ML19317H031: Difference between revisions
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TABLE OF CONITNTS 1.0 PURPOSE 2.0 TEST RESULTS | TABLE OF CONITNTS 1.0 PURPOSE 2.0 TEST RESULTS | ||
! 3.0 TEST PROCEDURE i 3.1 Random Motion Test i | ! 3.0 TEST PROCEDURE i 3.1 Random Motion Test i | ||
| Line 143: | Line 142: | ||
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| Line 150: | Line 148: | ||
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| Line 177: | Line 174: | ||
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| Line 281: | Line 277: | ||
+ , .. , . | + , .. , . | ||
..n .. .g ,. ... | ..n .. .g ,. ... | ||
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TEST ENGINEER 0.001 TZ~Z . | |||
.n g | .n g | ||
, m . - | , m . - | ||
| Line 356: | Line 350: | ||
.y; , ,- , | .y; , ,- , | ||
-,-.4.-,y m , | -,-.4.-,y m , | ||
i wm h-we | i wm h-we | ||
. , 4 e n . _ .. . r.. . . . . n . i ..m Q ,qi 4, ,y , , | . , 4 e n . _ .. . r.. . . . . n . i ..m Q ,qi 4, ,y , , | ||
| Line 421: | Line 414: | ||
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@1:; | @1:; | ||
| Line 460: | Line 452: | ||
ACCEL SENSITIVE AXIS r y-. . m+ . A A w | ACCEL SENSITIVE AXIS r y-. . m+ . A A w | ||
m ; | m ; | ||
na. . . | na. . . | ||
.m =% .r.a.4 a. 3; ; - -- | .m =% .r.a.4 a. 3; ; - -- | ||
| Line 473: | Line 464: | ||
y.c. n: | y.c. n: | ||
_ Q.M *: ::.. . | _ Q.M *: ::.. . | ||
BANDWIDTH RESOLUTION | BANDWIDTH RESOLUTION | ||
.r. -nm:=. | .r. -nm:=. | ||
| Line 487: | Line 477: | ||
.4.., | .4.., | ||
, , m 4,m. ,:1,e.a_1_,., ,c e" .' l | , , m 4,m. ,:1,e.a_1_,., ,c e" .' l | ||
~ m i | ~ m i | ||
0.%1 , - | 0.%1 , - | ||
| Line 506: | Line 495: | ||
iW...a. | iW...a. | ||
m | m | ||
.h 4 n. | .h 4 n. | ||
.: y | .: y | ||
| Line 528: | Line 516: | ||
J.T.::qR "'T . | J.T.::qR "'T . | ||
1.,ypd | 1.,ypd | ||
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q ,, ,...r.F... 4,..,., | |||
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, + | , + | ||
| Line 559: | Line 545: | ||
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[ jiNQ}.3N,I- 5h"' 7---- | [ jiNQ}.3N,I- 5h"' 7---- | ||
!(( | |||
! | |||
* Li% !E j". | * Li% !E j". | ||
ur . | ur . | ||
| Line 572: | Line 557: | ||
yggrup&/ m sperm FA | yggrup&/ m sperm FA | ||
.V.. ."!..,,. ,., . .,. . , ... .. . . , . .. ..,. . ... | .V.. ."!..,,. ,., . .,. . , ... .. . . , . .. ..,. . ... | ||
1 1, | 1 1, | ||
m ARICAL 1.0 6- ..s... | m ARICAL 1.0 6- ..s... | ||
| Line 594: | Line 578: | ||
m s /n /re | m s /n /re | ||
, t. ,e. .a. .. | , t. ,e. .a. .. | ||
c, ,9 + ' ,. w; e | c, ,9 + ' ,. w; e | ||
-. -_ TEST DATE | -. -_ TEST DATE | ||
| Line 668: | Line 651: | ||
; p t** ::4f ,.;;ri ld. FEPut kFURe90tY | ; p t** ::4f ,.;;ri ld. FEPut kFURe90tY | ||
