ML20080T321

Rev 2 to Instrument Maint Procedure FNP-1-IMP-201.22, Pressurizer Level Control,LC-459F

ML20080T321
Person / Time
Site:	Farley, 05000000
Issue date:	06/17/1978
From:	ALABAMA POWER CO.
To:
Shared Package
ML20079E758	List: ML20080T285 ML20080T296 ML20080T311 ML20080T321 ML20080T345 ML20080T354 ML20080T363
References
FOIA-83-789 FNP-1-IMP-201.2, NUDOCS 8403010146
Download: ML20080T321 (30)

Text

.,:.,. a VOL. 8 FNP-1-IMP-201.22 June 17, 1978 Revision 2 FARLEY NUCLEAR PLANT INSTRUMENT MAINTENANCE PROCEDURE FNP-1-IMP-201.22 k5 e

e PRESSURIZER LEVEL CONTROL, LC-459F UNDON7 pal!ED COPY.

CAUr mch:2.%j [o w [I? QPY is not Satory Raict5 l[,, ",gf7

'.: j not use in a Approved:

I&C 54ervisor

/?,k [1A Date Issued:

Diskette # IMP-8 8403010146 840125

/[

PDR FOIA r

MADDEN 83-789 PDR

- 1 PROCEDURE REQUEST FORM FNP-0-AP-1

.~

1.

Procedure Number //A/.ren/.aolf.mRevision Number 2

Procedur*e Title /?rmu r:2 s.-

Le vel co ov7* o l c c. - Y s 9 r=

r 0 Safety Related Non-Safety Related O New Procedure Request-O Procedure Revision, New Revision Number O

uange of Intent Temporary Procedure Change, Effective until next permanent change, TCN

,24 O one time Te=porari Procedure Change, Effective from

~~

to

, TCN 2.

Change Sumary 2.1 Procedure Page Nu=bers Affected by Change A.a 1 L.

h7% ZhasT~ # Jit 2.2 Description of Changes Ch Arv o s un.n

/de /sq uire.d 75 /. o. 7 o 2cf-

4. o ' + s, o t'de 2,3 Reason for Change N'c. D Oyel 0 - D o on A c!c__

eutre.NT* 00Dv7~

trioN: 75eed A e.ro 3S Q. To n.

f? s 1 sTo t' 3.

P"epared By 200_ rJ. L}

rsm 2 ? /

Signac6re Title Date 8-8 M d

.T >c Ah ^^J 3 -if-N

^ >

4.

Reviewed By Signature Title Date 5.

Cross-Disciplinary /PORC Review Groul Signature Title Date 6.

Temporary Change Approval (Signature /Date)

M Member Group Staff

__ g. d. kW

/ q -If '7S

/

O Shift Foreman O Senior Reactor operator

/

7.

Final Approval (Signature /Date, required within 30 days of temporary approval)

/

Group Supervisor d /6 79

//

/

/

O Plant Superintendent O Manager of operations qA

/

O Manager of Nuclear Generation _

/

O Plant Manager

/ __

Figure 1 Rev. 7

j j

y 'g -

• g_

p

,t

[,l; "r -

!i'

' l ]1, lgr l.

1 li

_4_

1. 8 3

l

'8 3

l>11R T

., _ l.

3 1

C i

C S

i E

6 l

n l

a

)

i

.L-

. r t

l c

A e

I

.. T S

g

6. g;\\,.' g'l g

g T

g

'I I

.a. =

E

(

C I

R 0'e N -

v..

w O

R R

a. F u.

E.

g D

8 9 :,

1 0 --

5.

u.

-1 S

- 4

^.

.,. C.

l t

c, a

I.

E D

A

~.n a

C-N.

t f;

l:

n Gm-O R

i :.

c. r.

a l.-

S a..

ja F

/

, L N

0 A

C 1

S K

uC 1

E l

l D

C l

E d

. - e m.D I:

S R

e

- v I

T I

e. -

A i

.I T

U I

f I

N Q

C i

.I

- r N

U E

E r

.z -

.O H

P e

-e l

.f S

V i

s

. r a

l e

w-

_4 O

i l

R a

2 OC R

t 1

6 R

i

. P u.

. H 1

E n

.C A

i

n.l R

n D

'H I

_m C

o l

r aO N

2 i

I t

.IT

..A F -F.

A c

. n N

e f.

l

., W P S Y

I S

~8 Y1 F

=I T

i

_,. n

.n Y w'

t'.

e m

R m

A.

O

. m 8

l il m

0.I n

E O

S

..y D

A T

R 1

t.

1 3

U 8

9 l'd O

i S

i/

l IG1 li F

/

S

r T.

I S

I

+

A C

1:

Y 1

1

~

Q(o o__o 4

r

)

1 I

S E.

o D 0 s. o, O

1, l

t.

i s I:

'l Q

'I i.

.,o o o O0 N

I'i I.

~

I P V I

L 2_3

1. 5M3 A_L.

I I

(

I li11it '

a,:!

'4I r,.

s

ye9Ii, I

Iila il 1g-l. I ll.'l.

l1 1 I

jiI l

1 i

yg.,

sg' E.

i S

t P.

a s

ns a s. n s o.

M n.

. e..

i l

I l

f V i:. O 2

S_ 7 w 2. s '?

o_

h.

L f

l T

~

7

/ F I

G"

.s l

1

. 1 '

Ii.

z 1

s

. - 0 i '

~

PRCChDURE REQUEST FORM FNP-0-AP-1 1.

Procedure Number /~/A/-JnAfo/ A'; Revision Number 52.

Procedure Title /p a se:oi ze.s-ledeC-c c,ori os

/2 - </s'yf O Safety Related

[Non-SafetyRelated O New Procedure Request-O Procedure Revision, New Revision Number O

hange of Intent Temporary Procedure Change, Effective until next permanent change, TCN A3 O One time Temporary Procedure Change, Effective from to

, TCN 2.

Change Summary 2.1 Procedure Page Numbers Affected by Change D&N dhee7~ # ?

2.2 Description of Changes Chad 4&

CAfl

! DCn7"O N N

0 W'E S $

2.3 Reason for Change

%BA/G dBfra P*

/'

/

3.

Prepared By R

/),

_rJet?

3- / 9-7'9 Signature Title Date Reviewed By N d b i, M d. b ewfx

, 3-/9 -29 4.

Signature 7 Title Date

-5.

Cross-Disciplinary /PORC Review Grouo Signature Title Date 6.

Temporary Change Approval (Signature /Date)

Member Group Staff Md

/ 3-49 79 O Shift Foreman

~

/

O Senior Reactor Operator

/

7.

Final Approval (Signature /Date, required within 30 days of temporary approval) b Group Supervisor M

d-/G / 5)

,s O Plant Superintendent

/

O Manager of Operations QA

/

O Manager of Nuclear Generation ___

/

O Plant Manager

/

Figure 1 Rev. 7

l

} [ i.j, ]

'.! 3l' ?

i:

.i

- [

i i

e

!)l!-l

.k..g*;..

l.

l t

. illN e 1, i

d r.

f 2

i

. 3 0-

~

t f"AL 0

E 1

3 n

C 1

I l l i'._

A 7

3 g

n

,a 6

8 a

1 G'

2 L

ts -

A c

I F. N a

7 T

\\

r I

I S

n F

T s

T S

7 EC t

35 R

ae A2 O

-oF 1t0 T. %. _,

l R

l 1

13 l.0 3

2 E

I O-

c. I

_t T

u

'a. C S

s L

t 3

t K

1 u

E D

lt

)

,e O

C A

3

!t ll s.5 U 9l 0

I

(

2 D

o CA0 O

1 1

. r 0

k F

l gt 0 di.0

/

i. n 6:

O+

A l

S S

n o

1 l

i

,C h[

C n

E K

• ,. l L

l

(

D i

i 2 e E

C

'. v l

T S

R l

0 c.

