ML20195C739
| ML20195C739 | |
| Person / Time | |
|---|---|
| Site: | 05000000 |
| Issue date: | 02/07/1986 |
| From: | White M AFFILIATION NOT ASSIGNED |
| To: | |
| Shared Package | |
| ML20195C722 | List:
|
| References | |
| FOIA-86-91 SVI-D51-T0279, SVI-D51-T0279-R01, SVI-D51-T279, SVI-D51-T279-R1, NUDOCS 8605300506 | |
| Download: ML20195C739 (22) | |
Text
,
- . 4. .r. e i-1hSTRJCTICP. NO.
(
DATA PACKAGE COVER SHEET $VI- D c; I- T o 2. 7 9
... . in . 3 .n T TEC*m! CAL SPECIFICATION (5) OR CCP9d1T(NT($) 7 9 3.7 2.i /
~
4.s.7.22 /
4 3 7. z - ) I. A 4- 1. K F F
/
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TEST PERFORMANCE TEST A5510E0 To: Ike A /T,ff # [' 2/t,/f/6 I (
c> ten AUTKIRIZ8 TION TO START PREREQU151TES: k b[ //o
/ AS 6 r
~
OPERATIOb UNIT SMv150R DAfEAfClTIME AUTHORIZATION TO START TEST:
--- 2. [F 8'/ O $~ 95~
[
1 2 3 A ERVISING OPERATOR (Circle One) CD*ENTS ~
DATE AND TIME ACTUAL PLANT CONDITIONS INSTRUCTION C0 % ETION FULL PARTIAL _
TECH. SPEC ACCEPTANCE CRITERIA ACCEPTABLE O ta4CCEPfa.LE D NiA (
OTER DATA CRITERIA ' ACCEPTABLE UNACCEPTABLE N/A TC(5) IN ErrECT DURINC PERr0RMANCE Y A/ O f SI ! TCru MD 1 ! TE A/ 003
/
OEr1CIENCIES ggf,g,non,)
CR f ISRED M4 LCO ENTERED M WRlu0 f WRITTEN %-JWD PERr0RER s s10mTuRE Ia#Sdw .?4-Et z otis-(PERATIONS 89'IT WR SCR _
/f"
,,, _ ,,,R n
(Required if Tech. Spec. Acceptance Criterie is not met.otherwise merk N/A) DATE M TIE CDGENTS: / /d M N I
l /
1 /
(
TEST RESULTS REVIEW [(.4 .p M (f d / (,. ,u. u j . ., . x L
SYSTEM DCIEERI RESPONSISLE SECTION REVIEWER DATE M TIE CDGENTS:
SURVEILLANCE COORDINATOR DATE M TIE 8605300506 PDR FOIA 860321 HIATT86-91 PDR g
T EMPOE ARi Cri A's3E
- N OM7A:
pgg #2 d 2 Page:
SVI-D53+T0279 23
=
Rev.: 1 Attachment 1 Sheet 1 of .1 p Triaxial Time-History Accelerograph Channel Calibration Prerequisite Sign-Off Sheet i
INITIALS 4.0.3 If required, a Radiation Vork Permit (RWP) f has been obtained. /)A [i t
\
1
( ^0'_: D52 "'!O! ::;g:3 ir ecc;ider.;e a nh TAT-1401. _
~
l I
j Ib( 1 n r w we .w ,9 . ,;7; $7 r e - .stg . . g . y e e n _ , ,3 ,
\
h Calibration due date is t.urrent on all test m
f 4.0.5 instruments. /f7/)u 1 Performed By: ,2 .
/ AMU / ?-6-ft a />f m / l/kd I Z-6 h4 g Signature $nitials Date l
r T -
OM7A: SVI-D51-70279 Page: 24 Rev.: 1 Attachment 2 Sheet 1 of 13 6 l
Triaxial Time-History Acceleregraph Channel Calibration 1
SECTION 5.1 INITIALS
- 3. Supervising Operater notified of channel inoperability. /T3T / 2 is l ' i- t M t._ ,
Tirte Date 4.a. AC ON indicator light is on. Th o w 4.b. EVENT ALARM light is off, m es 4.c. EVEh7 INDICATOR window is black. In o .
m 4.d. Key switch is in the OPERATE position. m ,a w
- 5. Key switch to OFF. /-, A
- 9. Accelerometer D51-N101 located.