!.g! | !.g! | ||
.g "3 ,; p..} . m#,..,.4.M .,, ._ ; | .g "3 ,; p..} . m#,..,.4.M .,, ._ ; | ||
Nw n M W{ I, | Nw n M W{ I, | ||
~ | ~ | ||
0.001 | 0.001 9 ,C 7 _ -40 TEST ENGINEER 4 | ||
9 ,C 7 _ -40 TEST ENGINEER 4 | |||
., _ o . | ., _ o . | ||
. ,- , m 1 m a | . ,- , m 1 m a | ||
| Line 729: | Line 709: | ||
. . . , ,~ . . , . . | . . . , ,~ . . , . . | ||
. ..., .y | . ..., .y | ||
., + y p..% .. , . , | ., + y p..% .. , . , | ||
URRFM /RnDsFabt7G | URRFM /RnDsFabt7G | ||
,. , 4,.,, ... ., .... | ,. , 4,.,, ... ., .... | ||
| Line 745: | Line 723: | ||
s 1 i i e p. .;u 8 u g _ | s 1 i i e p. .;u 8 u g _ | ||
f I i Hb : i .' ip. g .ru % 15: - | f I i Hb : i .' ip. g .ru % 15: - | ||
mua | mua q ip 4 m 4 e a ri%e . | ||
q ip 4 m 4 e a ri%e . | |||
RUN NUMBER I Fis t p; n h 44 tipss t:EW = WL t . | RUN NUMBER I Fis t p; n h 44 tipss t:EW = WL t . | ||
nn . - ... o #m. . , | nn . - ... o #m. . , | ||
| Line 757: | Line 733: | ||
, $. !*. ?, ., ,. | , $. !*. ?, ., ,. | ||
TEST DATE 3 | TEST DATE 3 | ||
2 g p. . : | 2 g p. . : | ||
q e.. .. a. y.; . | q e.. .. a. y.; . | ||
| Line 770: | Line 745: | ||
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0.1 - | 0.1 - | ||
m, m,,' | m, m,,' | ||
| Line 988: | Line 961: | ||
i z | i z | ||
ACCEL SERIAL NO. | ACCEL SERIAL NO. | ||
0.0 | 0.0 pI | ||
pI | |||
>8*4N',d.""'f' Ell | >8*4N',d.""'f' Ell | ||
* Tif 8 74 N$%4 NENll lll . I .I$y., lll i | * Tif 8 74 N$%4 NENll lll . I .I$y., lll i | ||
| Line 997: | Line 968: | ||
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J . | |||
a ' | a ' | ||
u.m W. 4 . | u.m W. 4 . | ||
| Line 1,068: | Line 1,037: | ||
-. .... - ~ _ | -. .... - ~ _ | ||
7t4p, . . . m. . m. .. h.m.. =. . -..m.., | 7t4p, . . . m. . m. .. h.m.. =. . -..m.., | ||
m. | m. | ||
.__q | .__q | ||
| Line 1,151: | Line 1,119: | ||
, .. . .. e. . ,p. , .o.. .p.., . m ., , ,_ | , .. . .. e. . ,p. , .o.. .p.., . m ., , ,_ | ||
.. , p, .g, c | .. , p, .g, c | ||
,.t m. g , | ,.t m. g , | ||
2-4 ... ,, , ._ _. | 2-4 ... ,, , ._ _. | ||
| Line 1,204: | Line 1,171: | ||
g'e+9 MT b.o. -r4 - wo- ni y .'. | g'e+9 MT b.o. -r4 - wo- ni y .'. | ||
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| Line 1,277: | Line 1,243: | ||
.+.. | .+.. | ||
4 . | 4 . | ||
. . , , , .p y :,,, m.t , .,.,.,t. ,r ; n, , | . . , , , .p y :,,, m.t , .,.,.,t. ,r ; n, , | ||
.p, .y.. . ap, .. . , . . ,. .. . . | .p, .y.. . ap, .. . , . . ,. .. . . | ||
Latest revision as of 05:40, 16 March 2020
| ML19317H031 | |
| Person / Time | |
|---|---|
| Site: | Crystal River  |
| Issue date: | 05/10/1979 |
| From: | Carr J, Faulkenberry W, Williams J AFFILIATION NOT ASSIGNED |
| To: | |
| References | |
| NUDOCS 8004030713 | |
| Download: ML19317H031 (19) | |
Text
.
