Text

Rev 1 to Environmentally Qualified Static-O-Ring Differential Pressure Switches Operability Evaluation Test
	ML20214P639
Person / Time
Site:	LaSalle
Issue date:	06/14/1986
From:	Orndorff G, David Rahn; CYGNA ENERGY SERVICES, SARGENT & LUNDY, INC.
To:	;
Shared Package
ML20214P629	List: IR 05000374/1986023; ML20214P625; ML20214P636; ML20214P639; ML20214P643;
References
	NUDOCS 8609230332
	Download: ML20214P639 (90)
	v • d • e

,

Attachmentd l

TEST PLAN LaSalle County Station, Units 1 & 2 Environmentally Qualified Static-O-Ring Differential Pressure Switches Operability Evaluation Test Commonwealth Edison Company Prepared by:

D. L. Rahn Cygna Energy Services and:

G. L. Orndorff Sargent & Lundy Revision 1 June 14, 1986 9

8609230332 860917 PDR ADOCK 05000374 G

PDR

lASALLE COUNTY STATION STATIC-O-RING DIFFERENTIAL PRESSURE SWITCH OPERABILITY EVALUATION TEST PLAN I.

INTRODUCTION / PROBLEM STATEMENT II.

PURPOSE (GOAL) OF TEST PROGRAM

.III.

HYPOTHESES A)

" Apparent" Drift of S.P. Over Time -- O.C./LSC Cal. Data B)

Static Pressure Effect -- Both S.O.R. and LSC Data (Level Drop Tests)

C)

Hysteresis Effect -- Shift with Cverrange/Underrange IV.

PROPOSED HETHOD OF TESTING HYPOTHESES V.

TEST PROCEDURES: LST-86-099 through LST Static Pressure Effect (Test #1)

Hysteresis Effect (Test #2)

VI.

PROPOSED METHOD OF EVALUATING TEST DATA -- ACCEPTANCE CRITERIA VII.

TEST RESULTS (DATA)

VIII.

EVALUATION OF TEST RESULTS USING ACCEPTANCE CRITERIA IX.

CONCLUSIONS A)

Suggested Method for Future Calibrations / Checks B)

Correlation of Results with S.O.R. Revised Tolerances E

- - - - - - - -,, - - - ~ ~

r--

,.---.,a

---a,

,,- ~, - - - -,

,-an---n..---

S.O.R. OPERABILITY EVALUATION TEST I.

INTRODUCTICW During a feedwater transient evente at LaSalle County Station Unit 2 on June 1, 1986, it was noted that three-out-of-four of the Reactor Water Level 3 instruments required to initiate a Level 3 scram at a design reactor water level of +12.5" apparently did not actuate at the design point.

It was observed that those three devices did actuate at lower reactor water levels, which indicates " apparent" drift of the instrument set point. The magnitude of the drift was examined and it was determined that the instruments were "out-of-tolerance" from their calibration values.

subsequent testing of the four switches was conducted. The instruments were first monitored to determine their "as-found" condition using the station calibration check procedures.

(Note that the station calibration check i

procedure is done with the switches at zero static pressure.) It was noted that during this exercising, the switch setpoints were found to be in error; however, the magnitude of the error was determined to be much less than the apparent error during the feedwater transient event. It was then postulated that the apparent instrument error might be due to a static pressure effect, because the instruments are exposed to a static pressure of approximately 1000 psig at normal operating power (as during the feedwater transient), whereas they are calibrated at ambient pressure per the station procedures.

Additionally, the historical calibration data for these switches were examined to determine if, in addition to static pressure effect, there may be other effects which cause the instruments to drift (with time) from their original set points. The previous "as-found" and "as-left" data were compared to determine the magnitude and direction of the drif t.

It was noted that the majority of comparisons of the prior "as-lef t" to the next "as-found" conditions showed that the instrument set point appeared to have drifted toward a higher magnitude of differential pressure.

(Refer to Figure I.1)

This observation at LaSalle was consistant with a set of historical calibration data from the Oyster Creek Station.

(See Section III -

Hypothesis).

The LaSalle Station staff also performed a reactor vessel level drop test in which the switches were exercised by raising and lowering reactor water levels at different elevated static pressures.

(Refer to Figure I.2 for data from this test.) The results of this test showed that one switch performed consistently poorly at elevated static pressures, but improved its performance with decreasing static pressures. One switch performed better than all the others (but still showed a small error in switch actuation) at elevated static 1

pressures and improved its performance at zero static pressure levels.

Two switches responded similarly to one another (both better than the worst, but i

not as well as the best of the four switches). A comparison of this drop test data with that of factory calibration data (submitted by S.O.R. when the switches were fabricated) confirmed that the relative magnitudes of the instrument errors due to static pressure effect were consistent.

Based on the above described observations it was decided to conduct an on-site testing program to determine whether the magnitude and type of observed errors in switch actuations were switch-unique or model-unique.

It also was decided that a thorough testing program could be used to justify continued use of the S.O.R. switches provided that the switch performance is predictable. For instance, once the magnitude of errors resulting from each effect or phenomenon are known for each switch, continued use of the S.O.R.

switches may be allowed, provided that the magnitude and direction of error effects are predictable and fall with an acceptable tolerance band.

This would result.in a knowBe@GG$o MMWRW.ML

WinKkHI,

$u sTC.H. f6RfogMMC.C Oy. $dCeGS50VC C4L. cllELKS i'

I, relottel.,

ml Y ska Y toZ,<. #

R,sthetukion

)\\.Fic5r. Achati%

.steg WfERGLA.

.{'Q teessenc I

/

d r.

I / \\

\\'

(

t..

fs c

s

).0 pig.

i i

1an s (us'aw.

des. n.d 1'<-)

~-

s.Jp,@

wa

.i (Ac%r

,. l i

Pruenow)

I i

i.

n i

t i

}

i era. op C d.f.

7

-[5AAC A$

VM.oset. Suo ic H TiMC 8Act, inn, sc4wcs).

FIGURE I.1 i

'APmRENT" SWITCH PERFORMANCE 1

me.managr os menctor Leven pres rest Data Test Rs. Prco.

Trio /2;;;t Value (Er, Level la tr ^ -)

umher Data h

fosie)

M024A M024a M024c M024D 1

6-2-86 1500 950 9.0/26.7 4.2/32.5 9.3/29.0 12.9/29.9 2

6-2-86 2100 950 10.8/26.6 5.4/32.5 10.8/29.2 13.2/29.2 3

6-3-84 1900 M75 9.6/24.0 6.8/31.5 10.2/26.8 13.5/23.4 7 t?a 4

6-3-86 2100 500 12.3/23.5 11.7/31.8 13.1/27.0 13.8/27.9 5

6-4-86 2100 0

10.7/21.1 12.6/27.1 12.9/23.0 14.2/24.6 6

6-5-86 1400 0

11.1/17.5 11.7/26.3 11.7/22.4 14.7/21.9 BS:

The four switches listed above were calibrated to trip at 13.4" on 6-1-86.

The trip and reset values were taken from rack 2H22-P005.

TLo 4 l:deJ R A,L.J wive 4 are u4 e,,.4,4 f r Asrfe,.5,,,e,=f sf M.Il or & c434.kr

<%% estruA 3

4 FIGURE I.2 LASALLE REACNR LEVEL DROP TEST unENT ID 37021/

1 f

S-O-R. OPERABILITY EVALUATION TEST II. PURPOSE The purpose of the testing described herein is three-fold:

a)

To determine _ the magnitude of the static pressure effect on safety-related differential pressure switches (as manufactured by Static-O-Ring) that are installed or scheduled for installation at LaSalle county Station. This magnitude will be compared with an acceptance criteria to decide whether the switch should be used at LaSalle or whether it should be replaced with one with having better performance at elevated static pressures.

b)

To determine the magnitude of the variance in set point due to exercise cycling of the switches to see if the setpoints encountered on successive exercise cycles are bounded by the first actuation encountered in the cycling. The knowledge gained from the test should allow conclusions to be drawn about the predicted performance of the switch once it has been calibrated and placed back in service. This expected performance will be factored into the determination of revised set points, allowable tolerance bands, and/or calibration procedures so that the next safety action requirement will be performed satisfactorily.

c)

To determine the repeatability of performance of the S.O.R.

differential pressure (d.p.) switches frca successive actuations.

From the results of steps a) and b) above, it is expected that a predictable performance of the S.O.R. switches will be determined.

Recommendations for revised set points, allowable tolerance bands, and/or calibration procedure sequences or steps will be made so that the station calibration procedures will take these into account.

t 1

t k

S-0.R. OPERABILITY EVALUATION TEST

- III.

HYPOTHESES From review of the data collected following the apparent improper response of the reactor protection System (RPS) at LaSalle Unit 2 on June 1, 1986, the following hypotheses are made relating to the performance of Static-O-Ring Differential Pressure Switch, Model 8103AS-5212-NX-JJTTX6:

" Apparent" Drift of Setpoint, Static Pressure Effect, and Hysteresis Effect - Shift with overrange/underrange.

A)

" Apparent" Drift of SetDoir.t.

A plant shutdown was conducted on March 27, 1986 at the Oyster Creek (O.C.) Nuclear Generating Station Unit #1, due to repeatability / drift problems with the Reactor Low Water Level Scram Switches.

Because of the Oyster Creek event, additional calibration data was taken at LaSalle on 3/31/86, 5/10/86 & 6/1/86 which revealed similar switch behavior on the same model switch.

(Refer to Figure III.A.I.)' Oyster l

Creek had concluded that the drift could not be shown to be time dependent.

(Refer to Figure III.A.2 for historical data from Oyster Creek's comparable d.p. switches.)

1 A detailed review of the calibration records for LaSalle Unit 2 (15 months) confirmed Oyster Creek's conclusions that the drift is not time dependent.

B)

Static Pressure Effect The original S.O.R. factory test data sheets (Refer to Figure III.B.1) for the subject differential pressure switches model 8103AS-B212-NX-JJTTX6 show the effect of static pressure upon instrument set point.

Following the June 1 event, LaSalle Station obtained five sets of data through level drop tests (See Attachment) at 950 psig 500 psig, and 0 psig reactor pressure for four differential pressure switches 2B21-N024A, 2821-N024B, 2B21-N024C, and 2B21-N024D. (Refer Figure III.B.2)

The data obtained for three of the switches (A, B & C) was consistent and in agreement with the original Static-O-Ring test data in that the instruments

actuation point increased with an increase in static pressure.

Switch B was the most susceptible to an increase in static pressure in the original Static-O-Ring factory test data, as well as during the level drop test at LaSalle.

However, from the S.O.R. factory test data, the "D" switch behaved such that on increasing static pressures the magnitude of the error decreased.

l We hypothesize that this phenomenon may be explained via the hysteresis phenomenon.

(See next section). Switch

- "D" had the smallest error during the LaSalle level drop tests.

S.O.R. OPERABILITY EVALUATION TEST III.

HYPOTHESES B)

Static Pressure Effect (Continued)

In general, all four switch performances improved (smaller and smaller error) when they were exercised at lower and lower reactor pressures during the LaSalle level drop test.

The "D" switch consistently had the smallest error throughout the tests. The "B" switch consistently had the greatest error throughout the tests.

From this it is hypothesized that there is a static pressure effect on these switches. It is also hypothesized that the magnitude of this effect varies from switch to switch of the same model number and range.

C)

Cycline and Hysteresis Effects From previous LaSalle calibration data and from observations made by the instrument mechanics at LaSalle, it appears that there is also both a " cycling" and a " hysteresis" effect.

The cyclino effect can be described as follows:

On successive exercising of the switch during the calibration check procedure, the switch appears to actuate at lower and lower values, starting at a point higher than the desired trip set point, and approaching the set point on successive actuations.

The Hysteresis effect is described as follows:

When the switch is first actuated by increasing the differential pressure across it starting from zero differential pressure, the "first-actuation" is hieher than the desired trip set point.

Then through successive cycling (exercising the switch such that the d.p. across it is increased and decreased only to the point of tripping and resetting the switch) the switch actuation approaches the desired set point. If the d.p. is decreased to zero again and the cycling is repeated, the next "first-actuation" of the switch is very close to the "first-actuation" previously observed.

However, instead of reducing the d.p. to zero (as above), if the d.p. is increased to 100% (or more) of the instrument adjustable range, the "first-actuation" of the switch, when cycled, is a value lower than the desired trip set point. Successive cycling of the switch (sets / resets) then shows an actuation point of higher and higher values approaching the desired set point.

l

S.O.R. OPERABILITY EVALUATION TEST III.

HYPOTHESE5 c) cycline and Nysteresis Effects (Continued)

An example of this effect is shown in the LaSalle Unit 2 March 31, 1986 calibration surveillance data for 2821-N024A,8,C, & D.

The first six sets of data are the result of exercising the switch, having started from a zero d.p. condition. The seventh set of data for each switch was obtained by increasing the d.y.

across the switch until 100% of adjustable range was reached, then lowering the d.p. until the switch reset point was reached, and finally increasing the d.p. again until the "first-actuation" point was reached again. For all four switches, that "first-actuation" point was lower than the desired set point; (whereas the "first-actuation" point reached when increasing the d.p. from a starting point of zero differential pressure showed an actuation point higher than the desired set point.)

From the above observations, it is hypothesized that S.O.R. d.p. switches exhibit a cycling and hysteresis effect.

It is not possible to conclude without further testing that the magnitude of this effect varies from switch-to-switch or from model-to-model.

l_

--- - - - - - - - - - - - ~ ~ ~ ~ - ~ ~ ~ ~

/kfV/ouS C448MTrod UArA-n * * *.m ^ t > >.*

LASALLE PREmuS 2 B21-A)O2 re.ML r

/

CAllBRATION DATA

.fua _

3821-.00z./4 28z/- Aloz.ft_._.2.8.2.1 -No z/? _a821.r/ozyp ou e 06

}%

4'S A3 45 Al AI AS A5

% txA att Fe ua9 LK!f fa seM Lfl'E

_.%4 Uff*.._..%u....ggfr hATX T411_ Rsser. ?qu?. B.agr_ ke kcr_ Tn.. 8 Net b._ W_ Eur.,.inser. Tee... ksc Ipr (agr Y.&...W._4!M.Go9.G3/.r-T13. ---.

l-22*85 4.~u. 6L 03.G..kh1.......

=.... _ - _.

Acu Me9. G3L mr 2 3. S T-

- //,. k.r

___ _ A< m <n.o 43.f. G 6 1

M k

1 - s' ~ 3 5*

GG.c s4:.r. G1./

77 f 67. o TTf (eL0 51.t QG O.G_4_Lo_.s1s sit..nk.Q.4_ft.o X

57,. _ L s.0 SL.to G/f 59.0 GJ1_ SIG Z

S'G G_}. 3_ S_1. o G 3. 3 9.Y tos.o fLb

_Q. 0 ft.G 4W.f

]

i-3). E.4..

G3.7 58.2 GT4 11.1 A E_ T1. T Gs.3 ST1 A

(e.3:V 512 4/ t 52.o GZ t.Gr_..

G E.1 Jf.o t'

4

_ _..Y _ G_3 1 [1.Y 01.f St.1 Gl. G TLf_...

G 1L Q _. __

W

+

es k. & 0..I.?.SE-l f te v<oso tuo tnee gguamo 0I*f TLT-Cl'1 SL.T Lt t*- 58.o

$. t R<ces ons e-V 63.)

31./.

G1./

S2.4-C 2.1 CLS G!.T ry.s 26 e

i G3 7 31 3 G2.4 ft.L G s.s

? ? E G3.t 11.1 l

M f

n 5

l Gb o 5/6 G 3. t St.o (ro.0 Sa t.

43.o 31f GlL ss.1 Gs.3 57.7 Go.T StL

& 2.t

.T2 o g

/.Q tto L G ST.C

61. !

$1.1_

C f. f S X l..

G t.1 T1.o t

G3.)

51.4 CE-t SY0 GS.5 ft.1 GE-t T7.1 4640 t pto

& ke geen Kscetoco

' Rico,:ago (o1.ff $1.$

Gl.$

34.0 G3.7 ST. ?$

G Z.fr SI.8 E

R W

Gs./s $16 G Z./

SYO Giu 5Eff Gl.4 51.6 t

t G3.1 31.6 63.1 5 1. G L 1 t t S Y.o 43.lf CYO &Vo G.1 G3. I T1.7T Gl.4 E7.7 GA./.rEf p

4 K

.- 1 YG G r r s t.3 Gv.r dc 64./

r ?./

s v.6 s t.G s

4

+

G f.G sti G1.1 sff

41. I T7.3 sy.9 51.9

'fscoots Ricotoca KLCrn Ot.A (1.4 tco gg G 4. L Stl C 14, SYG G2,1 57.4 G

51.7 k

G.1 g_ $17 43.f [Yt.

.Gt.1. Gto G51 58 7 t

.--...._M1. SG. %L GL Ckh Ak 43:L Si z. th2.. G?_ %.L TI:L U 1 78 L M J. 51.8

rkU/Ou5 L A4/8447/0^!

UA T~k

*""'"'**"S

. l~

L A5ALLE PREVIOUS 2 B21-g 02 pw.trengj j

CAllBRATION DATA

p. fun.4._..

USIl~ U.?kV.A.

A$lf~. W.VS 2.8.8).-WU_ EYC _2 82/_Al0 Lf) s our of s

43

.AS 45 As A!

As As

.%Ut&

._ u'J9 LJ ff.. _fR pie _.

L1ff fMe.._ _JXM__..%_ Jgft.'

.Dsrs reie_1a r.m,e. na-rwe. ta a. %_Raur. w__. Eaa_ nse.usar. T e...nsa, rw r-,

p 5

t

.fr.:L_hb.

G.To. T1T_ _.. _

.4f.s.3.YT....._.411 T1*

_. GfA. n.o

_.._ (,J.1 D.!.

s15 n.s.

_. L_

Gn.. go_.___ _

_ s_f.3__ _stg v

_ G M. Clf. _..._... ' !d. 31.".

42 !?*

s_s:.t. Lu_.

Kp x.ss

(. 3. 2 ???

41 7 53.0 St 1 17.1 G3 4 gr. 7

$6 cot U M b cetare Rsa<x*

G3.1 s 1. 1.4.3J_ CL T Lt.s C3.1 41.1.ff& $33_.s1..

co3.x cr.r Gs.7 77.1

&1J slo

= _..

=

9EMB4/96 13:59 GPU OC PEB W.005 002 6

f t13-

+, p44

$ IM.

3 li I k h. !ls l

I Me i

N ry J 4 ! l:l!

fa r 1

4 4

=;,2a

. : p

.i 5,

i 415 4 2

I N

ID w

3 4 Ci w$

e, v

\\

f k

!NN!Ni,.jI{._th'*k, s

d id4 p

j..

s, A

t -4. Y 4'

I kk yo 4

w h d 4I fN4 d

1 3

yC 41 4

b g4 f f Q

m q-g= 1 M wN

i

.. a tr

=

t.

