ML20087D440

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Board Exhibit Bd-1,consisting of Temp Sensors Pneumatic. Index of Exhibits Encl
ML20087D440
Person / Time
Site: Vogtle  
Issue date: 06/03/1995
From:
AFFILIATION NOT ASSIGNED
To:
References
CON-#395-16892, CON-#395-16893 OLA-3-BD-001, OLA-3-BD-1, NUDOCS 9508100336
Download: ML20087D440 (20)
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Text

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SENSOAS

'"*""- -~~- oA-PART NUMBERFgg JJ!.14 A10:04 l

P N EU M ATI C SECTION A

~

~ OFFI E OF SEMNI O"00 F D E S C R I P T I Q 60MLIE GlineC EF VMp~erature sensors

~

is designed around CaledFisrHque solid phase thermal 1

expansion cells.

Model variations consist of rising temperature trip (N.C.), falling temperature trip (N.O.)

and extended element units. Optional cadmium plated g

carbon steel or stainless steel wells are offered in the I

}

{

standard length units. Minimum wall thickness is 0.053".

l 7

Extended element sensors have 304 stainless steel wells with 0.119" wall thickness.

Being small in l

diameter, the sensing element stock permits installation i;

in small diameter wells. The stroke vs. temperature ratio is linear over the full 0 -400*F temperature range i

l and the element is sized to give on occurate 100* F l

1 setting change for each full turn of the adjusting device.

I This type of expansion element has more inherent accuracy and linearity than the bi-metal disk typ:r, end 1

y it cannot suffer rupture and loss of fluid such as may occur in the filled bellows elements. Actual element hysteresis is approximately 2 to 3* F, although service and installation factors such as wells, heat transfer 4

fluids, rate of temperature change, etc. will impose j

other time and temperature gradients. The trip point may be offected by supply air pressure changes 1

(opprox. 0.3*F /A psi). Units must be installed in a thermo well and if the unit is positioned within i

45 of vertical, Dow 710 heat transfer fluid may be used. This material has a get time of approx.

imotely 18 months at 400*F and appreciably longer at lower temperatures. This material must not be allowed to borden in the well and other heat transfer greases should not be used.

1 A P P L IC AT I O N

  • These temperature sensors may be used as a detector in any medio system compatible with the temperature tonge of the sensor and the material and pressure limitations of the wells.

Extended element sensors are useful in m ort no.

wett eier inst,rion moet,o.

"^

I reaching the center region of pipe fluid flows.

""edi" TN y"

Mgy Typical uses are on engines, gas compressors, and eM in the process industry as high and low limit trans-i 0 0 0.

ducers. Data is available relating to pressure and Pg A2no c sTtst 3/s 2.37 A2:si c oo velocity rotings. Special wells for very high pres.

A2sw s uns 3/s 2.37 Ansis sure service con be supplied.

0x Arno-w wass t/2 2.o0 A2ssi-w2 g

ORDERING INFORM ATION. Use the table 43 mu t/2 3m 43 gg on the right and the outline details on the back of w

mu i/2 Am this sheet. Unless otherwise specified, sensors o

Oa, will be shipped factory set and tested at 300*F Q

^'

(static temperature conditions) with on applied p

Og 35 psi supply air.

Upon request, special temp-l eroture settings will be mode at no additional cost.

A small viol of Dow 710 heat transfer fluid is sup-plied with each sensor.

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E STOCK EORMA1.I.T C145ED WE11 LZisGT115 With W/0 (DIM L)

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paessure, clean dry air or gas.

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3084 MAT'13: Alumimma with Viton seals.

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$5N519s3 EtJNENT:. solid phase espansion cells.

II),P p0 INT: Affected by supply pressure magni-

.96 I tune Lapprox. 0.3*F oer pst variation). Unit is factory set at 300'F. with )$ psig at the 1y port. Response is af fected try the usual Q

m9edaandvelocity!uidissup!!edwitheach factors. A small quantity of heat transfer !

imit and is used at customst s discretion. Dow 3.co

.fj 710 fluid is the only recommended heat transfer i

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]( j' M substance. than to its low viscosity Lt may be insed only when the well. is moteted upright.

