ML20090L813
| ML20090L813 | |
| Person / Time | |
|---|---|
| Site: | Peach Bottom  |
| Issue date: | 12/24/1991 |
| From: | GENERAL PHYSICS CORP. |
| To: | |
| Shared Package | |
| ML20090L811 | List: |
| References | |
| NUDOCS 9203230218 | |
| Download: ML20090L813 (198) | |
Text
{{#Wiki_filter:. - ~ . - PEACil llO'ITOM ATOMIC POWElt STATION UNIT 3 REACTOlt CONTAINMENT 13UILDING INTEGilATED - LEAKAGE ItATE , TEST llFPOllT.
+
I p December 24,1991 P e GENERAL PilYSICS CORPORATION 9203230218 920318 PDR ADDCK 05000270-- P. PDR
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PillLADELPillA ELECTRIC COMPANY Peach 110ttom Atomic Power Station L Unit 3
-REACTOR CONTAINMENT 13UILDING INTEGRATED LEAKAGE RATE TEST REl' ORT December 24,1991 ,
t Prepared by: 'l b. W 7- 2Df 91-Name Date GENERAL PilYSICS CORPORATION GP R 263310
. , _ ~ _ ._. - - . . . _ _ - . . ._
o GP R 263310 GliNiiRAL PilYSICS COltPORNflON , TAlli.li OF CONTl!NTS 4
- 1. INTRODUCr10N :
- 11. TliST SYNOPSIS -
111._ TliST DATA
SUMMARY
A. Plant Information r
- 13. Technical Data C. Type A Test liesults l D. Type 13 and C Test Results
- 11. Integrated Leakage Rate Measurement System F. Information lletnined at Plant !
t IV, ANALYSIS AND INTL!RPRiiTATION l t V. - Iti!FliRiiNCliS
- VI. APPliNDICliS
.- - - i A. Stabilization Phase Data :
- 13. ILRT Test Data and Plots C. Verification Phase Data and Plots D. Instrument Selection Guide Calculations t
E. Description of General Physics ILRT Computer Program i F. l.ocal 1.eakage Rate Test Summaries ; O. Sensor Locations and Volurne Fractions I e e r + r , . r iy +v e=w,-,r ...-,w,ve.r-,,.,e 1 -, . ~ , . , r-,,ww.,,,,- ,,2,-, . , - - . , , . . . -.w--,,y-,+v..w,- . . , + . ,,w,--,. --rve-- ,,,,-,-iwm-,-w i
GP ll.263310 GliNiillAl. PilYSICS Col (PollATION f r
- 1. JXQ(ODirl'lON i
The f(cactor fluilding Integrated 1.cakage Itate " Type A" Test is pet formed to demonstrate ; that leakage through the primary reactor containment systems and components penetrating ; primary containment do not eveed the allowable leakage rates specified in the Plant [
,i Technical Specifications.
The purpose of this report is to provide infctmation pertinent to the activities related to the preparation, test petform:mcc, and teporting of the Peach llottom Atomic Power ; Station Unit 3 Integrated 1 eakage 1(ate Test (IlllT). : liighlights of activities and events which occurred prior to and during the 11.11T are I presented in Section 11, Test Synopsis. ; Section ill, Test Data Summary, contains data and results necessary to demonstrate
- containment atniosphere stabilization, acceptable leakage rate, and successful verification j test, in addition, plots provided in Appendices 13 and C supply a visual history of i containment' atmospheric conditions hcginning with the 24 hour ll.I(T test period and ending with the verifkation test.
t Information in Section IV, Analysis and Interpretation, supplies the technical details associated with the ll.IIT computer program and its awociated hardwate as well as the
~ instrumentation used during the 11.11T. j I
Section V,' lleferences, lists the documents used for the conduct of the ll.I(T. The successful periodie Type A and verification tests were perfo med according to the requirements of the Peach 130ttom Unit 3 Technical Specifications ~ and 10CH(50, Appendix J. l
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GP.lt.263310 GIJNEl(Al. PilYSICS CORPORATION t
'lhe test method used is the Absolute Method desciibed in ANSI /ANS 56&l987
" Containment System Leakage Testing 1(equirements". j Leakage rates were calculated using Mas.4 Point Analysis equations f rom ANSI /ANS $6A >
1987, during the Type A and verification tests. Total Time Analysis was run concurrently for informational purposes. The test results are reported in accordance with the requirements of 10CFil50, Appendh J, Section V.lL3. i l
+
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G! 11263T1o Gl!NiiltAl. PilYSIUS Cul(PU!( A' LION
- 11. TEST SYNOPSIS Pom to containment piessuivation on December 21,1991, site personnel were engaged in prerequisite activities for the conduct of the ll.itT. I ocal leakage rate testmg was completed and those components with escessise leakage were repaned and retested. The results of the local leakage rate tests are presented in Appendis l'.
The following discussion highlights some of the activities that were essential to the successful and timely completion of the ll IlT. These items are presented in chronological order. A. I re pressurization Activities These activities included completing local leakage rate tests, ll.IIT procedure review and finahration, ll.IIT computer program checkout and linkup to the Volumetrics Data A quisition System, ll.llT instrumentation operability checks, and containment subvolume weighting f actor and sensor tailure analysis calculation. The ILitT test procedure was reviewed against the requirements of the Plant Technical Specifications; 10Cl1150, Appendix J: ilN. TOP-1, llev.1,1972; and ANSl/ANS 568 1987. 9 The ILRT instrumentation was calibrated prior to the 11.11'! as recommended by ANSI N45A 1972, Section 6.2 and 0.3, Final llJtT instrumentation operability checks and in situ checks, as specilled in ANSI /ANS 56.8-1987, Section 4.2.3.1, were performed to ensure that all instrurnentation was operating correctly. Calibration records for the ll.RT instrumentation system components are retained at the t>lant. 3
t Op It.263310 GliNiillAl. PilYSICS COltPOllATION : i t
- 11. Test Summary Time l.ine !
Phase .Tir.pe Frame Duratinn. , Pressurizat;on From: 1717 on 12/21D1 10.25 hours To: 0332 on 12/22/91 v Stabilization From: 0335 on 12/22/91 9.5 hours To: 1305 on 12/22/91 II.itT Test From: 1320 on 12/22/91 24 hours ;
/t To: 1320 on 12/23/91 Verification From: 1335 oc 12/23/91 4 hours Test To: 1735 on 12/23/91 r
' C. Containment Pressurization :
Containmer.t pressurization started at 1717 on December 21, 1991 using three 1200 scfm portable diesel; driven 100% oil free air compressors, The pressurization rate was maintained at approximately 6.3 psi pter hour until j -containment pressu*e reached 48 psig. At this time the piessurization rate was reduced to approximately 1.5 psi per hour, by stopping two of the three l( compressors. The third compressor svas stopped when containment pressure reached approximately 50.3 psig at 0332 on December 22,1991. This was within
.- the procedural limits of 50 ! +1,0 psig:
4
=
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i GP R 263310 GliNiiRAl PilYSICS CORPORATION ; I During pressurization, a coatainment walkdown was performed to identify
- potential leakage. No meau.rable leakage was observed. The pressuritation, II.RT, and verification test were performed with the use of drywell fans and chilled water supply to the fan coolers.
D. Containment Atmosphere Stabilization t The stabilization phase was started at 0335 on December 22,1991. Prior to the completion of the four hour hold at 0735 on December 22,1991, the temperature stabilization critena of IlN TOP 1 and ANSI /ANS 56.8 had been met, llowever, containment mass changes had not stabilized and the stabilization period was + extended to 1305 on December 22,1991. E. II.RT Test Period ' The ll.RT was officially st,uted after the stabilization criteria had been met at the next data point (1320 on December 22, 1991). During the stabilization period, one moisture sen;or in the Torus and one moisture sensor in the Drywell were indicating erratic dewpoint temperature changt.s. This thange was not obseived in -; L 'he other 4 moisture sensors. As a result, moisture sensors Nu. I and 5 were L l~ removed (by use of the weighting factors) from the Il RT and . verification data. Reactor vessel level was dropping at a rate of appioximately 1.5 inches per hour. \^ l-Approximately half of the level decrease was determined to be leakege through I valves CHK.310-177 and MOO-10174 into the Radwaste System. These two s valves along with valve MD 1 10176 provide isolation between the Pesidual llent L Removal System and the IUgh Pressure Se:vice Water system. l L l wg +=>wg g.cpgo.-- a'.yefy %aeo. ,q q y g. 99pg. gmp.yg. g .g.Mr*g'wr-*gy? gyd 1*vy % Mz-=t-g "a'7'q' 36' 1354my 3m.pp'.yw=q p h- g-* *W grM-wprg9Y--'yr-'--p 7T'-
..~
J GP.ll 26331t) Gl!NiillAL PilYSICS COltPollATION i At 1745, the tell tale air operated valve AO 310175 was manually closed and the reactor vessel level drop decicased to approximately 0.8 inches per hour. (Additional discussion is provided in Section IV.11.) The ILitT was successfully completed at 1320 on December 23,1991. The maximum allowable leakage rate (1.,) for the containment is 0.5 % wi. per day with a test acceptance limit of 0.375
% wt. per day (0.75 L ). The Mass Point and Total Time Analyses were run concurrently on the General Physics ll.l(T Computer Program. The leakage rate results are as follows:
Mass Point Total Time Analysis Analysis ; G wt./dav % wt./ day . 1 Calculated Leakage llate 0.0889* 0.096i 95 % Upper Confidence 0.0932' O.1088* 1.cakage Itate Does not include penalties for nonstandard alignments and water level changes F. Verification Test A successful verificatio test was conducted following the ll.IIT. At 1325 on December 23, 1991, a leakage rate of 4.5 s:fm was imposed on the primary ( contamment. The verification phase started at 1335 on December 23,1991 and l ' was completed at 1735 on the same diy. The 4.5 scfm leakage imposed (L,) on the existing containment leakage was slightly more than L,(0.500 % wi / day) at L 0.5013 % wt. per day. L l l __ 8
-j w a q- w-7g-r=e~4T- p g'79--'yg=-t-u 'T -r,
! l GP.R 263310 Gl!NEllAL PilYSICS ColtPollATION ;
e The verification test results are presented below: Mass Point Total Time Analysis Ar.alysis
- % wt / day G wt./ day .
Leakage Itate (L ) 0.0S89 0.0967 ! 1mposed Leak (1 j 0.5013 0.5013 -j Lowe. Limit: !
~
L, 4 L. 0.25 L, 0.4652 0.4731 Con.cosite Leakage (L,) 0.5358 0.5201 Upper Limit: ; L, + L., _4 0.25 L, 0.7152 0.7231 :
.G. Drywell to-Torus Hypass Area Test Subsequent to the ILitT and the verification test, the Drywell-to Torus Bypass Area Test (DT13AT)_was conducted. The test started at 0210 on December 24, 1991, and was .successfully completed after I hour. The calculated bypass area --
was determined to be 0.1208 square inches. The maximum acceptable bypass area, j as stated in the Peach llottom Atomic Power Station Technical Specifications, is equivalent to a 1.000 inch I.D. orifice or 0.785 square inches. I I t -. (_. ! '_ l 7-L_ _ _
Gl!NiiRAL PilYSICS CORPOllATION GP.R 263310 ; III. TFST_l)j,\TA
SUMMARY
l A. Plant Information . Owner Philadelphia !!!ectric Compan i Plant Peach 130tiom Atomic Power Station Unit 3 , l.ocation Delta, Pennsylvania l Containment Type 13WR Mark i NSSS Supplier, Type General lilectric 13WR-4 1 Containment Description Metal vessel, " light bulb" shaped drywell -- with torus shaped suppression chamber connected by a vent system. Vacuum c breakers are _provided between the suppression chamber and both the drywell and reactor building. ; Date Test Completed December 24,1991 B. Technical Data-
-t Containment Net Frte
- Volume 293,900 cubic feet Design Pressure -
56 psig Design Temperature 281* F Calculated Peak : Accident Pressure 49.1 psig . Calculated Peak Accident Temperature 283 F C. Test Results - Type A Test Method Absolute Test Pressure 49.1 psig t L 4
GPit263310 GliNiiRAL PilYSICS CollPORATION Integrated Leakage Rate Mass Point Analysis Test Results : [ Calculated Leakage Rate, L, 0.0889 % wi./ day _ t 95% (Jpper Confidence Limit Leakage Rate 0.0932 % wt./ day integrated Leakage Rate Total Time Analysis Test Results (Presented for information only) : Calculated Leakage Rate, L,, 0.0967 % wt./ day
- 95% Upper Confidence Limit Leakage Rate 0.1088 % wt./ day Maximum Allowable Leakage Rate. L, 0.500 % wt./ day ILRT Acceptance Criteria 0,75 L, 0.375 % wt./ day Verification Test imposed 4.5 scfm or Leakage Rate, L,, 0.5013 % wt./ day Verification Test Mass Point Analysis RL:A ed I.imits Upper Limit 0.7152 D6 wt./ day >
(L. + L.m, + 0.25 L.) . Calculated Composite, Leakage Rate, L, 0.5358 % wt./ day _ Lower Lim!t - 0.4652_% wt./ day
- (Lo + L, 0.2514)
. .7 9
. = ..
g-- r-zry- +ge
i i GP.R-263310 GENiiRAl. PilYSICS CORPORATION t i i Verification Test Total Time Analysis Results and Limits (Presented for information only) Upper Limit 0.7231 C6 wt./d.:y (1.,+ 1.. + 0.25 1.,) Calculated Composite Leakage Rate. I., 0.5201 ?b wt./ day l lewer Limit 0.4731 Ob wt./ day (L, + L,, 0.25 L.,) Report Printouts-The report printouts of the ILRT and verification test calculations are provided for the Total Time and Mass Point Analyses in Appendices 1) and
- C. Stabilization data is also provided in Appendix A.
D. Test Resul' Type 13 and C Tests i i A summary of local leakage rate test results since the ILRT in 1989 are incluoed in Appendix F.
- E. Integrated Leakage Rate Measurement System
- 1. Absolute Pressure E Quantity - 1 Manufacturer Mensor Type -Quartz Manometer Range- 0100 psia L , Accuracy +/- 0.015% reading + 0.00296 f.s.
Sensitivity 0.001 psia ' Repeatability +/- 0.001 psia Resolution 0.001 psia ( i
~
10-4
- i. _ -
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e GP R 263310 GIIN!!RAL PilYSICS CORPollATION
- 2. Drybulb Temperature Quantity 12 Manufacturer Volumetrics Type 100 ohm platinum resistance temperature [
detectors (RTD) Range,calibrand 60 120
- F i Accuracy + /. 0.1
- F Sensitivity 0 01
- F
- 3. Dewpoint Temperature Quantity- 6 Manufacturer EG&G Type Model 660, chilled initror >
Range, calibrated 40 - 120
- F dewpoint .
Accuracy +/- 0.54
- F Sensitivity. 0.01
- F r
Note: Six (h) dewpoint ternperature sensors were installed for the ILRT. : Two (2) sensors were deleted due to erratic readings and the ILRT > was completed using four (4) dewpoint temperature sensors. Refer to Appendix D for the ISO calculation.
- 4. Verification Flow Quantity 1 Manufacturer Volumetrics Type Thermal Mass Flow Range 1.0 10.0 scfm -
Accuracy - 4/.1% full scale
- 5. Readout Device Quantity 1
~
Manufacturer Volumetrics -
- Type Model A .100 -
Repeatability 4/. 0.01
- F Resolution 0.01 " F 5
i 11
- ;lE. .
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GP It.263310 GENiillAL FilYSICS col (Pol (ATION The instrumentation Selection Guide (ISG) value from ANSI /ANS 56.8 1987 based on the above ll.llT instrumentation configuration (2 pressure gauges, 4
- dewpoint temperature sensors, and 12 drybulb temperature sensors) and a 24 hour test is 0.0031 % wtdday. ( llefer to Appendix D for calculations)
The sensor locations and volume fractions as installed for the 11.11T are shown in Appendix G, G. Information lletained at Plant The following information is available for review at the Peach 130ttom Atomic Power Station site:
- 1. Access control procedures used to control access to the containment during testing.
- 2. A listing of all containment penetrations, locluding the total number, penetration size, and function.
3; A listing of normal operating instrumentation used for the leakage rate test, 4- A system lineup (at time of test ), showing required valve positions and status of piping systems,
- 5. A continuous, sequential log of events from initial survey of containment ,
to restoration of tested systems, 6, Documentation of instrumentation calibrations and standards, including a , sensor failure analysis.
- 7. Data _ to. verify Liemperature stabilization criteria as established by test procedure (Appendix A).
S. The working copy of the test procedure that includes signature sign. offs of procedural steps. 12 _=
= ---+--o r .+ eus w -w ., r n a w-<eces,--.-..e, + s +=,--.ww. ,,,-w+--- + .-rew---ww.-w.,---v-%ee .,-+peero-wrw----.2--yw o< v y,,- ~7r^ .+ nn-+wgm v r, y -r,.y.-,m+-r*-
t GP.lt-263310 GliNiillA!. PilYSICS CollPOllNilON
- 9. The procedure and data that serifies completion of penetration and valve testing, including as found leak rates, corrective action, and final leak I
. rates. ,
- 10. Computer printouts of ILRT data end automated data acquisition printouts along with a summary description of the computer program. I
- 11. The Quality Assurance audit plan or checklist that was used to monitor the ll.RT with proper signof fs.
- 12. . A listing of test exceptions including changes in the containment system
,.. boundaries.
- 13. Description of sensor malfunctions, repaits, and methods used to redistribute volume weighting fractions to operating instrumentation.
- 14. A review of confidence limits of test results with accompanying computer printouts.
- 15. Description of the method of leakage rate verification.
- 16. II.RT data plots obtained during the test.
- 17. The P&lDs of pertinent systems.
13 _ _i i -._ . ._ _ . = - .. . . _ . . . _ _ _ . . _ - . _ . . . , _ _ . _ - . _ . . - . _ . . _ _ __.l_.-.___.._
GP.R20H10 GI NI:ltAl. PilYSIUS ColtPoltATION IV. AN:\1TSis AND INTI ItPltl TATION The upper 95b conlidence limit (UCI.) Total Time and Mau l'oint leakage rates calculated dunng the 11.11I were le.s than the test acceptance criteria 01 0.75 1,,(0.375
'T wt./ day). Additions to the calculated leakage rates must be made to account for penetration paths not exposed to the ll.l(I preuure and for changes in the net tree contamment volume due to changes in containment water levels. These additions are discussed below.
A. Type C Penalties Penetration paths not esposed to the ll.IIT pressure and the corresponding minimum pathway leakage intes are as follows: Pen. No. System 1 cakap Itate (SE@ N 9A li ecdwater 6SS N oll l'cedwater 44S5 N 12 Itesidual lleat itemnvat 449 (Shutdown Cooling) N-14 lleactor Water Cleanup 95 N-23 IlllCCW 20 N-24 ItllCCW 564 N-32C/D ll.itT 10 N-21SC N-41 Itcene Sampic 5 N-47 ADS Ilatkup N, 10 x ' A- N-51 A PCAC Sample 91 si L 14
i GP.R 263310 Gl!N!!RAL PilYSICS CORPORATION -, Pen. No, System 1.enknne Rate (SCCM) t N.53 Drywell Cooling 10 2 t N.54 Drywell Cooling 47 N.55 Drywell cooling 1001 i N.56 Drywell Cooling 2402 N.218A 'f orus instrumentation 10 :
-t Various filectrical Penetrations 465
& Piping llellows, i
-Valves found out of position during restoration, Philadelphia Electric Company's livent investigation Program will determine appropriate corrective action. ;
This penetration has multiple pathways. The leakage rate indicated is the ' minimum pathway leakage rate for the specific pathway which was not vented, The total applicable local leakage rate Type C penalty addition is 10,352 seem which is equivalent to 0.0407 % wt, per day.
- IL - Volume Change Corrections-Yhe following volumes were monitored for liquid level changes which would
=
L -alfect the containment net free volume: p. s
- l.
- l I
b
?
15-
--p9a w.y --Q.g-nq,3, p heq.N g-1 Asp.--r eewm -ge.p4W---9.y-ngi.e-a..w-- ,.9-ppg..g-mge,99.y96.&
, 9 y -% g g e w + mg.,ne 9-9,9 g 9g-r whgPs w pp vy* w v. Jpe Wee --gg r= =94'WAVm-4'-st-fY-
GP.R.263310 Gl!NERAL PilYSICS CORPORATION
)
Vessel I.evel Chance Volume Chance ! Reactor Vessel 14.60 inches 488 ft i Torus 40.020 inches 219.7 ft' , r Drywell Floor Drain $10.50 inches 50.18 ft 5 Tank t Drywell Equip. Drain + 19.25 inches 80.01 f t i Tank Nete: A positive level change is an increase in level. A positive volume change reflects
. a decrease in level.
l This represents a net increase in containment net free volume which is accounted for in the calculated leakage rstes and no additional cortection is required. C. Miscellaneous Additions llCU Accumulator Leakage 0.0043 % wt per day Purge Valve 1300 Seal Leakage 0.0004 % wt. per day D. As Left ILRT Results t The as left ILRT leakage rate including the required additions is as follows: Mass Point' Total Time Analysis - Analysis (% wt./ day)- (% wt./davr 95% UCL Leakage Rate 0.0932 0.1088 Type C Penalties -0.0407 0.0407 Volume Change 0.0000 ~ 0.0000 Misc. Additions- 0.0047 0.0047 , As Left 95% UCL L Leakage Rate 0.1386 ~0.1542 L.
- l. '
o 16-l' _ ,, g.a; .- _-, 4 w.. _ _..uu,.-..~.-. .. a -. .-.--.u_..-,_
- ,;L_,.-...__._._ .._.u..__.__
l GP R 263310 GENERAL PilYSICS CORPORATION i - The as left Total Time and hiass Point 95% UCL leakage rates are less than the test acceptance criteria value of 0.75 L,(0.375 % wt./ day). ' ~ E. As Found ILRT Results The leakage savings due to repairs and/or adjustments to containment penetrations and isolation valves prior to performance of the ILRT was calculated to be 17,472 , secm or 0.0687 % wt. per day. (Refer to Appendix F) The as found ILRT leakage rate is as follows: Mass Point Total Tirne , Analysis Analy:Is (% wt/davi (% wt/davi As Left 95% UCL 0.1386 0.1542
- Leakage Rate Leakage Savings 0.0687 0.0687
, As found 95% UCL 0.2073 0.2229 Leakage Rate During the ILRT, it was deemed necessary to isolate the leakage from the RIIR system through MO-310174 as previously discussed in Section II.E.
The isolation of this leak does not affect the as found ILRT for the following reasons:
- 1) The intent of Appendix J Icak rate testing is to assure the leakage of post accident atmosphere is within the naalyzed amount. Leakage of water is [
not addressed in Appendix J.
- 2) 'Ihe leak path isolated will not be subject to the post accident atmosphere.
- 3) Valve MO-3-10-174 is not a prirnary contairiment isolation valve.
.17:
GP.R 263310 Oi!NiillAL PilYSICS Coll!' ORATION t
- 4) 'the 1(llR system is in service post accident, operating at greater than !
containment atmosphere pressure and the RilR system has four (4) orders ! of magnitude of inventory make.up capability above the leak rate. f Water leakage from the c' *ninment during the ILRT increases the containment net free volume which res .n an increased measured containment leak rate. This measured leakage rate is peater than the actual containment atmosphere leak l rate. The as found Total Time and Mass Point 95% UCL Leakage Rates are less than the maximum allowable leakage rate (L,) of 0.500% wi. per day. This is the second consecutive successful ILRT cnd Peach 130ttom Unit 3 plans ! to resume a normal ILRT schedule. The next ILRT for Unit 3 is planned for two ; refueling outages from now or approximately 36 months. ; t t i i, T .! t r 5 1 18
. - . . 1._ _ - . . _ _ _ . . _ _ . _ _ _ . , _ . . _ . - - . _ . _ , _ _ _ . , . - . _ . . . . . _ _ _ - . . . - . - -
GP.R.263310 Gl!N!!RAL PilYSICS CORPORATION ! V. RiilTRl!NCliS
}
A. Peach 130ttom Atomic Power Station Unit 3 Periodic Test Procedure, ST. T . 07A ; 604 3, integrated Primary Containment Leak Rate Test. li, Peach llottorn Atomic Power Station Unit 3 Technical Specifications. C. Peach 130ttom Atomic Power Station Unit 3 Updated Final Safety Analysis Report k D. Code of Federal Regulations, Title 10, Part 50, Appendix J, Primary Reactor ] Containment Leakage Testing for Water Cooled Power Reactors. !
