ML20211P899
| ML20211P899 | |
| Person / Time | |
|---|---|
| Site: | Vogtle  |
| Issue date: | 08/31/1986 |
| From: | GEORGIA POWER CO. |
| To: | |
| Shared Package | |
| ML20211P761 | List: |
| References | |
| NUDOCS 8612190157 | |
| Download: ML20211P899 (110) | |
Text
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V0GTLE ELECTRIC GENERATING PLANT GEORGIA POWER AND LIGRT COMPANY WAYNESBORO, GEORGIA
/'
REACTOR CONTAINMENT BUILDING INTEGRATED LEAKAGE RATE TEST AUGUST 1986 UNIT 1
}
FINAL REPORT i
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8612190157 861212 1
PDR ADOCK 05000424 i
A PDR
]
t f
TABLE OF CONTENTS (S
Page 1.0 < INTRODUCTION 3
2.0 TEST SYNOPSIS 4
3.0 TEST DATA
SUMMARY
5 4.0 ANALYSIS AND INTERPRETATION 8
5.0 REFERENCES
11 TABLE 1 SENSOR LOCATIONS AND WEIGHTING FRACTIONS 12 APPENDICES A
ILRT COMPUTER PROGRAM
SUMMARY
B STABILIZATION DATA AND CALCULATIONS C
TYPE A
SUMMARY
DATA By Sensor Enviroment Mass Loss D
TYPE A CALCULATIONS Mass Point Analysis Total Time Analysis E
VERIFICATION TEST CALCULATIONS Mass Point Analysis
'F TYPE A PLOTS Temperature vs Time Pressure vs Time Dew Point vs Time Containment Mass vs Time Mass Point Leakage Rate vs Time Total Time Leakage Rate vs Time G
VERIFICATION TEST PLOTS Containment Mass vs Time Mass Point Leakage Rate vs Time H
SCHEMATIC FOR LEAKAGE RATE MEASURING SYSTEM 2
1.0 INTRODUCTION
A successful preoperational Integrated Leakage Rate Test (ILRT) was conducted on the Vogtle Electric Generating Plant (Vogtle)
Unit 1
containment between August 24 and August 26, 1986.
This test was performed to demonstrate that the containment leakage under prescribed post accident conditions does not exceed the allowable values specified in the Vogtle Unit 1 FSAR (Reference 1) and Technical Specifications (Reference 2).
The test was conducted in occordance with the requirements of the ILRT procedure (Reference 3),
Appendix J to 10CFR50 (Reference 4),
ANSI
/ANS-56.8-1981 (Reference 5),
ANSI N45.4-1972 (Reference 6), and BN-TOP-1 (Reference 7).
Test results, which satisfied all acceptance criteria are summarized below.
Mass Point Total Time Allowable Operational Type A LSF L.P.4/ day 0.02399*
0.02362*
0.200 0.150 Type A UCL L.R.4/ day 0.02489*
0.02643*
0.200 0.150 Ver. Test L.R.4/ day 0.1879 0.13887.23887
- Includes penalties for nonstandard alignments of 0.000024/ day.
A summary of the test events and test chronology are presented in Section 2.0, Test Synopsis.
Plant information, technical data, test O'
- results, and measurement system information are presented in Section 3.0, Test Data Summary.
Test results are compared to the Acceptance Criteria in Section 4.0, Analysis and Interpretation.
Referenced documents are listed in Section 5.0, References.
O 3
l q_,/
2.0 TEST SYNOPSIS The containment was isolated by aligning systems in the specified post i
accident
- modes, except as noted in Section 4.1.
Prior to pressurization, the containment sump water levels were measured reading zero water level.
A pre-test walkdown of the containment structure yielded no unacceptable structure deterioration.
The ILRT was conducted after the Structural Integrity Test (SIT).
Containment pressurization for the SIT started at 1400 on August 22, 1986.
(SIT report under separate cover.)
ILRT pressure (59.6 psia) was reached at 2337 on August 24, 1986.
Penetrations 35, 42, and 48 had some insignificant leaks detected.
The pressurization line was isolated from the containment and vented.
The temperature stabilization criteria was satisfied during the six-hour period to 0530 on August 25, 1986.
The ILRT test period began at 0545 on August 25.
Initial test pressure was 59.627 psig.
Containment pressure and temperature were recorded at 15 minute intervals using electronic sensors and data logging devices.
Reactor vessel levels and barometic parameters were monitored at one hour intervals.
The containment sumps were measured hourly.
The Type A test was terminated at 0545 on August 26, after twenty-four hours of data had satisfied all leakage rate acceptance
- criteria, l
The verification test was initiated by continuously venting 12.29 SCFM of air from the containment through a flowmeter.
The verification leakage rate calculated using the 4.75 hours8.680556e-4 days <br />0.0208 hours <br />1.240079e-4 weeks <br />2.85375e-5 months <br /> of data from 0600 to 1045 on August 26, had verified the performance of the instrument system.
O l
4
3.0 TEST DATA
SUMMARY
3.1 Plant Information
- 1. Owner:
Georgia Power and Light Company
- 2. Plant:
Vogtle Electric Generating Plant Unit 1 3.
Location:
Waynesboro, Georgia
- 4. Containment Type:
Reinforced Concrete with steel liner
- 5. NSSS Supplier, Type: Westinghouse
- 6. Date Test Completed: August 26, 1986 7.
Docket Number:
50-424 3.2 Technical Data i
1.
Containment Net Free Air Volume: 2,750,000 cuft j
2.
Design Pressure:
52 psig i
3.
Peak Accident Pressure. Pa:
45 psig 3.3 Test Results -- ILRT Test
- 1. Test Method Absolute 2.
Data Analysis Technique Mass Point 3.
Test Pressure (At Completion) 59.511 psig
- 4. Maximum Allowable Leakage Rate, La 0.2004/ day 5.
75% of La (Operational Allowable) 0.150%/ day O
6.
Integrated Leakage Rate Test Results Mass Point Total Time Allowable Operational Type A LSF L.R.2/ day 0.02399*
0.02362*
0.200 0.150 Type A UCL L.R.4/ day 0.02489*
0.02643*
0.200 0.150
- Includes penalties for nonstandard alignments of 0.00002%/ day.
7.
Imposed Verification Leakage Rate 0.16494/ day (12.29 SCFM) 8.
Verification Test Results Leakage Rate Mass Point Analysis 0.18794/ day 9.
Verification Test Limits Upper **
Lower ***
Mass Point Analysis 0.138874/ day 0.238974/ day
= Lo + Lam + 0.25 La
- Upper Limit
- 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.
O 5
~ 11. Penetrations not in post-LOCA Alignment During ILRT Penetration System Leakage Rate Elect. #35 ILRT Pressure Sensing 1.25 SCCM 13A 20.2 68 4.2 86C 20.5 87 5.2 Total 51.35 SCCM 3.4 Integrated Leakage Rate Measurement System Instrument Description Data (no. of sensors)
- 1. Absolute Mensor Range:
0-100 psia Pressure Quartz Monometer Accuracy:
10.0154 Read (2) 10.002*FS Sensitivity:
10.001 psia Repeatability: 10.001 psia 2.
Drybulb Platinum Range (Calib): 60-120degF Temperature Accuracy:
10.ldegF (30)
Sensitivity:
10.01degF Repeatability: 10.0ldegF 3.
Dewpoint Chilled Mirror Range (Calib): 40-100degF Temperature Accuracy:
!.54degF (6)
Sensitivity:
10.ldegF Repeatability: 10.OldegF 4.
Flow Meter Differential Press Range:
0-20 SCFM (1)
Accuracy:
10.1%
Repeatability:
10.25%
Drybulb and dewpoint temperature sensor locations and volume fractions are provided in Table 1.
3.5 Type B & Type C Leakage Rate Results These results of the various respective tests per procedure (see Reference 8) are presented below.
Pene.
Meas.SCCM (Max. Path) llA 747 12A 34.6 13A 15,110 13B 7520 15 6
O 6
Pene.
Measured 22 1745 23 380 24 22.9 28 44 29 493 34 79.2 35 305 40 670 41 107.1 42 176.2 48 38 49 51.6 50 77.6 62 6
63 67.2 64A 6
64B 6
67A 108.2 67B 11.1 68 4.22 69A 22.9 69B 1465 70A 4.4 70B 3720 0
71A 16.18 71B 166.3 72A 63.8 72B 6
73A 509 73B 6
77 22 78 108.3 79 6
80 174 81 89.5 83 1152 84 388 86A 8.85 86C 20.5 87 6
89 12.8 100 306 Pene.
Meas. SCCM Pers. Hatch 745.3 Escape L.ck 1514.2 I
Equip. Hatch 6
Elec. Pene 27.21 7.
1 3e.382.1e eccM., 1.355 sc,M.,.0et.
c;)
7
..1.
)
4.0 ANALYSIS AND INTERPRETATION 4.1 ILRT Test During the ILRT, one penetration were not in post-LOCA alignment.
The total leakage rate correction for penetrations not in post-LOCA alignment and water level changes (insignificant-2cf per total time period) is 0.000024/ day.
The calculated leakage rates during the Type A for LSF and 95%
UCL are shown below.
Adding the total leakage rate corrections for penetrations not in post-LOCA alignment yields the corrected leakage rates as follows:
Mass Point Total Time LSF UCL LSF UCL Calculated 0.02397 0.02487 0.0236 0.02641 Corrections 9299992 Q.99992 9 99992 Q399992 Corrected 0.02399 0.02489 0.02362 0.02643 Since the corrected 95% upper confidence levels for mass point (and total time) are less than.75La (0.150*/ day),
the test results demonstrate the leakage through the primary containment I}
and systems is within allowable limits.
Components penetrating
(>
primary containment do not exceed maximum leakage rates specified in the Vogtle Nuclear Power Plant Unit 1 FSAR and Technical Specifications.
4.2 Instrumentation, Data and Calculations ILRT test data were gathered through sensors and a
data acquisition system.
The data acquisition system received these inputs and transmitted them into a mini-computer which reduced the raw data to containment leakage.
(See Appendix A for a
software program description.)
4.2.1 Instrumentation l
The instrumentation was chosen for its stability and dependability.
The instrumentation used during the ILRT satisfied all Instrument Selection Guide requirements.
All instrumentation performed adequately during the test.
i O
8 l
(9 k- #
- 11. Penetrations not in post-LOCA Alignment During ILRT Penetration System Leakage Rate Elect. #35 ILRT Pressure Sensing 1.25 SCCM 13A 20.2 68 4.2 86C 20.5 87 5.2 Total 51.35 SCCM 3.4 Integrated Leakage Rate Measurement System Instrument Description Data (no. of sensors)
- 1. Absolute Mensor Range:
0-100 psia Pressure Quartz Monometer Accuracy:
0.015% Read (2) 0.OO2%FS Sensitivity:
10.001 psia
~
Repeatability:10.OO1 psia 2.
Drybulb Platinum Range (Calib): 60-120degF g3 Temperature Accuracy:
10.idegF
(
)
(30)
Sensitivity:
10.OldeqF Repeatability: iO.OldegF 3.
Dewpoint Chilled Mirror Range (Calib): 40-100degF Temperature Accuracy:
1 54degF i
(6)
Sensitivity:
0.1degF Repeatability: 10.OldegF
- 4. Flow Meter Differential Press Range:
0-20 SCFM (1)
Accuracy:
10.1%
Repeatability:
10.25%
Drybulb and dewpoint temperature sensor locations and volume fractions are provided in Table 1.
3.5 Type B & Type C Leakage Rate Results These results of the various respective tests per procedure (see Reference 8) are presented below.
Pene.
Meas.SCCM (Max. Path) 11A 747 12A 36.6 13A 15.290 138 7700 O) 15 6
L 6
i i
Pene.
Measured 22
-1760 23 380 24 22.9 2E 45.5 29 511 34 79.2 35 323 40 685 41 107.1 42 178 48 38 49 51.6 50 77.6 62 6
63 67.2 64A 6
64B 6
67A 108.2 678 11.1 68 4.22 69A 22.9 698 1480 O
70A 4.4 70B 3720 71A 15.58 718 166.3 72A 63.8 72B 6
73A 509 73B 6
77 22 78 108.3 79 6
80
'175.8 81 89.5 83 1122 84 388 86A 9.0 86C 22.0 87 6
89 14.6 j
100 306 Pene.
Meas. SCCM Pers. Hatch 745.1 Escape Lock 1514.2 Equip. Hatch 6
(}
Elec. Pene 27.21 Total 38,803.01 SCCM or 1.3704SCFM or.09135La 7
.4 4.0 ANALYSIS AND INTERPRETATION 4.1 ILRT Test During the
- ILRT, five penetration were not in post-LOCA alignment.
The total leakage rate correction for penetrations not in post-LOCA alignment and water level changes (insignificant-2cf per total time period) is O.OOOO2%/ day.
The calculated leakage rates during the Type A for LSF and 95%
UCL are shown below.
Adding the total leakage rate corrections for penetrations not in post-LOCA alignment yields the corrected leakage rates as follows:
Mass Point Total Time LSF UCL LSF UCL Calculated 0.02397 0.02487 0.0236 0.02641 Corrections Q QQQQ2 Q QQQQ2 Q QQQQ2 Q QQQQ2 Corrected 0.02399 0.02489 0.02362 0.02643 Since the corrected 95% upper confidence levels for mass point (and total time) are less than.75La (0.150%/ day),
the test results demonstrate the leakage through the primary containment and systems is within allowable limits.
Components penetrating primary containment do not exceed maximum leakage rates specified in the Vogtle Nuclear Power Plant Unit 1 FSAR and Technical Specifications.
4.2 Instrumentation, Data and Calculations ILRT test data were gathered through sensors and a
data acquisition system.
The data acquisition system received these inputs and transmitted them into a mini-computer which reduced the raw data to containment leakage.
(See Appendix A for a
software program description.)
4.2.1 Instrumentation The instrumentation was chosen for its stability and dependability.
The instrumentation used during the ILRT satisfied all Instrument Selection Guide requirements.
All instrumentation performed adequately during the test.
O
i 4.2.2 Sensor Location and Volume Fraction (See Table 1)
A mathematical model of the containment was developed using elevation and plan view construction drawings to define containment subvolumes boundaries.
Subsequent to subvolume bound. / definition, volume fractions were assigned to each subvol an in the containment.
Sensors were then placed as near to the centroid of each subvolume as possible to detect changes in containment atmospheric conditions (see Reference 9).
Table 1 indicates sensor location relative to volume fraction assignment.
Since the ILRT was performed with all ventilation off, sensors were also placed with consideration given to air strstification and slight thermal updrafts caused by natural convection.
This was especially true for those sensors in the containment where large open vertical spaces existed.
Sensors placement considered the three criteria (nearness to subvolume
- centroid, air stratification, and natural convection occurring in large open areas) and provided stable accurate representation of containment atmospheric conditions during the ILRT.
All sensors were placed in accordance with the above considerations and operated without the disturbance of containment ventilation or chiller operation yielding highly reliable test data (see
(
drawings of containment in Table 1).
4.3 ISG Calculation 4.3.1 Test Parameters Assumed Actuals 1.
La
= 0.2004/ day same Allowable Leakage Rate 60 59.511 Pressure (psia) 2.
P
=
3.
T
= 544.67 547.577 Drybulb Temp.(deg.R) 4.
Tdp = 537.67 same Dewpoint Temp.(deg.R) 24 Hr.
same Test Duration 1
5.
t
=
4.3.2 Instrument Parameters 4
1.
Total Absolute Pressure No. of sensors:
2 Sensitivity (E):
0.001 psia i
Repeatability (X):
0.00002 psia 2
2 1/2 1/2 2
2 1/2 1/2 ep = [E
+X ]
/N
=((.001 )+(.00002 ))
/2
=.00084 9
O 2.
Water Vapor Pressure No. of sensors:
6 Sensitivity (E):
0.ldegF Repeatability (X):
0.OldegF At 78degF DP,.0094 psia /degF.
2 2 1/2 1/2
((0.l*.0094)
+ (0.01*.0094) ]
/6 epv(T)
=
=
= 0.0003837 3.
Temperature No. of sensors:
30 Sensitivity (E):
0.OldegF Repeatability (X):
0.OldegF 2
2 1/2 1/2 (0.01 +0.01 )
/30 eT
=
=
0.00258degR
=
4.3.3 ISG Equation 2
2 ISG = (2400/24)(2(.00084/60)
+2(0.0003837/60)
+
O 2
1/2 2(.00258/544.67) ]
= 0.0022774/ day (Assumed) 2 2
ISG = (2400/24)(2(.00084/59.511)
+2(0.0003837/59.511)
+
2 1/2 2(.00258/547.577) )
= 0.002294/ day (Actual) 4.4 ILRT Data The ILRT data and calculated leakage rates are presented as reports and plots in Appendices B through G.
These reports and plots illustrate a 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.
O 10
5.0 REFERENCES
1.
Vogtle Electric Generating Plant Unit 1, FSAR 6.2.
2.
Vogtle Electric Generating Plant Unit 1, Technical Specifications, Section 3/4.6.
3.
Vogtle Electric Generating Plant Unit 1, Preoperational Test Procedure, Containment Integrated Leakage Rate Test (1-300-12).
4.
Code of Federal Regulations, Title 10, Part 50, Appendix J.
Primary Reactor Containment Leakage Rate Testing for Water Cooled Power Reactors.
5.
ANSI /ANS 56.8-1981, containment System Leakage Testing Requirements.
6.
ANSI N45.4-1972, Leakage Rate Testing of Containment Structures for Nuclear Reactors.
7.
Topical
- Report, BN-TOP-1, Testing Criteria for Integrated Leakage Rate Testing of Primary Containment Structure for Nuclear Power Plants, Bcchtel Corporation, Revision 1, dated November 1, 1972.
k/
8.
Vogtle Electric Generating Plant Unit 1 Preoperational Test Procedure, Containment Local Leak Rate Testing (1-300-04).
9.
ILRT Instrument Placement Verification Survey O
11
TABLE 1 SENSOR LOCATIONS AND WEIGHTING FRACTIONS DRYBULB COMPUTER COL. BOX PLUG SENSOR CABLE VOLUME NO.
ELEV.
NO.
NO.
NO.
NO.
LENGTH FRACTION RTD-1 383 C.L.
527 995
-1 180 0.0617 RTD-2 352 4
527 960
-2 150 0.0720 RTD-3 352 20 527 961
-3 150 0.0720 RTD-4 335 C.L.
