ML17206A954
| ML17206A954 | |
| Person / Time | |
|---|---|
| Site: | Saint Lucie  |
| Issue date: | 07/10/1979 |
| From: | EBASCO SERVICES, INC. |
| To: | |
| Shared Package | |
| ML17206A953 | List: |
| References | |
| NUDOCS 7908100470 | |
| Download: ML17206A954 (111) | |
Text
FLORIDA POWER & LIGHT COMPANY ST. LUCIE NUCLEAR POWER STATION UNIT No. 1 REACTOR CONTAINMENT BUILDING INTEGRATED LEAK RATE TEST
SUMMARY
TECHNICAL REPORT Prepared for:
Florida Power & Light Company Prepared by:
Ebasco Services Incorporated Plant Operations & Betterment Dept.
July 10, 1979 Zg 08~00470
TABLE OF CONTENTS I. INTRODUCTION................... ~ ~ ~ 1 S UMMARY ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 2 III. TEST DISCUSSION A. Description of Containment...
B. Description of Instrumentation.... ~ ~ ~ ~ ~ ~ 3
- 1. Tempera ture Instrumenta tion. ~ ~ ~ 4
- 2. Humidity Instrumentation.... ~ ~ ~ 4
- 3. Pressure Instrumentation. ..4
- 4. Numa tron (Digital Vol tme ter) ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 4
- 5. Flow Instrumentation........ ~ ~ ~ 4 C. Description of Computer Program. ~ ~ ~ 5 D. Error Analysis.................. ~ ~ ~ 6 E. Description of Test.. ~ ~ ~ 7 RESULTS AND VERIFICATION.............,...,, ~ ~ ~ ~ 10 V. CONCLUSIONS...,,...,....,,..........................:......11 VI. F IGURES ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 12 VII. APPENDICES ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 16 A. Computer -'enerated Report 1". Integrated Leak Rate Test
- 2. Controlled Leak Rate Test B. Type B and C Test Results
'P I. INTRODUCTION A periodic Type "A",Integrated Leakage Rate Test was performed on the containment structure of the Florida Power 6 Light Company St.
Lucie Nuclear Power Station - Unit No.l pressurized water reactor in May of 1979 utilizing the "Absolute Method" of testing. The test was performed at the reduced test pressure (Pt) of 19.8 psig as specified in the Technical Specifications. The purpose of this test was to verify that the measured leakage rate (Ltm) was less than the maximum allowable operational rate of 0.24%/day by weight at the reduced test pressure (Pt).
This report describes and presents the results of this periodic.
Type "A" Leakage Rate Test including the supplemental method utilized for verification.
C
II.
SUMMARY
Type B and C tests were previously performed by Florida Power 6 Light Company station personnel with repairs and corrections made where necessary.
At the start of the Type A test, all valves were to be in their normal position for accident conditions. Exceptions to this valve line-up were noted during this test and are listed in the official copy of the test procedure which is on file at the St. Lucie station.
The first order least squares fit of the measured total-time data yielded a leakage rate of 0.052%/day with a calculated upper 95% confidence limit leakage rate of 0.057%/day. The first order least squares fit of the data using the mass point method yielded a leakage rate of 0.044%/day. The supplementary Controlled Leak Rate Test (CLRT) results (simple total-time method) verified the measured leakage with'in the allowable acceptance band.
>>2-
III. TEST DISCUSSION A. Descri tion of Containment The free standing containment vessel is 140' 232' 3/4" high with a cylindrical steel shell 1.903" thick, a 0.95" thick hemispherical dome with a 1.903" thick ellipsoidal bottom and a 2g" thick knuckle.
The vessel is constructed of ASME SA 516 GR 70 carbon steel plate and has a calculated free air volume of 2,500,000 cubic feet. The structure includes one personnel airlock, one emergency escape lock, one fuel transfer tube, one maintenance hatch,and one 28'quipment hatch. A circular polar crane runway girder and crane rail were designed integrally with the vessel wall.
I The vessel was designed and constructed in accordance with the rules of Section III of ASME symbol for a design internal containment pressure of 39.6 psig at a temperature of 264F..
B. Descri tion of Instrumentation The containment system was equipped with instrumentation to permit leakage rate determination by the "Absolute Method". Utilizing this method, the actual mass of dry air within the containment is calculated. The leakage rate becomes the time rate of change of this value. The mass of air (Q) is calculated according to the Perfect Gas Law as follows:
~PV = ~P~P) V RT RT where: Pa = air partial pressure free volume gas constant temperature Pt = total pressure, psia P = water vapor pressure, psia wv The parameters required are temperature, humidity and pressure.
The temperature and humidity with the exception of temperature sensor 23 were automatically output at 15 minute intervals via a data logger and printer. The location of the instrumentation is shown in Figures 1 6 2. The pressure readings were recorded every 15 minutes by the da ta acqu is i t ion team.
- 1. Te erature Instrumentation The containment was equipped with 40 precision RTD's. The accuracy of these detectors is within + 0.2 F over the specified 200 F span and + 0.5 F over the remainder.
- 2. Humidit Instrumentation, The containment was equipped with 10 RHD's. The accuracy of these detectors is + 2.5% relative humidity for a 0-100% relative humidity excursion.
- 3. Pressure Instrumentation The containment was equipped with 2 precision readout units (1 primary and 1 spare) with a calibration accuracy of 0.15% reading, resolution of 0.002% of full scale and readout of 100,000 counts = full scale.
The absolute pressure capsule has a range of 0-50 psia. The computed maximum probable pressure loop error is equivalent to 0.001 psia.
In addition a 120 inch large bore U tube servomanometer was connected to the same sensing line as the two precision readout units as an alternate back-up. The accuracy of this instrument is + 0.005 inches of mercury.
- 4. Numatron Di ital Voltmeter A L6N digital voltmeter (Numatron) was utilized to obtain direct readout of temperature sensor 23. This instrument has an accuracy of + 0.01 millivolt. In the case of temperature, due to utilization of a resistance bridge circuit, the voltmeter error contributes an additional
+ O.l F. Consequently, this temperature loop error is equivalent to 0.3 F.
- 5. Flow Instrumentation One Wallace and Tiernan rotameter with a range of 0 to 11 scfm and an accuracy of + 1% full scale was used during the supplemental test.
J 0
C. Descri tion of the Com uter Pro ram The Ebasco ILRT computer program is an interactive Fortran IV program written specifically for fast easy utilization during all phases of the ILRT and CLRT.
Data entry and modifications, if necessary, are readily accomplished by the data acquisition team. In addition to extensive data verification routines, the program calculates on demand, point-to-point, total-time or mass-point leak rates. The required first order linear regressions corresponding to the last two types of leak rate calculations are also provided as well as the total-time at the upper 95% confidence limit. Data rejection based on the Chauvenet criterion may be utilized in the analysis.
Both a priori and posteriori instrument error contribution to the leak rate are computed using the standard error approach. A priori error is based on nominal pretest conditions whereas a posteriori error is based on actual"test conditions.
Data storage and retrieval are enhanced by the flexible display of either sensor values or various computed variables in tabular or graphical form on the computer terminal. Data are recorded on magnetic tape to prevent loss during the testing. All data are stored on the computer systems in use with retrieval capability to any desired data base throughout the testing.
Temperature, pressure and humidity data are entered interactively via the computer terminal at 15-minute intervals. -Care is taken to record correctly and in a timely manner both on the data sheets and within the file system utilized by the program. Each set of data is verified by the data acquisition team; modifications are promptly made when errors are detected. Prior to issuance of this report, further extensive data verifi-cation has been performed.
0 The computer-generated reports based on verified data substantiate for both the ILRT and CLRT that a successful test has been completed in accordance with 10 CFR 50, Appendix J.
D. Error Anal sis Three types of error analyses are performed using the ILRT computer program. These types are a priori instrument loop error, a posteriori instrument loop error and a statistical confidence interval.
The priori instrument loop error is based on the standard error approach in which individual contributions of the various sensors and display equipment are added to provide the worst p robable error. The error is computed to a 95% confidence. Prior to the test, this a priori loop error determines whether the instrumentation system is capable of measuring the required leakage sufficiently accurately such that the error and nominal leakage do not exceed the maximum permissible.
The a posteriori instrument loop error also is based on the standard error approach and is computed to a 95% confidence. No simplifying assumptions other than constant containment free volume are made in the derivative calculations for parameter sensitivity in the standard error formula.
Instrument loop errors are computed from containment conditions once variable bias has been compensated. This leakage error due to instrumentation is then reported for both the ILRT and CLRT as the maximum probable instrument loop error.
A statistical confidence interval is generated for the total-time first order regression line of the simple total-time leak rates. The interval provides a hyperbolic region symmetrically centered about the slope of the mean of the regression line. The significance of this interval is that further observations of the leak rate should lie within this region 95% of the time.
E. Descri tion of Tests Interpretation of the final analysis of test data show results well within the specified limits for this containment as delineated in Section V (Conclusions) of this report.
The containment was made ready for the Integrated Leak Rate Test with final inspection and closure completed at 1830 hours0.0212 days <br />0.508 hours <br />0.00303 weeks <br />6.96315e-4 months <br /> on 5/23/79 and pressurization commencing at 1839. Pressurization was accomplished by utilizing up to ten mobile air compressors with a total capacity of approximately 10,000 scfm. These units were connected to the containment as shown in Figure 3. At 1954 on 5/23/79 a gasket for a handhole on No.l chiller dryer started leaking. The chiller dryer was removed from service along with five of the compressors, reducing the pressurization rate by approximately 50% until 2030, at which time the handhole gasket was replaced and all pressurization equipment was returned to service. Pressurization of containment was secured at 0255 on 5/24/79 with 21.6 psig pressure in the containment vessel, After an appropriate stabilization period, the apparent leak rate was determine to be .31%/day or about one and one third times the allowable. At 1300 the leak survey team detected leakage past check valve I-V07217 on containment spray header "B" and the system was realigned. At 1410 on 5/24/79 the rotameter pressure gage for P-52 was reading 10 psig. Investigation by FP&L personnel revealed that its manual containment isolation valve was partially open. The isolation valve was re-turned to its normally closed position. While collecting the pressure data samples from 1330 on it was noticed that the pressure decay rate had suddenly increased, investigation by FP&L personnel revealed that an operator had been instructed to close valve V00144 rather than controlled leak rate isolation valve V00143. The closure of V00144 had isolated the pressure sensors from the containment atmosphere. This valve had remained close for approximately 1 hour and 20 minutes. At 1530 on 5/24/79 the valves were placed in their proper configuration, with the official start of the 24-hour ILRT initiated at 1615 hours0.0187 days <br />0.449 hours <br />0.00267 weeks <br />6.145075e-4 months <br /> on 5/24/79. Trending and analysis of raw data indicated that temperature sensors 5,17 and 30 as well as humidity sensors 1,5,6 and 7 were reading erratic. These sensors were deleted and the effected sensor volume fractions were updated by the computer such that all calculations did not incorporate the deleted sensor inputs. The ILRT was successfully completed at 1615 hours0.0187 days <br />0.449 hours <br />0.00267 weeks <br />6.145075e-4 months <br /> on 5/25/79 with a calculated total-time leakage rate of 0.052%/day.
Health Physics sampled the containment air volume prior to initiation of the Controlled Leak Rate Test (CLRT) . The rotameter was adjusted to approximately 9.51 scfm bleedoff flow. This flow is equal to approximately
.235%/day.
The CLRT commenced at 2000 hours0.0231 days <br />0.556 hours <br />0.00331 weeks <br />7.61e-4 months <br /> on 5/25/79 with stable conditions in containment and was satisfactorily completed at 0045 on 5/26/79. Depressuri-zation of the containment commenced at 0145 on 5/26/79. The discharge was monitored with"'no gaseous or particulate activity observed. Following a satisfactory containment air sample, an internal containment inspection was performed at 0840 with the containment at approximately 0.20 psig. During the containment inspection no anomalies were noted. Prior to performance of the ILRT, Local Leakage Rate Tests (LLRT) were performed by FP&L personnel'o verify containment integrity. These Type B and Type C tests were performed on containment electrical penetrations, mechanical penetrations, piping system I
isolation valves which become part of the containment boundary under accident conditions, fuel transfer tube, personnel access lock, emergency lock and equipment hatch. The acceptance criteria for the LLRT is that the total leakage from these tests shall not exceed 0.60 (La). The total leakage from these tests was within these limits and the tabulated results are presented in Appendix B.
IV ~ RESULTS AND VERIFICATION The Type A Integrated Leakage Rate Test was conducted for a period of 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> starting at 35.943 psia with a total of 97 samples or data sets taken. The results of a computed least squares statistical fit of all data revealed a leakage rate of 0.052%/day with an upper 95/ confidence limit of 0.057/,/day (Total-Time Method), 0.040%%u/day (Total-Time Simple) and 0.044%/day (Mass-Point Method). The maximum probable instrument loop error for the ILRT was 0.003//day within a computed confidence of 95/..
S ince the least squares statistical fit of the measured data is a function-of test duration, the regression errors during the CLRT are high.
For the purpose of verificaMon of this test, the total-time simple leakage rate shall be utilized due to the CLRT data which are of much shorter duration as compared to the ILRT data.
Following satisfactory completion of the ILRT, a 4 '5 hour CLRT was performed. This test was conducted by superimposing a known leakage rate of approximately 9.5 scfm at 35.827 psia which corresponds to a leakage rate of approximately .235/ /day. The measured Simple Total-Time Leak Rate for the CLRT was 0.284%/day. It should be noted that no data samples were rejected in computing the results for the ILRT as well as the CLRT.
10-
V. CONCLUSIONS The Integrated Leakage Rate Test at Pt (34.5 psia) provided acceptable results as evidenced by the computer printout and graphs in Appendix A of this report. The measured leak rate is well within the specified limits. The acceptance criteria for the ILRT is as follows:
- 1. The maximum allowable operational leak rate shall not exceed 75% of Lt 0.240%/day at 'a pressure of not less than 34.5 psia.
As reported in Section IV, the measured leakage rate for the containment was 0.052%/day, with an upper 95%
confidence limit of 0.057%/day (Total-Time Method). The maximum probable instrument loop error is 0.003%/day at a 95% statistical regression confidence interval.
- 2. The accuracy of the ILRT shall be verified by a supplemental test where the difference between the containment leakage rate measured during the CLRT and the ILRT is within 0.25 Lt.
As reported in Section IV, the measured verification leakage rate was 0.284%/day (Simple Total-Time), which is well within the acceptance band.
VI. FIGURES 0
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439 EL.
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yS 26 3 7 21 l8p'L.<0.OO PLANS SECT lON 0 RHb (lo)
~p (go)
REACTOR CONTAINMENT t OCaT~ONS OF eTO sC>> a RHD'sl.o)
INSIDE ouTSIDK Pl'0-9 CON TAINMEHT co&'N'T Z sl~-24 '/g,-lT-29 l OOISI tI323)
I-YOOI39(I3H,) j'=yooIW(e2z YoOISO(I323) YOOI5Z(ITS)
P PI 526 00.8 C0NDEMsA7C 'Pof SERV0. YPOI53 {825) % A~S.
(TYP.) HANOI METER Pl Tl FI J"VDOIAI VOOl45{I3K3) 00-7 i@5 OO-I YAA@HETER, (I3Ã)
LLR TEST 'h" QAAIH J:I" IT.Z5
$ YbS7 VOOI4e(I323) Fl
! 00-IS r-vooIe{I325) x.vool43()325 ~
YOogS(I32S)
P I" IT.23 ~"x/g." RED.
(TV,.)
VOOl47 { 1323)
XVOOI42 VOOHS(I&2,3) I-IT-z3 (I324)
LI-R TEST /z. savH QTEsT SnS<IC CLPSS I FLOW DIAGRAM tLRT PRESSupE SENs~NG E. CGNTR0LLED LEAKAGE lNsT
PERM. TEMP.
