ML20118C010
| ML20118C010 | |
| Person / Time | |
|---|---|
| Site: | Calvert Cliffs  |
| Issue date: | 07/31/1992 |
| From: | GENERAL PHYSICS CORP. |
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| References | |
| NUDOCS 9210090009 | |
| Download: ML20118C010 (246) | |
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' Baltimore Gas and Eleciric Company CALVERT CLIFFS:
NUCLEAR POWER PLANT UNIT 1 Final Report U.Q . . Reactor Containmer, Building Integrated Leakage Rate Test n 1,. 9 GENERAL PHYSICS / CORPORATION
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1 O CALVERT CLIFFS NUCLEAR POWER PLANT BALTIMORE GAS AND ELECTRIC COMPANY LUSBY, MARYLAND DOCKET NUMBER 50-317 PERIODIC REACTOR CONTAINMENT BUILDING INTEGRATED LEAKAGE RATE TEST UNIT 1 O FINAL REPORT _ GENERAL PHY;i>'S CORPORATION JULY 1992 O
GP R.2]D16 GENERAL PJH51CS CORPORATION BALTIAIORE GAS AND ELECTRIC COhfPANY CAltERT CLIFFS NUCLEAR POHER PLANT UNIT 1 l i EXECUTIVE
SUMMARY
A Primary Containment Building integrated Ieakage Rate Tust (ILRT) was successfully completed at Calvert Cliffs Nuclear Power Plant - Unit 1 on July 5,1992. The test was performed in accordance with site procedure STP-M-662-1. All acceptance criteria of the procedure were satisfied. l Listed below is the summary of the test results for mass point and total time data analysis. The actual measured leakage rate (Lam) and the 95% upper confidence limit (UCL) in units of weight percent per day are compared to the acceptance criteria. Mass Point Test Results Acceptance Criteria ILRT Lam 0.0771 N/A ILRT UCL 0.0824 0.150 Verification Test Lc 0.2811 0.2269s Lc 503269 Total Time Test Results Acceptance Criteria i ILRT I.am 0.0573 N/A ILRT UCL 0.0703 0.150 Verification Test Lc 0.2765 0.2072s Lc s0.3072 O
'Ihe total correction included in the above results for measured local leakage rates of penetrations not in the post LOCA. lineup and volume changes during the ILRT was 0.001 %/ day.
A chronological summary of events, summary of plant technical data, and discussion of test results are included in this report. ii
GP-R.21M16 GENERAL Pil) SIC,S CORPORATION RALTIMORE GAS AND ELECTRIC COMPANY CALVERT Cl1FFS NUCLEAR POWER PLANT UNIT 1 A h-
1.0 INTRODUCTION
This report presents data, analysis, and conclusions pertaining to the Calvert Cliffs Nuclear Power Plant Unit 1 Integrated Leakage Rate Test (ILRT) performed in July 1992. The Integrated Ixakage Rate Test (Type A Test) is performed periodically to demonstrate that the combined leakage through the reactor containment building and those systems penetrating the containment does not exceed the allowable leakage rate specified in the Plant Technical Specifications. The successful periodic Type A and supplemental verification tests were conducted according to the requirements of the Calvert Cliffs Nuclear Power Plant (CCNPP) Unit 1 Technical Specificatioris and 10CFR50, Appendix J. The Calvert Cliffs ILRT is performed by the absolute method described in ANSI N45.4-1972, " Leakage Rate Testing of Containment Structures for Nuclear Reacto:s" and ANSI /ANS 56.8-1987, " Containment System Leakage Testing Requirements." The leakage rate was calculated using formulas from the above ANSI Standards. As a 24 hour ILRT was performed, the Type A and verification test durations were according to the criteria of 10CFR50 Appendix J, ANSI N45.4-1972, and ANSI /ANS 56.8-1987. All calculations were done with General Physics Corporation's ILRT Date. Management computer program described in Appendix A.
'Ihe temperature and pressure history and the containment air mass variations for each phase of the test are graphed by the computer program, and are contained in Appendices to this report; Appendix B, Stabilization Phase Data and Graphs Appendix C, Hold Test (ILRT) Phase Calculations, Data and Graphs Appendix D, Verification Test Phase Data and Graphs O
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GP.R 213216 GENERAL FinSICS CORPollATION ILALHbf0RE GAS AND ELECTRIC CObtPANY CALVERT CLIFFS NUCLEAR POnER PLANT CNIT 1 2.0 TEST SYNOPSIS 2.1 TEST TIMELINE The ensuing paragraphs describe the sequence of events leading up to, and including the successful completion of the Unit 1 ILRT on July 5,1992. A summary of the test phases follows:
. Test Phase . Tim e Duration Hours Date Pressurization 1050-0715 20.50 July 3-4 Stabilization 0715-1315 6.00 July 4 ILRT 1330-1330 24.00 July 4 5 Verification Test 1345-1745 4.00 July 5 Total Test Sequence: 54.50 2.2 TEST PREPARATION PHASE Valve lineups were conducted on all systems to establish post-accident conditions, except for shutdown cooling, demineralized water, nitrogen supply to the safety injection tanks, and three penetrations necessary to conduct the ILRT. ILRT measurement system instrumentation was calibrated, installed, and in-situ checked prior to the ILRT. The inspection of the containment accessible interior and exterior surfaces was conducted prior to pressurization. No evidence of structural deterioration was noted which would have affected containment integrity or leak tightness.
2.3 PRESSURIZATION PHASE Containment pressurization started at 1050 on July 3,1992. Two hours into pressurization two of the containment coolers tripped on overload. After inspecting the fan breakers, pressurization recommenced at 1545 on July 3,1992 with the containment ventilation fans running in slow speed. The containment fans were run through the remainder of the pressurization phase without incident. At 10 psig and periodically thereafter, external penetration areas were checked for leakage. The containment ventilation fans were secured with the first two compressors at 45 psig at 0030 on July 4th,1992. The remaining compressors were secured in stages until the last compressor was stopped at a test pressure of 50.61 psig at 0358 on July 4,1992. The pressurization line was isolated from containment and vented. O 2
GP.R-213216 GENERAL PHYSICS CORPORATION BALTIMORE GAS AND ELECTRIC COMPANY CALVERT CLIFFS NUCLEAR POWER PLANT UNTT 1 2.4 STABILIZATION PHASE The stabilization period started at 0400 on July 4th. A test technician error in reading the pressure gauges and concerns that dropping temperatute would drive pressure low out of the band caused the re initiation of pressurizzation at 0700 for 15 minutes. An increase of 0.2 psig was noted, and the stabilization period was restarted at 0730 on July 4th. The temperature stabilization criteria of Reference 5 was first satisfied during the four hour period from 0730 to 1130 on July 4th. Data scatter caused by the dewcells made selection of an appropriate start point for the test difficult, even though temperature stabilization criteria continued to be satisfied for the duration of the test. At 0915 on July 4th, precision pressure gauge #1 was determined to be sticking, and was deleted from the calculations by changing its weighting fraction to zero. The containment was declared stable at 1315 on July 4,1992. 2.5 HOLD TEST PHASE The ILRT test period began at 1330 on July 4. Test pressure was 50.6 psig. . Containment pressure and temperature were measured at 15 minute intervals using precision devices. Pressurizer level was measured. The ILRT measurement period was completed at 1330 on July 0 $. erte< 24 8 e< er 8 te a>e s>tisriea =ii ie>*<se <=te ecceet ece ctitet42-The containment tempera are stabilization criteria of ANSI 56.S-1987 was easily met early in the Stabilization Phase. However, throughout the ILRT temperatures in the dome and upper elevations continued to drop slowly, while temperatures in the lower elevations of the containment slowly increased. Overall average drybulb temperature increased 0.328*F in the first six hours of the holu test. From hour seven to approxima,ely eleven hours into the test, the average temperature rate ofincrease slowed, leveled out and actually dropped 0.035'F. Average containment temperature then again began a slow increase for the next ten hours. Twenty one hours into the ILRT, temperature increases again diminished and turned. Approximately three hours into the test, dewcell #2 failed high, and was deleted from the data sort and its volume fraction re-distributed among the remaining sensors. Deweell #1 was also behaving erradically and was deleted from the data sort, and its volume fraction was re-distributed among the remaining sensors. 2.6 VERIFICATION TEST PHASE The verification now was initiated at 1330 on July 5th,1992 by continuously venting 11.88 SCFM (approximately equivalent to L,) of air from the containment through a flow meter. The new leakage rate calculated using 4 hours of data from 1315 to 1745 on July 5,1992 stabilized O within the verification test acceptance criteria, and the ILRT was declared complete at 1745 on the 5th of July. t
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GP-R-213216 GENERAL PHISICS CORPORATION BALTIMORE GAS AND ELECTRIC COMPANY CAlNERT CLIFFS NUCLEAR POWER PLANT UNIT 1 2.7 DEPRESSURIZATION PHASE 0 The containment was depressurized to atmospheric pressure. Systems were restored as required. 2.8
SUMMARY
OF DELETED SENSORS j During the test cycle, sensors were deleted from the data sort by changing their volume weighting fraction to zeto in the ILRT computer. Redistribution of deleted sensor volume fractions to remaining sensors was governed by a sensor failure analysis which had been developed a month earlier. The sensor failure analysis reassigned volume fractions based on an analysis of sensor placement and price performance, and assured consistency in sensor fraction redistribution approach. The following sensors malfunctioned during the test. Graphs of their performance, tabulated sencor readings and program status screens are included in Appendix E. Pressure Geuve #1 Pressure gauge was noted to be sticking early in the stabilization phase. Mass differentials and leakage rates were larger than expected for this phase.of the test based on thorough walkdowns of the test boundaries. Comparison cf the suspect Mensor gauge with the remaining Mensor, and two Paroscientific gauges installed as b .ekups indicated that the servo motor mechanism was sticking. The suspect Mensor gauge's volume 3 weighting fraction was changed to zero at 0915 (Stabilization Phase) on July 4th. W Deweell #2 Dewcell #2 was located at approximately 119' elevation, and though unstable during the first few hours of stabilization, was no less stable than dewcell #1, also in the dome region. The 1515 reading indicated a sensor failure as the dewcell's reading climbed to 126.43 degrees fahrenheit, and remained there. The failed sensor was grounding out the ILRT panel's power supply to the remairing dewcells, so dewcell #2 was disconnected at the ILRT panel. 1 Dewcell #1 Dewcell #1 exhibited large, rapid temperature changes inconsistent with the stable conditions indicated by the otner dewcells. Therefore, dewcell 1 was declared failed. Dewcell l's volume fraction was reassigned to the dewcells 3,4,5 and 6. The reassigned volume fractions, !isted in Table 1, were used to calculate the containment leakage during the entire test. Graphs of ;ensors are in Appendix E. l l
t GP.R 213216 GENERAL PH151CS CORPORATION BAL11MORE GAS AND ELECTRIC COMPANY CAINERT CLIFFS NUCLEAR POWER PLANT UNIT 1 (3 / v/ 3.0 TEST DATA
SUMMARY
3.1 Plant Information Owner . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Baltimore Gas and Electric Company Plant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Calvert Cliffs Nuclear Power Plant Location . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Lusby, Maryland Containment Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Post. tensioned concrete Date Test Completed . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . July 5,1992 Docket Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50-317 3.2 Technical Data A. Containment Net Free Air Volume . . . . . . . . . . , , . . . . . . . 2,000,000 cu ft B. Design Pressure .....................................50psig ( C. Design Temperature . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 276 F D. Peak Accident Pressure, Pa . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50 psig E. Containment ILRT Average Temperature Limits . . . . . . . . . . . . . . 60-120 F l i b 5
GP.R.213216 GENERAL PlfYSICS CORIDMTION ILAL11hf0RE GAS AND ELECTRIC CObfPANY CAINERT CLIFFS NUCLEAR POtWR PLANT UNIT 1 3.3 Test Results - Type A Test 0 A. Test Method . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Absolut e B. Data Analysis Technique . . . . . . . . . . Mass Point per ANSI /ANS 56.81987 C. Test Pressure ......... . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 0. 6 ps i g D. Maximum Allowable Leakage Rate, La . . . . . . . . . . . , , . . . . 0.200 %/ day E. 75 % o f La . . . . . . . . . . . . . . . . . . . . ................. 0.150 %/ day F. Integrated Leakage Rate Test Results j Leakage Rate UCL* ! Mass Point Analysis 0.0771 %/ day 0.0814 %/ day Total Time Analysis 0.0573 %/ day 0.0693 %/ day
- UCL = 95% Upper Confidence Level (does not include penalties or y additions)
G. Imposed Verification Leakage Rate . . . . . . . . . . 0.199 %/ day (11.88 SCFM) II. Mass Point Verification Test kesults Leakage Rate Mass Point Analysis Lower Limit
- 0.2269 %/ day Mass Point Analysis Composite I2ak 0.2811 %/ day Mass Point Analysis Upper Limit' O.3269 %/ day I. Total Time Verification Test Results 12akage Rate Total Time Analysis Lower Limit' O.2072 %/ day Total Time Analysis Composite Leak 0.2765 %/ day Total Time Analysis Upper Limit'* 0.3072 %/ day
- Upper Limit = Lo+ Lam +0.25La, Lower Limit = Lo+ Lam.0.25La 6
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GP-R-21.1216 GENERAL PlinICS CORPORATION idLTISIORE GAS AND ELECTRIC COAfrANY CALVERT CLIFFS NUCLEAR POWER PLANT UNIT 1 O lleport Priatouts V J. The report printouts and data plots for the ILRT and verification test calculations arovided in Appendices B F. K. Conta:araent Water level Changes
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Change Correction Pressurizer Level Decreased 0.000 %/ day RCDT level none 0.000 %/ day Quench Tank evel none 0.000 %/ day Containment Semp none 0.000 %/ day Total 0.000 %/ day L Penetrations not in post LOCA alignment during ILRT Penetration System 12akage Rnte 7A ILRT sensor connection 6 SCCM l 7B ILRT sensor connection 20 SCCM 50 ILRT pressurization 6 SCCM 20A Nitrogen to S1 Tanks 40 SCCM 41 Shutdown cooling 1133 SCCM 38 Demineralized Water 44 SCCM Totai 1249 SCCM 0.001 %/ day O 7
GP-R 213216 GENERAL PilYSICS CORPORATION BALTIMORE GAS AND ELECTRIC COMPANY CALVER T CLIFFS NUCLEAR POWER PLANT UNIT I 3.4 Test Results - Type B and C LLRT Maximum Path Leakage Outace Date As Found As Left Acceptance Criteria 1989 -1990 301,749 SCCM 42,438 SCCM 0.6 La = 207,700 SCCM 1991 50,865 SCCM 38,352 SCLM 0.6 La = 207,700 SCCM 1992 264,494 SCCM 39,189 SCCM 0.5 La = 173,083 SCCM*
*The acceptance criteria for 1992 was reduced to 0.5 La based on a 24 month fuel cycle.
Local leakage rate test results are provided in Appendix H. 3.5 Integrated Leakage Rate Measurement System Instrument Description Data (number of sensors used during the test)
- 1. Absolute Mensor Quartz Range: 100 psia Pressure (1) Pressure Gage Accuracy: 0.015% reading Model 10100 Sensitivity: 0.001 psia Repeatability: 0.001 psia Calibration Date: 7/1/92
- 2. Drybulb 100 ohm Platinum Range: 60-120 *F Temperature RTD Volumetrics Accuracy: 0.50 *F (18) Pan VSTD-347 Sensitivity: 0.01 *F Repeatability: 0.01 "F Calibration Date: 6/19/92
- 3. Dewpoint EG&G Model No. Range: 40-100 *F Temperature 660 Accuracy: 0.54 *F (4) Sensitivity: 0.10 *F Repeatability: 0.01 'F Calibration Date: 4/14/92
- 4. Flow Meter Thermal Mass Range: 0-20 scfm (1) Accuracy: 1% full scale Sensitivity: 1% full scale Resolution: 0.01 sefm Calibration Date: 7/1/92 Drybulb and dewpoint temperature sensor locations and volume fractions are provided in Table 1.
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l GP.R.213:16 GENLRAL FHMICS CORPORATION BALTIAf0RE GAS AND ELEC'1RIC COhfPANY CALVERT CLIFFS NUCLEAR POWER PLAh7 UNIT 1 m Instrument Selection Guide (150) calculated per ANS!/ANS 56.8, Appendix G, for the twenty four hour test is 0.004 %/ day. The calculation is provided in Appendix G of this repon. 4.0 ANALYSIS AND INTERPRETATION No data rejection criterion was used during the PCILRT. No data points were rejected, however, there were three instruments deleted from the data son (1 pressure gauge and 2 dewcells). The general guidelines to identify failed sensors are as follows: Changes in containment mass, and the parameter averages that are part of the mass calculation are monitored (the currert point is compared to the last point). Changes in mass values larger than L, key test personnel to select the sensor differential screen which narrows the mass change to a particular sensor or group of sensors. Graphs of each individual sensor vs time are then inspected for anomalous trends, and printed out for analysis (see Appendix E). The trend of each sensor should be similar to the c'.her sensors in the same region of the containment. Significant deviations of sensor readings not exhibited by other seasors in the same region (greater than twice the instrument accurac') may indicate a failed sensor. The PCILRT Data Analysis prograa used also applied gross failure criteria to incoming data streams, and immediately identifies f3 potentially failed instruments. During the test, pressure gauge #1 was judged to be " sticking" and V was assigned a volume weighting fraction of zero. Dewcell #2 failed to 126*F and was declared failed. Dewcell #1 experienced large flucuations in its readings, and was deleted from the data sort. Final test results were reponed with the two dewcells and the one pressure gauge deleted from the calculations. 4.1 ILRT TEST CORRECTIONS During the ILRT, six penetrations were not in their post-LOCA alignment. A cor.ection based on the total minimum pathway Local leakage Rate Test results (1249 SCCM) for these penetrations,0.001 percent per day,is added to the ILRT results at the 95%UCL No correction for containment volume changes was needed. The total leakage rate correction for penetrations not on pos'-LOCA alignment and containment free air volume changes is ".001 percent per day. O 9
GP-R 213216 GENERAL rilYSICS CORPORATION ELAL11MORE GAS AND ELECTRIC COMPANY CAL %TRT CLIFFS NUCLEAR lYR4ER PLANT UNIT 1 4.2
- ADJUSTED" LEAKAGE RATE 0
The calculated leakage rate during the ILRT were 0.0771 %/ day (mass point) and 0.0573 %/ day (total time). The calculated 95% upper confidence levels were 0.0814 %/ day (man point) and 0.0693 %/ day (total time). Adding the total leakage rate corrections for penetrations not in post-LOCA alignment and containment water level changes yields the corrected leakage rates as follows: Leakage Rates, %/ day Mass Point Total Time Leakage Rate UC Leakage Rate UCL Calculated 0.0771 0.0814 0.0573 0.0693 Corrections N/A 0.001 N/A 0.001 Corrected N/A 0.0824 N/A 0.0703 Since the corrected 95% upper confidence levels for both mass point and total time are less than
.75 La (0.150 %/ day), the test results demonstrate the leakage through the primary containment and systems and components penetrating primary containment do not exceed the allowable leakage rates specified in the Calvert Cliffs Nuclear Power Plant FSAR and Unit 1 Technical Specifications.
4.3 END OF CYCLE LEAKAGE RATE Repairs and adjustments were made to various penetrations during the outage. These repairs resulted in an improvement to the overall performance of the containment totalling 123,236 sccm, or 0.07321 %wt/ day. The "End of Cycle" Leakage - The leakage rate determined by adding minimum pathway leakage improvements to the "as-left" test results was determined to be 0.1564
%wt/ day, which is well below the technical specification's maximum allowable limit of .2 %wt/ day. This leakage rate is a rough estimate of what leakage might have been if the ILRT had been performed immediately after shutdown. This calculation is described in Information Notice 85-71. This value is reported without using it as a test limit.
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1 GP-R 213216 GENERAL PJnSICS CORPORATION iMLTIMORE GAS AND ELECTRIC COMPANY CALVERT CLIFFS NUCLEAR POHER PLANT UNIT 1
5.0 REFERENCES
- 1. Calvert Cliffs Nuclear Power Plant, Technical Specifications.
- 2. Calvert Cliffs Nuclear Power Plant Procedure STP M-662-1, Revision 3, Integrated Leakage Rate Test.
- 3. Code of Federal Regulations, Title 10, Part 50 Appendix J, Primary Reactor Containment Leakage Rate Testing for Water Cooled Power Reactors.
- 4. ANSI /ANS 45.4-1972, Leakage Rate Testing of Containment Structures for Water Cooled Power Reactors.
- 5. ANSI /ANS 56.8-1987, Containment System Leakage Testing Requirements.
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GP-R.213216 GENERAL PH151CS CORPORATION EMLTihf0RE GAS AND ELECTRIC COAfPANY CAL \ERT CLIFFS NUCLEAR POnER PLANT UNIT 1 TABLE 1 DRYBULB AND DEWPOINT TEMPERATURE SENSOR LOCATIONS DRYBULB Sensor Sensor Elevation Azimuth Distance Volume No Serial (ft) (degrees) From Center Fractions No. (ft) Original 1 OTE5500 175 0 0 0.081 2 OTE5501 160 180 33 0.081 3 OTE5502 145 0 33 0.081 4 OTE5503 130 90 48 0.073 5 OTE5508 115 0 0 0.073 6 OTE5511 50 230 50 0.021 7 OTE5513 104 180 32 0.073 g. 8 OTE5504 104 0 30 0.073 9 OTE5505 75 20 48 0.058 2 10 OTE5506 65 0 0 0.042 l 11 OTE5517 16 180 45 0.044 12 OTE5507 50 140 44 0.044 l 13 OTE5509 50 85 40 0.022 14 OTE5510 50 320 50 0.044 15 OTE5512 75 220 44 0.058 16 OTE5514 16 80 50 0.044 17 OTE5515 16 0 48 0.044 18 OTE5516 16 270 25 4 R.0_4._4 : 1.000 12 L:
GP R-213216 GENERAL PIDSICS CORPORATION ltAL11MORE GAS AND ELECTRIC COMPANY CAINERT CLIFFS NUCLEAR POWER PLANT UNIT 1 f~)
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' Sensor Sensor Elevation Azimuth Distance Volume Volume l Serial (ft) (degrees) From Fractions Fractions No. Center (ft) Original Reassigned l' OAE5518 154 0 33 0.231 0.000 2* OAE5519 119 180 33 0.231 0.000 3 OAE5520 75 350 48 0.231 0.346 4 OAE5521 50 320 40 0.131 0.247 5 OAE5522 16 0 30 0.088 0.204 6 OAE5523 16 180 45 0.088 0.203 1.000 1.000
- Failed sensor, not used for leakage rate calculations.
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. APPENDIX A , , h GENERAL PHYSICS. CORPORATION
-ILRT DATA' MANAGEMENT PROGRAM
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SUMMARY
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GENERAL PIIYSICS CORPORATION ILRT DATA MANAGEMENT PROGRAM O A. Redundancy he General Physics ILRT team was equipped with two fully operational IBM compatible microcomputers during the ILRT which were used for data reduction and analysis. The e computer software and hardware interfaced directly with the Volumetrics A 100 Data Acquisition System. Two computers, monitors, and printers were brought on site for 100% redundancy, as each computet and its software was capable of independently performing the ILRT. Throughout the ILRT one computer was connected to the data acquisition unit, while the other computer was used as a back-up (unaffected by any potential data transmission problems), with the test data transferred via floppy disk. All initial changes to sensor volume weighting factors, test troubleshooting, graphics pric'ing or program demonstrations are run on the back-up unit. During the test the back-up machine also ran the data with General Physics Corporation's Paroscientific precision pressure gauges, as an installed back-up to the plant's Mensor gauges. The General Physics ILRT Data Management Software was also capable of accepting manual input of raw sensor data and performing all required sensor data conversions if the data logger had ceased to function. Each computer was be equipped with back-up discs had the unlikely event of a disc " crash" occurred. We General Physics ILRT Data Management Computer Program is written in BASIC. BASIC is a high level prog amming language which combines programming ease with user oriented command functions to create an easy to use and understand program. In order to increase speed of operation the program was then compiled into an executable command file. Compiling was accomplished using the Quick Basic Compiler. B. Security in addition to execution speed, compiling has the added benefit of making the program more secure as compiled programs cannot be edited or changed. Also, as the program does not need to be attended to operate, a password is required to change modes of operation, start times or to enter the data editing routine. The data editing routine itself is purposely designed to be extremely user un-friendly and implementable only by the General Physics programmers as General Physics believes that the integrity of the raw data files is paramount. O
C. Features he program itself is designed to be a menu driven program consisting of seven separate, g menu driven operating modes. These are the: W (1) Installation Mode (2) Pressurization Mode (3) Stabilization Mode (4) Test Mode (5) Verificat!on Mode (6) Depressurization Mode e These modes also correspond to the phases of the ILRT. Menu driven means that the user is presented with a list of options that the program can perform and from which the user can choose. It allows for interactive information exchange between the user and the computer and prevents invalid information or user mistakes from crashing the program. Program organization consists of a master menu which controls access to the six operating modes chained to the individual menus which control these modes. He data processing, information display capabilities and function of each mode is as follows: (1) Installation Mode: Used to install the volume weighting factors for RTD's, moisture sensors, and pressure gauges; to select the appropriate program procedures for data handling based on sensor and datalogger types, install cons nts such as plant name, unit, volume, La value, number of sensors; to create and label the data files for modes 2 through 6 (above), to enter names of test directors, computer operators, and date of file origination. (2) Pressurization Mode: All data reduction, graphic displays of average temperature, dewpoint, and corrected pressure. (3) Stabilization Mode: All data reduction, automatic comparison of data against ANSI 56.8 and BN-TOP-1 temperature stabilization criteria, notification when criteria is met, calculation of mass point and total time leakage rates, graphic displays of leakage rate, mass, differential mass, average temperature, dewpoint, o individual sensors and corrected pressure.
