ML20079R628
| ML20079R628 | |
| Person / Time | |
|---|---|
| Site: | Brunswick  |
| Issue date: | 07/31/1982 |
| From: | Levinson E GENERAL PHYSICS CORP. |
| To: | |
| Shared Package | |
| ML20079R626 | List: |
| References | |
| GP-R-74002, NUDOCS 8306240012 | |
| Download: ML20079R628 (175) | |
Text
-
4 CAROLINA PONER & LIGHT BRUNSWICK STEAM ELECTRIC PLANT UNIT 2 REACTOR CONTAINMENT BUILDING INTEGRATED LEAK RATE TEST JULY, 1982 GP-R-74002 PREPARED BY 4
ERNEST D. LEVINSON GENERAL PHYSICS CORPORATION 0
8306240012 830621 PDR ADOCK 05000324 P
GP-R-74002 GENERAL PHYSICS CORPORATION
\\
ThBLE OF CONTElffS ABSTRACT............................................................
1 i
l I.
IrfE DUCTI N.................................................... 2 A.
PLANT INFORMATION..........................................
2 B.
TECHNICAL DATA.............................................
2 C.
TEST DATA..................................................
3 II. IIPfEGRATED LEAK RATE TEST....................................... 4 A.
TEST METHOD................................................
4 B.
TEST INSTRUMENTATION.......................................
4 C.
SEQUENCE-OF-EVENTS........................................
10 D.
RESULTS AND ACCEPTANCE CRITERIA............................
14 E.
ERROR ANALYSIS............................................
19 1.
Instrument Selection Guide...........................
19 2.
Wate r Leve l E f f ec ts.................................. 2 2 III. IACAEs LEAK RATE TESTS.........................................
26 A.
CONTAINMENT ISOLATION VALVE MAINTENANCE / MODIFICATION / REPAIR........................
26 B.
SUlelARY OF LOCAL LEAK RATE TESTS.......................... 33 C.
5SOLATIONVALVEPENETRATIONLEAKAGES......................34 i
l l
l APPENDIX A ILRT Graphs..........................................A-1 APPEEIX B ILRT Calculations...............'.....................B-1 APPENDIX C Relie f Valve Leakage.................................C-1 APPEIMIX D Superimposed Leakage Calculation.....................D-1 APPImmII E Temperature S tabilizatio'n............................E-1 APPEEIX F Penetration Leakage Formula Derivation...............F-1 APPENDIX G ILRT Data............................................G-1 i
GP-R-74002 GENERAL PHYSICS CORPORATION ABSTRACT During the period July 8, 1982 to July 14, 1982 the second periodic Reactor Containment Building Integrated Leak Rate Test (ILRT) was performed on Unit No. 2 of the Brunswick Steam Electric Plant (BSEP). This was done in conformance with Appendix J of 10CFR50 and BSEP Technical Specifications 3.6.1.2 and 4.6.1.2.
The ILRT was run using the " Absolute Method" of leakage determination described in ANSI N45.4-1972 in accordance with the instructions of BSEP PT 20.5, rev. 6, " Integrated Primary Containment Leak Rate Test."
Leak Rate calculations were made using the " Mass-Point" data analysis method described in ANSI /ANS-56.8-1981. This report fulfills the reporting requirements established in 10CFR50, Appendix J, Section V.
During this testing of containment, a sufficiently large number of small leakages were found which precluded meeting the necessary acceptance criteria for this test. While under pressure, several of these leaks were fixed, containment pressure was raised above the calculated peak accident pressure and the ILRT was successfully completed. The results of this test are as follows.
24 Hour Test Measured Leakage
=.298 wtt/24 hours 95% Confidence Factor
=.006 wtt/24 hours BEC Test Leakage Penalty
=.014 wtt/24 hours L,,
=.318 wtt/24 hours
(
i Lo (superimposed leakage)
=.501 wtt/24 hours Le (verification test measured leakage)
=.856 wtt/24 hours L
(measured superimposed leakage)
=.558 wtt/24 hours ast This data shows that all acceptance criteria was met:
j 1
L,,
(.318 wtt/24 hours)
.75 L, (.375 wtt/24 hours)
L
(.558 wtt/24 hours)
< Lo +.25 L, (.501 +.125 wtt/24 hours) j ast Sununary graphs and tables of all pertinent data are included in the Appendices to this report.
1
GP-R-74002 GENERAL PHYSICS CORPORATION I.
INTIODUCTION A.
PLANT INFORMATION:
Owner.......................
Carolina Power & Light Plant.......................
Brunswick Steam Electric Plant - Unit 2 Docket No...................
50-324 Location....................
Southport, NC Type........................
Mark-1, BWR-4 Containment Description.....
Primary Containment consists of a steel-lined reinforced concrete, " light bulb" shaped drywell and torus shaped suppression chamber connected by a vent system. Vacuum breakers are provided between the suppression chamber and both drywell and reactor building.
Date Test Complete..........
July 14, 1982 B.
TECHNICAL DATA:
3*
Containment Free volume.....
294,981 ft Design Pressure.............
62 psig internal design pressure Design Temperature..........
300 F (drywell), 220 F (suppression chamber)
Calculated Accident Real Pressure (P,c).........
49 psig Calculated Accident 0
Real Temperature............
297 F 3
(288,100 ft for drywell and suppression chamber; 6,881 for reactor vessel) 2
GP-R-74002-GENERAL PHYSICS CORPORATION C.
TEST DATA:
Test Method.................
Absolute Method Data Analysis...............
Mass Point Test Pressure...............
64.62 psig Maximum Allowable Leak Rate (L,)..............
.5 wtt/24 hours Calculated Leakage Rate at UCL.................
.304 wtt/24 hours Mass Step Change Metered Volume..............
.501 wtt/24 hours (1.002% L,)
l Mass Step Change l
Measured by Instru-mentation (La).............
.558 wtt/24 hours I
l I
i I
l l
l 3
9 GP-R-74002 GENERAL PHYSICS CORPORATION II.
INFEGRATED LEhK RATE TEST A.
TEST METHOD The Integrated Primary Containment Leak Rate (Type-A) Test was performed using the " Absolute Method" of-leakage determination as described in ANSI N45.4-1972, American Nuclear Standard, Leakage Rate Testing of Containment Structures for Nuclear Reactors. This method of leakage rate determination is based on the measurement of the temperature and pressure of the containment structure atmosphere with a correction for changes in water vapor pressure.
Leakage rate calculations were made using the " Total Time" method described in ANSI N45.4-1972 and the " Mass-Point" method described in ANSI /ANS-56.8-1981, American National Standard, Containment System Leakage Testing Requirement.
The results shown in this report are based on the Mass-Point calculation method.
As required in 10CFR50, Appendix J, Section III A 3b, the accuracy of the Type A test was verified by a supplemental test. A calibrated leak was superimposed on the existing leaks in the containment system. The supplemental test result was compared to the sum of the Type A test result and the superimposed leakage.
B.
TEST INSTRUMENTATION For the purpose of obtaining average Temperature and vapor pressures, temperature and dewcell sensors were placed inside containment as shown in Figure 91. The containment was then divided into volume sections and the sensors were assigned as indicated in Table fl.
Section volume fractions were f
calculated from the ratio of each section volume to total containment volume. Then, each section volume fraction was multiplied by its average sensor indication and those results were sununed to obtain the weighted average value.
Containment pressure was obtained by first converting two direct readout measurements to their calibrated value and then averaging those results.
Flow measurements, necessary for the verification test, were obtained from a calibrated flowmeter connected to the containment. Readings were corrected for differences between the calibrated and measured temperature.
Containment homogenity was enhanced by running four drywell cooler fans during the test. To preclude damage.to the motors, due to the dense air at high pressures, the. fan blade angles were adjusted.
Additional mixing was provided by the installation of Coppus blowers within containment. Two blowers were installed in the Torus and four were installed at the eighteen foot elevation of the drywell.
A detailed description of the pressure, temperature and dewpoint instrumenta-tion follows.
Instrumentation error analysis is detailed in Section II.E.
4 l
R W OO2 GENERAL PHYSICS CORPORATION IPCLRT SCHEMATIC ARRANGEMENT (NOT TO SCALE) f 3
t ELEV.93' COMPRESSED 0*
1
- 270*
ELEV. 78' 7
3 4
2 j
270* 90* 90*
ELEV.66*
0*
180*
U f
VE E11
. 54 TE TE DPE P021A 7
8 8
O
- 984-270* 90*
0*
l PRECISION E11 ELEV. 46' PRESSURE F016A TE TE TE ort GAUGES 9
10 11 4
b 300*
0*
180* 180
""S" h* 90*
'0*
270* 180 90 TORUS ELEV. O' 4"
a L_
0*
90* 180 270*
0*
60* 120* 180* 240* 300*.
'17, = TEMPERATURE ELEMENT (RTD)
DPE = DEWPOINT ELEMENT (DEWCELL) f FIGURE 1
- ~ - - - -
g
GP-R-74002 GENERAL PHYSICS CORPORATION SENSOR SECTIONS SENSOR VOLUME FRACTION SENSOR SECTION TEl
.0264 Tl TE2
.0264 Tl TE3
.0187 T2 TE4
.0187 T2 TE5
.0115 T3 TE6
.0115 T3 TE7
.0136 T4 TE8
.0126 T4 TE9
.0194 T5 TE10
.0194 T5 TEll
.0194 T5 TE12
.0500 T6 TE13
.0500 T6 TE14
.0500 T6 TE15
.0577 T7 TE16
.0577 T7 TE17
.0577 T7 TE18
.0577 T7 TE19
.0701 T8 TE20
.0701 T8 TE21
.0701 T8 TE22
.0701 T8 TE23
.0701 T8 TE24
.0701 T8 j
DPEl
.0527 D1 j
DPE2
.0489 D2 t
l DPE3
.0386 D3 DPE4
.0583 D4' l
DPE5
.1502 DS DPE6
.2309 D6 DPE7
.1051 D7 DPE8
.1051 D7 DPE9
.1051 D7 DPE10
.1051 D7 l
l i
TABLE i 1 6
l
l GP-R-74002 GENERAL PHYSICS CORPORATION 1
\\
1 B.l.
Absolute Pressure Instrumentation Containment pressure was measured with two direct readout, absolute pressure precision gages, connected to the containment via the sensing line for pressure instrument CAC PT 2685. The readings from each gage were taken manually every 15 minutes; the readings were then converted to absolute pressure through a calibration curve provided by the manufacturer for each instrument. Containment pressure was obtained by averaging the two pressures obtained.
4 Calibration of these instruments is done by the factory which pulls a' vacuum on the unit to establish "zero."
The output response is then compared to the input pressure and a calibration response curve for each instrument is l-obtained. When the gauge is installed on-site, an accurate barometer is used to measure pressure and establish the correct output reading.
The "zero" is then adju'sted for a null deviation output'.
i I
INSTRUMENT DATA:
Manufacturer............
Texas Instruments Model...................
2 Model 145-02 absolute pressure gages Type....................
Direct readout in psia Range........'...........
0-75 psia Accuracy................
0.010% of reading Sensitivity.............
0.001% of full scale Resolution..............
0.001% of full scale Repeatability...........
0.005% of full scale B.2.
Vapor Pressure Instrumentation Water vapor pressure in the primay containment was determined indirectly by the use of ten Foxboro dewcells. These dewcells have an internal resistance l
temperature device (RTD) which measures the equilibrium temperature that the i.
dewcell comes to as the result of the properties of the hygroscopic salt, Lithium Chloride, which was placed on the heaterwindings of the dewcell.
This equilibrium temperature is directly related to the partial pressure of water in the atmosphere.
The RTD's were driven by Foxboro transmitters whose 4-20 milliamp signal is i
directly proportional to the equilibrium temperature. The transmitter was connected to the plant process computer which converted the milliamp signal to a dowpoint temperature. The process computer output was sent to a line printer every 15 minutes.
The dew point temperatures were input into the Integrated Leak Rate Test Computer Program and, through a fourth order equation, section average vapor pressures were obtained from the section average dewpoints. Weighted average vapor pressures were calculated by the following equation:
7
-=
l GP-R-74002 GENERAL PHYSICS CORPORATION vp = g vf
- vp g
g wheres th vfg=i dewcell section volume fraction vpg=1 dewcell section average vapor pressure vp = weighted average vapor pressure Calibration of these instruments consisted of verifying the sensor, transmitter, and process computer response and calibrating the= system in its entirety.
Each sensor's response was verified by placing the instrument in both an ice bath and 150 F " warm water" bath. The transmitter's gain and span was adjusted so the output milliamp signal was proportional to a specific temperature range.
A process computer /dewcell transmitter calibration was performed to verify the response of those units. An in-situ calibration check was made to ensure the system output matched locally measured results. A post-test calibration check of the dowcell RTD was done to ensure the device remained within acceptable tolerance.
INSTRUMENT DATA:
Manufacturer............
Foxboro Model...................
1 model 270lRG Nickel RTD dewcells 10 model E94-P193 4-20 ma temperature transmitters 0
Range...................
0 F - 150 F dewpoint 0
Accuracy................
t 0.5 F dewpoint Repeatability...........
.05% of span B.3.
Temperature Instrumentation The containment temperature was measured using 24 4-wire platinum resistance temperature detectors. Because of the limited number of prewire penetrations, only 3 wires per RTD were used to measure resistance. The RTD's were 0
l connected to a Chresalox process indicator with 4-wire, 1 F per millivolt output, signal conditioning cards. The millivolt output from the signal conditioning card was transmitted to the plant process computer which, through a linear conversion, was changed to a temperature. The temperatures were output on a line printer at 15 minute intervals.
The temperatures were then input into the Integrated Leak Rate Test Computer Program where section averaged temperatures were obtained. A weighted average temperature was calculated using:
f 8
1
+ve m
-w-...,-
..,_,-..-_,..--.-,-,,w
,-------m
-..-,-----,---,_v,
GP-R-74002 GENERAL PHYSICS CORPORATION
=g{1 g
1 vf
- T T
where:
h vfg=i temperature section volume fraction T
=1 temperature section average temperature g
T
= weighted average temperature Calibration of the temperature instrumentation consisted of a calibration of the sensor, transmitter and computer system. Each RTD sensor had a two-point calibration performed at the manufacturer's laboratory. The sensors were then i
cal-checked for proper operation prior to installation in the containment.
0 l
Each chromalox process indicator input card was calibrated over an 80 F i
temperature span. The lead wire resistance of the RTD sensors was measured l
and a decade box, whose resistance equalled half that measured value, was l
placed in series with a variable decade box. The linearity, span and gain for l
each of the input cards was adjusted so the local temperature indication was C
correct. The. process computer software was set up for a I F output per j
millivolt input signal. Then, a calibration of the process computer /chromalox l
indicator was performed using the series resistance of precision decade boxes described earlier. An in-situ calibration check was performed on all 24 temperature sensors to ensure that computer output and local indication were cohsistent. A post-test calibration check was performed to verify proper operation of the unit during the test.
SENSOR DATA:
Manufacturer............
RosemOnt Mode1...................
24 model 78-39-17 RTD 0
Range...................
0-400 F Accuracy................
.09 F (32 F) 0 l
Repeatability...........
i.09 F TRANSMITTER DATA:
Manufacturer............
Chromalox l
Mode 1...................
3 model 2510 process indicators 0
0 l
Range...................
-100 F to 1000 F 0
Resolution..............
.1 F Repeatability...........
i.1% of span 9
GP-R-74002 G NERAL PHYSICS CORPORATION 1
B.4.
Flow Measuring Instrumentation A; calibrated flowmeter was used to measure the superimposed leakage during the verification test. The flowmeter was connected to the drywell through a pressure sensing liner a throttle valve was installed on the upstream side while it's downstream side was vented to atmospheric pressure. The throttle valve controlled the flow through the flowmeter by selecting the orifice size through which air could leave containment. A local pyrometer was used to measure the temperature of the air leaving containment; the measured flow was converted to its calibrated value and temperature corrected by the following formula:
Ph
[SG
- T c
c a
9
,g (SG
- T
- P) a c
a
,a c
where:
Q, = actual flow Q,= calibrated flow SG = specific gravity T = temperature ( R)
P = pressure (psia)
The unit was sent to the manufacturer for calibration at 0, 25 and 49 psig.
j-Since the upstream side was throttled, the O psig calibration curve was used.
INSTRDMENT DATA:
r 1
Manufacturer............
Brooks Instrument l
Mode 1...................
1 model 1110 flowmeter Range...................
0-5 SCFM Accuracy................
i 24 full scale C.
SEQUENCE OF EVENTS Initial, pressurization of the primary containment was begun at 1600 on July 8, 1982. At approximately 1730, a root valve on a pressure instrument, which was incorrectly left open, was closed. At 2100 (approximately 50 psia) the drywell cooler fans began to tript it was discovered that the fans had only a 90% rated overload rather than the 110% or 125% overload expected. At 2300, the compressors were secured with containment pressure registering 64.9 psia. At this time all drywell cooler fans had tripped, however, measures were taken to restart those units.
10
GP-R-74002 GENERAL PHYSICS CORPORATION Upon completion of the pressurization, snoop teams were sent to investigate potential leakages. At 0100 on July 9, 1982 a leak on the tubing connector to CAC-PT-2685 was repaired. This connector was the same one used to connect the Texas Instruments Pressure Recorder, thus, pressure readings were suspended during these repairs.- At 0100, drywell cooler fans 2A2 and 2B1 were success-
- --fully restarted and remained operational for the remainder of the test.
At this time, a leak was detected on the RER "A" loop heat exchanger relief valve (Ell-F055A). An attempt to stop the leak, by operating the knife handle on the top of the relief valve, failed, because the gagging bolt was missing. At 0500, a gagging bolt was installed in the relief valve, thus securing tnat source of leakage. A snooping of that relief valve confirmed that there were no other leaks in the area. A calculation (see Appendix C) was made to quantify the amount of leakage through the relief valve. Based upon leak rate calculations for the ninety minute period immediately preceding and following repairs, a leak rate of 6.366 wtt/ day can be attributable to the gagging bolt.
During the day of July 9,1982, snoop teams inspected available areas of l
containment. A number of leaks were discovered, however, no single large leak was found.
Leakages in the stem and packing of the temporary piping valves used for the pressurization were found and were fixed. Caps were installed on lines, e.g. E51-F065, which had no leakage but were discovered to be missing l
caps. No repairs or adjustments were made to the containment, other than those specified above.
At 1230, Reactor Vessel Level had decreased below the bottom of the operating range and was refilled. Because the level had previously decreased at a rate of 1"/ hour, the vessel was overfilled to a level of 208".
Subsequently, the rate of decrease slowed considerably, and level became constant for the remainder of the day. At 0245, on July 10, operations secured all running equipment in the reactor building (e.g. RER pump, RER circulating water, and the Reactor Building Ventilation fans) so that any air leaks that could be heard during the snooping would be identified. All equipment was restored to service at 0300, at which time a continuation of the snooping effort resumed.
At this time, a review of the entire'ILRT was begun by a team consisting of Shift Supervisors, Engineering Supervisors, and ILRT personnel.
It was u
l discovered that HPCI valves - E41-F075 and E41-F079 - and RCIC valves 1
- E51-F066 and E51-F062 - were positioned in the "open" rather than the
" closed" position. The mistake was found when the logic diagrams were examined which showed that these valves go shut on a "High Drywell Pressure" and "HPCI/RCIC Low Steam Pressure" for E41/E51 valves, respectively. These valves were correctly positioned at 2300.
At 0030, on July 11, 1982, it was discovered that Chemistry had been continuously draining a sample line. Once this line was closed, reactor vessel level which had shown a small but steady decrease since 1630 on i
July 10, stabilized. Although the leak rate slowed after the HPCI and RCIC valves were closed, the leak rate was still unacceptable. At this time, a 11 l
~.__.. _.,. __
GP-R-74002 GENERAL PHYSICS CORPORATI0tt rotometer was setup on the temporary piping which demonstrated that no sig-nificant leakages were coming from the Ell-F016A & F021A valves. As in the previous day, operations secured the running equipment in the reactor building at 0645; however, no other leaks were found.
At 2200, a decision was made to initiate repairs for those leakages found. A list of leakages and the repairs performed is'shown in Figure #2. At 2330, the containment repressurization was begun and at 0015 on July 12, when containment pressure reached 64.9 psia, pressurization was terminated.
Repairs proceeded throughout the day and when completed at 1830 on July 12, the containment integrated test was restarted.
At 1830 on July 13, the 24-hour test was terminated. The measured leakage was
.298 wtt/24 hours with a.006 wtt/24 hours confidence factor. A calibrated leakage was superimposed on the containment at 2030 on July 13..This was-done by throttling the air through the Brooks flowmeter (Model 9 8103H01820) until a steady scale reading of 225 was reached. Using the manufacturer's calibration and appropriate temperature correction, the imposed leak rate was determined to be.501 wtt/ day (see Appendix D). The imposed leak rate j
stabilization period was met and the verification leak test was begun at 2200 l
on July 13.
At 0200 on July 14, the four-hour test duration was met and the verification test concluded. The difference between the expected leak rate,
.799 wtt/ day and the measured leak rate,.856 wt/ day, was well within the.125 wtt/ day allowable error.