5FI,OOIOO(1) TO ATMOS. INSIDE TEMP. PERM. PI PI 8'IT 19 (- CONTAINMENT 8"- IT.ZO ~8'- lT-17A I-8'IT-2I VOOIOS(323) VOOIO7(323) VOOIO'2 (SZ) 8"-IT 5 V OOIOe(SSZ) VOOI06(632.) C-VOOIOI(SIZ)
Ifl AIR 8"-IT- 14 2". IT- ZZ TI
- 00. 900 KN (324) I VOO 103 (324)
VOO Ill (M.1 ) IO 1
SEISMIC 3/4 DRAIN 4.
i I
3/4" DRAIN BLEAK TEST CLAS5 I LEAK TEST CQ 4'5N-5A 3" HOSE ~ TO DISCHARGE CANAL I
8"- 1T- 12A 8"- IT- I I@,
IA V00IIZ(323) V00113 (323) I MOISTURE.
(3zs) ~ 5-3 I PI Pl
~ ~ 3 002 I
2-5W-74 TYP.
'15 I
14 5'EPARATOR(TYING) I IB VOO114(3n) AFTERCOOLER I 8 O'T. 10A I MECK.
V00116(325) I 4800 SCFFI 3800 SCFM M01SmR I OeuN (nP) SEP. I B CHIRR I CHILLER ~ I DRYER IA DRYER 15 4"-5'A I
I I 8"- IT-8A I
tO I Cl PI O I Qu Tl PI 5.13 2'5.0 I
gn ~ ~$ N N 6m 4 38~
TI 51 I
VO0120(323) I VOOIIB(323) 38 8a~ 88 g'3 4.
I 3" (TYP.)
J 6"-SW-V, U IA FROi~f HYDRANT COMP RESSORS FLOW DIAGRAM ILRT PRESSURIZING 8 DEPRESSURIZING STATION ak g t )
VII. APPENDICES APPENDIX A. 1 FLORIDA POWER & LIGHT COMPANY ST. LUCIE NUCLEAR POWER STATION UNIT N0.1 COMPUTER - GENERATED REPORT INTEGRATED LEAK RATE TEST
LEAK RATE COMPUTED USING TOTAL TIME METHOD AS RECOMMENDED BY APPENDIX J FOR 10 CFR 50 (REACTOR CONTAINMENT LEAKAGE TESTING FOR WATER COOLED POWER REACTORS)
TEST PERIOD STARTED AT 1615 HOURS ON MAY 24,1979 A LEAST SQUARES FIRST ORDER FIT OF LEAK RATE TO TIME SHOULD YIELD A SLOPE OF ZERO AND AN INTERCEPT EQUAL TO THE LEAK RATE AS COMPUTED AT THE INITIAL START TIME THE EQUATION HAS THE FORM L=ST+R WHERE L CORRELATED LEAK RATE S SLOPE OF CORRELATION T TIME IN HOURS R INTERCEPT LEAK RATE LEAK RATE 0-001 HOURS + 0.018 PER CENT MEAN 0.035 PER CENT INITIAL CONTAINMENT AIR WEIGHT = 437052 LBS.
FINAL CONTAINMENT AIR WEIGHT = 436877 LBS.
FITTED MASS POINT LEAK RATE IS 0.044 PER CENT PER DAY FITTED TOTAL TIME LEAK RATE IS 0.052 PER CENT PER DAY SIMPLE TOTAL TIME LEAK RATE IS 0.040 PER CENT PER DAY TOTAL TIME LEAK RATE AT UPPER 95so CONFIDENCE LIMIT IS 0.0579$ PER DAY MAXIMUM NRC LEAK RATE OF 0.240 PER CENT PER DAY GIVEN FOR LOW PRESSURE TEST AT 35.94 PSIA MAXIMUM PROBABLE TEMPERATURE LOOP ERROR IS 0.008 DEGREES F.
MAXIMUM PROBABLE PRESSURE LOOP ERROR IS 0.0005 PSIA.
MAXIMUM PROBABLE HUMIDITY LOOP ERROR IS 0.044 PERCENT."
MAXIMUM PROBABLE INSTRUMENT ERROR IS 0.0030 PERCENT PER DAY WITHIN A COMPUTED CONFIDENCE OF 95.00 PERCENT
'e 17- 33 ~ 65 ~ 81 ~ 113.
a.sooo CONPUTEQ LERK RRTES RELRTIVE TO LIMITS x x STATISTICAL TOTAL LEAK RATE CONTAINMENT DESIGN LEAK RATE NRC TECHNICAL SPECIFICATION LIHIT CI tNSTRUl'ENT ERROR LIl'IT REDU" ION v v COMPUTED FIRST ORDER EQUATION 5 0.8000 4 I
~ i xxxxxxxxxx M
~.
5 CI 0.0000 hl SS lsJ O
-0.8000 CI
-1.6000 x
x
=2.4000 0 240 480. 720. 960. 1200. a44o. a68o.
TINE IN N I NUTES
17 '3 EBRSCO SERVICES COMPUTED INCORPORRTED
~ 49 FITx RELRTIVE x
6S TQ
~ 81 '7 '13 CRITICRL LINIT SIMPLE TOTRL TINE LEAK RRTE
'.3400 INSTRUMENT ERROR LIHIT REDUCTION v v COMPUTED FIRST ORDER EOURTIOH OREEN OCTROON STAT I ST I CRL REJECTION 0.2600 0.1800 0.1000 x
x X~XXX" xx Xx X 0.0200 xx x
-0.0600 0 240 480. 720. 960. 1200. 1440. 1680 T INE IN NINUTES
0.41OO 17-CONPlJTED 33 'S LERK RATE F v
~
IT RELRT I,VE CONTRIHHEHT DESIGN LERK RATE 81 '13.
NRC TECHNICRL SPECIFICATION LIHIT INSTRUMENT ERROR L It')IT REDUCTION COMPUTED FIRST ORDER EQUATION TO LIMNI TS 0.3300 5
~ t Isl a
4 cn 0-CC n 0.2600 Eh IC Ch 0.1700 0.0900 0.0100 240. 480. 720- 960. 1200. 1440. 1680 T I ME IN MINUTES
e
7 ~ 9 ~ 7 ~ 13 ~
36.0000 RVERRDE t"ONTRINNENT PRESSURE 35.9600 35 9200
~
35.8800 35.8400 35.8000 240. 480. 720. 960 1200. 1440. 1680.
0 .-
TINE IN MINUTES
EBRSCO SERVICES INCORPORRTEO 7 ~ 3 ~ 9 ~ 5 ~ 7 ~ 13 ~
89.6000 VOLUNETR I CRLLY HEI BHTED CONTR INNENT TEHPERRTURE I
UJ QJ 89.2000 CL U
I V3 UJ 88.8000 UJ cb LtJ C3 88.4000 UJ l
CC 88.0000 UJ CL QJ I
87.6000 240. 480. 720 960. 1200. 1440. 1680.
0 TIME IN MINUTES
EBASCO SERYICES INCDRPORATEO 7 ~ 3 ~ 9 ~ 5 ~ 7 0 13 ~
0.4006 YOLUNETR IL'RLLY NE I DHTED YRPOR PRESSURE 0.4000 0.3996 0 3990 W
W X g gled NP 0.3986 N NW N 0.3980 480. 720. 960. 1200. 1440. 1680.
0 240.
DESCRIPTION OF VARIABLES AVG. TEM VOLUMETRICALLY WEIGHTED TEMPERATURE.
AVG. PRE AVERAGE PRESSURE.
VAP- PRE VOLUMETRICALLY WEIGHTED VAPOUR PRESSURE.
LEAK COM LEAK RATE COMPUTED FROM FIRST ORDER REGRESSION.
LEAK SIM - LEAK RATE BASED ON TOTAL TIME CALCULATIONS.
LEAK MAS LEAK RATE FROM MASS POINT FIRST ORDER REGRESSION.
NOTE FOR TABULAR DATA TABLE VALUES OF ZERO SIGNIFY EITHER 3.. DATA IS NOT APPLICABLE TO THE CALCULATION OR
- 2. SENSOR HAS BEEN DELETED FROM THE SCAN.
VARIABLE TABLE
SUMMARY
SAMPLE DELTA AVG. TEM AVG. PRE VAP. PRE LEAK COM LEAK SIM LEAK MAS NUMBER MINS DEG. F PSIA PSIA PER CENT PER CENT PER CENT 1 0 89.050 35.943 0-400 0-018 0.000 0.000 2 15 89.025 35.941 0.400 0-018 0.005 0.000 3 30 88.995 35.939 0.400 0.019 0.001 0.001 4 45 88.966 35.938 0.400 0.019 -0.040 -0.036 5 60 88.933 35-936 0.399 0-019 058 -0.059 6 75 88.903 35.934 0.399 0.020 -0.048 -0.058 7 90 88.887 35.932 0.399 0-020 0.005 023 8 105 88-864 35.930 0-399 0.021 0.018 0.002 9 120 88.838 35.928 0.399 0-021 0.032 0.022 10 135 88.813 35.927 0.399 0.021 0.012 0.023 ll 150 88 '88 88-765 35.925 0-399 0.022 0. 003 0.019 12 165 35.923 0.399 0-022 0. 010 0.019 13 180 88.749 35.922 0-399 0.022 ~
0-021 0.023 14 195 88.725 35.920 0.399 0.023 0.028 0.028 15 210 88-702 35.918 0-399 0.023 0.034 0.033 16 225 88.676 35.916 0.399 0-023 0.028 0.035 17 240 88-663 35.914 0.399 0.024 0.046 0.042 18 255 88-641 35.914 0.399 0.024 0.041 0.045 19 270 88.622 35.912 0.399 0-024 0.039 0-047 20 285 88-604 35-911 0.399 0-025 0.036 0.047 21 300 88.583 35.909 0.399 0.025 0.037 0.047 22 315 88.565 35.908 0-399 0.026 0.040 0-048 23 330 88.548 35-906 0.399 0-026 0.041 0.049 24 345 88.529 35.905 0.399 0.026 0.039 0-049 25 360 88.510 35.904 0.399 0 027 0-039 0.049 26 375 88.497 35.903 0.399 0-027 0.037 0.049 27 390 88.475 35.902 0.399 0.027 0.032 0.047 28 405 88.464 35-900 0.399 0.028 0.042 0.048 29 420 88-443 35-899 0.399 0-028 0.036 0.047 30 435 88.427 35-898 0 '98 0.028 0.033 0.046 31 450 88.417 35-896 0-398 0-029 0.039 0.046 32 465 88.397 35.895 0.398 0.029 0.035 0.045 33 480 88-383 35.895 0-398 0.030 0.034 0.044 34 495 88.370 35-894 0.399 0.030 0. 035 0.044 35 510 88.359 35-893 0-398 0.030 0.035 0.043 36 525 88.348 35-891 0.399 0.031 0.041 0.044 37 540 88.330 35.890 0.399 0.031 0.039 0.044 38 555 88.324 35.888 0.399 0.031 0.050 0.046 39 570 88.306 35.888 0.399 0.032 0.039 0.045 40 585 88.292 35.888 0-399 0.032 0.036 0.045 41 600 88.283 35.886 0.399 0.032 0.041 0.045 42 615 88.268 35.885 0-398 0.033 0.039 0.045 43 630 88.254 35.884 0.399 0-033 0.039 0.045 44 645 88.241 35.883 0.398 0.033 0.038 0.045 45 660 88.232 35.882 0.399 0-034 0.040 0. 045.