Half of the fluid supp1ted is sufficteht fall.

Get time of this fluid is appres. 18 months at 1p::llll l 1

400'F and substantially longer at lower tem =

paratures. Heat transfer egente must not be allotsed to harden in the well. A cleaning and renewal schedule should be established, g

ADJUST

  • NT: Remove the three screws holding the amneptaTe and rotate the split sleeve. A stacle clockwise rotation will reduce the trip setting by about 100'F.

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O PART NUMBER $5 JJL 14 A10:C4 P N EU MATI C SECTION A

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' 0FFI E OF SEMW' 0-400 F D E $ C R 1 P T I Q DOK Tlil E GlineEElWeMp"erature sensors is designed around ColfdUs"6hque solid phase thermal expansior-cells.

Model variations consist of rising t

T temperature trip (N.C.), folling temperature trip (N.O.)

g and extended element units. Optional codmium plated carbon steel or stainless steel wells are offered in the standard length units. Minimum wall thickness is 0.053".

j Extended element sensors have 304 stainless steel M,j-diameter, the sensing element stock permits insfollation wells with 0.119" wall thickness.

Being small in in small diometer wells. The stroke vs. temperature 6

ratio is linear over the full 0 -400*F temperature range end the element is sized to give on occurate 100* F setting change for each full turn of the adjusting device.

I This type of expansion element has more inhe ent l

occuracy and linearity than the bi-metal disk typ:r, and 3

it connot suffer rupture and loss of fluid such as may l

occur in the filled bellows elements. Actual element hysteresis is opproximately 2 to 3* F, although service and installation factors such as wells, heat fronsfer O

fluids, rate of temperature change, etc. will impose other time and temperature gradients. The trip point may be offected by supply air pressure changes (approx. 0.3*F /A psi). Units must be installed in a thermo-well and if the unit is positioned within 45 of vertical, Dow 710 heat transfer fluid may be used. This material has a gel time of opprox-imately 18 months at 400*F and appreciobly longer at lower temperatures. This material must not be 1

l cllowed to horden in the well and other heat transfer greases should not be used.

i A P P LIC ATION

  • These temperature sensors may be used as a detector in any medio system compatible with the temperature range of the sensor and the material and pressure limitations of the wells.

Extended element sensors are useful in m m no.

wm nn imew.in m m no.

reaching the center region of pipe fluid flows.

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Typical uses are on engines, gas compressors, and e

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in the process industry as high and low limit trans-A2sso c smL 3/s 3.27 A2:st c I

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ORDERING INFORM ATION. Use the toble m3, gg on the right and the outline details on the back of

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this sheet. Unless otherwise specified, sensors o

@g will be shipped factory set and tested at 300*F Q

g (static temperature conditions) with on applied p

35 psi supply air. Upon request, special temp-eroture settings will be made at no additional cost.

I A small viol of Dow 710 heat transfer fluid is sup-ws 3u 3/.