At 0255 on July 14, containment depressurization was begun through the Standby Gas Treatment (SBGT) System. As per procedure, CAC-V49 and CAC-V50 were opened at 0400r however, excessive flow -through the SBGT resulted and those valves were reclosed. At 0620, CAC-V49 and CAC-V50 were reopened without causing excessive flow through the SBGT. At 0850, the SBGT trains were secured.and the purge path was used to complete the depressurization; this did not significantly increase the depressurization rate. At 1015 on July 14, the containment was depressurized and access was restored.
l l
l 12
1 GP-R-74002 GEMBRAL PHYSICS CORPORATION LERIAGES REPAmin DURING IIJtT Leak Source Repair i
CAC-PT-2685 Teflon tape and tightened fittings Ell-F016A Adjusted packing CAC-V17 Repacked valve since packing adjustment was not sufficient Core Spray "A" Pump Tightened union on pump seal line CAC-V5 Repacked valve since packing adjustment was not sufficient CAC-V16 Adjusted packing Ell-F021A Adjusted packing - still leaking slightly CAC-PV-3438 Tightened nuts at bushing CAC-1260 Replaced muffler and tightened fittings inside cabinet CAC-AT-1259 Cleaned fittings and reassembled C72-PS-N002A Tightened fittings N002C 4
E21-PI-R001B Examined fittings and reconnected CAC-FE-2686 Line was temporarily plugged to repair leaky welded fittings. Repairs not complete yet.
TIP Tubing Replaced pitted tubing and tightened fittings B21-F032B Packing leak was checked an'd left satisfactory.
Apparently no repairs were performed or necessary on this valve.
Core Spray "B" Pump-Leak was noted and repaired Flange Leak FIGURE $2
?
13
_~
GP-R-74002 GENERAL PHYSICS CORPORATION D.
RESULTS AND ACCEP M 8CE CRITERIA D.l.
. Relief Valve Leakage A calculation of the relief valve leakage, 6.366 wtt/ day, is shown in Appendix C.
It is clear that the missing " gag bolt" caused significant leakage far in excess of that allowed per technical specifications. However, the missing " gag bolt", itself, is not considered a cause for test failure.
Rather it indicated a failure to maintain proper control and surveillance.
Subsequent to this occurence, Brunswick station has initiated several l
administrative measures which will help ensure that this type of problem will not be repeated.
j D. 2.1 Post-Relief Valve Repair Leakage l
A calculation of the containment leakage for the periods 7/9/82 (0500) --
l 7/9/82 (2345) and 7/10/82 (0000) - 7/10/82 (2300) is detailed in Appendix B; they are, respectively,.653 and.539 wtt/ day. The leakrate showed a steady-decrease over that time period to the value evidenced at 2300 on July 10.
The confidence limits at that time indicate that the leakage had become quite constant.
The initially large leakrate is attributable to the concrete absorbing air until-an equilibrium state is reached. Normally, this would have occurred much earlier in the test period, however, the significant relief valve leakage delayed the time necessary to reach the equilibrium state. The.539 wtt/ day calculated leakrate was in excess of that allowed and the confidence limits indicated that the'leakrate would not change unless the containment integrity was modified.
D.3.
Revised Valve Lineup Leakage Due to an incorrect interpretation of technical specifications, HPCI valves, E41-F075 and E41-F079, and RCIC valves, E51-F066 and E51-F062, were inadvertantly left open in the valve lineup. Upon review of the appropriate logic diagrams, the valve lineup was revised and those valves were closed at 2300 on July _10.
The resultant leakrate,.439 wtt/ day, was calculated for the period 7/10/82 (2300) - 7/11/82 '(2145) in Appendix B.
Although this leakrate showed a significant difference from that calculated between 0000 - 2300 on July 10, the confidence limits indicate that a stable leakrate was achieved.
Since there was no obvious leaking isolation valves, and the leakrate was still 254 higher than allowed per technical specifications, a repair of recognized leak sources was initiated (see Section II.C.).
The repairs were l
completed at 1830 on July 12, and the containment leak rate test restarted at that time.
14 i
GP-R-74002 GENERAL PHYSICS CORPORATION D.4.
24-HourType "A" Test Leakage The 24-hour containment integrated leak rate test was'successfully run during the period 7/12/82 (2300) - 7/13/82 (2300).. Temperature stabilization calculations (see Appendix E), ahow that the absolute value of the difference between the average temperature over the last four hours (92.109) and the average temperature over the last hour (92.155) was within.5 F.
i.e.
92.155 - 92.109 f
.5
.046 15 Leakrate calculations detailed in Appendix B show that the calculated 24-hour leakrate is.298 wtt/ day with an upper confidence limit of.304 wtt/ day.
Additionally, certain systems were necessary to maintain the plant in a safe condition or were not vented or drained per 10CFR50 Appendix J requirements.
'Those isolation valves not subject to the accident pressure are detailed in Table 43; the leakage penalty associated with them is calculated to be
.014 wtt/ day. Using the acceptance criteria detailed in 10CFR50 Appendix J, and stated in the ILRT Test Procedure, the sum of the upper confidence leakage and the B&C penalty must be less than.75 L,.
I i.e.
UCL + Penalty <
.75 L, 1
l L,=
.5 wtt/ day l
l UCL =.304 wtt/ day Penalty =.014 wtt/ day I
.318 <
.375 which satisfies the acceptance criteria 15
GENERAL PHYSICS CORPORATION GP-R-74002 VALVE EXCEPTIONS Leakage Exception i Isolation valve LLRT $
Date Penalty (SCFH) 1 2-B32-v22,V30 B32-1 8/22/82 7
2 2-RNA-V101 RNA-1
<.1 3
N/A 4
2-RXS-PV1222B, N/A (See Exception PV1222C 7.b below) 5 N/A 6
N/A 7
a.
2-RCC-V28, V52 ROC-1 8/21/82 1.349 b.
2-RXS-PV1222B, RCC-2 8/21/82 1.349 PV1222C 8
2-G16-F003, F004 G16-1 8/22/82 7
9 2-G16-F019,F020 G16-2 5/21/82 7
l l -
10 2-B21-F032A, B21-3 7/5/82 7
2-E41-F006 11 2-B21-F032B, B21-4 6/7/82 1.882 2-E51-F013, 2-G31-F039 12 2-G31-F001,F004 G-31-1 8/23/82
.2767 13 2-Ell-F008, F009 Ell-1 5/22/82 2.487 14 2-B32-F019, F020 B32-2 8/20/82
.061 TOTAL PENALTY:
7.5047 SCFH To obtain penalty in weight %/ day, we must first calculate the conversion
- factor, since:
L, (=.5 wtt/ day) = 266.30 SCFH l
1 wtt/ day = 532.60 SCFH Penalty (wtt/ day) = Penalty (SCFH)/532.60 SCFH Penalty =
wtt/ day l
Penalty =.014 wtt/ day TABLE $3 16
GP-R-74002 GENERAL PHYSICS CORPORATION Other acceptance criterion refer to the sensors in operation during this test and_the maximum containment volume they represent. The table below details that criterion:
Acceptance As Acceptance Measurement Criteria Quantity Tested Met (Y/N)
Pressure Minimum 4 1
2 Y
Sensors Temperature Maximum Sensor Volume Fraction 10%
7.01%
Y Vapor Pressure Minimum i Sensors 3
10 Y
Flow Minimum i 1
1 Y
Sensors l
Clearly, all criteria has been satisfied.
i D.5.
Verification Test Leakage Upon completion of the 24-hour test, a calibrated leakage of.501 wtt/ day -(see Appendix D) was superimposed on the existing containment leakage. Based upon a 90-minute flow stabilization, the four-hour superimposed leakage test was begun at 2200 on July 13.
Appendix E shows that the temperature stabilization criterion was easily met..At 0200 on July 14, the verification leakage test was concluded, with a mass-point leakage calculation of.856 wtt/ day (see Appendix B).
The verification leakrate acceptance criteria is shown belows
(
L
+L
.25 L, f
L f L,+ L
+.25 L, I
where L, = 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> measured leak rate (.298 wtt/ day)
L, = superimposed leakage (.501 wtt/ day)
L = verification test leakage L, = maximum containment leakage (.5 wtt/ day) i 17
GP-R-74002 GENERAL PHYSICS CORPORATION l
.298 +.501
.125 f L
f
.298 +.501 +.125
.674 fL f
.924 since:
L, =.856, the criterion is met.
The verification test was continued until 0230 on July 14 to ensure the stability of the data. Leakage calculations for time periods of four hours or greater, whose end time is 0200 or later, are detailed in Table #1.
The difference between the mass point and upper confidence leak rate shows the extent of scatter in the data. Upon examination of'the data scatter and mass point values, it is obvious that the 2200 - 0200 time frame was a poor choice.
It shows more scatter than any other four-hour time frame and the magnitude of the leak rate is never greater in any other time period.
However, since'that time frame satisfied the acceptance criteria, all others would easily do so.
Thus, our verification test does confirm the accuracy of the measurements, although our instruments indicated a higher than expected leakrate.
l VERIFICATION LEAKRATE CALCULATION l
END 7IME START TIME 0200 0215 0230 2030
.834/.868
.836/.867
.8'26/.856 2045
.840/.877
.842/.875
.830/.863 2100
.851/.889
.851/.886
.838/.872 l
2115
.848/.891
.849/.888
.834/.872 2130
.852/.900
.853/.895
.836/.878 1
2145
.847/.900
.849/.896
.831/.877 220G
.856/.915
.856/.909
.836/.887 2215
.834/.896*
.837/.892
.816/.869 2230
.799/.858*
.807/.859*
.787/.837 (Mass Point Leakage / Upper Confidence Leakage) less than four hour time period l
18
GP-R-74002 GENERAL PHYSICS CORPORATION E.
EllM3R ANALYSIS E.1.
Instrument Sel'ection Guide E.1.a.
Pressure Instruments Sensitivity:
.001% full-scale Resolution:
.001% full-scale Accuracy:
.01% reading E.1.b.
Temperature Instruments 1.
Rosemount RTD's i
0 Repeatability:
.025% or 05 C (whichever is greater) 0 0
Accuracy:
.05 C (at 0 C),.15 C (at 100 C) 2.
Chronalox transmitter Repeatability:
i 14 of span 0
Resolution:
.1 E.1.c.
Dewcel Instruments 1.
Accuracy:
i.5 F 2.
Foxboro Dewcel Transmitter l
Accuracy:
.25% of span Repeatability
.05% of span Plant Conditions:
l P = 64.6 psia T = 92.2 F (= 552 R)
VP =.594 psia l
19 l
GP-R-74002 GENERAL PHYSICC' CORPORATION Pressure 9 of sensors:......................
2 Ranges.............................
0-75 psia sensitivity:.......................
.00075 psia Resolutions........................
.00075 psia
= i [ '(.00075)2 + (.00075)2]
2 1/2 op e = t.00075 ps.ia p
Vapor Pressure:
- of sensors.......................
10 0
Range..............................
0-150 F (Dew Point)
Sensitivity (use accuracy).........
t.50F Resolution (use repeatability)..... t.075 F 1/2 e,= t [ (.5 + (.075) ]
10 e,= i [.255625]
10 e =.1599 F g
at 92 F vapor pressure changes.047 "Hg/ F (reference Keenan & Keyes, " Thermodynamic Properties of Steam", Wiley,1936) since i
1" Hg
=.491154 psia l
.1599 F =.003691 psia e,=.00369 psia 20
GP-R-74002 GENERAL PHYSICS CORPORATION Temperatures i of sensors.......................
24 0
Range..............................
0-400 F 0
Sensitivity (use repeatability).... = i.09 F O
Resolution.........................
.l F 1!
1!
e =i[ (.09)
+ (.1) j 24 T
e =t[ (.0081 +.01] !
24 T
e = i.0275 R From ANSI /ANS-56.8 - 1981, " Containment System Leakage Testing Requirements,"
Appendix G, the following Instrument Selection Guide Formula is obtained.
2 2
2 ISG = i
[2(
)
+ 2(
)
+ 2(
) ]
t P
= 64.6 psia T
= 552 R t
= 24 ISG = t 100 [ 2.70 x 10-10+ 6.526 x 10~9 + 4.964 x 10-9 ]
~9] 1/2 ISG = i 100 [ 11.76 x 10 l
~
ISG = i 1.084 x 10
%/ day 21 i
l GP-R-74002' GENERAL PHYSICS CORPORATION E.2.
Water Level Effect
'The calculation of leakage was based on a constant free air containment volume. Since the reactor vessel water level and torus water level changed during the test period, a calculation of the effect of that change on the leak rate follows:
l E.2.a. ' Reactor Vessel Water Level i
1815 (7/12) 196.0", 196.5", 195.5" 1815 (7/13) 197.0", 197.5", 196.5" Reactorvessellegelincreased1",whichcorrespondstoavolume change of 21.6 ft, as shwn below:
3 (r vessel radius = 109")
x xrh V
=
RV g
-3 V
= (x) * (109) 2 * (1)
- 12 gy V,= 21.6 ft 4
E.2.b Thrus Vessel Level 1815 (7/12)
-26.8" 1815 (7/13)
-26.9"
.'. Torus water level decreased
.1", whichs corresponds to a volume 3
change of 81.7 1t,'as shown below From the FSAR:
109 ' 0" (diameter)
Major axis
=
29' 0" (diameter)
Minor axis
=
Torus center =
1" s
Torus cross-section is shown where "r" is the radius of the
_]___j midpoint of the volume change.
m 22 l-i b.
=-
GP-R-74002 GamRAL PHYSICS CORPORATION
{
The radius "r",
is obtained from the pythagorean theorem which yields:
-r = 171.757" The volume of the
.1" strip is found from:
).h V, = x (R since:
654' R =
R =
R+r 2
g=R-r or:
V (ft ) = x (825.757 - 482.243 ) * (.1)
V,= 81.7 ft
~
A decrease in water level corresponds to an increase in the free air volume; conversely, an-increase in the water level corresponds to a decrease in the free air volume. Using all positive quantities, the volume at time
~2" compared to time "1":
2 l
W+VT-V"V V
where:
v lume change due to r, vessel water level V
=
RV v lume hange due to torus water level V
=
T If the leakrate "L" is defined to be the change in mass from time "2" to "1" divided by the mass at time "1"
- Y
2 L =
- 11
- 1 23
--e-w.
n w,.--.
,--__-.-.,n,-.-
,,w--.c
.-w
..v--,
--n
,,.e.-,.
-a-m,
GP-R-74002 GEIGRAL PHYSICS CORPORATIOtt our calculated leaktate, L,, assumed that Vi=V2 1,
2 1
2 L, =
,1
'l or:
21 M"1 L, = 1 - PT 12 the true leak rate, L, is then y
~V
+V)
PV P2 (V1 W
T yy T
T b"
PVyy
'l Y)
RV L
=1-(1 y
y
+
,1 2 1
1 9
9 PT V
~Y 2y T
RV
(
)
L, = L, -
,1,2 y
1 24
._=. _ - - _
GP-R-74002 GENERAL PHYSICS CORPORATIOtt since:
L, 3 x 10" (from our measurements)
- 'l
-3 2
= 1 - 3 x 10 (from Eqn 1) j py 12
-V V' - V
~3 ( V W)
T
(
) + 3 x 10 L=L T
g y
y 1
1 since:
V = 81.7 ft T
3 V,= 21.6 ft V = 294,981 ft 7
V
-V Y
~4 2 x 10 f
1 L,= L,- 2 x 10~4 + 3 x 10-7 Using La - 3 x 10~3, we obtain the true leakrate LT - 2.8 x 10-3 wtt/ day l
l l
25 l
l--
-. - ~_
GP-R-74002 GENERAL PHYSICS CORPORATION III. LOCAL LEhK RATE TESTING
)
As a part of this report, 10CFR50, Appendix J, requires that results of periodic type B and C testing performed since the last type A test be included. Additionally, modifications to the containment integrity and maintenance or repair to the containment isolation valves has been summarized in this section of the report'. The repairs performed have been divided into those periods of local leak rate testing programs and those periods between testing programs. The information listed in Section A has been condensed from maintenance trouble ticket reports from 1978 to present.
The 1979, 1980 and 1982 local leak rate test program results are listed in Section B.
"As Found" and "As Left" local leak test results are provided, sununarized by test numbers; respective isolation valves and penetrations are detailed. Additionally, for 1982, an "As Found" and "As Left" penetration leakage has been calculated. These results are detailed in Section C, where the methodology and approach is described is full detail.
A.
CONTAINMENT ISOLATION VALVE MAINTENANCE / MODIFICATION / REPAIR A.l.
January, 1978 - February, 1979 During this period the following repairs and/or maintenance was performed on the containment isolation valves.
f Valve Repair / Maintenance
(
CAC-V48 Replace operator shaft-nut "O"-Ring l
Ell-F008 Replaced motor, lapped seat, stroked valve E41-F012 Replaced motor, stroked-valve B32-V22 Rewired motor, replaced torque switch E21-F015A Replaced bonnet gasket, repacked valve G16-F019 Replaced solenoid valve CAC-V.6 Cleaned valve, replaced seal gasket, replaced one "O"-Ring, stroked valve l
CAC-V47 Replaced actuator CAC-V4 Replaced disk, seat, "O"-Ring and flex gaskets l
CAC-V49, V50
- Replaced disc and seat CAC-V7, V8 Replaced disc E41-F003 Replaced all old packing E41-F006 Installed gasket at leak-off 1ine union, added packing B21-F028A,B,C,D Replaced packing l
E41-F006 Repaired wire on closed limit switch B21-F022C Tightened limit switch contact arm 26 l
o -
.i GP-R-74002 GENERAL PHYSICS CORPORATION i
A.2.
1979 Local Leak Rate Test Program (3/79 - 5/79) 4 During this period, periodic maintenance and planned modifications were performed on specific containment isolation valves. Additionally, isolation valves which were unable to pass a local leak rate test or which evidenced excessive leakage were repaired. These are detailed below.
Valve Modification / Maintenance / Repair B21-F010A Cleaned valve, replaced pressure seal bonnet gasket l
Ell-F049 Lapped seat E51-F040 Lapped disc to seat, installed new gasket B21-F022D Replaced cracked disc B21-F028A Resented valve E41-F021 Lapped seat FN-F010A Replaced pressure seal bonnet gasket RNA fittings Snooped and tightened all instrument air nuts and fittings G31-F001 Replaced burnt motor and defective limit switches B21 -F022A,B,C,D Replaced all packing B21-F028A,B,C,D Replaced all packing B21-F032A,B Adjusted valve closure CAC-V8 Cleaned bypass closure CAC-V6 Cleaned bypass disc CAC-V48 Correctly positioned wheel indicator, cleaned actuator arm and spring, replaced limit switch I
l 27
.-,,,-r
. ~
m
..-e-~
,,.- - - - - - - - - - - - +, -. - - - - - - - -
--.-e
GP-R-74002 GENERAL PHYSICS CORPCRATION A.3.
June, 1979 - February, 1980 During this period the following repairs and/or maintenance were performed on the containment isolation valves.
Valve Repair / Maintenance B21-F022D Replaced DC solenoid coil per NRC request E21-F032B Cleaned flange surfaces, installed new flex
'gask'et Ell-F008 Lapped seat and disc Ell-F009 Lapped both seating surfaces E41-F012 Lightly lapped seat, tightened pressure seal gasket, tapped hole for stem clamp set screw Ell-F024B Skim cut disc, lapped seat rings, tack-welded disc nut to disc, replaced stem, installed new gasket and packing Ell-F024A Skin cut disc, tack-welded disc to stem, reassembled using new bonnet gasket and packing B21-F019 Replaced packing B21-F022A Adjusted limit switch E41-F012 Replaced pressure switch, unshorted grounded wires, replaced heat stressed wire CAC-V5 Replaced solenoid valve CAC-V6 Repaired operator installed new flex conduit, adjusted limit switches, stroked valve CAC-V8 Adjusted limit switch B21-F019 Replaced limit switch gear boxes, stroked valve B21-F016 Replaced limit switch gear boxes and stroked valve l
l l
28
Supplement 1 A.3.
June 1979-Februrary, 1980, Dyring.this period the following repairs and/or maintenance were performed on the containment isolation valves.
' Valve Repair / Maintenance
.X101C
' Repaired cracked test connection at the penetration.
6 0
0 O
s i
r i
i 4
28a k
-=
GP-R-74002 GENERAL PHYSICS CORPORATIOtt A.4.
1980 Local Leak Rate Test Program (3/80 - 9/80)
During this period, periodic maintenance and planned modifications were performed.on specific instrument isolation valves. Additionally, isolation valves which were unable to pass a local leak rate test or which evidenced excessive leakage were repaired. These are described below.
Valve Modification / Maintenance / Repair B21-F042B Tightened coupling on rip valve Ell-F037A Tightened fitting between solenoid and rip valve E51-F040 Replaced gasket, set screw, hinge pin, hinge bushings and disc nut Ell-F022 Repacked valve, stroked valve E51-F001 Lapped disc and seat B32-V22 Fabricated'new valve stem, stroked valve CAC-V47 Rebuilt operator E21-F015B Replaced bonnet gasket, replaced packing, cleaned stem and gland, stroked valve CAC-V7 Reinstalled sten key in operator E51-F007 Repacked valve CAC-V48 Reconnected air line, installed new operator, stroked valve CAC-V22 Tightened connection on coil of relay, adjusted stroke CAC-V5 Cleaned 2-way and 4-way solenoid valves L
1 l
29 l
Supplement 1 A.4.
1980 LLRT Program (3/80-9/80)
During this period, periodic maintenance and planned modifications were performed on specific instrument isolation valves.
Additionally, isolation valves which were unable to pass a local leak rate test or which evidenced excessive leakage were repaired. These are described below.
Valve Modification / Maintenance / Repair B21-F010A Installed new tilting disc lift check valve B21-F010B Installed new tilting disc lift check valve TIP-V4 Replace the valve
. Ell-F0llA Lapped the seat
-X225A Added penetrations for later use to be coupled with TMI-X225B related wide range Torus Level instrumentation (consisted of a capped line with isolation valve CAC-V155 and CAC-V156
'respectively).