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(4) Test Mode: All data reduction, calculation of leakage rates using mass point, and total time analysb techniques, display of trend report information required by BN. TOP-1, graphic display of average temperature, dewpoint, pressure and mass, sensor differentials, individual sensor performance, as well as graphic displ y of mass point measured leakage, 95% UCL; total time measured and calculated leakage and the total time leakage rate at the 95% UCL (as calculated by BN-TOP-1), including a superimposed acceptance criteria line. g
(5) Verincation Test Mode: With input of imposed leakage in SCFM automatically calculates and displays on graph, status screen and trend report the acceptance criteria band, plus all graphics displays available in test mode. p(/ (6) Depressurization Mode: All data and graphics capabilities of Pressurization Mode. In programs for BWR units, this mode also includes a Drywell to Suppression Chamber Bypass Test routine. Other reduction and analysis capabilities of the General Physics ILRT computer program include: (1) Containment total pressure conversion from counts to psia (if required), and averaging. (2) Containment drybulb temperature weighted avetaging and conversion to absolute units. (3) Containment dewpoint temperature weighted averaging (using Foxboro dewcells, chilled mirrors or Physchem sensors) and conversion to partial pressure of water vapor (psia). (4) Data storage of ILRT measurement system inputs for each data point. (3 (5) Weight (mass) point calculations using the ideal gas law. LJ (6) Automated Data Acquisition and/or Manual Data Entry. (7) Sensor perform. ;e and deviation information for sensor failure criteria, graphic display of individual sensor performance for selected operating mode. (8) Calculation of ISG formula at beginning of test; ace.eptance criteria based on number of sensors remaining and actual test duration. (9) Computer Syst';m Error Functions automatically checks for error in incoming data, printer or disk drivr. faults.
D. Computer Program Certificotion The computer program used by General Physics has been pieviously certified for six tests at the San Onofre Nuclear Generating Station and over a dozen other ILRTs. The initial certification required verification of the program through hand calculations and an independent review by Bechtel Power Corporation. After certification was completed a calibration set of raw data was established from the data used to verify software of the program prior to usage. In 1991, Release 2 of the program incorporated the volume weighting factor calculational methodology of ANSI 56.8-1987 (updating it from the 1981 standard's recommendations), and the program was recertified via hand calcualations and independent review. Additionally, for each application, sample data is entered to verify agreement with hand. calculated results to further verify performance, as configured for the particular plant application, by obtaining acceptable agreement between the results within limits of truncation and roundatf error. Once the computer is linked to the data acquisition device and a complete data stream is available, the input function of the program is verified by comparing the data logger's output to the computer's printed data point summary. , General Physics also provides printouts of the installed constants for the test such as: (1) Volume fractions for ILRT Measurement System sensors (2) Installed Calibration Constants . O
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~ APPENDIX B-g --
STABILIZATION PHASE - 7, DATA"AND GRAPHS
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n i STABL1ZATION MODE: TIME :E1330 iOPTIONS. MODE
SUMMARY
i 3
.H-OF DATA: POINTS 1r 25 i 9#MANUALLDATAENTRYf
)PARAMATER GRAPHS -MODE DURATION-(IN HRS) =- -6'.00 i3'---SENSOR PLOTS- TOT TIME MEASURED LEAM== .O.2760 4; -- SENSOR DIFFERENTI ALS TOT TIME CALCULATED LEAK =- -0.22S4'
*a ?.' ? A N S I STABILIZATION CRITERIA TOT TIME 957.-UCL = 'O.3201 -;
6 ' - -. O N - T O P - 1 STA9. CRITERIA MASb PT LEAK = 0.2548- ;
'7'f* ANSI: CRITERIA PRINTOUT MASS ~PTE957 UCL = 0.2649 e ~81. BN-TOP-1 CRITERIA PRINTOUT 9 - REPRINT CORRENT: DATA POINT P "' PASS WORD MENU.
O=- FLASH OFF l ANSI TEMPERATURE STABLIZATION CRITERIA MET , BN-TOP TEMPERATURE STABLIZATION CRITERIA MET-
' POINT
SUMMARY
- CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POINT AVG TEMP: G3.767/ +0.007 AVG PRESS: 64.764/ +0.001-
- MASS: 643S44.2S/ +0.37S AVG DEW-PRESS: 0.3885/+0.0001 TOTAL. PRESS: 65.173/ +0.001 e
a O e f. I
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3TAEi_E MCCE Page 1 7 H
- . _ ~ = ~ = - . -
-m li
] AVERASE DATA VALUES l===p.=
3
== ==.== (,- = .. _. g== = ===-3; == = : === = = = = 7= = = = = = =,=y===- =-. - =;
DATEj ?!ME ! RTD ' DEW PT. ':VAP PRECIS jDRY PRESS I MASS l-h ____ d ;--- _2[ _. ._. _ _.__._ L__ _ .d._ _ _ , ___ _) I 186 0.00 83.890 71.040 0.376 64.844 k 643988.63 I 186 i O.25 83.827 71.109 0.377 64.833 ! 643957.38 l 186 0.50 83.799 71.105 0.378 64.825 I 643916.0D
) 186 0.75 83.760 71.193 0.378 64.820 643909.19 ! 186 1.00 83.747 71.193 0.378 64.816 643885.50 186 1.25 83.732 71.288 0,379 64.811 643853.38 186 1.50 83.70t 71.303 0.379 64.808 643852.88 186 1.75 83.696 71.280 0.379 64.805 643837.88 186 2.00 83.689 71.337 0.380 64.803 643820.63 186 2.25 83.682 71.339 0.?80 64.799 643789.63 186 2.50 83.673 71.412 0.381 64.797 643781.31 186 2.75 83.667 71.379 0.380 64.796 643782.88 186 3.00 83.660 71.438 0.381 64.794 643764.13 ! 186 3.25 83.6i3 71.410 0.381 64.792 643767.81 186 3.50 83.e54 '/1.469 O.382 64.789 643728.19 186 3.75 83.c56 71.453 0.381 64.790 643727.81 186 4.00 83.668 -'1.502 0.382 64.788 I 643697.19j 186 4.25 83.674 71.569 0.383 64.787 643681.63' 186 , 4.50 83.693 71.636 0.384 64.786 643650.38 ,
186 6 4.75 83.698 71.669 0.384 64.786 643640.88 186 l 5.00 83.702 71.702 0.385 64.785 643631.13 186 ! 5.25 83.722 71.751 0.385 64.786 643611.13 i 186 ! I 5.50 83.737 71.806 0.387 64.785 64358?.88 0 186 [ 5.75 83.760 71.997 0.388 64.783 643543.88 186 l 6.00 83.767 72,008 0.389 64.784
.i . _JL s ._J 643544.31)
O
. ___.y._, _ . - - - - - - - . p , g
.- S T ABI L I Z AT I Ot/ AN5'I S6. 8 S -LT IME2 TEMP S 6 . 8 -- 56.8 .4-1 E ' li - HR ;4 HR- HR.
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=
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- 6 LOO -83.J67 O.064 0.020' -0.04S S . 7 5 -. L83.760- .O.062- 0.016---0.046-15.50- 83.737- 0.044- 0.008 -0.036-
'. S.25 -83.722 -O.048 0.002 -0.045 [ .S.00 83.702 O'.034 --0.011 -0.923 4 '.
/4.75: 83.698 0.042 0.016 -.-0.026
- '4.50 83.693 '0.039 0.025 -0.014-
-4.25 83.674 0.031- 'O.038- 0.007 4
-4.00 - 83.668 0.009~ 0.055 -O.047
, .3.75 83.656 'O.011 ~O.000 -0.011 I 3~.50 83.634 0.019 0.000 -0.019 t- 3.25 83.643 -0.038 0.000 -0.078
-3,00 83.660 0.029 0.000 -0.029 2.75- :83.667 -0.030 0.000 -0.030 3
, :2.50 03.673 0.033 0.000 -0.033
-2.25 83.682 0.050 0.000. -O'.050 2.00 83.689 0.059-- 0.000 -0.059 ,
1.75. 83.606 .O.064 0.000. ~0.064 1 :1.50 93.706' O.089 O.000 -0.089 l- 1.2S__ 03.732 0.095 0.000. -0.095'
- .1~ 00 r 83.747 0.142' -0.000' -0.142 0.75 83.760. 0.000 0.000 0.000 F ^ 50- 83.795 0.000 0.000 0.000 2S -83.827 -0.000 O.000 0.000 j-:
y 4 I t.' o u. f t. ?> 4. 4 I e t e- } k________._._.m___:_-.__________. - - - _ _ . . _ _ . - . . _ , , . _
i l P'J tor-1 9 ' ." OL 1 ? A T I Cf J C G I T E 4 ! /. 1It E TEMP BfJ D'J l di dT2 l 6.00 03.7666 0.(8441 -0.0113 i l 5.75 03.7600 0.052n 0.0410 l 5.50 03.7374 0.0417 0.0094
- 5 . 2 ', 03.7220 0.0394 0.9721 l
5.00 03.7024 O.021? O.0234
*.75 93.6'?76 0.0105 0.0200 4.50 93.6932 0.0103 O.0560 4.25 G3.6742 -0.0037 O.0256 4.00 D3.6604 -0.0101 0.0403 '
i 3.75- 03.6560 -0.0202 0.0232 > l 3.50 83.6539 -0.0260 0.0727 j 3.25 03.6433 -0.0442 -0.0012 ' 3.00 03.67Y? -0.0439 0 Olle 2.75 83.6666 -0.0468 0.0577 2.50 G3.6727 -0.0613 0.0455 2.25 03.6F'A -0.0726 0.1110 i 2.00 0 3. 6; ' -0.1006 0.0000 i j 1.75 03.6964 0.0000 0.0000 1.50 G3.7059 0.0000 0.0000 i 1.25 03.7316 0.0000 0.0000 i 1.00 G3.7475 0.0000 0.0000 , 0.75 G3.7603 0.0000 0.0000 i O.50 83.7952 0.0000 0.0000 i i O.25 83.0269 0.C000 0.0000 i I 0.00 03.0097 0.0000 0.0000 ! i O i 1 i i f I r i i a i , i i 9 1 i
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c n. p k - APPENDIX C .
- - HOLD TEST (ILRT) PHASE h CALCULATIONS,_ DATA AND. GRAPHS-i
'i
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l -l 4 : 1 i
. TEST MODE- l 1
PLEASE SELEL'T THE OPT!OfJ l 1 WiSH TO LSE: TEST DATA 1330 ; i I-l -1 - MANUAL DATA ENTRY te OF DATA POINTS = 95 l 2 - PARAMETE4 GRAPHS MODE DURATION (!N HOURS) = 24.00 l 3- -- SENSOR PLOTS TOT TIME MEASURED LEAK = 0.0892- - 4 - TREND At1ALYSIS TOT TIME CALCULATED LEAK = 0.0573 i , 5 -- REPRINT CURRENT DATA PT TOT TIME 957. UCL = 0.0693 l 6 -- SENSOR D!FFERENTIALS MASS POINT LEAK =- 0.0771 + MASS POINT 95'/. UCL = 0.0914 I 75*/. La * . 15 P - FASS WORD MENU MASS = 642970.50 ] -. .j SELECTED OPTION = l t CURRENT VALUE/DIFFEFtiMCE FROM PREVIOUS POINT l .' - POINT
SUMMARY
- u l AVG TEMP: 84.566 / +0.014 AVG 'RSSS: 64.822 / +0.000 a l- MASS: 642970.50 / -13.100 AVG JEW PRESS: 0.4117 / +0.0006 !
TOTAL PRESS: 65.233 / +0.001 1-l I l l ! l
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3 1 ! I TEST MCDE ! Nge 1
,,.a. ; : er:: ::1.= ~
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H _,,! q I i
! AVERADE DATA VALUES I l ,.. ,, +. .--.a .-. = :: . = w: , =: .- u n g{
PATE1 TIME I RTD ~ y ;d DEW-- Pl. VAP PUEF5 DRY PRESS MASS I'
, I .
n:h- - - .)= m.~,, d
- u. . = -; , = = , .==w = n) 10' 0.00 03.767 '2.000 := . l == 0 . ' 0 9 64.704 643S44.31l !
!CL i 0 . ? 't 03.706 l i 72.174 0.391 64.703 643509,30! [
186 l 0.50 03.796 72.100 0.391 64.705 643514.63 106 3 0.75 i 03.022 72.230 0.391 64.705 643400.63 i I l 106 l 1.00 e 03.027 72.320 0.393 64.705 643479.'.1 I 106 I 1.25 l 03.942 72.447 h.394 64.704 643455.13 ' 106 f 1.50 03.060 72.529 0.3'75 64.704 643432.63l ! i 106 1.75 , 03.074 72.605 0.396 64.705 643425.001
; 106 2.00 03.095 72.666 0.397 64.705 '
2 . .' 5 03.912 72.753 0.390 64.705 643402.13l l 106 643301.13, i 106 l 2.50 07.923 72.039 0.400 64.705 643366.31 106 3.33 03.949 72.998 0.402 64.706 643342.31 l 106 3.40 03.959 73.009 0.402 64.706 643'.29.31 l 1U6 I 3.73 02.970 '3.057 ' O.403 64.707 643320.50 l 106 4.00 04.004 73.111 0.403 64.707 643292.00 106 4.25 84.017 73.171 I 0.404 64.700 643207.63 ! 106 4.50 04.025 73.244 0.405 64.700 643270.30 106 4.75 04.027 73.209 0.405 64.709 643200.30 106 5.00 04.040 73.304 0.406 64.707 64!242.00 106 ) 5.25 04.055 73.352 0.407 64.700 643236.00 106 5.50 04.070 73.305 0.407 64.700 643224.30 106 5.75 04.001 73.406 0.407 64.709 643219.31 106 6.00 04.095 73.415 0.407 64.790 643210.13 106 6.25 04.101 73.406 0.400 64.790 643203.50 IB6 6.50 04.100 73.516 0.409 64.709 643190.00 ll 1R6 ; 6.75 04.114 73.556 0.409 64.790 643100.63 . f 106 l 7.00 04.134 73.591 0.410 64.790 643169.01 I 106 ' I 7.25 64.139 73.614 0.410 64.791 643170.30 l 106 . 7.50 04.147 73.590 0.410 64.791 643162.63 d 106 I 7,75 04.130 73.647 0.411 64.790 643166.00 l 10L f 0.00 04.143 73.654 0.411 64.790 643159.60
! 106 0.25 04.126 73.610 0.410 64.791 643105.00,
! h106 0.50 04.124 73.599 0.410 64.791 643107.01' ( $ .! D o 0.75 04.122 73.650 0.411 64.790 643104.13 l 106 9.00 04.113 73.653 0.411 64.700 643176.12 l l' 106 9.25 04.105 73.570 0.410 e4.709 643106.01 106 9.50 04.103 73.579 0.410 64.700 643170.01 186 9.75 04.105 0.409 64.700 64317',7.13 i 106 10.00 l
! 04.099 73.506 73.519 { 0.409 64.706 643172.30 e i
i 106 ; 10.25 l 04.100 0.400 64.707 , 643167.00h k m: L. = =. =l=== ===Y ==7 3 . 4=======r===== 72 == =: . } .= = .= -- 9 , I 0
_- ._ ___ . _ = . _ 1- i i : I l !
- TEST MC2E I s
l Page 2 i j p .~ mu m mm.= .~ a r. w u u u umuu - . m _ _ - - - ~ m.m., u - ! n o [ 4 u i 4 I. l AVEPAG VALUES l j- h ===sp m m m ym.w - w e m e E DATA 7- -em . - r= - -=ed l DATE TIME RTD DEW PT. VAP PRESS DRY PRESS MASS p.= -.,, . . . .
. -_. - =: --m m w- - e
]
! 107 10.50 04.099 73.462 0.408 64.796 643169.88 ; i 107 10.75 e4.117 73.364 0.407 64.788 643162.31 I ! 187 11.00 84.106 73.351 0.407 64.707 643167.01 i
- i. ; 107 11.25 04.0B9 73.223 0.405 64.78G 643195.!1 l i
[187 11.50 84,100 , 73.197 0.404 64.789 643185.98. ; 187 11.75 84,121 73.236 0.405 64.707 643155.50 t
! 107 12.00 84.129 73.266 0.405 64.700 643151.63 l 107 12.25 84.152 73.343- 0.406 64.709 -643133.50 i
) 107 12.50 G4.160 73.349 0.407 64.790 643133.1?' -j 107 12.75 84.171 73.392 0.407 64.790 642124.30 i 187 ' i i 13.00 G4.175 73.307 0.407 64.790 643120.00
- 107 13.25- 84.183 73.372 0.407 64.791 643122.63 j i
187 13.50 84.207 73.454 0.408 64.791 643091.81
- l 107 13.75 84.200 73.479 0.408 64.791 643097.00 j 107 14.00 84.195 73.466 0.400 64.791 643104.31 !
187 14.25' 84.207 73.420 0.407 64.792 643096.81 l i 187 14.50 04.219 73.453 0.408 64.793 643090.ls i 107 14.75- 94.240 73.415 0.407 64.794 643077.38 107 15.00 04.246 73.493 0.400 64.795 643081.31 j 187 15.25 84.264 73.473 0.409 _ 64.797 643080.12 l
}
1G7 15.50 84.269 73.520 0.409 64.797 643076.50 I 1 107 15.75 G4.200 73.534 0.409 64.798 643072.50 ! 197 16.00 84.285 73.563 0.409 64.798 643072.6' l 187 16.25 84.303 73.535 0.409 64.000 643064.81 ! l ' 107 16.50 04.320- 73.604 0.410 64.801 643054.31 3' 107- 16.75 84.336 73.670 0.411 64.802 643045.50 187 17.00 84.347 73.644 0.411 64.803 .643045.69 l 107 17.25 G4.359 73.608 0.411 64.004 643035.50 l 187 17.50 G4.381 73.708 0.411 64.005 643026.01 i 107 17.75 84.381 73.723 0.412 64.805 643023.69 187 19.00 84.394 73.765 O.412 64.806 '643022.81 5 I 187 10.25 84.414 -73.763 0.412 64.807 643008.30 ; 187' 18.50 84.415- 73.796 0.413 64.808 643012.31 -l 107 18.75 84.434 73.830' O.413 64.809 643004.69 I j 187 19.00 84.453 73.856 0.413 64.810 642988.30
- 187 19.25 84.451 73.991 0.414. 64.81.1 642995.69
- l 107 -19.50 84.476 73.888 0.414 64.812- 642976.80 187- 19.75 04.491 73.903 0.414 64.813 642976.50 ;
'187- 20.00 84.507- 73.889 0.414 64.814 642968.81 ;
187 20.25 84.509 73.967 0.415 64.814 642966.01
-_.m__.__,_ - _
j _. _m
-t I
i i E i , i I I I p ,
TEST MODE Page 3 ra=m c . . :. :. 2 m:snn .: :un: . r.=m:.:en 1 n.= ,rn-t:.;; I As E Rmy DATA VALUC3 i (
- , w = =. ,=.. ..m~..==.=.m;.=v-.- -w------
d; DATE! , = ...RTD
- = .= = - .I =fPEW . = PT.
TIME l VAP P4ES5! DRY PR MASS f n p i
.. ,. - - - - . . .. . . ~ . p = - . - - -)
d e .=.=.=.J., a:x = = ;w.2 5 S f: ==,J i = w == w.=..w l 197 I 20.50 ; B4.521 73.954 l 0.415 l 64.016 !, E4296',31 ' l 1 i D 20.75 ' 04.534 - 73.900 t O.415 4 64.916 l E4T952.13 l
! 107 T1.OO 04.535 ! 73.900 i 0.415 64.016 4 642952.00
. 107 , 21.25 I 04.547 73.994 0.415 64.016 642936.13 j 187 I 21.50 G4.553 74.011 0.416 64.016 642926.69l l lI 107 21.75 04.540 74.017 0.416 64.G17 642950.GB[
l 107 22.00 04.536 73.959 0.415 64.917 642963.01! ' 187 22.25 04.522 73.906 0.415 64.G17 642976.13 107 22.50 , 04.512 73.060 0.414 54.917 642906.67 107 , 22.75 B4.b10 73.920 0.413 64.016 642903.01 J 107 23.00 04.503 73.773 0.412 64.916 642907.31 107 23.25 94.501 73.656 0.411 64.010 643007.31 107 - 23.50 84.536 73.696 0.411 64.919 642900.69 i i 107 23.75 D4.551 73.600 0.411 64.021 642903.69 , 187 f 04.566 73.725 0.412 64.G22 , 642970.50 L .u =24.00 _== _ = . = = ----~t-~ O I i O
_ _ _ _ - -- _ _ = . - _ _ . i i s != a l l ' TEST MCCE ] CALVERT CLIFFE UNIT I Page 1 1 yan . .- w-- u wmeann-m-mumsw.ua=.m=- J LEAVAGC RATE
SUMMARY
UNIT 1 I __ _ _ l
-m.m _ _ m - _ _ ,
j TOTAL TIME MASS / POINT maamw n .aw emmnam s=w.-a. - ~~ a-w m w-m e =
.n m DATE TTLM LMCALC l SL LAM L95 m....~,..--_
d'y__ TIME . r
, ,g , _
186 0.00 0.0000 0.0000 0.0000 0.0000 0.0000 186 0.25 0.5193 0.0000 0.0000 0.0000 0.0000 ! 186 0.50 0.2218 0.2218 0.0000 0.2.75 1.6940 j 186 0.75 0.2770 0.2182 1.6131 0.2409 0.4698 ] ) 186 1.00 0.2423 0.1987 0.7928 0.2244 0.3325 " 186 1.25 0.2658 0.2079 0.6292 0.2387 0.3053 ! 186 1.50 0.2777 0.2213 0.5670 0.2551 0.3032 186 1.75 0.2523 0.2187 0.5086 0.2486 0.2839 186 2.00 0.2651 0.2234 0.4804 0.2519 0.2790-186 2.25 0.2704 0.2293 0.4629 0.2575 0.2794-i 186 2.50 0.2656 0.2322 0.4466- 0.2592 0.2769
- 196 3.33 0.0259 0.2079 0.4155 0.2378 0.2587 l 106 '
!.4D O.2302 0.2115 0.3988 0.2306 0.2488
! 186 3.73 0.2236 0.2007 0.3826 0.2240 0.2405' i 186 4.00 0.2352 0.2091 0.3735 0.2241 0.2383. 186 4.25 0.2253 0.2072 0.362r O.2213 0.2339 i 106 4.50 0.2203 0.2046 0.3528 0.2178 0.2294 186 4.75 0.2072 0.1998 0.3413 0.2116 0.2236 g 186 5.00 0.2247 0.1993 0.3359 0.2119 0.2227 2 186 5.25 0.2183 0.1978 0.3297 0.2107 0.2205 186 5.50 0.2169 0.1963 0.3240 0.2095- 0.2184 1 i 186 5.75 0.2108 0.1941 0.3179 0.2070 0.2155 186 6.00 0.2077 0.1918 0.3120 0.2046 0.2128 186 6.25 0.2033 0.1892 0.3060. O.2019 0.2099 186 6.50 0.2027 0.1870 0.3008 0.1997 0.2075-186 6.75 0.1965 0.1842 0.2951 0.1966 0.2045 186 7.00 0.1995 0.1822 0.2906 0.1947 0.2023 186 7.25 -0.1924 0.1796 0.2855 0.1918 0.1995 186 7.50 0.1898 0.1770 0.2007 0.1890 0.-1967-186 7.75 0.1816 0.1737 0.2752 0.1852 0.1933 186 0.00 0.1793 0.1706 0.2700 0.1816 0.1901-136 8.25 0.1624 0.1659 0.2632 0.1760 0.1959 186 8.50 0.1555 0.1610- Os2564 0.1699 0.1810 186- 8.75 0.1535 0.15( O.2500 0.1646 0.1764 166 9.00 0.1526 0.15*t . O.2440 0.1597 0.1720 i 186 9.25 0.1441 0.1474 0.2377 0.1543 'O.1671 ; 186 9.50 0.1435 0.1431 0.2319 0.1495 0,1626 1 186 9.75 0.1404 0.1389 O.2263 0.1450 0.1581 186 10.00 0.1387 0.1350 0.2209 0.1409 0.1541 l 106 10 25 0.1370- O.1313 0.2159 0.1371 0.1502 w- - N.. ..,. ._ ._. N .A l i i t
- l
_. - _ _ _ _ - - ~. ~ . _ _ _ _ _ _ = - - _ _ _ _ _ _ . v ! c . i' ; a d 1EST O C E , CALVERT CLIFFS UN!T 1 Page. 2
..-.m-.r.-._..._.. _ . . _ . _ . _ . . _ . . . _ . _ . . _ - - _ _ . . .
j LEMAFE DATE
SUMMARY
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, = = = = = = = .- = = = =
l
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! 107 ' 10.50 0 . = =0.2109 = .: 0.1332 0.1463 i ! l' l 107 10.75 0.1325 0.1241 0.2063 0.1297 0.1427 h l 107 o 11.00 0.1276 . 0.1206 0.2017 0.1262 i O.1391 ! l 107 y 11.25 0.1157 ! O.1163 0.1963 0.1216 l 0 . 1 ~'. 4 7 l l ! 187 0 11.50 0.1162 0.1125 0.1913 0.1174 0.1307 ' i 18'l ! 11.75 l 0.1234 0.1095 0.1875 0.1149 0.1278 I 10' I 12.00 l 0.1220 0.1067 4 0.1039 0.1123 0.1250 . l 107 12.25 O.1250 0.1044 ! 0.1909 0.I104 ! O.1227 l , j 197 12.S0 0.1227 0.1021 l 0.1'779 0.1006 l 0.1206
'07 12.75 O.1229 l 0.1000 0.1752 l
').1069 0.1185 l
i 197 0.1053 ,l 13.00 ! 0.1217 0.0900 0.1727 0.1166 ! 107 13.25 ! 0.1107 0.0959 0.1701 0.1036 l 0.1146 l 107 13.50 0.1250 0.0944 0.1604 0.1029 I O.1135 -{ l l 107 13.75 O.1213 0.0929 0.1665 0.1010 n.1121 ! 107 14.00 0.1172 0.0911 0.1644 0.2004 0.1104 I 107 14.2S 0.1171 0.0095 0.1625 0.0993 0.1090 197 14.50 0.1140 0.0878 0.1605 0.0981 0.1076 ! 107 14.75 0.1100 0.0965 0.1591 0.0972 0.1063 i 187 15.00 0.1151 0.0052 0.1575 0.0962 0.1051 i 187 15.25 0.1135 0.0838 0.1559 0.0952 0.1039 , l 187 15.50 0.1125 0.0824 0.1543 0.0943 0.1027 107 15.75 l , 0.1117 0.0011 0.1529 0.0933 0.1015 L l , 187 16.00 0.1099 0.0790 0.1514 0.0924 0.1004 , i 107 16.25 0.1101 0.0786 0.1501 0.0915 0.0994 j i 197 16.50 0.1107 0.0775 0.1489 0.0908 , 0.09G5 j 200' 16.75 0.1110 0.0766 0.1479 0.0903 4 0.0977 l 107 17.00 0.1094 0.0755 0.1469 0.0895 0.0967 i 187 17.25 0.1100 0.0746 0.1460 0.0891 0.0961 l 187 17.50 0.1103 0.0738 0.1452 0.0687 0.0955 ; ; ji 187 17.75 0.1094 0.0730 0.1444 0.0882 j j 107 ' 10.00 0.1080 0.0722 0.1436 0.0878 0.0949 l f 0.0943 ! p 107 10.25 0.1095 0.0715 i O.1430 0.0074 0.0938 1 187 18.50 0.1073 0.0700 ! 0.1423 0.0070 0.0932 , {
, 187 18,75 0.1073 0.0701 I 0.1417 0.0966 0.0926 !
