...,...,. _,...

..,.. 4..

IDATE 20l1 COL PLM CE4 CE-t PR0ft IND LOCK INCL!! INCM2 CHAH VOL11 000 TCl C0$iEH13

...........4............_.....4..4............_,..+......,_......................._,

4

IsiCAi!] LI!!M C~iH Lit! CIRuiM Inid6W Unit 1 CCC -C44 ICrillic: Accr1 1 h.e r. *::D i

4....(....(....(... 4...

4...

4...(... 4.

. 4.-..+... 4... 4-.4~..

4................................ j i LATI tW COL PLM CC4 CC-C PR0K 14 LOCN INCH 1 D H.' (M t'OLf:: fa IAM!

Ct E xt:

(...

...(....(... 4....(.

.(...

4....(...(...

4....

4.... 4....(.....

4.. 4....q.......-......

l 23 ft 1 f[C TD (10-[f I! 3H

.00.00 n1

.7/ C2 3d ICiti 0F (!::CKrARCY CitUll0K l

23 ft 4 3H 3H RM-2R $Al N

.04

.00 2 2.!J t? t5141(11 FOR f0!Ill'A 1.k.

I 23 90 4 3H 3H RPC+ R 131 3H 324.0 220.0 51 It0.00 I' 53 l l

23 70 4 3H 3H RM 2R FID 3H

.00

.00 2 2.21 f? 54 I))))) PO!!1M 1.D ($1kt:Llm (((((

l 23 70 4 3H 3H RN 23 541 3H

.00

.00 1

.3610/ Y IKit$f TOR PMITIV: 1.0.

I 23 90 4 3H 3H RPC.23 LU 3H 400.0139.0 1 1 M. M 24 13 1 1SF-!tt 23 P0 0 IEH i[C 410-ZA WLD 1

44 I I

I l i n un u nn in nin e r ni n n ninunn u n un nn nnnin nu n n unn en a n nn nn ununnr un nr u nnu n r unn :

1 I

I 30 95 11C ICH (10 Cf d 3H

.00.00 n1 3.00 ?! 42 IK!CCI f 0F Ptt'ITZ I.t.

l 3e p5....................................... -...............-.. I M itil - 1[:1 i Wii 11LL 10 10 1

30 75 1 11C TCH 410-Cf FIO 3H

.00.00 A1 2.40 J/ 50 l))))) 4fiM !.D. CSIAfti:30 (((((

l 30 95 4 3H 3H RPC 2R $Al 3H

.00

.00 1 2 7/ ?? !.3 ItEll;i t0R t01111VL 1.D.

I 30 PS (

3H !H R?C Zt LW IH 400.0 !!C.0 n1 100.!: 54 53 1 1

30 f5 4 3H 3H Rft 23 1A1 3H

.00

.00 1 1.04 73 !5 IKTLt110R railiM 1.D.

l 30 f5 4 3H 3H RN 23 LW 3H 4H.0 200.',

1 10(.00 45 $$ l 1 09 tr.,

30 f5 0 1[H i[C 4104A HDL' 1

46 I

(....... 6....(....q....(....(....+.....

4.. 4.. +.....+.....(

..(. -..

4.. 6....g.........

I l' ATE R0k' COL PLAN CC4 CE E PROM IXD LOCN IXCll1 INCH 2 CHM Y3L1: (CG 1AMI C055EK1$

(........+....+....(...4...4..........,..4...4.....(....4...4-.._(...g...o..................._..................

Pi4[

20 101 AL 111' S

IXDICAi!] Ll!!ING C'fW LC5! Ciri1&TIVE inidadUnit1 CC[ 144 Icitilta:

w-il 1-h r rl 11:i;

........ p... p..

4.... p.

p... p........ 4.

4._

4.

. 4 p

. p p.. p...

IDAll M COL PLH CC t CC-C Pt011 D2 LOCR INCH 1 IXH! 011J V113 Kb [MTl CMOI; 4...... 4... 4.... 4... 4.... p.. 4...... p.. p. p.. p... 4 - ~ 4 -. ~. 4 ~. p.. 4........ ~........... _.....,.,,,,.

I I

Icummumnun nsunumununmunne mnumanunnnnusmnnnmumnunum m.msnmm.,

1 I

i 16

$1 TCC IIH 410-U DI 1[C 18.t?

.00 E t.40 15 t it[$tfL1 of ti;t@Mtv dtutullun l C M tp 18 50 i[H i[C (1 F 00 @ D 1

27 I I

I l u m umumu nnnm u nunnu nnun unununn unu nnuu nmu unn unu nun unnm u mmu num i

I I

20

$1 ICC 1[H 41 F Cf 0! 1[C i.51

.00 M1

(.C 27 0 I C R I T DISC C MCY C LUTION I

20

$1 TIC 1[H 410U DI 1[C 12.0018.24 al 6.71 20 C IK!11 If LM i C M tp 20

$0 TCH 1[C (1 b CD W 1C 12 0C 1t.24 M1 1.54 50 27 lttaf Ir LM l cp-up 20

-- - - - ^ - -- -

- - --- -- - -- l THl 11At hWJALLY R[h00 It06 PLUC L1t1 I69Str 20

$ - - - -- - ---- - - - - -- - -- - -- -- -- ------ -- ---- -- - I AT E ! ! TISI f *, ICL 10 EC iCNet 20 50

?C T[C (10-[t PID 1[C 14J4.00 h1 1.C 43 49 in 11 OTtl:CdtAC W10LUl10X l g g,p yo

$ ~ ~ ~. - - - - _ - _. - ~... _ - - _..... ~. _ _ _ ;))))) yg;I;Ig 1,p, rsi n gg g g gt I CMar 20

$0 10 frC RPC-2A HD0 1

71 Inh 0 VAL 1006 PLUG L1311210 DN hRPC RE!UL' l

I i m m u u n n u m n u n u m u n n u m u m u n n e n n n n n em nm u n m m n u n n ema n mmm nn n a n n m n l

I I

f 41 TIC 1[H 41 F Cf DI T[C 1.By

.00 h1 3.tr 120 7 IN30L1 of Dl!LMPM0Y t[SOLDIIDM l

P 41 i[C EH 41FU DI EC 7.S4

.00 A1 4.88 22 7 IRE!11 K tISCCMCY Citui10R I C M er F

60 IIH TEC 41F[l' 0AV 1

11 I I

I n m u n u n m umm n munn n n m m n nm u m mm m unmu n nu m.mm rum m un unn = nn a munu.

I I

I 20 71 TIC T[H 410-U DI IIC

.74

.00 h1 2.Pd110 C 10(SULT Uf t!!LnPMCY d50t0110H I

20 71 TEC TCH 41 F ET DI 1[C 1.57.00 n1 1.89 24 8 Insit T t!$CUMC'l COLUT10X l

20 71 IEC 1[H 41FU D11[C 2 20.00 h1 4.41 40 t ld:Uti Of tI!CRIPMCY E!0LtITION ICMtp to 70 TEH TrC (1FD1 H!D 1

18i I

i l u n n u m nun n u m m mumnim mm um unm m un m n m m m u nn mm e n n nu n n e cmn numu n:,

I I

I 23 81 TEC TEH.1 F ET DI100 b31.00 n1 2.77 27 / IDL10F DISCCMCY OtUt!0R I C M er 23 80 1[H T[C 41F LP H!'L' 1

201 I

1 immunmnnuunnummumnunnnnunm=nmunnnununnmunmmunnmumunmmmun.

I I

I 7 12 1 T[C TCH 41FCI INR 1[C 17.?b.00 h1 tIR!ULTOfLAR I C M et 7 17 0 TDI TEC 61FG DI i[C 17.25.00 h1 2.22 53 44 ILT!UL) Or DISC M MCV E SOLUTION I 89 $to 7 17 0 ISC IEC RPC-ZA HDD 1

71 l l

l l u n n u n m u m m u m m m u n n nn m m m nu m m mu u =mm a m a n n u mm an n u n u n wn num u n.

I I

I 24 21 1 TEC i[H 41FU INR 1[C 19.r1

.00 h1 1.t.6 89 10 ld!lt1 Of 12 1

24 21 1 TEC TEM 41FU INL' TEC 1M1.00 h1 22 ICLI K LM iBMer 24 71 0 T[H T[C 41FCI DI EC 19.t1.00 A1 1.33 85 32 It[! ULT Of IISC d PA M t[10LUT16 4......p...p..4....p...)-..+-...44..~,.~.4~..(~.p....+.+--p.._~~~..--_...-...-....~...

DATI ROM COL PLAN CE D CC-[ PR0!i IND LOCN INZ1 IMDC LdM U113 KG 1APCI COMEH11

,....p...p...p...p...p.p...p..p...p....p..p...p.....p.-p-o...........~..........._..............

CAM 1

Tul l

]

IE! CATI ~J LillDL t$iH LILS CtR111!VC Cnidwood tinit 1 CCI 144 IHLPIL11tiW1 we-t1 1 u h 11r;.-

.s..

.,..........................+. -

I14TC R0y Col PLAN CE 0 CC-C N0!( 1 0 LLER RCR1 IRCH2 C N E 1: (G TwPEl CQKNi;

,.............,.............,.._..+....................,....~,...4.......................-

It?tip 24 21 0 ist itC P.PC ZA G D 1

71 1 I

I Inunumunnununnemmunnmuun nmunnmunmnemummnunnum mummunmuumn 1

I i

4 22 1 ilt 101 41Ftf FJ:n ill 13.52

.M 1

.70 143 2d I I

4 22 1 11C 1[H 41bli hth 311 22.37.00 1

.82 167 2d l I tblep 4 22 0 11H ICC 410-[0 ED 1

2I ISt$te 4 22 0 11H 1[H dib[0 E D 1

80 1 1

I l u n nu u n u n u n u n n m un m a nn u nm m m n u n m nm a n n m u n m mm ne n n nunn u n,m mun un:

1 1

1 35 22 1 1[C 1CH 41FLT ED 1

10 l 1

35 22 1 ilt TEH 41F(f t'I 5H

.00

.M Al

.?4124 24 ICLL1 Of 11 CCAC Cult:110M i

35 22 5 LH 5H RPC 29 2 0 1

6I I

35 22 4 3H 1H RPC ZC XDD 1

45 1 1

35 22 4 1H I!H RPC-N NDD 1

6I I tbler 35 - 22 0 TEH TCC 41FD @D 1

32I I

I l im nin nnuunnnnum a a nn u un m n u n nmu mn n u m u n n m u nnun nn n u m nuu nman unmu I

I I

(3 22 1 IEC ICH 41F[f Dif TCH 15 23

.M K1 2.45 40 10 l E $lli tf L M i th!ep 43 22 0 i[H TIC 41FG DI TEH 15.23

.4 n1 1.74 (r 33 ItEstLi or 011CRLPut.t RES0ttnIDM

.SPStp 43 22 6 i:H i DI ffC-Ct W D 1

CS I I

I i nnm m umumunnm unmnu n sun nmumnim un nun n u mumu nmunmnemimm u n um un I

I it 25 1 lit 101 41F[f 32 TCH 14.1P

.M 1 15.79 13 27 IC$tLi tr LM i

19 25 7 ISH 1[H RP 2R GD 1

45I I 8btep it 25 0 TEH TCC 4100: CD 34I I

I innuumunnununnmmummunnmmnummumsm nnnnnnunn;munnmmumumm. m i

I I

25 27 1 lit TCH 41FET DI 3H

.M

.M h1

.3S 103 27 1 1

25 27 4 3H 3H RPC-N E D 1

45l I BMer 25 2? 0 TEH TEC 61FG @D 1

35I I

I I nun u nnm:nnm m um n e m uu nnmenmmummu n unnmm mu nmmumu nmmnemu mu m I

I I

28 27 1 11C TCH (1FET 27 TCH 20.38

.M 1 20.21 11 27 I C iti tr L M i

28 27 7 TSH TEH RPC N ED 1

6I Ir ;et

?! 27 0 TCH TEC dio-D: @ 0 1

35I I

I I n nu nm u n n mmu u n m n mu n u nun u nim m u m n umm u nn uunmu n n u n u nmnemnuu nn u 1

1 1

30 27 1 11C TCH 41FET DI 3R

.M

.H K1

.30427I l

30 27 4 3H 3H RPC-N WD 1

65I IBMer 30 27 0 TDI TLC 410 Et E D 1

!$I i

i 4

Innnumunnunununnunnsnummunnunnmimunnmmn==mnnunn=m rmmmunnmu l

.................,....,......,......,..........+_.4....,............._..........

I14TE R0W COL PLM CE-C CC-E PRODE l@ LOCN IXCR1 INCH 2 QWI VOL15 DEG ikPEl C0siENTS l

.......,..........................+..,.,...,...............+...

ti apr

LO! CATION LitTIE - I:0TH EEL 1 Ctr.1AflVE InidwoodUnit1 CCE -C44 IX*,PLCTIR: Aar4!

F n e l ll: ;

t

(........p..

4...

4..

p.

4....(......p<.4..

p.

4.....p...p.....+.

4....e....

lDATE ISI CR PLM CE t CE E PRult 10 LOCE INCM1 IMCH2 0%H V0li! IG ik'Tl CitXWi!

l o....... p... p... p... p...p... p..... p.. p.

...v....o... o._..

4.. a..o..

i H 28 1 lic IEH 41FU 32 TDI 16.35

.H 1 1/.40 13 l7 ICSRI tr Ltd

)

i 40 28 7 ISH TEN RPC-ZR E D 1

45I lBP$te H 78 0 TEH TEC 41F G DD 1

35I I

I lumunm nnnunnmmamimunnununmununnunununnunnnnmmuunmunnmunennu 1

1 1

29 21 1 11C TCH 41 FET 32 K H l'.27

.H 1 10 C 1A 27 ICULT tr LAR l

1 29 27 1 ilt IEH 410-U M RH 13.37

.M 1 10 01 12 r/ILElt1 Of Lkt L

i 27 29 7 !$H TEH RPC lt CD 1

45l l 89 $te 2t 29 1 TEH TEC 41FG 20 1

36 I I

I l um mu n m u nu n u n u nn n e n nu n m a n muu n nunn u mmn u n m u m n = m.n n u m m um mm,m I

i I

38 29 1 11C TEH 41 FET 30 KH 15.14

.H 1 23.30 12 27 ltE!!C1 Of tkR I

!! 2? ? 11H TEH RPC Zt ED 1

65I

(

I thier 30 at 0 TEH TEC 41 FEB C D 1

35i i

i l um u n un u nn un r u u nu n n u n unn u n m u mmun u n u n n maa mmn un n u n mu m u mm r man I

I 21 36 i TEC TEH 41FET IXR EC 4.15.00 El 14I i875tp 21 34 0 TCH 1EC (1FG DI TEC 4.1$

.H hl 1.37 n 3P I i 8 bite 21 34 0 TSC TEC RPC-2A G D 1

71I I

i lnnum um umnsu nmu nn mnmnumun m numuunn mmanmmmann rumnn u n mu nnum i

I l

43 34 1 TEC T[H 41FU INR TEC iMD

.H 1

14I l89-14p 13 34 0 TEN TEC d1FG DI TEC if.Pf

.00 h1 2.57 34 3? IC&T 0" 0IOCEFAktY t$10110E I CF$te 43 M0 130 TEC RPC-2fi E D 1

711 I

I lnunnu'mumunnununmamuunmumumunnunnmmmmummummnunnnunmmmm.