A N N'N N 5

b "4

h

( RMNbtitiljillS-rg

= =-

e 4

+

g

,_4 y

---~

O&B4,%

14.00 GPU OC PEB W.005 003

,e g

~i W s <.

a n rs N!6 Ml W lE sed m

f.'n N

i

(

$ t' E

2 w

k

~

v4 W

W(f h

y s-x 14 5 9

a h

h

'l

.x.

w:

+

~~~' ' $uM. swaAs mom N 1 ~l ] ' l M S

U % /G orm otDewces t

TEST DATA SHEET g

Customer Q":WMCNWELLTA Enq Serial No. BT-)-2%g P. O. No.

7JL"lR42.R Item 1

Sales Order MBgtAL A

Tag No.

?_R2_ l - N O*2.4 A Item No.

I O

1.

RANGE LIMIT gQ Minimum Maximum Cust. S.P.

Required inc Dec Inc Dec Inc Dec A <. '181 W(.

A B

C D

8 '7 ICr./' W C, C~

6,9 Oc

2..E'ot-IDra.t" o c too.04 0..S'uc-B.TW C-o = ll.45 " svt C-D <d n wt 2.

STATIC PRESSURE INFLUENCE 8305-056 REV. l Pressure Static Static Static C,4ae#

Pressure Pressure Pressure By Date

.m

,m m, m m,

,e mg 59; i 12Sbc. 7.(/oc.

I:2.Pi.xlS.~f'Or. h2. 6"<.xe.a4 oc AT-M'E l

3.

HEAT STABILIZATION 8305-055 REV.

I g Start Reach Oven Elapsed Temp Ind # I Oven 2.2 5 *F Off Time (min)

By Date ~

Mie-t09 It'f 5 Pm YLT pm 4:7.5 Pm 60 % Mum

/M-l 1-1 ~S $~

4.

DIELECTRIC / INSULATION RESISTANCE TESTS 8215-339 REV L 1340 REV.l._

Voltage Applied Time (sec) l Results Tested By-Date patio VDc!

I meun 9Ms 3R

'1 9 T I Resistance i

t St.C VDC~

')sOo Mohms

! Alf l2.-5-85 ;

5.

OPTICAL TRAVEL CHECK I Total Travel i

Overtravel i

After "Off" Travel i

By Datel

.'3-6-8f 1 1

.o10 I

.oc7 l

.On9 i

A T_.

6.

TEMPERATURE INFLUENCE TEST PER 8305-055 REV l TEMPINDshd vi PRESSURE CACE # tvi# -I

Cycle 1 E6 Cycle 2 F i Cycle 3 G I Cvele 4 C a

Time Temo

+!

J i

+l

-8 i

'a---

u ro. Iw-n.s ir., e,,..as.eu usc.;<.,u au

, n 1.e

,,. r-s.o

,,. r: !,o.,.,,,. c., e.:z.u,,, FIGURE K.E.1,5KT.4 I

t p

v%

m-1,v.r., v

.,i.r.i,0.i

,: e. r.,n c c,,,'

' v.n 1.v.., n.:... s.r y a.c' v..*

s..., 5.0.R. FAC.TDRY TEST t >* n w

v s

J

.inc. S.

. DATA SHEET FDR g

pressures in psi unless noted

-Dec. Sc ml40N 2 " WI-T-L = N/A L-u = 4 g

E

=

J-K = 4 "WC.

V-M =

A Approved: Engineering -Su /

eb Date J. f. I.f i

Quality Assurance /A/ [4M,m Date

.? S

&<.-~

in o

g' 'we

+-

+

w.

TEST DATA SHEET

'~ M~

gI - -- g305-057 f

1 h,,4 g g,,

-4

l i

r T t re smohn /camoioevices cnAM.UNulMom A

iJ sim TEST DATA SHEET Customer _CCW#CNWG6LTM Fn g Serial No. 25"-I-2Q P. O. No.

2 8'I R 4 2 P, Item j

Sales OrderJE,9tAL

,]

{$

Tag No.

28 2. I - NO2,4 B lism No..

I l-O 1

RANCE LIMIT jh Minimum l

Maximum Cust. S.P.

Required '

inc Dec inc Dec ine Dec A C l W 'C. /

s A

B C

D 8 7tect W (

f C-i b.9 'b' 3.TOf-M.

105 5'Oc e "L.5 ~o(

b.'l *C C D % lM"WC til.W x.

C-D ar. ;4 WC.

2.

STATIC PRESSURE INFLUENCE 8305-056 REV.

l 7 d Pressure Static l

Static Static h i Caiie-Szc ee Pressure i

[

By Date '

l PreU Pcgisure io r7sYa l

i.

m5v xi m ;=si

-~~-

s i e g.m.4 i6#4.~1 *cc-i M 'u tLi o c llL3*oc 9.0%%. i _[d%

2-N

)

7 3.

HEAT STABILIZATION 8305-055 REV.

I f

Start Reach Oven Elapsed

(

4 Temp Ind e Oven lif *F Off TirNr (miri)

By-Data '

'7488-309 NWF PM

! 3:25' M 4: 2S PM l (,0 quen K2-1-85,

4.

DIELECTRIC / INSULATION RESISTANCE TESTS 8215'-539 REV.L /340 REV.l._

Volta e Applied i

Time (sec) l Results

, Tested By' Date 14 0 VDC' I <#rcaid PMS El 5 1-T-85~

Resistance i

TCC VDCI

) 800 0 Mohms 8

i3-Y-85' a

5.

OPTICAL TRAVEL CHECK Total Travel i

Overtravel After "O'f" Travel Ov Date!

_O23 I

. cacrd I

.coe At

( 2-o-eyi j a.,

6.

TEMPERATURE INFLUENCE TEST PER 3305-055 REV l l

TEMP INDs N,P-3P9 PRESSURE CACE a -ry>?- f/S 4

s Cycle 1 E-Cycle 2 F i Cycle 3 C

' Cycle a,g,,1 1

Tirie ! Temo

+l

+

e

-i Bv

Date 12 " n i 1f lif.

f.7% 12.l'.) 11 *:. I a.tN !.9 ' A 12.c';. 9.t".) At

_ 2-4-8f I

\\

r, er sic. a,s a v.c.

,7.r~ J,.i ap s., S.us.,... n i

a m

v <,

o c : n. r z r.1..

,w. r.< ~

pn e.r

n. :

1.<..e r t%

v j

.m e. c.

.>. s.r ar vifnP3,} FIGURE E.B.1,SHT.E f!

All pressures in psi unless noted

-Dec. Se:

Requirements:

5R FETOM TEST 2 5 W(,

T-L = N/A L-M = 4 DATA SHEET F6R 3.

E

=

J-K = 4 W C.

V-M = p j

Approved: Engineering f?>n wAf 2H21-NDt+B

el Quality Assurance _ bl [//n de---

20l

=l

~'"

oi M

TEST DATA SHEET 7.,,

4 3< ;-

r3os-osi W Ob'l* ' ; m.

^i

~

o o

A a m gmpq mgm m

a a

cun, unaAs eeou 1IJ r

m h

TEST DATA SHEET N

Customer CC>NMCNWsALTA Enq Serial No. _gy.l-2372 h

P. O. N.. *2R 1R42. P, item 1

Sales Order 6BptAL I

i[)

Tag No.,

'2.8 2_ t - Mn 24.C_

ltem No.

I 1.

RAN,Q1 LIMIT gg Minimum Maximum Cust. S.P.

Required Inc Dec Inc Dec Inc Dec A. ( ~7 // W C.,

A B

C D

8 71to' W(,,

C-(5*pc

~5.TW L IO9.l'u L fc,f. V R c 11.5 **d-

9. 4 *oc, D = l2.5 # W(

1 C-D 4. 4 W c 2.

STATIC PRESSURE INFLUENCE 8305-056 REV.

l Pressure St.atic

]

Static Static Ca Pressure I

Pressure Pressure By l

Date

Nhe f

=r>_6 cas w w 9se neDu l

. 4 E.

m-s,9 n.3 a. i.. rec. !w.,%. roc

'u.rudm.3 oc jo 1-sses- !

l 1

s s

3.

HEAT STABILIZATION 8305-055 REV. l

~

Start Reach Oven Elapsed

(

Temp Ind # ! Oven 12.5- 'F Off Time (min)

By Date

.I 74:n-3cm imspe 1 9 25 pm i * : 1 5 p m l i, o.,o, n i A. 2-1-85' l

y 4.

DIELECTRIC / INSULATION RESISTANCE TESTS 8215-339 REV l_1340 REV.l i

voltage Applied Time (sec)

Results T st d By Date 1990 VDC' I wecu6 Pass

1-5 -95~

l Resistance CCDO VOC.

Woo Mohms

'MM

~1-S~-85~

5.

OPTICAL TRAVEL CHECK I Total Travel i

Overtravel Af ter "Off" Travel 8

Ov Date!

e i

.o2.2.

i

.ocz.

.W

9-2 8 5- ~.

t 6.

TEP/.PERATURE INFLUENCE TEST PER 8305-055 REV l TEMP IND# 7f/s. Toi PRESSURE CACE a -*-+ T4 i

Cycle 1 E i Cycle 2 F ' Cvele 3 C I Cvele a C 1 Time I Temo_

+8 Bv ? Date

+l

-l

-e

+

noe r.

W \\n.r* i r.r',a sw%; in.o %iiv -d so. ~

n iv.rk. r,t c.i.r

. i s.r.,.:,.

- t J.,n FIGURE R.B.1,SHT.3 '

si a>% m-t Ml v%

on~

l o?. r%

o ' e.... ' : u ou -.. u % >>,r S.0 R. FAC.TOU TEST in W

os.r u 1.1%,.r.3.<. ro. % i,c% +,w.

or 4

+1nc. Set DATA SHEET FOR

sf All pressures in psi unless noted

-Dec. Set Requireracnts:

MWOM r

E

= 15 W(

T-L = M/A L-M = 4 J-K = 4 8' WC.

V-M =

y/A Approved: Engineering 8M/%Av5 Date

.2. f Ef a

Quality Assurance

/[A (. [ 4f / 4 %

Date 7-d> C 3

_c

=

6

evi e

..-. 0 05-057

]

w TEST DATA SHEET N3 h

~'

T A P Z L.-...

~

p s -.

cxAM. sANsAs ee0H.......k) l 3 l M S**"'U% /WDewees TEST DATA SHEET Customer NWFALTA Fn q Serial No. ps-1-2yty O

P. O. No.

2mR42_ P, stem I

sales order 6B%(,

fA Tag No.

2 8 2_ l-Nh2A D ltem No.

l lO 1.

RANCE LlulT

{$

Minimum Maximum l

Cust. S.P.

Required I

inc Dec Inc Dec Inc Dec A <78WC.

A B

C D

8 '? IDD" WC C~

(, 5'oc 3.S'00 108.O*oc. IO3.3'oc-

n. 5"oc 9.'t *u c D = 12.S"WC.

C-D < &WL.

2.

STATIC PRESSURE INFLUENCE 8305-056 REV.

1 Pressure Static l

Static Static l

Pressure I

Pressure Pressure By Date CaA#

-s u,

m. m m.

p 4 B - St8/

11."Ab' 'LTt.X,

!GFoc!9. Toc. innt.! to.4'uc-egg j

-8T l i

3.

HEAT STABILIZATION 8305-055 REV. I e Start Reach l

Oven Etapsed i

Temp Ind # t Oven nS *F Off Time (min)

By Date 741R-309

' 1:4S PM ! D'lTPm u '."1 T M i fo O cA m u.T E 5-

'2.- t - S T 4.

DIELECTRIC / INSULATION RESISTANCE TESTS 8215-339 REV _l_1340 REV [

Voltage Applied i

Time (sec) i Results Tested By Date iM9o VDc!

Iyemo pac 1-5-85' j-I Resistance e

)

l Eco VDC:

Woo Atohms

. d2P 1-S"-87 1

5.

OPTICAL TRAVEL CHECI' I Total Travel i

Overtravel After "Off" Travel i

Bv Datel

.olor i

m

.ce6 JX._

2-M 6.

TEMPERATURE INFLUENCE TEST PER 8305-055 REV l

TEMP IND8 74/P. wt PRESSURE CACE 4 7 rif - #7.?

Cvele 1 E. Cycle 2 F ' Cvele 3 C ! Cvcie a Cl Tine ! Temp

+l

+

-i Bv ? Date

+.

n, n-I,2.su.c.c.~,,.r.:.:,.c u ier ; r.1 u ie.

,, n r_ 7,vw,o.c.4n L en.o.<.M,v o.c FIGtJRE M.D.1,SHI+

y us e,c M

if %,

r st* '

. n. * *,g

f

L op.1 % : ?.[ % /1.( *. *1.C '

ste. e "

n. t%s 1}:

.c re-

,,.r,, e.r"m.,,, w. 7

%riWr.A,e.,.%,. S.0.R. FAC. TORY TEST g

+1nc. Set Point DATA SHEET FOR g

All pressures in psi unless noted

-Dec. Set Point Requirements:

.;j E

26 " W(._

T-L = N/A L-M = 4# W(_

=

J-K = 40 WL.

V-A =

WA Approved: Engineering p/-f/v, b Date '2 - f fi

n Quality Assurance / f I [.9,

~

,4 -

Date

.J-6 -95 c.=gj g "," - -- 0 05-Of7

~

w-TEST DATA SHEET i

1,.,4 h ")'

t

S.O.R. OPERABILITY EVALUATION TEST IV. prooosed Method of Testine HVDothesis In order to determine the predicted performance of each switch due to static pressure and cycling / hysteresis effects, we propose to perform the following tecting:

Test gl On 311 S.O. R. d.p. switches (refer to listing in Figure IV.1) a static pressure effect cycling will be performed.

(Refer to Figure IV.2) Each unit will first undergo a re-calibration, using the regular station calibration procedure (LIS series) to put the unit into the allowable tolerance band (and known static pressure calibrated condition) that the station normally requires. Then each switch will undergo cycling at zero static pressure (5 cycles) and elevated static pressure (5 cycles.)

Rach set and reset will be recorded. This test will be repeated 5 times for each switch to determine repeatability of performance of "fitst-actuations".

The purpose of this test is to determine the magnitude of the error encountered for 33sh switch due to static pressure effect. The results of the test will be used to first select those installed switches which are considered to be " good" performers with respect to minimal static pressure effects.

Then the magnitude the static pressure effect errors of the

" good" switches will be evaluated and used to help determine how the setpoint, allowable tolerance bands, and/or calibration procedures for these switches may be adjusted to obtain consistent acceptable performance.

Those switches deemed to be " bad" performers with respect to static pressure effects will be replaced with " good" performers.

Switches which perform their safety actions on increasing d.p.

will be cycled at elevated static pressure starting from zero d.p. and exercised to record the set / reset points.

Switches which perform their safety actions on decreasino d.p.

will be cycled at elevated static pressure starting from both zero d.p. and 100% of the switches adjustable range.

The static pressures used for the test will be the worst case static pressures that will be seen by the d.p. switches when

~

they are required to perform their safety actions.

t All set / reset values will be recorded.

During the test the static pressure effect on the device used to measure the set / reset values will be taken into account.

J

S 0.R. OPERABILITY EVALUATION TEST IV. proposed Method of Testino Hvootheses (Continued)

Test 92 on four switches of each service function, a second test will be conducted.

(Refer to Figure IV.3) This test is designed to determine the magnitude of the error introduced by the hysteresis effect. The switches will be cycled (at their appropriate elevated static pressures) first starting from zero d.p. (10 cycles) and than starting from the switch's 100%

adjustable range (10 cycles). This entire cycling will be conducted twice for each switch tested.

By examining the data from both tests, it is proposed to evaluate whether the static-pressure-effect-error bounds, or is bounded by, the error from the cycling / hysteresis effects. The knowledge gained from these tests will be used to evaluate a new allowable tolerance band for each service function.

l l

l

ii Ii l.

l 11 slo

!.switutab,i ascourrios! I sadsr sei tr. ;

neout i

i j e, f l

'E31-N*3 r A *,4ts

.unken; sen vr&, a-za -

t as s ",

les-es.s

.i, 9

nt -woo.2 e'[a tsa.

' ~, '*

' ; " l

~

t eg ,

u.s.exos

.f EJI-N001/I, 4,0, O,

. n,$,

pf f L e si p:

ise-spo p,ge ll l p sca pat - g p f iN rlTo s :

e aft l K31-Weef4,8 c, o

{ ' * ; *.' 8 l i

jsipig:

l 0s-sie A, a,e, 0 ;

l 4l

..a v

l f,yto f!!,-WoIIA,0, e, D ;

Dl.."

v 1, D L LS,'.

'fil-yoIEAn,86

orMS. : WTR.lix M*W s.e-too" rat.C. pos-fZss i

i i

F 3,24-

'I r i* : j'/

t,.c fo $.t i W.js31-Motz A o, dis,0L.i~. del 4A,0'c.D

i. MPV ' LGVf L 3l 7 - 10 0','

4 7_ 7 8,' lo s -g 2 t g '.

-/1/, f..

l U 32 ;

4 Otu - postA, s, c, 0

' R f v. t.s vit

E *.

2 n -2 o0 '.'

Itr. ss." 1*5 -9203 psqs,'+,

.* azl -N637 A A,4A

RPV. LG VGL !!

l

.40 '3co "

goz.tc sos-ggtes~

I i

lW 187

.f get.t-Nort 66 BIT

, Rev, L.S ViL,2 l

,1,s-70a

H f. $3

les.ggf3 I

1 r,, sr 7 Isif-posr sk.ps

. g rv.ievel ~ I,

l '.4 * -Joe

zet, s s ' los-seser i

i.

l 1 +Cl i

.f inli-Ales) C o. Ol]

. RFV LGVfL

2. l l

,2o.200' l4f;&S ' geg-gge3 g,4?

' } ' 02s-Nc39 A, G l

.Al

npv LEYCL 51.Htt rL.i

. 7-IW G1.1R 1o3-6282

'i l41, W.'

lGl.2 Note Ah, 6A

. R si R flew, Of. g

.l'** $$

j',1 * * $0)*gtDz I.l4/46 h

l Ell-WfIO A g, g6

, t, g4 pt: ft.ous. pt.

,.c'3C" of 3 '

n

.1 l

n 47.lt

.l i G l,2 - W olo e A jRofW.!Losu.9P.

4~ ~Jr,

,r.1.,

,43 siz-Also e8 j

l c-7.r it.3 '.

4 49l...

' E21-. A/004

LfLS Flow l l

.c 3C 9,8 . In1-6E.6L OD.

a!!,n : Nad6

. Fres

/#.1

! les-agzot i ll

. #-33' i

.,fif'*l.1 All WelL,AB,6/>. RPV, Lis!(L.2 *

~

. S *.- 2

0

145:61. 103-86245, l

X"3,44,..!

ti. A/02C C 8, PU.

Ii".

..fSQ.,i E3I -- NoI3.A A, ISA. ne te s rit re o w l

, z.-zoo"

+1so ", iss-aro;

s$. &

iE3r-N*13.AL1,.66 l

2* -Em "

.sso "

,1 $,, i y b 7 l a z i- (Elloo n, E, srv LEVR Q l

1 -/de 13.Q '.' to s-Bill 61,42. I E i, DRI ANtolA,8

'i 7 -/*o ss.2 7.**

s l

