ML17324A579

Reactor Containment Bldg Integrated Leak Rate Test.

ML17324A579
Person / Time
Site:	Cook
Issue date:	12/04/1985
From:	Climer D INDIANA MICHIGAN POWER CO. (FORMERLY INDIANA & MICHIG
To:
Shared Package
ML17324A575	List: ML17324A572 ML17324A579
References
NUDOCS 8601290126
Download: ML17324A579 (323)

Text

REACTOR CONTAINMENT BUILDING INTEGRATED LEAK RATE TEST UNIT 1 DONALD C. COOK PLANT BRIDGMAN, MI INDIANA AND MICHIGAN ELECTRIC COMPANY AUGUST 1985 WRITTEN BY: Dave Climer DATE: 12-4-85 8+0i290i26 86010S PDR ADOCK 05000315 P ., PDR

'/%3 HH TN'JM 7ff(JTiJllSM TABLE OF CONTENTS 1.0 Introduction 2.0 Integrated Leak Rate Test Acceptance Criteria 3.0 Analysis of Results 4.0 Conduct of Test 5.0 Test Instrumentation and Equipment 6.0 Supplemental Verification Test 7.0 Containment Pressurization Apparatus 8.0 Containment Model and Leak Rate Calculations 9.0 Conclusions Graph I Table I Graph II Table II Appendix A Repaired Valve Leakage Penalty Calculation Appendix B Type C Penalty Appendix C Sump Level Penalty Appendix D Instrument Selection Guide Appendix E Data Rejection Criteria Appendix F ILRT Type A Test Data Appendix G ILRT Supplemental Test Data Appendix H 1985 BGC Test Results Appendix I 1983 BSC Test Results Appendix J 1982 BRC Test Results

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1.0 Introduction The 10th year containment Integrated Leak Rate Test (ILRT) for the Donald C. Cook Nuclear Plant Unit 1 reactor containment was successfully completed on August 30, 1985.

The ILRT was performed as specified in surveillance test procedure ~1 THP 4030 STP.202, Rev. 0 in accordance with the requirements of American National Standard ANSI N45.4 - 1972, the Code of Federal Regulations 10 CFR 50 Appendix J, the plant FSAR, and Technical Specification 4.6.1.2.

The absolute method of testing was employed on the three compartment containment model developed for both the Unit One and Unit Two Preoperational Integrated Leak Rate Tests.

Data was collected at half hour intervals and was used to calculate the normalized weight of the initial dry air mass remaining in the containment at each half hour interval. The measured Type A leak rate, Lam, is the slope of a straight line determined for a linear least-squares fit of the calculated normalized weight vs. time.

Following the completion of the Type A test a supplemental test was performed by imposing a constant leak rate and analyzing the data with the method used for the Type A test.

All test results were found to meet the acceptance criteria.

I 2.0 INTEGRATED LEAK RATE TEST ACCEPTANCE CRITERIA As per Unit 1 Technical Specifications, the containment allowable leakage, La, is defined as 0.25 percent by weight of the containment air per 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> at a pressure Pa (12.0 psig). The measured leakage rate, Lam, must be demonstrated to be less than 0.75 La (0.1875 gwt/day) as required by 10 CFR 50 Appendix J.

In addition, the accuracy of the leakage measurement must be verified by performing a supplemental test, the results of which are acceptable provided the measured leakage is within .25 La of the measured containment leakage added to an imposed leak on the containment.

As specified in Section 5.0 of D.C. Cook Plant Surveillance Test Procedure 1"THP 4030 STP.202 and in accordance with 10 CFR 50 Appendix J Section III A, "Leakage Test Requirements, Type A Tests", the test was considered acceptable when the following had been verified:

NOTE: Leakage out of the 'containment is considered negative.

2.1 The duration of the Type A test has exceeded the minimum of 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.

2.2 The leak rate, as determined by the 95/ Upper Confidence Limit of the least squares fit, Lam/95, has converged to an acceptable level:

Lam/95 > ( - 0,75 La - Type C Leakage Penalty - Sump Level Change during test).

2.3 The duration of the Type A Test has exceeded the minimum of 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> and the difference between the 95/

Upper Confidence Limit of the leak rate, Lam/95, and the leak rate itself, Lam, is less than 0.25 La:

(Lam/95[ - )Lam) < 0.25 La 2.4 The changes in upper confidence level leakage, Lam/95, and the measured leakage, Lam, do not show a negative trend over the last two hours of the test.

The Supplemental Test was considered acceptable when the following had been verified:

2.5 The duration of the Supplemental Test has exceeded the minimum of 6 hours.

2.6 The sum of the imposed leak, Lo, and the leakage measured during the ILRT, Lam, is within + 0.25 La of the composite leakage, Lc, measured in the supplemental test:

(Lo + Lam - 0.25 La) < Lc < (I,o + Lam + 0.25 La) 2.7 An additional acceptance, required by the NRC, adjusts the Type A test results for valves repaired during the outage but prior to the Type A test. This repaired valve penalty, Lrv, is an indication of the containment conditions at the end of the fuel cycle. The repaired valve penalty (discussed in Appendix A) is added to the 95~ Upper Confidence I,imit of the leak rate, I,am/95, for the Type A test. The acceptance criteria is that the combined leakages are less than .75 La.

Lam/95 > -.75La - Lrv - Type C Ieakage Penalty - Sump Level Change During Test.

t 3.0 Analysis of Results As indicated in Table 2, the Type A leak rate 95~ Upper Confidence Limit (Lam/95) correlates with the actual leak rate (Lam) well within the limits established by 10 CFR 50 Apppendix J. Additionally, the correlation between the supplemental test and the Type A test is excellent. The "as found" condition of containment was also well within the acceptance criteria.

An analysis of the results follows:

3.1 Item A Of Table 1 Lam, is the measured containment leakage after 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of taking data in one-half hour intervals. It was calculated using the "Absolute Method" as described in ANSI N45.4 - 1972. Lam is the slope of the linear regression line determined from the normalized remaining weight of the initial containment dry air mass calculated for each half hour data set. A tabulation of Lam is shown in Table I. A plot of the leakage rates along with a plot of the normalized air mass remaining in containment is shown in Graph I.

3.2 Item B Of Table 1 Lam/95, is the 95'/ Upper Confidence Limit of the leak rate. It is calculated from the variance of the slope of the least-squares line and the value of the t-distribution for a 95/ confidence that Lam/95 is the upper limit of the actual leak rate. A tabulation of Lam/95 is shown in Table I. A plot of the leakage rates in shown in Graph l.

3.3 Item C Of Table 1 Lv is the Type C leakage penalty for valves which could not be exposed to containment atmosphere during the Type A test because of plant conditions. This penalty is the Minimum ~pathwa

~leaks e for each penetration affected. A summary of the valves and the calculations are included in Appendix B.

The use of the Type C penalty to systems not vented to containment was part of commitments made to the NRC by Indiana and Michigan Electric Company and appears formally in Appendix Q Question 022. 14 of the Unit 2 FSAR.

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3.4 Item D Of Table 1 Ls is the penalty assigned to changes in the sump levels in containment. Prior to the test, and immediately after the test, the sump levels in containment were measured. The level change was converted to a constant leakage rate by assuming it happened over the duration of the 24 test. The only significant sump level change was the annulus sump which is the collection point for the condensate from the Ice Condenser air handling units. This sump level increase is most likely a result of the dehumidification of containment during the test. Since containment pressure data is corrected for water vapor pressure it is likely that this penalty is not realistic, however, the total penalty does not significantly effect the results of the Type A test.

The calculation of this penalty is shown in Appendix C.

3.5 Item E of Table 1, Lo is the imposed leak from containment during the supplemental test. This leak was established using a rotameter and a flow control valve. The flow rate was monitored at half hour intervals and held constant throughout the supplemental test.

3.6 Item F of Table 1'c is the measured, containment leakage during the supplemental test after 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> of data taking. The leak rate is calculated in the same manner as Lam (Item A of Table 1). A tabulation of Lc is shown in Table II. A plot of the leakage rate along with the normalized air mass remaining in containment is shown in Graph II.

3.7 Item G of Table 1 Lrv is the repaired valve penalty assigned to valves repaired during the outage in which the ILRT was run. It is completed by the Minimum

~Pathwa Method for each penetration and ia the difference between the as found and as left condition of the valves. This penalty is deducted from the allowable leakage from containment and corrects the ILRT acceptance criteria to reflect the condition of containment to pre-outage conditions. A calculation of the repaired valve penalty is shown in Appendix A.

3e8 Item A of Table 2 Lam/95 is well within the acceptance criteria established by 10 CFR 50 Appendix J with the appropriate penalties taken. Passing this criteria proves there is acceptable containment integrity to return to power after the refueling outage.

3.9 Item B of Table 2 the difference between the measured leak rate and the 95$ Upper Confidence Limit is well within the acceptance criteria of .25 Ia. This correlation shows the tests results have a 95/

confidence level that the next data point will be within the acceptance criteria stated by 10 CFR 50 Appendix J.

3.10 Item C of Table 2 Supplemental test correlation proves that the test instrumentation would have been adequate to measure a leak with an accuracy of +.25 Ia. The correlation is well within the limits of 10 CFR 50 Appendix J.

3.11 Item D of Table 2 The "as found" type A test result compares the 95$ Upper Confidence Limit on leakage to the 10 CFR 50 Appendix J containment leakage limit with a penalty for repaired valves included. The results were well within the acceptance criteria and demonstrates that the containment building would have been capable of containing the containment atmosphere if an accident would have occurred just prior to the start of the refueling outage.

TABLE 1 LEAKAGE RATE

SUMMARY

Leakage Rate g wt/24 hours A. Type A test Results (Lam) .00905 B. 95$ Upper Confidence I,imit Type A Test .01677 (Lam/95)

C. Type C Leakage Penalty (Lv) .00320 D. Sump Level Change Penalty (Ls) .00250 E. Supplemental Imposed I,eak (Lo) .19270 F. Measured Supplemental Composite I.eakage (Lc) . 19549 G. Repaired Valve Penalty (Lrv) .08320

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4.0 Conduct of Test Or anization of Test The D.C. Cook Performance Engineering Section of the Technical Engineering Department was responsible for the leakage requirements of 10 CFR 50 Appendix J.

Figures 4.1 and 4.2 show the personnel organization before and during the test.

4.1 Pre-Test Or anization Test Su ervisor - Organized efforts required to ensure the readiness of Unit 1 containment systems and test instrumentation for the conduct of this test. This included arranging for instrument calibration, making arrangements inside and outside the plant, interfacing with the local leak test program, and completing test prerequisites.

Instrumentation Su ervisor - Directed the installation, wiring, and channel verification of the test instrumentation system. Programmed the automated data acquisition system.

Instrument Technicians - Performed installation and channel verification of test instrument system.

Containment Ins ection Coordinator - Organized and conducted an inspection of all accessible containment interior and exterior surfaces, penetrations and associated systems. Evaluated and reported inspection results and was responsible for initiating any corrective action required.

Cor orate Interfaces - Maintained the ILRT Test, Computer Program to analyze test data. Provided technical review of procedures, Tech. Specs, 8 FSAR.

Evaluated Regulatory requirements as they would influence the test.

Local Leak Test Pro ram Grou - Performed Type B and C Leak Rate Test as per plant procedure 1 THP 4030 STP.203. Responsible for initiating corrective action as indicated by test results. Reported results to Test Supervisor.

De artment Interfaces - Contacted as required to help satisfy test prerequisites.

4.2 Test Or anization Test Su ervisor/Backshift Su ervisor - Responsibility for the general conduct of the test.

Co orate Interfaces - These people assisted in evaluation of current problems and interpretation of codes and regulations. The corporate computer group assisted with any problems encountered with running the ILR Test program.

Data Collection Coordinator - This person was responsible for directing data collection, data entry, data processing, reviewing the results, verification of correct data entry, and plotting of the results. There were five additional personnel reporting to the data collection coordinator.

De artmental Interfaces - These people assisted the test effort when it affected their respective parts of the plant.

4.3 Test Chronolo The month prior to the start of the test was used to install the instrumentation inside of containment. The dew point hygrometers were installed one day before the test to avoid damage. The pressurization phase of the test began on August 17, 1985 at 0330.

Approximately six hours into the test, test personnel were notified by the NRC of possible valve line-up problems. A walkdown of the entire valve line-up outside containment was conducted while the test proceeded. A total of 16 misalligned valves were found. After a review of the situation with plant management, it was felt that the test should be rerun to eliminate any doubt of test validity which may be expressed at a later date.

The following is a summary of the events during the Unit 1, Summer 1985 Integrated Leak Rate Test.

DATE TIME Operations finished valve line-ups, P

8/17/85 0330 inside containment inspection began.

8/17/85 1045 Pressurization began 8/17/85 1827 Stabilization started 8/18/85 0400 The stabilization period of the test was declared successfully completed when the following stabilization criteria were met

1) The weighted average containment temperature in the upper, and lower volumes has varied less than O.l F/hour for 4 consecutive hours.

2) The change in temperature indicated by each of the 46 individual containment temperature probes is less than 0,5 F for the last hour of the'tabilization.

8/18/85 0400 ILRT Started 8/18/85 1950 Notified by NRC of possible valve line-up problems.

8/19/85 0645 Type A ends with a 95/ Upper Confidence Leakage value of -0.02258'/, wt/day. The agreement between the actual measured leakage and the 95/ Upper Confidence Leakage value was within .0625'/, wt/day showing that there was an acceptable convergence in the results.

8/19/85 0725 Supplemental test started.

8/19/85 1700 Supplemental ended and plans were made to restart test because of errors found outside containment in the valve line-up.

The final composit leak rate during the supplemental test was -.20911% wt/day.

The measured leak rate using Type A test equipment was -0.22975/, wt/day.

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DATE TIME 8/19/85 A cursory review of the valve line-up outside of containment showed 16 improperly lined up systems. After a review of the situation with plant management, it was decided to align the improperly positioned systems outside containment and rerun the test. A verification of valve positions inside containment would immediately follow the test.

8/20/85 0445 Increased containment pressure from 12.1 to 12.5 PSIG to begin a second test.

8/20/85 0615 Stabilization began.

8/20/85 1430 The stabilization period of the test was declared successfully completed when the following stabilization criteria were met.

1) The weighted average containment temperature in the upper and lower volumes has varied less than

.1 F/hr for 4 consecutive hours.

2) The change in temperature indicated by each of the 46 individual containment temperature probes is less than .5oF for the last hour of the stabilization.

8/20/85 1430 Began the second Type A Test.

8/20/85 2000 Error found in RUN 6 data, data set was deleted.

8/21/85 1455 Second Type A test ends with a- 95% Upper Confidence Leakage Valve of -0.01677%

wt/day. The agreement between the actual measured leakage and the 95'/

Upper Confidence Leakage Valve were within .0625'/, wt/day showing that there is an acceptable convergence in the results.

'l DATE TIME 8/21/85 1445 Notified by the NRC that a tubing fitting was found in the discharge of the rotameter. After it was determined that the fitting was not part of the calibration, it was removed and the test proceeded.

8/21/85 1700 Started supplemental test.

8/21/85 0045 Supplemental test terminated Imposed leak = 0.1927'/, wt/day

+ Type A results = 0.00905$ wt/day Total = 0.20175'/, wt/day Leakage value measured = 0.19549'/, wt/day 8/22/85 0126 Started depressurizing 8/22/85 0730 Depressurization ended After depressurization was complete, Operations and Performance personnel verified valve line-ups inside containment. The post test verification found 3 discrepancies:

1) Accumulator 1 - Vent not open (SI-164-1)

2) Accumulator 4 - Vent not open (SI-164-4)

3) NPX-300 - Loose pipe plug found in vent line.

An investigation of the accumulators found that prior to ILRT there was no pressure (Nitrogen) in the tanks and the tanks were filled with water. This was also the condition after the ILRT. It is concluded that the misaligned vents had no effect on the ILRT, The loose fitting pipe plug at NPX-300 was not leak tight and it is concluded that it allowed the containment isolation valves to be challenged. To ensure that no questions remained, a local leak rate test of the containment isolation vented by NPX-300 was performed and the leakage was zero.

0 FIGURE 4.1 PRETEST ORGANIZATION TYPE A TEST SUPERVISOR INSTRUMENTATION CONTAINMENT CLEANUP DEPARTMENT INTERFACE SUPERVISOR & INSPECTION COORDINATOR TO OPERATIONS, MAINTENANCE INSTRUMENTATION CORPORATE INTERFACE TECHNICIANS TECHNICAL SUPPORT ILR COMPUTER PROGRAM CALIBRATION &

STANDARDS LAB TYPE B&C TEST SUPERVISOR (LOCAL LEAK RATE TEST PROGRAM)

DATA MAINTENANCE TEST TECHNICIANS CORPORATE DEPARTMENT ROCESSING INTERFACING FOR INTERFACE INTERFACE CORRECTIVE ACTIONS

0 FIGURE 4.2 TEST ORGANIZATION TEST SUPERVISOR BACKSHIFT SUPERVISOR ORP ORATE DATA COLLECTION DEPARTMENT INTERFACES COORDINATOR INTERFACE ECHNICAL & RESULTS ANALYSIST OMPUTER DATA DATA DATA DATA ENTRY COLLECTORS VERIFICATION PLOTTERS

5.0 TEST INSTRUMENTATION AND E UIPMENT Table 5.1 Test Instrumentation ITEM MANUFACTURER MODEL RANGE TEST ID.

PU-l, PU-2 Pressure PL-1> PL-2 Measuring Mensor Quartz PI"1, PI-2 Instrument Manometer 10100-001 0-30 psia PATM Temperature Hycal 1000 RTS-4233"B -360 to ETR -1 01thru Sensors Engineering Platinum 270 F ETR-146 and 385 RTD's Ambient Temperature Dew Point E.G. 8 G. Chilled 660 -90 to VPU-l, VPU-2 Temperature Mirror + 180~F VPL-l, VPL-2 instrument VPI-1) VPI"2 Temperature Fluke Data 2240B N/A N/A eadout Logger (Temp. and Dew Point Temperature)

Supplemental Brooks Rotameter R-8M-25-4 .2 - 5.8 N/A I,eak Test SCFM Flowmeter 9 14.7 psia 70oF Supplemental Mensor Quartz 10100-001 0-30 psig N/A Leak Test Manometer Pressure Gage Supplemental Omega Dial Model R -40 to 160~F N/A Leak Test Temperature Gage

Instrument S ecifications The instrumentation package used during the ILRT is shown in Table 5.1. Each of the instruments shown here was supplied with calibration data performed within 6 months of the test and traceable to the National Bureau of Standards. Calibration conversion formulas and corrections were preprogrammed into the leak rate computer program to allow direct input of all pressure, temperature and dew point temperature readings.

Two precision Mensor Quartz manometers were used for redundant measurement of the pressure in each of the upper, lower, and ice condenser compartments of the containment. A seventh was used to monitor atmospheric pressure during the test.

The drybulb temperatures for three containment compart-ments were instrumented with a total of forty-six (46) 1000 platinum RTD sensors. The upper, lower, and ice condenser compartments contained 16, 23, and 7 sensors respectively. Each sensor is located to represent the temperature of a unique sub-volume within its compart-ment. The sub-volumes collectively represent the total volume of their respective compartment. Each temper-ature is weighted by the fraction of the total compart-ment volume contained in the sub-volume the RTD repre-sents. The sum of the weighted temperatures in each compartment is the weighted average temperature of that compartment.

The locations of the sensors used for this test were identical to the locations originally specified for the Unit 1 and Unit 2 Preoperational ILRT's, Fig 5.1 shows the location in section views of the containment.

Six E.G.SG. Dew Point Hygrometers were used for moni-toring compartment dew point temperatures for the determination of vapor pressure in the leak rate com-puter program. They provided two measurements of dew point in the lower containment, upper containment and ice condenser.

One hygrometer for lower containment was located between the containment lower ventilation units 1-4, the other was located between ventilation units 2-3. The hygro-meters in upper containment were located together in bay 24 of the Upper Ice Condenser. This test was the first time the hygrometer sensors were located in the sampling area and not, in the instrument room connected by sampling lines to the sampling area. This method, in general practice throughout the industry, proved to be reliable and the correlation with the redundant unit was good

A Brooks rotameter was used in the Supplemental test to measure and maintain a constant flow rate for the imposed leak. Xt was calibrated in the range of .2 to 5.8 scfm at 14.7 psia and 700F with an accuracy of

+ 1.0$ of Full Scale. To correct the rotameter to cali-bration conditions during the test, temperature at the inlet and pressure at the outlet of the rotameter was measured.

The temperature was measured using a dial thermometer.

Pressure was measured at the outlet of the rotameter using a Mensor Quartz Manometer. The temperature and pressure readings were used to correct the indicated rotameter readings to standard conditions using the following relationship:

530 Wcorr = Wind

• P disc 460 + T. 14.7 inlet Wcorr = Corrected rotameter flow in scfm Wind = indicated rotameter flow in cfm T.inlet 1

= Rotameter inlet temperature, F P .

dl.s c

= Rotameter discharge pressure psia.

During this test all RTD and Hygrometer data was taken by the Data Logger at one half hour intervals. The data logger was also the official time keeper for the test. The pressure readings were read by data takers.

The information was entered by the data processing clerk into the ILR Test computer program. The computer tabulation for the input data was verified for correctness against the new data inputs.

An instrument selection guide was calculated for, the equipment used and is shown in Appendix D.

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I 6.0 Su lemental Verification Test To verify the accuracy of the Type A test, a calibrated leak was superimposed on the existing leaks of containment. This involved establishing a 3.0 SCFM leak from containment and collecting data for a six hour period at one half hour intervals. The correlation between imposed leak data and the test data is discussed in detail in Section 3.0, Analysis of Results.

7.0 Containment Pressurization A aratus For this ILRT auxiliary pressurization equipment was rented from Atlas Copco consisting of:

(5) Diesel Driven Oiless Compressors Rated at a total of 5400 SCFM Water Cooled After Cooler Water Cooled Air Drier with Discharge Air at

< -20 F Dew Point.

The air was supplied to containment at CPN -57 through approximately 400 ft. of 4" hose.

This was the first ILRT where auxiliary compressors were used. The majority of the pressurization was completed in four hours. The last two hours of pressurization was completed using one 1,200 CFH compressor. At no time did temperature gradients, dew points, or pressure gradients appear to be a problem.

The use of auxiliary pressurization equipment will be considered for future ILRT's.

8.0 Containment Model and Leak Rate Calculations The containment leak rate calculations were performed by the "absolute" method as described in ANSI-N45.4-1972.

The containment design pressure is 12.0 psig and allow-able leakage is 0.1875$ wt/day (0.75 La). The contain-ment model and leakage calculations used to perform this test were essentially the same as the ones used in Unit 1 and Unit 2 preoperational tests.

A 3-compartment model is employed for the calculation of the containment leak rate. It was developed to accommodate the distinct, and widely varied environmental conditions existing in each of the Upper, Lower and Ice Condenser Volumes. The normalized fraction of the initial containment dry air mass, W ,

is calculated on a compartmental basis by dividing She sum of the volume weighted densities of dry air in each compartment at time, tn', by the same values calculated at the start of the test, t Expressed in equation form:

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P Ln - VP Ln + VWF VWF~ Un VWF L I Wn= R Ln

- VP Lo VPI l VWF u

P VP + VWF L

P Lo + VWF I PI R TU I,o Where: Wn = normalized weight remaining in containment at time tn (dimensionless)

R = gas constant for dry air = 53.34 ft-lbs (The terms cancel) ibm oF VWF = Volume Weighting Factor (Each compartment volume is ratioed to the I,ower Compartment Volume) (dimensionless)

P = Compartment Total Pressure (psia)

VP = Compartment Vapor Pressure (psia)

T = Compartment Weighted Average Temperature (degrees Rankine)

Subscripts:

U = Upper Compartment L = Lower Compartment I = Ice Condenser 0 = Initial Time n = time at nth data collection

8.1 Volume Wei htin Factors Table 8.1 shows the compartment free volume distribution for normal operation:

Table 8.12"-

Com artment Free Volume (fthm)

Upper 703,966 Lower 349,467 Ice Condenser 210 723 Total 1,2649156 The volume distribution existing at the time of the test may differ from the values indicated in Table 8.1 in two ways:

1. The total volume of the ice condenser in Table 8.1 does not include the volume of ice resident in the ice baskets.

2. The location of the movable sections of the reactor missile shield do not necessarily have to be in place during the test. For this test, the missile shields were removed.

The ice condenser volume was adjusted for the volume of ice in the ice condenser as determined by the Ice Basket Weighing Program, performed per plant procedure 12 THP 4030 STP.211 between April and July 1985. The total ice weight was 2.733 x 10 pounds. The standard density of ice, 56 lbs/ft3, is assumed to calculate'he volume displ'aced, 48,894 ft3. This reduces the net free volume in the Ice Condenser to 161,919 ft3.

Ref. AEPSC ISC Calculation 12-PI-05 "Volume Weighting Factors" The containment volumes used in the calculations of the leak rate in this test are shown in Table 8.2.

Table 8.2 Containment Volume Ad usted For Conditions Existin Durin Unit 1 ILRT Com artment Free Volume (ft3 )

Upper 703,966 Lower 349,467 Ice Condenser 161 919 Total 1,215,352

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Volume weighting factors were determined from the values in Table 8.2. The volume weighting compartment volumes in per-unit using the lower factors'xpress volume as 'base'. Table 8.3 shows the volume weighting factors used for the calculation of the leak rate in this test.

Table 8.3 Containment Volume Wei htin Factors derived from Table 8.2)

Com artment Volume Wei htin Factor Upper V 2.0144 VL I,ower VL 1.0000 VL Ice Condenser VI 0.4633 VL 8.2 The Statistical Determination of the Leak Rate There is inevitably a certain amount of random error associated with the leak rate measurements and the containment leakage itself that cause a variance in the calculated remaining weight, Wn, and the leak rate, Lam. In order to determine the leak rate from Wn after a test period of t , a first order (linear) fit'f

.. n'east-squares Wn vs t is performed.

n 8.3 The U er Confidence Limit The 95/ Upper Confidence Limit of the leak rate is determined from the variance of the slope of the least-squares line, W(t), and the value of the t-distribution of n-2 degrees of freedom based on a one-sided 95% confidence interval.

8.4 The Leak Rate Com uter Pro ram "ILRTEST" "1LRTEST" accomodates the operator input of certain "fixed-data", the calibration conversion and correction coefficients of the present instrumentation system, and the volume and temperature weighting factors. The fixed data represents that which is fixed for the duration of one ILRT, but will vary from one ILRT to the next.

The raw test data collected for each test interval is entered into the data terminal. The data includes the data run number, the elapsed decimal time from run g1 in hours, the 46 containment temperatures, seven pressures (6 containment, 1 barometric) in psia and six dew point temperatures.

The program establishes a file for the raw data and computes from the file and the "fixed data", values expressed in the proper engineering units. The program computes the average compartment and containment pressures, the containment pressure relative to atmospheric, the weighted average compartment temperatures, and the average compartment dew point temperatures. From the average dew point, the vapor pressure is calculated using the Goff-Gratch forumulas

.for saturation vapor pressure over water or over ice.

For each run of the computer program, the raw input data and the above computed values are summarized for the most recent data run. This is a valuable aid to input data error checking and analysis. Also, at the option of the program operator this summary may be printed for an operator-specified range of runs ending with the last data run.

A separate summary of average compartment pressures, temperatures and vapor pressures is also printed for either all the runs entered into the program, or for all the runs in a range specified by the operator. The elapsed time printed for both the individual run summaries and the overall summary is controlled by the starting point of the range.

After three data runs have been made or three runs are available in the user specified range, (a minimum of three runs is required to perform the least-squares and statistical analysis) the program calculates the leak rate and 95/ Upper Confidence Limit of the leak rate.

In addition, the program calculates the remaining weight of the containment, and of each compartment.

The remaining weights in a compartment 'c', is given by the following:

cn - PVcn W

cn cn co co co The individual compartment remaining weights are used only as an aid to data interpretation.

9.0 Conclusions The 1985 Unit 1 Containment Integrated Leak Rate Test was completed on August 30, 1985. To verify the test data was correct, the data rejection criteria of ANSI/ANS-56.8-1981 Appendix D was applied to the air mass calculations. The standarized residual of the containment mass was well within the 5g, rejection level criteria. The analysis is shown in Appendix E.

All acceptance criteria, as discussed in Section 2 and 3, were successfully met. The next Unit 1 Containment Integrated Leak Rate Test is scheduled for January 1989.

tfE TYPE A TEST AK RATE PLOT I

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.0 0 1 2 3 4 5 6 ll 12 13 14 15 16 7 21 22 23 24 TIME-HOURS

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ZLR03039 NOV 20'98 RESULTS OF THE LINEAR REGRESSION ANALYSIS RUN 4 H LEAKAGE RATE LEAKAGE H UPPER H LONER H ICE INTERCEPT EXPERIMENTAL UPPER LIMIT RATE CONTAINMENT CONTAINMENT CONDENSER 1 1.00000 2 0.99989 3 0.99968 -1.72061 -0.76609 0.99960 0.99974 0.99988 1.00002 4 0.99993 -1. 16959 -0.20763 0.99986 1.00003 1.00001 0.99994 0.99975 "0.67138 -0.22333 0.99971 0.99983 0 '9978 0.99994 7 0.99993 -0.32694 -0.04274 0.99989 1.00002 0.99990 0.99989 8 0.99971 -0.28584 -0.09311 0.99968 0.99977 0 '9975 0.99991 9 0.99987 -0.19937 -0.05351 0.99983 0.99994 0.99989 0.99989 10 0.99972 -0.18524 -0.07186 0.99969 0.99977 0.99974 0 '9990 ll 12 0.99984 0.99995

-0.14500

-0.10334

-0.05232

-0.01907 0.99985 1.00000 0.99985 1.00002 0.99975 0.99961 0.99989 0.99986 13 0.99973 -0.10364 -0.03199 0.99975 0.99977 0.99959 0.99987 14 0.99994 -0.07802 -0.01264 0.99997 0.99993 0.99984 0.99986 15 0.99978 -0.07430 -0.01805 0.99982 0.99977 0.99961 0.99986 16 0.99991 -0.05742 -0.00737 0.99992 0.99994 0.99981 0.99985 17 0.99992 -0.04359 0.00111 0.99996 0.99991 0.99976 0.99984 18 0.99973 -0.04956 -0.00875 0.99978 0.99970 0. 99961 0.99986 19 0.99993 -0.03787 -0.00058 0.99998 0.99990 0.99980 0.99985 20 0.99977 -0.03987 -0.00601 0.99987 0.99972 0.99946 0.99985 21 0.99983 -0.03627 -0.00578 0.99992 0.99976 0.99962 0.99985 22 0.99987 -0.03121 -0.00350 0.99994 0.99981 0.99968 0.99985 23 0.99969 -0.03733 -0.01098 0.99977 0.99960 0.99955 0.99986 24 0.99989 -0.03134 -0.00691 1.00001 0.99988 0.99946 0.99985 25 0.99973 -0.03390 -0.01110 0.99987 0.99966 0.99931 0.99986 26 0.99985 -0.03036 -0.00928 0.99998 0.99974 0.99954 0.99986 27 0.99989 -0.02589 -0.00617 1.00001 0.99980 0.99958 0.99985 28 0 '9972 -0.02827 -0.00967 0.99988 0.99957 0.99940 0.99986 29 0.99994 -0.02288 -0.00496 1.00008 0 '9987 0.99955 0.99985 30 0.99976 -0.02367 -0.00688 0.99992 0.99967 0.99931 0.99985 31 0.99989 -0.02031 -0.00444 1.00002 0.99976 0.99967 0.99985 32 0.99997 -0.01578 -0.00039 1.00011 0.99984 0.99965 0.99984 33 0 '9974 -0.01767 -0.00300 0.99989 0.99963 0.99935 0.99985 34 0.99986 -0.01593 -0.00213 1.00002 0.99973 0.99948 , 0.99984 35 0.99975 -0.01?20 -0.00406 0.99992 0.99960 0.99935 0.99985 36 0.99982 -0 01650 F -0.00411 0.99999 0.99972 0.99931 0.99985 37 0.99988 -0.01456 -0.00278 1.00012 0.99980 0.99912 0 '9984 38 0.99965 -0.01799 -0.00632 0.99983 0.99955 0.99911 0.99985 39 0.99984 -0.01664 -0.00555 1.00004 0.99974 0.99928 0.99985 40 0.99967 -0.01879 -0.00800 0.99989 0.99955 0.99908 0.99986 41 0.99981 -0.01798 -0.00772 0.99999 0.99972 0.99927 0.99986 42 0.99986 -0.01642 -0.00660 1.00007 0.99975 0.99925 0.99985 43 0.99966 -0.01835 -0.00876 0.99987 0.99952 0.99910 0.99986 44 0 '9986 -0.01678 "0.00755 1.00008 0.99973 0.99927 0.99986 45 0.99966 -0.01833 -0.00936 0.99994 0.99950 0.99889 0.99986 46 0.99975 -0.01826 -0.00968 0.99999 0.99962 0.99908 0.99986 47 0.99982 -0.01723 -0.00899 1.00010 0.99964 0.99912 0.99986 48 0.99968 -0.01814 -0.01017 0.99996 0.99945 0.99905 0.99987 49 0.99986 -0.01677 -0.00905 1.00018 0.99968 0.99895 0.99986 FINAL LEAKAGE RATE L% PER DAY) = -0.00905 INTERCEPT= 0.99986 UPPER CONFIDENCE LIMIT FOR THE RATE ZS,-0.01677

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GRAPH Il SUPPLEMENTAL TEST LEAK RATE PLOT

.36

.34

.32

.30

.28

. 26

.24

.22 ~ 44

.20

.18 16

~0 ~

~+

.14 TXME HOURS

ILRj3043 NOV 20> 1985 RESULTS OF THE LINEAR REGRESSION ANALYSIS N LEAKAGE RATE LEAKAGE N UPPER N LONER N ICE INTERCEPT EXPERIMEttTAL UPPER LIMIT RATE COtlTAIttMENT CONTAINMENT CONDENSER 1 1.00000 2 0.99975 3 0.99986 -3.41730 -0.33).69 0.99985 0.99983 0.99995 0.99994 4 0.99986 -0.85735 -0.14806 0.99990 0.99984 0.99973 0.99992 5 0.99957 -0.79614 -0.35904 0.99960 0.99952 0.99956 0.99996 6 0.99969 -0.56233 -0.28917 0.99971 0.99965 0.99967 0.99994 7 0.99955 -0.48827 -0.30481 0.99960 0.99946 0.99951 0.99995 8 0.99965 -0.39350 -0.24611 0.99973 0.99957 0.99946 0.99992 9 0.99966 -0.32187 -0.19932 0.99977 0.99964 0.99923 0 '9990 10 0.99941 -0.33062 -0.22938 0.99949 0.99935 0.99921 0.99992 ll 12 0.99954 0.99936

-0.29192

-0.28981

-0.20711

-0.21897 0.99963 0.99947 0.99944 0.99928 0.99940 0.99911 0.99990 0.99991 13 0.99948 -0.26291 -0.20058 0.99958 0.99939 0.99927 0.99990 14 0.99944 -0.24289 -0.18848 0.99955 0.99935 0.99919 0.99989 15 0.99920 -0.25372 -0.20421 0.99931 0.99904 0.99909 0.99990 16 0.99934 -0.23944 -0.19549 0.99945 0.99921 0.99920 0.99989 FINAL LEAKAGE RATE !% PER DAY) = -0.19549 INTERCEPT= 0.99989 UPPER CONFIDENCE LIMIT FOR THE RATE IS -0.23944

<~SUPPLEMENTAL TEST COMPLETION CRITERIA HESSAGESwww TYPE A LEAK RATE =W. 00905 t%WT/DAY) IMPOSED LEAK RATE = -3.0010 (SCFH) = -0.1927 (%NT/DAY)

TEST DURATION HAS EXCEEDED THE 6 HOUR MINIMUM THE MEASURED COMPOSITE LEAKAGE MEETS RANGE REQUIREMENTS SUPPLEHENTARY TESTING COMPLETED!

APPENDIX A Repaired Valve Leakage Penalty The following is a list of the valves which were repaired during the Unit 1 1985 Refueling Outage and prior to the ILRT. These figures represent the difference in Minimum ~Pathwa ~Ieaka e for each isolation valve set (penetration).

BRC Test Ste SCCM Descri tion 31 181.4 VCR 103 8 203 Lower Purge Supply 33 263.0 VCR 105 8 205 Upper Purge Supply 50 17845.5 SI-189 Relief Valve Header to P.R.T.

62 14330.1 DCR 620 6 621 CLV 8 CUV Drain Hdr.

69 3413.9 ICM-306 RHR Recirc.

'W'CR"33 79 381.2 &35 Air Particulate Radiation Gas Monitor 80 29. 7 IPX-260 (ICM-260) North Safety Injection Discharge 82 251. 0 ECR-31 8 32 Air Particulate Radiation Gas Monitor Total 35,695.8 SCCM 1 La 36, 695. 8 sccm X .3329 T a 1 10I 220 74 SCCM

.2S% wt/day .0832 wt/day

.3329 T a x  %

1 La Repaired Valve Leakage Penalty (L rv) = .0832% wt/day

1

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~1,THP 4030 STP.202 APPENDIX 8 TYPE C LEAKAGE PENALTY FORH ISOLATION LEAKAGE+

NESW S stem Leaka e CPN8 VALVES (sccm) 17 WCR-900 21 WCR"902 CLV /jl 17 WCR-901 21 WCR"903 18 WCR-905 22 WCR"907 CLV 92 18 WCR-904 0

22 WCR<<906 19 WCR-908 23 WCR-910 CLV /j3 19 WCR"909 23 WCR"911 20 WCR"912 24 WCR-914 CLV jj4 20 WCR-913 24 WCR-915 26 WCR-921 26 WCR-923 CUV /$ 1 26 WCR-920 26 WCR-922 27 WCR-925 27 WCR-927 CUV j$ 2 27 WCR-924 27 WCR-926 85 WCR-929 85 WCR-931 CUV ij3 85 WCR-928 50. 6 85 WCR-930 Page 1.

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4030 STP.202 APMGHX B, TYPE C LEAKAGE PENALTY FORM ISOLATION LEAKAGE+

NESW S stem Leaka e CPNN VALVES (sccm) 84 WCR-933 84 WCR-935 CuV y4 84 WCR-932 84 WCR-934 26 WCR"945 26 WCR"941 RCP gl Motor Air Coolers 26 WCR-951 26 WCR"955 27 WCR"946 27 WCR-942 RCP g2 Motor Air Coolers 27 WCR-952 27 WCR-956 85 WCR-947 85 WCR-943 RCP ij3 Motor Air Coolers 85 WCR-953 85 WCR-957 84 WCR-948 84 WCR-944 RCP f14 Motor Air Coolers 84 WCR-954 84 WCR-958 73 WCR-960 73 WCR"962 E. Inst. Room Vent 73 WCR-961 73 WCR-963 73 WCR-964 73 WCR-966 W. Inst; Room Vent 73 WCR-965 73 WCR-967 Total NESW System Type C Leakage =

Page 2

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~1 THP 4030 STP.202 APPENDIX B TYPE C LEAKAGE PENALTY FORM Type C Leakage Penalty for Undrained Systems:

ISOLATION LEAKAGE)(P DESCRIPTION CPN0 VALVES ~(scorn RCDT to,RCDT pumps 40 DCR-205 DCR-206 RC System accumulator filllines 68 ICM-265 Refueling water line to Refueling Cavity 36 SF-151 SF-153 Cont. Sump Line to Waste Hold-up Tanks 41 DCR-600 DCR"601 NESW to and from Containment (From 50.6 Page 2 of this Appendix)

RCP Seal Water Lines 11 CS"442-1 12 CS"442-2 13 CS-442-3 14 CS-442-4 CVCS letdown 34 gCR-300 6 301 Seal Water Return 37 QCM"250 6 350 50. 5 Sample Lines from Accumulators 81 ICR-5 ICR-6 Sample Lines from Pressurizer 66 NCR-109 6 110 0 NCR"107 8 108 CVCS Charging. Line 35 CS"321 1264.6 Glycol lines to and from ice condenser 86 VCR-10 6 VCR-20 5 21 ll 7.9 AHU's 56 Total Type C Leakage Penalty (uncorrected) = 1373 6

~ s(.'cm Corrected Type C leakage Penalty = 102a of ab~ova see ECP 2-00-09)1401.072scms Corrected Type 0 Penalty expressed in la (lla = 110,220.74 sccm)~012 La Page 3

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APPENDIX C Sump Level Penalty The sump levels were measured prior to closing containment before the test, and immediately upon re-entering containment after the test. The volumetric change is computed and applied as a leakage correction to the Type A test results. To be conservative, the sump change was converted to a constant leak rate for the same time period as the Type A test.

I.evel Sump Name Dimensions (ft) Chan e (ft) Chan e (ft3 )

Reactor Cavity Sump 2.5 X 4.5 + .021 + .236 Lower Containment Sump 2.33 X 4.83 + .021 + .236 Annulus Sump 2.5 X 4.5 .542 - 6.098 Total -5.626 ft 5.626 ft3 z 2.832 z 10 1 ft, cc 159,328 cc 159,328 cc I 24 hrs. = 110.6 sccm 110.6 sccm X 1 La .001 La 110,220.74 sccm

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APPENDIX D Instrument Selection Guide

1. Containment Pressure Manuf acturer: Mensor Type: Quartz Manometer model 10100-001 Noo Of'ensol 5eese ~ sse ~ sraoo a e a e ~ ~ ~ a o a o ~ a ~ ~ o 6 re~a R anger a a ~ ~ ~ a ~ ~ e a ~ ~ ~ e ~ a ~ a ~ a ~ ~ ~ ~ ~ ~ r ~ ~ ~ ~ o ~ ~ o e o e 0 30 psia Sensor sensitivity error:... +/-0 o 01% of reading

+/- .002% of full scale + 5 microns Thus error for pressure=eP eP=+C(present press. x .01/)+(.002% x 30)+.000093/Cno. of sensors3 .5 0.0013949 =eP

2. Containment Temperature Manuf acturer: Hy-Cal Engineering Type: 100 Platinum RTD 385 No. of sensors:....... ~ r a ~ a\esoaoo ~ 46 Range:... eeoeeoee s seers 360 F to 270 F error:... ......+/-

~ ~ e ~ ~ ~ ~ ~ ~

Sensor sensitivity + measure ~ 0.288 F Sensor error as per specifications from the Fluke 2280B Data Logger User Guide(Copyright Feb. 198S)is as follows:

C(0. 162)+lead Resis.x Q/ohms3. Typical lead resis.= 10 ohms Thus error for temperature= eT= +C0.2883/Cno. of sensors3 .S 0.0424633 =eT Containment Vapor Pressure Manuf acturer: EG8cG Type: Mirror surf ace; model 660 No ~ Of sensor5e e e ~ o e s ~ s e ~ e s g-R angrass a -90 F to 180 F e ~ e o e ~ ~ ~ s s ~ ~

+Sensor sensitivity:.......

s ~ a e o o e s

..... ~ .. +/- 0.75 F+

+/- 0.711401

++Measurement system error F++

+Worst case error for sensor +/- 0.75 F At a dewpoint temperature of 40 F the equivalent water vapor pressure change (as determined from the ASHRAE 1981 Fundamentals handbook) is 0.0047401 psi/ F.