527 962
-4 150 0.C547 RTD-5 307 11 526 963
-5 150 0.0518 RTD-6 307 20 526 964
-6 150 0.0528 RTD-7 307 6
526 965
-7 150 0.0528 RTD-8 307 27 525 966
-134A7 100 0.0528 RTD-9 270 4
525 967
-134A8 100 0.0485 RTD-10 270 25 525 968
-134A9 100 0.0485 RTD-11 270 19 525 990
-11 150 0.0485 RTD-12 270 11 526 993
-12 100 0.0485 RTD-13 237 21 526 994
-13 100 0.0442 RTD-14 237 25 525 991
-14 150 0.0442 RTD-15 237 9
524 970
-15 100 0.0442 RTD-16 237 4
524 972
-16 100 0.0442 RTD-17 200 23 524 969
-17 50 0.0287 O-RTD-18 215 28 518 976
-18 50 0.0041 RTD-19 215 15 523 971
-19 50 0.0041 RTD-20 215 7
521 973
-20 50 0.0041 RTD-21 215 4
520 974
-21 50 0.0041 RTD-22 204 15 522 972
-22 50 0.0040 RTD-23 204 1
519 975
-23 50 0.0040 RTD-24 189 17 517 982
-24 50 0.0128 RTD-25 189 16 516 981
-25 50 0.0234 RTD-26 189 6
515 980
-26 50 0.0128 RTD-27 189 3
514 977
-27 50 0.0128 RTD-28 189 2
513 978
-28 50 0.0234 RTD-29 189 26 512 979
-29 50 0.0128 RTD-30 147.5 C.L.
511 983
-30 50 0.0065 l
1 e
t lO l
12
_ _ _ - _. - -.. _ ~. -
i l
TABLE 1 (Continued)
I DEWPOINT COMPUTER COL. BOX PLUG SENSOR CABLE VOLUME NO.
ELEV.
NO.
NO.
NO.
NO.
LENGTH FRACTION RHD-1 362 C.L.
527 985
-1 200 0.2603 RHD-2 300 27 525 984
-2 100 0.2911 RHD-3 255 1
524 986
-3 40 0.3197 RHD-4 215 28 518 988
-4 50 0.0164 RHD-5 215 15 522 987
-5 50 0.0613 RHD-6 189 17 517 989
-6 50 0.0512 O
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t APPENDIX A ILRT COMPUTER PROGRAM
SUMMARY
4 l
f I
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(~h I )
QUADREX CORPORATION LEAKER PROGRAM
SUMMARY
1.0 INTRODUCTION
The 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 as 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-56.8-1981),
American National Standard Leakage Rate Testing of Primary Containment for Nuclear Power Plants," Bechtel Topical l
Report (BN-TOP-1).
The LEAKER 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 LEAKER program is also capable of performing the verification phase and will generate specific verifications features to aid in f-verifying the Type A test.
Those features will be described in detail later.
( j The LEAKER 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 it possible to monitor the progress of the test very closely in approximately real time.
For each of the two test periods, the LEAKER 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 RTDs or a cell from the entire series of calculations in order to verify the results of the test.
(a) 1
(%(')
The LEAKER program is written in a high level language (BASIC) 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 paragraphs.
2.0 EXPLANATION OF PROGRAM The Quadrex LEAKER computer program is
- written, for use by experienced ILRT personnel, to determine containment integrated leakage rates based on the Absolute Method described in ANSI /ANS 56.8-1981 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.
"olume fractions assigned to each of the above sensors, c.
Calibration data for above sensors, n
d.
Test title.
e.
Test pressure, f.
Maximum available leakage rate at test pressure.
Data recorded from the data acquisition system during the
- test, and used to compute leakage rates:
a.
Time and date.
b.
Containment atmosphere drybulb temperatures, c.
Containment atmosphere pressure (s).
d.
Containment atmosphere dew point temperatures.
e.
Containment free air volume.
The drybulb or dew point temperature sensors should fail during the test, the data from the sensor (s) are not used.
The volume fractions for the remaining sensors are recomputed and reloaded into the program for use in ensuing leakage rate computations.
O 2
(
)
3.0 PROGRAM LOGIC AND OPERATIOh
SUMMARY
The Quadrex LEAKER 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:
3.1 System diagnostics, self tests and executive questions as shown in Figure IA.
3.2 The various keys listed and described below are shown in Figure 1B:
START This key initiates or suspends the system in gathering data and displaying it on the main screen.
MAINT This key redefines weighting factor
- values, changes the logging of data to a
- file, deletes a record in the file, displays the individual record's key environmental I
contents, and changes the individual record's content.
/'
UPDATE If the records are changed or deleted, this i (s]/
key redefines the entire file so that the calculations can be made without interfering with the computer's file handling capabilities.
REPORTS This key performs the calculations of program and prints the results.
PLOTS This function implements the graphics portion of the program.
Any channel or leakage rate can be plotted.
MANUAL ON This key de-activates the automatic data entry and allows manual entry.
END JOB This key will properly terminate the program.
4.0 COMPUTER REPORTS AND PLOTS 4.1 Reports 4
i 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 3
-... ~
(A) v 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.
MASS POINT The mass point analysin is based on the ANSI /ANS 56.8-1981 Standard acceptance criteria and calculations.
TOTAL TIME The total time analysis is based on the Bechtel Topical Report (BN-TOP-1) and its respective acceptance criteria and calculations.
ENVIRONMENT The environment analysis is based on the Bechtel Topical Report (BN-TOP-1) and the ANSI /ANS 56.8-1981 Standard with their respective acceptance criteria and calculations.
MASS LOSS The mass loss analysis is based on the ANSI /ANS 56.8-1981 Standard acceptance criteria and calculations.
TEMP STAB The temperature stabilization analysis is
()
based on the Bechtel Topical Report (BN-TOP-
\\ss/
1) and the ANSI /ANS 56.8-1981 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 56.8-1981 Standard, Appendix D, with their respective acceptance criteria and calculations.
4.2 Plots The Graphics subprogram allows the user to plot the mass 1,oint analysis, total time analysis, and displayed channels.
- Further, plots can be made in a batch mode by instrument type to a printer or a plotter.
PLOTS performs autoranging on 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.
O 4
)
DO YOU HAVE A COLOR MONITER (Y or N)
ENTER BACKGROUND COLOR (0-15)
-?
1 ENTER FOREGROUND COLOR (0-15)
-?
15 ENTER NAME OF DATA FILE
-?
ILRT.DAT ENTER NUMBER OF RTD'S.
-? 24 ENTER NUMBER OF DEW CELL'S -?
10 ENTER NUMBER OF PRESS'S
-? 2 ENTER NUMBER OF FLOW'S
-? 2 ENTER LMAX
-?
.2 ENTER VOLUME
-?
1500000 ENTER WRITE CYCLE TIME IN SEC0HDS (900 = 15 MINUTES)
-? 900 INPUT 01-01-1980 02:33:06 FOREGROUND COLOR =
15
/~T BACKGROUND COLOR -
1 i,)
DATA FILE IS
- ILRT.DAT s
i
. NUMBER OF RTD'S 24
' NUMBER OF DC' S 10 fNUMBEROFPRESS'S-2 NUMBER OF FLOW'S -
2 LMAX
.2 VOLUME 1500000 PRINTOUT IS TRIS A RESTART (Y/N) -
IS THIS A VERIFICATION TEST -
Figure 1A O
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APPENDIX B STABILIZATION DATA & CALCULATIONS O
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he,.p TEMPERATURE STABILIZATILIZATION
~E 27-1986 TIME - 11: 05: 15 TIME TEMP TEMD BN-TOP-1 BN-TOP-1 TEMP ANSI (DELTA)
DIFF AVG AVG RATE AVG CRIT (HOURS)
TEMP INCR (1 HR)
(2 HR)
(2 HR)
(4 HR) 0.00 551.143 0.000 0.000 0.000 0.000 0.000 0.000 0.25 550.658
-0.484 0.000 0.000 0.000 0.000 0.000 0.50 550.307
-0.351 0.000 0.000 0.000 0.000 0.00C 0.75 550.030
-0.277 0.000 0.000 0.000 0.000 0.000 1.00.549.819.
-0.210 550.481 0.000 0.000 0.000 0.000 1.25 549.631
-0.188 550.145-0.000 0.000 0.000 0.000 1.50 549.'482
-0.'7.50 549.894 0.000 0.000 0.000 0.000 1.75.549.368
,-0.113 549.699 0.000 0.000 0.000 0.000 2.0L 549.274
-0.094 549.547
-0.934 0.934 0.000 0.000 2.25 549.193
-0.081 549.412
-0.733 0.733 0.000 0.000 2.50 549.120
-0.073 549.301
-0.593 0.593 0.000 0.000 2.75 549.053
-0.067 549.211
-0.488 0.488 0.000 0.000 3.00 548.~996
-0.057 549.135
-0.411 0.411 0.000 0.000 3.25 548.933
-0.064 549.063
-0.349 0.349 0.000 0.000 3.*50 548.'884
-0.048 549.002
-0.299 0.299 0.000 0.000 3.75 548.840
-0.045 548.946
-0.264 0.264 0.000 0.000 4.00 548.792
-0.048 548.894
-0.241 0.241
-0.588 0.383 4.25 548.746
-0.046 548.839
-0.224 0.224
-0.478 0.291
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-0.034 548.798
-0.204 0.204
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-0.036 548.758
-0.189 0.189
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H5.00 548.637
-0.039 548.714
-0.180 0.180
-3.296 0.140 5.25 548.604
-0.032 548.675
-0.164 0.164
-0.257 0.115 5.50 548.575
-0.029 548.643
-0.154 0.154
-0.227 0.091 5.75 548.547
-0.028 548.611
-0.146 0.146
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APPENDIX C TYPE A
SUMMARY
DATA By Sensor Enviroment Mass Loss O
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SENSOR LIST RECORD NUMBER -
72 DATE -
2/37 TIME -
5: 45:16 PRESSURES 59.831 60.004 AVG -
59.97878 RTD/S 1
93.3C1 2
94.412 3
94.025 4
93.464
/ ~h 5
92.547 6
93.310 7
91.259 8
92.356 l
9 87.759 10 87.352 11 87.475 12 87.397 13 83.873 14 84.266 15 84.123 16 83.953 17 83.992 18 83.229 19 83.294 20 83.270 21 83.491 22 82.557 23 83.143 24 82.368 25 81.265 26 86.146 27 82.122 28 82.167 29 81.948 30 83.447 INACT 0.000 INACT 0.000 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 38.843 DEW CELLS 1
72.337 2
72.302 3
52.461 4
52.780 5
52.890 6
52.969 INACT 0.000 INACT 0.000 INACT G.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 63.468 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.9175 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
73 DATE -
2/37 TIME -
6: 0:16 PRESSURES 59.828 60.001 AVG -
59.97578 RTD/S 1
93.219 2
94.327 3
93.955 4
93.370 5
92.488 6
93.222 7
91.191 8
92.279 gw 9
87.764 10 87.365 11 87.481 12 87.405
( /
13 83.894 14 84.309 15 84.149 16 83.981 17 84.010 18 83.256 19 83.348 20 83.267 21 83.494 22 82.595 23 83.160 24 82.388 25 81.289 26 86.172 27 82.151 28 82.171 29 82.011 30 83.456 INACT 0.000 INACT 0.000 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 88.817 DEW CELLS 1
72.378 2
72.325 3
52.452 4
52.851 5
52.948 6
53.132 INACT 0.000 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 63.496 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.9145 FLOWS 0
0 AVG 6.127793E-02 V(
coconococcoo***********
SENSOR LIST RECORD NUMBER -
74 DATE -
2/37 TIME -
6:15:16 PRESSURES 59.825 59.998 AVG -
59.97278 RT0/S g3 1
93.142 2
94.254 3
93.879 4
93.290
)
5 92.410 6
93.139 7
91.130 8
92.190
\\~#
9 87.765 10 87.371 11 87.481 12 87.393 13 83.915 14 84.298 15 84.175 16 84.011 17 84.028 18 83.285 19 83.357 20 83.284 21 83.538 22 82.606 23 83.180 24 82.415 25 81.309 26 86.195 27 82.179 28 02.218 29 82.052 30 83.465 INACT 0.000 INACT 0.000 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 88.787 DEW CELLS 1
72.354 2
72.296 3
52.439 4
52.983 5
53.035 6
53.303 INACT 0.000 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 63.493 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.9115 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
75 OATE -
2/37 TIME -
6:30:16 PRESSURES 59.822 59.995 AVG -
59.96978 RTD/S 1
93.064 2
94.163 3
93.790 4
93,209 5
92.337 6
93.058 7
91.062 8
92.129
/"
9 87.762 10 87.367 11 87.466 12 87.393 k,N) 13 83.932 14 84.402 15 84.185 16 84.024 17 84.071 18 83.308 19 83.387 20 83.297 21 83.561 22 82.621 23 83.203 24 82.441 25 81.356 26 86.227 27 82.200 28 82.249 29 82.077 30 83.480 INACT 0.000 INACT 0.000 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 88.761 DEW CELLS 1
72.283 2
72.303 3
52.616 4
53.044 5
53.135 6
53.216 INACT 0.000 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 63.536 AMBIENT PRESS 14.61 VAPOR PRESS'-
6.127793E-02 DRY PRESSURE 59.9085 FLOWS 0
0 AVG 6.127793E-02 O,
s_
cocoooccoconseeoooooec*
SENSOR LIST RECORD NUMBER -
76 DATE -
2/37 TIME -
6: 45:16 PRESSURES 59.82 59.993 AVG -
59.96778 RTD/S 1
93.005 2
94.092 3
93.722 4
93.167 I
5 92.271 6
92.974 7
91.020 8
92.045 5-I 9
87.768 10 87.368 11 87.463 12 87.400 13 84.004 14 84.376 15 84.217 16 84.043 17 84.126 18 83.334 19 83.409 20 83.317 21 83.595 22 82.635 23 83.212 24 82.464 25 81.384 26 86.259 27 82.231 28 82.316 29 82.098 30 83.486 INACT 0.000 INACT 0.000 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 88.741 DEW CELLS 1
72.302 2
72.317 3
52.652 4
53.163 5
53.199 6
53.427 INACT 0.000 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 63.573 AMBIENT PRESS 0
VAPOR PRESS -
.0859903 ORY PRESSURE 59.88179 FLOWS 0
0 AVG
.0859903 RECORD NUMBER -
77 DATE -
2/37 TIME -
7: 0:16 PRESSURES 59.817 59.991 AVG -
59.98999 RT0/S 1
92.916 2
94.033 3
93.664 4
93.072 5
92.187 6
92.913 7
90.968 8
91.981 rx 9
87.771 10 87.371 11 87.471 12 87.408 I
) 93 83.979 14 84.404 15 84.234 16 84.068
.7 84.126 18 83.355 19 83.432 20 83.337 21 83.593 22 82.663 23 83.262 24 82.479 25 81.407 26 86.276 27 82.257 28 82.327 29 82.144 30 83.503 INACT 0.000 INACT 0.000 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 88.714 DEW CELLS 1
72.319 2
72.293 3
52.732 4
53.179 5
53.254 6
53.503 INACT 0.000 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 63.604 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.92871 FLOWS 0
0 AVG 6.127793E-02 V
onococooccoccaceco*****
SENSOR LIST RECORD NUMBER -
78.
DATE -
2/37 TIME -
7:15: 16 PRESSURES 59.815 59.988 AVG -
59.96278 RT0/S 1
92.861 2
93.967 3
93.625 4
93.011 f'^j 5
92.100 6
92.849 7
90.904 8
91.903 s
(
9 87.771 10 87.?70 11 87.472 12 87.397 3
84.021 14 84.417 15 84.236 16 84.071 17 84.162 18 83.380 19 83.477 20 83.364 21 83.610 22 82.682 23 83.252 24 82.501 25 81.423 26 86.311 27 82.281 28 82.357 29 82.156 30 83.515 INACT 0.000 INACT 0.000
-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 88.690 DEW CELLS 1
72.316 2
72.323 3
52.801 4
53.204 5
53.314 6
53.556 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 AVG 63.640 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.9015 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
79 OATE -
2/37 TIME -
7:30:16 PRESSURES 59.812 59.986 AVG -
59.96028 RTD/S 1
92.804 2
93.896 3
93.545 4
92.936 5
92.048 6
92.776 7
90.838 8
91.836 9
87.765 10 87.368 11 87.460 12 87.394
(/
- 13 84.001 14 84.437 15 84.265 16 84.126 ks 84.184 18 83.398 19 83.508 20 83.364 m
e1 83.618 22 82.698 23 83.293 24 82.521 25 81.466 26 86.340 27 82.305 28 82.388 29 82.188 30 83.532 INACT 0.000 INACT 0.000 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 88.665 DEW CELLS 1
72.283 2
72.296 3
52.940 4
53.353 5
53.396 6
53.617 INACT 0.000 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 63.679 AM8 TENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.899 FLOWS 0
0 AVG 6.127793E-02 O)
\\_.
