ML17250B022
| ML17250B022 | |
| Person / Time | |
|---|---|
| Site: | Ginna  |
| Issue date: | 05/31/1989 |
| From: | ROCHESTER GAS & ELECTRIC CORP. |
| To: | |
| Shared Package | |
| ML17250B021 | List: |
| References | |
| NUDOCS 8910270035 | |
| Download: ML17250B022 (316) | |
Text
REACTOR CONTAINMENTBUILDING INTEGRATED LEAKAGERATE May, 1989 for R.E.. GINNA NUCLEAR POWER PLANT UNIT 0 g" ~K+4~8'Qi "'
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ROCHESTER GAS AND ELECTRIC CORPORATION TABLE OF CONTENTS Section Item Title Pa e 1.0 SYNOPSIS
2.0 INTRODUCTION
3.0 GENERAL AND TECHNICAL DATA 3.1 GENERAL DATA 3.2 TECHNICAL DATA 3.3 TEST RESULTS 4.0 'ACCEPTANCE CRITERIA 5.0 TEST INSTRUMENTATXON 8 5.1
SUMMARY
OF INSTRUMENTS 8 5.2 SCHEMATIC ARRANGEMENT 9.
5.3 CALIBRATION CHECKS 10 5.4 INSTRUMENTATION PERFORMANCE 10 5.5 5.6 INSTRUMENT SELECTION GUIDE SUPPLEMENTAL VERIFICATION ll 13 i 6.0 6.1 6.2 6.3 TEST PERFORMANCE PREREQUISITES PRESSURIZATION PHASE TYPE A TESTING PHASE 14 14 14 15 6.4 VERIFICATION TEST PHASE 15 7.0 METHODS OF ANALYSIS 16 8.0 DXSCUSSION OF RESULTS 17 8.1 TYPE A RESULTS 17 8.2 SUPPLEMENTAL TEST RESULTS 17 8.3 SCHEDULE FOR RETESTING 18 9.0 TYPE 'B AND C LEAKAGE RATE 19
10.0 REFERENCES
20 TABLE 1 XNSTRUMENTATXON LOCATIONS AND SCHEMATIC TABLE 2 TYPE B 6 C
SUMMARY
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Appendices A ILRT COMPUTER PROGRAM
SUMMARY
B STABILIZATION DATA AND CALCULATIONS C TYPE A
SUMMARY
DATA By Sensor Environment Mass Loss D TYPE A CALCULATIONS Mass Point Analysis Total Time Analysis E VERIFICATION TEST CALCULATIONS Mass Point Analysis F TYPE A PLOTS Average Temperature vs Time Average Pressure vs Time Average,Dew Point vs Time Containment. Mass vs Time Mass Point Leakage Rate vs Time I G Total Time Leakage Rate vs Time UERIFICATION TEST PLOTS Average Temperature vs Time Average Pressure vs Time Average Dew Point vs Time Containment Mass vs Time Mass Point Leakage Rate vs Time
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1.0 SYNOPSIS The R. E. -Ginna Nuclear Power Plant reactor containment building was subjected to periodic integrated leakage rate.
test (ILRT) during the period from May 15, 1989 to May 17, 1989. The purpose of this test was to demonstrate the acceptability of the building leakage rate at an internal pressure of 35 psig (Pt). Testing was performed in accordance with the requirements of 10 CFR 50, Appendix J, ANSI N45.4-1972 and R. E. Ginna Technical Specifications. In addition, the recommendations of ANSI/ANS 56.8 1981 were considered where appropriate for reduced pressure testing.
The calculated Least Squares Fit (LSF) leakage rate based on the mass point method of analysis was found to be 0.04459%/day with an associated 95% Upper Confidence Level (UCL) of 0.04631%/day. The post test repair leakage and local leakage from valves in service during the ILRT was 0.0000%/day. Thus, the combined leakage rate at the upper bound of the 95% UCL is 0.04631 percent by weight per day which is well below the acceptance criterion of 75% La or 0.1146 per'cent by weight per day. The supplemental instrumentation verification at Pt demonstrated an agreement between calculated reactor containment building integrated leakage rates of 1.3 percent of Lt which is well within the 25% requirement of 10 CFR 50, Appendix J, Section III A.3.b.
All testing was performed by Rochester Gas and Electric Corporation with consultation and technical assistance of TER Services, Inc.
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2.0 INTRODUCTION
The objective of the periodic integrated leak rate test was the verification of the overall leak tightness of the reactor containment building at an internal pressure of 35 psig. The allowable leakage is defined by safety analyses and in accordance with the site exposure guidelines specified by 10 CFR 100. For'. E. Ginna Nuclear Power Plant, the maximum allowable integrated leakage rate at a pressure of 35 psig (Pt) is 0.1528 percent by weight per day (Lt).
Testing was performed in accordance with the procedural requirements as stated in R. E. Ginna Nuclear Power Plant Containment Integrated Leak Rate Test Procedures RSSP-6.0, 6.1, 6.2 and 6.3. These procedures were reviewed by the Plant Operations Review Committee and approved by the Plant Superintendent prior to the commencement of the test.
Leakage rate testing was accomplished at the pressure of 36.032 psig for a period of 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />, followed by a 4 hour4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> supplemental test for a verification of test instrumentation.
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3.0 GENERAL AND TECHNICAL DATA 3.1 GENERAL DATA I Owner:
Docket No.:
Rochester Gas and Electri.c 50-244 Location: South shore of Lake Ontario, 16 miles east of Rochester, N. Y.
Containment
Description:
Reinforced concrete vertical cylinder with pre-stressed tendons in the vertical wall, a reinforced concrete ring anchored to bedrock and a reinforced hemispherical dome.
NSSS Supplier: Westinghouse 3.2 TECHNICAL DATA Containment Net Free Volume: 9.7 x 10 cubic feet Design Pressure: 60 psig Design Temperature: 286 deg F 3.3 Test Results -- ILRT Test
- 1. Test Method Absolute
- 2. Data Analysis Technique Mass Point I 3.
4.
5.
6.
Test, Pressure (At Completion)
Maximum Allowable Leakage Rate, La 75% of La (,Operational Allowable)
Integrated Leakage Rate Test Results Mass Point 35.846 psig 0.1528%/day 0.1146%/day Total Time Type A LSF L.R.%/day 0.04459 0.0679 Type A UCL L.R.%/day 0.04631 0.09016
- 7. Imposed Verificati.on Leakage Rate 0.1562%/day (3.6 SCFM)
- 8. Verification Test Results Leakage Rate Mass Point Analysis 0.1988%/day
- 9. Verification Test Limits Upper* Lower*
Mass Point Analysis 0.2389%/day 0.1625%/day
- Upper Limit = Lo + Lam + 0.25 La
- Lower Limit = Lo + Lam 0.25 La
- 10. Report Printouts The report printouts and plots for the Type A and verification test calculations are provided in Appendices B-G.
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4.0 ACCEPTANCE CRXTERXA Acceptance'riteria established prior to the test and as specified by Ginna Plant Technical Specifications and an exemption to 10 CFR 50, Appendix J, dated March 28, 1978 are as follows:
a 0 The measured leakage rate (Lt) for reduced pressure testing at 35 psig (Pt) shall be less than 75 percent of the maximum allowable leakage rate (Lt) specified as 0.1528 percent by weight of the building atmosphere per day. The acceptance criteria is determined as follows:
Lt = La (Pt/Pa) where La = 0.2%/day Pa = 60 psig Pt = 35 psig Substituting the values for La, Pa, and Pt, Lt = 0.1528% per day and .75 Lt = 0.1146% per day.
- b. The test instrumentation shall be verified by means of a supplemental test. Agreement between the containment leakage measured during the Type A test and the containment leakage measured during the supplemental test shall be within 25 percent of Lt.
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5.0 TEST INSTRUMENTATION 5.1
SUMMARY
OF INSTRUMENTS
~ Test instruments employed are described, by system, in the following subsections. An Instrumentation Selection Guide (ISG) formula, is discussed in Section 5.5 was calculated to be +0.009156%/day.
5.1.1 Temperature Indicating System Components:
- a. Resistance Temperature Detectors (RTD sensors)
Quantity 24 Manufacturer Pyromation Type 100 ohm, Platinum Range, deg F -325 to 250 Accuracy, deg F +O.l Sensitivity, deg F +0.1
- b. Temperature Indicator Quantity 1 Manufacturer Fluke Type 2280 B Datalogger Range, ohms 0 256 Accuracy, +0.0142%input Repeatability, +0.0037%input 5.1.2 Dewpoint Indicating System Components:
a~ Dewcell Elements Quantity 3 Manufacturer Foxboro Type Model 2711A, Lithium Chloride Range, deg F 0-100 Accuracy,deg F +1.0
- b. Dewcell Elements Quantity 3 Manufacturer EGGG Type Model 660, Chilled Mirror Range, deg F -50 C to +100 C Accuracy, deg F +.54 Page 8
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c Dewpoint Xndicator Quantity 1 Manufacturer Fluke Type 2280 B Datalogger Range, ohms 0 - 256 Accuracy, +0 0142%input Repeatability, +0.0037%input 5.1.3 Pressure Monitoring System Precision Pressure Gauges:
'uantity 2 Manufacturer Volumetrics Type Model PPM 1000 Range, psia 0-100 Accuracy, psia +0.015% of indication Sensor Sensitivity, +0.001% of full scale psia Repeatability, psia +0.0003% of full scale 5.1.4 Supplemental Test Flow Monitoring System Flowmeter:
I Quantity Manufacturer Type Range, scfm Accuracy 2
Volumetrics Model 0-10
+1% of FM 10 full scale 5.2 SCHEMATZC ARRANGEMENT A mathematical model of the containment was developed using elevation and plan view construction drawings to define containment subvolumes boundaries. Subsequent to subvolume boundary definition, volume fractions were assigned to each subvolume in the containment. Sensors were then placed as near to the centroid of each subvolume as possible to detect changes in containment atmospheric conditions. Sensors were a placed with consideration given to air stratification, ventilation fans, and slight thermal updrafts caused by natural convection. This was especially true for those sensors in the containment where large open vertical spaces existed i
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Sensor placement considered the thrBB criteria (nearness to subvolume centroid, air stratification, and natural convection occurring in large open areas) and provided stable accuratB representation of containment atmospheric conditions during the ILRT. All sensors were placed in accordance with the above considerations and operated without the disturbance yielding highly reliable test data.
The 24 temperature sensors and 6 dewcells were placed throughout the reactor containment volume to permit monitoring of internal temperature and dewpoint. A temperature survey was performed with the sensors installed which verified no large areas of temperature variation.
The table below indicates sensor location relative to volume fraction assignment. Placement of the temperature sensors and dewcells can be grouped into five elevations as follows:
Elevation RTD's RTD WTFAC Dewcells DCWTFAC (0 each) (% each) 243' .0203 .1215 261' .0171 .1025 286' .0865 .2358 301' '
.0865 .1522 301' .0389 330' .0507 Th e two pressure g agBS wBre weighted at 50 4 each.
t 5.3 CALIBRATION CHECKS Temperature, dewpoint, pressure and, flow measuring systems were checked for calibration before the test in accordance with RGGE procedures as required by ANSI N45.4-1972, Section 6.2 and,6.3. Results of the calibration and calibration checks are on file at R. E. Ginna Nuclear Power Plant. The supplemental test at '35 psig confirmed the instrumentation acceptability.
5.4 INSTRUMENTATION PERFORMANCE The two Volumetrics pressure gauges, the 'twenty-four temperature sensors, six dewcells and flowmeter performed satisfactorily during the Type A Test and Verification Test.
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5.5 INSTRUMENT SELECTION GUIDE (ISG)
Justification of instrumentation selection was accomplished, using manufacturer's sensitivity, accuracy and repeatability tolerances stated in Section 4.1, by computing the ISG formula.
Utilizing the methods, techniques and assumptions in Appendix G to ANS 56.8-1981, the ISG formula was computed for the absolute method as follows:
- a. Actual Conditions Acceptance Criteria at reduced pressure (Lt) = 0.1528%/day Actual Pressure (Pt) 50.439 psia Actual Drybulb Temperature (T) = 69.42 degF or 529.09 degR Actual Dewpoint (Tdp) = 55.643 degF Test Duration (t) 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />
- b. Total Absolute Pressure: ep No. of sensors: 2 Range: 0-100 psia Sensor sensitivity error (E): +0.001% of full scale Measurement system error (e): +0.0003% of full scale
'P = +[(EP) + (eP) ] /[no. of sensors] /
BP +[(Q QQ1 )2 + (Q QQQ3)2jl/2/[2)1/2 P = +0.00074 psia Page 11
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c ~ Water Vapor Pressure: epv No. of sensors: 6 = Chilled Mir'ror 3, Lituim Chloride 3
- Sensor sensitivity error (E): +0.54 degF and +1.0 degF
- Measurement system error (e) excluding sensor:+0.0142%
- Values given are accuracy; true sensitivity and repeatability values would be lower but are unknown.
At a dewpoint temperature of 55.643 deg F, the equivalent water vapor pressure change (as determined from the steam tables) is 0.00791 psia/ deg F.
Pv~ = +0.54 deg F x (0.00791 psia/deg F) = .0042714 Pvz = +1.0 deg F X .00791 = .00791 Pv = ('Pv~ + Pv~)/2 = .0060907 Pv = +(0.000142 x 100deg F) x (0.0060907 psia/deg F)
'Pv = + 0.00008649 psia
'Pv = +[( Pv) + (ePv) ] /[no. of sensors]
BPv ~ [ ( Q QQ6Q9Q7 ) 2 ~ ( Q QQQQ8 649 ) 2] 1/2/ [ 6] 1/2
'Pv = + 0.002847 psia
- d. Temperature No. of sensors: 24 Sensor sensitivity error (E): +0.1 deg F = 0.1 degR Measurement system error (e), +0.0142% of Full Scale Range: 40-130 deg F eT = 0.000142 X (130 deg F) = 0.01846 deg F r
'T = +[(ET) + (eT) ] /[no. of sensors]
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- e. Instrumentation Selection Guide (ISG)
ISG = +(2400/t) [2( / ) + 2( P /P) + 2( T/T) ]
.ISG = +(2400/24) (2(.00074/50.439) + 2(.002457/50.439) +
2(.0208/529.09) ] /
ISG = +100 [4.3049 x 10E-10 + 4.8624E-09 +
3.091E 09]
ISG = +0.009156%/day The ISG formula does not exceed 0.25 Lt (0.0382%/day) and is therefore concluded that the instrumentation selected was acceptable for use in determining the reactor containment integrated leakage rate.
5.6 SUPPLEMENTAL VERIFICATION In addition to the calibration checks described in Section 5.2, test instrumentation operation was verified by a supplemental test subsequent to the completion of the 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> leakage rate test. This test consisted of imposing a known calibration leakage rate on the reactor containment building.
After the flow rate was established duration of the test.
it was not altered for the I During the supplemental test, the measured leakage rate was:
where, Lc Lc =
= Ltm'+ Lo measured composite leakage rate consisting of the reactor building leakage rate plus the imposed leakage rate Lo = imposed leakage rate Ltm'= leakage rate of the reactor building during the supplemental test phase Rearranging the above equation: Ltm'= Lc Lo The reactor containment building leakage during the supplemental test can be calculated by subtracting the known superimposed leakage rate from the measured composite leakage ra te ~
The reactor containment building leakage rate during the supplemental test (Ltm') was then compared to the measured reactor containment building leakage rate during the preceding 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> test (Ltm) to determine instrumentation acceptability.
Instrumentation is considered acceptable if the difference between the two leakage rates is within 25 percent of the maximum allowable leakage rate (Lt)..
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6.0 TEST PERFORMANCE 6.1 PREREQUXSITES i Prior to commencement of -reactor containment building pressurization, the following basic prerequisites were.
satisfied:
a~ Proper operation of all test instrumentation was verified.
- b. All automatic containment building isolation valves were closed by a manual containment isolation signal without any preliminary exercising or adjustment.
c Equipment within the reactor containment building, subject to damage,
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was protected from external differential pressures.
- d. Portions of fluid systems which, under post-accident conditions become extensions of the containment boundary, were drained and vented.
- e. The penetration pressurization system'as depressurized and isolated with test gauges installed to detect any leakage.
Pressure gauges were provided on the following systems to provide a means of detection for leakage into these systems:
- 1. Personnel Access Hatch '.
Equipment Access Hatch gi Containment recirculation fans were operational
- h. Potential pressure sources were removed or isolated from the containment.
A general inspection of the accessible interior and exterior areas of the containment was completed.
6.2 PRESSURIZATION PHASE During the entire ILRT period, data was collected and recorded electronically at fifteen minute intervals via the computer.
(See Appendices B-G.) Following the satisfaction of the prerequisites, pressurization of the reactor building containment was started on May 15, 1989 at 03:08 Building pressure and temperature were monitored continuously throughout the pressurization stage. The pressurization rate was approximately 5.0 psi per hour. During pressurization, a decrease in pressurizer water level was observed. Water level was maintained through refilling the pressurizer as needed.
When containment internal pressure reached 36.632 at 13:30 on May 15, 1989, pressurization was secured. At 18:30 on May 15, 1989, the containment stabilization criteria had been met.
The Pressurizer level was stable with the absence of adding pressure.
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t 6.3 TYPE A TESTING PHASE Leakage rate testing started at 18:45 on May 15, 1989, and was initiated at the 36.032 psig pressure level. The Type A test ran without abnormalities or perturbating events and was completed at 18:45 on May 16, 1989.
6.4 VERIFICATION TEST PHASE Immediately following the 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> Type A test, a superimposed leakage rate of 3.6 SCFM or .1562%/Day was started at 19:00 on May 16, 1989, for an additional 4 hour4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> period. The Verification test also ran without abnormalities or perturbating events and was completed at 23:00 on May 16, 1989. When a air sample was taken by Chemistry, the test was considered complete. Depressurization was complete at 10:15.
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7.0 METHODS OF ANALYSIS The absolute method of leakage rate determination was employed during testing at, the 35.846 psig pressure level. The ATEST computer code (described in Appendix A) calculated the percent per day leakage rate using the mass-point technique of data analysis. The mass point technique of computing leakage rates uses the Ideal Gas Law equation to calculate the weight of air .
inside containment for each fifteen minute interval.
A superimposed induced flow method was used for the 4 hour4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> supplemental test. ATEST computer code fits a straight line using a linear least squares fit. In addition, the computer code also computes the upper bound of the 95% Upper Confidence Levels
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8.0 DISCUSSION OF RESULTS The ILRT data and calculated leakage rates are presented as reports and plots in Appendices B through G. These reports and plots illustrate an ILRT that was performed uninterrupted and without perturbation. The Type A containment mass and mass point leakage rate plot shows that the leakage rate remained essentially constant for the entire test period data.
8.1 TYPE A RESULTS The method used in calculating the mass point leakage rate is defined in Section 7.0. The result of this calculation is a mass point leakage rate of 0.044594/day. The 95% UCL associated with this leakage rate is 0.04631%/day. In addition, the local leakage rate of the instrumentation valves which were in service during the ILRT were also considered but had no leakage.
The calculated leakage rate and the calculated leakage rate at the upper bound of the 95% UCL are well below the acceptance criteria of 0.1146 percent per day (0.75 Lt).
Therefore, reactor containment building leakage at 35 psig (Pt) is considered acceptable.
8.2 SUPPLEMENTAL TEST RESULTS After conclusion of the 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> test at 35 psig, Thermal Mass Flowmeter FI-2A was placed in service and a flow rate, of 3.6 SCFM was established. This flow rate is equivalent to a leakage rate of 0.1562 percent per day.
The calculated leakage rate(Lc) during the supplemental test=
was calculated to be 0.1988 percent per day using the mass point method of analysis.
The building leakage rate during the supplemental test is then determined as follows:
Ltm'= Lc Lo Ltm'= 0.1988%/day 0.1562%/day Ltm'= 0.0426%/day Page 17
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Comparing this leakage rate with the building leakage rate during the 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> test yields the following:
(Ltm Ltm')/ Lt = (0.04459 0.0426)/0.1528= 0.013 The building leakage rates agree within 1.3 percent of Lt which is below the acceptance criteria of 25 percent of Lt.
Using the formulation of ANS 56.8 1981, (Lo + Ltm - 0.25 Lt)< Lc < (Lo + Ltm + 0.25 Lt)
(0.1562 + 0.04459 0.0382)<Lc<(0.1562 + 0.04459 + 0.0382) 0.1625 < Lc < 0.2389 Since Lc was measured to be 0.1988 percent per day, this value falls within the acceptable range 0.1625 to 0.2389 percent per day. Therefore, the acceptability of the test instrumentation is considered to have been verified.
8.3 SCHEDULE FOR RETESTING The thorough examination of the containment penetration boundaries revealed no structural deterioration or abnormalities. All portions of the containment were found to be in good repair.
Therefore, the next periodic Type A retest is proposed to be performed in approximately three years.
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9.0 TYPE B AND C LEAKAGE RATE Table 2 illustrates the on-going B and C testing program from 1987 to 1989 including the respective outages. All local Type B and Type C tests were performed at 60 psig.
The local Type C leakage rate "as found" minus the "as left" represents an addition to the Type A leakage rate of 8.07E-7%/day (759 SCCM). The local Type B leakage rate "as found" increased in the acceptable "as left" condition therefore, no additions were made. Assuming a Type A mass of 249,598 lbs, this added to the 95% UCL yields an "as found" ILRT leakage rate of 0.0463108 4/day which is well within the operational allowable (.1146%/day).