Independent Verifier 1/Vn
(/
- 10. Cannon plug disconnected. #wo
- 11. Indepenriently verified cannon plus disconnected D51-N101. --
- 12. Bolt removed. No
- 14. Accelerometer D51-N111 located. At/n < l we'FW20cc 7t4 l
/W umJew Independent Verifier No%
- 15. Cannon plug disconnected. fjff n
- 16. Independently verified cannon plus disconnected D51-H111.
b
/wD v
- 17. Bolt removed. Jgo
- 20. Field cables at P021 marked D51-N101 and D51-N11 ##63 are disconnected. @)
- 21. Field cables at P021 marked D51-N101 and D51-111 ,
are disconnected. Independent Verifierg / [b / AAr f f n l
$ Denotes Technical Specification requirement.
I OM7A: SVI-D31-T0279 Page: 25 Rev.: 1 Attachment 2 (Cont.) ,
Sheet 2 of 13 P SECTION 5.1 Initials
- 24. Key Select switch to the test position. _ /pf p
/
24.a. Annunciator SEISMIC HONITOR TRBL (P680-8A-C3) is on. //Arn f
24.b. EVENT ALARM (PO21) is on. Im
- 27. Key switch to CALIBRATE. /uD
- 29. Key switch to TEST. 61 :-
- 43. Key switch to CALIBRATE. /s/D V
- 45. Key switch to TEST. //M.D V
- 59. Key switch to CALIBRATE. - MD F
- 61. Key switch to TEST. /J fw 0 "79 -yC \/c wd o t. p,4be % Aie.la.r:1 P c F
- 80. Key / witch to 0FF. P q l 6 - wit dy .h +< 5 4- /nt D f
D51-N101 Voltage Output (Vertical Jty..a)
AS FOUND AS LEF'. LAIZ ALLOWABLE Step Input Vdc Vdc Jde VALUE Vdc
$ 26 0 003 0 003 -0.250 -0.375 //wo to to
$ 76 0 DEGRS +0.250 +0.373 // pro
$ 28 1 543 g,g43 +1.000 +0.875 //,, o to to V
$ 79 0 DEGRS +1.500 +1.625 //sco
$ 3J 1.;23o t.2 3o +1.000 +0.875 F/s to to 7
$ 79 60 DEGRS (1) +1.500 +1.625 /ewr)
$ 33 .2.Y93 a.495 +2.250 +2.125 "so V
to to
$ 79 90 DEGRS (2) +2.750 +2.875 g,.4 1
$ 3_5,5 /. A 7 4/ f , y.yy +1.000 +0.875 %o to to /
$ 79 60 DEGRS (3) +1.500 +1.625 /W
$ 37 /.ff2 y,3 y;t, +2.250 +2.125 Vfuo to to /
$ 79 90 DEGRS (4) +2.750 +2.875 r
//+cd
$ Denotes Technical Specification requirement.
"'( d DC L
{
pe yrs OM7A: EVI-D51-T0279 Page: 26 Rnv.: 1 Attachment 2 (Cont.) .
Sheet 3 of 13 "
SECTION 5.1 INITIAlj
- 39. Transpose the data indicated (1), (2), (3),(4) frein t hre above table to the following formulas for csiculation of the Mean Sen'sitivity:
/ ,2 W (1) Vdc
- J7 '/G.' (5) Vd_c i 0.bg N g
./.j73 (2) Vdc = J.'f73 (6) Vdc p 1OS Eb $ 7Y W CO?.
/,d W (3) Vdc =#M (7) Vdc 0.5g 79 J.fv2 (4) Vdc = J.:rV2 (8) We 1.03 #g Using the date transpose! above, make the calculations necessary to obtain the values in the blanks marked (5), (6), (7), (8).