Manuf acturer: Fluke Type: 2280B Fluke Data Logger re as s r o R anger ~ ~ r o

~ ~ ~ ~ ~ ~ s e ~ r ~ ~ ~ r r ~ a o a o o r ~ ~ e ~ ~ o o +/- 8 V ACCUFaCye ~ are or ~ r ~ ssaeoorrsaraaaere roarer ~ ores ~ ~ o +/- 0.005 / input +

+/- 0.0007 V These specifications being from the 2280B Data Logger User Gui de (Copyr i ght Feb. 1985) .

With a calibrated span of 0-2 V output from the dewpoint hygrometer, worst case error is 0.00075 V, using actual test data of 0.980 V. This being calculated by:

f APPENDIX D cont.

0.980 V x .005/ + 700 micro V=

0.980 V + <.00005) + 0.0007 V= 0.00075 V

++Then introduced into the dewpoint correction curve calculation, using a difference of 0.98075 and 0.980, (hygrometer V error)the generated measurement system error is 0.711401 F.

ePv=+/- C(EPv) 2 +(aPv) 2 3 .5 /Cno. of sensors3 .5 Where:

EPv=+/- 0.75 F(0.0047401 psi/ F)=0.0035551 psi aPv=+/- 0.711401 F (0. 0047401 psi / F) =0. 0033721 psi 0.0020004 =ePv ISG ISG=+/- 2400/tC2(eP/p)~2 +2(epv/p) 2 +2(eT/T) 2 3 .5 24 =t (hrs. )

0.0013949 =eP 27.2 =p (PSIA) 0.0020004 =ePv 0.0424633 =eT 530 =T <Deg R) 0.0170045152 =ISG </ wt/day)

APPENDIX E FINAL LEAV.. RATE (/<it/day) 0.00905 FINAL INTERCEPT 0.99986 ELAPSED LINEAR RESIDUAL ILRT2 TINE LEAST FROM STANDARD FROM SQUARE LEAST ERROR STANDARD DATA BEBINNINB AIR FIT SQUARE OF -IZED POINT OF TEST NABS AIR MASS FIT RESIDUAL RESIDUAL 1 0. 00 1 . <..F0000 0. 99'986 0.0001400 0.000135 1. 03 2 0. 50 0.99989 0. 99986 0.0000281 0.000136 0. 21

1. 00 0.99968 0.99986 -0.0001838 O.OOO136 -1 . 35 4 1. 50 0.99993 0 '9987 0.0000643 0.000137 0 47

~

5 2 Ov 0.99975 0.99987 -0.0001175 0.000137 -0. 86 7 3. 00 0.99993 0. 99987 0.0000587 0.000137 0. 43 8 3. 50 0.99971 0. 99987 -0.0001632 0.000138 -1. 18 9 4 00

~ 0.99987 0. 99988 -0.0000051 0.000138 -0. 04 10 4. 50 0 '9972 0. 99988 -0.0001570 0-000138 -1. 14 11 5 00

~ 0.99984 0.99988 -0.0000389 0.000138 -0. 28 12 5. 50 0 '9995 0.99988 O.oov0693 0.000139 0. 50 13 6. 00 0.99973 0.99988 -0.0001526 0.000139 -l. 10 14 6. 50 0.99994 0.'99988 0.0000555 0.000139 0 ~ 40 15 7. 00 0.99978 0.99989 -0.0001064 0.000139 -0. 76 16 7. 50 0.99991 '0.99989 v.0000217 0.000139 0. 16 17 8. 00 0.99992 0.99989 0.0000298 0.000140 0. 21 18 8. 50 0.99973 0.99'989 -0. 0001621 0 ~ 000140 -1. 16 19 9. 00 0.99993 0.99989 0. 0000361 0.000140 0. 26 20 9 50

~ 0.99977 0.99990 -0.0001258 0.000140 -0. 90 21 10. 00 0.99983 0.99990 -0.0000677 0.000140 -O. 48 22 10. 50 0.99987 0.99990 -0.0000296 0.000140 -0 21 23 11. 00 0.99969 0.99990 -0.0002115 0.000140 -1. 51 24 11. 50 0.99989 0.99990 -0.0000134 0.000140 -0. 10 25 12. 00 0 '9973 0.99991 -0.0001752 0 '00140 1 25 26 12. 50 0.99985 0.99991 -O.ooov571 O.vo0140 -0.41 27 13. 00 0 '9989 0.99991 -0.0000190 0.000140 -0.14 28 5v 0.99972 0.99991 -O. 00019v9 0.000140 1. 36 29 14. 00 0.99994 0.99991 0.0000272 0.000140 0. 19 30 14 50

~ 0.99976 0.99991 -0.0001547 0.000140 -i. 11 31 15. 00 0.99989 0.99992 -0.0000266 0.000140 -0. 19 32 15. 50 0.99997 0.99992 0.0000516 0.000140 0. 37 33 16. 00 O.99974 0.99992 -0.0001803 0.000140 -1. 29 34 16. 50 0.99986 0.99992 -0.0000622 0.000140 -0. 45

17. 00 0 '9975 0.99992 -0.0001741 0.000139 -1.25 36 17. 50 0.99982 0.99993 -0.0001060 0.000139 -0.76 37 18. 00 0.99988 0.99993 -0.0000479 0.000139 -0.34 38 18. 50 0.99965 0.99993 -0.0002798 0.000139 -2. Oi 39 19. 00 0.99984 0.99993 ,0.0000916 0.000139 -O. 66 40 19. 50 0.99967 0.99993 -0.0002635 0.000138 -1. 90 41 20. 00 0.99981 0.99994 -0.0001254 0.000138 -0. '91 42 20. 50 0.99986 0.99994 -0.0<300773 0.000138 -O. 56 43 21. 00 0.99966 0 '9994 -0 '002792 0. 0001 8 -2. 03 44 21. 50 0.99986 0.99994 -0 '000811 0.000137 -0. 59 45 22. 00 0.99966 0.99994 -0.0002830 0.000137 -2 06

~

46 22. 50 0.99975 v.99994 -0 '001948 0.000137 -1 42

~

47 23. 00 0.99982 0.99995 -0.0001267 0.000136 -0. 93 48 23. 50 0.99968 0.99995 -0.0002686 0 '00136 -1. 97 4'9 24 00

~ 0.99986 0.99995 -0.0000905 0.000136 -0. 67

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ILRR3039 HOV 20> 85 ttKtt ILR PROGRAH R SCCCLRY OF AVERAGES RUM 5 ELAPSED AYG TEHP AYG PRESS AVG V PRESS AVG TEHP AVG PRESS AYG Y PRESS AYG TEHP AVG PRESS AVG V PRESS TIHE UPPER UPPER UPPER LOHER LOHER LOHER ICE ICE ICE 1 0.00 75.3993 26 ~ 9464 0.0910 73. 4875 26.9289 0.0856 16.1901 26.94'38 0. 0440 2 0.50 '75.3997 26.9409 0.0910 73 '846 26.9286 0.0848 16.1684 26.9438 0.0442 3 1.00 75.3684 26.9337 0.0906 73.4730 26.9202 0.0846 16.1642 26.93?2 0.0421 4 1.50 75.3435 26.9393 0.0906 73.4410 26.9261 0.0844 16.1523 Z6.9420 0.0440 5 2.00 75.2895 26.9324 0.0904 73.4128 26.9195 0.0846 16.1604 26.9351 0.0429 7 3.00 75.2690 26. 9361 0.0902 73.3974 26.9234 0.0840 16.1516 26.9391 0.0441 8 3.50 75.2536 26.9297 0.0902 73.3931 26.9171 0.0848 16.1358 26.9324 0.0424 9 4.00 75.2422 26.9329 0.0900 73.3901 26.9205 0.0836 16.1075 Z6.9359 0.0436 10 4.50 75.2159 26.9Z?T 0.0898 73.3793 26.9152 0.0834 16.0992 26. 9311 0.0434 ll 12 5.00 5.50 75.2251 75.1995

26. 9322 26.9345 0.0894 0.0890 73.400T 73.3737 26.9189 26 '211 0.0838 o.oe31 16.1709 16.2579

26. 9357 26.9372 0.0437 0.0441 13 6.00 75.1762 26.9272 0.0896 73.3613 26.9143 0.0835 16.1539 26.9290 0.0422 14 6.30 75. 1688 26.9320 0.0890 73.3692 26 '187 0.0831 16.1026 26.9338 0.0433 15 7.00 75.1344 26.9266 0.0892 73.3558 26.9137 0.0831 16.1298 26.9Z84 0.0425 16  ?.50 ?5.1599 26.9298 0.0886 73.3413 26.9168 0.0825 16.0891 26.9319 0.0428 17 8.00 75.1400 26.9305 0.0890 T3.3552 26. 9171 0.0829 16.1111 2&.9326 0.0437 18 8.50 75.0919 26.9226 0.0885 73.3155 26.9086 0.0819 16.0918 26.9245 0.0408 19 9.00 75.0989 26.9283 0.0885 73.3091 26. 9141 0.0825 16.061? 26.9302 0.0431 20 9.50 75.0592 26.9231 0.0883 73.3146 Z6.9090 0.0819 16.1279 26.9244 0.0427 21 10.00 75.0618 26.9245 0.0881 73.3215 26.9108 0.0823 16.0'?94 26.9262 0.0430 22 10,50 75.0489 26.9244 O.oeel. 73. 290? 26.9108 0.0825 16.0560 26.9261 0.0426 23 11.00 75.0303 26.9185 0.0877 73 '728 26.9042 0.0823 16.0273 26.9201 0.0416 24 11.50 75,0279 26.9247 0.0877 73.26T5 26.9107 0.0817 16. 1523 26.9264 0.0431 25 12.00 , ?4.9T02 26.9179 0.0875 73.2458 26.9037 0.0817 16.1140 26.9193 0.0424 26 12.50 74.9609 26.9204 0.08?5 73.2516 26.9058 0.0814 16.0463 26.9219 0.0426 27 13.00 74.9641 26.9213 0.0873 73.2330 Z6.9068 0.0817 16.0381 26.9224 0.0426 28 13.50 74.9146 26.9150 0.0871 73.2188 26.90D1 0.0817 16.024? 2&.9158 0.0416 29 14.00 74.9225 26.9208 0.0871 73.2061 26.9065 0.0810 16.0393 26.9219 0.0427 30 14.50 74.8928 26.9146 0.0868 73.1913 26.9004 0.0808 16.0603 26.9153 0.0414 31 '5.00 74.9041 26.9176 0.0866 73.1857 26.9027 0.0810 15.9456 26.9188 0.0418 32 15.50 74.8769 26.9189. 0.0868 ?3.1702 26.9040 o.oeoe 16.0250 26.9199 0.0389 3'3 16.00 74.8562" 26 ~ 9119 0.0866 73.1&21 26.8973 0.0802 lb.0064 26.9124 0.0406 34 16.50 74.8440 26. 9148 D.0866 73.1507 26.9000 0.0808 15.9629 26.9159 0.0429 35 1?.oo 74.8045 26.9099 0.0864 73. 14teo 26.8964 0.0810 15.9581 26.9110 0.0417 36 17.50 74.8422 26.9135 D.0862 73.1544 26.8996 0.0804 16.0345 26.9152 0.0427 37 18.00 74.7943 26.9143 0.08&0 73.1285 26.9007 0.0808 16.1136 26.916Z 0.0445 38 18.50 ?4.?824 26.9061 0.0860 73.1134 26.8927 0.0804 16.0103 26.9080 0.0424 39 19. 00 74.7608 26.9103 0.0858 73.0989 26.8968 0.0799 15.9667 26.9124 0.044t6 40 19.50 74.7356 26.9049 0.0858 73.1000 26.8915 O.OT99 16.0148 26.9068 0.0417 41 20.00 74.7427 26.9083 0.0860 73.0798 26.8952 0.0799 15.9577 26.9105 0.0436 42 20.50 74.7144 26.9091 0.0860 73.0773 26.8957 0.0797 15.9790 26.9114 0.0438 43 21. 00 74.6878 26.9015 0.0852 73.0472 26.8877 0.0795 15.9546 26.9035 0.0412 44 21.50 74.6806 26.9070 0.0854 73.0566 26.8942 0.0797 15.9245 26.9088 0.0435 45 22.00 74.6413 26.9008 0.0850 73.0453 26.8874 0.0797 16.0056 Z6.90Z6 0.0430 46 22.50 74.6483 '6.9025 0.0850 73.0206 26.8893 0.0797 15.9393 26.9039 0.0429 47 23.00 74.5953 Z6.90Z6 0.0848 73.0203 26.8891 0.0790 15.9130 26.9040 0.0436 48 23.50 74.5644 26.8972 o.oe4e 73.0136 26.8842 0.0795 15.8724 26.8985 0.0422 49 24.00 74.5632 26.9031 0.0848 73.0037 26.8898 0.0793 1&.OOO& 26.9046 O.D439

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ILR03039 NOV > 1985

>><<<<>>>>>><<>>>><<>> FZXEO INPUT PATA <<<<<<<<<<<<<<<<>>>><<>>

TEST START "-RUN 0 1 TEST END = RUN 0 99 RTO HILLI-VOLTTO FAHRENHEIT COWERSION COEFFICIENTS UPPER LONER ICE 1 ~ 00 0.00 1.00 0.00 1.00 0.00 HYGROHETER HILLI-VOLTTO FAHRENKEIT CONVERSION COEFFICIENTS UPPER-1 LONER-1 ZCE-1 0.00000 1.00000 0.00000 0.00000 1.00000 0.00000 0.00000 1.00000 0.00000 UPPER-2 LONER"2 ICE-2

'2 0.00000 1.00000 0.00000 0.00000 ).00000 0.00000 0.00000 1.00000 0 F 00000 HANOHETER PRESSURE CORRECTION COEFFICIENTS Wl Rl R2 H3 N4 R4 PU-1 28.4542 28.4525 26.9566 26.9568 25.4590 25.4583 23.9614 23.9630 22.4638 22.4638 PU-2 28.4542 28.4550 26.9566 26.9600 25.4590 25.4597 23.9614 23.9590 22.4638 22.4603 PL-1 28.4542 28.4539 26. 9566 26. 9557 25.4590 25.4573 23.9614 23.9590 22.4638 22.4620 PL-2 28.4542 28.4561 26.9566 26.9607 25.4590 25.4620 23.9614 23.9637 22.4638 22.4637 PZ-1 28.4542 28.4571 26. 9566 26. 9610 25.4590 25.4633 23.9614 23.9647 22.4638 22.4649 PI-2 28.4542 28.4536 26.9566 26.9555 25.4590 25.4570 23.9614 23.9601 22.4638 22.4623 P-ATH 28.4542 28.4574 26.9566 26.9583 25.4590 25.4611 23.9614 23.9635 13.4783 13.4801 RTD NEZGHTING FACTORS UPPER

.0628 .1161 .0831 .0831 .0960 .0960 .0960 .0960 .0296 .0296

.0296 .0296 .0740 .0105 .0167 .0513 LONER

.0415 .0415 .0415 .0415 .0102 .0284 .0586 .0086 .0266 .0586 .1037

.1037 .1037 .1037 .0500 .0092 .0244 .0145 .0170 .0249 .0219 .0240 .0423 .0000 ICE

.0738 .0738 .0714 .0714 .2227 .2784 .2085 VOLUHE HEZGHTING FACTORS UPPER LONER ICE 2.0144 1.0000 0.4633 TYPE C LEAKAGE PENALTY= -1401 07(SCCH)) TYPE A HEASURED LEAK RATE = -0 QO<PO5 (/NT/PAY)) IHPOSEP LEAK RATE = -3,001 (SCFH)

i t

RU ER 1 ELAPSED TZHE 0.00 CONTAINHENT TEHiPERATURES DATA CHECK UPPER VOLLRiE LO)'(ER VOLUHE ICE CONDEt(SER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 ETR-102 78.98

76. 60 78.98 76.60 ETR-122 ETR-123 74.50 75.64 74.50 75.64 ETR-115 ETR-116 15.45 17.99 15 '5 17.99 ETR-103 75. 15 75.15 ETR-124 75.34 75.34 ETR-117 16.46 16.46 ETR-104 75.31 75.31 ETR-125 74.35 74.35 ETR-118 17.99 17.99 ETR-105 74.54 74.54 ETR-126 72.56 72.56 ETR-119 16.45 16.45 ETR-106 75.84 75.84 ETR-127 67.27 67.27 ETR-120 15. 53 15.53 ETR-107 74.97 74.97 ETR-129 71.59 71.59 ETR-121 15.71 15.71 ETR-108 75.52 -75.52 ETR-130 73.74 73.74 ETR-109 74. 77 74.77 ETR-131 69.65 69.65 ETR-110 76.59 76.59 ETR-132 73.49 73.49 ETR-111 75.27 75.27 ETR-134 73.93 73.93 ETR-112 74.73 74.73 ETR-135 73.04 73.04 ETR-114 71.75 71.75 ETR-136 74.11 74.11 ETR-128 72.39 72.39 ETR-137 76.55 76.55 ETR" 133 70. 90 70.90 ETR-138 72.21 72.21 ETR-113 77.69 77.69 ETR-139 68.92 68.92 ETR-140 72.16 72.16 ETR-141 72.62 72.62 ETR-142 72.03 72.03 ETR-143 72.78 72.78 ETR-144 72.19 72.19 ETR-145 74.04 74.04 ETR-146 73.01 73.01 SUHHARY OF HEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F. ) 75.40 LONER VOLUt(E (DEG. F. ) 73.49 ICE CONDENSER (DEG. F.) '6.19 UPPER VOLUHE (DEG. R.) 535.10 LONER VOLUHE (DEG. R.) 533.19 ZCE CONDENSER (DEG. R.) 475.89 CONTAINHENT VAPOR PRESSURE DATA CKECK CONTAINHENT PRESSURES DATA CHECK HZLLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROiHETER VOLTS (DEG. F. ) (PSIA) HANOHETER READING (PSIA) READING (PSZA)

UPPER: UPPER:

VPU-1 33.30 33.30 0. 0933 PU-1 26.9467 26.9465 VPU-2 32.00 32.00 0.0886 PU"2 26.9497 26.9463 LO) (ER: LONER:

VPL-1 31.40 31.40 0.0862 PL-1 26.9300 26.9309 VPL-2 31.10 31.10 0.0850 PL-2 26.9310 26.9269 ZCE: ZCE:

VPI-1 17.00 17. 00 0.0436 PI-1 26.9504 26. 9460 VPZ-2 17.30 17.30 0.0443 PI-2 26.9404 26.9415 AHBZENT 14.5035 14.5017 AVERAGE VAPOR PRESSURES SUGARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINt(Et(T (PSIA) 0.0910 LONER COt(TAINHENT (PSIA) 0.0856 AVERAGE UPPER PRESSURE (PSIA) 26.9464 ICE CONDENSER (PSZA) 0.0440 AVERAGE LONER PRESSURE (PSIA) 26.9209 AVERAGE ICE CONDEt(SER PRESSURE (PSIA) 26.9438 AVERAGE CONTAINHEt(T PRESSURE (PSIA) 26. 9397 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.4380

e R i ER 2 ELAPSED TltfE 0.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ZCE CONDENSER RTD MILLI-VOLTS DEG. F. RTO HILLZ-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.93 78.93 ETR-122 74.50 74.50 ETR-115 15. 48 15.48 ETR-102 76.58 76.58 ETR-123 75.63 75.63 ETR-116 18.23 18.23 ETR-103 75.14 75.14 ETR-124 75.30 75.30 ETR-117 16.21 16.21 ETR-104 75. 29 75.29 ETR-125 74.31 74.31 ETR-118 17.70 17.70 ETR-105 74.52 75.87 74.52 75.87 ETR-126 72.56 72.56 ETR-119 16 '3 16.43 ETR-106 ETR-127 67.25 67.25 ETR-120 15.55 15.55 ETR-107 74. 96 74.96 ETR-129 ~

71.58 71.58 ETR-121 15. 69 15.69

~ ETR" 108 75.52 75.52 ETR-130 73.73 73.73 ETR-109 74.80 74.80 ETR-131 69.63 69.63 ETR-110 76.57 76.57 ETR-132 73.50 73.50 ETR-111 75.27 75.27 ETR-134 73.97 73.97 ETR-112 74. 71 74.71 ETR-135 72.99 72.99 ETR-114 71. 88 71.88 ETR-136 74.07 74.07 ETR-128 72. 44 72.44 ETR-137 76.61 76.61 ETR-133 70. 87 70.87 ETR-138 72.20 72.20 ETR-113 77.67 77.67 ETR-139 68.91 68.91 ETR-140 72.17 . 72.17 ETR-141 72.62 72.62 ETR-142 72.06 72.06 ETR-143 72 '7 72.77 ETR-144 72.16 72.16 ETR-145 74.04 74.04 ETR-146 73.05 73.05

SUMMARY

OF NEIGMTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F.) 75.40 LONER VOLUitE (DEG. f. ) 73.48 ICE CONDENSER (DEG. F.) 16.17 UPPER VOLUME (DEG. R.) 535.10 LONER VOLUME (DEG. R.) 533.18 ICE CONDENSER (DEG. R.) 475.87 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) HANOttETER READING (PSZA) READING (PSIA)

UPPER: UPPER:

VPU-1 33.30 33.30 0.0933 PU"1 26.9466 26.9464 VPU-2 32.00 32.00 0.0886 PU-2 26.9388 26.9354 LONER: LOtiER:

VPL-1 31. 10 31.10 0.0850 PL-1 26.9293 26.9302 VPL"2 31.00 31 F 00 0.0846 PL-2 26.9310 26.9269 ZCE: ICE-VPI-1 17.20 17. 20 0.0441 PI-1 26.9503 26.9459 VPZ-2 17.30 17.30 0.0443 PI-2 26.9405 26.9416 AHBIENT 14.5026 14.5008 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0910 LONER CONTAINMENT (PSIA) 0.0848 AVERAGE UPPER PRESSURE (PSIA) 26.9409 ICE CONDENSER (PSZA) 0.0442 AVERAGE LONER PRESSURE tPSIA) 26.9286 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9438 AVERAGE CONTAIt&ENT PRESSURE (PSIA) 26. 9377 AVERAGE CONTAINHEtlT PRESSURE (PSIG) 12.4370

1 I

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0

NUHBER 3 SED TIHE 1.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LOl(ER VOLlttE ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78.87 78.87 ETR-122 74.48 74.48 ETR" 115 15. 72 15.72 ETR-102 76.54 76.54 ETR-123 75.64 75.64 ETR-116 18. 08 18.08 ETR-103 75.11 75.11 ETR-124 75.28 75.28 ETR-117 16.10 16.10 ETR-104 75.30 75.30 ETR-125 74.29 74.29 ETR-118 17.59 17.59 ETR-105 74.47 74.47 ETR"126 72.57 72.57 ETR-119 16.43 16.43 ETR-106 ?5.85 75.85 ETR-127 67.28 67.28 ETR" 120 15.59 15.59 ETR"107 74.92 74.92 ETR-129 71.58 71.58 ETR-121 15.66 15.66 ETR-108 75.53 75.53 ETR-130 73.72 73.72 ETR-109 74.69 74.69 ETR-131 69.65 69.65 ETR-110 76.52 76.52 ETR-132 73.48 73.48 ETR"111 75.24 ?5.24 ETR-134 73.96 73.96 ETR-112 74.69 74.69 ETR-135 72.99 72.99 ETR-114 71. 73 71.73 ETR-136 74.03 74.03 ETR-128 72.41 72.41 ETR-137 76.61 76.61 ETR-133 70.89 70.89 ETR-138 72.17 72.1?

ETR-113 77. 78 77.78 ETR-139 68.91 68.91 ETR-140 72.15 72.15 ETR"141 72.60 72.60 ETR-142 72.02 72.02 ETR-143 72.75 72.75 ETR-144 72.15 ?2.15 ETR-145 74.02 74.02 ETR-146 73.04 73.04 SUHHARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) ?5.37 LOt(ER VOLUME (DEG. F.) 73.47 ICE CONDENSER (DEG. F. ) 16.16 UPPER VOLUME (DEG. R. ) 535.07 LONER VOLUME (DEG. R. ) 533.17 ICE CONDENSER (DEG. R. ) 4?5.86 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK LQ'E'ER:

HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOI.TS (DEG. F ~ ) (PSIA) HAttOHETER READING (PSlA) READING (PSIA)

UPPER: UPPER:

VPU-1 33.10 33.10 0. 0926 PU-1 26.9394 26 '392 VPU-2 32.00 32.00 0. 0886 PU-2 26.9316 26.9283 LONER:

VPL-1 31. 10 31.10 0.0850 PL-1 26.9197 26.9206 VPL-2 30.90 30.90 0.0842 PL"2 26.9239 2&.9198 ICE: ICE-'I-1 VPI-1 16.20 16.20 0.0420 26.9435 26.9391 VPI-2 16.30 16.30 0.0422 PI-2 26.9342 26.9353 AHDIENT 14.5020 14.5002 AVERAGE VAPOR PRESSURES SUHt(ARY OF CORRECTED AVERAGE PRESSURES UPPER COttTAIHMENT (PSIA) 0.0906 LONER CONTAINHENT (PSIA) 0.0846 AVERAGE UPPER PRESSURE (PSIA) 26.9337 ICE CONDENSER (PSIA) 0.0421 AVERAGE LONER PRESSURE (PSIA) 26.9202 AVERAGE ICE CONDEttSER PRESSURE ( PSIA ) 26. 9372 AVERAGE CONlAINHENT PRESSURE (PSIA)'6.9304 AVERAGE CONTAINMENT PRESSURE (PSIG) 12 4302

e RUN ER 4 ELAPSED TIME 1.50 CONTAINt(ENT TEMPERATURES DATA CHECK UPPER VOLUME LOl(ER VOLUME ICE CONDEttSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 85 78.85 ETR-)22 74.45 74.45 ETR-115 15.21 15.21 ETR-102 76.53 76.53 ETR-123 75. 62 75.62 ETR-116 18.08 18.08 ETR-103 75.09 75.09 ETR-124 75.26 75.26 ETR-117 16.14 16.14 ETR-104 75. 24 75.24 ETR-125 74.27 74.27 ETR-118 17.93 17.93 ETR-105 74.47 74.47 ETR-126 72.53 ?2.53 ETR-119 16.43 16.43 ETR" 106 75. 82 75.82 ETR-127 67.25 67.26 ETR-120 15.54 15.54 ETR-107 74. 90 74.90 ETR-129 "71.57 71.57 ETR-121 15. 72 15.72 ETR-108 75. 45 75.45 ETR-130 73.72 73.72 ETR-109 74.72 74.72 , ETR-131 69.60 69.60 ETR-110 76.56 76.56 ETR"132 73.45 73.45 ETR-111 75.20 75.20 ETR-134 73.87 73.87 ETR-112 74.66 74.66 ETR-135 72.97 72.97 ETR-) 14 71.80 71.80 ETR-136 73.95 73.95 ETR-128 72.28 72.28 ETR-137 76.59 76.59 ETR-133 70.86 70.86 ETR-138 72.15 72.15 ETR-113 77.65 77.65 ETR-139 68.89 68.89 ETR-140 72.14 72.14 ETR-141 72.60 72 '0 ETR-142 72.03 72.03 ETR-143 72.72 72.72 ETR-144 72.13 72.13 ETR-145 74.03 74.03 ETR-146 73.05 73.05 S(NMARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 75.34 LONER VOLUME (DEG. F. ) 73.44 ICE COiNDENSER (DEG. F. ) 16.15 UPPER VOLUME (DEG. R.) 535.04 LONER VOLUIIE (DEG. R.) 533.14 ICE CONDENSER (DEG. R.) 475.85 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK MILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 33.20 33.20 0.0930 PU-1 26.9445 26.9443 VPU-2 31.90 31.90 0.0882 PU-2 26 '377 26.9343 LOtlER( LOHER:

VPL-1 31.00 31.00 0.0846 PL-1 26.9264 26.9273 VPL-2 30.90 30.90 0.0842 PL-2 26 '290 26.9249 ICE- ICE:

VPI-1 17.00 17.00 0.0436 PI-1 26.9485 26.9441 VPI-2 17.30 17.3P 0.0443 PI-2 26.9388 26.9399 AMBIENT 14.5016 14.4998 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0906 LONER CONTAINIIENT (PSIA) 0.0844 AVERAGE UPPER PRESSURE (PSIA) 26.9393 ICE CONDENSER (PSIA) 0.0440 AVERAGE LONER PRESSURE (PSIA) 26.9261 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9420 AVERAGE CONTAIHMENT PRESSURE (PSIA) 26. 9358 AVERAGE CONTAIHMENT PRESSURE (PSIG) 12.4360

~

I 1

R NUMBER 5 ELAPSED TIME 2.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUl(E ICE COt(DENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.82 78.82 ETR-122 74.43 74.43 ETR-115 15.59 15.59 ETR-102 76.48 76.48 ETR-123 75.58 75.58 ETR-116 17.91 17.91 ETR-103 75. 06 75.06 ETR-124 75.25 75.25 ETR-117 16.40 16.40 ETR-104 75. 24 75.24 ETR-125 74.25 74.25 ETR-118 17.73 17.73 ETR-105 74. 41 74.41 ETR-126 72.47 72.47 ETR-119 16.39 16.39 ETR-106 75. 75 75.75 ETR-127 67.26 67.26 ETR-120 15.53 15.53 ETR-107 74.86 74.86 ETR-129 71.54 71.54 ETR-121 15.72 15.72 ETR"108 75. 38 75.38 ETR"130 73.71 73.71 ETR-109 74. 68 74.68 ETR-131 69.63 69.63 ETR-110 76.49 76.49 ETR-132 73.44 73.44 ETR-111 75.18 75.18 ETR-134 73. 87. 73.87 ETR-112 74.65 74.65 ETR-135 72.92 72.92 ETR-114 71.68 71.68 ETR-136 73.91 73.91 ETR-128 72.41 72.41 ETR-137 76.52 76.52 ETR-133 70.87 70.87 ETR-138 72.12 72.12 ETR-113 77.47 77.47 ETR-139 68.89 68.89 ETR-140 72.14 72.14 ETR-141 72.58 72.58 ETR-142 71.96 71.96 ETR-143 72.69 72.69 ETR-144 72.11 72.11 ETR-145 74.02 74.02 ETR-146 73.02 73.02

SUMMARY

OF NEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) 75.29 LONER VOLUME (DEG. F. ) 73.41 ICE CONDENSER (DEG F. ) 16.16 UPPER VOLUME (DEG. R.) 534.99 LONER VOLUME (DEG. R.) 533.11 ICE CONDENSER (DEG. R. ) 475.86 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK MILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSZA)

UPPER: UPPER:

VPU-1 33.10 33.10 0. 0926 PU-1 26 ~ 9379 26.9377 VPU-2 31.90 31.90 0.0882 PU-2 26.9305 26.9272 LONER: LONER-VPL-1 31.10 31.10 0.0850 PL-1 26.9200 26.9209 VPL-2 30.90 30.90 0 '842 PL-2 26.9222 26.9181 ZCE: ZCE-VPI-1 16.50 16.50 0.0426 PI-1 26.9414 26.9370 VPZ-2 16.80 16.80 0.0432 PZ"2 26.9321 26.9332 At(BIENT 14.4981 14.4963 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0904 LONER CONTAINMENT (PSIA) 0.0846 AVERAGE UPPER PRESSURE (PSIA) 26.9324 ICE CONDENSER (PSIA) 0.0429 AVERAGE LO)(ER PRESSURE (PSIA) 26.9195 AVERAGE ICE CO(IDENSER PRESSURE (PSIA) 26. 9351 AVERAGE CONTAINMENT PRESSURE (PSIA) 26. 9290 AVERAGE COt(TAI%(ENT PRESSURE ( PSZG ) 12.4328

,t 1

Il tl 1

jlf'

R ~ ER 7 ELAPSED TIME 3.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 75 78.75 ETR-122 74.43 74.43 ETR-115 15. 28 15.28 ETR-102 76.44 76.44 ETR-123 75. 58 75.58 ETR-116 17.24 17.24 ETR-103 75. 04 75.04 ETR-1'24 75.23 75.23 ETR" 117 16. 10 16.10 ETR-104 75. 22 75.22 ETR"125 74.22 74.22 ETR-118 18.93 18.93 ETR-105 74.40 74.40 ETR-126 72.46 72.46 ETR-119 16.39 16.39 ETR-106 75. 74 75.74 ETR-127 67.22 67.22 ETR-120 15. 52 15.52 ETR-107 74.82 74.82 ETR-129 71.52 71.52 ETR-121 15.73 15.73 ETR-108 75. 39 75.39 ETR-130 73.70 73.70 ETR-109 74.67 74.67 ETR-131 69.61 69.61 ETR-110 76.49 76.49 ETR-132 73.48 73.48 ETR-ill 75. 14 75.14 ETR-134 73.82 73.82 ETR-112 74.59 74.59 ETR-135 72.92 72.92 ETR-114 71. 67 71.67 ETR-136 73.92 73.92 ETR-128 72. 37 72.37 ETR-137 76.45 76.45 ETR-133 70. 87 70.87 ETR-138 72.13 72.13 ETR-113 77.49 77.49 ETR-139 68.89 68.89 ETR-140 72.13 72.13 ETR-141 72.56 72.56 ETR-142 71.98 71.98 ETR-143 72.70 72.70 ETR-144 72.09 72.09 ETR-145 74.00 74.00 ETR-146 73.00 73.00

SUMMARY

OF HEIGHTEO AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F. ) 75.27 LOHER VOLUME (DEG. F. ) 73.40 ZCE CONDENSER (DEG. F. ) 16.15 UPPER VOLUME (DEG. R. ) 534.97 LONER VOLUME (DEG. R. ) 533.10 ZCE CONDENSER (DEG. R.) 475.85 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F ~ ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 33.10 33.10 0.0926 PU-1 26.9416 26.9414 VPU-2 31.80 31.80 0.0878 PU-2 26.9341 26.9307 LO)IER: LOHER-VPL-1 31.00 31.00 0.0846 PL-1 26.9235 26.9244 VPL-2 30.70 30.70 0.0834 PL-2 26.9265 26.9224 ZCE: ZCE:

VPZ-1 17.30 17. 30 0.0443 PI-1 26.9454 26.9410 VPZ-2 17.10 17.10 0.0438 PI-2 26.9360 26.9371 AHBIENT 14.4941 14.4923 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAIt(MENT (PSIA) 0.0902 LONER COt(TAIN(ENT (PSZA) 0.0840 AVERAGE UPPER PRESSURE (PSIA) 26.9361 ICE CONDENSER (PSIA) 0.0441 AVERAGE LONER PRESSURE (PSIA) 26.9234 AVERAGE ICE COt(DENSER PRESSURE (PSIA) 26.9391 AVERAGE CONTAINMEt(T PRESSURE (PSIA) 26 ~ 9329 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4406

,I 1

1

R NUMBER 8 ELAPSED TIME 3.50 CONTAINMENT TEHPERATURES DATA CHECK UP PER VOLUME LOi'(cR VOLViOE ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILL1-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.75 78.75 ETR-122 74 41 74.41 ETR-115 15.29 15.29 ETR-102 76.40 76.40 ETR-123 75.55 75.55 ETR-116 17.44 17.44 ETR-103 74.98 74.98 ETR-124 75.23 75.23 ETR-117 16.18 16.18 ETR-104 75.19 75.19 ETR-125 74.21 74.21 ETR-118 18.37 18.37 ETR-105 74.38 74.38 ETR-126 72.42. 72.42 ETR-119 16.40 16.40 ETR-106 75.72 75.72 ETR-127 67.23 67.23 ETR-120 15. 53 15.53 ETR-107 74.84 74.84 ETR-129 71.53 71.53 ETR-121 15. 72 15.72 ETR-108 75.33 75.33 ETR-130 73.70 73.70 ETR"109 74.71 74.71 ETR-131 69.60 69.60 ETR-110 76.50 76.50 ETR-132 73.43 73.43 ETR-ill 75.12 75.12 ETR-134 73.83 73.83 ETR-112 74.58 74.58 ETR-135 72.90 72.90 ETR"114 71.73 71.73 ETR-136 73.94 73.94 ETR-128 72.33 72.33 ETR-137 76.45 76.45 ETR-133 70.83 70.83 ETR-138 72.09 72.09 ETR-113 77.50 77.50 ETR-139 68.87 68.87 ETR-140 72.12 72.12 ETR-141 72.58 72.58 ETR-142 71.99 71.99 ETR-143 72.72 72.72 ETR"144 72. 11 72.11 ETR-145 74.00 74.00 ETR-146 73.02 73.02 SUMHARY OF NEIG)(TED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F.) 75.25 LONER VOLUME (DEG. F.) 73.39 ICE CONDENSER (DEG. F.) 16.14 UPPER VOLUME (DEG. R.) 534.95 LONER VOLUME (DEG. R.) 533.09 ICE CONDENSER (DEG. R.) 475.84 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED MYGROHiETER VOLTS (DEG. F. ) (PSIA) HANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 33.10 33.10 0.0926 PU-1 26. 9354 26.9352 VPU-2 31.80 31.80 0.0878 PU-2 26.9275 26.9242 LONER: LONER:

VPL-,1 31. 20 31.20 0.0854 PL-1 26.9177 26.9186 VPL-2 30.90 30.90 0.0842 PL-2 26.9196 26.9155 ICE- ICE:

VPI-1 16.40 16.40 0.0424 PI-1 26.9385 26.9341 VPI-2 16.40 16.40 0.0424 PI-2 26.9296 26.9307 AMBIENT 14.4958 14.4940 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER COi(TADD(ENT (PSIA) 0.0902 Lm(ER CONTAINMENT (PSIA) 0.0848 AVERAGE UPPER PRESSURE (PSIA) 26.9297 ICE CONDENSER (PSIA) 0.0424 AVERAGE LONER PRESSURE (PSIA) 26.9171 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9324 AVERAGE CONTAINHENT PRESSURE (PSIA) 26.9264 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4324

ji II 1'

fi

'I

RUN ER 9 ELAPSED TIME 4.00 CONTAINMENT TEHPERATURES DATA CHECK MILLI UPPER VOLUHE . LONER VOLUt(E ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD "VOLTS DEG. F.

ETR-101 78. 70 78.70 ETR"122 74.41 74.41 ETR-115 15.28 15.28 ETR-102 76. 38 76.38 ETR-123 75.54 75.54 ETR"116 17.38 17.38 ETR-103 75 01 F 75.01 ETR-124 75.23 75.23 ETR-117 15.98 15.98 ETR-104 75.18 75.18 ETR"125 74.22 74.22 ETR-118 18.30 18.30 ETR-105 74.39 74.39 ETR-126 72.47 72.47 ETR"119 16.42 16.42 ETR-106 ETR-107 75 '9 75.69 ETR-127 67.25 67.25 ETR-120 15. 50 15.50

74. 80 74.80 ETR-129 71.47 71.47 ETR-121 15. 72 15.72 ETR-108 75. 32 75.32 ETR-130 73.70 73.70 ETR-109 74. 61 74.61 ETR" 131 69.57 69.57 ETR"110 76.43 76.43 ETR-132 73.44 73.44 ETR-111 75. 14 75.14 ETR-134 73.82 73.82 ETR-112 74.56 74.56 ETR-135 72.85 72.85 ETR-114 71.69 71.69 ETR-136 73.93 73.93 ETR-128 72.36 72.36 ETR-137 76.50 76.50 ETR-133 70.87 70.87 ETR-138 72.13 72.13 ETR-113 77.62 77.62 ETR-139 68.88 68.88 ETR-140 72.12 72.12 ETR-141 72.57 72.57 ETR-142 71.97 71. 97 ETR-143 72.72 72. 72 ETR-144 72.11 72.11 ETR-145 73.97 73.97 ETR-146 73.04 73.04 SUt(MARY OF HEZGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F.) 75.24 LOWER VOLUME (DEG. F.) 73.39 ICE CONDENSER (DEG. F. ) 16.11 UPPER VOLUME (DEG. R. ) 534.94 LOWER VOLUME (DEG. R. ) 533.09 ICE CONDENSER (DEG. R.) 475.81 CONTAINMENT VAPOR PRESSURE DATA C(IECK CONTAIt(MENT PRESSURES DATA CHECK HILLZ- DEH POINT VAPOR PRESSURE Ut(CORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 33.00 33.00 0.0922 PU"1 26.9388 26.9386 VPU-2 31.80 31.80 0.0878 PU"2 26.9305 26.9272 LOWER: LOWER:

VPL-1 30.80 30.80 0.0838 PL-1 26.9210 26.9219 VPL-2 30.70 30. 70 0.0834 PL-2 26.9232 26.9191 ZCE: ICE:

VPZ-1 17.00 17.00 0.0436 PI-1 26.9420 26.9376 VPZ-2 17. 00 17.00 0.0436 PI-2 26.9330 26.9341 AMBIENT 14.4937 14.4919 AVERAGE VAPOR PRESSURES Rkh(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0900 LOWER CONTAINMENT (PSIA) 0.0836 AVERAGE UPPER PRESSURE ( PSIA ) 26. 9329 ZCE CONDENSER (PSIA) 0.0436 'AVERAGE LOWER PRESSURE (PSIA) 26.9205 AVERAGE ICE COt(DENSER PRESSURE (PSIA) 26.9359 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9298 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4379

(l, l

tr

ELAPSED TIHE 4.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE CONDENSER RTD HILLZ-VOLTS DEG. F. RTD HILLZ-VOLTS DEG. F. RTD MILLI-VOLTS BEG. F.

ETR-101 78. 65 78.65 ETR-122 74.38 74.38 ETR-115 15.28 15.28 ETR-102 76.35 76.35 ETR-123 75.52 75.52 ETR-116 17.49 17.49 ETR-103 75. 00 75.00 ETR-124 75.18 75.18 ETR-117 16.04 16.04 ETR-104 75. 19 75.19 ETR-125 74.20 74.20 ETR-118 18. 19 18.19 ETR-105 74. 33 74.33 ETR-126 72.46 72.46 ETR"119 16.40 16.40 ETR-106 75. 66 75.66 ETR-127 67.22 67.22 ETR-120 15.47 15.47 ETR-107 74. 79 74.79 ETR-129 71.51 71.51 ETR-121 15. 72 15.72 ETR-108 75. 29 75.29 ETR-130 73.69 73.69 ETR-109 74.61 74.61 ETR-131 69.57 69.57 ETR-110 76.43 76.43 ETR-132 73.43 73.43 ETR-111 75. 14 75.14 ETR-134 73.79 73.?9 ETR-112 74.56 74.56 ETR-135 72.84 72.84 ETR-114 71. 60 71.60 "ETR-136 73.96 73.96 ETR-128 72. 37 72.37 ETR-137 76.47 76.4?

