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{{#Wiki_filter:WASHINGTON PUBLIC POWER SUPPLY SYSTEM WNP-2 PRIMARY REACTOR CONTAINMENT 1994 INTEGRATED LEAKAGE RATE TEST FINAL REPORT 9410280125 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE OF CONTENTS Title 1.0 Introduction Page 2.0 Summary 2.1 Type A Test 2.2 Type B&C Test 3.0 Methodology 3.1 Leakage Rate Calculation 3.2 Test Measurements | {{#Wiki_filter:WASHINGTON PUBLIC POWER SUPPLY SYSTEM WNP-2 PRIMARY REACTOR CONTAINMENT 1994 INTEGRATED LEAKAGE RATE TEST FINAL REPORT 9410280125 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE OF CONTENTS Title 1.0 Introduction Page 2.0 Summary 2.1 Type A Test 2.2 Type B&C Test 3.0 Methodology | ||
===3.1 Leakage=== | |||
Rate Calculation 3.2 Test Measurements | |||
==4.0 Procedures== | ==4.0 Procedures== | ||
4.1 Plant Status 4.2 Prerequisite Activities | |||
===4.1 Plant=== | |||
Status 4.2 Prerequisite Activities | |||
===4.3 Pressurization=== | ===4.3 Pressurization=== | ||
4.4 Stabilization 4.5 TypeATest 4.6 Verification Test 4.7 Depressurization | 4.4 Stabilization | ||
&Restoration 5.0 Results 5.1 Corrections 5.2 As-Left Leakage Rate 5.3 As-Found Leakage Rate 5.4 Verification Test 5.5 Mass Point Results 8 8 8 8 9 10 10 11 11 11 12 13 13 14 6.0 References Tables and Figures Appendix I-Containment Description Appendix II-Computer Program Discussion Appendix III-Type A Test Data Appendix IV-Local Leakage Rate (Type B&C)Test Results Summary Report 15 16 34 36 38 140 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated, Leakage Rate Test Final Report | |||
===4.5 TypeATest=== | |||
4.6 Verification Test 4.7 Depressurization | |||
&Restoration | |||
===5.0 Results=== | |||
5.1 Corrections 5.2 As-Left Leakage Rate 5.3 As-Found Leakage Rate 5.4 Verification Test 5.5 Mass Point Results 8 8 8 8 9 10 10 11 11 11 12 13 13 14 6.0 References Tables and Figures Appendix I-Containment Description Appendix II-Computer Program Discussion Appendix III-Type A Test Data Appendix IV-Local Leakage Rate (Type B&C)Test Results Summary Report 15 16 34 36 38 140 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated, Leakage Rate Test Final Report | |||
==1.0 INTRODUCTION== | ==1.0 INTRODUCTION== | ||
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The Type A test was started at 4:00 AM on July 19, and was successfully concluded in 12 hours at 4:00 PM.A containment air sample was taken at the conclusion of the Type A test to ensure that the air released during the verification test and final depressurization would not contain Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report radioactive particulates and gasses in excess of allowable limits.The verification test imposed flow was initiated at 5:10 PM on July 19, following the completion of air sample analysis.The verification test was started at 5:15 PM and successfully concluded in 4 hours at 9:15 PM.Containment depressurization commenced at about 12:15 AM on July 20 and was complete by about 8:30 PM on the same day.Test results are listed below: 95%UCL on total time leakage rate plus corrections 0.302%/day Acceptance limit (0.75 La)0.375%/day Verification test upper acceptance limit Verification test total time calculated leakage rate Verification test lower acceptance limit 0.862%/day 0.666%/day 0.612%/day The above listed as-left leakage rate of 0.302%/day includes corrections of 0.010%/day for suppression pool rise, 0.002%/day for reactor vessel level increase, 0.020%/day for sump level increase, and 0.011%/day for minimum pathway leakage through penetrations not vented and drained for the test.The computed as-found leakage rate is 0.330%/day. | The Type A test was started at 4:00 AM on July 19, and was successfully concluded in 12 hours at 4:00 PM.A containment air sample was taken at the conclusion of the Type A test to ensure that the air released during the verification test and final depressurization would not contain Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report radioactive particulates and gasses in excess of allowable limits.The verification test imposed flow was initiated at 5:10 PM on July 19, following the completion of air sample analysis.The verification test was started at 5:15 PM and successfully concluded in 4 hours at 9:15 PM.Containment depressurization commenced at about 12:15 AM on July 20 and was complete by about 8:30 PM on the same day.Test results are listed below: 95%UCL on total time leakage rate plus corrections 0.302%/day Acceptance limit (0.75 La)0.375%/day Verification test upper acceptance limit Verification test total time calculated leakage rate Verification test lower acceptance limit 0.862%/day 0.666%/day 0.612%/day The above listed as-left leakage rate of 0.302%/day includes corrections of 0.010%/day for suppression pool rise, 0.002%/day for reactor vessel level increase, 0.020%/day for sump level increase, and 0.011%/day for minimum pathway leakage through penetrations not vented and drained for the test.The computed as-found leakage rate is 0.330%/day. | ||
This is the sum of the 0.302%/day as-leff leakage rate and the 0.028%/day penetration minimum pathway leakage rate improvements made during the 1994 refueling outage.2.2 Type B&C Tests Type B&C local leak rate testing was performed during each of the three annual spring outages since the last ILRT conducted in 1991.The last test period occurred just prior to the 1994 ILRT.The leakage rates listed below represent a summation of as-left maximum pathway penetration leakages applying single failure criteria to active containment boundary valves.The allowable leakage rate for the sum of each Type B&C test sequence is 56,600 sccm (0.5 La)as modified by Reference 7.The summation of the as-found maximum pathway leakage rates exceeded 0.6 La.An analysis and interpretation of the as-found test results is included in Appendix IV of this report.Additionally, Appendix IV includes a supplement outlining the unique aspects of the WNP-2 Type B&C testing program as delineated by Reference 7.Spring 1992 Outage The measured leak rate for the sum of the as-left Type B&C tests was 17,414 sccm (0.15 La).Spring 1993 Outage The measured leak rate for the sum of the as-left Type B&C tests was 11,184 sccm (0.10 La). | This is the sum of the 0.302%/day as-leff leakage rate and the 0.028%/day penetration minimum pathway leakage rate improvements made during the 1994 refueling outage.2.2 Type B&C Tests Type B&C local leak rate testing was performed during each of the three annual spring outages since the last ILRT conducted in 1991.The last test period occurred just prior to the 1994 ILRT.The leakage rates listed below represent a summation of as-left maximum pathway penetration leakages applying single failure criteria to active containment boundary valves.The allowable leakage rate for the sum of each Type B&C test sequence is 56,600 sccm (0.5 La)as modified by Reference 7.The summation of the as-found maximum pathway leakage rates exceeded 0.6 La.An analysis and interpretation of the as-found test results is included in Appendix IV of this report.Additionally, Appendix IV includes a supplement outlining the unique aspects of the WNP-2 Type B&C testing program as delineated by Reference 7.Spring 1992 Outage The measured leak rate for the sum of the as-left Type B&C tests was 17,414 sccm (0.15 La).Spring 1993 Outage The measured leak rate for the sum of the as-left Type B&C tests was 11,184 sccm (0.10 La). | ||
Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report Spring 1994 Outage The measured leak rate for the sum of the as-left Type B&C tests was 14,336 sccm (0.13 La).3.0 METHODOLOGY 3.1 Leakage Rate Calculation Integrated leakage rate is determined by pressurizing the containment to design basis accident pressure and calculating the average rate of loss of dry air from the structure over a specified time period.The quantity of dry air in the containment is computed using the ideal gas law and measurements of drybulb temperature, dewpoint temperature, and absolute pressure.A single average drybulb temperature, T, is calculated from the 18 measured temperatures and their associated weighting factors (discussed below)using the procedure described in Ref.3.Individual dewpoint temperatures (6)are converted to vapor pressures using the ASME Steam Tables saturation line algorithm. | Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report Spring 1994 Outage The measured leak rate for the sum of the as-left Type B&C tests was 14,336 sccm (0.13 La).3.0 METHODOLOGY | ||
===3.1 Leakage=== | |||
Rate Calculation Integrated leakage rate is determined by pressurizing the containment to design basis accident pressure and calculating the average rate of loss of dry air from the structure over a specified time period.The quantity of dry air in the containment is computed using the ideal gas law and measurements of drybulb temperature, dewpoint temperature, and absolute pressure.A single average drybulb temperature, T, is calculated from the 18 measured temperatures and their associated weighting factors (discussed below)using the procedure described in Ref.3.Individual dewpoint temperatures (6)are converted to vapor pressures using the ASME Steam Tables saturation line algorithm. | |||
A single average vapor pressure is calculated as the sum of the products of the individual vapor pressures and their weighting factors.Dry air partial pressure, P, is measured total pressure less average vapor pressure.The quantity of air in the containment is: M=PV/RT where M is quantity in mass units, V is containment free air volume, R is the gas constant for air and P and T are defined above.Containment free air volume used for ILRT calculations is 343,040 cubic feet.R, in English units, is 53.35 pounds force-feet/pounds mass-degrees Rankine.The partial pressure of dry air is used in the computation so that pressure changes resulting from evaporation of liquid water and condensation of vapor do not affect calculated leakage rate.Leakage rate is calculated using the total time method described in Ref.2.The following computations are performed to determine the total time leakage rate:-The Measured Leakage Rate is computed for each data set except the first.This leakage rate is the difference between initial air mass and current air mass divided by the time elapsed between the initial and current data sets.-The slope and intercept of a line fitted to the Measured Leakage Rate/time data sets are computed using the method of least squares.-Calculated Leakage Rate is computed as the end of test ordinate of the fitted line. | A single average vapor pressure is calculated as the sum of the products of the individual vapor pressures and their weighting factors.Dry air partial pressure, P, is measured total pressure less average vapor pressure.The quantity of air in the containment is: M=PV/RT where M is quantity in mass units, V is containment free air volume, R is the gas constant for air and P and T are defined above.Containment free air volume used for ILRT calculations is 343,040 cubic feet.R, in English units, is 53.35 pounds force-feet/pounds mass-degrees Rankine.The partial pressure of dry air is used in the computation so that pressure changes resulting from evaporation of liquid water and condensation of vapor do not affect calculated leakage rate.Leakage rate is calculated using the total time method described in Ref.2.The following computations are performed to determine the total time leakage rate:-The Measured Leakage Rate is computed for each data set except the first.This leakage rate is the difference between initial air mass and current air mass divided by the time elapsed between the initial and current data sets.-The slope and intercept of a line fitted to the Measured Leakage Rate/time data sets are computed using the method of least squares.-Calculated Leakage Rate is computed as the end of test ordinate of the fitted line. | ||
Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report-The 95%Upper Confidence Limit (UCL)on the Calculated Leakage Rate is computed using standard regression analysis techniques as described in Ref.3 and in the statistics texts referenced therein.The UCL on the leakage rate, plus adjustments for leakage through penetrations not isolated by normal means and changes in containment water inventory, must not exceed 75%of La.La (0.5%/day)is the maximum allowable leakage rate defined in the Technical Specifications. | Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report-The 95%Upper Confidence Limit (UCL)on the Calculated Leakage Rate is computed using standard regression analysis techniques as described in Ref.3 and in the statistics texts referenced therein.The UCL on the leakage rate, plus adjustments for leakage through penetrations not isolated by normal means and changes in containment water inventory, must not exceed 75%of La.La (0.5%/day)is the maximum allowable leakage rate defined in the Technical Specifications. | ||
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==4.0 PROCEDURES== | ==4.0 PROCEDURES== | ||
4.1 Plant Status Plant systems were aligned for the ILRT, as specified in Ref.5, which incorporates both FSAR (Final Safety Analysis Report)and operational requirements. | |||
===4.1 Plant=== | |||
Status Plant systems were aligned for the ILRT, as specified in Ref.5, which incorporates both FSAR (Final Safety Analysis Report)and operational requirements. | |||
Isolation valves were set in post-accident positions, except where the opposite positions were required to maintain the reactor in a safe shutdown condition and to satisfy operational readiness needs.Piping was vented and drained to expose valve seats to containment and outside atmospheres per FSAR requirements. | Isolation valves were set in post-accident positions, except where the opposite positions were required to maintain the reactor in a safe shutdown condition and to satisfy operational readiness needs.Piping was vented and drained to expose valve seats to containment and outside atmospheres per FSAR requirements. | ||
Type B and C local leakage rate tests were completed prior to the start of the ILRT.All compressed gas sources were either vented or removed from the containment. | Type B and C local leakage rate tests were completed prior to the start of the ILRT.All compressed gas sources were either vented or removed from the containment. | ||
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A thermal mass flow meter was used.10 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report An induced leak of 4.13 SCFM, equivalent to 0.495%/day (0.99 La), was initiated at 5:10 PM on July 19.The time between the end of the Type A test and the initiation of the induced leak was used to collect and analyze a containment air sample for radioactive particulates and gasses (a step needed to ensure that the verification flow and final depressurization discharges meet limits on airborne contamination). | A thermal mass flow meter was used.10 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report An induced leak of 4.13 SCFM, equivalent to 0.495%/day (0.99 La), was initiated at 5:10 PM on July 19.The time between the end of the Type A test and the initiation of the induced leak was used to collect and analyze a containment air sample for radioactive particulates and gasses (a step needed to ensure that the verification flow and final depressurization discharges meet limits on airborne contamination). | ||
The verification test was started at 5:15 PM on July 19, and concluded at 9:15 PM.The duration of the verification test was 4 hours, the minimum required by Ref.5.4.7 Depressurization and Restoration Depressurization commenced at about 12:15 AM on July 20, and was complete at about 8:30 PM on the same day.Figure 3 illustrates the decrease in pressure with time.The containment was depressurized by venting to the Standby Gas Treatment System.The containment and the various systems and components modified for ILRT performance were restored to normal operational configurations following the completion of depressurization. | The verification test was started at 5:15 PM on July 19, and concluded at 9:15 PM.The duration of the verification test was 4 hours, the minimum required by Ref.5.4.7 Depressurization and Restoration Depressurization commenced at about 12:15 AM on July 20, and was complete at about 8:30 PM on the same day.Figure 3 illustrates the decrease in pressure with time.The containment was depressurized by venting to the Standby Gas Treatment System.The containment and the various systems and components modified for ILRT performance were restored to normal operational configurations following the completion of depressurization. | ||
5.0 RESULTS 5.1 Corrections The final as-left leakage rate is the sum of the calculated UCL, the correction for containment water inventory change and the correction for penetrations not isolated by the normal post-accident means (not vented/drained per post-accident scenarios). | |||
===5.0 RESULTS=== | |||
5.1 Corrections The final as-left leakage rate is the sum of the calculated UCL, the correction for containment water inventory change and the correction for penetrations not isolated by the normal post-accident means (not vented/drained per post-accident scenarios). | |||
The computed as-found leakage rate'is the as-left rate plus corrections for penetration minimum pathway leakage improvements made during the current outage and prior to the test.These corrections are tabulated below: Suppression pool level correction: | The computed as-found leakage rate'is the as-left rate plus corrections for penetration minimum pathway leakage improvements made during the current outage and prior to the test.These corrections are tabulated below: Suppression pool level correction: | ||
Level increase over the Type A test period=0.04 inches Factor=432 cubic feet/inch Water inventory increase=0.04 x 432=17.3 cubic feet Containment free air volume=343,040 cubic feet Correction | Level increase over the Type A test period=0.04 inches Factor=432 cubic feet/inch Water inventory increase=0.04 x 432=17.3 cubic feet Containment free air volume=343,040 cubic feet Correction | ||
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==SUMMARY== | ==SUMMARY== | ||
REPORT 140 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report TYPE B 8 C TEST RESULTS SUlNMARY REPORT TABLE OF CONTENTS Section 1.0 Introduction 2.0 Discussion (Type B&C Testing)2.1 Test Methods 2.2 Specific Testing Categories, Acceptance Criteria,&Results 3.0 Type B&C As-Found Testing 3.1 Main Steam Isolation Valves 4.0 TypeATest 5.0 Type B&C Containment Penetration Test Schedule Page 143 143 143 143 145 147 147 149 141 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report TYPE B&C TEST RESULTS | REPORT 140 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report TYPE B 8 C TEST RESULTS SUlNMARY REPORT TABLE OF CONTENTS Section 1.0 Introduction | ||
===2.0 Discussion=== | |||
(Type B&C Testing)2.1 Test Methods 2.2 Specific Testing Categories, Acceptance Criteria,&Results 3.0 Type B&C As-Found Testing 3.1 Main Steam Isolation Valves 4.0 TypeATest 5.0 Type B&C Containment Penetration Test Schedule Page 143 143 143 143 145 147 147 149 141 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report TYPE B&C TEST RESULTS | |||
==SUMMARY== | ==SUMMARY== | ||
Revision as of 16:05, 18 October 2018
| ML17291A457 | |
| Person / Time | |
|---|---|
| Site: | Columbia  |
| Issue date: | 10/21/1994 |
| From: | PARRISH J V WASHINGTON PUBLIC POWER SUPPLY SYSTEM |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| References | |
| GO2-94-244, NUDOCS 9410280125 | |
| Download: ML17291A457 (156) | |
Text
WASHINGTON PUBLIC POWER SUPPLY SYSTEM WNP-2 PRIMARY REACTOR CONTAINMENT 1994 INTEGRATED LEAKAGE RATE TEST FINAL REPORT 9410280125 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE OF CONTENTS Title 1.0 Introduction Page 2.0 Summary 2.1 Type A Test 2.2 Type B&C Test 3.0 Methodology
3.1 Leakage
Rate Calculation 3.2 Test Measurements
4.0 Procedures
4.1 Plant
Status 4.2 Prerequisite Activities
4.3 Pressurization
4.4 Stabilization
4.5 TypeATest
4.6 Verification Test 4.7 Depressurization
&Restoration
5.0 Results
5.1 Corrections 5.2 As-Left Leakage Rate 5.3 As-Found Leakage Rate 5.4 Verification Test 5.5 Mass Point Results 8 8 8 8 9 10 10 11 11 11 12 13 13 14 6.0 References Tables and Figures Appendix I-Containment Description Appendix II-Computer Program Discussion Appendix III-Type A Test Data Appendix IV-Local Leakage Rate (Type B&C)Test Results Summary Report 15 16 34 36 38 140 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated, Leakage Rate Test Final Report
1.0 INTRODUCTION
The containment integrated leakage rate test (ILRT)is performed as required by 10 CFR 50/Appendix J (Reference 1)to demonstrate that leakage across the containment boundary at design basis accident pressure does not exceed the Technical Specification limit.Test methods and procedures are specified in ANSI N45.4-1972 (Reference 2), ANSI/ANS 56.8-1987 (Reference 3)and BN-TOP-1 (Reference 4).Both of the ANSI documents are referenced in Appendix J.BN-TOP-1 defines an alternative methodology which is acceptable to the Nuclear Regulatory Commission.
The conduct of the ILRT follows a plant surveillance procedure (Reference 5)which contains detailed instructions for all test phases.The procedure incorporates the requirements and acceptance criteria identified in the plant Final Safety Analysis Report (FSAR)and Technical Specifications.
Leakage rate is determined using the calculational methods identified by reference in the FSAR.For a test duration of at least 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />, but less than 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />, the FSAR specifies the methods cited in ANSI N45.4.Actual test duration was 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> and, therefore, the ANSI N45.4 total time method was used to determine leakage rate.The ILRT is described in detail in the following sections of this report.Section 2, Summary, gives a synopsis of test activities and results.Section 3, IVlethodology, discusses measurements and calculations.
Section 4, Procedures, describes how the test was conducted.
Section 5, Results, presents the parameters calculated during the ILRT and the associated acceptance criteria.Section 6 lists references and Section 7 includes all tables and figures cited in the text.The Appendix contains a description of the containment, a discussion of the computer program used to calculate leakage rate, and a tabulation of all Type B and C local leakage rate testing results obtained since the previous ILRT.All data recorded during the ILRT is archived with the Official Test Copy of Ref.5.2.0
SUMMARY
2.1 Type A Test The ILRT was conducted on July 18-20, 1994.Pressurization commenced at 5:05 AM on July 18, following the completion of all prerequisite activities, but was interrupted a short time later by a half scram signal.It was restarted at 9:54 AM and the containment was isolated at approximately 8:30 PM when containment pressure had reached 38.7 psig.The temperature stabilization period started at 8:45 PM.Numerical temperature stabilization criteria were met by 12:45 AM on July 19.However, the formal start of the Type A test was delayed since calculated leakage during the latter part of the stabilization period was in excess of La.Significant leakage was found at a loose instrument tube fitting, which was tightened following an evaluation.
The Type A test was started at 4:00 AM on July 19, and was successfully concluded in 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> at 4:00 PM.A containment air sample was taken at the conclusion of the Type A test to ensure that the air released during the verification test and final depressurization would not contain Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report radioactive particulates and gasses in excess of allowable limits.The verification test imposed flow was initiated at 5:10 PM on July 19, following the completion of air sample analysis.The verification test was started at 5:15 PM and successfully concluded in 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> at 9:15 PM.Containment depressurization commenced at about 12:15 AM on July 20 and was complete by about 8:30 PM on the same day.Test results are listed below: 95%UCL on total time leakage rate plus corrections 0.302%/day Acceptance limit (0.75 La)0.375%/day Verification test upper acceptance limit Verification test total time calculated leakage rate Verification test lower acceptance limit 0.862%/day 0.666%/day 0.612%/day The above listed as-left leakage rate of 0.302%/day includes corrections of 0.010%/day for suppression pool rise, 0.002%/day for reactor vessel level increase, 0.020%/day for sump level increase, and 0.011%/day for minimum pathway leakage through penetrations not vented and drained for the test.The computed as-found leakage rate is 0.330%/day.
This is the sum of the 0.302%/day as-leff leakage rate and the 0.028%/day penetration minimum pathway leakage rate improvements made during the 1994 refueling outage.2.2 Type B&C Tests Type B&C local leak rate testing was performed during each of the three annual spring outages since the last ILRT conducted in 1991.The last test period occurred just prior to the 1994 ILRT.The leakage rates listed below represent a summation of as-left maximum pathway penetration leakages applying single failure criteria to active containment boundary valves.The allowable leakage rate for the sum of each Type B&C test sequence is 56,600 sccm (0.5 La)as modified by Reference 7.The summation of the as-found maximum pathway leakage rates exceeded 0.6 La.An analysis and interpretation of the as-found test results is included in Appendix IV of this report.Additionally, Appendix IV includes a supplement outlining the unique aspects of the WNP-2 Type B&C testing program as delineated by Reference 7.Spring 1992 Outage The measured leak rate for the sum of the as-left Type B&C tests was 17,414 sccm (0.15 La).Spring 1993 Outage The measured leak rate for the sum of the as-left Type B&C tests was 11,184 sccm (0.10 La).
Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report Spring 1994 Outage The measured leak rate for the sum of the as-left Type B&C tests was 14,336 sccm (0.13 La).3.0 METHODOLOGY
3.1 Leakage
Rate Calculation Integrated leakage rate is determined by pressurizing the containment to design basis accident pressure and calculating the average rate of loss of dry air from the structure over a specified time period.The quantity of dry air in the containment is computed using the ideal gas law and measurements of drybulb temperature, dewpoint temperature, and absolute pressure.A single average drybulb temperature, T, is calculated from the 18 measured temperatures and their associated weighting factors (discussed below)using the procedure described in Ref.3.Individual dewpoint temperatures (6)are converted to vapor pressures using the ASME Steam Tables saturation line algorithm.
A single average vapor pressure is calculated as the sum of the products of the individual vapor pressures and their weighting factors.Dry air partial pressure, P, is measured total pressure less average vapor pressure.The quantity of air in the containment is: M=PV/RT where M is quantity in mass units, V is containment free air volume, R is the gas constant for air and P and T are defined above.Containment free air volume used for ILRT calculations is 343,040 cubic feet.R, in English units, is 53.35 pounds force-feet/pounds mass-degrees Rankine.The partial pressure of dry air is used in the computation so that pressure changes resulting from evaporation of liquid water and condensation of vapor do not affect calculated leakage rate.Leakage rate is calculated using the total time method described in Ref.2.The following computations are performed to determine the total time leakage rate:-The Measured Leakage Rate is computed for each data set except the first.This leakage rate is the difference between initial air mass and current air mass divided by the time elapsed between the initial and current data sets.-The slope and intercept of a line fitted to the Measured Leakage Rate/time data sets are computed using the method of least squares.-Calculated Leakage Rate is computed as the end of test ordinate of the fitted line.
Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report-The 95%Upper Confidence Limit (UCL)on the Calculated Leakage Rate is computed using standard regression analysis techniques as described in Ref.3 and in the statistics texts referenced therein.The UCL on the leakage rate, plus adjustments for leakage through penetrations not isolated by normal means and changes in containment water inventory, must not exceed 75%of La.La (0.5%/day)is the maximum allowable leakage rate defined in the Technical Specifications.
When leakage rate is determined using the above described total time calculations, test duration must be at least 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> as specified in the FSAR.Following the determination of leakage rate, the calculational method is verified by imposing an additional leak on the containment and determining the new rate.The new rate must equal the previously calculated rate plus the imposed rate plus or minus a tolerance of La/4.The imposed leak, vented from the containment through a flow meter, is approximately equal to La.This supplemental or verification test also provides a rough check on pressure measurement since a significant error in the measurement of pressure change will result in a calculated leakage rate which is outside the acceptance band.3.2 Test Measurements Leakage rate calculations are based on data taken from drybulb and dewpoint temperature sensors located inside the containment, as well as absolute pressure transducers ported to the containment through piping penetrations.
Eighteen drybulb temperature sensors and 6 dewpoint temperature sensors were installed.
Of these, 4 drybulb and 2 dewpoint sensors were located in the wetwell.One drywell drybulb sensor was placed in the head space.Temperature sensors were wired to the data acquisition system (see below)through containment electrical penetrations.
As-installed sensor locations and weighting factors (volume fractions) are listed in Table 1.Sensor locations and weighting factors were established by considering the spatial pattern of temperature changes determined during past tests.Since temperature changes tend to vary principally with elevation, drywell sensors were set at approximately equally spaced elevations.
Those in the wetwell were set at about the midheight of the air space above the suppression pool.Temperatures and dewpoints at this level are considered to be representative of the relatively uniform conditions in the wetwell.While there is no evidence that containment atmospheric conditions vary significantly with plan location at a fixed elevation, the possibility of an unusual in-plane temperature distribution was provided for by horizontally offsetting vertically adjacent sensors.Containment geometry is described, for reference, in Appendix I.Drybulb temperatures were measured using 100 Ohm platinum resistance temperature detectors (RTD's).Dewpoint temperatures were measured by chilled mirror dew cells.
Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report These devices use a thermoelectric junction to cool a small mirror.An LED focuses a beam on the mirror, which reflects the beam to a photodetector.
The intensity of the reflected light changes when the mirror cools to the dewpoint and collects condensation.
A small RTD senses mirror temperature, which is controlled at the dewpoint by the photodetector circuit.The dewpoint temperature sensors are completely self-contained units requiring 24 VDC input power.The RTD sensing mirror temperature provides the output (a resistance).
The RTD's and dew cells were connected to the data acquisition system through containment electrical penetrations.
Three 24 VDC power supplies provided operating power to the dew cells through containment electrical penetrations.
Absolute pressure was measured by 2 vibrating cylinder manometers, one sensing drywell pressure and the other, wetwell pressure (essentially the same pressure since both chambers were vented together through a blocked open vacuum breaker valve).This type of manometer uses an electronic circuit to determine a modal frequency of a cylinder subjected to vacuum on one side and test pressure on the opposite side.The detected frequency varies approximately linearly with pressure.An internal microprocessor is programmed during calibration to convert frequency to true absolute pressure in engineering units.The manometer has a resolution of 0.0001 psi and a stability of 0.001 psi.The stability figure is based on recorded deviations between the indications of 2 manometers over the test duration.A digital data acquisition system was used to collect drybulb temperature, dewpoint temperature and pressure data, and transferred that data to the ILRT computer over an IEEE-488 (parallel bit transmission) bus.The data system included the conditioning circuitry for the RTD's used to sense drybulb and dewpoint temperatures.
RTD resistance was converted to temperature with a 0.006 deg C resolution.
The manometers were supplied with 24 bit (6-digit resolution)
BCD output lines.Since data acquisition system resolution is 5 digits, the manometer output was converted into two decimal numbers.The first represented the first 5 digits of the manometer indication.
The second represented the 6th digit.These two numbers were combined by the computer program to recreate the 6-digit manometer indication.
Timing was controlled by the data acquisition system, which was set to scan all inputs at 15-minute intervals and send the acquired data to the ILRT computer.The computer used was a small IBM compatible running a compiled BASIC program.The program is described in Appendix II.I Other temporary instrumentation included a thermal mass flowmeter (connected to a containment piping penetration) used to measure imposed leakage during the verification test and two indicators used to measure drywell and wetwell gage pressures.
All temporary instrumentation was calibrated to the requirements of Reference 5 prior to the ILRT and performed well during the test.Permanent plant instrumentation was used to measure reactor vessel and suppression pool water levels (sump level was measured manually before and after the test).The Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report water level data were used to correct calculated leakage rate for changes in containment water inventory.
4.0 PROCEDURES
4.1 Plant
Status Plant systems were aligned for the ILRT, as specified in Ref.5, which incorporates both FSAR (Final Safety Analysis Report)and operational requirements.
Isolation valves were set in post-accident positions, except where the opposite positions were required to maintain the reactor in a safe shutdown condition and to satisfy operational readiness needs.Piping was vented and drained to expose valve seats to containment and outside atmospheres per FSAR requirements.
Type B and C local leakage rate tests were completed prior to the start of the ILRT.All compressed gas sources were either vented or removed from the containment.
Containment fans and lighting were shut off prior to the start of pressurization.
One loop of shutdown cooling was in operation throughout the test to remove core decay heat and the second was maintained in standby.The Official Test Copy of Ref.5 documents plant status, including all exceptions to specified conditions.
4.2 Prerequisite
Activities System lineups, containment cleanup, and ILRT instrument installation were performed over a period of several days prior to the start of pressurization.
After instruments were connected in the containment, these were checked to verify correct response.The drybulb temperature sensors were placed, one at a time, in an ice bath and a data system response of 32 deg F (+/-a tolerance of 1 deg F)was veriTied.Dewpoint temperature sensor performance was evaluated using an independent instrument.
The data system indication and that of the independent instrument were verified to agree to within 5 deg F.The containment examination specified in Ref.1 was completed prior to the start of pressurization.
No adverse indications were found.C The completion'of all prerequisite activities is documented in the Official Test Copy of Ref.5.4.3 Pressurization The containment was pressurized using diesel driven, oil free compressors having an aggregate capacity of 1,800 SCFM.The compressors discharged through a water cooled aftercooler and a desiccant air dryer and thence, through a temporary Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report connection, into the nitrogen inerting system piping.Cooling water to the aftercooler was provided by a temporary pump submerged in one of the spray ponds.The water was returned to the pond.Pressurization commenced at 5:05 AM on July 18, but was interrupted a short time later by a half scram signal.The signal was initiated by output from a containment pressure monitor.Responses to monitor output should have been defeated for the ILRT.This was done following an evaluation, and pressurization was resumed at 9:54 AM.The containment was isolated at about 8:30 PM when pressure had reached 38.7 psig.The increase in pressure with time is illustrated in Figure 1.This plot commences at 9:00 AM on July 18, 45 minutes before the pressurization restart.At this time, pressure was about 16.1 psia (or 1.7 psig)which is the level attained prior to the interruption.
The pressure increase follows two linear segments.During the initial segment, from 9:45 AM to 6:30 PM, pressurizing air was provided by two compressors.
One compressor was stopped at 6:30 PM to ensure a more controlled approach to final test pressure.Pressurization system piping was vented after the containment was isolated.During pressurization, piping vents and outside containment pressure boundaries were examined for evidence of isolation valve or other boundary leakage.No significant leakage was detected during this examination.
4.4 Stabilization
The stabilization period mandated by Ref.5 commenced at 8:45 PM on July 18, and all numerical stabilization criteria specified therein were met within 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> (minimum stabilization period duration).
However, a preliminary calculation showed the leakage rate to be greater than La during the final part of the stabilization period (the rate calculated for the initial phase of stabilization is usually not meaningful).
The stabilization period was continued until the source of the excessive leakage had been located and evaluated.
The source of the leakage was located at an instrument tubing connection.
The tubing had been disconnected to support an outage task and was not tightened after being reconnected (Reference 6).After an evaluation, the tubing connection was tightened.
The stabilization period was continued until it was verified that tightening the fitting had reduced leakage rate to less than 0.375%/day (0.75 La).The stabilization period ended at 3:45 AM and the Type A test started at 4:00 AM on July 19.Stabilization period duration was 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br />.Temperature variation over the stabilization period is illustrated in Figure 2.Average temperature varied smoothly.The rate of temperature change decreased with time, as is typical.Table 2 is a stabilization report.This table lists the mean temperatures, temperature changes, and related numbers required to demonstrate stability, as defined by the numerical criteria specified in References 3 and 4 and restated in Ref.5.These criteria are listed below:
Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report-The rate of change of temperature averaged over the last four hours less the rate of change of temperature averaged over the last hour does not exceed 0.5 deg F/hr (an ANSI/ANS 56.8-1987 criterion).
-The rate of change of temperature averaged over the last two hours does not exceed 1 deg F/hr (a BN-TOP-1 criterion).
-The rate of change of temperature change averaged over the last two hours does not exceed 0.5 deg F/hr (a BN-TOP-1 criterion).
4.5 Type A Test The Type A test commenced at 4:00 AM on July 19.All of the acceptance criteria for an 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> (minimum required duration)test were met by 12:00 noon.However, the UCL on total time leakage rate plus known corrections (for reactor vessel level increase, suppression pool rise and minimum pathway leakage through penetrations not vented/drained) was relatively close to the acceptance limit of 0.375%/day (0.75 La).To allow a reasonable margin for sump level correction, it was decided to extend the Type A test to a 12-hour duration.The UCL on leakage rate drops significantly at 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />.This is the result of using the Ref.2 calculational method when test duration is at least 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> (and less than 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />).For a test duration of less than 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />, the more conservative calculational method derived in Ref.4 must be used to determine the UCL.The Type A test ended at 4:00 PM on July 19.Containment atmospheric condition data were recorded at 15-minute intervals during the Type A test, as well as during stabilization and the verification test.Suppression pool and reactor vessel levels were recorded hourly to provide the data needed to establish containment water inventory.
An increasing inventory is equivalent to a negative leakage and requires a correction to the UCL on leakage rate.Suppression pool level increased slowly throughout the Type A test.The level change over the Type A test period is equivalent to a correction of 0.010%/day.Reactor vessel level fluctuated within a narrow range during the test period.Reported level at the end of the Type test was 0.1 inch above that at the beginning.
This is equivalent to a correction of 0.002%/day.4.6 Verification Test The leakage rate calculated for the Type A test (Lam)is verified by venting air from the containment at a measured rate, Lo, approximately equal to La.The calculated composite leakage rate must equal the sum of Lam and Lo plus or minus a tolerance of 0.25 La.The induced leak, Lo, is measured by venting the air through a flowmeter.
A thermal mass flow meter was used.10 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report An induced leak of 4.13 SCFM, equivalent to 0.495%/day (0.99 La), was initiated at 5:10 PM on July 19.The time between the end of the Type A test and the initiation of the induced leak was used to collect and analyze a containment air sample for radioactive particulates and gasses (a step needed to ensure that the verification flow and final depressurization discharges meet limits on airborne contamination).
The verification test was started at 5:15 PM on July 19, and concluded at 9:15 PM.The duration of the verification test was 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />, the minimum required by Ref.5.4.7 Depressurization and Restoration Depressurization commenced at about 12:15 AM on July 20, and was complete at about 8:30 PM on the same day.Figure 3 illustrates the decrease in pressure with time.The containment was depressurized by venting to the Standby Gas Treatment System.The containment and the various systems and components modified for ILRT performance were restored to normal operational configurations following the completion of depressurization.
5.0 RESULTS
5.1 Corrections The final as-left leakage rate is the sum of the calculated UCL, the correction for containment water inventory change and the correction for penetrations not isolated by the normal post-accident means (not vented/drained per post-accident scenarios).
The computed as-found leakage rate'is the as-left rate plus corrections for penetration minimum pathway leakage improvements made during the current outage and prior to the test.These corrections are tabulated below: Suppression pool level correction:
Level increase over the Type A test period=0.04 inches Factor=432 cubic feet/inch Water inventory increase=0.04 x 432=17.3 cubic feet Containment free air volume=343,040 cubic feet Correction
=17.3/343,040 x 24 hr/12 hr x 100%=0.010%/day Reactor vessel level correction:
Level increase over the Type A test period=0.10 inches Factor=26.7 cubic feet/inch Water inventory increase=0.10 x 26.7=2.7 cubic feet Correction
=2.7/343,040 x 24 hr/12 hr x 100%=0.002%/day 11 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report Sump correction:
Level increase between measurements
=2.5 inches Factor=26.8 cubic feet/inch Water inventory increase=2.5 x 26.8=67.0 cubic feet Time for increase>72 hours.Use 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> for conservatism.
Correction
=67.0/343,040 x 24 hr/24 hr x 100%=0.020%/day Correction for penetrations not vented/drained:
Sum of minimum pathway leakages (per Ref.5)=0.011%/day Total as-left correction (sum of the above)=0.043%/day Correction for penetration minimum pathway leakage improvements:
Sum of minimum pathway improvements (see p.147)=0.028%/day As-found correction
=as-left correction plus minimum pathway improvements
=0.043%/day+0.028%/day=0.071%/day 5.2 As-Left Leakage Rate The results of the Type A test are listed below: Calculated total time leakage rate 95%UCL on total time leakage rate Corrections per 5.1 Final as-left leakage rate (UCL)Acceptance limit on the above as-left rate 0.242%/day 0.259%/day 0.043%/day 0.302%/day 0.375%/day The acceptance limit is 75%of the maximum allowable leakage rate (La)of 0.5%/day set forth in the Technical Specifications.
Complete total time calculations are documented in Table 3 and plotted in Figure 4.As noted above, the UCL drops significantly between the 3:45 PM and 4:00 PM entries.This results from the change in the calculational method at a 12 hour1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> test duration.For durations less than 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />, the conservative BN-TOP-1 (Ref.4)method is used to determine UCL.For durations of 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> and longer, the total time calculation follows the guidelines of ANSI N45.4 (Ref.2).The FSAR identifies duration and calculational requirements.
Containment conditions during the Type A test were reasonably typical.Air mass, mean temperature, total pressure, and mean vapor pressure are plotted on Figures 5, 6, 7, and 8, respectively.
12 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report Air mass follows a generally linear trend with a negative slope, as expected.Containment mean temperature decreases throughout most of the test period, then remains essentially constant for several hours and finally starts to trend up.The pressure trend is similar to that of temperature, but pressure drops more on a percentage basis due to leakage.Vapor pressure, which is plotted in Figure 8, varies almost linearly with time and increased 0.020 psi over the course of the test.This increase is due largely to evaporation suppression pool water and is reasonable for a BWR containment.
The leakage rates listed in Table 3, as well as in Tables 4 and 5, are stated to four significant figures.The fourth figure is not considered to be meaningful.
For this reason, rates restated in the text of this report are rounded off to three significant figures.5.3 As-Found Leakage Rate The leakage rate, which would have been found if the test had been conducted at the beginning of the outage and prior to isolation valve repairs, can be estimated by summing the Type A test UCL and the as-found correction developed in 5.1.The as-found leakage rate is calculated below: Type A test total time UCL Correction As-found leakage rate 0.259%/day 0.071%/day 0.330%/day 5,4 Verification Test The verification test induced leak was imposed after the completion of the Type A test (and following collection and analysis of a containment air sample)and adjusted to a flowmeter indication of 4.13 SCFM.At the pressure and temperature conditions listed for the end of the Type A test(52.91 psia and 544.1 deg R), this is equivalent to a leakage rate of 0.495%/day.Test duration was four hours, which is the minimum required by Ref.5.Results are listed in Table 4 and summarized below: Upper limit on total time calculated leakage rate Total time calculated leakage rate Lower limit on total time calculated leakage rate 0.862%/day 0.666%/day 0.612%/day The calculated rate is within the acceptance band, which is the sum of Type A test total time rate (0.242%/day)and the induced rate (0.495%/day)plus or minus 0.125%/day (0.25 La).Figure 9 illustrates the verification test results graphically.
13 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report 5.5 Mass Point Results The ANSI/ANS 56.8 (Ref.3)mass point method was used, in addition to the total time method, to calculate leakage rates and UCL's.The mass point leakage rates (Type A and verification tests)are shown for information in Table 5 and 6.The variations in mass point rate and UCL over the Type A test period are illustrated graphically in Figure 10.The end of test mass point calculated leakage rate, 0.221%/day, is reasonably close to the total time rate of 0.242%/day, as expected.The mass point UCL of 0.225%/day is quite close to the calculated rate as is expected for well ordered test data.The spread between the total time rate and the total time UCL is considerably greater than the mass point spread.This is normal and is the result of the basis for the total time calculation.
14 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report REFERENCES 1.Code of Federal Regulations, Title 10, Part 50, Appendix J, Reactor Containment Leakage Testing For Water Cooled Power Reactors.2.ANSI N45.4-1972, Leakage Rate Testing Of Containment Structures For Nuclear Reactors.3.ANSI/ANS 56.8-1987, Containment System Leakage Testing Requirements.