O P 0T 0

L c M

I 6

l I U

I 0 E

0 A i l

I a

[r NV Q

5 S

6 I f t

4 t*. r i

C i /

U E

T E

- a r

. z 0

R 1

R 1 E r Y 1

. i t

P e L s r S V

- u 9

.lI s

r.

s_.

p a

2 R

l 3

O O

a e

s(5-C R

i r_

3 R

t E

i 3

n 1

A

^()-.

/

I a.O I

I g

A 3

l N

R n

i 7

o L

i

_I T

.* E.

A t

5

=A y*

N c

l 1

C p

Y I

e O.

y l

F S

7 T

=

- S I

E C

i R

1 A5 O

UR2 R

t 0.E 0 R

u 1l E

p g

t T-S u

I O

E D

R y

_(

C N

A

)

I 1

q.

Ns U

C IA?

O D

1' I

0 C!:0 F

1 t

g 6

1E. n_

I 1

/

t S

S Ii

..y

.l o+

A n

C n

, =..

T

t E

A

y. 1 N

I S

C 0

t C

E 0

T 0 6

S l

i r

0 T

R P0 E 0 e

f D

T I

I

V I 0 S

9

\\.

l 4

w

~*

l

/

't R

I f

E U

D C

i

.. O'.

E T

7 R 6 F

.- Y.

n

. E 1

I'

.s

!I V-4 i

S

~,{ l l ll$lis y qIl

. i!!j.ilji r

=

I

, se se l' i\\}

t l.li.

)

i.

=.

=.

S 3

t I'4

/

E.

I R.

II I

s,-

ll

!l i

1-l!

!w7 S

T T.

T.

I

_i

?

U.

U n ~e

'l

,i I 3

f

'IC L. G

.r...~..,..

3 :c.r... -

EiP-1-D9-201.22

... 3 - n a

1

a..v. m:.

v..,. -

.r O"s NO. 2

--..a l

i l

I 8

1 l

F l

l i

l i

t o

i 1

2 2

i i

s s

y s

L o

,n i

i

.I 1

i X

l l

l X

l X '

i l

l

[

I 2

i X

i t

i i

I j

l l

3 l

X i

I i

i i

I i

~

l g

{

4 I

X 8

l 6

i i

1 i

l 5

X X

I i

.i i

i i

j l

l i

y a

X i.

o i

i t

i

[

g a

7 X

x i

I l

I 3

X i

i 9

X X

l I

i 10 X

+

11 X

I I

i 12 X

~

i I

I.

i i

13 X

+

l I

l t

y 4

l l

l l

Fig. 1 i

X x

x t

i i

f

[

r

+

I Fiz. 2 X

X x

8 I

i e

DATA PACKAGE C?-201.22A I

i i

i l

'S i

l' l

t 1

g 1

l X

l l

i l

e i

x l

I j

y i

4

)

l l

l' i.

i i

i X

Y 1

g 5

l X

X j

i X

i i

l l

6 X

X l

l

r-J

' VOL.' S

-r.-.. r.. u ser-

e.. c - ~-

np_ t tv..o_3 01..n e - --

p-a.

..%fL

?.:==.,'e,1. 3 L,w ' 8..s).

4

.,p a

UO.

I i

i j

I r

0 1

7 i

3 9

I n, 1

2 3_ a.- 4

.-.5 -

6..

e...

r i

3

-l l

l-i 4

t-

.i 7

I

.X X

i

^

I i

8' t'

i I,

r

.1 X

i i

I I

i 2-y s

x l

l a

l x

i i

i 9

i t

e i

.r i

t l

l

,i i.

i r

4 i

i r

i

-j i

i i

i j.

t t

l l

i 1

i

.- i

+

.. l 6

l i

i i

[

'8 t

i i.

t i

i g

i.

t

?

j l

I t'

i.

i i

i 6

t i

.i i

?

1 i

c t

e i

s 1

j t

i t

l l

I i

1 t

4

=

I t

t t

i t

t.

,i t

i t.

f i

j i

.i r

i 1

l i

8.

1 f

i

$+

1 l

1, i

e j

t i

t i

i l..

i i

i I

l 8

g a

I p

6 l

i t

i l

+

i 1

j.

8 4

1 e

s

(

l l

i 1

t-t i

l I

I.

i i

i l'

e I

a.

~

Pace 2 of 2 4

+

m y = w" C a * '." a ' ~

o_ " '."j

.'..".M,

'_ q-

,-".a "yC.""y C s e w'.

~_."..'O

.. w

• ~

~

ww - -

• 3

~ ^.'

,v

..C

. a_ [d.,., a, A,. a a_ S. 2u%.',-%

.o..

~_.~. e at~..~,., am.,a_ s~

3.e.,.4 w

v

^

c..., _, n.. S, e w

..n. m 6_

.a. a....e.-

2 e.r.o v a

_.e _

v.

m' m' o v " ' a * *-

s'.' "3.". a.'

y " ^s ",_ m S o.' ". 3' "_"3'.'.'".~u.".'_.

a v.

y 9

9 y% pA W j9 e..

_#g

.i g p g g M

....b y. v v e v.M_

_m Twp4 PO

. v...1 a..-...,.

gi.

9%

^ 2.I,h,

• ,,m e %

a v

[

-t a y*A h

.a.-

-.vi.,.

m. v y

• p,-_.

y'%

_. A.' -

,-.-.m... a ~

.o y.

a.Ov y vg5 O. w. Q,.

. a.,.-

• 9

,"%e 98*

m.8*m a.,"%.m

.m a m

,,/

& N PN

]

1. -Q 9

A

.9,g

...--v

. )

d.-,,, 2.: p., D C e 5 m.,.,g pc.,,,

_.,,m,e r _

c...

a x ~.,,, a,.. g f..,

_m..^

,. w.,,,-

m.

. m

_..a v s n. - - s.. a_.-

. I

. < a, o 4,. -.,--

a e c

.,., d-

,.s c

v s. 3 7

~ - -

p.{ v.:,

M

+.

v...y 3 p_, _. v.. J 2,, 4

.O

~,

4, c

-..u 4

/

p

. x. e.

I vq '.' a_.v-

4..,.,

4. ya, m e.

j

p C *-. v% 75

."'J

. h..y

% hi n 'p3

,,.,,.*-.va.

v O

s*

v 3

. >,y#

w-r

-w 3 *". %'

i.e.

S w, *.

g

,,, +...,

).s Y l 5 mp,p>y<

s.

, (.

.f

• ,u.,

s

2. v, w o,,,,. - a -.- -

3,--

a 7

3 w-s

- & r p',. -

.,,/,.,r._.k

• k.o 3,, o rs _ a.e. s.~a

1. ~$

a J+-

. ~- -.v. 3...

.. a

~aS-

.s

_. 3 *,

., ~

4

• W s

• , [? G

-g 3,,.;..,,.

1

m. a

.e r.,,-Ag y.-v ga,

.n. g *-.v,, m g.n. = 3 *-.* v.

n, maa

.m e

..n.e..m,.1 a. 2.n.c a o

. ip Y

• w.i

,C

~..e. a_y. ss g3 g

~ m.n..

a,- -. m,,_.a....

e c. 2 n a a.,-

2..e.3-a_.,..'.,,.,,,

gg.