sm 45 plied with each sensor, (7A

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  • E-573-330 j

i STDCE hotMLLY CLOSED i WEli iZ38GTHS With W/0 (DIM L) Ee11 Well 2" A35CO-W2 A3500-2 s -3" A3500-W3 A3500-3 4" A3500-W4 A3500-4 5" A3500-W5 A3500-5 - L9 - -OiA p t \\ TALVEt Vents on temperature rises 100 psig max. psessure, cleno dry air or gas. [51571: Vent and supply ports both 1/8-271FFT. ] '[ 30Dr MAT *LS: Aluminus with Viton seals. g 50tstNG E1DENTt, Solid phase espansion cells. TRIP PotNT: Affected by supply pressure magni- .3g I tuce tappros. 0.3'T per psi variation). Unit is f actory set at 300'F, with 35 psis at the 1y port. Response is affected by the usual m9edaandvelocityfactors. A small quantity Q of heat transfer fluid is 9 ied with each l sanit and is used at customer s discretion. Dow s.se j 710 fluid is the only recommended heat transfer (}* W substance. thae to its low viscosity it may be i .- [ ] 3 6 tamed only dan the well. is mountad upright. i, Malf of the 11uid supplied is suf ficieht fill. Gel time of this fluid is approx. 18 months at . L ;= =d A00'r and substantially longer at lower ten-peratures. Heat transfer agents must not be allowed to harden in the well. A cleaning and renewal schedule should be established. g AIUUST*trT Remove the three screws holding the ammeptate and rotate the split sleeve. A single clockwise rotation will reduce the trip eetting by about 100*F. -m

  • 41* ;eeA aAll WE115 ARE MACHINED FROM TYPE 304 STAINLISS STEEL AND NOMINAL WELL p*

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. fb.. ,ag DOCKETED INDEX OF. EXHIBITS -USNRC. ' (('L/- WORK ORDER - 222 L. IN THE NATTER OF . GEORGIA POWER CONPANY ET AL. - 95 J1.14 A10:42-VOGTLE' UNITS'1 & 2 DOCKET NO 0FFICE OF SECRETARY so-424/425-OLA-3 DOCKETING & SERVICE BRANCH-MAY'22, 1995 EXHIBIT NO. DESCRIPTION NO. OF PAGES GPC II-70 MOSBAUGH MEMO 4-30-90 3 GPC II-71 HANDWRITTEN LIST 2 I O O )

w .. -l0 v 7/~}<- WORK ORDER - 222-INDEX'OF EXHIBITS l >; ~ IN THE MATTER OFa' GEORGIA POWER COMPANY ET'AL' VOGTLE UNITS 1 & 2 l DOCKET NO: l 50-424/425-OLA-3 MAY 23, 1995 f EXHIBIT NO. DESCRIPTION NO. OF PAGES 'GPC II-72 TAPE TRANSCRIPT 1 GPC II-73-A ALLEGATION 06-13-95 6 GPC II-73-B ALLEGATION 06-18-95 7 GPC II-73-C ALLEGATION REVISION 7 j ~ GPC II-74-A INTERROGATORIES 3 GPC II-74-B RESPONSE TO INTERROGS. 3- ) INT II-116 EXCERPT TAPE 71 BOUND INT II-133 HANDWRITTEN DOCUMENT BOUND INT II-134 RANDWRITTEN DOCUMENT BOUND INT II-135 TAPE 157 EXCERPT BOUND l i i I t r [ 4 i l J

Fr l ?; 4... INDEX OF EXHIBITS

  • (S-)

[ -WORK ORDER - 222 IN THE MATTER OFr GEORGIA POWER CONPANY ET AL. VOGTLE-UNITS 1 & 2. DOOKET NO: 50-424/425-OLA-3 e s. MAY 24, 1995 e EXHIBIT NO. DESCRIPTION Ep. OF PAGES j STAFF II-23 UNIT 1 CONTROL LOG 68 STAFF II-24 UNIT 1 CONTROL LOG 38 STAFF II-7 PRB MEETING NOTES 90-109 BOUND STAFF II-8 " 90-110 BOUND STAFF II-19 STAFF TRANS. TAPE 184 BOUND STAFF II-32 STAFF TRANS.-TAPE 71 BOUND (,). u U