L. ,
I 2ST REPORT i FOR HDRITA FO'wE CORPCFJCION ,
- i TEST REPCRT L FOR SEISMIC QUALIFICAT CN TESTDIG 0F TEE Fvu21TIAL T?ANSF0 FIG MODEL NO. JVIG AND TFE C'JFSENT TPANS?0FMER
. MCOEL NO. JCFM t*
ation NOTICE - '"' "***"i" 7;p ':nc
~Q~c THE ATTACHED FILES ARE OFFICIAL RECORDS OF THE DIVISION OF DOCUMENT CONTROL. THEY HAVE BEEN CHARGED TO YOU FOR A LIMITED TIME PERIOD AND MUST BE RETURNED TO THE RECORDS FACILITY BRANCH 016. PLEASE DO NOT SEND DOCUMENTS CHARGED OUT THROUGH THE MAIL. REMOVAL OF ANY PAGElS) FROM DOCUMENT FOR REPRODUCTION MUST BE REFERRED TO FILE PERSONNEL.
DEADLINE RETURN DATE ~/
a ,! . O _ c ', g ; .-
l@
l *{ ~
- ,?
RECORDS FACILITY BRANCH u
l soo4oss 7/
PORATION Government Systems Group bourne. Florida 32901 Telephone C3OS)727-4000
s i TEST REPORT FOR SEISMIC QUALIFICATION TESTING OF THE POTDITIAL TRANSFORMER MODEL NO. JVM4 AND THE CURRD7f TRANSFDRMER MODEL NO. JCM4 PEPIORMED AT: Harris Corporation Government Systems Group Operations Palm Bay Road Palm Bay, Florida 32905 TEST DATE: May 10, 1979 PEREDRMED BY: ,
J . Carr S Envirormental Specialist ironmental Engineering Lab.
A f/ -
W.E. Fadlkenberry lead Engineer g
Environmental Engineering Lab.
}
S ion Head Engineering Test labs.
.. fo -Jo 2
~:
sps/w -
94 l
I e t i
TABLE OF CONITNTS 1.0 PURPOSE 2.0 TEST RESULTS
! 3.0 TEST PROCEDURE i 3.1 Random Motion Test i
i 3.2 Electrical Monitor i
A VIBRATION INPUT PIBIS B ELECTRICAL MEASUREMENTS
?
.f i
~+ = - . - - - -- ,- .r .,-r--- , - - - , . , - , - - ---w- -- -- , . , - - - - - - - - - - v. -e----- --
1.0 PURPOSE The purpose of this test was to deronstrate the physical and elec-trical integrity of the test items listed in Table I, while being subjected to random motion testing in accordance with Paragraph 6.6.3.3 of IEEE Std. t975 #
344-M+7 . This document is entitled, " Guide for Seismic Qualification of Class I Electric Equipr.ent for Nuclear Power Generating Stations".
TABLE I Potential Transformer Type JVM-4 General Elect.
Cat. No. 685X14 S/N 3733956 Current Transformer Type JCM-4 3 General Elect.
Cat.No.754X20$
S/N 369-8520 2.O TEST RESULTS 2.1 Potential Transfonrer 2.1.1 Random Motion Testing The results of the visual inspections performed at the ccrapletion of each axis of vibmtion revealed no evidence of external physical damage.
P.S.D. plots of the input randcm spectrum am shown in Appendix A as Runs 3, 4 and 5.
2.1.2 Electrical Testing The results of the electrical measurements made prior to, during and at the completion of the mndcm motion test revealed a step down ratio of 80:1 in lieu of 60:1, which was specified on the tmnsformer name plate.
No major variations in the tmnsformer output was detected as a result of ,
the test exposure. The following is a listing of these measurements:
(T 3p enas 4, co W rep <t b k reemM h Haus Corg.% ears . g ,gs
2.1.2 Electrical Testing (cont'd)
Axis Test Ratio Inngitudinal (Y) Pm Test 80.0:1 Random Exposure 80.1:1 Post Test 80.5:1 Lateral (X) P.c Test 80.3:1 Random Exposure 80.4:1 Post Test 80.3:1 Vertical (Z) Pre Test 80.3:1 Randm Exposure 80.2:1 Post Test 80.0:1 The actual meao m t data for the above results is shown in Appen-dix B. Minor variations due to instrumentation accuracy.
2.2 Current Transfomer 2.2.1 Randcm Motion Testing The results of the visual inspections performed at the empletion of each axis of vibration revealed no evidence of external physical d aage.
P.S.D. plots of the input mndom spectrum are shown in Appendix A as Funs 1, 2 and 6.
