Text

VC Summer Nuclear Station Unit 1 Second Periodic Reactor Containment Bldg Integrated Leakage Rate Test, Final Rept
	ML20247F777
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Site:	Summer
Issue date:	09/30/1988
From:	; GENERAL PHYSICS CORP.
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	GP-R-312015, NUDOCS 8904040030
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SOUTH CAROLINA ELECTRIC AND GAS COMPANY VIRGIL C. SUMMER NUCLEAR STATION UNIT 1 SECOND PERIODIC REACTOR CONTAINMENT BUILDING INTEGRATED LEAKAGE RATE TEST FINAL REPORT DOCh ET NO. 50-395 Prepared by General Physics Corporation l

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8904040030 890328 PDR ADOCK 05000395 P PDC -,

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TABLE OF CONTENTS f

.Page Section 1

1. S UM M A RY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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2. TEST SYN OPSIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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3. TEST

SUMMARY

DATA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

10 l 4. ANALYSIS AND INTERPRETATION . . . . . . . . . . . . . . . . . . . . . . . . .

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5. REFE R EN CES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Appendices A. Description of General Physics ILRT Computer Program

- B. Summary of Measured Data - Stabilization Phase and Stabilization Criteria Printouts C. ILRT Trend Report and Average Data Values D. ILRT Summary of Measured Data E. ILRT and Verification Plots, Air Mass, Temperature, Pressure, Vapor Pressure and Leakage Rate F. Verification Trend Report and Average Data Values G. Verification Test Summary of Measured Data H. ISG Calculations I. Local Leakage Rate Test Results i I

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1.

SUMMARY

This report presents data. analyses and conclusions pertaining to the V.C. Summer Nuclear Station (VCSNS), Unit 1, second periodic Integrated Leakage Rate Test (ILRT) performed in September 1988. Included in the report is a presentation of the Local Leakage Rate Test Results required by the U.S. Code of Federal Regulations.10CFR50.

Appendix J.

A 25 hour2.893519e-4 days 0.00694 hours 4.133598e-5 weeks 9.5125e-6 months ILRT was successfully performed at the beginning of the VCSNS fotrth refueling outage from 15:00 on September 27th to 16:15 on September 28th.1988. The ILRT was followed by a successful verification (imposed leakage) test to ensure satisfactory instrument performance. The following is a summary of test results.

expressed in weight percent per day:

! Test Result &c/ day) Acceptance Criteria i'

Total Time Method ILRT Calc 0.0878 0.150 ILRT UCL* 0.1057 0.150 l Verification Lam 0.271 0.250 to 0.350 Mass Point Method ILRT Lam 0.0678 0.150 l ILRT UCL* 0.0724 0.150 l

Verification Lam 0.259 0.230 to 0.330 f - UCL = 95Fc Upper Confidence Level 1

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GP-R-312015 GENERAL PHYSICS CORPORATION A chronological summary of events, a summary of plant technical data and a discussion of test results are included in subsequent portions of this report.

l II. TEST SYNOPSIS The reactor containment building Integrated Leakage Rate Test (Type A) is performed to demonstrate that leakage through the primary reactor containment systems or components penetrating primary containment does not exceed the allowable leakage rate specified in the V.C. Summer Nuclear Station, Unit 1, Technical Specifications 3.6.1.2.a.

The successful periodic Type A and supplemental verification tests were performed according to the requirements of the V.C. Summer Nuclear Station, Unit 1, Technical Specifications and 10CFR50, Appendix J. The Type A test method used is the absolute method described in ANSI N45.4-1972, " Leakage Rate Testing of Containment Structures for Nuclear Reactors." The leakage rate was calculated using the Total Time Analysis Technique and formulas from the above ANSI standard, and the Mass Point Analysis Technique from ANSI standard 56.8-1987. The Total Time Analysis technique measures leakage rate based on the most recent data point and the data point taken at the start of the test. The overall calculated leakage rate is determined by applying linear regression analysis to all measured leakage rate data at the end of the test period. The Mass Point technique calculates the containment air mass at each data point. The leakage rate is then determined by applying linear regression analysis to the measured air masses.

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GP-R-317015 GENERAL PHYSICS CORPORATION Ninety-five percen? confidence levels were calculated for leakage rate data to ensure a 95% probability that the calculated leakage rate value is within the acceptance limits.

All calculations were done with General Physic's ILRT computer program described in Appendix A.

The temperature and pressure history, containment air mass and total time leakage rate were plotted by the computer program. These plots are in Appendix E.

Pretest preparations included ILRT measurement system installation and checkout, system valve alignments and a general area temperature survey of the accessible areas of the containment.

Pressurization of the containment commenced 10:45 on September 26th. A one hour hold period at ten psig was instituted to inspect system and test boundaries for leakage.

Three penetrations were noted to have wate "r air leaking from lineup vents. All three leaks were attributed to boundary valve leakage and were stopped by shutting additional boundary valves as in the case of penetration #310 service air, and penetration #320 N 2 supply to the safety injection reservoir tank. A one gallon per minute leak from penetration #422 stopped when the reactor makeup water pump was shutdown.

Pressurization was resumed at 1400 hours0.0162 days 0.389 hours 0.00231 weeks 5.327e-4 months . The Reactor Building Cooling Units (RBCU) fans were run during pressurization with amperage limits procedurally set. At 15:50 hours and an average pressure of 33.18 psia, the amperage limit was reached and the RBCUs were shut down. Pressurization continued until the test pressure of 50 psig was reached at approximately 2200 hours0.0255 days 0.611 hours 0.00364 weeks 8.371e-4 months on September 26,1988.

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i GP-R-312015 GENERAL PHYSICS CORPORATION The Stabilization Period was commenced at 2200 hours0.0255 days 0.611 hours 0.00364 weeks 8.371e-4 months on September 26. Initial 1

i- containment pressure was 64.4 psia,49.9 psig. Cool down of the large air mass in the r

dome region caused a drop in containment pressure and a decision was made to restart 1

compressors at 0225 on the 27th. The new test pressure was reached at 0255 and the i

stabilization period resumed.

Early indications of excessive leakage were traced to flange leaks on the containment depressurization line and ILRT measurement system sensing line spool piece flanges (penetration number 211 and 201 respectively). These penetrations are normally blind flanged during operation with the flanges tested as part of the Type B test program. As the leaking flanges did not constitute a part of the containment boundary, the flange bolts were tightened and the ILRT started at 1500 on September 27th with the Region II leak rate inspector's concurrence.

The ILRT was successfully completed at 16:15 on September 28th. A leak approximately equivalent to L a(11.9 SCFM) was imposed on the containment and a successful verification test run from 16:30 to 20:45 on September 28,1988.

A description of the computer program used to calculate the leakage rates is given in Appendix A. Test summary data, leakage rate reports and plots are given in Appendices B through F. Localleakage rate test results are given in Appendix 1.

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l III. TEST

SUMMARY

DATA A. Plant Information i

Licensee: South Carolina Electric and Gas Company Plant: Virgil C. Summer Nuclear Station, Unit 1 Location: Jenkinsville, SC Containment Type: Reinforced, Post Tensioned Concrete Date Test Completed: September 28,1988 I

Docket Number: 50-395 B. Technical Data

1. Containment Net Free Air Volume 1,840,000 cubic feet

2. Design Pressure 57 psig

3. Calculated Peak Accident Pressure, Pa 47.1 psig

4. Containment ILRT Average

> Temperature Limits 55-120 F C. Test Results + Type A Te'

1. Test Method Absolute

> 2. Data Analysis Techniques Total Time and Mass Point 5

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3. Test Pressure 47.1 psig + 5.0, -0.0

4. ~ Maximum Allowable Leakage Rate, La 0.2%/ day

5. 75% of La 0.150%/ day

6. Integrated Leakage Rate Test Results Leakage Rate, %/ day From Regression At Upper 95%-

Line (Lam) Confidence Level Total Time Analysis 0.0878 0.1057 Mass Point Analysis 0.0678 0.0724

7. Verification Test Imposed 11.9 scfm Leakage Rate, Lo%/ day 0.2125%/ day -

8. Verification Test Results Leakage Rate, %/ day Limits Total Time Analysis 0.271 0.250 to 0.350 Mass Point Analysis 0.259 0.230 to 0.330 l

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9. Report Printouts The Report Printouts of the Type A and Verification Test calculations are provided for the Total Time and Mass Point Analyses (Appendices C through F). Stabilization data is also provided (Appendix B).

D. Local Leakage Rate Test Results - Type B and C Tests (also see Appendix I)

The total of all Type B and C Tests using maximum pathway analysis for the LLRT program was .030%/ day. The maximum allowable local leak rate per the -

plant's technical specifications is 0.6 La, which is equal to 0.12%/ day, therefore, the total Type B and C leakage was <0.6 La.

E. Integrated Leak Rate Measurement System The following instrument system was used:

No. Required Description Specifications

1. Absolute Pressure 2* Mensor Precision Range: 0-100 psia Pressure Gauge Accuracy: 0.05%FS Resolution: 0.001 psia Repeatability: 0.001 psia 7

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l GP R-312015 GENERAL PHYSICS CORPORATION No. Required Description Specifications

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2. Drybulb Temperature 24 100 Ohm Range: 0-125 F Resistance Accuracy: 0.2 F f

Temperature Resolution: 0.001 F Sensors Repeatability: 0.01 F

- one used during test

3. Dewpoint Temperature 5* Chilled Mirror Range: 0-120 F Dewpoint Accuracy: 0.1% FS

- 1 failed prior Resolution: 0.001 to test,4 used Repeatability: 0.01 F during test

4. Flow 1 Rotameter Range: 1.8-18.05 scfm air Accuracy: 1%FS Sensitivity: NA Repeatability: 0.2% FS

5. Overall Instrumentation Selection Guide (ISG) Value, based on the ILRT instrumentation used and a 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months test duration = 0.0046%/ day.

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6. For Drybulb and Dewpoint Temperature Sensor Locations and Volume Fractions, see Table 1.

F. Information Retained at Plant I

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The following information is available for review at the Facility:

1. A listing of all containment penetrations, including the total number of penetrations, penetration size and function.

2. A listing of normally operating instrumentation used for the leakage rate test.

3. A system lineup, at time of test, showing required valve positions and status of piping systems.

4. A continuous, sequential log of events from initial survey of containment to restoration of all tested systems.

5. Documentation of instrumentation calibrations and standards, including an error analysis of instrumentation (Appendix G).

6. The working copy of test procedure that includes signature sign-off of procedural steps.

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7. The procedure and all data that would verify completion of penetrations and valve testing (Type' B & C tests).

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8. Data Acquisition System printout tapes of Integrated Leakage Rate Test Raw Data.

9. The Quality Assurance audit plan or checkout that was used to monitor ILRT with proper sign-offs.

10. The P & ids of pertinent systems.

IV. ANALYSIS AND INTERPRETATION A. During the ILRT,16 mechanical penetrations were not in post-LOCA lineup.

The penetrations, together with their post-ILRT Type C leakage rates are given below:

Penetration Description As Left (sccm) 105A Post Acc. H2 Removal 4.5 105B Post Acc. H2 Removal 3.6 201 Leak Rate Sys./Verif. 0.0 Test Flow Path 204 Component Cooling 223 210 Leak Rate Sys./ Press. 0.0 Sensing Line 10 l

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l- GP-R-312015 : GENERAL PHYSICS CORPORATION Penetration Description As Left (sccm) p I 211 Leak Rate Sys./ Depress. 0.0 Path -

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I 212 Leak Rate Sys./ Depress. 0.0 Path h 216 Leak Rate Sys./ Press.' O.0 Path 301A Post Acc. H2 Removal 12 301B Post Acc. H2 Removal 3.8 303 Supp'y to Spray Nozzles 440 Train B 312 Component Cooling 525 330 Component Cooling 1235

~401 Supply to Spray Nozzles 65 Train A 409 Charging Line to 105 Regen HX 410 CVCS Seal Wtr 380 Return from RCP's Total: 2996.9 seem I

i B. The calculated Mass Point leakage rate during the ILRT was 0.0678%/ day. The i

calculated 95% upper confidence level was 0.0724%/ day. The calculated Total Time leakage rate during the ILRT was 0.0878%/ day. The corresponding 95%

upper confidence level was 0.1057%/ day. Adding the total Type C minimum pathway leakage of systems not in post-LOCA lineup during the test yields the 11 i

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corrected leakage rates as follows:

Leakage Rate, %/ day I Mass Point Total Time s 95% UCL 95% UCL Calculated 0.0724 0.1057

'I ype C 0.0020 0.0020 "As Left" ILRT 0.0744 0.1077 Since the corrected 95% upper confidence levels for the Mass Point and Total g

Time leakage rates are less than 0.75 La, the test results demonstrate that leakage through the primary reactor containment, systems and components penetrating g

primary containment do not exceed the allowable leakage rate specified in the V.C. Summer Nuclear Station Technical Specificanons, Reference 1.

l C. As the ILRT was performed at the beginning of the outage, the "As Found" Type A Teat results consists of:

I 1. An evaluation of the containment penetration leakage savings due to l repairs or adjustments for those penetrations which were repaired prior to the Type A test, and were included in the Type A test lineup.

2. The pre-maintenance minimum pathway leakage of those penetrations previously identified as not being included in the Type A test lineup.

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, - 3. The penetrations which were repaired prior to the Type A Test, together 1

) with their pre and post maintenance minimum pathway leakages and the leakage savings are given below:

Pre-Maint. Post Maint. Lenkage Penetration MPL (SCCM) MPL (SCCM) Savings (SCCM) 101 1220.0 590.0 630.0 402 1430.0 241.0 1189.0 Total 1819.0 (SCCM)

4. The pre-maintenance minimum pathway leakage for the penetrations which were no_t in the Type A Test lineup are given below:

Penetration Description As Left (secm) 105A Post Acc. H2 Removal 3.3 105B Post Acc. H2 Removal 2.8 201 Leak Rate Sys./Verif. 0.0 Test Flow Path 204 Component Cocling 50.0 210 Leak Rate Sys./ Press. 0.0 Sensing Line 211 Leak Rate Sys./ Depress. 0.0 Path 212 Leak Rate Sys./ Depress. 0.0 Path 13

GP-R-312015 GENERAL PHYSICS CORPORATION Penetration Description As Left (sccm) 216 Leak Rate Sys./ Press. 0.0 i

Path l 301A Post Acc. H2 Removal 5.1 301B Post Acc. H2 Removal 11.0 l

303 Supply to Spray Nozzles 579.0 Train B 190.0 312 Component Cooling 330 Component Cooling 200.0 401 Supply to Spray Nozzles 123.0 Train A 409 Charging ~Line to 425.0 Regen HX 410 CVCS Seal Wtr 1708.0 Return from RCP's Total: 3297.2 seem

5. The total addition to the Type A test results to determine the "As Found" ILRT results is then the total pre-maintenance minimum pathway leakage of the sixteen penetrations which were not in the ILRT lineup added to the leakage savings realized from pre-ILRT repairs to penetrations 101 &

402, both of which were in their normal post-accident alignment for the test:

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a. Pre-maintenance MPL total: 3297.2 scem i b. Leakage savings (101 & 402) total: 1819.0 seem l Total addition: 5116.2 seem Total addition: 0.0034 %/ day i

D. The "As Found" condition of the containment is determined by adding the total leakage addition above (in %/ day), to the ILRT results at the 95% UCL from .

the computer as follows:

Leakace Rate (%/ day)

Mass Point Total Time 95% UCL Leakage 0.0724 0.1057 Leakage Savings /

+ Pre-Maint. MPL 0.0034 0.0034 "As Found" ILRT 0.0758 0.1091 Results i

Since the "As Found" ILRT results are less than 75% La, the test results and reconstruction of the "As Found" condition of the containment does not exceed the leakage currently specified by the NRC in its interpretation of 10CFR50 Appendix J. Type A and verification test durations were also performed in accordance with 10CFR50, Appendix J.

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l V. REFERENCES

'A. V.C. Summer Nuclear Station Technical Specifications B. V.C. Summer Nuclear Station Suneillance Test Procedure STP-206.001 Integrated Leak Rate Test.

C. 10CFR50, Appendix J, Reactor Containment Leakage Test for Water Cooled'

- Power Reactors.

D. ANSI N45.4-1972, Leakage Rate Testing of Containment Structures for Nuclear Reactors.

E. ' ANSI /ANS 56.8-1987, Containment System Leakage Testing Requirements.

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GP-R-312015 GENERAL PHYSICS CORPORATION Table 1 DRYBULB AND DEWPOINT TEMPERATURE SENSOR LOCATIONS l

Sensor Elevation Azimuth Channel Volume Number (ft) (decrees) Number Fractions 7307A 569 248 11 0.1005 7307B 569 63 12 0.1005 7307C 533 17 13 0.1413 7307D 533 191 14 0.1413 7307E 412 293 15 0.0200 7307F 514 352 16 0.0345 7307G 514 166 17 0.0346 7307H 463 133 18 0.0345 7307I 463 307 19 0.0346 7307J 463 40 20 0.0345 7307K 463 48 21 0.0346 7307L 463 193 22 0.0345 ,

7307M 463 200 23 0.0345 7307N 436 290 24 0.0200 73070 436 302 25 0.0200 7307P 436 38 26 0.0200 73070 436 73 27 0.0200 7307R 436 160 28 0.0200 7307S 436 207 29 0.0200 7307T 412 298 30 0.0200 7307U 412 45 31 0.0200 7307V 412 68 32 0.0200 7307W 412 156 33 0.0200 7307X 412 200 34 0.0200 l 1.0000 l

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GP-R-312015 GENERAL PHYSICS CORPORATION Sensor Elevation Azimuth Channel Volume Number (ft) (degrees) Number Fractions 7306A 556 17 1 0.4837 7306B 514 352 2 0.1291 7306C 463 133 3 0.1291 7306D 463 207 4 0.2581 7306E* 412 298 5 0.0000 1.0000

= Dewcell E failed prior to the test. Its volume fraction was added to dewcell D for the test calculations.

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GP-R-312015 GENERAL PIlYSICS CORPORATION Appendix A DESCRIPTION OF GENERAL PHYSICS ILRT COMPUTER PROGRAM

GP-R-312015 GENERAL PHYSICS CORPORATION Appendix A f

DESCRIPTION OF GENERAL PHYSICS ILRT COMPUTER PROGRAM

f. The General Physics ILRT team was equipped with two fully operational IBM compatible microcomputers for use by General Ph@s during the ILRT for on site data reduction and analysis. The computer software and hardware interfaced with the Autodata Nine Data Acquisition System used for the test.

Two computers were brought on site for 100% redundancy, as each computer and its software was capable of independently performing the ILRT. The General Physics ILRT Data Management Software was also capable of accepting manualinput of raw sensor data and performing all required sensor data conversions if the data logger ceased to function.

The General Physics ILRT Data Management Computer Program is written in IBM's BASICA.

BASICA is a high level programming language which combines programming ease with user oriented command functions to create an easy to use and understand program. In order to increase speed of operation the program was then compiled into an executable command file.

Compiling was accomplished using the IBM Basic Compiler. In addition to execution speed, this had the added benefit of making the program more secure as compiled programs cannot be j

edited or changed.

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1 The program itself is designed to be a menu driven program consisting of seven separate, menu driven operating modes. These are the:

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1. Installation Mode l 2. Pre Test Mode

3. Pressurization Mode

4. Stabilization Mode

5. Test Mode

6. Verification Mode

7. Depressurization Mode These modes also correspond to the phases of the ILRT. Menu driven means that the user is presented with a list of options that the program can perform and from which the user can choose. It allows for interactive inf"mation exchange between the user and the computer and prevents invalid information or user mistakes from crashing the program. Program organization consists of a master menu which controls access to the seven operating modes chained to the individual menus which control these modes. The data processing, information display capabilities and function of each mode is as follows:

1. Installation Mode: Used to install the volume weighing factors for RTD's, dewcells, and pressure gauges; to install constants such as plant name, unit, volume, La value, number l of sensors; to create and label the data files for modes 2 through 7 (above), to enter names of test directors, computer operators, and date of file origination.

2. Pre-Test Mode: ILRT measurement system burn-in, zero pressure testing, etc.

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t GPa-312015 GENERAL PHYSICS CORPORATION l 3. Pressurization Mode: All data. reduction, graphic displays of average temperature, dewpoint, and corrected pressure.

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4. Stabilization Mode: All data reduction, automatic comparison of data against ANSI 56.8 and BN-TOP-1 temperature stabilization criteria, notification when criteria is met, graphic displays of average temperature, dewpoint, and corrected pressure. ;

5. Test Mode: All data reduction, calculation of leakage rates using mass point, total time anci point-to-point analysis techniques, display of trend report information required by _

BN-TOP-1, graphic display of average temperature, dewpoint, pressure and mass, as well as graphic display of mass point measured leakage,95% UCL; total time measured and calculated leakage and the total time leakage rate at the 95% UCL (as calculated by BN-TOP-1), including a superimposed acceptance criteria line).

6. Verification Test Mode: With input of imposed leakage in SCFM automatically calculates and displays on graph and trend report the acceptance criteria band, plus all graphics displays available in test mode.

7. Deoressurization Mode: All data and graphics capabilities of Pressurization Mode program, i

GP R-312015 GENERAlL PHYSICS CORPORATION Other reduction and analysis capabilities of the General Physics ILRT computer program include:

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1. Containment total pressure conversion from counts to psia (if required), and averaging.

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2. Containment drybulb temperature weighted averaging and conversion to absolute units.

3. Containment dewpoint temperature weighted averaging (conversion from Foxboro-dewcell element temperature to dewpoint temperature if required) and conversion to partial pressure of water vapor (psia).

4.- Data storage of ILRT measurement system inputs for each data point.

5. Weight (mass) point calculations using the ideal gas law.

6. Automated Data Acquisition and/or Manual Data Entry.

7. Sensor performance and deviation information for sensor failure criteria, graphic display of individual sensor performance for selected operating mode.

8. Calculation of ISG formula at beginning of test; acceptance criteria based on number of sensors remaining and actual test duration.

9. Computer System Error Functions automatically checks for error in incoming data, printer or disk drive faults.

GP-R-312015 GENERAL PHYSICS CORPORATION The computer program used by General Physics has been previously certified for ILRTs at the San Onofre Nuclear Generating Station, Nine Mile Point, and for the ILRTs at Kewaunee Nuclear Power Plant and Limerick Generating Station. The initial certifkation required verification of the program through hand calculations and an independent review by Bechtel l Power Corporation. After certification was completed a calibration set of raw data was established from the data used to verify software of the program prior to usage. Additionally, data from a previous ILRT at the plant is entered into the program to further verify performance, as configured for the particular plant application, by obtaining acceptable agreement between the results within limits of truncation and round-off error. !

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f i Appendix B

SUMMARY

OF MEASURED DATA I Stabilization Phase and Stabilization Criteria Printouts I

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BN-TOP-1 STABILIZATION CRITERIA TIME TEMP BN BN I

dT dT2 7.75 98.5160 -0.2226 -0.1654 7 7.50 98.5406 -0.4593 -0.2912

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7.25 98.5675 -0.4830 -0.3174 7.00 98.6072 -0.7248 -0.4629 6.75 98.6508 -0.2002 -0.3316 6.52 98.6832 0.5029 -0.0535 6.25 98.7356 0.2317 -0.0546 5.75 98.8772 0.0065 -0.0683

) 5.52 98.9788 -0.0682 -0.0490 h 5.25 99.2013 -0.1252 0.0201 5.00 99.4957 -0.1961 0.1261 i 4.75 99.3095 -0.2766 -0.0126 l 4.50 98.8577 -0.3416 -0.2890 4.25 98.9086 -0.3663 -0.3149 4.00 98.9702 -0.4052 -0.3434 3.75 99.0205 -0.4533 -0.3858 3.50 99.0907 -0.5300 -0.4350 3.25 99.1610 -0.6327 -0.5033 3.00 99.2436 -0.7788 -0.5943 2.75 99.3348 -0.9832 -0.7204 2.50 99.4358 -1.3497 -0.9264 2.25 99.5383 -1.9145 -1.2504 2.00 99.6570 -2.7656 -1.7418 1.75 99.7921 0.0000 0.0000 1.50 99.9606 0.0000 0.0000 1.25 %100.1677 0.0000 0.0000 1.00 %100.4322 0.0000 0.0000 0.75 %100.7756 0.0000 0.0000 0.50 %101.2885 0.0000 0.0000 0.25 %102.0391 0.0000 0.0000 0.00 %103.1405 0.0000 0.0000 f

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STABILIZATION ANSI 56.8 TIME TEMP 56.8 56.8 PRESS 56.8

) 1 HR 4 HR dP F/HR F/HR PSI /HR l

7.75 98.52 -0.13 -0.13 63.95 .0047 7.50 98.54 -0.16 -0.14 63.95 .0073 f 7.25 98.57 -0.17 -0.15 63.96 .0028 L 7.00 98.61 -0.20 -0.16 63.96 .0074 6.75 98.65 -0.21 -0.17 63.97 .0090

! 6.52 98.68 -0.30 -0.19 63.98 .0087 6.25 98.74 -0.52 -0.20 63.99 .0146 5.75 98.88 -0.43 -0.23 64.00 .0064 5.52 98.98 0.14 -0.25 64.01 .0188 5.25 99.20 0.29 -0.24 64.03 .0294 5.00 99.50 0.53 -0.23 64.05 0.0356 4.75 99.31 0.29 -0.37 64.02 0.6333 4.50 98.86 -0.23 -0.61 63.39 .0115 4.25 98.91 -0.25 -0.78 63.40 .0050 4.00 98.97 -0.27 -1.04 63.40 .0078 3.75 99.02 -0.31 0.00 63.41 .0382 3.50 99.09 -0.35 0.00 63.45 0.0193 3.25 99.16 -0.38 0.00 63.43 .0110 3.00 99.24 -0.41 0.00 63.44 .0139 2.75 99.33 -0.46 0.00 63.45 .0099

.50 99.44 -0.52 0.00 63.46 .0134

. 25 99.54 -0.63 0.00 63.48 .0132 2.00 99.66 -0.78 0.00 63.49 .0218 1.75 99.79 -0.98 0.00 63.51 .0140 1.50 99.96 -1.33 0.00 63.53 .0268 1.25 %100.17 -1.87 0.00 63.55 .0213 1.00 %100.43 -2.71 0.00 63.57 .0350 0.75 %100.78 0.00 0.00 63.61 0.0000 0.50 %101.29 0.00 0.00 63.64 0.0000 0.25 %102.04 0.00 0.00 63.72 0.0000 0.00 %103.14 0.00 0.00 63.83 0.0000 l

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AVG. DATA VALUES UNIT # 1

[ DATE TIME T(I) P(I) DT(I) VP(I) MASS (I) y __________________________________________________________________

270 0.00 %103.14 63.83 85.75 0.610 563265 270 0.25 %102.04 63.72 85.54 0.606 563434 270 0.50 %101.29 63.64 86.13 0.618 563465 270 0.75 X100.78 63.61 85.52 0.606 563680 270 1.00 %100.43 63.57 85.31 0.602 563715 f 270 1.25 %100.17 63.55 85.01 0.596 563793 i 270 1.50 99.96 63.53 85.10 O.598 563764 270 1.75 99.79 63.51 84.74 0.591 563809 271 2.00 99.66 63.49 84.99 0.596 563751 271 2.25 99.54 63.48 84.68 0.590 563754 271 2.50 99.44 63.46 84.60 0.588 563738 271 2.75 99.33 63.45 84.38 0.584 563752 271 3.00 99.24 63.44 84.38 0.584 563721 271 3.25 99.16 63.43 84.27 0.582 563706 271 3.50 99.09 63.45 82.61 0.552 563949 271 3.75 99.02 63.41 84.16 0.580 563680 271 4.00 98.97 63.40 84.04 0.578 563662 271 4.25 98.91 63.40 83.88 0.575 563680 271 4.50 98.86 63.39 84.01 0.577 563629 271 4.75 99.31 64.02 84.10 0.579 568800 271 S.00 99.50 64.05 83.91 0.575 568927 271 S.25 99.20 64.03 83.82 0.574 568965 271 5.52 98.98 64.01 83.70 0.571 569025 271 5.75 98.88 64.00 83.40 0.566 569071 271 6.25 98.74 63.99 83.16 0.562 569085 271 6.52 98.68 63.98 83.19 0.562 569061 271 6.75 98.65 63.97 83.25 0.563 569014 271 7.00 98.61 63.96 83.27 0.564 368993 271 7.25 98.57 63.96 83.09 0.560 569009 271 7.50 98.54 63.95 83.16 0.562 568972 271 7.75 98.52 63.95 83.09 0.560 568955 i

SUMMARY

OF MEASURED DATA f

) VC SUMMER 1 i DATE: 270 TIME: 22:00 t

f I

TEMP RTD 1 =+107.570 DEG. F TEMP RTD 2 =+107.330 DEG. F TEMP RTD 3 =+105.850 DEG. F i TEMP RTD 4 =+105.460 DEG. F TEMP RTD 5 = +95.500 DEG. F TEMP RTD 6 =+103.960 DEG. F TEMP RTD 7 =+103.830 DEG. F TEMP RTD 8 =+101j 730 DEG. F TEMP RTD 9 =+10I.690 DEG. F TEMP RTD 10 =+102.750 DEG. F TEMP RTD 11 =+102.540 DEG. F TEMP RTD 12 =+102.280 DEG. F TEMP RTD 13 =+102.470 DEG. F TEMP RTD 14 =+100.290 DEG. F TEMP RTD 15 = +97.510 DEG. F TEMP RTD 16 = +99.570 DEG. F TEMP RTD 17 = +98.650 DEG. F TEMP RTD 18 = +99.060 DEG. F TEMP RTD 19 = +98.400 DEG. F TEMP RTD 20 = +94.860 DEG. F TEMP RTD 21 = +96.400 DEG. F TEMP RTD 22 = +95.570 DEG. F TEMP RTD 23 = +95.330 DEG. F TEMP RTD 24 = +94.400 DEG. F PRESS GAUGE 1 = +64.448 PSI PRESS GAUGE 2 = +64.428 PSI DEW TEMP CELL 1 = +86.410 DEG. F DEW TEMP CELL 2 = +85.980 DEG. F DEW TEMP CELL 3 = +87.000 DEG. F DEW TEMP CELL 4 = +83.790 DEG. F DEW TEMP CELL 5 = +33.890 DEG. F AVERAGE TEMPERATURE = +103.141 DEG. F AVERAGE PRESSURE = +64.441 PSIA ie kimbE EW iEHF =

ci D . b4 /bb . -

AVERAGE VPR PPE55 = +0.610 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1

, DATE: 270 TIME: 22:15 TEMP RTD 1 =+105.900 DEG. F TEMP RTD 2 =+105.620 DEG. F l TEMP RTD 3 =+104.250 DEG. F

( TEMP RTD 4 =+104.080 DEG. F TEMP RTD 5 = +95.110. DEG. F TEMP RTD 6 =+102.900 DEG. F TEMP RTD 7 =+102.670 DEG. F TEMP RTD 8 =+100.800 DEG. F TEMP RTD 9 =+100.690 DEG. F TEMP RTD 10 =+101.730 DEG. F TEMP RTD 11 =+101.580 DEG. F TEMP RTD 12 =+101.350 DEG. F TEMP PTD 13 =+101.510 DEG. F TEMP h.D 14 = +99.940 DEG. F TEMP RTL 15 = +97.290 DEG. F TEMP RTD 16 = +99.380 DEG. F TEMP RTD 17 = +98.330 DEG. F TEMP RTD 18 = +98.890 DEG. F TEMP RTD 19 = +98.150 DEG. F TEMP RTD 20 = +94.720 DEG. F TEMP RTD 21 = +96.040 DEG. F TEMP RTD 22 = +95.390 DEG. F TEMP RTD 23 = +94.870 DEG. F TEMP RTD 24 = +94.250 DEG. F PRESS GAUGE 1 = +64.338 PSI PRESS GAUGE 2 = +o4.325 PSI DEW TEMP CELL 1 = +86.150 DEG. F DEW TEMP CELL 2 = +85.020 DEG. F DEW TEMP CELL 3 = +86.200 DEG. F DEW TEMP CELL 4 = +84.310 DEG. F DEW TEMP CELL 5 = +32.800 DEG. F AVERAbE TEMPERATURE a -*102.039 DEG. F AVERAGE PRESSURE = +64.331 FSIA

-, J i h. a w> d , a i. ,Q& - . -4, . u .~ a L.

AVERAGE '/PR PFESS = +0.606 PSIA

)

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 270 TIME: 22:30 TEMP RTD 1 =+104.590 DEG. F TEMP RTD 2 =+104.280 DEG. F TEMP RTD 3 =+103.100 DEG. F

[

L TEMP RTD 4 =+103.010 DEG. F TEMP RTD 5 = +95.080 DEG. F TEMP RTD 6 =+102.160 DEG. F TEMP RTD 7 =+102.180 DEG. F TEMP RTD 8 =+100.350 DEG. F TEMP RTD 9 =+100.210 DEG. F TEMP RTD 10 =+101.150 DEG. F TEMP RTD 11 =+101.100 DEG. F TEMP RTD 12 =+100.880 DEG. F TEMP RTD 13 =+100.970 DEG. F TEMP RTD 14 = +99.810 DEG. F TEMP RTD 15 = +97.250 DEG. F TEMP RTD 16 = +99.270 DEG. F TEMP RTD 17 = +98.190 DEG. F TEMP RTD 18 = +98.730 DEG. F TEMP RTD 19 = +97.960 DEG. F TEMP RTD 20 = +94.720 DEG. F TEMP RTD 21 = +95.8"O DEG. F TEMP RTD 22 = +95.260 DEG. F TEMP RTD 23 = +94.740 DEG. F TEMP RTD 24 = +94.280 DEG. F PRESS GAUGE 1 = +64.268 PSI PRESS GAUGE 2 = +64.256 PSI DEW TEMP CELL 1 = +86.020 DEG. F DEW TEMP CELL 2 = +90.810 DEG. F DEW TEMP CELL 3 = +85.340 DEG. F DEW TEMP CELL 4 = +84.400 DEG. F DEW TEMP CELL 5 = +31.590 DEG. F AVERAGE TEMPERATURE = +101.289 DEG. F AVERAGE PRESSURE = +64.261 PSIA m GRrwE u c.a , &is - c , o . .t i uc u . s AVERAGE VPR PRESS = +0.618 PSIA

i

)-

SUMMARY

OF MEASURED DATA I

)

VC SUMMER 1 l

DATE: 270 TIME: 22: 45 TEMP RTD 1 =+103.520 DEG. F TEMP RTD 2 =+103.340 DEG. F TEMP RTD 3 =+102.290 DEG. F TEMP RTD 4 =+102.410 DEG. F TEMP RTD 5 = +95.060 DEG. F TEMP RTD 6 =+101.540 DEG. F TEMP RTD 7 =+101.830 DEG. F TEMP RTD 8 = +99.990 DEG. F TEMP RTD 9 = F99.910 DEG. F TEMP RTD 10 =+100.840 DEG. F TEMP RTD 11 =+100.740 DEG. F TEMP RTD 12 =+100.560 DEG. F TEMP RTD 13 =+100.640 DEG. F TEMP RTD 14 = +99.770 DEG. F TEMP RTD 15 = +97.150 DEG. F TEMP RTD 16 = +99.240 DEG. F !

TEMP RTD 17 = +98.130 DEG. F TEMP RTD 18 = +98.670 DEG. F TEMP RTD 19 = +97.820 DEG. F TEMP RTD 20 = +94.770 DEG. F TEMP RTD 21 = +95.760 DEG. F TEMP RTD 22 = +95.280 DEG. F TEMP RTD 23 = +94.700 DEG. F TEMP RTD 24 = +94.300 DEG. F !

PRESS GAUGE 1 = +64.222 PSI PRESS GAUGE 2 = +64.210 PSI DEW TEMP CELL 1 = +85.810 DEG. F DEW TEMP CELL 2 = +85.800 DEG. F DEW TEMP CELL 3 = +85.890 DEG. F DEW TEMP CELL 4 = +84.650 DEG. F DEW TEMP CELL 5 = +30.420 DEG. F AVERAGE TEMPERATURE = +100.776 DEG. F I

<4 v c.nrom e n d a a unt. -

c* . u a r a i r, AVERAGE CEW TEMP = +85.520 DEG. F AVERAGE 'JPR PRESS = +0.606 PSIA

l

SUMMARY

OF MEASURED DATA VC. SUMMER 1 DATE: 270 TIME: 23:00 TEMP RTD 1 =+102.810 DEG. F TEMP RTD 2 =+102.590 DEG. F l

( TEMP RTD 3 =+101.820 DEG. F TEMP RTD 4 =+102.020 DEG. F TEMP RTD 5 = +95.040 DEG. F TEMP RTD 6 =+101.160 DEG. F.

TEMP RTD 7 =+101.520 DEG. F TEMP RTD 8 = +99.790 DEG. F TEMP RTD 9 = +99.690 DEG. F TEMP RTD 10 =+100.600 DEG. F TEMP RTD 11 =+100.550 DEG. F TEMP RTD 12 =+100.060 DEG. F TEMP RTD 13 =+100.420 DEG. F TEMP RTD 14 = +99.730 DEG. F TEMP RTD 15 = +97.060 DEG. F TEMP RTD 16 = +99.250 DEG. F TEMP RTD 17 = +99.080 DEG. F TEMP RTD 18 = +98.590 DEG. F TEMP RTD 19 = +97.730 DEG. F TEMP RTD 20 = +94.800 DEG. F TEMP RTD 21 = +95.720 DEG. F l TEMP RTD 22 = +95.290 DEG. F TEf1P RTD 23 = +94.700 DEG. F TEMP RTD 24 = +94.290 DEG. F PRESS GAUGE 1 = 464.183 PSI PRESS GAUGE 2 = +64.174 PSI i

l l

DEW TEMP CELL 1 = +85.600 GEG. F DEW TEMP CELL 2 = +85.050 DEG. F DEW TEMP CELL 3 = +85.720 DEG. F DEW TEl1P CELL 4 = +84.690 DEG. F DEW TEMP CELL 5 = +29.430 DEG. F AVERAGE TEMPERATURE = +100.432 DEG. F ncnmut eneacunt a r c * .1, o cain AVERAGE UEW TEMP = +85.310 DEG. F AVER AGE '.'PR PRESS

-= +0.602 PSIA

x l'

l

)

SUMMARY

OF MEASURED DATA T

I VC SUMMER 1 1

l DATE: 270 TIME: 23:15 I

i TEMP RTD 1 =+102.200 DEG. F TEMP RTD 2 =+102.060 DEG. F TEMP RTD 3 =+101.490 DEG. F TEMP RTD 4 =+101.710 DEG. F TEMP RTD 5 = +95.000 DEG. F TEMP RTD 6 =+100.770 DEG. F TEMP RTD 7 =+101.360 DEG. F TEMP RTD 8 = +99.610 DEG. F TEMP RTD 9 = +99.510 DEG. F TEMP RTD 10 =+100.430 DEG. F TEMP RTD 11 =+100.360 DEG. F TEMP RTD 12 =+100.230 DEG. F TEMP RTD 13 =+100.270 DEG. F TEMP RTD 14 = +99.720 DEG. F l TEMP RTD 15 = +97.000 DEG. F TEMP RTD 16 = +99.210 DEG. F TEMP RTD 17 = +98.040 DEG. F TEt1P RTD 18 = +98.590 DEG. F TEMP RTD 19 = +97.680 DEG. F TEMP RTD 20 = +94.810 DEG. F TEMP RTD 21 = +95.670 DEG. F TEMP RTD 22 = +95.260 DEG. F TEMP RTD 20 = +94.680 DEG. F

'lEMP RTD 24 = -F94. 320 DEG. F FRESS G4UGE 1 = +64.156 PSI PRESS GAUGE 2 = +64.144 PSI

)

DEW TEMP CELL 1 = +85.020 DEG. F DEW TEMP CELL 2 = +84.970 DEG. F DEW TEMP CELL 3 = +86.090 DEG. F DEW TEf1P CELL 4 = +84.470 DEG. F DEW TEMP CELL 5 = +28.310 DEG. F nVEPAGE TEMPERATURE = +tOO.168 DEG. F l , v a r c. u c. . n ts .a un c. m v...o :31 ci l

6:.VERAGE DEW TEMP = 185.010 DEG. F tVERAGE '/PR RPE55 -

+0.596 PSIA I

L

i i

I

SUMMARY

OF MEASURED DATA l

VC SUMMER 1 j

DATE: 270 TIME: 23:30 ,

I i

TEMP RTD 1 =+101.790 DEG. F TEMP RTD 2 =+101.620 DEG. F TEMP RTD 3 =+101.210 DEG. F TEMP RTD 4 =+101.460 DEG. F TEMP RTD 5 = +95.020 DEG. F TEMP RTD 6 =+100.500 DEG. F TEMP RTD 7 =+101.180 DEG. F TEMP RTD 8 = +99.470 DEG. F TEMP RTD 9 = +99.390 DEG. F TEMP RTD 10 =+100.300 DEG. F -

TEMP RTD 11 =+100.190 DEG. F TEMP RTD 12 =+100.080 DEG. F TEMP RTD 13 =+100.130 DEG. F TEMP RTD 14 = +99.660 DEG. F TEMP RTD 15 = +96.970 DEG. F TEMP RTD 16 = +99.190 DEG. F TEMP RTD 17 = +97.960 DEG. F TEMP RTD 18 = +98.600 DEG. F TEMP RTD 19 = +97.640 DEG. F TEMP RTD 20 = +94.850 DEG. F TEMP RTD 21 = +95.680 DEG. F TEMP RTD 22 = +95.260 DEG. F TEMP RTD 23 = +94.710 DEG. F TEMP RTD 24 = +94.350 DEG. F PRESS GAUGE 1 = +64.131 PSI PRESb GAUGE 2 = +64.119 PSI l

i DEW TEMP CELL 1 = +85.110 DEG. F DEW TEMP CELL 2 = +84.750 DEG. F l DEW TEMP CELL 3 = +85.850 DEG. F DEW TEMP CELL 4 = +84.900 DEG. F '

DEW TEMP CELL 5 = +27.270 DEG. F 1

1 AVERAGE TEMPERATURE = +C9.961 DEG. F l

, < crb,u d i ndacLnc.