7,. + ..yjRes INDEX OF EXHIBITS t I WORK ORDER - 222- \\ /- IN THE MATTER OF: ' GEORGIA' POWER COMPANY.ET AL. VOGTLE UNITS lL & 2 -DOCKET NO: 50-424/425-OLA-3 MAY 25, 1995 EXHIBIT NO. DESCRIPTION NO. OF PAGES ij STAFF'II-35 STAFF VERS. AUF. N 16 STAFF II-36 STAFF VERS. AUF. H 10 i STAFF II-37 STAFF VERS. AUF. I 22 STAFF II-38 STAFF VERS. AUF. J 6 STAFF I'..39 STAFF VERS. AUF. P 8 [ t /~ STAFF II-40 PROJECT NO. 062306 BOUND i (>} STAFF II-41 IR2 CRITICAL PATH BOUND f STAFF II-49 MATHEW ET AL ATTCH. H BOUND GPC-II-45 HORTON EXHIBIT-A BOUND INT II-64 PP 6, 7, &8 92 PROJECT BOUND ? ) 6 ) i s ? I

2 ^ 'l v-I h. 'INDEX OF EXHIBITS WORK ORDER - 222-l A IN THE MATTER OF: i GEORGIA POWER COMPANY ET AL. j VOGTLE UNITS 1 & 2 j DOCKET NO l 50-424/425-OLA-3 l i MAY 26, 1995 l EXHIBIT NO. DESCRIPTION NO. OF PAGES STAFF II-54 DIESEL GENERATOR MANUAL 44 i GPC II-75 ATTENDANCE LIST BOUND INT II-15 START LOG BOUND INT II-136 92 PROJECT 057494 ET AL. 3 .j O L I O a

,.Vj 3 p-( ; .INDEX OF EXHIBITS Q J" WORK ORDER - 222-IN'THE NATTER OF ~ GEORGIA POWER. COMPANY ET AL. -VOGTLE UNITS 1 & 2 DOCKET NOt '50-424/425-OLA-3 MAY 31, 1995-EXHIBIT NO. DESCRIPTION NO. OF PAGES INT II-138 NUREG 1410 1 INT II-139 PG 1, STAFF 29 BOUND INT II-140 92 PROJECT 058011-151 138 + 1 BLANK PG c GPC II-48 MAJOR EXHIBIT A BOUND STAFF II-55 UNIT 1 SUPERVISOR LOG BOUND A). STAFF II-56 DRAFT LETTER 06-29 BOUND ( 058037 STAFF II-57 DRAFT LETTER 06-29-90 BOUND 058066-070 STAFF II-58 CRAFT LETTER 06-29-90 BOUND 058036 p. -(m..

';^ -t 4 q'.;;; J ~s. INDEX OF EXHIBITS M I WORK ORDER - 222 V IN THE MATTER oft. GEORGIA POWER COMPANY ET AL. VOGTLE UNITS 1 E 2 DOCKET NO 50-424/425-OLA-3 l JUNE 1, 1995 f l EXHIBIT NO. DESCRIPTION NO. OF PAGES - GPC II-49 03-28-90 TRANS. 6 GPC II-50 04-03-90 TRANS. 4 t p i GPC II-51 04-06-90 TRANS 9 GPC II-52 DEWPOINTS CHART 1 GPC II-53 DUNCAN MEMO 04-09-90 1 GPC II-54 HANDWRITTEN' NOTES 6 1 . \\_-}/[' - GPC II-55 TRANS TAPE 41 31 (+4 COVER) i GPC II-56 04-11 os TRANS. 10 i GPC II-57 DEW POINT MEASUREMENTS 1 GPC II-61 04-09-90 EXCERPT SEE 06-07-95 GPC II-76 BRINEY MEMO 1-l GPC II-77 04-02-90 TRANS 64 GPC II-78 TEMPERATURE SWITCH 5 GPC II-79 04-04-90 TRANS 69 GPC II-80 RESPONSE TEST 2 i GPC II-81 INVESTIGATION QUESTIONS 37 GPC II-82 ELECTRICAL POWER SYSTS. 9 GPC II-83 OPERABILITY TEST 31 GPC II-84 CONDUCT OF OPERATIONS 27 i () GPC II-85 RECORDING LIMITING 11 + 1 BLANK t' i