- 11. ANSI N45.41972, Leakage Rate Testing of Containment Structures for Nuclear Reactors.
F, 13cchtel Topical Report 13N/f0P.1, Rev,1,1972, Testing Criteria for Integrated Leakage Rate Testing of Primary Containment Structures for Nuclear Power
. Plants.
G. ANSI /ANS 56.81987, Containment System Leakage Testing Requirements. P I b 19
- - , - - _ _ . - . , - . - - - . - . . . . _ . . , - - . - . _ . _ - _ . - - . . _ _ . ~ . - - . , - . _ _ _ . _ _ _ _ . . . . . ~ _ . - _ - --
GP It.263310 GliNI!!(AL PilYSICS CORPORATION APPENDIX A STAlllLIZATION PilASE DATA
STABLIZATION MODE TIME : 130L OPTIONS MODE
SUMMARY
1 - MANUAL DATA ENTRY # OF DATA POINTS a 30 2 - PARAMATER ORAPHS MODE DURATION UN NRS) = 0.5 3 - SENSOR PLOTS TOT TIME MEASURED LEAK = 0.2418 4 - SENSOR DIFFERENTIALS TOT TIME CALCULATED LEAK : 0.4056 5 - ANSI STABILIZATION CRITERIA TOT TIME 96% UCL 0.8320 0 - BN-TOP-1 STAB. CRITERIA MASS PT LEAK = 0.2099 j 7 - ANSI CRITERIA PRINTOUT MASS PT 9bt UCL 0.3007 ' 8 - BN-TOP-1 CRITERIA PRINTOUT 9 - REPRINT CURIENT DATA POINT P - PASS WORD MENU 0 - FLASH OFF ANSI TEMPERATURE STABLIZATION CkITERIA MET BN-TOP TEMPERATURE STABLIZATION CRITERIA MET POINT
SUMMARY
- CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POINT AVO TEMP: 67.092/ -0.083 AVG PRESS: 04.529/ -0.009 MASS: 97178.74/ -2.133 AVG DEW PRESS: 0.2170/-0.0008 TOTAL PRESS: 64.747/ -0.010 11.961: l UNIT 3:: 1 I
I ~~ l F ~ F I H I l \ n' hl, l p e , S V \ \ j\ j l\l S. Ihm L^ s; l
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ll )'l I, (/; N L_/ p jii / i i y
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]
X-13.8 98- , 0335/ 356 TIME 1305/ 356
STABILIZATION AH5IbO.8 TIME TEMP $6.0 56.8 4-1 1 HR 4 HB HR f/HR F/HB 9.50 07.092 0.222 0.205 -0.017 9.25 07.155 0.21b 0.206 -0.000 9.00 07.219 0.204 0.202 -0.002 8.75 117.275 0.170 0.200 0.030 0.50 G7.314 0.221 0.213 -0.008 8.25 67.370 0.203 0.200 0.003 0.00 67.423 0.200 0.200 0.002 7.75 07.444 0.211 0.248 0.037 7,50 67.535 0.193 0.242 0.049 7.2b 67.57. 0.212 0.259 0.047 7.00 67.629 .190 0.209 0.070 6.7b 07.050 0,217 0.201 0.003 6.50 67.720 0.182 0.260 0.106 6.25 67.785 0.194 0.301 0.107 6.00 07.828 0.198 0.317 0.110 5.75 07.873 0.202 0.335 0.133 5.50 07.910 0.2b5 0.302 0.107 5.25 07,979 0.215 0.304 0.170 5.00 68.026 0.229 0.412 0.183 4.75 68.075 0.289 0.452 0.103 4.50 08.106 0,271 0.489 0.218 4.25 60.193 0.332 0.402 0.149 4.00 60.255 0.360 0.563 0.203 3.75 00.350 0.340 0.000 -0.348 3.50 08.430 0.342 0.000 -0.342 3,25 68.504 0.377 0.000 -0.377 3.00 00.609 0.381 0.000 -0.381 2.75 60.705 0.390 0.000 -0.390 2.50 68.778 0.436 0.000 -0.436 2.25 66.881 0.478 0.000 -0.478 2.00 68.990 0.520 0.000 -0.526 1.75 69.094 0.581 0.000 -0.581 1.50 09.214 0.600 0.000 -0.669 1.25 69.359 0.701 0.000 -0.761 1.00 69.516 0.991 0.000 -0.991 0.75 09.675 0.000 0.000 0.000 0.50 09.803 0.000 0.000 0.000 0.25 70.120 0.000 0.000 0.000 M
BN-TOP-1 STABLIZATION CRITERIA TIME TEMP BN BH dT dT2 9.50 87.0921 -0.2214 -0.0503 - 9.25 67.1555 -0.2088 -0.0152 G.00 67.2190 -0.2050 -0.0508 1.75 87.2748 -0.1903 0.0673 0.50 67.3140 -0.2072 0.0006 8.25 67.3703 -0.2073 -0.0186 i 8.00 67.4227 -0.2027 0.0460 7.75 67.4444 -0.2142 -0.1061 7.50 67.5350 -0.1876 0.0608 7.25 67.5732 -0.2028 -0.0175 7.00 67.6291 -0.1985 0.0449 6.75 67.6555 -0.2097 0.0358 6.50 67.7283 -0.2187 -0.0578 ( 6.25 67.7850 -0.2042 0.0378 6.00 67.8281 -0.2137 0.1127 5.75 67.8728 -0.2503 0.0544 5.50 67.9102 -0.2630 0.0642 5.25 67.9769 -0.2800 0.0869 5.00 68.0261 -0.3017 0.0436 4.75 63.0749 -0.3126 0.0221 4.50 68.1656 -0.3181 0.1434 k 4.25 68.1934 -0.3h39 0.058 4.00 68.2554 -0.3729 0.0333 3.75 68.3565 -0.3690 0.0806 3,50 68.4360 -0.3891 0.1536 3,25 63.5040 -0.4275 0.1033 3.00 88.6088 -0.4534 0'.1268 2.75 68.7049 -0.4851 0.2690 2,50 68.7782 -0.5523 0.2675 2,25 68.8814 -0.6192 0.5566 2.00 68.9898 -0.7583 0.0000 1.75 69.0944 0.0000 0,0000 1.50 69.2:42 0.0000 0.0000 1.25 69.3591 0.0000 0.0000 1.00 69.5'J5 0.0000 0.0000 0.75 69,6750 0.0000 0.0000 0.50 69.8828 0.0000 0.0000 :i 0.25 70.1198 0.0000 0.0000 0.00 70.5065 0.0000 0.0000
. _ - . _ - . . . .. - . - . _ ~ . . ~ .-. .-- . - . - . . . . . -
i I AVG. DATA VALUES UNIT # 3 DATE TIME T(I) P(I) DT(I) VP(I) HASS(1) 356 0.00 70.506 65.010 56.909 0.229 97271.84 356- 0.25 70.120 64.971 56.834 0.229 97283,80 356 0.50 69.883 64.940 56.728 0.228 97282.14 - 356 0.75' 69.675 64.915 56.704 0.228 97282.38 356 1.00 69.516 64.894 56.601 0.227 97279.94 356 1.25 69.359 64.874 56.462 C.226 97279.38 356 1.50 69.214 64.856 56.446 0.225 97278.69 356 1.75 69.094 64. 8: " 56.405 0.225 97274.21 356 2.00 68.900 64.023 56.320 0.224 37270.45 356 2.25 68.881 64 9" ' 56.281 0.224 97266,09 '
- 356 2.50 RS b . ' ; . , 64.791 56.218 0.224 97261.82 356 2.75 68.705 64.777 56.189 0.223 97253.85 356 3.00 68.600 64.764 56.106 0.223 97251.50 356 3.25 68.504 64.758 56.097 0.223 97262.27 356 3-50'
. 68,436 64.740 56.02 0.222 97248.38 356 3.75 68.356 64.729 56.003 0.222 97245.09 356 4.00 68.255 64.718 55.931 0.221 97247.27 356 4.25 68.193 64.707 55.967 0.222 97242.46 356 4.50 68.166 64.698 55.944 0.221 97234,32 356 4.75 68.075 64.689 55.950 0.221 97238.16 356- 5.00 68.026 -64.681 55.938 0.221 97234.51 356 5.25 67,979 64,672 55.926 0.221 97229.80 356 5.50 67.910 64.663 55.930 0.221 97228.85 356 5.75 67.873 64,655 55.861 0,221 97223.79 356 6.00 67.628 64.646 -55.856 0.221 97218.55 356- 6.25 67.785 64.637 55,839 0.221 97213,15 356 6.50 67.728 64.629 55,768 0.220 97210.68 356' 6.75 67.656 64.621 55.794 0.220 97211.94
- 356 7.00 -87.629 64.612 55.745 0.220- 97203.80-356 7 :25 67.573- 64,604 55.706 0.213 97201.80 356 7.50 67.535 64.595 55.702 0.219 97195.33 356 7.75 67.444 64.587 55.672 0.219 97201.08 356 8.00 67.423 64.500 55.669 .0.219 97194.56 356 8,25 67.370 64.572 55.667 0.219 97191.44 356 8.50 6?.314 -64.565 55.637 0.219 97190.86 356 8.75 67.275 64.558 55.649 0.219 97187.41 356 9.00 67.219 64.551 55.594 0.219 97187.80 356 9.25. 67.155 -64.539 55.577 0.218 97180.88 356 9.50 67.092 64.529 55.470 0.218 97178.74
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GP-R 263310 GENERAL PilYSICS CORPORATION ,
?
APPENillX 11 ILRT TEST I)ATA ANI) PLOTS i f s
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TES? M6DE PLEASE SELECT THE OPT *0N YOU WISH TO USE: TEST DATA 1320 1- - MANUAL DATA ENTR1f 8 OF DATA POINTS = 95 2 - PARAMETER GRAPHS MODE DURATION (IN HOURS) = 24.000 3 - SENSOR PLOTS TOT TIME HEASURED LEAK = 0.0972 4 - TREND ANALYSIS TOT TIME CALCULATED LEAK = 0.0967 5 - REPRINT CURRENT DATA PT TOT TI!!E 95% UCL = 0.1088 6 - SENSOR DIFFERENTIALS MASS POINT LEAK z 0.0889' HASS POINT 95% UCL = 0.0932 75% La = .375 P - PASS WORD MENU MASS = 97081.44 SELECTED OPTION: POINT
SUMMARY
- CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POINT AVG TEMP: 65.415 / +0.013 AVG PRESS: 64.260 / +0.001 MASS: 97081.44 / -0.906 AVG DEW PRESS: 0.2151 / +0.0000 TOTAL PRESS: 64.475 / &0.001 0.5000-
. UNIT 3::
MASS ANAL. :: NTX/ DAY :: L EG END." -al+-V? l
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1320/F356 TIME 1320/ 357 i
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TEST MODE PLEASE SELECT THE OPTION " YOU WISH TO USE: TEST DATA 1320 1 - MANUAL. DATA ENTRY # OF DATA POINTS = 95. 2 -
' PARAMETER GRAPHS MODE DURATION.(IN HOURS) = 24.000 3 -
SENSOR PLOTS TOT TIME MEASURED LEAK = 0.0972 4 - TREND ANALYSIS TOT TIME CALCULATED LEAK = 0.0967 5 - REPRINT CURRENT DATA PT TOT-TIME 95% UCL a 0,1088 6 - SENSOH DIFFERENTIALS MASS POINT LEAK = 0.0889 MASS POINT 95% UCL = 0.0932 75% La m .375 P - PASS WORD MENU MASS = 97081.44 SELECTED OPTION = POINT
SUMMARY
- CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POINT AVG TEMP: 65.415 / +0.013 AVG PRESS: 64.200 / +0.001 MASS: 97081.44 / -0.906 AVG DEW PRESS: 0.2151 / +0.0000 TOTAL PRESS: 64.475 / +0.001 0.5000-;
r UNIT 3:: TOT. TIME
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1320A, 356 TIME 1320/ 357
=
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4"+1P r- '+ Wh9 % 4e M-911 M"--"-v+t--*-P ne W9- ? ru $+ T 70179 612 0 023 55 833 46 519 56 00 31 753 11179 612 0 592 55 043 46 519 56 57+ 21 753 90179 612 0 382 55 143 46 039 56-05 21 753:
- 01179 612 0 003 55 243 46 739 56 52 21 753 ;
21179 612 0 582 55 543 46 449 56' 00 21 J753-
' 90179 612 0 - 523 55 643 46- 579 56 57 11- 753 51179 612 0 413 55 053 46 579 56 05 11 -
753 11179 712 0 004 55 353.46 ~ 810 66' 52.11 753
- 11179 712 0 544 55 753 46 940 66 00 11 753-21179 812 0 074 55 463 46 201 66 52 01 -653-41179 712 0 534 55 763 46 ' 611 66 00 01 '053 81179 712 0 134 55 073 46- 711 66 57 9 ,653' 51179 812 0 774 55 273 46 941 66 05 9 653 02179 812 0 964 55- 473 46 - 731 66 -52 9-- 653 12179 712 0 654 55 673 46 451 66 00 9 ~653 22179 812,0 715 55- 873 46 361'.66 57 8 -653L 32179 812 0 T74 55 083 46- 771 66- 05 8 653 22179: 812 0 - 425 55 283~.46- 891 66 -52 8' 653 42179 812 0- 474 55 583 46 312 66- 00 8 653L '
22179 812 0 . 394,55 783.46 332 66 .57 7 653; 42179 812 0 884 55 093 46 S42 66 05 7. 653-92179 812 0- 664 55 193 46 822 66 52 7 653= 0317S- '812 0 954 55 193 46 922 66 00 7 653-82119 -712 0 153 55 .293 46 =042 66 57 6 ;653 33179 612 0 872 55 193 46 702 66 05 6 653' 23179 612 0 592 55 393 46 622;66 52 6 653-02179 612 0 . 613 55 593 46 762 66 00 6 653 631t^9 712 0 453 55 993 46 752 66- 57,5 653-23179 712,0 563 55 304 46 - 903 66 05 5 :653 33179 712 0 143 55 604 46 333 66 52 5 653-._ 53179 712 0 283 55 014 46 153 66 00 5 653 53179 712 0- 293 55 514 46 493 66 -57.4 653-83179 712 0 354 55 914 46 314 66 05 4 ~ 6 53~ 14179 712 0 663 55. 524 46 344 66 -52 4 653 54179 712 0 324 55 034.~46 464 66 00 4 653 74179 812 0 705 55 534 46 494 66 57 3 653 84179 812 0 125 55 044 46- 035 66 05 3 653
. 55179 812 0 015 55 744 46 444 66 52.3 -653 94179 812 0 925 55 354 46 -526 66 00 3 653 35179 912 0 026 55 954 46 956 66 57 2 653 06179 812 0 575 55 564 46 666 66 05 2 653-06179 912 0 595 55 174 46 717 66- 52 2 653:
26179 912 0 195 55 674 46 847 66 00 2 653-76179 812 0 525 55 284 46 077 66 57 1 653 46179 812 0 084 55 684 46 718 66 05 1 653 17179 712 0 243 55 784 46 587 66 52 1 653-27179 612 0 562 55 194 46 618 66 0021 1653 37179 712 0 333 55 994 46 968 66 57 0 653 87179 712 0 873 55 705 46 119 66 05 0- 653 47179 712 0 773 55 415 46 399 66 52 0 6533 67179 812 0 . 684 55 225 46 640 76 00,0. 653 SSAM SSERPV PMETD SSERP PMET: EMIT. ETAD
- SEULAV ATAD l- 3-# TINU OVA l
_ - _ . . . . _ . _ . . _ . _ _ .m.-- _ . _ _. _ . _ .--.,.._>-~._m_ . .> _. . .- . , .
AVO. DATA VALUES UNIT # 3 l DATE TIME TEMP PRESS DTEMP VPRESS MASS 357 13.25 65.921 64.337 55.334 0.217 97105 357 13.50 65,900 64.336 55.336 0.217 97107 357 13.75 65.872 64.330 55.265 0.216 97104 357 14.00 65.828 64.327 55.217 0.216 97106 357 14.25 65.831 64.324 55.185 0.215 97102 357 14.50 65.804 64.323 55.157 0.215 97105 357 14.75 65.796 64.320 55.153 0.215 97102 357 15.00 05.766 64.318 55.189 0.215 97105 357 15,25 65.754 64.316 55.154 0.215 97103 357 15.50 65.739 64.314 55.139 0.215 97104 357 15.75 65.736 64.312 55.169 0.213 97100 357 16.00 65.695 64.310 55.160 0.215 97106 357 16.25 65.705 64.307 55.168 0.215 97103 - 357 16.50 65.698 64.306 55.164 0.215 97099 357 16.75 65.701 64.305 55.100 0.215 97097 357 17.00 65.678 64.303 55.174 0.215 97098 357 17.25 65.664 C4.301 55.152 0.215 97098 357 17.50 65.650 64.299 53.134 0.215 97098 357 17.75 65.633 64.297 55.163 0.215 97098 357 18.00 65.645 64.295 55.120 0.215 97093 357 18.25 65.611 64.293 55.098 0.215 97095 357 18.50 65.605 64,291 55.085 0.215 97093 357 18.75 65.575 64.288 55.081 0.215 97094 357 19.00 65.558 64.286 55.062 0.214 37094 357 19.25 65.533 64.284 55.013 0.214 97096 357 19.50 65.545 64.282 55.069 0.214 97091 357 19.75 65.531 64.279 55.079 0.215 97089 357 20.00 65.514 64.277 55.029 0.214 97089 357 20.25 65.504 64.276 54.977 0.214 97090 357 20.50 65.505 64.274 55.006 0.214 97087 357 20.75 65.489 64.272 54.980 0.214 97087 357 21.00 65.486 64.270 54.978 0.214 97085 - 357 21.25 65.453 64.269 54.952 0.214 97088 357 21.50 65.462 64.267 54.958 0.214 97083 .', 357 21.75 65.453 64.265 54.930 0.213 97082 357 22.00 65.404 64.262 55.002 0.214 97087 357 22.25 65.399 64.261 55.009 0.214 97087 357 22.50 65.384 64.260 55.007 0.214 97087 357 22.75 65.368 64.259 55.015 0.214 97088 357 23.00 65.424 64.263 55.040 0.214 97085 357 23.25 65.447 64.266 55.174 0.215 97086 357 23.50 65.398 64.260 55.132 0.215 97085 357 23.75 65.402 64.259 55.142 0.215 97082 357 24.00 65.415 64.260 55.146 0.215 97081
~
. TOTAL TIME AND MASS 1 POINT ANALYSIS [
UNIT
- _3 DATE': -TIME' TTLM LMCALC SL- LAM L95 356 0.00 0.0000 0.0000 0.0000 0.0000 0.0000 ,
356. 0.25 0.1842 0.0000 0.0000 0.0000 0.0000 356 0.50 .0948 .0948 0.0000 .0957 1.2826
'356 -0.75 0.0866 0.0099 1.8305 0.0408 0.3530-356 1.00 0.1000 0.0583 0.7783 0.0869 0.2447
-3561 11 .2 5- 0.0916 0.0755 0.5328 0.0960 0.1902-r
-356- 1.50. J.1877 0.1347 0.5025 0.1608 0.2588 356 1.75- 0.1308 0.1420 0.4436 0.1564 0.2270 356 2.00 -0.1768 0.1650 0.4245 0.1771 '0.2351 356 2.25 0.1775 0.1799 0.4093 0.1887 0.2356 356- 2.50 -0.1531 0,1812 0.3907 0.1829 0.2211
.356- :2.75 0.2069: 0.1987 0.3909 0.2008 0.2376
?356J = 3. 0G - 0.2172 0.2143 0.3923 0.2161 0.2508 356 -3.25 0.'1595 0.2097- 0.3819 0.2047 0.2366 1
~
'356' 3.50 L0.1945 0.2148- 0.3778 0.2081 0.2358 356 3.75 c0.1917- 0.2179 '0.3735 0.2092 0.2333 356 4.00 0.1901- 'O.2197 0.3693- .0.2090 0.2061 356- 4.25 'O.2005 0.2231 0.3669 0.211F ~0.2036
~
?356E 4.50 0.2063 0.2269 0.3654 0.~2151 0.2323 356- '4.75' O.2129 0.2312 0.3648. 0.2189. .0.2349~
-356 5 . 0 0 ..- 0.1998 0.2321 0.3624- 0.2186 0.2330
'356 5.25 'O.2009 "0.2329 0.3602 0.2186 0.2316-L.
356 5.50 0.1962 0.2327 0.3575 0.2173 0.2293'
~
356 5.~5 0.1692, 0.2279 0.3531 0.2096 0.2229
--356 6.00 0.1922 0.2274 0'.3503 0.2085 '0.2208 t- 356' 6;25- 0.1719 0.P237 0.3461 0.2030 1.2155 0
l _ _.. . ~ _ _ _ _ _ _ _ _ , . _ .- . .. .
. . _,__. _. . _. _ . ,. .-. m_.-_ _ . _ . . . . _ . _ _ . _ . . . _ - - _ . _
n TOTAL TIME AND MASS POINT ANALYSIS , UNIT >#-3' y :
!DATE TIME TTLM. LMCALC SL LAM L9$
---35_6 6;50 -0.16?4 0.2190 - 0.3414 0.1964 0.2097 356 .6.75 0.1740 10.2165 0.3376 0.1933 0.2060 356. 7.00_ 0.1623 0.2126 0.3332 0.1884 0.2011 356 7.25 0.1590 0.2087 0.3287 0.1834 0.1962-356 7.60 0.1699 0.2065 0.3250 0.1814- . 0.1935 356 7. '7 5 ' O.1721 0.2049 0.3218 0.1799 0.1913 356 '8.00 0.1012 0.2020 0.3179 0.1770 0.1881 356 9.25- 0.1610- 0.1994 0.3141 0.1743 0.1851 356 8.5'O 0.1547- 0.1963 0.3102 0.1709- 0.1816 356 8.75 0.1530 0.1933 0.3063 0.1678 0.1783 l'
356.- 9 00_- _ 0.1504 0.1303 0.3024 0.1648 0.1752 ,
- 356 9.25 0.1485 0.1873 0.2985 - 0.1618 0.1721 356 ~9.50- 0,1583 0.1856 0.2955 0.1605 - 0.1704 356 '9.75 -0.1472 0.1829 0.2919- - 0.1580 0.1677 356: 10.00 0.1528 0.1810 0.2888- 0.1565- 0.1658-1356- 10.25' 0.1527. 0.1792. 0.2858. 0.1552- 0.1641-357. ~ ~' ) . 0 0 . - 04453- 0.1779 :
0.2843-- 0.1530- - 0.1617 1357- 11.25 0.1414- 0.1749 0.2803' O.1503 0.1589 357- 211.50~ 20.'1306 0.1712 0,2760 0.1464-- 0.1553-357 111.75 0.1409 0.1687 0.2726 0'.1446: 0.1532
, 1357 -12.00 - 0.131'4 0.1657 0.2687 0.:1418' O.1504
. 357f 12.25 .0.1326 0.1630' O.2652 - 0.1394 0.1479 1357- _12.50 0.1312 -0.1604 0.2618 0.'1372 0.'1'I56 3571 12.75. 0.1265 _0.1577 0.2583 0.1348 - 0.1431-
, 357 13.00' O.1305' O.--1555 0 2552 0.1329 0.1411 357.. 13.25. . 0.1320 0.1536 0.2523 0.131G 0.1395 2
, , - 6w-, ----w.-,# . . . - . . , - ~ , . . ,,--m.-- ,.,-,w.-ne. c.,- , e
. . ~_ _ . . _ _ .- . ._ _ . . ~ . . _ . _ . _ . _ . -
TOTAL TIME AND MASS POINT ANALYSIS
-UNIT # 3-
;DATE -TIME TTLM LMCALC .SL LAM L95 357 13.50- 0,1263 0.1514 0.2493 0.1297 0.1375 357 13.75 0.1298 0.1496 0.2466 0.1283 0.1360
~357 ~ ~ 14 '. 0 0 0.1228 0.1474 0.2437 0.1204 0.1340 357 -14.25 -0.127b 0.1457 0.2411 0.1252 0.1326 357 14.50 0.1212 0.1437 0.2383 0.1236 0.1309 357- 14.75' O.1230 0.1419 0.2358 0.1222 0.1294
-357 :15.00. 0.1174 0.1399 0.2330 0.1205 0.1276 357 15.25 0.1175 0.1380 0.2304 0.1189 0.1260 357 .15.'50 0.1145 0.1361 0.2277 -0.1172 0.1242-1357 15.75 0.1182 0.1345 0.2254 0.1159 0.1228
.357 16.00 0.10811 0.1323 0.2226 0.1.140 0.1209 357 16.25- 0.1150 0.1307 0.2203 0.1127 0.1195 357 16.50 0.1148 0.1292 0.2181 0.1115 0.1182 ,
357 16.75 0.1'159 0.1278 0.2160 0.1106 0.1172 357 17.00 0.1128 0.1264 0.2139' O.1095 0.1160 357 17.25 0.1115- 0.1249 0.2117 0.1084 0.1147 , 357' 17.50 0.1101 0.1234 0.=2096- -0.1072 0.1135. 1357 17.75' .0.1089 0.1220 0.2075 0.1001 0.1123.
