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Qualification Test Rept on Three Model 386A Differential Pressure Transmitters & Remote Sensors, Vol 2,Revision C
	ML19305D313
Person / Time
Site:	McGuire, Mcguire
Issue date:	07/06/1978
From:	Jonathan Brown, Campbell E; WYLE LABORATORIES
To:	;
Shared Package
ML19305D306	List: ML19305D305; ML19305D310; ML19305D313;
References
	43904-1, 43904-V2-RC, NUDOCS 8004140358
	Download: ML19305D313 (1)
	v • d • e

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REVISIONS c esion REPORT NO. l*?o0L * ~ Julv 6, IC78 DATE MMM SuthTIPC StevtCES AND SYSTEMS GA0up i AEV NO I DATE PAGES AP8tCTED i By I A% DEsch mi OF 09ANGES I Delete sentence le discussion o' I: I '/A /*A VetuwE ti. se Vits.2 Et I I I l ! mi NW[tI-Test tter 41 I l re lY///.h Chance descrietion. oe X.c I I I /d 1 I I I Isw . 1 B !7/25/78 l VDL. II: Pc. X-5 I EC l(f 0/[ Chance Table I - Theemal Effects l C l 2/5D9 I VOL. 11-Pos.VI-2.! ECIf4M7fYh chan, anta +n re n,c, e r,,, Et (/0 f[dIl Data transcribed f rom Data Leocer I I 11 4-

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'd QUALIFICATION TEST REPORT ON THREE MODEL 386A DlFFERENTIAL PRESSURE TRANSMITTERS AND REMOTE SENSORS VOLUME II 0F II t _, I L L. L FOR DUKE POWER COMPANY [ [ CHARLOTTE, NORTH CAROLINA u. b-L ~ r-i u r~ L Wyle shall have no liability for damages of any kind to person or . [- property. including special or consequential damages, resulting l from Wyle's providing the services covered by this report. - - ~. -. v-

\\ .~ I~I PAGE NO. SclENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. 43904-1 ~~ A m. Oo* i k C SECTION I b PRETEST DATA W I - m 1 L i F F* Iu r-w 0 L 1 h L. r-L L

d Pcga 1-2 Rsport 43904-1 D ATA SHEET Castemer Duke Power WYLE LABOR ATORIES Spe:trnen Ol f ferential Pressure.ransmi tters e Far: No. 330A Am::. Temp. 7 0 "# Jcb Nc. h1 COL Scec. Sk5/6960/E5 Phet: Repor: N. _. Para, k.2 Tes: Mec. dD-Start Date 1 9-78

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'Y d m*'* F q. r-L DATE CAllB !O!2 O![!7!b STD'S USED [!/ ./ l O! j l 24 25 25 27 2S 29 30 3! 32 33 34 25 WORK PERFORMED l N! '![ !E !7 ! BY 36 37 38 39 4C ai 42 1 ACT.M.H.! !E M AT'L. I I ESTM. M.H. L 43 44 45 46 47 49 CAL. INTERVAL k !k lh ! I DELETEL_d f,, CATAGORY 6s 62 63 Ea 55 20 + YORMED: Al3 \\R ela /\\ l0 /Vi IAr\\r Wie!si i i i L_ 13 14 15 16 17 IS in 20 21 22 23 24 25'26 27 28 29 30 3: 32 l l f,i e-33 34 35 36 37 3E 35 40 41 42 43 44 4 5 46 4 7 d e e 3 50 51 52 53 54 e6 2, i l I fl l l l i 8 i 57 55 59 60 61 62 63 64 65 66 67 S S 63 7C Ti 'E 'l 74 75 7G 77 73 7J 0; t. !I i l i ll I i Ii I I i ~ f i 2 3 4 5 6 7 8 9 IC 11 12 13 !4 15 15 17 !9 19 20 it 2 2 2 3 ':c l l l l l ! !!l l l l I l I f 25 26 27 26 29 3C !! 22 33 34 35 36 37 35 39 4C 43 42 c3 44 45 as 't 49 l ff e-43 50 Si 53 53 54 55 56 57 L F L 1807 Revisied December 1977

PAGE NO. II-1 i SclENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. 4390k-1 I l l 5 I L I t i ~ i L SECTION 11 I i BASELINE FUNCTIONAL DATA i L F I t. L r. [. r he f~ L. J L w4 +-+.Aw4,. ,m..

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/G'. 9 ..z-;u> /> rn /, s- ?.s 9/ \\$ a, a 3-10 / 8 rn li x 9 o73 26,/ M30 f.f/

8. //C 20.0 l

l i i I i 1 ~ S:ectrren Fa:te: Testec Sy 44 h Cate-5:ec: men Passe: / N'tness Cate: NC A wntten Sheet NO. / of I b# 8W7# I Accreved W H-6 i 4 A ~ l 4

l Page ill-9 I DATA SHEET neport 43904-1 l Duke Power r-Cus cmer ll E LASORATORIES 3,:. men Differential Pressure Transmitters Dart No. 186A Amb. Temp. Joe No. 43906 ec. Sk5/6060/E5 Photo / Report Nc. 6.0 '2-# l-7 # Para. Test Med. &u' T 6# / 4'4 Start Date 3N Specimen Temc. GSI Test Titie COMBINED RADIATION EXPOSURE I l TEST ITEM #3 Time Fressure Volts-DC ma - DC Radiation Dose Rate .. A-;d O 9 70 /. 5 D.n r1 19.6 /, 5" %96b /k 9 l [.21/;'/730l5.b o / *.7 2.Rt/D lh.T !) s I' ll 3 0 /i C~~ '.1, M 9 / 9, 9 .

0?30

): C 9. KG 19.A \\ 1-W0fH }r C M.. T / 'A /9ae 2-16_L5 3 0 /,[ N. 9 / h 2 9'.E A-M & T 3 o /.A~ 'i o 9 Y lL). A - 2 ^1) // 3 0 I ), v 'l < 9 7 9 21. n ~ 2-D /y3o / IR- ' D,Losdos - 1.- o / s 3 a /, S- '716 2 h. / ~ 2-17 o f ra /r S In,o3s 3/.o /. c ', 'L h 41. n i

1). / a ', o i

.i,a 2 i, ,I. _& l 1..A, re L,Ll 1 ), n' 'i 12). o l h / t-h o l ./, r o,,. o o r-m- r / l Dr 9 D f! Y.10 he D 9 l-/ /U3 N / 5 ~ lhabN% .t ). b _ J-/ []53 o l /,y ~~ <7, 7h 2),6 l ~ See:trnen Fatiec Testec Ey 4*d WC# Date: Scec: men Passec witness Date: NC A *ntten SneetNc. S of i Approvec 8d A Fce/7/ ~ d H-6 ! a A'

Pags 111-10 DATA SHEET Report 43s04-i Duke Power Customer WYLE LABOR ATORIES Specimen Differential Pressure Transmitters Part No. 186A Amb. Temp. Job No. 43904 Spec. 945/6060/ES Photo V Report No. 6.0 3 1-7h ~ Para. Test Med. M'a'r t e / We Start Date S/N Specimen Temp. GSI Test Title COMBINED RADIATION EXPOSURE I TEiT ITEM #3 Time Pressure Volts-9C ma - DC RadiationDoseRatel ' 3-1 6 90 r, /,5 l>. /, /, v / T. 3 l 3-t- /O 0-0 / C 6.99 9 / 2,/>l , 3-1./ / tr-r) /> h lo.. Tc / 8 l?> W r 3-t / 4/ro /, C

6. 90/

/F. 3 L. e I l ? p L j l ca [ i r i L i F l L L l e-Specimen Fadec Tested By UN Date: Soecimen Passed Witness Date: r NO A Wntten Sheet No. I of f { $d $^ f'Y Y W 71 Approvec I W H-614 A }

l IV-1 PAGE NC. SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. 43904-1 i l i t t I l 't r SECTION IV 7-. t. POST RADIATION FUNCTIONAL DATA !~ \\ u.. m e* tL F m k L P L L r L-hume V' L

DATA SHEET Page IV-2 r Report 43904-1 Customer Duke Power WYLE LABOR ATORIES egee ,n Offferential Pressure Transmitters e 390L oar: No. 336A Amb. Temp. 48 Job No.

scec, 545/6960/ES Phcto dc Report No.