I I

i 44 39 1 TEC 1[H 61FU IXR RH 19.14

.00 R1 IL l I87-Sep 44 39 0 TEH TEC 61FEC D1 TDI 1?.13

.H R1 1.@ 53 4 !CSRT 0" DI$CKfANCY CS10i!OX l 8F!rp 44 39 0 10H TEN RPC-G DD 1

85 I l

I

~

Imnumnunnumunmmummmann nnmummnumannomumeman.nmmmmunmuun-I 1

I 42 H1 TEC IEH (IFU IHR TEC 121)

.M h1 lbI I

42 01 TEC TCH (1 F ET IHR TEC 13.42

.H h1 1S I l tb$te 42 40 K H TEC 41F G DI TEC 12.1t.00 h1 3.63941 IRESRI Of DistdP'.RCY RLS0LirITE I8F$te 42 H0 KH EC 410G 171 IEC 13.14

.H h1 1.1/ F3 411C11 Of DIZEPANCY K$0LUT!W l 8F$ep 42 H0 TSC TEC Rft-2A ED 1

71I l

i lunununmunmunumnumannnmm=munmmummm=nummam=nunmmumumama i

t I

i 38 41 1 ilt TEN 410-LT DI 3R

.00

.H K1

.74 42 30 It[$11 of Dl!CkiPAXtY Ei!0ttTTIllit i

38 41 4 3H 3H RPC-ZR ED 1

(( l 1 BF$ep 38 41 0 KH TEC 410-G DD 1

41I p.......p.

p...p

..... p... p.....p..p... p.

4.

..p

.p.

..p 4

4....

I DATE R0W COL PLAN CE-C CE-E PR0ft IE LOCK IXCiti INCH 2 CMM 00Lis DE6 iktEl COMlDfl$

p....... p... p... p...p... p... p..... o.. p. p p

p. 4......p. 4.. p..

PEE 3

1

r IWICAi!D LI!!M CTH LEG! CUM 1ATM t

inidwood Unit 1 CCl 444 IN!PLC110XI ne F1 MM1 Urd

,.......(.... p... p.. 4....(....(...

.(...(....t..... p. 4....(..... p -. p... p.....

IDATE 20W COL PLAN CE !: CC L PR$t I@ LOCH IE7 INCH 2 CHAN V3Li: KG litEl CO M p...... 4... 4.... p... p... (.... p... p. 4.... p.... p.. q p.. -. 4.

p.

p

~...........

....... t I

1 I

I~ ~ m n m m m u m m n ~ n m m,u m m n ~ mim m,un,n m wem - m m m.m.s.u m m m,w m m '

I I

i 15 44 1 TEC 1[H (1FET D11[C 13.23.00 M 2.W 44 1d ItE$tti Of Lkk 129$tt 1$ 44 0 KH TEC 61FD DI EC 13 23

.H 1

1.75 41 45 it !1 1 Of DI M 1PANCY EtR UTION l87-$ta 15 44 0 i$C TEC RP. ZA M 1.

711 l

l I m nu un nn u mm m u m tmumum u nim mm un m um u n u nnu rum em nmum a n s mu m.mm i

1 I

it 47 1 EC TUI 41 FIT DI $H

.00.00 M

.42 74 !? lii:R1 Of Dl!CL1PkM tt30LU11hX l

17 47 5 5H SH IPC-ZR ED 1

45 I i

19 47 4 3H 3H RPC-N M 1

45l l

1 17 47 8 T!N I!H RPC-Zg M i

45 I i

19 47-8 1:H 13H M-K !C5 45 !!tPl W I l101 UI!Ilu 61 1H I BP ste it (? 0 KH EC 41FG W 1

4l 1 l

I i nin n mus sm u nu n n m ms e n m unu miin nus u ru m e u r n u mnensn i n unu n u n m enm aru vunm!

I I

1 14 40 1 EC TEH 41FET DI EC 12.09

.H M 2.48.34 17 IK:li of !!!CEPAktY C1Utirg 1 Ch$rp 14 48 0 K H TEC 41 F G DI IIC 12.14

.H 1

1.77 53 44 IRE $lti of DISCEPANCY RC10LLIIW!

I t? Sep - 14 48. 0 !!C TCC IPC ZA DD 1

711 I

i

. :::::::::::::::::::37 :::::::::::::1 :: sstart**::::::arstesistes:T :::r::::: rtettariss**::::32 &T 28:337nttten:First4 '

I I

i 24 48 1 iEC KH (1FET DI 3H

.M

.H M

.37 (5 11 l E S1 T Of CISCEPANCY ESOLUTION l

24 48 4 3H 3H RPC-N M i

45l I tb$ts 24 48 0 TEH TEC 41F 3 2D 1

(d i I

i.

Innunnnunnuunnmnumununm sinnnnumenmunnsmnnuunansmununmunnunnum -

1 I

-1 32 48 1 TEC TEH (1FET DI 3H

.M

.H M

.7? 32 11 lES1T Of DISCEPANCY COLUTIDX l

32 48 4 3H 3H trC-N W 1

d4l

?

IBPSep 32 48 0 TEN TEC dio-G WD 1

44 I I

I lunninnsamnenminsmmsmmunnummunrennimunnmananniumumunmmruauunua :

1 I

i 43 48 1 EC TEV- (1FEf DI T1H

.21

.H M 2.74 16.10 lES1T of DISCEPANCY RESOfit*

ll 43 48 4 1H 13H-RPC-N M 1

.44 1-l l 8F!ep 43 48 9 Eli TEC 41F2 DD 1

44 IESET 8f LAR I

I lininmuranninina msininusmunmneunnmmunnunun nis mnn unsunu numuunmunmun n 1-1 i

14 50 1 TEC IEH 41FEf~ DI 5H

.M

.H M

.37113 !? IES11 er DISCEPANCY E$1UT10N 1

14.- 50 5 - SH 5H IrtC.R 30 1

451 I-

, 14.50 4 3H 3H tPC-ZR E D 1

(SI-I:

14 4 - 1H-13H RfC-N ED 1

45 1 '

I CP4tt 14 50 ~ 0 KH. TEC 41FG DD 1

(? I l

j assstsennettisessentierstassassarsmungsstrarstaarrienstaansstarstraranzinsanansmzartruisitemarts:.ranuns:::: r L

.l.

I i

p.......p...p...p

.p.

p.

p.

p p p

..p p...p.

..p..w...p IItiC 00W COL PLAN CE4 CE-E PROCE IND LOCW IllCH1 INCH 2 CHAH Yuli! KC TAPEl COMEX1$

z p.......p...p...p.. p...p.

p.

. p..p..q

...p

.p...p.....p p...p PMJ 4.

?e

1 l

CICA!!~1 LI!!!E

• 11)IM L(C3 CWAAi!W iniMod thit 1 CC[ Pk4 IXilitl10K: w-P1 1 h r ',1 11:li

.......4...4...6....p..4...4.....4.h..4.....p..4..p._...p..p...p..-.............,......................,

ILAtt R0W COL MR CC 1: CI-C N0lt IG LDCW IWCH1 DCKl CHM V0li: IG IMil CD#31; 4........p..4..4....o..4.........e..o...e.4...o.4....o..e...+....................................

I 24 52 1 1CC 1[H 41FU D1 3H

.M

.M M

.63 54 if IC li K DISCOANCY CSOLUTION I

24 52 4 3H 3H RPC-K R:0 1

65I I89Sep 24 52 0 TEH KC 41 FCf RD 1

40 1 1

1 l umsi nnu u n un m a inien n umun m unmmmunenun nsinu s t nunnn unn n n e m u ne n.n nn : n n en i

l i

25 53 1 TEC 101 41FU DI !H

.M

.M M

.6 54 if IC11 UI !!$CUEY CRUT10R I

25 53 4 3H 3H RK -ZR H!C 1

45l 1t?Sep 25 53 0 ICH Tit (10 G ED 1

40l I

I I n n e u r :n n e n u mn u n n u n m i n m ne n m i nism i n e n n i en a n m n m u m um n nie n m m u n u n n n e n n n n.

I I

i 13 54 1 i[C 101 (10 U Di !H

.0(

.M M

.46 78 171011 W DISCWANCY COLUi10E I

13 54 4 3H 3H RPC-h CD 1

451 1 C M tp 13 54 0 ICH TCC (IF G 2AV 1

16 I I

I i n u n n n a nn munn un unmm. s unn u ns t munm e ru nun +um u mmems:=n n a m ninn ennis smis s er:

l l

17 54 1 i[C TEH (10U DI SH

.M

.M M

.25 97 17 IC11 J DISCUARCV COLU110N I

17 56 5

$H LH RPC ZR E0 1

45I I

17 54 4 3H 3H RPC N Et' 1

651 17

'A 4 1H 11H RPC-N MIC 1

45 i C%

17 56 '

T[H T(C 41FG RD 1

491 I

I i m i m n n nis mun a nn un nunnu m u nin unn un n u mnenme re.mu mm nunn n n nn e nmmu n ru n n i

i I

25 56 1 ilt TDI (1FU FM 20 7.P1

.00 6

.4415) 21 I C $ 1 1 Dr LAR 1 V M tp 25 54 0 TCH 1[C 41FG Et 1

50i l

i I : n rinn u n n u n u n n n n ma n u n n iu s e m i mmni m u m u n numm m u nrummus mm un na n nn n n n i

l I

47 54 1 T[C TEH 41FU r1 H2

.M

.M M

.t4145 71 IRE 111 Of DI!;&AET 1130LU11t*

I 47 54 1 TEC 101 die-U PI W3

.M

.M M

.66 21 ICS11 K DISCUARC'l C0Lill!CW 47 $f......

..............................._-._-.. l g[1t$1. It:1 l ytt ttg1 H I

47 54 1 itt IDI 41FU 14 AU2

.M

.M M

.48 41 1 I

47 5( 1 T[C 1[H 41F U 23 W1

.M

.M h2 1.23 41l I87-$tp 47

'A 0 11C RC 41F G ED 1

4I I SMep 47 56 0 11C 1[H (1 F D C D 1

7; I I

I l n n nim in u nn n n s in wm unn n e n u mu m=n unu n n u n m unimim a nn a n m umn e n a n nn nu mu I

I l

32 5? 1 i[C 1[H 61FU 19 2C

.C'

.M 1

1.M 156 4! !

I 89 Sep 32 59 0 101 T[C 61FG GD 1

50l 1

I luninsununnmnannuinnusmununmnunnusumununununincumnem mmunninnumnu I

I I

41 59 1 KC TDI 61FU PI W2

.M

.M M 1.14 5/ 47 i 41 59 1 TEC T[H 610U fl W3

.M M 1.491H 47 IRETE31 - K31 FEL LLETH o....... o... p... e... p...p... p... o..o... e. --o.... o... e... r.. e...o... - ~. -... - -.......-...... ~.-..

IDATE R0W COL PLAN CE-t CE-E PR0ft I@ LOCH 10:1 INCH 2.CHAN 00L13 KG 1Affl t02LKl3 p....... o... p... p.

p _ p... p.... 4... p......... o.... o.. p.... -. e 4.-o........ ~.~.. - ~......... -......

RASE 5

TK :

l INDICATIC L131D5 GTH L(L! CLRLAIM InidecodUnit1 CC[ C44 IW!t[(fl0K: m41 1-hM'1 11:';

............. p.. 4.......

....a.... p..+... 4..... o..

o.... o........,...,... _...........................

IDAl[

PW COL f1M CC l' CC-[ ITM 10 Lt3 DCR1 D:ClR 0llM VOL1: M WC:

% K K1; 4........+....p... e...p...e

.o.....p..p.

p.... e... p... o..

4.

p.,.._............

I 41 59 1 TLC 101 fib (T 25 W1

.M

.M hl 1.44 41 I I

U 59 1 T[C f[H 410U 18 W3

.M

.M h2

.C't 41 Id!11 Of DI Mf2N t[ 0LU11ts:

I SP Itp 41 59 0 ilt EC 400 WD 1

4I I th!rp 41 $9 0 lit itH 41FG @D i

??I I

I l u nu n ununu n nn unnm umu m u nmu n ma n n u m n usn eu m n a n ma mmann u n n mum n u m i

I I

44 59 1 1[C RH 41Flf fl W2

.M

.M 1

3.30 117 4/ I I

46 59 1 f[C ICH (1 F Cf fl W3

.H

.M 1

3.08121 4/ ILTi[3I - I[$i fill LCETH l

44 59 1 i[C K H 61 F EF 42 W2

.M

.h h2 4.09 41 lE1[11102 M11M 1.D.

I 46 59 1 KC IDI 41FCT 41 W3

.M

.M M2 4.0 41 trCit:I fo:: ftliR 1.D.

I 44 59 1 lit 1[H A FET TI!r W2

.00

.M.11 3.11 W D 1))))) t0!!1M 1.D. [$1Ml!)O (((((

l 44 59 1 11C 1[H 61FCT FD W3

.M

.M M 2.tr f4 42 I))))) MIIM I.l'. [11Rl:0 (((((

lEP-!ct 46 59 0 11C 1[C 41FEB OD 1

4I I 8P ity 44 59 0 lit 1[H 41FCC 35 (.71

.M

.M M2 152 71l lBfltp 44 $f 9 11C KH OFG 33 W3

.M

.M E2 1.38 77l l

1 I m um m u n mu n unmmr.m u n n a nn n n n u mm nn u n mu n n unnn mun u n u n mm u mm u n m.

I I

I 44 42 1 ifC T[H 41F(T DI I!H

.M

.M M 48 Id! ULT Of pl!MPMLT Rf!1tfi10ll l

44 42 4 1H !!H RPC ZR ED 1

64I I 89-$te 44 42 0 ICH 1:0 (1FG DD 1

51 !

thitt 44 42 0 11H i[C (1FG KM 1

51i i

i t unnuununnu nunnmunmunmnummu mumumumunnmmimuummnumuunn emn an i

I I

32 43 1 11C T[H d1F[f MLA 8H 20

.M i

1.71 146 34 ICstti Of DisCOMCY ESOLUTION I Sy ter 32 00 RH i[C 4F[01Rt til 2.70

.M 1

h2 Itutti Of Cl!CutMa' N30Llfl10N I

I Imunnmmunnumn.,nmnumm nnnmnnummumummnnaammunmmsmunununm i

I i

42 44 1 11C IDI 41FET H 1U1 10.b0

.M h1 417 14 34 IK:lt1 Of CI CdtMa' d 0LtlT102:

1 42 44 7 LN T;H RPC ZR D0 1

44l l

42 44 7 I!H TCH RfC-M XDD 1

65I I tbtte 42 44 6 RH i[C 41FG DD 1

53I I

I l ununm u nu n n n nmmm m m m m mmu nm emnimu n nmn m u n unmmman nu mm ununnu l

l 1

4 it i ilt TDI AF(T H TDI 13.75

.M M 14.55 2 33 IC!tti tr elSCKrirt CCOLUTIDX l

4 48 ?

1H 1H EPC-?R RD 1

44I I

4 68 ? I!H 101 RPC ZR ED 1

45l I 8F5ep 4 48 0 ilt T[C 41FLt DD 1

? int [31 - 1[*1 f tuti 11CL 101D1 I tbite 4 48 0 11H TLC LPFG ED 1

10 1 IB9ste 4 48 0 11H RH 41FG 00 1

84 I I

I lunmunnmunmmmnmannum.mmamuurnunamamanmnnnanmnunnm=mun= nun I

I 8 (? 1 11C T[H 41FET DI 3H

.M

.H U 1.20 55 34 IK$tLT Of D15CtflW!!N t[30Lill!DN

_.p...p...p.

p...p...p _. p p...p.... p....,-..p.....o..p...p _....