-357 18.00 0.1138 0.1209 0.2057 0.1054 0.1115 357' ~18.25 ~0.1097. 0.1196 0.2038 0.1046 0.1106 357 18.50 0.1103 0.1184 0.2020 0.1038 0.1096'
- 357. 18.75 0.1075- 0.1171 0.2001 0.1029 0.1086
-357 '19.00 0.1058- 0.1159 0.1983- 0.1019 0.1076 357 19.25 -0'.1026 0.1145 0.1963 0.1008 -0.1065 357 19.50 0.1077 0.1134 0.1947 0.1001 0.1057
- 357- 19.75 0.1089 0.1125 0.1931 0.0995 0.1050-
TOTAL T1HE AND MASS Po1NT ANALYSIS UNIT-# 3 DATE. TIME TTLM LHCALC SL LAM L95 357 20.00 0.1068 0.1114 0.1916 0.0989 0.1043 357 -20.25 0.1052 0.1104 0.1900 0.0982 0.1035
~35? 20.50 0.1073 0.1095 0.1885 0.0978 0.1029 357. 20.75 0.1058 0.1086 0.1871 0.0972 0.1022 l
- 357: 21.00 0.1073 0.1078 0.1857 0.0968 0.1017 i 357- 21.25 0.1021 0.1068 0.1842 0.0961 0.1010 357 21.50 0.1064 0.1060 0.1829 0.0957 0.1005 357 21.75 0.1064 0.1053 0,1817 0.0954 0.1000 357 22.00 0.0993 0.1043 0.1802 0.0946 0.0992 357 22.25 0.0990 0.1033 0.1788 0.0938 0.0984 357 22.50 -0.0972 0.1023 0.1773 0.0930 0.0976 357 22.75 0.0940 0.1012 0.1757 0.0921 0.0966 357 23.00 0.0971 0.1002 0.1743- 0.0913 0.0958
- 357 23.25' O.0958 0.0993 0.1729 0.0906- 0.0951 357 23.50 0.0958 0.0984 0.1716 0.0900 0.0944 357 23.75 0.0972- 0.0975 0.1703 0.0894 0.0937 357- 24.00 -0.0972 0.0967 0.1088 0.0889 0.0932 l-l I'
l I l'
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PEACIi 001'T OM ';I INTEORATED LEAK RATE TEGT TEGI MODE : TEST
- DATA P01HT
SUMMARY
SHEET- -DATE :: 0156 TIME : L 'h 20
-Preusure -Instr urnenis -in coun Lu
.._ . . _ ,, . ,_,_._._ ..,. - _. _ _ _ ..-. _ .._ .. _ _ . _. ~ ._
channel pressure channel prennure 1 463752 2 +63690 R1Du in.dograon F
. . . . . _ , . _ . . . _ _ . . . _ . - . . . = , , . _ _ , _ . . . . . . - _ _ . . . . _ . . . . . .
channel , tomp. channel temp. channel t em p'. - , 1 +94.604 2 +V3 S24 . 3 +6t 184 4 +62.431 S +61.341 6 46j.900-7' +50.064- 0 *-D'7.176 9 +34.281 10 466.696. 11 466.920 12 467.1'70 Dew Cell temperatures i_nldegreen.F ____.__._..__.___..._._...._m,... _. c han n.el . cell temp channel. cel'l temp 1 474.904 2 +47.422 3 447.040 4 +46.836-
-0 +64.212 6 +45.972-
. -._;..J~.y_._...-.._.__...._.._.._._.,.....a.__-_.m.._
AVERAGE TEMPERATURE = .'+ 67.0456 DEO. F AVERAGE PRESCURE -m +64.73'76 PSIA MASS
- 47717S.04-
-AVO-DEW POINT' TEMP m: +$0.4062 DEG. F AVO VAPOR PRESSURE =u - +0.2177 PGIA
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g-+ y.r- ww g y e-- -- y"> y' ,
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- nVERAGE PGli.' 9 NE +64 '31L l '(U A Mei73 )c
- t ' t ., ,' O nVG DEW i"'f ) l t ! ! ITtV ' 5 5 .13 / , ~
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f t:ACH--TO TTOM 3 1lHIEGRATED LEnk RATE TEST '1EGi-MODE s !E s f-
- MTA - PGIN T
SUMMARY
SilEEr DATE -
..15 e
't t r1E : 13:'30
- e. # - w.
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4 .462.277 S :61,.018 6 m1 ?T
, + S7 064 G +56 905 ? 4 '".4 ,. 2 6 1.
10 ' 66.598 - 11 466 056 L2 6 7,.O'72
. . ~ - . , . . - . - .~. . ,:.. . -.- . . . . . . - . . . , . . . - , .
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3 +47 700 4 >46 773
-5 F64.106 6 F65 910-
+ xe 64%He .g 4ey es..,wg.ot ,ss.nz,a.s- w eg gam nb.g e ves .pge ,#ey .at.p, w ee gg.,,,pemaps-.d ea.. age . M. c.Aw.,,- p.- g, e s,, y e, see.,w . ege a4.s .+.a .e b.sp apan tw na su awsa,.
AVERAGE TEMPERATURE - h66,,9113 DEG, F
- AVERAGE _ PRESSURE u e 64. 7'C3 5 PSIA
. MASS - i97177,76 AVG DEW POINT TEMP -
*SS 3770 DEO. F AVG VAPOR PREGOUPF 4 0 216'P f"SI A i
2 J. C '
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- INT EORATED LEAR IMTE TEST TES T MODE 1: FI N T W
DATA- Po t tF - OlJM11ARY ti U!:E" DATF i TiHE : ,1 4 :; 0 '. l- ) . ? L_ (. t I.[.j . - , jp 1 ! e' ~ j T > ;l * ' t 1 m( m i ,b -i[g C.yz.t[] f g f l- .
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- l. I74 43'M 4.I r EI AlI.)7 3 16 U ,, 79 7 4 062.;;43 S *6L.024 6 1..L 6Yt 7-
*$7.007 0 t@6 793 7 4'4.,205 10 -+66.500- t1 466 014 12 447 04? j i
-. . - , . . - . . . . ~ . _ - . , . - _ .. - . . . - _ . . . . - i b Dew' Col 1 tem pe r a t.u rmc. an degreos F
'a . i a .
. . - - . - +., . - . . . . . .'- n l, $7Nad76 I.) 'i 47e [b7 3 + 4 7 ., S 6 ^/ - 4 + d6 736 S, 164.166 6 .
- 6N 90"
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AVERAGE -PREOSURE 004 7130 PCIA MAGS > 9?] 73 & AVO DEW l'OiHf IDil ' 50 3329 DI O . . F AVG VAPOR PRE %!!% - 50 216S 1% I A (;
-{
- .. . . , .a..,.2--.~.---..-. w.
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4 5 g - lNTEGRATED-LEAK RATE FES T: TEG1 MO DI ., a le;r ngg potpi 3:;MMARY SilE.I DATC - ';N 11 Mr.: : 14ac0 Y 8k t- [ i. 4 g' h'I I .k ., b k ' E=,, , , .S , - _ , h , , . ' *" 0 ,, 1 16371'? 12 %6% i: s a . . . - -- . - - , n ,. ..a . 5(if' r M b 'O _ .D siOQf ihla - -
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l{4: 4 4 /4L ITS 4-S7,015 S + 60,91.7
+ B6, 7 FJJ 6 ibj .M t a U 9 < "q,,110 10 466 S32 .
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- MASG' .
e97171.00 (WG DEW PO UfT f emf? +36 2652 ~ 0 E O ,. F AVG ' VAf OR - PRERi..;URii
- 0,,2160 PS l ai 4
i i l l t-p- [-
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-i p DITECRAT ED - LEAK RATE -1E Si TEU1 MODE n FECT !
na m-porgt.9UMMARY ciHEET F N.TE : :3 Se I1ME : 14 : D 4 h. l s
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m p ,. , _ ~ j -.- ' f'1,4 O Q h f J f'f[l_ h E'y kJ f "I [ } ^ (l I ll E-f
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- . ...~.__ . . , . . - - - - , . __ __
s b
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I [ 1 400 309 ? '*v'U d41 3 460 90/
- -4 +62.200 S ' 6 0 ., 6 0 2 6 '61 576 i
[- 7 407.G02 0 + 561. / 37 (P ' M .. ;.'26 10 066.017 f.1 466.7bt 12 >66.966 3- a
?
_ . . . _ . . - . _ _ . . _ - - ~ . ..m. i h h..' .hm h)eI Sk .k.k f e N b k) f k # #' . b channel- ctr11 temp channel cell . temp - I
- -_ _ . - _ . . . _ . _ . - ~ . _ . - _ . . .- _ -
1 o-F t +-76. 904 - 2 447.21S
",- 4 446,701 j +-47 l717 -t
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+64.158 6 -+6%D41 '
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4 f I ! b .- i: AVERAGE TEMPERATURE +66.705S DEO. F ll AVERAGE PRC9GURE m- e64.7035 PSIA H MASO a +97171.,21 ' !:- - AVG DEW POINT -TEMP -
+53 3419- DEG. I" _
! AVO VAPOR _PREBSURE 10.2166 PSIA 7 I i t I. , D ! i II -l
'h
+= I'n
+*N w- uww,,-- r N ,,4 h , _ ._w-i-e..,_ _ _ _ . _o, __O-.-.-_ . - - . - . - - - - - - , - - - , . . . - - , ---A-*.- - - - - ~ ~ - - ---e--' ' r i'
y.a yf. _;s J. ,n- .aaE-4---h44 4-4S J a.42.**W-d,S. A 4. 4 :.Ndi..MM,pAmagt.b44,. WhM r. hE. 4 a 1p Awd .i.e.,4h.a r J. 4 - a d d +w ee--h-a mew. e A ad A45 d O d .d.s s . 6A #w d dE d,M e -MJmAmM . .n 4 d u 4 1 [ tHTTORATED ! MK RATE TEur TE3r MODF. x Ti:G T Duin i'nIHf
SUMMARY
SHEET DME n .N b T1ME 4 14 ;; %o 4 L 2 g
.--m _ . _ . - - . -_-_.~ ._ . . _ . . . - .
4_ 6 aU '6i sA t t I.- in Q. H ' s I. - I' .- - 4
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[)I' O k b d $~ (5 O. . [!I" O Q E. IN [ t il ) f h 32l6 i:) > $ $lo.% il d ) . - . - - _ _ _ _ .__ ..-. . _ _. IC On in < .legreen F j- _ F ch4nnoi. -temp.- channa temp. :hannet temp. s-^ - - , , , - - . . - , . , . -
-1_ t 94., jj $ h 4 9 3 7J 7 l', 6 c, .L ,, Q Q '
- '6L 1YO. S -160,062 6 401.643 i- 7 + !.i ? . 9 5 2 0 +S6.9l9 ? + '
- ,4 ,, 541
' .l. 0 . +66.,$07' i l' >66.729 j J +66.943 i
t. - __~ , . . , , , . _ . - , . ._ . . , . . . . . . . _ _ .. .- _ BON bOkl kHill[1G* r d .1,4 r H S 3. f i (jF g r M(OG F gl $* $ --
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+47 946 4 +47 0E?
L +64il11 6 +65.212-
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. . . . . . . . . . ~ - .
a .* + h ^t 4-- 85 Q
- AVERAGE - PRES 511RE - a t64 7040 fGIA MASS "
W71 cA ,. 4 b - AVG. DEW POO4T TEMP "- +'$.4??7 DEG. F WG : UAPOR PREi.3UV. = + 0 ,, 4' 1177 - PSIA
s .4pmJer.s d. m.4.h-qmmm M. m.m e,..ma.mame 4.sh e.3 45 AMe hdu . e.# .d M d.J J E4- "'4W +35 "' AJ4M a5"" "M4Jhd .id.Ed da d ,AA q.4ddM S AE.r.J . Am A8 Sed _- mq i d {* . { _ p THi'EGRATED LEAK RATE TEST. TE9T MODE : TEST
-onu emm aumnnRv sumr onrE : 3s6 f t ht!. : 1 S ::05
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a g U-/ '
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- i. 1 +73.207 2 +47.665 .
3- 440.06S -4 + er7 . 077 S 464 097 +65.760 t-e:-- $+'*J'4 e.M1Lm.e 4 v.qt 9F44 4WiJ <
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. AVERAGE TEMPERATURE - +66.7702 _D E G ,. F i: AVERAGE PRESSORE = L464 7000 PSIA MAGG = +97166,.30 AVG' DEW POINT TEMF +1SS.5201 DEG, F
')
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- u,, Jn r1 1 'i' -+ c,6 ,, 317
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) hkdNtbE l[IN*{1{Yb N)lib. I b[) ,, 1((N Ub) l iWERAGE PRESE.URE 064,,S??O f%tA (1 ASH + W122 61.
AVO DEW PO.Dti rcMP e 'iS , 4 720 D E O ,, 1 :^ j AVG VAPOR twf: ,
.URE , 0 ,, :.2176 PGIA t1 i i
c. I k 5 I. i 4 1. I
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g AVERAGE F tit .';U!W: . > .: A .': 4 9 3 rsIA MASS i 9:7114 5", tWG DEW POINT' T F.M" *T. ". .1 ; / Q . o m . 1 -' AVG VAPOR Pl&BSUM -
+0. :L; !";In
,,, _g,. . . . - . . . . . ,
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! .'t l 4 l ) ( 3 . fl 'f d Sh h }.k ['I fIf f N, } l I 's j . f ' .
i1( 4?
-! -16360 ~3 ? i 6 S '. . 'G
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-mr e. - . . - ,. - - .
. .. k. 4 - . i. . . , . 89 gg gg p Gd .
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'4- 4 bis 230 S + b% "W9 6 *60 070-7 +S7 112- O o'M 0c5 9 + M.649 10 &66.0S0 11 ' 66 ;.'tF4 12 N.6,02Y
. . . . ... . . . , . . . . . - - - . . - -. ~. ., .. ., . , ,
Dew Call temperatures in degrees 1~
.::h an n el- cell _t.emp. channel- cell !.cm p -
i +00.644 ? +47..666 -i J +4p.,222 4 + 4 7. 2,7 5 l 9- -*63.906 6 +65 34S- .i
.. ~ .,
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i ( p k +
-, . -$ k 4% . -
m 4 1 7 ( bN5It!hbb f( 18L.lRII u *64.5060 P.S T A - -I MASS 4'77117.74
'AVO DEW POINT-!EMP ' % 4313 :DEC l~
.- i (NG VAPOR f'PESCUFF -
10 2.173 Pu1A j
--3 e
t t a i i h
. I__ -- -
id'.
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@A7sd',4 6.esJ.,
l PGnCH T!OTTGN J-
- 1;MT UCPATED LEAK RATE -T E9 ! '!EST !10011 : fE9!
C% e POI'li' GUMMART siiEET - onIF : B. , fIME ; 2 ' :: JO i k ? l ,,,f , p . p 'h .* '3 g e h l M y m ..-, . _s O .. -' E- .';,,I ! 09 ka #'k / ., 4h f .g
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'l 4 &t .-2 b3 5 +W ,,4, M 6 :60,,0?o-7 +57. pl .l- 0 W5 7dO Y 4 53, M6 LO - +/ .040 11 + % 270 .t2 166.517
_ . _ - . , _ . - . - -_,.. . . . . . . . . = . . . . _..
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"< 864.02S 6 + 65 371
- . - . _. ~ . .. . . ~ . . _ ._._;__.._-_..,._,._._ ._ _ . _ . _
g
.a -
AVERADE PRESSURE '
+ 64.5043 PSIA MASG - +9 7 1 ,t. 3 , 9 7 AVG DEW PODFT 1EMP -
rSS A3n3 DEG, .
- AVO VAPON PRE %URE +0,,2173 PGIA 4
t
+
- _ Y 4
\
j
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-TN TEORATED !.E AR RA 1 E 'I F '3 r :Trir MODE : TEUT N.
- 1~0 1~4 T- JbMMARY SHFET Mn :: 7; >
r!ME : ci,"
! v a ien f in uue' i
8., t ).I i ( , b') h I' 59 !.h I k i k'
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. k *- .a . .N . . M h .- . . g, -g
.m.. . , . - . _
7h 4 h* *, , _ f_ 9_ A 61,,2215 - 5 *R9.300 6 '
%0%
+D 7 ,15'P O 455 8'?! 9 ; G.. S'? .I, 10 466.049 11 466 275 12 4 6 6 ', MlO
% 4 .w. . o me - - 4 +m -==n -m< ~
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4 , 4 m
- 4- ta .i. - +
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. . ~ . . . , , .
k $5 og $@
^3 = ela ,,247 4 +47.316 5 064 027 '6 +65.367
, . . . . . . _ . . - . . _ , _ _ _ . . _ ,,- _ _ _ . . _ _ . . , . . _ ,_ .c _
6
,WERAGE TEMPERA TURE e v66 LO1? D E O ., F AVERAGE PRET3UN -
+64 5010 PGIA m . Mass m- '
+ ,7 3 1 .t 2 , g o AVO DEW. POINT.TE1"O +SL 4703 -- D E G ,, - F AVG VAPOR PREMA.iNE * +0 2176- PSlA s
' h_ .
e i s l i, I
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-- f'(Dl l- :)(T0M jr
..TNTCr? RATED LFAK - RAT!T TES T TC3r MODE : II:9r f _
g p 1 1 Mt' - OOr70
$ - , ^, ,- 5 q- t. .a 4- w .e-.
f h ., , ,e d , , . , - ' T . h ,.x .
- y RT99 i n.- deg r ee s = P h
4k kh 3 , 4 8 86 . N N be * +h. 4 k. -- k I b I. . b k
- h I) ad p gg J -46 . M ' ,
4 Lt61.109 3 i D7 333 i * ' ' > 700 7 *$6.791_ O + T5.767 -9 '3.,59S ,
, - 10- >66.0t1 11 F66 i"VP 12 4 66. /!?O e . 4 s r . $d s' s . ' e . m I + - . i.
r 4 ,,, -. . ., .,
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J +<11100- 4 .*
_..x_ a on..-. , u - wnan. +,--na>. u. - a a s..s- - s,.n.- - --+ u . . .--- ~ . ..- h F:f[Aql t pgTTQM . * -lN EGRnTED W aK RA'E TET' - TEST MODE : TEM W Pn nir SUt1 MARY SHu~T De, rr : pf .' T f Mid : Ol) : '..i b ,j I 4_ ,'- , ,g ,n. - - .. - k<h!O I - ' I k.k ** h .f8,I) l I 8[' , f f (,,I +; ";g~ (.( l-~ s ,f e b e ' , N D:q [O , jl;;G y (pQ g {' -- . . ~ . - . . . . . . e - . . _ . . . -- . g I ,g . - -g Ih 2 - 80 . - . ._. u .. . , , 64 # 4 as # -. ' k8 mg k *' /i F61.,074 S 6'i9,,492 _ 6 + a0 734 -7 +D6.900 0 >^3 3 ,. 93 4 '? $"3 471 4 n 7 Jp J . . E. 44 . .)'r ) te 3 1 M . et k , 4 . 4 .W s , , - - , . _ , __- - . . . , , ,_m , - ghannel- ell temp- channel, :A ll t 446p ~. / . ea '/q ~ - % . .~ ' 3- .+40.197L 4 r47 261 *i +63.,992 _6 *65,347 .x . - . - _ __ . _ _ . ... - _- -. -. -_ _ .. _ ,- ., _ . _ _ .._. _ ._.- ..._..- ... _ _.,-- - - AVERAGE o TEMPERA TUfiE = $66.0176 DE6 F AVERAGE - PRESSURE c- +64.5703 PSIA , - MASS m- 497111A4 AVO DEW POINT TEMP = + 5 3.,4004 - DEO. F AVG VAPOR PRE $ SUPE - +0.2171 F"3 I A 6 .-f G-M'% 7 m, ,.r,w. y 6 -+epq-t y 4 -^-p.-'-e q g- w y y-'e'*- y '-444.,5-- A- sq. * '#MJm6 h4M M- W sM M 6 M Mas-- t,,,4,A.4v--] 2.A.MA4. 4 42- S- 4 @ M M ied +4aSr3Jk A 9& J r M M . -*4 4 *W M4% OJ h 4.4 J --F M.+ 4 414.4.'M 4 J- 4 Ed 4W N NM44 - 54h , e JL f - im + ? - f7 ~~. - PhbbI bb ON l I; s .=.. IMiriGRATED LEAN %TE 10 S1 TE s ! *1DDE - 1 iM r , , ---. O _J h1 PQ 71 !* SUN 19RY 3 HEE
- P() T F %'
i * ,t _. , g $ ,, ' Pg M...' i 4: i g . - " 'y '.; J j .- f,_ ' i :,s l'j I {1 &tig f . . i C b. +. il t ' 504' C ! I n fi ri C'.> l p ! ic , ,. i..* 4 _'l ' s ., m o, m - e. , l'- > 'a)s s ) s. 'j - $ b f a - I L i j_ - . . - a - - , - . ? f* .,.e ^' $ d) - 1,0 (,, ll 1 . %h G l.l Y i'Q Cr l'e c;hatm W !A m p . che,nel b ". p ., cl e rnel W *) p , c f[ t-k IY , h()h i. , 1 l .k ' n ?, 3-. tctiOS1 5 -i 37 ,1.I '/ 4, 6 0 .<,'>"/ 7 +37.006 0 iSS 700 Y W 3 o 30eI t-1G. 863 903 1L &66 241 12 4 66 C'4 . 4 u .w,-, ..e. q- u 2 s s ,- ve e .e-_ ve v. es 4 i a Y' s. e A - t ..y-m 4 . - . . . ,.h--4
- _ ++,e- ..c- +-,---..<e -- a.m..- *#..--,-e. . - - . , - ~ . -
f .r . che...;sel ; ell + e <n p c h e.wiiie l. call t.e<ei n o - _ _ . , . _ - - _._. . p .1 +75.,992 - 2 .+4 7 ,. S 7 5 l lS +4'/.946 4- 447.14 3- , l, / 5 ' M4. OO4 ' 6 165 M4 i, -, +.be 5 %' W .eg g% eake ah eBm e4 5 645 8'B40 M-9 39b 54 % $rM- gJ.eb .e .erq+d.e.gJa.,se,gg.a J.ggaM A .a ..ps 4-g . ,& d .ms 4 4a --.E.38 .-que.a . 4 . p4e o . j:- SWERAGE TEMPERATURE e65.,97SO :DEO. F lj AVERAGE - FREOSURE - +64.566rs ,3m - MAOS 79711$.,05 l- AVG, DEW POIH1-EL9W - --+W312 M:0 F , ir - %'O - VAPOR PREWURE 00 2164- PUG ' f-e f a f . {) -- p 4 t.^ },- '. i=. t 3-s . f } :- 4 . . . . _ . . . _ . . . _ . , . - . .......-...,..,,,~..-.,_......~.,..m-,,., -. e .. a , , , . ! H TE4.:1:'o ; ED ( EM I,AIE FE' i r 11. ;1 ;101 ( ., (I..3i On rc, - 011!! E U M rt& h Y ;HE F.: I DAif , ' i!"l: 0 i t iy , m,i i ii ., ii. ,
- 4. i
() I' ~ It i.s I al# F4.'8 q1 ta l .Iij , !. 6 6 .. O , '
- 1 < ,' . ' , ! ': i y j '
( { -I ' k g4 t .E , __'j{- $- .. i , tb ) t o ' tl 5 i < 2 ;'06 _ ; s w . 91: , 'i
- 61,,01:3 ', ' ' ' ? ,, el 3 9
. s -e s O ,, , m 7 i S 6 ,, 7 3 6 H ' ' 3. 0 Q 9 m '.4r' . 10 %5 J97 ! .1 ) s,(, ; ?,0 1? + : , d, 1,: 9 I . '- a t, , 1 ) y9 j' , , , ,, h 9 t kl 4 - s - '4' y / & ( . 440.,002 4 + 4 ' ., t 7 9 'T +64,,09a c, +65,321 AVERAGE TEMP!'GTURC ' a b ,. 97 5 2 D E G ., l' PFW ZURE +M . S620 P W, AVERAGE MAOG vf?:100,, o4 AVO del 4 ! OI!IF 'lt d' . . , 'm D; J , F +0 ,, ;' 16 5 P, /NG VAPOD FtE " > M , . . . . . .u. s .,.~n wa -~~r ~.s. .v.+. >--nn. - . ..e.u- +- u a a . n . mas.m..~,. -~..e- -,s,.n ...<,.am.- .a>. . . - , on.a+,.. ..,u- a na ' . . p 11MCORnTEb ICAR RATE ll IL S T MODtt. . IF ST DATA DO T' ri 00M!%RV OHITT DAIT - iS " i 1NE : 01 ':: 20 .d f . $ k' I i k4 !ii' . .)l h? p '~ pI kI 4 A b l 4 ! 't { i ( ,' 1 A!%' > , I! e .S 1 363$7" I2 i 6 S '.i 3 0 ~ - a . - t , _ . $ e s = _-j R$- r 4 -' . , i6 46 F .k I . % f .s O ,t,' g y a y f # t60 790 5 59 347 /, 060 ., 6tF1 ' + $ 6 , 9 .1 0 U +-55,706 9 ' ' <910 LA 06So997- 11 4 6 6 ,.;'3 0 12 >66 A61 3 4 : 4 p s ._- - % 3 ,s % ,,,w, . *. . i '2 . , .^a. [ 4 . e L 4 1 . e k 4 . i .
