ML20044B074
| ML20044B074 | |
| Person / Time | |
|---|---|
| Site: | Vogtle  |
| Issue date: | 03/30/1990 |
| From: | BCP TECHNICAL SERVICES, INC. |
| To: | |
| Shared Package | |
| ML20044B032 | List: |
| References | |
| NUDOCS 9007170278 | |
| Download: ML20044B074 (220) | |
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u: s O L GEORGIA POWER COMPANY V0GTLE ELECTRIC GENERATING PLANT UNIT 1 REACTOR CONTAINMENT BUILDING 1990 INTEGRATED LEAKAGE RATE. TEST FINAL REPORT O 1 Prepared By: BCP Technical Servi.ces, Inc. March 1990 L (
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Appendix I l
, - Containment Description-l l . . , . 1 m.
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1 1 l 1 A[pendix II l
/ g Computer Program Description 1
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- Appendix III L-.. Test Data-
~ l 4 Ly; Appendix IV , Type B&C Test Results
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--Vog0ILRTFinalReport g 19 ,
-r TABLE OF CONTENTS l
' j SECTION PAGE
- 1. Int'roduction Page 1
, 2. Summary Page 2
- 3. Methodology Pages 3 - 5 3.I' Leakage Rate Calculation Pages 3 & 4 ,
3.2 Test Measurements Pages 4'& 5-
- 4. Procedures Pages 6 - 8 4.1 Plant Status Page 6-4.2' Pressurization Pages 6.& 7 7
4.3 Stabilization, Type A Test and Verification Pages 7 & 8 (] i: 5., Results Pages 9_- 11 s
.5.1 . Type.A Test Pages 9 - 11 L. , 5.2-. Verification Test Page 11 5.34.-Mass Point Results Page. 11 h
-Page I?
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- 6. ' References L 'iables Figures'-
Appendix I - Containment Description Appendix II - Computer Program Description Appendix III - Test Data
~ Appendix IV-- Type B & C Test Results
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p i i B Inc. E Vogtle Electric GeneratCP Technical Services,ing Plant ' rr -1990 ILRT Final Report V Page 1
- 1. INTRODUCTION
\
Thecontainmentintegratedleakageratetest(ILRT)is-performedas required by-10CFR50/ Appendix J (Reference 1) to demonstrate that leakage , tnrough the containment boundary at design basis accident pressure does not ; exceed the Technical Specification limit. Test methods and procedures are specified in ANSI N45.4-1972 and in BN-T0P-1 (Reference 3)(, whi
- defines alternative requirementsReference 2) acceptable to the USNRC. The cond - of the ILRT follows a plant surveillance-
procedure (Reference 4):which conu ins detailed instructions for all test
. phases.
' References 1 and 3 3rovide two distinct options for the performance of an ILRT.
If the Type A test 1as a duration of at least 24 hours, Ref. I allows leatage rate calculations to be performed using the mass point method defined in : ANSI /ANS 56.8 (Ref. 5). If the Type A test has a duration less than-24 hours, i then leakage rate calculations must be performed using the total time method
' described in Ref. 3. The 95% upper confidence limit calculation derived in Ref. 3 provides a very conservative (relative to the mass point UCL' defined in Ref. 5) upper bound on leakage rate. Since the Type A test reported herein had a duration of 8 hours, total time calculations were used to determine L leakage rate. Mass point calculation results are listed in Section 5, but are L provided for information only.
l The Vogtle Unit.1 - 1990 ILRT is described in detail in the following sections - of this report. Section 2, Summary, summarizes test activities and results. l l Section 3, Methodology, describes measurements and calculations. Section 4,- p Procedures, describes plant status, containment pressurization and test-L phases. Section 5, Results, presents the results of the measurements and , calculations for the Type A test and verification test. Section 6 lists l references and the Appendix contains a description of the containment, a synopsis of the computer program used to calculate leakage rate, a listing of Type B and C test results and a listing of all containment atmospheric condition-data recorded-during the test. 1 i g v L
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V, y : BCP Technical Services, Inc. Vogtle Electric Generating Plant 1990 l'.RT final Report Page 2
- 2. Summary The.Vogtle Unit' l- 1990 ILRT was conducted on March 28-30, 1990.
Pressurization commenced at 6:10 PM (All times are EST) on March 28 following' 1 the completion of all prerequisite activities and the containment was isolated .
.at 7:17 AM on the 29th when pressure had reached 45.9 psig. The eight hour I Type A test was started at noon on the 29th following a. stabilization of just '
under 4 and three. quarters hours. All stabilization criteria-were met during this period. Stabilization was extended beyond the 4 hour minimum required by Ref. 4 to insure that the change in containment air mass with time was linear--a condition which provides confidence that the test can be completed in 8 hours so long as the leakage rate is small. A verification flow of 0.1804 wt %/ day was initiated between 8:00 and 8:15 PM on the 29th and the verification test was started at 9:15 PM following the one hour stabilization required by Ref. 3. The verification test was concluded at 1:15 AM on the 30th. Containment depressurization commenced shortly after the completion of the verification test. Depressurization required about 6.5 hours. , o Test results are listed below:
.Q 95% VCL on total time leakage rate 0.1048 wt.%/ day Acceptance limit (.75 La) 0.1500 wt.%/ day Extrapolated total time calculated leakage rate <0.0846.wt.%/ day Acceptance limit (.75 La) 0.1500 wt %/ day Mean of the measured leakage rates <0.1024 wt.%/ day Acceptance limit (La) 0.2000 wt.%/ day ,
s Total time calculated leakage rate, verification 0.2505 wt.%/ day Upper limit 0.3150 wt.%/ day Lower limit 0.2150 wt.%/ day , The final as left leakage rate (UCL) is 0.1048 wt %/ day, since penalities for-l' penet' rations in non-standard alignment and water inventory change add to less than 0.00005 wt.%/ day and therefore do not change the least significant digit in I the reported leakage rate. s The calculated as found leakage rate (UCL) is 0.1061 wt.%/ day. This is the sum of the 0.1048 wt.%/ day as left UCL and the 0.0031 wt.%/ day minimum
- pathway improvement made-during the local leakage rate testing program.
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BCP Technical Services, Inc. : Vogtle Electric Generating Plant ' fG 1990'ILRT Final Report d Page 3 1
- 3. METHODOLOGY 7 3.1 Leakaae Rate Calculation
' Integrated Leakage Rate is determined by calculating the average rate of ,
loss of dry air from the containment. The quantity of dry air in the containment is calculated using the ideal gas law and measurements of drybulb tem)erature, dewpoint temperature and absolute pressure. A single average i dry))ulb temperature, (30 measured tem T, is calculated as the sum of the products of thirty ' (discussed below)peratures and their associated weighting factorsIndividual dewpoint te pressures using the ASME Steam Table algorithm relating saturation pressures and temperatures. A sin the products of six (6) gle average vapor pressure is calculated as the sum of individual l factors. Dry air aartial pressure, pressures and their associated weightingP, is measu l vapor pressure. T1e quantity of air in the containment is computed using the i ideal gas law, M = PV/RT where M is the quantity of eir in pounds mass, V is containment free air volume in cubic feet R is the gas constant
- for air and P and T are defined (q
'y above. ContainmentIreeairvolumeusedforILRTcalculationsis 2,841,900 I cubic feet (see Appendix I).
The quantity of dr condensation of vapor,y air is which calculated are so that purely internal evaporation processes, of water do not affectand I the computed leakage rate. Assuming that leakage rate is constant, it is best defined as the slope of a line fitted to the air mass and time data sets. The slope of this line is the average rate of loss of air. Reference 3 takes a somewhat different approach to calculating leakage rate. The total time' method described in Reference 3 is based on the premise that leakage rate varies linearly with
' time. Measured leakage rates are determined for air mass values derived from data collected at regular (15 minute) intervals. Measured rate is initial air
.nass less current air mass divided by current time less initial time. A straight line is fitted to the measured rate versus time data using the method of least squares. The calculated leakage rate is defined as the ordinate of this line at the end of the test. 7 The measured leakage rates will exhibit some scatter about the fitted line with the result that there is a statistically determinable uncertainty as to the true rate. The uncertainty is quantified by calculating a 95% confidence band for the end of test measured leakage rate. The upper limit of this confidence band is a very conservative bound on true leakage rate.
Reference 3 specifies three acceptance criteria. First, the upper limit q U of the 95% confidence band on the end of test measured leakage rate must be less than the acceptance leakage rate (per Reference 1, this acceptance rate is 75% of the maximum allowable leakage rate defined in the Technical Specifications or, .75 x 0.200%/ Day = 0.150%/0ay). R = 53.35 (pounds force x feet)/(pounds mass x degrees Rankine)
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- BCP VogtleTechnical Electric Generat Se'rvices,ing Plant n 1990 ILRT Final Report C/ Page 4-
- 3. METHODOLOGY (cont) 3.1 LeakaoeRateCalculation(cont)
Second, the calculated leakage rate extrapolated to a twenty-four hour test duration must be less than the acceptance leakage rate. Finally, the mean of the measured leakage rates over the final five (5) j hours of the test must be less than the maximum allowable leakage rate. The ' test may be terminated when all three criteria are met if the duration is at leasts'ix(6) hours (eighthoursperReference4). 1 following the conclusion of the test, the calculational method is verified by imposing an additional leak on the containment and calculating the new leakage rate. The imposed leak, vented from the containment through a flow L meter is approximately equal to the maximum allowable leakage rate. The new l= 'calculatedleakageratemustequalthepreviouslycalculatedrateplusthe 4 imposed rate plus or minus 25% of the maximum allowable leakage rate. This l l supplemental test also provides a rough check on pressure measurement since a large error in the measurement of pressure change will result in a calculated u leakage rate which differs significantly from the expected rate. 3.2 Test Measurements 1
- (] 1 Leakage rate calculations are based on data taken from drybulb and !
dewpoint temperature sensors located inside the containment and absolute l j i g pressure penetration transducers connectedtothrough (Pen.31) dedicated ILRT. T1irty tem)orary(tubing
- 30) drybulbto and a spare six (6)electrical dewpoint temperature sensors were installed in the containment at -l approximately equally, spaced elevations. Sensor locations and weighting i l factors (volume fractions) are listed in Table 1. Dewpoint temperature sensor l l ME-03 started to show an erratic output during stabilization and was l eliminated from consideration by assignment of a zero voluwe fraction. The !
-fraction (0.190) previously assigned to ME-03 was reallocated in equal parts !
to ME-02 and ME-04. Sensor locations and weighting factors were established i by considering temperature distributions in past tesh and the containment ! geometry (the containment is described in Appendix I). Since both drybulb and dewpoint temperatures tend to exhibit a pronounced vertical stratification at j the completion of pressurization and throughout the test, sensors were set at l
- approximately equally spaced elevations and the volume associated with each sensor was taken as a horizontal slice through the containment with the sensor at its approximate vertical centroid. While there is no evidence that ,
containment atmospheric conditions vary with plan location, the possibility of ; an unusual in plane temperature distribution was accountJ for by arranging sensors in a spiral configuration The bearing of each sensor is advanced ! from that of the -{ approximately sensor above it. 90 degrees Above (drybulb) the refuel or floor, 180 degrees radius was (dewpoint)h set suc that one half of s the horizontal slice area was inside the spiral surface and the other half i outside. Below the refuel floor, sensors were aositioned about midway between ; i Oc - the secondary shield and the liner. One drybul) sensor was suspended in the = refuel cavity. Sensors above the refuel floor were suspended from spray rings d i and structural steel. Those below the refuel floor were suspended from j l grating, piping and structural steel. Deviations from theoretical locations : were made to allow for interferences. f 1 _ - _ _ _ _ _ _ _ - - _ _ _ _ _ - _ - _ _ _ _ _ _ _ _ _ - _ _ _ __=. - _ _ . b
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BCP VogtleTechnical Services,ing Plant Electric-Generat 1990 ILRT Final Report
. - Page 5
- 3. METHODOLOGY (cont) 3.2 lest Measurements (cont)
Drybulb temperatures temperature detectors (RTD's). were measured Dewpointusing 100 Ohmwere temperatures platinum resistance;illed measured by ch mirror dew cells. .These devices use a thermoelectric junction to cool a small mirror. The amount of light reflected by the mirror from a light source to a photodetector changes when the mirror cools to the dewooint and collects-condensation. A small RTD senses mirror temperature w1ich is controlled at the dewpoint by the photodetector circuit. The dewpoint temperature sensors are completely self contained units requiri~ a 24 V DC input. The RTD sensing mirror temperature provides the oc.pt . This RTD is wired to the data acquisition system exactly as are the hT R u 4 to sense drybulb temperature. Absolute pressure was measured by a s Rrating cylinder pressure transducer. This device uses an electronic circuit to determine a modal frequency pressure /one side vacuum) containment pressure.of a cylinder This frequency varies subjected to absolute ( approximately linearly with pressure. An internal microprocessor is programmed during calibration to convert frequency to true absolute pressure in engineering units. The pressure transducers have a resolution of 0.0001
-h PSI and a stability of 0'.001 PSI (based on deviations between two transducers over-the eight hour test duration).
A digital data acquisition system was used to collect data at fifteen (15) minute intervals and transfer that data to the ILRT computer over a serial (bit by bit transmission) link. The data system included the conditioning for the.RTO's and converted resistance to temperature with a 0.01 degree C resolution. The pressure transducers provided a binary coded decimal output to the data system. This was passed on to the computer as a.five digit number (XX.XXX) and a single digit number (.000X). This dual output was necessary since the data acquisition system has an output limitation of about 80,000 counts. The data system generated a printed tape record of each data set. transmitted to the computer. The ILRT computer was a small IBM compatible running a compiled Basic program. The program is described in Appendix 11. Other instrumentation included a variable area flow meter (connected to dedicated ILRT penetration 31) to measure imposed leakage during the supplemental test and twe gages to measure containment gage pressure. All temporary instrumentation was calibrated to the requirements of Reference 4 prior to the ILRT and, with the exception of dewpoint temperature sensor No. 3, performed well during the test. Instrument performance is illustrated by the plots of drybulb and dewpoint temperatures recorded during the Type A test. These plots follow the tabular data in Appendix III. Permanent plant instrumentation was used to measure containment sump and vessel water levels. 9 Water quantities were tracked since a correction to calculated leakage rate may be required if total water inventory increases during the ILRT (a water injection is equivalent to a negative leakage which lowers the calculated leakagerate).
BCP Technical Services, Inc.
.Vogtle Electric Generating Plant , /7 1990 ILRT Final Report A)
Page 6 l
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- 4. PROCEDURES 4.1 Plant Status Plant systems were aligned for the ILRT as specified in Reference 4 which -
incorporates both FSAR and operational requirements. Isolation valves were set in the post-LOCA positions specified in the FSAR except where the opposite
' positions were required to maintain the reactor in a safe shutdown condition.
Piping was vented and drained to expose valve seats to containment and outside atmospheres per post-LOCA scenarios. All sources of gas at pressures above containment test pressure were isolated or vented to prevent leakage into the containment free air space during the ILRT. All Type B and C local leakage rate tests, including those on the airlock, were completed prior to the. start of ILRT pressurization. Containment sumps were pumped down prior to the start of pressurization. One loop of shutdown. cooling was in continuous operation- 1 through the entire test period to remove core decay heat. Containment lights and fans were shut off for the test. However, nuclear service cooling water !
- flow to the containment cooling units was maintained to limit pump discharge l pressures.
! Prior to containment closure a temperature survey was performed, with fans g). t off, to confirm the expected trend of drybulb and dewpoint temperatures. An 1
" in-situ test on the in containment instruments was performed to demonstrate proper functioning with the 1cng field cables connecting instruments to the =
data system; RTO in-situ tests were done using an ice bath and verifying ice point temperature (plus or minus a tolerance) at the data system. , Dewpoint tem)erature sensor in-situ tests were performed using a digital h temperature /lumidity indicator. The official-test copy of Reference 4 documents p' ant status, including all exceptions to specified conditions. It also documents-the completion of all prerequisite activities. 4.2 Pressurization The containment was pressurized rsing diesel driven, oil free compressors having an aggregate capacity of If SCFM. Com)ressor discharge was routed through two aftercooler/ dryer trains and tience through two-temporary pipe to a tem)orary manifold which connected to containment penetrations 68 and 87. T1e containment was isolated for the test by valves close to the penetrations (in-service isolation for these penetrations consists of double 0-ring blind flanges inside containment). Air was cooled and dried to limit temperature rise and prevent saturation. Excessive temperature rise and saturated air can greatly increase test duration. Pressurization commenced at about 6:10 PM on March 28, 1990 and was stopped at about 7:17 AM on the following day when pressure haa reached 45.9 p psig. Pressurizer level dropped during the early stages of pressurization and d the containment was isolated for several hours during which time the level drop was evaluated and makeup water was injected. As a result, total time to 3ressurize the containment was increased from the expected 8 hours to 13 lours.
y o 4 Inc. J Vogtle Electric GeneratBCP-Technical Services,ing Plant n 1990-ILRT Final Report C/7 -Page 7 4'.2 Pressurization (cont) Pressurization was terminated close to the upper end of the allowable 45-46 i psig window to ensure that pressure would be above 45 psig at the start of the 1 Type A test. The upper end of the window was selected since containment mean temperature increased during pressurization and would fall, with an during stabilization. The. containment was- l accompanying drop in pressure,lly isolated for the ILRT by manua operated valves situated just outboard of penetrations 68 and 87. Containment atmospheric condition data was recorded at 15 minute intervals during pressurization. Figures 1 and 2 are plots of containment absolute pressure and mean temperature, respectively, during pressurization. The periods when pressurization was stopped are clearly evident on these figures. The first period covers about an hour and a half beginning shortly after 6 PM on the 28th. The second period extends from shortly before midnight until about 3 a.m. on the 29th. During this period some air was vented from the containment and pressurizer level rose, showing ' that level changes were due to air pockets in the RCS. Mean temperature is seen on Figure 2 to rise rapidly (due to adiabatic heating) when pressurization starts and to fall when it stops. It is clear on the plot that mean temperature at the end of pressurization is well above that prevailing at the start. lt should be noted that Figures 1 and 2, as well'as the other graphs included in this report consist of linear segments connecting points which ' ( ') represent data collected at 15 minute intervals or parameters derived from this data. Intermediate points on the connecting segments do not necessarily correspond real values of the plotted parameters. 1 4.3 Stabilization. Tvoe A Test and Verification Following the completion of pressurization, the containment atmosphere was allowed to stabilize for about four and three quarters hours. The additional l time was allowed over and above the 4 hour minimum required by Ref. 4 to give added assurance that the containment air mass was decreasing linearly with
. time. If-the Type A test is started before the mass plot is linear, the duration may greatly exceed the eight hour minimum. Figure 3 is a plot of calculated air mass vs. time for the stabilization period. The final two hours of the plot show a definite linear trend. Figure 3A is a plot of the air mass during the last 2 hours of stabilization and the Type A test. This
) lot verifies that the air mass / time characteristic observed during the last 2 lours of stabilization is the same as that seen during the Type A test.
The numerical stabilization criteria specified in Ref. 4 were satisfied at the end of the period. These are listed below. i Average rate of temperature change over the last 2 hours---0.330 deg F/hr Acceptance limit--- <0.500 deg F/hr n Average rate of temperature change over the last 4 hours---0.587 deg F/hr V Average rate of temperature change over the last hour------0.291 deg F/hr Difference--- 0.296 deg F/hr Acceptance limit (on difference)--- <0.500 deg F/hr
BCP Technical Services, Inc. , Vogtle Electric Generating Plant
i - 1990 ILRT Final Report K.) Page 8 ,
4.3 Stabilization, Type A Test and Verification (cont) Mean temperature calculated using the data recorded during stabilization is listed in Table 2 and graphed in Figure 4. Data were recorded at 15 minute intervals during stabilization, the Type A test and verification. 1 The Type A test was started at 12 noon on March 29 and completed.in the minimum allowable time of eight hours at 8 PM on the same day. Containment gage pressure at the start of the test was 45.4 psig, 0.4 psig above the minimum 45.0 psig specified in Ref. 4. Containment sump and vessel levels were recorded during the Type A test'to 3rovide data which might be required to correct calculated leakage rate. Suc1 a correction must be made if the net containment water inventory increases during the test since an increase has the effect to reducing calculated leakage rate. Following the completion of the Ty)e A test a controlled leakage of 0.1804 wt.%/ day was established througl variableareaflowmeter. This flow, which is between the limits of .75 La and 1.25 La specified in Ref. 3, was calculated using the volumetric flow corresponding to the flowmeter setting (the calibration point closest to La), containment free air volume and containment temperature and pressure at the end of the Type A test. A correction was made for flowmeter discharge temperature and pressure. A fl steady flow was established by 8:15 PM and the verification test commenced at G 9:15 PM following the one hour stabilization period required by Ref. 3. The verification test was completed in the four minimum time at 1:15 AM on March 30. Containment depressurization commenced a short time after the verification test was completed. Depressurization rate was limited to not more than 10 psi in any one hour period. Containment pressure reached atmospheric between ' 7 and 8 AM on March 30. Total depressurization time was about 6.5 hours. Containment and other plant systems modified for the ILRT were restored to normal following depressurization. p l ~
4 h BCP Technical ~ Services, Inc. Vogtle Electric Generating Plant-cs 1990 ILRT Final Report
) Page 9.
S. RESULTS
+
5.1 Type A Test The acceptance criteria specified in Reference 4 were met well before the completion of the 8 hour test. The end of test leakage rate values and acceptance limits are listed below. . 95% UCL on total' time leakage rate 0.1048 wt.%/ day Acceptance limit (.75 La) 0.1500 wt.%/ day Total time calculated rate extrapolated to 24 hours <0.0846 wt.%/ day Acceptancelimit(.75La) 0.1500 wt.%/ day Mean of measured leakage rates over the final 5 hours of the test <0.1024 wt.%/ day + Acceptance limit (La) 0.2000 wt.%/ day ! Acceptance limits are based on the maximum allowable leakage rate of 0.2 wt.%/ day specified in the Technical Specifications. For return to power following an outage, the as left leakage rate must be less than 75% (per Reference 1) of the maximum allowable rate. The remainin) 25% provides a lG k.s margin for deterioration of the leakage boundary during tie subsequent operating cycle. The 75% criterion is applied by Reference 3 to both the UCL a and extrapolated rate values. Since the mean of the measured rates is normally less than the UCL, the third criterion is generally not a factor in acceptance. The UCL rate shown above is the final as left value since-L penalties for penetrations with non-standard alignments add to a very small value and there were no significant changes in containment water inventory. As left minimum pathway leakage rates for penetrations with non-standard alignments are listed below. Minimum Pathway oenetration function Leakane. SCCM 68 ILRT Pressurization 6.0 87 ILRT Pressurization 6.0 49 Seal Leakoff 86.2 31 ILRT Pressure Sense & Verification- 0.3 62' PRT Vent 6.2 Sum 104.7 SCCM Equivalent rate in SCFD = 104.7x60x24/28317 = 5.324 SCFD End of Test (Type A) Air Mass = 852781.1 Lbm. o 5.324 SCFD ~ 5.324x14.69x144/53.35x529.67 (Tstd=>70 F) = 0.4Lbm/ day Equivalent leakage rate = 0.4/852781.1 = 0.000047 wt.%/ day <0.00005 wt.%/ day Since the rate is less that 0.00005, no correction to the rates reported above
') is required.
i Inc. BCP VogtleTechnical Services,ing Plant Electric Generat pv 1990 ILRT Final Report Page 10 L
- 5. RESULTS (cont) 1 5.1 Type A Test (cont)
Table 3 lists air mass and leakage rates (measured, calculated and UCL) for Theeach of the thirtyis extrapolated rate determined by manually extrapolating the finalthree (33) data se s twenty-one (21) calculated leakage rates out-to twenty-four (24) hours. The , final twenty-one (21) points show a generally falling trend. The net effect i' is an extrapolated rate below 0.0846 wt.%/ day which is tne final value. How much below depends on the method of extrapolation which is not defined in l Reference 3. The mean of the measured rates is less than the maximum value which is 0.1024 wt.%/ day. The air mass values listed in Table 3 are graphed in Figure-5. The various lines on the gra The air mass decreased linearly with time as expected. ph are Scatter annotated. is small relative to the i already small allowable loss in air mass over the test period, i Containment mean temperature, total pressure and mean vapor pressure are listed in Table 4 and ) lotted in Figures 6, 7 and 8. These parameters decreased smoothly wit 1 time. While vapor pressure appears to show some scatter, this would not'be noticeable if the plot were to the same scale as p that for total pressure. The narrower range for vapor pressure was selected to show the trend over the test period. Q The changes in total time leakage rate and UCL with increasing test duration are illustrated in Figure 9. The calculated rate changes rather little (relat'ive to an already small La) af ter the initial t'aree (3) hours of test. The UCL is asymptotic to calculated rate as is typical.- The large difference between calculated rate and UCL is the result-of the conservative approacii io UCL taken in BN-TOP-1 (Reference 3). The leakage rate which would have been found had the test been conducted at the beginning of the outage and prior to performing repairs and adjustments on valves and operators can be estimated by adding the as-left leakage rate to:the penetration minimum pathway improvements made during the local leakage rae testing 3rogram. The minimum pathway improvements and calculated as-found UCL:leacage rate are listed below. Minimum Pathway Leakaae Penetration As-found As-left 23 334 SCCM 92.3 SCCM 24 43.7 24.3 37 880 687 38 1770 245 40 690 382 72A 9.2 5.9 q 79 10.6 9.2 V 80 731 570 591 32.4 83 84 88.7 56.8 SUM 5127.2 2125.9
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Vogtle Electric Generating Plant 1990 ILR11 Final Report , Page 11 5.- RESULTS-(cont) > 5.1 -Tvoe A Test (cont) Minimum pathway improvement = 5127.2-2125.9 = 3001.3 SCCM 3001.3 SCCM ~ 3001.3x60x24/28317 SCF0 = 152.6 SCFD 152.6 SCFO ~ 152.Gx14.69x144/(53.35x529.67) lbm/ Day = 11.425 lbm/ Day where 53.35 is the gas constant for-air and 529.67 is Tstd. , The containment air mass at the start of the Type A test was 853028.2 lbm. The minimum pathway leakage rate improvement is 100%x11.425/853028.2=0.0013 , wt.%/ day and the as-found leakage rate (UCL) is 0.1061 wt.%/ day. 5.2 Verification Test L Verification test results are listed in Table 5 and graphed in Figure 10. As indicated by both the table and graph, the calculated leakage rate is in the middle part of the acceptance band. Calculated value, theoretical value and-acceptance limit are listed below: I's) Upper limit rate 0.3150 wt.%/ day L Theoretical rate . 0.2650 wt.%/ day Total. time calculated rate 0.2505 wt.%/ day Lower limit rate 0.2150 wt.%/ day The-theoretical rate is the total time calculated rate at the end of the Type A test (0.0846) plus the-imposed rate (0.1804). .The upper and lower limits are set at 0.05 (=.25 La) above and below the theoretical rate as specified in Ref. 3. 5.3 Mass Point Results
=
Mass point calculation results are listed for information in Tables 6 and
- 7. The mass point calculated rate is the slope of the line fitted to the air ass / time data by the method of least squares. Mass point UCL is the upper 95% confidence limit on the. slope (considering the slope to be a positive number for a decrease in mass with time--i.e. 'a positive leakage rate). The y calculated mass point leakage rate is 0.0859 wt.%/ day which is quite close to the calculated total time rate of 0.0846 wt.%/ day. The mass point UCL of 0.0884 is quite close to the calculated rate which is typical for an air mass vs. time relationship which has little data scatter. Figure 5 shows that the scatter is quite small. The calculated verification leakage rate is just below the middle of the acceptance band as is the case for the total time verification leakage rate. The mass point calculational method is discussed
-~
in detail in Ref. 5. b .
BCP Technical Services, Inc.
, . . Vogtle Electric Generating Plant 'I
-(~ ) 1990 ILRT Fincl Report
'~- Page 12
- 6. REFERENCES i
- 1. Code of federal Regulations, Title 10, Part 50, Appendix J, Reactor- '
Containment Leakage Testing for Water Cooled Power Reactors.
- 2. ANSI N45.4-1972, Leakage Rate Testing Of Containment Structures For Nuclear Reactors.
.3. Bechtel Topical Report BN-TOP-1, Testing Criteria for Integrated Leakage Rate Testing Of Primary Containment Structures for Nuclear Power Plants, Revision 1, 1972.
- 4. VEGP Surveillance Procedure 28329-1, Containnent Integrated Leak Rate Surveillance Test, Revision 1.
- 5. ANSI /ANS 56.8-1987, Containment System Leakage Testing Requirements.
L i s_ . 1 i l I_ { 1 l 0, l' O L
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1 q l l l TABLES AND FIGUR Q ; l 1 l' i l
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e > BCP Technical Services, Inc. Vogtle Electric Generating Plant
, y 1990 ILRT final Report '
l TABLE 1 SENSOR LOCATIONS AND VOLUME FRACTIONS. . SENSOR (1) ELEVATION (2) RADIUS (3) BEARING VOLUME FRACTION (4) ,
- === :==========================================================:rt:
TE-01 387 FT 24 FT 135 DEG .018 TE-02 377 FT 24 FT 225 DEG .026
.TE-03 368 FT 24 FT 315 DEG .032 TE-04 359 FT 24 FT 45 DEG .037 TE-05 351 FT 49 FT 180 DEG .038 >
TE-06 343 FT 49 FT 200 DEO (8) .039 TE-07 336 F1 49 FT 0 DEG .037 TE-08 329 FT 49 FT 90 DEG .037 TE-09 322 FT 49 FT 180 DEG .038 TE-10 315 FT 49 FT 280 DFG (8) .038
- TE-11 308 FT 49 FT 0 DEG .038 TE-12 301 FT 49 FT 90 DEG .038 TE-13 294 FT 49 FT 180 DEG .038 TE-14 287 FT 49 FT 200 DEG (8) .038 TE-15 280 FT 49 FT 0 DEG .038 TE-16 273 FT 49 FT 90 DEG .038 TE-17 266 FT 49 FT 180 DEG .037 7 TF-18 259' FT 49 FT 280 DEG (8) .036
>(V TE-19 252 FT 51 FT 15 DEG .034 TE-20 245 FT 47 FT- 90 DEG .033 TE-21 239.5 FT (5) 51 FT 180 DEG .033 TE-22 231 'FT 49 FT 270 DEO ,033 TE-'23 224 FT 60 FT 355 DEG .036 TE-24 202 FT (6) 12 FT 270 DEG .017 TE-25 216 FT 58 FT 180 DEG .022 TE-26 208 FT 56 FT 285 DEG .029 ! TE-27 200 FT 59 FT 0 DEO .029 TE-28 192 FT 63 FT 90 DEG .029 - TE-29 184 FT 60 FT 195 DEG .029 TE-30 176 FT 62 FT 310 DEO .035 ME-01 368 FT 24 FT 225 DEG .151 ME-02 329 FT 49 FT 0 DEG .284 (7) ME 294 FT 49 FT 90 DEO (7) ME-04 259 FT 52 FT 185 DEO .273 (7) ME-05 227 FT 60 FT 355 DEG .119 ME-06 134 FT (5) 59 FT 195 DEG .173 ' NOTES:
- 1. TE-xx identifies an RTD; ME-xx identifies a dewpoint sensor.
-2. Reference elevations--fill slab top at '171.75 f t. ; springline at 327.75 ft.; dome soffit at 397.75 ft.
- 3. Containment inside radius = 70 ft.
; 4.- Volume fractions and. sensor locations are established in a calculation
() 5. appended to Ref. 4. Design elevation offset to cicar grating and/or structural steel.
- 6. RTD suspended in refueling cavity.
- 7. ME-03 output was erratic. Original sensor volume fraction (0.190) reassigned in equal parts to vertically adjacent sensors ME-02 and 04,
- 8. . Bearing changed from the specified 270 Deg. to avoid polar crane grider.
F i i r ft BCP Technical Services, Inc. ;
- Vogtle Electric. Generating Plant 1990 ILRT Final-Report t . ):
TABLE 2 VOGTLE UNIT 1-1990 ILRT-STABILIZATION' DATA SUMMAi1Y REPORT , data time date temperature preseure vapor dry air set de9 F psia pressaire - mass psia lbm e 1 730 329 82.7031 60.5795 0.3061 852440.67 2 745 329 81.7750 60.4819 0.3062 852517.91 3 800 329 81.3845 60.4763 0.3061 853055.58 4 815 329 81.0987 60.4419 0.3079 852992.55 , 5 830 329 80.7722 60.4069 0.3080 853009.69 6 845 329 80.5052 60.3789- 0.3059 853063.98 7 900 329 80.2886 60.3557- 0.3057 853079.27-8 915 329 80.1031 60.3361 0.3054 853097.99 9 930- 329 79.9499 60.3i90 0.3046 853108.56 10 945 329 79.8182 60.3040 0.3048 853101.41
,- 11 1000 329 79.6962 60.2905 0.3045 853106.62-(,) 12 1015 '329 79.5961 60.2782 0.3048 853084.64 13 1030 329 79.4943 60.2670 0.3049 853085.34 1 14 1045 329 79.4096- 60.2563 0.3047 853070.49 15 1100 329 79.3258 60.2465 0.3041 853071.52 16 1115 329 79.2486 60.2372 0.3053 853043.99 17 1130 329 79.1703 60.2285 0.3051. 853048.22 18- 1145 329 79.1007 60.2202- 0.305? 853038.40 19 1200 329 79.0353 60.2124 0.3054 853028,15 I
1 ( w
f J, BCP Technical Services, Inc. Vogtle Electric Generating Plant 1990 ILRT final Report o V, TABLE 3 . VOGTLE UNIT 1-1990 ILRT-TYPE A TEST TOTAL TIME LEAKAGE RATE REPORT data time date elapsed dry air measured leakage uci set time mass rate rate rate (hrs) (1bm) (%/ day) (%/ day) l(%/ day) 1 1200 329 0.00 853028,15 0.0000 0.0000 0.0000 2 1215 329 0.25 853015.83 0.1386 0.1386 0.1386' i 3 1230 329 0.50 853013.68 0.0814 0.0814 0,0814 4 1245 329 0.75 853002.23 0.0972 0.0850 0.3738-5 1300 329 1.00 852989.20 0.1096 0.0960 0.2336 6 1315 329 1.25 852979.02- 0.1106 0.1019- 0.1939 l 7 1330 329 1.50 852963.76 0.1208 0.1104 0.1842 ! 8 1345 329 1.75 852963.19 0.1044 0.1078 0.1685 : 9 1400 329 2.00 852953.26 0.1053' O 1066 0.1586 ! 10 1415 329 2.25 852957.03 0.0889 0.0996 0.1477 i
.11 1430 329 2.50 852929.00 .0.1116 0.1026 0.1473 I j'%, - 12 1445 329 2.75 852934.38 0.0959 -0.0998 0.1410 i
(/ 13 1500 329 3.00 852925.09 0.0967' 0.0980. '0.1362 j 14 1515 .329 3.25 852924.39 0.0898 0.0949 0.1308
.15 1530 329 3.50 852909.90 0.0951 0.0938 0.1276' 16 1545 329. 3.75 852908.16 0.0900 0.0918 0.1238 L 17 1600 329 4.00 852897.95 0.0916 0.0906 0.1211 !
18 1615 329 4.25 852873.50 0.1024 0.0919 0.1220 j 19 1630 329 4.50 852870.18 0.0988 0.0924 0.1214 j 20 1645 329 4.75 852866.13 0.0960 0.0922 0.1203 ! ! 21 1700 329 5.00 852861.91 0.0935 0.0916' O.1187 j 22 1715 329 5.25 852859.32 0.0905 0.0906 0.1168- l 23 1730 329 5.50 852844.64 0.0939 0.0903 0.1158 : L 24 1745 329 5.75 852839.50 0.0923 0.0899 0.1146 ! 25 1800 329 6.00 852840.87 0.0878 0.0888 0.1128 l 26 1815 329 6.25 852836.57 0.0862 0.0876 0.1110 27 1830 329 -6.50 852817.47 0.0912 0.0874 0.1102 .l l 28 1845 329 6.75 852815.50 0.0886 0.0868- 0.1091 1 29 1900 329 7.00 852811.26 0.0872 0.0861 0.1079 30 1915 329 7.25 852791.76 0.0917 0,0861 0.1075' 31 1930 329 7.5G 852789.18 0.0896 0.0858 0.1069 { 32 1945 329 7.75 852793.56 0.0852 0.0850 0.1057 i 33 2000 329 8.00 852781.11 0.0869 0.0846 0.1048 ; i Allowable leakage rate, La = 0.2000 %/ day- ; 75% La = 0.1500 %/ day Total time leakage rate : 0.0846 %/ day () Total time UCL : 0.1048 %/ day
Inc. BCP Technical
'Vogtle Services,ing Plant Electric Generat (S
C/ 1990.ILRT Final _ Report TABLE 4 VOGTLE UNIT 1-1990 ILRT-TYPE A TEST DATA
SUMMARY
REPORT data time date temperature pressure vapor dry air set dog F psia pressure . mass psia - l bm 1 1200 329 79.0353 60.2124 0.3054 853028,15 2 1215 329 78.9722 60.2050 0.3059 853015.83 3 1230 329 78.9123 60.1979 0.3056 853013.68 4 1245 329 78.8576 60.1912 0.3058 853002.23 5 1300 329 78.8056 60.1849 0.3061 852989.20 6 1315 329 78.7544 60.1786 0.3063 852979.02 7 1330 329 78.7080 60.1726 0.3065 852963.76 , 8 9 1345 1400-329 329 78.6607 78.6146 60.1669 60.1614 0.3061 0.3064 852963.19 852953.26
]
10 1415 329: 78.5631 60.1561 0.3066 852957.03 r~i 11 -1430 329 78.5266 60,1507 0.3072 852929.00 k) 12 1445- 329 78.4828 60,1456 0.3066 852934.38 13 1500 329 78.4406 60.1406 0.3069 852925.09 14 1515- 329 78.3963 60.1358- 0.3071 852924.39 ' 15 1530 329 78.3655 60,1318 0.3076 852909.90-16 .15451 329 78.3349 60,1279~ ~0.3072 852908.16 17 1600 329 78.3065 '0.1246 6 0.3078 852897.95 - 18 1615 329 78.2632 60.=1182 0.3079 852873.50 q 19 1630 329- 78.2193 60.1134 0.3082 852870.18-20 1645 329 78.1811 60.1090 0.3083 852866.13
- 21. 1700 329 78.1462 60.1046 0.3081 852861.91 i 22 1715 329. 78.1090 60.1006 0.3084 852859.32' '
23- 1730 329 .78.0776 60.0965 0.3088 852844.64 ; 24 1745 329 78.0466 60.0925 0.3087 852839.50 ! 25 1800 329 78.0082 60.0887 0.3090 852840.87 l 26 '1815 329 77.9759 60.0847 0.3089 852836.57 .. 27 1830 329 77.9530 60.0811 0.3092 852817.47 28' 1845 329 77.9219 60.0773 0.3090 852815.50 _l 29 1900 329 77.8894 60.0737 0.3093 852811.26 i 30 1915 329 77.8652 60.0701 0.3098 852791.76 .! 31 1930 329 77.8333 60.0666 0.3100 852789.18 32 1945 329 77.8018 60.0632 0.3098 852793.56 j 33 2000 329 77.7767 60.0598 0.3100 852781.11 'p d
y
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i-N jl ik,S lo " Inc. H
.- 1 BCP VogtleTechnical Services,ing Plant Electric Generat i: 8?
1990 ILRT Final Report , 1__) t TABLE 5 e i VOGTLE UNIT 1-1990 ILRT-VERIFICATION TOTAL TIME LEAKAGE RATE REPORT f . VERIFICATION data' time date elapsed dry air. measured ' lea'kage set time mass rate rate ! (hrs) (Ibm) (%/ day) (%/ day) > 1 e 1 2115 329 0.00 852662.68 0.0000 0.0000 , f 2 2130 329 0.25 852635.27 0.3087 0.3087 3 2145 329 0.50 852610.15 0.2957 0.2957
- 4. 2200 329 -0.75 852586.19 0.2871 0.2864 5 2215 329 1.00 852559.45 0.2906 0.2861' 6 2230 329 1.25 852537.65 0.2816 0.2808 7
7 2245 '329 1.50 852522.57- 0.2629 0.2686 8 2300 329 1.75 852492.07 0.2744 0.2672 9- 2315 329 2.00 852481.39 0.2551 0.2586 j~4 10 .2330 329 2.25 852457.61 0.2565 0.2536
's,j ' 11 2345' 329 2.50 852428.04 0.2642 0.2531
, 12 0 '330 2.75 852403.82 0.2650 0.2532 13 15 330 3.00 852380.98 0.2643 ~0.2531 852365.36 14 30 330 3.25 0.2575. 0.2514 ,
15 45 330 3.50 852338.64 0.2606 0.2509: 16 ,100 330 3.75' 852318.43 -0.2584 0.2502 17 115. 330 -4.00 852289.77 0.2624 0.2505 Upper' limit on leakage rate : 0.3150 %/ day Total time leakage rate- : 0.2505-%/ day Lower limit on leakage rate : 0.2150 %/ day-l 7.- J
' v ;. . _ _ . _ . . .__1_, _ _ . . _ _ . _ _ . _
J BCP Technical Services, Inc.' ' Vogtle Electric Generating Plant i 6, -1990 ILRT Final Report '
' _) .
TABLE 6 VOGTLE UNIT 1-1990 ILRT-TYPE A TEST , MASS POINT LEAKAGE RATE REPORT data; time' dato elapset dry air leakage- uci set time mass . rate rate , i (hrs) (lbm) (%/ day) (%/ day) 1 1200 329 0.00 853028.15 0.0000 0.0000 < 2 1215 329 0.25 853015.83 0.1386 0.1386 3 1230 329 0.50 853013.68 0.0814 0.3641 4 1245 -329 0.75 853002.23 0.0899 0.1357 5 1300 329 1.00 852989.20 0.1029 0.1306 6 1315 329 1.25 852979.02 0.1083 0.1260 7 -1330 329 1.50 852963.76 0.1171 0.1326 8 1345 329 1.75 852963.19 0.1115 0.1243 9 1400 329 2.00 852953.26 0.1089 0.1190 10 1415 329 2.25 852957.03 0.0993 0.1123 i 73 13 1430 329 2.50 852929.00 0.1039 0.1154 1t 12 1445 329 2.75 852934.38 0.1002 0.1105 ' 13 1500 329 3.00 852925.09 0.0982 0.1070 14 1515 329 3.25 852924.39 0.0943 0.1028 l 15 1530 329 3.50 852909.90 0.0935 0.1008 16 1545' 329 3.75 852908.16 0.0913 0.0981 17 1600 329 4.00 852897.95 0,0903 0.0963 18 1615 329 4.25 852873.50 0.0928 0.0987 1 19 1630 329 4.50 852870.18. 0.0937 0.0991 20- 1645 329 4.75 852866.13 0.0937 0.0985 21 1700 329 5.00 852861.91 0.0931 0.0975 L 22 .1715 329_ 5.25 852859.32 0.0919 0.0961 23 1730 .329 5.50 852844.64 0.0918 0.0956 o 24 1745 329 5.75 852839.50 0.0913 0.0948 l 25 1800 329 6.00 852840.87 0.0900 0.0935 l 26 1815 329 6.25 852836.57 0.0886 0.0921 L 27 1830 319 6.50 852817.47 0.0885 0.0917 28 1845 329 6.75 852815.50 0.0879- 0.0910 , 29 1900 329 7.00 852811.26 0.0872 0.0901 30 -1915 329 7.25 852791.76 0.0874 0.0902 L 31 1930 329 7.50 852789.18 0.0873 0.0898 3 32 1945 329 7.75 852793.56 0.0864 0.0889 l 33 2000 329 8.00 852781.11 0.0859 0.0884 Allowable leakage rate, La = 0.2000 %/ day 75% La = 0.1500 %/ day Mass point leakage rate : 0.0859 %/ day ('/T
\_ Mass point UCL 0.0884 %/ day
,', 1 l
Inc. BCP Technical Vogtle Services,ing Plant-Electric Generat
- o. 1990 ILRT Final Report
\j TABLE 7 VOGTLE UNIT 1-1990 ILRT-VERIFICATION MASS POINT LEAKAGE RATE REPORT VERIFICATION data time date elapsed dry air leakage set time mass rate .+ (hrs) (Ibm) (%/ day) 1 2115 329 0.00 852662.68 0.0000 2 2130 329 0.25 852635.27 0.3087
- 3. 2145 329 0.50 852610.15 0.2957 4 2200 329 0.75 852586.19 0.2866 5 2215 329 1.00 852559.45 0.2877 6 2230 329 1.25 852537.65 0.2820 17 2245 329 1.50 852522.57 0.2679 8 ~2300 329 1.75 852492.07 0.2683 9 2315 329 2.00 852481.39 0.2587 7s 10 2330 329 2.25 852457.61 0.2542
^t ) 11 2345 329 2.50 852428.04 0.2554 12 0 330 2.75 852403.82 0.2567 13- 15 330 3.00 852380.98 0.2576 14 30 330 3.25 852365.36 0.2557 15; 45 330 3.50 852338.64 0.2557 L 16 100 330 3.75 852318.43 -0.2550.
L 17 1,15 330 4.00 852289.77 0.2559 Upper limit on laakage' rate : 0.3163 %/ day 1 Mass: point leakage rate' = 0.2559 %/ day Lower limit on leakage rate = 0.2163 %/ day l l l 1 l X) i
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BCP Technical Services, Inc. i Vogtle Electric Generating Plant ! (. x 1990 ILRT final Report Appendix ! I i t APPENDIX [ I CONTAINNENT DESCRIPTION i i
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I Inc. ! BCP Technical Vogtle Services,ing Plant Electric Generat ) i ) 1990 ILRT final Report t V Appendix ! l
)
i APPENDIX I CONTAINMENT DES $P O TION { The Vogtle Unit I containment (one of 2 essentially identical structures) consists of a posttensioned concrete cylinder, a )osttensioned concrete dome and a conventionally reinforced flat base mat. Tie entire interior surface of ' the containment is covered by a continuous carbon steel plate which serves as , a leaktight membrane. The plate over the base mat is covered by a layer of i fill concrete which serves as a protective shield as well as a foundation for ; equipment. The height of the cylinder from the top of the fill concrete to the springline is 156 ft. The inside radius of the cylinder (and dome) is 70 ft. The interior of the containment is divided into two rather distinct zones by the refueling floor, the top of which is just over 48 ft. above the fill concrete surface. Most of the zone above the refueling floor is open space. ! Below the refueling floor there are: an outer annular space which contains a '
; the considerable refueling cavityquantity which of piping,.
is o>en to equipment, shielded the upper zone; tworooms steamand grating / reactor generator coolant pump compartments witch are connected to the outer annulus by openings j at the fill slab level and open to the upper zone at the tops of the secondary i shield walls; a small open area below a portion of the refueling cavity; (c') and the reactor cavity and incore instrumentation chase which are below the U fillconcretelevelinthethickenedcentralportionofthebasemat.
)
There are numerous penetrations through the cylinder wall which provide access for equi) ment and personnel as well as )iping and electrical conductor feedthrough. T1e equipment opening is sealed )y a dished steel head which mounts on a flange inside the containment. The personnel air locks are sealed by inner and outer doors which are hinged to open inward. Electrical l feedthroughs are sealed by compression type fittings and flanged connections. The piping penetrations are scaled by inner and outer isolation valves. The , equipment opening, primary personnel air lock and purge >cnetrations are above the refueling floor. All other penetrations are below t1e refueling floor. The containment has a free air volume of about 2 cubic feet.. The i valuecalculatedduringthevolumefractioncomputat}850,000 on is 2,841,900 cubic l feet. This value includes some 50,000 cubic feet in allowances for items with volumes not specifically determined. O _,Y
Inc. BCP VogtleTechnical Services,ing Plant Electric Generat 1990 ILRT Final Report t [~Jl ( Appendix 11 f w b APPENDIX II ILRT COMPUTER PROGRAM DESCRIPTION l D ! 6 i r r
BCP Technical Services, Inc. Vogtle Electric Generating Plant 1990 ILRT final Report O- - Appendix 11 Page a APPENDIX II ILRT COMPUTER PROGRAM DESCRIPTION The BCP lt:I computer program is a structured Basic program which calculates both BN-TOP-1 (total time) and ANSI 56.8 (mass point) leakage rates. The program accepts both keyboard and serial link data input (serial link input is in res)onse to an interrupt in the arogram and requires no user must action, pre-datasuc1asvolumefractions,allowa)leleakagerate,etc. be input manually via the keyboard). Data is written to random access files. When a program run-is initiated, the user is queried for file information. if a new file is s)ecified, screen prompts request pre-data. If an existing file is specified, tie program calculates mean temperatures, mean valor pressures and air masses and stores these in memory (not in the file). T1ese quantities are recalculated whenever pre-data is changed. Once the file information request is satisfied, the primary menu is displayed on the screen. Subsequent program functions are in response to menu selections. Menu choices allow the following: o Manual data entry o Data set correction o Pre-data set correction o Datasetinsertionoutofsequence(e.gd the 3:00 and 3:30 data have been entere inputting the 3:15 data after o Mass point report o Total time report o Trend (combined mass / total) report o Listing of summary data o Data rejection test (per ANSI 56.8) o Change start and end time for reports / plots o Delete a data set from calculations o Restore a deleted data set o Enter / exit verification test mode o Branch to plot menu o Exit to system level The plot menu allows plotting: o Air mass o Total time leakage rate o Mass point leakage rate o Individual or average temperature o Individual or average pressure o Individual dewpoint temperature or average vapor pressure o Overlay plots (all temperatures, airmass and mean temperature, etc.) Whenever pre-data or data is entered, the screen displays the data and asks the user if the data is correct. If not, the user can correct any data entry. When the user notes that the data is correct, it is written to the data file.
Inc. Vogtle Electric GeneratBCP Technical Services,ing Plant t 'r 3 -1990 ILRT Final Report
-('- y Appendix 11 ,
Page 2
' Leakage rate calculations are done in double precision since the ,
regression line constants usually depend on the small difference of large ! numbers. Computer calculations were manually verified using a data file titled " Check". Check is always run following any program modification, i Various subroutines are modified to suit conditions unique to a particular test. The routine which puts the initial display on the screen is modified to : show job title and prograin revision date. The serial link routine is modified ' to accommodate the data system output format. The pressure transducer. ' calibration table is changed to incorporate job specific calibration data. ! The generic program is written for dewpoint temperature inputs which are ' converted to vapor pressures using the ASME Steam Tables Polynomial. Several routines require modification if relative humidities or wet bulb temperatures are input instead of dewpoint temperatures. BN-10P-1 uses a very conservative procedure to calculate total time u)per f confidence limit. The program calculates the more realistic 95% UCL on-tie end of test total time calculated leakage rate if the test duration is < twenty-four (24) hours or more. Otherwise, it uses the BN-TOP-1 formulation to determine the 97.5% UCL on end of test measured leakage rate. O D
References:
- 1. Bechtel Topical Report BN-TOP-1, Testing Criteria for Integrated Leakage Rate Testing Of Primary Containment Structures For Nuclear Power Plants, Revision 1, 1972.
- 2. ANSI /ANS 56.8-1987, Containment System Leakage Testing Requirements. )
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- VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION OATA
SUMMARY
REPORT data time date temperature pressure vapor dry air set deg F psia pressure mass psia lbm 1 1745 328 77.0663 14.7602 0.2307 207647.29 2 1800 328 77.3275 14.8392 0.2315 208662.84 3 1815 328 78.9881 15.5361 0.2279 217995.31 4 1830 328 80.5704 15.9511 0.2360 223135.25 5 1845 328 79.0159 15.9050 0.2357 223125.84 6 1900 328 78.1341 15.8838 0.2366 223177.54 7 1915 328 77.6426 15.8724 0.2366 223218.95 8 1930 328 77.3570 15.8657 0.2366 223241.61 9 1945 328 77.1699 15.8613 0.2360 223264.87 10 2000 328 79.9040 16.9171 0.2300 237228.04 11 2015 328 83.7806 18.4433 0.2346 257013.98 12 2030 328 85.4569 19.9060 0.2387 276747.03 13 2045 328 86.0888 21.3513 0.2411 296706.84 14 2100 328 86.3694 22.7835 0.2486 316569.20 15 2115 328 86.5322 24.2115 0.2528 336470.74 16 2130 328 86.5950 25.6399 0.2543 356468.65 17 2145 328 86.6222 27.0647 0.2577 376408.34 18 2200 328 86.6198 28.4889 0.2625 396341.71 19 2215 328 86.6274 29.9143 0.2636 416334.20 () 20 21 2230 2245 328 328 86.6544 86.6319 86.6368 31.3413 32.7734 34.2001 0.2674 0.2692 0.2742 436296,13 456398.58 476355.46 22 2300 328 23 2315 328 86.5940 35.6218 0.2783 496298.79 24 2330 328 86.5505 37.0430 0.2824 516240.31 25 2345 328 86.5230 38.4628 0.2832 536193.92 26 0 329 84.9677 38.7540 0.2824 541838.16 27 15 329 82.9528 38.6228 0.2822 541998.76 28 30 329 81.5353 38.3304 0.2838 539250.08 29 45 329 79.7739 37.8649 0.2799 534448,10 30 100 329 79.4378 37.8442 0.2795 534492.07 31 115 329 79.1817 37.8223 0.2799 534429.09 32 130 329 78.9344 37.8018 0.2800 534380.41 33 145 329 78.5234 37.5172 0.2785 530752.98 34 200 329 76.4120 36.5761 0.2727 519461.55 35 215 329 76.8628 36.6289 0.2723 519785.44 36 230 329 77.1477 36.6462 0.2718 519763.51 37 245 329 79.1452 37.9050 0.2770 535682.79 38 300 329 81.3825 39.3856 0.2768 554462.18 39 315 329 82.7173 40.7990 0.2779 573071.29 40 330 329 83.5348 42.1875 0.2826 591749.50 41 345 329 84.0410 43.5514 0.2919 610309.63 42 400 329 84.3733 44.9007 0.2910 628974.52 43 415 329 84.6060 46.2449 0.2929 647622.58 44 430 329 84.7835 47.5887 0.2978 666274.62 45 445 329 84,8996 48.9135 0.2998 684766.06 46 500 329 84.9873 50.2466 0.3020 703398.94 0.2977 721981.18 47 515 329 85.0545 51.5680 3 48 530 329 85.0906 52.8811 0.3090 740264.01 49 545 329 85.1401 54.1955 0.3092 758699 50 50 600 329 85.1833 55.5094 0.3020 777239.15 51 615 329 85.2037 56.8196 0.3152 795469.00 52 630 329 85.2224 58.1307 0.3154 813895.81
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r. p r [v ): VOGTLE UNIT 1-1990 ILRT-PRESSUR 12 A t l0N l- data set 1 time : 1745 date : 328 i sensor raw data value 6 temperature 1( 81.860 ) = 81.860 deg. F
- temperature 2( 81.440 )
- 81.440 deg. F temperature 3( 80.880 ) : 80.880 dog. F temperature 4( 81.130 ) : 81.130 deg. F temperature 5( 81.160 ) = 81.160 dog. F temperature 6( 80.500 ) = 80.500 deg. F temperature 7( 19.940 ) 79.940 deg. F temperature 8( 79.630 ) = 79.630 deg. F temperature 9'( 78.670 ) 78.670 deg. F temperature 10 ( 77.340 ) 7's.340 deg. F temperature 11 ( 77.150 ) = 77.150 deg. F temperature 12 ( 76.920 ) : 76.920 deg. F temperature 13 ( 77.000 ) = 77.000 deg. F temperature 14 ( 76.680 ) : 76.680 deg. F temperature 15 ( 76.410 ) : 76.410 deg. F temperature 16 ( 76.730 ) : 76.730 deg. F temperature 17 ( 76.230 ) : 76.230 der F i em temperature 18 ( 75.650 ) : 75.650 deg. F
(
'~) temperature 19 ( 76.000 ) : 76.000 deg. F f temperature 20 ( 74.900 ) : 74.900 deg. F temperature 21 ( 73.960 ) : 73.960 deg. F ,
temperature 22 ( 74.020 ) = 74.020 deg. F : temperature 23 ( 75.300 ) ~ : 75.300 deg. F temperature 24 (- 73.890 ) = 73.890 deg. F ! temperature 25 ( 75.530 ) : 75.530 deg. F temperature 26 ( 74.600 ) 74.600 deg. F : temperature 27_( 75.300 ) = 75.300 deg. F l temperature 28 ( 73.270 ) : 73.270 deg. F temperature 29 ( 74.360 ) : 74.360 deg. F ; temperature 30 ( 73.590 ) = 73.590 deg. F i dewpoint 1 ( 56.410.) : 56.410 deg. F , 0.2251. psia dewpoint _2 ( 56.870 ) : 56.870 deg. F , 0.2289-psia t dewpoint 3 ( 57.270 ) = 57.270 deg. F , 0.2322, psia dowpoint 4- ( 57.270 ) : 57.270 deg F , 0.2322 psia dewpoint 5 ( 57.760 ) = 57.760 deg. F , 0.2364 psia dewpoint 6 ( 57.040 ) : 57.040 deg. F , 0.2303 psia pressure 1 ( 14.76020 ) : 14.7602 psia pressure 2_ ( 14.75740 ) : 14.7574 psia weighted averapes, volume ano air mass
/~N temperature : 77.06633 deg. F I,.) pressure : 14.76020 psia vapor pressure : 0.23071 psia volume : 2841900 cu. ft.
dry air mass : 207647.29 lbm l f
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/ ; V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION l J l t data set 2 -t time : 1800 date : 328 sensor raw data value temperature 1( 82.320 ) : 82.320 deg. F i temperature 2( 81.850 ) : 81.850 deg. F temperature 3( 81.150 ) = 81.150 deg. F '
temperature 4( 81.500 ) : 81.500 deg. F . I temperature $( 81.560 ) 81.560 deg. F ' temperature 6 (. 80.780 ) : 80.780 deg. F temperature '7 ( 80.310 ) = 80.310 deg. F 1 temperature 8( 79.880 ) : 79.880 deg. F- 1 temperature 9( 78.920 ) = 78.920 deg. F l temperature 10 ( 77.680 ) : 77.680 deg 'F I temperature 11 ( 77.550 ) : 77.550 dog. F i temperature 12 ( 77.400 ) : 77.400 deg. F j temperature 13 ( 77.350 ) 77.350 deg. F 77.120 ) temperature 14 ( : 77.120 deg. F temperature 15 ( 76.810 ) = 76.810 deg. F ! temperature 16 ( 77.010 ) : 77.010 deg. F :' temperature 17 ( 76.570 ) : 76.570 deg. F 7%- temperature.18 ( 75.830 ) : 75.830 deg. F , j' ) temperature 19 ( 76.120 ) : 76.120 deg. F , temperature 20 ( 75.210 ) : 75.210 deg. F M temperature 21 ( 74.100 ) : 74.100 deg. F d temperature 22 ( 74.260 ) 74.260 deg. F l temperature 23 ( 75.360 ) :- 75.360 deg. F ,-l temperature 24 ( 74.010 ) = 74.010 deg. F i temperature 25 ( 75.600 ) = 75.600 dog. F , temperature 26 ( 74.670 ) = 74.670 deg. F temperature'27 ( 75'.370 ) 75.370 deg. F , temperature' 28 ( 73,310 ) : 73.310 deg. F j temperature 29 ( 74.390 ) : 74.390 deg. F .} temperature 30 ( 73.630-) : 73.630 deg. F !