1 107 19.00 0.1091 0.0695 0.1413 0.0863 0.0922 107 19.25 0.1063 0.0689 0.1407 0.0860 0.0917 107 19.30 0.1085 0.0684 0.1403 0.0958 0.0914 187 19.75 0.1072 l 0.0670 0.1399 0.0856 0.0911 p i 187 20.00 0.1073 l; 0.0674 0.1395 0.0854 ; 0.0907 ,
! 107 20.25 I 0.1392 0.0852 i O.0904 '
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i .! 1 i s l 1 ! TEST MODE CA! VERT CLirF5 UNIT 1 Page 3 j n a_-w,.u ~.x=== -
. -mm=w 4
i j- LEANAGE RATE
SUMMARY
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-- = ; ;--: . - ue 4. - = w v- -ll ,
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" TOTAL TIME PACS /rCINT 9 l l 4,. m .. -. ._ _ _ . _ J m.m mm-m . .- -. mm . .m.y m___
. ,_ Q j l- 2 ATE I TIME TTLM l LM SL LAM L95 J - - - m. _a= mmme.m l
mm_m ,_CALC --- J -m .. _ um, r_ - - - - - -
-m i 187 20.50 0.1057 0.0664 0.1388 0.08S1 0.0901 l ,
j- 107 20.75 0.1064 0.0660 0.1385 0.0849 0.0899 l l 187 21.00 0.1052 0.06SS 0.1382 0.0847 0.0095 l' 187 21.25 0.1067 0.06S2 0.1380 0.0046 0.0093 187 21.50 0.1071 0.0649 0.1379 0.0846 0.OG92 I , 107 21.75 0.1017 0.0644 0.1374 0.0843 0.0080 107 22.00 0.0904 0.0637 0.1367 C.OB37 0.0001 . l l 107 22.25 0.0952 0.0630 0.1359 0.0830. 0.0074 1 i j 187 22.50 0.0924 0.0622 0.1349 0.0021 , 0.0865 L [ l 107 22.7S 0.0919 0.0614 0.1340- 0.0013- 0.0857 -! , 187 23.00 0.0900 0.0606 0.1330 0.0004 0.0849
- i. 187 23.25 0.0861 0.0596 0.1318 0.0793 0.0837 i
! 107 23.50 0.0894 0.0580 0.1309 0.0706 0.0829 f l 107 23.75 0.0880 0.0500 0.1300 0.0778 0.0821 -; 107 24.00 0.0G92 0.0S73 0 0.0771 0.0014 l l. b.m .._ L_.m b u _.0693 m mm - ~ . . ___d . l
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APPENDIX D ,' Q - VERIFICATION TEST PHASE l CALCULATIONS, DATA- AND GRAPHS ,, 1 , 4 4
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1 i VERIFICATION MODE TIME = 1745 OPTIONS: TEST SUMMARN' MANUAL DATA ENTRY- 4: OF DATA POINTS
- 17 PARAMETER GRAPHS MODE DURATION-(!N HOURS)
- 4.00
] 3 - SENSOR PLOTS TOT TIME MFASURED LEAK = 0.2748
- j. 4- -
TREND ANALYS15 TOT TIME CALCULATED LEAK = 0.2765
! 5 -
REPRINT CURRENT DATA PT -MASS PT-LEAK = 0.2911 j 6- - SENSOR DIFFERENTIALS IMPOSED LEAK = 0.1999 ! TOT TIME UPPER LIMIT = 0.3072 l P -- PASS WORD MENU TOT TIME LOWER LIMIT = .2072 MASS PT UPPER LIMIT = 0.3269 1 SELECTED OPTION = MASS PT - LOWER LIMIT = 0.2269 l TOT TIME VERIFICATION CRI1ERIA NAS BEEN MET i MASS PT VERIFICATION CRITERIA HAS '~IN MET i p PO]NT
SUMMARY
- CURRENT VALUE/ DIFFERENCE FROM PREVIOUS POINT q AVG--TEMP 04.775/ +0.001 AVG PRESS: 64.815 / +0.000 MASS: 642662.30/ +0.750 AVG DEW PRESS: 0.4178/ -0.0002 TOTAL PRESS: 6S.233 / - 0.000
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7_ -mmm.= r_=mm= = _=.m - -_ ... m = ,.= u=== m m m__ _ _ m q j LEAKAGE RATE
SUMMARY
UNIT 1 l
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- n . _ . _ , - - w. - _= J 7
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[ !l DATE 1 TIME l CL I LAM ! ! l l = =.= . 187 h= nn = L.nn b 0.0000 0.0000
=a _hn=L90=wN l 0.00 0.0000 0.0000 0.0000 --
L 187 0.26 0.2895 0.0000 0.0000 0.0000 0.0000 , 4 l 187 C 50 0.3875 0.3875 0.0000 0 J70 0.87101! ! ! 187 0.75 0.2845 0.3180 1.1128 0.3038 0.4631 ! j 187 1.00 0.3594 0.3462 0.6499 0.3440 0.4350.- f 187 1.25 0.3267 0.3388 0.5349 0.3339 _0.3892 j
- 187 1.50 0.2866 0.3137 0.4754 0.3047 0.3556 i
- 187 1.75 0.2571 0.2856 0.4283 0.2737- 0.3243 i 187 2.00 0.2797 0.2778 0.4003 0.2699 0.3082 187 2.25 0.2990 0.2803 0.3913 0.2780 0.3093T !
187 i 2.50- 0.2922 0.2799 0.3811 0.2796 0.0049 .! i 187 2.75 0.2938 0.2303 0.3742 0.2826 0.3036 l 187 3.00 0.2824 0.2774 0.3645 0.2795 0.2973 187 3,25 0.2808 0.2750 0.3565 0.2775 0.2928 1 I 187 3.50 0.3038 0.2791 0.3585 0.2844 0.2992 i 0.2940 , 187 3.75 0.2800 0.3500 0.2860 0.2990 , j l - 187 4.00 0.2748 0.2765 0.3488 0.2811 : , mean== -- . . _ , -- -- 0.2934 !) l i t h Y . 1 f 1 l' e I i I ! k L : . ? != ;i 4 *
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- TEST DATA
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o F i i i Calvort ClAffn-1 O If11EGR41[iD LEAL hfa il iEST DA TA POf fJT
SUMMARY
SHEE i TEST V;DE. DATE : 186 f.; T Ar-LE
-f i
i c. Tit 1E : 04:00 , . s i ! frosuure Instruments, in counts ;
. . . _ _ _ _ _ . . - _ . _ .._.______..e.._...__ ... . __.... ._ i thanrmi oreusure _hannel prosauro l
r 1 466220 2 +66791 l l RTDs in degrees F ; channel temp. channel temp. thannel- temp,
+90.340 2 +90.577 7 +90.615
- f 4 +Yu.527 S +87.182 6 +02.693 1 7 +01.984 0 +80.002 9 +G6.549 l
, 10 +79.364 11 +80.091 12 +B0.600 13 +92.934 14 +07.188 13 479.334 . lo +70.692 17 +70.387 -18 +70.602 ! t s i
- Dew Cell temper.=turen-in degrees F t
channel cell temp channel cell temp 1 +79.746- 2 475.367 3 +69.952 4 +70.788-5 +68.934 6 469.747 I 3 AVERAGE TEMPERA 1URE =. +04.5435 DEG. F I, AVERAGE PRESSUkE = - +65.1228 FSIA i MASS = +641964.38 AVG DEW POINT-TEMP = +73.2362 -DEG.-F- i AVG VAPO 3 FRESSURE = +0.4050 PSIA h 9 ; e I 4 v.: .i - ar'.-w_4--me.r-+-#,u_ __,. , ,,,,,, ,_.+,,-m-+sw--ee-.w-,_m-w w oe m -ee. m=re.e w .w w-w w'..1. w-'ve-.we.w.tw-_ wr. sew ws.c < ma-e e.v .w . wsw =g- w=eemm e..pa-.we'mww.--c_ rem + wwwen1 m e' e. -
+e. ev rMe*- 4'1 -P tP-
. _ . _ _ - . _ . . _ . _ _ . . _ _ _ _ _ . _ _ _ _ . . . _ . _ _..______._._..__._..____.__.._.____._..m... _ __
i I l C41scrt :111 f' ' J N 1 E9' AI LD LE(J bo!L it_' !! ! rdDE , S T ; d- t
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t h.-u in e l pr o t. N ; r P J Nm n v i p r e ~, u m e 1 4 % 191 ? 466759 5-: ID- tn d eg t'e e s I-channel t e e.p . channel t enri p . channel tema. 1 +99.9?P 2 1 9 0 ,1 ~~ ' 499.126 4 4 9 0. 2 0 t, L 4fm.892 6 +E2.582 7 481.790 8 +00.7?2 9 +86.J19 10 +7Y.270 11 +HO.06S 12 +B0.603 l l' + G '" 8 5 2
. 14 +96.911 15 +72.271 16 +70.617 17 +78.326 18 +78.430 Du Cell temperatt.res in degrees F channel tell temp channel cell temp
.. . . . . . . _ _ ~ . . . _ _ _ _ _ . - . _ . _
1 478.29S 2 +73.232
? +69.478 4 +70.006 5 +69.921 6 +7h.529 AVERAGE lEMPERATUhE =
+ B 4 . 213 c2 D E ri . F AVERAGE PREESURE c--
+65.09?9 PSIA MASS " +641920.19 AVG DEW FOINT TEMF = + 7 . 2 7 7 2 DE3 F AVG VAPDF PRE!EURE a +0.4055 PSIA O
-. _ ~ - - - _ - . - -
?
e i t 3-l l 6 9 C.31 vert Claffc - ItJiliGRA TED if AL HAIL TEST T L !.3 T MODE : STAlsLE i i DnTA F OINT GUMMAhi M !l I' T DATE : 186 TIME : 04 : M i 4 i Prensure I tu, t.r ume n t n an countL - _ . . _ . _ . _ _ _ _ . . . . . . . . . ~ . _ _ _ _ . . . . . . . _ _ _ _ . _ _ . _ _ , _ . , . . , c hat.ne l preuure channel premtre 3 +6e170 2 +66739 i r 5 e
. . _ . ~ . . . . . . - , . . . . . . . . . - . . . _ . _ . . . _ . . . , - . . . . . . - _ _ . . . _ _ _ _ - . . . . ~ _ . > . . - t R1D2 2n derjr ees F _i channel temp. channel temp, channel- f.em f) .
l 1 +89.675 2 +89.857 3 489.035 : l
- 489.909 b +06.683 6 462.547. .i
~7 +01.77? O +G0.679 9 406.060 l 30 +79.206 11 +00.030 ,2 +80.607 !
f
, 13 +82.817 14 +B6.712 IS +78.?70 ,
16 +78.b90 17 +78.276 10 +70.37b ; I t O _ _ _ _ _ _ _ _ Pew Col 1 te nipe ra t u res to rJegreen F
- _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ _ _ ~ . _ _ _ - _ _ . _
t t t channel cel1 temp channel tel1 temp l 1 +78.620 .2 +75.306 t
- 3 +70.054 4 +70.817 l 5 +70.379 6 +73.127' .
t
,I
______m_______.________.______.___.. : 3 AVERAGE lEMPERATUhE = +04.1810 DEG. F ! AVERAGE PRESSURE = +65.0729 PSIA : MASS = 4641867.00 .- AVG DI?W POINT TEMP = +73.4708 DEG. F l. AVG VAPCR FRESSURE = +0.4082 PSIA u l i
-b
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IN: Eub _EM , nit l' ' ILc1 M!.!D E - 7 ( D r ., T C .U;1M/.d Y - ! u . t. ! . DrA TE : I% : o I }% ; ' 3 1 g il O t ra ore 11; . t t i miH i t s u count-t c h srait I pr en.iri t. h a n r ie l p r e t su r4' 1 4661 ? O 466724
' '! D ' , in degren F
.. _ _ _ _ - _ . . _ . . - . . . _ . _ _ _ . . _ _ _ . _ _ _ _ . . . _ . . ~ . . . . _ , . . .
c h anno t temp. channel temp. c tun ne l b mn. 1 + 0 9 . 4 '.: ~ .' 4(H.620 ? 4B9.'ES 4 4 8" . w > L + G L . S S _. 6 +02.SS6 7 del.704 0 +00.636 '! +85.0011 10 4 /9. ' SO 11 400.025 12 + 0 0 . 61MJ 1? +82. N1 14 + 0 '.a . 5 8 4 1S + 7 0 . 2 F.5 In +78.39J 17 + 7 8 . f3 5 lu +79.'S? Dew Cel1 4. t m p e r a t u r e r, in degrees F c hannel cel1 t remp channel ce 11 temp
,4 4 ,, ow . ,., c.. , , . #w.Ly .
n.
+70.10D 4 + 7 0 . 8 2.2 5 +70.520 6 + 7 1 . '. ' : 1 AVEP(E TEMf'ERATURE - 454.08t1 DL'j. F AVERAEE PRESELF.E a +L5.OS41 min MASS = +64183).00 AVC. DEW FOINT TEMP u +73.55'G DE C.: . F AVG VA,-OR FRESSUhE r +0.4094 f' SIP O
1 -. - n- , , . -,. - . - - - , . . _ , . - . . . , - . , . , . . . - . m., ..,,.g. --- , ,,...,_,., , ,~ ,
s i l t l d i 1 Calvtrt Ciif12 9-4 l INTEbHA1ED LEAK R/i i E I t' En - TEST MODE : STABLE DArA FOINT
SUMMARY
SHEET DATE : 196
- T 1r1E : 0 5 : O'~
e t 't g ___._m____.-..-___....m.. - _ .. _ _ _ . ._ _-_....- _. l f e o%ur e Instruments in couni , g ! channel pronure channel p r e s s u rt? ! a l
.i 1 +66146 2 &66713 '
i i i a l P 1 D u, 'in degreew F i channel temp. channel temp. channel temp.. y ___ 1 +89.239 2 409.439 1 +09.066 , 4 489.637 5 406.430 6 +82.566 .i i 7 401.749 0 +00.66S 9 +8b.793 i 10 +79.346 11 +B0.004 12 +80.609 .! 13 +82.791 14 +86'.402 15 4 478.202 -
.l
', 16 +70.SDS 17 +78.234 10 +78.360 [ t _ _ . _ - - . . _ _ . . _ _ _ _ . _ - . _ _ _ - . - _ _ - _ _ _ _ . - _ _ _ _ . . . , _ _ _ _ _ ~ . . . , Dew Cell temperatures in degrees F
.t channel celi temp channel te)1 temp t 1 +78.295- 2 +76.006 f 3 +70,153 4 +70.913 i b +70.359 6 + 71. 4 ? 4 j I
t AVERAGE TEMPERATURE a +E4.0107 DEG. F .I AVERAGE . PRESSURE = +63.0483 PSIA t MASS = +641903.06 i \, . AVG DEW POINT TEMP = +73.6301 DEG,-F [ AVG VAPOR FRESSURE = +0.4104 PSIA ! l I 6 1
. I i
O ! I
, .f P- .wweNme h eww +4e w Nv-deriemww-tM.1-~eter - m-ww--wee _. _ _ _ _ M *emp eari.r e-t _ _
.'_ .1. NM S-W'* N MP frz.'4rW .7W WW Pf M i
- . _.- - . - . - - . _ . _ - _ _ - ~ - . - - - . _ - - . - .- . . - . . . . _ _ _ P 1 C i. rt Cliffi . IN !GRA f t1D L t.nf f,t, ? i il ! 1 Li,1 MOLL- . ' * /O L l lb i rr, F e.11 N 1 {.UMem .,mt.T % T E. : li 6 i t ?. 2 o' : 1
- I r u . .a ir e I r. . t t um n t . 2n tcunt.
~ - - _ _ _ .. _. ., . , , .. .- _ . . . . . . . . . _ m .. ..m
- hanne1 orim ur e Lhaone1 p r v ' . ". u r -
1 + ( .417- 6 . + 6 6 '7 0 4 u r!. it, deureus I
. . . . . . _ . - - . . _ . _ . _ _ _ . . , . - . _ _ _ - _ _ _ , . _ _ . . - _ _ . . - _ - - - _..,__m .
channcI t o r. p . t han n re l tap. c; h rin n a l t u r.. . _ . - . ~~_ _ _ . . . _ . - . . . _ ... - , . . 1 4 e v . o t; < ) T + U 0 . ' ' '". J 4 LN . 7 " 4 4 404.44? S +06.703 6 + 0 : . W2 7 +R ? ". 5 8 + Bt " . 64 4 'i + H 5 . 6 '? O 10 # 79. 7 ?. 1.1 -+ E O . 0 7 n 12 4DO.t15 1?
- O '2 . ' 7 2 14 4B6.?44 15 i'O.?G2 16 + :. u! . S W 17 4/B.245 :H +7B."50 Dw Cell tempr ratures in degrees F channel tell temn c h tonel tell temp 1 + 77 . T.4 :
2 *77.?o7 7 47i 208 4 + 7 0 .-9 9 9 5 +70.S36 6 471.412 AVE -:AGL 'I E MPER AT URE u +83.94S4 DG. F AVERAGE FRESSURE = +65.0Pio F S .I A NASS = +641776.63 AVG DEW POINT TEMP = *73.7t34 OU. F AVG VAPOR okEGSUkE m 40.41i? F3IA O
-i I
h! k i l l Calvert C1 H f t . 4: ' ItHEGRATED LLAF ROTE 1 E'il TEST MDDE : STADLI; a DMn POIN f SUMMrm ( 'i"ECT DATE Jf% j TIME : O'$ 7 0 7 I
, _ . . _ . . . . . _ _ _ . , . . ., ._. . - . . . . . . . . . _ . . . _ _ . . . . . . . . , _ . . . . , - . . _ . . . I s
Pr t- xUre I r m t ru me-n t s in counta- ' l
. _ . . . _ . . _ _ . _ _ . . - . . - - - _ . . _ _ _ - _ _ . _ . . _ - - . - . . ~ . . . _ . . ,
j
. channel pressure channel p r e s.u u r u j $
P 4 4 1- 466131 2 +66697
'-l
._ _.- ._ .._ .. __ _ _ _ _ ___._ . _. ._ _.. . .--__ . _ -. ..~ _ _ _. - _ i RIDS in degrees t' !
- ~._-.._...._.m___..-_.._.._.._.__.__.___... ._ . . _ - . . . _ _ . _ _ .
I channel temp. channel temp. channel- temp. i _ . . _ _ _ _ _ . _ _ . _ _ . . _ . __ _ . . _ . _ _ _ . -i i 1 409.022 2 +89.24S ~~
+G9.139. !
4 489.435 S 406.212 6 492.50S '., 1 7 +81.747 8 +00.642 9 '485.650 1 10
+79.340 11 480.020 12 400.618 1 4
1? 402.797 .14 +D6.283 15 +70.276 1 , 16 +78.591 17 +78.230 IG 7G.372 i1 - _._. _.._ _.. _ .._ ... ,_ ._ __ _____ . _ . _ _ . . _ _ _ _ _ . - . . _ i a ~ i Dew Cell temperatures in degreet., F
- s 1- - channel tell temp chainel cell temp ;
1 478.241 2 +76.463 3 +70 257- 4 +71 .11S S +70,799 6 +71.582 4 i Z t i' a AVERAGE TEMPERATURE a +33;9128 DEG. F , AVERAGE FRESSURE---# PSIA
+63.0300 '
f MASS a.+641743.13
- I-
, AVG-DEW POINT TEMP = +73.0116- -DEO. F AVG VAPOR PRESSURE a +0.4129 . PSIA ,
+
'r s
\
9 I
.f
- d. 0
- .1
.f.. a 5--
; _.?__. _ .-w 's- -3 =.canv wee .-w. are.-gr e . m., .ww --_w.., I_ ---.-----.---,m.-.--.+--m,.-~.------__-----.__-------~-.r.-=r.e.s.-==-.e - -
R 1. i. r T 11 fft
! m ili n11 I' L L a Enit !s !! WEL : Stui D.TT n FM !!J1 'i U-<MJ R !d DaTE : 1sM
~t T yL : +11%
r 4 rr 1. .t t unn ti ' m it, uuntu c h.a o n e l or et sur e t. h a n n e 1 are wrc
- . , . - - .,...,,.n.
1 +u17' ;
- u,t m .
h!Da tr, dww- F
.- ..-~ _ . . .. . - - . . _ . . - , . , .. . , , . . ~ . . _ _ . . . . . , _
i*.9nnel t e a.p . channel ten. ;har nol e en p .
+ d8. O N 2 4 et? .120
~
+ E 7. %?
1 +Bt. '5; +E6.120 0 + T? . M 7
+81.763 8 'fP).664 9 +0" 500 in + 7 9 . '; O 6 ij +m.043 12 +00.63S
.~ 48:.790 14 496.247 15 + 7 8 . 2 9
1: 470.375 J7 +70.260 1B +-70. % * , Dm Un11 teamer at ure s in degrees F c lan. io l cell t.e m p ttunnel moll temp 1 +70.465 2 + 76.?45
.pi.g . ,-
4 ., -.
.in.-
5 *70.689 6 + 71.66. AVERAGE T F MPE.R A T LR E +03.E707 DE3. F , t t 65. t :ZS3
~
AVERAGE PRESOURI~ = 9SIA MASE r +e41700.19 AVG DEW POINT TEMP = +73.861.0 D!- G . F AVG VAF OR IRESSUhE w + 0 . 41.M F9!A
- -- - . .. . - . . . . . . . . . , _ . . . - _ . . . _ . _ _ , _ . , . . . , , _ . . , , ,,,,,..._.,y.~ ., , , _ . . _ , . . . - . _ _ _ . . -
t t 1 : S Calvert C11 f fI 1 -i
!!n EGRnif:D LUd fmT L 1 eel TEM MODE 2 E1NU 1 DMA POIfli GUMMARY AEE I DATE r 106 TIME : w290
. i, y :
_-. _. . . - . . - . - ~ . . _ . . . . . _ _ . _ . . _ _ . _ . . _ . . _ _ . . . _ _ _ . . _ . _ . . F r y i
- u r t. l t i 5 i r uir,tyn t,g iO c o g n [ 7, fi thannel orenure thennel prenuure !
j . - - . . ~ _.e -___ . . . . . . . . _ , , , . . _ . .
}
1 +6611C 2 +66684 s 1 l i !
. _ . . _ , _ . . . _ _ ~ _ _ _ _ _ _ _ _ _ _ - _ _ _ . . - _ _ _ _ . _ _ , _ _ . . . . . _ _ , . . ,
b 1 RIDn in deareus F ,
- _ _ . . . . . . . _ . . . ~ _ _ . . _ . _ _ _ . _ _ _ _ _ _ _ - - - - _ _ _ -
channel temp. c hannel tenp. channel tmne. , 1 +00.800 2 +89.03C T +D5.97% -; 4 + UY.250 S +06.070 6 + F);2. Sc4 l ! ? +81.771 C *CO.677 9 -H3S.560 10 + 7Y. C:9 11 +80.026 1 *" +C0.633 ' 3.. , n_ .,. . ,, G es i s. . g 6 . ~..~w, 1 y. a v.. g . m7 . l 16 470.581 17 +70.247 18 + 7 0 .160 - l t l
- i
, _ . . . - . . . _ - _ _ _ _ . _ _ . _ _ _ _ _ . _ , . . . _ _ . ~ . - . . . _ _ _ . . . _ _ ,
Dow Ce31 tec.r,o r a tu r e s in degreen F i ..._._.__..___......_._._....________.m__.._,.. . . _ _ _ _ _ _
- c. ha n n e l cell temp channel- cell temp ,
, ,< g . , q ns .
,. .na .ca =s .