2.2.2 Electrical Testing The results of the electrical measurements made prior to, dt: ring ard at the completion of the mndcm motion test revealed no major variations in the output of the transformer. The following is a listing of these measure-ments:
Axis Test Ratio Lateral (X) Pre Test 241.3:1 Randcm Exposure 241.3:1 Pos+ Test 241.7:1 I.ongitudinal (Y) Pre Test 240.5:1 Randan Exposure 241.0:1 Post Test 241.0:1
2.2.2 Electrical Testing (cont'd)
Axis Test Ratio Vertical (X) Pre Test 240.7:1 '
Randcrn Exposum 240.7:1 Post Test 241.3:1 The actual measurement data for the above results is shown in Appen-dix B. Minor variations due to instrunentation accumcy.
3.0 TEST PROCEDURES 3.1 Random Motion Test Each test sample was installed on a rigid test fixture and subjec-ted to a 30 second exposure of randcrn vibration, in each of the thme major axes shown in Figures 3.1-1 and 3.1-2. The input vibration spectrum for this test was as follows:
5 Hz to 32 Hz 0.009 G /Hz l
32 Hz to 38.4 Hz -23 dB/ Octave Final Slope - 9 dB/ Octave Oveml1 Gms Level :. 0.5384 During each vibration exposure, the test samples were electrically monitored for any change in the output of the transformer secondary. The elec-trical setup is specified in Paragraphs 3.2.1 and 3.2.2.
1 At the canpletion of each vibmtion exposure, the test samples were visually inspected for any evidence of external physical damage. i I
3.2 Electrical Testing The voltage ratio of each transfomer was measured before, during l and after each 30 second vibration exposure to detemine any changes as a m-sult of the vibmtion test. The electrical test measurements were performed as follows:
d- -1 p ,o T T u z
C s Y X INPUT PRI.
(V) SEC.
fo.9995n (V)
RATIO = INPUT (E)
OUTPUI (E)
FIGURE 3.1-1 POTENTIAL TRANSFCRMER AXIS DESIGNATION AND ELECTRICAL TEST SEIUP
A A I - _1 l ro g
- - u
-' Z i " - '
. =- - -
l !- 'I 3 L k.
4 > 4 =
y x 8 i
- ____g __g INPUT 1.0240 (R2) 0.99950 RATIO = INPUT (E) 1.024xI FIGURE 3.1-2 CURRENT TRANSFORMER AXIS DESIGMTION AND ELECTRICAL TEST SEIUP l
3.2.1 Potential Transfomer The transfomer es electrically connected as shown in Figure 3.1-1 and operated into a 0.9995 chn load. The input at the primry windings and the output voltage drop across the secondary load was measured with digital volt meters. The mtio ms determined as follows:
RATIO = INPUT (E)
OU mJr (E) 3.2.2 Current Transfomer The transfomer was electrically connected as shown in Figure 3.1-2 and operated into a 0.9995 ohn load. The input at the primary windings was measured with a digital volt meter across a 1.024 chn resister. A digital ampmeter was placed in series with the 0.9995 ohn load at the transformer secondary. The ratio was detemined as follows:
RATIO = INPUT (E) 1.024x1 o
I l'
l l
?
f
\ . .
?
I l
l f
APPENDIX A FAND0M VIBPATION INPUT PLUIS
VIBRATION TEST 10.0 ,
n , , . . . _ _ , . . -0
- J s ;io ,
... 9 hj '
E PSD VS FREQ n: urn ;o e .
r m: . w.e -
[ t FpF~! % ij .r.! ,
l l- J fMNy'ti]'iffM'E '-- @:
NM $ NI$'Ib NtN$$h-Ibf:tNhM ki
~~
9-t 'i N ;
n! !m s. ' ni ,T -
I .1 mm siwan -
' i il CH%'k V
' .;tFdid :-
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fi ' !I i '
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. @ , i i R J M E P.+: 4 :n 4 m ut&isWPi:InEnM 5 .=c rynr. .:.. :xp i a=r.q:y'I:=;~r.W PROJECT NUMBER m%:;qf.r; q;,n 1:J* 1 :. !: = :- :tt.,111 t dp:m:n: ?.:i':.*" J.
+ir
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6 . . .
al.
. .- .y ..
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-10 1.0 : ,
. x
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m m
1 I
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KF: ! 4,* It t 9 ' ]ij(*Us *
i r w, .m .