6,2 Test Med. 4 o t Start Date '# - 3 ~7 3 '~' cara. sin /#/ /d2 3 Specimen TemC. be GSI Test Titte POST-RADIATION FUNCTIONAL I TEST ITEM #1 il

2
3 i

Pressure Volts-DC ma - DC Volts-Oc ma - DC Vet e-Oc m ne I o este

g. o 4 7

3,09 7 B. e 9 -? 7 l. l

t. r l 4

f.7j q l i -5 psig,.,, f tj e i [ 0 sig 3.o 5 7 s.: o ~7 3.o S 7 l i 4,ic to 4,(, 3 it 5 psig 4,9o i/ [. 10 csig d2B ia f, 2g 10 Is 2 7 i t.-I i l 7, g 7 /f 15 :sig 7,39 /8 7,33 fp l t t " -s ig ef, y 9

2. (
4 vq 1)

I 'f, y L 1/ 15 esi; 7.37 13 l 7,88 If 7. ?9 IP F' to esig /,,2.9 l't c,,,2 3 to (., 14 iv 5 esig 4r 70 ll i U. (a f I: 4 L1 le I 0 osi; 2.0 f 7

s. o 9 7

3 o9 7 i I L. D FWA D u's M /l. jtL&s M L As ),. o -- n "A L. / / / c-i 6. Y' l L. A E gee Testec Ey /llM 2tI Da:e: ccecimen eane:: / witness AAS//L-- cate: S-J - t scecimen onssec 3 ,NO A vin::en sneet No. / of i~ b M78 Accrovec ^ W H-614 A 4eN e-e e

2 DATA SHEET Pcgs IV-3 Report 43904,. Lst:mer Duke Dewee LABORATORIES 3:ecimen Differential Pressure Transmitters Car: N c. 386A Amb. Temp. 7 Jcb No. kl*06 See:. 545/6960/E5 onoto ^> " Repcrt No. 6.2 Test Mec. 4C Start Date ? 3 mara. ~ 3, N /r ' 3 Specimen Temo. /b - - GSI /' e Test Title POST-RADIATION FUNCTIONAL 1 TEST ITEM #2 dl '4 '3 Pressure Volts-DC ma - DC Volts-DC ma - DC Volts-DC ma - CC i 0 oste

3. 2 V 4

3 36 7

3. M 9

[_ _ - 4 s i,- /. 8 tl 3 f.R S 3 /. V t/ 3 O psis 3. 2 9 9 3,32 1 3..; 3 7 } 5 u .30 este z/. 7 Y , 2_ 1/.90 t2. A // /L so r W csic feu rT

6. Io 15 lo. I 3 85 L

.N osig 496 /7 6.9 f /7 l 7,o 4 /7 So 77' / y 776 et j 7.71 ty I 15 si2 7, o c r7 '~ / 09 r7 v.e 7 b '~*C 5 r5 10 IS L.tr or 10.~ s t. i 3 I 5 esic (1.72 17 Z/, J 3 'L-4.t i st l l o este 3.g6 'I J35 7 3.55 1 ) lw 1 REMARKS N me f. A u l. *-o u .L n f. _ M 0 f- ./ i w A+ r i l t._ NA M b"/ Y Date: S / 3 / 8> Scecimen aite: Testec By ~ Witness hNICI# Date: f-Y Scec men Passe: NO A Written Sneet Nc. O of 2 DMM I M 78 Accrovec L / W H - 6 1.'. A r. 1 1 L

DATA SHEET page iv-4 Report 43904-1 Custome, Duke Power LE LABOR ATORIES 5:ectmen Differential Pressure Transmitters ~ 3904 Par: No. 386A Amc. Temp. 6 / Jcb No.

scee,

%5/6960/ES Phete dO Report No. Para. 62 Test Med. GW Start Date ~2 - ? - 7 P 5,N /9' ir>J3 Specimen Temp. A-GSI Oe Test Title POST-RADIATION FUNCTIONAL l TEST ITEM #3

#1

2
3 oc vn1*=-oc ma - nc pressure volts-oc ma - oc vel =-oc mm -

? 0" H:0 1 09 H 2 09 4 2.09 4 s.. 15" H-0 3,73 8 3.73 8 3.75 y ' 3C" H,0 f w '2 /2 g. L., t /2 6, # 3 /2 i I 45" H O 7it 16

2. 1 I i t.

7-or i t. 2 L 6c" H o e.T r

2. o 9

ys 20 ,g.7 e 22 2 '5" H O 7.to IG 2, o e is

9. i n ic i

2 b 30" H,0 5". 4/ ~2_ tt 8, '4 7.- /2 5.42. / 2. l 15" H,0

2. 7 3 8

l 3.7C i l

s. ?5 2

b l 2, o 1 C. 2, ei o" H.o

2. o 9 4<

l REMARKS l [ d/l n1*. m. 1 L. d. m h-ls. u I J / J ~ e' L. fL 5 SDectmen Faile: Testec Sy/$N M Cate: Cate: - h-# N 8A>I.- Scecimen Passe: / Witness I NO A f/ritten Snee: No. 7 cf 3 bo.f IW7# Accrevec / W H-614 A .e----mmem - wsw -,w w w --l ~

l Page IV-5 DATA SHEET Report 43904-1 Customer Duke Power WYLE LABOR ATORIES .S;ecimen Differential Pressure Transmitters Part No. 386A Amb. Temo. 72'# Job No. 43904 spec. 545/6960/Es Pho:o Report No. Para. 5.2 Tes: Mec. 4" Star: Date f - 7 8

5. N

/6 / Specsmer. Temo. Av" h A-GSI FUNCTIONAL (7 (1/fu //p,fr,f,./ Test Title i I l TEST ITEM #1 , 71

2
3

' Pressure Volts-DC ma - DC Volts-DC ma - DC Volts-DC ma - DC r-e I O osig 3 :2 8 J. f.78 1 ' -5 esto '7/7 4 n e<tg $. / ^'I O T' 5 esig % 787 /> i 10 osic d7M [ f[$ 1 n.;- 20 osic 2 2.

9. [/ 4 22 15 esic

7. b c

/f t < II[ /0 l ' 10 os io 6 csic 9 727 h' w 0 osIg $./'? { S./.17 r-L REMARKS 1 L. Am e -~ *:~ ?w1J ~ L 2v Jn n. / / // I i e r Y* Sce:imen Failec Testec Sy - 4' Ad Date: I ~ 4-7 9 [ Scec' men Passee Witness - Ab Date: W/M NC A Ymiten Sneet NC. / .8 of bi F#7/ Ac::revec W H - c !.: A

( DATA SHEET Page IV-6 Report 43904-1 Customer Duke Power WYLE LABORATORIES Sce: men Differential Pressure Transmitters N Jc0 No. L3904 Part No. 386A Amt:. Temp. Scec. 545/6960/ES Pheto Report No, i Dara. 5.2 Test Mec. 66 Start Date 3 - M 5, N /O Specimen Temp. /0o-

4 GSt f9/5 ye /46sr/5,J Test Title FUNCTIONAL #)

7 I TEST ITEM #2 i il

2
3 i

Pressure Volts-DC ma - OC Volts-DC ma - DC Volts-DC ma - CC i r- \\ c esi-

3. ;1(-

2

3. 35Y i_.