1DATE C0li COL FLM C[ E C[-t ntt D(D LOCX 10:1 IXCH2 CRM WL13 Kl TWil COM[X13 p.......p...p...p.p...p...,...-.pp...p....p....p...p...p..p....._.......---......-....._....

TE 4

1 01

4 IW1CATID L11T[E I:0TH 1105 CWI1ATM I.nidvud Unit 1 CC[ -1904 IX:PLLIIONI W il 1 tm F1 illL-

...., e. 4... 4... 4..

4... 4.. (...... +.. 4.

4..... p... 4... 4..... p.. p.

4 -..

IDATE M COL PLM CE-t CC E ft0It Is LOCX D(CHI Dut2 CMN VJLis tG IAPEI Cor m is p..... p...p.. 4.... p.

p... p.

.. p p... p.... p.

. p...p..... p. 4.. p I

8 4P 4 3H 3H RPC Zt M 1

64 I I B9-$te 8 49 0 T[H i[C 41040 2W 1

20 l l Sh$fp 8 47 0 3H 3N rn [C M 1

tb l l

l 13 :n n u in u n n u n na i sus n n u mn m un u n u mi n n m a n n i n n u n e n n u n ni nis um u n in m u rmn u n n u r i

l 1

30 77 1 11C T[H dibu* DI 3H

.00.00 M

.55 74 40 ittii Dr DISCnfMCY E$0LUT10X l

30 77 4 3H 3H RPC-N 00 1

44 I I B7-$tt 30 ?? 6 TCH i[C 41b(C CD 1

501 I

I l inu n nnunu n n u n u nmamusun anunu nia n u n immu u muin enumn= nnr a n nnn unun mmm:

1 I

i 42 B0 1 11C TDI 41btf FI W3

.00

.00 M

.94 SY 41 IK!11 Of DISCnfMCY K$aUTION l

42 go.....................

..-..................lq n g1. Kll F M 11CL 10 T[H 1

42 to 1 10C IEH 41FET 21 M3

.00

.06 h2 1.73 41l

=

l 89-Sep 42 80 0 T[H T[C 41b[t DD 1

40 I I

i 1:nmuunnumunusuunnmannmunnuurunennnunmunmunmmenmennum unnsmumw I

I i

39 64 1 T[C T[H 41 BET DI 3H

.00

.00 M

.d1 45 55 Id!11 W Dl!lfiPANCY E10LliDit i

39 84 4 3H 3H RPC lt DD 1

441 I #9 $m 3P 84 0 f[H i[C 410-El: 00 1

42I I

l m n e n nu n u n nu n n m u n n un n n n n n u n u n u nn u n u n n u mum n umnm m u n mm m n e m n n n u.a l

i I

4 88 1 11C 1[H 41blF DI SH

.00

.00 M 1.P2 23 371E311 Of DISCEPAHCY E30Lifi10H 1

4 88 5 SH SH RPC-ZR ED 1

44I I

4 68 4 3H 3H RPC-N ED 1

d4i I

4 88 4 1H I!N RPC ZR ED 1

dii iEf!tt 4 $$ 0 11H 1[C 41b(0 NM 1

8l

) t?-tu 4 CC 0 11H 1[rl 41bES @D 1

C3 I i

l luunnmanunnmnnumnunmmmunennmmmmmmannunanmummnummmumeuenm.

t i

1 1

34 CC 1 KC KH 410-[T DI ICC 3.14.00 M 2.25 31 54 It31T tr LAR lCP-3tp 34 88 0 TCH TIC 41b[t Of 1[C 8.35.00 M 1.40 48 d4 I I 29 tep 34 29 0 TSC T[C RPC-ZA ED 1

71 1 I

l l un u n nu nun u n m un n mmmu n s mu n e n m mu n u n n n m n m em uu nnnms mumununu ru n nu I

I I

45 Pt 1 KC TDI 410 Er M 7H 17.30

.00 1

.3412'i 571%%i 0" :!:= ARC'.' KatTICE 1 CP $tt 45 P0 0 1[H TIC 41bEI: 20 1

45 I I

I I um e nn un unu nnmu n n am enm m em n un n am minu nin m an n n ann nn nn n n u mmu n nu m ;

I I

I 5 f2 1 11C T[H 41b[F CI LH

.00

.00 M 1.34 31 3814511 W DISCRLPAXCY ESOLUTION b 1 l

5 p;.........

......._........... _ig gst. ggi n u togty 5 F2 1 IIC KH 410 IT ED 1

57I

......... p... p... p... p. p.

p _.p g....p.... p... p... p..... p..,.... e-....... _..... _................

IDATE COL' COL PLAX C[-C C[-E PRODL I@ LOCH 1RCH1 IXCH2 CMN VOLIS DEG TAPEl COMEX1$

p....... p.. 4.... p...p... p. p... p.. p. p.... p.... p. p...

p.. p. p..... _........... _...........

f40[

7 Til !

l

=

lettef!D L!ti!NG 90111 LE63 CtRLATItIC Inidwood Unit 1 CCE t/N INMC110XI m t1 1 ha 71 11:

,........p...p 4..

4.

4....p.

. 4.. p.-.4..

4....-4

. 4..

p. 4..

4...

IDAlt R0il (0L PLM CE D CC-C PR0K M LKH DCH1 BCW CW Y0Li$ Kt itE cavat:

4........ p...p.

4.... p... p... p.

.. p.. p... p..

p..

p 4...

p.. p...p.

I 5 N5 5H SM M ZR m 1

4: :

1 5 f2 4 3H 3H #C-N m 1

Ci 1

5 Md 1H 1H RPC M M 1

0l l

5 12 5 5H 1H M-N GO 1

64I l

5 P2 4 3H 3H RPC-Zt m 1

44 l l

5 f2 4 1H i!H RPC-N @

N 1

44l l8P-5p 5 P2 0 11H TEC dit e m 1

1 l CP $(-p 5 12 0 11H TCH d1F G @

1 8!

l I

Imun: enumumnenanminnmunnenannmannnannunmnumnannnnannamanmunm. i l-i 1

24 13 1 11C TEH 41bEI 1R'n 11H 14.3d

.M -4 4.'d 26 44 It'E$lti Of 01tCIMNLY ESQLif110%

i tP tep 24 f3 0 TEX TEC (103 m 1

41 1 I

I i n si m s m em u m u n n e nu n n un memu m um m mn== nmm en mmmm nen sma umsme msmu m I

i

-l 13 # 1 ilt TCH 41b[r f4 3H

.M

.M K1

.t1 44 45 IClti ir Ltd i

13.Mi 11C TEN 41FEF TD 3H

.00

.M h1

.45 71 41 l))))) f ti$ lim 1.D. E!1RLitD (((((

l-13 p '4 3H 3H RPC-Zf M 1

d41 ICP-tep 13 M. ) TEH TEC 41b 3 2W 4

it i I

l I m u n n m n nnu mm u nm un n u mn en nunn u m n m annn n.n m mmmu unwnnn ann amm m I

l 11 103 1 TEC TEH 41 F ET IHR 3H

.00

.H h1 t,t i 1CP-tep 11 103 0 TEH TEC. 41FG ?W 4-17 l lSP-Sep 11 103 0 TEH TEC 41FG' DI 3H

.M

.M n!-

.C !C !? ILESULT Of LAR IBP.$ep.

11 103 0 3H 3H RPC-G m

-1 Cf, i 1-3 inummunununnmumumnnumunnunmumunnunununununnunnmv.nnummemma,

l-l-

. I i

13109 1.11C TEN 41FET DI SH

.M

.M R1

.51 ?0 4I l l

13 10f 5 SW SH RPC lL M 1

CI l

13 let ( c 3H : 3H RPC-Zf M 1

C1-i l

i 13 1# -d' 1H I!N RPC-N m 1

CI l-if-$ep 13 10f 0 TEN TEC flF G 2W 1

14 l ~

p.-

.p p..4..

p...p - e.

4.

p.

p.

.p.-.4.

p

..4...p.

4-....-

m I t',ii 20W COL PLAN CC-C CC E PROK M LOCR DCH1 DCH2 CW 00Li$.K6 IEl-COMT!

4.

.. 4 p 4 4

p.. 4.--+ - p - 4..... p.- p -- p. 4.~4 -.- ~....-.----. -...--

i%CC

.C 10iM. T t

I i

r l

L.,

A.

..,.R

...,__._.m

,;_,___._,_,_,..~.

s IO!CATIOR LI!iC5 MiH Lit! OlNLL&i1VE traidco!U..it1 Ct1 +t4 IH:,11L110::1 are n cf.. u ;i:n

(........t...

4...

4.... p.. 4....#....

4...t...

4. -..(...-.4..

(

.....p.

4... 4..........................

I WTC 20W COL PLAX Ct-0 Cl-C PRL41 IG LD3 DCR1 L'C:M 0!td 00L1; K6 it/tl cu.31:;

4....

..(....p 4..

(... 4....(..... 4..

(....#...... p... 4.

4-... p 4.

4 +........................

I I

Inuuminam-nnununununmn -numuninem. nusunununmuna.inanumnaunan.mam nn i

I i

10 31 TIC IIH (1FU ifA 1 H 2.54

.00 1

.if 14 2 It[$Ull Of 1 AP i

10 31 ilt TCH (1FCf DKi 5H

.36

.M M 20.3118: 2I I

10 31 1[C TfH 61FLT DK1 1,H

.33

.M M f.03101 2I l

le 31 TEC ![H 41FCf t! 7H

.M

.M 1

.50 10 2 (C$ill it II$tVJW',' tuutUT10x I

le 36 7H W RPL # XX 1

Mi i

10 35

$H ';H RPC M El 1

i4 I I

le 34 3H 3H tit N RIC 1

Ml 1

10 3 to 1H 1:H RPC N M 1

54 l l 09 Sep 10 30 i[H I[C 41 F [t M 4

iti I 89 ter 10 30 101 100 41 F G l>K1 5H

.ly

.M M 19.ti 131 la i i

i l u nu n unu nnu n u n n u n n u n m an nn,n nu n nunu n un n uru un u n u n u n nu n u n n u un n m m m,m l

I i

10 51 11C i[H (1FCI fl !H

.M

.M M

.7f 44 h I I

le 54 3H Pt Rit-N 1A1 3H

.M

.M 1

t.3.H 124 'i4 ItCTLt1100 tualTIVL 1.D.

1g 5............

...............-............... ; ))))) pg:ti gg g,t, 3irg,ing : n g i

g, 5........................................... Itfi ICILAllull PIL i ton ktrLtlX it!1 1

10 54 3H 3H RPC-3 LW 3H 4 6.0 ?$4.0 11M.M 40 Mi iI,9itp ik 50 TU TCC 41FG 1H d

18 I i

l u m unun nun n s u n u n us u n n mn u m u n nu n un n s a m u m u s s u n nuu m a n mun mm as un ms uunu c 1

i i

14 71 11C 1[H 41F{f 18 3H

.M

.M M 1.14 127 4'. IRCSUL1 Of bl$tR[tI C Kl30LUT10it I

14 74 3H 3H RPC U N1 3H

.M

.M 1 41.h 1'4 '.it ICTCai 100 PU lilW I.t.

l gg 7..................................

......... l))))) P0illiVL 1.0. L11al11110 U U(

ig 7.............................................. -. -.tgpc p:pic;tgog 7gg,rcon ga tgy i;;;

i 16 74 3H 3H R!t-# LD 3H 210.0 256.0 1 1H.M 44 M l I 89 Set 16 70 TD ltC dibn GD 1

23 I I

i l m un n mun nun nu n min n u ununu n uma nn u nun n mun u nnmm u n tr a mumm mu nn un nmr.

1 I

i 12 15 1 ilt TCH 41 F CF DI 3H

.M

.M M

.72 f/ 44 I i

12 15 4 3H 3H RPL-N Ut*

1 Mi i ef let 12 15 0 TEH 100 die B 2AY

-4 ifI l

l l u nman n muunm un nuu nnunmn unn n m um nmuunnun nnn sm un m an nmu n unr.n numn.

I I

i 14 21 1 TEC TCH (*.FCf t'I TDI 17.06

.M M 1.09 54 S IC2L1 T DISCCPhWCY RESILUILOX l

14 2111 T!H 1[H RPC 3 CD 1

Mi I 89 tep 14 21 0 10 100 4100 XM i

2: I I

I lssussantesanstatsrtarsatzstserstests stss =nsnas nassunzanastuunntanasszmtmass:sumtmastrums:::nnunt i

I p....p...p..4....(..p...(....p-p...p..p-4..4...--4.-H.p..-................-..-.......-...-.

' Mi[

R0W COL TLkN CE-l' CE-C PR0li I@ 10CN IXtill IRCR2 CHAM Mis t{L Ikdl (UNIK13 p....... p. p... p... p... p... e -... e. p... p.... p.. p - p..... p. q.... p -..... -..................... -..

I PAM.

1 TU!A

. ~. _ _.

- =

Iw!CATIO LittDE C3TN Lit,$ Ctnurx inideod Unit 1 (Ct -uti4 IcttT10H: w-r1 i na-:-) 11:a p.......(....p...p...p.. 4....(.

4.. 4.. -t.....+.

p. p.4

..(

4.~.

I DMC 20'.i COL PLAK CC t CC-C tm 10 LD IC1 INCW ChaX MI. K6 IN'Tl 00101;

4....... 4.... p... p... (... 4 -.. p -(... (... 4. -- t - ~ p - p ~ q..p.- p.. m

.. -. - - ~ ~

. m -... -....

I 32 23 1 !!C IDI (1H-M W3 6.27

.M 4

2 0 !?C 4',1%RT tr 01sCa.fAc totui10M i CNet 32 23 0 i[H TIC C H3 M 1

2(; I I

I i ni m u u n n m u n u n n n u m n== mu n n u m eu a nu n n e rum a n n mum u m am u n m m n sa m i mm u n n u l

l 17 35 1 TIC T[H (16.7 25 3H

.00

.00 Al

.43123 C Im IRICMIDH TID IW istIN tt:1 1

17 35 4 2 3H RM 3 !AI 3H

.00

.M 1

.34 f4 S4 lEMI tr plSCCM3 COLUTION 17 35........

gi n $1 gog pgsit g 1,g, g7 gs.............-

............................._... l))))) MITM !.D. E!!auDO UU(

l89ite 17 35 0 TTH itC (1(-G C0 1

34 I I

I i m un u n an n n ui n n n n nin n==m m m u mm n iu n un m n u n a n,m m m,mu n me mmuun n am=m n.

I l

l 11 41 1 TIC T[H 41 HJ DI TfH 14.b?

.M 1

2.C0 45 11 liiM1 Of Ol$ttifkm RIMVT10X l

11 4111 T5H TCH RM-3 @b 1

54l l

l89!rp 11 41 0 EH i[C (11-3 2M 4

21l l

l l

l um n uunu nnu n num u mmumn n n n u na nnun un mm nu n n== n m um n u n nnn u u n mmunu n-1 I

i 1 42 1 11H IIH C H J E 0 1

$0l i

1 42 3 ilt 11H IP.-3 SAI 11h 2 35

.M i

f.50 21 41 IKitst f02 P0;ITM !.t>.