Transpose the data in the blanks marked (3), (6),
(7), (8) to the following formula for figuring the Mean Sensitivity:
Mean Sensitivity = (5) + (6) + (7) + (8) = .7,5/c) Vde/g , [t+< D
\ 4 v 2.c/(oo o7,49 3 f &l N W f S'
. 1. C /O Y
e
$ , Denotes Technical Specification requirement.
4
' 7C A/ (, C 2.
Page 4 d "
OM7A: SVI-D51-70279 Page: 27 Rev.: 1 Attacheent 2 (Cont.) .
I Sheet 4 of 13 StCTION 5.1 Initials D51-K101 Mean Sensitivity (Vertice1 Sensor)
Me,an LAIZ ALLOWABLE Etep Sansitivity As Found As Left Vdc VALUES Vdc
'5 2 ),y*O p.3ro +2.250 -2.125 /fM L' to to
$k9 Vde/g Vde/x +2.750 +2.875 /[, f o i /
l b5'l-N101 Voltage Output (Longitudinal Sensor)
AS TOUND AS LEFT LAIZ ALLOWABLE 5te; l input Vdc Vdc Vdc VALUES Vdc e ;>3 -0.250 -0.375 /Je c 4 3 3o p p3 6'
>? rev y.9 % to to ,
I
$;76 / 0__DEGRS +0.250 +0.375 /pp l
+1.000 +0.875 7 u .e
$M gyaf g 1 3,54 -
i,g f a to to
/rs 0+DEGRSp +1.500 +1.625 /m
$ 79 1.36! +1.000 +0.875 % ,e 2 mr .
I jp1"g r 30 DEGRS (1)
,,2 y (
to
+1.500 to
+1.625
/
gjug
$ 19
.7.*191i p,g +2.250 +2.125 ',fm l $Q ,
e j%:// g
'# to to er C
$ 19 3l' rrO P 90 DEGRS . '( 2 ) +2.750 +2.875 d ,3
-1.000 -0.875 V
- f a " ;- m
$ 31
-W* [4G jk l ;,zt t to to (/
$ 79 # 30 DEGFS (3) -1.500 -1.625 / jug
$ 5J - J
- 9 T. y, qq g -2,250 -2.125 '%,,,
{
l.W2p WD C*
Il ,90 DEGRS (4) to
-2.750 to
-2.875 f
/suo
- $ 79 1 v
j $5. Trarapose the data indicated (1), (2), (3),(4) from the above tab!c to the following formulas for calcu'lstion of the Mean Sensitivity:
/ <JG / (1) Vdc d'I# 8 (5) Vdc O.5g *9 f f
- V W (2) Vdc =J?, M (6) Vdc
. 1.0g Kef W A
~/* M (3) Vdc = #'4#Y (7) Vdc 0.5g f c3 9 W2- (4) Vdc =d Vid (8) Vdc 1.0g 8 DenotesT6chnicalSpecificationrequirement.G
I OM7A: SV!-D51-T0279 Page: 28 Rev.: 1 Attachment 2 (Cont.) .
Sheet 5 of 13 P SECTION 5.1 Initials Using the data transposed above, make the calculations necessary to obtain the values in the blanks marked (5), (6), (7), (8).
Transpose the data in the blanks marked (5), (6),
(7), (8) to the followir:g formula for figuring the Mean Sensitivity:
Mean Sensitivity = (5) + (6) + (7) + (8) = .7. O l Vdc/g _ //e p 4 W D51-N101 Mean Sensitivity (Longitudinal Sensor)
Mean '
LAIZ ALL0k'ABLE Step Sensitivity As Found As Left Vdc VALUES Vdc
$ 55,
, p, ygt p ,qgf +2.250 +2.125 /W p to to "
$ 79 Vde/g Vde/g +2.750 +2.875 /fgro f
D51-N101 Voltage Output (Transverse Sensor)
AS FOUND AS LEFT LAIZ ALLOk'ABLE Step Input Vdc Vdc Vdc VALLTS Vdc
$ 58 0 002 D.00 L -0.250 -0.375 _/wo to to g7 l
$ 76 0 DEGRS +0.250 +0.375 f/vo l
$ 60 >
+1.000 +0.875 % ,.,
W-9't$ f*
e.355 l t , 31, 3 to to #~ l
$ 79 0 DEGRS +1.500 +1.625 /Ae g '
j
$ 64 //W ,g +1.000 +0.875 7 j m ,3 to to 47 i
i $ 79 30 DEGRS (1) +1.500 +1.625 //juo l 66 p. V W +2.250 +2.125
$ 7,q q vh I to to V
$ 79 90 DEGRS (2) +2.750 +2.875 /juo
$ 68 /, a vl
._ j,397 -1.000 -0.875 v /, o to to /
$ 79 30 DEGRS (3) -1.500 -1.625 /eus
$ @ ,;? . 512 - 2, y, y -2.250 -2.125 'juo l to to
$ 79 90 DEGRS (4) -2.750 -2.875 /4<g 1
$ Denotes Technical Specification requirement.