/. f[0 l l ,t 0 osic 7 160 8 E osla 'Y. 5'fC /I I (. L IC osig (.3/C l 15 :si 7YU _ n ,se @.Z2s 2c F].? 3 Y 70 15 asie 7Wf /f

4. 4 M

/5 to esic ~ -at-Y$0 0 psig .f.]77 6 J. J7.5' ~ n \\ L. RewARv9 ri r O u m A w 1 /.24/ b. ( C. N- / / // 6 ~ t t i i i Scecimen Failec Testec By d4-Cate: Y-/ / ' # ~

b e'M Date:

/b7# Scec: men Passee witness 1' 2 NG A Wr'tte't Sneet Nc. of db ?lW75 Accrovec ~ f i I. .VH-6i:A L

Page IV-7 DATA SHEET neport 43904-i Customer Duke Power WYLE LA80R ATORIES Scecimen Differential Pressure Transmitters Il '# L3904 Part No. 386A Amo. Temp. Job No. Soec. 545/6960/E5 Photo Report No. Para. 5.2 Test Med. 66 Start Date ? 5i N MI Specimen Temp. Wo*= d= 6 GSI Test Tstle FUNCTIONAL **2 '#*794 /ADisnid l i, TEST ITEM #3

1
2
3 Pressure Volts-DC ma - OC Volts-DC ma - OC Volts-DC ma - DC l

0" Hy0 .2./ff </f' 15" H2O ?.F// v. i 30" H30 f.fo> l I L5" H,0 7./f5 i. ' 60" H O 8.863 S L5' H90 7./99 a-30" H.0 f.vi6 l r-15" H,0

3. Set I

2./56 l-0" H2O -J 'l 2 - FL REMARKS i ? ux A wa24 w $~ .2'l ) w, fc e / / / L l l. A i r-l' i t i Scecimen Faitec Testec By // Ia Date: # # # 1 Scecimen Passec Witness [ Date: IN/7I NO A Written Sneet No. I I cf Acorovec [M [ Y#f8 ( W H - 614 A L

Q S PAGE NO. V-l SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. 4390k"I 1 i i Y i~ l i i i l l a I f 4 9* I i SECTION V F i POST SEISMIC FUNCTIONAL DATA L r l i L l r*

i i

r- ' s as P---

Page V-2 DATA SHEET neport 43904-1 Castomer Duke Power WYLE LABORATORIES 5::e:imen Dif ferential Pressure Transmitters Part Nc. 386A Amc. Temp. 48 % Job No. 4390h See. 545/6960/ES Phet: c' 9 Report No. 8.0 Para. Test Mec. 6 d. Start Date f 7 # Spe men Temp. [ae e S/N / t' / GSI oM I Test Title POST-SEISMIC FUNCTIONAL l r i TEST ITEM #1

1
2
3 o essure votes-oc ma - Oc voles-Dc

.na - oc Volts-DC ma - DC I O csig

L9 f f, R

.2.9 90 2.9 90 E -5 esic /.78 4 1724 Y I,723 4 0 osig 2,937 f 2 495 8 2.9'? / 0 5 sig Js.s H ll 4.58C 11 4 S89 i 7 k 10 osig 6,110 tas 4 ori o+ (.I$2-e4 b 15 :sia '~$., r i2 3,779 IE 2, 7 Vo 12 e. l ?,3Xa 11 l 9.3747 .2 r 20 osig 9,yrg 2) r 15 esic 7.739 I8 7., s C i8 1.1xs r2 I f,. I i o su 6, ts / '4 10 osic (,1go 19 i Ji.t? E ~ c osic M573 // H.S?4 ll n l ~ 0 psig 2.<? i o g l 2.qq o g 2.cpa, g R Et*A R KS MA. A J '-= L A-J. tc / / / f' i u. f L n Sce:: men Faile: Testec Sy Cate 3 7 P See:imen Passec / Witness NNade:M Date: 2 7-77 NG A Wr;tten Sneet No. / Of 3 AccroviC " r-l 5 lllb l { 'VH-ci4A

a DATA SHEET Page v-3 Report 43904-1 i r Castomer Duke Power WYLE LABOR ATORIES 3::e:: men Differential Pressure Transmitters 43904 Part No. 386A Amo. Temp. I A' # Jco No. Sce:. 6LE/6960/ES Pncto Repcrt No. 8.0 Test Med. 4 L'1 Start Date 7-? ' 8 Para. ,o 3/ N / e. l. Specimen Temp. a rh GSI N. Test Title *:ST-SEISMIC FUNCTIONAL i TEST ITEM #2 F1 72 3J P-essure Volts-DC ma - DC Volts-DC ma - DC Volts-DC ma - DC 0 psig gyjg g g, q gp g g qgy 2 ~5 osig 1, s s?] 4

j. 911

't l.1 o (- 'l 1 r i 1 0 osig 3.vo r 3 3.4 gn 2 5,quc 3 s. 5 osic U.fc4 /7 L/.f43 12-4 qu y It i L' 10 osig l'.def (C 4, 41 2. /G g.q q g s t,. i 15 asiq 7.9EC zo ),980

2. 0 7, 9o l 2o e

L -:- f.ci z 22 a, ou a

2-9.og g 22 l

e 15 este 7, s yn zo

7. 9 e u zo 7.19 e u

,c est= t, u s e 1L Lm i t. L, ayS' rL e -.s-4,94/ 11 4 9Co /I LI 9ss na T 0 asig

3. ys o 8

3.vSS 8

3. 4i i e 3

I _m R!'MA R KS Y W. [ L '.s L J, _ - e. J tl ~ f j / / I w. p.- l t u I b Cate.2 7-78 Scecimen Fanec Testec Sy wn,ess MMI // Cate: I- ?- 78 Scec: men Passec NC A Wntten Sneet NO. 2-- cf 3 $& % fd 3/W7f Approvec ~ W H - 6 1.:A

I I i Page V-4 DATA SHEET Report 43904-1 Custom.e Ouxe Power ~ WYLE LABOR ATORIES l 5::ec: men D i '#a aem i n i D--""-* T-"< i*ters 43904 386A Amc. Tem;:. 4F Jcc No. Dar: No. Spec. 5L5/6060/ES Photo 4' O Report No. 8.0 Test Med. 6J Start Date ?- 2' ?f Para. 1 5;N /B 3 Specimen Temp. b rn l GSl LIO Test Title POST-S E I SM I C r'JNCT10NAL i TEST ITEM #3 e

i

2
3 Pressure Volts-DC ma - DC Volts-0C ma - DC Volts-DC ma - OC 0" H 3

/, 92 2 4 I,928 4 f.42 9 4 i i 15" H_0

3. 2 ?c 6

3.2, c L :' ? 3r G i 3D" H,0 JJ. ~) 2 K 10

4. 7q q

/0 4_7v5 jo l l \\. l hs" H,0

4. 2 W

/3 4.2uz /5 L.248 1.3 1 r [ 60" H90 2 770 /7 7_772 /7 7,77/ 1 "7 L;" 9-c 6,118 /3 /. 250 /3 Z. 2 2 6 13 ( 3C' H 0 g,92g yo y_q y 9 to y, 72 9 jo 3 i 15" H8C

3. 2. C R 6

R.s t 9 3.243 L-I I L 0" s 0 /. 4 2x 4 i.92S 9 /. vs i 4 r-- l REMARKS w EU Au L% L_ n)~, n & ss ~ / / / f L ~ I L-IL Cate:8-7-7 f 5::ecimen Fanec Testec 5) Scecimen Passe Witness _ " '2/ Data: 3 72 NC A Written Sneet No 7 of 3 IN D

~

Acorcvec / r W H-614 A L -4 -u

VI*I ~ PAGE NO. SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. k3900-I e 5 e-k 7" t t I b I SECTION VI c-k f ACCIDENT (LOCA) DATA >+ t L = 1 w. V k I L L l i L i t l l I I i

Page VI-I DATA SHEET Report 43904-i REVISION C Cestsmer Duke Power WYLE LABOR ATORIES 3 e:imen _ Differential Fressure Transmitters 43904 Darr Nc. 3ObA Amt. Temp. J00 No. 5;e:. 45/6060/ES Pr.ct: Report Nc. Para. c0 Test Med. M#" Start Date 3/N /7f S'N Specimen Temo. GSI Test Title DESIGN BASIS ACCIDENT TEST l TEST ITEM #1 2.. s 1 1 U p X-Mitter Sensor X-Mitter Sensor Mic-Range Chamoer Chamber Chamber Chamber Tine Pressure Temo 'F Teme *F Pressure Pressure Volts-DC ma - DC 12.50 este t i L r l l I I I I I I l i i n >3-u c ? uu. o 429. e o

1. zs32.