46 675 88.218 35.881 0.398 0.034 0.040 0.045 47 690 88.211 35-880 0.399 0.035 0.042 0.045 48 705 88.196 35.879 0.399 0.035 0.043 0.045 49 720 88.193 35-878 0.399 0.035 0.046 0.046 50 735 88.173 35.877 0.399 0.036 0.043 0.046
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA AVG. TEM AVG-- PRE VAP. PRE LEAK COM LEAK SIM LEAK MAS NUMBER MINS DEG. F PSIA PSIA PER CENT PER CENT PER CENT 51 750 88.163 35 '76 0.399 0.036 0.044 0.046 52 765 88.152 35.876 0.399 0.036 0.042 0.046 53 780 88.141 35 '75 0.399 0.037 0.043 0.046 54 795 88.130 35.874 0.399 0.037 0.043 0.046 55 810 88.121 35.873 0.399 0.037 0.044 0.047 56 825 88.108 35.872 0.399 0.038 0.044 0-047 57 840 88.097 35.872 0.399 0.038 0.042 0.047 58 855 88.087 35-871 0.399 0.038 0-043 0.047 59 870 88-077 35 '70 '0. 399 0.039 0.043 0.047 60 885 88.067 35.869 0.399 0.039 0-045 0.047 61 900 88.058 35.868 0.399 0.040 0.046 0.047 62 915 88.047 35.867 0.399 0.040 0.046 0 '48 63 930 88.041 35 '66 0.399 0.040 0.047 0 '48 64 945 88.030 35.865 0-399 0.041 0.'047 0.048 65 960 88.022 35.864 0.399 0.041 0.050 0.049 66 975 88.010 35.864 0-399 0.041 0.047 0.049 67 990 88.001 35.863 0.399 0.042 0.048 0.049 68 1005 87.992 35-862 0.399 0.042 0-048 0.049 69 1020 87.974 35-861 0.399 0.042 0.045 0.049 70 1035 87.961 35-860 0.399 0.043 0.035 0.049 71 1050 87.952 35.859 0.399 0.043 0.045 0.049 72 1065 87.941 35-859 0.399 0.043 0.044 0.049 73 1080 87.928 35-858 0.399 0.044 0.043 0.048 74 1095 87.917 35-857 0.399 0.044 0.041 0-048 75 1110 87.906 35 '56 0.399 0.045 0.043 0-048 76 1125 87-896 35-856 0.399 0.045 0.043 0-048 77 1140 87.884 35.855 0.399 0.045 0.043 0-048 78 1155 87-875 35 '54 0.399 0.046 0.042 0-048 79 1170 87.862 35.853 0.399 0.046 0.042 0.047 80 1185 87-851 35 '53 0.399 0.046 0.042 0-047 81 1200 87-846 35.852 0.399 0.047 0 '44 0.047 82 1215 87-833 35.851 0.399 0.047 0.042 0.047 83 1230 87.809 35.850 0.399 0.047 0.038 0.047 84 1245 87-801 35.849 0.399 0.048 0.039 0.046 85 1260 87.798 35.848 0.399 0.048 0.042 0.046 86 1275 87.783 35.848 0.399 0.049 0-040 0.046 87 1290 87.777 35-847 0.399 0.049 0.042 0.046 88 1305 87.764 35.846 0.399 0.049 0.042 0.046 89 1320 87.750 35-845 0.399 0.050 0.040 0.045 90 1335 87.742 35;844 0.399 0.050 0 '41 0.045 91 1350 87.725 35-844 0.399 0.050 0.039 0.045 92 1365 87 '17 35.843 0.399 0.051 0.040 0.045 93 1380 87.708 35.842 0-399 0.051 0 '40 0.045 94 1395 87.700 35-841 0.399 0.051 0.040 0.044 95 1410 87.692 35.840 0.399 0.052 0.041 0.044 96 1425 87.680 35.840 0.399 0.052 0.039 0.044 97 1440 87.670 35.839 '0. 399 0.052 0.040 0.044 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 1 TEMP 2 TEMP 3 TEMP 4 TEMP 5 TEMP 6 NUMBER MENS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 85.061 86.395 85.469 86.041 0.000 85-007 2 15 85.088 86.395 85.469 86.014 0.000 85.007 3 30 85.116 86.367 85.469 86.014 0-000 85.007 4 45 85.061 86.367 85.442 85.959 0.000 85.034 5 60 85-088 86.367 85.415 86.014 0.000 85.007 6 75 85.088,86-367 85.442 86.014 0.000. 84.980 7 90 85.061 86.367 85.442 86.014 0.000 85.007 8 105 85.116 86.340 85.442 85.959 0.000 85-007 9 120 85.088 86.313 85.415 85.986 0.000 84.980 10 135 85.088 86.286 85.442 85.959 0.000 84-980 ll 150 85.061 86.286 85.469 85.959 0.000 84.980 12 165 85.034 86.286 85.442 85.959 0.000 85.007 13 180 85.034 86.259 85.415 85.986 0.000 84.980 14 195 85.034 86.259 85.415 85.959 0.000 85 007 15 210 85.034 86.231 85.415 85.959 0.000 84.980 16 225 85.034 86.231 85.388 85.959 0.000 84.925 17 240 85.007 86.204 85.388 85.905 0.000 84-952 18 255 85.007 86.204 85.361 85.932 0-000 84.952 19 270 85.034 86.231 85-361 85.932 0.000 84.952 20 285 85.034 86.177 85.415 85.905 0-000 84.980 21 300 85.007 86.177 85-388 85.932 0.000 84.952 22 315 85.034 86-177 85.361 85.905 0.000 84.925 23 '4 330 85.007 86.150 85.388 85.932 0.000 84-980 345 85.007 86.122 85.361 85.905 0.000 84-952 25 360 85.007 86 '77 85-361 85.905 0.000 84.925 26 375 85.034 86.177 85.333 85.932 0.000 84-980 27 390 85.007 86.122 85.361 85.905 0.000 84.925 28 405 85.007 86.150 85.361 85.905 0.000 84.952 29 420 85.007 86.122 85.361 85.878 0.000 84.952 30 435 85.007 86.095 85.333 85.905 0.000 84.925 31 450 85.007 86.095 85.361 85.905 0.000 84.925 32 465 85.007 86.122 85.388 85.878 0.000 84.925 33 480 85.007 86.095 85.333 85.905 0.000 84-952 34 495 84.980 86.068 85.361 85.878 0.000 84.898 35 510 84.980 86.068 85.361 85.878 0.000 84-925 36 525 84.980 86.095 85.361 85.905 0 F 000 84.925 37 540 85.007 86.041 85.361 85.878 0-000 84.952 38 555 84.980 86.041 85.361 85.905 0.000 84.952 39 570 84.980 86.041 85.333 85.878 0.000 84 '25 40 585 85.034 86.041 85.333 85.878 0.000 84-925 41 600 84.980 86-068 85.333 85.878 0.000 84.925 42 615 84.980 86.041 85.306 85.878 0-000 84.925 43 630 84.952 86.014 85-306 85.878 0.000 84.898 44 645 84.952 86.014 85.306 85.905 0.000 84.925 45 660 84.980 86.014 85.306 85.878 0.000 84.898 46 675 84.980 85.986 85.306 85.905 0.000 84.925 47 690 84.980 85.986 85.306 85.878 0.000 84.871 48 705 84.952 '85.986 85.306 85.850 0.000 84.898 49 720 84.952 85.986 85.333 85.850 0-000 84.898 50 735 84.952 86.014 85.306 85.850 0.000 84-871
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA TEMP 1 TEMP 2 TEMP 3 TEMP 4 TEMP 5 TEMP 6 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG ~ F 51 750 84.952 85.959 85.306 85.850 0.000 84.871 52 765 84.925 85.986 85-306 85.850 0.000 84.898 53 780 84.980 85.986 85.279 85.850 0.000 84.844 54 795 84.925 85.959 85.279 85-850 0.000 84-898 55 810 84.952 85.986 85.279 85.823 0.000 84.898 56 825 84.952 85.959 85.279 85-850 0.000 84.898 57 840 84.952 85.959 85.306 85-850 0.000 84.898 58 855 84.925 85.932 85.279 85.850 0.000 84.952 59 870 84.952 85.959 85-279 85.823 0.000 84-925 60 885 84.952 85.959 85.279 85.823 0.000, 84.898 61 900 84.925 85.878 85.279 85.850 0.000 84.898 62 915 84.952 85.932 85.279 85.823 0-000 84-898 63 930 84.871 85.905 85.306 85-850 0.000 84.871 64 945 84.925 85.905 85.306 85.823 0.000 84-871 65 960 84.871 85.878 85.252 85.850 0.000 84.871 66 975 84.925 85.905 85.252 85.823 0.000 84.844 67 990 84.925 85.905 85.225 85-796 0.000 84-844 68 1005 84.952 85.905 85.252 85.823 0.000 84.816 69 1020 84.925 85.878 85.252 85-823 0.000 84-844 70 1035 84.871 85.850 85.225 85.823 0.000 84.844 71 1050 84.898 85.878 85.225 85-796 0.000 84-871 72 1065 84.925 85.878 85.252 85.796 0.000 84.844 73 1080 84.925 85.905 85.225 85.796 0.000 84.844 74 1095 84.871 85.823 85.252 85.796 0.000 84.844 75 1110 84.871 85.823 85.225 85.769 0.000 84.844 76 1125 84.898 85.850 85.225 85-796 0.000 84.816 77 1140 84.871 85.850 85-197 85.796 0.000 84.871 78 1155 84.871 85.850 85.225 85.769 0.000 84.871 79 1170 84.898 85.823 85.225 85-796 0.000 84.816 80 1185 84.898 85-850 85.225 85-769 0.000 84.844 81 1200 84.898 85.823 85.225 85-769 0.000 84.898 82 1215 84.871 85.823 85.252 85.796 0.000 '84.898 83 1230 84.925 85-796 85 '25 85.796 0.000 84.871 84 1245 84.898 85.823 85.197 85-769 0.000 84.844
'85 1260 84.844 85.823 85.225 85-796 0.000 84-844 86 1275 84.898 85-796 85.197 85.769 0.000 84.844 87 1290 84.898 85.823 85.197 85-769 0.000 84.844 88 1305 84.898 85.823 85.225 85.769 0.000 84 844 89 1320 84.871 85.796 85.225 85.769 0.000 84-844 90 1335 84.871 85.796 85.225 85.796 0.000 84-816 91 1350 84.871 85.769 85.197 85.742 0.000 84.844 92 1365 84.898 85.769 85.225 85.742 0.000 84-816 93 1380 84.871 85.769 85.197 85.796 0.000 84-844 94 1395 84.898 85-796 85.197 85.769 0.000 84-816 95 1410 84.898 85.796 85.225 85.796 0.000 84-816 96 1425 84-871 85.769 85.197 85.769 0.000 84 871 97 1440 84.925 85.769 85.197 85.769 0.000 84-816 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 7 TEMP 8 TEMP 9 TEMP 10 TEMP 11 TEMP 12 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F -DEG. F 1 0 85.578 85.061 89-616 89.260 89.260 89 '07 2 15 85.605 85.061 89.562 >> 89.178 89.178 89.452 3 30 85.605 85.061 89.534 89.123 89.178 89.452 4 45 85.578 85.034 89.479 89.123 89.123 89.342 5 60 85.605 85.034 89.425 89.069 89-096 89.342 6 75 85.578 85.007 89.425 89.041 89.041 89.288 7 90 85.551 85.034 89.370 89.014 89.041 89.288 8 105 85-578 85-034 89.342 88.986 88-986 89.260 9 120 85-551 85.007 89.288 '88.959 88.959 89.233 10 135 85.551 85.034 89.288 88.932 88.932 89.178 11 150 85.578 85.007 89.233 88.877 88.904 89.151 12 165 85-551 85.007 89-206 88.849 88.877 89.096 13 180 85.551 84-980 89-151 88.795 88-877 89.096 14 195 85.524 84-980 89.151 88.795 88.795 89.041 15 210 85-551 85.007 89.123 88.767 88.740 89.041 16 225 85.524 84.980 89.096 88.712 88.767 88.986 17 240 85.524 84.980 89-069 88.685 88,-740 88-959 18 255 85.524 84.952 89.014 88.685 88.712 88.904 19 270 85 '24 84.925 89-014 88.630 88.685 88.932 20 285 85.497 84.925 88-986 88.603 88.685 88.877 21 300 85.497 84.952 88-986 88.603 88.658 88.849 22 315 85.524 84.925 88.932 88.575 88.603 88.822 23 330 85.469 84.925 88.932 88.548 88-603 88.795 24 345 85.497 84.898 88.849 88-521 88.548 88.795 25 360 85.497 84.925 88.849 88.521 88.521 88-767 26 375 85.497 84.952 88-849 88.466 88.493 88-740 27 390 85.469 84.898 88-822 88.438 88-466 88.712 28 405 85.497 84-952 88.822 88.411 88.438 88.712 29 420 85.469 84.898 88.740 88.384 88-'438 88.712 30 435 85.497 84.898 88.712 88.384 88.438 88.630 31 450 85.469 84.925 88.712 88.329 88.384 88.630 32 465 85.469 84.898 88.685 88.329 88-356 88.603 33 480 85.469 84.925 88.712 88.301 88.329 88.575 34 495 85.497 84.898 88.685 88-274 88-356 88-548 35 510 85.497 84 898 -88 '58 88.274 88.329 88.548 36 525 85.469 84-898 88.630 88.247 88-301 88.575 37 540 85-469 84.898 88-603 88.247 88-301 88-521 38 555 85 '97 84.898 88-603 88.247 88.274 88.548 39 570 85.497 84-871 88.575 88.219 88.247 88.493 40 585 '85.469 84.898 88-548 88.192 88.219 88-466 41 600 85.469 84.871 88.548 88.164 88.219 88.438 42 615 85.469 84.898 88.493 88.137 88;192 88.438 43 630 85.497 84.898 88.466 88.110 88.219 88.411 44 645 85-469 84.871 88.466 88.110 88.192 88.384 45 660 85-469 84.871 88-466 88.082 88.137 88.356 46 675 85.442 84.844 88.493 88.055 88.137 88.356 47 690 85.469 84.898 88.438 88.082 88.110 88-356 48 705 85.442 84-844 88.438 88.055 88.137 88.329 49 720 85.469 84.844 88.411 88-027 88-110 88.301 50 735 85.442 84.871 88-356 88.000 88.082 88-301
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA TEMP 7 TEMP 8 TEMP 9 TEMP 10 TEMP 11 TEMP 12 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 51 750 85.469 84.871 88.356 88-000 88-082 88.274 52" 765 85.469 84.871 88.329 87.973 88.055 88.274 53 780 85.415 84.844 88.301 87-973 88.000 88.247 54 795 85.442 84 '44 88.301 87.918 88.000 88.219 55 810 85-415 84.844 88.301 87.891 88.000 88.219 56 825 85.442 84.816 88-274 87-891 88.000 88.192 57 840 85.415 84.816 88.274 87.891 87.946 88.164 58 855 85.415 84.816 88.247 87.891 87.946 88.164 59 870 85.415 84-816 88.247 87.864 87.946 88.137 60 885 85.415 84-816 88.192 87 '64 87.946 88.164 61 900 85.415 84-844 88-219 87.864 87.918 88.137 62 915 85.415 84.816 88.164 87.837 87.891 88.082 63 930 85.415 84.816 88.137 87.810 87.864 88.110 64 945 85-415 84.816 88.164 87-810 87.864 88.055 65 960 85.388 84.789 88.137 87-782 87.864 88.027 66 975 85-361 84-816 88.137 87-755 87.810 '8.027 67 990 85-388 84.789 88-110 87-755 87-810 88.000 68 1005 85-388 84.789 88.082 87.701 87.810 88.000 69 1020 85.388 84-789 88-082 87.701 87.810 88.000 70 1035 85.388 84.789 88-082 87.701 87-755 88.000 71 1050 85-361 84.789 88-027 87-701 87.755 87.973 72 1065 85.361 84.789 88-055 87.674 87.755 87.946 73 1080 85.361 84-816 88-027 87.619 87.728 87.973 74 1095 85.361 84-789 88-000 87.619 87.701 87.946 75 1110 85.361 84.789 88-000 87-592 87.701 87.918 76 1125 85.388 84-816 87-973 87.619 87.674 87 '46 77 1140 85.361 84-789 87-973 87.592 87.646 87.891 78 1155 85.361 84-789 87-946 87.565 87.619 87.891 79 1170 85.388 84. 762 87-946 87.565 87.619 87.864 80 1185 85.361 84.762 87.964 87.537 87.619 87.864 81 1200 85.333 84.789 87-891 87.510 87.619 87.837 82 1215 85.388 84.816 87.891 87.510 87.592 87.810 83 1230 85.333 84.735 87-891 87.483 87.592 87.810 84 1245 85.361 84.762 87-864 87.456 87.592 87.782 85 1260 85.333 84.762 87.837 87.456 87.565 87.810 86 1275 85.361 84.762 87.837 87.456 87.537 87.782 87 1290 85.361 84.762 87-782 87.429 87.510 87.755
- 88. 1305 85.333 84.762 87.782 87-401 87.510 87.728 89 1320 85.333 84.762 87.755 87.401 87.483 87.701 90 1335 85.361 84.789 87.755 87.401 87.456 87.701 91 1350 85.361 84.762 87.728 87.374 87.456 87.674 92 1365 85.333 84-762 87.728 87.347 87.429 87.646 93 1380 85.361 84.762 87.701 87.347 87.401 87.646 94 1395 85.361 84.762 87 '01 87.293 87.401 87.674 95 1410 85.361 84.762 87.674 87-320 87.401 87 '92 96 1425 85.333 84.762 87-646 87.320 87-401 87.619 97 1440 85-333 84-789 87.646. 87.293 87.374 87.592 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 NUMBER MINS DEG ~ F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 89.479 89-726 89.425 91-233 89.644 0.000'.000 2 15 89.452 89.671 89.342 91.178 89.589 3 30 89.397 89.616 89.315 91.178 0.000 89.589 4 45 89.397 89.589 89.260 91.151 0.000 89.562 5 60 89.370 89.589 89.233 91.069 0.000 89.479 6 75 89.342 89.562 89.178 91.041 0.000 89.479 7 90 89.288 89.534 89.178 91.014 0 F 000 89.425 8 105 89.260 89.452 89.151 90.986 0.000 89.397 9 120 89.206 89.452 89.069 90.932 0.000 89.397 10 135 89.178 89.425 89.041 90.904 0-000 89.342 ll 150 89.151 89-096 89.397 88.986 90.877 0.000 89 '42 12 165 89.370 88.986 90.822 0-000 89.288 13 180 89.123 89.342 88.932 90.795 0.000 89.233 14 195 89-096 89.342 88.877 90.795 0-000 89.206 15 210 89.069 89.288 88.877 90-767 0.000 89.178 16 225 89.014 89-233 88.849 90.740 0.000 89.151 17 240 88.959 89.260 88.822 90.740 0.000 89.123 r18 255 88-986 89.233 88.795 90.740 0.000 89.096 19 270 88-904 89.178 88.767 90.712 0-000 89.069 20 285 88.877 89-123 88.767 90.658 0.000 89.069 21 300 88-849 89.123 88.712 90.603 0-000 89.041 22 315 88.849 89.096 88.685 90.603 0.000 89.014 23 330 88-849 89.096 88.685 90-603 0-000 88.959 24 345 88.822 89.096 88.630 90-548 0-000 88.986 25 360 88.767 89.014 88.603 90-548 0.000 88.959 26 375 88.740 89.014 88-575 90-521 0-000 88.932 27 390 88-740 88.959 88-575 90.493 0.000 88.877 28 405 88.712 88.959 88.548 90.438 0.000 88.904 29 420 88.685 88.932 88-521 90.438 0.000 88.849 30 435 88.658 88.959 88.521 90.411 0.000 88.822 31 450 88.658 88.932 88.466 90.438 0.000 88.795 32 465 88.603 88.904 88.466 90.356 0 F 000 88-822 33 480 88.603 88.877 88.411 90.356 0.000 88.767 34 495 88-548 88.849 88.438 90.329 0.000 88.767 35 510 88 '75 88 849 88-384 90.329 0.000 88.740 36 525 88-575 88.849 88.384 90.301 0-000 88.712 37 540 88-521 88.822 88.356 90.274 0-000 88.685 38 555 88.493 88-795 88.356 90.247 0-000 88.685 39 570 88.493 88-795 88.329 90.274 0.000 88.630 40 585 88-466 88.740 88.301 90.247 0-000 88.630 41 600 88-438 88-767 88.274 90.247 0-000 88.630 42 615,88-438 88-740 88-274 90.192 0.000 88.603 43 630 88-466 88.712 88.274 90.164 0.000 88.575 44 645 88.411 88.685 88.219 90.164 0.000 88.575 45 660 88.411 88.685 88.219 90.137 0.000 88.575 46 675 88.384 88.658 88.219 90-110 0-000 88.548 47 690 88.384 88 630 88-219 90.110 0.000 88.521 48 705 88.356 88-630 88-164 90-082 0.000 88.521 49 720 88.356 88.603 88.164 90.082 0-000 88.521 50 735 88.301 88.603 88.137 90.055 0.000 88.493