ETR-133 70.83 70.83 ETR-138 72.12 72.12 ETR-113 77.62 7?.62 ETR-139 68.86 68.86 ETR-140 72.11 72.11 ETR-141 72.54 72.54 ETR-142 71.97 71.97 ETR-143 72.73 72.73 ETR-144 72.08 72.08 ETR-145 73.98 73.98 ETR" 146 73.02 73.02 SUHHARY OF HEZGMTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 75.22 LOHER VOLUME (DEG. F.) 73.38 ICE CO.'(DENSER (DEG. F. ) 16.10 UPPER VOLUME (DEG. R. ) 534.92 LOHER VOLUME (DEG. R.) 533.08 ICE CONDENSER tDEG. R. ) 475.80 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) ( PSIA ) HANOMETER READING (PSIA) READING (PSIA)

UPPER: ~

UPPER:

VPU-1 33 F 00 33.00 0.0922 PU-1 26.9339 26.9337 VPU-2 LOHER-31 '0 31.70 0.0874 PU-2 26.9250 26.9217 LOHER-VPL-1 30.70 30.70 0.0834 PL-1 26 ~ 9151 26.9160 VPL-2 30.70 30.70 0.0834 PL-2 26.9184 26.9143 ICE: ZCE:

VPI-1 16.70 16.70 0.0430 PI"1 26.9370 26.9326 VPZ-2 17.10 17.10 0.0438 PZ-2 26.9284 26.9295 AMBIENT 14.4954 14.4936 AVERAGE VAPOR PRESSURES SUMt(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0898 LONER CONTAINMENT (PSIA) 0 '834 AVERAGE UPPER PRESSURE (PSIA) 26.9277 ZCE CONDENSER (PSIA) 0.0434 AVERAGE LO)(ER PRESSURE (PSIA) 26.9152 AVERAGE ICE CONDEttSER PRESSURE (PSIA) 26. 9311 AVERAGE CONTAIN(ENT PRESSURE (PSIA) 26.9246 AVERAGE COt(TAINMENT PRESSURE (PSIG) 12.4311

R NUMSER ELAPSED TINE ll 5.00 CONTAINHENT TEHPERATURES DATA CHECK UPPER VOLUHE LONER VOLUNE ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78.66 78.66 ETR-122 74.39 -74.39 ETR-115 15. 64 15.64 ETR"102 76. 32 76.32 ETR-123 75.54 75.54 ETR-116 17.39 17.39 ETR-103 75. 03 75.03 ETR-124 75.23 75.23 ETR-117 16.88 16.ee ETR-104 75. 20 75.20 ETR-125 74.19 74.19 ETR-118 17. 94 17.94 ETR"105 74.37 74.37 ETR"126 72.45 72.45 ETR-119 16.40 16.40 ETR-106 75. 68 75.68 ETR-127 67.20 67.20 ETR-120 15.4? 15.47 ETR-107 74. 79 74.79 ETR-129 71.51 71.51 ETR-121 15.77 15.77 ETR-108 75. 28 75.28 ETR-130 73.69 73.69 ETR-109 74.65 . 74.65 ETR-131 69.58 69.58 ETR-110 76.42 76.42 ETR-132 73.43 73.43 ETR-111 75.11 75.11 ETR-134 74.00 74.00 ETR-112 74.58 74.58 ETR-135 72.87 72.87 ETR-114 71. 65 71.65 ETR-136 73.93 73.93 ETR-128 72.27 72.27 ETR-137 76.45 76.45 ETR-133 70.81 70.81 ETR-138 72.10 72.10 ETR-113 77.64 77.64 ETR-139 68.85 68.85 ETR-140 72.12 72.12 ETR-141 72.56 72.56 ETR-142 71.99 71.99 ETR-143 72.71 72.71 ETR-144 72.11 72.11 ETR-145 73.95 73.95 ETR-146 73.02 73.02 SUH((ARY OF HEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F. ) 75.23 LONER VOLUiHE (DEG. F. ) 73.40 ICE CONDENSER (DEG. F.) '6.17 UPPER VOLUHE (DEG. R. ) 534.93 LOHER VOLUHE (DEG. R. ) 533.10 ICE CONDENSER (DEG.-, R. ) 475.87 CONTAI%(ENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F.) (PSIA) HANS(ETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32. 90 32.90 0.0919 PU-1 26.9379 26.9377 VPU-2 31.60 31.60 0.0870 PU"2 26.9300 26.9267 LONER: LONER:

VPL-1 30.80 30.80 0.0838 PL-1 26.9183 26.9192 VPL-2 30.80 30.80 0.0838 PL-2 26.9226 26.9185 ICE: ZCE:

VPZ "1 17.00 17. 00 0.0436 PI"1 26.9419 26.9375 VPZ-2 17.10 17.10 0.0438 PZ-2 26.9327 26.9338 AHBIENT 14.4930 14.4912 AVERAGE VAPOR PRESSURES SUiiARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINS(ENT (PSIA) 0.0894 LONER CONTAINHENT (PSZA) 0.0838 AVERAGE UPPER PRESSURE (PSIA) 26.9322 ZCE CONDENSER (PSIA) 0.0437 AVERAGE LOHER PRESSURE (PSIA) 26.9189 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9357 AVERAGE CONTAINHENT PRESSURE (PSIA) 26.9289 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.4377

1 1'

NUHBER 12 APSED TIHE 5.50 CONTAINHENT TEMPERATURES DATA CHECK UPPER VOLUtlE LONER VOL@i"iE ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI<<VOLTS DEG. F. RTD MILLI-VOLTS DEG. F ~

ETR-101 78. 61 78.61 ETR-122 74.37 74.3? ETR-115 16.19 16.19 ETR-102 76. 29 76.29 ETR-123 75.51 75.51 ETR-116 17.66 17. 66 ETR"103 74.98 74.98 ETR-124 ?5.20 75.20 ETR-117 17.38 17.38 ETR" 104 75. 18 75.18 ETR-125 74.18 74.18 ETR-118 17.92 17.92 ETR-105 74. 32 74.32 ETR-126 72.41 . 72.41 ETR-119 16. 44 16.44 ETR-106 ?5. 64 75.64 ETR-127 67.19 67.19 ETR-120 15. 44 15.44 ETR-107 74. 76 74.76 ETR-129 71.49 71.49 ETR"121 15.73 15.73 ETR-108 75.34 75.34 ETR-130 73.67 73.67 ETR-109 74. 64 74.64 ETR-131 69.55 69.55 ETR-110 76.41 76.41 ETR-132 73.42 73.42 ETR-ill 75. 12 75.12 ETR-134 73.79 73.79 ETR-112 74.57 74.57 ETR-135 72.86 72.86 ETR-114 71.59 71.59 ETR-136 73.96 '?3. 96 ETR-128 72. 38 72.38 ETR-137 76.48 76.48 ETR-133 70. 81 70.81 ETR-138 72.08 72.08 ETR-113 77.57 77.57 ETR-139 68.86 68.86 ETR-140 72.07 72.07 ETR-141 72.55 72.55 ETR-142 71.97 71.97 ETR-143 72.70 72.70 ETR-144 72.09 72.09 ETR-145 73.95 73. 95 ETR-146 73.02 73.02 SUtNARY OF NEIGHTEO AVERAGE TEHPERATURES UPPER VOLUME (DEG. F.) 75.20 LOHER VOLUHiE (DEG. F.) 73.37 ICE CONDENSER (DEG. F. ) 16.26 UPPER VOLUME (DEG, R.) 534.90 LONER VOLUHE tDEG. R.) 533.07 ICE CONDENSER (DEG. R. ) 475.96 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAZ&(ENT PRESSURES DATA CHECK MILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (,DEG. F. ) (PSIA) MANOHETER READING (PSIA) READING (PSIA)

UPPER- UPPER:

VPU-1 32.80 32.80 0. 0915 PU-1 26.9395 26.9393 VPU-2 31.50 31.50 0.0866 PU-2 26.9330 26.9296 LONER: LONER:

VPL-1 30. 70 30.70 0.0834 PL-1 26.9215 26.9224 VPL-2 30.50 30.50 0.0827 PL"2 26.9239 26.9198 ICE: ICE:

VPZ-1 17.20 17.20 0.0441 PI-1 26.9435 26.9391 VPI-2 17.20 17.20 0.0441 PI-2 26.9342 26.9353 AMBIENT 14.4895 14.4877 AVERAGE VAPOR PRESSURES SUt(MARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINtlENT (PSIA) 0.0890 LONER COt(TAINt(ENT (PSIA) 0.0831 AVERAGE UPPER PRESSURE tPSIA) 26.9345 ICE CONDENSER (PSIA) 0. 0441 AVERAGE LONER PRESSURE (PSZA) 26. 9211 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9372 AVERAGE CONTAIN(ENT PRESSURE (PSIA) 26.9309 AVERAGE CONTAIN(ENT PRESSURE (PSIG) 12.4433

f' R ~ (BE R 13 ELAPSED TIME 6.00 COt(TAIWENT TEMPERATURES DATA CHECK UPPER VOLUME LO)IER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 60 78.60 ETR-122 74.35 74.35 ETR-115 15.66 15.66 ETR-102 76.26 76.26 ETR-123 75.50 75.50 ETR-116 17.69 17.69 ETR-103 74.94 74.94 ETR-124 75.23 75.23 ETR-117 16.40 16.40 ETR-104 75.12 75. 12 ETR-125 74.17 74.17 ETR-118 17.95 17. 95 ETR-105 74.31 74.31. ETR-126 72.44 72.44 ETR-119 16.44 16.44 ETR-106 75. 64 75.64 ETR-127 67.20 67.20 ETR-120 15.48 15.48 ETR-107 74.76 74.76 ETR-129 71.48 71.48 ETR"121 15.68 15.68 ETR-108 75. 33 75.33 ETR-130 73.67 73.67 ETR-109 74.51 74.51 ETR-131 69.57 69.57 ETR-110 76.44 76.44 ETR-132 73.44 73.44 ETR-ill 75.11 75.11 ETR-134 73.77 73.77 ETR-112 74.55 74.55 ETR-135 72.84 72.84 ETR-114 71.58 71.58 ETR-136 73.93 73.93 ETR-128 72.39 72.39 ETR"137 76.43 76.43 ETR-133 70.79 70.79 ETR-138 72.09 72.09 ETR-113 77.49 77.49 ETR-139 68.85 68.85 ETR-140 72.08 72.08 ETR-141 72 '3 72.53 ETR-142 71.95 71.95 ETR"143 72.70 72.70 ETR-144 72.08 72.08 ETR-145 73.96 73.96 ETR-146 72.99 72.99 SUt0(ARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLU)1E (DEG. F. ) 75.18 LOHER VOLUtIE (DEG. F. ) 73.36 ZCE CONDENSER (DEG. F. ) 16. 15 UPPER VOLUt1E (DEG. R.) 534.88 LOHER VOLUME (DEG. R. ) 533.06 ZCE CONDENSER (DEG. R. ) 475.85 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAIQIENT PRESSURES DATA CHECK MILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS ( DEG. F. ) ( PSIA ) MANOMETER READING (PSZA) READING (PSIA)

UPPER: UPPER-VPU-1 32.90 32.90 0.0919 PU-1 26.9321 26.9319 VPU-2 31.70 31.70 0.0874 PU-2 26.9259 26.9226 LOHER'- LOHER:

VPL-1 30. 90 30.90 0.0842 PL-1 26.9153 26.9162 VPL-2 30.50 30.50 0.0827 PL-2 26.9164 26. 9123 ICE: ICE:

VPI-1 15.80 15.80 0.0411 PZ-1 26.9353 26.9309 VPI-2 16.80 16.80 0.0432 PI-2 26.9260 26.9271 AMBIENT 14.4903 14.4885 AVERAGE VAPOR PRESSURES Sly(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0896 LOHER CONTAINMENT ( PSIA ) 0.0835 AVERAGE UPPER PRESSURE (PSIA) 26.9272 ZCE COt(DENSER (PSIA) 0.0422 AVERAGE LOI'IER PRESSURE (PSIA) 26 '143 AVERAGE ICE COtIDENSER PRESSURE (PSIA) 26.9290 AVERAGE CONTAIttMENT PRESSURE ( PSIA ) 26. 9235 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4350

f C

l I

Rb.. ER 14 ELAPSED TIHE 6.30 CONTAIN(ENT TEt(PERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE COt(DENSER RTD MILLI-VOLTS DEG. F. RTD HI L LI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 59 78.59 ETR"122 74.32 74.32 ETR-115 15.28 15.28 ETR-102 76.23 76.23 ETR-123 75.52 75.52 ETR-116 17. 91 17.91 ETR-103 74. 94 74.94 ETR-124 75.17 75.17 ETR-117 16. 09 16.09 ETR-104 75.12 75.12 ETR-125 74.15 74.15 ETR-118 17.60 17.60 ETR-105 74. 32 74.32 ETR-126 72.41 72.41 ETR-119 16.44 16.44 ETR-106 75. 60 75.60 ETR-127 67.18 67.18 ETR-120 15.50 15.50 ETR-107 74. 72 74.72 ETR-129 71.50 71.50 ETR-121 15.69 15.69 ETR-108 75. 29 75.29 ETR "130 73.67 73.67 ETR-109 74.67 74.67 ETR-131 69.57 69.57 ETR-110 76.43 76.43 ETR-132 73.42 73.42 ETR-111 75.14 75.14 ETR-134 73.86 73.86 ETR-112 74.51 74.51 ETR-135 72.87 72.87 ETR-) 14 71.57 71.57 ETR-136 73.94 73.94 ETR-128 72. 35 72.35 ETR-13'7 76.44 76.44 ETR-133 70. 80 70.80 ETR-138 72.08 72.08 ETR-113 77.57 77.57 ETR-139 68.85 68.85 ETR-140 72.08 72.08 ETR-141 72.54 72.54 ETR-142 71.98 71.98 ETR-143 72.72 72.72 ETR-144 72.08 72.08 ETR-145 73.94 73.94 ETR-146 72.94 72.94 SUHHARY OF HEZGMTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F. ) 75.17 LONER VOLUME (DEG. F. ) 73.37 ICE CONDENSER (DEG. F. ) 16.10 UPPER VOLUME (DEG. R ~ ) 534.87 LONER VOLUME (DEG. R. ) 533.07 ICE CONDENSER (DEG. R.) 475.80 CONTAINHENT VAPOR PRESSURE DATA CIIECK CONTAINttENT PRESSURES DATA CHECK HZLLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING ( PSIA ) READING ( PSIA )

UPPER: UPPER:

VPU-1 32.80 32.80 0.0915 PU-1 26.9369 26.9367 VPU-2 31.50 31.50 0.0866 PU-2 26.9306 26.9273 LOHER- LONER:

VPL-1 30.70 30. 70 0.0834 PL-1 26.9197 26.9206 VPL-2 30.50 30.50 0.0827 PL-2 26.9208 26.9167 ICE- ZCE:

VPZ-1 16.70 16.70 0.0430 PI-1 26.9401 26.9357 VPZ-2 17.00 17.00 0.0436 PI-2 26.9308 26.9319 Al&IENT 14.4935 14.4917 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0890 LONER COt(TAINMENT (PSIA) 0.0831 AVERAGE UPPER PRESSURE (PSIA) 26.9320 ICE CONDENSER (PSIA) 0.0433 AVERAGE LONER PRESSURE (PSIA) 26.9187 AVERAGE ICE CONDENSER PRESSURE (PSZA) 26.9338 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9282 ~

AVERAGE CONTAI&(ENT PRESSURE (PSIG) 12.4365

jar I

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NUMBER 15 ELAPSED TIHE 7.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUiHE LONER VOLUHE ICE CONDENSER RTO HI LLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTO . MILLI-VOLTS DEG. F.

ETR-101 78.57 78.57 ETR-122 74.31 74.31 ETR-115 15. 78 15.78 ETR-102 76. 20 76. 20 - ETR-123 75.46 75.46 ETR-116 18. 05 18.05 ETR-103 74.92 74. 92 ETR-124 75.17 75.17 ETR-117 16.01 16.01 ETR-104 75.09 75.09 ETR-125 74.15 .74.15 ETR-118 17.49 17.49 ETR-105 74. 27 74,27 ETR-126 72.40 72.40 ETR-119 16.42 16.42 ETR-106 75. 60 75.60 ETR-127 67.18 67.18 ETR-120 15.53 15.53 ETR-107 74.72 74.72 ETR-129 71.46 71.46 ETR-121 15.64 15.64 ETR-108 75. 20 75.20 ETR-130 73.66 73.66 ETR-109 74.57 74.57 ETR-131 69.55 69.55 ETR-110 ETR-111

76. 43 76.43 ETR-132 73 '1 73.41 75.10 75.10 ETR-134 73.74 73.74 ETR-112 74.51 74.51 ETR-135 72.86 72.86 ETR-114 71.58 71.58 ETR-136 73.97 73.97 ETR-128 72. 29 72.29 ETR-137 76.46 76.46 ETR-133 70. 75 70.75 ETR-138 72.08 72.08 ETR-113 77.43 77.43 ETR-139 68.85 68.85 ETR-140 72.08 72.08 ETR-141 72.55 72.55 ETR-142 71.97 71. 97 ETR-143 72.71 72.71 ETR-144 72.08 72.08 ETR-145 73.94 73.94 ETR-146 72.98 72.98 SUHMARY OF MEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 75.13 LONER VOLUME (DEG. F. ) 73.36 ICE CONDENSER (DEG. F. ) 16.13 UPPER VOLUiHE (OEG. R.) 534.83 LONER VOLUME (OEG. R.) 533.06 ICE CONDENSER (DEG. R.) 475.83 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINHiENT PRESSURES DATA CHECK HILLI- OEM POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) ( PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER.: UPPER:

VPU-1 32.80 32.80 0. 0915 PU-1 26. 9317 26.9315 VPU-2 31.60 31.60 0.0870 PU-2 26.9251 26.9218 LONER: LONER:

VPL-1 30.70 30.70 0 '834 PL-1 26.9147 26.9156 VPL-2 30.50 30.50 0.0827 PL-2 26.9158 26.9117 ICE: ICE:

VPI-1 16.50 16.50 0.0426 PI-1 26.9346 26.9302 VPI-2 16.40 16.40 0 ~ 042I+ PI-2 26.9255 26.9266 AMBIENT 14.4986 14.4968 AVERAGE VAPOR PRESSURES SUt)MARY OF CORRECTED AVERAGE PRESSURES UPPER COtA'AINMENT (PSIA) 0.0892 LONER CONTAINMENT (PSIA) 0.0831 AVERAGE UPPER PRESSURE <PSIA) 26.9266 ICE CONDENSER [PSIA) 0.0425 AVERAGE LONER PRESSURE (PSIA) 26.9137 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9284 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9229 AVERAGE CONTAIttHENT PRESSURE (PSIG) 12.4261

1

R NUMBER 16 ELAPSED TIME 7.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOWER VOLUME ZCE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HZ LLI-VOLTS DEG. F. RTD HI LLI-VOLTS DEG. F.

ETR-101 78.56 78.56 ETR-122 74.32 74.32 ETR-115 15.10 15. 10 ETR-102 76. 18 76.18 ETR"123 75.46 75.46 ETR-116 17. 71 17.71 ETR-103 74.97 74.97 ETR-124 75.12 75. 12 ETR-117 16. 03 16.03 ETR-104 75. 11 75.11 ETR-125 74.15 74.15 ETR-118 17. 74 17.74 ETR-105 74. 29 74.29 ETR-126 72.40 72.40 ETR-119 16.42 16.42 ETR-106 75.59 75.59 ETR-127 '7.17 67.17 ETR-120 15.54 15.54 ETR-107 74. 70 74.70 ETR-129 71.50 71.50 ETR-121 15. 70 15.70 ETR-108 75. 33 75.33 ETR-130 73.66 73.66 ETR-109 74. 55 74.55 ETR-131 69.54 69.54 ETR-110 76.39 76.39 ETR<<132 73.42 73.42 ETR-111 75.08 75.08 ETR-134 73.74 73.74 ETR-112 74.53 74.53 ETR-135 72.83 72.83 ETR-114 71. 65 71.65 ETR-136 73.92 73.92 ETR-128 72. 36 72.36 ETR-137 76.41 76.41 ETR-133 70.74 70.74 ETR-138 72.07 72.07 ETR-113 77.57 77.57 ETR-139 68.84 68.84 ETR-140 72.05 72.05 ETR-141 72.52 72.52 ETR" 142 71. 93 71.93 ETR-143 72. 71 72.71 ETR"144 72.10 72.10 ETR-145 73.95 73.95 ETR-146 72.98 72.98 SUMHARY OF WEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) 75.16 LOWER VOLUME (DEG. F.) 73.34 ICE CONDENSER (DEG. F.) 16.09 UPPER VOLUHE (DEG. R.) 534.86 LOWER VOLUME (DEG. R.) 533.04 ICE CONDENSER (DEG. R. ) 475.79 COiNTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLZ- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEGF F ~ ) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.70 32.70 0.0911 PU-1 26.9348 26.9346 VPU-2 31.40 31.40 0.0862 PU-2 26.9284 26.9251 LOWER: LOWER:

VPL-1 30.50 30.50 0.0827 PL-1 26.9177 26.9186 VPL"2 30.40 30.40 0.0823 PL"2 26.9190 26.9149 ICE: ICE-VPI"1 16.50 16.50 0.0426 PZ-1 26.9380 26.9336 VPI-2 16.70 16.70 0.0430 PZ-2 26.9290 26.9301 AMBIENT 14.5043 14.5025 AVERAGE VAPOR PRESSURES SU)D(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0. 0886 LOWER CONTAINMENT (PSIA) 0.0825 AVERAGE UPPER PRESSURE (PSIA) 26 '298 ZCE CONDENSER (PSIA) 0.0428 AVERAGE LOWER PRESSURE (PSIA) 26.9168 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26 ~ 9319 AVERAGE CO)(TAINHENT PRESSURE ( PSIA ) 26. 9262 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.4237

I t I

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R ER 17 ELAPSED TIME 8.00 CONTAINHENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUiME ICE CONDENSER RTD HZ L LI-VOLTS DEG. F ~ RTD HI LLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.52 78.52 ETR-122 74. 32 74.32 ETR-115 15. 16 15.16 ETR-102 76.16 76.16 ETR-123 75.46 75.46 ETR-116 17. 92 17.92 ETR-103 74.93 74.93 ETR-124 75.13 75.13 ETR-117 16.20 16.20 ETR-104 75.09 75.09 ETR-125 74.14 74.14 ETR-118 17.82 17.82 ETR-105 74. 28 74.28 ETR-126 72.36 72.36 ETR-119 16.39 16.39 ETR-106 75.61 75.61 ETR"127 67.17 67.17 ETR-120 15.50 15.50 ETR-107 74.72 74.72 ETR-129 71.48 71.48 ETR-121 15.71 15.71 ETR-108 75.25 75.25 ETR-130 73.65 73.65 ETR-109 74.53 74.53 ETR-131 69.54 69.54 ETR-110 76.43 76.43 ETR-132 73.40 73.40 ETR-ill 75. 11 75. 11 ETR-134 73.83 73.83 ETR-112 74.53 74.53 ETR-135 72.86 72.86 ETR-114 71.63 71.63 ETR"136 73.92 73.92 ETR-128 72. 31 72.31 ETR-137 76.46 76.46 ETR-133 70. 76 70.76 ETR-138 72.07 72.07 ETR-113 77.47 77.47 ETR-139 68.83 68.83 ETR-140 72.08 72 08 F

ETR-141 72.52 72.52 ETR-142 71.97 71.97 ETR-143 72.67 72.67 ETR-144 72.08 72.08 ETR-145 73.92 73.92 ETR-146 72.98 72.98

SUMMARY

OF NEIGMTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F. ) 75.14 LOHER VOLUME (DEG. F. ) 73.36 ICE CONDENSER (DEG. F.) 16.11 UPPER VOLUME (DEG. R. ) 534.84 LONER VOLUME (DEG. R. ) 533.06 ICE CONDENSER (DEG. R.) 475.81 CONTAlt&ENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UiNCORRECTED CORRECTED HYGROMETER VOLTS ( DEG. F. ) ( PSIA ) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32. 70 32. 70 0.0911 PU-1 26.9356 26.9354 VPU-2 31. 60 31.60 0.0870 PU-2 26.9289 26.9256 LONER: LONER:

VPL-1 30.70 30. 70 0.0834 PL-1 26.9179 26.9188 VPL-2 30.40 30.40 0.0823 PL-2 26.9195 26 '154 ZCE: ICE:

VPZ-1 17.10 17.10 0.0438 PI-1 26.9389 26.9345 VPZ-2 17.00 17.00 0.0436 PI-2 26.9296 26.9307 AMBIENT 14.5049 14.5031 AVERAGE VAPOR PRESSURES SUMHARY OF CORRECTED AVERAGE PRESSURES UPPER CO!(TAINMENT (PSIA) 0.0890 LONER CONTAIN)IENT ( PSIA) 0.0829 AVERAGE UPPER PRESSURE (PSIA) 26.9305 ICE CONDENSER (PSIA) 0.0437 AVERAGE LONER PRESSURE (PSIA) 26. 9171 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9326 AVERAGE CONTAINHENT PRESSURE (PSIA) 26 ~ 9267 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4237

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R (DER 18 ELAPSED TIME 8.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUt(E LONER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTO MILLI-VOLTS DEG. F.

ETR-101 78.52 78.52 ETR-122 74.30 74.30 ETR-115 15. 44 15.44 ETR-102 76. 13 76.13 ETR-123 75.43 75.43 ETR-116 17. 66 17.66 ETR-103 74.90 74.90 ETR-124 75.11 75.11 ETR-117 16. 24 16.24 ETR 104 75.08 75.08 ETR" 125 74.13 74.13 ETR-118 17. 61 17.61 ETR-105 74. 23 74.23 ETR-126 72.38 72.38 ETR-119 16. 37 16.37 ETR-106 75.48 75.48 ETR-127 67.18 67.18 ETR-120 15.50 15.50 ETR-107 74.67 74.67 ETR-129 71.43 71.43 ETR-121 15.69 15.69 ETR-108 75. 23 75.23 ETR-130 73.65 73.65 ETR-109 74. 59 74.59 ETR"131 69.53 69.53 ETR-110 76.32 76.32 ETR-132 73.40 73.40 ETR-111 75.03 75.03 ETR"134 73.70 73.70 ETR-112 74.48 74.48 ETR-135 72.81 72.81 ETR-114 71.54 71.54 ETR-136 73.84 73.84 ETR-128 72.31 72.31 ETR-137 76.43 76.43 ETR-133 70. 72 70.72 ETR-138 72.06 72.06 ETR-113 77.38 77.38 ETR-139 68.83 68.83 ETR-140 72.04 72.04 ETR-141 72.52 72.52 ETR-142 71. 93 71.93 ETR"143 72.66 72.66 ETR-144 72.04 72.04 ETR-145 73. 94 73.94 ETR-146 72. 96 72.96 SUHHARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) 75.09 LOWER VOLUHE (DEG. F.) 73.32 ICE CONDENSER (DEG. F. ) 16.09 UPPER VOLUME (DEG. R.) 534.79 LONER VOLUME (DEG. R.) 533.02 ICE CONDENSER (DEG. R. ) 475.79 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE U)KORRECTED CORRECTED HYGROMETER 'VOLTS (DEG. F. ) (PSIA) HANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32. 70 32.7q 0.0911 PU-1 26.9276 26.9274 VPU-2 31.30 31.30 0.0858 PU-2 26.9211 26.9178 Lot(ER: LONER:

VPL-1 30.40 30.40 0.0823 PL-1 26.9087 26.9096

'VPL-2 30.20 30.20 0.0815 PL-2 26.9116 26.9075 ICE: ICE:

VPI-1 15.40 15.40 0.0404 PI-1 26.9307 26.9263 VPI-2 15.80 15.80 0.0411 PI-2 26.9215 26.9226 APERIENT 14.5039 14.5021 AVERAGE VAPOR PRESSURES SUMt(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0885 LONER COt(TAItNENT (PSIA) 0.0819 AVERAGE UPPER PRESSURE (PSIA) 26.9226 ICE CONDENSER (PSIA) 0.0408 AVERAGE LOttER PRESSURE (PSIA) 26.9086 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9245 AVERAGE CONTAINMENT PRESSURE ( PSIA ) 26. 9185 AVERAGE COt(TAINMENT PRESSURE (PSIG) 12.4165

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RUN ER 19 ELAPSED TIME 9.00 CONTAINMENT TEMPERATURES DATA C(IECK UPPER VOLUME LO((ER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.53 78.53 ETR"122 74.29 74.29 ETR-115 15.17 15.17 ETR-102 76. 12 76.12 ETR-123 75.43 75.43 ETR-116 17.21 17.21 ETR-103 74. 90 74.90 ETR-124 75.11 75.11 ETR-117 15.96 15.96 ETR-104 75. 07 75.07 ETR-125 74.12 74.12 ETR-118 18.29 18.29 ETR-105 74. 27 74.27 ETR-126 72.35 72.35 ETR-119 16.37 16.37 ETR-106 75.58 75.58 ETR-127 67.15 67.15 ETR-120 15.48 15.48 ETR-107 74.66 74.66 ETR"129 71.40 71.40 ETR-121 15.69 15.69 ETR-108 75. 19 75.19 ETR-130 73.65 73.65 ETR-109 74. 53 74.53 ETR-131 69.51 69.51 ETR-110 76.31 76.31 ETR-132 73.38 73.38 ETR-111 75.00 75.00 ETR-134 73.69 73.69 ETR-112 74.46 74.46 ETR-135 72.80 72.80 ETR-114 71.58 71.58 ETR-136 73.83 73.83 ETR-128 72. 29 72.29 ETR-137 76.44 76.44 ETR-133 70.72 70.72 ETR" 138 72.05 72.05 ETR-113 =77.39 77.39 ETR-139 68.83 68.83 ETR-140 72.05 72.05 ETR-141 72.51 72.51 ETR-142 71.94 71.94 ETR-143 72.64 72.64 ETR-144 72.05 72.05 ETR-145 73.92 73.92 ETR-146 73.01 73.01

SUMMARY

OF WEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 75.10 LOWER VOLUME (DEG. F. ) 73.31 ICE CONDENSER (DEG. F. ) 16.06 UPPER VOLUME (DEG. R. ) 534.80 LOWER VOLUHE (DEG. R. ) 533.01 ICE CONDENSER (DEG. R.) 475.76 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CtlECK HILLI- DEW POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.60 32.60 0.0908 PU-1 26.9329 26.9327 VPU-2 31.40 31,40 0.0862 PU-2 26.9272 26.9239 LOWER- LOtlER:

VPL-1 30.50 30.50 0.0827 PL-1 26.9143 26.9152 VPL-2 30.40 30.40 0.0823 PL-2 26.9170 26.9129 ICE: ICE:

VPI-1 16.80 16.80 0.0432 -

PI-1 26.9365 26. 9321 VPI-2 16.70 16.70 0.0430 PI-2 26.9272 26.9283 AHBIENT 14.5045 14.5027 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAIt(MENT (PSIA) 0.0885 LOWER CONTAIN)(ENT (PSIA) 0.0825 AVERAGE UPPER PRESSURE (PSIA) 26.9283 ICE CONDENSER (PSIA) 0.0431 AVERAGE LOWER PRESSURE (PSIA) 26.9141 AVERAGE ICE CCNDENSER PRESSURE (PSIA) 26 '302 AVERAGE COt(TAINMEtlT PRESSURE (PSIA) 26.9242 AVERAGE CONTAIt&ENT PRESSURE (PSIG) 12.4215

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RUN t4JMBER, 20 ELAPSED TIHE 9.50 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 52 78.52 ETR-122 74. 25 74.25 ETR-115 15.31 15.31 ETR-102 76.09 76.09 ETR-123 75.44 75.44 ETR-116 17.48 17 48 ETR-103 74. 85 74.85 ETR-124 75.10 75.10 ETR-117 16.13 16.13 ETR-104 75. 05 75.05 ETR-125 74.09 74.09 ETR-118 18.58 18.58 ETR-105 74.21 74.21 ETR"126 72.35 72.35 ETR-119 16.39 16.39 ETR-106 75.52 75.52 ETR-127 67.15 67.15 ETR-120 15.49 15.49 ETR-107 74. 60 74.60 ETR-129 71.45 71.45 ETR-121 15.67 15.67 ETR-108 75.14 75. 14 ETR-130 73.63 73.63 ETR-109 74.49 74.49 ETR-131 69.50 69.50 ETR-110 76'.29 76.29 ETR-132 73.38 73.38 ETR-111 75. 00 75.00 ETR-134 73.70 73.70 ETR-112 74.44 74.44 ETR-135 72.83 72.83 ETR-114 71.50 71.50 ETR-136 73.89 73.89 ETR-128 72.32 72.32 ETR-137 76.40 76.40 ETR" 133 70. 77 70.77 ETR-138 72.03 72.03 ETR-113 77.38 77.38 ETR-139 68.81 68.81 ETR-140 72.04 72.04 ETR-141 72.49 72.49 ETR-142 71.93 71.93 ETR-143 72.68 72.68 ETR-144 72.04 72.04 ETR"145 73.92 73.92 ETR-146 73.03 73.03 SUiiNRY OF NEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 75.06 LONER VOLUME (DEG. F. ) 73.31 ICE CONDENSER (DEG. F. ) 16 ~ 13 UPPER VOLUHE (DEG. R.) 534.76 LONER VOLUHE (DEG. R. ) 533.01 ICE CONDENSER (DEG. R.) 475.83 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI" DEN POINT VAPOR PRESSURE Ut(CORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) ( PSIA ) HANOMETER READING (PSIA) READING (PSIA)

UPPER:. UPPER:

VPU-1 32.60 32.60 0.0908 PU-1 26.9278 26.9276 VPU-2 31.30 31.30 0.0858 PU-2 26.9220 26.9187 LONER: LOHERt VPL-1 30.30 30.30 0.0819 PL-1 26.9093 26.9102 VPL-2 30.30 30.30 0.0819 PL-2 26.9118 26.9077 ICE: ICE:

VPI-1 16.40 16.40 0. 0424 PI-1 26.9308 26.9264 VPI-2 16.70 16.70 0 '430 PI" 2 26.9212 26.9223 AHDIENT 14.5043 14.5025 AVERAGE VAPOR PRESSURES SQI1ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAZNMEt(T ( PSIA ) 0. 0883 LONER COt(TAIN(EWT (PSIA) 0.0819 AVERAGE UPPER PRESSURE (PSIA) 26.9231 ICE CONDENSER (PSIA) 0.0427 AVERAGE LONER PRESSURE (PSIA) 26.9090 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9244 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9188 AVERAGE COt(TAlt0(ENT PRESSURE (I'SIG) 12.4164

", l 1

j1

R ER 21 ELAPSED TIHE 10.00 CONTAINHENT TEMPERATURES DATA CHECK UP PER VOLUME LONER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.53 78.53 ETR-122 74.27 74.27 ETR-115 15. 25 15.25 ETR-102 76. 08 76 F 08 ETR-123 75.40 75.40 ETR-116 17.35 17.35 ETR-103 74.84 74.84 ETR-124 75.10 75.10 ETR-117 16. 01 16.01 ETR-104 75.07 75.07 ETR-125 74.12 74.12 ETR-118 18.19 18.19 ETR-105 74.23 74. 23. ETR-126 72.34 72.34 ETR-119 16.38 16.38 ETR-106 75.47 75.47 ETR-127 67.15 67.15 ETR-120 15. 49 15.49 ETR-107 74.63 74.63 ETR-129 71.46 71.46 ETR-121 15.69 15.69 ETR-108 75.16 75.16 ETR"130 73.63 73.63 ETR-109 74.62 74.62 ETR-131 69.49 69.49 ETR-110 76.32 76.32 ETR-132 73.38 73.38 ETR-ill 75.05 75.05 ETR-134 73.84 73.84 ETR-112 74.46 74.46 ETR"135 72.80 72.80 ETR"114 71.56 71.56 ETR-136 73.89 73.89 ETR-128 ETR"133 72.24 70.72 72 '4 70.72 ETR-137 76.37 76.37 ETR"138 72.03 72.03 ETR-113 '7.20 77.20 ETR-139 68.81 68.81 ETR-140 72 F 04 72.04 ETR-141 72.49 72.49 ETR-142 71.92 71.92 ETR-143 72.69 72.69 ETR-144 72.06 72.06 ETR-145 73.92 73.92 ETR-146 72.97 72.97 SU)D(ARY OF HEZGMTED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F.) 75.06 LOHER VOLUME (DEG. F.) 73.32 ICE CONDEt(SER (DEG. F.) 16.08 UPPER VOLUME (DEG. R. ) 534.76 LONER VOLUHE (DEG. R. ) 533.02 ICE CONDENSER (DEG. R. ) 475.78 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HZLLZ- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HANOt(ETE R READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.60 32.60 0.0908 PU-1 26.9292 26.9290 VPU"2 31.20 31.20 0.0854 PU-2 26.9234 26.9201 LOHER: LONER:

VPL-1 30.50 30.50 0.0827 PL-1 26.9115 26.9124 VPL-2 30.30 30.30 0.0819 PL-2 26.9132 26.9091 ZCE: ZCE:

VPI-1 16.50 16.50 0.0426 PI-1 26.9324 26.9280 VPI-2 16.90 16.90 0.0434 PZ-2 26.9233 26.9244 AMBIENT 14.5057 14.5039 AVERAGE VAPOR PRESSURES SUtD(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0881 LONER CONTAINMENT (PSIA) 0.0823 AVERAGE UPPER PRESSURE (PSIA) 26.9245 ZCE CONDENSER (PSIA) 0.0430 AVERAGE LONER PRESSURE (PSIA) 26.9108 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9262 AVERAGE CONTAINMENT PRESSURE (PSZA) 26.9205 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4166

'i l

I

RUN HBER 22 ELAPSED TIHE 10.50 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUHE LONER VOLUHE ZCE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLZ-VOLTS DEG. F.

ETR-101 78.54 78.54 ETR-122 74. 26 74.26 ETR-115 15. 24 15.24 ETR-102 76.06 76.06 ETR-123 75.40 75.40 ETR-116 17.27 17.27 ETR-103 74. 85 74.85 ETR-124 75.11 75.11 ETR-117 15.87 15.87 ETR-104 74. 98 74.98 ETR-125 74.09 74.09 ETR-118 18.26 18.26 ETR-105 74.20 74.20 ETR-126 72.32 72.32 ETR-119 16.39 16.39 ETR-106 75. 44 75.44 ETR-127 67.14 67.14 ETR-120 15.44 15.44 ETR-107 74. 61 74.61 ETR-129 71.47 71.47 ETR-121 15.69 15. 69 ETR-108 75.23 75.23 ETR"130 73.62 73.62 ETR-109 74.42 74.42 ETR-131 69.49 69.49 ETR-110 76.33 76.33 ETR-132 73.37 73.37 ETR-ill 74.99 74.99 ETR"134 73.67 73.67 ETR-112 74.45 74.45 ETR-135 72.78 72.78 ETR-114 71. 49 71.49 ETR-136 73.89 73.89 ETR-128 72. 23 72.23 ETR-137 76.33 76.33 ETR-133 70. 73 70.73 ETR-138 72.02 72.02 ETR-113 77.38 77.38 ETR-139 68.81 68.81 ETR-140 72.02 72.02 ETR"141 72.49 72.49 ETR"142 71.94 71.94 ETR-143 72.63 72.63 ETR-144 72.04 72.04 ETR-145 73.90 73.90 ETR-146 72.92 72.92 SlÃMARY OF HEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F. ) 75.05 LO)(ER VOLUHE (DEG. F. ) 73.29 ZCE CONDENSER (DEG. F. ) 16.06 UPPER VOLUHE (DEG. R. ) 534.75 LONER VOLUHE (DEG. R. ) 532.99 ICE CONDENSER (DEG. R.) 475.76 CONTAINHENT VAPOR PRESSURE DATA Cl(ECK CONTAIt(HENT PRESSURES DATA CHECK HILLZ- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F.) (PSZA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.50 32.50 0.0904 PU-1 26.9294 26.9292 VPU"2 31.30 31.30 D.oese PU-2 26.9230 26.9197 LOHER( LONER:

VPL-1 30.60 30.60 0.0831 PL-1 26.9115 26.9124 VPL-2 30.30 30.30 0.0819 PL-2 26.9133 26.9092 ICE: ICE:

VPI-1 16.40 16.40 0.0424 PI-1 26.9323 26.9279 VPI-2 16.60 16.60 0.0428 PI-2 26.9232 26.9243 AHBIENT 14.5065 14.5047 AVERAGE VAPOR PRESSURES SWHARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIt0(Et(T (PSIA) 0.0881 LOt(ER CONTAINHENT (PSIA) 0.0825 AVERAGE UPPER PRESSURE (PSIA) 26.9244 ZCE CONDENSER (PSIA) 0.0426 AVERAGE LOHER PRESSURE (PSIA) 26.9108 AVERAGE ICE CONDEt(SER PRESSURE (PSIA) 26.9261 AVERAGE CONTAZNHENT PRESSURE (PSIA) 26.9205 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.4158

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ER 23 ELAPSED TIME 11.00 CONTAINHENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ZCE CONDENSER RTD HILLZ-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.54 78.54 ETR-122 74. 25 74.25 ETR-115 15.13 15.13 ETR-102 76. 03 76.03 ETR-123 -75.38 75.38 ETR-116 17.33 17.33 ETR-103 74. 84 74.84 ETR-124 75. 05 75.05 ETR-117 15. 92 15.92 ETR-104 74. 99 74.99 ETR"125 74.07 74.07 ETR-118 17. 83 17.83 ETR-105 74.14 74.14 ETR-126 72.32 72.32 ETR-119 16.39 16.39 ETR-106 75. 49 75.49 ETR-127 67.12 67.12 ETR-120 15. 44 15.44 ETR-107 74.58 74.58 ETR-129 71.40 71.40 ETR-121 = 15.70 15.70 ETR-108 75. 17 75. 17 ETR-130 73.61 73.61 ETR-109 74.45 74.45 ETR-131 69.48 69.48 ETR"110 76.31 76.31 ETR-132 73.37 73.37 ETR-111 74.99 74.99 ETR-134 73.70 73.70 ETR-112 74.42 74.42 ETR"135 72.79 72.79 ETR-) 14 71.52 71.52 ETR-136 73.80 73.80 ETR-128 72.25 72.25 ETR-137 76.32 76.32 ETR-133 70. 72 70.72 ETR-1'38 72.00 72.00 ETR-113 77.24 77.24 ETR-139 68.80 68.80 ETR-140 72.02 72.02 ETR-141 72.47 72.47 ETR-142 71.92 71.92 ETR-143 72.60 72.60 ETR-144 72.04 72.04 ETR-145 73.88 73.88 ETR-146 72.94 72.94 SU((MARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F. ) 75.03 LOHER VOLUHE (DEG. F. ) 73.27 ZCE CONDENSER (DEG. F.) 16.03 UPPER VOLUHE (DEG. R. ) 534.73 LONER VOLUHE (DEG. R. ) 532.97 ZCE CONDENSER (DEG. R.) 475.73 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UiiCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSZA)

UPPER: UPPER:

VPU-1 32. 40 32. 40 0.0900 PU-1 26.9232 26.9230 VPU-2 31.20 31.20 0.0854 PU-2 26.9174 26.9141 LONER: LONER:

VPL-1 30.60 30.60 0.0831 PL-1 26.9043 26.9052 VPL-2 30.20 30.20 0.0815 PL-2 26.9072 26.9031 ZCE: ZCE-VPI-1 16.00 16.00 0.0416 PZ-1 26.9261 26.9217 VPZ-2 16.00 16.00 0.0416 PI-2 26.9173 26.9184 AH()IENT 14.5077 14.5059 AVERAGE VAPOR PRESSURES SUiiARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0877 LONER CONTAINMENT (PSIA) 0.0823 AVERAGE UPPER PRESSURE (PSIA) 26.9185 ZCE CONDENSER (PSIA) 0.0416 AVERAGE LOHER PRESSURE (PSIA) 26.9042 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9201 AVERAGE CONTAZNHENT PRESSURE (PSIA) 26.9143 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4084

it it'

RUN NU((BER ELAPSED TZHE 11.50 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LOWER VOLUHE ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78. 51 78.51 ETR-122 74.25 74.25 ETR-115 15. 81 15.81 ETR-102 76. 04 76.04 ETR-123 75.38 75.38 ETR-116 17. 43 17.43 ETR-103 74. 82 74.82 ETR-124 75.04 75.04 ETR-117 17. 04 17.04 ETR-104 75.00 75.00 ETR-125 74.05 74.05 ETR" 118 17. 81 17.81 ETR-105 74. 17 74.17 ETR-126 72.31 72.31 ETR-119 16.39 16.39 ETR-106 75. 44 75.44 ETR-127 67. 11 67.11 ETR"120 15.40 15.40 ETR-107 74.62 74.62 ETR-129 71.41 71.41 ETR-121 15. 70 15.70 ETR-108 75. 16 75.16 ETR" 130 73.61 73.61 ETR-109 74.51 74.51 ETR-131 69.49 69.49 ETR-110 76.30 76.30 ETR-132 73. 35 73.35 ETR-111 74.96 74.96 ETR-134 73.66 73.66 ETR-112 74.38 74.38 ETR-135 72.76 72.76 ETR-114 71.50 71.50 ETR-136 73 '8 73.78 72.27 76.38 76.38 ETR-128 ETR-133 ETR-113

72. 27 70.72 77.24 70 '2 77.24 ETR-137 ETR-138 ETR-139 72.00 68.79 72.00 68.79 ETR-140 71.99 71.99 ETR"141 72.48 72.48 ETR-142 71.88 71.88 ETR-143 72.56 72.56 ETR-144 72.05 72.05 ETR-145 73.87 73.87 ETR-146 72.99 72.99 SUM((ARY OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F.) 75.03 LOWER VOLUME (DEG. F. ) 73.27 ICE CONDENSER (DEG. F. ) 16.15 UPPER VOLUME (DEG. R. ) 534.73 LOWER VOLUME (DEG. R.) 532.97 ICE CONDENSER (DEG. R. ) 475.85 COt(TAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEW POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HANOMETER READING (PSIA) READING (PSIA)

UPPER- UPPER:

VPU-1 32.50 32.50 0.0904 PU-1 26.9294 26.9292 VPU-2 31.10 31.10 0.0850 PU-2 26.9236 26.9203 LOWER: LOWER-VPL-1 30.30 30.30 0.0819 PL"1 26.9111 26.9120 VPL-2 30.20 30.20 0.0815 PL-2 26.9134 26.9093 ICE- ZCE-VPI"1 16.60 16.60 0.0428 PZ-1 26.9325 26.9281 VPI-2 16.90 16.90 0.0434 PI-2 26.9235 26.9246 AMBIENT 14.5080 14.5062 AVERAGE VAPOR PRESSURES SUHHARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0877 LOWER CONTAIt(MENT (PSIA) 0.0817 AVERAGE UPPER PRESSURE (PSIA) 26.9247 ZCE CONDENSER (PSIA) 0.0431 AVERAGE LOWER PRESSURE (PSIA) 26.9107 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26-9264 AVERAGE CONTAINMENT PRESSURE (PSIA) 26. 9206 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.4144

NUMBER 25 SED TIHE 12.00 CONTAIN)(ENT TEHPERATURfS DATA CHECK UPPER VOLU)(f LOI(ER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS OEG. F. RTD HILLI-VOLTS OEG. F.