7. i, I n.s 301L l50 17;. l l 339,9 6

13 yo y-733'l Ip 5 L sc.yc.so /73. 3 339.7 O 1.3yof 7.3(3 / 7.o l.373 / ?P/9 j /zs,

31 l l-. 5 0 17/./

3 y 0. 4 0 i r b Date: 3-M-78 5:e:imen Faoe: Teste: Ev / i v l Seetimen Dasse: V w.t9ess Date: i l NOA vermen Sneet N:. / cf [ [d 4,Jh %/7F A;orovec r i W H-61J.A e--

DATA SHEET Page VI-3 Report 43904-1 REVISION C Lsteme. Duke Dower WYLE LABORATORIES Sge:imen Different1al P essure Transmitters 3904 Lart NO. 386A Amb. Temp. Job No. 5 39,.. 5L5/6060/ES Pne:: Report No. N" Start Date Para 9.0 Tes: Med. 5'N Specimen Temp. GSI Test Title DESIGN BASIS ACCIDENT TEST I TEST ITEM #1 r in.3 a c o u X-Mitter Sensor X-Mitier Sensor Mic-Range Chamber Chamber Chamber Chamber i Time Pressure Tems *F Temo 'F Pressure P res si.:re Volts-DC rr.a - DC r 114. s t -12.so os;e 17D. 7 3 10.1 O l.3435 '7. y 2 D /[r.O i M r.4c 0 5 /70. 9 3 3 9. 6 O l.3 6 'F7 7.379 / ?. c 7 1 p.'il ;3c - t 2. s I ')2. p 339.5 O l.53eg 7.3L 9 /?.6i 10.5 I 73 ? a ll. 2 C 1366ll7.HI 17.5 ; 9 3 :ll I25 17?.9 s VI. D 0 1.3931 7.yvy IP. o 93 ^. 'ic. r 411%.') G - l2 5 I72. ? .5 41. ? d /,392'? 7.'13 5 )hc. 12 5 I 72. l-33 9. y 1 8 I.3735 79g6 l l 7 ct V

u. 9c l0llll ID 3 17.n. 7

w. h 0

1. % 'o 4 l 7. 3 fr 8 I ?. cf (ll.3b ID. 't 170. 5 540. 5 0

138% l?.389 I?. 5 j

02.'ll -

Id. 9 17b.0 3 90.4 0 13 7Er0 7 VOC / ?. 5 id.'4G - IS. 6 I77 ? .NI. Tc 0 1.YIOb 7.y?9

17. 5

03'/6 - 10, 5 17/.0 34/.9 62

1. 3 frW 7Y-99

/ f.o c3: 4 6 - /J. 5 l 170. 3 sy/. o O 13 997 2 y re . /.7. 6 ny. il - 10, 6 17?.D 3 @.b 0

1. 3 cf g / l ?, 53 5 ll p. 5 L

07'W - 11 5

/ 7/. E 3 9'0. r O l.3 9 9 y-7.603 /7. 5 6 I??.7 5 Va./ O lf009 7.50/ 17.5 L

0: /(

1 J. 5 r n5'.Y& ~ lD.5 I 72.3 syl. Tc 0 I.3 96'? 7.63 Y I ?. O \\d ; L - ,12-5 ! ?.2.5 3 N. / O

l. dO9C 7 59 J l'f o i

Date: IW"M See: men Fane: Teste: Sy V S::ee:mer cassec witness Date: NC A Wn!!en Sreet Nc. b b Ci ^ D'0**C '3 WW r I W h - 61.' A 4

w; DATA SHEET e.ge Vi_u Report 43904-1 Custome Duke Power REVISION C WE LABOR ATORIES S:.e:imen Differential Pressure Transmitters 43904 Part No. 386A Amb. Temp. Job No. Spec. SL5/6060/ES Photo Report No. Oh Start Date Para. 9.0 Test Med. S/N Specimen Temp. r-GSI Test Title DES 1GN BASI 5 ACCIDENT TEST l I' l l TEST ITEM /1 C4Md' 8 r. X-Mitter Sensor X-Mitter Sensor 5 Mid-Range Chamber Chamber Chamber Chamber l Time Pressure Temo *F Temo *F Pressure Pressure Volts-DC ma - DC! f _f 12.50 osie I M: di i m so I9.25

? s// 3 0

1.39 ??' 7 572 /4 c 87:it !]>co i

t. ;.

339. v' c

l. SC 9 </

7-V&F /C.x = \\c7:ub n.c is7.o Bic. 2 C Mo s! t 37& i.cc bV: 4 12.5 /72 9 3 0/'. 4 D I,dV /7 l'5 V V /7-O I ( i i bT.'U9 13 5 / ~?2./ 3 dc, 2 D /,cl/ - 5 7 ~?. i s 7 /P'D l '09.'I9 12.c I 7.2.5 3dC? Y D ,U2 M ~7. 5 d U /P.c i ~ ^ L nC: 0 ? i; 5 l1c2 9 3 <!.t., c/ O h!7 /? 7 5 ? ?' /?' o I

12. s I ~75, I 3419 o

Md. ? 3 ~2 5 5 Y

17. s l

.I I/O:i9 l/o:49 ip. 5 / -7 2.- 5' 3d( 5 O bl5 44 7 'l42. /9 o I l l):19 aS 1,2.L no,s o /,45f9' 7-5 R t I ?. v I \\ / l//509 i n,3 i23 -5 dos f O l.dsc3 9.d 9( ly. o. ; '? c J.2.'l9 / 2.5 )J/. 7 3dl O O !. d 5 1.s' 7, v' ? <f IMc ! 5 / 9:49 1. 5 /72 3 3 ci 2.(, o I.d?9c 7-4 i L /Vo l $ R,'l 9 / i2 : / 75. G Jate o o /- YG 3's 7 L V7 /E' o 5 L 1I g : y'? I 175./ Z ue, 3 o I.G 90

7. VP/

1R n L d :/ 9 1.15 19X. V 3 01 7 C l H75 7-520 /J* c I !Id'd9 /:-5 t 73. <l 3 do. 9 c l dio y .7575 /t.o l " b-Specimen Fadeo Tested Sy /,M - Date: a Socc: men Passec V' Witness

Date:

NOA Written Sheet No. 7 of I b ['" 7# / Approved W H-614 A

u.- DATA SHEET Pege vi_3 Report 43904-1 Customer Duke Power REVIS10 MLE LABORAgRIES Scecimen Differential Pressure Transmitters 43904 Part No. 386A Amb. Temp. Job No. Spet. 4 5/6060/ES Photo Report No. Para. c.0 Test Med. Start Date S/N Specimen Temp. - GSI Test Title DESIGN BASIS ACCIDENT TEST TEST ITEM #1 C///#/'/3 O / A 3 X-Mitter Sensor X-Mitter Sensor [ Mid-Range Chamber Chamber Chamber Chamber l Time Pressure Temo "F Temo *F Pressure Pressure Volts-DC ma - DCl 12.50 osic /5.'/ 9 /2.50 /7a,9 J<// 6 O /,d749 '7,5</ 7 /rc ll1.gc 1 .5 c / n. 7 30 0 D l b 00 75s/7 //- O I /t 'i 9 /2 5c / 73, / 3 t13 O ), d7Vgf 7, G e 5 /P o / (M J2, To /73.d S V/ 0 o /, dsw 7 5o L li/, c </ 7 o V

7, & c 9

/7, o l ll 7.'/ 9 i2.%o 17 x, o R d2. d o / F 7.'c!? l 2. b o I 7 3, e 3 t//,c/ o j,g5gg 7 534 )p, o l L S ?A:r Jed A-4 / W 'f -. 17.'l o

/ M d J.-

/D.50 172.5 J Tf 7 2 O n, Wda 7.5o 2 /8 c _ el911t} /9,30 / J /, Q / 84 r '7 O 885.39 '/, 5 5 0 )%cl / l sJo Opr4 1-n. ~ 8 \\ { I 3-n-J o l 07.'/:- /2.3~0 /'7/. 4 ffV. (, C 876:- 2S98 /f. G l />l Ti !? G / ~) ;.- lF: c-4 74 c Y is'a c l L

7..cV/

/8.o I 1 /4.'00 /2 5" / 7/. o /87'? O i YW78 l I e7so i.z. S /7/. o m *P o 7Di

n. z-b M5 Date: N//!7N

~ Scecimen Failec Tested Sy Soe:: men Passed Witness Date: NO A Written Sheet No. - I of E Approvec - N7# W H-614 A

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- q DATA SHEET Page VI-12 Report 43904-1 Customer Dub o,w-r WYLE LABORATORIES Specimen Dif ferential Pressure Transmitters Part No.