i pA,9 o,.nsrA L LAC *** san *T'l i

I l.

?

l FIGURE N.1 t

j i

j j

s.o.R DP SWITCHES I

.i

.I O TO BE EVAll1ATED

~

^D a

5 i

N e

~

t 8

M 4

d i

i M

p A

I 2$

s$b

?

g i

M ME t

w 5 9:

g tz t 8

w, i

i gia 4g a,l.

1 i

.g W

y o5 A a

(

I l

W se w

U k7 I':

V l

s u t.

I w

eg g

g a

l v

2 e

g U f j

i g

hWgas i

Q' i

i r

i

,s seg u

s i

j

=b i

E 208 I

(

4 i

b u

i I

I N

fY l

s. ' ' '

f g

a l

s a #

ww i

', A 0

o 4o l

t I

S F

.. g...

s_

\\

e5 i

l

~8

--___.l__..__._.___.

sk.

I

~

g._.._ __.. _

9 I

i

.._ u

..p._._.._...

g _._

Vi

...__.I..._._-__.__....__.-_

F w

i g_;

...[._____._.

1 _.._.

4.. _ _._ i.. _... _ _

_1 _._.... _

.l...

t

t. } ]_ '__. u. _ _ _ ?

I

_i.

ca

__ y i __ w 3

... 3 S-a. 3. _.. o ___._.M.... d. __ _.....

I 4c4 u

i e... _..

...n.....

i l

I l

___.g.._

l

_ q _ __ _

.g I

c t

g_.

. g_

.l___..._._____

l

~

l l..

.......,__.__...--p

._j a

t i

~

W 4_.....

O e r-4 b1$5Gk i

1 1s.

3 2

$Yg t

h$

O i

A

Q G

w A. g O t "O.. _.

.__...t i

,t b

i e

y N

_____..e,

. k m~

.-h..._.-.

M g

I m

g

_.... _...._._ _ __... I.

3 g

q..

e g

W e

g

.s

_,.g

.N, W

p

_. 5 0 N..

W 2

. _ l.. A...

.> ~.

w%

j

. L.

W 3..._

.... L._..._=

.A I

N3 L......

...... _ _,,.. _ __ c v) 4 4

ww y

1. 3_ _

C I

A I

W)

_. 4 _ -

~... _ _ _

"J, 8

1

._..f

).

)

l I _.

_.=

i

_ _ _ _ _. =

t

= - -

=

I

..._ _. l _ _ _

li 3

-._ =

_sy,%

C

~ - <L_,

I l

[

N.

t l

s.

J I

I

-c W

I

. __ L.

i_...__

... _...i 1

c l

l._.._

l C

N

-3'

_..s--_

- ---~

J o

}..

. ~ ~ ~ ~.

}.

.Q.

S-0.R. OPERABILITY EVALUATION TEST v

Test Procedures (Note: This section contains copies of all the LST Test procedures used for conducting the tests.

Enclosed is a copy of the first planned Test Procedure, LST-86-099, which will be used for on-site characteristic-testing the 2B21-N024A.B.C & D switches.)

w

LTP-100-2 e

R;vicion 10 May 29, 1986

~7 ATTAC19EENT A IEFT APPROVAL AND COMPLETIONExpiration Date /i/8S*

Tech Stcff Supervisor (if greater than 90 days)

TEST wo: LST-Bfo-099 O

ZddaduHi44/u REv.

ORIaZunIOR:

' STATIC-0-RING OPERABILITY EVALUATION MR THE UNIT 2 VU REACTDR VEGTL LBWkMTER LEWL SCRAM AND PEDIA 2Y[oNTRM.DVT ISOLMTADV" TITLE:

RESPONSIBLE Ceco TEST DIRECTOR:

Ne t t.E L AUTHORIZED OOPIES HELD BY:

OFFICE SUPERVISOR (ORIGINAL), SUPERINTENDENT OF OFFSITE REVIEW, TEST DIRECTOR, SHIFT ENGINEER, OTHER i

TEST P R

ROVAL:

/Y'h L

/ Date l

ph 8 A. Y

/L-946 Lk&/

Onsite Review / Date OnsijReview/

/ Date 4/m/g

$8. Y / db*/tti p Station Manager / / Date TEST PROCEDURE IS AUTHORIZED FOR USE

/

Procedure Manager / Date Office Supervisor /Date TEST COMPLETED BY:

DATE:

TEST RESULTS SATISFACTORY:

/

Procedure Manager / Date l

l TSS

/ Date

/

Onsite Review / Date Onsite Review

/ Date DATE:

Station Manager FURTHER ACTION RMJIRED:

i DATE:

Procedure Manager DOCUMENT ID 0090T/00751

E u

ng*

l]

I wg I '{

ll 11 T

f i

ij F

s i

llIl hlt'!<f lh!I h e 11

!!l: @

1 4

=

ylli bt!!;. l c

l']3 Neb {,)ip4 ji is a

gs 1

r

~

3 d

]

fil 6

i, j, l g Il i i

l "l;.3 i 0 ip1 i

Id 4

[

3 1.;

.ll!

841

=

b+..

v a

E O

4 t

.sh.pa

.4

.J J i

J-

?

i

~

61;;

4 i

(

i 13sg ()i p d 3 i

4 c

n j; s ti g:

Ig s

IA j i- } k]!i]

E "I

d lawj

!j;4 3 lp!

4 i

5

( j '641

! [$

A9 i

i h

Dj.$

1 d

ji@ii

! _j 8

{d*9 ljdj

)

-Q s#

J1 4

i

.k i

!:I'k-

!ilr}!e.14IM D kg =!hf I

E E

lj s g,4 !ik g

d 5

7 d

d n

r

!l.':'htjpl'2.5 fi 11

%i' i i

!!!f_

J e'

I 4

t

E

s qge q.

g4 s

?T4 2 65

LAU iIUM LS T-d r,- 099 THIS DOCUMENT / DRAWING IS FOR m

ADMINISTRATIVE REFERENCE ONLY.

Revtaion so IT SHALL NOT BE USED FOR MAIN-sanguimuumump 1

TENANCE, OPERATION, DESIGN OR ASME/ TECH SPg_ LATED ACTIVITIES.

A/NG #fAAB/l/77 EVALUATJew ftpR TM UNIT 2 REACTot VBsstL Lai WATER LEVEL SCRAM AND PRIMhtY CCNTADMENT ISOLATION M A.

PURPOSE ydMyEnlub Sr The The purpose of this procedure is to outline the method used to perform the dYa/E: 8-[sy

- Unit 2 Reactor Vessel IAnt Water Level scram and Primary Containment Isolation, M B.

REFERENCES 1.

s&L P&ID Unit 2: M-139, sheets 4&5.

2.

s&L schematic Diagrams: 15-2-4215 AC-AF.

3.

s&L schematic Diagrams:

1E-2-4232 AF and AM.

4.

Eg-Ls075, " Environmental Qualification Report For static 0 Ring Differential Pressure Switches".

5.

LSCS UFSAR, Section 3.11, " Environmental Design of Mechanical and Electrical Equipment".

c.

Pitana Is

$50$$/d

$$W r innf SuanadRi*tt0*%**$N$* Y

l. /krArn LIS-NSfe!(Asfenus 2.7),enofreceraf %leN*stt/resetbin on Affsebme4fA.

2.3 Equipment required:

a.

Deadweight pump.

C.

Socicion re.citier ons obnt.

s l

l ammessensusamme.

[. 3 Pressure gauge. 0-1500 PSIG gauge.

3. W Sound Power Phone -mica'tions as follows:

1)

Unit 2: 2H22-P004 (J90) and 2H13-P603 (J130).

c. Speisf Di/NrenYsUReswrt. SadU Test Roy,aihrunsmih aMeafsd sG, f 4 20 aA oofputaida t-/25'xc. di@sessfAl Prenora Asfi,,pa-t 6

..-....--.-._,..-_.____-_A

L 2) unit 2: 2H22-P005 (J95) and 2H13-P603 (J130).

3)

Unit 2: 2422-P026 (JM) and 2H13-P603 (J130).

4)

Unit 2: 2H22-P027 (J92) and 2H13-P603 (J130).

D.

PRICAVTIONS i

1.

Request permission from uso to perform this test, have operator verify no RPS Subchannel trip conditions exist or TIP Scans are in progress. Have Operator verify status of PCIS on 35F Panel, and notify Ns0 upon completion of this test.

pal-0 I

2.

Verify control switches sW19A and s419C on 2H13-P609 for outboard &

Inboard Containment Isolation Logic respectively are in the "NoaM" position.

Verifycontrolswitches's4198andbl9 Don 2H13-P611forOutboard&

3.

Inboard Containment Isolation Logic respectively are in the " NORM" position.

- 1521-Verify control switchesh9A andk19C on 2H13-P609 for Outboard &

4.

Inboard containment Isolation tagic Respectively, are in the

NORM" position.

4Ml-Verify control switchesk798 and s79D on 2H13-P611 for Outboard &

I 5.

Inboard containment Isolation Logic Respectively, are in the " NORM" position.

6.

LS-2B21-NO24A opens at 63.18' W.C., increasing test pressure (+12.5, decreasing actual reactor level), and will initiate the following:

"CHAN A-1 REACTOR AUTO SCRAM * (3203), alarm window on panel a.

2H13-P603.

b.

"omN A1/31 REACTOR VESSEL LVL 3 Lo* (3505), alarm window on panel 2H13-7603.

1.

LS-2521-tf0243 opens at 63.78* W.C., increasing test pressure (+12.5, decreasing actual reactor level), and will initiate the following:

"CXhN 3-1 REACTOR AUTO SCRAH" (3303), alarm window on panel a.

2H13-P603.

b.

"CHAN A1/B1 REACTOR VISSEL LVL 3 10" (3505), ala're window on panel 2H13-P603.

M 3

)

3.

Ls-2321-N024C opens at 63.'78* W.C., increasing test pressure (+12.5" decreasing actual reactor level) and will initiate the following:

a.

"CHAN A-2 REACTOR AUTO SC3AM" (D211), alarm window on panel 2H13-7603.

b.

'OUW A2/B2 REACTOR VESSEL LYL 3 14" (3509), alarm window on panel 2H13-P603.

9.

Ls-2321-N024D opens at 63.*78" U.C., increasing test pressure (+12.5" decreasing actual reactor level) and will initiate the following:

'CHAN 3-2 REACTOR AUTO 3 CRAM" (3311) alarm window on panel a.

2H13-P603.

b.

CHAN A2/32 REACTOR VESSEL LYL 3 1A* (3509), alarm window on panel 2H13-P603.

10. simultaneous opening of switches Ls-2321-N024A or Ls-2521-N024C, g){

Ls-2321-N024B or LS-2821-N024D will initiate a reactor scram.

11. simultaneous opening of switches LS-2821-N024A and LS-2521-N0243, will initiate an Outboard Primary Containment isolation.

12. Simultaneous opening of switches ts-2821-N024C and Ls-2321-N0240, will initiate an Inboard Pr$1aary Containment isolation.

13. propressurize instrument to approximately reactor pressure before returning to service.

14. Obtain the shift Engineer's signature on Attachment A both just prior to beginning, and imediately after completing this test.

15. Instrument calibration could be affected if air is entrapped in the process sensing lines of the instrument. Ensure during performance of this procedure, that air does not become entrapped in the liggit filled sensing lines. Ensure that test tap lines are filled with liquid prior to connection of test equipment. Purge the air from either hi$ pressure side to low pressure side or vice versa. Repeat until ao air bubbles are observed, then proceed with test. Upon completion of this procedure, ensure that test. tap lines are filled with liquid after disconnection of test equipment and prior to installation of the test tap plugs or caps,'to ensure no air may be entrapped. wipe up any liquid that may have been spilled in accordance with routine Rad /Chen procedures.

l

-.,-.,,-,-,.---..._,,,,,,.__-_._,...--,,-__,,__.,_,.-______,_,,,__,,._._,_,__.__.__n

_,.--_.,__,--,.---.___,._,.,,_n,

N 4

E.

kIMITATIows AND ACTICef5 1.

This procedure's instructions take precedence, but they may be supplemented by manufacturer's instructions at the discretion of i

Supervisory personnel.

23 During procedure, inspect instrument for any signs of wear or physical damage.

% mr % ant.'re t.st@y1.k respns$le. TeWajuer. l i

43 complete valve checkoff sheet (Attachment 3), for each instrument prior to, and immediately after performing this m tesf.

53 verify completion of each step which requires recording by initials and date (unless directed in the procedure to record specific information).

musumummans N

mumummmmmum MM.

s-=============

,,g g ; y s a s - a w a,as,s a s, - - a. s.

CAunoAt DJ These Lhse ars wm//y ottanch flressuresuse canidn aden mm E

deredmfairmen7 MoegespriaYe fasV(dem Rocedures.

5

/. RFyifW the rspirements ef fefeeence B.6. INSTALL apapae defween hainals EE-6 on/ M.n espanet.tMa-F609, recoco en ki% Ament A.

.A.107E flejumper.faj malersndPfCOEDon A#ichmn7'A

.5 20CRTE fle L'lBy ofloca/ wne/fH22.Po0Y

/

4 A77~ACH fle.DVM seflo'r mi/dro/fs and fSe preshion resislor 4.fLa ktBy fransaiUe., afraf;W.mfa/ ready atone.

... S SET /Ae. VoM.for.bo.I5.and A77k~ C// scross Eminal

.ph7 ofAca/ woe / 2Has-Podf

/

S. LoWLETE & %> Found'a.ek afAf/ichmanf36eiS-A52/-Nop'/Afjen ISOLA 7T deve/Li/cd,.iS.ts.ti-NOMA,sia'REcaeD m A?YichmentA.

7 6rafe//.EfMOVE' Ae reof.cp.sidGPEN.#x tesireat.rdn.s.

7

t. awdrir}Ae 6fR& NIhe fe,fcanf)/eakd;}t4f. f/2.

/.a

9. sres& lave /LifeAmaniN1/d e aalks_, rde~.

r to. owM.th Xst.ByakaAkhps/n.

~

m fl. cbHNECTfdb Aaduc.iylfpamp.and.o-15%.P Spwje.

Y h$.N

~~

A.,,ifafdriady ds'ne..

'.' /A. 5eb/$ MfGE:s5s5af.of As e~nk '

\\

tem.ftah*

ha5rs ~.

ana'hshasnts),lr'e 4b ?! fop, h B D/#5 si,YofeccA y

JAadraAs arbt.sfa.Epwtjed

~

a. viff.S esk *pfim.afhp/re..xkde$ sn/4, et.ostiXe t Gidsian/A//agua$kk, >w

\\

. If closEf4 Ltfir.afuabah,.n/>w.._ _. _

.. N07f3 1)TAs $sfdffeeen'lie/preswre w///Je yarie/hyyo>&y the yenew-

pw u.a.a.p.p, a,,sa w.r.,. w e,u k.s i

L

/$ $denfly 7#CKEASE.1%c di&ranta/pressur= gcc.t.yb. u+.% to.us y%/ & wfaA mLts agensd (no VAc). tresrP &.DM1aiMn/ fay nadh,itfXuphtan AfferfAz & utphf

.yA/w:eaidw "M4N.A1M1MMM MWEL JVL iL0?(B50bi//hidWe e paiutws-rtos.,ucA be. & Jan/Swi/d & racycM7k L/fsaum isminse 9 A ofeart& eHhe//sato ides we. an#/affe, tesfiscany/efe..

. s %/y.MCREASEAe MerenS/ ressure. andiEz VoMiwkates &t

& swifelmfiets hve c4seol co/

.imadhy atthispintonMcAarentA as & nset eintrAc).recorp.

t

17. /EPEAt.. Steps.E/SandE /6 h neder fa dbh Aurfss/difibml.

l read & s of setandresetpin$,odREcoRD /denr.m McAnsentA.

9

'~

tR. REDUCE /Se

{ nfhpressare ~/$ sero.

. M. onwtha $stEig egua/teing n/m..

30. IlSE /ha deadutyAYpwp.sJHerfASE Hx sys.tas,pressura. (stath

___ pure 12./opo Arig. Allow & LtRi % stli/isc oCr k %inutes.

1

.A_At._coseJAe 6th apJuio, rdre..

. ' iLtiLuflyl#CEEASE.&.4Gr.aata/_passur.r.dfE_NYpALabfe.s._.

_..i 3%f_&nfs4mLts.ed_fao.ncLskor.n& Dashifrday.

.f..Q,. qjist1%&.pht.aw.'Altiderfk% sopiol..)

l.:. j y.

i I

._.?.

. i

_Jyorr.__

...l..

j

t J _. _:

.J i

i i:

i

.J i

i I

_ __1_Jlbeif_bme.t A..au/Arolf_undshyLh71.ncles )M!C.%istdAk%'

_l_ j co h A f /i - y 4 fe.;

J _..,

i j..;

{2

__J.l.4._J._I_i__:._....

... __1 _.. _.,

...i..J.;. ] __

i

. _ J.. j..

_.1%_$%/y

. MEASE.ne.Meren&l.prissuriao71Y_1%_.VfM.kokhtes.%f.

.. -p_fMsiri datachlwreAsedtDJAQ.FECa@_th.JSf.iW(}$$s.y

.+_. 9dh,atblirpintas Meleeotie.hr ifle.us e t. p i d

_.L _...

_a__L i

l i'.

I ii s_f42 ad ASA aMl N Abd&A*S?_. _

16. REkKE.6 Afleren%lpressurs to acto.

SL # PEN &. ktFay eps/isiny ya/n..

17. Mrthe Aaseirdpaf $ DECMASE & syskoryessure. fitafapazurs

%0 Psiq.

at. a r.sr & L t 4 ayaan;nby n /~.

i

39. ffffAT sYys EIS 1%ro A E A8 Aar ff) nore h es any?Y/de lavalSai/c4 hasjens WroujA fin (5) cycles each,af sf:r/G and

/sor Arts sta&pressuras. Ead eyek curaby af. 5 setadeeset _

actua7fons.74's s 7fk.sadef. Taf. f.

9 0. # N M & h i 2 9 e r aa d k ioy va / m.

i sI. weA Aas.ghy.t MCEEME& sbe $'t mi ep i

nure.Gta&

.g.f.$ofgigA fstri;r ist$ se p

E-sn.krUXI/ylsckErid& rat &assurnt22%]Isid6Jutas -

~

&f.Lkfdmtcts.pd.faarsekranen DwndnWye nidhs.itk pht.a.'M/idmedAa &.setpik

. !. !.. i..!.i.

... n 5F ~ig.55NikN3e.}ifer257.p5isuri md7Ae.!Wii.hkitek.At

... & se/Mmtets.Aare..eAsso!co rke).2rCo.b%.) park 16ske.

m/qiat&rputan M Aw.et-.A as.&.ksetje,ikt i

s i!

i

. O kMAT.

i

.- achdkis.Af%s.JEM am/.E$3-A oasi.$.alfd.nine tam /.rssetpints, sW.ffcoRDdhark.htkeAm stA..