-var.t_4 :s i n AVERAGE DEW TEMP = +85.105 DEG. F f

AVERAGE /F R PRESS = +0.598 PSIA 1

)

l i

SUMMARY

OF MEASURED DATA f

I VC SUMMER 1 I TIME: 23:45 DATE: 270 l

)

TEMP RTD 1 =+101.470 DEG. F l

TEMP RTD 2 =+101.290 DEG. F l TEMP RTD 3 =+101.000 DEG. F TEMP RTD 4 =+101.240 DEG. F TEMP RTD 5 = +94.990 DEG. F TEMP RTD 6 =+100.250 DEG. F TEMP RTD 7 =+101.010 DEG. F TEMP RTD 8 = +99.340 DEG. F TEMP RTD 9 = +99.240 DEG. F TEMP RTD 10 =+100.180 DEG. F TEMP RTD 11 =+100.050 DEG. F TEMP RTD 12 = +99.960 DEG. F TEMP RTD 13 =+100.010 DEG. F TEMP RTD 14 = +99.570 DEG. F TEMP RTD 15 = +96.970 DEG. F TEMP RTD 16 = 499.210 DEG. F TEMP RTD 17 = +97.930 DEG. F TEMP RTD 18 = +98.590 DEG. F TEMP RTD 19 = +97.620 DEG. F TEMP RTD 20 = +94.890 DEG. F TEMP RTD 21 = +95.700 DEG. F TEMP RTD 22 = +95.300 DEG. F TEMP RTD 23 = +94.670 DEG. F TEMP RTD 24 = +94.400 DEG. F PRESS GAUGE 1 = +64.110 PSI PRESS GAUGE 2 = +64.098 PSI l

l DEW TEMP CELL 1 = +84.770 DEG. F s DEW TEMP CELL 2 = +84.700 DEG. F DEW TEMP CELL 3 = +85.420 DEG. F DEW TEMP CELL 4 = +84.360 DEG. F DEW TEMP CELL 5 = +26.200 DEG. F 1

l l

AVERAGE TEMPERATURE = +99.772 DEG. F

,. Ennui e nt:.,5Und -

ro*.w. . cu n AVERAGE DEU TEMP = +84.739 DEG. F l

AVERAGE VPR PRESS e +0.591 PSIA l

I i

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 00:00 1

l i

TEMP RTD 1 =+101.210 DEG. F TEMP RTD 2 =+101.010 DEG. F TEMP RTD 3 =+100.810 DEG. F TEMP RTD 4 =+101.050 DEG. F TEMP RTD 5 = +95.000 DEG. F TEMP RTD 6 =+100.110 DEG. F TEMP RTD 7 =+100.890 DEG. F TEMP RTD 8 = +99.240 DEG. F TEMP RTD 9 = +99.150 DEG. F TEMP RTD 10 =+100.050 DEG. F TEMP RTD 11 = +99.950 DEG. F TEMP RTD 12 = +99.870 DEG. F TEMP RTD 13 = +99.930 DEG. F TEMP RTD 14 = +99.510 DEG. F TEMP RTD 15 = +97.140 DEG. F TEMP RTD 16 = +99.210 DEG. F TEMP RTD 17 = +97.900 DEG. F TEMP RTD 18 = +98.580 DEG. F TEMP RTD 19 = +97.590 DEG. F TEMP RTD 20 = +94.950 DEG. F TEMP RTD 21 = +95.690 DEG. F TEMP RTD 22 = +95~.320 DEG. F TEMP RTD 23 = +94.630 DEG. F TEMP RTD 24 = +94.430 DEG. F PRESS GAUGE 1 = +64.093 PSI PRESS GAUGE 2 = +64.078 PSI DEW TEMP CELL 1 e +84.76- DEG. F DEW TEMP CELL 2 = +84.74 . DEG. F DEW TEMP CELL 3 = +86.660 DEG. F DEW TEMP CELL 4 = +84.720 DEG. F DEW TEMP CELL 5 = +25.230 DEG. F

. . n.fs.uc. , _ . ai r , 4 . u n c. -

i v as, ... c u .

AVERAGE FRESSURE = +64.086 PSIA j AVERAGE DEW IEl1P = +64.992 DEG. F AVERAGE VPR FRESS r +0.596 PSIA

_ _ _ _ ____.___________ ___. _ _ _ _ _ _ J

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 00:15 TEMP RTD 1 =+100.980 DEG. F TEMP RTD 2 =+100.760 DEG. F TEMP RTD 3 =+100.670 DEG. F TEMP RTD 4 =+100.930 DEG. F TEMP RTD 5 = +94.980 DEG. F TEMP RTD 6 = +99.910 DEG. F l

TEMP RTD 7 =+100.760 DEG. F TEMP RTD 8 = +99.160 DEG. F TEMP RTD 9 = +99.050 DEG. F TEMP RTD 10 =+100.010 DEG. F TEMP RTD 11 = +99.840 DEG. F TEMP RTD 12 = +99.780 DEG. F TEMP RTD 13 = +99.850 DEG. F TEMP RTD 14 = +99.460 DEG. F TEMP RTD 15 = +97.030 DEG. F TEMP RTD 16 = +99.180 DEG. F TEMP RTD 17 = +97.870 DEG. F TEMP RTD 18 = +98.590 DEG. F TEMP RTD 19 = +97.560 DEG. F TEMP RTD 20 = +94.980 DEG. F TEMP RTD 21 = +95.670 DEG. F TEMP RTD 22 = +95.310 DEG. F TEMP RTD 23 = +94.630 DEG. F TEMP RTD 24 = +94.440 DEG. F PRESS GAUGE 1 = +64.074 PSI FRESS GAUGE 2 = +64.060 PSI DEW TEMP CELL 1 = +84.550 DEG. F DEW TEMP CELL 2 = +84.640 DEG. F DEW TEMP CELL 3 = +85.620 DEG. F DEW TEMP CELL 4 = +84.490 DEG. F DEW TEMP CELL 5 = +24.210 DEG. F AVERAGE TEMPERATURE = +99.53G DEG. F AVERAGE PRESSURE = +64.067 PSIA AVFRAEE WW rFMP = +84 684 nEG. F r,vER AGE ','PR PEE 55 = +0.590 FBIA l

SUMMARY

OF MEASURED DATA VC SUMMER 1 r -

DATE: 271 T.IME: 00:30 TEMP RTD 1 =+100.770 DEG. F TEMP RTD 2 =+100.570 DEG. F TEMP RTD 3 =+100.530 DEG. F TEMP RTD 4 =+100.810 DEG. F TEMP RTD 5 = +94.980 DEG. F TF.MP RTD 6 = +99.800 DEG. F T't-:MP RTD 7 =+100.650 DEG. F TEMP RTD 8 = +99.040 DEG. F TEMP RTD 9 = +99.020 DEG. F TEMP RTD 10 = +99.920 DEG. F TEMP RTD 11 = +99.750 DEG. F TEMP RTD 12 = +99.720 DEG. F TEMP RTD 13 = +99.770 DEG. F TEMP RTD 14 = +99.490 DEG. F TEMP RTD 15 = +97.050 DEG. F TEMP RTD 16 = +99.150 DEG. F TEMP RTD 17 = +97.810 DEG. F TEMP RTD 18 = +98.570 DEG. F TEMP RTD 19 = +97.540 DEG. F TEMP RTD 20 = +94.990 DEG. F TEMP RTD 21 = +95.650 DEG. F TEMP RTD 22 = +95.300 DEG. F TEMP RTD 23 = +94.620 DEG. F TEMP RTD 24 = +94.460 DEG. F PRESS GAUGE 1 = +64.059 PSI PRESS GAUGE 2 = +64.043 PSI DEW TEMP CELL 1 = +84.480 DEG. F DEW TEMP CELL 2 = +84.500 DEG. F DEW TEMP CELL 3 = +85.480 DEG. F DEW TEMP CELL 4 = +84.440 DEG. F DEW TEMP " ELL 5 = +23.200 DEG. F AVERAGE TEMPERATURE = +99.436 DEG. F AVERAGE PRESSURE = +64.052 PSIA AVERAGE DEW TEMP = +84 601 DEG. F r;VERAGE NR l-REES = +0.088 F S I r4

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 00:45 TEMP RTD 1 =+100.620 DEG. F TEMP RTD 2 =+100.400 DEG. F TEMP RTD 3 =+100.410 DEG. F TEMP RTD 4 =+100.690 DEG. F TEMP RTD 5 = +94.940 DEG. F TEMP RTD 6 = +99.660 DEG. F TEMP RTD 7 =+100.460 DEG. F TEMP RTD 8 = +98.940 DEG. F TEMP RTD 9 = +98.950 DEG. F TEMP RTD 10 = +99.800 DEG. F TEMP RTD 11 = +99.690 DEG. F TEMP RTD 12 = +99.630 DEG. F TEMP RTD 13 = +99.680 DEG. F TEMP RTD 14 = +99.480 DEG. F TEMP RTD 15 = +96.960 DEG. F TEMP RTD 16 = +99.120 DEG. F TEMP RTD 17 = +97.760 DEG. F TEMP RTD 18 = +98.560 DEG. F TEMP RTD 19 = +97.530 DEG. F TEMP RTD 20 = +95.000 DEG. F TEMP RTD 21 = +95.620 DEG. F TEMP RTD 22 = +95.300 DEG. F TEMP RTD 23 = +94.610 DEG. F TEMP RTD 24 = +94.470 DEG. F PRESS GAUGE 1 = +64.045 PSI PRESS GAUGE 2 = +64.028 PSI DEW TEMP CELL 1 = +84.150 DEG. F l

l DEW TEMP CELL 2 = +84.580 DEG. F DEW TEMP CELL 3 = +85.340 DEG. F DEW TEMP CELL 4 = +84.250 DEG. F DEW TEMP CELL 5 = +22.210 DEG. F AVERAGE TEl1PERATURE = +99.335 DEG. F AVERAGE PRESSURE = +64.038 PSIA AVEPAGE DEW TEMP = +84.385 DEG, F AVERAGE t FP PRESS a &v.384 Fbis

1

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 01:00

\

l TEMP RTD 1 =+100.450 DEG. F TEMP RTD 2 =+100.260 DEG. F TEMP RTD 3 =+100.290 DEG. F l

TEMP RTD 4 =+100.S60 DEG. F TEMP RTD 5 = +94.930 DEG. F TEMP RTD 6 = +99.580 DEG. F TEMP RTD 7 =+100.360 DEG. F TEMP RTD 8 = +98.870 DEG. F TEMP RTD 9 = +98.850 DEG. F TEMP RTD 10 = +99.750 DEG. F TEMP RTD 11 = +99.590 DEG. F TEMP RTD 12 = +99.540 DEG. F TEMP RTD 13 = +99.620 DEG. F TEMP RTD 14 = +99.450 DEG. F TEMP RTD 15 = +97.060 DEG. F TEMP RTD 16 = +99.120 DEG. F TEMP RTD 17 = +9,.690 DEG. F TEMP RTD 18 = +98.510 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.010 DEG. F TEMP RTD 21 = +95.610 DEG. F TEMP RTD 22 = +95.300 DEG. F TEMP RTD 23 = +94.570 DEG. F

l TEMP RTD 24 = +94.490 DEG. F PRESE GAUGE 1 = +e4.031 PSI PRESS GAUGE 2 = +64.015 PSI DEW TEMP CELL 1 = +84.200 DEG. F DEW TEMP CELL 2 = +94.710 DEG. F DEW TEMP CELL 3 = +85.050 DEG. F DEW TEMP CELL 4 = +84.210 DEG. F DEW TEMP CELL 5 = +21.290 DEG. F AVERAGE TEMPERATURE = +99,244 DEG. F AVERAGE PRESSURE = +64.024 PSIA AVIIRAGE DEW TEMP = +84.:.78 DEG. F

) s v"t h A G d VFR lkLbd = rv.a64 PS1H l

l

1 I

l

SUMMARY

UF MEASURED DATA j VC SUMMER 1 DATE: 271 TIME: 01:15 l TEMP RTD 1 =+100.360 DEG. F TEMP RTD 2 =+100.130 DEG. F TEMP RTD 3 =+100.160 DEG. F TEMP RTD 4 =+100.440 DEG. F-TEMP RTD 5 = +94.930 DEG. F TEMP RTD 6 = +99.520 DEG. F TEMP RTD 7 =+100.170 DEG. F TEMP RTD 8 = +98.810 DEG. F TEMP RTD 9 = +98.780 DEG. F TEMP RTD 10 = +99.670 DEG. F TEMP RTD 11 = +99.510 DEG. F TEMP RTD 12 = +99.450 DEG. F TEMP RTD 13 = +99.540 DEG. F TEMP RTD 14 = +99.460 DEG. F TEMP RTD 15 = +96.960 DEG. F TEMP RTD 16 = +99.160 DEG. F TEMP RTD 17 = +97.670 DEG. F TEMP RTD 18 = +98.490 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.040 DEG. F TEMP RTD 21 = '95.620 DEG. F TEMP RTD 22 = +95.310 DEG. F TEMP RTD 23 = +94.580 DEG. F TEMP RTD 24 = +94.490 DEG. F PREGE GAUGE 1 = +64.018 PSI PRESS GAUGE 2 = +64.002 PSI j DEW TEMP CELL 1 = +84.110 DEG. F l DEW TEMP CELL 2 = +84.410 DEG. F DEW TEMP CELL 3 = +84.930 DEG. F DEW TEl1P CELL 4 = +84.170 DEG. F DEW TEMP CELL 5 = +20.350 DEG. F AkERAGE TEi1PERATURE = +99.161 DEG. F AVERAGE PRES 5URE = +64.011 PSIA t:NFRpsE rEW rrMP = 444. '~r "FP -

-VER A6E '. l~ f< l-hEES = +0.582 6SIA l

)

k

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 01:30 TEMP RTD 1 =+100.260 DEG. F TEMP RTD 2 =+100.040 DEG. F l TEMP RTD 3 =+100.050~ DEG. F

TEMP RTD 4 =+100.340 DEG. F TEMP RTD 5 = +94.970 DEG. F TEMP RTD 6 = +99.380 DEG. F TEMP RTD 7 =+100.000 DEG. F TEMP RTD 8 = +98.740 DEG. F TEMP RTD 9 = +98.690 DEG. F TEMP RTD 10 = +99.640 DEG. F TEMP RTD 11 = +99.460 DEG. F TEMP RTD 12 = +99.400 DEG. F TEMP RTD 13 = +99.470 DEG. F TEMP RTD 14 = +99.410 DEG. F TEMP RTD 15 = +97.110 DEG. F TEMP RTD 16 = +99.130 DEG. F TEMP RTD 17 +97.630 DEG. F TEMP RTD 18 = +98.490 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.050 DEG. F TEMP RTD 21 = +95.580 DEG. F TEMP RTD 22 = +95.330 DEG. F TEMP RTD 23 = +94.580 DEG. F TEMP RTD 24 = +94.520 DEG. F l PRESS GAUGE 1 = +64.007 PSI PRESS GAUGE 2 = +63.991 PSI DEW TEMP CELL 1 = +84.200 DEG. F DEW TEMP CELL 2 = +84.330 DEG. F DEW TEMP CELL 3 = +84.620 DEG. F DEW TEMP CELL 4 = +77.760 DEG. F DEW TEMP CELL 5 = +19.380 DEG. F i

AVERAGE TEMPERATURE = +99.091 DEG. F AVERAGE PRESSUPE -~

+n4.00n P9tA 4 VERAGE LEU l EllP = r82.6vy UbG. e ,

.;VERAGE VPR PPES5 = +0.552 PSIA

I i

j l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 01:45 l

I 1

TEMP RTD 1 =+100.110 DEG. F l TEMP RTD 2 = +99.950 DEG. F TEMP RTD 3 = +99.970 DEG. F TEMP RTD 4 =+100.240 DEG. F TEMP RTD 5 = +94.960 DEG. F TEMP RTD 6 = +99.310 DEG. F TEMP RTD 7 = +99.960 DEG. F TEMP RTD 8 = +98.680 DEG. F TEMP RTD ,9 = +98.660 DEG. F TEMP RTD 10 = +99.540 DEG. F TEMP RTD 11 = +99.420 DEG. F TEMP RTD 12 = +99.330 DEG. F TEMP RTD 13 = +99.420 DEG. F TEMP RTD 14 = +99.390 DEG. F TEMP RTD 15 = +96.950 DEG. F TEMP RTD 16 = +99.130 DEG. F TEMP RTD 17 = +97.590 DEG. F TEMP RTD 18 = +96.470 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.080 DEG. F TEMP RTD 21 = +95.570 DEG. F TEMP RTD 22 = +95.340 DEG. F TEMP RTD 23 = +94.570 DEG. F TEMP RTD 24 = +94.530 DEG. F PRESS GAUGE 1 = +63.997 PSI PRESS GAUGE 2 = +63.980 PSI DEW TEMP CELL 1 = +84.200 DEG. F DEW TEMP CELL 2 = +84.210 DEG. F DEW TEMP CELL 3 = +84.800 DEG. F DEW TEMP CELL 4 = +83.670 DEG. F DEW TEMP CELL 5 = A18.420 DEG. F AVERAGE TEMPERATURE : +40.020 DEG. F 4tRAGE PRESSURE = +as.790 PSIA AVERAGE DEU TEMP = 484.156 DEG. F iWERAGE (PR F RESS -

F0.530 PSIA

l

}

I

SUMMARY

OF MEASURED DATA i

VC SUMMER 1 DATE: 271 TIME: 02:00 TEMP RTD 1 =+100.040 DEG. F l TEMP RTD 2 = +99.870 DEG. F TEMP RTD 3 =.+99.890 DEG. F TEMP RTD 4 =+100.170 DEG. F TEMP RTD 5 = +94.970 DEG. F TEMP RTD 6 = +99.240 DEG. F TEMP RTD 7 = +99.840 DEG. F TEMP RTD 8 = +98.660 DEG. F TEMP RTD 9 = +98.630 DEG. F TEMP RTD 10 = +99.530 DEG. F TEMP RTD 11 = +99.370 DEG. F TEMP RTD 12 = +99.250 DEG. F TEMP RTD 13 = +99.370 DEG. F TEMP RTD 14 = +99.390 DEG. F TEMP RTD 15 = +96.930 DEG. F TEMP RTD 16 = +99.110 DEG. F TEMP RTD 17 = +97.570 DEG. F TEMP RTD 18 = +98.460 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.100 DEG. F TEMP RTD 21 = +95.560 DEG. F TEMP RTD 22 = +95.370 DEG. F TEMP RTD 23 = +94.600 DEG. F TEMP RTD 24 = +94.560 DEG. F PRESS GAUGE 1 = +63.987 PSI PRESS GAUGE 2 = +63.970 PSI DEW TEMP CELL 1 = +84.060 DEG. F DEW TEMP CELL 2 = +84.270 DEG. F DEW TEMP CELL 3 = +84.550 DEG. F DEW TEMP CELL 4 = +83.620 DEG. F DEW TEMP CELL 5 = +17.340 DEG. F AVEFARE TEMP 5?PATURE = +CR.970 DEG. F riVEPedE :- hh i- UR E = oJ.160 c i r4 AVERASE DEW TEMP = +84.037 DEG. F i;VER:-ibE '.'PP :: F E S S = i-0.578 P 9, l A

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 02:15 f TEMP RTD 1 = +99.970 DEG. F

)

TEMP RTD 2 = +99.780 DEG. F TEMP RTD 3 = +99.820 DEG. F

TEMP RTD 4 =+100.090 DEG. F TEMP RTD 5 = +94.960 DEG. F TEMP RTD 6 = +99.180 DEG. F TEMP RTD 7 = +99.620 DEG. F TEMP RTD 8 = +98.550 DEG. F TEMP RTD 9 = +98.600 DEG. F TEMP RTD 10 =' +99.450 DEG. F TEMP RTD 11 = +99.350 DEG. F TEMP RTD 12 = +99.170 DEG. F TEMP RTD 13 = +99.290 DEG. F '

TEMP RTD 14 = +99.340 DEG. F TEMP RTD 15 = +97.010 DEG. F TEMP RTD 16 = +99.090 DEG. F TEMP RTD 17 = +97.540 DEG. F TEMP RTD 10 = +98.420 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.120 DEG. F TEMP RTD 21 = +95.560 DEG. F TEMP RTD 22 = +95.370 DEG. F TEMP RTD 23 = +94.610 DEG. F TEMP RTD 24 = +94.560 DEG. F PRESS GAUGE L = +63.c779 PSI PRESS GAUGE 2 = +63.962 PSI DEW TEMP CELL 1 = +83.750 DEG. F DEW TEMP CELL 2 = +84.070 DEG. F DEW TEMP CELL 3 = +84.560 DEG. F DEW TEMP CELL 4 = +83.670 DEG. F DEW TEMP CELL 5 = +16.240 DEG. F AVERAGE TEMPERATURE = +98.909 DEG. F AVERAGE PRESSURE = + 6 3 . cP 7 2 PSIA

<WERAGE DEW TEMP = +50.875 DEG. F ive.niu3E <PR !-REss : rv.375 FSim

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . - J

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 02:30 i

TEMP RTD 1 = +99.890 DEG. F TEMP RTD 2 = +99.680 DEG. F TEMP RTD 3 = +99.750 DEG. F TEMP RTD 4 =+100.010- DEG. F TEMP RTD 5 = +94.990 DEG. F TEMP RTD 6 = +99.110 DEG. F TEMP RTD 7 = +99.610 DEG. F TEMP RTD 0 = +98.550 DEG. F TEMP RTD 9 = +98.560 DEG. F TEMP RTD 10 = +99.410 DEG. F TEMP RTD 11 = +99.300 DEG. F

. TEMP RTD 12 = +99.150 DEG. F TEM? RTD 13 = +99.270 DEG. F TEMP RTD 14 = +99.300 DEG. F TEMP RTD- 15 = +96.820 DEG. F TEMP RTD 16 = +99.090 DEG. F TEMP RTD 17 = +97.510 DEG. F TEMP RTD 18 = +98.430 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.140' DEG. F TEMP RTD 21 = +95.560 DEG. F TEMP RTD 22 = +95.390 DEG. F TEMP RTD 23 = +94.590 DEG. F TEf1P RTD 24 = +94.590 DEG. F PRESS GAUGE 1 = +63.970 PSI l PRESS GAUGE 7 = +63.953 PSI DEW TEMP CELL 1 = +83.830 DEG. F DEW TEMP CELL 2 = +83.920 DES. F DEW TEMP CELL L. = +85.320 DEG. F j i

DEW TEMP CELL 4 = +83.740 DEG. F '

l DEW TEMP CELL 5 = +15.120 DEG. F AVERAGE TEMPERATURE = +98.858 DEG. F AVERAGE PRESSURE = +63.963 PSIA A v'limusi oliW f t HP +09.v11 uE6.

AVERAGE UPR PRESS = +0.577 PSIA

)

l l

I

SUMMARY

OF (1EASURED DATA VC SUMMER 1 DATE: 271 TIME: 02:45 1

TEMP RTD 1 =+100.520 DEG. F TEMP RTD 2 =+100.250 DEG. F

! TEMP RTD 3 =+100.320 DEG. F

( TEMP RTD 4 =+100.590 DEG. F TEMP RTD 5 = +95.380 DEG. F TEMP RTD 6 = +99.410 DEG. F TEMP RTD 7 = +99.900 DEG. F TFMP RTD 8 = +99.010 DEG. F TdMP RTD 9 = +99.130 DEG. F TEMP RTD 10 = +99.850 DEG. F TEMP RTD 11 = +99.620 DEG. F TEMP RTD 12 = +99.770 DEG. F TEMP RTD 13 = +99.660 DEG. F TEMP RTD 14 = +99.500 DEG. F

. TEMP RTD 15 = +97.170 DEG. F TEMP RTD 16 = +99.120 DEG. F TEMP RTD 17 = +97.880 DEG. F TEMP RTD 18 = +98.650 DEG. F TEMP RTD 19 = +97.630 DEG. F TEMP RTD 20 = +95.340 DEG. F TEMP RTD 21 = +95.840 DEG. F TEMP RTD 22 = +95.260 DEG. F TEMP RTD 23 = +95.010 DEG. F TEMP RTD 24 = +94.700 DEG. F PRESS GAUGE 1 = +64.605 PSI PRESS GAUGE 2 = +64.590 PSI DEW TEMP CELL 1 = +84.000 DEG. F DEW TEt1P CELL 2 = +84.160 DEG. F DEW TEMP CELL 3 = +84.650 DEG. F DEW TEMP CELL 4 = +83.940 DEG. F DEW TEMP CELL 5 = +14.130 DEG. F i

AVERAGE TEMPERATURE = +99.309 DEG. F 4VERAGE *PESSURE = +64.398 PSIA w & Re,Lt LEW ILMP = +64.1v4 deb. i-AVERAGE '.'PP PRESS = +0.579 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 03:00 TEMP RTD 1 =+100.880 DEG. F TEMP RTD 2 =+100.670 DEG. F l TEMP RTD 3 =+100.590 DEG. F I TEMP RTD 4 =+100.840 DEG. F TEMP RTD 5 = +95.110 DEG. F TEMP RTD 6 = +99.650 DEG. F TEMP RTD 7 =+100.540 DEG. F TEMP RTD 8 = +99.090 DEG. F TEMP RTD 9 = +99.110 DEG. F TEMP RTD 10 = +99.920 DEG. F TEMP RTD 11 = +99.760 DEG. F TEMP RTD 12 = +99.750 DEG. F TEMP RTD 13 = +99.820 DEG. F TEMP RTD 14 = +99.500 DEG. F TEMP RTD 15 = +97.090 DEG. F TEMP RTD 16 = +99.170 DEG. F i TEMP RTD 17 = +97.830 DEG. F l TEMP RTD 18 = +98.640 DEG. F TEMP RTD 19 = +97.700 DEG. F TEMP RTD 20 = +95.230 DEG. F TEMP RTD 21 = +95.850 DEG. F TEMP RTD 22 = +95.300 DEG. F TEMP RTD 23 = +9'.930 DEG. F TEMP RTD 24 = +c .620 DEG. F PRESS GAUGE 1 = +64.637 PSI PRESS GAUGE 2 = +64.621 PSI DEW TEMP CELL 1 = +83.760 DEG. F DEW TEMP CELL 2 = +84.310 DEG. F DEW TEMP CELL 3 = +84.470 DEG. F DEW TEMP CELL 4 = +83.700 DEG. F DEW TEMP CELL 5 = +13.690 DEG. F AVERAGE TEMPERATURE = +99.496 DEG. F AVERAGE CRES S!JRE = +64.630 '2'S I A

-V E H n oi: u t.W I b.i tP -- ,c..;OJ MG . r AVERAGE 'NR PRESS = +0.575 PSIA

b

)

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 03:15 I

( TEMP RTD 1 =+100.410 DEG. F TEMP RTD 2 =+100.260 DEG. F 1

TEMP RTD 3 =+100.240 DEG. F

! TEMP RTD 4 =+100.490 DEG. F TEMP RTD 5 = +94.980 DEG. F TEMP RTD 6 = +99.410 DEG. F TEMP RTD 7 = +99.960 DEG. F TEMP RTD 8 = +98.810 DEG. F TEMP RTD 9 = +98.740 DEG. F TEMP RTD 10 = +99.680 DEG. F TEMP RTD 11 = +99.550 DEG. F TEMP RTD 12 = +99.460 DEG. F TEMP RTD 13 = +99.540 DEG. F TEMP RTD 14 = +99.450 DEG. F TEMP RTD 15 = +96.890 DEG. F TEMP RTD 16 = +99.190 DEG. F TEMP RTD 17 = +97.690 DEG. F TEMP RTD 18 = +98.560 DEG. F TEMP RTD 19 = +97.590 DEG. F TEMP RTD 20 = +95.200 DEG. F TEMP RTD 21 = +95.710 DEG. F TEMP RTD 22 = +95.350 DEG. F TEMP RTD 23 = +94.690 DEG. F TEMP RTD 24 = +94.620 DEG. F 5RE32 CAUCE 1 = ^64.606 "EI PRESS GAUGE 2 = +64.590 PSI DEW TEMP CELL 1 = +83.570 DEG. F DEW TEMP CELL 2 = +84.060 DEG. F DEW TEMP CELL 3 = +84.550 DEG. F DEW TEMP CELL 4 = +83.800 DEG. F DEW TEMP CELL 5 = +12.520 DEG. F sVERAGE TEl1PERATURE s +99.201 DEG. F AVERAGE PRESSURE = +64.599 PSIA

,:~ - . -

, . . -- r -

. u ;- : i .- en e AVERAGE ' 'PR F RESS

= +0.574 PSIA d

l l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 03:31 TEMP RTD 1 =+100.050 DEG. F TEMP RTD 2 = +99.840 DEG. F TEMP RTD 3 = +99.920 DEG. F TEMP RTD 4 =+100.170 DEG. F TEMP RTD 5 = +94.990 DEG. F TEMP RTD 6 = +99.240 DEG. F !

TEMP RTD 7 = +99.660 DEG. F ;

TEMP RTD 8 = +98.660 DEG. F TEMP RTD 9 = +99.620 DEG. F TEMP RTD 10 = +99.530 DEG. F TEMP RTD 11 = +99.370 DEG. F TEMP RTD 12 = +99.7.70 DEG. F TEMP RTD 13 = +99.390 DEG. F TEMP RTD 14 = +99.400 DEG. F TEMP RTD 15 = +96.940 DEG. F TEMP RTD 16 = +99.150 DEG. F TEMP RTD 17 = +97.620 DEG. F TEMP RTD 18 = +98.530 DEG. F TEMP RTD 19 = +97.530 DEG. F TEMP RTD 20 = +95.220 DEG. F l TEMP RTD 21 = +95.650 DEG. F TEMP RTD 22 = +95.380 DEG. F TEMP RTD 23 = +94.620 DEG. F TEMP RTD 24 = +94.640 DEG. F PRESS GAUGE 1 = +64.585 PSI PRESS GAUGE 2 = +64.569 PSI DEW TEMP CELL 1 = +83.630 DEG. F DEW TEMP CELL 2 = +83.750 DEG. F DEW TEMP CELL 3 = +84.230 DEG. F DEW TEMP CELL 4 = +83.540 DEG. F DEW TEMP CELL 5 = +11.250 DEG. F AVERAGE TEMPERATURE = +98.979 DEG. F AVEPCGE PRESSURE = +64.578 P9IA AVERAGE DEW TEMP = +83.700 DEG. F AVERAGE VPR PRESS = +0.571 PSIA I ;

1

l I l

I

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 03:45 i

TEMP RTD 1 = +99.890 DEG. F TEMP RTD 2 = +99.680 DEG. F TEMP RTD 3 = +99.770 DEG. F TEMP RTD 4 =+100.010 DEG. F TEMP RTD 5 = +95.010 DEG. F TEMP RTD 6 = +99.190 DEG. F TEMP RTD 7 = +99.610 DEG. F TEMP RTD 8 = +98.r.) DEG. F TEMP RTD 9 = +98.56s DEG. F TEMP RTD 10 = +99.460 DEG. F TEMP RTD 11 = +99.320 DEG. F TEMP RTD 12 = +99.140 DEG. F TEMP RTD 13 = +99.300 DEG. F TEMP RTD 14 = +99.360 DEG. F TEMP RTD = +96.890 DEG. F TEMP RTD 16 = +99.130 DEG. F TEMP RTD 17 = +97.580 DEG. F TEMP RTD 18 = +98.460 DEG. F TEMP RTD 19 = +97.520 DEG. F TEMP RTD 20 = +95.230 DEG. F TEMP RTD 21 = +95.610 DEG. T TEMP RTD 22 = +95.390 DEG. F TEMP RTD 23 = +94.600 DEG. F TEMP RTD 24 = +94.630 DEG. F PhESS GAUGE 1 = +64.573 PSI PRESS GAUGE 2 = +64.556 PSI DEW TEMP CELL 1 = +83.150 DEG. F DEW TEMP CELL 2 = +83.640 DEG. F DEW TEMP CELL 3 = +84.070 DEG. F DEW TEMP CELL 4 = +83.400 DEG. F DEW TEMP CELL 5 = +10.100 DEG. F AVERAGE TEMPERATURE = +98.877 DEG. F AVERAGE PREESURE = +64.566 PSIA AVERAGE "EW TEMP = +83.397 DEG. F AVERAGE VPR PRESS = +0.566 PSIA

p o

SUMMARY

OF MEASURED DATA

, VC SUMMER 1 DATE: 271 TIME: 04:15 TEMP RTD 1 = +99.680 DEG. F TEMP RTD 2 = +99.480 DEG. F TEMP RTD 3 = +99.570 DEG. F TEMP RTD 4 = +99.820 DEG. F TEMP RTD 5 = +95.010 DEG. F TEMP RTD 6 = +99.060 DEG. F TEMP RTD 7 = +99.190 DEG. F TEMP RTD 8 = +98.460 .DEG. F-TEMP RTD 9 = +98.460 DEG. F TEMP RTD 10 = +99.340 DEG. F TEMP'RTD 11 = +99.210 DEG. F TEMP RTD 12 = +99.050 DEG. F TEMP RTD 13 = +99.190 DEG. F '

TEMP RTD 14 = +99.320 DEG. F.

TEMP RTD 15 = +96.840 DEG. F TEMP RTD 16 = +99.060 DEG. F TEMP RTD 17 = +97.480 DEG. F TEMP RTD 18 = +98.390 DEG. F TEMP RTD 19 = +97.510 DEG. F TEMP RTD 20 = +95.260 DEG. F TEMP RTD 21 = +95.590 DEG. F TEMP RTD 22 = +95.450 DEG. F TEMP RTD 23 = +94.610 DEG. F TEMP RTD 24 = +94.680 DEG. F PRESS GAUGE 1 = +64.554 PSI PRESS GAUGE 2 = +64.535 PSI DEW TEMP CELL 1 = +82.800 DEG. F DEW TEMP CELL 2 = +83.560 DEG. F DEW TEMP CELL 3 = +84.020 DEG. F DEW TEMP CELL 4 = +83.190 DEG. F DEW TEMP CELL 5 = +7.600 DEG. F AVERAGE TEMPERATURE = +98.736 DEG. F AVERAGE PRESSURE = +64.547 PSIA AVERAGE CEW TEMP = +83.156 DEG. F AVERAGE VPR PRESS = +0.562 PSIA

t

SUMMARY

'OF MEASURED DATA l

VC SUMMER 1 l DATE: 271 TIME: 04:31 TEMP RTD 1 = +99.610 DEG. F TEMP RTD 2 = +99.420 DEG. F TEMP RTD 3 = +99.480 DEG. F TEMP RTD 4' = +99.750 DEG. F TEMP RTD 5 = +95.000 DEG. F TEMP RTD 6 = +99.030 DEG. F '

TEMP RTD 7 = +99.230 DEG. F TEMP RTD 8 = +98.420 DEG. F TEMP RTD 9 = +98.400 DEG. F TEMP RTD 10 = +99.250 DEG. F TEMP RTD 11 = +99.150 DEG. F TEMP RTD 12 = +98.910 DEG. F j TEMP RTD 13 = +99.150 DEG. F TEMP RTD 14 = +99.300 DEG. F TEMP RTD 15 = +96.910 DEG. F TEMP RTD 16 = +99.050 DEG. F TEMP RTD 17 = +97.460 DEG. F TEMP RTD 18 = +98.320 DEG. F TEMP RTD 19 = +97.480 DEG. F j TEMP RTD 20 = +95.240 DEG. F i TEMP RTD 21 = +95.580 DEG. F i TEMP RTD 22 = +95.440 DEG. F TEMP RTD 23 = +94.600 DEG. F I TEMP RTD 24 = +94.710 DEG. F

.l PRESS GAUGE 1 = +64.546 PSI PRESS GAUGE 2 = +64.528 PSI DEW TEMP CELL 1 = +82.840 DEG. F DEW TEMP CELL 2 = +83.320 DEG. F DEW TEMP CELL 3 = +B4.050 DEG. F DEW TEMP CELL 4 = +83.370 DEG. F DEW TEMP CELL 5 = +6.220 DEG. F AVERAGE TEMPERATURE = +98.683 DEG. F AVERAGE PRESSURE = +64.539 PSIA AVERAGE DEW TEMP = +83.195 DEG. F AVERAGE VPR PRESS = +0.562 PSIA

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

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 04:45

, TEMP RTD 1 = +99.500 DEG. F TEMP RTD 2. = +99.360 DEG. F TEMP RTD 3 = +99.420 DEG. F TEMP RTD 4 = +99.710 DEG. F TEMP RTD 5 = +95.010 DEG. F i TEMP RTD 6 = +98.960 DEG. F TEMP RTD 7 = +99.290 DEG. F TEMP RTD 8 = +98.380 DEG. F TEMP RTD 9 = +98.370 DEG. F TEMP RTD 10 = +99.240 DEG. F TEMP RTD 11 = +99.120 DEG. F TEMP RTD 12 = +98.880- DEG. F TEMP RTD 13 = +99.090 DEG. F TEMP RTD 14- = +99.270 DEG. F TEMP RTD. 15 = +96.840 DEG. F TEMP RTD 16 = +99.070 DEG. F TEMP RTD 17 = +97.430 DEG. F TEMP RTD 18 = +98.290~ DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.270 DEG. F TEMP RTD 21 = +95.580 DEG. F TEMP RTD 22 = +95.440 DEG. F TEMP RTD 23 = +94.620 DEG. F TEMP RTD 24 = +94.690 DEG. F PRESS GAUGE 1 = +64.538 PSI PRESS GAUGE 2 = +64.522 PSI DEW TEMP CELL 1 = +83.110 DEG. F DEW TEMP CELL 2 = +83.310 DEG. F DEW TEMP CELL 3 = +83.950 DEG. F DEW TEMP CELL 4 = +83.130 DEG. F DEW. TEMP CELL 5 = +5.010 DEG. F AVERAGE TEMPERATURE = F98.651 DEO. F AVERAGE PRESSURE = +64.531 PSIA AVERAGE DEW TEMP = +83.249 DEG. F AVERAGE VPR PRESS = +0.563 PSIA l

l

SUMMARY

OF MEASURED DATA f' VC SUMMER 1

)

DATE: 271 TIME: 05:00 l

i j

TEMP RTD 1 = +99.490 DEG. F TEMP RTD 2 = +99.280 DEG. F TEMP RTD 3 = +99.380 DEG. F l- TEMP'RTD 4 = +99.650 ,DEG. F I TEMP RTD 5 = +95.000. DEG. F TEMP RTD 6 = +98.930 DEG. F TEMP RTD 7 = +99.160 DEG. F TEMP RTD 8 = +98.370 DEG. F TEMP RTD 9 = +98.350 DEG. F TEMP RTD 10 = +99.190 DEG. F TEMP RTD 11 = +99.070 .DEG. F TEMP RTD 12 = +98.880 DEG. F TEMP RTD 13 = +99.050 DEG. F TEMP RTD 14 ='+99.280 DEG. F TEMP RTD 15 = +96.840 DEG. F TEMP RTD 16 = +99.040 DEG. F-TEMP RTD 17 = +97.400 DEG.-F TEMP RTP 18 = +98.280 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTE l20 = +95.290 DEG. F TEMP RTD 21 = +95.560 DEG. F TEMP RTD 22 = +95.470 DEG. F TEMP RTD 23 = +94.580 DEG. F TEMP RTD 24 = +94.710 DEG. F PRESS GAUGE 1 = +64.531 PSI PRESS GAUGE 2 = +64.514 PSI DEW TEMP CELL 1 = +83.130 DEG. F DEW TEMP CELL 2 = +83.540 DEG. F DEW TEMP CELL 3 = +83.830 DEG. F DEW TEMP CELL 4 = +83.120 DEG. i DEW TEMP CELL 5 = +3.770 DEG. F ,

AVERAGE TEMPERATURE = +9G.607 DEG. F AVERAGE PRESSURE = +64.524 PSIA AVERAGE DEW TEMP = +83.271 DEG. F AVERAGE VPR PRESS = +0.564 PSIA

SUMMARY

OF MEASURED DATA

( VC SUMMER 1

)

DATE: 271 TIME: 0S:15 1

1 i TEMP RTD 1 = +99.460 DEG. F TEMP RTD 2 = +99.250 DEG. F i TEMP RTD 3 = +99.330 DEG. F TEMP RTD 4 = +99.590 DEG. F TEMP RTD 5 = +95.010 DEG. F TEMP RTD 6 = +98.880 DEG. F TEMP RTD 7 = +99.100 DEG. F TEMP RTD 8 = +98.320 DEG. F TEMP RTD 9 = +98.280 DEG. F TEMP RTD 10 = +99.120 DEG. F TEMP RTD 11 = +99.030 DEG. F TEMP RTD 12 = +98.840 DEG. F TEMP RTD 13 = +99.010 DEG. F TEMP RTD 14 = +99.260 DEG. F TEMP RTD 15 = +96.810 DEG. F ,

TEMP RTD 16 = +99.040 DEG. F TEMP RTD 17 = +97.370 DEG. F TEMP RTD 18 = +98.200 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.290 DEG. F TEMP RTD 21 = +95.560 DEG. F TEMP RTD 22 = +95.470 DEG. F TEMP RTD 23 = +94.350 DEG. F TEMP RTD 24 = +94.720 DEG. F PRESS GAUGE 1 = +64.525 PSI PRESS GAUGE 2 = +64.509 PSI DEW TEMP CELL 1 = +82.900 DEG. F DEW TEMP CELL 2 = +83.250 DEG. F DEW TEMP CELL 3 = +83.820 DEG. F DEW TEMP CELL 4 = +83.010 DEG. F DEW TEMP CELL S = +2.440 DEG. F AVERAGE TEMPERATURE = +98.568 DEG. F AVERAGE PRESSURE = +64.518 PSIA AVERAGE DEW TEMP = +83.092 DEG. F AVERAGE VPR PRESS = +0.S60 PSIR

SUMMARY

OF MEASURED DATA b

l-

' VC SUMMER 1 DATE: 271- TIME: 05:30 TEMP RTD 1 = +99.440 DEG. F ;

TEMP RTD 2 = +99.210 DEG. F I

TEMP RTE 3 = +99.290 'DEG. F l TEMP RTD 4 = +99.550 DEG. F TEl1P RTD 5 = +95.030 DEG. F TEMP RTD 6 = +98.860 DEG. F TEMP RTD 7 = +99.040 DEG. F .