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DATA SHEET Page vi-is Report 43904-1 Customer But e-Pw-MLE LABORATORIES , Specimen Dif ferential Pressure Transmitters Part No. 386A Amb. Temp. Job No. L3904 Spec. 545/6960/ES Photo Report No. - - Para. 9.0 Test Med. N' Start Date S/N Specimen Temp. GSI Test Title DESIGN BASIS ACCIDENT TEST i TEST ITEM /2 '~ 1 X-Mitter Sensor X-Mitter Sensor l flid-Range Chamber Chamber Chamber Chamber l ~ Time Pressure Temp *F Temp 'F Pressure Pressure Volts-DC ma - DC l i %;//13r 12.50 psig /7p *f /g7 or 24:sz >= i (~ isoc. 12 / ) 7) '? /88's 7 c.fS .1o i 7.453 2* l ~ 22: Jo 12.f In 't /f7'f

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DATA SHEET l%,$'$05-i Customer Duke Power WYLE LABOR ATORIES o -e=n-, T-=ae-Itters Specimen Di'f e--

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s DATA SHEET Page Vl-22 Report 43904-1 Customer Duke Power WYLE LABORATORIES Specimen D f Ha-a-e f a t D e-o n ra T-ar witters l Part No. 306A Amb. Temp. Job No. L'onL Sp:c. CLC/Ac60/e9 Photo Report No. j Ptra. 0.0 Test Med. 1 *'u start Date IY7f j ~ S/N Specimen Temp. GSI Test Title DESIGN BA$l$ ACCIDENT TEST TEST ITEM #3 X-Mitter Sensor X-Mitter Sensor [ Mid-Range Chamber Chamber Chamber Chamber Time Pressure Temo 'F Temo *F Pressure Pressure Volts-DC ma - DC. l /]!eo 30" H O /7.2. 's= N/A N/A f'f.3 S /0 2 ~ /$30 ,20. ( 17V i 9' 72 7 /t. [" ~~ Y ??4 /4 0 l }2*co 30 / 77'#f ~ -~~ ~ b/1'.'/S Jo " / 7'/ 'f f f 01 IS.O ~ ! /4.'00

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DATA SHEET Pc02 VI-23 Report 43904-1 Customer Duke Power WYLE LABORATORIES S;.ecimen o f "a r-n-f a t Preeen-, T-anc-i-ters Part No. 386A Amb. Temp. Jcb No. L?onL Spec. CLc/Actn/e( Photo Report No. i Para. 0.0 Test Med. Start Date 2//?/ 7F S/N Specimen Temp. GSI Test Title DESIGN BASIS ACCIDENT TEST I I TEST ITEM #3 X-Mitter Sensor X-Mitter Sensor Mid-Range Chamber Chamber Chamber Chamber { Time Pressure Temo 'F Temo 'F Pressure Pressure Volts-DC ma - DC. N/A Yff2.- ) 2. ) /."Ob 30" H 0 /72 f N/A 2 Y/f/28 3'7/8 / 't l r?.'yo Jo,s o / 72 '? i~ J72.?F J'4s3 /3.S~ l [. ISi00 30.! osa J~ t. yy J 4-l .19'.'c o 3o s /72"P !3//F l ) i C.718 f f' l '09:30 Jo /72*F l:i l l /, _{ e p f l /iro ] d /72 'E l S*. 3 7 z. sy ~ ~ i /3lo0 30" /72*F SW3 7Y l / j/r to 3",, /71"E S */C 2- /Y l ~~ T 3/DI i I

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DATA SHEET Page VI-24 Report 43904-1 Customer Duke Power WYLE LABORATORIES S;ecimen b f %-a a-Ial Pr =en-a Trancai**ers Part No. 386A Amb. Temp. Job No. L?cok Spec. CLC/4C6&/rt Photo Report No. Para. 9.0 Test Med. Start Date S/N Specimen Temp. GSI Test Title DESIGN BASIS ACCIDENT TEST TEST ITEM #3 X-Mitter Sensor X-Mitter Sensor Mid-Range Chamber Chamber Chamber Chamber r Time Pressure Temo 'F Temp *F Pressure Pressure Volts-DC ma - DC. jh2 //.'M 30" H;0 /7,27 N/A N/A g.4 ff /7 I ~~ 1 /Cso Je,d,a, /71*P

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s.:. DATA SHEET Page VI-25 Report 43904-1 Customer Duke Power Scecimen Di#f ar-n+ f =1 Drae-ne. Tem-wit *ers Part No. 386A Amb. Temp. Job No. LionL Spec. CLc/'cAo/rt Photo Report No. M~ Start Date ~ Para. 9.0 Test Med. SIN Specimen Temp. GSI Test Title DESIGN BASIS ACCIDENT TEST l r-TEST ITEM #3 4 X-Mitter Sensor X-Mitter Sensor r Mid-Range Chamber Chamber Chamber Chamber l Time Pressure Temp 'F Temo *F Pressure Pressure Volts-DC ma - OC. N/A [. 8 < 0 /(- l /N (. N/A l 30" H 0 9 e { l/l.'/S 30 / 73 * ~

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r-YII'I PAGE NO. SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. 43904-1 F ] 4 Y r* t i V f~ l SECTION Vll POST ACCIDENT (LOCA) FUNCTIONAL DATA M L b r IL F L L F L. lr lt

DATA SHEET e.g. vii-2 Report 43904-1 ~ C ; ster,er Duke Power 3,.,.,, n Differential Dressure Transmitters WYLE LABORATORIES 386A 04 cart No. Ame. Temc. 70 */' J00 No. Spec. Sk5/6960/ES Pheto Report No. Para. 10.0 Test Med. 6 Alt-Start Date I-//-78 ~ i 5, N /S/ Specimen Temp. 8" M8 GSI Test Tit le POST-ACOIDENT FUNCTICNAL e-l TEST ITEM #1 fl

2 13 Pressure Vol:s-CC ma - DC Volts-DC ma - DC Volts-DC ma - DC

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DATA SHEET Page Vil-5 Report 43904-1 04tomer Duke Power 5:ecimen Differential Pressure Transmitters u LABORATORIO Par: No. 306A Amc. Temp. 70 Y 3904 Joo No. S cec. %5/6060/ES Phete Reper: Nc. [' Para. 10.0 Test Med. 6' # t-Start Date M-N-7 F 5

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,P" DATA SHEET pege vii_6 ~ Report 43904-1 Customer Duke Power E LA80AATORIES gge:, men Differential Pressure Transmitters Cart No. 386A Amc. Temp. 7e / Jco No. 43904 Scec. 545/6960/E5 Photo Report No. Para. 10 0 Test Med. 4#t Start Date I-#-7# i SIN '#3 Specimen Temp. #w. 4-4 GSi Test Tit le _ POST-ACCIDENT FUNCTIONAL l r TEST ITEM 43 i r "I f2 73 Dressure Volts-0C ma - DC Volts-DC ma - CC Volts-0C na - DC [

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PAGE NO. VIIi-1 g 43904-1 SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. l 4 I w. I e w, b SECTION Vill POST TEST INSPECTION DATA I~ L FL L .w. M ? m me M M M m

DATA SHEET "' S ' V ' ' - 2 Report 43904-1 REVISION A l Cast;me, DWe Power l ME LABOR ATORIES See, men Differential Pressure Transmitters Part No. 19 9 Amc. Tem:. 78 Jco NO. L100L See:. 5ks/6960/ES Pncto Re::crt NO. Para. 10.0 Test Med. Start Date N-#- 7# 3, N Scectmen Temp. b - If**M - GS1 Test Titte PCST-TEST INSPECTION I TEST ITEM 41 Cs' N/ REMARKS: . Eale J k. M RNe' $4'- U&YO L '.J r L L_ p,n Q 2 J- - L ' - / jf _ ng, [p g r s i o swmAls'~-wom)t_24 D h -- e _- s "-- - A. hA-W h-a en > > > > + / / r _ fa4Lul. f$-%_ M:) k & &_f a k u ~ u,,.. s L,,n n,~_ s ce j << t t TEST ITEM 32

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X~I PAGE NO. SCIENTIFIC SERVICES AND SYSTEMS GROUP REPORT NO. k3006-I e-r f P SECTION X WYLE LABORATORIES TEST PROCEDURE 545/6960/ES FL i i l I L r .L r L L M