.... pressure. $ /od" 6KC.

=

I

n. %7.WerEASE & dinereos/prassiire. mn/1% ksE4ates &t 7

\\

& suiMmtets kre eAseo!(o rAC).ffCM S.PMmitbYaye.

mdby atthispidan McAmentA ac & iusstreiid l.

\\

rr. S,aAraHy 1scernt.A &K,an%/prassure aatXXioMkhtes

&f &.wfd mt. cts (ao rxc).trcotD &.Dwd/4h/fw

8 s>s. AYMAE3/aps En adES7 h ereGr i elfa& n4a. (9)s/di&w/

reaa% s ef setedresefpinfi,adREcMD dam en MkaAmentA.

9 M. Affar offaiainy Ae fantA (to)seYp>inf;R0ttef fAe ;diffareda/

f pressure t. eero.

REPEATS 4 s Ela fArousA E99.

7 Nord 7h~a fare /.SifcA las now sonc thr*asA f** crc lcs *ArNj fr*nu o *Mc. -

differen%/presrors.andtwo epler startk lr'om,/m* tac.aWeeen1%/

y

~

pre.ssure. Each cycle eesisby af to seta'dresetactarfians. 7%;s h.fde endaf kf.2.

41. HEN e kt Ei.y epa //kkg ra4e..

~~'

JEcrEASE /he spteo pressure k eero.

4.1 D/SCONNEC7/de %sf By doa VAs /$sf(nnbAres.

4Y.ftsSEfle. fasf senf ne/ves andEHst/fE fle mit/Zhes.sie cAppd

% PEMOVE 1%e.V M f..

i

~

$,.. f f 7 4 f' M ve/SwiAh, LS-A82/ Nea9'A,,7l service andAECOED..

m A/TichnuotA.MfflETEfAe %2ef/"sectan ofArtic~hnent].

l.17ffh/5SNfje NS0 5PESE7]

scram./ojE,Scob5:n A]5aNd?

i..

.</ ara xidws. VEf/FY reseti ond'RECO2D on &#xc4 ment A..

]

/e i

.. Arts-ra92rcawar A#icAmentA.

i

19. 0TE Y,/ejaxpr 75.nantler andAYGEDon $5AmenVA 9

. 60.ND7/FY..fle.7e~sfin.p&.,1#I..Siperrhor adNJO ofYbs ceMfAihen effes% m leva /5u' lfed, iS-JMI.NOAVA andp*~parafan fa', t, es 9

.. level.%%d,ts-ant-Nop+tB.........,.

\\

..:......,..j.

1

\\

5I. RtvirW Ma nyeinmants ef fafarsnea 2.6. IMSTALL ojumper iaken 7demiuhEE-9I on/EE-GR a,pendagis-74H. prcagp er Mashmenf A.

SL foTE JJe jumper. ti.y matar.andNeoED an MichsantA ss.ZscATE the X,f Eg at4calpene/JHA2.Poa7.

5Y AT/NCH the.DVM setla'r mi/ bro /f.r and fAe presbioo resisfar

. A.& kt try fransmifer a#paf;//'.mfa/ra-dy done.

.%. SET fle. VDM far 250 VAC and A77A~ CH.scross Xemials-CC-3 ain/

.\\

CC-Y.of./ocal ene/ AHM--Po37 f

SS. Compters & % Swd'aeefk afk#iekant.36< LS-A52/-N00 VEs&n ISQLATf Lave /Lifcd, ~~she affsHa.kpwtjed sS v;/h.& adha sp aa. f f~~

~~s ifaA.mani&/dagua4%&,yp/raieda/y oPsic, asst.& tan /~~

~~,x a~~

x

~~... j. :~~

~~41. etoSE A.Lf. ri) e.ruabah, n4=. _-.-.......-._.~~
J
... ~....
..4.__
hWh$
/)The. AsfAYlerenYio/preswre w///deyxtir}Aynrownf /Se. screw-drinnrisb hata.an & JiaA,,,JL.,s,a<w-Ete. - J..s
N GL GrJdly J#CKEASE.& && rub /pressura esfiY!N.Vadi;WJufes
&f &.wAAmfat.r pad (ao vse).rmo A Dwai/trJ4p
~
rud6,it1%uphta ggAa & setpht nA/ ara midw TON)1/b/ MMM WHEL in.5Lo.*(350bi//hidWem paet arts-tm.,ucA &c. & LJSwM & <urekd7k 6Ifscam mum
,1i Do afcenertfAs MUhro//sikto in:Aes n'c. et/cffer tesfis caf efe.
l a.5/.DEceEASE Ne Meread/ pressure. mt?'7E FOMbdkates Lt 7
the swYch whets Aare cased (o FAc.).ffcos.D S.PVefmilhoYaye.
.iuadb sti%ispininMcAmentA as & suset vint y
t t 7 #EFEAt Steps.FiLandE44.4 orderLLfs&. Aur.N)d/i/dm/.
redh9s d setandresef ints,odREcoRD /Acm.on A&cAmentA.
p 6t. Re.ouce the as%n%/ pressure -/; ear.
~
. G4. 0/YN & 7e'sifly egua/iehy ra/>e..
~~70. use & audai,Afpap 4JHeffASE L teorpessure. (stath~~
. pureLt.soop r. rig. allow & LtR& W s$//iu 4c L %kutes.
.. n. ruost& &trir apatigioy vs/n..
.tLg,Lu,HylscarAsr.&.daunthlpassur.eit>YL.._.____-.... bit _u k i tu. -
. L G_jite.wAAmtate.ed.faa.rhe).
'A. Dwhib6p.
/J.
N y h
.M.
.$ f 0 l
l e
s.....
.g_.4. y
~~4... f s. i.~~
..a j
i f.....
.j..j.a_
ii
>_warr_.
I i
'i I $71.mfem>tr.Yf$c..mi/broffr~./A }.5$.JO I IC.'
ti!.eYbe.$e.
ia e
ff
/V
. j.; e&e kt.iyc,hphtel i.. '...i...
. l.i j ;.
i
-4_ J I
!...i.: _...
. _. _ _.._ s
.l..J..;.,
CRE4SEAe Jf.erend/.prissariadY_7%.19M.kkktes. %f._.
...i- $1Lsir cl.mtetufwvsAsadioJA& NEC0& SdPSf.n/N58.,9e.._-
.-+_.4thj.atAfirpintasMcAheetie.ks.b%eleset.phd.
..L _=.- _
i i
i ffi*fAl"Wg,pg_f7AmYf7.1.5 bS A-EAY Y
7
a
~~16. REkiCE & A&ran&lpressura is aero.~~
~~% GPEN & Ltri, epia/ieing va/n..~~
~~11. QSE de dada l7 &mp i DECWASC & spknryves.wre. Giatipre.wz) 4~~
%0 Psm.
1s. arx fhe &fAs eyua//mby n/~.
~~79. REPEAT Stars E66 /ArousA F'78 sGur N)moee Yimes un19Y fb.~~
LavalSafa4 Aassone thewayA Cm (s) cyeies each,af or:rAF and
/ sos Ariq.stad pressures. Eul cyck.casirb setaabns.74's a Ne.essd.of. ht. f.
y af. 5 sefedreset
~~80. # PEN the hf 29 epahkhy ra/m.~~
8I. //SE&deodaw /
ap.A.7UCXEASEthe etsure.6f*K respire).
m p
~
5
-.l
~
ta.gdth/ly1#cfEAsf &.4Kran&lpmsur.e. DAY &JrsAf_kMtz.s. '
9%/.& suMcarfats.pd.ftto14c).zkorn&.Dw.aibh%
al4y.i/&pekt.m.'Adalmestb&.seY,pk.!...!...i
..i.i.p
=
t5 5Lig]SNik55l50#.er$50p~rissueA.oad?.'&'Vs)f.kfiltz.s.&t
&.sJJmiaetsAve.~.cAsso/_r.o. Atc)..ytcoaA's py4f) rib 4e..
nadfyAdispktan Mdecot44s de 4 set-pint, l.
ii i,
i
.. R$ fff. FAT %s.]En aid.ER3._.la.adGr_.2.a16&_'aine (1).s/dhisiix/_,.
.. a.k/ngs_Af setand.nesdjoinYi,stil.NECDED&&A$cAmet>V.A._..
t tS. Af/er dfaiahy*& fand Go)resatp.hf;.ZUCREASE /de diffennfia/.
.p. essure. A /so w:c.
..._i
. sta.%/ McREASE Ae di#eranni/prassure. and?'&, VoMbdkales.. Lt 7
& sddmtach kre cAseol(o rAc).rtcoa /k.mtmi/4Vakap.'
nada atthispiirtanMdmentAav A nsetpint 1
s
...... - -.... =
3 17 6,aAra//rJ#cfEASE.& &Kranh/ pressure asfMf4 704fh&ats.
7%/& wAhretuts M&mewfAn & setoointd fao VAc). recon & Dwari/h>i/fye
o l
, $$. f/Of 3/elps.ES$ edf Sl.51 erads! $ elfath n**ns. (9)s//t/lu'V9El.
readh,s ef setedresefpinfi,adREcoRDr%e.m AteAnnatA.
$9 Affer o$inininy lke fenYb h0)seYloinfp sol /C[ Ybe ;differunfial f
p< assure t. e<<o.
garedsrs?.,,nns..,Aeus.
\\
worr Yha Ecos./.Ses/c) Jos now sone throujA two e doin 0*Mc.
. MArenfia/preawre adtwo ep/er sfaetd> ye/ss sfael$
y l<'eni./m* tac. diMrenb/,
ytessure. rad cyc/c eensis&y af.to satadnsefactefans. TAis ik. &. edof 7;st 2.
~~91. DPENAe ktR& eyuankiks ra/n..~~
41 JEctEASE the spfes pressure k eero.
l 9% YSde#hCS/de %sYBy deer YAe $st(nnY)/hes.
W thoSE Ae. fasf senf ra/ves.adENsufE 7%e mit Ahes im cappd.
l ti.EksoVE 1%e JOM..
%../EIGEN /. ave /SwidA,1S-A62/..NDMB,$ sv.evice bdAEWO
.a AfricAnuntA.aWMETEfAe %Lel/'sectinofAffdnent3..
97freyfsrthe Hso. A FEsEr the scram 4, *, sa,/a1 Ame
. _,'isia.
'A i
1
... -.</arnWa.r. rreirrraset adrecoEDon A 1._,
.pmpt $vm defwasa bland Ef-Glsiul66.1R mpux/
. fl. / E d f0 V f J Ae..
\\.
M/3,P4//. Mctnep e Af4c'hmenfA.
~~99. Ab7Eile.,jaepr 7:9 maler andffcorpa At%~halnfA. :~~
2
.../00..NoTEX2% Lf.faskeer.,J.'A2 Jiijerh*r edNJ0 d/be
' $on
.... sf
.m lava /.%ifd, AS-JA21..NGAi B)andjwparafion f',
sfiy I
.. Aarcl Yd lS-AB9/-NdWO,.......
i f
f
a 101. MyfW.Ne rspiremenis of fefersnce B.6. INSTMi ajumpnr defmen has;u/sBB-lI andBBm33 sespane/.1H/J-P409 ffcatp e ArkAmenf A.
.103.10TE..flejumper fiy sweder andPfCORDe A#ichman7'A.
103.20CATE fle LYBy oflocs/ pane //H22-Poff.
/0{ A77~AC// fhe DVM sef Ar ai/Aro/f.c and /Se frethion resis 1;. fha ht r,3 fransorite, afpaf;;fafa/cady dae.
.. _ /06. SET de..V0M for $50 VAC and A77A~ CH across &mkalc DD DD.-lo. afAcaljune/ 2HAA-Po0S
/*G. C0/MPLETE & % Su$,nasefdvs ofAfiebmanf36e LS-st32/-n
. JSQLATEhava'Li/c 1s.w.ti-NOMC,sdMCa&D wi A$hlmentA.
.. J07 0refeEy.EEMOVE.fle venf eg ane!Off##x fest>< ntrdres..
e J
i
&Ri} N lAe lesf 6enf)/kes(1)iAhl.,las$lowl
. tot. m fer A 5
h1./brN52aveiLifelmani/1/d egaadhh> nae.
y
. -.//0. ONU.Ai.7e~sf. fig.ayaaLkhyak.
.2
///.uMNEGA ofenheiySlpamp.an.d.D-JfM ff/.Gpuje.$:fhe AsW...
fi.,, ifats/raady sa'ne...
k5. 5rafa$ A/'(GE. 5siainf1%e enfie Abde.r.s.
~
ad.irshumaots), frae Ada t tip., A shi stem (talkroMS ai,$
y J/aednha arbt<#.a.Epersed 0
iia. Nith.fk esL sp ar.afapp/reximafa/y 0Ps/c.,asstik tea /
f
' ~ ~
sinh asi&/daguabs,x 4
= > -. -
//f mosEJJe 1stBy e.yuahk n/>e.. - -..
y
..-.J
)
.. nores
.1)The 6fAyf"aresfi;r/p, essure wilhe variadAyas>&y the. serew-
{
i 11 ll$
Gresuall
%+&y.THCREASE.de &Meenfielpo,nssure unbM.Ms'ea6 cans
.wifd celt.r.poed fao rac).reau &.vwadhJfy reJ4yitikphtm Q medAa & setphi
.yA/wwoldw "GRN.AMQffA7# HWL.in 5lo?(D509),wi//hidWe-as.
piut ws-ftos.,oacA be. fAe lam / San /d 4 recyckd7k L/fsuam maninsa
,y D, afwnerth on%/fs ato in:Aes we. afi/m9'er icsfis emplefe..
. ith %/y. DECREASE & Meren&/ pressure. m7!Y15e f0Mthokates &t
~6e sui /ch.ce&ch Aare cbseol(o FAC).fECOG S JPMalldh,Haye.
.imadby at/%irpiirton Afichment A as fAe insatpint
...ll7:]EPEAt Sfeps. Ell 5andt'//6.4.or/cr$ olfah Uur.N)s/di/Aml readu s af setadresetpinfi, adRicaeD VAcm.on AbkeAmentA.
s
.Ill. Re. puce f$e &&en?N/ pressure 7b sero.
l19. 0/YN& 7esiEty eguakehr n/m..
y
.190. MSE. /de. dedwyll pnp 7$ffCffASE /de rpiespessure. {stath
_..preaure)2./poo Psig. AllDW& L+R&
.sM//is< &c te 60 minutes.
....1aI._costJhejstx,;9 pahaks rdee..
~
. AtG46fl]#CfEASEA.4Latal.pa.ssuaA...
$e....M a hdiss._'-
bY l
Af A'y a s W J m L t.1 i _Q4jyRduphtm.ed_faa.rkeLretornA. vwh;Ld4p l
.AfjNdmed.Aa& se(phk l.i..i I j.
I
~~..a~~
_ _.... ;. ;.,...l..
!j-1
!I
!_kstrl i
i i
I i
-.L la.a?enwtA..at/Aralf_adh,9L481:Je.rSKC.%nt2d&_%
a ). enk Ltik com
. _.J.. 1.} _ L _!_...: _.... p A fe.;
L_..
.!)
j l'.
J.;
} ___.._ !
.t 1.s$6/y.2EteE4SE.dhedi&en&/.prassud.an1rk_h>Ghd,estes %t..
2
. +.4dej.atdirpistai ArzaAbeot_.ia4_HALshish.m pk. aim #j;..
6%e.ieset-pid 1 =._ -
_l i
i l
I
12S. MRICE.& diff:ren&lpressura to aero.
I3L etEN tAe. htEig apealisiny ya/ve..
.127. ME& AndaigAGapimesc&spfen,yassure Gtata. pre.ma) f.
O Ps/G.
118. apr the 6fJty ep&;uihy a/~.
./39. EffEAT sta,as Ei/Cdro"b'rouoA >% (s) cye/e A E198 >Gai. (V)ms,e 6 es usiG'fhe lavalSa.ife4 Aa.rses soo nig.stadpressures. Eul eyck assidy af. 5 setaiu/ reset.
... sefaabnsJdis Ar 1Sle.sna'.of. Tut. f.
t.% MN& ht26 ayaAkiny va/m.
I. D S' E. A s
..d.MCXEMEf sture (staK essare).
m p
n00Ps/q.
oN.
JestZiy A.stil
,.ta (D minutes. CloJE rasf_ m ay aiss va Isa. $ iud /lyl#ctrAsc & A& rant;Lpisssuez.aaf2r%_,____~*_ _
tzs. ;
. r%f.% ushdkts.
faarAChAfUdKY
.DWki$dlb
. ni&;y.it & p.ht.=_.L ___
Aa A s*Yp.N !...!...
' l ) =je i.
. m. 5L]g ~ '~~555UiLA2prissane.' out?.s(e.lkWf.hdiiteW.%t
~
\\
mLts.hre.. casas'.r.o.rke). PrCooAJprkovM4e..
~
na&jejattfirputan MdecoY4 kr i&.4sst-joint i
i i
i i,
. a.4. Amr%s.1E!Ld'EILGh.ad4< t>Ats&nine (1).a/A&W.
.- Weis..lf.'.setad.cesetpointi,salNEmRD h ad.b$cAmedfA..
4 SS. Af/ee dtaiahy"Ak taoth Go)resa.tp.hf;. INCREASE Ne di/fere8a/.
~~. prassura. t.no wc.~~
.1%.%/ McEEASE.& Merand/ pressure ao7%f Ke Voxinataist.
7 7
& sw/dmLts hre c4ses' co rAC).FEC00 S.PMaj$}VrYaye. '
...- nadby atthirpoinYanMclmeoYA as & nsetpinf
~~u....-..~~
. 87. Gr./aa//r.7sctEASE.& AKran%/ pressure asf2?he roMsa%fes..
. 7%/Re saAhanLts Smes/An & sekutMao rse). recon nadhe et7%+ pa,ta
8L 138. JYNAtMys Kl.%edE137 h erfar fa ejfaoh ortee. (9)o/dib/-
nadhss ef sefedresetpinis, adREcoRD thara h$cAmatA.
\\
IB9. Affar affaiainy de fantA flo)safpint;faticE Me diffarv. dial ~
f pssure f. ecro.
IN N FES T Staps E1537 % ugA F IB9.
~
sorr Y i' ave /.Sai/cllos n*w sine throusA fdo eyales sfar%y fron, 0 differen&/prestare a&two cykr star &y f<*or.!x*acc.dhnb/
. gressure.EacA cye/c consis&y af /0 seYadnseinetefibns. 7%is
. is i/Ae ed'af Tast.2.
.Ht. DPEN1%e ktR& eya/kirg ra/A.
IfA.JECfEASE']%e. spfes presure fo acro.
kJ Stof I' C7~fle %st.2) Aom fde llst(nnt)Ahes.
kf(Z4GSE.Ae. fast.nnf.ra/ves adENst/fE fAs mittAhesire esph
. I4S #EAf0VE ne JDM..
.. Jf6.JE' ZhffleveUvidl, LS-A82/..NDAYC,$myice ana REC 0fD.
l
...a A%dnuotA.mt/MfffAe 'AsleH'sectinofAy%~chnent,B.
. Ih feet /ES7*fje. NSO. 7l FESET fje scram /oyik, nolafian /o.9ih.osh
....s/ar.mmWaW.rJEt/Fyreseti ana!RfmeDon Mfichm, entA.
.IO. /Edf0FE.JHe.jksp Som lefarean ~Ermha/s11-//siw 1BMepx.l f
. 2/L9-/K02.FECMDe A7ficAmenfA.
i.
If9.NOTEfle.jmp.75 maeferandfFG9fDaMeAmenYA. ;
9
~~.Q 250.4'o7/f.K.fle Esf.fa9 uer.,2A Sprrhor adHJo affde~~
!Nn h
'?
..i.-. y, a leva /.Swifed, LS-JARI-NOA VC,n//wparafion fr sfij
...t e
, AS--2B2/-NdS&.
g
er
/51. RfwfW & nyairemenYs of &faee.ma n.6. INSTALL ajumpr def, en hai:uirD-34 and33-35' mpa/JN/3-P4/l. ricaw wiA#ecAnanfA.
. Isa. Ho7E JJejumper ti,y namhar andNetzeD on A#a~chaan?'A.
ISS.1KATE the %YBy at/ou(pwne/JH22-PoA6.
15f. A77~ACH fle DVM sef d'r mi/dya/fs nod /Ae prseisloo resisloe i
4.& ktMy transeife.e a7puf;if.mfa/rsady dans.
ISS SET /Se..VpM for 450 WAC ano/ A77~4CH ocross hmkaleNK-Yad NN-5 of.bca/pne/ 2H22-Po24 15s.t'opptErs & % Foa
%n
.. IsolATEleye/Saife$,d'aeck fRffielimenf36,LS-Ja52/-Nop'/D,f
.1s.ts.11-NoMD,s&NecaeD = k#hAmeo
' '. ~../S7. Gr55.5fMcVE fle nwf ep.sadOffMf $sivenf.rdres.
7
. /St.'to#NECT fAs 6YEis to lde lesf 6en/)/kesfl )Oi $lloro i
j
~
iss.strN& 2ava/LifeJmandi/d eraankikpa/re. ~ '...
~
...160. 0ng./L.Nst.By. palkhpa/n.
I
. tit.l*DNNECTYNo dadwyllpumf and A500 /f/Sh ye A IN. Ash-..
A_,,ifmts/nady shne...
i'
. Idtarefa//g MSE. //oi$f.ofAe anG te,m (tahky eyAhdees.
ana% shunts),.frar Ab /! fop,h B P/#5 air afafeach y
JAadnaAs swh1ofa.irtwe. fed:
itsedh./k asL *pta ita.
ximatop p rsic, assE & la>J
. SifaAmi&/dagua4ks.,pp/n..
.>a IHesosti4 Lt23 afaaAthyra/n.
\\.
NOTES l
. /)The $rsfAffeeenfia/pneswre tal//de varie/hymo>di YSe-5ereu-
. m+mxxn-m ~f ~
it js5. GrJeally 7#CftMSE & 4&ranik/pusers enfiY& YoMMentes
'$/ & wAA ca,Ltr pd (ao ac).ucon A.Dwmi/64,s mdhjit&p.hte AfyAa & seteht yAfa,aa&w "CH4NA.t/2UtNA7# MM2 /n 5W(D5091a//kidWe-w:
pi>d afsto.1,eacA b & lawlkfcA 4 rup44& Ufrumm manksor 1I Do *%wert& aihdbkto k:Aes Wc. et/afke isfit camp /efe..
.tu. %/y McREASE fie Meren&/prasswa. auth%e VoMbdhates Lt the sudadre$ cts deve cAseel(e Mc).FEco@.7%s.PV41mi/4VoAf=ye.
nadby at/%irpinton Ma"cAmenf A ac & nsatpid