TEMP RTD 8 = +98.290 DEG. F TEMP RTD 9 = +98.230 DEG. F TEMP RTD 10 = +99.090 DEG. F TEMP RTD 11 = +98.990 DEG. F TEMP RTD 12 = +98.840 DEG. F TEMP RTD 13 = +99.020 DEG. F TEMP RTD 14 = +99.250 DEG. F TEMP RTD 15 = +96.740 DEG. F TEMP RTD 16 = +98.990 DEG. F TEMP RTD 17 = +97.340 DEG. F TEMP RTD 18 = +98.180 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.300 DEG. F TEMP RTD 21 = +95.550 DEG. F TEMP RTD 22 = +95.480 DEG. F TEMP RTD 23 = +94.590 DEG. F TEMP RTD 24 = +94.740 DEG. F PRESS GAUGE 1 = +64.519 PSI PRESS GAUGE 2 = +64.503 PSI DEW TEMP CELL 1 = +83.050 DEG. F DEW TEMP CELL 2 = +83.440 DEG. F DEW TEMP CELL 3 = +83.630 DEG. F DEW TEMP CELL 4 = +83.000 DEG. F DEW TEMP CELL 5 = +1.110 DEG. F AVERAGE TE11PERATURE = +98.541 DEG. F AVERAGE PRESSURE = +64.512 PSIA AVERAGE DEW TEMP = +83.162 DEG. F AVERAGE VPR PRESS = +0.562 PSIA

1 1

SUMMARY

OF MEASURED DATA l'

VC SUMMER 1 l DATE: 271 TIME: 05:45 TtMP RTD 1 = +99.390 DEG. F j TEt1P RTD 2 = +99.180 DEG. F TEMP RTD 3

= +99.250 DEG. F TEMP RTD 4 = +99.530 DEG. F TEMP RTD 5 = +95.020 DEG. F TEMP'RTD 6 = +98.840 DEG. F TEMP RTD 7 = +98.970 DEG. F TEMP RTD 8 = +98.260 DEG. F TEMP RTD 9 = +98.230 DEG. F TEMP RTD 10 = +99.110 DEG. F:

TEMP RTD 11 = +98.980 DEG. F TEMP RTD 12 = +98.790 DEG. F-TEMP RTD 13 = +98.970 DEG. F TEMP RTD 14 = +99.240 DEG. F TEMP RTD 15 = +96.720 DEG. F TEMP RTD 16 = +98.980 DEG. F TEMP RTD 17 = +97.310 DEG. F TEMP RTD 18 = +98.160 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.310 DEG. F TEMP RTD 21 = +95.560 DEG. F TEMP RTD 22 = +95.480 DEG. F TEMP RTD 23 = +94.620 DEG. F TEMP RTD 24 = +94.740 DEG. F PRESS GAUGE 1 = +64.513 PSI PRESS GAUGE 2 = +64.497 PSI

)

l DEW TEMP CELL 1 = +82.920 DEG. F {

, DEW TEMP CELL 2 = +83.520 DEG. F i l

DEW TEMP CELL 3 = +83.620 DEG. F DEW TEMP CELL 4 = +82.930 DEG. F DEW TEMP CELL 5 = +0.000 DEG. F AVERAGE TEMPERATURE = +98.516 DEG. F AVERAGE FRESSURE = +64.506 PSIA AVERAGE DEW TEMP = +83.090 DEG. F AVERAGE VPR PRESS = +0.560 PSIA l

GP-R-312015 GENERAL PHYSICS CORPORATION Appendix C ILRT TREND REPORT AND AVERAGE DATA VALUES f

1

l TOTAL TIME UNIT # 1 DATE TIME TTLM LMCALC SL LAM L95' T 271 0.00 0.0000 0.0000 0.0000 0.0000 0.0000 271 0.25 .1041 0.0000 0.0000 0.0000 0.0000' 271 0.50 0.0956 0.0000 0.0000 0.0943 1.0769, 271 0.77 0.0379 0.0801 1.1190 0.0625 0.22074 l

271 0.98 .2610 .1297 0.7602 .1785 0.1752 271 1.23 .2863 .2431 0.3415 .2832 -.0353 271 1.50 .0402 .1704 0.3768 .1600 0.0561 271 1.77 0.0001 .1063 0.3860 .0749 0.1050' 271 2.00 0.0381 .0510 0.3914 .0115 0.1410 271 2.25 0.0645 .0050 0.3969 0.0363 0.1663 271 2.50 0.1021 0.0394 0.4094 O.0811 0.1959; 271 2.75 0.0780 0.0630 0.4023 0.0975 0.1935 271 3.00 0.0909 0.0837 0.3981 0.1113 0.1931 271 3.25 0.1143 0.1051 0.3992 0.1285 0.2002 271 3.50 0.0633 0.1001 0.0873 0.1211 0.1832 271 3.75 0.0949 0.1176 0.3825 0.1258 0.1801 271 4.00 0.0612 O.1170 O.3724 0.1177 O.1660 271 4.25 0.0714 0.1185 0.3645 0.1142 0.1571 l 271 4.50 0.0570 0.1164 0.3554 0.1071 0.1460 271 4.75 0.0807 0.1190 0.3501 0.1072 0.1421 l 271 5.00 0.0418 0.1138 0.3407 0.0967 0.1298 i

271 5.25 0.0725 0.1146 0.3351 0.0965 0.1265 271 5.50 0.0637 0.1106 0.3289 0.0936 0.1210' 271 5.75 0.0478 0.1099 0.3215 0.0877 0.1135 271 6.00 O.0403 O.1055 O.3138 O.0807 O.1054; 271 m.25 0.0580 0.1042 0.0082 0.0789 0.1017

I i l f

r TOTAL TIME UNIT # 1 DATE TIME TTLM LMCALC SL LAM L95 271 6.50 0.0432 0.1000 0.3016 0.0741 0.095 271 6.75 0.0574 0.0998 0.2967 0.0728 0.0929 i

271 7.00 0.0844 0.1024 0.2949 0.0769 0.0960 271 7.25 0.1121 0.1083 0.2964 0.08S5 0.1052 271 7.50 0.1307 0.1157 0.3000 0.0961 0.1172 l

271 7.75 0.0937 0.1178 0.2986 0.0986 0.1183 271 8.00 0.0876 0.1188 0.2965 0.0994 0.1184 271 8.25 0.0788 0.1187 0.2937 0.0988 0.1164' 271 8.50 0.0909 0.1198 0.2920 0.0999 0.1162 271 8.75 0.0894 0.1206 0.2902 0.1007 0.1164' 272 9.00 0.0813 0.1205 0.2878 0.1000 0.1149 272 9.25 0.0951 0.1217 0.2866 0.1014 0.1156 272 9.50 0.0805 0.1213 0.2842 0.1005 0.1139l 272 9.7S 0.0837 0.1211 0.2821 0.0999 0.1126 272 10.00 0.0876 0.1214 0.2804 0.1000 0.1122.

272 10.25 0.0861 0.1214 0.2785 0.0999 0.1115 272 10.50 .0221 0.1114 0.2732 0.0852 0.1032 272 10.75 0.0903 0.1123 0.2720 0.0869 0.1041:

272 11.00 0.0811 0.1127 0.2702 0.0871 0.1036 l

272 11.25 0.0978 0.1137 0.2696 0.0895 0.1053, 272 11.50 0.0887 0.1142 0.2683 0.0904 0.1056' 272 11.75 0.0730 0.1135 0.2661 0.0893 0.1039, 272 12.00 0.0940 0.1142 0.2652 0.0908 0.1048, 272 12. 23 0.0865 0.1143 0.2638 0.0912 0.1047; 272 12.b0 0.0814 0.1141 0.2622 0.0910 0.1040q l

272 12.75 0.0803 0.1138 0.260S 0.0907 0.1032

l TOTAL TIME UNIT # 1 DATE TIME TTLM LMCALC. SL LAM L95. l 272 13.00 0.0696 0.1126 0.2583 0.0894 0.1015 l

272 13.25 0.0691 0.1115 0.2562 0.0878 0.0995 i

(

272 13.50 0.0786 0.1111 0.2546 0.0876 0.0989 272 13.75 0.0828 0.1111 0.2533 0.0877 0.0986" f

272 14.00 0.0816 0.1109 0.2519 0.0877 0.0982 l 272 14.25 0.0765 0.1104 0.2503 0.0873 0.0974 272 14.50 0.0817 0.1102 0.2490 0.0874 0.0972.

272 14.75 0.0782 0.1098 0.2475 0.0870 0.0965 272 15.00 0.0795 0.1095 0.2461 0.0868 0.0959 272 15.25 0.0809 0.1093 0.2449 0.0867 0.0956 272 15.50 0.0763 0.1088 0.2434 0.0863 0.0949 272 15.75 0.0786 0.1084 0.2421 0.0861 0.0944 272 16.00 0.0817 0.1083 0.2410 0.0862 0.0942 272 16.25 0.0751 0.1077 0.2396 0.0857 0.0936 272 16.50 0.0737 0.1071 0.2381 0.0851 0.0927 272 16.75 0.0729 0.1065 0.2367 0.0845 0.0920 272 17.00 0.0706 0.1057 0.2352 0.0837 0.0909 272 17.25 0.0759 0.1053 0.2339 0.0833 0.0903 272 17.50 0.0749 0.1048 0.2326 0.0829 0.0897; 272 17.75 0.0736 0.1043 0.2313 0.0825 0.0892 272 18.00 0.0779 0.1040 0.2303 0.0824 0.0889:

272 18.25 0.0748 0.1036 0.2291 0.0821 0.0884 272 19.50 0.0686 0.1028 0.2277 0.0813 0.0875 272 18.75 0.0714 0.1023 0.2264 U.0808 0.0869.

272 19.00 0.0750 0.1019 0.2253 0.0805 0.0865 272 19.25 0.0751 0.1015 0.2242 0.0804 0.0861

TOTAL TIME UNIT # 1 DATE TIME TTLM LMCALC SL LAM L93 272 19.50 0.0870 0.1018 0.2236 0.0810 0.086 272 19.75 0.0852 0.1019 0.2230 0.0815 0.087; 272 20.00 0.0730 0.1015 0.2219 0.0810 0.086<

272 20.25 0.0660 0.1007 0.2205 0.0802 0.085G l

272 20.50 0.0665 0.0999 0.2192 0.0793 0.0844 272 20.75 O.0705 O.0994 0.2181 O.0789 0.0841 272 21.00 0.0690 0.0988 0.2169 0.0783 0.0834 272 21.25 0.0673 0.0982 0.2158 0.0776 0. 082f 272 21.25 0.0671 0.0968 0.2137 0.0771 0.082(

272 21.75 0.0662 0.0970 0.2134 0.0763 0.0812 272 22.00 0.0631 0.0962 0.2122 0.0756 0.0804 272 22.25 0.0672 0.0956 0.2111 0.0750 0.0795 272 22.50 0.0222 0.0931 0.2089 0.0717 O.0775 272 22.75 0.0674 0.0927 0.2079 0.0714 0.0761 272 23.00 O.0690 0.0923 O.2070 0.0712 0.0766 272 23.25 0.0663 0.0918 0.2059 0.0708 0.0768 272 23.50 0.0678 0.0914 0.2050 0.0706 0.075%

272 23.75 0.0629 0.0910 0.2041 0.0704 0.0753 272 24.00 U.0612 O.0904 O.1091 0.0698 0.0748 272 24.27 0.0625 O.0898 O.1084 O.0693 0.0742 272 24.50 0.0618 0.0892 0.1076 0.0688 0.0734 272 24.75 0.0699 0.0889 0.1071 0.0687 0.0733 272 25.00 O.0668 0.0886 0.1066 0.0685 O.0732

. TOTAL TIME UNIT # 1 DATE TIME TTLM- LMCALC SL LAM L95

'272 25.25 0.0567 0.0878 0.1057 0.0678 0.072d l

l l

O . 4094" I l

j UNIT 1

,N )

" N '

l TOT. " \

TIME \_ .

l ANAL. :: % _,,--

s WTX/

% i l %

DAY %

l LEGEND

" ll

=L ::

r~ .

~~ j}- x b

\

~.

l/l ,_

//g./w)'v-Aq Afsf_t,,__,_j,[ ~

0.0000"i , /, , , , ,,,,,, ,,,,,,,,,,,,,,

1500/

i Ih1

'I/

TIME 1615/ 272 Ib l

i l

J

I l

AVG. DATA VALUES UNIT # 1 l

)

DATE TIME T(I) P(I) DT(I) VP(I) MASS (I) l 271 0.00 97.96 63.85 81.73 0.536 568684 271 0.25 97.95 63.85 81.63 0.535 568690 1 1

271 0.50 97.97 63.85 81.61 0.534 568673 271 0.77 97.96 63.85 81.58 0.534 568677 271 0.98 97.90 63.85 81.38 0.530 568745 271 1.23 97.89 63.85 81.27 0.528 568768 l 271 1.53 97.90 63.85 81.53 0.533 568698 271 1.77 97.92 63.85 81.46 0.531 568684-271 2.00 97.92 63.85 81.48 0.532 568666 271 2.25 97.92 63.84 81.51 0.532 568650 271 2.50 97.93 63.84 81.58 0.534 568623 271 2.75 97.92 63.84 81.56 0.533 568633 271 3.00 97.93 63.84 81.52 0.533 568619 271 3.25 97.93 63.84 81.55 0.533 568596 271 3.50 97.91 63.84 81.43 0.531 568631 271 3.75 97.91 63.84 81.50 0.532 568600 271 4.00 97.91 63.84 81.28 0.529 568626 271 4.25 97.91 63.84 81.35 0.530 568612 271 4.50 97.89 63.84 81.36 0.530 568623 271 4.75 97.84 63.83 81.86 0.538 568593 271 5.00 97.86 63.83 81.42 0.531 568634 271 5.25 97.85 63.83 81.61 0.534 568594 271 5.50 97.86 63.83 81.41 0.531 568601 271 5.75 97.85 63.83 81.27 0.528 568619 271 6.00 97.87 63.83 81.01 0.524 568627 271 6.25 /7.82 63.83 81.43 0.531 568598 271 6.50 97.79 63.83 81.48 0.532 568617 271 6.75 97.84 63.83 81.31 0.529 568592 271 7.00 97.86 63.82 81.39 0.530 568544 271 7.25 97.88 63.82 81.48 0.532 568491 271 7.50 97.88 63.82 81.78 0.537 568452 271 7.75 97.86 63.82 81.37 0.530 568512 271 8.00 97.87 63.82 81.31 0.529 568518 271 8.25 97.85 63.82 81.26 0.528 568530 271 8.50 97.84 63.82 81.47 0.532 568501 271 8.75 97.83 63.82 81.39 0.530 568498 272 9.00 97.81 63.82 81.29 0.529 568511 272 9.25 97.81 63.81 81.49 0.532 568475 272 9.50 97.81 63.81 81.33 0.529 568503 272 9.75 97.79 63.81 81.48 0.532 568491 272 10.00 97.79 63.81 81.47 0.532 568476 272 10.25 97.79 63.81 81.48 0.532 568475 272 10.50 97.80 63.84 79.55 0.499 568739 272 10.75 97.79 63.81 81.49 0.532 568454 272 11.00 97.78 63.81 81.33 0.529 568472 272 L1.25 97.81 63.80 81.50 0.532 568423 272 11.bo 97.51 63.01 S1.32 0.529 568442 272 11.75 77.77 63.81 81.22 0.527 568481 272 12.00 97. '9 63.80 81.40 0.531 568416 272 12.25 9 ./8 63.80 81.36 0.530 568433 272 12.50 97.78 63.80 81.27 0.528 568443

\

?

l AVG. DATA VALUES UNIT # 1 DATE TIME T(I) P(I) DT(I) VP(I) MASS (I) I 272 12.75 97.76 63.80 81.29 0.529 568441 272 13.00 97.74

)

63.80 81.20 0.527 568470 272 13.25 97.76 63.80 81.03 0.524 568467 272 13.50 97.76 63.80 81.18 0.527 568432 272 13.75 97.75 63.80 81.33 0.529 568414 4 272 14.00 97.74 63.80 81.29 0.529 568413 I 1 272 14.25 97.74 63.80 81.19 0.527 568426 272 14.50 97.74 63.79 81.21 0.527 568403 272 14.75 97.73 63.79 81.20 0.527 568411 272 15.00 97.73 63.79 81.18 0.527 568401 l 272 15.25 97.72 63.79 81.22 0.527 568392 272 15.50 97.71 63.79 81.15 0.526 568403 272 15.75 97.72 63.79 81.14 0.526 568390 272 16.00 97.71 63.79 81.23 0.528 568374 272 16.25 97.70 63.7Y 81.12 0.526 568395 272 16.50 97.68 63.79 81.14 0.526 568396 272 16.75 97.68 63.79 81.04 0.524 568395 272 17.00 97.67 63.79 81.00 0.524 568400 272 17.25 97.67 63.78 81.12 0.526 5L8374 272 17.50 97.66 63.78 81.13 0.526 568373 272 17.75 97.66 63.78 81.05 0.524 568375 272 19.00 97.65 63.78 81.19 0.527 568352 272 18.25 97.66 63.78 81.02 0.524 568361 272 18.50 97.65 os.78 80.86 0.521 568383 272 18.75 97.65 63.78 80.95 0.523 568367 272 19.00 97.63 63.78 81.14 0.526 568346 272 la ". 5 97.64 63.78 81.01 0.524 568342 272 19.00 97.63 63.77 81.42 0.531 568282 272 19.75 97.61 63.77 81.49 0.532 568285 272 20.00 97.61 63.77 81.08 0.525 568338 272 20.25 97.60 63.78 80.88 0.522 568367 272 20.50 97 61 63.77 80.87 0.521 568361 272 20.75 97.60 63.77 81.03 0.524 568338 272 21.00 97.60 63.77 81.00 0.524 568341 272 21,25 97.59 63.77 80.90 0.522 568345 272 21.25 97.56 63.77 80.T8 0.523 568346

[ 272 23.75 97.57 63.77 80.86 0.521 568343 '

l 272 22.00 97 55 63.77 80.83 0.521 568355 272 22.25 97.56 63.77 80.90 0.522 568330 1

272 22.50 97.55 63.79 79.03 0.496 568566 272 22.75 97.57 63.77 90.79 0.520 568321 272 23.00 97.56 63.76 80.95 0.523 568308 272 23.25 97.55 63.76 80.91 0.522 568319 I 272 23.50 97.55 63.76 80.98 0.523 568306

! 272 23.75 97.55 63.76 80.95 0.523 568296 272 24.00 97.52 63.76 80.85 0.521 568336 1 272 24.27 97.51 63.76 80.94 0.523 568025

( 272 24.50 47.49 63.76 80.95 0.523 568325 272 24.75 97.53 63.76 81.01 0.524 568274 272 25.00 97.55 63.76 80./3 0.519 568288 1

l

AVG, DATA VALUES UNIT # 1 DATE 'T It1E T(I) P(I) DT(I) VP(I) MASS (I) l 272 25.25 97.50 63.76 80.63 0.517 568345

\

i l

l

} l

\

t I

i t

l GP-R-312015 GENERAL PHYSICS CORPORATION Appendix D ILRT

SUMMARY

DATA, MASS POINT AND TOTAL TIME REPORTS f

I j

l I

i

SUMMARY

OF MEASURED DATA I

l VC SUMMER 1 DATE: 271 TIME: 15:00 l

TEMP RTD 1 = +98.620 DEG. F TEMP RTD 2 = +98.380 DEG. F TEMP RTD 3 = +98.410 DEG. F TEMP RTD 4 = +98.760 DEG. F TEMP RTD 5 = +95.170 DEG. F TEMP RTD 6 = +98.260 DEG. F TEMP RTD 7 = +98.230 DEG. F TEMP RTD 8 = +97.700 DEG. F TEMP RTD 9 = +97.720 DEG. F TEMP RTD 10 = +98.470 DEG. F TEMP RTD 11 = +98.370 DEG. F TEMP RTD 12 = +98.340 DEG. F TEMP h.D 13 = -+98.420 DEG. F l TEMP RTD 14 = +98.980 DEG. F TEMP RTD 15 = +96.610 DEG. F '

TEMP RTD 16 = +98.560 DEG. F TEMP RTD 17 = +97.000 DEG. F TEMP RTD 18 = +97.780 DEG. F TEMP RTD 19 = +97.450 DEG. F TEMP RTD 20 = +95.590 DEG. F TEMP RTD 21 = +95.670 DEG. F TEMP RTD 22 = +95.650 DEG. F TEMP RTD 23 = +94.770 DEG. F TEMP RTD 24 = +95.010 DEG. F PRESS GAUGE 1 = +64.395 PSI PRESS GAUGE 2 = +64.383 PSI l DEW TEMP CELL 1 = +81.620 DEG. F DEW TEMP CELL 2 = +81.780 DEG. F DEW TEMP CELL 3 = +82.230 DEG. F DEW TEMP CELL 4 = +81.650 DEG. F DEW TEMP CELL 5 = -53.063 DEG. F AVERAGE TEMPERATURE = +97.963 DEG. F AVERAGE PRESSURE = +64.388 PSIA AVERAGE DEW TEMP = +81.727 DEG. F AVERAGE VAPOR PRESS = +0.536 PSIA l

1

SUMMARY

OF MEASURED. DATA l

VC SUMMER 1 l DATE: 271 TIME: 15:15 I l

{

TEMP RTD 1 = +98.630 DEG. F TEMP RTD 2 = +98.390 DEG. F TEMP RTD' 3 = +98.370 DEG.:F TEMP RTD 4 = +98.740 DEG. F TEMP RTD 5 = +95.190 DEG. F TEMP RTD 6 = +98.220 DEG. F TEMP RTD 7 = +98.160 DEG. F TEMP RTD 8 = +97.660 DEG. F TEMP RTD 9 = . +97.720 DEG. F TEMP RTD '10 = +98.510 DEG. F TEMP RTD 11 = +98.370 DEG. F TEMP RTD 12 = +98.340 DEG. F TEMP RTD 13 = +98.420 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP-RTD 15 = +96.610 DEG. F TEMP RTD 16 = +98.560 DEG. F TEMP RTD 17 = +96.990 .DEG. F

. TEMP RTD 18 = +97.750 DEG. F TEMP RTD 19 =- +97.440 DEG. F TEMP RTD 20 = +95.600 DEG. F TEMP RTD 21 = +95.710 DEG. F TEMP RTD 22 = +95.650 DEG. F TEMP RTD 23 = +94.810 DEG. F-TEMP RTD 24 = +95.000 DEG. F PRESS GAUGE 1 = +64.393 PSI PRESS GAUGE 2 = +64.382 PSI DEW TEMP CELL 1 = +81.560 DEG. F DEW TEMP CELL 2 = +81.610 DEG. F DEW TEMP CELL 3 = +82.250 DEG. F DEW TEMP CELL 4 = +81.480 DEG. F DEW TEMP CELL 5 = -54.382 DEG. F AVERAGE TEMPERATURE = +97.953 DEG. F AVERAGE PRESSURE = +64.386 PSIA AVERAGE DEW TEMP = +81.635 DEG. F AVERAGE VAFOR PRESS = +0.535 PSIA

i l

SUMMARY

O~ MEASURED DATA' VC SUMMER 1 DATE: 271 TIME: 15:30 TEMP RTD 1 = +98.620 DEG. F TEMP RTD 2 = +98.400 DEG. F TEMP RTD 3 = +98.400 DEG. F TEMP RTD 4 = +98.740 DEG. F TEMP RTD S = +95.210 DEG. F TEMP RTD 6 = +98.260 DEG. F TEMP RTD 7 = +98.270 DEG. F TEMP RTD 8 = +97.650 DEG. F TEMP RTD 9 = +97.730 DEG. F TEMP RTD 10 = +98.490 DEG. F TEMP RTD 11 = +98.370 DEG. F TEMP RTD 12 = +98.340 DEG. F TEMP RTD 13 = +98.420 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.640 DEG. F TEMP RTD 16 = +98.580 DEG. F TEMP RTD 17 = +96.980 DEG. F TEMP RTD 18 = +97.780 DEG. F TEMP RTD 19 = +97.450 DEG. F TEMP RTD 20 = +95.620 DEG. F TEMP RTD 21 = +95.700 DEG. F TEMP RTD 22 = +95.660 DEG. F TEMP RTD 23 = +94.870 DEG. F TEMP RTD 24 = +95.040 DEG. F PRESS GAUGE 1 = +64.392 PSI PRESS GAUGE 2 = +64.379 PSI DEW TEMP CELL 1 = +81.420 DEG. F DEW TEMP CELL 2 = +81.990 DEG. F DEW TEMP CELL 3 = +82.410 DEG. F DEW TEMP CELL 4 = +81.360 DEG. F DEW TEMP CELL 5 = -55.724 DEG. F AVERAGE TEMPERATURE = +97.966 DEG. F AVERAGE PRESSURE = +64.385 PSIA )

AVERAGE DEW TEMP = +81.606 DEG. F AVERAGE VAPOR PRESS = +0.534 PSIA i 1

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 15:46 l

l TEMP RTD 1 = +98.610 DEG. F TEMP RTD 2 = +98.380 DEG. F TEMP RTD 3 = +98.380 DEG. F TEMP RTD 4 = +98.730 DEG. F TEMP RTD 5 = +95.220 DEG. F TEMP RTD 6 = +98.270 DEG. F TEMP RTD 7 = +98.160 DEG. F TEMP RTD 8 = +97.660 DEG. F TEMP RTD 9 = +97.720 DEG. F TEMP RTD 10 = +98.460 DEG. F TEMP RTD 11 = +98.360 DEG. F TEMP RTD 12 = +98.360 DEG. F TEMP RTD 13 = +98.420 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.670 DEG. F TEMP RTD 16 = +98.560 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.770 DEG. F TEMP RTD 19 = +97.450 DEG. F TEMP RTD 20 = +95.630 DEG. F

. TEMP RTD 21 = +95.700 DEG. F TEMP RTD 22 = +95.660 DEG. F TEMP RTD 23 = +94.890 DEG. F TEMP RTD 24 = +95.070 DEG. F PRESS GAUGE 1 == +64.391 PSI PRESS GAUGE 2 = +64.378 PSI DEW TEMP CELL 1 = +81.510 DEG. F DEW TEMP CELL 2 = +81.750 DEG. F DEW TEMP CELL 3 = +82.310 DEG. F DEW TEMP CELL 4 = +81.270 DEG. F DEW TEMP CELL 5 = -57.186 LEG. F AVERAGE TEMPERATURE = +97.957 DEG. F AVERAGE PRESSURE = +64.384 PSIA AVERAGE DEW TEMP = +81.582 DEG. F AVERAGE VAPOR PRESS = +0.534 PSIA

SUMMARY

OF MEASURED DATA l

l VC SUMMER 1 l

DATE: 271 TIME: 15:59 TEMP RTD 1 = +98.580 DEG. F TEMP RTD 2 = +98.300 DEG. F l

TEMP RTD 3 = +98.270 DEG. F TEMP RTD 4 = +98.690 DEG. F l TEMP RTD 5 = +95.170 DEG. F TEMP RTD 6 = +98.210 DEG. F TEMP RTD 7 = +98.110 DEG. F TEMP RTD 8 = +97.630 DEG. F TEMP RTD 9 = +97.660 DEG. F TEMP RTD 10 = +98.450 DEG. F TEMP RTD 11 = +98.330 DEG. F TEMP RTD 12 = +98.270 DEG. F TEMP RTD 13 = +98.370 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.610 DEG. F TEMP RTD 16 = +98.530 DEG. F TEMP RTD 17 = +96.980 DEG. F TEMP RTD 18 = +97.780 DEG. F TEMP RTD 19 = +97.440 DEG. F TEMP RTD 20 = +95.580 DEG. F TEMP RTD 21 = +95.710 DEG. F TEMP RTD 22 =

t95.620 DEG. F TEMP RTD 23 = +94.790 DEG. F TEMP RTD 24 = +94.990 DEG. F PRESS GAUGE 1 = +64.389 PSI PRESS GAUGE 2 = +64.378 PSI DEW TEMP CELL 1 = +81.010 DEG. F DEW TEMP CELL 2 = +81.690 DEG. F DEW TEMP CELL 3 = +82.490 DEG. F DEW TEMP CELL 4 = +81.380 DEG. F DEW TEMP CELL 5 = -58.261 DEG. F AVERAGE TEMPERATURE = +97.903 DEG. F l AVERAGE PRESSURE = +e4.382 PSIA AVERAGE DEW TEMP = +81.384 DEG. F AVERAGE VAPOR PRESS = +0.530 PSIA

1 l

SUMMARY

-OF-MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 16:14 l

TEMP RTD 1 = +98.580 DEG. F TEMP RTD 2 = +98.270 DEG. F TEMP RTD 3 = +98.300 DEG. F l TEMP RTD 4 = +98.680 DEG. F TEMP RTD 5 = +95.190 DEG. F TEMP RTD 6 = +98.170 DEG. F TEMP RTD 7 = +98.050 DEG. F TEMP RTD 8 = +97.570 DEG. F TEMP RTD 9 = +97.650 DEG. F TEMP RTD 10 = +98.380 DEG. F TEMP RTD 11 = +98.330 DEG. F' TEMP RTD 12 =~ +98.190 DEG. F TEMP RTD 13 = +98.330 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.560 DEG. F TEMP RTD 16 = +98.550 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.770 DEG. F TEMP RTD 19 = +97.430 DEG. F TEMo RTD 20 = +95.500 DEG. F TEMP RTD 21 = +95.740 DEG. F TEMP RTD 22 = +95.620 DEG. F TEMP RTD 23 = +94.770 DEG. F TEMP RTD 24 = +94.930 DEG. F PRESS GAUGE 1 = +64.388 PSI PRESS GAUGE 2 = +64.378 PSI DEW TEMP CELL 1 = +80.820 DEG. F DEW TEMP CELL 2 = +81.400 DEG. F DEW TEMP CELL 3 = +82.620 DEG. F DEW TEMP CELL 4 = +81.380 DEG. F DEW TEMP CELL 5

= -59.612 DEG. F AVERAGE TEMPERATURE = +97.888 DEG. F AVERAGE PRESSURE = +64.381 PSIA AVERAGE DEW TEMP = +81.272 DEG. F AVERAGE VAPOR PRESS = +0.528 PSIA l

1 l l I

SUMMARY

OF MEASURED DATA VC SUMMER 1 l

DATE: 271 TIME: 16:30 TEMP RTD 1 = +98.590 DEG. F TEMP RTD 2 = +98.300 DEG. F TEMP RTD 3 = +98.220 DEG. F TEMP RTD 4 = +98.690 DEG. F TEMP RTD 5 = +95.220 DEG. F TEMP RTD 6 = +98.210 DEG. F TEMP RTD 7 = +98.040 DEG. F TEMP RTD 8 = +97.630 DEG. F TEMP RTD 9 = +97.690 DEG. F TEMP RTD 10 = +98.430 DEG. F TEMP RTD 11 = +98.340 DEG. F TEMP RTD 12 = +98.280 DEG. F TEMP RTD 13 = +98.340 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.540 DEG. F TEMP R1D 17 = +96.960 DEG. F TEMP RTD 18 = +97.760 DEG. F TEMP RTD 19 = +97.450 DEG. F TEMP RTD 20 = +95.630 DEG. F TEMP RTD 21 = +95.720 DEG. F TEMP RTD 22 = +95.670 DEG. F TEMP RTD 23 = +94.840 DEG. F TE1P RTD 24 = +95.050 DEG. F

'RESS GAUGE 1 = +64.386 PSI PRESS GAUGE 2 = +64.377 PSI DEW TEMP CELL 1 = +81.540 DEG. F DEW TEMP CELL 2 = +81.650 DEG. F DEW TEMP CELL 3 = +81.610 DEG. F DEW TEMP CELL 4 = +81.430 DEG. F DEW TEMP CELL 5 = -61.040 DEG. F l

l AVERAGE TEMPERATURE = +97.E99 DEG. F AVERAGE PRESSURE = +o4.379 PSIA AVERAGE DEW TEMP = +81.S35 DEG. F AVERAGE VAPOR PRESS = +0.533 PSIA l

l

l Si 1ARY OF MEASURED DATA.

VC SUMMER 1 DATE: 271 TIME: 16:46 l

TEMP RTD 1 = +98.550 DEG. F TEMP RTD 2 = +98.320 DEG. F TEMP RTD 3 = +98.300 DEG. F TEMP RTD 4 = +98.710 -DEG. F TEMP RTD 5. = +95.250- DEG. F TEMP RTD 6 = +98.200 DEG. F TEMP RTD 7 = +98.060 DEG. F TEMP RTD 8 = .+97.630 DEG. F TEMP RTD 9 = +97.700 DEG. F-TEMP RTD 10- = +98.410 DEG. F TEMP RTD 11 = +98.320 DEG. F TEMP RTD 12 = +93.320 DEG. F TEMP RTD 13 = +98.380 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD- 15 = +96.630 DEG. F TEMP RTD 16 = +98.530 DEG. F TEMP RTD 17 = +96.980 DEG. F-TEMP RTD 18 = +97.740 DEG. F TEMP RTD 19 = +97.450 .DEG. F ,

TEMP RTD 20 = +95.650 DEG. re TEMP RTD 21 = +95.710 DEG. F-TEMP RTD 22 = +95.700 DEG. F TEMP RTD 23 = +94.880 DEG. F TEMP RTD 24 = +95.090 DEG. F PRESS GAUGE 1 = +64.385 PSI l PRESS GAUGE 2 = +64.375 PSI DEW TEMP CELL 1 = +81.350 DEG. F DEW TEMP CELL 2 = +81.760 DEG. F DEW TEMP CELL 3 = +82.040 DEG. F DEW TEMP CELL 4 = +81.210 DEG. F DEW TEMP CELL 5 = -62.524 DEG.

AVERAGE TEMPERATURE = +97.917 DEG. F AVERAGE PRESSURE = '64.378 PSIA AVERAGE DEW TEMP = +81."56 DEG. F AVERAGE VAPOR PRESS = +0.531 PSIA

P

SUMMARY

OF MEASURED. DATA:

f VC SUMMER 1 DATE: 271 TIME: 17:00 TEMP RTD 1 = +98.570 DEG. F TEMP RTD 2 = +98.340 DEG. F TEMP RTD 3 = +98.250 DEG. F TEMP RTD 4 = +98.680 DEG. F TEMP RTD 5 = +95.250 DEG. F TEMP RTD 6 = +98.220 DEG. F-TEMP RTD 7 = +98.220 DEG. F TEMP RTD 8 = +97.620 DEG. F TEMP RTD 9 = +97.700 DEG. F TEMP RTD 10 = +98.410 DEG. F TEMP RTD 11 = +98.360 DEG. F TEMP RTD 12 = +98.350 DEG. F TEMP RTD 13 = +98.390- DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.550 DEG. F TEMP RTD 17 = +96.980 DEG. F TEMP RTD 18 = +97.760 DEG. F TEMP RTD 19 = +97.460 DEG. F TEMP RTD 20 = +95.660 DEG. F TEMP RTD 21 = +95.720 DEG. F TEMP RTD 22 = +95.700 DEG. F ;

- TEMP RTD 23 = +94.950 DEG. F I TEMP RTD 24 = +95.130 DEG. F i

l FRESS GAUGE 1 = +64.384 PSI ,

PRESS GAUGE 2 = +64.373 PSI 1 1

DEW TEMP CELL 1 = +81.370 DEG. F DEW TEMP CELL 2 = +81.670 DEG. T DEW TEMP CELL 3 = +82.250 DEG. r-l DEW TEMP CELL 4 = +81.210 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F l i

l AVERAGE TEMPERATURE = +97.922 DEG. F AVERAGE PRESGURE = +64.377 PSIA AVERAGE DEW TEMP = +81.481 DEG. F AVERAGE VAPOR PRESS = +0.532 PSIA l

1

j I

l i

l l

L

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 17.15 l

l TEMP RTD 1 = +98.550 DEG. F TEMP RTD 2 = +98.350 DEC. F TEMP RTD 3 = +98.260 DEG. F TEMP RTD 4 = +98.690 DEG. F TEMP RTD 5 = +95.270 DEG. F TEMP RTD 6 = +98.230 DEG. F TEMP RTD 7 = +98.160 DEG. F TEMP RTD 8 = +97.620 DEG. F TEMP RTD 9 = +97.720 DEG. F TEMP RTD 10 = +98.430 DEG. F TEMP RTD 11 = +98.350 DEG. F TEMP RTD 12 = +98.350 DEG. F TEMP RTD 13 = +98.380 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.550 DFG. F TEMP RTD 17 = +96.980 DEG. F TEMP RTD 18 = +97.760 DEG. F TEMP RTD 19 = +97.460 DEG. F TEMP RTD 20 = +95.680 DEG. F TEMP RTD 21 = +95.720 DEG. F TEMP RTD 22 = +95.700 DEG. F TEMP RTD 23 = +94.950 DEG. F TEMP RTD 24 = +95.160 DEG. F PRESS GAUGE 1 = +64.383 PSI PRESS GAUGE 2 = +64.372 PSI DEW TEMP CELL 1 = +81.530 DEG. F DEW TEMP CELL 2 = +81.690 DEG. F DEW TEMP CELL 3 = +82.090 DEG. F DEW TEMP CELL 4 = +81.110 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.924 DEG. F AVERAGE PRESSURE = +64.376 PSIA AVERAGE DEW TEMP = +81.515 DEG. F AVERAGE VAPOR FRESS = +0.532 FSIA

r l

SUMMARY

OF MEASURED DATA l

VC SUMMER 1 DATE: 271 TIME: 17:30 l

l TEMP RTD 1 = +98.550 DEG. F TEMP RTD 2 = +98.330 DEG. F TEMP RTD 3 = +98.350 DEG. F TEMP RTD 4 = +98.660 DEG. F TEMP RTD 5 = +95.280 DEG. F TEMP RTD TEMP RTD 6

7

= G95. 2607

= +98.100 DEG.

DEG.

F F

hh TEMP RTD 8 = +97.640 DEG. F g))ghk4 TEMP RTD 9 = +97.720 DEG. F TEMP RTD 10 = +98.440 DEG. F CNk TEMP RTD 11 = +98.340 DEG. F TEMP RTD 12 = +98.360 DEG. F TEMP RTD 13 = +98.380 DEG. F TEMP RTD 14 = +98.960 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.520 DEG. F TEMP RTD 17 = +96.990 DEG. F

. TEMP RTD 18 = +97.740 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.700 DEG. F TEMP RTD 21 = +95.740 DEG. F TEMP RTD 22 = +95.710 DEG. F TEMP RTD 23 = +94.910 DEG. F TEMP RTD 24 = +95.170 DEG. F i

PRESS GAUGE 1 = +64.382 PSI PRESS GAUGE 2 = +64.369 PSI DEW TEMP CELL 1 = +81.430 DEG. F DEW TEMP CELL 2 = +81.940 DEG. F DEW TEMP CELL 3 = +82.320 DEG. F DEW TEMP CELL 4 = +81.330 DEG. F DEW TEMP CELL 3 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.827 DEG. F AVERAGE PRESSURE = +64.37S PSIA AVERAGE DEW TEMP = +81.585 DEG. F AVERAGE VAPOR PRESS = +0.534 PSIA

~

)

. ,v +

SUMMARY

OF MEASURED a VC SUMMER 1 DATE: 271 TIME: 17: 4 -. - .

TEMP RTD 1 = +98.550 DEG.\ F.