.dewpaint 1 ( 56.580-) : 56.580 deg. F , 0.2265 psia dewpoint- 2 ( 57.080 ) : 57.080 deg. F , 0.2307 psia dewpcint 3- (- 57.420 ) : 57.420 deg. F . 0.2335 psia.
dewpoint 4- ( 57.360 ) : 57.360 deg. F , 0.2330 psia . dewpoint 5 ( 57.840 ) : 57.840 deg. F , 0.2371'poia ; dewpoint 6 ( 56.930 ) : 56.930 deg. F , 0.2294 psia ; pressure 1 ( 14.83920 ) 14.8392 psia j pressure 2 ( 14.83650 ) : 14.8365 psia weig'hted averages, volume and air mass -
/' . temperature : 77.32752 deg. F pressure 14.83920 psia
(- vapor pressure : 0.23154 psia ; volume : 2841900 cu. ft. ; dry air mass : 208662.84 lbm
l VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 3 time : 1815 date : 328 sensor raw data value temperature 1( 84.780 ) : 84.780 deg. F temperature 2( 84.140 ) = 84.140 deg. F temperature 3( B3.640 ) : 83.640 deg. F temperature 4( 83.980 ) : 83.980 deg. F temperature 5( B3.740 ) = 83.740 deg. F temperature 6( 82.770 ) 82.770 deg. F temperature 7( 82.150 ) = 82.150 deg. F temperature 8( 81.340 ) 81.340 deg. F temperature 9( 80.230 ) : 80.230 deg. F temperature 10 ( 79.620 ) : 79.620 deg. F temperature 11 ( 79.590 ) : 79.590 deg. F temperature 12 ( 79.730 ) = 79.730 deg. F temperature 13 ( 79.680 ) : 79.680 deg. F temperature 14 ( 78.670 ) : 78.670 deg. F temperature 15 ( 78.880 ) : 78.880 deg. F temperature 16 ( 78.830 ) : 78.830 deg. F temperature 17 ( 78.010 ) : 78.010 deg. F temperature 18 ( 76.890 ) : 76.890 deg. F temperature 19 ( 77.870 ) : 77.870 deg. F temperature 20 ( 76.610 ) = 76.610 deg. F temperature 21 ( 75.420 ) : 75.420 deg. F - temperature 22 ( 75.920 ) = 75.920 deg. F temperature 23 ( 76.290 ) :- 76.290 deg. F temperature 24 ( 75.910 ) 75.910 deg. F temperature 25 ( 77.420 ) : 77.420 deg. F temperature 26 ( 75.540 ) : 75.540 deg. F temperature 27 ( 75.890 ) 75.890 deg. F temperature 28 ( 74.080 ) : 74.080 deg. F temperature 29 ( 74.950 ) : 74.950 deg. F temperature 30 ( 74.710 ) 74.710 deg. F dowpoint 1 ( 57.830 ) : 57.830 deg. F , 0.2370 psia dewpoint 2 ( 58.660 ) : 58.660 deg. F , 0.2441 psia dewpoint 3 ( 58.660 ) :- 58.660 deg. F , 0.2441 psia dewpoint 4 ( 58.500 ) : 58.500 deg. F , 0.2427 psia dowpoint 5 ( 58.070 ) : 58.070 deg. F , 0.2390 psia dewpoint 6 ( 47.420 ) : 47.420 deg. F , 0.1616 psia pressure 1 ( 15.53610 ) = 15.5361 psia pressure 2 ( 15.53360 ) : 15.5336 psia weighted averages, volume and air mass temperature : 78.98814 deg. F O pressure vapor pressure :
- 15.53610 0.22792 psia psia volume : 2841900 cu. ft. )
dry air mass : 217995.31 lbm 1
V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 4 time : 1830 date : 328 sensor raw data value temperature 1( 87.950 ) : 87.950 deg. F temperature 2( 87.620 ) : 87.620 deg. F temperature 3( 87.410 ) : 87.410 deg. F temperature 4( 87.510 ) : 87.510 deg. F temperature 5( 87.560 ) : 87.560 deg. F temperature 6( 85.950 ) : 85.950 deg. F temperature- 7 ( B5.450 ) : 85.450 deg. F temperature 8( 84.590 ) : 84.590 deg. F temperature 9( B3.780 ) : 83.700 deg. F temperature 10 ( 83.700 ) : 83.700 deg. F temperature 11 ( 83.160 ) = 83.160 deg. F temperature 12 ( 83.040 ) : 83.040 deg. F temperature 13 ( B2.490 ) : 82.490 deg. F temperature 14 ( 82.230 ) : 82.230 deg. F temperature 15 ( 81.760 ) = 81.760 deg. F temperature 16 ( 80.950 ) : 80.950 deg. F temperature 17 ( 79.510 ) : 79.510 deg. F temperature 18 ( 77.410 ) : 77.410 deg. F () temperature 19 ( temperature 20 ( 76.530 ) 75.420 )
=
76.530 deg. F 75.420 deg. F temperature 21 ( 74.460 ) = 74.460 deg. F temperature 22 ( 74.490 ) : 74.490 deg. F temperature 23 ( 75.290 ) : 75.290 deg. F temperature 24 ( 74.310 ) : 74.310 deg. F temperature 25 ( 75.700 ) : 75.700 deg. F temperature 26 ( 74.540 ) : 74.540 deg. F temperature 27 ( 75.340 ) : 75.340 deg. F temperature 28 ( 73.350 ) : 73.350 deg. F temperature 29 ( 74.410 ) : 74.410 deg. F temperature 30 ( 73.590 ) 73.590 deg. F dewpoint 1 ( 58.750 ) : 58.750 dog. F , 0.2449 psia dewpoint 2 ( 59.340 ) : 59.340 deg. F , 0.2502 psia dewpoint 3 ( 59.250 ) : 59.250 deg. F , 0.2494 psia dewpoint 4 ( 55.920 ) : 55.920 deg. F , 0.2212 psia dewpoint 5 ( 56.830 ) = 56.830 deg. F , 0.2286 psia dewpoint 6 ( 55.540 ) : 55.540 deg. F , 0.2182 psia pressure 1 ( 15.95110 ) : 15.9511 psia pressure 2 ( 15.94840 ) : 15.9484 psia weighted averages, volume and air mass temperature : 80.57039 deg. F O- pressure vapor pressure :
- 15.95110 psia 0.23596 psia volume : 2841900 cu. ft, dry air mass : 223135.25 lbm
4- _ i i i f
,qj
), V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 5 !
I time : 1845 date : 328 i j sensor raw data value i temperature 1( 85.070 ) : 85.070 deg. F ! temperature 2( 84.700 ) : 84.700 deg. F temperature 3( 84.460 ) = 84.460 deg. F temperature 4( 84.750 ) = 84.750 deg. F temperature 5( 84.970 ) = 84.970'deg. F temperature 6( 83.620 ) : 83.620 deg. F r temperature 7( 83.150 ) = 83.150 deg. F ! temperature 8( 82.550 ) : 82.550 deg. F 4 temocrature 3( 81.870 ) : 81.870 deg. F temperature 10 ( 81.120 ) : 81.120 deg. F r temperature 11 ( 81.020 ) = 81.020 deg. F , temperature 12 ( 80.930 ) = 80.930 deg. F temperature 13 ( 80.610 ) = 80.610 deg. F . temperature 14 ( 80.430 ) 80.430 deg. F temperature 15 ( 79.560 ) : 79.560 deg. F temperature 16 ( 78.940 ) = 78.940 deg. F temperature 17 ( 77.760 ) : 77.760 deg. F l
<s temperature 18 ( 75.910 ) = 75.910 deg. F
( ) temperature 19 ( 75.760 ) = 75.760 deg. F i temperature 20 ( 74.790 ) : 74.790 deg. F temperature 21.( 74.050 ) = -74.050 deg. F , temperature 22 ( 73.970 ) : 73.970 deg. F ! temperature 23 ( 75.040-) : . 75.040 deg. F- ; temperature 24 ( 73.830 ) = 73.830 deg. F , temperature 25 ( 75.520-) = 75.520 deg. F # temperature 26 ( 74.350 ) = 74.350 deg. F-temperature 27-( 74.820 .) : 74.820 deg. F. temperature 28 ( 73.180 ) - : 73,180 deg. F temperature 29 ( 74.370 )~ 74.370 deg. F . temperature 30 ( 73.470 ) = 73.470 deg. F .!
~
dowpoint 1 ( 58.660 ) 58.660 deg. F < 0.2441 psia dewpoint 2 ( 59.200 )- : 59.200 deg. F, 0.2489 psia-dowpoint 3 ( 59.110 ) : 59.110 deg. F , 0.2481 psia i dewpoint 4 ( 55.600 ) : 55'600
. deg. F , 0.2186 psia l dewpoint 5 ( 56.810 ) 56.810 deg. F ,
0.2284 psia ! dowpoint 6 ( 56.150 ) : 56.150 deg. F , 0.2230 psia ' pressure 1 ( 15.90500.) : 15.9050 psia t pressure 2 ( 15.90240 ) = 15.9024 psia 'i i weighted averages, volume and air mass s temperature : 79.01589 deg. F 1fS,)f pressure : 15.90500 psia vapor pressure : 0.23574 psia volume : 2841900 cu. ft. ! dry air mass : 223125.84 lbm ; w w ~ - - w-
VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 6 time : 1900 date : 328 sensor raw data value temperature 1( 83.300 ) = 83.300 deg. F temperature 2( 83.010 ) : 83.010 deg. F temperature 3( 82.660 ) = 82.660 deg. F temperature 4 ( 83.010 ) = 83.010 deg. F temperature 5( 83.290 ) : 83.290 deg. F temperature 6( 82.140 ) : 82.140 deg. F temperature 7 ( 81.680 ) = 81.680 deg. F temperature 8( 81.240 ) : 81.240 deg. F temperature 9( 80.560 ) : 80.560 deg. F temperature 10 ( 79.740 ) : 79.740 deg. F temperature 11 ( 79.640 ) : 79.640 deg. F temperature 12 ( 79.500 ) = 79.500 deg. F temperature 13 ( 79.400 ) : 79.400 dog. F temperature 14 ( 79.070 ) : 79.070 deg. F temperature 15 ( 78.250 ) : 78.250 deg. F temperature 16 ( 77.740 ) : 77.740 deg. F temperature 17 ( 77.100 ) 77.100 dog. F temperature 18 ( 75.660 ) : 75.660 deg. F .() temperature 19'( temperature 20 ( 75.640 ) 74.690 ) 75.640 deg. F 74.690 deg. F temperature 21 ( 73.980 ) : 73.980 deg. F temperature 22 ( 73.920 ) : 73.920 deg. F temperature 23 ( 74.940 ) : 74.940 deg. F temperature 24 ( 73.740 ) : 7 3.740 deg. F temperature 25 ( 75.500 ) : 75.500 deg. F temperature 26 ( 74.200 ) : 74.200-dog. F temperature 27 ( 74.790 ) = 74,790 deg. F temperature 28 ( 73.180 ) : 73.180 deg. F temperature 29 ( 74.360 ) = 74.360 deg. F temperature 30 ( 73.420 ) : 73.420 dog. F dewpoint 1 ( 58.630 ) : 58.630 deg. F , 0.2439 psia dewpoint 2 ( 59.140 ) : 59.140 deg. F , 0.2484 psia dewpoint 3 -( 58.980 ) = 58.980 deg. F , 0.2470 psia dowpoint 4 ( 56.170 ) : 56.170 dog. F , 0.2232 psia dewpoint 5 ( 56.860 ) : 56.860 dog. F , 0,2288 psia dowpoint 6 ( 56.380 ) : 56.380 deg. F , 0.2249 psia pressure 1 ( 15.88380 ) = 15.8838 psia pressure 2 ( 15.88130 ) = 15.8813 psia weighted averages, volume and air mass temperature : 78.13406 deg. F pressure 15.88380 psia 1O. vapor pressure : 0.23656 psia volume : 2841900 cu. ft, dry air mass : 223177.54 lbm
V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 7 time : 1915 date : 328 sensor raw data value temperature 1 ( 82.400 ) : 82.400 deg. F temperature 2( 82.050 ) = 82.050 deg. F temperature 3( 81.690 ) : 81.690 deg. F temperature 4 ( 82.090 ) : 82.090 deg. F temperature 5( 82.190 ) = 82.190 deg. F temperature 6( 81.220 ) = 81.220 deg. F temperature 7( 80.880 ) : 80.880 deg. F temperature 8 ( 80.560 ) : 80.560 deg. F temperature 9( 79.790 ) : 79.790 dog. F temperature 10 ( 78.950 ) : 78.950 deg. F temperature 11 ( 78.800 ) : 78.800 deg. F temperature 12 ( 78.690 ) : 78.690 deg. F temperature 13 ( 78.600 ) : 78.600 deg. F temperature 14 ( 78.240 ) : 78.240 deg. F temperature 15 ( 77.440 ) : 77.440 deg. F temperature 16 ( 77.290 ) : 77.290 deg. F temperature 17 ( 76.860 ) : 76.860 deg. F temperature 18 ( 75.590 ) : 75.590 deg. F temperature 19 ( 75.560 ) : 75.560 deg. F temperature 20 ( 74.760 ) = 74.760 deg. F temperature 21 ( 74.000 ) : 74.000 dog. F temperature 22 ( 73.840 ) : 73.840 deg. F temperature 23 ( 74.850 ) : 74.850 deg. F temperature 24 ( 73.720 ) : 73.720 deg. F temperature 25 ( 75.480 ) : 75.480 deg. F temperature 26 ( 74.150 ) : 74.150 deg, F temperature 27 ( 74.790 ) : 74.790 deg. F temperature 28 ( 73.170 ) : 73.170 deg. F temperature 29 ( 74.360 ) : 74.360 deg. F temperature 30 ( 73.380 ) : 73.380 deg. F dewpoint 1 ( 58.570 ) : 58.570 deg. F , 0.2434 psia dewpoint 2 ( 59.100 ) : 59.100 deg. F , 0.2480 psia dewpoint 3 ( 58.700 ) : 58.700 deg. F , 0.2445 psia dewpoint 4 ( 56.370 ) : 56.370 deg. F , 0.2248 psia dewpoint 5 ( 56.960 ) : 56.960 deg. F , 0.2797 psia dowpoint 6 ( 56.540 ) = 56.540 deg. F , 0.2262 psia pressure 1 ( 15.87240 ) 15.8724 psia pressure 2 ( 15.87000 ) : 15.8700 psia weighted averages, volume and air mass temperature : 77.64262 deg. F O pressure vapor pressure :
- 15.87240 psia 0.23656 psia volume : 2841900 cu. ft, dry air mass : 223218.95 lbm
l V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION
}
data set 8 time : 4 40 date : 328 sensor raw data value temperature 1( 81.980 ) = 81.980 deg. F temperature 2( 81.500 ) : 81.500 deg. F temperature 3( 81.150 ) : 81.150 deg. F temperature 4( 81.560 ) : 81.560 deg. F temperature 5( 81.650 ) : 81.650 deg. F temperature 6( 80.780 ) = 80.780 deg. F temperature 7( 80.380 ) : 80.380 deg. F temperature 8( 80.220 ) : 80.220 deg. F temperature 9( 79.360 ) = 79.360 deg. F temperature 10 ( 78.420 ) : 78.420 deg. F temperature 11 ( 78.290 ) = 78.290 deg. F temperature 12 ( 78.190 ) : 78.190 deg. F temperature 13 ( 78.090 ) : 78.090 deg. F temperature 14 ( 77.750 ) 77.750 deg. F temperature 15 ( 76.990 ) : 76.990 deg. F temperature 16 ( 77 110 ) = 77.110 deg. F temperature 17 ( 76.750 ) : 76.750 deg. F temperature 18 ( 75.520 ) : 75.520 deg. F temperature 19 ( 75.470 ) : 75.470 deg. F O- temperature 20 ( 74.630 ) : 74.630 deg. F temperature 21 ( 74.000 ) : 74.000 deg. F temperature 22 ( 73.850 ) : 73.850 deg. F temperature 23 ( 74.760 ) : 74.760 deg. F temperature 24 ( 73.680 ) : 73.680 deg. F temperature 25 ( 75.470 ) = 75.470 deg. F temperature 26 ( 74.140 ) : 74.140 deg. F temperature 27 ( 74.770 ) : 74.770 deg. F temperature 23 ( 73.110 ) : 73.110 deg. F temperature 29 ( 74.350 ) : 74.350 deg. F temperature 30 ( 73.360 ) : 73.360 deg. F dewpoint 1 ( 58.570 ) : 58.570 deg. F , 0.2434 psia dewpoint 2 ( 59.040 ) : 59.040 deg. F , 0.2475 psia dewpoint 3. ( 58.540 ) = 58.540 deg. F , 0.2431 psia dewpoint 4 ( 56.480 ) : 56.480 deg. F , 0.2257 psia dowpoint 5 ( 57.080 ) : 57.080 deg. F , 0.2307 psia dewpoint 6 ( 56.620 ) : 56.620 deg. F , 0.2269 psia pressure 1 ( 15.86570 ) = 15.0657 psia pressure 2 ( 15.86330 ) = 15.8633 psia weighted averages, volume and air mass temperature : 77.35696 deg. F pressure : 15.86570 psia vapor pressure : 0.23658 psia volume : 2841900 cu. ft, dry air mass : 223241.61 lbm
t
'I
- ( ) VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION x/
data set 9- ! time : 1945 date : 328 e sensor raw data value ! temperature -1 ( 81.640 ) : 81.640 deg. F ; temperature 2( 81.170 ) : 81.170 deg. F i temperature 3( 80.800 ) = 80.800 deg. F l temperature 4( 81.210 ) = 81.210 deg. F l temperature 5( 81.320 ) 81.320 deg. F l temperature 6( 80.450 ) = 80.450 deg. F ! temperature 7( 80.080') : 80.080 deg. F ! temperature 8( 79,990 ) 79.990 deg. F d temperature 9( 79.130 ) = 79.130 deg. F , temperature 10 ( 78.110 ) : 78.110 deg. F : temperature 11 ( 77.930 ) : 77.930 deg. F l temperature 12 ( 77.810 ) : 77.810 deg. F ; temperature 13 ( 77.780 ) = 77.780 deg. .F r temperature 14 ( 77.450 ) : 77.450 deg. F . temperature 15 ( 76.800 ) : 76.800 deg. F ! temperature 16 ( 76.990 ) : 76.990 deg. F
.t-,perature 17-( 76.620 ) : 76.620 deg. F temperature 18 ( 75.490 ) : 75.490 deg. F
.k I
^'#
temperature 19 ( 75.430 ) : 75.430 deg. F l temperature 20 ( 74.590 ) : 74.590 deg. F .g temperature 21 ( 73.980 ) = 73.980 deg. F t temperature 22 (- 73.750 ) : 73.750'deg. F temperature 23 ( 74.720 ) : 74.720 deg. F l temperature ~24 ( 73.660 ) : 73.660 deg. F ! temperature 25 ( 75.420 ) : 75.420 deg. F ;
^
temperature 26 ( 74.100-) : 74.-100 deg. F temperature 27 ( 74.740 ) 74.740 deg. F temperature 28 ( 73.080 ) = 73.080 deg. F [ 74.340 ) 74.340 deg. F ' temperature 29 ( = temperature 30 ( 73.330 ) : 73.330 deg. F dowpoint 1 ( 58.580 ) : 58.580 deg. F , 0.2434 psia Ldewpoint. 2 ( 59.030 ) : 59.030 deg. F , 0.2474 psia dewpoint 3 ( 57.830 ) = 57.830 deg._F_ ,-0.2370 psia dewpoint 4 ( 56.620 ) : 56.620 deg. F , 0.2269 psia . dowpoint 5 ( 57.220 ) : 57.220 dog, F , 0.2318 psia-dewpoint 6 ( 56.790 ) : 56.790 deg. F , 0.2283 psia l pressure 1 ( 15.86130 ) : 15.8613 psia i pressure 2 ( 15.85890 ) : 15.8589 psia weighted averages, volume and air mass () temperature : 77.16985 deg. F (_) pressure vapor pressure :
- 15.86130 psia 0.23600 psia volume : 2841900 cu. ft, dry-air mass : 223264.87 lbm
W' 2 + , hj : u L.- y l-i ((~42 VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION isJ data set .10. h t'ime : 2000 _date.: -328 t: sensor raw data value 9 temperature 1' ( 85.940 ) : 85.940 deg. F-
, temperature 2( 86.010.) = 86.010 deg. F temperature 3 '( 85.280-) ': 85,280.deg.-F temperature 4( 85.270 ) : 85.270 deg.-F '. temperature 5( 84.940 ) : 84.940 deg._F F
temperature- 6( 84.490 ) : 84.480 deg. F F , temperature 7 ( 83.850 ) : 83.850 deg. F'
! a temperature 8 -( 82.900 ) : 82.900 deg. F lf temperature 9( 82.160 ) = 82.~160 deg. F L. temperature 10 ( 82.120 )- 82.120 deg. F temperature 11 ( 81.630 ) 81.630 deg. F
- , temperature 12 ( 81.510 ). 81.5101deg. F
' temperature 13 ( 81.580-) = 81.580 deg. F F,.
temperature 14 ( 80.460 ) = .80.460 deg. F
' temperature-15 ( 80'480 ) : 80.480 deg. F ! ' temperature 16 ( 80'.010 ) : 80.010 deg. F temperature 17 ( 79.280 ) : 79.280,deg. F temperature 18_( 77.720 ) = '77.720 deg. F 3-)(( /r
- temperature 19 ( 77.770 ) : 77.770 deg. F
.\
- temperature 20 ( 76.430 ) .: 76.43v>deg. F temperature 21-( 75.440 ) : 75.440:deg. F temperature 22 ( 75.630 ) 7 '
75.630 deg. F temperature 23 ( 75.620 ) : 75.620 deg. F-temperature 24 ( 15.620 ) = 75.620:deg. F temperature 25 ( 77.010 ) : 77.010 deg. F
. temperature 26 ( 75.020 ). : 75.020 deg. F temperature 27 (' 75.360') : 75.360 des. F temperature 281( 73.820 ) :. 73.820 deg.1F.
temperature 29 ( 74.480 ) : 74.480-deg.-F
- temperature 30 ( 74.280 ) = '74.280 deg. F dewpoint .1 (4 60.420-) = 60.420 deg. F , 0.2600l psia dewpoint: 2 ( $9.360 ) : 59;360'deg. F. , 0.2503; psia-dewpoint
- 3' ( 60,150_)
- 60,150 deg._F , 0.2575: psia
; dewpoint ( 57.530-)_ = ST.530'deg. F.,LO.2344: psia-dewpoint . 45 ( 54.880 ) = '4.880 deg. F. , 0.2130 psias dewpoint 6_ ( 46.950 ) : 46.950'deg. F , 0.1587. psia p pressure- 1- .(-16,91710 ) : 16.9171 psia l
pressure 2 ( 16.91610 ) : 16.9161 psia' weighted-averages, volume and air mass temperature : 79.90398 deg. F if-w) 1(, ~
- pressure vapor pressure :
- 16.91710 psia 0.23003~ psia volume : 2841900 cu. ft.
dry air mass : 237228.04 lbm i' l} t t - , . < , 7.--.- t -
.,-e .. , . , - , - . . . , . . .. . . .. - < , - . . . . _ -,
_ -,m ..a _. 4m
, , 'i iE
./ ; VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION x/ ;
i data set 11
. time : 2015 date : 328 sensor raw data value -
temperature 1 ( .93.150 ) : 93.150 deg. F ; temperature 2( 92.770 ). : 92.770 deg. F temperature 3( 91.930 ) :' 91.930 deg. F . temperature 4( 91.980 ) : 91.980' des. F t temperature 5( 92.680 ) : 92.680 deg. F !
' temperature 6( 90.460 ) : 90.460 deg. F temperature 7( .3.760 ) : , 90.760 deg. F ;
temperature 8( 88.970 ) = 88.970.deg. F , temperature 9( .88.260 ) = 88.260 deg. F ; temperature.10-( 89.320: ) : 89.320 deg. F temperature 11 ( 87.870 ) 87.870 deg. F temperature.12 ( 87.640 ) : 87.640 deg. F temperature 13 ( 86.130 ) : 86.130 deg. F temperature 14 ( -86.760 ) : 86.760 deg. F temperature 15 ( 86.390 ) : 86.390 deg. F temperature 16 ( 84.270') : 84.270 deg. F [ temperature 17 ( 81.910 ) : 81.910 deg. F '! 3 temperature 18 ( 78.870 ) : 78.870 deg. F ,
;~j' temperature 19 ( 78.660 ) : 78.660 dog. F F \ - temperature 20 ( 77.240 ) : 77.240 deg. F temperature 21 ( 76.460 )
= 76.460 deg. F
' temperature 22 ( 76.410 ) : 76.410 deg. F temperature 23 ( 76.130 ) = '76:130 deg'. F i temperature 24 ( 76.310 ) = 76.310 deg. F j temperature 25 ( 77.580 ) = 77.580 deg. F i
. temperature 26 ( 75,340 ) = 75.340 deg. F ,
temperature 27 ( 75.890 ) : 75.890 deg. F - temperature 28 (, 73.950 ) : 73.950.deg..F 7 1 temperature 29 ( 74.140 ) : 74.140 deg. F 't F temperature 30 ( 74.620 ) : 74.620 deg. F dewpoint 1. ( 61.820 ) : 61.820 deg. F , 0.2732 psia ;
' dewpoint 2 (- 62.600 ) : 62.600 deg. F , 0.2808 psia .l dewpoint. 3 ( 62.330 ) : 62.330 deg. F , 0.2782 psia
. dewpoint 4 ( 57.070 ) : 57.070 deg. F_ -0.2306 psia dewpoint .5 ( 51.990 ) : 51.990 deg. F ,
0.1916 psia
< dewpoint 6 ( 42.900 ) = 42.900 deg. F , 0.1361 psia .
pressure 1 ( 18.44330 ) : 18.4433 psia l ( 18.44410 ) pressure 2 : 18.4441 psia : weighted averages, volume and air mass temperature : 83.78061 deg. F
'f j\y pressure : 18.44330 psia vapor pressure : 0.23456 psia i
volume = 2841900 cu. ft. a e dry-air mass : 257013.98 lbm
~.~ -
l VOOTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 12 time : 2030 date : 328 sensor- raw data- value temperature 1( 97.120 ) : 97.120 deg, F temperature 2( 96.470 ) : 96.470 deg. F temperature 3( 95.650-) : 95.650 deg. F temperature 4( 96.070.) : 96.070 deg. F temperature 5( 95.890 ) : 95.890 deg. F temperature 6( 93.970 ) : 93.970. des. F temperature 7 ( 93.710 ) : 93.710_deg. F temperature 8( 91.800 ) : 91.800 deg. F temperature 9 ( 91.280 ) : 91.280 deg. F temperature.10 ( 91.750 ) : 91;750 deg. F temperature 11 ( 90.790-) = 90.790 dog. F temperature 12 ( 90.430') : 90.430 deg. F temperature 13 ( 88.990 ) : 88.990 deg. F temperature l'4 . ( 88.940 ) = 88.940 deg. F temperature 15-( .88.320 ) : 88.320 deg. F temperature 16.( 86.000 ) : 86,000 deg. F temperature 17 ( 82.460 ) 82.460 deg. F temperature 18 ( 79.430 ) : 79.430 deg. F
'I:')
temperature 19 ( -78.710 ) temperature 20 ( 77.010 ) 78.710 deg. F 77.010 deg. F temperature 21 (- 76.450 ) = 76.450 deg. F temperature 22 ( 76.170 ) : 176.170 deg. F temperature 23 ( 76.100 ) : 76.100 deg. F-temperature 24 ( 76.130 ) :- 76.130 deg. F temperature'25 ( 77.430 )~ : 77.430 deg F temperature 26 ( 75.250 ) = 75.250 deg. F. temperature 27 ( 75.840-) = '75.840 deg. F temperature 28-( 73.950 ) : 73.950 deg. F temperature:29 ( 74.110 ) = 74.110 deg. F temperature 30 ( 74.530-) = 74.530 deg. F dowpoint .1 ( 63.800 ) =. 63.C00 deg. F , 0.2929 psia dewpoint 2 ( 64.490 ) :- 64.490 deg. F , 0,3001 psia
, dewpoint 3 ( 63.940') = 63.940 deg. F ,
0.2943 psia dewpoint 4 ( 54.720 ) : 54.720 deg. F , 0.2117 psia dewpoint 5 ( 50.790 ) = 50.790 deg. F , 0.1833 psia dewpoint 6 ( 41.590 ) : 41.590 deg. F , 0.1294 psia pressure 1 ( 19.90600-) : 19.9060 psia pressure 2 ( 19.90530 ) : 19.9053 psia weighted averages, volume and air mass I temperature : 85.45689 deg. F pressure : 19.90600 psia vapor pressure : 0.23875 psia
, volume : 2841900 cu. ft, dry air mass : 276747.03 lbm I
m; ,'~
,x , ,
W w~ ? p m 1 . kblEM $y ' fig ' We' ' b .
,0;n.a y if LVOGTLE. UNIT 1-1990;lLRT-PRESSURIZATION 1 ,1 xjf ,
w s 1 data' set13 . YL y j!g ; time :'2045. date : 328 > c w/ , , sensor raw data value #
- Nmt .
h 5 .. .. a a x . temperature .1 '( -98.590 ) :' 98.590 deg. F> f@ 's temperature 2 s(- 97.880 ) : 97.880 deg. F W W temperature: 31(' 97.020 )'- temperature 4 4 (
==
97.020'deg. Fx :: IN $ 97.9801) 97.980;deg'. F l
, . ." -temperature 5:( 97:510 )- : 97.510 deg. F "
~@ "! , 4 temperature >6.(- . 95.400-) : 95.400: des t F-
. temperature'L7~( 94800 ) : 94.800fdeg. F; ,
, temperature 8-( 93.370-) = '93.370 deg,1 FJ :
WA temperature 9 ( 92.700 ) :~ 92.700-deg. F- ,
- temperatures 10 (- 92.560 ) : 92.560 deg. F' ;
v g ".
?f ,
temperature 111 ( 91.960 ) = .91.960 deg. F i
- F 4' temperature 12'( -91.300 .) : 91.300~deg. F ;
temperature-13 ( 89'.980 ) : 89.980 deg. F x
?, '
. temperature 114 ( 89.980 )' ': 89.980 deg. F .,
n BJ ' temperature 15-(. '88.590.) : 88.590 deg. F' l [W '
, temperature 16;( 86.410 ) == 86s410 deg. F., !
- temperature 17 L (' 82'520 ) : 82.520 dog. Fx 7j-u temperature 18-(' 79.510 ) : 79.510 dog, F .
l b temperature 19-( 78.600 ) : 78.600 deg. F D g" r0 tempe-ature 20 ( 76.900 )~ : 76.900 des.:F. l temperature 21L(- 76;270 ) : ' 76.270. des. F-N,6 temperature'22-( 75.930') : 75.930 deg. F? ,
)
i5, temperature 23E(--76.050 )~ = 76.050fdegi F temperature 24-(- 75.790 .). ': . 75.'790 deg.1 F d '
- jy 'mperature 25--(' 77.210~)
- 77.210 deg. F iperature 26 ( 75.350 ) = -75.350Ldeg. F, 1 f-f% ,n :amperature-27 (; -75.900 ) = -75.900'deg. F 1 fS7 umperature 28'( ' 7 3 ~. 8 5 0 . ) - : 73.850 deg ~F'
?
JyN; 'emperature 29 ( 74.,040 ) : 74.040 deg. F- 4
?r;b 6 temperature'30 ( .74'.590 ) :- 74.590 deg. F 3
t
.ih . .
,[j_
% wa 6I;? ~
dewpoint 1- ( :64.760 L)' -: 64.760ldeg. F , :0,3029 ps ia , e ' dewpoint 2 .( 65.880 ) = 65.880 deg. F ,~0.3149 psia Rf jy dewpoint 3 ( 65.030 ) : 65.030 deg F', 0.3058 psias , 4
.U.- : dewpoint 4 (52.980 ) : 52.980 deg. F , 0.1987 psia-Esf L 1 !dowpoint dewpoint 5
6
'( 49.980.)
4 0.260 ).
= 49.980 40.260 deg.
deg. F F., 0.1778 0.1229 psia psia hijp7 . ( : , o RMi n = d ( 21.35130 ) pressure 1 = 21.3513 psia ?!p$q ' 'dd Y ' pressure 21 ( 21.34760-) : 21.3476 psia o m [f 7 @[h t(
. weighted averages, volume and' air mass ,n' +
x , djY"i temperature : 86.08878 deg. F B U ( ,fl pressure : 21.35130 psia gj 41 vapor pressure = 0.24114 psia 0; volume : 2841900 cu. ft. ( M':n g dry air mass : 296706.84 lbm j
...>- 3
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+
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[4' ' Et , n , VOGTLE-UNITil'1990 l L R T- P R E S SUR l' Z AT I ON _ z+
'o _
1
;dataLset-- 14
?
g"F
. time : '2100 date
, =t 328 :
o . y, sensor' ' raw data value l J: temperature L ( 99.260-) : 99.260Edeg~.'F- ; temperaturer ' 2 '(
~
U , , > 6" 98.710 ). : 98.710 deg. F 4 4 .' tempere ero- 3(~ 98.170 ) : 98.170 deg.'F. , i,g#g g7 temp'erature -( 98.350 ) : 98.350 deg'. F "' 5 i,
. temperature 98.'130 ) : 98.130.deg. F 33,' 33 4
temperat'urei-6,( 95.960 ) = 95.960 des. F- l
-t'mperature e L7 ( 95/280.) : ,
95.280-deg. F l' as Wi --temperature _ 8*(- 94.250 ) = ,94.250: deg . F d,' temperature? '9 - (! _93.250 )- =; 93.250sdeg. F_ . j temperaturo- 10 (l 93.080-) = 93.080 deg. F. , e ' t e m p'e r a t u r e '1 1 ( 92.590')' ': 92.590 deg. F~ l Jtemper.atur e ~ 12 (- 91 930-) : 91.930 deg.-F ji I ' ' - temperature . 13-( .90.590 ) = 90.590 deg. F ; 90.430 )
' - ' temperature 14'( = 90.430 deg. F temperature:15 ( -88.820-) : 88.820 deg. F i e .temperatureE16.( 86.'560 ) : 86.560 deg. F ll 3 ~ temperature ( 82.670 ) :. 82.670'deg. F l 6 T a-
' temperature 18L(j 79,620 ) 79,620 deg; F l KM [.
U/ 1 ' temper'ature 19 (' 78,650:) : 78.650 deg.'F 4
, , temperature:.20 (- - 7.6.600 ). : 76.600 deg.'F. >
,[
, , 1 ftemperature 21'( 76.050-) = 76.050 deg. F. "!
'*f ,
Ktemperature122'(.. .75'.670") :- :75.670 deg..F. , 4 ' . temperature'23 ( ;75.940 )- : 175.940 deg. F 9 tempe'rature.24'(. 775.520 ) : 75.520'deg. F j temperature 125-( '77.060 )- :: 77L.060 deg.: F ;; 14 H ;temperatureD26-( '75.300 ) : '75.300.deg.LF l S>-* ' temperature 27 ( J75i710.)L i 75.710ndeg. F N 1 @f ' g 't emper atur e -'2 8 _( 73.690 )- i 173.6901deg.LF, j j
" /M
~
-temperature 29'( 173.910) : ;73.910 deg. F-
-temperature'30'( ~ 74.570 ) : 74.570 deg. F l
gg o
; ~
9
-dewpoint; l' ;( L67.0003)= = 67.000Edog. F', 0.3274;psias 67.200 deg. F . .- . 0. 3 29 7 ps i a' J"3 . ,.
4 Ldewpoint 2 ( :67.200 ) : -!
I
-dewpoint 3 '( '66.040 )- = 66.040'deg. F1 ,00:3167 psia- >
$f ,, dewpoint 4 (. 51.800 ) =
'51.800 deg. F, 0.1902 ps'ia g'm dewpoint 5 (~ -49.960 )- = 49.960 deg. F = , 0 ; 17 7_7 ~ps'i;a . _ .
, j o 4 .
dewpoint 6 ( 40.750 ) = '40.750 deg. F., 0.1252 psia. 4
'+ .
' pressure. M 7 1 ( 22.78350 ) = 22.7935 psia
}4j, f .;q - pressure . 2 ( 22.77840 ) : 22.7784 psia "
w " ' y ' weighted: averages,. volume and air mass j ihN'is temperature : 86.36942 22.78350 deg. F psia fi gi J'J pressure : 0.24859 psia "E vapor pressure : volume
- 2841900 cu. ft.
y! , dry air mass : 316569.20 lbm _ w: > N'f l s ; i5 0c
,1 I -
.VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 15 time : 2115 date :L 328 sensor raw data value temperature 1( 99.740 }- : 99.740 deg. F temperature 2( 99.200 ) : 99.200 deg. F temperature 3( 98.470 ) :- 98.470 deg. F temperature 4( 98'.830 ) : 98.830 deg. F temperature 5( 98.620-) -:- 98.620 deg. F temperature 6( 96.340 ) = '96.340 deg. F temperature 7( 95.830 ) : 95.830 deg. F temperature 8 (- 94.670') : 94.670 deg. F temperature 9 (- 93.630 ) -: 93.630 deg. F temperature 10 ( 93.360 ) = 93.360 deg. F temperature 11 ( 92.'880 ) : 92.880 deg. F temperature 12 (- 92.210 ) : 92.210 deg. F temperature 13 ( 91.150 ) : 91.150 deg. F temperature'14 ( 90.640 ) : 90.640 deg. F temperature 15 ( 89.230 ) : 89.230 deg. F temperature 16 ( 86.630 ) : 86.630 deg. F temperature 17 ( 82.650 ) : 82.650 deg. F temperature 18 ( 79.530 ) : 79.530 deg. F
( temperature 19 ( 78.550 ) : 78.5501deg. F 76.450 ) temperature 20 ( = 76.450 deg. F temperature 21 ( .75.980 ) : 75.980 deg. F temperature 22 ('.75.360 ) : 75.360 deg. F temperature 23 (. 75.840 ) = 75.840 deg. F temperature 24 ( :75.320 ) = 75.320 deg. F temperature 25 ( 76.890 ) = 76.890 deg. F temperature 26 (= 75.210 ). : 75.210 deg. F temperature 27'(- 175.610 ) : 75.610 deg. F temperature 28 (' 73.610 ) = 73.610 deg. F temperature 29 ( 73.810 ) = 73.810 deg. F temperature 30 ( 74.480 ) = 74.480 deg. F
~
dewpoint. 1 ( 67.320 ) = 67.'320 deg. F , 0.3310 psia dewpoint 2 ( 68.180 ) : 68.180 deg. F , 0.3410 psia
-dewpoint 3 ( 66.820 ) = 66.820 deg. F ,
0.3254 psia dewpoint 4 ( 50.710 ) : 50.710 deg. F , 0.1827 psia dowpoint 5 ( 49.840 ) = 49.840 deg. F, 0.1769 psia dewpoint 6 ( 42.220 ) = 42.220 deg. F , 0.1326 psia pressure 1 -( 24.21150 ) = 24.2115 psia pressure 2 ( 24.20780 ) = 24.2078 psia weighted averages, volume and air mass E temperature : 86.53225 deg. F pressure : 24.21150 psia vapor pressure : 0.25276 psia volume : 2841900 cu. ft. l dry air mass : 336470.74 lbm I
V - f.5 , i e { ( y VOGTL E : UN I T 1-1990 ILRT-PRESSURIZATION
~/ '
-data set 16 time : 2130 date : 328 sensor raw data value-
- temperature 1 ( 100.020 ) : 100.020 deg. F temperature 2( 99.480 ) : 99.480 deg. F temperature 3 ( 98.780 ) = 98.780 deg. F temperature 4 ( 98.950 ) : 98.950 deg. F temperature 5( 98.820 ) : 98.820;deg. F temperature 6 ( 96.480 ) : 96.480 deg. .F temperature 7( 95.900 ) : 95.900 deg. F temperature 8-( 95.000 ) : 95.000 deg. F i temperature 9 ( 93.790-) : 93.790 deg, F temperature 10 ( 93.650 ) : 93.650 deg. F temperature 11 ( 93.070 ) : 93.070 deg. F temperature 12 ( 92.480-) : 92.480 deg. F temperature 13 ( 91.580 ) : .
91.580 deg. F temperature 14-( 90.930 ) : 90.930 deg. F temperature 15 ( 89.480 ) = 89.480 deg. F temperature'16 ( 86.620 ) = 86.620 deg. F temperature 17 ( 82.650 ) : 82.650 dog. F
,K- temperature 18 ( 79.310 ) : 79.310 deg. F
~
) temperature 19-( 78.400 ) : 78.400 deg. F
. temperature 20 ( 76.230-) : 76.230 deg. F temperature 21 (' 75.890 ) = 75.890 deg. F temperature 22 ( 75.180 ) : 75.180 deg. F temperature 23 ( 75.750 ) : 75.750 dog. F temperature 24 ( 74.890 ) ': 74.890-deg. F temperature 25 ( 76.720 ) : 76.720 deg. F temperature 26 (; 75.110 ) :- 75.110 dog. F temperature 27 (- 75.430 )
- 75.430 deg. F temperature 28 ( 73.410 ) = 73.410 deg F
' temperature 39 ( 73.730 ) : 73.730 deg. F g temperature 30 ( 74.390 ) : 74.390 deg. F
- dewpoint- 1 ( 67.650 ). : 67.650 deg. F , 0 3348. psia dewpoint 2 ( 68.910 ) : 68.910 deg. F , 0.3496 psia ;
dowpoint 3 -( 67.230 ) : 67.230 deg. F , 0.3300 psia 50.350 )
~
dewpoint 4 ( :- 50.350 deg. F ,.0.1803 psia i dewpoint 5 ( 49.650 ) = 49.650 deg. F , 0.1757 psia
-dewpoint 6 ( 41.070 ) = 41.070 deg.'F , 0.1268 psia pressure 1 ( 25.63990 ) = 25.6399 psia pressure 2 ( 25.63740 ) : 25.6374 psia j l weighted averages, . volume and air mass l
p r'N, - temperature : 86.59500 deg. F l .\ ,/ - pressure : 25.63990 psia vapor pressure : 0.25428 psia volume : 2841900 cu. ft. dry air mass : 356468.65 lbm s
s- , t i g ,
~
e e VOGTLE-UNIT 1-1990.lLRT-PRESSURIZATION. , l.-+; G ' data. set 17 time : 2145 date : 328 l sensor raw data value i temperature 1 ( 100.020 ) = 100.020 deg. F F temperature 2 (. 99.520 ) = 99.520 deg. F i temperature 3( 99.160 ) : 99.160 deg. F j temperature 4 ( 99.050 ) : 99.050 deg. F ! temperature 5( 98.780 ) : 98.780 deg. F 6 ( 96.740 ) 96.740 deg. F temperature = temperature 7( 96.090 ) = '96.090 deg. F temperature 8 : (- 95.150 ) : 95.150 deg. F ; temperature 9( 94.180 ) : 94'.180 deg. F l i: . temperature 10 ( 93.750 ) : 93.750 deg. F H
- ' temperature 11 ( 93.120 ) = 93.120 deg. F l temperature'12 ( 92.750 ) = 92.750 deg. F j temperature 13 ( 91.720 ) = 91.720'deg. F ,
p temperature'14 ( 91.010 ) : 91'010 deg. F temperature 15 (' 89.610 ) = 89.610 deg. F l temperature 16 (' 86.620 ) 86.620 deg. F temperature 17 (. 82.680 ) = 82.680 deg. F _s temperature 118 ( 79.170') :- 79.170 deg. Ff temperature 19-( 78.320 ) = 78.320 deg. F D ' bJ- temperature 20,( '76.080 ) = -76.080 deg. F temperature 21 ( 75.640 ) : 75.640 deg. F temperature 22 ( 74.950 ) = 74.950 deg. F-l
. temperature _23 ( 75.610 ) = 75.610 deg. F st temperature 24 ( 74.710 ) 74.710 deg.'F
. temperature'25 ( 76.590 ) = 76.590 deg. F temperature 26 (- 75.010 ) 75.010 deg. F l temperature 27-( 75.280 ) = 75.280 deg. F temperature 28 ( 73.320 ) : 73.320 deg. F 1 l temperature 29-( 73.620 ) : 73.620 deg.'F
' temperature 30 ( 74.290 ) : 74.290 deg. F i
.I '
dewpoint 1 ( 68.010 ) = 68.010 deg. F , 0.3390 psia dewpoint 2 ( 69.960 ) = 69.960 deg. F, 0.3624 psia
- l. dewpoint 3 (. 67.750 ) : 67.750 deg. F , 0.3360 psia l dewpoint 4 ( 49.860 ) = 49.860 deg. F , 0.1770 psia i I dowpoint 5 (- 49.780 ) = 49.780 deg. F , 0.1765 psia l L dewpoint 6 ( 40.800 ) : 40.800 deg. F , 0.1255 psia I pressure 1 ( 27.06470 ) = 27.0647 psia o pressure 2 ( 27.06150 ) : 27.0615 psia l
!. ' weighted averages, volume and air mass temperature : 86.62222 deg. F Jrw) ( pressure vapor pressure :
- 27.06470 0.25775 psia psia n volume : 2841900 cu. ft.
! dry air mass = 376408.34 lbm l l
+
C j VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION. data set 18 time : 2200 date : 328 sensor raw data value temperature 1 ( 100.040 ) : 100.040 deg. F' temperature 2 ( 99.700 ) : 99.700 deg. F temperature 3 ( 98.870 ) : 98.870-deg. F temperature 4 ( 99.010 ) : 99.010 deg. F temperature 5( 98.990 ) = 98.990 deg. F temperature 6( 96.770 ) = 96.770 deg. F temperature 7 ( 96.300 ) : 96 300 deg. F-temperature 8( 95.360 ) : 95.360 deg. F temperature 9 ( 94.230 ) : 94.230 deg. F temperature 10 ( 93.830 ) : 93.830 deg. F 4 temperature 11 ( 93.230 ) : 93.230 deg. F temperature 12 ( 92.860 ) : 92.860 deg. F temperature 13 ( 91.860 ) : 91.860 deg. F temperature 14 ( 91.120 ) : 91.120 deg. F temperature 15 ( 89.880 ) : 89.880 deg. F temperature 16 ( 86.640 ) : 86.640 deg. F temperature 17 ( 82.670 ) : 82.670 deg. F temperature 18 ( 79.000 ) 79.000 deg. F
,-l h temperature 19 ( 78.030 ) : 78.030 deg. F
=
temperature 20 ( 75.960 ) = 75.960 deg, F-temperature 21 ( 75.660 ) : 75,660 dog. F temperature 22 ( 74.720 ) : 74.720 deg. F temperature 23 ( 75.520 ) : 75.520 deg. F temperature 24 ( 74.540 ) :- 74.540 deg. F temperature 25 (- 76.420 ) : 76.420l des. F temperature 26 ( 74.900 ) = 74.900?deg. F temperature 27 ( 75.160 ) 75.160 deg. F-temperature 28 ( 73.200 ). : 73.200 deg. F temperature 29 ( 73.480 ) : 73.480 deg. F temperature 30 ( 74.180 ) : 74.180 deg. F g dewpoint 1 ( 69.570 ) : 69.570 deg. F , 0.3576 psia L dewpoint 2 ( 70.580 ) = 70-.580 dog. F , 0.3702 psia I dewpoint 3 ( 68.160 ) = 68.160 deg. F , 0.3408 psia dewpoint 4 ( 49.030 ) = 49.030 deg. F , 0.1716 psia dewpoint 5 ( 49.580 ) = 49.580 deg. F , 0.1752 psia L dewpoint 6 ( 41.560 ) = 41'.560 deg. F , 0.1292 psia pressure 1 ( 28.48890 ) : 28.4889 psia pressure 2 ( 28.48670 ) = 28.4867 psia weighted averages, volume and air mass temperature : 86.61983 deg. F 9 pressure vapor pressure :
- 28.48890 0.26246 psia psia volume : 2841900 cu. f't.
dry air mass : 396341.71 lbm
1 i h, [ k VOGTLE UNIT 1-1990'ILRT-PRESSURIZATION
'L/ ,.