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ooooooooooooooneo*oo***
SENSOR LIST RECORD NUMBER -
80 DATE -
2/37 TIME -
7:45:16 PRESSURES 59.81 59.983 AVG -
59.95778 RTD/S
-, 1 92.752 2
93.822 3
93.490 4
92.871
[
') 5 91.976 6
92.698 7
90.783 8
91.774
'w /
87.764 10 87.376 11 87.461 12 87.399 84.053 14 84.439 15 84.271 16 84.159 17 84.184 18 83.418 19 83.496 20 83.387 21 83.641 22 82.704 23 83.297 24 82.550 25 81.471 26 86.360 27 82.328 28 82.423 29 82.212 30 83.512 INACT 0.000 INACT 0.000 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 88.641 DEW CELLS 1
72.283 2
72.290 3
52.998 4
53.454 5
53.465 6
53.678 INACT 0.000 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 63.705 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8965 FLOWS 0
0 AVG 6.127793E-02 RECORO NUMBER -
81 DATE -
2/37 TIME -
8: 0:16 PRESSURES 59.808 59.981 AVG -
59.95578 RTD/S 1
92.680 2
93.773 3
93.423 4
92.819 5
91.905 6
92.631 7
90.745 8
91.702 f-~9 87.762 10 87.376 11 87.464 12 87.396
()
84.077 14 84.455 15 84.277 16 84.166 84.214 18 83.435 19 83.517 20 83.424 21 83.668 22 82.733 23 83.331 24 82.568 25 81.500 26 86.386 27 82.351 28 82.458 29 82.238 30 83.549 INACT 0.000 INACT 0.000 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 88.619 DEW CELLS 1
72.267 2
72.270 3
53.007 4
53.549 5
53.544 6
53.552 INACT 0.000 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 63.698 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8945 FLOWS 0
0 AVG 6.127793E-02 i
i I
/""
m I
soessa*****************
SENSOR LIST RECORD NUMBER -
82 DATE -
2/37 TIME -
8: 15:16 PRESSURES 59.805 59.979 AVG -
59.95328 RTD/S fw 1
92.627 2
93.709 3
93.360 4
92.771
(
)
5 91.825 6
92.585 7
90.719 8
91.641 9
87.757 10 87.376 11 87.460 12 87.384 13 84,106 14 84.483 15 84.268 16 84.135 17 84.263 18 83.453 19 83.552 20 83.421 21 83.688 22 82.745 23 83.349 24 82.591 25 81.532 26 86.405 27 82.376 28 82.479 29 82.251 30 83.543 INACT 0.000 INACT 0.000 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 88.597 DEW CELLS 1
72.264 2
72.296 3
53.091 4
53.569 5
53.608 6
53.718 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT-0.00r INACT 0.000 AVG 63.744 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.892 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
83 DATE -
2/37 TIME -
8:30: 16 PRESSURES 59.804 59.977 AVG -
59.95178 RTD/S 1
92.565 2
93.646 3
93.305 4
92.684 5
91.758 6
92.526 7
90.687 8
91.571
(~
9 87.747 10 87.371 11 87.466 12 87.379
\\,}/
13 84.123 14 84.495 15 84.278 16 84.184 17 84.246 18 83.471 19 83.560 20 83.445 21 83.711 22 82.768 23 83.345 24 82.612 25 81.558 26 86.425 27 82.400 28 82.514 29 82.266 30 83.554 INACT 0.000 INACT 0.000 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 88.573 DEW CELLS 1
72.265 2
72.300 3
53.083 4
53.616 5
53.656 6
53.836 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.C'O INACT 0.000 INACT 0.000 INACT 0.000 AVG 63.753 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8905 FLOWS 0
0 AVG 6.127793E-02 f
I D
)
ooooooooooooe****asse**
SENSOR LIST RECORD NUMBER -
84 DATE -
2/37 TIME -
8:45: 16 PRESSURES 59.802 59.975 AVG -
59.94978 RTD/S 1
92.535 2
93.570 3
93.270 4
92.639
(~
5 91.693 6
92.469 7
90.654 8
91.517
\\,3/
9 87.747 10 87.365 11 87.461 12 87.376 13 84.121 14 84.491 15 84.314 16 84.176 17 84.252 18 83.486 19 83.583 20 83.439 21 83.712 22 82.775 23 83.364 24 82.629 25 81.581 26 86.438 27 82.420 28 82.530 29 82.287 30 83.554 INACT 0.000 INACT 0.000 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 88.553 DEW CELLS 1
72.226 2
72.270 3
53.213 4
53.663 5
53.732 6
53.913 INACT 0.000 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 63.785 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8885 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
85 DATE -
2/37 TIME -
9: 0:16 PRESSURES 59.8 59.973 AVG -
59.94778 RTD/S 1
92.463 2
93.510 3
93.226 4
92.610 5
91.644 6
92.410 7
90.611 8
91.462 9
87.745 10 87.368 11 87.466 12 87.377
(~N 13 84.144 14 84.512 15 84.300 16 84.219 17 84.251 18 83.505 19 83.610 20 83.462 21 83.749 22 82.795 23 83.367 24 82.641 25 81.593 26 86.463 27 62.443 28 82.556 29 82.301 30 83.555 INACT 0.000 INACT 0.000 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 88.534 DEW CELLS 1
72.193 2
72.288 3
53.234 4
53.784 5
53.813 6
53.974 INACT 0.000 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 63.798 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8865 FLOWS 0
0 AVG 6.127793E-02 b\\
v
3gu3yg tg3:
RECORD NUMBER -
86 DATE -
2/37 TIME -
9:15:16 PRESSURES 59.798 59.971 AVG -
59.94578 RTD/S 1
92.416 2
93.462 3
93.172 4
92.546 r~
5 91.587 6
92.344 7
90.585 8
91.403 (3) 9 87.750 10 87.365 11 87.452 12 87.373 13 84.147 14 84.518 15 84.309 16 84.214 17 84.263 18 83.519 19 83.616 20 83.461 21 83.764 22 82.835 23 83.375 24 82.667 25 81.620 26 86.473 27 82.458 28 82.571 29 82.321 30 83.573 INACT 0.000 INACT 0.000 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 88.512 DEW CELLS 1
1 72.258 2
72.232 3
53.256 4
53.880 5
53.865 6
53.898 INACT 0.000 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 63.807 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8845 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
87 DATE -
2/37 TIME -
9:30:16 PRESSURES 59.796 59.969 AVG -
59.94378 RTD/S 1
92.369 2
93.397 3
93.143 4
92.532 5
91.532 6
92.298 7
90.556 8
91.352 9
87.744 10 87.371 11 87.460 12 87.379
['
13 84.159 14 84.581 15 84.332 16 84.214
(
17 84.285 18 83.532 19 83.639 20 83.479 21 83.786 22 82.814 23 83.395 24 82.679 25 81.645 26 86.499 27 82.481 28 82.595 29 82.327 30 83.578 INACT 0.000 INACT 0.000 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 88.500 DEW CELLS 1
72.166 2
72.273 3
53.370 4
53.871 5
53.938 6
54.064 INACT 0.000 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 63.844 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8825 FLOWS 0
0 AVG 6.127793E-02 j
l i
v i
(
cocococooccoo**********
SENSOR LIST RECORD NUMBER -
88 DATE -
2/37 TIME -
9: 45:16 PRESSURES 59.795 59.967 AVG -
59.94228 RTD/S 1
92.326 2
93.359 3
93.081 4
92.485
['}
5 91.491 6
92.248 7
90.527 8
91.299
(_/
9 87.744 10 87.362 11 87.464 12 87.373 13 84.219 14 84.536 15 84.330 16 84.257 17 84.344 18 83.549 19 83.656 20 83.499 21
.83.793 22 82.830 23 83.403 24 82.705 25 81.657 26 86.506 27 82.495 28 82.601 29 82.342 30 83.573 INACT 0.000 INACT 0.000 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 88.483 DEW CELLS 1
72.161 2
72.276 3
53.421 4
53.958 5
54.002 6
54.148 INACT 0.000 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 63.869 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.881 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
89 DATE -
2/37 TIME - 10: 0:16 PRESSURES 59.793 59.966 AVG -
59.94078 RTD/S 1
92.263 2
93.326 3
93.037 4
92.439 5
91.444 6
92.182 7
90.493 8
91.249 9
87.745 10 87.364 11 87.460 12 87.371
( s')
13 84.216 14 84.603 15 84.350 16 84.315 17 84.332 1P 83.567 19 83.648 20 83.502 21 83.801 22 82.849 23 83.412 24 82.710 25 81.671 26 86.520 27 82.518 28 82.630 29 82.357 30 83.584 INACT 0.000 INACT 0.000 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 88.469 DEW CELLS 1
72.168 2
72.276 3
53.454 4
54.031 5
54.074 6
54.113 INACT 0.000 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 63.886 AMBIENT PRESS 14.61 VAPC PRESS -
6.127793E-02 DRY PRESSURE 59.8795 FLOWS 0
0 AVG 6.127793E-02 m
essosacoaccocoo**oacco*
SENSOR LIST RECORD NUMBER -
90 DATE -
2/37 TIME - 10: 15:16 PRESSURES 59.791 59.964 AVG -
59.93878 RTD/S 1
92.245 2
93.274 3
92.989 4
92.387
[')
5 91.400 6
92.135 7
90.455 8
91.207 k/
9 87.747 10 87.370 11 87.457 12 87.379 m
13 84.201 14 84.573 15 84.368 16 84.283 17 84.355 18 83.580 19 83.657 20 83.511 21 83.811 22 82.855 23 83.429 24 82.720 25 81.686 26 86.538 27 82.536 28 82.652 29 82.368 30 83.589 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.C00 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 88.449 DEW CELLS 1
72.135 2
72.256 3
53.437 4
54.095 5
54.122 6
54.170 INACT 0.000 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 63.873 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8775 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
91 DATE -
2/37 TIME - 10:30:16 PRESSURES 59.789 59.962 AVG -
59.93678 RTD/S 1
92.192 2
93.237 3
92.956 4
92.347 5
91.357 6
92.085 7
90.423 8
91.154 f-s 9
87.742 10 87.364 11 87.460 12 87.371
(
13 84.211 14 84.555 15 84.397 16 84.307 17 84.359 18 83.590 19 83.683 20 83.529 21 83.827 22 82.865 23 83.444 24 82.743 25 81.709 26 86.547 27 82.550 28 82.666 29 82.388 30 83.593 INACT 0.000 INACT 0.000 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 88.433 DEW CELLS 1
72.149 2
72.319 3
53.591 4
54.182 5
54.194 6
54.289 INACT 0.000 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 63.956 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8755 FLOWS 0
0 AVG 6.127793E-02 OO e
SENSOR LIST RECORD NUMBER -
92 DATE -
2/37 TIME - 10: 45:16 PRESSURES 59.788 59.961 AVG -
59.93578 RT0/S 1
92.143 2
93.213 3
92.933 4
92.291
(~N 5
91.323 6
92.036 7
90.390 8
91.110
(
)
9 87.741 10 87.358 11 87.449 12 87.368 13 84.254 14 84.570 15 84.402 16 84.324 17 84.364 18 83.606 19 83.671 20 83.535 21 83.837 22 82.891 23 83.447 24 82.763 25 81.715 26 86.563 27 82.569 28 82.678 29 82.397 30 83.613 INACT 0.000 INACT 0.000 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 88.419 DEW CELLS 1
72.148 2
72.270 3
53.628 4
54.202 5
54.255 6
54.357 INACT 0.000 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 63.961 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.8745 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
93 DATE -
2/37 TIME - 11: 0:16 PRESSURES 59.786 59.959 AVG -
59.93378 RTO/S 1
92.121 2
93.166 3
92.907 4
92.254 5
91.276 6
91.978 7
90.361 8
91.064 9
87.742 10 87.358 11 87.455 12 87.368
(T 13 84.257 14 84.648 15 84.402 16 84.353
%,)
17 84.400 18 83.621 19 83.712 20 83.551 21 83.856 22 82.901 23 83.479 24 82.780 25 81.724 26 86.578 27 82.589 28 82.696 29 82.414 30 83.602 INACT 0.000 INACT 0.000 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 88.409 DEW CELLS 1
72.116 2
72.261 3
53.723 4
54.277 5
54.309 6
54.260 INACT 0.000 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 63.980 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.8725 FLOWS 0
0 AVG 6.127793E-02 mU
3tudug tist
========****=***** sea 388 RECORD NUMBER -
94 DATE -
2/37 TIME - 11:15:16 PRESSURES 59.785 59.958 AVG -
59.93278 RTD/S 1
92.067 2
93.120 3
92.858 4
92.224 5
91.252 6
91.935 7
90.324 8
91.024 7s t
9 87.744 10 87.370 11 87.454 12 87.368
\\-
13 84.300 14 84.611 15 84.442 16 84.353 17 84.417 18 83.633 19 83.682 20 83.561 21 83.874 22 82.896 23 83.491 24 82.797 25 81.747 26 86.595 27 82.608 28 82.714 29 82.429 30 83.615 INACT 0.000 INACT 0.000 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 88.395 DEW CELLS 1
72.024 2
72.244 3
53.707 4
54.342 5
54.383 6
54.463 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 AVG 63.962 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8715 FLOWS
.06 0
AVG
.1212779 RECORD NUMBER -
95 DATE -
2/37 TIME - 11:30:16 PRESSURES 59.783 59.956 AVG -
59.99078 RTD/S 1
92.031 2
93.108 3
92.846 4
92.175 5
91.221 6
91.883 7
90.301 8
90.982 9
87.741 10 87.368 11 87.451 12 87.376
/~N 13 84.314 14 84.668 15 84.419 16 84.397
(_)
17 84.422 18 83.647 19 83.677 20 83.575 21 83.902 22 82.917 23 83.496 24 82.811 25 81.771 26 86.611 27 82.611 28 82.733 29 82.435 30 83.590 INACT 0.000 INACT 0.000 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 88.386 DEW CELLS 1
72.067 2
72.207 3
53.764 4
54.464 5
54.452 6
54.628 INACT 0.000 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 63.995 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.9295 FLOWS 0
0 AVG 6.127793E-02 G
r-ooooooooo**************
SENSOR LIST RECORD NUMBER -
96 DATE -
2/37 TIME - 11:45:16 PRESSURES 59.782 59.955 AVG -
59.92978 RTD/S 1
92.001 2
93.067 3
92.788 4
92.120
/T 5
91.188 6
91.833 7
90.281 8
90.937
(,,)
9 87.736 10 87.368 11 87.446 12 87.364 13 84.262 14 84.651 15 84.445 16 84.404 17 84.407 18 83.654 19 83.703 20 83.573 21 83.902 22 82.916 23 83.508 24 82.809 25 81.765 26 86.625 27 82.630 28 82.740 29 82.440 30 83.618 INACT 0.000 INACT 0.000 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 88.364 DEW CELLS 1
71.879 2
72.244 3
53.808 4
54.524 5
54.492 6
54.629 INACT 0.000 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 63.974 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8685 FLOWS 0
0 AVG 6.127793E-02 RECORD NUM8ER -
97 DATE -
2/37 TIME - 12: 0:16 PRESSURES 59.781 59.953 AVG -
59.92828 RTD/S 1
91.951 2
93.032 3
92.748 4
92.094 5
91.160 6
91.780 7
90.254 8
90.892 9
87.731 10 87.356 11 87.451 12 87.365
_s 1 13 84.298 14 84.664 15 84.449 16 84.368 7
84.434 18 83.665 19 83.702 20 83.589 21 83.911 22 82.919 23 83.520 24 82.835 25 81.787 26 86.642 27 82.647 28 82.743 29 82.429 30 83.625 INACT 0.000 INACT 0.000 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 88.349 DEW CELLS 1
72.155 2
72.256 3
53.852 4
54.574 5
54.557 6
54.570 INACT 0.000 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 64.065 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.867 FLOWS 0
0 AVG 6.127793E-02 G
dtNbOR LIST RECORD NUMBER -
98 DATE -
2/37 TIME - 12:15: 16 PRESSURES 59.779 59.952 AVG -
59.92678 D/S 1
91.905 2
92.999 3
92.695 4
92.028 5
91.120 6
91.737 7
90.228 8
90.860 9
87.736 10 87.353 11 87.449 12 87.364 13 84.318 14 84.677 15 84.465 16 84.397 17 84.436 18 83.680 19 83.715 20 83.622 21 83.918 22 82.936 23 83.522 24 82.855 25 81.805 26 86.657 27 82.663 28 82.772 29 82.455 30 83.613 INACT 0.000 INACT 0.000 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 88.335 DEW CELLS 1
72.003 2
72.258 3
53.875 4
54.591 5
54.640 6
54.754 INACT 0.000 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 64.C49 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8655 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
99 OATE -
2/37 TIME - 12:30:16 PRESSURES 59.778 59.951 AVG -
59.92578 RTD/S 1
91.903 2
92.966 3
92.644 4
91.993
(~15 91.085 6
91.694 7
90.205 8
90.811
)'
87.733 10 87.352 11 87.446 12 87.358
?