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REFERENCES
- 1) RSSP 6.0, 6.1, 6.2 and 6.3, "Containment Integrated Leakage Rate Test Procedure)"
- 2) Code of Federal Regulations, Title 10, Part 50, Appendix J, (1-1-82).
- 3) ANSI N45.4 - 1972, "Leakage Rate Testing of Containment Structures for Nuclear Reactors," American .Nuclear Society, (March 16, 1972).
- 4) Steam Tables, American Society of Mechanical Engineers, (1967).
- 5) TER Services, Inc., ATEST Computer Code.
- 6) ANSI/ANS- 56. 8 1981, "Containment System Leakage Testing Requirements," American Nuclear Society, (February 19, 1981).
- 7) "Rochester Gas and Electric Corporation" Reactor Containment Building Integrated Leak Rate Test, R. E.
Ginna Nuclear Power Plant, (March 1982).
- 8) R. E. Ginna Nuclear Plant Technical Specification, Appendix A to Operating License Number DPR 18.
- 9) Appendix J Exemption Safety Evaluation Report, dated March 28, 1978, Amendment 17 to Operating License, DPR 18, Dennis L. Ziemann to Leon D. White, Jr.
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APPENDIX A ATEST CONPUTER PROGRAN SUNNARY
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I@ ATEST PROGRAM
SUMMARY
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1.0 INTRODUCTION
'he Type A Test is an integrated leakage rate test (ILRT) designed to verify the leak test integrity of the entire containment building. This test is performed at approximately three-year intervals as required by Appendix J of 10 CFR 50. It is performed in accordance with the American National Standard "Containment System Leakage Testing Requirements," (ANSI/ANS- 56.8-1987),
American National Standard "Leakage Rate Testing of Primary Containment for Nuclear Power Plants," (ANSI N45.4-1972), and the Bechtel Topical Report "Testing Criteria for Integrated Leakage Rate Testing of Nuclear Power Plants," (BN-TOP-1, Rev. 1- 1972).
The ATEST program computes total time leakage rates, mass point leakage rates, LSF leakage rates, and 95% upper confidence level (UCL) leakage rates during the course of the test from input measured values of containment pressure, temperature and dew point.
The ATEST program is also capable of performing the verification phase and will generate specific verifications features to aid in verifying the Type A test.
The program is designed to automate the task of sampling and reducing the data to a usable form in accordance with the above documents. This greatly limits the possibility of human error and provides intermediate results after a short delay. This makes possible to monitor the progress of the test very closely in approximately real time. For each of the two test periods, the ATEST program samples the containment's environment and calculates the values needed to assess the status of the test. Interim results are provided as desired and the program checks to see if the acceptance criteria have been satisfied for the two test periods. The program also produces a printout of all data gathered as well as a record of its calculations. In addition, the data is stored on'hard or floppy computer disks for future reference. The program can recover from a power failure or any other accidental interruptions of the program's execution by reloading the old data and restarting the data sampling routine at the proper location.
Lastly, should one of the RTDs fail during the test, the program will detect the problem and the user can remove that sensor from further calculations. When the test is completed, the program has the ability to recalculate all values for the test, suppressing any failed sensors or instruments from the entire series of calculations.
ATEST is written in a high level language (QuickBASIC) and is designed for use on a micro-computer with direct data input from the data acquisition system. Brief descriptions of program use, formulae used for leakage rate computations, and program logic are provided in the following sections.
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2.0 EXPLANATION OF PROGRAM i The ATEST computer program is written, for use, by experienced ILRT personnel, to determine containment"integrated leakage rates based on the Absolute Method described in ANSI N45.4-1972, ANSI/ANS 56.8-1987, and BN-TOP-1.
Information loaded into the program prior to or at the start of the test:
a~ Number of containment atmosphere drybulb,temperature sensors, dew point temperature (water vapor pressure) sensors and pressure gages to be used in leakage rate computations for the specific test.
- b. Volume fractions assigned to each of the above sensors.
c Calibration data for above sensors.
d.
e.
- f. Maximum available leakage rate at test pressure.
Data recorded from the data acquisition system during the test, and used to compute leakage rates:
Time and date.
Containment atmosphere drybulb temperatures.
Containment atmosphere pressure(s).
Containment atmosphere dew point temperatures.
Containment free air volume.
L If an instrument from the sensor or sensor should is not used.
fail during the test, the data The volume fractions for the remaining sensors are recomputed and reloaded into the program for usB in ensuing leakage rate computations.
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3.0 PROGRAM LOGIC AND OPERATION
SUMMARY
i The ATEST computer program logic flow is- controlled by a set of
.User options after executive questions. The user options and a brief description of their associated function are presented below:
LOG ON/OFF Allows for the use of the data acquisition system for electronic entry and permanent recording of data. Conversely, this toggle can suspend the entry/recording process.
AUTO/MANUAL This key (de)activates the automatic data entry and allows manual entry.
MAINT Provides for maintenance of the data, calibration, and weighting factor files. Its features include defining weighting factors, changing the time increment of logging data, deleting a file record, displaying a record's average environmental contents, and changes the individual record's content. This key has several sub-tiers.
INPUT Provides for either a pre-arranged manual entry(s) or in the MANUAL mode, the method to input the recorded data.
REPORTS This key performs the calculations of program and prints the results. This key has several sub-tiers.
PLOTS This function implements the graphics portion of the program. Any channel or leakage rate can be plotted. This key has several sub-tiers ~
END JOB This key will properly terminate the program.
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I@,, COMPUTER REPORTS AND PLOTS Reports REPORTS Does the analysis of the data accumulated by the ILRT system and then prints out a report of the results. The types of analysis performed are: mass point, total time, environmental averages, mass loss, temperature stabilization, and data rejection. All results from the analysis are printed off a thermal printer. The subprogram REPORTS requires the user to select a valid time window or record window as listed below as a prerequisite for doing analysis.
SENSOR LIST This report outputs all the sensor data for the selected records.
MASS LOSS The mass loss analysis is based on the ANSI/ANS 56.8-1987 Standard acceptance criteria and calculations.
TEMP STAB The temperature stabilization analysis is based on the Bechtel Topical Report (BN-TOP- 1) and the ANSI/ANS 56.8-1987 Standard with their respective acceptance criteria and calculations.
DATA REJECTION The data rejection analysis is based on the Bechtel Topical Report (BN-TOP-1) and the ANSI/ANS 56.8-1987 Appendix D, with their respective acceptance I@ Standard, criteria and calculations.
The total time analysis is based on the Bechtel I TOTAL TIME Topical Report (BN-TOP-1) and its acceptance criteria and calculations.
MASS POINT The mass point analysis is based on the ANSI/ANS 56.8-1987 Standard acceptance criteria and calculations.
ENVIRONMENT The environment analysis is based on the Bechtel Topical Report (BN-TOP-1) and the ANSI/ANS 56.8-1987 Standard with their respective acceptance criteria and calculations.
POINT TO POINT The point to point analysis is based on the ANSI N45.4-1972 Standard and calculations.
its acceptance criteria and 4.2 Plots The Graphics subprogram allows the user to plot the mass point analysis, total time analysis, and displayed channels.
Further, plots can be made in a batch mode by instrument to a printer or a plotter. PLOTS performs autoranging on type the data being plotted for axes values. PLOTS requires the user to select any valid time window or record window as a prerequisite for doing plotting.
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APPENDIK B STABILIZATION DATA 6 CALCULATIONS
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- TEMPERATURE STABILIZATILIZATION ********************
1 ATE 08-24-1989 TIME 10 34 19 TIME TEMP TEMP BN-TOP-1 BN-TOP-1 TEMP ANSI r TA)
S) TEMP DIFF INCR AVG (1 HR)
AVG (2 HR)
RATE (2 HR)
AVG (4 HR)
CRIT t o.00 536.829 0.25 0.50 535.657 534.900 0.000 1 ~ 1 72
-0.757 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
- 0. 000 0.000 0.000 0.75 534.300 -0.600 0.000 0.000 0.000 0.000 0.000 1.00 533.833 -0.467 535.331 0.000 0.000 0.000 0.000 1.25 533.454 -0.379 534.556 0.000 0.000 0.000 0.000 1.50 533.078 -0.377 533.989 0.000 0.000 0.000 0.000 1.75 532.814 -0.263 533.557 0.000 0.000 0.000 0.000 2.00 532.566 -0.248 533.200 -2.131 2.131 0.000 0.000 2.25 532.314 -0.253 532.884 -1.672 1.672 0.000 0.000 2.50 532.117 -0.196 532.597 -1.391 1.391 0.000 0.000 2.75 532.019 -0.098 532.417 -1.140 1.140 0.000 0.000 3.00 531.829 -0.191 532.198 -1.002 1.002 0.000 0.000 l 3.25 3.50 3.75 4.00 531.671 531.502 531.417 531.257
-0.158
-0.169
-0."085
-0.159 531.992 531.810 531.718 531.543
-0.892
-0.788
-0.699
-0.654 0.892 0.788 0.699 0.654 0.000 0.000 0.000
-1.393 0.000 0.000 0.000 0.822 4.25 531.199 -0.059 531.435 -0.557 -1.115 r 4.50 4.75 531.084 530.967
-0.114
-0.117 531.293 531.192
-0.516
-0.526 0.557 0.516 0.526
-0.954
-0.833 0.643 0.536 0.384 5.00 530.869 -0.098 531.063 -0.480 0.480 -0.741 0.353 I
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APPENDIX C TYPE A
SUMMARY
DATA By Sensor Environment Mass Loss
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- SENSOR LIST RECORD NUMBER 104 DATE 015 TIME 18 45 0 URES 50.86700 2 50.85800 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.86250 TD/S 1 66.299 2 66.376 3 66.170 4 66.364 5 66.776 6 66.256 7 68.283 8 67.111 9 67.262 10 67.274 11 68.552 12 68.715 13 72.228 14 72.305 15 72.737 16 71.132 17 72.359 18 72.499 19 73.758 20 72.511 21 72.076 22 72.714 23 72.434 24 72.402 NACT 56.548 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT , 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 71.162 EW CELLS 1 55.339 INACT 64.377 INACT 55.278 4 58.807 INACT 58.601 58.640 INACT 54.389 54.805 58.131 0.000 INACT 6
INACT 58.169 0.000 ll INACT 59.006 0.000 8
INACT 58.083 VG DEW CELL 57.838 MBIENT PRESS 14.593 APOR PRESS .2371043 DRY PRESSURE 50.6254 LOWS 0
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'********************** SENSOR LIST ECORD NUMBER 105 DATE 015 TIME 19 0 0 P SURES 0 50.85900 2 50.84900 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.85400 TD/S 1 66.305 2 66.380 3 66.186 4 66.371 5 66.826 6 66.274 7 68.278 8 67.117 9 67.269 10 67.292 11 68.547 12 68.733
'13 72.160 14 72.203 15 72.615 16 71.118 17 72.277 18 72.418 19 72.853 20 72.429 21 71.999 22 72.465 23 72.293 24 72.282 NACT 57.553 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 i INACT AVG RTD 0.000 71.050 INACT 0.000 EW CELLS 1 55.035 INACT 61.173 INACT 55.435 4 58.747 INACT 57.892 6 58.452 INACT 54.485 8 54.901 57.987 INACT 58.035 11 58.909 INACT 57.900 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.716 AMBIENT PRESS 14.593 APOR PRESS .2360689 DRY PRESSURE 50.61793 LOWS 0 OTAL FLOW 0
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- $ ENSOR LIST 1RECORD NUMBER 106 DATE 015 TIME 19 15 0 P SURES 50.85100 2 50.84100 0.00000 INACT 0.00000 i INACT AVG PRESSURE 0.00000 50.84600 INACT 0.00000 RTD/S 1 66.310 2 66.376 3 66.179 66.342 5 66.776 6 66.256 7 68.260 8 67.102 9 67.274 10 67.285 11 68.532 12 68.726 O 13 72;033 14 72.099 15 72.488 16 71.089 17 ,72.185 18 72.316 19 72.923 20 72.305 21 71.859 22 72.488 23 72.196 24 72.185 NACT 55.717 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 70.984
~
EW CELLS 1 55.147
~ INACT 58.667 INACT 56.434 4 58.700 INACT 57.892 6 58.306 INACT 54.669 8 55.220 57.852 INACT 57.987 11 58.909 INACT 57.852 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.701 MBIENT PRESS 14.593 APOR PRESS .2359424 DRY PRESSURE 50.61006 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 107 DATE 015 TIME 19 30 0 50.84300 2 50.83400 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.83850 RTD/S 1 .66.310 2 66.385 3 66.179 4" 66.376 5 66.776 66.267 68.303 67.122 9 67.274 71.924 6
10 67.296 ll 7
68.552 8
12 68.726 13 17 72.044 71.750 14 18 72.010 72.185 72.357
'915 72.379 73.074 16 20 71.078 72.185 21 22 23 72.076 24 72.076 INACT 54.678 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 70.919 EW CELLS 1 55.850 INACT 66.486 INACT 56.807 4 58.629 INACT 57.783 6 58.255 INACT 54.717 8 55.365 57.718 INACT 57.756 11 58.861 INACT 57.621 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.740 MBIENT PRESS 14.593 APOR PRESS .2362719 DRY PRESSURE 50.60223 "LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 108 DATE 015 TIME 19:45: 0 50.83600 2 50.82600
'0.00000 INACT 0.00000 X NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.83100 RTD/S 1 66.310 2 66.385 3 66.190 4 66.353 5 66.819 6 66.287 7 68.283 8 67.133 9 67.285 10 67.285 11 68.552 12 68.737 13 71.838 14 71.924 15 72.305 16 71.035 17 21 71.967 71.644 18 22 72.076 72.205 '3 19 72.834 71.967 20 24 72.076 71.999 XNACT 53.782 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT ,0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.842
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EW'CELLS 1 55.702,
~ INACT 61.464 INACT 57.098 58.520 INACT 57.803 6 58.077 INACT 54.901 8, 55.548 57.669 INACT 57.718 11 58.861 INACT 57.573 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.685 AMBIENT PRESS 14.593 APOR PRESS .2358094 DRY PRESSURE 50.59519 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER - 109 DATE 015 TIME 20 0 0 URES 50.82900 2 50.82000 Il 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 L
AVG PRESSURE 50.82450 TD/S 1 66.321 2 66.385 3 66.179 4 66.364
'8 5 -
66.819 6 66.278 7 68.303 8 67.133 9 67.285 10 67.296 11 68.552 12 68.737 13 71.741 14 71.838 15 72.196 16 71.026 17 71.893 71.979 19 72.402 20 72.001 21 71.589 22 72.108 23 71.893 24 71.881 INACT 53.825 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT " 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT . 0.000
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AVG RTD 70.764
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EW CELLS 1 55.461
~ INACT 61.785 INACT 57.180 4 58.413 INACT 57.950 6 58.028 INACT 54.950 8 55.635 t 57.534 0.000 INACT 57.486 INACT 0.000 11 INACT 58.631 0.000 INACT 57.573 VG DEW CELL 57.555 AMBIENT PRESS 14.593 APOR PRESS DRY PRESSURE 50.58979 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 110 DATE 015 TIME 20'15' URES 50.82200 l 50.81300 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.81750 TD/S 1 66.321 2 66.385 3 66.201 4 66.353 66.819 66.278 68.292 67.133 5
9 13 67.296 71.653 ,
6 10 14 67.296 71.741 ll 7
15 68.563 72.130 8
12 16 68.749 70.992 17 71.827 18 71.967 19 72.889 20 71.904 21 71.476 22 72.200 23 71.800 24 71.834 INACT 53.443 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.748 DEW CELLS 1 55.848 INACT 64.429 INACT 57.684 58.304 INACT 58.325 57.911 INACT 54.988 55.780 t 57.390 0.000 INACT 6
INACT 57.342 0.000 ll INACT 58.631 0.000 8
INACT 57.438 VG DEW CELL 57.549 AMBIENT PRESS 14.593 APOR PRESS DRY PRESSURE 50.58284 LOWS. 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 111 DATE 015 TIME 20'30 0 P URES 50.81600 2 50.80700 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.81150 RTD/S 1 66.321 2 66.376 3 66.201 4 66.364 5 66.808 6 66.278 7 68.292 8 67.133 9 67.317 10 67.308 11 68.552 12 68.749 13 71.567 14 71.664 15 72.022 16 70.960 17 71.707 18 71.893 19 72.293 20 71.795 21 71.392 22 71.936 23 71.687 24 71.687 LINACT INACT 53.933 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.'00 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.644 t DEW 1
INACT CELLS 55.717 58.147 INACT 64.442 57.793 INACT 57.328 4 58.283 6 INACT 55.133 8 55.915 t 57.342 0.000 INACT 57.573 INACT 0.000 11 INACT 58.631 0.000 INACT 57.438 AVG DEW CELL 57.514 AMBIENT PRESS 14.593 APOR PRESS .2343607 DRY PRESSURE 50.57714 LOWS 0
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- SENSOR LIST RECORD NUMBER 112 DATE - 015 TIME 20 45 0 SSURES
,0 50.81000 2 50.80100 T 0.00000 INACT 0.00000 i INACT AVG PRESSURE 0.00000 50.80550 INACT 0.00000 RTD/S 1 66.310 2 66.396 3 66.201 4 66.376 5 66.830 6 66.287 .7 68.292 8 67.122 9 67.308 10 67.308 11 68.563 12 68.737 13 71.492 14 71.555 15 71.956 16 70.937 17 71.664 18 71.761 19 72.585 20 71.741 21 71.329 22 71.795 23 71.632 24 71.621 a INACT INACT 53.901 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.00'0 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD '0.604 EW CELLS 1 55.835 INACT 67.139 INACT 57.227 4 58.176 INACT 58.038 6 57.733 INACT 55.085 8 56.012 57.159 INACT 57.207 11 58.266 INACT 57.255 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.384 AMBIENT PRESS 14.593 APOR PRESS .2332628 DRY PRESSURE 50.57224 LOWS 0
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- SENSOR LIST RECORD NUMBER 113 DATE 015 TIME 21 0' P SURES 50.80400 2 50.79500 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.79950 RTD/S
,1 66.342 2 66.396 3 66.201 4 66.353 66.787 66.287 68.292 l 13 17 5
9 67.308 71.415 71.589 6
10 14 18 67.308 71.512 71.698 7
11 15 19 68.552 71.870 72.239 8
12 16 20 67.133 68.737 70.917 71.653 t 21 INACT INACT 71.220 54.181 0.000 22 INACT INACT 71.827 0.000 0.000 23 INACT INACT 71.555 0.000 0.000 24 INACT INACT 71.567 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 t INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT.
INACT INACT 0.000 0.000 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.544 EW CELLS 1 55.929 INACT 60.129 INACT 56.982 4 58.156 INACT 57.931 57.616 55.123 56.050 6
ll INACT 8
57.159 INACT 57.063 58.035 INACT 57.246 I 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.324 AMBIENT PRESS 14.593 APOR PRESS .2327589 DRY PRESSURE 50.56674 tFLOWS 0
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- SENSOR LIST RECORD NUMBER 114 DATE . 015 TIME 21 15' P SURES 50.79900 2 50.78900 0.00000 INACT 0.00000 i INACT AVG PRESSURE 0.00000 50.79400 INACT 0.00000 RTD/S 1 66.353 2 66.396 3 66.201 4 66.353 5 66.819 6 66.287 7 68.303 8 67.145 t 13 17 9 67.317 71.338 71.535 10 14 18 67.317 71.447 71.621 11 15 19 68.563 71.804 72.531 12 16 20 68.726 70.872 71.589 t 21 INACT 71.155 INACT 51.870 0.000 22 INACT INACT 71.653 0.000 0.000 23 INACT INACT 71.481 0.000 0.000 .