I 1 (2 3 11C 11H RM-3 00111H 249.0 241.6 1 1H.M 45 0 i 1

1 42 3 11H 11C EP.-3 FID 11H 2.38

.M i if.N 'll 62 l))))) f0:lilK !.0. C%I4tlDO U(G I

1 42 2 110 TIC $?' ~T RD 1

4/I l CP 5 p 1 42 0 11H TF t' J 1p 1

7i iEMtp 1 42 6 11H i[H C.

1 73l 18%9 1 42 0 11C 11H Cf. O R D 1

C3l lt?-itt 1 42 6 11C 10H tH-G ED 1

88 ID 01.@ 101 TKH Ki[t1[D I 87 14; 1 42 0 11C 11H RM C E D 1

F2l I

I l ise n mu m u nu n n un en n m==n n en mu n n u rmmu numm m mumrmemnam me s mnnum=nu mn i

l 1

24 48 1 EC IDI (1>U DI 3H

.00

.00 1

.5512s 13 ILYC IMICAff0M PD It0n Ig*IX TCli l

24 48 (

3H 3H tM-5 U3l 3H 2t1.6 456.6 1 1M.M 78 $4 l l

l 24 48 4 3H 3H Rf; 3 SAI 3H

.M

.H 1

.lf 105 S4 itstti Or 01sCtfARCY t:1UTIOR I

24 48 ---.--- - --

---

Il11t31 FOR tutIIIK 1 6.

I 24 48 -------------

---

-- - --------------- 1 ))))) f011 TM I.O. E!!kUDD U(U i87$ep 24 48 0 TEH TEC 01-G OD 1

Mi i

l I m amun unn u n nu n m um=n u m u nn m m m ma m =u r.-emmum nu n m u n n u nnmm u me=mm ne l

i i

1 33 49 1 T[C TIM OH7 24 3H

.M

.M A1

.50 122 13 I I

33 (P 4 JH 3H UPN DD 1

54I I B M ep 33 (F 0 7[H TIC Ci-G ED 1

41I I

I t

immnnummunmunnner.##numunnmuunnununnunnnannanannunrumamumw smm i

I l

8 52 1 11C TCH C'-U 48 3H

.M

.M h1 1.t3 80 4r liimi Of D1!CRIfAN!.T RIMlfilDN p.......p... p...p... p...e p..p...p.

.p p

4.~

.p

.p...p......... _.. _

IDATE CO2 ~ COL P! AM CE-0 C[ [ f.T; 10 LOCH IC1 LCH2 CHAN MT! MC IIt[l COMEm

.... p... p... p.

p... p.._,

p..p...+..+...,.. p..... s. 4.

. p...... _...

l l ~

fAl,[

2 TU0it

T inidad Halt 1 CCE sM IC1L11Mt m f1 i.t w h 41:;!

4.......4....p..4..p...p..4....-.4..4....,-...e...4....p.4...p.-4....~.......~...............-...

IDAl[

2W COL PLM CE-L CC-[ PRDK 115 LC2 D::R1 ICC OW! Vil: M IWCl 00KNIS 4.......

4.... p... p...+...

4.... p.... 4.

p..

4.... 4..... p. p.... 4. - 4...-4..... - -.... -......_..........

l g $}....................._...................................... l C E: t f 00 P0;IllK I. D.

I 8 52 1 11C T[H 61FET fl) 3H

.00

.H M 1.73 Ed til 1))))) 00!111F 1.l. L EltO (((((

l 8 52 4 3H 3H RPC ZW tRI 3H

.H

.H 1 N.H 243 $4 lER i f 0R P0;ITlw !.t.

I 8 52 4 3H 3H RPC-A LW 3H 243.0 323.0 1 1H.H 55 '.4 I I6 Met 8 52 0 IEH i[C 410 G 2M 4

21 1 I

I i nu n m s u m o n s is m n en in n n aru nm u m m nim u n mnia nannmu n amu nn m em u m a n n n u u n nm n i

I I

11 52 1 100 TCH 41FCf II.1H

.H

.H M

.21 M (? I

'4 I i

11 52 4 3H 3H RPC-A NDD 1

IBMit 11 52 0 ID RC 410-G 20 d

211 I

i 1 nunnnenunenne.mniumsennunnanumummunmnumarmunimannnusumnemunnaamui L

i 1

24 53 1 TIC 101 41FCf DI 3H

.00

.H M

.71 42 14 l l

24 $3 1 itC 1[H 61F[f ENT 10H 22.35

.H 1

P.54 151 14 l 1

24 53 4 3H 3H RPC 22 ED 1

54I ICMer 24 53 0 i[H 1[C 41FEB E0 1

43 I I

I l nu n n uin n nen n e msm munn man mma n ns nu m m muus. m unm em mum n n m m mm mum n u:

I I

I 25 54 1 1[C TDI 41 F U D1 3H

.H

.H R1

.f2 29 14 It[!al Of DI LELPARY cut.tRIUM I

25 54 4 3H 3H RPC-ZR N00 1

$41 1EMer 25 54 0 TIH 1[C 416G O 1

43 I I

i l u m u n n e n n i nnum mnn u nn ai n numu n m um m m nu mu.n n u nu n niumu n atuus :-n.imi n a:u:

1 1

I 2r 54 1 IIC T[H 41FU DI 31

.H

.H M

.2Y 120 14 ILt3tA.1 Of CI:CMPR*l EI!OLVi!!C!

21 54 4 3H 3H f.PC-ZR ED 1

$4I ICMn 29 54 0 IIH 1[C 41FG E0 1

43 I I

i 1.nnmumumumunmninmunnennummnumnnimmunmannu aannenmunnumeumuunn-1 I

i

- 44 54 1 1[C T[H 41FU 29 W1

'400

.H A2 1.tc 14 I IBMap 44 54 t ilt TEC 41 F G 2 0 1

1 ICIA.T tr IISCOMG RC$UTIDH ISP5ep 44 54 0 ilt 1[H 61FG 30 W1

.00

.H 112 1'.25 71 IL1111 Of DIltRLPMLY KC30LV110d 1

I lununununninnmnummummmmnummumunmninmunannnn enmunmm ninnmmun i

I i

45 54 1 TIC TIH 410-U 19 W1

.00

.H K2

.79 14 Instill Of pl30t[lW(LY t[30Lif11M i'

45 54 1' T[C TDI (1FCf 11 W2

.00

.H 42 2.70 14 I Itt-3ep 45 54. 0 ilt itC 41FG HN 1

11 ISMtp 45 5d 0 ilt 10 41FG kN 1

711 1

I inunnmununusammmannusmunununnmunmnumunannunmumnunnnnunnmumann -

I I

I 44 56 1 RC T[H 41F[f 10 W2

.H

.H

.',2

.70 14 ICUlf Dr DISCUMCY COLUTION I 8 M et 44 54 0 - 11C T[C 61 F G E 0 1

1I p.

. - p.

p.

p...p

.p.

p.

p.. p...p._.p.... p

.p

..p. 9,4.. -

c..

IDAlt RM COL PLAN CE-C CE-E PROK IE LOCH INCH 1 IMCH2 CKM YOL11 DCI, IMTl C0f? Hit p.... o.... p.. p... p.

p...p...p.. p...p....p....p.

p_. _ p _ p..o....

PAI,[

3 110L' '

1 DDICATI~l L!!TD6 + BCill(IL3 CUMULAT1W Iniduood l%i41 CC[ CD4 IEPl(110':: m r1 1 h n y1 11 T.1 d

4.....4.......+....o..4....o...4.o..4.......o.,-...p.4....w.......................,,......._..

I Ni[

G COL PLAX CE4 CC4 :TOK I@ (C IEH1 IEH2 CM Vlis k WTl 00 K Ni!

(....

. 4....(....p..

4...

4..

4.... (.. 4.... p... 4.

4...

4....

p p..

4..

1 Cf 4tp 46 56 0 11C ![H (1 M t E t 1

/1 I I

t l umnn u n m u un nmununn un nmm um m m unnumnumun n m an n m u m n w nnmunmu n n. 1 1

I i

17 57 1 TEC 1[H die-U II 3H M

MM

.?C 51 % 1 I

17 57 4 3H !N RPC N Et 1

$4 8 lCPter 17 57 0 TG i[C 41FCI: Et 1

45 I I

i lnuni-ummunnmnninnmuunmun.umuminmnumunnann numnnanmemsaminnmna i

I it 57 1 11C 101 61FU tl ?H M

00 m

.34 74 4/ IEMI Ur tISCCARCY C10[ ION I

18 57 4 7W W RK N Et 1

$4 I i

10 57 5 2 SH RPC ZR @t 1

S4I i

18 57 4 2 3H RPC-N Et 1

54 I i

18 57to ill itH RfC ft OD 1

"4I I8Mes it 57 0 TIH T[C 41F00EC 1

45I I

I

m u mm un niu m mumu n unnmnu m u n n u n numu n ann nn u mm n nn u n n nn ie n n n mui n u m i

I i

17 $P 1 i[C TG 41FU DI 3H 00 00 51

.bP t/ 17 IE!Ull Di DI!CtLPAM ELMU110K l

17 SP 4 3N 3H RPC4f K) 1 5$l l Cf 4tp 17 SP 0 IH IIC 41F[t EC 1

47 1 1

I l umununn nnnumunnmum amumm mununn an mumenm n a nn n an mmmnuumna nmn i

i I

(2 59 1 TIC IIH (1FET fl W1 M

00 M 2J/

17 I I

42 SP 1 TEC TG 41FU FI AU3 M

MM

.69 1.' IK M 1 0i tISCEPARCY C 1 UTION l

42 5? 1 1[C 1[H (IFU fl W4 M

MM

.b2 17 IE1Ull Df DISCMPAM E!0LUTION I

42 5p....................................................IKKt K:I FULL LDEU l

42 $P 1 T[C TCH d!FU 35 W1 00 M A2 3Jd

$11 I

42 59 1 i[C TG 410 U ?S W3 M

MM 1.30 51l l 894tp 42 SP 0 11C 1[C 41FEB Et 1

11 Itr-tep 42 f,P 0 11C ICH 41FG Ef 1

71 1 I

I l emannn===' m**manerm uummun n==nmnmunmaamme m anumnunnmanunino nen an n:

1 I

l

'l 43 $f 1 EC TG 41FU PI W1 00 MM 3.04 17 l

~

j i

43-57 1 EC TG 41F[T r1 W4 M

HM 248 17 l l

1 43' 57 1 TEC 101 61HT 43 M1 M

M R2 d.30 51 l ETE:I Tot rc:IT M !.6.

l:

1 43 LP 1 itt RH d1FU 38 W4 00 M h2 4.00 51 I l-1 43 59 1 RC TG 61FU FD W1 M

M 1 3.84 124 53 l))))) td ITM !.0. [3ffduSID (U((

3 59 0 11C TIC 41F[0 DD 1

1i 4

l-

stP4ep L

l 8?4tp 43 57 -9 ilt TG 41FG 32 W1 M

MM 1.22 71 l l

ISP-Sep 43 59 0 11C 1[H 410-[0 71 W 4 M

M h2

.42 71 IE!11 Of DISCEPANCY E!0LUTI0tt I

i i mmu.n m un n a nmunn unninn mu n m a n u nn ma nnuun n u mm un munin= n a n nn ann an nu I-I l-46 57 i T[C T[H (1FET r! W1 M

00 M

.33 20 It[ M 1 Of Dl!CE PA M RI'4 U11NI t-----~b---4*--t***-b---+----+------b--f--+-*-**t----I---+---t---4-~4---~~~---------**------------------------

I NTI t0V COL f!4N 4[4 C[4 PR0K I@ C0CH IE!:1 RCH2 CHAX Y0L11 NG T&t[I t04TM15

....g...p...p...p.pp...p..p.....-+.....e.+....p..p...w............................

tAGE 4

100L gww--

m-g-y gr,f r g w-g-

• -,w--

r

+-

v-

-s

---,y---

y9--

y wN

t IEICar!] Ll!!1E 14TH LIL3 CttillaiM Inidwad lkut 1 CCC -s 44 1CtLtilutt ' w-t1 1 n u t! 11r1 I

4........p..4....p..4.4....p...p............4.....p..._.p..p.p.................................

IDAft Ebl COL PdX CC-l: CC C PCDit Di LOCH IEH1 INCH 2 Old VOL1: (G 1hPCI Lodkit 4........p...p...p...4..............

4...

.p

..p.

. p.

p

. p p.

l 46 59 1 itC i[H 41FET PI AV2

.00

.M M t.70 70l l

46 59 1 HC IIH 410-LT PI W4

.00

.H M 1.04 28l 1

46 57 1 i[C TCH dH-tr 44 AV2

.M

.M M 8.52 51 Int [ 1 (DC r0$111K 1.D.

I 46 57 1 1[C i[H 41FU 2704

.H

.M U 1.$7 til I

(d SF 1 ftC TCH (1FET FD M2

.H

.M 1

$.23 113 53 I))))) PU IT M !.D. [11kltID O ( G ((

l C?4et 46 59 0 11C IIC 41F[l: CD 1

11 I CP4tp 46 59 0 11C ICH 41F G 23 M 2

.M

.M M

.f/

/11 I

I j u s m m u nunun nmu nn unn um m mnunun u n n u s un m un m ununum mum n u n un n u n m unn i

I I

47 59 1 ilt 101: 410-U P!W2

.M

.H M 1.5 28IIIR$1 TC:'flLLLDICTH I

O 59 1 1[C 1[H 41FU 34 W2

.H

.M h2 2.79 511 I t? den 47 $P 0 lit i[C 41FG ED 1

11 ICP-!te 47 57 0 11C 1[H 41F[1. DD 1

711 I

I l s u n mn n nn n unn unmusm nunu nna. um u munmn mu m m nananinwn mmamm mum unm, i

I i

1 40 1 11H llH 41F U D1 3H

.M

.M M

.$5 t1 2P liittti Uf DIDitsHt31130Lif110H I

1 44 3H 3H ifC Zt ED 1

$$l I

1 40 3 11C 11H L11-ZR CO 1

tf I i

1 #2 11C i[C 5/FET ED 1

d4I I Bf *ep 1 40 11H 1[C 590 [0 m 1

16 I I t?dtr 1 #0 11H Kit 41F G l!t 1

%l l C?4tt 1 #0 11C 11H RfC-2A M 1

82 I I C?4tt 1 #0 11C fH $?F G WI!

1 BP 10IOtt HEAT Ifist DCRCID i 094tt 1 de 0 11C 11H RPC 2A ED 1

NI I

I i m m m s n m u n u n nn m u n u n m n m m s m u n um n n nmu m a n uma nnn emu nn m e m.n n n n n n n n a z l

l I

(I #1 TIC itH 41FU TI W1

.M

.M h1

./1 28I I

46 40 1 RC ICH 410-U PI AV3

.M

.M M

.50 20 1C$19.1 Or tis 01/ E V C 0 lyt 10N I

(d H1 i[C 1[H 41FU 24 W1

.M

.M A2 1.04 t1IL1:41OfDI:01tACY t[t0Lifl10k I

46 01 RC TCH 41FU 22 W2

.M

.M M

.85 51 IEttil tr CISCRJAMCY CDLUTICE I

44 41 TIC itP 41FU 21 W3

.M

.M A2

.75 51 InstL1 Of Dl!DiPAHCY K!9LUTibn I 294tr 46 H0 11C itC 410-D ED 1

1I I t?4er 46 60 0 lit itH 41FEC E 1

71 1 I

I tammmmannmummunmmmuumnunmunun...nnmumnum.mrn maan....