~ data set 19'
. time : 2215 date : 328 sensor' raw data value-temperature l'( 100.010 ) : 100.010~deg. F temperature 2 (- 99.650 ) :- 99.650 deg. F temperature 3 - (- 99.010 ) : 99.010 deg. F temperature 4( 99.030 .) : 99.030 deg. F temperature- 5( -
99.060 ) : 99.060 deg. F temperature 6 ( 96.860 ) : 96.860 deg. F temperature 7 ( 96.340.) : 96.340 deg. F temperature 8 ( 95.520 )- : 95.520 deg. F g . temperature 9 ( 94.390-) : 94.390 deg. F e t'emp er atur e 10 (- 93.960 ) : 93.960 deg. i temperature 11 (. 93.500 ) : 93.500 deg, F .l temperature 12 ( 93.090 ) : 93.090 deg. F ' temperature 13 (- 91.970 ) = 91.970 deg. F-temperature 14'(' 91.100 ) : 91.100 deg. F j temperature ~15( 90.040 ) = 90.040 deg. F .; temperatureL16 ( 86.840 ) : 86.840 deg. F tempe'rature 17'( 82.720 ) = 82.720 deg. F t ra c temperature 18 ( 78.860 ) : 78.860 deg. F l )! temperature 19 ( 77.810.) : 77.810 deg. F temperature 20 (
~
75.860 ) = 75.860 deg. F 1 temperature 21 ( 75.400 ) : 75.400 deg. F L ' temperature 22 ( 74.580-)- = 74.580 deg. F De temperature,23 ( 75.370 ) = 75.370 dog. F 4 temperature 24 ( 74.370 ) : 74.370.deg. F temperature 25 ( 76.230 ) :- 76.230 deg. F } temperature 26 ( 74.820 ) = 74.820 deg. F temperature 27 ( 75.040 ) = 75.040 deg. F
-temperature 28 ( 73.030 ) = 73.030 deg. F
, temperature 29 ( 73.400 )- -: 73.400 deg. F H
. temperature 30 ( 74.070 ) : 74.070 deg. F l
dewpoint .1 ( 69.640 ) = 69.640.deg. F , 0.3585: psia. j dewpoint 2 ( 71.260 ) = 71.260 deg. F , 0.3788 psia l' dewpoint 3 ( 68.050 ) = 68.050 deg. F , 0.3395 psia- : l' dewpoint 4 ( 48.600 ) = 48.600 deg. F , 0.1689 psia-dewpoint 5 ( 49.680 ) : 49.680 deg. F , 0.1759 psia dewpoint 6 ( 41.640-) = 41.640 deg. F , 0.1296 psia o
' pressure 1 ( 29.91430 ) : 29.9143 psia pressure 2 ( 29 ~. 91350 -) : 29.9135 psia l; weighted averages, volume and air mass l-
?-N temperature : 86.62737 deg. F
( . (,,,k pressure : 29.91430 psia vapor pressure : 0.26364 psia volume : 2841900 cu. ft. ! ' dry air mass : 416334.20 lbm N : + l F i
.l ),,
1 I VOOTLE UNITf1-1990 ILRT-PRESSURIZATION data-set 20-
, time : 2230 date : 328 4
. sensor- raw data value
< temperature 1 ( 100,120 ) = 100,120 deg. F temper sture 2( 99.'720 ) : 99.720 deg. F temperatu.w 3( 99.330 ) = 99.330 deg. F temperature 4 ( 99.220 ) : 99.220 deg. F temperature 5 ( 99.030 ) : 99.030 deg. F temperature 6 ( 97.120 ) : 97.120 deg. F temperature 7'( 9C 430 ) = 96.430 deg. F temperature 8 ( '95'.b90 ) : 95.690 deg. F temperature 9 ( 94.430 ) : 94.430 deg. F temperature 10 ( 94.010 ) : 94.010'deg. F temperature 11 ( 93.580 ) : 93.580 deg. F temperature 12 (- 93.220 ) : 93'.220 deg. F temperature _13 ( 92.300 ) : 92.300 deg. F temperature'14-( 91.240 ) '
- 91.240 deg. F temperature 15 ( 90.090 ) : 90.090 deg. F temperature-16 ( 86.900 ) = 86.900 deg. F temperature 17 ( 82.660 ) : 82.660 deg. F temperature 18 (- 78.780 ) : 78.780 deg. F l()
temperature 19'( 77.670 ) temperature 20 ( '75.770 ) : 77.670 deg. F 75.770 deg. F temperature 21 ( 75.380 ) : 75.380 deg. F. temperature 22 ( :74.440 ) : 74.440 deg. F. temperature 23 ( 75.250 ) : 75.250 deg. F temperature 24 ( 74.160 ) : 74.160 deg. F temperature =25.( 76.080 ) :' 76.080 deg. F temperature 26 ( 74.720 ) : 74.720 deg. F temperature 127 ( 74.910 ) : 74.910 deg. F temperature.28'(. 72.900 ) 72.900 deg. F temperature 29-( 73.300 ) : 73.300 deg. F temperature 30 ( 73.970 ) = 73.970 deg. F dowpoint 1 ( 70.310 ) = 70.310 deg. F , 0.3668 psia dewpoint 2 ( 71.990,) : 71.990 deg. F , 0.3883 psia dewpoint 3 ( 68.330 ) :- 68.330 deg. F , 0.3428 psia dewpoint 4 ( 48.550 ) : 48.550 deg. F , 0.1686 psia dewpoint 5 ( 49.850 ) : 49.850 deg. F , 0.1770 psia dewpoint 6 ( 41.710 ) = 41.710 deg. F , 0.1300 psia pressure 1 ( 31.34130 ) = 31.3413 psia pressure 2 ( 31.33970 ) : 31.3397 psia weighted averages, volume and air mass temperature : 86.65436 deg. F pressure : 31.34130 psia 0.26745 psia vapor pressure : volume : 2841900 cu. ft, dry air mass : 436296.13 lbm
l J L l VOGTLE UNIT'1-1990 ILRT-PRESSURIZATION
' data setL 21-time : 2245 date = .328 sensor raw data value-temperature 1 ( 100.080-) : 100.080 deg. F 1 temperature 2 ( 99.660 ) : 99.660 deg. F temperature 3 - (- 99.050 ) : 99.050 deg. F
' temperature- 4 ( 99.130 ) : 99.130 deg. F temperature 5- ( 99.190 ) : 99.190 deg. F temperature 6( 97.010 ) = 97.010'deg. F temperature -7 ( 96.530 ) : 96.530 deg. F
_ temperature 8( 95.800 ) = '95.800 deg. F
-temperature 9( 94.650 ) : 94.650 deg. F temperature 10 ( 94.160 ) : 94.160 deg. F temperature 11 ( 93.630 ) = 93.630 deg. F temperature'12 ( 93.350 ) : 93.350 deg. F-temperature 13 ( 92.510 ) : 92.510 deg. F temperature 14 ( 91.310 ) : 91.310~deg. F temperature 15--( _90.240 )- = 90.240 deg. F temperature 16 ( 86.930 ) : 86.930 deg. F temperature 17 ( 82.660 ) = 82.660 deg. F
; temperature 18 ( 78.570 ) : 78.570 deg. F f temperature 19 (' 77.460 ) = 77.460 dog.-F
' temperature 20 ( 75.570 ) = 75.570 deg. F 1_ temperature 21 ( 75.280 ) = 75.280 deg. F
. temperature 22 ( 74,260 ) :- 74.260 deg. F temperature 23'( 75.120 ) : 75.120 deg. F o .g temperature 24 ( 74.090 ) : 74.090 deg. F 75.950-) 75.950 deg. F
~
-temperature 25 ( :
temperature 26 ( 74.620 ) : 74.620 deg.'F-temperature 27 ( 74.770 ) : 74.770 deg. F-temperature 28 ( 72.820 ) = '72~.820 deg. F-temperature 29 ( 73.230 ) .: 73.230 deg. F temperature 30 ( 73.820 ) : 73.820 des. F dewpoint 1 ( 69.990 ) = 69.990 deg. F , 0.3628 psia dewpoint 2 ( 72.000 ) = 72.000 deg. F , 0,3884 psia o dewooint 3 ( 69.100 ) = 69.100 deg. F , 0.3519 psia desvoint 4 ( 48.400 ) = 48.400 deg.-F , 0.1676 psia dewpoint 5 ( 49.780 ) = 49.780 deg. F , 0.1765 psia dewpoint- 6 ( 42.570 ) = 42.570 deg. F , 0.1343 psia pressure 1 ( 32.77340 ) = 32.7734 psia pressure 2 ( 32.76810 ) : 32.7681 psia weighted averages, volume and air mass 5 . temperature : 86.63190 deg. F pressure : 32.77340 psia H vapor pressure : 0.26915 psia volume : 2841900 cu. ft, dry air mass = 456398.58 lbm
I
- t' b YOGTLE UNIT ~ 1-1990 ILRT-PRESSURIZATION i data set 22 time': 2300 date : 328 sensor. raw data value temperature 1 ( 100.170 ) = 100.~170 deg. F temperature 2( 99.880 ) = 99.880 deg. F-temperature 3( 99.240 ) : 99.240 deg. F temperature 4 ( 99.340 ) = 99.340 deg. F temperature 5( 99.220 ) : 99.220 deg. F temperature 6 ( 97.170 ) : 97.170 deg. F temperature 7 ( 96.580 ) = 96.580 deg. F temperature 8 ( 95.930 ) = 95.930 deg. F l temperature 9( 94.690 ) : 94.690 deg. F
, temperature 10-( 94.310 ) : 94.310 deg. F temperature 11 ( 93.780 ) = 93.780 deg. F temperature'12 ( 93.530 ) = 93.530 deg. F temperature 13 ( 92.570 ) : 92.570 deg. F temperature 14-( 91.450 ) : 91.450 deg. F temperature 15.(' 90.340 ) = -90.340 deg. F temperature 16:( 86.810 ) : 66.810 deg. F temperature 17 ( '82.630 ) = 82.630 deg. F ;
,s temperature.18 ( '78.470 ) = 78.470 deg. F f I- temperature 19 ( 77.230 ) = 77.230 deg. F I temperature 20'( 75.420 ) : 75.420 deg. F l
temperature'21 (- 75.120 ) = 75.120 deg. F temperature 22 ( 74,120 ) 74.120 deg. F ( temperature 23 ( 74.990 ) = 74.990 deg. F j temperature 24-( 73.930 ) = -73.930 deg. F temperature 25 ( 75.790 ) = 75.790'deg. F a temperature 26 ( 74.490') = 74.490 deg. F j temperature 27 ( 74.620 ) = 74.620 deg.1F : temperature 28 ( _72.700 ) = 72.700 deg. F- '! temperature 29 ( 73.120~) = 73.120 deg. FE -! temperature 30 ( 73.710 ) : 73.710 deg. F dowpoint 1 ( 7 0 .~ 3 7 0 ) = 70.370 deg. F , 0.3675 psia-dewpoint- 2 ( 72.940 ) = 72.940 deg. F , 0.4010 psia dewpoint 3 ( 69.670 ) = 69.670 deg. F , 0.3589-psia ..1 dewpoint 4 ( 48.460 ) = 48.460 deg. F , 0.1680 psia dewpoint 5 '( 50.150 ) : 50.150.deg. F , 0.1790 psia
-dowpoint 6 ( 42.940 ) = 42.940 deg. F , 0.1363 psia pressure 1 ( 34.20010 ) = 34.2001 psia ,
- pressure 2 ( 34.19600 ) = 34,1960 psia weighted averages, volume and air mass r'y temperature : 86.63678 deg. F q_j pressure : 34.20010 psia vapor pressure : 0.27424 psia volume : 2841900 cu. ft, dry air mass = 476355.46 lbm i
t j : 'VOOTLE UNIT 1-1990 ILRT-PRESSURIZATION
~
dhta set 23 time : 2315 date : 328 sensor raw data value temperature 1 ( 100.080 ) = 100.080ldeg. F temperature 2 ( 99.730 )' : '99.730 deg. F temperature 3- ( 99'160 ) : 99.160 deg. F temperature 4 ( 99.370 ) : 99.370 deg. F temperature 5( 99.220-) : 99.220 deg. F temperature 6 ( 97.140 ) : 97.140 deg. F temperature' 7-( 96.720 ) :: 96.720 deg. F temperature 8 ( 95.970 ) : 95.970 deg. F temperature 9( 94.870 ) = 94.870 deg. F temperature 10:( 94.320 ) : 94.320 deg. F-l' temperature 11 ( 93.790 ) : 93.790 deg. F temperature 12 ( 93.530 ) = 93.530 deg. F temperature 13-( 92.760 ) = 92.760'deg. F' temperature 14 ( 91.430 ) : 91.430 deg. F temperature 15 ( 90.480 ) : 90.480 deg. F temperature 16 (- 86'690 ) = 86.690 deg. F temperature 17 ( 82.530 ) = 82.530 deg. F temperature 18 ( 78.290 ) : 78.290 deg. F temperature 19 ( 77.020 ) = 77.020:deg. F
--(. temperature 20 ( 75.370 ) : 75.370 deg. F temperature-21 (- 74.930-) :. 74.930 deg. F
+ temperature 22 ( 73.990 ) = 73.990 deg. F
- temperature 23- ( 74.870 ) = 74.870 deg. F temperature 24 ( 73.870 ) : 73.870 dog. F temperature 25 ( 75.620 ) = 75.620 deg. F temperature 26 ( 74.370 ) : 74'.370 deg. F-temperature 27 ( 74.540 ) ' = 74'540 deg. F temperature 28 ( 72.510 ) :- 72.510 deg. F
+ -
temperature 29 ( 73.040 ) = 73.040-deg. F temperature 30 ( 73.600 ) = 73.'600 deg. F dewpoint 1 (- 71.800 ) : 71.800 deg. F , 0.3858 psia
-dewpoint 2 ( 73.160 ) : 73.160-deg. F ,
0.4039 psia dewpoint 3 ( 70.040 ) : 70.040 deg. F , 0.3634 psia dewpoint 4 ( 48.500 ) = 48.500 deg. F , 0.1683 psia dowpoint 5 ( 50.000 ) 50.000 deg. F , 0.1780 psia dewpoint 6 ( 42.930 ) = 42.930 deg. F , 0.1362 psia pressure 1 ( 35.62180 ) 35.6218 psia pressure 2 ( 35.62090 ) : 35.6209 psia weighted averages, volume and air mass
~
temperature : 86.59403 deg. F
. pressure : 35.62180 psia vapor pressure : 0.27835 psia i volume : 2841900 cu. ft.
r dry air mass : 496298.79 lbm a
q, -' ) ( ! 'V0GTLE UNIT.1-1990 ILRT-PRESSURIZATION data set 24 time : 2330 date : 328 sunsor raw data value temperature 1 ( 100.120 ) = 100,120 deg. F temperature 2( 99.770-) : 99.770 deg. F-temperature 3 (_ 98.9701) = 98.970 deg 'F temperature 4( 99.470-) : 99.470:deg. F temperature 5( 99.110 ) = 99.110 deg. F
, temperature 6( 97.200 ) = 97.200 deg. F temperature 7( 96.710 ) = 96.710 deg. F temperature 8( 96.050 ) = 96.050'deg. F temperature 9( 94.870 ) = 94.870 deg. F temperature 10 ( 94.330 ) = 94.330 deg. F temperature 11 ( 93.880 ) = 93.880 deg. F
. temperature 12 ( 93.650 ) : 93.650 deg. F temperature 13 ( 92.780 ) = 92.780 deg. F temperature.14 ( 91.520 ) = 91.520 deg. F temperature 15-( 90.510._) = 90.510 deg. F temperature 16 ( 86.570 ) : 86.570 deg. F temperature 17 (. 82.470.) : 82.470 deg. F
- .1- . temperature 18 ( 78.140 ) = 78.140 deg. F;
;L' L temperature 19 ( 76.790 ) : 76.790 deg. F
. temperature 20 ( 75.180 ) = 75.180 deg. F temperature 21'(- 74.880 ) = 74.880 deg. F.
temperature 22 ( 73.860 ) = 73.860 deg. F temperature 23 ( 74.760 ) = 74.760_deg. F temperature 24 ( 73.660 ) :- 73.660 deg. F temperature 25-( '75.470 ) = 75.470'deg. F temperature 26=( 74.280 ) = 74.280.deg. F temperature 27 ( 74.440 ) = 74.440 deg. F temperature 28-( 72.440 ) : 72.440 deg. F D- ; temperature 29 ( 72.950 ) 72.950 deg.-F temperature 30 ( 73.480 ) = 73.480 deg. F.
- dewpoint 1 ( 72.320 ) : 72.320 deg. F, 0.3927 psia dewpoint 2 ( 73.740 ) = 73.740'deg. F ,
0,4119 psia dewpoint .3 ( 69.880 ) = 69.880 deg. F , 0.3614 psia
-dewpoint 4' ( 48.440 ) = 48.440 deg. F , 0.1679 psia, dewpoint 5 ( 50.330_) : 50.330 deg. F , 0.1802 psia-
' dewpoint 6 ( 44.710 ) = 44.710 deg. F , 0.1458 psia pressure 1 ( 37.04300 ) : 37.0430 psia pressure 2 ( 37.04040 ) = 37.0404 psia weighted averages, volume and air mass E- E temperature : 86.55046 deg. F 1 pressure : 37.04300 psia vapor pressure : 0.28236 psia volume : 2841900 cu. ft.
dry air mass : 516240.31 lbm
pr r J' 1 1 1 VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set- 25 time : 2345 date : 328 sensor raw data value temperature 1 ( 100.080 ) = 100.080 deg. F 7 temperature 2( 99.670 ) = 99.670 deg. F h temperature 3( 99.100.) = 99.100 deg. F 4 temperature 4 ( 99.080 ) 99.080 deg. F temperature 5 ( 99.210 ) : 99.210 deg. F temperature 6( 97.270 ) : 97.270 deg. F. temperature 7 (' 96.880 .) = 96.880 deg. F temperature 8 ( 96.230 ) : 96.230 deg. F ! tempe ature 9 ( 94.970 ) : 94.970 deg. F tempe'ature-10 ( 94.380 ) 94.380-deg. F temperature 11 ( 93.980 ) = 93.980 deg. F temper ature 12 ( 93.740 ) : 93.740 deg. F i tempersture 13 ( 92.950 ). : 92.950 deg. F I o . temperature 14 ( 91.600 ) = 91.600 dog. F temperature 15 ( 90.550 ) : 90.550 deg, F temperature 16 ( '86.510 ) 86.510 deg. F , temperaturec 17 ( 82.410 ) = 82.410 deg. F .) ma temperature 18 ( 77.960 ) : 77.960 deg. F l T
' ~'
[ temperature 19 ( 76.630 ) = 76.630 deg. F
.l temperature 20.( 75.030 ) = 75.030 deg. F !
temperature 21 ( 74.710 ) 74,710 deg. F l temperature 22 ( 73.750 ) : 73.750 deg. F h temperature 23 ( 74.640 )- : 74.640 deg. F ! temperature 24 ( 73.450 )
= 73.450 deg. F j temperature 25 ( 75.270 ) : 75.270 deg. F .j temperature 26 ( 74.130 ) : 74.130 deg. F '
temperature 27 ( 74.320 ) = 74.320 deg. F temperature 28 ( .72.330 ) : 72.330'deg. F " - " temperature 29 ( 72.870-) : 72.870 deg. F temperature 30 ( 73.450 ) : 73.450 deg. F i dewpoint l' ( 72.580 ) = 72.580 deg. F , 0.3961 psia I
' dewpoint 2 ( 73.690 ) : 73.690 deg. F , 0.4112 psia }
dewpoint 3 ( 70.350-) = 70.350 deg. F , 0.3673 psia ; dewpoint 4 ( 48.860 ) : 48.860 deg. F , 0.1705 psia dewpoint 5 ( 50.390 ) : 50-390
. deg. F , 0.1806 psia !
dewpoint 6 ( 43.470 ) = 43.470 deg. F , 0.1391 psia pressure 1 ( 38.46280 ) : 38.4628 psia
- pressure 2 ( 38.46060 ) = 38.4606 psia weighted averages, volume and air mass
; temperature : 86.52299 deg. F i_) pressure vapor pressure :
- 38.46280 0.28322 psia psia volume = 2841900 cu. ft. c g , dry air mass : 536193.92 lbm a
__. -_____- - ------ _-_--____-___ - _ - -_ - _ D
( ,
}
t 6 n{ > i .;
- I!':
,' VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION x_f- ,
'l
_ data set. 26 time : O date : 329 =i sensor raw data. value
- e temperature 1( 97.340 ) -= 97.340 deg. F-temperature 2( 97.240') 97.240 deg. F _
temperature 3( 96.860 ) : 96.860 deg. F ; temperature- 4 ( 96.990 ) : 96,990 deg. F , temperature ~ 5( 96.900 ) : 96.900 deg. F-t emp er a t u r'e 6 ( 95.430 ) : 95.430 deg. F temperature 7 (- 94.850-) : 94.850 deg. F temperature 8 (- 94.060 )- : 94.060 deg. F p _t emper atur e . 9( 93.200 ) = -93.200 deg. F temperature 10'(: 92.430 ) = .92.430 deg. F a temperature 11 (. 92.230 ) = 92.230 deg. F temperature 12 ( 92.070 ) 92.070 deg. F temperature 13 ( 91.240 ) : 91.240 deg.-F temperature 14 ( 90.040 ) = 90.040 deg. F temperature.15 ( 88.880 ) = 88.880 deg. F temperature 16 ( 85.220 ) = 85.220 deg F l temperature 17 ( 81.350 ) : 81.350 deg. F
,~m temperature 18 ( 76.500 ) : 76.500 deg. F y L} 74.890 deg. F
): temperature 19 ( =
temperature 20 ( 74.890 73.700 )) ': H 73.700 deg. F , tem erature 21'(_ 73.380 ) : 73.380 deg. F l: temperature 22 ( 72.480 )~ : 72'.480 deg. F i 73.670 ).
^
JE temperature 23 ( : 73.670 deg. F lJ ' temperature 24 ( 72.140 ) = 72 140 deg. F ;
' temperature _25 ( 73.650 ) 73.650 deg. F l
- Jtemperature 26'(. 73.300 ) -: 73.300 deg. F temperature 27 ( 73.480-) = 73.480 deg. F s temperature 28 ( 71.920.) = 71.920 deg. F S
'~ temperature 29 ( 72.790 ) = 72.790 deg. F l temperature 30 (. 72.460 ) : 72.460 deg. F H l' ' dewpoint 1 ( 70.920 ) : 70.920 deg. F , 0.3745 psia K L
, dewpoint 2 (- 73.100 ) = 73.100 deg. F ,
0.4031 psia 1 70.330 ) dewpoint 3 ( = 70.330 deg. F , 0.3670 psia dewpoint 4 ( 47.750 ) = 47.750 deg. F , 0.1636 ps.ia dewpoint 50.400 ) 50.400 deg. F 0.1806 psia 5 ( : , i l, dowpoint 6 ( 48.670 ) : 48.670 deg. F , 0.1693 psia j L pressure 1 ( 38.75400 ) : 38.7540 psia pressure 2 ( 38.75240-) = 38.7524 psia L weighted averages, volume and air mass j l temperature : 84.96774 dag. F j l (') pressure : 38.75400 psia l ( j. l g vapor pressure = 0.28238 psia l l volume : 2841900 cu. ft. i, dry air mass : 541838.16 lbm l U l
ll t [ -0 VOGTLE UNIT _1-1990 ILRT-PRESSURIZATION data set- 27 a time : 15 date : 329 H' sensor raw data value temperature 1 ( 93.270 ) : 93.270 deg. F temperature 2 (- 93.180 ) : 93 180 deg. F
, temperature 3( 92.900 ) : 92.900 deg. F temperature 4 ( 93.050 ) = 93.050 deg. F temperature 5( 93,190 ) : 93.190 deg. F temperature 6( 92.070 ) = 92.070 deg. F temperature 7 ( 91.570 ) : 91.570 deg. F temperature 8 (. 91.030 ) : 91.030 deg. F temperature 9 ( 90.080 ) = 90.080 deg. F temperature 10 ( 89.320-) : 89.320 deg. F temperature 11 ( 89.110 ) : 89.110 deg. F temperature 12 ( '88.920-) = 88.920 dog. F temperature 13 ( 88,280 ) 88.280 dog. F temperature 14 ( 87.370 ) :. 87.370 deg. F temperature 15 ( 86.030 ) 86.030 deg. F temperature 16 ( 83.000 ) : 83.080 deg. F temperature 17.( 79.540 ) : 79.540 deg. F temperature 18 ( 75.790 ) = 75.790 deg. F
.f)-
D - temperature 19 ( 74.480 ) temperature 20 ( 73.320-) : 74.480 deg. F 73.320 deg. F temperature 21 ( 73.010 ) = 73,010 deg. F temperature 22 ( 72.160 ) 72.160 dog. F u temperature 23 ( 73.410 ) = 73.410 deg. F temperature 24 ( 71.980 ) : 71.980 deg. F temperature 25 ( 73.470 ) = 73.470_deg. F 73.050 )
^
temperature 26: ( = 73.050 deg. F temperature 27 ( 73.330 ) : 73.330 dog. F temperature 28 ( 71.810 ) : 71.810 dog. F temperature _29 ( 72.730 ) : 72.730 deg. F temperature 30 ( 72.310 ) : 72.310 deg. F dewpoint 1 ( 70.920 ) : 70.920 deg. F , 0.3745 psia dowpoint 2 ( 72.020 ) : 72.020 deg. F , 0.3887 psia dewpoint 3 ( 70.370 ) = 70.370 deg. F , 0.3675= psia dewpoint 4 ( 49.130 ) : 49.130 deg. F , 0.1723 psia dewpoint 5 ( 50.300 ) = 50.300 deg. F , 0.1800 psia dewpoint 6 ( 49.510 ) = 49.510 deg. F , 0.1747 psia d pressure 1 ( 38.62280 ) = 38.6228 psia pressure 2 ( 38.62190 ) : 38.6219 psia weighted averages, volume and air mass
~
c temperature : 82.95277 deg. F 1 pressure : 38.62280 poia q. vapor pressure : 0.28215 psia volume
- 2841900 cu. ft.
dry air mass : 541998.76 lbm !
F ,' 1 k h+1k. ik O (I j VOGTLE UNIT'1-1990 ILRT-PRESSURIZATION 4 . it data set 28 l t'.me : 30 date : 329 sensor raw data value n temperature 1( 90.570 ) : 90.570 deg. F temperature 2( 90.380 )- : 90.380 deg. F temperature 3( 90.170 ) : 90.170 deg- F 6 1 temperature 4( 90.450 ) : 90.450 deg. F temperature 5( 90.650 ) : 90.650 deg. F I temperature 6( 89.530 ) : 89.530 dog. F l temperature 7( 89.210 ) = 89.210 deg. F temperature 8( 89.030 ) : 89.030 deg. F temperature 9( 88.130 ) : 88.130 deg. F ! temperature 10 ( 87.290 ) = 87.290 deg. F temperature 11 ( 87.020 ) = 87.020 deg..F . temperature 12 ( 86.730 ) : 86.730 deg, F ! temperature 13 ( 86.140 ) = 86.140 deg. F ; temperature 14 ( 85.210 ) = 85.210 deg. F : l temperature 15 ( 84.030 ) : 84.030 deg. F temperature 16 ( 81.610 ) : 81.610 deg. F ] temperature 17 (. 78.590 ) : 78.590 deg. F i
~1 temperature 18 ( 75.300 ) : 75.300 deg. F'
~
} : temperature 19 ( 74.170 ) : 74.170 deg. F temperature 20 ( 73.090 ) : 73.090 deg. F:
temperature'21 ( 72.780:) = 72.760sdeg. F temperature 22 ( 71.900 ) = 71.900 deg. F . temperature 23 ( 73.120 ) = 73.120. des. F ! I temperature 24 ( 71.640 ') : 71.640 deg. F temperature 25 ( 73.170 ) : 73.170 deg. F i temperature 26 ( 72.760 ) = 72.760 deg. F ! temperature 27 ( 73.160 ) : 73.160 deg. F i temperature 28 ( 71.540 )- : 71.540 deg. F l ' temperature 29.( 72.550 ) : 72.550 deg. F 1 temperature 30 ( 72.020 ) : 72.020 deg. F dewpoint 1 ( 71.360 ) = 71.360 deg. F , 0.3801 psia }'
-dewpoint 2 ( 72.240 ) : 72.240 deg. F , 0.3916 psia dewpoint 3 ( 69.930 ) = 69.930 deg. F. , 0.3621 psia ;
dewpoint 4 ( 49.710 ) = 49.710 deg. F , 0.1760 psia dewpoint 5 ( 50.510 ) : 50.510 deg. F , 0.1814 psia : dewpoint 6 ( 49.940 ) = 49.940 deg. F , 0.1776 psia pressure 1 ( 38.33040 ) = 38.3304 psia i pressure 2 ( 38.32840 ) = 38.3284 psia weighted averages, volume and air mass
. . i
- r~'s temperature : 81.53532 deg. F
(,) E pressure : 38.33040 psia
- i vapor pressure : 0.28384 psia volume : 2841900 cu. ft, dry air mass : 539250.08 lbm y
J
g VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 29 time : 45 date : 329 sensor raw data value , temperature 1( 87.360 ) = 87.360 deg. F temperature 2( 87.040 -) = 87.040 deg. F temperature 3( 86.770 ) : 86.770 deg. F l temperature 4( 87.170 ) : 87.170 deg. F temperature 5( B7.330 ) = 87.330 deg. F
' temperature 6 (- 86.620 ) : 86.620 deg. F temperature 7-( 86.440 ) : 86.440 deg. F' temperature 8( 86.370 ) = 86.370 deg. F temperature 9( 85.570 ) 85.570 deg. F temperature.10 ( 84.380 ) : 84.380 deg. F temperature 11 ( 83.970 ) = 83.970 deg. F temperature 12 (~ 83.580 ) : 83.580 deg, F temperature 13 ( 83.050 ) : 83.050 deg. F temperature 14-( 82.520 ) : 82.520 deg F temperature 15 ( 81.220 ) : 81.'220 deg. F temperature 16 ( 79.700 ) : 79.700 deg. F temperature 17 ( 77.030 ) : 77.030 deg. F
,s temperature 18 ( 74.940 ) = 74.940 deg. F
^
) temperature 19 ( 73.830 ) = 73.830 deg, F f temperature-20 ( 72.780 ) : 72.780 deg. F temperature 121 ( 72.570 ) : 72.570 deg. F temperature 22 ( 71.910 ) - 71.910 deg. F- 3 temperature'23 ( 72.980 ) = 72.980 deg. F temperature 24 ( 71.650 ) : 71.650 deg. F temperature 25 ( 73.220 ) : 73.220 deg. F temperature 26 ( 72.680 ) : 72.680 deg. F temperature 27 (' 73.150 ) = 73.150 deg. F i temperature 28 ( 71.580 ) : 71.580 deg. F temperature 29 ( 72.550-) : 72.550 deg. F temperature 30 ( 72.040 ) : 72.040 deg. Ff
'dowpoint 1 ( 70.810 ) = 70.810-deg. F', 0.3731 psia-
~ dewpoint 2 ( 71.080 ) = 71.080 deg. F , 0.3765 psia 69.600 )
dewpoint 3 ( = 69.600 deg. F , 0.3580 psia-dewpoint 4 ( 49.960 ) = 49.960 deg. F , 0.1777 psia dowpoint 5 ( 50.640 ) : 50.640 deg. F ,-0.1822 psia : dewpoint 6 ( 50.210 ) : 50.210 deg. F , 0.1794 psia pressure 1 ( 37.86490 ) = 37.8649 psia
-pressure 2 ( 37.86320 ) = 37.8632 psia weighted averages, volume and air mass F
V~S; -temperature : 79.77393 deg. F _) precsure : 37.86490 psia vapor pressure : 0.27986 psia volume : 2841900 cu. ft, dry air mass : 534448,10 lbm
n i
/ i- VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION i_j- l data set time : 100 date : 329 sensor raw data value temperature .1 ( 86.670 ) = 86.670 deg. F temperature 2( 86.380 ) = 86.380 deg. F temperature 3 -( 86.080 ) : 86.080 deg. F temperature 4 ( 86.530 ) : 86'.530 deg. F temperature 5( 86.650 ) : 86.650 deg. F temperature 6 (- 86.070 ) : 86.070 deg. F temperature 7 ( 85.940 ) 85.940 deg. F temperature 8 ( 85.900 ) : 85.900 deg. F temperature 9 ( 85.330 ) = 85.330 deg. F temperature 10 (- 83.700 ) : 83.700 deg. F .
temperature 11 ( 83.140 ) = 83.140 deg. F temperature 12 ( 82.670 ) : 82.670 deg. F temperature 13 (^ -82.240 ) : 82.240 deg. F temperature 14-( 81.710 ) : 81.710 deg. F temperature 15 ( 80.670 ) : 80.670 deg. F i temperature 16 ( 79.430 ) : 79.430 deg. F ! temperature 17 ( 77.230 ) : 77.230 deg. F L fx temperature 18 ( 74.770 ) : 74.770 deg. F
); temperature 19 ( 74.000 )
= 74.000 deg. F temperature 20 ( 72.970 ) = 72.970 deg. F tempertture 21 ( 72.660 ): : 72.660 deg. F temperature 22 ( 71,890 ) -
71.890 deg. F L temperature 23-( 72.990 ) : 72.990 deg. F temperature 24 ( 71.7801) = 71.780 deg. F
-temperature 25 (. 73.220 ) a 73.220 deg. F tempern;ure 26 ( 72.680.) = 72.680 deg. F temperature 27 ( -73.090 ) = 73.090 deg. F l temperature 28 (' 71.530 ) : 7. 530 deg. F j temperature 29 ( 72.590 ) = 72.590 deg. F
. temperature 30 ( 72.040 ) : 72.040 deg. F i dewpoint 1 ( 70.370 ) = 70.370 deg. F , 0.3675 psia dewpoint 2 ( 71.450 )- : 71.450 deg. F , 0.3813 psia l dewpoint 3 ( 68.860 ) = 68.860 dog. F , 0.3490 psia -
i dewpoint 4 ( 50.410 ) : 50.410 deg. F , 0.1807 psia dewpoint 5 ( 51.020 ) = 51.020 deg. F , 0.1848-psia dewpoint 6 ( 50.580 ) 50.580 deg. F , 0.1818 psia pressure 1 ( 37.84420 ) = 37.8442 psia pressure 2 -( 37.84240 ) = 37.8424 psia l weighted averages, volume and air mass
/~' temperature : 79.43780 deg. F L (_)s pressure : 37.84420 psia vapor pressure = 0.27949 psia volume : 2841900 cu. ft.
dry air mass : 534492.07 lbm
e L V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 31 time : 115 date : 329 sensor raw data value temperature 1( 86.220 ) : 86.220 deg. F temperature 2( 85.910 ) = 85.910 deg. F temperature 3( 85.670 ) : 85.670 deg. F temperature 4 ( 86.050 ) : 86.050 deg. F temperature 5 .( 86.250 ) = 86.250 deg. F temperature 6 ( 85.720 ) : 85.720 deg. F temperature 7 (- 85.550 ) = 85.550 deg. F temperature 8( 85.560 ) : 85.560 deg. F temperature 9( 85.040 ) = 85.040 deg. F temperature 10 ( 83.260 ) : 83.260'deg. F temperature 11 ( 82.610 ) : 82.610 dog. F temperature 12 ( 82.090 ) : 82.090 deg. F temperature 13 (, 8-1.730 ) = 81.730 deg. F temperature 14 ( 81.220 ) : 81.220 deg. F temperature 15 ( 80.360 ) = 80.360 deg, F temperature 16 ( 79.250 ) : 79.250 deg F temperature 17 ( 77.200 ) = 77.200 deg. F temperature 18 ( 74.720 ) : 74.720 deg. F lh temperature 19 ( temperature 20 ( 73.980 ) 72.950 ) 73.980 deg. F 72.950 deg. F temperature 21 ( 72.570 ) = 72.570 deg. F tempera'.ure 22 ( 71.840 ) 71.840-deg. F tempe ature 23 ( .72.900-) = 72.900 deg. F temterature 24 ( 71.690 ) : 71. 690 :deg. F te.nporature 25 ( 73.190 ) : 73.190 deg -F
'emperature
. 26 ( 72.620 ) . : 72.620 deg. F temperature 27 ( 73.040 ) : 73.040 deg. F temperature 28 ( 71.470 ) : 71.470 dog. F temperature 29 ( 72.550 ) : 72.550 deg.'F temperature 30 ( 71.980 ) : 71.980 dos. F dewpoint 1 ( 70.500 ) : 70.500 deg. F , 0.3692 psia dewpoint 2 ( 71.180 ) = 71.180 deg. F , 0.3778 psia dowpoint 3 ( 68.620 ) 68.620 deg..F , 0.3462 psia dewpoint 4 ( 50.830 ) : 50.830 des..F , 0.1835 psia dowpoint 5 ( 51.430 ) : 51.430 deg. F ,
0.1877 psia dewpoint. 6 ( 50.990 ) = 50.990 deg. F , 0.1846 psia pressure 1 ( 37.82230 ) = 37.8223 psia pressure 2 ( 37.82050 ) : 37.8205 psia weighted averages, volume and air mass e temperature pressure vapor pressure : 79.18169 deg. F 37.82230 psia 0.27986 psia volume : 2841900 cu. ft. dry air mass : 534429.09 lbm
i j VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set -32 t'ime : 130 date : 329 sensor raw data value 85.830 ) = 85.830 deg. F temperature' temperature -2 1 (( ~ 85.510 ) 85.510 deg. F temperature. 3( 85.250-) : 85.250 deg. F temperature 4 ( 85.650 ) = 85.650 deg. F temperature 5( 85.830 ) : 85.830 deg. F temperature 6 -( 85.340 ) : 85.340 deg. F temperature 7 (- 85.190 ) : 85.190 deg. F temperature 8 ( 85.260 ) : 85.260 deg. F temperature. 9( 84.730 ) : 84.730 deg. F temperature 10-( 82.890 ) : 82.890 deg. F temperature 11 ( 82.170 ) : 82.170 deg. F temperature 12 ( 81.620 ) 81.620 deg. F tumperature 13 ( 81.240 ) : 81.240 deg. F
-temperature 14 ( 80.760 ) : 80.760 deg. F temperature 15 ( 80.050 ) B0.050 deg. F
~
=
temperature 16 ( 79.040 ) : 79.040 deg. F temperature ~17-( 77.030 ) : 77.030 deg. F temperature 18 ( 74.600 ) : 74.600 deg. F temperature 19 ( 73.850 ) 73.850 deg. F l h- temperature 20.( 72.850 )
- 72.850 deg. F
' temperature 21 ( 72.540 ) = 72.540 deg. F temperature 22 ( 71.870:) : 71.870-deg. F temperature 23 ( 72.820 ) : 72.820 deg. F temperature 24 ( 71.650 ) = 71.650 deg. F temperature 73.150 ) : 73.150 deg. F temperature :25 26.(( ~ 72.550 ) = 72.550 deg. F temperature 27 ( 72.960 ) = 72.960 deg. F-temperature 28 ( 71.420 ) = 71.420 deg. F temperature 29 ( 72.530 ) = 72.530 deg. F temperature 30 ( 71.950 ) = 71.950 deg. F dewpoint 1 ( 70.430 ) = 70.430 deg. F , 0.3683 psia dewpoint 2 ( 71.020 ) : 71.020 deg. F , 0.3757 psia dowpoint 3 ( 68.520 ) = 68.520 deg. F , 0.3450 psia dewpoint 4 ( 51.100 ) : 51.100 deg. F , 0.1854 psia-dewpoint 5 ( 51.740 ) : 51.740 deg. F ,
0.1898 psia 51.250 ) dewpoint 6 ( : 51.250 deg. F , 0.1864 psia-pressure 1 ( 37.80180 ) = 37.8018 psia pressure 2 ( 37.80010 ) = 37.8001 psia weighted averages, volume and air mass temperature : 78.93436 deg. F pressure : 37.80180 psia vapor pressure = 0.28001 psia volume : 2841900 cu. ft. dry air mass : 534330,41 lbm N
- . 0
, "') V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION F
data set 33
't ime : 145 date : 329 sensor raw data value temperature 1( 85.270 ) = 85.270 deg. r temperature' 2 ( 84.970 ) 84,970 des F temperature 3 (. 84.720 ) = 84.720 deg. F temperature 4 ( 85.160 ) : 85.160 deg. F )
temperature 5( 85.320 ) = 85.320 deg. F temperature 6( 84.700 ) : 84.700 deg. F temperature 7( 84,680.) : 84.680 deg. F temperature 8 ( 84,800 ) = 84,800 deg -F temperature 9 ( 84.270 ) : 84.270.deg. F temperature 10 ( 82.430 ) : 82.430 deg. F temperature 11;( 81.650 ) : 81.650 deg. F temperature 12 ( 81.120 ) : 81.120 deg. F temperature 1 3 (: 80.660 ) : 80.660 deg. F
' temperature 14 ( 80.270 ) = 80.270 deg. F temperature 15 (_ 79.640') : 79.640 deg. F temperature 16-( 78.720 ) : 78.720 deg. F temperature 17.( 76.710 ) = 76.710 deg. F
, s temperature.18 (~ 74.390 ) : 74.390 des. F
) temperature 19 (. 73.510 ) : 73.510 deg. F temperature 20-( -72.460 ) = '72.460 deg. F -
temperature 21 ( 72.220 ) : .72.220 dog. F temperature.22 ( 71.520 ). : 71.520 deg. F temperature 23 ( 72.540 ) : 72.540 deg. F temperature 24 ( 71.370 ) = 71.370'deg' . F , temperature 25 ( 72.840 ) = 72.840 deg. F - temperature 26.( 72.250 ) = 72.250 deg. FL temperature 27 ( '72.680 ) : 72.680 deg. F q temperature 28 ( 71.240 ') : 71.240 deg. F ! temperature 29 ( 72.260 ) : 72.260_deg. F j temperature-30 ( 71.610 ) : 71.610 deg. F' dewpoint 1 ( 70.190 ) : 70.190 deg. F , 0.3653 psia , dewpoint 2 ( 70.700 ) : 70.700 deg. F , 0.3717 psia- l dowpo, int 3 ( 68.240 ) = 68.240 deg. F , 0.3417 psia ' dewpoint 4 ( 51.230 ) = 51.230 deg. F , 0.1863 psia. dowpoint 5 ( 51.810 ) : 51.810 deg'. F. , 0.-1903 psia
, dewpoint 6 ( 51.390-) : 51.390 deg. F , 0.1874 psia '
pressure 1 ( 37.51720 ) : 37.5172 psia pressure 2 ( 37.51550 ) = 37.5155 psia weighted averages, volume and air mass t'y temperature : 78.52341 deg. F
,/ pressure : 37.51720 psia vapor pressure : 0.27855 psia volume : 2841900 cu. ft.
dry air mass : 530752.98 lbm
e VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION
' data set 34 time : 200 date : 329 sensor raw data value temperature 1( 82.020 ) : 82.020 deg. F temperature 2( 81.610 ) : 81.610 deg. F temperature. 3( 81.180 ) = 81.180 deg. F temperature 4 ( 81.480 ) = 81.480 deg. F temperature 5( 81.800 ) : 81.800 deg. F temperature 6( 81.270 ) : 81.270 deg. F temperature 7 ( 81.350.-) = 81.350 deg. F temperature 8( 81.530 ) = 81.530 deg. F temperature 9( 81.360 ) : 81.360 deg. F temperature 10 ( 79.250 ) : 79.250 des. F temperature 11 ( 78.210 ) : 78.210 deg. F temperature 12 ( 77.700 ) = 77.700 deg. F temperature 13 ( 77.180 ) = 77.180 deg. F temperature 14 ( 77.270 ) 77.270 deg. F temperature 15 ( 76.370 ) : 76.370-deg. F temperature 16 ( 76.220 ) : 76.220 deg. F temperature 17 ( 74.730 ) : 74.730 deg. F temperature 18,( 73.770 ) : 73.770 deg. F l; temperature 19 ( 72.440 ) : 72.440 deg. F
-temperature 20 ( 71.630 ) : 71.630 deg. F
-temperature 21 ( 71.810 ) : 71.810 deg. F temperature 22 ( 71.030 ) : 71.030 deg. F temperature 23:( 72.250 ) : 72.250 deg. F temperature-24 ( 70.870 ) = 70.870 deg. F temperature 25 ( 72.760 ) = 72.760 deg. F
, temperature 26 ( 71.870 ) : 71.870 deg. F 72.460 )
temperature 27 ( : 72.460 deg. F temperature 28 ( 71.140 ) : 71.140 deg. F temperature 29 ( 71.960 ) : 71'.960 deg. F temperature 30 ( 71.380 )- : 71.380 deg. F dewpoint 1 ( 69.480 ) : 69.480 deg. F , 0.3565 psia dewpoint 2 (. 69.960 ) = 69.960 deg. F , 0.3624 psia dewpoint 3 ( 67.260 ) : 67.260 deg. F , 0.3304 psia. dewpoint' 4 ( 51.010 ) : 51.010 deg. F , 0.1848 psia dewpoint 5 ( 51.510 ) : 51.510 deg. F, 0.1882 psia dewpoint 6 ( 51.270 ) = 51.270 deg. F , 0.1865 psia pressure 1 ( 36.57610 ) = 36.5761 psia pressure 2 ( 36.57440 ) = 36.5744 psia weighted averages, volume and air mass temperature 76.41199 deg. F
-9; pressure
- 36.57610 0.27266 psia psia vapor pressure :
volume : 2841900 cu. ft. dry air mass : 519461.55 lbm
l VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION.
}
data set 35 time : 215 date : 329 sensor raw data value temperature 1( 83.060 ) : 83.060 deg. F temperature 2( 82.520 ) = 82.520 deg. F temperature' 3( 82.200 ) : 82.200 deg. F temperature 4 ( 82.550 ) : 82.550 deg. F temperature 5( 82.590 ) = 82.590 deg. F temperature 6 ( 82.210 ) = 82.210 deg. F temperature 7 (- 82.010 ) : 82.010 deg. F temperature 8 ( 82.280 ) : 82.280 deg. F temperature 9 ( 81.820 ) : 81.820 deg. F temperature"10 (- 79.250 ) : 79.250 deg. F temperature 11 ( 78.010 ) = 78.010 deg. F temperature:12 ( 77.520 ) = 77.520 deg. F temperature 13 ( 77.090 ) = 77.090 deg. F temperature 14 ( 76.940 ) : 76.940 deg. F e temperatu're 15 ( 76.680 ) = 76.680 deg. F temperature 16 ( 76.210 ) = 76.210 deg. F temperature 17 ( 75.510 ) = 75.510 deg. F temperature 18 ( 74.020 ) = 74.020 deg. F
) temperature 19 ( 73.520 ) = 73.520 deg. F temperature 20 ( 72.510 ) : 72.510 deg. F temperature 21 ( 72.300 ) = 72.300 deg. F temperature 22 ( 71.740 ) : 71.740 deg. F temperature 23 ( 72.490 ) -= 72.490 deg. F' temperature 24 ( 71.530 ) : 71.530 deg. F temperature 25 ( 72.990 ) : 72,990 deg. F temperature 26_( 72.290 ) : 72.290 deg._F temperature 27 ( 72.780 ) : 72.780-deg. F-temperature 28 ( 7.1.320 ) : 71.320 deg. F temperature 29 ( 72.390 ) = -72.390 dog. F temperature _30 ( 71.710 ) = 71.710 deg. F dewpoint 1 ( 69.460 ) : 69.460 deg. F , 0.3563 psia dewpoint- 2 ( 69.880 ) = 69.880 deg. F , 0.3614 psia dowpoint- 3 ( 66.340 ) = 66.340 deg. F ,
0.3200 psia dowpoint 4 ( 51.530 ) = 51.530 deg. F , 0.1883 psia dowpoint 5' ( 52.070 ) : 52.070 deg. F , 0.1921 psia dewpoint 6 ( 51.850 ) 51.850 deg. F , 0.1906 psia pressure- 1 ( 36.62890 ) : 36.6289 psia pressure 2 ( 36.62720 ) = 36.6272 psia weighted averages, volume and air mass temperature : 76.86278 deg. F
-O. pressure vapor pressure :
- 36.62890 0.27228 psia psia volume : 2841900 cu. ft.
dry air mass : 519785.44 lbm
- -- i .-. nn . . . - . . . . . . . . - - .
4 ( VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION-data set 36 time : 230 date : 329 sensor raw data value temperature 1 ( 83.590 ) = 83.590 deg. F temperature -2 ( 83.070 ) : 83.070 deg. F temperature 3- ( 82.790 ) 82.790 deg. F temperature 4 ( 83.140 ) : 83.140 deg. F temperature 5( 83.160 ) = 83.160 deg. F temperature 6( 82.840 ) : 82.840 deg. F temperature 7 ( 82.530 ) : 82-530 deg. F temperature 8 ( 82.840 ) : 82,840 deg. F temperature 9 ( 82.360 ) = 82.360 dog. F temperature 10 ( 79.630 ) : 79.630 deg. F temperature 11 ( 78.360 ) = 78.360 deg. F temperature 1? ( 77.870 ) : 77 870 deg. F temperature 15 ( 77.550 ) = 77.550 deg. F temperature 14 ( 77.480 ) : 77.480 deg. F
-temperature 15.(: 76.990 ) = 76.990 deg. F temperature 16 ( 76.690 ) : 76.690 deg. F temperature 17 ( 75.720 ) : 75.720 deg. F temperature 18 ( 74.040 ) : 74.040 deg. F lh temperature 19-( 73.560 )
temperature 20 ( 72.490 )
=
73.560 deg. F 72.490 deg. F-temperature 21 ( 72.270 ) : 72,270 deg. F temperature 22 (- 71.750 ) : 71.750 deg. F-temperature 23 ( 72.480 ) : 72.480 dog. F temperature-24.( 71.b20-) : 71.520 deg. F temperature 25 ( 72.950 ) = 72.950 dog. F temperature.26 ( 72.260-) : 72.260 deg.-F temperature 27 ( 72.760 ) : 72.760 deg. F temperature 28 ( 71.280 ) : 71.280 deg. F temperature 29 ( 72.380 ) : 72.380 deg. F temperature 30-( 71.720 ) : 71.720 deg. F dewpoint 1 ( 69.470 ) = 69.470 deg. F , 0.3564 psia dewpoint 2 ( 69.890 ) = 69.890 deg. F , 0.3616 psia dewpoint 3 ( 65.410 ) 65.410 - deg. F, 0.3098 psia dewp~oint 4 ( 51.960 ) : 51.960 deg. F , 0.1914 po'ia dewpoint 5 ( 52.590 ) : 52.590 deg. F , 0.1959 psia dewpoint .6 ( 52.210 ) : 52.210 deg. F , 0.1931 psia pressure 1 ( 36.64620 ) : 36.6462 psia pressure 2 ( 36.64460 ) : 36.6446 psia weighted averages, volume and air mass temperature : 77.14767 deg. F O pressure vapor pressure :
- 36.64620 psia 0.27181 psia volume : 2841900 cu. ft, dry air mass : 519763.51 lbm
h - h I
/
;- VOGTLE UNIT 1-1990 ILRT-PRESSURlZATION data set 37 time:: 245 date : 329 sensor raw-data value temperature 1( 86.940 ) = 86.940 deg. F temperature 2( 86.240 ) : 86.240-deg. F temperature 3 (- 86.290 ) : 86.290 deg. F temperature 4( 85.830 ) : 85.830 deg. F temperature 5( 85.900 ) = 85.900 deg. F temperature 6( 85.920 ) = 85.920 deg. F temperature 7- ( 85'560 )
. : 85.560 deg. F temperature 8( 85.620 ) : 85.620 deg. F temperature 9( 84.250 ) : 84.250 deg. F i temperature 10-( 81.870 ) : 81.870'deg. F temperature 11 ( 80.770 ) : 80.770 deg. F temperature-12 ( 80.500-) = 80.500 deg. F temperature 13~( 80.'470 ) : 80.470 deg. F -,
temperature.14_( 79.810 ) 79.810 deg. F temperature 15 ( '79.480 ) = 79.480 deg. F ' temperature 16 ( 78.780 ) : 78.780 deg. F temperature 17 ( 77.980 ) = 77.980 deg. F (
,-s temperature 18 (- 75.690 ) : 75.690 deg. F
(
'~'
j temperature .19 ( 75.350 ). = 75.350 deg. F temperature 20 ( 73.680 ) : 73.680 deg. F temperature'21 ( 73.600 ) : 73.600 deg..F temperature 22 ( 72.920 ) : 72.920 deg. F temperature 23 ( 73.410 ) = 73.410. des. F ; temperature 24 ( 72.670') : 72.670 des. F ' temperature 25 ( 74.330 ) = 74 330 deg. F temperature 26 ( 73.130 ). : 73.130 dog. F- Ei temperature 27 ( 73.320 ) = 73.320 deg. F-temperature 28 ( 71.730 ) : 71.730'deg. F temperature 29 ( 71.970 ) : 71.970 deg. F temperature 30 ( 72.590 ) = 72.590.deg. F dewpoint 1 ( 70.510 ) = 70.510 deg. F , 0.3693 psia dewpoint 2 ( 70.830.) = 70.830 deg. F , 0.3733 psia L dowpoint 3 ( 67.460 ) = 67.460 deg. F , 0.332G psia
- dewpoint 4 ( 53.010 ) = 53.010 deg. F ,
0.1989 psia r dewpoint S- ( 53.430 ) : 53.430 deg. F , 0.2020 psia dewpoint 6 ( 47.530 ) = 47.530 deg. F , 0.1622 ps ta pressure 1 ( 37.90500 ) = 37.9050 psia pressure 2 ( 37.90660 ) = 37.9066 psia , weighted averages, volume and air mass
/~N -temperature : 79.14525 deg. F
(,) pressure : 37.90500 psia vapor pressure : 0.27704 psia _ volume : 2841900 cu. ft. dry air mass : 535682.79 lbm i
a:
} VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION
-data set- 38 time : 300 date : 329 j sensor raw data value temperature 1( 90.710 ) : 90.710 deb. F '
temt;rature 2( 90.560 ) = 90.560 deg. F temperature 3( 90.320 ) = 90.320 deg. F , temperature 4 ( '90.130 ) : 90.130 deg. F ! temperature 5( 90.350 ) : 90.350 deg. F ' temperature 6( 89.570 ) : 89.570 deg. F temperature 7( 88.910 ) : 88.910 deg. F r temperature 8( 88.290 ) = 88.290 deg. F temperature 9( 86.990 ) = 86.990 dog. F temperature 10 ( 85.780 ) = 85.780-deg. F 1 temperature 11-( 85.530 ) = 85.530 deg. F j temperature 12 ( 84.580 ) : 84.580 deg. F
'I i
temperature 13 ( 84.260 ) : 84.260 deg. F temperature 14 ( 83.670 ) : 83.670 deg. F temperature 15 ( 83.060 ) : 83.060 deg. F temperature 16 ( 81.870 ) -: 81.870 deg. F temperature 17 ( 79.350 ) = 79.350 deg. F
, temperature 18 ( 76.230 ) : 76.230 deg. F j
' r~S- temperature 19 ( 75.680 ) : 75.680 deg. F l
'J temperature 20 ( 73.810 ) = 73.810 deg. F j temperature 21 ( 73.720 ) 73.720 deg. F l temperature 22 ( 72.960 ) : 72.960 deg. F .!
temperature :23 ( 73.520 ) = 73.520 deg. F ! temper,ature'24 ( 72.670 ) : 72.670 deg. F l temperature 25 ( 74.360 ) 74.360 dog. F temperature 26 ( 73.210 ) = .73.210'deg. F 73.360 )- !
~
temperature 27 ( - 73.360 deg. F temperature 28.( 71.700 ) : 71.700 deg. F !