,,,,c.

v

.h...,...k.,,,

4~

y

-..a o a S g ta. d,,, e C

.. i., -2.,

A,

a

.m

,,,.e.,

.c,,. t-,. v,,,. S.

. 4 <.,e igg '

~'.w. a. a e 'e " C.'.".'_ a

.'.".d

'_ v'.' a_.' a.". C '.' S

'_v'

'^

i

,c j,.

y

-e See. a.o

- n e *-

4 e

v v i. s 3...,. a, A.

... ~.,. 9

.3.3 y 3 c.Q.2. e

. ~ ~aA 2-

. ' j,;".,

v

..a-s

.d

.-p..

a.v a.n. C,a_

1..'.

s

_7

'%' e.da..w a_.7's. e o,,, D 7

.v v

a

_7..

N. 1TQ

'..

• 9,f.D.,.* 8 '...'..A

.. =.

d d.,m..--

M. l..e.

• a.yg.

.%. L a S 'a

^9 9,.*,

. 4 w

D -

a_ Ai,., a s

sv

^,.

• ') 2 w !\\

, G

.O a_

O w.3*

o.

/Q o 'r a

w C < a_.'

-w,.,,-.,

.t ;,,.;*

m..

• m

- ~

1

^

.-.w

-7.*

s.i..

• C ? d. *r,

• g * **,,%. Um.. g p 8

7 m.>=. 4_.g,, 2... -

• 7 " s u 7.,

Q TS C

-V u.

+

..w s

7

^

• T s. J 1 ", b' r., 0 (',

'a*e S, n g,, c,, e

.-- c.',,. e... :. _. - ~ q - '",

• m C. e*.

.s m....

.o O Wi NN O-4

,'"Mf Wg d-*

. 4 s

..-,v

..T9..N3 -. C -.9 A.98%.

,UL.s

.. -vwSs-

...O..W*

+

s e.3.

• a *. v,,.

a.v..4

• +,

m.

w w.3. -, m.'.

a v

h

.g s,.

.a..f 9. e.y'4 -.,*9' 9

)

9,

9 d,

18" 9

,.-.,N.,V"} "1

. Y.a_ Q 12u.'*...Q.,8*

.. a_ e' g s

g 3

4 3,u., a 2.1w e, a.'.

+

a 4

9 d%

F "edg

%9 P'"

+

s e

p

=

W

=.

W d

M O, ',&.,. * ?,., }.

'e.,%,.%.

-...s.

.s 3 m,

'5 to *= +,

• .* Q a.' 3

.m M,3 p-.

3

,.. a

.m M

M 9,

Y N"

VOLUME 8 FNP-1-IMP-201.22 E

i I

r FARLEY NUCLEAR PLANT UNIT 1 INSTRUMENT MAINTENANCE PROCEDURE IMP-201.22 PRESSURIZER LEVEL CONTROL, LC-459F 1.0 Purpose 1.1 The purpose of this procedure is to verify and, if_ required, re-establish the accuracies and control functions of the channel sensor and associated signal processing equipreent.

1.2 This procedure is written for normal complete calibration;.however, partial performance is also possible.

Partial performance is divided into:

1) signal processing equipment excluding the controller drivers, sections 1.0 through 7.17, excluding sections 7.5 and 7.6 or 2) the controller drivers only, section 2.0 through 7.1, 7.5, 7.6 and 7.17.

2.0 Acceptance Criteria 2.1 The acceptance criteria for r.his test is that the process instrumentation 1.rovide intolerance conversion of the process parameter and perform its as-designed indication and control functions.

The setpoints and tolerances to be used are contained in the data packaga listed as ref-erence 3.1.

3.0 References 3.1 FNP-1-IMP-201.22A, Instrument Maintenance Procedure Data Package - Pressurizer Level Control, LC-459F.

3.2 U-176044, Westinghouse Schematic 7378D53.

3.3 U-176000, Westinghouse Schematic 7377D94.

3.4 U-215587, Instruction Book for Process Instru-mentation and Control.

3.5 D-177179, Elementary Diagram Pressurizer Pres-sure and Level.

3.6 U-260860, P2500 Computer Operator Guide.

3.7 D-181709, Connection Diagram, Aux Relax Rack 1.

Rev. 2 1

.~_

VOLUME 8 FNP-1-IMP-201.22 4.0 Test Equipment 4.1-Fluke Digital Multimeter, Model 8120A or equiva-lent (2).

4.2 7300 series card extender (3).

4.3 Hewlett Packard Dual D.C. Power Supply Model 6228B or equivalent.

4.4-Process Control " Controller / Driver" Test Assembly.

4.5 7300 Series Card Tester.

5.0 Precautions and Limitations 5.1 All reference to data sheets by this procedure is to data sheets contained in reference 3.1.

. All reference to attachments are to the attach-ments of FNP-0-IMP-443.1.

~

5.2 Critical procedure sections and steps are listed on page 2 of the data package used with this

- procedure and are marked with an asterisk (*)

within the body of this procedure.

As each critical step or section is completed, initial on the space provided on Table 1 of the data package.

5.3 Observe all precautions and limitations listed in FNP-0-IMP-0, General Instrumentation and Controls Precautions and Limitations.

5.4

. During the' conduct of this test, the following items will be erratic and unreliable.

5.4.1 LR-459~(Pen 1) 5.4.2 LR-459 (Pen 2) 5.4.3 AP LO483A 5.4.4 Annunciator H02, PRESSURIZER LEVEL DEVIATION HI BACKUP HEATERS ON.

5.4.5-Annunciator H03, PRESSURIZER LEVEL LO BACKUP HEATERS C ?F AND LTDN SECURED.

5.4.6 Annunciator Hil, PRESSURIZER WATER IE/EL HI.

2:

5.4.7 Annunciator H12, PRESSURIZER LEVEL

- DEVIATION LO.

Rev. O 2

9 s

r-7-.-ey-e--y.t.

-e..

vv.--

4--w,-

-,.yw

--,%w-p-

--m

+--w- - ~, - -,

LVOLUME-8 FNP-1-IMP-201.22 5.5

.During the conduct of this test Automatic' Con-trol of LC-459F will-be inoperable.

M/A station FK-122 must remain in MANUAL for the duration of this test.

5.6

_During the conduct of this test the Low Lev'el Interlock for the following valves will be disabled:

5.6.1 1-CVC-EV-8149A.

5.6.2 1-CVC-HV-8149B.

5.6.3 1-CVC-EV-8149C.

5.6.4 1-CVC-LCV-459.

5.6.5 1-CVC-LCV-460.

5.7 During the conduct of this test the automatic operation of Pressurizer Heaters will be erratic.

Pressurizer heater bank 1A, 13, 1C, 1D and lE control switches should be kept in the OFF position throughout this test.

• 6.0 Initial Conditions 6.1 The plant is in mode 5 or 6.

6.2 Pressurizer heater-groups lA, 13, 1C, 1D and lE are in OFF.

.6.3 Charging flow control valve 1-CVC-FCV-122 is in MANUAL control.

(M/A station FK-122 is MANUAL).

6.4 Computer AP LO483A is removed from SCAN and LIMIT CEECK.

6.5 The Shift Foreman has' granted administrative authority to perform this test and is aware of indications, printouts and alarms that will

-result.