'~'
84.353 14 84.654 15 84.462 16 84.411 17 84.457 18 83.688 19 83.718 20 83.627 21 83.931 22 82.971 23 83.552 24 82.861 25 81.806 26 86.679 27 82.675 28 82.775 29 82.444 30 83.624 INACT 0.000 INACT 0.000 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 88.320 DEW CELLS 1
72.168 2
72.291 3
53.947 4
54.699 5
54.687 6
54.669 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 PNACT 0.000 INACT 0.000 INACT 0.000 AVG 64.125 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8645 FLOWS 0
0 AVG 6.127793E-02 y
)
'tJ t
cecoccococcoccoosecan**
SENSOR LIST RECORD NUMBER -
100 DATE -
2/37 TIME - 12: 45:16 PRESSURES 59.777 59.949 AVG -
59.92428
/S 1
91.874 2
92.902 3
92.615 4
91.954 91.049 6
91.659 7
90.174 8
90.777 87.730 10 87.350 11 87.451 12 87.361 13 84.324 14 84.634 15 84.503 16 84.443 17 84.462 18 83.705 19 83.734 20 83.667 21 83.931 22 82.963 23 83.558 24 82.875 25 81.823 26 86.680 27 82.695 28 82.794 29 82.463 30 83.631 INACT 0.000 INACT 0.000 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 88.306 DEW CELLS 1
72.050 2
72.261 3
54.017 4
54.699 5
54.750 6
54.623 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 IAACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 64.109 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.863 FLOWS 0
0 AVG 6.127793E-02
/-
J' N y
e SENSOR LIST f.s
(
)
RECORD NUMBER -
101 DATE -
2/37 TIME - 13: 0:16 PRESSURES 59.776 59.948 AVG -
59.92328 RTD/S 1
91.825 2
92.893 3
92.576 4
91.915 5
91.011 6
91.600 7
90.165 8
90.747 9
87.733 10 87.362 11 87.446 12 87.355 13 84.361 14 84.701 15 84.494 16 84.462 17 84.480 18 83.714 19 83.741 20 83.645 21 83.940 22 82.986 23 83.569 24 82.885 25 81.834 26 86.706 27 82.705 28 82.812 29 82.478 30 83.621 INACT 0.000 INACT 0.000 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 88.297 DEW CELLS 1
72.038 2
72.277 3
54.162 4
54.737 5
54.805 6
54.956 INACT 0.000 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 64.178 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.862 FLCWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
102 DATE -
2/37 TIME - 13:15:16 g
k,)
PRESSURES 59.775 59.947 AVG -
59.92228 s
RTD/S 1
91.813 2
92.846 3
92.560 4
91.891 5
90.974 6
91.566 7
90.153 8
90.705 9
87.724 10 87.345 11 87.443 12 87.358 13 84.352 14 84.733 15 84.497 16 84.469 17 84.484 18 83.723 19 83.747 20 83.641 21 83.944 22 82.980 23 83.578 24 82.898 25 81.842 26 86.712 27 82.717 28 82.815 29 82.473 30 83.641 INACT 0.000 INACT 0.000 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 88.285 DEW CELLS 1
71.905 2
72.270 3
54.164 4
54.830 5
54.844 6
54.972 INACT 0.000 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 64.147 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.861 FLOWS 0
0 AVG 6.127793E-02 a
<g y"o * * * * * * * * * * * * *
- SENSOR LIST mg/ 'MBER -
103 DATE -
2/37 TIME - 13:31.16 PRESSURES 59.774 59.946 AVG -
59.92128 RTD/S 1
91.815 2
92.820 3
92.534 4
91.850 5
90.939 6
91.520 7
90.097 8
90.670 9
87.733 10 87.358 11 87.449 12 87.356 13 84.394 14 84.748 15 84.515 16 84.437 17 84.497 18 83.734 19 83.766 20 83.659 21 83.953 22 83.001 23 83.584 24 82.913 25 81.846 26 86.726 27 82.733 28 82.833 29 82.469 30 83.625 INACT 0.000 INACT 0.000 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 88.275 DEW CELLS 1
72.041 2
72.229 3
54.258 4
54.829 5
54.908 6
54.928 INACT 0.000 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 64.202 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.86 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
104 DATE -
2/37 TIME - 13: 45:16 PRESSURES 59.772 59.945 AVG -
59.91978 RTO/S 1
91.810 2
92.814 3
92.524 4
91.821 5
90.907 6
91.493 7
90.062 8
90.641 9
87.733 10 87.352 11 87.451 12 87.356 13 84.376 14 84.770 15 84.527 16 84.469 17 84.533 18 83.741 19 83.769 20 83.665 21 83.960 22 83.021 23 83.598 24 82.916 25 81.866 26 86.737 27 82.746 28 82.846 29 82.487 30 83.625 INACT 0.000 INACT 0.000 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 88.270 DEW C2LLS 1
71.965 2
72.267 3
54.588 4
54.937 5
54.982 6
55.096 INACT 0.000 INACT 0.000 INACT O.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 64.313 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 CRY PRESSURE 59.8585 FLOWS 0
0 AVG 6.127793E-02 O
4 J
7_co*********************
SENSOR LIST (VjECORD NUMBER -
105 DATE -
2/37 TIME - 14: 0:16 PRESSURES 59.771 59.944 AVG -
59.91878 RTD/S 1
91.780 2
92.750 3
92.477 4
91.781 5
90.873 6
91.449 7
90.048 8
90.606 9
87.733 10 87.348 11 87.443 12 87.361 13 84.384 14 84.748 15 84.532 16 84.509 17 84.545 18 83.754 19 83.778 20 83.679 21 83.967 22 83.035 23 83.607 24 82.933 25 81.880 26 86.761 27 82.763 28 82.849 29 82.499 30 83.654 INACT 0.000 INACT 0.000 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 88.254 DEW CELLS 1
72.049 2
72.256 3
54.692 4
55.035 5
55.036 6
55.023 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.J00 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 64.367 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8575 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
106 DATE -
2/37 TIME - 14:15:16 (h
(,j'RESSURES 59.771 59.942 AVG -
59.91778 TD/S 1
91.770 2
92.736 3
92.458 4
91.761 5
90.840 6
91.415 7
90.020 8
90.580 9
87.738 10 87.353 11 87.448 12 87.362 13 84.400 14 84.724 15 84.544 16 84.478 17 84.515 18 83.763 19 83.795 20 83.685 21 83.969 22 83.039 23 83.616 24 82.945 25 81.887 26 86.779 27 82.777 28 82.867 29 82.518 30 83.650 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 AVG 88.244 DEW CELLS 1
72.093 2
72.259 3
54.815 4
55.012 5
55.099 6
55.047 INACT 0.000 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 64.423 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.8565 FLOWS 0
0 AVG
.05 O
L
SENSOR LIST ORD NUMBER -
107 DATE -
2/37 TIME - 14: 30:16
.dSSURES 59.769 59.941 AVG -
59.905 RTD/S 1
91.752 2
92.709 3
92.422 4
91.737 5
90.809 6
91.384 7
89.988 8
90.548 9
87.738 10 87.353 11 87.452 12 87.367 13 84.417 14 84.758 15 84.576 16 84.491 17 84.541 18 83.770 19 83.799 20 83.732 21 83.982 22 83.047 23 83.627 24 82.966 25 81.904 26 86.782 27 82.798 28 82.879 29 82.540 30 83.651 INACT 0.000 INACT 0.000 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 88.238 DEW CELLS 1
72.094 2
72.241 3
54.844 4
55.151 5
55.148 6
55.125 INACT 0.000 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 64.437 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.84372 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
108 DATE -
2/37 TIME - 14: 33:16 9"SSURES 59.769 59.941 AVG -
59.91628
/S 1
91.745 2
92.707 3
92.409 4
91.723 5
90.802 6
91.375 7
89.987 8
90.547 9
87.741 10 87.358 11 87.454 12 87.368 13 84.420 14 84.808 15 84.559 16 84.472 17 84.538 18 83.772 19 83.813 20 83.708 21 83.989 22 83.046 23 83.636 24 82.962 25 81.904 26 86.792 27 82.004 28 82.881 29 82.531 30 83.647 INACT 0.000 INACT 0.000 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 88.236 DEW CELLS 1
72.113 2
72.236 3
54.821 4
55.105 5
55.163 6
55.119 INACT 0.000 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 64.432 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.855 FLOWS 0
0 AVG 6.127793E-02 fm e
c-~,r;******************
SENSOR LIST
-,/RD NUMBER -
109 DATE -
2/37 TIME - 14:45:16 PRESSURES 59.769 59.941 AVG -
59.91628 RT0/S 1
91.719 2
92.680 3
92.397 4
91.700 5
90.782 6
91.346 7
89.968 8
90.519 9
87.738 10 87.353 11 87.452 12 87.368 13 84.423 14 84.794 15 84.564 16 84.523 17 84.547 18 83.78s 19 83.822 20 83.703 21 83.996 22 83.068 23 83.648 24 82.971 25 81.915 26 86.784 27 82.812 28 82.901 29 82.527 30 83.659 INACT 0.000 INACT 0.000 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 88.228 DEW CELLS 1
72.009 2
72.221 3
54.882 4
55.114 5
55.201 6
55.213 INACT 0.000 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 64.428 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.855 FLOWS 0
0 AVG 6.127793E-02 RE RD NUMBER -
110 DATE -
2/37 TIME - 15: 0:16 URES 59.768 59.94 AVG -
59.91528 RTD/S 1
91.708 2
92.645 3
92.388 4
91.658 5
90.751 6
91.310 7
89.965 8
90.489 9
87.739 10 87.352 11 87.454 12 87.374 13 84.413 14 84.791 15 84.576 16 84.504 17 84.559 18 83.790 19 83.813 20 83.721 21 83.995 22 83.056 23 83.665 24 82.981 25 81.926 26 86.814 27 82.836 28 82.890 29 82.563 30 83.651 INACT 0.000 INACT 0.000 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 V,S 88.218 DEW CELLS 1
72.091 2
72.221 3
54.792 4
55.197 5
55.242 6
55.297 INACT 0.000 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 64.429 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.854 FLOWS 0
0 AVG 6.127793E-02
s SENSOR LIST (0
I RECORD NUMBER -
111 DATE -
2/37 TIME - 15:15:16 PRESSURES 59.767 59.939 AVG -
59.91428 RTD/S 1
91.679 2
92.613 3
92.350 4
91.645 5
90.722 6
91.279 7
89.949 8
90.455 9
87.739 10 87.345 11 87.451 12 87.364 13 84.455 14 84.823 15 84.610 16 84.533 17 84.571 18 83.802 19 83.840 20 83.743 21 84.004 22 83.067 23 83.677 24 82.986 25 81.932 26 86.821 27 82.844 28 82.923 29 82.585 30 83.665 INACT 0.000 INACT 0.000 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 88.212 DEW CELLS 1
72.128 2
72.250 3
54.870 4
55.226 5
55.319 6
55.436 INACT 0.000 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 64.484 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.853 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
112 DATE -
2/37 TIME - 15:30:16 PRESSURES 59.766 59.938 AVG -
59.91328 RTD/S 1
91.664 2
92.585 3
92.338 4
91.609 i
5 90.695 6
91.239 7
89.933 8
90.429 9
87.742 10 87.339 11 87.448 12 87.365 13 84.434 14 84.823 15 84.611 16 84.539 17 84.577 18 83.808 19 83.847 20 83.738 21 84.010 22 83.085 23 83.674 24 83.003 25 81.945 26 86.827 27 82.869 28 82.933 29 82.591 30 83.662 INACT 0.000 INACT 0.000 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 88.201 DEW CELLS 1
72.149 2
72.218 3
54.686 4
55.278 5
55.386 6
55.476 INACT 0.000 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 64.428 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.852 FLOWS 0
0 AVG 6.127793E-02
[
SENSOR LIST RECORD NUMBER -
113 DATE -
2/37 TIME - 15: 45: 16
( )i
\\.
PRESSURES 59.765 59.937 AVG -
59.91228 RTD/S 1
91.648-2 92.548 3
92.280 4
91.583 5
90.664 6
91.207 7
89.918 8
90.400 9
87.738 10 87.336 11 87.451 12 87.365 13 84.446 14 84.852 15 84.642 16 84.545 17 84.606 18 83.816 19 83.854 20 83.747 21 84.021 22 83.084 23 83.689 24 83.018 25 81.956 26 86.842 27 82.876 28 82.928 29 82.592 30 83.654 INACT 0.000 INACT 0.000 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 88.191 DEW CELLS 1
72.125 2
72.235 3
54.803 4
55.323 5
55.421 6
55.368 INACT 0.000 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 64.462 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.851 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
114 OATE -
2/37 TIME - 16: 0:16 O)
PRESSURES 59.764 59.936 AVG -
59.91128
(
RTD/S 1
91.633 2
92.500 3
92.237 4
91.555 5
90.641 6
91 185 7
89.912 8
90.374 9
87.739 10 87.347 11 87.452 12 87.368 13 84.446 14 84.817 15 84.632 16 84.584 17 84.646 18 83.822 19 83.873 20 83.764 21 84.031 22 83.105 23 82.702 24 83.026 25 81.968 26 86.854 27 82.885 28 82.940 29 82.592 30 83.662 INACT 0.000 INACT 0.000 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 88.181 DEW CELLS 1
72.148 2
72.207 3
55.018 4
55.426 5
55.479 6
55.510 INACT 0.000 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 64.541 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.85 FLOWS 0
0 AVG 6.127793E-02 O
-JG**********************
SENSOR LIST O }ECORD NUMBER - 115 DATE -
2/37 TIME - 16:15:16
,RESSURES 59.764 59.935 AVG -
59.91078 RTD/S 1
91.609 2
92.486 3
92.193 4
91.526 5
90.611 6
91.143 7
89.897 8
90.350 9
87.731' 10 87.333 11 87.446 12 87.367 13 84.487 14 84.831 15 84.632 16 84.568 17 84.672 18 83.828 19 83.891 20 83.752 21 84.030 22 83.116 23 83.714 24 83.029 25 81.976 26 86.869 27 82.898 28 82.957 29 82.615 30 83.659 INACT 0.000 INACT 0.000 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 88.170 DEW CELLS 1
72.189 2
72.215 3
55.061 4
55.416 5
55.514 6
55.560 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.003 INACT 0.000 INACT 0.000 INACT 0.000 AVG 64.572 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8495 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
116 DATE -
2/37 TIME - 16:30:16 b)oESSURES
(
59.763 59.934 AVG -
59.90978 D/S 1
91.595 2
92.453 3
52.196 4
91.496 5
90.583 6
91.108 7
89.898 8
90.318 9
87.735 10 87.338 11 87.448 12 87.371 13 84.501 14 84.902 15 84.657 16 84.547 17 84.634 18 83.839 19 83.888 20 83.775 21 84.036 22 83.122 23 83.726 24 83.055 25 81.985 26 86.892 27 82.919 28 82.972 29 82.632 30 83.673 INACT 0.000 INACT 0.000 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 88.166 DEW CELLS 1
72.177 2
72.221 3
55.102 4
55.519 5
55.587 6
55.488 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 AVG 64.586 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8485 FLOWS 0
0 AVG 6.127793E-02 l
l l
~
\\,
i N,
\\u r
g
,co******************
SENSOR LIST
__/ORD NUMBER -
117 DATE -
2/37 TIME - 16: 45:.16 PRESSURES 59.762 59.934 AVG -
59.90928 RTD/S 1
91.583 2
92.446 3
92.774 4
91.4 6k- [
5 90.554 6
91.075 7
89.880 8
90'.292' 9
87.736 10 87.336 11 87.452 12 87.370 13 84.486 14 84.899 15 84.648 16 84.591 s
17 84.637 18 83.845 19 83.895 20 83.784 21 84.043 22 83.139 23 83.735 24 83.049 25 82.002 2G 86.297 27 82.922 28 82.975 29 82.638 30 83.671 INACT 0.000 INACT 0.000 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 88.158 DEW CELLS 1
72.168 2
72.216 3
55.230 4
55.519 5
55.613 6
55.758 INACT 0.000 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 64.639
+
AMBIENT PRESS 14.61 VA'POR PRESS -
6.1277S3E-02 DRY PRESSURE 59.848 s
FLOWS 0
0 AVG 6.127793E-02 R
ORD NUMBER -
118 DATE -
2/37 TIME - 17: 0:16 W SURES 59.761 59.933 AVG -
59.90828 RTv/S 1
91.561 2
92.419 3
92.156 4
912433 5
90.535 6
91.043 7
89.856 8
90.264 s
9 87.741 10 87.3?2 11 87.445 12 87.370 13 84.506 14 84.935 15 84.690 16 84.610 17 84.649 18 83.850 19 83.914 20 83.795' 21 84.043 22 83.123 23 83.747 24 83.062 25 82.006 26 86.935 27 82.936 28 82.978 29 82.643 30 83.656 INACT 0.000 INACT 0.000 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 88.152 DEW CELLS 1
72.206 2
72.212 3
55.416 4
55.589 5
55.665 6
55.703 INACT 0.000 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 64.709 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.847 FLOWS 0
0 AVG 6.127793E-02 s
L
[
mj
ne a*****************
SENSOR LIST A***********************
E
,) NUMBER -
119 DATE -
2/37 TIME - 17:15:16 PREdoORES 59.761 59.932 AVG -
59.90778 RTD/S 1
91.545 2
92.414 3
92.121 4
91.407 5
90.506 6
91.004 7
89.843 8
90.243 9
87.739 10 87.316 11 87.449 12 8T.368 13 84.501 14 84.864 15 84.724 16 84.616 17 84.695 18 83.862 19 83.918 20 83.804 21 84.054 22 83.151 23 83.755 24 83.071 25 82.019 26 86.953 27 82.949 28 82.984 29 82.641 30 83.667 INACT 0.000 INACT 0.000 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 88.142 JEW CELLS 1
72.125 2
72.203 3
55.276 4
55.610 5
55.735 6
55.752 INACT 0.000 INACT 0.000
- NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 I N"AC T 0.000 AVG 64.647 (MBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-G2
)RY PRESSURE 59.8465 LOWS 0
0 AVG 6.127793E-02 ICORO NUMBER -
120 DATE -
2/37 TIME - 17:30:16 97ES
't
R 59.76 59.931
' AVG -
59.90678
- TO/-
1 91.528 2
97.,397 3
92.124 4
91.375 5
90.483 6
90.977 7
89.849 8
90.220 9
87.741 10 87.321 11 87.454 12 87.373 13 84.509 14 84.866 15 84.657 16 84.619 t
17 84.649 18 83.871 19 83.943 20 83.847 21 84.062 22 83.146 23 83.772 24 83.090 25 82.031 26 86.975 27 82.954 20 82.991 29 82.658 30 - 83.673 INACT 0.000 INACT 0.000 i
NACT 0.000 INACT~
0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 VG 88.135 EW CELLS 1
72.178 2
72.235 3
55.418 4
55.715 5
55.806 6
55.836 INACT 0.000 INACT O'.000 NACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.000 AVG 64.726 MBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 RY PRESSURE 59.8455 LOWS 0
0 AVG 6.127793E-02
~
V
i ey zoo **************
SENSOR LIST I
1 UMBER -
121'-
DATE -
2/37 TIME - 17:45:16 PRESSURES 59.759 59.93 AVG -
59.90578 RTD/S 1
91.520 2
92.380 3
92.115 4
91.351 5
90.454 6
90.'950 7
89.810 8
90.196 9
87.739 10 87.327 11 87.458 12 87.374 13 84.541 14 84.936 15 84.689 16 84.613 17 84.693 18 83.874 19 83.950 20 83.856 21 84.066 22 83.163 23 83.766 24 83.094 25 82.034 26 86.987 27 82.974 28 82.998 29 82.653 30 83.674 INACT 0.000 INACT 0.000 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 88.132 DEW CELLS 1
72.181 2
72.195 3
55.334 4
55.737 5
55.838 6
55.801 INACT 0.000 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 64.689 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8445 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
122 DATE -
2/37 TIME - 18: 0:16
/~'\\ PRESSURES I
59.758 59.929 AVG -
59.90478
_/ '.TD/S T
91.497 2
92.368 3
92.060 4
91.323 5
90.432 6
90.928 7
89.773 8
90.174 9
87.739 10 87.330 11 87.457 12 87.371 13 84.547 14 84.922 15 84.706 16 84.626 17 84.690 18 83.888 19 83.958 20 83.857 21 84.079 22 83.161 23 83.767 24 83.099 25 82.041 26 87.004 27 82.988 28 83.015 29 82.669 30
'83.657 INACT 0.000 INACT 0.000 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 88.120 DEW CELLS 1
72.166 2
72.235 3
55.462 4
55.770 5
55.899 6
55.888 INACT 0.000 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 64.746 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.8435 FLOWS 0
0 AVG 6.127793E-02
)
v s-n
7 goo *******************
SENSOR LIST
( jCORD NUMBER -
123 DATE -
2/37 TIME - 18:15:16
...ESSURES 59.758 59.929 RTD/S AVG -
59.90478 1
91.484 2
92.328 3
92.019 4
91.299 5
90.406 6
90.907 7
89.749 8
90.152 9
87.744 10 87.335 11 87.464 12 87.381 13 84.541 14 84.901 15 84.716 16 84.628 17 84.707 18 83.888 19 83.967 20 83.859 21 84.083 22 83.169 23 83.787 24 83.107 25 82.051 26 87.017 27 82.988 28 83.017 29 82.676 30 83.651 INACT 0.000 INACT 0.000 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 88.109 DEW CELLS 1
72.142 2
72.221 3
55.435 4
55.754 5
55.950 6
55.879 INACT 0.000 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 64.730 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8435 FLOWS 0
0 AVG 6.127793E-02 R
124 DATE -
2/37 TIME - 18:30:16 7.ECORD NUMBER -
(_j'SSURES 59.757 59.928 AVG -
59.90378 R
/S 1
91.470 2
92.313 3
91.985 4
91.270 5
90.382 6
90.882 7
89.703 8
90.130 9
87.744 10 87.330 11 87.463 12 87.382 13 84.539 14 84.925 15 84.751 16 84.683 17 84.710 18 83.898 19 83.979 20 83.898 21 84.091 22 83.172 23 83.796 24 83.116 25 82.063 26 87.037 27 83.006 28 83.035 29 82.673 30 83.697 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT C.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 88.104 DEW CELLS 1
72.087 2
72.190 3
55.523 4
55.809 5
55.975 6
55.950 INACT 0.000 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 64.741 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8425 FLOWS 0
0 AVG 6.127793E-02 O
V
c(ao*****************
SENSOR LIST RL_/"7 NUMBER -
125 OATE -
2/37 TIME - 18:45:16 PRESSURES 5S.756 59.928 RTD/S AVG -
59.90328 1
91.449 2
92.298 3
91.962 4
91.243 5
90.362 6
90.861 7
89.674 8
90.10S 9
87.747 10 87.312 11 87.464 12 87.385 13 84.541 14 84.921 15 84.722 16 84.658 17 84.736 18 83.912 19 83.984 20 83.898 21 84.100 22 83.186 23 83.798 24 83.123 25 82.066 26 87.043 27 83.015 28 83.047 29 82.684 30 83.671 INACT 0.000 INACT 0.000 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 88.092 DEW CELLS 1
72.117 2
72.178 3
55.670 4
55.944 5
56.050 6
56.068 INACT 0.000 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 64.805 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.842 FLOWS 0
0 AVG 6.127793E-02 EC 0 NUMBER -
126 DATE -
2/37 TIME - 19: 0.16 PR -
RES 59.756 59.927 AVG -
59.90278 RTD/S 1
91.429 2
92.280 3
91.953 4
91.221 5
90.342 6
90.832 7
89.712 8
90.092 9
87.747 10 87.338 11 87.472 12 87.382 13 84.553 14 84.974 15 84.751 16 84.642 17 84.788 18 83.917 19 83.990 20 83.920 21 84.104 22 83.189 23 83.811 24 83.146 25 82.087 26 87.054 27 83.026 28 83.058 29 82.678 30 83.682 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 iVG 88.094 1EW CELLS 1
72.189 2
72.189 3
55.802 4
55.938 5
56.071 6
56.205 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 AVG 64.877 MBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02
'RY PRESSURE 59.8415 LOWS 0
0 AVG 6.127793E-02 y'
gr'}ce**************
SENSOR LIST
(,/ RECORD NUMBER -
127 DATE -
2/37 TIME - 19:15:16 PRESSURES 59.756 59.926 AVG -
59.90228 RTD/S 1
91.413 2
92.277 3
91.941 4
91.210 5
90.321 6
90.815 7
89.712 8
90.071 9
87.745 10 87.330 11 87.468 12 87.384 13 84.584 14 84.979 15 84.771 16 84.669 17 84.756 18 83.929 19 83.987 20 83.931 21 84.111 22 83.201 23 83.819 24 83.131 25 82.087 26 87.068 27 83.027 28 83.065 29 82.696 30 83.657 INACT 0.000 INACT 0.000 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 88.091 DEW CELLS 1
72.219 2
72.201 3
55.720 4
55.990 5
56.126 6
56.228 INACT 0.000 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 64.868 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.841 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
128 DATE -
2/37 TIME - 19:30:16 O
(_) PRESSURES 59.755 59.926 AVG -
59.90178 RT0/S 1
91.394 2
92.255 3
91.913 4
91.177 5
90.300 6
90.791 7
89.698 8
90.048 9
87.745 10 87.341 11 87.466 12 87.381 13 84.568 14 84.997 15 84.770 16 84.684 17 84.764 18 83.932 19 84.016 20 83.924 21 84.115 22 83.206 23 83.856 24 83.139 25 82.099 26 87.065 27 83.029 28 83.076 29 82.679 30 83.662 INACT 0.000 INACT 0.000 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 88.082 DEW CELLS 1
72.082 2
72.171 3
55.763 4
56.019 5
56.189 6
56.231 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 AVG 64.841 AMBIENT PRESS 14.61 VAPOR PRESS -
6 127793E-02 ORY PRESSURE 59.8405 FLOWS 0
0 AVG 6.127793E-02 Iv
,c0********************
l SENSOR LIST
,ECORD NUMBER -
129 DATE -
2/37 TIME - 19: 45:16
<RESSURES 59.755 59.925 AVG -
59.90128 RTD/S 1
91.383 2
92.216 3
91.889 4
91.154 5
90.278 6
90.763 7
89.714 8
90.028 9
87.747 10 87.345 11 87.472 12 87.385 13 84.576 14 84.967 15 84.759 16 84.693 17 84.773 18 83.934 19 84.022 20 83.950 21 84.124 22 83.223 23 83.848 24 83.157 25 82.107 26 87.081 27 83.046 28 83.087 29 82.684 30 83.677 INACT 0.000 INACT 0.000 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 88.074 DEW CELLS 1
72.175 2
72.186 3
56.045 4
56.041 5
56.250 6
56.210 INACT 0.000 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 64.963 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.84 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
130 DATE -
2/37 TIME - 20: 0:16 eSSURES 59.754 59.925 AVG -
59.90078 O/S 1
91.366 2
92.192 3
91.869 4
91.145 5
90.257 6
90.739 7
89.679 8
90.005 9
87.741 10 87.338 11 87.461 12 87.382 13 84.562 14 84.947 15 84.773 16 84.666 17 84.768 18 83.940 19 84.045 20 83.958 21 84.133 22 83.236 23 83.851 24 83.158 25 82.107 26 87.100 27 83.049 28 83.079 29 82.690 30 83.676 INACT 0.000 INACT 0.000 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 88.061 DEW CELLS 1
72.122 2
72.160 3
55.836 4
56.166 5
56.279 6
56.221 INACT 0.000 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 64.879 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8395 FLOWS
.05 0
AVG
.1112779
[
f b
Li
7'" 20******************
SENSOR LIST t_.