4.Bechtel Topical Report BN-TOP-1, Testing Criteria For Integrated Leakage Rate Testing Of Primary Containment Structures For Nuclear Power Plants, Revision 1, 1972.5.Washington Public Power Supply System, Plant 2, Surveillance Test Procedure 7.4.6.1.2.1, Integrated Leakage Rate Test, Revision 4.6.Washington Public Power Supply System, Plant 2, Problem Evaluation Report 294-0721.7.Exemption to Appendix J Testing, issued by NRC with Amendment No.41 to Operating License NPF-2, dated April 29, 1987.15 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 1 SENSOR LOCATIONS AND WEIGHTING FACTORS Sensor Drywell RTD's TE-01 TE-02 TE-03 TE-04 TE-05 TE-06 TE-07 TE-08 TE-09 TE-10 TE-11 TE-12 TE-13 TE-14 Wetwell RTD's TE-15 TE-16 TE-17 TE-18 Elevation, Feet 574(1)545 590(2)507 554 511 532 516 521 563 570 527 538 503 485 485 485 485 Distance from Ctmt Wall, Feet 6 10 3 16 10 16 15 15 15 10 6 15 15 16 Bearing, Degrees 090(1)240 180 120 120 005 040 250 180 000 270 110 325 240 270 195 000 090 Weighting Factor 0.020 0.039 0.040 0.055 0.039 0.055 0.046 0.046 0.046 0.039 0.020 0.046 0.046 0.055 0.102 0.102 0.102 0.102 Drywell Dew Cells ME-01 ME-02 ME-03 ME-04 Wetwell Dew Cells ME-05 ME-06 525 550 505 525 485 485 10 10 16 15 125 090 240 005 270 090 0.115 0.197 0.165 0.115 0.204 0.204 Notes: 1.Elevations are referenced to mean sea level.Bearings are referenced to plant North.2.RTD TE-03 located in the drywell head space.16 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 2 TEMPERATURE STABILIZATION REPORT (*stabilization criterion satisfied) data set 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 elapsed time, hr 0.00 0.25 0.50 0.75 1.00 1.25 1.50 1.75 2.00 2.25 2.50 2.75 3.00 3.25 3.50 3.75 4.00 4.25 4.50 4.75 5.00 5.25 5.50 5.75 6.00 6.25 6.50 6.75 7.00 temperature T,degF 85.741 85.487 85.387 85.326 85.273 85.228 85.203 85.169 85.120 85.094 85.069 85.049 85.020 84.995 84.969 84.936 84.914 84.895 84.866 84.844 84.824 84.789 84.774 84.755 84.730 84.704 84.679 84.666 84.651 dT1 avg dT (1 hr)-0.468-0.258-0.184-0.158-0.153-0.134-0.134-0.120-0.100-0.099-0.100-0.113-0.106-0.100-0.103-0.091-0.091-0.106-0.092-0.089-0.093-0.085-0.095-0.089-0.080 dT4 avg dT (4 hr)-0.207-0.148-0.130-0.121-0.112-0.110-0.107-0.103-0.097-0.098-0.098-0.096-0.092-ANSI-dT1-dT4 0.101*0.048*0.027*0.029*0.022*0.004*0.015*0.014*0.004*0.012*0.003*0.007*0.013*--BN-TOP-1-dT or d(dT)avg avg (2 hr)(2 hr)-0.310*0.412*-0.196*0.148*-0.159*0.070*-0.139*0.067*-0.127*0.031*-0.117*0.001*-0.117*0.016*-0.117*0.030*-0.103*0.009*-0.100*0.012*-0.101*-0.018*-0.102*0.014-0.098*0.008*-0.103*-0.016*-0.098*0.036*-0.090*0.005*-0.092*-0.011*-0.096*0.005*-0.094*-0.007*-0.089*0.015*-0.086*0.039*17 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 3 TOTAL TIME LEAKAGE RATE REPORT data set time date elapsed time hr dry air mass Ibm measured calculated ucl rate%/day rate%/day%/day 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 445 500 515 530 545 600 615 630 645 700 715 730 745 800 815 830 845 900 915 930 945 1000 1015 1030 1045 1100 1115 1130 1145 1200 1215 1230 1245 1300 1315 1330 1345 1400 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 0.75 1.00 1.25 1.50 1.75 2.00 2.25 2.50 2.75 3.00 3.25 3.50 3.75 4.00 4.25 4.50 4.75 5.00 5.25 5.50 5.75 6.00 6.25 6.50 6.75 7.00 7.25 7.50 7.75 8.00 8.25 8.50 8.75 9.00 9.25 9.50 9.75 10.00 89520.05 89518.42 89517.66 89512.17 89510.42 89507.83 89504.45 89501.31 89499.14 89496.91 89493.57 89490.92 89487.24 89486.31 89484.36 89483.54 89478.45 89478.09 89476.68 89473.37 89472.43 89472.08 89469.73 89468.15 89466.41 89463.72 89461.55 89460.19 89459.24 89457.29 89454.90 89452.81 89450.67, 89449.36 89444.71 89442.42 89441.17 89437.94 0.0767 0.1014 0.0973 0.1792 0.1804 0.1926 0.2115 0.2239 0.2248 0.2260 0.2361 0.2396 0.2499 0.2405 0.2386 0.2303 0.2469 0.2365 0.2324 0.2380 0.2321 0.2239 0.2251 0.2229 0.2216 0.2240 0.2243 0.2216 0.2178 0.2175 0.2187 0.2188 0.2191 0.2170 0.2246 0.2251 0.2228 0.2259 0.0706 0.0809 0.0840 0.1289 0.1554 0.1766 0.1973 0.2154 0.2281 0.2374 0.2468 0.2546 0.2628 0.2670 0.2697 0.2699 0.2731 0.2737 0.2733 0.2737 0.2730 0.2709 0.2692 0.2673 0.2654 0.2640 0.2626 0.2611 0.2592 0.2574 0.2558 0.2544 0.2531 0.2517 0.2512 0.2507 0.2501 0.2497 0.2155 0.2238 0.1857 0.2735 0.2827 0.2886 0.2981 0.3069 0.3120 0.3159 0.3208 0.3253 0.3305 0.3342 0.3373 0.3397 0.3422 0.3439 0.3450 0.3459 0.3464 0.3463 0.3458 0.3451 0.3440 0.3430 0.3418 0.3404 0.3389 0.3373 0.3357 0.3341 0.3326 0.3309 0.3297 0.3286 0.3274 0.3263 18 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 3 (cont.)TOTAL TIME LEAKAGE RATE REPORT data time date set elapsed time hr dry air mass Ibm measured calculated ucl rate%/day rate%/day%/day 42 43 44 45 46 47 48 49 1415 719 1430 719 1445 719 1500 719 1515 719 1530 719 1545 719 1600 719 10.25 10.50 10.75 11.00 11.25 11.50 11.75 12.00 89437.17 89437.28 89435.05 89432.09 89429.20 89430.39 89429.59 89427.93 0.2224 0.2168 0.2173 0.2196 0.22'l6 0.2140 0.2113 0.2106 0.2490 0.2479 0.2469 0.2461 0.2455 0.2443 0.2430 0.2417 0.3251 0.3237 0.3223 0.3210 0.3199 0.3184 0.3169 0.2585 Calculated Leakage Rate UCL 0.75 La 0.2417%/day 0.2585%/day 0.3750%/day 19 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 4 VERIFICATION TEST REPORT data time date set elapsed time (hrs)dry air mass (Ibm)measured rate (%/day)leakage rate (%/day)1 2 3 4 5 6 7 8 9 10 1112 14 15 16 17 1715 719 1730 719 1745 719 1800 719 1815 719 1830 719 1845 719 1900 719 1915 719 1930 719 1945 719 2000 719 2015 719 2030 719 2045 719 2100 719 2115 719 0.00 0.25 0.50 0.75 1.00 1.25 1.50 1.75 2.00 2.25 2.50 2.75 3.00 3.25 3.50 3.75 4.00 89414.03 89408.84 89402.85 89396.34 89389.27 89384.57 89377.30 89371.36 89364.74 89359.75 89353.66 89346.41 89341.33 89334.53 89329.90 89322.96 89317.62 0.0000 0.5574 0.5999 0.6330 0.6645 0.6327 0.6572 0.6545 0.6615 0.6475 0.6481 0.6600 0.6505 0.6565'.6452 0.6518 0.6469 0.0000 0.5574 0.5999 0.6346 0.6668 0.6605 0.6690 0.6719 0.6760 0.6730 0.6707 0.6726 0.6710 0.6713 0.6684 0.6676 0.6658 Upper limit on leakage rate Total time leakage rate Lower limit on leakage rate 0.8620%/day 0.6658%/day 0.6120%/day 20 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 5 MASS POINT LEAKAGE RATE REPORT data set time date elapsed time hr dry air mass Ibm calculated ucl rate%/day%/day 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40'41 42 445 500 515 530 545 600 615 630 645 700 715 730 745 800 815 830 845 900 915 930 945 1000 1015 1030 1045 1100 1115 1130 1145 1200 1215 1230 1245 1300 1315 1330 1345 1400 1415 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 0.75 1.00 1.25 1.50 1.75 2.00 2.25 2.50 2.75 3.00 3.25 3.50 3.75 4.00 4.25 4.50 4.75 5.00 5.25 5.50 5.75 6.00 6.25 6.50 6.75 7.00 7.25 7.50 7.75 8.00 8.25 8.50 8.75 9.00 9.25 9.50 9.75 10.00 10.25 89520.05 89518.42 89517.66 89512.17 89510.42 89507.83 89504.45 89501.31 89499.14 89496.91 89493.57 89490.92 89487.24 89486.31 89484.36 89483.54 89478.45 89478.09 89476.68 89473.37 89472.43 89472.08 89469.73 89468.15 89466.41 89463.72 89461.55 89460.19 89459.24 89457.29 89454.90 89452.81 89450.67 89449.36 89444.71 89442.42 89441.17 89437.94 89437.17 0.0731 0.0890 0.0924 0.1468 0.1728 0.1920 0.2111 0.2271 0.2366 0.2425 0.2494 0.2548 0.2615 0.2630 0.2630 0.2603 0.2624 0.2610 0.2587 0.2580 0.2559 0.2522 0.2493 0.2464 0.2436 0.2416 0.2400 0.2381 0.2358 0.2337 0.2321 0.2307 0.2295 0.2281 0.2280 0.2280 0.2277 0.2278 0.2274 0.1305 0.1232 0.1131 0.2115 0.2277 0.2385 0.2528 0.2648 0.2692 0.2704 0.2742 0.2769 0.2819 0.2809 0.2788 0.2747 0.2754 0.2729 0.2697 0.2680 0.2653 0.2616 0.2584 0.2553 0.2523 0.2500 0.2479 0.2457 0.2433 0.2410 0.2391 0.2375 0.2360 0.2344 0.2340 0.2337 0.2330 0.2329 0.2323 21 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 5 (cont.)MASS POINT LEAKAGE RATE REPORT data time date elapsed set time hr dry air mass Ibm calculated ucl rate%/day%/day 43 44 45 46 47 48 49 1430 719 1445 719 1500 719 1515 719 1530 719 1545 719 1600 719 10.50 10.75 11.00 11.25 11.50 11.75 12.00 89437.28 89435.05 89432.09 89429.20~89430.39 89429.59 89427.93 0.2263 0.2254 0.2249 0.2247 0.2235 0.2222 0.2209 0.2311 0.2300 0.2293 0.2289 0.2278 0.2264 0.2252 Calculated Leakage Rate=UCL 0.75 La 0.2209%/day 0.2252%/day 0.3750%/day 22 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report TABLE 6 MASS POINT VERIFICATION TEST REPORT 1 2 3 4 5 6 7 8 9 10 11 12l4 15 16 17 1715 719 1730 719 1745 719 1800 719 1815 719 1830 719 1845 719 1900 719 1915 719 1930 719 1945 719 2000 719 2015 719 2030 719 2045 719 2100 719 2115 719 data time date set elapsed time (hrs)0.00 0.25 0.50 0.75 1.00 1.25 1.50 1.75 2.00 2.25.2.50 2.75 3.00 3.25 3.50 3.75 4.00 dry air mass (Ibm)89414.03 89408.84 89402.85 89396.34 89389.27 89384.57 89377.30 89371.36 89364.74 89359.75 89353.66 89346.41 89341.33 89334.53 89329.90 89322.96 89317.62 leakage rate (%/day)0.0000 0.5574 0.5999 0.6339 0.6657 0.6519 0.6607 0.6625 0.6665 0.6614 0.6583 0.6611 0.6590 0.6597 0.6561 0.6557 0.6537 Upper limit on leakage rate=0.8410%/day Mass point leakage rate=0.6537%/day Lower limit on leakage rate=0.5910%/day 23 P R K P S I 0 A R 4~oC V J 0 co Z g M m W~C3 H.Q I R Q)r~K GOO~n U tD e~O K)>0~O O i g~Re(0 D tD O j.8,888 988 TINE DATE 2838 Vi8 Figure 1 Containment Pressure vs.Time-Pressurization 86,888 p a E e R g A T F U R co Z g tO~'u~(D D.0 Q)r m o Gl e~n~g)~O O~+o CO c o g~RoLD tD O 84.588~2845 Vi8 TINE MTE 345 719 Figure 2 Temperature vs.Time-Stabilization F R E F S S I U A R E z".e a~(D D.O l R Q)t e en e fD n~O goy O~~O Q)~c%5-m g~vl e Q)e 0 18,88II 2388 719 TINE DATE 2188 729 Figure 3 Pressure vs.Time-Depressurization T 0 T A L/T/I D M A E~0.75 La UCL Calculated Rate CO co D CD CD CD g I CD G)CD C0 CD Q CD CD t D CD CD 0 0 M~C0 D.0 2 D 9)U c U'D O O CD 0~0 0 CO>c~'D g V CD CO CD 488 719 TIME DATE 1688 719 Figure 4 Total Time Leakage Rate vs.Time-Type A Test 89558 A R L II A M S S~-%egression Line 0.75 La coZg hJ~'w~(D H.O Q)Q D Q)rZ=.ceo 9)e~n~g)~O O~+O CO>c e g<Re D e'o O 89358 TIHE DATE 1608 719 Figure 5 Air Mass vs.Time-Type A Test T F P E e R g A T F ll R coZg Ib~'w~C)D.Q Q re@SQO tD m Mn~g)~O u<$O~>o CO 0 8 3+Lm S lD D O 84.888 488 7i9 TIYiE MTE Figure 6 Mean Temperature vs.Time-Type A Test 53,888 P R E P S S s r ll A R co z I>lb~'a~D.0 1 3 R Q)I O O I R=~Ã()g)~O O O~>o cn s'>c-lr-e 3<Rm N I'D O 719 TINE DATE 1688?19 Figure 7 Total Pressure vs.Time-Type A Test h P 0 R P P S R I E A S S 0 CO co CD CO CD g I CD Gl CD CO CD CD CD I CD:n-9)CD o O hJ~'CQ H.O 9)U r CD O O~0 O A~O U)c~'0 g Y CD I 8,349 4S8 TINE MTE Figure 8 Vapor Pressure vs.Time-Type A Test 89458 A I R 8 A H S S Lower Limit N W tV~'O D.Q Q)Q)I m m o m m A~0 O~Xm (g+~c m g'<Rml D Gl m o O Regression Line 89259 1715 719 TIHE DATE 2115 71'9 Figure 9 Air Mass vs.Time-Verification Test
~0.75 La UCL Calculated Rate eke coZg~g CA g N m wQ tD D.0 e 3 R Q U I tDOO 67 m~~0~O x)om>c I 3'<Rm 3/a tD 0 0 TINE MTE i688 Vi9 Figure 10 Mass Point Leakage Rate vs.Time-Type A Test Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report APPENDIX I CONTAINMENT DESCRIPTION 34 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report l APPENDIX I CONTAINMENT DESCRIPTION The WNP-2 containment is a steel Mark II structure with an upper conical drywell and a lower cylindrical wetwell.The drywell and wetwell are separated by a concrete slab which is supported at its inner edge by the reactor vessel pedestal.The outer edge of the slab is supported by columns.The top of the slab is covered by a steel liner which is tied to the containment shell by a flexible steel seal.The top of the drywell is closed by a cylindrical/elliptical head which is removed for refueling of the reactor.The bottom of the wetwell is elliptical.
The wetwell is maintained approximately half full of water.The drywell is connected to the wetwell through numerous vertical vent pipes which terminate below the water surface.Several of these vertical vents are provided with vacuum breakers which maintain wetwell pressure at or above that in the drywell.During the ILRT, equal pressures were ensured by blocking open one vacuum breaker.There are numerous penetrations through both the drywell and wetwell walls.These penetrations, which are sealed by isolation valves, gasket covers and welded caps (spares), provide access for personnel and equipment as well as feedthrough for piping and electrical conductors.
Principal dimensions (in feet)of the containment are listed below: Wetwell Inside Radius Elevation, Top of Wetwell Fill Concrete Elevation, Nominal Wetwell Water Surface Elevation, Cylinder/Cone Transition Elevation, Top of Slab between Wetwell and Drywell Slab Thickness Elevation, Drywell Head Flange Parting Drywell Head Inside Radius Elevation, Top of Drywell Head Wetwell Free Air Volume Drywell Free Air Volume 42.9 ft 435.2 ft 466.4 ft 492.9 ft 499.5 ft 2.0 ft 583.1 ft 15.8 ft 598.7 ft 143,634 cubic ft 199,406 cubic ft 35 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report APPENDIX II COMPUTER PROGRAM DISCUSSION 36 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report APPENDIX II COMPUTER HARDWARE AND SOFTWARE BCP's Leakage Rate BASIC Program, developed by Robert E.Blum, runs on an IBM PC or compatible computer that interfaces with the data acquisition system (DAS)via an RS-232C or IEEE-488 serial data bus.BCP provides two computers, with the second serving as a backup unit.The program calculates both mass point (ANSI 56.8)and total time (BN-TOP-1) leakage rates.A 95%upper confidence limit (UCL)for the measured total-time leakage rate is determined using the BN-TOP-1 if the test duration is less than 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.This procedure is generally required by the NRC if test duration is less than the 24-hour minimum established in ANSI 45.4.However, if the test is 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> or longer, then a 95%UCL is determined using a procedure similar to that described in ANSI 56.8.Raw data from the DAS are automatically stored on disk.The ILRT program converts raw data to engineering units and calculates the volume-weighted mean drybulb temperature, vapor pressures from individual dew point temperatures, and volume-weighted mean vapor pressure.The program then computes containment air mass using these weighted mean atmospheric conditions.
Air mass and time data are used as input for the routines that calculate mass point and total time leakage rates.Manual data entry and correction options are included in the program so that failure of the DAS serial output will not delay the test.Job-specific predata loaded into the program include pressure transducer calibration constants, sensor volume fractions, and containment free-air volume.The volume fraction and free-air volume data can be changed during the test to compensate for sensor failure and changes in containment water inventory.
Program output includes printed reports and plots.Printed reports listing raw data, engineering unit conversions, weighted mean conditions, and air mass are generated for each data set immediately following data input.Diagnostic reports and plots are generated on command during the test.These include listings of leakage rates and UCLs calculated for each incremental data set, plots of this information, plots of weighted mean atmospheric conditions and air mass, and plots of individual sensor data.These lists and plots, when generated after the test, provide final documentation of leakage rate.The program is validated prior to each use by loading a standard test data set and verifying that the calculation results agree with those obtained by a manual calculation.
37 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report APPENDlX ill TYPE A TEST DATA 38 PRE-DATA REPORT t'e=WNP2 1994 ILRT-Stabilization t perature volume fractions (sum=1.0000)volume=343040 leap year: no La=0.5000 t(1)=0.0200 t(6)=0.0550 t(11)=0.0200 t(16)=0.1020 t(2)=0.0390 t(7)=0.0460 t(12)=0.0460 t(17)=0.1020 t(3)=0.0400 t (8)=0.0460 t(13)=0.0460 t(18)=0.1020 t(4)=0.0550 t (9)=0.0460 t (14)=0.0550 t(5)=0.0390 t(10)=0.0390 t(15)=0.1020 dewpoint volume fractions (sum=1.0000)dp(1)=0-1150 dp(2)=0.1970 dp(3)=0.1650 dp(4)=0.1150 dp(5)=0~2040 dp(6)=0~2040 pressure volume fractions (sum=1.0000)p(1)=1.0000 p(2)=0.0000 39 WNP2 1994 XLRT-Stabilization DATA
SUMMARY
REPORT data time date temperature pressure set deg F psia vapor pressure psia dry air mass ibm 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 2122 24 25 26 27 28 29 2045 718 2100 718 2115 718 2130 718 2145 718 2200 718 2215 718 2230 718 2245 718 2300 718 2315 718 2330 718 2345 718 0 719 15 719 30 719 45 719 100 719 115 719 130 719 145 719 200 719 215 719 230 719 245 719 300 719 315 719 330 719 345 719 85.7411 85.4868 85.3869 85.3264 85.2729 85.2285 85.2032 85.1688 85.1204 85.0943 85.0689 85.0489 85.0199.84.9954 84.9692 84.9357 84.9143 84.8951 84.8661 84.8443 84.8236 84.7892 84.7736 84.7548 84.7304 84.7038 84.6787 84.6658 84.6507 53.1261 53.1065 53.0960 53.0882 53.0806 53.0747 53.0678 53.0619 53.0579 53.0517 53.0472 53.0433 53.0380 53.0311 53.0256 53.0214 53.0166 53.0117 53.0066 53.0017 52.9988 52.9952 52.9929 52.9893 52.9847 52.9819 52.9802 52.9781 52.9741 0.3188 0.3250 0.3263 0.3278 0.3282 0.3298 0.3299 0.3310 0.3318 0.3323 0.3333 0.3338 0.3347 0.3356 0.3361 0.3368 0.3375 0.3381 0.3389 0.3390 0.3397 0.3406 0.3414 0.3418 0.3424 0.3427 0.3441 0.3447 0.3453 89648.46 89646.44 89642.88 89637.05 89632.24 89626.80 89618.94 89612.81 89612.58 89605.54 89600.24 89596.12 89590.40 89581.15 89575.27 89572.43 89566.60 89560.40 89555.21 89550.21 89547.50 89545.43'9542.82 89539.08 89534.24 89533.29 89532.18 89529.77 89524.42 40 WNP2 1994 data set 1 time=2045 date=718 ILRT-Stabilization sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.360 (92.620 (107.040 (83.920 (98.610 (84.400 (87.610 (85.490 (86.700 (101.950 (103.420 (86.930 (87'00 (82.560 (78.840 (78.820 (78.790 (79.010 107.360 92.620 107.040 83.920 98.610 84.400 87.610 85.490 86.700 101.950 103.420 86.930 87.300 82.560 78.840 78.820 78.790 79.010 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 55.930 58.710 53.480 59.380 77.200 75.350 1 (53.1261 2 (53.1212 averages, volume and 55.930 deg.F , 0.2213 58.710 deg.F , 0.2446 53.480 deg.F , 0.2024 59.380 deg.F , 0.2505 77.200 deg.F , 0.4622 75.350 deg.F , 0.4347 53.1261 psia 53.1212 psia air mass psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 85.74108 53.12610 0.31880 343040 89648.46 deg.F psia psia cu.ft.ibm 41 WNP2 1994 data set 2 time=2100 date=718 ILRT-Stabilization sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.250 (92.610 (107.010 (83.780 (98.560 (84.230 (87.450 (85.390 (86.610 (101.940 (103.360 (86.720 (87.080 (82.430 (78.370 (78.400 (78.370 (78.530 107.250 92'10 107'10 83.780 98.560 84.230 87.450 85.390 86.610 101'40 103.360 86.720 87.080 82.430 78.370 78.400 78.370 78.530 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 56.870 58.500 55.990 59.220 77.100 76.340 56.870 deg.58.500 deg.55.990 deg.59.220 deg.77.100 deg.76.340 deg.F , 0.2289 F , 0.2427 F , 0.2217 F , 0 2491 F , 0.4607 F , 0.4492 psia psia psia psia psia psia pressure pressure weighted 1 (53.1065 2 (53.1015 averages, volume and 53.1065 psia 53.1015 psia air mass temperature pressure vapor pressure volume dry air mass 85.48677 53.10650 0.32501 343040 89646.44 deg.F psia psia cu.ft.ibm 42 WNP2 1994 ILRT-Stabilization data set 3 time=2115 date=718 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.220 (92.630 (107.020 (83.730 (98.580 (84.200 (87.450 (85.360 (86.650 (101.950 (103.360 (86.720 (87.020 (82'00 (78.170 (78.160 (78.150 (78.300 107.220 92.630 107.020 83.730 98.580 84.200 87.450 85.'360 86.650 101.950 103.360 86.720 87.020 82.400 78.170 78.160 78.150 78.300 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F.deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 57.200 58.350 57.250 59.040 77.020 76.320 57.200 deg.58.350 deg.57.250 deg.59.040 deg.77.020 deg.76.320 deg.F, 0.2317 F, 0.2414 F , 0.2321 F , 0.2475 F , 0.4595 F , 0.4490 psia psia psia psia psia psia pressure pressure weighted 1 (53.0960 2 (53.0911 averages, volume and 53.0960 psia 53.0911 psia air mass temperature pressure vapor pressure volume dry air mass 85.38687 53.09600 0.32628 343040 89642.88 deg.F psia psia cu.ft.ibm 43 WNP2 1994 ILRT-Stabilization data set 4 time=2130 date=718 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.220 (92.680 (107.010 (83.720 (98.630 (84.170 (87;420 (85.320 (86.600 (101.950 (103.380 (86.660 (86.980 (82.370 (78.080 (78.030 (78.030 (78.160 107.220 92.680 107.010 83.720 98.630 84.170 87.420 85.320 86.600 101.950 103.380 86.660 86.980 82.370 78.080 78.030 78.030 78.160 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 57.720 58.260 57.760 59.130 76.990 76.460 57.720 deg.58.260 deg.57.760 deg.59.130 deg.76.990 deg.76.460 deg.F, 0.2360 F, 0.2407 F, 0.2364 F , 0.2483 F , 0.4590 F , 0.4510 psia psia psia psia psia psia pressure pressure weighted 1 (53.0882 2 (53.0833 averages, volume and 53.0882 psia 53.0833 psia air mass temperature pressure vapor pressure volume dry air mass 85.32635 53.08820 0.32777 343040 89637.05 deg.F psia psia cu.ft.ibm 44 WNP2 1994 ILRT-Stabilization data set 5 time=2145 date=718 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (107.150 (92.710 (106.990 (83.660 (98'70 (84.140 (87.380 (85.270 (86.520 (101.990 (103.380 (86.610 (86.930 (82.380 (77.990 (77.930 (77.940 (78.070 58.210 58.280 58.120 59.100 76.850 76.410 107.150 92.710 106.990 83.660 98.670 84.140 87.380 85.270 86.520 101.990 103'80 86.610 86.930 82.380 77.990 77.930 77.940 78.070 58.210 58.280 58.120 59.100 76.850 76.410 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F 0.2402 0.2408 0.2395 0.2480 0.4569 0.4503 psia psia psia psia psia psia pressure pressure weighted 1 (53.0806 2 (53.0757 averages, volume and 53.0806 psia 53.0757 psia air mass temperature pressure vapor pressure volume dry air mass 85.27293 53.08060 0.32818 343040 89632.24 deg.F psia psia cu.ft.ibm 45 WNP2 1994 ILRT-Stabilization data set 6 time=2200 date=718 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.110 (92.740 (106.980 (83.610 (98.700 (84.100 (87.350 (85.240 (86.540 (102.010 (103.360 (86.580 (86.910 (82.340 (77.900 (77.840 (77.860 (78.000 107.110 92.740 106.980 83.610 98.700 84.100 87.350 85.240 86.540 102.010 103.360 86.580 86.910 82.340 77.900 77.840 77.860 78.000 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint.((((((58.520 58.380 58.590 59.180 76.900 76.480 58.520 deg.58.380 deg.58.590 deg.59.180 deg.76.900 deg.76.480 deg.F , 0.2429 F , 0.2417 F , 0.2435 F , 0.2487~F , 0.4577 F , 0.4513 psia psia psia psia psia psia pressure pressure weighted 1 (53.0747 2 (53.0697 averages, volume and 53.0747 psia 53.0697 psia air mass temperature pressure vapor pressure volume dry air mass 85.22848 53.07470 0.32978 343040 89626.80 deg.F psia psia cu.ft.ibm 46 WNP2 1994 ILRT-Stabilization data set 7 time=2215 sensor date=718 raw data value.temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.130 (92.800 (106.970 (83.600 (98.760 (84.090 (87.330 (85.230 (86.540 (102'20 (103.370 (86.580 (86.910 (82.290 (77.850 (77.780 (77.800 (77.930 107~130 92.800 106.970 83.600 98.760 84.090 87.330 85.230 86.540 102.020 103'70 86.580 86.910 82.290 77.850 77.780 77.800 77.930 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 58.790 58.470 58.700 59.320 76.730 76.470 58.790 deg.58.470 deg.58.700 deg.59.320 deg.76.730 deg.76.470 deg.F , 0.2453 F , 0.2425 F , 0.2445 F , 0.2500 F, 0.4i551 F, 0.4512 psia psia psia psia psia psia pressure pressure weighted 1 (53.0678 2 (53.0627 averages, volume and 53.0678 psia 53.0627 psia air mass temperature pressure vapor pressure volume dry air mass 85.20318 53.06780 0.32995 343040 89618.94 deg.F psia psia cu.ft.ibm 47 WNP2 1994 ILRT-Stabilization data set 8 time=2230 date=718 sensor raw data value temperature 1 (temperature 2 (temperature 3 (temperature 4 (temperature 5 (temperature 6 (temperature 7 (temperature 8 (temperature 9 (temperature 10 (temperature 11 (temperature 12 (temperature 13 (temperature 14 (temperature 15 (temperature 16'(temperature 17 (temperature 18 (107.110 92.840 106.980 83.570 98.790 84.050 87.310 85.180 86.480 102.080 103.400 86'40 86.880 82.280 77.770 77.720 77.740 77.880 107.110 92.840 106.980 83.570 98.790 84.050 87.310 85.180 86.480 102.080 103.400 86.540 86.880 82.280 77.770 77.720 77.740 77.880 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg;F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 59.080 58.610 58.950 59.460 76.780 76.420 59.080 deg.58.610 deg.58.950 deg.59.460 deg.76.780 deg.76.420 deg.F , 0.2478 F , 0.2437 F , 0.2467 F , 0.2512 F , 0.4559 F , 0.4504 psia psia psia psia psia psia pressure pressure weighted 1 (53.0619 2 (53.0569 averages, volume and 53.0619 psia 53.0569 psia air mass temperature pressure vapor pressure volume dry air mass 85.16875 53.06190 0.33099 343040 89612.81 deg.F psia psia cu.ft.ibm 48 WNP2 1994 ILRT-Stabilization data set 9 time=2245 date=718 sensor raw data value temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature ,temperature temperature temperature 1 (107.060 2 (92.880 3 (106.930 4 (83.500 5 (98.830 6 (84.000 7 (87.270 8 (85'30 9 (86.400 10 (102.070 11 (103.360 12 (86.480 13 (86.830 14 (82.210 15 (77.720 16 (77.660 17 (77'80 18 (77.820 107.060 92.880 106.930 83.500 98.830 84.000 87.270 85.130 86.400 102.070 103.360 86.480 86.830 82.210 77.720 77.660 77.680 77.820 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 59.280 58.740 59.360 59.610 76.700 76.380 1 (53.0579 2 (53.0528 averages, volume and 59.280 deg.58.740 deg.59.360 deg.59.610 deg.76.700 deg.76.380 deg.53.0579 psia 53.0528 psia air mass F , 0.2496 F , 0.2448 F , 0.2503 F , 0.2526 F , 0.4546 F , 0.4498 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 85.12038 deg.F 53.05790 psia 0.33181 psia 343040 cu.ft.89612.58 ibm 49 WNP2 1994 data set 10 time=2300 date=718 XLRT-Stabilization sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.040 (92.920 (106.890 (83.490 (98.860 (83.970 (87.260 (85.100 (86.430 (102.090 (103.360 (86.460 (86.820 (82.220 (77.660 (77.600 (77.620 (77.770 107.040 92.920 106.890 83.490 98.860 83.970 87.260 85.100 86.430 102.090 103.360 86.460 86.820 82.220 77.660 77.600 77.620 77.770 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 59.530 58.880 59.470 59.660 76.590 76.410 1 (53.0517 2 (53.0466 averages, volume and 59.530 deg.58.880 deg.59.470 deg.59.660 deg.76.590 deg.76.410 deg.53.0517 psia 53.0466 psia air mass F , 0.2519 F , 0.2461 F , 0.2513 F , 0.2530 F , 0.4530 F , 0.4503 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 85.09429 deg.F 53.05170 psia 0.33228 psia 343040 cu.ft.89605.54 ibm 50 WNP2 1994 ILRT-Stabilization data set 11 time=2315 date=718 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature ll temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.090 (92.950 (106.960 (83.440 (98.920 (83.950 (87.260 (85.090 (86.380 (102.100 (103.400 (86.450 (86.810 (82.170 (77.610 (77.540 (77.570 (77'10 107.090 92.950 106.960 83.440 98.920 83.950 87.260 85.090 86.380 102.100 103.400 86.450 86.810 82'70 77.610 77.540 77.570 77.710 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 59'10 59.100 59.660 59.960 76.540 76.430 59.710 deg.59.100 deg.59.660 deg.59.960 deg.76.540 deg.76.430 deg.F , 0.2535 F , 0.2480 F , 0.2530 F , 0.2557 F , 0.4522 F , 0.4506 psia psia psia psia psia psia pressure pressure weighted 1 (53.0472 2 (53.0421 averages, volume and 53.0472 psia 53.0421 psia air mass temperature pressure vapor pressure volume dry air mass 85.06894 deg.F 53.04720 psia 0.33335 psia 343040 cu.ft.89600.24 ibm 51 I WNP2 1994 ILRT-Stabilization data set 12 time=2330 date=718 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.040 (93.000 (106.900 (83.420 (98.950 (83.910 (87.230 (85.100 (86.410 (102.130 (103.410 (86.440 (86.810 (82.170 (77.570 (77.500 (77.530 (77.660 107.040 93.000 106.900 83.420 98.950 83.910 87.230 85.100 86.410 102.130 103.410 86.440 86.810 82.170 77.570 77.500 77.530 77.660 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 59.860 59.220 59.890 59.980 76.500 76.380 59.860 deg.59.220 deg.59.890 deg.59.980 deg.76.500 deg.76.380 deg.F , 0.2548 F , 0.2491 F , 0.2551 F , 0.2559 F , 0.4516 F , 0.4498 psia psia psia psia psia psia pressure pressure weighted 1 (53.0433 2 (53.0383 averages, volume and 53.0433 psia 53.0383 psia air mass temperature pressure vapor pressure volume dry air mass 85.04893 53.04330 0.33381 343040 89596.12 deg.F psia psia cu.ft.ibm 52 WNP2 1994 ILRT-Stabilization data set 13 time=2345 date=718 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (107.070 (93.030 (106'90 (83.380 (98.990 (83.890 (87.220 (85.090 (86.400 (102.150 (103.420 (86.410 (86.790 (82.140 (77.510 (77.440 (77.480 (77.600 107~070 93.030 106.890 83.380 98.990 83.890 87.220 85.090 86.400 102.150 103.420 86.410 86.790 82.140 77.510 77.440 77.480 77.600 deg.F, deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (1 2 3 4 5 6 60.040 59.360 60.060 60.240 76.500 76.350 60.040 deg.59.360 deg.60.060 deg.60.240 deg.76.500 deg.76.350 deg.F , 0.2565 F , 0.2503 F , 0.2567 F , 0.2583 F , 0.4516 F , 0.4494 psia psia psia psia psia psia pressure pressure weighted 1 (53.0380 2 (53.0327 averages, volume and 53.0380 psia 53.0327 psia air mass temperature pressure vapor pressure volume dry air mass 85.01992 53.03800 0.33468 343040 89590.40 deg.F psia psia cu.ft.ibm 53 WNP2 1994 ILRT-Stabilization data set 14 time=0 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (107.060 (93.080 (106.900 (83.340 (99.030 (83.860 (87.220 (85.060 (86.290 (102.150 (103.450 (86.350 (86.800 (82.170 (77.470 (77.390 (77.440 (77.560 value 107.060 93.080 106.900 83.340 99.030 83.860 87.220 85.060 86.290 102.150 103.450 86.350 86.800 82.170 77.470 77.390 77.440 77.560 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 60.170 59.550 60.300 60.320 76.520 76.330 60.170 deg.59.550 deg.60.300 deg.60.320 deg.76.520 deg.76.330 deg.F , 0.2577 F , 0.2520 F , 0.2589 F , 0.2590 F , 0.4519 F , 0.4491 psia psia psia psia psia psia pressure pressure weighted 1 (53'311 2 (53.0262 averages, volume and 53.0311 psia 53.0262 psia air mass temperature pressure vapor pressure volume dry air mass 84.99537 53.03110 0.33560 343040 89581.15 deg.F psia psia cu.ft.ibm 54 WNP2 1994 ILRT-Stabilization data set 15 time=15 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.980 (93.130 (106.860 (83.300 (99.060 (83.840 (87.210 (85.030 (86.290 (102'90 (103'20 (86.400 (86.780 (82.090 (77.420 (77.350 (77.390 (77.520 106.980 93.130 106.860 83.300 99.060 83.840 87.210 85.030 86.290 102.190 103.420 86.400 86.780 82.090 77.420 77.350 77.390 77.520 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (60.360 (59.680 (60.300 ('60.490 (76.490 (76.320 60.360 deg.59.680 deg.60.300 deg.60.490 deg.76.490 deg.76.320 deg.F , 0.2594 F , 0.2532 F , 0.2589 F , 0.2606 F , 0.4515 F , 0.4490 psia psia psia psia psia psia pressure pressure weighted 1 (53.0256 2 (53.0204 averages, volume and 53.0256 psia 53.0204 psia air mass temperature pressure vapor pressure volume dry air mass 84.96915 53.02560 0.33609 343040 89575.27 deg.F psia psia cu.ft.ibm 55 WNP2 1994 ILRT-Stabilization data set 16 time=30 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.920 (93.150 (106.820 (83.260 (99.080 (83.800 (87-160 (85.010 (86.300 (102.170 (103.410 (86.350 (86.760 (82.070 (77.370 (77.300 (77.350 (77.470 106.920 93.150 106.820 83.260 99.080 83.800 87.160 85.010 86.300 102.170 103.410 86.350 86.760 82.070 77.370 77.300 77.350 77.470 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (60.540 (59.840 (60.420 (60.650 (76.460 (76.310 60.540 deg.59.840 deg.60.420 deg.60.650 deg.76.460 deg.76.310 deg.F/0.2611 F , 0.2547 F , 0.2600 F , 0.2621 F , 0.4510 F , 0.4488 psia psia psia psia psia psia pressure pressure weighted 1 (53.0214 2 (53.0163 averages, volume and 53.0214 psia 53.0163 psia air mass temperature pressure vapor pressure volume dry air mass 84.93573 53.02140 0.33680 343040 89572.43 deg.F psia psia cu.ft.ibm 56 WNP2 1994 ILRT-Stabilization data set 17 time=45 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.890 (93.190 (106.800 (83.220 (99.100 (83.770 (87.160 (84.980 (86.240 (102.210 (103.420 (86.340 (86.750 (82.080 (77.340 (77.260 (77'10 (77.430 value 106.890 93.190 106.800 83.220 99.100 83.770 87.160 84.980 86.240 102.210 103.420 86.340 86.750 82.080 77.340 77.260 77.310 77.430 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint, pressure pressure weighted 60.660 59.980 60.710 60.850 76.390 76.270 1 (53.0166 2 (53.0114 averages, volume and 60.660 deg.59.980 deg.60.710 deg.60.850 deg.76.390 deg.76.270 deg.53.0166 psia 53.0114 psia air mass F , 0.2622 F , 0.2559 F , 0.2627 F , 0.2640 F , 0.4500 F , 0.4482 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.91425 53.01660 0.33750 343040 89566.60 deg.F psia psia cu.ft.ibm 57 WNP2 1994 data set 18 time=100 date=719 ILRT-Stabilization sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.860 (93.220 (106.790 (83.220 (99.140 (83.750 (87.160 (84.940 (86.280 (102.210 (103.420 (86.310 (86.730 (82.050 (77.300 (77.230 (77.270 (77.390 106.860 93.220 106.790 83.220 99.140 83.750 87.160 84.940 86.280 102.210 103.420 86.310 86.730 82.050 77.300 77.230 77.270 77.390 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure (60.780 (60.120 (60.810 (61.050 (76.410 (76.200 1 (53.0117 2 (53.0066).)))))60.780 deg.60.120 deg.60.810 deg.61.050 deg.76.410 deg.76.200 deg.53.0117 psia 53.0066 psia F , 0.2633 F , 0.2572 F , 0.2636 F , 0.2659 F , 0.4503 F , 0.4472 psia psia psia psia psia psia weighted averages, volume and air mass temperature pressure vapor pressure volume dry air mass 84.89513 deg.F 53.01170 psia 0.33810 psia 343040 cu.ft.89560.40 ibm 58 WNP2 1994 ILRT-Stabilization data set 19 time=115 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106'30 (93-260 (106.770 (83.160 (99'70 (83.720 (87.130 (84.920 (86.270 (102.190 (103.440 (86.310 (86.690 (82'20 (77.260 (77-180 (77.230 (77.340 106.830 93.260 106.770 83.160 99.170 83.720 87.130 84.920 86.270 102.190 103.440 86.310 86.690 82.020 77.260 77.180 77.230 77.340 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 61.020 60.280 60.950 61.160 76.330 76.240 1 (53.0066 2 (53.0016 averages, volume and 61.020 deg.60.280 deg.60.950 deg.61.160 deg.76.330 deg.76.240 deg.53.0066 psia 53.0016 psia air mass F, 0.2656 F , 0.2587 F , 0.2649 F , 0.2669 F , 0.4491 F , 0.4478 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.86606 deg.F 53.00660 psia 0.33886 psia 343040 cu.ft.89555.21 ibm 59 WNP2 1994 ILRT-Stabilization data set 20 time=130 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.800 (93.300 (106.720 (83.130 (99.180 (83.690 (87.130 (84.890 (86.270 (102.200 (103.430 (86.290 (86.690 (82.000 (77.220 (77.150 (77.190 (77.310 106.800 93.300 106.720 83.130 99.180 83.690 87'30 84.890 86.270 102.200 103.430 86.290 86.690 82.000 77.220 77.150 77.190 77.310 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 61.100 60.420 61.030 61.230 76.280 76.160 61.100 deg.60.420 deg.61.030 deg.61.230 deg.76.280 deg.76.160 deg.F , 0.2663 F , 0.2600 F , 0.2657 F , 0.2676 F , 0.4484 F , 0.4466 psia psia psia psia psia psia pressure pressure weighted 1 (53.0017 2 (52.9966 averages, volume temperature pressure vapor pressure volume dry air mass and 53.0017 psia 52.9966 psia air mass 84.84428 deg.F 53.00170 psia 0.33901 psia 343040 cu.ft.89550.21 ibm 60 WNP2 1994 ILRT-Stabilization data set 21 time=145 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.740 (93.340 (106.680 (83.090 (99.200 (83.660 (87.110 (84.870 (86.320 (102.210 (103.410 (86.240 (86'70 (82.000 (77.190 (77'20 (77.150 (77.280 value 106.740 93.340 106.680 83.090 99.200 83.660 87.110 84.870 86.320 102.210 103'10 86.240 86.670 82.000 77.190 77.120 77.150 77.280 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint ,((((((61.210 60.570 61.150 61.410 76.260 76.150 61.210 deg.60.570 deg.61.150 deg.61.410 deg.76.260 deg.76.150 deg.F , 0.2674 F , 0.2614 F , 0.2668 F , 0.2693 F , 0.4481 F , 0.4464 psia psia psia psia psia psia pressure pressure weighted 1 (52.9988 2 (52'940 averages, volume temperature pressure vapor pressure volume dry air mass and 52.9988 psia 52.9940 psia air mass 84.82364 deg.F 52.99880 psia 0.33969 psia 343040 cu.ft.89547.50 ibm 61 WNP2 1994 ILRT-Stabilization data set 22 time=200 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.720 (93.370 (106.620 (83'40 (99.220 (83'30 (87'80 (84.850 (86.160 (102.210 (103.410 (86.210 (86.660 (82.000 (77.150 (77 F 080 (77.110 (77.230 106.720 93.370 106.620 83.040 99.220 83.630 87.080 84.850 86.160 102'10 103'10 86.210 86.660 82.000 77.150 77.080 77.110 77.230 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 61.380 60.690 61.380 61.520 76.290 76'40 61.380 deg.60.690 deg.61.380 deg.61.520 deg.76.290 deg.76.140 deg.F , 0.2690 F , 0.2625 F , 0.2690 F , 0.2703 F , 0.4485 F , 0.4463 psia psia psia psia psia psia pressure pressure weighted 1 (52.9952 2 (52.9905 averages, volume and 52.9952 psia 52.9905 psia air mass temperature pressure vapor pressure volume dry air mass 84.78923 52.99520 0.34064 343040 89545,43 deg.F psia psia cu.ft.ibm 62 data set 23 WNP2 1994 ILRT-Stabilization time=215 date=719 sensor temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature temperature raw data 1 (106.690 2 (93.390 3 (106.610 4 (83.070 5 (99.260 6 (83.620 7 (87.090 8.(84.820 9 (86.150 10 (102.210 11 (103.420 12 (, 86.210 13 (86.650 14 (81.950 15 (77.120 16 (77.040 17 (77.080 18 (77.200 value 106.690 93.390 106.610 83.070 99.260 83.620 87.090 84.820 86.150 102.210 103.420 86.210 86.650 81.950 77.120 77.040 77.080 77.200 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 61.490 60.830 61.530 61.670 76.270 76.150 61.490 60.830 61.530 61.670 76.270 76.150 deg.F deg.F deg..F deg.F deg.F deg.F 0.2700 0.2638 0.2704 0.2718 0.4482 0.4464 psia psia psia psia psia psia pressure pressure weighted 1 (52.9929 2 (52.9881 averages, volume and 52.9929 psia 52.9881 psia air mass temperature pressure vapor pressure volume dry air mass 84.77360 52.99290 0.34139 343040 89542.82 deg.F psia psia cu.ft.ibm 63 WNP2 1994 ILRT-Stabilization data set 24 time=230 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.660 (93.450 (106.610 (83.030 (99.280 (83.610 (87.040 (84.780 (86-180 (102.200 (103.410 (86.200 (86.640 (81.920 (77.080 (77.020 (77.050 (77.170 106.660 93.450 106.610 83.030 99.280 83.610 87.040 84.780 86.180 102.200 103.410 86.200 86.640 81.920 77.080 77.020 77.050 77.170 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure (61.670 (60.970 (61.640 (61.720 (76-200 (76.130 1 (52.9893 2 (52.9846 61.670 deg.60.970 deg.61.640 deg.61.720 deg.76.200 deg.76.130 deg.52.9893 psia 52.9846 psia F/0.2718 F I 0 2651 F/0.2715 F , 0.2722 F , 0.4472 F , 0.4461 psia psia psia psia psia psia weighted averages, volume temperature pressure vapor pressure volume dry air mass and air mass 84.75479 52.98930 0.34180 343040 89539.08 deg.F psia psia cu.ft.ibm 64 WNP2 1994 data set 25 time=245 date=719 ILRT-Stabilization sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.630 (93.490 (106.590 (82.990 (99.300 (83.570 (87.030 (84.760 (86.130 (102.210 (103.430 (86.170 (86.620 (81.920 (77.050 (76.980 (77.000 (77.140 106.630 93.490 106.590 82.990 99.300 83.570 87.030 84.760 86.130 102.210 103.430 86.170 86.620 81.920 77.050 76.980 77.000 77.140 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 61.780 61.120 61.740 62.010 76.090 76.150 61.780 deg.61.120 deg.61.740 deg.62.010 deg.76.090 deg.76.150 deg.F , 0.2728 F , 0.2665 F , 0.2724 F , 0.2750 F , 0.4455 F , 0.4464 psia psia psia psia psia psia pressure pressure weighted 1 (52.9847 2 (52.9798 averages, volume temperature pressure vapor pressure volume dry air mass and 52.9847 psia 52.9798 psia air mass 84.73040 deg.F 52.98470 psia 0.34241 psia 343040 cu.ft.89534.24 ibm 65 WNP2 1994 ILRT-Stabilization data set 26 time=300 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.560 (93.520 (106.520 (82.920 (99.320 (83.540 (87.030 (84.720 (86.090 (102.240 (103.430 (86.130 (86.580 (81.880 (77.030 (76.960 (76.980 (77.100 106.560 93.520 106.520 82.920 99.320 83.540 87.030 84.720 86.090 102.240 103.430 86.130 86.580 81.880 77.030 76.960 76.980 77.100 deg.F deg.F deg.F deg;F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 61.900 61.240 61.870 61.930 76.080 76.110 1 (52.9819 2 (52.9768 averages, volume and 61.900 deg.61.240 deg.61.870 deg.61.930 deg.76.080 deg.76.110 deg.52.9819 psia 52.9768 psia air mass F, 0.2740 F, 0.2676 F , 0.2737 F , 0.2743 F , 0.4454 F , 0.4458 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.70383 52.98190 0.34274 343040 89533.29 deg.F psia psia cu.ft.ibm 66 WNP2 1994 data set 27 time=315 date=719 ILRT-Stabilization sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.510 (93.570 (106.500 (82'10 (99.330 (83.520 (87.030 (84.690 (85.980 (102.210 (103.400 (86.120 (86.560 (81.880 (76.990 (76.920 (76.950 (77.070 106.510 93.570 106.500 82'10 99.330 83.520 87.030 84.690 85.980 102.210 103.400 86.120 86.560 81.880 76.990 76.920 76.950 77'70 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 62.030 61.360 62.050 62.120 76.200 76.160 62.030 deg.61.360 deg.62.050 deg.62.120 deg.76.200 deg.76.160 deg.F , 0.2752 F , 0.2688 F , 0.2754 F , 0.2761 F , 0.4472 F , 0.4466 psia psia psia psia psia psia pressure pressure weighted 1 (52.9802 2 (52.9750 averages, volume and 52.9802 psia 52.9750 psia air mass temperature pressure vapor pressure volume dry air mass 84.67872 52.98020 0.34412 343040 89532.18 deg.F psia psia cu.ft.ibm 67 WNP2 1994 ILRT-Stabilization data set 28 time=330 date=719 sensor raw data value temperature 1 (temperature 2 (temperature 3 (temperature 4 (temperature 5 (temperature 6 (temperature 7 (temperature 8 (temperature 9 (temperature 10 (temperature 11 (temperature 12 (temperature 13 (temperature 14 (temperature 15 (temperature 16 (temperature 17 (temperature 18 (106.480 93.590 106.490 82.890 99.350 83.520 87.010 84.670 86.020 102.210 103.400 86.080 86.560 81.860 76.970 76.900 76.920 77.050 106.480 93.590 106.490 82.890 99.350 83.520 87.010 84.670 86.020 102.210 103.400 86.080 86.560 81.860 76.970 76.900 76.920 77.050 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 62.210 61.480 62.150 62.180 76.080 76.250 62.210 61.480 62.150 62.180 76.080 76.250 deg.F deg.F deg.F deg.F deg.F deg.F 0.2770 0.2699 0.2764 0.2767 0.4454 0.4479 psia psia psia psia psia psia pressure pressure weighted 1 (52.9781 2 (52.9727 averages, volume and 52.9781 psia 52.9727 psia air mass temperature pressure vapor pressure volume dry air mass 84.66582 52.97810 0.34469 343040 89529.77 deg.F psia psia cu.ft.ibm 68 WNP2 1994 data set 29 time=345 date=719 ILRT-Stabilization sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.470 (93.620 (106.480 (82.890 (99.370 (83.500 (87.000 (84.660 (85.990 (102'10 (103.400 (86.100 (86.580 (81'20 (76.930 (76.870 (76.900 (77'20 value 106.470 93.620 106.480 82.890 99.370 83.500 87.000 84.660 85.990 102'10 103'00 86.100 86.580 81.820 76.930 76.870 76'00 77.020 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (62.290 (61.610 (62.250 (62.460 (76.070 (76.190 62.290 61.610 62.250 62.460 76.070 76.190 deg.F deg.F deg.F deg.F deg.F aeg.Ps, 0.2778 0.2712 0.2774 0.2794 0.4452 0.4470 psia psia psia psia psia psia pressure pressure weighted 1 (52~9741 2 (52.9688 averages, volume and 52.9741 psia 52.9688 psia air mass temperature pressure vapor pressure volume dry air mass 84.65074 deg.52.97410 psia 0.34529 psia 343040 cu.89524.42 ibm 69 le=WNP2 1994 ZLRT PRE-DATA REPORT volume=343040 La=0.5000 leap year: no t perature volume fractions (sum=1.0000)t(1)=0.0200 t(6)=0.0550 t(11)=0.0200 t(16)=0.1020 t (2)=0.0390 t(7)=0.0460 t(12)=0.0460 t (17)=0.1020 t(3)=0.0400 t (8)=0.0460 t (13)=0~0460 t(18)=0.1020 t(4)=0.0550 t(9)=0.0460 t(14)=0.0550 t (5)=0.0390 t(10)=0.0390 t(15)=0.1020 dewpoint volume fractions (sum=1.0000)dp(1)=0.1150 dp(2)=0.1970 dp(3)=0.1650 dp(4)=0.1150 dp(5)=0.2040 dp(6)=0.2040 pressure volume fractions (sum=1.0000)p(1)=1.0000 p(2)=0.0000 70