7.0 Detailed Procedure

• 7.1 Place the channel in test mode as f.llows:

7.1.1 Jumper the following terminals in Aux-iliary Relay Rack 1:

7.1.1.1 TB115-9 to TB116-1 Rev. 0 3

~

e my,,

a v

--,e-y

-~-rm

~

>m w

m.

v

VOLUME 8 FNP-1-IMP-201.22 7.1.1.2 TB116-2 to TB116-6 7.1.1.3 TB116-7 to TB116-11 7.1.1.4 TB104-8 to TB115-2 7.1.1.5 TB104-4 to TB117-6

• 7.2 Functional Test.of Relay (NRC) Card, LY/459Y-459Z Style 2837A87G047 Location C8-122.

• 7.2.1 Remove the Relay card from location C8-122.

7.2.2 Place the. card in the 7300 series card tester.

7.2.3 Test the card in accordande with the instruction given in reference 3.3 and indicate results on data sheet 1.

NOTE:

Do not reinstall the NRC card.

• 7.3 Recorder Calibration, Number LR-459 pen 1,

' Location MCB

-7.3.1 Insert an extender card in location C3-122 (card LY/459Y-459Z is removed).

7.3.2 Connect the DC power supply and a DVM to pins 36(+) and 39(-) of the extender card.

7.3.3' Apply the inputs called for on data sheet 1 by adjusting the DC power supply and reading the DVM connected to the extender card.

7.3.4 If required, adjust the recorder as instructed in Attachment A17.

-7.3.5 Record FINAL data.

7.3.6 Disconnect.the test equipment.

• 7.4 Recorder Calibration, Number LR-459 Pen 2, Location MCB.

7.4.1-Remove TY-459 from location C8-453 and insert an extender card.

7.4.2 Connect a DC power supply and a DVM to pins 20(+) and 42(-) to the extender card.

Rev. 0 4

-e h.

~

4 VOLUME 8 FNP-1-IMP-201.22 7.4.3

' Apply the inputs called for on data sheet 1 by adjusting the DC power supply and-reading the DVM connected to the extender in location C8-453.

Record the AS FOUND pen 2 values.

7.4.4 If required, adjust the recorder as instructed in Attachment A17 and repeat 7.4.

7.4.5 Record FINAL data.

• 7.5 Calibration of Controller (NCB) Card LC-459F Style 2838A30G01, Location C8-123.

7.5.1 Record the NCB AS FOUND card edge switch

.and potentiometer settings on data sheet 2.

• 7.5.2 Remove the NCB card and install it in the Controller / Driver test assembly.

Install jumpers from 37 to 39.

7.5.3 Measure and record the AS FOUND voltage between pins 13(+) and 42(-).

If necessary, adjust-potentiometer M89-1 to obtain 10.0V + 2.0mV.

Record the FINAL value.

7.5.4 Connect a DVM to the COM/OUT jacks.

7.5.5 Place the test assembly M/A station in manual and depress the LOWER button until the low limit light comes on.

Record the AS FOUND lower limit and, if necessary, adjust-the LIMITS LOW potentiometer to obtain the REQUIRED value.

Record the FINAL value.

7.5.6 Depress the test Assembly M/A station RAISE button until the high limit light comes on.

Record the AS FOUND upper limit and, if necessary, adjust the LIMITS HIGH potentiometer to obtain the REQUIRED value.

Record the FINAL value.

7.5.7 Connect a DVM to the BIAS and CCM jacks and record the AS FOUND bias.

If required, adjust the BIAS potentiometer to obtain the REQUIRED value.

Record the FINAL value and disconnect the DVM from the -

~~7; BIAS and CCM jacks.

Rev. 1 5

VOLUME 8 FNP-1-IMP-201.22 7.5.8 Connect a DVM between the COM and SP jacks.

Place the test assembly SETPOINT TEST SWITCH in the TEST position and record the AS FOUND setpoint value.

If necessary, adjust potentiometer M90-3 to obtain a setpoint value of 0.0VDC +

l.0mV.

Record the FINAL value.

PIace the SETPOINT TEST SWITCH to the NORMAL position and adjust the test assembly M/A station potentiometer for a setpoint of 2.5VDC + 0.005V as measured between pins 20(+)~and 21(-).

7.5.9 Check the controller tracking by placing the. test assembly M/A station in manual and applying the Inputs listed on data sheet 3 using the up/down push buttons.

Monitor the input values using a DVM connected pin 34(+) and pin 36(-).

Record the AS FOUND controller tracking outputs between pins 38(-) and 39(+).

7.5.10 Lift one end of jumper JR to defeat integral action.

'7.5.11 Place the text assembly M/A station in automatic an3 check the controller proportional action by applying the inputs listed on data sheet 3 to pins 23(-) and 24(+).

Record AS FOUND static output values at pins 38(-) and 39(+)

after the controller has stablized for each' input.

7.5.12 If AS FOUND tracking or proportional values are out of tolerance, adjust the NCB card as instructed in Attachment A4, then reconnect jumper JR and repeat steps 7.5.9'through 7.5.11 recording FINAL data.

7.5.13 Reconnect jumper JR and connect a recorder set for 10V full scale between pins 38(-) and 39(+).

7.5.14 Adjust the controller setpoint and the controller input to +5.0 volts.

7.5.15 Place the test assembly M/A station in manual and obtain a controller output of 1.0 volt to ensure sufficient chart space and to preclude controller windup.

Rev. 2 6

y w

w

-i-- --+ -=

y9. - - - -

-9

-+w wm -

-ru-4

VOLUME 8-FNP-1-IMP-201.22 7.5'.16 Place the test assembly M/A station in auto, start the recorder at 1.25cm/ min and then step the controller input from 5.0 to 4.0 volts.

7.5.17 Determine and record the AS FOUND resen time constant by dividing the slope of the reset portion of the recorder trace (volts /sec) into the card's gain and multiplying by the change in the input (volts).

Refer to Figure 1 (A Ein.).

7.5.18 If necessary, adjust the reset switches to obtain the REQUIRED reset time constant and repeat steps 7.5.14 through 7.5.17 until no further adjustment is necessary.

7.5.19 Record the FINAL reset time constant value.

Attach the initial recorder trace and, if adjustments were made, the final recorder trace to the data package.

7.5.20 Reconnect jumper JR.

7.5.21 If the dynamic card function cannot be calibrated using the above procedure, refer to reference 1.1 of Attachment A4.

7.5.22 Record the FINAL card edge switch and potentiometer settings.

• 7.5.23 Remove all test connections and re-install the NCB card.

• 7.6 Calibration of Controller Driver (NCD) Card LCY-459F Style 2838A16G03, Location CS-124.

• 7.6.1 Remove the NCD card and insert it in the Controller / Driver test assembly.

7.6.2 Place the test assembly M/A station in AUTO.

7.6.3 Connect a 250 0 resistor to pins 19(+)

and 22(-) and monitor the NCD card current output by connecting a DVM across the resistor.

7.6.4 Connect a voltage source to NCD pins 40(-) and 41(+) and apply the inputs

' -~

called for on data sheet 3 Record AS FOUND output values.

Rev. 2 7

s 4

L

VOLUME 8 FNP-1-IMP-201.22 E'-

^

If necessary, adjust the 1 b) 7.6.5 card as instructed in Attachment A9.

7.6.6' Record FINAL output values 7.6.7' Place the test assembly M/A station in MANUAL and depress the LOWER button

=s-until the low limit light illuminates.

7.6.8 Connect a recorder across the resistor connected to pins 19(+) and 22(-) and set the recorder for SV full scale.

7.6.9 Start the recorder and depress the test asse'mbly M/A' station RAISE button until the high limit light illuminates.

