ML20211M518

Ei Hatch Nuclear Plant Unit 2,Reactor Containment Bldg Integrated Leak Rate Test, Final Rept

ML20211M518
Person / Time
Site:	Hatch
Issue date:	11/30/1986
From:	BECHTEL GROUP, INC.
To:
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ML20211M374	List: ML20211M372 ML20211M518
References
NUDOCS 8702270305
Download: ML20211M518 (271)

Text

l O

Georgia Power Company

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Edwin L Hatch Nuclear Plant Unit 2 o

l Reactor Containment Building l Integrated Leak Rate Test l

Final Report l November 1986 O Bechtel Western Power Corporation s;a==1888: =8aa8ee p PDR l

O EDfIN I. IDGUI NUCIEAR PIANP UNIT 2 DOCKET NLMBER 50-366 REAC1tR CINIADMENT RTIIDING INIEGUMD IEAK RASE TEST FINAL REFGE Prepared by Bechtel Western Power Cbrporation San Francisco November 1986 O

O 'DWEE OF GMENH3 EiEEE

1. INIBODUCTION 1

-2. SulflME 2

3. TEST SYNOPSIS 4

4. INSTRUMEtfIATICN AND DMA ACQUISITION 6

5. TEST MEIHOD 8 APPDIDICES A. now,-iption of Bectitel IIRE Pi.W am B. IIRE Stabilization C. IIRE Calculations Total Time Analysis Mass Point Analysis Trend Report 9 - ty Data O- Graphs Air Mass vs Time Total Time Isakage Rate Mass Point Isakage Rate D. Verification Test Total Time Analysis Mass Point Analysis Suntnary Data

Graphs l Air Mass vs Time Total Time Isakage Rate Mass Point Isakage Rate f E. Data Graphs Air Mass vs Time Tenperature (Average) vs Time Pressure (Dry Air) vs Time Vapor Pressure (Average) vs Time Tenperature Sensors 1-14 vs Time i

Pressure Sensors 1 and 2 vs Time Dewpoint Tenperature Sensors 1-6 vs Time F. Test Data G. ISG Calculations H. IIRP Report

1.0 INm000CrKW O

V The reactor containment building Integrated Isakage Rate Test (Type A) is performed to demonstrate that leakage through the primary reactor containment and systems and ccuponents penetrating primary containment does not exceed the allowable leakage rate specified in the Edwin I. Hatch Unit 2 Technical Specifications.

'Ihe successful periodic Type A and suppleii==uLsl verification tests were performed according to the requi1.===stus of the Unit 2 Technical Specifications and 10CFR50, Appendix J. 'Ihe Type A test method used is the absolute method described in ANSI /N45.4-1972,

" Leakage Rate Testing of Containment Structures for Nuclear Reactors", and ANSI /ANS 56.8-1981, " Containment System Leakage Testing Requirements". 'Ibe leakage rate was calculated by both the mass point and the total time methods using formulae from ANSI /ANS 56.8-1981, Reference 5 and Bechtel Topical Report BN 'IOP-1, Reference 4 respectively.

'Ihe mass point analysis method calculates air mass at each time step as a function of absolute tenperature and dry air pressure.

'1btal time leakage rate is ccanputed frca initial values for free air volume, containment drybulb temperature, the partial pressure of dry air, and the most recent values of the same parameters and time. A linear regussion of corresponding leakage rate and time values yields the curve for leakage rate. A 95 percent upper l confidence limit is calculated to assure a 95 percent probability O(/ that - the calculated leakage rate is within acceptance limits.

Following the IIRT, the verification test leakage was calculated using the same methods.

The following documents contain the test requirements and acceptance criteria for this IIRT:

1. E. I. Hatch Unit 2 Technical Specifications.

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2. ANSI N45.4-1972, "Imakage Rate Testing of Containment l Structures for Nuclear Reactors."

3. Appendix J to 10CFR Part 50, " Reactor Containment Isakage Testing for Water Cooled Ptser Reactors".

4. Bechtel Topical Report BN-TOP-1, " Testing Criteria for Integrated Leakage Rate Testing of Primary Containment Structures for Nuclear Power Plants", Rev 1, 1972.

5. ANSI /ANS 56.8-1981, " Containment System Leakage Testing Requirements."

6. E. I. Hatch Nuclear Plant Procedure 42SP-TET-003-2, " Primary Reactor Containment Integrated Isakage Rate 'Ibst Procedure".

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2.0 SG99M b 'Ihe containment building Integrated Leakage Rate Test (Type A) was completed meeting all "as-left" ac ptance criteria set forth in the governing documents. 'Ihe "as-found" leakage rate exceeded the allowable leakage, 0.75 Ia. 'Ihe "as found" leakage rate and minimum pathway inprovements are listed in Appendix H, Section E, page H-3. Valve 2T49-F001A packing leaked eyrammively. 'Ihe valve packing was adjusted reducing the "as-left" leakage rate to an acceptable amount. Despite the "as-found" failure, Georgia Power Company plans to continue the current Type A Test schedule. 'Ihe reason for the "as found" failures is seen as a one time occurrence. 'Ihe test results are @rted in accordance with the requirements of 10CFR50, Appendix J, Section V.B.3.

The following is a s=my of test results for the IIRT and verification tests coupleted on Edwin I. Hatch Unit 2 November 20, 1986 (values are wt.%/ day):

Test Results Acceptance Calculation Method Criteria Mass Point Total Time "As-found" Calculated Isakage Rate 1.327* 1.414* 0.900

.95% Upper Confidence Limit 1.362* 2.003* 0.900 "As-left" (Q,/ Calculated Ieakage Rate 0.460 0.479 0.900 95% Upper Codfidence Limit 0.476 0.587 0.900 Verification Test 1.623 -

1.308 to 1.908 1.643 1.323 to 1.923

• Includes minimum pathway inprovements penalty of 0.309 wt.%/ day.

Test Data Summary A. Plant Infonnation Owner Georgia Power Campany Plant Edwin I. Hatch Nuclear Plant Unit 2 Location Baxley, Georgia containment Type Mark I, BWR Date Test Completed November 20, 1996 B. Technical Data

1. Containment Net Free Air 257,566 cu. ft Volume

2. Design Pressure 56 psig

3. Design Temperature 340 dog. F

4. Containment IIRT Average 50-120 deg. F Tenperature Limits 2

C. Test Results - Type A Test a

1. Test Method Absolute

2. Data Analysis Techniques Isakage Rate: Total Time (per IN 'IOP-1) and Mass Point (per ANS 56.8-1981)

3. Peak Test Pressure 57.5 psig (+1.0, -0)

4. Maxinann Allowable Isakage 1.2 wt.%/ day Rate, Is

5. 75% of Ig 0.9 wt.%/ day

6. Integrated Isakage Rate Isakaae Rate, wt.%/dav Fran Ryassion At Upper 95%

Line (Ig ,) Confidence Limit

! a. Mass Point Analysis 0.460 0.476

b. Total Time Analysis 0.479 0.587 O

• b '

7. Verification Test T W 10.12 scfm Isakage Rate, Li 1.2 wt.%/ day

8. Verification Test Result Isakaae Rate, wt.%/ day

a. Mass Point Analysis 1.623

b. Total Time Analysis 1.643

9. Verification Test Limits Test Limit, wt.%/ day

a. Mass Point analysis l

(1) Upper Limit (Li+Ihm + 0.25 Ig) 1.908 i

(2) Iower Limit (Li+Ihm - 0.25 Ig) 1.308

b. Total Time Analysis t (1) Upper Limit (Li+ Ibm + 0.25 Ib) 1.923 (2) Iower Limit (Li+Ihm - 0.25 Ig) 1.323 D. Iccal Isakage Rate Test Results - Type "B" and "C" Tests

1. Results for Ircal Isakage Rate Tests performed since the previous (May 1982) ILRT are presented in O Appendix H.

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3.0 'ITSP SYNDPSIS J Valve lineups were performed on all systems to establish post-accident conditions. During the inspection of the containment's interior and exterior surfaces prior to pressurization, no evidence of structural deterioration which would affect either the sLeagth or leak tightness of the containment was found.

Pressurization of the containment was started at 2110 on November 18. Pressurization was performed by four trailer marmted 100 psig cmpressors. Air drying was accmplished by four air cooled electrically driven air dryers. Drywell fans and cooling water remained on during pressurization until 0015 on November 18 when the cooling water was stopped. 'Ihe Drywell fans were stopped at 0217 on November 19. Pressurization was cmpleted at 0255 on November 19. Initial test pressure was 58.0 psig.

ILRT data (containment air pressure, tenperature, and dewpoint temperature) were taken using the instrumentation described in Section 4 of this report. Tenperature stabilization criteria were satisfied at 0700 on November 19. Initially the leakage rate measured approximately 1.0 wt.%/ day. Valve 2T49-F001A packing leaks were stopped at 1335 on November 19. Dewpoint tenperature sensor 3 was determined to be inaccurate until 1730 on November 19,

/'] when repairs were cmpleted. Water was added tothe Reactor Vessel

() to raise the level to 111 inches at 2158 on November 19.' A sample of reactor coolant letdown was taken at 2250 on Novdmber 19. 'Ihe IIRT portion of the test was started at 2330 on November 19.

At 0000 and 0100 on November 20, large tenperature deviations occurred in the drybulb tenperature data. At 0045 on November 20, large temperature deviations occured in the data of dewpoint

. temperature sensors 4 and 5. It can be seen from the data graphs, l Appendix E, that these data points are obvious outliers. Data

! points 0000, 0045, and 0100 on November 20 are statistically j rejectable and deleted from the leakage rate calculations.

Investigations determined the most likely cause of the deviations was radio frequency interference from hand held transceivers. A l leakage rate of 0.460 wt.%/ day was calculated during the l

twelve-hour period ending 1130 on November 20.

I Followirq the IIRr, a leakage of 10.12 SCFM (I )gwas imposed to verify the ability to measure the allowable leakage rate.

Following the one-hour period to allow the i-M flow to stabilize, the six-hour verification test was performed. The l calculated verification test leakage rate of 1.623 wt.%/ day was i within the acceptance limits of 1.308 to 1.908 wt.%/ day.

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(O Depressurization of the containment was accmplished by venting to

\.s' the reactor building. Continuous radiation monitoring was in effect during this portion of venting. It was determined that liquid level changes and local Isakage Rate adjustments require no correction of the IIRP leakage rate.

SLEteRY OF 'ITHP PERIOD 3 TEST PHASE TIME DURATION (HRS) DATE Pressurization '2110 - 0255 5.75 November 18-19 Stabilization and leak reoairs 0300 - 2330 10.50 Novernber 19 IIRT 2330 - 1130 12.00 November 19-20 Establish and stabilize verification flow 1130 - 1245 1.25 November 20 Verification 1245 - 1845 6.00 November 20 O 'Ihe following Table sumarizes leakage rate results for several data periods. 'Ihe similar' acceptable results for each data period V

demonstrate the validity of the reported period with three deleted data points: 0000; 0045; and 0100, on November 20, 1986.

'IEST RESUIIPS TEST CAILUIATION METHOD START END IXJRATION MASS IODTP 'IUTAL TIME TIME IIME IKXJRS FATE. 95%UCL PATE 95%UCL Reported period with 3 deleted data points 2330 1130 12.00 0.460 0.476 0.479 0.587 f

Start time after last deleted data point 0115 1130 10.25 0.437 0.453 0.419 0.613

Inst eight hours 0330 1130 8.00 0.409 0.429 0.390 'O.713 l

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p 4.0 Instr ==tatim and Data Aminitim O 'Ibe following instrument system was used:

No. Reauired Descriotion DlLt;g A. Absolute Pressure 2 Precision Pressure Gauge Range: 0-100 psia Mensor Model 10100-001 Accuracy: 0.02% F.S.

(Pressure sensor 2 was Sensitivity: .001 psia not used) Repeatability: .001 % F.S.

Calibration Date: 9/26/8G B. Drybulb Tencerature 14 Tenperature sensors, Range: 0-1400F P_-mt 100 ohm, Accuracy: i 0.10 0F Platinum Model 79-65-17 Sensitivity: 0.01 F Repeatability: 0.01 F Calibration Date: 9/22/86 C. Devooint Tenoerature 6 Dewpoint Detectors, Calibrated Range: 40-1000F

, d , EG&G, Model 660-52 Accuracy:

Sensitivity:

.54 F 0.100F Repeatability: 0.010F Calibration Date: 9/22/86 -

D. Flow Meters 2 Mass Flowmeter, Range: 0-10 scfm Model 500-9 Accuracy: 1% F.S.

, Sensitivity: 1% F.S.

Repeatability: 0.1 scfm Calibration Date: 9/26/86 l

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_ _ . , - - - _ _ - ~ , . - _ _ - _ _ . _ _ _ _ - - -- . _ _ ~ _ . _ _ _ _

IMRJIB AND G!NPOINT 'HMPERA'ItJRE SENSGt IOCXFIGS (D

U Distance Volume Fractions TE Tag No. Elevation Azinuth No. (Ft1 (Decrees) Frun Center IIRP 1 TE N006A 120 345 28 0.050 2 TE N006B 120 165 28 0.050 3 TE N006C 130 90 28 0.021 4 TE N006D 134 205 24 0.099 5 TE N006E 134 345 20 0.099 6 TE N006F 154 35 24 0.048 -

7 TE N006G 154 270 20 0.048 8 TE N006H 195 115 13 0.078 9 TE N006I 195 295 13 0.078 10* TE N006J 108 250 65 0.086 11* TE N006K 108 25 65 0.086 12* TE N006L 108 90 65 0.086 13* TE N006M 108 170 65 0.086 14* TE N006N 108 315 65 0.085 1.000 ME E9.n.

1 ME N007A 120 330 28 0.111 0.103 O'

V 2

3 ME N007B ME N007C 134 154 165 345 2'4 24 0.097 4 ME N007D 134 270 20 0.103 5 ME N007E 195 40 13 0.157 6* ME N007F 108 135 65 0.429

• Pressure suppression chamber 2e overall Instrumentation Selection Guide (ISG) value was calculated (see Appendix G) in accordance with ANSI /ANS 56.8-1981 based on the above instrumentation and on a twelve hour test duration. We calculated ISG is .0064 which is less then 0.251g (0.3 wt.%/ day).

We IIRT data collection system, consisting of drybulb and dewpoint tenperature sensors and precision pressure gauges, was connected to a Volumetrics Data Aquisition System (DAS). Pressure gauges were installed in the DAS panel and connected to the drywell and torus through flexible copper tubing. We DAS panel was provided with an automatic scanner and the measured data were printed by ccenputer. %e data were premaal and the leakage rate calculated by a micro computer, Model IHyPC via direct data input from the DAS panel through an RS232 circuit board. An electronic mass flow meter provided the impocod leakage for the verification flow. During the stabilization and test periods, data were ru:orded every 15 minutes.

(G 7

5.0. 'II! Err IE3 FED

'Ihe contaiment leakage rate testing method applied is the Absolute Method as described in ANSI /ANS 56.8-1981. his is a direct application of the ideal gas law, P M R P. 'No data analysis tactiniques were used:

1. 'Ihe Mass Point Analysis Technique his technique r=1 orates the contalment air mass at each time interval. A straight line least squares analysis is used, and the slope of the regression line 1.ws- n-TJ the rate of change of air mass with respect to time, wit, cit is the leakage rate.

2. %e Total Time Analysis Todinique This technique calculates leakage rate based on the most recent data point and the data point taken at the start of the test.

The overall leakage rate is determined by applying linear regression analysis to the leakage rates at endt time point.

A 95% upper confidence level was calculated for leakage rate data as required by ANSI /ANS 56.8-1981. All calculatior)s were done with

. . Bechtel's IIRT ocuputer program described in Appendix A.

'Ihe tap and pressure history and the ' containment air mass variations were plotted by the cxmputer program. These plots are in Appendix E.

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. - - - .~ - . - - . . _ - _ . . __ . -. .. _ - . _ - _ _ - - _ . . _ - - - . . . . _ .

I

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1 APPENDIX A

)

DESCRIPTION OF BECHTEL ILRT COMPUTER PROGRAM t

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1 i

G 8 i e J ,

1 4

f i

e I

l L

1 I

1 1

t  :

I r l

?

1 1

!. 1 I

i I

F i

4

/ AET!!NHX A Vl G!BGEP1TGI CF IEGEL IIRE CCMEUER P50 GRAM A. Ptum and Ps-t New'-lotimi

1. We Bechtel IIRP couputer ptup.am is used to determine the integrated leakage rate of a nuclear primary containment structure. W e program is used to ocmpute leakage rate haamwi on input values of time, free air volume, containment ata wi f ere total pressure, drybulb temperature, and dewpoint tenperature (water vapor pressure) .

Isakage rate is ccraputed using the Absolute Method as defined in ANSI /ANS 56.8-1981, " Containment System Imakage Testing Requirements" and BN'IOP-1, Rev 1, " Testing Criteria for Integrated Isakage Rate Testing of Primary Containment Structures for Nuclear Power Plants".

W e ptugam is designed to allow the user to evaluate containment leakage rate test results at the jobsite during containment leakage testing. Current leakage rate values may be obtained at any time during the testing period using one of two ccanputational methods, yielding three different report printouts.

2. In the first printoutf the Total Time Report, leakage rate is -

O V

cornputed frcan initial values of free air volume, containment atmosphere drybulb tenperature and partial pressure of dr'f air, the latest values of the same parameters, aM elapsed time. nese .

individually cornputed leakage rates are statistically averaged using linear ropxssion by the method of least squares. The Total Time Method is the cornputational technique upon which the short duration test criteria of EN-70P-1, Rev 1, " Testing Criteria for Integrated l Isakage Rate Testing of Primary Containment Structures for Nuclear Power Plant," are based.

3. W o second printout is the Mass Point Report and is based on the Mass Point Analysis Technique described in MISI/ MIS 56.8-1981,

" Containment System Leakage Testing Requirements". The mass of dry air in the containment is cornputed at each data point (time) using the Equation of State, from current values of containment atmosphere drybulb temperature and partial pressure of dry air. Contained mass is " plotted" versus time and a regression line is fit to the data using the method of Icast r4 tares. Leabge rate is determined from the statistically derived slope and intercept of the regression line.

4. 2 0 third printout, the Trend Report, is a summary of Icakage rato values based on Total Time and Mass Point conputations presented as a function of number of data points and clapcod time (test duration) .

2 0 Trend Report provides all leakage rato valuca required for

)

comparison to tho acceptanco critoria of DN-TCP-1 for ccMuct of a v short duration test.

A-1

n-r 5. 'Ibe program generates a predictor report haasa on " Suggested criteria for a Short Duration IIRr", Ted Brown and Louis Estenssoro, Q] Frc =Mnas of the Finst Workshoo on Containment Testincr, January 18, 1982. 'Ihe " predictor" is an estimate of the upper bound on the change in mass point m1011ated leakage rate which will occur during the next four hours. 'Ibe estimate is based on the mass point calculated leakage rates and 95% UCIA during the previous four hours.

6. 'Ihe pr% sam is written in a high level language and is designed for use on a miumpter with direct data input from the data acquisition system. Brief <Wrriptions of pr%sme use, formulae used for leakage rate computations, and pr%swe logic are provided in the following paragraphs.

B. RmlanaHrm of Proaram

1. 'Ihe Bechtel IIRT ccmputer pr%sme is written, for use by experienced IIRT personnel, to detemine containment integrated leakage rates based on the Absolute Method rh eribed in ANSI /ANS 56.8-1981 and BN 'IOP-1.

. 2. Information loaded into the program prior to or at the start of the test: ,

a. Number of containment atmosphere drybulb terperature sensors, Q dewpoint to perature (water vapor pressure) sensors and pressure gages to be used in leakage rate computations for the specific test

b. Volume fractions assigned to each of the above sensors

c. Calibration data for above sensors

d. Test title

e. Maximum allowable leakage rate at test pressuru

3. Dsta received frem the data acquisition system during the test, and used to cortpute leakago rates:

. a. Time and date

b. Containment atmosphora drybulb temperatures

c. Containment atmosphora pressuro(s)

d. Containment atmocphoro dowpoint temperatures

p o. Containment frco air volumo.

G 4. After all data at a given timo are received, a Sunmary of thacured Data report (refer to " Program logic," Paragraph D, " Data" option comnand) in printed.

A-2

5. If drytmlb and dowpoint temperature sensors should fail during the

(

tast, the data fram the sensor (s) are not used. 'Ihm voluss fractions for the remaining sensors are m_t.ed and reloaded into the p%.T.

for use in ensuing leakage rata ocsputations.

c. Imakags nata namulas

1. Ctaputations Using the 'Ibtal Time Method:

a. Measured leakage rate fram data (1)

PV1i=WE1 1 (2)

PVii=WEi i 2400 (W1-W) i ati W1 Solving for W1 and Wi and Mtuting equations (1) and (2) into (3) yields:

2400 TPV ,

[1- 1ii\

= (4)

Li ati ( Ti PgV i )

e W,Wi 1 = Weight of contained mass of dry air at times t i and ti, respectively, Ibn.

T,Ti = containment atzc-psre drybulb tamparature at t

times t i and it , r W ively, *R.

P,Pi 1

= Partial pressum of the dry air wpsat of the containment atze @ sre at times ti and ti, respectively, psia.

V,V 1 i = containment free air volume at times ti and t respectivgly(constantorvariableduring test), ft t,ti i

= Time at 1st and ith data points respectively, hr.

At1 = Elapsed time frun ti to t i, hr.

R = Specific gas constant for air = 53.35 ft.lbf/lb:1.*R.

Li = Hessured leakage rate cceputed during time to ti , we.vday.

interval t1 A-3

To reckaos truncation error, the ocuputer program uses the

(

's following equivalent forta 11ation:

-2400 / aWi j ati (W1) wher.

AWi Wi-W1 W1 W1 AP i ATi i + AVi+ AP iaV -

P1 V1 PV gi T1

=

aTi Ti api =PiVt a vi = Vi- 1 P

ATi=Ti-T1 ' .

\

b. ' Calculated leakage rate fran regression analysis:

(5)

L=a+batN where L = calculated leakage rate, wti.%/ day, as determined fran the i regression line. .

(6) a = (ILi - b Iat )/N i l N(ILi ati ) - (IL i)(Iat i) (7) b= 2 l N(I a ti ) - (Ia t i)2

! N = tAmber of data points.

i

! N I= I i=1 i

c. 95% upper confidence limit on the calculated leakage ratet j

UCL = a + b 1 tg + s-1 I

A-4 i

tO NJ where IJCL = 95% upper confidence limit wt.%/ day, at e. lapsed time a Nt '

For a tN < 24 S- = t, (( I L12 - aILi - bIL iat )/(N-2))@

i

/ (Iati2 - (Iat )2/N))1/2 (9,)

[1 + 1 + ( atN - At)2 i N

where t,= 1.95996+2.37226+2.822]) N-2 (N-2 J

For a tN 2 24

] Sg =t, ((IL12 - AILi - bIL iat )/(N-2)]I/2 i

2 1/2 (9b)

(1 N

+ ( a ti - a t)2

/ (Iati - (It )2/N)]

i 1.6449(N-2)2 + 3.5283(N-2) + 0.85602 U

where e, =

(N-2)2 + 1.2209(N-2) - 1.5162 Li = Calculated leakage rate ocaguted using equation (5) at total elapsed time at ,i%/ day, at = Iati N

l

) 2. Ccaputation using the Mass Point Methodt l a. Contained mass of dry air from datat i

! Wi = 144 P Vii (10)

Rri

where r

All symbols as previously defined.

lO 1

i A-s l

t

b. 'QLiculated leakage rata fra regression analysis, W = a + b at b

E = -i4oo (11) a eare E = calculated leakage rate, wt.%/ day, as detarmined frosi the regression line.

(12) a =

(IWi - bIat i)/N N(IWi ati ) - (IWi )(Iat i) (13) b =

d N(Iati ) - (Iat i)d ati= Total elapsed time at time of i th data point, hr.

N = Number of data points.

= Contained mass of dry air at ith data point, list, Wi as ocmputed frm equation (10).

N ,

Os I= I i=1 To reduce truncation error, the cxmputer pcup.asi uses the following equivalent fornulation:

AWi b a = W1 1 + (I -

-Iat i)/N (14)

W1 W1 aWi AW1 N (I at)-I i Iati W1 W1 b (15)

= Wi 2

, N(Iati ) - (Iat )2 i ,

Were is as previously defined.

W1

c. 95% upper confidence limit.

-2400 O UCL =

a (b - 4) (16)

A-6

• ere th txL = 954 y confidence limit, wt.%/ day.

g 1/2 s3 = t,(NIat 21 - (Iat )2)V2 i (17) 1.6449 (N-2)2 + 3.5283 (N-2) + 0.85602 eere t ,=

(N-2)2 + 1.2209 (N-2) - 1.5162

' I (W1 - (a + b ati))2 W

N-2 .

= W1 J I (aW i/W1 )2 _ g 3(3 wig 1))2fg _

N-2 W

(I( AWi N 1 ) ati- I(aWiN1 )(I At i)/N]T (18)

O .

I(a ti 2) - (I a t i)2jy ,

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d. Predictor 2((UCL-L) + 4 (I Al + 2 SA )]

100 Ia 2ere UCL = 95% upper confidence limit of mass point calculated leakage rate at and of test.

L = Mass point calculated leakage rate at and of test.

A = Value of linear regression analysis slope of mass point calculated leakage rate vs. time for last 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> of test data.

Sg = unear regression analysis s W deviation of slope.

Ia = Allowable leakage rate.

In tems of elapsed time, a t and 9 point calculated leakage tfas interval.

O rate Imi calculated at the end of i A-7

ati

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A " 1 M ,

I 4 hr Imi - B 4I hr ,

(19)

M I Iai ati I Imi 4I ati (20) 4 hr 4 hr hr B =

2 2 M4Ihrati -I 4 hr ati I Iai - A 4hr I Imi - B 4hr I Imiati (21) 4 hr Sg =

(M-2) (M I at I at )2) i 4 hr i - (4 hr

= mass point calculated leakage rata evaluated using data Imi up to time a ti.

4 hr = sumation over last 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> of test data.

N .

=

O I I Nel .

M = number of data points for last 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> of test.

O A-8

A

( D. Program Imic

1. 'Ihe Bechtel IIRr ocmputer pwytam logic flow is wd telled by a set of user options. 'Ihm user options and a brief description of their associated function are presented below.

OPTION CCtEAND FUNCTION After starting the program execution, the user either enters the name of the file containing previously entered data or initializes a new data file.

DATA Enables user to enter raw data. When the system requests values of time, volume, temperature, pressure and vapor pressure, the user antars the appropriate data. After coupleting the data entry, a sunmary is printed out. 'Ihe user then verifies that the data were entered correctly. If errors are detected, the user will then be given the opportunity to correct the errors. After the user verifies that the data were entered correctly, a corrected Data 9 9 Report of time, data, average tenparature, partial pressure of dry air, and water-vapor pressure is printed.

TRDTD A Trend Report is printed.

'IUTAL A Total Time Report is printed.

MASS A Mass Point Paport is printed.

TDM Enables user to sign-off temporarily or pemanently. All data is saved on a file for restarting.

CORR Enables user to correct previously entered data.

LIST A Summary Data Report is printed.

READ Enable the conputer to receive the next set of data l from the data acquisition system directly.

1 1

I PIDr Enables user to plot sumary data, individual sensor data or air mass versus time.

l DEIrrE Enables user to delete a data point.

INSERT Enables user to reinstato a previously deleted data lI point.

! VOIJPA Enable user to change volume fractions.

A-9 1

OPTICH (O)s 02tRND FUNCTION A predictor report is printed.

PRED TIME Enable the user to specify the time interval for a report or plot.

VERF Enable the user to input L W _ leakage rate and calculated IIRT leakage rates at start of verificatica test.

E. hter Ds-wwt and Data Printout MASS ICINT REPORF The Mass Point Report presents leakage rata data (wt%/ day) as determined by the Mass Point Method. The " Calculated Isakage Rate" is the value determined fr m the regression analysis. The " Containment Air Mass" values are the masses of dry air in the containment (lbm) . These air m m aa, determined from the Equation of State, are used in the regression analysis.

TOTAL TIME REPORP The Total Time Report presents data leakage rate (wt%/ day) as determined by the Total Time Method. The " Calculated Isakage Rate" is the value determined fr m the rap.wssion analysis. The " Measured Isakage Rates" are the leakage rate values determined using Total Time calculations.

These values of leakage rate are used in the regression analysis.

TREND REPORT The Trend Report presents leakage rates as determined by the Mass Point and Total Time methods in percent of the initial contained mass of dry air per day (wtt/ day), versus elapsed time (hours) and number of data points.

PREDICIOR REIORT The predictor reports presents a predicted upper bound on the change in calculated mass point leakage rate over the next four hours.

SUMMARY

DATA REIORT The Sumary Data report presents the actual data used to calculato leakage rates by the various methods described in the Computer Program" section of this report. The seven columns are TIME, DATE, TENP, PRESSURE, VPRS, VOLUME, and AIFMASS and contain data defined as follows:

A-10

O h 1. TIME: Time in 24-hour notation (hours and minutes). '

2. DATE: ,

Calendar date (month and day).

3. TEMP: Contairunent weighted-average drybulb tenperature in absolute units, degrees Rankine (*R).

4. PRESSURE: Partial pressure of the dry air hgnait of the containment atmosphere in absolute units (psia) .

5. VPRS: Partial pressure of water vapor of the containment ato M ere in absolute units (psia).

6. VOIDME: Containment free air volume (cu. ft.) .

7. AIRMASS: Calculated dry air mass (lbm).

F. 9 w of : - - I thLa i-mi a w of Gmi _-- M Data The Sunmary of Measured Data presents the individual containment atmosphere drybulb tenparatures, dowpoint tenperatures, absolute total pressure and free air volume === red at the time and date.

1. TEMP 1 throogh TEMP N are the drybulb tenperatures,. where b = No. of O RID's. The values in the right-hand column are temperatures ('F),

multiplied by 100, as read from the data acquisition system (DAS).

The values in the left-hand column are the corrected tenperatures expr*M in absolute units ('R) .

2. PRES 1 through PRES N are the total pressures, absolute, were N = No.

of pressure sensors. The right-hand value, in parentheses, is a number of counts as read from the DAS. This count value is converted to a value in psia by the ccmputer via the instrument's calibration table, counts versus psia. The left-hand column is the absolute total pressure, psia.

3. VPRS 1 through VPRS N are the dewpoint tenperatures (water vapor pressures), where N = No. of dewpoint sensors. The values in the '

right-hand column are teratures (*F), multiplied by 100 as read from the DAS. The values in the left-hand column are the water vapor pressures (psia) from the steam tables for saturated steam coda:sponding to the dewpoint (saturation) temperatures in the center column.

The Sunnary of corrected Data presented corrected temperature and pressure values and calculated air mass determined as follows:

1. TEMPERATURE (*R) is the volumo weighted average containment atmosphere drybulb temperature derived from TD4P 1 through TEMP N.

A-11

CORRECTED PRESSURE (psia) is the partial pressure of the dry air

, 0' 2.

W==d. of the containnent ahrwT ere, weighted average containnent at,Wm water vapor pressure is h absolute. The volume subtracted fr m the volume weighted average total pressure, yielding the partial pressure of the dry air.

l

3. VAPOR PRESSURE (psia) is the volume weighted average containment atucups.re water vapor pressure, absolute, derived frm VPRS 1 through VPRS N.

4. VOUJME (cu. ft.) is the containment free air volume.

5. CONTAINMENT AIR MASS (lbn) is the calculated mass of dry air in the containment. 'Ibe mass of dry air is calculated using the cxmtainment free air volume and the above TEMPERATURE and CDRRECTED PRESSURE of the dry air.

I l

O I

I 9

i i

I '

A-12

J APPENDIX B

ILRT STABILIZ ATION

.I 1

I i

i l

I i

w w e ,w e--

/~'N

( ,) E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986 TEMPERATURE STABILIZATION FROM A STARTING TIME AND DATE OF: 300 1119 1986 TIME TEMP ANSI 3N-TOP-1

(HOUP3) ( R) lute A T AVE A T DIFF AVE A T (4 HRS) (1HR) (2 HRS)

.00 549.75

.25 549.55 i

.50 549.53 i .75 549.59 1.00 549.53 4

1.25 549.57 1.50 549.61 1 1.75 549.63

! 2.00 549.66 .045*

2.25 549.79 .122*

2.50 549.82 .144*

2.75 549.91 .159*

3.00 549.94 .203*

. 3.25 549.97 .201*

l 3.50 550.02 .206*

i 3.75 550.08 .224*

4.00 550.14 .098 .206 .11* .242*

• INDICATES TEMPERATURE STABILIZATION HAS BEEN SATISFIED I

l ,

i I

O

h 6

E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986

SUMMARY

DATA ALMAX = 1.200 VOLUME = 257566.

VRATET = 1.623 VRATEM =1.608 TIME DATE TEMP PRESSURE VPRS VOLUME AIRMASS 300 1119 549.749 72.0183 .5230 257566.0 91074.3 315 1119 549.548 71.9786 .5253 257566.0 91057.3 330 1119 549.530 71.9663 .5255 257566.0 91044.7 345 1119 549.588 71.9908 .5273 257566.0 91066.2 400 1119 549.531 71.'9874 .5276 257566.0 91071.3 415 1119 549.572 71.9805 .5285 257566.0 91055.7 430 1119 549.609 71.9745 .5294 257566.0 91042.0 445 1119 549.634 71.9699 .5299 257566.0 91032.2 500 1119 549.659 71.9713 .5245 257566.0 91029.8 515 1119 549.791 71.9606 .5322 257566.0 90994.3

, 530 1119 549.818 71.9569 .5328 257566.0 90985.2 545 1119 549.907 71.9530 .5337 257566.0 90965.5 600 1119 549.936 71.9879 .4957 257566.0 91004.9 615 1119 549.974 71.9765 .5051 257566.0 90984.2 630 1119 550.022 71.9766 .5030 257566.0 90976.4 645 1119 550.082 71.9712 .5054 257566.0 90959.6 700 1119 550.142 71.9685 .5061 257566.0 90946.2 715 1119 550.186 71.9751 .4974 257566.0 -

90947.3 O' 730 1119 745 1119 550.182 550.306 71.9622 71.9604

.5094

.5091 257566.0 257566.0 90931.7 90908.8 800 1119 550.417 71.9583 .5102 257566.0 90888.0

! 815 1119 550.409 71.9586 .5079 257566.0 90889.6 830 1119 550.422 71.9595 .5059 257566.0 90888.6 845 1119 550.536 71.9572 .5072 257566.0 90866.9

. 900 1119 550.543 71.9515 .5109 257566.0 90858.4 915 1119' 550.563 71.9482 .5102 257566.0 90851.0

(- 930 1119 550.583 71.9433 .5110 257566.0 90841.6 945 1119 550.649 71.9410 .5102 257566.0 90827.8 1000 1119 550.687 71.9368 .5114 257566.0 90816.3 1015 1119 550.787 71.9336 .5126 257566.0 90795.7 1030 1119 550.730 71.9297 .5104 257566.0 90800.3 1045 1119 550.797 71.9261 .5110 257566.0 90784.6

'1100 1119 550.799 71.9249 .5092 257566.0 90782.6 1115 1119 550.824 71.9225 .5095 257566.0 90775.7 l

1130 1119 550.924 71.9195 .5105 257566.0 90755.3 1145 1119 550.956 71.9161 .5119 257566.0 90745.8 1200 1119 550.988 71.9156 .5114 257566.0 90739.8 1215 1119 550.961 71.9187 .5062 257566.0 90748.3 1230 1119 551.039 71.9191 .5038 257566.0 90736.0 1245 1119 551.128 71.9104 .5115 257566.0 90710.2 1300 1119 551.147 71.9085 .5114 257566.0 90704.8 O

I i

E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986

SUMMARY

DATA l

, ALMAX = 1.200 VOLUME = 257566.

VRATET = 1.623 VRATEM =1.608 TIME DATE TEMP PRESSURE VPRS VOLUME AIRMASS 1315 1119 551.113' 71.9090 .5098 257566.0 90711.0 1330 1119 551.179 71.9058 .5111 257566.0 90696.1 1345 1119 551.246 71.9053 .5116 257566.0 90684.4 1400 1119 551.305 71.9029 .5140 257566.0 90671.6

, 1415 1119 551.328 71.9018 .5151 257566.0 90666.5 1430 1119 551.369 71.9052 .5127 257566.0 90664.1 1445 1119 551.405 71.9037 .5141 257566.0 90656.3 1500 1119 551.433 71.9045 .5134 257566.0 90652.6 1515 1119 551.408 71.9156 .5023 257566.0 90670.7 ,

1530 1119 551.468 71.9032 .5147 257566.0 90645.3 l 1545 1119 551.517 71.9050 .5128 257566.0 90639.6 1600 1119 551.561 71.9033 .5145 257566.0 90630.1 1615 1119 551.582 71.9018 .5160 257566.0 90624.7 1630 1119 551.646 71.9139 .5039 257566.0 90629.5 1645 1119 551.698 71.9013 .5165 257566.0 90605.2 i 1700 1119 551.739 71.8910 .5268 257566.0 90585.4 1715 1119 551.736 71.8998 .5170 257566.0 90596.9 1730 1119 551.800 71.9094 .5075 257566.0 90598.5 -

1 O- 1745 1800 1119 1119 551.831 551.840 71.9156 71.9065

.5012

.5093 257566.0 257566.0 90601.3' 90588.3 1815 1119 551.851 71.9154 .4994 257566.0 90597.6 ,

1830 1119 551.896 71.9157 .4991 257566.0 90590.7 1845 1119 551.916 71.9123 .5025 257566.0 90583.1

.1900 1119 552.010 71.9115 .5024 257566.0 90566.6 i 1915 1119 552.048 71.9077 .5061 257566.0 90555.8 1930 1119 552.014 71.9130 .4997 257566.0 90568.0 I 1945 1119 551.717 71.9113 .5005 257566.0 90614.4 2000 1119 552.074 71.9057 .5050 257566.0 90549.0 2015 1119 552.119 71.9057 .5051 257566.0 90541.6 2030 1119 552.148 71.9042 .5055 257566.0 90534.9 2045 1119 552.227 71.9038 .5059 257566.0 90521.4 2100 1119 552.180 71.9003 .5074 257566.0 90524.7 2115 1119 552.207 71.8987 .5070 257566.0 90518.2 2130 1119 552.261 71.8977 .5080 257566.0 90508.1 2145 1119 552.338 71.9147 .5113 257566.0 90516.9 2200 1119 552.299 71.9210 .5090 257566.0 90531.3 2215 1119 552.311 71.9210 .5070 257566.0 90529.4

, 2230 1119 552.357 71.9175 .5095 257566.0 90517.3 2245 1119 552.409 71.9196 .5064 257566.0 90511.4 2300 1119 552.354 71.9163 .5077 257566.0 90516.3 2315 1119 552.365 71.9154 .5065 257566.0 90513.4 i

lO

_ n . a - s a_. .a --- -

l l

I APPENDIX C i

ILRT CALCULATIONS I

I l

]

i l

n,.,----, , - , , . . , , . ,_ , -- - , . , . . . ,,, , - _ , - , - . - , , , ,, . , , - - , _ . , - - - . - - - - - - - _ _ .

E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986 LEAKAGE RATE (WEIGHT PERCENT / DAY)

[~N

() TOTAL TIME ANALYSIS TIME AND DATE AT START OF TEST: 2330 1119 1986 TEST DURATION: 12.00 HOURS TIME TEMP PRESSURE MEASUPED (R) (PSIA) LEAKAGE RATE 2330 552.420 71.9138 2345 552.443 71.9123 .600 15 552.466 71.9119 .351 30 552.465 71.9061 .453' 115 552.560 71.9012 .588 130 552.631 71.9025 .646 145 552.593 71.9006 .531 200 552.649 71.8987 .600 215 552.664 71.8971 .588 230 552.692 71.8953 .600 245 552.752 71.8942 .645 300 552.734 71.8949 .571 315 552.766 71.8944 .573 330 552.800 71.8943 .575 345 552.807 71.8943 .549 400 552.892 71.8897 .634 415 552.902 71.8896 .611 430 552.888 71.8908 .560 445 552.875 71.8918 .516 500 552.967 71.8901 * .576 515 552.932 71.8894 .528

[ ') '

530 545 552.931 553.'006 71.8859 71.8861

.519

.554

\s! 71.8865 .515 600' 552.982 615 553.081 71.8857 .564 630 552.994 71.8864 .486 6,45 553.088 71.8055 .530 700 553.079 71.8862 .504 715 553.151 71.8848 .534 730 553.151 71.8845 .519 745 553.196 71.8812 .540 800 553.109 71.8823 .475 815 553.130 71.8844 .464 830 553.228 71.8809 .511 845 553.226 71.8810 .496 900 553.236 71.8806 .489 915 553.305 71.8779 .516 930 553.280 71.8780 .492 l

l 945 553.292 71.8793 .481 1000 553.262 71.8789 .459 1015 553.311 71.8768 .474 1030 553.357 71.8767 .482 1045 553.390 71.8765 .485 1100 553.363 71.8735 .473 1115 553.414 71.8728 .483 1130 553.404 71.8739 .466 MEAN OF THE MEASURED LEAKAGE RATES = .529 MAXIMUM ALLOWABLE LEAKAGE RATE = 1.200 75% OF MAXIMUM ALLOWABLE LEAKAGE RATE = .900

g THE UPPER 95% CONFIDENCE LIMIT = .587 THE CALCULATED LEAKAGE RATE = .479 g )

f_

E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986 t i LEAKAGE RATE (WEIGHT PERCENT / DAY)

'(_) MASS POINT ANALYSIS TIME AND DATE AT START OF TEST: 2330 1119 1986 TEST DURATION: 12.00 HOURS TIME TEMP PRESSURE CTMT. AIR MASS LOSS AVERAGE MASS (R) (PSIA) MASS (LBM) (LBM) LOSS (LBM/HR) 2330 552.420 71.9138 90502.4 2345 552.443 71.9123 90496.8 5.7 22.6 15 552.466 71.9119 90492.5 4.3 13.2 30 552.465 71.9061 90485.4 7.1 17.1 115 552.560 71.9012 90463.6 21.8 22.2 130 552.631 71.9025 90453.7 9.9 24.3 145 552.593 71.9006 90457.4 -3.7 20.0 200 552.649 71.8987 90445.9 11.6 22.6 215 552.664 71.8971 90441.5 4.4 22.2 230 552.692 71.8953 90434.5 6.9 22.6 245 552.752 71.8942 90423.4 11.2 24.3 300 552.734 71.8949 90427.1 -3.7 21.5 315 552.766 71.8944 90421.4 5.7 21.6 330 552.800 71.8943 90415.6 5.8 21.7 345 552.807 71.8943 90414.4 1.2 20.7 400 552.892 71.8897 90394.8 19.5 23.9 415 552.902 71.8896 90393.0 1.9 23.0 430 552.888 71.8908 90396.8 -3.8 21.1 445 552.875 71.8918 90400.2 -3.4 19.5 500 552.967 71.8901 90383.0. 17.2 21.7

• 515 -552.932 71.8894 90387.8 -4.8 19.9 gs 2.9 19.6

-(N- ) -530 552.931 71.8869 90384.9 545 553.006 71.8861 90371.8 13.2 20.9 600 552.982 71.8865 90376.1 -4.3 19.4 615 553.081 71.8857 90358.9 17.1 21.3 630 552.994 71.8864 90374.0 -15.1 18.3 645 553.088 71.8855 90357.6 16.5 20.0 700 553.079 71.8862 90359.9 -2.3 19.0 715 553.151 71.8848 90346.4 13.5 20.1 730 553.151 71.8845 90345.9 .5 19.6 745 553.196 71.8812 90334.5 11.4 20.4 800 553.109 71.8823 90350.1 -15.6 17.9 815 553.130 71.8844 90349.3 .7 17.5 830 553.228 71.8809 90328.9 20.4 19.3 845 553.226 71.8810 90329.3 .4 18.7 900 553.236 71.8806 90327.2 2.1 18.4 915 553.305 71.8779 90312.6 14.6 19.5 l

930 553.280 71.8780 90316.8 -4.2 18.6 f 945 553.292 71.8793 90316.5 .4 18.1 1000 553.262 71.8789 90320.8 -4.3 17.3

! 1015 553.311 71.8768 90310.1 10.6 17.9 l 1030 553.357 71.8767 90302.5 7.6 18.2 1045 553.390 71.8765 90296.8 5.7 18.3 1100 553.363 71.8735 90297.5 .7 17.8 1115 553.414 71.8728 90288.2 9.3 18.2 l

1130 553.404 71.8739 90291.4 -3.2 17.6 FREE AIR VOLUME USED (CU. FT.) = 257566.0

, REGRESSION LINE l INTERCEPT (LEM) = 90489.6

/ S LOPE (LBM/HR) = -17.4 l MAXIMUM ALLOWABLE LEAKAGE RATE = 1.200 j

75% OF MAXIMUM ALLOWABLE LEAKAGE RATE = .900 l

THE UPPER 95% CONFIDENCE LIMIT = .476 THE CALCULATED LEAKAGE RATE = .460

E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986 TREND REPORT TIME AND DATE AT START OF TEST: 2330 1119 1986 NO. END TOTAL TIME ANALYSIS MASS POINT ANALYSIS PTS TIME MEAS. CALCULATED UCL CALCULATED UCL, 2 2345 .600 .600 99.'000 .600 99.000 3 15 .351 .351 99.000 .334 1.125 4 30 .453 .388 1.518 .407 .602 5 115 .588 .517 1.265 .569 .741 6 130 .646 .590 1.074 .635 .769 7 145 .531 .574 .947 .597 .704

, 8 200 .600 .592 .897 .609 .692 9 215 .588 .599 .862 .610 .676 10 230 .600 .608 .841 .615 .669 11 245 .645 .627 .839 .635 .686 12 300 .571 .622 .823 .621 .668 13 315 .573 .618 .808- .611 .653 14 330 .575 .615 .796 .604 .642 15 345 .549 .606 .783 .591 .627

. 16 400 .634 .617 .786 .606 .643 17 415 .611 .621 .782 .611 .644 i . 18 430 .560 .614 .772 .601 .633 19 445 .516 .600 .762 .580 .617 20 500 .576 .599 .755 .580 .613 l 21 515 .528 .590 .744 .567 .600

22 530 .519 .581 .734 .555 .588 23 545 .554 .578 .727 .553 .583 24 600 .515 .570 .717 .543 .573 25 615 .564 .569 .713 .545 .573 26 630 .486 .558 .702 .531 .561 27 645 .530 .554 .695 .528 .556 28 700 .504 .547 .687 .520 .547 29 715 .534 .545 .681 .520 .545 30 730 .519 .541 .675 .516 .540 31 745 .540 .541 .671 .518 .540 32 800 .475 .532 .662 .507 .531 33 815 .464 .523 .653 .496 .521 34 830 .511 .521 .648 .495 .518 35 845 .496 .517 .642 .492 .514 36 900 .489 .512 .636 .488 .509 37 915 .516 .511 .633 .488 .509 38 930 .492 .508 .627 .486 .505 39 945 .481 .503 .621 .481 .500 '

40 1000 .459 .497 .614 .475 .494 41 1015 .474 .493 .609 .471 .490 42 1030 .482 .490 .604 .469 .487

! 43 1045 .485 .488 .600 .467 .484 i j 44 1100 .473 .484 .595 .464 .481

, 45 1115 .483 .482 .592 .463 .479 46 1130 .466 .479 .587 .460 .476 l

l

l. _-- __ _ . .. _ _ .__ _ .__ _ -

_ . - _ - _ _ ~ - - ~ . . .. --

E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986

SUMMARY

DATA ALMAX = 1.200 VOLUME = 257566..