~Jlg NNP2 1994 ILRT DATA
SUMMARY
REPORT data set time date temperature deg F pressure psia vapor pressure psia dry air mass ibm 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 400 415 430 445 500 515 530 545 600 615 630 645 700 715 730 745 800 815 830 845 900 915 930 945 1000 1015 1030 1045 1100 1115 1130 1145 1200 1215 1230 1245 1300 1315 1330 1345 1400 1415 1430 1445 1500 1515 1530 1545 1600 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 84.6315 84.6199 84.6018 84.5954 84.5886 84.5839 84.5859 84.5704 84.5546 84.5450 84.5295 84'099 84.4985 84.4823 84.4756 84.4697 84.4503 84.4440 84.4307 84.4329 84.4149 84.4076 84.4024 84.3919 84.3830 84.3760 84.3677 84.3647 84.3666 84.3597 84.3513 84.3460 84.3456 84.3488 84.3483 84.3541 84.3550 84.3605 84.3574 84.3529 84.3594 84.3534 84.3496 84.3587 84.3572 84.3571 84.3547 84.3632 84.3713 52.9715 52.9702 52.9686 52.9681 52.9673 52.9665 52.9639 52.9618 52.9598 52.9573 52.9549 52.9514 52.9497 52.9476 52.9456 52.9433 52.9413 52.9396 52.9377 52.9357 52.9340 52.9326 52.9309 52.9296 52.9285 52.9270 52.9254 52.9246 52.9235 52.9223 52.9211 52.9201 52.9193 52.9186 52.9177 52.9175 52.9169 52.9152 52.9139 52.9128 52.9121 52.9115 52.9118 52.9116 52.9102 52.9086 52.9095 52.9104 52.9106 0.3459 0.3465 0.3469 0.3472 0.3480 0.3481 0.3486 0.3490 0.3500 0.3504 0.3514 0.3511 0.3518 0.3532 0.3534 0.3538 0.3543 0.3543 0.3542 0.3550 0.3552 0.3553 0.3561 0.3564 0.3563 0.3569 0.3570 0.3575 0.3578 0.3586 0.3590 0.3590 0.3594 0.3598 0.3602 0.3607 0.3608 0.3613 0.3616 0.3617 0.3623 0.3627 0.3633 0.3635 0.3640 0.3641 0.3646 0.3651 0.3655 89522.20 89520.78 89520.41 89520.05 89518.42 89517.66 89512.17 89510.42 89507.83 89504.45 89501.31 89499.14 89496.91 89493.57 89490.92 89487.24 89486.31 89484.36 89483.54 89478.45 89478.09 89476.68 89473.37 89472.43 89472.08 89469.73 89468.15 89466.41 89463.72 89461.55 89460.19 89459.24 89457.29 89454.90 89452.81 89450.67 89449.36 89444.71 89442.42 89441.17 89437.94 89437.17 89437.28 89435.05 89432.09 89429.20 89430.39 89429.59 89427.93 71 WNP2 1994 ILRT data set 1 time=400 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.460 (93.670 (106.400 (82.870 (99.420 (83.500 (86.990 (84.640 (85.940 (102.230 (103.430 (86.070 (86.540 (81.830 (76.910 (76.840 (76.860 (76.980 106.460 93.670 106.400 82.870 99.420 83.500 86.990 84.640 85.940 102.230 103.430 86.070 86.540 81.830 76.910 76.840 76.860 76.980 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure 62.410 61.730 62.350 62.420 76.150 76.140 1 (52.9715 2 (52.9664 62.410 deg.61.730 deg.62.350 deg.62.420 deg.76.150 deg.76.140 deg.52.9715 psia 52.9664 psia F , 0.2789 F , 0.2723 F , 0.2784 F , 0.2790 F , 0.4464 F , 0.4463 psia psia psia psia psia psia weighted averages, volume temperature pressure vapor pressure volume dry air mass and air mass 84.63150 52.97150 0.34586 343040 89522.20 deg.F psia psia cu.ft.ibm 72 WNP2 1994 ILRT data set 2 time=415 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.430 (93.710 (106.370 (82.880 (99.440 (83.490 (86.970 (84.610 (85.950 (102.240 (103.420 (86.060 (86.550 (81.810 (76.880 (76.820 (76.840 (76.960 106.430 93.710 106.370 82.880 99.440 83.490 86.970 84.610 85.950 102.240 103.420 86.060 86.550 81.810 76.880 76.820 76.840 76.960 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 62.540 61.840 62.550 62.580 76.120 76.100 62.540 deg.61.840 deg.62.550 deg.62.580 deg.76.120 deg.76.100 deg.F , 0.2802 F , 0.2734 F , 0.2803 F , 0.2806 F , 0.4460 F , 0.4457 psia psia psia psia psia psia pressure pressure weighted 1 (52.9702 2 (52.9649 averages, volume and 52.9702 psia 52.9649 psia air mass temperature pressure vapor pressure volume dry air mass 84.61991 52.97020 0.34651 343040 89520.78 deg.F psia psia cu.ft.ibm 73 WNP2 1994 XLRT data set 3 time=430 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature ll temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.380 (93.740 (106.370 (82.880 (99.460 (83.480 (86.980 (84.590 (85.900 (102.220 (103.430 (86.070 (86.530 (81.790 (76.850 (76.780 (76.810 (76.930 106.380 93.740 106.370 82.880 99.460 83.480 86.980 84.590 85.900 102.220 103.430 86.070 86.530 81.790 76.850 76.780 76.810 76.930 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint, dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 62.580 61.960 62.690 62.730 76.010 76.110 62.580 deg.61.960 deg.62.690 deg.62.730 deg.76.010 deg.76.110 deg.F, 0.2806 F, 0.2746 F, 0.2817 F , 0.2821 F , 0.4443 F , 0.4458 psia psia psia psia psia psia pressure pressure weighted 1 (52.9686 2 (52.9634 averages, volume and 52.9686 psia 52.9634 psia air mass temperature pressure vapor pressure volume dry air mass 84.60181 52'6860 0.34688 343040 89520.41 deg.F psia psia cu.ft.ibm 74 WNP2 1994 ILRT data set 4 time=445 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.370 (93.770 (106.330 (82.860 (99.480 (83.470 (86.960 (84.590 (85.950 (102.250 (103.410 (86.040 (86.530 (81.820 (76.830 (76.770 (76.790 (76.910 106.370 93.770 106.330 82.860 99.480 83.470 86.960 84.590 85.950 102.250 103.410 86.040 86.530 81.820 76.830 76.770 76.790 76.910 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 62.700 62.070 62.800 62.770 76.020 76.020 62.700 deg.62.070 deg.62.800 deg.62.770 deg.76.020 deg.76.020 deg.F, 0.2818 F , 0.2756 F , 0.2828 F , 0.2825 F , 0.4445 F , 0.4445 psia psia psia psia psia psia pressure pressure weighted 1 (52.9681 2 (52.9629 averages, volume and 52.9681 psia 52.9629 psia air mass temperature pressure vapor pressure volume dry air mass 84.59539 52.96810 0.34721 343040 89520.05 deg.F psia psia cu.ft.ibm 75
WNP2 1994 ZLRT data set 5 time=500 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.330 (93.810 (106.300 (82.920 (99.510 (83.480 (86.960 (84.600 (85.900 (102.250 (103'30 (86.040 (86.530 (81.810 (76.810 (76.740 (76.770 (76.890 106.330 93.810 106.300 82.920 99.510 83.480 86.960 84.600 85.900 102.250 103.430 86.040 86.530 81.810 76.810 76.740 76.770 76.890 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 62.830 62.210 62.870 62.860 76.060 76.040 62.830 deg.62.210 deg.62.870 deg.62.860 deg.76.060 deg.76.040 deg.F, 0.2831 F , 0.2770 F , 0.2835 F , 0.2834 F , 0.4451 F , 0.4448 psia psia psia psia psia psia pressure pressure weighted 1 (52.9673 2 (52.9621 averages, volume and 52.9673 psia 52.9621 psia air mass temperature pressure vapor pressure volume dry air mass 84.58860 52.96730 0.34803 343040 89518.42 deg.F psia psia cu.ft.ibm 76 WNP2 1994 ILRT data set 6 time=515 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.340 (93.860 (106.290 (82.930 (99.550 (83.490 (86.940 (84.610 (85.920 (102.260 (103.470 (86.040 (86.540 (81.820 (76.790 (76.720 (76.730 (76.860 106.340 93.860 106.290 82.930 99.550 83.490 86.940 84.610 85.920 102.260 103.470 86.040 86.540 81.820 76.790 76.720 76.730 76.860 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 62.980)62.330)62.960)62.940 75.940 75.980 62.980 deg.62.330 deg.62.960 deg.62.940 deg.75.940 deg.75.980 deg.F, 0.2846 F , 0.2782 F , 0.2844 F , 0.2842 F , 0.4433 F , 0.4439 psia psia psia psia psia psia pressure pressure weighted 1 (52.9665 2 (52.9612 averages, volume and 52.9665 psia 52.9612 psia air mass temperature pressure vapor pressure volume dry air mass 84.58387 52.96650 0.34813 343040 89517.66 deg.F psia psia cu.ft.ibm 77 WNP2 1994 ILRT data set 7 time=530 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.360 (93.920 (106.300 (82.900 (99.590 (83.490 (86.960 (84.610 (85.970 (102.300 (103.520 (86.050 (86.550 (81.840 (76.770 (76.700 (76.720 (76.830 106.360 93.920 106.300 82.900 99.590 83.490 86.960 84.610 85.970 102.300 103.520 86.050 86.550 81.840 76.770 76.700 76.720 76.830 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 63.080 62.440 63.080 63.140 75.860 75.950 63.080 deg.62.440 deg.63.080 deg.63.140 deg.75.860 deg.75.950 deg.F , 0.2856 F , 0.2792 F , 0.2856 F , 0.2862 F , 0.4421 F , 0.4435 psia psia psia psia psia psia pressure pressure weighted 1 (52.9639 2 (52.9585 averages, volume and 52.9639 psia 52.9585 psia air mass temperature pressure vapor pressure volume dry,air mass 84.58595 52.96390 0.34855 343040 89512.17 deg.F psia psia cu.ft.ibm 78 WNP2 1994 ILRT data set 8 time=545 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.340 (93.960 (106.300 (82.910 (99.620 (83.480 (86.940 (84.600 (85'40 (102.280 (103.540 (86.050 (86.540 (81.830 (, 76.730 (76.660 (76.690 (76.810 106.340 93.960 106.300 82.910 99.620 83.480 86.940 84.600 85.940 102.280 103'40 86.050 86.540 81.830 76.730 76.660 76.690 76.810 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted (63.180 (62.540 (63.190 (63.160 (75.790 (75.990 1 (52.9618 2 (52.9564 averages, volume and 63.180 deg.62.540 deg.63.190 deg.63.160 deg.75.790 deg.75.990 deg.52.9618 psia 52.9564 psia air mass F , 0.2866 F , 0.2802 F , 0.2867 F , 0.2864 F , 0.4411 F , 0.4441 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.57043 52.96180 0.34898 343040 89510.42 deg.F psia psia cu.ft.ibm 79 WNP2 1994 ILRT data set 9 time=600 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.310 (94.010 (106.280 (82.900 (99.650 (83.480 (86.950 (84.590 (85.830 (102.300 (103.520 (86.000 (86.530 (81.810 (76.710 (76.650 (76.670 (76.780 106.310 94.010 106.280 82.900 99.650 83.480 86.950 84.590 85.830 102.300 103.520 86.000 86.530 81.810 76.710 76.650 76.670 76.780 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg..F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 63.320 62.680 63.400 63.210 75.840 76.010 63.320 deg.62.680 deg.63.400 deg.63.210 deg.75.840 deg.76.010 deg.F , 0.2880 F , 0.2816 F , 0.2888 F , 0.2869 F , 0.4418 F , 0.4443 psia psia psia psia psia psia pressure pressure weighted 1 (52.9598 2 (52.9547 averages, volume and 52.9598 psia 52.9547 psia air mass temperature pressure vapor pressure volume dry air mass 84.55463 52.95980 0.35003 343040 89507.83 deg.F psia psia cu.ft.ibm 80 WNP2 1994 ILRT data set 10 time=615 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.300 (94.030 (106.210 (82.920 (.99.670 (83.460 (86.940 (84.550 (85.880 (102.310 (103.540 (86.010 (86.530 (81.790 (76.690 (76.620 (76.660 (76.760 106.300 94.030 106.210 82.920 99.670 83.460 86.940 84.550 85.880 102.310 103.540 86.010 86.530 81.790 76.690 76.620 76.660 76.760 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 63.390 62.740 63.400 63.290 75.950 75.940 63.390 deg.62.740 deg.63.400 deg.63.290 deg.75.950 deg.75.940 deg.F , 0.2887 F , 0.2822 F , 0.2888 F , 0.2877 F , 0.4435 F , 0.4433 psia psia psia psia psia psia pressure pressure weighted 1 (52.9573 2 (52.9528 averages, volume and 52.9573 psia 52.9528 psia air mass temperature pressure vapor pressure volume dry air mass 84.54504 52.95730 0.35044 343040 89504.45 deg.F psia psia cu.ft.ibm 81 WNP2 1994 ZLRT data set 11 time=630 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.280 (94.060 (106.190 (82.890 (99.690 (83.450 (86.930 (84.540 (85.930 (102.320 (103.540 (85.990 (86.490 (81.800 (76.660 (76.590 (76.620 (76.730 106.280 94.060 106.190 82.890 99.690 83.450 86.930 84.540 85.930 102.320 103.540 85.990 86.490 81.800 76.660 76.590 76.620 76.730 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 63.480 62.860 63.560 63.530 76.020 75.890 63.480 deg.62.860 deg.63.560 deg.63.530 deg.76.020 deg.75.890 deg.F , 0.2896 F , 0.2834 F , 0.2905 F , 0.2901 F , 0.4445 F , 0.4426 psia psia psia psia psia psia pressure pressure weighted 1 (52.9549 2 (52.9506 averages, volume and 52.9549 psia 52.9506 psia air mass temperature pressure vapor pressure volume dry air mass 84.52946 52.95490 0.35139 343040 89501.31 deg.F ps 3.a psia cu.ft.ibm 82 WNP2 1994 ILRT data set 12 time=645 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.290 (94.120 (106.160 (82.850 (99.710 (83.420 (86.910 (84.520 (85.830 (102'30 (103.540 (85.960 (86.520 (81.760 (76.640 (76.570 (76.600 (76.700 value 106.290 94.120 106.160 82.850 99.710 83.420 86.910 84.520 85.830 102'30 103.540 85.960 86.520 81.760 76.640 76.570 76.600 76.700 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 63.580 62.970 63.650 63.420 75.810 75.870 1 (52.9514 2 (52.9470 averages, volume and 63.580 deg.62.970 deg.63.650 deg.63.420 deg.75.810 deg.75.870 deg.52.9514 psia 52.9470 psia air mass F, 0.2907 F , 0.2845 F , 0.2914 F , 0.2890 F , 0.4414 F , 0.4423 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.50995 52.95140 0.35106 343040 89499.'14 deg.F psia psia cu.ft.ibm 83 WNP2 1994 ILRT data set 13 time=700 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.280 (94.140 (106.080 (82.840 (99.730 (83.410 (86.890 (84.500 (85.870 (102.320 (103.540 (85 950 (86.510 (81.760 (76.620 (76.550 (76.580 (76.690)))))))106.280 94.140 106.080 82.840 99.730 83.410 86.890 84.500 85.870 102.320 103'40 85.950 86.510 81.760 76.620 76.550 76.580 76.690 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 (63.670 (63.060 (63.670 (63.580 (75.880 (75.870))))))63.670 deg.63.060 deg.63.670 deg.63.580 deg.75.880 deg.75.870 deg.F, 0.2916 F , 0.2854 F , 0.2916 F , 0.2907 F , 0.4424 F , 0.4423 psia psia psia psia psia psia pressure pressure 1 (52.9497)2 (52.9450)52.9497 psia 52.9450 psia weighted averages, volume and air mass temperature pressure vapor pressure volume dry air mass 84.49854 52.94970 0.35177 343040 89496.91 deg.F psia psia cu.ft.ibm 84 WNP2 1994 ILRT data set 14 time=715 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.230 (94.190 (106.100 (82.810 (99.750 (83.390 (86.900 (84.470 (85.810 (102.320 (103.560 (85.950 (86.480 (81.710 (76.600 (76.530 (76.560 (76.670 106.230 94.190 106.100 82.810 99.750 83.390 86.900 84.470 85.810 102'20 103.560 85.950 86.480 81.710 76.600 76.530 76.560 76.670 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 63.770 63.170 63.860 63.850 76.090 75.810 63.770 63.170 63.860 63.850 76.090 75.810 degas deg>>deg~deg degas deg~F , 0.2926 F , 0.2865 F , 0.2935 F , 0.2934 F , 0.4455 F , 0.4414 psia psia psia psia psia psia pressure pressure weighted 1 (52.9476 2 (52.9428 averages, volume and 52.9476 psia 52.9428 psia air mass temperature pressure vapor pressure volume dry air mass 84.48234 52.94760 0.35320 343040 89493.57 deg.F psia psia cu.ft.ibm 85 WNP2 1994 ILRT data set 15 time=730 sensor date=.719 raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.280 (94'30 (106.070 (82.800 (99.780 (83.380 (86.870 (84.470 (85.830 (102.350 (103.590 (85.940 (86.480 (81.740 (76.590 (76.500 (76.530 (76.640 106.280 94.230 106.070 82.800 99.780 83.380 86.870 84.470 85.830 102.350 103.590 85.940 86.480 81.740 76.590 76.500 76.530 76.640 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 63.900 63.290 63.980 63.800 76.010 75.780 63.900 deg.63.290 deg.63.980 deg.63.800 deg.76.010 deg.75.780 deg.F , 0.2939 F , 0.2877 F , 0.2948 F , 0.2929 F , 0.4443 F , 0.4410 psia psia psia psia psia psia pressure pressure weighted 1 (52.9456 2 (52.9407 averages, volume and 52.9456 psia 52.9407 psia air mass temperature pressure vapor pressure volume dry air mass 84.47562 52.94560 0.35341 343040 89490.92 deg.F psia psia cu.ft.ibm 86 WNP2 1994 ILRT data set 16 time=745 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.240 (94.260 (106.050 (82.810 (99.800 (83.370 (86.880 (84.460 (85.870 (102.360 (103.580 (85.930 (86.480 (81.730 (76.570 (76.490 (76.510 (76'20 106.240 94.260 106.050 82.810 99.800 83.370 86.880 84.460 85.870 102.360 103.580 85.930 86.480 81.730 76.570 76.490 76.510 76.620 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 64.000 63.380 64.030 63.850 75.980 75.810 64.000 deg.63.380 deg.64.030 deg.63.850 deg.75.980 deg.75.810 deg.F , 0.2950 F , 0.2886 F , 0'953 F , 0.2934 F , 0.4439 F , 0.4414 psia psia psia psia psia psia pressure pressure weighted 1 (52.9433 2 (52.9386 averages, volume and 52.9433 psia 52.9386 psia air mass temperature pressure vapor pressure~volume dry air mass 84.46965 52.94330 0.35385 343040 89487.24 deg.F psia psia cu.ft.ibm 87 WNP2 1994 ILRT data set 17 time=800 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.270 (94.290 (106.000 (82.760 (99.830 (83.360 (86.890 (84.450 (85.750 (102.360 (103.600 (85.900 (86.460 (81.690 (76.540 (76.480 (76.500 (76.600 106.270 94.290 106.000 82.760 99.830 83.360 86.890 84.450 85.750 102.360 103.600 85.900 86.460 81.690 76.540 76.480 76.500 76.600 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint de, oint pressure pressure 64.060 63.460 64.100 63.980 75.950 75.810 1 (52.9413 2 (52.9364 64.060 deg.63.460 deg.64.100 deg.63.980 deg.75.950 deg.75.810 deg.52.9413 psia 52.9364 psia F , 0.2956 F , 0.2894 F , 0.2960 F , 0.2948 F , 0.4435 F , 0.4414 psia psia psia psia psia psia weighted averages, volume temperature pressure vapor pressure volume dry air mass and air mass 84.45032 52'4130 0.35426 343040 89486.31 deg.F psia psia cu.ft.ibm 88 WNP2 1994 XLRT data set 18 time=815 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.230 (94.320 (106.020 (82.790 (99.840 (83.350 (86.900 (84.440 (85.770 (102.370 (103.590 (85.880 (86.460 (81.660 (76.530 (76.450 (76.480 (76.590 106.230 94.320 106.020 82.790 99.840 83.350 86.900 84.440 85.770 102.370 103.590 85.880 86.460 81.660 76.530 76.450 76.480 76.590 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 64.150 63.530 64.200 64.000 75.880 75.750 64.150 deg.63.530 deg.64.200 deg.64.000 deg.75.880 deg.75.750 deg.F , 0.2965 F , 0.2901 F , 0.2970 F , 0.2950 F , 0.4424 F , 0.4405 psia psia psia psia psia psia pressure pressure weighted 1 (52.9396 2 (52.9346 averages, volume and 52.9396 psia 52.9346 psia air mass temperature pressure vapor pressure volume dry air mass 84.44405 deg.F 52.93960 psia 0.35431 psia 343040 cu.ft.89484.36 ibm 89 WNP2 1994 ILRT data set 19 time=830 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.250 (94.350 (105.930 (82.760 (99.870 (83.330 (86.850 (84.420 (85.770 (102'80 (103.600 (85.890 (86.440 (81.690 (76.500 (76.440 (76.460 (76.570 106.250 94.350 105.930 82.760 99.870 83.330 86.850 84.420 85.770 102.380 103.600 85.890 86.440 81.690 76.500 76.440 76.460 76.570 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 64.260 63.650 64.290 64.100 75.620 75.750 64.260 deg.63.650 deg.64.290 deg.64.100 deg.75.620 deg.75.750 deg.F , 0.2977 F , 0.2914 F , 0.2980 F , 0.2960 F , 0.4386 F , 0.4405 psia psia psia psia psia psia pressure pressure weighted 1 (52.9377 2 (52.9327 averages, volume and 52.9377 psia 52.9327 psia air mass temperature pressure vapor pressure volume dry air mass 84.43074 52.93770 0.35418 343040 89483.54 deg.F psia psia cu.ft.ibm 90 WNP2 1994 ILRT data set 20 time=845 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature-10 temperature ll temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.240 (*94.390 (105.930 (82.760 (99.890 (83.320 (86.880 (84.420 (85.790 (102.400 (103.620 (85.870 (86.460 (81.660 (76.500 (76.430 (76.460 (76.570 106.240 94.390 105.930 82.760 99.890 83.320 86.880 84.420 85.790 102.400 103.620 85.870 86.460 81.660 76.500 76.430 76.460 76.570 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 64.300 63.720 64.450 64.290 75.720 75.680 64.300 deg.63.720 deg.64.450 deg.64.290 deg.75.720 deg.75.680 deg.F , 0.2981 F , 0.2921 F , 0.2996 F , 0.2980 F , 0.4401 F , 0.4395 psia psia psia psia psia psia pressure pressure weighted 1 (52.9357 2 (52.9308 averages, volume temperature pressure vapor pressure volume dry air mass and 52.9357 psia 52.9308 psia air mass 84.43291 deg.F 52.93570 psia 0.35496 psia 343040 cu.ft.89478.45 ibm 91 WNP2 1994 ILRT data set 21 time=900 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.240 (94.430 (105.890 (82.710 (99.910 (83.300 (86.860 (84.400 (85.730 (102.380 (103.610 (85.890 (86.440 (81.680 (76.470 (76.420 (76.430 (76.540 106.240 94.430 105.890 82.710 99.910 83.300 86.860 84.400 85.730 102.380 103.610 85.890 86.440 81.680 76.470 76.420 76.430 76.540 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 64.410 63.840 64.500 64.290 75.640 75.690 64.410 deg.63.840 deg.64.500 deg.64.290 deg.75.640 deg.75.690 deg.F , 0.2992 F , 0.2933 F , 0.3002 F , 0.2980 F , 0.4389 F , 0.4396 psia psia psia psia psia psia pressure pressure weighted 1 (52.9340 2 (52.9292 averages, volume and 52.9340 psia 52.9292 psia air mass temperature pressure vapor pressure volume dry air mass 84.41492 52.93400 0.35521 343040 89478.09 deg.F psia psia cu.ft.ibm 92 WNP2 1994 ILRT data set 22 time=915 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.250 (94.460 (105.830 (82.710 (99.930 (83.300 (86.850 (84.390 (85.740 (102.400 (103.620 (85.910 (86.440 (81.660 (76.460 (76.390 (76.420 (76.520 106.250 94.460 105.830 82.710 99.930 83.300 86.850 84'90 85.740 102.400 103.620 85.910 86.440 81.660 76.460 76.390 76.420 76.520 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 64.500)63.900)64.550)64.330)75.560)75.690)64.500 deg.63.900 deg.64.550 deg.64.330 deg.75.560 deg.75.690 deg.F , 0.3002 F , 0.2939 F , 0.3007 F , 0.2984 F , 0.4377 F , 0.4396 psia psia psia psia psia psia pressure pressure 1 (52.9326)2 (52.9275)52.9326 psia 52.9275 psia weighted averages, volume and air mass temperature pressure vapor pressure volume dry air mass 84.40765 52.93260 0.35534 343040 89476.68 deg.F psia psia cu.ft.ibm 93 WNP2 1994 ILRT data set 23 time=930 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.220 (94.510 (105.820 (82'20 (99.960 (83.290 (86.840 (84.390 (85.780 (102.400 (103.620 (85.880 (86.430 (81.650 (76.450 (76.370 (76.400 (76.510 value 106.220 94.510 105.820 82.720 99.960 83.290 86.840 84.390 85.780 102.400 103.620 85.880 86.430 81.650 76.450 76.370 76.400 76.510 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 64.610 64.020 64.680 64.460 75.590 75.660 64.610 deg.64.020 deg.64.680 deg.64.460 deg.75.590 deg.75.660 deg.F, 0.3013 F , 0.2952 F , 0.3021 F , 0.2997 F , 0.4382 F , 0.4392 psia psia psia psia psia psia pressure pressure weighted 1 (52.9309 2 (52.9261 averages, volume and 52.9309 psia 52.9261 psia air mass temperature pressure vapor pressure volume dry air mass 84.40237 52'93090 0.35610 343040 89473.37 deg.F psia psia cu.ft.ibm 94 WNP2 1994 XLRT data set 24 time=945 date=719 sensor raw data value temperature 1 (temperature 2 (temperature 3 (temperature 4, (temperature 5 (temperature 6 (temperature 7 (temperature 8 (temperature 9 (temperature 10 (temperature 11 (temperature 12 (temperature 13 (temperature 14 (temperature 15 (temperature 16 (temperature 17 (temperature 18 (106.230 94.530 105.810 82.700 99.970 83.290 86.840 84.370 85.730 102.420 103.620 85.870 86.430 81.650 76.430 76.360 76.380 76.490 106.230 94.530 105.810 82.700 99.970 83.290 86.840 84.370 85.730 102.420 103.620 85.870 86.430 81.650 76.430 76.360 76.380 76.490 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 64.690 64.100 64.740 64.500 75.560 75.640 64.690 deg.64.100 deg.64.740 deg.64.500 deg.75.560 deg.75.640 deg.F, 0.3022 F , 0.2960 F , 0.3027 F , 0.3002 F , 0.4377 F , 0.4389 psia psia psia psia psia psia pressure pressure weighted 1 (52.9296 2 (52.9246 averages, volume and 52.9296 psia 52.9246 psia air mass temperature pressure vapor pressure volume dry air mass 84.39194 52.92960 0.35636 343040 89472.43 deg.F psia psia cu.ft.ibm 95 WNP2 1994 ILRT data set 25 time=1000 sensor date=719 raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.190 (94.560 (105.780 (82.710 (99.990 (83.270 (86.820 (84'10 (85.700 (102.420 (103.620 (85.880 (86.440 (81.660 (76.400 (76.340 (76'60 (76.470)))))))))106.190 94.560 105.780 82.710 99.990 83.270 86.820 84.410 85.700 102.420 103.620 85.880 86.440 81.660 76.400 76.340 76.360 76.470 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 64~740)64.150)64.820)64.690)75.410)75.600)64.740 deg.64.150 deg.64.820 deg.64.690 deg.75.410 deg.75.600 deg.F, 0.3027 F , 0.2965 F , 0.3035 F , 0.3022 F , 0.4356 F , 0.4383 psia psia psia psia psia psia pressure pressure 1 (52.9285)2 (52'236)52.9285 psia 52.9236 psia weighted averages, volume and air mass temperature pressure vapor pressure volume dry air mass 84.38297 52.92850 0.35633 343040 89472.08 deg.F psia psia cu.ft.ibm 96 WNP2 1994 ILRT data set 26 time=1015 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.170 (94'10 (105.730 (82.680 (100-010 (83.280 (86.830 (84.390 (85.750 (102.430 (103.620 (85.860 (86.440 (81.620 (76.390 (76.330 (76.350 (76.450 106.170 94.610 105.730 82.680 100.010 83.280 86.830 84.390 85.750 102.430 103.620 85.860 86.440 81.620 76.390 76.330 76.350 76.450 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 5 6 (64.870 (64.240 (64.920 (64'20 (75.440 (75.570 64.870 deg.64.240 deg.64.920 deg.64.720 deg.75.440 deg.75.570 deg.F, 0.3041 F , 0.2975 F , 0.3046 F , 0.3025 F , 0.4360 F , 0.4379 psia psia psia psia psia psia pressure pressure weighted 1 (52.9270 2 (52.9221 averages, volume temperature pressure vapor pressure volume dry air mass and 52.9270 psia 52.9221 psia air mass 84.37601 deg.F 52.92700 psia 0.35688 psia 343040 cu.ft.89469.73 ibm 97 WNP2 1994 ILRT data set 27 time=1030 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.160 (94.630 (105.730 (82.700 (100.030 (83.280 (86.850 (84.370 (85.730 (102.430 (103.610 (85.810 (86.430 (81.630 (76.380 (76.310 (76.330 (76.430 106.160 94.630 105.730 82.700 100.030 83.280 86.850 84.370 85.730 102.430 103.610 85.810 86.430 81.630 76.380 76.310 76.330 76.430 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 64.870 64.340 64.990 64.750 75.370 75.560 64.870 deg.64.340 deg.64.990 deg.64.750 deg.75.370 deg.75.560 deg.F, 0.3041 F , 0.2985 F , 0.3053 F , 0.3028 F , 0.4350 F , 0.4377 psia psia psia psia psia psia pressure pressure weighted 1 (52.9254 2 (52.9206 averages, volume and 52.9254 psia 52.9206 psia air mass temperature pressure vapor pressure volume dry air mass 84.36774 52.92540 0.35701 343040 89468.15 deg.F psia psia cu.ft.ibm 98 WNP2 1994 ILRT data set 28 time=1045 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.170 (94.670 (105.640 (82.700 (100.060 (83.270 (86.840 (84.380 (85.730 (102.430 (103.630 (85.830 (86.450 (81.630 (76.360 (76.300 (76.320 (76.430 106.170 94.670 105.640 82.700 100.060 83.270 86.840 84.380 85.730 102.430 103.630 85.830 86.450 81.630 76.360 76.300 76.320 76.430 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (64.990 (.64.380 (65.080 (64.880 (75.390 (75.530 64.990 deg.64.380 deg.65.080 deg.64.880 deg.75.390 deg.75.530 deg.F , 0.3053 F , 0.2989 F , 0.3063 F , 0.3042 F , 0.4353 F , 0.4373 psia psia psia psia psia psia pressure pressure weighted 1 (52.9246 2 (52.9194 averages, volume and 52.9246 psia 52.9194 psia air mass temperature pressure vapor pressure volume dry air mass 84.36472 52.92460 0.35753 343040 89466.41 deg.F psia psia cu.ft.ibm 99 WNP2 1994 ILRT data set 29 time=1100 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.180 (94.690 (105.660 (82.700 (100.070 (83.270 (86.890 (84.400 (85.750 (102.450 (103.630 (85.840 (86.470 (81.630 (76.350 (76.280 (76.310 (76.410 106.180 94.690 105.660 82.700 100.070 83.270 86.890 84.400 85.750 102.450 103.630 85.840 86.470 81.630 76.350 76.280 76.310 76.410 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 65-120 64.470 65.170 64.880 75.320 75.530 65.120 deg.64.470 deg.65.170 deg.64.880 deg.75.320 deg.75.530 deg.F , 0.3067 F , 0.2999 F , 0.3073 F , 0.3042 F , 0.4343 F , 0.4373 psia psia psia psia psia psia pressure pressure weighted 1 (52-9235 2 (52.9184 averages, volume and 52.9235 psia 52.9184 psia air mass temperature pressure vapor pressure volume dry air mass 84.36665 52.92350 0.35782 343040 89463.72 deg.F psia psia cu.ft.ibm 100 WNP2 1994 ILRT data set 30 time=1115 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.170 (94.750 (105.600 (82.700 (100.100 (83.270 (86.870 (84.400 (85.770 (102.440 (103.630 (85.860 (86.460 (81.600 (76.340 (76.270 (76.280 (76.400 value 106.170 94.750 105.600 82.700 100.100 83.270 86.870 84.400 85.770 102.440 103.630 85.860 86.460 81.600 76.340 76.270 76.280 76.400 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint, dewpoint dewpoint dewpoint dewpoint 65.250 64.600 65.310 65.030 75.310 75.500 65.250 deg.64.600 deg.65.310 deg.65.030 deg.75.310 deg.75.500 deg.F, 0.3081 F , 0.3012 F , 0.3088 F , 0.3058 F , 0.4341 F , 0.4369 psia psia psia psia psia psia pressure pressure weighted 1 (52.9223 2 (52.9170 averages, volume and 52.9223 psia 52.9170 psia air mass temperature pressure vapor pressure volume dry air mass 84.35975 52.92230 0.35856 343040 89461.55 deg.F psia psia cu.ft.ibm 101 WNP2 1994 ILRT data set 31 time=1130 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.160 (94.780 (105.570 (82.690 (100'20 (83.270 (86.880 (84.390 (85'80 (102.450 (103.620 (85.830 (86.460 (81.620 (76.330 (76.260 (76.280 (76.380 106.160 94-780 105.570 82.690 100.120 83'70 86.880 84.390 85.680 102.450 103 620 85.830 86.460 81.620 76.330 76.260 76.280 76.380 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 65.280 64.680 65.380 65.050 75.340 75.490 1 (52.9211 2 (52'159 averages, volume and 65.280 deg.64.680 deg.65.380 deg.65.050 deg.75.340 deg.75.490 deg.52.9211 psia 52.9159 psia air mass F , 0.3084 F , 0.3021 F , 0.3095 F , 0.3060 F , 0.4345 F , 0.4367 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.35135 52.92110 0.35897 343040 89460.19 deg.F psia psia cu.ft.ibm 902 WNP2 1994 ILRT data set 32 time=1145 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.170 (94.800 (105.580 (82.700 (100.140 (83.280 (86.870 (84.400 (85.680 (102.450 (103.610 (85'70 (86.460 (81.590 (76.310 (76.240 (76.260 (76'60 106.170 94.800 105.580 82.700 100.140 83.280 86.870 84.400 85.680 102.450 103.610 85.870 86.460 81.590 76.310 76.240 76.260 76.360 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure 65'10 64.760 65.490 65.070 75.250 75.460 1 (52.9201 2 (52.9150 65.310 deg.64.760 deg.65.490 deg.65.070 deg.75.250 deg.75.460 deg.52.9201 psia 52.9150 psia F , 0.3088 F , 0.3029 F , 0.3107 F , 0.3062 F , 0.4332 F , 0.4363 psia psia psia psia psia psia weighted averages, volume and air mass temperature pressure vapor pressure volume dry air mass 84.34604 52.92010 0.35904 343040 89459.24 deg.F psia psia cu.ft.ibm 103 WNP2 1994 ILRT data set 33 time=1200 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature ll temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.150 (94.840 (105.560 (82.730 (100.150 (83.280 (86.870 (84.390 (85.670 (102'60 (103.620 (85.850 (86.480 (81.640 (76.290 (76.230 (76.250 (76.350 value 106.150 94.840 105.560 82.730 100.150 83.280 86.870 84'.390 85.670 102.460 103.620 85.850 86.480 81'40 76.290 76.230 76.250 76.350 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 65.460 64.820 65.530 65.150 75.230 75.450 65.460 deg.64.820 deg.65.530 deg.65.150 deg.75.230 deg.75.450 deg.F, 0.3104 F, 0.3035 F, 0.3111 F, 0.3071 F , 0.4330 F , 0.4361 psia psia psia psia psia psia pressure pressure weighted 1 (52.9193 2 (52.9142 averages, volume and 52.9193 psia 52.9142 psia air mass temperature pressure vapor pressure volume dry air mass 84.34559 52.91930 0.35944 343040 89457.29 deg.F psia psia cu.ft.ibm 104 WNP2 1994 ILRT data set 34 time=1215 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.140 (94~870 (105.480 (82.790 (100.180 (83.300 (86.880 (84.420 (85.680 (102.480 (103.620 (85.850 (86.510 (81.630 (76.280 (76.220 (76.240 (76.340 106.140 94.870 105.480 82.790 100.180 83.300 86.880 84.420 85.680 102.480 103.620 85.850 86.510 81.630 76.280 76.220 76.240 76.340 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 65.490 64.890 65.620 65.280 75.220 75.420 1 (52.9186 2 (52.9136 averages, volume and 65.490 deg.64.890 deg.65.620 deg.65.280 deg.75.220 deg.75.420 deg.52.9186 psia 52.9136 psia air mass F/0.3107 F , 0.3043 F , 0.3121 F , 0.3084 F , 0.4328 F , 0.4357 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.34883 52.91860 0.35982 343040 89454.90 deg.F psia psia cu.ft.ibm 105 WNP2 1994 ILRT data set 35 time=1230 sensor date=719 raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature ll temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.150 (94.900 (105.480 (82.770 (100.200 (83.300 (86.890 (84.430 (85.750 (102.480 (103'30 (85.850 (86'10 (81'40 (76.270 (76.200 (76.220 (76.330 106.150 94.900 105.480 82'70 100.200 83.300 86.890 84.430 85.750 102.480 103.630 85.850 86.510 81.640 76.270 76.200 76.220 76.330 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 65.590 64.990 65.640 65.340 75.190 75.430 65.590 deg.64.990 deg.65.640 deg.65.340 deg.75.190 deg.75.430 deg.F , 0.3118 F , 0.3053 F , 0.3123 F , 0.3091 F , 0.4324 F , 0.4359 psia psia psia psia psia psia pressure pressure weighted 1 (52~9177 2 (52.9129 averages, volume and 52.9177 psia 52.9129 psia air mass temperature pressure vapor pressure volume dry air mass 84.34828 deg.F 52.91770 psia 0.36021 psia 343040 cu.ft.89452.81 ibm.106 WNP2 1994 ILRT data set 36 time=1245 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.160 (94.940 (105.420 (82.800 (100.220 (83.320 (86.920 (84.450 (85.750 (102.500 (103.640 (85.890 (86.530 (81.680 (76.250 (76.190 (76.210 (76.320 106.160 94.940 105.420 82.800 100.220 83.320 86.920 84.450 85.750 102.500 103.640 85.890 86.530 81.680 76.250 76'90 76.210 76.320 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 65.640 65.060 65.780 65'10 75.180 75.420 65.640 deg.65.060 deg.65.780 deg.65.410 deg.75.180 deg.75.420 deg.F, 0.3123 F/0.3061 F , 0.3139 F , 0.3098 F , 0.4322 F , 0.4357 psia psia psia psia psia psia pressure pressure weighted 1 (52.9175 2 (52.9128 averages, volume and 52.9175 psia 52.9128 psia air mass temperature pressure vapor pressure volume dry air mass 84.35413 deg.F 52.91750 psia 0.36070 psia 343040 cu.ft.89450.67 ibm 107 WNP2 1994 ILRT data set 37 time=1300 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.190 (94.980 (105.420 (82.800 (100.240 (83;350 (86.940 (84.460 (85.780 (102.510 (103.650 (85.870 (86.540 (81.640 (76.250 (76.180 (76.200 (76.300 106.190 94.980 105.420 82.800 100.240 83.350 86.940 84.460 85.780 102.510 103.650 85.870 86.540 81.640 76.250 76.180 76.200 76.300 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 65.690 65.140 65.790 65.450 75.120 75.410 65.690 deg.65.140 deg.65.790 deg.65.450 deg.75.120 deg.75.410 deg.F, 0.3129 F , 0.3069 F , 0.3140 F , 0.3103 F , 0.4314 F , 0.4356 psia psia psia psia psia psia pressure pressure weighted 1 (52.9169 2 (52.9121 averages, volume and 52.9169 psia 52.9121 psia air mass temperature pressure vapor pressure volume dry air mass 84.35500 52.91690 0.36079 343040 89449.36 deg.F psia psia cu.ft.ibm 108 WNP2 1994 ILRT data set 38 time=1315 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.170 (95.020 (105.410 (82.840 (100.280)(83'70)(86.980)(84.470 (85.780 (102.520 (103.650 (85.890 (86.550 (81.680 (76.230 (76.160 (76.190 (76.290 106.170 95.020 105.410 82.840 100.280 83.370 86.980 84.470 85.780 102.520 103.650 85.890 86.550 81.680 76.230 76.160 76.190 76.290 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 5 6 65.780 65.210 65.910 65.610 75.080 75.390 65.780 deg.65.210 deg.65.910 deg.65.610 deg.75.080 deg.75.390 deg.F, 0.3139 F, 0.3077 F , 0.3153 F, 0.3120 F , 0.4308 F , 0.4353 psia psia psia psia psia psia pressure pressure weighted 1 (52.9152 2 (52.9103 averages, volume and 52.9152 psia 52.9103 psia air mass temperature pressure vapor pressure volume dry air mass 84.36047 deg.F 52.91520 psia 0.36129 psia 343040 cu.ft.89444.71 ibm 109 WNP2 1994 ZLRT data set 39 time=1330 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.150 (95.040 (105.370 (82.830 (100.280 (83.370 (86.990 (84.490 (85.720 (102.550 (103.660 (85.930 (86.550 (81.660 (76.220 (76.170 (76.180 (76.280 106.150 95.040 105.370 82.830 100.280 83.370 86.990 84.490 85.720 102.550 103.660 85.930 86.550 81.660 76.220 76.170 76.180 76.280 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 65.850 65.280 66.010 65.670 75.030 75.390 65.850 deg.65.280 deg.66.010 deg.65.670 deg.75.030 deg.75.390 deg.F, 0.3146 F , 0.3084 F , 0.3164 F , 0.3127 F , 0.4301 F , 0.4353 psia psia psia psia psia psia pressure pressure weighted 1 (52.9139 2 (52.9092 averages, volume and 52.9139 psia 52.9092 psia air mass temperature pressure vapor pressure volume dry air mass 84.35738 52.91390 0.36163 343040 89442.42 deg.F psia psia cu.ft.ibm 110 WNP2 1994 ILRT data set 40 time=1345 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.120 (95.070 (105.300 (82.840 (100.300 (83.370 (86.990 (84.480 (85.750 (102.540 (103.640 (85.890 (86.560 (81.710 (76'10 (76.150 (76.170 (76.270 106.120 95.070 105.300 82.840 100.300 83.370 86.990 84.480 85.750 102.540 103.640 85.890 86.560 81.710 76'10 76.150 76.170 76.270 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 (2 (3 (4'5 (6 (65.920 65.380 66.070 65.630 74.970 75.350 65.920 deg.65.380 deg.66.070 deg.65.630 deg.74.970 deg.75.350 deg.F, 0.3154 F , 0.3095 F , 0.3170 F , 0.3122 F , 0.4292 F , 0.4347 psia psia psia psia psia psia pressure pressure weighted 1 (52.9128 2 (52.9083 averages, volume and 52.9128 psia 52.9083 psia air mass temperature pressure vapor pressure volume dry air mass 84.35290 52.91280 0.36170 343040 89441.17 deg.F psia psia cu.ft.ibm 111 WNP2 1994 ILRT data set 41 time=1400 sensor date=719 raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.110 (95.090 (105.290 (82.890 (100.310 (83.380 (87.010 (84.480 (85.770 (102.550 (103.630 (85.950 (86.580 (81.730 (76.200 (76.140 (76.160 (76.260 106.110 95.090 105.290 82.890 100.310 83.380 87.010 84.480 85.770 102.550 103.630 85.950 86.580 81.730 76.200 76.140 76.160 76.260 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 66.020 65.460 66.130 65.670 75.020 75.340 1 (52~9121 2 (52.9074 averages, volume and 66.020 deg.65.460 deg.66.130 deg.65.670 deg.75.020 deg.75.340 deg.52.9121 psia 52.9074 psia air mass F, 0.3165 F, 0.3104 F, 0.3177 F, 0.3127 F , 0.4299 F , 0.4345 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.35944 52.91210 0.36227 343040 89437.94 deg.F psia psia cu.ft.ibm 112 WNP2 1994 ILRT data set 42 time=1415 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.080 (95.130 (105.290 (82.870 (100.320 (83.390 (87.010 (84.520 (85.760 (102.540 (103.620 (85.900 (86.590 (81.740 (76.190 (76.130 (76.140 (76.240 106.080 95.130 105.290 82.870 100.320 83.390 87.010 84.520 85.760 102.540 103.620 85.900 86.590 81.740 76.190 76.130 76.140 76.240 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted (66.060 (.65.530 (66.220 (65.750 (75.040 (75.310 1 (52.9115 2 (52.9069 averages, volume and 66.060 deg.65.530 deg.66.220 deg.65.750 deg.75.040 deg.75.310 deg.52.9115 psia 52.9069 psia air mass F, 0.3169 F I 0-3111 F , 0.3187 F , 0.3135 F , 0.4302 F , 0.4341 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.35341 52.91150 0.36270~343040 89437.17 deg.F psia psia cu.ft.ibm 113 WNP2 1994 ILRT data set 43 time=1430 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.090 (95.170 (105.250 (82.880 (100.330 (83.400 (87.000 (84.520 (85.820 (102.530 (103.610 (85.930 (86.600 (81.690 (76.170 (76.110 (76.130 (76.230 106.090 95.170 105.250 82.880 100.330 83.400 87.000 84.520 85'20 102'30 103.610 85.930 86.600 81.690 76.170 76.110 76.130 76.230 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 66.130 65.590 66.280 65.880 75.090 75.300 1 (52.9118 2 (52.9071 averages, volume and 66.130 deg.65.590 deg.66.280 deg.65.880 deg.75.090 deg.75.300 deg.52.9118 psia 52.9071 psia air mass F, 0.3177 F, 0.3118 F, 0.3193 F, 0.3149 F, 0.4309 F , 0.4340 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.34956 52'1180 0.36331 343040 89437.28 deg.F psia psia cu.ft.ibm 114 WNP2 1994 ILRT data set 44 time=1445 sensor date=719 raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.100 (95.190 (105.220 (82.900 (100.350 (83.410 (87.050 (84.540 (85.830 (102.540 (103.640 (85.980 (86.610 (81.740 (76.160 (76.110 (76'20 (76.220 106.100 95.190 105.220 82.900 100.350 83.410 87.050 84.540 85'30 102.540 103.640 85.980 86.610 81.740 76.160 76.110 76.120 76.220 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 66.180 65.630 66.360 65.890 75.060 75.300 66.180 deg.65.630 deg.66.360 deg.65.890 deg.75.060 deg.75.300 deg.F , 0.3182 F , 0.3122 F , 0.3202 F , 0.3151 F , 0.4305 F , 0.4340 psia psia psia psia psia psia pressure pressure weighted 1 (52.9116 2 (52.9068 averages, volume and 52.9116 psia 52.9068 psia air mass temperature pressure vapor pressure volume dry air mass 84.35875 52.91160 0.36353 343040 89435.05 deg.F psia psia cu.ft.ibm 115 WNP2 1994 ILRT data set 45 time=1500 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.120 (95.230 (105.180 (82.920 (100.380 (83.420 (87'70 (84.540 (85.830 (102.560 (103.650 (85.960 (86.640 (81'10 (76.150 (76'90 (76.110 (76.210 value 106.120 95'30 105.180 82.920 100'80 83.420 87'70 84.540 85.830 102.560 103.650 85.960 86.640 81'10 76.150 76.090 76.110 76'10 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (66.300 (65'30 (66.430 (65.910 (75.080 ('5.270 66.300 deg.65.730 deg.66.430 deg.65.910 deg.75.080 