tRD NUMBER -
131 DATE -
2/37 TIME - 20:15: 16 PRESSURES 59.753 59.924 AVG -
59.94978 RTD/S 1
91.352 2
92.170 3
91.883 4
91.124 5
90.237 6
90.719 7
89.654 8
89.985 9
87.744 10 87.335 11 87.466 12 87.381 13 84.582 14 84.996 15 84.762 16 84.683 17 84.794 18 83.955 19 84.037 20 83.973 21 84.135 22 83.215 23 83.869 24 83.169 25 82.124 26 87.092 27 83.059 28 83.084 29 82.684 30 83.665 INACT 0.000 INACT 0.000 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 88.059 DEW CELLS 1
72.193 2
72.198 3
55.888 4
56.199 5
56.350 6
56.298 INACT 0.000 INACT 0.C00 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.0G0 AVG 64.934 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8885 FLOWS 0
0 AVG 6.127793E-02 RE RO NUMBER -
132 DATE -
2/37 TIME - 20:30:16
'URES 59.753 59.923 AVG -
59.89928 RTbfS 1
91.330 2
92.169 3
91.865 4
91.120 5
90.217 6
90.692 7
89.633 8
89.964 9
87.744 10 87.345 11 87.461 12 87.381 13 84.603 14 84.996 15 84.791 16 84.690 17 84.817 18 83.958 19 84.046 20 83.963 21 84.138 22 83.224 23 83.873 24 83.169 25 82.133 26 87.110 27 83.070 28 83.102 29 82.678 30 83.680 INACT 0.000 INACT 0.000 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 88.056 DEW CELLS 1
72.195 2
72.175 3
56.056 4
56.172 5
56_401 6
56.420 INACT 0.000 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 64.991 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.838 FLOWS 0
0 AVG 6.127793E-02 g
V
SENSOR LIST
- [}
RECORD NUMBER -
133 DATE -
2/37 TIME - 20:45: 16
\\_/
PRESSURES 59.752 59.923 AVG -
59.89878 RTD/S 1
91.323 2
92.157 3
91.834 4
91.105 5
90.203 6
90.676 7
89.621 8
89.947 9
87.742 10 87.338 i'
87.464 12 87.382 13 84.613 14 85.009 15 84.790 16 84.678 17 34.783 18 83.973 19 84.057 20 83.972 21 84.152 22 83.230 23 83.905 24 83.183 25 82.133 26 87.118 27 83.075 28 83.114 29 82.682 30 83.691 INACT 0.000 INACT 0.000 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 88.049 DEW CELLS 1
72.193 2
72.186 3
56.018 4
56.247 5
56.437 6
56.472 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 It;ACT 0.000 AVG 64.988 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8375 FLOWS 0
0
/.VG 6.127793E-02 RECORD NUM8ER -
134 DATE -
2/37 TIME - 21: 0:16 r^g
(
PRESSURES 59.752 59.923 AVG -
59.89878
\\#
RTD/S 1
91.302 2
92.147 3
91.819 4
91.087 5
90.184 6
90.658 7
89.599 8
89.929 9
87.742 10 87.339 11 87.471 12 87.384 13 84.606 14 84.953 15 84.777 16 84.684 17 84.805 18 83.976 19 84.062 20 83.987 21 84.159 22 83.252 23 83.892 24 83.190 25 82.151 26 87.124 27 83.088 28 83.114 29 82.705 30 83.697 INACT 0.000 INACT 0.000 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 88.040 DEW CELLS 1
72.160 2
72.192 3
56.034 4
56.297 5
56.474 6
56.521 INACT 0.000 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 64.991 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8375 FLOWS 0
0 AVG 6.127793E-02 O
cr-2co*************
SENSOR LIST
[
)
RECORD NUMBER -
135 DATE -
2/37 TIME - 21:15: 16
%J PRESSURES 59.751 59.922 RTD/S AVG -
59.89778 1
91.297 2
92.091 3
91.805 4
91.059 5
90.148 6
90.640 7
89.588 8
89.906 9
87.741 10 87.335 11 87.461 12 87.381 13 84.596 14 85.031 15 84.794 16 84.718 17 84.819 18 83.985 19 84.082 20 83.976 21 84.164 22 83.255 23 83.897 24 83.200 25 82.170 26 87.129 27 83.096 28 83.123 29 82.698 30 83.699 INACT 0.000 INACT 0.000 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 88.034 DEW CELLS 1
72.148 2
72.183 3
56.140 4
56.324 5
56.527 6
56.517 INACT 0.000 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 65.023 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY-PRESSURE 59.8365 FLOWS 0
0 AVG 6.127793E-02 RECO9D NUM8ER -
136 OATE -
2/37 TIME - 21:30:16
[N
(
)
PRESSURES 59.751 59.922 RTD/S AVG -
59.89778 1
91.294 2
92.091 3
91.793 4
91.030 5
90.126 6
90.617 7
89.585 8
89.894 9
87.744 10 87.341 11 87.463 12 87.385 13 84.620 14 85.003 15 84.808
'6 84.709 17 84.832 18 83.984 19 34.085 20 83.999 21 84.170 22 83.270 23 83.918 24 83.210 25 82.164 26 87.142 27 83.110 28 83.128 29 82.704 30 83.694 INACT 0.000 INACT 0.000 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 88.030 DEW CELLS 1
72.139 2
72.171 3
56.088 4
56.398 5
56.581 6
56.601 INACT 0.000 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 65.009 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8365 FLOWS 0
0 AVG 6.127793E-02
Ps
(
20*********************
SENSOR LIST
'N-ECORD NUMBER -
137 DATE -
2/37 TIME - 21:45:16 PRESSURES 59.751 59.921 RTD/S AVG -
59.89728 1
91.290 2
92.059 3
91.779 4
91.011 5
90.121 6
90.597 7
89.579 8
89.872 9
87.736 10 87.342 11 87.463 12 87.381 13 84.631 14 85.040 15 84.791 16 84.707 17 84.828 18 84.001 19 84.083 20 84.008 21 84.178 22 83.268 23 83.920 24 83.215 25 82.168 26 87.142 27 83.122 28 83.131 29 82.699 30 83.702 INACT 0.000 INACT 0.000 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 88.024 DEW CELLS 1
72.137 2
72.145 3
56.181 4
56.411 5
56.611 6
56.718 INACT 0.000 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 65.039 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.836 FLOWS 0
0 AVG 6.127793E-02 f'^1 CORD NUMBER -
138 DATE -
2/37 TIME - 22: 0:16
.ESSURES 59.75 59.921 AVG -
59.89678 RTD/S 1
91.282 2
92.032 3
91.762 4
90.989 5
90.109 6
90.574 7
89.569 8
89.857 9
87.742 10 87.341 11 87.464 12 87.381 13 84.596 14 85.064 15 84.803 16 84.732 17 84.802 18 84.005 19 84.095 20 84.016 21 84.182 22 83.279 23 83.914 24 83.221 25 82.189 26 87.147 27 83.122 28 83.149 29 82.705 30 83.703 INACT 0.000 INACT 0.000 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 88.018 DEW CELLS 1
72.148 2
72.128 3
56.253 4
56.498 5
56.662 6
56.562 INACT 0.000 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 65.057 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8355 FLOWS 0
0 AVG 6.127793E-02 t
V
pa*****************
SENSOR LIST
_ RD NUMBER -
139 DATE -
2/37 TIME - 22:15: 16 PRESSURES 59.749 59.92 RTD/S AVG -
59.89578 1
31.272 2
92 000 3
91.755 4
90.963 5
90.094 6
90.562 7
89.553 8
89.839 9
87.742 10 87.338 11 87.468 12 87.384 13 84.614 14 85.046 15 84.834 16 84.726 17 84.840 18 84.008 19 84.101 20 84.030 31 84.191 22 83.297 23 83.960 24 83.233 25 82.183 26 87.164 27 83.139 28 83.149 29 82.711 30 83.680 INACT 0.000 INACT 0.000 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 88.013 DEW CELLS 1
72.119 2
72.146 3
56.111 4
56.504 5
56.687 6
56.778 INACT 0.000 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 65.022 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.8345 FLOWS 0
0 AVG 6.127793E-02 EC D NUMBER -
140 DATE -
2/37 TIME - 22:34:46 P
RES 59.749 59.92 RTD/s AVG -
59.89578 1
91.243 2
91.979 3
91.712 4
90.960 5
90.072 6
90.542 7
89.543 8
89.822 9
87.739 10 87.342 11 87.468 12 87.385 13 84.628 14 85.061 15 84.826 16 84.706 17 84.849 18 84.017 19 84.108 20 84.036 21 84.196 22 83.302 23 83.976 24 83.245 25 82.202 26 87.168 27 83.154 28 83.158 29 82.719 30 83.712 INACT 0.000 INACT 0.000 NACT 0.003 INACT 0.000 INACT 0.000 INACT 0.000 NACT 0.000 INACT 0.000 INACT 0.00u INACT 0.000
. V G, 88.005
'EW CELLS 1
72.061 2
72.157 3
55.978 4
56.565 5
56.759 6
56.840 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 AVG 64.976 M8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 RY PRESSURE 59.0345 LOWS 0
0 AVG 6.127793E-02 N j'
- ye****=********"
SENSOR LIST
(_jRECORO NUMBER -
141 OATE -
2/37 TIME - 22: 45:16 PRESSURES 59.749 59.919 AVG -
59.89528 RT0/S 1
91.244 2
91.962 3
91.701 4
90.947 5
90.062 6
90.530 7
89.543 8
89.810 r
9 87.744 10 87.347 11 87.469 12 87.385 l
13 84.657 14 85.084 15 84.846 16 84.729 17 84.887 18 84.027 19 84.123 20 84.040 21 84.202 22 83.297 23 83.966 24 G3.247 25 82.214 26 87.178 27 83.160 28 83.169 29 82.727 30 83.685 INA2T 0.000 INACT 0.000 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 88.007 DEW CELLS 1
72.117 2
72.163 3
56.292 4
56.626 5
56.785 6
56.756 INACT 0.000 INACT 0.000 INACT C.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 65.091 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.834 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
142 OATE -
2/37 TIME - 22: 49:46 n
(
)
\\~/ 3RESSURES 59.749 59.919 AVG -
59.89528 RTD/S 1
91.243 2
91.962 3
91.701 4
90.934 5
90.052 6
90.522 7
89.532 8
89.799 9
87.741 10 87.342 11 87.461 12 87.384 13 84.639 14 85.046 15 84.861 16 84.736 17 84.870 18 84.028 19 84,121 20 84.036 21 84.204 22 83.305 23 83.950 24 83.230 25 82.218 26 87.171 27 83.168 28 83.160 29 82.722 30 83.691 INACT 0.000 INACT 0.000 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 88.001 DEW CELLS 1
72.085 2
72.149 3
56.176 4
56.613 5
56.805 6
56.803 INACT 0.000 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 65.045 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.834 FLOWS 0
0 AVG 6.127793E-02 4
A
?o*********************
SENSOR LIST
> ECORD NUMBER -
143 DATE -
2/37 TIME - 23: 0:16 PRESSURES 59.748 59.919 AVG -
59.89478 RTD/S 1
91.236 2
91.947 3
91.717 4
90.927 5
90.043 6
90.510 7
89.529 8
89.793 9
87.741 10 87.344 11 87.461 12 87.387 13 84.660 14 85.058 15 84.867 16 84.759 17 84.845 18 84.025 19 84.109 20 84.048 21 84.208 22 83.293 23 83.966 24 83.253 25 82.222 26 87.185 27 83.172 28 83.172 29 82.731 30 83.694 INACT 0.000 INACT 0.000 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 88.002 DEW CELLS 1
72.050 2
72.151 3
56.544 4
56.649 5
56.848 6
56.886 INACT 0.000 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 65.161 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8335 FLOWS 0
0 AVG 6.127793E-02
(]ECORD NUMBER -
144 DATE -
2/37 TIME - 23:15:16 RESSURES 59.748 59.918 AVG -
59.89428 RTD/S 1
91.224 2
91.936 3
91.686 4
90.907 5
90.025 6
90.496 7
89.517 8
89.778 9
87.745 10 87.344 11 87.469 12 87.393 13 84.634 14 85.055 15 84.858 16 84.770 17 84.872 18 84.034 19 84.144 20 84.046 21 84.213 22 83.319 23 83.960 24 83.255 25 82.212 26 87.194 27 83.178 28 83.189 29 82.733 30 83.692 INACT 0.000 INACT 0.000 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 87.995 DEW CELLS 1
71.971 2
72.164 3
56.662 4
56.597 5
56.877 6
56.735 INACT 0.000 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 6% 1 '/ 5 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.833 FLOWS 0
0 AVG 6.127793E-02 i
V
....-_.,4_.