\\ Paga X-2 9 Report 43904-1 1 9gg0 Sh EST PROCEDURE 545/6960/ES TEST PROCEDURE NC. January 24, 1978 tC.sswic staviCEs ANo sysitvs onouP DATE:

o Box tooe.wuwisvisLE atA8Aua ssao7 Twx.atoi 2s 2:25. rstEPwoNE f2061837411 n

p-, TEST PROCEDURE FOR PRESSURE TRANSMITTERS AND i REMOTE SENSORS 4 ~ FOR DUKE POWER COMPANY CHARLOTTE, NORTH CAROLINA r-APPROVED BY: APPROVED BY n FOR: PROJECT MANAGE APPROVED BY: APPROVED BY FOR: QUALITY ENGINEER-h,!I/ /MY-A > APPROVED BY: A

M' PREPARED BY POW Je,, -

+_m - r < PRO;EcT ENGINEER: F' L REVISIONS ,o..,0 sir w. NEv. Ng l DATE PAGES AFFECTED BY A P P'L. DESCR;PTION CF CHANGE 5 t I l I l L f^ w >= l* ~ COPvRIGHT SY WYLE LA80RATCR!ES. THE RIGHT TO REPRCDUCE. COPY. EXHIBIT, OR OTHERWISE UTILIZE ANY Or THE MATER!AL CONTAINED HEREIN WITHOUT THE EX8RESS PRIOR PERMi$$iO4 0F wvLE LABORATORIES !$ PROHIBITED. THE ACCEPTANCE OF A PURCrtASE ORDER IN CONNECTION w!TH THE MATERIAL CONTAINED MEREIN SHALL TE EQUIVALENT TO EXPRESS PRIOR PERMIS$10N.

Page X-3 Rcoort 43904-1 Test Procedure SL5/6960/ES PAGE NO. SCiENTWrC $(RylCES AND SYSTEMS GROUP TABLE OF CONTENTS Page Number 1.0 SCOPE. 3 2.0 TEST ITEM DESCRIPTION. 3 3.0 TEST EQUIPitENT REQUIRED............ 5 l 4.0 PRE-TEST INSPECTION AND CALIBRATION. 5 t 5.0 TEST REQUIREMENTS AND PROCEDURES. 7 6.0 C0f1BINED BACKGROUND AND POST-ACCIDENT RADIATION EXPOSURE.............. 9 r i. 7.0 SEISMIC QUALIFICATION TESTS. 9 3.0 POST-SEISMIC FUNCTIONAL TESTS 11 r-t' 9.0 ACCIDENT TESTS (LOCA)........... 11 iI 10.0 POST-ACCIDENT FUNCTIONAL TESTS......... 11 11.0 POST-TEST INSPECTION. 11 I[; 12.0 TEST REPORT.................. 12 ~- Figure 1..... 13 Fiaure 2...... 14 Figure 3.................... 15 L Figure 4.................... 16 Figure 5.................... 17 Figure 6.................... 18 "^ Figure 7.................... 19 Figure 8.................... 20 Figure 9.................... 21 Figure 10.............. 22 Pe# W 6* e

PCge X-4 Rsport 43904.) Test Procedure 545/6960/ES 3 ggg PAGE No. SCIENTIFIC SERV 1CES AND SYSTEMS GROUP 1.0 SCOPE P 1.1 This Test Procedure outlines the steps to be taken by Wyle Laboratories to perform a Qualification Test of an ITT Barton Model 386A High-Temperature, Pressure Sealed Differential Pressure Electronic Transmitter for use in Pressurized Water Reactor (PWR) Nuclear Power Generating Plants. The test items are described in Paragraph 2.0. Testing will be performed to meet the requirements of Duke Power Company Specification No, MCS-1393.01-00-0001, dated October 30, 1977, and Duke Power Company Specification No. MCS-1393.00-1, dated August 17, 1973. Testing will be performed in the following sequence: ~ i Pre-Test inspection Pre-Test Calibration Functional Tests [ Radiation Exposure with Specimen Operational Post-Radiation Functional Tests r-Seismic Qualification Tests I Post-Seismic Functional Tests Accident Tests (LOCA) r E Post-Accident Functional Tests Post-Test inspection C. 2.0 TEST ITEM DESCRIPTION F 2.1 The Barton Differential Pressure Transmitter consists of a. fluid-filled, i m bellows-type sensor and an electro-mechanical transmitter. A total of I r three items will be tested. Two units have remote sensors and have a range of -5 to 20 psig. The third unit has no remote sensor and has a range -L-of 0" to 60" H 0. 2 huse L r ~ 1

Page X-5 Report 43904-1 REVISION B 545/6960/ES oumri w e w 4 PAGE No. g g 50lfNTIFIC SERVICES AND SYSTEMS GROUP 2.0 TEST ITEM DESCRIPil0N (CONTINUED) [- 2.1 Continued Characteristics of each test item are shown in the following table: TABLE I [

1
2
3 Nomenclature Differential Differential Differential r

i Pressure Pressure Pressure Transmitter Transmitter Transmitter Model 386A 386A 386A 4 Range -5 to 20 psig -5 to 20 psig 0" - 60" H O 2 l~ Thermal Effects B Accuracy: 80-130*F + 0.5% F.S. + 0.5% F.S. + 0.5% F.S. B 130-280*F T 10% F.S. I 10% F.S. I 10% F.S. B 280-320*F i25%F.S. E25%F.S. E25%F.S. B' Repeatability + 0.2% F.S. + 0.2% F.S. + 0.2% F.S. A Sensitivity +.01% F.S. +.01% F.S. +.01% F.S. A [ Temperature Range 40*F.to 300*F 40*F to 300*F 40*F to 300*F A L Humidity Range O to 100% 0 to 100% 0 to 100% Input Voltage 40 VDC 40 VDC 40 VDC Output Current 4 to 20 ma 4 to 20 ma 4 to 20 ma i. NOTE: Throughout this procedure test item serial numbers 101, 102, and 103 shall be designated as test items 1, 2, and 3, respectively. L M Wr W p-e Pomes 9 999 9 93-6 77

Paga X-6 R; port 43904-1 TEST PROCEDURE NO. 545/6960/ES PAGE NO. WYLE LABGtAM SCIENTIFIC SERVICES AND SYSTEMS GROUP 3.0 TEST EQUIPMENT REQUIRED I 3.1 The following equipment is required to perform calibration and functional tests of the Transmitter: 1. Resistor Decade Box: 1%,1/2W, O to 20KD, 0.1 2. Digital Vcitmeter, DC (DVM): + 0.02% 1 3. Power Supply, DC: O to 80 volts DC, 60 ma min Regulation 3% [ Ripple 1% 4. Precision Load Resistors: 500 ohms +.01%, I watt 5. Pressure Source: Air or GN to provide zero to full 2 scale pressure, O to 20 psig, or 0" to 60" H O 2 ( 6. Pressure Readout Accuracy: 0" to 60" H O + 0.5" H O 2 2 O to 20 + 0.5" Hg 7. Milliammeter: O to 30 ma 0.5 full scale { 4.0 PRE-TEST INSPECTION AND CALIBRATION L 4.1 Pre-Test inspection a A visual inspection will be performed on each test item upon its delivery ~ to Wyle Laboratories to insure that the test item has not been damaged due to slipping or handling since manufacture. 4.2 Pre-Test Calibration i~ 4.2.1 Test items I r, 2: -5 osig to 20 osig Transmitters m 4.2.1.1 Electrically and pneumatically connect the Transmitter to be tested as j shown in Figure 1 and adjust the DC power supply to 40 VDC. Allow the i equipment to stabilize for 30 minutes. 1 t NOTE: The Transmitter and Sensor must be mounted at the same height + 1/2". 4.2.1.2 Record the initial output from the transmitter at 0 psig. I 4.2.1.3 Connect the pressure source, as shown in Figure 1, to the LP side of the L Transmitter and apply 5 psig. Record the output from the Transmitter as shown on the digital voltmeter. Adjust,as needed,the zero potentiometer to obtain a 2.000-volt output. Reduce the pressure to O psig. Disconnect the pressure source. Note: +5 psig applied to the LP side of the Transmitter simulates ~ -5 psig at the Remote Sensor. l