,< ., . m 6 ,
. 4 ,, .0 ,o,9 -
4 5 +70.S36 6 471 670 s f
.-_w_---.=,..w-_.+-_w_e,w,.r,.,y *,c._..__ o ....,-w.-w*. +--,=_..e.,-.w_+ , + . , , ,* -~ !
f i AVEDADE TEf1J~ ERAT URE v 48.G390 DEG. l i AVETU,UE- FRECSURE. a + 6 5. CCO A PEIA + . 1A05 .= + 6697. 4 . ' t AVG' LEU FOINT TEMP < +73.0"03 DEO. F j
-AVC VAPOk PhEBGURE- = 40.4174 ;UIA ,
6 i t e $ + 5 7 i k k j
# .*.qs.--e-m--A -e%_ -m-a-w,me re- w.ses.WTmf w.w MWr ite r mge.h h e.rsW84_ .-gWwW.. 47WW wm =-y gfy(' wgW v7- T * -$yf, , ,-G +ag'*T -kr"ye.1 w.q$v'N 7' V pq q , g WWy
5
't
, . '1, . - . <
4 s ;
- t r: r + , i t . ; _i .ra
, . - . - -r n.
i.,.,,,,
.t . .n. .
1 i
' t j 4 t .t:
i ,
; r j L2 ., ) ; g ,g . .g- ,_,g
, 1 :: . 4 ELF " d i 1 , . ! o, , t 1 1 t t ur ;, . -' anne 1 r !<aisr r . F sp, c. > a n n i:.* ] i, ; 4
; + Ej . ' ' . 4 08. m '
+ ee.H N
- .. B o ; 57 5 $ 0 5 . 9 ty n s 4 c,2 A p I
- 01.771 e +EO.667 9 +95.S4" i N, 31U 11
- B O 0 2 -* 1.'? 4 80. h r15
' <3 2. '4 4 14 +26.171 15 470.280 i lo 4 'O.%7% 17 +78.2S1 10 + 7 F1. '33 2
._. . . . _ _ . ~ . . . . . . - . . . _ _ . . . _ _ _ . _ _ . . _ _ . _ _ _ . _ . _ _ . . _ . _ _ . . _ _ _ _ . . . _ . _ . _
, Deu Co1! r.n r. p e aturm in dugrv% F c hm in e l ce11 t a ,a c h an:w l c. e 1 1 t.mp 1 410.001 ".' ? b . '.7 ?10 4
. 4 7 0 . 4 ..'8 4 +71.196 S +70.063 6 + 'l . 7 J "
t
. . . . . . . . - . . . _ ~ . . . _ _ . . . . . _ _ . . _ . . . . . _ . . _ - _ _ _ . _ _ _ . . . . . , _ . . . _ . , . - - . _
i 4 l AVERAGE 'l E MPE FUC LIRE = +G3.8000 DEG. F
- j. AVERAGE F lie h,SURE = + 6 5 O l f. 's F S I '4 MASS - '-641677.20 AVG DEW FOItJT TEMF = +73.91'4 D'IG . F i AUG VAFOR FRE20URE u +0.4143 ! '31 A i
l l l l l e t . - _ . . .
I 1 Calvert Cliffa 1 l O JtJTEGPATED LE AK RATE TEST On!A PO!!JT
SUMMARY
EHEU' T EDT DATE l' ODE : 5Tnl:! E -
- 18i I
TIME 06: 30 i !
. I 4
4 Prtm ure J n a t r u rren t.u. In countt
. . . . _ . . _ . _ _ _ . . , . - . . .. .__.--.._-___..-_.-.....___..._m..___ -
channel Dresnute t.hannul prenurte [ 1 466196 2 +66674 - t t
.i RfDu in degrees F .i
_ . _ . _..____ __...__ ___ __._ _ _ - _____ ._ _ ::1 , channel temp. channel temp, channel- torn p . ; ___ - _ _ . . -.. ___ _ _ . _ _ - . . . - _ . . . . _ _ i ! 1 + 09.639 2 +88.876 3 +C8,G35 t 4 4 + 0 7 . 0 9 *. S +0D.977 6 482.606- ! 7 +81.774 8 9 :
+eo.691 +es.310-10 +79.!S7 11 +EO.000 12 490.659 {
i 17 +82.797 14 +86.160 15 +78.276 l j 16 +78.SDG l '7 +70.242 10 "478.!?9- ! _t
-l i-9
_ _ _ _ . . _ . _ _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ . _ I
- - Dew Cell temperatures in degrees F
i= channel- cell temp- -- c hanne l - c e l.1 - - t emp
- _ . . . . - - _ _ __ _ _ _ . _._____.2..
1 +78.028 2 +76.553 -; 3 +70.436 4 +71.379 l r i S +70.903 -6 +71.789 . l 1 l I l > AVERAGE:1EMPERA1URE = 483.7808 DEG, F ; AVERAGE FRESSURE w +65.0097- PSIA MASS = +6416S5;13 AVG DEW POINT TEMP =5 -+73.8865 DEG; F AVO VAPOR FRESSURE = +0.4139. FSIA
,t t
f r h G 1 L h I i g f 3 __ A __ ._-_x__-. _.....__._..__.,-.__,a_J -
- ~ . . _ . - - - . . . . - - _ - . - - - . . - ~ . _ _ _ _ . _ . . _ - . - - . - - - - . - . -
1 i i d , I al- >r t : 1 1fF : j
!N!E.Sn1LD LLia h ,l! 18- .1 It ;1 .mlE .
'.l ,,I-! '
Dnfa i rJ I N ! 5UP'IbR , >J I.' Of. T E . t% ! 1:m. <g.
;a4
._m . _. - . - . . . . . _ . . .. ... _
'ao ,ais 1 e a + ra ut e n t t:. t oun t .
i c), ara m 1 or t mir e r. h a r ; n e ] p r e'> u ir u '
.. . . ~ - . ~ . . . . _ . . ..
i t s.1]v4 .' 4 MA < > 1
. . - - , . . _ . . , ._~ . _ ... . _ . _ . . . _ _ . __ . . . .
P i ! .+ in drut etm l~ r channoJ t. e m p . chantml t enp r:hannel temp. 1 4 U S . 'W 5' _ *BB,C27 ~2 +PH.774 4 +W1.071 D + 9 3. 'C S 6 + T.) .640
+ H 1. !Mi U 4&:.6/4 9 +85.401 10 *79.2V9 11 + 00. t :4 9 12 +Rr.66n 1* 4 B;: . 0 01 .14 +06.0G0 1S -+ 7 0 . 2 ~/ ':2 10
^
16 * / O . '? ? 9 17 478.230 4 7 0 . ~"7 ? t Dt w C *11 t impera tur es in degreeu F
- hannel col 1 temp .
c h a r.n e l cell teamp . 1 4 70. 2M .' 4 76.700 470.478 4 4 71. r S 470.924 6 + 71. 7. ,r, u 1 AVERADE 7EMPERIV;UhE = +fC . 7 b S 1 DLB. F AVERAGE F RE SEUiiE +65.0' 6~* PSIA MASS " + 6 4 1 6 S 4 . J.1 AVG DEW FOINT T E M F = + 7 . . &7 9 7 DEO F i-iVG V/APOR FRESSURE +0,4:41 F -; 1 A R 4 I 4 e
- - , . . _ _ _ _ . , , y.-. v,..,3 ., , ,, _ . _ . , . _ . . _ _ , . _ . . , _ . _ . . . . , _ - . .._..,.-,.,,.m.,,,-,,.,__,.,mp__,._., _,m -_. . _ _ . . . . . ~ . , . , _ . _ _ . - . . -
J 1 4 1 d a' . Cidsort Cliffs 1 J ItC FGRATED LEN HATE 1E01 -TEM MODE : STABLE , DATA POf f 4T GUMMARY D iEE 1 DATE : l et-l tit'E : 97100 2 P r1t% b u r e !fibtr'Ument5 in CDurtts
. ... ~.,.__.._._ ~ . -.~ _. -._._ . _- _ _..- _ .__._. .-...._.. _ .. .-
.t - channel or ew. urn chennel pressure
- 1- 466100 2 +66667 d
i . RTDu in <!egrees F channel temp. channel temp. channel temp. 1 +90.348 2 488.760- +88.739-4 +GV.076 S +00.001 6 482.609 l 7 -+ 81. 811 8 +00.702 9 IRS.401 ! 10 +79.335 .il 400.064 12 +B0,659 13 +E2.917 14 +86.024 15 +78.289' > 16 +78.611 17 +78.2D3 18 +78.4D4 l 2 O . _ _ _ _ _ . . . _ _ _ . . _ _ _ _ . _ _ . . _ _ Dow Cell temperatures in deg r eets F 2 channel -cell temp- chafnel cell temp- ? 1 +70.056 2 +77.377
- i. 3 ' +70,S35 -4 +71.422 5 +70.869 6 +7i 870 I
i 1 a f k 1 l _ AVERAGE TEMPERATURE'=- '83.7476 -
+ DEG. F AVERAGE FRESGURE 'n +65.0033 -PCIA
. MASS =- + 641599.13 - '
AUG DEW POINT-TEMP- -=--+74.1172 DLG .- F - AVG VAPOR PRCOSURE = .+0.4171 PSIA- -! i t 4
?
h e . s v2
-*-c,- .4.iv-4-a,--~...v. web __ U._
c,l '!"M ak OF MEA 5 TEED DATA ort ; i i f f -3 1 Jiil E . IBh T I M'. . '7: 70 TEMP fi ! D 1 c 4GO 7"2 DEG. F l l: Mi ' HID : a +B8.961 DEG. F T E M F' R TD 3 - 488.914 D E:G . F TENF R1D 4 = +G9.259 DEG. F TEMP R1D S = +86.12S DEG. F TEMP RTD 6 = + 0 2 . 6 9:' DEG. F _ TEMP RTD '7 +G1.06G DEG. F , T E* MI ' RTD G = +BO.790 DEG. F TEMP RTD 9 = +05.652 DEU. F TEMt' hlD 10 = + 79.432 DEG. F TEMP RTD 11 =
+00.142 DES. F TEMP RTD 12 a +00.748 DEG. F T E MF-' RTD 13 e +02.92S DEG. F TEMP R1D 14 = 406.256 DEG. F TEMP RTD IS = +78.395 DEG. F TEMP RTD 16 = +78.697 DEG. F TEMP RTD 17 = +78.346 DEG. F 1EMP RID 10 = +70.48Y DEC. F PRESS GAUGE 1 = +66.326 COUNTE PREES EAUGE 2 -
+66.894 COUNTS DEW CELL 1EMP 1 = +78.294 DEG. F DEW CELL T E.1P 2 = +76.370 DEG. F DEW CELL TEMP 3 u + 70 . 6 '7 2 DEG. F DEW CELL TEMP 4 = +71.617 DEG. F D'IW CELL TEMP S n +70.941 DEO. F DEW CELL TEMP 6 = +71.066 DEG. F AVERAGE TEMPERATURE = +0.000 DEG. F AVERAGE PHESSURE = +0.000 P5In AVERAGE DEW TEMP = +0.000 DEG. F AVEPAGE VFR PRESS = +0.000 PSIA O
a i 4
- sivert cliffs O l: IllfEGRATED LEAK RATE T EIT1 TEST MODE : GTADLE
'. DATA POINT
SUMMARY
'iHE E T DATE : 196 TIME t-07:4'i 1
a j Pren.sure Instruments in ::cun ts thannel nressure channel presture
- . ~ . . - _ _ . . _ _ _ _ _ _ - _ _ _ _ _
- 1 +66317 2 +66994-
. . - - , . _ _ _ . . _ - _ . . _ - _ _ _ . . . _ _ . _ . _ _ _ _ _ _ _ _ . _ _ . _ _ ~ . . _ _ _ _ - . _ _
RTDs in degreen F channel -temp. channel temp. channel t enip . l . 1 +88.607 2 +89.830 3 +80.813 l- 4 609.137 5 +86.073 6 +82.701 . t' I r 7 91.e48 8 +80.7D2 9 +8B.595 -- 1 10 +79.374 11 +00.163 12 +80.735 l l' 13 +82.881 .14 +86.175 15 +'78;360 I 16 +7'8.663 17 +78.332 -18 +78.419-Dew Col 1 temperatures in degrees F -l i channel cell temp channel. cell temp t 1 +78.070 2 +77.522 , 3 +70.603 4 +71.618 -! 5 +70.820 6 +71.63'7 i AVERAGE TEMPERATURE = +93.8269 -DEG. F AVERAGE PRESSURE = +65.2218 PSIA MASS == +0.00. AVG DEW POINT TEMP = +74.1697 DEG. F. l AVG VAPOR PRESSURE- = +0.4179 PSIA 1 ; t e i t F 9 1 4 1 1
-__.-_7.n___.,._-._--.__.._
._ . . . - , . - . . - :-.-.----..-.-...--... ._. .. +.
- -.---. .- .~ - - - - . - . - _ - - . _ _ . . - - - . - . . . _ . . - _ . . . .
t 1 L ,.s ! . e r t c!;fd e I N T E fMI E D L L Ar FTE tL,' TEET MUDE : '11 @ LE i D. , in t. Q I r j i 5 ;Ut lHiW 'p
!El: ' D/iTE : 1%
- T I t1E
- < '1 : U ' .
Il f*r e % ttr e I n s t r o m r .n '. o a ti c ot:n t o 1 _ _ . . . . . _ . . _ - _ _ . _ . _ _ _ ~ - . . . ._ .. _ . . . _ , _ _ _ _ _ .- .. _ . . . _ - - _ _ rhannel or e atir e c heline l p r es t.o r e
! '6al!1 2 +66077 l Ell 3 in degree f'
. ~ . .. ,~.
c.l e n n e .' te+p. c l uin n e l temp, channni tern. 1 +BP.5~D 2 *00.74? ? 400.72? 4
- C9 . O'/ 4 5 +G6.035 6 432.720 7 +01.351 9 +80.761 9 +CS.513
, 10 679.352 11 +8 0. 17.0 12 +80.715 1? +02.881 14 4G6.148 iS 470.!67 16 178.636 1 ~7 +70.317 10 479.44"
. _ _ . _ . _ _ _ _ _ _ . _ . . - _ _ . _ _ _ . . _ . . . ~ . . - - _ . _ _ _ . _ _ _ . . ~ . _ . . _ _ _ _ _ _ . _ _ . . . -
Deu Cell temper aiurer in degrees F c t venn e l cell temp channel cel1 temp 1 +70.186 2 +76.072 l
+70.620 4 +'71.560 S +71.051 6 +71.G79 ,
)
i AVERAGE TEMPERATlJRE = +87.7952 DEG. F AVERAGE PRESSIJRE = 4n5.T159 PSIA MASS = +643684.69 AVG DEW POINT TEMP e +73.89E9 DCO. F AVG VAPOR PRESSURE = +0.4141 FSIA 9 I 1 1 1 1
. . , . ~ ,-y,- . . . _ . , . . . _ , . . ~ . . - - . - , . . . - - ,r- -- + . - . , - _ - -- -- ._-
J.- b' U . - l
SUMMARY
OF MCASURED DATA , 1 , f ! 4 L Cs1ver t cl 2 f to 1
- - DATE
- 106 TIME: 00:1D
- 4. 4
- j. .
1 TEMP RTD 1 u +88.453 DEG. F }- TEMP RTD 2 = +80.661 DEG. F i-TEMP RTD 3 = +88.639 DEG. F TEMP RTD 4 = +G9.986 DEG. F i TEMP R1D S a +BD.961 DEG. F i I TEMP RTD 6 = +82.722 DEG. F l 1EMP RID 7 = +01.83S DEG.-F -j L TEMP RTD G = +86.773 DEG.-F j TEMP RlD 9 = +85.463 DEG. F i TEMP RTD 10 = +79.312 DEG. F I TEt1P hl D 11 = +00.154 DEG. F i !- TEMP RTD 12 = + 8 0 . 7 3'7 DEG. F 'l 3 TEMP RTD 13 = +82.088 DEG. F i TEMP RTD 14 = +06.131 DEG. F l !- TEMP RTD 15 = +76.364 DEG. F - _ j l' TEMP RTD 16 = +70.657 DEG. F j TEMP RTD 17 = +78.309 DEG. F i TEMP RTD la a +70.495 DEG. F- i
]
PRESS GAUBE 1 = +66.306 COUNTS PRESS GAUGE 2 u +66.072 COUNTS
-i i.i-
_l DEN CELL TEMP 1 = +78.093 DEG..F '! l DEW CELL TEMP 12 = +7S.900 DEG. F } DEW CELL TEMP 3 = +70.629 DEG. F i DEW CELL TEMP 4 = +71.' S 00 ' DEG.'F- ! DEW CELL TEMP S = +70.939 DEG. F. DEW CELL TEMP 6 = +71.937 DEG. F -j i AVERAGE TEMP,7ATURE'=' +0.000 DEG. F i AVERAGE PRESSURE- =- +0.000 PSIA ! AVERAGE DEW TEMP = +0.000 DEG-. F. -
-l AVERAGE VPR PRESS = ' +0.000 PSIA' 'r r
t 1
.6
- t i
O i
- = -
. - a
.=--..~..-_2.----...-..-.-...-.--.,- .....-.-....--.__-
. _ . ~ . _ _ _ _ _ _ . _ _ ___.._._ _-._. _ ___ _._._ ...___ _ ___ __..._ _. . _ _ . _ . . .
1
. .1, e r t t!# f: 1 l IUllN AT E!* L EM fud E fil.! TEsf MOIE : '.: r N -'
DA1A PDINT UUMMAR/ 'd 4111 DATE : 2 B '. T I M!J : O it ~ J
. , . .n . . w . ---.n u -
Prm u r (- liv t r uc+ n t s i n t r n to t -
-. _. . .. .. _ - . . . . . . . . , . . . _ _ _ . , . ~ _ . .
<twaa1 pric ari u f osiinel pr eu .tir e 1 4 M,"O t .' 4 66%d
-. . . . .. ~ ... . . . . . - . . . . . - - - . . - . . .
! : ! M, in dogt o n F thannel temp. channel temp. ch4onni t.c m p
.. . . . _ . . - - - - . - , .. ..... . I
+00,607 ~' I 1 4 S U . J.9 2 4 09. S"if; i j 4 + 0 U . 9 S tl 5 +05.946 6 +Wi.7?i l
+01.061 o 7 8 + 0 0 . ~7 6 4 +0b.4dL i 10 + 7 Y . *.1,0 11 +00.196 J2 +Bv.732 ff 402.90S 14 480.094 15 +70.370 '
16 +78.642 17 -+ ;' O . TI L 10 +7H.498 De w Fell temperaturm-. in d mj r ee n F channel cel1 1 c/m p ctwnneI cel1 t.e U p 1 470.070 2 + 7 b , 8 9 l* 2 +70.669 4 4 't.600 S +70.796 6 +71.901 I
~ _ . . _ _ . . _ . _ _ . . _ . - _ . . . _ _ . . . . . . . _ _ . . . - - _ _ . . _ . _ . _ _ . . . _ . ,
AVERhDE 1EMFERATURE - +B2.'747S DEG. F , AVERAGE FREG 5URE. + +63.2060 PSIA
- MASS - +6406S2.30 l AVG DEW POINT TEMP '-
+ 7'* . H 3 6 1 DEG. F AVG VAPOh FbESSURE u +0.413? PSIA O
1 i
----..r--- -
-,,m.,, . - - - ,-w,m.r . . - - - - ,e . - - . , - - -
ti l . e r t t,1 . f t n 1 J u t !.r h nl11D L E r,6 RAll: 11 -I TEET MODl! '. 1 61 ' '- f.'n ! 4 FU1NT !! JMM/W i 1HFFr D ;TE : 106 1JML
- W: 4%
1-t tore T r t t r umr n t r. in t u'in t
.. . __ - __. _ . _ _ _ . ~ . - . . . _ . . . ~ . - _ . . - - _. . . . - ____
hu 1 or emur ' channel nr u wre
.- . . . _ ~ . . . . . . _ . . . .-
m + arYP T +L6364 6!D_ in deorees F _ _ _ _ _ _ _ . _ . _ . _ _ . . _ . . _ _ . . . _ . . _ = . _ _ _ . .. . - _ . . . . . . _. . . _ _ . . _ _ _ _ c hr,rm l temp. clannel U -m p . channel temp. 1 488.'S4 2 +B0.%46 : 480. % 2 4 +06.93U i, + B b . G '? ' 6 4 UT.'"6 -
+01.866 8 +80.'86 9 5 9S.4F li) +??.000 11 +0.160 17 +EO.'19 17 + 02 . 914 14 +86.021 1S + 7 0 . ' ',' O 16 470.657 17 4 70,731 18 + 70. lbt '
~ . . . . . . - . - . . _ . _ - . . . . . _ . . . _ _ . - . _ _ . . _ _ . _ . . . . _ _ . . _ _ _ _ _ . _ _ . . _ . . _
De w twil t si p e r a t.u rT. s in d e n r pe n, F
-t mnnel tell temp c h an n re l ca l l t a. p 1 +77.642 ? + 7 6 . 0 6. 7
- 470.7b2 A 4'1. bbl
$ +ll.061 6 F71.95'.
AVERAGE TEMPERATURE - + 03. ? 316 DEC. F
.WE R AOE FRESEURE = +c5.2001 F9fA MAUS = 4643617.r-3 AVG DEW FOINT lEMP =
+74.0110 DEG. F AVG VAFOR PREESUfE = +0,4157 Ft I A
i i I 1 l l l l F .41 ' e r t c1itf. 11111 GI A7 t D lita !; ' ' 1; ' 11 T1 MUli!: a rrol:l l
!M ! n f'O 1 tJT 'd Jt1MN( Y .t il f ~ ' O fit U : IN 1IME :
/ ;UD
' t r y, t i r r - J i m t r u n,s. n f in au n t i,
. . _ ._. ..m. .. , . . ~ , . . ..,
e lu nro .1 too w ' o t honr a. l ono .4 ir o 1 66629U T *(412 1
~
in degteos F
- i. i mnnel temp. channel temp. f. h a h r m l temp.
1 +D0.104 . *GB.Dti4 4 0 B . N ". 4 4U0.021 S +BL.010 6 + B2. " 1
/ 481.0Y2 0 400.79: 9 +03.40!
10 t79.40b 11 400.165 12 + 0 0 . 7 !,7 1* 482.413 to +D6.O?D 10 470.370 16 4 / U . 6 6 7. 17 +70.~15 10 t70.466 O Dew Ci= 11 t t o p e r a t u r t* u an degruve F _ _ _. - ~ _ -__ ..-_...____,_4 . . . . . . . . - . . . _ _ _ . _ _ . _ _ . . . . . _ . . . _ - . , I c harmel cell temp c ha n n er l tell temp
. . _ _ _ ~ _ . _ . . . . , . . _ _ . . - . _ - . - . _ . _ . . -
1 r77,056 + 76. % 1
+ 70. 7r 4 + 71. cf!S S 471.131 6 +7J.990 i
+6 *...ae 4 = orc 4 - ce --=e.-.a w -ww, -...,eet - =w.-s-e **.e+ _ aner_ we++*+*+=e-
+---a e. ie.a*** _ e.-**-a~m===m= = =
- f
- AVb hOtCh TIMf [R AllME M +07.70b9 UEO. f I
AVERAGE PliESSURE = 463.2031 FSIA I MAES
+647657.00 AVO DEW FOll4T TEMP = +7~.9472 D F G ,. f' AVG YAPDR FhESCUF L + v . 4 1, 4 0 fVil A O
l l 1 i _ _ . _ _ _ . _ _ _ , . _ _ . _ _ _ , _ _ _ _ . . . . , _ _ _. . _ . . . ._._ . . - _ _ , . _ _ _ . . _ . _._._m .
9
. l
!_ l i-i i Cie l Vit t* l C 1 i f f 6 1 j If JTLbnAlCD LE AK hM E 1ECT 1 CST MODE : ETAFLr ; f a DATA P0lt4T
SUMMARY
SHEET DATE : ifk ;
- 11ME- t 09
- 15 .1J t
4 Pr m.mu r e Instrumentu in cc;unts e
- charinal nr e ts cu r e c harine l pressure l i- .1 +66293 2 466058
)
,i , ...--._._..__-._____-_-_..__.___....___.._..s _ j !. R1DS .i n degrees F l i t - L channel t ram p . channel temp. chennul temp. ll. l . . . - _ . _ _ _ _ , . _ _ _ _ _ _ . _ . . . ____ ..__ _ ' i 1- +98.246 2 +GO.476 i +ER.446 !
- i. 4 +80.009 5 +0S.815 6 -+82.702 .!
7 +91.083 0 +80.709 9 l
+05.400 'l 10 +79.443 11 +80.175 12 +00.746 j 4
13 +02.923 14 +86.016 15 +78 384- : 16 478.606 17 +78.329 10 +78.443' t L@ j - ~ . . - . ~ _ . . _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ . _ _ _ . _ _ . _ _ _ _ _ l -
- Dow Call temperatures .in degreeu F
-- __..__ _ ._ ,_, ___ ____ ___ __ _.___________ -_ ~
3: crennel cell temp channol' col 1 temp- j ,- _ . _ _ _ _ _ , _ _ . , _ ___ i L 1 +77.668 2- +7u.4~4'- :
- . 1 +70.767 4 47).722 ,
1 S +70.843 6 '/2.059 I i . a
- - . _ , . . . . _ _ _ _ _ _ . _ ~ _ _ _ _ _ . . _ - _ _ _ _ . , _ _ . . . - - - _ .
?
. 6 [ AVERAGE TEMPERATURE a +03.6964 DEG. F~ AVERAGE PRESSURE .= +63.1992z PGIA i
-MASS = +643621,81 AVG-DEW POINT *EMP -w +77.9299- DEO. F '
Q AVG VAFOR FRESEURE = 4 4145 PSIA I i '. . - t t j l-. , i
-.1 l
. _ _ i .' . . _ _ . . _ - . - - _ _
___ )
'clact' c li f it 1 I N 1 E l- b ,t E D t (J u PATE 11. 1151 't L ' : n' :1.1 ! -
O t . T i, fDINT ?.L MM/4ii , 25!' s D/0 ! - 106 ) l i t :E' : O r; : .o
,re 'ure ] n e t r ue, en L . In c uuri t u c f mi.nc 1 or owur o channel pretpu e 1 +66 N. J 46614%
HtDs in u n g r c o !., f-
. _ . _ . . . . _ _ . . . _ . . _ - . _. ~ . _ . . _ _ _ . _ . . . . _ _ . _ _ _ _ _ . . - . - .. ..
chonnel temp, c hanlie i temp. channel t r: m p .