w y.,,
,m
7~
yo********************
SENSOR LIST
\\-
- ORD NUMBER -
145 DATE -
2/37 TIME - 23:30:16 PRESSURES 59.747 59.918 AVG -
59.89378 RTD/S 1
91.204 2
91.930 3
91.672 4
90.895 5
90.010 6
90.475 7
89.497 8
89.761 9
87.745 10 87.348 11 87.464 12 87.388 13 84,637 14 85.029 15 84.990 16 84.756 17 84.883 18 84.040 19 84.162 20 84.050 21 84.219 22 83.294 23 83.985 24 83.267 25 82.218 26 87.190 27 83.187 28 83.198 29 82.740 30 83.714 INACT 0.000 INACT 0.000 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 87.988 DEW CELLS 1
71.995 2
72.151 3
56.524 4
56.773 5
56.901 6
56.921 INACT 0.000 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 65.148 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8325 FLOWS 0
0 AVG 6.127793E-02
/fCORD NUM8ER -
146 DATE -
2/37 TIME - 23: 45:16
>V
..ESSURES 59.747 59.918 AVG -
59.89378 RTD/S 1
91.198 2
91.932 3
91.669 4
90.872 5
89.996 6
90.460 7
89.494 8
89.750 9
87.750 10 87.355 11 87.468 12 87.390 13 04.652 14 85.026 15 84.878 16 84.750 17 84.866 18 84.043 19 84.146 20 84.060 21 84.227 22 83.317 23 83.985 24 83.265 25 82.243 26 87.208 27 83.189 28 83.178 29 82.746 30 83.683 INACT 0.000 INACT 0.000 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 87.985 DEW CELLS 1
71.931 2
72.113 3
56.674 4
56.745 5
56.965 6
56.904 INACT 0.000 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 65.170 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8325 FLOWS 0
0 AVG 6.127793E-02 O
(q'on*******************
SENSOR L'IST Y 'ORD NUMBER -
147 DATE -
2/38 TIME -
0: 0: 16 PRESSURES 59.747 59.917 AVG -
59.89328 RTD/S 1
91.175 2
91.909 3
91.651 4
90.853 5
89.978 6
90.443 7
89.474 8
89.730 9
87.748 10 87.356 11 87.468 12 87.391 13 84.649 14 85.096 15 84.892 16 84.770 17 84.907 18 84.050 19 84.170 20 84.065 21 84.233 22 83.331 23 83.969 24 83.279 25 82.241 26 87.200 27 83.212 28 83.207 29 82.751 30 83.709 INACT 0.000 INACT 0.000 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 87.982 DEW CELLS 1
72.003 2
72.113 3
56.686 4
56.770 5
57.017 6
57.148 INACT 0.000 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 65.209 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.832 FLOWS 0
0 AVG 6.127793E-02 RECORD NUMBER -
148 DATE -
2/38 TIME -
0:15:16 i
PRESSURES 59.746 59.917 AVG -
59.89278 RTD/S 1
91.177 2
91.891 3
91.677 4
90.846 5
89.953 6
90.422 7
89.459 8
89.721 9
87.750 10 87.355 11 87.471 12 87.391 13 84.669 14 85.098 15 84.866 16 84.773 17 84.913 18 84.053 19 84.182 20 84.057 21 84.234 22 83.345 23 84.005 24 83.282 25 82.267 26 87.214 27 83.216 28 83.218 29 82.759 30 83.718 INACT 0.000 INACT 0.000 INACT 0.000 IflACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 t
AVG 87.981 DEW CELLS 1
71.994 2
72.154 3
56.797 4
56.634 5
57.061 6
56.987 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.0G0 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 65.250 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8315 FLOWS 0
0 AVG 6.127793E-02 O
,n.
k,) ***********************
SENSOR LIST s
RECORD NUMBER -
149 OATE -
2/38 TIME -
0:30:16 PRESSURES 59.746 59.916 AVG -
59.89228 RTD/S 1
91.172 2
91.894 3
91.631 4
90.840 5
89.939 6
90.409 7
89.436 8
89.704 9
87.751 10 87.356 11 87.475 12 87.391 13 84.672 14 85.108 15 84.901 16 84.771 17 84.906 18 84.056 19 84.164 20 84.074 21 84.240 22 83.343 23 84.014 24 83.303 25 82.260 26 87.217 27 83.216 28 83.213 29 82.769 30 83.703 INACT 0.000 INACT 0.000 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 87.976 DEW CELLS 1
72.071 2
72.122 3
56.768 4
56.886 5
57.104 6
57.132 INACT 0.000 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 65.262 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.831 FLOWS 0
0 AVG 6.127793E-02 O) RECORD NUM8ER -
i 150 DATE -
2/38 TIME -
0: 45: 16 v
PRESSURES 59.745 59.916 AVG -
59.89178 RTD/S 1
91.156 2
91.876 3
91.608 4
90.823 5
89.935 6
90.390 7
89.434 8
89.694 9
87.751 10 87.356 11 87.475 12 87.396 13 84.671 14 85.127 15 84.872 16 84.758 17 84.922 18 84.068 19 84.162 20 84.083 21 84.248 22 83.345 23 84.028 24 83.308 25 82.269 26 87.225 27 83.223 28 83.230 29 82.766 30 83.699 INACT 0.000 INACT 0.000 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 87.970 DEW CELLS 1
71.940 2
72.077 3
56.681 4
56.938 5
57.154 6
57.101 INACT 0.000 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 65.189 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8305 FLOWS 0
0 AVG 6.127793E-02
.O
)
x _,/ o * * * * * * * * * * * * * * * * * * * * *
- SENSOR LIST AECORD NUMBER -
151 OATE -
2/38 TIME -
1 0:16 PRESSURES 59.745 59.915 AVG -
59.89128 RTD/S 1
91.146 2
91.870 3
91.607 4
90.814 5
89.921 6
90.373 7
89.433 8
89.680 9
87.745 10 87.356 11 87.469 12 87.394 13 84.664 14 85.101 15 84.902 16 84.802 17 84.902 18 84.074 19 84.176 20 84.071 21 84.248 22 83.335 23 84.024 24 83.294 25 82.269 26 87.233 27 83.230 28 83.227 29 82.777 30 83.715 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INAC7 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 AVG 87.967 DEW CELLS 1
71.922 2
72.087 3
56.938 4
56.959 5
57.177 6
57.211 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.003 INACT 0.000 INACT 0.000 INACT 0.000 AVG 65.277 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.83 FLOWS 0
0 AVG 6.127793E-02 O 'ECORD NUMBER -
t j
152 DATE -
2/38 TIME -
1:15:16 PRESSURES 59.745 59.915 AVG -
59.89128 j
RTD/S 1
91.133 2
91.854 3
91.605 4
90.785 5
09.900 6
90.354 7
89.424 8
89.657 9
87.742 10 87.355 11 87.469 12 87.391 13 84.677 14 85.101 15 84.858 16 84.794 17 84.912 18 84.077 19 84.198 20 84.072 21 84.252 22 83.342 23 84.014 24 83.311 25 82.276 26 87.240 27 83.238 28 83.230 29 82.782 30 83.721 INACT 0.000 INACT 0.000 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 87.958 DEW CELLS 1
72.009 2
72.117 3
56.872 4
57.026 5
57.205 6
57.312 INACT 0.000 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 65.295 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.83 FLOWS 0
0 AVG 6.127793E-02 O
V
a
/O 5
\\ / **********************
SENSOR LIST
.sECORD NUMBER -
153 DATE -
2/38 TIME -
1: 30:16 PRESSURES 59.744 59.914 AVG -
59.89028 RTD/S 1
91.127 2
91.861 3
91.601 4
90.785 5
89.881 6
90.344 7
89.431 8
89.654 9
87.760 10 87.364 11 87.481 12 87.399 13 84.693 14 85.110 15 84.884 16 84.800 17 84.915 18 84.088 19 84.231 20 84.095 21 84.263 22 83.357 23 84.039 24 83.309 25 82.296 26 87.234 27 83.250 28 83.244 29 82.791 30 83.725 INACT 0.000 INACT 0.000 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 87.963 DEW CELLS 1
71.884 2
72.093 3
57.000 4
57.113 5
57.293 6
57.244 INACT 0.000 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 65.300 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.829 FLOWS 0
0 AVG 6.127793E-02 (O
_)' CORD NUMBER -
154 OATE -
2/38 TIME -
1:45:16 PRESSURES 59.744 59.914 AVG -
59.89028 RTD/S 1
91.131 2
91.856 3
91.593 4
90.779 5
89.866 6
90.333 7
89.418 8
89.654 9
87.773 10 87.377 11 87.489 12 87.408 13 84.703 14 85.130 15 84.930 16 84.811 17 84.909 18 84.097 19 84.248 20 84.117 21 84.268 22 83.387 23 84.054 24 83.311 25 82.295 26 87.236 27 83.261 28 83.274 l
29 82.809 30 83.734 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 INACT 0.000 II.' AC T 0.000 INACT 0.000 AVG 87.967 DEW CELLS 1
71.806 2
72.135 3
57.103 4
57.119 5
57.281 6
57.217 INACT 0.000 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 65.323 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.829 FLOWS 0
0 AVG 6.127793E-02
./
/
\\,/-c********************
SENSOR LIST
. CORD NUMBER -
155 DATE -
2/38 TIME -
2: 0:16 PRESSURES 59.743 59.913 AVG -
59.88928 RTD/S 1
91.110 2
91.841 3
91.579 4
90.770 5
89.851 6
90.332 7
89.392 8
89.646 9
87.785 10 87.385 11 87.500 12 87.419 13 84.701 14 85.122 15 84.938 16 84.794 17 84.974 18 84.101 19 84.266 20 84.117 21 84.274 22 83.392 23 84,104 24 83.326 25 82.316 26 87.255 27 83.274 28 83.297 29 82.832 30 83.755 INACT 0.000 INACT 0.000 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 87.966 DEW CELLS 1
71.928 2
72.116 3
57.225 4
57.205 5
57.319 6
57.399 INACT 0.000 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 65.401 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.828 FLOWS
.05 0
AVG
.1112779 R
I JCORDNUMBER-156 DATE -
2/38 TIME -
2:15:16 PRESSURES 59.743 59.913 AVG -
59.93928 RTD/S 1
91.095 2
91.818 3
91.570 4
90.762 5
89.837 6
90.315 7
89.396 8
89.631 9
87.776 10 87.376 11 87.501 12 87.416 13 84.706 14 85.186 15 84.957 16 84.829 17 84.970 18 84.106 19 84.266 20 84.109 21 84.278 22 83.377 23 84.088 24 83.331 25 82.310 26 87.268 27 83.262 28 83.294 29 82,.821 30 83.779 INACT 0.000 INACT 0.000 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 87.964 DEW CELLS 1
71.905 2
72.097 3
57.231 4
57.226 5
57.370 6
57.426 INACT 0.000 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 65.397 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.878 FLOWS 0
0 AVG 6.127793E-02 O
.I(,,)*o*******************
SENSOR LIST F
JRD NUMBER -
157 DATE -
2/38 TIME -
2:30:16 PRESSURES 59.743 59.913 AVG -
59.88928 RTD/S 1
91.085 2
91.805 3
91.556 4
90.750 5
89.820 6
90.293 7
89.399 8
89.619 9
87.773 10 87.381 11 87.489 12 87.410 13 84.718 14 85.153 15 84,967 16 84.816 17 84.957 18 84.111 19 84.272 20 84.097 21 84.283 22 83.393 23 84.098 24 83.334 25 82.339 26 87.269 27 83.273 28 83.296 29 82.826 30 83.741 INACT 0.000 INACT 0.000 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 0.050 DEW CELLS 1
71.823 2
72.081 3
57.132 4
57.244 5
57.421 6
57.429 INACT 0.000 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 65.342 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.828 FLOWS 0
0 AVG 6.127793E-02
[ORDNUMBER-158 DATE -
2/38 TIME -
2: 45:16 PRESSURES 59.743 59.913 AVG -
59.88928 RTD/S 1
91.084 2
91.796 3
91.549 4
90.730 5
89.808 6
90.278 7
89.372 8
89.604 9
87.768 10 87.370 11 87.486 12 87.406 13 84.709 14 85.125 15 84.935 16 84.805 17 84.967 18 84.114 19 84.283 20 84.109 21 84.286 22 83.364 23 84.100 24 83.346 25 82.325 26 87.272 27 83.277 28 83.285 29 82.827 30 83.754 INACT 0.000 INACT 0.000 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 87.947 DEW CELLS 1
71.807 2
72.062 3
57.286 4
57.244 5
57.470 6
57.424 INACT 0.000 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 65.385 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.828 FLOWS 0
0 AVG 6.127793E-02 O
J' o
SENSOR LIST REv0RD NUMBER -
159 DATE -
2/38 TIME -
3: 0:16 PRESSURES 59.742 59.913 AVG -
59.88878 RTD/S 1
91.076 2
91.783 3
91.541 4
90.725 5
89.799 6
90.258 7
89.347 8
89.590 9
87.770 10 87.373 11 87.484 12 87.406 13 84.709 14 85.182 15 84.919 16 84.808 17 84.977 18 84.115 19 84.271 20 84.112 21 84.291 22 83.358 23 84.112 24 83.377 25 82.337 26 87.280 27 83.282 28 83.270 29 82.827 30 83.734 INACT 0.000 INACT 0.000 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 87.944 DEW CELLS 1
71.817 2
72.068 3
57.260 4
57.322 5
57.510 6
57.490 INACT 0.000 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 65.388 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8275 LOWS 0
0 AVG 6.127793E-02 W RO NUMBER -
160 DATE -
2/38 TIME -
3:15:16 PRESSURES 59.741 59.913 AVG -
59.88828 RTD/S 1
91.059 2
91.771 3
91.530 4
90.698 5
89.782 6
90.242 7
89.352 8
89.570 9
87.765 10 87.379 11 87.489 12 87.405 13 84.721 14 85.191 15 84.930 16 84.838 17 84.974 18 84.121 19 84.239 20 84.126 21 84.297 22 83.407 23 84.103 24 83.360 25 82.336 26 67.278 27 83.291 28 83.284 29 82.830 30 83.743 INACT 0.000 INACT 0.000 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 87.940 DEW CELLS 1
71.835 2
72.038 3
57.266 4
57.353 5
57.537 6
57.663 INACT 0.000 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 65.397 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.827 FLOWS 0
0 AVG 6.127793E-02 s_,
f)
\\#
SENSOR LIST I
RECORD NUMBER -
161 OATE -
2/38 TIME -
3:30: 16 PRESSURES 59.741 59.912 AVG -
59.88778 RTD/S 1
91.055=
2 91.760 3
91.512 4
90.675 5
89.769 6
90.225 7
89.350 8
89.561 9
87.762 10 87.368 11 87.489 12 87.408 13 84.727 14 85.127 15 84.933 16 84.817 17 84.985 18 84.132 19 84.256 20 84.130 21 84.304 22 83.398 23 84.094 24 83.378 25 82.336 26 37.292 27 83.297 28 83.293 29 82.835 30 83.729 INACT 0.000 INACT 0.000 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 87.932 DEW CELLS 1
71.806 2
72.058 3
57.350 4
57.438 5
57.572 6
57.600 INACT 0.000 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 65.422 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.8265 FLOWS 0
0 AVG 6.127793E-02 O)
RECORO NUMBER -
(_
162 DATE -
2/38 TIME -
3: 45:16 PRESSURES 59.741 59.912 AVG -
59.88778 RTD/S 1
91.050 2
91.747 3
91.508 4
90.670 5
89.765 6
90.211 7
89.355 8
89.550 9
87.765 10 87.374 11 87.484 12 87.408 13 84.741 14 85.162 15 84.962 16 84.835 17 84.967 18 84.133 19 84.256 20 84.114 21 84.306 22 83.401 23 84.082 24 83.372 25 82.353 26 87.298 27 83.294 28 83.302 29 82.836 30 83.715 INACT 0.000 INACT 0.000 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 87.933 OEW CELLS 1
71.800 2
72.036 3
57.139 4
57.418 5
57.632 6
57.560 INACT 0.000 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 65.348 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8265 FLOWS 0
0 AVG 6.127793E-02 O
,e y l
N/
SENSOR LIST RECORD NUMBER -
163 OATE -
2/38 TIME -
4: 0:16 PRESSURES 59.741 59.912 AVG -
59.88778 RTD/S 1
91.033 2
91.739 3
91.486 4
90.654 5
89.756 6
90.193 7
89.335 8
89.535 9
87.759 10 87.373 11 87.477 12 87.406 13 84.727 14 85.166 15 84.974 16 84.861 17 84.979 18 84.138 19 84.246 20 84.124 21 84.309 22 83.427 23 84.112 24 83.372 25 82.374 26 87.300 27 83.299 28 83.285 29 82.840 30 83.717 INACT 0.000 INACT 0.000 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 87.927 DEW CELLS 1
71.783 2
72.023 3
57.417 4
57.435 5
57.667 6
57.618 INACT 0.000 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 65.434 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8265 FLOWS 0
0 AVG 6.127793E-02
( ) RECORD NUMBER -
164 OATE -
2/38 TIME -
4:15:16
\\_/
PRESSURES 59.741 59.911 AVG -
59.88728 RTD/S 1
91.011 2
91.722 3
91.480 4
90.637 5
89.750 6
90.173 7
89.335 8
89.520 9
87.754 10 87.364 11 87.475 12 87.406 13 84.735 14 85.179 15 84.970 16 84.843 17 84.970 18 84.140 19 84.251 20 84.085 21 84.314 22 83.438 23 84.120 24 83.378 25 82.365 26 87.307 27 83.308 28 83.274 29 82.840 30 83.738 INACT 0.000 INACT 0.000 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 87.920 DEW CELLS 1
71.801 2
72.021 3
57.286 4
57.453 5
57.693 6
57.797 INACT 0.000 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 65.407 AM8IENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.826 FLOWS 0
0 AVG 6.127793E-02 m
(O) ***********************
SENSOR LIST RECORD NUMBER -
165 DATE -
2/38 TIME -
4: 30:16 PRESSURES 59.741 59.911 AVG -
59.88728 RTD/S 1
91.020 2
91.716 3
91.469 4
90.629 5
89.736 6
90.161 7
89.340 8
89.512 9
87.759 10 87.370 11 87.481 12 87.406 13 84.727 14 85.179 15 85.005 16 84.845 17 84.965 18 84.146 19 84.256 20 84.071 21 84.318 22 83.421 23 84.120 24 83.389 25 82.371 26 87.319 27 83.325 28 83.287 29 82.847 30 83.721 INACT 0.000 INACT 0.000 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 87.920 DEW CELLS 1
71.798 2
72.039 3
57.572 4
57.530 5
57.763 6
57.719 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 AVG 65.505 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.826 FLOWS 0
0 AVG 6.127793E-02
[~
RECORD NUMBER -
166 DATE -
2/38 TIME -
4:45:16
' (-
PRESSURES 59.74 59.91 AVG -
59.88628 RTD/S 1
91.004 2
91.710 3
91.459 4
90.628 5
89.732 6
90.152 7
89.357 8
89.505 9
87.760 10 87.384 11 87.486 12 87.411 13 84.747 14 85.197 15 84.996 16 84,864 17 84.982 18 84.156 19 84.260 20 84.072 21 84.324 22 83.412 23 84.138 24 83.395 25 82.385 26 87.330 27 83.329 28 83.309 29 82.852 30 83.720 INACT 0.000 INACT 0.000 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 87.922 DEW CELLS 1
71.807 2
72.035 3
57.647 4
57.600 5
57.814 6
57.789 INACT 0.000 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 65.538 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 ORY PRESSURE 59.825 FLOWS 0
0 AVG 6.127793E-02
I'
=**********************
SENSOR LIST AECORD NUMBER -
167 DATE -
2/38 TIME -
5: 0: 16 PRESSURES 59.74 59.91 AVG -
59.88628 RT0/S 1
90.995 2
91.698 3
91.440 4
90.609 5
89.726 6
90.133 7
89.350 8
89.495 9
87.757 10 87.371 11 87.480 12 87.411 13 84.738 14 85.209 15 85.032 16 84.889 17 84.985 18 84.161 19 84.248 20 84.045 21 84.333 22 83.462 23 84.137 24 83.413 25 82.389 26 87.335 27 83.332 28 83.309 29 82.859 30 83.728 INACT 0.000 INACT 0.000 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 87.919 DEW CELLS 1
71.786 2
71.987 3
57.592 4
57.635 5
57.850 6
57.934 INACT 0.000 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 65.511 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.825 FLOWS
.05 0
AVG
.1112779
( v\\'ECORD NUM8ER -
l 168 DATE -
2/38 TIME -
5: 15:16 PRESSURES 59.74 59.91 AVG -
59.93628 RT0/S 1
90.983 2
91.689 3
91.442 4
90.599 5
89.712 6
90.124 7
89.331 8
89.480 9
87.762 10 87.371 11 87.481 12 87.406 13 84.754 14 85.176 15 84.979 16 84.877 17 85.003 18 84.159 19 84.274 20 84.057 21 84.333 22 83.430 23 84.146 24 83.396 25 82.406 26 87.330 27 83.348 28 83.311 29 82.862 30 83.723 INACT 0.000 INACT 0.000 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 87.912 DEW CELLS 1
71.788 2
72.009 3
57.572 4
57.640 5
57.858 6
57.865 INACT 0.000 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 65.509 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.875 FLOWS 0
0 AVG 6.127793E-02 (v
k-l'**********************
SENSOR LIST
<ECORD NUMBER -
169 DATE -
2/38 TIME -
5:30:16 PRESSURES 59.739 59.91 AVG -
59.88578 RTD/S 1
90.968 2
91.676 3
91.425 4
90.591 5
89.701 6
90.107 7
89.323 8
89.469 9
87.762 10 87.371 11 87.486 12 87.413 13 84.771 14 85.173 15 85.009 16 84.904 17 85.017 18 84.164 19 84.289 20 84.066 21 84.339 22 83.461 23 84.147 24 83.413 25 82.392 26 87.345 27 83.346 28 83.320 29 82.864 30 83.757 INACT 0.000 INACT 0.000 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 87.910 DEW CELLS 1
71.788 2
71.992 3
57.719 4
57.652 5
57.902 6
57.962 INACT 0.000 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 65.559 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.8245 FLOWS 0
0 AVG 6.127793E-02 O
'ECORD NUMBER -
170 DATE -
2/38 TIME -
5:45:16 j
PRESSURES 59.739 59.909 AVG -
59.88528 RTD/S 1
90.966 2
91.668 3
91.419 4
90.577 5
89.700 6
90.098 7
89.300 8
89.457 9
87.765 10 87.377 11 87.486 12 87.413 13 84.768 14 85.191 15 85.022 16 84.870 17 85.002 18 84.170 19 84.300 20 84.072 21 84.343 22 83.459 23 84.137 24 83.422 25 82.414 26 87.344 27 83.372 28 83.329 29 82.875 30 83.731 INACT 0.000 INACT 0.000 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 87.907 DEW CELLS 1
71.789 2
72.027 3
57.791 4
57.774 5
57.954 6
57.954 INACT 0.000 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 65.597 AMBIENT PRESS 14.61 VAPOR PRESS -
6.127793E-02 DRY PRESSURE 59.824 FLOWS 0
0 AVG 6.127793E-02
(~} e************************
ENVIRONMENT LISTING
%/ DATE 27-1986 TIME - 10: 43: 4 REC OATE TIME TEMP VAPOR CORRECT.