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA TEMP '13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 NUMBER MINS 'EG. F DEG. F DEG.' DEG. F DEG. F DEG. F 51 750 88.301 88.603 88.110 90.027 0.000 88.438 52 765 88.329 88.548 88.110 90.000 0.000 88.411 53 780 88.247 88.548 88.110 90.027 0.000 88.411 54 795 88.247 88.575 88.055 90.000 0.000 88.411 55 810 88.219 88.521 88.055 89.973 0.000 88.411 56 825 88.219 88-521 88-055 89.973 0.000 88.356 57 840 88.192 88.466 88.027 89.918 0-000 88.356 58 855 88.219 88.466 88.000 89.918 0.000 88.356 59 870 88.192 88.493 87.973 89.918 0.000 88.301 60 885 88.164 88.466 87.973 89.890 0.000 88.329 61 900 88.164 88.438 87.946 89.890 0.000 88.301 62 915 88.164 88.411 87-946 89.863 0.000 88.301 63 930 88.137 88.438 87-918 89.863 0.000 88.274 64 945 88.110 88.384 87-918 89.836 0.000 88.247 65 960 88.082 88.356 87.918 89.836 0.000 88.247 66 975 88.055 88.356 87-864 89.808 0-000 88.219 67 990 88.055 88-356 87-891 89.808 0.000 88.192 68 1005 88-055 88-356 87-837 89.808 0.000 88.192 69 1020 88.027 88-329 87-810 89-753 0.000 88.164 70 1035 88-027 88.301 87-810 89.753 0.000 88.164 71 1050 88.027 88.301 87.810 89-753 0.000 88.164 72 1065 88.000 88.301 87.755 89.726 0.000 88.164 73 1080 87.946 88-274 87.782 89-699 0.000 88.137 74 1095 87.973 88 247 87-782 89.699 0.000 88.110 75 1110 87.973 88-247 87.755 89 '26 0.000 88.082 76 1125 87.973 88-247 87-728 89.671 0.000 88.082 77 1140 87.918 88.219 87-701 89-671 0-000 88.055 78 1155 87.946 88.192 87.701 89.644 0.000 88.027 79 1170 87.891 88.192 87.674 89.644 0.000 88.027 80 1185 87.864 88.164 87.646 89-616 0.000 88.027 81 1200 87.891 88.164 87.674 89-616 0.000 87.973 82 1215 87.864 88.110 87.619 89.589 0.000 87.973 83 1230 87.837 88.082 87.592 89.562 0.000 87.973 84 1245 87.837 88.082 87.619 89.507 0.000 87.946 85 1260 87.810 88.082 87.592 89.534 0.000 87.973 86 1275 87.782 88.027 87.565 89.507 0.000 87.946 87 1290 87.810 88.027 87.592 89.507 "0.000 87.891 88 1305 87.782 87.973 87.537 89.479 0.000 87.891 89 1320 87.782 88.000 87.510 89.479 0.000 87.891 90 1335 87.782 87.973 87-510 89.425 0.000 87.864 91 1350 87.728 87.973 87.510 89.452 0.000 87.864 92 1365 87.728 87-973 87-483 89.425 0.000 87.837 93 1380 87.701 87.946 87.456 89.397 0.000 87.810 94 1395 87..674 87-946 87.456 89.370 0.000 87.810 95 1410 87.674 87.946 87-401 89.397 0.000 87.782 96 1425 87.646 87.946 87.401 89.342 0.000 87.755 97 1440 87.619 87.891 87.401 89.370 0.000 87.755 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP '22 TEMP 23 TEMP 24 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 89.452 89.206 87.565 87.891 87.810 88.384 2 15 89.370 89.178 87.565 87.837 87.728 88.329 3 30 89.370 89.151 87.537 87.782 87.728 88.301 45 89.370 89-178 87.483 87.755 87.701 88.274 5 60 89.288 89-069 87.456 87.728 87.701 88.247 6 75 89.260 89.041 87.401 87.701 87.619 88.219 7 90 89.260 89.041 87.374 87.701 87.619 88.192 8 105 89.206 88.986 87.320 87.674 87 '19 88.164 9 120 89.178 88.986 87.320 87.592 87.592 88.164 10 135 89.178 88.932 87'.320 87.565 87.537 88.110 ll 150 89.123 89.096 88.959 87.293 87.537 87.565 88.082 12 165 88.904 87.265 87.483 87.456 88.055 13 180 89.069 88.877 87.211 87.483 87.456 88.082 14 195 89.041 88.822 87.184 87-456 87.456 88.000 15 210 89.041 88.822 87.157 87.429 87.401 87.973 16 225 89.014 88.822 87.102 87.401 87.374 87.973 17 240 88.986 88.795 87.102 87.374 87.347 87.946 18 255 88.986 88.795 87.075 87.320 87.293 87.918 19 270 88.959 88.740 87.048 '87.320 87.293 87.891 20 285 88.932 88.740 87.020 87.293 87 '93 87.864 21 300 88.877 88.712 86.966 87.238 87.238 87.837 22 315 88.849 88.658 86.939 87.211 87.211 87.837 23 330 88.822 88.630 86.939 ,87.184 87.184 87.782 24 345 88.822 88.658 86.912 87.184 87.184 87.782 25 360 88.795 88-658 86-884 87.157 87.184 87.728 26 375 88.795 88-630 86.857 87.129 87.102 *87.728 27 390'05 88.767 88.575 86.857 87.102 87.102 87.674 28 88.740 88.548 86-803 87.075 87-075 87.674 29 420 88.740 88.521 86.776 87.048 87.048 87.646 30 435 88-685 88.521 86.748 87.020 87.020 87.592 31 45'0 88-685 88.493 86.748 86.993 87.020 87.592 32 465 88.658 88.493 86.721 86.993 86.993 87.592 33 480 88-630 88.521 86.694 86.966 86.993 87.537 34 495 88.658 88.466 86-667 86.939 86.939 87.537 35 510 88.603 88-466 86.667 86.884 86.939 87.537 36 525 88.603 88.438 86.639 86.884 86.912 87.483 37 540 88.603 88.411 86.639 86.857 86.884 87.456 38 555 88,575 88.384 86.585 86.857 86.884 87.456 39 570 88.575 88.384 86.558 86.830 86-830 87.429 40 585 88.521 88.356'8.329 86.558 86-776 86.830 87.401 41 600 88.521 86.585 86.748 86.803 87.374 42 615 88.493 88.329 86.531 86.776 86.776 87.374 43 630 88-466 88.301 86.476 86.748 86. 748 87.347 44 645 88.466 88.274 86.503 86 '94 86.776 87.320 45 660 88.438 88.301 86-449 86.694 86.748 87.320 46 675 88.438 88.274 86.449 86.667 86.748 87.293 47 690 88.438 88.219 86.476 86.639 86-694 87.265 48 705 88.411 88.247 86.449 86-612 86.694 87.265 49 720 88.411 88.247 86.422 86.639 86-667 87.238 50 735 88.356 88.247 86.367 86.585 86.639 87.211
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 51 750 88.356 88.192 86.367 86.558 86.639 87.211 52 765 88.356 88.164 86.340 86.558 86.612 87.184 53 780 88.329 88.164 86.340 86-558 86.585 87.184 54 795 88.329 88.137 86-340 86.531 86-585 87.157 55 810 88.301 88.137, 86.313 86;503 86.585 87.129 56 825 88.301 88.137 86.259 86. 449 86.531 87.102 57 840 88.247 88.110 86.286 86. 449 86.531 87.102 58 855 88.274 88.082 86.259 86. 449 86.503 87.075 59 870 88.219 88.055 86.204 86. 449 86.503 87.020 60 885 88.219 88.055 86.204 86. 422 86.476 87.020 61 900 88.219 88.000 86.204 86. 422 86.476 87.020 62 915 88.192 88.000 86.204 86.395 86-449 86.993 63 930 88.164 88.000 86.204 86.367 86.449 86.966 64 945 88.164 87.946 86.150 86.340 86-395 86.966 65 960 88.164 87.973 86.150 86.313 86.395 86.966 66 975 88.164 87.946 86.095 86.313 86-367 86.939 67 990 88.137 87.918 86.095 86.259 86.367 86.939 68 1005 88.110 87.891 86.068 86.259 86.340 86-912 69 1020 88.110 87.891 86.095 86.259 86.313 86.857 70 1035 88.110 87.918 86.041 86.204 86.313 86-857 71 1050. 88.082 87.864 86-068 86.204 86.286 86.830 72 1065 88.082 87.891 85.986 86"-204 86.259 86.830 73 1080 88.055 87.864 86.014 86.177 86-231 86.776 74 1095 88.055 87-837 86.014 86.150 86.231 86.721 75 1110 88.027 87.837 85.959 86.122 86.204 86.748 76 1125 88.000 87.782 85.986 86.122 86-204 86.776 77 1140 88.027 87.810 85.959 86.095 86.204 86.721 78 1155 87.973 87.782 85.959 86.095 86-204 86.667 79 1170 88.000 87.810 85.932 86-068 86.150 86.667 80 1185 87.973 87.755 85.905 86.041 86-150 86.639 81 1200 87.946 87.755 85.905 86.068 '86-150 86.667 82 1215 87 '46 87.755 85.850 85-986 86.095 86.612 83 1230 87.918 87.728 85-850 85.959 86.095 86.558 84 1245 87.918 87.701 85.850 85.959 86-068 86.531 85 1260 87.891 87.701 85.823 85.932 86.068 86.531 86 1275 87.918 87.701 85.796 85.905 86.041 86-503 87 1290 87.891 87.701 85-796 85.905 86 '68 86.476 88 1305 87-864 87-674 85-769 85.878 86.014 86.476 89 1320 87.837 87-646 85.742 85.850 85.986 86 '49 90 1335 87.837 87.646 85-742 85-850 85.986 86.449 91 1350 87.837 87.646 85.714 85.796 85.959 86.422 92 1365 87.810 87.619 85-714 85.823 85.932 86.395 93 1380 87.782 87.619 85.687 85-796 85.932 86.367 94 1395 87.782 87.592 85.687 85.742 85-905 86.367 95 1410 87.782 87.592 85.660 85-769 85.905 86.340 96 1425 87.728 87.592 85.633 85.742 85.878 86.340 97 1440 87.728 87.565 85.633 85.687 85.878 86-286 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 28 TEMP 29 TEMP 30 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 89.490 89.452 89.452 89.342 90.027 0-000 2 15 89.460 89.452 89.507 89.370 90.000 0-000 3 30 89.420 89.370 89.425 89.288 89.945 0-000 4 45 89.400 89.342 89.425 89.288 89.890 0.000 5 60 89.360 89.288 89.370 89-206 89.808 0.000 6 75 89.330 89.260 89.288 89.206 89.726 0-000 7 90 89.330 89.233 89.260 89.151 89.753 0.000 8 105 89.280 89.178 89.288 89.123 89.699 0.000 9 120 89.250 89.178 89-206 89.123 89.671 0-000 10 135 89.220 89.178 89-206 89.123 89.616 ll 150 89.190 89.160 89.096 89 178 89.014 89.562 0 000 0.000 12 165 89.096 89.151 89-041 89.562 0-000 13 180 89.130 89.069 89.151 89.014 89.562 0.000 14 195 89.110 89.069 89-096 89.014 89.534 0-000 15 210 89.080 88.986 89.069 88.959 89.479 0.000 16 225 89.050 88.986 89.041 88.932 89.425 0-000 17 240 89.020 88.986 89.069 88.932 89.397 0.000 18 255 89.000 88.959 89.041 88.932 89.425 0.000 19 270 88.980 88.904 88.959 88.877 89.370 0-000 20 285 88.950 88.904 88.986 88.849 89.342 0.000 21 300 88.930 88.904 88.959 88.877 89.315 0-000 22 315 88.900'8.880 88.877 88.959 88.822 89.288 0.000 23 330 88.822 88.904 88.822 89.233 0.000 24 345 88-860 88.822 88.877 88.795 89.233 0-000 25 360 88-840 88.767 88.822 88.712 89-178 0.000 26 375 88-810 88.712 88.822 88.740 89.178 0-000 27 390 88.800 88.712 88.767 88.712 89.151 0-000 28 405 88-780 88-685 88.767 88.685 89;123 0.000 29 420 88.760 88.685 88.767 88-658 89-096 0-000 30 435 88.740 88.685 88.712 88-630 89.096 0-000 31 450 88.720 88-658 88.712 88.603 89 041 0.000 32 465 88.700 88.575 88-685 88-603 89.041 0-000 33 480 88.680 88.603 88.658 88.575 88.986 0-000 34 495 88.660 88-603 88.658 88.548 88.986 0-000 35 510 88.650 88.521 88.630 88-521 88.932 0-000 36 525 88.640 88.548 88-603 88.493 88.932 0-000 37 540 88.620 88.493 88.575 88.493 88.904 0-000 38 555 88.600 88.521 88-603 88.493 88.877 0.000 39 570 88.590 88.466 88-548 88.466 88.877 0.000 40 585 88-580 88.466 88.521 88.438 88-877 0-000 41 600 88.560 88.466 88-521 88.438 88.849 0-000 42 615 88.550 88.438 88-493 88.411.88-822 0.000 43 630 88.530 88.411 88.493 88-411 88.795 0.000
- 44. 645 88.520 88.411 88.493 88.384 88.795 0-000 45 660 88.500 88.384 88-466 88.384 88.767 0-000 46 675 88.480 88.356 88.411 88.384 88-740 0.000 47 690 88-470 88.384 88.438 88.384 88-740 0-000 48 705 88-460 88.384 88.384 88.329 88.740 0-000 49 720 88.450 88.329 88.438 88.356 88.712 0-000 50 735 88.430 88.329 88.438 88.329 88.712 0.000
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 28 TEMP 29 TEMP 30 NUMBER MINS DEG. F DEG. F DEG. F DEG. F. DEG. F DEG. F 51 750 88'.440 88.329 88.384 88.301 88.685 0.000 52 765 88.430 88.301 88.384 88.301 88.685 0.000 53 780 88.420 88.301 88-384 88.274 88.658 0-000 54 795 ~
88.390 88.274 88-356 88.274 88.658 0-000 55 810 88 '70 88,.274 88.329 88.247 88.630 0.000 56 825 88.360 88.274 88.329 88-219 88.575 0.000 57 840 88.350 "88.247 88.301 88.219 88.575 0.000 58 855 88.340 88.247 88.274 88.192 88.548 0.000 59 870 88.330 88-247 88.301 88.219 88-548 0.000 60 885 88.320 88.219 88.274 88.192 88.575 0-000 61 900 88-310 88.219 88-274 88.176 88.493 0.000 62 915 88.300 88-219 88-247 88.164 88-521 0-000 63 930 88.280 88.192 88-274 88.192 88-548 0.000 64 945 88.260 88.247 88.274 88.192 88.521 0 F 000 65 960 88-260 88.247 88.301 88.164 88-575 0-000 66 975 88-240 88.247 88.247 88.219 88.575 0.000 67 990 88.230 88.219 88.274 88.192 88.548 0-000 68 1005 88.220 88.219 88.247 88.192 88.521 0-000 69 1020 88.220 88.164 88.219 88.110 88.466 0.000 70 1035 88.200 88.164 88.192 88.082 88.411 0.000 71 1050 88.180 88-082 88.164 88-082 88.384 0.000 72 1065 88.180 88.082 88-110 88-082 88.356 0.000 73 1080 88.170 88.055 88.110 88-027 88.329 0-000 74 1095 88-160 88.082 88-082 88.000 88 '56 0-000 75 1110 88.150 88.027 88-082 88.000 88-301 0.000 76 1125 88.130 88.055 88-055 88-000 88.247 0-000 77 1140 88-120 88.000 88-055 87.973 88-274 0-000 78 1155 88.110 87.973 88-055 87.946 88-219 0.000 79 1170 88.100 87.973 88-000 87.946 88.219 0-000 80 1185 88.080 87.946 87.973 87.918 88.192 0-000 81 1200 88.060 87.973 87.946 87.891 88.192 0.000 82 1215 88.050 87.918 87.946 87-864 88.164 0-000 83 1230 88.040 87.891 87-918 87.837 88.137 0-000 84 1245 88.040 87-891 87.891 87-864 88.082 0.000 85 1260 88-030 87.918 87-918 87.810 88.110 0.000 86 1275 88.010 87.864 87.891 87-837 88.082 0-000 87 1290 87.990 87.864 87-864 87.810 88.055 0.000 88 1305 87.980 87.837 87.864 87.810 88.055 0-000 89 1320 87.970 87.837 87-864 87.782 88-027 0.000 90 1335 87.950 87.810 87-837 87.755 88.027 0.000 91 1350 87.930 87 810 87.837 87.728 88.000 0-000 92 1365 87.920 87.810 87.782 87-728 88.000 0 F 000 93 1380 87.920 87-782 87-810 87.728 88.000 0.000 94 1395 87.900 87.782 87-782 87.701 87-946 0-000 95 1410 87-890 87.728 87.782 87.728 87.946 0.000 96 1425 87.880 87.782 87.728 87.701 87.918 0.000 97 1440 87.860 87.755 87.755 87.728 87.891 0-000 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 31 TEMP 32 TEMP 33 TEMP 34 TEMP 35 TEMP 36 NUMBER MINS DEG., F DEG. '
F DEG. F DEG. F DEG. F DEG.