O I
(
l l
f 1
y 29a s
GP-R-74002 GENERAL PHYSICS CORPORATION 4
A.5.
October, 1980 - March, 1982 4
During this period, the following repairs and/or maintenance was performed on the containment isolation valves.
- v_glge, Repair / Maintenance CAD-V55 Replaced stem busting "O" ring, stroked valve CAD-V56 Replaced stem bushing "O" ring, stroked valve E51-F040 Replaced hinge, lapped disc, tack-welded disc screws, installed new bonnet gasket B21-F028C Replaced valve disc, stems, junk ring and bonnet gasket, installed missing stem disc pin Ell-F009 Installed new motor, stroked valve CAC-V47 Replaced diaphragm CAC-V7 Replaced diaphragm and "O" ring, adjusted valve stops and bettis operator packing CAC-V8 Cleaned seats, adjusted valve stops and b,ettis operator packing B21-F028B Replaced valve stem, disc, pins, lantern ring, junk ring and gasket B32-F019 Tightened bonnet, stroked valve B21-F032A Installed new packing rings B21-F028A,B,C,D Installed all new packing rings Ell-F015A Installed all new packing rings, cleaned gland union B21-F032A,B Installed all new packing rings, lubricated valve stem B21-F019 Installed all new packing rings CAC-V17 Installed new 3-way solenoid, secured can shaft spring CAC-V7 Repositioned and tightened open limit switch CAC-V9 Replaced solenoid, stroked valve B21-F028D Tightened fitting on air valve CAC-V22 Replaced torque switch B21-F028D Charged valve with nitrogen l
Ell-F009 Replaced poor wiring insulation l
B21-F022A,B,C,D Adjusted limit switches, stroked valves B21-F022C Repositioned actuator and tightened bolt CAC-V23 Replaced torque switch B21-F060 Replaced RIP valve control switch
- B21-F022A,B Replaced lower limit switch B21-F008 Replaced RIP valve control-switch G31-F001 Replaced packing l
e 1
l 30 i
=
=
GP-R-74002 GEMBRAL PHYSICS CORPORATION A.6.
1982 Local Leak Rate Test Program During this period, periodic maintenance and planned modifications were performed on specific containment isolation valves. Additionally, isolation valves which were unable to pass.a local leak rate test or which evidenced i
1 excessive leakage were repaired. These are detailed below.
Valves Repair / Maintenance CAC-V47 Lapped" seat and disc,' replaced stem packing CAC-V48 Tightened stem packing, set stroke CAC-V6 Installed new seals in actuator, replaced seat, repaired disc, repacked valve, set stops CAC-V5 Rebuilt valve, in* stalled new see.t:
"O" ring and packing, set stroke CAC-V15 Cleaned seat and disc, repacked stem, set limit switch Cleaned, reassembled, set limit switch
-l CAC-V55 CAC-V56 Cleaned, reassembled, set limit switch CAC-V7 Installed new disc and seat, adj,usted limit switch, set stops CAC-V8 Replaced seal ring, backup ring and retainer ring CAC-V23 Roset stops CAC-V9 Installed new seals and "O" rings, set stops CAC-V10 Cleaned internals, replaced seals and "O" rings CAC-v16 Replaced valve body, adjusted stem packing, set stops CAC-V17 Tightened packing, adjusted actuator, set stops CAC-X20A Replaced seal, cleaned seat and disc CAC-V49 Replaced seal ring, backup ring, and retaining ring, repacked valve l
CAC-V50 Replaced body seal ring, backup ring, and retaining ring, cleaned disc CAC-PV1227C Adjusted limit switch Ell-F020A Cleaned valve internals Ell-F043B Tightened fittings on instrument valve l
Ell-F043C Replaced control switch Ell-F037C Tightened fittings on instrument valve Ell-F015B Repaired lock nut and threads inside operator, l
tightened packing E21-F002A Cleaned valve internals E21-F031B Replaced gasket and packing and cleaned valve internals E41-F002 Adjusted limit switches l
E41-F003 Adjusted limit switches E41-F042 Repacked valve E41-Pv121D, 1220D Tighcened bonnet assembly and fittings around valves l
l 31 l
GP-R-74002 GENERAL PHYSICS CORPORATION Valve Repair / Maintenance G31-F001 Replaced motor G31-F004 Replaced disc, lapped disc and seat, replaced packing E51-F001 Repacked valve E51-F007 Repacked valve, replaced motor, cleaned internals, set stops E51-F008 Set stops V32-V22 Machined stems, replaced limitorque washers, adjusted stops B32-V30 Installed new globe valve to replace gate valve with disc crushed through seat and damaged stem B21-F010B Cleaned valve internals B21-F032A Cleaned, rebuilt and repacked valve E41-F006 Cleaned and rebuilt valve X100B Repaired tubing, replaced gauge, tightened fittings X100E Repaired tubing, replaced gauge, tightened fittings X104A Repaired tubing, replaced gauge, tightened fittings CAC-PV1227E Tightened electrical connections CAC-X20A Replaced seal VAC-BRKR X18A,X18C,X18E Cleaned valve seats l
l l
32
Supplement 1 A.6.
.1982 Local Leak Rate Test Program During this period, periodic maintenance and/or planned modifications were performed on specifie containment isolation valves. General Physics' ILRT omitted the following maintenance.
CAC-V4 Set close and open position; adjusted packing CAC-PV1227E Corrected indicator; light CAC-PV1260 Trouble Ticket written, no trouble found, LLRT rerun sat.
C/ 3-PV1211F Tightened tubing fittings in monitor and connections CAC-PV1262 Tightened tubing fittings in monitor and connections CAC-PV1209A Tubing fittings tightened CAC-PV1205E Disassembled and replaced body of operator CAC-PV1215E Trouble Ticket written but voided after retest CAC-PV3439 Trouble Ticket written; LLRT rerun sat. before repairs CAC-PV1225C Tightened pipe at PT 2685-1 Ell-F043D Disassembled valve and repair E21-F002A Cleaned valve internals E41-PV121SD Tightened bonnet assembly to line connection and fittings E41-PV1220D Tightened bonnet assembly to line connection and fittings E51-F019 Had operations recycle valve TD-V2 Tightened handwheel nut, realigned and adjusted packing B21-F010A Trouble Ticket written; voided after retest sat.
B21-F032B Packing ad'usted j
B21-F022A,B,C,D Upgraded stem / disc assembly B21-F028A,B,C,D Upgraded stem / disc assembly Ell-V20,V21 Replaced valves with newly designed safety relief valves C12-F083 Removed from system, penetration cut and capped T
32a
GP-R-74002 GENERAL PIIYSICS CORPORATION l
B.
SUMMARY
OF LOCAL LEAK RATE TESTS B.l.
1979 Local Leak Rate Test Results Table follows.
(Note 1)
D.2, 1980 Local Leak Rate Test Results Table follows.
B.3.
1982 Local Leak Rate Test Results Table follows.
Note 1: The historical file of the 1979 LLRT's shows that' all of the penetrations q
passed without any failures.
Therefore, maintaining the format to be used Q
for this section, all thoses penetrations / valves for which there is only a single satisfactory test have the same results listed for the "as found" and the "as left" leakage.
In 1979, there were some LLRT's that failed (as evidenced by various trouble tickets), however, due to the lack of any failed LLRT's in the historical files, these failed LLRT's could not be listed. The valves / penetrations which are known to have had maintenance in 1979 are listed in Section III A.1 and III A.2.
Theses valves /penetra-tions are also asterisked in the listing of the 1979 LLRT's to differen-entiate them from the other valves / penetrations.
I I
i I
I l
1 33
\\
1979 LOCAL LEAK RATE TEST RESULTS 4
1979 LOCAL LEAK. RATE TEST RESULTS -
. ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
H-1 Equip =ent Hatch X1 4/20
.0
.0 H-2 Personnel Lock X2 4/19
.0-
.0 H-3 Dryucll Head Blank X3 4/11
.0
.0 H-4 Drywell Head Access X4 4/11
.0 4
.0 H-5 CRD Hatch X6 5/8
.0
.0 H-6 Torus (S-CS) A,ccess X200A 5/10
'.0
.0 H-7 Totus (N-CS) Access X200B 5/2
.0
.0,
H-8 Drywell/Drywell 7
Head Seal 16fA 5/1 3.955 3.955 Alt. Air-Lock N/A 7/6
.0
.0 MSIV "A"
- B21-F022A, F028A X7A 4/10
.0
~
~
.0
. MSIV "B"
- D21-F022B, F028B X7B 3/3 1.95 1.95 MSIV 'C"
- B21-F022C, F028C X7C 3/3 3.89 3.89 MSIV "D"
- B21-F022D, F028D X7D
. 4/17 19.0 19.0 B21-1*
B21-F010A X9A 4/21 3.94 3.94 B21-2 B21-F010B X9B 4/21 32.505 32.505 l
B21-3
- D21-F032A, E41-F006 X9A 4/21 1.97 1.97 B21-4
- G31-F039,' B21-F032B, E51-F013 X9B 4/21 5.91 5."91 B 21-5
- B21-F016, F019 X8 4/5
.0
.0 B32-1*
B32-v22, V30 X62A, X78A 5/8
.0
.0 B32-2 B32-F019, F020 X56E 4/23 12.76 12.76 C12 (C11)-1 B12 (Cll)-F083 X36 4/23
.89
.89
~
C41-1 C41-F006 X42 4/12
.0
.0 Ell-1
- Ell-F008, F009 -
X12
~4/10
.0
.0 Ell-2 Ell-F0llA X210A 4/10
- 2.47 2.47 Ell-3 Ell-F0lla X210B 5/5
.0
.0 Ell-4 Ell-FG15A, F017A X13A 3/21.,
.0
.0 Ell-5 Ell-F015B, F017B X13B 3/21.
.0
.0 Ell-6 Ell-F016A, F021A X39A 4/17
.0
.0 Ell-7 Ell-F016B, F021B X39B 4/30 2.472 2.472 '
Ell-8 Ell-F020A X225A 4/10
.0
.0.
Ell-9 Ell-F020B X225B 4/19 2.58 2.58 Ell-10 Ell-F022, F023 X17 3/21
.0
.0 O
,a -
1979' LOCAL LEAK RATE TEST RESULTS
~
AS FOUND AS LEFT TEST i ISOLATION VALVE PENETRATION DATE LEAFAGE (SCFH)
DATE LEAKAGE (SCFH)
~
Ell-ll*
Ell-F024A, F027A, F028A X210A, X211A 4/13
.875
.875.
Ell-12*
Ell-F024B, F027B, F028B X210B, X211B 3/23 1.515 1.515 Ell-13 Ell-F025A X210A 4/13
.0
.0 Ell-14 Ell-F025B X210B 5/5
.0
.0 E21-1 E21-F001A X227A 4/20
.744
.744 E21-2 E21-F001B X227B 4/26
.0
.0 -
.0 E21-3 E21-F004A, F005A X16A 4/19
. 0' E21-4 321-F004B,.F005B X16B 5/1
.0
.0
.0 E21-5
- E21-F015A X223A 4/24
.0 E21-6 E21-F015B X2238 4/26
.0
.0 E21-7 E21-F031A X223A 4/24
.0
.0
.0 E21-0 E21-F031B X223B 4/25
.0
~
E41-1
- E41-F002, F003 X11 3/20 4.008 4.008 E41-2
- E41-F012, F046 X210B 5/6
.0
.0 E41-3
- E41-F021, F049 X214 4/25
.95
.95 E41-4 E41-F022, F040 X222 3/7
.743
.743 E41-5 E41-F041, F042 X226 3/7 2.278' 2.278 E41-6 E41-F075, FO79 X214, X218 3/7
.0
.0 E51-1
- E51-F001, F040 X212 4/4
.834
.834 E51-2 E51-F002, F028 X221 3/6
.0
.0 E31-3 E51-F005, F008 X10 3/20 4.008
^4.008 E51-4 E51-F019, F020 X210B 4/24
.0
.0 E51-5 E51-F029, F031 X224 3/6
.0
.0 E51-6 E51-F062, F066 X212, X216 3/6
,.743
-.743 G16-1 G16-F003, F004 X18 4/23 1.948 1.948 G16-2
- G16-F019, F020 X19 4/23 9.837 9.837 G31-l
- G31-F001, F004 X14 5/l ' -
.0
.0 TD-1 TD-V22, V1 X231 4/18
.743
.743 TD-2 TD-V23 X231 4/18 1.189 1.189, RCC-1
- RCC-V28, V52(V53)
RCC-PV1222B(SV826),
X23, X24, PV1222C(SV827)
X77B, X77C 4/20
.0
.0 CAC-l
- CAC-V47 X205 4/11
.0
.0
1979 LOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT TEST 4 ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
CAC-2
- CAC-V48 X25 3/22
.0
.0 CAC-3
- CAC-V4, V5, v6, V15, V55, V56 X25, X205 4/17 4.0 4.0 CAC-4
- CAC-V7, V8, v22 X220-4/17 7.0 7.0
)
CAC-5
.CAC-v9, V10, V23 X26 3/21 8.8 8.8 f
CAC-6 CAC-X20A, V16 X205 4/25 1.734 1.734 CAC-7 CAC-X20B, V17 X205 4/25
.0
.0, CAC-8
- CAC-V49, V50
~X3B 4/11 1.,494 1.494 CAC-9 CAC-PV12000 X49D 3/16
.4
.4 CAC-10 CAC-Pv1261-X49B 3/16
.0
.0 CAC-ll CAC-PV1227A X73A 3/8
.0
.0 CAC-12 CAC-PV1227B X73B 3/8
.0
.0 CAC-13 CAC-PV1227C X73C 3/8
.0
.0 X73E 3/8
.0
.0 CAC-14 CAC-PV1227E CAC-15 CAC-PV1260 X73C 3/8
.0
.0 CAC-16 CAC-PV1231B
- X244B 3/8
. 0,
.0
.0 CAC-17 CAC-PV3440 X76B 3/8
.0 CAC-18 CAC-PV1225B' X763 3/8
.0
.0 CAC-19 CAC-PV1221F
'X54F 3/16
.0
.0 CAC-2P CAC-PV1262 X54F 3/16
.0
.0 X57A 3/19
.0
.0 CAC-21 CAC-PV1209A i
CAC-22 CAC-PV1209B X57B 3/19
.0
.0 '
CAC-23 CAC-PV1205E X60E 3/19
.0
.0 CAC-24 CAC-PV1215E X245E 3/19
.0
.0 CAC-25 CAC-PV1221E X54E 3/19
.0
.0 CAC-26..
CAC-PV3439 X54E 3/19 50
.0 CAC-27 CAC-PV3441 X76B 3/8
.0
.0 CAC-28 CAC-PV3442 X76B 3/8
.0
.0 CAC-29 CAC-PV3437 X54E 3/19
.0
.0 CAC-30 CAC-PV3438 -
X54E 3/19
.0.
.0 SA-1 SA-v448 X21 4/20 1.266 1.266-SA-2 SA-V449 X21 4/20 1.266 1.266 RNA-1
- RNA-V101 X55 5/4
.0
.0 RNA-2
- RNA-V103 X71 5/4
.0
.0 RNA-3
- RNA-PV1201A X82A 4/24
.0
.0
1979 LOCAL LEAK RATE TEST RESULTS
~
-ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH) '
DATE LEAKAGE.(SCFH)
RNA-4
- RNA-PV1204B X62B 4/24
.0
.0
.0 PMA-5
- RNA-PV1204C X62C 4/24
.0 RNA-6
- RNA-PV1217E
.X69E 4/24
.0
.0 TIP-1 TIP-V1 X35A 4/20
.0
.0 TIP-2 TIP-v2 X35B 4/20
.0
.0
.0 TIP-3 TIP-V3 X35C 4/20
.0 TIP-4 TIP-V4 X35D 4/20
.0
.0 TIP-5 TIP U Check X35E 4/11
.0
.Q' Solenoid X35E 4/11
.0
.0 2
TIP-6 TIP N2 E-1 X100A 1/22
.0
.0 4
E-2 X100B 1/22
.0
.0
(
E-3 X100C 1/22
.0
.0 E-4 X100D 1/22
.0
.0-E-5 X100E 1/22
.0
.0 E-6 X100F 1/26
.0
.0 E-7 X100G 1/26
.0
.0
~
E-8 X100H 1/26
.0
.0
~
X101A 1/23
.0
.0 j
E-9 E-10
'X101C 1/23
.0
.0
.0 E-ll X101D 1/26
,.0 E-12 X101F 1/26
.0
.0 E-13 X102A 1/23 0
.0 E-14 X102B 1/23
.0
.0-E-15 X102C 1/25
.0
.0 E-16 X102E 1/23
.0
.0 E-17 X102F 1/26
,0
.0 E-18 X102H 1/26
.0
.0
.0 4
X103A 1/29
.0
.0 E-19 E-20 X103B 1/26
.0
.0 E-21 X104A 1/23
.0 E-22 X104D 1/23
.0
.0 E-23 X104C 1/25
.0
.0 E-24 X104E 1/23
.0
.0 E-25 X104F 1/26
.0
.0 1
E-26 X104G 1/26
.0
.0 4
1979 LOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT TEST $
ISOLATION VALVE
' PENETRATION.