TEMP RTD 2 = +99.340 DEG. F TEMP RTD 3 = +98.290 DEG. F TEPP RTD 4 = +98.630 DEG. F TEMP RTD 5 = +95.300 DEG. F TEMP RTD 6 = +98.230 DEG. F TEMP RTD 7 = +98.000 DEG. F TEMP RTD 8 = +97.640 DEG. F TEMP RTD 9 = +97.750 DEG. F ym TEMP RTD 10 = +98.410 DEG. F

. TEMP RTD 11 = +98.340 DEG. F TEMP RTD 12 = +98.350 DEG. F TEMP RTD 13 = +98.400 'DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.560 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +9.7.730 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.700 DEG. F TEMP RTD 21 = +95.740 DEG. F TEMP RTD 22 = +95.730 DEG. F TEMP RTD 23 = +94.850 DEG. F TEMP RTD 24 = +95.200 DEG. F PRESS GAUGE 1 = ei". a PSI c438'l,cef-PRESS GAUGE 2 =

f 64 ML PSI

?A dp/k l DEW TEMP CELL 1 = +81.370 DEG. F pf DEW TEMP CELL 2 = +82.140 DEG. F -

-g ( T ,

DEW TEMP CELL 3 = +82.180 DEG. F !

DEW TEMP CELL 4 = +81.330 DEG. F l I DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.915 DEG. F AVERAGE PRESSURE = +64.371 PSIA AVERAGE DEW TEMP = +81.564 DEG. F AVERAGE VAPOR PRESS = +0.533 PSIA

SUMMARY

OF MEASURED DATA l

VC SUMMER 1 l l

DATE: 271 TIME: 18:00

' TEMP RTD 1 = +98.530 DEG. F TEMP RTD 2 = +98.350 DEG. F TEMP RTD 3 = +98.290 DEG. F l TEMP RTD 4 = +98.680 DEG. F l TEMP RTD 5 = +95.320 DEG. F-TEMP RTD 6 = +98.230 DEG. F TEMP RTD 7 = +98.150 DEG. F TEMP RTD 8 = +97.630 DEG. F TEMP RTD 9 = +97.720 DEG. F TEMP RTD 10 = +98.420 DEG. F TEMP RTD 11 = +98.340 DEG. F TEMP RTD 12 = +98.370 DEG. F TEMP RTD 13 = +98.380 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RT? 15 = +96.650 DEG. F i TEMP RTD 16 = +98.510 DEG. F TEMP RTD 17 = +96.980 DEG. F TEMP RTD 18 = +97.740 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.720 DEG. F TEMP RTD 21 = +95.740 DEG. F TEMP RTD 22 = +95.730 DEG. F TEMP RTD 20 = +94.870 DEG. F TEMP RTD 24 = +95.200 DEG. F PRESS GAUGE 1 = +64.380 PSI PRESS GAUGE 2 = +64.366 PSI l DEW TEMP CELL 1 = +81.470 DEG. F 5 DEW TEMP CELL 2 = +81.980 DEG. F DEW TEMP CELL 3 = +72.170 DEG. F DEW TEMP CELL 4 = +81.070 DEG. F l DEW TEMP CELL 5 = %+999999.000 DEG. F l AVERAGE TEMPERATURE = +97.926 DEG. F i

AVERAGE PRESSURE = +64.373 PSIA AVERAGE DEW TEMP = +81.523 DEG. F l AVERAGE VAPOR PRESS = +0.533 PSIA l

i I

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 18:15 TEMP RTD 1 = +98.520 DEG. F TEMP RTD 2 = +98.340 DEG. F TEMP RTD 3 = +98.320 DEG. F TEMP RTD 4 = +98.680 DEG. F TEMP RTD S = +95.330 DEG. F TEMP RTD 6 = +98.180 DEG. F TEMP RTD 7 = +98.130 DEG. F TEMP RTD 8 = +97.650 DEG. F TEMP RTD 9 = +97.690 DEG. F TEMP RTD 10 = +98.400 DEG. F TEMP RTD 11 = +98.330 DEG. F TEMP RTD 12 = +98.360 DEG. F TEMP RTD 13 = +98.380 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.S60 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.730 DEG. F TEMP RTD 19 = +97.460 DEG. F TEMP RTD 20 = +95.720 DEG. F TEMP RTD 21 = +95.770 DEG. F TEMP RTD 22 = +95.750 DEG. F TEMP RTD 23 = +94.920 DEG. F TEMP RTD 24 = +95.220 DEG. F PRESS GAUGE 1 = +64.378 PSI PRESS GAUGE 2 = +64.365 PSI

> DEW TEMP CELL 1 = +81.480 DEG. F DEW TEMP CELL 2 = +81.730 DEG. F DEW TEMP CELL 3 = +82.150 DEG. F DEW TEMP CELL 4 = +81.310 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.927 DEG. F AVERAGE PRESSURE = +64.371 PSIA

> AVERAGE DEW TEMP = +81.555 DEG. F -1 l AVERAGE VAPOR PRESS = +0.S33 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 18:30 l

l TEMP RTD 1 = +98.510 DEG. F I

TEMP RTD 2 = +98.310 DEG. F TEMP RTD 3 = +98.280 DEG. F TEMP RTD 4 = +98.650 DEG. F.

TEMP RTD 5 = +95.300 DEG. F '

TEMP RTD 6 = +98.190 DEG. F TEMP RTD 7 = +98.100 DEG. F TEMP RTD 8 = +97.620 DEG. F TEMP RTD 9 = +97.710 DEG. F TEMP RTD 10 = +98.410 DEG. F TEMP RTD 11 = +98.320 DEG. F TEMP RTD 12 = +98.370 DEG. F TEMP RTD 13 = +98.370 DEG. F TEMP RTD 14 = +98.960 DEG. F TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.530 DEG. F TEMP RTD 17 = +96.980 DEG. F TEMP RTD 18 = ' +97.720 DEG. F TEMP RTD 19 = +97.480 DEG. F !

TEMP RTD 20 = +95.740 DEG. F TEMP RTD 21 = +95.770 DEG. F TEMP RTD 22 = +95.750 DEG. F TEMP RTD 23 = +94.880 DEG. F TEMP RTD 24 = +95.230 DEG. F PRESS GAUGE 1 = +64.378 PSI FRESS GAUGE 2 = +64.364 PSI, DEW TEMP CELL 1 = +81.320 DEG. F DEW TEMP CELL 2 = +81.780 DEG. F DEW TEMP CELL 3 = +82.110 DEG. F DEW TEMP CELL 4 = +81.120 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F !

1 AVERAGE TEMPERATURE = +97.911 DEG. F AVERAGE PRESSURE = +64.371 PSIA AVERAGE DEW TEMP = +81.430 DEG. F AVERAGE VAPOR PRESS = +0.531 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 l DATE: 271 TIME: 18: 45 I

TEMP RTD 1 = +98.490 DEG. F TEMP RTD 2 = +98.340 DEG. F TEMP RTD 3 = +98.310 DEG. F TEMP RTD 4 = +98.630 DEG. F TEMP RTD 5 = +95.330 DEG. F TEMP RTD 6 = +98.220 DEG. F TEMP RTD 7 = +98.080 DEG. F TEMP RTD 8 = +97.630 DEG. F TEMP RTD 9 = +97.690 DEG. F TEMP RTD 10 = +98.410 DEG. F TEMP RTD 11 = +98.330 DEG. F TEMP RTD 12 = +98.340 DEG. F TEt1P RTD 13 = +98.370 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.520 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.720 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.740 DEG. F TEMP RTD 21 = +95.780 DEG. F TEMP RTD 22 = +95.750 DEG. F TEMP RTD 23 = +94.890 DEG. F TEMP RTD 24 = +95.240 DEG. F PRESS GAUGE 1 = +64.376 PSI PRESS GAUGE 2 = +64.363 PSI DEW TEMP CELL 1 = +81.500 DEG. F DEW TEMP CELL 2 = +81.790 DEG. F DEW TEMP CELL 3 = +82.140 DEG. F DEW TEMP CELL 4 = +81.040 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.914 DEG. F AVERAGE PRESSURE = +64.36c 09TA HVERAGE DEW TEMP = +81.501 DEG. F AVERAGE VAPOR PRESS = +0.532 PSIA

I

SUMMARY

OF MEASURED DATA l VC SUMMER 1 DATE: 271 TIME: 19:00 I l

l

(

. TEMP RTD 1 = +98.510 DEG. F TEMP RTD 2 = +98.320 DEG. F TEMP RTD 3 = +98.270 DEG. F l TEMP RTD 4 = +98.640 DEG. F TEMP RTD 5 = +95.340 DEG. F TEMP RTD 6 = +99.200 DEG. F TEMP RTD 7 = +98.040 DEG. F TEMP RTD 8 = +97.620 DEG. F TEMP RTD 9 = +97.700 DEG. F TEMP RTD 10 = +98.390 DEG. F TEMP RTD 11 = +98.320 DEG. F TEMF RTD 12 = +98.380' DEG, F TEMP RTD 13 = +98.400 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.540 DEG. F TEMP RTD 17 = +97.010 DEG. F TEMP RTD 18 = +97.730 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.760 DEG. F TEMP RTD 21 = +95.800 DEG. F TEMP RTD 22 = +95.770 DEG. F TEMP RTD 23 = +94.910 DEG. F TEMP RTD 24 = +95.240 DEG. F PRESS GAUGE 1 = +64.373 PSI PRESS GAUGE 2 = +64.361 PSI DEW TEMP CELL 1 = +80.950 DEG. F DEW TEMP CELL 2 = +81.710 DEG. F DEW TEMP CELL 3 = +82.340 DEG. F DEW TEMP CELL 4 = +81.170 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEl1PERATURE = +97.912 DEG. F AVERAGE PRESSURE = +64.368 PSIA ,

AVERAGE DEW TEMP = +81.284 DEG. F AVERAGE VAPOR PRESS = +0.529 PSIA

SUMMARY

OF. MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 19:15 h TEMP RTD 1 = +98.490. DEG. F.

I TEMP RTD 2 = +93.300 DEG. F TEMP RTD 3 =- +98.270 DEG. F l TEMP RTD 4 = +98.630 DEG. F TEMP RTD 5 = +95.340 DEG. F TEMP RTD 6 = +98.180 DEG. F TEMP RTD 7 = +98.080 DEG. F TEMP RTD 8 = +97.610 DEG. F TEMP RTD- 9 = +97.690 DEG. F TEMP RTD 10 = +98.400 LEG. F TEMP RTD 11 = +98.330 DEd F TEMP RTD 12 = +98.360 DEG. F TEMP RTD 13 = +98.390 'DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.610 DEG. F TEMP RTD 16 = +98.530 DEG. F TEMP RTD 17 = +97.000 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.770 DEG. F TEMP RTD 21 = +95.800 DEG. F TEMP RTD 22 = +95.770 DEG. F TEMP RTD 23 = +94.930 DEG. F TEMP RTD 24 = +95.270 DEG. F PRESS GAUGE 1 = +64.374 PSI PRESS GAUGE 2 = +64.361 PSI DEW TEMP CELL 1 = +81.240 DEG. F DEW TEMP CELL 2 = +81.740 DEG. F J DEW TEMP CELL 3 = +82.130 DEG. F l DEW TEMP CELL 4 = +80.990 DEG. F '

DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.706 DEG. F AVERAGE PRESSURE = +64.367 PSIA AVERAGE DEW TEMP = +B1.355 DEG. F AVERAGE VAPOR PRESS = +0.530 PSIA

l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 . TIME: 19:30 ,

1 J

TEMP RTD 1 = +98.470 DEG. F TEMP RTD 2 = +98.270 DEG. F TEMP RTD 3 = +98.260 DEG. F TEMP RTD 4 = +98.620 DEG. F TEMP RTD 5 = +95.330 DEG. F TEMP RTD 6 = +98.160 DEG. F TEMP RTD 7 = +98.110 DEG. F TEMP RTD 8 = +97.580 DEG. F TEMP RTD 9 = +97.660 DEG. F TEMP RTD 10 = +98.350 DEG. F TEMP RTD 11 = +98.270 DEG. F TEMP RTD 12 = +95.300 DEG. F TEMP RTD 13 = +98.360 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.600 DEG. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.750 DEG. F TEMP RTD 21 = +95.790 DEG. F TEMP RTD 22 = +95.750 DEG. F TEMP RTD 23 = +94.910 DEG. F TEMP RTD 24 = +95.250 DEG. F PRESS GAUGE 1 = +64.373 PSI PRESS GAUGE 2 = +64.359 PSI l

L DEW TEMP CELL 1 = +81.210 DEG. F ,

1 DEW TEMP CELL 2 = +81.530 DEG. F l

DEW TEMP CELL 3 = +87.140 DEG. F l DEW TEMP CELL 4 = +81.170 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F l

AVERAGE TEMPERATURE = +97.886 DEG. F AVERAGE PRESSURE = +64.366 PSIA

! HVERAGE DEW TEMP = +81.061 DEG. F l AVERAGE VAPOR PRESS = +0.530 PSIA 1

l

l I

c

[.

SUMMARY

OF MEASURED DATA i

VC SUMMER 1 DATE: 271 TIME: 19:45 TEMP RTD 1 = +98.460 DEG. F l TEMP RTD 2 = +98.190 DEG. F i TEMP RTD 3 = +98.180 DEG. F TEMP RTD 4 = +98.600 DEG. F TEMP RTD 5 = +95.310 DEG. F TEMP RTD 6 = +98.110 DEG. F TEMP RTD 7 = +97.990 DEG. F TEMP RTD B = +97.S20 DEG. F TEMP RTD 9 = +97.610 DEG. F

. TEMP RTD 10 = +98.330 DEG. F TEMP RTD 11 = +98.260 DEG. F TEMP RTD 12 = +98.180 'DEG. F TEMP RTD 13 = +98.290 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.560 DEG. F-TEMP RTD 16 = +98.510 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.730 DEG. F TEMP RTD 19 = +97.460 DEG. F TEMP RTD 20 = +95.710 DEG. F TEMP RTD 21 = +95.840 DEG. F TEMP RTD 22- = +95.720

-DEG. F TEMP RTD 23 = +94.850 DEG. F TEMP RTD 24 = +95.110 DEG. F PRESS GAUGE 1 = +64.373 PSI PRESS GAUGE 2- = +64.360 PSI l

DEW TEMP CELL 1 = +82.140 DEG. F g DEW TEMP CELL 2 = +81.740 DEG. F L

DEW TEMP CELL 3 = +82.240 DEG. F DEW TEMP CELL 4 = +81.190 DEG. F g DEW TEMP CELL S = %+999999.000 DEG. F l

i AVERAGE TEMPERATURE = +97.840 DEG. F AVERAGE PRESSURE = +64.366 PSIA l l

AVERAGE DEW TEMP = +81.856 DEG. F i AVERAGE VAPOR PRESS = +0.S38 PSIA 1

l 1

1

_ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . __ .J

l

!s

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 20:00 1

1 1

TEMP RTD 1 = +98.440 DEG. F TEMP RTD 2 = +98.250 DEG. F TEMP RTD 3 = +98.190 DEG. F TEMP RTD 4 = +98.610 DEG. F TEMP RTD 5 = +95.340 DEG. F TEMP RTD 6 = +98.160 DEG. F TEMP RTD 7 = +97.920 DEG. F TEMP RTD 8 = +97.560 DEG. F TEMP RTD 9 = +97.630 DEG. F ,

TEMP RTD 10 = +98.330 DEG. F TEMP RTD 11 = +98.280 DEG. F TEMP RTD 12 = +98.200- DEG. F TEMP RTD 13 = +98.320 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.560 DEG. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.730 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.740 DEG. F TEMP RTD 21 = +95.850 DEG. F TEMP RTD 22 = +95.760 DEG. F j TEMP RTD 23 = +94.980 DEG. F !

TEMP RTD 24 = +95.190 DEG. F j PRESS GAUGE 1 = +64.372 PSI PRESS GAUGE 2 = +64.359 PSI l

DEW TEMP CELL 1 = +81.170 DEG. F DEW TEMP CELL 2 = +81.880 DEG. F l DEW TEMP CELL 3 = +82.220 DEG. F I DEW TEMP CELL 4 = +81.250 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F l

l AVERAGE TEMPERATURE = +97.857 DEG. F nVERAGE "-RESSURE r "s4.365 PSIT.

AVERAGE DEW TEMP = +81.418 DEG. F l

AVERAGE VAPOR PRESS = +0.531 PSIA l

s

5

,i

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 20:15 i

TEMP RTD 1 = +98.430 DEG. F TEMP RTD 2 = +98.?20 DEG. F TEMP RTD 3 = +58.160 DEG. F TEMP RTD 4 = +98.610 DEG. F TEMP'RTD 5 = +95.340 DEG. F TEMP RTD 6 r- +98.140 DEG. F TEMP RTD 7 = +97.970 DEG. F TEMP RTD 8 = +97.540 DEG. F TEMP RTD 9 = +97.630 DEG. F TEMP RTD 10 = +98.360 DEG. F TEMP RTD 11 = +98.270 DEG. F TEMP RTD 12 = +98.230 DEG. F TEMP RTD 13 = +98.300 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.590 DEG. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +96.970 DEG. F TEMP RTD 18 = +97.700 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.760 DEG. F TEMP RTD 21 = +95.830 DEG. F TEMP RTD 22 = +95.770 DEG. F TEMP RTD 23 = +95.000 DEG. F TEMP RTD 24 = +95.210 DEG. F PRESS GAUGE 1 = +64.370 PSI PRESS GAUGE 2 = +64.353 PSI DEW TEMP CELL 1 = +81.570 DEG. F DEW TEMP CELL 2 = +81.620 DEG. F DEW TEMP CELL 3 = +82.320 DEG. F DEW TEMP CELL 4 = +81.310 DEG. F DEW TEMP CELL 5 = -77.105 DEG. F CVEPAGE TEMPEPATUPE = 'o7.851 DEO. C AVERAGE PRESSURE = +64.363 PSIA AVERAGE DEW TEMP = +81.606 DEG. F AVERADE VAPOR PRESS = +0.534 PSIA

L _

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 20:30 f

f TEMP RTD 1 = +98.440 DEG. F l

TEMP F.TD 2 = +98.200 DEG. F TEMP RTD 3 = +98.210 DEG. F TEMP RTD 4 = +98.590 DEG. F TEMP RTD 5 = +95.350 DEG. F TEMP RTD 6 = +98.140 DEG. F TEMP RTD 7 = +97.960 DEG. F TEMP RTD 8 = +97.530 DEG. F TEMP RTD 9 = +97.650 DEG. F TEMP RTD 10 = +98.330 DEG. F TEMP RTD 11 = +98.290 DEG. F TEMP RTD 12 = +98.240 DEG. F TEMP RTD 13 = +98.310 DEG. F TEMP RTD 14 = +98.960 DEG. F TEMP RTD 15 = +96.610 DEG. F TEMP RTD 16 = +98.480 DEG. F TEMP RTD 17 = +96.990 DFG. F TEMP RTD 18 = +97.690 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.770 DEG. F TEMP RTD 21 = +95.830 DEG. F TEMP RTD 22. = +95.780 DEG. F TEMP RTD 20 = +95.010 DEG. F TEMP RTD 24 = +95.230 DEG. F PRESS GAUGE 1 = +64.368 PSI PRESS GAUGE 2 = +64.357 PSI DEW TEMP CELL 1 = +81.280 DEG. F DEW TEM? CELL 2 = +81.490 DEG. F DEW TEMF CELL 3 = +82.200 DEG. F DEW TEMP CELL 4 = +91.220 DEG. F DEW TEMP CELL 5 = -78.149 DEG. F AVEPAGE TEMPERATURE = s?7.C56 EE3. F AVERAGE PRESSURE = +64.361 PSIA AVERAGE DEW TEMP = +81.410 DEG. F AVERAGE VAPOR PRESS = +0.531 PSIA

SUMMARY

OF MEASURED DATA l VC SUMMER 1 DATE: 271 TIME: 20:45 TEMP RTD 1 = +98.450 DEG. F TEMP RTD 2 = +98.210 DEG. F TEMP RTD 3 = +98.160 DEG. F TEMP RTD 4 = +98.590 DEG. F TEMP RTD 5 = +95.390 DEG. F TEMP RTD 6 = +98.140 DEG. F TEMP RTD 7 = +97.950 DEG. F TEMP RTD 8 = +97.520 DEG. F TEMP RTD 9 = +97.630 DEG. F TEMP RTD 10 = +98.340 DEG. F TEMP RTD 11 = +98.270 DEG. F TEMP RTD 12 = +98.270 DEG. F TEMP RTD 13 = +98.330 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.590 DEG. F TEMP RTD 16 = +98.520 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.700 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.780 DEG. F TEMP RTD 21 = +95.850 DEG. F TEMP RTD 22 = +95.790 DEG. F TEMP RTD 23 = +94.970 DEG. F TEMP RTD 24 = +95.260 DEG. F PRESS GAUGE 1 = +64.367 PSI PRESS GAUGE 2 = +64.355 PSI DEW TEMP CELL 1 = +81.080 DEG. F DEW TEMP CELL 2 = +81.670 DEG. F DEW TEMP CELL 3 = +82.070 DEG. F DEW TEMP CELL 4 = +81.020 DEG. F DEW TEMP CELL 5 = -79.172 DEG., F AVERAGE TEMPERATURE = +97.851 DEG. F AVERAGE PRESSURE = +64.360 PSIA AVERAGE DEW TEMP = +81.268 DEG. F eWah4bh Vf+0R PRESE = H).528 6- S 1 A i

i l

_ _ _ _--- - _-_ - -- i

f

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 21:00 1

TEMP RTD 1 = +98.460 DEG. F TEMP RTD 2 = +98.210 DEG. F TEMP RTD 3 = +98.200 DEG. F TEMP RTD 4 = +98.590 DEG. F TEMP RTD 5 = +95.390 DEG. F TEMP RTD 6 = +98.170 DEG. F TEMP RTD 7 = +98.010 DEG. F TEMP RTD 8 = +97.540 DEG. F TEMP RTD 9 = +97.670 DEG. F TEMP RTD 10 = +98.350 DEG. F TEMP RTD 11 = +98.250 DEG. F TENP RTD 12 = +98.280 DEG. F TEMP RTD 13 = +98.310 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.610 DEG. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.800 DEG. F TEMP R~D 21 = +95.860 DEG. F TEMP RTD 22 = +95.810 DEG. F TEMP RTD 23 = +94.930 DEG. F TEMP RTD 24 = +95.290 DEG. F PRESS GAUGE - ' = +64.365 PSI PRESS GAUGE 2 = +64.353 PSI DEW TEMP CELL 1 = +80.450 DEG. F i DEW TEMP CELL 2 = +81.760 DEG. F DEW TEMP CELL 3 = +82.130 DEG. F DEW TEMP CELL 4 = +81.110 DEG. F DEW TEMP CELL 5 = -80.115 DEG. F AVERAGE TEMPERATURE = +97.865 DEG. F AVERAGE PRESSURE = +64.358 PSIA AVEhAGE DEW TEMP = + t31. v0e DEG. F AVERAGE VAPOR PRESS = +0.524 PSIA

I h

1 \

SUMMARY

OF MEASURED DATA i VC SUMMER 1 DATE: 271 TIME: 21:15 !

1 1

TEMP RTD 1 = +98.420 DEG. F TEMP RTD 2 = +98.190 DEG. F TEMP RTD 3 = +98.090 DEG. F TEMP RTD 4 = +98.530 DEG. F TEMP RTD 5 = +95.370 DEG. F TEMP RTD 6 = +98.100 DEG. F TEMP RTD 7 = +98.030 DEG. F TEMP RTD 8 = +97.510 DEG. F TEMP RTD 9 = +97.600 DEG. F TEMP RTD 10 = +98.340 DEG. F TEMP RTD 11 = +98.250 DEG. F TEMP RTD 12 = +o8.220 DEG. F TEMP RTD 13 = +98.270 DEG. F TEMP RTD 14 = +98.930 DEG. F TEMP RTD 15 = +96.580 DEG. F TEMP RTD 16 = +98.460 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.690 DEG. F TEhP RTD 19 = +97.460 DEG. F TEMP RTD 20 = +95.770 DEG. F TEMP RTD 21 = +95.820 DEG. F TEMP RTD 22 = +95.770 DEG. F TEMP RTD 23 = +94.930 DEG. F TEMP RTD 24 = +95.270 DEG. F PRESS GAUGE 1 = +64.364 PSI PRESS GAUGE 2 = +64.352 PSI I DEW TEMP CELL 1 = +81.400 DEG. F DEW TEMP CELL 2 = +81.590 DEG. F DEW TEMP CELL 3 = +82.080 DEG. F DEW TEMP CELL 4 = +81.080 DEG. F DEW TEMP CELL 5 = -81.059 DEG. F AVERAGE TEMPERATURE = +97.821 DEG. F AVERAGE PRESSURE = +64.357 PSIA AVER AbE ..idW IEMF = tdl.450 LEG. r#

AVERAGE VAPOR PRESS = +0.531 PSIA

l

{

l i

I l

SUMMARY

OF MEASURED DATA

(

I.

VC SUMMER 1 DATE: 271 TIME: 21:30 TEMP RTD 1 = +98.420 DEG. F TEMP RTD 2 = +98.110 DEG. F TEMP RTD 3 = +98.120 DEG. F TEMP RTD 4 = +98.500 DEG. F TEMP RTD 5 = +95.340 DEG. F TEMP RTD 6 = +98.070 DEG. F TEMP RTD 7 = +97.910 DEG. F TEMP RTD 8 = +97.480 DEG. F TEMP RTD 9 = +97.580 DEG. F TEMP RTD 10 = +98.230 DEG. F TEMP RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.130 DEG. F TEMP RTD 13 = +98.260 DEG. F TEMP RTD 14 = +98.920 DEG. F TEMP RTD 15 = +96.570 DEG. F TEMP RTD 16 = +98.470 DEG. F TEMP RTD 17 = +96.970 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.460 DEG. F TEMP RTD 20 = +95.740 DEG. F TEMP RTD 21 = +95.870 DEG. F TEMP RTD 22 = +95.750 DEG. F TEMP RTD 23 = +94.860 DEG. F TEMP RTD 24 = +95.130 DEG. F i PRESS GAUGE 1 = +64.364 PSI PRESS GAUGE 2 = +64.353 PSI

)

l DEW TEMP CELL 1 = +81.350 DEG. F DEW TEMP CELL 2 = +81.370 DEG. F DEW TEMP CELL 3 = +82.220 DEG. F DEW TEMP CELL 4 = +81.420 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F l

AVERAGE TEMPERATURE = +97.7?4 DEG. F nVERAGE 7AESEURE = +64.337 FSIA l AVERAGE DEW TEMP = +81.483 DEG. F AVERAGE VAPOR PRESS = +0.532 PSIA

J l

l

SUMMARY

OF MEASURED DATA )(y"~

VC SUMMER 1 DATE: 271 TIME: 21:45 kJI {

TEMP RTD 1 = +98.440 DEG. F TEMP RTD 2 = +98.180 DEG. F TEMP RTD 3 = +98.140 DEG. F TEMP RTD 4 = +98.560 DEG. F TEMP RTD 5 = .6 390 DEG. F TEMP RTD 6 = + .110 DEG. F TEMP RTD 7 = +98.020 DEG. F TEMP RTD 8 = +97.520 DEG. F TEMP RTD 9 = +97.610 DEG. F TEMP RTD 10 = +98.320 DEG. F TEMP RTD 11 = +98.260 DEG. F TEMP RTD 12 = +98.170 DEG. F TEMP RTD 13 = +98.270 DEG. F TEMP RTD 14 = + 8.970 DEG. F TEMP RTL 15 = .590 DEG. F TEMP RTD 16 = +98.490 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.800 DEG. F TEMP RTD 21 = +95.920 DEG. F TEMP RTD 22 = +95.810 DEG. F TEMP RTD 23 = +94.930 DEG. F TEMP RTD 24 = +95.220 DEG. F PRESS GAUGE # 1 = +64.363 PSI PRESS GAUGE # 2 = +64.352 PSI DEW TEMP CELL # 1 = +81.140 DEG. F DEW TEMP CELL # 2 = +81.610 DEG. F DEW TEMP CELL # 3 = +82.130 DEG. F DEW TEMP CELL # 4 = +81.050 DEG. F AVERAGE TEMPERATURE = +0.000 DEG. F AVERAGE PRESSURE = +0.000 PSIA AVERAGE DEW TEMP = +0.000 DEG. F AVERAGE VPR PRESS = +v.0000 PSIA

l~1 h l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 21:45 f TEMP RTD 1 = +98.440 DEG. F

)

TEMP RTD 2 = +98.180 DEG. F TEMP RTD 3 = +98.140 DEG. F TEMP RTD 4 = +98.560 DEG. F TEMP RTD 5 = +95.390 DEG. F TEMP RTD 6 = +98.110 DEG. F TEMP RTD 7 = +98.020 DEG. F TEMP RTD 8 = +97.520 DEG. F TEMP RTD 9 = +97.610 DEG. F TEMP RTD 10 = +98.320 DEG. F TEMP RTD 11 = +98.260 DEG. F TEMP RTD 12 = +98.170 DEG. F TEMP ?TO 13 = +98.270 DEG. F TEMP RTD 14 = +98.970 DEF. F TEMP RTD 15 = +96.590 DEG. F TEMP RTD 16 = +98.490 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +75.800 DEG. F TEMP RTD 21 = +95.920 DEG. F TEMP RTD 22 = +95.810 DEG. F TEMP RTD 23 = +94.930 DEG. F TEMP RTD 24 = +95.220 DEG. F l

PRESS GAUGE # 1 = +64.363 PSI PRESS GAUGE # 2 = +64.352 PSI DEW TEMP CELL # 1 = +81.140 DEG. F DEW TEMP CELL # 2 = +81.610 DEG. F DEW TEMP CELL # 3 = +82.130 DEG. F DEW TEMP CELL # 4 = +81.050 DEG. F AVERAGE TEMPERATURE = +97.718 DEG. F AVERAGE PRESSURE = +64.317 PSIA l

AVERAGE DEW TEMP = +81.143 DEG. F AVERAGE '.>PR PRESS = +0.5261 PSIA

- . - . _ _ . . _ - _ _ - - _ ____._-______- ___ - -- - _ _ _ Q

SUMMARY

OF MEASURED DATA

)

VC SUMMER 1 DATE: 271 TIME: 21:45-TEMP RTD 1 = +98.440 DEG. F TEMP RTD 2 = +98.180 DEG. F TEMP RTD 3 = +98.140 DEG. F TEMP RTD 4 = +98.560 DEG. F TEMP RTD 5 = +96.390 DEG. F TEMP RTD 6 = +98.110 DEG. F TEMP RTD 7 = +98.020 DEG. F TEMP RTD 8 = +97.520 DEG. F TEMP RTD 9 = +97.610 DEG. F TEMP RTD 10 = +98.320 DEG. F TEMP RTD 11 = +98.260 DEG. F TEMP RTD 12 = +98.170 DEG. F TEMP RTD 13 = +98.270 DEG. F TEMP RTD 14 = +98.970 DEG. F l TEMP RTD 15 = fv6. :3p DEG. F %, @

TEMP RTD 16 = +98.490 DEG. F l TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.800 DEG. F TEMP RTD 21 = +95.920 DEG. F TEMP RTD 22 = +95.810 DEG. F '

TEMP RTD 23 = +94.930 DEG. F TEMP RTD 24 = +95.220 DEG. F PRESS GAUGE 1 = +64.363 PSI PRESS GAUGE 2 = +64.352 PSI DEW TEMP CELL 1 = +81.140 DEG. F DEW TEMP CELL 2 = +81.610 DEG. F DEW TEMP CELL 3 = +82.130 DEG. F DEW TEMP CELL 4 = +81.050 DEG. F l DEW TEMP CELL 5 = %+999999.000 DEG. F b

j ,

HVEHAbE IEMhERATUKE -- +v7.557 DEG. F

) }gg{,gA AVERAGE PRESSURE = +64.356 PSIA AVERAGE DEW TEMP = +81.305 DEG. F AVERAGE VAPOR PRESS = +0.529 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1

)

DATE: 271 TIME: 22:00 TEMP RTD 1 = +98.470 DEG. F TEMP RTD 2 = +98.210 DEG. F TEMP RTD 3 = +98.160 DEG. F TEMP RTD 4 = +98.590 DEG. F TEMP RTD 5 = +95.450 DEG. F TEMP RTD 6 = +98.140 DEG. F TEMP RTD 7 = +98.030 DEG. F TEMP RTD 8 = +97.550 DEG. F TEMP RTD 9 = +97.620 DEG. F TEMP RTD 10 = +98.340 DEG. F TEMP RTD 11 = +98.270 DEG. F TEMP RTD 12 = +98.210 DEG. F TEMP RTD 13 = +98.310 DEG. F TEMP RTD 14 = +98.960 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.480 DEG. F TEMP RTD 17 = +97.000 DEG. F TEMP RTD 18 = +97.720 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.840 DEG. F TEMP RTD 21 = +95.920 DEG. F TEMP RTD 22 = +95.850 DEG. F TEMP RTD 23 = +94.960 DEG. F TEMP RTD 24 = +95.290 DEG. F PRESS GAUGE 1 = +64.362 PSI PRESS GAUGE 2 = +64.351 PSI DEW TEMP CELL 1 = +81.310 DEG. F DEW TEMP CELL 2 = +81.520 DEG. F DEW TEMP CELL 3 = +81.850 DEG. F DEW TEMP CELL 4 = +81.260 DEG. F

> DEW TEMP CELL 5 = %+999999.000 DEG. F t{ AVERAGE TEMPERATURE =

AVERAGE PRESSURE AVERAGE DEW TEMP

=

+97.862

+64.355

+81.394 DEG. F PSIA DEG. F d

AVERAGE VAPOR PRESS = +0.530 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 22:15 l

TEMP RTD 1 = +98.450 DEG. F

[ TEMP RTD 2 = +98.210 DEG. F l

TEMP RTD 3 = +98.240 DEG. F l TEMP RTD 4 = +98.580 DEG. F TEMP RTD 5 = +95.450 DEG. F TEMP RTD 6 = +98.170 DEG. F TEMP RTD 7 = +98.090 DEG. F TEMP RTD 8 = +97.530 DEG. F TEMP RTD 9 = +97.650 DEG. F TEMP RTD 10 = +98.430 DEG. F TEMP RTD 11 = +98.310 DEG. F TEMP RTD 12 = +98.250 DEG. F TEMP RTD 13 = +98.340 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.520 DEG. F TEMP RTD 20 = +95.860 DEG. F TEMP RTD 21 = +95.920 DEG. F TEMP RTD 22 = +95.860 DEG. F TEMP RTD 23 = +94.990 DEG. F TEMP RTD 24 = +95.320 DEG. F PRESS GAUGE 4 1 = +64.360 PSI PRESS GAUGE # 2 = +64.350 PSI DEW TEMP CELL # 1 = +81.480 DEG. F DEW TEMP CELL # 2 = +81.480 DEG. F DEW TEMP CELL # 3 = +82.200 DEG. F DEW TEMP CELL # 4 = +81.110 DEG. F AVERAGE TEMPERATURE = +0.000 DEG. F AVERAGE PRESSURE = +0.000 PSIA AVER; IGE DEW TEMP = ,-n.000 Uliti . -

, AVERAGE VPR PRESS = +0.0000 PSIA

/

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 22:15 7

l TEMP RTD 1 = +98.450 DEG. F TEMP RTD 2 = +98.210 DEG. F TEMP RTD 3 = +98.240 DEG. F j TEMP RTD 4 = +98.580 DEG. F '

TEMP RTD 5 = +95.450 DEG. F TEMP RTD 6 = +98.170 DEG. F TEMP RTD 7 = +98.090 DEG. F TEMP RTD 8 = +97.530 DEG. F TEMP RTD 9 = +97.650 DEG. F TEMP RTD 10 = +98.430 DEG. F TEMP RTD 11 = +98.310 DEG. F TEMP RTD 12 = +98.250 DEG. F TEMP RTD 13 = +98.340 DEG. F TEMP RTD 14 = +98.970 DEG. F TEMP RTD 1 = +96.630 DEG. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = M20 DEG. F TEMP RTD 20 DEG. F .

TEMP RTD 21 = +9b.920 DEG. F TEMP RTD 22 = +95.860 DEG. F O[

TEMP RTD 23 = +94.990 DEG. F TEMP RTD 24 = +95.320 DEG. F PRESS GAUGE 1 = +64.360 FSI PRESS GAUGE = +64.350 PSI DEW TEMP CELL 1 = +81.480 DEG. F DEW TEMP CELL 2 = +81.480 DEG. F DEW TEMP CELL 3 = +82.200 DEG. F DEW TEMP CELL 4 = +81.110 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.884 DEG. F AVERAGE PRESSURE = +64.353 PSIA AVERAGE DEW TEMP = +81.477 DEG. F AVERAGE V4POR PRESS = +0.532 PSIA

(-

l i

l t

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 22:30 TEMP.RTD 1 = +98.450 DEG. F TEMP RTD 2 = +98.220 DEG. F TEMP RTD 3 = +98.180 DEG. F TEMP RTD 4 = +98.590 DEG. F TEMP RTD 5 = +95.4S0 DEG. F TEMP RTD 6 = +98.130 DEG. F TEMP RTD 7 = +98.170 DEG. F TEMP RTD 8 = +97.550 DEG. F TEMP RTD 9 = +97.640 DEG. F TEMP RTD 10 = +98.360 DEG. F TEMP RTD 11 = +98.270 DEG. F TEMP RTD 12 = +98.240 DEG. F .

TEMP RTD 13 = +98.320 DEG. F !

TEMP RTD 14 = +98.960 DEG. F l TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.510 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.720 DEG. F TEMP RTD 19 = +97.320 DEG. F TEMP RTD 20 = +9S.880 DEG. F TEMP RTD 21 = +95.950 DEG. F TEMP RTD 22 = +95.870 DEG. F TEMP RTD 23 = +95.030 DEG. F TEMP RTD 24 = +95.330 DEG. F PRESS GAUGE 1 = +64.360 PSI PRESS GAUGE 2 = +64.349 PSI DEW TEMP CELL 1 = +81.200 DEG. F DEW TEMP CELL 2 = +8S.320 DEG. F DEW TEMP CELL 3 = +81.870 DEG. F DEW TEMP CELL 4 = +81.040 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.877 DEG. F AVERAGE PRESSURE = +64.333 PSIA AVERAGE DEW TEMP = +81.777 DEG. F AVERAGE VAPOR PRESS = +0.537 PSIA PE u ' . lt i . '

g,

I i

1.

1 I

I j

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 22:45 TEMP RTD 1 = +98.460 DEG. F TEMP RTD 2 = +98.200 DEG. F TEMP RTD 3 = +98.160 DEG. F TEMP RTD 4 = +98.570 DEG. F TEMP RTD 5 = +95.470 DEG. F TEMP RTD 6 = +98.130 DEG. F TEMP RTD 7 = +97.990 DEG. F TEMP RTD 8 = +97.540 DEG. F TEMP RTD 9 = +97.640 DEG. F TEMP RTD 10 = +98.320 DEG. F TEMP RTD 11 = +98.270 DEG. F TEMP RTD 12 = +98.260 DEG. F TEMP RTD 13 = +98.310 DEG. F TEMP RTD 14 = +98.960 DEG. F TEMP RTD 15 = +96.640 DEG. F TEMP RTD 16 = +98.510 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.720 DEG. F TEMP RTD 19 = +97.520 DEG. F TEMP RTD 20 = +95.870 DEG. F TEMP RTD 21 = +95.950 DEG. F TEMP RTD 22 = +95.870 DEG. F TEMP *iTD 23 = +95.020 DEG. F TEMP RTD 24 = +95.320 DEG. F PRESS GAUGE 1 = +64.358 PSI PRESS GAUGE 2 = +64.348 PSI DEW TEMP CELL 1 = +81.180 DEG. F DEW TEMP CELL 2 = +81.930 DEG. F DEW TEMP CELL 3 = +82.060 DEG. F DEW TEMP CELL 4 = +81.090 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F t .