24 INACT INACT 71.481 0.000 0.000 i INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 t INACT AVG RTD 0.000 70.507 INACT 0.000 t DEW 1
CELLS 56.051 INACT 63.949 INACT 57.363 4 58.009 57.812 i INACT 57.111 0.000 6 57.587 INACT 57.207 INACT 0.000 INACT 11 INACT 55.317 58.314 0.000 8 56.195 INACT 57.072 iAVG DEW CELL AMBIENT PRESS 57.381 14.593 APOR PRESS .2332406 DRY PRESSURE 50.56076 tFLOWS
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t RECORD NUMBER 115 SENSOR LIST DATE 015 TIME - 21 30 0 P SURES 50.79300 2 50.78400 T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.78850 RTD/S 1 66.321 2 66.407 3 66.213 4 66.376 5 66.819 6 66.287 7 68.292 8 67.145 9 67.308 10 67.317 11 68.586 12 68.726 13 71.275 14 71.361 15 71.730 16 70.851 17 71.447 18 71.512 19 72.379 20 71.535 21 71.107 22 71.573 23 .71.422 .24 71.422 XNACT 53.463 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.449 t DEW 1
CELLS 56.307 INACT 64.750 INACT 57.174 4 57.999 i~INACT 57.762 57.015 0.000 6 57.478 INACT 56.976 INACT 0.000 INACT ll INACT 55.307 58.304 0.000 8 56.186 INACT 57.063 t AVG DEW CELL AMBIENT PRESS 57.368 14.593 i VAPOR PRESS DRY PRESSURE a 233 132 50.55537 I FLOWS TOTAL FLOW 0 t
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k********************* SENSOR LIST RECORD NUMBER 116 DATE 015 TIME 21 45' URES 50.78800 2 50.77900 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.78350 TD/S 1 66.337 2 66.414 3 66.208 66.380 5 66.826 6 66.305 7 68.310 8 67.172 9 67.335 10 67.323 11 68.581 12 68.733 13 71.204 . 14 71.302 15 71.693 16 70.835 17 71.399 18 71.519 19 72.246 20 71.465 21 71.037 22 71.555 23 71.349 24 71.349 NACT 53.933 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT '0.000 INACT 0.000 AVG RTD 70.412 EW CELLS 1 56.133 INACT 63.750 INACT 56.988 4 57.981 NACT 57.824 57.519 INACT 55.355 56.234 56.976, 0.000 INACT 6
INACT 56.976 0.000 ll INACT 57.621 0.000 8
INACT 57.111 VG DEW CELL 57.185 AMBIENT PRESS 14.593 APOR PRESS .2315994 DRY PRESSURE 50.5519 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 117 DATE - 015 TIME 22: 0: 0 SURES 50.78400 2 50.77400 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.77900 TD/S 1 66.348, ' 2 66.414 3 66.219 4 66.380 66.826 66.305 68.298 67.160 13 5
9 67.335 71.127 10 14 67.323 71.259 ll 7
15 68.570 71.639 8
12 16 68.733 70.792 17 71.388 18 71.465 19 72.105 20 71.399 21 . 70.967 22 71.496 23 71.238 24 71.281 NACT 51.757 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 70.364 EW CELLS 1 56.320 INACT 60.592 INACT 57.579 57.931 INACT 57.684 6 57.389 INACT 55.404 8 56.282 56.880 INACT 56.928 11. 57.852 INACT 56.928 0 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.217 AMBIENT PRESS 14.593 APOR PRESS .2318674 DRY PRESSURE 50.54713 LOWS 0 OTAL FLOW 0
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RECORD NUMBER 118 DATE 015 TIME 22 15 0 i P SURES 1
T 50.77900 0.00000 INACT 2 50.77000 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.77450 RTD/S 1 66.360 2 66.414 3 66.240 4 66.371 66.846 66.317 68.321 67.183 5
9 13 67.357 71.107 10 14 6
67.346 71.216 ll 15 7
68.593 71.573 8
12 16 68.733 70.770 17 71.302 18 71.422 19 72.028 20 71.345 21 70.894 22 71.404 23 71.232 24 71.232 INACT 53.479 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 t INACT AVG RTD 0.000 70.328 INACT 0.000 INACT'INACT t DEW CELLS 1 56.296 INACT 66. 591 57.437 4 57.824 I INACT 57.647 0.000 AVG DEW CELL INACT 57.211 6 57.352 INACT 56.889 0.000 INACT 11 INACT 55.452 58.035 0.000 8 56.243 INACT 56.745 AMBIENT PRESS 14.593 VAPOR PRESS .2318157 DRY PRESSURE 50.54268 FLOWS 0
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- SENSOR LIST RECORD NUMBER 119 DATE 015 TIME 22 30 0 P SURES 1 50.77500 2 50.76600 T 0.00000 INACT 0.00000 l XNACT AVG PRESSURE 0.00000 50.77050 INACT 0.00000 RTD/S 1 66.353 2 66.430 3 66.224 4 66.396 66.842 66.321 68.314 67.188 t
5 9
13 67.339 71.014 6
10 14 67.339 71.123 ll 7
15 68.563 71.512 8
12 16 68.715 70.765 17 71.252 18 71.317 19 71.795 20 71.275 21 70.851 22 71.392 23 71.143 24 71.188 INACT 53.696 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 f
AVG RTD 70.270 DEW CELLS 1 56.159 INACT 63.466 INACT 57.008 ,4 57.733 INACT 57.595 57.330 55.500 56.282 t0 56.793 0.000 INACT 6
INACT 56.793 0.000 ll INACT XNACT 58.217 0.000 8
INACT 56.793 AVG DEW CELL 57.224 AMBIENT PRESS 14.593 t VAPOR PRESS DRY PRESSURE
.2319249 50.53857 t FLOWS 0
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- SENSOR LIST RECORD NUMBER 120 DATE 015 TIME - 22 45 0 P SURES 1 50.77100 2 50.76200 T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.76650 RTD/S 66.371 , 2 66.425 3 66.240 4 66.391 5 66.803 , 6 66.328 ~
7 68.310 8 67.206 9 67.357 10 67.346 11 68.581 12 68.710 13 70.967 14 71.064 15 71.476 16 70.715 17 71.236 . 18 71.290 19 71.942 20 71.236 21 70.792 22 71.313 23 71.139 24 71.130 INACT 54.231 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.247
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DEW CELLS 1 56.408
~ INACT 60.118 INACT 57.116 4 57.645 INACT 57.468 6 57.183 INACT 55.452 8 56.282 t 56.745 0.000.
INACT 56.745 INACT 0.000 11 INACT 58.169 0.000 INACT 56.658 57.196 t AVG DEW CELL AMBIENT PRESS 14.593 APOR PRESS .2316896 DRY PRESSURE 50.53481 t FLOWS 0
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SENSOR LIST ECORD NUMBER 121 DATE ,
015 TIME 23 0' i P SURES 50.76800 0.00000 2
INACT 50.75800 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.76300 RTD/S 1 66.360 2 66.434 3 66.228 4 66.403 5 66.837 6 66.328 7 68.310 8 67.183 9 67.378 10 67.366 11 68.559 12 68.690 13 70.933 14 71.053 15 71.422 16 70.695 17 71.182 18 71.236 19 71.702 20 71.182 21 70.743 22 71.383 23 71.069 24 71.080 INACT 53.816 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT -
0.000 AVG RTD 70.211 i DEW 1
INACT CELLS 56.303 57.499 INACT 6
60.330 57.155 INACT INACT 57.104 55.500 4
8 57.635 56.282 t 56.648 0.000 INACT 56.697 XNACT 0.000 11 INACT 57.939 0.000 INACT 56.648 AVG DEW CELL 57.100 AMBIENT PRESS 14.593 APOR PRESS .2308917 DRY PRESSURE 50.53211
-0 TOTAL FLOW 0
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LIST 015 TIME 23 15 '0 P SURES 50.76400 2 50.75400-T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.75900 RTD/S 1 66.385 2 66.418 3 66.244 4 66.396 5 66.862 6 66.333 7 68.303 8 67.210 9 67.362'3 10 67.362 11 68.563 12 68.672 70.872 14 .71.003 15 71.383 16 70.666 17 71.112 18 71.220 19 71.795 20 71.123 21 70.700 22 71.241 23 71.003 24 71.037 INACT 54.116 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 i INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT 0'.000 INACT 0.000 AVG RTD 70.177 t DEW 1
CELLS 56.416 57.371 INACT 64.333 INACT 57.227 4 57.626 INACT 57.085 INACT 55.500 56.282
~ 56.562 0.000 6
INACT 56.697 INACT 0.000 ll INACT 57.852 0.000 8
INACT 56.648 i AVG DEW CELL AMBIENT PRESS 57.061 14.593 iVAPOR PRESS DRY PRESSURE
.2305663 50.52843 lFLOWS TOTAL FLOW 0 0
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- SENSOR LIST RECORD NUMBER 123 DATE 015 TIME 23 30 0 P SURES 50.76000 2 50.75100 T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.75550 RTD/S 1 66.391 2 66.434 3 66.262 4 66.403 5 66.837 6 66.348 7 68.321 8 67.215 9 67.389 10 67.366 11 68.593 12 68.690 13 70.824 14 70.944 15 71.333 16 70.663 17 71.096 18 71.204 19 71.562 20 71.107 21 70.657 22 71.188 23 70.971 24 70.960 INACT 54.053 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 t INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.142 i DEW 1
INACT CELLS 56.420 57.400 INACT 64.501 57.056 INACT 57.206 55.500 4 57.626 56.282 i 56.513 0.000 6
INACT 56.562 INACT 0.000 INACT 11 INACT 57.804 0.000 8
INACT 56.513 AVG DEW CELL 57.034 AMBIENT PRESS 14.593 iVAPOR PRESS DRY PRESSURE
.2303434 50.52516 t FLOWS 0
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RECORD NUMBER - 124 SENSOR DATE LIST 015 TIME 23:45: 0 P SURES 50.75700 2 50.74800 T 0.00000 INACT , 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.75250 RTD/S 1 66.391 2 66.'34 3 66.251 4 66.414 5 66.880 6 66.348 7 68.321 8 67.206 9 67.389 10 67.366 11 68.570 12 68.679 13 70.792 14 70.933 15 71.302 16 70.629 17 71.064 18 71.084 19 71.496 20 71.041 21 70.614 22 71.112 23 70.949 24 70.917 INACT 53.859 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT. 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.106 EW CELLS 1 56.346 INACT 63.009 XNACT 57.183 57.507, INACT 57.361 57.006 INACT 55.587 56.282 56.513 0.000 XNACT INACT 6
56.600 0.000 ll XNACT 57.804 0.000 .
8 XNACT 56.648 VG DEW CELL 57.000 AMBIENT PRESS 14.593 APOR PRESS .230055 DRY PRESSURE 50.52245 LOWS 0 OTAL FLOW 0
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RECORD NUMBER 125 SENSOR LIST DATE 016 TIME 0: 0: 0 t P SURES T
50.75400 0.00000 2
INACT 50.74500 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.74950 RTD/S 1 66.376 2 66.439 3 66.267 4 66.418 5 66.819 6 66.342 7 68.303 8 67.231 9 67.393 10 67.382 11 68.563 12 68.694 13 70.743 14 70.797 15 71.252 16 70.614 17 71.035 18 71.057 19 71.804 20 71.014 21 70.577 22 71.118 23 70.881 24 70.912 INACT 52.687 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 70.090 LDEW 1 CELLS 56.576 INACT 62.637 INACT 57.057 4 57.468 INACT 57.124 6 56.967 INACT 55.587 8 56.330 56.513 INACT 56.513 11 57.852 INACT 56.562 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 57.032, AMBIENT PRESS, 14.593 APOR PRESS .2303235 DRY PRESSURE 50.51918 LOWS 0
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- SENSOR LIST 1RECORD NUMBER 126 DATE 016 TIME 0:15:- 0 SURES 50.75100 2 50.74200 Il 0.00000 INACT 0.00000 t INACT AVG PRESSURE 0.00000 50.74650 INACT 0.00000 TD/S 1 66.414 2 66.446 3 66.251 4 ~
66.425 5 66.857 6 66.360 7 68.341 8 67.237 9 67.389 10 67.389 11 68.581 12 68.690 13 70.792 14 70.835 15 71.236 16 70.586 17 70.998 18 71.075 19 71.551 20 70.976 21 70.532 22 71.127 23 70.844 24 70.878 INACT 52.599 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 70.075 EW CELLS 1 56.471 INACT 59.884 INACT 56.927 4 57.441 INACT 57.183 6 56.870 INACT 55.587 8 56.234 56.417 INACT 56.562 11, 57.804 INACT 56.562 0.000 INACT 0.000 INACT , 0.000 VG DEW CELL 56.957 MBIENT PRESS 14.593 APOR PRESS .2296973 DRY PRESSURE 50.5168 LOWS 0 OTAL FLOW 0
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TD/S 1 66.425 66.457 3 66.262 4 66.434 5 66.891 66.371 7 68.321 *8 67.249 9 67.400 67.389 11 68.570 12 68.701 13 70.672 70.761 15 71.204 16 70.555 17 70.933 70.987 19 71.811 20 70.955 21 70.494 71.080 23 70.797 24 70.831 INACT 53.414, 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 AVG RTD 70.046 EW CELLS 1 56.657 INACT 65.391 INACT 56.781 4 57.400 INACT 57.251 6 56.897 INACT 55.539 8 56.234 56.369 INACT 56.330 11 57.708 INACT 56.465 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.943 AMBIENT PRESS 14.593 APOR PRESS ..2295855 DRY PRESSURE 50.51392 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 128 DATE 016 TIME 0 45 0 SURES 50.74600 2 50.73600 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.74100 TD/S 1 66.430 2 66.461 3 66.256 4 66.418 5 66.862 6 66.364 7 68.337 8 67.253 9 67.416 10 67.382 11 68.575 12 68.683 a 13 70.743 "
14 70.711 15 71.155 16 70.548 17 70.937 18 70.949 19 71.555 20 70.917 21 70.444 22 71.019 23 70.758 24 70.790 NACT 53.926 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 XNACT .0. 000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT ,
0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 NACT 0.000 INACT '.000 AVG RTD 70.017 EW CELLS 1 56.521 INACT 63.997 INACT 56.644 4 57.361 INACT 57.163 6 56.879 INACT 55.635 8 56.186 56.330 INACT 56.369 11 57.804 INACT 56.369
~ 0.000 INACT 0.000 XNACT 0.000 VG DEW CELL 56.926 AMBIENT PRESS 14.593 APOR PRESS .2294473 DRY PRESSURE 50.51155 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 129 DATE 016 TIME 1 0' SURES 50.74300 2 50.73400 I 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.73850 TD/S 1 66.425 2 66.489 3 66.274 4 66.446 5 66.900 66.380 68.341 67.258 9
13 67.432 70.629 14 6
10 67.400 70.749 ll 7
15 68.593 71.127 8
12 16 68.690 70.521 17 70.912 18 70.901 19 71.476 20 70.890 21 70.451 22 70.971 23 70.743 24 70.765 NACT 53.491 INACT 0.000 ENACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 'ACT INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.995 EW CELLS 1 56.475 INACT 64.998 INACT 56.551 4 57.311 INACT 57.035 56.808 INACT 55.587 56.147 56.234 0.000 INACT 6
INACT 56.282 0.000 ll INACT 57.390 0.000 8
INACT 56.369 VG DEW CELL 56.778 MBIENT PRESS 14.593 APOR PRESS .228222 DRY PRESSURE 50.51028 LOWS 0 OTAL FLOW 0
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- SENSOR LIST 1RECORD - '16 NUMBER 130 DATE TIME 1:15' SURES 50.74000 2 50.73100 0.00000 INACT 0.00000 t INACT AVG PRESSURE 0.00000 50.73550 INACT 0.00000 TD/S 1 66.439 2 66.484 3 66.278 4 66.461 5 66.873 6 66.385 7 68.346 8 67.274 9 67.405 10 67.416 11 68.597 12 68.694 13 70.602 14 70.711 15 71.112 16 70.525 17 70.872 18 70.883 19 71.664 20 70.863 21 70.385 22 70.928 ~ 23 70.700 24 70.734 NACT 54.041 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.984 EW CELLS 1 56.488 INACT 67.080 INACT 56.495 4 57.282 INACT 57.017 6 56.800 INACT 55.539 8 56.099 56.234 INACT 56.186 11 57.852 INACT 56.330 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.878 MBIENT PRESS 14.593 APOR PRESS .2290476 DRY PRESSURE 50.50645 LOWS 0 OTAL FLOW 0
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- SENSOR LIST LRECORD 1'30 NUMBER 131 DATE 016 TIME 0 P SURES 50.73800 2 50.72900 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.73350 RTD/S 1 66.450 2 66.484 3 66.299 66.461 5 66.905 r 66.407 68.346 67.285 13 9 67.448 70.580 10 14 67.425 70.657 ll 15 7
68.606 71.112 8
12 16 68.694 70.505 17 70.851 18 70.883 19 71.555 20 70.829 21 70.389 22 70.987 23 70.684 24 70.738 INACT 54.220 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 XNACT 0.000 i INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT.
INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT XNACT INACT INACT 0.000 0.000 0.000 0.000
) INACT 0.000 INACT 0.000 AVG RTD 69.972 EW CELLS 1 56.473 INACT 67.856 INACT 56.644 . 4 57.253 INACT 56.920 6 56.761 INACT 55.539 '
56.099 56.186 INACT 56.234 11 57.159 INACT 56.282 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.691 AMBIENT PRESS 14.593 APOR PRESS .2275062 DRY.PRESSURE 50.50599 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 132 DATE 016 TIME 1:45: 0 URES 50.73600 2 50.72600 I 0.00000 INACT 0.00000 NACT 0.00000 INACT L
0.00000 AVG PRESSURE 50.73100 TD/S 1 66.430 2 66."504 3 66.299 4 66.473 5 66.916 66.407 68.357 67.274 9
13 67.448 70.525 6
10 14 67.425 70.623 ll 7
15 68.597 71.046 8
12 16 68.706 70.471 17 70.829 18 70.840 19 71.306 20 70.808 21 70.342 22 71.003 23 70.668 24 70.700 NACT 54.506 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.93 EW CELLS 1 56.578 INACT 64.202 INACT 56.909 4 57.241 NACT 56.986 6 56.712 INACT 55.684 8 56.147 56.234 INACT 56.234 11 57.438 INACT 56.330 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.777 AMBIENT PRESS 14.593 APOR PRESS .2282102 DRY PRESSURE 50.50279 LOWS OTAL FLOW 0
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RECORD NUMBER 133 DATE 016 TIME 2
URES 50.73400 2 50.72400 I 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.72900 TD/S 1 66.450 2 66.493 3 66.299 4 66.461 5 66.905 6 66.407 7 68.357 8 67.308 9 67.448 10 67.448 11 68.606 12 68.715 13 70.548 14 70.645 15 71.046 16 70.460 17 70.797 18 70.840 19 71.904 20 70.774 21 70.333 22 70.840 23 70.636 24 70.645 INACT 50.153 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 'NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT'.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.952 EW CELLS 1 56.490 INACT 67.478 INACT 56.458 57.212 INACT 57.035 56.662 INACT 55.635 56.050 56.147 0.000 INACT 6
INACT 56.147 0.000 ll INACT 58.035 0.000 8
INACT 56.282 VG DEW CELL 56.864 AMBIENT PRESS 14.593 APOR PRESS .2289334 DRY PRESSURE 50.50006 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 134 DATE - 016 TIME 2:15: 0 P URES 50.73200 2 50.72300 I T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.72750 i RTD/S 1
5 66.450 66.916 2
6 66.493 66.418 3
7 66.299 68.369 4
8 66.450 67.317 9 67.468 10 67.448 11 68.606 12 68.715 a 13 70.537 14 70.634 15 71.003 16 70.451 17 70.786 18 70.851 19 71.426 20 70.765 21 70.317 22 70.924 23 70.609 24 70.675 INACT 51.640 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT '.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.928 LDEW1 CELLS 56.467 INACT 63.936 INACT 56.737 57.202 INACT 56.936 6 56.592 INACT 55.539 8 56.050 56.050 INACT 56.050 11 57.207 INACT 56.234 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.631 AMBIENT PRESS 14.593 APOR PRESS DRY PRESSURE 50.50049 LOWS 0 OTAL FLOW 0
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DATE LIST 016 TIME 2 30' P SURES 50.73000 2 50.72100 0.00000 INACT 0.00000 i INACT AVG PRESSURE 0.00000 50.72550 INACT 0.00000 RTD/S 1 66.461 2 66.484 3 66.299 4 66.473 5 66.884 6 66.418 7 68.369 8 67.308 9 67.468 10 67.459 11 68.617 12 68.715 13 70.494 14 70.602 15 70.992 16 70.439 17 70.765 18 70.808 19 71.263 20 70.720 21 70.279 22 70.894 23 70.582 24 70.645 INACT 52.172 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 a INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.897 t DEW 1
INACT CELLS 56.464 56.889 INACT 64.322 56.613 INACT 56.469 4 57.163 6 INACT 55.587 8 56.002 INACT 56.186 11 57.573 INACT 56.234 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.721 AMBIENT PRESS 14.593 APOR PRESS .2277518 DRY PRESSURE 50.49775 LOWS 0
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- SENSOR LIST ECORD NUMBER 136 DATE 016 TIME 2 45 0 50.72800 2 50.71900 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.72350 RTD/S 1 66.450 2 66. 504 3 66.310 4 66.484 5 66.916 6 66.430 7 68.369 8 67.317 9 67.468 10 67.448 11 68.606 12 68.715 13 70.514 14 70.580 15 70.949 16 70.417 17 70.731'1, 18 70.731 19 71.209 20 70.731 "
70.279 22 70.874 23 70.571 24 70.602 INACT 51.556 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT . 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG .RTD 69.879 EW CELLS 1 56.488 INACT 63.726 INACT 56.783 4 57.085 INACT 56.808 56.545 INACT 55.587 56.050 56.050 0.000 INACT 6
INACT 56.099 0.000 ll INACT 57.207 0.000 8
INACT 56.234 VG DEW CELL 56.609 AMBIENT PRESS - 14.593 APOR PRESS .2268296 DRY PRESSURE 50.49667 LOWS, 0 OTAL FLOW 0
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,4********************* SENSOR LIST RECORD NUMBER 144 DATE 016 TIME 4 45: 0 P SURES 50.71500 2 50.70600, 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.71050 RTD/S 1 66.473 2 66. 547 3 66.342 66.504 5 66.970 66.439 68.400 67.371 13 9 67.522 70.319 6
10 14 67.502 70.428 ll 7
15 68.629 70.851 8
12 16 68.694 70.319 17 70.614 18 70.657 19 71.306 20 70.591 21 70.116 22 70.711 23 70.430 24 70.473 INACT 48.307 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT , 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.795 EW CELLS 1 56.423 INACT 61.150 INACT 56.446 4 56.928 INACT 56.683 6 56.357 INACT 55.500 8 55.819
'55.771 INACT 55.771 11 56.976 INACT 56.002 0.000 INACT 0.000 INACT 0. 000, VG DEW CELL 56.405 AMBIENT PRESS 14.593 APOR PRESS .2251593 I
DRY PRESSURE 50.48534 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 145 DATE - 016 TIME - 5': 0 P URES 50.71400 2 50.70500 I 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70950 RTD/S 1 66.484 2 66.538 3 66.342 4 66.493 66.950 66.439 68.400 67.371 5
9 13 67.534 70.308
, 6 10 14 67.502 70.417 ll 15 7
68.617 70.797 8
12 16 68.706 70.308 17 70.602 18 70.580 19'3 71.664 20 ,70.591 70.136 t 21 INACT INACT 47.788 0.000 INACT INACT 22 70.645
- 0. 000',
0.000 INACT INACT 70.396 0.000 0.000 24 INACT INACT 70.439 0.000 0.000 INACT 0.000 INACT 0;000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 .,
AVG RTD 69.795 LDEW 1 CELLS 56.346 INACT 59.371 INACT 56.525 4 56.947 INACT 56.712 6 56.337 INACT 55.500 8 55.819 INACT 55.819 11 57.246 INACT 55.954 I 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.438 AMBIENT PRESS 14.593 APOR PRESS .2254336 DRY PRESSURE 50.48407 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 146 DATE 016 TIME 5 15 0 P SURES 50.71300 2 50.70300 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70800 RTD/S 1 66.516 2 66.538 3 66.353 4 66.516 5 66.916 6 66.450 7 68.412 8 67.382 9 67.545 10 67.502 11 68.617 12 68.715 13 70.319 14 70.362 15 70.808 16 70.299 17 70.559 18 70.548 19 71.057 20 70.568 21 70.104 22 70.668 23 70.408 24 70.439 INACT 46.936 INACT . 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.754 l DEW 1
INACT CELLS 56.344 56.683 INACT 6
59.331 56.368 INACT INACT 56.495 55.452 4
8 56.909 55.771 t 55.635 0.000 INACT 55.819 INACT 0.000 11, INACT 57.246 0.000 INACT 55.915 VG DEW CELL 56.420 AMBIENT PRESS 14.593 APOR PRESS .2252886 DRY PRESSURE 50.48271 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 147 DATE 016 TIME 5'30' P URES 50.71100 2 50.70200 IL 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70650 RTD/S 1 66.489 2 66.543 3 66.348 4 66.523 5 66.955 6 66.457 7 68.396 8 67.378 9 67.529 10 67.518 11 68.613 12 68.690 13 70.303 14 70.369 15 70.781 16 70.283 17 70.555 18 70.586 19 70.901 20 70.555 21 70.079 22 70.641 23 70.383 24 70.435 r INACT INACT 46.846 0.000 INACT INACT 0.000 0.000 INACT INACT 0.000 0.000 INACT INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT '0.000 AVG RTD 69.740 i DEW 1
INACT CELLS 56.364 56.623 INACT 6
59.356 56.318 INACT. 56.411 INACT 55.500 4
8 56.889 55.771 tI ~ 55.771 0.000 INACT 55.819 INACT 0.000 11 INACT 56.697 0.000 INACT 55.819 VG DEW CELL 56.315 AMBIENT PRESS 14.593 APOR PRESS .2244291 DRY PRESSURE 50.48207 LOWS 0 OTAL FLOW 0
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- $ E N $ 0 R L IS T ECORD NUMBER 148 DATE 016 TIME 5 45 0 P SURES 50.71000 2 50.70100 I 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70550 RTD/S 1 66.500 2 66.554 3 66.348 66.511 5 66.946 6 66.457 7 68.407 8 67.389 9 67.541 10 67.518 11 68.624 12 68.701 13 70.294 14 70.369 15 70.770 16 70.272 17 70.555 18 70.555 19 71.519 20 70.521 21 70.068 22 70.632 23 70.349 24 70.435 INACT LINACT 47.721 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 t INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.764 lDEW 1
INACT CELLS 56.379 56.535 INACT 59.286 56.287 INACT INACT 56.431 55.500 4 56.819 55.771 I 0.000 INACT 6
INACT 55.819 0.000 ll INACT 57.438 0.000 8
INACT 55.867 VG DEW CELL 56.455 AMBIENT PRESS 14.593 APOR PRESS .2255745 DRY PRESSURE 50.47992 LOWS 0 OTAL FLOW 0
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SENSOR LIST ECORD NUMBER 149 DATE - 016 TIME 6 0: 0 P SURES 50.70900 2 50.70000 I 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70450 t RTD/S 1
5 66.489 66.977 2
6 66.554 66.457 3
7 66.348 68.407 4
8 66.511 67.389 t 13 17 9 67.563 70.260 70.521 10 14 18 67.518 70.369 70.555 11 15 19 68.624 70.749 71.161 12 16 20 68.690 70.283 70.532 i 21 INACT INACT INACT 70.068 48.528 0.000 0.000 22 XNACT INACT INACT 70.718 0.000 0.000 0.000 23 INACT INACT INACT 70.360 0.000 0.000 0.000 24 INACT INACT INACT 70.414 0.000 0.000 0.000 t INACT INACT INACT 0.000 0.000 0.000 XNACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 i INACT AVG RTD 0.000 69.745 INACT 0.000 t DEW 1
INACT CELLS 56.377 56.485 INACT 6
59.491 56.287 INACT INACT 56.440 55.394 4
8 56.868 55.722 INACT 55.674 11 56.918 INACT 55.809 I 0.000 INACT 0.000 XNACT 0.000 VG DEW CELL 56.310 AMBIENT PRESS 14.593 APOR PRESS .2243905 DRY PRESSURE 50.48011 LOWS 0 TOTAL FLOW 0
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SENSOR LIST ECORD NUMBER 150 DATE 016 TIME 6 15 0 SURES 50.70800 2 50.69900 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70350 RTD/S 1 66.480 2 66.577 3 66.371 4 66.523 5 66.946 6 66.468 7 68.418 8 67.378 9 67.572 10 67.529 11 68.624 12 68.690 13 70.249 14 70.358 15 70.749 16 70.249 17 70.532 18 70.500 19 70.967 20 70.509 i 21 INACT INACT INACT 70.057 48.691 0.000 0.000 22 INACT INACT INACT 70.663 0.000 0.000 0.000 23 INACT INACT INACT 70.360 0.000 0.000 0.000 24 INACT INACT INACT 70.392 0.000 0.000 0.000 t INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.721 t DEW 1
INACT CELLS 56.362 56.526 INACT 6
59.214 56.269 INACT INACT 56.458 55.452 4
8 56.839 55.722 55.587 INACT 55.819 11 56.648 INACT. 55.722 L 0.000 INACT '.000 INACT 0.000 AVG DEW CELL 56.240 AMBIENT PRESS 14.593 i VAPOR PRESS DRY PRESSURE
.2238183 50.47968 i FLOWS TOTAL FLOW 0
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'++********************* SENSOR LIST RECORD NUMBER 151 DATE 016 TIME 6 30 0 P SURES 50.70600 2 50.69700 T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70150 RTD/S 1 66.500 2 66.577 3 66.371 4 66.543 5 67.000 6 66.480 7 68.418 8 67.412 9 67.563 10 67.541 11 68.647 12 68.690 13 70.217 14 70.337 15 70.727 16 70.249 17 70.509 18 70.521 19 71.259 20 70.532 21 70.061 22 70.700 23 70.322 24 70.376
,INACT 48.749 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT . 0.000 INACT 0.000 INACT INACT 0.000 INACT 0.000 INACT 0.000 0.000 0.000 0.000'NACT INACT AVG RTD 69.734 t DEW CELLS 1
INACT 56.320 56.495 INACT 6
- 64. 358 56.261 INACT INACT
- 56. 420 55.452 4
8 56.839 55.722 55.587'.000 INACT 55.722 11 57.294 INACT 55.819 INACT 0.000 INACT 0.000 AVG DEW CELL 56.386 AMBIENT PRESS 14.593 I VAPOR PRESS DRY PRESSURE
.2250044 50.47649 t FLOWS TOTAL FLOW, 0 0
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- SENSOR LIST RECORD NUMBER 152 DATE 016 TIME 6:45: 0 U RES 50.70500 2 50.69600 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.70050 TD/S 1 66.523 2 66.597 I 3 66.371 4 66.543 5 66.966 6 66.489 7 68.430 8 67.443 9 67.584 10 67.541 11 68.647 12 68.701 13 70.229 14 70.315 15 70.738 16 70.249 17 70.500 18 70.509 19 71.388 20 70.509 21 70.050 22 70.636 23 70.322 24 70.365 NACT 48.470 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.735 EW CELLS 1 56.305 INACT 67.161 INACT 56.379 4 56.800 NACT 56.376 6 56.199 INACT 55.452 8 55.684 0 55.635 INACT 55.771 11 57.246 INACT 55.819 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56 .364 AMBIENT PRESS 14.593 APOR PRESS .2248328 DRY PRESSURE 50.47567 LOWS OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 153 DATE 016 TIME 7 0 0 URES 50.70400 2 50.69500 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.69950 TD/S 1 66.523 2 66.588 3 66.371 66.543 5 67.020 66.480 68.418 67.421 9
13 67.572 70.294 "
6 10 14 67.563 70.315 ll 7
15 68.636 70.695 8
12 16 68.701 70.229 17 70.489 18 70.521 19 71.064 20 70.457 21 70.018 22 70.591 23 70.299 24 70.333 NACT 48.858 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 ZNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.711 EW CELLS 1 56.257 INACT 59.862 INACT 56.353 4 56.751 INACT 56.407 6 56.219 INACT 55.355 8 55.635 55.539 INACT 55.587 11 56.832 INACT 55.684 1 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.229 AMBIENT PRESS 14.593 APOR PRESS .2237323 DRY PRESSURE 50.47577 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 154 DATE 016 TIME - 7 15 0 SURES 50.70300 2 50.69400 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.69850 TD/S 1 66.500 2 66.588 66.391 66.534 5 66.989 6 66.480 "73 68.430 8 67.443 9 67.606 10 67.552 11 68.647 12 68.690 13 70.229 14 70.303 15 70.672 16 70.240 17 70.466 18 70.457 19 71.216 20 70.466 21 70.018 22 70.668 23 70.279 24 70.342 NACT 48.783 INACT 0.000 INACT 0.000 INACT 0.000, INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.'000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.709 EW CELLS 1 56.211 INACT 60.319 INACT 56.379 56.769 INACT 56.514 6 56.170 INACT 55.307 8 55.587 55.539 INACT 55.587 11 56.832 INACT 55.722 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.214 AMBIENT PRESS 14.593 APOR PRESS .223609 DRY PRESSURE 50.47489 LOWS 0 OTAL FLOW 0
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- S EN 0 R S LIST 1RECORD NUMBER 155 DATE 016 TIME 7:30: 0 P SURES 50.70200 2 50.69300 0.00000 INACT 0.00000 INACT 0.00000 'NACT 0.00000 AVG PRESSURE 50.69750 TD/S 1 66.504 2 66.581 3 66.385 4 66.527 5 67.013 6 66.473 7 68.423 8 67.436 9 67.588 10 67.556 11 68.629 12 68.683 13 70.211 14 70.308 15 70.677 16 70.211 17 70.460 18 70.451 19 71.003 20 70.451 21 70.007 22 70.559 23 70.288 24 70.322 NACT 49.291 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.685 EW CELLS 1 56.259 INACT 59.447 INACT 56.294 4 56.780 INACT 56.337 6 56.199 INACT 55.268 8 55.539 0 55.452 INACT 55.587 11 56.745 INACT 55.635 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.180 MBIENT PRESS 14.593 APOR PRESS .2233335 DRY PRESSURE 50.47417 LOWS 0 OTAL FLOW 0
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- +**************** SENSOR LIST RECORD NUMBER 156 DATE 016 TIME 7 45' P SURES 50.70100 2 50.69100 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.69600 TD/S 1 66.516 2 66.613 3 66.396 4 66.538 5 67.004 6 66.504 7 68.434 8 67.459 9 67.622 10 67.568 11 68.661 12 68.706 13 70.179 14 70.254 15 70.711 16 70.202 17 70.460 18 70.505 19 70.917 20 70.428 21 69.984 22 70.559 23 70.288 24 70.299 INACT 49.300 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 ZNACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.679 EW CELLS 1 56.233 INACT 60. 579 XNACT 56. 274 4 56. 741 INACT 56.397 6 56.170 INACT 55.355 8 55.587 55.539 INACT 55.539 11 56.832 INACT 55.684 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.212 AMBIENT PRESS 14.593 APOR PRESS .2235961 DRY PRESSURE 50.4724 LOWS 0 OTAL FLOW 0
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- SENSOR LIST 1RECORD NUMBER 157 DATE 016 TIME 8 0 0 P SURES 50.70000 2 50.69000 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.69500 RTD/S 1 66.523 2 66'.620 3 66.403 4 66.554 67.032 66.500 68.441 67.455 13 5
67.606 70.174 6
10 14 67.572 70.283 ll 15 7
68.656 70.663 8
12 16 68.679 70.197 17 70.435 18 70.423 19 71.605 20 70.446 21 70.000 22 70.638 23 70.238 24 70.260-INACT 50.611 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 0.000 i
INACT INACT INACT 0.000 INACT 0.000 AVG,RTD 69.706 i DEW INACT 1
CELLS
- 56. 21'9 56.376 INACT 64.978 56.170 INACT, 56.300 INACT 55.268 4 56.673 55.539 t 55.404 0.000 INACT 6
INACT 55.452 0.000 ll INACT 56.648 0.000 8
INACT 55.539 VG DEW CELL 56.120 AMBIENT PRESS - 14.593 APOR PRESS .2228507 DRY PRESSURE 50.47215 LOWS 0 TOTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 158 DATE 016 TIME 8:15: 0 P SURES 50.69900 2 50.68900 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 I
AVG PRESSURE 50.69400 a RTD/S1 66.534 2 66.631 3 66.425 4 66.554 5 - 67.009 6 66.489 7 68.441 8 67.464 ~
9 67.627 10 67.584 11 68.656 12 68.690 13 70.152 14 70.283 15 70.672 .16 70.197 17 70.423 18 70.392 19 71.216 20 70.403 21 69.957 22 70.509 23 70.238 24 70.283 INACT 50.893 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.673 i DEW INACT 1
CELLS 56.181 56.407 INACT 6
62.773 56.141 INACT INACT 56.236 55.404 4
8 56.683 55.539 r 55.539 0.000 INACT 55.500 INACT 0.000 11 INACT 56.600 0.000 INACT 55.635 VG DEW CELL 56.133 AMBIENT PRESS 14.593 APOR PRESS .2229557 DRY PRESSURE 50.47105 LOWS 0 OTAL FLOW 0
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- SENSOR LIST LRECORD NUMBER 159 DATE 016 TIME 8 30 0 P SURES 50.69800 2 50.68900 0.00000 INACT 0.00000 t INACT AVG PRESSURE 0.00000 50.69350 INACT 0.00000 RTD/S 1 66.543 2 66.620 3 66.425 4 66.554 5 67.032 6 66.523 7 68.450 8 67.475 9 67.627 10 67.595 11 68.656 12 68.690 13 70.163 14 70.240 15 70.641 16 70.186 17 70.412 18 70.412 19 71.259 20 70.403 21 69.948 22 70.489 23 70.231 24 70.240 INACT 50.559 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 L
AVG RTD 69.669 t DEW 1
INACT CELLS 56.196 56.279 INACT 64.471 56.133 INACT 56.224 55.307 4 56.722 6 INACT 8 55.539 INACT 55.539 11 56.832 INACT 55.587 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 56.162 AMBIENT PRESS 14.593 APOR PRESS .2231934 DRY PRESSURE 50.47031 LOWS 0
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l RECORD NUMBER 160 SENSOR LIST DATE 016 TIME 8'45' P SURES 50.69700 2 50.68800 T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.69250 RTD/S 1 66.534 2 66.609 3 66.425 4 66.577 5 66.989 6 66.511 7 68.441 8 67.486 9 67.649 10 67.595 11 68.647 .12 68.690 13 70.143 14 70.206 15 70.609 16 70.186 17 70.392 18 70.412 19 70.955 20 70.392 21 69.971 22 70.543 23 70.220 24 70.283 INACT 50.796 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 'INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 t INACT INACT INACT 0.000 0.000 0.000 INACT XNACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 XNACT INACT INACT 0.000 0.000 0.000 0.000 0.000
} INACT AVG RTD 69.650 INACT tDEW 1
INACT CELLS 56.207 56.329 XNACT 6
61.265 56.102 INACT INACT 56.175 55.268 ~
4 8
56.654 55.500 55.452 INACT 55.539 11 56.976 INACT 55.635 0.000 INACT, 0.000 INACT 0.000 iAVG DEW CELL AMBIENT PRESS 56.190 14.593 APOR PRESS .2234161 DRY PRESSURE 50.46908 LOWS
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RECORD NUMBER 161 DATE 016 TIME 9 0 0 SURES 50.69600 2 50.68700 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.69150 TD/S 1 66.565 2 66.631 3 66.434 4 66.565 5 67.032 6 66.511 7 68.461 8 67.498 t 9 13 17 67.660 70.120 70.423 10 14 18 67.617 70.206 70.358 11 15 19 68.647 70.609 70.847 12 16 20 68.679 70.186 70.369 21 69.941 22 70.430 23 70.224 24 70.267 NACT 52.292 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.634 EW CELLS 1 56.213 INACT 59.705 INACT 56.169 4 56.673 INACT 56.427 56.073 INACT 55.355 55.539 55.452 0.000 INACT 6
INACT 55.539 0.000 ll INACT 56.928 0.000 8
INACT 55.587 VG DEW CELL 56.182 AMBIENT PRESS 14.593 APOR PRESS .2233505 DRY PRESSURE 50.46815 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 162 DATE 016 TIME 9 15 0 SURES 50.69500 2 50.68600 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.69050 TD/S 1 . 66.565 -
2 66.663 3 66.446 66.577 5 67.043 66.523 68.461 67.509 9
13 67.669 70.131 6
10 14 67.617 70.240 ll 7
15 68.656 70.598 8
12 16 68.690 70.163 17 70.403 18 70.358 19 70.912 20 70.369 21 69.937 22 70.532 23 70.220 24 70.251 NACT 52.989 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 =
INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.643 EW CELLS 1 56.228 INACT 62.316 INACT 56.093 4 56.681 NACT 56.298 6 56.042 INACT 55.220 8 55.500 55.452 INACT 55.500 11 56.648 INACT 55.587 O.ooo INACT 0.000 INACT 0.000 VG DEW CELL 56.110 AMBIENT PRESS, 14.593 APOR PRESS .2227711 DRY PRESSURE 50.46773 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 163 DATE 016 TIME - 9 30 0 SURES 50.69400 2 50.68500 0.00000 INACT 0.00000 tINACT AVG PRESSURE 0.00000 50.68950 INACT 0.00000 TD/S 1 66.570 2 66.645 3 66.450 4 66.590 5 67.036 6 66.516 7 68.466 8 67.522 9 67.685 10 67.631 11 68.672 12 68.706 13 '0.147 14 70.113 15 70.580 16 70.156 17 70.374 18 70.408 19 70.949 20 70.362 21 69.930 22 70.485 23 70.213 24 70.245 NACT 53.782 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.'000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.633 EW CELLS 1 56.277 INACT 60.180 INACT 56.152 4 56.615 INACT 56.397 6 56.024 INACT 55.307 8 55.452 55.404 INACT 55.539 11 56.928 INACT 55.587 0.000 INACT 0.000 INACT 0.000 VG DEN CELL 56.153 AMBIENT PRESS 14.593 APOR PRESS .2231181 DRY PRESSURE 50.46638 LONS 0 OTAL FLON 0
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RECORD NUMBER 164 DATE 016 TIME 9 45: 0 URES 50.69300 2 50.68400 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68850-TD/S 1 66.590 2 66.667 3 66.439 4 66.590 5 67.056 6 66.547 7 68.477 8 67.513 9 67.685 10 67.642 11 68.661 12'6 68.694 13 70.113 14 70.211 15 70.580 70.156 17 70.385 18 70.385 19 71.404 20 70.362 21 69.921 22 70.473 23 70.170 24 70.202 NACT 54.344 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.657 EW CELLS 1 56.189 INACT 59.198 INACT 56.105 4 56.613 INACT 56.318 6 56.024 INACT 55.268 8 55.452 55.307 INACT 55.539 11 56.745 INACT 55.635 0 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.076 AMBIENT PRESS 14.593 APOR PRESS .2224963 DRY PRESSURE 50.466 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 165 DATE 016 TIME 10 0 0 URES 50.69300 2 50.68300 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68800 TD/S 1 66.570 2 66.667 3 66.450 4 66.581 5 67.068 6 66.547 7 68.477 8 67.522 9 67.685 10 67.654 11 68.651 12 68.706 13 70.136 14 70.202 15 70.591 16 70.156 17 70.362 18 70.439 19 71.501 20 70.331 21 69.898 22 70.473 23 70.170 24 70.202 NACT 56.625 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.664
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EW CELLS 1 '6.180~ INACT 59.202 INACT 56.131 56.613 INACT 56.279 6 56.063 INACT 55.268 8 55.452 55.307 INACT 55.452 11 56.745 INACT 55.587 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.081 AMBIENT PRESS 14.593 APOR PRESS .2225353 DRY PRESSURE 50.46547 LOWS 0 OTAL FLOW 0
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- 016 TIME 10:15: 0 P URES 50.69200 2 50.68300 0.00000 INACT . 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68750 TD/S 1 66.590 2 66.690 3 66.461 4 66.602 67.056 66.538 68.489 67.534 i ll 5 6 7 8 9 67.719 10 67.642 68.672 12 68.694 13 70.102 14 70.147 15 70.602 16 70.125 17 70.374 18 70.342 19 71.383 20 70.319 21 69.887 22 70.485 23 70.170 24 70.213 NACT 57.122 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.643 EW CELLS 1 56.126 INACT 59.532 INACT 56.134 4 56.584 INACT 56'. 191 6 56.042 INACT 55.268 8 55.452 55.355 INACT 55.452 11 56.976 INACT 55.452 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.132 MBIENT PRESS 14.593 r APOR PRESS DRY PRESSURE
.2229519 50.46455 LOWS 0 OTAL FLOW 0 t
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SENSOR LIST ECORD NUMBER 167 DATE 016 TIME 10:30: 0 URES 50.69100 2 50.68200 Il 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68650 TD/S 1 66.588 2 66.694 3 66.480 4 66.597 5 67.052 6 66.554 7 68.484 8 67.541 t 9 13 17 67.715 70.097 70.358 10 14 18 67.660 70.143 70.392 11 15 19 68.667 70.555 70.847 12 16 20 68.690 70.131 70.303 21 69.867 22 70.494 23 70.159 24 70.213 NACT 56.202 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.615 EW CELLS 1 56.165 INACT 59.423 INACT 56.090 4 56.613 INACT 56.230 6 55.925 INACT 55.249 8 55.442 ss.sec INACT. 55.346 11 56.774 INACT 55.578 INACT 0.000 INACT 0.000 VG DEW CELL 56.084 MBIENT PRESS 14.593 APOR PRESS .2225636 DRY PRESSURE 50.46394 LOWS 0 OTAL FLOW 0
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SENSOR"LIST ECORD NUMBER 168 DATE 016 TIME 10:45: 0 SURES 50.69000 2 50.68100 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68550 TD/S ~
1 66.597
~ 2 66.694 3 66.480 4 66.609 5 67.097 6 66.565 7 68.495 8 67.552 67.715 67.660 68.690 68.701 r 9 13 17 70.097 70.326 10 14 18 70.174 70.337 11 15 19 70.575 71.041 12 16 20 70.131 70.315 21 69.867 22 70.451 23 70.147 24 70.213 NACT 53.967 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000
,AVG RTD 69.621 EW CELLS 1 56.149 INACT 61.645 INACT 56.017 4 56.524 INACT 56.248 56.013 55.220 55.404 0.000 INACT 6
INACT 55.268 0.000 ll INACT INACT 56.697 0.000 8
INACT 55.500 VG DEW CELL 56.030 AMBIENT PRESS 14.593 APOR PRESS .2221296 DRY PRESSURE 50.46337 LOWS 0 OTAL FLOW 0
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RECORD NUMBER 169 DATE 016 TIME 11: 0: 0 SURES 50.68900 2 50.68000 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68450 TD/S 1 66.602 66;679 3 66.493 4 66.613 67.068 66;570 68.509 67.556 O 13 5
9 67.728 70.082 67.674 70.168 ll 7
15 68.672 70.548 8
12 16 68.694 70.136 17 70.353 70.374 19 71.003 20 70.308 21 69.878 70.494 23 70.159 24 70.159 NACT 55.868 0.000 INACT 0.000 INACT* 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 ZNACT 0.000 '.000 INACT 0.000 INACT 0.000 NACT 0.000 0.000 INACT 0.000 INACT 0.000 NACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 NACT 0.000 0.000 AVG RTD 69.623 EW CELLS 1 56.163 INACT 58.949 INACT 56.122 56.592 INACT 56.308 6 55.964 INACT 55.172 8 55.355 55.268 INACT 55.404 11 56.880 INACT 55.452 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.073 MBIENT PRESS 14.593 APOR PRESS .2224738 DRY PRESSURE 50.46203
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- SENSOR LIST RECORD NUMBER 170 DATE 016 TIME 11:15 0 P SURES 50.68900 2 50.67900 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68400 iRTD/S 1
5 66.613 67.090 2
6 66.699 66.570 3
7 66.493 68.509 4
8 66.624 67.556 9 67.740 10 67.685 11 68.683 12 68.706 13 70.048 14 70.168 15 70.548 16 70.113 17 70.308 18 70.362 19 70.786 20 70.299 21 69.871 22 70.444 23 70.141 24 70.174 INACT 55.807 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.600 EW CELLS 1 56.121 INACT 60.210 INACT 56.078 4 56.524 INACT 56.141 6 55.964 INACT 55.172 8 55.355 55.220 INACT 55.220 11 56.832 INACT 55.404 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 56.035 AMBIENT PRESS 14.593 APOR PRESS .2221669 DRY PRESSURE 50.46183 LOWS 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER 171 DATE 016 TIME 11 30 0 tI P URES
'50.68800 0.00000 2
INACT 50.67800 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68300 TD/S 1 66.613 2 66.699 3 66.484 4 66.624 5 67.090 6 66.570 7 68.509 8 67.568 9 67.740 10 67.685 11 68.683 12 68.706 13 70.048 14 70.156 15 70.525 16 70.113 17 70.308 18 70.342 19 70.917 20 70.288 21 69.844 22 70.439 23 70.116 24 70.147 INACT 55.283 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.599 EW CELLS 1 56.121 INACT 59.504 INACT 56.011 4 56.545 INACT 56.131 55.914 INACT 55.268 55.404 t 0 55.268 0.000 INACT 6
INACT 55.452 0.000 ll INACT 56.600 0.000 8
INACT 55.539 VG DEW CELL 55.992 AMBIENT PRESS 14.593 APOR PRESS .2218226 DRY PRESSURE 50.46118 LOWS 0 0 OTAL FLOW 0
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- SENSOR LIST RECORD NUMBER - 172 DATE 016 TIME 11 45 0 URES 50.68700 2 50.67800 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68250 TD/S 1 66.613 2 66.722 3 66.516 4 . 66.636 5 67.111 '
66.581 7 68.520 8 67.599 9 67.751 10 67.697 11 68.706 12 68.706 13 70.070 14 70.156 15 70.548 16 70.102 17 70.319 18 70.331 19 70.863 20 70.299 21 69.851 22 70.392 23 70.122 24 70.143 NACT 55.615 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT '.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT -0.'000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.600 EW CELLS 1 56.126 INACT 65.710 INACT 56.052 4 56.504 INACT 56.219 55.847 INACT 55.268 55.404 55.307 0.000 INACT 6
INACT 55.404 0.000 ll INACT 56.880 0.000 8
INACT 55.452 VG DEW CELL 56.052 MBIENT PRESS 14.593 APOR PRESS .2223007 DRY PRESSURE 50.4602 LOWS OTAL FLOW 0
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( 4 '4 8,
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- SENSOR LIST RECORD NUMBER 173. DATE 016' TIME - 12
URES 50.68700 50.67700 I 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68200 TD/S 1 66.624 2 66.722 3 66.516 4 66.645 5 67.133 6 66.590 7 68.532 8 67.611 9 67.751 10 67.708 11 68.715 12 68.706 13 70.059 14 70.113 15 70.548 16 70.102 17 70.308 18 70.308 19 71.078 20 70.299 21 69.824 22 70.494 23 70.104 24 70.127 NACT 57.239 INACT 0.000 INACT 0.000 INACT- 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.607 EW CELLS 1 56.122 INACT 67.336 INACT 56.047 4 56.438 INACT 56.162 6 55.917 INACT 55.307 8 55.404 55.220 INACT 55.268 11 56.147 INACT 55.404 0.000 INACT, 0.000 INACT 0.000 VG DEW CELL 55.859 AMBIENT PRESS 14'.593 APOR PRESS .2207486 DRY PRESSURE 50.46125 LOWS 0 OTAL FLOW 0
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SENSOR LIST ECORD NUMBER 174 DATE 016 TIME 12 15 0 SURES 50.68600 2 50.67600 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.68100 TD/S 1 66.645 2 66.722 3 66.516 4 66.656 5 67.145 66.613 68.543 67.599 13 9 67.762 70.039 6
10 14 67.708 70.125 ll 15 7
68.706 70.525 8
12 16 68.694 70.102 17 70.308 18 70.288 19 70.926 20 70.276 21 69.812 22 70.408 23 70.116 24 70.104 NACT 58.116 INACT 0". 000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT'NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 NACT 0.000 INACT 0.000 AVG RTD 69.590 EW CELLS 1 56.097 INACT 66.672 INACT 55.933 56.506 INACT 56.180 55.917 INACT 55.307 55.404 55.172 0.000 INACT 6
INACT 55.404 0.000 ll INACT 56.465 0.000 8
INACT 55.452 VG DEW CELL 55.929 MBIENT PRESS 14.593 APOR PRESS .2213176 DRY PRESSURE 50.45968 LOWS 0 OTAL FLOW 0
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SENSOR LIST RECORD NUMBER 175 DATE - 016 TIME 12 30 0 PRESSURES 50.68500 2 50.67500 0.00000 INACT 0.00000 CT 0.00000 INACT 0.00000 AUG PRESSURE 50.68000 RTD/S 1 66.636 2 66.733 3 66.504 66.656 67.133 66.602 68.543 67.599 13 5
9 67.762 70.027 6
10 14 67.728 70.125 ll 7
15 68.706 70.525 8
12 16 68.706 70.102 17 70.288 18 70.276 19 71.252 20 70.254 21 69.801 22 70.365 23 .. 70.073 24 ?0.12?
INACT 56.439 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000'.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AUG RTD 69.598 l DEW 1
INACT 9
CELLS 56.086 56.269 55.037 INACT 6
61.058 55.886 INACT 55.404 INACT XNACT 11 55.916 55.220 56.832 4
8 56.446 55.307 INACT 55.355 t CT 0.000 DEW CELL INACT 55.959 0.000 INACT 0.000 I AMBIENT PRESS I'APOR PRESS
.14.593
.2215551 t
I DRY PRESSURE 50.45845 FLOWS 0 TOTAL FLOW 0
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- SENSOR LIST CORD NUMBER 176 DATE 016 TIME 12 45 0 SURES 50.68400 2 50.67500 0.00000 INACT 0.00000 NACT 0.00000 INACT 0.00000 VG PRESSURE 50.67950 TD/S 1 66.645 2 66.710 3 66.504 66.667 5 67.133 6 66.581 7 68.552 8 67.622 9 67.751 10 67.728 11 68.706 12 68.715 13 70.039 14 70.113 15 70.505 16 70.082 17 70.288 18 70.299 19 70.754 20 70.245 21 69.828 22 70.392 23 70.111 24 70.131 NACT 57.679 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT '0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 VG RTD 69.577 EN CELLS 1 56.051 INACT 59.762 INACT 56.032 4 56.456 INACT 56.141 6 55.886 INACT 55.172 55.307 55.220 0.000 INACT 55.355 INACT 0.000 ll INACT 56.282 0.000 8
INACT 55.452 VG DEW CELL 55.870 BIENT PRESS 14.593 APOR PRESS .2208391 DRY PRESSURE 50.45866 LONS OTAL FLOW 0
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SENSOR LXST RECORD NUMBER - 177 DATE - 016 TIME 13 0 0 PRESSURES I 1 CT AVG PRESSURE 50.68300 0.00000 0.00000 50.67850 2
INACT INACT 50.67400 0.00000 0.00000 R TD/S 1 66.656 2 66.722 3 66.527 66.667 5 67.122 6 66.590 7 68.'552 8 67.611 9 67.774 10 67.728 11 68.706 12 68.715 13 70.005 14 70.125 15 70.482 16 70.082 17 70.265 18 70.308 19 70.863 20 70.233 21 69.790 22 70.288 23 70.073 24 70.082 INACT 58.538 INACT 0.000 INACT 0.000 INACT 0.000, INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT, 0.000 INACT 0.000 AVG RTD 69.567 i DEW 1
INACT 9
CELLS 56.056 56.191 55.220 INACT 6
59.458 55.836 INACT 55.355 INACT INACT ll 55.983 55.220 56.745 8
XNACT 56.475 55.355 55.500 i CT 0.000
'DEW CELL INACT 55.980 0.000 INACT 0.000 i AMBIENT PRESS VAPOR PRESS 14.593
.2217215 i DRY PRESSURE 50.45678 t FLOWS TOTAL FLOW 0 0
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- SENSOR CORD NUMBER >> 177 DATE 016 TIME 13 0 0 RESSURES 50.68300 2 50.67400 0.00000 INACT 0.00000 I T 0.00000 INACT 0.00000 G PRESSURE .50.67850 TD/S 66.656 2 66.722 3 66.527 4 66.667 5 67.122 6 66.590 7 68.552 8 67.611 9 67.774 10 67.728 11 68.706 12 68.715 is 70.005 14 70.125 15 70.482 16 70.082 70.265 18 70.308 19 70.863 20 70.233 "21 69.790 22 70.288 23 70.073 24 70.082 NACT 58.538 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 VG RTD 69.567 E W CELLS 1 56.056 INACT 59.458. "
INACT 55.983 56.475 INACT 56.191 6 55.836 INACT 55.220 8 55.355 55.220 INACT 55.355 11 56.745 INACT 55.500 0.000 INACT 0.000 INACT 0.000
~
AV DEW CELL 55.980 BIENT PRESS 14.593 VAPOR PRESS .2217215 RY PRESSURE 50.45678 LONS 0 TOTAL FLOW 0 I
I I
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I
SENSOR LIST
.ECORD NUMBER 178 DATE 016 TIME 13'15' PRESSURES 1 50.68300 2 50.67300 0.00000 INACT 0.00000 T 0.00000 INACT 0.00000 VG PRESSURE 50.67800 RTD/S L 1 66.624 2 66.744 3 66.516 4 66.667 5 67.165 6 66.602 7 68.552 8 67.611'8.715 9 67.774 10 67.740 11 68.706 12 13 69.996 14 70.102 15 70.525 16 70.082
~ 17 70.288 18 70.299 19 71.046 20 70.222 21'9.778 22 70.365 23 70.073 24 70.082 t INACT INACT INACT 56.582 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 LAVG RTD 69.580 DEW CELLS 1 56.058 INACT 58.914 INACT 55.997 4 56.456 INACT 56.110 6 55.836 INACT 55.123 8 55.307 55.123 INACT 55.220 11 56.002 INACT 55.355 o.ooo INACT 0.000 INACT 0.000 AVG DEW CELL 55.774 AMBIENT PRESS- 14.593 VAPOR PRESS .220074 DRY PRESSURE'LOWS 50.45793 0
TOTAL FLOW 0 I
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I
- +************** SENSOR LIST ECORD NUMBER 179 DATE 016 TIME 13'30 0 PRESSURES 50.68200 2 50.67200 0.00000 INACT 0.00000 0.00000 INACT 0.00000 VG PRESSURE 50.67700 R TD/S 1 66.656 2 66.744 3 66.527 4 66. 679 5 67.165 6 66.602 7 68.563 8 67.622 9 67.794 10 67.751 11 68.726 12 68.706 13 69.984 14 70.070 15 70.482 16 70.070 17 70.265 . 18 70.362 '19 71.057 20 70.233 21 69.776 22 70.337 23 70.057 24 70.100 INACT 57.311 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 . INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.579 DEW CELLS 1
INACT 56.043 56.092 INACT 61.403 INA'CT '5. 983 4 56.456 6 55.865 INACT 55.123 8 55.307 9 55.172 INACT 55.307 11 56.465 INACT 55.307 T 0.000 INACT 0.000 INACT 0.000 A DEW CELL 55.897 AMBIENT PRESS 14.593 VAPOR PRESS .2210607 L DRY PRESSURE 50.45594 FLOWS 0 TOTAL FLOW 0 I
I I
I I
- SENSOR LIST RECORD NUMBER 180 DATE - 016 TIME - 13:45: 0 PRESSURES 50.68100 2 50.67100 iCT 0.00000 0.00000 INACT INACT 0.00000 0.00000 AVG PRESSURE 50.67600 RTD/S 1 66.667 2 66.722 3 66.527 66.690 67.165 66.624 68.563 67.665 9
5
. 67.783 6
10 67.762 ll7 68.726 8
12 68.706 l 13 17 21 70.005 70.245 69.758 XNACT 57.207 14 18 22 XNACT
?0.102 70.288 70.322 0.000 15 19 23 INACT 70.471 71.209 70.050 0.000 16 20 24 XNACT 70.059 70.2'hZ 70.073 0.000 t INACT XNACT XNACT 0.000 0.000 0.000 XNACT XNACT XNACT 0.000 0.000 0.000 INACT XNACT INACT 0.000 0.000 0.000 XNACT XNACT XNACT 0.000 0.000 0.000 INACT 0.000 XNACT 0.000 INACT 0.000 XNACT 0.000 XNACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 XNACT 0.000 AVG RTD 69.579 DEW CELLS 1 56.032 XNACT 66.732 INACT 55.907 4 56.456 INACT 56.032 6 55.787 XNACT 55.114 8 55.259 9 55.114 XNACT 55.162 11 56.369 INACT 55.259 CT 0.000 XNACT 0.000 XNACT 0.000 DEW CELL 55.843 AMBXENT PRESS 14.593 VAPOR PRESS .2206246 i DRY PRESSURE FLOWS 50.45538 0
t TOTAL FLOW 0
I I
I L
t 04
SENSOR LIST ECORD NUMBER 181 DATE 016 TIME 14 0' iIPRESSURES CT 1
T 50.68000 0.00000 0.00000 2
INACT INACT 50.67000 0.00000 0.00000 VG PRESSURE 50.67500 i RTD/S 1
5 66.656 67.156 2
6 66.744 66.613 3
7 66.547 68.563 4
8
- 66. 699 67.654 i 9 13 17 21 67.783 70.027 70.254 69.735.
10 14 18 22 67.751 70.082 70.288 70.333 11 15 19 23 68.737 70.460 70.765 70.039 12 16 20 24 68.715 70.059 70.211 70.082 t INACT INACT INACT 56.279 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 i INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 AVG RTD 69.5 56 lI DEW CELLS 1 56.025 INACT 63.822 INACT 55.909 4 56.397 INACT 56.131 6 55.847 INACT 55.172 55.307 55.220 0.000 INACT 55.220 INACT 0.000 ll INACT 56.648 0.000 8
INACT 55.355 AVG DEW CELL 55.938 AMBIENT PRESS 14.593 I VAPOR PRESS DRY PRESSURE
.2213861 50.45361 i FLOWS TOTAL FLOW 0
I
- +************** SENSOR LIST CORD NUMBER 182 DATE 016 TIME 14 15 0 RESSURES 50.67900 2 50.67000 0.00000 *INACT 0.00000 0.00000 INACT 0.00000 G PRESSURE 50.67450 TD/S
- 66. 656 '
2 66.733 3 66.538 66.690 67.165 6 66.624 7 68.575 8 67.654 67.794 10'4 67.783 11 68.726 12 68.737 m .s 70.005 70.070 '15 70.460 16 70.059 17 70.222 18 70.233 19 71.057 20 70.211 21 69.715 22 70.333 23 70.018 24 70.050 NACT 57.424 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 VG RTD 69.558 EW CELLS 1 56.025 INACT 61.569 INACT 55.948 4 56.438 INACT 56.034 6 55.828 INACT 55.123 8 55.220 55.123 INACT 55.123 11 56.282 INACT 55.268 o.ooo INACT 0.000 INACT 0.000 AVG DEW CELL 55.823 BIENT PRESS 14.593 APOR PRESS .2204667 DRY PRESSURE 50.45403 LOWS 0 TOTAL FLOW 0 I
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SENSOR LIST ECORD NUMBER 183 DATE 016 TIME 14 30 0 SSURES 1 50.67800 2 50.66900 T 0.00000 INACT 0.00000 CT 0.00000 INACT 0.00000 VG PRESSURE 50.67350 RTD/S 1 66.667 2 66.722 3 66.547 4 66.699 5 67.165 6 66.624 7 68.575 8 . 67.654 l 9 17 21 67.794 69.973 70.233 69.726
'3 10 18 22
'4 67.774 70.059 70.233 70.365 11 15 19 23 68.737 70.451 71.143 70.018 12 16 20 24 68.737 70.059 70.179 70.030 INACT 58.775 INACT 0;000 INACT 0.000 INACT 0.000
~ INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 0.000 I INACT INACT INACT INACT 0.000
'.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.'000 INACT 0.000 INACT 0.000 AVG RTD 69.559 DEW CELLS 1 56.032 INACT 59.146 INACT 55.927 4 56.436 INACT 56.141 6 55.787 INACT 55.085 8 55.268 9 55.220 INACT 55.268 11 56.369 ,INACT ,55.268 T 0.000 INACT 0.000 INACT 0.000 A G DEW CELL 55.866
,I AMBIENT PRESS 14.593 VAPOR PRESS .2208078 DRY PRESSURE 50.45269 0
TOTAL FLOW 0 I
I I
I I
I I
'*********************** SENSOR LIST ECORD NUMBER 184 DATE 016 TIME 14 45: 0 PR SSURES 50.67800 2 50.66800 0.00000 INACT 0.00000 I CT 0.00000 INACT 0.00000 VG PRESSURE t
50.67300 t RTD/S 1
5 66.679 67.188 2
6 66.733 66.624 3 66.547 68.586 4 66.699 67.674 ll 7 8 i "
9 13 17 21 67.817 69.962'4 70.245 69.726 10 18 22 67.783 70.070 70.288 70.279 15 19 23 68.749 70.460 71.284 70.030 12 16 20 24 68.737 70.048 70.179 70.050 t INACT INACT INACT 58.904 0.000 0.000
. INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 t INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 i INACT AVG RTD 0.000 69.571 INACT 0.000 DEN CELLS 1 55.981 INACT 63.765 INACT 55.898 56.417 INACT 56.073 6 55.641 INACT 55.123 8 55.268 55.172 INACT 55.123 11 56.600 INACT 55.355 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.878 tAMBIENT PRESS 14.593 APOR PRESS .2209026 DRY PRESSURE 50.4521 FLOWS 0 TO'gAL FLON I
I SENSOR LIST ECORD NUMBER - 185 DATE 016 TIME 15 0 0 P SSURES 1 50.67700 2 50.66800 T 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 VG PRESSURE 50.67250 t RTD/S 1
5 66.679 67.156 2
6 66.753 66.645 3
7 66.559 68.586 4
8 66.699 67.685 I 9 13 17 67.805
'69.962 70.211 10 14 18 67.794 70.048 70.202 11 15 19 68.769 70.439 70.863 12 16 20 68.726 70.039 70.179 21 69.704 22 70.299 23 70.007 24 70.039 INACT
~ INACT 58.558 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 L INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.534 DEW CELLS 1 55.984 INACT 66.835 INACT 55.945 4 56.397 INACT 56.032 6 55.758 INACT 55.114 8 55.259 54.979 INACT 55.114 11 56.600 INACT 55.307 0.000 INACT 0.000 INACT 0.000 W
AVG DEN CELL 55.846 AMBIENT PRESS 14.593 VAPOR PRESS .2206519 DRY PRESSURE 50.45185 i FLOWS TOTAL FLOW 0 0
I I
.I
- SENSOR LIST ECORD NUMBER - 186 DATE 016 TIME 15 15' PRESSURES 50.67600 2 50.66700 0.00000 INACT 0.00000 I CT 0.00000 INACT 0.00000 VG PRESSURE 50.67150 RTD/S 1 66.667 2 66.733 3 66.547 4 66.699 5 67.219 6 66.636 7 68.586 8 67.708 9 67.828 10 67.783 11 68.758 12 68.726 13 69.941 14 70.027 15 70.439 16 70'.048 17 70.222 18 70.156 19 70.872 20 70.190 21 69.711 22 70.360 23 70.014 24 70.014 INACT 57.494 INACT 0.000 INACT 0.000 INACT 0.000 I.
~ INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0;000 INACT 0.000
~ INACT 0.000 INACT 0.000 ENACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.533 DEW CELLS 1 55.933 INACT 67.215 INACT 55.825 4 56.415 INACT 56.053 6 55.816 INACT 55.123 8 55.220 55.172 INACT 55.172 11 56.282 INACT 55.220 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.818 AMBIENT PRESS 14.593 VAPOR PRESS .2204271 DRY PRESSURE 50.45107 FLOWS 0 TOTAL FLOW 0 I
I I
I I
SENSOR LIST ECORD NUMBER 187 DATE - 016 TIME 15 30 0 PRESSURES 50.67500 2 50.66600 0.00000 INACT 0.00000 I T 0.00000 INACT 0.00000 G PRESSURE 50.67050 TD/S 1 66.679 2 66.753 3 66.547 4 66.699 5 67.188 66.636 68.586 67.685 9
13 67.837 69.919 6
10 14 67.794 70.027 ll 7
15 68.758 70.439 8
12 16 68.726 70.039 17'0.202
'21 18 70.245 19 70.820 20 70.168 69.704 22: 70.256 23 69. 98.4 24 69.984 INACT 56.711 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 .
INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.524 EW CELLS 1 55.962 INACT 63.949 INACT 55.825 56.337 INACT 56.003 6 55.766 INACT 55.172 55.268 54.988 INACT 55.172 INACT'.000 ll 56.369 8
INACT 55.268 g ~ o.ooo INACT 0.000 AVG DEW CELL 55.784 BIENT PRISS 14.593 tVAPOR PRESS DRY PRESSURE
.220156 50.45034 LOWS 0 TOTAL FLOW 0 I
I I
I
- SENSOR LIST ECORD NUMBER 188 - l'ATE 016 TIME - 15 45 0 P SURES 50.67400 2 50.66400 0.00000 INACT 0.00000 INACT 0.00000 INACT 0.00000 AVG PRESSURE 50.66900 iRTD/S 1-5 66.679 67'.199 2
6 66.733 66.636 3
7 66.547 68.597 4
8 66.722 67.697 9 67.848 10 67.817 11 68.737 12 68.726 13 69.941,. 14 70.005 15 70.396 16 70.039 17 70.233 18 70.233 19 70.657 20 70.113 21 .69.661 22 70.202 23 69.984 24 69.930 INACT 57.488 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.506 D EW CELLS 1 55.881 INACT 60.570 INACT 55.860 4 56.386 INACT 56.120 6 55.748 INACT 55.114 8 55.210 55.027 INACT 55.114 11 56.224 INACT 55.259 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.748 AMBIENT PRESS 14.593 VAPOR PRESS .2198681 DRY PRESSURE 50.44913 LOWS 0 TOTAL FLOW 0
I I
'I SENSOR LIST CORD NUMBER 189 DATE 016 TIME 16 0 0 RESSURES 50.67200 2 50.66300 0.00000 INACT 0.00000 0.00000 INACT 0.00000 G PRESSURE 50.66750 TD/S 66.667 2 66.733 3 66.538 4 66.699 67.199 6 66.624 68.575 67.685 67.860 10 67.805 ll 7
68.737 8
I is 69.930 17 21 70.168 69.638 14 18 22 69.950 70.202 70.190 15 19 70.396 70.494 12 16 20 68.715 70.016 70.093 23 69.941 24 69.930 57.024 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 VG RTD 69.475 EW CELLS 1 55.936 INACT 58.837 INACT 55.895 4 56.386 INACT 55.982 6 55.776 INACT 55.085 8 55.220 54.988 INACT 55.123 11 56.562 INACT 55.268 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.831 BIENT PRESS 14.593 APOR PRESS .2205271 RY PRESSURE 50.44697 LOWS TOTAL FLOW 0
l I
va
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SENSOR LIST ************************
ECORD NUMBER -'90 DATE 016 TIME - 16 15 0 I PRESSURES 1 50.67100 0.00000 2
INACT
.50.66200 0.00000 I CT 0.00000 INACT 0.00000 VG PRESSURE 50.66650 RTD/S 1 66.706 2 66.771 3 66.565 66.728 5 67.237 6 66.663 7 68.593 8 67.724 9 67.887 10 67.844 11 68.765 12 68.733 13 69.882 14 69.957 15 70.392 16 70.034 17 70.186 18 70.174 19 70.466 20 70.097 21 69.643 22 70.141 23 69.926 24 69.914 INACT 56.390 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT, 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT INACT 0.000 INACT 0.000 INACT 0.000 0.000 0.000 0.000'NACT INACT INACT 0.000 INACT 0.000 INACT 0.000 INACT '.000 AVG RTD 69.474 I DEW 1
INACT CELLS 55.907 55.982 INACT 6
66.840 55.659 INACT INACT 55.814 55.075 8 56.357 55.210 55.027 INACT 55.162 11 56.552 INACT 55.394 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.811 AMBIENT PRESS 14.593 VAPOR PRESS .2203677
~g DRY PRESSURE 50.44613 FLOWS 0 TOTAL FLOW 0 I
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I
- SENSOR LIST CORD NUMBER - 191 DATE 016 TIME 16'30 0 RESSURES 50.67000 2 50.66100 0.00000 INACT 0.00000
'I 0.00000 INACT 0.00000 G PRESSURE 50.66550 v,(
TD/S 1 66.690 2 66.765 3 66.559 4 66.733 5 67.165 6 66. 656 .
7 68.597 8 67.728 9 67.880 10 67.837 11 68.758 12 68.726 13 69.896 14 69.973 15 70.353 16 70.005 17 70.147 "18 70.147 19 70.428 20 70.093 21 69.627 22 70.159 23 69.921 24 69.910 NACT 55.446 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0;000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 VG RTD 69.462 EW CELLS PINACT 1 55.933 56.020 ENACT 65.550 55.735 INACT 55.798 4 56.374 6 INACT 55.114 55.210 54.979 0.000 INACT 55.162 INACT 0.000 ll INACT 56.321 0.000 8
INACT 55.259 AVG DEW CELL 55.762 BIENT PRESS 14.593 APOR PRESS .2199804 RY PRESSURE i
50.44551
~
LOWS 0 TOTAL FLOW 0 I
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)
i
SENSOR LIST DATE 016 TIME - 16 45 0 PRESSURES 50.66900 2- 50.66000 0.00000 INACT 0.00000 I T 0.00000 INACT 0.00000 G PRESSURE V
50.66450 RTD/S 1 66. 690 2 66.753 3 66.581 4 66.744 5 67.210 6 66.645 68.606 67.728 9
13
'67.903 69.896 10 14 67.837 69.887 ll 7
15 68.749 70.353 8
12 16 68.726 69.973 17 70.179 18 70.211
'9 70.396 20 70.039 21 69.595 22 70.136 23 69.921 24 69.921 INACT 53.922 INACT 0.000 INACT 0.000 'NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 0.000 i INACT AVG RTD 69.455 INACT lDEW INACT 1
CELLS 55.900 55.993 54.930 INACT 6
60.804 55.748 INACT 55.027 INACT INACT 11 55.840 55.075 56.224 4
8 56.329 55.210 INACT 55.259 tAVG DEW CELL 0.000 INACT 55.719 0.000 INACT 0.000
~ BIENT PRESS 14.593 VAPOR PRESS .219635 DRY PRESSURE 50.44486 LOWS 0 TOTAL FLOW 0 I
yl I
I
SENSOR LIST ECORD NUMBER 193 DATE 016 TIME 17 0' RESSURES 50.66800 2 50.65900 0.00000 INACT 0.00000 I T 0.00000 INACT 0.00000 G PRESSURE 50.66350 TD/S 1 66.690 2 66.744 3 66.570 4 66.733 5 67.210 6 68.597 67.708 13 9 67:891 69.919 10 14 66.656'7.837 69.984.
ll 7
15 68.749 70.353 8
12 16 68.726 69.996 17 70.156 18 70.082 19 70.374. 20 70.048 21 69.606 22 69.921 69.878 i INACT INACT INACT 53.793 0.000 0.000 INACT INACT INACT 70.104'.000 0.000 0.000 23 INACT INACT INACT 0.000 0.000 0.000 24 INACT INACT INACT 0.000 0.000 0.000 i INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 tAVG RTD 69.449 EW CELLS 1 55.885 INACT "59.063 INACT 55.854 4 56.318 INACT 56.013 6 55.719 INACT 55.075 8 55..162 55.027 INACT 55.114 11 56.176 INACT 55.114 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.718 BIENT PRESS 14.593 VAPOR PRESS .2196248 RY PRESSURE 50.44387 LOWS 0 TOTAL FLOW 0
t I
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- +**** SENSOR LIST CORD NUMBER 194 DATE 016 TIME 17'15' RESSURES 50.66700 2 50.65800 0.00000 INACT 0.00000 I T 0.00000 INACT 0.00000 G PRESSURE 50.66250 TD/S 66.690 2 66.765 3 66.570 4 66.733 67.219 6 66.667 7 68.617 8 67.740 67.903 10 67.848 11 68.758 12 68.737 69.919 14 69.973 15 70.331 16 69.996 70.136 18 70.179 19 70.385 20 70.016 21 69.575 22 70.104 23 69.855 24 69.878 NACT 52.292 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 VG RTD'9.450 EW CELLS 1 55.'892 INACT 59.932 INACT 55.822 56.248 INACT 55.914 6 55.678 INACT 55.075 8 55.114 54.979 INACT 55.162 11 56.407 INACT 55.346 0.000 INACT 0.000 INACT, 0.000 AVG DEW CELL 55.740 BIENT PRESS 14.593 APOR PRESS .2198017 DRY PRESSURE 50.4427 LOWS 0 TOTAL FLOW 0
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I
- S E N$ O R L I$ T ECORD NUMBER 195 DATE 016 TIME 17'30 0 PRESSURES 50.66600 2 50.65700 0.00000 INACT 0.00000 I CT 0.00000 INACT . 0.00000 VG PRESSURE 50.66150 t RTD/S 1 66.710 2 66.787 3 66.570 4 66.744 13 5
9 67.274 67.914 69.876
'014 6 66.679 67.860 69.962 11 15 7 68.617 68.769 70.331 8
12 16 67.783 68.737 69.973 17 70.147 18 70.125 19 70.396 20 70.048 21 69.575 22 70.093 23 69.867 24 69.867 INACT 51.687 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT .0. 000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.445 D EW CELLS 1 55.868 INACT 66.645 INACT 55.848 4 56.318 INACT 56.024 55.678 INACT 55.085 55.172 54.940 0.000 6
INACT 55.085 INACT 0.000 ll INACT 56.369
'.000 8
INACT 55.307 AVG DEW CELL 55.736 AMBIENT PRESS 14.593 lVAPOR PRESS DRY PRESSURE
.219766 50.44173 FLOWS 0 TOTAL FLOW 0
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- 'SENSOR CORD NUMBER 196 DATE - 016 TIME - 17:45: 0 RESSURES 50.66600 2 50.65600 0.00000 INACT 0.00000 CT 0.00000 INACT 0.00000
~'G PRESSURE 50.66100 TD/S 66.710 2 66.765 3 66.581 4 66.744 5 67.262 6 66.656 7 68.606 8 67.751 67.925 . 10 67.848 11 68.758 12 68.737
) ~s 17 69.833 70.125 14 18 69.996 70.156 15 19 70.319 70.385 16 20 69.962 70.016 21 69.575 22 70.061 23 69.844 24 69.855 51.319 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 VG RTD 69.436 EW CELLS 1 55.839 INACT 60.782 INACT 55.772 4 56.324 INACT 55.931 6 55.696 INACT 54.988 8 '5.172 54.853 INACT 54.940 11 56.234 INACT 55.123 0.000 INACT 0.000 INACT 0.000 VG DEW CELL 55.683 BIENT PRESS - 14.593 APOR PRESS .2193499 DRY PRESSURE 50.44165 LOWS TOTAL FLOW 0 I
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- ,******** SENSOR LIST ECORD NUMBER 197 DATE 016 TIME 18 0 0 RESSURES 1 50.66500 2 50.65600 0.00000 INACT 0.00000 0.00000 INACT 0.00000 G PRESSURE 50.66050 TD/S 66.710 2 66.776 3 66.590 4 66.753 67.219 6 66.667 7 68.629 8 67.774 67.934 10 67.880 68.769 68.737 I is 17 69.821 70.113 14 18 69.996 70.102 11 15, 19 70.319 70.374 12 16 20 69.941 69.984 21 69.529 22 70.104 23 69.844 24 69.867 NACT 51.719 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 VG RTD 69.428 EW CELLS 1 55.853 INACT 61. 211 INACT 55.776 4 56.230 INACT 55.945 6 55.659 INACT 55.123 8 55.172 55.037 INACT 55.037 11 56.648 INACT 55.307 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.806 BIENT PRESS 14.593 APOR PRESS .2203294 DRY.PRESSURE 50.44017 LOWS 0 TOTAL FLOW 0 I
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- SENSOR LIST ECORD, NUMBER 198 DATE - 016 TIME 18 15 0 PRESSURES 1 50.66400 2 50.65500 T 0.00000 INACT 0.00000 CT 0.00000 INACT 0.00000 VG PRESSURE 50.65950 QRTD/S 1 66.699 2 66.776 3 66.590 4 66.744 5 67.253 6 66.690 68.629 67.783 9
13 67.957 69.821 10 14 67.871 69.930 ll 7
15 68.758 70.319 8
12 16 68.726 69.919 17 70.113 18 70.102 19 70.385 20 69.984 21 69.529 22 70.018 23 69.833 24 69.867 INACT 51.450 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 a INACT INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 I AVG RTD 69.417,-
DEW CELLS
~ 1 55.898 INACT 61.197 INACT 55.793 4 56.256 i INACT 55.863 6 55.667 INACT 55.085 8 55.123 9 54.940 INACT 55.085 11 56.099 INACT 55.037 T 0.000 INACT 0.000 INACT .