-temperature 29 ( 72.080 ) = 72.080 deg. F 'i temperature 30 ( 72.610 ) : 72.610 deg. F :
dewpoint 1 ( 71.530 ). : 71.530 deg. F , 0.3823 psia l dowpoint 2 ( 71.170 ) = 71.170 dog. F , 0.3777 psia dewpoint 3 ( 66.840 ) : 66.840 deg. F , 0.3256 psia. g dewpoint 4 ( 52.590 ) : 52.590 deg. F , 0.1959 psia ' dewpoint 5 ( 53.190 ) = 53.190Edeg. F , 0.2002 psia
' dewpoint. 6 ( 46.640 ) : 46.640 deg. F ,
0.1569 psia pressure 1 ( 39.38560 ) : 39.3856 psia pressure 2 ( 39.38190 ) = 39.3819 psia
. weighted averages, volume and air mass i
/~; temperature : 81.38250 deg. F ]
s._f pressure : 39.38560 psia vapor pressure : 0.27680 psia ] volume : 2841900 cu. ft, dry air mass : 554462.18 lbm t
t
) VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION j ^,/. .
data set- 39 > time : 315 date.: 320 sensor raw data value > temperature 1( 93.060 ) = 93.060 deg. F temperature 2( 92.940 ) = 92.940 deg. F
-temperature 3( 92.670 ) = 92.670 dog. F temperature 4( 92.730 ) : 92.730 deg. F temperature 5( 92.580 ) = 92.580 deg. F-temperature 6( 91.490 ) = 91.490 deg. F temperature 7( 90.850 ) = 90.850 deg. F temperature 8( 90.050 ) : 90.050 deg. F temperaturef 9( 89.280 ) = 89.280 deg. F temperature 10 ( 88.830 ) = 88.830 deg. F temperature .11 ( 88.140 ) = 88.140.deg. F temperature 12 ( 87.780 ) = 87.780 deg. F temperature 13 ( 87.480 ) = 87.480 deg. F 1 temperature 14 ( 85.790 ) = 85.790 deg. F
, Ltemperature'15 ( 85.280 ) : 85.280 deg. F t temperature 16 ( 83.160 ) = 83.160 deg. F
. temperature 17 ( 79.880 ) = 79.880 deg. F
,e's temperature 18 ( 76.210 ) : 76.210 deg. F-( )/ temperature 19 (
temperature 20 ( 75.610 ) 73.710 )
=
=
75.610 deg. 73.710 deg. F F temperature 21 ( 73.680 ) : 73.680 deg. F . temperatur, 12 ( 72.880 ) = 72.880 deg. F
- temperatwee 23 ( 73.500-) = 73.500 deg; F i temperature 24'( 72.690 ) : 72.690 deg. F temperature 25 ( 74.290 ) = '74.290.deg. F temperature 26 ( 73.150 ) = 73.150Ldeg. F temperature 27 ( 73.350 ), = 73.350. des. F' '
temperature:28 ( 71.720 ) : 71.720 deg. F
- temperature ~29 ( 71.970 ) = 71.970 dog. F temperature 30 ( 72.610 ) : 72.610 deg. F dewpoint 1 ( ~1.200 ) = 71.200 deg. F , 0.3780 psia )'
, dewpoint 2 ( 61.960 ) = 67.960 deg. F , 0.3384 psia.
dewpoint 3 ( 70.950 ) = 70.950 deg. F , 0.3749' psia u idewpoint 4 ( 52.080 ) 52.080 deg. F , 0.1922 psia
' dewpoint 5 ( 53.340 ) = 53.340 deg. F , 0.2013 psia-dowpoint 6 ( 46.940 ) = 46.940~deg. F ,
0.1587 psia l pressure 1 ( 40.79900 ) = 40.7990= psia pressure 2 ( 40.80010 ) = 40.8001 psia weighted averages, volume and air mass
/"T t;mperature : 82.71729 deg. F i-) pressure : 40.79900 psia vapor pressure : 0.27789 psia volume : 2841900 cu. ft, dry air mass = 573071.29 lbm f
t V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION J data set 40 time : 330 date : 329 sensor raw data value temperature 1( 94.870 ) = 94.870 deg. F temperature 2( 94.470 ) : 94.470 deg. F temperature 3( 94.020 ) -: 94.020 deg. F temperature 4( 94.~230 ) : 94.230 deg. F temperature 5( 94.130 ) : 94.130 deg. F temperature 6( 92.620 ) : 92.620 deg.-F temperature 7( 92.240 ) : 92.240 deg. F temperature R( 91.560 ) : 91.560 deg. F temperature 9( 90.750 ) : 90.750 deg. F temperature 10 ( 90.600 ) 90.600 deg. F temperature 11 ( 89.830 ) : 89.830 deg. F temperature 12 ( 89.540 ) : 89.540 deg. F temperature 13 ( 88.920 ) : 88.920 dog. F temperature 14 ( 87.360 ) = 87.360 deg. F temperature 15 ( 86.670 ) : 86.670 deg. F temperature 16 ( 83.690 ) = 83.690 deg. F temperature 17 ( 80.140 ) : 80.140 deg. F temperature 18 ( 76.170 ) : 76.170 deg. F 0 temperature temperature temperature 19 20 21 ( ( ( 75.530 ) 73.890 ) 73.700 )
=
75.530 deg. F 73.890 deg. F 73.700 deg. F temperature 22 ( 72.820 ) : 72.820 deg. F temperature 23 ( 73.450 ) : 73.450 deg. F temperature 24 ( 72.660 ) : 72.660 deg. F temperature 25 ( 74.200 ) 74.200 deg. F tempe.'ature 26 ( 73.130 ) : 73.130 deg. F temporaiure 27 ( 73.200 ) = 73.200 deg. F temperatu e 28 ( 71.640 ) : 71.640 deg. F temperaturc 29 ( 71.870 ) : 71.870 deg. F temperature 30 ( 72.580 ) : 72.580 deg. F dewpoint 1 ( 71.210 ) : 71.210 deg. F , 0.3782 psia dewooint 2 ( 70.840 ) : 70.840 deg. F , 0.3735 psia dewpoint 3 ( 70.080 ) : 70.080 deg. F , 0.3639 psia dewpoint 4 ( 51.890 ) : $1.890 deg. F , 0.1909 psia dowpoint 5 ( 53.500 ) : 53.500 deg. F , 0.2025 psia dewpoint 6 ( 47,190 ) : 47.190 deg. F , 0.1602 psia pressure 1 ( 42.18750 ) : 42.1875 psia pressure 2 ( 42.18480 ) : 42.1848 psia weighted averages, volume and air mass temperature : 83.53477 deg. F O pressure vapor pressure :
- 42.18750 0.28262 psia psia volume : 2841900 cu. ft.
dry air mass : 591749,50 lbm
smm YM i[' s j L [Vb ,
"~' s ;
- i
" [c; VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION
'O m/ :
data set = 41 -t
.,n..
time : 345 date : 329- ! b sensor raw data value - 3-- I temperature 1( 95.900 ) = 95.900 deg. F 2( 95.540 ) lg temperature = 95.540 deg. F { in temperature 3( 95.060 ) 95.060 deg. F ;
. temperature 4 (" 95.210 ) 95.210 deg. F !
temperature 5( 95.160 ) 95.160:deg. F l temperature 6( 93.660 ) : 93.660 deg. F temperature 7 ( 93.220 ) = 93.220 deg. F ., temperature 8( 92.620 ) : 92.620 deg.-F ' temperature 9( 91.690 ) = 91.690 deg. F temperature 10 ( 91.460 ) :- 91.460 deg. F temperature 11 ( 90.700 ). : 90.700 deg. F temperature 12 ( 90.470 ) : 90.470'deg. F [ temperaturef13 ( 90.030 ) = 90.030 deg. F .i temperature 14 ( 88.330 ) : 88.330 deg. F ! temperature 15 ( 87.550 ) : 87.550 deg-.F l temperature 16 ( 84.010 ) : 84.010 deg. F i temperature 17 ( 80.230 ) : 80.230 deg. F 'l
., ? temperature 18 ( 76.090 ) : 76.090 deg. F t temperature 19 ( '75.430 ) = 75.430 deg. F temperature'20 ( 73.680 ) : 73.680 deg. F ;
temperature 21.( 73.560-) : 73.560-deg. F i temperature 22 ( 72.740 ). : 72.740 deg. F temperature 23-( 73.420 ) 73.420 deg. F
-temperature 24 ( 72.620 ) : 72.620 deg. F . temperature 25 ( 74.140 ) : 74.140 deg. F :
temperature'26 ( 73.080 ) : 73.080 deg. F $ temperature 27 ( 73.130 ) = 73.130 deg. F -! temperature 28 ( 71.650 )
= 71.650.deg. F temperature 22 (- 71.820 ) : 71.820 deg. F ;
temperature 30 ( 72.540 ) : 72.540 deg. F j
' dewpoint 1 ( 71.110 ); : 71.110 deg. F , 0.3769 psia dewpo' int 2 ( 72.920 ) = 72.920 deg. F , 0.4007 psia:
dewpoint 3 ( 7.1.000 ) ': 71.000 deg. F-, 0.3755 psia , dewpoint- 4 ( 51.830-) : 51.830 deg. F , 0.1904 psia. i dewpoint 5 ( 53.510 ) : 53.510 deg. F , 0.2026 psia j dowpoint 6 ( 49.220 ) : 49.220 deg. F , 0.1729 psia
]
pressure 1 ( 43.55140 ) : 43.5514 psia- ! pressure 2- ( 43.54850 ) : 43.5485 psia weighted. averages, volume and air mass (~ temperature : 84.04104 deg. F j._,}/ ; pressure : 43.55140 psia vapor pressure : 0.29190 psia volume : 2841900 cu. ft. s dry air mass : 610309.63 lbm *
[{]ffi LWE ~ h y aJ L : - i C'- 1 pr ,
.7' ~k V0OTLE UNIT 1-1990 ILRT-PRESSURIZATION I
[h3 ): , !4
.B[
j' , data. set 42 lj time,: 400 date : 329 i
,1 ;
F 1 sensor raw data value ' j e >
, temperat'ure 1( 96.360 ) : 96.360 deg. F !
( p" temperature 2( 96.180 ) = 96.180 dag. F l E temperature 3( 95.690 ) : 95.690 deg. F
- temperature 4.( 96.060 ) : 96.060 deg. F
-temperature 5 (~ 95.940 ) = 95.940 deg. F '
t temperature 6 ( 94.310 ) : 94.310 deg. F l y6 , n ' temperature 7 ( 93.080 ) : 93.880 deg. F .; l'
- temperature 8( 93.270 ) = 93.270 deg. F !
p C temperature 9( 92.310 ) = 92.310.deg. F temperature 10 ( 92.080 ) : 92.080 deg. F temperature 11.( 91.390 ) : 91.390 deg. F ( l temperature 12 ( 91.180 ) : 91.180 deg. F ! temperature 13 (- 90.530 ) : 90.530 deg. F .; y,.,.; , temperature 14 ( 89.090 ) : 89.090 deg. F ~ temperatureL15 ( 88.200 ) : 88.200 deg. F
- 1E temperature.16 ( 84.090 ) : 84.090 deg. F ;
p temperature 17 ( 80.380') ': 80.380 deg. F ; % ,s temperature.18 ( 76.110 ) : 76.110 deg. F -i ,l ' temperature 19 ( 75.300 ) : 75.300 deg. F - ' k- temperature 20 ( .73.610~) : 73.610 deg. F . temperature 21 ( 73.390 ) : 73.390 deg. F ; temperature 22 ( 72.640 ) = 72.640 deg. F ! temperature 23 ( 73.360 ) 73.360 deg. F r temperature 24 ( 72.380 ) : 72.380 deg. F temperature 25 ( 74.080 ) : 74.080 deg. F temperature 26 ( 73.010 ) : 73.010 deg. F temperature 27 ( 73.090 ) = 73.090 deg. F , temperature 28 ( 71.640 ) = 71.640 deg. .F : temperature 29 ( 71.770 ) 71.770'deg. F ;
- 'emperature 30 (
72.490 ) = 72.490 deg. F ' i e dewpoint 1 ( 71.380 ) : 71.380 deg..F ,-0.3804 psia dewpoint 2 ( 72.980 ) : 72.980 deg. F , 0.4015 psia dewpoint 3 ( 70.610 ) : 70.610 deg. F , 0.3705 psia . dewpoint 4 ( 51.750 ) : 51.750 deg. F , 0.1899 psia 53.560 ) dewpoint 5 ( : 53.560 deg.-F , 0.2030 psia dewpoint 6 ( 48.660 ) = 48.660 deg., F , 0.1693 psia pressure 1 ( 44.90070 ) : 44.9007 psia pressure 2 ( 44.89970 ) : 44.8997 psia weighted averages, volume and air mass g x; temperature : 84.37334 deg. F F pressure : 44.90070 psia vapor pressure : 0.29096 psia volume : 2841900 cu. ft. l dry air mass : 628974.52 lbm .
gg- - -
;- 1
-x
?T
. 1 im r . .
l^ < t Ij VOGTLE" UNIT 1-1990 ItRT-PRESSURIZATION - J
- data set 43 )
time : 415. date : 329 j t sensor- raw data value ! temperature .1 (- 96.980 ) : 96.980 deg. F temperature 2 '( 96.650 ) : 96.650 deg. F temperature' '3( 96.330 ) = 96.330 deg. F ' temperature 4 (- 96.350 ) : 96.350 deg. F temperature) 5( 96.410 ) : 96.410'deg.1F- ! temperature 6'( 94.680 ) = 94.680 deg. F temperature- '7 ( 94.340 ) : 94.340 deg. F temperature 8( 93.710 ) = 93.710 deg. F temperature 9( 92.640 ) = 92.640 deg. F I temperature 10 ( 92.410 ) : 92.410 deg. F , temperature'11 ( 91.850 ) = 91.850'deg. F : temperature-12 ( 91.580 ) : 91.580 deg. F i temperature 13-( 91.090 ) : 91.090 deg. F temperature 14 ( 89.460 ) = 89.460 deg.'F temperature-15 ( -88.530 ) : 88.530 deg. F j temperature 16 ( 84,230 ) : 84.230 deg. F L; temperature 17'( 80.440 ) = 80.440 deg. F. i temperature 18 ( 76.010 ) : 76.010 deg. F !
-temperature 19 ( 75.280 ) 75.280 deg. F T7-). -
temperature 20 ( 73.540 )
- 73.540 deg. F i
temperature'21 ( 73.390 ) : 73.390 deg. F ; temperature 22 ( 72.580 ) : 72.580 deg. F f temperature 23 ( .73.450.) : 73.450 deg. F . temperature 24 ( 72.460 ) : z72.460 deg. F temperature 25 ( 73.'970 ) : 73.070-deg. F temperature 26 ( 73.040 ) : 73.040 deg -F , temperature-27 ( .73.200 ) : 73.200 deg. F ! temperature 28 ( 71.600 ) :- 71.600 deg. F i temperature 29 ( 71.830 ) = 71.830 deg. F .i temperature 30 ( 72.520 ) : 72.520 deg. F 6 L dewpoint 1 ( 72.200 ) : 72.200 deg. F , 0.3911 psia l dewpoint 2 -( 73.460 ) = 73.460 deg. F , 0.4080. psia l- dewpoint- 3 .( 70.690 ) : 70.690 deg. F , 0.3716 psia dewpoint 51.580 ) 0.1887 psia 4 ( : 51.580 deg. F , dewpoint 5 ~( 53.470 ) : 53.470 deg. F , 0.2023 psia , 47.920 )
~
dewpoint 6 ( = 47.920 deg. F , 0.1646 psia-pressure 1 ( 46.24490 ) : 46.2449 psia l pressure 2 ( 46.24590 )- : 46.2459 psia weighted averages, volume and air mass . l i
'r~j temperature : 84.60601 deg. F :
( f, pressure : 46.24490 psia vapor pressure : 0.29291 psia l volume : 2841900 cu. ft. [ dry air mass : 647622.58 lbm
, n - .,. - - . -
f' I l e , i
,J[ 'h VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION I' Asi' data set 44 i i !
7 time : 430 ante : 329 ! u t . (U . 1 sensor raw data value '
$ - temperature 1( 97.370') 97.370 deg. F
', temperature 2( 96.990 ) : 96.990 deg. F: i temperature 3( 96.560 ) 96.560 deg. F temperature 4( 96.780 ) = 96.780 deg. F ;
temperature 5( 96.770 ) = 96.770 deg. F ! W temperature 6( 95.120') : 95.120 deg. F l temperature 7( 94.730 ) : 94.730 deg. F , temperature :8 ( 94.110 ) = 94.110 deg. F ; temperature. 9=( 92.980 ) : 92.980 deg. F i
- temperature 101 ( 92.730 ) : 92.730 deg. F i temperature 11 ( 92.240 ) : 92.240 deg. F r temperature'12 ( 92.010 ) : 92.010 deg. F ,
temperature 13 ( 91.290 ) = 91.290 deg. F i temperature 14 ( 89.960-) = 89.960 deg. F !
> temperature 15 ( 88.850 ) : 88.850 deg. F l temperature 16 ( 84.200 ) = 84.200 deg. F 7 temperature 17-( 80.400 ) : 80.400 deg. F i
-( temperature 18 ( 75.980 ) : 75.980 deg. F
.('") temperature 19 ( 75.230 ) : 75.230 deg. F
. temperature 20 ( 73~550 ) : 73.550 deg. F-temperature 21 ( 73.220 ) = 73.220 deg. F ,
-temperature 22 ( 72.520 ) : 72.520 deg. F t l
temperature 23 ( : 73.500 deg. .F. temperature 24 ( 73.500 72.390 )) ' : 72.390 deg. F , temperature 25 ( 73.890 ) : 73.890 deg. F temperature 26 ( 73.050 ) = 73.050 deg. F ! temperature 27 ( 73.210 ) = 73.210 deg. F : temperature 28 ( 71.570 ) = 71.570 deg. F_ ; temperature 29 ( 71.740 ) = 71.740 deg. F ! temperature'30 ( 72.520 ) = 72.520.deg. F ( dowpoint 1 ( 72.500 ). : 72.500 deg. F , 0.3951 psia ' dewpoint 2 ( 74.080 ) : 74.080-deg. F, 0.4166 psia " dewpoint 3 ( 71.510 ) = 71.510 deg. F , 0.3820 psia dewpoint 4 ( 51.800 ) : 51.800 deg. F., 0.1902 psia dewpoint 5 ( 53.590 ) : 53.590 deg. F , 0.2032 psia t dewpoint 6 ( 48.230 ) : 48.230.deg. F , 0.1666 psia i pressure 1 ('47.58870 )- : 47.5887 psia pressure 2 (-47.58500 ) = 47.5850 psia weighted averages, volume and air mass 1/~ temperature : 84.78349 deg. F
'TY ~
s / pressure vapor pressure :
- 47.58870 0.29784 psia psia i
volume : 2841900 cu. ft. [
~
dry air mass : 666274.62 lbm t
. . . . . - .~
0 K !
, . /o-. .;
A : I i[ t l ' l [/\ I VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION j s x_ . data set 45 I i time': 445 date : 329 [ n sensor raw data value ' temperature 1 (' 97.680 ) : 97.680 deg. F i [ temperature 2( 97.270 ) = 97.270 deg. F ., temperature 3( 97.120.) 97.120 deg. F j temperature 4 ( 97.130 ) : 97.130 deg..F ' temperature' 5 (- 96.990 ) : 96.990 deg. F y [ temperature 6'( 95.580 ) : . 95.580 deg. r .3 temperature 7 ( 95.030 ) : 95.030 deg. F i[ [ , J temperature 8( 94.430 ) : 94.430 dog. F L temperature 9.( 93.190 ) 93,190 deg. F L ._ temperature 10 ( 92.970 ) : 92.970 deg. F , temperature 11 ( 92.480 ) : 92.480.deg. F > temperature 12'( 92.110 ) : 92.110 deg. F . 1 temperature 13 ( 91.480 ) : 91.480 deg. F l temperature.14 ( 90.070 ) : -90.070 deg.-F i
' temperature 15 (. 89.000 ) : 89.000 deg. F- j temperature 16 (- 84.220 ) : 84.220 deg. F ;
temperature 17 (. 80.360 ) : 80.360 deg. F , 75.870 )
~
7- temperature 18 ( : 75.870 deg. F i 1( f temperature 19 ( 75.140 ) 75.140 deg. F. -! V temperature 20 ( 73.500 ) : 73.500 deg. F.
~ temperature 211(- 73.050 ) :' 73.050 deg. F c temperature 22 ( 72.500 ) :. 72.500 deg. F temperature 23 ( 73.490 )' : 73.490. des. F ;
temperature 24 ( 72.410 ) = -72.410~deg. F : temperature 25 ( 73.860 ) :' 73.860 deg. F : temperature 26 ( 73.010 ) = .73.010 deg. F; i temperature 27 ( 73.230 ) : 73.230 deg. F- , temperature 28 ( 71.500-) :. 71.500 deg. F. 1 temperature 29 ( 71.590 ) : 71.590 deg. F .! temperature 30 ( 72.500 ) : 72.500 deg. F-dewpoint 1 ( 73.060 ) : 73.060 deg. F , 0.4026 psia. : dewpoint 2 ( 74.260--) = 74.260 deg..F , 0.4191 psia ! dewpoint 3 (: 71.470-) : 71.470,deg. F , 0.3815 psia! ' dewpoint 4 ( 51.830 ) : 51.830. des. F ,-.0.1904 psia. !.. , dewpoint 5 ( 53.760 ) : 53.760 deg. F , 0.2045 psia dewpoint 6 ( 48.460-) : 48.460 deg. F , 0.1680-psia i e pressure '1 ( 48.91350 ) = 48.9135 psia ; pressure 2 ( 48.91240 ) : 48.9124 psic { weighted averages, volume and air mass cr~~i temperature : 84.89959 deg. F i 1 ,[ pressure : 48.91350 ps.ia , vapor. pressure : 0.29979 psia ; volume : 2841900 cu. ft, dry air mass : 684766.06 lbm i t 4 7 - i:
. > ll
e T VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 46 time 500 date : 329 sensor raw data value temperature 1( 97.970 ) : 97.970 deg. F temperature 2( 97.550 ) : 97.550 deg. F temperature 3( 97.270 ) : 97.270 deg. F temperature 4( 97.320 ) : 97.320 deg. F temperature 5 ( 97.260 ) : 97.260 deg. F temperature 6 ( 95.880 ) = 95.880 deg. F temperature 7( 95.310 ) : 95.310 deg. F temperature 8( 94.650 ) : 94.650 deg. F temperature 9 ( 93.360 ) : 93.360 deg. F temperature 10 ( 93.100 ) : 93.100 deg. F temperature 11 ( 92.730 ) : 92.730 deg. F temperature 12 ( 92.430 ) : 92.430 deg. F temperature 13 ( 91.420 ) : 91.420 deg. F temperature 14 ( 90.140 ) : 90.140 deg. F temperature 15 ( 89.170 ) : 89.170 deg. F temperature 16 ( 84.160 ) : 84.160 deg. F temperature 17 ( 80.390 ) : 80.390 deg. F Lemperature 18 ( 75.930 ) : 75.930 deg. F temperature 19 ( 74.980 ) : 74.980 deg. F O- temperature 20 ( 73.410 ) : 73.410 deg. F temperature 21 ( 73.140 ) : 73.140 deg. F temperature 22 ( 72.480 ) : 72.480 deg. F temperature 23 ( 73.460 ) : 73.460 deg. F temperature 24 ( 72.360 ) : 72.360 deg. F temperature 25 ( 73.780 ) : 73.780 deg. F temperature 26 ( 72.900 ) : 72.900 deg. F temperature 27 ( 73.210 ) : 73.210 deg. F temperature 28 ( 71.480 ) : 71.480 deg. F temperature 29 ( 71.530 ) : 71.530 deg. F temperature 30 ( 72.440 ) : 72.440 deg. F dewpoint 1 ( 73.130 ) : 73.130 deg. F , 0.4035 psia dewpoint 2 ( 74.670 ) : 74.670 deg. F , 0.4249 psia dewpoint 3 ( 71.680 ) : 71.680 deg. F , 0.3843 psia dewpoint 4 ( $1.840 ) : $1.840 deg. F , 0.1905 psia dewpoint 5 ( 53.760 ) : 53.760 deg. F , 0.2045 psia dewpoint 6 ( 48.900 ) : 48.900 deg. F , 0.1708 psia pressure 1 ( 50.24660 ) : 50.2466 psia pressure 2 ( 50.24620 ) : 50.2462 psia weighted averages, volume and air mass
- temperature : 84.98728 deg. F pressure : 50.24660 psia vapor pressure : 0.30204 psia volume : 2b41900 cu. ft, dry air mass : 703398.94 lbm
b$h' - n - kcs e t pf ,f[ j a
. ?I YI V0GTLE UNIT 1-1990 ILRT-PRESSURIZATION
[ Q4/: i 47 y i data set t lh h ? time : 515 date :' 329 V/m value
,,s sensor raw data
~(f
- k. ';
sh' temperature' 1'(' 98.030 ) : 98.030 deg.'F ; U temperature 2 (. 97.830 ) : 97.830 deg.=F. ; k temperature 3( .97.720 ) : 97.720'deg. F
- g' , ' temperature 4 ( 97.450 ) : 97.450 deg. F ,
temperature- 5( 97.470 ). : 97.470 deg. F - ( p' temperature 6 (- 96.010 ) ' : 96.010 deg. F , temperature- 7 ( 95.410 ) :- 95.410 deg. F ft temperature 8 (' -94.790 ) = 94.790 deg. F temperature 9 (. 93.540 ) : 93.540 deg. .F ["r i temperature l10 ( 93.270 ) : 93.270 deg. F y!
> temperature 11 ( 92.750 ) : 92.750 deg. F temperature 12 ( 92.510 ) : 92.510 deg. F temperature 13 ( 91.780 ) : 91.780 deg. F temperature:14'( 90.500 ) 90.500 deg. F !
temperature 15 ( 89.230 ) : 89.230 deg. F - L. temperature 16 ( 84,100 ) : 84.100 deg. F p temperature 17 (. 80.310 ) : 80.310 deg. F , temperature 18 ( 75.760 ) : 75.760 deg. F ,
- [\~^.
s3 temperature 19 ( 74.850 ) = 74.850 deg. F I temperature 20 ( 73.480 ) : 73.480 deg. F t empe'r itur e - 21 ( 72.950 ) = 72.950 deg. F . temne ature 22 ( 72.420 ) : 72.420 deg. F i temperature 23 ( 73.440 ) = 73.440 deg. F temperature 244 ( 72.210 ) : 72.210 deg. F temperature 25 ( 73.720 ) : . 73.'720 deg. F 3 temperature 26 ( 72.890 ) : 72.890 deg. F temperature 27'( 73.160 ) : 73.160 deg. F. , temperature 28 (- 71.460 ) : 71.460. des. F temperature 29 ( 71.540 ) :' 71.540 deg. F 'i
, temperature 30-( 72.420 )' : 72.420 deg. F i dewpoint 1 (- 73.510 ) : 73.510 deg. F , 0.4087Lpsia dewpoint 2 (' 74.470 ) : 74.470ldeg. F , 0.42211 psia 1 dewpoint' 3 ( 69.160 ) : 69.160 des. * , O',3527Epsia i dewpoint- 4 ( 51.980 ) : 51.980 deg, ; , 0,1915 psia dewpoint 5 ( $3.920 ) . : 53.920 deg. ,-0.2057 psia e
' dewpoint 6 ( 49.830 ) = 49.830 deg. ,1 , 0.1768 psia 1 pressure 1 ( 51.56800 ) : 514 5680 psia ;
pressure 2 ( 51.56390 ) : 51.5639 psia p weighted averages, volume and air mass
/'T; temperature : 85.05449 deg. F T._) pressure : 51.56800 psia vapor pressure : 0.29765 psia volume : 2841900 cu. ft.
dry air mass : 721981.78 lbm MQ.l) - - + a w -
- p
( ) V0GTLE UNIT 1-1990 ILRT-PRESSUR12ATION
%.)
data set 48 time : 530- -date : 329 sensor raw data value temperature 1( 98.410 ) 98.410 deg. F temperature 2( 97.970 ) : 97.970 deg.-F temperature -3(' 97.570 ) : 97.570 deg. F temperature 4 (- 97.400 ) : 97.480 deg. F J temperature 5( 97.590 ) : 97.590 deg. F temperature 6( 96,200 ) : 96.200 deg. F temperature 7 ( -- 95.620') : 95.620 deg. F temperature 8( 95.010 ) : 95.010=deg. F temperature 9 (, 93.670 ) = 93.670 deg. F temperature 10 ( 93.410 ) : 93.410 deg. F temperature 11 ( 92.950 ), = 92.950 deg. F temperature 12 ( 92.720 ) : 92.720 deg. F temperature 13 ( 91.890 ) : 91.890 deg. F temperature 14 ( 90.460 ) : 90.460 deg. F temperature 15-( -89.240 ) : 89.240 deg. F temperature 16 ( 84.070 ) : 84.070 deg. F temperature ~17 ( 80.220-) 2 80.220 deg. F-temperature 18 ( 75.680 ) gs : 75.680 deg. F temperature 19'( 74.860 ) : 74.860 deg. F
-(5 J- temperature 20 ( ;73.320 ) : 73.320 deg. F temperature 21 ( 72.760 ) 72.760 deg. F temperature-22 ( 72.320-) = 72.320 deg. F temperature 23 ( 73.430 ) : 73.430 deg. F temperature 24 ( 72.280 ) : 72.280 deg. F temperature 25 ( 73.620 ) : 73.620 deg. F temperature 26 ( 72.830 ) : 72.830 deg, F temperature 27 ( 73,190 ) = '73.190 deg. F temperature 28 ( 71.420 ) : 71.420 deg. F temperature 29 ( 71.500 ) = 71.500 deg. F temperature 30 (- 72.390 ) : 72.390 deg. F dewpoint 1 ( 73.750 ) : 73.750 deg. F . 0.4120-psia
' dewpoint 2- ( .75.540 ) : 75.540 deg. F ,
0.4375 psia dewpoint 3 ( 72.730 ) : 72.730 deg. F , 0.3981 psia dewpoint 4 ( 51.920 ) : 51.920 deg. F , 0.1911 psia dewpoint 5 ( 53.970 ) : 53.970 deg. F , 0.2060 psia dewpoint 6 ( 49.230 ) : 49.230 deg. F ,10.1729 psia pressure 1 ( 52.88110 ) : 52.8811 psia pressure 2 ( 52.88110 ) : 52.8811 psia weighted averages, volume and air mass E,r j temperature : 85.09057 deg. F T j pressure : 52.88110 psia ! vapor pressure : 0.30899 psia l volume : 2841900 cu. ft. I dry air mass : 740264.01 lbm
]
~
, f e - ;
4 , {j
, E 7
L ' b, 1; 3 VOGTLE. UNIT 1-1990 ILRT-PRESSURIZATION [^ p
- c. data set 49-jfi time : - 545 date : 329 g ,
sensor raw data .value (, - t emp e'r a t u r e 1( 98;400 )' 98.400 deg. F [o ? temperature 2( 98.080 ) : 98.080 deg. F-i temperature 3( 97.790 ) = 97.790.deg' F
; temperature: 4 ( 97.620 ) : 97.620 deg; F-b,' >
temperature 5( 97.700 ) : 97.700 deg.-F temperature 6-( 96.360 ) 96.360 deg. F temperature 7 ( 95.850 ) : 95.850 deg. F temperature .8 ( 95.-140 ) = 95.140 deg. F 9-( 93.740 ) l (1 temperature : 93.740 deg. F FF, temperature 10 ( 93.520 ) 93.520 deg. F Ce temperature-11-( - 93.200 ) : 93.200 deg.'F L
. temperature ~ 12 (. 92.780 ) : 92.780 deg. F b temperature 13 ( 91.950 ) : 91.950 deg. F sf temperature 14 (' 90.520 ) :- 90.520 deg. F Cl, ' temperature 157( 89.330-) = '89.330 deg. F' temperat'ure 16 ( 84.050-) = 84.050 deg. F temperature 17 ( 80.130 ) : 80.130 deg. F
- y. temperature 18 (= 75.600 ) : 75.600 deg. F
- 4. I, \ temperature 19 ( 74.880 ) : 74.8801 des. F
'E temperature 20 ( 73.400.) 73.400 deg. F temperature 121 (- 72.740 ). : 72.740 deg, F' temocrature 22 ( 72.270 ) 72-,270 deg. F L 'tomperature-23 ( 73.390 ) : 73.390 deg. F , temperature ~24 ( 72.110 ) : 72.110 deg. F g*. temperature 25 ( 73.580 ) : 73.580 deg. F tempepature 26 ( 72.820 ) : 72.820 deg. F e temperature 27 ( 73.070 ) : 73.070 deg. F b'* .
temperature 28 ( 71.380 ) : 71.380 deg. F-temperature 29-( 71.550 ) : 71.550 deg. F_ 1 < temperature' 30 ( 72.360 ) : 7:' . 360 deg. F dowpoint~ 1 ( 73.790 ) : 73.790 deg. F , 0.4126 psia dewpoint 2 ( 75.250 ) : 75.250 deg. F , 0.4332 psia s dewpoint 3 ( 72.830.) -: 72.830' des. F- , 0.3995 psia
- dewpoint 4 ( 52.230 ) : 52.230 deg. F , 0.1933 psia
$,s _ dewpoint 5 ( $4,070 ) : 54.070 deg, F . 0.2068 psia 49.430 ) dewpoint 6 (_ : 49.430 deg. F , 0.1742 psia g- pressure 1 ( 54.19550 )~ : 54.1955 psia pressure 2- ( 54.19490 ) : 54,1949 psia weighted averages, volume and-air mass fm , temperature : 85.14009 deg. F
?x,[ pressure : 54.19550 psia vapor pressure : 0.30923 psia volume : 2841900 cu. ft.
758699.50 lbm dry air mass : T
I [ 'T - VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION ' s._) data' set 50 *
- time': 600 date : 329 sensor raw data value temperature 1( 98.400 ) = -98.400 deg. F temperature 2 (' 98.220 ) : 98.220 deg. F .
temperature' 3( 97.880 ) : 97.880 deg. F temperature 4 ( 97.860 ) = 97.860 deg. F ! temperature 5( 97.840 ) = 97.840 deg. F t temperature 6( 96.440 ) :- 96.440 deg. F j temperature 7( -95.940 ) = 95.940 deg. F
-temperature 8( 95.290 ) = 95.290 deg. F ;
. temperature 9( 93.950 ) = 93.950 deg. F ,
temperature 10 ( 93.630 ) = 93.630 deg. F 5 temperature 11 ( 93.290 ) = 93.290 deg. F l temperature -12 ( 92.960 ) = -92.960'deg. F n1 temperature 13 ( 92.060 ) : 92.060 deg. F temperatureL14 ( 90.660 ) : 90.660 deg. F- .i temperature.15 ( 89.360 ) = 89.360 deg. F- i temperature 16 ( 83.960 ) = 83.960 deg. F
-temperature 17 ( 80.050 ) : 80.050 deg. F >
- temperature 18 ( 75.580 ) : 75.580 deg. F !
().- - temperature 19 ( 74.760 ) : 74.760 deg. F temperature 20 ( 73.270 ) :- 73.270 deg. F ,
-temperature 21 ( 72.710 ) = 72.710 deg. F' temperature 22 ( 72.330 ) : 72.330 deg. F temperature 23 ( 73.350 ) : 73.350 deg. F ;
temperature 24 ( 72.060 ) : 72.060 deg. F - temperature 25 ( 73.480 ) :- 73.480 deg. F temperature 26 ( 72.780 )- = 72.780 deg. F temperature 27 ( 73.110 ) = 73.110 deg. F u temperature 28 ( 71.370 ) : 71.370 deg. F !~ _ temperature 29 ( 73.460 ) : 71.460 deg. F t temperature 30 ( 72.340 ) : 72'.340 deg. F y dewpoint 1 ( 74.300 ) : 74i300 deg. F., 0.4197 psia ; ! dewpoint 2 ( 74.440 ) : 74.440 deg. F, 0.4217 psia dewpoint 3 ( 70.120 ) : 70.120 deg._F , 0.3644 psia l dewpoint 4 ( 52.200 ) = 52.200 deg, r , 0.1931 psia' -j L dewpoint- 5 ( 54.330 ) : 54.330 deg. F , 0.2088 psia i dewpoint 6 ( -_49.720 ) = 49.720 deg. F, 0.1761 psia
, . pressure 1 ( 55.50940 ) : 55.5094 psia J p ~ pressure 2 ( 55.50810 ) : 55.5081 psia weighted averages,. volume and air. mass ,
i f~s temperature : 85.18332 deg. F l s_) pressure vapor pressure :
- 55.50940 0.30198 psia psia t,
volume : 2841900 cu. ft. 1 dry air mass : 777239.15 lbm
i b R-J e 0 t i I f^ 4 VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION
~ J; P , s data set 51- i r
time : 615 date : 329 ! w . > U , t f n
- sensor raw data value i temperature' 1( 98.620 ) : 98.620 deg. F i / temperature- 2( 98.230 ) = 98.230 deg. F : ,? '
temperature 3( 98.090 ) = 98.090 deg. F 4( J . temperature 98.040 ) = 98.040 deg. F ! tj ~, temperature 5( 97.950 ) = 97.950 deg. F h- temperature 6( 96.640 ) : 96.640 deg. F ! temperature 7( 95.970 ) = 95.970 deg. F-
' temperature 8( 95.400 ) : 95.400 deg. F temperature 9 '( 94.140 ) : 94.140 deg. F ,
temperature 10 (_ 93.760 ) : 93.760 deg. F J temperature 11'( 93.420 ) = 93.420 deg. F temperature _12 ( 93.090 ) : 93 090 deg. F l temperature 13 ( 92.140 ) : 92.140 deg. F E temperature 14 ( 90.690 ) = 90.690 deg. F. N temperature 15 (. 89.200 ) : 89.260 deg. F , L temperature 116 (. 83.930 ) : 83.930 deg. F o~ temperature 17.( '79.940 ) : 79.940 deg.-F temperature ~~18 ( 75.380 ) 75.380 deg. F
- ( j.
temperature 19 ( 74.650 )
= 74.650 deg. F J "N'-
73.160 ) temperature ~20 ( : 73.160 deg. F.
- temperature 21 (- 72.710_) : 72.710 deg. F s temperature 22 ( 72.200-) : 72.200 deg. F n - temperature-23~(' 73.310 ) : 73.310 deg. F ,
temperature 24 ( 72.020 ) : 72.020 deg. F ; temperature 25 ( 73.420 ) : 73.420 deg. F . temperature 26 ( 72.700-) : 72.700'deg. F ' temperature 27 ( 73,010 ) : 73.010 deg. F temperature 28-( 71.320 ) : 71.320 deg. F
, temperature 29-( 71.430 ) = 71.430 deg. F :
temperature 30 ( 72.290 ). : 72.290'deg. F j o - dewpoint 1 ( 74.930 )- : 74.930 deg. F , 0.4286 psia e dewpoint 2 ( 76,000 ) : 76.060 deg. F , 0.4451 psia , dewpoint- 3 (. 73.060 )- : 73.060 deg. F , 0.4026 psia ; dewpoint 4 ( 52.360 ) : 52.360 deg. F , 0.1942 psia dewpoint 5 ( 54.440 ) : 54.440-deg. F , 0.2096 psia i dewpoint 6 ( 49.620 ) : 49.620 deg. F , 0.1755 psia , pressure 1 ( 56.81960 ) : 56.8196 psia pressure 2 ( 56.81950 ) : 56.8195 psia , weighted averages, volume and air mass temperature 85.20370 deg. F Lij)- : ! 7"* pressure : 56.81960 psia l vapor pressure : 0.31520 psia . volume : 2841900 cu. ft, dry air mass : 795469.00 lbm
w i b' L
/ i VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION L I-i' data set 52
. time : 630 date : 329 sensor raw data value temperature '1 ( 98.680 ) : 98.680 deg. F h temperature 2( 98.250 ) :- 98.250 deg. F temperature 3( 98.070 ) : 98.070 deg. F temperature 4.( 98.110 ) : 98.110 deg. F F temperature. 5( 98.080 ) = 98.080 deg. F temperature 6( 96.820 ) : 96.820 deg. F L temperature 7 ( 96,130 ) = 96.130 deg. F' l temperature 8( 95.550 ) : 95.550 deg. F L temperature 9-( 94.280 ) = 94.280 deg. F temperature 10 ( 93.830 ) = 93.830 de0 F !
' temperature 11 ( 93.570 ) : 93.570 deg. F ,
temperature 12 ( 93.110 ) = 93.110 deg. F temperature ~13 ( 92.210 ) : 92.210 deg. F , temperature 14 ( 90.740 ) : 90.740 deg. F i temperature 15 ( 89.300 ) r. 89.300 deg. F temperature 16 ( 83.840 ) 83.840 deg. F : temperature 17 ( 79.860') : 79.860 dog. F l' temperature 18 ( 75.280 ) : 75.280 deg. F
."%[,} - temperature 19 ( 74.580 ) : 74.580 deg. F ;
temperature 20 ( 73.120 ) = 73.120 deg. F ) temperature 21 (' 72.480 ) : 72.480 dog. F l
' temperature 22 ( 72.160 ) = -72.160 deg. F temperature 23 ( 73.230 ) = 73.230 deg. F. !
temperature 24 ( 72.050 ); 72.050 deg. F [ temperature 25 ( 73.360 ) : 73.360 deg. F temperature 26 ( 72.660 ) 72.660 deg. F temperature 27 ( 72.990 ) : 72.990 deg. F ; temperature 28 (. 71.280 ).
- 71.280 deg. F temperature 29 ( 71.480 ) : 71;480 deg. F temperature 30 ( 72.260 ) : 72.260 deg. F ;
dowpoint 1 ( 74.930 ) : 74.930 deg. F , 0.4286 psia- v
~
dewpoint 2 ( 75.800 )- :- 75.800 deg.,F , 0.4413 psia dewpoint 3 ( 73.070 ) : 73.070 dog. F , 0.4027 psia + a dewpoint 4 ( 52.570 )' : 52.570 deg. F , 0.1957 psia dewpoint 5 ( 54.600 ) : 54.600 deg. F , 0.2108 psia i dewpoint- 6 ( 50.050 ) : 50.050 deg. F , 0.1783 psia pressure 1 ( 58.13070 ) : 58.1307 psia i pressure 2 ( 58.12730 ) = 58.1273 psia . weighted averages, volume and air mass temperature : 85.22242 deg. F y-)i
\ : pressure : 58.13070 psia vapor pressure : 0.31541 psia volume : 2841900 cu. ft.
dry air mass : 813895.81 lbm 4 u -- - - , . - _ . - . . _ _ ,
I VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION data set 53 time : 645 date : 329 sensor raw data value temperature 1( 98.690 ) = 98.690 deg. F temperature 2( 98.340 ) : 98.340 deg. F temperature 3( 98.090 ) : 98.090 deg. F temperature 4( 98.230 ) : 98.230 deg. F temperature 5( 98.190 ) = 98.190 deg. F temperatur'e 6 ( 96.810 ) : 96.810 deg. F temperature 7( 96.280 ) : 96.280 deg. F temperature 8( 95.670 ) = 95.670 deg. F temperature 9( 94.380 ) : 94.380 deg. F temperature 10 ( 93.930 ) : 93.930 deg. F temperature 11 ( 93.640 ) : 93.640 deg. F temperature 12 ( 93.310 ) : 93.310 deg. F temperature 13 ( 92.420 ) : 92.420 deg. F temperature 14 ( 90.890 ) : 90.890 des F temperature 15 ( 89.300 ) : 89,300 deg. F temperature 16 ( 83.800 ) : 83.800 deg. F temperature.17 ( 79.740 ) = 79.740 deg. F temperature 18 ( 75.260 ) : 75.260 deg. F temperature 19 ( 74.470 ) : 74.470 deg. F temperature 20 ( 73.120 ) : 73.120 deg. F temperature 21 ( 72,620 ) : 72.620 deg. F temperature 22 ( 72.100 ) : 72.100 deg. F temperature 23 ( 73.190 ) : 73.190 deg. F temperature 24 ( 71.970 ) : 71.970 deg. F temperature,25 ( 73,300 ) = 73.300 deg, F temperature 26 ( 72.650 ) = 72.650 deg. F temperature 27 ( 72.900 ) : 72.900 deg. F temperature 28 ( 71.270 ) : 71.270 deg. F temperature 29 ( 71.500 ) = 71.500 deg. F temperature 30 ( 72.230 ) : 72.230 deg. F dowpoin', 1 ( 75.350 ) : 75.350 deg. F , 0.4347 psia dewpoint 2 ( 76.500 ) = 76.500 deg. F , 0.4516 psia dewpoint 3 ( 73.720 ) : 73.720 deg. F , 0.4116 psia dewpoint 4 ( 52.710 ) = 52.710 deg. F , 0.1967 psia dewpoint 5 ( 54.740 ) : 54.740 deg. F , 0.2119 psia dewpoint 6 ( 50.150 ) : 50.150 deg. F , 0.1790 psia pressure 1 ( 59.43940 ) = 59.4394 psia pressure 2 ( 59.43990 ) = 59.4399 psia weighted averages, volume and air mass temperature : 85.25978 deg. F pressure : 59.43940 psia vapor pressure : 0.32040 psia volume = 2841900 cu. ft. dry air mass : 832191.76 lbm 4
' "E : , .
1 e e s
)
n, JS i
- i 6
hik , f/ . VOGTLE UNIT 1-1990 ILRT-PRESSURIZATION '! O l._) , l su' data set 54 l 1 time.: 700 date : 329 I b - sensor raw data value p
]
~
temperature 1( 98.160 ). : 98.160'deg. F ; [, temperature 2( 97.890 ) 97.890 deg. F l temperature 3( 97.600 ) 97.600 deg. F. ; temperature 4 (- 97.790 ) : 97.790 deg. F
- - temperature 5( 97.650 ) : 97.650 deg. F 1
[j temperature- 6( 96.540 ) : 96.540 deg. F j temperature 7( 95.940 ) : 95.940 deg. F ; Tg . temperature 8( 95.260 ) : 95.260 deg. F !
"#." temperature 9( 94.060 ) : 94.060 deg. F ,
temperature 10 ( 93.600 ) : 93.600 deg. F
$' temperature 11 ( 93.390 )
- 93.390 deg. F 6' ^
temperature 12 ( 93.010 ) : 93.010 deg. F ; tempe'rature 13'( 92.070 ) : 92.070 deg. F temperature 14-( 90.600 ) : 90.600 deg. F temperature 15 ( 88.980 ) = .88.980 deg. Fz j temperature 16 ( 83.460 ) : 83.460 deg. F ; temperature 17 ( 79.430 ) : 79.430 deg. F :
~s temperature.18 ( 74.680 ) : 74.680 deg. F "!
Ef '-<
} temperature 19-( 73.930 ) : 73.930 deg. F l s temperature 20 ( 72.690 ) : 72.690 deg. F l temperature 21 ( 72.280 ) : 72.280 deg. F i temperature 22 ( 71.650-) : 71.650 deg. F l temperature 23 ( 72.870 ) : 72.870 deg. F 0 temperature 24 ( 71.510 ) : 71.510 deg. F temperature 25 ( 72.600 ) : 72.600 deg. F !
temperature 26-( 72.230 ) = 72.230 deg. F temperature 27 ( '72.560 ) : :72.560 deg. F temperature 28 ( 71.100 ) : 71.1001deg. F { temperature 29-( 71.410 ) : 71.410 deg. F' , temperature 30 ( 71-.870 ) = 71.870 deg..F .; dowpoint 1 ( 75.220.) : 75.220 deg. F , 0.4328; psia X- dewpoint 2 ( 75.980 ) = 75.980 deg. F ,'O.4439 psia dewpoint 3 ( 73.860.) : 73.860 deg. F , 0.4136 psia
-dewpoint 4 ( 52.490 ) : 52.490 deg. F , 0.1951 psia dewpoint 5 ( 54.810 ) = 54.810 deg. F , 0.2124 psia dewpoint 6 ( 51.660 ) = 51.660 deg. F , 0.1893 psia ,
y press'ure 1 ( 60.33010 ) 60.3301 psia , pressure 2 ( 60.32880 ) = 60.3288 psia l
-weighted averages, volume and air mass pfs temperature : 84.88489 deg. F >
L
~( ) pressure : 60.33010 psia L vapor pressure : 0.32058 psia L volume : 2841900 cu. ft.
dry air mass : 845308.68 lbm l'. 1 ew. - *-
mm . , . 4
> 2p&'
^
I a Il I
'f ~ ; %_J f '\[ VOGTLE UNIT'1-1990 ILRT-PRESSURI2ATION l l
F data set 55 t I time : 715 date : 329 i
!~
sensor raw data value l 1( _ temperature 96,120 ) = 96.120 deg. F ! temperature 2( 95.980 ) = 95.980 deg.,F. t temperature 3( 95.680 ) :- 95.680 deg. F =l' temperature 4 ( 96.010 ) : 96.010 deg. .F temperature 5( 95.750 ) = 95.750 deg. F l i temperature 6 (- 94.910 ) : 94.910 deg. F f
!? temperatura ?T ( 94.320 ) :. 94.320 deg. F [
EE, temperature -8 ( 93.770 ) i 93.770.deg. F i
't temperature 9( 92.520 ) : 92.520-deg. F ;
U temperature 10 ( 92.080 ) : 92.080 deg. F a temperature 11 ( 92.020 ) : 92.020 deg. F l U temperature 12 ( 91.510 ) : 91.510 deg. F ; t en peratur e 13 ( 90.460 ) : 90.460 deg. F temperature 14 ( 89.180 ) = 89.180 deg. F -t temperature 15 ( '87.670 ) = 87.670 deg. F ' 1 3 ' temperature 16 ( 82.450 ) : 82.450 deg. F ' l temperature 17 ( 78.330 ) : 78.330 deg. F i temperature.18-( 73.940 ) : 73.940 deg. F
' D-s\ temperature 19 ( -73.380 ) 73.380 deg. F l
(^ . :
' temperature 20 (- 72.390 ) :- 72.390 deg.-F [
temperature 21 ( 71.940.) : 71.940 deg. F ; temperature 22 ( 71.360 ) :' 71.360 deg -F temperature 23 ( 72.610 ) : 72.610 deg. F ; temperature 24-( 71.280-) : 71.280 deg. F , g temperature 25 ( 72.380 ) : 72.380 deg. F -
-temperature 26 ( 72,000 ) : 72.000 deg. F f temperature 27 ( 72.480 ) : 72.480 deg. F !
temperature 28-( 70.970_) : 70.970 deg. F temperature 29 ( 71.270-) : 71.270 deg. F 1 temperature 30'( 71.710 ) : 71.710 deg.-F ; dewpoint 1 ( 74.820 )_ = 74.820 deg. F , 0.4271 psia l dewpoint 2 ( 75.880 ) 75.880 deg. F , 0.4424 psia- , dewpoint- 3 73.830 ) ( : 73.830 deg. F , 0.4131~ psia-dewpoint 4 ( 52.610 ) : 52.610 deg. F , 0.1960 psia l L dewpoint 5 ( 54.640 ) : 54.640 deg. F , 0.2111 psia dewpoint 6 51.700 ) ( : 51.700 deg. F , 0.1895 psia pressure. ( 60.65450-) 1 = 60.6545 psia pressure 2 ( 60,65240') = 60.6524 psia weighted averages, volume and air mass l l > y-'s; temperature : 83.83447 deg. F l f(,) pressure : 60,65450 psia vapor pressure : 0.31941 psia volume : 2841900 cu. ft. dry air mass : 851537.41 lbm s , -:. . .
yn c ih , Xp , v?R . , 4 , F 4 \ - s,/ V0GTLE UNIT 1-1990 ILRT-PRES $URIZATION - p.) data set' 56
~1 '
{; time' 730 date : 329 , sensor raw data value 4 temperature 1( 94.130 ) : 94.130 deg. F [ temperature 2( 93.770 ) = 93.770 deg. F. .[ temperature 3( 93.590 ) : 93.590 deg. F j temperature 4( 93.980 ) : 93.980 deg. F d di -temperature 5( 93.750 ) : 93.750 deg. F i v temperature 6( 93.040 ) : 93.040 deg. F i
~ temperature. 7 ( S2.590 ) : 92.590Ldeg. F l 1 temperature 8( 92.150 ) : 92.150 dog. F [
temperature 9'( 91.000 ) u 95.000 deg.- F j tempertture 10 ( 90.630 )
- 90.630 deg. F "
( temperature 11 ( 90.430 ) : 90.430 deg. F temperature 12 ( 89,880 ) : 89.880 deg. F temperature 13 ( 88.930 ) : 88.930 deg. F - temperature 14 ( 87.740 ) : 87.740 deg..F l temperature 15 ( 86.080 ) : 86.080 deg. F temperature 16 (' 81.270 ) : 81.270 ces. F . temperature 17 ( 77.250 ) : 77.250. des. F j 73.370 )
~
e~ temperature 18'( 73.370 deg. .F ;
.(
L )! , temperature 19 ( 72.780 ) : 72.780 deg. F : temperature 20 ( 71.880.) : 71.880 deg. F temperature 21.( 71.640 ) : 71.640 deg. F -! temperature 22 (- 71.040 ) : 71 040 deg. F [ temperature 23 ( ~72.320 ) : 72.320 deg. F , temperature 24 ( 71.040 ) : 71.040 deg. F ' 71.850-)1 temperature 25 ( 71.850 deg. F. temperature 26 ( 71.770-). 71.770 deg. F 7,
. temperature 27 ( 72.230~) = 72.230 deg. F "
temperature 28'( 70.790 ) : 70.790 deg. F' temperature 29 ( 71.340 ) 71.340 deg. F i temperature 30 ( 71.470 ) : 71.470 deg. F. ! l idewpoint1 1. ( 74.750 ) : 74.750 deg. F , 0.4261 psia i dewpoint 2 ( 76.130 ) 76.130 deg. F , 0.4461 psia dewpoint- 3 ( 73.660 ) : 73.660 deg. F., 0.4108. psia : dewpoint 4 ( 53.190 )f : 53.190.deg. .F , 0.2002 psia '! ~ dewpoint 5 ( 54.600 ) = 54.600'deg. F , 0.2108 psia dewpoint 6 ( 53.740 ) = 53.740 deg. F., 0.2043 psia ; pressure 1 ( 60.57950 ) : 60.5795 psia
?- pressure 2 ( 60.57830 ) : 60.5783 psia I t
weighted averages, volume and air mass temperature : 82.70313 deg. F f/')( M,s pressure vapor pressure :
- 60.57950 0.32278 psia psia ;
volume : 2841900 cu. ft. dry air mass : 852205.24 lbm
I I e ; 1 _.g b l
- l F !
' [J
~'C VOGTLE UNIT 1-1990 ILRT-STABILIZATION l DATA
SUMMARY
REPORT 1 data time date temperature pressure vapor' dry air > set' deg F psia pressure mass l paia lbm -! 1 730 329 82.7031 60.5795 0.3061 852440.67 [ 2 745 329 81.7750 60.4819 0.3062 852517.91 ! 3 800' 329 81.3845 60.4763 0.3061 853055.58 I 4 815 329 81.0987 60.4419 0.3079 852992.55 .! 5 830 329 80.7722- 60.4069 0.3080 853009.69. t 6 845 329 80.5052 60.3789 0.3059- 853063.98 l I 7 900 329 80.2886 60.3557 0.3057 853079.27 8 915 329 80.1031 60.3361 0.3054 853097.90 I L 930 329 19.9499 60.3190 0.3046 853108.50~ , iO 945 329 19.8182 60.3040 0.3048' 853101.41 ! 11 1000 329 79.6962 60.2905 0.3045 853106.62 ' 12 1015 329 79.5961 60.2782 0.3048 853084'.64 i 13 1030 329 79.4943 60.2670 0.3049 -853085.34 : 14 1045 329 79.4096 60.2563 0.3047 853070;49 -l t 15- 1100 329 79.3258 60.2465 0,3041 853071.52 16 1115 329 79.2486 60.2372 0.3053 853043.99 17 :1130 329 79.1703 60.2285 0.3051 853048.22 i
, 18 1145. 329 79.1007 60.2202 0.3052- 853038.40 i
()- 19 1200 329 79.0353 60.2124 0.3054 853028,15 - i I t l t i h i ( f l-~ i , i
. .-. . . . . , _ _ .- ~._ - _ _ . J
1 > 4 !
)
fi K_/ VOGTLE UNIT 1-1990 ILRT-STABILIZATION - data set 1 j time : 730 date : 329 M sensor raw data value , t
. temperature 1( 94.130 ) : 94.130 deg. F !
temperature 2( 93.770 ) = 93.770 deg. F- l temperature- 3( 93.590 ) = 93.590 deg. F ! temperature 4 ( 93.980 ) : 93.980 deg. F j temperature 5( 93.750 ) = 93.750 deg. F ! temperature 6( 93.040 ) : 93.040 deg. F [ temperature 7. ( - 92.590 ) : 92.500 deg, F } temperature 8( 92.150 ) 92.150 deg. F 4 temperature 9( 91.000 )
- 91.000 deg. F .l
' temperature 10 ( 90.630 ) = 90.630 de0 F ]
temperature 11 ( 90.430 )
- 90.430 deg. F '
temperature 12 ( 89.880-) = 89.980 deg. F .t temperature 13 ( 88.930 ) 88.930 deg. F ! temperature 14 ( 87.740 ) : 87.740 deg. F - temperature 15 ( 86.080 ) : 86.080 deg. F temperature 16 ( 81.270 ) : 81.270 deg. F temperature 17 ( 77.250 ) = 77.250 deg. F ' temperature 18 ( 73.370 ) : 73.370 deg. F ' t7-)- temperature'19 ( 72.780 ) : 72.780 deg. F , N^ temperature 20 ( 71.880 ) : 71.880 deg. F . temperature 21 ( 71.640 ). : 71.640 deg. F- 1 temperature 22 ( .71.040 ) : 71.040 deg. F ! temperature 23 ( 72.320 ) = 72.320 deg. F l temperature 24 ( 71.040 ) : 71.040 deg. F ' temperature 25 ( 71.850 ) = 71.850 deg. F temperature 26 ( 71.770 ) : 71.770 deg. F , temperature 27-( 72.230 ) ': 72.230 deg. F '. temperature 28 ( 70.790 ) : 70.790 deg. F ! temperature 29 (- 71.340-) = 71.340 deg. F [ temperature 30 ( 71.470 ) : 71.470 deg. F } l dewpoint 1 ( 74.750-) = 74.750 deg. F , 0.4261 psia' ; 76.130 ) dewpoint 2 ( : 76.130 deg. F , 0.4461 psia dewpoint 3 ( 73.660 ) 73.660 deg. F . 0.4108 psia ,
' dewpoint 4 ( 53.190 ) = '53.190 deg. F , 0.2002 psia ,
dewpoint 5 ( 54.600 ) : 54.600 deg. F , 0.2108 psia dewpoint 6 ( 53.740 ) : 53.740 deg. F , 0.2043 psia. ; pressure 1 ( 60.57950 ) : 60.5795 psia i pressure 2 ( 60.57830 ) = 60.5783 psia i weighted averages, volume and air mass
. f-x temperature : 82.70313 deg. F
! (j' pressure : 60.57950 psia l vapor pressure : 0.30613 psia , volume : 2841900 cu. ft. dry air mass : 852440.67 lbm ; s
t
; VOGTLE UNIT 1-1990 ILRT-STABill2ATION I
' \_-) ,
data set 2 ) time : 745 date : 329 : sensor. raw data value [ temperature 1( 92.170 ) 92.170 deg..F ' temperature 2( 91.960 ) : 91.960 deg. F l temperature 3( 91.680 ) = 91.680 deg..F , temperature 4 ( 92.110 )
- 92.110 deg. F l temperature 5( 91.990 )
- 91.9901deg. F ;
temperature 6( 91.460 ) = 91.460 deg..F temperature .7 ( 91.050 ) : 91.050 deg. F j temperature 8 ( 90.780 ) : 90.780 deg. F. t Y temperature 9( 89.700 ) = 89.700 deg. F l temperature 10 ( 89.130 ) = 89.130 deg. F r temperature 11 ( 88.910 ) : 88.910 deg. F ; temperature 12 ( 88.270 ) : 88.270 deg. F ' temperature 13 ( 87.460 ) : 87.460 deg. F temperature 14 ( 86.350 ) = 86.350 deg. F ; temperature 15.( 84.910 ) : 84.910 deg. F 'i temperature 16 ( 80.330 ) : 80.330'deg. F temperature 17 ( 76.520 ) : 76.520 dag. F temperature 18 ( 73.180 ) : 73.180 deg. F
/, _ temperature 19 ( 72.590 ) 72.590 deg. F temperature 20 ( 71.700 ) '71.700-deg. F
- - r temperature 21 ( 71.490 ) : 71.490Ldeg. F temperature 22 ( 70.930 )
~
70.930 deg. F temperature-23 ( 72.240 ) : 72.240 deg. F ; temperature 24 ( 70.950 ) : 70.950 deg..F temperature 25 ( 71.780 ) : 71.780 deg. F .l' temperature'26 ( 71.770 ) : 71.770 deg. F temperature 27 ( 72.250 ) : 72.250 deg. F i temperature 28 ( 70.770 ) = 70.770 deg. F i temperature 29 ( 71.300 ) 71.300 deg. F ! temperature 30 ( 71.380 ) : 71.380 deg. F
' dewpoint 1 (- 74.650 ) : 74.650 deg. F , 0.4246 psia-dewpoint' 2 ( 75.710 ), = 75.710 deg. F , 0.4399 psia-dewpoint 3 ( 73.990-) : 73.990 deg. .F , 0.4154 psia ~i dewpoint 4 ( 53.980 ) : 53.980 deg. F , 0.2061 psia dewpoint 5 ( 54.660 ) : 54.660 deg. F , 0.2113 psia dewpoint 6 ( 54.050 ) : 54.050 deg. F , 0.2066 psia ,
l pressure 1 ( 60.48190 ) : 60.4819 psia pressure 2 ( 60.48050 ) : 60.4805 psia ; I weighted averages, volume and air mass fs ' temperature : 81.77501 deg. F i pressure : 60.48190 psia l ' vapor pressure : 0.30622 psia volume = 2841900 cu. ft. dry air mass : 852517.91 lbm ' 1' l
p - l' i + i
~'
/i VOGTLE UNIT.1-1990 ILRT-STABILIZATION O data set 3 time': 800 date : 329 sensor raw data value 1( 90.880 )
~
temperature 90.880 deg. F o temperature' 2( 90.G90 ) : 90.690 deg. F temperature 3( 90.410 ) : 90.410 deg. F. temperature 4'( 90.860 ) = 90.860 deg. F
. temperature 5( 90.790 ) ~ : 90.790 deg. F temperature 6 (- 90.240 ) = 90,240 deg. F temperature 7 (- 89.910') 89.910 deg. F
- ' temperature 9( 89.750 ) : 89.750 deg. F temperature 3( 88.770 ) = 88.770 deg. F temperature 10 ( 88.070 ) 88.070 deg. .F temperature 11 ( 87.'i40 ) = 87.740 deg. F temperature i2 ( 07.000 ) : 87.000 deg. F
[ temperature 13 ( 86.3?O ) 86.320 deg. F temperatur e 14 ( 85.210 ) : 85.21C'deg. F temperature 15 ( 83.920 ). : 83.920 deg. F
, temperature 16 ( 79.720 ) : 79.720 deg. F temperature 17 (= 76.230 ) : 76.230 deg. F i
j, temperature 18 ( 73.960 ) : 73.960 deg. F ( l temperature'19 ( 73.180 ) : 73.180 deg. F
\/ temperature 20 (- 72.830 ) = 72.830Ldeg. F temperature 21 (- 72.040 ) : 72.040 deg. F temperature 22 ( 72.300 ) : 72.300 deg. F temperature 23 ( 72.260 ) : 72.260 deg. F temperature 24 ( 72.180 ) : 72.180 deg. F temperature 25'( 72.430 ) : 72.430 deg. F temperature 26 ( 72.350 ) : 72.350 deg. F temperature-27 ( 72.400 ) : 72.400 deg. F.
temperature 28 ( 71.460 ) = 71.460 deg. F temperature 29 ( 71.570 ) = 71.570 deg. F temperature 30 ( 71.920 ) = 71.920 deg. F dewpoint 1 ( '74.400 ) = 74.400 deg. F , 0.4211 psia dewpoint 2 ( 75.240 ) : 75.240 deg. F , 0.4331, psia dowpoint 3 ( 74.070 ) : 74.070 deg. F . 0.4165 psia dewpoint 4 (. 54.250 ) : 54,250 deg. F, 0.2081 psia dewpoint 5 (' 56.380 ) : 56.380 deg. F , 0.2249 psia dewpoint 6 ( 54.180 ) : 54.180 deg. F . 0.2076 psia t, i pressure 1 ( 60.47630 ) : 60.4763 psia pressure 2 ( 60.47480 ) : 60.4748 psia weighted averages, volume and air mass
,r s temperature : 81.38453 deg. F pressure 60.47630 psia
\)
vapor pressure : 0.30609 psia volume : 2841900 cu. ft, dry air mass : 853055.58 lbm i t .