- i. .. . .. - . _ . . . - _ -.
[ }N) 09N~ $) ' 4 4 / 'I b) .; _ +47.9'73 4 + 47.099-5- 164.,037 4 46S.,2209 q - - . .o %. 9 e . # .s5.% 4 A4<,.,. . , - .. . . ,+-w.. r ..m. .. , ,,..,.o. . . g -
- AVERAGE TEml!R A TURE ... +65 7443 DEO- F AVER l AGE FRET 3URG -
r64,,5600 PSIA - MAGE t??til.,91) AVG - DEW PO1H F KMP 4S3.,2040 DEU,-F AVG VAPOR PRLiGSURE - t0.2161 I%1A f.- w k v - - r -L i- ,w r r , , . . ,e - e-, ,~v4e . k3 , . . .__ . - ..m__ . _ _ _ . _ _... - . - . - m . _ _ . _ _ _ _._... _ . - _ . . . .._._ _. !1 cat:ll 140TTCM 3 1 -IN't~. ORATED L; CAR PATE TEGr. i f f;l PiODE a f f ~ 91
- C AToi PO ti!T -GUMMARY SHEE T I? ATri. Y./
f ; MI: ; O! J '. 1 x . m ~ i - 1, ; w; n t - i n . .,d.>u n t. n, clisonal vi ensur . e t omn i e r m. ..w - i
- 357S
.1 2 '4. ..)1 ' RTOS _i n degreem-F . . _ . - - . . . . . ~ . _ . ....;. . . _ - . . . - . . . _ _ _ . c h a ni u.d. temp. channot t eni p . channel temp, .1 +93,.320 .: +92.166 ; + M9, Ovl 4 6c,0 901 5 +59 343 6 '60. 6% / &06.883- O iSS.77D V
- 5 .; V JO 865.900 11 +66.226 12 >- 6.5 . 4 3 6 Dew -Cdl;l temperatures in rNoreen F c: han n el cell Lemp c h,a n n e l .
..e l i U.nn p 4 'h n 6 'I 4* 3 &40.037 4 e4~? ., t de ~ 'i t64 004 6 iaS 313 L . . . , . - .... - .... -, , ... . . , _ . _ -_.- . _.._._ __ / i: AVERAGE TEMPERATURE = 440.7370 DEG. F U AVERAGC FRESSURE = 464 5b00 RSIA' l -z MASS _ o . F9 71 10.,0 5 " UtiO . =4VO DEW POINT rEMP w &55 3058 . AVGVAPOfi . PRELSURE = +0 216.3 PSin ~ r .. ll l* l-L. ll 1 . .W lv"s C-,' y +r.--_Tr w Tk w= T rp 7* -.- -m fe T e '.f' *e e '#' u ,, .. .. ~.- ~ ~ ~ -s- ~+_n.n ..,,.,.m.~.n.--.., . ..u s n . v. . ~ . . . .a...-~n. y-n,n-..~-~...a-+~.. - , 4 sei fp _ e UlIEGRATED. LEAK RAT! . T Eii~ TESr MODE :: !Ebr 5 A""a P0 plt
SUMMARY
1El" r DATE '77
? IW : Oi:50
- . ~ . ., , , - . - - . -
e s . i d i i !.t in( h ! 5 D2. e il .l t 4 .(Mi ; 4 I i b t $ I t k.I . h k' ($ #. Ak5l (' I. I d [ 6 i I (2' [.)I d.2 [3 he (.' I r
+
j- 4 h[3 [,k$.#/ ) ^$ ' h , ' t j 4' 4 s .5.e e-%s..u-.4 e u a a --r. u =
,,c a ,
- - AL . M #'0 a I . - 0 Ef ,
k ". t , , _.,[ g6
-- .. . - .. , . . - ~
,Y Oe
_k 4 'k h
. f. w u s. 7 a s.. s <, s.L",1 q_
*.. nq
, ., J .
) % / , 3 N .
0% e p , . 7 +36.,009 0 >SS.677 Y + ' 3 3!3d 10 463 900 (1 166,220 12 466 421
.b, -
o'h e 4 . . . , _ .. . _ . ' . ' .e . . _ . _ - . . . . .. _ . . - . , . - ._n . . . , . , _ , ,, channel cell' temp- channel ce.1 1 temp v N ' Y _ 5 +47 C'?7
. .4 +47,,032
- S _ _
+64 016-- 6 461 dt' 4-. W h 44.- M .t*A4C4.P'mf .* g4 944 sq. g.% e M et t g ap *$- 8 4.Ms't. M & y Eg 'mg aa .s$aA -45M M 84D*.e .g @ ps,a-y s 4 p .d.i.$ irs +44 MO ,, eQ4n .,A' w-.
. . i
.
- W .e W
!- ' AVERAGE PRESSURE. +64.5W3 PCIA
' MASS =a +77109 44 AVO DEW POINT TEMP +SS.20 M DEG,. F
- AVG VAPOR PRE %Ul& +0.2161. -PD1A 1
m. 1 k.
~
'T l:.
i in ..
. - - . . ~ , .- ,- _ . _ . , . , . - . . - . _.a . - ~ , .
.a o 4 . .+s.- A>*,w..~4+=..-w=--.s~xw--44 + - +- m.* .-u .- r w +-= ~ - + 4 4 o m e m. ~- in m m - e -.w e A --4 e + L
- e .- w a =a a e. .- -.a s . m-s e.t e, m -
JN1!fDRATED LEAM fmTE l'E b r ll:sT Mont:: : int
- Mr4 po n; r SUMmRY c;Htnn - OnTlf y.; 7
'l J ME 2 02:%
f . . . . , . k j 3 , p y
- y' --
. ., - g l ,
"k j g ( h
'h $., , '4 R
) .4 . , - M rs . $ t . 4 U k , Db f ,_ e, $
U t 3
, g$
=
4 + e,0 , 9 4 0 D iDY.20b 6 1/.O.606 _y [, ' { ), /, , *hh f _ () 6-' a ![,h , {7 9 ) ['e j , d 'h] i_ ~
- 6 % 99'? 1l '66 214 12' 06a 4?L
,4.. . _ , . - . .mn.. , - . ng . . , .- - .m , .. . .a .e , s
.. .M fy . , ' (Ih ht.' f 4.I , O l' k b . I O dO I8 'db V ttwnnet wil teoip c harum i cull t ennp p g , /
3 4 40, OM 4 +47,,076 1 *64,027 6 +6L264 t Y
, , *.9.,,a 4+ - .y - s. . -.. --a 3
- A . . A=4 F
W a # - - 95
- AVERAGE PREGSURE 444,,5563 PSIA
- MAGG c- o97110.Si AVG DEW Pf)IllT IEMP -
+S%2994 DCO, 12 AVG VAPOR PDLT>OLHC +0.2162 PSIA 5
t d 4 y .gry,-.,, , y y m- r- .- ,,
. La, .,
1 W: EGR/YT ED L E AK RA M II? > l ! E'i i NODE :: lt ST N'ii,. 11)i H f EUnMAl(Y GlIEl Om !: * ' I i. h ,, O '; '<> k
# .. . r o m ,w , , , n -. - t E li ' t i < 5 al (if O :, I t i" t.li-lit,*! jei ,srt-h } ll l f h, ,, , f 4 l l 5 I. .
., 'l l e b f i hI f 4 ,' { i k )g l , ') h l'l l ') b ,[ [;c git )
.1 l ' ' .] ,, 2'1 J '
t<5 L .f,7
; + 'w , 0 ?., u 21 460.082 S 1 5.4/ . 3 0 ;' e, , < ,, 600
, ms . m o r. . m. ., .: ,
!0 + 6 S . 4/ 6 5 31 > A 6 . .. LO !2 i c 6 ,, 4 0 ~i' l e 1
4 bMtd ()H l '} [Oill[)Of'A il( t r,* 5 ,; 1 ) (j d (j '
nt,
[ 2 /_ m, , i {', O I 1 676 '?1.0 k.: ) ll ?' ,, ')(J i, 3 + 4 0 , ) 1'O . . c4 ut ?, t 70 S i /,4 ,, 0 4 4 6 ie 5,,;S)* 4
>= Je= -
=4's-e -4 ene . - ,,
m . , ,. ,, _f g gg ME R AGr;.: pitt y ,;gpc , p; , 3,34 , ym tn MACG v;7 L 0;' , ' q (WG DEW lOIIl' i t MP + 0 3 ., 7',20 : OlJf G .. F AVG V APOR PMl.' ',;? )RC
- O . 21 M; I "3 i A E
--m - - - _ _ _ _- _ _ _ _ _ _ _ - . _ _ _ . _ _--_ ___.__._ - __w
r + y - 4 d # A4.4 J.3 4 3 a.i.g . .1 4 A g ;. p . 6 dieg,M 9 fw, y,,,,yp.,__K.dh,s.,,4,. ppd._J . . A M .,.s & M sk i4_ M Man A,asQ44.6 &LAgir e 3 M #J4e,he'd %A m s.s e . M. 46i m-.. _gu M )4, t , .AJaq, .A 4._)n.M& 4 [ l 4 I hi- _
.l nt lvorcA rep. umg . RATE ~l EC T 109T MODE ; -rt.:n l W
- Po l tC 2U 1,mmy - 91 EE r_ pnTE ,
. py iWU : 0;b: JS ,
1
' ,) .b q
y- . g - 3 I 134.9 & f h k- hl ) [6 4. k } I g ( l9 4 l ) l ) 1_[ .
)l'
-4 3 ( < j' g.
1 1 6'. E 'O '
.. :
- MSO9
, . 's 5k
-- - . m b pu . ,
y 4 M ' ' h V' r'itUd 4- Le u. 4a ur J . & = Of' % } b _$ 4 +60u947 % 899.321 6 060,/,07,
?- +S6.03l O 4SS G42 9 -+ ': ! ,, '".0 0
.!O t69.960 11 466.;.106 L2 i'6 6 .. d 16 e
' ' ,, - - , . .- :- * - m - . + . .
-I)ffia) h t ), k H Ol[)N'l'd bkf0?6- lll (.l6 Q $ Ef t+ :. F
--._ r .- .- -
- k. .al
. . e , +e .. e. t 4
s_
.. .. . ..., .y.... ._ . ...-.. _. . . . .., . - - -
< 11 - .~9 3- 4 /)g ,, r.34 4 F 4 7., 26 S M +6L 95b 6 + 60 207
_# a v .m e . m a. . -%.+,...~. . * . + .,.,.w.,..'.,. v...,..,-w.~., ,. t ' . *Vl , . l e L 89 _- AVERAGE - PR_EGSURE * + 64% 3530 PSIA
. MASS; 497105 00 ,
. - -AVO DEW POINTmTEt"P - a +SS.3345- DE(., . T
= AVO VAPOR PRESSURE -
' O.2160 -PSIA i
i ? I i. ay _ _ , ,_ e.e.-it'qp- w , s pwwa-- ew- _+. - a
_ _ . _ __- . . . . _ . _ - _ . . . ~ . _ _ _ . _ . . . . _ _ _ , _ ___ . _ _.... -_..._..._,__ _ ..__ _ .__- 5 PEACH DOTTOM 3
. INTEGRATED LEAM RATE = TEST ' TEST MODE-: TEST DATA POUslT
SUMMARY
SHEET' Do1U : J57 T1ME : 02:SO
-r
. .. _ ~ . . - .
Pr. mmr +c Ins trumen ts in counis channe1 preneuru hannel promore
.. .. - , m 1- t63r.69 2 665507 RTDu in
$egrees 1 F thannel temp. channel- temp. channel temp 1 +'73.160 2 592.102 3 F 59,977 4 +60.920 3. +S9.190 6 +60.591
~/ - -+56.000 0 +5% 009 9 + 5 3 ,, 4 1 0
-10 +65.976 11 +66.200- 12 ic6.410
. . . _ . _ - . , , , _ _ . , . _ . _ _ . - ~ _ , _ _ . . _ . . . - . ,. _.-_.._-_, _ . . . .
Dew Ce)1 temperatures in degrees F -
. . _ - . . . . . , _ . . . . _ _ . . . . _ . . . . _ . . _ . _ . . . . . . _ . , . . . . . _ . . . - _ . . ~ _ . _ . . _
hannel cell temp channel cell l+.nn p t (80.166 2 +4~7.666 i; 3. .+40. 000 -4 447.103. 5 6-43.990 6 &6N 307 a AVERAGE-TEMPERATURE = 0 6 3 ,(1 9 9 5 DEO. F
.. -AVERAGE- PREGSURE w 064.5523 PSIA
.g_ MASS _ . _
e- - +9'7106. 01 AVG-DEW POINT. TEMP w +D5 3361 DEO.-F AVG VAPOR PRESSURE FO 21.6D PSIA 4 f I
.h.. i a
4 - - . . . . - . , . . wl'-'v-
- . . . . - , - - - 4 y ..,y _,r v t f
., n . . - - - - , --.w-+ .. .,, -.-.es.-->.wnn.- .a.,a - .- a. .
a m.,e s w.am a n a r.u.m.w mn - - -mm.s.wma. w.a s ,.am m > m m
-s j t
)
.q
- PEAQI DOTTOM 3 J NTCGT<M ED LEAK RATE TECT lEST MODE : - TLST IMTA, POT 11T
SUMMARY
SHEET DA TE ;: 3S7 1 :I ML : OM :: O S a
.. . . . , s - - .
g #g . , i g C II An !1 L* .I {srPBSurQ r. h d n t )(? l p r"rn,%U re
.i , - - , r ,--r-
)
I $ $
. = - m. . . . . . s. -- 4e*4 o..m o ~ - . . . + . , - , , . . . ,.
.v s . E
.. _ _ , _ ~... . _._ . . ~ . ' . ' . m. _ ._ __ _. _ _ _ ,
1 i l M C. (' - - [. 54 .. t). f , . .k' N j pa f
' , y / 6-tg , w'
. to /
-4 &60.070 3 157.130 6 '60,,509 7 +S 6 ., Y O Y 8 *SS.696 9 +S3.311 10 '
J%953 -11 .+66.191 12 166.424 a ., u e as.+.4 .a es + 6 so. ice. mesie. 3*e e erae -en-
- 5 ee .r-*a+=*e**=a-*****a =e as *- 's ti re itse ar. .= = wt* v'-t rs u.ae.,* -ven eet , eiv 't- =*-e v1 -d r-- = ~ ** - - i+.nw*****
h _ s > - . channel cell tamp ch4nnel cal temp
.s & & 6 1
+47,,950 4 + 47 001 b i63e9h1 -b i bh.2bN 44$=.S', aft 9-g.99.--1V>d9]'e4p#.8" .-E$.*W.5k-E'=N-TigD W-'s.W W 44Pf .369 9g94 9e4. h .$eg We set. -sei erst e it. .644pg qysq e gge W' +3ag y- Gig sis 39se qqu gTwy gg 4qr-k F5tg4sw gn p rg y enor-rg es et .,.+-.g9.t 18*
. I . ft # M AVERAGE M ESSURE - 4 64,,fi46',3 PSIA
- ' MAGS- a +97103.,59 AVG - DEW- POIN T TEMP +S5.2630- DEO. 14
' AVO VAPOR PRESGURE- o 10.2)60 PG1A a
a: u .,.w..s ~w....,-w-., ,...s .s,, , , , . . ,, _ , , , a.,., .,,.....wI , ,,w,w. ,,e.,., er , ,,-ge. , , - . . , , - , ,.,y e e, 41., y , e, g.e m , e
PEACll BulI'OM J 1.H I f: GRATED LEAK RATE TINf TL 9T MODE :: f ID ;1
'eI',l'OJNT '3UMM AG Y 'i'HE E T
. DA1E , l'%
T I Ml! - 0 ;;i:0 F 4 avi !n. , , r , om m t > j n < muits - ! ,huuul p r i n ,u r * < hon n'i iss < , i. ' r l t .r,: , 'W 9 , e t,'it? ?
- ,h q . _ _ h
. . . . . _ ~ ,
h - . . H } .I . . I .! II . ' ,k Ik-'. ,,.Y '* ,5
'., gg _
k () a gg
/i t 6 0 ,, 0 .1 0 S i W ,, 1 3 7 ^ ) 6 0 ,, 1 4 9 L' + S6,, L:'07 0 + 55 S96 Y * .- .3 ,, at 9 L0 t60 963 11 +-66 :I06 12 6.410
_ . . q .' E .a , e ., 0 n . a+ h , .. .e ie e S. g .. ,'.e' [ lQ Q 4 h _ '
.3 +47.950 4 >-47.,04'i 6
164.005 +65 232
}
, - . 4 N a .t Q AVERAGE PRE.05URE +64.54?3 PS f ri MASS + 9 7' 10 6 ., '..:4 AVG DEW PO Il-I r I E11P i55 217; LEO. F AVO VAPOR l le,DUIE + 0. :156 PG1A
. PEACH-DOTTOM-3
- INTEGRATED LEM RATE TEST TEGT MODE : TEST ;
DATA POINT
SUMMARY
-SHEET DME : 357 TIME : 03:35 Proosure in s t r wnen t , 1n c oun t o 1
)
C h al u l01 preGsut'e c h o i H Hc'l pre'.Gu r O 1 +63DS6 2 + 6 S/49 3 _ . -. ..,._;.-....~.-.--.... _. . . _ _ _ . . . _ . . . -_ _ l RTDs in degreun F w_._.,._ channel t e m p ., channel' temp., channel t ein p .
._.e.,...... , . _ . . . - _ . _ _ . _ . _ . . . - _ .. . . . . . _
l' DP3.167 2 $92.099 3
- D 9 ,, 710 4 +60.797- 5 -4S9.161 6 i-60 464 7 *36.742 0 453.096 Y +D3,,107 10 +63.957. 11 +66.100 12 +66.410
- . , . . , . . . . _ . . . . . _ . - . - . . - . . , - - _ ~ . _ . ~ . ~ . . _ . . . . . _ . . _ . _ . . . ~ . . _ . . _ _ . , . _ .
Dew-Call temperatures in degreen F _ _ . _ . , , . . . . . _ . , _ _ . _ . , . . . . . . . , - . _ _ . . _ _ . . . . . . . . . _ _ . . _ . - . . . _ . . - m channel cell-+emp channel cel .1 temp 1* 070. .t 72 2 e 47,,399
)
3 - &47.09S 4 446.995 3- -+63.966 6 *65.202 AVERAGE TEMPERATURE +65 0313 -DEG F
-AVERAGE PRESSURE :n . +64.5397 PSIA-T MASS a +97.102.30 AVG DEW-POINT.TF;rlP -+US.,laS3 Dl% 1F AVG VAFOR PRF5GUNE -
40.2154 PCIA 4 . e d 4
..a . >- .s,. ,- -
.... -~ . _ . . . _ .-.-._ _.. _ .__ _ _ . _ . . _..-. ._ , - - _ . _ _ _ . __._ . . ___ _-,
f PEACH BOTTOM 3 IN!EGRA TED LEAK RAT E 'TES r TEDT MODE a TE3i DATA POINT.
SUMMARY
SHEl?T DAIE 3S? .
. r. $
. _ _ , ,. . . , . - --.s _.
s ih . ,f . h L. . 'Ebf 5,, k f ht
- .h jI -
a y j, _ _ _ , a f , M 0 m* M -624 'J M -.-W4.s.4 _4 weemtw 5 -e.-.* Ne -es.mzu.sma. 4 me u.4aeiq ..,
-a ag ,y
.,,y,,,.9,. , 4 I - t h, '
..~..m_ _ . .. . _ -- - .
6 .S . -' s N e - a . mm _ ,
$s
'.9.._, .
- '., & 1h & 4 -
%. p H }
- 4. -+60.7S1 5 - '5'? 003 6 +60.424
'7 436.74'? 8 4$5.700 9 iL3.,210 10, 465.920 11 466.171 12 +66,.406 4 . w. o - t *2-a+=*! 4'*****48N+#s**^**2.=8"au we+ W ow 4 4.in web a.es ,.g pse are . me me u. a e ,a .o , 4 1 s.. ~%u
) e . t . - y e
. _ . _ . . . . . _ . _ - .._. ~ . . . . . . _ _ _ _ . _ . . . . .
0 . 4 9 -
$k b
- r . .
N ' 5 . 3 e 4'7,,04 5 4 + % O75 5 +-64.01'? L6 465.,2 '
.. - -. . .-. : ..-. . . . . - . - . . , ~ . . - . - _ - . ~ . - . . . , . . . - - - - , - . - . . - - - . ~ --
AVERAGE-TEMPERATURE n- + 5 3 ., 0 0 3 0 DEO. F AVERAGE- PREGSURE = 7 MLS377 PSiti 4 MAGS- m '497104 67
' AVG DEW POIllT TEMP w +55 1574 DFO F AVO VAPOR-PRESCURE w + 0 . .' i. 31 - PGIA' u
_-s ,. w . - - . _ , .. , . . . .