DATE LEAKAGE (SCFil)
.DATE LEAKAGE (SCFH)
E-27
-X105B 1/22
.0
.0 E-28 X105C 1/22
.0
.0 E-29 X105D 1/23
.0
.0 E-30 X105E 1/23
.0
.0 E-31 X105G 1/25
.0
.0 E-32 X10511 1/25
.0
.0 E-33 X105J 1/26
.0
.0 E-34 X105K 1/26
.0
' 0' E-35 X232B 1/29
.0
.0 E-36 X232C 1/29
.0
.0 M-1 TIP
'A' Flange X35A 4/11
.0
.0 M-2 TIP
'B' Flange X35B 4/11
.0-
.0 M-3 TIP
'C' Flange X35C
'4/11
.0
.0 M-4 TIP
'D' Flange X35D 4/11
.0
.0
.0 2
M-6 CAC-V49 (Inboard 'O')
X3B 4/11
.0
.0 M-7 CAC-V5 (Inboard 'O')
X205 4/25
.0
.0 M-8 CAC-V6 (Inboard 'O')
CAC-V30, V31 X25
'4/20
.0
.0 M-9 CAC-V7 (Inboard 80')
' ~
CAC-V32, V33 X220 4/20
.0
.0 M-10 CAC-V9 (Inboard 'O')
CAC-V38, V43 X26 4/12
.0 M-ll CAC-V16 (Inboard 'O')
.0 CAC-V13, V14 X205 4/25
.0
.0 M-12 CAC-V17 (Inboard 'O ')
CAC-V1, V2 X205 4/25
.0
.0 x
t 5
O a
1980 LOCAL LEAK RATE TEST RESULT O
1 1980. LOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT i
' TEST 4 ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)~
H-1 Equipment Hatch X1 5/14
.25
.25 H-2 Personnel Lock X2 5/14
.11
.11 H-3 Drywell Head Blank X3 3/25
.0
.0 H-4 Drywell Head Access X4 3/25
.0
.0 H-5 CRD Hatch X6 9/2
.0
.0 H-6 Torus (S-CS) Access X200A 7/28
.0
.0 i
H-7 Torus (N-CS) Access X2008 7/31
.04
.04 H-8 Drywell/Drywell Head
- I Seal N/A 5/21
.25
.25 Alt. Air-Lock N/A 9/30 9.24 9.24 MSIV "A" B21-F022A, F028A X7A 3/1 6.89 6.89 MSIV "B" B21-F0228, F028B X7B 3/1 10.17 10.17 MSIV "C" B21-F022C, F028C X7C 3/1 8.16 8.16 MSIV "D" B21-F022D, F028D X7D 3/1 11.02 11.02 B21-1 B21-F010A X9A 4/3
.0
.0 B21-2 B21-F010B x98 3/31 1.23 1.23 B21-3 B21-F032A, E41-F006 X9A 5/22
.93
.93 B21-4 G31-F039, B21-F032B, E51-F013 X98 6/6 4.0 4.0 B21-5 B21-F016, F019 X8 3/13
.0
.0 i
B32-1 B32-V22, v30 X62A, X78A 6/30
.0
.0 B32-2 B32-F019, F020 X56E 3/18
.0
.0 C12 (Cll)-1 B12(Cll)-F083 X36 3/20
.0
.0 l
C41-1 C41-F006 X42 5/29
.3
.3 1
Ell-1 Ell-F008, F009 X12 6/25
.250
.250 Ell-2 Ell-F0llA X210A 5/29
>100.0 6/6 2.97 Ell-3 Ell-F0llB X2108-6/6 3.98 3.98 Ell-4 Ell-F015A, F017A X13A 3/18
.0
.0
(
Ell-5 Ell-F015B, F017B X13B 6/6 2.33 2.33 Ell-6 Ell-F016A, F021A X39A 3/11 1.91 1.91 l
Ell-7 Ell-F016B, F021B X39B 5/8 2.386 2.386 Ell-8 Ell-F020A X225A 3/8
.17
.17 E11-9 Ell-F020B X225B 4/27 8.1 8.1 i
Ell-10 Ell-F022, F023 X17 4/27
.0
.0 l
l
i 1980 LOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT TEST 4 ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
Ell-ll Ell-F624A, F027A, F028A X210A, X211A 6/25
.64
.64, I
E11-12 Ell-F024B, F027B, F0288 X210B, X211B 6/10
.93
.93 Ell-13 Ell-F025A X210A 6/25
.0
.0 Ell-14 Ell-F025B X210B 6/10
.0
.0 E21-1 E21-F001A X227A 3/20 8.48 8.48 i
E21-2 E21-F0018 X227B 3/25 10.37 10.37 E21-3 E21-F004A, F005A X16A 3/21
.0
.0 E21-4 E21-F004B, F0058 X16B 4/16
.0
.0 l
E21-5 E21-F015A X223A 3/21
.58
. 58 l
E21-6 E21-F015B X2238 8/l
.42
.42 l
E21-7 E21-F031A X223A 3/21
.84
.84 i
E21-8 E21-F031B X223B 4/9
.0
.0 1
E41-1 E41-F002, F003 X11 3/26
.0
.0 4
E41-2 E41-F012, F046 X210B 3/17
.0
.0 E41-3 E41-F021, F049 X214 4/7
.0
.0 I
E41-4 E41-F022, F040 X222 3/11
.21
.21 E41-5 E41-F041, F042 X226 3/26
.0
.0 E41-6 E41-F075, F079 X214, X218 3/17
.0
.0 E51-1 E51-F001, F040 X212 3/22
>100.0 6/26 5.93 j
E51-2 E51-F002, F028 X221 3/22 5.95 5.95 i
E51-3 E51-F007, F008 X10 3/26 2.91 2.91 E51-4 E51-F019, F020 X210B 4/1
.53
.53
~
E51-5 E51-F029, F031 X224 3/17
.0
.0 l
E51-6 E51-F062, F066 X212, X216 4/1 1.06 1.06 i
G16-1 G16-F003, F004 X18 3/13
.25
.25 l
G16-2 G16-F019, F020 X19 3/19
.38
.38 G31-1 G31-F001, F004 X14 3/21
.0
.0 TD-1 TD-V22, V1 X231 3/17 2.33 2.33 TD-2 TD-V23 X231 3/14
.0
.0 l
RCC-1 RCC-V28, V52(V53)
ROC-PV1222B(SV826),
X23, X24, 6/30
.53
.53 PV1222C(SV827)
X77B, X77C SA-1 SA-V448 X21 5/3
.0
.0 1
1980 LOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT TEST 4
. ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
SA-2 SA-V449 X21 5/3
.0
.0 CAC-1 CAC-V47 X205 6/7
.0
.0 CAC-2 CAC-V48 X25 6/10
.0
.0 CAC-3 CAC-V4, VS, V6, V15, V55, V56 X25, X205 3/24
>100.0 6/10 4.24 CAC-4 CAC-V7, V8, V22 X220 6/11 10.6 10.6 CAC-5 CAC-V9, v10, V23 X26 4/19 8.48 8.48 CAC-6 CAC-X20A, v16 X205 3/25
>100.0 6/5'
.38 CAC-7 CAC-X208, V17 X205 3/24 3.18 3.18 i
CAC-8 CAC-V49, V50 X3B 3/25
.0
.0 CAC-9 CAC-PV1200B X49B 3/20 1.30 1.30 l
CAC-10 CAC-PV1261 X49B 3/20
.0
.0 j
CAC-ll CAC-PV1227A X73A 3/18
.0
.0 j
CAC-12 CAC-PV1227B X73B 3/18
.0
.0 i
CAC-13 CAC-PV1227C X73C 3/18
.0
.0 i
CAC-14 CAC-PV1227E X73E 3/17 2.71 2.71 I
CAC-15 CAC-PV1260 X73E 3/17 2.71 2.71 CAC-16 CAC-PV1231B X244B 3/17
.0
.0 CAC-17 CAC-PV3440 X76B 3/17-2.59 2.59 CAC-18 CAC-PV1225B X76B 3/17 2.78 2.78 4
CAC-19 CAC-PV1221F X54F 3/17 2.69 2.69 CAC-20 CAC-PV1262 X54F 3/17 2.69 2.69 CAC-21 CAC-PV1209A X57A 3/18
.0
.0 4
CAC-22 CAC-PV1209B X57B 3/18
.0
.0 l
CAC-23 CAC-PV1205E X60E 3/18
.0
.0 CAC-24 CAC-PV1215E X245E 3/19
.0
.0 l
CAC-25 CAC-PV1221E X54E 3/19 2.16 2.16 CAC-26 CAC-PV3439 X54E 3/17 3.24 3.24 CAC-27 CAC-PV3441 X76B 3/17 2.72 2.72 CAC-28 CAC-PV3442 X76B 3/17 2.73 2.73 CAC-29 CAC-PV3437 X54E 3/17 2.78 2.78 l
CAC-30 CAC-PV3438 X54E 3/18 2.80 2.80 RNA-1 HNA-V101 X55 5/6 8.67 8.67 j
RNA-2 RNA-V103 X71 5/5 1.99 1.99 RNA-3 RMA-PV1201A X82A 4/10
.295
.295
1980 IACAL LEAK RATE TEST RESULTS AS FOUND AS LEFT TEST I ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
RNA-4 RNA-PV1204B X62B 4/10 1.30 1.30 RNA-5 RNA-PV1204C X62C 4/10 1.30 1.30 RNA-6 RNA-PV1217E X69E 4/10
.76
.76 TIP-1 TIP-V1 X35A 3/26
.0
.0 TIP-2 TIP-V2 X35B 3/26
.0
.0 TIP-3 TIP-V3 X35C 3/26
.0
.0 TIP-4 TIP-V4 X35D 3/26
>100.0 6/4
.319 j
TIP-5 TIP N Check X35E 3/26 2.12 2.12 2
TIP-6 TIP N Solenoid X35E 3/26
.0
.0 2
E-1 X100A 1/28
.0
.0 j
E-2 X100B 1/28
.42
.42 E-3 X100C 1/28
.0
.0 E-4 X100D 1/28
.0
.0
[
E-5 X100E 2/1
.0
.0 E-6 X100F 2/1
.0
.0 i
E-7 X100G 2/1
.0
.0 E-8 X100H 2/1
.0
.0 1
E-9 X101A 1/30
.0
.0 E-10 X101C 1/30 14.0 3/27
.0 E-ll X101D 1/31
.0
.0 E-12 X101F 1/31
.0
.0 E-13 X102A 1/28
.0
.0 E-14 X102B 1/29
.0
.0 E-15 X102C 1/30
.0
.0 I
E-16 X102E 2/4
.0
.6
.0 E-17 X102F 2/1
.0 i
E-18 X102H 2/12
.04
.04 E-19 X103A 1/28
.0
.0 E-20 X103B 2/1
.0
.0 E-21 X104A 1/28
.0
.0 E-22 X104B 1/29
.0
.0 E-23 X104C 1/31
.04
.04 E-24 X104E 2/4
.0
.0 l
E-25 X104F 2/1
.0
.0 E-26 X104G 2/1
.0
.' O i
l l
l
1980 LOCAL LEAT RATE TEST RESULTS AS POUND AS LEFT DATE LEAKAGE (SCFH)
TEST i ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
E-27 X105B 1/29
.0'
.0 E-28 X105C 1/29
.0
.0 E-29 X105D 1/30
.0
.0 E-30 X105E 1/30
.42 '
.42 E-31 X105G 1/31
.0
.0 E-32 X105H 1/31
.0
.0 E-33 X105J 1/31
.0
.0 E-34 X105K 1/31
.0
.0 E-35 X232B 2/4
.0
.0 i
E-36 X232C-2/4
.0
.0 M-1 TIP
'A' Flange X35A 3/28
.0
.0 M-2 TIP
'B' Flange X35B 3/28
.0
.0 3
M-3 TIP
'C' Flange X35C 3/28
.0
.0 M-4
?JP 'D' Flange X35D 3/28
.0
.0
.0 2
l~
M-6 CAC-V49 (Inboard 'O')
X3B 3/25
.0
.0 l
M-7 CAC-V5 (Inboard 'O')
X205 6/10
.0
.0 M-8 CAC-V6 (Inboard 'O')
6/10
.0
.0 i
CAC-V30,'V31 X25 M-9 CAC-V7 (Inboard 'O')
CAC-V32, V33 X220 6/11
.0
.0 M-10 CAC-V9 (Inboard 'O')
CAC-V38, V43 X26 4/19
.0
.0 M-ll CAC-V16 (Inboard 'O')
CAC-V13, V14 X205 3/24
.0
.0 j
M-12 CAC-V17 (Inboard 'O')
CAC-V1, V2 X205 3/24
.15
.15 i
l l
a j
l 1
1, a
1982
'r L0 CAL LEAK RATE TEST RESULTS 1
1 e
i l
1982 IDCAL LEAK RATE TEST RESULTS AS POUND AS LEFT TEST i ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
CAC-1 CAC-V47 X205 6/11
.0 9/5-
.0 CAC-2 CAC-V48 X25 6/11
.0 9/25
.716 CAC-3 CAC-V4, VS, V6 V15, V55, v"'
X25 & X205 5/4 off-scale 9/12 2.536 CAC-4 CAC-V7, V8,%CY X220 5/7 off-scale 9/24 1.3703 CAC-5 CAC-V9, V10 s32 X26 5/13 14.85 9/3
.0 t
CAC-6 CAC-X20A, VJ1 X205 5/1 off-scale 9/2
.0 CAC-7
.CAC-X208,ti X205 5/1 50.1 9/5
.0 CAC-8 CAC-V49, VSa X38 6/12 1.8879 9/5
.0 CAC-9 CAC-PV1200B X49B 6/19
.172
.172 CAC-10 CAC-PV1261 X49B 6/19
.0
.0 CAC-ll CAC-PV1227A 173A 6/11
.0929
.0929 CAC-12 CAC-PV1227B 173B 6/11
.2826
.2826 CAC-13 CAC-PV1227C X73C 6/18 2.012 6/25
.0 CAC-14 CAC-PV1227E X73E 6/18 off-scale 6/23
.0 CAC-15 CAC-PV1260 X73C 6/18 5.583 9/26
.0 CAC-16 CAC-PV1231B X244B 6/11
.0
.0 CAC-17 CAC-PV3440 X76B 6/19
.0
.0 CAC-18 CAC-PV1225B X76B 6/19
.0
.0 CAC-19 CAC-PV1211F X54F 6/19 1.155 6/25
.0 CAC-20 CAC-PV1262 X54F 6/19
.8365 6/25
.0 CAC-21 CAC-PV1209A X57A 6/11
.6154 6/25
.0 l
CAC-22 CAC-PV12098 X57B 6/11
.0
.0 CAC-23 CAC-PV1205E X60E 6/11
.0 9/11 1.792 CAC-24 CAC-PV1215E
.X245E 6/11 7.85 9/16
.3874 CAC-25 CAC-PV1211E X54E 6/13 32.08
.6/22
.0' CAC-26 CAC-PV3439 X54E 6/14 32.08 6/20
.0 l
CAC-27 CAC-PV3441 X76B 6/19
.0
.0 CAC-28 CAC-PV3442 X76B 6/19
.0
.0 X54E 6/17
.0
.0 CAC-29 CAC-PV3437 l
CAC-30 CAC-PV3438
.X54E 6/17
.062
.062 CAC-31 CAO-SV1263-1 X245E 6/18
.0
.0 CAC-33 CAC-SV1259-4 X73A 6/19
.0
.0 CAC-34 CAC-SV1259-3 X73B 6/18
.0
.0.
CAC-35 CAC-SV1259-2 X73E 6/18
.0
.0
1982 IDCAL LEAK RATR TEST RESULTS AS FOUND AS LEFT TEST $
ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
CAC-36 CAC-SV1259-1 X244B 6/18
.0
.0 CAC-37 CAC-PV1225-C X76C 6/16 2.25 6/25
.0 CAC-38 CAC-PV1219-B X206B-B 6/18
.0
.0 4
CAC-39 CAC-PV1220-C X206C-C 6/18
.0
.0 CAC-40 CAC-PV1218-C
.X206A-C 6/18
.0
.0 CAC-41 CAC-PV1221-C X206D-C 6/18
.0
.0 CAC-42 CAC-PV1219-C X206B-C 6/18
.0
.0 CAC-43 CAC-PV1209-D X57D 6/18 1.826 1.826 CAC-44 CAC-SV1263-4 X57A 6/18
.0
.0 CAC-45 CAC-Sv1263-3 x57B 6/18
.0
.0 CAC-46 CAC-Sv1263-2 x60E 6/18
.0
.0 CAC-46*
CAC-SV1213A X209B 7/27
.0
.0 CAC-47*
CAC-SV1218A X206A-A 7/27
.0
.0 1
)
H-1 Equipment Hatch X1 6/4
.0
.0 l
H-2 Personnel Hatch to Drywell Liner Seal X2 6/6
.394
.394 H-3 Drywell Head Blank X3 7/1
.0
.0 H-4
'Drywell Head Access Hatch X4 7/1
.0
.0 H-5 CRD Hatch X6 7/7
.0 9/10
.0 H-6 Suppression Chamber Access Hatch (South Core Spray Room)
X200A 7/6
.0 8/2
.0 H-7 Suppresson Chamber Access Hatch (North Core Spray Room)
X2008 7/7
.0 9/24 ;
.0 l
H-8 Drywell to Drywell g
Head Seal N/A
-7/1
.0
.0 Airlock N/A 7/6
.166
.166 E-1 X100A 4/28
.0
.0 E-2 X100B 4/27 off-scale 5/16
.0
- New Test Numbers
1982 LOCAL LEAK RATE TEST RESULTS AS POUND AS LEFT TEST I ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFu)
E-3 X100C 4/28
.0
.0 E-4 X100D 4/28
.0
.0 E-5 X100E 5/2 off-scale 5/16
.0 E-6 X100F 5/2
.0
.0 E-7 X100G 5/2
.0
.0 E-8 x100n 5/2
.0
.0 E-9 X101A 5/1
.0
.0 E-10 X101C 5/1
.0
.0 E-ll X101D 5/3
.0
.0 E-12 X101F 5/3
.0
.0 E-13 X102A 4/28
.0
.0 E-14 X102B 4/28
.0
.0 E-15 X102C 5/1
.0
.0 E-16 X102E 5/2
.0
.0 E-17 X102F 5/2
.0
.0 E-18 x102n 5/3
.0
.0 E-19 X103A 4/30
.0
.0 E-20 X103B 5/2
.0
.0 E-21 X104A 4/30 off-scale 5/25
.0 E-22 X104B 4/28
.0
.0 E-23 x104C 5/1
.0
.0 l
E-24 X104E 5/2
.0
.0 E-25 X104F 5/2
.0
.0 E-26 X104G 5/3
.0
.0 E-27 x105B 4/30
.0
.0 E-28 X105C 4/30
.0
.0 E-29 X105D 5/1
.0
.0 E-30 X105E 5/1
.0
.0 E-31 X105G 5/1
.0
.0 E-32 x105u 5/1
.0
.0 E-33 X105J 5/3
.0
.0 E-34 X105K 5/3
.0
.0 E-35 X232B 5/6
.0
.0 E-36 x232C 5/5
.0
.0
1982 IOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT 4
TEST i ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)'
M-1 CAC-V49 (Inboard 0-Rings)
X3B 6/12
.0 9/5
.0 M-2 CAC-V5 (Inboard 0-Rings)
X205B 6/11
.0 9/12
.0 i
M-3 CAC-V6 (Inboard O-I Rings)
X25 6/11
.0 9/12
.0 i
M-4 CAC-V7 (Inboard 0-Rings)
X220 6/4
.559 9/1
.0 M-5 CAC-V9 (Inboard O-Rings)
X26 5/13
.0 9/1
.0 l
M-6 CAC-V16 (Inboard O-Rings)
X205 5/1
.0 9/2
.0 M-7 CAC-V17 (Inboard O-Rings)
X205 5/1
.0 9/2
.0 Ell-1 Ell-F008 & Ell-F009 X12 5/22 2.487 2.487 Ell-2 Ell-F0llA X210A 5/23
.0916
.0916 l
Ell-3 Ell-F0llB X210B 5/4 3.644 3.644 l
Ell-4 Ell-F015A & Ell-F017A X13A 5/23
.0 8/23 1.547 i
E11-5 Ell-F015B & Ell-F017B X13B 5/3 1.599 8/24 2.498 l
Ell-6 Ell-F016A &, Ell-F021A X39A 5/27
.7263
.7263 I
Ell-7 Ell-F016B & Ell-F021B X39B 5/2
.0
.0 Ell-8 Ell-F020A X225A 5/31 off-scale 6/16 12.784 Ell-9 Ell-F020B X225B 5/3 9.485 9.485 Ell-10 Ell-F022 & Ell-F023 X17 5/3 1.372 1.372
+
Ell-ll E11-F024A & Ell-F027A &
Ell-F028A X210A & X211A 5/30
.0
.0 Ell-12 Ell-F024B & Ell-F027B &
Ell-F028B X210B & X211B 5/8
.0619
.0619 E11-13 Ell-F025A X210A 6/18
.0
.0 Ell-14 Ell-F025B X210B 6/18
.0 9/12
.0 Ell-15 Ell-F037D X68C 6/18
.0
.0 Ell-16 Ell-F037B X68D 6/17
.6709
.6709 Ell-17 Ell-F043D X68A 6/17 off-scale 6/20 1.354 Ell-18 Ell-F043B X68B 6/18
.0
.0 Ell-19 Ell-F037C X51C 6/17 6.138 6/18
.0 i
l
1982 LOCAL LEAK RATE TEST RESULTS
~AS POUND AS LEFT TEST 4 ISOLATION VALVE PENETRATION
'DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
Ell-20 Ell-F043C X51A 6/18
.0
.0 Ell-21 Ell-F043A X51B 6/18
.0305
.0305 Ell-22 Ell-F037A X51D 6/18
.0
.0 Ell-23 Ell-F097 X210B 8/3
.0
.0 Ell-24 Ell-F007A X210A 8/10
.061
.061 l
Ell-25 Ell-F007B X210B
- 8/10
.610
.610 E11-26 Ell-F103A X214 8/13
.0
.0 i
Ell-27 Ell-F103B X214 8/14
.0
.0 i
E11-28 Ell-FOSSA Relief l
Valve X214 8/13
.714
.714 i
E11-29 Ell-F055B Relief Valve X214 8/13
.714
.714 4
l Ell-30 Ell-V20 Relief Valve X214 8/20
.0
.0 i
Ell-31 Ell-V21 Relief Valve X214 8/19
.0 8/20
.0 E11-32 Ell-F029 Relief Valve X210B 8/14 1.187 1.187 E21-1 E21-F001A X227A 5/16 off-scale 6/4
.062 i
E21-2 E21-F001B X227B 5/9 11.110 11.110 E21-3 E21-F005A & E21-F004A X16A 5/15
.059 9/3
.0 E21-4 E21-F005B & E21-F004B X16B 5/8
.0 8/25
.0
)
E21-5 E21-F015A X223A 5/27
.943
.943 E21-6 E21-F015B X223B 5/8
.0
.0 E21-7 E21-F031A X223A 5/25
.0
.0 E21-8 E21-F031B X223B 5/9 off-scale 5/31
.726 E41-1 E41-F002 & E41-F003 X11 5/12 4.732 6/30
.0 E41-2 E41-F012 X210B 5/12
.076
.076 E41-3 E41-F042 X226 5/11 31.625 5/30 4.206 E41-4 E41-F022 & E41-F040 X222 6/16
.0
.0 E41-5 E41-F021 & E41-F049 X214
.6/15
.715
.715 E41-6 E41-F075 & E41-F079 X214 & X218 6/15
.0
.0 E41-7 E41-PV1218D X206A-D 6/20 10.886 6/24
.0 E41-8 E41-PV1219D X206B-D 6/19
.718
.718 E41-9 E41-PV1220D X206C-D 6/20 10.886 6/24
.0 a
d 1982 LOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT TEST 9
. ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEAKAGE (SCFH)
E41-10 E41-PV1221D X206D-D 6/19
.718
.718 E51-1 E51-F007 & E51-F008 X10 5/17 12.650 7/6 10.813 E51-2 E51-F019 X210B 5/23 7.999 6/27
.0 l
E51-3 E51-F031 X224 5/21
.0
.0 E51-4 E51-F002 & E51-r028 X221 6/16
.0
.0 E51-5 E51-F001 & E51-F040 X212 6/15 of f-scal e 6/20 2.932 E51-6 E51-F062 & E51-F066 X212 & 216 6/16
.0
.0
.G16-1 G16-F003 & G16-F004 X18 5/22
.0 8/22
.0 G16-2 G16-F019 & G16-F020 X19 5/21
.0
.0 1
RCC-1 RCC-V28 & V52 X23 & X24 5/22
.0 8/21 1.349 RCC-2
.RXS-PV12228 &
PV1222C X77B & X77C 8/21 1.349 1.349 TD-1 TD-V22 X231 5/19 6.325 6/26
.0 TD-2
.TD-V23 X231
-5/19
.0
.0 SA-1 SA-V448 X21 5/10
.0
.0 SA-2 SA-V449 X21 5/9
.0
.0 RNA-1 RNA-V101 X55 6/18
.0
.0 l
RNA-2 RNA-V103 X71 6/18
.0
.0 RNA-4 RNA-PV1204B X62B 6/19
.7184 6/24
.2218 i
RNA-5 NRA-PV1204C X62C 6/19 15.539 6/24
.6105 TIP-1 TIP-A Ball Valve X35A 6/18 1.238 1.238 TIP-2 TIP-B Ball Valve X35B-6/18 1.037 1.037 TIP-3 TIP-C Ball Valve X35C 6/18
.7147
.7147 TIP-4 TIP-D Ball Valve X35D 6/18 4.971 4.971 TIP-5 TIP N Check Valve X35E 6/18
.0
.0 2
TIP-6 TIP N Solenoid Valve X35E 6/18
.0
.0 2
B32-1 B32-v22, V30 X62A & X78A 5/13 off-scale 8/22
.0 B32-2 B32-F019, F020 X56E 5/5 2.763 8/20
.061 B32-3 B32-V24 X62A 8/11 3.624 3.624 B32-4 BT4-V22,
178A 8/13
.174
.174 B21-1 B21 -F010A X9A 5/24 off-scale 6/3
-10.397 B21-2 B21-F010B X9B 5/6 off-scale 6/7 4.075 B21-3 B21-F032A, E41-F006, X9A 6/3 offascale 7/5
.0 l-B21-4 B21-F032B, E51-F013, l
G31-F039 X9B 5/21 off-scale 6/7 1.882 i
(
1
1982 LOCAL LEAK RATE TEST RESULTS AS FOUND AS LEFT TEST I ISOLATION VALVE PENETRATION DATE LEAKAGE (SCFH)
DATE LEARAGE (SCFH)
B21-5 B21-F016, B21-F019 X8 5/7
.0
.0 G31-1 G31-F001, F004 X14 5/5 18.45 8/23
.2767 G31-2 G31-F042 X9B 8/6 6.127 6.127 C41-1 C41-F006 X42 5/10
.7156
.7156 C41-2 C41-F007 X42 8/11
.6104
.6104 MSIV-A B21-F022A, F028A X7A 6/6
.0
.0 MSIV-B B21-F022B, F028B X7B 5/29 46.763 5/30
.540 MSIV-C B21-F022C, F028C X7C 6/6
.0
.0 MSIV-D B21-F022D, F028D X70 5/29
.0
.0 RXS-1 RXS-SV4186 209B-D 7/24
.0
.0 RXS-2 RXS-SV4187 209B-D 7/24
.0
.0 RXS-3 RXS-SV4188 209B-B 7/24
.0
.0 RXS-4 RXS-SV4189 209B-B 7/24
.0
.0 G
l
GP-R-74002 GIDIERAL PHYSICS CORPORATIOtt C.