7.6.10 Verify that the card ramped smoothly from 1 to SV in approximately 15 se-conds.

'7.6.11 If the output was not satisfactory, troubleshoot using reference 1.1 of Attachment A9.

7.6.12 Attach the recorder trace to the data package.

• 7.6.13 Reinsert the NCD card in location C8-124.

7.6.14 Insert'the NCB card in location C8-123.

• 7.7

-M/A Station Calibration Check, LK-459F.

7.7.1 Connect a DVM between the COM and OUTPUT jacks of the NCB in location C8-123.

7.7.2' Place'LK-459F in MANUAL.

7.7.3 Adjust the M/A station-output, using the up/down push buttons, to the values listed on data sheet 4 and record the AS

- FOUND setpoint readings at the NCB card.

7.7.4 If required, repair or replace LK-459F.

7.7.5

' Return LK-459F to AUTO.

• 7.8 Calibration of Signal Comparator (NAL) Card LB-459D Style 2837A23G01, Location C8-126.

7.8.1 Adjust the DC power supply, location C8-453 (level SP) connected in step

-7.4.1, for 4.000 + 0.001 VDC.

Rev. 2 8

g VOLUME 8 FNP-1-IMP-201.22 7.8.2 Connect a DC power supply and DVM to C8-122 (level) pins 6(+) and 9 (-).

7.8.3 Adjust the DC power supply (location C8-122) so that the comparator LB-459D is reset (OUTPUT 1 LED is OFF).

7.8.4 Slowly increase the input until the comparator trips (OUTPUT 1 LED is ON).

and record on data sheet 5 the test point values at which the trip occurred.

7.8.5 Slowly increase the input until the comparator resets (OUTPUT 1 LED is OFF) and record on data sheet 5 the test point values at which the reset occurred.

7.8.6 If the trip or reset valu6s are not within tolerance or if the INPUT values were in error, adjust the card as in-structed in Attachment A7.

7.8.7 Record FINAL trip and reset values on data sheet 5.

• 7.9 Functional Test of AC Controller (NAS) Card LY-459B Style 2837A89G02, location C8-736.

7.9.1 With comparator LB-459D (location C8-126) tripped verify annunciator H02 PRESSURIZER LEVEL DEVIATION HI - BACKUP EEATERS ON, is ' actuated.

7.9.2 With comparator LB-459D reset, verify annunciator H02 is cleared.

7.9.3 If the controller card malfunctioned, remove the card in accordance with FNP-0-IMP-442.3, 7300 Series NAI Card Removal.

Replace the card and repeat step 7.9.1.

7.9.4 Record verification of AC controller card function on data sheet 5 (initial).

^7.10 Calibration of Signal Comparator (NAL) Card LB-459E Style 2837A13G01, Location C8-127.

p vf t

7.10.1 Verify DC power. supply in location C8-453 equals 4.000 + 0.001 VDC.

7.10.2 Adjust the DC power supply (Location C8-122) so that comparator LB-454E is reset (OUTPUT 1 LED is ON).

Rev. 2 9

i v. -

VOLUME 8 FNP-1-IMP-201.22

~

7.10.3 Slowly. decrease the input until the l

comparator trips (OUTPUT 1 LED is OFF) and record on data sheet 5 the test point values at which the trip occurred.

7.10.4 Slowly increase the input until the comparator resets (OUTPUT 1 LED is ON) and record on data sheet 5 the test point values at which the reset occurred.

7.10.S If the trip or reset values are not within. tolerance or if the INPUT values were in error, adjust the card as in-structed in Attachment A7.

7.10.,6 Record FINAL trip and reset values on data sheet 5.

• 7.11 Functional Test of DC Controller (NAI) Card LY/459C Style 2837A88G06, Location C8-721.

7.11.1 With comparator LB-459E (location C8-127) tripped verify annunciator H12, PRESSURIZER LEVEL DEVIATION LO, is actuated.

7.11.2 -With comparator LB-459E reset, verify annunciator H12-is cleared.

7.11.3 If the controller card malfunctioned, remove the card in accordance with FNP-0-IMP-442.2, 7300 Series NAI Card Removal.

Replace the card and repeat 7.11.1.

7.11.4 Record verificatior. of DC controller card function on data sheet 5 (initial).

7.11.5 Disconnect the test equipment at CS-453 and remove the extender card.

• 7.11.6 Return card TY-459 to location C8-453.

c*7.12 Calibration of Signal Comparator (NAL) Card LB-459C Style 2837A13G01, Location C8-125.

7.12.1 Adjust the DC power supply connected to C8-122 so that comparator LB-459C is reset.

(OUTPUT LED is OFF).

7.12.2 Connect a DC power supply and a DVM to pins 14(+) and 17(-) on the extender card in location C8-122 and adjust the voltage to 5.0 + 1 volts.

Verify that comparator LB-450C Output 2 is reset (OUTPUT 2' LED is OFF).

Location C5-329.

Rev. 2 10

.m

- VOLUME 8 FNP-1-IMP-201.22 w

't 7.12.3 Slowly decrease the voltage from DC power supply connected to C8-122 pin 6

(+) and pin 9 (-) until.compar.ator LB-459C trips (OUTPUT LED is on).

Record the AS FOUND voltage on data sheet 6.

Slowly increase 7.12.4 power supply con.the voltage from the DC nected to C8-122 until' Comparator LB-459C resets (OUTPUT LED is r

off).

Record the AS FOUND voltage on Data Sheet 6.

7.12.5 If necessary, adjust the NAL card as instructed in Attachment A7.

7 12.6 Record FINAL trip and reset values.

~

• 7.13 Functional Test of AC Controller (NAS) Card LY/459A Style 2838A89G01, Location C8-736.

7.13.1 With comparator LB-459C (location C8-125) tripped, verify annunciator H03, PRESSURIZER Lt. VEL LO-BACKUP BEATERS OFF AND LTDN SECURED is actuated.

7.13.2 With comparators LB-459C and LB-460C reset, verify annunciator H03 is cleared.

P 7.13.3 If the controller card malfunctioned, remove the card in accordance with FNP-0-IMP-442.3, 7300 Series NAS Card Removal.

Replace the card and repeat 7.13.

17.13.4' Record verification of AC controller card function on data sheet 6 (initial).

~*7.14 Calibration of Signal Comparator (NAL) Card LB-460C Style 2837A23G02, Location C5-329.

NOTE:

The following is a. test of a dual com-

- parator OUTPUT 1 feeds LY-460A and OUTPUT 2Lfeeds LY-460.

7.14.1 Adjust the DC power supply Location C8-122, pins 14 and 17 so that com-parator LB-460C, output 1 (location C5-329)'is reset (OUTPUT 1 LED is on).

7.14.2 Slowly increase the input and record the AS FOUND value at which the comparator trips (as indicated by the OUTPUT 1 LED

- turning off) on data sheet 7.

Rev. 2 11

"'f,.

,.m-.c4y i,..-9-9

.cy.-9

-,,-wmm, g,

,g

--y

,,g,-9.

9yg, g,,7,4.,.,,,.=,,7-y,,-

-y,,9-y

-,n

,-rg,.----

...,,.y.e

VOLUME 8 FNP-1-IMP-201.22 7.14.3 Slowly decrease the input and record the AS FOUND value at which the comparator resets (as indicated by the OUTPUT 1 LED turning on).

7.14.4 If necessary, adjust the NAL card as instructed in Attachment A7.

7.14.5 Record FINAL trip and reset values.

7.14.6 Adjust the DC power supply so that comparator LB-460C, output 2 (Location C5-329) is reset (OUTPUT 2 LED is off).

7.14'.7 Slowly decrease the input and record the AS FOUND value at which the comparator trips (as indicated by the OUTPUT 2 LED turning on) on data sheet'7.