1 l 1 PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST HODE - TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME 04:05 Prescure Instruments in counts c ha r.n e l pressure channel pressure 1 +63552 2 +65490 RTDs in degrees F channel temp. channel temp. channel temp. 1 +93.083 2 +01.996 3 +59.684 4 +60,745 5 +59.117 6 +60.392 7 +56.698 6 +55.677 9 +53.207 10 +65.930 11 +66.166 12 +66.372 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +76.226 2 +47.336
'3 +47.830 4 +46 954 5 +63.990 6 +65.200 AVERAGE TEMPERATURE : +65.7959 DEG. F AVERAGE- PRESSURE :- +64.5352 PSIA-MASS : +97102.41 -
AVG DEW POINT TEMP = +55.1525 DEG. F , AVG VAPOR PRESSURE = +0.2151 PSIA
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE - TEST DATA POINT
SUMMARY
SHEET DATE , 357 TIME - 04:20 Pressure Instruments in counts channel . pressure channel pressure 1 +83550 2 +05488 RTDs in degrees F channel temp. channel temp. channel temp. 1 +93.074 2 +91.972 3 +59.658 4 +80.725 5. +5a.982 8 +60.380 7 +56.701 8 459.523 9 +53.218 10 +65.919 11 +68.159 12 468.368 Dew Cell temperatures in degrees F channel cell temp -channel cell temp 1 +81.088 2 +47.316 3 +47.769 4 +47.033 5 +63.978 6 +65.292 AVERAGE TEMPERATURE : +65.7658 DEG. F AVERAGE PRESSURE : +C4.5332 PSIA MASS : +97104.52 AVG DEW POINT TEMP :- +55.1887 DEG. F ( AVG VAPOR PRESSURE : +0.2154 PSIA l-l~ l~ l
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA PolHT
SUMMARY
SHEET DATE : 3b7 TIME : 04:36 Pressure Instruments in counts channel pressure enannel pressure 1 +63646 % +6b4db RTDs in degrees F _ channel temp. channel temp. cTannel temp. 1 +93.006 J +91.937 3 +bs.626 4 +60.690 b +bd 927 6 +60.365 7 +b6.733 0 +65.534 9 +b3.201 10 +65.916 11 +66.166 12 +66.364 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +61.958 2 +47.43b 3 +47.7bd 4 +46.633 6 +63.972 6 +6b.2b1 W AVERAGE TEMPERATURE = +6b.7b43 DEG. F AVERAGE PRESSURE = +64.5307 PSIA MASS = +97103.30 AVG DEW POINT TEMP = +bo.1640 DEG. F AVG VAPOR PRESSURE = +0.2161 PSIA
. ~ . . . ._ _ _ _ _ . _ _ _ _ _ . _ . _ . . _ . . _ _ _ . . . . _ . . _ - . _ . . _ . _ _ . _ . _ . . _ _ _
PEACd BO' TOM-3 INTEGRAT3D LEAK RATE TEST TEST MODE : TEST DATA P01:4T
SUMMARY
SHEET DATE : 367 TIME : 04:60 Pressure instruments in counts Channel pressure channel pressere 1 +63646 ': +66464 KfDs in degrees-F channel temp. channel temp. chantui temp. 1 +93.106 2 +91.917 3 +S9.626 4 +60.646 6 +b8.900 6 +60.3b9 7 +56.701 6 +56.506 9 +63.221 10 +66.699 11 +66.146 12 +66.346 Dew Cell temperatures in degrees F channel cell temp cnannel ce11. temp 1- +62.301 2 +47.301 > 3 +47.746 4 +46.662 6 +63.946 6 +6b.232 AVERAGE TEMPERATURE = +66.7392 DEG. F.
-AVERAGE PhESSURE = +64.6292 PSIA
- MASS = +97103.99 AVG DEW POINT TEMP = :66.1390 DEG. F
- AVG: VAPOR PRESSURE- =
+0.2160 PSIA
_ k r a e f . = a w -- - - - - - - . , _ =
PEACH _ BOTTOM 3 INTEGRATED LEAK RA'lE TEST TEST MUDE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME 06:06 Pressure Instruments in counts channel pressure channel pressure
'l +63644 % +6b461 RTDs in degrees F cnannell temp. channel temp. channel temp.
1 +92.991 2 +91.798 3 +59.668 4 +60.670- b +b9.014 6 +60.376 7 +b6.842 8 +bb.306 9 +63.070 10- +66.914 11 +66.139 12 +66.342 Dew Uell temperatures in degrees F channel cell temp channel cell temp
-1 +62.321 2 +47.323 3' +47.944 4 +46.850 6- +63.961 6 +66.226
-AVERAGE 'fEMPERATURE = +66.7366 DEG. F AVERAGE PRESSURE : +64~.5267 PSIA MASS- = +97100.49 AVG DEW-POINT TEMP = +56.1691 DEG . -- F AVG VAPOR PRESSURE = +0.2162 PSIA 1
9 , , c 9 .~p a .n.y - - ~ - + - + ~ ___--___2_.__*_A-__---
_ _ . . _. . . _ , . _ . _ _ _ _ .~ _ _ . . . _ _ . _ _ . _ . _ _ . _ _ . _ . _ . - . _ . _ _ . _ .
?
"~ PEACH BorTOM 3
- INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : Ub: 20 Pressure Instruments in counts channel pressure channel pressure 1 +63b42 2 +6b400 RTDs in degrees F channel temp. channel temp. channel temp. 1 +93.000 2 +91.723 3 +59.b65 4 +60.633 6 +bd.316 6 +60.333 7 +b6.620 8 +bb.291 9 +63.175
+66.901 11 +66.133 12 +66.331 Dew-Cell. temperatures in degrees F channel cell-temp channel- cell temp p
-1 +d2.231- 2 +47.4V9
-3 +47.798 4. v46.868
- 6. +63,964 6 +66.< 0 AVERAGE TEMPERATURE - +66,6964 'DEG. - F AVERAGE PRESSURE : +64.6262 PSIA MASS :- +97106.78 AVG DEW POINT TEMP -: -+56.1599- DEG. F
, AVG VAPOR PRESSURE : +0.2162 PSIA 5
I -: t i ; I - r - a , . . - - a,-- - -~,,- -- - r-- -<
,. - _;b, g v. P g IMAGE EVALUATION g*[//' / ^ t%
yff v' ':Jy TEST TARGET (MT-3) '*?9
\o# g>gr 4 g ,Aeq; g e pf .
i.o g. ,. t. t-, ,3 2 mi!2.2
';_,_ k i l,l bn $n$2.0 i ::=s ij=l.8 dn r 1.25 1.4
==
l_1.6 4 150mm >
3 4 6" - --
U e 'trA' 4% "
<l [ ,),p3 ,
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. E' l PEACH BOTTOM 3 INTEGRATED LEAK. RATE TEST TEST MODE : TEST LATA POINT
SUMMARY
SHEET DATE : 3b7 TIME : Ub: 3b Pressure instruments in counts channel pressure enannel pressure 1 +63b39 2 +6b476 RTDs in degrees F channel temp. enannel temp. channel temp. 1 +92.970 2 +91.792 3 +b9.553 4 +60.6bb o +b6.962 6 +60.336 7 +56.558 8 +66.404 9 +b3.196 10 +66.893 11 +66.12d 12 +66.319 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.191 2 +47.375 3 +47.787 4 +46.876 5 +63.972 6 +65.274 AVERAGE TEMPERATURE = +65.7046 DEG. F AVERAGE PRESSURE = +64.5227 PSIA MASS : +97100,20 AVG DEW POINT TEMP = +55.1679 DEG. F AVG VAPOR PRESSURE = +0.21b2 PSIA
_ . .__. ,_.m. _ _ _ . _-_ . _ _ _ _ _ _ _ . _ . _ . . _ - . _ . . . _..._ _ PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : ab7 - TIME : Ub:bu Pressure instruments in counts channei pressure channel pressure ; 1 +60000 2 +6b476 -, RTDs in degrees F channel i channel temp, temp. channel temp. 1 +92.996 2 +91.690 3 +b9.b27 4 +60.669 b +bd.001 6 +60.304 7 +b6.664 6 +6b.444 9 +S3.222 10 +66.901 11 +66.124 12- +66.330
- _ _ _ _ - - _ _ _ _ _ _ - _ - - _ - _ _ - - _ - - _ _ - - - _ - - ~ _ _ - - - - - - _ - - _ - - _ _ _ _ _ _ _ _ _ _ -
Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +62.313 2 +47.364 3 +47.811 4 +46.977
. b +6d 9db . 6 +6b,217 AVERAGE TEMPERATURE = +66.6963 DEG. F AVERAGE PRESSURE = +64.6212 PSIA MASS = +97099.14 AVG DEW POINT TEMP ': +66.1640 DEG. F AVG VAPUH PRESSURE- = +0.21b2 PSIA v g ,W+- w- e N rv gm M e w e rt = ry-l-*WI f. F' e.,.-r ,,,.,s,., , ,, y.,,, ,_,,_.-,.y.,y = y-. +t . p.
Y PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT-
SUMMARY
SHEET DATE : 357 TIMF : 06:00 Pressure instruments in counts Channel pressure channel pressure 1 +60 bay Z +6b476 f n RTDs in deErees F channel. temp. channel temp. channel temp. ______ _____ ____ __ _____ ___ ___ _____ -i
- 1. +92,962 2 +91.612 3 +59.567 4- +60.607 6 +b6.946 6 +60.304 7 +56.6b6 6 +56.416 9 +b3.150 10 +65.901- 11 +66.120 12 +66 308 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +02.412 2 *47.411 3 +47.830 ~4 +46.649 6 +63.966 6 +6b.269 AVERAGE TEMPERATUR$ = +66.7006 DEG. F
-AVERAGE -PRESSURE : -. +64.6202 PSIA-MASS : +97097.22
-AVG DEW POINT TEMP = +65.1599 DEG. F-AVG l VAPOR PhESSURE = +0.2152 PSIA:
f m-_- - , _ . . . . . . - . . - , . . . _ , , _ . - , . . . . _ ,_m,,_-.. _--.m . . . ,, ,,.,__m-, . , , . c- s- . , - -,_
PEACH BOTTOM 3 i '
-INTEGRATED LEAK RATE TEST TEST NODE : TEST-
- DATA POINT GUMMARY SHEET DATE : 357 TIME : 06:20 .
Pressure Instruments in counts channel pressure channel pressure ; 1 +63636 2 + 6 b 4'/ 3 RTDs in degrees F channel temp. channel temp, channel temp. 1 +92.903 2 +91.764 3 +b9.676 4 +60.663 b +00.004 6 +60.264 7 +b6.6bb 6 +56.610 9 +53.116
.10 +66.662 11 +66.113 12 +66.313 e
Dew Cc11 temperatures in degrees F channel cell temp channel cell temp 1 +62.444 2 +4'/ . 26d 3- +47.639 4 +46.661 6 +63.96Y 6 +6b.300 AVERAGE TEMPERATURE : +6b.6780 DEG F AVnRAGE PRESSURE : +64.6162- PSIA-
. MASS : +97096.23 AVG DEW POINT TEMP = +bb.1736 DEG. F AVG VAPUR PRESSURE- = +0.2163 -PSIA i.
l i l l r -em , ,- - , -we a,- ,---r-,,,w,me,,,-,m,wrw-- ---,<..--wNr- ,vw, e- -
-m -
-- -,w e- .-,-; -+ w - , a,w -wa
PEACH BOTTUM 3 1NTEGRATED LEAK RATE TEST TEST MODE : TEST
-DATA POINT
SUMMARY
SHEET DATE : 3S7 TIME : 06:3b i 1 Pressure instruments in counts channel pressure channel pressure 1 +63b3d 2 +6b471 RTDs-in degrees F channel temp.- channel temp. channel temp. i 1 +92.869 2 +91.741 3 +b9.539 ' 4 +60.tW4 b +b6.78b 6 +60.2b6 1 7 +b6.664 6 +bb.439 9 +63.114 10 +66.664 11 +66.106 12 +66.304 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +62.bbV 2 +4/.bl4 0 +47.669 4 +46.943 6 +63,361 6 +60.200 1 AVERAGE TEMPERATURE = +66.6646 -DEG. F AVERAGE : PRESSURE : +64.6162 PSIA-MASS : . +97U97'96 . AVG DEW-POINT TEMP : +bb.lb20 DEG.-F' j AVG VAPUR PRESSURE -:- +0.21b1 PSIA
t PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST
- DATA POINT
SUMMARY
SHEET DATE : 367 + TIME : 06:bo , Pressure instruments in counts channel pressure enannel pressure 1 +6sbal 2 +6b469 RTDs in degrees F-channel temp. channel temp. channel temp. 1 +92.921 2 +91.833 3 +69.495 4 +60.661 b +b6.663 6 +60.231 7 +56.639 6 +65.276 9 +63.057 10 +66.864 11 +66.102 12 +66.301 1 Dew Cell temperatures in degrees F channel. cell temp channel cell temp
-1 +62.673 2 +47.266 3 + 47 . 7 6'/ 4 -+46.866 6 +63.971 6 +65.235
. AVERAGE-TEMPERATURE = +66.6499 :DEG.-F AVERAGE PRESSURE : +64.5142 PSIA MASS = +97097 '. 66 AVG DEW-POINT-TEMP - = +56'1339 DEG.-F-AVG VAPoh PRESSURE : - -+0.2160 PS1A I
l l-1 y w .g- iwae ---r.-e.g. -p-e--- m_----m-s-. .y----r-y-q.-.ew-e--- . - - - r 9 7 c=& +%*- w -' -
. . . - . - . .- _ . . - - - . . . . - - . - . . . ~ . . _ . . - _ - - . - . _ . . _ -
PEACH SOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 0'/:05 Pressure Instruments in counts channel pressure enannel pressure ' 1 +03b29 2 +6b46'/ hTDs in degrees F channe' temp. channel temp. channe1 temp. 1 +92.832 2 +91.039 3 +S9.42b : 4 +60.63'I O + D8.711 6 +60.206
*/ +56.607 8 +bb.394 9 +53.041 10 +65.866 11 +66.U96 12 +66.3U6 Dew Cell temperatures in. degrees F channel' cell temp cnannel cell temp 1 +82.418 2 +47.389 3 +47.762 4 +47.024 6 +63.Jd7 6 +66.216 AVERAGE TEMPERATURE : +bb 6332 DEG. F AVERAGE : PRESSURE : +64.5122 PSIA
-MASS : +970V/.66 AVG DEW PUINT TEMP = +bb.1626 DEG. F
, AVG VAPuh PRESSURE : +0.21b2 PSIA
, , - . m. ,, , .,.s ~ . . , _ . .,,,,_-....m,, .<,.--,m . . , . . , ...,,n,.
.,y.. , , . .._...,__,..y... , - _, w w w , . , , , , . . ~ . , , . . ,
PEACH BOTTOM 3 ' INTEGRATED LEAK RATE TEST TEST MUDE : TEST DATA POINT
SUMMARY
SHEET DATE : 367 TIME : 07:20 Pressure Instruments in counts i channel pressure enannel pressure 1 +63627 2 +bb46b RTDs in degrees F channel temp, channel temp, channel temp. 1 +92.907 2 +91.610 3 + 6 9 . 6 4'i 4 +60.499 b +b6.Yb4 6 +60.197 7 +b6.669 6 +bb.317 9 +b3.048 10 +66.670 11 +66.090 12 +66.310 Dew Celi temperatures in degrees F channel cell temp channel cell temp 1 +02.4t9 2 +47.241 3 +47.833 4 +46.641 6 +63.972 6 +6b.206 AVERAGE TEMPERATURI: ; +66.6446 DEG. F-AVERAGE ' PRESSURE = +64.6102 PSIA MASS : +97092.91 AVG DEW POINT TEMP +bb.1196 DEG. F AVG--VAPOR-PRESSURE = +0.2146 PSIA-
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 07:35 Pressure instruments in counts channel pressure channel pressure 1 +63b24 2 +6b462 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.606 J +91.7b2 3 +b9.4'ib 4 +60.472 0 +bd.'/31 6 +60.163 7 +b6.521 6 +bb.332 9 +b2.93b 10 +65.661 11 +66.067 12 +66.311 Dew Cell temperatures in aegrees F channel cell temp channel cell temp 1 +62.309 2 +47.232 3 + 47 . '714 4 +46.856 5 +63.590 6 +6b.213 AVERAGE TEMPERATURE : +6b.6114 DEG. F AVERAGE PRESSURE : +64.6072 PSIA MASS : +97094.60 AVG DEW POINT TEMP = +bb.0978 DEG. F AVG VAPUR PRESSUhE : +0.2147 PSIA
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE - 3b7 TIMW - trl : 60 Preseure instruments in counts channel pressure channel pressure 1 +63b22 2 +6b460 hTDs in degrees F channel temp. channel temp. channel temp. 1 +92.602 2 +91.770 3 +b9.b18 4 +60.4b3 b +bd.717 6 +60.153 7 +b6.b27 6 +bb.331 9 +b3.Olb 10 +6b.629 11 +66.079 12 +66.2d7 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +d2.39b 2 +47.26d 3 +47.60b 4 +46.7b9 6 +63.929 6 +6b.161 AVERAVE TEMPEhATURE = +6b.604b DEG. F AVERAGE PRESSURE = +64. bub 2 PS1A MASS = +97093.20 WG DEW POINT TEMP = +bb.0646 DEG. F AVG VAPUR PRESSUhE = +0.2146 PS1A a
- ._- . . - - - . . . . - . _ - . - - _ _ - . - . . - . . ~ - _ .-
PEACH BOTTOM 3 INTEGRATED LEAK-RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 06:05 Pressure Instruments in counts channel pressure channel pressure 1 +63619 2 +66467 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.741 2 +91.711 3 +59.426 ; 4 +60.400 6 +b6.646 6 +60.121 7 +56.420 8 +55.404 9 +62.925 10 +65.634 11 +66.072 12 +66.290
. Dew Cell temperatures in degrees F channel cell temp channel cell temp l 1 +62.417- 2 +47.296 l 3 +47.700 4 +46.817 b +63.961 6 +66.174 l
AVERAGE TEMPERATURE : +66.5745 DEG. F-l AVERAGE- PRESSURE : +64.5022 PSIA i: MASS : +97094.26 l AVG DEW POINT TEMP -: +b5.0814 DEG. F AVG VAPOR PRESSURE : +0.2145 PSIA t I 1 l
.. , . - ~ .- - - - - - -- .- . - - - - - - - - - -
PEACH BOTTOM 3 INTEGRATED LEAK-RATE:-TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 06:20 Pressure Instruments in counts channel preneure channel pressure 1 +6db17 Z +6b4bb RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.766 2 +91.644 3 +69.367 4 +60.429 b +b6.646 6 +60.093 7- +56.381 8 +bb.343 9 +52.977 10 +6b.623 11 +66.066 12 +66.268 l- _________________________________________________________________ Dew Cell temperatures in degrees F channel cell. temp. channel cell temp 1 +82.391- 2 +47.218 3 +47.613 4 +46.803 5 +63.964 6 +66.210 AVERAGE TEMPERATURE = +66.5504- DEG. F AVERAGE PRESSURE = +64.6002 PSIA-MASS : +97094.41 l- AVG DEW POINT TEMP = +S5.0619 DEG. F-AVG VAPOR PRESSURE = +0.2144 PSIA l 1 l. L l l' _ _ _ . . _ . . - _ . . _ _ _ _ _ . _ _ . . _ _ _ . _ . _ _ . . _ _ . . _ _ _ _ _ _ _ _ . ~ . . . . _ . . . _ . _ . . . , _ _ - _ . _ - -
4 PEACH-BOTTOM 3 1NTEGRATHD LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 367 TIME : 08:35 Pressure instruments in counts channel pressure channel pressure 1 +63bl4 % +66463 RTDs in degrees F channel temrp, channel temp. channel temp. 1 +92.773 2 +91.613 3 +b9.320 4 +60.386 6 +bd.641 6 +60.064 7 +b6.326 6 +bb.160 9 >b2.911 ' 10 +65.831 11 +66.064 12 +66.256 Dew Cell temperatures in degrees F channel . cell temp channel cell temp 1 +82.344 0 +47.'140 3 +47.593 4 +46.757 5 +63.914 6 +65.156 AVERAGE TEMPERATURE = :65.5300 DEG.-F AVERAGE PRESSURE : +64.4977 -PSIA r- MASS -
= +97095.91 AVG DEW POINT TEMP : +55.0133- DEG. F
, AVG VAPOR PRESSURE : +0.2140 PSIA t l i I. I I l t
, - - - . . ~ . . - - w , . . , ,c., , , y , _ _ . . . . . - , - _ - . , . . ~ _ . . - . . . . . ~ .
. . - - , . . , . - ~ - _ - - _ . . . - - . ,
i
- o PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 08:50 s Pressure Instrumente in counts channel pressure channel preeeure i 1 +63513 2 +65451 3 RTDs in degrees F
----------------------------------------------------------------. 1 channel temp. channel temp. channel temp.
1 +92.768 2 +91.734 3 +59.382
+60.366 +58.575 4 5 6 +60.066 7 +56.388 8 +55.256 9 +53.002 10 +65.820 11 +66.059 12 +66.262 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.392 2 +47.270 3 +47.679 4 +46.646 5 +63.932 6 +65.235 j-AVERAGE TEMPERATURE = +65.5447 DEG. F-AVERAGE PRESSURE : +64.4962 PSIA MASS : +97090.81 AVG DEW POINT TEMP = +55.0694 DEG. F AVG VAPOR PRESSURE- : +0.2145- PSIA 1
. _ . - - -... . - . . . . - .. - - . . - . . . . ~ - - . - - - - - - . - .
i PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET -DATE : 357 TIME : 09:05 Pressure Instruments in counts channel pressure channel preesure 1 +63510 2 +65448 RTDs-in degrees F channel temp. ch inel temp, channel temp. , 1 +92.672 2 +91.619 3 + 59.343 4 +60.356 5 +58.580- 6 +60.055 7 +56.581 8 +55.221 9 +52.890 10 +654 788 11 +66.067 12 +66.259 Dew Cell temperatures in-degrees F p --------------------------------- . ----- ---------- ..--------
-channel cell temp channel cell temp L 1 +82.391 2 +47.422 3 +47.653 4 +46.635 5 +63.937 6 +65.217 g
l
-AVERAGE TEMPERATURE : +65.5309 DEG F-
-AVERAGE - PRESSURE : +64.4932 PSIA MASS : +97088.73
-AVG DEW POINT TEMP +55.0794 DEG. F AVG' VAPOR PRESSURE : +0.2145 PSIA-d i-I
' e - - t-_r-g- W e > ym-t-T- y--- yvm 1p -
7 J - T
~
l PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 09:20 Pressure Instruments in counts channel pressure channel pressure 1 +63508 2 +65446 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.834 2 +91.661 3 +59.393 4 +60.301 5 +58.567 6 +60.018 7 +56.327 8 +54.969 9 +52.874 10 +65.823 11 +66.062 12 +66.265 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.406 2 +47.247 3 +47.595 4 +46.707 5 +63.920-- 6 +65,170 AVERAGE TEMPERATURE = +65.5142- DEG. F
-AVERAGE PRESSURE = +64.4911 PSIA MASS = +97089.36 AVG DEW POINT TEMP = +55.0289 DEG. F.
AVG VAPOR PRESSURE = +0.2141 PSIA i ._ l i }
, , .-m-,-,,-- - . - - . -,. .,. .. ,.-,-- . , ...., ._.. .
PEACH BOTTOM 3
- INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 09:35 Pressure Instruments in counts channel pressure channel pressure 1 +63507 2 +65444 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.713 2 +91.555 3 +59.330 4 +60.302 5 +58.558 6 +60.005 7 +56.481 8 +54.988 9 +52.667 10 +65.814 11 +66.066 12 +66.264 i
. Dew' Cell temperatures in degrees F channel cell. temp channel cell temp 1 +82.403 2 +47.041 3 +47.552 4 +46.682 5 +63.906 6 +65.162 AVERAGE TEMPERATURE :- +65.5040 DEG.'F-AVERAGE PRESSURE := +64.4897 PSIA MASS _ = --+97089.61 i AVG; DEW-POINT. TEMP = +54.9768 DEG. F AVG VAPOR PRESSURE - +0.2137_ PSIA l
l. l:
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 09:50 Pressure Instrumente in counte channel pressure channel pressure 1 +63505 2 +65443 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.672 0 +91.L15 3 +59.271
-4 +60.261 5 +58.615 6 +60.026 7 4 A.329 6 +55.136 9 +52.937 10 +e3.797 11 +66,059 12 +66.268 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1- +82 463 2 +47.061 3 +47.537 4 +46.650 e
+63.922 6 +65.243 5
AVERAGE TEMPERATURE : - +65.5048 DEG. F AVERAGE PRESSURE = ~+64.4881 PSIA MASS : +97086.82 AVG DEW POINT TEMP = +55.0065- DEG. F AVG VAPOR PRESSURE = +0.2140 PSIA
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SMEET DATE : 357 TIME : 10:05 , Pressure Instruments in counts channel pressure channel pressure 1 +63503 2 +65441 RTDs in degrees F channel temp, channel temp. channel temp. 1 +92.697 2 +91.619 3 +59.254 4 +60.281 5 +58.502 6 +59.973 7 +56.239 8 +55.169 9 +52.870 10 +65.823 11 +66.059 12 +66.265 Dew Cell-temperaturee in degrees F channel cell temp channel cell temp 1 +82.432 2 +47.047 3 +47.564 4 +46.638
. 5 +63.951 6 +65.179 AVERAGE TEMPERATURE = +65.4893 DEG. F AVERAGE PRESSURE : +64.4861 PSIA MASS : +97086.99 AVG DEW 20 INT TEMP = +54.9803 DEG. F
-AVG VAPOR PRESSURE - +0.2138 PSIA
._ . _ _ _ . _ = _ . _ . . _ ..- _ .... _ _ .. _ ._ _ _ _ _ _ . _ _ . - _ _ .