- m. -'
l i
, y VOGTLE UNIT 1-1990 ILRT-STABILIZATION l A_) . .
data set 4 l time : 815 date : 329 ! sensor- raw data value temperature 1( 89.820 ) : 89.820 deg. F j temperature 2( 89.600 ) = '89.600 deg.'F .{ temperature 3( 89.400 ) = 89.400 deg. F,
- temperature 4( 89.730 ) : 89.730 deg. F !
temperature 5( $9.750 ) = 89.750 deg.-F ! temperature 6( 89.220 ') a 89.220 deg F temperature 7( 89.000 ) = 89.000 deg. F
~
temperature ~8:(. 88.950 ) 88.950 deg. F temperature 9( 88.050 ) = 88.050 deg. F l temperature 10 ( 87.200 ) : 87.280 deg. F temperature 11 ( 86.820 ) : 86.820'deg. F -I temperature 12 ( 86.090 ) : 86.080 deg. F i temperature 13 ( 85.380 ) = 85.380 deg. F temperature >14 ( 84.330 ) : 64.330 deg, F temperature 15.( 83.110 ) : 83.110 deg. F ' temperature 16 ( 79.340 ) : 79.340 deg. F i temperature 17 ( 76.250 ) : 76.250 deg. F temperature 18 (- 74.780 )
- 74.780 deg. F (T temperature 19 ( 74.000 ) : 74.000 deg. F ;
\-) temperature 20 ( 73.500 ) : 73.500 deg. F i temperature 21 ( 72.780 ) : 72.780 deg. F !
temperature 22 ( 73.080 ) : 73.080 deg. F + temperature 23 ( 72.400 ) : 72.400 deg. F ' temperature 24 ( 73.430 ) : 73.430 deg. F ; temperature 25 ( 72.810 ) : 72.810 deg. F temperature 26 ( 72.600 ) 72.600.deg. F i temperature 27 ( 72.610 ) : 72.610 deg. F temperature 28 ( 71.920 ) : 71.920 deg. F l temperature 29 (. 71.940 ) : ,71.940 deg. F ! temperature 30 ( 72.420 ) : 72.420 deg. F ' l dewpoint 1 ( 74.210 ) : 74.210 deg. F , 0.4184 psia- ) dewpoint- 2 ( 74.890 ) = 74.890 deg. F , 0.4281 psia dewpoint 3 ( 74.040 ) : 74.040'deg. F , 0.4161 psia dewpoint 4 ( 54.280 ) : 54.280 deg. F , 0.2084 psia dewpoint 5 ( 58.600 ) = 58.600 des. F , 0.2436 psia dewpoint 6 ( 55.210 ) : 55.210 deg. F , 0.2156 psia , pressure 1 ( 60.44190 ) : 60.4419 psia ., pressure 2- ( 60.44040 ) : 60.4404 psia ' ' weighted averages, volume and air mass f j-4 temperature : 81.09869 deg. F ' t e pressure : 60.44190 psin vapor pressure : 0.30792 psia 3 volume = 2841900 cu. ft, dry air mass : 852992.55 lbm r - w , w n =
- R 1
, l 4
s , VOGTLE UNIT 1-1990 ILRT-STABILIZATION L; data-set 5 e i time : 830 date : 329 i sensor raw data value j
. temperature 1( 88.880 ) = 88.880 deg. F .!
tumperature 2( 88.680 )' : 88.680 deg. F i temperature 3( 88.460 ) : 88.460 deg. F , temperature 4 ( 88.830 ) : 88.830 deg. F . temperature 5( 88.890 )- : 88.890 deg. F ! temperature 6( 88.460 ) : 88.460 deg. F f temperature 7 ( 88.270 ) : 88.270 deg. F : temperatura 8( .88.290 ) : 88.290 deg, F temperature 9( 87.430 ) = -87.430 deg. F i temperature 10 ( 86.530 ) : 86.530 deg. F i
, temperature 11 ( 86.050 ) : 86.050 deg. F ;;
temper'ature 12 ( 85.310 ) : 85.310 deg. F i temperature 13 ( 84.610 ) : 84.610 deg. F temperature 14 ( 83.720 ) : 83.720 deg. F temperature 15 ( 82,320 ) : 82.320 deg. F temperature 16 ( 19.020 )- : 79.020 deg. F i-temperature 17 ( 76.260 ) = .76.260 deg. F -! temperature 18 ( 75.060 ) : 75.060 deg. F ,' ijY temperature 19-( 74.260 ) : 74.260 deg. F
=N- temperature 20 ( 73.800 ) : 73.800 deg. F ]
temperature'21 ( 73.140 ) : 73,140 deg. F
-temperature 22 ( 73.420.) : 73.420 deg. F _
72.500 )
-temperature.23-( : 72.500 deg. F
. temperature 24 ( 73.840 ) : 73.84f deg. F (
temperature 25 ( 72.950 ) = 72 950 deg. F ! temperature 26 ( 72.760 ) : 72:.760 deg. F : temperature 27 ( 72~.780 ) : 72'.780 deg. F temperature 28 ( 72.200 ) : 72.200 deg. F Ji temperature 29 (. 72.150 ) : 72.150'deg. F. 1'
-temperature 30 ( 72.'620 ) : 72.620 deg. F dewpoint 1 ( 73.990 ) : 73.990 deg. F , 0.4154= psia.
dewpoint 2 ( 74.740 ) : 74.740 deg. F , 0.4259 psia. ! dewpoint 3 ( '74.060 ) : 74.060 deg. F . 0.4163 psia , dewpoint 4 ( 54.640 ) : 54.640 deg. F , 0.2111 psia ! dewpoint 5 ( 58.840 ) : 58.840 deg. F , 0.2457 psia l dewpoint 6 ( 55.330 ) : 55.330 deg. F , 0.2165 psia f pressure 1- ( 60.40690 ) : 60.4069 psia l pressure 2 ( 60.40550 ) : 60.4055 psia weighted averages, volume and air mass ~ , (q
',j '
temperature pressure 80.77224 deg. F 60.40690 psia vapor pressure : 0.30802 psia volume : 2841900 cu. ft. dry air mass : 853009.69 lbm
; 11 .- '
ii i4
' ~
i L y ' 't L , - i. '
' ~
VOGTLE UNIT 1-1990 ILRT-STABILIZATION
-/ ,
r N .>.
- tdata' set 6 i
l
, time 1845 date.: 329 i sensor raw data value ? temperature 1( 88.150 ) : 88.150 deg. F .'
o temperature; 2 (- 87.970 ) : 87.970 deg~. F
! ; temperature 3( B7.7601)
- 87.760 dog. F :
temperature 4( 88.190 ) = 88.190 deg. F ; temperature 5( 88.230 ) : 88.230 deg. F ;
-tempeveture 6( 87.840') = 87.840 deg.-F !
i' . temperature 7 ( P7.600 ) : 87.600 deg. F F
, temperature 8 (- 87.700 ) 2 97.700 deg. F i J: ' temperature 9.( 86.900 )
- 86.900 deg. F f:
b temperature-10'(. 85.980 ) : d5.980 deg. F J' . temperature 11 ( 85.420 ) : B5.420 deg. F .; L tsmperature 12-( 84.610-.)
- 84,610 deg, F (
tcmperatureL13 ( 84.010 ) p
- 84.010 deg. F 1 temperature 14 ( 83.160 ) 83.160 deg. F !
temperature 15~( 81.740 ) : 81.740 deg. F 'l temperature 16 ( 78.820 ) : 78.820.deg. F ] ? .tomperature 17 ( 76.340 ) : 76,340 deg. F ;
-~ temperature-18-( 75.190 ) : 75.190 deg. .F *
,' 5 (3-C ' temperature 19 ( '74.420 ) : 74.420 deg. F j temperature 20 ( 73.940-) : 73.940 deg. F !
. temperature 21 ( 73.380 ) : 73.380 deg..F < ;
73.670 ) ~ temperature 22 ( : 73.670 deg..F l J temperature 23 (' 72.690-) = 72.690 deg..F l temperature 24 ( 74.080 )
- 74.080 deg. F q temperature 25 ( 73.110 ) : 73.110 deg. F ;
- .tomperature 26 ( 72.890 )
- 72.890 deg. F
temperature 27 ( 72.910 ) : 72.910 deg. F , temperature 28 ( 72.390 ) : 72.390 deg. F _{ temperature 29 (. 72.330 )
- 72.330 deg. F-temperature 30 ( 72.770 ) : 72.770 deg. F dewpoint- 1 ( 73.800 ) : 73.800 dog. F , 0.4127 psia i dewpoint 2' ( 74.430 ) : 74.430 deg. F , 0.~4215 psia ;
-dewpoint '3- '( 73.890 ) : 73.890-deg. F ,
0.4140 psia - idewpoint. 4 ( 54.820 ) : 54.820 deg. F , 0.2125.ps-ia i dewpoint 5 ( 58.310 ) : 58.310 deg. F , 0.2411. psia ' dewpoint. 6 ( 55.100 ) : 55.100 deg. F , 0.2147 psia - a c' pressure- 1 -( 60.37890 ) = 60.3789' psia : L-pressure. 2 -( 60.37750 ) = 60.3775 psia ; p , -
^
weighted averages, volume and air mass M temperature : 80.50522 deg. F
! i pressure : 60.37890 psia i vapor pressure-: ' 0.30589 psia e volume : 2841900 cu. ft.
dry air mass : 853063.98 lbm ,, "- --- , ,r. - r _
rw-- ,. , n i Y\' . vt I '
- o ,
i m; ) VOGTLE UNIT 1-1990 ItRT-STABILIZATION .l
'_/-
data set 7 t F - time': 900 date : 329 l sensor raw data value [ t temperature. 1 ( B7.600-) : 87.600 deg. F l temperature 2( 87.390 ) : 87.390 deg. F ; temperature- 3( 87.190 ) 87.190 deg. F :' temperature- - 4 ( 87.610 ) = 87.610 deg. F temperature 5( 87;670 ) 87.670 deg. F temperature: 6( B7.350 ) : 87.350.deg. F 1 temperature 7( 87.110 ) : 87.110 dog. F. j temperature 8( B7.750 ) : 87.250 deg. F i temperature. 9 (- 86.510-) : 86.510 deg. F temperature 10.( 85.500 )
- 85.520 deg. F temperature;11 ( 84.910 ) : 84.910'deg. F .;
' temperature.12'( 84.020 ) : 84.020 deg. F l
-temperature 13 ( 83.450 )
- 83.450 deg. F j l temperature 14 ( 82.570 ) -82.570 deg. F ,
temperature 15 ( 81.270') : 81.270 deg. F l tempe'ature-16 ( 78.710 ) : 78.710 deg. F ! temperature 17 ( 76.440 ) :- 76.440 deg, F 1 ss _ ; temperature 18.( -75.320 ) : 75.320 deg. F
'l ' temperature-19 ( 74.590 ) : 74.590 deg. F -
's-[1 temperature 20 ( 74.130 ) s 74.130 deg. F :
temperature 21.( 73.540-) : - 73.540 deg. F i temperature 22 ( 73.840--) : 73.840 deg. F -j temperature 23 ( 72.870.) : 72,670 deg. F ; temperature 24 ( 74.250 ) : 74.250 deg..F :! temperature 25 ( 73.220 ) 73.220 deg.- F temperature 126 ( 73.010 ) : 73.010 deg. F j
' temperature 27 ( 73.030 ) : 73.030 deg. F j temperature 28 ( 72.540 ) : 72.540 deg, F' ;
temperature 29'( 72.460 ) : 72.460'deg. F- ! temperature-30 ( 72.910 ) :- 72.910-deg. F dewpoint 1 ( 73.680 ). : 73~.680 deg. Ff, 0.4111 psia - dowpoint 2 ( 74.400 ) = 74.400~deg. F , 0.4211 psia :
-dewpoint 3 ( 74.070 ) : 74.070'deg. F., 0.4165-psia !
dewpoint 4 ( 55.030 ) : 55.030 deg. F , 0.2142 psia 4 dewpoint 5 ( 58.110 ) : 58.110 deg, F , 0.2394. psia ; dewpoint 6 ( 55.060 ) : 55.060 deg. F , 0.2144 psia j pressure 1 ( 60.35570_) : 60.3557 psia pressure 2 ( 60.35440 ) : 60.3544 psia weighted averages, volume and air mass ! jx temperature : 80.28861 deg. F , A f-pressure vapor. pressure :
- 60.35570 0.30570 psia psia j '
volume : 2841900 cu. ft. dry air mass : 853079.27 lbm t r.-. . - --y. , , , , - . . . , _ - - . ..,-y._., y- , ,,% , - . . , ,
ee ' W '
.a
;[ i o
a; a. ..
+ -
1 ,
.y s- .
p LyoGTLE UNIT 1-1990'ILRT-STABILIZATION r > data-set. 8 j F
. time :
915, 'date 4 329 }, i sensoe- raw data value J [ [,
+
' temperature temperature 1.(
2( B7.150 ) ': 86.950 ) ' : 87.150 deg. 86.950'deg. F F. ; h' temperature 3 - (. 86.730 ) : 86.730 deg. F l p' temperature 4( 87.160') 87.160 deg. F , j. , ; E : temperature 5( B7.~200 ) = 87.200 deg. F ; o ' temperature 6( 86.930 )- : 86,930 deg. F l h, temperature 7 -( 86.700 ) : 86'.700-deg. F i 86.830 ) temperaturel 81( : 86.830,deg. F l temperature .9'( 86.-120 ) : 86.120>deg. F-temperature 10'( 85.170 ) : 85.170 deg. F temperature 11 ( 84.430 ) : 04.430 deg. F , temperature 12 ( 83.530 ) : 83,530 deg 'F l temperature 13 ( 82.990 )' : 82.990 deg. F l L ,L. (temperature 14'( 82.080 ) 82.080 deg. F f Ltemperature:15 ( 80.920 ) : 80.920 deg. F i l temperature 16 ( 7P.-670 ) : 78.670 deg. F !
. temperature.17 ( 76.520") : 76.520 deg. F I temperature.18 ( 75.410 ) : 75.410 deg. F j f(7 g ,f -. temperature 19 (. 74.740 ) : 74.740'deg. F j temperature 20 (- 74.230 )
- 74.230 deg. F .
temperature'21 ( 73.670-) : 73.670 deg. F l
, -temperature 22'(^ 73.940 ) '
- 73.940-deg. F temperature 23 ( L72.970') : 72.970 deg..F temperature 24-( 74.380 ) : 74.380 deg. F. ;
73.300')
, temperature'25-( 73.300 deg. F
. temperature 26 ( 73.100 ) : 73.100'deg. Fc temperature ~27 ( -73.160 ) : 73.160 deg. F
' temperature 28 ( 72.650 ) :- 72.650'deg. F .[
temperature 29 ( -72.590 ) = 72.590 deg. F c!
. temperature 30 ( 73.000 )
- 73.000 deg. F j dewpoint- '1 ( 173.750 -) : 7.3.750 deg. F, 0.4120 psia- l dowpoint 2' ( 74.290 ) = 74.290 deg. F . 0.4196= psia'
;}
fdewpoint' 3 73.420 ) = 0.4075 as'ia:
~
73.420 deg..F,, ( dewpoint -4 ( 55.090 ) ~ t 55.090'deg. F , 0.2146 psia: 1 dewpoint 5 ( 57.950 ) : 57.950 deg. F , 0.2380 psia' l dewpoint 6 ( 55.090 ) 55.090 deg. F, 0.2146 ps-ia y
. pressure 1 ( 60.33610 ) : 60.3361 psia d pressure 2 ('60.33470 ) : 60.3347 psia i l
weighted averages, volume and air mass i
?
temperature : 80.10312 deg. F s F(~s 5 ,)-;: pressure : 60.33610 psia s ; vapor pressure : 0.30541 psia volume : 2841900 cu. ft. dry air mass : 853097.99 lbm i 4 1 v r' ' A
4 3
.i
.. ( ) V0GTLE UNIT 1-1990 ILRT-STABill2ATION l
\_/ j data set. 9 !
1 time : 930 date : 329 ! i sensor raw data value !
-l temperature 1( 86.770 ) : 86.770 deg. F l temperature 2( 86.570 ) : 86.570'deg. F !
temperature 3( 86.360 ) : 86.360 deg. F [ temperature 4 ( 86.780 ) = 80.780 dog. F l temperature 5( 86.820 ) : 86,820 deg. F temperature 6( 86.570 ) = 8 6 . 5'r 0 d e g . F ., temperatureL 7( 86.320 ) 86.320 deg. F t temperature 8( 86.470 ) 86.470 deg. F temperature 9( 85.750 1 : 85.750 deg. F temperature 10 ( -84.860 ) e 84,860 deg. I 1, temperature,11 ( 84.020 ) : 84.030 deg.. F , temperature 12 ( 83.110 ) 83;'10 deg. F : temperature 13 ( 82.630 ) : 82.630 deg. F [ temperature 14 ( S1.710 ) : 81.710 deg. F i tempurature 15 ( 80.620 ) : 80.620 deg. F ; temperature 16 ( 78.620 ) : 78.620 deg. F .i temperature 17 ( 76.620 ) : 76.620 deg. F l
<-( . teraperature .18 ( 75.530 ) : 75.530 deg. r ,
j ) temperature 19 ( 74.850 ) : 74.850 deg. F temperature 20 ( 74.360 ) : 74.360 deg. F :l' temperature 21 ( '73.780 ) : 73.780 deg. F temperature 22 ( 74.000 ) : 74.000 deg.'F temperature 23 ( 73.060 ) = 73.060 deg. F [ temperature 24 ( .74.490 )' : 74.490 deg. F ! temperature.25 ( 73.300 ) : 73.380 deg. F i temperature 26 ( 73.200 ) : 73.200 deg. F ; temperaturs 27 ( 73.250 ) = 73.250 deg. F temperature 28 ( 72.760 ) : 72.760 deg.-F ; temperature 29 ( 72.690 ) = 72.690 deg. F : temperature 30 ( 73.090 ) : 73.090 deg. F ;-
?
dewpoint 1 ( 73.610 ) : 73.610 deg. F , 0.4101 psia i dewpoint 74.110 ) 0.4170 psia # 2 ( = 74.110 deg. F , dewpoint 3 ( 73.890 ) : 73.890 deg. F , 0.4140 psia dewpoint 4 (~ $5.110 ) : 55.110 deg.~F , 0.2148' psia, , dewpoint 5 ( 58.020 ) : 58.020 deg. F , 0.2386 psia i dewpoint 6 ( 55.160 )' : 55.160 deg. F , 0.2152 psia - pressure 1 ( 60.31900 ) : 60.3190 psia pressure 2 ( 60.31770 ) : 60.3177 psia
~
weighted averages, volume and air mass fs temperature : 79.94986 deg. F , (,/ pressure : 60.31900 psia vapor pressure : 0.30461 psia volume : 2841900 cu. ft. dry air mass : 853108.56 lbm , i
O i (s~cy VOGTLE UNIT 1-1990 ILRT-STABILIZATION
, data set 10 *
-time z. 945 date : 329 sernor raw data value j i temperature 1( 86.440 ) = 86.440 deg. F ,
, temperature 2( 86.220 ) = 86.220 deg. F e temperature 3( 86.040 ) 86.040 deg. F r temperature 4( 86.450 ) : 86.450 deg. F ;
temperature 5( 86.490 ) :- 86.490 deg. F L temperature 6( 86.280 ) : 86.280 dag..F temperature 7( 85.980 ) : 85.980 deg. F , temperature 8( 86.160 ) = 86.160 deg. F l' temperature 9( 85.480 ) = 85.400 deg. F temperature 10 ( 84.540 ) = 84.540 deg. F : temperature 11 ( 63.700 ) = 83.700 deg. F temperature 12 ( 82.750 ) = 82.750' dog. F e temperature 13 ( 82.290 ) = 82.290 deg. F , temperature 14 ( 81.410 ) = 81.410 deg. F temperature 15 ( 80.330 ) : B0 330 deg. F r temperature 16 ( 76.620 ) = 78.620 deg. F l temperature 17 ( 76.700 ) 76.700 deg. F l~
, temperature 18 ( 75.630 ) r 75.630 deg. F 4
\-
temperature 19 ( 74.960 ) = 74.960 deg. F temperature 20 ( 74.460 ) : 74.460 deg. F ^ temperature 21 ( 73.870 ) = 73.870 deg. F i 6 temperature 22 ( 74.120 ) = 74.120 deg. F temperature 23 ( 73.130 ) = 7,3.130 deg. F '
.i temperature 24 ( 74.580 ) = 74.580 deg. F temperature 25 ( 73.440 ) : 73.440 deg. F -
temperature 26 ( 73.250 ) = 73.250 deg. F temperature 27 ( 73.310 ) = 73.310 deg. F {; L temperature 28 ( 72.830 ) = 72.830 deg. F temperature 29 ( 72.820 ) = 72.820 deg. F temperature 30 ( 73.170 ) = 73.170 deg. F-L dewpoint 1 ( 73.680 ) : 73.680 deg. F , 0.4111 psia l ' dewpoint 2 ( 74.120 ) : 74.120 deg. F , 0.4172 psia l- dewpoint 3 ( 73.560 ) : 73.560 deg. F , 0.4094' psia , h dewpoint 4 ( 55.190 ) = $5.190 deg. F., 0.2154 psia L dewpoint 5 ( 57.680 ) 57.680 deg. F , 0.2357 psia dewpoint 6 ( 55.260 ) : 55.260 deg. F , 0.2159 psia l l l pressure 1 ( 60.30400 ) = 60.3040 psia pressure 2 ( 60.30270 ) = 60.3027 psia l l weighted averages, volume and air mass L v"N temperature : 79.81819 deg. F I) pressure vapor pressure :
- 60.30400 0.30476 psia psia 3
volume = 2841900 cu. ft, dry air mass : 853101.41 lbm 1
E VOGTLE UNIT 1-1990 ILRT-STABILIZATION data set 11 time : 1000 'date : 329 sensor raw data- value temperature 1.( 86.150 ) = 86.150 deg. F temperature 2( 85.930.) : 85.930 deg. F temperature 3 (' 85.720 ) : 85.720 deg. F temperatuie - 4 ( 86.160 ) : 86.160 deg. F temperature 5( 86.200 ) = 86.200-deg. F temperature - 6( 85.960 ) : 85.960 deg. F temperature 7( 85.710 ) : 85.710 deg. F temperature 8 ( 85.850 ) : 85.850 deg.-F "i temperature 9 ( 85.250 ) : 85.250 deg. F temperature - 10 ( 84.280 ) = 84.280 deg. F temperature 11 ( 83.350 ) : 83.350 deg. F temperature 12 ( 82.500 ) : =82.500 deg. F temperature 13 ( 81.960 ) : 81.960 deg. F temperature 14 (' 81.150 ) : 81.150 deg. F temperature 15 ( 80.150 ) : 80.150 deg. F temperature 16 ( 78.580 ) : 78.580 deg. F temperature 17 ( 76.770 ) : 76.770 deg. F temperature 18 ( 75.670 ) : 75.670 deg. F temperature !4 ( 75.020 ) = 75.020 deg. F
'(f temperature m ( 74.520-) :
74.520 deg. F temperature ', 1 ( -73.950 ) : 73.950 deg. F temperature 22 ( 74.170 ) :- 74,170 deg. F temperature 23 ( 73.220 ) : 73.220'deg. F
-temperature 24 ( 74.650 ) : 74.650 deg. F temperature 25 ( 73.500 ) = 73.500 deg. F temperature 26 (- 73.330 ) = 73.330-deg. F temperature'27.( 73.380 ) = 73.380 deg. F:
temperature 28 ( 72.920 ) : - 72.920 deg. F-temperature 29 ( 72.880 ) : 72.880 deg. F temperature 30 ( 73.230 ) : 73.230 deg. F. dewpoint 1 ( 73.590 ) : 73.590 deg. F , 0.4098 psia dewpoint 2 ( 74.030 ) = 74.030 deg. F , 0.4159 psia dewpoint 3 ( 73.690 ) = 73.690 deg. F , 0.4112 psia dewpoint 4 ( 55.260 ) = 55.260 deg. F , 0.2159 psia dewpoint 5 ( 57.710 ) = 57.710 deg. F , 0.2360 psia dewpoint 6 ( 55.310 ) : 55.310 deg. F , 0.2163 psia pressure 1 ( 60.29050 ) = 60.2905 psia pressure 2 ( 60.28910 ) = 60.2891 psia weighted averages, volume and air mass 1 - temperature : 79.69617 deg. F pressure : 60.29050 psia vapor pressure : 0.30447 psia volume : 2841900 cu. ft. dry air mass = 853106.62 lbm l . i
VOGTLE UNIT 1-1990 ILRT-STABILIZATION data set 12 time : 1015 date : 329 sensor raw data value temperature 1.( 85.890 ) : 85.890 deg. F temperature ~2-( 85.680 ) = 85.680 deg. F temperature 3( 85.490 ) : 85.490 deg. F temperature 4( 85.910 ) = 85.910 deg. F temperature 5( 85.930 ). : 85.930 deg. F temperature 6 ( -85.710 ) : 85.710 deg. F-
~ temperature 7 (- 85.460 ) : 85.460 deg. F temperature 8 ( 85.630 ) : 85.630 deg. F temperature 9 ( 85.040 ) : 85.040 deg. F temperature 10 (- 84.040 ) = 84.040 deg. F temperature-11 ( 83.080 ) : 83.080 deg. F temperature 12 ( 82.220 ) : 82.220 deg. F temperature 13 ( 81.710 ) = 81.710 deg. F temperature 14 ( 80.920 ) = 80.920 deg.-F temperature 15 ( 79.950 ) : 79.950 deg. F temperature 16 ( 78.560 ) : 78.560 deg. F temperature 17 ( 76.820 ) : 76.820 deg. F temperature 18 ( 75.730 ) : 75.730Ldog. F
-temperature 19 ( 75.100 ) = 75.100 deg. F 74.580 )
temperature 20 ( = 74.580 deg. F temperature 21'( 74.020 ) = 74.020 deg. F temperature 22 ( 74,250 ) 74.250 deg. F temperature 23 ( 73.300 ) : 73.300 deg. F temperature 24 ( 74.740 ) = 74.740 deg. F temperature 125 ( 73.550 ) = 73.550 deg. F temperature 26 ( '73.360 ) : 73.360 deg. F temperature 27 ( 73.450 ) = 73.450 deg. F temperature 28 ( 73.010 ) : 73.010 deg. F temperature 29 ( 72.970 ) = 72.970 deg. F temperature 30 ( 73.300') = 73.300 deg. F dewpoint 1 ( 73.600 ) = 73.600 deg. F , 0.4100 psia dowpoint 2 ( 74.170 ) : 74.170 deg. F , 0.4179 psia dewpoint 3 ( 73.540 ) :- 73.540 deg. F , 0.4091 psia; dewpoint. 4 ( 55.310 ) = 55.310 deg. F , 0.2163 psia dowpoint 5 ( 57.370 ) = 57.370 deg. F , 0.2331 psia dewpoint 6 ( 55.330 ) = 55.330 deg. F , 0.2165 psia pressure 1 ( 60.27820 ) : 60.2782 psia pressure 2 ( 60.27690 ) : 60.2769 psia
. weighted averages, volume and air mass temperature : 70.59613 deg. F
-e pressure vapor pressure :
- 60.27820 psia 0.30483 psia volume : 2841900 cu. ft, dry air mass : 853084.64 lbm
VOGTLE UNIT 1-1990 ILRT-STABILIZATION data set 13 time : 1030 date : 329 sensor raw data value temperature 1( 85.660 ) : 85.660 deg. F temperature 2( 85.420 ) : 85.420 deg. F temperature 3( 85.220 ) : 85.220 deg. F temperature 4( 85.680 ) : 85.680 deg. F
-temperature 5( 85.700 ) = 85.700 deg. F temperature 6( 85.470 ) : 85.470 deg. F temperature 7( 85.230 ) : 85.230 deg. F temperature 8( 85.400 ) = 85.400 deg. F temperature 9( 84.790.) : 84.790 deg. F temperature 10 ( 83.810 ) = 83.810 deg. F temperature 11 ( 82.820 ) : 82.820 deg. F temperature 12 ( 81.940 ) : 81.940 deg. F temperature 13 ( 81.470 ) = 81.470 deg. F temperature 14 ( 80.680 ) = 80.680 deg. F temperature 15 ( 79.810 ) = 79.810 deg. F temperature 16 ( 78.520 ) : 78.520 deg, F temperature 17 ( 76.860 ) = 76.860 deg. F temperature 18 ( 75.760 ) : 75.760 deg. F temperature 19 ( 75.180 ) : 75.180 deg.'F
' temperature 20 ( 74.610 ) 74.610 deg. F temperature 21 ( 74.100.) = 74.100 deg. F temperature 22 ( 74.300 ) : 74.300 deg. F temperature 123 ( 73.350_) 73.350 deg. F
~
temperature 24 (- 74.780 ) = 74.780 deg. F temperature 25 ( 73.610_) = 73.610 deg. F temperature 26 ( 73.470') : 73.470 des. F temperature 27 ( 73.520 ) = 73.520 deg. F temperature 28 ( 73.070 ) = 73.070 deg. F temperature 29 ( 73.030 ) : 73.030 deg. t temperature 30 ( 73.360 ) = 73.360 deg. F dewpoint 1 ( 73.700 ) : 73.700 deg. F , 0.4113 psia dewpoint 2 ( 74.040 ) : 74.040 deg,. F , 0.4161 psia dewpoint 3 ( 73.220 ) = 73.220 dog. F . 0.4048 psia dewpoint 4 ( 55.350 ) : 55.350 deg. F , 0.2167 psia dewpoint 5 ( 57.560 ) = 57.560 deg. F , 0.2347 psia dowpoint 6 ( 55.410 ) = 55.410 deg. F , 0.2171 psia pressure 1 ( 60.26700 ) : 60.2670 psia pressure 2 ( 60.26570 ) = 60.2657 psia weighted averages, volume and air mass
; temperature : 79.49429 deg. F pressure : 60.26700 psia vapor pressure : 0.30491 psia volume : 2841900 cu. ft.
dry air mass : 853085.34 lbm
= 2j.
~
i i \ .VOGTLE UNIT 1-1990 ILRT-STA8ILIZATION
'_ h
+ . . l data' set 14 time : 1045 date : 329 sensor raw data value temperature 1( 85.440 ) = 85.440 deg. F r temperature 2( 85.200 ) : 85.200 deg. F temperature- 3( 85.000 ) = 85.000 deg. F temperature 4( 85.450 ) = 85.450 deg. F temperature 5( 85.470 ) : 85.470 deg. F temperature 6( 85.280 ) : 85.280 deg. F temperature 7 ( 85.010 ) = 85.010 deg. F l temperature 8( 85.180 ) : 85.180 deg. F temperature 9( 84.550 ) : 84.550 deg. F temperature 10 ( 83.630 ) 83.630 deg. F temperature 11 ( 82.590 ) :. 82.590 deg. F temperature 12 ( 81.730 ) : 81.730 deg. F temperature 13 ( 81.270 ) = 81.270 deg. F temperature 14 ( 80.470') :- 80.470'deg. F temperature 15 ( 79.660 ) = 79.660 deg. F temperature 16; ( 78.490 ) : 78.490 deg. F g temperature 17 ( 76.890 ) = 76.890 deg. F 7.x temperature 18 (- 75,840 ) : 75.840 deg. F j
! :. temperature.19 ( (5.230 ) = 75.230 deg. F 1
'l temperature 20 ( 74.670 ) = 74.670 deg. F l temperature 21.( 74.160 ) : 74.160 deg. F l 74.390 )
temperature 22 ( : 74.390 deg. F temper >ure 23 ( 73.460 ) = 73.460 deg. F temperature 12-4 ( 74.840 ) 74.840 deg. F l temperature 25 ( .73.660 ) : 73.660-des. F temperature 26.( '73.520 ) : 73.520 deg. F temperature 27 (. 73.590.) : 73.590 deg. F temperature 28 ( 73.130 ) .:. 73.130 deg. F temperature'29 ( 73.'100 ) : 73.100 deg. F temperature 30'( 73.420 ) = 73.420 deg. F dewpoint 1 ( 73.570 ) = 73.570 deg. F , 0.4095 psia dewpoint 2 ( 74.040 ) : 74.040 deg. F , 0.4161 psia dowpoint 3 ( 73.600 ) = 73.600 deg. F , 0.4100 psia dewpoint 4 ( 55.430 ) : 55.430. des. F , 0.2173 psia 1 dewpoint 5 ( 57.330 ) : 57.330 deg. F , 0.2328' psia-dewpoint 6 ( 55.480 ) = 55.480 deg. F , 0.2177 psia pressure 1 ( 60.25630 ) = 60.2563 psia i pressure 2 ( 60.25520 ) = 60.2552 psia j weighted averages, volume and air mass temperature 79.40958 deg. F
. (jr-) pressure
- 60.25630 psia l
I vapor pressure : 0.30'68 psia volume : 2841930 cu. ft, dry air mass : 853070.19 -lbm l l
VOGTLE' UNIT 1-1990 ILRT-STABILIZATION -( data set 15 time : 1100 date : 329 sensor raw data value temperature 1( 85.230 ) : 85.230 deg. F temperature 2( 85.010 ) = 85.010 deg. F temperature 3( 84.830 ) : 84.830 deg. F temperature 4( 85.250 ) = 85.250 deg. F temperature 5( 85.280 ) = 85.280 deg. F temperature 6( 85.070 ) : 85.070 deg. F temperature 7( 84.790 ) : 84,790 deg. F temperature 8( 84.980 ) : 84,980 deg. F
. temperature 9( 84.410 ) : 84.410 deg. F temperature 10 ( 83.410 ) : -83.410 deg. F temperature 11 ( 82.360-) : 82.360 deg. F temperature 12 ( 81.500 ) : 81.500 deg. F temperature 13 ( 81.080 ) : 81.080 deg. F temperature 14 ( 80.290 ) : 80.290 deg. F temperature 15 ( 79.530 ) = 79.530 deg. F temperature 16 ( 78.460 ) : 78.460 deg. F temperature 17 ( 76.940 ) : 76.940 deg. F temperature 18 ( 75.870 ) : 75.870 deg. F
_k 1 temperature temperature 19 20 ( ( 75.280 ) 74.720 )
=
=
75.280 deg. F 74.720 deg. F temperature 21 ( 74.220 ) = 74.220 deg. F temperature 22 ( 74.420 ) = 74.420 deg. F
. temperature 23 ( 73.480 ) : 73.480 deg. F temperature 24 ( 74.890 ) = 74.890 deg. F temperature 25 ( 73.710 ) : 73.710 deg. F temperature 26 ( 73.580 ) = 73.580 deg. F temperature 27 ( 73.630 ) : 73.630 deg. F temperature 28 ( 73.180 ) : 73.180 deg. F-temperature 29 ( 73.170 ) = 73.170 deg. F temperature 30 ( 73.470 ) : 73.470 deg. F dewpoint. 1 ( 73.530 ) : 73.530 deg. F , 0.4090 psia-
' dewpoint 2 ( 73.890 ) : 73.890 deg. F . 0.4140 psia dewpoint- 3 '( 72.690 ) = 72.690 deg. F , 0.3976 psia dewpoint 4 ( 55.480 ) : 55.480 deg. F , 0.2177 psia dowpoint 5 (- 57.240 ) = 57.240 deg. F , 0.2320 psia dewpoint 6 ( 55.550 ) = 55.550 deg. F , 0.2182 psia pressure 1 ( 60.24650 ) : 60.2465 psia pressure 2 ( 60.24520 ) = 60.2452 psia weighted averages, volume and air mass temperature : 79.32583 deg. F 9 pressure vapor pressure :
- 60.24650 psia 0.30412 psia volume : 2841900 cu. ft, dry air mass : 853071.52 lbm
m i VOGTLE UNIT 1-1990 ILRT-STABILIZATION data set 16 time : 1115 date : 329 sensor raw data value temperature 1( 85.040 ) : 85.040 deg. F temperature 2 (- 84.810 ) = 84.810 deg. F temperature 3( 84.630 ) : 84,630 deg. F temperature 4 (' 85.060 ) = 85.060 deg. F temperature 5( 85.080 ) = 85.080 deg. F temperature 6-( 84.870 ) : 64.870 deg. F i' temperature 7 ( 84'.620 ) : 84.620 deg. F temperature 8 ( 84.800 ) : 84.800 deg. F temperature 9 ( 84.250 ) : 84.250 deg. F temperature 10 ( 83.220 ) : 83.220 deg. F-temperature 11 ( 82.170 ) : 82.170 deg. F temperature 12 ( 81.280 ) : 81.280 deg. F temperature 13 ( -80.900 ) : . 80.900 d39 F temperature 14 ( 80.140 ) = 80.140 deg. F temperature 15 ( 79.400 ) = 79.400 deg. F temperature 16_( 78.420 ) : 78.420 deg. F temperature 17 ( 76.960 ) : 76.960 deg. F temperature 18 ( 75.910 ) : 75.910 deg. F temperature 19 ( 75.330 ) : 75.330 deg. F l temperature 20 ( 74.750 ) : 74.750 deg. F temperature 21-( 74.270 ) :. 74.270 deg. F-temperature 22 ( 74.480') = -74.480 deg. F temperature 23 ( 73.540 ) : .73.540 deg. F temperature 24 ( 74.940 ) : 74.940-deg. F temperature 25 ( 73.750 ) : 73.750 deg. F temperature 26 ( 73.620 ) = 73.620 deg. F temperature 27 ( 73.690 ) : 73.690 deg. F temperature 28 ( 73.250 ) = 73.250 deg. F temperature 29 ( 73.240 ) : 73.240 deg. F temperature 30'( 73.520 ) = 73.520 deg. F dewpoint 1 ( 73.570 ) : 73.570-deg. F , 0.4095 psia dewpoint 2 ( 74.060 ) = 74.060 deg. F , 0.4163 psia dewpoint 3 ( 70.040 ) : 70.040 deg. F . 0.3634 psia dewpoint 4 ( 55.550 ) = 55.550 dog. F , 0.2182 psia dewpoint 5 ( 57.460 ) 57.460 deg. F , 0.2338 psia dewpoint 6 ( 55.620 ) = 55.620 deg. F , 0.2188 psia pressure' 1 ( 60.23720 ) = 60.2372 psia pressure 2 ( 60.23600 ) = 60.2360 psia we ghted averages, volume and air mass e temperature pressure vapor pressure =
.s.24863 deg. F 60.23720 psia 0.30534 psia volume : 2841900 cu. ft, dry air mass : 853043.99 lbm
VOGTLE UNIT 1-1990 ILRT-STABILIZATION i data set 17 time : 1130 date 329 . i sensor raw data value temperature 1( 84.870 ) = 84.870 deg. F i
. temperature 2( 84.620 ) : 84.620 deg. F ,
temperature 3( 84.440 ) = 84.440 deg. F temperature- 4 ( 84.890 ) 84,890 deg. F temperature 5( 84.910 ) = 84,910 deg. F temperature 6 ( 84.690 ) = 84,690 deg. F temperature 7 ( B4.460 ) : 84.460 deg. F temperature 8 ( 84,630 ) : 84,630 deg F ; temperature 9 ( 84,100 ) : 84,100 deg. F temperature 10 ( 83.030 ) : 83.030 deg. F 'i temperature 11 ( 81.970 ) : 81.970 deg. F temperature 12 ( 81.130 ) : 81.130 deg. F temperat'ure 13 ( 80.720 ) : 80.720 deg. F
' temperature 14 ( 80.000 ) : 80.000 deg. F temperature 15 ( 79.260 ) : 79.260 deg. F temperature 16 ( 78.370 ) : 78.370 deg. F temperature 17 ( 76,980 ) : 76.980 deg. F
'x , temperature-18 ( 75.930 ) : 75.930 deg..F
) temperature 19 ( 75.370 ) : 75.370 deg. F
'C temperature 20 ( 74.780-) : 74.780 deg. F temperature 21 ( 74.320 ) : 74.320 deg. F temperature'22 ( 74.480 ) : 74.480 deg. F temperature 23 ( 73.550 ) = 73.550 deg. F temperature 24 ( 75.000 ) : 75.000 deg. F-temperature 25 ( 73.800 ) : 73.800 deg. F temperature 26 ( 73.650 ) : 73.650 deg. F temperature 27 ( -73.710 ) = 73.710 deg. F t' temperature 28 ( 73.300 ) = 73.300 deg. F temperature 29 ( 73.300 ) = 73.300'deg. F temperature 30 ( 73.540 ) : 73.540 deg. F
. dewpoint 1 ( 73.570 ) = 73.570 deg. F , 0.4095 psia dewpoint 2 ( 73.970 ) = 73.970 deg. F , 0.4151 psia dewpoint 3 ( 71.590 ) = 71.590 deg. F , 0.3831 psia dewpoint 4 ( 55.590 ) = 55.590 deg. F , 0.2186 psia i dewpoint 5 ( 57.420 ) = 57.420 deg. F , 0.2335 psia dewpoint 6 ( 55.640 ) 55.640 deg. F ,
0.2190 psia pressure 1 ( 60.22850 ) = 60.2285 psia pressure 2 ( 60.22730 ) = 60.2273 psia weighted averages, volume and air mass , rw temperature : 79.17026 deg. F (/ pressure vapor pressure :
- 60.22850 0.30506 psia psia volume : 2841900 cu. ft.
dry air mass : 853048.22 lbm
m I >' , i . VOGTLC UNIT 1-1990'lLRT-STABILIZATION-data set 18 time = 1145 date : 329 sensor raw data value temperature 1- ( 84,710 ) = 84.710 deg. F-temperature 2( 84.460 ) :- 84.460 deg. F temperature- 3 (- 84.290 ) = 84.290 deg. F temperature 4 ( 84.720 ) : 94.720 deg. F temperature 5( 84.760 ) = 84,760 deg. F temperature 6 ( 84.530 ) : 84.530 deg. F temperature 7. ( 84.280 ) : 84.280 deg. F temperature 8 ( 84.470 ) = 84.470 deg. F temperature 9 -( 83.920 ) : 83.920 deg. F temperature 10 ( 82.860 ) = 82.860 deg. F temperature 11 ( 81.800 ) : 81.800 deg. F temperature 12 ( 80.940 ) 80.940 deg. F temperature 13 ( 80.570 ) 80.570 deg. F temperature 14 ( 79.860 ) = 79.860 deg. F temperature 15 ( 79.140 ) = 79.140 deg. F temperature 16 ( 78.330 ) : 78.330 deg. F temperature 17 ( 77.000 ) 77.000'deg. F temperature 18 ( 75.950 ) = 75.950 deg..F
=
, temperature 19-( 75.400 ) : 75.400 deg. F temperaturo 20 ( 74.830 ) : 74.830 deg. F temperature 21 ( 74.370 ) : 74.370 deg. F temporature 22 ( 74.520 ) = 74.520 deg. F temperature 23 ( 73.590 ) 73.590 deg. F temperature 24 ( 75.050 ) : 75.050 deg. F temperature 25 (. 73.860-) = 73.860 deg. F temperature 26 ( 73.700 ) = 73.-700 deg. F temperature 27 ( 73.760 ) : 73.760 deg. F temperature 28 ( 73.350 ) : 73.350 deg. F temperature 29 ( 73.350 ) = 73.350 deg. F t'emperature 30 ( 73.560 ) : 73.560 deg. F dewpoint 1 ( -73.500 ) = 73.500 deg. F., 0.4086 psia dowpoint 2 ( 73.980 ) : 73.980.deg. F ,
0.4152-psia dowpoint 3 ( 69.940 ) = 69.940 deg. F , 0.3622 psia dewpoint 4 ( 55.640 ) = 55.640 deg. F , 0.2190 psia dowpoint 5 ( 57.400 ) = 57.400 deg. F , 0.2333 psia dewpoint 6 ( 55.740 ) = 55.740 deg. F , 0.2197 psia pressure 1 ( 60.22020 ) : 60.2202 psia pressure 2 ( 60.21890 ) = 60.2189 psia weighted averages, volume and air mass
- a temperature : 79.10074 deg. F L pressure : 60.22020 psia vapor pressure 0.30518 psia volume : 2841900 cu. ft.
dry air mass : 853038.40 lbm
'4 i VOGTLE UNIT 1-1990 ILRT-STABILIZATION data set 19 time : 1200 date : 329
~
sensor raw data value temperature- 1 ( 84.540 ) = 84.540 deg. F temperature 2( 84.300 ) = 84.300 deg. F d i temperature 3( 84.120 ) = 84.120 deg. F temperature 4( 84.560 ) : 84.560 deg. F . temperature 5( 84.600 ) : 84.600 deg. F I temperature 6( 84.350 ) : 84.350 deg. F .! temperature 7( 84.130 ) = 84.130 deg. F i' temperature' 8 (' 84.300 ) : 84.300 deg. F temperature 9 ( 83.780 ) = 83.780 deg. F ,; temperature: 10 ( 82.700 ) = 82.700 deg. F temperature 11 ( 81.650 ) = 81.650 deg. F ' temperature 12 ( 80.790 ) = 80.790 deg. F temperature 13 ( 80.430 ) : 80.430 deg. F ; 79.740 ) temperature 14 ( = 79.740 deg. F temperature 15 ( 79.030 ) = 79.030 deg. F ' temperature 16 ( 78.310 ) = 78.310 deg. F temperature 17 ( 77.010 ) : 77.010 deg. F 1 temperature 18 ( 75.950 ) = 75.950 deg. F { [ temperature'19 ( temperature 20 ( 75.440 ) 74.'870 )
=
=
75.440 deg. F 74.870 deg. F , temperature 21 ( 74.400 ) = 74.400 deg. F ~ temperature 22 ( 74.540 ) 74.540 deg. F temperatureH23 ( 73.670 ) = 73.670 deg. F 1 temperature 24-( 75.080 ) : -- 75.080 deg. F-
. temperature 25-( 73.930 ) : 73.930 deg. F l temperature 26 ( 73.730 ) = 73.730 deg, F temperature 27 ( 73.800 ) = 73.800 deg. F 1 temperature 28 ( 73.380 ) = 73.380 deg. F temperature 29 ( 73.410 ) : 73.410 deg. F i temperature 30 ( 73.600 ) : 73.600 deg. F.
dewpoint 1 ( 73.450 ) = 73.450 deg. F , O'4079
. psia dewpoint 2 ( 73.940 ) : 73.940 deg. F , 0.4147 psia 2 dewpoint 3 ( 69.140 ) : 69.140 deg. F , 0.3524 psia-dewpoint 4 ( 55.730 ) : 55.730 deg. F ,
0.2197 psia
~ dewpoint 5 ( 57.570 ) : 57.570 deg. F ,
0.2348 psia dewpoint 6 ( 55.810 ) = 55.810 deg. F , 0.2203 psia pressure 1 ( 60.21240 ) = 60.2124 psia pressure 2 ( 60.21100 ) = 60.2110 psia weighted averages, volume and air mass temperature : 79 93526 deg. F 4 9 pressure vapor pressure :
- 6C '240 psia
.30538 psia 4 volume : 2841900 cu. ft, dry air mass : 853028.15 lbm
~
fr' y i n VOGTLE UNIT 1-1990 ILRT-TYPE A TES1 OATA
SUMMARY
REPORT
, data time -date temperature pressure vapor dry air set dog ' psia pressure mass psia 1bm 1 1200 329. 79.0353 60.2124 0.3054 853028.15 2 1215 329 78.9722 60.2050 0.3059 853015.83 3 1230 329 78.9123 60.1979 0.3056 853013.68 4 1245 329 78.8576 60 1912
. 0.3058 853002.23 5 1300 329 78.8056 60.1849 0.3061 852989.20 6 1315- 329 78.7544 60.1786 0.3063 852979.02 7 1330 329 78.7080 60.1726 0.3065 852963.76 8 -1345 329 78.6607 60.1669 .0.3061 852963.19 9 ~1400 -329 78.6146 60.1614 0.3064 852953.26 10 1415 329 78.5631 60.1561 0.3066 852957.03 11 1430 329 78.5266 60,1507 0.3072 852929.00 12 1445 329 78.4828 60,1456 0.3066 852934.38 13 1500 329 78.4406 60.1406- 0.3069 852925.09 14- 1515 329 78.3963 .60.1358 0.3071 852924.39 15 1530 329 78.3655 60,1318 0.3076 852909.90 16 1545 329 78.3349 60,1279 0.3072 852908.16 17 1600 329 78.3065 60.1246 0.3078 852897.95
. 18 1615 329 78.2632 60.1182 0.3079 852873.50 19 1630 329 78.2193 60.1134 0.3082. 852870.18 20 1645 329 78.1811 60,1090 0.3083 852866.13' 21 .1700- 329 78.1462 60.1046' O.3081 852861.91 22 1715 .329 78.1090 60,1006 0-3084
. 852859.32 23 1730 329 78.0776 60.0965 0.3088 852844.64
'24 1745 329 78.0466 60.0925 0.3087 .852839.50 25 1800 329 78.0082 60.0887 0.3090 852840.87
'26 1815 329 77.9759 60.0847. 0.3089 852836.57 27 1830 329 77.9530 60.0811 0.3092 852817'.47 28 1845 329 77.9219 60.0773 0.3090 852815.50 29 1900 329 77.8894 60.0737 0.3093 852811.26 30- 1915 329 77.8652 60.0701 0.3098 852791.76 131 1930 329 77.8333 60.0666 0.3100 852789.18 77.8018 32 1945 329 60.0632 0.3098 852793.56 33 2000 329 77.7767 60.0598 0.3100 852781.11 0
i.