7.14.8 Slowly increase the input and record the AS FOUND value at which the comparator resets (as indicated by the OUTPUT 2 LED turning off).

7.14.9 If necessary, adjust the NAL card as instructed in Attachment A7.

7.14.10 Record FINAL trip.and reset values.

• 7.15 Functional Test of DC Controller (NAI) Card LY/460A Style.2837A88G06, Location C5-426.

17.15.1 With Comparator LB-460C (Output 1)

(location C5-329) tripped verify an-nunciator Hil,. PRESSURIZER WATER LEVEL HI is actuated.

7.15.2 With comparator LB-460C.(Output 1) reset, verify annunciator H11 is cleared.

7.15.3 -If the controller card malfunctioned, remove the card in accordance with FNP-0-IMP-442.2, 7300 Series NAI Card Removal.

Replace the card and repeat 7.15.1.

7.15.4 Record verification of DC controller card function on data sheet 7 (initial).

• 7.16 Functional Test of AC Controller (NAS) Card LY-460 Style 2838A89G01, location C5-436.

7.16.1 With comparator LB-460C, output 2 (location C5-329) tripped, verify annunciator H03, Rev. 2 12

-~

.-~

VOLUME 8 FNP-1-IMP-201.22 PRESSURIZER LVL LO - BACKUP EEATERS OFF AND LTDN SECURED is actuated.

7.16.2 With comparators LB-460C, output 1 and LB-459 reset, verify annunciator H03 is cleared.

7.16.3 If the controller card malfunctioned, remove the card in accordance with FNP-0-IMP-442.3, 7300 Series NAS Card Removal.

Replace the card and repeat 7.16, 7.16.4 Record verification of AC controller card function on data sheet 7 (initial).

7.17 Return to Service.

• 7.17.1 Remove all test equipment and the ex-tender card from location C8-122 and install the relay card removed in step 7.2.1.

• 7.17.2 Remove the jumpers installed in step 7.1.1.

7.17.2.1 TI'.15-9 to TBil6-1.

7.17.2.2 TBil6-2 to TBil6-6.

7.17.2.3 TB116-7 to TBil6-11.

7.17.2.4 TB104-8 to TBil5-2.

7.17.2.5 TB104-4 to TBil7-6.

_ *7.17.3 Place AP LO483A to SCAN using the operator's console functions " Add / Omit from SCAN".

• 7.18 Notify the Shift Foreman that the test is complete.

Rev. 2 13

/

8 FNP M-201. 22

...' 70L.

~

_[

... \\

--l

-FT.Gt.3E,1. '.PISIT TD, C C0!GTA:C..

1 i

4 I

i b

?

t I

f l --

H

--- w w _.--

L I

i i

z..

ame g /..'..

.W-se

}

6 e

e l

I i

n i

6 t:.tw 4

r----

+

.f _Aa o-

-tu l

,e 1

t_

. gR

---

T 3,v

. l n.SF.T.'.T\\NA. ~(ENS oEJT s SW x hE

~

~

i i

1J~ eti, =.LL

%Lo e w_, _

1 i

_a_..__

sv c

6t 5

l

\\

l

. -es a

N

-H l

N i _

= 1\\me GUF2'2'.-~ RATE,"rE CO iSTA:E i

i i

Ne

(=.

l

.,,,i b_. _e m-i e

i I

l F-- h s-E.ge' l

.i i

3 I

/

e

/

d J

l i

i

~ - - -

5 aa 1

Em --

l a,

i i

l t

tCp l-x.m..

y i

i i

. _. _.. _...o.h. _.. j t :

m.

i

.v J.

i i

e.. h.cr6.e

.i.

e.

p t __ _.

.... Q GE.

J-rl

.,Q r o,4

.t i

~

?*

J e%1 L -

_1 1_

i a.t 1

-=

,e

" Y M t

3h

(

ThN7 l

t

,)..,

i

- ~L 1 m er, j

I e

...-si..s-w

,.u...

~.-r....,o s

s.-

a....

.~

p w

VOLUME 8 FNP-1-IMP-201.22 A

_r FARLEY NUCLEAR PLANT UNIT 1 INSTRUMENT MAINTENANCE PROCEDURE DATA PACKAGE IMP-201.22A PRESSURIZER L't.NEL CCNTROL, LC-459F 1.0 Purpose

.This data package is to be used in conjunction with

! procedure FNP-1-IMP-201.22 to record calibration data and provide calibration setpoints and tolerance..

2.0 References 2.~ 1 Farley Nuclear Plant Precations, Limitations and Setpoints for. Nuclear Steam Supply Systems.

~

2.2 Fa-ley Nuclear Plant Process Instrumentation Accuracy Requirements and Guidelines, E-PCS-8327.

-3. 0 Procedure Sign-Off Sheet and Alteration Log 3.1 -

Initial the appropriate space in Table 1 as each step or section is completed in IMP-201.22.

3 '. 2 Record on Table 2 any_ temporary alterations directed by IMP-442.1, IMP-442.2, IMP-442.3, IMP-442.4 of IMP-443.1 as the alteration are made or restored.

-4.0 Test Results 4.1

[3 Test completed satisfactory.

4.2 C3 Deficiencies occurred (see data sheets for explanation).

4.3 Time required for test Procedure Rev.

used_,

4.4 Test performed by Date

4. 5 '

Test reviewed by Date This - data package consists of 9 pages.

Rev. 2 e

W P

> e d

%l s

IE R

F O

9 T

5 S

4 E

C R

0 t.

1 I

lE N

R O

2i E

I o

T T

ER L

A s

A r' A

R Cl t

E Po N

T

,C O

L Al.

I A

T 7E A

Y V

2. E.

P R

E A

1 I

T R

0 L

2R O

- E A

P M

P7 F

E Ml l R O

T

- U N

l S

- S O

I 2 2 PE NR T

FP P

E I

L.

R Bv C

Aa S

T ED S

IA I

T I

N I

namer o

s N

F r

A e

C t

C p

S f

R m

i N

u o

h j

t S

l l

l l

l a

a a

a l

e n

y N

C C

C C

a v

r f

t o

u i

O S

L I

S

's m

t t

I A

A A

A n

e e

o TC N

N N

N I

R R

N E

S R

1 3

O 2

3 4

5 6

7 7

7 8

P 1

1 1

1 1

1 1

1 E

T 7

7 7

7 7

7 7

7 S

SLA I

T I

N I

F s

F n

O o

d d

d d

d N

r i

t r

r r

r G

i a

a a

a a

I C

S C

C C

C d

l l

n k

a a

k o

C C

C n

R D

D O

A E

C e

C C

C C

S R

N N

N U

N N

d r

r t

1 l

l l

l l

D l

o l

e e

l a

M a

d d

a e

n a

e n

a a

a a

a n

a E

C r

r C

v r

C v

r C

C C

C C

r C

C N

t t

o o

o u

o u

u O

i i

s C

c c

B m

t D

m t

A L

S L

I t

I R

O I

n e

R e

e C

e e

C e

e

/

A A

A A

e A

P T

I T

N R

R N

R R

N R

R M

N N

N N

R N

C s

8 E

1 S

E 3

3 6

E lH R

I 1

1 1,

2 L

l.