- 4 H9.1'/ 4 .
+00.424 7 +E9.4'6 4 + [10. 0 77 D 405.U29 6 482.7'?1
/ -+ 01. 8 9 i . e 400.01'2 9 4 0 S . " B t,'
to 479.'/7 11 4co.193 12 4CC.7f5 17 +O2.922 14 4GS,97S 10 > ? O . 0 " 16 +78.600 17 + 7 8 . '.2 7 I JJ " 7 E' . 4 ' ' . Dw C: 11 t e-ai .,o r a t u r b+ in de. gr w us F _ ! . r o r. e l mil tenp cisntml cel. tenp 1 +77.771 2 476.216 3 +70,Bu2 R 471.727 c b 4 7 0, -:j 9a o * ? L .1 . AVERIEi: TEMPERf.TtlRE a 403.6006 DEG. F AVERADE PRESSURE -
+65.1G25 fHIA MASS + +-6 47.4 7 7. SU AVG CEW IDINT TEMP u 477.9164 DEG. F AVG V,WDh FhEr5URE a +0,4147 PSIA G'
C il . or t c l t ffn 1
? !! 1 E B h r.1 E D ' E id h ,,1. !! ,i IELT MP DL: : 41 f,1 1 l N t a f OlljT Ut.'MM/d v . .H F L D/i ! E : 106 11ML z 07: 45 ti+> .ur= I r.t . r toa.-n t : an c mnts t heni e l or e Aur e rMnne1 ;w u rt,u r e 1 + W 'V : .__ 4660 .'
R 10: in Jeg oet F
. .. __ . . . _ = . _ _ _ . .
channeI temp. c h mnol temp. chanrel temp. _m _ m .- _ . _ . - _ ___-- -___, _ . . . . . 1 408.156 2 +09.411 ? 480.410 4 +5B.739 'i +E!. 010 5 4 R . 7 0 7 7 + B 1. 8 7 '? O 400.709 9 + 8 5 . .*,6 :' lu 479.294 .11 +Sti.TO - 12 +B0.764 1: 4
- 0. 9'l 14 4e5.9/1 1D +78.2e' 16 +70.6/1 17 +70.Tl5 10 + 7U. M 8 D o.4 Cel it mpe ature in detree;, F c har.n e l cell temp channel te11 temp 1 +77.482 2 475.71S
? 470.809 4 +71.760 5 +70.980 6 472.041 (W E R AGE TEMPERATURE = +G3.6816 DEG. F A'ARAEE PEE 55 LIRE = +65.1786 PSIA MASS ~ +643471.6?
AVG DEW ODINT TEMP + ' . 7 7 6 : DEG. F AVB VAPOR PRESSURE = +0.4119 P5'A
\
l l l
Cals er L ci: 11:s 1 I N 11.6f n idD L.E in HATE 11:51 TEST WW - n1 Al-if D6 f a F'D!!11 L. UMP %E f L U T DA1E - 1en T I P#i: , t<Ft; a O
$- r sure I n s t r u na- ,t , t ._ u ; f
- .m . . _ _ . . . _ , .. . . . _ - .
? " +1 pi ( . or < l untie l
_ p ta_ u m u r e 1 4: N.d / 4 %8 % 1 isi d t ca r r e s r c h a n rn? ! temp. channel temp, channol t e m r, . ! __ 1 + 68.14 :' 2 + 0 0 . ?.91
+HB "/.0 4 400 H30 5 +05.774 6 +B2.809 7 +01.090 0 480.810 9 +CS.!59 10 +79.40D 11 +U0.199 .12 480.701 1: +82.940 14 +05.9D7 15 & 7 0 . T '? :
16 + 7 8. L'r 2 17 + 7 8 . "*. 4 1 10 +78.454
--_ . _ . . . . . _ _ . _ _ _ _ _ _ . . _ . . . - _ _ . . . . . . _ _ . _ _ _ . . _ _ . _ . ~ . . _ . _ _ _ . _
Dm Cell temperatures m degreen F channel colI tcmp channel tel1 temp 1 477.708 2 +76.269 3 +70.017 4 +71.77S 5 + 71. '.12 6 + 7 2 . :'G S AVERAGE TEMPERATURE a 483.6727 DEG. f' AVERAGE PRESSURE = +LD.1777 PSIA MASS = +643442.31 AVG DEW POINT TEMP -, 473.9490 DEC, F AVG VAFOR PRESSURE = +0.4140 FBIA e O
-. , . _ . . - . - . . . _ - - - . _ . ~ . . . - . .
Ca3vt4rt ;11ffs 3 IN1LGNATED LE4t' RATE TEST TESTLMODE : STAl'LE DA1 A FOlNT
SUMMARY
-SHEET DATE : 186 TIME : 10:15 Prinsure ' Ins t rumen ts in c tm fi t e channel prewure channel pressure j 1 466206 2 466850 1
. . _ - . . - . . _ _ _ . _ . _ _ _ _ _ . . . . _ _ _ _ . . _ , . _ . _ _ _ . _ _ _ _ . . . . . . _ . _ _ . _ i N1 DL in tieg r e e s F Channel temp. channel temp. channel temp. j 1 +R8.093 2 +88,340 3 +00.34S. I 4 +00.772- S +05.701 6 +82.001 7 +G1.906 8 +80.018- 9 +05.325
{ 10 479.423 11 +GO.21b 12 . +S0.772 i t 13 +02.960 14 +85.943 15 '+ 78.410-r 16 +78.717 17 +78.332 18 +79.494
- f Dew Ts11 temperatures in tjegreer, F channel cell temp channel- '
- cell _ temp 1
1 477.827 2 +76.860
- - 3 +70.026 4 +71.783
. 5 +71.120 6 - -+72-082 . 5 P
-i i
AVERAGE TEMPERATURE =- +83.6666; DEG.'F-AVERAGE PRES 5URE = +65.1767. PSIA ; MASS = +643419.01
' AVG DEW POINT TEMP ' = +74.0996 DEG. F AVG VAPOR PRESSURE -= '+0.4169 PGIA O-t o
'i e
h i
~
. O i d J--. -l'- ---_
. .. . w .. : _ . _ :, _ - , . . _ - . - --, ,--.. _ _ . _ - .L.<,..,- ..._--.,...,.J '
i E a i . e r +. cl ifs : i
!! !(: rl 61 E D ! 1:54 f ATE TECT TEST M 0!~ f .' : ET AKE DafA POINT SUMMANv M 't.E T DATE : 106 11ME : I:N +
P r ru sure Instrument <, :n c tr o B
~he .e l o r n ::.u r u ctunnel pre .uro l
1 4 %3. ' 4 S eM 4 B , h l D s. in degreel, F _ - . _ . . _ ~. _ , _ c ha rin e l temp. c turin e l temp. channel temp. 1 4 00. t 34 2 + B G . _' 1 ' ~.* 480.714 4 +08.72Y D + 85.751 6 +02.812
/ +81.912 8 + 00.G1B 9 +05.350 10 +79.434 11 +80.224 J2 +00.795 13 +02.95S 14 +05.959 1S +'79.414 16 + 7 fa . 6 4 2 17 +78.347 18 478.511 Dew Cell temperatures in degrees F chenoel telI temp channel cel1 temp 1 +77.537 2 +76.104
- 3 +70.337 4 +71.G10 S +71.327 6 + 77. i r .
AVERAEE TEMPEFATURE = +03.6597 DEU. F AVERAGE PRESSURE = +65.1747 PSIA l MASC = + o 43 4 ~8 . ?r3 i AVG DEW POINT TEMF = +73.8851 DEE. F AVG V AF'Of; PRESSURE = +0.4139 PSIA i O~ t . i E________.-___________.___ ,.r- .-w---- -v---w-r - - *- v e
- i CALVETC' CLIFFS 1 L
INiCORATED LE6k RATE T E'iT TEST-MODE i - ST ABL F l DATA FDINT EUMMARY SHEET DATE I 106 TIME : 16: 45 Pronnuro Instruments.2n countia l
. _ __ .- , _ _ ..-_._. .,__ ______ .._. _ .. I a 'l chmtwl- per.e ure channel prew2ure '
1 +662fC 2 +66G46 .I i; 5-
!. )
_ _ _ _ , . _ _ _ _ _ _ _ _ . ~ . _ _ _ _ . , _ . . _ _ _ . _ _ _ . _ . _ . _ _ _ _ _ . . . _ _ . . _ _ ,. l 1-RfDs an deyrues F , channel temp. channel temp. channel temp. ! j
+C8.201 1 +83.047 2 3 +00.319 i 4 +88.650 S +D5.726 6 +02.006 .;
7 +81.922 8 +eo.010 9 +G5.293 ; 10 +79.446 11 +00.221 12 +E9.024 !
- =
13 402.960 14 40S.911 1S- +70.410 16 +78.670 17 478.360 18 +78.495 ;; l - f f
._. _ . _ _ . - . . - . . _ . _ . . . . . _ _ _ _ . _ _ _ . . _ . _ _ - . _ _ _ _ _ _ _ . ~ . .
Dew Col 1 temperatur en in degrees F channel cell temp channel cell temp 2 + 7S.G77 1 +77.121 - 3 +70,082 4 &71.817 , S - +71.104 6' -+72.174 -; s 4- .I
.s
_. .___,._____._._____.________._..-_.____.._a_
'l i
i i. F AVERAGE TEMPERATURE = +83-6403 DEG. F -; , AVERAGE PRESSURE i +65.1720 PSIA > P MA9S .= +643460.23 i AVG DEW FOINT TEMP e +73.7250 DEG. F AVG VAPOR PRESSURE w +0.4117 PSIA- {
?
?
l f.
't
- p f
O , F i a l.- l,~_ll_J',.,,,--.- .,~l....-UE---.a - - . - - - - . . . - - - - - ~ ~ .
^
----~*~~'"5
- ._ - _. .. - . - .. .-.-- . . - . . . . - - - . - - - - - - - - - - - . - ~ - - - ~ --- - . - . . . . - -
l l 2, I f c-
- uu. 4..r h <i . L~. e .
! ! a ' ELh,-i t ! !
- LEin kaTE IL I lEST %D : -i r ic 1
DATA POINT GUMM6FY ti nE l i D A T (i : 196 , l I f1F l 1 Ere cure It m ' rumen t - 2n o t wi tt
- oc . m - 1 or e mure hannel ;sr cuaure '
a 1 4 66a 1 c 4 66M4 4
- , . . _ - . . -- .- .. . .. . . . - . . . - , . ,..m Ri i .u in degr & s i channel L e.n p . channel 1. c m p . c h- ru m ] ' mr c 1 400,070 ? 4 f3 0 . ? 7 :
~~
+CB.Jth
- 4 400.690 S +B5.7D7 6 +97.D11 7 4GL 94' a 400.82G 9 4 8 5. '!O
! 10 +; .454 11 +00,227 1; 4 BC 81/3 a
- 1. 2 +0T.972 14 F8S.948 15 +78./'16 1e +7H.704 17 je 4 7tj ,_~/g; . ? j, $y 4 Dew Col 1 temperatutus un tj e g r t-e s i~
- h nni .e l .; e 1 1 temp c.hannel ce'I temp
, .;. - ,. < . c.-s . , . n
. . 3 ,. 5 8 ,, _
f +iU.871 -1 471,941 m. 4 7. , ). . , ., .y _. 6 .,7 ,1.m .
. . _ _ . _ . , . . . . ..__. __.____ ...~.__ _ . _ ..~..______..._-.._.. - _.-_ _ ~~
AVERAGE TEMPERATURE = +E3,65:9 DES. F AVERAGE FRESEURE - 460.1700 PSIA MASS .- +643411.A.9 AVG DEW FOINT TEMf' 2
+7?.84&9 DEG. F AVG YAPCR H:EMURE =. +0.4134 PSIA O
P
-l CAWERE CLIFFE1,1- __
.i LINTEGRATED LEAW RAiE TEST' ; TEST-MODE : S T A B L E -- '
-DATA' POINT
SUMMARY
MHEET JDATE- : 119e- ! TIME : 11:13. -- - a. k a ,~.,.,._-.__.._...-._m..,..-r..-,m..-....- _ . . . _ _ _ _ _ , _ . . . . , , I i Pressure Instruments in counts - i i
...-- q
[ chs 8 presure channel pressure il: l 1 466 80 2 +66044--
- 8+
I 4 i . _ . _ . , _ . . _ _ _ . . _ _ _ _ . _ _ . - _ . _ _ . . _ . . _ _ . . _ _ . _ _ _ _ . . _ . _ _ . _ _ _ _ . , _ _ - r R FDs in degrees F __ _..__..,.____,__..___,_____.._____.,.__a..w_ channel temp, channel -temp. . channel- temp. r L 1 +83.021 2 +88.258 3 +8P.250 [ 4 +88.710. 5 +85.737- 6 +G; 344 ! l '7 481.948 -8 = + S0. 8 51 - 9 +95,321.. l-- 10 -+79,527 11 +S0.278- 12 +00.824- ' !' 13 +87.9G1- 14 +8S 903 . 15 +78.431 i 16 .-78.724
+ 17 +78.360 18 +78.523
! t
. - , _ . _ _ _ . . . ~ _ - - . - . _ _ _ _ _ _ . _ . _ _ . _ . . . _ , _ _ _ _ _ _ _ .
Dew Cell temperatures"_in degrees F-cell temp channel channel cell temp-1 + T, . 4 2 +75.712 4
~
+70 890 +71.882 l 5 +71.110 6' .+72.233 i.
.- _ - ._ _._ _ - ~ _ - _ _ _ _ ..- _ _ _ _ __. . - _ _.. _,. _ _ -,. _ '
-AVERAGE TEMPERATURE = _+83.6560 DEG.-F AVERAGE PRESSURE. = +65.1708 PSIA MASS = +643410.50 11 AVG DEW FOINT TEMP e +73.8374 DEG..F i '
AVG VAFOR PRESSURE- = . +0.4132 PSIA 5
+
9
- o Y
- G. . -
Is T J D 3 i a
+ -
. . . , - _ _ , , ._..-...._.,__...___-._,,_.,...._..-,,._y, , , - , , , , , , . , . . _ _ , , ,,
l I CALVF.PT CLIFFE 1 INIEURATED LEM RATE TEST TEST "0DE - 7ABLE DAT A 'O ltJT
SUMMARY
SHEEF DATE : 191 TIME : 11:~ Pressure Instruments in c w n t '.,
-h3 +al pressure channel prec,sure ,
1 +66200 2 +66843 R T O :, in degrees F channel temp. channel temp. channel temp. 1 +87.995 '
+89.229 3 +eG.256 4 + 8 8 . 3 4 5 +05.751 6 +82.e53 7 +G1.771 E +80.891 9 +85.299 10 +79.565 11 +80.313 12 +80.945 l '* +87.006 14 +85.064 15 +78.462 16 +78.799 17 +78.385 1G +78.540 Dew Cell temperatures in degrees F channel cell temo channel cell t. e m p
~
1 +77.250 2 +7S.529 3 +70.806 4 +71.902
- 5 +71.386 6 +7 181 l l
, 1
)
-l AVERAGE TEMPERATURE = +B5.c684 DEO. F l AVERAGE PRESSLIRE = +65.1698 PSIA l MASS = +643402.31 i AVG DEW POINT TEMP = +73.7197 DEG. F AVG VAPOR PRESSURE = +0.4116 FS!A O
l 1 l
. - . . ~ . ~ - - - ... - . ~ . ,.~ - . .-- - - - - - - - - - - - - - - - - - - _ -
= ;
. q 1 L
n ..
.V .. . _
. CALNERT : CLIFFS 1- -
,.. LINTEG.RM ED LEAK RAT E- TEST TEST MODE': STAELEi ;i DATA-POINTeBUMMARY SHEET 1 iDATE : : les f _ TIME ~ : 11:45 _ n e
' t
,i '] _ _ _ . , _ _ _ __._ _ __._ . _ .__.,~ _ _ _- _ _ _ _ _.. ,__ _ _ _ _ . _ _ _ , j- Pressure Instrumen ts .in counts i _._... - .. , _ .-.,.._....__.._.-.._,._ _ .._ __ -._ _ ,.____ _- _ _,. ,_ . s channel pronurn channel pressure ; f.. e. 1 +66276 2 466843 - , 'F 8 *
-. _____.___._...___.a I Ds in degrees F
- c. h an n e l temp. channel- temp. channel
- tema , e
. _ _ _ _. _ .~. _ __ _ . _ _ _ __
i 1 +37.994 2 +G8.275 3 +89.227' ; 4 488.606 i '.. S +8% 720 6 -+82.910- . E 7 +81.979 8 +80.894 9 +85.286
~
10 +?9.646 lj +30.374 12 +80.886- l 13 +83.013 14 +GS.900 13 +78.503 1 16 +78.925 17- '
&78.465- 18 -+78.5564 ,J
! t L Dew Cell temperatures in degrees F , j- - _ _ _ . . , - _ _ _ , . - . . _ _ _ _ _ _ . _ _ _ . . _ _ _ _ _ _ _ _ . _ _ ; l= channel cel1 temp channel cel1 temp , u ._______ . _ _ _ . _ - _ _ _ _ . _ - _ _ . _ . _ _ j L 1 +77.200 :' +76.287 c 3 +70.923 4- +71.953 1 6. 5 +71.443- +72.322 t _ _. . _ _ ______ _ _.___ _ __ _ _ a _ __.._._.__ _ __ _ _ __ _ _ _ I t > b r.. ' AVERAGE TEMPERATURE = +83.6742 DEGi F-AVERAGE- PRESSURE ' = - - +65.16~98 - PSIA 4 r MASS = +643368.38 l AVG DEW COINT TEMP ~ =~ +73.9166 DEG. F AVG VAPOR PRESSURE = +0.4143 PSIA i i i '. l l 9
- s. 4 s
= -. . 1 u .+ t l s iW ! t t
?
re g y y y wy. y ,- n .-
-_ww.--....--e,,,,,,,,,-, w eiw . w w. ,.,%
.g,.,. -..,.nrgw+-.-.,.---s.--m-nwywe,eq.y.-
-m,e,-e..,-us_m-,=,u, - . , , . _ . .r,-4..-_w .-e_,,,_ .- - ,,.+,,,,,,,wer.-( ,,,,y,,,- -
_ _ _ _ _ . _ _ . - _ _ _ _ _ . _ _ _ _ __ _ .- .. .. ~ - _ _ - . _ _ - C6 ERI CLIFF", i
!!D EE+M Eb Lt a hnTE IEST TEST MODE : S T ALM. E DATA FOINT SUMMARf :llEE T CATE : let TIME . l '.' : 0 0
_ _ _ _ _ _ . _ _ _ . _ _ _ . _ . . _ . _ . . . _ _ _ _ . . . _ . . _ _ - _ _ _ . _ . _.__ ~________ _____-_ F . Inntruments in taants
'_i r.o r a . . _ . . . . . - _
..__.m .___._ _ , - . , . _ . . . . _ . . _ . _ . . _ _ _ . . , . . _ . - - - , _ - _ _ . - . ,
t.hm m a 1 pr e r,ur e channel presstre 1 + 662^/ 6 2 +66343 RTD> 2n degrees F channel temp. c heiinal t.e.n p . channel temn. 1 487.952 .- +88.199 3 + B 9 . "l4 7 4 +88.661 5 +85.705 6 +82,902
+a?.00o 8 +80.963 9 + 9 5 . 2 '7 3
.10 +79.628 11 +80.444 12 +80.909 13 +93.049 14 483.876 15 +79.564 16 +78.904 17 +78.524 18 +78.579 Dew Cel1 temperatures in degrees F channel cell t.e m p channel cell temp 1 +76.817 2 +76.536 3 +70.967 4 +72.001 S +71.603 e +72.364
___.._._____ _____ __ .__ _._.__ _ ,. ___ .___.____. _ _.._______ ,_____ l AVERAGE TEMPERATURE = +83.6932 DEG. F l i AVERAGE PRESEURE = +65.1698 F'SIA j MASS = +643345.44 : 1 AVS DEW POINT TEMP = +73.9192 DEC. F l AVG VAPOR PFESSURE = -+0.4144 PS!A 1 l l
@l \
s I l l t r r ,- _ __ _ _ _ _ _ _ _- _ _ _ . _ _ . _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _
_..y_._-..._.._.. . _ . ~ . - . . _ _ _ . . - -
~__.m_.___.-_ . . - . _ - ,
*' a W .
~[
)
- CALVERT. CLIFFS 1: 1 ,
-INTEGRATED LEAK EATE TEST- LTEST MODE.: STAPLE. ,
DA TA POINT --
SUMMARY
- SHEE T - DATE , f 106 1 TIME' : J2il5 ~..
4 i _,_.a_______,---.______.__,--_.____.-_____.,,-_-_____._..-- i a Pressurn Instruments.in counts e _. ._ _ ,_ _,__ _ _ . _._.- ____ .. .- _ .-. .. ~, _ . .___.-_..____. _a .. ; channel. prenure channel pressure 1 _h l' 466276 +66043 '
=;
.x RfDs in d e g r e e1., F ,
)_ channel temp. . channel temp. channel temp. ,
. _ _ . _ . . . . . . _ _ _ - - . _ ~ . _ . _ - - _ . - _ _ __
i 1 .+87.963 2 ~ +89.205 3 +88,191 i 4 -+8G.66S 5 --+85.688 o +92.945- l 7 +8 ' . 023 - 8 - +81.001 9 +G5.292- l 10 +79.60B 11 + 8 0.4 55. 32- +80.928-13 +83.049 -14 +85.920- 15- '+78.570 s 17- 18
- p. 16 .- +78.894 +78.537 1 +78.585 '
Dew Cell temperatures in degrees F.. ,
-t o~
chaanel cel1 temp channel cel1 temp x s 1 +77.015 2 +76.072 ,. 3 +71.017. 4 +72.077 :a i 5 +71.S37 6 +72.416- ; L i I *
+
- .I i
-A',ERADE1 TEMPERATURE = +83.6976- z DEO.- F l AVERAGE PRESSURE = +65.1698 PSIA r
MASS- u +64334S.94 l- AVG DEW PCINT TEMP- = -+73.0780 DEG. F lI i-AVG VAFOR FRESSUPE = +0.4138 PSIA i 1 u 4 f I f a r
- - ._ a __ _ .._ ,..c ~ , - ,, ,...a....-.,
. . . . . - _ ~ - -
C/iL'X f;I ClJFT' .- ItJ IEGR AT E D tJ AK RATE lLST TEST MODE - T!!d; E Darn FOINT $UMMARY EHEEi DATE - IFt
!It1E , i' .+
F r m nu r,- Instruments in c ausi t t
.. . - - . - . . - _ . . - _ _ , - _ . . _ _ . . _ . _ _ _ _ . . . . . . - . . . . . . - _ = _ . _ - _ . - . m.. ._ . . _ .
4 ctunnel pr e utir o thannel pret s. i i r o
- . ... _ . ~ . _ . . ~ . . . _ . _ . = . . _ . , _
1 + 6 n ~.J e 2 + 6 6 9 4 :' HID- in degrees F
- h e n n e .l temp, ch3nnel temp. channr1 +
0mp. _ _ _ . . _ . __ _ _ _ - . _ . _ _ . _ . _ _ _ . _ _ _ _ . _ . _ _ . . . ~ 4 1 407.944 2 +80.131 3 +89.200 4 + t!8. 64 7 9 +B5.702 6 +81.948 7 482.0 8 0 +30.9E,3 9 +85.2e4 10 479.628 11 +80.477 10 tEO.975
, 17 +33.032 14 +05.903 15 +"G.611 16 +70.944 17 +78.573 18 +78.576 d
i 6 - . . . - . . . _ . . - - - - . _ . _ _ _ . . _ _ . _ _ . . . _ _ - _ _ _ _ _ _ _ _ _ _ _ . _ . _ . _ . .. . . . . . Dew Cel1 temperatures in degrees F I channel cell temp channel cell temp ! 1 +77.117 2 +76.214 i ? +71.095 4 +72.087 5 +71.492 6 +72.479
.,,----=..-m,_.-._.,,%w_, .,, __w
.,,,,_..,,____..,,,,..,.,,,m. ,_%. . , , , _
4 1 i 4 AVERAGE TEMPEHATURE =
+83.7024 DEG, F l-AVERAGE PRESSURE = +6S.1696 PEIA '
I < MASS = +643329.67 AVG DEW POINT TEMP = +73.9553 DEG. F AVG VAPOR PRE 55UhE
= +0.4149 P11/,
2 i 1 i O1
. y_ -. . ~ . . . . - . - - - - _ - . _ . - . . - - - - - _ . . ... - ,. . - .. - , - .- - .. ..
-l
.. t
., i JCalvert: Cliff 5 2 e ,
j INTEGRATE D ~LEAE -RATE TEST _ TEST' MODE ~i'57.WLE"
- i
-:DAT A - F OINT
SUMMARY
SHEET; =DATE _ 186
~TJME : ~ 12: 45- .
__ _. _ _ -. __._ -. - _ - - - _ ._ ._. ____ _ - ~ a,___., . z1 Precaure I n s t rumer. t s .in counts
._ _ _ ~._-.,___.-&-_._____.~_ a.______..___..a._.._ s channel. pro nore t h. ael pressure v
1-- +66276 2 +66944 .1
?
u ____,-._...___m.____.-.__.._____-_-._..___.._._.__ , IO Ds in degrees F > channel temp. channel temp. channel temp.