VRATET = 1.623 VRATEM =1.608

TIME DATE TEMP PRESSURE VPRS VOLUME AIRMASS 2330 1119 552.420 71.9138 .5071.. 257566.0 90502.4 2345 1119 552.443 71.9123 .5066 257566.0 90496.8 15 1120 552.466 71.9119 .5039 257566.0 90492.5 30 1120 552.465 71.9061 .5087 257566.0 90485.4 115 1120 552.560 71.9012 .5076 257566.0 90463.6 130 1120 552.631 71.9025 .5052 257566.0 90453.7 145 1120 552.593 71.9006 .5061 257566.0 90457.4 200 1120 552.649 71.8987 .5070 257566.0 90445.9 215.1120 552.664 71.8971 .5066 257566.0 90441.5 230 1120 552.692 71.8953 .5074 257566.0 90434.5 245 1120 552.752 71.8942 .5075 257566.0 90423.4 300 1120 552.734 71.8949 .5058 257566.0 90427.1 ,

315 1120 552.766 71.8944 .5052 257566.0 90421.4 330 1120 552.800 71.8943 .5043 257566.0 90415.6 345 1120 552.807 71.8943 .5033 257566.0 90414.4 4- 400 1120 552.892 71.8897 .5069 257566.0 90394.8 415 1120 552.902 71.8896 .5060 257566.0 90393.0 -

430 1120 552.888 71.8908 .5048 257566.0 -90396.8 I ~

( 445 1120 552.875 71.8918 .5028 257566.0 90400.2 f

500 1120 552.967 71.8901' .5035 257566.0 90383.0

515 1120 552.932 71.8894 .5032 257566.0 90387.8 530 1120 552.931 71.8869 .5047 257566.0 90384.9 545 1120 553.006 71.8861 .5044 257566.0 90371.8 600 1120 552.982 71.8865 .5030 257566.0 90376.1

615.1120 553.081 71.8857 .5038 257566.0 90358.9 63021120 552.994 71.8864 .5021 257566.0 90374.0 645 1120 553.088 71.8855 .5020 257566.0 90357.6 700l1120 553.079 71.8862 .5013 257566.0 90359.9 i 715 s 1120 553.151 71.8848 .5017 257566.0 90346.4 730f1120 553.151 71.8845 .5019 257566.0 90345.9

, 74S 1120 553.196 71.8812 .5042 257566.0 90334.5

!. 800r1120 553.109 71.8823 .5021 257566.0 90350.1 l 815:1120 553.130 71.8844 .4990 257566.0 90349.3 l- 830-1120 553.228 71.8809 .5025 257566.0 90328.9 l 845 1120 553.226 71.8810 .5014 257566.0 90329.3 l 900 1120 553.236 71.8806 .5008 257566.0 90327.2 915 1120 553.305 71.8779 .5025 257566.0 90312.6 l 930 1120 553.280 71.8780 .5014 257566.0 90316.8 l 9'45 1120 553.292 - 71.8793 .5001 257566.0 90316.5  ;

1000 1120 553.262l 71.8789 .4995 257566.0 90320.8 1015 1120 553.311' 71.8768 .5005 257566.0 90310.1 i 1030 1120 553.357 71.8767 .4996 257566.0 90302.5 I

1045 1120 553.390 71.8765 .4989 257566.0 90296.8 1100 1120 553.363 71.8735 .4998 257566.0 90297.5 l 1115 1120 553.414 71.8728 .5005 257566.0 90288.2 l 1130 1120 553.404 71.8739 .4984 257566.0 90291.4 l

O O O

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 i AIRMASS LBM X 1000 AND REGRESSION LINE (0000 00 0100 DATA POINTS REJECTED) c.45, i

4 90.50$ _

i

., ,,h,

%y

~~

~

90.418' '.

1 .

~- __

90.334 '.

. -*x 1 ._

l 0.75 La .

l.

1 90.250 ..

B -

l .

. 90.166 -

1 ...

B I 90.082 . , , , , , , , , . . ..

2330 1119 TIME HOURS 1130 1120 i

START TIME DATE END TIME DATE I

i

! o o o .

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 AIRMASS LBM X 1000 AND REGRESSION LINE

s, (ALL DATA POINTS) j 90.552 < (000, 0045, AND 0100 DATA POINTS REJECTED) l

! 90.460" _

t i . l i ,

j _

's.

90.369 _

j _ ,

j 1 ._

1 ._

i -

" ~~

l 90.277 '

" ~

~

90.186 .

~- ___

90.095 . . . . . . . . . . . ~~ -.

2330 1119 TIME HollRS 1130 .1.120 START TIME DATE END TIME DATE

! E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 i

TOTAL TIME LEAEAGE RATE AND UCL -

X/ DAY

! 1.500

\

i

i I 1.200" ',i i.

4 s,

0.75 La

.900" ~~~-

95x UCL >

~

~

.600" -

RATE

.300 i

1

.000 . . . . . . . . . .

2330 1119 TIME HOURS 1130 1120 '

START TIME DATE END TIME DATE i

i

~

! O O O i E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 .

i MASS POINT LEAHAGE RATE AND UCL -

X/ DAY l 1.500 i

l 1.200 i

0.75 La i

.900

- ^ -

\ -

' / ~~

- ~~ ~ ~ ~

~

95]A UCL

.600' --

=

l i

RATE

'I

.300

' f 8

i

.000 I , , , , , , , , , ,

2 2l3 0 1.1.1.9 TIME HOURS 1130 1120 START TIME DATE END TIME DATE l

a.a-4 .h.. 4 - - - .44_^ha s.hsm- b-- - h-.G-_ &, deJ--eh6h+M

• W-a. .2 a---Aaa.-sde4m -a ---A 1----a4- 4-h--1L .a W ea_eJA *- 4._ aeda 4u-e f

L

. i l

1 h

APPENDIX D i

j VERIFICATION TEST i

e i

i b

1 i

i I

4 6

i 1

i l

l l I i

t

[

l

)

k i

i B

6 I

i h

B e

I P

--,a_-, - - - _ _ _ ._ . . _ - _ _ __ - . . - ---._...___.- .___ - . - - - - _ - - - _._--

(Q_) E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986 LEAKAGE RATE (WEIGHT PERCENT / DAY)

TOTAL TIME ANALYSIS TIME AND DATE AT START OF TEST: 1245 1120 1986 TEST DURATION: 6.00 HOURS TIME TEMP PRESSURE MEASURED (R) (PSIA) LEAKAGE RATE 1245 553.528 71.8323 1300 553.501 71.8233 .724 1315 553.561 71.8148 1.450 1330 553.610 71.8046 1.706

+

1345 553.677 71.7956 1.870 1400 553.657 71.7875 1.644 1415 553.608 71.7814 1.363 1430 553.638 71.7730 1.402 1445 553.635 71.7635 1.379 1500 553.637 71.7562 1.339 1515 553.735 71.7506 1.450 1530 553.766 71.7383 1.515 1545 553.803 71.7256 1.585 1600 553.803 71.7201 1.519 .

1615 553.835 ,71.7094 1.552 i

O. 1630 1645 553.868 553.884 71.6992 71.6911 1.578 1.564 1700 553.885 71.6808 1.554 1715 553.896 71.6713 1.548 1730 553.909 71.6607 1.553 1745 553.989 71.6488 1.624 1800 553.939 71.6391 1.568 1815 554.063 71.6276 1.663 1830 553.957 71.6175 1.570 1845 554.067 71.6056 1.650 MEAN OF THE MEASURED LEAKAGE RATES = 1.515 VERIFICATION TEST LEAKAGE RATE UPPER LIMIT = 1.923 VERIFICATION TEST LEAKAGE RATE LOWER LIMIT = 1.323 THE CALCULATED LEAKAGE RATE = 1.643 lO i

l

__ _ . . _ . _ . __ _ . _._- -. _ . _._~. . _ _ _ _ , _ ._ _ _ _ . . _ _ -

4 E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986 LEAKAGE RATE (WEIGHT PERCENT / DAY)

MASS POINT ANALYSIS 4

TIME AND DATE AT START OF TEST: 1245 1120 1986 TEST DURATION: 6.00 HOURS TIME TEMP PRESSURE CTMT. AIR MASS LOSS AVERAGE MASS  !

, (R) (PSIA) MASS (LBM) (LBM) LOSS (LBM/HR) 1245 553.528 71.8323 90218.8 0 1300 553.501 71.8233 90212.0 6.8 27.2 i- 1315 553.561 71.8148 90191.5 20.4 54.5 1330 553.610 71.8046 90170.7 20.8 64.2 1345 553.677 71.7956 90148.5 22.2 70.3 1400 553.657 71.7875 90141.5 7.0 61.8

1415 553.608 71.7814 90141.9 .4 51.2 l 1430 553.638 71.7730 90126.6 15.4 52.7

1445 553.635 71.7635 90115.1 11.5 51.9

! 1500 553.637 71.7562 90105.6 .9.5 50.3

1515 553.735 71.7506 90082.5 23.0 54.5

1530 553.766 71.7383 90062.1 20.4 57.0 i i 553.803, 90040.1 22.1 59.6 1545 71.7256 l 1600 553.803 71.7201 90033.2 6.9 - 57.1 -

1615 553.S35 71.7094 90014.6 18.6 58.3 ,

1630 553.868 71.6992 89996.3 18.2 59.'3 j 1645 553.884 71.6911 89983.6 12.7 58.8 .

t 1700 553.885 71.6808 89970.6 13.0 58.4 1715 553.896 71.6713 89956.9 13.7 58.2 '

1730 553.909 71.6607 89941.5 15.4 58.4 1745 553.989 71.6488 89913.6 27.9 61.0 j 1800 553.939 71.6393 89909.4 4.2 58.9 l 1815 554.063 71.6276 89874.9 34.5 62.5 i 1830 553.957 71.6175 89879.3 -4.5 59.0 I 1845 554.067 71.6056 89846.6 32.7 62.0

FREE AIR VOLUME USED (CU. FT.) = 257566.0 i

REGRESSION LINE INTERCEPT (LBM) = 90226.0 l

, SLOPE (LBM/HR) = -61.0 [

l VERIFICATION TEST LEAKAGE RATE UPPER LIMIT = 1.908 l' VERIFICATION TEST LEAKAGE RATE LOWER LIMIT = 1.308  ;

THE CALCULATED LEAKAGE RATE = 1.623 >

I  :

l l

lO

t

j.

E. I. HATCH UNIT 2 ILRT - NOVEMBER 1986

SUMMARY

DATA ALMAX = 1.200 VOLUME = 257566.

VRATET = 1.623 VRATEM =1.608 TIME DATE TEMP PRESSURE VPRS VOLUME AIRMASS 1145 1120 553.411 71.8662 .4990 257566.0 90280.6 1200 1120 553.463 71.8594 .4977 257566.0 90263.5 1215 1120 553.411 71.8479 .5002 257566.0 90257.4 1230 1120 553.492 71.8414 .4975 257566.0 90236.2 1245 1120 553.528 71.8323 .4985 257566.0 90218.8 1300 1120 553.501 71.8233 .4984 257566.0 90212.0-1315 1120 553.561 71.8148 .4977 257566.0 90191.5 1330 1120 553.610 71.8046 .4989 257566.0 90170.7

' 1345 1120 553.677 71.7956 .4998 257566.0 90148.5 1400 1120 553.657 71.7875 .4988 257566.0 90141.5 1415 1120 553.608 71.7814 .4967 257566.0 90141.9 1430 1120 553.638 71.7730 .4970 257566.0 90126.6 1445 1120 553.635 71.7635 .4974 257566.0 90115.1 1500 1120 553.637 71.7562 .4967 257566.0 90105.6 1515 1120 553.735 71.7506 .4931 257566.0 90082.5

, 1530 1120 553.766 71.7383 .4963 257566.0 90062.1

, . 1545 1120 553.803 71.7256 .4999 257566.0 90040.1 1

~

1600 1120 553.803 71.7201 .4973 257566.0 90033.2 1615 1120 553.835 71.7094 .4979' 257566.0 90014.6 1630 1120 553.868 71.6992 .4990 257566.0 89996.3

. 1645 1120 553.884 71.6911 .4980 257566.0 89983.6

! 1700 1120 553.885 71.6808 .4982 257566.0 89970.6 l 1715 1120 553.896 71.6713 .4975 257566.0 89956.9

1730 1120 553.909 71.6607 .4980 257566.0 89941.5

1745 1120 553.989 71.6488 .4998 257566.0 89913.6 l 1800 1120 553.939 71.6391 .4983 257566.0 89909.4 i 1815 1120 554.063 71.6276 .4987 257566.0 89874.9 1830 1120 553.957 71.6175 .4977 257566.0 89879.3

! 1845 1120 554.067 71.6056 .4984 257566.0 89846.6 i

l l

O

l, O O O

! E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 AIRMASS LBM X 1000 AND REGRESSION LINE

~

UERIFICATION TEST 90.226 -

4

~~

90.140- '

_, ~_~_ _

t

~~

I . ~~ LOWER

~

~. LIMIT

~_

l _

j 90.054- .

s j ._~ -

~~

i UPPER ~~. ~-

l 89.968" LI M I T ~~~ -' \_, ~_ ~

~ '

l .

.s .

89.882- .

D -

'._ ~

89.796 . . . . . . .

.245 .1.120 TIME HOUES 1845 1120 START TIME DATE END TIME DATE l

! O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986

TOTAL TIME LEAKAGE RATE -

X/ DAY UERIFICATION TEST 2.500

?

UPPER LIMIT 2.000" ^-

/

RATE 1 . -

! .1. 500" i

t LOWER LIMIT i 1.000" l

l i

~

.500"

.000 , , . . , ,

i

! .245 .1.120 TIME HOURS 1845 .1.120 START TIME DATE END TIME DATE l' l

l l

l ,

i

l 0 o o I

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 i

MASS POINT LEARAGE RATE -

X/ DAY UERIFICATION TEST

, 2.500

\

! UPPER LIMIT i 2.000" ,

l RATE 1.500" N  % / -

i LOWER LIMIT i

1.000" - l 1

l

.500" j .000 . . . . . .

l .245 1120 TIME HOURS 1845 1120  !

START TIME DATE END TIME DATE l

t 1

i i

4 1

1 1

i I

I .

APPENDIX E .

i DATA GRAPHS i

I l  !

, t t

i l

l l

h

(

i k

t f

l l

I

O O O 1

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986

, AIRMASS LBM X 1000 I 91.074*

i

! LEAM STOPPED 90.829-

~

i i

90.583- g ILRT

'N l STABILIZATION 90.338 s .

90.09'3 UERIFICATION- >

89.847 ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ,

START T M DATI ND T ME DA l

i I

l 1

O O O

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 i TEMPERATURE DEGREES F (AUERAGE) l I 94.500 -

i 93.500" I " f l 92.500 in

- 0100 .

0000

91.500

/

90.500

,e 89.500 ... ...................................

! 30El 1119 TIME HOlHlS 1845 1120 i

START TIME DATE END TIME DATE .

l

. _ _ _ . _ . - - - . - - . .. _ _ _ _ . -_ N

i

! E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 ,

j PRESSURE PSIA (DRY AIR) i 72.100 72.000"

^

~A^

~'4 7 .900' -

l -

\ ,

I 71.800 I .

1 i

71.700 I 71.600 ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . '

30El 1119 TIME HOUES 1845 1120 l START TIME DATE END TIME DATE

! O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986  ;

! UAPOR PRESSURE PSIA 4

I

.560 I

l '

.540'

/f I .520'

.i  :

Y /[

I .

a 0045 g g-

.460 ... ....................................

30El 1119 TIME HOUES 1845 1120 i

START TIME DATE END TIME DATE  ;

l .

J

O O O l E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 i TEMPERATLlRE SENSOR 1 DEGREES F i 86.000 '

i '

85.000' ,

p 84.000" hnMf

\

N 83.000 fv Q .An%t i 82.000

- l 81.000 ,,, ,,,,,,,,,,,........................ ,

30El 1119 TIME HOURS 1845 1120 START TIME DATE END TIME DATE I

O O .

O

! E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 l TEMPERATURE SENSOR 2 DEGREES F 86.000 85.000" 1

84.000' wutm py ./

i 83.000

/ I

/~'%.e/

82.000' 81.000 ,,, ...................................

30El 1119 TIME HOUF:S 1845 1120 START TIME DATE END TIME DATE

1

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 l TEMPERATURE SENSOR 3 DEGREES F ,

I l

O ,. , n d .

85.000 1

j. .ef  ;

l 84.000 l 83.000 p

l 82.000 I

i 81.000 ... ...................................

30El 11.1.9 TIME HolHlS 1845 .1.120 l START TIME DATE END TIME DATE i

i

\ . - -. -

O O O

! E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 TEMPERATURE SENSOR 4 DEGREES F  :

i 86.000 85.000" ,

}

l

! 84.000 l / l 83.000 82.000 N

81 000 ... .... ,. ...........................

300 1119 TIME HOUFS 1845 1120 START TIME DATE END TIME DATE l ,

1 l . _.

~

O O H

sO'

.s.

! E.'I.~HATCHLlINIT 2 ILRT NOUEMBER 1986

. TEMPERATURE SENSOR 5 DEGREES F s s, 1

86.000 W

1 ,

~

pyw

! 85.000" .,

s

- ., - N. ,

i j ,

s i 84.000"

,  ;-/ -

,t

) "

i 83.000 n.

.) ~

82.000  ;- -

T 81.000 ... ...................................

SOEI 1.1.19 TIME HOUES 1845 1120 START TIME DATE END TIME DATE

l O O O .

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986

! TEMPERATURE SENSOR 6 DEGREES F i

l 110.80 i .

l

.1.05.00' [

l 100.00 95.000' [

90.000 D

85.000 ... ...................................

300 1119 TIME HOUES 1845 1120 START TIME DATE END TIME DATE

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 l TEMPERATURE SENSOR 7 DEGREES F l

1.1.0.00 100. O

~

95.000 90.000

/

B

~

85.000 ... ............ ......................

300 11.1.9 TIME HOUES 1845 1120 START TIME DATE END TIME DATE

O O O i E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 i TEMPERATURE SENSOR ~8 DEGREES F 1 l 130.00 1 .

125.00' 120.00' y-115.00 i

110.00 l 105.00 ,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

1 300 1119 TIME HOUFlS 1845 1120

START TIME DATE END TIME DATE

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986

TEMPERATURE SENSOR 9 DEGREES F l

! 130.00 125.00'

/

120.00

/

i

, 115.00 l

l

.1.10.00 i

e 105.00 ... ...................................

300 .1.119 TIME HOUES 1845 1120 START TIME DATE END TIME DATE

1 l E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 i TEMPERATURE SENSOR 10 DEGREES F 9.1. 000 B

i 90.000'

l l h 89.000 88.000 87.000' A ,~~M 86.000 ... ...................................

30El 1119 TIME HOUFlS 1845 1120 i START TIME DATE END TIME DATE

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 TEMPERATURE SENSOR 11 DEGREES F 3

91.000 i

^

i 90.000-

\

l 89.000" l

l 88.000 '

l 87.000'

]"*%t-  ;

86.000 ... ...................................

SOEI 1119 TIME HOUES 1845 1120  :

START TIME DATE END TIME DATE  ;

O O O i E. I. HATCH LINIT 2 ILRT -

NOUEMBER 1986 I TEMPERATURE SENSOR 12 DEGREES F

\

I 91.000 l .

90.000"

)

.k 89.000" i

~

'i 88.000

\

p']h,

• hw,,t 87.000 86.000 ... ...................................  ;

, 300 1119 TIME HOllES 1845 1129

START TIME DATE END TIME DATE

\

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986  !

TEMPERATURE SENSOR 13 DEGREES F 91.800  :

i 90.000' k D

89.000

88. BOO g l

87.000-

- "NW4 D

86.000 ... ...................................

30El 1119 TIME HOUFlS 1845 1120 START TIME DATE END TIME DATE

O O O '

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 TEMPERATURE SENSOR 14 DEGREES F ,

91.800  :

90.000' k 89.000" .

88.000'

~

Y "~'*%ws,s 87.000 86.000 ... ............,~,.....................

3 0 0 1.1.1.9 TIME HOUFlS 1845 1120 START TIME DATE END TIME DATE

i i

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 PRESSURE SENSOR 1 PSIA .

72.600 72.500' ,

72.400~

72.300 .  !

72.200 72.100 ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. 30El 1119 TIME HOlH:S 1845 1120

! START TIME DATE END TIME DATE l

l . . ._.

l 0 o o E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 PRESSURE SENSOR 2 PSIA

.) 72.500

~

'N ~

72.400"

?

72.300" 72.200 72.100 72.000 ... .........................,.........  ;

30El 1119 TIME HOUES 1845 1120 START TIME DATE END TIME DATE ,

1

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 DEWPOINT TEMPERATURE SENSOR 1 DEG. F 82.000 80.000 78.000 g ,

y Ul \ > t

76.000

( ,

l 74.000

• B 72.000 ,,, , , , , , , , , , , , , , , , , , , , , '

30El 1119 TIME HOllES, , , E8 4$ ' 11$ 0 START TIME DATE END TIME DATE l

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 DEWPOINT TEMPERATURE SENSOR 2 DEG. F 84.000 D

82.000 p

80. BOO 78.000 pg, ,y f 76.000'

'U%.

74.000 ... ...................................

30El 1119 TIME HOURS 1845 1120 START TIME DATE END TIME DATE

O O O E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 DEWPOINT TEMPERATURE SENSOR 3 DEG. F 84.000

)

't 82.000" , <[

- f f ,,')

80.000" 78.000

~%A.

76.000' B

74.000 ... ...................................

30El 1119 TIME HOilFlS 1845 1120 START TIME DATE END TIME DATE

2 i

i O O O ,

j E. I. HATCH llNIT 2 ILRT -

NOUEMBER 1986 DEWPOINT TEMPERATURE SENSOR 4 DEG. F 84.000  ;

1 1  ;

i 82.000" .

I "

l 80.000

~ r ' ,- V V 3W ~.~ n ~. .u

\ "

78.000 b

76.000

! 74.000 ,,, ,,,,,,,,,,,,.......................

! 30El 1119 TIME HOUES 1845 1120 l START TIME DATE END TIME DATE

O O O 1 E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 l l DEWPOINT TEMPERATURE SENSOR 5 DEG. F 84.000 .

82.000 g- w i

80.000"/

i 78.000' .

76.000 i

74.000 ,,, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, i 30El 11.1.9 TIME HOllES 1845 1.120 START TIME DATE END TIME DATE ,

l

O O O

E. I. HATCH UNIT 2 ILRT -

NOUEMBER 1986 DEWPOINT TEMPERATURE SENSOR 6 DEG. F  :

l 84.000 j a % 4 \ A m y g < g h A M % ' * /

i 80.000" i 78.000 l

l "

! 76.000 l

! 74.000 ... ...................................

30El 1119 TIME HOUIlS 1845 1120 START TIME DATE END TIME DATE

~ ~ ~ *S' ' ' '

• A 0- - _+, a,,,u_a4,,, , ,

I l

i l@

1 3

a l

i I

i

' APPENDIX F i

l I

TEST DATA

.i i

1 i

1

\@

f 4

4 l

1 l

l l

l i

t i

4 l

2 l@

i

C\

SUMMARY

OF MEASUP.ED DATA AT 300 1119 TEMP 1 = 541.1300 ( 81.460 )

TEMP 2 = 541.5800 ( 81.910 )

TEMP 3 = 543.0730 -( 83.403 )

TEMP 4 = 541.9250 ( 82.255 )

TEMP 5 = 542.2910 ( 82.621 )

TEMP 6 = 546.3620 ( 86.692 )

TEMP 7 = 547.1240 ( 87.454 )

TEMP 8 = 565.8200 ( 106.150 )

TEMP 9 = 565.9700 ( 106.300 )

TEMP 10 = 550.2030 ( 90.533 )

TEMP 11 = 550.3080 ( 90.638 )

TEMP 12 = 550.0750 ( 90.405 )

TEMP 13 = 550.5740 ( 90.904 )

TEMP 14 = 550.6470 ( 90.977 )

PRES 1= 72.5414 ( 71254.0 )

PRES 2= 14.5861 ( 14626.0 )

VPRS 1= .4371 ( 75.515 )

VPRS 2= .4352 ( 75.384 )

VPRS 3= .4973 ( 79.422 )

VPRS 4= .4613 ( 77.139 )

(()T , VPRS, 5= .4988 ( 79.513 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 300 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.7491 CORRECTED PRESSURE (PSIA) = 72.0183 VAPOR PRESSURE (PSIA) = .5230

= 257566.0 VOLUME (CU.FT.)

= 91074.3 AIR MASS (LBM) 0

Q ,]

SUMMARY

OF MEASURED DATA AT J15 1119 TEMP 1 = 541.0360 ( 81.366 )

TEMP 2 = 541.4320 ( 81.762 )

TEMP 3 = 542.9600 ( 83.290 )

TEMP 4 = 541.8050 ( 82.135 )

TEMP 5 = 542.1310 ( 82.461 )

TEMP 6 = 546.3460 ( 86.676 )

TEMP 7 = 547.2750 ( 87.605 )

TEMP 8 = 566.6300 ( 106.960 )

TEMP 9 = 566.6800 ( 107.010 )

TEMP 10 = 549.4160 ( 89.746 )

TEMP 11 = 549.5300 ( 89.860 )

TEMP 12 = 549.6450 ( 89.975 )

TEMP 13 = 549.9220 ( 90.252 )

TEMP 14 = 549.9850 ( 90.315 )

PRES 1= 72.5039 ( 71217.0 )

PRES 2= 14.5871 ( 14627.0 )

VPRS 1= .4559 ( 76.783 )

VPRS 2= .4417 ( 75.828 )

VPRS 3= .4954 ( 79.304 )

((_ ')

/

VPRS VPRS 4=

5=

.4604

.4979

(

(

77.079 )

79.455 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 315 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.5480 CORRECTED PRESSURE (PSIA) = 71.9786 VAPOR PRESSURE (PSIA) = .5253 VOLUME (CU. FT. ) = 257566.0 AIR MASS (LBM) = 91057.3 O

SUMMARY

OF MEASURED DATA AT 330 1119 O

TEMP 1 = 541.1000 ( 81.430 )

TEMP 2 = 541.4780 ( 81.808 )

TEMP 3 = 542.9890 ( 83.319 )

TEMP 4 = 541.8380 ( 82.168 )

TEMP 5 = 542.1110 ( 82.441 )

TEMP 6 = 546.5390 ( 86.869 )

TEMP 7 = 547.6670 ( 87.997 )

TEMP 8 = 567.3000 ( 107.630 )

TEMP 9 = 567.4100 ( 107.740 )

TEMP 10 = 549.0780 ( 89.408 )

TEMP 11 = 549.1560 ( 89.486 )

TEMP 12 = 549.2310 ( 89.561 )

TEMP 13 = 549.5470 ( 89.877 )

TEMP 14 = 549.5900 ( 89.920 )

PRES 1= 72.4918 ( 71205.0 )

PRES 2= 14.5881 ( 14628.0 )

VPRS 1= .4511 ( 76.461 )

VPRS 2= .4452 ( 76.071 )

VPRS 3= .4952 ( 79.289 )

VPRS 4= .4630 ( 77.253 )

VPRS 5= .4981 ( 79.469 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 330 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.5300

= 71.9663 CORRECTED PRESSURE (PSIA)

=

VAPOR PRESSURE (PSIA) .5255 VOLUME (CU.FT.) = 257566.0 AIR MASS (LDM) = 91044.7 O

,/~s

~

SUMMARY

OF MEASURED DATA AT 345 1119 TEMP 1 = 541.2400 ( 81.570 )

TEMP 2 = 541.5620 ( 81.892 )

TEMP 3 = 543.0740 ( 83.404 )

TEMP 4 = 541.9080 ( 82.238 )

TEMP 5 = 542.1770 ( 82.507 )

TEMP 6 = 546.7990 ( 87.129 )

TEMP 7 = 547.9860 ( 88.316 )

TEMP 8 = 567.8200 ( 108.150 )

TEMP 9 = 568.1100 ( 108.440 )

TEMP 10 = 548.8920 ( 89.222 )

TEMP 11 = 548.9440 ( 89.274 )

TEMP 12 = 549.0340 ( 89.364 )

TEMP 13 = 549.3010 ( 89.631 )

TEMP 14 = 549.3640 ( 89.694 )

PRES 1= 72.5181 ( 71231.0 )

PRES 2= 14.5891 ( 14629.0 )

VPRS 1= .4535 ( 76.626 )

VPRS 2= .4461 ( 76.130 )

VPRS 3= .5022 ( 79.718 )

(N VPRS 4= .4665 ( 77.476 )

(_,) VPRS 5= .5006 ( 79.623 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 345 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.5879 CORRECTED PRESSURE (PSIA) = 71.9908 VAPOR PRESSURE (PSIA) = .5273 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 91066.2

(

(_>

SUMMARY

OF MEASURED DATA AT 400 1119 O

TEMP 1 = 541.1620 ( 81.492 )

TEMP 2 = 541.5180 ( 81.848 )

TEMP 3 = 543.0560 ( 83.386 )

TEMP 4 = 541.8690 ( 82.199 )

TEMP 5 = 542.1680 ( 82.498 )

TEMP 6 = 546.8960 ( 87.226 )

TEMP 7 = 548.2010 ( 88.531 )

TEMP 8 = 568.2900 ( 108.620 )

TEMP 9 = 568.5700 ( 108.900 )

TEMP 10 = 548.6010 ( 88.931 )

TEMP 11 = 548.6480 ( 88.978 )

TEMP 12 = 548.6710 ( 89.001 )

TEMP 13 = 549.0280 ( 89.358 )

TEMP 14 = 549.0340 ( 89.364 )

PRES 1= 72.5150 ( 71228.0 )

PRES 2= 14.5931 ( 14633.0 )

VPRS 1= .4534 ( 76.619 )

VPRS 2= .4473 ( 76.208 )

VPRS 3= .5051 ( 79.898 )

VPRS 4= .4668 ( 77.497 )

VPRS 5= .5004 ( 79.600 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 400 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.5309 CORRECTED PRESSURE (PSIA) = 71.9874 VAPOR PRESSURE (PSIA) = .5276 VOLUME (CU.FT.) = 257566.0 AIR MASS (LDM) = 91071.3 0

i l

c-l

SUMMARY

OF MEASURED DATA AT 415 1119 i

l TEMP 1 = 541.3030 ( 81.633 )

TEMP 2 = 541.6150 ( 81.945 )

TEMP 3 = 543.1120 ( 83.442 )

TEMP 4 = 541.9210 ( 82.251 )

TEMP 5 = 542.1970 ( 82.527 )  ;

TEMP G = 547.1570 ( 87.487 ) l TEMP 7 = 548.4910 ( 88.821 ) l TEMP 8 = 568.7400 ( 109.070 ) l TEMP 9 = 568.9900 ( 109.320 ) l TEMP 10 = 548.4250 ( 88.755 )

TEMP 11 = 548.4700 ( 88.800 )

TEMP 12 = 548.5370 ( 88.867 )

TEMP 13 = 548.8360 ( 89.166 )

TEMP 14 = 548.8480 ( 89.178 )

PRES 1= 72.5090 ( 71222.0 ) l PRES 2= 14.5921 ( 14632.0 ) l 1

VPRS 1= .4542 ( 76.670 )

VPRS 2= .4499 ( 76.387 )

VPRS 3= .5049 ( 79.885 )

rS VPRS 4= .4678 ( 77.560 )

( ,) VPRS 5= .5031 ( 79.773 )

VPRS 6= .5958 ( 85.000 )

A

SUMMARY

CORRECTED DATA i TIME = 415 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.5721

= 71.9805 CORRECTED PRESSURE (PSIA)

= .5285 VAPOR PRESSURE (PSIA)

= 257566.0 VOLUME (CU.FT. )

= 91055.7 AIR MASS (LBM) 0

SUMMARY

OF MEASURED DATA AT 430 1119 O

TEMP 1 = 541.3560 ( 81.686 )

TEMP 2 = 541.5990 ( 81.929 )

TEMP 3 = 543.1700 ( 83.500 )

TEMP 4 = 542.0000 ( 82.330 )

TEMP 5 = 542.2520 ( 82.582 )

TEMP G = 547.4080 ( 87.738 )

TEMP 7 = 548.8360 ( 89.166 )

TEMP 8 = 569.2500 ( 109.580 )

TEMP 9 = 569.4500 ( 109.780 )

TEMP 10 = 548.2290 ( 88.559 )

TEMP 11 = 548.3080 ( 88.638 )

TEMP 12 = 548.2910 ( 88.621 )

TEMP 13 = 548.6890 ( 89.019 )

TEMP 14 = 548.6270 ( 88.957 )

PRES 1= 72.5039 ( 71217.0 )

PRES 2= 14.5951 ( 14635.0 )

VPRS 1= .4545 ( 76.689 )

VPRS 2= .4505 ( 76.425 ) .

VPRS 3= .5090 ( 80.128 )

VPRS 4= .4690 ( 77.641 )

VPRS 5= .5048 ( 79.879 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 430 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.6093 CORRECTED PRESSURE (PSIA) = 71.9745 VAPOR PRESSURE (PSIA) = .5294 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 91042.0 4 0

l

SUMMARY

OF MEASURED DATA AT 445 1119 TEMP 1 = 541.3880 ( 81.718 )

TEMP 2 = 541.6980 ( 82.028 )

TEMP 3 = 543.1990 ( 83.529 )

TEMP 4 = 542.0440 ( 82.374 )

TEMP 5 = 542.3400 ( 82.670 )

TEMP 6 = 547.6150 ( 87.945 )

TEMP 7 = 549.0560 ( 89.386 )

TEMP 8 = 569.6400 ( 109.970 ) l TEMP 9 = 569.7700 ( 110.100 )

1 TEMP 10 = 548.0760 ( 88.406 )

TEMP 11 = 548.1540 ( 88.484 )

TEMP 12 = 548.1060 ( 88.436 )

1 TEMP 13 = 548.5110 ( 88.841 )

TEMP 14 = 548.4620 ( 88.792 ) ,

PRES 1= 72.4999 ( 71213.0 )

PRES 2= 14.5981 ( 14638.0 )

VPRS 1= .4522 ( 76.538 )

, VPRS 2= .4510 ( 76.460 ) '

VPRS 3= .5133 ( 80.390 )

VPRS 4= .4711 ( 77.772 )  !

l O VPRS VPRS 5=

6=

.5054

.5958

(

(

79.914 )

85.000 )

i

SUMMARY

OF CORRECTED DATA TIME = 445 DATE = 1119 i

! TEMPERATURE (DEGREES R.) = 549.6337 CORRECTED PRESSURE (PSIA) = 71.9699 l VAPOR PRESSURE (PSIA) = .5299 I i- VOLUME (CU.FT. ) = 257566.0 i j AIR MASS (LBM) = 91032.2 i

1 i i

! h i

I i

3 4

SUMMARY

OF MEASURED DATA AT 500 1119 TEMP 1 = 541.4110 ( 81.741 )

TEMP 2 = 541.7360 ( 82.066 )

TEMP 3 = 543.2180 ( 83.548 )

TEMP 4 = 542.0590 ( 82.389 )

TEMP 5 = 542.3390 ( 82.669 ) .

TEMP G = 547.8030 ( 88.133 )

TEMP 7 = 549.3470 ( 89.677 )

TEMP 8 = 569.9900 ( 110.320 )

TEMP 9 = 570.2500 ( 110.580 )

TEMP 10 = 547.8990 ( 88.229 )

TEMP 11 = 548.0240 ( 88.354 )

TEMP 12 = 547.9400 ( 88.270 )

TEMP 13 = 548.3580 ( 88.688 )

TEMP 14 = 548.2990 ( 88.629 )

PRES 1= 72.4958 ( 71209.0 )

PRES 2= 14.5991 ( 14639.0 )

VPRS 1= .4518 ( 76.510 )

VPRS 2= .4541 ( 76.663 )

VPRS 3= .5108 ( 80.236 )

VPRS 4= .4708 ( 77.757 ) -

VPRS 5= .4708 ( 77.757 ) .

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 500 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.6586 CORRECTED PRESSURE (PSIA) = 71.9713

= .5245 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0

= 91029.8 AIR MASS (LDM)

O

r e

., 1 1

r,j

, n 'J , ,/ . j; p .'f '

w F ,

l; , / /I

.y I

~

SUMMARY

OF MEASURED DATA AT 515 1119 ,

o.

n

'- TEMP 1 = 541.5190 .( 81.849 )

U -' ' '

~ 2 = 541.9100

, TEMP ( 82.240 )

TEMP 3 = 543.3610 ( 83.691 )

g TEMP '4 = 542.1830 ( 82.513 )

82.830 )

TEMP 5.= 542.5000 (

p TEMP .6 = 548.0900 ( 8 8 . 4 2 0 -- ) '

' TEMP ; = 549.6800 ( 90.010 )

." TEMP 8 = 570.4000 ( 110.730 )

TEMP 9 = 570.7300 .( 111.060 )

TEMP 10 ='547.9000 ( 88.230 )

TEMP 11 = 547.9660 ( 88.296 )

TEMP 12 = 547.9080 ( 88.238 )

TL'MP 13 = 548.3140 ( 88.644 ).

7  ; TEMP 14 = 548.2940 ( 88.624 )

e,

PRES 1 '= 72.4928 ( 71206.0 )

7 PRES 2=. 14.6001 ( 14640.0 )

d . VPRS 1= .4622 ( 77.195 )

VPRS 2= .4532 ( 76.602 )

[" VPRS 3= .5118 ( 80.300 )

! _VPRS 4= .4734 ( 77.925 )

) . VPRS 5= .5106 ( 80.227 ) . .

VPRS. 6=- .5958 ( 85.000 )

1 1

1

SUMMARY

OF CORRECTED DATA

{ ,

TIME = 515

! '<, DATE = 1119 l

!  ; TEMPERATURE (DEGREES R.) = 549.7913

! CORRECTED PRESSURE (PSIA) = 71.9606 l VAPOR PRESSURE (PSIA) = .5322 l -

VOLUME (CU.FT.) = 257566.0 i 1

,[ AIR: MASS (LBM) = 90994.3

' +;. .

+

y

,e , . -

j

• [ e

,r

./

4 W

i 1 ~

4

~

ym , ,

i 3

..e -

. au-g 7'wr+w m v+e+wwwww

,,,,g-,,

SUMMARY

OF MEASURED DATA AT 530 1119 TEMP 1 = 541.5160 ( 81.846 )

TEMP 2 = 541.8460 ( 82.176 )

TEMP 3 = 543.3880 ( 83.718 )

TEMP 4 = 542.2200 ( 82.550 )

TEMP 5 = 542.5420 ( 82.872 )

TEMP 6 = 548.2940 ( 89.624-)

TEMP 7 = 549.9020 ( 90.232 )

TEMP 8 = 570.8400 ( 111.170 )

TEMP 9 = 571.1000 ( 111.430 )

TEMP 10 = 547.7330 ( 88.063 )

TEMP 11 = 547.8460 ( 88.176 )

TEMP 12 = 547.7860 ( 88.116 )

TEMP 13 = 548.1690 ( 88.499 )

TEMP 14 = 548.1220 ( 88.452 )

PRES 1= 72.4897 ( 71203.0 )

PRES 2= 14.6021 ( 14642.0 )

77.169 )

VPRS 1= .4618 (

VPRS 2= .4558 ( 76.776 )

VPRS 3= .5159 ( 80.542 )

VPRS 4 = .4735 ( 77.929 )

VPRS 5= .5109 ( 80.247 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 530 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.8177 CORRECTED PRESSURE (PSIA) = 71.9569 VAPOR PRESSURE (PSIA) = .5328 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90985.2 O

t k V

SUMMARY

OF MEASURED DATA AT 545 1119 TEMP 1 = 541.6020 ( 81.932 )

TEMP 2 = 541.9890 ( 82.319 )

TEMP 3 = 543.4720 ( 83.802 )

TEMP 4 = 542.3110 ( 82.641 )

TEMP 5 = 542.6670 ( 82.997 )

TEMP 6 = 548.5120 ( 88.842 )

TEMP 7 = 550.2230 ( 90.553 )

TEMP 8 = 571.2400 ( 111.570 )

TEMP 9 = 571.5300 ( 111.860 )

TEMP 10 = 547.6880 ( 88.018 )

TEMP 11 = 547,7510 ( 88.081 )

TEMP 12 = 547.7010 ( 88.031 )

TEMP 13 = 548.0500 ( 88.380 )

TEMP 14 = 548.0450 ( 88.375 )

PRES 1= 72.4867 ( 71200.0 )

PRES 2= 14.6061 ( 14646.0 )

VPRS 1= .4596 ( 77.029 )

VPRS 2= .4576 ( 76.893 )

VPRS 3= .5172 ( 80.622 )

VPRS 4= .4756 ( 78.062 )

s VPRS 5= .5149 ( 80.482 )

VPRS 6= .5958 ( 85.000 )

SUMMARY

OF CORRECTED DATA TIME = 545 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.9067 CORRECTED PRESSURE (PSIA) = 71.9530 VAPOR PRESSURE (PSIA) = .5337 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90965.5 O

SUMMARY

OF MEASURED DATA AT 600 1119 O

TEMP 1 = 541.6170 ( 81.947 )

TEMP 2 = 542.1130 ( 82.443 )

TEMP 3 = 543.5140 ( 83.844 )

TEMP 4 = 542.3620 ( 82.692 )

TEMP 5 = 542.6620 ( 82.992 )

TEMP 6 = 548.7150 ( 89.045 )

TEMP 7 = 550.4490 ( 90.779 )

TEMP 8 = 571.4700 ( 111.800 )

TEMP 9 = 571.8200 ( 112.150 )

• TEMP 10 = 547.5920 ( 87.922 )

TEMP 11 = 547.6110 ( 87.941 )

TEMP 12 = 547.5970 ( 87.927 )

TEMP 13 = 547.9460 ( 88.276 )

TEMP 14 = 547.9740 ( 88.304 )

PRES 1= 72.4837 ( 71197.0 )

PRES 2= 14.6091 ( 14649.0 )

VPRS 1= .4584 ( 76.950 )

VPRS 2= .4584 ( 76.951 )

VPRS 3= .4584 ( 76.951 )

VPRS 4= .4753 ( 78.047 )

VPRS 5= .5164 ( 80.571 )

VPRS 6= .5201 ( 80.793 )

SUMMARY

OF CORRECTED DATA TIME = 600 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.9361 CORRECTED PRESSURE (PSIA) = 71.9879 VAPOR PRESSURE (PSIA) = .4957 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 91004.9 O

I 1

a

4 O

SUMMARY

OF MEASURED DATA AT 615 1119 TEMP 1 = 541.6790 ( 82.009 )

TEMP 2 = 542.0900 ( 82.420 )

TEMP 3 = 543.5720 ( 83.902 )

TEMP 4 = 542.4000 ( 82.730 )

TEMP 5 = 542.7160 ( 83.046 )

TEMP 6 = 548.9000 ( 89.230 )

TEMP 7 = 550.7140 ( 91.044 )

TEMP 8 = 571.7900 ( 112.120 )

TEMP 9 = 572.0600 ( 112.390 )

• TEMP 10 = 547.4720 ( 87.802 )

TEMP 11 = 547.5340 ( 87.864 )

TEMP 12 = 547.5080 ( 87.838 )

TEMP 13 = 547.8590 ( 88.189 )

. TEMP 14 = 547.8880 ( 88.218 )

PRES 1= 72.4816 ( 71195.0 )

PRES 2= 14.6111 ( 14651.0 )

VPRS 1= .4594 ( 77.014 )

VPRS 2= .4593 ( 77.009 )

~'

VPRS 3= .5230 ( 80.963 )

VPRS 4= .4768 ( 78.138 )

VPRS 5= .5183 ( 80.685 )

VPRS 6= .5258 ( 81.129 )

SUMMARY

OF CORRECTED DATA TIME = 615 DATE = 1119 TEMPERATURE (DEGREES R.) = 549.9742 CORRECTED PRESSURE (PSIA) = 71.9765 VAPOR PRESSURE (PSIA) = .5051 VOLUME (CU.FT.) = 257560.0 AIR MASS (LBM) = 90984.2 1

I O

SUMMARY

OF MEASURED DATA AT 630 1119 TEMP 1 = 541.7150 ( 82.045 )

TEMP 2 = 542.1220 ( 82.452 )

TEMP 3 = 543.5940 ( 83.924 )

TEMP 4 = 542.4300 ( 82.760 )

TEMP 5 = 542.7610 ( 83.091 )

TEMP 6 = 549.1170 ( 89.447 )

TEMP 7 = 550.9570 ( 91.287 )

TEMP 8 = 572.0900 ( 112.420 )

TEMP 9 = 572.3700 ( 112.700 )

TEMP 10 = 547.4080 ( 87.738 )

TEMP 11 = 547.4610 ( 87.791 )

TEMP 12 = 547.4140 ( 87.744 )

TEMP 13 = 547.7690 ( 88.099 )

TEMP 14 = 547.8210 ( 88.151 )

PRES 1= 72.4796 ( 71193.0 )

PRES 2= 14.6142 ( 14654.0 )

VPRS 1= .4606 ( 77.090 )

VPRS 2= .4590 ( 76.985 )

VPRS 3= .5252 ( 81.094 )

VPRS 4= .4772 ( 78.167 )

VPRS 5= .5208 ( 80.833 )

VPRS 6= .5192 ( 80.737 )

SUMMARY

OF CORRECTED DATA TIME = 630 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.0219 CORRECTED PRESSURE (PSIA) = 71.9766 VAPOR PRESSURE (PSIA) = .5030 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90976.4

?