Paga X-7 Report 43904-1 Test Procedure SL5/6960/ES b PAGE No. SCENTWIC SERvlCES AND SYSTEMS GROUP 4.0 PRE-TEST INSPECTION AND Call 8 RATION (CONTINUED) 4.2 Pre-Test Calibration (Continued) 4.2.1 Test items 1 & 2: -5 osic to 20 osig Transmitters (Continued) 4.2.1.4 Connect the pressure source, as shown in Figure 1, to the Remote Sensor. j Record the Transmitter output as shown on the digital voltmeter. Apply 20 psig to the Sensor. Adjust, as needed, the Span potentiometer to obtain an output reading of 10.000 volts as shown on the digital voltmeter. F Note: If the Span potentiometer is adjusted, repeat Paragraphs 4.2.1.3 f and 4.2.1.4 in sequence until no adjustment is required in Paragraph 4.2.1.4. The instrument is now calibrated. I 4.2.2 Test item 3: 0" to 60" H O Transmitter 2 [ 4.2.2.1 Electrically and pneumatically connect the Transmitter to be tested as ( shown in Figure I and adjust the DC power supply to 40 VDC. Allow the equipment to stabilize for 30 minutes. g,. f 4.2.2.2 Connect the pressure source to the HP side of the Transmitter. Apply 0" H O pressure and record the initial output from the Transmitter as shown 2on the digital voltmeter. Adjust the zero potentiometer,as needed,to obtain an output of 2.000 volts as shown on the digital voltmeter. t 4.2.2.3 Apply a pressure of 60" H O and record the output from the Transmitter as 2 ~ shown on the digital voltmeter. Adjust, as needed, the Span potentiometer to obtain an output of 10.000 volts as shown on the digital voltmeter. Note: If the Span potentiometer is adjusted, repeat Paragraphs 4.2.2.2 and 4.2.2.3 in sequence until no adjustment is required in Paragraph 4.2.2.3. -~ f"' The instrument is now calibrated. 7 ' h>e W= m p-haue J t-g

Paga X-8 Report 43904-1 Test Procedure 545/6960/ES 7 PAGE No. SC4ENT*lt SERVICES AND SYSTEMS GROUP l 5.0 TEST REQUIREMENTS AND PROCEDURES 5.1 Reauirements 5.1.1 The test items shall demonstrate the ability to activate or de-activate interface equipment or not to cause spurious activation or de-activation throughout the qualification testing. The test items shall be opera-tional at mid-range pressures and data recorded as applicable during j radiation testing, seismic testing, and accident testing. Pressure boundaries shall remain intact throughout qualification testing. Failure of any Transmitter to demonstrate its design capabilities, as_s,hown on Table I, j-Page 4, during qualification testing shall constitute failure of that unit. t i 5.2 Procedures 1 5.2.1 Functional Test: Test items 1 & 2 - 5 to 20 psig 5.2.1.1 connect the test specimen electrically and pneumatically as shown in Figure 1. f' Ascertain pressure gage PG1 will indicate 0 to 20 psig. 5.2.1.2 Apply 40 VDC to the Transmitter and allo. 30 minutes for stabilization. ~ 5.2.1.3 Record the initial output from the Transmitter at 0 psig as shown on the digital voltmeter. Record current "n milliamps as shown on the milliammeter. 5.2.1.4 open valve vi and valve v2, close valve v3 (see Figure 1). 5.2.1.5 Apply 5 psig to the LP side of the Transmitter as shown on pressure gage PGl (Figure 1). This step simulates -5 psig at the Sensor. Record the output s_ from the Transmitter and the current from the mil 11 ammeter. Reduce the pressure to O psig. 5.2.1.6 Repeat Paragraph 5.2.1.3. I 5.2.1.7 close valve V2 and open valve v3. N 5.2.1.0 Apply 5 psig to the Sensor. Record the output from the Transmitter and the current from the milliammeter. ~ 5.2.1.9 Repeat Paragraph 5.2.1.8, increasing the pressure 5 psig per step, until 20 psig is applied to the Sensor. Record the data each step. 5.2.1.10 Reduce the pressure to 15 psig. Record the output from the Transmitter and the current from the milliammeter. 5.2.1.11 Repeat Paragraph 5.2.1.10, decreasing the pressure 5 psig per step until 0 psig is applied to the Transmitter. Record the data each step. 5 2.1.12 Repeat Paragraphs 5.2.1.3 through 5.2.1.11 for a total of three (3) times. + w .s= =-ase-- + -e,-

Pcga X-9 r-Repor: 43904-1 Test Procedure 545/6960/ES PAGE No. g g,g SCENTIFIC SERVICES AND SYSTEMS GROUP 5.0 TEST REQUIREMENTS AND PROCEDURES (CONTINUED) 5 5.2 Procedures (Continued) 5.2.1, Functional Test: Test items 1 & 2 - 5 to 20 psig (Continued) 5.2.1.13 Close valves VI and V3. Remove the 40 VDC from the Transmitter. 5.2.2 Functional Test: Test item 3 - 0" to 60" H O 2 5.2.2.1 Connect the test specimen electrically and pneumatically as shown in Figure 1. Ascertain pressure gage PGl (Figure 1) will indicate 0" to 60" H 0. Disre-2 gard valve V3 as this Transmitter had no remote Sensor, s. 5.2.2.2 Apply 40 VDC.to the Transmitter and allow 30 minutes for stabilization. ) 5.2.2.3 Record the initial output from the Transmitter at 0" H O as shown on the 4 2 digital voltmeter. Record the current in milliamps as shown on the milliammeter.' b 5.2.2.4 Open valves VI and V2 (Figure 1). {- 5.2.2.5 Apply 15" H O to the HP side of the Transmitter as shown on pressure gage 2 PGl (Figure 1). Record the output from the Transmitter and the current from the milliammeter. 1 L, 5.2.2.6 Repeat Paragraph 5.2.2.5 increasing the pressure 15" H 0 each step 3 until 60" H 0 is applied to the HP side of the Transmitter. Record the 3 data each step. 5.2.2.7 Decrease the pressure to 45" H 0 and record the output from the Transmitter. I Record the current from the mi liammeter. l 5.2.2.0 . Repeat Paragraph 5.2.2.7, decreasing the pressure 15" H O each step until 2 0" H O is appl ed to the HP side of the Transmitter. Record the data each step. g, 2 5.2.2.9 Repeat Paragraphs 5.2.2.3 through 5.2.2.0 for a total of three (3) times. 5.2.2.10 Close valves VI and V2 and remove the 40 VDC from the Transmitter. i L.. n ww ^ i me m b

Pago X-10 r Report 4390k-! Test Procedure CLE/6060/Es ? PAGE No. 9 g $0lENTWIC SERvlCES AND SYSTEMS GROUP i 6.0 C0flBINED BACKGROUND AND POST-ACCIDENT RADIATION EXPOSURE 6.1 The test item assemblies will be uniformly exposed to a source of Cobalt-60 for a period that will yield an equivalent air dose of gamma radiation simu-lating the combined background and accident radiation doses. The combined g 6 RADS per dose will be 2 x 10 RADS and the maximum dose rate will be 5 x 10 hour. The test items will be installed in the Hot Cell (Gamma) as shown in Figure 2. Mid-scale pressure will be applied to the test items and data recorded and logged each hour as applicable. I I 6.2 Post-Radiation Functional Tests [ 6.2.1 Perform functional tests as described in Paragraphs 5.2.1.1 through 5.2.2.10. t. 7.0 SEISMIC QUALIFICATION TESTS f 7.1 Soecimen Mounting and Orientation e The specimens, as described in Paragraph 2.0, shall be mounted on Wyle-fabricated test fixture (s). The test fixture (s) shall be placed on the Wyle fiultiaxis Seismic Simulator Table such that the longitudinal axis of f' the specimens shall be colinear with the longitudinal axis of the test table. b-For the second axis of tests, the specimens shall be rotated 90 degrecs in the horizontal plane. The specimen mountin'is shall simulate the in-service "] mounting configuration as closely as pract ical. '~ 7.2 Specimen Tie-Down The specimens shall be rigidly mounted on Wyle-fabricated test fixture (s) using commercially available bolts, nuts, and washers. The test fixture (s) shall, in turn, be welded to the test table. I t. 7.3 Excitation 7.3.1 Simultaneous Axes Excitation Each horizontal axis shall be excited separately, but each one shall be excited simultaneously with the vertical axis (longitudinal simultaneously f with vertical, then lateral simultaneously with vertical). The specimens l-shall be operational at mid-range pressures during the seismic qualification. Data shall be logged as applicable. L-7.4 Exoloratory Search 7.4.1 A low-level (approximately 0.2 g both horizontally and 0.1 vertically) multi-axis sine sweep from i Hz to 40 Hz shall be performed to establish major resonances. The sweep rate shall be 1 octave per minute. IM + u .. _, =