NL AVERAGE TEMPERATURE = +97.863 DEG. F AVERAGE PRESSURE = +64.351 PSIA AVERAGE DEW TEMP = +81.367 DEG. F AVERAGE VAPOR PRESS = +0.530 PSIA

1 I

-l

SUMMARY

OF MEASURED DATA

)

VC SUMMER 1 DATE: 271 TIME: 23:00 TEMP RTD 1 = +98.420 DEG. F TEMP RTD 2 = +98.210 DEG. F TEMP RTD 3 = +98.180 DEG. F TEMP RTD 4 = +98.590 DEG. F TEMP RTD S = +95.470 DEG. F TEMP RTD 6 = +98.140 DEG. F TEMP RTD 7 = +97.950 DEG. F TEMP RTD 8 = +97.520 DEG. F TEMP RTD 9 = +97.630 DEG. F TEMP RTD 10 = +98.360 DEG. F TEMP RTD 11 = +98.280 DEG. F TEMP RTD 12 = +98.250 DEG. F TEMP RTD 13 = +98.300 DEG. F TEMP RTD 14 = +98.960 DEG. F TEMP RTD 15 = +96.640 DEG. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.710 DEG. F TEMP RTD 19 = +97.530 DEG. F TEMP RTD 20 = +95.900 DEG. F j TEMP RTD 21 = +95.960 DEG. F TEMP RTD 22 = +95.880 DEG. F TEMP RTD 23 = +95.020 DEG. F TEMP RTD 24 = +95.330 DEG. F I

PRESS GAUGE 1 = +64.358 PSI PRESS GAUGE 2 = +64.346 PSI l

DEW TEMP CELL 1 = +81.210 DEG. F DEW TEMP CELL 2 = +81.370 DEG. F j DEW TEMF CELL 3 = +b2.060 DEG. F l DEW TEMP CELL 4 = +80.990 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.866 DEG. F AVEC: AGE PPEESUPE = '-44.351 P9TA AVERAGE DEW TEMP = +61.309 DEG. F AVERAGE VAPOR PRESS = +0.529 PSIA

l I l l

l

SUMMARY

OF MEASURED DATA !

l VC SUMMER 1 DATE: 271 TIME: 23:15 1

1 TEMP RTD 1 = +98.430 DEG. F TEMP RTD 2 = +98.190 DEG. F TEMP RTD 3 = +98.140 DEG. F TEMP RTD 4 = +98.550 DEG. F TEMP RTD 5 = +95.470 DEG. F TEMP RTD 6 = +98.140 DEG. F TEMP RTD 7 = +97.940 DEG. F TEMP RTD 8 = +97.510 DEG. F TEMP RTD 9 = +97.630 DEG. F TEMP RTD 10 = +98.360 DEG. F TEMP RTD 11 = +98.270 DEG. F TEMP RTD 12 = +98.250 DEG. F TEMP RTD 13 = +98.300 DEG. F TEMP RTD 14 = +98.980 DEG. F TEMP RTD 15 = +96.650 DEC. F TEMP RTD 16 = +98.500 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.720 DEG. F TEMP RTD 19 = +97.510 DEG. F TEMP RTD 20 = +95.890 DEG. F TEMP RTD 21 = +95.960 DEG. F

'~

TEMP RTD 22 = +95.880 DEG. F

~

TEMP RTD 23 = +95.030 DEG. F 1 TEMP RTD 24 = +95.350 DEG. F PRESS GAUGE 1 = +64.357 PSI PRESS GAUGE 2 = +64.345 PSI i

DEW TEMP CELL 1 = +81.150 DEG. F DEW TEMP CELL 2 = +81.510 DEG. F l DEW TEMP CELL 3 = +82.090 DEG. F l

DEW TEMP CELL 4 = +80.930 DEG. F DEW TEMP CELL 5 = 7.+999999.000 DEG. F AVERAGE TEMPERATURE = +97.852 DEG. F AVEPAGE ePESSURE -

A64.T50 oSIA l AVERAGE DEW TEMP = +81.261 DEG. F AVERAGE VAPOR PREES = +0.528 PSIA I

I I

')

1 H

f

SUMMARY

OF MEASURED DATA L VC SUMMER 1 DATE: 271 . TIME: 23:30 l TEMP RTD 1 = +98.410 DEG. F' TEMP RTD 2 = +98.210 DEG. F TEMP-RTD 3 = +98.130 -DEG. F TEMP RTD 4 = +98.530 DEG. F TEMP RTD' S' = +95.460 DEG. F

. TEMP RTD 6 = +98.110 DEG. F TEMP RTD 7 = +97.900 DEG. F TEMP RTD 8- = +97.530 DEG. F TEMP RTD 9 = +97.620 DEG. F TEMP RTD 10 = +98.310 DEG. F l TEMP RTD 11 = +98.230 DEG. F TEMP RTD 12 = +98.250 DEG. F

' TEMP RTD 13 = +98.300 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.470 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.720 DEG. F j TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.860 DEG. F TEMP RTD 21 = +95.950 DEG. F TEMP RTD 22 = +95.880 DEG. F TEMP RTD 23 = +95.040 DEG. F TEMP RTD 24 = +95.350 DEG. F PRESS GAUGE 1 = +64.356 PSI PRESS GAUGE 2 = +64.344 PSI DEW TEMP CELL 1 = +81.410 DEG. F DEW TEMP CELL 2 = +81.770 DEG. F

, DEW TEMP CELL 3 = +82.160 DEG. F DEW TEMP CELL 4 = +81.080 DEG. F DEW TEMP CELL S

= %+999999.000 DEG. F

. a AVERAGE TEMPERATURE = +97.841 DEG. F AVERAGE PRESSURE = +64.349 PSIA AVERAGE DEW TEMP = +81.468 DEG. F AVERAGE VAPOR FRESS = +0.532 PSIA

r

SUMMARY

DF MEASURED DATA VC SUMMER 1 DATE: 271 TIME: 23:45 TEMP RTD 1 = +98.380 DEG. F TEMP RTD 2 = +98.160- DEG. F TEMP RTD 3 =- +98.150 DEG. F TEMP RTD 4 = +98.520 DEG. F TEMP RTD 5 = +95.450 DEG. F h TEMP RTD 6 = +98.070 DEG. F TEMP RTD 7 = +98.040 DEG. F j x,p' p> e TEMP RTD 8 = +97.500 DEG. F 9I ' Th g TEMP RTD 9 = +97.590 DEG. F e s TEMP RTD 10 = +98.310 DEG. F

\ TEMP RTD 11 = +98.240 DEG. F TEMP RTD 12 = +98.180 DEG. F TEMP !?TD 13 = +98.290 DEG. F TEMP HTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.600 DEG. F TEMP RTD 16 = +98.490 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.690 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.860 DEG. F TEMP RTD 21 = +95.990 DEG. F TEMP RTD 22 = +95.850 DEG. F TEMP RTD 23 = +94.990 DEG. F TEMP RTD 24 = +95.270 DEG. F PRESS GAUGE 1 = +64.3S3 PSI PRESS GAUGE 2 = +64.342 PSI

( DEW TEMP CELL 1 = +81.340 DEG. F l l DEW TEMP CELL 2 = +81.660 DEG. F DEW TEMP CELL 3 = +82.050 DEG. F DEW TEMP CELL 4 = +81.000 DEG. F l DEW TEMP CELL 5 = %+999999.000 DEG. F L AVERAGE TEMPERATURE = +97.830 DEG. F i

AVERAGE PRESSURE = +64.346 PSIA AVERAGE DEW TEMP = +81.385 DEG. F AVERAGE VAPOR PRESS = +0.530 PSIA i

l t

! I

.l

{

L

SUMMARY

OF MEASURED DATA l

VC SUMMER 1 DATE: 272 TIME: 00:00 TEMP RTD 1 = +98.400 DEG. F TEMP RTD 2 = +98.130 DEG. F TEMP RTD 3 = +98.080 DEG. F TEMP RTD 4 = +98.530 DEG. F TEMP RTD 5 = +95.450 DEG. F TEMP RTD 6 r +98.080 DEG. F TEMP RTD 7 = +97.940 DEG. F TEMP RTD 8 = +97.500 DEG. F TEMP RTD 9 = +97.600 DEG. F TEMP RTD 10 = +98.280 DEG. F TEMP RTD 11 = +98.240 DEG. F TEMP RTD 12 = +98.160 DEG. F TEMP RTD 13 = +98.250 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.610 DEG. F TEMP RTD 16 = +98.480 DEG. F TEMP RTD 17 = +97.040 DEG. F TEMP RTD 18 = +97.700 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.860 DEG. F TEMP RTD 21 = +96.010 DEG. F TEMP RTD 22 = +95.870 DEG. F TEMP RTD 23 = +94.980 DEG. F TEMP RTD 24 = +95.250.

DEG. F PRESS GAUGE 1 = +64.351 PSI PRESS GAUGE 2 = +64.342 PSI DEW TEMP CELL 1 = +81.140 DEG. F DEW TEMP CELL 2 = +81.120 DEG. F DEW TEMP CELL 3 = +82.320 DEG. F DEW TEMP CELL 4 = +81.130 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.815 DEG. F

. AVERAGE PRESSURE = +64.344 PSIA AVERAGE DEW TEMP = +81.287 DEG. F M'ERAGE VAPOR PRESS = +0.529 PSIA W

i l

\

i

SUMMARY

OF MEASURED DATA l VC SUMMER 1 l

DATE: 272 TIME: 00:15 l

l l TEMP RTD 1 = +98.390 DEG. F TEMP RTD 2 = +98.140 DEG. F TEMP RTD 3 = +98.120 DEG. F TEMP RTD 4 = +98.510 DEG. F TEMP RTD 5 = +95.480 DEG. F TEMP RTD 6 = +98.070 DEG. f TEMP RTD 7 = +97.880 DEG. F TEMP RTD 8 = +97.470 DEG. F TEMP RTD 9 = +97.580 DEG. i' TEMP RTD 10 = +98.320 DEG. F TEMP RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.130 DEG. F TEMP PTD 13 = +98.220 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.610 DEG. F TEMP RTD 16 = +98.460 DEG. F TEMP RTD 17 = +97.010 DEG. F TEMP RTD 18 = +97.690 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.860 DEG. F TEMP RTD 21 = +95.980 DEG. F TEMP RTD 22 = +95.850 DEG. F TEMP RTD 23 = +94.990 DEG. F TEMP RTD 24 = +95.270 DEG. F PRESS GAUGE 1 = +64.350 PSI PRESS GAUGE 2 = +64.342 PSI DEW TEMP CELL 1 = +81.480 DEG. F DEW TEMP CELL 2 = +01.680 DEG. F DEW TEMP CELL 3 = +82.280 DEG. F DEW TEMP CELL 4 = +81.000 DEG. F s DEW TEMP CELL 5 = %+999999.000 DEG. F

\

r AVERAGE TEMPERATURE = +97.811 DEG. F

\ AVERAGE FRESSURE AVERAGE DEW TEMP AVERAGE VAPOR PRESS =

=

+64.343

+81.485 PSIA DEG. F

\ .

+0.532 PSIA

, '( ' l l

1 1

l l

I

4

SUMMARY

OF MEASURED DATA VC SUMMER-1 DATE; 272 TIME: 00:30 I

l ..

TEMP RTD 1 = +98.370 DEG. F

' TEMP RTD 2 = +98.100 DEG. F TEMP RTD 3 = +98.070 DEG. F TEMP RTD 4 = +98.520 DEG. F TEMP RTD 5 = +95.480 DEG. F TEMP RTD 6 = +98.060 'DEG. F TEMP RTD 7 = +98.000 DEG. F

-TEMP RTD 8 = +97.460 DEG. F TEMP RTD 9 = +97.570 DEG. F TEMP RTD 10 = +98.260 DEG. F TEMP RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.140 DEG. F TEMP RTD 13 = +98.240 DEG. F TEMP RTD 14 = +98.960 DEG. F TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.470 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.690 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.890 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.890 DEG. F TEMP RTD 23 = +95.060 DEG. F TEMP RTD 24 = +95.330 DEG. F PRESS GAUGE 1 = +64.350 PSI PRESS GAUGE 2 = +64.341 PSI DEW TEMP CELL 1 = +81.260 DEG. F DEW TEMP CELL 2 = +81.460 DEG. F DEW TEMP CELL 3 = +82.280 DEG. F

~

DEW TEMP CELL 4 = +80.920 DEG. F

. DEW TEMP CELL 5 = %+999999.000 DEG. F t; t i AVERAGE TEMPERATURE = +97.807 DEG. F AVERAGE PRESSURE = +64.343 PSIA AVERAGE DEW TEMP = +81.330 DEG. F AVERAGE VAPOR PRESS = +0.529 PSIA

l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 00:45 TEMP RTD 1 = +98.350 DEG. F TEMP RTD 2 = +98.090 DEG. F TEMP RTD 3 = +98.080 DEG. F TEMP RTD 4 = +98.480 DEG. F TEMP RTD 5 = +95.470 DEG. F TEMP RTD 6 = +98.040 DEG. F TEMP RTD 7 = +97.830 DEG. F TEMP RTD 8 = +97.440 DEG. F TEMP RTD 9 = +97.570 DEG. F TEMP RTD 10 = +98.240 DEG. F TEMP RTD 11 = +98.210 DEG. F TEMP RTD 12 = +98.130 DEG. F TEMP RTD 13 = +98.230 DEG. F l TEMP RTD 14 = +98.940 DEG. F I TEMP RTD 15 = +96.640 DEG. F TEMP RTD 16 = +98.460 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.510 DEG. F TEMP RTD 20 = +95.880 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.870 DEG. F TEMP RTD 23 = +94.980 DEG. F TEMP RTD 24 = +95.280 DEG. F PRESS GAUGE 1 = +64.349 PSI PRESS GAUGE 2 = +64.340 PSI I

DEW TEMP CELL 1 = +81.440 DEG. F

! DEW TEMP CELL 2 = +81.470 DEG. F DEW TEMP CELL 3 = +82.230 DEG. F DEW TEMP CELL 4 = +81.190 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F N

s , , AVERAGE TEMPERATURE = +97.788 DEG. F s < AVERAGE PRESSURE = +64.342 PSIA AVERAGE DEW TEMP = +81.481 DEG. F 1

4 AVERAGE VAPOR PRESS = +0.532 PSIA l

l

i l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 01:00 l

TEMP RTD 1 = +98.340 DEG. F TEMP RTD 2 = +o8.090 DEG. F TEMP RTD 3 = +98.130 DEG. F TEMP RTD 4 = +98.480 DEG. F TEMP RTD 5 = +95.480 DEG. F TEMP RTD 6 = +98.010 DEG. F TEMP RTD 7 = +97.930 DEG. F TEMP RTD 8 = +97.430 DEG. F TEMP RTD 9 = +97.560 DEG. F TEMP RTD 10 = +98.320 DEG. F TEMP RTD 11 = +98.200 DEG. F TEMP RTD 12 = +98.100 DEG. F TEMP RTD 13 = +98.220 DEG. F TEMP RTD 14 = +98.920 DEG. F TEMP RTD 15 = +96.630 DEG. F TEMP RTD 16 = +98.450 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.860 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +9S.870 DEG. F TEMP RTD 23 = +94.970 DEG. F TEMP RTD 24 = +95.290 DEG. F PRESS GAUGE 1 = +64.348 PSI PRESS GAUGE 2 = +64.340 PSI l

DEW TEMP CELL 1 = +81.340 DEG. F DEW TEMP CELL 2 = +81.580 DEG. F DEW TEMP CELL 3 = +82.090 DEG. F l DEW TEMP CELL 4 = +81.350 DEG. F l

l DEW TEMP CELL 3 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.795 DEG. F l AVERAGE PRESSURE = +64.341 PSIA l AVERAGE DEW TEMP = +81.470 DEG. F I AVERAGE VAPOR PRESS = +0.532 PSIA l l

1

SUMMARY

OF MEASURED DATA VC SUMMER 1 1

DATE: 272 TIME: 01:15 TEMP RTD 1 = +98.340 DEG. F TEMP RTD 2 = +98.080 DEG. F TEMP RTD 3 = +98.090 DEG. F i TEMP RTD 4 = +98.490 DEG. F TEMP RTD 5 = +95.490 DEG. F TEMP RTD 6 = +98.010 DEG. F TEMP RTD 7 = +97.840 DEG. F TEMP RTD 8 = +97.430 DEG. F TEMP RTD 9 = +97.540 DEG. F TEMP RTD 10 = +98.260 DEG. F TEMF RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.090 DEG. F TEMP RTD 13 = +98.220 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.470 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.690 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.870 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.870 DEG. F TEMP RTD 23 = +94.990 DEG. F TEMP RTD 24 = +95.270 DEG. F PRESS GAUGE # 1 = +64.347 PSI PRESS GAUGE # 2 = +64.239 PSI i

DEW TEMP CELL # 1 = +81.450 DEG. F DEW TEMP CELL # 2 = +81.530 DEG. F l

DEW TEMP CELL # 3 = +82.140 DEG. F DEW TEMP CELL # 4 = +81.190 DEG. F AVERAGE TEMPERATURE = +0.000 DEG. F ,

AVERAGE FRESSURE = +0.uvo PSIA AVERAGE DEW TEMP = +0.000 DEG. F AVERAGE VPR PRESS = +0.0000 PSIA 1

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 01:15 i

TEMP RTD 1 = +98.340 DEG. F TEMP RTD 2 = +98.080 DEG. F l TEMP RTD 3 = +98.090 DEG. F TEMP RTD 4

= +9 90 DEG. F TEMP RTD 5 = +98.490 DEG. F h 5,9 f f

TEMP RTD 6 = +98.v10 DEG. F TEMP RTD 7 = +97.840 DEG. F TEMP RTD 8 = +97.430 DEG. F TEMP RTD 9 = + 9'i 540 DEG. F TEMP RTD 10 = +98.260 DEG. F TEMP RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.090 DEG. F TEMP RTD 13 = +98.220 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.620 DEG. F TEMP RTD 16 = +98.470 DEG. F TEMP RTD 17 = +97.030 DEG. F TEMP RTD 18 = +97.690 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.870 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.870 DEG. F TEMP RTD 23 = +94.990 DEG. F TEMP RTD 24 = +95.270 DEG. F PRESS GAUGE 1 = +64.347 PSI PRESS GAUGE 2 = +64.339 PSI DEW TEMP CELL 1 = +81.450 DEG. F DEW TEMF CELL 2 = +81.530 DEG. F DEW TEMP CELL 3 = +82.140 DEG. F DEW TEMP CELL 4 = +81.190 DEG. F DEW TEMP CELL 5 = */.+999999.000 DEG. F AVERAGE TEMPERATURE = +97.846 DEG. F AVERAGE PRESSURE = +64.340 PSIA AVERAGE DEW TEMP = +81.482 DEG. F AVERAGE VAPOR PREES = +0.532 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 l DATE: 272 TIME: 01:30 l

l TEMP RTD 1 = +98.370 DEG. F TEMP RTD 2 = +98.100 DEG. F TEMP RTD 3 = +98.130 DEG F TEMP RTD 4 = +98.480 DEG. F TEMP RTD 5 = +95.510 DEG. F TEMP RTD 6 = +98.050 DEG. F TEMP RTD 7 = +97.900 DEG. F TEMP RTD 8 = +97.450 DEG. F TEMP RTD 9 = +97.530 DEG. F TEMP RTD 10 = +98.260 DEG. F TEMP RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.100 DEG. F TEMP RTD 13 = +98.230 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.640 DEG. F TEMP RTD 16 = +98.440 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.900 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.890 DEG. F TEMP RTD 23 = +95.010 DEG. F TEMP RTD 24 = +95.300 DEG. F PRESS GAUGE 1 = +64.346 PSI PRESS GAUGE 2 = +64.337 PSI DEW TEMP CELL 1 = +81.370 DEG. F DEW TEMP CELL 2 = +81.420 DEG. F DEW TEMP CELL 3 = +82.250 DEG. F l DEW TEMP CELL 4 = +73.860 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.802 DEG. F AVERAGE FRESSURE = +64.339 PSIA AVERAGE DEW TEMP = +79.552 DEU. F AVERAGE VAPOR PRESS = +0.499 PSIA

/

sd

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 01:45 TEMP RTD 1 = +98.370 DEG. F TEMP RTD 2 = +98.060 DEG. F TEMP RTD 3 = +98.080 DEG. F TEMP RTD 4 = +98.470 DEG. F TEMP RTD S = +95.490 DEG. F TEMP RTD 6 = +98.030 DEG. F TEMP RTD 7 = +97.920 DEG. F TEMP RTD 8 = +97.420 DEG. F TEMP RTD 9 = +97.540 DEG. F TEMP RTD 10 = +98.250 DEG. F TEMP RTD 11 = +98.180 DEG. F TEMP RTD 12 = +98.100 DEG. F TEMP RTD 13 = +98.210 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.650 DEG. F TEMP RTD 16 = +98.440 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.690 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.910 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.890 DEG. F TEMP RTD 23 = +95.080 DEG. F TEMP RTD 24 = +95.320 DEG. F PRESS GAUGE 1 = +64.345 PSI PRESS GAUGE 2 = +64.336 PSI l DEW TEMP CELL i = +81.470 DEG. F I DEW TEMP CELL 2 = +81.880 DEG. F DEW TEMP CELL 3 = +82.170 DEG. F DEW TEMP CELL 4 = +80.980 DEG. F i

L DEW TEMP CELL 5 = %+999999.000 DEG. F l AVERAGE TEMPERATURE = +97.788 DEG. F i AVERAGE PRESSURE = +64.338 PSIA AVERAGE DEW TEMP = +81.487 DEG. F AVERAbE VAPOR PRESS = +0.532 PS1H e

\ . ;l l

l

SUMMARY

OF MEASURED DATA l

l VC SUMMER 1 DATE: 272 TIME: 02:00 l

! TEMP RTD 1 = +98.340 DEG. F TEMP RTD 2 = +98.060 DEG. F TEMP RTD 3 = +98.060 DEG. F TEMP RTD 4 = +98.470 DEG. F TEMP RTD 5 = +95.500 DEG. F TEMP RTD 6 = +98.070 DEG. F TEMP RTD 7 = +97.840 DEG. F TEMP RTD 8 = +97.440 DEG. F TEMP RTD 9 = +97.560 DEG. F TEMP RTD 10 = +98.260 DEG. F TEMP RTD 11 = +98.190 DEG. F TEMP RTD 12 = +98.100 DEG. F TEMP RTD 13 = +98.220 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.650 DEG. F TEMP RTD 16 = +98.450 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.520 DEG. F TEMP RTD 20 = +95.910 DEG. F TEMP RTD 21 = +96.050 DEG. F TEMP RTD 22 = +95.910 DEG. F TEMP RTD 23 = +95.060 DEG. F TEMP RTD 24 = +95.320 DEG. F PRESS GAUGE 1 = +64.344 PSI PRESS GAUGE 2 = +64.336 PSI DEW TEMP CELL 1 = +81.180 DEG. F DEW TEMP CELL 2 = +81.600 DEG. F DEW TEMP CELL 3 = +82.010 DEG. F DEW TEMP CELL 4 = +81.150 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.784 DEG. F AVERAGE PRESSURE = +64.337 PSIA AVERAGE LEW TEMP = +81.004 DEG. /

AVERAGE VAPOR PRESS = +0.529 PSIA s

'l

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

1? TOTAL TIME ANALYSIS. .4093'

+--+--+--+--+--+--+--,--+--+--+--+--+--+--+--+--+--+--+--+--+--+

l 1500 >*

r f

L

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 02:15 l

TEMP RTD 1 = +98.360 DEG. F TEMP RTD 2 = +98.120 DEG. F TEMP RTD 3 = +98.070 DEG. F TEMP RTD 4 = +48.460 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +98.050 DEG. F TEMP RTD 7 = +97.960 DEG. F TEMP RTD 8 = +97.470 DEG. F TEMP RTD 9 = +97.S80 DEG. F TEMP RTD 10 = +98.250 DEG. F TEMP RTD 11 = +98.230 DEG. F TEMP RTD 12 = +98.180 DEG. F TEMP RTD 13 = +98.240 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.460 DEG. F TEMP RTD 17 = +97.010 DEG. F TEMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.520 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.110 DEG. F TEMP RTD 24 = +95.420 DEG. F PRESS GAUGE 1 = +64.344 PSI PRESS GAUGE 2 = +64.336 PSI DEW TEMP CELL 1 = +81.510 DEG. F DEW TEMP CELL 2 = +81.570 DEG. F DEW TEMP CELL 3 = +82.150 DEG. F DEW TEMP CELL 4 = +81.110 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.808 DEG. F AVERAGE PRESSURE = +64.337 PSIA A AVERAGE DEW TEMP = +81.497 DEG. F 4 AVERAGE VAPOR PRESS = +0.532 PSIA ju.

\ \

l

1 1

l I

1 I

SUMMARY

OF MEASURED DATA VC SUMMER 1 !

DATE: 272 TIME: 02:30 TEMP RTD 1 = +98.330 DEG. F TEMP RTD 2 = +98.120 DEG. F TEMP RTD 3 = +98.080 DEG. F TEMP RTD 4 = +98.490 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +98.050 DEG. F TEMP RTD 7 = +97.910 DEG. F TEMP RTD 8 = +97.460 DEG. F TEMP RTD 9 = +97.580 DEG. F TElP RTD 10 = +98.300 DEG. F TEMP RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.190 DEG. F TEMP RTD 13 = +98.240 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.430 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.930 DEG. F TEMP RTD 21 = +96.010 DEG. F TEMP RTD 22 = +95.920 DEG. F TEMP RTD 23 = +95.090 DEG. F TEMP RTD 24 = +95.430 DEG. F PRESS GAUGE 1 = +64.343 PSI PRESS GAUGE 2 = +64.333 PSI DEW TEMP CELL 1 = +81.210 DEG. F DEW TEMP CELL 2 = +81.490 DEG. F DEW TEMP CELL 3 = +82.210 DEG. F DEW TEMP CELL 4 = +80.980 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F S

\ AVERAGE TEMPERATURE = +97.808 DEG. F il)

AVERAGE PRESSURE = +64.336 PSIA AVERAGE DEW TEMP = +81.316 DEG. F AVERAGE VAPOR PRESS = +0.529 PSIA

(1 $/

SUMMARY

OF MEASURED DATA VC SUMMER-1 DATE: 272 TIME: 02:45 l

TEMP RTD 1 = +98.320- DEG. F TEMP RTD 2 = +98.070 DEG. F TEMP RTD 3 = +98.000- DEG. F.

TEMP RTD 4 = +98.440 DEF,. F TEMP RTD 5 = +95.b30 DEG. F TEMP RTD 6 = +98.020 DEG. F TEMP RTD 7 = +97.790 DEG. F TEMP RTD 8 =. +97.430 DEG. F TEMP RTD 9 =. +97.540' DEG. F TEMP RTD 10 = +98.250 DEG. F TEMP RTD 11 = +98.200 DEG. F TEMP RTD 12 = +98.110 DEG. F TEMP RTD 13 = +98.200 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.660 DEG. F TEMP RTD 16 = +98.430 DEG. F TEMP RTD 17 = +97.020 DEG. F TCMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.920 DEG. F TEMP RTD 21 = +96.080 DEG. F TEMP RTD 22 = +95.910 DEG. F TEMP RTD 23 = +95.040 DEG. F TEMP RTD 24 = +95.370 DEG. F PRESS GAUGE 1 = +64.341 PSI PRESS GAUGE 2 = +64.330 PSI

. DEW TEMP CELL 1 = +81.020 DEG. F I, DEW TEMP CELL 2 = +81.460 DEG. F DEW TEMP CELL 3 = +82.080 DEG. F

, DEW TEMP CELL 4 = +81.050 DEG. F

( DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.767 DEG. F l

AVERAGE PRESSURE = +64.334 PSIA AVERAGE DEW TEMP = +81.221 DEG. F AVERAGE VAPOR PRESS = +0.527 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 03:00 TEMP RTD 1 = +98.330 PEG. F TEMP RTD 2 = +98.080 DEG. F TEMP RTD 3 = +98.070 DEG. F TEMP RTD 4 = +98.470 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +98.040 DEG. F TEMP RTD 7 = +97.890 DEG. F TEMP RTD 8 = +97.430 DEG. F TEMP RTD 9 = +97.550 DEG. F TEMP RTD 10 = +98.270 DEG. F TEMP RTD 11 = +98.220 DEG. F TEMP RTD 12 = +98.130 DEG. F TEMP RTD 13 = +98.220 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.420 DEG. F TEMP RTD 17 = +97.010 DEG. F TEMP RTD 18 = +97.670 DEG. F TEMP RTD 19 = +97.500 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.150 DEG. F TEMP RTD 24 = +95.420 DEG, F PRESS GAUGE 1 = +64.340 PSI PRESS GAUSE 2 = +64.331 PSI DEW TEMP CELL 1 = +81.230 DEG. F DEW TEMP CELL 2 = +81.740 DEG. F DEW TEMP CELL 3 = +82.050 DEG. F l DEW TEMP CELL 4 = +81.230 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.794 DEG. F AVERAGE PRESSURE = +64.333 PSIA AVERAGE DEW TEMP = +81.402 DEG. F AVERAGE VAPOR PREES = +0.531 PSIA I

1 l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 03:15 TEMP RTD 1 = +98.290 DEG. F TEMP RTD 2 = +98.100 DEG. F TEMP RTD 3 = +98.070 DEG. F TEMP RTD 4 = +98.430 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +98.030 DEG. F TEMP RTD 7 = +97.910 DEG. F TEMP RTD 8 = +97.430 DEG. F TEMP RTD 9 = +97.550 DEG. F TEMP RTD 10 = +98.240 DEG. F TEMP RTO 11 = +98.200 DEG. F TEMP RTD 12 = +98.120 DEG. F TEMP RTD 13 = +98.210 DEG. F TEMP RTD 14 = +98.940 DEG. F TEMP RTD 15 = +96.670 DEG. F TEMP RTD 16 = +98.400 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.680 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.140 DEG. F TEMP RTD 24 = +95.430 DEG. F PRESS GAUGE 1 = +64.340 PSI PRESS GAUGE 2 = +64.329 PSI f

l DEW TEMP CELL 1 = +81.290 DEG. F DEW TEMP CELL 2 = +81.520 DEG. F DEW TEMP CELL 3 = +82.000 DEG. F DEW TEMP CELL 4 = +81.110 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.783 DEG. F AVERAGE PRESSURE = +64.333 PSIA l +81.365 DEG. F l AVERAGE DEW TEMP =

AVERAGE VAPOP PRESS = -FO . S30 PSIA 1

l

SUMMARY

OF MEASURED DATA I

VC SUMMER 1 l DATE: 272 TIME: 03:30 1

TEMP RTD 1 = +98.320 DEG. F TEMP RTD 2 = +98.090 DEG. F TEMP RTD 3 = +98.040 DEG. F TEMP RTD 4 = +98.450 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +98.030 DEG. F TEMP RTD 7 = +97.870 DEG. F TEMP RTD 8 = +97.410 DEG. F TEMP RTD 9 = +97.540 DEG. F TEMP RTD 10 r +98.210 DEG. F TEMP RTD 11 = +98.190 DEG. F TEMP RTD 12 = +98.120 DEG. F TEMP RTD 13 = +98.210 DEG. F TEMP RTD 14 = +98.910 DEG. F TEMP RTD 15 = +96.660 DEG. F TEMP RTD 16 = +98.410 DEG. F TEMP RTD 17 = +97.010 DEG. F TEMP RTD 18 = +97.650 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.920 DEG. F TEMP RTD 23 = +95.160 DEG. F TEMP RTD 24 = +95.450 DEG. F PRESS GAUGE 1 = +64.339 PSI ;

PRESS GAUGE 2 = +64.328 PSI DEW TEMP CELL 1 = +81.180 DEG. F DEW TEMP CELL 2 = +81.550 DEG. F DEW TEMP CELL 3 = +82.070 UG. F DEW TEMP CELL 4 = +80.900 DLG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.779 DEG. F AVERAGE PRESSURE = +64.332 PSIA AVERAGE DEW TEMP = +81.270 DEG. F i AVERAGE VAPOR PRESS = +0.528 PSIA l

l

f.

f-

SUMMARY

OF MEASURED DATA VC SUMMER 1 l

DATE: 272 TIME: 03:45 TEMP RTD 1 = +98.290 DEG. F TEMP RTD 2 = +98.090 DEG. F TEMP RTD 3 = +97.980 DEG. F TEMP RTD 4 = +98.420 DEG. F-TEMP RTD 5 = +95.S40 DEG, F TEMP RTD 6 = +98.010 DEG. F TEMP RTD 7 = +97.810 DEG. F TEMP RTD 8 = +97.430 DEG. F TEMP RTD 9 = +97.540 DEG. F TEMP RTD 10 = +98.220 DEG. F TEMP ~RTD 11 = +98.160 DEG. F TEMP RTD 12 = +98.130 DEG. F TEMP R1D 13 = +98.200 DEG. F TEMP RTD- 14 = +98.940 DEG. F TEMP RTD 15 = +96.660 DEG. F TEMP RTD 16 =' +98.410 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMP RTD 18 = +97.660 DEG. F TEMP RTD 19 = +97.450 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.130 DEG. F TEMP RTD 24 = +95.430 DEG. F PRESS GAUGE 1 = +64.337 PSI PRESS GAUGE-2 = +64.326 PS:

)

DEW TEMP CELL 1 = +81.270 DEG. F I DEW TEMP CELL 2 = +81.460 DEG. F DEW TEMP CELL 3 = +82.010 DEG. F DEW TEMP CELL 4 = +80.880 DEG. F 3 DEW TEMP CELL S = 7.+999999.000 DEG. F l 1

AVERAGE TEMPERATURE = +97.760 DEG. F AVERAGE PRESSURE = +64.330 PSIA ;

AVERAGE DEW TEMP = +81.289 DEG. F {

AVERAGE VAPOR PRESS = +0.529 PSIA

-(

t

SUMMARY

OF MEASURED DATA I-VC SUMMER 1 DATE: 272 TIME: 04:00

~

1 \

! L I

TEMP RTD 1 = +98.270 DEG. F TEMP RTD 2 = +98.040 DEG. F TEMP RTD 3 = +97.960 DEG. F-TEMP RTD 4 = +98.380 DEG. F TEMP RTD 5 = +95.540 DEG F.

TEMP RTD 6 = +97.970 DEG. F TEMP RTD 7 = +97.750 DEG. F TEMP RTD 8 r. +97.390 DEG. F TEMP RTD 9 = +97.510 DEG. F TEMP RTD 10 = +98.180 DEG. F TEMP RTD 11 = +98.170 DEG. F

' TEMP RTD 12 = +98.130 DEG. F TEMP RTD 13 = +98.190 DEG. F TEMP RTD 14 = +98.930 DEG. F TEMP RTD 15= = +96.670 DEG. F TEMP RTD 16 = +98.390 DEG. F TEMP RTD 17 = +97.000 DEG. F TEMP RTD 18 = +97.670 DEG. F TEMP RTD 19 = +97.450 DEG. F TEMP RTD 20 = +95.930 DEG. F TEMP RTD 21 = +96.040 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.150 DEG. F TEMP RTD 24 = +95.410. DEG. F PRESS GAUGE 1 = +63.336 PSI PRESS GAUGE 2 = +64.325 PSI DEW TEMP CELL 1 = +80.8Su DEG. F DEW TEMP CELL 2 = +81.650 DEG. F DEW TEMP CELL 3 = +82.220 DEG. F DEW TEMP CELL 4 = +81.130 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.737 DEG. F AVERAGE PRESSURE = +64.329 PSIA AVERAGE DEW TEMP = +81.202 DEG. F AVERAGE VAPOR PRESS = +0.527 PSIA

l l

l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 04:15 t

TEMP RTD 1 = +98.280 DEG. F TEMP RTD 2 = +98.050 DEG. F TEMP RTD 3 = +97.980 DEG. F TEMP RTD 4 = +98.410 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +98.000 DEG. F ;

TEMP RTD 7 = +97.810 DEG. F TEMP RTD 8 = +97.400 DEG. F TEMP RTD 9 = +97.520 DEG. F l TEMP RTD 10 = +98.230 DEG. F TEMP RTD 11 = +98.170 DEG. F TEMP RTD 12 = +98.150 DEG. F TEMP RTD 13 = +98.200 DEG. F TEMP RTD 14 = +98.950 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.410 DEG. F TEMP RTD 17 = +97.010 DEG. F TEMP RTD 18 = +97.660 DEG. F TEMP RTD 19 = +97.480 DEG. F ,

TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.040 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.180 DEG. F TEMP RTD 24 = +95.440 DEG. F PRESS GAUGE 1 = +64.335 PSI PRESS GAUGE 2 = +64.324 PSI l

)

DEW TEMP CELL 1 = +80.830 DEG. F DEW TEMP CELL 2 = +81.380 DEG. F DEW TEMP CELL 3 = +82.010 DEG. F DEW TEMP CELL 4 = +80.750 DEG. F DEW TEMP CELL 5 = */.+999999.000 DEG. F AVERAGE TEMPERATURE = +97.756 DEG. F AVERAGE PRESSURE = +64.328 PSIA AVERAGE DEW TEMP = +81.033 DEG. F AVERAGE VAPOR PRESS = +0.524 PSIA t

l l

l

~

l '

r

/

1 H l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 04:30 TEMP RTD 1 = +98.270 DEG. F TEMP RTD ' = +98.070 DEG. F TEMP RTD 3 = +98.020 DEG. F TEMP RTD 4 = +98.410 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.990 DEG. F TEMP RTD 7 = +97.780 DEG. F TEMP RTD 8 = +97.410 DEG. F TEMP RTD 9 = +97.550 DEG. F TEMP RTD 10 = +98.190 DEG. F TEMP RTD 11 = +98.170 DEG. F TEMP RTD 12 = +98.130 DEG. F TEMP RTD 13 = +98,190 DEG. F TEMP RTD 14 = +98.930 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.390 DEG. F TEMP RTD 17 = +97.020 DEG. F TEMF RTD 18 = +97.640 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.970 DEG. F TEMP RTD 21 = +96.010 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.160 DEG. F TEMP RTD 24 = +95.470 DEG. F PRESS GAUGE 1 = +64.334 PSI PRES 5 GAUet Z = +64.323 PSI DEW TEMP CELL 1 = +S1.030 DEG. F DEW TEMP CELL 2 = +81.480 DEG. F DEW TEMP CELL 3 = +82.030 DEG. F DEW TEMP CELL 4 = +80.880 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.759 DEG. F AVERAGE PRESSURE = +64.327 PSIA sVERAGE DEW TEMP = +81.178 CEG. F AVERAGE VAPOR PRESE = +0.527 PSIA

l l

SUMMARY

OF MEASURED DATA VC SUMMER 1 l DATE: 272 TIME: 04:45 i

TEMP RTD 1 = +98.280 D5G. F TEMP RTD 2 = +98.060 DEG. F TEMP RTD 3 = +97.950 DEG. F TEMP RTD 4 = +C8.390 DEG. F TEMP RTD S = +95.550 DEG. F TEMP RTD 6 = +97.980 DEG. F TEMP RTD 7 = +97.790 DEG. F TEMP RTD 8 = +97.390 DEG. F TEMP RTD 9 = +97.530 DEG. F TEMP RTD 10 = +98.180 DEG. F TEMP RTD 11 = +98.170 DEG. F TEMP RTD 12 = +98.140 DEG. F TEMP RTD 13 = +98.190 DEG. F TEMP RTD 14 = +98.920 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.390 DEG. F TEMP RTD 17 = +97.000 DEG. F TEMP RTD 18 = +97.640 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.960 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.180 DEG. F TEMP RTD 24 = +95.490 DEG. F PRESS GAUGE 1 = +64.333 PSI PRESS GAUGE 2 = +64.321 PSI I

)

1 DEW TEMP CELL 1 = +81.240 DEG. F DEW TEMP CELL 2 = +81.620 DEG. F DEW TEMP CELL 3 = +82.010 DEG. F l

DEW TEMP CELL 4 = +81.020 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F l

AVERAGE TEMPERATURE = +97.745 EEG. F AVERAGE PRESSURE = +64.326 PSIA AVERAGE DEW TEMP = +81.032 DEG. F AVERAGE VAPOR PRESS = +0.b29 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 05:00 TEMP RTD 1 = +98.270 DEG. F j TEMP RTD 2 = +98.050 DEG. F l TEMP RTD 3 = +97.960 DEG. F TEMP RTD 4 = +98.400 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.970 DEG. F TEMP RTD 7 = +97.790 DEG. F TEMP RTD 8 = +97.350 DEG. F TEMP RTD 9 = +97.520 DEG. F TEMP RTD 10 = +98.240 DEG. F TEMP RTD 11 = +98.130 DEG. F TEMP RTD 12 = +98.120 DEG. F TEMP RTD 13 = +98.190 DEG. F TEMP RTD 14 = +98.910 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.390 DEG. F TEMP RTD 17 = +96.990 DEG. F TEMP RTD 18 = +97.630 DEG. F TEMP RTD 19 = +97.490 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.950 P2G. F TEMP RTD 23 = +95.190 DEG. F TEMP RTD 24 = +95.490 DEG. F PRESS GAUGE 1 = +64.032 PSI PRESS GAUGE 2 = +64.320 PSI DEW TEMP CELL 1 = +81.240 DEG. F DEW TEMP CELL 2 = +81.500 DEG. F DEW TEMP CELL 0 = +81.910 DEG. F DEW TEMP CELL 4 = +80.960 DEG. F DEW TEMP CELL 5 = 7.+99o099.000 DEG. F AVERAGE TEMPERATURE = +97.744 DEG. F AVERAGE PRESSURE = +64.325 PSIA AVERAGE DEW TEMP = +81.298 DEG. F AVERAGE VAPOR PRESS = +0.529 PSIA 1

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 277 TIME: 05:1S TEMP RTD 1 = +98.240 DEG. F TEMP RTD 2 = +98.030 DEG. F TEMP.RTD 3 = +98.000 DEG. F TEMP RTD 4 = +98.370 DEG. F TEMP RTD S = +95.560 DEG. F TEMP RTD 6 = +97.980 DEG. F TEMP RTD 7. = +97.840 DEG. F TEMP RTD 8 = +97.350 DEG. F TEMP RTD 9 = +97.500 DEG. F TEMP RTD 10 = +98.190 DEG. F TEMP RTD 11 = +98.130 DEG. F TEMP RTD 12 = +98.100 ~DEG. F TEMP RTD 13 = +98.190 DEG. F TEMP RTD 14 = +98.900 DEG. F TEMP RTD 15 = +96.680~ DEG. F TEMP RTD 16 = +98.380 DFG. F TEMP RTD 17' = +96.980 DeG. F TEMP RTD 18 = +97.630 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP,RTD 20 = +95.960 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 =. +95.940 DEG. F TEMP RTD 23 = +95.150 DEG. F TEMP RTD 24 = +9S.500 DEG. F PRESS GAUGE'1 = +64.331 PSI

( PRESS GAUGE 2 = +64.319 PSI i

! DEW TEMP CELL 1 = +81.200 DEG. F DEW TEMP CELL 2 = +81.390 DEG. F

( +81.980 DEG. F DEW TEMP CELL 3 =

DEW TEMP CELL 4 = +80.680 DEG. F f DEW TEMP CELL 5 = "/.+999999.000 DEG. F l

AVERAGE TEMPERATURE = +97.738 DEG. F

>._ AVERAGE PRESSURE = +64.324 PSIA AVERAGE DEW TEMP = +81,191 DEG. F i AVERAGE VAPOR PRESS = +0.527 PSIA l

t

i. <

y r.