-V0GTLE UNIT'1-1990 ILRT-TYPE A TEST-data' set 1
/" time :: 1200 date 329 sensor raw data value temperature 1( 84.540 ) = 84.540 deg. F temperature 2( 84.300 ) = 84.300 deg. F temperature 3( 84.120 ) = 84.120 deg. F temperature 4( 84.560 ) = 84.560 deg. F
-temperature. 5( 84.600_) = 84.600 deg. F temperature 6( 84.350 ) = 84.350 deg. F temperature 7 ( 84.130 ) = 84.130 deg. F temperature 8( 84.300 ) = 84.300 deg. F temperature 9( 83.780 ) = 83.780 deg. F temperature 10 ( 82.700 ) = 82.700 deg. F temperature 11 ( B1.650 ) = 81.650 deg. F temperature _12 ( 80.790-) = 80.790 deg. F temperature 13 ( 80.430 ) = 80 430 deg. F temperature 14 ( 79.740 ) = 79.740 deg. F temperature 15-( 79.030 ) = 79.030 deg. F temperature 16 ( 78.310 ) = 78.310 deg. F temperature 17 ( 77.010 ) = 77.010 deg. F
-temperature 18 ( 75.950 ) = 75.950 deg. F temperature 19 ( 75.440 ) = 75.440 deg. F temperature 20 ( 74.870 ) = 74.870 deg. F temperature 21 ( 74.400 ) = 74.400 deg. F
' - 11 temperature 22 ( 74.540 ) = 74.540 deg. F temperature-23 ( 73.670 ) = 73.670 deg. F.
temperature 24_(_ 75.080 ) = 75.080'deg. F temperature 25 ( 73.930 ) = 73.930 deg. F temperature 26 ( 73.730 ) = 73.730:deg. F temperature 27 ( ~73.800 ) = 73.800 deg. F temperature 28 ( 73.380 ) = 73.380 deg. F temperature 29-( 73.410 )- = 73.410. des. F temperature 30 ( 73.600 ) = 73.600 deg. F dewpoint 1 ( 73.450 ) = 73.450 deg. F , 0.4079 psia dewpoint 2 ( 73.940 ) = 73.940-des. F , 0.4147 psia dowpoint- 3 ( 69.140 )' = 69.140 deg. F ,-0.3524 psia dewpoint 4 ( 55.730 ) = 55.730 deg. F , 0.2197 psia dowpoint 5 ( 57.570~) = 57.570 deg. F , 0.2348 psia dewpoint 6 ( -55.810 ) = 55.810 deg. F , 0.2203 psia pressure 1 ( 60.21240 ) = 60.2124 psia pressure 2 ( 60.21100 ) = 60.2110 psia weighted averages, volume and air mass temperature = 79.03526 deg. F pressure 60.21240 psia vapor pressure = 0.30538 psia volume : 2841900 cu. ft. dry air mass = 853028,15 lbm i
o I( VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data set 2 time : 1215 date : 329 sensor raw data value temperature 1 ( 84.390 ) = 84.390 deg. F temperature 2( 84.140 ) : 84.140 deg. F temperature 3( 83.960 ) = 83.960 deg. F temperature 4 ( 84.410 ) = 84.410 deg. F temperature 5( 84.450 )- : 84.450 deg. F temperature 6( 84.220 ) = 84.220 deg. F temperature 7.( 83.970 ) = 83.970 deg. F temperature 8( 84.170 ) = 84.170 deg. F temperature 9- ( 83',660 ) = 83.660 deg. F temperature 10 ( 82.560 ) = 82.560 deg. F temperature 11 ( 81.490 ) : 81.490 deg. F temperature 12 ( 80.650 ) = 80.650 deg. F temperature 13 ( 80.260 ) = 80.260 deg. F temperature-14 ( 79.620 ) = 79.620 deg. F temperature 15 ( 78.940 ) = 78.940 deg. F temperature 16 ( 78.280 ) : 78.280 deg. F temperature 17 ( 77.030 ) = 77.030 deg. F temperature 18 ( 75.970 ) = 75.970 deg. F
-temperature 19 ( 75.470 ) : 75.470 deg. F temperature 20 (' 74.880') : 74.880 deg. F 1 -
temperature 21 ( 74.430 ) = 74.430 deg. F temperature 22 ( 74.580 ) : 74.580 deg. F temperature 23 ( 73.680 ) : 73.680 deg. F temperature 24 ( 75.120 ) = 75.120 deg. F temperature 25 ( 73.970 ) : 73.970 deg. F temperature 26 ( 73.760 ) : 73.760 deg. F temperature 27 ( .73.830 ) = 73.830 deg. F temperature 28 ( 73.430 ) : 73.430 deg. F temperature 29 ( 73.450 ) = 73.450 deg. F temperature 30-( 73.640 ) = 73.640 deg. F cdewpoint 1 -( 73.510 ) : 73.510 deg. F , 0.4087 psia dewpoint 2 ( 73.970 ) : 73.970 deg. F , 0.4151 psia dowpoint 3 ( 69.580 ) = 69.580-deg.-F , 0.3578 psia dewpoint 4 ( 55.780 ) : 55~780 deg. F , 0.2201 psia dewpoint 5 ( 57.620 ) = 57.620 deg. F , 0.2352 psia dewpoint 6 ( 55.870 ) = 55.870 deg. F , 0.2208 psia pressure 1 ( 60.20500 ) = 60.2050 psia pressure 2 ( 60.20380 ) = 60.2038 psia weighted averages, volume and air mass temperature : 78.97216 deg. F pressure : 60.20500 psia
'( ) vapor pressure :
volume : 0.30586 psia 2841900 cu. ft, dry air mass = 853015,83 lbm
L VOGTLE UNIT 1-1990 ILRT-TYPE A TEST time : 1230' date-: 329 s er.s o r raw data value temperature 1( 84.250 ) : 84.250 deg. F temperature 2( 84.000 ) : 84.000 deg. F temperature 3( B3.820 ) = 83.820 deg. F temperature 4( 84;270 ) 84.270 deg. F temperature 5( 84.300 ) : 84.300 deg. F temperature 6( 84.060 ) 84.060 deg. F
, temperature .7 ( 83.840 ) : 83.840 deg. F temperature .8 ( 84.000 ) : 84.000 deg. F temperature. 9 (- 83.480 ) : 83.480 deg..F temperature 10 (. 82.410 ) :- 82.410 deg. P temperature 11 ( 81.350 ) = 81.350 deg. F temperature 12 ( 80.500 ) : 80.500 deg. F temperature 13 ( 80.120 ) = 80.120 deg. F temperature 14 ( 79.500 ) = 79.500 deg. F temperature 15 ( 78.860 ) = -78.860 deg. F temperature 16 ( 78.240 ) = 78.240 deg. F temperature 17 ( 77.030 ) : 77.030 deg. F temperature 18 ( 76.040 ) : 76.040 dog. F temperature 19 ( 75.510 ) = 75.510 deg. F temperature 20 ( 74.920 ) 74.920 deg. F
~
1 temperature 21 ( 74.480 ) = 74.480 deg. F temperature 22 ( 74.570 ) : 74.570 deg. F temperature 23 ( 73.760 ) : 73.760 deg. F temperature 24 ( 75.150 ) = 75.150 deg. F temperature 25 ( .73.990 ) : 73.990 deg. F temperature 26 ( 73.820 ) = -73.820 deg. F temperature 27-( 73.860 ) : 73.860 deg. F temperature 28 ( 73.480 ) = 73.480 deg. F temperature 29 ( 73.490 ) : 73.490 deg. F temperature 30 ( 73.680 ) = 73.680 deg. F dewpoint 1 ( 73.440 ) = 73.440 deg. F , 0.4078 psia. dewpoint 2 ( 73.900 ). : 73.900 deg. F , 0.4141 psia dewpoint 3 ( 69.420 ) = 69.420 deg. F , 0.3558 psia dewpoint 4 ( 55.860 ) = 55.860 deg. F , 0.2207 psia dewpoint 5 ( 57.590 ) = 57.590 deg. F , 0.2349 psia dewpoint 6 ( 55.860 ) 55.860 deg. F , 0.2207 psia pressure 1 -( 60.19790 ) = 60.1979 psia pressure 2 ( 60.19660 ) = 60.1966 psia weighted averages, volume and air mass temperature : 78.91226 deg. F pressure : 60.19790 psia
-(). vapor pressure :
valume = 0.30557 2841900 psia cu. ft. dry air mass : 853013.68 lbm !
VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data set 4 time : 1245 date : 329 sensor raw data value temperature 1( 84.110 ) : 84.110 deg. F L- temperature 2( 83.870 ) : 83.870 deg. F J- temperature 3( 83.690 ) : 83.690 deg. F temperature 4( 84.140 ) : 84.140 deg. F p temperature 5( 84.170 ) 84.170 deg. F temperature 6 ( 83.930 ) 83.930 deg. F temperature 7( 83.710 ) = 83.710 deg. F temperature 8( 83.E60 ) : 93.860 deg. F temperature 9( 83.370 ) = 83.370 deg. F temperature 10 ( 82.280 ) : 82.280 deg. F temperature 11 ( 81.220 ) : 81.220 deg. F o temperature 12 ( 80.390 ) : 80.390 deg. F temperature 13 ( 80.020 ) = 80.0^1 deg. F temperature 14 ( 79.410 ) : ib.410 deg. F temperature 15 ( 78.770 ) 78.770 deg. F
, temperature 16 ( 78.190 ) 78.190 deg. F temperature 17 ( 77.050 ) : 77.050 deg. F temperature 18 ( 76.030 ) : 76.030 deg. F temperature 19 ( 75.530 ) : 75.530 deg. F temperature 20 ( 74.920 ) : 74.920 deg. F temperature 21 ( 74.510 ) : 74.510 deg. F
- temperature 22 ( 74.600 ) : 74.600 deg. F temperature 23 ( 73.780 ) : 73.780 deg. F temperature 24 ( 75.190 ) : 75.190 deg. F temperature 25 ( 74.010 ) : 74.010 deg. F temperature 26 ( 73.840 ) : 73.840 deg. F temperature 27 ( 73.910 ) : 73.910 deg. F temperature 28 ( 73.520 ) : 73.520 deg. F temperature 29 ( 73.530 ) : 73.530 deg. F temperature 30 ( 73.730 ) = 73.730 deg. F dewpoint 1 ( 73.550 ) : 73.550 deg. F , 0.4093 psia dewpoint 2 ( 73.860 ) : 73.860 deg. F ,
0.4136 psia dewpoint 3 ( 70.790 ) = 70.790 deg. F , 0.3728 psia
--- dewpoint 4 ( 55.920 ) : 55.920 deg. F , 0.2212 psia dewpoint 5 ( 57.420 ) = 57.420 deg. F ,
0.2335 psia _ dewpoint 6 ( 55.970 ) : 55.970 deg. F , 0.2216 psia pressure 1 ( 60.19120 ) : 60.1912 psia pressure 2 ( 60.18980 ) : 60.1898 psia weighted averages, volume and air mass temperature : 78.85760 deg. F pressure : 60.19120 pslo vapor pressure : 0.30576 psia h volume : 2841900 cu. ft. dry air mass : 853002.23 lbm
2 N VOGTLE-UNIT 1-1990 ILRT-TYPE A TEST r3
--)= data set 5 ,
s _i L~ ! time :-1300 date : 329 j sensor raw data value temperature 1( 83.970 ) = 83.970 deg. F temperature 2( 83.730 ) = 83.730 deg. F , temperature 3 ( 83.540 ) = 83.540 deg. F .!
, temperature ~ 4 (. 84.000 ) = 84.000 deg. F 1 temperature 5( 84.020 ) = 84.020 deg. F temperature 6 ( 83.780 ) : 83.780 deg. F temperature 7 ( 83.580 ) = 83.580 deg. F-temperature 8( 83~740 )
= 83.740 deg. F temperature 9( 83.290-) = 83.290 deg. F ,
temperature 10 ( 82.140 ) : 82.140 deg. F '
- temperature 11 ( 81.090 ) = 81.090 deg, F l temperature 12 ( 80.260 ) = 80.260 deg. F j
. temperature 13 (- 79.920 ) : 79.920-deg. F !
temperature 14 ( 79.310 ) = 79.310 deg. F l L temperature 15 (< 78.710 ) = 78.710 deg. F !' temperature 16 ( 78.150 ) : 78.150 deg. F temperature.17: ( 77.030 ) = .77.030 deg. F j l' temperature <18'(. 76.050 ) : 76.050 deg. F' ) L temperature 19 ( 75.560-) : 75.560 deg. F l l '~'[ (t temperature 20 ( 74.950 ) : 74.950 deg. F . l
- temperature 21 ( 74'.550 ) : 74.550 deg. F -
.l temperature 22 ( 74.620 ) = 74.620 deg. F :
temperature 23 ( 73.830 )- L73.830 deg. F {' tempe'rature 24 ( 75.210 ) : 75.210 deg. F
. temperature 25 ( 74.090 ) = 74.090 deg. F temperature :26 ( 73.860 )- :- 73.860 deg. F -] .
. temperature 127 ( 73.950-) = 73.950 deg. F :
temperature 28 ( 73.570 ) = 73.570 deg. F i temperature 29 ( 73.580 ) = 73.500 deg. F temperature 30 ( 73.790 ) =- 73.790 deg. F i dewpoint 1 (- 73.530 ) :- .73.530 deg. F , 0.4090~ psia dewpoint 2 ( 73.840 )
~
= 73.840 deg. F., 0.4.133 psia ,
dewpoint 3 ( 69.760 ) : 69.760 deg. F., 0.3600 psia" ! dewpoint 4 ( 55.970 ) = 55.970 deg. F , 0.2216 psia ? dewpoint 5 ( 57.640 ) = 57.640 deg. F , 0.2354 psia dewpoint 6 ( 56.100 ) : 56.100 deg. F , 0.'2226 psia pressure .1 ( 60.18490 ) : 60.1849 psia pressure 2 ( 60.18350 ) = 60.1835 psia weighted averages, volume and air mass temperature : 78.80563 deg. F
,_s pressure = 60.18490 psia
( ) vapor pressure : 0.30615 psia
volume : 2841900 cu. ft, dry air mass : 852989.20 lbm
I
.VOGTLE' UNIT 1-1990 ILRT-TYPE A TEST data set 6 time-: 1315 date : 329 sensor raw data value temperature 1.( 83.840 ) 83.840 deg. F temperature 2( 83.610 ) = 83.610 deg. F tamperature 3( 83.440 ) = 83.440 deg. F temperature 4 (' 83.860 ) : 83.860 deg. F temperature 5( 83.920 ) : 83.920 deg. F temperature 6 ( 83.660 ) : 83.660 deg. F temperature 7 ( 83.450 ) : 83.450 deg. F temperature 8( 83.620 ) = 83.620 deg. F temperature 9( 83.120 ) : 83.120 deg. F temperature 10 ( 81.990 ) = 81.990 deg. F temperature 11 ( 80.960 ) = 80.960 deg. F temperature 12 ( 80.140 ) = 80.140 deg. F temperature 13 ( 79.840 ) = 79.840 deg. F temperature 14 ( 79.230 ) : 79.230 deg. F temperature'15 ( 78.630 ) : 78.630 deg. F
~ temperature 16 ( 78,120 ) = 78.120 deg. F temperature 17 ( 77.050 ) = 77.050 deg. F temperature 18 ( 76.060 ) = 76.060 deg. F temperature-19 ( 75.580 ) : 75.580 deg. F c 1 temperature 20 ( 74.970 ) = 74.970 deg. F E ' temperature 21 ( 74.590 ) = 74.590 deg. F temperature 22 ( 74.670 ) : 74.670 deg. F temperature 23 ( 73.850 ) = 73.850 deg. F temperature 24-( 75.250 ). = 75.250 deg. F temperature 25 ( 74.150 ). : 74.150 deg. F temperature 26 ( 73.890 ) = 73.890 deg. F temperature 27 ( 73.980 ) ' : 73.980 deg. F temperature 28 ( -73.600 ) : 73.'600 deg. F temperature.29 ( 73.610') 73.610 deg. F temperature-30 ( 73.810 ) : 73.810 deg. F dewpoint 1 ( 73.490 ) 73.490 deg. F , 0.4084 psia dewpoint 2 ( 73.810 ) = 73.810-deg. F , 0.4129 osia dewpoint 3 ( 70.330 ) = 70.330 deg. F , 0.3670 psia dewpoint 4 ( 56.030 ) = 56.030 deg. F , 0.2221 psia dewpoint 5 ( 57.830 ) = 57.830 deg. F , 0.2370 psia dewpoint 56.090 ) 56.090 deg. F 0.2226 psia 6 ( = ,
pressure 1 ( 60.1786'O ) = 60.1786 psia pressure 2 ( 60.17710 ) = 60.1771 psia weighted averages, volume and air mass temperature : 78.75445 deg. F pressure : 60.17860 psia
-{ f vapor pressure :
volume : 0.30626 2841900 psia cu. ft. dry air mass : 852979.02 lbm i
Av' ,
"@i lt VOGTLE UNIT 1-1990 ILRT-TYPE A TEST 7_
~ (_,I data' set 7-f time : 1330 date : 329 I sensor raw data value l temperature 1( 83.710 ) = 83.710 deg. F temperature 2( 83.480 ) : 83.480 deg. F , temperature '3 ( 83.300 ) 83.300 deg. F temperature 4- ( 83.740 ) : 83.740 deg. F temperature 5( 83.780 ) : 83.780 deg. F temperature. 6 ( 83.540 ) = 83.540 deg. F
. temperature 7 (. 83.340 ) : 83.340 deg. F temperature 8 ( 83.490 ) = 83.490 deg. F temperature 9 ( 83.080 ) = 83.080 deg. F J temperature.10 ( 81.880 ) = 81.880 deg. F t'emperature 11 ( 80.850 ) = 80.850 deg. F temperature 12 (- 80.060 )
.: 80.060 deg. F temperature 13 ( 79.730 ) = 79.730 deg. F temperature 14 ( 79.150 ) = 79.150 deg. F temperature 15 ( 78.540 ) ~
- 78.540 deg. F temperature 16 ( 78.090 ) = 78.090 deg. F Ltemperature 17-( 77.050 ) : 77.050 deg. F temperature 18 ~( 76.070-) : 76.070 deg. F temperature 19 ( 75.600 ) 75.600 deg. F '
I') temperature 20 ( 75.010 ) 75.010 deg. F
\/ - temperature 21 ( 74.620 ) : 74.620 deg. F temperature 22 ( 74.680 ) : 74.680 deg. F temperature 23 ( 73.890 ) = 73.890 deg. F temperature 24 ( 75.280 ) : 75.280 deg. F temperature 25 ( 74.140 ) = 74.140 dog. F temperature 126 (- 73.940 ) = 73.940 deg. F temperature 27 ( 74.020 ) = 74.020 deg. F temperature 28 ( .73.640 ) = 73.640 deg. F .
temperature 29~( 73.640 ) = 73.640 deg. F
' temperature'30 ( 73.860 ) = 73.860 deg. F .l dewpoint 1 ( 73.460 ) = 73.460 deg. F , 0.4080 psia dewpoint 2 ( 73.890 ) : 73.890 deg. F , 0.4140 psia dewpoint 3 ( 71.850 ) = '71.850 deg. F , 0.3865 psia dewpoint 4 ( 56.120 ) = 56.120 deg. F ,
0.2228 psia
. dewpoint ( 57.530 ) 57.530 deg. F ,
0.2344 psia dewpoint 6 ( 56.150 ) : 56.150 deg. F , 0.2230 psia
' pressure 1 ( 60.17260 ) = 60.17261 psia pressure 2 ( 60.17110 ) = 60.1711 psia weighted averages, volume and air mass temperature : 78.70803 deg. F g-) pressure : 60.17260 psia
(j . vapor pressure : 0.30649 psia volume = 2841900 cu. ft, dry air mass : 852963.76 lbm
VOGTLE UNIT 1-1990.lLRT-TYPE A TEST data set 8 time : 1345 date . 329 sensor raw data value ; r temperature 1-( . 83.590 ) = 83.590 deg. F ~ temperature 2( 83.350 ) : 83.350 deg. F f temperature 3( 83.170 ) = 83.170 deg. F temperature 4 ( 83.630 ) : 83.630 dog. F temperature 5( 83.650 ) : 83.650 deg. F - temperature 6-( 83.400 ) = 83.400 deg. F temperature 7 (- 83.210 ) : 83.210 deg. F temperature 8( 83.370 ) = 83.370-deg. F temperature 9( 82.970 ) : 82.970 deg. F temperature 10 ( 81.760 ) : 81.760 deg. F temperature 11 ( 80,720 ) : 80.720 deg. F temperature 12 ( 79.960 ) : 79.960 deg. F temperature 13 ( 79.660 ) : 79.660 deg. F temperature 14 ( 79.050 ) : 79.050 deg. F temperature'15 ( 78.480 ) : 78.480 deg. F temperature 16 ( 78.050 ) : 78.050 deg. F temperature 17 ( 77.050 ) = 77.050 deg. F temperature 18 ( 76.090 ) = 76.090 dog. F temperature 19 ( 75.610 ) = 75.610 deg. F
< ; temperature 20 ( 75.060 )- : 75.060 deg. F x /' temperature 21'( 74.660 ) : 74.660 deg. F temperature 22 ( 74.720 ) : 74.720 deg. F temperature 23 ( 73.920 ) : 73.920 deg. F '
temperature 24 ( 75.300.) : 75,300 deg. F temperature 25 ( 74.200 ) = 74.200 des. F temperature 26-( 73.970.) 73.970 deg. F temperature 27 ( 74.050 ) = 74.050 deg. F temperature 28 ( 73.680 ) 73.680 deg. F , temperature 29 ( 73.690 ) : 73.690 deg.-F -i temperature 30 ( 73.900 ) : 73.900 deg. F dewpoint 1 ( 73.360 ) : 73.360 dog. F , 0.4067 psia .. dewpoint' 2 ( 73.710 ) : 73.710 deg. F , 0.4115 psia dewpoint 3- ( 69.960 ) : 69.960 deg. F , 0.3624 psia dewpoint 4 ( 56.190 ) : 56.190 deg. F , 0.2234 psia dewpoint' 5 ( 57.780 ) = 57.780 deg. F , 0.2366 psia. dewpoint 6 ( 56.230 ) = 56.230 deg. F , 0.2237 psia pressure 1 ( 60.16690 ) = 60.1669 psia pressure 2 ( 60.16550 ) = 60.1655 psia weighted averages, volume and air mass temperature : 78.66071 deg. F
,s pressure : 60.16690 psia i i vapor pressure : 0.30609 psia volume : 2841900 cu. ft.
dry air mass : 852963.19 lbm
x - - _ __ __ - - . . .- i V0GTLE UNIT 1-1990 ~ ILRT-TYPE A TEST' f k _ ,I data setL 9 time : 1400 date : 329 , sensor raw data value temperature 1 (- 83.470 ) : 83.470 deg. F temperature 2 ( 83.250 ) : 83.250 deg. F ' temperature 3 (- 83.050 ) : 83.050 deg. F temperature 4 ( 83.510 ) 83.510 deg. F ' temperature 5( 83.550 ) = 83.550 deg. F i temperature 6 ( 83.310 ) = 83.310 deg. F !
-temperature 7-( 83.100 ) : 83.100 deg. F temperature 8 ( 83.260 ) : 83.260 deg. F ,
82.850 ) temperature 9'( : 82.850 deg. F temperature 10 ( 81.650 ) : 81.650 deg. F >
> temperature 11 ( 80.630 ) : 80.630 deg. F temperature 12 ( 79.860 ) : 79.860 deg. F temperature 13 ( 79.560 ) s 79.560 deg F temperature 14 ( 78.980 ) : 78,980 deg. F
' temperature 15 ( 78.440 ) : 78.440 deg. F temperature 16 ( 78.030 ) : 78.030 deg. F i temperature-17 ( .77.050 ) : 77.050 deg F temperature 18 ( 76.120-) : 76.120 deg. F i temperature 19 ( 75.660 ) : 75.660 deg. F
/
T- temperature 20 ( 75.030 ) = 75.030 deg. F s'- temperature 21 ( 74.670 ) : 74.670 deg. F temperature 22 ( 74.730 ) 74.730 deg. F temperature'23 ( 73.950 ) = 73.950 deg. F temperature 24 (- 75.3301) : 75.330 deg. F temperature 25 ( 74.220 ) : 74.220 deg. F temperature 26 ( 73.990 ) : 73.990 deg. F , temperature 27 ( 74.070-) : 74.070 deg. F temperature 28 ( 73.710 ) = 73.710 deg. F temperature 29-( 73.720 ) = 73,720 deg. F temperature 30 ( 73.890 ) : 73.890 deg. F dewpoint 1 ( 73.380-) = 73.380 deg. F , 0.4069 psia' , cewpoint 2 ( 73.770-) : 73.770 deg. F , 0.4123 psia ' dewpoint 3 ( 68.700 ) : 68.700 deg. F , 0.3471-psia dewpoint 4 ( 56.250 ) : 56.250 deg. F , 0.2238 psia dewpoint 5 ( 57.670 ) = 57.670 deg. F , 0.2356 psia dewpoint 6 ( 56.250 ) -: 56.250 deg. F , 0.2238 psia pressure 1 ( 60.16140 ) : 60.1614 psia pressure 2 ( 60.15990 ) = 60,1599 psia weighted averages, volume and air mass temperature : 78.61456 deg. F
,- 3 pressure : 60.16140 psia !j ' vapor pressure : 0.30642 psia volume : 2841900 cu. ft.
dry air mass : 852953.26 lbm
VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data set 10 time,: 1415 date : 329 sensor raw data value temperature 1( 83.360 ) : 83.360 deg. F temperature 2( 83.130 ) : 83.130 deg. F temperature 3( 82.940 ) : 82.940 deg. F temperature 4( 83.390 ) : 83.390 deg. F temperature 5( 83.450 ) : 83.450 deg. F temperature 6( 83.160 ) : 83.160 deg. F temperature 7( 82.970 ) : 82.970 deg. F temperature 8 ( 83.150 ) : 83.150 deg. F temperature 9 ( 82.720 ) = 82.720 deg. F temperature 10 ( 81.530 ) 81.530 deg. F temperature 11 ( 80.530 ) : 80.530 deg. F temperature 12 ( 79.760 -) : 79.760 deg. F temperature - 13 ( 79.450 ) : 79.450 deg. F temperature 14 ( 78.900 ) : 78.900 deg. F temperature 15 ( 78.360 ) = 78.360 deg. F temperature 16 ( 78.010 ) : 78.010 deg. F temperature 17 ( 77.030 ) : 77.030 deg. F temperature 18 ( 76.100 ) : 76.100 deg. F temperature 19 ( 75.670 ) : 75.670 deg. F temperature 20 ( 75.070 ) : 75.070 deg. F
- temperature 21 ( 74.710 ) 74.710 deg. F temperature 22 ( 74.760 ) : 74.760 deg. F temperature 23 ( 13.930 ) : 73.930 deg. F temperature 24 ( 75.360 ) : 75.360 deg. F-temperature 25 ( 74.310 ) : 74.310 deg. F temperature 26 ( 74.010 )- : 74.010 deg. F temperature 27 ( 74.090 ) = 74.090 deg.~F temperature 28 ( 73.740 ) : 73.740 deg. F temperature 29 ( 73.750 ) : 73.750 deg. F temperature 30 ( 73.920 ) : 73.920 deg. F dowpoint 1 ( 73.420 ) 73.420 deg. F , 0.4075 psia dewpoint. 2 ( 73.740 ) : 73.740 deg. F , 0.4119 psia dewpoint 3 ( 70.440 ) = 70.440 deg. F , 0.3684 psia dewpoint 4 ( 56.300 ) = 56.300 deg. F , 0.2243 psia dewpoint 5 ( 57.630 ) = 57.630 deg. F , 0.2353 psia dewpoint 6 ( 56.340 ) : 56.340 deg. F , 0.2246 psia pressure 1 ( 60.15610 ) = 60,1561 psia pressure 2 ( 60.15460 ) : 60,1546 psia weighted averages, volume and air mass temperature : 78.56308 deg. F pressure : 60.15610 psia vapor pressure : 0.30658 psia 7O-volume : 2841900 cu. ft, dry air mass : 852957.03 lbm 4
VOGTLELUNIT 1-1990 ILRT-TYPE A TEST Q s data.'et' 11 times: 1430 date - 329 sensor raw data value temperature 1( 83.260 ) : 83.260 deg. F temperature 2( 83.030 ) : 83.030 deg. F-temperature 3( 82.840 ) : 82.840 deg. F-temperature 4( 83.300 ) = 83.300 deg. F temperature 5( 83.330 ) : 83.330 deg. F
. temperature 6_( 83.060 ) = 83.060 deg. F temperature 7( 82.880 ) : 82.880 deg. F temperature 8( 83.030 ) : 83.030 deg. F' temperature 9( 82.620 ) = 82.620 deg..F temperature 10 ( 81.430 )' : 81.430 deg. F temperature 11 ( 80.450 ) = 80.450 deg. F '-
temperature 12 ( 79.700 ) : 79.700 deg. F temperature 13 ( 79.380 ) : 79.380 deg. F temperature 14 ( 78.820 ) : 78.620 deg. F- ; L temperature 15 ( 78.300 ) 78.300 deg. F l l temperature 16 ( 77.980 ) : 77.980 deg. F l temperature 17 ( 77.050 ) : 77.050 deg. F , temperature 18 ( 76.110 ) : 76.110 deg. F L temperature 19 ( 75.700 ) : 75.700 deg. F E tj ,T., temperature 20 ( 75.090 ) = 75.090 deg. F - l \/ . temperature 21 ( 74.760') : 74.760=deg. F temperature 22 ( 74.830 ) = 74.830 deg. F l temperature 23 ( 73.980 ) : 73.980 deg. F :- l temperature 24 (' 75.380 ) : 75.380 deg 'F ; temperature 25 ( 74.310') : 74.310 deg. F l temperature 26 ( 74.050 ) = 74.050 deg. F temperature 27 ( 74.090 ) = 74.090'deg. F temperature 28 ( 73.770 ) : 73.770 deg. F~ temperature 29 ( 73.790 ) = 73.790 deg. F , 73.940 ) Ltemperature 30 ( = 73.940 deg. F dewpoint 1 ( 73.400 ) = 73.400 dog. F ,,0.4072 psia q dewpoint 2 =( 73.860 ) : 73.860 deg. F , 0.4136 psia '! l dewpoint 3 ( 69.620 ) 69.620 deg. F , 0.3582 psia l dewpoint 4 ( 56.350 ) : 56.350 dog. F , 0.2247 psia ) dewpoint 5 -( 57.620 ) = 57.620 deg. F , 0.2352 psia dewpoint 6 ( 56.400 ) = 56.400 deg. F , 0.2251 psia pressure 1 ( 60.15070 ) 60.1507 psia pressure 2 ( 60.14940 ) = 60.1494 psia i weighted averages, volume and air mass temperature : 78.52665 deg. F 7, pressure : 60.15070 psia '
~i j vapor pressure : 0.30720 psia volume : 2841900 cu. ft, dry air mass : 852929.00 lbm
. _ _ _ _ _ _ _ _ _ _ _]
[ - data set- 12 time : 1445 date : 329 sensor raw data value 83.150 ) temperature 1( = 83.150 deg. F temperature 2( 82.920 ) : 82.920 deg. F temperature 3( 82.740 ) = 82.740 deg. F 1 temperature 4-( 83.190 ) = 83.190 deg. F
-: temperature 5( 83.230 ) = 83.230 deg. F temperature 6( 82.960-) = 82.960 des. F temperature 7( 82.770 ) : 82.770 deg. F temperature 8( 82.940 ) : 82.9'.0 deg. F temperature 9 -( 82.490 ) = 82.490 deg. F temperature 10 ( 81.320-) = 81.320 deg. F
(-. temperature 11 ( 80.340 ) = 80.340 deg. F L . temperature 12 ( 79.630 ) : 79.630 deg. F temperature 13 ( 79.290 ) = 79.290 deg. F temperature 14 ( 78.740 ) : 78.740 deg. F 78.250-) 78.250 deg. F temperature 15 ( : temperature 16 ( 77.950 ) : 77.950 deg. F temperature 17 ( 77.020 ) = 77.020 deg. F temperature 18 ( 76.150 ) : 76.150 deg. F temperature 19 ( 75.710 ) : 75.710 deg. F g temperature 20 ( 75.130 ) = 75.130 deg. F 74.780 ) temperature 21 ( = 74.780.deg. F
< temperature 22 ( 74.840 ) : 74,840 deg. F temperature 23 ( 74.010 ) = '74.010 deg. F temperature 24 ( 75.400 ) : 75.400 deg. F temperature 25 ( 74.350 ) : 74.350 deg. F temperature 26 ( 74.070 ) = 74.070 deg. F temperature 27 ( 74.120 ) = 74.120 deg. F ^-
temperature 28-(- 73.800 ) = 73.800 deg. F' temperature 29 ( 73.810 ) = 73.810 deg. F temperature 30 ( 73.960 ) : 73.960 deg. F Z dewpoint 1 ( 73.390 ) : 73,390 deg. F , 0.4071 psia dowpoint 2 ( 73.680 ) : 73.680 deg. F , 0.4111 psia dewpoint 3 ( 68.850 ) = 68.850 deg. F , 0.3489 psia dewpoint 4 ( 56.410 ) = 56.410 deg. F , 0.2251 psia-dewpoint 5 ( 57.580 ) = 57.580 deg. F , 0.2349. psia
=- dewpoint 6 ( 56.420 ) = 56.420 deg. F ,
0.2252 psia pressure 1 ( 60.14560 ) = 60.1456 psia pressure 2 ( 60,14410 ) : 60.1441 psia weighted averages, volume and air mass temperature : 78.48285 deg. F pressure : 60.14560 psia vapor pressure m 0.30659 psia r volume = 2841900 cu. ft.
-- dry air mass : 852934.38 lbm imminnie mmmen -m- i--i-s--imm--mm---mm----in-
I } 's v . . . VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data set 13 time : 1500 date : 329 sensor raw data value temperature 1( 83.040 ) = 83.040 deg. F temperature 2( 82.810 ) : . 82.810 deg. F temperature 3( 82.620 ) ~: 82.620 deg. F temperature 4 ( 83.090 ) = 83.090 deg. F temperature. 5( 83.120 ) : 83.120 deg. F
-temperature 6( 82.860 ) = 82.860 deg. F temperature 7( 82.670 ) = 82.670 deg. F temperature 8( 82.840 ) = 82.840 deg. F temperature 9 ('
82.390 ) : 82.390 deg. F temperature 10 Bi.230 ) = 81.230 deg. F
- temperature 11 ( 80.250 ) 80.250 deg. F temperature 12 ( 79.540 ) = 79.540 deg. F temperature 13 ( 79.200 ) = 79.200 deg. F temperature 14 ( 78.680 ) = 78.680 deg. F temperature 15 ( 78.200 ) = 78.200 deg. F temperature 16 (- 77.920 ) = 77.920 deg. F temperature 17.( 77.020 )- : 77.020 deg. F temperature 18 ( 76.140 ) : 76.140 deg. F temperature 19 ( 75.730 ) = 75,730 deg. F E temperature 20 ( 75.150 ) : 75.150 deg. F o -
temperature 21 ( 74.800 ) : 74'.800 deg. F temperature 22 ( 74.830 ) 74.830 deg. F temperature 23 ( 74.030 ) = 74.030 deg.-F
-temperature 24 ( 75.430 ) : 75.430 deg. F temperature 25 ( 74.380 ) : 74.380 deg. F temperature 26 ( 74.090 ) : 74.090.deg. F temperature 27 ( 74.160 ) : 74.160 deg. F temperature 28 ( 73.830 ) = .73.830 deg. F temperature 29 ( 73.850 ) : 73.850 deg. F temperature 30 ( 74.000.) = 74.000 deg. F dewpoint 1 ( 73.310 ) : 73.310 deg. F , 0.4060 psia dewpoint 2 ( 73.730 ) : 73.730 deg. F , 0.4118 psia
' dewpoint 3 ( 68.470 ) = 68.470 deg. F , 0.3444 psia dewpoint 4 ( 56.460 ) : 56.460 deg. F , 0.2256 psia dewpoint 5 ( 57.760 ) = 57.760 deg. F , 0.2364 psia dewpoint 6 ( 56.440_) = .56.440 deg. F ,
0.2254 psia pressure 1 ( 60,14060 ) = 60,1406 psia pressure- 2 ( 60.13920 ) = 60.1392 psia weighted averages, volume and air mass temperature : 78.44057 deg. F 7 pressure : 60.14060 psia vapor pressure : 0.30694 psia volume : 2841900 cu. ft. dry air mass : 852925.09 lbm i 1
- _ _ _ _ _ - - - - - - . _ _ . _ . __--._._.____m.-_ ___-___._m__
VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data-set 14' time : 1515 date : 329 sensor raw data value temperature 1( 82.920 ) 82.920 deg. F temperature 2( 82.700 ) = 82.700 deg. F temperature 3( 82.520 ) = 82.520 deg. F temperature 4( 82.960 ) = 82.960 deg. F temperature 5( 83.010 ) : 83.010 deg. F temperature 6( 82.750 ) : 82.750 deg. .F temperature 7( 82.560 ) = 82.560 deg. F temperature 8( 82.720 ) : 82.720 deg. F temperature 9( 82.280 ) = 82.280 deg. F temperature-10 ( 81.110 ). : 81.110 deg. F temperature 11 ( 80.170 ) : 80.170 deg. F temperature 12 ( 79.470 ) : 79.470 deg. F temperature 13 ( 79.160 ) = 79.160 deg. F temperature-14 ( 78.610 ) : 78.610 deg. F
' temperature 15 ( 78.140 ) = 78.140 deg. F temperature 16 ( Y' 890 ) : 77.890 deg. F temperature.17 ( 7').000 ) : 77.000 deg. F temperature 18 :( 76.150 ) : 76.150 deg. F s temperature 19 ( 75.750 ) : 75.750 deg. F temperature 20 ( 75,180 ) = 75.180 deg. F E . temperature 21 ( .74.830 ) = 74.830 deg. F temperature 22 ( 74.870 ) : 74.870 deg. F temperature 23 ( 74.060 ) = 74.060 deg. F temperature 24 ( 75.450 ) = 75.450 deg. F temperature 25 ( 74.340 ) = 74.340 deg. F temperature 26 ( 74.120 ) : 74.120 deg. F
. temperature 27 ( 74.180 ) : 74.180 deg. F temperature 281( 73.860 ) = 73.860 deg. F temperature 29~( 73.870 ) : 73.870 deg. F
.tomperature 30'( 74.020 ) = 74.020 deg. F dewpoint 1 ( 73.240') = 73.240 deg. F , 0.4050 psia dewpoint 2 ( 73.740 ) : 7 3.740 deg. F , 0.4119 psia.
dewpoint 3 ( 69.810 ) = 69.810 deg. F , 0.3606 psia dewpoint 4 ( 56.530 ) = 56.530 deg. .F , 0.2261 psia dewpoint 5 ( 57.800 ) = 57.800 deg. F , 0.2367 psia dewpoint 6 ( 56.500 ) : 56.500 deg. F , 0.2259 psia pressure 1- ( 60.13580 ) = 60,1358 psia pressure 2 ( 60.13440 ) : 60.1344 psia weighted averages, volume and air mass temperature : 78.39626 deg. F 1 pressure : 60.13580 psia L . vapor pressure : 0.30712 psia volume : 2841900 cu. ft, dry air mass : 852924.39 lbm
p I r VOGTLE UNIT 1-1990 ILRT-TYPE A TEST 7. 4 data set 15 t ime': 1530 date : 329 sensor. raw data value temperature 1( 82.840 ) : 82.840 deg. F temperature 2( 82.620 ) : 82.620 deg. F temperature 3( 82.430 ) : 82.430 deg. F temperature 4( 82.880 ) = 82.880 deg. F temperature 5( 82.920 ) : 82.920 deg. F temperature 6( 82.640 ) : 82.640 deg. F temperature 7( 82.470-) = 82.470 deg. F temperature 8( 82.630 ) 82.630 deg. F temperature 9( 82.170 ) = 82.170 deg. F temperature 10 (- 81.030 ) = 81.030-deg. F temperature 11 ( 80.090 ) = 80.090 deg. F temperature 12 ( 79.400.) : 79.400 deg. F temperature 13-( 79.090 ) : 79.090 deg. F temperature'14 ( 78,560 ) : 78.560 deg. F , temperature 15 (' 78.100 ) = 78.100 deg. F j temperature 16 ( 77.860 ) : 77.860 deg. F. l temperature 17-( 77.010 ) : 77.010 deg. F i temperature 18 ( 76.140 ) : 76.140 deg. F ! temperature 19 ( 75.760 ) : 75.760 deg. F i
/
~) temperature 20 (- 75.210 ) : 75.210 deg. F j 74.860 )
t> . temperature 21 ( : 74.860'deg. F ! temperature 22 ( 74.910 ) : 74.910 deg. F l temperature 23 ( 74.140 ) : 74.140 deg. F :l temperature 24 ( 75.480 ) : 75.480 deg. F i temperature 25 ( 74.400 ) = 74.400-deg. F ! temperature-26 ( 74.150 ) = 74.150 deg. F l temperature 27 ( .74.210 ) : 74.210 deg. F ' temperature'28 ( 73,900 ) : 73.900 deg. F ! temperature 29 ( 73.910 ) = 73.910 deg, F . temperature 30 ( 74.040 ) : 74.040 deg. F - dewpoint 1 ( 73.320 ) : 73.320 deg. F , 0.4061 psia dewpoint 2 ( 73.750') = 73.750-deg. F ,-0.4120 psia dowpoint 3 ( 70.380 ) = 70.380 deg. F , 0.3677 psia dewpoint. 4 ( 56.560 ) : 56.560 deg. F ,-0.2264 psia dewpoint 5 ( 57.840 ) : 57.840-deg. F , 0.2371 psia dewpoint 6 ( 56.590 ) = 56.590 deg. F , 0.2266 psia- .il i pressure 1 ( 60.13180 ) = 60.1318 psia pressure 2 ( 60.13030 ) = 60,1303 psia weighted averages, volume and air mass temperature : 78.36550 deg. F pressure : 60,13180 psia
.(-s) vapor pressure =
volume : 0.30756 2841900 psia cu. ft. dry air mass : 852909.90 lbm
VOGTLE UNIT 1-1990 I LRT -TYPE A TEST data set 16 time : 1545 date : 3?9 sensor raw data value temperature 1( 82.740 ) : 82.740 deg. F temperature 2( 82.520 ) = 82.520 deg. F re temperature 3( 82.330 ) : 82.330 deg. F [di. temperature 4( 82.770 ) = 82.770 deg. F temperature 5( 82.820 ) = 82.820 deg. F temperature 6( 82.540 ) : 82.540 deg. F temperature 7( 82.370 ) 82.370 deg. F temperature 8( 82.540 ) : 82.540 deg. F temperature 9( 82.090 ) : 82.090 deg. F temperature 10 ( 80.920 ) : 80.920 deg. F i temperature 11 ( 79.990 ) : 79.990 deg. F temperature 12 ( 79.340 ) : 79.340 deg. F temperature 13 ( 79.010 ) : 79.010 deg. F temperature 14 ( 78.500 ) : 78.500 deg. F temperature 15 ( 78 040 ) : 78.040 deg. F temperature 16 ( 77.830 ) : 77.830 deg. F temperature 17 ( 77.000 ) = 77.000 deg. F temperature 18 ( 76.150 ) : 76.150 deg. F temperature 19 ( 75.790 ) = 75.790 deg. F 75.280 deg. F 9 temperature temperature temnerature 22 ( 20 21 ( ( 75.280 ) 74.890 ) 74.960 )
=
=
74.890 deg. F 74.960 deg. F temperature 23 ( 74.250 ) : 74.250 deg. F temperature 24 ( 75.510 ) = 75.510 deg. F temperature 25 ( 74.390 ) : 74.390 deg. F temperature 26 ( 74.200 ) : 74.200 deg. F temperature 27 ( 74.270 ) = 74.270 deg. F temperature 28 ( 73.930 ) : 73.930 deg. F temperature 29 ( 73.960 ) = 73.960 deg. F temperature 30 ( 74.100 ) : 74.100 deg. F dewpoint 1 ( 73.290 ) 73.290 deg. F , 0.4057 psia dewpoint 2 ( 73.610 ) = 73.610 deg. F , 0.4101 psia dewpoint 3 ( 69.140 ) = 69.140 deg. F , 0.3524 psia dewpoint 4 ( 56.630 ) : 56.630 deg. F , 0.22c9 psia dewpoint 5 ( 57.820 ) = 57.820 deg. F , 0.2369 psia dewpoint 6 ( 56.660 ) : 56.660 deg. F , 0.2272 psia 3 pressure 1 ( 60.12790 ) : 60.1279 psia pressure 2 ( 60.12680 ) = 60.1268 psia neighted averages, volume and air mass
~'
temperature : 78.33488 deg. F pressure : 60.12790 psia vapor pressure : 0.30718 psia h 2841900 cu. ft. volume : dry air mass : 852908.16 lbm
V0GTLE UNIT 1-1990 ILRT-TYPE A TEST f data set .17 time = 1600 date : 329 sensor' raw data value temperature 1( 82.650 ) : 82.650 deg. F temperature 2'( 82.420 ) = 82.420 deg. F i temperature 3 -( 82.220 ) = 82.220 deg. F temperature 4 ( 82.680 ) = 82.680 deg. F temperature 5( 82.730 ) = 82.730 deg. F temperature 6 ( 82.440 )- : 82.440 deg. F temperature 7 ( 82.300 ) : 82.300 deg. F temperature- 8( 82.440 ) = 82.440 deg. F temperature 9 ( 81.980 )
= 81.980 deg. F t temperature 10 ( 80.830 ) = 80.830 deg. F temperature 11 ( 79.920 ) : 79.920 deg. F temperature 12 ( 79.260 ) = 79.260 deg. F temperature 13 ( '78.930 ) = 78.930 deg. F temperature 14 ( 78.450 ) : 78.450 deg. F temperature 15 ( 78.000 ) : 78.000'deg. F !
temperature 16-( 77-.810 ) : 77.810 deg. F l temperature-17 ( 77.000 ) : 77.000 deg. F temperature 18 ( 76.180 ) : 76.180 deg. F temperature'19 ( 75.820 ) = 75.820 deg. F
*~'y temperature 20 (- 75.300 ) = 75.300 deg. F ;
k/ temperature 21 ( .74.950 ) : 74.950 deg. F temperature 22 ( .75.020 ) = 75.020 deg. F temperature 23 ( 74.340 ) = 74.340 deg. F temperature 24 ( 75.550 ) = 75.550 deg. F temperature 25 ( 74.450 ) = 74.450 deg. F temperature 26 ( 74.240 ) : 74.240. des. F temperature.27 ( '74.300 ) = 74.300.deg. F temperature 28 ( 73.960 ) : 73.960 deg. F temperature 29 ( 73.990 ) : ;73.990 deg. F temperature-30 ( 74.130 ) = 74.130 deg. F t dewpoint 1 ( 73.280 ) = 73.280 deg. F , 0.4056 psia dewpoint 2 ( 73.650 ) : 73.650 deg. F , 0.4107 psia dewpoint 3 ( 70.000 ) : 70.000 deg. F , 0.3629 psia dewpoint 4 ( 56.680 ) : 56.680 deg. F , 0.2274 psia dewpoint 5 ( 58.030 ) = 58.030 deg. F , 0.2387 psia dewpoint 6- ( 56.740 ) = 56.740 deg. F , 0.2278 psia pressure 1 ( 60,12460 ) : 60,1246 psia pressure 2 ( 60.12320 ) : 60.1232 psia weighted averages, volume and air mass temperature : 78.30647 deg. F
. pressure : 60,12460 psia vapor pressure : 0.30776 psia I'"^) volume : 2841900 cu. ft.
dry air mass : 852897.95 lbm
~
}F VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data set .18 time : 1615 date : 329 sensor raw data value temperature 1( 82.550 ) = 82.550 deg. F temperature _ 2( 82.330 ) : 82.330 deg. F temperature 3( 82.150 ) : 82.150 deg..F temperature 4( 82.600 ) = 82.600 deg. F temperature 5( 82.630 ) = 82.630 deg. F temperature 6 ( 82.360 ) = 82.360 deg. F temperature 7( 82.190 ) = 82.190 deg. F temperature 8( 82.350 ) : 82.350 deg. F temperature 9( 81.900 ) = 81.900 deg. F temperature 10 ( 80.760 ) = 80.760 deg. F temperature 11 ( .79.860 ) = 79.860 deg. F temperature-12 ( 79.200 ) : 79.200 deg. F temperature 13 ( 78.900 ) : 78.900 deg. F temperature 14 ( 78.410 ) 78.410 deg. F temperature 15 ( 77.960 ) : 77.960 deg. F temperature-16 ( 77.790 ) : 77.790 deg. F temperature 17 ( 76.990 ) : 76.990 deg. F temperature 18 ( 76.160 ) 76.160'deg. F temperature 19 ( 75.860 ) 75.860 deg. F V^Y temperature 20 ( 75.300 ) = 75.300 deg. F ;
'J temperature 21 ( 74.960 ) = 74.960 deg. F temperature'22 ( 75.010 ) = 75.010 deg. F temperature 23 ( 74.160 ) : 74.160 deg. F temperature 24 ( 75.,550 ) : 75.550 deg. F' temperature 25-( 74.480 )- : 74.480 deg. F. '
temperature 26_( 74.240 ) 74.240 deg. F
,, temperature 27 ( 74.300 ) = 74.300 deg. F i temperature 28 ( 73.990 ) : 73.990 deg. F temperature 29 ( 74.000 ) = 74.000 deg. F i
. temperature 30 ( 74.130 ) = 74.130 deg. F dewpoint 1 ( 73.260 ) : 73.260 deg. F, 0.4053 psia 4 dewpoint 2 ( 73.660 ) : 73.660 deg. F , 0.4108 psia dewpoint 3 ( 70.000 ) = 70.000 deg. F ,
0.3629 psia dewpoint 4 ( 56.740 ) = 56.740 deg. F-, 0.2278 psia ' l- ' dewpoint- 5 ( 58.020 ) = 58.020 deg. F , 0.2386 psia dewpoint 6 ( 56.740 ) : 56.740 deg. F', 0.2278 psia 1 pressure 1 ( 60.11820 ) = 60,1182 psia ' pressure 2 ( 60,11690 ) = 60.1169 psia weighted averages, volume and air mass
- i. temperature : 78.26321 deg. F l f3 pressure : 60.11820 psia '
l C vapor pressure : 0.30788 psia
'~') volume : 2841900 cu. ft.
dry air mass : 852873.50 lbm l ?
,[
l VOGT L UNIT 1-1990 ILRT-TYPE A TEST data set 19 time : 1630 date : 329 sensor raw data value temperature 1( 82.460 ) 82.460 deg. F temperature 2( 82.250 ) 82.250 deg. F temperature 3( 82.060 ) = 82.060 deg. F temperature 4( 82.500 ) : 82.500 deg. F temperature 5( 82.550 ) = 82.550 deg. F temperature 6( 82.'50 ) : 82.260 deg. F temperature 7( 82.110 ) : 82.110 deg. F temperature 8( 82.260 ) : 82.260 deg. F temperature 9( 81.810 ) 81.810 dog. F temperature 10 ( 80.670 ) : 80.670 dog. F temperature 11 ( 79.770 ) 79.770 deg. F temperature 12 ( 79.120 ) : 79.120 deg. F temperature 13 ( 78.840 ) : 78.840 deg. F temperature 14 ( 78.360 ) = 78.360 deg. F temperature 15 ( 77.900 ) 77.900 deg. F temperature 16 ( 77.700 ) : 77.760 deg. F temperature 17 ( 76.980 ) : 76.980 deg. F temperature 18 ( 76.180 ) : 76.180 deg. F temperature 19 ( 75.850 ) : 75.850 deg. F O temperature temperature temperature 20 ( 21 ( 75.290 ) 74.960 ) 22 ( 74.980 ) 75.290 deg. F 74.960 deg. F 74.980 deg. F temperature 23 ( 74.160 ) : 74.160 deg. F m arature 24 ( 75.560 ) : 75.560 deg. F temperature 25 ( 74 500 ) : 74.500 deg. F temper neure 26 ( 74 230 ) : 74.230 deg. F temperacure 27 ( 74.320 ) : 74.320 deg. F temperature 28 ( 74.000 ) : 74.000 deg. F temperature 29 ( 74.010 ) : 74.010 deg. F temperature 30 ( 74.140 ) : 74.140 deg. F dewpoint 1 ( 73.270 ) : 73.270 deg. F , 0.4054 psia dewpoint 2 ( 73.650 ) : 73.650 deg. F , 0.4107 psia dewpoint 3 ( 68.060 ) : 68.060 deg. F , 0.3396 psia dewpoint 4 ( 56.790 ) : 56.790 deg. F , 0.2283 psia dewpoint 5 ( 58.150 ) : 58.150 deg. F , 0.2397 psia dewpoint 6 ( 56.800 ) : 56,800 deg. F , 0.2283 psia pressure 1 ( 60.11340 ) : 60.1134 psia pressure 2 ( 60.11190 ) : 60,1119 psia weighted averages, volume and air mass temperature : 78.21934 deg. F pressure : 60,11340 psia fO- vapor pressure : volume : 0.30819 pria 2841900 cu. ft, dry air mass : 852870.18 lbm l l
- a
?
j V0GTLE UNIT 1-1990 ILRT-TYPE A TEST i 8 (_). data set 20 . time : 1645 date : 329
)
sensor raw data value j temperature 1( 82.370 ) = 82.370 deg. F ! temperature 2( 82.160 ) = 82.160 deg. F 1 temperature. 3( 81.960 ) : 81.960 deg. F ; temperature 4( 82.410 ) = 82.410 deg. F i temperature 5( 82.450 ) : 82.450 deg. F 1 temperature 6 ( 82.180 ) = 82.180 deg. F temperature 7 ( 82.010 ) : 82.010 deg. F h temperature 8-( 82.160 ) : 82.160 deg. F temperature 9(. 81.720 ) = 81.720 deg. F l temperature 10 ( 80.570 ) 80.570 deg. F . temperature 11 ( 79.700 ) : 79.700 deg. F l temperature 12 ( 70.060 ) = 79.060 deg. F ) temperature 13 ( 78.770 ) : 78.770 dog. F i temperature 14 ( 78.320 ) : 78.320 deg. F l temperature 15 ( 77.870') = 77.870 deg. F . temperature 16 ( 77.730 ) = 77.730 deg. F l ' temperature 17 ( 76.980 ) : 76.980 deg. F temperature 18 (- 76.180 ) = 76.180 deg. F temperature 19 ( 75.850 ) = 75.850 deg. F [^'): - temperature 20 ( 75.320 ) = 75.320 deg. F ,
\/ temperature 21 ( 74.970 ) : 74.970 deg. F t temperature 22 ( -75.030 ) : 75.030 deg. F i temperature 23 ( 74.160 ) : 74.160 deg. F temperature 24_(- 75.580 ) .: 75.580 deg. F temperature 25 ( 74.520 ) = 74.520 deg. F '
. temperature-26 ( 74.260 ) : 74.260 deg. F ,
temperature 27~( 74.320 ) : 74.320 deg. F temperature 28 ( 74.010 ) = 74.010 deg. F temperature 29 ( 74.020 ) = 74.020 deg. F ! temperature 30 (. 74.140 ) = 74.140 deg. F
- dewpoint 1 ( -73.260 ) : 73.280 deg. F , 0.4056 psia dewpoint' 2 ( 73.660 ) : 73.660 deg. F , 0.4108 psia. j dewpoint 3 ( 70.820 ). : 70.820 deg. F , 0.3732 psia dewpoint 4 ( 56.850 ) = 56.850fdeg. F , 0.2288 psia"
- dewpoint 5 ( 58.050 ) : 58.050 deg. F , 0.2389 psia dewpoint 6 ( 56.830 ) : 56.830 deg. F , 0.2286 psia J
pressure 1 ( 60,10900 ) = 60.1090 psia pressure 2- ( 60.10760 ) = 60.1076 psia weighted assrages, volume and air mass temperature : 78.18111 deg. F r~( pressure- : 60.10900 psia vapor pressure : 0.30833 psia i*J- volume : 2841900 cu. ft. dry air mass : 852866.13 lbm
i VOGTLE UNIT 1-1990 ILRT-TYPE A TEST [ data set 21 f time : 1700 date : 329 -f sensor. raw data value temperature 1( 82.280 ) : 82.280 deg. F j temperature '2( 82.070 ) -: 82.070 deg. F : temperature 3( 81.870 ) : 81.870 deg. F temperature 4( 82.320 ) = 82.320 deg. F- !' temperature- 5- ( 82.370 ) = 82.370 deg'. F temperature 6( 82.080 ) : 82.080"deg. F ! temperature 7( 81.900 ) : 81.900 deg. F , "y temperature 8( 82.070 ) : 82.070 deg. F ! temperature 9( 81.630 ) = 81.630 deg..F' temperature 10.( 80.490.) : 80.490 deg. F temperature-11-( 79.640 ) : 79.640 deg. F ; temperature 12 ( 79.000 ) = 79.000 deg. F - temperature 13 ( 78.740 ) : 78.740 deg. F ! temperature 14 ( 78.260 ) = 78.260 deg. F l temperature 15 ( : 77.830 deg. F i temperature 16 (_'77.830-) ' 77,690 ) 77.690 deg. F 3 temperature 17 ( -76.950 ) = 76.950'deg. F temperature 18 ( 76,170 ) : 76.170 deg. F 3 temperature 19 (- 75.860 ) : 75.860 deg. F , ['f temperature 20 ( 75.340 ) : 75.340 deg. F
\_/ temperature 21 ( 174.980 ) : 74.980 deg. F ;
temperature l22 ( 75.070 ) : 75.070 deg. F 1 temperature 23 ( 74.200 .). : 74.200 deg. F temperature 24 (- 75.580 ) :: 75.580 deg. F. -i temperature 25 ( 74 520.) : 74.520.deg. F ' temperature 26 ( 74.280 ) : 74.280 deg. F .i temperature 27'( 74.350 ) = 74.350 deg. F I
. temperature 28'(. 74.0$0 ) : 74.050 deg. F
- temperature 29 ( 74.060 ) : 74.060 deg. F :
temperature 30 ( 74.160 ) u. 74.160 dog. F' -t dewpoint 1 ( .73.110 ) : 73.140 deg. F , 0.4037 psia dewpoint- 2 -( 73.640 ) : 73.640 deg. F ,,0.4105> psia dewpoint 3 :(. 69.770 ) : 69.770'deg. F , 0.3601' psia-dewpoint '4 ( 56.870 ) : 56.870 deg F , 0 2289 psia dewpoint 5 ( 58.060 ) : 58.060 deg. F , 0.2389 psia
- dewpoint '6 ( 56.890 ) : 56.890 deg. F-, 0.2291 psia
. pressure 1 ( 60.10460') : 60.'1046 psia (
pressure 2 ( 60.10330 ) : 60.1033 psia ? weighted averages, volume and air mass , temperature : 78.14621 deg. F l' ysg pressure : 60.10460 psia 1\ y; vapor pressure : volume. : 0.30810 2841900 psia cu. ft. dry air mass : 852861.91 lbm i
.$, . - . . m, _,--
,~m ,
'i
- e
'm l
s VOOTLE' UNIT 1-1990 ILRT-TYPE A TEST ,
-! ~Y l
(,j . data set 22-i time : 1715 date : 329 . sensor raw data value ! t
' temperature 1( 82.200 ) : 82.200 deg. F ,
s - temperature 2( 81.990 ) : 81 990 deg. F l temperature' 3( 81.790 ) :- 81.790 deg. F 1 temperature: 4 (- 82.230 ) 82.230:deg.'F [ temperature- 5( 82.280 ) : 82.280 deg. F i temperature 6( 81.990-) 81.990 deg. F : temperature 7( 81.850 ) = 81.850 deg. F 8( 81.98G ) temperature = 81.980 deg. F ; e temperature' 9( 81.56:i ) = 81.560 deg. F [ temperature 10 ( 80.410 ) : 80.410 deg. F ) N temperature 11 ( 79.560 ) : 79.560 deg. F temperature 12-( 78.940 ) : 78.940 deg. F ; 78.620 ) temperature 13 ( = 78.620 deg. F
- temperature 14 ( 78.220 ) : 78.220 deg. F t temperature 15 ( 77.790 ) : 77.790 deg, r i t : temperature 16 ( 77.660 ) : 77.660 deg. F temperature'17-( 76,950 ) = 76.950 deg. F ;
temperature 18 ( 76.170 ) : 76.170 deg. F ;
.. temperature 19 ( 75.880 ) : 75.880 deg, F *
//)
' (_/
temperature 20 ( 75.340 ) = 75.340 deg.=F ! temperature 21 ( 75.000 ) : 75.000 deg. F 5 temperature 22 ( 75.080 ) : 75.080 deg. F. L temperature-23 ( 74'.160 )' : 7 4._16 0' de g . F temperature 24-( 75.610 ) : 75.610 deg. F ,
. temperature 25 ( 74.590 ) : 74.590-deg. F p temperrture 26 ( 74.290 ) = 74.290 deg. F ;
-temperature 27 (= 74.370 ) : 74.370'deg. F.
temperature 28 ( 74.060 ) : 74.060 deg. F- . temperature 29 ( 74.080 ) : 74.080: deg. F - ' l o temperatureE30 ( 74.160-) c' :74.160 deg. F-4 dewpoint 1 ( 73,230 ) = 73.230.deg. F , 0.4049 psia l dewpoint 2 ( 73.600 ) : 73.600 deg. F . 0.4100 psia 4' dewpoint 3 ( 6 9 =. 9 3 0 _ )' : 69.930'deg. F ', 0.3621 psia dewpoint 4 (1 56.930 ) = 56.930 deg. F , 0.2294 ~ psi.a } dewpoint 5 ( H58.120 ) : 58.120 deg. F, 0.2395 psia : dewpoint 6 '(' 56.960-) : 56.960 deg. F . 0.2297 psia -! pressure 1 ( 60,10060-) = 60,1006 psia : prwssure 2' (-60.09930 ) : 60.0993 psia weighted averages, volume and air mass , temperature : 78.10896 deg. F (
?~v pressure : 60,10000 psia '
i4 ) . vapor pressure : ' O.30843 psia ; volume : 2841900 cu. ft. 1 dry air mass : 852859.32 lbm -
,~+:
.t: -
_4., . . , . _ . . _ _ _ , -~ . . - -
i I VOGTLE UNIT 1-1990 ILRT-TYPE A TEST _[ ' data set 23 f time : 1730 date : 329 l t sensor- raw data value f i 82.130 )
~
temperature 1( : 82.130 deg. F I temperature 2( 81.920 ) = 81.920 deg. F
' temperature 3( 81.730 ) = 81.730 deg. F temperature- 4 ( 82.150 ) = 82.150 deg. F !
temperature 5( 82.190 ) = 82.190 deg. F ! temperature 6( 81.900 ) = 81.900 deg. F , temperature 7( 81.770 ) = 81.770 deg. F temperature 8( 81.900 ) : 81.900 deg. F , temperature 9( 81.470 ) = 81.470 deg. F , temperature 10 ( 80.340 ) : 80.340 deg. F temperature 11 ( 79.490 ) : 79.490 deg. F ; temperature 12 ( 78.890 ) = 78.090 deg. F t temperature 13 ( 78.550 ) = 78.550 deg. F ' temperature 14 ( 78.190 ) = 78.190 deg. F' temperature 15 ( 77.760 ) : 77.760 deg. F + temperature 16 ( 77.640 ) = 77.640 deg. F j temperature 17 (_ 76.950 ) : 76.950_deg. F ' temperature 18 ( 76.190 ) : 76.190 deg. F , temperature 19 ( 75.890 ) = 75.890 deg. F [s) temperature 20-( 75.370 ) = 75.370 deg. F :
\ /= temperature 21 ( 75.010 ) = 75.010 deg. F 1 temperature'22 ( 75.100 )' : 75.100 deg. F :
temperature 23 (- 74.170 ) : 74.170 deg.-F temperature 24 (- 75.630 ) ': 75.630 deg. F i temperature-25 ( 74.600 ) : 74.600 deg. F- ! 74.310 ) temperature 26 ( : 74.310 deg. F temperature 27 ( .74.380 ) : 74.380 deg. F: temperature 28'( 74.070 )~ : 74.070 deg. F : temperature 29 ( _74.090 ) : ~74.090 deg. F ' Ltemperature 30:( 74.170 ) = '74.170 deg. F , dewpoint 1 ( 73.240 ) : 73.240 deg. F , 0.4050-psia dewpoint 2 .( 73.660 ) : 73.660.deg. F , 0.4108 psia dowpoint 3 ( 70.'950 ) = '70.950 deg. F_, 0.3749: psia dewpoint 4 ( 56.980 ) = 56.980-deg, F , 0.2298 psia dowpoint 5 ( 58.170-) : 58.170 deg. F, 0.2399 psia i dewpoint 6 ( 56.960 ) : 56.960 deg. F . 0,2297 psia, '? pressure 1 ( 60.09650 ) : 60.0965 psia pressure _ 2 ,( 60.09540-) : 60.0954 psia weighted averages, volume and air mass , l temperature : 78.07755 deg. F l
- s. pressure : 60.09650 psia s I ! i vapor pressure : 0.30885 psia
\- volume : 2841900 cu. ft. >
dry air mass :- 852844.64 lbm 4
l i VOGTLE UNIT 1-1990 ILRT-TYPE A TEST !