; _ _ _ _ . , _ . _ . _ . _ _ - - _ . _ . . _ _ . _ . _ _ _ . w ._ _ . -- ;
. 1 +07.918 2 +80.160 3 +S8.180-4 +B8.633 5 +B5.696 6 +S2.965 . 7 482.069 8 +81.069 9 ~ +85.279 10 +79.731 11 +80.520 ~12 +80.981 13 &G3.088 14 +85.910 15 478.640 , l 16 +79.010 17 +78.582 13 +78.659' 7 Dew Cell temperatures in degrees F-
, . . . _ , _ . _ _ _ . _ _ _ . _ _ . . , . _ , _ _ _ _ _ , . . _ _ _ _ _ _ _ ~ _ _ . _ . _ _ _ . _ . _ _ _
channel cell temo channel cell-temp , 2 1 +77.317 +76.113 + 3 +71.145 4 +72.145 . 4
'S +71.493 6 +72.564 D
d AVERAGE TEMPER'ATURE = +83.7220 DEG. F
?~ AVERAGE PRESSURE = -+65.1708 PSIA MASS. s +643309.17 ;
q AVG DEW POINT _ TEMP =. +74.0048 - DEG. F_ - F AVG VAFCR FRCSSURE = +0.4156 PSIA 4 ji T. z J v.. .r
- t 4
^
_______E__zu_- 5e..,.-.a- ...h.. ,,, ., ., um,,,,,,_..r --
..,,.,.n, ,-.-7 m-,
9
C '.ert Cl t f f s 1 1I: Tb f.hhi4 T E^ D !.E/W R47E TEST TEST MODE : ST AI ' E D.%LA POINT
SUMMARY
SHEET DATE : 18i 1IME : 11: 00
. _ . . _ . . . _ _ _ _ _ _ . . _ . _ . _ . . . . . . . _ . . . . _ _ _ . _ _ . . . __- ._ _ _ _ _ _ _ _ _ _ . _ ~ . . _ _ _ . _ _ . _,
' r mm r e I n s t r un.e n ts la count <
m . _ _ . _ . _ - . . _
- . . _ . . . _ _ - = . _ _ _ _ _ _ _ _ - _ . . . _ . . . . . . _ . . . - . _ . _ . . . - . _ . .
thannel oressure channe1 prez sure 1 +66276 2 4fe845 n ! D-= in degree., F c h a n c. e l temp. channel tsnp. chonnel texp.
. +87.898 2 +68.148 3 EB.172 4 +eb.559 5 +85.710 6 4 9' . 01 t '
+02.101 8 +81."'9 9 + S 5 . ~'! 0 le +79.824 11 +80.569 12 + a 1. 0 2* --
13 +G2.129 14 +85.896 15 +78.712 16 +79.055 17 +78.c51 18 +78.710 Deu Cell temperatures in cegrees F < t t. ,n n e l cell tecnp channel cell temp l' +77.305 2 +75.776
# ,c .t . sno
. .~_- 4 o. < ., . ,an~ -
5 +71.8c8 6 +72.594 AVERAGE TEMPER.^TURE = + 6 7 . 7 2.7 4 dea. F AVERAGE PRESSURE u +65.1718 PSIA MASS u +e43302.00 AVG DEW POINT TEMP = +73.999" DEG. F AVG VAPOR PRESSURE =- +0.4154 POIA 1 0; i 1 l 1
_ . , . . . _ . - . _ . . - . . . . . . . . . _ . - ~ . . _ _ __- -
. _ _ . . _ . ~ - . _ . .
dalvort Cliffs.l. .
- IMTEGPATED LEAK HATE 4 TEST- TEST MODE;::STAELE DATA POINT
SUMMARY
SHEETL DATE: : 126
-TIME : - Ci1W
' Fressure I ns t rume n te, in counts 4 _ _ _ _ _ _ . _ _ _ . , . _ _ . - . _ _ _ _ _ _ _ _ . _ _ _ _ _ . . _ . _ _ , _ . . . . . . . - . _ . . . _ . _ . _ _ . . . _ . _
channel crewure channel pressure 4._..__ -- . _ _ _ _ _ . . , . _ . , . , , . . _ . , _ . - - 1 466276 .2 +66645 i 7 b 1
- . _ _ _ - . _ _ _ . _ _ . .____.____._________.,,______;_u_....___._
- RrDs in-degrees F -
s channel temp. channel temp. charnel temp. i 1 +S7.915 2 +83.137 3 +e0 .1 S * - 4 F88.610- D _ +85.699 6 403.03S. l 1 7 +82.096 C +81.137 9 + S *'. 201' , 10 +79.843 11 *SO.627 12 +81.,057 e
'3
_ tS3.143 14 +GS 901 iS' +79,7'C , 1-6 +79.101 17 +78.662 18 +70.769 --
-t
, 1 i
. . . . _ .. . _ _ . _ . _ . _ _ . , , . _ _ . _ _ _ _ _ _ _ . . ~ _ , . _ _ _ . _ . _ _ . _ _ _ _ _ . , _ _ _ . _ . _ .
-Dew Call temperatures in. degrees F-f l channel call. temp channel cell _ temp
_ _.~ _ _ _ _ _ . _ _ _ _ _ _ _ _ . - _ _ _ . . _ _ _ . l 1 +77.310 2 =+76.200 -
- 3- +71.305 4 +'2.381 ,
!. S --72.074
+ 6 +72.634 i 4
a J
-AVERAGE TEMPERATURE = +S3.7600 DEG. F; ,
AVERAGE' PRESSURE n +6S.1718 . PSIA
' MASS = +6432S4.06 1 AVG DEW POINT TEMP =- +74.1485 ;DEG. F
~
AVG VAPCR PRESSURE- = +0.4176 PSIA' ' 4 e P e-i i 4 I; J p _ _c__. _ _ _ . _ , . . . _ _ . , . , _ _ _ _ _ , . . . _ . _ _ _ . _ . . . . . _ . . . _ . . -
. . . - . . .. . . . _ ~ . - _ _ - . _ _ . _ _ . . _ - . . . _ - - . . . -. - . - . .. - . . - .
l-t l l I
'l
_. i v i . N f' # 1. '# f 9 l-
!111 EOi&T F.lf LUW HATE TEET TEE 7 MODE : TF71 l DATA'FOINT IUMMAR; O EE " DATE . Ien TIME : 11 M
! I'ressure Inst r umen ts 2n caaote l - _ , . - . . . . _ . . . . . _ . - _ . . - - . . . , - - - . _ - . . - . _ - . _ , . ch., o! :n e >.a u r e c ! .an n e l pra">ure 1 +66276 L +66046 l l k l i;'- A ri d a g r e c c, F c h o rw 1 temp. thanne. tema. -hanne1
- tem; L F .901 2 +88.L16 3 t9?.iti 4 + f38. 598 5 +85.696 6 +S7.015 7 402.145 8 +G1.149 9 +P5.2'i l 10 479.02 11 +80.677 12 481.07" 12 tS7,152 14 +85.931 15 +78.770 le +79.148 17 +78.714 18 +79.794 Dm Cel1 tem;m ra t u r en in degrees .i2 i c h a r,r m l cell temp channel cell temp 1 +77.064 2 - 7 5 . o .~ 5
, 7 1 . _.
- m , 4 g.,.,.,,.,
S +71.057 6 472.761 AVERAGE TEMPERATURE = + S 3 . 6 t 6 DEB. F AVERAGE PRESSURE +6S.1728 PSIA MASS e +643281.10 AVC3 DEW FOINT TEMP = +73.9659 DEG. F AVG VAPOR PRESEURE = +0.4150 PSIA I
}
O
., _ . ~ . . . . . ...___y_._._._____.-___..- _
- ~ _ _ _ . - . _ . .... . . - _ _ _ . _ . - ~
~
! ?_ '!
S f _ L Ca l v eri t LC l it 1 s-- -in :; lt!!EGRATEE LErW FM E 1VST -TECf MODE : ' qDT d DATA POItJT GUf1M ARY ' ShEE T DATC' : - iG6 =! _ TIME i O: 41-
-:--.,-.- . ~ . - - - --..--, . .w. ..-----,.-.. -.... - .
Pre uure Inutruments in counts j d _m,.,_,_=.__s_-..-..=.-____m_.__ _.-m _..-.-,-~-.,,...-.,__m_m.u..-m e annel o r e r :w r e channe!- p 4shure l 4 1 w--.,. x,--
+ n. . - ~ e-. m u.e . ~ -
11 46276 2 *e6847' I I _.==e=.,...:n..
.wme=-.,- .,.n===-r .qu,w_4.p .-w #m., p =. ,,, w.ts9.,..-w ,- u4m,_m,_s- e6 .. s.,
4 m,- r t i NTLa in dig rees F 'i i --._-....L .._ ... _ , . ~ , . .___ _ channa1 u*.rp, d annel temp. channel -temn + r
- i. , 1 407.006 2 +98.113 3 +G9-t?7 ,
a +S6.624 3 4G5,691 6 4 8 ? .^O % r 7 t02.171. -8 +61.197 9 + 0 5. 2 S'7
.t. o. i.7 9. . o. n ,- e 1 ,430.
s . m,1 .. 1-
- +o..m s
t m$ mm i
!? +03.184 14 +05.090 15 .. +78.820 6
!6 +79.187 17 - +78.739 10 +78.824 r
1 e.,..--
-~e...m....--ei . 5,=,--=em.--.e- - * =-% =-.~. . --m. .a. -.,s - . - <
,. - i
**. -M =d 6y 9*M'y.uma e 49e-e 6 s,e4 95. *e. &*v'mW.* W +.w 4.4e.tdm.eege+.*+J4 rew-TG- O g.1ghsee e.te J@m emi t. shag aree . me &.M .-pe ig,,.s. g,.gsgoe a y ei.n U3 : c harinel cell _tump c.hannel call temp ,
m f. _ . , _ - , _ - -- _ _ _ ~ . - . . - - _ -
>"t 76 f-4 **e 4_ ,] ,**.
z '.T *Q- . ,'% R -~'}
.,.?ei 4
-.a
. . g4 m c -M . , - +7mm . u- i-.d-I E
J g si.. . n e < !
. ~ . . . .-_.....-._____..,--______-._-u-__4.__--.- m--- i e
i 1 4 4 ,. -y f _ 89
- H-w- v L.p s rM orusc. c: ac,,J eL em.4 D T%e m ~.
n.rw< s. w*': s - w rs b, (. f M f+,w.wF. b u,~ +b, m':%** ft *
~;. h {~ *t
-4..-o#'",-
t
- e. r H \ p# net-> p a4 nn
- va +ri tv Tt .7 {,r.f +e*
- c.- 7oro. + v_', . e i
e_ a f. < t / /w '
- AVG VAPER PRECSURE m +0.41D5 RI A 3
e k k Y ]* + i (- t _ W _
m 4
*f .
. L ; ]I ' -
h/' D
,i{" T f #
mt4 v,- - c,,,~ ,
- r, - - - < -
- n. ., m, m <
104. 4 _. 1: a -a
+
T:n . a .$ QP
'r; In~ t n au (,t' . <>*
o r o ' .. ca : ~ t - in-] ;m t
- ~ . - - . . - _ - . . .
i +.. ;: + L c, ,
' ' . d- 3 r e, .,
' , , ta n. p . c l a r- el temp. -F;rnel tew 1 4 R7.N9 : 88.085 +0F,t4" a, w a_. s. r. y <
s . , . , . . ,o j2 c . c, -
- a_ .. 1 c,, -
..:.,,.. - ..v.f n t .ma.,a. . o.i.,s a g o,n...c ..c t 7 9 . 9 r/ e 1.1 + S 0. ' 'a * *
+31.t6' n -
4 4o .1o 4. 9 < Ln e_, . g o. ,, . t c_ . 4. , p. . p. a5 ._
,s c,n, .u,,-- 1 ,.
4 c,
.a + ,se u . ,i ,7, n w c.7 nw . r cd x1 De. N 11 temperatures in degree > F
_!4.,n n e l all tenp ch4nhel . Cell temp
< .t ,i e . w o~., - .. , c., . o 1 c: 3
~_ i , t . c. _. 4 9 4 -, 7. , . s. c o c
.7,. .. . i.nqt v C. ,,,.gan_
AVERAGE TEMPER %TURE = + 8 3 . ~7 5 4 D E r. . C' AVERACE. PRESSURE = +63.17S7 PSIA mqce. - . a a;L~.~am.v, . i a AVG DEW PCIAT TEMF = +74.OS57 DEG PVG W1POR F hEdiEUF E " -0.4167 F5:n i. O
, . . - - - - . - - - . - . - . ~ , . . - -
_. - ...___ _ .__.~... - - ._.-.- - __..g.-..,.__.-.-._.,._.
.. 4 i..
n . -{ e-
-1
?
- Calvert:Cll-?!a;-'1: - -
- IN TEGRATEC LEAERATE<TESTJ iTEST-MODE:: -TEST-
" ~
- DATA ' POINTo
SUMMARY
.' SHEETa
' DATE '186:
,. T I ME - - --14T15; ~ - '
i 1 l _ _ - _ . - _ _ _ _ ,- __.. _ -. _ a__ _ _- _,- . - _ y Pressure Instruments in cunts _ _ _ _ _ - - . _ _ _ _ _ _ _ _ _ _ _ - - _ . .._ - _ .. - . . . _ 2 -. -? 4 channel- oressure channel ' pres 90rn .
.1 +66276- 2 +65GSO " !
l-
- ____._ .. _ _ -..._.. - ~ _~.- _- - ____ .-_ a.___-____ -_a__ . ,
RTDr in degrees F E channe! - temp. -channel temp. channel temp. > _ _.m.. _.. _ . _ 1 +G7.8S7- 2 +88.087' 3 +G8.107 4 +98.612 5 +83.708- 6 .-+83.096
- 9
. 7 +82.237- 9 +81,277. +85.261' , 10 +80.055 11- +80.853 . 12 -
+81.219 :
13- +S3.239- 14- +S5.900 15 +78.906-16 +79.240 17 +78.793- -+78.892 l _ _ _ _ . . _ _ _ . _ _ _ . _ _ . _ . _ _ _ _ . _ _ _ _ _ _ _ _ _ . _ , _ _ _ . _ _ - . L-F Onw Cet1 teniperatures -in . degrees F lz 4 channel cell temo channel cel1 temo-1 :+76.705 2 +76.222 g, 3 +71.S95 - 4 -+72.660
; 5 +72.081 '6' +72.938 1.
t e i . AVERAGE TEMPERATURE-= +83.8219 DFG.-F , U AVERAGE -PRESSURE = +65.1767 PGIA MASS = +643229.81 i AVG DEW POINT. TEMP = +74.1447 'DEG.'" AVG' VAPOR FRESSURE =. +0.4175 . PSI 40 {t 4 4 f l-
- l. '
p 4 3'. a h f ._ a ,
. -.c--- - -, - . .-s.,,,,,-..-s_.,__r,.--,,-,_%,. ,,_,._,.,,,..,m_w.u,__e%,%-,,gfw.,g,w,,,
_ ,,ggn , m m.- .., m , ,y.e- n ,cg m y
r s ! ,2r t C11 #fs '
!N T EbhM FD !EM RniE 1 E 5l TEST MODE : TEST DATA POINT SUMMAR'( SHEE T' DATE : 186 7IME : 11.70 Pressure Instruments in counts channei n r e '., s u r e channe1 pre; wre 1 +66276 2 4 6e952 Hl Di, in degrees F c h a n n c .' temp. channel temp. channel temp.
1 +E7. SOS 2 +80.067 3 4BE 10' 4 +88.551 5 +B5.690 6 +87.134 t 7 482.266 G +81.309 9 +E. 'E7 10 +80.OE1 11 +80.874 1? +81.250 . 17 +82.262 14 +85.936 15 +7E,o"6 li +79.252 37 478.839 18 +70.924 Dtm Cel1 temper =ttures in degreen F - channel cell temp channel cell temp ; 1
~~
+77.U15 2 +75,506
+71.694 4 +'2.743 S +72.126 6 +73.107 AVERAGE TEMPERATURE = 4 83. er0 DEG, F AVERAGE PRESSURE = + (. S . 1 7 " PEIi
( MASS = +643239,17 AVG DEW POIrJ T TEMP = +74.1035 DEG. F AVG VAPDF PRESSURE = +0.4169 PSIA L O l l
. _ . , _ _ -. _ _ _ _ _ . . _ _ _ -- - - - _ _ _ . _ . , _ _ . . _ _ _ . _ _ _ _ . - ~ . _ _ . _ . _ - - _____~ - _ . _ _ _ . _ _ _ _ _ .
I f l ii i~ LCa1 vert C1iffs 1. M M F.GR A'I ED L E Ay. p A TO TEST -TEST MODE-: cTEST DA rA POINT SUMMAF,Y EhEET DATE. : 106 il TIME'- : 14:45 I
..._.__.-..-_..___-a._..__.___.___-.__.___.._-._.___.-, -
i:i Pressure Instruments _in counts _. _ __.__,... -~~__- - _._-.. - ____ ,___._._ _..____ .______- ,__. , 1-e t
,_ h nr n e l -orewure chanrol pressure -i 1 +66276 2 +6 bas 2 i
[ ': g g RTDs in degrees F
. channel L
channel t anp . temp, channel temp. 1- +87.708 2. +08.043 3- +a8.089 l 4 +00.606 5 +85.694 6 + 83 .1'7_4 ,
- 7 402.272 9 +S1.339 9 +8S.260" 10 +B0.117 11 +80.896 12 +81.277 J 13- .+83.279 14 +G8.926' 15- +78.965 -
l 16 4 7 9 . 2 8 17 +78.874- 18 .. +78.949-E l Dew Cell temperatures in degrees F channel cell temp channel cell temp i: _ _ _ , _ . _ _ . _ . _ . , _ . , _, __. _ _ _ _ . . , l'= [ 1 +76.777 ~2 +75.180 ' 3 +71.777 4 +72.822 d 5 +72.348 6- ' +73.230 , 4 j _ . - . _ _ _ _ , _ _ _ _ _ _ _ _ _ _ . . . _ . _ _ . _ _ _ . _ _ . _ . _ _ _ _ . , . _ _ _ _ s 4-I' AVERAGE TEMPERATURE. = +83.8423 DEG.. F- , F AVERAGE PRESSURE m- +65.1786 PSIA- 4 h 4-MASS c .' + 64 3240. 3E ' [ -AVG DEW POINT TEMP- =- ~+74.0331 DEG. F
- AVG VAPOR PRESSURE n +0.4160 ' PS I A -:
k , +
- l. '}
Ir b d.. . e i: i ~ __...._._.;..-._.__,__._._...__.__,;,_._..._.1,. -
. _ _ _ . . . . . . . ,,......a .
Cal .er t Cl;ffr ; I t !' EGR ATE *? LEM RATE 'I E S T TEST MODE . TEST DATA FOINT
SUMMARY
SHEET DATE : 181 TIME : 15 :' 0 -
, , . . - _ _ . _ _ . _ _ _ - . _ . _ . _ _ . , - - . ~ . . . = . _ . _ . _ . . _ _ _ . _ _ _ _ . _ _ _ _ _ _ . _ .
P r e v,u r e Int,tru wnts to countu _ . _ . - - . - _ . . _ - . . _ _ _ - . _ ~ . _ _ _ , . _ . _ . - . . . - _ _ _ _ - . - . _ _ .
- h r n o.,1 orenure channel prensure
. . ~ - _ _ . _ . _ . . _ . _ . . . _ . . _ _ . . . _ _ , _ . . . _ . . _ _
1 +66276 2 +66333
<TDL .t n degreer F
.._.. _. _ _ _ . _ _ . . . _ . . . , . _ _ _ _ _ . _ . _ - . ~ . _ . . _ _ . . _ _ _ _ _ _ , _ _ , . _ , . _ _ _ . . _ . - _ _ . _ . . . _
channel temp, c h ar,rn.z l t ein p . channel temp. 1 +07.805 2 +88.044 5 +S0.087 4 +88.577 5 -t 9 5 . 7 0 5 6 483.174
/ t82.205 8 +91.362 9 + 8 5 . '.1 8 10 +80.218 11 +90.932 12 +81.298 17 -G7. 306 le +85.939 15 +78.98?
16 + 7 9 . ".0 1 17 +78.907 19 478.973 Daw Cell temperaturoc in degreer, F . channel cell temp channel call temp 1 +76.464 2 *76.005 7 +71.881 4 +72.408 5 +72.415 6 +77.289 AVERAGE TEMFERATURE = +83.8607 DEG. F AVERAGE PRESSURE = +65.1796 oSIA MASS u-+647205.74 AVG DEW POINT TEMP = +74.1977 DEG. 5: AVG VAPUR PRESSURE = +0.4197 C'S I (4 l O'
f ' F ,
.Calvert.C1iff -1 1- '
. -1NTEGRnTCD LIAK RATE-TEST: TEST MCDE: :: TESl'. DATA PCINT :
SUMMARY
- SHEET: EDATE : - 10.t. --
- 15 : i Er
- TI ME "-
! _ m -_ _ _ . _._. ,____-_,..-___,.u__--_.:..,__. 1 Pressure:Inntruments-)n counts ! I. f _ _ . -_ .._ _._,__.._ _.__._. ___ _ __.. _ - -_- . :j channel pres sure channe1 pressure , 5 iD g 1 +66200 2- +66GS3 2 i s. ? i- w.._...____..s__-__._____-.______....__-.-...u.__.__._..-_. i i: < R1Ds in degrees _F: i- channel tenp. channe1 -temp, c h a nn e l-- ' temp. $, . . p
- ~1 C+87.702 2 +80.03S 3 +98.061' .
4 +88.557 5 +05.719 .6 _ +E3,241 i 7 4G2.348 0 +81.424 - 9; .~+85.234 t l- +BO.233 11 +80.972 '12 +81.352 l- 13 +03.328 14 +85.949 1S +79.000 -i i il 16- +79.313 17 +75.942 'le + 7 8 , '78 D t _ . _ _ _ . _ . _ _ _ _ _ . . . . - ._ - _ _ _ _. _ _ _ _ _ _ _ _. _ , - - _ _ ~ . _ _ _ , Dew Cell temperatures in degrees F j 9 _ _ _ _. _ _ ,__ _ _ _ _ _ _ _._._ _ _. channel cell-temp channel cell temp F a
'l -+76.724 . '2 +7S.436. +
U - 3 +71.934 4- +73.010 * [ S -+72.506 6 -- + 73. 3 53 - i. !- i p -
...._.___,.._.__........_...__.__.____..~___yu..
l F , I f h AVER 4GE TEMPERATURE'= +33.8741 DEG F > h AVERAGE PRESSURE = +6S.1916 PSIA-L MASS =. + 6.4 3213 . 63 - I AVG DEW FOINT TEMP =- +74.1656 .
.DEG,'F-AVG VAPOR PRESSURE = +0,4175~ PSIG d-( __
I l-ll ' 'S (r I3 i g __ Le j. U, h d . p g'. - 7 i:u. - --: -a__.. _ .-. ...._c_ . _ _ _ . . _ _ . _ _ _ _ _ _ _ _ - . _ _ _ _ _ _ _ _ . _ _ _ _ . . . _ _ . _ . _ _ _ _ _ _ _ _ _ - - _ _ .._.4._,~...-a
. _ . . . .. . _ . - _ - . . . . . . . _ . . - . . . - - - - - . ~ . . . . - . . . _ . ~ . . . - . ~ . ~ . . . - - _ - . . _ . . _ . . . - -
Calvert C 1 1 f f ': 1 If 4TEURATE D L E/W RATE ~! E S T TEST MODE , 7 Fil DATA POIllT EUNW F. i OHEET 4 r; ATE : IBb IIME 1$:'O
. _ . . - . . ~ . . _ . . . . . . _ . - - . _ _ _ _ . _ . _ _ . _ . . . _ _ . . . . . _ . . . _ _ . . _ _ . . _ _ _ . _ . . _ _ .
O ! Pr on3ure I n s t rumen t '- in ; ot.n t - s. c h antm l press se t h -m n e l pres 2urc 1 F MB? ? &n6055 t R*O in d , c,i r u r. I' channel t err p . channel temp. thannul t mt i . 1 + 8 7 , 7 7 +1 : +09.030
- WG.10~
4 +CD,577 5 +05.716 6 + 0 !'. 2 S 7
+02,"89 0 +81.472 9 +G9,7E9 10 + EK) . 2 b 8 11 + 8.1 . 0 4 7 l ': +9] 401 1 .* t 8 3 . .~ 6 ' 14 4-35.943 .15 9.026 16 +79.319 17 +70.G93 10 +79,023
- Dew Cell t emper atures in degrees F channel cell temp Sannel cell temp 1 +77.063 2 +75.935
.p ,/ .,.,. e e*alm o. .# s7 -.. , .y, ,r o w
a y ,em.. . emo m i u 4 , s . ,- .:m, 1 AVERA3E TEMPERATURE *
+B- . e9 34 eEe. e AVERA3E PRESSURE --
+65.1825 F":IA MASS = +643166.1!
N G DEW FOINT TEMP + '? 4 . -'.9 4 9 DEG. F' AVG VAPOR FRE'eURE = eO.4210 PSIA f f I O i m... - . - . .-. . -.
. . - - . . .,-.y - _ _ . . - - . . . , . .
v.? l . c z e t C 1. f ' litiTi W lLD LL a h,Oh. TEC1 TE51 MODE : TEP DATA PO Itj f EUMMARY EHt:E r DATE : 10-TIME : l' 1'
. - - . . . _ _ _ . . = . _ . _ _ . _ _ -. . . . . . - . . . . _ . - . . . . . . . , _ _ _
frunsure Instruments in counts cru r 41 orewurt chsnnr1 pressure 1 *L62a? 2 +663E7 hTD in degrem F
~
channel t e .1, p . channel temp. c h a r.n e l t o cm . ___ _ . . _ _ _ _ _ _ . _ . _ . . . . . ~ . _ - _ _ 1 + 87. 7-*~ I' +8G.OZ7 .