,.w.

.a.:.ns-.

I I

i 17 41 1 TEC KH 41FU DI SH

.M

.M h1

.47 111 17 Ili!!ti tu DI CfLTAX!N t[ 0Lif110ll I

17 41 5 DI $H PfC-ZR E 1

55I i

17 41 4 3H 3H RPL 22 E D 1

SL l 1

17 di 10 1H IIW RPC-ZR XDD 1

$$ I I ff4tp 17 41 0 TEH itt 41 F E0 E 1

(? I l

l I m nu mmuu n n m un u mun n u m mm a n mum u m m u n m m m-m n nn umnum mmmunu nun n an l

I I

24 41 1 T[C KH 410 U DI 3H

.M

.M M

.M ?d I? liittL1 Of DISCtLP'ARCY E!0LUTION p.......p...p...p...p...p.p.....p..p...+.....p....p..4....p..p.p...................-...................

IDATI 20W COL PLAX CE-t CC-( PRODC 10 lbCH IXCM IXCH2 CHAN VUL13 DEG 1APil COMEX15 p.......p.~p...p...p...p.4...-.p..p....p..........+....p.,.+......-..~.............................

fALE b

110l 3 l

l

-. --.---~ ~ -.- -

ISICAIIE LIIIII

• C'Ill lIII CllRLAIM italdwoodUnit1 CCC 444 IctL11C bt-r1 Pan H 11:22

....... p... pm (.. (.. > +.. ( -.. p.. t... 6... (.... 4... 4...... (.. 6.... p

'IDATC 20W COL PLM CC I CC*L PMC M LOCR Dut! DCH2 013 VOLI! !G 1APCI t'OMtWis

( m.. 4.. p. p... (....+.... (.

. (... (.. (... (. -... p... o..... (... p.. 4.

1.

24 41 4 3H 3N RK Zt M 1

55I I#f!tt 24 41 0 HH TIC 41FG litt 1

(? l I

I l e s s s s s ss unnssn ess s u s u ns e s s s us n e ss s s asu n u s n es s ms us s a nn s n nnn ansu n n u n u n u m s n n n an a n n s u n I

i 1

4 41 1[C fill 41FU IMR T!C

.H

.00 1 1C Iktsti Or LM i

H di 1 KC HH AFU Dtitt N.47

.H 1

18 IRL!1f W LM ifflep 4 41 6 itH 1[C 41F D H RC ' 0

.H M 1.13102 47 Itt!!!L1 Of I1!COANtY K!MiliM iSP!te H di - ~~ ~ ~ -

---~~~~~--~~~ -- -- ILTTCsf - itti FtLL LD&ill I ff tep 40 41 0 !!C 13C RK 2A M 1

701 18?ter H 41 6 EC TEN 41 0 0 H ItC

.H

.H M 1.63122 72 IK!11 Or HsCCMY EtaVil0M i

i

- Isuomusuumummusanmunnumunununmnusnmmmunusunnunsmunununnmmunnm f I

l l

0 43 1 TLC RH 41FCT W TD 13.2S.00 1 18 Insti W LM-I

1. 43 1 T[C RH 41FLT H itti 1411

.H M 3.2/ 4 1C lii!!Li Of LM l

1. 4311 f!N 101 itPC-Zt M 1

55l' I#fter

1. 43 6 ilt RC HHB M 1

11 187 39p

1. 43 0 11C 101 41F0 H 101 13 25

.H M 1.50 42 h i c3Et ir H sc e MCY t:1 UT10W l99Sep

1. (3 0 f3N itH RPC 24 E 1

ti l i

l I

j ussssssssssssssssssssssuesasssssssssssssses.stesssssssssssnsssavasssssssstaurtssasssssesassssssssmssarsaussssstaatstesasssai {

l I

I

?? 44 1 itC 13 416-CF H Mt

.00

.M M

.4' 127 1C IE!!L10f M3CWAET rf$0LUIM i

a 44 $

5H $H RfCZt M 1

$5l l

p - 44 ' 4 3H 3H ITC-ZR M 1

Ml i

i 17 44 le IN I!N RK-ZR HDD 1

$Sl lBf$e; if 44 0 Kil itt AFD E 1

68i l

I i

l a suu su mnu nnsu nn mannuun n n e m a n nmm:0 nunnunannunnunnmunusumummun ;

I I

=l

- 39 44 1 -11C TD d!F[F M 3H

.M

.M - M

.83 - $f -30 IE!El Of 013LOAICf E30Lifim l-31 d4 ----~~~~-~~~--~~----- ~~~-~ltPC DHCATION PS Dhpi (**D K$f I

3r 44 4 3N 3H - RK+It $U 3H =

.M:.M - 1

.44133 % IETE11 FOR POSITM 1.D.'

l.

3p. g _.

.I))))) PO!!T M I.D. [11AIU $ D (((((

l 39 44 4 - 3H 3H RK-2R LXX 3H 290 0 2416 1 1H.M 45 55 l lBftep 37 44 0 TD EC 4F0 M

-1 41 l l

I i

iunanunmmansunms=mun=nanssusma=nnsunnsmusmin=nunann==snan==sn=nns ;

I l-(f 44 1 TEC-TDI A BET N TDI f.f3

.N 1

18 IESET af LAt I

1. d4 1 IIC TDI 41F ET H itH 4.14

.M U

.C2 f? 10 lESET If LAR I

1. d411 T3N 10 AK-22 M 1-55I i89$ep

1. d4 0 11C KC A b n M 1

1I i

189tep

1. .44 6 11C TDI 41FG _ H TDI f.73

.M M 1.f4 41 71 IAT*Ei Of HsCCANCY ES1UTION

-l89-Sep :# d4 0 ' T3H EN RPC-2R R :

1 85 l I

1 i

'lstsasssssserzassns sssssssssssss:s**s ssstnsasssssssassanursnanssastsassssanasssstessssssamarassasaznesssanzsssssetts LI I

i p

. p p...o...w.

p 4.~..o..o w

.p y.._p

.+...s p

r l

IDAlt RON COL PLAN CE-t CE-( PWO90 DS LOCH DCR1 DCit2 dim YOLTS K61APCI CorKXI!

p....

.p w.o.,.

o...o.

p

....o..o-o.

o.

o. 4. o...

PAGC 4

TWO;

Iv>ItAtten Lisitz. OTH ttts Cunuurm inidad unit 1 Cct. n 4 Ix:ritTIon: w-n 1 t.wn unt p.... 4.. (.... (.... p... p.

p.. - p. 4..- 4..... (... p 4... 4 4.. ( -

I NIC 20W COL MX Cf.4 C(4 ftIt In Lua DtCH1 DCH1 WX V0Lil Kb IWil tumExis p..~.

4.. 4... 4..

4.... p.. 4..

. 4. (.. p

(.. 4 4.. ~.. +... p 4 I

11 di 1 itt 10 41FU DI 10 18 29

.00 M 12.55 to 2.1 IEM.I Y tIstEtucy c50Lui!0X l

11 4/.11 11H KH RK-N DD 1

%I i Cbtte 11 64 0 10 RC OFG 20 1

11 i l

I l u u m m m n u n n m m u nm m m u m nnu m e r nu nnm u n mun n m uu n u n n uin n u n n u nun u u n nn n m l

I

.l' 1.d4 10 30 1 l

18 46 1 11C 1[H (1FU ?S !!H

.27

.M 1

18 44 10 1H I!H tK-Zt DD 1

% lEM.1 OT LF.

I 18 46 10 1H 15H RK Zt $CIi!H

.47

.M 3

6.35 16 % Icitti IOR P0sitM 1.li.

I 18 44 --~~ --~~--- ------ -----~~~~-l THI! TUlt fMJ+1tY ECWEP R0h RETI!I LI!!

I tg gg.....

...~.

...Igyg g r m pugI,1gi g r.) ON M1C K M!!

l 18 4410 1H 11H RN N ED di l'iE13 Mis IAK MAY!!) CHME$ tilbr MALY;1!

lCP$tp 18 46 0 TEH R C (10-00 ED 1

(P l 1

I inunnunnununnuinunnmiemumunnmi-mnsurmmumanmnn munumzuunnmmmnrum I

i 1

27 (d 1 11C 10 (1FU DI 5H

.M

.H M

.57 102 30 1 1

27 dd 5 5H SH RK P NDO 1

%1 27 A' 4 3H 3H RKit ED 1

55 I I

27 ff'8 1H 1H RK ZR $th M l$ttWI HOI V1111tl 411H I

27 44 ? !!H f!H RK4t 100 1

55I I 8F!ep 27 64 0 itH itC HFG GD 1

(Pl l

l I m nu n unu n u n n m um m n nu s u nnmun un unn man mm u n n =u nn mum u n m a n n u m n umm a.

1 I

l 48 01 1[C 1[H 41bU DI EH 4.40

.M M 3.64 73 1r 1C11 Dr Lk!:

I 48 0 11 IsH 10 RK42 ED 1

%i i thiep 48 00 11C i[C OFG NDO 1

11 1tbter 48 00 11C IEW 41F Cf !! it"

4. /

.M M 1.11 lif 72 I I Bb!ep 4d 00 ISH 1[H ttC-2A 00 1

851 1

1 lim unu nun u nunnimunnunm nnm nnuns munm a annnmn mm umnumum nnumunuumm:

1 I

I 3 47 1 11C TEH A FET Mit 5H 18.14

.H 1

.4% 154 37 Iti$!Li Of DISCRItMCY RI$0Lif110K I

1 #2 11C TEC $PFCT ED 1

64 I l Ch$ep 3 #0 11H EC (1FG DD 1

4i I8 btu 3 #0 11N ICH ObG Bf SH 1310

.M 1

?$ It$lli Of tM~

l I

l u u m an n u s i nm mu nm umu nu nim nu m inamu mm an m smm-um ma n.u umm m u nn mmm u n:

1 I

I t 73 i Kt 10 A0-U DI 10 12.10

.M M 11. 0 15 23 IN$ tat (r CISCnfMCY EtulHTION I

f 7311 T1H KH RN-N ED 1

%l i ebtep f 73 0 ICH RC AbG 2M i

14I I

I i n innuu nun u nn ian simninu unmu nnn uu uu unn n e n m u n u nuunnia nnun nu nunm un n u u nx i

1 l

35 E1 itt TQ 00 U DI 7H

.M

.M M

.49 5 211Citi Ur DI::ChtGCY COLUi10W l

35 73 4 7H 7H CPC-N E0 1

%1

(..

.p...p...p...p...p.

p

-4 p..-p..

p....p.-F.-..4...+....p

~..

..~...

l Mit 20W COL PLM C[-t CE.C fco!E IE LOCR INCL!1 IXCH2 CHM U0lis MG 1Artl CorinEXT!

p

... p. p... p-. p. p..p

s. p... p.... p -..p... p..... p..p -p

--. ~.~... ~. ~....... ~..........

PASC 7

TUf13

---m--___-__m_._.m_._-

IBICAT1W L!!YDE NTW int CeluiM fnl Anod thit 1 CCC - FD4 R:!nitu.f: An *1 1 Aw!'1 11:.:

p....... (.. p.. 4.... t... 4... 4...... e.. 4.. (....- t..... (.. $. -... p.. +..

p.

....... I lDATC 202 COL PLAN CC4 CC{ NOK I@ L%R BCh1 IEH? CER Ei! K6 IWTl 00tKHT:

(....... 4...

4... 4... 4... 4. (.

4.. 4.. - 4.

- 6.

. 4. 4. -

4.

+. 4..... -.

I 35 73 $

SH 511 ttC Zf ED 1

551 I

5 73 4 3H 3H ttC 2R D 1

h5l l

35 7310 1H itH RPC Zt ilID 1

55I I p ste 35 73 0 TIN itt (1FCt 20 1

521 1

1 l u n n u nn m u mu n n mu nu n nunn m u m m mm anannu nm nu m wm ame n n n nin n em mne n n a n, I

l 1

24 74 1 11C TIH 41FU. DI 3H H

MM 41115 31 lE$ ULT 9t DI!CRLtgCY t[10LLTl!M I-24 74 4 3 3H RPC Zt DD 1

55I I tbttp 24 74 0 T[H RC (10 3 DD 1

$3I I

I 1:nsninnamnennensumananannummsennenmaanmmunnuenciniennnamanunnuununnurum.

I l

I 34 74!!' ilt Rif 41FU DI 3H te

.H 1

44 to 31 IK!ULI Of t!!CEPArJ ff;0tl41E l

34 74 4 3W 3H RPC-Zt D D 1

55l 1 8b!rt - 34 74 0 TCH ftC 41F EI' 9 0 1

53 I I

I l umumn un a n n-.num amunman nenumma nn m nn n n nnann mm nmmammu nnunnn a mi 1

l l

24 74 1 100 TDI (1FU DI 3 H

H #1 be 45 31 ILtMT Of DI:tKPM:?.' E30LtRI01:

I 24--7414--

3H 3H RPC # SD 1

SSI r

1 6-sep 24 74 0 i[W i[C (1FEB NDD 1

54 i r

i I

lessunessasseransarnassannessassessnesensersteinnassanntenennenemsamunnennuannnusannmannnennen !

I 1

1 42 74 1 lit RH dit-LT DI 1[H 12 1t 00 M 3.6? 41 31 IK!(fJ Of t!:ttttAM E!0LtfilH 1

1

' 42 ?d 11.i!H TCH RPC Zt D D' 1

5SI l 8 bite 42 74 0 f(H T[C (1FD 50 1

44l 1

I l e u ms munem n em e muminunu m n anan m mmin m a nnsm a m ne n n enann umun mme nmm um m I

I

- l 30 - ??'1 11C TER 41FU DI 3H H

.M Al b8 to 31 l I'

30 ?? 4 3H - 3H #C.Zt DD 1

55l l F-$ep 36 - ?? 0' TEH itC 41FG 20 1-

$51-i i

1 lunnunnuenmmnemuunnemunnunnumunma =nunnunnannemununnm. nuntummam I

. I

~

i-24 80 -1 itt T[H 416-U Bil CN 33.44 '.00 4 d? 44 37 lR(3RT Dr Dl!CKtAM t[Rifi1E I tb tep. 24 H0 TEll i[C 41FD 20

- 1 54I I

I-l ensru ununann simmuunnn ue==nmumnemensm emn enan sinannmm mm ninnummmimi m l-1 l

48 82 11 T[C'TCH (1 F CT DI KC -11.24 HU 71.90 12-24 itRT tr DI CREPMCf K3dLUTIN-I tb3tp 48 82 0.'TD itC 41 F R 2 D :

1-57 1 -

- IL 1

lin=numannensmunununamnnnnenmensumunnusmnnunnnnnannamaniumanum =nm.

1

- l

.I-

25. 83 1 Itt KH 41 F U H R HH 20.84 MM N lEZi DT DitttEPAM K$0Ltfile

- p..

.p..6....p...p.

+.

.p..

p.6....(

. 4.

..p..p..-.p.6....(...........