( ..

L- -

I-l

SUMMARY

OF MEASURED' DATA' '

VC SUMMER 1 DATE: 272 TIME: 05:30 l>

TEMP RTD- 1 = +98.220 DEG. F TEMP RTD 2 = '+98.040 DEG. F TEMP RTD 3 = +97.970 DEG. F TEMP RTD 4 = +98.390 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = . +97.960 DEG. F TEMP RTD 7 = +98.020 DEG.-F TEMP RTD 8 = +97.370 DEG. F TEMP RTD 9' = . +97.490 DEG. F TEMP RTD 10 = +98.180 DEG. F TEMP RTD 11 = +98.120 DEG. F TEMP.RTD 12 =- +98.090 DEG. F TEMP RTD 13 = +98.180 DEG. F TEMP RTD 14 = +98.870 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.360 DEG. F TEMP RTD 17 = +96.970 DEG. F TEMP RTD 18 = +97.630 DEG. F TEMP RTD 19 = +97.470 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21' = +96.010 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.200 DEG. F TEMP RTD 24 = +95.500 DEG. F PRESS GAUGE 1 = +64.329 PSI PRESS GAUGE 2 = +64.317 PSI DEW TEMP CELL 1 = +80.980 DEG. F DEW TEMP CELL 2 = +81.740 DEG. F DEW TEMP CELL 3 = +82.050 DEG. F DEW TEMP CELL 4 = +80.960 DEG. F DEW TEMP CELL S = "4+999999.000 DEG. F AVERAGE TEMPERATURE = '97.739 DEG. F AVERAGE PRESSURE = e64.322 PSIA AVERAGE DEW TEMP = +81.211 DEG. F AVERAGE VAPOR PRESS = +0.527 PSIA

i

SUMMARY

OF MEASURED DATA ),

O VC SUMMER 1 DATE: 272 TIME: 05: 45 TEMP RTD 1 = +98.240 DEG. F TEMP RTD 2 = +98.020 DEG. F i TEMP RTD 3 = +97.970 DEG. F l TEMP RTD 4 = +98.360 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.910 DEG. F TEMP RTD 7 = +97.760 DEG. F TEMP RTD 8 = +97.360 DEG. F TEMP RTD 9 = +97.500 DEG. F TEMP RTD 10 = +98.150 DEG. F TEMP RTD 11 = +98.140 DEG. F TEMP RTD 12 = +98.100 DEG. F TEMP RTD 13 = +98.170 DEG. F TEMP RTD 14 = +98.900 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.370 DEG. F TEMP RTD 17 = +96.970 DEG. F TEMP RTD 18 = +97.610 DEG. F TEMP RTD 19 = +97.480 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.010 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.190 DEG. F TEMP RTD 24 = +95.510 DEG. F PRESS GAUGE 1 = +64.328 PSI PRESS GAUGE 2 = +64.316 PSI DEW TEMP CELL 1 = +81.130 DEG. F l DEW TEMP CELL 2 = +81.370 DEG. F DEW TEMP CELL 3 = +82.010 DEG. F DEW TEMP CELL 4 = +80.830 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.726 DEG. F AVERAGE PRESSURE = +64.321 PSIA AVERAGE DEW TEMP = +81.197 DEG. F AVERAGE VAPOR PRESS = +0.527 PSIA 1

l l

I -'

h I'

l-

SUMMARY

OF MEASURED DATA l

VC SUMMER 1

[

DATE: 272 TIME: 06:00 TEMP RTD 1 =. +98.220 DEG. F TEMP RTD 2 =- +98.020 DEG. F TEMP RTD 3 = +97.960 DEG. F TEMP RTD 4 = +98.360 DEG. F-TEMP RTD S = +95.590 DEG. F TEMP RTD 6 = +97.930 DEG. F-

-TEMP RTD 7. = +97.790 DEG. F TEMP RTD 8 = +97.410 DEG. F TEMP RTD 9 = +97.480 DEG. F TEMP RTD 10 = +98.200 DES. F TEMP RTD 11 = +98.140 DEG. F TEMP RTD 12 = +98.100 DEG. F TEMP RTD 13 = +98.170 DEG. F TEMP RTD- 14 = +98.920 DEG..F' TEMP RTD iS =- +96.720 DEG. F TEMP RTD 16 = +98.380 DEG. F TEMP RTD 17 = +96.980 DEG. F TEMP RTD 18 = +97.620 DEG. F TEMP RTD 19 = +97.460 DEG. F TEMP RTD 20 = +95.970 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.190 DEG. F TEMP RTD 24 = +95.510 DEG. F PRESS GAUGE 1 = +64.327 PSI PRESS GAUGE 2 = +64.314 PSI DEW TEMP CELL 1 = +81.050 DEG. F DEW TEMP CELL 2 = +81.580 DEG. F DEW TEMP CELL 3 = +81.900 DEG. F DEW TEMP CELL 4 = +80.860 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.729 DEG. F AVERAGE PRESSURE = +64.320 PSIA AVERAGE DEW TEMP = +81.179 DEG. F AVERAGE VAPOR PRESS = +0.527 PSIA j

i l

SUMMARY

OF MEASURED DATA V (3 VC SUMMER 1 ( _)

l DATE: 272 TIME: 06:15 TEMP RTD 1 = +98.210 DEG. F TEMP RTD 2 = +98.020 DEG. F TEMP RTD 3 = +97.980 DEG. F TEMP RTD 4 = +98.310 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.940 DEG. F TEMP RTD 7 = +97.920 DEG. F TEMP RTD 8 = +97.350 'DEG. F TEMP RTD 9 = +97.490 DEG. F TEMP RTD 10 = +98.190 DEG. F TEMP RTD 11 = +98.130 DEG. F TEMP RTD 12 = +98.090 DEG. F TEMP RTD 13 = +98.160 DEG. F TEMP RTD 14 = +98.910 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.370 DEG. F TEMP RTD 17 = +96.970 DEG. F TEMP RTD 18 = +97.610 DEG. F TEMP RTD 19 = +97.440 DEG. F TEMP RTD 20 = +95.970 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.200 DEG. F TEMP RTD 24 = +95.520 DEG. F i

PRESS GAUGE 1 = +64.026 PSI PRESS GAUGE 2 = +64.313 PSI DEW TEMP CELL 1 = +81.220 DEG. F DEW TEMP CELL 2 = +81.430 DEG. F DEW TEMP CELL 3 = +81.900 DEG. F DEW TEMP CELL 4 = +80.770 DEG. F DEW TEMP CELL S = '/.+999999.000 DEG. F AVERAGE TEMPERATURE = +97.72 DEG. F AVERAGE PRESSURE = +64.319 PSIA AVERAGE DEW TEMP = +81.219 DEG. F AVERAGE VAPOR PRESS = +0.527 PSIA I

f

)

I

SUMMARY

OF MEASURED DATA t

l l

VC SUMMER 1 DATE: 272 TIME: 06:30

! TEMP RTD 1 = +98.210 DEG. F TEMP RTD 2 = +98.010 DEG. F TEMP RTD 3- = +97.960 DEG. F TEMP RTD 4 = +98.340 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.930 DEG. F TEMP RTD 7 = +97.800 DEG. F TEMP RTD 8 = +97.360 DEG. F TEMP RTD 9 = +97.480 DEG. F TEMP RTD 10 = +98.120 DEG. F TEMP RTD 11 = +98.100 DEG. F TEMP RTD 12 = +98.110 DEG. F TEMP RTD 13 = +98.140 DEG. F TEMP RTD 14 = +98.880 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.350 DEG. F TEMP RTD 17 = +96.970 DEG. F TEMP RTD 18 = +97.610 DEG. F TEMP RTD 19 = +97.410 DEG. F TEMP RTD 20 = +95.970 DEG. F TEMP RTD 21 = +96.010 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.200 DEG. F TEMP RTD 24 = +95.510 DEG. F PRESS GAUGE 1 = +64.325 PSI PRESS GAUGE 2 = +64.312 PSI DEW TEMP CELL 1 = +81.120 DEG. F DEW TEMP CELL 2 = +81.480 DEG. F DEW TEMP CELL 3 = +81.930 DEG. F DEW TEMP CELL 4 = +80.650 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.714 DEG. F AVERAGE PRESSURE = +64.318 PSIA 1 AVERAGE DEW TEMP = +81.150 DEG. F l AVERAGE VAPOR PRESS = +0.526 PSIA {

i l

SUMMARY

OF MEASURED DATA l VC SUMMER 1 f DATE: 272 TIME: 06:45 l TEMP RTD 1 = +98.200 DEG. F TEMP RTD 2 = +97.990 DEG. F TEMP RTD 3 = +97.990 DEG. F TEMP RTD 4 = +98.360 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.920 DEG. F TEMP RTD 7 = +97.760 DEG. F TEMP RTD 8 = +97.340 DEG. F TEMP RTD 9 = +97.460 DEG. F TEMP RTD 10 = +98.180 DEG. F TEMP RTD 11 = +98.110 DEG. F TEMP RTD 12 = +98.100 DEG. F TEMP RTD 13 = +98.150 DEG. F TEMP RTD 14 = +98.880 DEG. F TEMP RTD 15 = +96.720 DEG. F ,

TEMP RTD 16 = +98.370 DEG. F TEMP RTD 17 = +96.970 DEG. F TEMP RTD 18 = +97.590 DEG. F TEMP RTD 19 = +97.430 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.240 DEG. F TEMP RTD 24 = +95.540 DEG. F PRESS GAUGE 1 = +64.324 PSI PRESS GAUGE 2 = +64.311 PSI

( DEW TEMP CELL 1 = +81.050 DEG. F

! DEW TEMP CELL 2 = +81.420 DEG. F DEW TEMP CELL 3 = +81.880 DEG. F l DEW TEMP CELL 4 = +80.810 DEG. F

( DEW TEMP CELL S = %+999999.000 DEG. F l AVERAGE TEMPERATURE = +97.718 DEG. F i

AVERAGE PRESSURE = +64.317 PSIA AVERAGE DEW TEMP = +81.143 DEG. F l AVERAGE VAPOR PRESS = +0.526 PSIA l

l l

\ !

l l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 07:00 l TEMP RTD 1 = +98.200 DEG. F TEMP RTD 2 = +98.010 DEG. F TEMP RTD 3 = +97.970 DEG. F TEMP RTD 4 = +98.330 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.950 DEG. F TEMP RTD 7 = +97.750 DEG. F TEMP RTD 8 = +97.340 DEG. F TEMP RTD 9 = +97.480 DEG. F TEMP RTD 10 = +98.140 DEG. F TEMP RTD 11 = +98.090 DEG. F TEMP RTD 12 = +98.080 DEG. F TEMP RTD 13 = +98.150 DEG. F TEMP RTD 14 = +98.880 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.360 DEG. F TEMP RTD 17 = +96.960 DEG. F TEMP RTD 18 = +97.600 DEG. F TEMP RTD 19 = +97.450 DEG. F TEMP RTD 20 = +95.960 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.190 DEG. F TEMP RTD 24 = +95.540 DEG. F PRESS GAUGE 1 = +64.323 PSI PRESS GAUGE 2 = +64.310 PSI DEW TEMP CELL 1 = +81.110 DEG. F DEW TEt1P CELL 2 s +81.490 EEG. I DEW TEt1P CELL 3 = +82.110 DEG. F DEW TEMP CELL 4 = +80.900 DEG. F DEW TEMP CELL 5 = */.+999999.000 DEG. F AVERAGE TEMPERATURE = +97.712 DEG. F AVERAGE PRESSURE = +64.316 PSIA AVERAGE DEW TEMP = +81.234 DEG. F AVERAGE VAPOR PRESS = +0.528 PSIA

'\ .

1 l

l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 07:15 TEMP RTD 1 = +98.190 DEG. F TEMP RTD 2 = '+97.990 DEG. F TEMP RTD 3 = +97.930 DEG. F TEMP RTD 4 = +98.330 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.910 DEG. F' TEMP RTD 7 = +97.740 DEG. F' TEMP RTD 8 = +97.310 DEG. F TEMP RTD 9 = +97.440 DEG. F TEMP RTD 10 = +98.180 DEG. F TEMP RTD 11 = +98.110 DEG. F TEMP RTD 12 = +98.100 DEG..F TEMP RTD 13 = +98.140 DEG. F TEMP'RTD 14 = +98.860 DEG..F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.330 DEG. F TEMP RTD 17 = +96.950 DEG. F TEMP RTD 18 = +97.600 -DEG. F TEMP RTD 19 = +97.440 DEG. F TEMP RTD 20 = +95.970 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.220 DEG. F TEMP RTD 24 = +95.530 DEG. F PRESS GAUGE 1 = +64.322 PSI PREGS GAUGE 2 = +64.308 PSI I

DEW TEMP CELL 1 = +81.020 DEG. F DEW TEMP CELL 2 = +81.470 DEG. F DEW TEMP CELL 3 = +81.950 DEG. F j DEW TEMP CELL 4 = +B0.750 DEG. F 1 DEW TEMP CELL 5 = ~4+999999.000 DEG. F (

l i

i AVERAGE TEMPERATURE = +97.700 DEG. F AVERAGE PRESSURE = +64.315 PSIA

} DEG. F

' AVERAGE DEW TEMP = +81.123 l AVERAGE VAPOR PRESS = +0.526 PSIA e

% c,

SUMMARY

OF MEASURED DATA 1

VC SUMMER 1 l

DATE: 272 TIME: 07:30 TEMP RTD 1 = +98.180 DEG. F TEMP RTD 2 = +97.960 DEG. F TEMP RTD 3 = +97.900 DEG. F TEMP RTD 4 = +98.300 DEG. F l TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.890 DEG. F TEMP RTD 7 = +97.740 DEG. F TEMP RTD 8 = +97.320 DEG. F TEMP RTD 9 = +97.430 DEG. F TEMP RTD 10 = +98.110 DEG. F TEMP RTD 11 = +98.090 DEG. F TEMP RTD 12 = +98.060 DEG. F TEMP RTD 13 = +98.110 DEG. F TEMP RTD 14 = +98.850 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.330 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.580 DEG. F TEMP RTD 19 = +97.400 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.510 DEG. F 4)l2 PRESS GAUGE 1 = +0.081 / (PSI PRESS GAUGE 2 = +0.081 / PSI SV3o 7 DEW TEMP CELL 1 = +81.100 DEG. F DEW TEMP CELL 2 = +81.430 DEG. F 2

DEW TEMP CELL ; = -r62.050 DEG.

DEW TEMP CELL 4 = +80.630 DEG. F DEW TEMP CELL 5 = '/. + 9 9 9 9 9 9 . 0 0 0 DEG. F AVERAGE TEMPF.RATURE = +97.678 DEG. F i AVERAGE PRESSURE = +0.095 PSIA l AVERAGE DEW TEMP = +81.144 DEG. F AVERAGE VAPOR PRESS = +0.526 PSIA l

L

SUMMARY

OF MEASURED DATA I

VC SUMMER 1 1 DATE: 272 TIME: 07:30 l

TEMP RTD 1 = +98.180 DEG. F TEMP RTD 2 = +97.960 DEG. F TEMP RTD 3 = +97.900 DEG. F TEMP RTD 4 = +98.300 DEG. F TEMP RTD S = +95.550 DEG. F TEMP RTD 6 = +97.890 DEG. F TEMP RTD 7 = +97.740 DEG. F TEMP.RTD 8 = +97,320 DEG. F TEMP RTD 9 = +97.430 DEG. F TEMP RTD 10 = +98.110 DEG. F TEMP RTD 11 = +98.090 DEG. F TEMP RTD 12 = +98.060 DEG. F TEMP RTD 13 = +98.110 DEG. F TEMP RTD 14 = +98.850 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.300 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97 580 DEG. F TEMP RTD 19 = +97.400 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.510 DEG. F PRESS GAUGE # 1 = +64.320 PSI PRESS GAUGE # 2 = +64.307 PSI DEW TEMP CELL d i = +81.100 DEG. F DEW TEMP CELL # 2 = +81.430 DEG. F DEW TEMP CELL # 3 = +82.050 DEG. F DEW TEMP CELL # 4 = +B0.630 DEG. F AVERAGE TEMPERATURE = +0.000 DEG. F AVERAGE PRESSURE = +0.000 PSIA AVERAGE DEW TEMP = +0.000 DEG. F AVERAGE YPR PRESS = +0.0000 PSIA i

hh S,V

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 07:45 f TEMP RTD 1 = +98.190 DEG. F TEMP RTD 2 = +97.970 DEG. F TEMP RTD 3 = +97.900 DEG. F 1 TEMP RTD 4 = +98.300 DEG. F l TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.870 DEG. F TEMP RTD 7 = +97.790 DEG. F TEMP RTD 8 = +97.330 DEG. F TEMP RTD 9 = +97.430 DEG. F TEMP RTD 10 = +98.120 DEG. F TEMP RTD 11 = +98.040 DEG. F TEMP RTD 12 = +98.020 DEG. F TEMP RTD 13 = +98.110 DEG. F TEMP RTD 14 = +98.830 DEG. F TEMP RTD 15 = +96.700 DEG. F TEMP RTD 16 = +98.310 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.580 DEG. F TEMP RTD 19 = +97.430 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +95.990 DEG. F TEMP RTD 22 = +95.730 DEG. F TEMP RTD 23 = +95.170 DEG. F TEMP RTD 24 = +95.510 DEG. F PRESS GAUGE 1 = +64.318 PSI PRESS GAUGE 2 = +64.306 PSI l DEW TEMP CELL 1 = +80.830 DEG. F 1

DEW TEMP CELL 2 a +81.330 DEG.

DEW TEMP CELL 3 = +81.870 DEG. F i DEW TEMP CELL 4 = +80.770 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.677 DEG. F AVERAGE PRESSURE = +64.311 PSIA AVERAGE DEW TEMP = +61.039 DEG. F AVERAGE VAPOR PRESS = +0.524 PSIA

)-

jP l

EUMMARY OF MEASURED D9TA l

l VC SUMMER 1 DATE: 272 TIME: 08:00 l

TEMP RTD 1 = +98.170 DEG. F TEMP RTD 2 = +97.950 DEG. F TEMP RTD 3 = +97.900 DEG. F TEMP RTD 4 = +98.300 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.880 DEG. F TEMP RTD 7 = +97.710 DEG. F TEMP RTD 8 = +97.270 DEG. F TEMP RTD 9 = +97.420 DEG. F TEMP RTD 10 = +98.120 DEG. F TEMP RTD 11 = +98.040 DEG. F TEMP RTD 12 = +98.030 DEG. F TEMP RTD 13 = +98.110 DEG. F TEMP RTD 14 = +98.830 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.000 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.580 DEG. F TEMP RTD 19 = +97.430 DEG. F TEMP RTL 20 = +95.950 .DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.180 DEG. F TEMP RTD 24- = +95.530 DEG. F PRESS GAUGE 1 = +64.317 PSI PRESS GAUGE 2 = +64.305 PSI I

DEW TEMP CELL 1 = +80.900 DEG. i3 DEW TEMP CELL 2 = +81.090 DEG. F DEW TEMP CELL 3 = +81.840 DEG. F i DEW TEMP CELL 4 = +80.730 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F 4

(

1

)

AVERAGE TEMPERATURE = +97.669 LEG. F AVERAGE PRESSURE = +64.310 PSIA AVERAGE DEW TEMP = +S1.002 DEG. F AVERAGE VAPOR PRESS = +0.524 PSIA l

l

1 1

SUMMARY

OF MEASURED DATA f

i VC SUMMER 1 l

l DATE: 272 TIME: 08:15 tj TEMP RTD 1 = +98.160 DEG. F l TEMP RTD 2 = +97.950 DEG. F

> TEMP RTD 3 = +97.920 DEG. F TEMP RTD 4 = +98.290 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.890 DEG. F TEMP RTD 7 = +97.670 DEG. F TEMP RTD 8 = +97.260 DEG. F TEMP RTD 9 = +97.430 DEG. F TEMP RTD 10 = +98.120 DEG. F TEMP RTD 11 = +98.040 DEG. F TEMP RTD 12 = +98.030 DEG. F TEMP RTD 13 = +98.100 DEG. F TEMP RTD 14 = +98.850 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.280 DEG. F TEMP RTD 17 = +96.950 DEG. F TEMP RTD 18 = +97.570 DEG. F TEMP RTD 19 = +97.420 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.200 DEG. F TEMP RTD 24 = +95.500 DEG. F

)

PRESS GAUGE 1 = +64.316 PSI PRESS GAUGE 2 = +64.305 PSI DEW TEMP CELL 1 = +81.030 DEG. F DEW TEMP CELL 2 = +81.600 DEG. F DEW TEMP CELL 3 = +81.810 DEG. F DEW TEMP CELL 4 = +80.700 DEG. F DEW TEMP CELL "5 = '4+999999.000 DEG. F 1

)

AVERAGE TEMPERATURE = +97.669 DEG. F AVERAGE PRESSURE = +64.309 PSIA AVERAGE DEW TEMP = +81.119 DEG. F AVERAGE VAPOR PREES = +0.326 PSIA l

9{

f

SUMMARY

OF MEASURED DATA

)

l VC SUMMER 1 i

DATE: 272 TIME: 08:30 l TEMP RTD 1 = +98.140 DEG. F TEMP RTD 2 = +97.940 DEG. F TEMP RTD 3 = +97.880 DEG. F TEMP RTD 4 = +98.290 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +o7.890 DEG. F TEMP RTD 7 = +97.680 DEG. F TEMP RTD 8 = +97.280 DEG. F TEMP RTD 9 = +97.430 DEG. F TEMP RTD 10 = +98.130 DEG. F TEMP RTD 11 = +98.030 DEG. F TEMP RTD 12 = +98.020 DEG. F TEMP RTD 13 = +98.070 DEG. F TEMP RTD 14 = +98.830 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.290 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.570 DEG. F TEMP RTD 19 = +C7.410 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +95.990 DEG. F TEMP RTD 22 = +95.920 DEG. F TEMP RTD 23 = +95.170 DEG. F TEMP RTD 24 = +95.550 DEG. F PRESS GAUGE 1 = +64.015 PSI PRESS GAUGE 2 = +64.288 PSI

> DEW TEMP CELL 1 = +81.090 DEG. F l DEW TEMP CELL 2 = +81.080 DEG. F DEW TEMP CELL 3 = +81.960 DEG. F DEW TEMP CELL 4 = +80.820 DEG. F DEW TEMP CELL 5 = 7.+999999.000 DEG. F AVERAGE TEMPERATURE = +97.658 DEG. F AVERAGE FRESSURE = +64.308 PSIA AVERAGE DEW TEMP = +81.131 DEG. F AVERAGE VAPOR PRESS = +0.326 PSIA

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ I

6b(

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 08:45 TEMP RTD 1 = +98.150 DEG. F TEMP RTD 2 = +97.940 DEG. F TEMP RTD 3 = +97.850 DEG. F TEMP RTD 4 = +98.290 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.890 DEG. F TEMP RTD 7 = +97.720 DEG. F TEMP RTD 8 = +97.280 DEG. F TEMP RTD 9 = +97.430 DEG. F TEMP RTD 10 = +98.120 DEG. F TEMP RTD 11 = +98.040 DEG. F TEMP RTD 12 = +98.040 DEG. F TEMP RTD 13 = +98.090 DEG. F TEMP RTD 14 = +98.870 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.280 DE3. F TEMP RTD 17 = +96.960 DEG. F TEMP RTD 18 = +97.570 DEG. F TEMP RTD 19 = +97.430 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.200 DEG. F TEMP RTD 24 = +95.550 DEG. F PRESS GAUGE 1 = +64.314 PSI PRESS GAUGE 2 = +64.286 PSI DEW TEMP CELL 1 = +80.960 DEG. F DEW TEMP CELL 2 = +81.370 DEG. F DEW TEMP CELL 3 = +81.680 DEG. F DEW TEMP CELL 4 = +80.730 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F l

l AVERAGE TEMPERATURE = +97.661 DEG. F AVERAGE FRESSURE = +64.007 PSIA AVERAGE DEW TEMP = +81.047 DEG. F AVERAGE VAPOR PREES = +0.524 PSIA

/

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 09:00 TEMP RTD 1 = +98.120 DEG. F TEMP RTD 2 = +97.930 DEG. F TEMP RTD 3 = +97.900 DEG. F TEMP RTD 4 = +98.280 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +97.840 DEG. F TEMP RTD 7 = +97.720 DEG. F TEMP RTD 8 = +97.280 DEG. F TEMP RTD 9 = +97.400 DEG. F TEMP RTD 10 = +98.080 DEG. F TEMP RTD 11 = +98.910 DEG. F TEMP RTD 12 = +98.000 DEG. F TEMP RTD 13 = +98.080 DEG. F TEMP RTD 14 = +98.860 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.290 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 u +97.560 DEG. F TEMo RTD 19 = +97.420 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +95.990 DEG. F TEMP RTD 7.2 - = +95.930 DEG. F TEMP RTD 23 = +95.170 DEG. F TEMP RTD 24 = +95.540 DEG. F 6 t/ ); $/

PRESS GAUGE 1 = %+64.014D+05 PSI PRESS GAUGE 2 = +64.285 PSI DEW TEMP CELL 1 = +81.170 DEG. F l DEW TEMP CELL 2 = +G1.590 DEG. F DEW TEMP CELL 3 = +81.840 DEG. F DEW TEMP CELL 4 = +80.710 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.653 DEG. F AVERAGE PRESSURE = %+64.314E+05 PSIA AVERAGE DEW TEMP = +81.192 DEG. F AVERAGE VAPOR PRESS = +0.527 PSIA 1

[

)

$<j 4.

l' I I

SUMMARY

OF MEASURED DATA

[

l VC EUMMER 1 i

DATE: 272 TIME: 09:00 1

l.

TEMP RTD 1 = +98.120 DEG. F TEMP RTD 2 = +97.930 DEG. F TEMP RTD 3 = +97.900 DEG. F TEMP RTD 4 = +98.280 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +97.840 DEG. F TEMP RTD 7 = +97.720 DEG. F TEMP RTD 8 = +97.280 DEG. F TEMP RTD 9 = +97.400 DEG. F TEMP RTD 10 = +98.080 DEG. F TEMP RTD 11 = +98.010 DEG. F TEMP RTD 12 = +98.000 DEG. F TEMP RTD 13 = +98.080 DEG. F TEMP RTD 14 = +98.860 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.290 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.560 DEG. F TEMP RTD 19 = +97.420 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +95.990 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.170 DEG. F TEMP RTD 24 = +95.540 DEG. F PRESS GAUGE # 1 = +64.313 PSI PRESS GAUGE # 2 = +64.285 PSI DEW TEMP CELL 3 1 = +81.170 DES. F DEW TEMP CELL # 2 = +81.590 DEG. F DEW TEMP CELL # 3 = +81,840 DEG. F DEW TEMP CELL # 4 = +80.710 DEG. F l

AVERAGE TEMPERATURE = +0.000 DEG. F i AVERAGE PRESSURE = +0.000 PSIA AVERAGE DEW TEMP = +0.000 DEG. F AVERAGE VPR PRESS = +0.0000 PSIA l

SUMMARY

OF MEASURED DATA 9

VC SUMMER 1 DATE: 272 TIME: 09:15 TEMP RTD 1 = +98.150 DEG. F TEMP RTD 2 = +97.940 DEG. F TEMP RTD 3 = +97.890 DEG. F TEMP RTD 4 = +98.280 DEG. F TEMP RTD 5 = +95.570 DEG. F TEMP RTD 6 = +97.860 DEG. F TEMP RTD 7 = +97.740 DEG. F TEMP RTD 8 = +97.280 DEG. F TEMP RTD 9 = +97.400 DEG. F TEMP RTD 10 = +98.080 DEG. F t TEMP RTD 11 = +98.040 DEG. F TEMP RTD 12 = +98.020 DEG. F TEMP RTD 13 = +98.090 DEG. F TEMP RTD 14 = +98.830 DEG F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.000 DEG. F TEMP RTD 17 = +96.960 DEG. F TEMP RTD 18 = +97.570 DEG. F TEMP RTD 19 = +97.420 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.010 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.190 DEG. F TEMP RTD 24 = +95.550 DEG. F PRESS GAUGE 1 = +64.312 PSI PRESS GAUGE 2 = 464.282 PSI f

l DEW TEMP CELL 1 = +80.920 DEG. F DEW TEMP CELL 2 = +81.350 DEG. F DEW TEMP CELL 3 = +81.850 DEG. F I DEW TEMP CELL 4 = +80.630 DEG. F I DEW TEMP CELL 5 = */.+999999. 000 DEG. F AVERAGE TEMPERATUR" = +97.661 DEG. F AVERAGE PRESSURE = +64.305 PSIA AVERAGE DEW TEMP = +81.021 DEG. F AVERAGE VAPOR PRESS = +0.524 PSIA

)

l I

)

t

$A Il

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 09: O TEMP RTD 1 = +98.160 DEG. F TEMP RTD 2 = +97.920 DEG. F TEMP RTD 3 = +97.870 DEG. F TEMP RTD 4 = +98.250 DEG. F TEMP RTD 5 = 395.560 DEG. F TEMP RTD 6 = +97.880 DEG. F TEMP RTD 7 = +97.730 DEG. F TEMP RTD 8 = +97.280 DEG. F TEMP RTD 9 = +97.420 DEG. F TEMP RTD 10 = +98.080 DEG. F TEMP RTD 11 = +98.030 DEG. F TEMP RTD 12 = +98.010 DEG. F TEMP RTD 13 = +98.070 DEG. F TEMP RTD 14 = +98.860 DEG. F TEMP RTD 15 = +96.740 DEG. F TEMP RTD 16 = +98.310 DEG. F TEMP RTD 17 = +96.960 DEG. F TEMP RTD 18 = +97.560 DEG. F TEMP RTD 19 = +97.410 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.230 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.311 PSI PRESS GAUGE 2 = +64.281 PSI DEW TEMP CELL 1 = +80.620 DEG. F DEW TEMP CELL 2 = +81.310 DEG. F DEW TEMP CELL 3 = +81.860 DEG. F DEW TEMP CELL 4 = +80.570 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F i

I AVERAGE TEMPERATURE = +97.655 DEG. F i AVERAGE PRESSURE = +64.304 PSIA AVERAGE DEW TEMP = +80.856 DEG. F AVERAGE VAPOR PRESS = +0.521 PSIA .

i I

l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 09:45 TEMP RTD 1 = +98.120 DEG. F

! TEMP RTD 2 = +97.930 DEG. F TEMP RTD 3 = +97.860 DEG. F TEMP RTD 4 = +98.250 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.850 DEG. F TEMP RTD 7 = +97.750 DEG. F TEMP RTD 8 = +97.260 DEG. F TEMP RTD 9 = +97.410 DEG. F TEMP RTD 10 = +98.080 DEG. F TEMP RTD 11 = +98.020 DEG. F TEMP RTD 12 = +98.000 DEG. F TEMP RTD 13 = +98.090 DEG. F TEMP RTD 14 = +98.830 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.300 DEG. F TEMP RTD 17 = +96.950 DEG. F TEMP RTD 18 = +97.570 DEG. F

~

TEMP RTD 19 = +97.430 DEG. F TEMP RTD 20 = +95.960 DEG. F TEMP RTD 21 = +95.990 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.220 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.310 PSI PRESS GAUGE 2 = +64.279 PSI DEW TEMP CELL 1 = +80.810 DEG. F DEW TEMP CELL 2 = +81.130 DEG. F CEW TEMP CELL T = +E1.750 OEG. F DEW TEMP LELL 4 = +80.720 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.648 DEG. F AVERAGE PRESSURE = +64.303 PSIA AVERAGE DEW TEMP = +80.949 DEG. F AVERAGE VAPOR PRESS = +0.523 PS1A

t

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 10:00 1

1 l

TEMP RTD 1 = +98.120 DEG. F l TEMP RTD 2 = +97.890 DEG. F TEMP RTD 3 = +97.820 DEG. F TEMP RTD 4 = +98.230 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.850 DEG. F TEMP RTD 7 = +97.700 DEG. F TEMP RTD 8 = +97.280 DEG. F TEMP RTD 9 = +97.380 DEG. F TEMP RTD 10 = +98.070 DEG. F TEMP RTD 11 = -98.020 DEG. F TEMP RTD 12 = +97.980 DEG. F TEMP RTD 13 = +98.070 DEG. F TEMP RTD 14 = +98.820 DEG. F TEMP RTD 15 = +96.740 DEG. F TEMP RTD 16 = +98.290 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.560 DEG. F TEMP RTD 19 = +97.420 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +95.980 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.240 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.309 PSI PRESS Gs_'3E 2 = +64.276 PSI DEW TEMP CELL 1 = +81.030 DEG. F CEW TEMP CELL 2 = +81.420 CEG. F DEW TEMP CELL 3 = +81.820 DEG. F DEW TEMP CELL 4 = +80.860 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.631 DEG. F AVERAGE FRESSURE = +64.002 PSIA AVERAGE DEW TEMP = +81.138 DEG. F AVERAGE VAPOR FRESS = +0.526 PSIA

f

SUMMARY

OF MEASURED DAT/4

( VC SUMMER 1 DATE: 272 TIME: 10:15 l TEMP RTD 1 = +98.120 DEG. F TEMP RTD 2 = +97.890 DEG. F TEMP RTD 3 = +97.850 DEG. F TEMP RTD 4 = +98.260 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.840 DEG. F TEMP RTD 7 = +97.680 DEG. F TEMP RTD 8 = +97.260 DEG. F TEMP RTD 9 = +97.410 DEG. F TEMP RTD 10 = +98.070 DEG. F TEMP RTD 11 = +98.020 DEG. F TEMP RTD 12 .= +97.980 DEG. F TEMP RTD 13 = +98.050 DEG. F TEMP RTD 14 = +98.820 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.290 DEG. F TEMP RTD 17 = +96.950 DEG. F TEMP RTD 18 = +97.560 DEG. F TEMP RTD 19 = +97.430 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.560 DEG. F 1

1 PRESS GAUGE 1 = +64.307 PSI PRESS GAUGE 2 = +64.275 PSI DEW TEMP CELL 1 = +80.890 DEG. F DEW TEMP CELL 2 = +81.400 DEG. F DEW TEMP CELL 3 = +81.720 DEG. F t DEW TEMP CELL 4 = +80.680 DFG. F

( DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.628 DEG. F AVERAGE PRESSURE = +64.000 FSIA AVERAGE DEW TEMP = +81.009 DEG. F j AVERAGE VAPOR PRESS = +0.524 PSIA l

l I

i I

N(

i

SUMMARY

OF MEASURED DATA VC SUMMER 1 j

DATE: 272 TIME: 10:30 l

l l

! TEMP RTD 1 = +98.100 DEG. F TEMP RTD 2 = +97.880 DEG. F TEMP RTD 3 = +97.830 DEG. F TEMP RTD 4 = +98.270 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.820 DEG. F TEMP RTD 7 = +97.680 DEG. F TEMP RTD 8 = +97.230 DEG. F TEMP RTD 9 = +97.370 DEG. F TEMP RTD 10 = +98.040 DEG. F TEMP RTD 11 = +98.020 DEG. F TEMP RTD 12 = +97.940 DEG. F TEMP RTD 13 = +98.050 DEG. F TEMP RTD 14 = +98.830 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.280 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.550 DEG. F TEMP RTD 19 = +97.400 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.550 DEG. F PRESS GAUGE 1 = +64.306 PSI PRESS GAUGE 2 = +64.274 PSI DEW TEMP CELL 1 = +90.790 DEG. F DEW TEMP CELL 2 = +85.160 DEG. F DEW TEMP CELL 3 = +81.880 DEG. F DEW TEMP CELL 4 = +80.500 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.626 DEG. F AVERAGE FRESSURE = +64.299 PSIA AVERAGE DEW TEMP = +81.420 DEG. F AVERAGE VAPOR PRESS = +0.501 PSIA

l l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DAT7: 272 TIME: 10: 45 t

I 1

TEMP RTD 1 = +98.090 DEG. F TEMP RTD 2 = +97.900 DEG. F TEMP RTD 3 = +97.820 DEG. F TEMP RTD 4 = +98.240 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.800 DEG. F TEMP RTD 7 = +97.540 DEG. F TEMP RTD 8 = +97.220 DEG. F TEMP RTD 9 = +97.350 DEG. F TEMP RTD 10 = +98.080 DEG. F TEMP RTD 11 = +97.970 DEG. F TEMP RTD 12 = +97.940 DEG. F TEMP RTD 13 = +98.050 DEG. F TEMP RTD 14 = +98.810 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.250 DEG. F TEMP RTD 17 = +96.920 DEG. F TEMP RTD 18 = +97.530 DEG. F TEMP RTD 19 = +97.390 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.560 DEG. F PRESS GAUGE 1 = +64.306 PSI PRESS GAUGE 2 = +64.272 PSI i

DEW TEMP CELL 1 = +81.840 DEG. F DEW TEMP CELL 2 = +81.440 DEG. F [

DEW TEMP CELL 3 = +81.850 DEG. F # g DEW TEMP CELL 4 = +80.680 DEG. F DEW TEMP CELL 3 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.612 DEG. F AVERAGE FRESSURE = +64.299 PSIA AVERAGE DEW TEMP = +61.490 DEG. F AVERAGE VAPOR PRESS = +0.532 FSIA

i

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 11:00 l

l TEMP RTD 1 = +98.090 DEG. F TEMP RTD 2 = +97.890 DEG. F TEMP RTD 3 = +97.830 DEG. F ,

TEMP RTD 4 = +98.210 DEG. F TEMP RTD- 5 = +95.540 DEG. F TEMP RTD 6 = +97.830 DEG. F TEMP RTD 7 = +97.590 DEG. F i TEMP RTD 8 = +97.230 DEG. F TEMP RTD 9 = +97.380 DEG. F TEMP RTD 10 = +98.040 DEG. F TEMP RTD 11 = +98.000 DEG. F TEMP RTD 12 = +97.940 DEG. F TEMP RTD 13 = +98.030 DEG. F TEMP RTD 14 = +98.820 DEG. F TEMP RTD 15 = +96.700 DEG. F TEM 3 RTD 16 = +98.250 DEG. F TEP.? RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.540 DEG. F TEMP RTD 19 = +97.420 DEG., F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +95.990 DEG. F i TEMP RTD 22 = +95.930 DEG. F 1 TEMP RTD 23 = +95.220 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.305 PSI PRESS GAUGE 2 = +64.271 PSI DEW TEMP CELL 1 = +81.070 DEG- F DEW TEMP CELL 2 = +81.110 DEG. F DEW TEMP CELL 3 = +81.720 DEG. F DEW TEMI CELL 4 = +80.780 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.613 DEG. F AVERAGE PRESSURE = +64.298 PSIA AVERAGE DEW TEMP s +81.084 DEG. F ] ,

AVERAGE VAPOR FnESS = +0.525 PSIA '

\.tFg M t'-

h

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 11:15 TEMP RTD 1 = +98.080 DEG. F TEMP RTD 2 = +97.870 DEG. F T E.1P RTD 3 = +97.840 DEG. F TEMP RTD 4 = +98.230 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +97.780 DEG. F TEMP'RTD 7 = +97.530 DEG. F TEMP RTD 8 = +97.200 DEG. F TEMP RTD 9 = +97.340 DEG. F TEMP RTD 10 = +98.040 DEG. F TEMP RTD 11 = +97.990 DEG. F TEMP RTD 12 = +97.920 DEG. F TEMP RTD 13 = +98.020 DEG. F TEMP RTD 14 = +98.790 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.260 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.S40 DEG. F TEMP RTD 19 = +97.400 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +95.970 oEG. F TEMP RTD 22 = +95.910 DEG. F TEMP RTD 25 = +9'.210 DEG. F TEMP RTD 24 u +93.560 DEG. F PRESS GAUGE 1 = 64.004 PSI l PRESS GAUGE 2 = 54.270 PS' DEW TEMP CELL 1 = +80.680 DEG. F DEW TEMP CELL 2 = +80.950 DEG. F l DEW TEMP CELL 0 = +81.830 DEG. F DEW TEMP CELL 4 = +80.760 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.605 DEG. F AVERAGE PRESSURE = +64.297 PSIA AVERAGE DEW TEMP = +80.884 DEG. F AVERAGE VAPOR PRESS = +0.522 PSIA b

Ap#

1

SUMMARY

OF MEASURED DATA 1

1 %C SUMMER 1 l

DATE: 272 TIME: 11:30 1

l l

TEMP RTD 1 +98.080 DEG. F TEMP RTD 2 = +97.840 DEG. F TEMP RTD 3 = +97.820 DEG. F TEMP RTD 4 = +98.200 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.790 DEG. F TEMP RTD 7 = +97.710 DEG. F TEMP RTD 8 = +97.190 DEG. F TEMP RTD 9 = +97.350 DEG. F q TEMP RTD 10 = +98.050 DEG. F "

TEMP RTD 11 = +98.000 DEG. F TEMP RTD 12 = +97.930 DEG. F TEMP RTD 13 = +98.040 DEG. F TEMP RTD 14 = +98.800 DEG. F TEMP RTD 15 = +96.740 DEG. F TEMP RTD 16 = +98.230 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.530 DEG. F TEMP RTD 19 = +97.390 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.240 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.303 PSI l PREGS GAUGE 2 = +64.269 PSI l

l DEW TEMP CELL 1 = +80.780 DEG. F l

DEk TEMP CELL 2 = +81.010 DEG. F ,

DEW TEMP CELL 3 = +81.670 DEG. F 7 DEW TEMP CELL 4 = +80.550 DEG. F \

DEW TEMP CELL 5 = %+999999.000 DEG. Fy y AVERAGE TEMPERATURE = +97.605 DEG. F W'

AVERAGE PRESSURE = +64.296 PSIA AVERAGE DEW TEMP = +80.865 DEG. F AVERAGE VAPOR PRESS = +0.521 PSIA

}

).