+ G F' . O to 4 +UB.S42 b +85.728 6 +97.252 7 +02.41J E +81.504 9 +85.797 1: + 0 s . 2.2 2 11 +91.098 12 +01 470
+0 14
- 1. .4 +95.951 15 + '9. 071 l 16 +79.42o 17 + 7 9 . O 5 18 479.060 Dew Cell temperatures an c' e g r e c *s F chanel cel1 t e m ;. channel cel1 temp 1 476.381 2 +75.955 3 +72.102 4 +72.199 5 4 . 5 8 4 6 +73.489 -
AVERAGE TEMPERAFURE = +83.9116 DEG. - AVERAGE FRESSURE = +65,18 3 PSIA MA3S c +643155.00 AVG DEW POINT TEMP = +74.4067 DEG. F AVG VAPOR PRESSURE = +0.4212 PSIA O
' a j ' er t L l 'i 1 t -:0
_ 1 IN T EGRA T ED LE/W RATE !ES1 TEST MUDE : G W1 T: DATA Palm GUMMfWY SHG T CATE a 1B6 i 1., 'l r .
,,.an O
P r e n si..t r e Instruments iii co nLw rP- nel orew > > h ,-. , i n e l pr esu m 1 +66?b7 +66f?50 RTDs . r. d e g r e r.n F c h e.4 r n a l t r.c m p . channel temp. channc! tc :c '
.1 4 f.a. 7, . < 'o u pa .' 4 3 an . ns'.. "a "
W., . . Y ' A 400.552 S +9S 708 /. +83 ??6 y
, ,n,u . r ~.. o r.
o 4et. . s. _ m*p 4 e, c .'.u. 4~ l' +00.327 11 4.i1.078 12 +01,478 t + p_ . . .p_ o 1 *e + g s . e. n -.o
. 3. -s 4 7, 9 . ., ..-3 16 +79.359 l'7 +79.063 .18 +79.09' Dew Cell temperatures in degrees F
. . . _ . _ _ _ . . _ . . _ _ . _ . . _ . _ _ _ _ _ _ _ _ _ _ . _ . _ . _ . _ _ _ _ _ . _ _ _ _ _ _ . _ _ _ . _ _ _ . . . . . . . . _ ~
channel cell temp channel cell temp 1 +76.757 : v75.793 \
,a + ,> ., . 1 w, i n
-+ . a . l a,a 1 S +72.920 6 +73.606 l
I AVERAGE TEMPERATLiRE = + P '; . 9 2 2 6 DEE. F AVERAGE PRESSURE :: "65.1845 FSIA MASS = + i 4 3-' 6c . 2 5 AVG DEW POINT TEMP = +72.8392 DEG. F AVG VAPCR PRESSURE = +0.3996 o';I A 1 l i
- 9 i i
i I I l 1
~ ._ - _ -._ -~ - -- -
-.- - ~ . _ _ _ - . -- -_ - - - . - - . - - . - - . _ -
B C il vwt Cliff) l'
- INTHEATED LEAN RATE TEST TEST MODE 1: Tf!5 T- -!
- RM S* . DA1A f01NT1
SUMMARY
"EHEE' DATE-' ] T1!1E . _i: . 'i
- b .,
1 l l 3 -I , - _ - - _ , - - _ - . - . _ _ - - - _ , . . _ - - . ~ . . . . . . . - - - . . - 1 P a nure Int tr umen tr; -in coun t' -
~
c%nnel - p r e.s w r o c hare ci . pre:-ure-
- . ~ - - . . , .. -_ . - ._....m , . - . _ , , ,
1 4e6Z97 2 -+ %D61
?
e.. .. c. _e- _ . _ . , , m ,w., m :,-- ew --..._e- <-~-e*.h . e._w +-vs s -; .. *e w e.~ . E .%.t i RT N r & gree ; F ' . . - . . - -._...__,...._..._.4.. _ .__..-_ -,._ _ _ _.m a _. 2 _ ur_- t I _ _ .g
% nnal temp. channel temp. channe?- -' arm t
+g 7 , 7 ,, 9w m ~
- 4. 8. 0 =
v ,c'o.i s- w
+ <
a .. q~~aa. n. m, s v.
?-
- a. m.s , ~ n o - -
- n. ame.e
- w t n.,. -
- m. ~ . ~ ,ey ,
j O 7 . 4ga_. - El p "7 4 g { . %.a f'l O. C. ) . 4. g 4 . 7 y7 ., . 9
*q 4 s .mn m ,m n ' 4 13- +odv 2. . i m - 1.". -
+o4% . ~ .o->-' ' i a -
!? .+0'4 447 14 +85.949 15 479.14S )
,t 6 t79,466 17 18
+79.109- +79.142 ,
_-_.._..--...__.__________.-..__--__._____.,_.._,a_.-___-- G ! Ocu Cell temperature.3 in dcgr een F l- _. _ _ _ . _ . _ _ - _ _ _ . _ _ _ _ _ _ _ . _ _ , . . . . , _ _ _ _ _ _ . _ . _ _ _ _ _ . . _ . _ _ _ . _ .
.:han n t:1 cell'Lemp' c%nnel cel1 temp G 1 ,
l 1 < 76.4T8 2- + 0 . ',.6 9 - i- v
+. .s ,. ,. %n
,4 - 4- -, .n. , s. u c e
4 8')
- +~ 7w. (.)[.)*>? 4> .
4 '7 "a . 7. 4 '+~C .
. ~ . . _ ~ , _ - . _ _ _ _ _ . _ . _ . _ _ _ _ . _ _ , , _ . _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ .
W 8 AVERAGE TEMPERATURE w + &. 949' DEG. F' AVERAGE PRESSURE o +6 5 ,1 E ~' 4 PSIA MASS = +642197.19-AVG DEW POINT TEMP- = +74.0624 DES. F-2- AVG-VAFOR PRESSURE = +0i4164 PSIW f 4 E i 1-d y 5
- 9,-
.+
f _ . , _ _ _ _ , ___m_ _ _ _ _ __ -w m-_-m. r-re-o-.4wmW-.-e -r -~P-'+-m 6-*-T---- i- *s-P*r'r9+twWW.t#F %F 9 m T-4'NP T MMM8' a-WW " .TN *"?P N S NN 'YN # ~'
. . -. - - _ _ _ - ~ . . .-. -.. . - . - - - _ . - . -_ - ._ - . . . . . . . . - . . . ..
i,. l-, r J! I N 7 Ft' F e' i l ' '.i ' 1aM . f. . . ' .. '= ' ' t. . : ! "i -, o 'i ' "m*m . , ..
*n l' A T A pol!JT J:UMM AR T -'F"' D A T i~ -
?n' J MI. 1 's l
1
.. . _ . - . . . . . . . . . . - . . . , . - - . . . . _ .. ...,,m . . , . . , . , . . , . , , . . . - . -
t c;. ,,r.. ir 4 - ,:v ! 3 t yn c..ta)i-1 I ,.,j s' .
# 1 )
I 1 4 f,t,20E . 4 6M3 $ 2 l I i l R T p t, in & g r ee', F
.~ . . .. , , _ , _ . _ _ _ . - . . . - . _ . . . , . - ,_
channel t c-m p . channoi temp, channel ! ce.a . 1 +f.r>i ,+r 9- .' + P.> .o . O n. 9
~
+ rJo ,
- q. .7 t. .
4 eCH,S2) + ! b . 7 4 ::. 6 + 8 -' 39t-7 + TJ ,, 519 8 +81.S89 9 +G S . T ' ~ 10 +H0.271 21 -+ a t . j t3 9 12 +el.550 1~ +GT.465 14 +GS.943 15 +79.16D l 16 +79.*07 *7 +79.j12 le 479,150 4 Dow C t' t 1 t.emperatures in degrees F thannel cell' temp channel ce!! temp
. _ . . _ . _ _ _ . _ _ . _ . . _ _ . _ _ . _ _ . . . . ~ _
1 + 7 S ., 7 4 1 2 & O ,. ! *, a
.v 7, -c .. .e I . . . . m31 4 .-
- y. .
~
> ~/ ; . m.. ms, ,3
,/- ,, c 3. -
[ l _ _ . . _ - . . . . . _ - . . . . ~ _ _ . _ - . . _ . , . . - _ _ _ _ . . _ _ . _ _ _ . . . _ _ . . . . _ _ . _ _ . . - _ _ _ , _ _ _ . _ AVERAGE TEMPERATURE = +83.9591 DEO. F AVER (4GE PdESSUFE = +65.1874 FSIA TIASS s +642.160.50 AVL DEW POINT TEMP = 474.1847 E95 . P AVO VAPOR FRESSURE r +0.428J F'4IA O
J, e t: 0t 1f_ 1 _ INTEURATED LE(d H A'! E I JT TEET MODE - 1! " DATA PO I t.l! BUMMARY JHEE' DATE - iP' IIME - l';14 Pre urr inrtruments in tot r tt chw m' pri o s are channel prewtn e
. _ . ~ - , ~ . . ~ _ . _ _ . . . . . - . _ . _ _ .
1 +66289 2 +6606~ N ' D i: in degreen F channel t e m p -. channel temp. :'ur n e l + ear 1 437.7'6 . +a? 07' +88.079 4 +BS.'01 5 +85.754 !- +8?. 421 7 432.56? 8 +81.649 9 +85.376 10 +00.400 11 +01. 243 12 +91.601 l '_' 487.471 14 +8S.945 15 +79.212 16 + 7 9 . 5 ?.8 17 +79.156 18 479.167 neu Cel) tem pe r e, tu res in degrees F channel cell temp channel cell temp 1 +76.617 2 4 0 . .6 6
+72.406 4 +7.455 5 +72.950 6 + 7 . 7 9 0 _
AVERAGE TEMPLhATURE t + 8 ~' . 9 7 7 5 DEG. - AVERAGE PRE!SURE = +65.1894 PSIr MASS = +64!.157.67 AVG OEW FOINT TEMP -
+74.1743 DEG. F AVG VAPOR PRESSURE = +0.4179 PSIA
r,
, . i> .v .,<r, ,
.a cs-.+-
L n I N TEORRI E D LEAL RAIF T EM TEST liODE : 1FST DATA POINT
SUMMARY
EWE l DATC - SP' TIME - 17: 'O - f e-scut _ Irm trumen t' in t ouri ts
. - . . . _ _ - - . _ . . _ . . _ _ . - ~ . . _ . . - _ . . , _ . _ . . , . _ ...._. . _ . . . . _ . . , . . .
c teroiul prccmure thannel premure 1 460271 .? t-66064 RIDS in degreen F __
- r. h s n n e l temp. charnal 'emp. chaarn] t a m i' .
4 487.757 o
- ta7.o"O +es.03n 4 + 8 8 . S ~~ ' 5 +35.'57 A +S~.427 ,
+92.620 8 +S1.675 9 +05.41?
tU i80.499 12 +31.288 12 +81,65A 1~ +B!.52P 14 +95.986 15 +7o.245 16 +79,577 17 +77.200 18 +79.202 Dew Cell temperatures .t n degrees F channel ce11 temp char cel1 temp 4 n i +7o.og,- t
... . , o.- . ,; 7 ,
+72.480 4 +73.512 S +73.056 6 67-*.736 _
AVERe^.GE TEMPERATURE = + 3 4 . 0 0 ".6 DEE, F AVERAGE PRESSURE = + 6 5 .19 0 PSIA MASS = +643156.69 AVG DEW POINF TEMP = +74.1004 DE3, F AVO VAPCR FRESSURE = +0.4169 PSIA O
._._______..__-.....__.._.._...._.._..______..-__.-_,_..__...,,__y.-m_..y._..y,,. -
'- u*
_g i
'-'*;i -- t +- ,
Ca lver t -~ C ) 111s ' i-1
- -INTEGRATED LEAR RATE TEST -
TEST MODE : uTEST 'I DATA: FOINT-
SUMMARY
- SHEE T DATE
.O - TJ ME
- '186-
; 11: 4 5>
.i
-1
- Pr'assuro-Instruments in-countn 4
- p. ~_.-_.-__.____-_.__-......______.___.,__x-_..____._.__. -
- j j channel oressure channel- pressure p _ _ . . . _ _ _ _ . . . __ ;
1 +66294' 2 .- +66866 f,- i , i RTDs in degrees F _ _ ._______ _ _ _ _ _.____.~ - _ _ __ - __ _ _ -._._. _.._ _ m L. channel. temp, channel temp. channel t e rn p . 1 +97.764 2 +S7.995 3' +98.041. . 4 +88.A84 5 . +85.745: 6 +83.470 7 : +82,; 64 0 - G + 81,, 719 ~ 9 +85.382 10 380.543 11 - +81.301= 12 +81.669 13 +83.548 ~14 +85.986 15 '+ 79.275-
- 16 +79.631 17 +79.231 18- +79.219' u
Dew C e l .' temperatures in degrees F channel cell temp channel -cell-temp 1 +76.007 2 +0.367 3= '+72.551 4 +73.358 5 +77.120 '$ - +73.841 AVERAGE TEMPERATURE = +84.0170- DEG. F -- , l AVERAGE- PRESSURE' = +65.1923 PSIA MASG' = +643169;88
-AVG DEW POINT. TEMP DEG. F.
+74,,0398
- AVG VAFOR PRESCURE
=-
+0141601 PSIA-P O +,
)
1 .---__L.--.- , - - . . . _ . . ,~--.n,..-u.a,.--g,, , ,.,s._:, , .; w n .. , n..-e:. ,..w ;,,,,,.w..m-,.,,.. , , , . -.,,
l l t . ,. s, . ..t.+
- - u r.s i.
sa e f. c.. 4 a INT EGRATED L EM RATE '!ESr TEST MODE : T c r7 - DATA POINT
SUMMARY
SHEET DATE - 1SA i i ,. m s- . . 1 p.. . c.y, < 1 I Prm ,u r e instrumnts u. count = c he nn I ar m ure channel pre wre
~.. . _ _ . _ . _ . _ . . . _ _ . . . . . _ _ . . _ , . _ . _ .
1
- 6R9 5 2 +c6867 R*Ds in degrees F
- . . _ . . _ _ . . _ . . _ . _ . ~ . _ _ _ . _ _ . _ _ _ . _ _ - . _ . _ . _ . . _ _ . _ _ _ . _ . _ , . , . . _ - _ . _ _ . . _ , _ , . _ . . . .
channel temp. channel temp. channr' t mT. , 1 +e7.'21 +-8 7 . 9 e 6 3 .se.o s 4 +FC.'46 5 +85.774 6 +83.500 7 +E2.266 8 + C 1 . 7 ? 9 +65.371 le eSU. 530 11 +81.337 12 +91.703 13 + 83.558 14 +S6.026 15 + 7 4 . '5 0 1 16 +79.590 17 +79.257 10 +79.J16 De ., Cell temperatures in degrees. F channel cell temp channel cell temp 1 +76.107 2 +t !??
, + ,.n.- . no, m *
.i.
- . n B ._
s
- e. A _, - .- , c, s. 3s ,
#s7 ~..\ . m. , a ie :-
AVERAGE TEMPERATURE = +84.0245 DEG. F AVERAGE PRESSURE = +65.10 0 P' IIA MA!3S = +643159.38 AVG DEW POINT TEMP = +74.1123 DEG. F AVG VAPDFt PRESSURE = H3.4171 PSIA 1 O 1 e - ,- - - - - - -
n _ . _ . _ _ . . . ~ - _ . _ . - - - _ _ - . . _ - - - . _ - - - - _ - - - 1 (4 d .c-- . 1.- 4.,-
-' . *4IWrtfCli;ffs-i *
-INTEGRATED-LEAV RA W' TEST- TEST MCCE : TEST.
o DATA POINT.
SUMMARY
-SHEET DATE -- : ' 186 :'
-TIME i 18s1S i
l-I ________...____.._____m.________..______._..___________.- l ,
- Pratsure lnstruments in counts 't 1 ... _ -_.__..__-~~___..-_.
_____ __~___.. _ . _ _ . . . _ _ _ . - t channel : pressure channel pressure
.__.____ ___ .-_a__ . _ _ _ _ _ _ ;
1 +66293 2- -.+ 6 6 8 A 7 -7 l' l l
~
.w___.__... t l- : f RTDs in degrees F
. _ _ _ _ . _ _ . _ . _ _ _ _ _ _ _ _ . _ _ _ _ . _ _ _ _ _ _ _ _ _ _ , . - . _ _ _ _ . . - -i l-channel -temp. channel temp. channel tc= m p .,
1 &B7.757 2 +97.986 3 E+09 02i ' 4 +88.464 b +85.763- 6 +S3.509 ' 7 +32.681 8 481.744 +8S.400 10 +e0.458 11 +81.321 12 +81.712~ 13 +83.SO3 14 +85.977 15 +79.321 t e, -+79.579 17 +79.258 '18 +79.330' 9
^
Dew Cs11 temperatures 2.n degrees F y c harne l ce11 temp channel cel1 temp i.
- +76.528 2- -+0.366 i ;- c. +72.627 '4 +73.62S- '
l
- i. . 5 +72.955- 6 +73.950-l=
- t.
AVERAGE :TEMPERATt!RE = - +84.0269
-DEG. . F-l- AVERAGE- . PRESStJRE = +65.1933- PSIA MASS =-+643136.50 .
1' AVG DEW POINT TEMP = -+74.2567 DEG. F
-AVC- VAPOR PRESSUREE * +0.4191 PSIA ;
i 4
- 3 p-9 .
i
. i l
.. _ . - . - . _ . _ . . _ . _ , . . , . _ . . .,_ _._.._ _ _ _ ____... ..... _ _ _ _ m ._, . _ ..-. _ .. _ _ _ , . m . ,._.;
C a l. > x t Cl.ff4 I t 'TEORA T ED '. kM. FA1E lE51 TEST MODE : T E1, T . DATA FDINT GUMMARY HU 7 DATE !9-
'IME : 2 8 : 3
Rrm ur e Inetruments an c. s antw
. . _ .. _. . . . . _ . _ . _ _ _ _ _ . . _ _ . _ _ _ _ . _ . . _ _ . . . . . . _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ . . . ~ . . _ _ _ _
- hannel oresutre channel prt m re l
1 +66297 2 +66967 4 degrem, F R T D '., . i n. - - _ - . channel te mp , :bannM temp, ctannel t.o m p . 4 r! 7 . ~' 31 2 +87.9S7 + e 9 ., 0 4 7 4 $c9.401 S +05.789 6 +97,555 402.717 8 + 8 1 . 7 9 9 +BS.446 10 +90.537 11 +81.3S9 .12 +8].7%
- 1~ +87.598 14 +86.024 15 +79.T 5 16 +79.608 17 +79.278 la +79.341 Dru Cel1 temperaturen in degrees F channo; c el1 temp channel cel1 temp 1 +76.387 2 -O,36a 3 + 72 . 6'7 9 4 +7-*,652 S +73.286 6 +73.962 i
I AVERAGE TEMPERATURE = 484.0477 DEO. C r AVERAGE PRESSURE = +65,1977 PSIA MASS = + 6 4 311.1. 5 6 t AVG DEW POINT TEMP = +74.2595 DCO. F AVG VAPDP PRESSURE = *0.41o1 PSIA I l l I i i I O l
1 s. 1
?
Cot. ort Cliffs ; ' IrH EORATED LEAE - RATE -TES T 1EST MODE : - fCGT S r l f:ATA FDINT SUMMAfW UHEET DATE : 186 l l 71 ME. -: 19:4B l Ff r e r s a r e J f rA t romten t ts an wuo t t t channej prcenure chanhe] - p re wu r ry ; 1 +66297 2 +6l.06H ~ l t. RfDs in degrees F , t channel temp. channel temp. thennel t0mp. ' , ~ _ _ . _ . _ _ _ _ - .._u.__. _ _ _- _ . _ _ _ _ _ . _ _
.l 1 10.7.70? 2 +87.974 3 4DO. 026 4 400.401 U-- +85.797 6 +83.554 7 +02.731 O +91.820 9 #G5.435. -
i 10 +H0.5n3 11 +81.41a 2 + 81. 7 a s, 13 +D3.62H 14 +G5.994 15 +79.341 = 16 +79.63.1 17 +79.272 18 +79.371 ! t 4 De all tcm eratures in degroes F' i . 4 chahnel cell temp. channel- cell temp 1 +'5.719 2 +0.364 , 3 -+72.723 4 +73.650 ' I 5 +73.356 m +74.047 i t t
- -~ . _ - . . . , . . - .., . . ~ . _ , _ . . ~ _ ,.c, .
...- a ,._~ ,,,, _.:.~. .
AVERAGE TEMPER 4TURE = +84.05S4 DE' G . : F , AVERAGE PRESSURE - 2 +65.194: ' PSIA il MASS s s ~3 4 J,14 0 .1 Y AVG DEW FOINT -TCMP = 74.0570 DEG. F 4 "3 VAPOR FRES$USE -= +0.4163 PSIA. - , P L 1 J 1 1 t
=- -_- =
fe a .m,
.N --ew- i_v,,.~-e,,r-__m,-m -w m.,-_,+.v,,.-,..,wweis .e,.--.,.-w-- s ee4.w--e s e-sq.o-.n- -, .- w s , m r e. w. e ,.e-.e w r=e- ger -'tv mm m.rw = g +dt-g a g um-c q - s
- e- r er. a ae M Wyear wig q--W y .-
I 1 a i c ta r t C11f4 ) l t J i t' !% .3 T r u L t. , ., lu,!! !! ,! lE-T MOT U 'L' ' ' Di,T A POI rr! EUMMtw 3m P' ri nair . TltT t l' < > I l l
- a < f n ,t : . , ;r+ i > t 1: 4 - ., u i t '
l 4 i i
<-+, t i r. e l v. r o sti r e
- c. h e n t u ' l i m cm s t w -
. 1 4 e e ',l9 7 : . t, ' < 4 ' 1
- 1. '
I I i I _ . - . . . . . . _ . . . . . . _ . . , = _ , . _ _ . _ . . , _ . _ . _. . _ _ _ _ _ . . . . .- _.~- _- i i th g ree , F H7D'_in _ _ , i i clannel teno, ct ,or] temp. chu,nol '- e- m ; . 1 i 4 i 4 0 '. * , , ' ' 2 +f?7. W,6 ' 409.070 t
'l 600.150 4 8 5. ~? 71 6 4 8'* . S 9 0 il i
~ 49? 7,'O O &Gt.851 9 +85.475
'. O +00.510 11 +81.400 1? 401,000 l 12 + 0 3 , ( 9 :" 14 +06.010 .1 S 4/9.3 4 ,
i 16 -'79.675 1 +79.%6 1P 479.391 i i i ...._._.._.._..-_m_ . . . . _ . . . _ . _ _ . . . . _ . . . _ _ - _ . - _ _ . - . _ . - . . - _ . . . D a.a Cel1 temperctures in c! e a r e e s F channe] cell temp channel c t'l l temp I i 4 r is. ...~. m.. ., n. . - , .t> 4 - ! 7 + 7 2 . '7 4 4 1 4 '3,7tz S + 7 . 3 0 9 6 +74;095 k I i AVERAG!. IE M5 CF ATUf E u +B4,0703 DEG. F AWRAGE PRESSURE --
*6S.195? FGIA M/4SS = + 64 2.100. 2 5 AVG DEW POINT TEMP = +74.2870 DEG. F AVG V4POR FRESOURE = +0.4195 PC I .7 O
j [ g
)fi I _ f. = li',I k. l } $.k i if '
- l. ![ b
)k I"$( i[! s j f
!li t !is ! O1lii >; < '" , Jt t* COTE 1- '
! ! Mi
' r l
j* +7? t.57 14 +G6.01? IF + 7 9 . ~. ' ' ' 36 17 10
# 7 9. 6% ) +79.3?? + 79.40H 4 . - I J E r: h n n rm l L t 11 t en:p clunnel cell t tmp vl b .1 '; - : ,9.*1t,
. +7?.70; 21 + 7 ' . ! ' 4 ~.'
b + 7 '* . 2 1 1 6 + ,*4 . 1 7 ' l (WE h; 6E ii MF'l R A1 UF:E = +84.0005 DEG. F AVE f %Gr, F REgm!RE 4 6 9,1 w,o pqin MA% m + t A ? 1 0 3 . '.1 AVG DEW F 0ltif T E MF' + 7 4 . 2 0 0 /1 0C0. F (WG VAPCh f -lif- OSUR'. +0.4190 '!i16
1.,, ,. o > t I'J '!!%T LI' . L m M I! ; L 1 Trq, Mtyjg . 7pr* D a i n f O !!J1 " L M "i# ' F. 6 DAfF 1 o
!!(q- "v.
i- :>e- , t o r, +. i t - .1 m nt-
<- t . .r u:1 or > .r o h.o ro m ! tr s'ure
_ . . _ . _ .+- . . . - - . 4, ,e..+ >.a; , ,
- ,3 4 .,
kiDa in degree 1 i: chancul t eir.p . 'r m e ' 4. i. *p. ch_! m} tmrn. 1 a- 7 45
- ga , mL 4 n g ,, , m y a 4 t? " . 4 5 0 5 405.80: 6 4 0 ' . t., l e a
' 4 0 ," . 0 0 1 8 601.06G 9 + R 5 , 4 7 ~'
". O a f N . .9 4 11 +81.459 I? +01.049 JJ +i'.69 14 + 0 t . t n17 15 +79.41' 1( 079."15 17 +79."A4 13 +'9.A UA h tin 11 t. e m pe r a t u r e r an Wgrees F r N mel crll temp channel ce'l t r;m p 1 '7 ta . 1. -L-*<
1 4 e. ) . 7 i. ,
~
n
+72.801 4 v ? .
S 4 n' ? . X 6 6 +'4.12D 4WERASE TEMPERATURE - +S4.0954 DED. F AVEf 0',GE FRECSURE = +65.197? PSTA MASS - +643004.10 AVG DEW FOINT TEMP = + 7 4 . 2 S 7 ~' PFB. C AVG VAPOR Pf(ESEURE = +0.4101 I" ' A O
I Calyerr C1iff% i !
. I f 41. EGR A T E D L E id PnTE IP f TEST MODF +
TNT l OnTA PO!fli EUMMARY-SHECT DATE 'TE
; .- 9 , + n..r 19 jn i
- _ . _ _ . . . _ _ _ - . _ . . - , . . _ . ~ . . _ . . . - .. ______....,m, - _ . , !