PENETRATION LEAKAGE "As Found" and "As Left" leakages can be determined for each penetration with locally tested isolation valves. These values are based upon the local leak rate tests performed, repairs performed on the isolation valves and the physical arrangement of the isolation valves at the penetration.
Specifically, the maximum penetration leakages can be determined by the formula:
L = K (P) !
equation 1 where:
i I. = leakage P = pressure K = admittance In the case of valves in parallel, K=K+K equation 2 y
2 Whereas, the admittance for valves in series is:
1/2 h=[ f+12]
(K, K 0) equation 3 g
2 1
2 L=0 (K or K2 = 0) equation 4 y
The maximum penetration leakages can be determined by the local leak rate tests performed. When isolation valves are tested together (i.e. pressurized between them), the valves act as if they are in parallel. Specifically, the pressure drop across the valves are equal and the total leakage is the sum of the individual leakages. When isolation valves are used for containment integrity (i.e., pressurized on one side), the valves act as if they are in series. Specifically, the total pressure drop is the sum of the pressure drops across each valve and, the leakage across each valve is equal.
1 It can be shown (Appendix F) that the leakage through a " series valve" penetration is maximum when each valve leaks an equal amount. Therefore, the 4
following conventions apply to the isolation valves:
34
~
A GP-R-74002 GmtERAL PHYSICS CORPORATION (1) When both isolation valves in a penetration have been tested i
separately, the admittance is defined by equation 3 (K, K / 0).
If 1
2 either K1 or K2 = 0, there is a zero leakage for that penetration.
(2) When both isolation valves on a penetration have been tested together, the maximum admittance is obtained by assuming that each valve leaks an identical amount (see Appendix F) and therefore the leakage is L#
L,= 2 (2)1/2
'9""
l L = parallel leakage (both isolation valves tested together) p L,= series leakage (a) When one of two " tested together" isolation valves has been l
repaired, the maximum "As Found" series leakage is equal to the "As Left" parallel leakage.- (The assumption is that the repaired valve leaked much greater than the non-repaired i
valve). The "As Left" series leakage is determined.by equation 5.
(b)
When both of the " tested together" isolation valves have been repaired, the "As Found" and "As Left" leakages are determined by eqution 5, above, with the parallel "As Found" and "As Left" leakages, respectively.
l l
I i
'f 35
i f
f TEST LEAKAGE PENETRATION LEAKAGE PENETRATION ISOLATIG4 VALVE TEST AS FOUND AS LEFT NOTES AS FOUND AS LEFT l
I X3B CAC-V49,V50 CAC-8 1.8879
.0 c
.667
.0 j
l X7A B21-F022A, B21-F028A MSIV "A"
.0
.0 a
.0
.0 X7B B21-F022B, B21-F0288 MSIV "B" 46.763
.540 a
16.533
.191 j
X7C B21-F022C, B21-F028C NSIV "C"
.0
.0 a
.0
.0 l
X7D B21-F022D, B21-F028D MSIV "D"
.0
.0 a
.0
.0 X8 B21-F016,-F019 B21-5
.0
.0 a
.0
.0 X9A B21-F010A, B21-1 off-scale 10.397 d
N/A
.0 B21-F032A, E41-F006 B21-3 off-scale
.0 X9B B21-F010B B21-2 off-scale 4.075 d,f N/7.
3.632 G31-F039, B21-F032B, E51-F013, B21-4 off-scale 1.882
(
G31-F042 G31-2 6.127 6.127 X10 E51-F007, F008 E51-1 12.650 10.813 c
4.472 3.823 X11 E41-F002, F003 E41-1 4.732
.0 c
1.673
.0 X12 Ell-F009, F008 Ell-1 2.487 2.487 a
.879
.879 i
X13A Ell-F015A, F017A Ell-4
.0 1.547 a
.0
.547 X13B Ell-F015B, F017B Ell 1.599 2.498 b
.846
.883 X14 G31-F001, F004 G31-1 18.45
.2767 c
6.523
.0978 i
X16A E21-F005A, F004A E21-3
.059
.0 a
.021
.0 j
X16B E21-F005B, F004A E21-4
.0
.0 a
.0
.0 X17 Ell-F022, F023 Ell-10 1.372 1.372 a
.485
.48'S X18 G16-F003, F004 G16-1
.0
.0 a
.0
.0 l
X19 G16-F019, F020 G16-2
.0
.0 a
.0
.0 X21 SA-449 SA-2
.0
.0
.d
.0
.0
{
SA-448 SA-1
.0
.0 X23 RCC-V52 RCC-1
.0 1.349 e
.0 1.349 X24 ROC-V28 (see RCC-1, X23) e
.0 1.349 X25 CAC-V6,V4,V15, v5,V55,V56 CAC-3 off-scale 2.536 h
N/A
.897 CAC-V48 CAC-2
.0
.716 X26 CAC-V9,V10,V23 CAC-5 14.85
.0 c
5.250
.0 X35A TIP "A" Ball TIP-1 1.238 1.238 e
1.238 1.238 X35B TIP "B" Ball TIP-2 1.037 1.037 e
1.037 1.037 X35C TIP "C" Ball TIP-3
.7147
.7147 e
.7147
.7147 X35D TIP "D" Ball TIP-4 4.971 4.971 e
4.971 4.971
TEST LEAKAGE PENETRATION LEAKAGE PENETRATION ISOLATION VALVE TEST AS FOUND AS LEFT NOTES AS FOUND AS LEFT X35E TIP N Check TIP-5
.0
.0 d
.0
.0 2
TIP N S len id TIP-6
.0
.0 2
X39A Ell-F021A, F016A Ell-6
.7263
.7263 a
.2568
.2568 X39B Ell-F021B, F016B Ell-7
.0
.0 a
.0
.0 X42 C41-F006 C41-1
.7156
.7156 d
.4644
.4644 C41-F007 C41-2
.6104
.6104 X49B CAC-PV1200B CAC-9
.172
.172 d
.0
.0 CAC-PV1261 CAC-10
.0
.0 I
X51A Ell-F043C E11-20
.0
.0 e
.0
.0 i
X51B Ell-F043A Ell-21
.0305
.0305 e
.0305
.0305 X51C Ell-F037C Ell-19 6.138
.0 e
6.138
.0 l
X51D Ell-F037A Ell-22
.0
.0 e
.0
.0 X54E CAC-PV1211E CAC-25 32.08
.0 d,g
.062
.0 CAC-PV3439 CAC-26 32.08
.0 CAC-PV3438 CAC-30
.062
.062 CAC-PV3437 CAC-29
.0
.0
)
X54F CAC-PV1211F CAC-19 1.155
.0 d
.677
.0 CAC-PV1262 CAC-20
.8365
.0 X55 RNA-V101 RNA-1
.0
.0 e
.0
.0 X56E B32-F019, F020 B32-2 2.763
.061 a
.977
.027 X57A CAC-PV1209A CAC-21
.6154
.0 d
.0
.0
~
CAC-SV1263-4 CAC-44
.0
.0 X57B CAC-PV1209B CAC-22
.0
.0 d
.0
.0 CAC-SV1263-3 CAC-45
.0
.0 4
X57D CAC-SV1209D CAC-43 1.826 1.826 e
1.826 1.826 l
X60E CAC-PV1205E CAC-23
.0 1.792 d
.0
.0 CAC-SV1863-2 CAC-46
.0
.0 X62A B32-V22 B32-1 off-scale
.0 d
3.624
.0 B32-V24 B32-3 3.624 3.624 X62B IA-PV1204B RNA-4
.7184
.2218 e
.7184
.2218 X62C IA-PV1204C RNA-5 15.539
.6105 e
15.539
.6105 i
X68A Ell-F043D Ell-17 off-scale 1.354 e
N/A 1.354
)
X68B Ell-F043B Ell-18
.0
.0 e
.0
.0 X68C Ell-F037D Ell-15
.0
.0 e
.0
.0 X68D Ell-F037B Ell-16
.6709
.6709 e
.6709
.6709 4
TEST LEAKAGE PENETRATION LEAKAGE PENETRATION ISOLATION VALVE TEST AS FOUND AS LEFT NOTES AS FOUND AS LEFT X71 RNA-V103 RNA-2
.0
.0 e
.0
.0 X73A CAC-PV1227A CAC-ll
.0929
.0929 d
.0
.0 CAC-SV1259-4 CAC-33
.0
.0 X73B CAC-PV1227B CAC-12
.2826
.2826 d
.0
.0
~
-CAC-SV1259-3 CAC-34
.0
.0 X73C CAC-PV1227C CAC-13 2.012
.0 d
1.893
.0 CAC-PV1260 CAC-15 5.583'
.0 X73E CAC-PV1227E CAC-14 off-scale
.0 d
.0
.0 j
{
CAC-SV1259-2 CAC-35
.0
.0 3
X76B CAC-Pv1225B CAC-18
.0
.0 d,g
.0
.0 CAC-PV3440 CAC-17
.0
.0 CAC-PV3441 CAC-27
.0
.0 CAC-PV3442 CAC-28
.0
.0 X76C CAC-PV1225C CAC-37 2.25
.0 e
2.25
.0 X77B RCC-PV1222B RCC-2 1.349 1.349 e
1.349 1.349 X77C RCC-PV1222C (see RCC-2, X77B) e 1.349 1.349 X78A B32-V32 B32-4
.174
.174 d
.174
.0
{
B32-V30 (see B32-1, X62A)
X205 CAC-V47 CAC-1
.0
.0 h'
N/A
.897 i
CAC-V16, X2'OA CAC off-scale
.0 CAC-V17, X20B CAC-7 50.1
.0 CAC-V5 (see CAC-3, X25)
X206A-A CAC-SV1218A CAC-47*
.0
.0 e
.0
.0 X206A-C CAC-PV1218C CAC-40
.0
.0 e
.0
.0 X206A-D E41-PV1218D E41-7 10.886
.0 e
10.886
.0 X206B-B CAC-PV1219B CAC-38
.0
.0 e
.0
.0 X206B-C CAC-PV1219C CAC-42
.0
.0 e
.0
.0 X206B-D E41-PV1219D E41-8
.718
.718 e
.718
.718 X206C-C CAC-PV1220C CAC-39
.0
.0 e
.0
.0 l
X206C-D E41-1220D E41-9 10.886
.0 e
10.886
.0-i X206D-C CAC-PV1221C CAC-41
.0
.0 e
.0
.0 X206D-D E41-PV1221D E41-10
.718-
.718 e
.718
.718
- New Test Number
TEST LEAKAGE PENETRATION LEAKAGE PENETRATION ISOLATION VALVE TEST AS FOUND AS LEFT NOTES AS FOUND AS LEFT X209B-A CAC-SV1213A CAC-46*
.0
.0 e
.0
.0 X209B-B RXS-SV4188 RXS-3
.0
.0 d
.0
.0 X209B-B-RXS-SV4189 RXS-4
.0
.0 l
X209B-D RXS-SV,4186 RXS-1
.0
.0 d
.0
.0 l
X209B-D RXS-SV4187 RXS-2
.0
.0 X210A Ell-F024A E11-11
.0
.0 f
.1526
.1526 l
Ell-F025A Ell-13
.0
.0 Ell-F007A Ell-24
.061
.061 Ell-F0llA Ell-2
.0916
.0916 X210B Ell-F024B Ell-12
.0619'
.0619 f
13.5779 5.5789 Ell-F025B Ell-14
.0
.0 Ell-F007B Ell-25
.610
.610 Ell-F0llB Ell-3 3.644 3.644 Ell-F029 Ell-32 1.187 1.187 E41-F012 E41-2
.076
.076 E51-F019 E51-2 7.999
.0 X211A Ell-F027A, F028A (see Ell-ll, X210A)
.a
.0
.0 X211B E11-F0278, F028B (see Ell-12, X210B)-
a
.0219
.0219 X212
.E51-F040, F001 E51-5 off-scale 2.932 b
N/A 1.037 X214 E41-F021, F049 E41-5
. 715
.715 f
2.143 2.143 Ell-FOSSA Ell-28
.714
.714 Ell-F055B Ell-29
.714
.714 E11-V20 Ell-30
.0
.0 i
E11-V21 E11-31
.0
.0 Ell-103A Ell-26
.0
.0 Ell-103B Ell-27
.0
.0 X216 E51-F062, F066 E51-6
.0
.0 a
.0
.0 X218 E41-F079, F075 E41-6
.0
.0 a
.0
.0 X220 CAC-V7,V8,V22 CAC-4 off-scale 1.3703 c
N/A
.484 X221 E41-F002, F028 E51-4
.0
.0 a
.0
.0 X222 E41-F040, F022 E41-4
.0
.0 a
.0
.0 i
- New Test Number I
TEST LEAKAGE PENETRATION LEAKAGE PENETRATION ISOLATION VALVE TEST AS FOUND AS LEFT NOTES AS FOUND AS LEFT X223A E21-F015A E21-5
.943
.943 d
.943
.943 E21-F031A E21-7
.0
.0
-X223B E21-F015B E21-6
.0
.0 d
.0
.0 E21-F031B E21-8 off-scale
.726 X224 E51-F031 E51-3
.0
.0 e
.0
.0 l
X225A Ell-F020A Ell-8 off-scale 12.784 e
N/A 12.784 j
X225B Ell-F020B Ell-9 9.485 9.485 e
9.485 9.485 i
X226 E41-F042 E41-3 31.625 4.206 e
31.625 4.206 X227A E21-F001A E21-1 off-scale
.062 e
N/A
.362 X227B E21-F001B E21-2 11.110 11.110
~ e 11.110 11.110 X231 TD V-22 TD-1 6.325
.0 d
.0
.0 TD V-23 TD-2
.0
.0 X224B CAC-PV1231B CAC-16
.0
.0 d
.0
.0 CAC-SV1259-1 CAC-36
.0
.0 X245E CAC-PV1215E CAC-24 7.85
.3874 d
.0
.0 CAC-SV1263-1 CAC-31
.0
.0 e
e 4
GP-R-74002 GEWERAL PHYSICS CORPORATIOtt N M IEEERM EDERS
. Definitions L : valve leakage L,a valve leakage "as found" g a valve leakage "as left" LO.: valve leakage " outboard" valves L7: valve leakage " inboard" valves X : penetration leakage l
X, a penetration leakage "as found" g a penetration leakage "as left" Notes (a)
Isolation valves tested together, no repairs L
~
g,
I!
2 (2)
(b)
Isolation valves tested together, one repaired b
b
- 2 (2) 1/2 F
L l
b "[ g
} 1/2 F
L y
+
2 2
i h
F~h)
L b
1/2 2 (2)
(c)
Isolation valves tested together, all repaired b " 2 (2) 1/2 36
GEIGRAL PHYSICS CORPORATION GP-R-74002 i
k b " 2 (2) 1/2 (d) Two isolation valves tested separately 0
l' 2
[g
} l/2 2
2 (L
,2) l X =J L or L
=0 y
2 (e) Single isolation valve, X=L (f)
Inboard / outboard isolation valves consist of more than one separate test L =
L I
I" II O
Oi (g)
Penetrations with two unique and separate leakage path X=X
+X 2 (h) Penetration is divided into inboard and outboard leakages so that:
(1)
L+O I"
1 (2)
LO" I
b (3)
X
=
1/
2 (2) 37
\\
GP-R-74002 GENERAL PHYSICS CORPORATION APPENDIX A No Repairs
- 7/10/82 (2300) 1.
7/9/82 (0500)
Containment Mass New Valve Lineup
- 7/11/82 (2200) 2.
7/10/82 (2300)
Containment Mass 7/13/82 (1900) 24-Hour Test
- 3.
7/12/82 (1830) a.
Containment Mass b.
Containment Temperature c.
Containment Vapor Pressure d.
Containment Absolute Pressure Verification Test
- 7/14/82 (0230) 4.
7/13/82 (1915)
Containment Mass l
l l
l l
l l
l Figure follows.
i A-1
9
.t
- 8 I
8,
- 1 e
__g 1*
.g 8
~
3, E
I gc 1
_8-
,i 8g r
'< x
_5 p
1
=
M.
Z I
a as e
gx 5
is gH 4
o g
g 8
,1
- e. '
_8 es
_8
.E t
?*
- 1 t. '.
f t
I I
t i
e t
t g
i i
i i
i i
6 i
i 1
4 g
8 8
2 8
8 N
=
8 me e
(H'I) SSYN l
89700
- 7 TYPE "A" TEST CONTAINMENT M ASS (07/10 - 07/11) j 89600 e.,
.e, 4
89500 -
sq g
g
.~.
M 1
89400 89300 i
89200 2300 0300 0700 1100 1500 1900 2300 4
TIME (IIOURS)
I 92400 24-IlOUR TYPE "A" TEST d
CONTAINMENT MASS (07/12 -07/13) 92300 -
e..
. *. a.
3 i
92200 g
g 92100 92000 1830 2230-0230 0630 1930 1430 1830 2230 TIME (HOURS)
I
t i
24-IIOUR TYPE "A" TEST 93.0 CONTAINMENT TEMPERATURE (07/12 - 07/13) i i
'l 92.5 - --
C g
e g
. p 92.0 -
4 m
=
- ...........==
91.5 91.0 1830 2230 0230 0630 1030 1430 1830 2230 4
TIME (IIOURS) l
i j
65.00 24-IIOUR TYPE "A" TEST CONTAINMENT PRESSURE (07/12 - 07/13) 1 64.75
's~......
e
.,, * ~.
g m
g 64.50 -
..~,~..*eg~'
m D Sp ep l
=
- ,gggg, Og e'
g st!
4.
I l
64.25 -
i I
I s
s 64.00 1830 2230 0230 0630 1030 1430 1830 2230 1
I TIME (llOURS) l l
i
24 - IlOUR TYPE "A" TEST l
CONTAINMENT VAPOR PRESSURE (07/12 - 07/13)
.62 -
4
.60 -
m A
y v
m m
g
.33 -
~
g O
i n.
t 4
t
.56 -
I
(
e
=
1 i
e i
i i
l' I
i i
i i
e i
l
.54 i
i i
i i
i i
i i
i i
i i
l 1830 2230 0230 0630 1030 1430 1830 2230 l
TIME (IIOURS )
_ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ ~
j 92200 2
1 1
VERIFICATION TEST i
i CONTAINMENT MAS 8 (07/13-07/14) 92100 l
E 1
m 92000 i
m<
2 j
I 91900 - -
91800 l
1915 2315 0315 0715 1115 1515 1915 TIME (HOURS)
GP-R-74002 GENERAL PHYSICS CORPORATION APPENDIX B ILRP LEAK RATE CALCULATIONS B.l Post-Relief Valve Repair Leak Rate:
7/9/82 (0500) - 7/9/82 (2345)-
Mass pt. leak rate:
.653 Upper confidence limit:
'674 Regression lines Slope = -24.625 y-intercept = 90561.042 B.2 Pre-Revised Valve Lineup Leak, Rate:
7/10/82 (0000) - 7/10/82 (2300)
Mass pt. leak rate:
.539 Upper confidence limit
.545 Regression lines Slope = -20.246 y-intercept = 90120.641 B.3 Post-Revised Valve Lineup Leak Rate:
7/10/82 (2300) - 7/11/82 (2145)
Mass pt. leak rate:
.439 Upper confidence limit:
.443 Regression line:
Slope = -16.381 y-intercept = 89648.014 B.4 24-Hour Type "A" Test Leak Rate: 7/12/82 (1830) - 7/13/82 (1830)
Mass pt. leak rate:
.298 Upper confidence limit:
.304 Regression line:
Slope = -11.484 y-intercept = 92366.438 B.5 Verification Test Leak Rate:
7/13/82 (2200) - 7/14/82 (0200)
' Mass pt. leak rate:
.856 Upper confidence limit:
.915 Regression line:
Slope = -32.812 y-intercept = 92026.076 B-1
GP-R-74002 GIIMERAL PHYSICS CORPORATION APPENDIZ C RELIEF VALVE LEAKAGE CALCULATION During the period immediately preceding and following the relief valve repair, the following leak rate calculations were performed.