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 11:45 1

TEMP RTD 1 = +^78.100 DEG. F TEMP RTD 2 = +97.830 DEG. F TEMP RT.D 3 = +97.800 DEG. F TEMP RTD 4 = +98.170 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +97.780 DEG. F TEMP RTD 7 = +97.620 DEG. F TEMP RTD 8 = +97.230 DEG. F TEMP RTD 9 = +97.360 DEG. F TEMP RTD 10 = +98.030 DEG. F TEMP RTD 11 = +98.000 DEG. F TEMP RTD 12 = +97.930 DEG. F TEMP RTD 13 = +98.040 DEG. F TEMP RTD 14 = +98.810 DEG. F TEMP RTD 15 = +96.720 DEG. F TEMP RTD 16 = +98.240 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.530 DEG. F TEMP RTh 19 = +97.380 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +95.960 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.240 DEG. F i TEMP RTD 24 = +95.590 DEG. F PRESS GAUGE 1 = +64.302 PSI PRESS GAUGE 2 = +64.267 PSI DEW TEMP CELL 1 = +81.010 DEG. F g4 I DEW TEMP CELL 2 = +81.380 DEG. F DEW TEMP CELL 3 = +81.870 DEG. F DEW TEMP CELL 4 = +80.460 DEG. F DEW TEMP CELL 5 = 7.+999999.000 DEG. F 4VERAGE TEMPERATURE = +97.595 DEG. F AVERAGE PRESSURE = +64.295 PSIA AVER 4GE DEW TEMP = +81.027 DEG. F AVERAGE VAPOR PRESS = +0.524 PSIA

__-________-___ _. . _ _ . b

i l

l l .

SUMMARY

OF MEASURED DATA VC SUMMER'l

.I '

DATE: 272 TIME: 12:00 I

TEMP '". Tf 1 = +98.060 DEG. F TEMP Cf 2 = +97.850 DEG. F TEMP '*f, 3 = +97.810 DEG. F TEMP RTD 4 = +98.170 DEG. F TEMP RTD 5 = +95.570 DEG. F TEMP RTD 6 = +97.780 DEG. F TEMP RTD 7 = +97.640 DEG. F TEMP RTD 8 = +97.200 DEG. F TEMP RTD 9 = +97.350 DEG. F TEMP RTD 10 = +98.020 DEG. F TEMP RTD 11 = +97.990 DEG. F TEMP RTD 12 = +97.940 DEG. F TEMP RTD 13 = +98.030 DEG. F TEMP RTD 14 = +98.810 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.260 DEG. F TEMP RTO 17 = +96.950 DEG. F TEMP RTD 18 = +97.530 DEG. F TEMP RTD 19 = +97.400 DEG. F TEMP RTD 20 = +95.960 DEG. F TEMP RTD 21 = +96.010 DEG. F TEMP RTD 22 = "95.950 DEG. F TEMP RTD 23 = +95.190 DEG. F TEMP RTD 24 = +95.580 DEG. F PRESS GAUGE 1 = +64.302 PSI i FRESE GAUGE 2 a ve4.267 FSI DEW TEMP CELL 1 = +80.900 DEG. F DEW TEMP CELL 2 = +81.300 DEG. F DEW TEMP CELL 3 = +81.870 DEG. F DEW TEMP CELL 4 = +80.610 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.596 DEG. .:

)

AVERAGE FRESSURE = +64.295 PSIA $

AVERAGE DEW TEMP = +81.002 DEG. F [!

AVERAGE VAPOR FRESS = +0.524 PSIA /Q

_ _ _ _ _ _ _ _ _ _ - -_ _ _ __ i

l 1

i l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 12:15 TEMP RTD 1 = +98.080 DEG. F TEMP RTD 2 = +97.800 DEG. F TEMP RTD 3 = +97.820 DEG. F TEMP RTD 4 = +98.190 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +97.770 DEG. F TEMP RTD 7 = +97.540 DEG. F TEMF RTD 8 = +97.190 DEG. F TEMP RTD 9 = +97.350 DEG. F TEMP RTD 10 = +98.000 DEG. F TEMP RTD 11 = +97.980 DEG. F TEMP RTD 12 = +97.920 DEG. F TEMP RTD 13 = +98.030 DEG. F TEMP RTD 14 = +98.780 DEG. F TEMP RTD 15 = +96.720 DEG. F TEMP RTD 16 = +98.230 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.530 TEG. F TEMP RTD 19 = +97.390 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.000 DEG. F i TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.230 DEG. F TEMP RTD 24 = +95.580 DEG. F j PRESS GAUGE 1 = +64.300 PSI

( PRESS GAUGE 2 = +64.265 PS:

1 DEW TEMF CELL 1 = +80.780 DEG. F DEW TEMP CELL 2 = +81.030 DEG. F DEW TEMP CELL 3 = +81.810 DEG. F l DEW TEMP CELL 4 = +80.610 DEG. F l DEW TEMP CELL 5 = %+999999.000 DEG. '

,q,)

Y AVERAGE TEMPERATURE =

AVERAGE PRESSURE

+97.589 DEG. F 0 f

+64.293 - 'l

= PSIA AVERAGE DEW TEMP = +80.901 DEG. F j AVERAGE VAPOR PRESS :

+0.522 PSIA

l l

l

SUMMARY

OF MEASURED DATA e

(f1 VC SUMMER 1 l

{ hk. bd) i

/ ~~

DATE: 272 TIME: ljsLLP- id

/

TEMP RTD 1 = +98.030 DEG. F TEMP RTD 2 = +97.800 DEG. F TEMP RTD 3 = +97.780 DEG. F TEMP RTD 4 = +98.110 DEG. F TEMP RTD S = +95.530 DEG. F TEMP RTD 6 = +97.740 DEG. F TEMP RTD 7 = +97.590 DEG. F TEMP RTD 8 = +97.190 DEG. F TEMP RTD 9 = +97.300 DEG. F TEMP RTD 10 = +97.970 DEG. F TEMP RTD 11 = +97.970 DEG. F TEMP RTD 12 = +97.890 DEG. F TEMP RTD 13 = +98.000 DEG. F TEMP RTD 14 = +98.770 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.210 DEG. F TEMP RTD 17 = +96.910 DEG. F TEMP RTD 18 = +97.500 DEG. F TEMP RTD 19 = +97.350 DEG. F TEMP RTD 20 = +95.930 DEG. F TEMP RTD 21 = +95.970 DEG. F TEMP RTD 22 = +95.920 DEG. F TEMP RTD 20 = +C5.260 DEG. F ;

TEMP RTD 24 = +95,600 DEG. F PRESS GAUGE 1 = +64.2V8 PSI PRESS GAUGE 2 = +64.263 PSI DEW TEMP CELL 1 = +80.930 DEG. F DEW TEMP CELL 2 = +81.230 DEG. F DEW TEMP CELL 3 = +81.790 DEG. F DEW TEMP CELL 4 = +80.S40 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F

, }'df AVERAGE TEMPERATURE = +97.559 DEG. F AVERAGE PRESSURE = +64.291 PSIA AVERAGE DEW TEMP = +80.979 DEG. F j AVERAGE VAPOR PRESS = +0.523 PSIA j 1

l I

i

/

) i 1

1

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 12:45 TEMP RTD 1 = +98.020 DEG. F TEMP RTD 2 = +97.840 DEG. F TEMP RTD 3 = +97.730 DEG. F TEMP RTD 4 = +98.170 DrlG . F TEMP RTD 5 = +95.570 DEG. F TEMP RTD 6 = +97.760 DEG. F TEMP RTD 7 = +97.650 DEG. F TEMP RTD 8 = +97.190 DEG. F TEMP RTD 9 = +97.330 DEG. F TEMP RTD 10 = +97.990 DEG. F TEMP RTD 11 = +97.980 DEG. F TEMP RTD 12 = +97.870 DEG. F TEMP RTD 13 = +98.010 DEG. F TEMP RTD 14 = +98.800 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.240 DEG. F TEMP RTD 17 = +96.940 DEG. F TEMP RTD 18 = +97.530 DEG. F TEMP RTD 19 = +97.370 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.050 DEG. F TEMP RTD 22 = ,95.930 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.530 DEG. F PRESS GAUGE 1 = +64.297 PSI PFEES GAUGE 2 = + 64. '07 ?SI DEW TEMP CELL 1 = +80.760 DEE. F DEW TEMP CELL 2 = +81.120 DEG. F DEW TEMP CELL 3 = +81.680 DEG. F i DEW TEMP CELL 4 = +80.490 DEG. F , j DEW TEMP CELL 5 = 7.+999999.000 DEG. F i f AVERAGE TEMPERATURE = +97.572 DEG. F

> /

AVERAGE PRESSL<E = +64.290 PSIA AVERAGE DEW TEMP = +80.856 DEG. F < >

AVERAGE VAPOR PRESS = +0.521 PSIA J

I i

SUMMARY

OF MEASURED DATA

. VC SUMMER 1 DATE: 272 TIME: 13:00 l

l TEMP RTD 1 = +98.030 DEG. F TEMP RTD 2 = +97.780 DEG. F TEMP RTD 3 = +97.710 DEG. F TEMP RTD 4 = 498.190 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +4 .780 DEG. F TEMP RTD 7 = +97.510 DEG. F TEMP RTD 8 = +97.140 DEG. F TEMP RTD 9 = +97.310 DEG. F TEMP RTD 10 = +97.960 DEG. F TEMP RTD 11 = +97.950 DEG. F TEMP RTD 12 = +97.860 DEG. F TEMP RTD 13 = +97.990 DEG. F TEMP RTD 14 = +98.790 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.210 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.510 DEG. F TEMP RTD 19 = +97.360 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.070 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.180 DEG. F TEMP RTD 24 = +95.540 DEG. F PRESS GAUGE 1 = +64.296 PSI PRESS GAUGE 2 = +64.261 PSI DEW TEMP CELL 1 = +80.640 DEG. F DEW TEi1P CELL 2 a val.270 DEG. F DEW TEMP CELL 3 = +81.770 DEG. F DEW TEMP CELL 4 = +80.510 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.555 DEG. F AVERAGE PRESSURE = +64.289 PSIA AVERAGE DEW TEMP = +80.834 DEG. F q,

AVERAGE VAPOR PRESS = +0.521 PSIA - ,

hdD

_ _- 1

i 1

EUMMARY OF MEASURED DATA

! VC SUMMER 1 DATE: 272 TIME: 13:15 l

TEMP RTD 1 = +98.050 DEG. F TEMP RTD 2 = +97.810 DEG. F TEMP RTD 3 = +97.730 DEG. F TEMP RTD 4 = +98.150 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +97.770 DEG. F TEMP RTD 7 = +97.470 DEG. F TEMP RTD 8 = +97.180 DEG. F TEMP RTD 9 = +97.330 DEG. F TEMP RTD 10 = +98.020 DEG. F TEMP RTD 11 = +97.960 DEG. F TEMP RTD 12 = +97.860 DEG. F TEMP RTD 13 = +97.980 DEG. F TEMP RTD 14 = +98.780 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.220 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.*2O DEG. F TEMP RTD 19 = +97.360 DEG. F [p TEMP RTD 20 = +95.950 DEG. F y TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.240 DEG. F TEMP RTD 24 = +95.560 DEG. F PRESS GAUGE # 1 = +64.295 PSI PRESS GAUGE # 2 = +64.261 PSI DEW TEMP CELL # 1 = +80.900 DEG. F DEW TEMP CELL # 2 = +81.030 DEG. F DEW TEMP CELL # 3 = +81.590 DEG. F DEW TEMP CELL # 4 = +80.490 DEG. F AVERAGE TEMPERATURE = +0.000 DEG. F AVERAGE PRESSURE = +0.000 PSIA AVERAGE DEW TEMP = +0.000 DEG. F AVERAGE VPR PRESS = +0.0000 PSIA

l ;

I

SUMMARY

OF MEASURED DATA l VC SUMMER 1 DATE: 272 TIME: 13:15 i

TEMP RTD 1 = +98.050 DEG. F TEMP RTD 2 = +97.810 DEG. F TEMP RTD 3 = +97.730 DEG. F TEMP RTD 4 = +98.150 DEG. F TEMP RTD 5 = +95.540 DEG. F TEMP RTD 6 = +97.770 DEG. F TEMP RTD 7 = +97.470 DEG. F TEMP RTD 8 = +97.180 DEG. F TEMP RTD 9 = +97.330 DEG. F TEMP RTD 10 = +98.020 DEG. F TEMP RTD 11 = +97.960 DEG. F TEMP RTD 12 = +97.860 DEG. F TEMP RTD 13 = +97.980 DEG. F TEMP RTD 14 = +98.780 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.220 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.520 DEG. F TEMP RTD TEMP RTD 19 20

= +97.360 DEG. F [p

= +95.950 DEG. F y TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.240 DEG. F TEMP RTD 24 = +95.560 DEG. F PRESS GAUGE # 1 = +64.295 PSI PRESS GAUGE # 2 = +64.261 PSI DEW TEMP CELL # 1 = +80.900 DEG. F DEW TEMP CELL # 2 = +81.030 DEG. F DEW TEMP CELL # 3 = +81.590 DEG. F DEW TEMP CELL # 4 = +80.490 DEG. F AVERAGE TEMPERATURE = +0.000 DEG. F AVERAGE PRESSURE = +0.000 PSIA AVERAGE CEW TEMP = +0.000 DEG. F AVERAGE VPR PRESS = +0.0000 PSIA

_ _ _ _ _ _ _ _ _ - . - _ _ _ _ _ _ _ _ _ . _ _ _ __. _ _ _ _ . . _. ._ s

I I

SUMMARY

OF MEASURED DATA j VC SUMMER 1 DATE: 272 TIME: 13:30 l

l TEMP RTD 1 = +98.030 DEG. F TEMP RTD 2 = +97.780 DEG. F TEMP RTD 3 = +97.730 DEG. F TEMP RTD 4 = +98.130 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.740 DEG. F TEMP R1D 7 = +97.580 DEG. F TEMP RTD 8 = +97.120 DEG. F TEMP RTD 9 = +97.310 DEG. F TEMP RTD 10 = +97.990 DEG. F TEMP RTD 11 = +97.950 DEG. F TEMP RTD 12 = +97.820 DEG. F TEMP RTD 13 = +97.970 DEG. F TEMP RTD 14 = +98.750 DEG. F TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.220 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.520 DEG. F TEMP RTD 19 = +97.380 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.060 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.220 DEG. F TEMP RTD 24 = +95.540 DEG. F PRESS GAUGE 1 = +64.294 PSI PRESS GAUGE 2 = +64.261 PSI DEW TEMP CELL 1 = +80.970 DEG. F I

DEW TEMP CELL 2 = +80.990 DEG. F DEW TEMP CELL 3 = +81.730 DEG. F DEW TEMP CELL 4 = +74.210 DEG. F ,

f4 DEW TEMP CELL 5 = 7.+999999.000 DEG. F [

AVERAGE TEMPERATURE = +97.550 DEG. F f AVERAGE PRESSURE = +64.287 PSIA L AVERAGE DEW TEMP = +79.326 DIG. F AVERAGE VAPOR PRESS = +0.496 PSIA

_____________-.________________J

l-l

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 13:45 1

TEMP RTD 1 = +98.030 DEG. F TEMP RTD 2 = +97.800 DEG. F TEMP RTD 3 = +97.770 DEG. F TEMP RTD 4 = +98.150 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.770 DEG. F TEMP RTD 7 = +97.620 DEG. F TEMP RTD 8 = +97.200 DEG. F TEMP RTD 9 = +97.310 DEG. F TEMP RTD 10 = +98.030 DEG. F TEMP RTD 11 = +97.940 DEG. F TEMP RTD 12 = +97.830 DEG. F TEMP RTD 13 = +97.960 DEG. F TEMP RTD 14 = +98.790 DEG. F TEMP RTD 15 = +96.720 DEG. F TEMP RTD 16 = +98.190 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.500 DEG. F TEMP RTD 19 = +97.370 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.050 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.270 DEG. F TEMP RTD- 24 = +95.580 DEG. F PRESS GAUGE 1 = +64.293 PSI PRESS GAUGE 2 = +64.259 PSI DEW TEMP CELL 1 = +80.670 DEG. F DEW TEMP CELL 2 = +80.990 DEG. F DEW TEMP CELL 3 = +81.750 DEG. F DEW TEMP CELL 4 = +80.450 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.568 DEG. F AVERAGE PRESSURE = +64.286 PSIA AVERAGE DEW TEMP = +80.794 DEG. F AVERAGE VAPOR PRESS = +0.520 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 14:00 TEMP RTD 1 = +98.030 DEG. F TEMP RTD 2 = +97.780 DEG. F l TEMP RTD 3 = +97.750 DEG. F l

TEMP RTD 4 = +98.160 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.750 DEG. F TEMP RTD 7 = +97.660 DEG. F TEMP RTD 8 = +97.150 DEG. F TEMP RTD 9 = +97.000 DEG. F TEMP RTD 10 = +97.960 DEG. F TEMP RTD 11 = +97.950 DEG. F TEMP RTD 12 = +97.840 DEG. F TEMP RTD 13 = +97.980 DEG. F TEMP RTD 14 = +98.760 DEG. F TEMP RTD 15 = +96.700 DEG. F TEMP RTD 16 = +98.200 DEG. F TEMP RTD 17 = +96.910 DEG. F TEMP RTD 18 = +97.500 DEG. F TEMP RTD 19 = +97.360 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.020 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 20 = +95.210 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.293 PSI PRESS GAUGE 2 = +64.258 PSI DEW TEMP CELL 1 = +80.940 DEG. F DEW TEMP CELL 2 = +81.110 DEG. F DEW TEMP CELL ! = +81.720 DEG. F DEW TEMP CELL 4 = +80.490 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F Ib AVERAGE TEMPERATURE = +97.558 DEG. F i AVERAGE PRESSURE = +64.286 PSIA \

AVERAGE DEW TEMP = +80.947 DEG. F AVERAGE VAPOR F'RESS = +0.523 PSIA

l l

t

SUMMARY

OF MEASURED DATA i

j VC SUMMER 1 i

DATE: 272 TIME: 14:15 l

TEMP RTD 1 = +98.020 DEG. F TEMP RTD 2 = +97.780 DEG. F TEMP RTD 3 = +97.760 DEG. F TEMP RTD 4 = +98.120 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.740 DEG. F TEMP RTD 7 = +97.660 DEG. F TEMP RTD 8 = +97.160 DEG. F TEMP RTD 9 = +97.300 DEG. F TEMP RTD 10 = +97.940 DEG. F TEMP RTD 11 = +97.930 DEG. F TEMP RTD 12 = +97.820 DEG. F TEMP RTD 13 = +97.970 DEG. F TEMP RTD 14 = +98.750 DEG. F TEMP RTD 15 = +96.700 DEG. F TEMP RTD 16 = +98.210 DEG. F TEMP RTD 17 = +96.920 DEG. F TEMP RTD 18 = +97.500 DEG. r TEMP RTD 19 = +97.380 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.250 DEG. F TEMP RTD 24 = +95.600 DEG. F PRESS GAUGE 1 = +64.293 PSI PRESS GAUGE 2 = +64.257 PSI DEW TEMP CELL 1 = +80.760 DEG. F DEW TEMP CELL 2 = +81.170 DEG. F DEW TEMP CELL 3 = +81.640 DEG. F DEW TEMP CELL 4 = +80.680 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.553 DEG. F

)

AVERAGE PRESSURE = +64.286 PSIA ) \

AVERAGE DEW TEMP = +80.906 DEG. F AVERAGE VAPOR PRESS = +0.522 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 14:30 TEMP RTD 1 = +98.020 DEG. F TEMP RTD 2 = +97.790 DEG. F TEMP RTD 3 = +97.740 DEG. F TEMP RTD 4 = +98.080 DEG. F TEMP RTD 5 = +95.600 DEG. F TEMP RTD 6 = +97.720 DEG. F TEMP RTD 7 = +97.580 DEG. F TEMP RTD 8 = +97.140 DEG. F TEMP RTD 9 = +97.300 DEG. F TEMP RTD 10 = +97.960 DEG. F TEMP RTD 11 = +97.960 DEG. F TEMP RTD 12 = +97.840 DEG. F TEMP RTD 13 = +97.980 DEG. F TEMP RTD 14 = +98.760 DEG. F TEMP RTD 15 = +96.720 DEG. F TEMP RTD 16 = +98.220 DEG. F TEMP RTD 17 = +96.930 DEG. F TEMP RTD 18 = +97.510- DEG. F TEMP RTD 19 = +97.370 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.270 DEG. F TEMP RTD 24 = +95.590 DEG. F PRESS GAUGE 1 = +64.292 PSI PRESS GAUGE 2 = +64.256 PSI DEW TEMP CELL 1 = +80.920 DEG. F DEW TEMP CELL 2 = +81.160 DEG. F DEW TEMP CELL 3 = +81.610 DEG. F k DEW TEMP CELL 4 = +80.670 DEG. F ji DEW TEMP CELL 5 = %+999999.000 DEG. F . g; Y

AVERAGE TEMPERATURE = +97.546 DEG. F bh i AVERAGE PRESSURE = +64.285 PSIA q' AVERAGE DEW TEMP = +80.976 DEG. F AVERAGE VAPOR PRESS = +0.523 PSIA

SUMMARY

OF MEASURED DATA

'VC SUMMER 1 DATE: 272 TIME: 14:45 TEMP RTD 1 = +97.990 DEG. F TEMP RTD 2 = +97.760 DEG. F TEMP RTD 3 = +97.780 DEG. F l TEMP RTD 4 = +98.130 DEG. F TEMP RTD 5 = +95.570 DEG. F TEMP RTD 6 n 497.720 DEG. F TEMP RTD 7 = +97.620 DEG. F TEMP RTD 8 = +97.120 DEG. F TEMP RTD 9 = +97.300 DEG. F TEMP RTD 10 = +97.970 DEG. F TEMP RTD 11 = +97.940 DEG. F TEMP RTD 12 = +97.870 DEG. F TEMP RTD 13 = +97.950 DEG. F TEMP RTD 14 = +98.760 DEG. F TEMP RTD 15 = +96.720 DEG. F TEMP RTD 16 = +98.210 DEG. F TEMP RTD 17 = +96.910 DEG. F TEMP RTD 18 = +97.510 DEG. F TEMP RTD 19 = +97.380 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.040 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.240 DEG. F TEMP RTD 24 = +95.600 DEG. F PRESS GAUGE 1 = +64.291 PSI PRESS GAUGE 2 = +64.255 PSI DEW TEMP CELL 1 = +80.770 DEG. F DEW TEMP CELL 2 = +81.230 DEG. F DEW TEMP CELL 3 = +81.610 DEG. F DEW TEMP CELL 4 = +80.800 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F bl AVER 4GE TEMPERATURE = +97.552 DEG. F AVERAGE PRESSURE +64.284 PSIA

, l( :

=

+gi AVERACC DEW TEMP = +80.946 DEG. F r AVERAGE VAPOR PRESS = +0.523 PSIA y i

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 15:00 TEMP RTD 1 = +97.960 DEG. F TEMP RTD 2 = +97.770 DEG. F TEMP RTD 3 = +97.710 DEG. F TEMP RTD 4 = +98.100 DEG. F TEMP RTD 5 = +95.550 DEG. F TEMP RTD 6 = +97.670 DEG. F TEMP RTD 7 = +97.540 DEG. F TEMP RTD 8 = +97.110 DEG. F TEMP RTD 9 = +97.260 DEG. F TEMP RTD 10 = +97.920 DEG. F TEMP RTD 11 = +97.880 DEG. F TEMP RTD 12 = +97.780 DEG. F TEMP RTD 13 = +97.930 DEG. F TEMP RTD 14 = +98.760 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.200 DEG. F TEMP RTD 17 = +96.910 DEG. F TEMP RTD 18 = +97.470 DEG. F TEMP RTD 1.9 = +97.330 DEG. F TEMP RTD 20 = +95.930 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.250 DEG. F TEMP RTD 24 = +95.590 DEG. F PRESS GAUGE 1 = +64.290 PSI PRESS GAUGE 2 = +64.255 PSI 1

DEW TEMP CELL 1 = +60.o30 DEG. F DEW TEMP CELL 2 = +80.960 DEG. F l DEW TEMP CELL 3 = +81.600 DEG. F l DEW TEMP CELL 4 = +80.790 DEG. F ;

DEW TEMP CELL 5 = %+999999.000 DEG. F ,

AVERAGE TEMPERATURE = +97.519 DEG. F $ i) l AVERAGE PRESSURE AVERAGE DEW TEMP

=

+64.283

+80.849 PSIA DEG. F

(

l AVERAGE VAPOR PRESS = +0.521 PSIA

3 4 I-

_2- -

i

SUMMARY

OF MEASURED DATA l

l- VC SUMMER 1 l

DATE: 272 TIME 15:16 t

L i

i l TEMP RTD 1 = +97.960 DEG. F i TEMP RTD 2 = +97.720 DEG. F l TEMP RTD 3 = +97.720 DEG. F L TEMP RTD 4 = +98.090 DEG. F i TEMP RTD 5 = +95.550 DEG. F l TEMP RTD 6 = +97.680 DEG. F j TEMP RTD 7 = +97.580 DEG. F- i TEMP RTD 8 = +97.080 DEG. F-TEMP RTD 9 = +97.260 DEG. F TEMP RTD 1. 0 = +97.890 DEG. F TEMP RTD 11 = +97.900 DEG. F TEMP RTD 12 = +97.780 DEG. F i TEMP.RTD 13 = +97.910 DEG. F l TEMP RTD 14 = +98.730 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.160 DEG. F TEMP RTD 17 = +96.880 DEG. F !

?""; "!: 1"

'7::' ":: ; !

TEMP RTD 20 = +95.900 DEG. F !

TEMP RTD 21 = +96.000 DEG. F TEMP RTD 22 = +95.900 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.590 DEG. F Gd28R PRESS GAUGE 1 = PSI PRESS GAUGE 2 = +64.254 PSI 1

DEW TEMP CELL 1 = +80.840 DEG. F j DEW TEMP CELL 2 a +81.130 DEG. F DEW TEMP CELL 3 = +81.620 DEG. F DEW TEMP CELL 4 = +B0.690 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.508 DEG.-F AVERAGE PRESSURE = +64.280 PSIA AVERAGE DEW TEMP = +80.939 DEG. F AVERAGE VAPOR PRESS = +0.523 PSIA i

i

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 15:30 TEMP RTD 1 = +97.940 DEG. F TEMP RTD 2 = +97.700 DEG. F TEMP RTD 3 = +97.630 DEG. F TEMP RTD 4 = +98.060 DEG. F TEMP RTD 5 = +95.530 DEG. F TEMP RTD 6 = +97.680 DEG. F TEMP RTD 7 = +97.570 DEG. F TEMP RTD 8 = +97.080 DEG. F TEMP RTD 9 = +97.240 DEG. F TEMP RTD 10 = +97.890 DEG. F TEMP RTD 11 = +97.890 DEG. F TEMP RTD 12 = +97.770 DEG. F TEMP RTD 13 = +97.920 DEG. F TEMP RTD 14 = +98.730 DEG. F TEMP RTD 15 = +96.700 DEG. F TEMP RTD 16 = +98.200 DEG. F TEMP RTD 17 = +96.910 DEG. F TEMP RTD 18 = +97.490 DEG. F TEMP RTD 19 = +97.340 DEG. F TEMP RTD 20 = +95.910 DEG. F TEMP RTD 21 = +96.070 DEG. F TEMP RTD 22 a +95.920 DEG. F TEMP RTD 23 = +95.210 DEG. F TEMP RTD 24 = +95.530 DEG. F PRESS GAUGE 1 = +64.287 PSI PRESS GAUGE 2 = +64.254 PSI DEW TEMP CELL 1 = +80.G40 DEG. F DEW TEMP CELL 2 = +81.180 DEG. F q DEW TEMP CELL 3 = +81.700 DEG. F j DEW TEMP CELL 4 = +80.650 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F ,

AVERAGE TEMPERATURE = +97.489 DEG. F

h] j. a AVERAGE PACSSURE = +64.280 PSIA Ql AVERAGE DFW TEMP = +80.946 DEG. F AVERAGE VAPOR PRESS = +0.523 PSIA

l l

)

SUMMARi' OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 15:45 1

TEMP RTD 1 = +97.960 DEG. F TEMP RTD 2 = +97.770 DEG. F i l

TEMP RTD 3 = +97.710 DEG. F TEMP RTD 4 = +98.120 DEG. F TEMP RTD 5 = +95.570 DEG. F TEMP RTD 6 = +97.730 DEG. F TEMP RTD 7 = +97.550 DEG. F TEMP RTD 8 = +97.100 DEG. F TEMP RTD 9 = +97.290 DEG. F TEMP RTD 10 = +97.950 DEG. F TEMP RTD 11 = +97.900 DEG. F TEMP RTD 12 = +97.790 DEG. F TEMP RTD 13 = +97.930 DEG. F ,

\

TEMP RTD 14 = +98.740 DEG. F ,

/

TEMP RTD 15 = +o6.720 DEG. F l }

TEMP RTD 16 = +98.190 DEG. F. 4hI TEMP RTD 17 = +96.930 DEG. F @V '

TEMP RTD 18 = +97.500 DEG. F TEMP RTD 19 = +97.360 DEG. F TEMP RTD 20 = 40 DEG. F h (jyd#,h TEMP RTD 21 = . 07 DEG. F hka TEMP RTD 22 = +95.940 DEG. F $#

TEMP RTD 23 = +95.240 DEG. F 'A TEMP RTD 24 = +,95.550 DEG. F kh PRESS GAUGE 1 = +64.287 PSI PRESS GAUGE 2 = +64.254 PSI DEW TEMP CELL 1 = +81.070 DEG. F DEW TEMP CELL 2 = +81.020 DEG. F DEW TEMP CELL 3 = +81.830 DEG. F DEW TEMP CELL 4 = +80.500 DEG. F

- DEW TEMP CELL 5 = %+999999.000 DEG. F l

( AVERAGE TEMPERATURE = +97.508 DEG. F AVERAGE PRESSURE = +64.280 PSIA 3

AVERAGE DEW TEMP = +81.015 DEG. F AVERAGE VAPOR PRESS = +0.524 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 16:00

)

l

\

TEMP RTD 1 = +97.950 DEG. F TEMP RTD 2 = +97.740 DEG. F TEMP RTD 3 = +97.660 DEG. F TEMP RTD 4 = +98.080 DEG. F TEMP RTD 5 = +95.580 DEG. F TEMP RTD 6 = +97.670 DEG. F TEMP RTD 7 = +97.630 DEG. F TEMP RTD 8 = +97.110 DEG. F TEMP RTD 9 = +97.250 DEG. F TEMP RTD 10 = +97.950 DEG. F TEMP RTD 11 = +97.900 DEG. F TEMP RTD 12 = +97.760 DEG. F TEMP RTD 13 = +97.920 DEG. F TEMP RTD 14 = +98.720 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +9 O DEG. F TEMP RTD 17 = tI6.7 DEG. F @h q\D TEMP RTD 18 = +V7~.490 DEG. F .

TEMP RTD 19 = +97.370 DEG. F TEMP RTD 20 = +97.930 DEG. F j TEMP RTD 21 = +96.070 DEG. F

V TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.230 DEG. F TEMP RTD 24 = +95.570 DEG. F g 3"

~

PRESS GAUGE 1 = +64.286 PSI PRESS GAUGE 2 = +64.253 PSI d DEW TEMP CELL 1 = +80.420 DEG. F DEW TEMP CELL 2 = +81.070 DEG. F DEW TEMP CELL 3 = +81.690 DEG. F DEW TEMP CELL 4 = +80.660 DEG. F DEW TEMP CELL 5 = /.+999999.000 DEG. F AVERAGE TEMPERATURE = +97.544 DEG. F AVERAGE FRESSURE = +64.279 PSIA AVERAGE DEW TEMP = +90.750 DEG. F AVERAGE VAPOR PRESS = +0.519 PSIA

I f

)

i

SUMMARY

OF MEASURED DATA VC SUMMER 1 l

DATE: 272 TIME: 16:15 1

l TEMP RTD 1 = +97.980 DEG. F TEMP RTD 2 = +97.730 DEG. F TEMP RTD 3 = +97.660 DEG. F TEMP RTD 4 = +98.060 DEG. F TEMP RTD 5 = +95.560 DEG. F TEMP RTD 6 = +97.660 DEG. F TEMP RTD 7 = +97.480 DEG. F' TEMP RTD 8 = +97.050 DEG. F TEMP RTD 9 = +97.260 DEG. F TEMP RTD 10 = +97.930 DEG. F TEMP RTD 11 = +97.870 DEG. F TEMP RTD 12 = +97.750 DEG. F i TEMP RTD 13 = +97.930 DEG. F l TEMP RTD 14 = +98.730 DEG. F TEMP RTD 15 = +96.700 DEG. F TEMP RTD 16 = +98.180 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.470 DEG. F TEMP RTD 19 = +97.360 DEG. F TEMP RTD 20 = +95.940 DEG. F ,

TEMP RTD 21 = +96.080 DEG. F {

TEMP RTD 22 = +95.950 DEG. F '

TEMP RTD 2J = +95.230 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.285 PSI PRESS GAUGE 2 = +64.250 PSI DEW TEMP CELL 1 = +80.370 DEG. F -

DEW TEMP CELL 2 = +81.120 DEG. F ,p DEW TEMP CELL 3 = +81.670 DEG. F T DEW TEMP CELL 4 = +80.370 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F {gQ AVEhAGE TEMPERATURE = +97.498 DEG. F AVERAGE PRESSURE = +64.27" PSIA AVERAGE DEW TEMP = +80.635 DEG. F AVERAGE VAPGR PRESS = +0.517 PSIA

GP R-312015 GENERAL PHYSICS CORPORATION Appendix E ILRT AND VERIFICATION PLOTS. AIR MASS, TEMPERATURE, PRESSURE, f

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GP-R-312015 GENERAL PHYSICS CORPORATION t

Appendix F l

VERIFICATION TREND REPORT AND AVERAGE DATA VALUES f

l 1

i f

4 l

l I

TOTAL TIME UNIT # 1 l

l }

l DATE TIME TTLM LMCALC SL LAM L95 272 0.00 0.0000 0.0000 0.0000 0.0000 0.000 272 0.25 0.1144 0.0000 0.0000 0.0000 0.000 l 272 0.50 0.2655 0.0000 0.0000 0.2661 1.011 l

l 272 0.75 0.3809 0.3868 0.5279 0.3843 0.616 272 1.00 0.3709 0.4157 0.7103 0.3987 0.5087 272 1.25 0.3387 0.4049 0.7037 0.3765 0.447 272 1.50 0.3255 0.3897 0.6639 0.3551 0.408) 272 1.75 0.3585 0.3946 0.6290 0.3640 0.403' 272 2.00 0.2385 0.3464 0.6079 0.3033 0.375 272 2.25 0.2860 0.3320 0.5711 0.2926 0.350/

272 2.50 0.2379 0.3051 0.5347 0.2645 0.32O(

272 3.00 0.2639 0.2932 0.5108 0.2576 0.301' 272 3.25 0.2332 0.2740 0.4776 0.2410 0.280, 272 3.50 0.2653 0.2703 0.4595 0.2436 0.274 272 3.75 0.2578 0.2656 0.4432 0.2429 0.271' 272 4.00 0.2685 0.2647 0.4325 0.2462 0.271 272 4.25 0.3006 0.2712 0.4321 0.2590 0.286 i

l l

1

l 0.5347: __

s UNIT 1". .

\ g%~

~

TOT. "

TIME - -

ANAL. :: , s. ,, \...

x s.

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~

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NTX/ " .~~s.~-

DAY <

-~ ~ ___ _.c

,/ . \, !A~. _n --\

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" / !

LEGEND ~

/

/ I

= L ..

/ I

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e . 0000-1 , ,

1830/ 272 TIME 2045/ 272 l

lOTAL TIME VERIFICATION LEAKRATE .2712254 4 IMPOSED LEAK RATE .2125339 TEST LEAK RATE 8.783022E-02 La .2 Lo+ Lam-0.25La= .2503661 l Lo+ Lam +0.25La= .3503661 VERIFICATION CRITERIA HAS BEEN MET l

l MA'3G POINT VERIFICATION LEALRATE .2589722 i

IMPOSED LEAK RATE .2125359 TEST LEAK RATE 6.775836E-02 La 2 I l

.2 02943 l Lo+ Lam +0.25La= I l Lo+L a<n+0. 2 5Lis = .3302C43

~RIFICATION CRITERIA HAS EEEN MET l

FiIT ,,N Y :EY TO CONTINUE j

{

t I

AVG. DATA VALUES UNIT tt 1 DATE TIME T(I) P(I) DT(I) VP(I) MASS (I)

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - _______ __________= ___

)

l 272 0.00 97.49 63.75 80.89 0.522 568301 272 0.25 97.49 63.75 80.81- 0.520 568294 272 0.50 97.48 63.75 80.'87 0.521 568269 272 0.75 97.49 63.75 80.92 0.522 568233 l

1 272 1.00 97.50 63.75 80.82 0.521 568213 272 1.25 97.51 63.75 80.76 0.520 568200 272 1.50 97.48 63.74 80.90 0.522 568185 272 1.75 97.49 63.74 80.93 0.522 568152 i l

272 2.00 97.46 63.74 80.78 0.520 568188 272 2.25 97.47 63.74 80.90 0.522 568148 ;

272 2.50 97.45 63.73 80.84 0.521 568160 o 272 3.00 97.44 63.73 80.94 0.523 568113 272 3.25 97.44 63.73 80.74 0.519 568121 272 3.50 97.45 63.72 80.79 0.520 568081 272 3.75 97.42 63.72 80.84 0.521 568072 272 4.00 97.42 63.72 80.87 0.521 568047 272 4.25 97.45 63.72 80.82 0.521 567998 i

t i

l l

l

)

GP-R-312015 GENERAL PHYSICS CORPORATION Appendix G VERIFICATION TEST

SUMMARY

OF MEASURED DATA l

l l

l

SUMMARY

OF MEASURED DATA VC SUMMER 1 l' DATE: 272 TIME: 16:30 L-TEMP RTD 1 = +97.940 DEG'. F

^

TEMP RTD 2 = +97.700 DEG. F TEMP RTD 3 = +97.670 DEG. F TEMP RTD 4 = +98.060 DEG. F TEMP RTD S =- +95.560 DEG. F-TEMP RTD 6 = +97.630 DEG.-F TEMP RTD 7 = +97.430 DEG. F TEMP RTD 8 = +97.080 DEG. F TEMP RTD 9 = +97.-230- .DEG. F TEMP RTD 10 = +97.930 DEG. F TEMP RTD 11 = +97.860 DEG. F TEMP RTD 12' = +97.740 DEG. F TEMP RTD 13 = +97.900 DEG. F TEMP RTD 14 =- +98.720 DEG. F TEMP RTD iS = +96.680 DEG. F TEMP RTD 16 = +98.170 DEG. F TEMP RTD 17 = +96.890 'DEG. F' TEMP RTD 18 = +97.460 DEG. F TEMP RTD 19 = +97.350 DEG. F TEMP RTD 20 = +95.920 DEG. F TEMP RTD 21 = +96.060 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.230 DEG. F TEMP RTD 24 = +95.560 DEG. F PRESS GAUGE 1 = +64.283 PSI PRESS GAUGE 2 = +64.251 PSI DEW TEMP CELL 1 = +80.880 DEG. F l

DEW TEMP CELL 2 = +80.790 DEG. F DEW TEMP CELL 3 = +G1.620 DEG. F l DEW TEMP CELL 4 = +80 590 DEC. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.486 DEG. F AVERAGE PRESSURE = +64.276 PS I f.

ain com:- nma rcMp = .no , rigo "g G . F AVERAGE VPR PRESS =- +0.5217 PSIA L

l h,

SUMMARY

OF MEASURED DATA

[

( VC SUMMER.1 L

DATE: 272 TIME: 16:45 l

TEMP RTD 1 = +97.930 DEG. F TEMP RTD 2 = +97.700 DEG. F TEMP RTD 3 = +97.670 DEG. F TEMP RTD 4 = +98.050 DEG. F TEMP RTD S = +95.570 DEd. F TEMP RTD 6 = +97.630 DEG. F TEMP RTD 7 = +97.490 DEG. F-TEMP RTD 8 = +97.080 DEG. F TEMP RTD 9 = +97.230 DEG. F TEMP RTD 10 = +97.870 DEG. F TEMP RTD 11 = +97.870 DEG. F TEMP RTD 12 = +97.770 DEG. F ,

TEMP RTD 13 = +97.910 DEG. F !