RELATIVE AIR PSIA /HR NUM PRESSURE PRESSURE HUMIDITY DENSITY VARIANC' 72 237 545 548.513 0.2901 59.6274 43.13 0.2934 0.0000C 73 237 600 548.487 0.2904 59.6241 43.20 0.2934
-0.01315 74 237 615 548.457 0.2904 53.6211 43.24 0.2934
-0.01199 75 237 630 548.431 0.2908 59.6177 43.34 0.2934
-0.01375 76 237 645 548.411 0.2912 59.6153 43.42 0.2934
-0.0055.'
77 237 700 548.384 0.2915 59.6125 43.51 0.2934
-0.01125 78 237 715 548.360 0.2919 59.6096 43.60 0.2934
-0.01152 79 237 730 548.335 0.2923 59.6067 43.69 0.2934
-0.0115' 80 237 745
$48.311 0.2926 59.6039 43.76 0.2934
-0.01109 81 237 800 548.289 0.2925 59.6020 43.78 0.2934
-0.00769 82 237 815 548.267 0.2930 59.5990 43.88 0.2934
-0.01192 1
83 237 830 548.243 0.2931 59.5974 43.93 0.2934
-0.00635 i
84 237 845 548.223 0.2934 59.5951 44.01 0.2934
-0.00934 85 237 900 548.204 0.2935 59.5930 44.05 0.2934
-0.00854 86 237 915 548.182 0.2936 59.5909 44.10 0.2934
-0.00835 87 237 930 548.170 0.2940 59.5885 44.17 0.2934
-0.00954 88 237 945 648.153 0.2943 59.5867 44.23 0.2934
-0.007CE 89 237 1000 548.139 0.2944 59.5851 44.28 0.2934
-0.00665 90 237 1015 548.119 0.2943 59.5832 44.29 0.2934
-0.00746 gs 91 237 1030 548.103 0.2952 59.5803 44.44 0.2934
-0.01143
(
92 237 1045 548.089 0.2952 59.5793 44.47 0.2934
-0.00423 93 237 1100 548.079 0.2954 59.5771 44.51 0.2934
-0.00879 94 237 1115 548.065 0.2952 59.5763 44.50 0.2934
-0.00325 95 237 1130 548.056 0.2956 59.5739 44.57 0.2934
-0.00937 96 237 1145 548.034 0.2953 59.5732 44.56 0.2934
-0.00314 97 237 1200 548.019 0.2963 59.5707 44.73 0.2934
-0.00980 98 237 1215 548.005 0.2961 59.5694 44.72 0.2934
-0.00528 99 237 1230 547.990 0.2969 59.5676 44.86 0.2934
-0.00716 100 237 1245 547.976 0.2967 59.5663 44.86 0.2934
-0.00537 101 237 1300 547.967 0.2975 59.5645 44.98 0.2934
-0.00687 102 237 1315 547.955 0.2971 59.5639 44.95 0.2934
-0.00269 103 237 1331 547.945 0.2977 59.5623 45.05 0.2934
-0.00591 104 237 1345 547.940 0.2989 59.5596 45.23 0.2934
-0.01144 105 237 1400 547.925 0.2994 59.5581 45.34 0.2934
-0.00621 106 237 1415 547.914 0.3000 59.5565 45.44 0.2934
-0.00636 107 237 1430 547.908 0.3002 59.5548 45.47 0.2934
-0.00656 108 237 1433 547.906 0.3001 59.5549 45.47 0.2934 0.00084 109 237 1445 547.898 0.3001 59.5549 45.47 0.2934 0.00025 110 237 1500 547.888 0.3001 59.5539 45.49 0.2934
-0.00404 111 237 1515 547.882 0.3007 59.5523 45.58 0.2934
-0.00633 O
9 l'
^
V t
N
\\
(% o*.....******************
ENVIRONMENT LISTING k
DATE 27-1986 TIME - 10: 44: 0:
ss REC DATE TIME TEMP V,APOR CORRECT.
RELATIVE AIR PSIA /PR N U N.
PRESSURE PRESSURE HUMIDITY DENSITY VARIANCi 112 237 1530 547.871 0.3001 59.5519 45.51 O.2934
-0.00166 113 237.1545 547.861 0.3004 59.5506 45.58 0.2934
-0.0054C 114 237 1600 547.851 0.3013 59.5487 45.72 0.2934
-0.00732 1?S 237 1615 547.840 0.3016 59.5479 45.79 0.2934
-0.003?
116 237 1630 547.836 0.3017 59.5468 45.81 0.2934
-0.00461 117 237 1645 547.828 0.3023 59.5457 45.91 0.2934
-0.0042 118 237 1700 547.822 0'.3030 59.5440 46.03 0.2934
-0.00694 119 237 1715 547.812 0.3024 59.5441 45.95 0.2934 0.00060 120 237 1730 547.805 S.3032 59.5423 46.08 0.2934
-0.00735 121 237 1745 547.802 0.3028 59.5417 46.03 0.2934
-0.00243 122 237 1800 547.790 09 3034 59.5401 46.14 0.2934
-0.00642 123 237 1815 547.779
'Q.3033 59.5402 46.13 0.2934 0.0007C 124 237 1830 547.774 0.3034 59.5391 46.15 O.2934
-0.00446 125 237 1845 547.762 0.3041 59.5379 46.27 0.2934
-0.00471 126 237 1900 547.764 d0.3048 59.5367 46.39
'O.2934
-0.00508 127 237 1915 547.761 0.3047, 59.5363 46.38 0.2934
-0.00160 128 237 1930 547.752 0.3044 _ ' 59.5361 46.35 0.2934
-0.00089 129 237 1945 547.744 0.3057 59.5343 46.56 0.2934
-0.00719 130 237 2000 547.731 0.3048 1 59 5347 46.44 0.2934 0.00157 4
131 237 2015 547.729
,0.3054 59.5331 46.53 0.2934
-0.00633 f) 132 237 1030 547.726 "O.3060 59.5320 49.63 0.2934
~-0.00443
\\'
133 237 2045 547.719 0.3060
'59.5315 4 6. A O.2934
-0.00185 0.2934
-0.00017 134 237 2100 547.710 0.3060 59.53.15 46.65 135 237 2115 547.704 0.3064 59.5301
.46.71 0.2934
-0.00534 1
136 237 2130 547.700 0.3062 59.5303
_'46.70 0.2934 0.00058, 137 237 2145 547.694 0.3065 59.5294 46.75 0.2934
-0.00328 138 237 2200 547.688 0.3067 59.5288 3 4 8. 7,W '
O.2934
-0.0027 139 237 2215 547.583 0.3064 59.5281 46.74
'O.2934
-0.00252 140 237 2234 547.675 0.3059-59.5286 46.68 0.2934 0.0015C 141 237 2245 547.677 0.3071
. 59.5269 46.86 0.2934
-0.00987 142 237 2249 547.671 0.3066
\\ 59.5274 46.80 0.293'4 0.00656 143 237 2300 547.672 0.3079 59.5256 46.99 0.2934
-0.00998 144 237 2315 547.665 0.3080 59.5250 47.02 0.2934
-0.00261i 145 237 2330 547.658 0.3077
$9.5248 46.98 0.2934
-0.00081T 146 237 2345 547.655 0.3080 59.5245 47.03 0.2934
-0.00098 T 147 238 0
547.652 0.3084 59.5236 47.Q9' O.2934
-0.00366 148 238 15 547.651 0.3088
59.5227 47.16 0.2934
-0.00375 149 238 30 547.64G 0.3089 59.5221 47.19 0.2934
-0.00252 i
150 238 45 547.640 0.3082 59.5223 47.08 0.2934 0.00111 151 238 100 547.637 0.'3091 59.5209 47.23 0.2934
-0.00577 L-s i,
n'
\\
N )
\\
s Y
,_ _ _. _ _. _ _, _.. ~ _
,,_h
- s i-4' 5
l r3
( )...........**************
ENVIRONMENT LISTING
- =***-
DATE 27-1986 TIME i '10444i; a
REC DATE TIME TEMP VAPOR CORRECT.
RELATIVE AIR PS I A /M Tc PRESSURE PRESSURE HUM 10!iY DENSITY
- VARIANC, NUM t
152 238 115 547.628 0.3093 59.5207 47.27 0.2934
-0.00078 153 238 130 547.633 0.3094 59.5197 47.27' O.2934
-0.00420 134 238 145 547.637 0.3096 59.5)194 47.30 0.2934
-0.0009?
155 238 200 547.636 0.3104 59.5176 47.43 0.2933
-0.00730 156 238 215 547.634,'
O.3104 5955176 47.43 0.2933 0.00020 157 238 230 547.627!
0.3098 59.5182 47.35 0.2934.
0.00233 158 238 245 547.617.
0.3103 59.5177 47.43 0.2934
- 0 '. 0 01 S ~.
~
159 238 300 547.614
,0.3103 59.5172 47.44 0.2934
-0.00214 160 238 315 SA7.610 0.3104 59.5166 47.46>
0.2934
- O '. 0 0 2 3 p 161 238 330 547.602 0;3107 59.5'158 47.52 0.2934
-0.0031C,
162 238 345 547.603 0.3099 59.5166 47.39
/0.2934 0.0032;,
r 163 238 400 547.597 0.3108' 59.5157 47.55 0.2934
-0.00370 164 238 415 547.590 0.3105 59.5155 47.51 0.2934
-0.00084 165 238 430 547.590 0.3116 59.5144 47.67 0.2934
-0.0042~
166 238 445 547.593 0.3119 59.5131 47.72 0.2933
-0.00543 167 238 500 547.580 0.3116 59.5134 47.68 0.2934' O.00116 168 238 515 547.582 0.3116 59.5134 47.69 0.2934 0.000' 169 238 530 547.581 0.3121
.59.5124 47.78 0.2934
-0.00417 2
170 238 545 547.577 0.3126 59.5114 47.85 0.2933
-0.0036Et u
i
?
o J
2 l
4 I '
s g
t I
f t
f
L
')
?
'* gro***********************
MASS LOSS 08-27-1986 TIME - 10:39:26 r%TE s_s
.f REC TIME
/
CONT MASS MASS MASS NUM DELTA AIR LOSS LOSS LOSS (HOURS)
MASS INCR (1 HR)
(x 24) 72 0.00 806899.1 0.0 0.0 0.0 73 0.25 806893.6
-5.4
- 0. 0 '
O.0 74 0.50 806896.6 2.9 0.0 0.0 7 5,.
0.75 806889.6
-7.0 0.0 0.0 76 1.00 806886.7
-2.9 12.4 297.0
' i77 1.25 806888.4 1.8 5.2 124.5
'. 7 8' 1.50 806884.4
-4.1 12.2 292.5 79 1. 7 5.'