Masspoint Calculation (0300 - 0500 7/9/82)
- .7.432 wtt/ day Upper Confidence Limit:
7.848 Regression Line
~
Slope:
-281.814 y-intercept:
91006.461 l
[
Masspoint Calculation (0500 - 0630:
7/9/82)
- 1.066 wtt/ day Upper Confidence Limit:
1.185 l
Regression Line Slopes
-40.229 y-intercept 90595.543 i
The difference between the masspoint caculations is the leakage attributable l
to the relief valve i.e.,
6.366 wtt/ day and, adding the confidence limits for both time spans shows that the relief I
valve leakage (LRV 5.831 fLRV f 6.901 C-1
GP-R-74002 GENERAL PHYSICS CORPORATION AP M IX D SUPERIMPOSED LEAKAGE CALCULATIONS 225 Rdg =
4.339 SCFM (from calibration) i
= 260.34 SCFH
~
= 6248.16 SCFD 1/2
[T P
h
- 8 at L
=L T
T
\\ act cal) cal " 14 7 Psia 0F P
Teal =
act " 14 7 Psia T
=
F P
act L = 6248.16 (530/547.5) g = 6147.49 SCFD 3
0 using density at 70 F
.075 t/ft 1
=
L., = 461.06 5 since initial mass = 92034 (at 2200, 7/13/82) h =.501 wtt/ day 0
9 D-1 j
j
~
GP-R-74002 GENERAL PHYSICS CORPORATION APPENDIX E TEMPERATURE STABILIZATION
' ' ~ ~
24-Hour Test Temperature Stabilization ele 2'
'3'
'4'
'5' TDE* -
TBW Ave & over Ave & over
'4'
'3' last 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> last hour 1430 92.066 1445 92.049 1500 92.053 1515 92.055 1530 92.079 92.060 1545 92.092 92.066 1600 92.081 92.072 1615 92.105 92.082 1630 92.130 92.097 1645 92.111 92.104 1700 92.126 92.111 1715 92.134 92.121 1730 92.150 92.130 1745 92.152 92.135 1800 92.149 92.142 1815 92.157 92.148 1830 92.168 92.109 92.155
.046 Temperature stabilization is defined as:
'5'
- [.5 Clearly,.046 <.5 and temperature stability is met.
l (July 12, 1982)
E-1
GP-R-74002 GENERAL PHYSICS CORP" RATION
\\
VERIFICATION TEST TEMPERATURE STABILIZATION 1
2'
'3'
'4'
'5' TIss*
TWW Age M over Ave M over
'4'
'3' last 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> last hour 1800 92.213 1815 92.229 1830 92.236 1845 92.248 1900 92.278 92.241 1915 92.318 92.262 1930 92.333 92.283 1945 92.344 92.304 2000 92.347 92.324 2015 92.366 92.342 2030 92.377 92.353 2045 92.406 92.368 2100 92.405 92.380 2115 92.429 92.397 2130 92.444 92.412 2145
'92.440 92.425 2200 92.429 92.344 92.429
.085 Temperature stabilization is defined as:
'5'.1 5
Clearly,.085 <.5 and temperature stability is set.
=
(July 13,1982)
E-2
GP-R-74002 GENERAL PHYSICS CORPORATION A N IX F PENETRATION LEAKAGE FOlGRJIA DERIVATION 1.
valves In Parallel
- 4-L=L+Lg 2
P=P
=P g
2 since L = K (P)
K (P)
!=Kg (P )
+ K2 (P )
g 2
K (P) ! = K (P)
+K2 (P) g I
Eqn 1 K=Kg+K2 l
2.
valves In Seriec
- H >'<
L=L
=L 2 F-1
GP-R-74002 GENERAL PHYSICS CORPORATION P=Py+P2 since L = K (P) g+P)!
= (P (K
0) 2 2
2 f=(
+
)
(K, K, K / 0) g 2
K K
y 2
1/2 2
2 f=(
2 2}
II' I, K 0)
+
I 2
K1 2
1/2 1
1 1
K" I
+
I I'I'I,/0 42 2
2 l
2 I
I l
2 a.
Assume K
>> K y
2
}-
as K 4
K4 7 2
since L = K (P) as K4 J, L4 J b.
Assume K
>> I 2
l 1
1-K K
as K 4 J, K 4J F-2 4
,m
GP-R-74002 GENERAL PHYSICS CORPORATION since L = K (P) as K 4 5, L 4#
c.
Assume Kg=K2 1/2 1
2 y=(7)
- 2 K,'
or K =
Eqn 3 (2) 1/2 if K, K2 were measured in parallel, the relationship between the parallel y
and series resistance can be determined.
i.e.
K =
Ky+ K2-for maximum leakage K
=K H = 2K y
2 p
2 substituting into Eqn 3 K,
I D
s" 2 (2) 1/2 Note: since "L" is minimum when K, and K 2
g differ by maximum amounts, "L"
is a maximum when K2*I*
l l
F-3 1
GENERAL FHYSICS CCRPORATIOt!
GP-R-74002 APPEREDIZ G ILRT DATA G-1
4 JULY 9, 1982 (2345)
JULY 8,1982 (1615) 1 l
l t
I i
e i
i I
NRAL PMSIC9 mRPORATION GP-R-74002 APPIDIDIX G ILRT DATA r
i i
e 9
G-1
t JULY 8, 1982 (1615)
JULY 9, 1982 (2345) i l
l
REC 0 TIME TE01 TE02 7E03 TE04 TEOS TEO6 1
1615 93.96 94.68 93.90 101.45 96.20 94.35 2
1630 94.20 94.96 93.90 101.65 96.28 94.59 3
1645 94.68 95.40 93.90 101.93 96.48 94.71 4
1700' 95.40 96.16 93.90 102.13 96.72 95.10 5
1715
- 95.56 96.28 93.90 102.01 96.84 95.10 6
1730 95.72 96.48 93.90 102.49 97.08 95.22 7
1745 95.80 96.56 93.90 102.57 97.24 95.66 8
1800 96.60 97.28 93.90 103.08 90.04 97.18 4
9 1815 96.84 97.52
-93.90 103.36 98.32 97.78 10 1830 96.96 97.64 93.90 103.28 98.56 97.94 11 1845 97.08 97.76 93.90 103.20 98.64 97.74 12 1900 97.20 97.88 93.90 103.44 98.76 97.86 13 1915 97.32 97.96 93.90 103.40 98.92 98.58 14 1930 97.40 98.04 93.90 103.04 98.96 98.70 15 1945 97.56 98.16 93.90 103.04 99.04 98.97 16 2000 97.64 98.24 93.90 103.04 99.20 99.01 17 2015 97.76 98.32 93.90 102.76 99.20 99.13 18 2030 97.80 98.40 93.90 102.92 99.28 99.17 19 2045 97.88 98.44 93.90 102.92 99.24 99.13 20 2100 97.96 98.52 93.90 102.60 99.24 99.21 21 2115 98.52 99.04 93.90 105.16 99.24 100.05 22 2130 98.28 98.88 93.90 103.80 99.44 99.61 23 2145 98.84 99.36 93.90 105.40 100.60 101.61 24 2200 100.28 100.48 93.90 106.96 101.60 103.44 25 2215 99.84 100.32 93.90 107.20 102.32 103.96 26 2230 100.40 100.72 93.90 107.56 102.32 104.36 27 2245 100.56 100.92 93.90 107.84 103.88 104.92 28 2300 99.80 100.32 93.90 107.40 102.60 104.44 29 0330 97.00 97.72 93.90 105.36 99.24 100.37 l
30 0345 97.04 97.72 93.90 105.36 99.12 100.41 31
.0400
'96.96 97.60 93.90 105.28 99.16 100.29 32 0415 96.96 97.60 93.90 105.28 99.12 100.33 i
33 0430 96.96 97.52 93.90 105.24 99.12 100.37 l
34 0445 96.92 97.56 93.90 105.20 99.12 100.33 35 0500 96.92 97.48 93.9 105.2 99.12 100.33 36 0515 96.84 97.48 93.9 105.2 99.16 100.29 37 0530 96.88 97.48 93.90 105.16 99.08 100.07 38 0545 96.80 97.44 93.90 105.08 99.04 100.25 39 0600 96.80 97.40 93.90 105.04 99.04 100.17 40 0615 96.76 97.36 93.90 105.08 99.08 100.17 41 0630 96.80 97.36 93.90 105.00 99.08 100.17 42 0645 96.76 97.36 93.9 104.96 98.96 100.21 43 0700 96.72 97.32 93.90 104.96 99.08 100.17 44 0715 96.68 97.32 93.90 104.96 99.04 100.21 45 0730 96.64 97.32 93.90 104.92 98.88 100.17 46 0745 96.64 97.28 93.90 104.88 98.92 100.92 i
47 0800 96.60 97.20 93.90 104.88 98.92 100.21 48 815 96.60 97.20 93.90 104.88 98.92 100.17 49 0830 96.60 97.16 93.90 104.84 98.62 100.17 50 0845 96.60 97.20 93.90 104.80 98.96 100.09 l
l
REC 0 TIME TE01-TE02 TE03 TEO4 TE05 TEO6 51 0900 96.64 97.20 93.90 104.84 98.84 100.09 52 915 96.460 97.20 93.90 104.80 99.00 100.05 53 0930 96.56 -
97.16 93.90 104.76 98.88 100.09 54 0945 96.56 97.24 93.90 104.76 98.88 100.13 55 1000 96.56 97.20 93.90 104.72 98.84 100.05 56 1015 96.60 97.20 93.90 104.68 98.84 100.05 57.
1030 96.52 97.16 93.90 104.68 98.76 99.97 H58 1045 96.60 97.12 93.90 104.68 98.68 100.05 59 1100 96.64 97.16.
93.90 104.64 98.84 100.01 60 1115 96.52 97.16 93.90 104.64 98.80 99.97 61 1130 96.56 97.16 93.90 104.64 98.88 99.97 62 1145 96.60 97.16 93.90 104.64 98.68 99.97 63 1200 96.64 97.20 93.90 104.64 98.72 99.93 64 1215 96.60 97.28 93.90 104.64 98.76 100.01 65 1230 96.72 97.28 93.90 104.60 98.92 100.01 66-1245 96.64 97.28 93.90 104.64 98.76 100.01 67 1300 96.68 97.28 93.90 104.56 98.88 100.01 68 1315 96.76 97.32 93.90 104.68 98.88 100.09 69 1330 96.80 97.40 93.90 104.64 99.12 100.13 70 1345 96.80 97.44 93.90 104.68 99.04 100.21 i
71 1400 96.92 97.52 93.90 104.72 99.08 100.33 72 1415 96.96 97.56 93.90 104.68 99.12 100.29 73 1430 96.92 97.60 93.90 104.76 99.08 100.37 74 1445 97.00 97.64 93.90 104.68 99.20 100.33 75 1500 97.08 97.64 93.90 104.76 99.20 100.37 76 1515 97.12 97.76 93.90 104.76 99.20 100.45 77 1530 97.16 97.76 93.90 104.72 99.32 100.41 78 1545 97.24 97.80 93.90 104.84 99.36 100.49 79 1600 97.28 97.92 93.90 104.84 99.36 100.57 80 1615 97.36 97.96 93.90 104.84 99.44 100.57 81 1630 97.40 98.04 93.90 104.92 99.52 100.69 82 1645 97.44 98.04 93.90-104.96 99.72 100.81 83 1700 97.44 98.12 105.36 104.96 99.72 100.81 84 1715 97.52 98.20 105.36 104.96 99.72 100.85 85 1730 97.56 98.20 105.36 105.04 99.80 100.97 86 1745 97.60 98.24 105.53 105.12 99.72 100.97 l
87 1800 97.68 98.28 105.53 104.96 99.92 101.01 88 1815 97.96 98.32 105.53 105.12 99.84 101.01 89 1830 97.68 98.36 105.53 105.12 99.72 101.01 90 1845 97.68 98.32 105.53 105.24 99.76 101.05 91 1900 97.72 98.36 105.53 105.24 99.76 101.01 l
92 1915 97.76 98.36 105.53 105.20 99.92 101.13 93 1930 97.76 98.40 105.53
'105.28 99.92 101.13 L
94 1945 97.80 98.40-105.53 105.28 100.00 101.13 l
95 2000 97.80 98.40 105.53 105.32 99.92 101.13 96 2015 97.80 98.44 105.53 105.36 99.92 101.17 97 2030 97.80 98.44 105.53 105.36 100.16 101.25 98 2045 97.80 98.48 105.53 105.44 99.96 101.21 99 2100 97.84 98.48 105.53 105.48 100.00 101.25 l
100 2115 97.80 98.44 105.53 105.56 100.08 101.37 I
i I
w
REC #
TIME TE01 TEO2 TE03 TE04 TEOS TE06 101 2130 97.84 98.52 105.53 105.56 100.00 101.21 102.
2145 97.88 98.52 105.53 105.60 100.00 101.29 103 2200 97.88 98.52 105.53 105.64 100.04 101.33 104 2215 97.88 98.52 105.53 105.68 100.16 101.41 105 2230 97.84 98.48 105.53 105.68 100.24 101.41 106 2245 97.84 98.48 105.53 105.76 100.16 101.41 107 2300 97.84 98.52 105.53 105.80 100.12 101.33 108 2315 97.80 98.48 105.53 105.80 100.04 101.37 109 2330 97.80 98.48 105.53 105.80 100.04 101.33 110 2345 97.84 98.48 105 53 105.84 100.16 101.33 e
w-
-wy-,-r-
=
I REC O.
TIME TEO7 TEO8 TEO9 TE10 TE11 TE12 1
1615 94.07 95.38 94.71 94.5 96.26 95.24 2
1630 94.15 95.66 94.75 94.82-96.34 95.52 3
1645 94.27 96.06 94.95 95.06 96.78 95.92 4
1700 94.51 96.46 95.22 95.34 97.42 96.08 5
1715 94.47 96.90 95.30 95.54 97.70 96.60 6
1730 94.75 97.26 95.54 95.74 98.06 96.88 7
1745 94.87 97.46 95.54 96.02 98.34 97.04 8
1800 94.59 98.22 96.66 98.43 98.54 96.72 9
1815 95.07 98.50 97.70 98.99 98.78 96.88 10 1830 95.46 98.74 98.06 99.19 98.97 97.04 11 1845 95.70 99.05 98.54 99.19 98.82 97.16 12 1900 95.66 99.21 98.89 99.39 98.85 97.20 13 1915 96.02 99.41 99.09 99.51 98.97 97.24 14 1930 96.42 99.45 99.21 99.39 98.09 97.28 15 1945 96.54 99.49 99.41 99.47 99.01 97.36~
16 2000 96.86 99.53 99.53 99.59 98.97 97.36 17 2015 96.62 99.57 99.61 99.63 98.93 97.40 18 2030 97.30 99.57 99.53 -
99.55 98.89 97.40 19 2045 97.18 99.57 99.49 99.51 98.89 97.44 20 2100 96.98 99.57 99.65 99.51 98.89 97.48 21 2115 98.38 100.01 100.01 100.31 99.21 97.84 22 2130 97.82 99.77 99.81 99.59 99.25 97.56 23 2145 99.25 100.25 100.33 100.43 99.17 97.92 24 2200 100.33 101.25 101.13 101.39 99.77 98.24 25 2215 100.33
'100.85 101.01 101.11 99.61 97.88 26 2230 100.65 101.25 101.25 101.39 99.89 98.04 27 2245 100.73 101.41 101.41 101.31 100.05 98.04 28 2300 100.01 100.69 100.85 100.35 99.37 97.40 29 0330 96.88 98.22 97.82 98.07 97.46 96.04 30 0345 96.94 98.22 97.78 98.07 97.42 96.00 l
31 0400 96.66 98.18 97.78 97.95 97.30 95.96 32 0415 96.86 98.14 97.74 98.03 97.46 95.96 i
33 0430 96.66 98.10 97.70 97.90 97.30 95.92 34 0445 97.06 98.10 97.66 97.95 97.26 95.88 35 0500 96.82 98.1 97.7 97.99 97.30 95.84 36 0515 96.7 98.1 97.7 97.95 97.22 95.842 37 0530 96.74 98.06 97.62 97.90 97.18 95.8 38 0545 96.50 98.02 97.58 97.82 97.14 95.76 l
39 0600 96.66 97.98 97.58 97.86 97.06 95.72 l
-40 0615 96.50 97.98 97.54 97.90 97.02 95.72 l
41 0630 96.78 97.98 97.54 97.82 97.06 95.68 42 0645 96.54 97.94 97.54 97.82 97.22 95.68 l
43 0700 96.66 97.94 97.54 97.82 97.06 95.64 l
44 0715 96.26 97.94 97.54 97.82 97.10 95.64 L
45 0730 96.50 97.94 97.46 97.78 97.02 95.60 46 0745 96.38 97.94 97.46 97.82 97.06 95.56 l
47 0800 96.54-97.90 97.46
~97.74 97.01-95.60 96.50 97.90 97.42 97.82 96.94 95.56 l
48 815 L
49 0830 96.42 97.90 97.50 97.78 96.98 95.52 L
50 0845 96.46 97.90 97.46 97.74
. 96.98 95.52
...-L.,__-
REC O.