-s ;
i ,) data set 24 time : 1745 date : 329 sensor raw data value temperature 1( 82.040 ) = 82.040 deg. F temperature 2( 81.830 ) = 01.830 deg..F- ,j temperature 3( 81.640 ) = 81.640 deg. F ' temperature 4 (. 82.080 ) : 82.080 deg. F : temperature 5( 82.110 ) : 82.110 deg. F t temperature 6.( 81.840 ) = 81.840 deg. F ;; temperature 7( 81.690 ) = 81.690-deg. F l temperature 8 (. 81.820 ) = 81.820 deg. F ! temperature- 9( 81.400 ) = 81.400 deg. F y temperature 10 ( 80.250 ) = 80.250 deg. F temperature 11 ( 79.440 ) = 79.440 deg. F i temperature 12 ( 78.830 ) = 78.830 deg. : ; temperature 13 ( 78.490 ) : 78.490 deg. F ; temperature 14-( 78.150 ) = 78.150 deg. F temperature 15 ( 77.730 ) = 77.730 deg. F ' temperature 16 ( 77.620-) : 77.620 deg. F ! temperature 17 ( 76.940 ) = 76,940 deg. F ! temperature ~18 ( 76.190 ) : 76.190 deg. F , temperature-19 (- 75.910 ) = 75.910 deg.. F-J./ ~ V
\1 temperature 20'( 75.390 ) = 75.390 deg. F i s temperature 21 ( 75.020 ) : 75.020 deg. F !
temperature 22.(- 75.150 ) : 75.150 deg. F- i temperature 23-( 74.170-) : 74.170 deg. F temperature 24L( 75.630 ) : 75.630 deg. F ,; temperature 25 ( 74.630 ) = -74.630 deg. F ; temperature'26 ( 74.320 ) : 74.320'deg. F temperature 27 ( 74.400 ) :- 74.400 deg. F
, temperature 28 ( 74.090 )' : 74.090 deg. F ;
L temperature 29 ( -74.100 ) = 74.100 deg. F I L temperature 30 ( 74.180 ) : 74.180.deg. F L
- g dewpoint
' dewpoint 1
2 ( ( 73.170 )- 73.610 ) 73.170 73.610 deg. deg. F F 0.4041 psia 0.4101 psia l , l dewpoint 3 ( '69.040 ) = 69.040 deg. F ,10.3512 psia- ;
~ dewpoint. 4 ( 57.020-) = 57.020 deg. F , 0.2302 psia-dewpoint- 5 ( 58.110 ) = 58.110 deg. F , 0.2394 psia '
dewpoint 6 ( 57.040.) = 57.040 deg. F , 0.2303 psia pressure 1 . ( 60.09250 ) = 60.0925 psia pressure 2 ('60.09150 ) : 60.0915 psia ; weighted averages, volume and air mass I temperature- : 78.04656 deg. F ) gs pressure : 60.09250 psia
j ' ; vapor pressure :
volume : 0.30865 2841900 psia cu. ft. dry air mass : 852839.50 lbm N y -..,.n...n
I F VOGTLE UNIT.1-1990 ILRT-TYPE A TEST f data set 25 ; time e 1800 date : 329 i ; sensor raw data value 5 l temperature' 1 -( 81.950 ) : 81.950-deg. F 4 temperature 2( 81.750 ) 81~.750 deg. F i temperature 3( 81.550 ) = 81.550 deg. F-
];
temperature 4.( 81.990 ) = 81.990 deg. F temperature 5( 82.030 ) : 82.030 deg. F I temperature 6( 81.760-) : 81.760 deg. F i temperature 7 ( 81.600 ) : 81.600 deg. F -; temperature 8 ( 81.730 ) = 81.730 deg. F- : temperature' 9( 81.300 ) = 81.300'deg. F l temperature 10 ( 80.170 )- : 80.170 deg. F temperature 11-( 79.360 ) : 79.300 deg. F r temperature-12 ( 78.770 ) : 78.770 deg. F , temperature 13-( 78.460 ) = 78.460 deg. F i temperature 14 ( 78.110 ) = 78.110 deg. F ! temperature 15 ( 77.680 ) : 77.680 deg. F 4 temperaturv 16 ( 77.590 ) : 77.590 deg. e i temperature 117 ( 76.910 ) 76.910 deg. F ! temperature 18 (. 76.160 )
- 76.160 deg. F
[ ,j' temperature 19 ( 75.910 ) temperature'20-( .75.390 ) 75.910 deg. F 75.390'deg. F
]j As temperature 21 ( '5.030 ). : 75.030 deg. F r temperature 22 ( 75.150 ) : 75.150 deg. F temperature 23 ( 74.190 ) : 74.190 deg. F -
temperature 24 ( 75.650 ) ( 75.650 deg. F
= dewpoint 5 ( 58.200 ) : 58.200 deg. F , 0.2401 psia !
--dewpoint 6 ( 57.110 )- = 57.110 deg..F , 0.2309 psia j
pressure 1 ( 60.08870 ) : 60.0887 psia , pressure 2 ( 60.08770 ) : 60.0877 psia ' weighted averages, volume and air mass-temperature : 78.00819 deg. F i pressure : 60.08870 psia $ ef'-f-q): : vapor pressure : 0.30902 psia 4 volume : 2841900 cu. ft. dry air mass : 852840.87 lbm t p + , , - - - - . - - -. . ,,-. ,
y j VOGTLE. UNIT 1-1990 ILRT-TYPE A TEST l l l c (,j ' data set- 26 l l time : 1815 date : 329 sensor raw data value l temperature 1( 81.890 ) 81.890 deg.-F l temperature 2( 81.670 ) 81.670 deg. F temperature 3( 81.470 ) : 81.470 deg. F temperature 4( 81.920 ) : 81.920 dog. F ; temperature 5( 81.940 ) = 81.940 deg. F temperature 6 - (' 81.680 ) : 81.680 deg. F q temperature 7 ( 81.510 ) = 81.510 deg. F
- temperature- 8( 81.660 ) = 81.660 deg. F l temperature 9 ( 81.240 ) = 81.240 deg. F '
l temperature 10 ( 80.090-) = 80.090 deg. F temperature 11 ( 79.300.) = 79.300 deg. F ! temperature 12 ( 78.730 ) : 78.730 deg. F temperature.13 ( 78.410 )' : 78.410 deg. F ; temperature 14 ( 78.060 ) : 78.060 deg. F ' temperature 15 ( 77.650 ) = 77.650 deg. F > temperature'16 ( 77.550 ) = 77.550 deg. F ,
; temperature 17 ( 76.910 ) = 76.910 deg. F i temperature 18 ( 76.170 ) 76.170 deg. F temperature 19 (' 75.920 ) = 75.920 deg. F
;[ )
temperature 20 ( -75.390 ) : 75.390 deg. F N/ . temperature 21 ( 75.060 ) : 75.060 deg. F 1
- temperature 22 ( 75.150 ) = 75.150 deg. F ,
temperature 23 ( 74.200 )' : 74.200 deg. F 3 temperature 24 ( 75.660 ) = 75.6u0 deg. F' temperature 25 (- 74.630 ) = 74.630 deg. F temperature 26 ( -74.350 ) : 74.350 deg. F ; temperature 27L(~ 74.420 )
- 74.420 deg. F' temperature 28 ( 74.120-) : 74.120 deg. F temperature 29 ( 74.150 )- = 74.150 deg. F .
temperature 30-( 74.210 ) = 74.210'deg. F
. dewpoint 1 ( 73.160 ) : 73.160 deg. F , 0.4039 psia dewpoint 2 ( 73.570 ) = 73.570 deg. F , 0.4095 psia dewpoint- 3 (: 70.120 ) : 70.120.deg. F , 0.3644' psia: _
dewpoint 4 ( -- 57.120 ) = 57.120 (ag. F , 0;2310. psia- , dewpoint 5 ( 58.240 ) = 58.240 6vg. F , 0.2405 psia- l d ewpo i r.; 6 ( 57.100 ) = 57.100 deg. F , 0. 2308 psia- , s ( 60.08470 ) 60.0847 psia pressure. 1 = pressure 2 ( 60.08400 ) = 60.0840 psia : weighte,d averages, volume and a.r mass temperature : 77.97585 deg. F .. j r pressure : 60.08470 psia
'( j' vapor-pressure : 0.30892 psia volume : 2841900 cu. ft.
dry air mass : 852836.57 lbm i
3 9 VOGTLE UNIT 1 '990 ILRT-TYPE A TEST time : 1830 date : 329 sensor raw data value temperature 1( 81.800 ) : 81.800 deg. F temperature 2( 81.600 ) : 81.600 deg. F temperature 3( 81.380 ) : 81.380 deg. F temperature 4( 81.860 ) : 81.860 deg. F temperature 5( 81.880 ) 81.880 deg. F temperature 6( 81.620 ) : 81.620 deg. F temperature 7( 81.470 ) : 81.470 deg. F temperature 8( 81.570 ) : 81.570 deg. r temperature 9( 81.180 ) : 81.180 deg. F temperature 10 ( 80.030 ) : 80.030 deg. F temperature 11 ( 79.250 ) : 79.250 deg. F temperature 12 ( 78.680 ) : 78.680 deg. F temperature 13 ( 78.390 ) : 78.390 deg. F temperature 14 ( 78.050 ) : 78.050 deg. F temperature 15 ( 77.610 ) : 77.610 deg. F temperature 16 ( 77.540 ) : 77.540 deg. F temperature 17 ( 76.900 ) : 76.900 deg. F temperature 18 ( 76.190 ) : 76.190 deg. F temperature 19 ( 75.940 ) : 75.940 deg. F temperature 20 ( 75.420 ) : 75.420 deg. F O' temperature 21 ( 75.070 ) : 75.070 deg. F temperature 22 ( 75.170 ) : 75.170 deg. F temperature 23 ( 74.210 ) : 74.210 deg. F temperature 24 ( 75.670 ) : 75.670 deg. F temperature 25 ( 74.680 ) : 74.680 deg. F tempera &ure 26 ( 74.360 ) : 74.360 deg. F tempera:ure 27 ( 74.430 ) : 74.430 deg. F tempers.ture 28 ( 74.130 ) : 74.130 deg, F temperature 29 ( 74.160 ) : 74.160 deg. F tempe ature 30 ( 74.230 ) : 74.230 deg. F dowpaint 1 ( 73.130 ) : 73.130 deg. F , 0.4025 ptsa dewpoint 2 ( 73.600 ) = 73.600 deg. F , 0.4100 p.!a dewpoint 3 ( 69.820 ) : 69.820 deg. F , 0.3607 psia dewpoint 4 ( 57.180 ) : 57.180 deg. F , 0.2315 psia dewpoint 5 ( 58.240 ) : 58.240 deg. F , 0.2405 psia dewpoint 6 ( 57.160 ) : 57.160 deg. F , 0.2313 psia pressure 1 ( 60.08110 ) : 60.0811 psia pressure 2 ( 60.08020 ) = 60.0802 psia weighted averages, volume and air mass temperature : 77.95300 deg. F pressure : 60.08110 psia vapor pressure : 0.30920 psia volume ~
- 2841900 cu. ft.
dry air mass : 852817,47 lbm
~
v
VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data set 28 time : 1845 date : 329 sensor raw data value temperature 1( 81.740 ) : 81.740 deg. F temperature 2( 81.540 ) : 81.540 deg. F temperature 3( 81.330 ) = 81.330 deg. F temperature 4( 81.770 ) : 81.770 deg. F temperature 5( 81.820 ) = 81.820 deg. F temperature 6( 81.520 ) : 81.520 deg. F temperature 7( 81.390 ) : 81.390 deg. F temperature 8( 81.500 ) : 81.500 deg. F temperature 9( 81.090 ) : 81.090 deg. F temperature 10 ( 79.960 ) : 79.960 deg. F temperature 11 ( 79.190 ) : 79.190 deg. F temperature 12 ( 78.640 ) : 78.640 deg. F temperature 13 ( 78.340 ) : 78.340 deg. F temperature 14 ( 78.020 ) : 78.020 deg. F temperature 15 ( 77.590 ) : 77.590 deg. F temperature 16 ( 77.510 ) : 77.510 deg. F temperature 17 ( 76.890 ) : 76.890 deg. F temperature 18 ( 76.170 ) : 76.170 deg. F temperature 19 ( 75.950 ) 75.950 deg. F temperature 20 ( 75.440 ) : 75.440 deg. F = temperature 21 ( 75.090 ) : 75.090 deg. F temperature 22 ( 75.190 ) : 75.190 deg. F temperature 23 ( 74.200 ) : 74.200 deg. F temperature 24 ( 75.690 ) : 75.690 deg. F temperature 25 ( 74.680 ) = 74.680 deg. F temperature 26 ( 74.370 ) : 74. 370 deg. F temperature 27 ( 74.440 ) = 74.440 deg. F temperature 28 ( 74.150 ) = 74.150 deg. F temperature 29 ( 74.170 ) : 74.170 deg. F temperature 30 ( 74.240 ) : 74.240 deg. F dewpoint 1 ( 73.100 ) : 73.100 deg, F . 0.4031 psia dewpoint 2 ( 73.540 ) = 73.540 deg. F , 0.4091 psia dewpoint 3 ( 63.220 ) = 69.220 deg, F , 0.3534 psia dewpoint 4 ( 57.220 ) : 57.220 deg. F , 0.2318 psia dewpoint 5 ( 58.130 ) : 58.130 deg. F , 0.2395 psia dewpoint 6 ( 37.240 ) : 57.240 deg. F , 0.2320 psia pressure 1 ( 60.07730 ) : 60.0773 psia pressure 2 ( 60.07640 ) : 60.0764 psia weighted averages, volume and air mass temperature : 71.92188 deg. F pressure : 60.07730 psia vapor pressure : 0.30900 psia volume : 2841900 cu. ft. dry air mass : 852815.50 lbm 1 1
V0GTLE UNIT 1-1990 ILRT-TYPE A TEST data set 29 time : 1900 date : 329 sensor raw data value temperature 1( 81.660 ) : 81.660 deg. F temperature 2( 81.450 ) : 81.450 deg. F temperature 3( 81.250 ) = 81.250 deg. F temperature 4( 81.700 ) = 81.700 deg. F temperature 5( 81.740 ) = 81.740 deg. F temperature 6( 81.450 ) = 81.450 det. F temperature 7( 81.330 ) = 81.330 deg. F temperature 8( 81.420 ) = 81.420 deg. F temperature 9( 81.030 ) : 81.030 deg. F temperature 10 ( 79.880 ) : 79.080 deg. F temperature 11 ( 79.130 ) : 79.130 deg. F t er.ip e r a t u r e 12 ( 78.560 ) 78.560 deg. F temperature 13 ( 78.300 ) : 78.300 deg. F temperature 14 ( 77.970 ) : 77.970 deg. F temperature 15 ( 77.550 ) = 77.550 deg. F temperature 16 ( 77.470 ) : 77.470 deg. F temperature 17 ( 76.870 ) : 76.870 deg. F temperature 18 ( 76.160 ) = 76.160 deg. F temperature 19 ( 75.950 ) = 75.950 deg. F temperature 20 ( 75.450 ) : 75.450 deg. F temperature 21 ( 75.090 ) : 75.090 deg. F temperature 22 ( 75.230 ) : 75.230 deg. F temperature 23 ( 74.210 ) = 74.210 deg. F temperature 24 ( 75.700 ) : 75.700 deg. F temperature 25 ( 74.710 ) : 74.710 deg. F temperature ?6 ( 74.400 ) = 74.400 deg. F temperature 27 ( 74.450 ) : 74.450 dog. F temperature 28 ( 74.170 ) : 74.170 deg. F temperature 29 ( 74.180 ) : 74.180 deg. F temperature 30 ( 74.260 ) : 74.260 deg, F dewpoint 1 ( 73.100 ) = 73.100 deg. F , 0.4031 psia dewpoint 2 ( 73.490 ) : 73.490 deg. F , 0.4084 psia dewpoint 3 ( 69.580 ) = 69.580 deg. F , 0.3578 psia dewpoint 4 ( 57.280 ) : 57.280 dec. F , 0.2323 psia dewpoint 5 ( 58.460 ) : 58.460 deg. F , 0.2424 psia dewpoint 6 ( 57.260 ) : 57.260 deg. F , 0.2322 psia pressure 1 ( 60.07370 ) = 60.0737 psia pressure 2 ( 60.07280 ) : 60.0728 psia weighted averages, volume and air mass temperature : 77.88937 deg. F pressure : 60.07370 psia O' - vapor pressure : volume : 0.30931 psia 2841900 cu. ft, dry air mass : 852811.26 lbm l
t
-i
-l VOGTLE UNIT 1-1990 ILRT-TYPE A TEST l
/i !
! _,/ data set 30- !
time = 1915 date : 329 ; sensor raw data value _l i i temperature 1( 81.590 ) = 81.590 deg. F temperature 2-( . 81.390 ) = '81.390 deg. F ; temperature 3( 81.190 ) = 81,190 deg. F > temperature' 4 ( 81.610 ) : 81.610 deg. F i temperature 51( 81.670 ) = 81.670 deg. F i temperature 6( 81.380 ) : 81.380 deg. F : temperature 7 ( 89.240_) = 81.240 deg. F l temperature 8( 81.360 ) 81.360 deg. F : c temperature _ 9( 80.960.) : 80.960 deg. F ! temperature 10 (- 79.820 ) = 79.820 deg. F : temperature 11 ( 79.090 ) : 79.090 deg. F t temperature 12 ( 78.520 ) = 78.520 deg. F f temperature 13 ( 78.260 ) : 78.260'deg. F [ temperature 14 ( 77.950 ) = 77.950 deg. F f temperature 15 ( 77.500 ) = 77.500 deg. F f temperature 16 ( 77.470 ) : 77.470 deg. F , temperature 17 ( 76.880 ) : 76.880 deg. F ! temperature 18 ( 76.180 ) = 76.180 deg. F , temperature 19 ( 75.960 )
- 75.960 deg. F- ,
temperature 20 (. 75.480 ) : 75.480 deg. F [ f'/) A- temperature 21 ( 75.113 ) : 75.110 deg. F i temperature 22 ( 75.260 ) = 75.260-deg. F .
. temperature 23 ( 74.220 ) = 74.220 deg. F' I temperature 24 ( 75.720 ) : 75.720 deg. F !
temperature 25 ( 74.730 ) = 74.730 deg. F temperature 26 ( 74.410 )- : 74.410-deg. F temperature 27 ( 74'.460 ) : 74.460 deg. F temperature 28 ( 74.180 ) : 74.180 deg. F temperature 29 ( 74.200') : 74.200 deg. F ' temperature 30 ( 74.270 ) : 74.270 deg. F dewpoint- 1 ( 73.100.) = 73.100 deg. F , 0.4031 psia j dewpoint 2 ( 73.590 ) : 73.590 deg. F , 0.4098' psia
' dewpoint 3 ( 71.090 ) = 71.090 deg. F , 0.3766 psia dewpoint 4 ( 57.340 ) = 57.340 deg. F , 0.2328 psia dewpoint 5 ( 58.330 ) : 58.330 deg. F , 0,2413 psia L dewpoint 6 ( 57.300 ) = 57.300 deg. F , 0.2325 psia 3 pressure 1 ( 60.07010 ) = 60.0701 psia !
pressure 2 ( 60.06930 ) : 60.0693 psia weighted averages, volume and air mass temperature : 77.86521 deg. F 7- pressure : 60.07010 psia
)(_j .
vapor pressure : volume : 0.30976 psia 2841900 cu. ft, dry air mass : 852791.76 lbm L
.w .- - - - . _ - . _ . - - . _ . _ _ - .
1 VOGTLE UNIT 1-1990 ILRT-TYPE A TEST data set 31 time : 1930 date : 329 sensor raw data value temperature 1( 81.520 ) : 81.520 deg. F temperature 2( 01.330 ) : 81.330 deg. F temperature 3( 81.110 ) : 614 110 deg. F temperature 4( 81.550 ) = '81 $50 deg. F temperature 5( 81.600 ) = 81.600 deg. F temperature 6( 81.320 ) : 81.320 deg. F temperature 7( 81.150 ) = 81.150 deg. F temperature 8( 81.290 ) = 81.290 deg. F temperature 9( 80.880 ) : 80.880 deg. F temperature 10 ( 79.750 ) : 79.750 Geg. F temperature 11 ( 79.020 ) : 7,.020 deg. F temperature 12 ( 78.470 ) : 78.470 deg. F temperature 13 ( 78.230 ) : 78.230 deg. F temperature 14 ( 77.920 ) : 77.920 deg. F temperature 15 ( 77.480 ) : 77.480 deg. F temperature 16 ( 77.460 ) : 77.460 deg. F temperature 17 ( 76.860 ) = 76.860 deg. F temperature 18 ( 76.170 ) : 76.170 deg. F temperature 19 ( 75.970 ) : 75.970 deg. F temperature 20 ( 75.460 ) : 75.460 deg. F temperature 21 ( 75.120 ) : 75.120 deg. F temperature 22 ( 75.230 ) : 75.230 deg. F temperature 23 ( 74.190 ) : 74.190 deg. F temperature 24 ( 75.740 ) : 75.740 dog. F temperature 25 ( 74.750 ) : 74.750 deg. F temperature 26 ( 74.430 ) : 74.430 deg. F temperature 27 ( 74.490 ) : 74.490 deg. " temperature 28 ( 74.200 ) : 74.200 deg. F temperature 29 ( 74.210 ) = 74.210 deg. F temperature 30 ( 74.280 ) : 74.280 deg. F dewpoint 1 ( 73.100 ) : 73.100 deg. F , 0.4031 psia dewpoint 2 ( 73.550 ) : 73.550 deg. F , 0.4093 psia dewpoint 3 ( 60.070 ) : 69.070 deg. F , 0.3516 psia dowpoint 4 ( 57.410 ) : 57.410 deg. F , 0.2334 psia dewpoint 5 ( 58.450 ) : 58.450 deg. F , 0.2423 psia dewpoint- 6 ( E7.370 ) = 57.370 deg. F , 0.2331 psia pressure 1 ( 60.06660 ) : 60.0666 psia pressure 2 ( 60.06580 ) = 60.0658 psia weighted averages, volume and air mass temperature : 77.83331 deg. F pressure : 60.06660 psia vapor pressure : 0.30999 psia volume : 2841900 cu. ft. dry air mass : 852789.18 lbm 4
z 7 u. t u VOGTLE , UNIT 1-1990 ILRT-TYPE A TEST y'(/ data set 32 f' time : 1945 date : 329
' sensor. raw data value temperature 1( 81.450 ) = 81.450 deg. F temperature 2( 81.260 ) : 81.260 deg. F K temperature 3( 81.050 ) 81.0$0 deg. F temperature 4( 81.470 ) = 81.470;deg. F-temperature 5( 81.510 ) = 81.510 deg. F '
t temperature 6( 81.240 ) : . 81.240 deg. F L temperature 7( 81.090 ) = 81.090 deg. F temperature 8( 81.200 ) : 81.200 deg. F temperature 9( 80.800 ) : 80.800 deg. F temperature.10 ( 79.680 )
- 79.680 deg. F temperature 11 ( 78.960 ) : 78.960 deg. F
> temperature 12 ( 78.420 ) 78.420 deg. F temperature 13 (. 78.190 ) = 78.190 deg. F temperature 14 ( 77.880 ) = .77.380 deg. F temperature 15 ( 77.440 ) 77.440 deg. F temperature 16 (- 77.430 ) : 77.430 deg. F temperature 17~( 76.840 ) : 76.840 deg. F temperature 18 (- 76.160 ) : 76.160 deg. F temperature 19 ( 75.980 ) = 75.980 deg. F ('T
\/
temperature 20 ( 75.500 ) = 75.500 deg. F temperature 21 ( 75.120 ) : 75.120-deg. F temperature 22 ( 75.270 ) : 75.270 deg. F temperature 23 ( 74.230 ) : 74.230 deg. F-temperature 24 ( 75.740 ) : 75.740'deg. F temperature 25.( 74.760 ) : 74.760 deg. F temperature 26 ( 74.430 ) : 74.430 deg. F temperature 27 ( 74. 00 ) : 74.500 deg. F M temperature 28'(- 74.200 ) : 74.200 deg. F temperature 29 ( 74.220 ) = 74.220'deg, F temperature 30 ( 74.280 ) : 74.280 deg. F dewpoint 1 ( 73.140 ) = 73.140 deg. F , 0.4037 psia dewpoint 2 ( 73.430 ) : 73.430 deg. F , 0.4076-psia dewpoint 3' ( 70.560 ) 70.560 deg. F= , 0,3699 psia dowpoint 4 ( 57.460 ) = 57.460 deg. F ,- 0.2338 psia dewpoint 5 ( 58.390 ) = 58.390 deg. F , 0.2418 psia !< dewpoint 6 ( 57.460 ) = 57.460 deg. F , 0.2338 psia pressure 1 ( 60.06320 ) 60.0632 psia pressure 2 ( 60.06240 ) : 60.0624 psia weighted averages, volume and air mass temperature : 77.80179 der F
.y pressure. : 60.06320 -
a vapor pressure : 0.30979 1]v - volume : 2841900 u.
.s i a ft, dry air mass : 852793.56 lbm
- v -
1 e VOOTLE UNIT 1-1990 ILRT-TYPE A TEST
). data' set. 33 time :-2000 date : 329 sensor- raw data value temperature 1 (' 81.~390 ) = 81.390 deg. F temperature 2( 81.180 )
- 81.180. des. F
,/ temperature 3 (- 80.990 ) = 80.990 deg. F temperature 4 '( 81.410 ) = 81.410 de9. F temperature 5( 81.470 ) : 81.470 deg. F temperature 6( 81.160 )- : 81.160 deg. F-temperature 7 ( B1.010 ) = 81.010 deg. F temperature 8( 81.140 ) : 81.140 deg. F temperature 9 ( 80.740 ) : 80.740 deg..F temperature 10 ( 79.630 ) : 79.630 deg. F temperature 11 ( 78.930 ) - : 78.930 deg. F temperature 12 ( 78.380 ) : 78.380 deg. F temperature 13 ( 78.120 ) : 78.120 deg. F temperature 14 ( 77.850 ) : 77.850 deg. F temperature 15 ( 77.420 ) : 77.420 deg. F temperature 16 ( 77.400 )' : 77.400 deg. F temperature 17-( 76.820 ) : 76.820 deg. F temperature 18 ( 76.170 ) : 76.170 deg. F temperature 19 ( 75.990 ) : 75.990 deg.~F
[~l temperature 20.( 75.520 ) = 75.520'deg. F (/ temperature 21 ( 75.140 ) : 75.140 deg. F 1 temperature 22 ( 75.240 ) : 75.240 deg. F temperature 23 ( 74.260 ) : 74.260 deg. F temperature 24-( 75.750-) 75.750 deg. F temperature 25 ( 74.800 ) : - 74.800 deg. F temperature 26 (- 74.440 ) = 74'.440 deg. F v temperature 27 ( 74.500-) : 74.500 deg. F l temperature 28.(- 74.220 ). : 74.220 deg. F temperature'29 ( -74.240 ) : 74.240-deg. F L temperature 30 ( 74.300 )- : 74.300 deg. F l dewpoint 1 ( 73.100 ) : 73.100 deg. F , 0.4031 psia:
, dewpoint 2 (- 73.420 ) : 73.420 deg. F , 0.4075 psia l
? dewpoint _3 ( '70.970 ) : 70.970 deg. F , 0.3751 psia dewpoint 4. (- 57'490-) : 57.490 deg. F, 0.2341 psia L dowpoint 5 ( 58.620-) = 58.620 deg. F , 0.2438' psia dewpoint 6 ( 5 7.510-) : 57.510 deg. F , 0.2343 psia-pressure 1 ( 60.05980 ) = '60.0598 psia pressure 2 ( 60.05890 ) = 60.0589 psia ( weighted averages, volume and air mass temperature : 77.77670 deg. F pressure : 60.05980 psia
- gmy~
', vapor pressure : 0.31005 psia
\ volume : 2841900 cu. ft, dry air mass : 852781.11 lbm ;
a
1 () VOGTLE UNIT 1-1990 ILRT-VERIFICATION DATA
SUMMARY
REPORT data time date temperature pressure vapor dry air set dog F psia pressure mass psia Ibm 1 2115 329 77.6401 60.0370 0.3107 852662.68 2 2130 329 77.6151 60.0329 0.3113 852635.27 3 2145 329 77.5928 60.0285 0.3112 852610.15 4 2200 329 77.5654 60.0242 0.3116 852586.19 5 2215 329 77.5366 60.0199 0.3124 852559.45 6 2230 329 77.5125 60.0157 0.3124 852537.65 7 2245 329 77.4851 60.0116 0.3124 852522.57 8 2300 329 77.4612 -60.0075 0.3131 852492.07 9 2315 329 77.4375 60.0034 0.3123 852481.39 10 2330 329 77.4121 59.9995 0.3129 852457.61 11 2345 329 77.3909 59.9953 0.3132 852428.04 12 0 330 77.3683 59.9913 0.3134 852403.82 13 15 330 77.3465 59.9875 0.3136 852380.98 14' 30 330 77.3188 59.9835 0.3138 852365.36 15 45 330 77.2994 59.9797 0.3140 852338.64 16 100 330 77.2747 59.9757 0.3141 852318.43 17 115 330 77.2532 59.9720 0.3148 852289.77 O O
i l l
-,)
(_ V0GTLE UNIT 1-1990 ILRT-VERIFICATION j data set 1 time = 2115 date : 329 I i sensor raw data value , temperature 1( 81.070 ) = 81.070 deg. F i temperature 2( 80.870 ) = 80.870 dog. F l temperature 3( 80.650 ) = 80.650 deg. F ! temperature 4( 81.080 ) : 81.080 deg. F l temperature 5( 81.120 ) = 81.120 deg. F temperature 6( 80.830 ) '
= 80.830 deg. F :
temperature 7( 80.710 ) : 80.710 deg. F l temperature 8( 80.800 ) = 80.800 deg. F temperature 9( 80.370 ) = 80.370 deg. F temperature 10 ( 79.330 ) : 79.330 deg. F j temperature 11 ( 78.670 ) = 78.670 deg. F 1 temperature 12 ( 78.170 ) : 78.170 deg. F l temparature 13 ( 77.970 ) = 77.970 deg. F I
' temperature 14 ( 77.710 ) : 77.710 deg. F temperature 15 ( 77.260 ) = 77.260 deg. F '
temper 6 cure 16 ( 77.300 ) = 77.300-deg. F
-temperature 17 ( 76.750 ) = 76.750 deg. F I temperature 18 ( 76.160 ) 76.160 deg. F j
{' s temperature 19 ( 76.020 ) = 76.020 deg. F temperature 20 ( 75.540 ) : 75.540 deg. F temperature 21 ( 75.190 ) = 75.190 deg. F temperature 22 ( 75.370 ) = 75.370 deg. F temperature 23 ( 74.260 ) = 74.260 deg. F , temperature 24 ( 75.810 ) = 75.810 deg. F temperature 25 ( 74.820 ) = 74.820 deg. F temperature 26 ( 74.490 ) = 74.490 deg. F temperature 27 ( 74.550 ) = 74.550 deg. F temper ature 28 ( 74.270 ) = 74.270 deg. F , tempersture 29 ( -74.290 ) = 74.290 deg. F temport ture 30 ( 74.370 ) = 74.370 deg. F ' dewpoint 1 ( 73.000 ) = 73.000 deg. F , 0.4018 psia , dewpoint 2 ( 73.360 ) = 73.360 deg. F , 0.4067 psia ' dowpoint 3 ( 70.730 ) = 70.730 deg. F , 0.3721 psia dewpoint 4 ( 57.800 ) = 57.800 deg. F , 0.2367 psia dewpoint 5 ( 58.640 ) = 58.640 deg. F , 0.2440 psia dowpoint 6 ( 57.770 ) = 57.770 deg. F , 0.2365 psia s pressure 1 ( 60.03700 ) = 60.0370 psia pressure 2 ( 60.03640 ) : 60.0364 psia weighted averages, volumo and air mass temperature : 77.64010 deg. F O pressure : 60.03700 psia vapor pressure : 0.31073 psia volume : 2841900 cu. ft, dry air mass : 852662.68 lbm
i () V0GTLE UNIT 1-1990 ILRT-VERIFICATION data set 2 time : 2130 date : 329 sensor raw data value temperature 1 ( 81.020 ) = 81.020 deg. F temperature 2( 80.810 ) 80.810 deg. F temperature 3( 80.600 ) = 80.600 deg. F temperature 4 ( 81.010 ) = 81.010 deg. F temperature 5( 81.060 ) = 81.060 deg. F temperature 6( 80.760 ) : 80.760 deg. F temperature 7( 80.640 ) = 80.640 deg. F temperature 8( 80.740 ) = 80.740 deg. F temperature 9( 80.300 ) = 80.300 deg. F temperature 10 ( 79.270 ) : 79.270 deg. F temperature 11 ( 78.620 ) = 78.620 deg. F temperature 12 ( 78.140 ) : 78.140 deg. F temperature 13 ( 77.960 ) : 77.960 deg. F temperature 14 ( 77.680 ) : 77.680 deg. F temperature 15 ( 77.230 ) = 77.230 deg. F temperature 16 ( 77.260 ) : 77.260 deg. F temperature 17 ( 76.730 ) = 76.730 deg. F temperature 18 ( 76.150 ) : 76.150 deg. F O. temperature 19 ( temperature 20 ( 76.030 ) 75.550 )
=
76.030 deg. F 75.550 deg. F temperature 21 ( 75.200 ) : 75.200 deg. F temperature 22 ( 75.350 ) : 75.350 deg. F temperature 23 ( 74.310 ) = 74.310 deg. F temperature 24 ( 75.810 ) : 75.810 deg. F temperature 25 ( 74.840 ) = 74.840 deg. F temperature 26 ( 74.510 ) : 74.510 deg. F temperature 27 ( 74.550 ) : 74.550 deg. F temperature 28 ( 74.290 ) : 74.290 deg. F temperature 29 ( 74.300 ) : 74.300 deg. F temperature 30 ( 74.390 ) : 74.390 deg. F dewpoint 1 ( 73.000 ) = 73.000 deg. F , 0.4018 psia dewpoint 2 ( 73.360 ) : 73.360 deg. F , 0.4067 psia dewpoint 3 ( 70.640 ) : 70.640 deg. F , 0.3709 psia dewpoint 4 ( 57.860 ) : 57.860 deg. F , 0.2372 psia dewpoint 5 ( 59.040 ) : 59.040 deg. F , 0.2475 psia dewpoint 6 ( 57.800 ) : 57.800 deg. F , 0.2367 psia pressure 1 ( 60.03290 ) = 60.0329 psia pressure 2 ( 60.03200 ) = 60.0320 psia weighted averages, volume and air mass temperature : 77.61510 deg. F pressure : 60.03290 psia vapor pressure : 0.31133 psia volume : 2841900 cu. ft. dry air mass : 852635.27 lbm
e l t (m) V0GTLE UNIT 1-1990 ILRT-VERIFICATION data set 3 time : 2145 date : 329 sensor raw data value temperature 1( 80.970 ) = 80.970 deg. F l temperature 2( 80.740 ) = 80.740 dog. F temperature 3( 80.530 ) = 80.530 deg. F temperature 4( 80.960 ) : 80.960 deg. F ' temperature 5( 80.990-) = 80.990 deg. F temperature 6( 80.700 ) = 80.700 deg. F temperature 7( 80.600 ) = 80.600 deg. F ' temperature 8( 80.670 ) 80.670 deg F temperature 9( 80.270 ) = 80.270 deg. F temperature 10 ( 79.230 ) : 79.230 deg. F J temperature 11 ( 78.580 ) : 78.580 deg. F temperature 12 ( 78.110 ) : 78.110 deg. F i temperature 13 ( 77.910 ) = 77.910 deg. F temperature 14 ( 77.640 ) : 77.640 deg. F j temperature 15 ( 77.210 ) : 77.210 deg. F j temperature 16 ( 77.240 ) = 77.240 deg. F l temperature 17 ( 76.720 ) = 76.720 deg. F r^% temperature 18 ( 76.160 ) = 76.160 deg. F (_) temperature 19 ( 76.050 ) = 76.050 deg. F 'j ' temperature 20 ( 75.550 ) = 75.550 deg. F temperature 21 ( 75.210 ) = 75.210 deg. F l temperature 22 ( 75.390 ) : 75.390 deg. F temperature 23 ( 74.290 ) = 74.290 deg. F ; temperature 24 ( 75.840 ) : 75.840 deg. F temperature 25 ( 74.850 ) = 74.850 deg. F temperature 26 ( 74.510 ) : 74.510 deg. F temperature 27 ( 74.560 )- = 74.560 deg. F l temperature 28 ( 74.300 ) = 74.300 deg. F l temperature 29 ( 74.320 ) = 74.320 deg. F temperature 30 ( 74.400 ) : 74.400 deg. F dewpoint 1 ( 73.010 ) = 73.010 deg. F , 0.4019 psia , 73.350 ) dewpoint 2 ( : 73.350 deg. F , 0.4065 psia dewpoint 3 ( 70.750 ) = 70.750 deg. F , 0.3723 psia dewpoint 4 ( 57.890 ) = 57.890 deg. F , 0.2375 psia 58.680 ) 58.680 deg. F 0.2443 psia ' dewpoint 5 ( = , dewpoint 6 ( 57.910 ) = 57.910 deg. F , 0.2377 psia pressure 1 ( 6u.02850 ) = 60.0285 psia l pressure 2 ( 60.02770 ) = 60.0277 psia weighted averages, volume and air mass temperature. = 77.59279 deg. F f-)5 s pressure : 60.02850 psia vapor pressure = 0.31117 psia volume : 2841900 cu. ft. dry air mass : 852610.15 lbm
() data set 4 VOGTLE UNIT 1-1990 ILRT-VERIFICATION time : 2200 date 329 sensor raw data value temperature 1 ( 80.910 ) 80.910 deg. F temperature 2( 80.700 ) : 80.700 deg. F tempera + ur e 3( 80.470 ) = 80.470 deg. F temperature 4 ( 80.910 ) : 80.910 deg. F temperature 5( 80.930 ) : 80.930 deg. F temperature 6( 80.630 ) : 80.630 deg. F temperature 7( 80.540 ) : 80.540 deg. F temperature 8( 80.620 ) : 80.620 deg. F temperature 9( 80.210 ) : 80.210 deg. F temperature 10 ( 79.160 ) : 79.160 deg. F temperature 11 ( 78.540 ) : 78.540 deg. F temperature 12 ( 78.060 ) : 78.060 deg. F temperature 13 ( 77.840 ) : 77.840 deg. F temperature 14 ( 77.620 ) : 77.620 deg. F temperature 15 ( 77.170 ) : 77.170 deg. F temperature 16 ( 77.220 ) : 77.220 deg. F temperature 17 ( 76.700 ) : 76.700 deg. F temperature 18 ( 76.150 ) : 76.150 deg. F O- temperature 19 ( temperature 20 ( 76.050 ) 75.580 ) 76.050 deg. F 75.580 deg. F temperature 21 ( 75.220 ) 75.220 deg. F temperature 22 ( 75.410 ) : 75.410 deg. F temperature 23 ( 74.280 ) - 74.280 deg. F temperature 24 ( 75.840 ) : 75.840 deg. F temperature 25 ( 74.850 ) = 74.850 deg. F temperature 26 ( 74.530 ) : 74.530 deg. F temperature 27 ( 74.560 ) : 74.560 deg. F temperature 28 ( 74.310 ) 74.310 deg. F temperature 29 ( 74.330 ) = 74.330 deg. F temperature 30 ( 74.400 ) : 74.400 deg. F
' dewpoint 1 ( 73.000 ) : 73.000 deg. F , 0.4018 psia dewpoint 2 ( 73.360 ) 73.360 deg. F , 0.4067 psia dewpoint 3 ( 69.310 ) = 69.310 deg. F , 0.3545 psia dewpoint 4 ( 57.960 ) : 57.960 deg. F , 0.2381 psia dewpoint 5 ( 58.850 ) = 58.850 deg. F , 0.2458 psia dewpoint 6 ( 57.950 ) : 57.950 deg. F , 0.2380 psia pressure 1 ( 60.02420 ) = 60.0242 psia pressure 2 ( 60.02330 ) = 60.0233 psia weighted averages, volume and air mass e temperature pressure vapor pressure :
77.56544 60.02420 0.31159 deg. F psia psia 4 volume : 2841900 cu. ft. dry air mass : 852586.19 lbm
() V0GTLE UNIT 1-1990 ILRT-VERIFICATION data set 5 time : 2215 date : 329 sensor raw data value temperaturn 1( 80.840 ) = 80.840 deg. F temperature 2( 80.640 ) = 80.640 deg. F temperature 3( BC 410 ) = 80.410 deg. F temperatur e 4( 80.840 ) = 80.840 deg. F temperature 5( 80.870 ) = 80.870 deg. F temperature 6( 80.580 ) : 80.580 deg. F temperature 7 ( 80.470 ) : 80.470 deg. F temperature 8( 80.550 ) = 80.550 deg. F temperature 9( 80.130 ) 80.130 deg. F temperature 10 ( 79.100 ) = 79.100 deg. F temperature 11 ( 78.490 ) 78.490 dog. F temperature 12 ( 78.030 ) = 78.030 deg. F temperature 13 ( 77.800 ) : 77.800 deg. F temperature 14 ( 77.580 ) = 77.580 deg. F temperature 15 ( 77.150 ) = 77.150 deg. F temperature 16 ( 77.200 ) : 77.200 deg. F temperature 17 ( 76.690 ) : 76.690 deg. F
- temperature 18 ( 76.150 ) = 76.150 deg. F
.f temperature 19 ( 76.050 ) 76.050 deg. F temperature 20 ( 76.580 ) : 75.500 deg. F temperature 21 ( 75.230 ) : 75.230 deg. F temperature 22 ( 75.380 ) 75.380 deg. F temperature 23 ( 74.280 ) : 74.280 deg. F temperature 24 ( 75.840 ) : 75.840 deg. F temperature 25 ( 74.860 ) = 74.860 deg. F temperature 26 ( 74.540 ) = 74.540 deg. F temperature 27 ( 74.570 ) 74.570 deg. F temperature 28 ( 74.320 ) : 74.320 deg. F temperature 29 ( 74.330-) = 74.330 deg. F temperature 30 ( 74.420 ) : 74.420 deg. F dewpoint 1 ( 72.980 ) = 72.980 deg. F , 0.4015 psia dewpoint 2 ( 73.410 ) = 73.410 deg. F , 0.4074 psia dewpoint 3 ( 69.410 ) = 69.410 deg. F , 0.3557 psia dewpoint 4 ( 58.030 ) : 58.030 deg. F , 0.2387 psia dewpoint 5 ( 59.140 ) 59.140 deg. F , 0.2484 psia dewpoint 6 ( 58.060 ) 58.060 deg. F , 0.2389 psia pressure 1 ( 60.01990 ) = 60.0199' psia pressure 2 ( 60.01890 ) = 60.0189 psia weighted averages, volume and air mass temperature : 77.53655 deg. F pressure : 60.01990 psia vapor pressure : 0.31237 psia volume : 2841900 cu. ft.
dry air mass : 852559.45 lbm I I
[ ( a
) VOGTLE UNIT 1-1990 ILRT-VERIFICATION !
data set 6 time : 2230 date : 329 l sensor raw data value temperature 1( 80.780 ) = 80.780 deg. F ' temperature 2( 80.580 ) : 83.580 deg. F temperature 3( 80.360 ) = 80.360 deg. F temperature 4( 80.770 ) = 80.770 deg. F temperature 5( 80.820 ) = 80.820 deg. F temperature 6( 80.510 ) 80.510 deg. F temperature 7( 80.410 ) : 80.410 deg. F temperature 8( 80.500 ) = 80.500 deg. F temperature 9( 80.080 ) = 80.080 deg. F temperature 10 ( 79.040 ) : 79.040 deg. F temperature 11 ( 78.450 ) = 78.450 deg. F temperature 12 ( 77.970 ) : 77.970 deg. F temperature 13 ( 77.790 ) = 77.790 deg. F temperature 14 ( 77.550 )
- 77.550 deg. F temperature 15 ( 77.120 ) 77.120 deg. F temperature 16 ( 77.180 ) : 77.180 deg. F temperature 17 ( 76.660 ) = 76.660 deg. F
,/~} temperature 18 ( 76.140 ) : 76.140 deg. F
(_)' temperature 19 ( 76.050 ) 76.050 deg. F temperature 20 ( 75.610 ) : 75.610 deg. F temperature 21 ( 75.240 ) : 75.240 deg. F , temperature 22 ( 75.420 ) : 75.420 deg. F temperature 23 ( 74.280 ) : 74.280 deg. F temperature 24 ( 75.860 ) = 75.860 deg. F temperature 25 ( 74.880 ) = 74.880 deg. F temperature 26 ( 74.540 ) = 74.540 deg. F temperature 27 ( 74.570 ) = 74.570 deg. F 'r temperature 28 ( 74.330 ) = 74.330 deg. F temperature 29 ( 74.340 ) = 74.340 deg. F temperature 30 ( 74.430 ) : 74.430 deg. F dowpoint 1 ( 72.970 ) : 72.970 deg. F , 0.4014 psia dewpoint 2 ( 73.380 ) 73.380 deg. F , 0.4069 psia dewpoint 3 ( 69.600 ) : 69.600 deg. F , 0.3580 psia dewpoint 4 ( 58.090 ) : 58.090 deg. F , 0.2392 psia dewpoint 5 ( 59.080 ) : 59.080 deg. F , 0.2478 psia dewpoint 6 ( 58.100 ) = 58.100 deg. F , 0.2393 psia - pressure 1 ( 60.01570 ) = 60.0157 psia pressure 2 ( 60.01460 ) = 60.0146 psia weighted averages, volume and air mass l' f) temperature : 77.51250 deg. F ! N- pressure : 60.01570 psia vapor pressure : 0.31237 psia volume = 2841900 cu, ft. dry air mass : 852537.65 lbm
i I s 4 [) V0GTLE UNIT 1-1990'lLRT-VERIFICATION data set 7 time : 2245 date : 329 sensor raw data value temperature 1 ( 80.720 ) : 80.720 deg. F temperature 2( 80.530 ) = 80.530 deg. F temperature 3( 80.280 ) 80.280 deg. F temperature 4( 80.690 ) = 80.690 deg. F temperature 5( 80.760 ) = 80.760 deg. F temperature 6( 80.460 ) = 80.460 deg. F temperature 7 ( 80.350 ) = 80.350 deg. F temperature 8( 80.430 ) : 80.430 deg. F temperature 9( 80.010 ) : 80.010 deg. F temperature 10 ( 78.990 ) : 78.990 dsg. F temperature 11 ( 78.400 ) = 78.400 deg. F temperature 12 ( 77.950 ) : 77.950 deg. F temperature 13 ( 77.750 ) = 77.750 deg. F temperature 14 ( 77.520 ) : 77.520 deg. F temperature 15 ( 77.090 ) : 77.090 dog. F temperature 16 ( 77.160 ) = 77.160 deg. F temperature 17 ( 76.650 ) = 76.650 deg. F (-} temperature 18 ( 76.130 ) = 76.130 deg. F (_j temperature 19 ( 76.050 ) = 76.050 deg. F temperature 20 ( 75.600 ) = 75,600 deg. F temperature.21 ( 75.240 ) = 75.240 deg. F temperature 22 ( 75.450 ) : 75.450 deg. F temperature 23 ( 74.280 ) = 74.280 deg. F temperatuco 24 ( 75.860 ) = 75.860 deg. F temperature 25 ( 74.850 ) a 74.850 deg. F temperature 26 ( 74.560 ) = 74.560 deg. F temperature 27 ( 74.600 ) = 74.600 deg. F temperature 28 ( 74.340 ) : 74.340 deg. F temperature 29 ( 74.350 ) = 74.350 deg. F temperature 30 ( 74.430 ) = 74.430 deg. F dewpoint 1 ( 72.900 ) : 72.900 deg. F , 0.4004 psia dewpoint 2 ( 73.370 ) : 73.370 deg. F , 0.4068 psia dewpoint 3 ( 69.890 ) : 69.890 deg. F , 0.3616 psia dewpoint 4 ( 58.130 ) = 58.130 deg. F , 0.2395 psia dewpoint 5 ( 59.180 ) : 59.180 deg. F , 0.2487 psia dowpoint 6 ( 58.090 ) = 58.090 deg. F , 0.2392 psia pressure 1 ( 60.01160 ) 60.0116 psia pressure 2 ( 60.01040 ) = 60.0104 psia weighted averages, volume and air mass temperature : 77.48508 deg. F (~)T
\_ pressure : 60.01160 psia vapor pressure : 0.31237 psia volume : 2841900 cu. ft.
dry air mass = 852522.57 lbm
['j
) V0GTLE UNIT 1-1990 11 RT-VERIFICATION data set 8 time : 2300 date : 322 sensor raw data value temperature 1( 80.660 ) = 80.660 deg. F temperature 2( 80.470 ) = 80.470 deg. F temperature 3( 80.230 ) : 80.230 deg. F temperature 4( 80.640 ) = 80.640 deg. F temperature 5( 80.690 ) = 80.690 deg. F temperature 6( 80.400 ) = 80.400 deg. F temperature 7( 80.300 ) = 80.300 deg. F temperature 8( 80.370 ) : 80.370 deg. F temperature 9( 79.950 ) = 79.950 deg. F temperature 10 ( 78.940 ) : 78.940 deg. F temperature 11 ( 78.360 ) 78.360 deg. F temperature 12 ( 77.930 ) : 77.930'deg. F temperature 13 ( 77.670 ) : 77.670 deg. F temperature 14 ( 77.490 ) : 77.490 deg. F temperature 15 ( 77.070 ) = 77.070 deg. F temperature 16 ( 77.120 ) : 77.120 deg. F temperature 17-( 76.640 ) : 76.640 deg. F
( temperature 18 ( 76.140 ) : 76.140 deg. F (_) temperature 19 ( 76.080 ) : 76.080 dog. F temperature 20 ( 75.620 ) : 75.620 deg. F temperature 21 ( 75.250 ) : 75.250 deg. F temperature 22 ( 75.420 ) : 75.420 deg. F temperature 23 ( 74.320 ) : 74.320 deg. F temperature 24 ( 75.870 ) : 75.870 deg. F temperature 25 ( 74.880 ) : 74.880 deg. F temperature 26 ( 74.560 ) : 74.560 deg. F temperature 27 ( 74.610 ) = 74.610 deg. F temperature 28 ( 74.340 ) : 74.340 deg. F temperature 29 ( 74.360 ) = 74.360 deg. F temperature 30 ( 74.440 ) : 74.440 deg. F dewpoint 1 ( 72.900 ) : 72.900 deg. F , 0.4004 psia 1 dewpoint 2 ( 73.390 ) : 73.390 deg. F , 0.4071 psia dewpoint 3 ( 69.340 ) = 69.340 des..F , 0.3548 psia dewpoint 4 ( 58.180 ) : 58.180 deg. F , 0.2400 psia dewpoint 5 ( 59.490 ) : 59.490 deg. F , 0.2515 psia l dewpoint 6 ( 58.200 ) : 58.200 deg. F , 0.2401 psia pressure 1 -( 60.00750 ) = 60.0075 psia !