1 0 89.425 89.260 89.616 89.425 89.288 88.356 2 15 89.397 89.233 89-562 89.397 89.288 88.329 3 30 89-397 89.178 89-507 89-342 89.206 88-274 4 45 89.315 89-151 89.479 89.315 89-151 88.219 5 60 89.288 89.123 89-452 89-288 89.123 88.164 6 75 89.233 89-096 89.425 89.233 89.096 88.082 7 90 89.206 89.069 89.370 89-206 89-096 88-082 8 105 89.233 89.041 89.315 89.178 89.041 88-000 9 120 89.151 88.986 89.315 89.151 89.041 88.000 10 135 89-096 88.959 89.315 89-069 88.959 87.946 11 150 89 '69 88.904 89.233 89.096 88.932 87.891 12 165 89.096 88.904 89-206 89-096 88.904 87-864 13 180 89.069 88-877 89.178 '89-014 88.904 87.864 14 195 89-014 88.822 89-151 88.986 88-904 87.810 15 210 88.932 88-849 89.096 88.959 88.849 87.782 16 225 88.932 88.795 89-096 88.932 88.795 87.728 17 240 88.932 88-740 89.123 88.932 88.795 87 '01 18 255 88.904 88-712 89.069 88-849 88.740 87 '46 19 270 88-877 88.740 89.014 88-849 88 '40 87.619 20 285 88.849 88.685 88-986 88-822 88.712 87-619 21 300 88.822 88-630 88.932 88.795 88.658 87.565 22 315 88 '95 88.658 88.932 88.822 88.630 87-537 23 330 88.795 88-630 88.932 88.740 88.603 87-510 24 345 88.740 88-575 88.904 88.712 88.603 87-456 25 360 88.740 88-575 88.877 88.685 88.575 87-456 26 375 88.740 88.548 88-849 88.685 88.548 87-401 27 390 88-685 88.493 88.849 88.658 88.521 87-401 28 405 88-658 88.493 88.822 88-658 88.493 87-374 29 420 88-685 88-493 88.767 88.603 88.466 87.320 30 435 88.603 88-438 88.767 88.603 88.466 87-320 31 450 88.603 88.411 88.767 88.603 88.438 87-293 32 465 88 548 F 88-411 88.767 88.548 88.384 87.211 33 480 88-548 88-384 88.712 88-521 88.384 87.184 34 495 88-521 88.356 88-685 88.521 88.384 87.184 35 510 88.548 88-384 88.685 88.493 88.356 87.157 36 525 88.521 88-356 88.658 88-466 88.356 87.129 37 540 88-493 88.329 88.630 88.466 88.329 87-102 38 555 88-493 88-301 88.575 88-466 88-329 87.075 39 570 88-438 88.301 88 603 88.466 88.301 87-075 40 585 88-466 88.247 88-575 88.411 88.274 87.020 41 600 88.411 88 247 88.575 88-411 88.247 87.048 42 615 88-384 88.219 88-548 88-411 88.247 86-993 43 630 88.384 88.219 88.521 88-356 88.219 86.966 44 645 88.384 88-192 88.493 88.301 88.192 86.939 45 660 88-356 88-164 88.466 88-329 88.192 86.912 46 675 88.301 88.164 88.466 88.301 88.192 86-884 47 690 88.301 88.110 88.438 88.301 88.137 86-884 48 705 88.301 88-110 88.411 88.247 88.137 86.857 49 720 88-301 88.110 88-411 88-274 88.137 86.803 50 735 88.247 88-082 88.384 88.247 88.110 86.803
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA TEMP 31 TEMP 32 TEMP 33 TEMP 34 TEMP 35 TEMP 36 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 51 750 88.247 88.055 88.356 88.247 88.082 86.776 52 765 88.247 88.055 88.356 88-219 88.082 86.748 53 780 88.247 88.055 88.329 88.247 88.027 86.748 54 795 88.219 88.027 88.301 88.192 88.027 86.721 55 810 88.164 88.027 88-301 88-164 88.027 86.721 56 825 88.192 88.000 88.274 88.192 88.000 86.694 57 840 88-164 87.973 88.274 88.137 88.000 86.667 58 855 88-164 87.973 88-247 88.110 88.027 86.612 59 870 88.137 87.946 88.247 88.110 87.946 86.612 60 885 88.137 87.918'7.918 88-219 88.082 87.918 86.585 61 900 88.110 88.219 88.082 87.918 '86.558 62 915 88.055 87.918 88.192 88.082 87-891 86.531 63 930 88.082 87.864 88.219 88.082 87.864 86.503 64 945 88-055 87.891 88-192 88.055 87-864 86.503 65 960 88.000 87-864 88-137 88.027 87-837 86.476 66 975 88.027 87.810 88-110 88.027 87.837 86.476 67 990 88.000 87.837 88.110 88-000 87.837 86.449 68 1005 87.973 87.837 88.110 87-946 87.810 86.422 69 1020 87.946 87.782 88.110 87-946 87.782 86.367 70'1 1035 87.918 87.782 88.082 87-946 87.755 86.367 1050 87.946 87.782 88 '27 87.946 87.755 86.367 72 1065 87.918 87-755 88.000 87-918 87.728 86.340 73 1080 87.918 87 '28 88-000 87-891 87.728 86-286 74 1095 87.891 87.728 88.000 87-891 87.728 86.286 75 1110 87.891 87-674 87.973 87-864 87.728 86.259 76 1125 87-837 87-646 87.973 87-837 87.646 86.204 77 1140 87-810 87-674 87.946 87-837 87-674 86.177 78 1155 87.837 87-674 87.918 87-810 87.646 86.177 79 1170 87-782 87.619 87-891 87-837 87.619 86-150 80 1185 87 '82 87.619 87-891 87.755 87.619 86.150 81 1200 87.782 87-592 87-918 87-782 87.619 86.095 82 1215 87.782 87.619 87-864 87-782 87.592 86.095 83 1230 87 '28 87.565 87-837 87.728 87.537 86.041 84 1245 87-728 87.537 87.837 87.701 87.537 86.014 85 1260 87.728 87.565 87.837 87.701 87.537 86.014
'86 1275 87.728 87.537 87.810 87.646 87.510 85.959 87 1290 87.728 87.510 87.782 87.646 87.537 85.986 88 1305 87.674 87.483 87.755 87 '01 87.510 85.932 89 1320 87.619 87.483 87.755 87-619 87.483 85.905 90 1335 87-619 87-456 87.728 87-619 87.483 85.850 91 1350 87.619 87.456 87.728 87.592 87.401 85.823 92 1365 87-592 87-401 87-701 87-565 87.429 85.823 93 1380 87-592 87-401 87-728 87-565 87.401 85-769.
94 1395 87.537 87.374 87-674 87.592 87.401 85.769 95 1410 87-537 87.401 87.646 87-510 87.374 85.742 96 1425 87-510 87.347 87-646 87-510 87.374 85.714 97 1440 87.510 87.347 87.646 87.456 87.347 85.714 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 37 TEMP 38 TEMP 39 TEMP 40 PRES 1 HUM 1 NUMBER MINS DEG- F DEG. F DEG- F DEG. F PSIA FRACTION 1 0 88.411 95.699 93.699 97.836 35.943 0.000 2 15 88.411 95.699 93.726 97-836 35.941 0-000 3 30 88.356 95 '26 93-671 97.808 35.939 0.000 45 88-301 95 '26 93.644 97.836 35.938 0.000 5 60 88-219 95 '26 93.616 97-808 35.936 0'000 6 75 88.192 95.699 93.616 97.808 ~ 35.934 0.000 7 90 88.137 95-753 93.589 97.781 35.932 0.000 8 105 88.137 95-726 93.616 97.863 35.930 0.000 9 120 88.082 95.753 93.589 97-836 35.928 0.000 10 135 88.000 95-726 93.589 97-890 35.927 0.000 ll 150 88.000 87.946 95.726 93-562 97-890 35-925 -0. 000 12 165 95.726 93-534 97.890 35.923 0-000 13 180 87.891 95.781 93.562 97.918 35.922 0.000 14 195 87.864 95.753 93.534 97.945 35.920 0.000 15 210 87.837 95.781 93.507 97.945 35.918 0.000 16 225 87.810 95.781 93.507 97.918 35.916 0.000 17 240 87.782 95.781 93.534 97.945 35.914 0.000 18 255 87.755 95.753 93.507 97.945 35.914 0.000 19 270 87.701 95-781 93.507 98.000 35.912 0.000 20 285 87 '74 95.808 93.452 98.000 35.911 0-000 21 300 87.646 95.836 93.480 98-027 35.909 0.000 22 315 87.592 95.808 93.480 98.055 35.908 0.000 23 330 87.565 95.836 93.452 98.082 35.906 0.000 24 345 87.537 95 '36 93.452 98.110 35.905 0-000 25 360 87.510 95.836 93.452 98.110 35.904 0.000 26 375 87.483 95-863 93.425 98-110 35.903 0.000 27 390 87.456 95-890 93.480 98.137 35.902 0.000 28 405 87.429 95.918 93.452 98.164 35.900 0.000 29 420 87.401 95-918 93.452 98.164 35.899 0-000 30 435 87.374 95-973 93.425 98.192 35.898 0.000 31 450 87-347 95.945 93 '80 98-247 35.896 0.000 32 465 87.293 95.945 93.425 98.274 35-895 0.000 33 480 87.293 95.945 93-452 98.274 35.895 0.000 34 495 87.265 95.973 93-452 98-301 35.894 0.000 35 510 87.265 95.973 93.452 98.329 35.893 0.000 36 525 87-211 96.027 93.425 98.356 35.891 0.000 37 540 87-184 96.000 93.452 98-356 35.890 0.000 38 555 87-157 96-027 93.452 98-411 35.888 0.000.
39 570 87.129 96.027 93.452 98.384 35.888 0.000 40 585 87.102 96-082 93.480 98.438 35.888 0.000 41 600 87.075 96.110 93.480 98.438 35.886 0.000 42 615 87.048 96.110 93.480 98.493 35.885 0.000 43 630 87.048 96.137 93.452 98.521 35.884 0.000 44 645 87.020 96.137 93.452 98.521 35.883 0.000 45 660 86.993 96-192 93.480 98.548 35.882 0.000 46 675 86-966 96.192 93.452 98.575 35-881 0.000 47 690 86.966 96.219 93 '80 98.603 35.880 0.000 48 705 86.939 96-219 93.452 98-630 35.879 0-000 49 720 86.912 96.247 93.480 98.658 35.878 0.000 50 735 86-884 96.247 93.480 98.658 35.877 0.000
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA TEMP 37 TEMP 38 TEMP 39 TEMP 40 PRES 1 HUM 1 NUMBER MINS DEG. F DEG. F DEG. F DEG. F PSIA FRACTION 51 750 86.884 96.274 93.452 98.712 35.876 0.000 52 765 86.830 96.274 93 '52 98.712 35.876 0.000 53 780 86.830 96.301 93.452 98.740 35.875 0.000 54 795 86.776 96.329 93.480 98.767 35.874 0.000 55 810 .