) 1.A9*ERESfeps.EI6andEItalo.h.ordce N Afah.r%r.ff)affi/bn/.
readh.gs of setandresetpinti,sidREcoRD /Acor.on AhtcAmentA.
1 l
1
. IQ.kr.ouce de di&ienta/pressare -fa eero..
K9 oft *A'& &fE epdiehy ra/m..
I10J/.rE & dudwe9 pep 7: JHerEME &.sptaapesiura. t'stJk hf
.,nswre).*.tooo f. rig. AllQW& LfR& A st&lio< for L 00minates.
~
..UI..czost.& &t& apJimies rdes..
.ILSd/ahfl1HctEASE.&.a&r.aath/passur.a.412L..._._____....Vnf_4,Wtu. '_
..J
& L &y 6 44.ca,Lis. e dfuo.rdeL.reorn A a Qjet&pht.a.MelmedAaiK sypiE.l $waiASApl.
_L.,. _
i a.a...
i p..
l1;
. ;..,. 4...
. ; _a _......:.
..a
. lb.n?
As a/
AAky 4.1:lesStC anla
..K
. 3_a ca&cfutiscay4fe.;
.i....
l.!
j I i.:.l 4...i. 4_lyNCVEASE fle./i8xcen&/.jurissard.sa$f_15e.h j
.l. _ L.).
. '..j. J. : l_._.iI
.'.I su es_&f.
_A.shdaAmtetwJam..c%seo/doJAC}l'Ea@6 kVNf.ki
.+-yhjm(t&piistanM.46e.dy.hrWAc. usa.tykt_
f$So,yi.
l a_.
u
I-llf. AfkKf.fbs differenYonlpressues Yo acro.
I%. OPEN fAs htEij eyan/ising va/re..
171.//SE /de Aaal.elydf ump i DEcWASE & sysknrpres.uire Giafikp p
Y.
O FS/G.
t I % Ct.! K fAe TesY 4 cyas4;u 4 +w/n.
3
?
I11.EfffAT s%ps Ei&SthrousA E178 au, ff)more & es an71'the Lava /Swifa4 Ausons throuyA Cm (s) cye/as a.acA,af ofwg and
?
mo Psic..rta& pressarus. Ed eyele mskR>y, af. 5.setaiu/,eset
~
..actadansJh A the.end f ht f.
L f
Im.ptrHnla ht29 staahais, rdn.
181.//SE.fledao to.IMCXEASEthe trure (statil wre)
.........fo.1000go/L.
> W & %sf E fi stil
~~r im 6)minutesYME 0~~
9 m r.,t v.i<a.
.s a.. -. b.. -
In5,24thb/dmtute ed12t0x1eLffCREASE&.4&antk f2 le.l M L k b d iss.:.-
r%A&
~
raiday.ib%& p.iat.a. A#dmed Aa.&. setpoh 'A v m indA
!i=
k EQ ~ ~~~ ' ~ ~~ Jim,aA;;lpTssaloudf.Afe.lW)t.h& nth _%t 2
.... I
?...&
mkbAwre.cAsu/.to.rke).Esocb%e pyhilei4,i.
m/qjatblirp atanMdeestAis.de.4 set.)eitd.
!'l i
iii-
. ISOwA' r%_iEnid.ELt.Gh.,,yar__t.Jt,&wtire (9).a/ Afb /.,_
.. Quis Ad.setahd.usatpinti,.aiW.rtcoEDA*hw.b!$ caw >f.A.a.
.s
......1.....
1ISOt/ak.dtaiahy'& tanth Go)resetp.hf;.zscREdst & di/feredia/
pressura. $ 100 HCC.
2
~~1%. %/y McREASE.& diferend/prassur i~~
& swfdmLt bre eAsad co rse).e. ad?'fle kNka%f rtcoa &.mraihn,#,e.
... m/4 afblirpistonMdmentA as de iusstyn, int 9;
L.
2.._,
i t
1si.Siaba//r 1sctEAsr.& &&anh/ pressure untiY& ros1iha%fes 7%ffie.raifd m t-tr d ( w rac ). x o
i,,~.
,..m
a I88.RMerEfeps.EAandf.'IIT.sh eose 4 Ata& nk maddir%u/
nadhss ef setena!resef ints,sidREcaeDKm.m A$aAmenfA.
p It9. Mhr aifaiainy /Le Ltl ho)safp>iatRoucr the.diffanAk/
pssare t. ero.
t%.REFEST Stars t~tta Lush kit 9 wore i
?L tau /.sifel hs now yone thnusA tw.o cyc4s sir %y fran, o%c..
di(Keran&/pesars.andtwo e
. pessure. Each cyde en, sis &.,pkr sfartk A,m.wiac. Jt/eeantid y
af to sata /insetactefaas. TAis h.rk eid of m t.2.
I 191. OPENJhe ktR& epdikky ra/n.
~'
t%.]EcceAsr the. spio pasare ti mero.
195. Dises##ECT Ale ht.fi.dra the $sffunf)Ahes.
)
I$ udSE fle. fasf nnf >x/ves andENsufE the enf $hes sne.
M#EJ10VE the FOM..
t9G. ff70fN.leveUwid$, LS-A82/-NDA9D',.iservice aira!/ECORD
..a MachanotA.aVIMErf & %M'ecteofAl%Anenf3.
s 197.kQ/5SEthe NSd A PESET f scram /
starna.r.rmer,as tiasrecoena, do 4 ko$r/i.e A).'sai ciment A.
193. /EAf0fffAe.j:vm/t:r Som defwean hahns/slidand196mprm/
auy3-Ptit rtcaepe Af/ichmenfA.
\\
' I99.ROTEifejaapr 75.9 auseler andMcorpa A/%haanfA. :
25..Nohf5f$ LfEsy4es.r.,.1:#1 Sperrisor edNJO af/k cor b$on
.dfes% m levdSuited, LS-JA1/-NOAfD.
\\
9
~.
.1 4
I.-_.-_-,
v
~~w. Turn orck.& nst F.J.y 2 A LA. StaN kts ime s~~
.6,c. Ais wa/aak of & at..
q cHEckus7s
/.. N m.
8
._=
..H.TfCHN/CM SWuf/ CAT /0N RffirEENCES
_. _. _. =
i._7a14._2.2.1.1...
x. n...i. s. t.
-.. =
... s._. n _ s.3. 2-
___=
. _i. :
i
. _....._i y
-.. _..... J
.a B
w
u L ST-8f,- 099 R evisi.n 0 ATTACHMENT A Jww.1, lib (,
STATIC-0-RING OPE'RASILITY EVALUATION 90R THE UNIT 2 REACTOR VESSEL LOW WATER LEVEL SCRAM AND PRIMARY CONTANMENTISOLATION DATA SHEET 1, ShifV Engineer authoriestion to start:
l l
~~2. Date, tested:~~
anaAstJ.L afits-NS tol(Afuence B.7)pdormance.:
i Leer)> rfumance J,k of fits int:
s teh:LS-2B21-N024A Sux/ *:
Localisn:2H22-POO4 LocalfaaeiTum. Nos. DD-6 i DD-7 (l20 VAC)
~~3. Latsst. "As isfI ~ set and re.sstpints from Ll5-NB-201:~~
l f
.4. Jumper installed atEE-lo andEE-22.onpanet 2HI3-tuoh.
Y
~~5. Janper ing numbst k~~
~~6. Leul SuitehoLS-!B21-N024A isolatal:~~
.i J..
Notes s.
. At D PSIG static.fressures millivolf>3e to inches W.C. conversion facteris.0,128,therefore..
Razordsd !DVM millivolt reading, minus f.000 nV offant, dividedby 0.IfB,eginis inches WC At.J000 PSI static pmssursa millivoltoja to inches.W.C. conversion heteris 0.12h.,
re.
i Katerded DVM mifiroit reading,minus 9.000 ny. offset > Jividst by 0.129 sequalsinchss W.C
/bdo PS/G sinficpressors.sanversian factor is affs' cied by Rosemounts'negatinn &an shift
...sf 1000 PSIG.
. Tub. Spc'. Try Safpernf i 63.78".W.C.,incesasing (4/2.5"raaetor kesl, decreasing)...
..Tsch..$rse. Albansk Yalue iLCO) : 64.84" W.C. (+11,0" reactor Annel).
....---.....-4
..... f. -... -.. n Len/ Switch is calibrated to open at 63.15"bYC inernasinf. (513.9"decreasig spectw knd,
4 l
o
~~7. Test Iosyck 1 (5utkads at 0PSIG tatic prenurs)~~
~~SET /MTS OBSERVED SETMCT CORRECTED MU SET RESET ACTNTl0N DVM 4.NDmY DYM~~
~~Eb M W.C..~~
~~KC.~~
No.
StiitWNT/kESETM M3ET
$0f0RVT/RWTy &g" 1
1 1
- 4.000u.
/
+ 0.128=
/
.)
2
/
-4.000mV -
/
+ 0.12 6 =-
/
\\
3
/
-4.to0s _
1
+ 0.128 *-
1
\\
4 1
-4.t00mY -
1
+ 0.128 =
1 5
/
-4.000mv i
+ 0.128 --
/
~~8. Tuti, cycle t.(5 ut/ rents et/000 M% static pressurs?~~
SET /MT
. DBSERVED SUBTRACT CetKECTED MD89 ET.
RESET AcTunDM DVM 4.m mV
.DVM 0 It*
SET 10hVT/RMTM 0FFSET SETMNTlMTM[ff No.
1
/
-4.000av
/
+ o izs =
t 2
1 4.M0mY
/
+ 0.12 s =.
/
\\
3
/
-4.000mY -
/
+ o.st s =
/
4
/
-4.000mY
/
+ 0.12 9 =
/
5
/
-4.000nv
/
+ o.Iz.9 =
/
~~9. Test locyck 3 (5ufhads at 0fSIG vtatic pressurs)~~
~~SET /MT OBSERVED SETRACT C0KKECTED UIWY SET RESET ACTUATION DVM 4.NDmY DVM 0E0 M W.C.~~
~~WE.~~
No.
SET PDiNT/RESETNM elf 3ET 50? DINT /REETy $'g#
I 1
-4.000u
/
+ 0.Its-
/
2
/
-4.0bV-
/
+ 0.128 =
/
3
/
4.000my 1
+ 0.128 =.
/
4
-4.NomY
/
+ 0.12B =-
1 1
5
/
-4 000mv i
+ 0.Its --
/
Io. Tut 1,evele 9 (5 uffrents et/000 M5 static pressure.?
SET /M5ET
. CBSERVED SIMTRACT CetKECTED MMBY I
SET
' RESET ACTUADM DVM 4.M mV
.DVM SET 10bVT/RWTM 0FFSET %TMNT/MTM[jf j,'
No.
f.
/
-4.000aY
/
+ o,/2.9 =
I
.2 1
-4.M0mY
/
+ o.12 9 =
/
3
/
-4.000mY -
1
+ 0.129 =
/
4
/
-4.000mY
/
+ 0.129 =
1 5
/
-4.000mY - -
/.
/
+ o.129 =
ti II. Test locycQ5 (Sulkmts of OfS/G tatic pressers)
SET /MSCf CBSEK O 9ERlRCT E0RRECTED
' **Y SET RESET
/AtETRwT;&y etTNTMN OvM 4.900enY DVM
= w.c.
eng No.
SET MT/kESETM 0!T3ET ncing,
1 1
- 4.000w-1
+ c.12s=
/
2
/
-4.@mV L
/
+ 0.fts *-
/
3
/
-4.000mY 1
+ 0.!!8 *-
1 4
1
-4.MnY-
/
+ 0.lti=-
1 5
/
-4 000w I
+ o.its *-
/
~~12. Tu f f,evele (o (5 ufheuts at/000 PStG static pssurs?~~
MT/M5ET
. CBSEKvED SueTRACT CetKECTED UNIDN kET RESET AcTunilm DYM 4.000 av Dym no.
SETMbv7/KMTM BffSET SETMT/RBETM [ff f.
/
-4.coomy
/
+ o.iz.S =-
/
2 1
-4.NonY
/
+ 0.I2 s =_
/
3
/
-4.000mv -
/
+ o.tzs =
/
4
/
-4.@ my -
/
+ 0./f 9
/
{
5
/
-4.000nY
/
< o.1ts =
/
~~13. Test 1,eyck 7 (Sulhouts af afs/G platic pressurs)~~
~~SET /M5h CBSERVED SBTRACT CORRECTED SET RESET ACTUATION DVM 4.90DmY DVM A 'E0~~
~~w.C.~~
~~W.C.~~
No.
SET MT/RESETM Of73ET, SETPDMT/JEETRWT ncipg,
1 J
-4.000w
/
+ c.92s=
/
2
/
-4.nmV-1
+ 0.128 =
/
3
/
-4.000mY _
1
+ 0.128 *-
1 1
4 1
-4.@mV.
/
+ 0.lti =
1 5
1
-4.ecow I
< o.its -
/
. If. Tut 1,evele 8.(5 ufheuts at/000 PS!G static pssure.?
set /Msei
. ossERvED suorRaci cetKECrED M ED M SET
', RESET 0 '2 '
ACTUATIM DVM 4.000 nV
.DVM kjy No.
SET /DbVT/RGTRIK7 DFFSET
%TPNNT/RBETRW1 E l..
1.
1
- 4,000mV-
/
+ 0,12 9 =
/
.f.
1
-4.W0mV
/
+ d./29 =
/
3.
/
-4.000aY
/
+ 0.129 =
/
l.
4
/
-4.M mY
/
+ D.12 9 =
/
i 5
-4.scony
1 I
15 Is. Test fosyck 9 (Suthusts of Ofs/G tatie yrsssers)
SET /nM DBSERVD ScinlCT CORRECTED SET RESET hy KitMTMN DVM 4.N0nY DVM ny.c.
egg' No.
StiMNT/kESETMN1 W3ET SETf0MT/METDVT, og,
f 1
- 4.000N-1
+ 0.12 8 =_
/
2
/
-4.0%Y-
/
+ 0.128 =_
l 3
1
-4.000 4 -
1
+ 0.lti *-
/
4 1
-4.MaY-
/
+ 0,lti=
1 5
1
-4.0 cony -
1
+ 0.rts =-
/
~~16. Tut 1, cycle fe (5 uffrents et/000 PS% static pressure~~
\\
SET /M5ET OBSERVED SU9 TRACT totRECTED MDN SET RESET ACTUAT)M DVM 4.M nV DVM 0' '
' 'r a
No.
SETf0bVT/M5ETDVI 0FFSET SETMNT/METMVI ER*
1 1
- +.000av
/
+ 0.12.9 =_
/
2 1
-4.000 aY -
/
+ 0.129 =
/
3
/
-4.M nY -_
/
+ 0.121 u-
/
4-
/
-4.000mY
/
+ 0.129 =
1 5
/
-4.000av
/
< o.11s =
1 i
~
e e
e O.
e 97 c--
.y
,,,.-,-m-w-
- ~
u II, Tesi to sysk f QD safkessts eIN0!'31G tatis pressers o sta r%s at 0*S'C.9tRfrsssent)
SET /RTET OBSERVED SEMCT CORKECTED AI* M SET RESET eclWimN DVM 4.900mY DVM 0E'
" W.C' '
~~Kt.~~
No.
SET PtVNT/kESETIM ofi3ET
$ETNINT/KHTDVT,h'g#
1 1
- 4.000sv-I
+ o.I21=-
1 2
/
-4.0mv-I
+ 0.12 1 =-
/
3 1
-4.000my 1
+ 0.12 9 *-
1 4
1
-4.M aY-1
+ 0.Itt *.
/
5
/
-+.0comY 1
+ o.It t --
/
.6
/
-4.000n# -
I
+ d.lf f = -
/
.7
/
-4.000mV
/
4 0.12.f =
1
.6
/
-4.000nv i
+0.It9=
/
9 I
4,n,Y _
l
+ 0.12 9 =
/
10
/
-4.000nv i
+0.121
/
~~18. Tut 2,evele f Go sef/ resets at/000 psf & stafit tressure.,r$_rkj at twn:c.mkau&~~
SET /M5ET OBSERVED SI/6 TRACT CMKECTED DM N SET RESET O' #'
ACTUAT)N DVM 4.000 nV DVM oy,c,
' ay,g' No.
SET /vbvT/ASmlW1 ofTSET SETIEVNTlRBETllVNT f
1 J
-4.000mv
/
+ A /21 =
/
f f
-4.000my
/
+ R/29 =
/
.3
/
-4.000nY -
/
+ A/29 =
/
4
/
-4.pmV
/
+ 0./2f =
5
/
-4.000nV
/
+ e,129 =
/
. (o
/
-4.000sU 1
+ Alte =
1
.7
/
-4.sog.y
/
+ e/rt =
/
B 1
-4.m mY
/
+ A lt9 =
1
.9.
/
-4.000 mY I
+ Al29 =
/
.l l.
.}0
/
-4)NmY
/
+ Al2 9 =
/
.,,,_,.,_.,,n-..,_,,,,_.,,,,_,,,_w,._....,..7-
'47
~~11. kt 2,syck 3 (10 ulkessts et aPStG tath pressurs o sta r%s at 0*tc. AKresand SU/M5CI OBSERVED 58 TRACT CORRECTED~~
~~' DI'IM SET RESET Kil/ATMN DVM 4.HonsY DVM~~
~~'N m y c'~~
~~egg, No.~~
SCT 90fNT/kESETIM of!3ET SETNNT/AGTllwi $g 1
J
-4.000nv 1
+ 0.It1 -
/
2
/
-4.MmV
/
+ 0.121*.
/
3
/
- -4.000mY _
f
+ 0.!!1 *-
/
4
/
-4.tR10mY
/
+ 0.121 *-
/
5
/
-+.000mV 1
+ 0.12 s =-
/
6
/
-4.000mV
/
+0.lff* -
/
7.
/
-4.000mv
/
+ 0.12.1 s
/
6.
1
-4.000mV
/
+0.121= -
/
9 l
- 4,MmY
/
+0.121 =
/
.. \\
10 l
-4.000nY
/
+ 0.12 9 = _
/
.l
~~20. Tu12,evele 4 C0 sef/ resets at/000 PSl& static pressurs rsrks at 100'ac.mn.so& -~~
a
. SET /RGT DBSERVED SUBTRACT C0RRECTED WM 89 SET RESET c ' '2' 0
ACTUATM
.DVM 4.000 nV
.DVM n,WC.
.,,W C.
No.
SET 10NT/Kl5mlW1 OfTSET SETfDfNT/ RET}lVNI
/
/
- 4.000=Y
/
+ 0./2 9 =
~
/
f.
/
-4.#0mY
/
+ 0./29 =
/
~
3
/
-4.000nY
/
+ 0.12 s =
/
4
/
-4.000my
/
+ 0./29 =
/
5
/
-4.000nY
/
<o.tzs =
1
~
. fo
/
-4.000mV
/
+ 0.I21 =
/
^
- ~ ~
7
/
-4.co0=v i
+ o.izs =-
/
~
1 4.000mY
/
+ 0.129 =
/
.9.
/
4.000av
/
+ o.1ze -
1
.10
/
4300av
/
n.o./zs,
/
n 21.. Len!SaNch1S-2821-N02+A,rsturned.to servics:--. __.-
--.. 22..Suam. logic, Isolation. logic andalann mindoar.s.nre tr. set.:_
Y.N_ _.
e t3..lanyer.3xnon/from.EE-6..and_ff-2f.2H/3-)Yo01; 1
i
/
2Y sfumper.fo.nunder: -_.....-. _. -
e
""*d'-
~~='..-<=>ec~~
.e
.r sq,g p, -
18 Lael Switch:LS-EB21-N024D Sud *;
Luntion:2H22-P027 LustMenelTum.%s. CC-3 i CC-4 Ufo VAC) 25, Lates "As tsff ' set and rasstpints fron, LIS-NB-201:
l
"-ti Jumper installed atEE-21and EE-22 onpanel2Hl3 P411
/
~~
- ~27. Junper tag raumbst s
' '*'28. Level SwitL LS-2621-N024B isolated:
Nefes
=
. At D PSIG static.fressurea millivolh e ta inches W.C. enversion factoris.0.128,therefers 3
Recordsd !bVM millivolt reading, minus 9.000 mV oR%t, dividedby 0./28,epals inehes W.C.
~
~~ Al1000 PSIG staticpusureamillivoltsyn tainches W.C. conversion facteris 0./29,4ierefore.
t
~~~ '~~
Recorded MM millivolt readin3 pinus W.000 nY.sffseto divided by 4./2hequalslaches W.C.
~ 1000 MIG sinfic fesssore.curersion factor is dreeted by bsemountinegatie span shift
' ~ ~ ~ ~
.cf 1000 PSIG.
i ~ ~~ ~ ~
Ted. Spec. Trip Setjelnf i 63.78"W.C., increasing (+12.5"ranctor kval, decreasing)
- Tech. Qat. Alhaeth Yalue iLC0) : 64.B4"W.C. (+/L 0"reactoe.j w.0.
l p
-...- a. :
i
. invelSwitchis salibrated to open at.63.15")KC iners.asing..(+13.h".decrassing actarkul) 4
..i J
b m.
..H
. 8531h 6. $..
l...
e
,---------a
_t t
_=._.
i
~~~
. ~..._
m
sg to. Tast lo&syek 1 (Sulk =ds cf Ors /G grak passura.)
SET OBSERVED SEDNCrl CORRECTED UI*
$ET Rise 1 stimen DvM tN0avi DvM
~~w.c.~~
~~w.g; No.~~
sti M NT/ktsET m Mistr lsETmvr/ntETmi acTot j
1 1
-4.xcw I
+ 0.12s =_
/
2
/
-talky -
I
+ 0.128 =
/
3
/
-4.000mY _
1
+ 0.lti *-
1 4
1
-4.M mY
/
- + 0.128 =-
/
5
/
-4 m ar 1
, 0.rts _
/
so Tut 1,erck,2.(5 uffrents et/000 PS% static pressues?
SET /REMT
. OBSEKVED SIMTMCT EKKECTED DNGEDN' ET
. RESET O' 'E' ACWAT)N DvM 4.N0 aY
.DVM SETMbVT/KL5ETAIR1 effSET SETPMNT/RaiblVN1[ff No.
/
/
- 4.000mV-
/
+ d,/2 9 *
/
.2 1
-4.M0aY.
/
+ 0.12s =
/
3
/
-4.n av
/
+ o.it s =
/
4
/
-4.@mY
/
+ 0.12 s a
/
5
/
-4.000nv
/
< o.129 =-
/
i St. Test 1,syck 3 (5s/hetds at 0ISIG vtak pressors)
SET /M%f CBSERVED SETRACT E0KKECTED N W EY SET RESET dCT W l0N DVM 4.900mV DVM 0E0 R W.C' '
~~W.C' SETPDMT/REETy $g#~~
No.
SETPliNT/kESETm MT3ET 1
J
-4000w I
+ 0.Ita=
1
\\
2
/
-4.8DmV
/
+ 0.128 *
/
3 1
. -4.000av 1
+ 0.128 -
1 4
1
-4.RI0mY 1
+ 0.rts =-
/
\\
5 1
-S a mY I
+ 0.rts --
/
\\
st. Tutt,cyck 9.'(5.uf/ rests et/000 PS% stafic pressurs?
SET /M5ET
. OBSERVED SMMCT EKKECTED DNGEDB9 SET
. RESET o !ze newara DvM
~~r. m. v~~
.svM SerM>vrinserAm errser sernariaaTme gg","' l..
e No.
f.'-
/
-4,000nV
/
+ 0,12.9
f
.f
/
-4.#0my
/
+ 0./2 s *-
1 3
/
-4.m mv-
/
+ o.jzs =
1 i
4
/