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE- : 357 TIME : 10:20 Pressure-Instruments in counts channel pressure channel pressure ! 1 +63501 2 +65439 RTDs in dest ees F i channel temp. channel temp. channel temp. , 1 +92.668 2 +91,557 3 +59.242 4 +60.292 5 + 5<3 . 477 6 +59.962 7 +56.352 0 +53.198 9 +52.819 10 +65.814 11 +66.055 12 +66.270 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.461 2 +47.090 , -3 +47.560 4 +46.522 5 +63.909 6 +65,205 AVERAGE TEMPERATURE : +65.4858 DEG.-F AVERAGE PRESSURE :- +64.4841 PSIA l liASS- = +97084.62; l AVG DEW POINT TEMP :- +54.9780 DEG. F AVG VAPOR PRESSURS : +0.2137 PSIA l l l
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE - 357 TIME : 10:35 Pressure Instruments in counts channel preneure channel preeeure 1 -63499 2 +65437 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.591 2 +91.609 3 +59.190 4 +60.206 5 +58.522 6 +59.951 7 +56.166 8 +55.012 9 +52.819 10 +65.788 11 +66.050 12 +66.262 Dew Call temperatures in degrees F chanael cell temp channel cell temp 1 +82.437 2 +47.187 3 +47.494 4 +46.487 5 +63.932 6 +65.156 AVERAGE TEMPERATURE = +65.4529 DEG. F AVERAGE PRESSURE = +64.4821 PSIA MASS = +97087.98 AVG DEW POINT TEMP = +54.9521 DEG. F AVG VAPOR PRESSURE = +0.2135 PSIA _,c . . . ,
i PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : '357 TIME : 10:50 Pressure Instruments in counts channel pressure channel pressure 1 +63497 2 +65435 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.625 2 +91.589 3 +59.259 4 +60.202 5 +58.470 6 +59.915 7 +56.247 8 +55.127 9 +52.717 10 +65.821 11 +66.049 12 +66.262 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.403 2 +47.047 3 +47.554 4 +46.608 5 -+63.885 6 +65.145 AVERAGE TEMPERATURE = +65.4619 DEG. F AVERAGE PRESSURE = +64.4801 PSIA MASS = +97083;22 AVG DEW POINT TEMP = .+54.9581 DEG, F AVG VAPOR PRESSURE = +0.2136 PSIA--
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 , TIME : 11:05 Pressure Instruments in counts channel pressure channel pressure 1 +63495 2 +65433 RTDe in degrees F channel temp. channel temp. chatael temp. 1 +92 729 . 2 +91.557 3 +59.199 4 +60.165 5 +58.473 6 +59.P96 7 +56.283 8 +55.075 9 +52.746 10 +65.788 11 +66.044 12 +66.268 Dew Cell temperatures in degrees F ______ _________________ _____ channel cell temp channel cell temp
-1 +82.415 2 +46.997 3- +47.451 4 +46.565 5 +63.922 6 +65.170 AVERAGE' TEMPERATURE = +65.4532 DEG. F
. AVERAGE PRESSURE- = +64.4781 PSIA MASS- = +97082.13 AVG DEW POINT TEMP- =- +54.9300
- DEG. F AVG VAPOR PRESSURE = +0.2134 PSIA E
b I a y -c - r +,rr r,, -
=--m *v
1 PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST PATA POINT
SUMMARY
SHEET DATE : 357 TIME : 11:20 Pressure Instruments in counts channel pressure channel pressure 1 +63493 2 +65431 RTDs in degrees F channel temp. channel temp. channel temp. . 1 +92.575 2 +91.430 3 +59.130 4 +60.144 5 -+58.416 6 +59.870 7 +56.318 8 +54.983 9 +52.302 10 +65.777 11 +(6.024 12 +66.267 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.432 2 +47.117 3 +47.720 4 +46.597
, 5 +63.952 6 +65,138 AVERAGE TEMPERATURE = +65.4036 DEG.-F AVERAGE PRESSURE = +64.4761 PSIA MASS = +97087,41 AVG DEW POINT TEMP = +55.0023 DEG. F AVG VAPOR PRESSURE = +0.2139 PSIA l
l l l I
. . , , , - - , -. .-w-. - . - , . . - , , , . . - , . . , , --- .,
1 PEACH BOTTOM-3 ' INTEGRATED IEAK RATE TEST TEST-MODE : TEST DATA POINT
SUMMARY
' SHEET DATE : 357 TIME : 11:35 Pressure Instrumente in counts channel pressure channel pressure 1 +63492 2 +65430 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.578 2 +91.410 3 +59.149 4 +60.110 5 +58.459 6 +59.864 7 . +56.260 8 +54.921 9 +52.265 10 +65.794 11 +66.033 12 +66.252 Dew Cell temperatures in degrees F
-channel cell temp channel cell temp 1 +82.455 2 +47.168 3 +47.778 4 +46.394 51 +63.909 6 +65.185 AVERAGE TEMPERATURE-= +05.3993 DEG. F-i AVERAGE PRESSURE : +64.4751 PSIA '
MASS. +97006.63 l AVG DEW POINT TEMP = +55.0094 DEG. F-l AVG VAPOR PRESSURE : +0.2140- PSIA i t L I
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 11:50 Pressure Instruments in counts
. channel pressure channel pressure 1 +63490 2 +65429 RTDs in degrees F channel temp. channel temp. channel temp.
1 +92.524 2 +91.481 3 +59.135 4 +60.098 5 +58.348 6 +59.883 7 +56.294 8 +54.945 9 +52.310 10 +65.765 11 +66.014 12 +66.227 Deu Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.444 2 +47.177 3 +47.752 4 +46.582 5 +63.867- 6 +65.115 AVERAGE TEMPERATURE = +65.3837 DEG. F AVERAGE PRESSURE- = +64.4736 PSIA l MASS = +97087.27
- AVG DEW POINT TEMP = +55.0070 DEG.:F AVG VAPOR-PRESSURE = +0.2140 PSIA
PEACH DOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357. TIME : 12:05 Pressure Instruments in counts channel pressure channel preesure 1 1 +63489 2 +65428 RTDs in degrees F channel temp, channel temp. channel temp. , 1 +92.501 2 +91.336 3 +59.240 . 4 +60.069 5 +58.439 6 +59.820 7 +56.160 8 +54.986 9 +52.333 10 +65.760 11 +66.009 12 +66.218 Dew Cell temperatures in degrees F i channel cell temp channel cell temp 1 +82.374 2 +47.224 , 3 +47.834 4 +46.475 5 +63.879 6 +65.115 AVERAGE TEMPERATURE = +65.3685 DEG. F AVERAGE PRESSURE = +64.4726 PSIA MASS +97088.45 AVG DEW POINT TEMP = +55.0149 DEG. F AVG VAPOR PRESSURE +0.2140 PSIA
* = -'"-"
.. _.~. . .- - . . - .- ..-.. .- - -. -- . . - . - . - . - - . - . - - . - . -
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 12:20 Pressure Instrumente in counte channel pressure channel preeeure 1 +63493 2 +65434
- RTDe in degrees F channel temp. channel temp. channel temp. ,
1 +92.491 2 +91.455 3 +59.269 4 +60.145 5 +58.403 6 +59.939 7 +56.335 8 +55.181 9 +52.502 10 +65.762 11 +66.012 12 +66.238-Dew-Cell temperatures in degrees F channel. cell temp channel cell temp 1 +82.389 2 +47.329 3- +47.757 4 +46.600 5 +63.966 6 +65.123 AVERAGE TEMPERATURE : +65.4242 DEG. F
- AVERAGE PRESSURE = +64.4776 PSIA MASS : +97085.40
-AVG DEW POINT-TEMP- = +55.0402 DEG. F AVG VAPOR PRESSURE = +0.2142 PSIA e
-+ .
--e, ,, -m--- o y y, - --
y y,-
PEACl! BOTTOH 3 INTEGRATED LEAK RATE TEST TEST MODE : TEST DATA Po!NT
SUMMARY
SHEET DATE : 357 TIME : 12:35 Presoure Instrumente in counte __________...______________.__ .__..-_______..___________________ i channel pressure channel preneure 1 +63498 2 +65437 I RTDe in degrees F channel temp. channel temp. channel temp. 1 492.567 2 +91.534 3 +59.256 4 +60.160 5 +58.453 6 +59.970 7 +56.391 8 +55.215 9 +52.584 10 +65.766 11 +68.014 12 +66.227 Dew Cell temperaturee in degrees F __............ -__ ..._~___.-_.-__. ________.__.._____________-__. channel cell temp channel cell temp 1 +82.386 2 +47.512 3 +47.996 4 +47.009
. 5 +03.682 6 +65.075 AVERAGE TEMPERATURE = +65.4470 DEG. F AVERAGE PRESSURE = +64.4816 PSIA MASS = +97085.69
, AVG DEW POINT TEMP = +55.1742 DEO. F AVG VAPOR PRESSURE : +0.2153 P3IA
- _ . _ = . - _ _ _ - - _ _ _ _ . - _ . _. _ . _ _ - -
PEACH BOT'ITH 3 INTEGRATE IJAK RATE TEST TEST H0DE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 12:50 Presouro Instrumente in counte channel preneure channel preseure 1 +63491 2 455430 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.559 2 +91.461 3 +59.300 4 +60.115 5 +58.300 6 +59.907 7 +56.280 0 +55.072 9 +52.391 10 +65.747 11 +65.998 12 +60.224 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.429 2 +47.345 3 +48.000 4 +46.710 5 +63.934 6 +65.113 AVERAGE TEMPERATURE +65.3977 DEG. F AVERAGE PRESSURE = +64.4746 PSIA MASS +97084,70 AVG DEW POINT TEMP = +55.1319 DEG. F AVG VAPOR PRESSURE = +0.2149 PSIA I i l l l l l i I m _ _ _-,_ - - - _ _ _ .-- __ , ,-
PEAQt BOTTOM 3 INT 1t " LEAK RATE TEST TEST MODE : TEST DATA I
SUMMARY
SHEET DATE : 357 TIME : 13:05 Preseare Instrumente in counte channel preesure channel preneure 1 +3490 2 45429 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.533 2 +91.450 3 +59.213 4 +60.093 5 +58.380 6 +59.921 7 +56.295 8 +55.038 9 +52.468 10 +65.748 11 +66.006 12 +60.236 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.513 2 +47.354 3 +47.912 4 +46.858 5 +63.937 6 +65.165 AVERAGE TEMPERATURE = +65.4017 DEG. F AVERAGE PRESSURE : +2.6775 PSIA MASS : +3720.30
, AVG DEW POINT TEMP = +55.1419 DEG. F AVG VAPOR PRESSURE : +0.2150 PSIA
PEACll BO'ITOH 3 INTBORATED LEAK RATE TEST TEST MODE : TEST DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 13:05 Precoure Instrumente in counte channel preocure channel precoure 1 +63490 2 +65429 RTDs in degreen F channel temp. channel temp, channel temp. 1 +92.533 2 +91.450 3 +59.213 4 +60.003 5 +58.386 6 +59.921 7 +56.295 8 +55.038 9 +52.468 10 +65.748 11 +66.006 12 466.236 Dew Cell temperatures in degrees F channel cell temp channel cell np 1 +82.513 2 +47.354 3 +47.912 4 +46.858 5 463.937 6 +65.165 AVERAGE TEMPERATURE = +65.4017 DEG. F AVERAGE PRESSURE = +64.4736 PSIA MASS = +97082.34 AVG dim POINT TEMP = +55.1419 DEG. F AVG VAPOR PRESSURE = +0.2150 PSIA 4
= _ _ _ - _ - _ - .
T PEACH BOTION 3 INTE LEAK RATE TEST 10 0 '00.t TU DATA '
SUMMARY
SHEET c,We' ; 9. Ti% . 1,3 ..a Precoure Instrumente in counte channel preneure channel preocure 1 +63491 2 +65430 RTDo in degrees F channel temp. channel temp. channel temp. 1 +92.553 2 +91.403 3 +59.198 4 +60,110 5 +58.419 6 +59.912 7 +56.469 8 +55.018 9 +52.505 10 +65.751 11 +66.012 12 +66.244 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.530 2 +47.415 3 +48.022 4 +46.730 5 +63.954 6 +65.144 AVERAGE TE!!PERATURE : +65.4145 DEG. F AVERAGE PRESSURE : +64.4746 PSIA MASS : +97081.44 s AVG DEW POINT TEMP = +55.1457 DEG. F p AVG VAPOR PRESSURE = +0.2151 PSIA
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r . j FEACH BOTTCM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF I DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 13:35 Pressure Inetrumenta in counta channel pressure channel preneure 1 +63491 2 +65430 RTDs in degrees F , channel temp. channel temp. channel temp. 1 +92.504 2 +91.368 3 +59.207 ' 4 +60.107 5 +58.502 6 +59.931 7 +56.359 8 +55.232 9 +52.543 10 +65.736 11 +66.006 12 +66.244 , Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.476 2 +47.462 3 +48.130 4 +46.878 5 +63.946 6 +65.142 P AVERAGE TEMPERATURE = +65.4237 DEG. F AVERAGE PRESSURE : +64.4746 PSIA MASS .
- +97079.05
, AVG DEW POINT = TEMP : +55.2005 DEG. F AVG VAPOR PRESSUPE. = +0,2155 PSIA l-t ~
_ - . . . . . ._..._.--.,,..._.._..._.____,.,,..._..._c_,,. .~.,..,__.-.....#,.__-.-..
PEACH BOTTCM 3 I!1TEGRATED LEAR RATE TE.JT TEST MODE : VERF PATA FOINT
SUMMARY
CHEET DATE 367 TIME : 13:50
. _ _,..__-_. _--_-_ .. --..-- .__ _. = _ - _ _ _ . . . - _ _ . . . . .. ..
Pr ;ecut e Instruwnto in counto channel preeeure -hannel
- p r e c o u r ee 1 463468 : +Gb400 RTDo in degrees F channel temp. channel temp. channel temp 1 +92.527 2 +91.500 3 +59.234 4 +00.127 5 +50.433 0 +b9.34b 7 456.430 8 +05.304 9 +52.52S 10 +65.745 11 +05.995 12 +06.221 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.487 2 +47.628 3 448,123 4 +47.070 5 +63.961 6 +GS.115 AVERAGE TEMPERATURE r +65.4336 DEG. F AVEF',GE PRESSURE : +64.4711 PSIA MASS : +97071.35 AVG DEW Pol!1T TEMP = +55 9501 DEG. F AVG VAPOR PRESSURE : +0.J159 P31A 1
3 l PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 14:05 . i Pressure Instruments in counte channel E pressure channel preeeure 1 +63484 2 +65423 ' RTDs in degresa F channel temp. channel temp. channel temp. 1 +92.433 2 +91.471 3 +59.156 ,
+60.147 +58.477 4 5 6 +59.930 7 +56.388 8 +55.058 9 +52.533 10 +65.727 11 +65.994 12 +66.232
-i Dew Cell temperatures in degrees'F channel cell temp channel cell temp 1 +82.447 2 +47.663 !
3 +48.213 4 +47.009 . 5 +63.942 6 +65.130 i l I l
+65.4094 DEG. F t AVERAGE TEMPERATURE =
AVERAGE PRESSURE : +64.4676 PSIA MASS. : +97070.30
-AVG DEW POINT TEMP :- +55.2723- DEG. F AVG VAPOR PRESSURE = +0.2160 PSIA h
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1 I PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF PATA POINT
SUMMARY
SHEET DATE : 357 i TIME . 14:20 i i Pressure Instruments in counts channel preosure chant.el preesure ' 1 +63481 2 +G5419 j RTDu in degrees F
-._____________________________________________________._________ i channel temp. channel temp, channel temp. l 1 +02.507 2 +91.394 3 +59.237 4 +60.157 5 +58.403 0 +59.953 7 +50.387 8 +05.247 9 +52.486 10 +65.747 11 +65.989 12 +66.232 ,
Dew Cell temperaturea in degrees F channel cell temp. channel cell temp 1 +82.414 2 +47.599 3 +48.111 4 +47.058 , 5 +63.893 6 +65.150 ' AVERAGE TEMPERATURE : '+ 65.4213 DEG. F AVERAGE PRESSURE : +64.4641 PSIA ' MASS : +97063.00 AVG DEW POTNT TEMP- : + 55 . 25 57 -- DEG. F AVG VAPOR PRESSURE = +0.2159 PSIA 1 f
, , - . . . . - , , . . , . c . . , r_, ,.,1,~.-_,ym,---. .-y. e..b~,'_d-,m-,_,m. --,-,u, r,.,,m---,,.-
i i PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VFPJ j DATA POINT
SUMMARY
SHEET DATE : 357 ! TIME : 14:05 t i Pressure In.struments in counta
. . __ ____ ..________ _________ _____ __________ ___ __.. . . _ r channel precoure channel pressure 1 +63477 2 +65416 t
RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.507- 2 .+91.394 3 459.240 I 4 +60.107 5 +58.461 6 -+59.953 7 +56.361 8 +55.258 9 +62.550 10 +65.747 11 +65.991 12 +66,224 3 Dew Cell temperatures in degrees F , channel cell temp channel cell temp 1 +82.391 2 +47.541 ) 3 +48.162 4- +47.061 ' 5 +63.961 6 665.083-
^
AVERAGE TEMPERATURE - +65.4241 DEG. F , AVERAGE PRESSURE : +64.4606' PSIA
- . MASS : +97057.48
' AVG DEW POINT ThMP -
+55.2288 DEG. F AVG VAPOR PRESSURE = +0.2157 PSIA r
.#< _ .. - - - . - - ,. , , . , . . . . - - , . _ . . - , -m ., . _ . . . .s.,,......,._............ . . ~ . . . . . , - . . . _ _ , . , . , _ , , . ..-. . . . .
PEACH BOTTCM 3 ! INTEGRATED LEAK RATE TEST TEST MODE : VERF
- . . DATA POINT
SUMMARY
SHEET DATE : 357 i'
- TIME
- 14:50
. Pressure Instrumente in counto channel pressure channel preseure l g _______ _ _ _ _ _ _ . _ _______ ________ 1 +S347/ 2 +65412 1 a : DTDs in degrees ~ _______.___ __ ___ F=___ ________ ________ __.__________ ______..__ channel temp, channel temp. channel temp. - i 1 +92.462 - 2 +91.374 3 +59.285 4 +60.063 5 +58.485 6 +59.976 7 +56.306 8 +55.363 9- +52.569 10 +65.727 11 +65.989 12 +66.226 ; Dew Coll temperacures in degreen F channel cell temp- channel cell temp-
-1 ' +82.392 2- + 47.580 3 +48.162- 4 +47.062
. 5 +63.978 6 +65.138 i AVERAGE TEMPERATURE : +65.4253 DEG. F y -AVERAGE PRESSURE : +64.4571 PSIA-MASS .. = . +97051.63 AVG DEW POINT TEMP = +55.2595 DEG. F AVG VAPOR PRESSURE = +0.2159 PSIA s
I I
, r,, v , - v -,e- - -, .aw~v a,wv--w,,en~,. s. s- .--ev-we -w--v,,wm, v,,-o---e,-avve-~,,- -w-e~ ,-n~,w--r~+m e, w,w, w,t-w,w vw,mrm e mw- w ,eww w e ,--w
1 f i t PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE : 357 l TIME : 15:05 6 Preneuro Instrumente in counta ! t channel precoure channel preesure 1 +63470 2 +G5409 ! RTDa in degrees F chunnel temp. channel temp. channel temp. ! 1 +92.437 2 +91.308 3 +59.233 4 +60.080 5 +58.457 6 +59.964 7 +56.286 8 +55.195 9 +52.630 > 10 465.751 11 465.994 12 + 66.229 ! Dow Cell temperatures in degrees F
-channel cell temp channel cell temp ;
1 +82.461 2 +47.583 3 +40.228 4 +47.097 5 +63.987 6 465.086 .I [ AVERAGE TEMPERATURE = +65.4104 - DEG. F 1 AVERAGE PRESSURE : +64.4536 PSIA ; MASS - 2 - +97049.07 AVG DEW POINT TEMP = +55.2582 DEG. F , AVG VAPOR PRESSURE : +0.2159 PSIA : Y
-,-.n.-, r--,en,, --an~s.-n-,,,--+,,e .
1 PEACH BOTTCM 3 I!1TEGRATED LEAK RATE TEST TEST MODE : VERF DATA POIt1T SUttiARY SHEET DATE . 357 TIME : 15:20 Precsure Inctrumente in counts channel preceure channel preeeure 1 +63467 2 +65405 RTDe in degrees F channel temp. channel temp. channel temp 1 +92.442 2 +91.403 3 +59.307 4 +60.009 5 +58.409 6 +59.944 7 456.404 8 +55.255 9 +52.537 10 +65.728 11 +65.994 12 +66.229 Dew Cell temperatures in degreen F channel cell temp channel cell temp 1 +82.379 2 +47.547 3 +48.234 4 447.073 5 +63.911 6 +65.162 . AVERAGE TEMPERATURE : +65.4133 DEG. F AVERAGE PRESSURE : +64.4501 PSIA MASS : +97042.97 AVG DEW POIt1T TEMP : +55.2824 DEG. F AVG VAPOR PRESSURE 2 +0.2161 PSIA
PEACH BOTTCM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE : 357 TIME . 15:35 Pressure Instruments in counts channel preseure channel preseure 1 +63463 2 +65401 RTDs in degrees F channel temp. channel temp. channel temp. 1 +92.457 2 +91.381 3 +59.219 4 +60.080 5 +58.441 6 +59.931 7 +56.286 8 +55.329 9 +52.555 10 +65.751 11 +65.992 12 +66.229 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.392 2 +47.529 3 +48.243 4 +46.995 5 +63.999 f +65.136 AVERAGE TEMPERATURE = +65.4146 DEG. F AVERAGE PRESSURE : +64.4461 PSIA MASS = +97036.94 AVG DEW POINT TEMP : +55.2567 DEG. F AVG VAPOR PRESSURE = +0.2159 PSIA m-. .- ...-i. . .. . . . . .
PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 15:50 Fresoure Instrumente in counts channel pressure channel pressure 1 +63459 2 +65397 RTDe in degrees F channel temp, channel temp. channel temp. 1- +92.501 2 +91.398 3 +59.304 4 +60.002 5 +58.422 6 +59.942 7 +56.304 8 +55.215 9 +52.578 10 +65.759 11 +66.017 12 +66.226 Dew-Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.388 2 +47.631 3 +48.298 4 +46.954. 5 +63.949 6 +65.168 AVERAGE TEMPERATURE = +65.4176 -DEG. F. AVERAGE PRESSURE = +64.4421- PSIA MASS . = ~ +97029.94 AVG DEW POINT TEMP- : +55.2931 DEG. F AVG VAPOR PRESSURE :- +0.2162 PSIA E
FEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MCDE : VERF DATA POINT
SUMMARY
SHEFT DATE : 357 TIME : 16:05 Presaure Instrumente in counte ehannel pressure channel pressure 1 +63454 2 +65392 RTDs in degreco P channel temp. channel t ernp . channel temp. 1 +92.445 2 +91.304 3 +59.219-4 +60.064 5 +58.491 6 +f9.924 7 +56.224- 8 +55.128 9 +52.511 10 +05.705 11 +66.017 12 +66.233 Dew Cell temperatures in degrees F channel cell temp channel cell-temp 1 +82.408 2 +47.454 3 +48.277 4 +47.081
. 5 +63.960 6 +65.161 AVERAGE TEMPERATURE = +65.4065 DEG. F AVERAGE- PRESSURE = +64.4370- PSIA MASS : +97024.59 AVG DW POINT TEMP = +55.2774 DEG. F AVG VAPOR PRESSURE -: +0.2161 PSIA
l FEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
5HEET DATE : 357 TIME : 16:20 Pressure Instrumente in counte channel preesure channel pressure 1 +63450 2 +65388 RTDs in degrees 7 channel tenip , channel temp. channel temp. 1 -- --+92.404-- 2 +91.334 3 -+$9.149 4 +60.043 5 +58.404 6 +59.938 7 +56.404- 8 +65.104 9 +52.490 10 ' +65.757 11 +66.015 12 +66.249 Dew Cell temperatures in degrees F channel _ cell temp channel cell temp 1 +82.394- 2 +47.564 3 +48.072 4 ' +47.055 5 +63.938 6 +65.121 - AVERAGE TEMPERATURE = +65.3988 DEG. F AVERAGE FRESSURE :- +64.4330 -PSIA MASS = +97020.55 AVG DEW POINT TEMP- = +55.2279 DEG. F AVG VAPOR PRESSURE : +0.2157 PSIA i 1 l i
i PEACH BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA-POINT
SUMMARY
SHEET DATE : 357 TIME : 16:35 Pressure Instruments in counts channel preeaure channel preeeure 1 +63445 2 +65384
.. \
RTDs in degrees F channel temp, channel temp. channel temp. i
... .. -- ._ . . _ - . ... . _ -- .. ...._ i
-1 +92.492 2 +91.314 3 +59.159 -
4 +69.997 5 +58.412 6 +50.895 1 7 +56.416 8 +55.188 9 +52.528 i 10 +65.748 11 +66.017 12 +66.243 ! Dew Cell temperatures in degrees F i channel cell temp channel cell temp 1 +82.377 2 +47.392 I 3 +48,140 4 +47.052 i 5 +64.007 6 +65.135 AVERAGE TEMPERATURE = +65.4013 DEG. F i AVERAGE PRESSURE = +64.4285 PSIA
- MASS = +97013.38 AVG DEW POINT TEMP = +55.2199 DEG. F AVG VAPOR PRESSURE = +0.2156 PSIA
_. _ _ _ _ _ . . _ _ . _ _ _ _ . . - . _ _ _ . _ _ . _ . _ _ . _ _ _ _ , _ . _ - ~ . _ . _. ._ _
u. PEACH DOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 10:50 Precoure Instruments in counto channel pressure channel precoure 1 +63411 2 +65379 RTDe in degreee F channel temp. channel temp. channel temp. 1 +92.344 'J +91.351 3 +59.222 4 +60.000 5 +S8.390 6 +59.652 7 +56.250 8 +55.302 9 +52.432 10 +65.765 11 +66.018 12 +66.247 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.377 2 +47.535 3 +48.201 4 +40.963 5 +63.983 6 +65.139 AVERAGE TEMPERATURE : +05.3911 DEG. F AVERAGE PRESSURE : 464.4240 PSIA MASS : 497000.16 AVG DEW POINT TEMP = +55.2441 DEG. F AVG VA.OR PRESSURE = 40.2150 PSIA
-~ -- - - - .. - - . = . . . - . - . - - .- .- - - - , . .
FEACH-BOTTOM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 17:05 Pressure Instruments in counts
- channel pressure channel pressure 1 +63435 2 +65375 RTDs in degrees F channel temp. channel temp. channel temp.
1- +92.387 2 +91.304 3 +59.170 4 +59.968 5 +58.522 6 +59.846 7 + 56.163 8 +55.278 9 +52.471 10 +65.768 11 +66.023 12 +66.247 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.370 2 +47.531 3 +48,147 4 +46.945 5 +64.039 6 +65.139 AVERAGE TEMPERATURE : +65.3936 DEG. F
-AVERAGE PRESSURE :- +64.4190 PSIA MASS .
+97000.29 AVG DEW POINT TEMP = +55,2282 DEG. F AVG VAPOR PRESSURE = +0.2157 PSIA
1 PEACH BOTTOM-3: INTEGRATED LEAK-RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE ; 357 TIME : 17: 20 Pressure Instruments in counts
-channel. pressure channel pressure 1 +63431 2 +65370 RTDe in degrees.F channel- temp, channel temp. channe1 temp.
1 +92.334 2 +91.325 3 +59.150 4 +59.060 5 +58.392 6 +59.863 7 +56.193 8 +55.107 9 +52.385 10 +65.751 11 +66.015 12 +66.259 Dew Cell temperatures in degrees F channel cell temp chcanel cell temp 1- +82.363 2 A47.619 3 *48.146 4 +46.890 5 +64.012 6 +65.121 . AVERAGE TEMPERATURE +65.3673 DEG. F AVERAGE PRESSURE = +64.4145 . PSIA 4 MASS- =-+96996.39 AVG DEW' POINT TEMP -
=- + 55.2255~ DEG. F AVG VAPOR PRESSURE = +0.2157 PSIA 4
PEACH BOTTCM 3 INTEGRATED LEAK RATE TEST TEST MODE : VERF DATA POINT
SUMMARY
SHEET DATE : 357 TIME : 17.35 Pressure Instrumente in counts channel pressure channel pressure 1 +63427 2. +65366 RTDs in degrees F , channel temp. channel temp. channel temp. 1 +92.308 2 +91.163 3 +59.230 4 +59.976 5 +58.345 6 +59.826 7 +56.271 8 +55.110 9 +52.378 10 +65.757 11 +66.020 12 +66.243 Dew Cell temperatures in degrees F channel cell temp channel cell temp 1 +82.350 2 +47.439 3 +48.031 4 +46.902 5 +63.966 6 +65.141 o AVERAGE TEMPERATURE = +65.3588 DEG. F AVERAGE PRESSURE = +64.4105 PSIA MASS = +96994.43 , AVG DEW POINT TEMP = +55.1801 DEG. F .; AVG VAPOR PRESSURE = +0.2153 PSIA f i
GP R-263310 Gl!NIIRAll PilYSICS CORPORATION APPENDIX 1) INSTRUMENT SEl.ECTION GUIDE cal.CUIATION
-, - r r
- GP R-263310 Gl!NERAI. PilYSICS CORPORATION INSTRUMENT SEl ECTION Gull)E cal.CUI.ATION 1 Page 1 of 2 A. TEST PARAMETERS -
La = 0.5%/ day P = 64.5 psia T = 526" R Tag = 55.5* F t = 24 hours B. INSTRUMENT PARAMETERS
- 1. Total Absolute Pressure No. of Sensors = 2 Range: 0 - 100 psia Sensor sensitivity error (I 0.001 psia Measurement system error (e):
Resolution: 0.001 psia i' Repeatability: +/ 0.001 psia e = 4/- ((0.001)2 + (0.001)2)"2 e = +/- 0.001414 psia ep _= +/- ((0.001)3 + (0.001414)2)W-/(2)W . ep = +/- 0.00122 psia
- 2. Water Vapor Pressure.
No. of Sensors = 4 : Sensor sensitivity error (E): 0.1" F - Measurement system error (c): Resolution: 0.01 F 4 Repeatability: +/- 0.01" F
- e = +/- ((0.01)' + (0.01)2)"
- . e = +/- 0.01414" F ,
d i.,. ._--.m.r.
, - . ,,._ -. y , , , ,
GP R 263310' GliNERAL PilYSICS CollPOllATION Y Page 2 of 2 1 At a dewpoint of 55.5" F, the equivalent water vapor pressure change (as determined from steam tables) is 0.0079 psia /" F. + li = +/- 0.1" F (0.0079 psia /" F) 11 = +/- 0.00079 psia i e = +/- 0.01414 F (0.0079 psia!" F) e = +/- 0.00011 psia eg = +/- ((0.00079)2 + (0.00011)2)t2 /(4)t3 en= + /- 0.00040 psia ,
- 3. Temperature No. of Sensors = 12 Sensor sensitivity error (E): 0.01" F Measurement system error (c.):
r Resolution: 0.0P'F Repeatability: - + /- 0.01"F-e = +/- ((0.01)2 + (0.01)2)t2 e = /- 0.01414* F = +/- 0.01414" R er= +/- ((0.01)2 + (0.01414)2)' /(12) '
~
e r = +/- 0.00500" R
- 4. Instrumentation Selection Guide Formula 2
ISO = +/- 2400/t (2(c/P)2 +2(en/P)2 +2(e.3/0)t3 ISO = +/- (2400/24) (2(0.00122/64.5)2 + 2(0.00040/64.5)2 + 2(0.00500/526)2) . ISG = +/- 0.0031 %l day
.G P-Rd63310 --- GENERAL PilYSICS CORPORATION f
5 APPENDIX E GENERAL PilYSK'S ILRT COMPlTTER PROGRAM DESCRIPTION ; l n l: h l^ O. -
GP.R-263310 Gl!N!!RAL FilYSICS CORPORATION i DESCRIPTION OF GENERAL. PilVSICS II.RT COMPUTER l'ROGRAM The following paragraphs describe the various featutes and attributes of the General Physics ILRT Computer Program and the inocess used to certify it for each application. REDUNDANCY The General Physics 11 RT team v as equipped with two fully operational IBM compatible microcomputers during the ILRT and for on site data reduction and analysis. The computei software and hardware interfaced directly with the ll.RT Measurement System Data Acquisition Sy: tem (Volumetries A-100). Two computers were brought on site for 100"F redundancy, as each computer and its software is capable ofindependently performing the ILRT. The General Physics ILRT Computer Software is also capable of accepting manual input of raw sensor data and performing all required sensor data conversions if the data logger should cease to function, linch computer was equipped with back up discs in the unlikely event of a di.sc " crash." SECURITY The General Physics ll.RT Computer Program is written in Microsoft's QuickBasic. QuickBasic is a high level programming language which combines programming ease with user oriented command functions to create an easy to use and understand program. In order to increase speed of operation the program was then compiled into an executable command file. Compiling was accomplished using the Microsoft's QuickBasic Compiler. In addition to execution speed, this had the added benefit of making the program more secure as compiled programs cannot be edited or changed. The program requires a password to change modes of operation. start times, er enter the data editing routine to safeguaid the integrity of the raw data files.
GP R 263310 GENERAL PilYSICS CORPORATION-I?l'ATUlti'.S The program itself is designed to be a menu driven program consisting of five separate, menu driven operating modes. These are the:
- 1. Pressurization Mode 4. Veritication Mode
- 2. Stabilization Mode 5. Depressurization Mode
- 3. Test Mode These modes also correspond to the phases of the ILRT. Menu driven means that the user is presented with a list of options that the program can perform and from which the user can choose. It allows for interactise information exchange between the user and the computer and '
prevents invalid information or user mistakes from crashing the program. Program organization consists of a master menu which controls access to the five operating modes chained to the individual menus which control these modes. The data processing, information display
- capabilities and function of each mode is as follows:
- 1. Pressuri7ation Mode: All data reduction, graphic displays of average temperature, dewpoint, and corrected pressure.
- 2. Stabilization Mode: All data reduction, automatic comparison of data against ANSI 56.8 and UN TOP-1 temperature stabilization criteria, notification when criteria is met, graphic disphiys of aveiage temperature, dewpoint, and corrected pressure.
- 3. Test Mode: All data reduction, calculation of leakage rates using _ mass point, total time and point to-point analysis techniques, display of trend report information requ. ired by BN-TOP-1, graphie display of average temperature, dewpoint, pressure and mass, as well as graphie display of mass point measured leakage,95% UCL; total time measured and calculated leakage and the total time leakage rate at the 95% UCL (as calculated by BN-TOP-1), including a superimposed acceptance criteria line).
GP.R-263310 GENERAL PilYSICS CORPORATION
- 4. Veritication Test 51 ode: With input of imposed leakage in SCFht automatically calculates and displays on graph and trend report the acceptance criteria band, plus all graphics displays available in test mode.
- 5. Depressuri7ation Afode: All data and graphics capabilities of Pressurization hinde. In programs for BWR un ts, this mode also includes a Drywell to Suppression Chamber Bypass Test routine.
Other reduction and analysis capabilities of the General Physics ILRT computer program include: , 1. Containment total pressure conversion from counts to psia (if required), and averaging. ji i l- 2. Containment drybulb temperature weighted averaging and conversion to absolute units. i; p 3. Containment dewpoint temperature w eighted averaging (conversion from Foxboro dewcell i j element temperature to dewpoint temperature if required) and conversion to partial ' pressure of water vapor (psia). l4,
- Dah storage of ILRT measurement system inputs for each data point.
[ r
- 5. -Weight (niass) point calculations using the ideal gas law.
1- [ 6. Automated Data Acquisition and/or hianual Data Entry.
- 7. Sensor performance and ' deviation information for sensor failure criteria, graphic display of individual sensor performance for selected operating mode, i.
4 1 i k 1 i L c
- GP-lG263310 'GENEllAL PilYSICS CORPORATION
- 8. Calculation of ISO formula at beginning of test; acceptance criteria based on number of sensors remaining and actual test duration.
- 9. Coniputer System Error Functions automatically checks for error in incoming data, printer or disk drive faults.
The computer program used by General Physics has been previously certified for six tests at the San Onofre Nuclear Generating Station and over a dozen other ll.RTs. The initial certification required verification of the program through hand calculations and an independent review by-Bechtel Power Corporation. After certification was completed, a calibration set of raw data was used to verify software of the program prior to usage. - Additionally,- once .the computer was linked to the data acquisition system and a complete data stream was available, the input function of each mode of the program was verified by comparing the data acquisition system output to the computer printout data point summary. L.
.a
)
GP-R 263310 : Gl!NERAL FilYSICS CORPORATION q i APPENDlX F LOCAL LEAKAGE RATE TEST SUMMARIES P C. l-
, w w .,si y . .3-,-, - . , . , - , --..y., ,. -- -
U/3 Leakage Savings Data Type C Tests Pen No. Notes 7A AO-1 A 080A As Found 3552 AO-1 A-086A As Left .61 Savings 3487 3 78 AO 1 A-0800 As Found 2163 AO 1 A-086B As Left 161 Savings 1996 7C AO 1 A-0800 As Found 1143 AO 1 A-086C As Left .1143. Savings 0 70 AO 1 A 0809 As Found 1625 AO 1 A 086D As left .12E Savings 1450 8 MO-1 A-74 As Found 135 MO-1 A 77 As Left 131 Savings 0 9A MO-6-038A As Found 688 CHK 6-028A & 6-096A As Left faa MO-23-19 Savings 0 9B MO 6-038B As Found 4485 CHK 6-0288 & 6-0968 As Left _4485 MO 13 21 MO-12 68 Savings 0 10 MO-13-15 As Found 1402 MO-13-16 As left 2E Sav:ngs 1377 11 MO 2315 As Found 384 MO 23-16 As Left 10. Savings 374 12 MO-10-17 As Found 449 MO-10-18 As Left 141 Savings 0 13A MO-10-25B As Found 1170 AO-10-468 As Left .L12Q AO 10-163B Savings 0 13B MO-10-25A As Found 445 AO-10-46A As Left .441 AO-10163A Savings 0
I Pen Na 11010s 14 MO 12-15 As Found 255 MO-1218 As Loft M Savings 0 16A MO 1412B As Found 164 AO-1413B As Loft 200 AO 14-15B Savings 0 168 MO-14-12A As Found 67 AO 1413A As Left 2M AO-14-15A Savings 0 17 MO-10-32 As Found 5 MO 10-33 As left 5 Savings 0 18 AO 20-82 As Found 168 AO-2043 As Left 1M Savings 0 19 AO-20-94 As Found 142 AO 20-95 As Loft 142 Savings 0 21 Serv. air inboard Globe vivs As Found 68 Serv. air outboard Globe vtys As Left M Savings 0 22 AO 3969A As Found 10 CHK 33202A As Left 1Q Savings 0 23 MO4373 As Found 20 As Loft 20 Savings 0 24 MO4374 As Found 564 As Left SM Savings 0 25 A04505, AO-3519 As Found 2012 A04520, AOOS21 A As Left 010 AO-35210 Savings 1402 CHK-#1 & #2 26- AO-3506, AO-3507, A04509 As Found 156 AO-3510, SV-5235 As Left M SV-9100. SV-9101, SV-3671G, SV-3978G Savirms 61 SV-59608, SV 59618, SV-59068 32C 2 Globe Valves As Found 10 32D As Len 10 218C Savings 0 l . - - _ _ _ _ _ _ - _ _ _ _ -__ -
Pen No. NQ10s 14 MO-12-15 As Found 255 MO 12-18 As Left E Savings 100 16A MO 14128 As Found 164 AO-14138 As Left 20Q AO 14158 - Saving 0 168 MO-14-12A As Found 67 AO 14 3A As Left 255 AO-1415A Savings 0 17 MO-1042 As Found 5 MO 10 33 As Left ,_5 Savings 0 18 AO 20-82 As Found 168 AO 2043 As Left 100 Savings 0 19 AO-20-94 As Found 142 AO-20-95 As Loft 142 Savings 0 21 Serv, air inboard Globe vivs As Found 68 Serv. air outboard Globe vivs As Left E Savings 0 22- AO 3969A As Found 10 CHK-33202A As Left E Savings 0 23 moo 373 - As Found 20 As Left .2Q Savings 0 24 MO4374 As Found 564 As Left _504 Savings 0 25 AO 3505, A00519 As Found 2014 AO4520, AO 3521 A As Left 010 AO4521B Savings 1402 CHK41 & #2 26 AO 3506, AO-3507,AO4509 As Found 156 AO-3510. SV 5235 As Left E SV-9100, SV-9101. SV-3671G, SV-3978G Savings- 61 SV 59608, SV-59618, SV 59668 32C 2 Globe Valves A Found 10 32D As Left .10 218C Savings 0
Pen No. Notes 35C SV-109 As Found 20 CHK Valve As Left 2Q Savings 0 358,D,E A E BallValves As Found 100 FG As Left 10Q Savings 0 39A SV 59498, CHK V ALVE As Found 4339 MO-10 31B, MO-10 26B As LetT 202 Savings 4139 398 SV-5949A, CHK VALVE As Found 3779 MO 10-31 A, MO-10-26A As LetT .92 1 Savings 2784 - - - 41 AO 2-39 As Found 5 AO-2-49 As Left i Savings 0 42 CHK-11-16 As Found 20 XV-14 A, XV-148 As left 2Q Savings 0 47 SV-91308 As Found 10 CKH-332998 As left R Savings 0 51A SV-3671 F As Found 10 SV-39788 As Left 31 Savings 0 51B SV 3671D As Found 20 _ SV-3978D As Left 2Q Savings 0 51C SV-3671C, SV-3978C As Found 270 SV-5961 C, SV-5966^ As Left 2ZQ SV-5960C Savings 0 51D SV-7D-3980 As Found 20 Chk-7D-50140 As Left 2Q Savings 0 52F AO-3969B As Found 20 CHK-33202B As Lef t 2Q-CHK-33312 Savings 0 53 MO-3201B As Found 10 As Lett & Savings 0 54 MO-32008 As Found 476 As Left AZQ Savings 0
Pen No. Notes 55 MO 3200A As Found 1001 As Left 1001 Savings 0 56 MO 3201 A As Found 2402 As Left 2402 Savings 0 57 AO-2 316 As Found 138 AO-2 317 As left .laa , Savings 0 102B CHK 33299A, SV-9130A As Found 27 HV 36 HV 36 As Left fl Savings 0 , 203 SV-36718, SV-3978B As Found 67 SV-5960D, SV-5961 D As Left .62,
- -_ SV-5966D Savings 0 205A AO 3502B As Found 50 AO-9 26B As Left 91 Savings 3 4
205B AO-3502A As Found 111 AO 9-26A As Left 31
' Savings 27 4
210A MO 10-348, MO 10 388 As Found 545 211A MO 10-348, CHK -50145 As left 14E SV-5951 A Savings 0 2108 MO-10-34A, Mo 10-38A As Found 1852
' 211B MO-10 39A, CHK 50144 As Left 1651 SV-5951 B Savings 0 212- CHK-13 50, Stop CHK 13-9 As Found - 316 214 AO-13-5240, AO-13-5241 As Left AL4.
217B CHK-23C-6f, CHK-23C-12 SGvings O AO 23 5247, AO-23-5248 MO-13 5244, MO-23 5245 218A AO-3968, CHK 53201 As Found 10 As Left 10. Savings 0 218B SV 3671 A, SV 3978A As Found 24 As Left 21 Savings 0 219 AO-3511, AO-3512, AO-3513, AO-3514 As Found 265 SV-5960A, SV-5961 A, SV 5966A As Left .3 14, SV-3671 F, SV-3978F Savings 70
Pen No. . Notes 225- MO 13 39, MO-13-41 As Found 112 MO-13 70, MO-13 71 As Left .112 Savings 0 227 MO-23 57 As Found 44 MO-23 58 As Left di Savings O SDV CV 32A, CV-32B As Found 175 CV-35A, CV-35B As Left .171 CV-33, CV 36 Savings 0 Tvoe B Tests _ D/W Head Seal As Found 5 As Left 25. Savings 0 _ RPV Stabalizer Manways As Found 10 As left .10. Savings 0 1 Equipment Access 'O' Rings As Found 5 As left i Savings 0 2 Personnel Airlock As Found 589 As Left 1 15. Savings 0 4 Head Access As Found 5
, As Left i Savings 0
- 6. CRD Hatch As Found 5 As Left i Savings 0 7A, B, C ,D - Various Expansion Penetrations As Found 240 9 A, 8 As Left 2 10.
Savings 0 11,12,13A - Various Expansion Penetrations As Found 5 14A,16A,17 As Left i Savings 0 138,168 Various Expansion Penetrations As Found 154 As Left .19a Savings 0 N 25 AO-3520,3505,3519 'O' Rings As Found 20 As Left 20. Savings 0
Pen No, Notes N 26 AO 3506,3507 'O' Rings As Found 10 As left R Saviros 0 N 35A G TIP 'O' Rings As Found 26 As left 2d Savings 0 100^,C, Various Electrical Penetrations As Found 10 104 A - D As left R
-- 105 A,B.106A.B Savings 0 107,220 1000, E. Various Electncal Penetrations As Fourd 10 101 C,0,E.103B, As Left R 104E - H,1050,0 Savings 0 106C D 101 A,B,F Various Electrical Penetrations As Found 10 231 A,B As left R Savings 0 150 Test Nozzle As Found 20 As Left 21 Savings 0 200A Torus Hatch As Found 5 As Left i
~ Savings 0 2008 Torus Haten As Found 5 As Left 1 Savings 0 201A,B D/W to Torus Expansion Joint As Found 63 As left R Savings 53 -
201 C.D D/W to Torus Expansion Joint As Found 5 As Left i Savings 0 201E F D/W to Torus Expansion Joint As Found 116 As Left 122 Savings 0 201 G,H D/W to Torus Expansion Joint As Found 10 As Left R Savings 0 205A AO-35028 'O Fling As Found 10 As Left R Savings O
Pen No. Notes 205B AO-3502A , AO-3521 A, B 'O' Rings As Found 230 As Left 22 Savings 0 213A Torus Construction Drain's 'O' Rings As Found 97 As Left i Savings 92 2138 Torus Construction Drain's 'O' Rings As Found 5 As left i Savings 0 250 Test Nozzle As Found 10-As Left 10. Savings 0 219 AO-2511,2512 'O' Rings As Found 5 As Left 5. Savings 0 TOTAL LEAKAGE SAVINGS - 17472 sec/ min
PEACH DOTTOM UNIT 3 TYPE B TEST
SUMMARY
l pet (T SYSTEM OR DESCRIPTON REMARKS TEST LEAXAGE PEN'T TOTAL PEN'T TOTAL
- fG DATE SCC / MIN SCC / MIN SCC / MIN (MAX PATH) (MIN PATH)
DRYWEt1 HEAD 9/18/91 10 12/16/91 69 69 35 RPV STABILI2ER ASEM 10/29/90 20 (A THRU H) 9/19/91 20 10/23/91 20 , 20 10 N-1 EOUIPMENT ACCESS HATCH 9/15/91 20 TEST TAP 120 11/22/91 130 130 5 N2 PERSOf#4EL AIRLOCK 11/27/89 874 12/4/89 604 4/4/90 952 8/1/90 1372 11/19/90 2467 11/24/90 723 5/18/91 2002 S/27/91 545 5/28/91 1167 AIRLOCK O' RING 9/14/91 10 1239 615 N -4 HEAD ACCESS 9/18/91 10 10 5 N-6 CRD REMOVAL HA1CH 10/24/90 10 11/18/30 10 9/13/91 10
-12/19/91 10 10 5 N 7A MAIN STE AM LINE BELLOW (*1)-TOTAL FOR 10/31/90 612 N-7A.78.7C.7D 9/22/91 480 9A,98 REPORTED 480 240 UNDER 7A.