deg.75.270 deg.F/0.3196 F I 0~3133 F I 0.3210 F , 0.3153 F , 0.4308 F , 0.4335 psia psia psia psia psia psia pressure pressure weighted 1 (52.9102 2 (52.9055 averages, volume and 52.9102 psia 52.9055 psia air mass temperature pressure vapor pressure volume dry air mass 84.35717 52'1020 0'6402 343040 89432.09 deg.F psia psia cu.ft.ibm 116 WNP2 1994 ILRT data set 46 time=1515 date=719 sensor raw data value-temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.110 (95.270 (105.120 (82.950 (100.390 (83.420 (87.070 (84.560 (85.840 (102.570 (103.660 (85.980 (86.630 (81.720 (76.140 (76.080 (76'00 (76.200 106.110 95.270 105.120 82.950 100.390 83.420 87.070 84.560 85.840 102.570 103.660 85.980 86.630 81.720 76.140 76.080 76.100 76.200 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 66.300 65.810 66.470 66'30 74.970 75.280 66.300 deg.65.810 deg.66.470 deg.66.030 deg.74.970 deg.75.280 deg.F, 0.3196 F, 0.3142 F , 0.3215 F , 0.3166 F , 0.4292 F , 0.4337 psia psia psia psia psia psia pressure pressure weighted 1 (52.9086 2 (52.9038 averages, volume and 52.9086 psia 52.9038 psia air mass temperature pressure vapor pressure volume dry air mass 84.35713 52.90860 0.36412 343040 89429.20 deg.F psia psia cu.ft.ibm 117 WNP2 1994 ILRT data set 47 time=1530 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.100 (95.300 (105-110 (82'10 (100.420 (83.420 (87.090 (84.570 (85.820 (102.600 (103.630 (85.970 (86.660 (81.710 (76.130 (76.080 (76.090 (76.190 106.100 95.300 105.110 82.910 100.420 83.420 87.090 84.570 85.820 102.600 103'30 85.970 86.660 81.710 76~130 76.080 76.090 76.190 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 66.410 65.850 66.530 66.060 75.000 75.270 66.410 deg.65.850 deg.66.530 deg.66.060 deg.75.000 deg.75.270 deg.F , 0.3208 F , 0.3146 F , 0.3221 F , 0.3169 F , 0.4296 F , 0.4335 psia psia psia psia psia psia pressure pressure weighted 1 (52.9095 2 (52.9045 averages, volume and 52.9095 psia 52.9045 psia air mass temperature pressure vapor pressure volume dry air mass 84.35472 52.90950 0.36455 343040 89430.39 deg.F psia psia cu.ft.ibm 118 WNP2 1994 ILRT data set 48 time=1545 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106'00 (95.320 (105.070 (82.970 (100.430 (83.460 (87.120 (84.590 (85.880 (102.570 (103.630 (86.020 (86.700 (81.700 (76.130 (76.060 (76.080 (76.180 106.100 95.320 105.070 82.970 100.430 83.460 87.120 84.590 85.880 102.570 103.630 86.020 86.700 81.700 76.130 76.060 76.080 76.180 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (66.450 (65.940 (66.640 (66.120 (75.060 (75.220 66.450 deg.65.940 deg.66.640 deg.66.120 deg.75.060 deg.75.220 deg.F, 0.3212 F , 0.3156 F , 0.3234 F , 0.3176 F , 0.4305 F , 0.4328 psia psia psia psia psia psia pressure pressure weighted 1 (52.9104 2 (52.9056 averages, volume temperature pressure vapor pressure volume dry air mass and 52.9104 psia 52.9056 psia air mass 84.36320 deg.F 52.91040 psia 0.36511 psia 343040 cu.ft.89429.59 ibm 119 WNP2 1994 ILRT data set 49 time=1600 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (106.100 (95.350 (105.040 (83.000 (100.440 (83.470 (87.140 (84.620 (85.950 (102.600 (103.670 (86.040 (86.720 (81.730 (76~120 (76.060 (76.060 (76.160 106.100 95.350 105.040 83.000 100.440 83.470 87.140 84.620 85.950 102.600 103.670 86.040 86.720 81.730 76~120 76.060 76.060 76.160 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 66.560 65.970 66.690 66.240 75.020 75.240 1 (52.9106 2 (52.9060 averages, volume and 66.560 deg.65.970 deg.66.690 deg.66.240 deg.75.020 deg.75.240 deg.52.9106 psia 52.9060 psia air mass F , 0.3225 F , 0.3159 F , 0.3239 F , 0.3189 F , 0.4299 F , 0.4331 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.37133 52.91060 0.36550 343040 89427.93 deg.F psia psia cu.ft.ibm 120 PRE-DATA REPORT t'e=WNP2 1994 ILRT-Verification t.erature volume fractions (sum=1.0000)volume=343040 leap year: no La=0.5000 t(1)=0.0200 t(6)=0.0550 t(11)=0.0200 t (16)=0.1020 t(2)=0.0390 t (7)=0.0460 t(12)=0.0460 t(17)=0.1020 t(3)=0.0400 t(8)=0.0460 t(13)=0.0460 t(18)=0.1020 t(4)=0.0550 t(9)=0.0460 t(14)=0.0550 t(5)=0.0390 t(10)=0.0390 t (15)=0.1020 dewpoint volume fractions (sum=1.0000)dp(1)=0'150 dp(2)=0.1970 dp(3)=0.1650 dp(4)=0.1150 dp(5)=0.2040 dp(6)=0.2040 pressure volume fractions (sum=1.0000)p(1)=1.0000 p(2)=0.0000 121 WNP2 1994 ILRT-Verification e DATA data time date temperature set deg F pressure psia vapor pressure psia
SUMMARY
REPORT dry air mass ibm 1 1715 2 1730 3 1745 4 1800 5 1815 6 1830 7 1845 8 1900 9 1915 10 1930 11 1945 12 2000 13 2015 14 2030 15 2045 16 2100 17 2115 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 719 84.3848 84.3709 84.3662 84.3622 84.3630 84.3536 84.3590 84.3532 84.3538 84.3469 84.3465 84.3502 84.3433 84.3450 84.3363 84.3382 84.3360 52.9056 52.9015 52.8977 52.8937 52.8900 52.8864 52.8829 52.8794 52'760 52.8725 52.8689 52.8655 52.8622 52.8587 52.8553 52'518 52.8484 0.3674 0.3677 0.3678 0.3680 0.3684 0.3685 0.3687 0.3693 0'697 0.3698 0.3698 0.3703 0.3707 0.3710 0.3712 0.3716 0.3715 89414.03 89408.84 89402.85 89396.34 89389.27 89384.57 89377.30 89371.36 89364.74 89359.75 89353.66 89346.41 89341.33 89334.53 89329.90 89322.96 89317.62 122 WNP2 1994 data set 1 time=1715 date=719 ILRT-Verification sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.250 (95.560 (104.930 (83.040 (100.580 (83.540 (87.260 (84.650 (85.890 (102.690 (103.740 (86.140 (86.810 (81.700 (76.070 (76.000 (76.020 (76.120 value 106.250 95.560 104.930 83.040 100.580 83.540 87.260 84.650 85.890 102.690 103.740 86.140 86.810 81.700 76.070 76.000 76.020 76.120 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 5 6 66.780 66.340 67.060 66.520 75.030 75.140 66.780 deg.66.340 deg.67.060 deg.66.520 deg.75.030 deg.75.140 deg.F , 0.3249 F , 0.3200 F , 0.3281 F , 0.3220 F , 0.4301 F , 0.4317 psia psia psia psia psia psia pressure pressure weighted 1 (52.9056 2 (52.9008 averages, volume temperature pressure vapor pressure volume dry air mass and 52.9056 psia 52.9008 psia air mass 84.38480 deg.F 52.90560 psia 0.36737 psia 343040 cu.ft.89414.03 ibm 123 WNP2 1994 data set 2 time=1730 date=719 XLRT-Verification sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (106.130 (95.560 (104.900 (83.010 (100.580 (83.520 (87.260 (84.650 (85.890 (102.680 (103.720 (86.100 (86.810 (81.700 (76.050 (75.990 (76.010 (76.110 value 106.130 95.560 104.900 83.010 100.580 83.520 87.260 84.650 85.890 102.680 103.720 86.100 86.810 81.700 76.050 75.990 76.010 76.110 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 66.870 66.380 67.120 66.480 75.030 75.150 66.870 deg.66.380 deg.67.120 deg.66.480 deg.75.030 deg.75.150 deg.F , 0.3259 F , 0.3205 F , 0.3288 F, 0.3216 F , 0.4301 F , 0.4318 psia psia psia psia psia psia pressure pressure weighted 1 (52.9015 2 (52.8969 averages, volume and 52.9015 psia 52.8969 psia air mass temperature pressure vapor pressure volume dry air mass 84.37088 52.90150 0.36766 343040 89408.84 deg.F psia psia cu.ft.ibm 124 WNP2 1994 ILRT-Verification data set 3 time=1745 date=719 sensor raw data value temperature 1 (temperature 2 (temperature 3 (temperature 4 (temperature 5 (temperature 6 (temperature 7 (temperature 8 (temperature 9 (temperature 10 (temperature 11 (temperature 12 (temperature 13 (temperature 14 (temperature 15 (temperature 16 (temperature 17 (temperature 18 (106.090 95.570 104.850 83.000 100.580 83.520 87.260 84.670 85.890 102.670 103.690 86.130 86.820 81.710 76.050 75.980 76.000 76.090 106.090 95.570 104.850 83.000 100.580 83.520 87.260 84.670 85.890 102.670 103'90 86'30 86.820 81.710 76.050 75'80 76.000 76.090 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 (2 (3 (4 (5 (6 (66.960 66.450 67.140 66.620 74.920 75.150 66.960 deg.66.450 deg.67.140 deg.66.620 deg.74.920 deg.75.150 deg.F , 0.3270 F , 0.3212 F , 0.3290 F , 0.3231 F , 0.4285 F , 0.4318 psia psia psia psia psia psia pressure pressure 1 2 (52.8977 (52.8930 52.8977 psia 52.8930 psia weighted averages, volume temperature pressure vapor pressure volume dry air mass and air mass 84.36623 52.89770 0.36783 343040 89402.85 deg.F psia psia cu.ft.ibm 125 WNP2 1994 ILRT-Verification data set 4 time=1800 date=719 sensor raw data value temperature 1 (temperature 2 (temperature 3 (temperature 4 (temperature 5 (temperature 6 (temperature 7 (temperature 8 (temperature 9 (temperature 10 (temperature 11 (temperature 12 (temperature 13 (temperature 14 (temperature 15 (temperature 16 (temperature 17 (temperature 18 (106.020 95.580 104.830 83.030 100.580 83.540 87.270 84.660 85.890 102.660 103.660 86.140 86.820 81.700 76.030 75.970 75.990 76.090 106.020 95.580 104.830 83.030 100.580 83.540 87.270 84.660 85.890 102.660 103.660 86.140 86.820 81.700 76.030 75.970 75.990'6.090 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 66.990 66.490 67.210 66.610 74.890 75.170 66.990 deg.66.490 deg.67.210 deg.66.610 deg.74.890 deg.75.170 deg.F , 0.3273 F , 0.3217 F , 0.3298 F , 0.3230 F , 0.4281 F , 0.4321 psia psia psia psia psia psia pressure pressure weighted 1 (52.8937 2 (52.8893 averages, volume and 52.8937 psia 52.8893 psia air mass temperature pressure vapor pressure volume dry air mass 84.36217 52.89370 0.36804 343040 89396.34 deg.F psia psia cu.ft.ibm 126 WNP2 1994 ILRT-Verification data set 5 time=1815 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.960)(95.590)(104.820 (83.030)(100.590 (83.540)(87.280 (84.660)(85.960)(102.650)(103.650)(86.120 (86.840)(81.710 (76.030)(75.970 (75.980)(76.080)105.960 95.590 104.820 83.030 100.590 83.540 87.280 84.660 85.960 102.650 103.650 86.120 86.840 81.710 76.030 75.970 75.980 76.080 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 5 6 67.070)66.550)67.310)66.710)74.880)75.120)67.070 deg.66.550 deg.67.310 deg.66.710 deg.74.880 deg.75.120 deg.F , 0.3282 F , 0.3223 F , 0.3309 F , 0.3241 F , 0.4279 F , 0.4314 psia psia psia psia psia psia pressure pressure 1 (52.8900)2 (52.8857)52.8900 psia 52.8857 psia weighted averages, volume and air mass temperature pressure vapor pressure volume dry air mass 84.36295 52.89000 0.36842 343040 89389.27 deg.F psia psia cu.ft.ibm 127 NNP2 1994 ILRT-Verification data set 6 time=1830 date=719 sensor raw data value temperature 1 temperature
-2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105'10 (95.610 (104.760 (83.040 (100.570 (83.550 (87.290 (84.650 (85.930 (102.630 (103.640 (86.160 (86.850 (81.710 (76.020 (75.950 (75.960 (76.060 105.910 95.610 104.760 83.040 100.570 83.550 87.290 84.650 85.930 102.630 103.640 86.160 86.850 81.710 76.020 75.950 75.960 76.060 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 67.100 66.610 67.280 66.700 74.880 75.110 67.100 deg.66.610 deg.67.280 deg.66.700 deg.74.880 deg.75.110 deg.F , 0.3285 F , 0.3230 F , 0.3306 F , 0.3240 F , 0.4279 F , 0.4312 psia psia psia psia psia psia pressure pressure weighted 1 (52.8864 2 (52.8821 averages, volume and 52.8864 psia 52.8821 psia air mass temperature pressure vapor pressure volume dry air mass 84.35355 52.88640 0.36849 343040 89384.57 deg.F psia psia cu.ft.ibm 128 WNP2 1994 ILRT-Verification data set 7 time=1845 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.890 (95.630 (104-710 (83.060 (100.590 (83.570 (87.310 (84.640 (85.970 (102.640 (103.630 (86.150 (86.870 (81-710 (76.010 (75.960 (75.970 (76.060 105.890 95.630 104.710 83.060 100.590 83.570 87.310 84.640 85.970 102'40 103.630 86.150 86.870 81.710 76.010 75.960 75.970 76.060 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 67.140 66.660 67.350 66.820 74.810 75.110 67.140 deg.66.660 deg.67.350 deg.66.820 deg.74.810 deg.75.110 deg.F , 0.3290 F , 0.3236 F , 0.3314 F , 0.3254 F , 0.4269 F , 0.4312 psia psia psia psia psia psia pressure pressure weighted 1 (52.8829 2 (52.8784 averages, volume and 52.8829 psia 52.8784 psia air mass temperature pressure vapor pressure volume dry air mass 84.35899 52.88290 0.36874 343040 89377.30 deg.F psia psia cu.ft.ibm 129 WNP2 1994 ILRT-Verification data set 8 time=1900 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.880 (95.660 (104'10 (83.060 (100.590 (83.570 (87.320 (84.650 (85.890 (102.630 (103.610 (86.150 (86.880 (81.720 (76.000 (75.940 (75.960 (76.060 105.880 95.660 104.710 83.060 100.590 83.570 87.320 84.650 85.890 102.630 103.610 86.150 86.880 81.720 76.000 75.940 75.960 76.060 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure weighted 67.220 66.730 67.380 66.910 74.840 75.120 1 (52.8794 2 (52.8747 averages, volume and 67.220 deg.66.730 deg.67.380 deg.66.910 deg.74.840 deg.75.120 deg.52.8794 psia 52.8747 psia air mass F , 0.3299 F , 0.3244 F , 0.3317 F , 0.3264 F , 0.4274 F , 0.4314 psia psia psia psia psia psia temperature pressure vapor pressure volume dry air mass 84.35320 52.87940 0.36929 343040 89371.36 deg.F psia psia cu.ft.ibm 130 WNP2 1994 data set 9 time=1915 date=719 ILRT-Verification sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.860 (95.680 (104.670 (83.060 (100.600 (83.570 (87.330 (84.630 (85.980 (102.630 (103.610 (86.180 (86.880 (81.710 (76.000 (75.930 (75.950 (76.050 105.860 95.680 104.670 83.060 100.600 83.570 87.330 84.630 85.980 102.630 103.610 86.180 86.880 81.710 76.000 75.930 75.950 76.050 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 67.260 66.800 67.570 66.940 74.780 75.120 67.260 deg.66.800 deg.67.570 deg.66.940 deg.74.780 deg.75.120 deg.F , 0.3304 F , 0.3251 F , 0.3339 F , 0.3267 F , 0.4265 F , 0.4314 psia psia psia psia psia psia pressure pressure weighted 1 (52.8760 2 (52.8714 averages, volume and 52.8760 psia 52.8714 psia air mass temperature pressure vapor pressure volume dry air mass 84.35383 52.87600 0.36972 343040 89364.74 deg.F psia psia cu.ft.ibm 131 WNP2 1994 ILRT-Verification data set 10 time=1930 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.830 (95.690 (104.650 (83.050 (100.590 (83.580 (87.350 (84.610 (86.010 (102.620 (103.590 (86.150 (86.900 (81.700 (75.980 (75.930 (75.940 (76.030 105.830 deg.F 95.690 deg.F 104.650 deg.F 83.050 deg.F 100.590 deg.F 83.580 deg.F 87.350 deg.F 84.610 deg.F 86.010 deg.F 102.620 deg.F 103.590 deg.F 86.150 deg.F 86.900 deg.F 81.700 deg.F 75.980 deg.F 75.930 deg.F 75.940 deg.F 76.030 deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 5 6 67.330 66.860 67.500 66.970 74.790 75.100 67.330 deg.66.860 deg.67.500 deg.66.970 deg.74.790 deg.75.100 deg.F, 0.3312 F , 0.3258 F , 0.3331 F , 0.3271 F , 0.4266 F , 0.4311 psia psia psia psia psia psia pressure pressure weighted 1 (52.8725 2 (52.8680 averages, volume and 52.8725 psia 52.8680 psia air mass temperature pressure vapor pressure volume dry air mass 84.34686 52.87250 0.36982 343040 89359.75 deg.F psia psia cu.ft.ibm 132 WNP2 1994 ILRT-Verification data set 11 time=1945 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (105.820 (95.720 (104.620 (83.070 (100.610 (83.590 (87.370 (84.610 (85.970 (102.610 (103.580 (86.170 (86.910 (81.730 (75.970 (75.920 (75.930 (76.020 value 105.820 deg.F 95.720 deg.F 104.620 deg.F 83.070 deg.F 100.610 deg.F 83.590 deg.F 87.370 deg.F 84.610 deg.F 85.970 deg.F 102.610 deg.F 103.580 deg.F 86.170 deg.F 86.910 deg.F 81.730 deg.F 75.970 deg.F 75.920 deg.F 75.930 deg..F 76.020 deg.F dewpoint dewpoint dewpoint dewpoint dewpoint.dewpoint 1 2 3 4 5 6 (67.360 (66.890 (67.580~(66.940 (74.760 (75.060 67.360 deg.66.890 deg.67.580 deg.66.940 deg.74.760 deg.75.060 deg.F , 0.3315 F , 0.3262 F , 0.3340 F , 0.3267 F , 0.4262 F , 0.4305 psia psia psia psia psia psia pressure pressure weighted 1 (52.8689 2 (52.8644 averages, volume and 52.8689 psia 52.8644 psia air mass temperature pressure vapor pressure volume dry air mass 84.34649 52.86890 0.36983 343040 89353.66 deg.F psia psia cu.ft.ibm 133 WNP2 1994 ILRT-Verification data set 12 time=2000 date=719 sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.800 (95.750 (104.580 (83.100 (100.610 (83.600 (87.390 (84.620 (85.950 (102.620 (103.590 (86.190 (86.930 (81.720 (75.980 (75.910 (75.930 (76.020 105.800 95.750 104.580 83.100 100.610 83.600 87.390 84.620 85.950 102.620 103.590 86.190 86.930 81.720 75.980 75.910 75.930 76.020 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint pressure pressure 67.420 66.960 67.660 67.050 74.760 75.050 1 (52.8655 2 (52.8610 67.420 deg.66.960 deg.67.660 deg.67.050 deg.74.760 deg.75.050 deg.52.8655 psia 52.8610 psia F , 0.3322 F , 0.3270 F , 0.3349 F , 0.3280 F , 0.4262 F , 0.4304 psia psia psia psia psia psia weighted averages, volume temperature pressure vapor pressure volume dry air mass and air mass 84.35021 deg.F 52.86550 psia 0.37033 psia 343040 cu.ft.89346.41 ibm 134 WNP2 1994 data set 13 time=2015 date=719 ILRT-Verification sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.800 (95.760 (104-520 (83.070 (100.620 (83.600 (87.390 (84.610 (86.010 (102.600 (103.560 (86.190 (86.930 (81.710 (75.960 (75.910 (75.920 (76.010 105.800 95'60 104.520 83.070 100.620 83.600 87.390 84.610 86.010 102.600 103.560 86.190 86.930 81.710 75.960 75.910 75.920 76.010 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 67.450 67.010 67.660 67.140 74.770 75.070 67.450 deg.67.010 deg.67.660 deg.67.140 deg.74.770 deg.75.070 deg.F , 0.3325 F , 0.3275 F , 0.3349 F , 0.3290 F , 0.4264 F , 0.4306 psia psia psia psia psia psia pressure pressure weighted 1 (52.8622 2 (52.8576 averages, volume temperature pressure vapor pressure volume dry air mass and 52.8622 psia 52.8576 psia air mass 84.34328 deg.F 52.86220 psia 0.37069 psia 343040 cu.ft.89341.33 ibm 135 WNP2 1994 data set 14 time=2030 date=719 ILRT-Verification sensor raw data value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.770 (95.780 (104.530 (83.100 (100.620 (83.610 (87.400 (84.610 (86'80 (102.610 (103.550 (86.210 (86.930 (81.700 (75.950 (75.890 (75.910 (76.000 105.770 95.780 104.530 83.100 100.620 83.610 87.400 84.610 86.080 102.610 103.550 86.210 86.930 81.700 75.950 75.890 75.910 76.000 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 67.560 67.050 67.760 67.110 74.760 75.060 67.560 deg.67.050 deg.67.760 deg.67.110 deg.74.760 deg.75.060 deg.F , 0.3338 F , 0.3280 F , 0.3361 F , 0.3287 F , 0.4262 F , 0.4305 psia psia psia psia psia psia pressure pressure weighted 1 (52.8587 2 (52.8543 averages, volume and 52.8587 psia 52.8543 psia air mass temperature pressure vapor pressure volume dry air mass 84.34497 52.85870 0.37102 343040 89334.53 deg.F psia psia cu.ft.ibm 136 WNP2 1994 ILRT-Verification data set 15 time=2045 date=719 sensor temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 raw data (105.750 (95.810 (104.460 (83.100 (100.630 (83.610 (87.410 (84.600 (85.990 (102.600 (103.550 (86.200 (86.950 (81.700 (75.940 (75.880 (75.900 (76.000 value 105.750 95.810 104.460 83.100 100.630 83.610 87.410 84.600 85.990 102.600 103.550 86.200 86.950 81.700 75.940 75.880 75.900 76.000 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 67.570 67.130 67.780 67.170 74.720 75.050 67.570 deg.67.130 deg.67.780 deg.67.170 deg.74.720 deg.75.050 deg.F , 0.3339 F , 0.3289 F , 0.3363 F , 0.3293 F , 0.4256 F , 0.4304 psia psia psia psia psia psia pressure pressure weighted 1 (52.8553 2 (52.8508 averages, volume and 52.8553 psia 52.8508 psia air mass temperature pressure vapor pressure volume dry air mass 84.33629 deg.F 52.85530 psia 0.37118 psia 343040 cu.ft.89329.90 ibm 137 WNP2 1994 ILRT-Verification data set 16 time=2100 date=719 sensor raw data value temperature 1 (temperature 2 (temperature 3 (temperature 4 (temperature 5 (temperature 6 (temperature 7 (temperature 8 (temperature 9 (temperature 10 (temperature 11 (temperature 12 (temperature 13 (temperature 14 (temperature 15 (temperature 16 (temperature 17 (temperature 18 (105.750 95.840 104'70 83.090 100.640 83.610 87.430 84.600 86.010 102.600 103.550 86.200 86.970 81.680 75.940 75.880 75.900 75.990 105.750 95.840 104.470 83.090 100.640 83.610 87.430 84.600 86.010 102.600 103.550 86.200 86.970 81.680 75.940 75.880 75.900 75.990 deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint (67.640 (67.170 (67.870 (67.240 (74.700 (75.050 67.640 67.170 67.870~67.240 74.700 75.050 degas degas deg~deg~dego degas F , 0.3347 F , 0.3293 F , 0.3374 F , 0.3301 F , 0.4254 F , 0.4304 psia psia psia psia psia psia pressure pressure weighted 1 (52.8518 2 (52.8474 averages, volume and 52.8518 psia 52.8474 psia air mass temperature pressure vapor pressure volume dry air mass 84.33818 52.85180 0.37157 343040 89322.96 deg.F psia psia cu.ft.ibm 138 data set 17 time=2115 sensor WNP2 1994 date=719 raw data ILRT-Verification value temperature 1 temperature 2 temperature 3 temperature 4 temperature 5 temperature 6 temperature 7 temperature 8 temperature 9 temperature 10 temperature 11 temperature 12 temperature 13 temperature 14 temperature 15 temperature 16 temperature 17 temperature 18 (105.730 (95.860 (104.400 (83.110 (100.650 (83.620 (87.440 (84.610 (86.010 (102.600 (103.540 (86.210 (86.970 (81.700 (75.930 (75.870 (75.890 (75.980 105.730 95.860 104.400 83.110 100.650 83.620 87.440 84.610 86.010 102.600 103.540 86.210 86.970 81.700 75.930 75.870 75.890 75.980 deg.F deg.F deg.F deg.F.deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F deg.F dewpoint dewpoint dewpoint dewpoint dewpoint dewpoint 1 2 3 4 5 6 67.640 67.230 67.880 67.280 74.620 75.040 67.640 deg.67.230 deg.67.880 deg.67.280 deg.74.620'eg.