O

SUMMARY

OF MEASURED DATA AT 645 1119 TEMP 1 = 541.7500 ( 82.080 )

TEMP 2 = 542.1720 ( 82.502 )

TEMP 3 = 543.6330 ( 83.963 )

TEMP 4 = 542.5060 ( 82.836 )

TEMP 5 = 542.8010 ( 83.131 )

TEMP 6 = 549.2980 ( 89.628 )

TEMP 7 = 551.2020 ( 91.532 )

TEMP 8 = 572.3500 ( 112.680 )

TEMP 9 = 572.7000 ( 113.030 )

TEMP 10 = 547.3680 ( 87.698 )

TEMP 11 = 547.3790 ( 87.709 )

TEMP 12 = 547.3540 ( 87.684 )

TEMP 13 = 547.7400 ( 88.070 )

TEMP 14 = 547.7620 ( 88.092 )

PRES 1= 72.4766 ( 71190.0 )

PRES' 2= 14.6182 ( 14658.0 )

VPRS 1= .4634 ( 77.273 )

VPRS 2= .4626 ( 77.221 )

VPRS 3= .5272 ( 81.208 )

VPRS 4= .4778 ( 78.205 )

(('j'N, VPRS 5= .5219 ( 80.896 )

VPRS 6= .5221 ( 80.912 )

l

SUMMARY

OF CORRECTED DATA TIME = 645 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.0817 CORRECTED PRESSURE (PSIA) = 71.9712 VAPOR PRESSURE (PSIA) = .5054 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90959.6 LO l

SUMMARY

OF MEASURED DATA AT 700 1119 TEMP 1 = 541.7920 ( 82.122 )

TEMP 2 = 542.2040 ( 82.534 )

TEMP 3 = 543.6890 ( 84.019 )

TEMP 4 = 542.5480 ( 82.878 )

TEMP 5 = 542.8850 ( 83.215 )

TEMP 6 = 549.5100 ( 89.840 )

TEMP 7 = 551.4470 ( 91.777 )

TEMP 8 = 572.6600 ( 112.990 )

TEMP 9 = 572.9800 ( 113.310 )

TEMP 10 = 547.3130 ( 87.643 )

TEMP 11 = 547.3190 ( 87.649 )

TEMP 12 = 547.3100 ( 87.640 )

TEMP 13 = 547.6690 ( 87.999 )

TEMP 14 = 547.7050 ( 88.035 )

PRES 1= 72.4745 ( 71188.0 )'

PRES 2= 14.6202 ( 14660.0 )

VPRS 1= .4634 ( 77.275 )

VPRS 2= .4606 ( 77.093 )

VPRS 3= .5265 ( 81.169 )

VPRS 4= .4798 ( 78.328 )

VPRS 5= .5235 ( 80.992 )

VPRS 6= .5233 ( 80.983 )

SUMMARY

OF CORRECTED DATA TIME = 700 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.1424 CORRECTED PRESSURE (PSIA) = 71.9685

=

VAPOR PRESSURE (PSIA) .5061 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90946.2 0

(~~.

SUMMARY

OF MEASURED DATA AT 715 1119 TEMP 1 = 541.8520 ( 82.182 )

TEMP 2 = 542.1910 ( 82.521 )

TEMP 3 = 543.7060 ( 84.036 )

TEMP 4 = 542.6000 ( 82.930 )

TEMP 5 = 542.9370 ( 83.267 )

TEMP 6 = 549.6980 ( 90.028 )

TEMP 7 = 551.6540 ( 91.984 )

TEMP 8 = 572.8600 ( 113.190 )

TEMP 9 = 573.2800 ( 113.610 )

TEMP 10 = 547.2530 ( 87.583 )

TEMP 11 = 547.2490 ( 87.579 )

TEMP 12 = 547.2320 ( 87.562 )

TEMP 13 = 547.6140 ( 87.944 )

TEMP 14 = 547.6520 (' 87.982 )

PRES 1= 72.4725 ( 71186.0 )

PRES 2= 14.6222 ( 14662.0 )

VPRS 1= .4501 ( 76.399-)

VPRS 2= .4501 ( 76.400 )

VPRS 3= .4501 ( 76.400 )

f VPRS 4= .4811 ( 78.411 )

VPRS 5= .5241 ( 81.030 )

VPRS 6= .5258 ( 81.124 )

SUMMARY

OF CORRECTED DATA TIME = 715 DATE = 1119

~

TEMPERATURE (DEGREES R.) = 550.1863 i

CORRECTED PRESSURE (PSIA) = 71.9751 VAPOR PRESSURE (PSIA) = .4974 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90947.3 I

O

SUMMARY

OF MEASURED DATA AT 730 1119 O

TEMP 1 = 541.8290 ( 82.159 )

TEMP 2 = 542.2070 ( 82.537 )

TEMP 3 = 543.7240 ( 84.054 )

TEMP 4 = 542.6010 ( 82.931 )

TEMP 5 = 542.9220 ( 83.252 )

TEMP 6 = 549.8580 ( 90.188 )

TEMP 7 = 551.8600 ( 92.190 )

TEMP 8 = 573.0800 ( 113.410 )

TEMP 9 = 573.3900 ( 113.720 )

TEMP 10 = 547.1390 ( 87.469 )

TEMP 11 = 547.1480 ( 87.478 )

TEMP 12 = 547.1510 ( 87.481 )

TEMP 13 = 547.4790 ( 87.809 )

TEMP 14 = 547.5400 ( 87.870 )

PRES 1= 72.4715 ( 71185.0 )

PRES 2= 14.6272 ( 14667.0 )

VPRS 1= .4651 ( 77.388 )

VPRS 2= .4638 ( 77.302 )

VPRS 3= .5240 ( 81.019 )

VPRS 4= .4799 ( 78.334 )

VPRS 5= .5253 ( 81.097 ) -

VPRS 6= .5297 ( 81.353 )

SUMMARY

OF CORRECTED DATA TIME = 730 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.1816 CORRECTED PRESSURE (PSIA) = 71.9622 VAPOR PRESSURE (PSIA) = .5094 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90931.7 O

SUMMARY

OF MEASURED DATA AT 745 1119 TEMP 1 = 541.9420 ( 82.272 )

TEMP 2 = 542.2680 ( 82.598 )

TEMP 3 = 543.8250 ( 84.155 )

TEMP 4 = 542.7250 ( 83.055 )

TEMP 5 = 543.0300 ( 83.360 )

TEMP 6 = 550.1160 -( 90.446 )

TEMP 7 = 552.1390 ( 92.469 )

TEMP 8 = 573.3900 ( 113.720 )

TEMP. 9 = 573.7400 ( 114.070 )

TEMP 10 = 547.1380 ( 87.468 )

TEMP 11 = 547.1860 ( 87.516 )

TEMP 12 = 547.1890 ( 87.519 )

TEMP 13 = 547.5210 ( 87.851 )

TEMP 14 = 547.5820 ( 87.912 )

PRES 1= 72.4695 ( 71183.0 )

PRES 2= 14.6302 ( 14670.0 )

VPRS 1= .4698 ( 77.690 )

VPRS 2= .4653 ( 77.400 )

VPRS 3 '= .5253 ( 81.098 )

/ VPRS 4= .4827 ( 78.512 )

VPRS -5 = .5278 ( 81.245 )

VPRS 6= .5257 ( 81.118 )

SUMMARY

OF CORRECTED DATA TIME = 745 DATE = 1119 TEMPERATURE (DEGREES'R.) = 550.3063 CORRECTED PRESSURE (PSIA) = 71.9604 VAPOR PRESSURE (PSIA) = .5091 VOLUME (CU.FT.) = 257566.0

. AIR MASS (LBM) = 90908.8 l

l

, . ... ._. - _ ~ . _ .. - _ .

__ . _ . - . - - . - _ _ _ _ - . ~ - _ . . _ .

SUMMARY

OF MEASURED DATA AT 800 1119 TEMP 1 = 542.0790 ( 82.409 )

TEMP 2 = 542.3580 ( 82.688 )

TEMP 3 = 543.9330 ( 84.263 )

TEMP 4 = 542.8570 ( 83.187 )

TEMP 5 = 543.1470 ( 83.477 )

TEMP 6 = 550.3660 ( 90.696 )

TEMP 7 = 552.4110 ( 92.741 )

TEMP 8 = 573.6500 ( 113.980 )

TEMP 9 = 573.9700 ( 114.300 )

TEMP 10 = 547.1570 ( 87.487 )

TEMP 11 = 547.2000 ( 87.530 )

TEMP 12 = 547.2150 ( 87.545 )

TEMP 13 = 547.5330 ( 87.863 )

TEMP 14 = 547.6120 ( 87.942 )

PRES 1= 72.4685 ( 71182.0 )

PRES 2= 14.6342 ( 14674.0 ) '

VPRS 1= .4565 ( 76.825 )

VPRS 2= .4657 ( 77.427 )

VPRS 3= .5294 ( 81.338 )

VPRS 4= .4849 ( 78.651 )

VPRS 5= ;5289 ( 81.308 )

VPRS 6= .5296 ( 81.347 )

SUMMARY

OF CORRECTED DATA TIME = 800 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.4165 CORRECTED PRESSURE (PSIA) = 71.9583

= .5102 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90888.0 0

U

SUMMARY

OF MEASURED DATA AT 815 1119 TEMP 1 = 542.0670 ( 82.397 )

TEMP 2 = 542.3360 ( 82.666 )

TEMP 3 = 543.9180 ( 84.248 )

TEMP 4 = 542.8020 ( 83.132 )

TEMP 5 = 543.1580 ( 83.488 )

TEMP 6 = 550.4960 ( 90.826 )

TEMP 7 = 552.5700 ( 92.900 )

TEMP 8 = 573.8300 ( 114.160 )

( 114.510 )

4 TEMP 9 = 574.1800 TEMP 10 = 547.0380 ( 87.368 )

TEMP 11 = 547.0990 ( 87.429 )

TEMP 12 = 547.1150 ( 87.445 )

TEMP 13 = 547.4230 ( 87.753 )

TEMP 14 = 547.5110 ( 87.841 )

PRES 1= 72.4665 ( 71180.0 )

PRES 2= 14.6352 ( 14675.0 )

VPRS 1= .4429 ( 75.915 )

VPRS 2= .4678 ( 77.560 )

VPRS 3= .5290 ( 81.315 )

% VPRS 4= .4847 ( 78.636 ) '

s- / VPRS 5= .5288 ( 81.300 )~

VPRS 6= .5274 ( 81.222 )

SUMMARY

OF CORRECTED DATA TIME = 815 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.4088 CORRECTED PRESSURE (PSIA) = 71.9586 VAPOR PRESSURE (PSIA) = .5079 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90889.6

, r~s

' U

. l

SUMMARY

OF MEASURED DATA AT 830 1119 e

TEMP 1 = 542.0470 ( 82.377 )

TEMP 2 = 542.3140 ( 82.644 )

TEMP 3 = 543.9480 ( 84.278 )

TEMP 4 = 542.8390 ( 83.169 )

TEMP 5 = 543.1560 ( 83.486 )

TEMP 6 = 550.6760 ( 91.006 )

TEMP 7 = 552.7700 ( 93.100 )

TEMP 8 = 573.9800 ( 114.310 )

TEMP 9 = 574.3400 ( 114.670 )

TEMP 10 = 546.9410 ( 87.271 )

TEMP 11 = 547.0350 ( 87.365 )

TEMP 12 = 547.0430 ( 87.373 )

TEMP 13 = 547.3420 ( 87.672 )

TEMP 14 = 547.4610 ( 87.791 )

PRES 1= 72.4654 ( 71179.0 )

PRES 2= 14.6402 ( 14680.0 )

VPRS 1= .4284 ( 74.914 )

VPRS 2= .4670 ( 77.507 ) -

VPRS 3= .5282 ( 81.268 )

VPRS 4= .4847 ( 78.640 )

VPRS 5= .5297 ( 81.353 )

VPRS 6= .5267 ( 81.181 )

SUMMARY

OF CORRECTED DATA TIME = 830 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.4221 CORRECTED PRESSURE (PSIA) = 71.9595 VAPOR PRESSURE (PSIA) = .5059 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90888.6 O

(

<J *

SUMMARY

OF MEASURED DATA AT 845 1119 TEMP 1 = 542.1450 ( 82.475 )

TEMP 2 = 542.4090 ( 82.739 )

TEMP- 3 = 544.0450 ( 84.375 )

TEMP 4 = 542.9460 ( 83.276 )

TEMP 5 = 543.2220 ( 83.552 )

TEMP 6 = 550.9200 ( 91.250 )

TEMP 7 = 553.0110 ( 93.341 )

TEMP 8 = 574.2400 ( 114.570 )

TEMP 9 = 574.6900 ( 115.020 )

TEMP 10 = 546.9930 ( 87.323 )

TEMP 11 = 547.0540 ( 87.384 )

TEMP 12 = 547.0730 ( 87.403 )

TEMP 13 = 547.3650 ( 87.695 )

TEMP 14 = 547.5050 ( 87.835 )

PRES 1= 72.4644 ( 71178.0 )

PRES 2= 14.6442 ( 14684.0 )

VPRS 1= .4709 ( 77.761 )

VPRS 2= .4709 ( 77.761 )

VPRS 3= .4709 ( 77.761 )

VPRS 4= .4864 ( 78.744 )

("T'

,) VPRS 5= .5307 ( 81.411 )

VPRS 6= .5300 ( 81.370 )

SUMMARY

OF CORRECTED DATA TIME = 845 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.5361 CORRECTED PRESSURE (PSIA) = 71.9572 VAPOR PRESSURE (PSIA) = .5072 l VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90866.9 l

l l

O i

SUMMARY

OF MEASURED DATA AT 900 1119 O

TEMP 1 = 542.1140 ( 82.444 )

TEMP 2 = 542.4160 ( 82.746 )

TEMP 3 = 544.0380 ( 84.368 )

TEMP 4 = 542.9250 ( 83.255 )

TEMP 5 = 543.2300 ( 83.560 )

TEMP 6 = 551.0470 ( 91.377 )

TEMP 7 = 553.1620 ( 93.492 )

TEMP 8 = 574.4300 ( 114.760 )

TEMP 9 = 574.7900 ( 115.120 )

TEMP 10 = 546.9180 ( 87.248 )

TEMP 11 = 547.0080 ( 87.338 )

TEMP 12 = 547.0380 ( 87.368 )

TEMP 13 = 547.2960 ( 87.626 )

TEMP 14 = 547.4270 ( 87.757 )

PRES 1= 72.4624 ( 71176.0 )

PRES 2= 72.4566 ( 72487.0 )

VPRS 1= .4698 ( 77.694 )

VPRS 2= .4691 ( 77.644 )

VPRS 3= .5239 ( 81.018 )

VPRS 4= .4865 ( 78.749 )

VPRS 5= .5315 ( 81.460 ) ~

VPRS 6= .5270 ( 81.198 )

SUMMARY

OF CORRECTED DATA TIME = 900 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.5434 CORRECTED PRESSURE (PSIA) = 71.9515 VAPOR PRESSURE (PSIA) = .5109 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90858.4 i

l l

l l

i l

. \s l

SUMMARY

OF MEASURED DATA AT 915 1119 TEMP 1 = 542.1400 ( 82.470 )

TEMP 2 = 542.4040 ( 82.734 ).

TEMP 3 = 544.0420 ( 84.372 )

TEMP 4 = 542.9700 ( 83.300 )

TEMP 5 = 543.2210 ( 83.551 )

TEMP 6 = 551.1960 ( 91.526 )

TEMP 7 = 553.3480 ( 93.678 )

TEMP 8 = 574.5900 ( 114.920 )

TEMP 9 = 574.9900 ( 115.320 )

TEMP 10 = 546.8450 ( 87.175 )

TEMP 11 = 546.9410 ( 87.271 )

TEMP 12 = 546.9510 ( 87.281 )

TEMP 13 = 547.2440 ( 87.574 )

TEMP 14 = 547.3720 ( 87.702 )

PRES 1= 72.4584 ( 71172.0 )

PRES 2= 72.4526 ( 72483.0 )

VPRS 1= .4711 ( 77.772 )

, VPRS 2= .4681 ( 77.583 )

VPRS 3= .5207 ( 80.828 )

("'}

(,,/ .

VPRS VPRS 4=

5=

.4862

.5320

(

(

78.730 )

81.486 )

VPRS 6= .5258 ( 81.124 )

SUMMARY

OF CORRECTED DATA TIME = 915 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.5633 CORRECTED PRESSURE (PSIA) = 71.9482 VAPOR PRESSURE (PSIA) = .5102 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) 90851.0 l

l l

l l

SUMMARY

OF MEASURED DATA AT 930 1119 O

TEMP 1 = 542.1370 ( 82.467 )

TEMP 2 = 542.3830 ( 82.713 )

TEMP 3 = 544.0420 ( 84.372 )

TEMP 4 = 542.9660 ( 83.296 )

TEMP 5 = 543.2360 ( 83.566 )

TEMP 6 = 551.3830 ( 91.713 )

TEMP 7 = 553.S370 ( 93.867 )

TEMP 8 = 574.7800 ( 115.110 )

TEMP 9 = 575.0500 ( 115.380 )

TEMP 10 = 546.7760 ( 87.106 )

TEMP 11 = 546.8990 ( 87.229 )

TEMP 12 = 546.9150 ( 87.245 )

TEMP 13 = 547.2060 ( 87.536 ) '

TEMP 14 = 547.3500 ( 87.680 )

PRES 1= 72.4543 ( 71168.0 )

PRES 2= 72.4496 ( 72480.0 )

VPRS 1= .4726 ( 77.873 )

VPRS 2= .4678 ( 77.560 )

VPRS 3= .5164 ( 80.575 )

VPRS 4= .4849 ( 78.654 )

VPRS 5= .5332 ( 81.555 )

VPRS 6= .5281 ( 81.263 )

SUMMARY

OF CORRECTED DATA TIME = 930 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.5830 CORRECTED PRESSURE (PSIA) = 71.9433 VAPOR PRESSURE (PSIA) = .5110 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90841.6

4 I

~>

SUMMARY

OF MEASURED DATA AT 945 1119 TEMP 1 = 542.1660 ( 82.496 )

TEMP 2 = 542.3810 ( 82.711 )

TEMP 3 = 544.0700 ( 84.400 )

TEMP ~ 4 < = 5 4 3 . 012 0 ( 83.342 )

TEMP 5= 543.2540 ( 83.584 )

TEMP 6 = 551.5850 ( 91.915 )

TEMP 7 = 553.7320 ( 94.062 )

TEMP 8 = $75.0100 ( 115.340 )

TEMP 9 = E75.3100 ( 115.640 )

TEMP 10 = 546.7550 ( 87.085 )

TEMP 11 = 546.9280 ( 87.258 )

TEMP 12 = 546.9450 ( 87.275 )

, TEMP 13 = 547.1850 ( 87.515 )

. TEMP 14 = 547.3400 ( 87.670 )

PRES 1= 72.4513 ( 71165.0 )

PRES 2= 72.4496 ( 72480.0 )

VPRS 1= .4682 ( 77.587 )

VPRS 2= .4691 ( 77.648 )

VPRS 3= .5267 ( 81.178 )

("'N VPRS 4= .4859 ( 78.715 )

(,,/ VPRS 5= .5335 ( 81.572 )

VPRS 6= .5246 ( 81.057 )

SUMMARY

OF CORRECTED DATA TIME = 945 DATE = 1119 TEMPERATURE (DEGREES R. ) = 550.6491 CORRECTED PRESSURE (PSIA) = 71.9410 VAPCR PRESSURE (PSIA) = .5102 VOLUME (CU.FT.) = 257566.0

AIR MASS (LBM) = 90827.8 r

l l

4 O

I l

l

SUMMARY

OF MEASURED DATA AT 1000 1119 O

TEMP 1 = 542.1540 ( 82.484 )

TEMP 2 = 542.3520 ( 82.682 )

TEMP 3 = 544.1180 ( 84.448 )

TEMP 4 = 543.0650 ( 83.395 )

TEMP 5 = 543.2720 ( 83.602 )

TEMP 6 = 551.7530 ( 92.083 )

TEMP 7 = 553.9060 ( 94.236 )

TEMP 8 = 575.1600 ( 115.490 )

TEMP 9 = 575.5100 ( 115.840 )

TEMP 10 = 546.7090 ( 87.039 )

TEMP 11 = 546.8950 ( 87.225 )

TEMP 12 = 546.9220 ( 87.252 )

TEMP 13 = 547.1660 ( 87.496 )

TEMP 14 = 547.3210 ( 87.651 )

PRES 1= 72.4482 ( 71162.0 )

PRES 2= 72.4436 ( 72474.0 )

VPRS 1= .4657 ( 77.429 )

VPRS 2= .4674 ( 77.534 )

VPRS 3= .5202 ( 80.799 )

VPRS 4= .4847 ( 78.636 )

VPRS 5= .5339 ( 81.597 )

VPRS 6= .5301 ( 81.375 )

SUMMARY

OF CORRECTED DATA TIME = 1000 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.6868 CORRECTED PRESSURE (PSIA) = 71.9368 VAPOR PRESSURE (PSIA) = .5114 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90E16.3 o

O l

)

SUMMARY

OF MEASURED DATA AT 1015 1119 TEMP 1 = 542.2300 ( 82.560 )

TEMP 2 = 542.4420 ( 82.772 )

TEMP 3 = 544.1900 ( 84.520 )

TEMP 4 = 543.1490 ( 83.479 )

TEMP 5 = 543.3470 ( 83.677 )

TEMP 6 = 551.9790 ( 92.309 )

TEMP. 7 = 554.1550 _( 94.485 )

TEMP 8 = 575.4000 ( 115.730 )

TEMP 9 = 575.7500 ( 116.080 )

TEMP 10 = 546.7830 ( 87.113 )

TEMP 11 = 546.9220 ( 87.252 )

TEMP 12 = 546.9560 ( 87.286 )

TEMP 13 = 547.1740 ( 87.504 )

TEMP 14 = 547.3470 ( 87.677 )

PRES 1= 72.4462 ( 71160.0 )

PRES 2= 72.4397 ( 72470.0 )

VPRS 1= .4674 ( 77.539 )

VPRS 2= .4678 ( 77.560 )

VPRS 3= .5224 ( 80.928 )

s VPRS 4= .4860 ( 78.720 )

) VPRS 5= .5333 ( 81.564 )

VPRS 6= .5316 ( 81.463 )

SUMMARY

OF CORRECTED DATA TIME = 1015 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.7871 CORRECTED PRESSURE (PSIA) = 71.9336 VAPOR PREESURE (PSIA) = .5126

+

VOLUME (CU.FT.) = 257566.0

AIR MASS (LBM) = 90795.7 i

o 6

0

SUMMARY

OF MEASURED DATA AT 1030 1119 TEMP 1 = 542.1040 ( 82.434 )

TEMP 2 = 542.3360 ( 82.666 )

TEMP 3 = 544.1150 ( 84.445 )

TEMP 4 = 543.0600 ( 83.390 )

TEMP 5 = 543.2710 ( 83.601 )

TEMP 6 = 552.0720 ( 92.402 )

TEMP 7 = 554.2590 ( 94.589 )

TEMP 8 = 575.4500 ( 115.780 )

TEMP 9 = 575.8300 ( 116.160 )

TEMP 10 = 546.6420 ( 86.972 )

TEMP 11 = 546.8190 ( 87.149 )

TEMP 12 = 546.8220 ( 87.152 )

TEMP 13 = 547.0980 ( 87.428 )

TEMP 14 = 547.2470 ( 87.577 )

PRES 1= 72.4401 ( 71154.0 )

PRES 2= 72.4347 ( 72465.0 )

VPRS 1= .4672 ( 77.523 )

VPRS 2= .4663 ( 77.467 )

VPRS 3= .5287 ( 81.295 )

VPRS 4= .4848 ( 78.646 )

VPRS 5= .5322 ( 81.501 )

VPRS 6= .5261 ( 81.147 )

SUMMARY

OF CORRECTED DATA TIME = 1030 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.7297 CORRECTED PRESSURE (PSIA) = 71.9297 VAPOR PRESSURE (PSIA) = .5104 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90800.3 O

/-

V

SUMMARY

OF MEASURED DATA AT 1045 1119 TEMP 1 = 542.0550 ( 82.385 )

TEMP 2 = 542.2670 ( 82.597 )

TEMP 3 = 544.1440 ( 84.474 )

, TEMP 4 = 543.1580 ( 83.488 )

TEMP 5 = 543.2920 ( 83.622 )

TEMP 6 = 552.2800 ( 92.610 )

TEMP 7 = 554.4790 ( 94.809 ) .

TEMP 8 = 575.6200 ( 115.950 )

TEMP 9 = 576.0300 ( 116.360 )

TEMP 10 = 546.6610 ( 86.991 )

TEMP 11 = 546.8370 ( 87.167 )

TEMF 12 = 546.8690 ( 87.199 )

TEMP.13 = 547.1310 ( 87.461 )

TEMP 14 = 547.2640 ( 87.594 )

PRES 1= 72.4371 ( 71151.0 )

PRES 2= 72.4297 ( 72460.0 )

VPRS 1= .4568 ( 76.840 )

VPRS 2= .4651 ( 77.385 )

VPRS 3= .5239 ( 81.016 )

/) VPRS 4= .4845 ( 78.625 )

81.547 )

\ ,/

% VPRS 5= .5330 (

VPRS 6= .5314 ( 81.452 )

SUMMARY

OF CORRECTED DATA TIME = 1045 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.7970

CORRECTED PRESSURS (PSIA) = 71.9261 VAPOR PRESSURE (PSIA) = .5110 l VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90784.6 l

i O

-__-,_, ___---_,-.,..--_,,_.-n-,---___ , - - _ _ _ - - . _ . - . - - . , - -

SUMMARY

OF MEASURED DATA AT 1100 1119 O

TEMP 1 = 542.0760 ( 82.406 )

TEMP 2 = 542.1980 ( 82.528 )

TEMP 3 = 544.1040 ( 84.434 )

TEMP 4 = 543.1750 ( 83.505 )

TEMP 5 = 543.2620 ( 83.592 )

TEMP 6 = 552.3990 ( 92.729 )

TEMP 7 = 554.5940 ( 94.924 )

TEMP 8 = 575.8000 ( 116.130 )

TEMP 9 = 576.1800 ( 116.510 )

TEMP 10 = 546.5840 ( 86.914 )

TEMP 11 = 546.7800 ( 87.110 )

TEMP 12 = 546.8310 ( 87.161 )

TEMP 13 = 547.0570 ( 87.387 )

TEMP 14 = 547.1600 ( 87.490 )

PRES 1= 72.4341 ( 71148.0 )

PRES 2= 72.4277 ( 72458.0 )

VPRS 1= .4627 ( 77.230 )

VPRS 2= .4639 ( 77.310 )

VPRS 3= .5314 ( 81.451 )

VPRS 4= .4847 ( 78.639 )

VPRS 5= .5324 ( 81.509 )

VPRS 6= .5244 ( 81.047 )

SUMMARY

OF CORRECTED DATA TIME = 1100 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.7994

= 71.9249 CORRECTED PRESSURE (PSIA)

=

VAPOR PRESSURE (PSIA) .5092 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90782.6 l

l l

1 0

f- s

SUMMARY

OF MEASURED DATA AT 1115 1119 TEMP 1 = 542.0850 ( 82.415 )

TEMP 2 = 542.1910 ( 82.521 )

TEMP 3 = 544.1070 ( 84.437 )

TEMP 4 = 543.1980 ( 83.528 )

TEMP 5 = 543.2710 ( 83.601 )

TEMP 6 = 552.5510 ( 92.881 )

TEMP 7 = 554.7320 ( 95.062 )

TEMP 8 = 575.9100 ( 116.240 )

TEMP 9 = 576.3000 ( 116.630 )

TEMP 10 = 546.5390 ( 86.869 )

TEMP 11 = 546.7330 ( 87.063 )

TEMP 12 = 546.7730 ( 87.103 )

TEMP 13 = 547.0660 ( 87.396 )

TEMP 14 = 547.1760 ( 87.506 )

PRES 1= 72.4320 ( 71146.0 )

PRES 2= 72.4227 ( 72453.0 )

VPRS 1= .4554 ( 76.751 )

VPRS 2= .4625 ( 77.217 )

VPRS 3= .5309 ( 81.425 )

(~N VPRS 4= .4848 ( 78.645 )

!, VPRS 5= .5320 ( 81.488 )

VPRS 6= .5276 ( 81.231 )

SUMMARY

OF CORRECTED DATA TIME = 1115 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.8239 CORRECTED PRESSURE (PSIA) = 71.9225 VAPOR PRESSURE (PSIA) = .5095 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90775.7 G

V

SUMMARY

OF MEASURED DATA AT 1130 1119 O'

TEMP 1 = 542.1130 ( 82.443 )

TEMP 2 = 542.2730 ( 82.603 )

TEMP 3 = 544.1740 ( 84.504 )

TEMP 4 = 543.2920 ( 83.622 )

TEMP 5 = 543.3470 ( 83.677 )

TEMP 6 = 552.7800 ( 93.110 )

TEMP 7 = 554.9770 ( 95.307 )

TEMP 8 = 576.1100 ( 116.440 )

TEMP 9 = 576.5500 ( 116.880 )

TEMP 10 = 546.6200 ( 86.950 )

TEMP 11 = 546.7830 ( 87.113 )

TEMP 12 = 546.8220 ( 87.152 )

TEMP 13 = 547.0810 ( 87.411 )

TEMP 14 = 547.1950 ( 87.525 )

PRES 1= 72.4300 ( 71144,0 )

PRES 2= 72.4217 ( 72452.0 )

VPRS 1= .4568 ( 76.846 )

VPRS 2= .4649 ( 77.374 )

VPRS 3= .5331 ( 81.550 )

VPRS 4= .4856 ( 78.695 )

, VPRS 5= .5328 ( 81.535 )

VPRS 6= .5281 ( 81.260 )

SUMMARY

OF CORRECTED DATA TIME = 1130 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.9239 CORRECTED PRESSURE (PSIA) = 71.9195

= .5105 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90755.3 O

7-

' w

'\_

SUMMARY

OF MEASURED DATA AT 1145 1119 TEMP 1 = 542.1110 ( 82.441 )

TEMP 2 = 542.2620 ( 82.592 )

TEMP 3 = 544.2030 ( 84.533 )

TEMP 4 = 543.2770 ( 83.607 )

TEMP 5 = 543.3700 ( 83.700 )

TEMP 6 = 552.9400 ( 93.270 )

TEMP 7 = 555.1330 ( 95.463 )

TEMP 8 = 576.2400 ( 116.570 )

TEMP 9 = 576.6500 ( 116.980 )

TEMP 10 = 546.6190 ( 86.949 )

TEMP 11 = 546.7710 ( 87.101 )

TEMP 12 = 546.8340 ( 87.164 )

TEMP 13 = 547.0660 ( 87.396 )

TEMP 14 = 547.1880 ( 87.518 )

PRES 1= 72.4280 ( 71142.0 )

PRES 2= 72.4198 ( 72450.0 )

VPRS 1= .4616 ( 77.160 )

VPRS 2= .4663 ( 77.464 )

VPRS 3= .5375 ( 81.803 )

( VPRS 4= .4860 ( 78.721 )

i, "'s,) VPRS 5= .5338 ( 81.591,)

VPRS 6= .5282 ( 81.269 )

SUMMARY

OF CORRECTED DATA TIME = 1145 DATE = 1119 .

TEMPERATURE (DEGREES R.) = 550.9557 CORRECTED PRESSURE (PSIA) = 71.9161 VAPOR PRESSURE (PSIA) = .5119 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90745.8 l

l l

u_)

l l

l v

__ _ _ . , _ ~ . __ _

J

SUMMARY

OF' MEASURED DATA AT 1200 1119 O

TEMP 1 = 542.1540 ( 82.484 )

TEMP 2 = 542.2500 ( 82.580 ) a .

TEMP 3 = 544.2120 ( 84.542 ) -

TEMP 4 = 543.2970 ( 83.627 )

TEMP 5 = 543.3880 ( 83.718 )

TEMP 6 = 553.1110 ( 93.441 )

TEMP 7 = 555.3020 ( 95.632 )

TEMP 8 = 576.4000 ( 116.730 )

TEMP 9 = 576.8100 ( 117.140 )

TEMP 10 = 546.6030 ( 86.933 )

TEMP 11 = 546.7480 ( 87.078 )

TEMP 12 = 546.7900 ( 87.120 ) .

TEMP 13 = 547.0120 ( 87.342 )

TEMP 14 = 547.1590 ( 87.489 )

PRES 1= 72.4270 ( 71141.0 )

PRES 2= 72.4168 ( 72447.0 )

VPRS 1= .4580 ( 76.924 )

VPRS 2= .4650 ( 77.378 )

VPRS 3= .5306 ( 81.405 )

VPRS 4= .4865 ( 78.749 )

VPRS 5= .5333 ( 81.562 )

VPRS 6= .5300 ( 81.373 )

SUMMARY

OF CORRECTED DATA TIME = 1200 DATE = 1119 TEMPERATURE (DEGREES R.) = 550.9883 CORRECTED PRESSURE (PSIA) = 71.9156 - I VAPOR PRESSURE (PSIA) = .5114 ,

VOLUME (CU.FT.) = 257566.0 '

AIR MASS (LBM) = 90739.8 s l

l l

1

1(.'

, s 0(' ' . -

i 7 ,

i .< s

/~h 3r c -

m*

.( ) '

s_J /

SUMMARY

OF MEASURED DATA AT 1215 1119 ef',

a* r 's sy

• (" , ,

TEMP 1 = 542.0900 ( 82.420 )

TEMP 2 ='542.2170 ( 82.547 )

• f3 e TEMP 3 = 544.1800 ( 84.510 )

b<3 .-TEMP 4 = 543.2690 ( 83.599 )

TEMP- 5 = 543.3400 ( 83.670 )

-- n TEMP 6.= 553.1970 ( 93.527 )

. TEMP 77 6 555 3940 ( 95.724 )

4, TEMP "B = 576.4600 ( 116.790 )

• TEMP '9 =,576.6500 ( 117.180 )

TEMP 10 =,546.5230 ( 86.853 )

TEMP 11 ="546.,6860 ( 87.016 )

l TEMP 12'= 546.6970 ( 87.027 )

TEMP 13 = 546.9650 ( 87.295 )

TEMD 14 = 547.0810 ( 87.411 )

3 b -

PRES 1= 72.4249 ( 71139.0 )

• f PRES 2= 72.4188 ( 72449.0 )

1 VPRS 1= .4630 ( 77.252 )

Q '. VPRS 2= .4630 ( 77.252 )

.# f- VPRS 3= .4630 ( 77.252 )

- (~N "' ' VPRS 4'= .4843 ( 78.616 )

< ,< VPRS 5= .5330 ( 81.546 )

[ \' VPRS 6= .5330 ( 81.546 )

(

A , . , ..'

l'.[SUMW.RY '.0F CORRECTED DATA 1 TIME = 1215 DATE = 1119 D'

/" '

TEMPERATURE (DEGREES R.) = 550.9608 f' q'-

CORRECTED PRESSURE (PSIA) = 71.9187

" VAPOR PRESSURE (PSIA) = .5062 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90748.3 1 -

f

/; ,

i .

l .,g /'

I ,

l

, ~>

i I

l-( ,y ,

SUMMARY

OF MEASURED DATA AT 1230 1119 TEMP 1 = 542.1220 ,(- 82.452 )

TEMP 2 = 542.2390 ( 82.569 )

TEMP 3 = 544.2410 ( 84.571 )

TEMP 4 = 543.3060 ( 83.636 )

TEMP 5 = 543.4020 ( 83.732 )

TEMP 6 = 553.3800 ( 93.710 )

TEMP 7 = 555.5600 ( 95.890 )

TEMP 8 = 576.6400 ( 116.970 )

TEMP 9 = 577.1000 ( 117.430 )

TEMP 10 = 546.5730 ( 86.903 )

TEMP 11 = 546.7190 ( 87.049 )

TEMP 12 = 546.7060 ( 87.036 )

TEMP 13 = 546.9700 ( 87.300 )

TEMP 14 = 547.1440 ( 87.474 )

PRES 1= 72.4229 ( 71137.0 )

PRES 2= 72.4128 ( 72443.0 )

VPRS 1= .4616 ( 77.159 )

VPRS 2= .4616 ( 77.159 )

VPRS 3= .4616 ( 77.159 )

VPRS 4= .4849 ( 78.653 )

VPRS 5= .5336 ( 81.579 )

VPRS 6= .5280 ( 81.257 )

SUMMARY

OF CORRECTED DATA TIME = 1230 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.0385 CORRECTED PRESSURE (PSIA) = 71.9191 VAPOR PRESSURE (PSIA) = .5038 VOLUME (CU.FT.) = 257566.0

AIR MASS (LBM) = 90736.0 1

e i

i

r~

k,

SUMMARY

OF MEASURED DATA AT 1245 1119 TEMP 1 = 542.1970 ( 82.527 )

TEMP 2 = 542.3110 ( 82.641 )

TEMP 3 = 544.3050 ( 84.635 )

TEMP 4 = 543.3870 ( 83.717 )

TEMP S = 543.4950 ( 83.825 )

TEMP 6 = 553.5890 ( 93.919 )

TEMP 7 = 555.7890 ( 96.119 )

TEMP 8 = 576.8500 ( 117.180 )

TEMP 9 = 577.2300 ( 117.560 )

TEMP 10 = 546.5790 *( 86.909 )

TEMP 11 = 546.7620 ( 87.092 )

TEMP 12 = 546.7440 ( 87.074 )

TEMP 13 = 547.0290 ( 87.359 )

TEMP 14 = 547.1880 ( 87.518 )

PRES 1= 72.4219 ( 71136.0 )

PRES 2= 72.4108 ( 72441.0 )

VPRS 1= .4640 ( 77.314 )

VPRS 2= .4642 ( 77.327 )

VPRS 3= .5341 ( 81.610 )

()g

-VPRS 4= .4857 ( 78.700 )

( ,

VPRS 5= .5349 ( 81.655 )

VPRS 6= .5277 ( 81.236 )

SUMMARY

OF CORRECTED DATA TIME = 1245 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.1282 CORRECTED PRESSURE (PSIA) = 71.9104 VAPOR PRESSURE (PSIA) = .5115 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90710.2 I .

SUMMARY

OF MEASURED DATA AT 1300 1119 TEMP 1 = 542.2130 ( 82.543 )

TEMP 2 = 542.3130 ( 82.643 )

TEMP 3 = 544.3010 ( 84.631 )

TEMP 4 = 543.3840 ( 83.714 )

TEMP 5 = 543.4950 ( 83.825 )

TEMP 6 = 553.7030 ( 94.033 )

TEMP 7 = 555.9050 ( 96.235 )

TEhP 8 = 576.9600 ( 117.290 )

TEMP 9 = 577.4300 ( 117.760 )

TEMP 10 = 546.5330 ( 86.863 )

TEMP 11 = 546.7120 ( 87.042 )

TEMP 12 = 546.7390 ( 87.069 )

TEMP 13 = 546.9820 ( 87,312 )

TEMP 14 = 547.1360 ( 87.466 )

PRES 1= 72.4199 ( 71134.0 )

PRES 2= 72.4108 ( 72441.0 )

VPRS 1= .4635 ( 77.281 )

VPRS 2= .4610 ( 77.119 )

VPRS 3= .5367 ( 81.756 )

VPRS 4= .4842 ( 78.610 )

VPRS 5= .5339 ( 81.597 )

VPRS 6= .5284 ( 81.277 )

SUMMARY

OF CORRECTED DATA TIME = 1300 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.1469 CORRECTED PRESSURE (PSIA) = 71.9085 VAPOR PRESSURE (PSIA) = .5114 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90704.8 O

? -

SUMMARY

OF MEASURED DATA AT 1315 1119 TEMP 1 = 542.1560 ( 82.486 )

TEMP 2 = 542.2820 ( 82.612 )

TEMP 3 = 544.2640 ( 84.594 )

TEMP 4 = 543.3320 ( 83.662 )

TEMP 5 = 543.4270 ( 83.757 )

TEMP 6 = 553.7660 ( 94.096 )

TEMP 7 = 556.0010 ( 96.331 )

TEMP 8 = 576.9800 ( 117.310 )

TEMP 9 = 577.4800 ( 117.810 )

TEMP 10 = 546.4870 ( 86.817 )

TEMP 11 = 546.6340 ( 86.964 )

TEMP 12 = 546.6680 ( 86.998 )

TEMP 13 = 546.9030 ( 87.233 )

TEMP 14 = 547.0610 ( 87.391 )

PRES- 1= 72.4189 ( 71133.0 )

PRES 2= 72.4088 ( 72439.0 )

'VPRS 1= .4620 ( 77.183 )

i VPRS 2= .4612 ( 77.133 )

VPRS 3= .5281 ( 81.262 )

VPRS 4= .4840 ( 78.595 )

O .

VPRS VPRS 5=

6=

.5325

.5277

(

(

81.518 )

81.236 )

SUMMARY

OF CORRECTED DATA TIME = 1315 i DATE = 1119 TEMPERATURE (DEGREES R.) = 551.1129 CORRECTED PRESSURE (PSIA) = 71.9090 VAPOR PRESSURE (PSIA) = .5098 VOLUME (CU.FT.) = 257566.0 AIR' MASS (LBM) = 90711.0 1

O

SUMMARY

OF MEASURED DATA AT 1330 1119 O

TEMP 1 = 542.2230 ( 82.553 )

TEMP 2 = 542.3260 ( 82.656 )

TEMP 3 = 544.3380 ( 84.668 )

TEMP 4 = 543.4040 ( 83.734 )

TEMP 5 = 543.5010 ( 83.831 )

TEMP 6 = 553.9720 ( 94.302 )

TEMP 7 = 556.1830 ( 96.513 )

TEMP 8 = 577.1600 ( 117.490 )

TEMP 9 = 577.5500 ( 117.880 )

TEMP 10 = 546.4780 ( 86.808 )

TEMP 11 = 546.6660 ( 86.996 )

TEMP 12 = 546.6840 ( 87.014 )

TEMP 13 = 546.9270 ( 87.257 )

TEMP 14 = 547.0690 ( 87.399 )

PRES 1= 72.4168 ( 71131.0 )

PRES 2= 72.4078 ( 72438.0 )

VPRS 1= .4519 ( 76.515 )

VPRS 2= .4623 ( 77.206 )

VPRS 3= .5382 ( 81.843 )

VPRS 4= .4858 ( 78.707 )

VPRS 5= .5354 ( 81.686 )

VPRS 6= .5292 ( 81.323 )

SUMMARY

OF CORRECTED DATA TIME = 1330 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.1787 CORRECTED PRESSURE (PSIA) = 71.9058

= .5111 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90696.1 O

-['s-)

SUMMARY

OF MEASURED DATA AT 1345 1119 i

TEMP 1 = 542.2990 ( 82.629 )

TEMP 2 = 542.3750 ( 82.705 )

TEMP 3 = 544.3800 ( 84.710 ).

TEMP 4 = 543.4420 ( 83.772 )

TEMP 5 = 543.5730 ( 83.903 )

TEMP 6 = 554.1410 ( 94.471 )

TEMP 7 = 556.3570 ( 96.687 )

TEMP 8 = 577.2600 ( 117.590 )

TEMP 9 = 577.7400 ( 118.070 )

TEMP 10 = 546.5270 ( 86.857 )

TEMP 11 = 546.6980 ( 87.028 )

TEMP 12 = 546.6770 ( 87.007 )

TEMP 13 = 546.9350 ( 87.265 )

TEMP 14 = 547.1020 ( 87.432 ) -

PRES 1= 72.4168 ( 71131.0 )

PRES 2= 72.4078 ( 72438.0 )

VPRS 1= .4626 ( 77.226 )

VPRS 2= .4615 ( 77.153 )

VPRS 3= .5394 ( 81.915 )

i VPRS '4 = .4864 ( 78.744 )

s,) VPRS 5= .5361 ( 81.726 )

VPRS 6= .5270 ( 81.196 )

SUMMARY

OF CORRECTED DATA TIME = 1345 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.2457 CORRECTED PRESSURE (PSIA) = 71.9053

! VAPOR PRESSURE (PSIA) = .5116 l VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90684.4 l

l l

l

, -- -. , -.--- -,.. ,. ,, , --- ---...-- .- -.-- , - , - - . - - , , . , .----------,r---------- - . - - - - -

SUMMARY

OF MEASURED DATA AT 1400 1119 O

TEMP 1 = 542.2620 ( 82.592 )

TEMP 2 = 542.4270 ( 82.757 )

TEMP 3 = 544.4260 ( 84.756 )

TEMP 4 = 543.4910 ( 83.821 )

TEMP 5 = 543.5970 ( 83.927 )

TEMP 6 = 554.3050 ( 94.635 )

TEMP 7 = 556.5230 ( 96.853 )

TEMP 8 = 577.4900 ( 117.820 )

TEMP 9 = 577.8600 ( 118.190 )

TEMP 10 = 546.5390 ( 86.869 )

TEMP 11 = 546.7000 ( 87.030 )

TEMP 12 = 546.7070 ( 87.037 )

TEMP 13 = 546.9540 ( 87.284 )

TEMP 14 = 547.1270 ( 87.457 )

PRES 1= 72.4168 ( 71131.0 )

PRES 2= 72.4068 ( 72437.0 )

VPRS 1= .4638 ( 77.305 )

VPRS 2= .4624 ( 77.211 )

VPRS 3= .5435 ( 82.145 )

VPRS 4= .4881 ( 78.852 )

VPRS 5= .5365 (- 81.744 ) .