TIME TEO7 TE03 TEO9 TE10 TEli
- TE12 51 0900 95.22 97.90 97 42 97.78 96.86 95.52 52 915 96.70 97.90 97.38 97.78 96.94 95.52 53 0930 96.50 97.90 97.38 97.73 96.94 95.48 L
54 0945 96.46 97.86 97.42 97.74 96.94
-95.48 55 1000
'r6. 50 97.86 97.42 97.74 96.90 95.48 56 1015 96.46 97.86 97.34 97.74 96.86 95.44 57 1030 96.46 97.86 97.26 97.74 96.82 95.44 58 1045 96.50 97.82 97.30 97.70 96.86 95.44 59 1100 96.42 97.82 97 30 97.66 96.90 95.44 60 1115 96.50 97.82 97.26 97.62 96.82 95.44 61 1130 96.50 97.82 97.26 97.70 96.74 95.40 62 1145 96.46' 97.78 97.26 97.66 96.74 95.44 63 1200 96.34 97.82 97.26 97.66 96.74 95.40 64 1215 96.66 97.82 97.22 97.66 96.82 95.40 I
65 1230 96.46 97.86 97.18 97.66 96.66 95.40 66 1245 96.34 97.82 97.18 97.62 96.82 95.36 67 1300 96.14 97.82 97.26 97.54 96.74 95.40 l
68 1315 96.42 97.86 97.26 97.66 96.70 95.44 69 1330 96.62 97.86 97.30 97.74 96.86 95.44 70 1345 96.50 97.90 97.42 97.74 96.86 95.52 71 1400 96.70 97.94 97.58 97.78 96.86 95.56 72 1415 96.50 97.94 97.54 97.74 96.94 95.60 73 1430 96.50 98.02 97.62 97.82 96.98 95.60 74 1445 96.66 98.02 97.62 97.82 97.06 95.64 75 1500 96.82 98.06 97.62 97.82 97.10 95.68 76 1515 96.66 98.06 97.74 97.86 97.10 95.72 77 1530 96.74 98.10 97.66 97.86 97.14 95.76 78 1545 96.79 98.14 97.78 97.86 97.14 95.80 79 1600 96.7S 98.14 97.82 97.95 97.14 95.84 80 1615 96.78 98.22 97.90 97.95 97.34 95.88 81 1630 96.62 98.26 97.86 97.95 97.38 95.922 82 1645 96.98 98.30 98.02 97.99 97.42 96.002 83 1700 96.82 98.38 97.94 98.07 97.50 96.082-84 1715 96.86 98.38 98.02 98.11 97.54 96.122 85 1730 96.90 98.42 98.10 98.15 97.62 96.162 86 1745 96.78 98.42 98.14 98.15 97.74 96.20 87 1800 96.94 98.42 98.18 98.15 97.70 96.20 88 1815 96.82 98.46 98.18 98.19 97.74 96.242 89 1830 96.78 98.46 98.18 98.23 97.78 96.242 90 1845 96.94 98.46 98.22 98.23 97.66 96.282 91 1900 96.94 98.50 98.22 98.27 97.78 96.282 92 1915 96.94 98.50 98.22 98.27 97.78 96.282 93 1930 97.10 98.54 98.26 98.27 97.78 96.322 94 1945 96.90 98.54 98.30 98.31 97.78 96.363 l
95 2000 97.02 98.58 98.34 98.31 97.86 96.362 96 2015 96.94 98.62 98.30 98.27 97.86 96.402 i
97 2030 97.10 98.62-98.38 98.35 97.78 96.402 98 2045 97.02 98.66 98.42 98.35 98.86 96.402 99 2100 97.02 98.66 98.34 98.39 97.78 96.402 100 2115 97.06 98.70 98.42 98.39 97.98 96.441
REC #
TIME TEO7 TEOS
.TEO9 TE10 TEli TE12 101 2130 97.14 98.74 98.42 98.43 97.90 96.441 102 2145 97.26 98.74 98.42 98.47 97.90 96.441 103 2200 97.26 98.74 98.46 98.51 98.02 96.481 104 2215 97.26 98.78 98.50 98.55 98.06 96.52 105 2f230 97.30 98.82 98.54 98.51 97.98 96.48 106 2245 97.42 98.82 98.54 98.55 97.98 96.52 107 0300 97.42 98.85 98.54 98.55 97.90
'96.52 108 2315 97.46 98.82 98.54 98.59 97.98 96.52 109 2330 97.46 98.85 98.46 98.59 97.94 96.48 110 2345 97.26 98.85 98.50 98.55 97.94 96.521 O
O e
r
~
t REC 0 TIME TE13 TE14 *-
TE15 TE16 TE17 TE18 1
1615 93.90 94.36 95.82 94.03 95.38 94.01 2
1630 94.09 94.64 95.98 94.39 95.62 94.25 3
1645 94.49 94.95 96.30 94.71 96.02 94.57 4
1700 94.81 95.15' 96.70 95.22 96.46 94.89 5
1715 95.77 95.23 97.30 95.50 96.62 95.21 6
1730 96.72 95.31 97.90 95.74 96.78 95.65 7
1745 97.28 95.39 98.34 95.90 96.94 95.80 8
1800 97.52 96.42 99.13 96.02 97.25 96.16 9
1815 98.67 96.94 99.57 96.18 97.33 96.28 10 1830 99.03 97.41 99.97 96.22 97.37 96.40 11 1845 99.23 97.61 100.13 96.30 97.45 96.44 12 1900 99.19 97.77 100.33 96.34 97.49 96.56 13 1915 99.27 97.93 100.41 96.50 97.57 96.60 14 1930 99.19 97.93 100.45 96.54 97.57 96.60 15 1945 99.27 98.01 100.53 96.58 97.61 96.68 16 2000 99.23 98.17 100.61 96.62 97.69 96.72 17 2015 99.27 98.13 100.53 96.70 97.69 96.80 18 2030 99.35 98.17 100.41 96.74 97.73 96.88 19 2045 99.31 98.05 100.45 96.74 97.77 96.88 20 2100 99.11 98.01 100.49 96.78 97.77 96.92 21 2115 98.99 98.25 100.77 96.98 97.97 97.04 22 2130 99.19 98.09 100.57 96.94 97.89 97.00 23 2145 99.35 98.80 101.13 97.18 98.13 97.36 24 2200 100.62 100.03 101.89 97.26 98.29 97.67 25 2215 100.34 99.79 101.53 96.90 97.97 97.48 26 2230 100.74 99.98 101.85 97.02 98.09 97.52 27 2243 100.90 100.27 101.93 96.98 98.13 97.60 28 2300 99.70 99.44 101.13 96.42 97.45 97.08 l
29 0330 96.24 95.51 98.97 95.18 96.38 95.69 30 0345 96.16 95.51 98.89 95.14 96.34 95.65 31 0400 96.16 95.31 98.85 95.10 96.34 95.57 32 0415 96.24 95.43 98.82 95.07 96.30 95.61 33 0430 96.04 95.23 98.78 95.03 96.26 95.57 34 0445 96.12 95.39 98.74 95.03 96.26 95.53 35 0500 96.08 95.19
?8.78 94.99 96.22 95.53 1
36 0515-96.00 95.23 98.74 94.95 96.18 95.49 l
37 0530 96.0 95.15 98.74 94.95 96.18 95.45 l
38 0545 95.96 94.95 98.70 94.91 96.14 95.41 39 0600 95.92 95.11 98.70 94.87 96.10 95.37 40 0615 95.92 95.11 98.70 94.83 96.06 95.37 41 0630 95.84 95.31 98.70 94.83 96.06 95.33 42 0645 95.88 95.15 98.58 94.83 96.06 95.33 43 0700 95.84 95.23 98.58 94.83 96.02 95.33 44 0715 95.84 94.95 98.62 94.83 96.02 95.33 l
45 0730 95.80 95.07 98.58 94.79 95.98 95.25 l
46 0745 95.80 94.99 98.58 94.75 95.98 95.25 47 0800 95.80 95.11 98.54 94.79 95.98 95.29 48 815 95.80 95.23 98.50 94.75 95.94 95.25 49 0830 95.77 95.23 98.42 94.75 95.94 95.25 50 0845 95.80 94.95 98.42 94.75 95.94 95.56 l
REC O TIME TE13 TE14 TE15 TE16 TE17 TE18 51 0900 95.80 95.15 98.38 94.75 95.94 95.25 52 915 95.73 95.27 98.38 94.75 95.94 95.25 53 0930 95.73 95.15 98.38 94.71 95.90 95.17 54 0945 95.73 95.03 98.34 94.71 95.90 95.21 55 1000 95.73 95.11 98.34 94.71 95.90 95.21 56 1015 95.69 94.99 98.30 94.67 95.90' 95.21 57 1030 95.69 95.23 98.26 94.67 95.86 95.21 58 1045 95.65 95.11 98.22 94.67 95.86 95.17 59 1100 95.65 94.95 99.22 94.63 95.86 95.13 60 1115 96.65 95.11 98.22 94.63 95.82 95.13 61 1130 95.61 95.27 98.18 94.63 95.78 95.09 62 1145 95.57 94.83 98.14 94.59 95.78 95.09 3
1200 95.61 95.03 98.18 94.63 95.78 95.09 6
64-1215 95.61 95.23 98.18 94.63 95.78 95.09 65 1230 95.65 95.15 98.22 94.67 95.82 95.13 66 1245 95.57 95.11 98.18 94.63 95.78 95.09 67 1300 95.61 94.91 98.14 94.63 95.82 95.09 68 1315 95.61 95.31 98.22 94.71 95.86 95.13 69 1330 95.65 95.35 98.26 94.75 95.86 95.21 70 1345 95.84 95.43 98.34 94.79 95.94 95.29 71 1400 95.84 95.43 98.38 94.87 95.98 95.33 72 1415 95.80 95.43 98.42 94.91 96.02 95.41 73 1430 95.88 95.,51 98.46 94.95 96.06 95.41 74 1445 95.88 95.59 98.42 94.99 96.06 95.41 75 1500 95.84 95.79 98.46 95.03 96.10 95.45 76 1515 95.92 95.63 98.54 95.03 96.14 95.53 77 1530 95.96 95.99 98.50 95.07 96.18 95.53 78 1545 96.04 95.83 98.58 95.14 96.22 95.65 79 1600 96.08 96.06 98.62 95.22 96.30.
95.65 80 1615 96.08 95.99 98.70 95.22 96.34 95.73 l
81 1630 96.16 96.34 98.70 95.30 96.42 95.77 82 1645 96.24 96.30 98.78 95.38 96.50 95.88 l
83 1700 96.32 96.46 98.85 95.46 96.54 95.88 84 1715 96.28 96.46 98.85 95.50 96.54 95.92 85 1730 96.32 96.42 98.89 95.54 96.58 96.00 86 1745 96.36 96.46 98.89 95.58 96.62 95.96 87 1800 96.40 96.34 98.93 95.62 96.66 96.00 88 1815 96.36 96.26 99.01 95.62 96.66 96.00 89 1830 96.40 96.26 98.97 95.62 96.66 96.00 l
90 1845 96.44 96.38 99.01 95.66 96.70 96.C4 91 1900 96.44 96.34 99.01 95.66 96.74 96.04 92 1915 96.44 96.46 99.01 95.66 96.74 96.08 93 1930 96.48 96.46 99.05 95.70 96.78 96.04 94 1945 96.48 96.34 99.05 95.70 96.78 96.12 95 2000 96.52 96.46 99.05 95.70 96.82 96.12 96 2015 96.48 96.42 99.13 95.74 96.82 96.16 97 2030 96.60 96.50 99.13 95.78 96.86 96.16 98 2045 96.60 96.50 99.13 95.78 96.86 96.16 99 2100 96.60 96.46 99.21 95.82 96.90 96.20 100 2115 96.60 96.50 99.17 95.82 96.90 96.16
REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18 101 2130 96.60 96.62 99.17 95.82 96.90 96.16 102 2145 96.64 96.58 99.25 95.86 96.94 96.24 96.94 96.28 103 2200 96.64 96.58 99.29 95.86 104-2215
- 96.68 96.62 99.29 95.86-96.94 96.24 105 2230
. 96.64 96.66 99.29 95.86 96.94 96.24 106 2245 96.72 96.62 99.37 95.86 96.98 96.28 107 2300 96.72 96.58 99.33 95.86 96.94 96.28 108 2315 96.68 96.58 99.33 95.82 96.94 96.24 109 2330 96.72 96.58 99.33 95.82 96.94 96.24 110 2345 96.72 96.58 99.33 95.82 96.94 96.24 4
9
~,.. -..
REC O TIME TE19 TE20 TE21 TE22 TE23 TE24 1
1615 86.24 86.92 86.68' 86.60 86.72 86.40 2
1630 87.04 87.56 87.40 87.28 87.52 87.16 3
1645 87.96 88.56 88.16 88.16 88.40 87.92 4
1700 89.48 90.31 89.88 89.68 90.24 89'36 5
1715 89.96 90.63 90.19 90.04 90.56 89.76 6
1730 90.28 90.95 90.47 90.28 90.80 90.04 7
1745 90.48 91.03 90.63 90.44 90.96 90.28 I
8 1800 90.56 91.11 90.71 90.56 91.00 90.40 9
1815 90.64 91.11 90.71 90.60 91.00 90.48 10 1830 90.68 91.15 90.71 90.64 91.00 90.59 11 1845 90.68 91.19 90.71 90.60 91.00 90.59 12 1900 90.68 91.11 90.71 90.64 90.96 90.59
.l 13 1915 90.76 91.07 90.71 90.64 91.00 90.71 14 1930 90.72 91.03 90.67 90.64 90.92 90.71 15 1945 90.72 91.07 90.67 90.64 90.88 90.71 16 2000
.90.72 90.99 90.67 90.64 90.88 90.71 17 2015 90.72 90.99 90.71 90.68 90.88 90.71 l
18 2030 90.68 91.03 90.67 90.64-90.84 90.71 i
19 2045 90.68 90.99 90.67 90.64 90.84 90.75 20 2100 90.68 90.95 90.63 90.60 90.84 90.75 21 2115 90.72 90.95 90.67 90.64 90.84 90.75 22 2130 90.68 90.91 90.63 90.64 90.80 90.75 23 2145 90.72 90.95 90.67 90.68 90.84 90.79 24 2200 90.64 90.83 90.63 90.64 90.80 90.71 25 2215 89.76 89.88 89.76 89.76 89.84 89.92 26 2230 89.76 90.00 89.80 89.80 89.88 89.96
-27 2245 89.60 89.76 89.64 89.60 89.68 89.76 28 2300-88.28 88.32 88.40 88.36 88.40 88.52 29 0330 85.76 85.93 85.96 85.90 85.97 86.08 30 0345 85.68 85.85 85.92 85.85 85.89 86.04 l
31 0400 85.64 85.81 85.88 85.85 85.89 86.00 32 0415 85.64 85.81 85.84 85.81 85.85 85.96 33 0430 85.60 85.77 85.80 85.77 85.81 85.92 34 0445 85.56 85.73 85.76 85.77 85.77 85.88 35 0500 85.52 85.69 85.76 85.73 85.73 85.88 36 0515 85.56 85.73 85.76 85.73 85.77 85.88 37 0530 85.56 85.73 85.76 85.73 85.73 85.88 38 0545 85.52 85.69 85.76 85.69 85.73 85.84 39 0600 85.52 85.69 85.72 85.69 85.69 85.84 40 0615 85.48 85.65 85.72 85.65 85.69 85.80 41 0630 85.48 85.69 85.72 85.65 85.69 85.80 42 0645 85.48 85.65 85.72 85.65 85.69 85.8 43 0700 85.44 85.65 85.68 85.65 85.65 85.76 44 0715 85.44 85.61 85.68 85.61 85.65 85.76 45 0730 85.44 85.61 85.64 85.61 85.61 85.76 46 0745 85.40 85.57 85.60 85.57 85.61 85.72 47 0800 85.40 85.57 85.60 85.53 85.61 85.72 48 815 85.36 85.53 85.60 85.53 85.57 85.72 49 0830 85.36 85.53 85.60 85.53 85.57 85.68 50 0845 85.32 85.49 85.56 85.53 85.57 85.68 l
~...
REC 0 TIME TE19 TE20 TE21 TE22 TE23 TE24 51 0900 85.32 85.49 85.56 85.49 85.57 85.64 52 915 85.32 85.49 85.56 85.49 85.53 85.64 53 0930 85.32 85.49 85.56 85.49 85.53 85.64 54 0945 85.32 85.49 85.52 85.49 85.53 85.64 55 1000 85.28 85.49 85.52 85.49 85.53 85.60 56 1015 85.28 85.45 85.52 85.45 85.49 85.60 57 1030 85.28 85.45 85.52 85.45 85.49 85.60 58 1045 85.28 85.45 85.48 85.45 85.45 85.60 59 1100 85.24 85.45 85.48 85.45 85.45 85.60 60 1115 85.24 85.45 85.44 85.41 85.45 85.56 61 1130 85.24 85.41 85.44 85.41 85.45 85.56 62 1145 85.20 85.41 85.44 85.41 85.41 85.56 63 1200 85.20 85.41 85.44 85.41 85.41 85.41 64 1215 85.20 85.37 85.44 85.41 85.41 85.56 65 1230 85.28 85.49 85.48 85.45 85.45 85.60 1
66 1245 85.24 85.41 85.44 85.41 85.45 85.56 67 1300 85.20 85.37 85.40 85.37 85.41 85.52 68 1315 85.20 85.37 85.40 85.37 85.37 85.41 69 1330 85.16 85.37 85.40 85.37 85.37 85.52 70 1345 85.16 85.37 85.40 85.37 85.37 85.48 71 1400 G5.16 85.37 85.40 85.33 85.37 85.48 72 1415 85.16 85.33 85.40 85.33 85.37 85.48 73 1430 85.16 85.37 85.40 85.33 85.37 85.48 74 1445 85.16 85.37 85.40 85.33 85.37 85.48 75 1500 85.12 85.33 85.40 85.33 85.37 85.48 76 1515
- 85.12 85.33 85.40 85.33 85.37 85.48 77 1530 85.12 85.33 85.40 85.33 85.37 85.44 78 1545 85.12 85.33 85.36 85.33 85.37 85.42 79 1600 85.12 85.33 85.36 85.33 85.33 85.44 80 1615 85.12 85.33 85.36 85.33 85.37 85.48 81 1630 85.12 85.33 85.36 85.33 85.33 85.44 82 1645 85.12 85.33 85.36 85.33 85.37
.El5. 48 83 1700 85.12 85.29 85.36 85.29 85.33 85.44 84 1715 85.12 85.29 85.36 85.29 85.33 85.44 85 1730 85.12 85.29 85.36 85.29 85.33 85.44 i
86 1745 85.12 85.29 85.36 85.29 85.33 85.44 87 1800 85.12 85.29 85.36 85.29 85.33 85.44 88 1815 85.12 85.29 85.36 85.29 85.33 85.44 89 1830 85.08 85.29 85.32 85.29 85.33 85.44 90 1845 85.08 85.25 85.32 85.25 85.29 85.40 91 1900 85.00 85.25 85.32 85.25 85.29 84.40 92 1915 85.05 85.25 85.32 85.25 85.33 85.40 93 1930 85.08 85.29 85.32 85.29 85.29 85.40 94 1945 85.08 85.25 85.32 85.25 85.29 84.40 95 2000 85.08 "5.25 85.28 85.25 85.29 85.40 96 2015 85.08 w3.25 85.32 85.25 85.29 85.40 97 2030 85.08 85.25 85.32 85.25 85.29 85.40 98 2045 85.08 85.28 85.32 85.25 85.29 85.40 99 2100 85.04 85.25 85.28 85.21 85.25 85.40 100 2115 85.08 85.25 85.28 85.25 85.29 85.40 4
,.~
w
,-,,-n--
w
-w-,,,w--,
, - ~, -, - -
REC #
TIME TE19 TE20 TE21 TE22 TE23 8 TE24 101 2130 85.08 85.25 85.28 85.21 85.29 85.40 102 2145 85.04 85.25 85.28 85.21 85.25 85.40 103 2200 85.04 85.21 85.28 85.21 85.25 85.40 104 2215 85.04 85.25 85.28 85.21 85.25 85.40 105 2230 85.04 85.25 85.28 85.21 85.25 85.40 106 2245 85.04 85.25 85.28 85.21 85.25 85.40 107 2300 85.04 85.25 85.28 85.21 85.25 85.40 108 2315 85.04 85.21 85.28 85.21 85.25 85.36 109 2330 85.04 85.21 85.28 85.21 85.25 85.36 110 2345 85.04 85.21 85.28 85.21 85.25 85.36 8
O l
REC.O TIME DE01 DE02 DE03 DE04 DEOS DE06 1
1615 180.68 181.68 185.33 178.36 176.04 180.35 2
1630 180.02 182.34 183.00 176.37 174.05 178.36 3
1645 178.36 181.35 181.35 176.04 175.71 177.70 4
1700 176.70 182.01 178.69 174.38 171.39 174.38 5
1715 173.72 179.02 176.04 172.39 169.40 171.73 6
1730 171.73 176.04 173.38 170.07 167.41 169.40 7
1745 170.07 174.05 171.73
___169.40 167.08 168.74 8
1800 169.74.
175.04 167.08 168.74 165.42 167.75 9
1815 168.74 174.05 168.08 168.08 164.43 167.08 10 1830 168.08 172.72 169.74 163.43 167.41 167.41 11 1845 167.75 172.39 166.75 167.08 163.10 166.42 12 190'O 167.41 171.73 167.00 167.08 163.10 166.42 13 1915 166.75 170.73 166.75 166.42 162.44 165.42 14 1930 166.75 170.73 165.09 166.09 162.11 165.42 15 1945 166.75 169.74 167.08 166.09 161.44 165.09 16 2000 165.76 169.40 165.42 165.42 161.44 164.76 17 2015 165.76 169.40 164.10 165.42 161.44 165.42 18 2030 165.42 168.08 164.43 164.76 160.78 164.76 19 2045 165.09 168.08 165.42 165.09 160.78 164.43 20 2100 165.09 167.41 164.10 164.43 160.45 164.43 21 2115 165.76 169.40 163.43 164.10 161.78 164.45 22 2130 165.42 169.40 164.76 164.10 160.78 163.77 23 2145 166.42 169.07 163.10 163.77 160.78 164.43 24 2200 166.42 169.74 165.42 164.43 160.12 164.10 25 2215 165.76 169.74 164.76 163.43 160.78 164.10 7
26 2230 165.76 169.07 164.76 163.43 160.78 164.10 27 2245 165.76 169.40 164.43 163.10 161.11 163.77 28 2300 165.42 167.08 166.75 163.10 162.77 164.10 29 0330 167.75 166.09 168.08 165.42 163.77 166.42 l
30 0345 168.41 166.42 167.75 165.09 163.77 165.42 l
31 0400 168.08 166.09 167.08 165.76 164.10 165.09 l
32 0415 167.41 166.42 168.00 165.09 164.43 167.41 33 0430 167.08 167.08 167.75 166.42 164.10 165.76 34 0445 167.75 167.08 168.74 166.42-164.10 166.75 35 0500 168.74 167.08 168.08 166.42 163.77 166.75 36 0515 168.41 165.76 167.75 166.42 164.10 166.09 37 0530 167.75 166.09 169.74 165.76 164.76 166.75 l
38 0545 168.08 166.42 168.74 166.42 164.43 167.41 l
39 0600 168.41 166.75 168.41 167.08 164.43 166.42 l
40 0615 169.07 167.41 169.74 166.75 164.76 168.08 41 0630 168.74 167.08 170.07 166.75 164.76 166.09 42 0645 16..4 167.41 169.74 166.42 165.76 167,41 43 0700 169.07 167.41 169.40 166.75 165.09 167.41 44 0715 169.74 167.75 168.08 166.42 166.09 168.08 45 0730 168.41 167.41 168.74 168.08 165.76 164.75 46 0745 168.74 167.41 169.74 168.08 166.42 167.08 47 0800 169.74 167.41 169.74 167.08 165.42 166.75 j
48 815 169.40 167.41 170.07 167.08 165.42 167.41 l
49 0830 169.40 168.08 171.06 166.75 165.76 167.41 50 0845 168.74 168.08 171.39 168.08 165.42 168.08
REC O TIME DE01 DE02 DEO3 DE04 DEO5 DE06 51 0900 170.07 167.75 169.40 167.08 166.42 168.08 52 915 169.74 168.08 170.73 167.08 165.76 167.41 53 0930 169.40 168.08 171.39 167.75 165.09 167.75 54 0945 169.74 168.08 170.40 167.41 165.76 168.41 55 1000 170.07 169.40 170.40 167.75 166.09 168.41 56 1015 170.7 168.74 170.40 168.08 165.42 167.75 57 1030 170.40 169.07 170.73 167.75 165.76 168.41 58 1045 169.40 169.40 171.06 167.75 165.76 169.07 59 1100 170.40 168.41 170.73 168.08 166.75 167.08 60 1115 169.74 168.08 170.73 169.07 166.42 167.08 61 1130 169.74 169.74 170.73 168.41 166.09 169.74 62-1145 169.74 168.74 171.73 167.75 165.76 170.07 63 1200 170.73 169.40 170.40 168.00 166.75 169.74 64 1215 170.7 168.74 171.06 168.08 166.75 168.41 65 1230 170.73 169.07 170.73 168.08 166.75 169.07 66 1245 170.73 168.74 171.06 168.41 167.08 169.40 67 1300 170.73 169.40 171.06 169.07 167.08 169.07 68 1315 171.06 169.40 171.06 168.08 166.42 169.74 69 1330 171.06 169.07 171.39 168.74 167.08 169.07 70 1345 171.06 169.74 172.06 168.41 166.75 168.74 71 1400 171.06 169.40 171.06 168.41 167.08 170.07 72 1415 170.73 170 73 170.40 169.07 167.41 169.74 73 1430 171.06 169.74 172.06 169.74 166.75 170.73 74 1445 170.73 169.74 171.73 168.74 167.41 169.74 75 1500 171.06 169.74 171.06 168.74 167.08 169.74 76 1515 171.39 169.40 172.06 169.07 167.08 169.74 77 1530 171.06 170.07 172.06 169.74 167.75 170.40 78 1545~
171.39 170.07 171.39 169.74 167.75 171.06 79 1600 171.73 170.07 172.72 169.07 167.41 170.73 80 1615 171.73
. 170.40 173.05 169.74 169.40 171.73 81 1630 171.73 170.40 172.06 169.07 168.08 169.40 82 1645 172.06 170.40 172.39 170.07 168.41 170.40 83 1700 172.39 170.4C 173.05 170.73 168.08 170.07 l
84 1715 172.06 170.73 172.39 170.73 169.07 171.73 85 1730 171.39 170.73 172.06L 170.40 169.07 170.40 86 1745 171.39 170.73 172.72 169.74 169.74 169.74 87 1800 171.73 170.40 173.72 170.40 169.07 170.40 88 1815 171.73 170.73 173.38 169.74 169.07 171.06 89 1830 172.72 170.73 173.38 169.74 168.74 171.06 90 1845 172.39 171.06 173.72 169.74 168.08 171.39 91 1900 172.72 171.06 173.38 170.73 169.74 170.40 92 1915 172.72 170.73 174.05 172.06 167.75 170.07 93 1930 172.72 171.06 174.05 170.40 169.07 171.39 94 1945 172.06 171.06 172.39 170.40 168.08 171.39 95 2000 173.38 170.73 173.38 170.40 169.74 170.40 96 2015 173.05 170.73 172.39 171.06 168.74 171.06 97' 2030 172.06 171.39 173.05 170.40 169.74 172.06 98 2045 172.72 171.73 173.72 171.06 170.40 171.39 99 2100 172.06 171.39 174.05 170.40 168.74 170.73 100 2115 173.05 171.06 173.38 170.40 168.74 170.73
. ~.