O 2

2 0

B 1

2 3

5 7

8 9

A 1

1 I

1 l

0 4

5 5

6 6

6 o

P T

6 7

1 1

1 1

1 1

1 1

1 1

1 1

1 1

1 1

T V

E

1.

fg l'resnnr l w r I. eve l Ce.nl rol, LC-45'3F

(>%

v

.._...6 an.

l

.2.:.:-,. o -

' :0::l' inn: I,lt :4 59 (l'on ' 1) 1.OCATION: I Xlli 110;f t 10'(:

...... -... = -. _ -. -

1, g f g g.., g } _

8.rc.\\T e r**

'tcn

. I '.. i C:T5

] ~ CQi'S 10 I'if NCE T0!bMCE T_i i'F-NM 8 MM -

LOI.'r'b. CE 1 01 [h1CC

.11* " " * "

+1 S'lyLE:Op pmac I

+1

-1 VDC s t yl,r : Optimac E

':,' N-. ' l V.iR I.\\ ti.E IR I.'Dif i ".E D AS FollND ERROR

FINAL, ERROR REQUIRED AS l'00ND Eul10R l'I NAI.

EK2G i,

l 0.

.0

'i.

0 2.5 l

25 25 r,7 i~

l_5. 0 f

50 50 I;

7. 5 75 75 I:

8 10.0

i. _100 100_

fl

7. 5 l

75 75

_j, 5.0 50 50 ll l

_ _2.

' 2. 5 l

25 25 _

,il O

l 0

0 q

l w

f' i

J L.

l

-......-..w.=t'

' 11

.:7 '

".r.:'.R I! SF:'CI AI, CllECKS/REilARI:S SI'ECI AI, Cill:CES/RUiARI:S l

{! V..r I i l eil:

Section Initin1r Verii icci:

Section Initlai.

LYf]459Y-4'i92 7.2.3 i

L, f

I

}

4 I

_.1

... 4..

13...

ADI. 8 FNI'-I-Illi'-201.22A, l' ACE 4 DATA SilEEr t.

2 i

t:av. 2' l'RESSilRIZER I.EVI:L CutlTROI., LC-459F v.---.-.r= a w

. _. _ = = - - --

IrR:

1.C-4 5'll' l.0CNr lott : C8-123-

~ TV l'E: N('n SrYl.l::

> Oll A "HM'01 l

J:in spcrlons ;. _ Cour rol t er. In_ l.r !i or r ! anal _iWm_.intecraL.

.._nain_ equals.4.024 j

_ TitACI'ING Ollil'Ifr DATA STATIC OUTI'lfr DATA -

l E;

01.h.I[4hCET01.bbCE ' N ""'-

. T ~.T kgl\\1,@ LANCET0ld.MANCl f.

.' " '." i-I.}

UNITS i

UNITS-UN1TS UN ITS :

VDC VDC 40.01 0.01-r'-

T Voc 40.05 0,0s L

7

- '{

ANCE V AftI ARI.E RE0lil RED AS FOUND Erit 0K FINAL ERROR REQUIRED AS FOUND ERROR FINAI.

ERROR 0.00 0.00 10.00 0.50 8.048 1.00 6.036 1.50 J 024 2.IH) 2.012 2.$0 2.50 0.00 s.00 5.00 7.50 7.50

_,J.{}Ju 10.00 7.50 7.50 5.00 5.00 2.s0 2.50 0.00 2.00 2.012 1.sn 4.024 6.036 1.00 _

0.50 8.048 0.00..

0. 00_. __

_19 : 9.0_ O___

Ull'ill::lT 110:111E11 FIISCEl.I.ANEnliS DATA Sil l T Cll / l*0T EllT 10111T E k S ET T i l:CS rit:lcriott itE()tilitED AS FOUND ERROR FIllAI.

ERROR

U I TCil /l'O r.

AS FOUIID FillAL i u.!En 1.1tjlT 0.0 s:Nir. l'OT.

(:A llix 2 l u :

upt'En I.ititT 30_0 lnlAS 0.0 t:\\l:ix. 2 l'01 I

qqlyttr 0.0

.arecrSu l~n n

_S ET l'OT.

nestT Tittu:o:gr 100 we 13CE D U 2DlU 7 S FOUtID:

~

0.0 HNrE Title CollST i

Si'[d5[. bIl[([liS/ELUIEIIKS:

REFERENCE VOLTACE (I> ins Fl::AI.:

mum.nine 4

en

'l

'i

[:jIi' l

g1.i

_',r.~

1. ~

i -;.

l lIt Ijl i,.'! ;

1:i s

_~

~

i.

t c

0 i

E i

~

E 1

I

o t

NG t

n I

c A

e g

- r.

s 7

1 a

I c

VF n.

T T

S g

CC I

R m

N O

• R O' E R

F 8

l

.9 L

E O

5 4

T S

. C.

U C

O W

.I C

N U

G

, l O

o H

F r

/

.. t S

L S

K n.

O A

C 4

C C

E H

D C

l E

e d

v lt S

R I

e o

T I

e.

A l T

I U

I f I

I N

Q C i r

N U

E E

r e

0 R

P e

l z

f S v

.i i

r e

u l

s.

4 3

R a

2 O

O i

1 C

R t

6 R

i l'

H 1

E n

u C

A I

B D

'I p'

-i C 8 o

n

.l

r. O N

2 t

- I L

t TA F E.

A c

N e

I C

P Y

I s

O.

Y

~

F l

T S

I E

t l

o l

l R

O.L -

I E

O S

T K

R E

D C

N M

.F l

r.

l 9

l o

a 5

i:

CI F

/

. =

. 4 I

s

= Y IO+

A c

S K

C T

E L

i i

c 1

D l

0 t

e

- i S

E t

o0 a

l

= o T C 00 0_0 0 0S._9 I

I'l I.

D 050.5 I

0 s0 i

f

.V D

c i

0 0

. :O 0

2 5

7 1

7S 2

0 r

r l

r e

I R

lt-I l..

n'.

.h Il'

-l

=

E.

l r

n

=

S l

i YC A

0 5

Q5 O_ s 0

s m'

0_

iD I

- F iV R

0 2

'.7 i.

n 7

5 2

O

=

C A

I i

. I.

V 3

_ u

.n l

A r.

c w

5 1'

T G'

=.

c

' =

1

r m.

l X

,I_

e *:

t T

U t

i

~. -

r

i I1ln

,L t i! i '

iil F

gii!!8;li

' i i

i

.ilI l;

ii I. e.4.

.I

.h:

jl..

_j l4 j

i[

i R

4 i

t 3

i.

2 1

n ll a

I t

,y c

l

-I A

e 1

r.

1 S

a l

I c

Y F

.r n.

1S s

1 C

I R

'A O

@1R.

R f

R I

E

)'s 1

0 T

S

'e K

C'. -

R E

D A

l t

C N

J U

F e

O R

t s

F

/

S g

L.

S K

I s

O A

C s

C E

a C -

il e-D C

l E

d

v. -

l T

l!

L e

t S

0 I

A l

1 I

U I

f s.

1 L

N Q

C i

E r

.N U

E t

0 R

P e

S V

t.

2 1

1 i

-g l

R a

O f

e-t R

i R

l

'a i

H

'E n

C l

I A

,h,*

i n

/

aN H

o

- O L

t

,I E.

A c

=T A

E l

N e

C P

Y I

S 0

Y T

F T S l

E C

t l

0 m

M R

O :-.

tt

=

E O-S

=

T K

t l

E D

C N

IA D

l;b U

m F l"- ] O R

r. J C._

F

/

S s'

1 4

S K

=

(

A C

T E

=

K.

l i

u 1

C 0

0 0 0

0 0

0 0

0 0

I A

S E

T C 1

0 5

0 5

0 s

0 30 l

r 0

2 5

7 0

7 s

20 e

~.