. pressure 2 ( 60.00650 ) : 60.0065 psia !
weighted averages, volume and air mass
/~ temperature : 77.46120 deg. F \~)/ pressure : 60.00750 psia vapor pressure : 0.31306 psia volume : 2841900 cu. ft.
dry air mass : 852492.07 lbm , i
m 1 (t,) V0GTLE UNIT 1-1990 ILRT-VERIFICATION data set 9 time : 2315 date : 329 sensor raw data value , temperature 1( 80.620 ) = 80.620 deg. F temperature 2( 80.400 ) : 80.400 deg. F temperature 3( 80.180 ) = 80.180 deg. F temperature 4( 80.570 ) : 80.570 deg. F temperature 5( 80.640 ) : 80.640 deg. F , 6( 80.340 ) temperature : 80.340'deg. F temperature 7( 80.240 ) : 80.240 deg. F > temperature 8( 80.310 ) : 80.310 deg. F temperature 9( 79.880 ) = 79.880 deg. F temperature 10 ( 78.890 ) = 78.890 deg. F - temperature 11 ( 78.330 ) : 78.330 deg. F , temperature 12 ( 77.870 ) : 77.870 deg. F ' temperature 13 ( 77.680 ) : 77.680 deg. F temperature 14 ( 77.460 ) = 77.460 deg. F temperature 15 ( 77.040 ) : 77.040 deg. F temperature 16 ( 77.100 ) : 77.100 deg. F temperature 17 ( 76.620 ) : 76.620 dog. F r~ - temperature 18 ( 76.140 ) : 76.140 deg. F ( temperature 19 ( 76.070 ) : 76.070 deg. F temperature 20 ( 75.640 ) : 75.640 deg. F temperature 21 ( 75.250 ) : 75.250 deg. F , temperature 22 ( 75.460 ) : 75.460 deg. F temperature 23 ( 74.300 ) : 74.300 deg. F temperature 24 ( 75.910 ) : 75.910 deg. F temperature 25 ( 74.890 ) = 74.890 deg. F temperature 26 ( 74.560 ) = 74.560 deg. F , temperature 27 ( 74.610 ) : 74.610 deg. F temperature 28 ( 74.350 ) : 74.350 deg. F , temperature 29 ( 74.370 ) = 74.370 deg. F temperature 30 ( 74.460 ) : 74.460 deg. F dewpoint 1 ( 72.880 ) : 72.880 deg. F , 0.4001 psia dewpoint 2 ( 73.230 ) : 73.230 deg. F , 0.4049 psia dewpoint 3 ( 68.270 ) = 68.270 deg. F , 0.3421 psia dewpoint 4 ( 58.240 ) : 58.240 deg. F , 0.2405 psia. dowpoint 5 ( 59.160 ) : 59.160 deg. F , 0.2486 psia dewpoint 6 ( 58.300 ) : 58.300 deg. F , 0.2410 psie pressure 1 ( 60.00340 ) = 60.0034 psia pressure 2 ( 60.00250 ) : 60.0025 psia weighted averages, volume and air mass (~} \_/ temperature pressure 77.43752 60.00340 deg. F psia vapor pressure : 0.31234 psia volume : 2841900 cu. ft. dry air mass : 852481.39 lbm
( ) VOGTLE UNIT 1-1990 ILRT-VERIFICATION data set 10 time : 2330 date : 329 sensor raw data value temperature 1( 80.550 ) = 80.550 deg. F temperature 2( 80.350 ) = 80.350 deg.-F temperature 3( 80.130 ) = 80.130 deg. F temperature 4( 80.510 ) = 80.510 deg. F temperature 5( 80.590 ) = 80.590 deg. F temperature 6( 80.290 ) = 80.290 deg. F temperature 7( 80.190 ) = 80.190 deg. F temperature 8( 80.260 ) = 80.260 deg. F temperature 9( 79.830 ) = 79.830 deg. F temperature 10 ( 78.850 ) : 78.850 deg. F temperature 11 ( 78.270 ) : 78.270 deg. F temperature 12 ( 77.840 ) : 77.840 deg. F temperature 13 ( 77.660 ) = 77.660 deg. F temperature 14 ( 77.430 ) : 77.430 deg. F temperature 15 ( 77.020 ) = 77.020 deg. F temperature 16 ( 77.090 ) : 77.090 deg. F temperature 17 ( 76.590 ) = 76.590 deg. F rT_ temperature 18 ( 76.110 ) : 76.110 deg. F () temperature 19 ( 76.080 ) = 76.080 deg. F temperature 20 ( 75.620 ) = 75.620 deg. F temperature 21 ( 75,260 ) 75.260 deg._F temperature 22 ( 75.490 ) : 75.490 deg. F temperature 23 ( 74.320-) = 74.320 deg. F temperature 24 ( 75.880 ) : 75.880 deg. F temperature 25 ( 74.890 ) : 74.890 deg. F temperature 26 ( 74.540 ) : 74.540 deg. F temperature 27 ( 74.600 ) : 74'.600 deg. F temperature 28 ( 74.360 ) : 74.360 deg. F 74.380 ) temperature 29 ( = 74.380 deg. F temperature 30 ( 74.450 ) 74.450 deg. F dewpoint 1 ( 72.940 ) = 72.940 deg. F , 0.4010 psia dewpoint 2 ( 73.280 ) = 73.280 deg. F , 0.4056-psia dowpoint 3 ( 69.570 ) = 69.570 deg. F , 0.3576 psia l dewpoint 4 ( 58.280 ) : 58.280 deg. F , 0.2408 psia i dewpoint 5 ( 59.360 ) : 59.360 deg. F , 0.2503 psia dewpoint 6 ( 58.280 ) : 58.280 deg. F , 0.2408 psia pressure 1 ( 59.99950 ) : 59.9995 psia pressure 2 ( 59.99860 ~) : 59.9986 psia l l weighted averages, volume and air mass (^T temperature : 77.41209 dog. F (._) pressure : 59.99950 osia vapor pressure : 0.31293 paia volume : 2841900 cu. ft. dry air mass : 852457.61 lbm
l l I i s i' VOGTLE UNIT 1-1990 ILRT-VERIFICATION l
\_/ ;
data set 11 l time : 2345 date = 329 I sensor raw data value temperature 1( 80.510 ) : 80.510 deg. F temperature 2( 80.300 ) : 80.300 deg. F temperature 3( 80.060 ) : 80.060 deg. F temperature 4( 80.470 ) = 80.470 deg. F temperature 5( 80.530 ) = 80.530 deg. F temperature 6( 80.230 ) = 80.230 deg. F temperatura 7( 80.120 ) = 80.120 deg. F temperature 8( 80.190 ) = 80.190 deg. F , temperature 9( 79.770 ) 79.770 deg. F temperature 10 ( 78.800 ) = 78.800 deg. F temperature 11 ( 78.240 ) : 78.240 deg. F temperature 12 ( 77.810 ) : 77.810 deg. F temperature 13 ( 77.650 ) = 77.650 deg. F temperature 14 ( 77.410 )
- 77.410 deg. F temperature 15 ( 76.990 ) = 76.990 deg. F temperature 16 ( 77.070 ) : 77.070 deg. F temperature 17 ( 76.590 ) = 76.590 deg. F
(% temperature 18 ( 76.110 ) : 76.110 deg. F (_) temperature 19 ( 76.090 ) = 76.090 deg. F temperature 20 ( 75.610 ) = 75.610 deg. F temperature 21 ( 75.260 ) : 75.260 deg. F temperature 22 ( 75.500 ) : 75.500 deg. F temperature 23 ( 74.330 ) : 74.330 deg. F , temperature 24 ( 75.900 ) : 75.900 deg. F temperature 25 ( 74.920 ) = 74.920 deg. F temperature 26 ( 74.560 ) : 74.560 deg. F temperature 27-( 74.620 ) = 74.620 deg. F ! temperature 28 ( 74.370 ) = 74.370 deg. F : temperature 29 ( 74.380 ) = 74.380 deg. F # temperature 30 ( 74.470 ) : 74.470 deg. F dewpoint 1 ( 72.930 ) = 72.930 deg. F , 0.4008 psia dewpoint 2 ( 73.260 ) : 73.260 deg. F , 0.4053 psia dewpoint 3 ( 68.840 ) = 68.840 deg. F , 0.3488 psia dewpoint 4 ( 58.360 ) : 58.360 deg. F , 0.2415 psia . dewpoint 5 ( 59.360 ) : 59.360 deg. F , 0.2503 psia dewpoint 6 ( 58.370 ) : 58.370 deg. F , 0.2416 psia i pressure 1 ( 59.99530 ) : 59.9953 psia pressure 2 ( 59.99430 ) : 59.9943 psia weighted averages, volume and air mass temperature : 77.39090 deg. F ('/N, \~ pressure : 59.99530 psia vapor pressure : 0.31316 psia volume : 2841900 cu. ft. dry air mass : 852428.04 lbm
() VOGTLE UNIT 1-1990 ILRT-VERIFICATION data set 12 time : O date : 330 sensor raw data value temperature 1 ( 80.450 ) = 80.450 deg. F temperature 2( 80.250 ) = 80.250 deg. F temperature 3( 80.020 3 : 80.020 deg. F temperature 4 ( 80.420 ) : 80.420 deg. F temperature 5( 80.480 ) : 80.480 deg. F temperature 6( 80.180 ) = 80.180 deg. F temperature 7 ( 80.080 ) = 80.080 deg. F temperature 8 ( 80.150 ) = 80.150 deg. F temperature 9( 79.730 ) = 79.730 deg. F temperature 10 ( 78.760 ) : 78.760 deg. F temperature 11 ( 78.210 ) : 78.210 deg. F temperature 12 ( 77.750 ) = 77.750 deg. F temperature 13 ( 77.580 ) : 77.580 deg. F temperature 14 ( 77.370 ) : 77.370 deg. F temperature 15 ( 76.960 ) 76.960 deg. F temperature 16 ( 77.050 ) : 77.050 deg. F temperature 17 ( 76.570 ) = 76.570 deg. ' temperature 18 ( 76.110 ) : 76.110 deg. F O temperature 19 ( temperature 20 ( 76.090 ) 75.640 ) 76.090 deg. F 75.640 deg. F temperature 21 ( 75.270 ) = 75.270 deg. F temperature 22 ( 75.490 ) : 75.490 deg. F temperature 23 ( 74.330 ) = 74.330 deg. F temperature 24 ( 75.900 ) : 75.900 deg. F temperature 25 ( 74.930 ) = 74.930 deg. F temperature 26 ( 74.580 ) : 74.580.deg. F temperature 27 ( 74.630 ) = 74.630 deg. F temperature 28 ( 74.370 ) : 74.370 deg. F temperature 29 ( 74.400 ) : 74.400_deg. F temperature 30 ( 74.480 ) : 74.480 deg. F dewpoint 1 ( 72.960 ) : 72.960 deg. F , 0.4012 psin dewpoint 2 ( 73.220 ) : 73.220 deg. F , 0.4048 psia dewpoint 3 ( 68.750 ) : 68.750 deg. F , 0.3477 psit dewpoint 4 ( 58.420 ) = 58.420 deg. F , 0.2421 psin dewpoint 5 ( 59.450 ) : 59.450 deg. F , 0.2511 psia dewpoint 6 ( 58.410 ) = 58.410 cag. F , 0.2420 psia pressure 1 ( 59.99130 ) : 59.9913 psia pressure 2 ( 59.99030 ) : 59.9903 psia weighted averages, volume and air mass temperature : 77.36831 deg. F O' pressure : 59.99130 0.31336 psia psia vapor pressure : volume : 2841900 cu. ft. dry air mass : 852403.82 lbm
t ki h VOGTLE UNIT 1-1990 11 RT-VERIFICATION data set t3 time : 15 date : 330 sensor raw data value temperature 1( 8C :,00 ) = 80.400 deg. F temperature' 2( 80.1ts ) : 80.190 deg. F temperature 3( 79.960 ) : 79.960 deg. F temperature 4( 80.370 ) : 80.370 deg. F temperature 5( 80.430 ) : 80.430 deg. F temperature 6( 80.130 ) : 80.130 deg. F temperature 7( 80.040 ) : 80.040 deg. F temperature 8 (- 80.090 ). : 80.090 deg. F temperature- 9( 79.670 ) : 79.670 deg. F temperature 10 ( 78.720 ) : 78.720 deg. F temperature 11 (- 78.180 ) = 78.180 deg. F temperature 12~( 77.730 ) : 77.730 deg. F temperature 13 ( 77.550 ) = 77.550 deg. F temperature 14 ( 77.350 ) : 77.350 deg. F temperature 15 ( 76.950 ) : 76.950 deg. F temperature-16 ( 77.040 ) : 77.040 deg. F temperature 17 ( 76.560 ) : 76.560 deg. F temperature 18 ( 76.110 ) : 76.110 deg. F temperature 19 ( 76.090 ) = 76.090 deg. F temperature 20 ( 75.620 ) = 75.620 deg. F temperature 21-( 75.270 ) : 75.270 deg. F-temperature 22-( 75.510 ) = 75.510 deg. F temperature 23 ( 74.320 ) = 74.320 deg. F , temperature 24 ( 75.910 ) : 75.910 deg. F temperature 25 ( 74.930 ) = 74.930 deg. F temperature,26 (- 74.580 ) : 74.580 deg. F : temperature 27 ( 74.630 ) :- 74.630 deg. F~ temperature _28 ( 74.390 ) = 74.390 deg. F ,2 temperature 29 ( 74.410 ) : 74.410 deg. F temperature 30-( 74.480 ) : 74.480 deg. F i dewpoint 1 ( 72.910 ) = 72.910 deg. F ,-0.4006 psia dewpoint 2 ( 73.190 ) : 73.190 deg. F , 0.4043 psia-dewpoint 3 ( 68.910 ) = 68.910 deg. F , 0.3496 psia dowpoint 4 ( 58.510 ) : 58.510 deg. F , 0.2428 psia dewpoint 5 ( 59.510 ) : 59.510 deg. F , 0.2517 psia dewpoint 6 ( 58.520 ) = 58.520 deg. F , 0.2429 psia
> > pressure 1 ( 59.98750 ) : 59.9875 psia pressure 2 ( 59.98650 ) : 59.9865 psia weighted averages, volume and air mass f ; temperature : 77.34648 deg. F 1 pressure : 59.98750 psia vapor pressure : 0.31359 pria volume : 2841900 cu. ft. I dry air mass : 852380.98 lbm '
t - 9
-VOGTI.E UNIT 1-1990 ILRT-VERIFICATION data-set 14
; time : 30 date : 330 sensor raw data value temperature 1( 80.340 ) : 80.340 deg. F temperature 2( 80.140.) -
80.140 deg. F temperature 3( 79.900 ) : 79.900 deg. F temperature 4( 80.300 ) : 80.300 deg. F temperature 5( 80.360 ) = 80.360 dog. .F temperature 6( 80.060 ) : 80.06fe deg. F temperature 7( 79.980 ) : 79.9r,0 deg. F temperature 8( 80.040 ) = 80.040 deg. F temperature- 9( 79.590 ) = 79.590 deg._F temperature 10 ( 78.660 ) : 73.660 deg. F temperature 11 ( 78.130 ) : 78.130 deg. F temperature 12 ( 77.700 ) : 77.700 deg. F temperature 13 ( 77.550 ) :- 77.550 deg. F temperature 14 ( ' 7 7_ .' 3 2 0 ) : 77.320 deg. F temperature 15 ( 76.910 ) = 76.910 deg. F temperature 16 ( 77.010 ) : 77.010 deg. F temperature 17-( 76.510 ) : 76.510 deg. F temperature 18 ( 76.110 ) : 76.110 deg. F tempersture 19 ( 76.090 ) : 76.090 deg. F temperature 20 ( 75.660 ) : 75.660 deg. F temperature 21 ( 75.300 ) = 75.300 deg. F temperature 22 ( 75.530 ) : 75.530 deg. F temperature 23_( 74.310 ) = -74.310 deg. F temperature 24 ( 75.910 ) : 75.910 deg. F temperature 25 (. 74 920 )
= 74.920 deg. F
' temperature 26 ( 74.590 ) : 74.590 deg. F temperature 27 ( 74.630 ) : 74.630 deg. F temperature'281( 74.390 ) = -74.390 deg. F temperature 29'( 74.410 ) = -74.410 deg. F temperature 30 ( 74.480 ) = 74.480 deg. F dewpoint 1 ( 72.920 ) = 72.920 deg F , 0.4007 psia dewpoint 2 ( 73,190 )- : 73.190 deg. F , 0.4043 psia
' dewpoint 3 ( 68.880 ) : 68.880 deg. F , 0.3493 psia dewpoint 4 ( 58.550 ) : 58.559 deg. F , 0.2432 psia dewpoint 5 ( 59.520 ) = 59.520 deg. F ,
0.2518 psia dewpoint 6 ( 58.550 ) : 58.550 deg. F , 0.2432 psia pressure 1 ( 59.98350 ) : 59.9835 psia pressure 2 ( 59.98250 ) = 59.9825 psia weighted averages, volume and air mass 9 temperature pressure vapor pressure : 77.31880 59.98350 0.31376 deg. F psia psia volume : 2841900 cu. ft.
< dry air mass : 852365.36 lbm
1 VOGTLE UNIT 1-1990 ILRT-VERIFICATION
. data set 15 time : 45 date : 330 sensor raw data value temperature 1 ( 80.290 ). = 80.290 deg. F temperature 2( 80.090 ) : 80.090 deg. F temperature 3( 79.840 ) = 79.840 deg. F temperature 4 ( 80.260 ) : 80.260 deg. F temperature 5( 80.320 ) = 80.320 deg. F temperature 6( 80.020 ) = 80.020 deg. F temperature 7 ( 79.930 ) : 79.930 dog. F temperature 8( 79.980 ) = 79.980 deg. F temperature- 9 ( 79.550 ) : 79.550 deg. F temperature 10 ( 78.620 ) = 78.620 deg. F temperature 11 ( 78.090 ) = 78.090 deg. F temperature 12 ( 77.680 ) : 77.680 deg. F temperature 13 ( 77.530 ) : 77.530 deg. F temperature 14.( 77.300 ) = 77.300 deg. F temperature 15 ( 76.880 ) : 76.880 dog. F temperature 16 ( 76.980 ) = 76.980 deg. F temperature 17 ( 76.520 ) = 76.520 deg. F temperature 18 (. 76.090 )_ : 76.090 dog. F' temperature 19-( 76.'110 ) : 76.110 deg. F temperature 20 ( 75.650-) : 75.650 des. F temperature 21 ( -- 75.300 ) : 75.300 deg. F temperature _22 ( 75.510 ) :' '75.510 deg. F temperature 23 ( 74.350 ) = 74.350 deg. F 75.940 )
~
temperature 24 (- : 75.940 deg. F temperature 25 ( 74.930') : 74.930 deg. F temperature 26 ( 74.590 ) : 74.590 deg. F temperature 27 ( 74.640 ) : 74.640 deg. F temperature 28 ( 74.400 ) : 74.400 deg. F temperature 29 (' 74.410 ) = 74.410 deg. F
-temperature 30 ( 74.490 ) = 74.490 dog. F
~"
dewpoint 1 ( 72.840 ) = 72.840 deg. F , 0.3996 psia dewpoint- 2 ( 73.160 ) : 73.160 deg. F , 0.4039 psia dewpoint 3 ( 68.690 ) = 68.690 deg. F , 0.3470 psia dewpoint 4 ( 58.610 ) = 58.610 deg. F , 0.2437. psia dewpoint 5 ( 59.590 ) : 59.590 deg. F , 0.2524 psia dewpoint 6 ( 58.740 ) : 58.740 deg. F , 0.2448 psia
. pressure 1 ( 59.97970 ) = 59.9797 psia pressure 2 ( 59.97850 ) = 59.9785 psia weighted averages, volume and air mass 9 temperature pressure vapor pressure :
77.29937 59.97970 0.31399 deg. F psia psia volume : 2841900 cu. ft. ) dry air mass = 852338.64 lbm i
i ( VOGTLE_ UNIT 1-1990 ILRT-VERIFICATION data set 16 time': 100 date : 330 sensor raw data value temperature 1( 80.240 ) = 80.240 deg. F temperature 2( 80.030 ) = 80.030 deg. F temperature. 3( 79.800 ) = 79.800 deg. F temperature 4( 80.210 ) : 80.210 deg. F temperature 5( 80.270 ) = 80.270 deg. F temperature 6( 79.970 ) = 79.970 deg. F temperature 7 ( 79.890 ) : 79.890 deg. F temperature 8-( 79.930 ) = 79.930 deg. F temperature 9( 79.500 ) : 79.500 deg. F temperature 10 ( 78.580')' : 78.580 deg. F temperature.11 ( 78.040 ) = 78.040 deg. F temperature 12 ( 77.640 ) = 77.640.deg. F temperature 13 ( 77.470 ) = 77.470 deg. F temperature 14 ( 77.270 ) : 77.270 deg. F temperature 15 ( 76.860 ) : 76.860 deg. F temperature 16 ( 76.960 ) : 76.960 deg. F temperature 17 ( 76.490 ) = 76.490 deg. F temperature-18 ( '76.090 ) = 76.090 deg. F 76.110_) 76.110 deg. F temperature 19 ( = 75.670.) temperature 20 ( = 75.670 deg. F temperature 21 ( 75.310 ) = 75.310 deg. F temperature 22 ( 75.520 ) : 75.520 deg. F temperature 23 ( 74.310.) -: 74.310 deg. F temperature 24'( 75.940 ) = 75.940 deg. F temperature 25 ( 74.940 ) = 74.940 deg. F temperature 26 ( 74.600 ) = 74.600 deg. F temperature 27 ( 74.650 ) ': 74.650 deg. F temperature 28 ( 74.400 ) : 74.400 deg.-F temperature 29 ( 74.420 ) : 74.420 deg. F temperature 30 / 74.490 ) : 74.490 deg. F dewpoint 1 ( 72.810 ) = 72.810 deg. F , 0.3992 psia dewpoint 2 ( 73.190 ) : 73.190 deg..F , 0.4043 psia dowpoint- 3 ( 67.850 ) : 67.850 deg. F , 0.3371 psia 58.680 ) 0.2443 psia dewpoint 4 ( : 58.680 deg. F , dewpoint 'S ( 59.590 ) = 59.590 deg. F , 0.2524 psia dewpoint 6 ( 58.700 ) = 58.700 deg. F , 0.2445 psia pressure 1 ( 59.97570 ) = 59.9757 psia pressure 2 ( 59.97460 ) : 59.9746_ psia weighted averages, volume and air mass temperature : 77.27467 deg. F pressure : 59.97570 psia vapor pressure : 0.31415 psia volume : 2841900 cu. ft. dry air mass : 852318.43 lbm 4
4,,, _ _ , _ , . , . . , , , , , , , , , , i VOGTLE UNIT 1-1990 ILRT-VERIFICATION data set l 'i time : 115 date : 330 sensor raw data value temperature 1,( 80.190 ) = 80.190 deg. F temperature 2 ( 79.980 ) : 79.980 deg. F (. temperature 3( 79.740 ) = 79.740 deg. F temperature 4 ( 80.160 )
~
- 80.160 deg. F temperature 5 ( 80.220 ) = 80.220 deg. F temperature 6 ( 79.920 ) : 79.920 deg. F.
temperature' 7 ( 79.840 ) : 79.840 deg..F temperature 8 ( 79.880 ) : 79.880 deg. F 1 temperature 9 ( 79.450 ) : 79.450 deg. F b temperature 10 ( 78.530 ) : 78.530 deg. F
~
temperature 11 ( 78.000 ) = 78.000 deg. F temperature 12 ( 77.640 ) 77.640 deg. F temperature 13 ( 77,400 ) = 77.400 deg. F temperature 14 ( 77.230 ) : 77.230 deg. F temperature 15 ( 76.840 ) : 76.840 deg. F temperature 16 ( 76.940 ) : 76.940 deg. F temperature 17 ( 76.470') = 76.470 deg. F c temperature 18 ( 76.100 ) : . 76.100 deg, F temperature 19 ( 76.110 ) = 76.110 deg. F temperature 20 ( 75.680 ) 75.600 deg. F
~
temperature 21 ( 75.310 ) : 75.310 deg.-F temperature 22 ( 75.540 ) = 75.540-deg. F temperature 23 ( 74.350 ) = 74.350 deg. F o -temperature 24 ( '75.930 ) : 75.930 deg. F temperature'25-( 74.940 ) : 74.940 deg. F temperature 26 ( 74.600,) : 74.600-deg. F temperature 27 ( 74.660 ) : 74.660 deg. F temperature 28 ( 74.410 ) : 74.410 deg. F temperature 29 ( 74.430 ) = 74.430 deg. F
. temperature 30 ( 74.500 ) : 74.500 deg. F dewpoint 1 ( 72.880 ) = 72.880 deg. F , 0.4001 psia dewpoint 2 ( 73.260 ) = 73.260 deg. F , 0.4053 psia dewpoint 3 ( 67.950 ) : 67.950 deg. F , 0.3383 psia.
dewpoint- 4 ( 58.750 ) = 58.750 deg. F , 0.2449 psia i dewpoint 51 ( 59.590 ) : 59.590 deg. F , 0.2524 psia dewpoint 6 -( 58.770 ) : 58.770 deg. F , 0.2451 psia pressure 1 ( 59.97200 ) : 59.9720 psia pressure 2 ( 59.97070 ) : 59.9707 psia weighted averages, volume and air mass temperature : 77.25324 deg. F pressure : 59.97200 psia vapor pressure : 0.31483 psia volume = 2841900 cu. ft. dry air mass : 852289.77 lbm
BCP' Technical Services,~Inc. tle Electric Generating Plant Vog0ILRTFinalReport 19
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t I BCP Technical Services, Inc. Vogtle Electric Generating Plant , 1990 ILRT Final Report
.(m u) Appendix IV i
y APPENDIX IV TYPE B & C I TEST RESULTS i O b
'i I
i n v 1-L _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
4 BCP Technical Services, Inc. V:gtle Electric Generating Plant 1990 ILRT Final Report Appendix IV
) i TYPE B AND C RESULTS - 1990 OUTAGE PAGE 1 1
I
. m . m . m m . . m m m m . m . m m . a m . . . m m . . . . m . m. . . . . u . .. m m . m . . ss es . a m .f ....m...a..m.m...........se........
INITIAL TEST FINAL TEST PENETRATlON VALVE DATE LEAKAGE DATE LEAKAGE NOTES
.......m.m.......m....m........................m.....m..................................
5 N/A 3/29/90 42.4 SCCM N/A 11A U4-031 1/24/90 151 SCCM N/A (2) 11A HV-5280 1/24/90 23 SCCM N/A (2) 12A V4-029 2/08/90 480 SCCM N/A (2) 12A HV-5281 2/08/90 6.0 SCCM N/A (2) 13A HV-12976 2/26/90 670 SCCM N/A 13A HV-12975 2/26/90 18.5 SCCM N/A l 13D HV-12978 2/26/90 5.7 SCCM N/A 13B HV-12977 2/26/90 6.5 SCCM N/A 15 U6-051 2/26/90 6.0 SCCM N/A 15 U6-050 2/26/90 6.0 SCCM N/A 22 U4-038 2/27/90 1235 SCCM N/A 22 U4-005 2/27/90 10.4 SCCM N/A [] 23 U4-104 1/16/90 709 SCCM 3/25/90 92.3 SCCM (2) v 23 U4-211 1/16/90 334 SCCM 3/25/90 560 SCCM (2) 24 HV-3548 3/22/90 43.7 SCCM 3/25/90 24.3 SCCM - 24 HV-3502 3/22/90 1255 SCCM 3/25/90 60.0 SCCM (1) 24 HV-8220 3/22/90 1255 SCCM 3/25/90 60.0 SCCM (1) 28 HV-1978 3/04/90 20.5 SCCM N/A 28 HV-1979 3/04/90 40.4 SCCM N/A 29 HV-1974 3/04/90 48.0 SCCM N/A (1) 29 U4-113 3/04/90 48.0 SCCM N/A (1) 29 HV-1975 3/04/90 15.4 SCCM N/A 34 U6-016 3/06/90 122 SCCM N/A 34 HV-90010 3/06/90 177 SCCM N/A 35 U6-015 3/06/90 5.9 SCCM N/A l 35 HV-9001A 3/06/90 395 SCCM N/A 36 V4-OO2 2/25/90 351 SCCM 3/14/90 763 SCCM 37 V4-OO1 2/26/90 880 SCCM 3/14/90 687 SCCM 38 V4-OO1 2/25/90 1770 SCCM 3/09/90 245 SCCM 39 V4-OO2 2/26/90 459 SCCM 3/08/90 653 SCCM 40 U4-036 2/27/90 710 SCCM 3/25/90 1276 SCCM 40 HV-27901 2/27/90 4210 SCCM 3/26/90 382 SCCM 41 HV-8871 3/06/90 84 SCCM N/A 41 HV-8964 3/06/90 430 SCCM N/A (1) 41 HV-8888 3/06/90 430 SCCM N/A (1) 42 U4-017 2/28/90 20.6 SCCM N/A {j NOTE 1 - VALVES TESTED SIMULTANEOUSLY - TOTAL LEAKAGE THROUGH BOTH VALVES REPORTED. NOTE 2 - TESTS PERFORMED JUST PRIOR TO THE OUTAGE
' inc.
'UCP VtgtleTechnical Services,ing Plant 4
Electric Generat ' 1990 ILRT final Report : Appendix IV l IN/ ') TYPE B ANO C RESULTS - 1990 CE AGE PAGE 2 ! i INITIAL TEST FINAL TEST PENETRATION VALVE DATE LEAKAGE DATE LEAKAGE NOTES . 42 HV-8880 2/28/90 84.7 SCCM N/A 48 HV-8160 3/06/90 112.2 SCCM N/A 48 HV-8152 3/06/90 164.2 SCOA N/A 49 HV-8112 3/09/90 49.2 SCOA 3/22/90 91.8 SCCM (1) ! 49 U4-021- 3/09/90 49.2 SCCM 3/22/90 91.8 SCCM (1) 49 HV-8100 3/09/90 26.3 SCCM 3/22/90 86.2 SCCM 50 V6-032 3/14/90 26.1 SCCM N/A 50 HV-8105 3/14/90 15.5 SCOA N/A 55 N/A 3/22/90 6.6 SCCM N/A 62 HV-8047 2/6/90 6.0 SCCM N/A (2) 62 HV-8033 2/6/90 6.2 SCCM N/A (2) 63 V6-112 3/3/90 17.2 SCCM N/A 63 HV-8028 3/3/90 6.0 SCCM N/A
/~~) 64A- N/A 2/25/90 6.0 SCCM N/A
(/ 64B N/A, 2/25/90 %.0 SCCM N/A. 67A FN-3513 3/1/90 5.4 SCCM 4/8/90 10.2 SCCM ; 67A HV-3514 3/1/90 6.5 SCCM 4/8/90 2.2 SCCM ' 67B HV-3807 3/1/90 5.5 SCCM 3/21/90 21.7 SCCM' 67B. HV-3508 3/1/90 5.4 SCCM -3/21/90 20.5 SCCM 68 N/A 2/25/90 4.0 SCCM 4/3/90. 6.0 SCCM ) 69A U4-043 2/8/90 26.2 SCCM N/A (2) 69A HV-5278 2/8/90 6.0 SCCM N/A (2) 690 U4-044 1/24/90 527 SCOA N/A j
'69B HV-5279 1/24/90 35 SCCM N/A >
70A HV-2790A 2/13/90 6.0 SCCM N/A (2) 70A. HV-27910 2/13/90 10.7 SCCM N/A (2) 70A- HV-27900 2/13/90 6.0 SCOA N/A (2) ' 700 04-001 2/13/90 6.0 SCCM N/A (2) 708 HV-2793A 2/13/90 11.0 SCCM N/A (2) 71A HV-2792A 2/15/90 6.0 SCCM N/A (2) ; 71A' HV-27910 2/15/90 6.0 SCCM N/A (2) 71A HV-2792B 2/15/90 15.0 SCCM N/A (2) 71B V4-002 2/15/90 95.9 SCCM N/A (2) , 718 HV-2793B 2/15/90 64.1 SCCM N/A (2) 72A HV-10950 2/27/90 15.2 SCCM 3/25/90 1598 SCCM 72A U4-159 2/27/90 9.2 SCCM 3/15/90 5.9 SCCM 728 HV-10952 2/27/90 24.5 SCCM N/A s
,\
'i^~j NOTE 1 - VALVES TESTED SIMULTANEOUSLY - TOTAL LEAKAGE THROUGH BOTH VALVES REPORTED. NOTE 2 - TESTS PERFORMED JUST PRIOR TO THE OUTAGE
BCP lechnical Services, Inc. Vogtle Electric Generating Plant 1990 ILR1 Final Report Appendix IV O TYPE B AND C RESULTS - 1990 OUTAGE PAGE 3 INITIAL TEST Fit %L TEST PENETRAT10N VALVE DATE LEAKAGE DATE LEAKAGE NOTES 72B V4-161 2/27/90 6.8 SCCM N/A 73A HV-10951 2/27/90 592 SCCM N/A 73A V4-160 2/27/90 3.7 SCCM N/A 73B HV-10953 2/27/90 107 SCCM N/A 73B V4-162 2/27/90 39.3 SCCM N/A 77 HV-7699 3/02/90 10.4 SCCM N/A 77 HV-7136 3/02/90 14.6 SCCM N/A 78 HV-0700 3/09/90 310 SCCM N/A 78 HV-0781 3/09/90 1650 SCCM N/A 7', HV-7126 3/01/90 13.4 SCCM 3/08/90 9.2 SCCM 79 HV-7150 3/01/90 10.6 SCCM 3/08/90 11.7 SCCM 80 U4-034 1/18/90 731 SCCM 1/18/90 731 SCCM (2) 80 HV-9385 1/10/90 12800 SCCM 2/08/90 591 SCCM (2) 81 U4-040 3/07/90 315 SCCM N/A 81 HV-S378 3/07/90 192 SCCM N/A 83 HV-2626A 2/20/90 1070 SCCM 3/24/90 2750 SCCM (2) 83 HV-2626B 2/20/90 53.7 SCCM 3/24/90 14.3 SCCM (2) 83 HV-2627A 2/20/90 570 SCCM 3/24/90 18.1 SCCM (1)(2) 83 HV-26270 2/20/90 570 SCCM 3/24/90 18.1 SCCM (t)(2) 84 HV-2620A 2/21/90 350 SCCM 3/23/90 57.4 SCCM (2) 84 HV-2628B 2/21/90 53.7 SCCM 3/23/90 34.5 SCCM (2) 84 HV-2629A 2/21/90 720 SCCM 3/23/90 56.8 SCCM (1)(2) 84 HV-2629B 2/21/90 720 SCCM 3/23/90 56.8 SCCM (1)(2) 86A HV-8211 1/30/90 5.4 SCCM N/A (2) 86A HV-8212 1/30/90 40.3 SCCM N/A (2) 06C HV-8209 2/26/90 24.5 SCCM N/A BBC HV-8208 2/26/90 10.4 SCCM N/A 87 N/A 2/25/90 4.0 SCCM 4/03/90 6.0 SCCM 89 N/A 2/25/9? 2.4 SCCM 3/23/00 6.9 SCCM 90 N/A 3/22/90 45.4 SCCM N/A 100 HV-2624A 2/01/90 355 SCCM N/A (2) 100 U4-012 2/01/90 374 SCCM N/A (2) 100 HV-26240 2/01/90 285 SCCM N/A (2) PERSONNEL AIRLOCK 2/22/90 1874.7 SCCM 3/23/90 4826.6 SCCM (2) ESCAPE AIRLOCK 2/17/90 285 SCCM 4/07/90 198 SCCM EQUIPMENT HATCH 2/24/90 6.4 SCCM 4/01/90 6.0 SCCM ELECTRICAL (1-72) VARIOUS 15.8 SCCM N/A (2) O N0i t: 1 - VALVES TESTED SIMULTANEOUSLY - TOTAL LEAKAGE THROUGH BOTH VALVES REPORTED. i NOTE 2 - TESTS PERFORMED JUST PRIOR TO THE OUTAGE
mg . 4, f1 i[ ~ BCP Tcchnical Services, Inc.
' - V:gtle_ Electric Generating Plant 1990 ILRT final Report !
Appendix IV l ( B s TYPE B AND C RESULTS - 1980 OUTAGE PAGE 1 ; tL l l INITIAL TEST FINAL TEST l c t, o PENETRATION VALVE DATE LEAKAGE DATE LEAKAGE NOTES
!' .........................................................................................=
i 4 11A U4-031 7/11/80 166,000 SCCM 7/11/88 15.8 SCCM' (2)- h 11A HV-5200 7/11/88 7.0 SCCM N/A (2) ( l 12A V4-029 7/08/88 3300 SCCM N/A (2) ! 12A .HV-5201 7/08/88 6.0 SCCM N/A (2) ! 13A HV-12978 9/22/80 1115 SCCM N/A (2) 13A HV-12975 9/22/80 158.2 SCCM N/A (2) [ 13B HV-12978 9/20/00 220 SCCM 11/8/90 6.0 SCCM (2) 13B HV-12977 9/20/08 14950 SCCM 11/8/90 6.0 SCCM (2)- 15 06-051 6/30/88 6.0 SCCM N/A (2) 15 06-050 6/30/88 6.0 SCCM N/A .(2) 22 U4-030 7/21/80 1312 SCCM N/A (2)
]'^p r2 U4-005. 7/21/00 145,2 SCCM N/A ~(2)
(2) N' 2;;. - 04-104 6/28/08 427 SCCM. N/A 23 U4-211 6/28/80 421 SCCM N/A _ _ (2)- 24 HV-3540- 11/10/88 860 SCCM. 11/15/80 45.0 SCCM 24 HV-3502- 11/10/88 105300 SCCM. 11/15/08 ~192 SCCM (1) 24 HV-0220 11/10/88 105300 SCCM 11/15/00 192 SCCM (1) 28 HV-1970 10/16/88 6.0 SCCM 10/25/80 0.0 SCCM
-20. -HV-1979 10/16/88 6.0 SCCM 10/25/88 33,0 SCCM' 29 HV-1974 '10/16/88 72.4 SCCM - N/A: :(1) 29 U4-113 10/16/88 72.4 SCCM N/A. (1)
, 29 HV-1975 10/16/88 62.7 SCCM N/A 34 06-016 10/11/88. 142.9 SCCM N/A 34- HV-9001B- 10/11/6B 138.4 SCCM N/A-35' U6-015 10/11/80 8.2 SCCM- 11/6/8C 281 SCCM
-35 HV-9001A 10/11/88 28,2 SCCM 14/S/BB 30 SCCM 36 V4-002 10/_13/08 1504 SCCM 11/5/00 245 SCCM 37 V4-001 10/12/88 674 SCCM- 11/7/80 742 SCCM 30 V4-001 10/10/88 4.32 SCCM 11/15/00 755 SCCM f 39' V4-002 10/10/88 92 SCCM 10/29/88 711 SCCM 40 U4-036 7/20/88 12.0 SCCM N/A (2) 40 HV-27901 7/20/80 14.0 SCCM N/A (2) 41 HV-8871 10/26/88 3100 SCCM 11/13/00 93.4 SCCM 41 HV-0964 10/26/80 11200 SCCM 11/13/00 109.2 SCCM (1)
C. HV-0000 10/26/08 11200 SCCM 11/13/88 109.2 SCCM (1) u X)TE 1 -- VALVES ' TESTED SIMULTANEOUSLI - TOTAL LEAKAGE THROUGH E BOTH VALVES REPORTED. 1 NOTE 2 _. TESTS PERFORMED JUST PRIOR TO THE OUTAGF a.
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V:EtieEl:ctricGen:ratingPlant 19JO ILRT final Report ]
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;j TYPE B AND C RESULTS - 1900 OUTAGE r PAGE 2 l l
INITIAL TEST FINAL TEST PENETRATION VALVE DATE DATE LEAKAGE LEAKAGE . NOTES > f
'42 U4-017 7/12/00 16.7 SCCM N/A (2) ~>
42 HV-8000 7/12/88 20.9 SCCM N/A (2) 'i 48 HV-0160 10/16/88 91.1 SCCM N/A ~i 48 HV-8152 10/16/80 154.2 SCCM N/A 49 HV-8112 10/14/80 15.6 SCCM 10/15/88 239 SCCM (1) ; 49 V4-021 10/14/00 15.6 SCCM 10/15/88. 239 SCCM :(1) 1 49 HV-8100 10/14/88 4.0 SCCM 10/15/88 200.6 SCCM } 50 U6-032 10/20/08 1490 SCCM 10/28/88- 45.5 SCCM t 50 HV-0105 10/20/80 1970 SCCM 10/28/88 16.0 SCCM. [ 62- HV-8047- 6/28/88 6.5 SCCM N/A (2) _i 62 HV-8033 6/20/80 6.2 SCCM N/A -(2) l
/ 63 06-112 6/22/88 26.6 SCCM N/A (2)~
k- 63' -HV-8028 6/22/88 6.0 SCCM N/A (2) ! 64A N/A 10/14/80 0.0 SCCM N/A
-640 N/A 10/14/00 6.0 SCCM 67A HV-3513 10/13/88 6250 SCCM 11/2/88 6.0 SCCM 3 67A. HV-3514- 10/13/80 8460 SCCM 11/2/88- 6.8 SCCM '
678 HV-3507 10/13/08 27.3 SCCM N/A 678. HV-3500 10/13/88 33.6 SCCM N/A 1} 68 N/A 10/9/08 6.0 SCCM 11/11/88 6.0 SCCM 69A U4-043 7/0/00 2420 SCCM N/A (2) 69A HV-5378 7/0/80 10.4 SCCM N/A (2) ~i C9B U4-044 7/7/00 635 SCCM N/A (2) " 69B HV-5279 7/7/80 20.8 SCCM N/A (2)
.70A HV-2790A 7/20/88 6.0 f.CCM N/A (2) 70A HV-2791A 7/20/80 11.4 SCCM N/A (2) >
1 70A. HV-27908 7/20/08 6.0 SCCM N/A <(2) 70B .U4-001 7/28/88 7.3 SCCM 11/13/88 50.9 SCCM (2) 700- HV-2793A 7/20/80 5550 SCCM 11/13/88 7.2 SCCM i2)- i
. 71A HV-2792A 8/2/88 6.0 SCCM N/A (2) d 71A: HV-27918 8/2/80 6.0 SCCM- N/A (2) 71A HV-27928 8/2/08 6.0 SCCM N/A (2) 71B V4-002 8/2/88 9.4 SCCM N/A (2) !
71B. HV-27938 8/2/88 15.7 SCCM N/A (2) 72A HV-10950 10/13/88 72.3 SCCM 10/18/88 96.3 SCCM 1 l i fg ! i ,) . NOTE 1' - VALVES TESTED SIMULTANEOUSLY - TOTAL LEAKAGE THROUGH = BOTH VALVES REPORTED. , 1; i: NOTE 2 . TESTS PERFORMED JUST PRIOR TO THE OUT4G? l .
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tic Electric Generating Plant U ' EVog'0 199 ItRT final Report Appendix IV- , B: ' [ i t V : h/- TYPE B AND C RESULTS - NONSCHEDULED TESTS BETWEEN OUTAGES GV j8. INI'TIAL 1EST FINAL TEST t
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; PENETRATION ; . VALVE . DATE LEAKAGE- DATE LEAKAGE NOTES- .
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'24 'HV-3548- 9/12/07 6.0 SCCM 9/12/07 6.0 SCCM !
'24 :HV-3502 9/12/07 12.0 SCCM- 9/14/00 10.0 SCCM .[
, :24 HV-8220 9/12/07 12.0 SCCM' 9/14/00 10.0 SCCM !
35 06-015 1/26/8e 2.2 SCCM (21- ^ 135 HV-91000 1/26/00 31.7'SCCM 41 HV-8871 1/26/80 2.6 SCCM (2) 41 .HV-8964 1/26/00- 9370 SCCM (1); }
'41- HV-8888 1/26/80 9370 SCCM (1) {
<63: 06-112 6/25/06 67.2 SCCM 6/25/06 -67.2 SCCM- 'E 1:14 63 .HV-8028 12/10/87 12.2 SCCM 12/10/07 12.5-SCCM 'i 64 N/A' 1/26/80 4.3 SCCM - (2t 1/26/80 7.9 SCCM (2) ]'
64B1 .N/A {7 97L -- -67B 1HV-3507 10/19/87 6.0 SCCM' (2)-
, l7ik 67B HV-3500- 10/19/07 6.0 SCCM ,
1/25/80 6.9 SCCM _ (2)
; :60-. -N/A ;
4 HV-2792A 2/09/89 -25.8 SCCM 71A" .i 71A .HV-27918' 2/09/89 25,0 SCCM ; 71A HV-2792B 2/09/09 25.0=SCCM . 72A 'HV-10950 10/15/07 370 SCCM (2) 72A U4-159' 10/15/87 355 SCCM 72B HV-10952 -1/24/08' 2.3'SCCM1 (2) ; 72B V4-161 1/24/00' 149.9 SCCM- t 4 73A 'HV-10951 1/24/08 :607-SCCM (2)
- 73A U4-160 1/24/00 5;7 SCCM 73B . HV-10453 10/13/87 6.0 SCCM (2). ;
738- ;U4-162 10/13/87 $55.0'SCCM ;
- 81. U4-049 1/27/80 537 SCCM
- i
, 81' HV-9378 1/27/88: 16700 SCCM !
81 U4-256 1/27/80 '3.5 SCCM < j c
- D JU 10 7 N/A 1/25/80 4.6 SCCM ~ (2)'
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/'N - 1TO EARLY PRE-OP TEST DATE.
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gx 1990 ILRT Final Report i 1 () Appendix IV
! TYPE B ANO C RESULTS - OUARTERLY.SURVEILLANCES ,
PENETRATION 83 , L y PENETRATION VALVE DATE LEAKAGE NOTES DATE LEAKAGE NOTES [ j ...................................................................................... : 83 HV-2626A 8/24/07 162 SCOA (1)- 11/20/87 610 SCCM (1)
- 83. HV-2626B 8/24/87 162 SCCM (1) 11/20/87 610 SCCM (1) 83 HV-2627A 8/24/87 162 SCCM -( 1 ) 11/20/07 610 SCCM (1) >
g 83 HV-2627B 8/24/87 162 SCCM (1) 11/20/87 610 SCCM (1) . 83 U4-001 8/24/87 2.2 SCCM 11/20/87 31 SCCM 83 HV-2626A 2/13/88 241.9 SCCM (1) 6/02/88 344 SCCM .(1) 83 _ HV-2626B. 2/13/80' 241.9 SCCM (1) 6/02/88 344 SCCM (1) i 83 HV-2627A 2/13/88 241.9 SCCM (1) 6/02/88 344 SCCM (1) ' 83 HV-2627B 2/13/88 241.9 SCOA (1) 6/02/88 344 SCCM (1) B3 U4-001 2/13/88 4.2 SCCM 6/02/88 15.2 SCCM 83 HV-2626A 12/14/88 43.2 SCCM 2/13/09 856 SCCM (1) 83 HV-2626B 12/14/88 34.6 SCCM 2/13/89 856 SCCM- (1) 83 HV-2627A 12/14/88 1132 SCOA (1) 2/13/89 856 SCCM (1) 83 HV-2627B 12/14/88 1132 SCCM (1) 2/13/89 856 SCCM (1) 83 U4-001 2/13/09 49.2 SCCM:
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83 HV-2626A 3/08/89 150 SCOA 6/01,69 1453 SCCM 83 HV-2626B 3/08/89 22 SCCM 6/01/89 18.05 SCCM 83 HV-2627A 3/08/89 401 SCCM (1) 6/01/89 506 SCCM (1) 83 HV-26278 .3/08/89 401 SCCM (1) 6/01/89 SOS SCCM- (1) 83 HV-2626A' 8/30/89 2450 SCCM 11/14/89 1112 SCCM 83 HV-26268 8/30/89 72.8 SCCM 11/14/09 ~79.2 SCCM 83- HV-2627A 8/30/89 3140 SCCM- (1) 11/14/89 709 SCCM (1) 83 HV-26278. 8/30/89 3140 SCCM (1) 11/14/09 709 SCCM (1) NOTE 1 - VALVES TESTED SIMULTANEOUSLY - TOTAL LEAKAGE THROUGH VALVES REPORTED. kx - U j.:
4 a , : Inc. BCP Technical Vogtie SerYices,ing-Plant Electric Generat 75 1990 ILRT final Report ;
> *j ' Appendix IV j i
TYPE B AND C RESULTS - OVARTERLY SURVEILLANCES PENETRATION 84 PENETRATION VALVE DATE LEAKACE NOTES DATE- LEAKAGE NOTES !
.................................................................................... q 04 HV-2628A 8/22/87 172 SCOA (1) 11/20/87 39.2 SCCM (1) ;
84 HV-2628B 8/22/07 172 SCCM (1) 11/20/87- 39.2 SCCM (1) -[ 84 HV-2629A 8/22/07 172 SCOA (1) 11/20/07 '39.2 SCCM' (1) 84 HV-2629B 8/22/87 172 SCCM (1) 11/20/87 39.2 SCCM. (1) ( 84 04-001 8/22/87 .2.5 SCCM 11/20/87 36.0 SCCM j B4 HV-2628A -2/14/88 239.3 SCCM (1) 5/20/88 390 SCCM (1) 84 HV-2628B 2/14/88 239.3 SCCM (1) 5/20/88 390 OCCM '(1) ! 84 HV-2629A 2/14/88 239.3 SCCM (1) 5/20/88 390 SCCM (1) 84 HV-2629B 2/14/88 239.3 SCCM (1) 5/20/88 390 SCCM (1) " 84 04-001 2/14/88 2.57 SCCM 5/20/88 131 SCCM , 84 HV-2628A 12/14/88 37.2 SCCM 3/06/89 12 SCCM 84 HV-2620B 12/14/88 32.4 SCCM 3/06/89 24.6 SCCM [ 84 HV-2629A 12/14/88 1280 SCCM (1) 3/06/89 327 SCCM (1) 84 HV-26290- 12/14/88 .1280 SCCM (1) 3/06/89 -327 SCCM (1)- ' ('-'): -84 HV-2628A .6/06/89 580 SCCH 8/31/89 94.3 SCCM : 84 HV-2628B 6/06/09 101.2 SCCM 8/31/89 32.6 SCCM i 84 HV-2629A 6/06/89 783 SCCM (1) 8/31/89 795 SCCM (1) ! 84 HV-2629B 6/06/89 783 SCCM (1) 8/31/89 795 SCCM (1) F i* 84 HV-2628A- 11/15/09 95.5 SCCM 84 HV-2628B .11/15/89 47.2 SCCM , 84 HV-2629A 11/15/09 506 SCCM (1 ) - 84 HV-2629B 11/15/89 506 SCCM (1) [ f NOTE 1' - VALVES TESTED SIMULTANEOUSLY - TOTAL LEAKAGE THROUGH I
. VALVES REPORTED.
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BCP Technical Services, Inc. Vogtle Electric Generating Plant 1990 ILRT final Report O-Appendix IV TYPE B AND C RESULTS - PERSONNEL AIRLOCK COMPOSITE TESTS - NOTE 1 DATE LEAKAGE DATE LEAKAGE 2/15/07 974 SCCM 11/12/88 18,660 SCCM ** 8/10/07 1017 SCCM 11/14/08 1330 SCCM 3/30/88 5812 SCCM 4/28/89 2580 SCCM 8/31/08 174 SCCM 10/16/09 1074.8 SCCM 11/2/88
- 3/23/90 4826.6 SCCM
* - DURING THE FIRST REFUELING OUTAGE (11-2-88), LOOSE E0VALIZATION VALVE MOUNTING BOLTS PREVENTED AN LLRT FROA BEING PERFORMED (D.C.
1-88-3375). HOWEVER, AN ACCEPTABLE LLRT WAS PERFORMED SEVERAL WEEKS PRIOR TO THE OUTAGE.
- HIGH LEAKAGE WAS DUE TO HIGH WEAR ON THE AIRLOCK HANDWHEEL SHAFT SEALS DURING THE OUTAGE. SHAFT SEALS WERE REPLACED AND THE AIR LOCK WAS RETESTED.
() ' NOTE 1 - DURING PREPARATION OF THIS REPORT IT WAS DISCOVERED THAT A GRACE PERIOD HAD BEEN APPLIED IN SEVERAL INSTANCES TO THE 6 MONTH AIRLOCK SURVEILLANCE PERIOD. THIS IS NOT PERMITTED BY TECHNICAL SPECIFICATION 4.6.1.3.B.1, DC 1-90-266 HAS BEEN SUBMITTED. TYPE B AND C RESULTS - ESCAPE LOCK COMPOSITE TESTS DATE LEAKAGE DATE LEAKAGE 2/15/87. 125.8 SCCM 7/31/89 604.0 SCCM 8/26/87 326.0 SCCM 2/17/90 285.0 SCCM 4/1/88 734.1 SCCM 3/20/90 456.6 SCCM 9/5/88 1176.0 SCCM 4/7/90 198.0 SCCM 2/27/89 283.4 SCCM NOTE 1 - DURING PREPARATION OF THIS REPORT IT WAS DISCOVERED THAT A GRACE PERIOD HAD BEEN APPLIED IN SEVERAL INSTANCES TO THE 6 MONTH AIRLOCK SURVEILLANCE PERIOD. THIS IS NOT PERMITTfD BY TECHNICAL SPECIF ICAT ION 4.6.1.3.B.1, DC 1-90-266 HAS BEEN SUBMITTED. O 4
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4 i..4-N Inc. BCP Technical' Vogtle Services;ing Plant Electric Generat 1990'ILRT final Report [-'f5) w- Appendix IV l TYPE B AND C RESULTS - EQUIPMENT HATCH r DATE LEAKAGE DATE LEAKAGE 7 10/20/87 2.4 SCCM 2/25/90 6.4 SCCM
~1 0/26/87 4.2 SCCM 3/24/90 9.8 SCCM iz .-10/09/88
-6.0 SCCM 4/01/90 6.0 SCCM' 11/15/88 14.5 SCCM t-
' TYPE C RESULTS - ELECTRICAL PENETRATIONS-TOTAL ELECTRICAL PENETRATION LEAKAGE FOR' 72 ELECTRICAL PENETRATIONS HAS BEEN LESS THAN 40 SCCM.-
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