N 78 MAIN STEAM LINE BELLOWS *1 l N-7C MAIN STEAM LINE BELLOWS *1 N 70 MAIN STEAM LINE BELLOWS *1 PageI l
PEACH BolTOM UNIT 3 TYPE B TEST
SUMMARY
PENT SYSTEM OR DESCRIPTON REMARKS TEST LEAKAGE PENT TOTAL PENT TOTAL fn (MTE SCC / MIN SCC / MIN SCC / MIN (MAX PATH) (MIN PATH) N.9A FEEDWATER LPE BELLOWS ,.
*1 N 98 FEEDWATER LNE BELLOWS *1 N.11 HPCI STEAM LINE BELLOWS (*2) TOTAL FOR 10/31/90 20 N.11,12,13 A 9/22/91 10 14 A, 16 A & 17 10 5 N 12 RHR SUCTON UtE BELLOW *2
- N 13 A RHR PUMP DISCHARGE *2 EELIL%V N.138 RHR PUMP DISCHARGE (*3). TOTAL FOR 10/25/90 500 EEIDW N-138 & 16B 9/25/91 825 10/19/91 440 440 190 N.14 A RWCU SUCTON BELLOWS *2 N 16 A CORE SPRAY BELLOWS *2 N.16B CORE SPRAY BELLOWS *3 N 17 RPV HEAD SPRAY BELLOWS *2 N 25 AO 3505,3519,3520 9/19/91 20 D* RINGS 20 20 N 26 AO-3507.3506 'O' RINGS 9/13/91 10 10 10 . N 35A G TIP PENETRATION O' RING A-G TOGETHER 10/25/90 132 9/13/91 61 61 26 N-100 A ELECTRCAL (*4)-TOTAL FOR 10/24/90 58 N-100 A .100 C 9/10/91 61 104 A 1048,104C 71 10 1040,105 A,1058 10 6 A ,106 8.10 7 220 N 100C - ELECTRCAL *4 N-100D ELECTRCAL (*S)-TOTAL FOR 10/25/90 43 Page 2
l I PEACH BOTTOM UNIT 3 TYPE B TEST
SUMMARY
PENT SYSTEM OR DESCRIPTION REMARKS lEST WAKAGE PENT TOTAL PENT TOTAL to DATE SCC / MIN SCC / MIN SCC / MIN (MAX PATH) (min PATH) N.100 0,10 0 E , 9/10/91 20 101 C.101 D,101 E , 20 10 103 B,104 E ,104 F 104G,104H.10SC 1050,105 E ,106 C , 106D N-1 C 3E EECTRCAL *5 N 101 A EECTRCAL (*6) TOTAL FOR 10/24/90 20 N 101 A,101 B 9/10/91 20 101F 231 A,2318 20 10 N-101B EECTRCAL *6 N 101C EWCTRCAL *5 N-101 D EECTRCAL *5 N 101E EWCTRCAL *5 N 101 F ELECTRCAL *E N 103B EECTRCAL *5 N 104 A EECTRCAL *4 N 1048 Et,ECTRCAL '4 , N 104C EECTRCAL *4 N 104D EECTRCAL *4 N-104E EECTRCAL *5 I N 104F EECTRCAL *5 N 104G EECTRCAL '5 N 104H EECTRCAL *5 N-105 A EECTRCAL *4 N 105B ELECTRCAL *4 N 105C ELECTRCAL *5 N 105D EE CTR CAL *5 Page 3
PEACH BOTTOM UNIT 3 TYPE B TEST
SUMMARY
PENT SYSTEM OR DESCRIPTON REMARKS TEST LEAKAGE PEN'T TOTAL PENT TOTAL PO DAIE SCC / MIN SCCiMIN SCC / MIN (MAX PATH) (MIN PATH) N-105E ELECTBCAL *5 N 106 A ELECTBCAL *4 N 106B ELECTBCAL *4 N-106C ELECTBCAL *5 N 106D ELECTHCAL *5 N 107 ELECTRCAL *4 i N 150 TEST NOZ7tE 10/31/90 20 TEST TAP ONLY 9/11/91 10 9/13/91 20 20 20 N 200A TORUS MANWAY N.'E 10/24/90 20 9/11/91 20 12/19/91 10 20 5 N 200B TORUS MANWAY S/W 10/24/90 20 11/11/90 20 9/11/91 20 11/22/91 20 20 5 N-201 A EXPANSON JOINT (*7) TOTAL FOR 10/25/90 41 N 201 A,2018 9/22/91 125 10/14/91 90 90 10 N 201 B EXPANSON JOINT *7 N 201C EXPANSON JOINT ('8) TOTAL FOR 10/25/90 20 N 201C & 201D 9/10/91 20 20 5 N 201D EXPANSON JOINT *8 N 201E EXPANSION JOINT (*9hTOTAL FOR 10/25/90 222 N 201E. 201F 9/10/9 1 1377 11/15/9 1 240 240 120 N 201F EXPANSION JOINT 9 Page 4
PEACH BOTTOM UNIT 3 TYPE B TEST
SUMMARY
pet (T SYSTEM OR DESCRIPTION REMARKS TEST LEAKAGE PENT TOTAL PEN'T TOTAL tu DATE SCC / MIN SCC / MIN SCC / MIN (MAX PATH) (MIN PATH) i N 2010 EXPANSON JOINT (*10) TOTAL FOR 10/25/90 20 N 201G.201H 9/11/91 76 76 10 N 201H EXPANSON JOINT *10 N 205A AO 2502B 'O' RING 9/12/91 10 AO 268 'O' RING 11/1/91 10 10 10 N 205B AO 3502A, AO 26A 9/12/91 20 c. AO 3521 A. AO 3521B 9/19/91 230 O' RitGS 230 230 N 213 A TORUS CONSmUCTION 10/25/90 37 DRAINS 9/11191 203 11/6/91 20 20 5 N 2138 TORUS CONSTRUCTON 10/25/90 20 DRAINS 9/11/91 20 20 5 N 219 AO-3 511, AO-3 5 9/13/91 10 L' Ri' 93 __ 10 5 N-220 EECTHCAL *4 N-231 A ELECTRICAL *6
~
N 2318 ELECTRCAL *6 N 250 TEST POZZ DOUBW 9/11/91 10 O' AlfG 10 5 i TOTAL TYPE 'B' (cc/mir 3396 1672 m l l I TOTAL TYPE 'B' & 'C' (cc/mir 39860 22420 Page5
PEACH BOTTOM UNIT 3 TYPE C TEST
SUMMARY
PEffT SYSTEM OR DESCRIPTION RENW1KS TEST LEAKAGE PENT TOTAL PENT TOTAL tu DATE SCC / MIN SCC / MIN SCC / MIN (MAX PATH) (MIN PATH) N 7A MSlV 80A and 86A 80A 10/28/90 383 86A 10/29/90 4131 86A PACKING 5/4/90 5642 80A 9/17/90 10500 86A 9/17/91 3542 TOTAL BOUNDARY 10/30/91 129 254 65 N 78 MSIV 808 AND 868 808 10/28/90 702 868 10/29/90 2628 80B 9/17/91 2163 868 9/17/91 13478 TOTAL BOUNDARY 11/5/91 334 419 167 N 7C MSIV 80C AND 86C 800 10/28/90 1604 86C 10/29/90 1735 80C 9/17/91 1133 86C 9/17/91 2290 2300 1143 N-7D MSIV 800 AND 86D BOD 10/28/90 7646 86D 10/29/90 29 TOTAL BOUNDARY 11/5/90 546 80D 9/17/91 21255 86D 9/17/91 1625 TOTAL BOUNDARY 10/22/91 350 360 175 N8 MAIN STEAMLINE DRAINS 10/29190 1502 MO 74&77 9/18/91 270 280 135 N 9A FEEDWATER C HK-96 A 10/30/90 1641 CHK 28A 10/30/90 766 AO 18 FLANOE 5/22/91 10 AO 18 FLANGE 5/24/91 10 28A 9/27/91 688 9/27/91 1164 AO-18 FLANGE 10/26/91 10 1174 688 N 9B FEEDWATER CHK-238 10/31/90 5805 CHK 968 10/31/90 7207 CHK 288 9/26/91 4485 CHK-968 9/27/91 4805 AO-22 FLANGE 10/26/91 10 Page 1
PEACH BOTTOM UNIT 3 TYPE C TEST
SUMMARY
PENT SYSTEM OR DESCRIPTION REMARKS TEST LEAKAOE PENT TOT AL PEffT TOTAL fn DATE SCC / MIN SCC / MIN SCC / MIN (MAX PATH) (MIN PATH) 4815 4485 N 10 RCIC STEAM SUPPLY _ 5/4/91 2202 MO 1315&16 5/4/91 90 9/19/91 2803 11/8/91 .. 25 50 25 N 11 HPCI STEAM SUPPLY 10/30/90 10 MO 2315&16 9/19/91 768 11/9/91 10 20 10 N-12 SHUTDOWN CX3OLN3 10/27/91 898 908 449 N 13 A B RHR PUMP DISCHARGE AO 46B &163B 10/30/90 14160 MO 10-25B 10/30/90 553 AO 468 &1638 11/5/90 5114 AO 46B &1638 11/13/90 5299 AO-468 8163B 9/19/91 2636 MO 10-258 9/19/91 1160 2636 1170 N 138 'A' RHR PUMP DISCHARGE AO 46A &163A 11/8/90 4403 M O-10-2 5 A 11/8/90 1266 AO-46 A 8163 A 10/27/91 445 MO-10 25A 10/27/91 5768 2768 445 N 14 RWCU SUCTION 10/30/90 817 MO 15 & 18 11/2/90 1084 10/31/91 509 11/17/91 189 199 95 l ! N-16 A 'A' CORE SPRAY LOOP MO 14-12B 10/29/90 2445
- MO 14-118 10/29/90 23 l MO 14-128 11/13/90 424 l MO 14128 9/17/91 429 l MO-14118 9/17/91 154
- AO 1413B 10/11/91 325 l AO-14-15B 10/11/91 75 MO-14128 10/11/91 200 400 200 N 16B 'B' CORE SPRAY MO 14 12 A 10 /3 0 / 9 0l 317 Page 2
PEACH BOTTOM UNIT 3 TYPE C TEST
SUMMARY
PENT SYSTEM OR DESCRIPTON REMARKS TEST LEAKAGE PEN'T lOTAL PEN'T TOTAL to [MTE SCC / MIN SCC /MN SCC / MIN (M AX PATH) (MIN PATH) MO 1411 A 10/30/90 8761 MO 1411 A 11/10/90 185 MO 1411 A 10/25/91 67 MO 14-12 A 10/25/9', 306 AO 13 A 11/10/91 5 AO 15 A 11/10/91 250 MO 14-12 A 11/10/91 285 285 255 N 17 RPV HEAD SPRAY 11/9/90 10 9/20/91 to 20 5 N 18 DW FLOOR DRAIN SUMP AO 20-82 9/22/91 158 DISH AO 20 83 9/22/91 589 599 168 N-19 D.W EOUIP DR AIN SUMP AO-20 94 9/21/91 142 DL9H AO 20 95 9/21/91 731 731 142 N 21 DW SERVICE AIR HV-36 A 30165 10/28/90 125 HV 36A 30163 10/28/90 80 HV 36A 30165 9/20/91 98 HV 36 A 30163 9/20/91 68 CHK-30164 EXT. 12/16/91 10 98 68 N 22 A INST N2 TO D/W CHK-33202A 10/29/90 10 AO 16-3969 A ,, / 2 9 / 9 0 10 CH K-33202 A 9/15/91 40 AO 16 3969A 9/15/91 10 50 10 N 23 RBCCW D.W ISO VALVES 11/2/90 10 MO-3373 9/20/91 10 20 20 N 24 RBCCW D,W ISO VALVES 11/2/90 10 MO-3374 9/20/91 14 TEST TAP 9/20/91 550 564 564 N 25 DW PURGE SUPPLY CHK-78 50095B 9/15/9 c , 2002 CHK 7A 50095A 9/15/91 116 AO 3521 9/15/91 1802 A O-3 50 5,19.20,21 A&B 9/18/91 10 CHK 7A 50095A 10/29/91 250 Page 3
PEACH BOTTOM UNIT 3 TYPE C TES1
SUMMARY
plt (T SYSTEM OR DESCRIPT ON REMARKS TEST LEAKAGE PEN'T TOT AL PEffT TOTAL to -l DATE SCC. MIN SCC / MIN SCC / MIN
,, (MAX PATH) (MIN PATH) 10/29/91 CHK 78 500950 260 AO 3523 10/29/91 160 _
970 _610
~
N ?6 PC AC S AMPL E 2/15/90 30 2/15/90 51 4/9/90 23
$/2?/90 20 5/?4/90 20 SV 3671G_0UtY ?/2/91 20 B / 2 0 / 91 20 DWlMRGE EXHAUST 9/13/91 50
~
DW PURGE EXHAt!ST 9/13/91 151 11/7/91 95
~
*B' CAD AN ALY7EH 12/20/89 120 SV 5961B&$966f1 12/22/89 110 SV 5960ll 12/27/89 CWT SCAlf 12/28/89 711 1/24/90 994 1/26/90 279 8/23/91 290 450 95 N 32C & ILA]j(hVig ',~hS 10/22/90 7S 320,218C 8/27/91 312 32 10 N 35C TIP FtPoE SUPPLY SE
- 09 5/14i91 20 SV o
- 5/14/91 20 SV 109 9/15/91 7507 CHK;51503 9/15/91 il CHK 51bO3 11/14/91 10 SV 109 11/14/01 10 20 20 N 350,D 'A.E' BALL V ALVE 9 /1 B / 91 100 E F,G 100 100 N 39A 'A' C AD INJECT ION 8 / 3 0 e 91 35
'B' CONTAINMENT SPRAY 10/27/90 132 9/16/91 8608 10/5/91 330 PACKlfG 10/26/90 10
, Page 4 6.. .. .
PEACH DOTTOM UNIT 3 TYPE C TEST SUMMAfW PEffT SYSTEM OR DESCRIPION REMARKS 1EST LEAKAGE PEN'110T AL PEN'T 10TAL fu DATE SCC / MIN SCC /Mit4 SCC. MIN (MAX PATH) (MIN PATH) ) 9/17/91 10 _. l 375 POO N 398 *B' CAD IP4JFCilON 8/10/90 666 8/17/90 71 8/?1/91 !)6 10/30/91 259
'A' CONT AINMEN T SPRAY 11/7/90 5053 10/26/91 7507 '-
10/31/91 6506 , 11/12/91 1950 MO 10 31 A PACKING 11/8/90 10 10/?6/91 10 2036 995 N 41 RECIRC SAMPLE VALVES 9/18/91 10 2C 5 N 42 STANDBY LIQUID CONTHOt. XV 14 A & 148 10/29/90 320 _ CHK VLV 10/31/90 10 XV 14 A & 148 11/1/90 101 11/11/91 10 CHK VLV 12/1P/91 10 XV 14 A & 148 12/12/91 10 70 PO N 47 ADS BACKUP N2 CHK 332998 8/18/90 10 CHK 33299B 9/?3/91 10 SV 9130B 9/23/91 40 40 10 N 51 A PCAC SAMPl F 4/9/90 20 SV 3671E & SV-3978E 9/3/91 666
- 9/11/91 91 91 91 N 518 .
PCAC SAMPL E 4/7/90 41 SV 3671D & 3V 3970D 8/28/91 20 l
20 20 l
l N51C PCAC SAMPLE 4/7/90 2_0 l SV 36710 & SV 39780 6/12/90 NGE lY tJT TOT Al pef (T TOf Al. I to DATE SCC MIN SCC; MIN SCC ' MIN (MAX PATH) (MIN PATH) 8/27/91 546 566 270 N 51D PCAC MMRF DiscilANGE CHK 70 50140 8/26/91 ?00 SV 70 3980 8/28/91 20 SV 7D 3980 10/29/91 20 210 20 N 52f it lNST. N111100EN CHK 332028 9/17/91 10 AO 39698 A 9/19i91 1001 C H K.3 3312 10/17/91 581 606 20 N 53 DW Chill. WAT E R MO 32010 11/2/90 133 11/9/91 10 10 10 N 54 D.W CHil l W AT E R _MO 32008 1i/3/90 2197 11/9/91 476 476 476
~
N 55 D'W Chill. WATER MO 3200B 11/3/90 2383 11/9/91 1001 1001 1001 N 56 DW Chill V'ATER MO 3201A 11/2/90 746 11/9/91 2402 2402 2402
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N 57 M AIN STEAM SAMPL E 10/29/90 616 9/18/91 275 285 138 _N 10?B DW BREATHING A'R 10/31/90 23 9/15/91 25 ADS N2 SUPPL Y 9/25/91 35 79 27 N 203 PC AC SAMPt E 4/7/90 90 4/14/90 21 8/22/91 32
'D' CAD ANALY7FR 5061 B & 660 12/29/89 OI F SCAL E 12/30/89 20 1/24/90 20 5961 D& 660 1/26/90 20 10/3/90 20 _
Pago 6
_ _ .. _ _ _ . . _ . _ _ . _ _ . _ . . . _ . . _ . _ _ . ~ m_____m _ _ _ _ _ . _ _ _ _ _ . ~ _ . _ _ _ . _ _ . . PEACH DOTTOM UNIT 3 ! TYPE C TEST
SUMMARY
l pef (T SYSTEM OR DESCRIPllON FE. MARKS TEST LEAKAGE PLf(T TOTAL PEN'( TOT AL in DATE SCC. MIN SCC / MIN SCC / MIN _ QAAX PATH) (MIN PATH) 59600 10/4/90 70 3/??/91 20 9/9/91 290 3?? 67
~
N 205A TORUS VACCUM BAEAKERS 9/1?/91 50 11/1/91 195 , 195 93
~
N 205H TORUS VACCUM IVlFAKER 9/12/91 ??1 10/23/91 168 178 84 N?11A 'A' C AD INJ 8/20/91 147 N 210 A
'H' TORUS COOL & SPRAY 10/26/90 55 9/17/91 1030 PACKlfrJ PAR MO.10 34!) 10/?7/90 21 PAR. MO 10 34B 9 / i b / 9,1, 20 1207 545
~
N 21111 'B' CAD INJ 8/??/91 90 N 2100
'A' TORUS COOT. & SDRAY 11/7/90 604?
10/?6/91 3664 PACKit*3 11/8/90 8508 11/8/90 85 10/26/91 20 3714 1852 N 217!3 RCIC EXHAUL . 10/2?/90 2954
- N 712 9/18/91 1853 N 214 RCIC EXHAUST DRAIN 10I??/90 I?i3 9/18/91 421 _
11/8/91 651 STOP CHECK U RIP)3 10 /? ? / 9 0 10 9/18/91 371 __ HPCI EXHAUST 10/?8/90 -1528 9/22/91 537 10/28/91 715 Page 7
. ._. . - . . . . _ . - _ . . . - - _ - - _ _ _ ~ - _ _ . - , _ . - . _ .
PEACH BOTTOM UNIT 3 TYPE C TEST
SUMMARY
pef (T SYSTEM OR DESCRIPIO4 HEMARKS TEST 11 M 4 pet (T TOTAL PEN'T TOTAL PO DATE SCC / MIN SCC / MIN SCC, MIN (MAX PATH) (min PATH) HPCI FXHAUST DRAIN 10/28190 194 9/22/91 344 TEST 200 11/13/91 380 TEST TAP 11/19/91 10 STOP CHK U RING 10/27/90 10 , 9/21/91 10 RCC VACUUM RFLIFF 10/23/90 17275 10/25/90 36
$/11/91 8295 5/17/91 270 9/19/91 20 VACCUM RELIEF F LNGL 11/20/91 1425 11/25/91 72 HPCI VACUUM REUEF 10/29/90 307 4/13/91 41 _
4/15/91 72 , 4/16/91 124 9/21/91 165 11/14/91 384 3411 414 N 218 A INST N2 TO TORUS AO.3968 11/1/90 170 DAY VACUUM BKR. 9/20/91 100 CHK 16 33261 11/1/90 10 9/20/91 10 190 to N 2188 PCAC SAMPLE SV.3671 A 4/7/90 10 6/12/90 , 10 8/19/91 71 SV.3978 A 4/7/90 10 6/12/90 10 9/24/90 10 8/19/91 14 71 24 N 219 PCAC SAMPL E 4/9/90 56 9/25/90 447 9/27/90 20 Page 8
l PEACH BOTTOM UNIT 3 TYFE C TEST
SUMMARY
l 1 pef (T . SYSTEM OR DESCR!PilON REMARr4 .1EST LIAKNIE PEN'T TOTAL PEN'T TOTAL , PO LATE SCC / MIN SCC / MIN SCC / MIN pAAX PATH) (MIN PATH) 8/29/91 20
'A' C AD ANALY7ER 1/5/90 230 1/6/90 20 8/30/91 418 TOfUS PURGE EXHAtIST 9/13/91 20 AO 3511,3512 TORUS FUKiE EXF%UST 9/14/91 190
_ AO 3 513,3 514 683 304
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N 225 10/22/90 599 9/20/wi 271 TORUS WATER CLE AN UP 10/22/90 20 9/21/91 21
- 242 112 N 227 HPCI PUMP SUCTION 10/27/90 10 9/21/91 90 98 44 EDV SCRAM DISCHARGE CV 32A 10/28/90 120 VOLUME VENT & DRAINS 9'17/91 45 C V-35 A 10/28/90 10 9/17/91 10 CV-32B 10/28/90 250 9/17/91 125 CV 35B 10/28/90 1201 ,
10/28/90 165 9/17/91 360 CV 33 10/28/90 583 9/17/91 307
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CV 36 10/28/90 10 9/17/91 10 732 175 TOTAL (cc/ min 36464 20748 I Page 9
GP.R.263310 GENERAL PilYSICS CORPORATION i l APPENDIX G SENSOR LOCATIONS AND VOLUME IqtACI' IONS l P
,,- , ,-,-,,,-,e N, ~- ,w,,.,-- -w.-,,-,,- - , - , , . - - - - - , , , ---n,.w , ,-, , . - --u -- - , , , ,,
w- - PEACll BOTTON UNIT 3 SENSOR thCATION i n I I LEGEND r n R otwoomr DO O SENSOR O DO DO - - O s s s / O O DO A #Y / 8
= = - -
,,...-.,-,..,enn,,,.e..-. , - . - - - ,_.,,,-,-- -
-,,a ,,+-e - - ,
PEAcil BOTTOH 3 INSTALLED CONSTANTS RTD WElGilT FACTORS RTD 1 WElGHT FACYOR = 0.060300 RTD 2 WEIGitT FACTOR = 0.000300 : RTD 3 WEIGitT FACTOR = 0.064000 RTD 4 WEIGHT FACTOR = 0.064000 RTD 5 WEIGHT FACTOR s 0.092300 RTD 6 WEIGilt FACTOR = 0.092300 ' RTD 7 WEIGHT FACTOR = 0.052200 RTD 8 WEIGHT FACTOR = 0.052200 RTD 9 WEIGitT FACTOR = 0,027400 RTD 10 WFIGilT FACTOR = 0.145000 RTD 11 WEIGitT FACTOR 0.145000 RTD 12 WEIGitT FACTOR = 0.145000 , RTD WEIG11 TING FACTOR SUM = 1.000000 PRESSURE GAUGE WEIGilT FACTORS PRESS. GAUGE 4 1 WEIGitT FACTOR = 0.5000 PRESS. GAUGE # 2 WEIG11T FACTOR = 0.5000 PRESS. GAUGE WEIGl! TING FACTOR SUM = 1.0000 DEW CELL WEIGitT FACTORS DEW CELL 1 WEIGitT FACTOR = 0.000000 DEW CELL 2 WEIGilT FACTOR 0.168200 DEW CELL 3 WEIGHT FACTOR 0.224800 DEW CELL 4 WEIGil? FACTOR 0.172000 DEW CELL 5 WEIGilT FACTOR = 0.000000 DEW CELL 6 WE!GitT FACTOR = 0.435000
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DEW CELL WEIGitTING FACTOR SUM = 1.000000 CONTAINHENT VOLUME a 293900 LA = 0.50 l l
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