I HTC POW COL PLM CE4 CE-[ PR0K 'IS LOCN BCl:1 RCH2 tilAN RT! KL ikPCI C0tKHit L

__4.

. -. p

4. - 4..

p -.p w

4. p... p.... p. p. p....(... p. p....-.......

t

[-

IA6L -

I i$l! - '

c m-em 9'y--

p----*9*g*-* *,

a.-

y 9--

,,r T-

-W

'T*T' T

--"'TM e

m.'9"'7e*

T5

• Mv' t""

"3

"'"T W'

'*F

!'M

r IE! Cal!] t!!iDG C'tX L(U CtELATIVC

/

Init.u! Uait !

CCI -6'04

! Cit 11te:1 49 n 1 am'1 !!!;-)

4....... 4.

.............+....,.................... -. 4...

4...

4..

I Mf(

E011 COL PLf.R CC4 (C C lt0K IE LOCR INCR1 IEH1 utAX Mis Kl. IAPEl rtn o t:

........4.4....,...4...4..4.....4.....-...--...4-...-...........-...,......

IStter 25 83 0 ICH i[C 610-0 II TCH 20.t3

.M M

.84127 5/ ltMi 0" t!sttvWY tsacT10X l U ite 25 83 0 11H T[H RfC-TA EC 1

8' I s

l I

l en r n nmu rmnnun n m u m u n m m m ni mrumninn nn u m mun nm nu n mum a n n me m,n.m u n a.

I I

I 32 f2 1 11C 1[H 410-[F tl 3H

.H

.00 M

.0f % 371M311 Of fl!ttitAXCY R[!0LitT10:'

32 F2 1 11C TCH (10-CT tl 3H

.H

.M M

.(3 71 30 ldMi (f ti;tYJARCY KMU110X i

32 72 4 3H 3H RK-ZR Et 1

%1 I p $tt 32 P2 6 ICH TCC 410-0 Ef 1

42 1 1

I I n nuu m n an e ns m n :n n u nu n u n n m m u n mra m s u nnu m n uruu n u n unn u nn u en m, u n nn m m m i

i 1

7 P3 1 itC TDI 610 CT DI h

.M

.M M

.41 M 27 IK$11 tr ilsCEFAHCY KMili1DR l

7 F3 4 3H 3H RPC 3 E+

1

%1 I p $er 7 f3 0 1 01 iLC 610 0 Et i

60 I I

I i n u n n n m mu ni um n m m u n m en n u inm m e nm n n unm rrrum n n nu m mu nmu n n un ruuum nm 1

1 1

41 PS 1 1[C 1[H (10-[f fth 10H 11.M.00 1

.80 N 23 IC$lli Of DISCfJANCY Es1UTION IStter 41 FS 0 ftH itt 410-(t uk 10H 12.M.00 1 43 lii3Uli of LM i

i l u umann mmumnunnunmnum m n m mum u n n nm a n n u n nmu n m e mnuunmuuum u mm, I

l I

4 ff 1 lit !!H dit-[F NM 1

3511111 Of DI CPLTkMCY f($0LUTIM i

4 PP 1 11C TCH 410-[f IMr 7H 4.%

.M 1

51 it$lti Of DISCfJANCY KnUTION I p lep 4 97 0 11H 1[C 410-G Et 1

7I ISP1tp 4 PP 0 11H TEN 410-D IKf ?H 4.11

.M 1

7/ lKitti LT LM i

i t un nun n muu nunununenn rum mmnummu ruu rumnunnm armm nenun unnani m uunnum I

I I

P 102 1 ilt IEH 410-Cf II 3H

.M

.M M

.42 # 35 I I

f 102 4 3H 3H RTC-N E0 1

%1 i p itt P 102 0 KH TEC die-G MY 1

13 lE$lli Oi DIStkiPARCY K$1UTIDX l

l I mu n an nerum m n e mu n e m n iu mu m u m un mm n nmun ne. mm unmuss m m una runuuum ru nsa 1

1 i

11 108 1 RC TEH 41(-Ef M -3H

.00

.00 M

.77 62 23 I E !!Li Of DIstn tANCY E SOLUTIOK l

11 10C ~~------------------- ------------IRPC ICKAIIDW TID TR05 l*003 it31 1

11 108 4 3H 3H ttC 22 SH 3H

.10

.H 1

.72 157 55 IKitsi for POSITIE I.D.

I 11 108 ----~~----- ------------~~-------- 1))))) 005111VC 1.D. [!1AltIslO (((((

l 11 108 4 3H 3H RPC 2W LTil 3H 2y8.0 278.0 1 1HiM 43 55 l lBblep 11 108 0 K H KC 410- G 1kV 1

13 I K 311Li Of D13CE PA M t[$0Ltritt i 894ep 11 108 0 TDI ICC (10-G M 3H

.M

.M M

.60 8d 13 IK$lli IT DISCfJARCY K$1UT10X I p-$tt 11 108.6 3H 3H Rft-2A EC 1

C's itL M 1 Of LR I

I l un u nn m mmmu m um n m m m um m u m un u n n uin u n nm uunun mm emrumruummum u n m a

I l

I 23 107 1 ItC i[H 410-LT fl H4

.H

.M 1

.44 122 7/ IM!tAl Of LE

...........+.-.,...................w.........-.....~.4.-,..--.~.-~.......---....-..-.-....

I Mit R0ll COL PLAN CE4 CC-[ P90!'[ ID LOCX IKCH1 IX*H2 CHAX UOLi$ KG 1Alti CD51NU t

........4.

..............4. _,...-,..........._,..-,- -4...-... -.... - -.- -. ~. - -.~...

rk6E t

1U113

)

DelCAID L! tile 1$TH LIL! ClutATIE Inid.oM Unit 1 CCI H 4 1C10110H: an.r1 1 h w y1 11:;1 l

l p............(...........,.......e.)..4...,-.-,....................4............................

ILATC RW COL PLAN CC l: CC C fM( DT LOCN IER1 IEH! LEX VOLi! Mt. IMTl -

COWXI:

....................-,..........4.....................4......................_........,

i 23 10P 1 IIC IEh 4.'FU if M4

.00

.00 iL'

.($

$1 ICtti tr t!WJMY EsaUi10X lCfstr 23 107 0 iTH 1[C 61FEt E0 1

1. I I

I I n nus u s unnmnsun nn ns n m n s munn u n n ws us anna m n un n n n n nm nuns n a nn nn u n nm nna nn I

i i

8 110 1 11C iSH 410-[T E 0 1

34 !!1111 Of fl1Liil(MT R(10Ltff!M i

81101 SH TCH (10 Cf !! 3H

.00

.00 fd

.54 !? $1 IE;11 (r t!WJMC'i COL ltil0x l

l C 110 4 3H 3H RPC.2C Et 1

55l l 891 p 8 110 0 TEF '[C 410 D OH 1

ilICli(fDISCKfEY Kf1VT10M i

i l in n u n n s s um m u run n n a nm u nm un n n e n u n m unn in n n nu mmn n m a nnm mm mun, u n m u n us.

I I

i 11 110 1 fit TEN 61 b tr IXR 3H

.0:-

.00 Al 20 IC11 Or timVEY E10LUTION I89tep 11 110 e i[H i[C 41b[t 2M 1

13 lii:K! Of DISCttr#*.T RIs0LitilDX lCP-ttp 11 110 4 TEH TCC 6iO-G Irl 3H

.00

.00 rd

.64 42 13161!11 tr il:CE t W Y C 5t H TION I87-sep 11 110 0 3H 3H RPC 2A Nt0 1

8's l

..,*-.+..........&...

IDATC 20W COL PLAN CE.l: CE.E Pt0ft I@ [0CN IKLift INCH 2 CHM VOLIS OC6 ikPIl C0tihfWit

....~...,..,.....................,.. 4.........,..............,-.4.....

......... ~.

tktC 10 101klTUCL1

!)eltAi!J LISTING CCTH LEL1 CtmulATM InidwoodUnit1 CCI 444 IMMECTIDhl Apr P1 1 hw P1

• .f rit

.........,.... o.......... p... o... e.. o... o.. o.... p. o.

.o..o.

4._

I DAIC R0W COL Pla CE4 CC-E IT0lt IC LOCH MH1 MR2 CHAM E13 (G TWCl C0KRI:

p............ o...o... o...o... o...

,...e...o............ o.. %.

o.

I I

lcanunnenmnensur unennnntamenetsinnennusna-unnnun-nnnunnunanmann. n==n nn I

1 l

15 -4 1 Tr.C 1[H (1FU 39 I!H 4.70

.H 1

.t3137 ?I l

15 41 TEC IEW 41FU 33 I!H 4.12

.00 1

. 4 13'i 2 l E !al Ur IISCEPARCY E M UilDr.

I 15 6 10 1H I!H RPC-ZR 39 i$H 4.6

.H 1

.74 134 58 I i

15 610 1H I!H RPC-ZR LW ISH 302.0 273.0 1 1H.H 4? $3I i

1$

4 10 1H ISH RfC K 39 ISH 4.42

.H 1

1.34134 L8 l l

1$

410 1H !!H RPC Zi LW T!H 227.0 3H.0 1 1H.H 51 50 I I Bb$te 15 40 RW TEC 41b G 37 ISH 4.43.00 1

.4413P 73 IRE!11 Di LAR I tb$te 15 40 1EN RC 41FG 2 I$H 4.f7

.H 1

.50 147 23 IE!lti tr tar i

i Ch $tt 15 40 1H ISH RPC-2A $AI I$H 4.88

.H 1

.4412? Cd I THI! 110[ hARUALLY liliDS FRuh flDG LIS i lgp.gg, t$

g..............

_._..lREn00AL FR0h lite LI!i IMED OX (dtn TC i

) Obste 15 40 1H 1!H RPC-2A $4! I!H 4.34

.H 1

.44138 tt 1 THI$ ilEE HAMLLY Rth00 FM PLUG LI$ '

l gp.;,p i$

g................................. _............_.. l RGML FR05 Alb LI!i I:AD ON (40D TC '

l I

1 l a s u n u m n nini n n u nnu e n mu n unnu m a nnu nn a meu s mmu n n u smun umn ewn mmume nm 1

1 1

14 71 RC IEH 41b ET 3d i$H 4.50

.H 1

1.7214 2l i

14 7 10 1H ISH RPC K 38 ISH 4 33.00

.1

.12 135 LC l I

16 7 10 1H ISH EPC 71 LW T!H 301.0 W4.0 1 1H.H H f4 l I 8?-$tt 14 70 TEH itt (1Fil; 35 13H 4.8?

.H 1

1.dP 141 *;3 ItI!Ull Of LAR I tb!!p-16 70 1H I!N RPC 2A SA! 1 2 S.33

.H 1

.62 Bd 84 l THI: ilfi l%NUALLY RD@D FR0r PLlh, LIS l gp.sep 3g 7.......................

... IEhML Fk0n PLUG LI!i BAD ON MtlX 1[

l 1

l n n m m u n n un n u n n m u n n u u nn n n m u n n mmmu nn mn n u n mm m u n a nzuma mi n=nma l

I I

32 20 1 RC RH 61FU $9 3H

.00

.H M 1.14 P4 5 IRE 1E$1 FOR PU511 M !.D.

I 32 20 1 RC IEW (1FU FD 3H

.00

.H M 1.49 04 25 l))))) POSITM I.0. E!!A115E M((

l 32 20 1 RPC-N X1 L'. I I

32 20 4 3H 3H RPC ZR SA! 3H

.03

.H 1

1.44 P0 50 IRETEST TOR POSITIE I.D.

I 32 20 4 3H 3H RPC-2R L S 3H 372.0 273.0 1 1H.M 47 58 l 1 tbite 32 20 0 10 RC 41bG W 1

2Pl l

l

_ linnununununnummununnmmunmnummmamnenmmummmmannmums --nan 1-1 I

5 21 1 11C TEN 41 FET IK 11H 3.30

.H M 13 IE!!Li 0F DISCREPAHCY E20LUT10t i

5 21 1 11C T[H 61FET IMF 11H 20.C7

.H M 101RE$ ULT Of DI$CulMLT RE!0LifilW.

I 87-1:p 5 21 0 i n RC 410-G DHT 11H 3.30

.H M 14.13184 21 1 Sbtep 5 21 0 11H RC 410-G Cul 11H 20.87.00 M 24.44181 2l I Ebste 5 21 0 11H IEH 61F G G 1

Ci I 1

I I na nnmunn:mmimninnmuntm am un nun unmmumm unu nnimumumunmunnumum

.I l

l 4 21 1 ilt TEH 61FU 39 7H

.M

.H M

.41 111 10 lESlti Of DISCEPARCY E$1UTIDE I

4 21 4 7H ?H RPC-N C0 1

b5 I p.-.

.,.... o........ p... o

.p.

.. o.p... p.. p o...o

_. p..o._ p _. _

I DAR R0W COL PLAN CE4 CE-E PROCE ID LOCH INCH 1 INCH 2 CHAN MLI! DES TAEl C0tiU1$

p....... o... p.

p.2.p

.p _.p...

p p. o..

p p...p.

o..o..p.

NR 1

1-

O IWICATIllt LISTM - CTH [ft! CtRiluTM Inideod Unit 1 CCC D44 IX:PLCT!DH AW1 1.w?] u:24

......... p.

p...+....p... p.. 4...

.p..p... p p

p... p...

p p.

p...

IDATE M COL PLAN C(4 CC-C PR0K I@ L(CM DCR1 DCH2 CM V3Li$ Kb IMI CONNi$

p.......p...p... p...p... p...+....

p..p.

p.... p.

.p.

p.

p - p.

g.....

1 6 21 5 SH $H #C Zf M 1

5S I I

d 21 4 3H 3H M-N DD 1

55I I

d 2110 1H f!H M -Zf M 1

55 IE!lLi Of DISCEPMCY ESOLUTIOX lBP3tp 4 21 0 TEN TEC 410-G DD 1

241 1

I Inennunnensuunnmnunununnunnerunninmannnunnmaunimenmusinunmun nnuu 1

I I

33 23 1 lit IEH 41F EF DI 3H

.00

. 0.' M

.55 120 10 It[$ ULT DI t!!CREPAm RC10LlrTID:t 1

33 23 4 3 3H M ZR ED 1

55l lBP3rp 33 23 0 TEN TEC 41FG E0 1

301 I

I lunnninnmmnmuunnnmunnunmurmninmannununnanonunumnunnnnm umnun:

I I

I 25 25 1 11C TEH 41FU 15 SH

.00.00 M

.44128 lt IRE! ULT Di tI!ttCPW RE!0LifrIM i

25 25 5 5H 2 RPC ZR M 1

55l I

25 25 4 3H 3H RPC N ED 1

55I I

25 25 8 1H 1H #C-Zi M 1

55I I

25 ?$ 7 f!H I!H tPC-N 00 1

55l 187Sep 25 25 0 TG TEC 41FG E 1

32I i

i Inanununnsinsurinsuununnmun uemenmunminsrannimnunnunurinnemnnmunemnin I

7 I

I 31 25 1 ilt IG 41FU DI 3H

.00

.00 m

.40 104 1; IERT Di II CtrMCY ESOLUTIDH-l 31 25 4 3H 3H RPC-Zi DD 1

55i

!t?$tt 31 25 e i[H TEC 41 F G E 1

311 I

I I :::::::::::::::::::::::::::::::======== :rinr3 ::::::inarieseir :::::::::: en ::::: usernat== :::::::::::: 33. ::::::: -

1 I

I 33 25 1 100 TER 41FU 37 3H

.06

.00 M

.dP 111 18 LEET of DISCEPAM E$0Ltli!02 i

!3 25 --------------------------------------------- ---------lRPC IEICATIM PID i tun CM$1X TE!!

l 33 25 4 DI 3H RPC-Zf IM 3H

.00.00 2 11.55 83 55 IERT Di plSCEfMCY ESultfil0N I

33 25 --------- ---------- --------------- ---------~ itETE 31 IUR PD!!TM I.D.