0.000 A DEW CELL 55.659 t AMBIENT PRESS 14.593 VAPOR PRESS .2191594 DRY PRESSURE 50.44034 FLOWS 0 TOTAL FLOW 0 lg
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- SENSOR LIST ************************
ECORD NUMBER 199 DATE 016 TIME 18:30: 0 P RESSURES 50.66300 2 50.65400 0.00000 INACT 0.00000 I CT 0.00000 INACT 0.00000 VG PRESSURE 50.65850 RTD/S 1 66.699 2 66.776 3 66.590 4 66.744 67.231 66.667 68.629 67.783 5
9 13 67.946 69.810 6
10 14 67.871 69.950 ll 7
15 68.758 70.319 8
12 16 68.737 69.919 17 70.102 18 70.102 19 70.353 20 69.996 i 21 INACT INACT INACT 69.520 50.423 0.000 0.000 22 INACT INACT INACT 70.039 0.000, 0.000 0.000 23 INACT INACT INACT 69.824 0.000 0.000 0.000 24 INACT INACT INACT 69.812 0.000 0.000 0.000 i INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT INACT 0.000 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 INACT INACT INACT 0.000 0.000 0.000 AVG RTD 69.4 12 I DEW CELLS 1 55.841 INACT 59.253 INACT 55.779 4 56.230 INACT 56.053 6 55.678 INACT 55.027 8 55.114 54.930 INACT 54.979 11 56.321 INACT 55.075 0.000 INACT 0.000 INACT 0.000 AVG DEW CELL 55.699 I AMBIENT PRESS 14.593 VAPOR PRESS .2194767 L DRY PRESSURE 50.43903 FLOWS 0 0 TOTAL, FLOW I
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i
)
i
- SENSOR LIST ECORD NUMBER 200 DATE 016 TIME - 18:45: 0 P SSURES 1 50.66300 2 50.65400 T 0.00000 INACT 0.00000 I ACT 0.00000 INACT 0.00000 VG PRESSURE 50.65850 RTD/S 1 66.706 2 66.783 3 66.620 4 66.760 67.269 66.685 68.636 67.801 I 13 5
9 67.941 69.828 10 14 6
67.878 69.957 ll 7
15 68.776 70.283 8
12 16 68.744 69.946 17 70.120 18 70.097 19 70.326 20 69.991 21 69.516 22 70.025 23 69.840 24 69.851 INACT 50.829 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 . INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG RTD 69.420 i DEW 1
INACT CELLS 55.797 55.892 INACT 58.680 55.657 INACT INACT 55.767 55.037 56.316 T
54.988 0.000 INACT 6
INACT 54.988 0.000 ll INACT 56.002 0.000 8 55.123 INACT 55.085 AVG DEW CELL 55.643 t AMBIENT PRESS 14.593 VAPOR PRESS .2190304 r DRY PRESSURE 50.43947 FLOWS 0 TOTAL FLOW 0 I
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- ENVIRONMENT LISTING *************************
)ATE 07-10-1989 TIME 17'13'21 PEC DATE TIME TEMP VAPOR CORRECT. RELATIVE AIR PSIA/HR PRESSURE PRESSURE HUMIDITY DENSITY VARIANCE 0 15 1845 530.832 0.2371 50.6254 62.78 0.2574 0.00000 1 15 1900 530.720 0.2361 50.6179 62.74 0.2574 -0.02988 15 1915 530.654 0.2359 50.6101 62.85 0.2574 -0.03149 I107 15 1930 530.589 0.2363 50.6022 63.08 0.2574 -0.03131 108 15 1945 530.512 0.2358 50.5952 63.12 0.2574 -0.02815 I':l 111 15 15 15 2000 2015 2030 530.434 530.418 530.314 0.2347 0.2347 0.2344 50.5898 50.5828 50.5771 62.99 63.01 63.15 0.2574 0.2574 0.2574
-0.02159
-0.02780
-0.02281 112 15 2045 530.274 0.2333 50.5722 62.94 0.2574 -0.01961 113 15 2100 530.214 0.2328 50.5667 62.94 0.2574 -0.02199 114 15 2115 530.177 0.2332 50.5608 63.15 0.2574 -0.02394 115 15 2130 530.120 0.2331 .50.5554 63.24 0.2574 -0.02156 Il'l 118 15 15 15 2145 2200 2215 530.082 530.034 529.998 0.2316 0.2319 0.2318 50.5519 50.5471
'50.5427 62.90 63.08 63.14 0.2574 0.2574 0.2574
-0.01385
-0.01909
-0.01779 119 15 2230 529.940 0.2319 50.5386 63.30 0.2574 -0.01643 gl2O 15 2245 529.917 0.2317 50.5348 63.28 0.2574 -0.01505 121 15 2300 529.881 0.2309 50.5321 63.14 0.2574 -0.01082 122 15 2315 529.847 0.2306 50.5284 63.13 0.2574 -0.01469 15 2330 529.813 0.2303 50.5252 63.14 0.2574 -0.01311 124 15 2345 529.776 0.2301 50.5224 63.14 0.2574 -0.01085 126 16 15 529.745 0.2297 50.5168 63.11 0.2574 -0.00951 I 127 16 16 16 30 45 100 529.716 529.687 529.665 0.2296 0.2294 0.2282 50.5139 50.5116 50.5103 63.14 63.16 62.87 0.2574 0.2574 0.2574
-,0.01154
-0.00946
-0.00508 16 115 529.654 0.2290 50.5065 63.13 0.2574 -0.01530 I 16 16 16 130 145 200 529.642 529.606 529.622 0.2275 0.2282 0.2289 50.5060 50.5028 50.5001 62.73 63.00 63.16 0.2574 0.2574
-0.00185
-0.01280 0.2574 -0.01091 16 215 529.598 0.2270 50.5005 62.69 0.2574 0.00169 16 230 529.567 0.2278 50.4977 62.95 0.2574 -0.01096 136 16 245 529.549 0.2268 50.4967 62.74 0.2574 -0.00430
)137 16 300 529.526 0.2274 50.4946 62.93 0.2574 -0.00812 16 315 529.526 0.2262 50.4938 62.60 0.2574 -0.00320 139 16 330 529.517 0.2269 50.4911 62.82 0.2574 -0.01082 140 16 345 529.505 0.2257 50.4913 62.52 0.2574 0.00066 16 400 529.484 0.2266 50.4884 62.82 0.2574 -0.01175 I142 16 415 529.477 0.2262 50.4873 62.72 0.2574 -0.00435 143 16 430 529.500 0.2263 50.4862 .62. 69 0.2574 -0.00421 11 44 16 445 529.465 0.2252 50.4853 62.46 0.2574 -0.00352 16 500 529.465 0.2254 50.4841 62.53 0.2574 -0.00510 146 16 515 529.424 0.2253 50.4827 62.58 0.2574 -0.00543 147 16 530 529.411 0.2244 50.4821 62.37 0.2574 -0.00258 16 545 529.434 0.2256 50.4799 62.64 0.2574 -0.00858
~149 16 600 529.415 0.2244 50.4801 62.35 0.2574 0.00073 150 16 615 529.391 0.2238 50.4797 62.24 0.2574 -0.00171 16 630 529.404 0.2250 50.4765 62.54 0.2574 -0.01274 Rl: 16 645 529.405 0.2248 50.4757 62.49 0.2573 -0.00331 153 16 700 529.381 0.2237 50.4758 62.24 0.2574 0.00041 715 529.379 0.2236 50.4749 62.21 0.2574 -0.00351
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ENVIRONMENT LISTING *************************
TE 07-10-1989 TIME 17 13 33 REC DATE TIME TEMP VAPOR CORRECT. RELATIVE AIR PSIA/HR NUM PRESSURE PRESSURE HUMIDITY DENSITY VARIANCE 16 730 529.355 0.2233 50.4742 62.18 0.2574 -0.00290 16 745 529.349 0.2236 50.4724 62.27 0.2574 -0.00705 m157 16 800 529.376 0.2229 50.4721 62.00 0.2573 -0.00102 158 16 815 529.343 0.2230 50.4710 62.10 0.2574 -0.00441 159 16 830 529.339 0.2232 50.4703 62.18 0.2574 -0.00296
- m160
, 16 845 529.320 0.2234 50.4691 62.28 0.2574 -0.00490 16 900 529.304 0.2234 50.4681 62.30 0.2574 -0.00374 162 16 915 529.313 0.2228 50.4677 62.11 0.2574 -0.00168 163 16 930 529.303 0.2231 50.4664 62.23 0.2574 -0.00539 164
$ 165 16 945 529.327 0.2225 50.4660 62.01 0.2573 -0.00151 16 1000 529.334 0.2225 50.4655 62.01 0.2573 -0.00215 166 16 1015 529.313 0.2230 50.4645 62.17 0.2573 -0.00368 mise 16 1030 529.285 0.2226 50.4639 62.12 0.2573 -0.00244 16 1045 529.291 0.2221 50.4634 61.98 0.2573 -0.00226 169 16 1100 529.293 0.2225 50.4620 62.08 0.2573 -0.00537 I170 16 1115 529.270 0.2222 50.4618 62.04 0.2573 -0.00079 16 1130 529.268 0.2218 '0.4612 61.94 0.2573 -0.00261 172 16 1145 529.270 0.2223 50.4602 62.08 0.2573 -0.00391 173 16 1200 529.277 0.2207 50.4613 61.63 0.2573 0.00420 I174 16 1215 529.260 0.2213 50.4597 61.82 0.2573 -0.00627 175 16 1230 529.268 0.2216 50.4584 61.87 0.2573 -0.00494 176 16 1245 529.247 0.2208 50.4587 61.72 0.2573 0.00084 16 1300 529.237 0.2217 50.4568 61.98 0.2573 -0.00752 I178 16 1315 529.250 0.2201 50.4579 61.49 0.2573 0.00461 179 16 1330 529.249 0.2211 50.4559 61.77 0.2573 -0.00795 l,', 16 16 16 1345 1400 1415 529.249 529.226 529.228 0.2206 0.2214 0.2205 50.4554 50.4536 50.4540 61.65, 61.91 61.65 0.2573 0.2573 0.2573
-0.00224
-0.00706 0.00168 183 16 1430 529.229 0.2208 50.4527 61.74 0.2573 -0.00536 g184 16 1445 529.241 0.2209 50.4521 61.75 0.2573 -0.00238 16 1500 529.204 0.2207 50.4518 61.75 0.2573 -0.00101 186 16 1515 529.203 0.2204 50.4511 61.69 0.2573 -0.00310
)187 16 1530 529.194 0.2202 50.4503 61.64 0.2573 -0.00291 16 1545 529.176 0.2199 50.4491 61.59 0.2573 -0.00485 189 16 1600 529.145 0.2205 50.4470 61.84 . 0.2573 -0.00864
~190 16 1615 529.144 0.2204 50.4461 61.80 0.2573 -0.00336 16 1630 529.132 0.2200 50.4455 61.72 0.2573 -0.00247 192 16 1645 529.125 0.2196 50.4449 61.64 0.2573 -0.00261 193 16 1700 529.119 0.2196 50.4439 61.65 0.2573 -0.00395 f194 16 1715 529.120 0.2198 50.4427 61.69 0.2573 -0.00471 16 1730 529.115 0.2198 50.4417 61.69 0.2573 -0.00385 196 16 1745 529.106 0.2193 50.4417 61.59 0.2573 -0.00034 97 16 1800 529.098 0.2203 50.4402 61.89 . 0.2573 -0.00592 pl 16 1815 529.087 0.2192 50.4403 61.58 0.2573 0.00069 199 16 1830 529.082 0.2195 50.4390 61.68 0.2573 -0.00526 200 16 1845 529.090 0.2190 50.4395 61.54 0.2573 0.00177
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MASS LOSS ****************************
ATE 07-10-1989 TIME 17:14 07 L
REC TIME CONT MASS MASS MASS NUM DELTA, AIR LOSS LOSS LOSS (HOURS) MASS INCR (1 HR) (x 24) 1 0.00 249695.781 0.000 0.000 0.000
~j I105 0.25 249711.578 15.797 0.000 0.000 106 0.50 249703.656 -7.922 0.000 0.000 107 0.75 249695.797 -7.859 0.000 0.000 I108 1.00 -249697.172 1.375 -1.391 -33.375 1.25 249707.344 10.172 4.234 101.625 110 1.50 249680.594 -26.750 23.063 553.500 111 1.75 249701.484 20.891 -5.688 -136.500 112 2.00 249695.828 -5.656 1.344 32.250 113 2.25 249697.219 1.391 10.125 243.000 114 2.50 249685.172 -12.047 -4.578 -109.875 2.75 249685.484 0.313 16.000 384.000 116 3.00 249686.031 0.547 9.797 235.125 117 3.25 249685.109 -0.922 12.109 290.625 3.50 249679.984 -5.125 5.188 124.500 I119 3.75 249687.063 7.078 -1.578 -37.875 120 4.00 249679.125 -7.938 6.906 165.750 121 4.25 249683.078 3.953 2.031 48.750 122 4.50 249680.719 -2.359 -0.734 -17.625 123 4.75 249680.891 0.172 6.172 148.125 124 5.00 249684.891 4.000 -5.766 -138.375 1125 5.25 249676.125 -8.766 6.953 166.875 5.50 249671.156 -4.969 9.563 229.500 5.75 249670.609 -0.547 10.281 246.750 l 131 6.00 6.25 6.50 6.75 249672.578 249676.734 249663.266 249666.531 1.969 4.156
-13.469 3.266 12.313
-0.609 7.891 4.078 295.500
-14.625 189.375 97.875 I132 7.00 249667.828 1.297 4.750 114.000 7.25 249646.531 -21.297 30.203 724.875 7.50 249660.156 13.625 3.109 74.625 7.75 249660.922 0.766 5.609 134.625 8.00 249664.063 3.141 3.766 90.375 8.25 249665.281 1.219 -18.750 -450.000 138 8.50 249660.906 -4.375 -0.750 -18.000 8.75 249651.891 -9.016 9.031 216.750 I140 9.00 249658.688 6.797 5.375 129.000 141 9.25 249653.734 -4.953 11.547 277.125 I1 42 9. 50'.75 249651.563 2 ~ 1 72 9.344 224.250 249635.844 -15.719 16.047 385.125 144 10.00 249647.750 11.906 10.938 262.500 145 10.25 249641.766 -5.984 11.969 287.250 I,
148 10.50 10.75 11.00 249654.297 249657.359 249635.906 12.531 3.063
-21.453
-2.734
-21.516
-65.625
-516.375 11.844 284.250 I149 11.25 249645.734 9.828 -3.969 -95.250 11.50 249654.531 8.797 -0.234 -5.625 151 11.. 75 249632.734 -21.797 24.625 591.000 12.00 249628.438 -4.297 7.469 179.250 12.25 249639.938 11.500 5.797 .139.125
I MASS LOSS ****************************
TE 10-1989 TIME 17:14 13 REC TIME CONT MASS MASS MASS DELTA AIR LOSS LOSS LOSS (HOURS) MASS INCR (1 HR) (x 24) 1 12.50 249636.781 -3.156 17.750 426.000 12.75 249644.313 7.531 -11.578 -277.875 156 13.00 249638.406 -5.906 -9.969 -239.250 157 13.25 249624.375 -14.031 15.563 373.500 I158 13.50 249634.750 10.375 2.031 48.750 13.75 249633.125 -1.625 11.188 268.500 160. 14.00 249636.000 2.875 2.406 57.750 161 14.25 249638.750 2.750 -14.375 -345.000 14.50 249632.297 -6.453 2.453 58.875
~165 14.75 249630.266 -2.031 2.859 68.625 164 15.00 249617.266 -13.000 18.734 449.625 15.25 249611.406 -5.859 27.344 656.250 l166 15.50 249616.875 5.469 15.422 370.125 167 15.75 249626.828 9.953 3.438 82.500 I168 16.00 249621.156 -5.672 -3.891 -93.375 16.25 249613.859 -7.297 -2.453 -58.875 170 16.50 249623.391 9.531 -6.516 -156.375 171 16.75 249621.016 -2.375 5.813 139.500 17.00 249615.594 -5.422 5.563 133.500 I,",; 17.25 249617.406 1.813 -3.547 -85.125 174 17.50 249617.453 0.047 5.938 142.500 17.75 249607.688 -9.766 13.328 319.875 18.00 249618.797 11.109 -3.203 -76.875 18.25 249614.016 -4.781 3.391 81.375 18.50 249613.578 -0.438 3.875 93.000 18.75 249604.297 -9.281 3.391 81.375 19.00 249601.484 -2.813 17.313 415.500 19.25 249603.547 2.063 10.469 251.250 19.50 249604.875 1.328 8.703 208.875 19.75 249597.703 -7.172 6.594 158.250 184 20.00 249589.172 -8.531 12.313 295.500 185 20.25 249605.063 15.891 -1.516 -36.375 l;;;
188 20.50 20.75 21.00 249602.031 249602.750 249605.156
-3.031 0.719 2.844
-5.047 68.250
-121.125 2.406 -15.984 -383.625 21.25 249609.188 4.031 -4.125 -99.000 I190 21.50 249605.438 -3.750 -3.406 -81.750 191 21.75 249608.047 2.609 -5.297 -127.125 22.00 249608.125 0.078 -2.969 -71.250 22.25 249605.969 -2.156 3.219 77.250 22.50 249599.516 -6.453 5.922 142.125
~195 22.75 249597.078 -2.438 10.969 263.250 23.00 249600.844 3.766 7.281 174.750 197 23.25 249597.609 -3.234 8.359 200.625 198 23.50 249603.750 6.141 -4.234 -101.625 23.75 249599.484 -4.266 -2.406 Ell 24.00 249598.016 -1.469 2.828
-57.750 67.875
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APPENDIX D TYPE A CALCULATIOMS Mass Point Analysis Total Time Analysis
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- POINT ***************************
TE 07-10-1989 TIME 17'15 22 CORR. CONT LSF UPPER VAPOR ,DEW AIR AIR LEAK CONF TEMP PRESS POINT PRESS MASS RATE LEVEL 530.832 0.2371 57.838 50.625 249695.78 0.00000 0.00000 530.720 0.2361 57.716 50.618 249711.58 0.00000 0.00000 1915 530.654 0.2359 57.701 50.610 249703.66 -0.15138 0.00000 1930 530.589 0.2363 57.740 50.602 249695.80 0.03028 0.49416 530.512 0.2358 57.685 50.595 249697.17 0.04998 0.26598 2000 530.434 0.2347 57.555 50.590 249707.34 -0.00740 0.13882 2015 530.418 0.2347 57.549 50.583 249680.59 0.08309 0.22673 2030 530.314 0.2344 57.514 50.577 249701.48 0.04694 0.15787 530.274 0.2333 57.384 50.572 249695.83 0.04144 0.12543 2100 530.214 0.2328 57.324 50.567 249697.22 0.03346 0.09978 2115 530.177 0.2332 57.381 50.561 249685.17 0.04864 0.10438 2130 530.120 0.2331 57.368 50.555 249685.48 0.05507 0.10141 2145 530.082 0.2316 57.185 50.552 249686.03 0.05644 0.09528 2200 530.034 0.2319 57.217 50.547 249685.11 0.05670 0.08971 529.998 0.2318 57.211 50.543 249679.98 0.06038 0.08904 2230 529.940 0.2319 57.224 50.539 249687.06 0.05551 0.08092 2245 529.917 0.2317 57.196 50.535 249679.13 0.05706 0.07942 2300 529.881 0.2309 57.100 50.532 249683.08 0.05448 0.07444 529.847 0.2306 57.061 50.528 249680.72 0.05321 0.07104 2330 529.813 0.2303 57.034 50.525 249680.89 0.05143 0.06752 2345 529.776 0.2301 57.000 50.522 249684.89 0.04744 0.06249 529.760 0.2303 57.032 50.519 249676.13 0.04788 0.06153 15 529.745 0.2297 56'.957 50.517 249671.16 0.04978 0.06235 30 529.716 0.2296 56.943 50.514 249670.61 0.05094 0.06250 I 529.687 529.665 529.654 0.2294 0.2282 0.2290 56.926 56.778 56.878 50.512 50.510 50.506 249672.58 249676.73 249663.27 0.05069 0.04868 0.05082 0.06130 0.05866 0.06028 130 529.642 0.2275 56.691 50.506 249666.53 0.05122 0.06000 529.606 0.2282 56.777 50.503 249667.83 0.05085 0.05902
> zoo 529.622 0.2289 56.864 50.500 249646.53 0.05550 0.06438 215 529.598 0.2270 56.631 50.500 249660.16 0.05581 0.06411 230 529.567 0.2278 56.721 50.498 249660.92 0.05558 0.06335 g 529.549 0.2268 56.609 50.497 249664.06 0.05444 0.06182 300 529.526 0.2274 56.673 50.495 249665.28 0.05298 0.06007 315 529.526 0.2262 56.527 50.494 249660.91 0.05231 0.05902 sso 529.517 0.2269 56.613 50.491 249651.89 0.05307 g 345 529.505 0.2257 56.471 50.491 249658.69 0.05237 0.05944 0.05843 400 529.484 0.2266 56.585 50.488 249653.73 0.05233 0.05807 I 430 445 529.477 529.500 529.465 0.2262 0.2263 0.2252 56.535 56.541 56.405 50.487 50.486 50.485 249651.56 249635.84 249647.75 0.05242 0.05452 0.05454 0.05786 0.06007 0.05981 500 529.465 0.2254 56.438 50.484 249641.77 0.05514 0.06019 529.424 0.2253 56.420 50.483 249654.30 0.05395 0.05891 530 529.411 0.2244 56.315 50.482 249657.36 0.05240 0.05736 545 529.434 0.2256 56.455 50.480 249635.91 0.05329 0.05811 coo 529.415 0.2244 56.310 50.480 249645.73 0.05287 0.05749
$ 529.391 0.2238 56.240 50.480 249654.53 0.05146 0.05609 630 529.404 0.2250 56.386 50.476'0.476 249632.73 0.05223 0.05672 529.405 0.2248 56.364 249628.44 0.05318 0.05759
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MASS POINT ***************************
ATE 07-10-1989 TIME 17 15'27 CORR. CONT LSF UPPER VAPOR DEW AIR AIR LEAK CONF TEMP PRESS POINT PRESS MASS RATE LEVEL 0 529.381 0.2237 56.229 50.476 249639.94 0.05286 0.05710 ig vis 730 529.379 529.355 0.2236 0.2233
- 56. 214 56.180 50.475 249636.78 0.05273 0.05680 50.474 249644.31 0.05187 0.05587 745 529.349 0.2236 56.212 50.472 249638.41 0.05147 0.05534 soo 529.376 0.2229 56.120 50.472 249624.38 0.05210 0.05587 m 529.343 0.2230 56.133 50.471 249634.75 0.05178 0.05543 830 529.339 0.2232 56.162 50.470 249633.13 0.05152 0.05504 845 529.320 0.2234 56.190 50.469 249636.00 0.05098 0.05443 900 529.304 0.2234 56.182 50.468 249638.75 0.05023 0.05363 915 529.313 0.2228 56.110 50.468 249632.30 0.04989 0.05319 930 529.303 0.2231 56.153 50.466 249630.27 0.04963 0.05283 529.327 0.2225 56.076 50.466 249617.27 0.05010 0.05323 1000 529.334 0.2225 56.081 50.465 249611.41 0.05080 0.05390 1015 529.313 0.2230 56.132 50.465 249616.88 0.05105 0.05406 1030 529.285 0;2226 56.084 50.464 249626.83 0.05065 0.05359 529.291 0.2221 56.030 50.463 249621.16 0.05052 0.05337 1100 529.293 0.2225 56.073 50.462 249613.86 0.05071 0.05348 1115 529.270 0.2222 56.035 50.462 249623.39 0.05034 0.05305 1130 529.268 0.2218 55.992 50.461 249621.02 0.05005 0.05269 1145 529.270 0.2223 56.052 50.460 249615.59 0.04998 0.05255 1200 529.277 0.2207 55.859 50.461 249617.41 0.04977 0.05228
'f1215 529.260 0.'2213 55.929 50.460 249617.45 0.04952 0.05197 81230 529.268 0.2216 55.959 50.458 249607.69 0.04966 0.05204 1245 529.247 0.2208 55.870 50.459 249618.80 0.04927 0.05161 529.237 0.2217 55.980 50.457 249614.02 0.04904 0.05134 L 529.250 0.2201 55.774 . 50.458 249613.58 0.04881 0.05105 529.249 0.2211 55.897 50.456 249604.30 0.04890 0.05109 1345 529.249 0.2206 55.843 50.455 249601.48 0.04905 0.05118 1400 529.226 0.2214 55.938 50.454 249603.55 0.04906 0.05114 1415 529.228 0.2205 55.823 50.454 249604.88 0.04898 0.05100 1430 529.229 0.2208 55.866 50.453 249597.70 0.04911 0.05109 1445 529.241 0.2209 55.878 50.452 249589.17 0.04948 0.05145 1500 529.204 0.2207 55.846 50.452 249605.06 0.04925 0.05118 1515 529.203 0.2204 55.818 50.451 249602.03 0.04909 0.05097 1530 529.194 0.2202 55.784 50.450 249602.75 0.04887 0.05073 529.176 0.2199 55.748 50.449 249605.16 0.04856 0.05039 1600 529.145 0.2205 55.831 50.447 249609.19 0.04810 0.04995 1615 529.144 0.2204 55.811 50.446 249605.44 0.04775 0.04959 1630 529.132 0.2200 55.762 50.446 249608.05 0.04731 0.04915 529.125 0.2196 55.719 50.445 249608.13 0.04686 0.04871 1700 529.119 0.2196 55.718 50.444 249605.97 0.04647 0.04832 1715 529.120 0.2198 55.740 50.443 249599.52 0.04624 0.04806 1730 529.115 0.2198 55.736 50.442 249597.08 0.04607 0.04786 1745 529.106 0.2193 55.683 50.442 249600.84 0.04577 0.04754 1800 529.098 0.2203 55.806 50.440 249597.61 0.04555 0.04730 529.087 0.2192 55.659 50.440 249603.75 0.04515 0.04690 1830 529.082 0.2195 55.699 50.439 249599.48 0.04486 0.04660 1845 529.090 0.2190 55.643 50.439 249598.02 0.04459 0.04631 lMAZ ALLOWABLE LEAK RATE : .1528 7 F MAX ALLOWABLE LEAK RATE .1146 RE OCCURED AT 4 POINT, OUT OF 4 POINTS EQUATION ¹6 IS SATISFIED.