86.776 96.356 93.534 98.795 35.873 0.000 56 825 86.776 96.384 '3.480 98.795 35.872 0.000 57 840 86.748 96.411 93.507 98.849 35.872 0.000 58 855 86.694 96.411 93.507 98.849 35.871 0.000 59 870 86.694 96.411 93.507 98.904 35.870 0.000 60 885 86.639 96.438 93.507 98.932 35.869 0.000 61 900 86.639 96.493 93.507 98.932 35.868 0.000 62 915 86.585 96.493 93.534 98.986 35.867 0.000 63 930 86.612 96.493 93.534 99.041 35.866 0.000 64 945 86.558 96 '48 93.507 99.041 35.865 0.000 65 960 86.585 96.584 93.562 99.069 35.864 0.000 66 975 86.558 96.603 93.534 99.096 35.864 0.000 67 990 86.503 96.630 93.534 99.123 35.863 0.000 68 1005 86.476 96.658 93.562 99.151 35.862 0.000 69 1020 86.476 96.658 93.534 99.151 35.861 0.000 70 1035 86.422 96.658 93.562 99.206 35-860 0.000 71 1050 86.422 96.630 93.562 99.233 35.859 0.000 72 1065 86.395 96.712 93.534 99.233 35.859 0.000 73 1080 86.367 96.685 93.562 99.288 35-858 0.000 74 1095 86.340 96.712 93.562 99.288 35.857 0.000 75 1110 86.313 96.767 93.562 99 '43 35.856 0.000 76 1125 86.286 96.767 93.562 99.343 35-856 0.000 77 1140 86.259 96.795 93.534 99.370 35-855 0.000 78 1155 86-259 96.822 93.589 99.397 35.854 0.000 79 1170 86.231 96.822 93.534 99.425 35-853 0.000 80 1185 86.204 96.877 93-562 99.452 35.853 0.000 81 1200 86.150 96.849 '3.562 99.507 35.852 0.000 82 1215 86.150 96.877 93.562 99.507 35.851 0.000 83 1230 86.095 96.904 93.562 99.507 35.850 0.000 84 1245 86.095 96.932 93.589 99.534 35.849 0.000 85 1260 86-068 96.932 93.534 99.589 35.848 0.000 86 1275 86.014 96.959 93.562 99.644 35.848 0.000 87 1290 86.014 96.986 93.562 99.617 35.847 0.000 88 1305 86.014 96.986 93.589 99.671 35.846 0.000 89 1320 85.932 97.041 93-616 99.699 35.845 0.000 90 1335 85.932 97-069 93.562 99.726 35.844 0.000 91 1350 85.905 97.041 93.562 99.726 35-844 0.000 92 1365 85.878 97-123 93.589 99.753 35.843 0-000 93 1380 85.796 97.123 93.589 99.808 35.842 0.000 94 1395 85.850 97.150 93.589 99.836 35.841 0.000 95 1410 85.823 97.151 93.589 99.863 35.840 0-000 96 1425 85.823 97-206 93.589 99.863 35-840 0.000 97 1440 85.769 97.206 93.589 99.918 35.839 0-000 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA HUM 2 HUM 3 HUM 4 HUM 5 HUM 6 HUM 7 NUMBER MINS FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 1 0 0.667 0.639 0.577 0.000 0.000 0.000 2 15 0.664 0.640 0.578 0.000 0.000 0.000 3 30 0.664 0.641 0.578 0.000 0.000 0.000 4 45 0.665 0.642 0.579 0.000 0.000 0.000 5 60 0.666 0-643 0.578 0.000 0.000 0.000 6 75 0.666 0.644 0.579 0.000 0.000 0.000 7 90 0.667 0-644 0.579 0.000 0.000 0.000 8 105 0.667 0.645 0.579 0.000 0.000 0.000 9 120 0.667 0-646 0.579 0:000 0.000 0.000 10 135 0.668 0.646 0.580 0.000 0.000 0.000 ll 12, 150 0.668 0.669 0.646 0.580 0.000 0.000 0.000 165 0.646 0.580 0.000 0.000 0.000 13 180 0.669 0.647 0.581 0.000 0.000 0.000 14 195 0.670 0-647 0.581 0.000 0.000 0.000 15 210 0.671 0.647 0.581 0.000 0-000 0.000 16 225 0.672 0.649 0.581 0.000 0.000 0.000 17 240 0.671 0.649 0.582 0.000 0-000 0.000 18 255 0.674 0.650 0.583 0.000 0.000 0.000 19 270 0.673 0.651 0.583 0.000 0-000 0.000 20 285 0.673 0.651 0.582 0.000 0-000 0.000 21 300 0.673 0.652 0.583 0.000 0.000 0.000 22 315 0.673 0.652 0.583 0.000 0.000 0.000 23 330 0-675 0.653 0.584 0.000 0-000 0.000 24 345 0.674 0.654 0-585 0.000 0.000 0.000 25 360 0.675 0.654 0.584 0.000 0.000 0.000 26 375 0.674 D.655 0.584 0.000 0.000 0.000 27 390 0.675 0.655 0.585 0.000 0.000 0.000 28 405 0.675 0.656 0.585 0.000 0.000 0.000 29 420 0.674 0.656 0.585 Oi000 0.000 0.000 30 435 0.675 0.656 0.585 0.000 0.000 0.000 31 450 0.674 0-657 0.585 0.000 0.000 0.000 32 465 0.675 0-657 0.586 0.000 0-000 0.000 33 480 0.675 0-657 0.586 0.000 0.000 0.000 34 495 0.675 0-658 0.586 0.000 0-000 0.000 35 510 0.675 0-658 0.586 0.000 0-000 0.000 36 525 0.676 0.659 0.586 0.000 0.000 0.000 37 540 0.676 0.659 0.587 0.000 0.000 0.000 38 555 0.676 0-660 0.587 0.000 0.000 0.000 39 570 0.676 0.660 0.587 0.000 0.000 0.000 40 585 0.676 0.660 0.587 0.000 0.000 0.000 41 600 0.676 0.661 0.588 0.000 0.000 0.000 42 615 0.677 0 '61 0.587 0.000 0-000 0.000 43 630 0.677 0.661 0.588 0.000 0.000 0.000 44 ,645 0.677 0.662 0.588 0.000 0.000 0.000 45 . 660 0.677 0.662 0.588 0.000 0-000 0.000 46 675 0.678 0.663 0.589 0-000 0.000 0.000 47 690 0-677 0.663 0.589 0.000 0.000 0.000 48 705 0.678 0.663 0.589 0.000 0.000 0.000 49 720 0-678 0.663 0.590 0.000 0-000 0.000 50 735 0. 678 0.663 0.590 0.000 0-000 0.000
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA HUM 2 HUM 3 HUM 4 HUM 5 HUM 6 HUM 7 NUMBER MINS FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 51 750 0.678 0.664 0-590 0.000 0.000 0-000 52 765 0.678 0.664 0-590 0.000 ~ 0.000 0-000 53 780 0.678 0.664 0-591 0.000 0.000 0-000 54 795 0.679 0.664 0;591 0.000 0.000 0-000 55 810 0.678 0-665 0.591 0.000 0.000 0-000 56 825 0.679 0.665 0.591 0.000 0.000 0-000 57 840 0-679 0.665 0.592 0.000 0.000 0.000 58 855 0.679 0.665 0.591 0.000 0.000 0-000 59 870 0.679 0.665 0.592 0.000 0.000 0.000 60 885 0.679 0.666 0.592 0.000 0.000 0-000 61 900 0.679 0.666 0.593 0.000 0.000 0-000 62 915 0.679 0.666 0.593 0.000 0.000 0.000 63 930 0.680 0.666 0.593 0.000 0.000 0-000 64 945 0.680 0.667 0.594 0.000 0.000 0.000 65 960 0.682 0.667 0.595 0.000 0.000 0-000 66 975 0.681 0.667 0.594 "0.000 0.000 0.000 67 990 0.681 0.667 0.595 0.000 0.000 0.000 68 1005 0.680 0.667 0-594 0.000 0-000 0.000 69 1020 0.680 0.667 0.595 0.000 0.000 0.000 70 1035 0.680 0.667 0.595 0-000 0.000 0-000 71 1050 0.680 0.667 0-595 0.000 0-000 0-000 72 1065 0.680 0.668 0.596 0.000 0.000 0-000 73 1080 0.680 0.668 0-595 0.000 0-000 0.000 74 1095 0.681 0-667 0.595 0-000 0.000 0.000 75 1110 0.681 0.668 0-596 0.000 0-000 0.000 76 1125 0.681 0-668 0.596 0-000 0-000 0.000 77 1140 0.681 0-668 0-597 0.000 0.000 0.000 78 1155 0.681 0-668 0-597 0.000 0-000 0.000 79 1170 0.682 0.668 0.597 0-000 0.000 0.000 80 1185 0.681 0.668 0-598 0.000 0.000 0.000 81 1200 0.682 0.669 0.599 0-000 0'. 000 0.000 82 1215 0.682 0-669 0-598 0-000 0.000 0-000 83 1230 0.682 0.669 0-598 0.000 0.000 0-000 84 1245 0.681 0.669 0-598 0-000 0.000 0.000 85 1260 0.681 0.669 0.599 0.000 0.000 0.000 86 1275 0.681 0.669 0.599 ,0. 000 0.000 0-000 87 1290 0.682 0-669 0-600 0.000 0-000 0.000 88 1305 0.682 0-669 0-601 0.000 0.000 0-000 89 1320 0.684 0.669 0-601 0.000 0.000 0.000 90 1335 0.683 0-670 0-601 0.000 0.000 0-000 91 1350 0.683 0.670 0-601 0.000 0-000 0.000 92 1365 0.683 0.670 0.602 0.000 0.000 0.000 93 1380 0.683 0.670 0-602 0.000 0.000 0-000 94 1395 0.683 0.670 0-602 0.000 0.000 0.000 95 1410 0.683 0.670 0-603 0.000 0.000 0-000 96 1425 0.683 0-670 0.603 0-000 0.000 0-000 97 1440 0-683 0.670 0-602 0.000 0.000 0-000 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA HUM 8 HUM 9 HUM io NUMBER MINS FRACTION FRACTION FRACTION 1 0 0.563 0.528 0-567 2 15 0.563 0.528 0-568 3 30 0.564 0.529 0-568 45 0-564 0-528 0.569 5 60 0-564 0.528 0-569 6 75 0.565 0-530 0.569 7 90 0.565 0.530 0-569 8 105 0-565 0.529 0.570 9 120 0.565 0.530 0-569 10 135 0.566 0.530 0.570 ll 150 0-566
'.567 0.531 0.570 12 165 0.530 0.570 13 180 0.567 0-530 0.571 14 195 0.567 0.531 0.571 15 210 0.568 0.532 0.571 16 225 0.568 0.531, 0.571 17 240 0.569 0.532 0.572 18 255 0-569 0.532 0-572 19 270 0.569 0.532 0.572 20 285 0.569 0.531 0-572
.21 300 0.569 0.533 0.572 22 315 0.570 0.534 0.573 23 330 0.570 0.532 0-573 24 345 0.571 0.533 0.573 25 360 0.571 0-533 0.574 26 375 0.571 0.533 0-574 27 390 0.572 0.534 0.574 28 405 0.572 0.533 0.574 29 420 0.572 0.534 0.575 30 435 0.572 0.535 0.574 31 450 0.573 0.534 0.575 32 465 0.573 0.535 0.576 33 480 0.573 0.534 0.575 34 495 0.574 0.535 0.576 35 510 0.574 0.535 0.576 36 525 0.574 0.536 0.576 37 540 0.574 0.537 0.577 38 555 0.575 0-536 0.577 39 570 0.575 0.537 0.577 40 585 0.575 0.537 0-578 41 600 0-576 0.537 0.577 42 615 0.576 0.537 0-578 43 630 0.576 0.538 0-578 645 0.577 0.536 0-578 45 660 0.577 0.538 0.579 46 675 '0.577 0.537 0-578 47 690 0.577 0.537 0.579 48 705 0-578 0.538 0.579 49 720 0.578 0.538 0.579 50 735 0.578 0-539 0-580
VARIABLE TABLE
SUMMARY
(CONTINUED)
SAMPLE DELTA HUM 8 HUM 9 HUM 10 NUMBER MINS FRACTION FRACTION FRACTION 51 750 0.578 0-539 0.581 52 765 0.579 0.538 0.581 53 780 0.579 0-539 0.581 54 795 0.579 0.540 0-581 55 810 0.580 0-540 0-581 56 825 0.580 0.540 0.581 57 840 0-580 0.540 0-582 58 855 0.580 0-541 0.582 59 870 0.581 0.541 0-582 60 885 0.581 0-541 0.582 61 900 0.581 0.541 0.582 62 915 0.582 0-541 0-583 63 930 0.582 0.542 0.583 64 945 0.582 0-541 0-583 65 960 0.582 0.542 0-583 66 975 0.583 0-542 0-584 67 990 0.583 0-542 0.584 68 1005 0.583 0.543 0-585 69 1020 0.584 0-543 0-585 70 1035 0-584 0.543 0.585 71 1050 0.584 0.544 0.585 72 1065 0-585 0.544 0-585 73 1080 0-585 0.543 0-586 74 1095 0.585 0-544 0-586 75 1110 0.586 0.545 0.586 76 1125 0-586 0.544 0.586 77 1140 0.586 0.544 0-587 78 1155 0.586 0.545 0.587 79 1170 0-587 0.544 0-587 80 1185 0.587 0-546 0.588 81 1200 0-587 0 '46 0-588 82 1215 0.588 0.546 0.588 83 1230 0-588 0.546 0.589 84 1245 0.588 0.547 0.588 85 1260 0-588 0.547 0-590 86 1275 0.589 0-548 0.589 87 1290 0.589 0.547 0.590 88 1305 0.589 0-548 0.590 89 1320 0.590 0-548 0-591 90 1335 0.590 0-548 0.591 91 1350 0-591 0.549 0.590 92 1365 0.591 0.549 0-591 93 1380 0.591 0 550 0.591 94 1395 0.592 0-550 0.592 95 1410 0.592 0.549 0.592 96 1425 0-592 0.550 0-593 97 1440 0.592 0-550 0.593 END OF TABLE
END OF REPORT ON CONTAINMENT LEAK RATE TEST TO NRC APPENDIX A.2 FLORIDA POWER & LIGHT COMPANY ST. LUCIE NUCLEAR POWER STATION UNIT N0.1 COMPUTER -, GENERATED REPORT CONTROLLED LFAK RATE TEST,
Iy LEAK RATE COMPUTED USING TOTAL TIME METHOD AS RECOMMENDED BY APPENDIX J FOR 10 CFR 50 (REACTOR CONTAINMENT LEAKAGE TESTING FOR WATER COOLED POWER REACTORS)
TEST PERIOD STARTED AT 2000 HOURS ON MAY 25,1979 A LEAST SQUARES FIRST ORDER FIT OF LEAK RATE TO TIME SHOULD YIELD A SLOPE OF ZERO AND AN INTERCEPT EQUAL TO THE LEAK RATE AS COMPUTED AT THE INITIAL START TIME THE EQUATION HAS THE FORM - L=ST+R WHERE L CORRELATED LEAK RATE S SLOPE OF CORRELATION T TIME IN HOURS R INTERCEPT LEAK RATE LEAK RATE = -0.001 HOURS + 0.295 PER CENT MEAN 0.292 PER CENT INITIAL CONTAINMENT AIR WEIGHT = 436835 LBS.
FINAL CONTAINMENT AIR WEIGHT = 436589 LBS.
FITTED MASS POINT LEAK RATE IS 0.291 PER CENT PER DAY FITTED TOTAL TIME LEAK RATE IS 0-289 PER CENT PER DAY SIMPLE TOTAL TIME LEAK RATE IS 0.284 PER CENT PER DAY MAXIMUM NRC LEAK RATE OF 0.240 PER CENT PER DAY GIVEN FOR LOW PRESSURE TEST AT 35.83 PSIA LEAKAGE OF .240 ~ PER DAY AT 34.496 PSIA IS EQUIVALENT TO 9.34 SCFM.
SUPPLEMENTAL TEST (CLRT) DATA AND PREVIOUS ILRT RESULTS PLUS INJECTED LEAKAGE MUST BE WITHIN 25+o OF LA ( 3 '1 SCFM) FOR VERIFICATION MAXIMUM PROBABLE TEMPERATURE LOOP ERROR IS 0.008 DEGREES F.
MAXIMUM PROBABLE PRESSURE LOOP ERROR IS 0.0005 PSIA.
MAXIMUM PROBABLE HUMIDITY LOOP ERROR IS 0.044 PERCENT.
MAXIMUM PROBABLE INSTRUMENT ERROR IS 0.0030 PERCENT PER DAY <*
WITHIN A COMPUTED CONFIDENCE OF 95.00 PERCENT
E8RSCO SERVICES INCORPORRTED-17
/
0 4000 CONPUTEQ FITx RELRTIVE x =
TO CRITICAL LIMIT '
SIMPLE TOTAL TINE LEAK RATE IHSTRUt',EHT ERROR L IH IT RF DUCT ION Y Y COMPUTED FIRST ORDER EQUATION GREEN OCTAGON STATISTICAL RE JE,CT ION LLJ 0.3600 0-C3 0 3200 Y Y Y Y Y Y Y Y Y 0 Y x x x x x x 0.2800 0.2400 0.2000 60 ~ 120 ~ 180. 240 ~ 300. 360 ~ 420.
TIME IN N NUTES
'i J
5'DRRTED 9 ~ i.. 17 ~
0 4000 t ONPUTED LERK RRTE FIT RELRTIVE TO LIMITS CONTRINNENT DESIGN LERK RRTE LIMNI~
NRC TECHNICRL SPECIFICRTION LIt1IT ERROR REDUCTION 'NSTRUMENT COMPUTED FIRST ORDER EQURTION 0.3600 0.3200 Y Y Y y Y y y Y Y Y Y Y Y Y Y Y Y Y Y 0.2800 0.2400 0 2000 0 60 ~ 120 180. 240 ~ 300. 360
9 ~ 17 ~
1
, 9 ~
12.0000 COMPUTED LERK RRTES RELRTIVE TO LIMITS x x STRTISTICRL TOTRL LEAK RATE COHTRINf1ENT DESIGN LERK RRTE NRC TECHNICRL SPECIFICRTION LIMIT INSTRUMENT ERROR L IHIT REDUCTION COMPUTED FIRST ORDER EQURTIOH 8.0000 4 0000 0-0000 x x
-4 0000
-8.0000 4 60 ~ 120. 180. 240. 300. 360. 420.
TINE IN MINUTES
J EBRSCO SERVICES INCURVURHIEU 3 ~ 7 ~ 5 ~ 9 ~
35.8380 RVERRDE CONTRINNENT PRE55URE 35.8300 35.8220 35-8140 35-8060 35.7980 120 180. 240. 300. 360. 420.
0 60 ~
T I ME IN MINUTES
EBRSCO SERVICES INCURPuRHTEU 7 ~ 9 ~
VOLUNETR I CALLY WEIGHTED CONTR INNENT TENPERRTVRE 87.5400 87.5000 87.4600 87.4200 87.3800 0 60 '20. 180. 240. 300. 360. 420.