TEMPOgARY CHANag I.M I Page Q gg / og7A: Syj.D51-T0279 Page: 29 Rev.: 1 Attachment 2 (Cont.) .
Sheet 6 of 13 I SECTION S.1 Initials
- 72. Transpose the data indicated (1), (2), (3),(4) from the above table to the following formulas for calculation of the Mean Sensitivity:
/.24T (1) Vdc = 2.V 4 G (5) Vdc 0.5g #g
.7.Wi (2) Vdc = 2'M' (6) Vdc 1.og 18
' po0g
/ M/ (3) Vdc = U E 1 (7) Vdc 0.5g
- 3 l
~
- o7,6/7 (4) Vdc = .2,J/7(8) Vdc 1.0g Using the data transposed above, make the calculations
- necessary to obtain the values in the blanks marked (5), (6), (7), (8).
Transpose the data in the blanks " marked (5), (6),
(7), (S) to the following formula for figuring the Mean Sensitivity:
Mean Sensitivity = (5) + (6) + (7) + (8) = .2< Y N Vdc/g _[M#
4 V
\
D51-N101 Mean Sensitivity (Transverse Sensor)
Hean LAIZ ALLOWABLE Step Sensitivity As Found As Left Vdc VALUES Vdc
$ 72 +2.250 y,q94 p, y9 f, +2.125 /Aco to to
$ 79 Vdc/r /
Vde/m +2.750 +2.875 /me f
l l
$ Denotes Technical Specification requirement. ~
. 7-( N' DDA Pa ge s- d e oM7A: sVI-D51-70279 Page: 30 Rev.: 1 Attachment 2 (Cont.) l St.eet 7 of 13 f
SECTION 5.1 Initials D51-N111 Voltage Output (Vertical Sensor)
AS FOUND AS LEFT LAIZ ALLOk'ABLE Step Input Vdc Vdc Vdc VALUES Vdc
$ 57 #f,<c -0.250 -0.375 ffuO
- c. c 6 'i (:. O s 'l to to V
$ 137 TEST /L* +0.250 +0.375 /2 0
$ 89 i,374 +1.000 +0.875
, ,39 g ,., o to to /
$ 140 CALIBRATE +1.500 +1.625 /nfo
$ 9 3,331 g,35y +1.000 +0.875 h me to to /
$ ILO 60 DEGRS (1) +1.500 +1.625 hwe
$ 94 ,2 , (,. / ,2. 2.p/( +2.250 +2.125 ' s , ,.
to to 4r 140 90 DEGRS (2) +2.750 +2.875
$ /wo
$ 96
/,3/ 7 /. 3, ; +1.000 to
+0.875 to (g-o
$ 140 60 DEGRS (3) +1.500 +1.625 98
/xo S +2.250 +2.125 g, p 2, p , ycf x to to
,r 4 % ~
- Gjv[>
$ 140 90 DEGRS (4) +2.750 +2.875 /M.o ,
V \
100. Transpose the data indicated (1), (2), (3),(4) from I the above table to the following formulas for !
calculation of the Mean Sensitivity:
/ 33Y (1) Vdc = 2 6 ' 8 (5) Vdc ,
i l 0.53
/ '{
g,6/2 (2) Vdc =2 b' A (6) Vdc 1.0g #o 7 b 4
l'Il7 (3) Vdc =I' d Y (7) Vdc 0.53 p6{
.P 5fA.(4) Vdc = #'N (8) Vdc 1.0g #y Using the data transposed above, make the calculations necessary to obtain the values in the blanks marked (5), (6), (7), (8).