[f 9.a 7 INDEX OF EXHIBITS E g. f WORK ORDER - 222 q r IN THE MATTER OF: -GEORGIA-POWER COMPANY ET AL. .VOGTLE UNITS 1 & 2 DOCKET NO: 4 50-424/425-OLA-3 JUNE 1, 1995 CONTINUED l EXHIBIT NO. DESCRIPTION NO. OF PAGES l INT II-35 REQUESTED / PERFORMED 40 INT II-36-A INTERROGETORIES 5 INT II-36-B INTERROGETORIES 40 INT II-141 DEFICIENCY CARD BOUND-I INT II-142 BOUND j ) INT II-143 MWO 19001651 8 BOARD II-1 CALCON BROCHURE SEE 06-03-95 ' i STAFF II-15 04-11-90 TAPE 41 15 t i i ) () i t

INDEX OF EXHIBITS ~- ( WORK ORDER - 222 '/ IN THE MATTER OF: GEORGIA POWER COMPANY ET AL. VOGTLE UNITS 1&2 DOCKET NO: 50-424/425-OLA-3 JUNE 2, 1995 EXHIBIT NO. DESCRIPTION NO. OF PAGES GPC II-43 GREENE QUALIFICATIONS 1 GPC II-44 TAPE 187 TRANS. 31 INT II-145 LETTER 02-13-95 10 STAFF II-18 TAPE 187 TRANS. 31 "9 4 c d a

L i INDEX OF EXHIBITS 1< ~). WORKLORDER - 222 h# IN THE' MATTER OF - I GEORGIA POWER COMPANY ET AL. VOGTLE' UNITS 1 &~2 DOCKET NO 50-424/425-OLA-3 i JUNE 3, 1995 EXHIBIT NO. DESCRIPTION NO. OF PAGES ] GPC-II-58 STOKES QUALIFICATIONS BOUND GPC II-86 DIESEL GE

N. PROCEDURE

43 GPC II-87 WITHDRAWN -l ? GPC II-88 LOGKEEPING PROCEDURE 17 GPC II-89 START LOG PROCEDURE 14 BOARD II-1 CALCON SENSOR INFO 3 BOARD II-2 04-02-95 EXCERPT BOUND BOARD II-3 FSAR EXCERPT BOUND BOARD II-4 FSAR EXCERPT BOUND INT II-146 PM29000964 BOUND INT II-147 MWO 18901066 02-28-95 BOUND 6 b 1 (} o i i

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>a i y 3 h .-ln ,;) INDEX;OF EXHIBITS 17-w -I WORK. ORDER-- 223 N\\/ IN THE MATTER OF GEORGIA' POWER COMPANY ET AL. VOGTLE UNITS 1 E 2 .? -DOCKET NO: i 50-424/425-OLA-3 l 1 JUNE 5,'1995' j i -EXHIBIT NO. DESCRIPTION NO. OF PAGES l i INT II-37 05-23-90 TIME LINE 4 INT II-38 TAPE 127 TRANS 7-INT II-148 W.O. 08-15-90 BOUND 1 INT II-149 W.O. 10-10-90 BOUND. INT II-150 START HISTORY 4' l (} STAFF II-30 STOKES DEPO EXCERPT 9 STAFF II-62 03-30-90 EXCERPT 4 i STAFF II-63 04-12-90 EXCERPT 5 { i STAFF II-64 04-13-95. EXCERPT 4-l 1 l t 4 i i i l -l i () i 5 i e