I 33 25 ----------------------------------------------------------l

))))) POS H M !.D. C f MUDO (((((

l87-!tp 33 25 0 '. Ell itC (1FG W 1

311 I

I lnenancemumnumenmumu.nmmurinnmmnennunnn=manmuumn:nmarun.annu.mm i

1 1

34 25 1 11C IIH 41FU DI 3H

.00

.00 M 1.17 85 It i 1

34 25 1 11C T G 41 F U DI SH

.00

.00 M

.55 B5 101651Li Of M-ESOLUTIOX ITD W 02 CIE l

y 25..............

.-...-lRPC IDICAIIM PID F20e 00001X IE!!

I M 25

-- --- - --------------- ------- --- ----- --------1))))) P0$1TM I.D. E!! ADLI:10 (((((

l 34 25 5 5H $11 RPC-N 10D 1

55 I I

M 2510 1H T:H RPC 22 M i

55I i

34 25 4 3H 3H RPC-ZR MA1 3H

.02.00 2 18.49130 55 IRE $tt.1 Of DISCkEPM RL$0LtflION I

M 25 ------------- ------------------------------------------- l E TES T ( 02 PO!UM !. D.

I 34 25 --~~-------------------------l-THI TUDC hAWP1LY EMED IRDil RUEST LI lBPtep 34 25 0 TEX TEC 61F G W 1

31i l

i Iununmunnimununnmanamnemnmammanumunrummnunnnn.- annium====mn=n:

1 I

p..

p.

p...p.-e...o

.o

.e..+..

p e

p 4 _e e-o..

IDATI R0ll COL PLAN CE-B CE-E PR0DE ID LOCX IXCH1 INCH 2 CHAN VOLT 5 KG Ti(El COMMEX13 p

ppo

..p

+

.p..p

.p

..p

.e 4-

.e-o.

l PAT 2

IV

I 19DT18N LIITNG ItTW Lil! CWauTM inidad Unlt 1 CCE 044 IM1PECTION: w41 1 a w 41 11124 r...

..... p... p. p... p... p.....

p...p.... p. y.. p...

o o _.,...

I MII R0W 3 tLM CE4 CC E IME I@ LOCH INCH 1 IEH! DMN VJi! KG 1APEI COM[Xi!

p..._..

.p... p.....p... p..

p.. p. p.

. p.

. p... p....

p.. p

.p......

1-2P 2d 1 TEC TEN (1FET W TEC 17.05

.H M i1 i tP4tp 2f 2d 0 KH KC (1 0 2 DI TEC 17.05

.H M 150 42 32 IK$R1 Of L4k I 8749 27 24 0 !!C TEC RPC-ZA M 1

72l l

l I mnu nnimu man n m u n n u mm a n nm e mn n u nem m u n nam ent unn nu un n iu m nn u enm m u I

I I

44 33 1 ECTEN410U DI 2

.H

.H 1

.44153 0 IC11 Of pl!CEPMCY E$0LVT10M

^

l 44 33 -----------------~~~-------------IRPC !@lLA110X PID i kon IWIX TE$1 1

44 33 4 3H 3H RPC H CAI 3H

.4

.M 2 18.47 130 55 lEtti F #1tCEPEY EsulVilk I

44 33 _ _._. _ _ _._ _. _ __ _.. _ _ - _ _.. _ _ _ lggit 1 r y pg Itgyt ],p,

,I 44 33

.. l > > > > > pg:ttg g, p, gginiugo << < < <

l et-Sep 44 - 33 0 TEN i[C 41FD M 1

35l l

1 l enra rninamnainue nm unnumn emne m u nn u n n manns u n n un ru m rnum uma nn annnn nn i

I l

24 43 1 11C KH 410-U DI 3H

.H

.H 1

.43 75 22 l l

24 -43 4 3H 3H RPC-3 M 1

55l Itfsep 24 43 0 TEH EC d!FD 50 1

411 I

I In==nunenenmunamunnuunmrumumnenmumsmannumumannannemmmarmunm i

I i

28 44 1 11C Ell 41FU DI 3H

.H

.00 M

.42 25 22 It[M1 Of DI CEPEY E30Llfi10H

'l 28 44_.1 11C -TEH 41 F U DI $H

.H

.H M

.47 P1 22 IE311 Of DISCEPMCY KSOLUilcM i

28 44 5 5H 5H RPC 3 NDb 1

55i i

28 44 4 3H 3H ltPC Zt M 1

55 l l

28 4410 1H I!H RPC 3 DD 1

55l l BP4ep 28 ' 44 -0 TCH TEC 4100 ED 1

42 l l

1 Immunmunumunnumannmnmenminnnen nmunmanumumsmunmemannumanun l-l I.-

42 44 1 lit TCH 41FU I'I 3H

.H

.M M

.45 47 22 lEttU F DisCEFEY E ullfi10M i

42 44 4 3H 51 RPC-N NDO 1

55I I SP4ep ~ 42_ 44 0 TCH Et i1FD SD 1-42i i

l l umunn mummm m m.nminn un=m un m a n unnun==nmmunmu rmn n n e-r=== n nun 1

I I

27 47 1 410-Er NT M

12I l

!? 47_ 1 in EH d1F U DI ?H _.00.00 M

.30 7C b? 1RE! ULT F D13CEPMCY RC30 Lilt 10ii l

2?.4? 4

?H ?ll tPC-R E D 1'

55I i

2? 47 5 5H 5H RPC K @ D 1

551 1

27 47 4 -3H 3H RPC-N 2 0 1

55l 1

27 47 F i!H I3H RPC N NDO-1 55l p

I 27 - 8 1H 'J RPC Zt 3C5 1

- 55 ISUPPORT NOT YIslitt AT 1H L

l 89-Sep 47 0 TEN M 41FD 20 1

43 l l;

I l

mannnuunnun nunnmmmm emme nmm u nu mm mn un m uu nnnn nannnu n unn u m m I-l o

L

(-

l-31 47 1 (1FET NT 51 12 IRETE!i - TEli (11LL LIK5fH L

.. _ p p

._. _...,_.. e...

- 1 NK Roll COL PLM CE 8 CE-E PR0K I@ LOCH INCM1 INCH 2 CilM Y0li! K614PEI CONNEX11 p-p p...p.

p.

p.

+

_p..p p

p p

e-_e..p _p..--_.-

tG 3

-. - - ~. -.

l DDICATIC !!!!!E - Will LILS CtKLATTUC taidwood tinit 1 CCE -t44 IX:rCCT10X: 6 41 1-h e ft u:N 4...........p.......(._.4..p...r...,.....4.........(.p._4.............._.......

IDAlt IDW COL PLkN CC t CE-C ff0lt In LOCX DCH1 INCHz OlkM RT: (G I4PCI LAEXI:

(........+....(....(...4....(....q.....g.-p-.4...4.-.4.-..(.....4-.4..~p.....--...............

I 31 47 1 11C IG 410 U DI 3H

.00.00 M

.44 34 52 ICMLI 0" ll?CLUMY datVIIDX l

31 47 1 11C 1[H 41FU t! LH

.00.00 M

.70 45 52 in$tLi Or DI CEPMLT t[ 0tU110%

1 31 47 5 Sil SH PfC Zt M 1

55 1 1

31 47 4 3H 3H tPC ZR M 1

551 1

31 47 10 1H I!N RPC Zf M 1

55 I I tb!tp 31 47 0 1[H itC 41FU M 1

43 I I

I i m m m u n n m u m u m n n u n nu nnm uun uum u n munuu n n umm un u n n m a n u mm a nn u u n l

I I

32 47 1 41FU NT M

12 IKTL11 - TI31 llL1 LEW51H I

32 47 1 11C 1 0 41 F U DI 3H

.00.00 M

.4S 0/ 52 l l

32 47 4 3H 3H RPC N E D 1

55 I I tb!rp 32 47 0 10 itC 41FG W i

43 1 1

l m u u n n u n u nm n nnui n n m u nuum m e n n un n n sim u m mu mmun n su n nu n u n u n u n n en m u I

I I

27 50 1 TEC 101 41FU DI 2

.06.00 M

.P4 74 13 ItttLi tr thR I

27 50 1 1[C T[H 41FU D1 5H

.00.00 M

.71 40 13 lRI$tLi Of LM i

2? 50 1 11C TDI 41FU DI 3H

.00.00 1

.?4 P4 23 I I

27 50 1 lit itH 41FU DI 5H

.00

.00 1

.38 ild 23 It[$tLi Of Ol!CRP6HLT K30Llfillt 1

27 50 5 3 5H RPC-ZR m 1

55 1 I

27

'O 4 3H 3H RPC N E 1

55 l I

I 27 50 P T3 !!N RPC-Zt M i

55 l l

27 50 C 1H 1H CPC N $CA 1

55 It0PPWI NOT YI$1!u si 1N 1C?-ti; 27 50 0 iG IEC 410 G 10 1

45 1 1

1 lunununnununiumunasannumum = msuwunnnmamumuunnumumununmnumm.:

1 I

I 21 52 1 TEC TCH d1FU 01 3H

.00.00 M

.70 P6 14 itstLi ci D!sC&MCY ESOLUTION I

21 52 1 TIC TEH 41FU 01 5H

.00.00 M

.84 74 14 IRE $tL1 Dr DISCEPMLT Mt0LlfilDX l

21 52 5 SW SH RPC-ZR R 1

55 l l

21 52 4 3H 3H RPC-ZR M 1

55 I I

21 52 f TSH T!H ITC-ZR D 1

55I I

21 52 8 1H G RPC-N SC5 1

55 100PPORT E01 UI!1til 61 G 1tb5n 21 52 0 TG TEC die G W 1

(S I I

I i mm u man u mmu m m u mmn i m r==m mu ma m n un mm a m a mu mun n = u n n un mmma m.

I I

I 20 53 1 TEC T G 41F U DI 3H

.00.00 M

.80 el 14 IKitti Or DisCEPARCY C$0LUTION I

20 53 4 3H 3H RPC-N W 1

54 I I Bbste 20 53 0 TG TCC 41FG E 1

44 I I

I inunnnunmuunnmummumamnnummunununmuum=mammmmmunnun.. m.: sa 2 l

i I

25 53 1 TEC TG 41FU DI 3H

.00

.00 m

.44 SP 14 ICstti tr 0!sCUAHCY CLUT10R 1

.25 53 4 3H 3H RPC-N ED 1

b61 I tb$te 25 53 0 TG TEC 41F G W i

44 I i

1 1

l nu n u nu nn m u mman umammum n mmmm mmn u = nnn mm= amn = n mum:=m = = m un i

I p

...o...p p p p o p p e p_.o

.p

.p..p.

p 1DATE R0W COL PLAX CE-C CE-E PR000 IS LEH INCR1 IXCl!2 CHAN VtLT3 DE6 TAPti CutN.X11 p _....p...p.

p

.p

.p.

+

.p

+

... p p. p.. p.. p _.4. _.._... _.......-................

PW 4

C 4

1 e

MICAIIE LIIIM

• NTN Ln! (MLAi!W

- tralducod linit 1 CC[ +t4 N:Ptti!0XI Ate P1 1 A,y r: 111M

,....... 4.... p. (... 4.... (. 4.... p. 4.... p p.... +. 4... 4

.(.... (..........

I NTI M CL PLAN CC C CC-C PR0K M LOCN DCR1 DCH2 CHAX W.!! IG icil C670!!

4...

...p...p

.p...p...p.(....

4...p...f.

9-.4..

p

.p.4

(-

.1-21 54 1 itt 10141FCf t! CH

.H

.H M

.42 C: 14 I t % I T t!;Ctr e c a llT10X i

l 21 54 ?

BH SH RPC N M 1

54 1 1

21 54 4 7H ?H RPC 2t M 1

Wl i

21 54 b 5H - 5H ttC Zt M 1

541 1

21 54 4 3H 3H RPC-ZC ED 1

54l l

21 54 P I!H 13H RPC+2R M 1

541 1

21 54 8 1H 1H RPC-Zr $Cn 1

54 !!LPratt NOT VI:IRC At 1H i

lBt!tp 21 54 0 i[H i[C 41bn P*

1 44 I i

1 Imuninnmnnmunnmunn

.e m m m ummm mnn uunan n n nm un muuma nna n nu n u l.

I l'

28 54 1 itt VIH 41 F CI DI 3H

.H

.M 31 1.H 82 14 IK$RT Of DI!LEPANLY tt!Klf!!DN i

.I 20 54 4 3H 3H RPC Zf M 1

54 I I ef !tt 28 M e itH T[C 41 Ftt E 1

44 l 1

I l m ununnnrun n m m anunumennm einnmnmm m u n nmum uman n st a nun.umannmnu I-1 I

41 M1 f[i H H (1 FLT 01 ?H

.H

.M M

.51101 1414:11 Of f! 0RCtANCY E!0Lifi10%

i 41 - 54 i

?H ?N RK-N DD 1

541 l

41 54 5 5H SH RPC 20 m -

1 54l l

41 54 4 3H 3H IPC Zf DD 1

54i

(,

I (1 ~ 54 10 - 1H i!H RPC-N NDD 1

56 I

.ISPitp 41 54 0 KH f(C dit G @)

1 44I I

I luunmuniumunninnnmumnnunmnununnunnmunununumaimunmmnumun.. m;w-1 l

l 34 55 1 TCC -101 (1F U DI 3H

.03

.H M

.77 di 15 ICRT r DISCErm KXtri!0M l

1 3d 55 4 3H 3H RPC-22 OD 1

54l 1BP-sep 3d 55 0 TDI TCC 41FD: @D 1'

4? I I

1.

I em an s ninn n uum m mmm mus sa nnuu nn nu nnu u n u n emm umumu nnunn m me.=nnu nu ni l

i I

421 57 1 itc 101 416-U PI AV1

.M

.M M

.83 ?? N IK:lli tr pisttrMci cilLUTION 42

$p...

gngy. ggirgtttgg 1

47 57 1 TEC 101 41FCf 24 AV1

.M

.M h2 1.44 _ 52 1 lBfste 42 57.6 - 11C TIC 41 F D DD 1

4I ICf31; 42 57 $ 10C TDI (1FD ED

.1 73 ICSULT 0" DISCKfARCY EMt!TIDX i-1-

Innummn=ennunununniumnemunnmmmmuunnummannmunmummun_..ununn I-1 45 SP 1 T[C TDI 41FET-PI AY1

.H

.H M -

.55124 N Ictti or DISCKPANty stscilot l

I-45 SP 1 Ttt TEN 61 F ET PI AV3

.M

.M h1 1.2S 143 2b IET[11 TEST FULL LIEH 5 $P 1 TCC TDI d10-01 21 AV1

-.M

.M M2

.89-52l-l --

4 1--

45 57 1 TIC - T[H 41FEF - 23 4V3

.00

.M M2 1 13 52I I C9+3tt - 45 : SP 0 11C TEC 41FD DD 1

41 I 8?-set-45 59 0 '11C T[H 41FEt 22 AV3

.M

.H h2

.8?