$ Denotes Technical Specification requirement.
OM7A: SV]-D51-70279 Page: 31 Rev.: 1 Attacht.cnt 2 (Cont.)
Sheet 6 of 13 f SECTION 5.1 Initials Transpose the data in the blanks marked (5), (6), ,
(7), (S) to the following formula for figuring the Mean Sensitivity:
Mean Sensitivity = (5) + (6) + (7) + (8) = 2 4 2 b' Vdc/g _ g /%
4 V D51-N111 Mean Sensitivity (Vertical Sensor) !
Mean LAIZ ALLOWABLE Step Sensitisity As Found As Left Vdc VALVES Vdc ,
S 100 j,gs 4 ./.0 2 o +2.250 +2.125 .// tsto to to V S 140 Vdc/g Vdc/g +2.750 +2.875 .</wr V
D51-N111 Voltage Output (Longitudinal Sensor)
AS FOUND AS LEFT LAIZ ALLOWABLE Step Input Vdc Vdc Vdc VALUES Vdc
$ 103 (p. oyt, -0.250 -0.375
/MO to to
$ 137 TEST +0.250 +0.375 /wg
$ 105 g ,3(, 7 g,3 g,7 +1.000 +0.875 F/m to to 7
$ 140 CALIBRATE +1.500 +1.625 /my
$ 108 -
[.$oo +1.000 +0.875 'gs;
( . 5 c> c to to '
$ 140 30 DEGRS (1) +1.500 +1.625 _ /,v o
$ 110 p. ys 2. a.yra +2.250 +2.125 F/ ,a to to E
$ 140 90 DEGRS (2)' +2.750 +2.875 /wo
$ 112 j,33r _g,i,y -1.000 -0.875 ho to to #
$ 140 30 DEGRS (3) -1.500 -1.625 /wd
$ 114 -2. ya d, .p , g 3 -2.250 to
-2.125 Wo to
$ 1140 90 DEGRS (4) -2.750 -2.875 /pD
/
$ Denotes Technical Specification requirement.
t I I
l
-yc N OC 2.- l Pos e 6dE OM7A: SVI-D51-70279 Page: 32 Rev.: 1 Attachment 2 (Cont.) *g Sheet 9 of 13 SECTION 5.1 Initials 116. Transpose the data indicated (1), (2), (3),(4) from the above table to the following formulas for calculation of the Mean Sensitivity:
l N (1) Vdc =# (5) Vdc 0.5g /g J* (2) Vdc =2 5S2 (6) Vdc 1.0g AQ TC^/ CC2
' I*
(3) Vdc =#' (7) Vdc 0.5g #h
~
' d' (4) Vdc = J* * (8) Vdc 1.0g Ag Using the data transposed above, make the calculations necessary to obtain the values in the blanks marked 1 (5), (6), (7), (8).
Transpose the data in the blanks marked (5), (6),
(7), (8) to the following formula for figuring the Mean Sensitivity:
Mean Sensitivity = (5) + (6) + (7) + (8) = a'I' '/ b ' Vdc/g /ud 4 (/
D51-N111 Mean Sensitivity (Longitudinal Sensor)
Mean LA1Z ALLOWABLE Step Sensitivity As Found As Left Vdc VALUES Vdc
$ 116 j.y J.yy r_ +2.250 +2.125 fuo to to O'
, $ 140 Vde/m Vde/z +2.750 +2.875 feuo I (/
l l
I s hnetes Technical Specification requirement.
-k /v g y Page 7 o S OM7A: SVI-D51-70279 Page: 33 Rev.: 1 Attachment 2 (Cont.)