- 1 .I ug V INDEX OF EXHIBITS -l " ~ ); WORK ORDER - 222 IN THE MATTER OF GEORGIA POWER COMPANY ET AL. 1 VOGTLE UNITS 1 E 2

l DOCKET Not 50-424/425-OLA-3 JUNE 6, 1995

[ I .l i EXHIBIT NO. DESCRIPTION NO. OF PAGES' STAFF II-59 DATA SHEET BOUND l f BOARD II-5 INTERVIEW, STOKES BOUND i INT II-151 12-12-88 PERF. APPRAIS. BOUND 't INT II-152 KOCHERY DEPO SEE 06-07-95 i 1 i 1 O i

g y -M N Sf '.I i fy INDEX OF EXHIBITS f ) -WORK ORDER - 222. x>" IN THE MATTER oft GEORGIA POWER COMPANY ET-AL. 'VOGTLE~ UNITS 1 & 2 DOCKET NO: 50-424/425-OLA-3 f JUNE.7, 1995 EXHIBIT NO. DESCRIPTION NO. OF PAGES l L -INT II-84-B 03-30-90 TAPE 24 1 i INT II-111 CRITIQUE TEAM REPORT RETAINED BY INTERVENOR r INT II-113 DEFICENCY CARD 2-90-155 BOUND.06-08 ( INT II-115 SECTION 3.1 AND 3.2~ 25 INT II-152 KOCHERY DEPO. 6 INT II-153 CRC HANDBOOK EXCERPT 2 INT II-154 THERMAL EXPANSION. 1 INT II-155. 05-24-94 BURR DEPO 7 .i INT II-156 DG START AIR ADM. BOUND i INT II-157 09-05-90 ENFORCEMENT BOUND 06-08 ) STAFF II-30-A STOKES EXCERPT 2 STAFF II-61 CHARTS 6 STAFF II-65 03-13-90 COMPLETION SHT 35 'l ~GPC II-59 WARD QUALIFICATIONS 1 GPC II-60 NOTEBOOK 11, i GPC II-61 04-09-90 EXCERPT 9 (4 COPIES) 1 GPC II-62 04-11-90 FAX 2 i GPC II-63 WARD AFFIDAVIT 56 () .GPC II-87 1/2" BASIC FILTER 2 o

lj - a [f i INDEX OF EXHIBITS j WORK ORDER - 222 ] \\A IN THE MATTER OF - GEORGIA POWER COMPANY,ET AL. l VOGTLE UNITS 1 & 2 DOCKET h0: l 50-424/425-OLA-3 .l JUNE 7,~1995 l ^! 1 i EXHIBIT NO. DESCRIPTION NO. OF PAGES i 1 ; i GPC II-90 MWO 19002711 10 i GPC II-91 03-30-90 TAPE 24 3 i - f GPC II-92 HISTORY OF DG PNEUMATICS 9' GPC II-93 07-16-90 LETTER 27 i BOARD II-6 DEFICENCY CONTROL 21 1 BOARD II-7 04-02-90 EXCERPT 14 I r i I i'i ' i l t

<y. ~,...:. k t .. >4y INDEX OF-EXHIBITS 4 { j' ' WORK ORDER - 222 \\~ IN THE MATTER OFr i GEORGIA POWER COMPANY ET AL. VOGTLE UNITS 1 & 2 i DOCKET NO: l 50-424/425-OLA-3 JUNE 8, 1995 l EXHIBIT NO. DESCRIPTION' NO. OF PAGES' INT II-17 NOTEBOOK 73 STAFF II-60 04-06-90 EXCERPT 15 Yk3fD ^lh. Eyctwfh O O T

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$ c; 3 INDEX'OF. EXHIBITS. FJ ). WORK ORDER - 222 WV' .IN THE MATTER OF H GEORGIA POWER CONPANY.ET AL. VOGTLE' UNITS 1 E-2 DOCKET lNO: 50-424/425-OLA-3 JUNE 9, 1995 j.' - . EXHIBIT NO. DESCRIPTION NO. OF PAGES INT II-158 DIXON DOC. PACKET 21 INT II-159 DIXON DEPO UNMARKED RETAINED BY INTERVENOR INT II-160 DIXON DEPO MARKED 29 INT II-161 TELECOPY COVER SHEET-RETAINED BY INTERVENOR INT-II-162 VENDOR DATA SHEETS BOUND INT II-163 EG&G MANUAL 34 I 1}}

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