-4.D mY
/
+ 0.1zs =
/
5
/
-4. m nv
/
n o.tzs =
/
p
~~n. k1 lostek 5 (Sulkua et Ors /G tatk psners)~~
~~FETAll1tf SBSERVED SETMCT CORKCCTED SET RESET CTotTMN DVM 4.NDnY DVM AEb m W.C.~~
~~eng, g~~
No.
stT MNihtSETM MT3ET SETMNT/nUlTRWT, scing 1
1
- 4.000#-
I
+ 0.1ts-1 2
/
-4.0bY -
1
+ 0.ft s =-
/
3 1
-4mu -
1
+ s.its.
/
4 1
. -4MnY _
1
+ 0.!!I =;
I 5
/
-L600nv 1
+ 0.!ts --
/
M. Tuf1,errJe 6 (S uffrents et/000 M5 static pessues.
ET/ RESET
. CBSERVED SWTMCT CerKECTED EMBO SET.'
RESET
~~IE '~~
ACTUAT)%
DVM 4.0M nY DVM No.
MT90bVT/KMTM1 0!TSET
%TMNT/RSETnW1 [
/
/
-4. coo =Y
/
+ 0.12.9 =
/
2 1
-4.N0aY
/
+ 0.I21 =
/
3
/
-4 D nY
/
+ 0.129 =
/
4
/
-4MmY -
/
+ 0.121 =
/
5
/
-4mmY
/
. a.ir9 --
/
~~35. Tes1 1osyck,1 (5utkad at 0/SIG vtatk pessure)~~
~~SETAtE5h CBSERVED SETRACT CORKECTED~~
U#
SET RESET SCTUATION DVM 4.90DmY DVM A'IE0
" W. C
~~W.C.~~
No.
SET NINThESETM Ifl3ET, SETMNT/AGEinWT SCTOR 1
/
- 4.000N_
1
+ 0.128--
/
2
/
-4.amV_
f
+ 0.12B =
1 3
I
-4 m aY-
/
< e.its -
/
w 4
1
-4DmY _
/
+ 0.I21 =
1 5
1
-L600nv i
+ 0.rts --
/
M. Tut 1, crete 8 :(5 ufheuts at/000 5% static pessure.:>
SET /RE5ET
. DBSEKYED RSTMCT CatKECTED_
DMBi
', RESET SET 0 '2*
ACTUArm DVM
~~4. m n Y~~
.DVM
[
no.
SETtobvT/AWTB7 BffSET ETMNTlnBETnW1
~~1. '~~
/
-L000av
/
+ o,129 =
1
.2.
1
-4.N0aY
/
+ o.129 *-
/
3
/
-4 n nY-
/
+ o.12s =
1 4
/
.-4 D mY
/
+ D.12 4 =
/
[R D
m n
n
$7. Tes1 lospk 9 ($uthuh of 0 mig fatk psunts) li
\\
SETMTCT OBSERVD SE7R8CT CORRECTED SET RESET KitAtil0N DVM 4.900mV DVM
yc
~~egg, No.~~
SETllVNT/kWTnWI ett3ET 5tilDRVT/KETRWT, mg 1
1
-4.000u
+ 0.128e 1
2
/
-4.mmy-I
+ 0.12s -
3
/
-4.000mY -
1
+ 0.12s =-
1 4
/
-4.810my _
/
+ f.12J =-
I 5
/
-4.000mV -
1
, o.its =
/
~~90. Tutf.evek te (5 ut/ rents et /000 PSt& static peswes?~~
KT/REMT DBSERVED RIUTMCT CetKECTED NMW ET RESET ACTUATIM
.DYM 4.000 mV DVM O* I-No.
SETit9VT/RNTB7 0FFSET MTMNT/ABETRWI [
/
/
- 4.000.y
/
+ 0./2.9 s
/
2
/
-4.ov0my -
/
+ 0. /2 9 =_
/
3
/
-4.coomy
/
+ o./29 =
/
4
/
-4.00pmy
/
+ 0.Itf =_
/
5
/
-4.000nv
/
+ o.12 s --
/
\\
i l
{
j
.2.
e r-,
9
n
~~89. Tesi tosyck l VD st]hessts tI@F31G tatic pressurs osta r%g at 0*MIC.~~
WRsswt)
SET /Rtik OBSERVED SETRICT CORRECTED "M
SET RESETi DVM AE' ecTIMTMN DVM 4.990mV m
KTPONT/KKTRWT; $gf
,w.c..*w.g No.
SET NINT/RESETMn1 of73ET f
/
-4.000my-1
+ f.12 9 =-
/
2
/
-4.amY -
I
+ 0.12 1 =-
1
\\
3
/
-4.mmy -
I
+ 0.tti -
1 4
/
-4.N0mY
/
+ 0.rt t *-
1
~
5 I
-+.000mv 1
+ 0.It1 --
/
.6
/
-4.000mF 1
+ #.1210
/
.7
/
-4. coo.y
/
40.tz.f.
/
.6
/
-4. coo.v i
+o.rts- -
/
9
/
-4.0dDmY
/
+ 8.121
/
10
/
-4.000av i
+0.121
/
~~40. Tu12,erde f 00 set / rents at/000 PSIG static pressure.,ssrTior at 100'kt.Dusu&~~
KT/RMT OBSERVED SIISTMCT CetKECTED D
SET WLSET
\\
AcitJATim
. DvM 4.000 nY
.DVM oy,c' WC*
No.
SETMh'T/R5ETAIR7 DFFSET SETPMNT/RBETRVN1 [fy I
/
-4.000av
/
+ o.!!t =
1 2
1
-4.M0aY
/
+ 0.It4 =
/
.3
/
-4.000av -
/
+ o,12s =
1 4
/
-4.AWay
/
+ #./2f =
~/
.5
/
-4.@nY
/
+ d.129 =
/
.6
/
-4.@0.V I
+ 0.12 9 =
1
.7
/
-4.s00.y -
/
+ o,ir4 -
/
B
/
-4.AvaY
/
+ 0:129 =
1
.9
/
-4. M eV
/
+ Arts s.
1
.l0
/
-4ANmY
/
+ 0.129 s
/
6 8
e j
=
n 4I. Tes12,S,5 00.uthunts at rants fatie pressnes,st rn c 0Wt.91/Tresuens) syk s
$ET eBSERVED SETRKT CORRECTED
~~I M SET RESET hy KilETMN DVM 4.990nY DVM~~
~~W.C.~~
~~KC.~~
No.
$(T NINT/kESETNNI 9tT3ET SETNNT/KETRWT ntygg,
1 1
-4.000,v i
+ o.12s -
/
2
/
-4. b V-1
+ 0.12 9 *
/
3
/
. -4.000aY
/
+ 0.129 e-
/
4 1
-4.@mY_
1
+ 0.121 =-
/
5
/
-4.coomv i
+ #.129 --
/
G
/
-4.000n i
+ 0.It1 = _
/
7
/
-4.000a
/
+ o.rts =
1 O.
/
- 4.000 s
/
+ 0.12 s =
1 9
l
-4,MmY
/
+ 0.121 s 1
10
/
-4.cooaY
/
+0.tzt -
I 42.Tes12,evck 'l Go set / rents at/000 psf 6 static pressurs,rsmas at twgc.Manma&
SET /RWT OBSERVED SUBTRACT
[0RKECTED DMED M SET RESET
~~I2' ACTUATIM DVM 4.000 nY~~
.DVM No.
SET 10NT/RSETn7 0FFSET SETftVNT/ RET}lVN1 [
1
/
- 4.000mY
/
+ 0.12 9 *
/
~
f.
1
-4.000mY
/
+ 0./29 *
./
3
/
-4.n av
/
+ o.12s =
1 4
/
~4.DmY
/
+ 0.121 m
/
5
/
-4.m nv
/
no.12s =
/
. [e
/
-4.1D0mV
/
+ 0.121 =
I 7
/
-4.co0mv I
+ o.12s =
/
8 l
-4.MaY
/
+ 0.124 =
1
.9.
/
-4.000 mi 1
+ D.129 s 1
.}0
/
-4.800mY.
/
+ 0.12 9 =
1
~~43. Len! SwitcA> LS-2B21-N024B,rsturned to urrics :~~
l 4Y.$tsna logit, Isolation logic andalarn, aindoar.s are nsii:
1.-
15.Janper resort /from EE-2/ and EE-22 at 2H/3-P(all :.
/
~~..j~~
~~14. Jamper tag number:~~
.,_m
W LeoelSat&:LS-2B21-N029C 3erInl * :
' locatien:2H22-P005 LunifaaeiTerm. %s. DD-5 i DD fr U20 VAC) q7.
Latsst "As Lsff' set.and rue.tpoints from LIS-NB-201:
/
qq. Jumper installed atBB-IlandBD-22onpanel2Nf3-P409:
/
-.. -_49. Juoysr tag numbsr s
.. _._.,io. LevsI SwifcAs LS-2B21-N024C. isolated:
Rotes
.._ ___..AtD PSIG staticfrecure s millivoltage to inches W.C..zonversion factoris.D /28, therefers Razordsd lpVM noillivolt reading, minus f.000 nV offsat, dividedby 0./25,eginnis
_ Af.1000 PSIG static pnessorss aillivoltaye to inches.W.C. conystsion factoris 0./29,16ere6r RecardsdDVM miHivolt reading,minus 9.000 any ofiFset divided by G.129.sequais o
200013/G staticfvsssors.cuyersion factor is affected by Rosemoun1li negatik span slatt
......sf 1000 PSIG.
..Tsch. Spec.Iry Setpoint i 63.78".W.C., increasing b/2.5"ranctor kvel, decreasing) 7ech..gese,..Alkmask Yalue iLC0) :.44.B+".W.C. $+/L O"rancter /sys/).
_. ievnlSwllchis salibrated to open at.63.15"bYC.sinersas/nj hl3.1"deitsasinginactorkm/)
d a.
'. -. - =. =.
~
35 sr. h1 !o&syck 1 (5 uthusts of 0!s/G btk prsssura)
IET OBSERVD SEnnCT E0MECTED
$ET RESED D Eb Klotn0N DVM ANDmY DVM M W.C
~~W.g No.~~
KT NINT/KtETM MT3ET SETNWT/ MET %
SCTOR 1
1
- 4. m o 1
J 0.Its-
/
2
/
-Amy I
+ 0.128*-
/
3
/
-4.000mY I
+ 0.128 *c I
4 1
-4. b Y
/
+ 0.128 =
/
5
/
-4.mo
/
+ 0.its l
/
l St. Tuff,erek t 15 uf/ rents et/000 PS5 static pressurs?
WT/REMT
. OBSERVED SWTRACT CMMECTED DM89 ET.
RESET 0 'E' AcTuATlm DVM 4.0M aY
.DVM No.
SETmhVT/ASETM 01FSET SETtWNT/ ABET}lVN1ff l.'
/
~ 4.000nY
/
+ c.12s =
/
.2 1
-4.M0aY.
/
+ 0.121 =
/
3
/
-4.000mY
/
+ a. tis s
/
4
/
-4.m mY
/
+ 0./2 4 =
/
5
/
-4. m nv
/
< o.12.s =
/
M. Test losyek 3 (Sulkasts at 0151G otatic pressurs)
MOY SET /ADET CBSERVED SETRACT CORRECTED SET RESET 0.12'S ACTIMTION DVM 4HDmy DVM yg '
, yg'
, ETMNT/KETy $g#
No.
27 N?NT/MSETM oft 3ET S
1 J
-two I
+ 0.Ita=
1 2
/
-406Y -
1
+ 0.128 *
/
3 I
-4.000mY
/
+ 0.128 *-
1 4
1
-4.EnY 1
+ 0.128 =-
/
5 1
-4.md
/
.+ c.its =
/
Si Tuf1,evek y 15.uf/rsuts et/000 PSG static pressurs?
SET /N5ET
. DBSERVED SWntnCT CMKECTED DM89 SET
$ RESET i
AcTuAna DVM 4.m nY
.DVM A.
sETabVT/Raman1 orrsET armwT/RatiMN1 f,
ncTx
.1. '
/
- 4,000 s
/
+0,/2.4 =
1
.f.
/
-4.Womy
/
+ 0./2 7 =
/
3
/
-4.MaY
/
+ DJ29 =
/
4
/
-4.D mY
/
+ 0.12 9 =
/
5.
/
.4. m ny.. - ____I_ _ _.
+ o.12s
/
=.
\\
~~55. Tesi fostek 5 (Sulkasts of ers/G tath yrsssers)~~
FETAinct castenD Senn lCT EORKECTED
$ET RESE1
\\
stimMN DVM 4.NDmY DVM A*'EU MW.C.
eng.
No.
SETMNiksETM o!TET stinwT/nTMI ncTOR f
f
- 4.000#_
/
4 0.128*
/
2
/
~ 4.0 % Y -
/
+ 0.!28 *.
/
3
.1
-4.000nY 1
+ 0.128 *-
I 4
1
-4mmY
/
+ 0.Its
~~J 5~~
1
-4.cnomY I
+ c.its -
/
54 Tutt,erek > (5 uffrents et/000 mfg static pressure.:>
SET /RBET
, 66 SERVED SUITRACT totKECTED NNBEDN ET
. RESET,
Actuarm DvM 4.000 ev DyM No.
SETMbVT/RBETM1 GTFSET SETMNT/nETM Ejf I.
/
-4,000mY
/
+ 0.1 2.9 *
/
.2 1
-4.M0aY -
/
+ 0 I21 *.
/
3
/
-4 D nY-
/
+ 0.129 =
1 4
/
-4RmY
/
+ 0./f 9 =
/
5
/
-4.000nv
/
< o.ite =
/
~~57. Test 1osyth 7 (5uthunts at 0/SIG vfath pressors)~~
~~SET /R6ET CBSERVED SETRACT CORRECTED SET RESET AEb ACTUATION DVM 4.90DmY DVM M W.C.~~
~~W.C' N*-~~
SET MNTM5ETNM ofTET, SETMNT/METRWT, ?cro'g 1
J
- 4 000 #
1
+ o.rts-
/
2
/
-4.0% Y-
/
+ 0.128 =
/
3 I
-4.000nY -
1
+ 0.128 *-
1 l
4 1
-4KaY
/
+ 0.12B =-
1 5
1
-4. econ 1
+ o.rts --
1
~~58. Tut 1,cyck 8 :(5 uffrents at/000 Mf& static pressure.:>~~
SET /K5Et
. DBSERVED SUBTRnCT CetKECTED DNGEDN SET
. RESET 0* '2 '
ACTUATin DVM 4.000 eV
.DYM
[ Q *
," l,'#'
No.
SETMWT/ASETn1 ofrMT stimWT/narRwt l
~~1. '~~
/
-4,000nY
/
+ o,12.9 =
1
.f..
1
-4.WomY J
+ a./2 9 =.
/
~
3 1
-4 M mY
/
+ o.129 =
/
4
/
-4 2 mY
/
+ D.12 9 =
1 m
o m
p ss. h1 layek 1 (S uthuds of 0! sis fath tren:ra)
SET /aw eBSERVED 20'TRICT CORRECTED SET RESET nelmin Dvm 4.m er DVM nw.c.
ewc' No.
SET MNT/kE5ETMI Sll3ET KTMVT/KRTRWT, scing 1
J
-4.000av-
/
+ e.tts-
/
'2
/
-4.0%Y-I
+ 0.128 *.
/
3
/
.(.000 y _
/
+ p.123 =_
/
4
/
-4.410my_
/
-+ 0.IfA =-
/
5
/
-+.mov
/
+ c.ite =
/
~~40. Tut 1,evek fe (5 ut/ rents et/000 PS!& static prenad serinaer ossexVeD sarnacr cettecTen Dwai sci-niser ACTUATIM DVM 4.000 nV DVM No.~~
SET /tMVT/RSETAK7 DITSET
%TMNT/ABETllWI E&*
1 J
-4.000mv
/
+ 0.129 =_
/
2
/
-4.000 aY -
/
+ 0.12 9 =_
/
3
/
-4.000av
/
+ o.12s =
1 4
/
-4.RUmY
/
+ 0./29 =
/
5
/
-4. m nY
/
< o.Iz s --
/
l
,,-,,-----r--
l
~
sI. k1Rosysk, f (10sthusts etwrats fatie preners'ssta r% at PSc.kWnsann)
?
SET /NTET eBSERVD SEintCT CORRECTED MM SET RESET i
stitAm0N DVM 4.900mY DVM A' '
~~w.c* '~~
~~w.c' No.~~
SCT NINT/kESETNM oft 3ET 5ETfvlWT/KHTbtMVT f]p'g p
1 J
-4.000mv i
+ o.129 -
/
~
2
/
-4.0%Y-
/
+ 0.129 *-
/
3
/
-4.000mY --
1
+ 0.129 *.
1 4
1
-4.N0mY.
/
+ 0.Its =-
/
^
5
/
-+.coomy
/
+ a.ite --
/
.6
/
-4.000mY I
+ 0.1f f = _
/
.7
/
-4.coomy -
/
40.12.9=
/
.6
/
-4.ooomy I
+ o.129 =
l h
9
/
-4.NDmY -
l
+0.12 e s -
/
2 10
/
-4.coomy -
1
+o.ize -
/
t il Tu12,evele $ (to ut/ rents at/000 PSl& static penursa rseks at 100'n:c.uksad SET /RNT
. CBSERVED Sil6 TRACT CoRKECTED DM N SET RESET l
~~N ACTUATM DVM 4.000 nV~~
.DVM SET 90bVT/RMTAIR7 offset SETfvlNT/RETllVN1[ff; a
r No.
/
/
-4.ooo y
/
+ a./z.? =
/
f
/
-4.000mY
/
+ o,/2f =
/
L
^
.3
/
= 4.mmv
/
+ o its =
/
4 l
-4.0l0mY
/
+ 0.129 s l
5
/
-4.000nY
/
+ 0,129 =
/
. {o
/
-4. M Y
/
+ D.129 x
/
.7
/
-4.ooo v i
+ o,1zs =
/
E B
/
-4.N0aY -
/
+ 0.129 =
1 b
.9.
/
-4.ocons I
+ arzs --
1
.10
/
-4300 Y -
/
+ o.12s =
/
g i
=
a E
g
M
~~69. T:s1 tooyek 3 (10 selkessts et noPsis bric presssrs osta r%s nY 0*n't AKressunu u~~
~~SET /EKY ASSERVED SETMCT CORRECTED~~
I*
~~SET SttsET~~
~~&y KINTMN DVM 4.NDmV DVM~~
~~w.c.~~
ewz,,
WM y 9WT MM/my pgggypg,
1
/
-4.000a' I
+ c.Itt t
/
2
/
-4.0tDmY-
/
+ 0.ft 1 *-
/
3
/
-4.000mY -
1
+ 0.12 t *-
/
4
/
-4.MaY-
/
+ 0.129 s-
/
5
/
-+.000nv i
s c.It9 -
/
6 1
-4.000my
/
+ d.tf f = -
/
7.
/
-4.000mV
/
4 d.!!? =
/
6.
/
-4.000.v i
+ o.12 s =
1 9
/
-4,MmY
/
+ #.12 f = -
/
10
/
-4.000av i
+0.121 =
/
Gi Tu12,cyck 'l(to ut/ rents at/000 psf 6 static pressors vsmas at 100'n:c.mn su&
a SET /RGI DBSEKVED SUBTMCT CetKECTED DMDM SET RESET O'I2 '
ACTUATM
.DVM 4.o00nV DVM No.
SET /MT/RWTM7 DFFSET
%TMNT/RMTMV1 [
~~1. m~~
/
-4. coo.y
/
+ o./2 9 =
/
2.
1
-4.N0aY
/
+ 0.12 9 =
/
3
/
-4.000nY
/
+ 0.12 9 =
1 4
/
-4.M nY
/
+ p,/2 9 =-
/
~
5
/
~4.000nY
/
+0.129 s
/
'~
. {e
/
-4.@0mY -
1
+ 0.121 =
/
.7
/
-4.Doo.Y
/
e s./2,
/
8 1
-4.000mY
/
+ 0.129 =
/
.9.
/
-4.000 nY
/
.s 0.129 s 1
.10
/
-4ANm1-
/
+ 0.129 s
/
..i t.
65 LenelSwitch LS-2B21-N024C,rsturnd to urrics:
s 46.NummilogienIsolation logic ada/arns avialous are nsets b._
l.
L7. Janyer.)xnors/ fine BB-H. anJ BB-22 at 2H/3-Noo9:
./
~~_ q __ _ _~~
hb. 5MM
$dj MUAlbtl*:
w u---
u
~
O
. Leos!Se;M:lS-EB21-N029D
$srW *:
Lustien:2H12-PO2la
~
~
' LualbeiTerm.bs. NN-4 INN-5(l20 VAC)
M. Latsst. 'As isfI~ set.ud rasstpoints frone LIS-NB-201:.
E
~~10. Jumper installed atM-%nd BB-25*onpuer 2HI3-P4 // :.~~
/
~
._.71._ Junyst tag mombsr c
.12. Leul SwifeA,LS-2Bil-N024D isolated:
~
Notes
.AtD PSIG static.ftecure, millivoltage to inehes M.C. sanversion factoris 2,/2B, th Raordsd bVM millivolt reading, minus f.000 mV off. set, dividedby 0./28,eg At 1000 PSIG static pressursa millivoltays to inches W.C. conversion facteris 0./29 ReterdedDVM miHivolt reading,minuS 9.000 onY offset, divided by G. /29mais 1900 PSIG staticfvsssors.eanversion facter is affseted by Resemounn'aegatim s rf 1000 PSIG.
. Tech. Spec. Try Saty.Inf s 63.78"W.C.,incesasing (+/2.5"raaetor Anwel,dec Tsch..}ru. Albsehls Yalue CiC0) : 44.B4"W.C. (+//.0" reactor lansI) l.
i 2
_....__lenciSwitch is c,alibrated to open at 63.15"WC.sinersastny.(0.13.1".duraasing A
.t I
.__ _ 7. _. _ a. _.
i _._...._.
i
_---_-_a..
= _ _ _ _ _ _ _ _ _ -
i
i
~~n. 7ss11asysk 1 (Suthusts af OrsIG tatic pressurs)~~
~~SET /Rt1(f OBSEK D SETMCT CORRECTED~~
~~N SET RESET SETPONT/nGTRMVT) hy ncitWMM DVM tNDmV DVM~~
~~w.c.~~
~~ent, No.~~
SET MNTMSETM MT3ET pacTog,
f
/
-4.000W
/
+ 0.128=
l 2
/
-4.RDo -
/
+ 0.!28 *-
/
3
/
-4.000mY 1
+ 0.125 e.
1 4
1
-4MsY
/
+ 0.Iti =
1 5
/
-4 000av i
s 0.rts --
/
H. Tssfi,erek,t.(S ufhests at/000 mfg static pressurs?
SET /RNT
. OBSERVED SUBTMCT CerKECTED DNDO89 T
. RESET 0 #'
ACTUADM DVM 4.000 nY DVM s
a No.
SET 90bVT/KMTM OFFSET SETMNT/AMTMNT [*pg*gyy
/
/
-4.000mV
/
+ A /2 * *
/
.2 1
-4.M0aY
/
+ 0.Its =
/
3
/
-4.m nY
/
+ o. z s =
/
/
-4.000my
/
+ 0.12 s =
/
4 5
/
-4.000nv
/
+ o.1z.s =
/
~~75. Test 1>syek 3 (5ulhasts at 0ISIG vfatic pressurs)~~
SET /RWY OBSER G SRTRACT CORKECTED
' UNION SET RESET 0 '2o' nciumN DVM
~~4. Homy DvM~~
~~w c.~~
ant
}_
No.
SET MNT/RESETM 9W3ET SETPDMT/AGTRMVT InCTOR.
1 1
-4000av-
/
+ 0.128=
1 2
/
-4.ano-
/
+ c.12s =
/
3 1
-4.000mY I
+ 0.128 -
1 4
-4MmY
/
+ 0.lti =
1 1
5 1
-+.xoaY 1
.+ 0.rts =-
/
~~74. Tsstf evele 9 (5 ufheuts et/000 mfg stafic pressurs?~~
SET /RMY
. CBSEKVED SUBTMCT CDtKECTED DMD89 SET RESET
~~'2 '~~
ACTUAna DVM 4.N0 nY
.DVM j,'
str10bvT/K5ET m DFF3ET SETMNT/RMTMNT [
i i
nn.
~~f. ~~~
/
-4, coo.Y-
/
+ 0,/2.9 =
/
.2
/
-4.N0aY
/
+ D.It1 *
/
3.
/
_-4.000mv
/
+ oJ29 =
/
4
/
-4MmY
/
+ 0.12 s =
1 5.
/
dwwft
/
aaum o 1
117:s1 foqck 5 (5uthuds of 0PSIG tath pressors)