Sheet 10 of 13 p SECTION 5.1 Initials D51-N111 Voltage Output (Transverse Sensor)
AS FOUND AS LEFT LA12 ALLOWABLE Step Input Vdc Vdc Vdc VALUES Vdc
$ 119 . o. e t, y _ c, ot, c. -0.250 -0.375 //m ~
to to #
$ 137 TEST +0.250 +0.375 djre
$ 121 g.3e 3 s. $o3 +1.000 +0.875 6m, to to /
$ 140 CALIBRATE +1.500 +1.625 //fu 4
$ 125 125") i.25/ +1.000 +0.875 % ..
to to '
$ 140 30 DEGRS (1) +1.500 +1.625 ff /u o
$ 127 j,q yf p,y g +2.250 +2.125 %o to to #
$ 140 90 DEGRS (2) +2.750 +2.875 juo
$ 129 3,23o - e . 3 3 c, -1.000 -0.875 bo to to 9
$ 140 30 DEGRS (3) -1.500 -1.625 jmo
$ 131 -sqqg _3.. pry -2.250 -2.125 Yoo to to # ;
$ 140 90 DEGRS (4) -2.750 -2.875 Je4<o r
V 133. Transpose the data indicated (1), (2), (3),(4) from the above table to the following formulas for calculation of the Mean Sensitivity:
(.257 (1) Vdc d 7Y (5) _Vdc 0.53 #8
(
Vdc Je'/I (2) Vdc = J 6(6) 5}
1.Og 7C N CC2.,
'/,.250 (3) Vdc = 0 0 (7) Vdc 0.5g
~
c 7.V951 (4) Vdc = J '/99 (8) Vdc 1.0g yy Using the data transposed above, make the calculations necessary to obtain the values in the blanks marked (5), (6), (7), (8).
$ Denetes Technical Specification requirement.
OM7A: SVI-D51-T0279 Page: 34 Rev.- 1 Attachment 2 (Cent.)
Sheet 11 of 13 f Initials SECTION 5.1 Transpose the data in the blanks marked (5), (6),
(7), (8) to the following formula for figuring the Mean Sensitivity:
Mean Sensitivity = (5) + (6) + (7) + (6) = o?. V 7 b .. g.
f Afyo 4 V D51-N111 Mean Sensitivity (Transverse Sensor)
Mean LA12 ALLOWAELE Sten Sensitivity As Found As Left Vdc VALUES Vdc 5 133 y, y 7 g, y,y7g +2.250 +2.125 / srl' to to V
$ 140 Vdc/g Vdc/g +2.750 +2.875 /'fue
/
Step Indication
- 85. Key Select switch to the Test position. 4/w D ,
\
85.a. Annunciator SEISMIC MOS PANEL ALARM P021 is on. //MO f
85.b. EVENT ALARM on P021 is on. /#v o V
- 88. Key switch to CALIBRATE. gpv O V
- 90. Key switch to TEST. zfn10 F
104 Key switch to CALIBRATE. / 24( o f
Key switch to TEST. g pwp 106.
V 120. Key switch to CALIBRATE. d iv 0 V
123. Key switch to TEST. AH49 V
141. Key switch to OFF. A[kut) f/
144. Field cables marked D51-N101 and D51-N111 are connected. / pro
(/
145. Field cables marked D51-N101 and D51-N111 are reconnected. .
Independent Verifier:
Denotes Technical Specification requirement.
O':7 A : SVI-D51-T0279 Page: 35 Rev.: 1 Attachment 2 (Cont.) .
Sheet 12 of 13 P SECTION 5.1 Initials Step Indication 147. Accelerometers D51-N101 and D51-N111 are /NC re-installed properly. // . /
Independent Verifier: [ d 150. Key switch to TEST. J h/0
/'
151. Key switch to CALIERATE. //ja/J f
152. Key switch to NATURAL TREQUENCY. //pfd
/~
153. Key switch to CALIBRATE. j;u c 154 Key switch to TEST. Awp l C/
155. Key switch to 0FF. /}d 157. Key switch to OPERATE. $Id F'
157.a. EVENT ALARM light off on P021. /rMO 157.b. V Annunciator SEISMIC MON PANEL ALARM P021 (P680-8A) reset. jft ( 0 1
9 157.c. EVENT INDICATOR is black on P021. Imb V
169. Strip charts labeled and attached to data sheet. ///#t) 175. Strip charts labeled and attached to data sheet.
f
//pe u 181. Strip charts labeled and attached to data sheet.
f//gf a 187. Strip charts labeled and attached to data sheet. p/o 193. Strip charts labeled and attached to data sheet. ///f/O
(/
199. Strip charts labeled and attached to data sheet. _ //ft(d 201. Verified chart indicator is white on P021. ft/t) r 203. Verified cassettes installed properly into j their respective recorders. #p/O f
$ Denotes Technical Specification requirement.