70 lESULT of DISCEtMtY RIs0LUTION I-l l n na nnm =mu nmu nn munmuunnu m a mmm n,= n unn on umman u nnummu nn umme I

I

.p..

p...p

.p.

p...p... p.

.p..p

.p..

p.

p

.+ 4 _ p IDATE ttAl CE PLAN CC-B CC-E PR0K IE LOCX DCH1 DCHf CHAN Y0LTS K614PEl CW9013 p..

...p.

p...p...p...p...+.

-.p p

.p p

p.

4 p +.

.p.

t%E 5

Il.

.. u -

1

^

ISIC0II3 (IIIIE

• 14TN Liu CIMA.ATM 1 hav-P1 11:

Inidwood Unit 1 CCE -044 INSPIC110M Apr-t1 p......

4... 4.

4... 4... 4... 4... 4 4 - 4 q... p

4.. _.

p. 4... 4 I Mit 20W COL PLM CC t C( E PR0lt Di LOCH DCK1 D0(2 CHE Rf! (G TAPt1 C20f!

4...

.. 4.

. p..

4...

4... 4...+...

. p. 4.... p.. p.. p

.p.

.. p 4. 4..

1 -

28 42 1 EC TD d1FU M 1

24I I

28 42 1 11C i[H 41FU 35 SH

.M

.00 h1

.38114 % in!Ull or OlsCEPRt kt$0Lmp i

28 d2 5 SH 5H RPC-M DD 1

5dI I

28.42 4 3H 3H RPC-3 M 1

5d I I

28 62 P iSH !!H RPC N ED 1

36i i

21; d2 8 1H ill RPC-N $Cn 1

56 130PPOR1 W1 Y1!ICL1 61 1)I 187$er 28 42 6 101 TEC 41 F D 2D l'

4?I l

I i n m u m m u muruu n un un mu mumm u n me mmn nu ruin n m um u nan nun u nemmm e m an n i

i I

34 42 1 EC TD 41F U 56 1

2dI i

34 42 1 100 TEN 41FU 31 N

.H

.M Al

.4411? $0 lE! ULT Of H!CEtRT t[!Ulma 1

34 42 4 _ IN 3H RPC-M M 1

54l lBbter 34 42 0 T[H TEC 41 F B 20 1

49I I

I lumnununnunninnumumummnnununmunmmnnunnnmun=nmannunmmm.mm i l

I i

14 43 1 11C IIH 41FU 35 W

.M

.H Al

. 0 112 52 IRE! 11 01 tl:CktPMLT E!0Litt1R I

14 43 4 7H 7H RPC-M M 1

5? I i

14 43 - 5 SH $41 RPC-N W 1

57l l

14 41 4 3H - 3H RPC-N DD 1

5? l l-14 4310

-1H ISH RPC-N E 1

57i l

iCP*$te 14 43 0 TCH i[C 41FG 20 1

50 t 1

i I nnunnumnumannunmemmmmmamnummuinunnemunnunnununnemununnum 1

1 I

24 d4 1 TEC TCH 410-E 28 3H

.M

.H Al

.?! 14 2? I I

24 44 4 3H 3H RPC N M 1

54I l Ebsta - 24 44 0 EH TCC 41FG W 1

50 1 1

1-lmumnuunnunmmuunmunnuunnensmanmmunnmunmmnuarmannmmumm mmc I

I I

27-45 1 10C TG 41FU M 3H

.M

.M - A1

.dC 73 50 IK$1T Gr LM i

29 45 1 '10C TIH 41FU flD 3H

.00

.H H

.b4 80 53 I))))) PC$ lim 1.0. [$fRISO (((((

l

- 27 g.................._.....

..r........

...... _..... !ESET Of HSCKPMCV KSMTIR I

29 45 4 3H 3H RPC-N DD 1

54I ICPtep 29 45 0 -T G TEC 41 F D 20 1

50i i

l uunmann mn m asmnemummmu nnu mmm an n unm nu n mm m um un u mmwom mmum I

i 33 d5 1 - 10(, 10 d!FU M 3H

.M

.M R1

.7C 44 50 lE! ULT Ir LM i

33 d5 1 11C i[H 41 F U FD 3H

.M

.M h1

.79 72 53 l))))) P0;ITM 1.D. [316DLisa (((((

l-33 45 4 3H 3H-RPCH E

1' Mi 187-ste 33 45 0 TCH i[C 41 F G E0 1

50l l

I lumumnununmunnummnumumunmmnumsmunmnmm mum==nunn mmmmnmi 1

l 43 45 1 11C TCH 41FU DI. 31

.M

.H A1

.40 Pd 56 lESULT of DI$tkEPMCY E30LilTION

(

p..

...p p.

p._ p...p p..

p..p

.p

.p..

p

.p.

p p

.p IDATE R0W COL PLM CE-C CE-E PR0lt DID LOCH INCL:1 IXCH2 CHE Mit DEG 14PEl-COMXT3 e

...p

.p p.

p

.p.

p_

p p

.p..

p

.p...p

...p.4 p._.

PEC 4

TU b

IRICA11~1 L18 TING - DOTH LIG! CunUTIvt taideodUnit1 CCC D/D4 IX111t!IuRI' 4,v r1 1 h e r) 11ut p......

4...

4...

4...

4... 4..

(..... 4..

4....(...

4.....p.- p....

4

.p..

4....

I Mi[

00il COL Pld CC t C[-[ PR0K IE LOCH INCK1 In CW Ris M IArti c4KXI';

p.......p...(....p..4....p.4.....4...p..p..4.....p4..-...,..4....p..._..................~...~...

I 43 65 4 3H 3H RPC 20 ED 1

$dl IBfsep 43 d5 0 ![H 1[C 41b[0 ED 1

50l i

l I n n n u n n un m innumum en m.n n u nm umun u nn u n ruuumu nnnn unnnummmm u n n nn u i

I l

44 70 1 IIC 1[H 410tf D1 5H

.00.00 M

.4r D0 W l l

44 70 5 SH SH RPC U HM 1

5di 1

44 70 4 3H 3H RPC N 0 0 1

54I I

44 70le 1N IIH RPC ZR ED 1

Ml lSt-L 44 70 0 IIH T[C (10 Lt RIt 1

53I l

I l i m u u mn e nm m un n mu u n nnunnmu n nu m unm u m um m um a n nu m u nn mm mm emm n n i

I I

21 #1 11C 1[H 41b[F CDA 1

45 l l

21

?? 1 ilt itH 410 Cf D1 3H

.00

.H M

.44 40 44 I I

21 ?? 4 3H 3H RPC-N ED 1

54I i CP4tt 21 M0 TTH.100 41b 00 it:0 1

57 I I

I innimic unmmununininnmunnunennneinnmummmumnemuununununumnunmnm i

l 34 ?? 1 11C ICH (1FEF 0 %

1 (SI l

34 #1 11C 1[H 41btf 17 5H

.00.00 M

.43 Dr 44 Id:llli Of t!!CEPMCY d!7.filBN I

34 ?? $

SH SH RPC N ED 1

54I I

34

1. 4 3H 3H CPNR @D 1

541 1

34 # 10 1H 1H FfC N ED 1

Wl 1CMet 34 #4 1[H T[0 41b(0 Ntc 1

57i l

I l u nun nssimu nu n n unu nne mm u nen nunmu nnm umanmm numumum nunnnau s.mz unm i

I l

35 #1 110 1[H 41bEF CN 1

45 IK$Uli Of DISCkiPAM RE!DLifillet i

3S ?P 1 11C TCH (1FCf D1 3H

.00.00 M

.43 ft 44 ILTSU Of 015CEEPMCY ESKUTION I

35 #4 3H 3H CPC N WD 1

54l lCfste 35 79 0 101 TEC 410-D: HM 1

57 1 I

I t estinannessistassnesnnannennennsense ursessusentsnmmumnanenemmassamtmassann=usmenussue i

l 1

27 21 1 lit TEN 61FET DI 3H

.06.00 M

.35 44 43 itSU ft 01%CEPMCY COLUi10H I

27 81 4 3H 3H RPC-N NM 1

54I I87Sep 27 81 0 101 TLC (1 F U: WM 1

501 1

I l u n i nu n u nn e n m a n nu s u m um u s i n u n n u nn m n m u n n a mu nnmm u nnnn mmmmmun n un:

1 I

i 3r 81 1 11C TEH 41FEf D1 3H

.00

.M M

.51 F1 is ICULT of DISCEPMCY Cil.i!!!0H I

39 S1 4 3R ' 3H RPC-N NW 1

54l l BP te.i 3f 81 0 TEH 100 (1 F O: E b 1

t0I I

I I ninin un m n a m un n m en nunu n u mu mm mm u m mmm mmu n =nmmm u mmn=un wuun m I

l o.......p...o...p...p

.o._p_...o..o...o

.p....p p _ e p

.r.

I NIE R0ll COL PLM C[ B CE-E PRODE ID LDCH Im IRCH2 fMN Mit KL 14PCI CONEX 13 p....... p... p... p... p...p p._..p p... p p

..e p...

p.,.p

. e _....

l 1

Pkd

?

TUCj

__________________a

IRICATI0ll LI!!IE - COG LEE! CUllVLATIVE Craldcod Unit 1 CCE - M 4 IX3PECTIQU Ax P1 Wr41 11rd r.~

..p...,....p... p... p... p.... 4...;.... p....p.

.e... o

.p..p.

p

.. ~

IDATE R0W COL PLM CE4 CE-E PRODE I@ LOCH INCH 1 IEH2 CHAN VDLI! (G IAPEI C0iiGi!

(...

4... 4..

4.. (. 4.

4...... p..+.. + --.. p.... p.

4. - ( -.4

. 4.... ~..

g I

43 83 1 ilt TG 41FEr 01 Ill

.00.00 M

.37 45 44 ICtt.i 0" DISCREPMCV C10T10H M '.e.;

4 1

43 83 4 RPC-N NT

$61 1

43 03 4 3H 3H #C-ZR D D 1

57 I lCf-$ep 43 83 0 TEH TEC 41 F G N00 1

SP 1 I

I lumurmurmuunnsmummismmm:nummmmuusammnuum:: ma:nmuusuu=musuunu 1

1 1

(1 85 1 11C TEH 41 F ET DI 3H

.00.00 M 84 44 44 l'fM1 Of DISCEPMCY RESL(UTIDX 1

1 41 85 4 3H 3H RPC-Zr E D 1

57 i g

l SF4tp 41 50 TER Tr0 61F EB @ D 1

40 I i

I e;g g a -.

1:uumunumsmm n=nenuumumummemuzzmmu=ummmm====muuuuuuuurumm:

' x;; %, r;,) >

s I

i l

18 84 1 11C TEN dibU DI 3H

.00

.00 M

.61 38 44 IRI3Ull if DISCREPAMCY K$0LUT10X i

it 84 4 3H 3H RPC-ZR E D 3

57 1 i89-hp 18 84 0 TEH RC 41b G E0 1

40l l

l 1 r. n;u nunummm an us u=mmmnm== =u= = s u u=nu=mmun u =mu===umm a= nm:.m i

I I

34 87 1 11C KH 41 b H DI 3H

.00.00 M

.40 P5 43 IRESULT Uf l #

I h N 1 lit TG dib U PD 3H

.00

.M M

.37101 53 l))))) P0:ITTUE I.D. ESIRIIHED UU' I

34 87 4 3H 3H RPC-ZR DD 1

571 I Bf hp 34 87 0 TEH TEC 61bG NDD 1

d2 I I

i lanu==mmmmmumumnums -----nu=mmm m mmmemum. mum =uu=mu---

1 I

i 17 T1 11C TG 410 U DI 3H

.00.00 M

.40 PP 43 ICStA.T 0" DISCRIPMCY ESOLVIION I

O4 3H 3H RPC-N ND0 1

57I i 894ap I $7 0 TCH KC dit G D D 1

42 1 1

I lunur nuum..... umu=um=muunn==m=m

== u.... mu n u= mu==u= =mm I

i i

17 97 1 TEC IEH dibU IXR TEC 15.04.00 1 35 I i

17 ?? 1.11C TEH 41FU ED 1

42 I i 89-hp 17 ?? 0 TEH TEC (1F G DI EC.15.10.00 M 17.61 12 dd ICStX.i tY DISCEPMCV KSOLUTIDX i Podet 17 P7 0 i3C TEC RPC-In ED 1

72I I

I imu==muunmm

===munum n u m :..

n=umm m== = ======u I

I 20 108 1 TEC TEH (1FEF IXR TEH 8.54.00 1

381 18f4tp 20 108 0 TEH TEC 410-EB DI TEH C.F

.M M 1.?? 43 /f '

i EP-Sep 20 108 0 TSH TEH RPC-ZA NDD 1

94 I I

I l e=um=u--- -

--nu===

umm=mu u

suu==.

I I

i 15 107 1 TEC TEH 410 U IXR 1 3 14.43 40 1 38 IRESUL1 Of DISCREPAEY RES0t.tllIDH 8 89-hp 15 109 0 TG TEC 610-EB DI TG 14.24.00 M 2.8/ 40 70 I t 894ep 15 107 0 15H TEH RPC-ZA E 0 1

841 p.._.,

p

.p-.p.

p 4

p. -.

p p p p.4.-,

-- - ~. -. - - - -

~

1DATE 200 COL P!AN CE4 CE-E PROCE IMD LOCH INCit! IEH2 CHM YOL13 DE6 TAPEI C0hliEXTS p

p p p.

p...+

.p.

w p.

e.

e.+.. _ e +--e PAGE 8

10Tli TL i

_ _ _ _ _ _ _ _ - _ = _ _ - _ - - - - _ - _ - _ - - - - - - - - - -

_g W.

o-

.p A

t APPENDIX 4 CERTIFIED EDDY CURRETF TESTING PERSONNEL l :.

i:

L 1 :.

L-l

.,r...

n

~

i e

PERSONNEL CERTIFICATIONS The follcwing personnel acquired and analyzed the eddy current data for Braidwood Unit 1 second refuel outa,ge (A1R02).

Those peraonnel identified with an asterist analyzed the data.

NAME ET CERT. LEVEL COMPANY

• A.J. Dlabik IIA W

• J.E. Dye IIA W

• K.P. Hoolahan IIA W

• R.H.

Ingraham III W

G.W. Miller II W

• R.A. Popovich III W

M.L. PrAce I

W D.L. Reif II W

• M.A. Richmond III W

T.M. Robertson IIA W

S.H. Taylor IIA W

W.R. Valdez I

W L.J. Raper IIA ANA

• P.W. O'Grady IIA ANA R.S. Miller II ANA E.J. Hako IIA ANA Y.K. Salls IIA ANA C.P. Benef;*,d TIA ANA

• E.P. Lopez IIA ANA

• V.S.

Lynn IIA ANA

• J.I. Radovanic III ANA

• C.M. Whatley IIA ANA

• B.E. Akerlind IIA UTL

• D.R. Greene IIA UTL

'* K.D. Stewart IIA UTL w J.T. Shelden IIA NDE

• M.S. Kist-IIA NDE

• C.K. Wheeler IIA NDE

• J.M. Case IIA NDE K.C. Miller I

W C.E. Walton II ANA M.A. Jones I

ANA J.J.

Chapla III ANA

.