FET/aG(i OBSER O SEinlCT CORRECTED
~~N SET StESE1 hy RCINTWN DVM 4.990nY DVM~~
~~W.c.~~
~~egg, No.~~
StiMNThWTy 9172T
/nWTDVT, scygg,
f 1
- 4.000mV-1
+ 0.12 s *-
/
2
/
-4.0lth,Y-f
+ 0.!28 % _ --
/
\\
3 1
-4.000mY _
1
+ o.Its =_
I 4
1
-4.p mY-I
+ 0.72# =;
I 5
1
-4.coony 1
+ o.its _
/
1s. Tut 1,evek fo (5 ufheuts et/000 PS!G static pressued SET /RWT
. OBSERVED SUITRACT CMRECTED UMN kET'
. RESET AcTunna Dym 4.000av
.Dvm SETmkT/RMTB10FFSET fTMNT/RETMY1f&g" no.
1.
/
-4.000mv-I
+ 0.Iz.9 c_
/
.2,
/
-4.M0aY-
/
+ 0 It s =-
/
3
/
-4.000nY
/
+ 0.129 =
/
4
/
-4 2 mY
/
+ 0.12s *
/
5
/
-4.000nY
/
< c.Its =
/
~~79. Test 1,qck,7 (Sulkads af OfSIG vtalk pressurs)~~
SET) INT eBSER O 9BTRACT CORRECTED
' UMY SET RESET ACTUATIoM DVM 4.90DeY DVM
E0
~~" W.C.~~
~~WZ.~~
No.
SET MNT/RWTM1 #f73ET, HTMNT/AGTy acyg' j
g 1
1
-4.000av
/
+ 0.12s--
/
2
/
-4.nmv-I
+ 0.!28 =
/
3 1
- 4.000 s __
1
+ 0.128 *-
1 4
1
-4.m mV_
f
+ 0.!!I =
1
)
5 I
-4.econy 1
, 0.1rs,
/
~~00. Tut 1,cyck 8 :(5 ufhants at/000 psf 6 static pressure.?~~
SET /RWT
. CBSERVED SUBTRACT CKKECTED.
DMN.
SET
. RESET 0 '2 '
ACTUArm DVM 4.000 ev
.pym i,~
[
SETMkT/RNTB10FFMT ETMNT/AMTy No.
~~1. '~~
/
-4,000mV
/
+ 0,129 =
1
.2 1
-4.N0aY
/
+ 0./2 9 *
/
3.
/
-4may
/
+ o.129 =
1 4
/
-4.m my
/
+ o.iz e =
/
5.
/
4mav L o0.1zs=
/
43 ti. Tas4 lo&spk 9 (Suthuds of 0! JIG tath pressura)
SET eBSERVED Sam llCT CORRECTED M*
$ET RESET etitatiMN' DVM 4.Cs'mY DVM
~~W.C.~~
~~KC.~~
No.
$ET MNT)kCSETN00 NT3ET
/METy scing f
/
~ 4.000ay
/
+ 0.128=
/
'E
/
-4.cm Vz
/
_+ p.128 =
/
3
/
-4.0mY I
+ 0.128 -
I.
4
/
-4.600aY -
1
+ 0.121 =
1 5
/
-4.000my -
1
-.+ 0.1t8 --
/
St Tutf evek 10 (5 set / rents et/000 PSj& static pressore.?
SET /M5ET DSSERVED SUBTMCT tetKECTED EMN SET RESET 0
Actunna DYM 4.000 ev Dym No.
SET ltMVT/RMTAK1 DFFSET %TIIVNT/RSETltVNijy 1
1
-4.000my I
+ 0.1 2.9 c_
/
2 1
-4.000aY-
/
+ 0.12 9 =_
/
3 1
-4.000ny
/
+ o.tzs =
1 4
/
-4.000my
/
+ 0./tf =
/
5
/
-4.000av
/
< 0.1z s =-
/
.e...
e_
i k
9 e
j
W g5. Inst tosyck, f 00uthusts stG0HIL fafk pressers'sstuiks af Vn't.
WRsnon).
SET /nitt 085ER D SETRICT CORRECTED NMOW
" SET RESET stTNTt0N DVM
' 4.900mY DVM w.c., est, No.
$tT NINT/RESEinlf MT3ET SETNRT/RWTRWT pncygg,
f 1
- 4.000mV-1
+ 0.ltt t
/
2
/
-4.0%Y-1
+ 0.11f
~~1 3~~
/
-4.000mv 1
+ 0.12 9 *.
/
4 1
-4.Rl0mY :
1
+ 0.Itt =-
1 5
/
-+.000mv 1
+ 0.ns --
/
.G
/
-4.000mV 1
+ 4.It1 c -
/
7
/
-4.coomy
/
4 a.tre =
/
6
/
-4.000 y
/
+o.129=
/
T
/
-4.E nv
/
+8.12f s
/
10
/
-4.000av i
+0.129 = _
/
s4.k12,evele f 00 sef/ resets at/000 PSt& stafic preswre.a rsgrk at 100'n:c.Mksai SET /RMT DBSERVED SUBTRACT
[KKECTED D
N SET REA' T ACTUATIN DVM 4.000 nV
.DVM No.
SET 10bVT/M5mlK7 DFFSET SETMNT/RETRW1 f
1
/
-4.000=v
/
+ 0./2.9 =
/
f
/
-4.000mY
/
+ 0./2 9 =
/
.3
/
-4.000av -
/
+ p.tz.s =
1 4
/
-__ -4.p mv
/
+ o.12f =
/
.5.
/
-4.000nY
/
+ 4.129 =
/
.6
/
-4.RhY
/
+ A/29 =
/
.7
/
-4.soomy
/
+0,/29
/
B f
-4.000mV
/
+ o,129 =
1 i
.9.
/
-4.000eV
/
+ A129 s-1
.}O
/
-4300mY
/
+ 0.129 s
/
f y
I E
E g
15
' 15. Tss1tosytk 3 (leuthusts et a!stG tatic yesssers osto%s of 0*s'C AKfrsnot)
SET /atsit OBSERVED SETMCT CORECTED UIRM SE RESET aw.T KitMign DVM 4.900mY DvM c.
~~egg, SETf0NT/nWTnm7pucrog,,~~
No.
StiNWNTMSETMN o!73ET 1
/
4.000ar_
/
+ 0.It1 L
/
2.
/
- 4.000 y z
/
+ 0.I29 *-
/
3
/
-4.coomy _
/
+ 0.129 -
/
f
/
-4.Alony -
/
+ 0.12 f =-
/
5
/
-+.coomy 1
+ o.It f --
/
.6
/
-4.000mV -
I
+ #.129 = -
/
7.
/
-4. coo y -
/
+ a.it ? -
/
6.
/
-4. coo.y I
+o.121=
/
T
/
-4.MmY
/
+d.129=-
/
10
/
-4.000nv
/
+0.121 -
/
SL Tes12,evele 1(to ut/ resets et/000 PSt& stofit pressure usmas at 100'ac.unnsa&
a HT/R5ET DBSERVED SUBTMCT CetKECTED DMEDM SET RESET ACTUATIN DVM 4.000mV
.DVM O' # '
a No.
SET 10NT/RWTM1 0FFSET MTPMT/RBETnVN1[fy
/
/
-4.000 v-
/
+ 0.12 9 =
/
2.
/
-4.000aY
/
+ 0.129 *-
/
3
/
-4.000av-
/
+ o.it*r =
/
4
/
-_ -4.000mY
/
+ 0,129 =
1 5
/
-4.000nv
/
+o.tzs =
/
. (o
/
-4.cDomy
/
+ 0.12 9 =
/
.7
/
-4.000.V
/
+ s.tr9 -
/
~
B
/
-4.000aY -
/
+ 0.124 =
1
.9.
/
-4.000 eV
/
+ 0.129 =-
/
./0
/
-4.sec=v
/
+ s.lzf =
/
1
~~17. im!SmitchoLS.2B21-N024D,rsturn& to utvics:.~~
i 81 iSumm.lopit, Isolation logic andalarnu svindoar.s are nset t
..S 1% hayper.>xanr/from BB-24and BB-3at2H/3ffeI1.;.
t /
i
...i.__.__.__.___..___!
~~90. huyer tay nander:~~
1/~SAF+ Enainase
LST-86-Ott aevision 0 Jam % liH,
(
1 hTTAO94ENT B Instruent valve Checkoff theet For: LS-1521-N014A Date:
Seal Press Wo:
eeeeeeeeeoeeeeeoeeeeeeeoeeeeeeeeeaeee.
e "As Found* valve position / verification valve open/ Closed Seal Press mo.
Instr./ rack / root /stop High Instr./ rack / root /stop Law Distrument stop High List 3 ment stop teme InstrwW,-itt equalizer Instru mpt w nt High Instr a nt ve.at tene Instrument drain (top)
High i
instrument drain (top)
Lene Instr a ent drain (botton)
High Instruent drain (botton) tene "As Found* verification initials /date:
oeeeeeeeeee**eeeeeeeeeeeeeeeeeeeee eee "As Left" valve position / verification valve open/ Closed Seal Press Ib.
i instr./ rack / root /stop
.High Instr./ rack / root /stop tene Instrument stop High Instrument step tene l
Instruent equalizer Instruent vent Righ Instrument vent-tene Instruent drain (top)
Migh Instrument drain (top) teme Instrument drain (botton)
Migh Instrument drain (botton) teme "As 14f t" verification initials /date (first person):
~~As Left" verification initials /date (Second person):~~
Reviewed by 1.M. Supervisor /date:
Comments:
LST-tG-Oii nevistan 0 Jena 9,1986 W
IEIhmEILE Instruent valve Checkoff sheet Fw: LS-25tt-N0144 Date:
Seal Press Mo:
o.
e....
eeeeeeeeeeeeeeee.
eeeee.
ee..
~~As Found" valve position / verification l~~
Valve Open/ Closed Sect Press Mo.
Instt./ rack / root /stop High Instr./ rack / root /stop Law Instrument stop High Instruent stop Law Instruent equalizer Instru ent vent High Instru ent vent law Instrtament drain (top)
Migh Instrument drain (top)
Low Instrument drain (botten)
Migh Instruent drain (botten)
Imw
~~As Found" verification initials /date:~~
oeeeeeeeeeeeeeeeeeeeeeeeee
...e.....eeee "As Left" valve position / verification valve open/ Closed Seal Press No.
Instr./ rack / root /stop High Instr./ rack / root /stop Law Instraent stop High Instrument stop Law Instrimment equalizer Instrinnent vent High Instrument vent Imu Instra ent drain (top)
Migh l
Instrimment drain (top)
Imu l
instrument drain (botten)
Migh instrinnent drain (botten)
Imu "As inft" verification initials /date (first person):
"As Lef t" verification initials /date (Second person):
Neviewed by 1.M. Supervisor /date:
Comments:
t
LST-ss.oqq newtsten o June 1,1986 48 RTTM MIENT 3 3
4 Instrument valve checkoff sheet por: LS-tSti N024C Date:
seal Press No:
eeeeee....
eeeeeeeeeeeee**eeee
...eeeee.
"As Found" valve position / verification 1
valve Open/ Closed seal Press to, i
instr./ rack / root /stop Migh Instr./ rack / root /stop tow l
Instruent stop High
)
Instruent stop law Instrument equalizer Instruent vent High Instrument vent low Instruent drain (top)
High Instrument drain (top)
Low Instrument drain (botton)
High Instrument drain (botton)
Low "As Found" verification initials /date:
oeeeeeeeee*oeeeeeeeeeeeeeeeeeeeeeeeeee..
"As Lef t" valve position / verification Valve open/ Closed seal Press No.
Instr./ rack / root /stop High l
Instr./ rack / root /stop tow
)
Instrument stop Migh Instrument stop Low Instruent equalizer Instruent vent High Instrument vent IAw Instruent drain (top)
Migh instrument erain (top)
Law Instrument drata (bottom)
Nigh Instrument drain (botton)
Imv
~~As 14ft" verification initials /date (first person):~~
"As Left" verification initials /date (Second person):
Beviewed by 1.W. Supervisor /date: __
Comments:
J LST-86-ogg newtsien o i
Inna,1,it36 ft l
nmoemrt n l
Instruent valve checkoff sheet por: LS-25ti-N014D Dste:
seal Press Mo:
eeeeeeeeeeeeeeeeeeeeeeeeaeeeeeeee.
eeeee "As round" valve position / verification valve open/ Closed seal Press No.
Instr./ rack / root /stop High Instr./ rack / root /stop Low Instruent stop High Instruent stop Low Instrument equalizer Instrument vent High Instrusent vent Low Instrument drain (top)
High Instrument drain (top)
Law t
Instrument drain (bottan)
High j
Instrument drain (botten)
Low
~~As Found" verification initials /date:~~
eeeeeeeeeeeeeeeeeeeeeee..
e.
e ee "As taft" valve position / verification valve open/ Closed seal Press No.
i instr./ rack / root /stop High Instr./ rack / root /stop Low Instrusent stop High Instrusent stap Law Instrusent equalizer Instr uent vent High Instr u ent vent Low Instrument drain (top)
Migh Instruent drain (top) tow Instrusent drain (botten)
Migh Instruent drain (botten)
Law "As tatt" verification initials /date (first person):
"As Left" verification initials /date (Second person):
Reviewed by 1.M. Supervisor /date:
Comments:
457-84-099 ATTAcHMEN7 C
&ai,;,,, o
_ $ TA TIC PkE SS uRE TE3 7" P1 A CHIAtF Ibs 9, /fS6 50 (foirs!)
vfwT VIwT
~ ~~
Acs/nts, inAnsniy viur vgyi O
M 50A OF 3 *vl TC of wArsR j
sarM EC UAt-tZE vnsvE vin T viNT
. DELTA - P v'? A A7CF Low HiGn l
i
.. 1 "'
X.*. { *
--e-
.m. :
W]
2
~~o1 o r o r a s.t.~~

1
~~1. u. r o 1 1 l~~
i
)
=
=_
)
S.O.R. OPERABILITY EVA1.UATION TEST VI Proposed Method of Evaluatine Test Data - Acceptance Criteria Several discussions with the manufacturer of these switches (S.O.R.) have been conducted to determine what the maximum repeatable allowable tolerance band should be.
When the switches were first put into service.
i the allowable tolerance was chosen so that the difference between the desired calibrated trip setpoint and the nominal Technical Specification l
Trip setpoint was equal to 1/2 of the allowable tolerance band.
Historical operating evidence has shown that this value is too small.
(currently approx. 1 1%) of adjustable range.)
j The most recent discussions with S.O.R. has shown that 12 % of adjustable range might be a more appropriate allowable tolerance band.
It is i
proposed that the results of the switch performances during the test program will be compared to the 1 2% of adjustable range values. The testing may show, however, that this 1 2% value may be acceptable for some ranges of switch and not others. Therefore a careful examination will be made of the Test #1 data to determine a more appropriate allowable tolerance band for those switches which do not meet the criteria.
1
S.O.R. OPERABILITY EVALUATION TEST VII.
(Note:
This Section will contain the raw data obtained in the tes' ting program - Attechnent "A" from each LST.)
J
8:a~;ic-u,-3..1ng Jiuerential.,ressure Swi:ca uPeranh.;v,,,es;la;a 232-M31A 136-Test #1 (Static Pressure Effect) u..........................................................,
Cin+ 1 oll owab l e To l erenc e i
. l,8 -
'. c u e r Limit fi 3 t). 9 21 t
a H
....._...=:
- 1 d 0 q_
+~
a...
w
-.~
7
. Existing Allowable Tolerance i
?
Lower Limit (141.101 4 /.
r '
l n
t-1 c-4.
~~y g ~~~
~~_m~~~
w
'N De si red '3et point (143.41 m
1W CL., 4 4
.d.........-.............s.%
-..%A.......
1 Final Allowable Tolerance
+'
Upper Limit (145.00) qj gg E.tisting Allowable Tolerance
, Upper Limit (145.69) 146-1 I
I I
l l
1 i
l 1
2 3
4 5
6 7
8 9
10 A
i*
HCiUaTI0T1 l -.- c,. i. 7 a,..,. j -- cy.. i u san,..., j + c y. i. i n,..,3 l. cy. i. i n u m,..,1 i j - c,... t a,..., l._ c,.i. 2 um,.i,i H c.i. : a,..., l _
c..
4 a m,.i,i l,,- c,.i. s a,. i.. l. c.. i.. u..,.., l
l STATIC-0-RING BIFFERENTIAL PRESSURE SulTCri LFERAllLliY TEST BATA 1
LASALLE COUNTV STAi!ON SulTCH TA6 NO: L5-2521-h031A TESTDATE: De-13-96 SERIAL NUMBER: 65-1-2391R MODEL NO:
103AS-3203-NI-CIA-JJiil6 ADJ RANGE:
20-200' h.C.
DESIRED SET POINT
~~143.4' W.C.~~
CORRESP00!N310:
-47' FEACIGF bATER LEVEL TECH SPEC LCO: 150.6' W.C.
CORREEPDNDING TO:
-57' REACTOR WATER LEVEL AS-LEFT SETi!N6: 142.5' h.C.
AS-LEFTRESET:
136.7* W.C.
Ell 5 TING INSTRUMENT ALLOWA*-LE TOLERANCE BANL UFFER LIMIT:
145.6' W.C.
Ef!SilNG INSTRUMENT AliCWARE 10LEEAN;E BAND L0hER LIMIT:
141.I' W.C.
FihAL IN54LMENT ALLOWALE TOLERANCE BAND LffER LIMIT:
FINAL INSTRUMENT ALLCWABLE TOLERANCE BAND LOWER LIMIT:
TESTI (STATIC PRES 5URE TEST 2 1000 P516 EFFECTS 11 MSTE;ESIS) ll5ET FDINT : RESET :
CYCL: SET P0ihi ! RESET
'W.C.
'W.C.
lit
'd.C.
'W.C.
e'..........
! :: 143.!E :
136.63i 1
142.00 :
133.39 0.0 PS!6 2 !!
142.75 136.75 :
2 1 141.63 l 133.63 3 ::
142.50 136.E5 :
3 :
~~41.00 :~~
133.35 4 ::
142.50 :
136.63 :
4 i
~~40.38 132.00 5~~
~~l' 143.00 136.63 :~~
~~ll 5~~
141.25 132.25 6 ::
6
.40.25 :
131.25 7 '
7 :
140.25 :
132.00 5 ::
~~l 6~~
141.25 l 131.63 9 ::
i 9
134.75 :
131.50 10 ll l
l 10.
135.56 ;
132.50
!ll
~~5ETPOINTl RESET CYCL: SET PDINT l RESIT~~
'W.C.
'W.C.
'd.C.
l
'h.C.
CYCLE 2 1 ::
14).74 :
132.E4 ;
1 :
137.04 :
129.38 1000 F5 2 ll 140.74 :
132.22 l 2 :
137.77 l 128.89 3 ::
140.00 '
132.47 ;
3 136.42 128,77 4 ::
140.99.
132.47 :
4 :
l',E.02 :
128.77 5 ::
139.51 !
132.35 :
5 :
137.16 :
129.63 6 ::
l l
lll 6 l 136.91 ;
128.39 7 ::
7 :
136.67 l 128.39 E ::
lll 8 :
136.67 l 129.14 9 ::
l l
l::
9 137.53 :
128,52 li l
l 10 :
!!7.53.
129.26
~~SET PO!NT : RESET :~~
CYCL: SET POINT : RESET
'd.C.
'h. C.
i
'h.C.
't.C.
CYCLE 3 1 ::
142.63 : 136.50 :
1 :
141.75 133.13 0.0 P5 2 ::
142.50 :
131.86 :
2 141.75 :
133.38 3 ::
142.75 :
136.38 ;
141.86 133.50 4 :: 142.86 :
136.50 :
4 l 141.75 :
1:2.36
~~5. ::~~
142.50 136.88 :
5 :
142.13 :
132.63 6 ::
6 l 141.66 :
133.13 7 ::
7 l 141,25 133.25 8 ::
B :
141.25 133.13 9 ::
9 141.75 132.75 10 ::
10 :
141.75 l 133.38 TEST !