VPRS 6= .5306 ( 81.407 )

SUMMARY

OF CORRECTED DATA TIME = 1400 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.3053 CORRECTED PRESSURE (PSIA) = 71.9029 VAPOR PRESSURE (PSIA) = .5140 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90671.6 9

i Q)

SUMMARY

OF MEASURED DATA AT 1415 1119 TEMP 1 = 542.2650 ( 82.595 )

TEMP '2 = 542.4730 ( 82.803 )

TEMP 3 = 544.4580 ( 84.788 )

TEMP -4 = 543.5090 ( 83.839 )

TEMP 5 = 543.6100 ( 83.940 )

TEMP 6 = 554.4430 ( 94.773 )

TEMP 7 = 556.6440 ( 96.974 )

TEMP 8 = 577.5200 ( 117.850 )

TEMP 9 = 577.9700 ( 118.300 )

TEMP 10 = 546.5090 ( 86.839 )

+

TEMP 11 = 546.6830 ( 87.013 )

TEMP 12 = 546.7180 ( 87.048 )

TEMP 13 = 546.9350 ( 87.265 )

, TEMP 14 = 547.0990 ( 87.429 )

PRES 1= 72.4168 ( 71131.0 )

PRES 2= 72.4068 ( 72437.0 )

VPRS 1= .4661 ( 77.449 )

VPRS 2= .4635 ( 77.282 )

I VPRS 3= .5580 ( 82.959 )

VPRS 4= .4883 ( 78.866 )

O' VPRS VPRS 5=

6=

.5374

.5287

(

(

81.799 )

81.294 )

SUMMARY

OF CORRECTED DATA TIME = 1415 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.3278 CORRECTED PRESSURE (PSIA) = 71.9018 VAPOR PRESSURE (PSIA) = .5151 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90666.5 O

SUMMARY

OF MEASUPI DATA AT 1430 1119 O

TEMP 1 JO ( 82.650 )

TEMP S42.bo60 ( 82.836 )

TEMP = 544.4920 ( 84.822 )

TEMP 4 = 543.5270 ( 83.857 )

TEMP 5 = 543.6400 ( 83.970 )

TEMP 6 = 554.5820 ( 94.912 )

TEMP 7 = 556.8120 ( 97.142 )

TEMP 8 = 577.6800 ( 118.010 )

TEMP 9 = 578.0700 ( 118.400 )

TEMP 10 = 546.5070 ( 86.837 )

TEMP 11 = 546.6810 ( 87.011 )

TEMP 12 = 546.6780 ( 87.008 )

TEMP 13 = 546.9380 ( 87.268 )

TEMP 14 = 547.0930 ( 87.423 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4078 ( 72438.0 )

VPRS 1= .4651 ( 77.388 )

VPRS 2= .4642 ( 77.328 )

VPRS 3= .5403 ( 81.964 )

VPRS 4= .4893 ( 78.926 )

VPRS 5= .5374 ( 81.797 )

VPRS 6= .5269 ( 81.193 )

SUMMARY

OF CORRECTED DATA TIME = 1430 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.3686 CORRECTED PRESSURE (PSIA) = 71.9052 VAPOR PRESSURE (PSIA) = .5127 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90664.1 0

,O

SUMMARY

OF MEASURED DATA AT 1445 1119 TEMP 1 = 542.3480 ( 82.678 )

TEMP 2 = 542.5340 ( 82.864 )

TEMP 3 = 544.5080 ( 84.838 )

TEMP 4 = 543.5300 ( 83.860 )

TEMP 5 = 543.6740 ( 84.004 )

TEMP 6 = 554.7300 ( 95.060 )

TEMP 7 = 556.9320 ( 97.262 )

TEMP 8 = 577.7200 ( 118.050 )

TEMP 9 = 578.2300 ( 118.560 )

TEMP 10 = 546.5520 ( 86.882 )

TEMP 11 = 546.6800 ( 87.010 )

TEMP 12 = 546.6780 ( 87.008 )

TEMP 13 = 546.9250 ( 87.255 )

TEMP 14 = 547.0760 ( 87.406 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4078 ( 72438.0 )

VPRS 1= .4655 ( 77.415 )

VPRS 2= .4621 ( 77.191 )

VPRS 3= .5448 ( 82.220 )

VPRS 4= .4891 ( 78.915 )

g). - VPRS 5= .5388 ( 81.878 )

! VPRS 6= .5292 ( 81.327 )

i

SUMMARY

OF CORRECTED DATA TIME = 1445 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.4051

' CORRECTED PRESSURE (PSIA) = 71.9037 VAPOR PRESSURE (PSIA) = .5141

! VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90656.3 l

i

i

SUMMARY

OF MEASURED DATA AT 1500 1119 TEMP 1 = 542.3940 ( 82.724 )

TEMP 2 = 542.5520 ( 82.882 )

TEMP 3 = 544.5420 ( 84.872 )

TEMP 4 = 543.5490 ( 83.879 )

TEMP 5 = 543.6710 ( 84.001 )

TEMP 6 = 554.8510 ( 95.181 )

TEMP 7 = 557.0760 ( 97.406 )

TEMP 8 = 577.8800 ( 118.210 )

TEMP 9 = 578.2700 ( 118.600 )

TEMP 10 = 546.4920 ( 86.822 )

• TEMP 11 = 546.6690 ( 86.999 )

TEMP 12 = 546.6610 ( 86.991 )

TEMP 13 = 546.9160 ( 87.246 )

TEMP 14 = 547.1050 ( 87.435 )

PRES 1= 72.4179 ( 71132.0 ) l PRES 2= 72.4078 ( 72438.0 )

VPRS 1= .4657 ( 77.429 )

VPRS 2= .4643 ( 77.337 )

VPRS 3= .5470 ( 82.344 )

VPRS 4= .4903 ( 78.987 )

VPRS 5= .5387 ( 81.871 )

VPRS 6= .5262 ( 81.152 )

SUMMARY

OF CORRECTED DATA TIME = 1500 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.4330 CORRECTED PRESSURE (PSIA) = 71.9045 VAPOR PRESSURE (PSIA) = .5134 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90652.6 O

-f

SUMMARY

OF MEASURED DATA AT 1515 1119 TEMP 1 = 542.3200 ( 82.650 )

TEMP 2 = 542.5260 ( 82.856 )

TEMP 3 = 544.5110 ( 84.841 )

TEMP 4 = 543.5140 ( 83.844 )

TEMP 5 = 543.6550 ( 83.985 )

TEMP 6 = 554.9450 ( 95.275 )

TEMP. 7 = 557.1370 ( 97.467 )

TEMP 8 = 577.8900 ( 118.220 )

TEMP 9 = 578.3600 ( 118.690 )

TEMP 10 = 546.4340 ( 86.764 )

TEMP 11 = 546.5960 ( 86.926 )

TEMP 12 = 546.6020 ( 86.932 )

TEMP 13 = 546.8600 ( 87.190 )

TEMP 14 = 547.0090 ( 87.339 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4058 ( 72436.0 )

VPRS 1= .4627 ( 77.233 )

VPRS 2= .4625 ( 77.218 )

VPRS 3= .4626 ( 77.221 )

VPRS 4= .4626 ( 77.221 )

VPRS 5= .5386 ( 81.868 }

81.211 )

VPRS 6= .5272 (

SUMMARY

OF CORRECTED DATA TIME = 1515 DATE = 1119

\

TEMPERATURE (DEGREES R.) = 551.4083 CORRECTED PRESSURE (PSIA) = 71.9156 VAPOR PRESSURE (PSIA) = .5023 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90670.7 0

I l

l l

SUMMARY

OF MEASURED DATA AT 1530 1119 TEMP 1 = 542.3430 ( 82.673 )

TEMP 2 = 542.5630 ( 82.893 )

TEMP 3 = 544.5630 ( 84.893 )

TEMP 4 = 543.5550 ( 83.885 )

TEMP 5 = 543.7090 ( 84.039 )

TEMP 6 = 555.0890 ( 95.419 )

TEMP 7 = 557.2940 ( 97.624 )

TEMP 8 = 578.0300 ( 118.360 )~

TEMP 9 = 578.4700 ( 118.800 )

TEMP 10 = 546.4650 ( 86.795 )

TEMP 11 = 546.6280 ( 86.958 )

TEMP 12 = 546.6250 ( 86.955 )

TEMP 13 = 546.8690 ( 87.199 )

TEMP 14 = 547.0550 ( 87.385 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4068 ( 72437.0 )

VPRS 1= .4626 ( 77.223 )

VPRS 2= .4638 ( 77.304 )

VPRS 3= .5561 ( 82.856 )

VPRS 4= .4906 ( 79.005 )

VPRS 5= .5387 ( 81.874 )

VPRS 6= .5280 ( 81.254 )

SUMMARY

OF CORRECTED DATA TIME = 1530 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.4678 CORRECTED PRESSURE (PSIA) = 71.9032 VAPOR PRESSURE (PSIA) = .5147 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90645.3 9

P.

J

SUMMARY

OF MEASURED DATA AT 1545 1119

~ TEMP 1 = 542.3860 ( 82.716 )

TEMP 2 = 542.6010 ( 82.931 )

f TEMP. 3 = 544.6050 ( 84.935_)

y TEMP 4 = 543.5900 .( 83.920 )

( '84.098 )

TEMP 5 = 543.7680 95.555 )

,- TEMP 6 =-555.2250 .(

TEMP 7 = 557.4370 ( 97.767.)

TEMP 8 = 578.1500 ( 118.480 )

TEMP 9 = 578.6100 ( 118.940 )

i TEMP 10 = 546.4620 ( 86.792 )

TEMP 11 = 546.6200 ( 86.950 ) ,

TEMP 12 = 546.6160 ( 86.946 )

1 TEMP 13 = 546.9030 ( 87.233 )

i TEMP 14 = 547.0510 ( 87.381 )

f-l- PRES 1= 72.4179 ( 71132.0 )

i i

PRES 2= 72.4068 ( 72437.0 )

i i ji VPRS 1= .4643 ( 77.337 )

j VPRS- 2= .4629 ( 77.246 )

VPRS 3= .5523 ( 82.644 )

l VPRS 4= .4922 ( 79.106 )

VPRS 5= .5408 ( 81.994 ) ,

VPRS 6= .5231- ( 80.970 ) -

i i

SUMMARY

OF CORRECTED DATA i- TIME = 1545

DATE = 1119 i

l TEMPERATURE (DEGREES R.) = 551.5165

! CORRECTED PRESSURE (PSIA) = 71.9050 l VAPOR PRESSURE (PSIA) = .5128

[- VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90639.6 l-l i

i I

i I ,

[_

I i

4 gwy,. --e -. m -.e ,--w wm m,w.%w, we -w w w , ww - r

SUMMARY

OF MEASURED DATA AT 1600 1119 TEMP 1 = 542.4300 ( 82.760 )

TEMP 2 = 542.6530 ( 82.983 )

TEMP 3 =-544.6490 ( 84.979 )

TEMP 4 = 543.6220 ( 83.952 )

TEMP 5 = 543.8260 ( 84.156 )

TEMP 6 = 555.3850 ( 95.715 )

TEMP 7 = 557.5760 ( 97.906 )

TEMP 8 = 578.2600 ( 118.590 )

TEMP 9 = 578.6800 ( 119.010 )

TEMP 10 = 546.4650 ( 86.795 )

TEMP 11 = 546.6320 ( 86.962 )

TEMP 12 = 546.6190 ( 86.949 )

TEMP 13 = 546.8960 ( 87.226 )

TEMP 14 = 547.0610 ( 87.391 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4068 ( 72437.0 )

VPRS 1= .4492 ( 76.338 )

VPRS 2= .4637 ( 77.294 )

VPRS 3= .5644 ( 83.311 )

VPRS 4= .4927 ( 79.139 )

VPRS 5= .5401 ( 81.955 )

VPRS 6= .5282 ( 81.269 )

SUMMARY

OF CORRECTED DATA TIME = 1600 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.5614 CORRECTED PRESSURE (PSIA) = 71.9033 VAPOR PRESSURE (PSIA) = .5145 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90630.1 0

O

SUMMARY

OF MEASURED DATA AT 1615 1119 TEMP 1 =.542.4330 ( 82.763 )

TEMP 2 = 542.6510 ( 82.981 )

TEMP -3 = 544.6380 ( 84.968 )

TEMP 4 = 543.6310 ( 83.961.)

TEMP 5 = 543.8070 .( 84.137 )

TEMP 6 = 555.4840 ( 95.814 )

TEMP 7 = 557.7150 ( 98.045 )

. TEMP 8 = 578.3600 ( 118.690 )

TEMP 9 = 578.8200 ( 119.150 )

TEMP 10 = 546.4390 ( 86.769 )

TEMP 11 = 546.6130 ( 86.943 )

TEMP 12 = 546.5900- ( 86.920 )

TEMP 13 = 546.8930 ( 87.223 )

TEMP 14.= 547.0460 ( 87.376 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2.= 72.4058 ( 72436.0 )

VPRS 1= .4664 ( 77.470 )

VPRS 2= .4651 ( 77.388 )

VPRS 3= .5561 ( 82.852 )

VPRS 4= .4925 ( 79.122 )

O VPRS VPRS 5=

6=

.5408

.5286

(

(

81.994 )

81.291 )

SUMMARY

OF CORRECTED DATA TIME = 1615 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.5825 CORRECTED PRESSURE (PSIA) = 71.9018 VAPOR PRESSURE (PSIA) = .5160 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90624.7 O

SUMMARY

OF MEASURED DATA AT 1630 1119 O

TEMP 1 = 542.5080 ( 82.838 )

TEMP 2 = 542.6930 ( 83.023 )

TEMP 3 = 544.7010 ( 85.031 )

TEMP 4 = 543.6740 ( 84.004 )

TEMP 5 = 543.8570 ( 84.187 )

TEMP 6 = 555.6530 ( 95.983 )

TEMP 7 = 557.8540 ( 98.184 )

TEMP 8 = 578.4600 ( 118.790 )

TEMP 9 = 578.9000 ( 119.230 )

TEMP 10 = 546.5030 ( 86.833 )

TEMP 11 = 546.6550 ( 86.985 )

TEMP 12 = 546.6290 ( 86.959 )

TEMP 13 = 546.9220 ( 87.252 )

TEMP 14 = 547.0870 ( 87.417 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4058 ( 72436.0 )

VPRS 1= .4553 ( 76.744 )

VPRS 2= .4553 ( 76.744 )

VPRS 3= .4553 ( 76.744 )

VPRS 4= .4933 ( 79.176 )

VPRS 5= .5418 ( 82.051 )

VPRS 6= .5278 ( 81.245 )

SUMMARY

OF CORRECTED DATA TIME = 1630 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.6461 CORRECTED PRESSURE (PSIA) = 71.9139 VAPOR PRESSURE (PSIA) = .5039 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90629.5 O

l

d J

!. ~ ~

i

SUMMARY

OF MEASURED DATA AT 1645 1119 i

j TEMP 1 = 542.5310 ( 82.861 )

TEMP 2 = 542.7030 ( 83.033-)

, TEMP 3 = 544.7310 ( 85.061 )

i TEMP 4 = 543.7000 ( 84.030 )

TEMP 5 = 543.9240 ( 84.254 )

TEMP 6 = 555.7720 ( 96.102 )

TEMP 7 = 557.9850 ( 98.315 ) ,

4

-TEMP 8 = 578.6200 (:118.950 )-

TEMP 9 = 579.1000 ( 119.430 )

TEMP 10 = 546.4860 ( 86.816 )

j TEMP 11 = 546.6640 ( 86.994 )

TEMPJ12 = 546.6460 ( 86.976 )

TEMP 13 = 546.9150 ( 87.245 )

j TEMP 14 = 547.0860 ( 87.416 )

i PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4048 ( 72435.0 )

• VPRS 1= .4612 ( 77.1,30 )

VPRS 2= .4644 ( 77.342 )

i- VPRS 3= .5714 ( 83.697 )

VPRS 4= .4947 ( 79.261 )

s VPRS 5= .5420 ( 82.063 )

VPRS 6= .5268 ( 81.187 )

i

SUMMARY

OF CORRECTED DATA l TIME = 1645

! DATE = 1119

TEMPERATURE (DEGREES 11. ) = 551.6978

[ CORRECTED PRESSURE (PSIA) = 71.9013 l

VAPOR PRESSURE (PSIA; = .5165 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90605.2 l.

k i

)

s

!O

SUMMARY

OF MEASURED DATA AT 1700 1119 TEMP 1 = 542.5550 ( 82.885 )

TEMP 2 = 542.7830 ( 83.113 )

TEMP 3 = 544.7690 ( 85.099 )

TEMP 4 = 543.7360 ( 84.066 )

TEMP 5 = 543.9380 ( 84.268 )

TEMP 6 = 555.9200 ( 96.250 )

TEMP 7 = 558.1220 ( 98.452 )

TEMP 8 = 578.7600 ( 119.090 )

TEMP 9 = 579.1700 ( 119.500 )

TEMP 10 = 546.4890 ( 86.819 )

TEMP 11 = 546.6570 ( 86.987 )

TEMP 12 = 546.6630 ( 86.993 )

TEMP 13 = 546.9130 ( 87.243 )

TEMP 14 = 547.0760 ( 87.406 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4078 ( 72438.0 )

VPRS 1= .4606 ( 77.090 )

VPRS 2= .4634 ( 77.275 )

VPRS 3= .5659 ( 83.398 )

VPRS 4= .5659 ( 83.398 )

VPRS 5= .5659 ( 83.398 )

VPRS 6= .5266 ( 81.175 )

SUMMARY

OF CORRECTED DATA TIME = 1700 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.7388 CORRECTED PRESSURE (PSIA) = 71.8910 VAPOR PRESSURE (PSIA) = .5268 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90585.4 O

l v

SUMMARY

OF MEASURED DATA AT 1715 1119 TEMP 1 = 542.5260 ( 82.856 )

TEMP .2 = 542.7310 ( 83.061 )

, _ TEMP 3 = 544.7630 ( 85.093 )

TEMP 4 = 543.7120 ( 84.042 )

TEMP 5 = 543.9410 ( 84.271 )

TEMP 6 = 556.0040 ( 96.334 )

TEMP 7 = 558.2120 ( 98.542 )

TEMP 8 = 578.7900 ( 119.120 )

TEMP 9 = 579.2200 ('119.550 )

i TEMP 10 = 546.4750 ( 86.805 )

, TEMP 11 = 546.6250 ( 86.955 )

l TEMP 12 = 546.6200 ( 86.950 )

i TEMP 13 = 546.8870 ( 87.217 )

TEMP 14 = 547.0630 ( 87.393 )

PRES 1= 72.4168 ( 71131.0 )

. PRES 2= 72.4068 ( 72437.0 )

VPRS 1= .4723 ( 77.853 )

VPRS 2= .4660 ( 77.444 )

VPRS 3= .5550 ( 82.795 )

i VPRS 4= .4958 ( 79.328 )

VPRS 5= .5426 ( 82.096 )

VPRS 6= .5280 ( 81.257 )

i

SUMMARY

OF CORRECTED DATA TIME = 1715 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.7362

CORRECTED PRESSURE (PSIA) = 71.8998 VAPOR PRESSURE (PSIA) = .5170 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90596.9

!O J

i

SUMMARY

OF MEASURED DATA AT 1730 1119 TEMP 1 = 542.5870 ( 82.917 )

TEMP 2 = 542.7410 ( 83.071 )

TEMP 3 = 544.8120 ( 85.142 )

TEMP 4 = 543.7850 ( 84.115 )

TEMP 5 = 543.9610 ( 84.291 )

TEMP 6 = 556.1620 ( 96.492 )

TEMP 7 = 558.3570 ( 98.687 )

TEMP 8 = 578.8800 ( 119.210 )

TEMP 9 = 579.3600 ( 119.690 )

TEMP 10 = 546.5320 ( 86.862 )

TEMP 11 = 546.6660 ( 86.996 )

TEMP 12 = 546.6450 ( 86.975 )

TEMP 13 = 546.9360 ( 87.266 )

TEMP 14 = 547.0960 ( 87.426 )

PRES 1= 72.4168 ( 71131.0 )

PRES 2= 72.4048 ( 72435.0 )

VPRS 1= .4667 ( 77.491 )

VPRS 2= .4652 ( 77.394 )

VPRS 3= .4550 ( 76.724 )

VPRS 4= .4916 ( 79.066 )

VPRS 5= .5439 ( 82.167 )

VPRS 6= .5305 ( 81.401 )

SUMMARY

OF CORRECTED DATA TIME = 1730 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.8000 CORRECTED PRESSURE (PSIA) = 71.9094 VAPOR PRESSURE (PSIA) = .5075 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90598.5 O

(M

.\ )

SUMMARY

OF MEASURED DATA AT 1745 1119-TEMP 1 = 542.6040 ( 82.934 )

TEMP 2 = 542.8120 ( 83.142 )

TEMP 3 = 544.8270 ( 85.157 )

-TEMP 4 = 543.7610 ( 84.091 )

TEMP 5 = 544.0030 ( 84.333 )

TEMP 6 = 556.2810 ( 96.611 )

TEMP 7 = 558.4840 ( 98.814 )

TEMP 8 = 579.0000 ( 119.330 )

TEMP 9 = 579.4500 ( 119.780 ) ,

TEMP 10 = 546.4940 ( 86.824 )

TEMP 11 = 546.6660 ( 86.996 )

TEMP 12 = 546.6400 ( 86.970 )

TEMP 13 = 546.9210 ( 87.251 )

TEMP 14 = 547.1100 ( 87.440 )

PRES 1= 72.4168 ( 71131.0 )

PRES 2= 72.4038 ( 72434.0 )

VPRS 1= .4341 ( 75.312 )

l VPRS 2= .4666 ( 77.484 )

3 VPRS 3= .4547 ( 76.701 )

VPRS 4= .4917 ( 79.078 )

l VPRS 5= .5443 ( 82.194 )

VPRS 6= .5239. ( 81.016 )

i

SUMMARY

OF CORRECTED DATA TIME = 1745 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.8309 CORRECTED PRESSURE'(PSIA) = 71.9156

= .5012 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90601.3 i

4 4

!O

SUMMARY

OF MEASURED DATA AT 1800 1119 TEMP 1 = 542.6150 ( 82.945 )

TEMP 2 = 542.7990 ( 83.129 )

TEMP 3 = 544.8120 ( 85.142 )

TEMP 4 = 543.7780 ( 84.108 )

TEMP 5 = 544.0320 ( 84.362 )

TEMP 6 = 556.3640 ( 96.694 )

TEMP 7 = 558.5720 ( 98.902 )

TEMP 8 = 579.0700 ( 119.400 )

TEMP 9 = 579.5100 ( 119.840 )

TEMP 10 = 546.4570 ( 86.787 )

TEMP 11 = 546.6230 ( 86.953 )

TEMP 12 = 546.6450 ( 86.975 )

TEMP 13 = 546.8860 ( 87.216 )

TEMP 14 = 547.0690 ( 87.399 )

PRES 1= 72.4158 ( 71130.0 )

PRES 2= 72.4018 ( 72432.0 )

VPRS 1= .4921 ( 79.098 )

VPRS 2= .4646 ( 77.351 )

VPRS 3= .4536 ( 76.631 )

VPRS 4= .4920 ( 79.095 )

VPRS 5= .5446 ( 82.211 )

VPRS 6= .5283 ( 81.274 )

SUMMARY

OF CORRECTED DATA TIME = 1800 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.8405 CORRECTED PRESSURE (PSIA) = 71.9065 VAPOR PRESSURE (PSIA) = .5093 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90588.3 9

?

SUMMARY

OF MEASURED DATA AT 1815 1119 TEMP 1 = 542.5860 ( 82.916 )

TEMP 2 = 542.7980 ( 83.128 )

TEMP 3 = 544.8240 ( 85.154 )

TEMP 4 = 543.7640 ( 84.094 )

TEMP 5 = 544.0220 ( 84.352 )

TEMP 6 = 556.4870 ( 96.817 )

TEMP 7 = 558.6910 ( 99.021 )

' TEMP 8 = 579.1100 ( 119.440 )

TEMP 9 = 579.5800 ( 119.910 )

TEMP 10 = 546.4650 ( 86.795 )

TEMP 11 = 546.6050 ( 86.935 )

TEMP 12 = 546.6110 ( 86.941 )

TEMP 13 = 546.8860 ( 87.216 )

TEMP 14 = 547.0470 ( 87.377 )

PRES 1= 72.4148 ( 71129.0 )

PRES 2= 72.4048 ( 72435.0 )

VPRS 1= .3962 ( 72.583 )

VPRS 2= .4645 ( 77.345 )

VPRS 3= .4524 ( 76.548 )

/-"g VPRS 4= .4931 ( 79.161 )

( ,/ VPRS 5= .5460 ( 82.286 ) -

VPRS 6= .5296 ( 81.350 )

SUMMARY

OF CORRECTED DATA TIME = 1815 DATE = 1119

= 551.8514 TEMPERATURE (DEGREES R.)

CORRECTED PRESSURE (PSIA) = 71.9154

=

VAPOR PRESSURE (PSIA) .4994 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90597.6 O

SUMMARY

OF MEASURED DATA AT 1830 1119 TEMP 1 = 542.6120 ( 82.942 )

TEMP 2 = 542.8350 ( 83.165 )

TEMP 3 = 544.8650 ( 85.195 )

TEMP 4 = 543.7880 ( 84.118 )

TEMP 5 = 544.0980 ( 84.428 )

TEMP 6 = 556.6180 ( 96.948 )

TEMP 7 = 558.8100 ( 99.140 )

TEMP 8 = 579.2300 ( 119.560 )

TEMP 9 = 579.7100 ( 120.040 )

TEMP 10 = 546.4650 ( 86.795 )

TEMP 11 = 546.6200 ( 86.950 )

TEMP 12 = 546.5880 ( 86.918 )

TEMP 13 = 546.8800 ( 87.210 )

TEMP 14 = 547.0510 ( 87.381 )

PRES 1= 72.4148 ( 71129.0 )

PRES 2= 72.4048 ( 72435.0 )

VPRS 1= .3959 ( 72.566 )

VPRS 2= .4651 ( 77.385 )

VPRS 3= .4531 ( 76.599 )

VPRS 4= .4935 ( 79.184 )

VPRS 5= .5454 ( 82.255 )

VPRS 6= .5288 ( 81.301 )

SUMMARY

OF CORRECTED DATA TIME = 1830 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.8959 CORRECTED PRESSURE (PSIA) = 71.9157 VAPOR PRESSURE (PSIA) = .4991 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90590.7 0

_. . _. . _ . _ _ _ _ _ . . . . . _ . _ - - _ . _ . _ _ _ . . - _ . _ . - . . . . . _ - . _ . . - - .m _... - _ _ _ . _ _ . . _ . _ . = . _ .

y >

1 1 k i  !

6

SUMMARY

OF MEASURED DATA AT 1845 1119 r #

TEMP 1 = 542.6420 ( 82.972 ) .

TEMP 2 = 542.8350 ( 83.165 ) t j TEMP 3 = 544.8760 ( 85.206 ) .

1 TEMP 4 = 543.8070 ( 84.137 ) l 84.417 )

} TEMP 5 = 544.0870 (

l TEMP 6 = 556.7180 ( 97.048 ) i 99.259 )

TEMP 7 = 558.9290 ( [

TEMP: 8 = 579.3200 (-119.650 )

TEMP 9 = 579.7400 .( 120.070 )

I TEMP 10 = 546.4300 ( 86.760 )

TEMP 11 = 546.6080 ( 86.938 ) .

{ . TEMP 12 = 546.5880 ( 86.918 ) l j TEMP 13 = 546.8810 ( 87.211 )

{ TEMP 14 = 547.0690 ( 87.399 )

! PRES 1= 72.4148 ( 71129.0 )  !

PRES 2= 72.4018 ( 72432.0 )

i '

i .VPRS 1= .4189 ( 74.243 )

l VPRS 2= .4646 ( 77.351 )  :

j VPRS 3= .4547 ( 76.701 ) t

!- VPRS 4= .4935 ( 79.184 ) [

t VPRS 5= .5452 ( 82.240 ) l VPRS 6= .5307 ( 81.413 ) '-

SUMMARY

OF CORRECTED DATA ,

j TIME = 1845  :

J DATE = 1119 i-TEMPERATURE (DEGREES R.) = 551.9159 CORRECTED PRESSURE (PSIA) = 71.9123 ,

r l VAPOR PRESSURE (PSIA) = .5025 VOLUME (CU.FT.) = 257566.0

! AIR MASS (LBM) = 90583.1 ,

i h

3 i

e L

i j

i i

+e.,n,-,,,~ . - , . , - - -.

,wr - , - - -

'.'?

/

-es

SUMMARY

OF MEASURED DATA AT 1900 1119 , i -

,?

~

TEMP 1 = 542.6770 ( 83.007 ) <

TEMP 2 = 542.8970 ( 83.227 )

TEMP 3 = 544.9590 ( 85.289 ) ~"

TEMP 4 = 543.9090 ( 84.239 ) .

TEMP 5 = 544.1650 ( 84.495 )

TEMP 6 = 556.8970 ( 97.227 )

• TEMP 7 = 559.0900 ( 99.420 )

TEMP 8 = 579.4800 ( 119.810 )

TEMP 9 = 579.8900 ( 120.220 )

TEMP 10 = 546.4890 ( 86.819 )

TEMP 11 = 546.6810 ( 87.011 )

TEMP 12 = 546.6900 ( 87.020 )

TEMP 13 = 546.9320 ( 87.262 )

TEMP 14 = 547.1250 ( 87.455 )

PRES 1= 72.4138 ( 71128.0 )

PRES 2= 72.4008 ( 72431.0 ) 4 VPRS 1= .4049 ( 73.233 )

VPRS 2= .4663 ( 77.464 )

VPRS 3= .4551 ( 76.730 ) ,

VPRS 4= .4958 ( 79.330 )

VPRS 5= .5469 ( 82.338 ) -

VPRS 6= .5322 ( 81.497 ) .

SUMMARY

OF CORRECTED DATA TIME = 1900 DATE = 1119 TEMPERATURE (DEGREES R. ) = 552.0101 CORRECTED PRESSURE (PSIA) = 71.9115 VAPOR PRESSURE (PSIA) = .5024 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90566.6 O

w,7,y ,

Er

- m d '-

- f's t;* ay.,

• j*'

.s .

N * ;*

i% r "., ,+.

' )

v A

SUMMARY

OF MEASURED DATA AT 1915 1119

..~ .

{'

I%s ,,

7, TEMP 1 = 542.7190 ( 83.049 )

'\ s'

>e I'

TEMP TEMP TEMP 2

3 4

=

=

=

542.9060 544.9540 543.9190

(

(

(

83.236 )

85.284 )

84.249 )

' ? '~ TEMP 5 = 544.2190 ( 84.549 )

s TEMP 6 = 557.0160 ( 97.346 )

TEMP 7 = 559.2130 ( 99.543 )

, . r- TEMP 8 = 579.5200 ( 119.850 )

f

'~~

f'f' TEMP 9 = 580.0600 ( 120.390 )

36.843 )

?f-

~

TEMP 10 = 546.5130 (

TEMP 11 = 546.6840 ( 87.014 )

TEMP 12 = 546.6580 ( 86.988 )

+

, TEMP 13 = 546.9380 ( 87.268 )

ei

,f TEMP 14 = 547.1330 ( 87.463 )

s, PRES 1= 72.4138 ( 71128.0 )

( 72431.0 )

~

.. PRES 2= 72.4008 VPRS 1= .4570 ( 76.855 )

VPRS 2= .4695 ( 77.671 )

[ VPRS 3= .4555 ( 76.756 )

. VPRS 4= .4963 ( 79.357 )

VPRS 5= .5472 ( 82.357 )

h~# VPRS 6= .5263 ( 81.158 )

/ pr'. Q .

'e ..

'%. i e

SUMMARY

OF CORRECTED DATA lf" 7 ,,, ? TIME = 1915

,_j DATE = 1119 TEMPERATURE (DEGREES R.) = 552.0477 CORRECTED PRESSURE (PSIA) = 71.9077

= .5061 VAPOR PRESSURE (PSIA)

!. = 257566.0 VOLUME (CU.FT.)

AIR MASS (LBM) = 90555.8 I

l.

A l

i 4

t

,f j.

SUMMARY

OF MEASURED DATA AT 1930 1119 TEMP 1 = 542.6480 ( 82.978 )

TEMP 2 = 542.9150 ( 83.245 )

TEMP 3 = 544.9140 ( 85.244 )

TEMP 4 = 543.8780 ( 84.208 )

TEMP 5 = 544.1800 ( 84.510 )

TEMP 6 = 557.0620 ( 97.392 )

TEMP 7 = 559.2700 ( 99.600 )

TEMP 8 = 579.6000 ( 119.930 )

TEMP 9 = 580.0100 ( 120.340 )

TEMP 10 = 546.4690 ( 86.799 )

TEMP 11 = 546.6170 ( 86.947 )

TEMP 12 = 546.5870 ( 86.917 )

TEMP 13 = 546.8570 ( 87.187 )

TEMP 14 = 547.0580 ( 87.388 )

PRES 1= 72.4128 ( 71127.0 )

PRES 2= 72.4028 ( 72433.0 )

VPRS 1= .4198 ( 74.308 )

VPRS 2= .4653 ( 77.401 )

VPRS 3= .4653 ( 77.401 )

VPRS 4= .4653 ( 77.401 )

VPRS 5= .5463 ( 82.307 )

VPRS 6= .5277 ( 81.237 )

SUMMARY

OF CORRECTED DATA TIME = 1930 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.0141 CORRECTED PRESSURE (PSIA) = 71.9130 VAPOR PRESSURE (PSIA) = .4997 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90568.0 0

g .

A

SUMMARY

OF MEASURED DATA AT 1945 1119 TEMP 1 = 542.3250 ( 82.655 )

TEMP 2 = 542.5310 ( 82.861 )

TEMP 3 = 544.6030 ( 84.933 )

TEMP 4 = 543.5750 ( 83.905 )

TEMP 5 = 543.8830 ( 84.213 )

TEMP 6 = 556.8630 ( 97.193 )

TEMP 7 = 559.0410 ( 99.371 )

TEMP 8 = 579.3100 ( 119.640 )

TEMP 9 = 579.8600 ( 120.190 )

TEMP 10 = 546.1200 ( 86.450 )

TEMP 11 = 546.2860 ( 86.616 )

TEMP 12 = 546.2560 ( 86.586 )

TEMP 13 = 546.5590 ( 86.889 )

TEMP 14 = 546.7300 ( 87.060 )

PRES 1= 72.4118 ( 71126.0 )

PRES 2= 72.4028 ( 72433.0 )

VPRS 1= .4421 ( 75.857 )

VPRS 2= .4608 ( 77.105 )

VPRS 3= .4496 ( 76.361 )

VPRS 4= .4890 ( 78.906 )

'\ VPRS 5= .5406 ( 81.982 )

VPRS 6= .5248 ( 81.069 )

SUMMARY

OF CORRECTED DATA TIME = 1945 DATE = 1119 TEMPERATURE (DEGREES R.) = 551.7175 CORRECTED PRESSURE (PSIA) = 71.9113 VAPOR PRESSURE (PSIA) = .5005

. VOLUME (CU.FT.) = 257566.0 l AIR MASS (LBM) = 90614.4 l

l l

(n s/

I L

SUMMARY

OF MEASURED DATA AT 2000 1119 TEMP 1 = 542.6710 ( 83.001 )

TEMP 2 = 542.8670 ( 83.197 )

TEMP 3 = 544.9480 ( 85.278 )

TEMP 4 = 543.9100 ( 84.240 )

TEMP 5 = 544.2510 ( 84.581 )

TEMP 6 = 557.2950 ( 97.625 )

TEMP 7 = 559.4830 ( 99.813 )

TEMP 8 = 579.7100 ( 120.040 )

TEMP 9 = 580.2300 ( 120.560 )

TEMP 10 = 546.4690 ( 86.799 )

TEMP 11 = 546.6230 ( 86.953 )

TEMP 12 = 546.6000 ( 86.930 )

TEMP 13 = 546.8740 ( 87.204 )

TEMP 14 = 547.0540 ( 87.384 )

PRES 1= 72.4108 ( 71125.0 )

PRES 2= 72.4038 ( 72434.0 )

VPRS 1= .4450 ( 76.055 )

VPRS 2= .4662 ( 77.459 )

VPRS 3= .4557 ( 76.768 )

VPRS 4= .4946 ( 79.252 )

VPRS 5= .5469 ( 82.341 )

VPRS 6= .5282 ( 81.269 )

SUMMARY

OF CORRECTED DATA TIME = 2000 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.0736 CORRECTED PRESSURE (PSIA) = 71.9057 VAPOR PRESSURE (PSIA) = .5050 VOLUME (CU.FT.) = 257566.0 ,

AIR MASS (LBM) = 90549.0 0

SUMMARY

OF MEASURED DATA AT 2015 1119 TEMP 1 = 542.7340 ( 83.064 )

TEMP 2 = 542.9050 ( 83.235 )

TEMP. 3 = 544.9740 ( 85.304 ) ,

TEMP ~4 = 543.9740 ( 84.304 )

TEMP 5 = 544.2800 ( 84.610 )

TEMP 6 = 557.4460 ( 97.776 )

TEMP 7 = 559.6250 ( 99.955 )

TEMP 8 = 579.8300 ( 120.160 )

TEMP 9 = 580.2400 ( 120.570 )

TEMP 10 = 546.4540 ( 86.784 )

TEMP 11 = 546.6490 ( 86.979 )

TEMP 12 = 546.6140 ( 86.944 )

TEMP 13 = 546.8960 ( 87.226 )

TEMP 14 = 547.0780 ( 87.408 )

PRES 1= 72.4108 ( 71125.0 )

PRES 2= 72.4008 ( 72431.0 )

VPRS 1= .4403 ( 75.735 )

VPRS 2= .4650 ( 77.381 )

VPRS 3= .4559 ( 76.783 )

VPRS 4= .4960 ( 79.338 )

) VPRS 5= .5469 ( 82.336 )

s- VPRS 6= .5295 ( 81.340 )

SUMMARY

OF CORRECTED DATA ,

TIME = 2015 DATE = 1119 ,

TEMPERATURE (DEGREES R.) = 552.1187 CORRECTED PRESSURE (PSIA) = 71.9057 ,

VAPOR PRESSURE (PSIA) = .5051 VOLUME (CU.FT.) = 257566.0 ,

AIR MASS (LBM) = 90541.6 i

i

SUMMARY

OF MEASURED DATA AT 2030 1119 TEMP 1 = 542.6930 ( 83.023 )

TEMP 2 = 542.8890 ( 83.219 )

TEMP 3 = 544.9800 ( 85.310 )

TEMP 4 = 543.9930 ( 84.323 )

TEMP 5 = 544.3730 ( 84.703 )

TEMP 6 = 557.5530 ( 97.883 )

TEMP 7 = 559.7160 ( 100.046 )

TEMP 8 = 579.8700 ( 120.200 )

TEMP 9 = 580.3500 ( 120.680 )

TEMP 10 = 546.4780 ( 86.808 )

TEMP 11 = 546.6390 ( 86.969 )

TEMP 12 = 546.6230 ( 86.953 )

TEMP 13 = 546.8860 ( 87.216 )

TEMP 14 = 547.0610 ( 87.391 )

PRES 1= 72.4098 ( 71124.0 )

PRES 2= 72.3979 ( 72428.0 )

VPRS 1= .4391 ( 75.654 )

VPRS 2= .4672 ( 77.520 )

VPRS 3= .4544 ( 76.686 )

VPRS 4= .4961 ( 79.344 )

VPRS 5= .5471 ( 82.350 )

VPRS 6= .5305 ( 81.401 )

SUMMARY

OF CORRECTED DATA TIME = 2030 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.1479 CORRECTED PRESSURE (PSIA) = 71.9042 VAPOR PRESSURE (PSIA) = .5055 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90534.9

U

SUMMARY

OF MEASURED DATA AT 2045 1119 TEMP 1 = 542.7830 ( 83.113 )

TEMP 2 = 542.9830 ( 83.313 )

TEMP 3 = 545.0380 ( 85.368 )

TEMP 4 = 544.0430 ( 84.373 )

TEMP 5 = 544.4140 ( 84.744 )

TEMP 6 = 557.7090 ( 98.039 )

TEMP 7 = 559.8700 ( 100.200 )

TEMP 8 = 580.0000 ( 120.330 )

TEMP 9 = 580.5200 ( 120.850 )

TEMP 10 = 546.5300 ( 86.860 )

TEMP 11 = 546.7010 ( 87.031 )

TEMP 12 = 546.6460 ( 86.976 )

TEMP 13 = 546.9350 ( 87.265 )

TEMP 14 = 547.1280 ( 87.458 )

PRES 1= 72.4098 ( 71124.0 )

PRES 2= 72.3999 ( 72430.0 )

VPRS 1= .4576 ( 76.893 )

VPRS 2= .4649 ( 77.377 )

VPRS 3= .4576 ( 76.893 )

VPRS 4= .4970 ( 79.400 )

VPRS 5= .5484 ( 82.423 )

% VPRS 6= .5258 ( 81.126 )

4

SUMMARY

OF CORRECTED DATA TIME = 2045

• DATE = 1119

, TEMPERATURE (DEGREES R.) = 552.2274 CORRECTED PRESSURE (PSIA) = 71.9038 VAPOR PRESSURE (PSIA) = .5059 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90521.4 l

f t

{

\

V -

SUMMARY

OF MEASURED DATA AT 2100 1119 TEMP 1 = 542.6820 ( 83.012 )

TEMP 2 = 542.9200 ( 83.250 )

TEMP 3 = 544.9890 ( 85.319 )

TEMP 4 = 544.0050 ( 84.335 )

TEMP 5 = 544.3270 ( 84.657 )

TEMP 6 = 557.7480 ( 98.078 )

TEMP 7 = 559.9100 ( 100.240 )

TEMP 8 = 580.0400 ( 120.370 )

TEMP 9 = 580.4500 ( 120.780 )

TEMP 10 = 546.4250 ( 86.755 )

TEMP 11 = 546.6450 ( 86.975 )

TEMP 12 = 546.6230 ( 86.953 )

TEMP 13 = 546.8740 ( 87.204 )

TEMP 14 = 547.0540 ( 87.384 )

PRES 1= 72.4077 ( 71122.0 )

PRES 2= 72.3969 ( 72427.0 )

VPRS 1= .4584 ( 76.951 )

VPRS 2= .4675 ( 77.545 )

VPRS 3= .4564 ( 76.817 )

VPRS 4= .4947 ( 79.263 )

VPRS 5= .5468 ( 82.334 )

VPRS 6= .5299 / 81.364 )

SUMMARY

OF CORRECTED DATA TIME = 2100 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.1799 CORRECTED PRESSURE (PSIA) = 71.9003 VAPOR PRESSURE (PSIA) = .5074 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90524.7 l

l O

l

~./%

SUMMARY

OF MEASURED DATA'AT 2115 1119 TEMP .1 = 542.7280 ( 83.058 )

TEMP 2 = 542.9430 ( 83.273 )

TEMP 3 = 545.0120 ( 85.342 )

TEMP 4 = 544.0110 ( 84.341 )

TEMP 5 = 544.3800 ( 84.710 )

TEMP 6 = 557.8630 ( 98.193 )

TEMP 7 = 560.0070 ( 100.337 )

TEMP 8 = 580.0300 ( 120.360 )

TEMP 9 = 580.5500 ( 120.880 )

TEMP 10 = 546.4220 ( 86.752 )

TEMP 11 = 546.6420 ( 86.972 )

TEMP 12 = 546.6260 ( 86.956 )

TEMP 13 = 546.8660 ( 87.196 )

TEMP 14 = 547.0690 ( 87.399 )

. PRES 1= 72.4057 ( 71120.0 )

PRES 2= 72.3989 ( 72429.0 )

VPRS 1= .4599 (. 77.050 ) r

.; VPRS 2= .4645 ( 77.348 )

, VPRS 3= .4554 ( 76.750 )

VPRS 4= .4946 ( 79.257 )

VPRS 5= .5483 ( 82.415 )

l VPRS 6= .5290 ( 81.311 )

SUMMARY

OF CORRECTED DATA.

TIME = 2115 DATE = 1119 1 l TEMPERATURE (DEGREES R.) = 552.2072 CORRECTED PRESSURE (PSIA) = 71.8987 VAPOR PRESSURE (PSIA) = .5070 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90518.2 l.

SUMMARY

OF MEASURED DATA AT 2130 1119 TEMP 1 = 542.7510 ( 83.081 )

TEMP 2 = 543.0010 ( 83.331 )

TEMP 3 = 545.0580 ( 85.388 )

TEMP 4 = 544.0690 ( 84.399 )

TEMP 5 = 544.4370 ( 84.767 )

TEMP 6 = 558.0190 ( 98.349 )

TEMP 7 = 559.9900 ( 100.320 )

TEMP 8 = 580.1500 ( 120.480 )

TEMP 9 = 580.6500 ( 120.980 )

TEMP 10 = 546.5010 ( 86.831 )

TEMP 11 = 546.6690 ( 86.999 )

TEMP 12 = 546.5900 ( 86.920 )

TEMP 13 = 546.9190 ( 87.249 )

TEMP 14 = 547.1040 ( 87.434 )

PRES 1= 72.4057 ( 71120.0 )

PRES 2= 72.3949 ( 72425.0 )

VPRS 1= .4587 ( 76.969 )

VPRS 2= .4672 ( 77.526 )

VPRS 3= .4554 ( 76.753 )

VPRS 4= .4953 ( 79.296 )

VPRS. 5= .5476 ( 82.377 )

VPRS 6= .5311 ( 81.434 )

SUMMARY

OF CORRECTED DATA TIME = 2130 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.2609 CORRECTED PRESSURE (PSIA) = 71.8977 VAPOR PRESSURE (PSIA) = .5080 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90508.1 l

l e

'\.)