TIME IN MINUTES
EBHSCU SERVICES INCURVURRTED 3 ~ 7 ~ 9 ~
0 4032 VOLUMETRICALLY WEIGHTED VAPOR PRESSURE 0.4024 0.4016 0.4008 0.4000 0 3992 60 '20. 180. 240. 300. 360. 420.
TIME IN MINUTES
DESCRIPTION OF VARIABLES AVG. TEM VOLUMETRICALLY WEIGHTED TEMPERATURE.
AVG. PRE AVERAGE PRESSURE-VAP. PRE VOLUMETRICALLY WEIGHTED VAPOUR PRESSURE.
LEAK COM LEAK RATE COMPUTED FROM FIRST ORDER REGRESSION-LEAK SIM LEAK RATE BASED ON TOTAL TIME CALCULATIONS.
LEAK MAS LEAK RATE FROM MASS POINT FIRST ORDER REGRESSION.
NOTE FOR TABULAR DATA TABLE VALUES OF ZERO SIGNIFY EITHER
- 1. DATA IS NOT APPLICABLE TO THE CALCULATION OR
- 2. SENSOR HAS BEEN DELETED FROM THE SCAN.
VARIABLE TABLE
SUMMARY
SAMPLE DELTA AVG. TEM AVG. PRE VAP. PRE LEAK COM LEAK SIM LEAK MAS NUMBER MINS DEG. F PSIA PSIA PER CENT PER CENT PER CENT 1 0 87.530 35-827 0.399 0.295 0.000 0-000 2 15 87.522 35.825 0.399 0.295 0.354 0-000 3 30 87-506 35.823 0.400 0.295 0-267 0.267 4 45 87.501 ~
35.822 0.400 0.294 0-275 0-266 5 60 87.495 35.820 0.400 0.294 0.299 0.287 6 75 87.488 35.819 0.400 0.294 0.288 0-287 7 90 87.476 35.817 0-400 0.293 0.270 0.275 8 105 87.473 35-816 0.400 0.293 0.285 0.278 9 120 87.460 35.814 0.400 0.293 0.281 0.279 10 135 87.457 35.813 0.400 0.292 0.288 0.282 ll 150 87.449 87.440 35.812 0-400 0.292 0.294 0-287 12 165 35-810 0.400 0.292 0.288 0.288 13 180 87.435 35-809 0.401 0.291 0.307 0.295 14 195 87.425 35.807 0.402 0.291 0-311 0-302 15 210 87.423 35-806 0.401 0.291 0.303 0-304 16 225 87.410 35.804 0.401 0.290 0.291 0.301 17 240 87.402 35.803 0.401 0.290 0-286 0-298 18 255 87.403 35.801 0.401 0-289 0-292 0 296 19 270 87.388 35.800 0.401 0.289 0.282 0.293 20 285 87.386 35.798 0.400 0-289 0-284 0 '91 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE- DELTA TEMP 1 TEMP 2 TEMP 3 TEMP 4 TEMP 5 TEMP 6 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 84.898 85.714 85."225 85.742 0.000 84.898 2 15 84.871 85.714 85.225 85.796 0.000 84.898 3 30 84.871 85.714 85.170 85.796 0-000 84-871 4 45 84.898 85.687 85-225 85.796 0-000 84.898 5 60 84.898 85-742 85.197 85-796 0-000 84.898 6 75 84.898 85.714 85.197 85-742 0.000 84.898 7 90 84-871 85.714 85.197 85.742 0.000 84.898 8 105 84.871 85.714 85.225 85.796 0.000 84.898 9 120 84-898 85.687 85.197 85.769 0.000 84.844 10 135 84.898 85.714 85.225 85.796 0.000 84.871 ll 150 84-871 84.871 85.687 85.197 85.796 0.000 84.898 12 165 85.714 85.197 85.769 0.000 84.898 13 180 84-871 85.687 85.197 85.796 0.000 84.898 14 195 84.898 85-714 85-170 85.796 0.000 84.871 15 210 84-871 85.714 85.197 85.796 0.000 84.844 16 225 84.844 85-687 85.225 85.769 0.000 84.871 17 240 84.871 85.714 85-225 85.742 0.000 84.844 18 255 84.844 85.714 85-225 85.796 0-000 84.898 19 270 84.898 85-687 85.170 85.769 0.000 84.871 20 '285 84-871 85.687 85-170 85.769 0-000 84.871 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 7 TEMP 8 TEMP 9 TEMP 10 TEMP 11 TEMP 12 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG- F DEG. F 1 0 85.388 84.789 87.429 87.075 87.184 87.401 2 15 85.388 84.789 87.429 87.048 87.157 87.429 3 30 85.361 84.789 87.401 87.048 87.102 87.347 4 45 85 '61 84.762 87.374 87.020 87.129 87.347 5 60 85.361 84.816 87.401 87.020 87.102 87 '20 6 75 85.361 84.816 87.347 86.993 87.075 87.347 7 90 85-361 84.789 87.374 87.020 87.075 87 '20 8 105 85.388 84.789 87.320 86.993 87 '48 87.293 9 120 85.333 84.789 87-320 86.939 87.048 87.293 10 135 85.361 84.762 87-265 86.966 87.020 87.293 11 150 85.333 84.762 87.320 86.993 87.020 87.265 12 165 85.361 84.789 87.265 86.912 86.993 87.265 13 180 85-361 84-789 87-265 86.912 86.993 87.265 14 195 85.361 84-789 87.265 86.912 86.993 87.211 15 210 85.361 84.789 87-265 86 '84 86.993 87-211 16 225 85.333 84-762 87.238 86.884 86.993 87.238 17 240 85-361 84.762 87-265 86.857 86.939 87-211 18 255 85-333 84.762 87.211 86.857 86-966 87.184 19 270 85.333 84.735 87.211 86.830 86.939 87.184 20 285 85.333 84.735 87.211 86.830 86.939 87.184 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 13 TEMP 14 TEMP 15 TEMP 16 TEMP 17 TEMP 18 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 87.429 87-674 87.184 89.123 0.000 87.537 2, 15 87.401 87.701 87.129 89.123 0.000 87.510 3 30 87.401 87.646 87.157 89.123 0.000 87.510 4 45 87.374 87.619 87.129 89.096 0.000 87.483 5 60 87.374 87.592 87.102 89.069 0.000 87.483 6 75 87.374 87.619 87.102 89.069 0.000 87.456 7 90 87.374 87.592 87.075 89.041 0.000 87.429 8 105 87.347 87.619 87.048 89.096 0.000 87.429 9 120 87.293 87.619 87.075 89.041 0.000 87.401 10 i 135 87.320 87.565 87.048 89.014 0.000 87.429 ll 150 87.293 87.293 87.592 87.048 89.014 0.000 87.429 12 165 87.537 87.048 88.986 0.000 87.401 13 180 87.293 87.565 86.993 88.959 0.000 87.401 14 195 87.293 87.510 86.993 88.986 0.000 87.374 15 210 87.265 87.510 86.993 88.959 0.000 87.374 16 225 87.211 87.510 86.993 88.932 0.000 87.347 17 240 87-293 87.483 86.939 88.932 0.000 87.347 18 255 87.211 87.456 86.966 88.932 0.000 87.347 19 270 87.211 87.456 86.939 88.932 0.000 87.320 20 285 87.211 87.483 86.912 88.932 0-000 87.320 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 19 TEMP 20 TEMP 21 TEMP 22 TEMP 23 TEMP 24 NUMBER MENS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 87.537 87 '01 85.361 '85.415 85.633 85.986 2 15 87.483 87.347'7.374 85.333 85.415 85.605 85.986 3 30 87.483 85.306 85.388 85-578 85.959 4 45 87.456 87.347 85.333 85.388 85.551 85.932 5 60 87.483 87.347 85.306 85.361 85.551 85.932 6 75 87.483 87.320 85.279 85.333 85.524 85-905 7 90 87.429 87.347 85.279 85.306 85.524 85.823 8 105 87.429 87.320 85.279 85.279 85.524 85.905 9 120 87.429 87.320 85.252 85.252 85-497 85.823 10 135 87.429 87.320 85.225 85.252 85.469 85.823 ll 150 87.401 87.293 85.225 85-225 85.442 85.823 12 165 87.374 87.265 85.225 85.225 85.415 85.823 13 180 87.374 87.265 85.197 85.197 ,85.415 85.742 14 195 87.374 87.238 85.170 85.197 85.415 85.769 15 210 87.374 87.265 85.197 85.197 85.388 85.742 16 225 87.347 87.238 85.143 85.143 85.415 85.742 17 240 87.320 87.211 85.143 85.143 85.361 85.714 18 255 87.347 87.238 85.143 85.116 85.333 85-687 19 270 87 '20 87.211 85.088 '5.116 85.333 85-633 20 285 87.320 87.184 85.088 85.088 85-306 85.660 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 25 TEMP 26 TEMP 27 TEMP 28 TEMP 29 TEMP 30 NUMBER MINS DEG. F DEG. F DEG. F DEG. F DEG. F DEG. F 1 0 87.660 87.565 87.565 87.510 87.674 0.000 2 15 87.650 87.565 87.537 87.483 87.619 0.000 3 30 87.640 87.537 87.510 87.456 87.619 0.000 4 45 87.620 87.537 87.510 87.456 87.646 0.000 5 60 87.620 87.483 87.483 87.456 87.619 0.000 6 75 87.600 87.483 87.456 87.456 87.646 0.000 7 90 87.590 87.483 87.456 87.401 87.619 0.000 8 105 87.580 87.483 87.456 87.429 87.592 0.000 9 120 87.570 87.456 87-456 87.401 87.619 0.000 10 135 87.550 87.483 87.456 87.401 87.592 0.000 11 150 87.540 87.456 87.401 87.401 87.537 0-000 12 165 87.500 87.429 87.401 87.401 87.537 0-000 13 180 87.510 87.429 87.401 87.401 87.565 0.000 14 195 87.500 87.401 87.374 87.374 87.537 0.000 15 210 87.490 87.374 87.374 87.347 87.537 0.000 16 225 87.490 87.401 ,87.374 87.347 87.510 0.000 17 240 87 '70 87.374 87.347 87.293 87.483 0.000 18 255 87.460 87.374 87.374 87.347 87.483 0.000 19 270 87.450 87.347 87.347 87.293 87 '83 0.000 20 285 87.440 87.347 87.320 87.320 87.483 0.000 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 31 TEMP 32 TEMP 33 TEMP 34 TEMP 35 TEMP 36 NUMBER MINS DEG. F DEG. DEG. F DEG. F DEG. F DEG. F 1 0 87.293 87.102 87.429 87-265 87.102 85-388 2 15 87 293 87.129 87.429 87 265 87.102 85.361 3 30 87.238 87.102 87.429 87-238 87.102 85-306 45 87.265 87.102 87-401 87.238 87.075 85-306 5 60 87.265 87.048 87.374 87.211 87.075 '85.279 6 75 87.238 87.048 87.374 87.238 87.075 85-279 7 90 87.238 87.048 87.347 87 265 87.020 85.252 8 105 87.211 87.048 87-347 87-157 87.020 85.225 9 120 87.211 87.020 87.347 87.184 86.993 85-170 10 135 87.211 87.020 87.320 87.157 87.020 85.197 ll 150 87.184 87.020 87.320 87.157 86.993 85-170 12 165 87.184 86.993 87 '20 87.157 86.993 85.143 13 180 87.184 86.966 87.347 87.129 86.966 85.088 14 195 87.157 86.966 87-265 87.075 86.966 85.116 15 210 87.157 86.993 87.265 87.129 86.939 85-116 16 225 87.129 86.966 87.265 87.100 86.939 85-034 17 240 87.157 86.966 87.265 87.075 86.939 85-034 18 255 87.129 86.912 87.238 87-075 86-966 85.061 19 270 87.102 86.912 87.238 87.075 86.912 85-007 20 285 87.129 86.912 87.238 87.048 86.912 85.007 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA TEMP 37 TEMP 38 TEMP 39 TEMP 40 PRES 1 HUM 1 NUMBER MINS DEG. F DEG. -
F DEG. F DEG. F PSIA FRACTION 1 0 85.388 97.589 93.671 100.381 35.827 0-000 2 15 85.361 97 '17 93.699 100.435 35.825 0-000 3 30 85 '61 97-644 93.671 100.463 35.823 0.000 4 45 85.333 97.671 93-671 100.490 35.822 0.000 5 60 85.333 97.726 93.699 100.490 35.820 0.000 6 75 85.306 97.753 93.726 100.544 35.819 0.000 7 90 85-279 97.781 93.699 100.571 35.817 0-000 8 105 85.279 97.781 93.699 100.599 35.816 0 000 9 120 85.252 97-808 93.753 100.653 35.814 0.000 10 135 85.197 97.808 93.753 100-680 35-813 0.000 11 150 85.170 97.890 93.753 100-708 35-812 0.000 12 165 85.197 97:890 93.753 100-762 35.810 0-000 13 180 85.170 97 '45 93-781 100.789 35-809 0.000 14 195 85.170 97.945 93.781 100-816 35.807 0.000 15 210 85.116 98.000 93-781 100.844 35-806 0.000 16 225 85-116 97.973 93-781 100-898 35.804 0-000 17 240 85-061 98.027 93-781 100.925 35.803 0.000 18 255 ~
85-116 98.055 93.808 100.952 35.801 0.000 19 270 85.088 98.082 93.836 100.980 35-800 0.000 20 285 85.034 98.110 93.836 101.034 35-798 0.000 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA HUM 2 HUM 3 HUM 4 HUM 5 HUM 6 HUM 7 NUMBER MINS' FRACTION FRACTION FRACTION FRACTION FRACTION FRACTION 1 0.683 0.670 0.608 0.000 0-000 0-000 2 15 0-683 0-670 0-608 0.000 0-000 0.000 3 30 0-683 0-670 0-609 0.000 0.000 0-000 4 45 0-683 0-671 0-610 0.000 0.000 0.000 5 60 0.684 0.671 0.610 0.000 0-000 0.000 6 75 0-683 0.671 0-610 0.000 0.000 0-000 7 90 0-684 0.671 0.610 0.000 0.000 0.000 8 105 0.683 0-671 0.610 0.000 0-000 0.000 9 120 0.684 0-671 0-610 0.000 0.000 , 0-000 10 135 0-685 0-671 0.612 0.000 0-000 0.000 ll 150 0-687 0-687 0.672 0.613 0-000 0.000 0-000 12 165 0-672 0.613 0.000 0.000 0.000 13 180 0-688 0.673 0.616 0.000 0-000 0 000 F
14 195 0-693 0-674 0.615 0.000 0-000 0.000 15 210 0-689 0.673 0.614 0.000 0.000 0.000 16 225 0.689 0-673 0~ 0.000 0-000 0-000 17 240 0.687 0 '73 614'.614 0.000 0.000 0-000 18 255 0.687 0.673 0-614 0.000 0.000 0.000 19 270 0-687 0-673 0.614 0.000 0.000 0.000 20 285 0.686 0-673 0.614 0.000 0.000 0.000 END OF TABLE
VARIABLE TABLE
SUMMARY
SAMPLE DELTA HUM 8 HUM 9 HUM 10 NUMBER MINS FRACTION FRACTION FRACTION 1 0 0.597 0-555 0.597 2 15 0.597 0,.555 0.597 3 30 0.598 0-555 0.598 45 0.598 0-555 0.598 5 60 0.599 0-556 0.599 6 75 0.598 0-556 0.599 7 90 0.599 0-556 0.599 8 105 0.599 0-557 0.599 9 120 0.599 0-556 0.599 10 135 0-600 0-556 0-600 ll 150 0.601 0.557 0.600 12 165 0.601 0.556 0.601 13 180 0.601 0.557 0.602 14 195 0.602 0.558 0.602 15 210 0.602 0.558 0.602 16 225 0.602 0.558 0.602 17 240 0.602 0-559 0.602 18 255 0.603 0.558 0.601 19 270 0-603 0-558 0.603 20 285 0.602 0.559 0.602 END OF TABLE END OF REPORT ON CONTAINMENT LEAK RATE TEST TO NRC
APPENDIX B FLORIDA POWER 6 LIGHT COMPANY ST. LUCIE NUCLEAR POWER STATION UNIT N0.1 TYPE B 6 C RESULTS
APPENDIX B Testing conducted between August, 1975 and October, 1976.