806882.4
-2.0 7.2 172.5 80 2.00 806879.0
-3.4 7.7 184.5 81 2.25 806885.3 6.3 3.1 75.0 82 ',. 2.50 806878.2
-7.1 6.2 148.5 83 2.75 806891.4 13.2
-9.0
-216.0 84 3.00 806890.3
-1.1
-11.3
-270.0
-O 85 3.25 806888.5
-1.8
-3.2
-76.5 86 3.50 806893.1 4.6
-14.9
-358.5 83 3.75 806878.4
-14.8 13.0 312.0 89-4.00 806878.7 0.3 11.6 277.5 f
89 4.25 806877.3
-1.4 11.3 270.0 I
90 4.50 806881.1 3.9 12.0 288.0 73
.91 4.75 806866.8
-14.4 11.6 279.0 92 5.00 806872.6 5.8 6.1 147.0 93 5.25 806857.4
-15.2 19.9 477.0 94 5.50 806867.4 10.1 13.7 328.5 95 5.75 806848.4
-19.1 18.4 441.0 96 6.00 806870.1 21.8 2.4 58.5 97 6.25 806859.9
-10.3
-2.5
-60.0
, 98 6.50 806862.9 3.1 4.5 108.0 "j 99 6.75 806859.5
-3.4
-11.1
-267.0 100 7.00 806862.8 3.3 7.4 177.0 101 7.25 806852.0
-10.8 7.9 189.0 102 7.50 806860.8 8.8 2.1 51.0 103 7.77 806854.4
-6.4 5.1 123.0 104 8.00 806825.6
-28.8 37.1 891.0 105 8.25 806827.4 1.8 24.6 589.5 g
106 8.50 806820.9
-6.6 39.9 958.5 107 8.75 806807.9
-12.9 52.9 1269.0 108 8.80
,806811.4 3.4 43.0 1032.0 109 9.00 806823.6 12.3 2.0 48.0 110 9.25; 806825.1 1.4 2.4 57.0 111 9.50r 806812.4
-12.6 8.4 202.5 O
(}o************************
MASS LOSS
.k /' ATE 27-1986 TIME - 10:39: 46 REC TIME CONT MASS MASS MASS NUM DELTA AIR LOSS LOSS LOSS (HOURS)
MASS INCR (I HR)
(x 24) 112 9.75 EJ6822.9 10.5
-15.0
-350.0 113 10.00 806819.4
-3.5 4.2 100.5 114 10.25 806809.4
-10.1 15.7 376.5 115 10.50 806813.8 4.4
-1.4
-33.0 116 10.75 806804.3
-9.5 18.6 447.0 117 11.00 806802.5
-1.8 16.9 406.5 118 11.25 806786.9
-15.6 22.5 540.0 119 11.50 806804.3 17.4 9.5 228,0 120 11.75 606789.2
-15.1 15.1 363.0 121 12.00 806786.4
-2.8 16.1 387.0 122 12.25 806781.0
-5.4 5.9 141.0
'D3 12.50 806799.6 18.6 4.8 114.0 124 12.75 806792.6
-7.0
-3.4
-81.0 125 13.00 806793.9 1.3
-7.5
-180.0 126 13.25 806773.5
-20.4 7.5 180.0 127 13.50 806772.9
-0.6 26.7 640.5 128 13.75 806783.0 10.1 9.6 229.5 129 14.00 806770.3
-12.8 23.6 567.0 130 14.25 806794.9 24.7
-21.4
-514.5 Os 131 14.50 806776.8
-18.1
-3.9
-94.5 l32 14.75 806766.5
-10.3 16.5 396.0 133 15.00 806770.7 4.2
-0.4
-10.5 134 15.25 806783.3 12.6 11.7 280.5 135 15.50 806773.6
-9.7 3.3 78.0 136 15.75 806781.3 7.8
-14.8
-355.5 137 16.00 806779.3
-2.1
-8.6
-205.5 138 16.25 806779.1
-0.1 4.1 99.0 139 16.50 806777.8
-1.3
-4.3
-102.0 140 16.83 806796.6 18.8
-15.3
-366.0 141 17.00 806770.1
-26.5 9.2 220.5 142 17.08 806785.6 15.6
-6.4
-153.0 143 17.25 806760.5
-25.1 18.6 447.0 144 17.50 806761.7 1.2 16.1 387.0 145 17.75 806768.5 6.8' 9.3 223.5 146 18.00 806770.3 1.8
-0.3
-6.0 147 18.25 806761.4
-8.9
-0.9
-21.0 148 18.50 806750.8
-10.6 10.9 261.0 149 18.75 806749.8
-1.0 18.7 448.5 150 19.00 806762.6 12.8 7.7 184.5 151 19.25 806747.8
-14.8 13.6 325.5 O
(
MASS LOSS
' ATE 27-1986 TIME - 10: 40:06 REC TIME CONT MASS MASS MASS
[
NUM DELTA AIR LOSS LOSS LOSS (HOURS)
MASS INCR (1 HR)
(x 24) 152 19.50 806757.6 9.8
-6.8
-163.5 153 19.75 806736.3
-21.4 13.6 325.5 154 20.00 806726.7
-9.6 35.9 862.5 155 20.25 806703.1
-23.6 44.7 1072.5 156 20.50 806706.6 3.4 51.1 1225.5 157 20.75 806724.8 18.2 11.5 276.0
(
158 21.00 806734.1 9.4
-7.4
-178.5 159 21.25 806731.4
-2.7
-28.3
-679.5 160 21.50 806728.4
-3.0
-21.9
-525.0 161 21.75 806730.7 2.3
-5.9
-142.5 162 22.00 806739.7 9.0
-5.6
-133.5 163 22.25 806735.9
-3.8
-4.5
-108.0 164 22.50 806743.9 7.9
-15.4
-370.5 165 22.75 806729.4
-14.5 1.3 31.5 166 23.00 806706.7
-22.7 33.0 792.0 167 23.25 806716.0 9.3 19.9 478.5 168 23.50 806727.3 11.3 16.6 399.0 169 23.75 806714.6
-12.6 14.8 354.0 170 24.00 806707.1
-7.5
-0.4
-10.5 l
O APPENDIX D TYPE A CALCULATIONS Mass Point Analysis Total Time Analysis i
O I
4 0
9 6100'0 Z8130*0 It*ZI8908 Z99*69 t8t*t9 100C*0 Z88*1t9 9191 at100*0 8ItE0*0 90*928908 F99*69 GZt*t9 100C'0 888*1t9 0091 1C120*0 160Z0*0 39'CZ8908 999*69 83t*t9 100C'0 868*1t9 9tti 10130*0 29C20*0 8C'118908 999*69 ZCr*t9 100C*0 906*Lt9 CCt1 119Z0*0 ICZZ0*0 16'108908 999*69 LCt*#9 200C*0 806*1t9 00tl 910Z0'0 39030'0 88*0Z8908 999*69 CZt*t9 000C'0 LI6*1t9 91tl 1ZZ20*0 02610'0 ft*128908 899*69 19C*t9 t66Z'O 936*1t9 00tt 88020*0 16110'0 29'928908 099*69 CIC*t9 686Z'O Ot6*1t9 9tCI 89810*0 ZI910*0 8C*t98908 399'69 30Z*t9 1162'0 9t6*1t9 ICCI 088I0'0 90910'0 18*098908 t99*69 itI*t9 116Z'O 996*1t9 9tCI IC610'0 Ot910'0 00*Z98908 999*69 811*t9 916C*O 196*1t9 0001 10610'0 C6910'0 91*Z98908 999*69 60l*t9 1962*0 916*1t9 9tZ1 C9610'0 CZ910*0 09'698908 899'69 92!*F9 6963'O 066*1t'9 0031 696I0'0 CI910*0 t6*298908 699*69 6t0*t9 196
- 0 900 8tG 9121 60030*0 t3910'0 88*598908 119'69 990*t9 0962*0 610'8t9 00ZI 100Z0'0 98910'0 31'018908 C19*69 t16*C9 C963'0 FCO*8t9 9tII 00130*0 C99I0'0 8C'8tB908 P19*69 966*E9 996Z*O 990*8tS 0011 93810'0 IIFIO*0 tt*198908 919*69 296*C9 3962*0 990*8t9 911 13810'0 t1CIO*O 8C*198908 119'69 086*C9 t960'0 610*8t9 001t C9910*0 18I10*0 99*Z18908 619*69 196*C9 396Z'O 680*8t9 St01 09910'0 28010'0 91*998908 089*69 996*C9 3962*0 001*8t9 0001 3CCIO*0 01300*0 ZI*I88008 C89*69 C18'C9 Ct62'O GII*8t9 9I01 GC'!O*C 30600*0 9Z'118908 989*69 988*C9 ttGE*0 GCl*809 0001
'ut*0*0 C 800'0 69'818908 189'69 698*C9 C16Z'O C91'8t9 906 NCIO*0 20190'0 8C'818908 689*69 tt8'E9 0062'O 011*8i9 006 0'L*O*C 31290'0 CI*C68908 169*69 108*C9 9C62'O 38I'8t9 916
_!MI0'O
_2800'0 09'888008 C69*69 861*E9 9060*0 10C'8t9 006
._0'0'0
!NT*0*O 90'068008 969*69 981'00 tE12'O CCZ'8ts 918
- 0'0 919:0'0 80*I68908 169*69 C91*C9 IC63*0 CtZ'8t9 0C8 li r,0*0 CCC70'0 61*818908 669*69 tr1*C9 OC6Z*O 193*8tG 918
- _'6 0*9 CIC20'C IC*988908 309'69 869*C9 9263*0 682*8t9 008 J1200'O I1100'0 00*618908 109*69 901*E9 336C*O IIC'8t9 911 iCICO*O 101Z0'0 8C'Z88908 109'69 619'09 CC63'O GCC'8ts 001 69120*0 8CIC0'0 8C*t88908 019*69 Ot9'C9 6162*0 09C*8tG 911 90010'0 Ct120*0 tt*888908 Z19'69 t09'C9 9162*0 180*8t9 001 3C990'0 ICtCO*0 69*988908 919*69 C19'E9 ZI62*0 Ilt'8t9 9t9 08910*0 93000*0 99*688908 819*69 909'09 806Z*O ICI'8t9 009 00000'0 18tIO*0 99*968908 1C9'69 C6t*C9 t060'0 19t*8t9 919 00000'0 00000*0 29'C68908 139*69 96t*C9 106Z*O 18t*8t9 009 00000'0 00000*O 90*668908 1Z9*69 89t*E9 106Z*0 CI9*8t9 9t9 13A37 31V8 SSVN SS3Hd 1NIOd SS3HJ dN31 3 nil 3NO3 MV37 HIV HIV M3G MOdVA H3ddl 3S1 INO3
- H803 19: 90:91 - 1 nil 386!-30-0I - 31VG -
- ::::::::::::: tes
- 8*******
INIOd SSVN
- 6:s****************
9 3C930*0 61t00*0 18*1t1908 129*69 11Z'99 160C*0 189*1t9 00I Zt930'0 IZt20*0 39'291908 ZZ9*69 681*99 380C*0 Ot9*1t9 9r C9920*0 6Cl20*0 18*6t1908 ZZ9*69 393*99 680C'0 9t9*1t9 OC 39200*O Ott20*0 18*091908 CZ9'69 093*99 880C'0 199*1t9 91 C9900'0 OttCO'O 8C*191908 t29'69 60Z'99 t800'0 Z99*1t9 0
^F2CO*C T2!CO*0 IC'011908 CZS*69 011'99 0800'0 999*119 9tCZ
~
33900'0 lit 00'O 09*891908 939'69 8tI'99 110C*0 899*1t9 0C02
'9CO*n 68!C0'0 69'I91908 97.9*69 911*99 080C'0 999*1t9 9102 J350*0 9G! 0'0 09*091908 3E9*69 191*99 6100'0 C19*1tS 00CZ 1900*O 8C100'0 29'981908 139'69 9t0*99 9900'0 119*1t9 6tZZ 81930*0 9E920*0 90'011908 139*69 160*99 110C'0
!!9*1t9 9tEZ
{
26900'0 199C0'0 99*961908 629*69 916*t9 690C*0 919*1t9 tCZZ
)
I 09120*0 Oi930*0 18*111908 8Z9*69 Z80*99 t90C*0 C89*1t9 9122 G1130*0 IC900'0 21*611908 639*69 190*99 190C'0 889*1t9 00CZ 60830*0 99920'0 93*611908 639*69 600*99 990C*0 169*1t9 9tIZ
{
6C8dO*0 tG930*0 IC*I81908 OC9'69 600*99 290C'0 001'1t9 0C12 l
t31*O*0 99*C11908 0C9 69 CZ0*99 t900'0 t01*its 91I3 I
018Z0*0 d
68830*0 8C120*0 9Z*C81908 109'69 166*t9 090C*0 OI1*1r9 001 136Z0*0 19130*0 69*011908 2C9*69 886*t9 090C'0 GI1'Its 9 t 0.
63GZ0*0 01130'0 09*991908 209'69 166*t9 0900'0 931'109 0C06 1
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(~}********************
TOTAL TIME CALCULATION RESULTS
'%,) OATE 27-1986 TIME - 10: 41 if CORR.
LSF UPPER MEASUREO VAPOR OEW AIR LEAK CONF LEAK TIME TEMP PRESS POINT PRESS RATE LEVEL RATE 545 548.513 0.2901 63.468 59.627 0.0000 0.00000 0.00000 600 548.487 0.2904 53.496 59.624 0.0000 0.00000 0.06560 615 548.457 0.2904 63.493 59.621 0.0154 0.00000 0.01545 630 548.431 0.2908 63.536 59.618 0.0258 0.33706 0.03796 645 548.411 0.2912 63.573 59.615 0.0294 0.14871 0.03691 700 548.384 0.2915 63.604 59.612 0.0244 0.09784 0.02541 715 548.360 0.2919 63.640 59.610 0.0241 0.08144 0.02928 730 548.335 0.2923 63.679 59.607 0.0238 0.07145 0.02853 745 548.1 C.2926 63.705 59.604 0.0244 0.06629 0.02997 800 548 ?P; 0.2925 63.698 59.602 0.0204 0.05720 0.01831 815 548,267 0.2930 63.744 59.599 0.0201 0.05398 0.02489 830 548.243 0.2931 63.753 59.597 0.0147 0.04661 0.00848 845 548.223 0.2934 63.785 59.595 0.0109 0.04018 0.00877 I
900 548.204 0.2935 63.798 59.593 0.0084 0.03572 0.00964 915 548.182 0.2936 63.807 59.591 0.0053 0.03107 0.00511 930 548.170 0.2940 63.844 59.589 0.0058 0.03244 0.01644 945 548.153 0.2943 63.869 59.587 0.0059 0.03196 0.01523 1000 548.139 0.2944 63.886 59.585 0.0061 0.03173 0.01525 1015 548.119 0.2943 63.873 59.583 0.0056 0.03021 0.01189 73
(
) 1030 548.103 0.2952 63.956 59.580 0.0069 0.03282 0.02027
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1045 548.089 0.2952 63.961 59.579 0.0071 0.03208 0.01579 1100 548.079 0.2954 63.980 59.577 0.0088 0.03512 0.02365 1115 548.065 0.2952 63.962 59.576 0.0091 0.03420 0.01711 1130 548.056 0.2956 63.995 59.574 0.0109 0.03738 0.02627 1145 548.034 0.2953 63.974 59.573 0.0106 0,03542 0.01440 1200 548.019 0.2963 64.065 59.571 0.0110 0.03566 0.01870 1215 548.005 0.2961 64.049 59.569 0.0110 0.03511 0.01655 1230 547.990 0.2969 64.125 59.568 0.0112 0.03493 0.01748 1245 547.976 0.2967 64.109 59.566 0.0111 0.03429 0.01547 1300 547.967 0.2975 64.178 59.565 0.0116 0.03465 0.01936 1315 547.955 0.2971 64.147 59.564 0.0114 0.03391 0.01522 1331 547.945 0.2977 64.202 59.562 0.0116 0.03376 0.01717 1345 547.940 0.2989 64.313 59.560 0.0129 0.03613 0.02736 1400 5~'
925 0.2994 64.367 59.558 0.0140 0.037C3 0.02585 1415 547,114 0.3000 64.423 59.556 0.0151 0.03829 0.02738 1430 547.908 0.3002 64.437 59.555 0.0165 0.04016 0.03098 1433 547.906 0.3001 64.432 59.555 0.0178 0.04121 0.02967 j
1445 547.898 0.3001 64.428 59.555 0.0183 0.04121 0.02495 L
1500 547.888 0.3001 64.429 59.554 0.0186 0.04122 0.02383 1515 547.882 0.3007 64.484 59.552 0.0193 0.04178 0.02712 V
(T ********************
TOTAL TIME CALCULATION RESULTS
(_,) DA7E 27-1986 TIME - 10: 41: 39 CORR.
LSF UPPER MEASURED VAPOR DEW AIR LEAK CONF LEAK TIME TEMP PRESS POIN7 PRESS RATE LEVEL RATE 1530 547.871 0.3001 64.428 59.552 0.0195 0.04160 0.02327 1545 547.861 0.3004 64.462 59.551 0.0198 0.04158 0.02372 1600 547.851 0.3013 64.541 59.549 0.0202 0.04187 0.02605 1615 547.840 0.3016 64.572 59.548 0.0205 0.04182 0.02420 1630 547.836 0.3017 64.586 59.547 0.0209 0.04206 0.02624 1645 547.828 0.3023 64.639 59.546 0.0213 0.04222 0.02615 1700 547.822 0.3030 64.709 59.544 0.0219 0.04285 0.02968 1715 547.812 0.3024 64.647 59.544 0.0221 0.04266 0.02454 1730 547.805 0.3032 64.726 59.542 0.0225 0.04297 0.02782 1745 547.802 0.3028 64.689 59.542 0.0230 0.04320 0.02793 1800 547.790 C.3034 64.746 59.540 0.0234 0.04349 0.02868 1815 547.779 0.3033 64.730 59.540 0.0234 0.04324 0.02369 1830 547.774 0.3034 64.741 59.539 0.0236 0.04315 0.02486 1845 547.762 0.3041 64.805 59.538 0.0236 0.04299 0.02409 1900 547.704 0.3048 64.877 59.537 0.0240 0.04322 0.02820 1915 547.761 0.3047 64.868 59.536 0.0243 0.04334 0.02783 1930 547.752 0.3044 64.841 59.536 0.0244 0.04322 0.02512 1945 547.744 0.3057 64.963-59.534 0.0246 0.04330 0.02737 2000 547.731 0.3048 64.879 59.535 0.0245 0.04299 0.02173
,_s
-[
}2015 547.729 0.3054 64.934 59.533 0.0246 0.04287 0.02509 x/ 2030 547.726 0.3060 64.991 59.532 0.0247 0.04290 0.02675 2045 547.719 0.3060 64.988 59.532 0.0248 0.04282 0.02546 2100 547.710 0.3060 64.991 59.531 0.0247 0.04257 0.02260 2115 547.704 0.3064 65.023 59.530 0.0247 0.04241 0.02409 2130 547.700 0.3062 65.009 59.530 0.0246 0.04216 0.02225 2145 547.694 0.3065 65.039 59.529 0.0245 0.04191 0.02226 2200 547.688 0.3067 65.057 59.529 0.0244.
0.04166 0.02197 2215 547.683 0.3064 65.022 59.528 0.0243 0.04141 0.02188 2234 547.675 0.3059 64.976 59.529 0.0240 0.04107 0.01814 2245 547.677 0.3071 65.091 59.527 0.0239 0.04080 0.02259 2249 Sa7 671 0.3065 65.045 59.527 0.0237 0.24049 0.01977 2300 547.672 0.3079 65.161 59.526 0.0237 0.04035 0.02391 2315 547.665 0.3080 65.175 59.525 0.0237 0.04022 0.02335 2330 547.658 0.3077 65.148 59.525 0.0236 0.04002 0.02188 2345 547.655 0.3080 65.170 59.525 0.0235 0.03980 0.02127 0
547.652 0.3084 65.209 59.524 0.0235 0.03963 0.02245 15 547.651 0.3068 65.250 59.523 0.0235 0.03954 0.02385 30 547.646 0.3089 65.262 59.522 0.0235 0.03945 0.02369 45 547.640 0.3082 65.189 59.522 0.0234 0.03925 0.02138 100 547.637 0.3091 65.277 59.521 0.0234 0.03914 0.02337 O
l
(~
...............=****
TOTAL TIME CALCULATION RESULTS (s,( 9 ATE 27-1986 TIME - 10: 42:0.
CORR.
LSF UPPER MEASUREC VAPOR DEW AIR LEAK CONF LEAK t
TIME TEMP PRESS POINT PRESS RATE LEVEL RATE 115 547.628 0.3093 65.295 59.521 0.0233 0.03896 0.02158 130 547.633 0.3094 65.300 59.520 0.0234 0.03892 0.02453 145 547.637 0.3096 65.323 53.519 0.0235 0.03894 0.02565 200 547.636 0.3104 65.401 59.518 0.0238 0.03917 0.02878 215 547.634 0.3104 65.397.
59.518 0.024C 0.03929 0.02794 230 547.627 0.3098 65.342 59.518 0.0240 0.03923 0.02499 245 547.617 0.3103 65.385 59.518 0.0240 0.03912 0.02337 300 547.614 0.3103 65.388 59.517 0.0240 0.03902 0.02345 315 547.610 0.3104 65.397 59.517 0.0240 0.03892 0.02361 330 547.602 0.3107 65.422 59.516 0.0240 0.03881 0.02304 345 547.603 0.3099 65.348 59.517 0.0239 0.03864 0.02157 400 547.597 0.3108 65.434 59.516 0.0238 0.03848 0.02181 415 547.590 0.3105 65.407 59.515 0.0237 0.03829 0.02052 430 547.590 0.3116 65.505 59.514 0.0236 0.03814 0.02221 l
445 547.593 0.3119 65.538 59.513 0.0237 0.03812 0.02488 500 547.589 0.3116 65.511 59.513 0.0237 0.03804 0.02345 515 547.582 0.3116 65.509 59.513 0.0236 0.03790 0.02176 I
530 547.581 0.3121 65.559 59.512 0.0236 0.03780 0.02311 545 547.577 0.3126 65.597 59.511 0.0236 0.02641 0.02379 MEASURED LEAK RATE USING TOTAL TIME:
2.363193E-02 THE MEAN TOTAL TIME RATE OF 2.355073E-02 IS LESS THAN ALLOWABLE MAXIMUM RATE OF
.2 O
O APPENDIX E VERIFICATION TEST CALCULATIONS l
Mass Point Analysis O
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( j?*************
MASS POINT WITH VERIFICATION TEST 7 E -- 0 8 - 2 7 - 19 8 6 TIME - 13:54:17 MASS POINT VERIFICATION GROSS GROSS NET NET TIME MASS LSF 95% UCL SCFM LSF 95 UCL 600 806700.1 0.0000 0.0000 12.250
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-0.0251 730 806622.6 0.1523 0.1523 12.250
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-0.0121 745 806611.3 0.1567 0.2299 12.280
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815 806575.4 0.1678 0.3265 12.290 0.0029 0.1615 830 806550.6 0.1770 0.2908 12.270 0.0123 0.1261 845 806543.6 0.1786 0.2875 12.290 0.0137 0.1225 900 806522.1 0.1821 0.2655 12.290 0.0172 0.1006 915 806504.0 0.1853 0.2822 12.270 0.0206 0.1175 930 806491.8 0.1863 0.2861 12.270 0.0217 0.1215 945 806481.2 0.1857 0.2704 12.270 0.0211 0.1057 1000 806456.3 0.1875 0.2523 12.310 0.0222 0.0d71 1015 806444.3 0.1879 0.2455 12.300 0.0228 0.0804 30 806431.4 0.1877 0.2356 12.290 0.0227 0.0707 15 806413.1 0.1879 0.2310 12.290 0.0230 0.0660 f
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I APPENDIX F TYPE A PLOTS 1
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