D I

t.

i I

1 C

'I N v

'r.

1 0

i 2

3 5

3 2

1 0

1 F

cU I'

1 S

J_

?

R

.l6) lll 1

i

.I i 1..

i I.

I.

i l'gi' i.

i

'.I:

I

.I I

m u

E.

=

1 t

S I

050 5

0 5 0 5 0 ml l'I % A M'

1 2

7 07 52 I

9 1

"L A

= l' t l l_

V

7....

ll

.I I

i!I i

I I

7 a F' S

. 1 T

C Ii!

I

- i_

r.

g 1

L"

• 1*.

m' l

?_

~

2.

. ~

n.1.- 'a cssu rize r I.evel Cunt r o l, l.C-45'>l'

_{3

(

z.

m:.. s--

e n

= =.h: s.;

-.=za-- - -- -- --

-=

= :a.: : =..:. =a. a =

.r n

=.-.:..a...------------.--w.,.m.

' !:0::l'i G!!: 1.11-4 5 '11)

I.UCNrlON: CH-126 HONITOR:

I.B-4 59E I.GPAT IO::: CH-12 7 7

L'NI '. S UNITS li!:I'I S IICil

' TO :1:

E 001.Ill

.011 Tyler-

NAI.

UNITS

'di l

TO.' 5:

t.s a CE TOI.EHANCE T:'r

?!al-VDC

+ D'.

STi. l.F.: 2h 37AlgCol

_VDC

-1 0, 0 2 5 0.02SV ;;TYi,r. 2817A13C01 i

VA:tIATI.E l1:1.QUII:r.D AS FOUNI)

ERROlt FINAL ERROR REQUIRED AS FOUSD ERR 0il FI::AL

' 17.'.;

I

.l.5 :N-i; rRIP TRIP

!8

)

.I 14.8J00 3, goo l

l 4

. li ii lirylT RESET g

I 18.liOO j,foo g

]

l l

i ll -

I d

I lI l

li L

i; l

!i i! >

l' il I

l ll l

l

?l

.I

. \\.

l il I

8

_ _I:

'..'. '. ' 2

. Pi:C!.*J. E::le.Cid/RDial:KS SI'ECIAL CllECl;S/RE iARl;S l;

'. : '. ' '..J.'..!i._ _

Section Initf ah. Ve ri f i c<l:

ge.;.g.m p;ng,,.{

l.Y/4' 'Ar, ( Ann. 1102) 7.9 I.Y/459C (Ann.1112) 7.11

~E 4

e 1'

e 1

}

=

l l

_.i,.i, g 1hf i -

!l j l

l

. : ' l i:

l I

! l l81. I 1

!1 i

3 l

,.Ii l

i g

R g

C g

R g

2 g

r n

t g

3 t.

l l

o e

g t

n r

i g,

i 1'

n L

c S. 9 h, ;A i

c

,_i 5

3

, A i

I a4 c

F t -

n.

i C.

I s

Of F

8 l

l i

o f.

0 or l

8 1:

8 l

jt i

3 E

n n

i o

I S

.C i

D n

Al A

2e i

U C

2 v I

F l

G O

I

. e H

,1L I

/

I S

0 S

K 2 r A

C

- e lE Pz D

l l

E C

i fl r.

R S

R d

I L

e

- u -

O T

l s T

I U

A i I f

- s l

N Q

U E

C i i

e -

E r

Is r _

0; R

t P

e i V 1' P y

ill l'

l 1

s

, 5 0

l R

2 G

O a

1 3

R i

t 1

ll i

8 A

E n

,C L

7

., : A 1

I 1

N 8

n l

c 2

o 3

,i m_ i

~

i 1

s L

t

__T E.

A c 7

,A g

m

.C p

-l t

e I

n F

S O.

y

.m f T s 1

5 R

.u 12 i

O t

1 t

0. 0 l

E 1

0 S

)

-. 0 t

3

- 9 D

l 0

A

- 5 N

1 I

1 p

l

=-

.l 1

l t

=

5 0

n

P C2 F

/

n L

0 s

n 1

~

c S

1 1

0 A

I A

c 2

5

(

I I

A I

S CI C

)

. t I.

l.

9 io T

5 C

i P

0 T 0 A

. T f

i l

4

D U

I 0

0 I

f f

1 1

5 n 6 c

UV t

i

)

I l

Y.

. t J

i t

a r

T u.

I

. a i

}

1 i

e I

,J' l

lIlc1!

l l;

f.P

,ll 1

Jl!.I!

l t

I V

m E.

i S

l

_ t

w..

t T

A n

I I

ii R

'J A

gll

t V

I l

]

'L i

S.

., g 7.,,,"

F I

?.

i m

I t

g' s.

E

L

?

.,i,'

p!.[]. 4

i. -

ld l l.1' l1j; 0 i}'

,!*;,!ll l

l' jpdlf sI:

I

~

II i

I o

' 0 4

l 1

2

?

7 1

0 i

- L 0 E t

9 A 3

i

~

't n

0 I

7 3

8 o;

6 m.C' 2

1 i

A-I t

A I

-v.

c T

A r

I e

7 lI S

C o

iF 0

v T a

r 7

s I

E t

C e

N5 R

c A2 O

d liF

)

l0 t

S 'J "E

R R

5 2l 10 E

i.4 t

0-t.

u T

s C.

p S

~I l

t K

n

,E.

D

)

R 9l O i.5 I

A 3

lu t

(

o 2

U i

0 cr GA0 O

l E

1

r. t 0

IR F

1 R

0 IE 0

/

e. n I

6 L

S S

P o 0+

A l

nn

,C

)

[

P, C

Al 2e D

~

E A

I l

(

l 2 v E

C l

S t

e.

il d

0 N

C t

l 0Tb L e T

I t

I I

U f

0 E ~0 6

u I

i A i NV Q

l' 5

S 6

I f 4

t r I

- o N

U E

i

/

E C i

)

wt K

R_'

z 1

R 1

E r Y

I

~

P e L

i e.

S V t

sa l

s I

5 2

R l

\\

-n. r e

2 0

O a

1 c

R i

R t

i *.

8 1

E i

1 C

A n

T

/

I I

A

/Q N

N 8

n O

2 o

L I

i T

E.

A t

A F-N c $

l C

PY I

1 e

O. YS T

F S

7 T

I_

E.

=

C N

As oli N

!lR2 R

t O.E,0 R

Il E

u p

O0 T-S t

u l

=

.a.

O E

D R

(

C N

A

)

5 U

M 1'

C 11M2 l

O E

0!g 0

1i1h. o F 1

.=.

R 1

6

/

1 S

S l

i l

=

0+

A

~

n

(

T l

n CE A

)

=

N C

S.'

f 0

T 0 l

0 i

T' n

P0 E 0

.: 6 l

.=

o D

l T

I:V I 0 S

9 A

4 l

I t

U R

I f /

E I

U 0

C 0'.

w T

7 R 6 i

r Y.

i i

._ I I'

lI. i

)i S L

[.

! ( li I

l 1! i 1},

j

,=

E.

.l i.

a 1

S r.

l

?.

T A

.. R e

I I

- E N

R U

- r'.

(,*.

5 N

h L

]l,

, y ;;

) '.

S E

Ll T

G w T.

~

I wI y

U t

A P

n ;i ta. *'._

i*

]i) 0'

)i i

I.

f

,1 l

,i,

,