SUMMARY

OF MEASURED DATA AT 2145 1119 TEMP 1 = 542.8360 ( 83.166 )

TEMP 2 = 543.0620 ( 83.392 )

TEMP 3 = 545.1220 ( 85.452 )

TEMP 4 = 544.1350 ( 84.465 )

TEMP 5 = 544.5740 ( 84.904 )

TEMP 6 = 558.1680 ( 98.498 )

TEMP 7 = 560.0800 ( 100.410 )

TEMP 8 = 580.2400 ( 120.570 )

TEMP 9 = 580.7300 ( 121.060 )

TEMP 10 = 546.5260 ( 86.856 )

TEMP 11 = 546.7100 ( 87.040 )

TEMP 12 = 546.7000 ( 87.030 )

TEMP 13 = 546.9680 ( 87.298 )

TEMP 14 = 547.1510 ( 87.481 )

PRES 1= 72.4260 ( 71140.0 )

PRES 2= 72.4148 ( 72445.0 )

VPRS 1= .4680 ( 77.578 )

VPRS 2= .4680 ( 77.578 )

VPRS 3= .4572 ( 76.866 )

VPRS 4= .4964 ( 79.368 )

(' VPRS 5= .5484 ( 82.423 )

VPRS 6= .5351 ( 81.666 )

SUMMARY

OF CORRECTED DATA TIME = 2145 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.3378 CORRECTED PRESSURE (PSIA) = 71.9147 VAPOR PRESSURE (PSIA) = .5113 VOLUME (CU. FT. ) = 257566.0 AIR MASS (LBM) = 90516.9 l

v.. . , - - -~-,n - . . - . . , - - - - - - - - , . , - . - - - - . - , . .._..-.--en, . ,.. -n. . , , , ,.

SUMMARY

OF MEASURED DATA AT 2200 1119 TEMP 1 = 542.7370 ( 83.067 )

TEMP 2 = 542.9600 ( 83.290 )

TEMP 3 = 545.0700 ( 85.400 )

TEMP 4 = 544.0890 ( 84.419 )

TEMP 5 = 544.5010 ( 84.831 )

TEMP 6 = 558.2050 ( 98.535 )

TEMP 7 = 560.1400 ( 100.470 )

TEMP 8 = 580.2400 ( 120.570 )

TEMP 9 = 580.7400 ( 121.070 )

TEMP 10 = 546.5070 ( 86.837 )

TEMP 11 = 546.6830 ( 87.013 )

TEMP 12 = 546.6260 ( 86.956 )

TEMP 13 = 546.9070 ( 87.237 )

TEMP 14 = 547.0800 ( 87.410 )

PRES 1= 72.4300 ( 71144.0 )

PRES 2= 72.4217 ( 72452.0 ) {

VPRS 1= .4613 ( 77.140 )

VPRS 2= .4655 ( 77.413 )

VPRS 3= .4557 ( 76.768 )

VPRS 4= .4956 ( 79.315 )

VPRS 5= .5478 ( 82.388 )

VPRS 6= .5329 ( 81.538 )

SUMMARY

OF CORRECTED DATA TIME = 2200 DATE = 1119 TEMPERATURE (DEGREES R. ) = 552.2986 CORRECTED PRESSURE (PSIA) = 71.9210 VAPOR PRESSURE (PSIA) = .5090 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90531.3 0

~'

j

'V

SUMMARY

~OF MEASURED DATA AT 2215 1119 TEMP 1 = 542.7400 ( 83.070 )

TEMP 2 = 542.9690 ( 83.299 )

TEMP 3 = 545.0680 ( 85.398 )

TEMP 4 = 544.0950 ( 84.425 )

TEMP 5 = 544.5440 ( 84,874 )

TEMP 6 = 558.2980 ( 98.628 )

TEMP 7 = 560.2200 ( 100.550 )

TEMP 8 = 580.2700 ( 120.600 )

TEMP 9 = 580.8200 ( 121.150 )

TEMP 10 = 546.4630 ( 86.793 )

TEMP 11 = 546.6400 ( 86.970 )

TEMP 12 = 546.6100 ( 86.940 )

TEMP 13 = 546.9010 ( 87.231 )

TEMP 14 = 547.0700 ( 87.400 )

PRES 1= 72.4280 ( 71142.0 )

PRES 2= 72.4188 ( 72449.0 )

VPRS 1= .4495 ( 76.356 )

VPRS 2= .4654 ( 77.409 )

VPRS 3= .4555 ( 76.756 )

VPRS' 4= .4945 ( 79.251 )

VPRS 5= .5479 82.394 )

O VPRS 6= .5315

(

( 81.456 )

SUMMARY

OF CORRECTED DATA TIME = 2215

, DATE = 1119 TEMPERATURE (DEGREES R.) = 552.3107 CORRECTED PRESSURE (PSIA) = 71.9210 VAPOR PRESSURE (PSIA) = .5070 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90529.4 i

l l

l l

O l

l

SUMMARY

OF MEASURED DATA AT 2230 1119 TEMP 1 = 542.9110 ( 83.241 )

TEMP 2 = 543.0020 ( 83.332 )

TEMP 3 = 545.0960 ( 85.426 )

TEMP 4 = 544.1330 ( 84.463 )

TEMP 5 = 544.5790 ( 84.909 )

TEMP 6 = 558.4050 ( 98.735 )

TEMP 7 = 560.3400 ( 100.670 )

TEMP 8 = 580.3000 ( 120.630 )

TEMP 9 = 580.8800 ( 121.210 )

TEMP 10 = 546.5000 ( 86.830 )

TEMP 11 = 546.6610 ( 86.991 )

TEMP 12 = 546.6360 ( 86.966 )

TEMP 13 = 546.9250 ( 87.255 )

TEMP 14 = 547.0860 ( 87.416 )

PRES 1= 72.4270 ( 71141.0 )

PRES 2= 72.4168 ( 72447.0 )

VPRS 1= .4625 ( 77.214 )

VPRS 2= .4640 ( 77.316 )

VPRS 3= .4554 ( 76.753 )

VPRS 4= .4948 ( 79.264 )

VPRS 5= .5471 ( 82.350 )

VPRS 6= .5345 ( 81.634 )

SUMMARY

OF CORRECTED DATA TIME = 2230 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.3573 CORRECTED PRESSURE (PSIA) = 71.9175 VAPOR PRESSURE (PSIA) = .5095 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90517.3 9

o

{'~\

SUMMARY

OF MEASURED DATA AT 2245 1119 TEMP 1 = 542.8640 ( 83.194 )

TEMP 2 = 543.0760 ( 83.406 )

TEMP 3 = 545.1310 ( 85.461 )

TEMP 4 = 544.1590 ( 84.489 )

TEMP 5 = 544.5890 ( 84.919 )

TEMP 6 = 558.5480 ( 98.878 )

TEMP 7 =_560.5000 ( 100.830 )

TEMP 8 = 580.4200 ( 120.750 )

TEMP 9 = 580.9700 ( 121.300 )

TEMP 10 = 546.5470 ( 86.877 )

TEMP 11 = 546.7030 ( 87.033 )

TEMP 12 = 546.6950 ( 87.025 )

. TEMP 13 = 546.9380 ( 87.268 )

TEMP 14 = 547.1050 ( 87.435 )

PRES 1= 72.4260 ( 71140.0 )

PRES 2= 72.4158 ( 72446.0 )

VPRS 1= .4591 ( 76.992 )

VPRS 2= .4661 ( 77.453 )

VPRS 3= .4661 ( 77.453 )

VPRS 4= .4661 ( 77.453 )

[' VPRS 5= .5478 ( 82.388 )

N VPRS 6= .5319 ( 81.480 )

SUMMARY

OF CORRECTED DATA TIME = 2245 DATE = 1119 TEMPERATURE (DEGREES R. ) = 552.4094 CORRECTED PRESSURE (PSIA) = 71.9196 VAPOR PRESSURE (PSIA) = .5064 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90511.4

. O

SUMMARY

OF MEASURED DATA AT 2300 1119 TEMP 1 = 542.8760 ( 83.206 )

TEMP 2 = 542.9630 ( 83.293 )

TEMP 3 = 545.0760 ( 85.406 )

TEMP 4 = 544.1090 ( 84.439 )

TEMP 5 = 544.5500 ( 84.880 )

TEMP 6 = 558.5430 ( 98.873 )

TEMP 7 = 560.4800 ( 100.810 )

TEMP 8 = 580.4400 ( 120.770 )

TEMP 9 = 580.9300 ( 121.260 ) l TEMP 10 = 546.4300 ( 86.760 )

TEMP 11 = 546.6310 ( 86.961 )

TEMP 12 = 546.6100 ( 86.940 )

TEMP 13 = 546.8600 ( 87.190 )

TEMP 14 = 547.0220 ( 87.352 )

PRES 1= 72.4239 ( 71138.0 ) )

PRES 2= 72.4158 ( 72446.0 ) '

VPRS 1= .4630 ( 77.252 )

VPRS 2= .4646 ( 77.356 )

VPRS 3= .4541 ( 76.666 )

VPRS 4= .4927 ( 79.139 )

VPRS 5= .5464 ( 82'.309 )

VPRS 6= .5311 ( 81.436 )

SUMMARY

OF CORRECTED DATA TIME = 2300 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.3542 CORRECTED PRESSURE (PSIA) = 71.9163 VAPOR PRESSURE (PSIA) = .5077 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90516.3 0

\

SUMMARY

OF MEASURED DATA AT 2315 1119 TEMP 1 = 542.9150 ( 83.245 )

TEMP 2 = 542.9380 ( 83.268 )

TEMP 3 = 545.0790 ( 85.409 )

-TEMP 4 = 544.1150 ( 84.445 )

TEMP 5 = 544.5450 ( 84.875 )

TEMP 6 = 558.6520 ( 98.982 )

TEMP 7 = 560.5700 ( 100.900 )

TEMP 8 = 580.3900 ( 120.720 )

TEMP 9 = 580.9900 ( 121.320 )

TEMP 10 = 546.4300 ( 86.760 )

TEMP 11 = 546.6220 ( 86.952 )

TEMP 12 = 546.5960 ( 86.926 )

TEMP 13 = 546.8520 ( 87.182 )

TEMP 14 = 547.0470 ( 87.377 )

PRES 1= 72.4219 ( 71136.0 )

PRES 2= 72.4148 ( 72445.0 )

VPRS 1= .4638 ( 77.304 )

VPRS 2= .4621 ( 77.192 )

VPRS 3= .4534 ( 76.619 )

VPRS 4= .4921 ( 79.098 )

82.280 )

/"' VPRS 5= .5459 (

VPRS 6= .5294 ( 81.335 )

i

SUMMARY

OF CORRECTED DATA TIME = 2315 DATE = 1119 l TEMPERATURE (DEGREES R.) = 552.3649 CORRECTED PRESSURE (PSIA) = 71.9154 VAPOR PRESSURE (PSIA) = .5065

. VOLUME (CU.FT.) = 257566.0 l

AIR MASS (LBM) = 90513.4 l

O l

l _ m _ , _ _ - _ . . _ _ _ . _ _ _ _ . , _ . . . _ _ . _ _ _ _ , , _ _ _ . _ .,..-_,-,,-..r.----,- - - - .

SUMMARY

OF MEASURED DATA AT 2330 1119 TEMP 1 = 542.8880 ( 83.218 )

TEMP 2 = 542.9980 ( 83.328 )

TEMP 3 = 545.1190 ( 85.449 )

TEMP 4 = 544.1540 ( 84.484 )

TEMP S = 544.6180 ( 84.948 )

TEMP 6 = 558.8070 ( 99.137 )

TEMP 7 = 560.7200 ( 101.050 )

TEMP 8 = 580.5800 ( 120.910 )

TEMP 9 = 581.0600 ( 121.390 )

TEMP 10 = 546.4550 ( 86.785 )

TEMP 11 = 546.6320 ( 86.962 )

TEMP 12 = 546.6320 ( 86.962 )

TEMP 13 = 546.8750 ( 87.205 )

TEMP 14 = 547.0290 ( 87.359 )

PRES 1= 72.4209 ( 71135.0 )

PRES 2= 72.4138 ( 72444.0 )

VPRS 1= .4633 ( 77.272 )

VPRS 2= .4622 ( 77.197 )

VPRS 3= .4542 ( 76.670 )

VPRS 4= .4925 ( 79.127 )

VPRS 5= .5455 ( 82.258 )

VPRS 6= .5306 ( 81.405 )

SUMMARY

OF CORRECTED DATA TIME = 2330 DATE = 1119 TEMPERATURE (DEGREES R.) = 552.4199 CORRECTED PRESSURE (PSIA) = 71.9138 VAPOR PRESSURE (PSIA) = .5071 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90502.4 O

/

SUMMARY

OF MEASURED DATA AT 2345 1119 TEMP 1 = 542.7860 ( 83.116 )

TEMP -2 = 542.9960 ( 83.326 )

TEMP 3 = 545.1110 ( 85.441 )

TEMP 4 = 544.1650 ( 84.495 )

TEMP 5 = 544.6560 ( 84.986 )

TEMP 6 = 558.8720 ( 99.202 )

TEMP 7 = 560.8200 ( 101.150 )

TEMP 8 = 580.6700 ( 121.000 )

TEMP 9 = 581.1600 ( 121.490 )

TEMP 10 = 546.4400 ( 86.770 )

TEMP 11 = 546.6390 ( 86.969 )

TEMP 12 = 546.6320 ( 86.962 )

TEMP 13 = 546.8770 ( 87.207 )

TEMP 14 = 547.0430 ( 87.373 )

PRES 1= 72.4189 ( 71133.0 )

PRES 2= 72.4098 ( 72440.0 )

VPRS 1= .4561 ( 76.794 )

VPRS '2 = .4615 ( 77.153 )

VPRS 3= .4545 ( 76.692 )

VPRS 4= .4928 ( 79.141 )

. VPRS 5= .5450 ( 82.231 )

VPRS 6= .5315 ( 81.456 )

SUMMARY

OF CORRECTED DATA TIME = 2345 DATE = 1119 l TEMPERATURE (DEGREES R.) = 552.4429 i

CORRECTED PRESSURE (PSIA) = 71.9123

= .5066 VAPOR PRESSURE (PSIA)

[ VOLUME (CU.FT.) = 257566.0 l

AIR MASS (LBM) = 90496.8 l

l l

l l

i l

l l

l l

1

SUMMARY

OF MEASURED DATA AT 0 1120 TEMP 1 = 542.5770 ( 82.907 )

TEMP 2 = 542.6700 ( 83.000 )

TEMP 3 = 544.7880 ( 85.118 )

TEMP 4 = 543.8320 ( 84.162 )

TEMP 5 = 544.3800 ( 84.710 )

TEMP 6 = 558.6410 ( 98.971 )

TEMP 7 = 560.6300 ( 100.960 )

TEMP 8 = 580.3600 ( 120.690 )

TEMP 9 = 580.9900 ( 121.320 )

TEMP 10 = 546.1260 ( 86.456 )

TEMP 11 = 546.2950 ( 86.625 )

TEMP 12 = 546.2750 ( 86.605 )

TEMP 13 = 546.5560 ( 86.886 )

TEMP 14 = 546.7060 ( 87.036 )

PRES 1= 72.4179 ( 71132.0 )

PRES 2= 72.4078 ( 72438.0 )

VPRS 1= .4514 ( 76.483 )

VPRS 2= .4577 ( 76.899 )

VPRS 3= .4479 ( 76.251 )

VPRS 4= .4860 ( 78.723 )

VPRS 5= .5387 ( 81.874 )

VPRS 6= .5240 ( 81.024 )

SUMMARY

OF CORRECTED DATA TIME = 0 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.1478 CORRECTED PRESSURE (PSIA) = 71.9177 VAPOR PRESSURE (PSIA) = .5001 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90551.9 e

l l

?

l

SUMMARY

OF MEASURED DATA AT 15 1120

~

TEMP 1 = 542.9410 ( 83.271 )

TEMP '2:= 543.0130 ( 83;343 )

TEMP' 3 = 545.1130 ( 85.443 )

j' TEMP 4 = 544.1700 ( 84.500 )

TEMP 5 = 544.6520. ( 84.982 )

TEMP 6 = 559.0380 ( 99.368 )

TEMP 7 = 560.9400 ( 101.270 )

TEMP ,8 = 580.7100 ('121.040 )

TEMP 9 = 581.2200 ( 121.550 )

TEMP 10 = 546.4460 ( 86.776 )

TEMP'11 = 546.6170 ( 86.947 )

TEMP 12 = 546.6000 ( 86.930 )

TEMP 13 = 546.8630 ( 87.193 )

TEMP 14 = 547.0180 ( 87.348 )

i PRES l'= 72.4158 ( 71130.0 )

PRES 2= 72.4048 ( 72435.0 )

VPRS 1.= .4431 ( 75.926 )

VPRS 2= .4624 ( 77.212 )

, VPRS 3= .4538 ( 76.641 )

i

.. VPRS 4= .4906 ( 79.005 )

('T ~

VPRS 5= .5442 ( 82.188 )

i V VPRS 6= .5295 ( 81.341 )

k

SUMMARY

OF CORRECTED DATA l TIME = 15 DATE = 1120 f' TEMPERATURE (DEGREES R.) = 552.4657 CORRECTED PRESSURE (PSIA) = 71.9119

[

VAPOR PRESSURE (PSIA) = .5039 VOLUME (CU.FT.) = 257566.0 l AIR MASS (LBM) = 90492.5

SUMMARY

OF MEASURED DATA AT 30 1120 TEMP 1 = 542.8480 ( 83.178 )

TEMP 2 = $43.0300 ( 83.360 )

TEMP 3 = 545.1110 ( 85.441 )

TEMP 4 = 544.1650 ( 84.495 )

TEMP 5 = 544.6500 ( 84.980 ) ,

TEMP 6 = 559.1080 ( 99.438 )

TEMP 7 = 561.0300 ( 101.360 )

TEMP 8 = 580.7600 ( 121.090 )

TEMP 9 = 581.2500 ( 121.580 )

TEMP 10 = 546.4390 ( 86.769 )

TEMP 11 = 546.5930 ( 86.923 )

TEMP 12 = 546.5880 ( 86.918 )

TEMP 13 = 546.8350 ( 87.165 )

TEMP 14 = 546.9710 ( 87.301 )

PRES 1= 72.4148 ( 71129.0 )

PRES 2= 72.4038 ( /2434.0 )

VPRS 1= .4684 ( 77.598 )

VPRS 2= .4622 ( 77.195 )

VPRS 3= .4526 ( 76.561 )

VPRS 4= .4899 ( 78.965 )

VPRS 5= .5439 ( 82.171 )

VPRS 6= .5346 ( 81.639 )

SUMMARY

OF CORRECTED DATA TIME = 30 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.4649 CORRECTED PRESSURE (PSIA) = 71.9061

= .5087 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90485.4 l

-r

-1 l

t V

SUMMARY

OF MEASURED DATA AT 45 1120  ;

TEMP 1 = 542.8060 ( 83.136 )

TEMP 2 = 542.9610 ( 83.291 )

TEMP 3 = 545.1140 ( 85.444 )

TEMP 4 = 544.1570 ( 84.487 )

TEMP 5 = 544.6460 ( 84.976 )

TEMP 6 = 559.2120 ( 99.542 )

TEMP 7 = 561.1100 ( 101.440 )

TEMP 8 = 580.7700 ( 121.100 )

TEMP 9 = 581.2900 ( 121.620 )

TEMP 10 = 546.4070 ( 86.737 )

TEMP 11 = 546.~5910 ( 86.921 )

TEMP 12 = 546.5810 ( 86.911 )

TEMP 13 = 546.8340 ( 87.164 )

TEMP 14 = 546.9770 ( 87.307 )

PRES 1= 72.4128 ( 71127.0 )

PRES 2= 72.4028 ( 72433.0 )

VPRS 1= .4632 ( 77.264 )

VPRS 2= .4621 ( 77.191 ) ,

VPRS 3= .4528 ( 76.577 )

VPRS 4= .4528 ( 76.577 )

76.577 )

0, VPRS VPRS 5=

6=

.4528

.5305

(

( 81.398 ) -

SUMMARY

OF CORRECTED DATA TIME = 45 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.4679 CORRECTED PRESSURE (PSIA) = 71.9246 VAPOR PRESSURE (PSIA) = .4882 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90508.1 O

il

, , , . - - -- --v-.,,.---..-.,,-,.o, . , , , - _ ,

.--,--.--,----.v - - - - , - - - - - _ - - . . - - - . . , - - - - - . - . , ---v- --- ,

SUMMARY

OF MEASURED DATA AT 100 1120 TEMP 1 = 542.6610 ( 82.991 )

TEMP 2 = 542.6960 ( 83.026 )

TEMP 3 = 544.8300 ( 85.160 )

TEMP 4 = 543.8370 ( 84.167 )

TEMP 5 = 544.4050 ( 84.735 )

TEMP 6 = 559.0130 ( 99.343 )

TEMP 7 = 560.9800 ( 101.310 )

TEMP 8 = 580.6100 ( 120.940 )

TEMP 9 = 581.1400 ( 121.470 )

TEMP 10 = 546.1210 ( 86.451 )

TEMP 11 = 546.2970 ( 86.627 )

TEMP 12 = 546.2690 ( 86.599 )

TEMP 13 = 546.5550 ( 86.885 )

TEMP 14 = 546.6930 ( 87.023 )

PRES 1= 72.4108 ( 71125.0 )

PRES 2= 72.3989 ( 72429.0 ) ,

VPRS 1= .4640 ( 77.316 )

VPRS 2= .4551 ( 76.731 )

VPRS 3= .4470 ( 76.187 )

VPRS 4= .4845 ( 78.627 )

VPRS 5= .5376 ( 81.810 )

VPRS 6= .5250 ( 81.082 ) ll

SUMMARY

OF CORRECTED DATA TIME = 100 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.2211 CORRECTED PRESSURE (PSIA) = 71.9095 VAPOR PRESSURE (PSIA) = .5013 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90529.6 0

m'

SUMMARY

OF MEASURED DATA AT 115 1120 TEMP 1 = 542.9750 ( 83.305 )

TEMP ~2 = 542.9900 ( 83.320 )

TEMP 3 = 545.1580 ( 85.488 )

TEMP 4 = 544.1850 ( 84.515 )

TEMP 5 = 544.7680 ( 85.098 )

TEMP 6 = 559.4210 ( 99.751 )

TEMP 7 = 561.3300 ( 101.660 )

TEMP 8 = 580.9400 ( 121.270 )

TEMP 9 = 581.4800 ( 121.810 )

TEMP 10 = 546.4660 ( 86.796 )

TEMP 11 = 546.6310 ( 86.961 )

TEMP 12 = 546.6340 (~ 86.964 )

TEMP 13 = 546.8430 ( 87.173 )

TEMP 14 = 547.0220 ( 87.352 )

PRES 1= 72.4087 ( 71123.0 )

PRES 2 =- 72.3969 ( 72427.0 )

VPRS 1= .4671 ( 77.519 )

VPRS 2= .4624 ( 77.211 )

VPRS 3= .4510 ( 76.460 )

\ VPRS 4= .4894 ( 78.935 )

O'. VPRS 5= .5435 ( 82.145 )

VPRS 6= .5328 ( 81.536 )

SUMMARY

OF CORRECTED DATA TIME = 115 DATE = 1120 TEMPERATURE (DEGREES R. ) = 552.5599

CORRECTED PRESSURE (PSIA) = 71.9012

= .5076

• VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90463.6 1O

SUMMARY

OF MEASURED DATA AT 130 1120 O

TEMP 1 = 542.9120 ( 83.242 )

TEMP 2 = 543.1090 ( 83.439 )

TEMP 3 = 545.2120 ( 85.542 )

TEMP 4 = 544.2780 ( 84.608 )

TEMP 5 = 544.8070 ( 85.137 )

TEMP 6 = 559.5780 ( 99.908 )

TEMP 7 = 561.4900 ( 101.820 )

TEMP 8 = 581.0000 ( 121.330 )

TEMP 9 = 581.5700 ( 121.900 )

TEMP 10 = 546.5240 ( 86.854 )

TEMP 11 = 546.7120 ( 87.042 )

TEMP 12 = 546.6770 ( 87.007 )

TEMP 13 = 546.9270 ( 87.257 )

TEMP 14 = 547.0670 ( 87.397 )

PRES 1= 72.4077 ( 71122.0 )

PRES 2= 72.3999 ( 72430.0 )

VPRS 1= .4504 ( 76.417 )

VPRS 2= .4602 ( 77.069 )

VPRS 3= .4523 ( 76.545 )

VPRS 4= .4904 ( 78.993 )

VPRS 5= .5444 ( 82.197 )

VPRS 6= .5314 ( 81.451 )

SUMMARY

OF CORRECTED DATA TIME = 130 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.6306 CORRECTED PRESSURE (PSIA) = 71.9025 VAPOR PRESSURE (PSIA) = .5052 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90453.7 9

p Q

SUMMARY

OF MEASURED DATA AT 145 1120 TEMP 1 = 542.8010 ( 83.131 )

TEMP 2 = 542.9980 ( 83.328 )

TEMP 3 = 545.1890 ( 85.519 )

TEMP 4 = 544.2080 ( 84.538 )

TEMP 5 = 544.8120 ( 85.142 )

TEMP 6 = 559.6340 ( 99.964 )

TEMP 7 = 561.5300 ( 101.860 )

TEMP 8 = 581.0300 ( 121.360 )

TEMP 9 = 581.5700 ( 121.900 ) '

TEMP 10 = 546.4840 ( 86.814 )

TEMP 11 = 546.6340 ( 86.964 )

TEMP 12 = 546.6050 ( 86.935 )

TEMP 13 = 546.8750 ( 87.205 )

TEMP 14 = 547.0030 ( 87.333 )

PRES 1= 72.4067 ( 71121.0 )

PRES 2= 72.3969 ( 72427.0 )

VPRS 1= .4647 ( 77.359 )

VPRS 2= .4613 ( 77.136 )

1 VPRS 3= .4506 ( 76.432,)

. s't VPRS 4= .4897 ( 78.950 )

s/ VPRS 5= .5430 ( 82.116 )

VPRS 6= .5306 ( 81.408 )

SUMMARY

OF CORRECTED DATA TIME = 145 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.5932 CORRECTED PRESSURE (PSIA) = 71.9006 VAPOR PRESSURE (PSIA) = .5061 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90457.4 i

O Q

SUMMARY

OF MEASURED DATA AT 200 1120 O

TEMP 1 = 542.8210 ( 83.151 ) ,

TEMP 2 = 543.0250 ( 83.355 )

TEMP 3 = 545.2320 ( 85.562 )

TEMP 4 = 544.2700 ( 84.600 )

TEMP 5 = 544.8590 ( 85.189 )

TEMP 6 = 559.7570 ( 100.087 )

TEMP 7 = 561.6400 ( 101.970 )

TEMP 8 = 581.1300 ( 121.460 )

TEMP 9 = 581.6700 ( 122.000 )

TEMP 10 = 546.5270 ( 86.857 )

TEMP 11 = 546.6930 ( 87.023 )

TEMP 12 = 546.6160 ( 86.946 )

TEMP 13 = 546.9070 ( 87.237 )

TEMP 14 = 547.0320 ( 87.362 )

PRES 1= 72.4057 ( 71120.0 )

PRES 2= 72.3939 ( 72424.0 )

VPRS 1= .4691 ( 77.648 )

VPRS 2= .4594 ( 77.011 )

VPRS 3= .4512 ( 76.474 )

VPRS 4= .4898 ( 78.959 )

VPRS 5= .5435 ( 82.144 )

VPRS 6= .5317 ( 81.471 )

SUMMARY

OF CORRECTED DATA TIME = 200 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.6490 CORRECTED PRESSURE (PSIA) = 71.8987

= .5070 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90445.9 O

.l

/b

_ f.{, .

V -

~w . r,

'/~b .

Y #

SUMMARY

OF MEASURED DATA AT 215 1120

}..

f, .

TEMP 1 = 542.8800 ( '83.210 )

t TEMP 2 = 543.0270 ( 83.357 )

f, TEMP 3 = 545.2180 ( 85.548 )

h TEMP 4 = 544.2580 ( 84.588 )

TEMP 5 = 544.8930 ( 85.223 )

TEMP 6 = 559.8360 ( 100.166 )

s' TEMP 7 = 561.7000 ( 102.030 )

?

TEMP 8 = 581.1900 ( 121.520 )

TEMP 9 = 581.7400 ( 122.070 )

, TEMP 10 = 546.4870 ( 86.817 )

.f f- TEMP 11 = 546.6640 ( 86.994 )

1# j/> TEMP 12 = 546.6290 ( 86.959 )

R- TEMP 13 = 546.9010 ( 87.231 )

TEMP 14 = 547.0110 ( 87.341 )

f,y'

>f ^

PRES 1= 72.4037 ( 71118.0 )

y 0, PRES 2= 72.3939 ( 72424.0 )

t' VPRS 1= .4661 ( 77.453 )

J VPRS 2= .4589 ( 76.983 )

VPRS 3= .4508 ( 76.446 )

'\ ' '

VPRS 4= .4893 ( 78.924 )

~ .. VPRS 5= .5429 ( 82.110 )

VPRS 6= .5330 ( 81.488 )

'a 7 J gj

SUMMARY

OF CORRECTED DATA

, TIME = 215 DATE = 1120 i

/g s ~ a TEMPERATURE (DEGREES R.) = 552.6636 3, _

= 71.8971 CORRECTED PRESSURE (PSIA)

'.?, VAPOR PRESSURE (PSIA) = .5066 L VOLUME (CU.FT.) = 257566.0 i ,

AIR MASS (LBM) = 90441.5 e

1 I

s\

J N

s.

Y

1. 1

- - m, o }

)

SUMMARY

OF MEASURED DATA AT 230 1120 O

TEMP 1 = 542.8220 ( 83.152 )

TEMP 2 = 543.0220 ( 83.352 )

TEMP 3 = 545.2300 ( 85.560 )

TEMP 4 = 544.2900 ( 84.620 )

TEMP 5 = 544.9020 ( 85.232 )

TEMP 6 = 559.9510 ( 100.281 )

TEMP 7 = 561.8100 ( 102.140 )

TEMP 8 = 581.2300 ( 121.560 )

TEMP 9 = 581.8000 (.122.130 )

TEMP 10 = 546.4890 (.. 86.819 )

TEMP 11 = 546.6770 ( 87.007 )

TEMP 12 = 546.6640 ( 86.994 )

TEMP 13 = 546.9250 .( 87.255 )

TEMP 14 = 547.0410 ( 87.371 )

PRES 1= 72.4027 ( 71117.0 )

PRES 2= 72.3919 ( 72422.0 ) i VPRS 1= .4644 ( 77.343 )

VPRS 2= .4606 ( 77.096 )

VPRS 3= .4508 ( 76.443 )

VPRS 4= .4892 ( 78.921 )

VPRS 5= .5429 '

82.110 )

VPRS 6= .5339 ' (( 81.596 )

SUMMARY

OF CORRECTED DATA TIME = 230 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.6923 CORRECTED PRESSURE (PSIA) = 71.8953 VAPOR PRESSURE (PSIA) = .5074 VOLUME (CU.FT.) -

2FG;66.0 AIR MASS (LBM1 ( i34.5 a

h O

/^s '

U

SUMMARY

OF MEASURED DATA AT -245 1120 TEMP 1 = 542.9750 ( 83.305 )

TEMP 2 = 543.1000 ( 83.430 )

TEMP 3 = 545.2730 ( 85.603 )

TEMP 4 = 544.3500 ( 84.680 )

TEMP 5 = 544.9680 ( 85.298 )

TEMP 6 = 560.0700 ( 100.400 )

TEMP 7 = 561.9500 ( 102.280 )

TEMP 8 = 581.3400 ( 121.670 )

TEMP 9 = 581.8100 ( 122.140 )

TEMP 10 = 546.5160 ( 86.846 )

TEMP 11 = 546.7040 ( 87.034 )

TEMP 12 = 546.6970 ( 87.027 )

TEMP 13 = 546.9540 ( 87.284 )

TEMP 14 = 547.0760 ( 87.406 )

PRES 1= 72.4017 ( 71116.0 )

PRES 2= 72.3919 ( 72422.0 )

VPRS 1= .4641 ( 77.322 )

VPRS 2= .4586 ( 76.962 )

VPRS 3= .4507 ( 76.434 )

l) VPRS 4= .4899 ( 78.964 )

\_,/ VPRS 5= .5430 ( 82.116 )

VPRS 6= .5345 ( 81.633 )

SUMMARY

OF CORRECTED DATA TIME = 245 DATE = 1120 l

l TEMPERATURE (DEGREES R.) = 552.7520 CORRECTED PRESSURE (PSIA) = 71.8942

VAPOR PRESSURE (PSIA) = .5075 i VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90423.4 I

I

SUMMARY

OF MEASURED DATA AT 300 1120 O

TEMP 1 = 542.9670 ( 83.297 )

TEMP 2 = 543.0560 ( 83.386 )

TEMP 3 = 545.2480 ( 85.578 )

TEMP 4 = 544.2780 ( 84.608 )

TEMP 5 = 544.9890 ( 85.319 )

TEMP 6 = 559.9200 ( 100.250 )

TEMP 7 = 561.9900 ( 102.320 )

TEMP 8 = 581.3800 ( 121.710 )

TEMP 9 = 581.9300 ( 122.260 )

TEMP 10 = 546.5060 ( 86.836 )

TEMP 11 = 546.6690 ( 86.999 )

TEMP 12 = 546.6460 ( 86.976 )

TEMP 13 = 546.9040 ( 87.234 )

TEMP 14 = 547.0280 ( 87.358 )

PRES 1= 72.4007 ( 71115.0 )

PRES 2= 72.3929 ( 72423.0 )

VPRS 1= .4585 ( 76.957 )

VPRS 2= .4585 ( 76.957 )

VPRS 3= .4585 ( 76.957 )

VPRS 4= .4897 ( 78.953 )

VPRS 5= .5418 ( 82.049 )

VPRS 6= .5307 ( 81.414 )

SUMMARY

OF CORRECTED DATA TIME = 300 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.7344 CORRECTED PRESSURE (PSIA) = 71.8949 VAPOR PRESSURE (PSIA) = .5058 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90427.1 O

(~)

\_s l

)

SUMMARY

OF MEASURED DATA AT .315 1120  ;

I TEMP 1 = 542.8770 ( 83.207 )

TEMP 2 = 543.1140 ( 83.444 )

TEMP 3 = 545.2870 ( 85.617 )

TEMP 4 = 544.2960 ( 84.626 )

TEMP 5 = 544.9890 ( 85.319 )

TEMP 6 = 560.0800 ( 100.410 )

TEMP 7 = 562.0500 ( 102.380 )

TEMP 8 = 581.4800 ( 121.810 )

. TEMP 9 = 582.0700 ( 122.400 )

TEMP 10 = 546.4940 ( 86.824 )

TEMP 11 = 546.6680 ( 86.998 )

TEMP 12 = 546.6890 ( 87.019 )

TEMP 13 = 546.8990 ( 87.229 )

TEMP 14 = 547.0140 ( 87.344 )

PRES 1= 72.3996 ( 71114.0 )

PRES 2= 72.3889 ( 72419.0 )

VPRS 1= .4571 ( 76.864 )

VPRS 2= .4586 ( 76.960 )

VPRS 3= .4486 ( 76.300 )

VPRS 4= .4891 ( 78.913

/ VPRS 5= .5414 ( 82.025'))

VPRS 6= .5323 ( 81.504 )

SUMMARY

OF CORRECTED DATA TIME = 315 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.7656 CORRECTED PRESSURE (PSIA) = 71.8944 VAPOR PRESSURE (PSIA) = .5052 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90421.4 l

l i

I

SUMMARY

OF MEASURED DATA AT 330 1120 O

TEMP 1 = 543.1630 ( 83.493 )

TEMP 2 = 543.1240 ( 83.454 )

TEMP 3 = 545.2530 ( 85.583 )

TEMP 4 = 544.3180 ( 84.648 )

TEMP 5 = 544.9910 ( 85.321 )

TEMP 6 = 560.1300 ( 100.460 )

TEMP 7 = 562.1900 ( 102.520 )

TEMP 8 = 581.5400 ( 121.870 )

TEMP 9 = 582.0900 ( 122.420 )

TEMP 10 = 546.5210 ( 86.851 )

TEMP 11 = 546.6750 ( 87.005 )

TEMP 12 = 546.6950 ( 87.025 )

TEMP 13 = 546.8860 ( 87.216 )

TEMP 14 = 547.0170 ( 87.347 )

PRES 1= 72.3986 ( 71113.0 )

PRES 2= 72.3869 ( 72417.0 )

VPRS 1= .4606 ( 77.096 )

VPRS 2= .4560 ( 76.792 )

VPRS 3= .4492 ( 76.338 )

VPRS 4= .4888 ( 78.897 )

VPRS 5= .5418 ( 82.048 )

VPRS 6= .5297 ( 81.355 )

SUMMARY

OF CORRECTED DATA TIME = 330 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.8000 CORRECTED PRESSURE (PSIA) = 71.8943 VAPOR PRESSURE (PSIA) = .5043 l VOLUME (CU.FT.) = 257566.0 j AIR MASS (LBM) = 90415.6 l

O

e L

V(~h

SUMMARY

OF MEASURED DATA AT 345 1120 TEMP 1 = 542.8830 ( 83.213 )

TEMP 2 = 543.0850 ( 83.415 )

TEMP 3 = 545.2840 ( 85.614 )

TEMP 4 = 544.3330 ( 84.663 )

TEMP 5 = 545.0170 ( 85.347 )

TEMP 6 = 560.2200 ( 100.550 )

TEMP 7 = 562.2500 ( 102.580 )

TEMP 8 = 581.6400 ( 121.970 )

TEMP. 9 = 582.1300 ( 122.460 )

TEMP 10 = 546.4890 ( 86.819 )

TEMP 11 = 546.6720 ( 87.002 )

TEMP 12 = 546.6860 ( 87.016 )

TEMP 13 = 546.9190 ( 87.249 )

TEMP 14 = 547.0350 ( 87.365 )

PRES 1= 72.3976 ( 71112.0 )

PRES 2= 72.3869 ( 72417.0 )

VPRS 1= .4621 ( 77.194 )

VPRS 2= .4579 ( 76.913 )

VPRS 3= .4494 ( 76.350 )

VPRS 4= .4884 ( 78.869 )

Ox VPRS 5= .5414 ( 82.026 )

VPRS 6= .5268 ( 81.185 )

SUMMARY

OF CORRECTED DATA TIME = 345 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.8074 CORRECTED PRESSURE (PSIA) = 71.8943 VAPOR PRESSURE (PSIA) = .5033 i

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90414.4 l

l l

O

, - - . - -,..-~m._-,-r, -._w. , . , _ , , , _ , , , , . - . , , , , . , _ - , , -

. , . .._~. .,

l

SUMMARY

OF MEASURED DATA AT 400 1120 O

TEMP 1 = 543.0700 ( 83.400 )

TEMP 2 = 543.1320 ( 83.462 )

TEMP 3 = 545.3370 ( 85.667 )

TEMP 4 = 544.3890 ( 84.719 )

TEMP 5 = 545.0590 ( 85.389 )

TEMP 6 = 560.3700 ( 100.700 )

TEMP 7 = 562.4300 ( 102.760 )

TEMP 8 = 581.7500 ( 122.080 )

TEMP 9 = 582.2900 ( 122.620 )

TEMP 10 = 546.5350 ( 86.865 )

TEMP 11 = 546.7450 ( 87.075 )

TEMP 12 = 546.7550 ( 87.085 )

TEMP 13 = 546.9640 ( 87.294 )

TEMP 14 = 547.0900 ( 87.420 )

PRES 1= 72.3966 ( 71111.0 )

PRES 2= 72.3869 ( 72417.0 )

VPRS 1= .4578 ( 76.911 )

VPRS 2= .4559 ( 76.786 )

VPRS 3= .4497 ( 76.370 )

VPRS 4= .4889 ( 78.901 ) .