TEST 2
~~5ET POINT l RESET CYCL: SET PDINT : RESET~~
'h.C.
't.C.
'W.C.
i
'N.C.
CYCLE 4 1 :: 140.00 :
132.10 :
136.27 !
129.14 1000 PS 2 ::
139.98 132.60 :
2 :
137.04 :
129.26 3 ::
139.63 132.35 :
3 :
137.41 :
129.26 4 ::
139.75 132.22 :
4 137.65 :
129.01 5 !!
139.51 132.35 5 :
136.91 !
128.E9 6 ::
6 ;
137.41 !
129.14 7 ::
7 :
137.78 !
129.14 8 ::
E :
137.28 129.38 9 ::
9 i 137.53 :
129.51 10 ::
10 ;
137.65 129.14
~~5ET POINT l RESET :~~
'd.C.
'W.C.
CYCLE 5 1 ::
144.00 :
136.00 :
0.0 PS 2 !!
143.88 :
136.00 :
3 ::
143.75 135.75 :
4 ::
143.63 :
135.63 :
5 ::
141.75 :
135.63 :
6 ;
7 ::
E ::
i 9 ::
10 !!
~~SET POINT RESET~~
~~'W.C.~~
~~-'W.C.~~
CYCLE 6 1 ::
140.37 :
132.72 :
1000 FE 2 ::
140.;5 132.60 :
3 ::
140.00 : 132.60 :
4 ::
140.00 : 132.47 :
5 ::
140.00.
132.35 6 ::
7' ::
8 ::
9 ::
10 ;;
TEST 1
~~SET F0thi : REEET~~
'W.C.
's.C.
"..........e..---
CYCLE 7 1 ::
142.13 133.75 0.0 PS 2 ::
141.63 :
134.36 :
3 ::
141.38 :
135.25 :
4 ::
141.25 :
134.75 :
5 ::
141.25:
!!5.00 6.:
7 ::
E ::
9 ::
10.
~~5ET PGlhi REEET~~
'W.C.
'W.C.
CYCLE I 1 ::
140.49 132.64 :
1000 PS 2 :: 140.25 132.72 3 ::
138.27 !
131.95 :
4 ::
139.26 ;
132.10:
i
!.:- 139.51 :
131.i 6 !!
7 ::
6 ::
9 ::
10 ::
i 1
~~SET POINT : RESE- :~~
s
'W.C.
's.:.
CYCLE 9 1 ::
143.13 :
334,00 ;
0.0 PS 2 ::
143.00 :
135.63 :
3 ::
142.EE :
134.75 :
4.:
143.00 ;
135.63 ;
5 ::
143.36 :
135.50 :
~~6. ::~~
7 ::
8 ll l
9 !!
10 ::
i
)
3 mud L S T-8(. - 101.
Revision O ATTACHMENT A June. I'2, l'18(,
STATIC-0-RING OPERASILITY EVALUATION FOR THE UNIT 2 REACTOR VESSEL LOW LOW WATER LEVEL HPCS INITIATION DATA 5HEET
~~l. Shiff Engineer authorination to start:~~
~~I!/~~
~~2. Date. tested:~~
(d/3/PC, Level Switeh: LS-2B51-NO31 A Loation: 2H22-P004
^
Serial #: T5~/2.29/l
~
LocalPanel Term. Nos. GG-4 t 4G-5 (izs vpc)
~~3. L atest "As Le.H " set and re.se.tpoints from LIS-NB-208 :~~
l'/ l" / IIl'
.>.~ 6 r; 3
~~4. HPCS Pump ControlSwitch,2E22-S2 placed in " full To LOCK" position :~~
NL0 6ll3I?d r
S. Leva.1 Switch,LS-2521-NO31A isolated:
(Mf.//k Notes At _0 PSIG static pressure s millivoltage to inches W.C. conversion factor is 0.080, therefore.
Recorde.d.DVM millivolt reading, minus f.000 mV offset, divided by 0.080,epals inches At 1000 PSIG static pnessursa millivoltaje to inches W.C. conversion factor is 0.081,1herefor, Recorded DVM millivolt reading,minus 'I.000 nY o+Fset, divided by 0.081 s quals inc e
1000 PSIG staticprsssure conversion factor is affeefed by Rose. mounts' negative span af 1000 PSIG.
Tech. Spec. Trip Sefpotat : 1+5.Go "W. C., increasing. (-SO.0 "ranetor level, decre Teth. Spec. A//euchle Yalue (LCO) : 150.G0" W.C. [-57.0" reactor level)
Level Swltch is calibrated to open at143.40"WC.jinernasing h47.0" decreasing neact
l LEVEL SWITCH, LS-2B21-NO31A j;m;6 5' (e. Tsst I,syek I (5ut/ rusts at 0!sIG tatic pressurs) f* '2 n*
SET / MET OBSERVED SATRACT CORRECTED NMON SET RESET nCTUATION DVM 4.M0mV DVM 0'000 I
~~w, c' e y,c' No.~~
StT MINT /RESETM offset
_ /A M TM MT fcygg f
_/5' Y')//// Cf 7 4,ggg,y_ ti,q, j,1,.93 4 g,ggg, ty3,3g j i;s.n; 2
/b~*Y2-/ lYr 9Y.4,nmy it.Y1
/ / >.9 Y + 0,0 g0 =_ f4.. ' E / t f t /C 3
l$~oYO /l'l9[.4.0%my
//.Yc j i.>.95
4. g,oaoe_ r1i..'.o / t.?< O'*
4 1540 / ILI. 93 -4.a,y _ ii.vc s is.U + 0.oso = t</s.rc / G((3' 5
_1 %#1/ IV.93 4.may
~~a. vv i i.>. Is., 0.oso. isioc / /ze.a~~
~~7. Tsst1,evele.2 (5 set / resets at/000 PS% sfatic pressure.)~~
SET /R G T OBSERVED SU6 TRACT CORRECTED MED &
SET RESET
\\
ACTUATIN DVM 4.000mV DVM O*0*'
No.
SETMINT/RSETM 0FFSET SETMINTlR&T/IVNT c a,W.C.
,, W. C.
f
/ r. vrs/ /4 lie 4,000my ll.40
/
'O.
+0.081 =
r 7 Y /.'3.1 '2
2
/C'fo/ l'/,)/ -4,000my //. t/c / to.?! + o. OBI = !Yr.7'l / til Ik 3
/C.3f'/ l'fo 73-4,mmy it.3Y / :0.n + o.0a1, sye n j 1 2 *t/
4
/C Y2-/ lV.O -4.gmy it.Y2
/.o.32 4 0.061 tyc 17 / t.?/.'/7 5
E30114' ^72 -4.000av o.x
/ :0 '2
+ 0.0a t = /17El / /11.1 '
~~2. Test 1,qek 3 (5 set / resets at 0 PSIG tatic pressurs)~~
SET /WLT OBSERVED 9RTRACT CORRECTED DI M O M SET RESET AcTunil0N DVM 4.000 my DVM 0 000
" w.C'
~~w.c' No.~~
SETMINT/RESETM Off5ET,SETivlNT/RGTMWTfogI i
1
/S~ Y//i' M z,.4,oo0,y ii.yt ; ic,.71, o oso, iyu; j isc rn 2
/S'90//VrSf'-4,nmy
/t./o / to. SJ + 0.oso= '*.:.P / tit.T.i 3
/T. '/~2/ /V 9/.4,000,y
//.itz / so.it
~~4. o.ogo._ty.t.?! / tir.*?~~
ff Y)I l'/, ?? -4,gmy //4.7
/ / un.92 + 0,08o = / Y2. ?7 / /!! ?
4
/
5
/C Y4' /4 7C-4.mmy !!. Yo
/ 'o.?s + 0.oso. ivz.D /ne s?
i
~~9. Tssti, cycle 4 (5 set / resets at/000 PS% static pressurs)~~
SET /RMT
. CBSERVED SU67RACT CORRECTED MED &
SET RESET ACTUATIN DVM 4.000nV DVM
~~08' No.~~
SETMINT/RSETM 0FFSET SETMINT/R&TMINT c y
" W.C.
,, W C.
f
/5 TY/ Jty, 7a_4,ggg,y 77,3cf, ja.pa, 4 g gg,,,,,,,on j i;1 ia m.;y.> pr. 2
/[33/ / K ? 9'-4.000my ll 13 / / a.7't + 0.0 81 = /3 7.2 3 / I2 ?. y 3
/D31/ /M 72 4,000my. /t.!/
/ /n.?? + 0 og1 = 131.G /12 7.3.*
4
/S~.32/ /V. 7/-4.mmy it.]3
/ /i) ii + o 001 = I37 15 / i.n..u.
5
/D301/%'2- -4.000my nla /',-.+ o.oa 1 = lJ?.o /.' ' '-
.=
L.c VL-L h vVITCH, LS-2521-NO31A gem an o
10. Test'I,syck. 5 (5sethessts at 0 MIG tatic pressure) k"2'**"
SET /MSET QBSERVED SBTR8CT CORRECTED
' SET RESET scium0N DVM 4.MamY DVM 0~000 M W.C
~~W. C No.~~
SET MINT /RESETMM OfTSET SETNINT/M.GTMINT, ?CTOR f
IT.$2 / /4f ff" -4.000g /t. f2 / /0.2% + 0,000=_ ! Y*/.M / t n ea 2*
h..rI /N 89' -4.mmy
//. TI / i0.Vf + 0.000= tY/.?? / iH e.)
i.
.; $p 3
/1.co / / V. 9t' -4.000my _ r!f0 / /o R + 0,000._ l'/ *! 75 / / ? S 7 s
.~~
4 tr. y 9 //V. 9 $~
4:mmy it.Yf / /0 25 <+ 0,000 s_ ty].G /135 G 5
/.2 V //Y.br -4 0nomy /t.3V / 10 W5, g.ogo, tyt.75 / tis.t.i II. Testi, cycle 4 (5 set / resets at/000 mig static fressurs?
SET /R5ET OBSERVED,
SU6 TRACT CORKECTED DIYlM M SET RESET AcTunTim DVM 4.000 mV DVih O'OB' No.
SETMIRT/RSTRW1 0FFSET SETMINT/RWTMINT c m ' W C.
,, W. C.
1
/s.3 7 /sy. )s
-4,000my ti.1) i io.,s
+o.og1. t5,.n s i3.z.,1 2
/s.2 & / /Y 7V 4.000my stari / so.1Y + 0.o81 = l'/' C/ !!?.J
3
/5.19 / /Y.7v
-4.000my it.3 Y / s o.,'t
+ 0. 081 = t'fC 00 / !!?
4 i S.] V / tY.13
-4 nmy
~~n. JY / /a 13 + 0.061 = ! Yo ** / Ul *'?~~
j 5
n3v i /Y. ?2 -4.000mv ". 3Y / -o 22 + 0.001
'% /13).3S 0
IL Test 1,eyck 7 (5 selhesets at 0 MIG tatic pressure)
SET /Wii QBSERVED SMTRACT CORRECTED SET RESET
\\
AcTum0N DVM 4.000 mY DVM 0*0" R W.C.
~~W. C' No.~~
SET MINT /RESETMM off5ET SETMINT/METMINT $Ig
\\
f is. 3 7 / 14. 7D
-4.000g i1.3 ?
/ 10 7 a + 0.0s0=_ in.13 / /)) ::
1 4 2
/C. 33 / 14:7T'~ -4.ovmy _ it. 33
/ 10 15 + 0.080= IYt. 43 / /3 't3 3*
1C. 7I / IWL. -4,000my ti.3/
/ / 0J'i + 0.0g0 e_ /Yi.3*i / /3S A$
4 i 5.3D /14. W -4. m my it 30 / 10. 78 + 0,oso 's_ i ti.1S / /3Y. */S t
\\
5
>@ /19.SD -4 000mv n.30 /,0.8c, o.oea ivi.as / i.sr<.-
e' l3. Test 1,eyele,8 (5 set / resets at/000 mig static pressure)
?
SET /R5ET OBSERVED SU6 TRACT CORRECTED DIYl2 BY
)R 7 cal'D ACTUAT)N DVM 4.000 mV DVM O'0*'
SET RESET
,W C.
,, W C.
No.
SETMINT/RMTRW1 0FFSET SETMINTlRMTMINT c hm 1
/S.35 //V.?l
- +,000mv ". ?E / ' ' + 0.0a 1 = !!' v / ist ? 4
\\
2
/.5.36 / /4'. 75 -4.000my nac / - o. >r + o.os t, l<io. s /12:t..i>
3..
15 90 / 'Y 6 Y
-4.000mv
".?c l'o 47 + o.ost = L 7. 2 7 / t i '. ? (
4
/5. M //(/'k2 4.000my it.2 2 / so. N + o. oat = 1. 9 2i /i;) i,
~
'5.3D / t'/, f V-4.000my n.30 / /a.G + 0.081 = 13 'l ~ !' l 'i' I *'
l lei!EL SWITCH, LS-2B21-N031A R u ;s;on o l LST-6G-IO IV. Test 1,syck 9 (5uthesats at 0?SIG vtatic pressurd if' '2' ***
SET /WLI QBSERVED SWTRACT CORRECTED DI M O M SET RESET ncTUMION DVM 4.900my DVM 0*000
" w.C
~~w, c' No.~~
SET MINT /RESETNMI off3ET SET /vlNT/MRTIVWT Sgf c !'. '."?.
l l5 VS/ /V. 72 -4,000ar_ /l'fS / / c 72. + g, g80-_, ',' 15 / t W. '
2 iCYY //Y. d -4,nmy _ //. '/'t / i0 TJ + 0oso
~~'3sm /i25.t1 3~~
/Cc/7 // Y )Y 4.000,y _ //.v3 / ic 7C o,oso._ i v.2.d.9 / 139. 75 4
s.S vv //V ?f
-4. mony _ // W
/ sc.31 9 0 ogo =_ l'U n / /25.6.i 5
'< v 2 l'? VY
- +.mV " 'i'7 //cl'/ +o.oso= '"? 2 //3::*
\\
~~15. Testi, cycle 10 (5 sefhesets at/000 PSIG static pressured SET /RL5ET OBSERVED SUBTRACT CORRECTED DIY1MD &~~
. SET RESET ACTUATIM DVM 4.000 mV DVM U'Oo' No.
SETMINT/RL5ETRW1 0FFSET SETMINT/RBETIEVNTc a, W.C,
,, W. C, f
/ 5 '12 / / YM -4,000my // 3 2
/ /
d4 +0.08.1 = 1 Tl. 7S / / i/R 0
2 IS. )') //V l? -4.040my _ // 22 / /ts.6 ? + 0.081 =_ ti'T 19 / I:s ']
3 sc~ <n, / tv. tw
-4,000my // 'it) / w. !> '/ + 0,081 = t ' Y / r]t
?<-
4
/S.D'1 / t'/. /4
- 4.000 my i t 2 7 / n. 6 7 + 0.061 = /27.19 /13! 'Ih 1
5 is.3e, h v./3
-4.000ny " n l ' 0 ' T + o.ost = 13'i St / li! ::
Nd7~E foa'of Rst / for LS.?B2/-NO3/A.
. - -. - -., - ~ - - - - - - - - - - - - - - ~ ~ - - - ~ ~
~~~~~
" " ~ ~ ~ ^ ^ ' ^ ~ ~ ~ ~ ~ ' ~ ~
HVEL SWITCH, L5-2821-NO31A 24
~~16. Test 2,syek 1 (to uMrassts atintsis tatic pressurs > sta rtins at gwc.Di/tnr.ssues)~~
SET /RETET QBSERVED SMTRACT CORRECTED UIMO#
SET RESET ACTUATION DVM '
4.900mV DVM
$l0 0,,
~~W. C.~~
~~W. c.~~
No.
SET NINT/RESETMM GlTSET SETNINT/ASETMINT FACTOR,
f
/S. 3d / /V / 7
-4.May_ //
4 / to 6 )
+ 0.080*_ ?J. / ! * : 2
~
2 iS.33
/s't. /<r
-4,n my // 13
/ so 6'i + 0,ggo =_ t.fi t'.' / / *:3. A.:
3 iS 9 R / I'l f?
-4.000mY // I?
/ tv 4 7
+ 0.080 * '"' 22 / !'3 V 4
. /S.23
/ J'f. S i
-4.@my _ // 23 i/0SC
+ 0.080 s _ l YO M J il ', )
5
- IS 30 //MS? -4.000mv ti o /, o sa, 0.0a0
> +.1S / i3 15
(,
/.S. 2 e //v'So
-4.000,y ti.2/
/ so Co + 0.0g0 s Iyc i2S/131.tS 7
's 22 liv st-
-4.000mv // " F * + 0.080, t v e. z s i i n... o 6
'5 h //v T3 -4.000mv a 70 / /" D + 0.000 = '" =S I/3! U
\\
9 iS M J/Y lo
-4,gmy /s.1k
/ so 6n + 0.060 = I *!T.7S l /3. 3 10 15 !9
/ 'm to
-4.000mv
'! '? I to '" +0.0s0 - 119 W / !!) s t
~~17. Test 2,cyde A (IO set / resets at/000 PSt& stdic pressure.,rtarks at 200"Wc.~~
SET /RGET OBSERVED SU6 TRACT CORRECTED DIYlDED &
SET RESET ACTUAT)M
.DVM
+.000 mV
.DVM O'00' No.
SETMINT/R5ETRW1 0FFSET SETPOINT/ABETMINT [
y f
V,, f f f
/S* /o / /V W -+,000mV_ //./ 0
/ 10 'f 8 + 0,08.1 = /3 7.o'/ / /293C 2
is. is J/v. uv
-+ gomy _ //. /6 / so. vy + 0.081 = 13 7 7 7 / i22. c ci 3
/K. 0C / /'/ '/3
-4.000mV //.0 5 / /0 Y ? + 0.061 = /?tN7 / I: O 4
/5/r
//* Y3 -+. n my it./.T
/ so v: + 0.061 = /37.cL / / :.V i !
5 is3/
l'+' So -4.000mv sul
/.o 70 + o.0st = /*i?.!6 / 131. e (a
/K O1 //V %
-4 a)0my
/!. *1
/ sost)
+ 0.081 = 114.9 / / '2 7 T'
- 7
/ W //'Yun -4.000my //.o : / n30 + 0.0g1 = /1/ 6 ? / ti.I
8 46 7 //M v4
-4.000 mV si. 0 7 / so 'il +0.081=/h A7/i 7i'i 9
/S /v / /v 'f/
-4.000 mv //./Y / r o. 9/
4 0.081 = /3 7.S3/ i:77 l0
/ S. A' //M **?
-4.000mV - // I'r / a. 'n + p.081, /3 7.f3 / iff 2 !.
i 4
I LETEL SWITCHo LS-2821-N031A 1s
/8 Test 2,syck (to selhassts atrowism tatic prassars,stus.1 at 0*wcpiltress,ars)
SET /RE%T QBSERVED SEIRACT CORRECTED DIM M SET RESET ACTUATION DVM 4000mV DVM 0'000
" W.C'
~~W.c' No.~~
SET PolNT/ RESET 10MI ofTSET SETIvlNT/At%T10lNT $'g#
f
/5 '3 V)/M 65~ -+my // 3r
/ ic c5 + p,ogy. /?/ *5 /13? i3
/
2 IS.3 cf / / V. i ? -Anmy _ // JY
/tcA7 + g,ogn e l'rt ;f f. G.n 3
~~15. 37 fiv &~~
-4.000 4 _ ti f
/ sc.n 2 + g,ggo,_ /*ft.'?6 / f.D 5:
4
?.s. 3 er / i v S9 -4.50my t!.3Y lio 37
.,. 0,000s l'// 15 / /J:. n i
5 iS 2' // M 6i
-4.000mv ti.n
/ ic.ci 0.000 Iil U / a ' E :
(o
/S. ? 5" / Jet 45~ -4,000,y t/.13
/ / c. 43 + g,ggo s j '//. VC /.y.\\
7
'S 3 ^
l'< /d
-4.000mv !! D
/ ^= " +0.000 = ' V/ 25 / ' u 'S 6
/s3h I " 'S~
-4.000mv n so
/ n ' r + 0.000 = 'V! 15 / l33
9 IS. 3 9 //ci. 4R
-4,g my // JY
// c. C
+0.0B0 s l'li 75 / lJ ~ " '
l0
/S.3Y //V. ??
-4.50my /A 7Y / n. d ) +0.0s0 I'!/ *i / / 7 i.U
/9.
Test 2, cycle
(/0 set / resets at/000 PS% static pressure.,rtum at200"tc. Dam. sad s
SET /R5ET OBSERVED SU6 TRACT CORRECTED D M ED &
O'0#'
SET '. RESET '
ACTUAT)M
.DVM 4.000 mV
.DVM No.
SETfDINT/RSETRW1 0FFSET SETPOINT/RBET/CINT [
y w'C'
,, W' C' f
/<~. 80 //cl V6' - 4.000av //. 2 0 / /t. 4/ + 0,06.1 = / Ti' 17 / *:?.'**
2 is. to liv.v7
-4.000 my //./ 0
/ ic. 92
+ g,ogt = 127. Y / t.7'l 1 '.
3*
/5. ' 3
/t</ v 7
-4,000my it./3 / /s.s?
+ 0.061 = lj7 ll / o m u 4
/S tr //ct. v5" -4 gmy
~~n. /.5 / /> VI + 0.081~~
/3 7 6! / /? i 5
^s. cm / iv e -4.ocony si.0 7 i n w + o.0at = 12 'lt / in n (o
/3. ' 3 // V ud
-4,@ my
// /] / ' ). : 7'
+ 0.081 = /3 7 *// / 17**' l*f 7
iS '6 l'a vt
-4.coomv !!!'
/ "; +0.ost,j n. n i n vy B
/S.ta //</ rd' -4.@mV
'4 / A
/ w Y8 + 0.081 = F3) AT / ! 7'l 7.T l
.9
/3. M/ / tY W
-4.000 mV '/ /Y / /0. '11 + 0.081 s /17.S3 / l2'I-] *
.l0
/.S!f //V/// -4.000my is. /5 / /o YC + 0.081, /1 7.c! / /1 ll NOTE dera/o/ ksi 21lor LS-20pt-NO3/A.
~~20. LS-2.521-NO3/A rebrneof fi service :~~
/4 f-B J' Al. "fEAC70' K VESSfL bYTK Lvt-2 Lo* (A208)ieseton 2/ll3-f50/: X W A ' ' '
v---
-w-ennn~-,---,n,,,_.ca

~~r--,----w..~~

, - -, ~,,,, - - - - - -
m,
~,-n,w.---~~w-------------~-----we, w -
S.O.R. OPERABILITY EVALUATION TEST VIII Evaluatiori of Test Results Usino Accentance criteria (Note:
This section will describe what was found in the testing program data, and Miether the switches can be safely operated using the revised allowable tolerance bands.)
L 1
S.O.R. OPERABILITY EW1'JATION TEST t
IX Conclusions (Note: This section will contain a description of the recommendations made for each range / service function of switch, with respect to revised calibration procedures, setpoints, and allowable tolerance bands.
Also a discussion will be presented with regard to the validity of the 1 2% allowable tolerance band as proposed by Static-O-Ring for use with these model switches.)
l
--

ML20214P639

Text

E

Navigation menu

Search