Paga X-Il Report 43904-1 Test Procedure SL5/6960/ES T 10 PAGE No. g SCiENT*lC SERVICES AND SYSTEMS GROUP h 7.0 SEISMIC QUALIFICATION TESTS (CONTINUED) i~ 7.5 Multi-Freauency Test; 7.5.1 The specimens shall be subjected to simultaneous horizontal and vertical input of random motion consisting of frequencies spaced 1/3 octave apart over the range of 0.5 Hz to 40 Hz. The amplitude of each 1/3 octave l-- frequency will be independently adjusted in each axis until the Test Response Spectra (TRS) envelopes the Required Response Spectra (RRS). The RRS for the horizontal OBE and SSE tests shall be an envelope of the appli-cable curves shown in Figures 6 through 10. The vertical RRS will be 2/3 of i the horizontal RRS. A 10 percent conservatism margin will be added to the RRS., 1 Five (5) seismic tests at the OBE level, plus one test at the SSE level, will be performed in each test axis. The duration of each test will be a minimum [ of 30 seconds. In addition to the required tests, calibration tests will be performed. The zero period amplitude of the RRS's could be exceeded in order to meet the peaks of the spectrums. -7.6 Instrumentation 7.6.1 Excitation Control l. 7.6.1.1 Control accelerometers will be mounted on the table at locations near the base of the test fixture (s). It 7.6.2 Soecimen Response 7.6.2.1 Ten (10) specimen-mounted piezo-electric accelerometers (2 each Transmitter n and 2 per Sensor) shall be located on the specimens under test. The place-ment of the accelerometers shall be at the discretion of the Duke Power Technical Representative. An FM tape and oscillograph recorder will provide a record of each accelerometer response. A response spectrum plot from each specimen response accelerometer from the SSE test shall be analyzed at a damping of 1%. Transmissibility plots of the exploratory search shall be j'

provided, i.

7.6.3 Electrical Power f^ 7.6.3.1 Electrical power of 110 VAC, 60 Hz, single-phase, will be provided by Wyle Laboratories. { 7.7 In-Process inspection 7.7.1 The records shall be checked for equality of performance after each test. L The specimen shall be examined for possible damage following all. violent tests, such as at a severe structural resonance. All important vibration effects shall be logged. v Photographs shall be taken of any noticeable physical damage that may occur. _ ~.. - _ _-

Pags X-12 Raport 43904-1 Test Procedure 545/6960/ES II PAGE No. sOENT'FIC SERVICES AND SYSTEMS GROUP 7.0 SEISMIC QUALIFICATION TESTS (CONTINUED) 7.8 Certification Reoort i-7.0.1 Ten (10) copies of a certification-type test report will be issued subse-quent to completion of testing. This report will be signed by a Registered t Professional Engineer and will summarize the testing, details and recom-mendations concerning deficiencies and repairs, photographs of test setups, j accelerometers, failures, electrical monitoring results, a list of test equipment used, and calibration records. 4 ( 8.0 POST-SEISMIC FUNCTIONAL TESTS {~ 8.1 . Perform functional tests as described in Paragraphs 5.2.1.1 through 5.2.2.10. 9.0 ACCIDENT TESTS (LOCA) 9.1 Design Basis Accident (DBA) Test 9.1.1 The test items shall be subjected to a Design Basis Accident (DBA) simula-tion, with the Transmitters and Sensors installed in separate chambers, as shown in Figure 3 The Transmitter will be subjected to an environment of 160*F (72*C) steam at a peak pressure of 20 psig. Simultaneously, the Sensors will be subjected to an environment of 340*F (172*C) steam at a peak pressure of 20 psig. I' [_ The Design Basis Accident profiles are shown in Figures 4 and 5. The test items will be operational at mid-range pressures while the DBA test is performed. Data shall be logged on data sheets each hour as applicable. 10.0 POST-ACCIDENT FUNCTIONAL TEST i f. 10.1 Perform functional tests as described in Paragraphs 5.2.1.1 through 5.2.2.10. 11.0 POST-TEST INSPECTION 4. Upon completion of all testing, each test item assembly shall be dismantled to the extent that all parts can be visually inspected. The condition of I insulation, mechanical parts, lubricants, electrical contacts, wiring, and '~ other related components shall be recorded. v ,M L g w'

Pcge X-13 Rrport 4390L-1 Test Procedure Sh5/6960/ES 12 PAGE No. g SCIENTIFIC SERVICES AND SYSTEMS GROUP 12.0 TEST REPORT 7-Ten (10) copies of a certification-type report will be furnished upon completion of the test program. This report will be signed by a Registered Professional Engineer and will summarize the results of the testing. Included in the report will be the results of the environmental tests, including environmental conditions, results and conclusions, and photo-i~ graphs of test setups, failures, etc. The report will also co,tain a list n of test equipment used, calibrations, and Instrumentation Log Sheets. n ( r r u 9 w* b l l W' l 1-u. m i Iw 1 I L., ~ 1 ~

lm m n r ~ ~, n l PRESSURE SOURCE O TO 20 PSIG l I O TO 6 0' H O 2 REGUL ATO Ps X/ TYPE 386A X-M ITTER O TO 20 Psic DIGlTA L 010 so'H O DC VOLTMETER 2 v2 MILL I AMMETER HP p y LP \\t # "'^'* + X v3 500 OHM LOAD 55 FLEX HOSE \\ DC POWER RESISTOR "Y SUPPLY 6 ?. 55 j j SENSOR ^ F I G.- l CAllBRATION AND FUNCTIONAL SETUP J

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= m,

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= m S.E O4 oo a v 2e sc 11J g

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c___________ M F M r r-- q q q m m -q y -_ q ~., 4 3 HCCulRE & CATAWBA OBE 1.) Composite Response Spectra for all these aveven see for t*e speesti, 5 *i h "' ' 6"* ' ' (c" I - 'e'"*8 McCulre 750' (s below) and Cat _awba 577 (s below) elevations ~

* " ' ' " " ' ' * * ' ' I'"I

Y " in both N-5 and E-W directions in Auxillary Building' .stves by the esite er"t.o'i)/.cce"' ) ~ 4 g ,] y u o v. .y N

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7,, ad N n O 3 nz c q, m 2 g ~o'f ~ 55 I ^o \\ N - N =_ ww 6 k) D \\ \\ o ( 5 e, 0 2C Tor:seen ~+O l -g s _ aves.es /je.no y, x O \\ N N s a 3 , - rasse n g r 27

= o N

e51R o e-e N X W* h"b h N b.,oS o.so o.1o 0.50 f.co 2.co 5.00 ~ ~ io.co P E.(t ' n o trl .C F C o tI DS Q) ) +

q q p q m n -m ~, y 7 m e-- e 9 ~ -n. ctra f r n e.. sve<es.ee for ab operest HCCUlRE E CATAWBA OBE l% Conposite Resbons'e'sjpTandbepow) all McGuire 767 (and below) and Cataw a 5'J seti...iin..s.

Iceal, r., ie.e c..Is*

elevations In both N-S and E'-W directions in Auxillary -f,',l flS",*IN'f,],,,' [el'gl" Building. o en tv y h i , o us e e .T c ~ m w b y5 m -i a - j c-1 i

g I

3 -2 uo j GC ] d'; o 4 { \\ i i O \\ g 7 =_ N N i s \\ .225s Torm.w,T K-( - m ,m ,o ~ ,.n u.<-a A m. o mo e s-ae to m E'2

5 No T.stse.

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o.2.0 o.so 1.o0 2.00 5.00 80.0 0 g v' o.oS o.so l j s P E. R i oi..) la RF. cohos --m.

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