VPRS 5= .5424 ( 82.081 )

VPRS 6= .5362 ( 81.729 )

SUMMARY

OF CORRECTED DATA TIME = 400 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.8916 CORRECTED PRESSURE (PSIA) = 71.8897 VAPOR PRESSURE (PSIA) = .5069 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90394.8 O

l

SUMMARY

OF MEASURED DATA AT 415 1120 TEMP 1 = 543.0340 ( 83.364 )

TEMP 2 ='543.1440 ( 83.474 )

l TEMP 3 = 545.3420 ( 85.672 )

TEMP 4 = 544.3710 ( 84.701 )

TEMP 5 = 545.0620 ( 85.392 )

TEMP 6 = 560'.5000 ( 100.830 )

TEMP 7 = 562.4800 ( 102.810 )

TEMP 8 = 581.8300 (-122.160 )

TEMP 9 = 582.4400 ( 122.770 )

., TEMP 10 = 546.5100 ( 86.840-)

TEMP 11 = 546.7010 ( 87.031 )

! TEMP 12 = 546.7090 ( 87.039 )

TEMP 13 = 546.9360 ( 87.'266 )

TEMP 14 = 547.0760 ( 87.406 )

PRES 1= 72.3956 ( 71110.0 )

PRES 2= 72.3869 ( 72417.0 )

VPRS 1= .4605 ( 77.084 )

t VPRS 2= .4565 ( 76.825 )

3 VPRS 3= .4480 ( 76.254 )

O VPRS VPRS VPRS 4=

5=

6=

.4882

.5418

.5340

(

(

(

78.855 )

82.049 )

81.604 )

SUMMARY

OF CORRECTED DATA TIME = 415 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.9021 l CORRECTED PRESSURE (PSIA) = 71.8896 VAPOR PRESSURE (PSIA) = .5060 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90393.0 i

l f

O I

SUMMARY

OF MEASURED DATA AT 430 1120 O

TEMP 1 = 542.9670 ( 83.297 )

TEMP 2 = 543.0890 ( 83.419 )

TEMP 3 = 545.3290 ( 85.659 )

TEMP 4 = 544.3710 ( 84.701 )

TEMP 5 = 545.0710 ( 85.401 )

TEMP 6 = 560.5000 ( 100.830 )

TEMP 7 = 562.5600 ( 102.890 )

TEMP 8 = 581.8600 ( 122.190 )

TEMP 9 = 582.3900 ( 122.720 )

TEMP 10 = 546.5120 ( 86.842 )

TEMP 11 = 546.6870 ( 87.017 )

TEMP 12 = 546.6660 ( 86.996 )

TEMP 13 = 546.9190 ( 87.249 )

TEMP 14 = 547.0250 ( 87.355 )

PRES 1= 72.3956 ( 71110.0 )

PRES 2= 72.3859 ( 72416.0 )

VPRS 1= .4563 ( 76.811 )

VPRS 2= .4543 ( 76.680 )

VPRS 3= .4487 ( 76.303 )

VPRS 4= .4877 ( 78.828 )

VPRS 5= .5404 ( 81.970 )

VPRS 6= .5332 ( 81.555 )

SUMMARY

OF CORRECTED DATA TIME = 430 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.8883 CORRECTED PRESSURE (PSIA) = 71.8908 VAPOR PRESSURE (PSIA) = .5048 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90396.8 1

l l

l t

O

SUMMARY

OF MEASURED DATA AT 445 1120 TEMP 1 = 542.9780 ( 83.308 )

TEMP 2 = 543.0650 ( 83.395 )

TEMP 3 = 545.2730 ( 85.603 )

TEMP 4 = 544.3480 ( 84.678 )

TEMP 5 = 545.0180 ( 85.348 )

TEMP 6 = 560.5900 ( 100.920 )

. TEMP 7 = 562.6300 ( 102.960 )

TEMP 8 = 581.9200 ( 122.250 )

TEMP 9 = 582.4200 ( 122.750 )

TEMP 10 = 546.4630 ( 86.793 )

TEMP 11 = 546.6260 ( 86.956 )

TEMP 12 = 546.6430 ( 86.973 )

TEMP 13 = 546.8690 ( 87.199 )

TEMP 14 = 546.9940 ( 87.324 )

PRES 1= 72.3946 ( 71109.0 )

PRES 2= 72.3829 ( 72413.0 )

VPRS 1= .4571 ( 76.863 )

VPRS 2= .4544 ( 76.687 )

VPRS 3= .4464 ( 76.149 )

VPRS 4= .4868 ( 78.772 )

% VPRS 5= .5404 ( 81.968 )

VPRS 6= .5290 ( 81.312 )

SUMMARY

OF CORRECTED DATA TIME = 445 DATE = 1120 TEMPERATURE (DEGREES R. ) = 552.8753 CORRECTED PRESSURE (PSIA) = 71.8918 VAPOR PRESSURE (PSIA) = .5028 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90400.2 i

O -

SUMMARY

OF MEASURED DATA AT 500 1120 O

TEMP 1 = 542.9550 ( 83.285 )

TEMP 2 = 543.1060 (' 83.436 )

TEMP 3 = 545.3630 ( 85.693 )

TEMP 4 = 544.4170 ( 84.747 )

TEMP 5 = 545.0840 ( 85.414 )

TEMP 6 = 560.7700 ( 101.100 )

TEMP 7 = 562.7700 ( 103.100 )

TEMP 8 = 582.0900 ( 122.420 )

TEMP 9 = 582.5400 ( 122.870 )

TEMP 10 = 546.5700 ( 86.900 )

TEMP 11 = 546.7270 ( 87.057 )

TEMP 12 = 546.7120 ( 87.042 )

TEMP 13 = 546.9480 ( 87.278 )

TEMP 14 = 547.0810 ( 87.411 )

PRES 1= 72.3936 ( 71108.0 )

PRES 2= 72.3810 ( 72411.0 )

VPRS 1= .4570 ( 76.853 )

VPRS 2= .4558 ( 76.779 )

VPRS 3= .4466 ( 76.162 )

VPRS 4= .4875 ( 78.816 )

VPRS 5= .5410 ( 82.005 )

VPRS 6= .5298 ( 81.362 )

SUMMARY

OF CORRECTED DATA TIME = 500 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.9675 CORRECTED PRESSURE (PSIA) = 71.8901 VAPOR PRESSURE (PSIA) = .5035

• VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90383.0 0

[; .

w,

SUMMARY

OF MEASURED DATA AT 515 1120 TEMP 1 = 543.0160 ( 83.346 )

TEMP 2 = 543.0600 ( 83.390-) '

TEMP 3 = 545.3030 ( 85.633 )

TEMP 4 = 544.3760 ( 84.706 )

TEMP 5 = 545.0410 ( 85.371 )

' TEMP 6 = 560.8200 ( 101.150 )

TEMP 7 = 562.7800 ( 103.110 )

TEMP 8 = 582.0700 ( 122.400 )

TEMP 9 = 582.5600 ( 122.890 )

TEMP 10 = 546.4970 ( 86.827 )

TEMP 11 = 546.6540 ( 86.984 )

TEMP 12 = 546.6520 ( 86.982 )

TEMP 13 = 546.8750 ( 87.205 )

TEMP 14 = 547.0200 ( 87.350 )

PRES 1= 72.3925 ( 71107.0 )

PRES 2= 72.3839 ( 72414.0 )

VPRS 1= .4568 ( 76.843 )

VPRS 2= .4543 ( 76.678 )

VPRS 3= .4458 ( 76.106 )

VPRS 4= .4861 ( 78.727 )

O- VPRS 5= .5393 ( 81.909 )

VPRS 6= .5307 ( 81.413 )

SUMMARY

OF CORRECTED DATA TIME = 515 DATE = 112,0 l TEMPERATURE (DEGREES R.) = 552.9323 CORRECTED PRESSURE (PSIA) = 71.8894 VAPOR PRESSURE (PSIA) = .5032 ,

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90387.8 4

O

SUMMARY

OF MEASURED DATA AT 530 1120 TEMP 1 = 542.8930 ( 83.223 )

TEMP 2 = 543.0570 ( 83.387 )

TEMP 3 = 545.3060 ( 85.636 )

TEMP 4 = 544.3820 ( 84.712 )

TEMP 5 = 544.9430 ( 85.273 )

TEMP 6 = 560.8900 ( 101.220 )

TEMP 7 = 562.8300 ( 103.160 )

TEMP 8 = 582.1200 ( 122.450 )

TEMP 9 = 582.6500 ( 122.980 )

TEMP 10 = 546.4830 ( 86.813 )

TEMP 11 = 546.6640 ( 86.994 )

TEMP 12 = 546.6450 ( 86.975 )

TEMP 13 = 546.8670 ( 87.197 )

TEMP 14 = 547.0050 ( 87.335 )

PRES 1= 72.3915 ( 71106.0 )

PRES 2= 72.3819 ( 72412.0 )

VPRS 1= .4564 ( 76.817 )

VPRS 2= .4546 ( 76.696 )

VPRS 3= .4462 ( 76.135 )

VPRS 4= .4863 ( 78.738 )

VPRS 5= .5393 ( 81.909 )

VPRS 6= .5341 ( 81.610 )

SUMMARY

OF CORRECTED DATA TIME = 530 DATE = 1120 TEMPERATURE (DEGREES R. ) = 552.9308 CORRECTED PRESSURE (PSIA) = 71.8869

= .5047 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90384.9 O

. - . . -_ . . - ,...-. . .- - -. . . _ ~ - . - .- _-.. - .-_.- - - ._

5 l

SUMMARY

OF MEASURED. DATA AT 545 1120 TEMP 1 = 542.9000 ( 83.230 ) -

TEMP 2 = 543.1080 ( 83.438 )

TEMP 3 = 545.3570 ( 85.687 )

i TEMP 4 = 544.4290 ( -84.759 )

TEMP 5 = 545.0810 ( 85.411')

TEMP 6 = 561.0000 ( 101.330 )

TEMP 7 = 562.9700 ( 103.300 )

TEMP 8 = 582.3000 ( 122.630 )

TEMP 9 = 582.7900 ( 123.120 )

I TEMP 10 = 546.5130 ( 86.843 )

4 TEMP 11 = 546.6890 ( 87.019 )

l. TEMP 12 = 546.7000 ( 87.030 )

TEMP 13 = 546.9120 ( 87.242 )

> TEMP 14 = 547.0320 ( 87.362 )

i PRES 1= 72.3905 -( 71105.0 )

PRES 2= 72.3810 ( 72411.0 )

VPRS 1= .4537 ( 76.638 )

VPRS 2= .4541 ( 76.661 )

VPRS 3= .4461 ( 76.126 )

VPRS 4= .4866 ( 78.758 )

i VPRS 5= .5400 ( 81.948 )

l VPRS- 6= .5340 ( 81.604 )

i

SUMMARY

OF CORRECTED DATA l TIME = 545 DATE = 1120 l

TEMPERATURE (DEGREES R.) = 553.0056 l CORRECTED PRESSURE'(PSIA) = 71.8861 i VAPOR PRESSURE (PSIA) = .5044 I

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90371.8 I

l i

l LO i

n l

i

! _ _ . - . . _ _ _ _ _ . ~ . . _ . - - _ _ _ _ _ _ _ _ _ _ . - . _ . _ . . _ . _

SUMMARY

OF MEASURED DATA AT 600 1120 O

TEMP 1 = 542.8760 ( 83.206 )

TEMP 2 = 543.0510 ( 83.381 )

TEMP 3 = 545.3020 ( 85.632 )

TEMP 4 = 544.4080 ( 84.738 )

TEMP 5 = 545.0300 ( 85.360 )

TEMP 6 = 561.0600 ( 101.390 )

TEMP 7 = 563.0700 ( 103.400 )

TEMP 8 = 582.2900 ( 122.620 )

TEMP 9 = 582.7900 ( 123.120 )

TEMP 10 = 546.4770 ( 86.807 )

TEMP 11 = 546.6390 ( 86.969 )

TEMP 12 = 546.6570 ( 86.987 )

TEMP 13 = 546.8580 ( 87.188 )

TEMP 14 = 547.0000 ( 87.330 )

PRES 1= 72.3895 ( 71104.0 )

PRES 2= 72.3790 ( 72409.0 )

VPRS 1= .4527 ( 76.571 )

VPRS 2= .4532 ( 76.606 )

VPRS 3= .4447 ( 76.034 )

VPRS 4= .4857 ( 78.703 ) .7 VPRS 5= .5396 ( 81.922 )

VPRS 6= .5320 ( 81.488 )

SUMMARY

OF CORRECTED DATA TIME = 600 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.9818 CORRECTED PRESSURE (PSIA) = 71.8865

=

VAPOR PRESSURE (PSIA) .5030 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90376.1 4

0

u

SUMMARY

OF MEASURED DATA AT 615 1120 TEMP 'l = 543.0180 ( 83.348 )

TEMP 2 = 543.1780 -( 83.508 )

TEMP 3 = 545.3890 ( 85.719 )

j TEMP 4 = 544.4600 ( 84.790 )

TEMP 5 = 545.1370 ( 85.467 )

TEMP 6 = 561.2400 ( 101.570 )

TEMP 7 = 563.2000 ( 103.530 )

TEMP 8 = 582.4700 ( 122.800 )

TEMP 9 = 583.0000 ( 123.330 )

TEMP 10 = 546.5390 ( 86.869 )

, TEMP 11 = 546.6870 ( 87.017 )

TEMP 12 = 546.7040 ( 87.034 )

TEMP 13 = 546.9100 ( 87.240 )

TEMP 14 = 547.0550 ( 87.385 )

I PRES 1= 72.3895 ( 71104.0 )

PRES 2= 72.3780 ( 72408.0 )

! VPRS 1= .4506 ( 76.428 )

4 VPRS 2= .4531 ( 76.596 )

VPRS 3= .4460 ( 76.121 )

VPRS 4= .4869 ( 78.776 )

j VPRS 5= .5401- ( 81.951 )

1 VPRS 6= .5336 ( 81.582 )

SUMMARY

OF CORRECTED DATA TIME = 615 DATE = 1120 l

! TEMPERATURE (DEGREES R. ) = 553.0807 I

CORRECTED PRESSURE (PSIA) = 71.8857 VAPOR PRESSURE (PSIA) = .5038 VOLUME (CU.FT.) = 257566.0

! AIR MASS (LBM) = 90358.9 i

lO i

SUMMARY

OF MEASURED DATA AT 630 1120 O

TEMP 1 = 542.9200 ( 83.250 )

TEMP 2 = 543.0010 ( 83.331 )

TEMP 3 = 545.2710 ( 85.601 )

TEMP 4 = 544.3800 ( 84.710 )

TEMP 5 = 545.0460 ( 85.376 )

TEMP 6 = 561.2400 ( 101.570 )

TEMP 7 = 563.1700 ( 103.500 )

TEMP 8 = 582.4200 ( 122.750 )

TEMP 9 = 582.9100 ( 123.240 )

TEMP 10 = 546.4400 ( 86.770 )

TEMP 11 = 546.6070 ( 86.937 )

TEMP 12 = 546.5780 ( 86.908 )

TEMP 13 = 546.8220 ( 87.152 )

TEMP 14 = 546.9650 ( 87.295 )

PRES 1= 72.3885 ( 71103.0 )

PRES 2= 72.3760 ( 72406.0 )

VPRS 1= .4522 ( 76.536 )

VPRS 2= .4511 ( 76.461 )

VPRS 3= .4437 ( 75.967 )

VPRS 4= .4848 ( 78.645 )

VPRS 5= .5378 ( 81.823 )

VPRS 6= .5316 ( 81.462 )

SUMMARY

OF CORRECTED DATA TIME = 630 DATE = 1120 TEMPERATURE (DEGREES R.) = 552.9938 CORRECTED PRESSURE (PSIA) = 71.8864 VAPOR PRESSURE (PSIA) = .5021 VOLUME (CU.FT.) = 257566.0

AIR MASS (LBM) = 90374.0 l

l I

l

i l

i J1 1

SUMMARY

OF MEASURED DATA AT 645 1120 TEMP 1 = 543.1080 ( 83.438 )

TEMP 2 = 543.0760 ( 83.406 )

TEMP 3 = 545.3580 ( 85.688 )

TEMP 4 = 544.4760 ( 84.806 )

TEMP 5 = 545.0330 ( 85.363 )

TEMP 6 = 561.3800 ( 101.710 )

TEMP 7 = 563.3800 ( 103.710 )

< TEMP 8 = 582.5800 ( 122.910 )

TEMP 9 = 583.0800 ( 123.410 )

TEMP 10 = 546.4830 ( 86.813 )

86.994 )

TEMP 11 = 546.6640 (

TEMP 12 = 146.6630 ( 86.993 )

TEMP 13 = 546.9010 ( 87.231 )

TEMP 14 = 547.0310 ( 87.361 )

PRES 1= 72.3875 ( 71102.0 )

PRES 2= 72.3800 ( 72410.0 )

I VPRS 1= .4518 ( 76.509 )

VPRS 2= .4507 ( 76.434 )

VPRS 3= .4446 ( 76.026 )

' p/

s_s

• VPRS

• VPRS 4=

5=

. 4860

.5385

( 78.720 )

(* 81.861 )

VPRS 6= .5307 ( 81.413 )

SUMMARY

OF CORRECTED DATA TIME = 645 DATE = 1120 TEMPERATURE (DEGREES R. ) = 553.0878 CORRECTED PRESSURE (PSIA) = 71.8855 VAPOR PRESSURE (PSIA) = .5020

, VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90357.6

?

i

!O

SUMMARY

OF MEASURED DATA AT 700 1120 O

TEMP 1 = 542.9810 ( 83.311 )

TEMP 2 = 543.0920 ( 83.422 )

TEMP 3 = 545.3490 ( 85.679 )

TEMP 4 = 544.4310 ( 84.761 )

TEMP 5 = 545.0000 ( 85.330 ) .

TEMP 6 = 561.4600 ( 101.790 )

TEMP 7 = 563.4300 ( 103.760 )

TEMP 8 = 582.6400 ( 122.970 )

TEMP 9 = 583.1200 ( 123.450 )

TEMP 10 = 546.4890 ( 86.819 )

TEMP 11 = 546.6490 ( 86.979 )

TEMP 12 = 546.6160 ( 86.946 )

TEMP 13 = 546.8780 ( 87.208 )

TEMP 14 = 547.0000 ( 87.330 )

PRES 1= 72.3875 ( 71102.0 )

PRES 2= 72.3780 ( 72408.0 )

VPRS 1= .4492 ( 76.335 )

. VPRS 2= .4522 ( 76.538 )

VPRS 3= .4431 ( .75.924 ) -

VPRS 4= .4849 ( 78.651 )

VPRS 5= .5386 ( 81.868 )

VPRS 6= .5299 ( 81.366 )

SUMMARY

OF CORRECTED DATA TIME = 700 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.0789 CORRECTED PRESSURE (PSIA) = 71.8862 VAPOR PRESSURE (PSIA) = .5013 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90359.9 9

O

SUMMARY

OF MEASURED DATA AT 715 1120 TEMP 1 = 542.9350 ( 83.265 )

TEMP 2 = 543.0770 ( 83.407 )

TEMP 3 = 545.3890 ( 85.719 )

TEMP 4 = 544.4670 ( 84.797 )

TEMP 5 = 545.1460 ( 85.476 )

TEMP 6 = 561.6100 ( 101.940 )

TEMP 7 = 563.5600 ( 103.890 )

TEMP 8 = 582.8000 ( 123.130 )

TEMP 9 = 583.2800 ( 123.610 )

TEMP 10 = 546.5070 ( 86.837 )

TEMP 11 = 546.6870 ( 87.017 )

TEMP 12 = 546.6920 ( 87.022 )

TEMP 13 = 546.9100 ( 87.240 )

TEMP 14 = 547.0380 ( 87.368 )

PRES 1= 72.3865 ( 71101.0 )

PRES 2= 72.3760 ( 72406.0 )

VPRS 1= .4456 ( 76.097 )

. VPRS 2= .4507 ( 76.437 )

VPRS 3= .4439- ( 75.979 ).

78.718 )

O VPRS 4'= .4860 *

(

VPRS 5= .5390 ( 81.892 )

VPRS 6= .5316 ( 81.462 )

SUMMARY

OF CORRECTED DATA TIME = 715 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.1505 CORRECTED PRESSURE (PSIA) = 71.8848

=

VAPOR PRESSURE (PSIA) .5017 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90346.4 O

SUMMARY

OF MEASURED DATA AT 730 1120 9

TEMP 1 = 543.0540 ( 83.384 )

TEMP 2 = 543.1140 ( 83.444 )

TEMP 3 = 545.3900 ( 85.720 )

TEMP 4 = 544.5020 ( 84.832 )

TEMP 5 = 545.0650 ( 85.395 )

TEMP 6 = 561.6200 ( 101.950 )

TEMP 7 = 563.5800 ( 103.910 )

TEMP 8 = 582.8800 ( 123.210 )

TEMP 9 = 583.3400 ( 123.670 )

TEMP 10 = 546.4630 ( 86.793 )

TEMP 11 = 546.6550 ( 86.985 )

TEMP 12 = 546.6630 ( 86.993 )

TEMP 13 = 546.8810 ( 87.211 )

TEMP 14 = 547.0000 ( 87.330 )

PRES 1= 72.3865 ( 71101.0 )

PRES 2= 72.3760 ( 72406.0 )

VPRS 1= .4464 ( 76.150 )

VPRS 2= .4507 ( 76.440 )

VPRS 3= .4432 ( 75.930 )

VPRS 4= .4856 ( 78.692 ) -

VPRS 5= .5384 ( 81.858 )

VPRS 6= .5325 ( 81.515 )

SUMMARY

OF CORRECTED DATA TIME = 730 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.1514 CORRECTED PRESSURE (PSIA) = 71.8845 VAPOR PRESSURE (PSIA) = .5019 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90345.9 9

SUMMARY

OF MEASURED DATA AT 745 1120 TEMP 1 = 542.9490 ( 83.279 )

TEMP 2 = 543.1200 ( 83.450 )

TEMP 3 = 545.3920 ( 85.722 )

TEMP 4 = 544.4960 ( 34.826 )

TEMP 5 = 545.0560 ( 85.386 )

TEMP 6 = 561.7800 ( 102.110 )

TEMP 7 = 563.7800 ( 104.110 )

TEMP 8 = 582.9700 ( 123.300 ) ,

TEMP 9 = 583.5400 ( 123.870 )

TEMP 10 = 546.5100 ( 86.840 )

TEMP 11 = 546.5780 ( 87.008 )

TEMP 12 = 546.6750 ( 87.005 )

TEMP 13 = 546.9010 ( 87.231 )

TEMP 14 = 547.0290 ( 87.359 )

PRES 1= 72.3855 ( 71100.0 )

PRES 2= 72.3740 ( 72404.0 )

VPRS 1= .4572 ( 76.870 )

VPRS 2= .4515 ( 76.493 )

VPRS 3= .4431 ( 75.924 )

VPRS 4= .4850 ( 78.657 )

\ -

VPRS 5= .5386 ( 81.869 )

VPRS 6= .5349 ( 81.654 )

SUMMARY

OF CORRECTED DATA TIME = 745 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.1960 CORRECTED PRESSURE (PSIA) = 71.8812 VAPOR PRESSURE (PSIA) = .5042 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90334.5 i

i l

, - . - . . . , _ _ , . _ . .._, m.-...m__-, - . , . . -_-..-..,.-__,_-.__,y_,,-__-._.,-mmo.,...,.._-c._,m_w,,. --,,.--,.-_.y

SUMMARY

OF MEASURED DATA AT 800 1120 O

TEMP 1 = 543.0050 ( 83.335 )

TEMP 2 = 543.0210 ( 83.351 )

TEMP 3 = 545.2930 ( 85.623 )

TEMP 4 = 544.4030 ( 84.733 )

TEMP 5 = 545.0060 ( 85.336 )

TEMP 6 = 561.7200 ( 102.050 )

TEMP 7 = 563.6700 ( 104.000 )

TEMP 8 = 582.8800 ( 123.210 )

TEMP 9 = 583.4400 ( 123.770 )

TEMP 10 = 546.4080 ( 86.738 )

TEMP 11 = 546.5700 ( 86.900 )

TEMP 12 = 546.5810 ( 86.911 )

TEMP 13 = 546.7930 ( 87.123 )

TEMP 14 = 546.9090 ( 87.239 )

PRES 1= 72.3845 ( 71099.0 )

PRES 2= 72.3750 ( 72405.0 )

VPRS 1= .4567 ( 76.838 )

VPRS 2= .4471 ( 76.194 )

VPRS 3= .4409 ( 75.779 ) -

VPRS 4= .4836 ( 78.570 )

VPRS 5= .5372 (- 81.784 )

VPRS 6= .5326 ( 81.520 )

SUMM.1RY OF CORRECTED DATA TIME = 800 DATE = 1120 TEMPERATURE (DEGREES R.) = 563.1091 CORRECTED PRESSURE (PSIA) = 71.8823 VAPOR PRESSURE (PSIA) = .5021 VOLUME (CU.FT.) w 257566.0 AIR Mark (LBM) = 90350.1 9

O

SUMMARY

OF MEASURED DATA AT 815 1120 TEMP 1 = 542.8710 ( 83.201 )

TEMP 2 = 543.0300 ( 83.360 )

TEMP 3 = 545.2970 ( 85.627 )

TEMP 4 = 544.4400 ( 84.770 )

TEMP 5 = 544.9920 ( 85.322 )

TEMP 6 = 561.8400 ( 102.170 )

, TEMP 7 = 563.7500 ( 104.080 )

TEMP 8 = 582.9700 ( 123.300 )

TEMP 9 = 583.5200 ( 123.850 )

TEMP 10 = 546.4100 ( 86.740 )

TEMP 11 = 546.5740 ( 86.904 )

TEMP 12 = 546.5850 ( 86.915 )

l TEMP 13 = 546.7990 ( 87.129 )

{ . TEMP 14 = 546.9160 ( 87.246 ) ,

t PRES 1= 72.3834 ( 71098.0 )

PRES 2= 72.3760 ( 72406.0 )

f VPRS 1= .4509 ( 76.454 ) l

, VPRS 2= .4482 ( 76.269 )

. VPRS 3= .4416 ( .75.824 ) -

VPRS 4= .4827 ( 78.512 ) ,

VPRS 5= .5373 ( 81.793 )

J VPRS 6= .5265 ( 81.167 ) ,

SUMMARY

OF CORRECTED DATA TIME = 815 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.1301 j CORRECTED PRESSURE (PSIA) = 71.8844 i VAPOR PRESSURE (PSIA) = .4990 i VOLUME (CU.FT.) = 257566.0 i

AIR MASS (LBM) = 90349.3 I

i e

!O i

l i

SUMMARY

OF MEASURED DATA AT 830 1120 O

TEMP 1 = 542.9150 ( 83.245 )

TEMP 2 = 543.0590 ( 83.389 )

TEMP 3 = 545.3810 ( 85.711 )

TEMP 4 = 544.5130 ( 84.843 )

TEMP 5 = 545.1650 ( 85.495 )

TEMP 6 = 561.9900 ( 102.320 )

TEMP 7 = 563.9000 ( 104.230 )

TEMP 8 = 583.1900 ( 123.520 )

TEMP 9 = 583.6900 ( 124.020 )

TEMP 10 = 546.4460 ( 86.776 )

TEMP 11 = 546.6350 ( 86.965 )

TEMP 12 = 546.6320 ( 86.962 )

TEMP 13 = 546.8600 ( 87.190 )

TEMP 14 = 546.9850 ( 87.315 )

PRES 1= 72.3834 ( 71098.0 )

PRES 2= 72.3740 ( 72404.0 )

VPRS 1= .4541 ( 76.664 )

VPRS 2= .4502 ( 76.403 )

. VPRS 3= .4412 ( 75.799 ) .

VPRS 4= .4841 (~ 78.599 )

VPRS 5= .5384 ( 81.855 )

VPRS 6= .5327 ( 81'.529 )

SUMMARY

OF CORRECTED DATA TIME = 830 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.2281 CORRECTED PRESSURE (PSIA) = 71.8809

= .5025 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90328.9 O

[A \

%)

SUMMARY

OF MEASURED D5TA AT 845 1120 TEMP 1 = 542.9230 ( 83.253 )

TEMP 2 = 543.1210 ( 83.451 )

TEMP 3 = 545.3670 ( 85.697 )

TEMP 4 = 544.4860 ( 84.816 )

TEMP 5 = 545.1170 ( 85.447 )

TEMP 6 = 562.0700 ( 102.400 )

TEMP 7 = 563.9700 ( 104.300 )

TEMP 8 = 583.2300 ( 123.560 )

TEMP 9 = 583.6700 ( 124.000 )

TEMP 10 = 546.4080 ( 86.738 )

TEMP 11 = 546.6230 ( 86.953 )

TEMP 12 = 546.6340 ( 86.964 )

TEMP 13 = 546.8460 ( 87.176 )

TEMP 14 = 546.9730 ( 87.303 )

PRES 1= 72.3824 ( 71097.0 )

PRES 2= 72.3710 ( 72401.0 )

VPRS 1= .4514 ( 76.484 )

VPRS 2= .4521 ( 76.532 )

VPRS 3= .4408 ( 75.772 )

l VPRS 4= .4831 ( 78.540 ) -

VPRS 5= .5381 ( 81.840 )

VPRS 6= .5308 ( 81.419 )

1

SUMMARY

OF CORRECTED DATA TIME = 845 DATE = 1120 TEMPERATURE.(DEGREES R.) = 553.2263 CORRECTED PRESSURE (PSIA) = 71.8810

= .5014 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90329.3 l 4

8 O

I 4-q i

SUMMARY

OF MEASURED DATA AT 900 1120 e

TEMP 1 = 542.8930 ( 83.223 )

TEMP 2 = 543.0680 ( 83.398 ) ,

TEMP 3 = 545.3550 ( 85.685 ) '

TEMP 4 = 544.4900 ( 84.820 ) '

. 'J TEMP 5 = 545.0670 ( 85.397 )

TEMP 6 = 562.1600 ( 102.490 )

TEMP 7 = 564.0500 ( 104.380 )

TEMP 8 = 583.3100 ( 123.640 ) , ..

TEMP 9 = 583.7800 ( 124.110 ) '

TEMP 10 = 546.4340 ( 86.764 ) ,

TEMP 11 = 546.6030 ( 86.933 ) ~~

TEMP 12 = 546.6220 ( 86.952 ) #

TEMP 13 = 546.8260 ( 87.156 )

TEMP 14 = 546.9450 ( 87.275 )  :,

PRES 1= 72.3814 ( 71096.0 ) '

PRES 2= 72.3710 ( 72401.0 )

VPRS 1= .4494 ( 76.347 )

VPRS 2= .4470 ( 76.191 ) '

VPRS 3= .4399 ( 75.711 ) -

VPRS 4= .~4834 ( 78.559 ) '

VPRS 5= .5376 ( 81.810 ) M .

VPRS 6= .5316 ( 81.462 )

SUMMARY

OF CORRECTED DATA TIME = 900 DATE = 1120 A

)

TEMPERATURE (DEGREES R.) = 553.2358 CORRECTED PRESSURE (PSIA) = 71.8806

= .5008 VAPOR PRESSURE (PSIA)

VOLUME ( CU. FT. ) = 257566.0 AIR MASS (LBM) = 90327.2 4

f,

/

~. *w;

. +

A

'r -

T q l - .

s

• CUMMARY OF. MEASURED DATA AT 915 1120 V,

• o s

Qh, TEMP'. 1 = 543.2280 ( 83.558 )

g- r-r TEMi> 2 = 543.0860 (- 83.416 )

P7S TEMPY3 = 545.4010 ( 85.731 )

TEMP .4 = 544.5270

( 84.857 )~

, TEMP 5 =.545.2290 ( 85.559 )

TEMP 6 = 562.2500 ( 102.580 )

TEMP '7 = 564.1900 ( 104.520 )

/ TEMP 8 ='583.2900 ( 123.620 )

[.'

TESP 19'= 583.9300 TEMP 10 ='546.4590

( 124.260 )

( 86.789 )

L TEMP.11 = 546.6390 ( 86.969 ) +

f  ?, TEMP ' 12 .=' 54 6. 6100 ( 86.940 )

.,0 TIMP,.13 = 546.8520 ( 87.182 )

TEMP ~14 =f546.9830 ( 87.313 ) '

PRES- 1 = *72.3804 ( 71095.0 )

x

, PRES 2,= 72.3720 ( 72402.0 )

u >" 5 - - VPRS 1= .4498 ( 76.377 )

, 'v VPRS 2= .4491 ( 76.329 )

VPRS 3= .4408 ( 75.767 ) -

VPRS' 4 = ; .4839 ( 78.591 )

. VPRS~ 5= .5377 (< 81.817 )

,,. , ,p VPRS 6 =' .5344 ( 81.626 )

- , /

SUMMARY

OF CORRECTED DATA

* / ' TIME = 915 l ./ , f ' .

LATE = 1120

> ,t

~

TEMPERATURE (DEGREES R.) = 553.3049

, i CORRECTED PRESSURE (PSIA) = 71.8779

= .5025 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 l

(

= 90312.6 AIR MASS (LBM)

' (?

I \

b g

i ,

s ,4 d /

2

)

5 A

.~,*g

'. '. r

,s [,(

g g v 4 ,

L

\

I '

' g g .4 g) s'

, ,+

w 3

l

SUMMARY

OF MEASURED DATA AT 930 1120 9

83.371 )

TEMP 1 = 543.0410 (

• TEMP 2 = 543.0770 ( 83.407 )

TEMP 3 = 545.3840 ( 85.714 )

TEMP 4 = 544.5330 ( 84.863 )

TEMP 5 = 545.0620 ( 85.392 )

TEMP 6 = 562.3000 ( 102.630 )

TEMP 7 = 564.2600 ( 104.590 )

TEMP 8 = 583.4600 ( 123.790 )

TEMP 9 = 583.8400 ( 124.170 )

TEMP 10 = 546.4080 ( 86.738 )

TEMP 11 = 546.6050 ( 86.935 )

TEMP 12 = 546.6140 ( 86.944 )

TEMP 13 = 546.8200 ( 87.150 )

TEMP 14 = 546.9650 ( 87.295 )

PRES 1= 72.3794 ( 71094.0 )

PRES 2= 72.3700 ( 72400.0 ) j VPRS 1= .4447 ( 76.034 )

VPRS 2= .4471 ( 76.193 )

. VPRS 3 = .4400 ( 75.*715 )

VPRS 4= .4827 ( 78.512 ) '

VPRS .5= .5373 ( 81.790 )

VPRS ,6 = .5343 ( 81.620 )

SUMMARY

OF CORRECTED DATA TIME = 930 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.2796 CORRECTED PRESSURE (PSIA) = 71.8780 VAPOR PRESSURE (PSIA) = .5014 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90316.8 9

. . ~ _ - - _ - . . - -.

O

SUMMARY

OF MEASURED DATA AT 945 1120 TEMP 1 = 543.0740 ( 83.404 )

TEMP 2 = 542.9990 ( 83.329 )

TEMP 3 = 545.3670 ( 85.697 )

TEMP 4 = 544.5050 ( 84.835 )

TEMP 5 = 545.0410 ( 85.371 )

TEMP 6 = 562.3700 ( 102.700 )

TEMP 7 = 564.3300 ( 104.660 )

TEMP 8 = 583.5100 -( 123.840 )

TEMP 9 = 584.0100 ( 124.340 )

TEMP 10 = 546.4280 ( 86.758 )

TEMP 11 = 546.5970 ( 86.927 )

TEMP 12 = 546.5930 ( 86.923 )

TEMP 13 = 546.8120 ( 87.142 )

TEMP 14 = 546.9320 ( 87.262 )

PRES 1= 72.3794 ( 71094.0 )

PRES 2= 72.3690 ( 72399.0 )

VPRS 1= .4427 ( 75.897 )

VPRS 2= .4427 ( 75.897 )

. VPRS 3= .4427 ( 75.897 ) .

VPRS 4=' .4826 (' 78.509 )

O' VPRS VPRS 5=

6=

.5370

.5324

(

(

81.773 )

81"509 )

SUMMARY

OF CORRECTED DATA TIME = 945 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.2917 CORRECTED PRESSURE (PSIA) = 71.8793 VAPOR PRESSURE (PSIA) = .5001 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90316.5 O

SUMMARY

OF MEASURED DATA AT 1000 1120 O

TEMP 1 = 542.9550 ( 83.285 )

TEMP 2 = 542.993C ( 83.323 )

TEMP 3 = 545.3190 ( 85.649 )

TEMP 4 = 544.4630 ( 84.793 )

TEMP 5 = 545.0680 ( 85.398 )

TEMP 6 = 562.4300 ( 102.760 )

TEMP 7 = 564.3400 ( 104.670 )

TEMP 8 = 583.5100 ( 123.840 )

TEMP 9 = 583.9800 ( 124.310 )

TEMP 10 = 546.3380 ( 86.668 )

TEMP 11 = 546.5500 ( 86.880 )

TEMP 12 = 546.5350 ( 86.865 )

TEMP 13 = 546.7790 ( 87.109 )

TEMP 14 = 546.9093 ( 87.239 )

PRES 1= 72.3784 ( 71093.0 )

PRES 2= 72.3680 ( 72398.0 )

VPRS 1= .4463 ( 76.144 )

VPRS 2= .4448 ( 76.039 )

VPRS 3= .4385 ( 75.610 )

VPRS 4= .4822 ( 78.483 )

VPRS S= .5358 ( 81.709 )

VPRS 6= .5309 ( 81.425 )

SUMMARY

OF CORRECTED DATA TIME = 1000 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.2625 CORRECTED PRESSURE (PSIA) = 71.8789 VAPOR PRESSURE (PSIA) = .4995 VOLUME (CU.FT.) = 257566 0 AIR MASS (LBM) = 9032a.8 l

.s

(

SUMMARY

OF MEASURED DATA AT 1015 1120 TEMP 1 = 542.9550 ( 83.285 )

TEMP 2 = 543.0070 ( 83.337 )

TEMP 3 = 545.3460 ( 85.676 )

TEMP 4 = 544.4700 ( 84.800 )

TEMP 5 = 545.0850 ( 85.415 )

TEMP 6 = 562.5700 ( 102.900 )

TEMP 7 = 564.4800 ( 104.810 )

TEMP 8 = 583.6600 ( 123.990 )

TEM'P 9 = 584.1200 ( 124.450 )

TEMP 10 = 546.4010 ( 86.731 )

TEMP 11 = 546.5740 ( 86.904 )

TEMP 12 = 546.5470 ( 86.877 ).

TEMP 13 = 546.7930 ( 87.123 )

TEMP 14 = 546.9040 ( 87.234 )

PRES 1= 72.3774 ( 71092.0 )

PRES 2= 72.3660 ( 72396.0 )

VPRS 1= .4478 ( 76.242 )

VPRS 2= .4454 ( 76.080 )

VPRS 3= .4388 ( 75.630 ) -

f'N VPRS 4= .4820 ( 78.466 )

s VPRS 5= .5365 ( 81.747 )

VPRS 6= .5327 ( 81.527 )

SUMMARY

OF CORRECTED DATA TIME = 1015 DATE = 1120

= 553.3115 TEMPERATURE (DEGREES R.)

l CORRECTED PRESSURE (PSIA) = 71.8768

= .5005 VAPOR PRESSURE (PSIA)

= 257566.0 VOLUME (CU.FT.)

AIR MASS (LBM) = 90310.1 l

SUMMARY

OF MEASURED DATA AT 1030 1120 TEMP 1 = 542.9930 ( 83.323 )

TEMP 2 = 543.0390 ( 83.369 )

TEMP 3 = 545.3960 ( 85.726 )

TEMP 4 = 544.5080 ( 84.838 )

TEMP 5 = 545.1070 ( 85.437 )

TEMP 6 = 562.6900 ( 103.020 )

TEMP 7 = 564.5700 ( 104.900 )

TEMP 8 = 583.7300 ( 124.060 )

TEMP 9 = 584.2200 ( 124.550 )

TEMP 10 = 546.4200 ( 86.750 )

TEMP 11 = 546.6100 ( 86.940 )

TEMP 12 = 546.5840 ( 86.914 )

TEMP 13 = 546.8080 ( 87.138 )

TEMP 14 = 546.9390 ( 87.269 )

PRES 1= 72.3764 ( 71091.0 )

PRES 2= 72.3640 ( 72394.0 )

VPRS 1= .4458 ( 76.109 )

VPRS 2= .4451 ( 76.063 )

VPRS 3= .4379 ( 75.569 )

VPRS 4= .4820 ( 78.471 )

VPRS 5= .53G9 ( 81.770 )

VPRS 6= .5311 ( 81.437 )

SUMMARY

OF CORRECTED DATA TIME = 1030 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.3574 CORRECTED PRESSURE (PSIA) = 71.8767 VAPOR PRESSURE (PSIA) = .4996 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90302.5 O

4

w I

SUMMARY

OF MEASURED DATA AT 1045 1120 TEMP 1 = 542.8450 ( 83.175 )

TEMP 2 = 543.0530 ( 83.383 )

TEMP 3 = 545.3900 ( 85.720 )

TEMP 4 = 544.5470 ( 84.877 )

TEMP 5 = 545.1800 ( 85.510 )

TEMP 6 = 562.8000 ( 103.130 )

TEMP 7 = 564.6800 ( 105.010 )

TEMP 8 = 583.8600 ( 124.190 )

TEMP 9 = 584.3000 ( 124.630 )

TEMP 10 = 546.4360 ( 86.766 )

TEMP 11 = 546.6020 ( 86.932 )

TEMP 12 = 546.5910 ( 86.921 )

TEMP 13 = 546.8060 ( 87.136 )

TEMP 14 = 546.9450 ( 87.275 )

PRES 1= 72.3753 ( 71090.0 )

PRES 2= 72.3670 ( 72397.0 )

VPRS 1= .4385 ( 75.622 )

VPRS 2= .4442 ( 75.999 )

. VPRS. 3 = .4380 ( 75.-579 )

/5 VPRS 4= .4822 ( 78.479 )

( VPRS 5= '.5362 ( 81.729 )

• VPRS 6= .5317 ( 81.468 )

SUMMARY

OF CORRECTED DATA TIME = 1045 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.3903

! CORRECTED PRESSURE (PSIA) = 71.8765 VAPOR PRESSURE (PSIA) = .4989 i VOLUME (CU.FT.) = 257566.0 l AIR MASS (LBM) = 90296.8 l

l t

i l

l I

SUMMARY

OF MEASURED DATA AT 1100 1120 O

l

)

TEMP 1 = 542.9050 ( 83.235 )

TEMP 2 = 543.0270 ( 83.357 )

TEMP 3 = 545.3510 ( 85.681 )

TEMP 4 = 544.4840 ( 84.814 )

TEMP 5 = 545.0910 ( 85.421 )

TEMP 6 = 562.8500 ( 103.180 )

TEMP 7 = 564.6800 ( 105.010 )

TEMP 8 = 583.9300 ( 124.260 )

TEMP 9 = 584.3100 ( 124.640 )

TEMP 10 = 546.3430 ( 86.673 )

TEMP 11 = 546.5650 ( 86.895 )

TEMP 12 = 546.5320 ( 86.862 )

TEMP 13 = 546.7710 ( 87.101 )

TEMP 14 = 546.9180 ( 87.248 )

PRES 1= 72.3733 ( 71088.0 )

PRES 2= 72.3650 ( 72395.0 )

VPRS 1= .4453 ( 76.072 )

VPRS 2= .4427 ( 75.901 ) .

VPRS 3. = .4370 ( 75.506 ) '

VPRS 4= .4817 ( 78.453 ) .

VPRS 5= .5360 ( 81.720 )

VPRS 6= .5329 ( 81.541 )

SUMMARY

OF CORRECTED DATA TIME = 1100 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.3632 CORRECTED PRESSURE (PSIA) = 71.8735

= .4998 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90297.5 9

[";

'V

SUMMARY

OF MEASURED DATA AT 1115 1120 ,

TEMP 1 = 542.9670 ( 83.297 )

TEMP 2 = 542.9980 ( 83.328 ) l TEMP 3 = 545.3670 ( 85.697 ) l TEMP 4 = 544.5560 ( 84.886 )  !

TEMP 5 = 545.1310 ( 85.461 )

TEMP 6 = 562.9400 ( 103.270 )

TEMP 7 = 564.8400 ( 105.170 )

TEMP 8 = 583.9800 ( 124.310 )

TEMP 9 = 584.4700 ( 124.800 )

TEMP 10 = 546.3650 ( 86.695 )

TEMP 11 = 546.5840 ( 86.914 )

TEMP 12 = 546.5730 ( 86.903 )

TEMP 13 = 546.8000 ( 87.130 )

TEMP 14 = 546.9210 ( 87.251 )

PRES 1= 72.3733 ( 71088.0 )

PRES 2= 72.3630 ( 72393.0 )

VPRS 1= .4511 ( 76.464 )

VPRS 2= .4436 ( 75.961 )

VPRS 3= .4382 ( 75.592 )

n/

N, VPRS VPRS VPRS 4=

5=

6=

.4818

.5357

.5327

(

(

(

78.457 )

81.703 )

81.527 )

SUMMARY

OF CORRECTED DATA TIME = 1115 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.4144 CORRECTED PRESSURE (PSIA) = 71.8728 VAPOR PRESSURE (PSIA) = .5005 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90288.2 f

O

_.. _ . , _ . . _ _ _ _ _ . , _ , _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ _,..- ,.__ _ _.__ ~ ..____,...._ _ ,_ . . _ . . _ _ _ _ _ . . .

SUMMARY

OF MEASURED DATA AT 1130 1120 O

TEMP 1 = 542.9990 ( 83.329 )

TEMP 2 = 543.0150 ( 83.345 )

TEMP 3 = 545.3490 ( 85.679 )

TEMP 4 = 544.4930 ( 84.823 )

TEMP 5 = 545.0850 ( 85.415 )

TEMP 6 = 563.0000 ( 103.330 )

TEMP 7 = 564.8900 ( 105.220 )

TEMP 8 = 584.0100 ( 124.340 )

TEMP 9 = 584.5600 ( 124.890 )

TEMP 10 = 546.3460 ( 86.676 )

TEMP 11 = 546.5520 ( 86.882 )

TEMP 12 = 546.5070 ( 86.837 )

TEMP 13 = 546.7710 ( 87.101 )

TEMP 14 = 546.8700 ( 87.200 )

PRES 1= 72.3723 ( 71087.0 )

PRES 2= 72.3620 ( 72392.0 )

VPRS 1= .4452 ( 76.065 )

VPRS 2= .4441 ( 75.994 )

VPRS 3= .4359 ( 75.431 )

VPRS 4= .4813 ( 78.424 )

VPRS 5= .5354 ( 81.686 )

VPRS 6= .5300 ( 81.369 )

SUMMARY

OF CORRECTED DATA TIME = 1130 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.4035 CORRECTED PRESSURE (PSIA) = 71.8739 VAPOR PRESSURE (PSIA) = .4984 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90291.4 O

l

O

SUMMARY

OF MEASURED DATA AT 1145 1120 TEMP 1 = 542.8790 ( 83.209 )

TEMP 2 = 542.9890 ( 83.319 )

TEMP 3 = 545.3480 ( 85.678 )

TEMP 4 = 544.4780 ( 84.808 )

TEMP 5 = 545.0790 ( 85.409 )

TEMP 6 = 563.0300 ( 103.360 )

TEMP 7 = 564.9400 ( 105.270 )

TEMP 8 = 584.1200 ( 124.450 )

TEMP 9 = 584.6000 ( 124.930 )

TEMP 10 = 546.3460 ( 86.676 )

TEMP 11 = 546.5290 ( 86.859 )

TEMP 12 = 546.5440 ( 86.874 )

TEMP 13 = 546.7580 ( 87.088 )

TEMP 14 = 546.8810 ( 87.211 )

PRES 1= 72.3652 ( 71080.0 )

PRES 2= 72.3561 ( 72386.0 )

VPRS 1= .4450 ( 76.057 )

VPRS 2= .4405 ( 75.749 )

VPRS 3= .4356 ( 75.416 ) ,

(' VPRS 4= .4816 ( 78.442 )

x VPRS 5= .5348 ( 81.651 )

VPRS 6= .5324 ( 81.512 )

SUMMARY

OF CORRECTED DATA TIME = 1145 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.4106 CORRECTED PRESSURE (PSIA) = 71.8662 VAPOR PRESSURE (PSIA) = .4990 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90280.6 O

i

SUMMARY

OF MEASURED DATA AT 1200 1120 O

TEMP 1 = 542.9870 ( 83.317 )

TEMP 2 = 542.9610 ( 83.291 )

TEMP 3 = 545.3840 ( 85.714 )

TEMP 4 = 544.5330 ( 84.863 )

TEMP 5 = 545.1550 ( 85.485 )

TEMP 6 = 563.1500 ( 103.480 )

TEMP 7 = 565.0900 ( 105.420 )

TEMP 8 = 584.1900 ( 124.520 )

TEMP 9 = 584.7000 ( 125.030 )

TEMP 10 = 546.3790 ( 86.709 )

TEMP 11 = 546.5520 ( 86.882 )

TEMP 12 = 546.5360 ( 86.866 )

TEMP 13 = 546.7680 ( 87.098 )

TEMP 14 = 546.9240 ( 87.254 )

PRES 1= 72.3571 ( 71072.0 )

PRES 2= 72.3451 ( 72375.0 )

VPRS 1= .4443 ( 76.005 )

VPRS 2= .4443 ( 76.005 )

VPRS 3= .4443 ( 76.005 )

VPRS 4= .4816 ( 78.442 ) .

VPRS 5= .5357 (

• 81.701 ) -

VPRS 6= .5263 ( 81.158 )

SUMMARY

OF CORRECTED DATA TIME = 1200 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.4633 CORRECTED PRESSURE (PSIA) = 71.8594

=

VAPOR PRESSURE (PSIA) .4977 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90263.5 9

[ t

%J

SUMMARY

OF MEASURED DATA AT 1215 1120 TEMP 1 = 542.8850 ( 83.215 )

TEMP 2 = 542.9610 ( 83.291 )

TEMP 3 = 545.3200 ( 85.650 )

TEMP 4 = 544.4810 ( 84.811 )

TEMP 5 = 545.0880 ( 85.418 )

TEMP 6 = 563.1700 ( 103.500 )

TEMP 7 = 565.0600 ( 105.390 )

TEMP 8 = 584.1800 ( 124.510 )

TEMP 9 = 584.6500 ( 124.980 )

TEMP 10 = 546.3030 ( 86.633 )

TEMP 11 = 546.5000 ( 86.830 )

TEMP 12 = 546.4840 ( 86.814 )

TEMP 13 = 546.7120 ( 87.042 )

TEMP 14 = 546.8290 ( 87.159 )

PRES 1= 72.3480 ( 71063.0 )

PRES 2= 72.3352 ( 72365.0 )

VPRS 1= .4410 ( 75.781 )

VPRS 2= .4393 ( 75.665 ) .

VPRS 3. = .4345 ( 75.340 )

l

~ -

VPRS 4= .4789 ( 78.273 ) '

s VPRS 5= .5347 ( 81.642 )

VPRS 6= .5374 ( 81.797 )

SUMMARY

OF CORRECTED DATA TIME = 1215 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.4114 CORRECTED PRESSURE (PSIA) = 71.8479 VAPOR PRESSURE (PSIA) = .5002 l VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90257.4

l

SUMMARY

OF MEASURED DATA AT 1230 1120 9

TEMP 1 = 543.0620 ( 83.392 )

TEMP 2 = 542.9830 ( 83.313 )

TEMP 3 = 545.3920 ( 85.722 )

TEMP 4 = 544.5340 ( 84.864 )

TEMP 5 = 545.0900 ( 85.420 )

TEMP 6 = 563.3500 ( 103.680 )

TEMP 7 = 565.2300 ( 105.560 )

TEMP 8 = 584.3600 ( 124.690 )

TEMP 9 = 584.8000 ( 125.130 ) .