TEMP RTD 14 = +98.730 DEG. F TEMP RTD 15 = +96.690 DEG. F TEMP RTD 16 = +98.150 DEG. F TEMP RTD 17 = +96.890 DEG. F TEMP RTD 18 = +97.470 DEG. F TEMP RTD 19 = +97.330 DEG. F TEMP RTD 20 = +95.930 DEG. F TEMP RTD 21 = +96.030 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.270 DEG. F i TEMP RTD 24 = +95.600 DEG. F PRESS GAUGE 1 u +64.281 PSI PRESS GAUGE 2 = +64.248 PSI DEW TEMP CELL 1 = +80.610 DEG. F DEW TEMP CELL 2 = +81.420 DEG. F DEW TEMP CELL 3 = +81.630 DEG. F DEW TEMP CELL 4 = +80.480 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE =

=

+97.486

+64.274 DEG. F PSIA

[gik' AVERr.GE PRESSURE ,

AVERAGE DEW TEMP = +80.810 DEG. F -)

+0.5205 PSIA I AVERAGE VPR PRESS =

c 1

SUMMARY

OF MEASURED DATA l VC SUMMER 1 L

DATE: 272 TIME: 17:00 l

TEMP RTD 1 = +97.930 DEG. F l TEMP RTD 2 = +97.700 DEG. F TEMP RTD 3 = +97.630 DEG. F TEMP RTD 4 = +98.040 DEG. F TEMP RTD 5 = +95.570 DEG. F l TEMP RTD 6 = +97.660 DEG. F TEMP RTD 7 = +97.520 DEG. F TEMP RTD 8 = +97.030 DEG. F TEMP RTD 9 = +97.220 DEG. F TEMP RTD 10 = +97.890 DEG. F TEMP RTD 11 = +97.860 DEG. F TEMP RTD 12 = +97.750 DEG. F TEMP RTD 13 = +97.890 DEG. F TEMP RTD 14 = +98.700 DEG. F TEMP RTD 15 = +96.670 DEG. F

-TEMP RTD 16 = +98.170 DEG. F TEMP RTD 17 = +96.890 DEG. F TEMP RTD 18 = +97.470 DEG. F TEMP RTD 19 = +97.310 DEG. F TEMP RTD 20 = +95.920 DEG. F TEMP RTD 21 = +96.050 DEG. F TEMP RTD 22 = +95.920 DEG. F TEMP RTD 23 = +95.240 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.078 PSI PRESS GAUGE 2 = +64.246 PSI DEW TEMP CELL 1 = +80.630 DEG. F DEW TEMP CELL 2 = +B0.990 DEG. F DEW TEMP CELL 3 = +81.680 DEG. F DEW TEMP CELL 4 = +80.480 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.476 DEG. F AVERAGE PRESSURE = +64.271 PSIA , 8M ~fpf, AVERAGE DEW TEMP = +80.670 DEG. F "-()

AVERAGE VPP PRESS = +0.S214 PSIA -Es

I

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 17:15 TEMP RTD 1 = +97.920 DEG. F TEMP RTD 2 = +97.710 DEG. F TEMP RTD 3 = +97.600 DEG. F TEMP RTD 4 = +98.060 DEG. F TEMP RTD 5 = +95.590 DEG. F TEMP RTD 6 = +97.670 DEG. F TEMP RTD 7 = +97.460 DEG. F TEMP RTD 8 = +97.080 DEG. F TEMP RTD 9 = +97.260 DEG. F TEMP RTD 10 = +97.960 DEG. F TEMP RTD 11 = +97.920 DEG. F TEMP RTD 12 = +97.760 DEG. F TEMP RTD 13 = +97.910 DEG. F TEMP RTD 14 = +98.720 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.180 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.460 DEG. F TEMP RTD 19 = +97.340 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.090 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.290 DEG. F TEMP RTD 24 = +95.600 DEG. F PRESS GAUGE 1 = +64.276 PSI PRESS GAUGE 2 = +64.243 PSI DEW TEMP CELL 1 = +80.920 DEG. F DEW TEMP CELL 2 = +80.910 PEG. F DEW TEMP CELL 3 = +81.660 DEG. F DEW TEMP CELL 4 = +80.540 DEG. F i

DEW TEMF CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.507 DEG. F AVERAGE PRESSURE = +64.265 PSTA AVEFAGE '" tJ TFMP ' " ~ ~M ~~' ~

,- VEtWGE .FR FRE33 =

+0.5196 PSIA

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 17:15

, TEMP RTD 1 = +97.920 DEG. F TEMP RTD 2 = +97.710 DEG. F f TEMP RTD 3 = +97.600 DEG. F TEMP RTD 4 = +98.060 DEG. F TEMP RTD 5 = +95.590 DEG. F TEMP RTD 6 = +97.670 DEG. F TEMP RTD 7 = +97.460 DEG. F TEMP RTD 8 = +97.080 DEG. F TEMP RTD 9 = +97.260 DEG. F TEMP RTD 10 = +97.960 DEG. F TEMP RTD 11 = +97.920 DEG. F TEMP RTD 12 = +97.760 DEG. F TEMP RTD 13 = +97.910 DEG. F TEMP RTD 14 = +98.720 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.180 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.460 DEG. F TEMP RTD 19 = +97.340 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.090 DEG. F TEMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.290 DEG. F TEMP RTD 24 = +95.600 DEG. F PRESS GAUGE 1 = +64.276 PSI PRESS GAUGE 2 = +64.243 PSI DEW TEMP CELL 1 = +80.920 DEG. ~

DEW TEMP CELL 2 = +80.910 DEG. F DEW TEMP CELL 3 = +81.660 DEG. F l DEW TEMP CELL 4 = +80.540 DEG. F DEW TEMP CELL 5 = %+999949.000 DEG. F AVERAGE TEMPERATURE = +97.487 DEG. F j AVERAGE PRESSURE = +64.269 PSIA l AVERAGE DEW TEMP = +80.916 DEG. F AVERAGE VPR i'RESS = +0.5222 PSIA I

(f$

SUMMARY

OF MEASURED DATA VC SUMMER 1 l

DATE: 272 TIME: 17:30 TEMP RTD 1 = +97.920 DEG. F TEMP RTD 2 = +97.720 DEG. F

TEMP RTD 3 = +97.730 DEG. F TEMP RTD 4 = +98.030 DEG. F TEMP RTD 5 = +95.620 DEG. F TEMP RTD 6 = +97.670 DEG. F TEMP RTD 7 = +97.450 DEG. F TEMP RTD 8 = +97.090 DEG. F TEMP RTD 9 = +97.250 DEG. F TEMP RTD 10 = +97.910 DEG. F TEMP RTD 11 = +97.880 DEG. F TEMP RTD 12 =. +97.780 DEG. F TEMP RTD 13 = +97.910 DEG. F TEMP RTD 14 = +98.750 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.170 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.460 DEG. F TEMP RTD 19 = +97.350 DEG. F TEMP RTD 20 = +95.960 DEG. F TEMP RTD 21 = +96.090 DEG. F TEMP RTD 22 = +95.970 DEG. F TEMP RTD 23 = +95.370 DEG. F TEMP RTD 24 = +95.630 DEG. F PRESS GAUGE 1 = +64.274 PSI '

PRESS GAUGE 2 = +64.240 PSI jd) 4/

DEW TEMP CELL 1 = +80.800 DEG. F )

DEW TEMP CELL 2 = +80.820 DEG. F DEW TEMP CELL 3 = +81.790 DEG. F DEW TEMP CELL 4 = +80.370 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.504 DEG. F AVERAGE PRESSURE = +64.267 PSIA AVERAGE DEW TEMP = +80.819 DEG. F AVERAGE VPR PRESS = +0.5206 PSIA

i i

SUMMARY

OF MEASURED DATA l

VC SUMMER 1 l

DATE: 272 TIME:

[7 k[

/h l TEMP RTD 1 = +97.950

+97.720 DEG.

DEG.

F F

'f4 TEMP RTD 2 =

TEMP RTD 3 = +97.690 DEG. F TEMP RTD 4 = +98.020 DEG. F TEMP RTO 5 = +95.640 DEG. F TEMP RTD 6 = +97.700 DEG. F TEMP RTD 7 = +97.520 DEG. F TEMP RTD 8 = +97.100 DEG. F TEMP RTD 9 = +97.250 DEG. F TEMP RTD 10 = +97.960 DEG. F TEMP RTD 11 = +97.900 DEG. F TEMP RTD 12 = +97.800 DEG. F TEMP RTD 13 = +97.930 DEG. F TEMP RTD 14 = +98.720 DEG. .

TEMP RTD 15 = +96.730 DEG. F TEMP RTD 16 = +98.180 DEG. F TEMP RTD 17 = +96.910 DEG. F TEMP RTD 18 = +97.460 DEG. F TEMP RTD 19 = +97.350 DEG. F TEMP RTD 20 = +95.960 DEG. F TEMP RTD 21 = +96.090 DEG. F TEMP RTD 22 = +95.970 DEG. F TEMP RTD 23 = +95.310 DEG. F TEMP RTD 24 = +95.640 DEG. F PRESS GAUGE 1 = +64.272 PSI PRESS GAUGE 2 = +64.238 PSI DEW TEMP CELL 1 = +80.600 DEG. F DEW TEMP CELL 2 = +81.240 DEG. F DEW TEMP CELL 3 = +81.600 DEG. F DEW TEMP CELL 4 = +80.410 DEG. F DEW TEMP CELL S = %+999999.000 DEG. F W

AVERAGE TEMPERATURE = +97.507 DEG. F -

AVERAGE PRESSURE = +64.265 PSIA AVERAGE CEW TEMP = +80.763 DEG. F avEisnGE , t- R r6ESS = vv . 31 ro eom

i

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 18:00 l

TEMP RTD 1 = +97.920 DEG. F TEMP RTD 2 = +97.700 DEG. F TEMP RTD 3 = +97.660 DEG. F TEMP RTD 4 = +98.030 DEG. F TEMP RTD S = +95.620 DEG. F TEMP RTD 6 = +97.640 DEG. F TEMP RTD 7 = +97.530 DEG. F TEMP RTD 8 = +97.060 DEG. F TEMP RTD 9 = +97.210 DEG. F TEMP RTD 10 = +97.870 DEG. F TEMP RTD 11 = +97.870 DEG. F TEMP RTD 12 = +97.760 DEG. F TEMP RTD 13 = +97.890 DEG. F TEMP RTD 14 = +98.730 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.170 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.450 DEG. F TEMP RTD 19 = +97.320 DEG. F TEMP RTD 20 = +95.950 DEG. F TEMP RTD 21 = +96.060 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.300 DEG. F TEMP RTD 24 = +95.640 DEG. F PRESS GAUGE 1 = +64.270 PSI PRESS GAUGE 2 = +64.235 PSI DEW TEMP CELL 1 = +80.760 DEG. F DEW TEMP CELL 2 = +81.570 DEG. F DEW TEMP CELL 3 = +81.640 DEG. F

[ DEG. F l

DEW TEMP CELL 4 = +80.460 DEW TEMP CELL 5 = */.+999999.000 DEG. F I

AVERAGE TEMPERATURE = +97.484 DEG. F AVEPAGE PRESSURE = +64.263 PSIA l mVERaGE UEW IEMP = +8U.901 Jte. r

! AVERAGE VPR PRESS = +0.5219 PSIA ,

(1. ) -

ms

/' '

l l

r

)

j

)

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 18:15 TEMP RTD 1 =

TEMP RTD

+97.930 DEG. F 2 =

+97.710 DEG. F TEMP RTD 3 =

+97.670 TEMP RTD DEG. F 4 =

+98.030 TEMP RTD DEG. F 5 =e

+95.640 DEG. F TEMP RTD 6 =

+97.650 TEMP RTD DEG. F

7. = +97.460 TEMP RTD DEG. F 8 = +97.060 DEG. F TEMP RTD 9 =

+97.230 TEMP RTD DEG. F 10 =

+97.920 DEG. F TEMP RTD 11 =

TEMP RTD

+97.890 DEG. F 12 =

+97.760 DEG. F TEMP RTD 13 = +97.900 TEMP RTD 14 DEG. F

=

+98.750 DEG. F TEMP RTD 15 =

+96.710 TEMP RTD DEG. F 16 = +98.180 DEG. F TEMP RTD 17 =

+96.910 TEMP RTD DEG. F 18 u +97.470 TEMP RTD DEG. F 19 = +97.350 TEMP RTD DEG. F 20 =

+95.970 DEG. F TEMP RTD 21 = +96.120 DEG. F TEMP RTD 22 =

+95.980 TEMP RTD DEG. F 23 =

+95.320 DEG. F TEMP RTD 24 = +95.640 DEG. F PRESS GAUGE 1 =

+64.268 PSI PRESS GAUGE 2 =

+64.232 PSI DEW TEMP CELL 1 =

+80.830 DEG. F DEW TEMP CELL 2 =

+81.120 DEG. F DEW TEMP CELL 3 =

+81.590 DEG. F DEW TEMP CELL 4 =

+80.700 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F p;

nV ,G-l l u' g y,FP Ar ,= r ve r- - - - - - --

.-a.

AVERAGE PRESSURE =

+64.261 PSIA AVERAGE DEW TEMP =

+80.932 DEG. F AVERAGE VPR PRESS =

+0.5225 PSIA

_ _ _ _ _ _ _ _ _ - _ _ - - - i

h i

l i

SUMMARY

OF MEASURED DATA

)

VC FUMMER 1 DATE: 272 TIME: 18:30 TEMP RTD 1 = +97.910 DEG. F TEMP RTD 2 = +97.680 DEG. F TEMP RTD 3 = +97.630 DEG. F TEMP RTD 4 = +98.000 DEG. F TEMP RTD 5 = +95.600 DEG. F TEMP RTD 6 = +97.630 DEG. F TEMP RTD 7 = +97.480 DEG. F TEMP RTD 8 = +97.050 DEG. F TEMP RTD 9 = +97.200 DEG. F TEMP RTD 10 = +97.880 DEG. F TEMP RTD -11 = +97.850 DEG. F TEMP RTD 12 = +97.720 DEG. F TEMP RTD 13 = +97.880 DEG. F TEMP RTD 14 = +98.670 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 =. +98.150 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.450 DEG. F TEMP RTD 19 = +97.320 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.100 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.260 DEG. F TEMP RTD 24 = +95.600 DEG. F PRESS GAUGE 1 = +64.266 FSI PRESS GAUGE 2 = +o4.231 PSI DEW TEMP CELL 1 = +80.760 DEG. F DEW TEMP CELL 2 = +80.990 DEG. F DEW TEMP CELL 3 = +81.510 DEG. F DEW TEMP CELL 4 = +80.340 DEG. F 1 DEW TEMP CELL 5 = */.+999999. 000 DEG. F AVERAGE TEMPERATURE = +97.465 DEG. F AVER /4eE rREsbukh = ece+. a , 2in AVERAGE DEW TEMP = +80.778 DEG. F AVERAGE VPR PRESS = +0.5199 PSIA i

.._._________________J

i

)

f

SUMMARY

OF MEASURED DATA VC SUMMER 1 1

1 DATE: 272 TIME: 18:4S 1

1 TEMP RTD 1 = +97.910 DEG. F TEMP RTD 2 = +97.650 DEG. F l TEMP RTD 3 = +97.640 DEG. F TEMP RTD 4 = +98.040 DEG. F TEMP RTD S = +95.590 DEG. F TEMP RTD 6 = +97.650 DEG. F TEMP RTD 7 = +97.430 DEG. F TEMP RTD 8 = +97.040 DEG. F TEMP RTD 9 = +97.190 DEG. F TEMP RTD 10 = +97.880 DEG. F TEMP RTD 11 = +97.840 DEG. F TEMP RTD 12 = +97.740 DEG. F TEMP RTD 13 = +97.900 DEG. F TEMP RTD 14 = +98.700 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.150 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.450 DEG. F j TEMP RTD 19 = +97.330 DEG. F g TEMP RTD 20 = +95.540 DEG. F G]$,9 g TEMP RTD 21 = +96.070 DEG. F .f TEMP RTD 22 = +95.950 DEG. F fhg i TEMP RTD 23 = +95.260 DEG. F n TEMP RTD 24 = +95.610 DEG. F Y C0 FREES GAUGE 1 = +64.264 PSI PRESS GAUGE 2 = +64.230 PSI DEW TEMP CELL 1 = +80.680 DEG. F DEW TEMP CELL 2 = +81.480 DEG. F DEW TEMP CELL 3 = +81.620 DEG. F DEW TEMP CELL 4 = +80.6S0 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F i 4VERAGE TEMPERATURE = +o7.460 DEG. P l AVERAGE rRESSUhE a +64. 37 -5IA 1 AVERAGE DEW TEMP = +80.897 DEG. F AVERAGE VPR PRESS = +0.5219 PSIA i

f 1 L l I

SUMMARY

OF MEASURED DATA l VC SUMMER 1 i DATE: 272 TIME: 19:001 i ) TEMP RTD 1 = +97.900 DEG. F TEMP RTD 2 = +97.650 DEG. F TEMP RTD 3 = +97.560 DEG. F TEMP RTD 4 = +98.010 DEG. F l TEMP RTD 5 = +95.620 DEG. F TEMP RTD 6 = +97.620 DEG. F TEMP RTD 7 = +97.420 DEG. F TEMP RTD 8 = +97.010 DEG. F TEMP RTD 9 = +97.180 DEG. F TEMP RTD 10 = -+97.870 LEG. F

     -TEMP RTD   11                   =            +97.840                  DEE. F TEMP RTD   12                   =            +97.710                  DEG. F TEMP RTD   13                   =            +97.890-                 DEG. F TEMP RTD   14                   =            +98.700                  DEG. F TEMP RTD   15                   =            +96.650                  DEG. F TEMP RTD    16                  =            +98.160                  DEG. F TEMP ~RTD   17                  =            +96.900                  DEG. F TEMP RTD    18                   =           +97.470                  DEG. F TEMP RTD    19                   =            +97.330                 DEG. F TEMP RTD   20                    =           +95.930                  DEG. F TEMP RTD   21                    =            +96.100                 DEG. F TEMP RTD   22                    =            +95.940                 DEG. F TEMP RTD   23                    =            +95.320                 DEG. F TEMP RTD   24                    =            +95.580                 DEG. F PRESS GAUGE 1                    =            +64.262                 PSI l      PRESS GAUGE 2                    =            +64.228                 PSI I

DEW TEMP CELL 1 = +80.700 DEG. F DEW TEMP CELL 2 = +81.350 DEG. F DEW TEMP CELL 3 = +81.700 DEG. F DEW TEMP CELL 4 = +80.400 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F ! HVERAbE TEMPERATURE = v97.448 utb. r l AVERAGE PRESSURE = +64.255 PSIA AVERAGE DEW TEMP = +80.836 DEG. F i AVERAGE VPR PRESS = +0.5208 PSIA 1 l l

h l: L l l i 1

SUMMARY

OF MEASURED DATA I VC SUMMER 1 DATE: 272 TIME: 19:15 l. TEMP RTD 1 = +97.860 DEG. F TEMP RTD 2 = +97.630 DEG. F TEMP RTD 3 = +97.530 DEG. F TEMP RTD 4 = +97.960 DEG. F TEMP RTD 5 = +95.570 DEG. F TEMP RTD 6 = +97.560 DEG. F TEMP RTD 7 = +97.440 DEG. F TEMP RTD 8 = +96.970 DEG. F TEMP RTD 9 = +97.170 DEG. F TEMP RTD 10 = +97.880 DEG. F TEMP RTD 11 = +97.810 DEG. F TEMP RTD 12 = +97.670 DEG. F TEMP RTD 13 = +97.870 DEG. F TEMP RTD' 14 = +98.670 DEG. F TEMP RTD 15 = +96.640 DEG.'F TEMP RTD 16 = +98.130 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.440 DEG. F TEMP RTD 19 = +97.330 DEG. F TEMP RTD 20 = +95.930 DEG. F TEMP RTD 21 = +96.090 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.290 DEG. F TEMP RTD 24 = +95.580 DEG. F PRESS GAUGE 1 = +64.262 PSI PRESS GAUGE 2 = +64.226 PSI DEW TEMP CELL 1 = +80.710 DEG. F l DEW TEMP CELL 2 = +80.910 DEG. F DEW TEMP CELL 3 = +81.540 DEG. F DEW TEMP CELL 4 = +80.780 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F 3/ g AVERAGE TEMPERATURE = +97.422 DEG. F AVEksGE PRESSURE = +64.235 PSIA AVERAGE DEW TEMP = +80.861 DEG. F l AVERAGE VPR PRESS = +0.5213 PSIA l

L 1 l l

SUMMARY

.0F MEASURED DATA VC SUMMER 1 l DATE: 272 TIME: 19:30 l l TEMP RTD 1 = +97.870- DEG. F TEMP RTD 2 = +97.620 DEG. F TEMP RTD 3 = +97. 57 0 DEG. F

TEMP RTD 4 = +97.990 DEG. F TEMP RTD 5 = +95.580 .DEG. F TEMP RTD 6 = +97.610 DEG. F TEMP RTD 7 = +97.480' DEG. F TEMP RTD 8 = +97.000 DEG. F TEMP RTD 9 = +97.150 JEG. F TEMP RTD 10 = +97.880 DEG. F TEMP RTD 11 = +97.810. DEG. F TEMP RTD 12 = +97.680 DEG. F TEMP RTD 13 = +97.860 DEG. F TEMP RTD 14 = +98.690 DEG. F TEMP RTD 15 = +96.650 DEG. F-TEMP RTD 16 = +98.150 DEG. F TEMP RTD 17 = +96.890 DEG. F TEMP RTD 18 = +97.440 DEG. F TEMP RTD 19 = +97.340 DEG. F-TEMP RTD 20 = +95.920 DEG. F TEMP RTD 21 = +96.110 DEG. F TEMP RTD 22 = +95.930 DEG. F TEMP RTD 23 = +95.300 DEG. F TEMP RTD 24 = +95.550 DEG. F PRESS GAUGE 1 = +64.257 PSI PRESS GAUGE 2 = +64.226 PSI DEW TEMP CELL 1 = +80.930 DEG. -"

DEW TEMP CELL 2 = +81.190 DEG. F DEW TEMP CELL 3 = +81.610 DEG. F DEW TEMP CELL 4 = +80.480 DEG. F DEW TEMP CELL S = */.+o90999.OOO DEG. F j

h . AVERAGE TEMPERATURE = +97.436 DEG. F AVERAGE PRESSURE = +64.250 PSIA AVERAGE DEW TEMP = +80.935 DEG. F AVERAGE VPR PRESS = +0.5225 PSIA

SUMMARY

OF MEASURED DATA ! VC SUMMER 1 DATE: 272 TIMES.19:45 i

                                                . TEMP RTD                1-         =   +97.900                         DEG.           F'
                                                 ' TEMP RTD               2          =   +97.630                          DEG. F TEMP RTD                3          =   +97.580                         DEG. F TEMP RTD                4          =   +97.970                          DEG. F TEMP RTD                5          =   +95.610                         DEG.           F TEMP RTD                6          =   +97.570                         DEG.           F TEMP RTD                7          =   +97.450                         DEG.           F TEMP RTD                8          =   +96.980                          DEG.          F TEMP RTD                9          =   +97.190                          DEG.          F TEMP RTD               10          =   +97.850                          DEG.          F
                                                ' TEMP RTD               11          =   +97.830                          DEG.          F TEMP RTD              12          =   +97.710                          DEG.          F TEMP RTD              13          =   +97.880                          DEG.          F TEMP RTD              14          4
                                                                                         +98.680                          DEG.          F TEMP RTD              15          =   +96.680                          DEG.          F TEMP RTD              16          =   +98.150                          DEG.          F' TEMP RTD              17          =   +96.890                          DEG.          F TEMP RTD              1C          =   +97.430                           DEG.         F TEMP RTD             19          =   +97.330                           DEG.         F TEMP RTD. 20                     =   +95.940                          DEG.          F TEMP RTD 21                       =  '+96,110                           DEG. F TEMP RTD             22          =   +95.950                           DEG. F TEMP RTD             23          =   +95.310                           DEG. F TEMP RTD             24          =   +95.570                           DEG. F PRESS GAUGE 1                    =   +64.255                           PSI PRESS GAUGE 2                   =   +64.223                           PSI DEW TEMP CELL 1                =   +80.550                      DEG. F DEW TEMP CELL 2              =   +81.040                       DEG. F DEW TEMP CELL 3               =   +81.580                       DEG. F
                                    /                 DEW TEMP CELL 4              =   +80.510                       DEG. F s

DEW TEMP CELL b = %+999999.UUO DEU. e i

AVERAGE TEMPERATURE = +97.440 DEG. F AVERAGE PRESSURE = +64.248 PSIA AVERAGE DEW TEMP = +80.736 DEG. F AVERAGE VPR PRESS = +0.5192 PSIA - _ - _ _ _ _ _ _ _ _ _ _ = _ _ _ _ _ - _ _ _ -

l 5 l t. 1 I

SUMMARY

OF MEASURED DATA l VC SUMMER 1 DATE: 272 TIME: 20:00 l TEMP RTD 1 = +97.880 DEG. F TEMP RTD 2 = +97.640 DEG. F TEMP RTD 3 = +97.580 DEG. F TEMP RTD 4 = +98.010 DEG. F TEMP RTD 5 = +95.620 DEG. F TEMP RTD 6 = +97.570 DEG. F TEMP RTD 7 = +97.460 DEG. F TEMP RTD 8 = +97.010 DEG. F TEMP RTD 9 = +97.180 DEG. F TEMP RTD 10 = +97.820 DEG. F TEMP RTD 11 = +97.830 DEG. F TEMP RTD 12 = +97.730 DEG. F TEMP RTD 13 = +97.870 DEG. F TEMP RTD 14 = +98.690 DEG. F TEMP RTD 15 = +96.680 DEG. F TEMP RTD 16 = +98.140 DEG. F TEMP RTD 17 = +96.890 DEG. F TEMP RTD 18 = +97.430. DEG. F TEMP RTD 19 = +97.330 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.140 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.280 DEG. F TEMP RTD 24 = +95.590 DEG. F PRESS GAUGE 1 = +64.252 PSI PRESS GAUGE 2 = +64.219 PSI DEW TEMP CELL 1 = +80.650 DEG. F DEW TEMP CELL 2 = +81.000 DEG. F DEW TEMP CELL 3 = +81.990 DEG. F DEW TEMP CELL 4 = +80.340 DEG. F utw s erie octu .. - e.ryvvvvy.vvv uca. c

    )  AVERAGE TEMPERATURE =       +97.445     DEG. F AVERAGE     PRESSURE    =   +64.245     PSIA 4VERAGE DEW TEMP        =    +80.798    DEG. F AVERAGE VPR PRESS       =    +0.5200    PSIA

i l I

SUMMARY

OF MEASURED DATA l VC SUMMER 1 DATE: 272 TIME: 20.15 TEMP RTD 1 = +97.850 DEG. F TEMP RTD 2 = +97.610 DEG. F TEMP RTD 3 = +97.550 DEG. F TEMP RTD 4 = +97.930 DEG. F TEMP RTD 5 = +95.610 DEG. F TEMP RTD 6 = +97.550 DEG. F TEMP RTD 7 = +97.440 DEG. F TEMP RTD 8 = +97.020 DEG. F TEMP RTD 9 = +97.160 DEG. F TEMP RTD 10 = +97.840 DEG. F TEMP RTD 11 = +97.810 DEG. F TEMP RTD 12 = +97.710 DEG. F TEMP RTD 13 a +97.860 DEG. F TEMP RTD 14 = +98.690 DEG. F TEMP RTD 15 = +96.670 DEG. F TEMP RTD 16 = +98.130 DEG. F TEMP RTD 17 = +96.880 DEG. F TEMP RTD 18 = +97.440 DEG. F TEMP RTD 19 = +97.310 DEG. F TEMP RTD 20 = +95.940 DEG. F TEMP RTD 21 = +96.140 DEG. F TEMP RTD 22 = +95.950 DEG. F TEMP RTD 23 = +95.300 DEG. F TEMP RTD 24 = +95.570 DEG. F PRESS GAUGE 1 = +64.249 PSI

                             ,.; PRESS GAUGE 2               =     +64.217      PSI
                             //  DEW    TEMP    CELL  1   =      +80.700       DEG. F DEW   TEMP    CELL  2   =      +81.180       DEG. F DEW    TEMP    CELL  3   =      +81.620       DEG. F DEW   TEMP    CELL  4   =      +80.550       DEG. F u c.w i ciir ucuu     .
                                                          -    ,.m   72r,  .vvv     .-.

AVERAGE TEMPERATURE = +97.420 DEG. F AVERAGE PRESSURE = +64.242 PSIA AVERAGE DEW TEMP = +80.842 DEG. F L AVERAGE VPR PRESS = +0.S209 PSIA j

SUMMARY

OF MEASURED DATA l VC SUMMER 1 } DATE: 272 TIME: 20:30 l l TEMP RTD 1 = +97.860 DEG. F TEMP RTD 2 = +97.610 DEG. F TEMP RTD 3 = +97.570 DEG. F TEMP RTD 4 = +97.940 DEG. F 1 TEMP RTD 5 = +95.620 DEG. F TEMP RTD 6 = +97.560 DEG. F TEMP RTD 7 = +97.390 DEG. F TEMP RTD 8 =- +97.000 DEG. F TEMP RTD 9 = +97.170 DEG. F TEMP RTD 10 = +97.820 DEG. F TEMP RTD 11 = +97.810 DEG. F TEMP RTD 12 = +97.740 DEG. F TEMP RTD 13 = +97.860 DEG. F TEMP RTD 14 = +98.670 DEG. F TEMP RTD 15 = +96.670 DEG. F TEMP RTD 16 = +98.130 DEG. F TEMP RTD 17 = +96.870 DEG. F TEMP RTD 18 = +97.420 DEG. F TEMP RTD 19 = +97.310 DEG. F TEMP RTD 20 = +95.930 DEG. F TEMP RTD 21 = +96.130 DEG. F (EMP RTD 22 = +95.940 DEG. F TEMP RTD 23 = +95.280 DEG. F TEMP RTD 24 = +95.600 DEG. F PRESS GAUGE 1 = +64.247 PSI PRESS GAUGE 2 = +64.215 PSI DEW TEMP CELL 1 = +80.820 DEG. F l DEW TEMP CELL 2 = +81.140 DEG. F DEW TEMP CELL 3 = +81.660 DEG. F DEW TEMP CELL 4 = +80.450 DEG. F DEW TEMP CELL 5 = */.+999999. 000 DEG. F l , (2) AVERAGE TEMPERATURE = +97.423 DEG. F AVERAGE PRESSURE = +64.240 PSIA AVERAGE DEW TEMP = +80.874 DEG. F curonne t ion onece = 4.n mm,s ocTc

SUMMARY

OF MEASURED DATA VC SUMMER 1 DATE: 272 TIME: 20:45 TEMP RTD 1 = +97.880 DEG. F TEMP RTD 2 = +97.640 DEG. F TEMP RTD 3 = +97.610 DEG. F TEMP RTD 4 = +97.980 DEG. F TEMP RTD 5 = +95.650 DEG. F TEMP RTD 6 = +97.570 DEG. F TEMP RTD 7 = +97.410 DEG. F TEMP RTD 8 = +97.000 DEG. F i TEMP RTD 9 = +97.190 DEG. F TEMP RTD 10 = +97.870 DEG. F TEMP RTD 11 = +97.870 DEG. F TEMP RTD 12 = +97.710 DEG. F TEMP RTD 13 = +97.890 DEG. F TEMP RTD 14 = +98.690 DEG. F TEMP RTD 15 = +96.710 DEG. F TEMP RTD 16 = +98.150 DEG. F TEMP RTD 17 = +96.900 DEG. F TEMP RTD 18 = +97.450 DEG. F TEMP RTD 19 = +97.350 DEG. F TEMP RTD 20 = +95.970 DEG. F TE'MP RTD 21 = +96.130 DEG. F TEMP RTD 22 = +95.980 DEG. F TEMP RTD 23 = +95.340 DEG. F TEMP RTD 24 = +95.610 DEG. F PRESS GAUGE 1 = +64.244 PSI PRESS GAUGE 2 = +64.212 PSI DEW TEMP CELL 1 = +80.680 DEG. F DEW TEMP CELL 2 = +80.970 DEG. F ) DEW TEMP CELL 3 = +81.760 DEG. F DEW TEMP CELL 4 = +80.540 DEG. F DEW TEMP CELL 5 = %+999999.000 DEG. F AVERAGE TEMPERATURE = +97.452 DEG. F AVERAGE PRESSURE = +64.237 PSIA AVERAGE DEW TEMP = +80.821 CEG. F [ /l i AVERAGE VPR PRESS = +0.5206 PSIA l I I w .

l { 1

1 [ GP-R-312015 GENERAL PHYSICS CORPORATION Appendix H ISO CALCULATIONS l l 1 I l l l l

l 1

   'GP-R 312115                                                              GENERAL PHYSICS CORPORATION Appendix H ISG CALCULATIONS

1. Assumptions and Parameters A. Acceptance Criteria ISO ,< .25 La La = 0.2% wt/ day Acceptance Criteria = .25 x .2 B. Assumed Parameters During the ILhT:

1 l 1

1. P. Total = 61.8 psia 0

{' 2. Avg. Cntmt. Drybulb Temp. = 94 p 0

3. Avg. Cntmt. Dewpoint = 75 p 0 0

4. Equiv. water vapor press, change / F at 75 F dewpt = 0.0143 psia / p

5. ILRT duration = 24 hours f

) C. Sensor Parameters: Total Pressure , 1. # of pressure sensors = 1 f 2. . ressure P sensor sensitivity = 0.001 psia (from Volumetrics literature)

                  -      n.                  .,-. i,m...                 _ n nn i ~;, %- mn n,,r neer,tiire )

w. .....

                         ..--.......--.-.g.---~  .      ,                         ,     ,

4. Pressure sensor resolution = 0.001 psia (from observation) l 1

f L

l

\ '

i 7 GP-R-312015 GENERAL PHYSICS CORPORATION L L D. Sensor Parameters: Dewcells l

1. # of sensors = 4 I '2. Sensitivity: .10 F 0

3. Repeatability: 0.01 F

(

4. Resolution: 0.001 E. Sensor Parameters: RTD's

1. # of sensors = 24 0

2. Sensitivity: .01 p Resolution: 0.001 0 p 3.

4. Repeatability: 0.010 F 1

, ) II. CALCULATIONS A. Pressure System Error Ep = [(Ep)2 , (e )2 p l/2 / of sensors)1/2 j (no.

1. ep = error associated with repeatability and resolution:

[(0.001)2 + (0.001)2ji/2 = 1.4142 x 10-3~

2. Ep = error associated with sensitivity of element = 0.001 psia

3. Ep = [(0.001)2 + (1.4142 x 10-3)2]1/2 7 (3)1/2

[1 x 10-6 + 1.99996 x 10-6;1/273

                                                                                                                       ,,nnnnc       ,n 6d /2 n L                 4

4. Ep = 1.732 x 10-3 psia

l GP-R-312015 GENERAL PHYSICS CORPORATION l l B. Dewcell System Error l Epv = t[(Epv)2 , (epy)2]!/2 (no. / of sensors)1/2

1. epv = error associated with repeatability and resolution:

l I a. Repeatability: 0.010 F = 1.43 x 10-4 psia

b. Resolution: 0.001 F = 1.43 x 10-5 psia

c. epv = [(1.43 x 10 4)2 + 1.43 x 10'5)2)1/2

[2.0449 x 10 8 + 2.0449 x 10-10)1/2 epv = 1.437 x 10-4 psia

d. Sensitivity = .10 F = 1.43 x 10'3

2. Epv = j 7

[(1.43 z 10'3)2 + (1.4142 x 10'3)21/2 (4)1/2 [2.0449 x 10 6 + 1.999 x 10 j 6 l/2/2.0 [4.0448 x 10-6jl/2/2.0 2.0112 x 10'3/2.0

                 . Epv = i1.0056 x 10'3 psia C. Drybulb Temperature System Error E7=       [(Et )2 + (e )2)1/2/ (no. of sensors)1/2

1. ET = error associated with repeatability and resolution 2 0

[(0.01)2 + (0.0013 ]I/2 = 0.01005 F 0 l 2. ET = .01 F

3. ET = [(0.01)2 + (0.01005)2)l/2 / (24)1/2

[1 x 10'4 + 1.01 x 10-4]1/2/4.8989 [2.01 x 10'4]1/2/4.8989

                              .014177/4.8989 r          , nn 4    in-3 Oc
                     -s      --

I

GP-R-312015 GENERAL PHYSICS CORPORATION D. ISG Calculation for sensors at 24 hours l 1. ISG = 2400 (2(E_p)2 + 2(Epv)2 + 2(E j )2ji/2 t p p t l 2. ISG = 2400[2(1.732 x 10:3)2 + 2(1.0056 xg)2 + 2(2.894 x 109)2)1/2 24 61.8 61.8 553.67 100 [1.571'x 10-9 + 5.295 x 10'10 + 5.464 x 10-11]1/2 91/2 100 [2.155 x 10 J 100 (4.642 x 10-5)1/2

3. ISG = .00464

4. ISG for 8 hr. test = 0.00464 x 3 = 0.0139 %/ day E. Acceptability l ISG = 0.0045%/ day ,<_0.05%/ day l

l' 1 i 4

 .                                                                                      i l

f I

I GP R-312015 GENERAL PHYSICS CORPORATION i l Appendix I l LOCAL LEAKAGE RATE TEST RESULTS l I l l l

j LLRT (TYPE B & C) TEST

SUMMARY

1. TYPE B TEST All Type B testing performed resulted in zero leak rates with the following exceptions:

t DESCRIPTION AS LE K RATE Personnel Air Lock 23100 Equipment Hatch 840

2. TYPE C TEST

{ PENETRATION DESCRIPTION SCC / MIN

             #                                                         AS LEFT LEAK RATE 101       RB Purge Exhaust                                          541 102       RB cool Unit "B" Return                                     17.2 103       Post Acc. H2 Purge Line                                   165 105A       H2 Analyzer Supply                                           5 105B       H2 Analyzer Return                                           8.4 204        CCW to Reactor Cool Pumps                                 249 208        To CRDM CLR 150L                                          650 209        From CRDM CLR 150L                                        600 221        Seal Inj. to RCP-C

222 Hi. Hd. SI to RCS
223 Sample from RCS-C 492 226 RHR Suction from RCS-C
227 Lo, Hd. SI to RCS 10 {

229 Seal Inj. to RCP-B

231 Demin. Water 132 301A H2 Analyzer Supply 45 301B H2 Analyzer Return 13 302 Purge Press. Blower Suction 21 l 303 RB Spray Nozzles - Train "B" 490 304 SW to RB Cool Unit "A" 421 30 Day Water Seal

i PENETRATION DESCRIPTION SCC / MIN l AS LEFT LEAK RATE 305 SW from RB Cool Unit "A" 115 310 RB Station Air 592 311 RB Insturment Air 458 312 CCW to RCP Bearings 621 313 N2 to FW Lines 135 314 Sample from RCS-B 140 316 RHR Pump Suction RCS-A

317 Fill Line to Accumulator 393 318 RCS Letdown Heat Exchanger 209 319 RB Instrument Air Comp. Suction 843 320 N2 to Accumulator 315 321 Accumulator Test Line 185 322 Lo. Hd. SI to RCS - Hot Legs 0 323 Accumulator Sample 430 324 Breathing Air 21 325 Lo. Hd. SI to RCS - Hot Legs 31.2 327 Spray Pump "A" Suction from RB Sump 170 328 Spray Pump "B" Suction from RB Sump 769 329 SI Pump A Suction from RB Sump 200 330 CCW From RCP Bearings 1648 401 Supply to RB Spray Nozzle - Train "A" 465 402 RB Cooling Supply 2080 403 RB Cooling Unit B Supply 1500 404 Fire Service Hose Reel Supply 490 I 405 Sample Line from Pressure 134 406A Dead Weight Tester 509 407A Radiation Monitor Supply 509 407B Radiation Monitor Return 91
30 Day Water Seal l

PENETRATION SCC / MIN DESCRIPTION

                                                               #                                                    AS LEFT LEAK RATE 408    Seal Inj. to RCP-A

409 Charging to Regen. Heat XR 940 410 RCP Seal Water Return 1850 412 Hi. Hd. SI to RCS
415 Hi. Hd. SI to RCS
417D Nuclear Sample 570 418 RCDT to Vent Hdr. & H2 1 419 Refuel Cavity Dr. Line 400 420 Prez. Relief Tank 4.5 421 Refuel Cavity fill Line 442 422 PRT Makeup 25

423 RCDT 108 424 RB Sump Dr. 1 425 SI Pump "B" From RB Sump 999 426 Boron injection to RCS

427 Fire Service Deluge 166
30 Day Leak Seal The total local leakage rate for both Type B and C Tests is:

45,799 scc / min l or

                                                                                                      .151 La I

1 l l}}

ML20247F777

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