ETR-101 78.50 78.50 ETR-122 74.20 74. 20 ETR-115 15. 68 15.68 ETR-102 76.00 76.00 ETR-123 75.34 75. 34 ETR-116 17.51 17.51 ETR-103 74. 74 74.74 ETR-124 75.06 75.06 ETR-117 16.54 16.54 ETR-104 74.92 74.92 ETR-125 74.03 74.03 ETR-118 17.80 17.80 ETR-105 ETR-106

74. 11 75.45 74.11 75.45 ETR-126 ETR-127 72 '8

67. 11 72.28 67.11 ETR-119 ETR-120 16.42

15. 42 16.42 15.42 ETR-107 74. 52 74.52 ETR-129 71.39 71.39 ETR-121 15. 65 15.65 ETR-108 75. 08 75.08 ETR-130 73.60 73.60 ETR-109 74.40 74.40 ETR-131 69.46 69.46 ETR-110 76.24 76.24 ETR-132 ?3.35 73.35 ETR-ill 74.92 74.92 ETR-134 73.62 73.62 ETR"112 74.38 74.38 ETR-135 72.70 72.70 ETR-114 71.34 71.34 ETR-136 73.78 73.78 ETR-128 72.27 72.27 ETR-137 76.37 76.37 ETR-133 70. 63 70.63 'TR-138 71.97 71.97 ETR-113 77.29 77.29 ETR-139 68.79 68.79 ETR-140 71.98 71.98 ETR-141 72.45 ?2.45 ETR-142 ?1.90 71.90 ETR-143 72.56 72.56 ETR-144 72.03 72.03 ETR-145 73.88 73.88 ETR-146 72.94 72.94

SUMMARY

OF WEIGHTED AVERAGf TEHPERATURES UPPER VOLUHE (OfG. F. ) ?4.97 LOWER VOLUHE (DEG. F. ) 73.25 ICE CONDENSER (DEG. F.) 16.11 UPPER YOLUME (OEG. R. ) 534.67 LOWER VOLUME (DEG. R. ) 532.95 ICE CONDENSER (DEG. R. ) 475.81 COt(TAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEW POINT VAPOR PRESSURE UNCORRf CTED CORRECTED HYGROMETER VOLTS (DEG, F ~ ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.40 32.40 0.0900 PU-1 26.9226 26.9224 VPU-2. 31. 10 31.10 0.0850 PU"2 26.9167 26.9134 LOWER-'PL-1 LOWER:

30.40 30.40 0.0823 PL"1 26.9040 26.9049 VPL-2 30.10 30.10 0.0812 PL-2 26.9066 26.9025 ICE: ICE:

VPI "1 16.20 16.20 0.0420 PI-1 26.9254 26.9210 VPI-2 16.60 16.60 0.0428 PI-2 26.9165 26.9176 AMBIENT 14.5080 14.5062 AVERAGE VAPOR PRESSURES SUt(MARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0875 LO'tlER CONTAIt(MENT (PSIA) 0.0817 AVERAGE UPPER PRESSURE (PSIA) 26.9179 ICE CONDENSER (PSIA) 0.0424 AYERAGE LOWER PRESSURE (PSIA) 26.903?

AVERAGE 'ICE CONDENSER PRESSURE (PSIA) 26.9193 AYfRAGE CONTAItlMENT PRESSURE (PSIA)'6.9136 AVERAGE CONTAIttMENT PRESSURE ( PSIG) 12.4075

R NUMBER 26 ELAPSED TIME 12.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUHE ZCE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HI L LI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 47 ?8.47 ETR-122 74.19 74.19 ETR-115 15 ~ 15 15.15 ETR-102 75.99 75.99 ETR-123 75.37 75.37 ETR-116 17.66 17.66 ETR-103 74. 78 74.78 ETR-124 75.03 75.03 ETR-117 16.09 16.09 ETR-104 74.94 74.94 ETR-125 74.03 74.03 ETR-118 17.56 17.56 ETR-105 74.10 74.10 ETR"126 72.26 72.26 ETR-119 16.41 16.41 ETR-3.06 75.39 75.39 ETR"127 67.11 67.11 ETR-120 15. 44 15.44 ETR-107 74.53 74.53 ETR-129 71.39 71.39 ETR-121 15. 68 15.68 ETR-108 75.12 75.12 ETR-130 73.61 73.61 ETR-109 74.41 74.41 ETR-131 69.48 69.48 ETR-110 76.24 76.24 ETR-132 73.34 73.34 ETR-111 74.88 74.88 ETR-134 73.75 73.75 ETR-112 74.38 74.38 ETR-135 72.75 72.75 ETR-114 71. 27 71.27 ETR-136 73.74 73.74 ETR-128 72. 27 72.27 ETR-137 76.29 76.29 ETR-133 70.68 70.68 ETR-138 71. 98 71.98 ETR-113 77. 21 77.21 ETR"139 68.79 68.79 ETR-140 71.99 71.99 ETR-141 72.48 72.48 ETR-142 71.87 71.87 ETR-143 72.56 72.56 ETR-144 72.03 72.03 ETR-145 73.86 73.86 ETR-146 72.94 72.94 SUHHARY OF MEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F ~ ) 74.96 LONER VOLUHE (DEG. F. ) 73.25 ICE CONDENSER (DEG. F. ) 16.05 UPPER VOLUME (DEG. R. ) 534.66 LONER VOLUME (DEG. R. ) 532.95 ICE CONDENSER (DEG. R. ) 475.75 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK MZLLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.40 32.40 0.0900 PU-1 26.9249 26.9247 VPU-2 31.10 31.10 0.0850 PU-2 26.9194 26.9161 LONER: LONER:

VPL-1 30.20 30.20 0.0815 PL-1 26.9060 26.9069 VPL-2 30.10 30.10 0.0812 PL-2 26.9088 26.9047 ZCE ICE:

VPI-1 16.70 16.70 0.0430 PZ-1 26.9281 26.9237 VPI-2 16.30 16.30 0.0422 PI-2 26.9190 26.9201 AHBIENT 14.5074 14.5056 AVERAGE VAPOR PRESSURES SU(0(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIhRENT (PSIA) 0.0875 LONER CONTAINMENT (PSIA) 0.0814 AVERAGE UPPER PRESSURE (PSIA) 26.9204 ZCE CONDENSER (PSIA) 0 0426 F AVERAGE LONER PRESSURE (PSIA) 26.9058 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9219 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9160 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4105

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RU NUMBER 27 ELAPSED TZHE 13.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ZCE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HI L LI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78.50 78.50 ETR-122 74 ~ 18 74.18 ETR-115 15.23 15.23 ETR-102 75. 99 75.99 ETR-123 75.35 75.35 ETR-116 17.99 17.99 ETR-103 74. 74 74.74 ETR-124 75.04 75.04 ETR-117 15.94 15.94 ETR-104 74.92 74.92 ETR-125 74.01 74.01 ETR-118 17.36 17.36 ETR-105 74.07 74.07 ETR-126 72.25 72.25 ETR-119 16.39 16.39 ETR-106 75.41 75.41 ETR"127 67.08 67.08 ETR-120 15.46 15.46 ETR-107 74.54 74.54 ETR-129 71.39 71.39 ETR-121 15.61 15.61 ETR-108 ETR-109

75. 09 74.42 75.09 74.42 ETR-130 ETR-131 73 '8 69.46 73.58 69.46 ETR-110 76.24 76.24 ETR-132 73.33 73.33 ETR-111 74.92 74.92 ETR-134 73.65 73.65 ETR-112 74.35 74.35 ETR-135 72.71 72.71 ETR-114 71. 34 71.34 ETR-136 73.72 73.72 ETR-128 72.22 72.22 ETR-137 76.34 76.34 ETR-133 70.58 70.58 ETR-138 71.93 71.93 ETR-113 77.32 77.32 ETR-139 68.77 68.77 ETR-140 71.99 71.99 ETR-141 72.45 72.45 ETR-142 71.85 71.85 ETR-143 72.54 72.54 ETR"144 72.02 72.02 ETR-145 73.88 73.88 ETR-146 72.95 72.95 SWARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F ~ ) 74.96 LONER VOLUME (DEG. F.) 73.23 ICE CONDENSER (DEG. F.) 16.04 UPPER VOLUME (DEG. R.) 534.66 LONER VOLUME (DEG. R.) 532.93 ICE CONDENSER (DEG. R.) 475.74 CONTAIN(ENT VAPOR PRESSURE DATA CIIECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS ( DE G. F. ) ( PSIA ) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.40 32.40 0.0900 PU-1 26.9256 26.9254 VPU-2 31.00 31.00 0.0846 PU-2 26 '205 26.9172 LONER( LONER:

VPL-1 30.20 30.20 0.0815 PL-1 26.9072 26.9081 VPL-2 30.30 30.30 0.0819 PL-2 26 '095 26.9054 ICE: ZCE-VPI-1 16.40 16.40 0.0424 PI-1 26.9286 26.9242 VPI-2 16.60 16.60 0.0428 PI-2 26.9195 26.9206 At(BZENT 14.5100 14.5082 AVERAGE VAPOR PRESSURES SUt(MARY OF CORRECTEO AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0873 LONER CONTAINMENT (PSIA) 0.0817 AVERAGE UPPER PRESSURE (PSIA) 26.9213 ICE CONDEt(SER (PSIA) 0.0426 AVERAGE LONER PRESSURE (PSIA) 26.9068 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9224 AVERAGE CONTAINMENT PRESSURE (PSIA) 26. 9168 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4087

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~

RUN ER 28 ELAPSED TIME 13.50 CONTAINHENT TEHPERATURES DATA CHECK UPPER VOLUME LONER VOLUt!E ICE CONDEt(SER RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78 45 78.45 ETR"122 74. 17 74.17 ETR-115 15.48 15.48 ETR-102 75.95 75.95 ETR-123 75.32 75.32 ETR-116 17. 68 17.68 ETR-103 74. 70 74.70 ETR-124 74.99 74.99 ETR-117 15.83 15.83 ETR-104 74.88 74.88 ETR-125 73.98 73.98 ETR-118 17.25 17.25 ETR-105 74. 07 74.07 ETR-126 72.26 72.26 ETR-119 16.38 16.38 ETR-106 75.37 75.37 ETR-127 67.08 67.08 ETR-120 15.50 15.50 ETR-107 74.48 74.48 ETR-129 .71.37 71.37 ETR-121 15. 60 15.60 ETR-108 75.01 75.01 ETR-130 73.58 73.58 ETR-109 74. 36 74.36 ETR-131 69.46 69.46 ETR-110 76. 18 76.18 ETR-132 73.33 73.33 ETR"111 74.85 74.85 ETR-134 73.62 73.62 ETR-112 74.32 74.32 ETR-135 72.?1 72.71 ETR-114 71.27 71.27 ETR-136 73.72 73.72 ETR-128 72. 24 72.24 ETR-137 76.32 76.32 ETR-133 70. 63 70.63 ETR-138 71.96 71.96 ETR-113 77. 18 77.18 ETR-139 68.77 68.77 ETR-140 71.98 71.98 ETR-141 72.45 72.45 ETR-142 71.85 71.85 ETR-143 72.56 72.56 ETR-144 71.99 71.99 ETR-145 73.82 73.82 ETR-146 72.89 72.89 SUN(ARY OF HEZGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.91 LO)(ER VOLUME (DEG. F.) 73.22 ICE COt(DENSER (DEG. F. ) 16. 02 UPPER VOLUME (DEG. R.) 534. 61 LONER VOLUME (DEG. R.) 532.92 ICE CONDENSER (DEG. R. ) 475.72 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAlt(MENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UttCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READZtm (PSIA)

UPPER: UPPER:

VPU-1 32.30 32.30 0.0897 PU-1 26.9191 26.9189 VPU-2 31.00 31.00 0.0846 PU-2 26.9144 26.9111 LONER: LONER:

VPL-1 30. 20 30.20 0.0815 PL-1 26.9003 26. 9012 VPL-2 30.30 30.30 0.0819 PL"2 26.9030 26.8989 ZCE: ZCE:

VPZ-1 VPI-2 15.80 15.80 0.0411 'I-1 26.9218 26. 9174 16.20 16.20 0.0420 PI-2 26.9130 26.9141 AMBIENT 14.5130 14.5112 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAIt(MEt(T (PSIA) 0.0871 L(NER CONTAINMENT (PSIA) 0.0817 AVERAGE UPPER PRESSURE (PSIA) 26.9150 ZCE CONDENSER (PSIA) 0.0416 AVERAGE LOWER PRESSURE (PSIA) 26.9001 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9158 AVERAGE COt(TAINHEWT PRESSURE (PSIA) 26. 9103 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.3991

11 t

~I, t

I

RUN h . ER 29 ELAPSED TIME 14.00 CO(TAINMENT TEMPERATURES DATA CHECK UPPER VOLUHE LONER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.47 78.47 ETR-122 74.16 74.16 ETR"115 14.98 14.98 ETR-102 75. 96 75.96 ETR-123 75.31 75.31 ETR-116 17.72 17.72 ETR-103 74. 73 74.73 ETR-124 74.96 74.96 ETR-117 15.99 15.99 ETR-104 74. 90 74.90 ETR-125 73.98 73.98 ETR-118 17.69 17.69 ETR-105 74. 06 74.06 ETR-126 72 '2 67.09 72.22 67.09 ETR-119 16.39 15.46 16.39 15.46 ETR-106 75. 37 75.37 ETR-127 ETR-120 ETR-107 74.50 74.50 ETR-129 71.38 71.38 ETR-121 15.67 15. 67 ETR-108 75.01 75.01 ETR-130 73.58 73.58 ETR-109 74. 33 74.33 ETR-131 69.46 69.46 ETR-110 76.20 76.20 ETR-132 73.32 73.32 ETR-111 74.85 74.85 ETR-134 73.62 73.62 ETR-112 74.34 74.34 ETR-135 72.72 72.72 ETR-114 71. 28 71.28 ETR-136* 73.70 73.70 ETR-128 72. 31 72.31 ETR-137 76.24 76.24 ETR-133 70.67 70 '7 ETR-138 71.92 71.92 ETR-113 77.14 77.14 ETR-139 68.76 68.76 ETR-140 71.97 71.97 ETR-141 ?2.44 72.44 ETR-142 71.83 71.83 ETR-143 72.56 72.56 ETR 144 71.99 71.99 ETR-145 73.85 73.85 ETR-146 72.91 ?2.91 SUSRY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) 74.92 LO)(ER VOLUME (DEG. F.) 73.21 ICE CONDENSER (DEG. F.) - 16.04 UPPER VOLUHE (DEG. R.) 534.62 LO)(ER VOLUME (DEG. R. ) 532.91 ICE CONDENSER (DEG. R. ) 475.74 COt(TAIt0(ENT VAPOR PRESSURE DATA Ct(ECK CONTAINHENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE Ut(CORRECTED CORRECTED HYGROt(ETER VOLTS (DEG. F. ) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER UPPER-VPU-1 32.30 32.30 0.0897 PU-1 26.9252 26.9250 VPU-2 31.00 31.00 0.0846 PU-2 26.9200 26.9167 LONER- LONER:

VPL-1 30.10 30.10 0.0812 PL-1 26.9072 26.9081 VPL-2 30.00 30.00 0.0808 PL-2 26.9090 26.9049 ICE: ICE:

VPI-1 16.70 16.70 0.0430 PI-1 26.9280 26.9236 VPI-2 16.40 16.40 0.0424 PI-2 26.9190 26.9201 AMBIENT 14.5134 14.5116 AVERAGE VAPOR PRESSURES S(utt(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIttMENT (PSIA) 0.0871 LO)(ER CONTAINMENT (PSIA) 0.0810 AVERAGE UPPER PRESSURE (PSIA) 26 '208 ICE CONDENSER (PSIA) 0.0427 AVERAGE LOI(ER PRESSURE (PSIA) 26.9065 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9219 AVERAGE COt(TAIMENT PRESSURE (PSIA) 26.9164 AVERAGE CONTAINMEt(T PRESSURE (PSIG) 12.4048

R ER 30 ELAPSED TIHE 14.50 CONTAIt(HENT TEHPERATURES DATA CHECK UPPER VOLUHE LONER VOLUt!E ICE COt(DENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F ~

ETR-101 78.45 78.45 ETR-122 74.12 74.12 ETR-115 15. 49 15.49 ETR-102 75. 93 75.93 ETR-123 75.29 75.29 ETR-116 17. 75 1?.75 ETR-103 74. 70 74.70 ETR-124 74.99 74.99 ETR-117 16.20 16.20 ETR-104 74. 88 74.88 ETR-125 73.96 73.96 ETR-118 17.51 17.51 ETR-105 74.03 74.03 ETR-126 72.24 72.24 ETR-119 16. 33 16.33 ETR-106 75. 34 75.34 ETR-127 67.07 67.07 ETR" 120 15. 44 15.44 ETR-107 74. 45 74.45 ETR-129 71.33 71.33 ETR-121 15.66 15.66 ETR-108 74.98 74.98 ETR-130 73.56 73.56 ETR-109 74. 30 74.30 ETR-131 69.44 69.44 ETR-110 76.08 76.08 ETR-132 73.33 73.33 ETR-ill 74.84 74.84 ETR-134 73.62 73.62 ETR-112 74.30 74.30 ETR-135 72.67 72.67 ETR-114 71.27 71.27 ETR-136 73.66 73.66 ETR-128 72. 27 70.62 72.27 70.62 ETR-137 76 '6 76.26 ETR-133 ETR-138 71.92 71.92

77. 15 'TR-113

77. 15 ETR-139 68.75 68.75 ETR-140 71.94 71.94 ETR-141 72.44 72.44 ETR-142 71.83 71.83 ETR-143 72.54 72.54 ETR-144 71.97 71.97 ETR"145 73.84 73.84 ETR-146 72.91 72.91 SU((NARY OF HEZGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F. ) 74.89 LOHER VOLU((E (DEG. F. ) 73.19 ICE CONDENSER (DEG, F. ) 16.06 UPPER VOLUt(E (DEG. R.) 534.59 LONER VOLUHE (DEG. R ) 532.89 ICE CONDENSER (DEG. R.) 475.76 CONTAINHENT VAPOR PRESSURE DATA CtlECK CONTAZ(0(ENT PRESSURES DATA CHECK HILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F.) (PSIA) HANOHETER READING (PSIA) READZNG (PSIA)

UPPER: UPPER:

VPU-1 32.20 32.20 0.0893 PU-1 26.9190 26.9188 VPU-2 30.90 30.90 0.0842 PU-2 26.9137 26.9104 LOHER'- LOHER:

VPL-1 30.00 30.00 0.0808 PL-1 26.9012 26. 9021 VPL-2 30.00 30.00 0.0808 PL-2 26.9027 26.8986 ZCE: ZCE:

VPI-1 15.80 15.80 0.0411 PZ-1 26.9214 26.9170 VPZ-2 16.00 16,. 00 0.0416 PZ-2 26.9125 26.9136 AHBZENT 14.5126 14.5108 AVERAGE VAPOR PRESSURES SUt(NARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINHENT (PSIA) 0.0868 LONER COt(TAIt(t(ENT (PSIA) 0.0808 AVERAGE UPPER PRESSURE (PSZA) 26.9146 ICE CONDENSER (PSIA) 0.0414 AVERAGE LONER PRESSURE (PSIA) 26.9004 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9153 AVERAGE CONTAINtlENT PRESSURE (PSIA) 26.9101 AVERAGE CONTAINHEt(T PRESSURE (PSIG) 12.3993

R ER 31 ELAPSED TIME 15.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUt(E LOWER VOLUME ICE CONDEt(SER RTD MII.LI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78.45 78.45 ETR-122 74.14 74.14 ETR-115 15. 14 15.14 ETR-102 75. 92 75.92 ETR-123 75.28 75.28 ETR-116 17. 18 17.18 ETR-103 74. 69, 74.69 ETR"124 74.94 74.94 ETR-117 15. 85 15.85 ETR-104 74. 88 74.88 ETR-125 73.96 73.96 ETR-118 17. 31 17.31 ETR-105 74. 01 74.01 ETR-126 72.20 72.20 ETR-119 16. 34 16.34 ETR" 106 75. 35 75.35 ETR-127 67.07 67.07 ETR-120 15.42 15.42 ETR-107 74.46 74.46 ETR-129 71.37 71.37 ETR-121 15.64 15.64 ETR-108 75.06 w 75.06 ETR-130 73.57 73.57 ETR-109 74.39 74.39 ETR-131 69 45 69.45 ETR-110 ETR-111

76. 18 74.87 76.18 74.87 ETR-132 73.32 73 '2 ETR-134 73.64 73.64 ETR-112 74 '9 74.29 ETR-135 72.66 72.66 ETR-114 71.22 71.22 ETR-136 73.64 73.64 ETR-128 72. 22 72.22 ETR-137 76.21 76.21 ETR-133 70.59 70.59 ETR"138 71.91 71.91 ETR-113 77.23 77.23 ETR-139 68.76 68.76 ETR-140 71.94 71.94 ETR-141 72.43 72.43 ETR-142 71.83 71.83 ETR-143 72.55 72.55 ETR-144 71.98 71.98 ETR-145 73.83 73.83 ETR-146 72.93 72.93 SUSRY OF WEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.90 LOWER VOLU((E (DEG. F- ) 73.19 ZCE CONDENSER (DEG. F.) 15. 95 UPPER VOLUME (DEG. R. ) 534.60 LOWER VOLUME (DEG. R. ). 532.89 ZCE CONDENSER (DEG. R. ) 475.65 CONTAI&(ENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F. ) (PSZA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.10 32. 10 0.0889 PU"1 26.9221 26.9219 VPU"2 30.90 30.90 0.0842 PU-2 26.9167 26.9134 LOWER: LOWER:

VPL-1 30.10 30.10 0.0812 PL-1 26.9028 26.9037 VPL-2 30.00 30.00 0.0808 PL-2 26.9057 26.9016 ICE: ICE:

VPI-1 16.10 16.10 0.0418 PZ-1 26.9248 26.9204 VPI-2 16.10 16.10 0.0418 PZ-2 26.9160 26.9171 AHBIENT 14.5085 14.5067 AVERAGE VAPOR PRESSURES SUiiARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0866 LOWER CONTAIt(t(ENT (PSIA) 0.0810 AVERAGE UPPER PRESSURE (PSIA) 26.9176 ICE CONDENSER (PSIA) 0.0418 AVERAGE LOWER PRESSURE (PSIA) 26.9027 AVERAGE ICE CONDEt(SER PRESSURE (PSZA) 26.9188 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9130 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4064

R ER 32 ELAPSED TIME 15.50 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUHE LOWER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLY-VOLTS DEG. F. RTD HILLZ-VOLTS DEG. F.

ETR-101 78.42 78.42 ETR-122 74.12 74.12 ETR-115 15. 08 15.08 ETR-102 75. 91 75.91 ETR-123 75.26 75.26 ETR-116 17.00 17.00 ETR-103 74. 66 74.66 ETR-124 74.94 74.94 ETR-117 15.82 15.82 ETR-104 74. 85 74.85 ETR-125 73.94 73.94 ETR-118 18. 71 18.71 ETR-105 74. 03 74.03 ETR-126 72.19 72.19 ETR-119 16. 34 16.34 ETR "106 75. 33 75.33 ETR-127 67.06 67.06 ETR-120 15. 41 15.41 ETR-107 74.46 74.46 ETR-129 71.35 71.35 ETR-121 15.65 15.65 ETR-108 74.97 74.97 ETR-130 73.56 73.56 ETR-109 74.38 74.38 ETR-131 69.43 69.43 ETR-110 ETR-ill

76. 16 74.84 76.16 74.84 ETR-132 73.33 73.50 73 '3 ETR-134 73.50 ETR"112 74.26 74.26 ETR-135 72.68 72.68 ETR-114 71.18 71.18 ETR-136 73.63 73.63 ETR-128 72 16 72.16 ETR-137 76.23 76.23 ETR-133 70.58 70.58 ETR-138 71.92 71.92 ETR-113 77. 15 77.15 ETR-139 68.74 68.74 ETR-140 71.92 71.92 ETR-141 72.42 72.42 ETR-142 71.83 71.83 ETR-143 72.53 72.53 ETR-144 71.98 71.98 ETR-145 73.83 73.83 ETR-146 72.95 72.95

SUMMARY

OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F. ) 74.88 LOWER VOLUME (DEG. F.) 73.17 ICE CONDENSER (DEG. F.) 16.03 UPPER VOLUME (DEG. R. ) 534.58 LOWER VOLUHE (DEG. R.) 532.87 ZCE CONDENSER (DEG. R. ) 475.72 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK MZLLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS ( DEG. F. ) ( PSIA ) NNOHETE R READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.20 32.20 0.0893 PU-1 26.9233 26.9231 VPU-2 30.90 30.90 0.0842 PU-2 26.9180 26.9147 LOWER- LOWER:

VPL-1 30.10 30.10 0.0812 PL-1 26.9043 26.9052 VPL-2 29.90 29.90 0.0804 PL-2 26.9068 26.9027 ICE: ZCE:

VPI-1 16.40 16.40 0.0424 PI-1 26.9260 26.9216 VPI-2 12.80 12.80 0.0355 PZ-2 26.9170 26.9181 AMBIENT 14.5102 14.5084 AVERAGE VAPOR PRESSURES SUH)(ARY OF CORRECTED AVERAGE PRESSURES UPPER CO)(TAINMENT (PSIA) 0.0868 LOWER CO)f(AINMENT (PSIA) 0.0808 AVERAGE UPPER PRESSURE (PSIA) 26.9189 ICE CONDENSER (PSIA) 0.0389 AVERAGE LOWER PRESSURE (PSIA) 26.9040 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26 ~ 9199 AVERAGE CONTAINMENT PRESSURE (PSIA) 26. 9142 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.4059

0 RL>>>> MBER 33 ELAPSED TIHE 16.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78. 39 78.39 ETR-122 74.11 74.11 ETR-115 15. 09 15.09 ETR-102 75. 89 75.89 ETR-123 75.26 75.26 ETR-116 17. 26 17.26 ETR-103 74. 66 74.66 ETR-124 74.97 74.97 ETR-117 15.92 15.92 ETR-104 74.83 74.83 ETR-125 73.92 73.92 ETR-118 18.09 18.09 ETR-105 73.99 73.99 ETR-126 72.17 72.17 ETR-119 16.34 16.34 ETR-106 75. 32 75.32 ETR"127 67.06 67.06 ETR-120 15.42 15.42 ETR-107 74.43 74.43 ETR"129 71.30 71.30 ETR-121 15. 63 15.63 ETR-108 75.00 75.00 ETR-130 73.55 73.55 ETR-109 74.29 74.29 ETR-131 69.42 69.42 ETR-110 76. 16 76.16 ETR-132 73.32 73.32 ETR-111 74. 79 74.79 ETR-134 73.57 73.57 ETR-112 74.25 74.25 ETR"135 72.59 72.59 ETR-114 71.08 71.08 ETR-136 73.62 73.62 ETR-128 72. 20 72.20 ETR-137 76.26 76.26 ETR-133 70.57 70.57 ETR-138 71.90 71.90 ETR-113 77. 18 77.18 ETR-139 68.74 68.74 ETR-140 71.93 71.93 ETR"141 72.42 72.42 ETR-142 71.80 71.80 ETR-143 72.53 72.53 ETR"144 71.96 71.96 ETR-145 73.82 73.82 ETR-146 72.90 72.90

SUMMARY

OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.86 LONER VOLUHE (DEG. F. ) 73.16 ICE CONDENSER (DEG. F.) 16.01 UPPER VOLUME (DEG. R.) 534.56 LONER VOLUME (DEG. R.) 532.86 ICE CONDENSER (DEG. R.), 475.71 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER-'U-1 VPU-1, 32.20 32.20 0.0893 26.9162 26. 9160 VPU-2 30.80 30.80 0.0838 PU-2 26.9110 26.9077 LONER: LONER:

VPL-1 29.80 29.80 0.0801 PL-1 26.8979 26.8988 VPL-2 29.90 29.90 0.0804 PL-2 26.8998 26.8957 ICE: ICE:

VPI-1 15.30 15.30 0.0402 PI-1 26.9184 26.9140 VPI-2 15. 70 15.70 0.0409 PI-2 26.9097 26.9108 AMBIENT 14.5110 14 5092 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0866 LONER CONTAINMENT (PSIA) 0.0802 AVERAGE UPPER PRESSURE (PSIA) 26.9119 ICE CONDEttSER (PSIA) 0.0406 AVERAGE LONER PRESSURE ( PSIA ) 26.8973 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9124 AVERAGE CONTAINMENT PRESSURE (PSIA) 26. 9072 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.3980

RNk l 34 ELAPSE TINE 16.50 CONTAINHENT TEHPERATURES DATA C)lECK UPPER VOLUHE LONER VOLUHE ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78.38 78.38 ETR"122 74.10 74.10 ETR-115 15.06 15.06 ETR-102 75.89 75.89 ETR-123 75.24 75.24 ETR-116 17.14 17. 14 ETR-103 74. 66 74.66 fTR-124 74.95 74.95 ETR-117 15.75 15.75 ETR-104 74.79 74.79 ETR-125 73.91 73.91 ETR-118 18.02 18.02 ETR"105 74.00 74.00 ETR-126 72.13 72.13 ETR-119 16.34 16.34 ETR-106 75. 32 75.32 ETR>>127 67.06 67.06 ETR-120 15.38 15.38 ETR-107 74.40 74.40 ETR-129 71.33 71.33 ETR-121 15. 61 15.61 ETR-108 74. 98 74.98 ETR-130 73.55 73.55 ETR-109 74. 25 74.25 ETR-131 69.43 69.43 ETR-110 76.09 76.09 ETR-132 73.31 73.31 ETR-ill 74.79 74.79 ETR-134 73.47 73.47 ETR"112 74.25 74.25 ETR-135 72.68 72.68 ETR-114 71. 14 71.14 ETR-136 73.62 73.62 ETR "128 72. 13 72.13 ETR-137 76.18 76.18 ETR-133 70.59 70.59 ETR-138 71.90 71.90 ETR-113 77. 08 77.08 ETR-139 68.73 68.73 ETR-140 71.93 71.93 ETR-141 72.43 72.43 ETR-142 71.80 71.80 ETR"143 72.54 72.54 ETR-144 71.96 71.96 ETR-145 73.80 73.80 ETR-146 72.89 72.89 SUHHARY OF NEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F.) 74. 84 LONER VOLUHE (DEG. F. ) 73. 15 ICE CONDENSER (DEG. F. ) 15.96 UPPER VOLUHE (DEG. R. ) 534.54 LOHER VOLUHE (DEG. R.) 532.85 ICE CONDENSER (DEG. R. ) 475.66 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLZ- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG, F. ) (PSIA) NQIOHETE R READING (PSIA) READING (PSIA)

UPPER- UPPER:

VPU-1 32.10 32.10 0.0889 PU-1 26.9193 26.9191 VPU-2 30.90 30.90 0.0842 PU-2 26.9137 26.9104 LONER: LONER:

VPL-1 30.10 30.10 0.0812 PL-1 26.9003 26.9012 VPL-2 29.90 29.90 0.0804 PL-2 26.9029 26.8988 ICE-'PZ-1 ZCE:

16.60 16.60 0.0428 PI-1 26.9219 26.9175 VPZ-2 16 F 70 16.70 0.0430 PI-2 26.9131 26.9142 AHBIENT 14.5139 14.5121 AVERAGE VAPOR PRESSURES SUHHARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINHENI (PSZA) 0.0866 LONER CONTAINHENT (PSIA) 0,0808 AVERAGE UPPER PRESSURE (PSIA) 26.9148 ICE CONDENSER (PSIA) 0.0429 AVERAGE LONER PRESSURE (PSIA) 26.9000 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9159 AVERAGE CONTAINHENT PRESSURE (PSIA) 26.9102 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.3981

0 0

R NUMBER 35 ELAPSED TIME 17.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE COt(DENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTO MILLI-VOLTS DEG. F.

ETR-101 78. 36 78.36 ETR-122 74. 08 74.08 ETR-115 15. 07 15.07 ETR-102 75.84 75.84 ETR-123 75.24 75.24 ETR-116 17. 25 17.25 ETR-103 74. 58 74.58 ETR-124 74.91 74.91 ETR-117 15.76 15.76 ETR-104 74. 74 74.74 ETR-125 73.89 73.89 ETR-118 17.82 17.82 ETR-105 73. 95 73.95 ETR-126 72.16 72. 16 ETR-119 16. 33 16.33 ETR-106 75. 28 75.28 ETR-127 67.01 67. 01 ETR-120 15. 35 15.35 ETR-107 74. 36 74.36 ETR-129 71.32 71.32 ETR-121 15 66

~ 15.66 ETR-108 74. 96 74.96 ETR-130 73.54 73.54 ETR" 109 74. 22 74.22 ETR-131 69.40 69.40 ETR-110 76.06 76.06 ETR-132 73.31 73.31 ETR-111 74.77 74.77 ETR-134 73.55 73.55 ETR-112 74. 21 74.21 ETR-135 72.61 72.61 ETR-114 71. 08 71.08 ETR-136 73.63 73.63 ETR-128 72. 18 72.18 ETR-137 76.22 76.22 ETR-133 70. 54 70.54 ETR-138 71.87 71.87 ETR-113 77. 10 77.10 ETR-139 68.73 68.73 ETR-140 71.93 71.93 ETR-141 72.39 72.39 ETR-142 71.79 71.79 ETR-143 72.49 72.49 ETR-144 ETR-145 71.97 73.81 71 '7 73.81 ETR-146 72.89 72.89

SUMMARY

OF t(EIGMTED AVERAGE TEMPERATURES UPPER VOLU(IE (DEG. F. ) 74.80 LONER VOLUME (DEG. F. ) 73.15 ICE CONDENSER (DEG. F.) 15.96 UPPER VOLUt!E (DEG. R.) 534.50 LONER VOLUME (DEG. R.) 532.85 ICE CONDENSER (DEG. R~ ) 475.66 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINt(ENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER:. UPPER:

VPU-1 32.10 32.10 0.0889 PU-1 26.9151 26.9149 VPU"2 30.80 30.80 0.0838 PU-2 26.9081 26.9048 LONER: LONER-VPL-1 30.10 30.10 0.0812 PL-1 26.8974 26.8983 VPL-2 30.00 30.00 0.0808 PL-2 26.8986 26.8945 ICE: ZCE:

VPI-1 15.50 15.50 0.0405 PI-1 26.9168 26.9124

-VPI-2 16.60 16.60 0.0428 PI-2 26.9084 26.9095 At&IENT 14.5152 14.5134 AVERAGE VAPOR PRESSURES SUM(ARY OF CORRECTEO AVERAGE PRESSURES UPPER CONTAIN(ENT (PSIA) 0.0864 LONER CONTAINHENT (PSIA) 0.0810 AVERAGE UPPER PRESSURE (PSIA) 26.9099 ZCE CONDENSER (PSIA) 0.0417 AVERAGE LONER PRESSURE (PSIA) 26.8964 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9110 AVERAGE CONTAINMENT PRESSURE (PSIA) 26. 9058 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3924

'I l

R ER 36 ELAPSED TIME 17.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOt(ER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 36 78.36 ETR-122 74. 10 74.10 ETR-115 15.46 15.46 ETR-102 75.87 75.87 ETR-123 75.23 75.23 ETR-116 17.13 17.13 ETR-103 74. 64 74.64 ETR-124 74.90 74.90 ETR-117 16.67 16.67 ETR-104 74. 79 74.79 ETR-125 73.89 73.89 ETR-118 17.73 17.73 ETR-105 73. 98 73.98 ETR-126 72.13 72.13 ETR-119 16.33 16.33 ETR-106 75.32 75.32 ETR-127 67.03 67.03 ETR-120 15. 35 15.35 ETR-107 74. 41 74.41 ETR-129 71.30 71.30 ETR-121 15.65 15.65 ETR-108 75. 02 75.02 ETR-130 73.54 73.54 ETR-109 74.29 74.29 ETR"131 69.42 69.42 ETR-110 76.05 76.05 ETR-132 ?3.33 73.33 ETR-111 74.81 74.81 ETR"134 73.61 . 73.61 ETR-112 74.23 74.23 ETR-135 72.66 72.66 ETR-114 71.08 71.08 ETR-136 73.59 73.59 ETR-128 72.21 72.21 ETR-137 76. 19 76.19 ETR-133 70.56 70.56 ETR-138 71. 86 71.86 ETR-113 77. 17 77.17 ETR-139 68.72 68.72 ETR-140 71.93 71.93 ETR-141 72.41 72.41 ETR-142 71.78 71.78 ETR-143 72.52 72.52 ETR-144 ?1.97 71.97 ETR-145 73.81 73.81 ETR-146 72.92 72.92

SUMMARY

OF NEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.84 LOPER VOLUME (DEG. F. ) 73.15 ICE CONDENSER (OEG. F. ) 16.03 UPPER VOLUME (DEG. R. ) 534.54 LONER VOLUME (DEG. R. ) 532.85 ICE CONDENSER (DEG. R. ) 475.73 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK MILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.00 32.00 0. 0886 PU-1 26.9190 26.9188 VPU-2 30.80 30.80 0.0838 PU-2 26.9115 26.9082 LOHER- LOMER-VPL-1 29. 90 29. 90 0.0804 PL-1 26.8996 26.9005 VPL-2 29. 90 29. 90 0.0804 PL-2 26.9027 26.8986 ICE: ICE:

VPI-1 16.40 16.40 0.0424 PI-1 26.9209 26.9165 VPI-2 16.70 16.70 0.0430 PI "2 26.9128 26.9139 AMBIENT 14.5148 14.5130 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER COt(TAIt(MEt(T (PSIA) 0.0862 LONER CONTAINMENT (PSIA) 0.0804 AVERAGE UPPER PRESSURE (PSIA) 26.9135 ICE CONDENSER (PSIA) 0.0427 AVERAGE LONER PRESSURE (PSIA) 26.8996 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26 ~ 9152 AVERAGE CONTAINMENT PRESSURE (PSIA ) 26. 9094 AVERAGE CONTAINt(ENT PRESSURE (PSIG) 12.3965

0 R ER 37 ELAPSED TIHE 18.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ZCE CONDENSER RTD HZLLZ-VOLTS DEG. F.. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR"101 78.34 78.34 ETR-122 74.06 74.06 ETR-115 16.04 16.04 ETR-102 75.85 75.85 ETR-123 75.21 75.21 ETR-116 17.48 17.48 ETR-103 74. 61 74. 61 ETR-124 74.91 74.91 ETR-117 16.91 16.91 ETR-104 74.76 74. 76 ETR-125 73.86 73.86 ETR-118 17.69 17.69 ETR-105 73. 94 73. 94 ETR-126 72.14 72.14 ETR-119 16.36 16.36 ETR-106 75. 29 75.29 ETR-127 67.01 67.01 ETR-120 15.32 15.32 ETR-107 74.35 74.35 ETR-129 71.29 71. 29 ETR-121 15. 64 15.64 ETR-108 74. 89 74.89 ETR-130 73.53 73.53 ETR-109 74. 24 74.24 ETR-131 69.43 69.43 ETR-110 76.08 ?6.08 ETR-132 73.31 73.31 ETR-111 74.79 74.79 ETR-134 73.52 73.52 ETR-112 74.23 74.23 ETR"135 72.61 72.61 ETR-114 71.03 71.03 ETR-136 73.57 73.57 ET R-128 72 ~ 17 72.17 ETR-137 76.17 76.17 ETR-133 70. 57 70.57 ETR-138 71.87 71.87 ETR-113 76.99 76.99 ETR-139 68.71 68.71 ETR-140 71.93 71.93 ETR-141 72.39 72.39 ETR-142 71.76 71.76 ETR-143 72.47 72.47 ETR-144 71.97 71.97 ETR-145 73.81 73.81 ETR-146 72.91 72.91 SUHHARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) 74.79 LONER VOLUME (DEG. F. ) 73.13 ICE CONDENSER (DEG. F. ) 16.11 UPPER VOLUME (DEG. R.) 534.49 LONER VOLUME (DEG. R.) 532.83 ICE CONDENSER (DEG. R.) 475.81 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HZLLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER-VPU-1 32.00 32.00 0. 0886 PU-1 26.9201 26.9199 VPU-2 30.70 30.70 0.0834 PU-2 26.9120 26.9087 LOt(ER( LONER:

VPL"1 30.00 30.00 0.0808 PL-1 26.9006 26.9015 VPL"2 30.00 30.00 0.0808 PL-2 26.9039 26.8998 ZCE: ICE:

VPI-1 17.10 17.10 0.0438 PI-1 26.9219 26.9175 VPZ-2 17.70 17.70 0. 0451 PI-2 26.9138 26.9149 AHSIENT 14.5140 14.5122 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0860 LONER CONTAINMENT (PSIA) 0.0808 AVERAGE UPPER PRESSURE (PSIA) 26.9143 ICE CONDENSER (PSIA) 0.0445 AVERAGE LONER PRESSURE (PSIA) 26.9007 AVERAGE ICE CONDEt(SER PRESSURE (PSIA) 26.9162 AVERAGE CONTAINMENT PRESSURE (PSIA) 26. 9104 AVERAGE COt(TAIt IENT PRESSURE (PSIG) 12.3982

0 R tUttDER 38 ELAPSED TZHE 18.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUHE LONER VOLUi<E ICE CONDENSER RTD MILLI"VOLTS DEG. F. RTD HILLZ-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 30 78.30 ETR-122 74.03 74.03 ETR-115 15.37 15.37 ETR-102 75.81 75.81 ETR-123 75.20 75.20 ETR-116 1?.41 17.41 ETR-103 74. 60 74.60 ETR-124 74.90 74.90 ETR-117 16. 14 16.14 ETR-104 74. 75 74.75 ETR-125 73.86 73.86 ETR-118 17. 71 17.71 ETR-105 73. 93 73.93 ETR"126 72.10 72.10 ETR-119 16 ~ 36 16.36 ETR-106 75. 26 75.26 ETR-127 66.99 66.99 ETR-120 15. 36 15.36 ETR-107 74.39 74.39 ETR-129 71.27 71.27 ETR-121 15.61 15.61 ETR-108 74. 93 74.93 ETR-130 73.52 73.52 ETR-109 74. 21 74.21 ETR-131 69.39 69.39 ETR-110 76. 04 76.04 ETR-132 73.29 73.29 ETR-111 74.75 74.75 ETR-134 73.59 73.59 ETR"112 74. 18 74.18 ETR-135 72.56 72.56 ETR-114 71.03 71.03 ETR-136 73.56 73.56 ETR"128 72. 11 72.11 ETR-137 76.15 76.15 ETR-133 70.54 70.54 ETR-138 71.83 71.83 ETR-113 76.97 76.97 ETR-139 68.70 68.70 ETR-140 71.92 71.92 ETR-141 72.36 72.36 ETR-142 71.77 71.77 ETR-143 72.47 72.47 ETR-144 71.96 71.96 ETR-145 73.77 73.77 ETR-146 72.82 72.82 SUttMARY OF HEIGI)TED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F.) 74.78 LOIIER VOLUttE (DEG. F.) 73.11 ICE CONDEttSER (DEG. F. ) 16.01 UPPER VOLUHE (DEG. R. ) 534.48 LONER VOLUME (DEG. R. ) 532.81 ICE CONDENSER (DEG. R. ) 475.71 CONTAItDIENT VAPOR PRESSURE DATA C)IECK CONTAINttENT PRESSURES DATA CHECK MZLLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETE R VOLTS (DEG. F. ) (PSIA) MANOMETER READING tPSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.00 32. 00 0.0886 PU-1 26.9119 26.9117 VPU-2 30.70 30.70 0.0834 PU-2 26.9037 26.9004 LONER- LONER:

VPL-1 30.00 30.00 0.0808 PL-1 26.892? 26.8936 VPL-2 29.80 29.80 0.0801 PL-2 26.8959 26.8918 ICE: ICE -'I-1 VPI-1 15.80 15.80 0.0411 26.9136 26.9092 VPZ-2 17.00 17.00 0.0436 PI-2 26.9057 26.9068 At&IENT 14.5135 14.5117 AVERAGE VAPOR PRESSURES SUSRY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0860 LONER CONTAINltENT (PSIA) 0.0804 AVERAGE UPPER PRESSURE (PSIA) 26 '061 ICE CONDENSER (PSIA) 0.0424 AVERAGE LONER PRESSURE tPSIA) 26.8927 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9080 AVERAGE COttTAZNHENT PRESSURE (PSIA) 26 ~ 9023 AVERAGE COttTAINHENT PRESSURE (PSIG) 12.3906

e RUtc rINBER 39 ELAPSED TIME 19.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUt(E LONER VOLU<ME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.26 78.26 ETR-122 74.03 74.03 ETR-115 15.09 15.09 ETR-102 75.81 75.81 ETR-123 75.17 75.17 ETR-116 17.69 17.69 ETR-103 74.57 74.57 ETR-124 74.87 74.87 ETR-117 15.88 15.88 ETR" 104 74. 66 74.66 ETR-125 73.86 73.86 ETR-118 17.38 17.38 ETR-105 73. 91 73.91 ETR-126 72.09 72.09 ETR-119 16.35 16<35 ETR-106 75. 26 75.26 ETR-127 67.02 67.02 ETR-120 15. 37 15.37 ETR-107 74. 34 74.34 ETR"129 71.27 71.27 ETR-121 15. 60 15.60 ETR-108 74. 94 74.94 ETR-130 73.52 73.52 ETR "109 74. 17 74.17 ETR-131 69.41 69.41 ETR-110 76.08 76.08 ETR"132 73.29 73.29 ETR-ill 74. 71 74.71 ETR-134 73.40 73.40 ETR-112 74. 15 74. 15 ETR-135 72.60 72.60 ETR-114 71. 02 71.02 ETR-136 73.55 73.55 ETR-128 72. 14 72.14 ETR-137 76.18 76.18 ETR-133 70. 55 70.55 ETR-138 71.83 71.83 ETR-113 76.95 76.95 ETR"139 68.70 68.70 ETR-140 71.89 71.89 ETR-141 72.37 72.37 ETR"142 71.77 71.77 ETR-143 72.47 72.47 ETR-144 71.94 71.94 ETR-145 73.75 73.75 ETR-146 72.86 72.86

SUMMARY

OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.76 LONER VOLUME (DEG. F. ) 73.10 ICE CONDENSER (DEG. F.) 15.97 UPPER VOLUME (DEG. R.) 534.46 LONER VOLUME (DEG. R.) 532.80 ICE CONDENSER (DEG. R.) 475.67 CONTAINMENT VAPOR PRESSURE DATA CHECK COt(TAINt(ENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING ( PSIA ) READING ( PSIA)

UPPER UPPER:

VPU-1 31.90 31.90 0.0882 PU-1 26.9163 26.9161 VPU-2 30.70 30.70 0.0834 PU-2 26 '078 26.9045 LONER LONER:

VPL-1 29. 70 29. 70 0.0797 PL-1 26.8966 26.8975 VPL-2 29.80 29.80 0.0801 PL-2 26.9001 26.8960 ICE- ICE:

VPI-1 16.70 16.70 0.0430 PI-1 26.9180 26.9136 VPI-2 18.20 18.20 0.0463 PI-2 26.9101 26.9112 AMBIENT 14.5177 14.5159 AVERAGE VAPOR PRESSURES SlkSARY OF CORRECTED AVERAGE PRESSURES UPPER COt(TAIt(MENT (PSIA) 0. 0858 LONER COt(TAIt(t(ENT (PSIA) 0.0799 AVERAGE UPPER PRESSURE (PSIA) 26.9103 ICE CONDENSER (PSIA) 0.0446 AVERAGE LOHER PRESSURE (PSIA) 26.8968 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9124 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9065 AVERAGE CONTAINHEt(T PRESSURE (PSIG) 12.3906

0 0

R ii NUMBER 40 ELAPSED TIME 19.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOWER VOL(R1E ICE CONDEt(SER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 24 78.24 ETR-122 74.01 74.01 ETR-115 15. 66 15.66 ETR-102 75. 77 75.77 ETR-123 75.17 75.17 ETR-116 17. 92 17.92 ETR-103 74.56 74.56 ETR-124 74.87 74.87 ETR-117 15.83 15.83 ETR-104 74. 68 74.68 ETR-125 73.83 73.83 ETR-118 17.30 17.30 ETR-105 73.88 73.88 ETR-126 72.09 72.09 ETR-119 16.33 16.33 ETR-106 75. 21 75.21 ETR-127 66.99 66.99 ETR-120 15.41 15.41 ETR-107 74. 30 74.30 ETR-129 71.28 71.28 ETR-121 15.56 15.56 ETR-108 74. 91 74.91 ETR-130 73.51 73.51 ETR-109 74. 21 74. 21 ETR-131 69.38 69.38 ETR-110 75.97 75.97 ETR-132 73.27 73.27 ETR-111 74. 71 74.71 ETR-134 73.50 73.50 ETR-112 74. 13 74.13 ETR-135 72.59 72.59 ETR"114 71. 00 71.00 .ETR-136 73.55 73.55 ETR-128 72. 08 72.08 ETR-137 76.16 76.16 ETR-133 70. 49 70.49 ETR-138 71.82 71.82 ETR-113 76.95 76.95 ETR-139 68.69 68.69 ETR-140 71.88 71.88 ETR-141 72.36 72.36 ETR-142 71.73 71.73 ETR-143 72.45 72.45 ETR-144 71.94 71. 94 ETR-145 73.77 73.77 ETR-146 72.86 72.86 SUt(ttARY OF WEIGt(TED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.74 LO)IER VOLUME (DEG. F. ) 73.10 ICE CONDENSER (DEG. F. ) 16.01 UPPER VOLUME (DEG. R.) 534.44 LOWER VOLUME (DEG. R. ) 532.80 ICE CONDENSER (DEG. R. ) 475.71 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK MILLI- DEW POZNT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.90 31.90 0.0882 PU-1 26.9108 26.9106 VPU-2 30.70 30.70 0.0834 PU-2 26.9024 26.8991 LOWER- LOWER:

VPL-1 29.80 29.80 0.0801 PL-1 26.8914 26.8923 VPL-2 29. 70 29.70 0.0797 PL-2 26.8948 26.8907 ICE: ICE:

VPI-1 15. 90 15.90 0.0414 PI-1 26. 9124 26.9080 VPI-2 16.20 16.20 0.0420 PI-2 26.9045 26.9056 AMBIENT 14.5174 14.5156 AVERAGE VAPOR PRESSURES SUN(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIN(ENT (PSIA) 0.0858 LOWER CONTAIN)(ENT (PSIA) 0.0799 AVERAGE UPPER PRESSURE (PSIA) 26 '049 ICE CONDENSER (PSIA) 0.0417 AVERAGE Lot(ER PRESSURE (PSIA) 26.8915 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9068 AVERAGE CONTAINMENT PRESSURE (PSIA) 26 ~ 9011 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3855

,I NUHBER 41 ELAPSED TZHE 20.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD MILLI "VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78.21 78.21 ETR-122 74.02 74.02 ETR-115 14.99 14.99 ETR-102 75.76 75.76 ETR-123 75.18 75.18 ETR-116 17.53 17.53 ETR-103 74.54 74.54 ETR-124 74.84 74.84 ETR-117 15.83 15.83 ETR-104 74.68 74.68 ETR-125 73.80 73.80 ETR-118 17.38 17.38 ETR-105 73.91 73.91 ETR-126 72.06 72.06 ETR-119 16. 34 16.34 ETR-106 75.21 75.21 ETR-127 66.99 66.99 ETR-120 15.42 15.42 ETR-107 74.30 74.30 ETR-129 71.17 71.17 ETR-121 15. 61 15.61 ETR-108 74. 91 74.91 ETR-130 73.51 73.51 ETR-109 74.31 74.31 ETR-131 69.38 69.38 ETR-110 75.99 75.99 ETR-132 73.28 73.28 ETR-ill 74.69 74.69 ETR-134 73.45 73.45 ETR-112 74.15 74.15 ETR-135 72.56 72.56 ETR-114 70.98 70.98 ETR-136 73.52 73.52 ETR-128 72. 13 72.18 ETR-137 76.14 76.14 ETR-133 70. 50 70.50 ETR-138 71.82 71.82 ETR-113 77.06 77.06 ETR-139 68.69 68.69 ETR-140 71.87 71.87 ETR-141 72.37 72.37 ETR-142 71. 75 71.75 ETR-143 72.45 72.45 ETR"144 71. 94 71.94 ETR-145 73.77 73.77 ETR"146 72.88 72.88

SUMMARY

OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) 74.74 LONER VOLUME (DEG. F.) 73.08 ICE CONDENSER (DEG. F.) 15.96 UPPER VOLUME (DEG. R.) 534.44 LONER VOLUME (DEG. R.) 532.78 ZCE CONDENSER (DEG. R.) 475.66 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.00 32.00 0.0886 PU"1 26 '142 26.9140 VPU-2 30.70 30.70 0.0834 PU-2 26.9059 26.9026 LONER: LONER:

VPL-1 29.80 29.80 0.0801 PL-1 26.8951 26.8960 VPL-2 29.70 29.70 0.0797 PL-2 26.8984 26.8943 ZCE: ICE:

VPI-1 16.10 16.10 0.0418 PZ-1 26.9161 26.9117 VPI-2 17. 80 17.80 0.0454 PI-2 26.9081 26.9092 AHBIENT . 14. 5201 14.5183 AVERAGE VAPOR PRESSURES SUHHARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINHENT (PSIA) 0.0860 LONER COiiTAINMENT (PSIA) 0.0799 AVERAGE UPPER PRESSURE (PSIA) 26.9083 ICE CONDENSER (PSIA) 0 '436 AVERAGE LO)E'ER PRESSURE (PSIA) 26.8952 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9105 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.9047 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3864

t I t

R ER 42 ELAPSED TIHE 20.50 CONTAINHENT TEMPERATURES DATA CHECK UPPER VOLUME LOWER VOLUt(E ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTO MILLI-VOLTS DEG. F.

ETR-101 78. 17 78.17 ETR-122 73. 99 73.99 ETR-115 15. 02 15.02 ETR-102 75. 73 75.73 ETR-123 75. 15 75.15 ETR-116 17. 77 17. 77 ETR "103 74.51 74.51 ETR-124 74.82 74.82 ETR-117 15.89 15.89 ETR-104 74. 67 74.67 ETR-125 73.82 73.82 ETR-118 17. 62 17.62 ETR-105 73. 87 73.87 ETR-126 72.06 72.06 ETR-119 16.30 16.30 ETR-106 75. 19 75.19 ETR-127 66.99 66.99 ETR-120 15.38 15.38 ETR-107 74. 27 74.27 ETR-129 71.24 71.24 ETR" 121 15. 61 15.61 ETR-108 74. 89 74.89 ETR-130 73.51 73.51 ETR-109 74. 10 74.10 ETR-131 69.36 69.36 ETR-110 75.99 75.99 ETR-132 73.27 73.27 ETR-ill 74.68 74.68 ETR-134 73.50 73.50 ETR-112 74.09 74.09 ETR-135 72.54 72.54 ETR-114 71.02 71.02 ETR"136 73.53 73.53 ETR-128 72. 17 72.17 ETR-137 76.11 76.11 ETR-133 70. 54 70.54 ETR-138 71.82 71.82 ETR-113 76.99 76.99 ETR-139 68.68 68.68 ETR-140 71.89 71.89 ETR-141 72.35 72.35 ETR-142 71.71 71.71 ETR-143 72.45 72.45 ETR-144 71. 92 71.92 ETR-145 73.75 73.75 ETR-146 72.82 72.82 SUHHARY OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F.) 74.71 LOWER VOLUME (DEG. F. ) 73.08 ICE CONDENSER (DEG. F.) 15.98 UPPER VOLUME (DEG. R.) 534.41 LOWER VOLUHE (DEG. R. ) 532.78 ZCE CONDEt(SER (DEG. R. ) 475.68 CONTAINHENT VAPOR PRESSURE DATA CHECK COt(TAIt(MENT PRESSURES DATA CHECK HILLZ- DEW POINT VAPOR PRESSURE Ut(CORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSZA) HAttOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 32.00 32.00 0.0886 PU-1 26.9150 26.9148 VPU-2 30.70 30.70 0.0834 PU-2 26.9066 26.9033 LOWER: LO)IER:

VPL"1 29. 60 29.60 0.0793 PL-1 26.8956 26.8965 VPL"2 29.80 29.80 0.0801 PL-2 26.8990 26.8949 ZCE: ICE:

VPI-1 16.50 16.50 0.0426 PI-1 26.9170 26.9126 VPI-2 17.60 17.60 0.0449 PI-2 26.9090 26.9101 AMBIENT 14.5205 14.5187 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER COt(TAZNHENT (PSZA) 0.0860 LOWER CONTAINMENT (PSIA) 0.0797 AVERAGE UPPER PRESSURE (PSIA) 26.9091 ZCE CONDENSER (PSIA) 0.0438 AVERAGE LOWER PRESSURE (PSIA) 26.8957 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9114 AVERAGE CONTAZKIENT PRESSURE (PSIA) 26. 9054 AVERAGE COt(TAIt(MENT PRESSURE (PSIG) 12.3867

R %ER 43 ELAPSED TIME 21.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLU!)E ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.14 78.14 ETR-122 73. 97 73.97 ETR-115 15. 30 15.30 ETR-102 75. 71 75.71 ETR"123 75.09 75.09 ETR-116 17.43 17.43 ETR-103 74. 47 74.47 ETR-124 74.78 74.78 ETR-117 16.04 16.04 ETR-104 74. 67 74.67 ETR"125 73.78 73.78 ETR-118 17.34 17.34 ETR-,105 73. 83 73.83 ETR-126 72.03 72.03 ETR-119 16.28 16.28 ETR-106 75. 13 75.13 ETR"127 66.99 66.99 ETR-120 15.38 15.38 ETR" 107 74. 27 74.27 ETR-129 71.20 71.20 ETR-121 15. 58 15.58 ETR-108 74. 85 74.85 ETR-130 73.49 73.49 ETR-109 74. 08 74.08 ETR-131 69.37 69.37 ETR-110 75.99 75.99 ETR-132 73. 25 73.25 ETR-111 74 '3 74.63 ETR-134 73.45 73.45 ETR-112 74.11 74.11 ETR-135 72.49 72.49 ETR-114 70.99 70.99 ETR-136 73.50 73.50 ETR-128 72.09 72.09 ETR-137 76.10 76.10 ETR-133 70.41 70.41 ETR-138 71.74 71.74 ETR-113 77. 01 77.01 ETR-139 68.'66 68.66 ETR-140 71. 88 71.88 ETR-141 72.34 72.34 ETR-142 71.72 71.72 ETR-143 72 '4 72.44 ETR-144 71.92 71.92 ETR-145 73.76 73.76 ETR-146 72.80 72.80 SlktQRY OF ttEZGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F. ) 74.69 LONER VOLUHE (DEG. F. ) 73.05 ICE COtlDENSER (DEG. F. ) 15.95 UPPER VOLUME (DEG. R. ) 534.39 LONER VOLUME (DEG. R.) 532.75 ICE CONDENSER (DEG. R.) 475.65 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLZ- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED MYGROHETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.80 31.80 0.0878 PU-1 26.9074 26.9072 VPU-2 30.50 30.50 0.0827 PU-2 26.8991 26.8958 LONER: LONER:

VPL-1 29. 70 29.70 0.0797 PL-1 26.8871 26.8880 VPL-2 29. 60 29.60 0.0793 PL"2 26.8915 26.8875 ICE- ICE:

VPI-1 15.30 15.30 0.0402 PZ-1 26.9092 26.9048 VPZ-2 16.30 16.30 0.0422 PI-2 26 '011 26.9022 AMBIENT 14.5207 14.5189 AVERAGE VAPOR PRESSURES SUMtfARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0852 LOHER CONTAItaIEtA'PSIA) 0.0795 AVERAGE UPPER PRESSURE ( PSIA ) 26.9015 ZCE CONDENSER (PSIA) 0.0412 AVERAGE LONER PRESSURE (PSIA) 26.8877 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.9035 AVERAGE CONTAZta<ENT PRESSURE t PSIA) 26.8976 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3787

,1 II

RUN h USER 44 ELAPSED TIHE 21.50 CONTAINMENT TEMPERATURES DATA Ct(ECK UPPER VOLUME LO)(ER VOLUME ICE COt(DENSER RTD MILLI-VOLTS DEG. F. RTD HI L LI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 78.10 78.10 ETR-122 73.96 73.96 ETR-115 15. 02 15.02 ETR-102 75.69 75.69 ETR-123 75.13 75.13 ETR" 116 17. 03 17.03 ETR-103 74.49 74.49 ETR-124 74.82 74.82 ETR-117 15.72 15.72 ETR-104 74. 64 74.64 ETR-125 73.77 73.77 ETR-118 18.00 18.00 ETR-105 73. 82 73.82 ETR-126 72.02 72.02 ETR-119 16.28 16.28 ETR-106 75. 13 75.13 ETR-127 66.97 66.97 ETR-120 15. 35 15.35 ETR-107 74. 23 74.23 ETR-129 71.20 71.20 ETR-121 15.60 15.60 ETR-108 74. 87, 74.87 ETR"130 73.49 73.49 ETR-109 74.13 74.13 ETR-131 69.37 69.37 ETR-110 75.99 75.99 ETR-132 73.25 73.25 ETR-ill 74.65 74.65 ETR-134 73.47 73.47 ETR-112 74. 11 74.11 ETR-135 72.52 72.52 ETR"114 71.01 71.01 ETR-136 73.48 73.48 ETR-128 72. 08 72.08 ETR-137 76.12 76.12 ETR-133 70.44 70.44 ETR-138 71.77 71.77 ETR-113 76.96 76.96 ETR-139 68.66 68.66 ETR-140 71.89 71.89 ETR-141 72.33 72.33 ETR-142 71.72 71.72 ETR-143 72.44 72.44 ETR-144 71.91 71.91 ETR-145 73.75 73.75 ETR-146 72.83 72.83 SUM((ARY OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F. ) 74.68 LOWER VOLUME (DEG. F. ) 73.06 ZCE CONDENSER (DEG. F. ) 15.92 UPPER VOLUt(E (DEG. R. ) 534.38 LOWER VOLUME (DEG. R. ) 532.76 ZCE CONDENSER (DEG. R. ) 475.62 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINt(ENT PRESSURES DATA CHECK MILLI" DEW POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.80 31.80 0.0878 PU-1 26.9126 26.9124 VPU"2 30.60 30.60 0.0831 PU-2 26.9048 26.9015 LONER: LOWER:

VPL-1 29. 70 29. 70 0.0797 PL-1 26.8946 26.8955 VPL-2 29. 70 29.70 0.0797 PL-2 26.8969 26.8928 ZCE: ZCE:

VPI-1 16.50 16.50 0.0426 PI-1 26. 9145 26.9101 VPI-2 17.40 17.40 0.0445 PI-2 26.9064 26.9075 AMBIENT 14.5198 14.5180 AVERAGE VAPOR PRESSURES SUGARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0. 0854.

LOWER CONTAINMENT (PSIA) 0.0797 AVERAGE UPPER PRESSURE (PSIA) 26.9070 ZCE CONDENSER (PSIA) 0.0435 AVERAGE LOWER PRESSURE (PSIA) 26.8942 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9088 AVERAGE COt(TAIN(IEt(T PRESSURE (PSIA) 26.9033 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3854

NUMBER 45 ELAPSED TIHE 22.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ZCE CONDENSER RTD MILLI-VOLTS DEG. F ~ RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS 0EG. F.

ETR-101 78. 05 78.05 ETR-122 73.94 73.94 ETR-115 15. 17 15.17 ETR-102 75.65 75.65 ETR-123 75.11 75.11 ETR-116 17. 40 17. 40 ETR-103 74.44 74.44 ETR" 124 74.81 74.81 ETR" 117 15. 91 15.91 ETR-104 74. 61 74.61 ETR-125 73.76 73.76 ETR-118 18. 33 18.33 ETR-105 73. 82 73.82 ETR" 126 72.02 72.02 ETR-119 16.28 16.28 ETR-106 75. 09 75.09 ETR-127 66.95 66.95 ETR-120 15. 37 15.37 ETR-107 74. 23 74,23 ETR-129 71.18 71.18 ETR-121 15. 60 15.60 ETR-108 74.80 74.80 ETR-130 73.47 73.47 ETR-109 74. 15 74.15 ETR-131 69.34 69.34 ETR-110 75.97 75.97 ETR-132 73.25 73.25 ETR-ill 74. 61 74.61 ETR-134 73.53 73.53 ETR-112 74.06 74.06 ETR-135 72.45 72.45 ETR-114 70.94 70.94 . ETR-136 73.50 73.50 ETR-128 72. 06 72.06 ETR-137 76.12 76.12 ETR-133 70.40 70.40 ETR-138 71.76 71.76 ETR-113 76.85 76.85 ETR-139 68.65 68.65 ETR-140 71.83 71.83 ETR-141 72.34 72.34 ETR"142 71.69 71.69 ETR-143 72.41 72.41 ETR"144 71.91 71.91 ETR-145 73.71 73. 71 ETR-146 72.76 72. 76

SUMMARY

OF HEZGHTED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F.) 74.64 LONER VOLUME (DEG. F ~ ) 73.05 ICE CONDENSER (DEG. F. ) 16.01 UPPER VOLUME (DEG. R.) 534.34 LONER VOLUME (DEG. R.) 532.75 ZCE CONDENSER (DEG. R. ) 475. 71 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F. ) (PSIA) HANOHE TER READING (PSIA) READING (PSZA)

UPPER:. UPPER:

VPU-1 31.70 31.70 0.0874 PU-1 26.9061 26.9059 VPU-2 30.50 30.54 0.0827 PU-2 26.8990 26.8957 LONER: LONER:

VPL-1 29.80 29.80 0.0801 PL-1 26.8873 26.8882 VPL-2 ICE:

29.60 29 '0 0.0793 PL-2 26.8906 26.8866 ZCE-VPI-1 16.20 16.20 0.0420 PI-1 26.9083 26.9039 VPZ-2 17. 20 $ 7.20 0.0441 PZ-2 26 '002 26.9013 AMBIENT 14.5191 14.5173 AVERAGE VAPOR PRESSURES SUNDRY OF CORRECTED AVERAGE PRESSURES UPPER CONTAZ((MENT (PSIA) 0.0850 LONER CONTAINHENT (PSIA) 0.0797 AVERAGE UPPER PRESSURE (PSIA) 26.9008 ICE CONDENSER (PSIA) 0.0430 AVERAGE LONER PRESSURE (PSIA) 26.8874 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9026 AVERAGE CONTAINMENT P()ESSURE (PSIA) 26.8969 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.3797

NU)SER 46 ELAPSED TIHE 22.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78. 03 78.03 ETR-122 73.94 73.94 ETR-115 15.07 15. 07 ETR-102 75. 64 75.64 ETR-123 75.08 75.08 ETR-116 17.08 17 ~ 08 ETR-103 74. 49 74.49 ETR-124 74.79 74.79 ETR-117 15.75 15.75 ETR-104 74. 61 74.61 ETR-125 73.76 73.76 ETR-118 17.98 17.98 ETR-105 73.78 -

73.78 ETR-126 72.00 72.00 ETR-119 16.31 16.31 ETR-106 75.,13 75.13 ETR-127 66.94 66.94 ETR-120 15.35 15.35 ETR-107 74. 23 74.23 ETR-129 71.18 71.18 ETR-121 15. 60 15.60 ETR-108 74. 82 74.82 ETR-130 73.47 73.47 ETR-109 74. 13 74.13 ETR-131 69.37 69.37 ETR-110 75. 92 75.92 ETR-132 73.23 73.23 ETR-ill 74. 65 74.65 ETR-134 73.35 73.35 ETR-112 74.05 74.05 ETR-135 72.46 72.46 ETR-114 70. 94 70.94 ETR-136 73.48 73.48 ETR-128 72. 07 72.07 ETR-137 76.07 76.07 ETR-133 70.45 70.45 ETR-138 71.76 71.76 ETR-113 76.92 76.92 ETR-139 68.66 68.66 ETR-140 71 '3 71.83 ETR-141 72 '3 72.33 ETR-142 71.67 71.67 ETR-143 72.43 72.43 ETR-144 71.89 71.89 ETR-145 73.71 73.71 ETR-146 72.84 72.84

SUMMARY

Of HEIGHTED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F. ) 74.65 LONER VOLUME (DEG. F. ) 73.02 ICE CONDENSER (DEG. F.) 15.94 UPPER VOLUME (DEG. R. ) 534.35 LONER VOLUME (DEG. R. ) 532.72 ICE CONDENSER (DEG. R. ) 475.64 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31. 70 31.70 0.0874 PU"1 26.9079 26.9077 VPU-2 30.50 30.50 0.0827 PU-2 26.9006 26.8973 LONER- LONER:

VPL-1 29. 70 29.70 0.0797 PL-1 26.8897 26.8906 VPL-2 29.70 29.70 0.0797 PL-2 26.8920 .26.eeeo ICE: ZCE:

VPZ-1 16.20 16.20 0.0420 PZ-1 26.9096 26.9052 VPI-2 17.10 17.10 0 F 0438 PI-2 26.9015 26 '026 AHBIENT 14.5186 - 14.5168 AVERAGE VAPOR PRESSURES SUM!SLRY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0850 LONER CONTAINMENT (PSIA) 0.0797 AVERAGE UPPER PRESSURE (PSIA) 26.9025 ICE CONDENSER (PSIA) 0.0429 AVERAGE LONER PRESSURE (PSIA) 26.8893 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9039 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.8986 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3818

R NUHBER 47 ELAPSED TIHE 23.00 CONTAIt(MENT TEMPERATURES DATA CHECK UPPER VOLUME LS'tER VOLUME ICE CONDENSER RTD HI LLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 78.01 78.01 ETR-122 73.92 73.92 ETR-115 15.04 15.04 ETR-102 75. 62 75.62 ETR-123 75.08 75.08 ETR-116 17.01 17.01 ETR-103 74. 42 74.42 ETR-124 74.77 74.77 ETR-117 15.59 15.59 ETR "104 74. 60 74.60 ETR-125 73.75 73.75 ETR-118 18.06 18.06 ETR-105 73. 77 73.77 ETR-126 72.00 72.00 ETR-119 16. 31 16.31 ETR-106 ETR-107 75.08 74.19 75.08 74.19 ETR-127 ETR-129 66 '4 66.94 ETR-120 15. 31 15.31 71.19 71.19 ETR-121 15.59 15.59 ETR-108 74. 78 74.78 ETR-130 73.47 73.47 ETR-109 74.10 74.10 ETR-131 69.34 69.34 ETR-110 75.90 75.90 ETR-132 73.23 73.23 ETR-ill 74.62 74.62 ETR "134 73.42 73.42 ETR-112 74.05 74.05 ETR-135 72.46 72.46 ETR" 114 70.59 70.59 ETR"136 73 45 73.45 ETR-128 71. 95 71.95 ETR-137 76. 09 76.09 ETR-133 70. 34 70.34 ETR-138 71.73 71.73 ETR-113 76. 96 76.96 ETR-139 68.65 68.65 ETR-140 71.82 71.82 ETR-141 72.30 72.30 ETR-142 71.67 71.67 ETR-143 72.41 72.41 ETR-144 71.88 71.88 ETR-145 73.73 73.73 ETR-146 72.80 72.80 S(%NARY OF HEIGHTED AVERAGE TEMPERATURES UPPER VOLUtiE (DEG. F. ) 74.60 LONER VOLUIIE (DEG. F. ) 73.02 ICE CONDENSER (DEG. F. ) . 15.91 UPPER VOLUME (DEG. R. ) 534.30 LONER VOLUHE (DEG. R. ) 532.72 ICE CONDENSER (DEG. R. ) 475.61 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLI- DEI'I POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31. 70 31. 70 0.0874 PU-1 26.9080 26.9078 VPU-2 30.40 30.40 0.0823 PU-2 26.9006 26.8973 LOHERt LONER:

VPL-1 29.40 29.40 0 '786 PL-1 26.8893 26.8902 VPL-2 29. 60 29. 60 0.0793 PL-2 26.8920 26.8880 ICE- ICE VPI-1 16.20 16.20 0.0420 PI-1 26.9097 26.9053 VPI-2 17.?0 17.70 0.0451 PI"2 26.9016 26.9027 AMBIENT 14.5165 14.5147 AVERAGE VAPOR PRESSURES SUtttIARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINIIENT (PSIA) 0.0848 LONER COl(TAIN)'IENT (PSIA) 0.0790 AVERAGE UPPER PRESSURE (PSIA) 26.9026 ICE CONDENSER ( PSIA) 0.0436 AVERAGE LONER PRESSURE (PSIA) 26.8891 AVERAGE ICE CONDEt(SER PRESSURE (PSIA) 26.9040 AVERAGE COt(TAII41ENT PRESSURE ( PSIA ) 26. 8986 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3839

RUN ER 48 ELAPSED TIME 23.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOWER VOLU)(E ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HILLI "VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 77. 97 77. 97 ETR-122 73.90 73.90 ETR-115 14. 98 14.98 ETR-102 75. 58 75. 58 ETR-123 75.05 75.05 ETR-116 17. 16 17.16 ETR-103 74. 41 74.41 ETR-124 74.71 74.71 ETR" 117 15. 65 15. 65 ETR-104 74.58 74.58 ETR-125 73.72 73.72 ETR-118 17.54 17.54 ETR-105 73.74 73.74 ETR-126 71.96 71.96 ETR-119 16. 28 16.28 ETR-106 75. 06 75.06 ETR-127 66.93 66.93 ETR-120 15. 29 15.29 ETR-107 74. 15 74.15 ETR-129 71.20 71.20 ETR"121 15.58 15.58 ETR-108 74. 76 74.76 ETR"130 73.45 73.45 ETR-109 74 11 F 74.11 ETR-131 69.32 69.32 ETR"110 75.87 75.87 ETR-132 73.22 73.22 ETR-ill 74.62 74.62 ETR-134 73.41 73.41 ETR-112 74.05 74.05 ETR-135 72.46 72.46 ETR-114 70.56 70.56 ETR-136 73.46 73.46 ETR-128 72.06 72.06 ETR-137 76.09 76.09 ETR"133 70.35 70.35 ETR-138 71.75 71.75 76.78 'TR-113 76.78 ETR-139 68.63 68.63 ETR-140 71.83 71.83 ETR-141 72.30 72.30 ETR-142 71.68 71.68 ETR-143 72.42 72.42 ETR-144 71.89 71.89 ETR-145 73.70 73.70 ETR-146 72.79 72.79

SUMMARY

OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (OEG. F. ) 74.56 LOWER VOLUME (DEG. F. ) 73.01 ICE CONDENSER (DEG. F. ) 15.87 UPPER VOLUME (DEG. R. ) 534.26 LOWER VOLUHE (DEG. R. ) 532.71 ICE CONDENSER (DEG. R.) 475.57 CONTAINMENT VAPOR PRESSURE DATA CHECK CO((TAINHENT PRESSURES DATA CHECK HILLI- DEW POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F. ) (PSIA) HAh'OHETE R READIhG (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.70 31.70 0.0874 PU-1 26.9029 26.9027 VPU-2 30.40 30.40 0.0823 PU-2 26.8950 26.8917 LOWER: l LOWER:

VPL-1 29. 70 29.70 0.0797 PL-1 26.8848 26.8857 VPL-2 29.60 29.60 0.0793 PL-2 26.8868 26.8828 ICE- ICE:

VPI-1 15.60 15.60 0.0407 PI-1 26.9042 26.8998 VPI-2 17.00 17.00 0.0436 PI-2 26.8960 26.8971 AMBIENT 14.5190 14.5172 AVERAGE VAPOR PRESSURES SU!%(ARY OF CORRECTED AVERAGE PRESSURES UPPER COiNTAINHENT (PSIA) 0.0848 LO)(ER CONTAI)D(ENT (PSIA) 0.0795 AVERAGE UPPER PRESSURE (PSIA) 26.8972 ICE CONDENSER (PSIA) 0 '422 AVERAGE LOWER PRESSURE ( PSIA ) 26.8842 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8985 AVERAGE CONTAI%(ENT PRESSURE (PSIA) 26.8933 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3761

R4~ ER 49 ELAPSED TINE 24.00 CONTAZNHENT TEHPERATURES DATA CHECK UPPER VOLUHE LONER VOLU)(E ICE COt(DEt(SER RTD HILLZ-VOLTS DEG. F. RTD HZLLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 77. 91 77.91 ETR-122 73. 88 73.88 ETR-115 15. 65 15.65 ETR-102 75.56 75.56 ETR-123 75.04 75.04 ETR-116 17. 17 17.17 ETR-103 74.42 74.42 ETR-124 74.75 74.75 ETR-117 16.72 16.72 ETR-104 74.59 74.59 ETR-125 73.73 73.73 ETR-118 17.59 17.59 ETR-105 73. 74 73.74 ETR"126 71.98 71.98 ETR-119 16. 29 16.29 ETR-106 75. 06 75.06 ETR-127 66.95 66.95 ETR-120 15.26 15.26 ETR-107 74. 22 74.22 ETR-129 71.14 71.14 ETR-121 15.60 15.60 ETR-108 74. 75 74.75 ETR-130 73.44 73.44 ETR-109 74. 05 74.05 ETR-131 69.32 69.32 ETR-110 75.93 75.93 ETR-132 73. 21 73.21 ETR-ill 74.56 74.56 ETR-134 73.46 73.46 ETR-112 74.00 74.00 ETR-135 72.40 72.40 ETR-114 70.56 70.56 ETR-136 73.45 73.45 ETR-128 72. 02 72.02 ETR-137 76. 07 76.07 ETR-133 70.42 70.42 ETR-138 71.70 71.70 ETR-113 76.78 76.78 ETR-139 68.63 68.63 ETR-140 71.83 71.83 ETR-141 72.30 72.30 ETR-142 71.67 71.67 ETR-143 72.40 72.40 ETR-144 71.89 71.89 ETR-145 73.68 73.68 ETR-146 72.80 72.80 SUHt(ARY OF t(EIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F.) 74.56 LONER VOLUHE (DEG. F. ) 73.00 ICE CONDENSER (DEG. F.) 16.00 UPPER VOLUHE (DEG. R. ) 534 '6 LOt(ER VOLUHE (DEG. R. ) 532.70 ICE CONDENSER (DEG. R. ) 475.70 CONTAIN(ENT VAPOR PRESSURE DATA CHECK CONTAItO(ENT PRESSURES DATA CHECK HILL1- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F.) l PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.70 31.70 0.0874 PU-1 26.9084 26.9082 VPU-2 30.40 30.40 0.0823 PU-2 26.9013 26.8980 LOHER- LONERt VPL-1 29.60 29. 60 0.0793 PL"1 26.8901 26.8910 VPL-2 29.60 29. 60 0.0793 PL-2 26.8926 26.8885 ICE: ICE:

VPI-1 16.50 16.50 0.0426 PZ-1 26.9104 26.9060 VPI-2 17.70 17.70 0.0451 PZ-2 26.9021 26.9032 AHBIENT 14.5152 14.5134 AVERAGE VAPOR PRESSURES SUHHARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINHENT (PSIA) 0.0848 LONER CONTAINHENT (PSIA) 0.0793 AVERAGE UPPER PRESSURE (PSIA) 26.9031 ICE CONDENSER (PSIA) 0.0439 AVERAGE LONER PRESSURE (PSIA) 26.8898 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.9046 AVERAGE CONTAINHENT PRESSURE (PSIA) 26.8992 AVERAGE COi(TAINHENT PRESSURE (PSIG) 12.3858 ZLRI3039 NOV 20> 1985

Il ILRC3043 HOV 20t 19 5 tttet ILR PROGRAN RESULTS wtttt SUGARY OF AVERAGES RUN 0 ELAPSEO AVG TENP AVG PRESS AVG V PRESS AVG TENP AVG PRESS AVG V PRESS AVG TENP AVG PRESS AVG V PRESS TINE UPPER UPPER UPPER LONER LONER LONER ICE ICE ICE 1 0.00 74.4533 26.8971 0.0844 72.9573 26.8840 0.0790 15.8986 26.8983 0.0433 2 0.50 74.4227 26.8894 0.0844 72.9563 26.8767 0.0786 15.9189 26.8904 0.0421 1.00 74.4303 26.8916 0. 0841 72.9403 26.8785 0.0788 15.8355 26.8930 0.0429 4 1.50 74.3928 26.8911 0.0841 72.9345 26.8781 0.0784 15.9211 26.8929 0.0439 5 2.00 74.3828 26.8825 0.0841 72.9438 26.8699 0.0784 15.9163 26.8853 0.0412 6 2.50 74.3787 26.8850 0.0839 72.9163 26.8716 0.0780 15.8715 26.8871 0.0426 7 3.00 74.3442 26.8800 0.0835 72.9131 26.8665 0.0782 15.8572 26.8813 0.0418 8 3.50 74.3500 26.8838 0.0835 72.9257 26.8703 0.0782 15.9274 26.8845 0.0425 9 4.00 74.3382 26.8841 0.0833 72.9033 26.8709 0.0780 16.0169 26.8845 0.0435 10 4.50 74.3097 26.8751 0.0833 72.8840 26.8621 0.0780 15.9137 26.8761 0.0415 ll 12 5.00 5.50 74.2996 74.2608 26.8782 26.8718 0.0833 0.0831 72.8988 72.8584 26.8646 26.8586 0.0775 0.0777 15.8639 26.8794 0.0426 15.9081 26.8731 0.0416 13 6.00 74.2612 26.8747 0.0831 72.8596 26.8616 0.0777 15.8626 26.8759 0.0427 14 6.50 74.2707 26.8745 0.0831 72.8795 26.8611 0.0773 15.8919 26.8760 0.0432 15 7.00 74.2362 26.8665 0.0831 72.8633 26.8526 0.0779 15.8633 26.8676 0.0391 16 7.50 74.2543 26.8710 0.0831 72.8727 26.85?5 0.0779 15.8324 26.8722 0.0426

ZLR()3043 NOV Op 1985 FIRED INPUT DATA Kxwfxx%3f3f%%%

TEST START = RUN S 1 TEST END = RUN () 99 RTD HILLI-VOLTTO FAHRENHEIT CONVERSION COEFFICIENTS UPPER LONER ICE 1.00 0 F 00 1.00 0.00 1.00 0.00 HYGROHETER HILLI-VOLTTO FAHRENHEIT CONVERSION COEFFICIENTS UPPER-1 LONER-1 ZCE-1 0.00000 1.00000 0.00000 0 ~ 00000 1.00000 0.00000 0.00000 1.00000 0.00000 UPPER-2 LOHER-2 ICE-2 0.00000 1.00000 0.00000 0.00000 1.00000 0.00000 0.00000 1.00000 0.00000 HANOHETER PRESSURE CORRECTION COEFFICIENTS Hl Rl H2 R2 H3 R3 H4 R4 PU-1 28.4542 28.4525 26.9566 26.9568 25.4590 25.4583 23 '614 23.9630 22.4638 22.4638 PU-2 28.4542 28.4550 26.9566 26.9600 25.4590 25.4597 23.9614 23.9590 22.4638 22.4603 PL-1 28.4542 28.4539 26.9566 26.9557 25.4590 25.4573 23.9614 23.9590 22.4638 22.4620 PL-2 28.4542 28.4561 26.9566 26.9607 25.4590 25.4620 23.9614 23.9637 22.4638 22.4637 PI-1 28.4542 28.4571 26.9566 26.9610 25.4590 25.4633 23.9614 23.9647 22.4638 22.4649 PI"2 28.4542 28.4536 26.9566 26.9555 25.4590 25.4570 23.9614 23.9601 22.4638 22.4623 P-ATH 28.4542 28.4574 26.9566 26.9583 25.4590 25.4611 23.9614 23.9635 13.4783 13.4801 RTD HEIGHTING FACTORS UPPER

.0628 .1161 .0831 .0831 .0960 ~ 0960 .0960 .0960 .0296 .0296

.0296 .0296 .0740 .0105 .0167 .0513 LONER

.0415 .0415 .0415 .0415 .0102 .0284 0586 .0086 .0266 .0586 .1037

~

.1037 .1037 .1037 .0500 .0092 .0244 .0145 .0170 .0249 .0219 .0240 .0423 .0000 ICE

.0738 .0738 .0714 .0714 .2227 .2784 .2085 VOLUHE HEZGHTING FACTORS UPPER LOHER ICE 2.0144 1.0000 0.4633 TYPE C LEAKAGE PENALTY- "-1401.07(SCCH)) TYPE A HEASURED LEAK RATE = ~.OO905 ()D(T/DAY)) ZHPOSED LEAK RATE = -3.001 (SCFH)

R (8ER 1 ELAPSED TIME 0.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLU)(E LONER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HI LLI-VOLTS DEG. F.