TEMP 10 = 546.3520 ( 86.682 )

TEMP 11 = 546.5380 ( 86.868 )

TEMP 12 = 546.5300 ( 86.860 )

TEMP 13 = 546.7650 ( 87.095 )

TEMP 14 = 546.8870 ( 87.217 )

PRES 1= 72.3389 ( 71054.0 )

PRES 2= 72.3302 ( 72360.0 )

VPRS 1= .4437 ( 75.965 )

VPRS 2= .4405 ( 75.750 )

VPRS 3 =- .4354 ( 75.396 )

VPRS' 4= .4800 ( 78.343 )

VPRS 5= .5352 ( 81.669 )

VPRS 6= .5296 ( 81.3'46 )

SUMMARY

OF CORRECTED DATA TIME = 1230 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.4918 CORRECTED PRESSURE (PSIA) = 71.8414

= .4975 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90236.2 0

O

SUMMARY

OF MEASURED DATA AT 1245 1120 TEMP 1 = 542.9350 ( 83.265 )

TEMP 2 = 543.0560 ( 83.386 )

TEMP 3 = 545.4010 ( 85.731 )

TEMP 4 = 544.5740 ( 84.904 )

TEMP 5 = 545.1870 ( 85.517 )

TEMP 6 = 563.4600 ( 103.790 )

TEMP 7 = 565.3200 ( 105.650 )

TEMP 8 = 584.4400 ( 124.770 )

TEMP 9 = 584.8900 ( 125.220 )

TEMP 10 = 546.3590 ( 86.689 )

TEMP 11 = 546.5650 ( 86.895 )

TEMP 12 = 546.5160 ( 86.846 )

TEMP 13 = 546.7770 ( 87.107 )

TEMP 14 = 546.8840 ( 87.214 )

PRES 1= 72.3308 ( 71046.0 )

PRES 2= 72.3193 ( 72349.0 )

VPRS 1= .4414 ( 75.810 )

VPRS 2= .4423 ( 75.874 )

VPRS 3= .4345 ( 75.334 ) ,

VPRS 4= .4799 ( 78.335 )

.s VPRS 5= .5354 ( 81.683 )

VPRS 6= .5323 ( 81.504 )

SUMMARY

OF CORRECTED DATA TIME = 1245 l DATE = 1120 TEMPERATURE (DEGREES R.) = 553.5283 j

CORRECTED PRESSURE (PSIA) = 71.8323 VAPOR PRESSURE (PSIA) = .4985 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90218.8 l0

SUMMARY

OF MEASURED DATA AT 1300 1120 O

TEMP 1 = 542.9260 ( 83.256 )

TEMP 2 = 542.9780 ( 83.308 )

TEMP 3 = 545.3450 ( 85.675 )

TEMP 4 = 544.5540 ( 84.884 )

TEMP 5 = 545.1490 ( 85.479 )

TEMP 6 = 563.4600 ( 103.790 )

TEMP 7 = 565.3300 ( 105.660 )

TEMP 8 = 584.4800 ( 124.810 )

TEMP 9 = 584.9700 ( 125.300 )

TEMP 10 = 546.3030 ( 86.633 )

TEMP 11 = 546.4980 ( 86.828 )

TEMP 12 = 546.4710 ( 86.801 )

TEMP 13 = 546.7030 ( 87.033 )

TEMP 14 = 546.8220 ( 87.152 )

PRES 1= 72.3217 ( 71037.0 )

PRES 2= 72.3093 ( 72339.0 )

VPRS 1= .4406 ( 75.756 )

VPRS 2= .4414 ( 75.808 )

VPRS 3= .433.3 ( 75.251 )

VPRS 4= .4791 ( 78.285 )

VPRS 5= .5338 ( 81.594 ) -

VPRS 6= .5335 ( 81.572 )

SUMMARY

OF CORRECTED DATA TIME = 1300 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.5007 CORRECTED PRESSURE (PSIA) = 71.8233 VAPOR PRESSURE (PSIA) = .4984 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90212.0 9

SUMMARY

OF MEASURED DATA AT 1315 1120 TEMP 1 = 542.9690 ( 83.299 )

TEMP 2 = 543.0410 ( 83.371 )

TEMP 3 = 545.4120 ( 85.742 )

TEMP 4 = 544.5570 ( 84.887 )

TEMP 5 = 545.2000 ( 85.530 )

TEMP 6 = 563.6100 ( 103.940 )

TEMP 7 = 565.4500 ( 105.780 )

TEMP 8 = 584.5900 ( 124.920 )

TEMP 9 = 585.0200 ( 125.350 )

TEMP 10 = 546.3260 ( 86.656 )

TEMP 11 = 546.5520 ( 86.882 )

TEMP 12 = 546.5350 ( 86.865 )

TEMP 13 = 546.7610 ( 87.091 )

TEMP 14 = 546.8900 ( 87.220 )

PRES 1= 72.3126 ( 71028.0 )

l PRES 2= 72.2994 ( 72329.0 )

.i VPRS 1= .4405 ( 75.750 )

VPRS 2= .4416 ( 75.824 )

j VPRS 3= .4341 ( 75.312 )

!

• VPRS 4= .4796 ( 78.317 ) .

VPRS 5= .5350 ( '81.662 ) - -

VPRS 6= .5311 ( 81.436 )

SUMMARY

OF CORRECTED DATA TIME = 1315 DATE = 1120 i

TEMPERATURE (DEGREES R.) = 553.5612 i

CORRECTED PRESSURE (PSIA) = 71.8148

VAPOR PRESSURE (PSIA) = .4977

, VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90191.5 1

e i

i.

O

,,-y.., -e,g,,_, - . -,-,--,_,,_ww.,, ,

SUMMARY

OF MEASURED DATA AT 1330 1120 O

TEMP 1 = 542.9610 ( 83.291 )

TEMP 2 = 543.0560 ( 83.386 )

TEMP 3 = 545.4250 ( 85.755 )

TEMP 4 = 544.6380 ( 84.968 )

TEMP 5 = 545.2230 ( 85.553 )

TEMP 6 = 563.7500 ( 104.080 )

TEMP 7 = 565.5800 ( 105.910 )

TEMP 8 = 584.7100 ( 125.040 )

TEMP 9 = 585.2100 ( 125.540 )

TEMP 10 = 546.3330 ( 86.663 )

TEMP 11 = 546.5520 ( 86.882 )

TEMP 12 = 546.5180 ( 86.848 )

TEMP 13 = 546.7700 ( 87.100 )

TEMP 14 = 546.8990 ( 87.229 )

PRES 1= 72.3035 ( 71019.0 )

PRES 2= 72.2934 ( 72323.0 )

VPRS 1= .4415 ( 75.814 )

VPRS 2= .4418 ( 75.837 )

VPRS 3= .4346 ( 75.343 )

VPRS 4= .4801 ( ,78.347 )

VPRS 5= .5361 ( 81.721 )

VPRS 6= .5330 ( 81.543 )

SUMMARY

OF CORRECTED DATA TIME = 1330 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.6099 CORRECTED PRESS.URE (PSIA) = 71.8046 VAPOR PRESSURE (PSIA) = .4989 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90170.7 O

,O 3 V

SUMMARY

OF MEASURED DATA AT 1345 1120 TEMP 1 = 543.0890 ( 83.419 )

TEMP 2 = 543.0560 ( 83.386 )

TEMP 3 = 545.4740 ( 85.804 )

TEMP 4 = 544.6760 ( 85.006 )

TEMP 5 = 545.3000 ( 85.630 )

TEMP 6 = 563.8400 ( 104.170 )

TEMP 7 = 565.7000 ( 106.030 )

TEMP 8 = 584.8000 ( 125.130 )

TEMP 9 = 585.2900 ( 125.620 )

TEMP 10 = 546.4020 ( 86.732 )

TEMP 11 = 546.6070 ( 86.937 )

TEMP 12 = 546.5820 ( 86.912 )

TEMP 13 = 546.8230 ( 87.153 )

TEMP 14 = 546.9470 ( 87.277 )

PRES 1= 72.2954 ( 71011.0 )

PRES 2= 72.2824 ( 72312.0 )

VPRS 1= .4438 ( 75.972 )

VPRS 2= .4425 ( 75.883 )

VPRS 3 =- .4347 ( 75.351 )-

/~\ VPRS' 4= .4801 ( 78.347 )

'( ,) VPRS '5= .5356 ( 81.695 )

VPRS 6= .5344 ( 81.628 )

SUMMARY

OF CORRECTED DATA TIME = 1345 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.6768 CORRECTED PRESSURE (PSIA) = 71.7956 VAPOR PRESSURE (PSIA) = .4998 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90148.5 i

l O

l L

SUMMARY

OF MEASURED DATA AT 1400 1120 O

TEMP 1 = 543.0220 ( 83.352 )

TEMP 2 = 543.0390 ( 83.369 )

TEMP 3 = 545.4380 ( 85.768 )

TEMP 4 = 544.6810 ( 85.011 )

TEMP 5 = 545.2900 ( 85.620 )

TEMP 6 = 563.8700 ( 104.200 )

TEMP 7 = 565.7300 ( 106.060 )

TEMP 8 = 584.8800 ( 125.210 )

TEMP 9 = 585.2600 ( 125.590 )

TEMP 10 = 546.3700 ( 86.700 )

TEMP 11 = 546.5420 ( 86.872 )

TEMP 12 = 546.5520 ( 86.882 )

TEMP 13 = 546.7680 ( 87.098 )

TEMP 14 = 546.8840 ( 87.214 )

PRES 1= 72.2863 ( 71002.0 )

PRES 2= 72.2765 ( 72306.0 )

VPRS 1= .4404 ( 75.743 )

VPRS 2= .4405 ( 75.747 )

.VPRS 3= .4341 ( 75.312 )

VPRS- 4= .4795 ( 78.312 )

'VPRS 5= .5348 ( 81.651-)

VPRS 6= .5339 ( 81.599 )

SUMMARY

OF CORRECTED DATA TIME = 1400 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.6572 CORRECTED PRESSURE (PSIA) = 71.7875 VAPOR PRESSURE (PSIA) = .4988 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90141.5 O

O

SUMMARY

OF MEASURED DATA AT 1415 1120 TEMP 1 = 542.9610 ( 83.291 )

TEMP 2 = 542.9230 ( 83.253-)

TEMP 3 = 545.3750 ( 85.705 )

TEMP 4 = 544.6270 ( 84.957 )

TEMP 5 = 545.2040 ( 85.534 )

TEMP 6 = 563.8700 ( 104.200 )

TEMP 7 = 565.7600 ( 106.090 )

TEMP 8 = 584.8500 ( 125.180 )

TEMP 9 = 585.3200 ( 125.650 )

TEMP 10 = 546.2920 ( 86.622 )

TEMP 11 = 546.4810 ( 86.811 )

TEMP 12 = 546.4920 ( 86.822 )

TEMP 13 = 546.6830 ( 87.013 )

TEMP 14 = 546.8320 ( 87.162 )

PRES 1= 72.2782 ( 70994.0 )

PRES 2= 72.2665 ( 72296.0 )

VPRS 1= .4385 ( 75.614 )

VPRS 2= .4390 ( 75.645 )

VPRS 3= .434.5 .( 75.335 )

(N VPRS 4= .4787 ( 78.259 )

VPRS 5= .5353 ( 81.678 ) -

VPRS 6= .5299 ( 81.367 )

i

SUMMARY

OF CORRECTED DATA TIME = 1415 i DATE = 1120 TEMPERATURE (DEGREES R.) = 553.6081

=

CORRECTED PRESSURE (PSIA) 71 7814 VAPOR PRESSURE (PSIA) = .4967 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90141.9 O

SUMMARY

OF MEASURED DATA AT 1430 1120 TEMP 1 = 542.9780 ( 83.308 )

TEMP 2 = 542.9760 ( 83.306 )

TEMP 3 = 545.3740 ( 85.704 )

TEMP 4 = 544.6010 ( 84.931 )

TEMP 5 = 545.2040 ( 85.534 )

TEMP 6 = 563.9400 ( 104.270 )

TEMP 7 = 565.8700 ( 106.200 )

TEMP 8 = 584.9700 ( 125.300 )

TEMP 9 = 585.4700 ( 125.800 )

TEMP 10 = 546.2850 ( 86.615 )

TEMP 11 = 546.4780 ( 86.808 )

TEMP 12 = 546.4810 ( 86.811 )

TEMP 13 = 546.7010 ( 87.031 )

TEMP 14 - 546.8230 ( 87.153 )

PRES 1= 72.2701 ( 70986.0 )

PRES 2= 72.2586 ( 72288.0 )

VPRS 1= .4390 ( 75.648 )

VPRS 2= .4397 ( 75.697 )

VPRS 3= .4330 ( 75.231 )

VPRS 4= .4780 ( 78.215 )

VPRS 5= .5341 ( 81.6.11 )

VPRS 6= .5313 ( 81.446 )

SUMMARY

OF CORRECTED DATA TIME = 1430 DATE = 1120

=

TEMPERATURE (DEGREES R.) 553.6376 CORRECTED PRESSURE (PSIA) = 71.7730 VAPOR PRESSURE (PSIA) = .4970 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90126.6 1

9

i

/m

SUMMARY

OF MEASURED DATA AT 1445 1120 TEMP 1 = 542.8760 ( 83.206 )

TEMP 2 = 542.9290 ( 83.259 )

TEMP 3 = 545.3770 ( 85.707 )

TEMP 4 = 544.6010 ( 84.931 )

TEMP 5 = 545.1810 ( 85.511 )

TEMP G = 564.0100 ( 104.340 ) '

TEMP 7 = 565.9300 ( 106.260 )

TEMP 8 = 585.0200 ( 125.350 )

TEMP 9 = 585.4600 ( 125.790 )

TEMP 10 = 546.2800 ( 86.610 )

TEMP 11 = 546.4750 ( 86,805 )

TEMP 12'= 546.4660 ( 86.796 )

TEMP 13 = 546.7010 ( 87.031 )

TEMP 14 = 546.8170 ( 87.147 )

PRES 1= 72.2609 ( 70977.0 )

PRES 2= 72.2496 ( 72279.0 )

VPRS 1= .4418 ( 75.837 )

VPRS 2= .4376 ( 75.550 )

VPRS 3= .4331 ( .75.242 ) -

.O VPRS 4= .4782 ( ,78.227 )

s VPRS 5= .5343 ( 81.620 )

VPRS 6= .5319 ( 81.480 )

SUMMARY

OF CORRECTED DATA TIME = 1445 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.6348 CORRECTED PRESSURE (PSIA) = 71.7635 VAPOR PRESSURE (PSIA) = .4974 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90115.1 O

l

SUMMARY

OF MEASURED DATA AT 1500 1120 TEMP 1 = 542.9090 ( 83.239 )

TEMP 2 = 542.9860 ( 83.316 )

TEMP 3 = 545.3380 ( 85.663 )

TEMP 4 = 544.6210 ( 84.951 )

TEMP 5 = 545.2010 ( 85.531 )

TEMP 6 = 564.1000 ( 104.430 )

TEMP 7 = 565.9300 ( 106.260 )

TEMP 8 = SCE.0300 ( 125.360 )

TEMP 9 = 585.5200 ( 125.850 )

TEMP 10 = 546.2460 ( 86.576 )

TEMP 11 = 546.4330 ( 86.763 )

TEMP 12 = 546.4400 ( 86.770 )

TEMP 13 = 546.6540 ( 86.984 )

TEMP 14 = 546.7840 ( 87.114 )

PRES 1= 72.2528 ( 70969.0 )

PRES 2- 72.2397 ( 72269.0 )

VPRS 1= .4405 ( 75.749 )

VPRS 2= .4371 ( 75.518 )

VPRS 3= .4333 ( 75.257 ) - ~

VPRS 4= .4772 ( 78.163 ) '

VPRS 5= .5336 ( 81.582 )

VPRS 6= .5310 ( 81.430 )

SUMMARY

OF CORRECTED DATA TIME = 1500 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.6366 CORRECTED PRESSURE (PSIA) = 71.7562 VAPOR PRESSURE (PSIA) = .4967 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90105.6 l

i .

e l

O

SUMMARY

OF MEASURED DATA AT 1515 1120 TEMP 1 = 542.8890 ( 83.219 )

TEMP 2 = 543.0500 ( 83.380 )

TEMP 3 = 545.4120 ( 85.742 )

TEMP 4 = 544.6960 ( 85.026 )

TEMP 5 =.545.2700 ( 85.600 )

TEMP 6 = 564.2600 ( 104.590 )

TEMP 7 = 566.1000 ( 106.430 )

TEMP 8 = 585.2100 ( 125.540 )

TEMP 9 = 585.7600 ( 126.090 )

TEMP 10 = 546.3170 ( 86.647 )

TEMP 11 = 546.5320 ( 86.862 )

. TEMP 12 = 546.5060 ( 86.836 )

TEMP 13 = 546.7180 ( 87.048 )

TEMP 14 = 546.8570 ( 87.187 )

PRES 1= 72.2437 ( 70960.0 )

PRES 2= 72.2307 ( 72260.0 )

VPRS 1= .4372 ( 75.523 )

VPRS 2= .4396 ( 75.689 )

VPRS 3= .4396 ( 75.689 )

s VPRS 4= .4396 ( 75.689 )

VPRS 5= .5349 (' 81.654 )

VPRS 6= .5301 ( 81.376 )

SUMMARY

OF CORRECTED DATA TIME = 1515 DATE = 1120

!- TEMPERATURE (DEGREES R.) = 553.7352 CORRECTED PRESSURE (PSIA) = 71.7506 VAPOR PRESSURE (PSIA) = .4931 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90082.5 O

4

--v - ,.-- , , , , . , _ _ _ _ - - . . , , . , , , ,

I l

l l

SUMMARY

OF MEASURED DATA AT 1530 1120 i

TEMP 1 = 542.9430 ( 83.273 )

TEMP 2 = 543.0680 ( 83.398 )

TEMP 3 = 545.4510 ( 85.781 )

TEMP 4 = 544.7600 ( 85.090 )

TEMP 5 = 545.2940 ( 85.624 )

TEMP 6 = 564.3000 ( 104.630 )

TEMP 7 = 566.1400 ( 106.470 )

TEMP 8 = 585.2900 ( 125.620 )

TEMP 9 = 585.8300 ( 126.160 )

TEMP 10 = 546.2970 ( 86.627 )

TEMP 11 = 546.5410 ( 86.871 )

TEMP 12 = 546.5120 ( 86.842 )

TEMP 13 = 546.7510 ( 87.081 )

TEMP 14 = 546.8490 ( 87.179 )

PRES 1= 72.2346 ( 70951.0 )

PRES 2= 72.2277 ( 72257.0 )

VPRS 1= .4393 ( 75.665 )

VPRS 2= .4386 ( 75.621 )

VPRS 3= .4335 ( '75.267 )

VPRS 4= .4781 ( 78.225 )

VPRS 5= .5351 ( 81.666 )

VPRS 6= .5293 ( 81.332 )

SUMMARY

OF CORRECTED DATA TIME = 1530 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.7656 CORRECTED PRESSURE (PSIA) = 71.7383 VAPOR PRESSURE (PSIA) = .4963 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90062.1 0

.. _.- .-. . . - . - . = _ _ _ - . . - . _= -.

i.

SUMMARY

OF MEASURED DATA AT 1545 1120 i TEMP 1 = 542.9990 ( 83.329 )

TEMP 2 = 543.0710 ( 83.401 )

TEMP 3 = 545.4670 ( 85.797 )

! TEMP 4 = 544.7460 ( 85.076 )

TEMP 5 = 545.2960 ( 85.626 )

TEMP 6 = 564.4000 ( 104.730 )

l f

TEMP 7 = 566.3100 ( 106.640 )

TEMP 8 = 585.4000 ( 12,5.730 )

TEMP 9 = 585.9200 ( 126.250 )

TEMP 10 = 546.3170 ( 86.647 )

TEMP 11 = 546.5530 ( 86.883 )

TEMP 12 = 546.5470 ( 86.877 )

TEMP 13 = 546.7480 ( 87.078 )

TEMP 14 = 546.8670 ( 87.197 )

PRES 1= 72.2255 ( 70942.0 )

PRES 2= '72.2178 ( 72247.0 )

VPRS 1= .4402 ( 75.727 )

VPRS 2= .4396 ( 75.685 )

VPRS 3= .4336 .( 75.274 )

i VPRS 4= .4785 ( 78.248 )

VPRS 5= .5357 ( 81.703 )

l VPRS 6= .5369 ( 81.767 ) *

SUMMARY

OF CORRECTED DATA TIME = 1545 l DATE = 1120 j TEMPERATURE (DEGREES R.) = 553.8033

{ CORRECTED PRESSURE (PSIA) = 71.7256 i VAPOR PRESSURE (PSIA) = .4999 i VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90040.1 1

2 O

SUMMARY

OF MEASURED DATA AT 1600 1120 O

i TEMP 1 = 542.9470 ( 83.277 )

TEMP 2 = 543.0760 ( 83.406 )

TEMP 3 = 545.4420 ( 85.772 )

TEMP 4 = 544.7190 ( 85.049 )

TEMP 5 = 545.3030 ( 85.633 )

TEMP 6 = 564.4200 ( 104.750 )

TEMP 7 = 566.3400 ( 106.670 )

TEMP 8 = 585.4900 ( 125.820 )

TEMP 9 = 585.9600 ( 126.290 )

TEMP 10 = 546.3390 ( 86.669 )

TEMP 11 = 546.5070 ( 86.837 )

TEMP 12 = 546.5360 ( 86.866 )

TEMP 13 = 546.7160 ( 87.046 )

TEMP 14 = 546.8450 ( 87.175 )

PRES 1= 72.2174 ( 70934.0 )

PRES 2= 72.2078 ( 72237.0 )

VPRS 1= .4404 ( 75.743 )

VPRS 2= .4380 ( 75.581 )

. VPRS 3= .4327 ( 75.210 )

VPRS 4= .4782 ( 78.231 )

81.663 )

VPRS 5= .5350 (

VPRS 6= .5316 ( 81.462 )

SUMMARY

OF CORRECTED DATA TIME = 1600 DATE = 1120 l

TEMPERATURE (DEGREES R.) = 553.8034 CORRECTED PRESSURE (PSIA) = 71.7201

= .4973 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90033.2 1

l l

9 l

l l

i' a

I

[/^3 ]  %,

i w

2

' '(/ ; ,

, . s

SUMMARY

OF MEASURED DATA AT 1615 1120 TEMP 1 = 542.8680 ( 83.198 )

TEMP v2 = 543.1120 ( 83.442 )

TEMP 3 = 545.4580 ( 85.788 )

TEMP; 4 = 544.7570 ( 85.087 )

TEMP- 5 = 545.3250 ( 85.655 )

., TEMP 6 = 564.6000 ( 104.930 )

f^ TEMP. 7 = 566.4200 ( 106.750 )

TEMP- 8 = 585.5400 ( 125.870 )

TEMP 9 = 586.0800 ( 126.410 )

TEMP 10 = 546.3200 ( 86.650 )

TEMP 11 = 546.5390 ( 86.869 )

TEMP 12 = 546.5350 ( 86.865 )

TEMP 13 = 546.7270 ( 87.057 )

TEMP 14 = 546.8410 ( 87.171 )

PRES 1= 72.2073 ( 70924.0 )

PRES 2= 72.1969 (.72226.0 )

VPRS 1= .4345 ( 75.338 )

VPRS 2= .4383 ( 75.596 )

N VPRS 3= .4326 ( 75.209 ) '

78.231 )

VPRS 4= .4782 (

+

VPRS 5= .5355- ( 81.689 )

VPRS 6= .5344 ( 81.623 )

SUMMARY

OF CORRECTED DATA TIME = 1615 DATE = 1120 I

l TEMPERATURE (DEGREES R.) = 553.8349 CORRECTED PRESSURE (PSIA) = 71.7094 VAPOR PRESSURE (PSIA) = .4979 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 90014.6 I

I O

I

SUMMARY

OF MEASURED DATA AT 1630 1120 O

TEMP 1 = 542.9050 ( 83.235 )

TEMP 2 = 543.1260 ( 83.456 )

TEMP 3 = 545.4740 ( 85.804 )

TEMP 4 = 544.7620 ( 85.092 )

TEMP 5 = 545.3430 ( 85.673 )

TEMP 6 = 564.6600 ( 104.990 )

TEMP 7 = 566.5200 ( 106.850 )

TEMP 8 = 585.7000 ( 126.030 )

TEMP 9 = 586.1600 ( 126.490 )

TEMP 10 = 546.3100 ( 86.640 )

TEMP 11 = 546.5330 ( 86.863 )

TEMP 12 = 546.5500 ( 86.880 )

TEMP 13 = 546.7290 ( 87.059 )

TEMP 14 = 546.8630 ( 87.193 )

PRES 1= 72.1982 ( 70915.0 ) .

PRES 2= 72.1879 ( 72217.0 )

VPRS 1= .4389 ( 75.637 )

VPRS 2= .4389 ( 75.640 )

VPRS 3= .4322 ( 75.178 )

VPRS 4= .4783 ( 78.237 )

VPRS. 5= .5356 ( 81.694 )

VPRS 6= .5356 ( 81.694 )

SUMMARY

OF CORRECTED DATA TIME = 1630 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.8685 CORRECTED PRESSURE (PSIA) = 71.6992 VAPOR PRESSURE (PSIA) = .4990 l VOLUME (CU.FT.) = 257566.0 AIR HASS (LBM) - 89996.3 l

l e

SUMMARY

OF MEASURED DATA AT 1645 1120 TEMP 1 = 542.9410 ( 83.271 )

TEMP 2 = 543.0830 ( 83.413 )

TEMP 3 = 545.4650 ( 85.795 )

TEMP 4 = 544.7420 ( 85.072 )

TEMP 5 = 545.3340 ( 85.664 )

TEMP 6 = 564.7500 ( 105.080 )

TEMP 7 = 566.6100 ( 106.940 )

TEMP 8 = 585.7600 ( 126.090 )

TEMP 9 = 586.2800 ( 126.610 )

TEMP 10 = 546.2980 ( 86.628 )

TEMP 11 = 546.5150 ( 86.845 )

TEMP 12 = 546.5320 ( 86.862 )

TEMP 13 = 546.7390 ( 87.069 )

TEMP 14 = 546.8580 ( 87.188 )

PRES 1= 72.1891 ( 70906.0 )

PRES 2= 72.1790 ( 72208.0 )

VPRS 1= ,1388 ( 75.630 )

VPRS 2= .4376 ( 75.549 )

VPRS 3= .4335 ( 75.267 )

VPRS 4= .4777 ( 78.198 )

( VPRS 5= .5353 ( 81.678 )

VPRS 6= .5336 ( 81.582 )

SUMMARY

OF CORRECTED DATA TIME = 1645 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.8840 CORRECTED PRESSURE (PSIA) = 71.6911 VAPOR PPESSURE (PSIA) = .4980 l VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89983.6 l

1 O

l

SUMMARY

OF MEASURED DATA AT 1700 1120 O

TEMP 1 = 542.9720 ( 83.302 )

TEMP 2 = 543.0500 ( 83.380 )

TEMP 3 = 545.4440 ( 85.774 )

TEMP 4 = 544.7790 ( 85.109 )

TEMP 5 = 545.3350 ( 85.665 )

TEMP 6 = 564.8000 ( 105.130 )

TEMP 7 = 566.6300 ( 106.960 )

TEMP 8 = 585.7600 ( 126.090 )

TEMP 9 = 586.3100 ( 126.640 )

TEMP 10 = 546.2740 ( 86.604 )

TEMP 11 = 546.5030 ( 86.833 )

TEMP 12 = 546.5040 ( 86.834 )

TEMP 13 = 546.7260 ( 87.056 )

TEMP 14 = 546.8380 ( 87.168 )

PRES 1= 72.1789 ( 70896.0 )

PRES 2= 72.1690 ( 72198.0 )

VPRS 1= .4355 ( 75.404 )

VPRS 2= .4387 ( 75.627 )

VPRS 3= .4320 ( 75.1.67 )

VPRS 4= .4783 ( 78.234 )

VPRS 5= .5348 ( 81.649 ) -

VPRS 6= .5350 ( 81.660 )

SUMMARY

OF CORRECTED DATA TIME = 1700 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.8846 CORRECTED PRESSURE (PSIA) = 71.6808 VAPOR PRESSURE (PSIA) = .4982 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89970.6 0

O

SUMMARY

OF MEASURED DATA AT 1715 1120 j l

TEMP 1 = 542.8820 ( 83.212 ) l TEMP 2 = 543.0770 ( 83.407 )

TEMP 3 = 545.4580 -( 85.788 )

f TEMP 4 = 544.8070 ( 85.137 ) l TEMP 5 = 545.3670 ( 85.697 )

( 105.190 )

TEMP 6 = 564.8600 TEMP 7 = 566.7200 ( 107.050 )

TEMP 8 = 585.7800 ( 126.110 )

TEMP 9 = 586.3400 ( 126.670 )

1 TEMP 10 = 546.3090 ( 86.639 )

TEMP 11 = 546.4800 ( 86.810 )

TEMP 12 = 546.5040 ( 86.834 )

TEMP 13 = 546.7070 ( 87.037 )

TEMP 14 = 546.8090 ( 87.139 )

PRES 1= 72.1688 ( 70886.0 )

PRES 2= 72.1591. ( 72188.0 )

VPRS 1= .4354 ( 75.399 )

VPRS 2= .4359 ( 75.433 )

VPIE 3= .4310 ( 75.094 )

O*

t VPRS VPRS VPRS 4=

5=

6=

.4777

.5351

.5344

(

(

(

78.198 )

81.665 )

81.626 )

SUMMARY

OF CORRECTED DATA TIME = 1715 DATE = 1120

TEMPERATURE (DEGREES R.) = 553.8958 CORRECTED PRESSURE (PSIA) = 71.5713 VAPOR PRESSURE (PSIA) = .4975 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89956.9 O

SUMMARY

OF MEASURED DATA AT 1730 1120 O

TEMP 1 = 542.9440 ( 83.274 )

TEMP 2 o 543.0370 ( 83.367 )

TEMP 3 s: 545.4510 ( 85.781 )

TEMP 4 << 544.7940 ( 85.124 )

TEMP 5  % 545.3460 ( 85.676 )

TEMP G = 564.9200 ( 105.250 )

TEMP 7 = 566.7500 ( 107.080 )

TEMP 8 = 585.8700 ( 126.200 )

TEMP 9 = 1186.4100 ( 126.740 )

TEMP 10 = $46.2860 ( 86.616 )

TEMP 11 = 546.4940 ( 86.824 )

TEMP 12 = 546.4870 ( 86.817 )

TEMP 13 = !;.16.6980 ( 87.028 )

TEMP 14 = 146.8260 ( 87.156 )

PRES 1= 72.1587 ( 70876.0 )

PRES 2= 72.1501 ( 72179.0 )

VPRS 1= .4405 ( 75.750 )

VPRS 2= .4365 ( 75.476 ) .

VPRS 3=

.4310 ( 75.097 )

VPRS 4= .4769 ( 78.144 ) ,

VPRS 5= .5350- ( 81.663 )

VPRS 6= .5343 ( 81.620 )

SUMMARY

OF CORRECTED DATA TIME = 1730 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.9085 CORRECTED PRESSURE (PSIA) = 71.6607

= .4980 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89941.5 O

- f3

.Q)

SUMMARY

OF MEASURED DATA AT 1745 1120 TEMP 1 = 542.9220 (- 83.252 )

TEMP 2 = 543.1110 ( 83.441 )

TEMP 3 = 545.5120 ( 85.842 )

TEMP 4 = 544.8520 ( 85.182 )

TEMP 5 = 545.4380 ( 85.768 )

TEMP 6 = 565.0400 ( 105.370 )

TEMP 7 = 566.9200 ( 107.250 )

TEMP 8 = 586.0500 ( 126.380 )

TEMP 9 = 586.5300 ( 126.860 )

TEMP 10 = 546.3410 ( 86.671 )

TEMP 11 = 546.5580 ( 86.888 )

TEMP 12 = 546.5470 ( 86.877 )

TEMP 13 = 546.7440 ( 87.074 )

TEMP 14 = 546.8800 ( 87.210 )

PRES 1= 72.1486 ( 70866.0 )

PRES 2= 72.1421 ( 72171.0 )

VPRS 1= .4422 ( 75.866 )

VPRS 2= .4360 ( 75.439 )

VPRS 3= .4328 -( 75.216 )

78.236 )

O- VPRS VPRS VPRS 4=

5=

6=

.4783

.5370

.5367

(

(

(

81.776 )

81.758 )

SUMMARY

OF CORRECTED DATA TIME = 1745 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.9885 CORRECTED PRESSURE (PSIA) = 71.6488 VAPOR PRESSURE (PSIA) = .4998 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89913.6

l l

SUMMARY

OF MEASURED DATA AT 1800 1120 O

TEMP 1 = 542.8790 ( 83.209 )

TEMP 2 = 543.1430 ( 83.473 )

TEMP 3 = 545.4560 ( 85.786 )

TEMP 4 = 544.8010 ( 85.131 )

TEMP 5 = 545.3900 ( 85.720 )

TEMP 6 = 565.0600 ( 105.390 )

TEMP 7 = 566.9200 ( 107.250 )

TEMP 8 = 585.9500 ( 126.280 )

TEMP 9 = 586.4400 ( 126.770 )

TEMP 10 = 546.3000 ( 86.630 )

TEMP 11 = 546.4840 ( 86.814 )

TEMP 12 = 546.5030 ( 86.833 )

TEMP 13 = 546.6870 ( 87.017 )

TEMP 14 = 546.8200 ( 87.150 )

PRES 1= 72.1374 ( 70855.0 )

PRES 2= 72.1282 ( 72157.0 )

VPRS 1= .4397 ( 75.697 )

VPRS 2= .4357 ( 75.418 )

VPRS 3= 75.094 )

.4310 .(

VPRS 4= .4772 ( 78.164 )

VPRS 5= .5348 (' 81.651 )

VPRS 6= .5355 ( 81.689 )

SUMMARY

OF CORRECTED DATA TIME = 1800 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.9395 CORRECTED PRESSURE (PSIA) = 71.6391

= .4983 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89909.4 O

SUMMARY

OF MEASURED DATA AT 1815 1120 TEMP 1 = 543.0770 ( 83.407 )

TEMP 2 = 543.2280 ( 83.558 )

TEMP 3 = 545.5800 ( 85.910 )

TEMP 4 = 544.9050 ( 85.235 )

TEMP 5 = 545.5020 ( 85.832 )

( 105.570 )

TEMP 6 = 565.2400 TEMP 7 = 567.0700 ( 107.400 )

TEMP 8 = 586.0700 ( 126.400 )

TEMP 9 = 586.6000 ( 126.930 )

TEMP 10 = 546.4140 ( 86.744 )

TEMP 11 = 546.5970 ( 86.927 )

TEMP 12 = 546.6100 ( 86.940 )

TEMP 13 = 546.8170 ( 87.147 )

TEMP 14 = 546.9150 ( 87.245 )

PRES 1= 72.1263 ( 70844.0 )

PRES 2= 72.1163 ( 72145.0 )

VPRS 1= .4413 ( 75.802 )

VPRS 2= .4384 ( 75.604 )

. VPRS 3= .4329 ( 75.228.)

/~% VPRS 4= .4792 ( 78.289 )

81.787 )

k VPRS 5= .5372 (

VPRS 6= .5335 ( 81.573 )

SUMMARY

OF CORRECTED DATA TIME = 1815 DATE = 1120 TEMPERATURE (DEGREES R.) = 554.0633 CORRECTED PRESSURE (PSIA) = 71.6276 l

VAPOR PRESSURE (PSIA) = .4987 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89874.9 i

l t

SUMMARY

OF MEASURED DATA AT 1830 1120 O

TEMP 1 = 542.9430 ( 83.273 )

TEMP 2 = 543.1240 ( 83.454 ) ,

85.798 )

TEMP 3 = 545.4680 (

TEMP 4 = 544.8140 ( 85.144 )

TEMP 5 = 545.4120 ( 85.742 )

TEMP 6 = 565.1800 ( 105.510 )

TEMP 7 = 567.0100 ( 107.340 )

TEMP 8 = 586.0100 ( 126.340 )

TEMP 9 = 586.4700 ( 126.800 )

TEMP 10 = 546.2880 ( 86.618 )

TEMP 11 = 546.4920 ( 86.822 )

TEMP 12 = 546.4840 ( 86.814 )

TEMP 13 = 546.6780 ( 87.008 )

TEMP 14 = 546.7910 ( 87.121 )

PRES 1= 72.1152 ( 70833.0 )

PRES 2= 72.1043 ( 72133.0 )

VPRS 1= .4333 ( 75.257 )

VPRS 2= .4366 ( 75.479 )

VPRS 3= .4319 ( 75.154 )

VPRS 4= .4770 ( 78.154 )

VPRS 5=- .5355 ( 81.687 ) -

VPRS 6= .5350 ( 81.662 )

SUMMARY

OF CORRECTED DATA TIME = 1830 DATE = 1120 TEMPERATURE (DEGREES R.) = 553.9573 CORRECTED PRESSURE (PSIA) = 71.6175

= .4977 VAPOR PRESSURE (PSIA)

VOLUME (CU.FT.) = 257566.0 l AIR MASS (LBM) = 89879.3 l

9 I

l

SUMMARY

OF MEASURED DATA AT 1845 1120 TEMP 1 = 542.9600 ( 83.290 )

TEMP 2 = 543.1790 ( 83.509 )

TEMP 3 = 545.5860 ( 85.916 )

TEMP 4 = 544.9490 ( 85.279 )

TEMP 5 = 545.5280 ( 85.858 )

TEMP 6 = 565.3200 ( 105.650 )

TEMP 7 = 567.2200 ( 107.550 )

TEMP 8 = 586.0700 ( 126.400 )

TEMP 9 = 586.5700 ( 126.900 )

TEMP 10 = 546.4130 ( 86.743 )

TEMP 11 = 546.5940 ( 36.924 )

TEMP 12 = 546.5880 ( 86.918 )

TEMP 13 = 546.8110 ( 87.141 )

TEMP 14 = 546.9040 ( 87.234 )

PRES 1= 72.1040 ( 70822.0 )

PRES 2= 72.0934 ( 72122.0 )

VPRS 1= .4392 ( 75.660 )

VPRS 2= .4391 ( 75.653 )

VPRS 3d .4330 ( 75.235 ) .

VPRS 4= .4788 ( 78.265-)

O VPRS VPRS 5=

6=

.5364

.5336

(

(

81.741')

81.581 )

SUMMARY

OF CORRECTED DATA TIME = 1845 DATE = 1120 TEMPERATURE (DEGREES R.) = 554.0670 CORRECTED PRESSURE (PSIA) = 71.6056 VAPOR PRESSURE (PSIA) = .4984 VOLUME (CU.FT.) = 257566.0 AIR MASS (LBM) = 89846.6 i

\

a

--+-,-,e- - -*-,

-2 an . .+- - 2--ac

-- - -- - .a s a.1 w -.. u 4 l

1 APPENDIX G ISG CALCULATIONS i

i I

l l

1 i

l I

i Y

i l

l i

P l

1 t

i i

l i

. , - , ---. ..__n,--._ ----n--, .. _ - _

ISG CAICJIATION

( ANSI /ANS 56.8 - 1981 )

o b cAIzmATION DM

1. OF SM SORS SENSITIVITY (E) REPEAIABILITY(r)

TMPERAIURE(T) 14 0.0100 deg. F 0.0100 deg. F PRESSURE (P) 1 0.0010 psia 0.0010 psia VAPOR PRESS (PV) 6 0.1000 psia 0.0100 psia Length of Test (t) 12.0 hrs Test Pressure (P) 57.8 psig = > - 72.5 psia Frca Steam Table 0.0168 psi /deg. F (at 80 deg. F)

La 1.2000 wt%/ day INSTRUMENT MEASUR MENT ERRORS. ,

p/

q, 2 2 1/2 1/2 eT = ((EP) + (IT) ] /[# of sensors]

eT = 0.0038 deg. F i

2 2 1/2 1/2 eP = [(EP) + (rP) ] /[# of sensors]

eP = 0.0014 psia i

2 2 1/2 V2 ePV = [(EPV) + (rPV) ] /[# of sensors]

ePV = 0.0007 psia INSTRUMENT SELECTION GUIDE 2 2 2 1/2 ISG = 2400/t[ 2(eP/P) + 2(ePv/P) + 2(cfr/T) ]

ISG = 0.0064 wt%/ day 25% of La 0.3000 wt%/ day

e . a _a ...w,, . m .; ._4 -_a.. E-.._ .__m._ w2. eAJC- -m- h.*4_2 h = - 4 a.A-4a. J.,u- .,,__A_ ___.. -ga_, ..a. J._ m l

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l APPENDIX H IIRE REPORP l

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f^%

(v) Sat!ARY OF IOCAL IEAIGGE RATE TESTING

1. General

-'Ihe major prerequisite to the contalment integrated leakage rate test is the satisfactory coupletion of a series of local leakage rate tests. 'Ihis involves subjecting potential leakage paths through the containment boundary, i.e., contalment penetrations, to the same conditions occuring during the integrated leakage rate test.

Conducting Type B, Type C, and special Isolation Valves Tests as defined in 10GR Part 50, Appendix J, Article III, C., permits discovery and elimination of leakage paths through the containment withcut. pressurizing the entire containment structure (Type A test).

2. Amsmtance Criteria A. 'Ibe combined leakage rate of u.mgn=h subject to Type B and C tests (except for MSIV's) shall not ex ed 0.60 Ia.

B. 'Ihe cabined Type C leakage rate frca perduations 8, 9A, 9B,14, 18, 19, 55 and 234A shall not exceed .009 Ia.

C. Main steam isolation valve leakage rate shall not e W 11.5 scfh for any one valve.

O'%/

D. 'Ihe personnel air lock leakage rate shall not exceed 0.05 Ia (Iock Barrel Test 'Ibtal Isakage) .

3. Test Pressures A. Test pressure for all Type B and C tests shall be 57.5 psig +1,

-0, except as noted in Items below.

B. Test pressure for Isolation Valves tested with water shall be at a pressure equal to the height of the highest opposing water column plus 63.25 psig (1.10Pa), +1, -0.

C. Main steam isolation valves are tested at 28.8 psig.

D. Double "O" ring door seals are tested at 10 psig.

E. Air lock barrel is tested at 57.5 psig.

4. Results ,

A. Measured Isakage Rate of Type B and C Test.

3,091 + 4,009 = 7,100 acan = 0.118 Ia Allowable Limit: (.6 La)

'Ihe sum of Type B and C leakage rate limited to .6 la.

I H-1

O A. Measured Imakage Rate of Type B and C Test (Cont'd) .

.6 In = (.6) (1.2%) (Containment Free Air Vglume)/1 day =

(.6) (.012) (255,978)/24 = 76.79 Ft /hr.

= 36,224 ac a

%e required limits per Appendix J are satisfied, since 7,100 ac e < 36,244 ac m.

B. Measured Isakage Rate of Fial Penetrations.

'Ihe sum of Type C Imakage rates of Penetrations 8, 9A, 9B,14,18, 19, 55 and 234A is as follows

Penetration 8:

20 9A: 20 j 9B: 20 14: 20 l- 18: 0 19: 20 55: 20 l -

234A: 20 iO Total: 140 ao s Allowable Limit: (.009 Ia) l 3

.009 Ia = (.009) (.012) (255,978)/24 = 1.152 ft /hr. =

l = 544 ac m I

% e required limit is satisfied since 140 accm < 544 accm.

i C. Measured Isakage Rate of Main Steam Isolation Valves.

Penetration 7A 5.0 scfh

! Penetration 7B 9.0 scfh Penetration 7C 4.0 scfh Penetration 7D <3.0 scfh

Allowable Limit (11.5 scfh/ valve) h e leakage rate of each valve is limited to 11.5 d,cfh.

We required limits are satisfied.

iO 11 - 2

D. Measured Isakage Rate of the Personnel Air Iock.

650 acam = 0.015%/ day = 0.012 la Allowable Limit: (0.05 Ia)

.05 In = (.05) (.012) (255,978)/24 = 6.40 ft3 /hr. =

= 3020 accza

'Ihe required limit is satisfied since 0.012 la < .05 Ia.

E. "As-found" Type A Integrated Isakage Rate.

In accordance with NRC IE Information Notice 85-71, the "As-found" Integrated Isakage Rate is calculated. Incal Isakage Rate Test and repairs were performed prior to the Type A Test. Due to repairs, the Minimum Pathway Isakage doct-mari for the following pei.=uutions.

^

Minin n Pathway Isakage h 'uation Description T-- w; - it. ACOf Drywell Head Flange 2,922 15 Hy&upu Rarv=hiner B Supply 61 35B TIP Drive 479 55 Q==iral Sung Pung Discharge 81

( 60A 69 Sanple Line Drywell to Torus Differential Pressure 32 2,973 222B Hysupai Rarv=hiner B Return 8,926 225I Control Air to Vacuum Breaker Valve 20 233 Drywell to Torus Differential Pressure 85 The sum of the Minimum Pathway Improvenents is 15,579 accan or 0.309%/ day. 'Ihe "As-found" Isakage Rate is the sum of the Integrated Isakage Rate prior to stopping the packing leak at valve 2T49-F001A and the Mininum rathway Inprtmanents.