! 6-a m m y e 1re.tru unta to am ' - {
---. ~ .._ .. ~ ,.___ ._ _ -- _ _ _ _ ;
t ta ;m i1 procwrn channel premutre -I 1 +66298 2 466372 I i cl Rfon-in degrees F ; I _ _ _ . . . . . _ . _ . , . _ _ . . . - . . _ . _ _ . - . _ _ _ _ . ~ . . _ , . _ . . . _ . . . - . - _ _ _ _ _ _ _ . . _ -j 1 i channel t rnn p . channel t_e m p , channel temp. l S 1 +07.741 2 +87.9D4 3 +G9.041 1 4 +03.SO2 S +0S.806 6 40% 6?O l! l 7 +02.035 0 +01.892 9 +05.446 10 4H0.529 11 +01.406 12 4G1.068 {, 13 483.711 14 +G6.000 15 +79.422 it 16 479.750 .17 +7Y.362 19 +7".417 '? t i Dow Cell temperat.ur n in degrees F channe1 nel1 temp channel col 1 temp l 1 +76.268 2 4 0. 3M .[ 3 +72.06G 4 47.'.001 . 5 +73.339 '6 +74.20S i 2 i t
.. _. _- .._-_ ___ _-..._ _ _. _ _ _ _.,_.--_ . _ _ _ a !
e i i f
~
AVERAGE TEMPERATURE = +84.1011 DEG. T AVERAGE PftEGSURE a +65.'1982 FGIA- i MAES = +613085.63 l AJG DEW POINT TEMP = +74.3396.- iDEG. F 4 AVG VAFOR PRESSURE -e +0.' 4 203 - PSIA l f . , t i t L t I
._~,__-m__ -_.___._____...__.,-.__a.~__,.__ ..,___i__._.-,______..-.m . . . _ ._ .
t al..<-4 'llff .
;q rt r < t, ! L D L L+ d ItaIL
." 1 y ci i rit m n i q. :qM nt y a t: t-
! il
.s .'t
."'yg'-
MN :
?
*{r> '
, ,4,a , ,.. ,
s r 4
-e it. .t en i,* ar i .vit-i- , .e l or e wr( tie mn 1 pr e wen
.- . .n , , . . - ~ . . , . . . - _ . . . . -
1 + 6 6."r 0 ; 4 '- / < ; *: h t r: 3rs titnroeu F - c t a n rm ! temp. : hentm l temp. chtrnel t o m ri , 1 +37.717 2 + 9 7 . 9 5 ; +00.020 4, 40.?.497 + -
+ a S . Ep c; a .-H ;.. % 5
/ + U 2 . 0 7.? *U1.921 "> e05.496 iti +00.S: 7 11 +H1.433 1: +91.896 1 ~" +03.721 14 4 8 6 . tWl' JS 479.444 16 +79.$90 17 479.'.77 il 477.4?9 Drm Col 1 t emper a tu r ets in degtees F
, , _ . . _ . - . . . . ~ . . . . . . _ . . _ _ . . _ , . _ _ . _ . . . . - . . _ _ _ - - _ . - . . . _ _ . . . _ . . _ , _. .
c hantie l t011 iemp chonneI ce11 temp 1 + 7 b . 3 ',4 b 2 +f'1. 7 4./2
? +72.EG2 4 + 77. Ma
+/~.475 6 &'/4.2f;
. ._ _ . , . . _ _ . _ _ - . . . . . _ . _ _ _ . . _ _ . _ - _ . . . , _ ~ . . . . _ . _ . . . _ _ _ . _ _ . . ~ . . . _ . . . . . _
/WERAGE T E: MI E R A 1 U R E +04.100? DEU. F (WERADE PREEUr - + 6 7 ,19 g. , ,, pgyn MMS = +613070.B1 AVG DEW f *OIN T TEMF = +74.3GSZ DT G . r AVU VM'OR f 'RE S Silh1T = +0.4209 FSIA A
i
~i I
1 i 4 l a . t 2 I I C.a l ver t C l i f f s i ! INTEGkA TED LEM. RA TE ILDT 1EST MODE : 1G5: l 4 s 9 DATA POINT
SUMMARY
'3HE E i DATE 11ME
- 186
- 20 ?5 'j i
r i 4 _ . . . _ _ _ _ - - . . _ _ . _ _ _ . . _ _ _ _ . - . . - . . ~ . _ _ _ _ . . . . - _ . . _ . _ , . . . . _ f;r esaure Instru% nts in counts j- , , . _ . . . . _ - . . , . . ._ . - _ _ _ . . . _ - _ _ . . . . . . . _ . . . . _ . . . _ _ _ _ _ . - . . _ . . . _ _ i c h.arin u l urnt,wre channel preswre l - 8
)-
1 466298 2 +666/3 1 : u i f p . _ _ __ _.. _ _ _ _. _ __ _ _ __.-_ .-_._ _ . ____. .~ .._. . j RfDs in degrees F j [l - i l- channel temp, channel temp. channel. - . temp.. . . ; j 1 +87.727 2 487.970 3 +88.03? l 4 409.499 S +BS.791 -6 +83.674- l 7 402.888 G +81.913 9 685.473 ! 10 +80.510 11 +01.303- 12 +81.906 , l' +83.738 14 +G6.sO4 15 +79.436 [ 16 +79.705 17 +79.361 10 +79.434 i 1 l 'l 9 Drm Cell tempe ra ti.tr es, in degrees F
. _ . . . . _ _ _ _ _ _ . _ . _ _ _ . _ _ _ _ _ . . ~ _ _ _ _ _ _ _ . . _ _ _ - -
l channel cell tema channel cell temp
- . _ _ . . __ __. _ _ _ . _ _ . . t, 1 +76.396- 2 +0.366 1 3 +72.917 4 +73.876 ]
5 +73.588 6 W4.224 - l ! I
)
i 4 7 AVERAGE TEMPERATURE a +84.113B DEG. F- :i AVERAGE PRESBURE =- +65.1991 PSIA ! MASS' n +643068.50 ; AVG DEW FOINT TEMP = .+74.4239 DEG. F AVG VAPOR PRESSURE- =- +0.4214 PHIA - 1' 3
- f s
~
ly _ l-I e 1 I 1
. -i 1
I
- )
_ _ _ _ . - . . _ . . _ . . _ _ _ . - _ . . . _ . . . - _ , _ _ _ _ _. _ . _ _ _ __:._. _ . - .. _.____-__ n_, .n.-
. . - . . . . - . . . - - - - - . - - . . ~ _ . - . _ . . . - ... -- _. -.-.~. .- - . .. ..-.--- --- -
.l.urt r14 tt.
IN!Etdmith !!m fu Ti 1 1k;7 ft to . !!:41 1i<!n VOINT 'i' MMOk i .: ? F i : : Dlb T L' : !H' 1!*C 4 ' 9' i
, _ . - - . - . . _ _ . . - . - . . . ._ . . . . . . . . . . . . . ~ . . . . . . - _ . - - . . . - . . .
t r ..r ]n.*,!i w n i. ii . , int,
. . ~ . _
m- ie 1 ne o siir t- hen n e 2 orsur e 1 4667'O 2 +66H74 l
- . - . _ . - - . , - _. . . . . . . . ~ - _ _ . . - _ _ - . . . . . . . . . . . . . . . . . . .
l R1Ds in d eg r m > ', F I i
- c. h mn v 1 temp. c h.mn e l temp. th2nnel '. o rn p i
- - _ . , - - . .,,_- - , . . . . - . . . ~ . - . - . _ . _ , - .
1 487.715 J + 8 7 , 9 -* 6 *
+ 0 9 . 0 4
a ,Eu3.501 5 +BS.829 6 + 8 7 . 7 0 !, 402.97? O 6G1.962 4 ' 0 5 . 'J 6 - 10 +00.567 11 +B1.530 12
- H 1. 9'i?
1 _5 +07./D' It +C6.062 1 ". 4 -'O.469 , l ja +79 '47 l' +79.280 38 4-7 9 , 4 5 9 Orw Call temperature- in d e t; r eo u F I channel tell iemp cell temp channel _ . . . . . - . - . _ - . _ - _ . _ _ . _ _ _ . _ . . . _ . _ _ _ _ . - i 1 +76 *.47 2 +0.366 e ~
+ 7 n . p. .., n, . 4 + ,p nu.t,2 .
S + T' . 6 0 9 6 +74.JS9 l I AVERAGE TEMPERATURE = + B 4 .1 T?.B DEB. F AVERAOli PRT35URE -
+65,2001 PCiA .
MASS m 4643063.94 AVG OEW iDINT TEMP = +74.4297 DEG. F (WG VAPOR FRESSURE = +0.4213 PSIA I I l l - l l l l O
e 4 f.I I h '< p 4 I ! [ i
!h p l' l!
J,;'.:1 !i*!' ; j' u '..;Y' < 7.- 3r I I. : 9 f!- I: 4 f. # I L iI! $ i i 8 F f i !,4 if, } , .1 ( I, f
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. t ; t.; t J t t: . i .. , +:'. . 81' e, r3',-
4; ' s .' > i c 1 , 9 tq , >,, , .1 L' +10). t: 1 > H 1. % ) l '. ret 'a t
!' 4 ' l? 't 14 4 12 1, , (p5' If + ; 9 , 4 Fj il
$f . << . . ,t - ' p, j u. 4. .y r, . a .1 r. ... *';
su a 7 o . ~a 7t , t ti, . .,, I b '( f 5 ! d k k h cI .J [ (" .
! 4 ;73 . .1
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-9 *- - . - . . . __ ... , . . , , , , . ., , , , ,.
I i ( A VI. M .:-E I! f' E W T u h E *t4,4 't Et . '- l remCo F M-J _ . U F. - +e'.c ;i : c , I Mis ' + t .'} m iit i N.' u DO L) F1) I ' ll W,P 4 'd 41[" T-5: rw i s ,a[t f- i . E. E ~; oL -- a 0, 4 21.] e 6 l l l l l i 1 l l l i l M 1 I l
.eu.=Mam.= Gem m ma -se e d.En..meud- 'm-,s.d.4 esa hJM- - - -hMee. Sum'.J.J.Bm 444hhM deD. 4a ES- A me m.m eh t Ji.i.W.dbh
(, .g4 ;; 6 I f j ', E l l#t i l l i Ei-i' l'ii f ' I f r, T " r !_ L - ' 1 Diria FDI!! ! T.f MM 3ii 2; i ! TF $ l l . . -. - . -. . . . _- - .. -- .. - . . .... Lr - 'it *r1 v 6,t 144 *i F-E 1y 1f ?h I ;k3f d
. : l. '\f 4 5 ', k i kg g t 4
I a l - ..v. . i t $- { {'- -jk~O(5t i
. . ... . . . - . . --~--n - , . . - . . . .-n . , . , . - . . . . , , . . .
1 _I . [ l II k ' k } 67i e _I I) I3h.[ k $ b (~~f y ) [ f ~' ' 1 -'
' ;If h b
, , , s je
- f. . . vu u ..J.<I.gl 4dd. '/ ' I bIe . OI b b 4d[ '# "* 4 l
a2. m o +on.o e +ne. m j l'! + tt i ,1 G 6 11 '91.041 12 i O 1. C. R
- 1* ,
02.704 la + R !, . 0 0 7 15 + ' cm In -4 "/ . 74 4 j" 4 7r7. 4 4 4 ) IF +70 10' I i I / O i, .(? I } I Nipfil' 3 (llitpr j r. (j ty (g y' g [ - , [ _ . _ _ - ___ _ _ . . _ . . . - _..,-_.-........_-4 . _ . , . __ ~ ._~ . . .. . _. - _ - l l I linnne l cell temp clant. - 1 - c11 + v ey . i - ~ w - .--.-... - . - - - - , _ -. . . . I
^
l _{ +7I, 1~ u 4 l') , [' ' T') l l 4 7 s., g - * :.i<3 4 p794 . e o pz c; e
' 4 ,. ""
i
*) + 7 , 5 6 9 6 +
. - - . _ . . - - , . -~.~. --_- -- -- ,_...-.- --. - . . -=------.,~.-~,.. ~- --- - -.-
t AVERAGE TEMPERnTURE 404.147' LE. F t (nVERAGE FRESBURE e + 6 S . 201. ! f5 n j MASS = +642004.50 AVG DEW 00 TNT TEMP 2
-+ 7 4 . _' 7 8 2 OEO F AV3 YhPOR FF,E5fsURE = r O . C~9 P 1I A i i
?
O! 9 e
- - , , . . . - - --....._.__nn-,. - . - , - , . - . . , . , , ,.n. ,e,n.,,w,.
_ , . . _ . . _ _ . _ , . _ - - - - _ . _ _ . _ . . _ . . ~ . . _ _ . . _ _.I k 7 i a I P 31 v e r t. C 1 1. f f ; , INTCGHaIED 1.EAK hT,1 U fi 4;1 TEST MOcE : I LB T. [ DATA POINT GUMMain 9 F ,f " DATE r 19e ! , . I .' .M E. . .'l *. 1. -% 4 a
- - . _ ,,___ .. _.m. _ . . _ . . . _ , - _ . - . . , _ . . . . . _ . _ . _ . . , _ _ _ . _ . . . . .
Fw n n ur e Incht monts Jn c ;un tt , c harm e l prouuure channel pre mur' *
,+..m _ .- ...,. _ _ - . _ - . . . _ - . . _ - l 1 +66300 2 +66H7D !
)
t
-__.__.__....-__.__~._,..-.-__.u~_....,.a.._,..;..., !
, 6 PTDs in degrnon ' ~ channel temp, channel temp. t r an tu$ 1 't.e m p - r
~
1-. 007.'/22 ? + B:7.974 +0G.018 l 4 400 516 5 +3D.050 6 483.754 i l-7 402.939 0 +01.937 9' +BS.529 ; e
- 4. io ' 48u.439 11 +01.517 12 +81.95S -r 13 +93,790 L4 486.068 15 +79. SOS 16 479.678 17 +79.385 10 +79.490 ;
9 x I a l
@ Dew Celi tempera tur es in degrenn F
. - ~ ~ , . . . . . . . - _ . - . - - _ . . _ _ . , - - _ - _ .
channel cell temp . _ _ _ _ .channe3 _ _ _ _ , - cell temp i 3 T i +/S.916 2 +0.366-
- t +73.024 4 +73.96S- ,
, b +73.638 6 +?4.333 i.
.._.~.-,______._.,..-.-.._,._,.._.____;,_...____, .
-i 9
v. e
- tWER AGE TEMPERATURE = 484.1379 DEG. F -t AVEitAGE ' FRE55URt- a
+6S.2011 - FSIA I
' a 4o43n70.7S , MASS 1 I
- AVG DEW PO!!af - TEMP ' =- +7?.2853 DEG, F
- AVG VAPOR PRESSURE a to.419S PS
- A :
._1 f
b i'
}
g TI,
-1 .
b I i 1. 4
-{.
_,9 i ' f _ . . _ . _ _ _ _ . _.a_ .,,,, a. . c, . , .,4......,c. . . , . _ _ _ ,
.4 1 ,et E!2(t ]
I N il:bla,11.i> L Em R4(E t! I f E ',1 Mt h : T E c. T D4in iOINf ':UMMnkV " hee' %TE : 1% TIME : 1:
', in e i n .1 r u m et,t.s ;n ,in b,
' h _a r.. .e ] or o meir e- c !;-iritw 1 pra c. t +- >
_ . - _ - _ _ .n _ - . . - . --___ - . - .- 1 + 6n : W 2 m !, B / '
- _ . - _ . .. - _ . . . . . _ . . . . _ . _ . ~ _ . . . , - . . . . . _ , . . . . - _ . . _ . _ - . . . _ , . , . . - . . ..
Pl> in d mjr en , F _ channel t err p . c hann: 3 1 t c- m p . channe' ter; , t "-!3 :' . 7 21 -+38.000 + 00.O t t a + H4. W 1 h + 0S . T.S ' -
+92.772
+ 0 .' , ' ' 7 ? 8 +81.967 9 +0S.5"1 1;i +10.4n1 11 +01.192 l 4 i31. 9P S 1? +07.807 14 i06.0538 13 479.%35 .
16 +79.'1B 17 +79,412 le + 79. ' 01 Dew L: ell ten peratur. n 2n degn es F crannel cell temp charnt1 cell temn 1 +73.299 2 40.'So 7" . 9 7 ' 4 7. 020 4 + 5 +7',660 6
- 74.72'i _
o
.( . _ . ...~..___..,...,_,+-_o.. ,._...%e.,._..., ..__..,.e,,,.,...% .m.. , .% ,.
(WE T< AGE TEMF EfMTUfn ~
+G4.14~' OE .~ F (WE R AC E CHE980FE -
465.2011 PS1A MASS = + 64 7000. tM AVG DEW PO'.NT TEMP e +74.1447 EF3 F y A'/O VAPOP PkEEStlRE -
+ 0 . 4 2 5 E"f ! A O
l
I , . i. _
- p +) t. .i . ,31 t,- . . +r. r. p. :. T -
. r, ?
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c h.- n n e l cell temp chrnn91 cell t o :n p i +75.700 2 +G ~T. 6 6 l 7 47~.011 4 4!.931 5 +7?.79c 6 +70.264 AVEFU)GE TEMPER ATURE = + 5 4 .11 ~' 2 DEE. AVERAGE PRESSURE = *65,1991 PSIA MASS e + 647a/90.17 l AVG DEW Pt3 INT TEMP = +74.274S DEG, e AVG VAPOR F RES 6LhiE = +0.4193 PBIA I O I 1 i i i
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e ! i DATA POINT GUMMARY 'dHEE T a NTE : 100- : i 1]ME : . . AS l i-
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, Wesmire Irm trumc;n ts i n countu ,. , . . - _ _ _ . . . . . _ . - , , - . _ . - - _ . . _ _ . . . ~ . _ _ . . - _ . . - . - - . . . . - , channel pt n wur i4 channel . pro w-u re j 1 466300 7 -66R72 t I , . ._......._....___.___.-..__-...___._,._________,..a. ' [ R1 De in degrees F e . __.- _--.-_. ,__ ____... __._ _______._____.____ _ _ . ___._...__..a.__ > L c h. anne ? tamp. channel temp. ch=nnel tenn. l 1 +d7.715' 2 487.470 3 + C 7 ., 4 76 4 +138. 4 9 7 b +85.855 6 -+ 8 ~~ . 8 0 1 I 7 +82.999 8 +81.090 9- +R"i . 54 9
- l 10 4HO.179 11 401.346 12 +81,909 ,
! 13 403.328 -14 +86.082 15 +79.437 l 16 +'79.780 17 +79.009 18 49.435- l I [ h Cell teuperatures in degtene F. L ;hannel cell temp channel cell temp } [ - _ . . _ . _ . _ _ . . _ _ . _ _ _ a-1 475.639 2 +0.366 i 3 +72.973 4 373.873 !
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5 '+ 7 "". 6 2 0 6 +74.206-9' t _ ,_...--..,_..__.___..__._._2,__-__._.____._.___.__.._____..._. F l AVERAGE TEMPERATUEE n +84.j046- DEG. F AVERACE PRESGURE = +65.1982 -PSIA I MASS = +643193.S6' ! AVG..DCW POINT TEMP F +74.1014 DEG, F L AVG VAPDR PRESSURE r +0.4100' PSIA. .; i
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1 47".i.74" o. . +o.m%o .
? +7?.946 4 +?'.786
$ +7T.770 6 +74,?34 I .
i AVERME 'EMPC MTURE = + G 4 .1 0.1 DEG, F A VEFu G E h riSURE = +69.J9/2 PSIA MASS +641091.78 AVG DEW t GIiji TEMP e t 7 4 . ~'12 ; M.G. c AVG We'UR PRESEURE +
+ 0 . 3.1 E % F91A 1
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Y. . l ,i ' s L4 1n-t- Cli < ; I NT Ef,P AT!.D t .f:M, M10 1LT 1FTT MUDE : IU9T- I 0416 POINT W MAPi ! t-6 U T DAT! : 106 I . TIMF 77 9 *~ L - i l i , ! . . - _ . . _ . . . . . . . - , _ . . _ _ _ . _ . . ..z.._ . _ , . ~ . . . _ . = . . . . - _ . . . s ['r $ 9 h 11,1 f U } l i % i f ' t. lih te!) I,. . 1O { Att b [ iji t ch.nuol or m- nur o e t wii,rs i 9 tot or- _ . - - . - . . . . . - _ ,_ . _ . ~ . _ _ _ f
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l 1 +H7.'!1 ? + 0 7. 90? 3 400.0G9 , c 4 +HR.517 D +8S.900 6. r8?.HP1 ; l / +ir.766 a 401.869 9 405.5E7 !
- l. 10 4BO.14J 11 01.018 J2 401.804 ;
'e 13, 487.799 14 400,17? 15 479.790
+79.264 10
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16' +?9.740 17 479.422 t 1 1 . . _ . _ . _ . _ _ _ _ . . - . . . . _ _ - _ _ , _ . . _ _ . _ - - _ _ _ _ . _ _ _ - . _ . . . . . _ ' O De Un11
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l F L ,- 1 -. AVEf< AGE TEMPERATURE ~ . +84,1047 DEO. F ' AVERAGE F.RESBURE 465.1962 PDIO ! MAUS * +$43000.25 AVG DEN POINT TEhP * +74,2092. DEG..F AVG VAPD!4 PRESSURE - a + ':3 . 4101 -- PSLA t I h
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. h an r.r 1 remo. c h -rinel temp. channo! te r.
187.7?n 2 +97.971 ~' 480.014 4 4 U N , ' 3 5 +B5.876 6 4 9 ' . 7 9 ".
*BT.04' O 401.871 o +Fb.574 10 48 .157 11 481.'"? 1? +n!.864 12 +0? 1;40 14 + S!, . 0 91 15 + 7 9 . .' 6 1 16 +7G.774 3" +79,?51 10 +79.412 Un Cel' t emper at uret. ii-. degreen F
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clvrinel tell temp channel cell temp 1 +7h,405 2 +0 E. 4 l +7:.869 4 + 7 ~ . B.1 1 i , 3 + 7: . a61 6 +7a.1DP l i AVE %GE T EMF 1J: AT UR E e 4E4.0990 DEG, r AVERAGE PF EE5URE = 465.19SC PEIA MASS : +642095.1 AVG DEW FO!NT TZMP = +74.000$ DEP. F AVG .%POR PhEGSURE = + 0. 416!, PSIA i i l l 9
b s P l s j Cal.+' C1;'f. . !' I N f G! Nf t D L i-:M HnIE lE ;T lEST Mf]DE -Tch' I;A T4 P O!!.lT 'E UMMaf W JE!T DATI ; 1N a I TIME i 45 i i p - . - . . _ . _ _ _ _ _ . - . _ _ . . _ _ _ . - . . . . _ _ . . - . , _ _ . _ _ . _ _ . . _ . _ . = . . .. l t, . o ore i n.,i ruir.en t , in countu
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i. c h a n n e _? pr m ure c t :.> n n t+ 1 orcszure [ 4 1 &66290 2 +U.0LY i-- i- *
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l RfDn in de,grees F I
- channes temp. nhannel t rem p . chnnoM temn.
l 1 407.747 2 +B9.000 1 +00.0"5 l- 4 +00.401 5 405.H79 6 +03.954 l' i H3 2 .,9 S 4 8 +01.007 " + C5. 63'i 2 10 + 0 0 .17.9 11 +H1.321 12 +01.B78 p 17 4G3.839 14 +G6.192 15 +79.347 l 16 +79.710 17 +79.2S1 10 479,403 G Dew Cell temperaturet jo degrees F j c hrann e l cnll temp channel _ cell temp - 1 475.7SO 2 + 0. %6 -; i
+;2.040 4 97*.760
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l '. A.!FFAGE TEMPERM URE a +04.1000 DEG, F I --- AVERAGE PRESSURE u 463.1932 PS.IA , l MASS u +643U73.2S .i l .AVD DEW: POINT TEMP =' ' +74.1437 DEG. I
- l. ' AVG VAPOR FREESURE.- =- +0.4175- PSIA -!
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UI.304 12 40t,806 l l' i W1 044 14 406.154 l'; 479.541 16 4/9,724 7 >79,;an in 47o,405 l f
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l I AVERADE TEMPEfWiURE +HC.0995 CEG. F AVERAGE FENGUPE :
- M .19 4 ~ PCIO i
M(u;S u + 6 4 '~.0 6 0 , 3 6 sVG DD! POltlT TEMP .
+71 2569 DEP. F AVG VAPUR PRESSURE = +0 . 4 1 9 .1 PB1e 1
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4 t l { l '261 < o r t C l i t t t , 4
-I!nEGHATED i E AK RA: E .EUT 1EST MODE.: TC57-Min F01NT apMARY EHEET- DATE : - 19 ~
1' TIMF s <C: $S 1 h euuuro ! rmt rumun t F tn , om i ta 'l j - , . _ _ . .-.._...___....v. - _ - . _ _ _ - . _ . _ _ _ . . , _ . - - - _ . . . . , . _ . - - . j i thannel p r o u;u r e c hant.i: 1 nrennure i - . _ . . - . - - . - . . . _ _ _ . .
- 1. 46629E 2 +66869 I
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~*
- 1 +G7.'60 2 480.014 ,
+98.017- t l 4 + 0' . S0 4 5 +BS.943 6 +G3.837 i t
i 7 +02.969 0 +91.G61 9 485.600 ~ l 10 480,16 11 481.014 12 +81.066 'l 17 +P7.HD7 14 +96.210 15 +79.745- Ji 16 479.719 17 +79.251 18 +79.393 3 i i t. f
. _ _ . . . . _ . . . . _ _ _ _ _ _ . . . _ _ . _ . _ _ . . _ . . . . . _ _ _ _ _ _ _ _ _ . . . . . _ _ . 7 Dew Cel' temperaturen in degrees F j channel cell temp channel cell.tomn i
_ _ . _ _ _ __. _. - , _ _ _ . - _ . . . _ i i i +7$.403 -? +0.251 !
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, AVERAGE TEMPERATURE = +34.1171 DEC, F ; AVERAGE PRESSURE = +65.1947~ PSIA- -
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