4 -
t gm m ; n. :
M 04 W ..
m v PWi U .. .-
u .
-m RUN NUMBER
- n.=ws +
-e -===
m . 'i..
- T m: tram e e --
wa:. x w . s , . n + w u m e == s/u/is q ' .":; a:m Ep r. t,. --
, :. .g. ..
t
- r j. 7 o T
. . . ~~
7 TEST DATE u w ; t w ,
y ww as ;- _
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er
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- s...
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. . . . ..,,uip., . . ijtti=5 ..
OPERATOR
...... , . ... . ., #. .+ ~.~ . ,.,.
i ., . . ..
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. -. ~ . . . , , . ,,. . . . .. - ,
- . . a,. .a.. .. ..,.. ,.4,...,e+
, n. o y
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w
-20 o 0.1 a_g
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,, -3: y
,i s . !
INPUT O.ddSW3
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. i [ ' _-
Ei 9fl iM -
. #W i i! sw? Mi tu TinEM ruae m :um m n'
u.s INPUT LEVEL r a s me.c e m
! i 88
. nji tins I -cr 1:w.
i.. I l! 4.l7,;x t. ;g.a;. y
- lii:
x ?:x, . l
=. :m r,. w.." . .= - =- evreoc t ; i.
- a : : . :: _
e m:.e r. . _'..C w .;i l. a. si ..: 6- ACCEL LOCATION n .r.:. n : m{ .w z. = rf u. m.. o 1z.a 1 1 L G.
=w ~ ~
t:n..n :,,a= = y== =.m y: y=z ., u==;=2:
.:m==w cx 59
.. #- w
. . 4,,., + .., ..... .,5,..4.
.a.
,, o
,.y. . . . _. . ..#-
- ,i,;
+,.
r w .. . ACCEL SERlAL NO. u g 4- .
,,1....
4 ,,. .+
.. . 4...,.
.c s
e r,
. .e,.. , .cm . . ,
0.01 -30
- m m _
V m , ,. ,, ,,, ,
. _ m m , ,
m , g , . TM JW9 '
; Q l 1: i=' ACCEL SENSITIVE AXIS 4 g ow y m .' -
.- 1 Mnm M m- C - O , [, C C y. M $
.4-:..". r : t;f,b:t
. : 1
;; u. . ' . mfNSl .u. n..6 m; .
~/ . un g
. _ _ r g:......._
e mm -m u - a r ACCEL RESPONSE LEVEL w m 1 h i u t re: = v > 1~ i O. .-
'rt !$
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'i 1 .
i _l: . L- .i . g g
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. 4.
. 77 8 4 a 7 : -"m -
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+ , .. , .
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.n g
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n m _ -40
;V '-. I c.OF'@ ~
i 8
'I ! I r U,i' P! '
; w m. ,, e
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i ! in i 4 im i e ;4 : b; a . MM g QUALITY CONTROL a# 1H M m bi iM ip : lid +Miin Hii.iii@M -
+
t-% w i . & i ' T r t rnmu. u. y Mp3.; o 8i l :ri: . -,s A L : 'F - i
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$ 5 dif 'l
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- n:..; i r +.a. a.#
-48
-.m,
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- s..
4 #.- .
. ; q.,..4 .,+ b . .+.
p.. . - ., ;
7' -;
; ' " "" ' ' m 0.0001 m'" ~'
I I I I I lll11 I I ;l 1 ' ' ' l l 8 l 1 2 5 10 50 100 200 p.. ,,. ,. FREQUENCY Hz
VIBRATION TEST 10.0 m m m < ... - ,
, - _ _ . m
-0
, k ;
s m,:, ".- F C,c , Jj'E - PSD VS FREQ -
, , mm x 4 ym ww m.m. g -
I 'i @ [ I j h ,~ p- .j- l ': , -
-f" .# jii y@M. I tIFMiy.h- -: '
lj [i r l !! .!:: d :![.q [ .} $$i[Q]$h ]-d ;.- Oh gr w 1 . ui c -
= - -
i e nn u, m,ww
.r p : ii ) ff --tq- j 2 g gs:igl.. ir jg[Iy6 y _
i !T '
! W #' :M 'ik i M WG Ei!'iii: hiN T
- f.~ : N N bIi -
M I.}-O NNiiNNkIif!I,Mh ' yjyw:;b:h: rma :a:ain
=,.r :." nM.= ..
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