ETR-101 77.74 77.74 ETR-122 73.84 73.84 ETR"115 14.88 14.88 ETR-102 75. 42 75.42 ETR-123 75.00 75.00 ETR-116 17 ~ 62 17.62 ETR-103 74. 33 74.33 ETR-124 74.67 74.67 ETR-117 15. 80 15.80 ETR-104 74. 48 74.48 ETR-125 73.67 73.67 ETR-118 17.34 17.34 ETR-105 73. 64 73.64 ETR"126 71.90 71.90 ETR-119 16. 26 16.26 ETR-106 74. 93 74.93 ETR-127 66.89 66.89 ETR-120 15.34 15.34 ETR-107 74. 05 74.05 ETR-129 71.09 71.09 ETR-121 15.55 15.55 ETR-108 74. 64 74.64 ETR-130 73.42 73.42 ETR-109 74. 00 74.00 ETR-131 69.30 69.30 ETR-110 75.79 75.79 ETR-132 73.19 73.19 ETR-ill 74.52 74.52 ETR-134 73.25 73.25 ETR-112 73.93 73.93 ETR-135 72.42 72.42 ETR-114 70.48 70.48 ETR-136 73.42 73.42 ETR-128 71.97 71.97 ETR-137 76.07 76.07 ETR-133 70. 36 70.36 ETR"138 71.67 71.67 ETR"113 76.76 76.76 ETR-139 68.59 68.59 ETR-140 71.81 71.81 ETR-141 72.27 72.27 ETR-142 71.64 71.64 ETR"143 72.39 72.39 ETR-144 71.85 71.85 ETR-145 73.64 73.64 ETR-146 72 '6 72.76

SUMMARY

OF NEIGMTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.45 LONER VOLUME (DEG. F. ) 72.96 ICE CONDENSER (DEG. F. ) 15.90 UPPER VOLUME (DEG. R.) 534.15 LONER VOLUME (DEG. R.) 532.66 ICE CONDENSER (DEG. R. ) 475.60 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING ( PSIA ) READING ( PSIA )

UPPER: UPPER:

VPU-1 31.60 31.60 0.0870 PU-1 26.9027 26.9025 VPU-2 30.30 30.30 0.0819 PU-2 26.8949 26.8916 LONER: LONER:

VPL-1 29. 50 29.50 0.0790 PL-1 26.8847 26.8856 VPL-2 29.50 29.50 0.0790 PL-2 26.8865 26.8825 ICE- ICE:

VPI-1 16.30 16.30 0.0422 PI-1 26.9040 26.8996 VPI-2 17.40 17.40 0.0445 PI-2 26.8958 26.8969 AHBIENT 14.5070 14.5052 AVERAGE VAPOR PRESSURES SU((MARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIN(ENT (PSIA) 0. 0844 LONER CONTAINMENT (PSIA) 0.0790 AVERAGE UPPER PRESSURE (PSIA) 26.8971 ICE CONDENSER (PSIA) 0.0433 AVERAGE LONER PRESSURE (PSIA) 26.8840 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8983 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.8931 AVERAGE CONTAINMENT PRESSURE ( PSIG ) 12. 3880

R NUMBER 2 ELAPSED TIME 0.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOWER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HILL I-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 77. 73 77.73 ETR-122 73. 82 73.82 ETR-115 15 37

~ 15.37 ETR-102 75.37 75.37 ETR-123 74.97 74.97 ETR-116 . 17.50 17.50 ETR-103 74.30 74.30 ETR-124 74.68 74.68 ETR-117 16.02 16.02 ETR-104 74.43 74.43 ETR-125 73.66 73.66 ETR-118 17.29 17.29 ETR-105 73.61 73.61 ETR-126 71.90 71.90 ETR-119 16.23 16.23 ETR-106 74.93 74.93 ETR-127 66.89 66.89 ETR-120 15. 31 15.31 ETR-107 74.04 74.04 ETR-129 71.12 71.12 ETR-121 15. 53 15.53 ETR-108 74.62 74.62 ETR"130 73.41 73.41 ETR-109 73.98 73.98 ETR-131 69.27 69.27 ETR-110 75.80 75.80 ETR-132 73.16 73.16 ETR-111 74.47 74.47 ETR-134 73.36 73.36 ETR"112 73.90 73.90 ETR-135 72.40 72.40 ETR-114 70.44 70.44 .ETR-136 73.38 73.38 ETR-128 71.94 71.94 ETR-137 76.02 76.02 ETR-133 70.32 70.32 ETR<<138 71.69 71.69 ETR-113 76.66 76.66 ETR-139 68.60 68.60 ETR-140 71.82 71.82 ETR-141 72.26 72.26 ETR-142 71.63 71.63 ETR-143 72.35 72.35 ETR-144 71.85 71.85 ETR-145 73.65 73.65 ETR-146 72.80 72.80 SUHMARY OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F.) 74.42 LOWER VOLUME (DEG. F. ) .

72.96 ICE CONDENSER (DEG. F. ) 15.92 UPPER VOLUME (DEG. R.) 534.12 LOIiER VOLUME (DEG. R. ) 532.66 ICE CONDENSER (DEG. R. ) 475.62 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLZ- DEH POZNT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F.) (PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER: ~

UPPER:

VPU-1 31.60 31.60 0.0870 PU-1 26.8951 26.8949 VPU-2 30.30 30.30 0.0819 PU-2 26.8872 26.8839 LOI'IER: LOI'IER:

VPL-1 29.40 29.40 0.07e6 PL-1 26.8772 26.8781 VPL-2 29.40 29.40 0.0786 PL-2 26.8793 26.8753 ICE: ICE:

VPI-1 15.50 15.50 0.0405 PI-1 26.8919 VPI-2 17.00 17.00 0.0436 PI-2 26.8889 AHBIEIIT 14.5020 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) O.ce44 LOWER CONTAINMENT (PSIA) 0.07e6 AVERAGE UPPER PRESSURE (PSIA) 26.8894 ZCE CONDENSER (PSIA) 0.0421 AVERAGE LOWER PRESSURE (PSIA) 26.8767 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.8904 AVERAGE CONTAINMENT PRESSURE (PSIA)- 26.8855 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3835

R ER 3 ELAPSED TIME 1.00 CONTAINMENT TEMPERATURES DATA CHECK UP PER VOLUME LOWER VOLUME ZCE COt(DENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTO MILLI-VOLTS DEG. F.

ETR-101 77.71 . 77.71 ETR-122 ?3.82 73.82 ETR-115 14.99 14.99 ETR-102 75.34 75.34 ETR-123 74.96 74.96 ETR-116 17.02 17.02 ETR-103 74.33 74.33 ETR-124 74.66 74.66 ETR-117 15.72 15.72 ETR-104 74.45 74.45 ETR-125 73.65 73.65 ETR-118 17.23 17.23 ETR-105 73.62 ?3.62 ETR>>126 71.90 71.90 ETR-119 16.25 16.25 ETR-106 74.93 74.93 ETR-127 66.87 66.87 ETR-120 15.30 15.30 ETR-107 74.03 ?4.03 ETR-129 71.12 71.12 ETR-121 15. 55 15.55 ETR-108 74.64 74.64 ETR-130 73.41 73.41 ETR-109 73.85 73.85 ETR-131 69.29 69.29 ETR-110 75.81 75.81 ETR-132 73.18 73.18 ETR-111 74.51 74.51 ETR-134 73.33 73.33 ETR-112 73.94 73.94 ETR-135 72.34 72.34 ETR-114 70.46 70.46 ETR-136 73.38 73.38 ETR-128 72.02 72.02 ETR-137 75.99 75.99 ETR-133 70.38 70.38 ETR-138 71.69 71.69 ETR-113 76.74 76.74 ETR-139 68.58 68.58 ETR-140 71.80 71.80 ETR-141 72.25 72.25 ETR-142 71.62 71.62 ETR-143 72.37 72.37 ETR-144 71.85 71.85 ETR-145 73.65 73.65 ETR-146 72.74 72.74 SUMtSLRY OF WEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.43 LOWER VOLUME (DEG. F.) 72.94 ZCE CONDENSER (DEG. F.) 15.84 UPPER VOLUHE (DEG. R.) 534.13 LOWER VOLUME (DEG. R.) 532.64 ICE CONDENSER (DEG. R. ) 475.54 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HANOHETE R READING (PSIA) READING (PSIA)

UPPER: UPPER-VPU-1 31.50 31.50 0.0866 PU-1 26.8975 26.8973 VPU-2 30.20 30.20 0.0815 PU-2 26.8891 26.8858 LOWER: LOWER:

VPL-1 29.40 29.40 0.0786 PL-1 26.8787 26.8796 VPL-2 29.50 29.50 0.0790 PL-2 26.8815 26.8775 ZCE: ICE:

VPI-1 16.40 16.40 0.0424 PI-1 26. 8988 26.8944 VPI-2 16.90 16.90 0.0434 PI-2 26.8904 26.8915 Al(BIENT 14.5028 14.5010 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0 ~ 0841 LOWER CONTAINHENT (PSIA) 0. 0788 AVERAGE UPPER PRESSURE (PSIA) 26.8916 ICE CONDENSER (PSIA) 0.0429 AVERAGE LOI(ER PRESSURE (PSIA) 26.8785 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8930 AVERAGE CONTAINHENT PRESSURE ( PSIA) 26.8877 AVERAGE CONTAINt(ENT PRESSURE (PSIG) 12.3867

0 RUN NUHBER 4 ELAPSED TINE 1.50 CONTAINHENT TEHPERATURES DATA CHECK UPPER VOLUHE LONER VOLUHE ICE CONDENSER RTD HZLLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 77. 73 77.73 ETR-122 73.81 73.81 ETR-115 15. 02 15.02 ETR-102 75. 32 75.32 ETR-123 74.95 74.95 ETR-116 16. 96 16.96 ETR-103 74.28 74.2S ETR-124 74.69 74.69 ETR-117 15.72 15.72 ETR-104 74. 44 74.44 ETR-125 73.63 73.63 ETR-118 18.49 18.49 ETR-105 73.57 73.57 ETR-126 71.88 71.88 ETR-119 16.24 16.24 ETR-106 74. 88 74.88 ETR-127 66.89 66.89 ETR-120 15.30 15.30 ETR-107 74. 01 74.01 ETR-129 71.07 71.07 ETR-121 15.55 15.55 ETR-108 74.57 74.57 ETR-130 73.40 73.40 ETR-109 73. 96 73.96 ETR-131 69.26 69.26 ETR-110 75.73 75.73 ETR-132 73. 17 73.17 ETR-ill 74.51 74.51 ETR-134 73.22 73.22 ETR>>112 73.93 73.93 ETR-135 72.41 72.41 ETR-114 70.42 70.42 ETR-136 73.36 73.36 ETR-128 71. 91 71.91 ETR-137 76.04 76.04 ETR-133 70.32 70.32 ETR-138 71.65 71.65 ETR-113 76.57 76.57 ETR-139 68.59 68.59 ETR-140 71.79 71.79 ETR-141 72.26 72.26 ETR-142 71.62 71.62 ETR-143 72.36 72.36 ETR-144 71.84 71.84 ETR-145 73.65 73.65 ETR-146 72.79 72.79 SUHHARY OF HEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F.) 74.39 LOHER VOLUHE (DEG. Fo) 72.93 ZCE CONDENSER (DEG. F.) 15.92 UPPER VOLUHE (DEG. R.) 534.09 LONER VOLUHE (DEG. R.) 532.63 ICE CONDENSER (DEG. R.) 475.62 =

CONTAZNHENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLZ- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F. ) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.50 31.50 0.0866 PU-1 26.8971 26.8969 VPU-2 30.20 30.20 0.0815 PU-2 26.8885 26.8852 LONER: LOHER:

VPL"1 29. 30 29.30 0.0782 PL-1 26.8782 26.8791 VPL-2 29.40 29.40 0.0786 PL-2 26.8812 26.8772 ICE: ICE:

VPZ-1 16. 10 16 F 10 0.0418 PI-1 26.8987 26.8943 VPI-2 18.10 18. 10 0.0460 PI-2 26.8903 26.8914 AHBIENT 14.5003 14.4985 AVERAGE VAPOR PRESSURES SUN(ARY Of CORRECTED AVERAGE PRESSURES UPPER CONTAZNHENT (PSIA) 0.0841 LOHER COt(TAItÃENT (PSIA) 0.0784 AVERAGE UPPER PRESSURE (PSIA) 26.8911 ZCE CONDENSER (PSIA) 0.0439 AVERAGE LOHER PRESSURE (PSIA) 26.8781 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.8929 AVERAGE CONTAINHENT PRESSURE (PSZA) 26.8S74 AVERAGE CONTAIN(Et(T PRESSURE (PSIG) 12.3889

RUN NUHBER 5 ELAPSED TZHE 2.00 CONTAINMENT TEHPERATURES DATA CHECK UPPER VOLUME LONER VOLUtiE ZCE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HZLLI-VOLTS DEG. F. RTD HILLI "VOLTS DEG. F.

ETR-101 77. 68 77.68 ETR-122 73. 82 73.82 ETR-115 15.16 15.16 ETR-102 ETR-103

75. 28

74. 27 75.28 ETR-123 74 '6 74.96 ETR-116 17.18 17.18 74.27 ETR-124 74.64 74.64 ETR-117 15.81 15.81 ETR-104 74.46 74.46 ETR-125 73.64 73.64 ETR-118 17.98 17.98 ETR-105 73.58 73.58 ETR-126 71.88 71.88 ETR-119 16.24 16.24 ETR-106 74. 84 74.84 ETR-127 66.86 66.86 ETR-120 15.31 15.31 ETR-107 74. 00 74.00 ETR-129 71.10 71.10 ETR-121 15. 53 15.53 ETR-108 74.58 74.58 ETR-130 73.40 73.40 ETR-109 73. 98 73.98 ETR"131 69.26 69.26 ETR-110 75.79 75.79 ETR-132 73.16 73.16 ETR-ill 74.46 74.46 ETR-134 73.38 73.38 ETR-112 73.90 73.90 ETR-135 72.36 72.36 ETR-114 70.37 70.37 ETR-136 73.38 73.38 ETR-128 71. 99 71.99 ETR-137 76.02 76.02 ETR-133 70. 33 70.33 ETR-138 71.66 71.66 ETR-113 76.62 76.62 ETR-139 68.58 68.58 ETR-140 71.79 71.79 ETR-141 72.22 72.22 ETR-142 71.59 71.59 ETR-143 72.36 72.36 ETR-144 71.83 71.83 ETR-145 73.64 73.64 ETR-146 72.78 72.78 SUHt(ARY OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F. ) 74.38 LOWER VOLUME (DEG. F. ) 72.94 ICE CONDENSER (DEG. F.) 15.92 UPPER VOLUME (DEG. R. ) 534.08 LOWER VOLUME (DEG. R. ) 532.64 ICE COt(DEt(SER (DEG. R. ) 475.62 CONTAINMENT VAPOR PRESSURE DATA CHECK COt(TAINHENT PRESSURES DATA CHECK HILLI- DEW POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F,) (PSIA) HANOHETER READING (PSIA) READING (PSZA)

UPPER: UPPER:

VPU-1 31.50 31.50 0.0866 PU-1 26.8881 26.8879 VPU-2 30.20 30. 20 0.0815 PU-2 26.8803 26.8770 LOWER: LOWER:

VPL-1 29.40 29.40 0.0786 PL-1 26.8695 26.8704 VPL-2 29.30 29.30 0.0782 PL-2 26.8734 26.8694 ICE: ZCE-VPI-1 15.20 15.20 0.0400 PI-1 26.8910 26.8866 VPI-2 16.40 16.40 0.0424 PI-2 26.8829 26.8840 AHBIENT 14.4965 14.4947 AVERAGE VAPOR PRESSURES SU(DARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAZÃ1ENT (PSIA) 0.0841 LOWER CONTAINZIENT (PSIA) 0.0784 AVERAGE UPPER PRESSURE (PSIA) 26.8825 ICE CONDENSER (PSIA) 0.0412 AVERAGE LOWER PRESSURE (PSIA) 26.8699 AVERAGE ICE COt(DENSER PRESSURE (PSIA) 26.8853 AVERAGE CONTAINMENT PRESSURE (PSZA) 26.8792 AVERAGE CONTAINHENT PRESSURE ( PSIG ) 12. 3846

II Ri ER 6 ELAPSED TZHE 2.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOWER VOLUME ICE COilDENSER RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 77.69 77.69 ETR-122 73.79 73.79 ETR"115 15.01 15.01 ETR-102 75. 26 75.26 ETR-123 74.91 74.91 ETR-116 16.99 16.99 ETR-103 74.27 74.27 ETR-124 74.64 74.64 ETR-117 15.63 15.63 ETR-104 74.43 74.43 ETR"125 73.61 73.61 ETR-118 17.98 17.98 ETR-105 73.57 73.57 ETR-126 71.87 71.87 ETR-119 16.25 16.25 ETR-106 74.83 74.83 ETR-127 66.87 66.87 ETR-120 15.27 15.27 ETR-107 73. 96 73.96 ETR-129 71.11 71.11 ETR-121 15.54 15.54 ETR-108 74.58 74.58 ETR-130 73.38 73.38 ETR-109 74. 00 74.00 ETR-131 69.24 69.24 ETR-110 75.74 75.74 ETR-132 73.17 73.17 ETR-ill 74.46 74.46 ETR-134 73.24 73.24 ETR-112 73.87 73.87 ETR-135 72.34 72.34 ETR-114 70.45 70.45 ETR-136 73.33 73.33 ETR-128 71. 97 71.97 ETR-137 76.02 76.02 ETR-133 70. 29 70.29 ETR-138 71.64 71.64 ETR-113 76.67 76.67 ETR-139 68.56 68.56 ETR-140 71. 76 71.76 ETR-141 72.23 72.23 ETR-142 71.58 71.58 ETR-143 72.36 72.36 ETR-144 71.83 71.83 ETR-145 73.61 73.61 ETR-146 72.80 72.80 SUHMARY Of WEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F.) 74.38 LOWER VOLUME (DEG. F.) 72.92 ICE CONDENSER (DEG. F.) 15.87 UPPER VOLUME (DEG. R ~ ) 534 08 LOWER VOLUME (DEG. R.) 532.62 ZCE CONDENSER (DEG. R.) 475.57 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLZ- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F.) (PSIA) HANOMETER READZNG (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.40 31.40 0.0862 PU-1 26.8905 26.8903 VPU-2 30.20 30.20 0.0815 PU-2 26.8830 26.8797 LOWER: LOWER:

VPL-1 29.20 29. 20 0.0779 PL-1 26.8709 26.8718 VPL-2 29.30 29. 30 0.0782 PL-2 26.8754 26.8714 ICE: ZCE-VPZ-1 16.10 16.10 0.0418 PI-1 26.8930 26.8886 VPZ-2 16.90 16.90 0.0434 PI-2 26.8845 26.8856 AMBIENT 14.4907 14.4889 AVERAGE VAPOR PRESSURES SUHHARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINMENT (PSIA) 0.0839 LOWER CONFAINMENT (PSIA) 0.0780 AVERAGE UPPER PRESSURE (PSIA) 26.8850 ICE CONDENSER (PSIA) 0.0426 AVERAGE LOWER PRESSURE (PSIA) 26.8716 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26 '871 AVERAGE CONTAINMENT PRESSURE (PSZA) 26.8813 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3924

I 0

RUN NUMBER 7 ELAPSED TIME 3.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR"101 ETR-102 77.68

75. 22 77.68 75.22 ETR-122 ETR"123 73 '7 74.92 73.77 ETR-115 15. 00 15.00 74.92 ETR-116 17. 15 17.15 ETR-103 74. 25 74.25 ETR"124 74.62 74.62 ETR-117 15. 66 15.66 ETR-104 74. 40 74.40 ETR-125 73.60 73.60 ETR-118 17.77 17.77 ETR-105 73.52 73.52 ETR-126 71.84 71.84 ETR-119 16.25 16.25 ETR-106 74.85 74.85 ETR-127 66.86 66.86 ETR-120 15. 24 15.24 ETR" 107 73. 95 73.95 ETR-129 71.08 71.08 ETR-121 15.52 15.52 ETR-108 74.54 74.54 ETR-130 73.37 73.37 ETR-109 73.84 73.84 ETR-131 69.23 69.23 ETR-110 75 '0 75.70 ETR-132 73.14 73.14 ETR-111 74.39 74.39 ETR-134 73.32 73.32 ETR-112 73.82 73.82 ETR-135 72.36 72.36 ETR-114 ETR-128

?0 '7 70.37 'TR-136 73.34 73.34

71. 91 71.91 ETR-137 75.96 75.96 ETR-133 70. 33 70.33 ETR-138 71.64 71.64 ETR-113 76.63 76.63 ETR-139 68.54 68.54 ETR-140 71.77 71.77 ETR-141 72.23 72.23 ETR-142 71.61 71.61 ETR"143 72.35 72.35 ETR-144 71.84 71.84 ETR-145 73.58 73. 58 ETR-146 72.75 72. 75 SUMHARY OF NEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F. ) 74.34 LONER VOLUME (DEG. F. ) 72.91 ICE CONDENSER (DEG. F.) 15.86 UPPER VOLUHE (DEG. R. ) 534.04 LONER VOLUHE (DEG. R. ) 532.61 ZCE CONDENSER (DEG. R. ) 475.56 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK MILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) ( PSIA) MANOMETER READING (PSIA) READING (PSIA)

UPPER. UPPER:

VPU-1 31.30 31.30 0.0858 PU-1 26.8850 26.8848 VPU-2 30.10 30.10 0.0812 PU-2 26.8784 26.8751 LONER: LONER:

VPL-1 29. 30 29.30 0.0782 PL-1 26.8663 26.8672 VPL-2 29.30 29.30 0.0782 PL-2 26.8698 26.8658 ZCE: ICE:

VPI-1 15.40 15.40 0.0404 PZ-1 26.8876 26.8832 VPI-2 16.80 16.80 0.0432 PI-2 26.8783 26.8794 AMBIENT 14.4898 14.4880 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER CONTAINHENT (PSIA) 0.0835 LO)(ER CONTAINMENT (PSIA) 0.0782 AVERAGE UPPER PRESSURE (PSIA) 26.8800 ZCE CONDENSER (PSIA) 0.0418 AVERAGE LONER PRESSURE (PSIA) 26.8665 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8813 AVERAGE CO)(TAINMENT PRESSURE (PSIA) 26.8759 AVERAGE CONTAI)0(ENT PRESSURE ( PSIG ) 12. 3880

0 0

R NUHBER 8 ELAPSED TIME 3.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLU!(E LONER VOLUME ZCE CONDENSER RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F~

ETR"101 77.69 77. 69 ETR-122 73.77 73.77 ETR-115 15.33 15.33 ETR-102 75.21 75.21 ETR-123 ?4.92 74.92 ETR-116 17.06 17.06 ETR-103 74.21 74.21 ETR"124 74.64 74.64 ETR-117 16.50 16.50 ETR-104 74. 40 74.40 ETR-125 73.59 73.59 ETR-118 17.52 17.52 ETR-105 73. 56 73.56 ETR-126 71 '4 71.84 ETR-119 16.25 16.25 ETR-106 74. 84 74.84 ETR-127 66.86 66.86 ETR-120 15.24 15.24 ETR-107 73.96 73.96 ETR-129 71.09 71.09 ETR-121 15.57 15.57 ETR-108 74.55 74.55 ETR-130 73.38 73.38 ETR-109 73.88 73.88 ETR-131 69.24 69.24 ETR-110 75.69 75.69 ETR-132 73.14 73.14 ETR-ill 74.45 74.45 ETR-134 73.32 73.32 ETR"112 73.86 73.86 ETR-135 72.38 72.38 ETR-114 70.37 70.37 ETR-136 73.35 73.35 ETR-128 71.89 71.89 ETR-137 76.02 76.02 ETR-133 70.31 70.31 ETR-138 71.65 71.65 ETR-113 76.66 76.66 ETR-139 68.56 68.56 ETR-140 71.77 71.77 ETR-141 72.23 72.23 ETR-142 71.57 71.57 ETR-143 72.35 72.35 ETR-144 71.83 71.83 ETR-145 73.65 73.65 ETR" 146 72.76 72.76 UPPER VOLUME (DEG.

UPPER VOLUME (DEG.

SUMMARY

OF HEZGHTED AVERAGE TEMPERATURES F.)

R.)

74.35 534.05 LONER VOLUME (DEG.

LONER VOLUME (DEG.

F.)

R.)

72.93 532.63 ICE CONDENSER (DEG. F.

ZCE CONDENSER (DEG. R. )

), 15.93 475.63 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAIt(MENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HANOi !E TER READING (PSIA) READING (PSIA)

UPPER UPPER:

VPU-1 31.30 31.30 0. 0858 PU-1 26. 8888 26.8886 VPU-2 30.10 30.10 0.0812 PU"2 26.8822 26.8789 LONER- LOHER:

VPL-1 29.30 29.30 0.0782 PL-1 26.8705 26.8714 VPL-2 29.30 29.30 0.0782 PL-2 26.8732 26.8692 ZCE: ICE:

VPI-1 16.00 16.00 0.0416 PI-1 26.8907 26.8863 VPI-2 16.90 16.90 0.0434 PI-2 26.8815 26.8826 AMBIENT 14.4930 14.4912 AVERAGE VAPOR PRESSURES

SUMMARY

OF CORRECTED AVERAGE PRESSURES UPPER COt(TAZNMENT (PSIA) 0.0835 LONER CONTAINMENT (PSIA) 0.0782 AVERAGE UPPER PRESSURE (PSZA) 26.8838 ICE CONDEt(SER (PSIA) 0.0425 AVERAGE LONER PRESSURE (PSIA) 26.8703 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.8845 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.8795 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.3884

RM NUMBER 9 ELAPSED TIHE 4.00 CONTAINMENT TEMPERATURES DATA'CHECK UPPER VOLUME LONER VOLUHE ICE COt(DEt(SER RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 77. 67 77.67 ETR-122 73.74 73.74 ETR" 115 15.86 15.86 ETR-102 75.19 75. 19 ETR-123 74.90 74.90 ETR-116 17. 31 17.31 ETR-103 74.21 74.21 ETR-124 74.63 74.63 ETR-117 16. 96 16.96 ETR-104 74. 37 74.37 ETR-125 73.60 73.60 ETR-118 17. 58 17.58 ETR-105 73. 48 73.48 ETR-126 71.83 71.83 ETR-119 16.27 16.27 ETR-106 74.82 74.82 ETR"127 66.82 66.82 ETR-120 15.22 15.22 ETR-107 73. 93 73.93 ETR-129 71.09 71.09 ETR-121 15.55 15.55 ETR 108 74.54 74.54 ETR-130 73.37 73.37 ETR-109 73. 94 73.94 ETR-131 69.25 69.25 ETR-110 75.70 75.70 ETR-132 73.14 73.14 ETR-ill 74.42 74.42 ETR-134 73.28 73.28 ETR-112 73.88 73.88 ETR-135 72.35 72.35 ETR-114 70.46 70.46 ETR-136 73.32 73.32 ETR-128 71. 98 71.98 ETR-137 75.99 75.99 ETR-133 70. 24 ~ 70.24 ETR-138 71.63 71.63 ETR-113 76.65 76.65 ETR-139 68.54 68.54 ETR-140 71.75 71.75 ETR-141 72.21 72.21 ETR-142 '1.59 71.59 ETR-143 72.34 72.34 ETR-144 71.80 71.80 ETR-145 73 '2 73.62 ETR-146 72.70 72.70 SUHHARY OF NEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F.)

R.)

74.34 534.04 LOHER VOLUME (DEG. F.)

R.)

72.90 532.60 ZCE CONDENSER (DEG. F. ) 16 '2 UPPER VOLUME (DEG. Lm(ER VOLUME (DEG. ZCE COt(DENSER (DEG. R. ) 475.72 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HANOttETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.30 31.30 0.0858 PU-1 26.8890 26.8888 VPU-2 30.00 30.00 0.0808 PU-2 26.8826 26.8793 LOHERt LONER:

VPL-1 29.30 29. 30 0.0782 PL-1 26.8715 26.8724 VPL-2 29.20 29. 20 0.0779 PL-2 26.8733 26.8693 ICE: ZCE:

VPZ-1 16.30 16.30 0.0422 PZ-1 26.8908 26.8864 VPZ-2 17.60 17. 60 0 F 0449 PI-2 26.8815 26.8826 AMBIENT 14.4951 14.4933 AVERAGE VAPOR PRESSURES Slkl(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINtlENT (PSIA) 0.0833 LOHER COt(TAIt(MENT (PSIA) 0.0780 AVERAGE UPPER PRESSURE (PSIA) 26.8841 ZCE CONDENSER (PSIA) 0.0435 AVERAGE LONER PRESSURE (PSIA) 26.8709 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8845 AVERAGE COt(TAINHENT PRESSURE (PSIA) 26.8798 AVERAGE CONTAIKRENT PRESSURE (PSIG) 12.3866

'(

f' I

II Il II

R (UMBER 10 ELAPSED TINE 4.50 CONTAItR(ENT TEHPERATURES DATA CHECK UPPER VOLUME LOllER VOLLHE ICE COt(DENSER RTD MILLI<<VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 77.65 77.65 ETR-122 73. 72 73.72 ETR-115 15.38 15.38 ETR-102 75. 15 75.15 ETR-123 74. 89 74.89 ETR-116 17.34 17.34 ETR-103 74. 21 74.21 ETR-124 74.63 74.63 ETR-117 16.02 16.02 ETR-104 74.34 74.34 ETR-125 73.58 73.58 ETR-118 17.56 17.56 ETR-105 73. 48 73.48 ETR-126 71.82 71.82 ETR-119 16.27 16.27 ETR"106 74.79 74.79 ETR-127 66.84 66.84 ETR-120 15. 26 15.26 ETR-107 73.91 73.91 ETR-129 71.06 71.06 ETR" 121 15. 49 15.49 ETR-108 74.47 74.47 ETR-130 73.37 73.37 ETR-109 73. 82 73.82 ETR-131 69.25 69.25 ETR-110 75.71 75.71 ETR-132 73.14 73.14 ETR-ill 74.37 74.37 ETR-134 73.22 73.22 ETR-112 73.81 73.81 ETR"135 72.29 72.29 ETR-114 70.49 70.49 ETR-136 73.32 73.32 ETR-128 71.91 71.91 ETR"137 75.95 75.95 ETR" 133 70. 26 70.26 ETR-138 71.63 71.63 ETR-113 76.58 76.58 ETR"139 68.55 68.55 ETR-140 71.76 71.76 ETR-141 72.19 72.19 ETR"142 71.57 71.57 ETR-143 72.34 72.34 ETR-144 71.81 71.81 ETR-145 73.58 73.58 ETR-146 72.74 72.74 SUt(MARY OF NEIGHTED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F.) 74.31 LONER VOLUt(E (DEG. F. ) 72.88 ZCE CONDENSER (DEG. F. ) 15.91 UPPER VOLUHE (DEG. R.) 534.01 LONER VOLUME (DEG. R.) 532.58 ZCE CONDENSER (DEG. R. ) 475.61 CONTAItR(ENT VAPOR PRESSURE DATA CHECK COi(TAINMENT PRESSURES DATA CHECK HILLZ- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) HAttONETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.30 31.30 0.0858 PU-1 26.8802 26.8800 VPU-2 30.00 30.00 0.0808 PU-2 26.8733 26.8701 LONER- LO1'IER-VPL-1 29.30 29.30 0.0702 PL-1 26.8624 26.8633 VPL-2 29.20 29.20 0.0779 PL-2 26.8648 26.8608 ICE: ZCE:

VPI-1 15.40 15.40 0.0404 PI-1 26.8825 26.8781 VPI-2 16.50 16.50 0.0426 PI-2 26.8729 26.8740 AMBIENT 14.5093 14.5075 AVERAGE VAPOR PRESSURES S(R(t(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIN((ENT (PSIA) 0.0833 LONER C(%(TAItR(ENT (PSIA) 0.0780 AVERAGE UPPER PRESSURE (PSIA) 26. 8751 ZCE CONDENSER (PSIA) 0.0415 AVERAGE LONER PRESSURE (PSIA) 26.8621 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8761 AVERAGE CONTAINMENT PRESSURE (PSIA) 26.8711 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.3636

0 0

R . ER 11 ELAPSED TIME 5.00 COt(TAINMENT TEt(PERATURES DATA CHECK UPPER VOLUME LOt(ER VOLUME ICE CONDENSER RTD MILLI-VOLTS DEG. F. RTD HILLI<<VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 77.68 77.68 ETR-122 73.72 73.72 ETR-115 14. 95 14.95 ETR-102 75. 14 75.14 ETR-123 74.89 74.89 ETR-.116 17. 65 17.65 ETR-103 74.20 74.20 ETR-124 74.62 74.62 ETR-117 15. 71 15.71 ETR-104 74. 34 74.34 ETR-125 73.55 73.55 ETR-118 17. 29 17.29 ETR-105 73.47 73.47 ETR"126 71.81 71.81 ETR-119 16. 25 16.25 ETR-106 74. 74 74.74 ETR-127 66.82 66.82 ETR-120 15. 27 15.27 ETR-107 73.91 73.91 ETR-129 71.06 71.06 ETR"121 15.50 15.50 ETR-108 74.47 74.47 ETR"130 73.36 73.36 ETR-109 73.80 73.80 ETR"131 69.23 69.23 ETR-110 75.62 75.62 ETR-132 73.12 73.12 ETR-ill 74.39 74.39 ETR-134 73.37 73.37 ETR-112 73.84 73.84 ETR-135 72.35 72.35 ETR-114 70.47 70.47 ETR-136 73.33 73.33 ETR-128 71.82 71.82 ETR-137 75.95 75.95 ETR-133 70.26 70.26 ETR-138 71.60 71.60 ETR-113 76.58 76.58 ETR-139 68.54 68.54 ETR-140 71.75 71.75 ETR-141 72.20 72.20 ETR-142 71.55 71.55 ETR-143 '2.31 72.31 ETR-144 71.79 71.79 ETR-145 73.57 73.57 ETR-146 72.73 72.?3 SUHMARY Of HEIGHTED AVERAGE TEMPERATURES UPPER VOLUHE (DEG. F.) 74.30 LONER VOLUME (DEG. F. ) 72. 90 ICE CONDENSER (DEG. F. ) 15.86 UPPER VOLUME (DEG. R.) 534.00 LONER VOLUME (DEG. R.) 532.60 ICE CONDENSER (DEG. R.) 475.56 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA Ct(ECK MILLI- DEN POIt(T VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSIA) MANOMETER READING ( PSIA ) READING ( PSIA )

UPPERS UPPER:

VPU-1 31.30 31.30 0.0858 PU-1 26.8834 26.8832 VPU-2 30.00 30.00 0.0808 PU"2 26.8764 26.8732 LONER: LONER:

VPL-1 29. 10 29.10 0.0775 PL-1 26.8643 26 '652 VPL-2 29. 10 29. 10 0.0775 PL-2 26.8679 26.8639 ICE: ICE:

VPI-1 16.00 16.00 0.0416 PI-1 26.8857 26.8813 VPI-2 17;00 17.00 0.0436 PI-2 26.8764 26.8775 AMDIENT 14.5056 14.5038 AVERAGE VAPOR PRESSURES SUHMARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIt(t(ENT (PSIA) 0.0833 LOHER CONTAINHENT (PSIA) 0.0775 AVERAGE UPPER PRESSURE (PSIA) 26.8782 ICE CONDENSER (PSIA) 0.0426 AVERAGE LONER PRESSURE (PSIA) 26.8646 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8794 AVERAGE CONTAIt(MEt(T PRESSURE (PSIA) 26.8741 AVERAGE CONTAINMENT PRESSURE (PSIG) 12 ~ 3703

I R~ NUHBER 12 ELAPSED TINE 5.50 CONTAINHENT TEHPERATURES DATA CHECK UPPER VOLUHE LONER VOLUHE ICE CONDENSER RTD HILLI<<VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 77.68 77.68 ETR"122 73.72 73.72 ETR"115 15.49 15.49 ETR-102 75.09 75.09 ETR-123 74.87 74.87 ETR-116 17.76 17.76 ETR-103 74.18 74.18 ETR-124 74.60 74.60 ETR-117 15.68 15.68 ETR-104 74. 30 74.30 ETR-125 73.54 73.54 ETR-118 17.16 17.16 ETR-105 73.43 73.43 ETR"126 71.80 71.80 ETR-119 16.25 16.25 ETR-106 74.73 74.73 ETR-127 66.80 66.80 ETR"120 15.32 15.32 ETR-107 73.86 73.86 ETR-129 71. 03 71.03 ETR-121 15.47 15.47 ETR-108 74.43 74.43 ETR-130 73. 36 73.36 ETR-109 73.80 73.80 ETR-131 69. 23 69.23 ETR-110 75.66 75.66 ETR-132 73. 12 73.12 ETR-ill 74.34 74.34 ETR-134 73.15 73.15 ETR-112 73.81 73.81 ETR-135 72.26 72.26 ETR-114 70.32 70.32 . ETR-136 73.31 73.31 ETR-128 71.91 71.91 ETR-137 75.94 75.94 ETR-133 70. 25 70.25 ETR-138 71.60 71.60 ETR-113 76.52 76.52 ETR-139 68.53 68.53 ETR-140 71. 71 71.71 ETR"141 72.21 72.21 ETR-142 71.56 71.56 ETR-143 72.32 72.32 ETR-144 71. 78 71.78 ETR-145 73. 59 73.59 ETR-146 72.72 72.72 SUHHARY OF HEZGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F.) 74.26 LONER VOLUHE (DEG. F.) 72.86 ICE CONDENSER (DEG. F. ) 15.91 UPPER VOLUHE (DEG. R. ) 533.96 LOHER VOLUHE (DEG. R. ) 532.56 ZCE CONDENSER (DEG. R. ) 475.61 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLZ- DEH POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F. ) (PSZA) HANOHETER READING (PSIA) READING (PSIA)

UPPER:. UPPER-VPU-1 31.20 31.20 0.0854 PU-1 26.8770 26.8768 VPU-2 30.00 30.00 0.0808 PU-2 26.8700 26.8668 LONER: LOHER-VPL-1 29.20 29. 20 0.0779 PL-1 26.8584 26.8594 VPL-2 29.10

29. 10 0.0775 PL-2 26.8618 26.8578 ZCE: ZCE:

VPZ-1 15.40 15.40 0.0404 PI-1 26.8796 26.8752 VPI-2 16.60 1,6.60 0.0428 PI-2 26.8698 26.8710 AHBIENT 14.5054 14.5036 AVERAGE VAPOR PRESSURES SU)C(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINHENT (PSIA) 0.0831 LONER CONTAINHENT (PSIA) 0.0777 AVERAGE UPPER PRESSURE (PSIA) 26.8718 ICE CONDENSER (PSIA) 0.0416 AVERAGE LONER PRESSURE (PSIA) 26.8586 AVERAGE ZCE CONDENSER PRESSURE (PSIA) 26.8731 AVERAGE CONTAINHENT PRESSURE (PSIA) 26.8678 AVERAGE CONTAINHENT PRESSURE (PSIG) 12.3642

R ER 13 ELAPSED TIHE 6.00 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LONER VOLUME ZCE CONDENSER RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR-101 77.69 77.69 ETR-122 73. 72 73.72 ETR-115 14.88 14.88 ETR-102 75. 11 75. 11 ETR-123 74. 86 74.86 ETR-116 17. 45 17.45 ETR-103 74. 16 74.16 ETR-124 74.55 74.55 ETR-117 15.67 15.67 ETR-104 74. 34 74.34 ETR-125 73.53 73.53 ETR-118 17.27 17.27 ETR-105 73.42 73.42 ETR-126 71.79 71.79 ETR-119 16.25 16.25 ETR-106 74. 73 74.73 ETR-127 66.81 66.81 ETR-120 15. 33 15.33 ETR-107 73.87 73.87 ETR-129 71.04 71.04 ETR-121 15.53 15.53 ETR-108 74.40 74.40 ETR-130 73.35 73.35 ETR-109 73. 77 73.77 ETR-131 69.23 69.23 ETR-110 75.66 75.66 ETR-132 73.12 73.12 ETR-ill 74.36 74.36 ETR-134 73.17 73.17 ETR-112 73.80 73.80 ETR-135 72.28 72.28 ETR-114 70.32 70.32 ETR-136 73.29 73.29 ETR-128 71. 89 71.89 ETR-137 75.95 75.95 ETR-133 70. 25 70.25 ETR-138 71.58 71.58 ETR-113 76.51 76.51 ETR-139 68.54 68.54 ETR-140 71.72 71.72 ETR-141 72.19 72.19 ETR-142 71.60 71.60 ETR-143 72.34 72.34 ETR-144 71.79 71.79 ETR-145 73.57 73.57 ETR-146 72.73 72.73 SUMHARY OF NEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F.) 74.26 LONER VOLUHE (DEG. F.) 72.86 ICE COt(DENSER (DEG. F. ) 15.86 UPPER VOLUHE (DEG. R.) 533.96 LONER VOLUME (DEG. R.) 532.56 ZCE CONDENSER (DEG. R. ) 475.56 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK MILLI- DEI'( POINT VAPOR PRESSURE Ui(CORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSZA) HANOMETER READING (PSIA) ., READING (PSIA)

UPPER: UPPER:

VPU-1 31.30 31.30 0.0858 PU-1 26.8800 26.8798 VPU-2 LOt(ER-29 '0 29.90 0.0804 PU-2 26.8728 26.8696 LONER:

VPL-1 29. 10 29.10 0.0775 PL-1 26.8616 26.8626 VPL-2 29. 20 29.20 0.0779 PL-2 26.8647 26.8607 ZCE: ICE:

VPI-1 15.90 15.90 0.0414 PI-1 26.8823 26.8779 VPI-2 17.20 17.20 0.0441 PZ-2 26.8728 26.8739 AMDIENT 14.5079 14.5061 AVERAGE VAPOR PRESSURES SUtD(ARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINt(ENT (PSIA) 0.0831 LONER CONTAINMENT (PSIA) 0.0777 AVERAGE UPPER PRESSURE (PSIA) 26.8747 ZCE CONDENSER (PSIA) 0.0427 AVERAGE LONER PRESSURE (PSIA) 26.8616 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8759 AVERAGE COt(TAINMENT PRESSURE ( PSIA ) 26. 8707 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3647

0 RUh ER 14 ELAPSED TZHE 6.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOWER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG. F.