Isakage Rates, weight percent per day Mass Point Total Time Isakaae Rate UCL Isakage Rate UCL Calculated 1.018 1.053 1.105 1.694 Inprovements 0.309 0.309 0.309 0.309 As Found 1.327 1.362 1.414 2.003 i

Drywell aT marit hatches X1A and X1B were removed before an "As-found" leakage test was performed. Both had perfect histories for having acceptable tests. 'Iherefore the mininum pathway leakage improvement is assumed to be zero. Preventive maintenance was performed on 2P42-F052, O Penetration 23, before its "As-found" leakage was measured. Its inner isolation barrier is a closed system and its leakage is not included in the 0.6 la limit. Therefore the mininum pathway leakage rate isprovenent for Penetration 23 is zero.

H-3 1

- - . . - - - - _ =

TYPE B IEAIGGE O HISTGtY 'ID TA9F IIRF (MIE 1982)

V serweration w oescription oate serranext rmo==

2A Equip Hatch 6-27-83 0 7-5-83 0 8-21-84 0 5-11-85 0 11-14-86 20 11-21-86 0 11-29-86 0 1B Equip Hatd1 6-23-83 0 8-23-84 20 5-10-85 0 11-12-86 0 2 Personnel lock (0-rings) 7-6-83 0

7-7-83 0 7-10-83 0 7-12-83 0 7-13-83 0 7-15-83 0 7-18-83 0 i 8-5-83 0 -

8-19-83 0 8-21-83 0 l 8-22-83 0 10-7-83 0 11-2-83 0 1-6-84 0

8-27-84 0 8-30-84 0 9-2-84 0 9-3-84 0 9-23-84 0

! 12-17-84 0 12-27-84 0 1-20-85 0 3-9-85 0 5-12-85 0 5-14-85 0 5-21-85 0 5-24-85 0 8-18-85 0 12-2-85 0 12-29-85 0 12-30-85 0 1-21-86 0 1-23-86 0 3-3-86 0

!0 l

4-27-86 4-28-86 0

0 H-4

' i PEsseb ation Test Description Date Perfornied Isakaae V ,

2 Personnel Iock (0-rings) 8-17-86 0 (Cont'd) 8-31-86 0 9-1-86 0 S-18-86 0 11-18-86 40 11-18-86 0 11-21-86 0 12-2-86 0 12-4-86 0 12-7-86 40 12-9-86 0 12-10-86 0 12-13-86 0 12-14-86 0 2 Personnel Iock Interspace 1-13-83 650 5-31-83 444 10-8-83 1,700 1-6-84 2,200 1-6-84 850 1-17-84 850 8-26-84 1,760 12-17-84 OFESCAIE 12-17-84

• 1,175 3-18-85 '965 5-8-85 1,690 8-19-85 1,350 12-2-85 1,400 3-4-86 934 4-28-86 1,180 8-17-86 2,134 11-29-86 650 4 Head W a= Hatch 6-29-83 0

! 2-6-84 0 8-18-84 0 5-12-85 0

~

9-18-86 20 11-16-86 20

6 CRD Ranoval Hatch 5-22-83 0 7-21-84 0 8-16-84 0 8-24-84 0 4-27-85 0 9-19-86 0 10-21-86 20 11-15-86 20 O

H-5

- - . .- .~. - . ._ -

~

Fenetration Test Descriptist Date IVrforgued Isakacae a

7A Mail Steam Bellows 4-26-83 0 1-24-84 0 4-6-85 0 9-22-86 0 7B Main Steam Bellows 4-26-83 0 1-24-84 0 4-6-85 0 9-22-86 0 i

7C Main Steam Bellows 4-26-83 0 4-16-84 50 4-6-85 0 9-22-86 35 7D Main Steam Bellows 4-26-83 0 4-16-84 0 4-7-85 0 9-22-86 0 l

8 Condensate Bellows 4-26-83 0 l . 4-3-84 320 Inner 4-9-85 26 .

Outer 4-9-85 260 O'

Inner 10-9-86 30 Outer 10-9-86 300 9A Feedwater Bellows 4-25-83 <20 1-20-84 0 1

4-7-85 0

! 9-21-86 0 10-9-86 0 9B Feedwater Bellows 4-25-83 <20 1-24-84 0 4-7-85 0 9-22-86 0 10 RCIC Steam Bellows 4-25-83 <20 5-18-83 0 1-27-84 0 4-11-85 0 10-9-86 20 11 HPCI Steam Bellows 6-30-83 25 2-14-84 50 Inner 4-13-85 0 Outer 4-13-85 2,150 Inner 9-22-86 20 Outer 9-22-86 1,000 H-6

k Penetration Test Descriptics Date Performed Isakage g

w) 12 RHR Suction Bellows 5-17-83 20 Inner 3-13-84 0 Outer 3-13-84 140 Inner 4-13-85 0 Outer 4-13-85 140 Inner 10-11-86 20 Outer 10-11-86 140 13A RHR Return Bellows 5-18-83 0 1-23-84 0 4-13-85 0 Inner 10-11-86 20 Outer 10-11-86 20 13B RHR Return Bellows 5-17-83 0 1-23-84 0 4-9-85 0 10-11-86 20 Inner Outer 10-11-86 20 14 RWCU Supply Bellows 5-18-83 0 1-24-84 0 4-18-85 0 10-10-86 0 16A Core Spray Bellows '5-18-83 0 1-24-84 0 4-12-85 0 Inner 10-5-86 20 Outer 10-5-86 0 16B Oore Spray Bellows 5-18-83 0 l 1-24-84 0 l 4-12-85 0 5

10-10-86 0 17 RW Head Spray Bellows 5-17-83 0 1-25-84 0 4-25-85 0 l Inner 10-5-86 20 Outer 10-5-86 20 25 Purge Supply l

2T48-F103 Shaft & 0-rings 5-16-83 0 l

2T48-F307 Shaft & 0-rings 5-16-83 50 2T48-F308 Shaft & 0-rings 5-16-83 0 2T48-F103 0-rings 2-28-84 40 2T48-F307 O-rirgs 3-23-84 0 2T48-F103 0-rirgs 4-16-85 0 0 2T48-F307 O-rings 2T48-F308 O-rings 4-18-85 4-18-85 0

0

!!-7

) h^uai.icm Test Description Date Performed Isakaae (G

25 Purge supply (Cont'd) 2T48-F103 O-rings 9-25-86 80 2T48-F307 O-rings 9-25-86 80 2T48-F308 O-rings 9-25-85 80 2T48-F307 O-rings 11-14-86 80 2T48-F307 O-rings 11-14-86 0 2T48-F308 O-rings 11-14-86 0 26 Purge Exhaust 2T48-F319 O-rings 5-20-G3 0 2T48-F320 O-rings 5-24-83 0 2T48-F319 O-rings 3-21-84 0 2T48-F320 0-rings 4-13-84 0 2T48-F319 O-rings 4-12-85 0 2T48-F320 0-rings 4-12-85 0 2T48-F319 O-rings 5-4-85 80 2T48-F319 O-rirgs 9-25-86 80 2T48-F320 0-rings 9-25-86 80 2T48-F319 O-rings 11-9-86 0 2T48-F320 0-rings 11-9-86 0 2T48-F319 O-rings 11-11-86 80 2T48-F320 0-rings 11-11-86 0 O 35A D TIP Drive O-rings 5-18-83 0

\ 3-1-84 0 -

l 4-25-85 0 10-2-86 20 35B A TIP Drive O-rings 5-18-83 0 8-18-83 0

3-1-84 0 4-25-85 0 10-2-86 20 35C C TIP Drive O-rings 5-18-83 0 3-1-84 0 4-25-85 0 10-2-86 20 35D B TIP Drive O-rings 5-18-83 0 3-1-84 0 4-25-85 0 10-2-86 0 35E TIP N2 Purge 5-12-83 0 5-18-83 0 3-1-84 0 4-25-85 0 10-2-86 0 42 SBIr Bellows 5-17-83 80 2-10-84 125 Inner 4-16-85 185

! Outer 4-16-85 0 l H-8

i Fw L at.icn Test Description Date INtrformed Isakame V

42 SBIC Bellows (Cont'd)

Inner 10-4-86 300 Outer 10-4-86 20 43 Drywell Test 5-22-83 0 3-16-84 0 4-27-85 0 9-19-86 0

- 10-21-86 20 100A Electrical 4-10-83 <20 1-27-84 0 3-25-85 0 10-8-86 20 100B Electrical 4-10-83 <20 1-27-84 0 5-24-84 0 3-25-85 0 10-8-86 20 i

100E Electrical 4-4-83 <20

. 2-1-84 0 4

3-26-85 0 10'8-86 20 10-9-S6 20 100F Electrical 4-4-83 <20 2-1-84 0 3-26-85 0 l 10-8-86 0 10-9-86 20 101A Electrical 4-13-83 0 l 1-27-84 0

3-25-85 0 10-9-86 20

. 101B Electrical 4-13-83 0 l 1-31-84 0 l 3-25-85 0 10-9-86 20 101C Electrical 4-13-83 0 ,

, 1-31-84 0 l 3-25-85 0 10-9-86 20

. 101D Electrical 4-4-83 <20 1-25-84 0

\ 3-25-85 0 10-8-86 20 I H-9 l

t

! Penetration Test Descriptial Date Perfarined Isakage V

101E Electrical 4-4-83 <20 1-25-84 0 3-25-85 0 10-8-86 20 101F Electrical 4-4-83 <20 1-24-84 0 3-25-85 0 10-8-86 20

, 102A Electrical 4-4-83 <20 i 1-27-84 0

, 3-25-85 0 4

10-8-86 20 103A Electrical 4-7-83 0 2-1-84 0 3-26-85 0 10-9-86 0 104A Electrical 4-10-83 <20 2-28-84 0 3-25-85. O 10-6-86 20 104B Electrical 4-10-83 <20 2 1-24-84 0 1-31-84 0 3-25-85 0 10-6-86 20 104C Electrical 4-10-83 <20 1-24-84 0

3-25-85 0 10-6-86 20 f 104F Electrical 4-7-83 0

! 2-16-84 0 3-26-85 0 10-9-86 0 t

!' 104G Electrical 4-7-83 0 2-16-84 0 3-26-85 ,

0 10-9-86 0 104H Electrical 4-7-83 0 2-16-84 0 3-26-85 0 10-9-86 20 H-10

Penetration Test Description Date 14trformed Isakage 105A Electrical 4-4-83 <20 1-26-84 0 8-2-84 20 3-25-85 0 10-8-86 20 12-17-86 38 105C Electrical 4-7-83 0 4-17-84 300 8-2-84 55 3-26-85 0 10-10-86 0 106A Electrical 4-10-83 <20 1-24-84 0 3-25-85 0 10-8-86 20 200A Torus #rw m Hatch 6-23-83 0 7-2-83 0 7-6-83 0 8-22-84 20 .

. 8-29-84 20 h

b ~

12-26-84 9-21-86 O

0 11-16-86 20 11-28-86 0 200B Torus W e Hatch 4-19-83 0 6-27-83 0 3-2-84 0 8-1-84 0 5-3-85 0 9-21-86 0 11-16-86 0 12-13-86 0 201A Vent Line Bellows 4-13-83 0 1-19-84 0 4-12-85 0 l 9-24-86 40 201B Vent Line Bellows 4-13-83 0

, 1-19-84 0 4-12-85 0 1 9-24-86 40 l 201C Vent Line Bellows 4-13-83 0 1-24-84 0 4-12-85 0 9-24-86 40 H-11 l

Penetration Test Description Date Performed Isakage

[V) 201D Vent Line Bellows 4-13-83 0 1-24-84 0 4-12-85 0 9-24-86 40 201E Vent Line Bellows 4-13-83 0 1-24-84 0 4-12-85 0 9-22-86 40 201F Vent Line Bellows 4-13-83 0 S 1-24-84 0 4-12-85 0 9-22-86 40 201G Vent Line Bellows 4-13-83 0 1-24-84 0 4-12-85 0 9-22-86 40 201H Vent Line Bellows 4-13-83 0 1-24-84 . 0

- 4-12-85 0 9-22-86 ,

40

• 202 Electrical 4-11-83 <20 1-31-84 0 5-24-84 0 3-26-85 40 10-6-86 20 10-12-86 0 205 Vacuum Relief /2T48-F310 4-29-83 0 2T48-F309 rings 5-18-83 0 2T48-F311 rings 5-20-83 0 2T48-F324 rings 5.-20-83 30 2T48-F324 rings 1-31-84 0 2T48-F310 rings 2-10-84 80 2T48-F309 rings 2-29-84 0 2T48-F311 rings 4-9-84 0 2T48-F310 rings 4-13-85 0 2T48-F309 rings 4-13-85 125 2T48-F311 rings 4-17-85 0 2T48-F324 rings 4-18-85 0 2T48-F309 rings 5-2-85 0 2T48-F309 rings 9-25-86 80 2T48-F309 rings 11-13-86 0 2T48-F310 rings 9-25-86 96 2T48-F310 rings 11-26-86 40 2T48-F311 rings O 2T48-F311 rings 2T48-F324 rings 9-25-86 11-26-86 9-25-86 80 80 0

2T48-F324 rings 11-14-86 80 H-12

_ )

l Penetration Test Description Date 14lrformed Leakistae

'd 218B Construction Drain 4-19-83 0 3-16-84 20 4-13-85 0 10-10-86 20 220 Purge Exhaust 2T48-F318 O-rings 6-28-83 0 2T48-F326 O-rings 6-28-83 0 2T48-F326 O-rings 1-31-84 0 2T48-F318 O-rings 2-14-84 0 2T48-F318 O-rings 4-9-85 0 2T48-F326 O-rings 4-9-85 0 2T48-F318 O-rings 9-25-86 80 2T48-F318 O-rings 11-9-86 98 2T48-F326 O-rings 9-25-86 80 2T48-F326 0-rings 11-19-86 100 223A Spare 5-17-83 0 1-31-84 0 4-13-85 0 10-1-86 20 223B Spare , 5-17-83 0 .

L 4-4-84 -

0 4-13-85 0 10-1-86 20 228A Electrical 4-11-83 <20 7-31-84 0 3-26-85 0 10-6-86 20 228C Electrical 4-11-83 <20 1-31-84 0 3-26-85 0 10-11-86 0 236 Torus Access Hatch 4-19-83 0 6-27-83 0 8-1-84 0 5-3-85 0 9-21-86 0 11-16-86 0

Drywell Head Flango 6-29-83 0 l 2-6-84 0 8-16-84 0 5-12-85 0 9-18-86 5,863 11-16-86 20 H-13

Penetration Test Descript:icn Date 1%rformed Leakage C

RW Stabilizer Hatches Azinuth 0 degrees 5-5-83 0 Azinuth 45 % toes 5-5-83 0 Azinuth 90 % sues 5-5-83 0 Azinuth 135 % toes 5-5-83 0 Azinuth 180 % toes 5-5-83 0 Azinuth 225 %twes 5-5-83 0 Azinuth 270 %swes 5-5-83 0 Azinuth 315 %t-es 5-5-83 0 Azimuth 0 % s es 6-22-84 0 Azinuth 45 % i.es 6-22-84 0 Azinuth 90 % swes 6-22-84 0 Azinuth 135 %i es 6-22-84 0 Azinuth 180 %t as 6-22-84 0 Azinuth 225 %twes 6-22-84 0 Azinuth 270 %ives 6-22-84 0 Azimuth 315 degrees 6-22-84 0 Azinuth 0 % tues 4-17-85 0 Azinuth 45 % ives 4-17-85 0 Azimath 90 % swes 4-17-85 0 Azim.tth 135 % sees 4-17-85 0 Azinuth 180 % toes 4-17-85 . O i Azinuth 225 degrees -

4-17-85 0 ul Az'inuth 270 % sees 4-17-85 0 Azinuth 315 degrees 4-17-85 0 ,

Azinuth 0 degrees 10-4-86 0 Azinuth 45 degrees 10-4-86 0 Azinuth 90 % ines 10-4-86 0 Azinuth 135 degrees 10-4-86 0 Azimuth 180 % ioes 10-4-86 0 Azinuth 225 degrees 10-4-86 0 Azinuth 270 degrees 10-4-86 0 Azinuth 315 degrees 10-4-86 0 l

l l

l l

O H-14

i s

) '1TPE C IEhEAGE v

HIBIUnf '10 IJSP IIRE (MhY 1982)

Penstration Valve Ntaber Date Petrfomed Isakme

• 3 2P33-F002 4-13-83 650 5-10-83 0 2-1-84 0 4-30-85 <20 9-23-86 <20 2P33-F010 4-13-83 100 2-1-84 300 2-15-84 <20 4-30-85 <20 9-25-86 <20 7A 2B21-F022A, 4-4-83 4.1 SOE 2B21-F028A, 5-22-83 10 SGH 2E32-F001B 1-15-84 0 SGH 5-30-84 0SGH

, 4-6-85 5.5 SGH 9-20-86

• 5 SGH j 7B 2B21-F022B, 4-5-83 .7.2 SG H 2B21-F028B, 5-27-83 , 10 SGH 2E32-F001F 1-15-84 7.1 SGH 5-30-84 0 SGH 4-7-85 OFFSCAIE 4-7-85 >150 SGH (OIJrBOARD ONLY) 5-1-85 9 SGH 9-22-86 0SGH 10-12-86 3 SGH 10-30-86 6.1 SG H 7C 2B21-F022C, 9-14-82 <2 SGH 2B21-F028C, 4-8-83 3.8 SGH 2E32-F001K 1-15-84 30 SGH 5-30-84 0SGH 4-6-85 OFFSCAIE 4-7-85 >100 SGH (OUTDOARD ONLY) 5-1-85 5 SGH 9-20-86 4 SGH 7D 2B21-F022D, 4-8-83 1.2 SG H 2B21-F028D, 4-9-83 22 SG H 2E32-F001P 4-20-83 6.8 SGH O

• (accm except where noted)

H-15

N-s at.icn Valve Number Date Perfonned Isakane

• 7D (Cont'd) 1-15-84 <20 ACCM 6-17-84 7.56 SCHI 4-6-85 OFFSCAIE 4-7-85 0 SCHI (OUTBOARD ONLY) 4-30-85 <3 SCHI 9-20-86 <3 SCHI 8 2B21-F016, 4-26-83 600 2B21-F019 5-20-83 0 1-16-84 55 4-25-85 0 9-25-86 <20 11-12-86 <20 9A 2B21-F077A 4-11-83 1,495 4-26-83 0 2-11-84 164

• 4-18-84 0 4-7-85 0FFSCAIE 5-2-85 0 9-22-86 43 10-23-86 'O 0* 2B21-F010A 4-11 83 4-26-83 2-10-84 OFFSCAIE 0

OFFSCAIE 6-26-84 40 4-8-85 140 5-4-85 <20 9-25-86 0 2B21-F076A, 4-14-83 <20 2E41-P006 2-11-84 2,118 4-7-85 412 9-23-86 <20 9B 2B21-F010B 4-16-83 OFFSCAIE 5-17-83 0 2-10-84 OFrM j 4-5-84 0 4-8-85 >320 4-26-85 0 9-30-86 >80,343 10-10-86 419 10-10-86 154 11-12-86 <20 2B21-F077B 4-16-83 249 5-16-83 45 2-12-84 280

, 5-7-84 0 O y 4-8-85 9-28-86 0

0

• (arca ex.mpt where noted)

H-16

_r '

h Lat.icn Valve NLater Date Performed Isakaae *

(a3 9B (Cbnt'd) 2B21-F076B, 4-16-83 408 2E51-F013 2-12-84 1,859 4-8-85 165 9-29-86 1,353 10 2E51-F007, 4-12-83 OFFSCAIE 2E51-F008 5-13-83 50 1-17-84 OFFSCAIE 6-16-84 30 5-7-85 0 5-10-85 0 9-24-86 25,770 11-11-86 175 11 2E41-F002, 4-26-83 60 2E41-F003 1-18-84 0 5-1-85 0 5-13-85 450 5-13-85 <20 9-20-86 54 11-11-86 119 i . . 12 2E11-F008 ' 4-20-83 190 l 1-26-84 3,600

• v 6-28-84 50 4-17-85 0 10-8-86 <20 l

2E11-F009 5-26-83 1,400 l 6-3-83 0 7-10-84 300 4-16-85 0 10-2-86 32 l 10-20-86 300 l

13A 2E11-F015A 5-14-83 1300 l

1-17-84 650 l 4-19-85 0 l 10-5-86 <20

( 2E11-F050A 4-8-83 OFFSCAIE l 5-9-83 400 2-4-94 OFESCAIE l 7-7-84 0 4-7-85 OFFSCAIE 4-19-85 600 10-3-86 >60,000 10-22-86 1,400 13B 2E11-F015B 5-11-83 2,000 1-17-84 1,950 7-14-84 0 d 4-10-85 OFFSCAIE 4-20-85 0 l

• (accm except where noted) l H-17 I

Penetration Valve Ntaber Date Performed Leakaae

• 13B (Cont'd) 2E11-F015B 9-23-86 OFFSCAIE 10-1-86 95,136 11-11-86 <20 11-24-86 <20 2E11-FT)50B 5-9-83 36 SCEH

(@ 29 PSI) 5-9-83 1,800

(@ 59 PSI) 2-5-84 OFESCAIE, VALVE REPIACED 7-6-84 0 4-10-85 OFFSCAIE 4-18-85 0 9-19-86 >30,000 11-12-86 3,500 14 2G31-F001 4-16-83 20 2-3-84 0 4-23-85 0 10-8-86 <20 11-16-86 0 11-25-86 <20 2G31-F004 4-16-83 1,100 C. 5-7-83 2-3-84 O

0 4-23-85 0 4-27-85 60 10-7-86 <20 11-25-86 <20 15 2T49-F002B 4-28-83 250 2-1-84 350 5-29-84 160 4-30-85 97 10-5-86 196 15 and 2T49 Closed System 4-27-83 150 222B 2-1-84 40 5-1-85 475 10-2-86 9,061 11-15-86 135 16A 2E21-F005A 4-6-83 350 5-20-83 40 1-16-84 1,630 2-20-84 <20 4-13-85 0 10-3-86 <20 0

• (accm except where noted)

H-18

Fu L ation Valve Maber Date 1%rrformed Isakage

• 16A (Oont'd) 2E21-F006A 4-6-83 <20 5-22-83 2,000 1-16-84 OFFSCAIE 6-13-84 1,200 4-13-84 5,219 4-20-85 275 9-26-86 150 16B 2E21-F005B 4-20-83 0 5-24-83 0 1-25-84 220 4-16-85 0 10-8-86 <20 16B 2E21-F006B 4-26-83 800 1-30-84 1,300 4-15-85 OFFSCAIE 4-20-85 20 5-9-85 1,300 10-23-86 1,560 11-10-86 <20 17 2E11-F022, 4-13-83 0 O 2E11-F023 ~

3-13-84 4-8-85 9-25-86

<20 0

0 18 2G11-F019 4-29-83 <20 8-1-84 750 5-21-84 40 4-26-85 45 9-27-86 0 2G11-F020 4-29-83 <20 3-1-84 <20 4-26-85 140 4-29-85 0 9-28-86 0 19 2G11-F003 5-5-83 50 1-19-84 20 4-24-85 OFFSCAIE 5-1-85 25 9-27-86 <20 2G11-F004 5-5-83 2,200 5-14-83 0 1-19-84 OFFSCALE 2-16-84 <20 4-24-85 0 9-27-86 <20 0

• (accm except where noted)

H-19

r f.

FwWuation Valve NLE@er Date Performed Isakage *

.)

21 2P51-F651 4-6-83 3,100 4-10-83 40 6-2-84 90 4-15-85 2,380 4-27-85 20 9-26-86 0 2P51-F513 4-5-83 125 6-2-84 65 4-15-85 80 9-22-86 44 22 2P70-F020 4-19-83 2,100 (Nor A CONTAINMENT 6-15-83 700 ISOIATION VALVE AFTER 1986) 6-25-84 2,000 6-30-84 300 4-23-85 2,150 4-27-85 175 2P70-F004 3-27-80 0 11-21-80 0 3-14-82 0 4-17-83 20 6-18-83 0 7-2-83 0 8-8-84 0

[] 4-19-85 0' V * -

9-23-86 -

<20 2P70-F005 9-29-86 .24 23 and 2P42-F051, 4-8-83 0 24 2P42-F052 8-4-84 30 4-17-85 43 11-3-86 0 11-15-86 62 25 2T48-F103, 4-14-83 700 2T48-F307, 2-1-84 3,800 2T48-F308, 7-14-84 350 2T48-D006 4-18-85 420 9-29-86 260 11-14-86 201 25 and 2T48-F104 4-30-83 0 205 2T48-F118A 2-2-84 0 2T48-F118B 4-16-85 30 9-27-86 <20 26 2T48-F319 5-6-83 200 2T48-F320 2-3-84 40 4-12-85 OFFSCALE 5-4-85 45 9-30-86 2,500 11-12-86 40

• (acan except where noted)

H-20

IN!netration Valve Ikaber Date Performed Laakage

• 26 (Cbnt'd) 2T48-F340 5-5-83 0 2-14-84 0 4-12-85 0 10-2-86 <20 2T48-F341 5-6-83 0 2-14-84 0 4-12-85 0 10-2-86 <20 27C 2B31-F017A 4-29-83 0 6-28-84 10 4-23-85 0 9-26-86 0 28 2P33-F004 4-9-83 400 4-13-83 40 2-3-84 0 4-30-85 0 9-27-86 <20 2P33-F012 4-14-83 140 4-26-83 35 2-17-84 0

'4.-30-85 20

. 9-26-86 <20

) = - ,

32A 2EH-F041B 4-8-83 200 4-23-83 0 4-5-84 0 4-12-85 <20 9-22-86 0 32C 2E11-F041D 4-8-83 210 4-23-83 0 l 2-27-84 2,100 4-10-84 0 4-12-85 0 9-23-86 <20 34C 2T23-F004 5-4-83 <20 3-15-84 0 4-15-85 0 9-26-86 <20 2T23-F005 4-22-83 25 2-15-84 0 4-15-85 <20 9-24-86 108 11-11-86 35 34D 2T48-F363A 4-30-83 1,050 O 5-5-83 2-23-84 4-26-85

<20 20 0

l 9-30-86 <20

• (accm except where noted)

H-21

N dual.imt Valve NLaber Date 1%rfonned Imah me

• 35A 2C514004A 5-12-83 0 3-2-84 750 3-29-84 0 4-25-85 0 10-3-86 41 35B 2C514004B 5-12-83 0 3-2-84 300 3-29-84 0 4-26-85 -

8-5-85 0 10-3-86 509 11-10-86 <20 35C 2C514004C 5-12-83 0 3-2-84 2,150 3-29-84 0 4-25-85 0 10-3-86 0 35D 2C514004D 5-12-83 91 3-2-84 2,100 3-29-84 0 4-25-85 38 l O 10-3-86 41 V

35E 2C51-F3012 5-19-83 71 3-2-84 60 4-25-84 25 4-29-85 0 10-3-86 26 2C51-F3017 5-14-83 0 3-1-84 0 4-29-85 0 10-3-86 370 11-4-86 42 39A 2E11-F016A 4-6-83 405 3-2-84 1,000 6-1-84 220 4-17-85 0 5-5-85 0 10-4-86 90 39B 2E11-F016B 4-16-83 280 i

l 3-13-84 30 l

4-8-85 0 l 4-26-85 640 9-25-86 1,359 l

10-2-86 383 10-5-86 605 l * (accm except where noted)

H-22

-= .

Benetratia) Valve NLuber Date 14rforined Leakage

• 41 2B31-F019 4-25-83 0 6-27-84 0 4-17-85 <20 10-1-86 70 11-1-86 <20 2B31-F020 4-29-83 0 7-3-84 0 4-17-85 0 9-23-86 0 42 2C41-F007 4-29-83 0 6-19-84 0 4-16-85 20 10-5-86 <20 2C41-F006 4-25-83 0 6-19-84 0 4-16-85 0 10-3-86 <20 44 2T48-F321, F322 4-25-83 0 2-26-84 20 4-22-85 0 10-4-86 <20 9-21-86 <20 O. 45D 2B21-F111 2B21-F112 .

9-23-86 <20 46 2P21-F034 4-5-83 90 6-3-84 0 4-15-85 0 9-27-86 <20 2P21-F032 4-6-83 0 6-3-84 30 4-15-85 0

- 9-27-86 0 47, 48 2P64-F045, F047, a:xi 6-26-83 OFFSCAIE Closed System 7-2-83 162 8-7-84 OFFSCAIE 8-25-84 130 i .4-16-85 OFFSCAIE 5-10-85 600 9-29-86 0 51C 2F70-F066 7-4-83 0 8-20-84 <20 4-20-85 0 9-29-86 0 2P70-F067 9-23-86 0 2F70-F091 6-19-83 280 )

(NOT A CONIAINMENT 8-11-84 OFFSCAIE ISOIATION VALVE AFIER 1986) 8-15-84 190 4-23-85 380

• (accm except where noted)

H-23

FEi.dualian Valve Ntamber Date Perfonned Isakane *

' (w/,)

51D 2T48-F363B 5-2-83 2,253 5-10-83 0 2-23-84 <20 4-26-85 850 5-7-85 40 9-28-86 0 54A 2E11-F041A 4-8-83 140 4-23-83 55 2-24-84 45 4-23-85 45 10-5-86 50 54C 2E11-F041C 4-8-83 90 2-24-84 190 4-13-84 0 4-20-85 0 10-5-86 <20 55 2G11-F852 4-29-83 0 3-5-84 OFESCAIE 4-12-84 25 4-25-85 OFESCAIE i 5-2-85 0 O 9-26-86 81 b 11-14-86 90 11-15-86 <20 2G11-F853 4-29-83 0 3-5-84 <20 4-25-85 0 9-28-86 1,900 9-29-86 40 11-14-86 0 57C 2B31-F013B 4-28-83 0 3-20-84 0 4-24-85 0 9-23-86 0 2B31-F017B 4-29-83 0 6-29-84 0 4-24-85 0 l 10-2-86 <20 60A 2P33-F003 4-9-83 30 l 5-10-84 45 I

4-30-85 OFFSCAIE 5-2-85 0 9-29-86 52 2P33-F011 4-13-83 300 4-27-83 <20 5-10-84 25 0s 5-2-85 9-30-86 30 3,000 11-13-86 <20

• (acan except where noted)

H-24

- Fein=uation Date Performed Valve Maber Leakage

• 60B 2D11-F050 4-19-83 <20 3-12-84 0 4-27-85 0 9-29-86 201 11-3-86 <20 2D11-F052 4-19-83 40 3-12-84 40 4-29-85 <20 10-1-86 <20 61A 2T49-F002A 4-19-83 200 8-1-83 OFFSCAIE 8-4-83 0 2-22-84 50 5-2-85 70 10-9-86 <20

, 61A, 2T49 - Closed System 4-26-83 700 221A 4-22-84 180 4-29-85 30 10-2-86 40 62 2D11-F051 4-19-83 <20 2-28-84 0 .

0 2D11-F053 5-2-85 9-28-86 4-19-83

<20 0

0 2-28-84 0 4-29-85 0 10-11-86 <20 63 2P70-F002 4-21-83 0 6-5-84 0 4-22-85 0 9-26-86 0 2P70-F003 4-17-83 0 3-22-84 0 4-19-85 0 9-27-86 0 64 2P33-F005 4-15-83 OFFSCAIE 5-11-83 90 5-11-84 0 5-1-85 0 9-27-86 0 2P33-F013 4-12-83 150 4-27-83 90 7-2-83 56 5-11-84 45 5-1-85 0 9-26-86 <20 i

• (accm except stiere noted)

H-25

, Fern bation Valve NLamber Date Performed Leakame

• 67 2T48-F335B 5-2-83 0 6-20-84 0 4-18-85 0 10-3-86 40 2T48-F334B 4-10-83 0 2-27-84 490 3-21-84 0 4-20-85 <20 10-1-86 <20 69 2T48-F209 5-5-83 800 5-14-83 70 2-2-84 OFFSCALE 4-13-84 80 4-22-85 190 2T48-F209 4-22-85 0 9-30-86 3,000 11-24-86 64 2T48-F210 5-5-83 0 4-10-84 55 4-22-85 40 9-28-86 14,000 11-24-86 27 80 2T48-F334A 4-10-83 0 O- 2-27-84 196 3-22-84 0 4-20-85 <20

. 10-1-86 <20 2T48-F335A 5-2-83 0 6-20-84 0 4-24-85 0 10-3-86 41 81 2T48-F113, F114 4-22-83 0 1-17-84 0 4-12-85 0 9-20-86 <20 l 203 2E51-F003, F031 4-9-83 OFFSCALE 5-4-83 50 1-17-84 220 2-10-84 190 i 10-29-84 240

! 4-10-85 140 9-21-86 140 t

l 204A 2E11-F004A, F030A 4-8-83 OFFSCALE 5-14-83 1,100 l 1-19-84 OFFSCAIE O 5-20-84 350 4-7-85 165 10-2-86 433 10-19-86 327

• (accm except where noted)

H-26

m-duation Valve NLater Date Performed Isakage *

[ ,)

V 204B 2E11-F004B, F030B 4-14-83 OFFSCAIE 5-2-83 0 1-27-84 OFFSCAIE 4-19-84 230 4-11-85 OFESCAIE 4-25-85 2,342 9-19-86 110 11-15-86 800 204C 2E11-F004C, F030C 4-4-83 0 1-19-84 40 6-12-85 110 4-7-85 1,150 10-2-86 302 204D 2E11-F004D, F030D 4-15-83 50 1-27-84 160 4-8-85 <20 9-19-86 220 205 2T48-F364B 5-8-83 <20 2-24-84 0 4-26-85 0 9-30-86 20 2T48-F309, F324, D006 4-14-83 700 2-1-84 3,800 7-16-84 350 4-16-85 1,720 4-23-85 820 10-3-86 574 11-13-86 <20 2T48-F310, F328A 4-21-83 2,230 5-17-83 60 2-25-84 140 4-16-85 180 10-1-86 <20 11-12-86 280 2T48-F311, F328B 4-22-83 700 5-18-83 500 2-25-84 650 4-16-85 310 9-28-86 24 i 11-2-86 <20 l

l 206A 2T48-F361B 4-27-83 20 3-19-84 40 4-27-85 0 10-4-86 30 206C 2T48-F361A 4-28-83 20 3-19-84 0 0s 4-27-85 10-4-86 0

<20

• (accm except where noted)

H-27

F:i=Lat.icn Valw. Haber Date Performed Isakane

• 206C (Cont'd) 2E41-F121 10-21-86 0 2E41-F122 10-16-86 <20 206F 2T48-F362A 5-8-83 0 1-17-84 0 4-26-85 40 9-26-86 36 206H 2T48-F362B 5-8-83 0 1-17-84 0 4-27-85 0 9-26-86 <20 207 2E41-F042, F051 4-17-83 1,100 5-12-83 1,400 1-17-84 1,600 5-15-84 0 4-11-85 0 9-21-86 40 208A 2E21-F001A 4-5-83 0 1-16-84 36 4-11-85 0 T 9-25-85 7,635 .

j 10-28-86 2,000 10-29-86 1,118 208B 2E21-F001B 4-11-83 0 1-25-84 <20 4-12-85 0 9-28-86 22 210A 2E11-F097 4-15-83 40 4-26-84 2,000 5-3-84 65 4-18-85 <20 10-10-86 111 (Valve replaced with blank) 11-86 0 2E11-F025A 4-7-83 45 l 5-4-84 0 4-23-85 0 l

10-11-86 <20 10-17-86 0 2E11-F029 4-21-83 0 4-13-84 0 4-24-85 <20 l 10-11-86 <20 2E11-F019, F021 4-11-83 0 3-9-84 0 CN 4-11-85 0 h 9-22-86 <20

• (accm except where noted)

H-28 i

l

Penetraticm Valve tah Date Performed Isakaae

• 210A '(Cont'd) 2E11-F024A, FT)27A, F028A 4-6-83 400 4-11-83 1,400 1-20-84 147 4-16-85 210 10-7-86 1,900 10-8-86 210 210B 2E11-F025B 4-17-83 0 4-30-84 <20 4-24-85 20 9-29-86 <20 2E11-F012, F046 4-19-83 <20 4-3-84 0 4-11-85 0 9-21-86 0 2E11-F024B, F027B, F028B 4-11-83 1,400 3-10-84 1,200 6-1-84 800 4-8-85 698 9-23-86 7,000 11-11-86 1,925 2E11-F028B ONLY 11-13-86 0 2E51-F001, F040 5-12-83 0 212 2-29-84 7-27-84 50 OFESCAIE 450 4-10-85 209 9-21-86 73,542 10-30-86 <20 213 2E51-F002, F028 4-11-83 25 2-29-84 30 4-11-85 0 9-21-86 OFFSCAIE 11-3-86 <20 214 2E41-F021, F049 6-6-83 500 l 2-29-84 1,750 7-9-84 40 4-11-85 930 9-20-86 202 215 2E41-F022, F040 4-20-83 0 3-5-84 0 4-11-85 0 9-20-86 <20 1

217A 2P33-F006 4-11-83 0

( 5-10-84 0 l

5-2-85 0 l 9-27-86 <20

• (accm except where noted)

H-29 i

Benetration Valve thaber Date Performed Isakane

• b 217A (Cont'd) 2P33-F014 4-11-83 350 4-29-83 50 5-10-84 0 5-2-85 80 5-2-85 30 9-30-86 210 11-14-86 33 217B 2P33-F007 4-6-83 0 5-11-84 0 5-2-85 0 10-12-86 <20 2P33-F015 4-11-83 50 5-11-84 40 5-2-85 48 10-4-86 50 217C 2D11-F058, F065 4-21-83 0 3-11-84 0 4-29-85 0 9-29-86 <20 2D11-F061 4-21-83 0 3-11-84 50

. 4-29-85 0 ,

10-3-86 <20 218A 2G51-F002 5-13-83 0 1-19-84 300 1-30-84 25 5-16-84 50 4-11-85 90 9-28-86 0 2G51-Blind Flange 5-15-83 0 6-23-83 50 1-16-84 0 5-16-84 30 4-11-85 60 9-27-86 0 10-1-86 <20 220 2T48-F364A 5-8-83 120 3-8-84 0 4-11-85 0 9-28-86 22 2T48-F318, F326 6-19-83 20 2-26-84 60 4-9-85 <20 9-28-86 0 11-10-86 120 2T48-F338 5-4-83 0 0 3-6-84 4-10-85 85 0

10-1-86 <20

• (accm except where noted)

H-30

^

Me^uauial Valve h h Moniu!id h*

d(,

220 (Cont'd) 2T48-F339 5-4-83 0 3-6-84 68 4-10-85 25 10-2-86 130 10-7-86 <20 221A 2T49-FUO4A 4-15-83 200 2-21-84 60 5-3-85 160 10-10-86 <20 221B 2E41-F104, F111 4-20-83 <20 3-11-84 0 4-11-85 0 9-21-86 25 221C 2E51-F104, F105 4-11-83 0 3-9-84 <20 4-16-85 0 5-3-85 0 9-21-86 <20 222B 2T49-F004B 4-28-83 2,500 0 . 6-14-83, 2-16-84 5-3-85 130 240 ^

0*

10-6-86 17,500 11-14-86 69 224A 2T49-F009A 5-3-83 0 2-23-84 120 4-24-84 0

, 4-23-85 60 10-11-86 200 11-9-86 58 2E11-F055A, F103A, arxi 4-4-83 <20

'Ihermal Relief Valve F3078A 3-5-84 <20 l 5-16-84 <20 l 4-19-85 0 10-19-86 <20

, 224B 2T49-F009B 5-3-83 0 l 2-17-84 0 l 4-23-85 190 4-26-85 0 5-3-85 86 10-9-86 1,400 11-5-86 58 2E11-F055B, F103B, and 4-15-83 100 C 'Ihermal Relief Valve F3078B 4-26-84 0

( 5-14-84 6-6-84 700 0

4-27-85 OFESCALE

• (acem except where noted)

H-31

PerieLat.icn Valve Ntauber Date Performed Isakage

• 224 (Cont'd) 4-27-85 0 9-22-86 0 225A 2T48-F342A 5-8-83 25 8-16-84 20 4-30-85 0 9-27-86 0 11-3-86 0 2T48 - Air Cylinder "A" 5-9-83 0 7-12-84 <20 8-16-84 0 4-29-85 35 9-26-86 900 10-23-86 0 225B 2T48-F342B 5-8-83 30 8-16-84 0 4-30-85 0 9-27-86 0-11-3-86 0 2T48 - Air Cylinder "B" 5-8-83 0

. 7-12-84 <20 8-16-84 0 0 12-26-84 4-29-85 9-26-86 20 160 0

225C 2T48-F342C 5-8-83 30 8-16-84 0 4-30-85 0 9-27-86 0 11-3-86 0 2T48 - Air Cylinder "C" 5-8-83 0 7-12-84 <20 8-16-84 0 4-29-85 60 9-26-86 340 10-25-86 956 11-10-86 0 225D 2T48-F342D 5-8-83 0 8-16-84 0 4-30-85 0 9-27-86 0 11-3-86 0 2T48 - Air Cylinder "D" 5-8-83 0 7-12-84 <20 8-16-84 0 4-29-85 25 9-26-86 190 10-25-86 0

• (accm except where noted)

H-32

- _. - ~.

Pent:Lation Valve Number Date Performed Isakaae

• 225E 2T48-F342E 5-8-83 20 8-16-84 0 4-30-85 0 9-27-86 0 11-3-86 0 2T48 - Air Cylinder "E" 5-8-83 0 7-12-84 <20 8-16-84 0 12-26-84 20 4-29-85 350 5-1-85 0 9-26-86 0 225F 2T48-F342F 5-8-83 40 8-16-84 40 4-30-85 45 9-27-86 38 11-3-86 0 2T48 - Air Cylinder "F" 5-8-83 0 7-12-84 20 8-16-84 0 12-26-84 20 4-29-85 85 9-26-86 0 .

225G 2T48-F342G' 5-8-83 0 8-16-84 0-4-30-85 128 5-1-85 0 9-26-86 <20 11-3-86 <20 2T48 - Air Cylinder "G" 5-8-83 0 7-12-84 <20 8-16-85 0 12-26-84 20 4-29-85 10 9-26-86 <20 225H 2T48-F342H 5-8-83 35 8-21-84 0 4-30-85 26 9-26-86 20 11-3-86 <20 2T48 - Air Cylinder "H" 5-8-83 0 7-12-84 <20 8-16-84 0 12-26-84 20 l 4-29-85 40 9-26-86 0 O

i * (accm except where noted) l H-33

F= LaLiert Valve NLamber Dette Performed Leakane

• 225I 2T48-F342I 5-8-83 40 8-16-84 0 4-30-85 0 9-26-86 <20 11-3-86 0 2T48 - Air Cylinder "I" 5-8-83 0 7-12-84 <20 8-16-84 0 4-29-85 160 9-26-86 158 10-23-86 0 2257 2T48-F342J 5-8-83 0 8-16-84 0 4-30-85 0 9-26-86 <20 11-3-86 0 2T48 - Air Cylinder "J" 5-8-83 0 7-12-84 <20 8-16-84 0 4-29-85 35 9-26-86 30 225K 2T48-F342K 5-8-83 20 0 8-6-84 4-30-85 9-26-86 20 0

<20 11-3-86 <20 2T48 - Air Q'linder "K" 5-8-83 0 7-12-84 <20 8-16-84 0 12-26-84 20 l 4-29-85 0

9-26-86 0 i 225L 2T48-F342L 5-8-83 20 8-16-84 0 l

4-30-85 0 i

9-26-86 28 11-3-86 38 2T48 - Air Cylinder "L" 5-8-83 0 7-12-84 <20

! 8-16-84 0 l 12-26-84 20 l 4-29-85 0 9-26-86 0 l

0

• (accm except where noted)

H-34

Bei==ualicn

^

Valve Raber Date Performed Isakage

• h 226A 2E21-F015A 4-6-83 30 3-16-84 30 4-12-85 0 10-9-86 <20 2E21-F044A 4-8-83 0

, 3-5-84 <20 l 4-12-85 0 9-30-86 0 2E11-F011A, F026A 4-6-83 <20 4-4-84 0 4-16-85 0 10-8-86 0 2E11-F007A 4-4-83 2,200 5-22-83 0 3-5-84 OFESCALE 4-2-84 0 4-7-85 OFFSCALE 4-26-85 0 10-5-86 <20 10-23-86 604 11-28-86 <20 226B 2E21-F015B 4-15-83 0

. 3-14-84 0 -

] 4-15-85 -

100

.> 9-25-86 0 2E21-F044B 4-15-83 <20 3-10-84 10 4-12-85 0 10-1-86 <20 2E11-F011B, F026B 4-14-83 0 3-8-84 0 4-8-85 0 9-24-86 0 2E11-F007B 4-15-83 <20 3-8-84 0 4-9-85 <20 9-24-86 0 230 2T48-F325, F327 4-21-83 0 3-10-84 0 4-23-85 0 l 10-14-86 <20 231 2T48-F333A 4-27-83 50 3-9-84 25 4-24-85 50 l_

l 10-2-86 250 10-3-86 <20 2T48-F332A 4-27-83 40 l 0 3-8-84 4-24-85 10-2-86 25 40 20 l

• (acan except where noted)

!' H-35 l

i

-- , ,. . _ . . - __,n, , - - . - ,..,__-._.......,a

hLation Valve M*r Date Performed Leakage

• Os 233 2T48-F212 5-17-83 0 5-3-84 30 4-24-85 145 10-8-86 180 2T48-F211 5-20-83 50 5-3-84 60 4-25-85 300 4-29-85 70 10-3-86 156 10-5-86 2,000 10-30-86 220 11-10-86 95 234A 2G51-F011 5-8-83 0 1-16-84 0 4-11-85 0 9-26-86 2,592 10-7-86 <20 2G51-FT)12 5-8-83 0 1-16-84 0 4-11-85 0 9-26-86 0

., 235A 2T48-F332B 5-3-83 <20 3-9-84 0 v 4-24-85 25

'10-1-86 <20 2T48-F333B 5-3-83 <20 3-9-84 40 4-24-85 20 10-2-86 <20 235B 2T48-F115, F116 5-3-83 0 3-14-84 0 4-12-85 20 10-4-86 <20 10-26-86 <20 O

• (acon except where noted)

H-36

._ _ _ _ _ _ . _ _ _ _