- t .e- t-e ha9e 6 e5 6 OM7A: SVI-D51-70279 Page: 36 Rev.: 1 Attachment 2 (Cont.)
Sheet 13 of 13 f SECTION 5.1 Initials 208. Verified the following:
- a. Annunciator SEISMIC "0" ??."0L ?i??" ??21 reset. MOHiT09 "TV EL.
M g2 1//t/c
- b. EVENT ALARM 1ight is off. Vopo
- c. The Event Indicator is black. //),, -
209. Supervising Operator notified of channel operability.
2DCf / 2-(:-R Time Date flys/w SECTION 4.0 TEST INSTRUMENTS:
MPL NUMBER CAL. DATE CAL DUE DATE INT DIGITAL MULTIMETER [M/V031 % l-20-$b 9-20-8 b A14 w LEVEL LWOE _ Il 85' 6-l4-E0 m4u Comments:
Performed By: a2; /M M / M / /-4I-((
g~ /
4'
/
ri ier 0 / J+1#U / ? b' 5 A
Signature
- / b / 2-6'Ob Initials Date
OM7A: SVI-D51-T0279 Page: 37 Rev.: 1 Attachment 3 Sheet 1 of 3 f System Restoration Checklist Instruction
Title:
Triaxial Time-History ACCELEROGRAPH CHANNEL Calibration for D51-N101 and D51-N111 Performed By: a,y a //[ . 2-/d/
0 }LASG ib /mn ,
2-0 v Signature / Initials Date INITIALS COMPONENT REQUIRED FIRST SECOND REMARKS LOCATION MPL OR NAME POSITION VERIF VERIF -
FHB0/09-574 Accelerometer in place D51-N101 with cover /WO bolted on ,, NAU C-686-I/09 Accelerometer in place D51-N111 with cover j/@ MAW bolted on 7 .
IB0/02-599 Cassettes in installed P021 Recorder jgp D51-R102 V /* W V IB0/02-599 Key Switch on OPERATE P021 D51-R200 M# gend IB0/02-599 EVEST INDICA- Black P021 TOR D51-R200 WA/
Comments:
OM7A: SVI-D51-T0279 Page: 38 Rev.: 1 Attachment 3 (Cont.) g Sheet 2 of 3 System Restoration Checklist INITIALS COMPONEhT REQUIRED FIRST SECOND REMARKS LOCATION MPL OR NAME POSITION VERIF VERIF IB0/02-599 Channel Select off P021 Switch on #d D51-R220 J1 N IB0/02-599 Transport off P021 Switch on J. gd D51-R220 V atp p IBO/02-599 Power Select Battery P021 Switch on Charge NO D51-R220 mas '
IB0/02-599 Chart Drive off P021 Switch on (Mid) //WIP D51-R220 V pdd IB0/02-599 Stylus Drive off P021 Switch on fpp D51-E220 V po%
Comments:
OM7A: SVI-D51-T0279 Page: 39 Rev.: 1 Attachment 3 (Cont.) .
Sheet 3 of 3 ?
System Restoration Checklist INITIALS COMPONENT REQUIRED FIRST SECOND REMARKS LOCATION MPL OR NAME POSITION VERIF VERIF IB0/02-599 Stylus Drive ZERO P021 D51-R220 Switch on the Playback Unit M h1C IB0/02-599 Gain Factor 1 .
,7 P021 on D51-R220 sid s '
Control Room Annun. SEISMIC reset MONITOR TRBL O P680-8A-3C 34 4 *]
IB0/02-599 Cassette in installed P021 Recorder D51-R112 [#8 ,o g.- '
FHB0/09-574 Accelerometer Canon Plug D51-N101 Reconnected I A1/d C-686-I/09 Accelerometer Canon Plug D51-N111 Reconnected M M't/ .
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