ETR" 101 77. 74 77.74 ETR-122 73.70 73.70 ETR-115 14. 94 14.94 ETR-102 75.10 75.10 ETR-123 74.86 74.86 ETR-116 17.67 17.67 ETR-103 74.18, 74.18 ETR-124 74.58 74.58 ETR-117 15.76 15.76 ETR-104 74.32 74.32 ETR-125 73.53 73.53 ETR-118 17.58 17.58 ETR-105 73. 45 73.45 ETR-126 71.78 71.78 ETR"119 16.22 16.22 ETR-106 74. 74 74.74 ETR-127 66.80 66.80 ETR-120 15.29 15.29 ETR-107 73.87 73.87 ETR-129 71. 06 71.06 ETR-121 15.52 15.52 ETR-108 74. 39 74.39 ETR-130 73. 34 73.34 ETR-109 73.84 73.84 ETR-131 69.23 69.23 ETR-110 75.68 75.68 ETR-132 73.12 73.12 ETR-ill 74.32 74.32 ETR-134 73.38 73.38 ETR-112 73.79 73.79 ETR-135 72.23 72.23 ETR-114 70.38 70.38 ETR-136 73.31 ?3.31 ETR-128 71. 93 71.93 ETR-137 75.94 75.94 ETR-133 70. 23 70.23 ETR-138 71.60 71.60 ETR-113 76. 49 76.49 ETR-139 68.54 68.54 ETR-140 71.74 71.74 ETR-141 72.19 72.19 ETR-142 71.56 71.56 ETR-143 72.32 ?2.32 ETR-144 71.79 71.79 ETR-145 73.57 73.57 ETR-146 72.75 72.75 SUHHARY OF WEIGHTED AVERAGE TEMPERATURES UPPER VOLUME (DEG. F. ) 74.27 LOWER VOLUtlE (DEG. F. ) 72.88 ZCE CONDENSER fDEG. F.) 15.89 UPPER VOLUHE (DEG. R.) 533.97 LOWER VOLUME (DEG. R.) 532.58 ICE CONDENSER (DEG. R.) 475.59 CONTAINMENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS (DEG. F. ) (PSZA) HANOHETE R READING (PSZA) READING (PSIA)

UPPER: UPPER-VPU-1 31.30 31.30 0.0858 PU-1 26.8798 26.8796 VPU"2 29.90 29. 90 0.0804 PU-2 26.8726 26.8694 LOWER: LOWER:

VPL-1 28.90 28.90 0.0768 PL-1 26.8608 26.8618 VPL-2 29.20 29.20 0.0779 PL-2 26.8645 26.8605 ICE- ICE:

VPI-1 16 '0 16.20 0.0420 PI-1 26.8823 26.8779 VPZ-2 17.40 17.40 0.0445 PI-2 26.8730 26.8741 A)SIENT 14.5076- 14.5058 AVERAGE VAPOR PRESSURES SU!MARY OF CORRECTED AVERAGE PRESSURES UPPER COtfTAIttMENT (PSZA) 0.0831 LOWER CONTAINtiENT (PSIA) 0.0773 AVERAGE UPPER PRESSURE tPSIA) 26.8745 ICE CONDENSER (PSIA) 0.0432 AVERAGE LOWER PRESSURE (PSIA) 26.8611 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8760 AVERAGE CONTAIt&ENT PRESSURE, (PSIA) 26.8705 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3648

I 0

Rui NUHBER 15 ELAPSED TINE 7.00 CONTAINHENT TEHPERATURES DATA CHECK UPPER VOLUHE LOWER VOLUHE ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F.

ETR-101 77. 74 77.74 ETR-122 73.67 73.67 ETR-115 15. 26 15.26 ETR-102 75. 06 75.06 ETR-123 74.81 74.81 ETR-116 17. 37 17.37 ETR-103 74. 13 74.13 ETR-124 74.52 74.52 ETR-117 15.89 15.89 ETR-104 74. 28 74.28 ETR-125 73.52 73.52 ETR-118 17. 18 17.18 ETR-105 73.40 73.40 ETR-126 71.78 71.78 ETR-119 16.19 16.19 ETR-106 74. 70 74.70 ETR-127 66.80 66.80 ETR-120 15.29 15.29 ETR-107 73.84 73.84 ETR"129 71.05 71.05 ETR-121 15.50 15.50 ETR-108 74.34 74.34 ETR-130 73.33 73.33 ETR-109 73.80 73.80 ETR-131 69.22 69.22 ETR-110 75.59 ?5.59 ETR-132 73.12 73.12 ETR-111 74.33 74.33 ETR-134 73.32 73.32 ETR-112 73.76 73.76 ETR-135 72.25 ?2.25 ETR-114 70.39 70.39 ETR-136 73.29 73.29 ETR-128 71. 85 71.85 ETR-137 75.92 75.92 ETR-133 70. 23 70 '3 ETR-138 71.59 71.59 ETR-113 76.46 76.46 ETR-139 68.52 68.52 ETR-140 71.72 71.72 ETR-141 72.18 72.18 ETR-142 71.59 71.59 ETR-143 72.33 72.33 ETR"144 71.78 71. 78 ETR-145 73.57 73.57 ETR-146 72.75 72.75 RtD(ARY OF WEIGHTED AVERAGE TEHPERATURES UPPER VOLUHE (DEG. F. ) 74.24 LOWER VOLUHE (DEG. F. ) 72.86 ICE CONDENSER (DEG..F. ) 15.86 UPPER VOLUHE (DEG. R.) 533.94 LOWER VOLUHE (DEG. R.) 532.56 ICE CONDENSER (DEG. R. ) 475.56 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINHENT PRESSURES DATA CHECK HILLI- DEW POINT VAPOR PRESSURE UNCORRECTED CORRECTED HYGROHETER VOLTS (DEG. F. ) (PSIA) HANOHETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 ~ 31.30 31.30 0.0858 PU-1 26.8715 26.8714 VPU-2 29. 90 29.90 0.0804 PU-2 26.8648 26.8616 LOWER: LOWER:

VPL-1 29.30 29.30 0.0782 PL-1 26.8517 26.8527 VPL-2 29. 10 29. 10 0.0775 PL-2 26 '566 26.8526 ICE: ICE:

VPI-1 13.70 13. 70 0.0371 PI-1 26.8740 26.8696 VPI-2 15.80 15.80 0.0411 PI-2 26.8644 26.8656 AHBIENT 14.5056 14.5038 AVERAGE VAPOR PRESSURES RY OF CORRECTED AVERAGE PRESSURES UPPER CONTAINHENT (PSIA) 0.0831 LOWER CONTAINHENT (PSIA) 0.0779 AVERAGE UPPER PRESSURE (PSIA) 26.8665 ICE CONDENSER (PSIA) 0.0391 AVERAGE LOWER PRESSURE (PSIA) 26.8526 AVERAGE ICE CONDENSER PRESSURE (PSIA) 26.8676 AVERAGE CONTAIN((ENT PRESSURE (PSIA) 26.8622 AVERAGE CONTAI)0(ENT PRESSURE (PSIG) 12.3584

0 R NUHBER 16 ELAPSED TIME 7.50 CONTAINMENT TEMPERATURES DATA CHECK UPPER VOLUME LOnER VOLUME ICE CONDENSER RTD HILLI-VOLTS DEG. F. RTD HILLI-VOLTS DEG. F. RTD MILLI-VOLTS DEG.

ETR-101 77. 78 77.78 73.66 F.'4.

ETR-122 73.66 ETR-115 14. 93 93 ETR-102 75. 05 75.05 ETR-123 74.82 74.82 ETR-116 16. 93 16.93 ETR-103 74. 12 74. 12 ETR-124 74.54 74.54 ETR-117 15. 58 15.58 ETR-104 74. 30 74.30 ETR-125 73.51 73.51 ETR-118 17.85 17.85 ETR"105 73.42 73.42 ETR-126 71.78 71.78 ETR-119 16.21 16.21 ETR-106 74. 71 74.71 ETR-127 66.78 66.78 ETR-120 15.26 15.26 ETR" 107 73. 83 73.83 ETR"129 71.06 71.06 ETR-121 15.52 15.52 ETR-108 74. 44 74.44 ETR-130 73.34 73.34 ETR-109 73. 78 73.78 ETR"131 69.21 69.21 ETR-110 75.57 75.57 ETR-132 73.14 73.14 ETR-ill 74.34 74.34 ETR-134 73.41 73.41 ETR-112 73.76 73.76 ETR-135 72.22 72.22 ETR-114 70.45 70.45 ETR-136 ?3.32 73.32 ETR-128 71.91 71.91 ETR-137 75.91 75.91 ETR-133 70.21 70.21 ETR-138 71.60 71.60 ETR-113 76.47 76.47 ETR-139 68.53 68.53 ETR-140 71.73 71.73 ETR-141 72.17 72.17 ETR"142 71.59 71.59 ETR-143 72.35 72.35 ETR-144 71.79 71.79 ETR-145 73.55 73.55 ETR"146 72.72 72.72

SUMMARY

OF HEIGHTED AVERAGE TEHPERATURES UPPER VOLUME (DEG. F.) 74.25 LONER VOLUME (DEG. F.) 72.87 ICE CONDENSER (DEG. F. ) 15.83 UPPER VOLUHE (DEG. R.) 533.95 LONER VOLUME (DEG. R.) 532.57 ICE CONDENSER (DEG. R. ) 475.53 CONTAINHENT VAPOR PRESSURE DATA CHECK CONTAINMENT PRESSURES DATA CHECK HILLI- DEN POIt(T VAPOR PRESSURE UNCORRECTED CORRECTED HYGROMETER VOLTS ( DEG. F. ) ( PSIA ) MANOMETER READING (PSIA) READING (PSIA)

UPPER: UPPER:

VPU-1 31.20 31. 20 0.0854 PU-1 26.8762 26.8760 VPU "2 30.00 30.00 0.0808 PU-2 26.8691 26.8659 LONER: LOHERt VPL-1 29.30 29.30 0. 0'782 PL-1 26.8571 26.8581 VPL-2 29.10 29. 10 0.0775 PL-2 26.8610 26.8570 ICE: ICE:

VPI-1 15. 90 15.90 0.0414 PI-1 26.8786 26.8742 VPI-2 17.10 17.10 0.04'38 PI-2 26.8691 26.8703 AN)IENT 14.5041 14.5023 AVERAGE VAPOR PRESSURES SU(FARY OF CORRECTED AVERAGE PRESSURES UPPER CONTAIt(MENT (PSIA) 0.0831 LONER CONTAItCKNT (PSIA) 0.0779 AVERAGE UPPER PRESSURE (PSIA) 26.8?10 ICE CONDENSER (PSIA) 0.0426 AVERAGE LONER PRESSURE (PSIA) 26.8575 AVERAGE ICE CONDEttSER PRESSURE (PSIA) 26.8722 AVERAGE COt(TAINt(ENT PRESSURE (PSIA) 26.8669 AVERAGE CONTAINMENT PRESSURE (PSIG) 12.3646 ILR()3043 NOV 20> 1985

APPENDIX H LOCAL TEAK TEST PROGRAM Overview I,ocal leak tests are conducted periodically on Unit 1 in accordance with guidelines specified in 10 CFR 50 Appendix J, the FSAR, and the Plant Technical Specifications. Testing was performed under plant procedure 1 THP 4030 STP.203, 'Type B and C Leak Rate Test'. The program consists of 'Type B'ests designed to determine leakage through the contain-ment electrical and pipe penetrations, air lock door seals and overall air lock leakage, and

'Type C'ests designed to determine leakage through containment isolation valves.

The leakage detection instrumentation used in the conduct of the 'Type B and C'ests was certified, traceable to NBS, and calibrated prior to the tests. The instruments consist of 4 calibrated flow meters of different ranges, connected'n parallel. A test is performed by isolating a test volume bound by the containment isolation barriers under examination. The test volume is pressurized to 12.0 psig. A regulator in the air supply line to the leak rate monitor maintains the test volume pressure at 12.0 psig while the flowmeters measure the air flow required to maintain this pressure.

This flow is equivalent to the leakage out of the test volume. Exact test pressure and temperature is recorded and used to convert the measure leakage to standard conditions.

1985 B Sr C Results Table H-1 summarizes the results obtained during the 1985 Unit 1 B 8 C Leakage Testing. This computer output shows the initial valve leakage as well as the leak rate of the valves after they were repaired.

The volumes where As-Found leakage exceeded the guideline is shown in Table H-2. The final As-I.eft leakage is also given. Valves marked with an "-"

were repaired during the 1985 outage. It should be noted that the guideline leakage is not an accep-tance criteria. It is strictly a guide for the repairs Test Engineer to use in determining whether should be made to the valve in question.

Table H-3 lists those valves which were repaired during the 1985 outage along with a short synopsis of the repair.

A shown in Tables H-2 and H-3 a total of 23 valves were repaired for excessive leakage found during testing. Various check valves (7 leakers out of

23) and 1" Hammel-Dahl globe valves (5 leakers out of 23) were the two groups of valves which accounted for most of the leakage.

Check Valves During the 1985 test, seven check valves on various plant systems proved to be a problem. The reason for failure was found to be dirt/grit collected on the sealing surfaces of the valve flappers and/or seats and normal wear on the valve. The valves were cleaned, blued, relapped and successfully retested. This was true for all the valves except N-159 (Nitrogen to PRT check valve). Several attempts were made to c1ean and repair this valve, but *it could not be demonstrated leak tight. The valve was subsequently replaced and retested. Of all these check valves, there seemed to be no specific size or service common to the leakers.

1" Hammel-Dahl Valves Five of the 23 repaired valves were 1" Hammel-Dahl globe valves. These valves have been a constant problem requiring repair since the 1977 testing.

These valves will be evaluated for design change or replacement based on their constant failure rate.

Containment Pur e When initially testing VCR-105 and 205, the As-Found leakage was not able to be quantified. Upon finding this condition a representative from Glow Valves was contacted. Under his direction both valves were "bubble" checked to find the larger leaker. Valve VCR<<105 was found to leak more that VCR-205. Only valve VCR-105 was repaired. The seal ring on VCR-105 was "floated" by the Clow representative. The first retest resulted in an acceptable leakage of 263 sccm. VCR-105 is assumed to leak 0 after repair thus the 263 sccm leak is attributed to VCR-205.

0 e

The disc-to-stem dowel pin was found to be loose on VCR-203. This resulted in a downward shift of the valve on its seat. The Clow Valve representative was called in to inspect this condition. He stated that excessive wear and strain was being put on the dowel pin by the valve being mounted in the non-horizontal position. The same problem was found in other non-horizontal position valves in both Unit 1 and 2. A design change was suggested by Glow which called for installation of thicker dowels to prevent the downward shift of the valve seat. The design was incorporated and installed on Unit 1 valves VCR-103, VCR-203, VCR-204, VCR-107 and Unit 2 valves VCR-202 and VCR-204. The remaining three Unit 2 valves (VCR-105, 203 and 205) are scheduled to be modified during the next Unit 2 refueling outage. This change should prevent reoccurance of this problem. All the modified VCR valves were successfully retested.

Other Valves On the RCDT Drain Header volume the leaking valve was found to be DPX-205 the Leak Rate Monitor (LRM) test connection valve. The associated containment isolation valves DCR-205 and DCR-206 did not leak.

The packing on valve DPX-205 was replaced. Upon retest the leakage was 0 sccm. The same situation existed on the North SI Discharge Volume. The leaking valve was found to be the LRM test connec-tion IPX-260, not ICM-260.

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H.3.0 Past Test Results Summar Table H-4 provides a summary of the total B 6 C results since 1981. It can be seen that the 1985 results show a 52/ decrease from the 1983 results, This can be attributed to improved valve mainten-ance and stricter attention payed to valve guide-line acceptance criteria.

Maintenance of containment isolation valves has not been ignored. Over the life of the plant substantial numbers of valves have been replaced or reworked. Table H-5 provides a summary of all valves which have required repair or replacement since the first set of periodic tests in 1976.

The summary was compiled by AEPSC but, the matrix has been updated via plant repair records. Please note that of the 210 valves tested, 106 have leaked at some time. Of these 106 valves, 52 have been successfully replaced or reworked to eliminate leakage. The remaining 54 valves, only 10 have leaked on 3 or more occasions. Of these 10 valves, 5 are check valves, 3 are globe valves on air or air sample systems, and 2 are globe valves on the containment ventilation unit drain lines. When compared with identical valves in the same services these failures are random except for valves CA-181-N and DCR-620 and 621. Valves DCR-620 and 621 were tight on the 2 previous outages. The Internals were replaced this outage. We will continue to monitor these valves to determine if further action is required. There is currently a study in process to decide the best method for cor-recting the problems with CA-181-N which is part of the Containment Penetration and weld channel pressurization system.

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TABLE 0~ C~ CUUK NUCLEAR PLANT UNIT NO 1 TYPE>>e>> ANO>>C>> LEAK HATE TEST Uf CONTAINMENT ISOLATION VALVES TYPE >>C>> OATA JNFORHATION RUN UF 4- 8-05 FIXEO POINT OATA:

II) LEAK RATE MONITOR TEHPERATURE CALIURAT)ON TEHPEHATUKt.

LRH UE I I POINT NO CA TEO TRUE POIN) f INU I Ca) 0 TRUE POINT 3 INOICATEO

-l65 193

-- 30t0 32 '

29 5 33 0 100 ~ 4 75 '

99+5 74 '

147 ~ 8 100 '

147 ~ 0 99 F 0 194 30 ' 30 ' I00~4 99 ' 147 ' 145+0

<2) NUMBER OF TYPE e TEST STE~S-t3) NUHeEH 0F TYPE >>c>> TEsT sTFPs - 127

V~  % ~ 0 vv<<eeV'll L.Pin I 4<<lv I I VIVI I ~vo

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TYr E <<8<<ANO <<C<<Lt,AK HATE Tt:S CONTAINHENT ISOLATION VALVES TYPE <<C<<OATA INFORMATION CU<HFCIEO RESULTS OF VAI VF. TESTING OE5CH IPT ION GUIDL INE INOICATFO CORHECTED TEHPEHATUHE PRESSURE LRH LEAKAGF. LFAKAGE. LEAKAGE cLv ¹1 wcH-900 I wcH-902 7?. 0 ~ 0 0~0 O.n 60 ' 12 ' 165 CLV ¹I WCR-901 L WCH-903 7?0 ~ n O.o 0 ' 60 ' 12.4 165 CLV ¹4 WCH-91? 6 WCH-914 7?OS 0 0~0 0~0 60 ~ 7 12 ' 165 CLV ¹4 WCR-913 I WCR-915 7PU ~ 0 0 ' 0~0 60 ~ 7 12 ' 165 5 cUv ¹1 wcH-920 6 wcH-9?? 4AO an  ?~0 an 59 ' 12 ' 165 6 CUV ¹I WCR-921 T WCR-923 480 F 0 0~0 0~0 59 ' 12 ' 165 CUV ¹4 WCH-93? I WCH-934 480 ~ 0 0~0 0~0 62 ' 12 ' 165 CUV ¹4 WCH-933 L MCR-935 480.0 0~0 0 ' 62 ' 12 ' 165 HCP ¹1 WCH-941 6 WCH-945 360 ' 10 ~ 0 10 ~ 0 70 ' 12+1 193 10 RCP ¹I, WCR-951 I MCR-955 360 an 0~0 0~0 7008 12 I 193 HCP ¹4 WCH-944 L WCR-948 360 ' 0~0 0~0 64 7 12 ' 165 12 RCP ¹4 WCR-954 6 WCR-958 360 ' 0 ' 0~0 63 ' 12+4 165

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V~ V V ~ \VV 4k% 1 I ~ o vt QMl UV4 TYPE "B~'NO "C" LCAK HATE TES CONTAINMENT ISOLATION VALVES T YPE "Cst UATA INFORMATION CU<HECTED RESULTS OF VALVE TESTING

-=- --TLST STEP OESCH IPT ION GU JOL INE INOI CATEO COHHECTEO TEMPERATURE PRESSURE LRM LEAKAGF LEAKAGE LEAKAGE 13 CLV ¹2 WCH-904 6 WCH-906 720 ' 0~0 o-n 63 ' 1' 165 CLV ¹2 WCR-905 6 WCR-907 72Q ~ 0 ?70 ' 272 F 9 64 ' 12 ~ 3 165 15 CLV ¹3 WCH-908 6 WCH-910 7?0 ' 0~0 0~0 f3 ~ 7 12 ~ 3 165

]25 ~ 0 124 ~ 7 72 ' 12 ~ 0 194 16 CLV ¹3 'WCH-909 6 WCH-9)) 7?0 ~ 0 0~0 0~0 63 ' 12 ' 165

?]o-0 2O9 8 8]+0 ]2e5 194 0~0 0~0 72 ' 1' 194 17 CUV ¹2 WCH-924 6 WCR-926 480+0 0~0 0~0 5' 12 ' 165 CUV ¹2 WCH-9i?5 6 WCH-9?7 480 ' 0~0 0~0 58 ' 12 ' 165 19 CUV ¹3 WCH-928 6 WCR-930 480 ' 50 ' 50 ' 61 ' 12 ~ 2 165 20 CUV ¹3 WCH-929 6 WCH-93] 480 ' ]20 ' ]2]o3 62 ' 12 ' 165 21 RCP ¹2 WCR-942 6 WCR-946 360 ' 0~0 0~0 7]o9 1' 193 22 HCP ¹2 WCH-952 6 WCH-956 360 ' 0 ' 0 ~ 0 70 ' ]2+4 193 23 RCP ¹3 WCH-943 6 WCR-947 360 ' 0~0 0 0 7] ~ 9 ]2+5 193 24 HCP ¹3 WCH-953 6 WCH-957 360 ' 0~0 0~0 7' 1' 193

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go vo vv ~ ~ ~ v ~ w ~ ~ ~ s ~ ~ ~ ~ ~ a ~ ~ ~ o TYPE >>8>> AND >>C>> LCAK HATE TEST CONTAINMENT ISOLATION VALVES TYPE>>C>> DATA INFORMATION CV~Ht..CIEO HFSULTS OF VALVF. TESTING

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TEST STEP "- OESCRIPT ION GUIOL INF. INOICATEO CORRECTEO TEMPERATURE PRESSURE LRk LEAKAGF LFAKAGE LEAKAGF.

25 INST'M, EAST WCH-960 $. WCR-962 24o.n 0 0 0~0 78 ' 12 ' 194 26 INST'Mo EAST WCR-961 6, WCR-963 ?40 an o.n 0~0 76 ~ '9 12 ' 194 27 INST. RM. WEST WCH-964 $. WCR-9ee 240 ' 0~0 0~0 74 ' 12 ' 194 28 INST'M ~ WEST WCR-965 L WCR-967 ?40 ' 0~0 Oon 74o9 12 ' 194 29 INST ~ HM ~ VENT ~ SUPPLY VCR-101 to VCH-201 Ieno.n 380 ' 382 F 6 66 ~ I 12 ' 194 30 INST'M VENT ~ SUPPLY VCR-102 b VCH-202 168O.n 1000 ' 1005 ' 66 ' 12 I 194 LOWEH VENTS SUPPLY VCR-103 VCH-203 2880 ' 6500 ' 6475 ' Te.o 12 ' 193 31 b 7000 ' 6981 F 2 72 ' 12 ' 194 180 ' 181 ' 65 ' 12o2 165 60 ' eo.1 76o9 12 ' 194 32 LOWER VENTS EX'CR-104 < VCH-204 3600 '

650 0 ~

0 eSSo1 o.n 76 65 12ol 12 '

193 165 500 ' 501 ' 67 ' 12oo 165 33 UPPEH VENT ~ SUPPLY VCR-105 t VCH-205 3600 an 99999 ' 69 ' 12 ' 165

?60 ' 263 ' 6507 12o4 165 UPPER VENT ~ EX'CR-106 to VCH-206 2880 ' 3 ' 3 ' 77 ' 12 ' 193 35 PHESS E.OVAL I ZAT ION VCR-107 t VCH-207 1440 ~ 0 0~0 0~0 78 ' 12 F 1 193

~

5 ' an 79 ' 12 ' 194

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4<<O4>>+o~~ U L. ~ Lvv~ ~VLLCAw vLANI > VNI I i~v, TYPF. <'8" ANO "C" LtAK HATE TES CONTqlNMENT ISOLATION VALVES TYPE "C" DATA INFORNATION Co<HE.CTEO HESULTb OF VALVE TESTING 57EP ~65GRiPT10N GUIOL INE INDICATEO COHHECTEO TEHPERATURE PRESSURE LR5 LEAKAGF. LFAKAGE LEAKAGE 36 HYOHUGEN HETUHN LINE ECR-lo t CLH-20 eo.o 0 ~ 0 0~0 63 ' 12 ' 165 37 ESR-I ECR-11 6 ECR 21 60.0 Q.n 0~0 75+9 12 ' 194 38 ESR-2 ECR-12 6 ECH 22 60on 0 ~ 0 0 ' 75 ' 12 ' 194 39 ESR 3 ECR-13 6 ECR 23 60 ' 0~0 0 ~ 0 7e.9 12 ' 194 4Q ESR-4 ECR-14 6 ECR 24 6 O.n 0~0 0~0 66 ' 12 ' 165 ESR-5 ECR-15 6 ECR 25 60 ' 0~0 0~0 75 ' 12 ' 194 42 ESR-6 FCR-16 E ECH 26 60 ' 0~0 oeo 64a7 12il Ies EsR-7 EGR-17 e ECR 27 60 ' 0 ' 0~0 63 ' 12+4 165 ESR-8 ECH-18 L ECH 28 60 ' 0~0 0~0 63 ' 12 ' 165

~ 45 ESR-9 ECR-19 6 ECR 29 60 ' 0 ' 0~0 63 ' 12o0 165 HCP Sl SEAL WATEH CS-442-1 I?0 ~ 0 0~0 0~0 8 12 ' 193 RCP N4 SEAL MATER CS 442-4 120 ' 0~0 0~0 e9.8 12 ' 193

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TYPF. "8" ANI) "C" L<AK <ATE TES CONTAINMENT ISOLATION VALVES TYPE "C" DATA INFORMATION CU~H].C]EO HESULTS OF VALVF TESTING EST =STEP -= =- -OE5CH IPT ION GUIDL]NE LEAKAGF, INOICATEO LEAKAGE CORRECTED LEAKAGE TEMPERATURE PRESSURE LRM 48 HCP ¹2 SEAL WATEH CS-442-2 ]20 ~ 0 0 ~ 0 0~0 69 ' 12 A ] 193 49 RCP ¹3 SEAL WATEH CS-442-3 ]?o.n n.o 0~0 70 ' ]2+4 193 50 HEL]EF VALVE HEADER TO PRT ]20 ~ 0 18000 ~ 0 18002 ~ 2 71 ' 12 ' 193

]55 ~ 0 156 ~ 7 64 ' 12 ~ 3 193 51 AIR PART ~ RAO GAS MONITOR SM-1 60 F 0 19000 ~ 0 19128 ~ 6 68 ' 1' 194 50 ' 49 ' 72 ' 12tO 193 2 NITROGEN

-TO ACCUMULATORS N-102 6o-n 280 F 0 281 ' 70t8 IZ 4= =193

- -53 - NITROGEN TO I HT N-]59 45tn 460 ' 4e3.e 67 ' ]2e3 193 310 ' 315 ' 60 ' les 193

]?80 ' 1294 ' 67 ' ]Zts 193 670 ' 67]ts 67i7 =

'12io 193 9000 O 9053 ' 67+7 ]ZTZ 193

' P]983 ' 70 ' 1' '93 22000 46?00 ' 46687.6 68 ' 12 as 193 30 ' 29 ' 72t9 12 F 0 193 54 PHIMAHY WATEH TO PRT PW-?75 180 ~ 0 0~0 0~0 74 ' 12 ~ 3 193 55 CHARGING TO REGENt HX ~ CS-321 180 an ]250 ~ 0 12e4.e 65 F 6 12+4 193 se DEAD WEIGHT CALIBRATOH NPX-]51-V] 3o-n 0~0 0 ~ 0 77 ' ]2t] 193 57 GLYCOL SUPPLY VCR-]0 I VCH-ll 480 ' 15 ~ 0 2]t2 60 ' 37 ' 165

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• TYPE "8" ANO "C" Lt.AK HATE TLST CONTAINMENT ISOLATION VALVES TYPE "C" DATA INFOHNATION CU~HFCIED HESULTS OF VALVF TESTING TfST STEP DESCRIPTION GUIOLINE I NDI CA TED COHHE.CTEO TEHPERATUHE PRE5SURE LRH LEAKAGE LEAKAGE LEAKAGE GLYCOL HFTUHN VCR-20 L VCH-21 4eo.n  ?~Q 2 ' 6' 24+5 165 59 RCDT VENT HEADER OCR-203 4 DCH-207 120 an 0~0 Oop 56 ' 1205 165 en HCDT VFNT HEADER N-160 6 OCH-?Ol 1?0 ~ 0 12' 1220? 56 ~ 7 12 ' 165 el I/O AHU DHAIN HDR. DCR-61p 4 OCH-611 3QQ ~ n o.n 0~0 55. 6 12+5 165 0~0 0~0 58 ' 12.4 165 62 CLV AND CUV OHAIN HOH ~ OCR-620 4 UCH-621 1?U ~ 0 66600 ' 67849 ' 58 ' 12 ' 165 6A200 an 69590 ' 56 ' 12ia 165-14400.0 14440.1 76 ' 12+5 194

?400 ' 2406 ' 71 ' 12 ' 194 4800 ' 4805 ' 70 ' 12 ' 194

"'94 1550 ' 1551+8 68i8 12io 1350 ' 1350 ' 69 12 194 c 60 ~ 0 561 ~ 2 69 ' 12 ' 194 3900 O 3882 ' 74+9 12 ' 194 70 ' 70 ' 75 ' 12i3 =

194 63- - -- -'RGDT DRAIN NOH'CR-305 b OCH-206 480 ~ 0 3200 0 0

~

3243 '

o.n 61 '

6Q ~ 7 12i3 1205

" 165"" =

165 64 CONT ~ SUNP TO HUT DCR-600 L OCH-601 360 ' 0~0 0~0 65 ' 12 ' 165 0~0 0~0 60 ' 12+I 165 65 LETDOWN OCH-300 120 an 0~0 0~0 66 ' ' 12 '

25" 165 168 0 ~ 0 0~0 60 7

--- .LETDOWN-<CR-301 120 an 0 ~ 0 0~0 66 ' 12+3 '

165

II 9~ 4~ 'VVVI'L I>>VI I l >>>>fl ~ >> HI>> I >> Vl>>J I ~ tv>> I 0 0 0 4t 4 4 Q ic TYPE "B~~ ANO "C~'EAK HATE TEST~ CUNTAIN¹ENT ISOLATION VALVES TYPE "C" OATA INFOR¹ATION CUHHECIEO HESULTS OF VALVE TESTING

-- TEST STEP 4ESCR IPT ION GU)OL INE I NO I CATED CORHECTEO TE¹PERATURE PRESSURE LR¹ LE'AKAGE LEAKAGE LEAKAGE 67 HCP SEAL WATEH RETURN OC¹-?50 4 4C¹-350 4AO>>0 150 ~ 0 151 ' 62 ' 12 2 les e8 H¹R HECIHC>> ~t,'C¹-305 1080 ~ 0 l700 ~ 0 1713 ' 65 ~ I 12>>2 165 69 HHR HEC)HC ~ ~ W'C¹-306 1080 ~ 0 3400.0 3413 ' 65 ' 1' 165 0 ' 0 ' 68 ' 1' 194 PW FUR HX CAV ~ SCRUB OCR-919 6 U<H 920 )20 ' 0 ' 0 ' 65 ' 12>>4 165 71 REFUELS WATCH TO HX CAY ~ SF -151 b Sl-)53 300 ' 0 ' 0 ' 58 ' 12 ~ 0 165 72 REFUEL CAY ~ OHAIN SF-159 6 SF 160 360>>0 76000 ' 76668 F 6 64 ' 12 ~ 2 165 0 ' 0 ' 7' 12 ~ 5 194 HUT*=LEG-SA¹kLE.S = NCR 105 e N(H-)06 eo.o 0 ' 0>>0 ee.7 12 2 165=

¹>>+ '=

74 =" -

PRESS'IO>> SA¹PLFS NCR 107 T>> NLH-)08 60 ' 0 ' 0 ' 66 ' 12>>l 165 EA¹-SA¹PLE- NCR-109 L NLH-))0 60 ' 0 ' 0 ' ees7 12 ~ I 165

= - . -- RCOT-SA¹PLE-RCR-100 4, HCH-101 60 ' 0 ' 0.0 65>>7- 1 2 >>.2 165'-

~~>>&N>>>>>>L>>.-=- -OCR-202 4 ULH"204 60 ' 0 '. 0~0 -- 62>>7- )2>>4"--- 165- =---

= = ACCU¹>>--SA¹PLE ICR-5 I ICH-6 60 ' 0 ' 0>>0-74 ' )2>>4 193

VVVoV++77' ~ e ~ I VVI'UGIlI I 0677 ~ I 0IIG 5 Vl~ 2 0 ~ ~ vo TYPE "8" ANO "C" L<AK kATE rES CONTAINMENT ISULATION VALVES TYI'E "C" UATA INFORMATION CU<HE.CTEU HESULTS OF VALVE TESTING TEST- STEP UESCHIPT ION GU JOL INF. INO I CATFO COHHECTEO TEMPERATURE PRESSURE LRM

LEAKAGF LFAKAGE LEAKAGE 79 AIR PART ~ HAO ~ GAS MON fCk-33 4 ECk-35 eo.n 7SO ~ 0 762 ' 58 ~ 7 )2 ' 165 4000 ' 4011 ' 70 F 8 12 ' I" 194 600 an 60360 6607 12 l9io 90 0 90 ' 66 ' 12 ' 194 180 ' 180 68 ' 12 ~ 0 194 40 ' 40 69 ' 12 ' 1,94 80, NORTH SI OISCHG ICM 260 ?40.n 400 ' 40004 75 ' 12 ' 193 19000 ' 18805 ' 81 ' 12 0 -19a----

150 ' 149 F 2 84 ' 1264 194 30 an 29 ' 84 F 1 12 ' 194 81 SOUTH SI OISCHG ICM-265 240 ~ 0 0~0 0~0 7269 12 ' 193 82 AIR PART. HAO GAS MUN.. Fck-31 I ECk-32 120.n S00.0 502 ' 60 ' 12 ' 165 37500 ' 37435 F 4 7li8 12 0 =190

?5500 ' 2548065 70 F 8 12 ' 194 3700 ' 3672 ' 80 ' 12 ~ I 194 20000 ' 20294 F 6 56 ' 1261 le5 24000 an 23983 ' 70 ' 12 ' I 65" -

1000 ' 1003 ' 70 ' 12 ' 165 720 ' 722 ' 6' 12 ~ 0 le5 40 ' 39 ' 75 ' 12 ' 193 83 CONTROL AIR TU CONT ~ XCR-100 6 XCH-101 120 ' eo.o eo.? 70 ' 12 ' 193

' ' 60 ' '

84 CUNTkUL AIR TU CONT ~ 7 XCR-102 6 XCH-103 120 1100.0 0~0 1114 00 - - 507- '25='165 12 165 NITROGEN-TO PHT- GCR-301 45.n ' 64-.5 12 3 '193" 165

~

0 0~0

~IGRUGGH-7~005M -GOR 316 60 ' 0 ' O.O--- .- 62-.7 12-.5

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N 'g N N IA Sl N At ~ A ~ AA ~ f AA ~ J TYPE >>8>> ANO >>C>> Lt,AK HATE TES CONTA]NMENT ISOLATION VALVES TY>E >>C>> DATA INFORMATION I

TEST"STEP '" - --- DESCRIPTION CUPsHECIED HESULTS OF VALVF. TESTING GUIDL INE LEAKAGF.

INDICATED LEAKAGE CORRECTED LEAKAGE TEMPERATURE PRESSURE LRM 87 SAFETY INJ TEST LINE SI-]7]s]723]94 60 an 0 ' 0 ' 62 ' ]2+i 165 88 PW TO PHT NCH-252 180 an 0 ' 0~0 66 ' 1' ]es 89 HCP UIL CLHS ~ CCW CCM-452s454 ~ 458 1200 ' 380 NO 383 ' 60 ' 12 ~ 0 ]es 90 HCP UIL CLRS ~ CCW CCM 45]t453s459 1200 ~ 0 enooo.o 60535 ' 60 ' 1' 165

]550 ' ]55' e8.8 12 ~ 0 194 91 EXCESS LETDOWN HX CCW CCP-460 4 LCH-462 360 an 120 ~ 0 ]2]o] 60 ' ]2.0 ]es 92 RX SUPPORTS CCW CCH-457 h CCW-]35 240NO 640.0 640 ' 70 ' 12 ' 193 80 ' 80 8 67 ' 12 ~ 4 ]94 HX-SUPPUHTS CCW CCH-455 b CCH-4be 240 ' ?80 ~ 0 281 ' 70 ' 12i4 193

--.94-- GRAB SAMPLE SM-4 6 SM-6 60 F 0 0 ' 0 ' 76 ' ']2+0 193 SIINT I NESS, ALAkk PPP-3IIQ o.n 0 ' 0~0 74 ~ 9 12i3 194

~ - -- '---. 96 CONT ~ PRESS'LAHM I

PPP-3n] 0 ' 0 ' 0 ' 74 ' 12 as "

194 C4NTN. PHESSN ALAHM PPP 302 F 0 0 ' 0~0 74+9 ]2N3 194'

.-98 - - CUNTs PRESS'LARM PPP-303 0 ' 37500 ' 37537 ' 74P9 ]2N3 194 0 ' F 0 70 ' ]2 ~ 2 194

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TYPE "8" ANO "C" LEAK HATE. TES CONTAINMENT ISOLATION VALVES TYPE C DATA INFORMATION Cu>RF C TED RESULTS OF VALVE'ESTING

=--TEST STEP OEscRIpT Io<< GUIOLINF INDICATED CORRECTED TEMPERATORE PRESSURE LRH LEAKAGF. LEAKAGE LEAKAGE 99 CuNT. PRESS. ALARM PPA-310 4 PPA-311 o.n 0~0 63 ' 1244 165 100 CONT ~ PRESS ~ ALARH PPA-312 4 PPA-313 0~0 o.n o.n 62 ' 12 ' 165 101 BORON INJECTION ICH-251 240 ' Cin ~Q 50 ' 64 ' 1241 165 102 BORON INJECTION ICH-250 ?40 ' 60 ' 6' 64 ' 12 F 1 165 103 WELD CHANNEL PRESS ~ CA-I A 1 S 30 ' 0~0 0>>n 77 ' 12 ' 193 104 WELD CHANNEL PRESS ~ CA-IAIN 30 ' Q.o 0~0 77 ' 12 ' 193 105 GRAB SAMPLE SH-8 F SM-ln eu.o 20 ' 19 ' 75 ~ 0 12 ~ I 193 106 cpN coILs 265 ccw ccw-243-25 eo.o 650 ' 656 ' 6507 12 ' 194 2?000 an 22068 ' 68 ' 12 ' 193 10 ~ 0 local 70 ' 1244 193

~l g. = .cpN-cuILs 2b 5 ccw ccw"244-25 eu.n 50 ' 50 F 6 64 ' 12 ~ 4 194

-- =---108 = cpN coIL5 344 ccw ccw-243-72 60 ' 0 ' o.n 69 ' 12 F 1 193

)))?- - Cl N-CQ)L4-?l 4 .GC)l CC)) ?44 )? 60 ' 700 350 702 352 e9.8 e4.5 12a2 12 '

- 193 193

=

110 CCW TO CEO-1 CCM-43P 90 an 40 ' 4Q F 6 58 ' 12 ' 165

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TYPE <<8<< AND >>C<< LEAK HATE tESt CONTAINMENT ISOLATION VALVES TYI E <<C<< DATA INFORMATION CV<HtCIEO HE.SULTS OF VALVE TESTING TLST STEP DESCRIPTION GUIDLINE IWD I CATEO COHHECTED TEMPERATURE PRESSURE LRM LEAKAGF. LEAKAGE LEAKAGE CCW FROM CEO-I CCM-431 90 an 0~0 o-n 58 ' 12 ' 165 112 CI N COILS 2es CCw CCR-440 9u.n o.n o.n 54 ' 12 ' 165 113 CCW TO CEO-2 CCM-432 90.0 0 ~ 0 0 ~0 75 ' 12 ' 193 114 CCW TO CEO"2 CCM-433 90eo 0 ~ 0 0 ~ 0 75 ' 12 ' 193 115 C~N COILS 344 CCW CCR-441 90 ' 40 ' 40 F 6 en.7 1203 165 116 GI YCUL SUPPLY ExPANSION H-lse t H-159 60 ~ 0 0~0 0~0 61 ~ 7 12 ' 165 117 GLYCOL HETUHN EXPANSION H-'157 t H-Ib8 60 ' 0~0 0~0 en' 12 2 165 118 POST ACC ~ SAMPLE RET ~ NS-357 IS.n 25000 ' 25170 ' 68 ' 12 ' 193 4soo-n 4566.4 6?04 12 ' 193 19OOO.O 1925 '

19023 1935

' F 0 68 ~ 7 e4.5 12 12 an

' 193 193

?00 ' 200 ' 68 ' 12 F 0 193 60 ' 60 ' 72+9 12 ' 193 119 Post Acc. SAMPLE RET. ECR-49e e t.cH-497 15 ' 0 ~ 0 0~0 ee.7 12 ' 165 120 POST ACCT SAMPLE SUPPLY ECR-416 15 ' 0 ~ 0 0~0 76 ' ~

12 ~ 5 194 121 POST ACC ~ SAMPLE SUPPLY ECH-417 15 ' 400 an 401 ' 71 ' 12 ' 194 0~0 0 ' 70 ' 12 ' 194

I

o +++++ +49 0 ~ l ~ I vvA NUl I 5Ptc vlAIYI y UNJ I >vv TYPE "8" AND "C" LEAK kATE TEST CONTAINMENT ISOLATION VALVES TYPE "C" OATA INFORMATION CU~MFCIEO kESULTS OF VALVE TESTING TLST STEP OESCRIPTION I GU I OL NF. I NO I CATE O CORRECTEO TEMPFRATUHE PRESSURE LRM LEAKAGE LEAKAGE LEAKAGE ISED 122 CONTAINMFNT SAMPLING ECP-535 3o.n n.o o.n 70 ' 12 ' 193 123 CONTAINMENT SAMPLING ECR-536 30 an 15 ' I 71 ~ 9 12 ' 193 124 LUWEk kMS RETUHN ECR-36 1?O ~ 0 0~0 o.n eo.7 12 ' 165 125 PLANT AIR TO CONT PCR-40 1?0 ~ 0 2 ' 2~0 71 ' 12+4 193 126 PLANT Alk TO CONT CHECK VALVE PA-343 1?o n 360 0 361 ' 70 ' 12 ' 194 127 H2 SAMPLE RETURN LINE CHK VLV NS 283 60 ' 0~0 0~0 67+7 12+5 193

I

444444444 O~ L. ~ lVVP, fVUI LC.AtC rlAI~I q VN! I ~u 1 TYPE "8" ANO "C" LtAK HATE TES CONTAINMENT ISOLATION VALVES TVPF. "8" DATA INFORMATION CO<HECIEO RESULTS OF VALVE TFSTING DESCRIPTION GUIDL INF. INOICATEO COHHECTEO TEMPEHATUHE PRESSURE LRM LEAKAGF. LEAKAGE LEAKAGF 612 ~ A IHLOCK is>1.n Sn.o 50 ' 72 ' 12 F 1 194 650'IHLOCK 55IIon 760 an 754 ' 78 F 0 12 ' 194 ZONE 3 PENETHATIONS 1173 an 0~0 0~0 75 ' 12 ' 193 80 ' 80 ' 70 ' 12 ' 165 ZONE 4 PENETHATION5 1173 ' 0~0 0~0 66 ' 12 ~ 0 165

?30 ~ 0 229+1 74 ' 12 F 0 193 0~0 0~0 62 ' 12 ' 193 FUEL THANSFEH BLIND FLANGF 12oo n 0 ~ 0 0~0 72+9 12 ' 193 0~0 0~0 70 ' 12 ' 165 PLANT AIH TO CON. BLIND FLANGE 4 PA-145 1?00.0 n.o 20 '

0~0 20 o.o o.n 72 62 62+7

' 12 12 12

65 193 165 ICE LOADING BLIND FLANGE CPN-57 480 ' own 0~0 77 F 0 12 ' 193 0 ~ 0 oon 78 ' 12 ' 193 ICE LOADING BLIND FLANGE CPN-80 720 ' 0~0 0~0 77 an 12 ' 193 60 ' 59 ' 78 F 0 12 ' 193 0~0 0~0 79 ' 12+4 193 FLUX THIMBLE FLANGE 960 ' 0~0 0~0 82 ' 12 ' 193 eo-o 61 ' 58+7 12+4 165 650~ EQUIP. HATCH HING 80DV FLANbt St.AL 5e.n 0~0 0~0 0~0 0~0 7? ~ 9 82 F 0 12

'12t1 '94-193

,i gJ ~ 4 4vvtt aV444I

~ I~ ~ I he ~ I y Vl~ p ~ ~ ~ ~

lt K 1t It N M \,

1C TyPE <<'B" AND iiC" Lt.AK HATE TES CUNTAINHENT ISOLATION VALVES Ty<E "8" DATA INFORHATION CO<HI;CTEO HESULTS OF VALVF TESTING UESCH IPT ION GU I OL I NF. INOICATED CORRECTEO TEMPEHATUHE PRESSURE LRN LEAKAGF. LFAKAGE LFAKAGE 650'IHLUCK EOUIP ~ HATCH CUVEH f Lb St AL 55.0 0+0 0 ~0 72 ' 12 ' 193 n.o Oo0 82 ~ 0 12+i 194

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TABLE H-2 AS-FOUND AND AS-IEFT IEAKAGES FOR VALVES IN EXCESS OF GUIDLINE VOLUME LEAKAGE LEAKAGE LEAKAGE DESCRIPTION GUIDELINE AS FOUND AS LEFT (SCCM) (SCCM) (SCCM)

-'Lower Vent. Supply VCR-103 8 VCR-203 2880.00 6475.61 60.06 AJ 4Jll A 4'I I\ ll A A 263.01 "Upper Vent. Supply VCR-105 6 VCR-205 3600.00 ~ ~

""Relief Valve Header to PRT SI-189 120.00 18002.23 156.68 "Air Part. Rad Gas Monitor SM"1 60.00 19128.63 49.86 Nitrogen to Accumulators N-102 60.00 281.88 281.88 Nitrogen to PRT N-159 45.00 463.60 29.92 Charging to Regen. HX. CS-321 180.00 1264.64 1264 '4 RCDT Vent. Header N-160 6 DCR-201 120.00 122.22 122.22 CLV 6 CUV Drain DCR-620 6 DCR-621. 120.00 67849.31 70.00 HDR.'RCDT Drain HDR. DCR-205 6 DCR-206 DPX-205 480 00 F 3243.49 0.0 RHR RECIRC.