Date As Found As Left Reason Escape Lock Inner Door 3-22-76 1 Retest following door opening Seal 3-26-76 0 Retest following door opening Escape Lock 3-22-76 1.7 1.7 Retest following door opening Outer Door 3-26-76 0 0 Retest following door opening Seal Maintenance 7-23-76 1050 1050 Retest following hatch closure Hatch Gasket Interspace Periodic Local Leak Rate Testing conducted October thru November; 1976.
Pene tra tion Valve Date Tested As Found As Left 10-28-76 10-28-76 10-28-76 10-28-76 25 10-23-76 I-V-15328 10-14-76 1620 11-3-76 0 I-MV-15-1 10-19-76 14. 2 14. 2 I-V-18794 10-22-76 209 209 I-V-18796 I-V-18195 10- 19-76 24.6 24.6 I-MV-18-1 10-19-76 18.1 18.1 10 I-FCV-25-4 I-FCV-25-5 11-15-76 19.8 19.8 I-FCV-25-2 10-23-76 98, 724 I-FCV-25-3 11-3-76 820 14 V-6779 10-22-76 12.8 12.8 V-6741 10-22-76 0 0 Note; All units expressed in sccm.
1 of e
ll
Penetration Valve Date Tested As Found As Left 23 I-HCV-14-1 10-22-76 3.4 3.4 I-HCV-14-7 24 I-HCV-14-2 10-22-76 8.9 8.9 I-HCV-14-6 26 V-2515 10-13-76 0 0 V-2516 10-13-76 1.5 1.5 V-5200 10-5-76 V-5203 10-5-76 29A V-5201 10-5-76 7.2 7.2 V-5204 10-5-76 0 0 29B V-5202 10-5-76 39 39 V-5205 10-5-76 40.6 40.6 31 V-6554 10-5-76 V-6555 10-5-76 41 I-V-07009 10-22-76 4.8 4.8 V-3463 42 I-LCV-07-11K 10-22-76 87, 87 I-LCV-07-11B 10-22-76 117. 2 117.2 43 V-6301 10-13-76 104 104 V-6302 10-13-76 81 81 44 I-SE-01-1 10-13-76 29.1 29.1 V-2505 10-13-76 25.5 25.5 46 I-V-07189 11-15-76 50 50 I-V-07206 47 I-V-.07188 11-15-76 I-V-07170
'I-FSE-27-1 10-13-76 I-FSE-27-2 I-FSE-27-3 I-FSE-27-4 I-FSE-27-8 48C I-V-27101 10-13-76 15. 1 15.1 I-FSE-27-11 10-13-76 65.1 65.1 I-V-27102 10-14-76 I-FSE-27-10 2 of 11
Penetration Ve 1ve Date Tested As Found As Left 51C I-FSE-27-5 10-14-76 118 I-FSE-27-6 11-3-76 42.2 I-FSE-27-7 I-FSE-27-9 10-14-76 52A I-FCV-26-1 10-14-76 4.2 4.2 I-FCV-26-2 10-14-76 1587 11-3-76 743 52B I-FCV-26-3 10-14-76 2.1 2.1 I-FCV-26-4 10-14-76 570 11-3-76 352 52C I-FCV-26-5 10-22-76 1190 1190 I-FCV-26-6 10-22-76 19.8 19. 8 52D I-V-OO14O 10-14-76 6.2 6.2 I-V-00143 52E I-V-00139 10-14-76 3.2 3.2 I-V-00144 54 Blind Flange 11-3-76 56 I-V-25-11 10-19-76 250 250 I-V-25-12 I-V-25-13 10-19-76 301 301 I-V-25~14 I-V-25-15 10-19-76 1105 1105 I-V-25-16 67 I-V-25-20 11-5-76 1575 1575 I-FCV-25-7 11-5-76 8 8 68 I-V-25-21 11-7-76 9 9 I-FCV-25-8 11-7-76 21 21 All Electrical Penetrations 10-28-76 Fuel Transfer Tube Blind Flange 11-24-76 1.7 1.7 Maintenance Hatch Gasket 11-29-76 420 420 Interspace Escape Lock Inner Door Gasket 11-4-76 11-24-76 3 of ll
C Penetration Valve Date Tested As Found As Left Escape Lock Outer Door Gasket 11-4-76 0 0 11-24-76 0 0 11-30-76 2.3 2.3 Escape Airlock 11-4-76 Personnel Lock Inner Door Gasket 11>>29-76 Personnel Lock Outer Door Gasket 11>>29-76 1.2 1.2 Personnel Airlock 11-29-76 4.2 4.2 Testing conducted between December, 1976 and February, 1978.
Date As Found As Left Reason Escape Lock Inner Door 12-1-76 3.2 3.2 Retest following door opening Seal 3-11-77 >2000 Retest following door opening 3-11-77 Replaced seals 4-6-77 Periodic surveillance 9-26-77 Periodic surveillance 10-8-77 Retest following door opening Escape Lock 12-1-76 525 525 Retest following door opening Outer Door 3-11-77 0 0 Retest following door opening Seal 3-11>>77 0 0 Retest following door opening 4-6-77 0 0 Periodic surveillance 9-26-77 0 0 Periodic surveillance 10-8-77 470 470 Retest following door opening Escape Airlock 4-6-77 0 Periodic surveillance 9-26-77 0 Periodic surveillance Personnel Lock 4-8-77 1.8 1.8 Periodic surveillance Inner Door 10-11-77 12.3 12.3 Periodic surveillance Personnel Lock 4-8-77 1.2 1.2 Periodic surveillance Outer Door 10-11-77 16.5 16.5 Periodic surveillance Personnel Airlock 4-8-77 440 440 Periodic surveillance 10-11-77 2780 2780 Periodic surveillance Maintenance Hatch Gasket 4-25-77 15 15 Retest following hatch closure Interspace 10-8-77 430 '30 Retest following hatch closure 4of 11
Penetra tion Valve Date As Found, As Left Reason 9 I-V-18195 4-25-77 Relocation of valve I-FSE-27-1 10 77 742 742 Valve replacement I-FSE-27-2 10-8-77 812 812 Valve replacement I-FSE-27-3 10-8-77 561 561 Valve replacement I-FSE-27-4 10-8-77 394 394 Valve replacement 51C I-F SE-27-5 10-8-77 430 430 Valve replacement I-FSE-27-6 10-8-77 485 485 Valve replacement I-FSE-27-7 10-8-77 515 515 Valve replacement 54 I-V-00101 10-8-77 630 630 Installation of valve Periodic Local .Leak Rate Testing conducted March thru May, 1978.
Penetration Valve Date Tested As Found As Left 3-31-78 3-31-78 3-31-78 3-31-78 4-10-78 I-V-15328 5-4-78 87 87 I-MV-15-1 5-4-78 0 0 I-V-18794 3-28-78 10.8 10.8 I-V-18796 V-18797 3-28-78 1.2 1.2 V-18798 3-28-78 0.7 0.7 I-V-18195 4-17-78 9550 4-29-78 383 I-MV-18-1 4-17-78 0 0 10 I-FCV-25-4 4-11-78 3310 3310 I-FCV-25-5 I-FCV-25-2 I-FCV-25-3 4-iS-78 455,904 5-13-78 38,511
Penetration Valve Date Tested As Found As Left 14 V-6779 4-10-78 V-6741 4-10-78 23 I-HCV-14-1 4-15-78 I-HCV-14-7 24 I-HCV-14-2 4-15-78 0 I-HCV-14-6 26 V-2515 4-24-78 700 700 V-2516 4-24-78 525 525 28A V-5200 4-7-78 139 139 V-5203 4-7-78 125 125 29A V-5201 4-7-78 V-5204 4-7-78 29B V-5202 4-7-78 0 0 V-5205 4-7-78 400 400 31 V-6554 4-18-78 V-6555 4-18-78 41 I-V-07009 4/14/78 0 V-3463 42 I-LCV-07-11A 4-14-78 18 18 I-LCV-07-llB 43 V-6301 4-26-78 22 22 V-6302 4-26-78 6 6 44 I-SE-01-1 4-25-78 V-2505 4-25-78 46 I-V-07189 4-10-78 5130 5130 I-V"07206 47 I-V-07188 4-10-78 I-V"07170 48A I-FSE-27-1 3-29-78 0 0 I-FSE-27-2 3-29-78 0 0 I-FSE-27-3 3-29-78 0 0 I-FSE-27-4 3-29-78 382 382 I-FSE-27-8 3-29-78 30 30 48C I-V-27101 3-29-78 0 I-FSE-27-11 3-29-78 0 6 of 11
Penetration Valve Date Tested As Found As Left I-V-27102 3-29-78 I-FSE-27-10 3-29-78 51C I-FSE-27-5 3-29-78 I-FSE 27-6 3-29-78 I-FSE-27-7 3-29-78 I-FSE-27-9 3-29-78 I-FCV-26-1 4-14-78 67 67 I-FCV-26-2 4-14-78 675 675 52B I-FCV-26-3 4-14-78 350 350 I-FCV-26-4 4-14-78 0 0 52C I-FCV-26-5 5-2-78 34 34 I-FCV-26-6 5-2-78 2240 2240 52D I-V-00140 4-4-78 I-V-00143 52E I-V-00139 4-4-78 I-V-00144 54 I-V-00101 4-4-78 550 550 I-V-25-11 4-3-78 185 185 I-V-25-12 57 I-V-25-13 4-3-78 225 225 I-V-25-14 58 I-V-25-15 4-3-78 1150 1150 I-V-25-16 67 I-V"25-20 4-20-78 325,000 5-2-78 27 I-FCV-25-7 4-20-78 105 105 68 I-V-25-21 4-19-78 13 13 I-FCV-25-8 4-19-78 456 456 All Electrical Penetrations 3-30-78 Fuel Transfer Tube Blind Flange 5-20-78 Maintenance Hatch Gasket Interspace 5-23-78 Escape Lock Inner Door Gasket '-20-78 Escape Lock Outer Door Gasket 5-20-78 7of ll
Pene tration Valve Date Tested As Found As Left Escape Airlock 5-6-78 Personnel Lock Inner Door Gasket 5-21-78 34 Personnel Lock Outer Door Gasket 5-21-78 16. 7 16.7 Personnel Airlock 5-21-78 Testing conducted between June, 1978 and March, 1979.
Date As Found As Left Reason Escape Lock Inner Door Seal 11-8-78 Periodic surveillance Escape Lock Outer Door 11-8-78 Periodic surveillance Seal Escape Airlock 11-8-78 . 6350 6350 Periodic surveillance Personnel Lock Inner Door 11-8-78 1.4 1.4 Periodic surveillance Seal Personnel Lock 11-8-78 10 10 Periodic surveillance Outer Door Seal.
Personnel Airlock 11-8-78 75 75 Periodic surveillance Maintenance Hatch 11-7-78 444 444 Retest following hatch closure Gasket Interspace 1-27-79 135 135 Retest following hatch closure Penetration Valve Date As Found As Left Reason 29A V-5204 10-30-78 ' 0 Valve repair (packing)
Periodic Local Leak Rate Testing conducted April thru May 1979.
Penetration Valve Date Tested As Found As Left 4-5-79 552 552 4-5-79 589 589 4-5-79 521 521 4-5-79 711 711 4-5-79 28 28 8 of ll
Penetration Valve Date Tested As Found As Left I-V-15328 4-9-78 205 205 I-MV-15-1 4-20-79 76.1 76.1 I-V-18794 4-17-79 70 70 I-V-18796 V-18797 4-17-79 87.7 87.7 V-18798 4-17-79 5.7 5.7 I-V-18195 4-13-79 2912 2912 I-N-18-1 4-13~79 249 249 10 I-FCV-25-4 4-12-79 35,275 I-FCV-25-5 5-13-79 977 I-FCV-25-2 4-3-79 I-FCV-25-3 14 V-6779 4-19-79 8.2 8.2 V-6741 4-19-79 12.1 12.1 23 I-HCV-14-1 4-14-79 9.9 9.9 I-HCV-14-7 24 I-HCV~ 14-2 4-14-79 9.6 9.6 I-HCV-14-6 26 V-2515 4-20-79 6186 6186 V-2516 4-20-79 761 761 V-5200 4-20-79 174 174 V-5203 4-20-79 188 188 29A V-5201 4-18-79 3.2 3.2 V-5204 4-18-79 5.7 5 7, 29B V-5202 4-20-79 11.4 11.4 V-5205 4-20-79 565 565 31 V-6554 4-13-79'-13-79 0.8 0.8 V-6555 5.9 5.9 41 I-V-07009 4-17-79 263 263 V-3463 42 I-LCV-07-11A 4-16-79 893 893 I-LCV-07-llB 43 V-6301 4-18-79 406 406 V-6302 4-18-79 523 523 9 of 11
Penetration Valve Date Tested As Found As Left 44 I-SE-01-1 4-16-79 332 332 V-2505 4-16-79 12 12 46 I-V-07189 4-16-79 237 237 I-V-07206 47 I-V-07188 4-16-79 10.9 10.9 I-V-07170 48A I-FSE-27-1 4-7-79 11.6 11.6 I-FSE-27-2 4-7-79 11.0 11.0 I-FSE-27-3 4-7-79 10.9 10.9 I-FSE-27-4 4-7-79 11.7 11.7 I-FSE-27-8 4-7-79 10.9 10.9 48C I-V-27101 4-7-79 11.5 11.5 I-FSE-27-11 4-7-79 11.7 11.7 I-V-27102 4-6-79 12.3 12.3 I-FSE-27-10 4-6-79 8.8 8.8 51C I-FSE-27~5 4-6-79 9.7 9.7 I-FSE-27-6 4-6-79 9.4 9.4 I-FSE-27-7 4-6-79 10.1 10.1 I-FSE-27-9 4-6-79 9.3 9.3 I-FCV-26-1 4-11-79 11.0 11.0 I-F CV-26-2 4-11-79 798 798 52B I-FCV-26-3 4-11-79 14.5 14. 5 I-FCV-26-4 4-11-79 732 732 52C I-FCV-26-5 4-12-79 42.2 42.2 I-FCV-26-6 4-12-79 2859 2859 52D I-V-00140 4-10-79 24.4 24.4 I-V-00143 52E I-V-00139 4-10-79 14.3 14.3 I-V-00144 54 I-V-00101 4-7-79 451 451 56 I-V-25-11 4-11-79 216 216 I-V-25-12 57 I-V-25-13 4-10-79 1132 1132 I-V-25-14 58 I-V-25-15 4-11-79 586 586 I-V-25-16 67 I-V-25-20 4-6-79 260 260 I-FCV-25-7 4-6-79 698 698 10 of ll
Valve Date Tested As Found As Left 68 I-V-25-21 4-9-79 '19. 5 19.5 I-FCV-25-8 4-9-79 16.2 16.2 All Electrical Penetrations 4-3-79 Fuel Transfer Tube Blind Flange 5>>21-79, 7.5 7.5 intenance Hatch Gasket Interspace 5-23-79 7.3 7.3 Escape Lock Inner Door Gasket 5-16-79 Escape Lock Outer Door Gasket 5-16-79 Escape Airlock 5-4-79 14, 893 8.4 Personnel Lock Inner Door Gasket 5-18-79 12.4 12.4 Personnel Lock Outer Door Gasket 5-18-79 94.9 94.9 Personnel Airlock 5-17-79 882 882 The current (as of May 26, 1979) As left totals for Type B, Type C"and By-Pass Containment leakage is as follows:
Type "B" testing 3,406 scc/min Type "C" testing 2,111 scc/min By-Pass leakage testing 21,109 scc/min Acceptance limits:
.60 La 544,786 scc/min By-Pass 108,957 scc/min
0 v
v 1, 1 (