EPRI EQUATION ¹7 IS SATISFIED
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TOTAL TIME CALCULATION RESULTS *******************
ATE 07-10-1989 TIME 17:48:27 CORR. LSF UPPER MEASURED VAPOR DEW AIR LEAK CONF LEAK TEMP PRESS POINT PRESS RATE LEVEL RATE 8 530.832 0.2371 57.838 50.625 0.0000 0.00000 0.00000 900 530.720 0.2361 57.716 50.618 0;0000 0.00000 -0.60705 915 530.654 0.2359 57.701 50.610 -0.1514 0.00000 -0.15139 1930 530.589 0.2363 57.740 50.602 0.0506 1.09904 -0.00016
'945 530.512 0.2358 57.685 50.595 0.0969 0.55103 -0.01335 530.434 0.2347 57.555 50.590 0.0627 0.45155 -0.08882 2015 530.418 0.2347 57.549 50.583 0.1368 0.40203 0.09740 030 530.314 0.2344 57.514 50.577 0.1154 0.37461 -0.03129 045 530.274 0.2333 57.384 50.572 0.1117 0.33537 -0.00016 100 530.214 0.2328 57.324 50.567 0.1047 0.30656 -0.00611 115 530.177 0.2332 57.381 50.561 0.1144 0.29213 0.04083 130 530.120 0.2331 57.368 50.555 0.1183 0.28102 0.03602 145 530.082 0.2316 57.185 50.552 0.1186 0.26933 0.03127 2200 530.034 0.2319 57.217 50.547 0.1179 0.25833 0.03158 li:l 2245 529.998 529.940 529.917 0.2318 0.2319 0.2317 57.211 57.224 57.196 50.543 50.539 50.535 0.1197 0.1153 0.1152 0.25035 0.23958 0.23186 0.04339 0.02235 0.04004 300 529.881 0.2309 57.100 50.532 0.1122 0.22340 0.02875 315 529.847 0.2306 57.061 50.528 0.1101 0.21576 0.03220 330 529.813 0.2303 57.034 50.525 0.1076 0.20846 0.03016
,'345 529.776 0.2301 57.000 50.522 0.1034 0.20035 0.02096 I.l 30 529.760 529.745 529.716 0.2303 0.2297 0.2296 57.032 56.957 56.943 50.519 50.517 50.514 0.1023 0.1024 0.1020 0.19475 0.19076 0.18691 0.03601 0.04303 0.04210 l 130 529.687 529.665 529.654 529.642 0.2294 0.2282 0.2290 0.2275 56.926 56.778 56.878 56.691 50.512 50.510 50.506 50.506 0.1007 0.0983 0.0987 0.0981 0.18256 0.17741 0.17472 0.17157 0.03718 0.02929 0.04809 0.04165 529.606 0.2282 56.777 50.503 0.0969 0.16811 0.03838 5200 529.622 0.2289 56.864 50.500 0.0993 0.16782 0.06531 215 529.598 0.2270 56.631 50.500 0.0988 0.16544 0.04566 g230 529.567 0.2278 56.721 50.498 0.0980 0.16271 0.04325 529.549 0.2268 56.609 50.497 0.0966 0.15954 0.03812 300 ,529.526 0.2274 56.673 50.495 0.0949 0.15624 0.03555 315 529.526 0.2262 56.527 50.494 0.0937 0.15344 0.03944 lsso 529.517 0.2269 56.613 50.491 0.0936 0.15164 0.04823 345 529.505 0.2257 56.471 50.491 0.0925 0.14915 0.03963 400 529.484 0.2266 56.585 50.488 0.0918 0.14707 0.04369 529.477 0.2262 56.535 50.487 0.0913 0.14519 0.04475 l430 529.500 0.2263 56.541 50.486 0.0921 0.14463 0.05909 445 529.465 0.2252 56.405 50.485 0.0916 0.14300 0.04617 529.465 0.2254 56.438 50.484 0.0915 0.14172 II.: 529.424 529.411 0.2253 0.2244 56.420 56.315 50.483 50.482 0.0903 0.0887
'0.13946 0.13695 0.05066 0.03797, 0.03436 529.434 0.2256 56.455 50.480 0.0888 0.13592 0.05232 529.415 0.2244 56.310 50.480 0.0880 0.13426 0.04276 529.391 0.2238 56.240 50.480 0.0866 0.13201 0.03448 630 529.404 0.2250 56.386 50.476 0.0867 0.13105 0.05158 45 529.405 0.2248 56.364 50.476 0.0869 0.13037 0.05394
)
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TOTAL TIME CALCULATION RESULTS *******************
TIME - 17:48:35 CORR. LSF UPPER MEASURED VAPOR DEW AIR LEAK CONF LEAK TEMP PRESS POINT PRESS RATE LEVEL RATE 7 529.381 0.2237 56.229 50.476 0.0862 0.12896 0.04382 529.379 0.2236 56.214 50.475 0.0857 0.12767 0.04537 lyso 529.355 0.2233 56.180 50.474 0.0847 0.12597 0.03881 745 529.349 0.2236 56.212 50.472 0.0840 0.12455 0.04242
'29.376 0.2229 56.120 50.472 0.0841 0.12382 0.05181 jl',:,,: 529.343 0.2230 56.133 50.471 0.0835 0.12258 0.04346 529.339 0.2232 56'.162 50.470 0.0829 0.12137 .0.04380 845 529.320 0.2234 56.190 50.469 0.0822 0.12002 0.04105 900 529.304 0.2234 56.182 50.468 0.0813 0.11855 0.03848
$ 915 529.313 0.2228 56.110 50.468 0.0807 0.11734 0.04209 930 529.303 0.2231 56.153 50.466 0.0801 0.11622 0.04270 529.327 0.2225 56.076 50.466 0.0801 0.11559 0.05032 oooo 529.334 0.2225 56.081 50.465 0.0802 0.11515 0.05319 1015 529.313 0.2230 56.132 50.465 0.0801 0.11447 0.04894 030 529.285 0.2226 56.084 50.464 0.0795 0.11340 0.04208 045 529.291 0.2221 56.030 50.463 0.0791 0.11250 0.04483 100 529.293 0.2225 56.073 50.462 0.0789 0.11183 0.04846 1115 529.270 0.2222 56.035 50.462 0.0783 0.11084 0.04218 I130 529.268 0.2218 55.992 50.461 0.0778 0.10990 0.04290 529.270 0.2223 56.052 50.460 0.0775 0.10911 0.04535 1200 529.277 0.2207 55.859 50.461 0.0771 0.10826 0.04367 215 529.260 0.2213 55.929 50.460 0.0766 0.10740 0.04302 230 529.268 0.2216 55.959 50.458 0.0764 0.10680 0.04771 245 529.247 0.2208 55.870 50.459 0.0759 0.10588 0.04111 300 529.237 0.2217 55.980 50.457 0.0755 0.10508 0.04307 529.250 0.2201 55.774 50.458 0.0750 0.10428 0.04271 529.249 0.2211 55.897 50.456 0.0748 0.10370 0.04690 13 529.249 0.2206 55.843 50.455 0.0747 0.10318 0.04770 400 529.226 0.2214 55.938 50.454 0.0744 0.10259 0.04606 415 529.228 0.2205 55.823 50.454 0.0741 0.10195 0.04481 430 529.229 0.2208 55.866 50.453'0.452 0.0740 0.10146 0.04773 445 529.241 0.2209 55.878 0.0740 0.10114 0.05124 500 529.204 0.2207 55.846 50.452 0.0736 0.10046 0.04306 515 529.203 0.2204 55.818 50.451 0.0733 0.09982 0.04396 1530 529.194 0.2202 55.784 50.450 0.0729 0.09916 0.04310 529.176 0.2199 55.748 50.449 0.0725 0.09844 0.04148 5soo 529.145 0.2205 55.831 50.447 0.0719 0.09764 0.03917 1615 529.144 0.2204 55.811 50.446 0.0715 0.09691 0.04039 630 529.132 0.2200 55.762 50.446 0.0710 0.09613 0.03877
'45 529.125 0.2196 55.719 50.445 0.0705 0.09535 0.03830 00 529.119 0.2196 55.718 50.444 0.0700 0.09461 0.03880 1715 529.120 0.2198 55.740 50.443 0.0696 0.09398 0.04113 730 529.115 0.2198 55.736 50.442 0.0693 0.09339 0.04170 529.106 0.2193 55.683 50.442 0.0688 0.09273 0.03968 1800 529.098 0.2203 55.806 50.440 0.0685 0.09213 0.04059 815 529.087 0.2192 55.659 50.440 0.0680 0.09142 0.03764 30 529.082 0.2195 55.699 50.439 0.0676 0.09078 0.03897 845 529.090 0.2190 55.643 50.439 0.0672 0.09016 0.03915 EASURED LEAK RATE USING TOTAL TIME: 0.067190 JEAN TOTAL TIME RATE OF 0.042214 SS THAN ALLOWABLE MAXIMUM RATE OF .1528
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APPENDIX E VERIFICATION TEST CALCULATIONS Mass Point Analysis
~ I I
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MASS POINT WITH VERIFICATION TEST ****************
TIME - 18 13 13 MASS POINT VERIFICATION GROSS GROSS NET NET Ig, MASS 249591.2 LSF 95%'CL 0.0000'.0000 SCFM 3.500 LSF
-0.1518 95 UCL
.-0.1518 915 249583.3 0.0000 0.0000 3.600 -0.1561 -0.1561 930 249585.5 0.1085 0.0000 3.600 -0.0477 -0.1561 945 249575.9 0.1675 0.3452 3.600 0.0114 0.1891 2000 249574.7 0.1551 0.2389 3.600 -0.0011 0.0828 249571.8 0.1453 0.1964 3.600 -0.0108 0.0403
, I030 249557.5 0.1851 0.2427 3.600 0.0290 0.0865 2045 249560.7 0.1760 0.2186 3.600 0.0199 0.0625 100 249554.3 0.1766 0.2088 3.600 0.0205 0.0527 249549.9 0.1764 0.2016 3.600 0.0203 0.0455 2130 249540.8 ~
0.1842 0.2061 3.600 0.0281 0.0500 145 249542.6 0.1790 0.1978 3.600 0.0228 0.0417 200 249531.0 0.1846 0.2014 3.600 0.0284 0.0452 215 249528.6 0.1855 0.1998 3.600 0.0294 0.0437 2230 249521.5 0.1883 0.2010 3.600 0.0322 0.0448 249513.8 0.1926 0.2044 3.600 0.0364 0.0482 l300 249504.4 0.1988 0.2109 3.600 0.0426 0.0547 Lo + Lam .25 La) Lc <= (Lo .25 La) f 0.1625 0.1988
+ Lam +
0.2389
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L t
0)
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APPENDIX P TYPE A PLOTS Average Temperature vs Time Average Pressure vs Time Average Dew Point vs Time Containment Mass vs Time Mass Point Leakage Rate vs Time Total Time Leakage Rate vs Time
I I
PLOT OF RTD AVG 7f.f73 70.978 70.784 D 70 589 E
G 70.39 R
E 70.20I E
S 70.006 69.8%2 69.6i7 69.423 L ~ I 0.00 2.40 4.80 7.20 9.60 12.00 14.40 56.80 %9.20 21.60 24.00 IB: 45: 0 DELTA TIME IN HOURS
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PLOT OF PRESSURE AVB 50.865 50.842 0.819
- 50. 97 50.774 50.75i 50.706 50.683 50.66l, 0.00 2.40 J
4.80 I
7.20 -
I 9.60 L
i2.00 L
f4.40 I
16.80 L
i9.20 2%.60 24.00 18: 45: 0 DELTA TEPEE XN HOURS
a 0 QQ 0
PLOT OF DEN CELL AVG 58.029 57.785 jl D L E
G 57.053 R
- 56. BIO 56.566 56.322 56.078 0.00 55.834 I
2.40 L
4.80
~
7.20 9.60 f2.00 M i4.40 L
56.80 y
v 19.20 2%.60 24.00 iB 45' . DELTA TIME IN HOURS
W W W RQ W 8%
PLOT OF MEASURED MASS 249.7f8 9.704 249.677 249.664 249.650 249.636 L
S 249.623 S
249.609 249.596 0.00 2.40 4.80 7.20 9.60 5.2.00 M=. L
%4.40 ~6.80 f9.20 2%.60 24.00 f8: 45' DELTA TIME IH HOURS
! aa ae
~
PLOT OF MASS POINT CALCULATED
.75 MAX ALLOWED MASS POINT UCL 0.08 MASS POINT LSF I
- 9. 059
- 0. 30 0.000
-0.030 D
A -0.059 Y
-0.089
- 0. 00 2. 40 4. 80 7. 20 9. 60 12. 00 K4. 40 16. 80 i9. 20 21. 60 24. 00 5,8: 45: 0 DELTA TIME IN HOURS
m m m m m m m m m m m m m m W W 0QQ
PLOT OF TOTAL TIME CALCULATED i.221 .75 MAX ALLOWED TOTAL TIME UCL i . 099 : OTAL TIME LSF 0.977 I
0.855
- 0. 733 D
A 0.488 Y
.366 0.24 0.00 2.40 4.80 7.20 9.60 i2.00 i4.40 i6.80 29.20 2i.60 24.00 i8: 45: 0 DELTA TIME IN HOURS
QSQ
~CW5 CeS
APPENDIX G VERIFICATION TEST PLOTS Average Temperature vs Time Average Pressure vs Time Average Dew Point vs Time Containment Mass vs Time Mass Point Leakage Rate, vs Time
PLOT OF RTD AVS D 69.400 E
G 69.394 R
E 69.387 E
S 69.380 69.373 69.366 69.359 0.00 0.40 0.80 1.20 1.60 2.00 . 2.40 2.80 3.20 3.60 19: 0: 0 DELTA TIME IN HOURS
PLOT OF PRESSURE AVG 50.658
.655 50.653 50.650 50.648 P
S 50.645 I
50.643 50.640 50.638 50.635 0.00 0.40 0.80 %.20 i.60 2.00 2.40 2.80 3.20 3.60 f9: 0: 0 DELTA TIME XN HOURS
M PLOT OF DEW CELL AVS 55.735
- 55. 4 55.673 D 55.642
/
/
G E
E
~ 55.580 /
S F ' 55.558 55.487 55.456 0.00 0.40 0.80 J
f.20 L~
1.60 2.00 I
2.40 L
2.80 3.20 3.60 4.00 t9: 0: 0 DELTA TIME IN HOURS
Qiiiiiil CQ PLOT OF MEASURED MASS 249.594 GB+
0 249.574 0 p 249.565 249.555 249.545 249.536 B 249.'526 S
249.5i6 249.507 0.00 0.40 0.80 f.20 1.60 2.00 2.40 2.80 3.20 3.60 4,00 19 DELTA TIME IN HOURS
xr QQ
M I% W HI PLOT OF MASS POINT CALCULATED
. 0.22 ~AX ALLGNED MASS P INT UCL MASS POINT ~CSF~-
0.4i 0.
0..
0 l
A O.ik 022
~
0.00 L
0.40 l
0.80
]
i.60 L
2.00 I
2.40 L
2.80 I.
3.20 L
3.60 4.00
%9 DELTA TIME IN HOURS
QiR M CS TABLE 1 XMSTRUNENTATXOM LOCATXOMS 6 SCHEMATXC
INSTRUMENTATION LOCATION Qx ELEV. 330' x Qx x x Ef EV. 301' Qx x Qx x x ELEV.
286'1 2A x Qx x x x x ELEV.
3A F1 2B x x Qx x x x x 261'LEV.
ELEV.
243'1 ELEV. 243' P1 3B 235' 6" X=RTD Qx= DEWCEL
W M M &&&& W 0
001 74$ 1 tlwar2A H 1A WkT 0 100 0 100 FQ tl~n t1~
n
921 744S ps 922 924 S43S 7452 7436 7491 7430 7446 7447 CONTAINLIENT PENETRATION 332 PI-2A Pl-IA WRT Fl Fl WRT 0-100 2A 20 0-100 PSI PSIA P 1-3A Pl-3B Tl Tl
e l M ~ 558
TABLE 2 TYPE B 6 C
SUMMARY
I@
1987 As Found Leaka e As Left Leaka e Type B (Pt-22) 1979.94 cc/min. 1767.59 cc/min.
Type C (PT-23) 2709.24 cc/min. 830.59 cc/min.
TOTAL 4689.18 cc/min. 2598.18 cc/min.
1988 As Found Leaka e As Left Leaka e Type B 2355.78 cc/min. 813.4'6 cc/min.
t Type C TOTAL 742.08 3097. 86 cc/min.
"cc/min.
226.24 1039.7 cc/min.
cc/min.
1989 As Found Leaka e As Left Leaka e T ype B 1785.9 cc/min. 3215.3 cc/min.
Type C 1293.78 cc/min. 533.98 cc/min.
TOTAL 3079.68 cc/min. 3749.28 cc/min.
1989 LEAKAGE SAVINGS 0.0 PT-23.1 Pressurizer Relief Tank Gas Analyzer Line 0.0 PT-23.2 Nitrogen Supply to Pressurizer Relief. Tank Line 0.0 PT-23.3 Makeup Water to Pressurizer Relief Tank 0.0 0.0 0.0 PT-23.5A Sump "B" to "A: RCDT Pump 0.0 0.0 0.0 PT-23.5B Sump "B" to "B" RCDT Pump 0.0 0.0 0.0 PT-23.6 Letdown Line From Reactor Coolant System t 0.0 16.0 0.0 16.0 0.0 0.0 PT-23.7 PT-23.8 Letdown Prom Reactor Coolant System Reactor Coolant System Charging Line "A" Reactor Coolant Pump Seal Water Line 7.4 7.4 0.0 PT-23.9A I 10.5 6.6 10.5 6.6 0.0 0.0 PT-23.9B PT-23.10 "B" Reactor Coolant Alternate Charging Line Pump Seal Water Line t 69.7 0.0 69.7 0.0 0.0 0.0 PT-23.11 PT-23.12A Reactor Coolant Pressurizer Pump Seel Water Return and Excess Steam Space Sample ie 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
- 0. 0 PT-23.128 PT-23.12C PT-23. 13A Pressurizer Liquid Space Sample Reactor Coolant System Sample Loop "B" "A" Steam Generator Sample 251.5 0.0 251.5 PT-23.13B "B" Steam Generator Sample 2.8 0.0 PT-23.14 Containment Air Sample Inlet 8.5 8.5 0.0 PT-23.15 Containment Air Sample Out 0.0 0.0 0. 0 PT-23. 16A "A" Steam Generator Blowdown 360.0 0.0 360.0 PT-23.168 "B" Steam Generator Blowdown
~ 55 55 0. 0 PT-23. 17A Containment Pressure Sensing Transmitters (PT 945 and 946) 0.0 0.0 0.0 PT-23.17B Containment Pressure Sensing Transmitters (PT 947 and 948) 0.0 0.0 0.0 PT-23.17C Containment Pressure Sensing Transmitters (PT 949. 950 and 944) 29.0 29.0 0.0 PT-23.18A "A" Containment Spray Header 16.8 16. 8 0. 0 PT-23. 18B "B" Containment Spray Header 0.0 0.0 0.0 PT-23.19 Safety In5ection System 0.0 0.0 0.0 PT"23.20 Reactor Coolant Drain Tank Gas Header 1.0 1.0 0.0 PT-23.21 Reactor Coolant Drain Tank Gas Analyzer 1.2 1.2 0.0 PT-23.22 Reactor Coolant Drain Tank Discharge 1.43 11.43 0.0 PT-23.23 Sump "A" Discharge
I
i Jy 1989 LEAKAGE SAVINGS 25.0 25.0 0.0 PT-23.24 Reactor Support Coolers (Inlet and Outlet) 0.0 PT-23.26 Auxiliary Coolant System to "A" Reactor Coolant Pump 0.0 0.0 0.0 PT-23.27 Auxiliary Coolant System to "B" Reactor Coolant Pump 0.0 0.0 0.0 PT-23.28 Auxiliary Coolant System From "A" Reactor Coolant Pump
. 29.0 29.0 0.0 PT-23.29 Auxiliary Coolant System From "B" Reactor Coolant Pump 59.0 182.4 -123.4 PT-23.30 Auxiliary Coolant System Excess Letdown (Supply and Return) 1.8 1.8 0.0 PT-23.32 Instrument Air 0.0 0.0 0.0 PT-23.33 "'ervice Air 0.0 0.0 0.0 PT-23.34 Containment Mini-Purge Exhaust 0.0 1.1 -1.1 PT-23.35.1 Purge Supply 0.8 16.5 -15.7 PT-23.36.1 Purge Exhaust 30.5 30.5 0.0 PT-23.39 Demineralized Water 0.0 0.0 0.0 PT-23.40 Auxiliary Steam Supply and Condensate .Return 0.0 0.0 0.0 PT-23.42 Leakage Test Depressurization 0.0 0.0 0.0 PT-23.43 Leakage Test Supply Header 0.0 0.0 0.0 PT-23.44 Leakage Test/Containment Mini-Purge Supply 1.5 0.0 1.5 PT-23.45 Containment H2 Monitors 224.0 0.0 224.0 PT-23.46 Nitrigen to Accumulators 0.0 0.0 0.0 PT-23.49 Construction Fire Service Water 76.0 13.0 63.0 PT-23.50A Containment Post Accident Air Sample (Clean Int. Bldg) 0.0 0.0 0.0 PT-23.50B Containment Post Accident Air Sample (Controlled Int. Bldg) 2.1 2.1 0.0 PT-23.50C Containment Post Accident Air Sample (Aux. Bldg) 22.5 22.5 0.0 PT-23.51A "A" Hydrogen Recombiner (Pilot and Main) 6.5 6.5 0.0 PT-23.51B "B" Hydrogen Recombiner (Pilot and Main) 18.8 18.8, 0.0 PT-23.51C "A" and "B" Hydrogen Recombiner Oxygen Makeup 0.0 0.0 0.0 PT-23.52 Fire Service Water 1293.78 533.98 759.8 TOTALS Series Check Valve 743A Internals removed after initial test and prior to ILRT J
~ % < & & <, ~ W ~~ ~ ~ ~~~ gg