'E'"RHR

'W'CM-305 1080.00 1713.32 1713.32 RECIRC. ICM-306 1080.00 3413.87 0.0 NOTE: Underlined valves are the repaired valves.

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Table H-2 continued VOLUME I EAKAGE LEAKAGE LEAKAGE DESCRIPTION GUIDELINE AS FOUND AS LEFT (SCCM) (SCCM) (SCCM)

"Refuel Cav. Drain SF-159 6 SF"160 360.00 76668.56 0.0

-'Air Part. RaD. Gas Mun. ECR-33 S ECR-35 60.00 762.40 40.38

='North SI Disch. ICM-260 6 IPX-260 240.00 400.36 29 '6

""Air Part. Rad Gas Mon. ECR-31 6 ECR-32 120.00 502.00 39.89

-Control Air to Cont. XCR-102 8 XCR-103 120.00 1113.96 0.0

"-RCP Oil CLRS. CCW CCM-451, 453,459 "

1200.00 60534.95 1551.80

"=Rx Supports CCW CCR-457 6 CCW-135 240.00 640.71 80.77 RX Supports CCW CCR-455 & CCR-456 240.00 281.88 281.88 "Cont. Press. Alarm PPP-303 0.0 37537.23 0.0

="CPN Coils 285 CCW CCW-243-25 60.00 656.30 10.07

='CPN Coils 364 CCW CCW-244-72 60.00 702.78 352.48

="Post ACC. Sample RET. NS-357 15.00 25170. 8 60.2 Plant Air to Cont.

Check Valve PA-343 120.00 361.7 361.7

"-Post Acc. Sample Supply ECR-417 15. 0 401 ' 0.0 NOTE: Underlined valves are the repaired valves.

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TABLE H-3 CORRECTIVE ACTIONS TAKEN FOR REPAIRED CONTAINMENT ISOLATION VALVES Volume Valve J.O. $E Corrective Action VCR-203 I,ower Vent Purge Supply 97833 Replaced dowel pin per RFC 2877, Replaced seal ring, stem bushing, packing, lapped seat VCR-105 Upper Vent. Purge, Supply 88646 Floated seal ring SI-189 Relief Valve Hdr to PRT 97847 Cleaned valve, blued seat to disc to verify fit.

SM-1 Air Part. Rad Gas Monitor 97832 Cleaned, lapped seat and disc, replaced gaskets N-159 Nitrogen to PRT 97848 Replaced valve DCR-620 CLV 6 CUV Drain Header 98023 Cleaned valve, 8 DCR-621 replaced seats, plugs, gaskets, lapped seats DPX-205 LRM Test Connection to RCDT Drain HDR. 97849 Cleaned valve ICM-306 RHR "W!'ecirc 98026 Cleaned valve and replaced gaskets SF-160 Refuel Cavity Drain 98027 Cleaned valve, r replaced diaphragm as a precaution, replaced gaskets ECR-33 Air Part Rad Gas Monitor 97829 Cleaned both valves, 6 ECR"35 replaced gaskets, replaced diaphragm in ECR-33 IPX-260 LRM Test Connection to N. SI Discharge 97834 Repacked valve, cleaned valve

I TABLE H-3 Continued Volume Va 1ve J 0 /P.. Corrective Action ECR-31 & Air Part RAD Gas Monitor 97830 Replaced stems, ECR-32 seats, plugs, gaskets and cages, Lapped seats XCR"103 Control Air to Cont. 98024 Cleaned valve and replaced gaskets CCM-451 RCP Oil CLRS. CCW 97850 Rubber seat was distorted replaced valve CCW-135 Rx Supports CCW 97837 Cleaned and blued valve seat, PPP-303 Cont. Press. Alarm 97846 Cleaned valve, replaced gaskets and valve bonnet CCW-243-25 CPN Coils 2&5 CCW 98025 Cleaned valve CCW-244-72 CPN Coils 3&4 CCW 97851 Cleaned valve, lapped seat, installed new gaskets.

NS"357 Post ACC Sampl. Ret. 97845 Cleaned valve, replaced disc ECR-417 Post ACC Sampl. Supply 97844 Valve cleaned, plug was lapped replaced gaskets and packing

TABLE H-4 e B and C As-Left Test Results Summar (Leakage Expressed as a Fraction of La)

TEST DATE TYPE B TYPE C TYPE BSC Allowable 0.147 0.443 0.6 June 1981 0.0050 0.2022 0.2072 July 1982 0,0617 0.0661 0.1278 July 1983 0.0120 0.2015 0.2135 April 1985 0.0086 0.0936 0.1022

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TABLE H-5 Unit I/1 Leak Rate Test Failures Valve 76 77 78 79 80 81 82 83 85 NSW-4 15-1 XD X X XD NSW-415-2 XD XD NSW-415-3 XD NSW-415-4 NSW-417-3 XD XD NSW-417-4 XD X X NSW-419-1 XD NSW-419-2 X X X NSW-419-3 XD X X NSW-419-4 NSW-244-1 NSW-244-2 XD XD NSW-244-3 XD NSW-244-4 XD WCR-902 WCR-903 XD WCR-905 XD WCR-906 X XD

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TABLE H-5 cont'd Valve 76 77 78 79 80 81 82 83 85 WCR-907 X X WCR-909 WCR-910 WCR-911 WCR-913 X XD WCR-914 X X WCR-915 WCR-921 XD WCR-922 X X XD WCR-923 WCR-925 WCR-926 WCR-929 WCR-930 WCR-931 WCR-933 XD WCR-934 XD WCR-935 XD

TABLE H-5 cont '

Valve 76 77 78 79 80 81 82 83 85 WCR-945 X D WCR-946 X X X XD WCR-947 WCR-958 WCR-965 WCR-966 WCR-967 D

VCR-103 XD VCR-203 XD VCR-104 VCR-204 VCR-105 VCR-205 VCR-106 VCR-206 VCR-10 VCR-ll VCR-20 VCR-21

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TABLE H-5(cont'd)

Valve 76 77 78 79 80 81 82 83 85 ECR-15

• ECR-31 X X XR

• ECR-32 XR ECR-33 DCR-611

• DCR-620 XR

• DCR-621 XR DCR-205 DCR-206 NCR-105 NCR-106 NCR-252 XCR-101 XCR-102 XCR-103

• XCR-100 GCR-314 GCR-301

• CA-181-N

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TABLE I[- cont '

Valve 76 77 78 79 80 81 82 83 85 CA-181-S X

• SI-189 X ICM-260 ICM-265 X ICM-306 X CCR-457 CCR-460 X CCR-462

• CCW-135 X X X CCR-440 X CCR-441 CCW-243-72 X CCW-244-72 CCW-243-25 R-156 R-159 R-157 R-158 N-102

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Valve 76 77 78 79 80 81 82 83 85

• N-159 X X XR N-160 XR XP CM-250 CM-350 X SF-159 X SF-160 X X CS-321 X CS-442-3 DW-275 PPP-303 NS-357

• SM-I SM-2 NOTF.: X Denotes valve repaired R Denotes valve replaced or valve internals replaced D Denotes valve replaced with valve of different design or design change to existing valve P Denotes change to piping

• Denotes problem valves

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l>A)A Ittt (tw All()>l CO><ut (.'Il,l> I I,>(>I I'i (>I Vn).Y), IFS) lt)(>

Itr.SCHI V I IO>> (>(tl IIL I)tf I 'tl) I Ch) f.l'r C(>(>t>f (.) I, I) Tf I"I'f >A I wuf' ~

tr( t) f I lr(t l )'k A(>f I,f AKA(>l I,F A>>,nhf r).v hl HCu- tnn ). HC(t-'rn7 lpn.(t o.n (>.n 1>>.n ~ rr )93 CLv "I H(.u-9>)'f 4 'H(.l!-')03 Ii'0 ~ 0 6I>0. 0 r>a>a> I I I. 0 )i' (> I ~I )

CI.V trrr wCI -9)7 t. wcw->) l4 li'n ~ 0 0 ~ (I 0~n l I. 0 CLV >>4 HC)r-9I I ). WCV-4 IS li'0 ~ 0 I r' I '> t CUV >(I 'HCt -97Q L Wct> 977 r>VQ.Q tl(t ~ 0 t(rt . n tilt ~ 0 r~ Irp )

COV ('I HCI'-97l r, wCH->tr.g 4Hn ~ Q 0~0 0 ~ (t Hn.n )7 ~

> )a>3 CUV err WC)'-9 )7 A HC)t 934 40n.n 300 ' i!9be ) t>h, r) )7.<< IH3 CUV N4 'HCu-933 t. WC)>-93>> AH() un i>noun I9lu I I('b r 9 I7. (t l9)

)tcv <n AS' I? '> I93 t)CV trl WCH-9SI I> HCH QSS .') (i (I ~ 0 n.o 0 0 I)b 9 )r>.4 19 I HCV <<4 WC)t-r)44 4 Vc()-94n .)(.n. 0 30 ~ 0 0.> ~ rl I r'. I l9 I t(CV t>4 WC(I-9S4 6 WCH-95(t 360 ~ n ao.n )9. 0 I)> ~ 9 li93

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I I AV, PA(i II "> I <>I ( < ><lhl<<>'.I '><>I 1 I I<><l Vhl.Vt '> I<<'I>l<<( ~ ~ Il>l Y 19>< I I <P(>><'> (<A I h IIII <<<>.> < I I << II

( <)<'I>t (.II I) <>t '><ll Ib l<f VAI Vf ff >I Itin ll ) I >>Tf I> l>t. CC<t I I'T I O<I <><>IIII 1><F 1><l)1(;nl t.(< C<>I><>t <: It.f) TF>>I>f I>A I(<nt I>>>l >C<>l I',<>><

l.l ABACI Lf A~Art ( f Ahh<>f

(,I. V "i HC< '>Or> h r>(:<>-nn>> 7 i'0 ~ 0 O.o 0~0 H3 ~ <>

(( V>>c'CI')0>> * <<(I> 907 7?n.o o~o 0~0 >l ~ ~ ~ + I> ~ 4 193 Cl v>> 3 HC<'-')oH h>>CI> 910 7i>n ~ n ?n ~ 0 ?n ~ I 7>> ~ <) I r'.'> I <> 3

(.I. V>>.t HCI 909 h I<(.<>-91 I 7i'0 ~ 0 r>O.n 7".0 le.' 19 I 17 CI<V <3 MCI -'>74 h 4(;>>>>97<> 4H<< ~ 0 o.a 0~0 0) ~ I I?. I I 9>>

Cl>V <<d t CI>>-'r"" h VCH-')? 7 r,on. 0 o.o 0~n Hi ~  ? I? - I 19'>

C()V >> I h<<.> 9? H h AC>> >730 400 ~ 0  ?.00 ~ 0 19>l ~ n 0? ~ ')

?0 CUV +3 HCP-')l') h <<C<t 931 r,on ~ 0 1>ln.O I 7<< ~ >< I?.1

?.1 HCP NZ l>C<t >47 h )>Clt-<>4>> .I> 0 ~ 0 0~0 n~0

?7 HCP >>2 <>Cl!-9'57 h H)C<>-95<> '100 ~ 0 0~0 U~ 0 03 F 9 li' I'>.I HCP >>3 t Clc-')41 h '>>CH-947 100 ~ 0 10 ~ 0 N r'. ~ r I r' I I nr>

?r> RCP >>3 HCI>-95 ) h I>CI<-V>l 7 1>o,n o.n o~n H?,? I i' b I 'i4

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F.A<T MCR-96 1 4 WCR-963 ?40 ~ 0 0~0 . Ood.;: -"..:-',ttf,"7 a4t

,I I-:I.;

?.7 lusl. p i. ~F~T Hrr -ot4 A vra-966 ?4n,o n.O O.n tt S:.'.;,. 't~aah't It

-".",".t'~':'4<4.

?A luST. PH. WEST VCR-965 6 WCR-967 240 ~ 0 ~

I. 0+0 .', ' Ol'( ~":"~+

?9 INST ~ ft~ ~ VENT ~ SIIPPLT VCR-101 h VCR-?nl Ienn ~ O o.o o.o -': 69xo.';.4~":-:~.'-fke5;+ 'f

~

p V j INSti RH. VENT. SUIPLT VCR-102 a VCR-202, 1680'0:,;

Q LLI vrtlT. ~lit PLY Vl'R-103 t, "'"t f Pgg>>'

LOWEP h VCP-?03 ?AAO ~ 0 670 ~ 0 664 ~ 7 f8$ $

-'-i l

lOIIER VFtlT ~ FXH. vrR-104 6 vcp-204 , 3600 6 i

'10 0 ~ ." 12ft 5;.

Q ."- 12lt)1'~'ll IIPPER VttIT~ ~IIPPLY Vl'P-105 f VCP.-205 3600 ~ 0 ?90 ' 285 ' 90 ' <<0 z~ Qea34 IIPPEft vFNT ~ FxH.

E'OIIAL l7AT ION

'rR-Ioe f. vcR-206 VCP>>107 4 Vcft-207 28Ao,o-.. 108 ~ 0 i 06,9:,:~~'-i:CQ~

7>,4

.'.-'.-'.104'..

PRFSS 1440 ~ 0 ROD 0 eha3 12.3 (g. i z~ IIYOPOCFN PET>>f.u LINE Ern-Io I, ELR-20 60 '

aooaooaos a (1 ~ C ~ Co(,y t UCLrhls pl ss ~ sf ~ s)NI f NO ~ I oaaooooooa 1 v)sf snls ~ al fl ~ sl s~

1 f Ao (sa ff. 1( Sl nf rois 1 h 1NPFfsr 1 Sf(( 4 I lnN Vh(.VES HUH ING JUl Y 1 9A2 OUTAGF Tff'F ~ 'C 'ATh If(fOP'iAT fON %l

~ s l Ol'Hf C1f O RF SU( TS OF Vh(,VF TESTING tFST STFP Of SCRIPTION Gl(IOl 1 f!E Is(D I CA Ifn CORREC tEn PEAPERATCIRE '. IIESCb(K$~%

LEA(fACE LEA((AGF LEAKAGE  :.;.~.'..:.,-. '~VI ., ',",...~'~i "s-",'j'

\ << >> &%

o. "

~ . .f".

37 FSP-1 f (.P-'l l 6 f l'P ? I 6o.n o.o gl"RM s FSR-?. FrR-12 f. FrR ?2 en.n 0 ~0 I

30 FSP.-'1 Ff:H-13 6 Ff'.H 23 hfl ~ 0 0~0 o.o Te;s...,".(..i2ak~) A4f 40 FSR-4 ECR-14 6 FCR 24 eo.o a<0 -.'...'~oao",:;~+'~v FSH-S f CR-)S 6 Ff'P ?S SO ~ 0 0 ~0 S,S SS;5 "". '"',"':i:,". 1)ff', I f(f

~ a FSR-6 FC(s-Ie 6 FCP 26 enate .'t. -. 0~4 1! P.zgi~~aa3.P~

SR-7 Frfs" 17 6 FCP ?7 6o.o o.o o.o . "',. 78(s... "'-'."q'<."12ik".j/jib QJ

~ h- SR-(( ECP>> I e 6 El;P 28 60 ~ 0 ' -,s -'4 JQ: -~.sh >

o + 1 SR-9 f ('P-19 6 f CP ?9 60 F 0

~ 0 .

CL " ',"P:.;:,.sI;:.'P-;;.

('P +I SFAl. MATfR CS-442 ] 0>0

-Q~ PCP f(4 SFA(. PAIf.p CS-44?-4 l?n ~ 0 0 ' o.o 02.6 'I2,2 .':")bled.

~Et PCP s(2 SFAL MATFR CS 44?-? 170 ~ 0 n.o

~ 'f.. 'P >is

.~ g .f.gP -g

':; i'.,"W s

~

~is. I

4444444444 I) ~ C5 COOK tn)CI.FhP PLhllf ~ II>>f f >>0 ~ I 4444444444 f Yl'I'lb" ><<Hn '0" ~

I, l. h<<'>hit ff Sf OF CON fh f>>)<<rt)T I <OLAT fO"I VALVE S OI)RING JULY 19fb7 OUTAGF TYPE "C" DATA TNFORblalfntl o

Cb coPPFclFO PF50)I Ts oF vhl vF TFsTlt)G

' ~

l 5

TEST sTFP O <<<<W OF

~

SCI) fPTfntl o<<<<0 L GUIOI 1 ttE LEhKAGF.

t>>OTCATFO LFAKhr>F CORRECTED, LFAKAGE ': Th'HPERAf URE.. Pff($ 5(4$ ",$ .

~ Ao OA PCP I> l SFAI MAT F P C<<<<-44?-3 1?n ~ 0 0~0 o,n 82,6 l2,2 .:.:ieiI.'..;

.'?0

<<bo sn PFLIFF Vhl VF HFAOFR TO PPT ~ 0

?hpn 0..

11400 F 0 440 ~ 0 li330a3.

2598 434

-Mt

>>;;:.<<5'5ghk'..'." "

6

'.g. $ 2 ~ 0@ "~ 6 64 6 1 ~

'" <<Y'-')'t'r'f)Yg '<<>

-, ~ I g."

51 eo ~ 0 040 " <<

'D'i0 y>+~",'>P~$ . j

~

57 tlfT))nrFtl TO hrrUtlULATORS N-In2 Co ~ 0 0~0 050 ' 86415 0;4 "1L: j2kL<<1'.

tkfTROGFtf TO PPT N-155 " '<<<<bob::::;. 0<<0;,',5,"','+'f<<l;.I Cl PRfb)hl)Y llhff)b TO PPT PM-775 1Rn,p 0~0 040 ",.:: .82461>'-".:~<< .. '0 ss O.'i.'"i... l>iri

'g Og<<<< I OEAO )IF 1l:HT I hl IPPATOR t)PX IS1 V1 30 F 0 0~0 0~0 82ie'= ," << 'l'o I>

>l>+>.

2k4t'f4'.;1 57 GLYCOL SIIPPLY VCR-10 f Vl:R-11 'I 4)fob 0 0~0 GL YCOL RF TUR>> VCP-20 l VCR-21 hnn.o 0~0 0~0 89.6 12A3f""'.,';.i$ h'$

PCOT VEtlf blehOFR OCR-?0'3 0. OCR-207 1?n,n

> ~

I Rll)T VFtlf <<0FhlbF)5>>-)en l l)rP-701 I?h.n hnnon.o 104-'~<~1'P;"-

175nn F 0

?nSnn.p n.o 17556 7 2056f)b'1' o.o 74 5 7054 ":=-,1 78.s ' 11tl~

12 4 itaO"."m.) l.

nl 0

4444444444 I~ C~ C<<(lK IEUCLFAP Pl.hNT ~ IIHIT rrn ~ ] 4 ~ 44444444 TYPf'P'0 htlll <<('<< I.Fhf >ATf Tf St (Ef l nlrth1>l<<FNT ISA( hf fnN VALVES OllltlNG JULY ]9&2 OUTAGF TYPF <<r<<OATA ]trFOR<<htfntr (et Col RfcTFo RFsul T~ nF val vF TFsT}NG TFST STFP Of SCRlPT10N ('ulo].lNE

'Inner l>>n}CAtfo CORREctEo .'-.TEHPERAtukg..p.t PRESTO LEAKAlf. LFAKAGF W ~ 0 4e4 444"4 e>>

.0 ~

'l .0 r Ii<<50(

(1 0 ]750 ~ 0

" '1050 173289 8486 }2Sa'.'. ')4'5; fL I4

~0 . }OR2aO~~ '4E.I5".f7$ 5 F ~

.-- -CLv ANo cov t phtrr~oR;-nrp=n?o- 4 orR.-.A2] . --.}20;0- - D.o '--- -b;> 8~+4 ~e 63 "pcof 'oRA]N-Hnp pc t(55~=ocR-. Roe

-"' -<<IID;0-- .-" - o;0""- .;:Ftfto ~~,

0 (Er = --- CONT sirtFP Tn HUT frcP ADA'A IicR Aol' '3lho 0 '" ' 0 0 - 0 I],

--- -65 --Lwtoovrr I]cp-300 EOeop,,:: ",DEO i.ftonvrl-- - am-3n]- ':]An-n ----= -o;5 P.' 'i'7+\" +'Pt e

[ + 'e e-',te )0gpss

'SI 'i 8 8-SEAL RA'iFR"RFSIIR~CIA 050"0 OCII 550 .~ADO~EFOOIO: F-I Ou HR Rf C]RC ~ ~ f. ~ ]CH 3AS ]nfto ~ 0 n,o 0~0 ~ 7845 ". ". 5" .itch f I HR REclRriO 5K5 ] 080 g tr -i 'cH-308, ~

1 ooo.o . ~.-';:4I]98'5~", ~~ jt

~ ~ *. ~

PK FOR RX chV SCRIIR OCR-05]9 4 OCP 9?0 120 ~ 0 o.o o.o - . '79as . g.}NI] g~$ t PFFI)FL. KATFP TO RX Cav. SF-151 (, SF-153 300 '

LJ 0'<

ii PFFUFI, Chv ~ I'PAIII SF Is9 I. Sf -](En ]norms 0 }7094 ~ 9 Be.3 5,:}245 .': }94:PL'

~

~ 0 0 0 77 5. "}2 i '".'10h'.(

aaa<<aaaa<<<< II ~ C ~ COAX kl<CLFhR PLht>t ~ lf>tf T NO ~

TYPI ~ P" Attn "C" LFAK Pb If I TF S I AF Cotlfh lkt>FIIT ISAI. h TAN VALVES IIIIRINr JULY 19A2 OUTAGE TYPF. >>C >

OATA INFAPuATTON rAI PFcTFA Pret>I:TS AF VAI vt TFsT)kr>

TFST STEP AFSCPTPTIAtt I'UIAI INE l>>OICA'TED CORRECTED TEHPE/ATURE '-:ORESSU!lk LFAKAIE LFAKhr>E LEhxhGE . '.",." ..'">/~:";4't(4'q p."Ie r':P ~

~

>ma

<<of I f r, shtIPI Fs ttcR-ln5 ~ Nrtt-ion AO.O A.O 0~0 82.6 2i2:..~:j6k%".> . I 74 PRESS ~ I IO ~ SAM LFS NCR )07 6 NCR-)08 STE'At> SAIIPLF NCP 109 6 Nt R-110 f>0 0 0,0 0~0 85<<~ .:, "-"111<<i:.~>,

".'.g': 'A,"

RCOT SAIIPIE RCR-100 6 RtP-)ol '~,'>O 77 PRT Sht>PLF ocR-?n? 6 ocP-?04 ~ 0 0~0 0~0 74/5 ' g" -.'i.i1:;, A ACCutt ~ SAHPI F ICP 5 6 ICtt-f> 60 ~ 0- -, '} 0 0 ". III'i'"a '0'a'I!a, C>

,'.~v >>(t j g$ .>> y'>>< h~N jg.

I AIIFP rANT ~ >>AI4 ~ FCR-3 I 6 ECR-35 lnn>0 0 ~0 0~0 - i76f>C". ";j::!.".'. )Zis0" IGRTH sl NISI It IcH-260 24000 Idb.o, ." .'kb30~~.>'40 SAUT I> Sf A)Sr>I f CH-?65 ~ 0 I ln ~ 0 109 2,8I<<4- " i'l26k p'

>.. ',)l%

AIR PART ~ RAP AAS >>AN ECR-31 6 FCR-3?. 120+0 'l350 ~ 0 1344 rAIITRAI hltt TA CANT. I>rp-Inn I, xrp-In) I?0 ~ 0 130 ~ 0 127 ~ 8 92<<7 ' )2<<8$ ,'fdlb

- ~>.i p.q~g~~. ',444.~a~.Y CANTRAI AIP TO CANT ~ Irr -IA2 6 xcR-)03 1?o.n 650.0 7~snn.o 23232.n - "-=--4-.9--~" .18".

7 IAA0 ~ 0 ?354A<<l 8)<<4 12 ~ 0 C

340.o 341 ' 7)<<4 )2<<3 >> ":-":!4>>tt >.;

I e

>>>>4>>>>>>>>>>>>>> n. c. Crrnrs'rrrcr Fhr pr.htrf ~ rrrrl T Nn. I >>>>>>>>>>>>>>>>>>>>

TVftF 2'rl" htlrr ~ 'Ct ~ I,f /LIF rrh lf TF Sl OF Cntrlh INrrf trT ISAI '%Tlntr Vhl.VF9 AURltrf .IULY 19A2 OUTAGF TYPF, t'C" nhTA ItIFOrtIYATION

'd'f .2:If -1 Cof-PFI;TEn PFSIII, TS nF VAI VF TFSTltrG ~,i~i.:I)':1 I

TEST STFP nEsCRIPTI0N 011 I bL I IIE INol cATEn coRREc TED .,,"TErI'RRAJgffk'0@5$9

LEPf<AGF LEAVAGE LEAKAGE: ': <~

Aam&SF %%>>ik>>

>>ITvnrlFH Tn PRT GcR-3nl 45.0 0~0 020 84 ~ 3 ' fki5:.j (~I@ S NI TROGFtl TO ACCUH ~ GCR-314 oso SSFFTY III.I TFST LT IF FS.-TITTTT2 l'll 270.0 o.o 0.0 SAh8 -: .2*'",.1"')i)~

ofr Plf TO PRT tICR-?52  : '.- -: I&It o";.I-,-. 5oko:,.";:,.;.'..-;~.W44- '0

'.'~,::: >> .2$ <<$ "P~$"-)'.:Q I RCP Oll. CLRS. CCV CCH-45?2454r4511 . 1200.0 0.0 0.0.: .;.":.<<55j4,.gal.rt: I 90 RCP OIL CLRS ~ Left CCff".4511453I489F': 'l'.*:.Yi;")20'gi)i <, .f -.

-"-'.tth4.'P'CF95 LETnOVri HX CCH CCR-4SO a CCR-4A? .

300.0 O.O -

- 'OjO.'F'"F" '."." '55hr'I':;:-jp~'.">>Qhl Q'2 .,":: 24O<<O';-;:

~

RX SUPPORTS Ccff t:CfI-45) t Celt-135'.* NrYOOO>>0:- .".:;":g4Q 0$ .-=- RX-SUPPORTS CCV CGR-455-f2<Crt-456--:- t4) '0 Yr,." oao".,'.i ,.

? +,1$ + ~

94- - GPAP. ShfrttIE SH 4"4 SH 6 ~ -'- 60-OT- r "MONT+-PRESSr AI ARH-PPP 300- .0 g 0 "----

cotrTs PRFsss-AI APH PPP Rhl -"--" " ' 0

(

TIT rt ~

t

+ii4++ ++ O ~ C ~ COOK tntCLFAR Pl Al"T ~ UN1T NO 1 ++4~++++ ~ <<

T>PF. "f'" A>>O "C" LFAK HATF TCST OF CONTAltlNFHT 1SOl ATIOH VALVE,S OURitlG JULY 19P2 OUTAGE h

TYPF 'C" DATA 1NFORMATTON Cot Rf CTEO PF Sl>l TS OF VAI VF TFST1NG TF.ST 'STEP D f'SCR iP T TON GlttnL ttlE THDTCATFO CORRECTE',b ,tftlPERATUttF..-.WR)SCURF)a~-

LEAKAGE I.FAKAGF

%%%&A i eeea ~

97 CONT ~ PPFSS ~ Al ANN PPP ln7 n,0 0 '

9R COHTu PRFSS ~ AlA+N PPP 303 n.o 0 0 Cntli, PPCSS ~ Al ARED PPA-'tin 4 PPA-311 n.n 0 ' 0 ~0 11a5 ~ i.>.'i2a't Pg'+j ion CONT ~ PRf;SS ~ Al ARtc PPA. 312 t PPA 313 ...'. 0 0 0~0 101 PORnN 1HJFCTlOH ICH-251 240 ' 0 ' Oa0 . -"74~5"""'*"-""'18iILg 102 BORON THJFCTTON tCQ.250 "::Il-'.' '.)'846 jb '."'.";,'" . 6'a'4;,.': 4;) jt'0 FLO CHANNFL PHFSS ~ CA-1~15 0 "

0 ~ 0 Oa0 '... i -."54$ ig i".~

y>~sfgW'ltan" vFLD cHANtlEL PHFssa cA~181N '000sd. l'; 4'0(IIifg GRAB -SAHPLF, SHM~MN 10

.: ';p k t'.t CPH COTLS-74S CCtt -.-Celt-74 t-25---.-- ---- -- no;0 -.- .

0;0 - t---- 0-.0

'.A'Qi ttguP'~4

.=- 60",0 cPH-Coll;sMh'5"cctf Mlt 244 25

'n.n '140 ~. i1I 0 " 138 0...,. Qb 1

cPH coiLs 344 cctt - ce'II~24> 72 "

lnna0 "357 ~ 8 " 80" 5 B.

50 ' 49 ' 79+5 12 ~ 0 ',165'.ig I g~

0 oa<<oeeoeoa 9, Q~ CQ(lK NIICLFAQ I&LAt&f~ IINI T IIO ~ 1 ooeeaeoooe TYIYF "I&" htlO "r" LFhK Ph fE TFS f &IF CANTA 1Nt'FNT f SOI 4T lON VhLVES OUR 1tlG .NLY 19A2 OUTAGE

~ , ~ hr '1 I> h TYPPE "C&'hTA ftlFORwA< fON I 1

'I I ~

I I

gp ..',.i;)j'l.'~g-',Ih' I CORPFCTFO PFSlll TS OF Vhl VF TFSTlNG

.. Q. ~ TEST STEP OFSCPfPflON GUloLltlF 1.EAKAGE ftlpfrATEo LEAKAGE coRREcTED LEAKAGE '.

.TEHPEAAYIJ1IE; '-. T,AE55

.:f" "'-5'5:." "$ '*

I I

ll l

I'P'&'no h ~

cptl cnll s 34* ccM

%&9 A&!HWSCIN cru-2<<-72 60.0 0.0 0,0 82 0 " ." )24kj(;-155.;.'r h

iln CCII TO CEO-1 Cct&"430 90 '. ' ~ 0 ccrc FRoM rFA-1 crtI-43l on.n 0.0 0,0 -'7l.l .-'.;."'.lke44" .

f$

9 112 CPH COTLS 245 Cclf CCR-44n ' ~

00 ~ 0/, 5;, . 0~0 . ',:<'-,0-d'f:.Il'<',4<AN 113 rcM To cro-?. ccu-43? on.n 50.0 49.9 ..: )4s'9 $ ~+-, ';~ g>'fg~j c.w To cFo-2 CCI1~433 --: ;-9o.3-';fj<j '5""4o.b .;".g<+9)gg';.

&5! <<J4;III ) sP<ftw&'Pgi N CO1LS 344 Cctt CCR"44l

&rl LYCOL &IIPPLY OIIP&N&lON'-15& & 5 159:': -,.'- 69 9 I ' II.;" II,.:I')Ill~@ !,

P I.YCOL RFTIIPtl FXPANSION o-157 f& R-l58 60.0 0.0 0,0 65~6.'.;, "'.:"..':12a84 q~l OST ACI'. ~ SAIPPJ E RETo ~

NS 357 I

gi POST hCr ~ Shl&Plf RFT ~ FCR-494 A ECR-497 lan 30 an 2950 .', b5<<3: 1 di 4 .').b,",I

(

POST ACC ~ SAMPI F. 5UPPLY FCR-416 15 ~ 0 an

'iW O

~:" r.;. P 'YN

! ~

',.-i Q 7

~I Qp ~

i.F

'f YPF 'f)" htll)

<<<<<<<<<<<<>>>> I) ~ C ~ COOK Nl)CL,.N) UNI NO <<<<<<<<<<4>><<<<

~ T 1

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~

OF CONTAIN ~ I i lSOl hT ION VAI,VFS l)IIR1tui JULY

. i%A? OUTAGF

'I/l I

, n. Tl, ~t(2 TYPF "C" OATA 1NFOR EATfntl I

~I'FS!Et CVI'PF('TFO I.FRIT TS OF VAI VF TFST1NG

>FST STFP 121 POST 44aj

nFSCPTPTION h(.'0 ~ SAPPI F S)IISPI,Y OS

<CP 417

~,

OUIOLTNF 1'

TIIOTCATEO LFAKAGE 0 '

CORRECTEO LFAKAGE 0 '

TEROERRTURE

82. 6 OliFSSURI:

t3'FAKAGE l2)S"',.:g,') hS<P"t 3 127 CONTnlNMFIIT 5AP I.ING FCR 535 30.0 i ET CONTATN)IFtIT Sh)2 I.ING FCR-536 30 ~ 0 7' 74<0 84o9 " ."-,'I'- laatl>>ij, 124 LOIIER RM5 fIFTURN FCR 36 120 ~ 5 .".:- OS0 .s..: 0)0'::f.

lf

~ ~-- - " 'i "'~ 1 "V P'4~S 5~

1?.5 LnllfR ('Ot)T ~ PM5 Rf"fURI! Clif'('K VLV~ 60 ~ 0 17500 ~ 0 17549 ~ 9 69iff,;;; ...;:.'18ik'I'"shf l)

".,I -34iiO:2 - f<<OETOf<<liIE..RI<<

I

~l

f,',., 3:o) O O'3:"'"~]OP C

0~

44444444400 Ih ~ C ~ CO(IK Illlrt Feh23 PLAI<T ~ IIHI T Nn TYITr>>ROO ANII >>r>> LFA< PITTF TI ST OF CtiNYAIOI<<FIiT ISOI ehTIOOI VnLVFS OI~PIHr3 .IIILY 1982 OUTAGF TYPF. 2'C>> OATA INFOPEIAT ION tf.

CAMPI FTEO TFST VOI IIMFS TFST VOL UHE of srnlr 1 IQN GI) I OEL CORRECTED .Ii~ 'iRIAL-No"Ilk 'F; g ',

INE'EAKAGE LEAKAGE- =L~o:::VgLUH ltd) 040

>>wa 8%0>>H>>av =0.9040I" 432='

I---

P ctv-<<I CLV <<I wen-9no WCR 4-wck-9o2 .

9nl h WCR-903 "720 D

'" ~~-0-~ .C .

b

~ ~

3 ct v <<4 vcn-912 d vcn-914 4 <<4 >cp=nI3-h wcp 91ot CIIv <<I wcn-9pn 6 wcp-V?7 480 ~ 0 rttv <<I wcn-42I. h wck-973 CUV-<<~tR 932 d 'WCR 93 ,"48060

""-- " 10 11 9

cttv <<4 ttcp <<I vcR 933 h wcn-935 VCR a41 d WCR-945 RCP-%1"-0-VCR EI5)'"h 4CR 95 I PCP <<4 WCR-944 h WCR-948 360 '

-IO~L'V O~CII

)P. Rcp <<4 wcR-954 h 'wrn-958 360 '

9pa-~CO 90

'CLV <<2 0* VCR-905. 6 VCR-9P7.::-.

....., .0,. ....T,E.OI.O

-;-'-,"->:..j'4',:.:-4 120<0)>>0,, ~'

2 a

'I 15

---

cllvv-<<3---wcR cLv te3 vtR~908 d wCR-9ll} '"<<:I',

-O':El;.-.ij':,$ ~~'P'2,,~t 720i(I<

'--+-'-@-'--'l?o"

~.

Ih" 9n9-4 wcn-911. '

ct o

<<7 wcR-924 6 wcP-976 480 ~ 0 ' .0: ..:I:.0 ~ 0 i g-'0," 9'g-..0'-3 '.~~6 I CIIV 47 WCR 9? h WCR-927 COV.>>i ~aOOIO,,

0 9

n I

ctlv <<3 PCP <<2

-VCP-OEO.hmCO-OOe wcR-929 d wcn-931 VCR 942 d VCR"946

.:,3 ',';(q<','"'480i0

"- " :.'. "-. 360io': '2

-';2 -', ', - 40 0

.'SO..

?7 Iec23 <<2 '-wcn"457. h wcR-956- '"' '360-0 9 23 RCP 43 VCR >43 6 wCP 947 360 '

?4 IICP <<3 VCR-953 h wCR-957 WCR-960-6-WCR-962... .- ~--""240'"

26, ..

?5 . INST r RHr E) &T xo,

'".'40 INsT ~ RHP EA'sT wcR 961 d wcR~963 .. - ~

" .'"'Ig "

= ~ 24090 ..'i~ ~.!,'f~2'<

27PP- IN~T ~ RH ~ VfST "IHPT;-IIH: IIEET VCR 9&4 6 VCR 966:

VCII 960 0 IICP OPT - ~ ~

2aO;0

~ 0 -. a'3'.oj- >?+)I;.OL II:

29 INC:T RH VENT <IIPPLY VCR IOI 6 VCP 201 I+no 0 .

0 0; ':;k,':-:"..

30 INRT I?H, vENT ~IIPPLY vcn-102 h vcR-202 1680 0 'oO'.-.'I.v'. ' ".. "j;;..g'ot..'

LOVEII VEHTWOPPI'9 VCO 003 WCO 203 vcR 104 & vcn 204 ',; ., =".200000 T:,tbhh

":.<>O>> ANO 00C>> LEAK PSSTF TCS) Of COIITA)NtIENT I. Al.tlftntt VALvES nllRING JULY 198? OUTAGE P

TYPE "C" DATA INFAPSIAT)ON 0 I

COHPLFTED TFST VAI UHFS ~ 'VI, k

<<0 <<O 44 06 <<6>> 60 4 <<0'9 C Ia 00 4 SSC 6 4 N 'lll~gQ <<,~I.

TFST VOLUHE nt'scR)pTIAN GUInEL)NE CORSECTEy;:I <&'>I:fh AQ1I.

)EAKAGF. ';,-LEAK {)E .:. : .~;0)I,U

'6 &i<<a 44 --"-WSP 8- ECM)B 8 ECR 28 45 fSP-9, FCR 19 d ECR 29 46 RCP <<1 SE'AL HATER CS-44?"

47- "--'" - -RCP ¹4'EAL 'HATF+ 'S l4&4 1

48 ltCP <<2 SFAI. HATFR CS-442-2 120 ~ 0 51,-

.-- - 49 RCP tt3 SFAL HATF> CS-44?"3 1?n.o

-- -S')-

"50

'52 RF).-lfFMALWE-t{EADER"T~f)T A)R f)ARt. RAb GAS HON1tOR

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