75.040 deg.F , 0.3347 F , 0.3300 F , 0.3375 F , 0.3306 F , 0.4242 F , 0.4302 psia psia psia psia psia psia pressure pressure weighted 1 (52.8484 2 (52.8440 averages, volume and 52.8484 psia 52.8440 psia air mass temperature pressure vapor pressure volume dry air mass 84.33604 52.84840 0.37151 343040 89317.62 deg.F psia psia cu.ft.ibm 139 Washington Public Power Supply System WNP-2 Primary Reactor Containment 1994 Integrated Leakage Rate Test Final Report APPENDIX IV TYPE B&C TEST RESULTS
SUMMARY
REPORT 140 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report TYPE B 8 C TEST RESULTS SUlNMARY REPORT TABLE OF CONTENTS Section 1.0 Introduction
2.0 Discussion
(Type B&C Testing)2.1 Test Methods 2.2 Specific Testing Categories, Acceptance Criteria,&Results 3.0 Type B&C As-Found Testing 3.1 Main Steam Isolation Valves 4.0 TypeATest 5.0 Type B&C Containment Penetration Test Schedule Page 143 143 143 143 145 147 147 149 141 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report TYPE B&C TEST RESULTS
SUMMARY
REPORT LIST OF TABLES Table 1.LLRT As-Left Results for Type B&C Testing Performed Since 1991 ILRT 2.LLRT As-Found Results for Type B 8 C Testing Performed Since 1991 ILRT 3.LLRT Results for Secondary Bypass Leakage Sources 4.As-Left LLRT Results for MSIV's 5.1992 Outage-Isolation Valves Repaired/Adjusted 6.1993 Outage-Isolation Valves Repaired/Adjusted 7.1994 Outage-Isolation Valves Repaired/Adjusted 8.As-Found Leak Rates for MSIV's 9.Minimum Pathway Leak Rates for As-Found Type A Adjustment 10.Containment Penetration Schedule for Type B 8 C Tests Page 144 144 144 145 146 146 146 147 148 150 142 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report INTRODUCTION During each annual spring outage in 1992, 1993 and 1994, Type B and C local leak rate testing was performed on Primary Containment Isolation Valves as prescribed by Appendix J, WNP-2 FSAR and Plant Technical Specifications.
Leak testing is initially performed with valves in their"as-found" condition, i.e.prior to any adjustments or repairs which would affect a valve's leakage characteristics.
Each Type C penetration is analyzed for total leakage using single failure criteria to arrive at the'maximum pathway'eakage rate total for that containment penetration.
The total penetration leakage reported is the largest leak rate calculated from considering all possible single failures of active isolation boundaries.
The Primary Containment Integrated Leak Rate Test (PCILRT)was conducted at the end of the 1994 outage, after Type B and C testing was complete.Several isolation valves were repaired prior to the PCILRT due to excessive leakage detected from LLRT's or due to scheduled maintenence on resilient seals.The ILRT results (as-left)are adjusted by the difference in minimum pathway leakage rates before and after repairs or maintenence activities to arrive at the Type A"as-found" value.The totals for Type B and C testing for the 1992, 1993 and 1994 outages yielded as-found values less than 0.6 La.Zo DISCUSSION (Type B&C Tests)2.1 Methods The pneumatic Type B and C tests were performed utilizing the Pressure Decay and Flow Makeup Methods.Hydrostatic Type C testing on water sealed valves was accomplished using the Flow Makeup Method.2.2 Specific Testing Categories, Acceptance Criteria, and Results The first category consists of air and nitrogen-tested Type B 8 C penetrations.
During the 1992, 1993 and 1994 outages, Type B 8 C testing was performed in accordance with Exemption to Appendix J Testing issued by the NRC with Amendment No.41 to Facility Operating License NPF-21.This allowed testing of approximately half of the Type B 8 C penetrations during each shutdown for refueling.
For determining the Type B 8 C summations, those penetrations not tested have leakage values applied from the previous outage as-left condition.
The measured As-Left Type B&C Leakage Rate summations are tabulated in the following Table 1.143 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report 1992 2,646 sccm Outage Year Sum of Type B Sum of Type C 14,768 sccm Sum of Type B8 C 17,414 sccm Allowable Limit 56,600 sccm (0.5 La)1993 1994 410 sccm 3,148 sccm 10,774 sccm 11,188 sccm 11,184 sccm 14,336 sccm 56,600 sccm (0.5 La)56,600 sccm (0.5 La)Table 1.LLRT As-Left Results for Type B&C Testing Performed Since 1991 ILRT Outage Year 1992 17,928 sccm 15,301 sccm 2,627 sccm Sum of Type B Sum of Type C Sum of Type B&C Allowable Limit 56,600 sccm (0.5 La)1993 1994 689 sccm 774 sccm 13,558 sccm 13,489 sccm 14,247 sccm 14,263 sccm 56,600 sccm (0.5 La)56,600 sccm (0.5 La)Table 2.LLRT As-Found Results for Type B&C Testing Performed Since 1991 ILRT The second category is a subset of the above Type C tests, being the measured leakage rates on the secondary containment bypass lines that must be included in the sum of the Type B&C tests.The allowable leakage rate from these secondary containment bypass sources is 349.2 sccm.The total is derived by employing minimum pathway analysis for these specific penetrations with exception of the penetration yielding the largest leakage from a single component failure"'.
The results are tabulated in Table 3.Notes: 1.Passive components are considered exempt.Penetration X-14 X-22 X-27f X-53 X-56 X-66 X-77Aa X-92 X-93*Failed Com onent Service RWCU from RPV MS Drain TIP Line Drywell HVAC Supply CIA to SRV Accumulators Wetwell HVAC Supply RRC Sample Line DW Service to Drywell Air to Drywell for Maintenence TOTALS 1992 0.0 11.9 4.0 52.5*18.6 19.0 12.0 9.5 0.0 127.5 Leakage Rate (SCCM)1993 30.7 11.9 62.9 27.2 17.7 1.7 1.0 0.4 1.2 154.7 1994 7.5 1.0 0.2 0.8*95 6 9.4 28.3 1.5 3.9 148.2 Table 3.LLRT Results for Secondary Bypass Leakage Sources A third category applies to the Main Steam Isolation Valves (MSIV's).they are similar to the second category in that any process line leakage passes directly from the PRC to the Turbine Building, thereby"bypassing" the SGT system.The line leakage is not 144 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report added to the sum of the Type C leakage rates because the Main Steam Leakage Control System intercepts all leakage past the inboard CIV up to the allowable limit.The allowable leakage rate per Technical Specifications is 5,428 sccm per valve at test pressure of 25 psig.The as-left test results are tabulated in Table 3.Penetration X-18A X-18B X-18C X-18D 1992 2,285 3,715 3,719 5,137 As-Left Leakage Rate (SCCM)1993 3,903 344 656 344 1994 3,291 500 1,594 3,251 Table 4.As-Left LLRT Results for MSIV's The fourth and final category pertains to Containment Isolation Valves (CIV)sealed with fluid from a seal system.Hydrostatic tests were performed on water sealed valves required to maintain Primary Reactor Coolant System integrity during an accident event.Leak rate testing was performed at a pressure equal to 1.1 Pa using the flow makeup method with water.The maximum allowable leakage rate per Technical Specifications is 1.0 gpm times the total number of valves (currently, there are seven penetrations and nine valves in this category).
The total number of valves greatly decreased with the exclusion of vent and drain connections from the leak rate program in 1990.The total measured leakage from all valves was 0.070 gpm for the 1992 outage, 0.050 gpm for the 1993 outage, and 3.204 gpm for the 1994 outage.3.0 TYPE B&C AS-FOUND TESTING During the 1992, 1993 and 1994 testing sequences, the total Type B 8 C As-Found leakage rates were below the allowable limit of 0.6 La (67,920 sccm).Tables 5,6 and 7 list the isolation valves repaired or otherwise adjusted due to excessive as-found leakage and includes a description of the deficiency which caused the excessive leakage and the corrective action taken to reduce the leakage.145 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report Pen¹X-5 X-13 X-25A X-48 X-56 X-83A X-96 X-98 X-102 X-103 X-117 Valve No.RCC-V-5 SLC-V-7 RHR-V-27A RHR-FCV-64B CIA-V-21 PSR-V-X83/1 CAC-FCV-2A CAC-FCV-2B CAC-FCVQA CAC-FCV-4B RHR-V-134A As-Found SCCM 15,662 870 11.0 4,780 244 184.1>20,000 1,643>20,000 4,787 38.0 As-Left SCCM 451 35.2 0.0 8.5 5.0 113.4 192.8 143.0 70.7 1,110 575 Deficiency/Corrective Action REWORK VALVE SEAT MACHINED VALVE SEAT LAP VALVE SEAT REPAIR VALVE SEAT REPAIR SOFT SEAT LAP VALVE SEAT REWORK VALVE INTERNALS REWORK VALVE INTERNALS REWORK VALVE INTERNALS REWORK VALVE INTERNALS LAP VALVE SEAT Table 5.1992 Outage-Isolation Valves Repaired/Adjusted Pen¹X-5 X-56 X-56 X-83A X-99 X-103 Valve No.RCC-V-5,-104 CIA-V-20 CIA-V-21 P SR-V-X83/1 CAC-V-6 CAC-FCV-1A CAC-V-13 CAC-FCV-4B As-Found SCCM 4,200 1,530 6,950 274 5,200 1,330 As-Left (SCCM 0.0 17.7 18.7 35.6 826 0.5 Deficiency/Corrective Action FLUSHED W/WATER MOVATS REPAIR SOFT SEAT FLUSHED W/WATER REWORK VALVE INTERNALS MOVATS Table 6.1993 Outage-Isolation Valves Repaired/Adjusted Pen¹X-17B X-21 X-64 X-73E X-73F X-77Ac X-89B X-102 X-117 Valve No.RFW-V-10B RCIC-V-76 RCIC-V-28 PI-EFC-X73E PSR-V-X73/2 PSR-V-X77A/1 CIA-V-31A CAC-V-4 RHR-V-73A As-Found SCCM 14,130 202 799 282 165.1 244 279 2,250 432 As-Left (SCCM 3,243 12.4 167.5 0.1 133 67.8 33.5 433.3 168 Deficiency/Corrective Action REWORK VALVE INTERNALS REWORK VALVE INTERNALS REWORK VALVE INTERNALS REPLACE VALVE REWORK VALVE INTERNALS REWORK VALVE INTERNALS REWORK VALVE INTERNALS REWORK VALVE INTERNALS REWORK VALVE INTERNALS Table 7.1994 Outage-Isolation Valves Repaired/Adjusted 146 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report 3.1 Main Steam Isolation Valves (MSIV's)The as-found leak rates for the MSIV's are shown in Table 8 below.These valves are tested at 25 psig in accordance with Plant Technical Specifications and are not included in the sum of Type B and C testing.However, these isolation boundaries are subject to the Type A test and as such, their leak rates are reflected in the total Type A results.The allowable leak rate per Technical Specifications is 5,427 sccm per valve.Penetration X-18A X-18B X-18C X-18D 1992 1,568 485 5,172 As-Found Leakage Rate (SCCM)1993 3,903 656 344 1994 3,291 500 1,594 3,251 Table 8.As-Found LLRT Results for MSIV's 4.0 TYPE A TEST The as-left Type A test results were corrected to include the minimum pathway leak rate differential for Type B and C containment isolation boundaries which were repaired or otherwise adjusted during the refueling outage just prior to the 1994 PCILRT.This corrected value is referred to as the As-Found Type A leak rate.The containment boundaries which were repaired or adjusted during the 1994 outage and their as-found and as-left minimum pathway leak rates are listed in Table 9.The total adjustment for repaired or adjusted Type B and C penetrations from Table 7 was 6,691.8 sccm (0.028 wt%/day).Adding this figure to the as-left Type A leak rate of 0.3016 wt%/day, yields a total As-Found Type A leak rate of 0.3296 wt%/day.This does not exceed the maximum allowable leakage rate, La, of 0.5 wt%/day (Ref.1)or the As-Found acceptance criteria set forth in NRC I.E., Information Notice 85-71 of 0.75 La (0.375 wt%/day).147 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report Pen¹X-000 X-53 X-66 X-67 X-101 D X-105B X-47 X-63 X-11A X-11B X-14 X-17A X-17B X-21 X-22 X-25B X-43B X-46 X-77Ac X-89B X-117 Valve No.l Descri tion DRYWELL HEAD CSP-V-1,-2 CSP-V-3,-4 CEP-V-3A,-4A,-3B,-4B ELECT.PENETRATION ELECT.PENETRATION RHR-FCV-64A LPCS-RV-18 RHR-V-16A,-17A RHR-V-16B,-17B RWCU-V-1,-4 RFW-V-65A,-65B RWCU-V-40 RCIC-V-63,-64,-8,-76 MS-V-1 6-19 RHR-V-27B RRC-V-16B RCC-V-40,-21 P SR-V-X77A11 CIA-V-30A RHR-V-1 34A RHR-V-73A As-Found SCCM 15.4 2711 4023 725 31.98 38.95 667 1.3 10.31 4.65 8.9 101 2.5 0.46 663 106 92 552 As-Left SCCM 4.5 91 92 0.0 0.0 750 0.0 16.36 23.65 3.75 43.2 6.2 31.3 8.5 160 68 20 355.7 Penalties SCCM 2688.5 3932-633 31.98 38.95-82.5 1.3-6.05-19.0 5.15-42 95-28.8-8.04 503 38 72 196.3 X-118 X-119 RHR-V-134B CSP-V-9,-1 0 7.8 108 TOTAL 20.6 199.2-12.8-91.2 6691.8 Table 9.1994 Nlinimum Pathway Leak Rates for As-Found Type A Adjustment 148 Washington Public Power Supply System WNP-2 Primary Containment 1994 Integrated Leakage Rate Test Final Report 5.0 TYPE B 8 C CONTAINMENT PENETRATION TEST SCHEDULE On April 29, 1987, the NRC granted an exemption to a provision of Appendix J to WNP-2 (issued by the NRC with Amendment No.41 to Facility Operating License NPF-2).this exemption allowed containment isolation boundaries to be tested at a frequency of every 24 months rather than every refueling outage as required by Appendix J (Ref.7)..Certain conditions were agreed upon between the NRC and WNP-2 Plant Staff regarding the exceptions to the 24 month duration between leak rate tests.Of greatest significance is the requirement to establish leakage limits for each containment barrier.Barriers which exceed this leakage limit are required to be retested during the next refueling outage.One of the conditions of the granted exemption is that the reporting requirements of Appendix J be augmented to include the information associated with the unique aspects of the WNP-2 Type B&C testing program.In particular, a tabulation of leakage limits established for each barrier is required.This tabulation must also indicate those barriers which were tested during the 1994 outage, those which exceeded their leakage limits and must be retested during the 1995 outage, and those penetrations/valves not tested in 1994 and thus being scheduled for testing during the 1995 refueling outage.The information required under the conditions of the granted exemption to Appendix J is presented in Table 10.149 Page1 of5 TABLE 10 CONTAINMENT PENETRATION SCHEDULE FOR TYPE B&C TESTS PEN¹TEST ID¹DESCRIPTION LEAKLIMIT YES TESTED IN 1994 PASSED FAILED TEST IN 1996 NOTES gs?!NM!>!g!g Ig@?gM>I??!N??NNgggg'?!M>Mi'(!?1c>?>><<g'gM(::I:::N
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g gc.'ggs?3ggg 152 Page 4 of 5 TABLE 10 CONTAINMENT PENETRATION SCHEDULE FOR TYPE B&C TESTS PEN¹TEST ID¹DESCRIPTION LEAKUMIT TESTED IN 1894 YES NO PASSED FAILED TEST IN 1985 NOTES).?>>R????st;:s.s>.'@>."..";hh.'assss',",;
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Rssss',.R R>, 4?<&tS,RS>S>S((?S>>S s SS<'>h~<>>>R?>>((k<>>X-96 X-96-1 CAC-V-2, CAC-FCV-2A X!S!!!!!!S!!!c!c'Sc
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N%: s!!s>%!!Ra!!%!s&%;;
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<!S<!R',>S<<<<<s<!Rs!!!s!!!!!at:!!:
s!s!?ha,%!!!<!<'.!!!'<?R!!'!'(!!a!h!a<@
X-97 X-97-1 CAC-V-15, CAC-FCV-1 B X X X-98 X99 X-98-1 X-99-1 CAC-V-11, CAC-FCV-2B CAC-V4, CAC-FCV-1 A X X??'.N????<';??>
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~X<>s a.>s>(<<<ss'.<?>.s<h>><<as&?+>?>':..sE.s(?s%?:;.sss.s'ss<sss<ss&((&w R>sssssss:
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,<S?<S;:~?>SS<M".SSSS.'SS:Sb::x".SS."~
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SS<>%.'N%>R X-101 X-101-1 FPC-V-156;149 X X!ss!!!t!s!<sss!<!>
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'!R!!&N!;:!!?t X-102 X-102-1 CAC-VA, CAC-FCVQA 590 X X X-103 X-104 t>3S&><<RSSS(?SNS X-105:!<!!."i!(h!?W!?!
X-117 X-103-1 CAC-V-13, CAC-FCVAB c" (N<,'?????<?<???:;??<????RS,'<M?R???<R?NRN?RM
<?NR??R?M??????R?NR<&?MM
>NMR c?R?NM X-1041 CAC-V-17, CAC-FCVQB as><<s('&'s'?
Rs<'((?:s?s(<:>>s(<<ss(?<<s3>s'<<5>M(::(R N':"<<?<<sssssss?:Scabs(<ss>s>sss>s<?>
'.R>s's>s>ssa X-105-1 CAC-V4, CAC-FCVQA??!!:!!':?!!!!!!N:!.:!!!??!!i!%!!?(!!SS?4!i!
(?!S!R!S(i(i(!R?"::!!!!!ai!a!!!S?Si!.i!i':!S!a!!!!.",",".i'::?'.<?a?i!?!ca??
X-117-1 RHR-V-124A,-124B X X S<<SSSS&X NNNR!!!!?.?ii!:i??.'.is<<?a
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X S(<R?O'"" S?S:;><:S
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":"3?!!<<!':: i!!!."."(!?!sss."!!'!!!!%!?!':%?.!;8::<<h<!Rs?s(',!?.'s X X-117 X-117?MRMRN?'?R X-118 X-117-2 RHR-V-134A X-1174 RHR-V-73A??M?R?ROM?R:N>??
t'.+RM?&<RMctc
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?R<M??'.;?R;RMR X-118-1 RHR-V-125A,-125B X X X X-118 X-118!!!!'.<<s."%!!!!.">>
X-119 X-118-2 RHR-V-134B X-11M RHR-V-738 X<N SS(<?c>>t<>X c',sg&s!!'.S!s!
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II@>s PEN¹TEST ID¹3<<S<9'S<&BX~DESCRIPTION LEAKUMIT YES DRYWELL HEAD TYPE B TESTS NO PASSED FAILED M?<??h'h?hS>?<<?;,"?
TESTED IN 1994 TEST IN 1996 Rh??()ShS.'.@4 NOTES R?"<?<?S'>R?
BX-1A BX-1 B BX-1 C BX-1 D BX-1 E BX-1F BX-1 G BX-1 H BX-15 BX-16 BX-27A BX-27A-1 BX-27B BX-27B-1 BX-27C BX-27C-1 BX-27D BX-27D-1 BX-27E BX-27E-1 BX-27F BX-27F-1 BX-28 BXW1 BX-100A BX-100B BX-100C&tc>S<<?R<R&?<<?
<<..>?.-.c??'.<?<??R?N?&
INSPECTION PORT INSPECTION PORT INSPECTION PORT INSPECTION PORT INSPECTION PORT INSPECTION PORT INSPECTION PORT INSPECTION PORT EQUIPMENT HATCH PERSONNEL AIRLOCK-PPM 7.4.6.1.3.2 TIP DRIVE FLANGE TIP DRIVE FLANGE TIP DRIVE FLANGE TIP DRIVE FLANGE TIP DRIVE FLANGE TIP PURGE FLANGE CRD REMOVAL HATCH SUPPRESSION CHAMBER HATCH NEUTRON MONITORING NEUTRON MONITORING NEUTRON MONITORING
'???M?RR&?&?????S'?????????
"."R<N&M'cN&'"':: N<?N<<&c X X X X X 5664 X X X X X X X X X<<<<<<X X X X X X X X X X X&<<Me??c&NR>
<R'.R&R?R<'c',"?R
<<<?M<&?"'53 Page 5of5 TABLE 10 CONTAINMENT PENETRATION SCHEDULE FOR TYPE B 8 C TESTS PENS TEST IDO BX-100D BX-101 A DESCRIPTION NEUTRON MONITORING CONTROL ROD POSITION INDICATOR TESTED IN 1994 PASSED X FAILED LEAKUMIT YES No g!g?;g!,".Ij~+I~)!'g.ii';:.'Iac!g TEST IN 1996 NOTES!g??!I;??g???,'?
BX-101 B BX-101 C BX-101 D BX-102A BX-102B BX-103A BX-103B BX-103C BX-103D BX-104A BX-104B BX-104C BX-104D BX-105A BX-105B BX-105C BX-105D BX-106C BX-106D BX-107A BX-107B g!gg."k;~?;
g<!?BX-26 BX-26 BX<7 BX<7 THERMOCOUPLE AND RTD THERMOCOUPLE AND RTD THERMOCOUPLE AND RTD THERMOCOUPLE AND RTD THERMOCOUPLE AND RTD MEDIUM VOLTAGE POWER MEDIUM VOLTAGE POWER MEDIUM VOLTAGE POWER MEDIUM VOLTAGE POWER LOW VOLTAGE POWER LOW VOLTAGE POWER LOW VOLTAGE POWER LOW VOLTAGE POWER CONTROL AND INDICATION CONTROL AND INDICATION CONTROL AND INDICATION CONTROL AND INDICATION WIDE RANGE NEUTRON MONITORING WIDE RANGE NEUTRON MONITORING LOW VOLTAGE PWR.AND CTL.IND.LOW VOLTAGE PWR.AND CTL.IND~i??Ig!!I?,,',@gP mggg(j"?!34%'."??
g!4<!!a?',<gag!
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BX26RV-1 RHR-Rv-25C DISCHARGE FLANGE BX26RV-2 RHR-RV48C DISCHARGE FLANGE BX47RV-1 RHR-RV-1A DISCHARGE FLANGE BX47RV-2 RHR-RV-25A DISCHARGE FLANGE X X X X X X X X X X X X X X X X g?i!?gggggggg?!
'?~g!?i%."?Iggg X X X X X X X X X g?gm!g'.!!g!
'X X Ig!g??i!li~!!
g?ggg!I:,"::.":-!?;:g::g BX<7 BX47RVQ RHR-RV~A DISCHARGE FLANGE BX~BX48RV-1 RHR-RV-1B DISCHARGE FLANGE X BX~BX48RV-2 RHR-RVN DISCHARGE FLANGE BX-48 BX48RVQ RHR-RV-25B DISCHARGE FLANGE BXM BX48RV-4 RHR-RV4SB DISCHARGE FLANGE X X BX~BX<9 BX~BX43 BX48RV-5 RHR-RV40 DISCHARGE FLANGE BX49RV-1 HPCS-RV-14 DISCHARGE FLANGE BX49RV-2 HPCS-Rv~DISCHARGE FLANGE BX63RV-1 LPCS-RV-18 DISCHARGE FLANGE 50 X X X X X X X BX43 BX63RV-2 LPCS-RV41 DISCHARGE FLANGE!g!?!!ggg>N!~g?
Iggggg??!!'g<g g!!g!g?ig?Ig!ii'.i'.!
g!g?i%?ii!..gg?!gI?gg?MÃhg?g?!I?
g!!!ggg!!!ig X NOTES: 1.Containment Purge butterfly valves;tested every 6 months per Plant Technical Specifications.
Leakage limit defined by Technical Spec.'s 2.Airlock tested every 6 months per Plant Technical Specifications Leakage limit defined by Technical Specifications 3.Component will be leak tested if opened during the 1995 outage 4.Feedwater check valve soft seat.Tested every refueling outage per conditions of granted exemption.
154