REC #
TIME DE01 DE02 DE03 DEO4 DEO5 DE06 101 2130 173.38 170.73 172.72 170.73 170.40 173.05 102 2145 172.72 171.73 173.38 170.73 169.74 170.73 103 2200 173.05 170.73 173.38 170.73 169.40 171.39 104 2215' 173.72 171.73 174.71 170.73 170.07 170.73 105 2230 174.05 171.06 174.05 170.73 170.07 172.39 106 2245 172.72 171.06 173.72 171.06 169.74 172.39 107 2300 173.38 172.39 174.05 171.39 170.73 172.72 108 2315 173.38 171.39 173.72 171.06 169.40 173.38 109 2330 173.38 171.39 174.05 171.06 168.41 172.06 110 2345 172.72 171.73 174.71 171.39 168.41 171.06 4
t
REC #
TIME DEO7 DEO8 DEO9 DE10 PIO1 PIO2 1
1615 166.42 167.75 167.08 167.08 014880 014900 2
1630 168.08 169.07 168.74 168.41 014955 014975 3
1645 168.41 169.74 169.74 168.74 015125 015140 4
- 1700 170.40 171.39
-171.06 170.73 015375 015385 5
1715 170.40 171.39 171.39 170.73 015665 015680 6
1730 170.73 172.39 172.06 170.73 015980 016000 7
1745 170.73 172.06 172.39 171.06 026330 026380
's 1800 171.06 172.39 172.39 171.06 28400 28440 9
1815 171.39 172.39 172.39 171.73 30550 30600 10 1830 170.73 172.39 172.39 171.39 32580 32620 11 1845 171.73 172.39 172.39 172.06 34690 34730 12 1900 171.06 172.72 172.39 171.73 36770 36800 13 1915 171.39 172.39 172.72 172.39 38860 38910 14 1930 170.73 172.39 172.72 171.39 40920 40960 15 1945 171.73 172.72 172.72 172.06 43040 43070 16 2000 171.39 172.39 172.72 171. 06 45230 45260 17 2015 172.06 172.39 172.72 171.39 47130 47150 18 2030 171.39 172.72 172.39 171.39 49150 49170 19 2045 170.73 172.72 172.72 171.06 51170 51200 20 2100 170.73 173.05 172.72 171.06 53180 53190 21 2115 171.06 172.39 172.72 171.06 55190 55200 22 2130 170.73 172.39 172.39 171.73 57160 57180 23 2145 172.39 172.39 172.72 171.73 59170 59180 24 2200 171.06 172.72 172.39 171.39 61070
_ 61080 25 2215 170.73 172.39 172.39 170.73 62110 62120 26 2230 171.06 172.06 172.39 170.73 63540 63550 27 2245 169.74 172.39 172.39 170.07 64730 64740 l
28 2300 171.06 171.39 171.73 169.74 64790 64800 29 0330 166.75 168.41 168.74 166.42 63642 63644
+
30 0345 166.09 168.41 168.74 166.75 63588 63592 31 0400 166.09 168.08 168.74-166.42 63535 63539 L
32 0415 166.75 168.08 168.74 167.75 63480 63484 l
33 0430 166.42 167.75 169.40 166.75 63427 63431 34 0445 166.75 168.08 169.07 166.09 63375 63379 35 0500 166.75 168.08 168.41 165.76 63337 63341 36 0515 166.75 168.08 168.74 166.42 63329 63333 37 0530 165.76 167.75 168.74 166.75 63318 63323 38 0545 166.75 168.08 168.74 166.42 63310 63314 39 0600 166.09 168.08 168.41 167.41 63301 63306' 40' 0615 165.76 168.08 168.41 167.08 63293 63300 41 0630 165.09 167.75 168.08 166.75 63285 63291 42 0645 168.41 167.41 168.41 166.42 63278 63284 43 0700 165.76 167.45 168.41 166.42 63271 63277 44 0715 168.08 167.75 168.08 166.75 63263 63269 45 0730 167.75 167.08 168.74 166.42 63255 63262 46 0745 166.75 167.08 168.41 165.76 63248 63255 47 0800 166.75 167.41 168.08 165.09 63241 63247 48 815 168.41 167.41 168.08 165.42 63235 63240 49 0830 165.42 167.41 168.41 165.76 63229 63234 50 0845 169.74 167.41 168.41 165.76 63220 63226 l
l l
REC O TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 51 0900 165.42 167.41 168.08 166.42 63214 63220 52 915 165.09 167.75 168.08 166.42 63207 63214 53 0930 164.43 167.08 168.08
- 165.76 63200 63206 54 0945 166.75 167.08 168.08 166.09 63193 63200 55 1000 166.42 167.08 168.41 165.76 63185 63191 56 1015 166.42 167.41 168.08 165.42 63177 63183 57 1030 167.08 167.41 167.75 166.42 63172 63177 58 1045 165.42 167.08 168.08 167.08 63165 63171 59 1100 166.75 167.08 168.08 165.42 63158 63166 60 1115 166.09 167.41 167.75 165.76 63151 63160 61 1130 166.42 167.08 167.75 165.42 63144 63154 62 1145 167.01 167.75 168.08 165.76 63138 63148 63 1200 166.75 167.08 167.75 165.76 63132 63142 64 1215 165.09 167.08 167.75 166.09 63133 63125 65 1230 166.75 167.41 167.75 166.42' 63215 63195 66 1245 165.42 166.75 168.08 165.76 63190 63185 67 1300 166.42 167.08 167.08 165.09 63170 63175 68 1315 164.10 167.08 167.75 165.76 63168 63175 69.
1330 164.76 167.08 167.75 165.42 63166 63173 70 1345 166.42 167.08 167.75 165.42 63164 63171 1
71 1400 167.75 167.08 167.08 165.42 63161 63168 72 1415 165.76 166.75 168.08 165.09 63157 63165 73 1430 165.09 167.08 167.08 165.42 63153 63161 74 1445 164.43 167.08 167.41 165.76 63149 63157 75 1500 163.43 166.75 168.08 165.42 63147 63155 i
76 1515 165.42 167.08 167.41 166.09 63145 63153 77 1530 164.76 166.75 167.41 165.42 63144 63152 78 1545 165.42 166.75 167.41 165.42 63144 63152 79 1600 165.42 166.75 167.08 165.42
'63144 63150 l-80 1615 166.09 167.08 167.41 166.42-63143 63149 L
81 1630 165.42 167.08 167.75 165.42 63144 63150 82 1645 165.09 166.75 167.75 165.42 63145 63150 83 1700 166.42 166.75 167.75 164.10 63144 63149 84 1715 164.43 166.42 167.08 166.42 63142 63147 85 1730 164.10 166.75 168.08 166.42 63141 63146 86 1745 167.08 166.42 167.08 165.09 63137 63143 87 1800 165.09 166.75 167.75 165.76 63135 63141 88 1915 165.76 166.42 167.75 165.09 63133 63139 89-1830 165.09 166.75 167.08 165.42 63130 63137 l
90 1845 167.41 166.75 167.75 165.42 63127 63135 91 1900 164.10 167.08 167.41 165.42 63125 63132 92 1915 167.08 166.42 167.08 165.42 63124 63131 93 1930 165.09 166.75 167.41 165.42 63122 63129 94 1945 165.76 166.75 167.41 166.09 63120 63127 95 2000 165.42 166.42 167.08 165.42 63119 63126 96 2015 164.43 166.75 166.75 164.76 63117 63124 97 2030 166.42 166.75' 167.08 165.76 63115 63122 98 2045 166.42 166.42 167.75 165.42 63113 63121 99 2100 165.42 166.75 167.75 165.76 63111 63119 100 2115 164.43 166.42 167.08 165.42 63110 63116 l
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REC #
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 101
-2130 167.41 166.75 167.41 165.09 63107 63115 102 2145 167.08
'166.75 167.08 165.42 63105 63113 103 2200 165.42 166.09 167.'08 165.42 63103 63111 104 2215 167.75 166.75 167.08 165.42 63100 63110 105 2230 165.09 166.42 167.41 164.76 63097 63106 106 2245 165.76 166.75 167.75 165.09 63094 63105 107 2300 166.75 166.75 167.08 165.76 63091 63100 108 2315 166.09 166.42 167.08 165.76 63088 63097 109 2330 165.09 166.42 167.41 165.42 6'4085 63093 110 2345 164.43 166.42 167.08 164.76 63082 63090 I
t
~
REC O TIME TPAV VPAV PRAV NASS
~
1 1615 91.417
.637 14.882 20580.8 2
1630 91.856
.631 14.957 20680.1 3
1645 92.411
.633 15.125 20899.4 4
1700 93.31
.62 15.372 21239.7 5
1715 93.643
.603 15.665 21672.9 I
6 1730 93.956
.59 15.983 22136.9 7
1745' 94.146
.584 26.356 37050.1 8
1800.
94.477
.578 28.422 40006 9
1815 94.703
.574 30.578.
43090.3 10 1830 94.835
.575 32.602 45984.6 11 1845 94.E99
.568 34.71 49016.1 12 1900.
94.951
.567 36.782 51987.6 13 1915 95.031
.563 38.883 55001 14
'1930 95.023
.559 40.94 57960
.15 1945 95.071
.56 43.054 60987.7 16 2000 95.1
.555 45 243 64132.5 17 2015 95.113
.558 47.14 66849.7 18 2030 95.125
.553 49.16 69755.3 19 2045 95.123
-.552 51.183 72659.4 20 2100 95.111
.55 53.182 75531.9 21 2115 95.329
.553 55.194 78384.8 22 2130 95.219:
.55 57.168 81237.6 23 2145
-95.522
.554 59.17 84058.3 24 2200 95.914
.552 61.069 86723.4 25 2215 95.412
.55 62.109 88296.9 26 2230 95.565
.549 63.54 90324.6 27 2245 95.563
.547 64.731 92035.7 28 2300 94.612
.549 64.791 92277 29 330 92.325
.543 63.638 91005.8 30 345 92.281
.54 63.585 90940.6 31 400 92.231
.538 63.532 90874.2 32 415 92.233
.547 63.477 90781.9 33 430 92.173
.542 63.424 90722.7 34 445 92.168
.545 63.372 90644.1 35 500 92.137
.544 63.334 90596.4 36 515 92.128
.543 63.326 90587.8 37 530 92.111
.544 63.315 90572.9 38 545 92.066
.547 63.307 90563.9 39 600 92.056
.545 63.298 90556.1 40 615 92.036
.551 63.291 90541.5 41 630 92.043
.543 63.283 90539 42 645 92.024
.552 63.276 90519 l
43 700 92.008
.548
-63.269 90518 l
44 715 91.985
.554 63.261 90500.9 45
.730 91.965
.55 63.253 90499.9 46 745 91.95
.55 63.246 90491.9 47 800 91.945
.546 63.239 90486.8 48 815 91.93
.551 63.232 90473.9 49 830 91.914
.549 63.226 90470.2 50 845 91.913
.556 63.218 90447.7
REC #
TIME TPAV VPAV PRAh MASS 51 900 91.892
.552 63.212 90448.5 52 915 91.899
.55 63.205 90441.4 53 930 91.975
.548 63.198 90437.4 54 945 91.868
.553 63.191 90421.1 55 1000 91.863
.555 63.183 90407.7 36 1015 91.837
.551 63.175 90404.8 57 1030 91.837
.555 63.169 90391.3 58 1045 91.821
.556 63.163 90384 59 1100 91.807
.552 63.157 90383.4 60 1115 91.848
.551 63.15 90368.5 61 1130 91.795
.558 63.144 90358.1 62 1145 91.759
.56 63.138 90352.2 63 1200 91.764
.56 63.132 90342.9 64 1215 91.79
.554 63.124 90334.9 65 1230 91.82
.559 63.2 90433 66 1245 91.783
.558 63.182 90415.4 67 1300 91.757
.557 63.167 90398.7 68 1315' 91.795
.556 63.166 90392.4 69 1330 91.827
.556 63.164 90384.2 i
70 1345 91.861
.557 63.162 90374.4 71 1400 91.886
.562 63.159 90359.5 72 1415 91.894
.56 63.156 90355.5 73 1430 91.918
.561 63.152 90344 74 1445 91.931
.559 63.148 90339.9 75 1500 91.952
.557 63.146 90336.1 76 1515 91.967
.56 63.144 90325.8 77 1530 91.991
.562 63.143 90318.1 78 1545 92.013
.564 63.143 90311 79 1600 92.046
.563 63.142 90306.4 80 1615 92.073
.573 63.141 90286.5 81 1630 92.107
.562 63.142 90298.3 82 1645 92.155
.565 63.142 90286.1 83 1700 92.387
.565 63.141 90247.3 84 1715 92.4
.57 63.139 90235 85 1730 92.424
.567 63.138 90234.2 l
86 1745 92.439
.566 63.135 90227.2 87 1800 92.45
.567 63.133 90221 88 1815 92.461
.568 63.131 90214.8 l
89 1830 92.449
.567 63.128 90214.4 t
90 1845 92.459
.571 63.126 90204.1 91 1900 92.395
.568 63.123 90215.2 92 1915 92.478
.567 63.122 90201.8 i
1 93 1930 92.497
.57,
63.118 90202.1 63.12 90190.9 I
94 1945 92.423
.569 95 2000 92.505
.568 63.117 90188.1 96 2015 92.515
.566 63.115 90186.7 l
97 2030 92.537
.574 63.113 90168.6 98
-2045 92.56
.575 63.112 90161.6 99-2100 92.537
.569 63.11 90171.2 r'
100 2115 92.553
.566 63.108 90169.5
REC #
TIME TPAV VPAV PRAV MASS 101 2130 92.558
.579 63.106 90146.y 102 2145 92.571
.572 63.104 90152.6 103 2200 92.58
.57 63.102 10151 104 2215 92.593
.575 63.1 90139.4 105 2230 92.589
.575 63.096 90134.8 106 2245 92.605
.575 63.094 90128.4 107.
2300 92.598
.581 63.09 90116.1 108 2315 92.586
.578 63.087 90117.7 109 2330 92.583
.572 63.084 90122.3~
110 2345 92.586
.567 63.081 90123.9 e
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~
REC #
TIME TE01 TEO2 TE03 TE04 TEOS TE06 1
0000 97.76 98.40 105.53 105.88 100.04 101.33 2
015 97.80 98.40 105.53 105.88 100.04 101.29 3
030 97.76 98.32 105.53 105.88 99.96 101.25 4
0045 97.76 98.32 105.53 105.88 100.04 101.21 5
100 97.72 98.36 105.53 105.88 100.12 101.21 6
0115 97.72 98.32 105.53 105.92 100.04 101.29
~
7-0130 97.72 98.36, 105.53 105.92 100.04 101.25 0
145 97.68 98.24 105.53 105.84 100.08 101.21 9
200 97.60 98.24 105.53 105.92 100.08 101.17 10 215 97.64 98.24 105.53 105.92 100.04 101.21 11 230 97.60 98.24 105.53 105.92 100.04 101.21 12 245 97.64 98.24 105.53 105.92 100.12 101.21 13 300 97.64 98.28 105.53 105.92 100.00 101.17 14 315 97.60 98.20 105.53 105.92 100.04 101.21 15 325 97.56 98.20 105.53 105.96 100.04 101.21 16 0340 97.56 98.20 106.0 106.
99.92 101.25 17 400 97.56 98.16 106.37 106.
100.12 101.29 18 415 97.52 98.16 106.37 106.
100.12 101.33 19 430 97.48 98.12 106.37 106.04 100.16 101.29 20 445 97.48 98.12 106.37 106.04 100.16 101.24 21 500 97.40 98.08 106.37 106.00 100.16 101.33 22 515 97.44 98.08 106.37 106.00 100.16 101.29 23
- 530, 97.44 98.08 106.37 106.00 100.08 101.29 24 545 97.40 97.96 106.37 106.04 100.12 101.29 25 600 97.36 97.96 106.37 106.00 100.16 101.25 26 615 97.36 97.96 106.37 106.00 100.12 101.25 27 630 97.36 97.96 106.37 105.96 100.C8 101.25 28 645 97.24 97.84 106.37 105.96 100.12 101.17 29 0700 97.32 97.80 106.37 105.92 100.08 101.17 30 0715 97.16 97.84 106.37 105.84 100.12 101.13 31 0730 97.20 97.80 106.37 105.92 100.04 101.13 32 0745 97.24 97.80 106.37 105.88 100.16 101.13 33 0800 97.16 97.76 106.37 105.88 100.12 101.13 34 0815 97.12 97.80 106.37 105.88 100.00 101.13 35 0830 97.12 97.76 106.25 105.84 100.04 101.21 36 0845 97.12 97.76 106.25 105.88 100.12 101.13 37 -
0900 97.20 97.80 106.25 105.80 100.04 101.17 38 0915 97.08 97.72 106.25 105.88 100.08 101.17 39 0930 97.12 97.76 106.25 105.88 100.08 101.17 40 0945 97.12 97.72 106.25 105.92 100.12 101.21 41 1000 97.08 97.80 106.25 105.88 100.00 101.21 42 1015 97.16 97.80 106.25 105.92 100.16 101.21 43 1030 97.16 97.80 106.25 105.88 100.04 101.21 44 1045 97.16 97.80 106.25 105.92 100.12 101.21 45 1100 97.20 97.84 106.25 105.92 100.12 101.29 46 1115 97.20 97.80 106.25 105.88 100.16 101.25 47 1130 97.20 97.84 106.25 105.92 100.20 101.29 48 1230 97.32 97.88 106.49 105.92 100.20 101.29 49 1245 97.36 97.88 106.49 105.92 100.08 101.33 50 1300 97.36 97.88 106.49 105.92 100.12 101.33
' REC #
TIME TE01 TE02 TE03 TE04 TEO5 TEO6 l
-51 1315 97.36 97.96 106.49 105.96 100.20 101.33 52 1330 97.44 98.00 106.49 106.00 100.12 101.41 53 1345 97.48 98.00 106.49 106.04 100.28 101.41 54 1400 97.44 98.08 106.49 106.04 100.32 101.45 55 1415 97.56 98.08 106.49 106.04 100.36 101.45 56 1430 97.56 98.12 106.49 106.04 100.32 101.53 57 1445 97.60 98.20 106.49 106.16 100.32 101.57 58 1500 97.64 98.20 106.49 106.16 100.44 101.57 59 1515 97.64 98.28 106.49 106.16 100.44 101.57 l
'60 1530 97.64 98.32 106.49 106.16 100.36 101.65 61-1545 97.72 98.32 106.49 106.24 100.40 101.61 62 1600 97.72 98.36 106.49 106.24 100.52 101.61 l
63 1615 97.76 98.36 106.49 106.24 100.52 101.65 64 1630 97.80 98.40 106.49 106.24 100.56 101.65 65 1645 97.80 98.40 106.49 106.24 100.60 101.73' 66 1700 97.84 98.44 106.49 106.32 100.52 101.77-67 1715 97.84 98.44 106.49 106.36 100.52 101.81 68 1730 97.88 98.52 106.77 106.40 100.72 101.85 69 1745 97.96 98.56 106.77 106.40 100.68 101.89 70 1800 97.96 98.90 106.77 106.44 100.72 101.93 71 1815 98.00 98.60 106.77 106.48 100.68 101.97 72 1830 97.96 98.64 106.77 106.52 100.80 101.97 73 1845 98.00 98.72 106.77 106.56 100.80 102.05 l-j 74 1900 98.08 98.72 106.77 106.60 100.80 102.09 75 1915 98.08 98.72 106.77 106.56 100.80 102.09 76 1930-98.08 98.76 106.77 106.56 100.80 102.05 77 1945 98.04 98.72 106.77 106.60 100.76 102.05 78 2000 98.08 98.76 106.77 106.64 100.76 102.05 79 2015 98.08 98.72 106.77 106.60 100.84 102.09 80 2030 98.08 98.64 106.77 106.64 100.84 101.97 81 2045 98.08 98.64 106.77 106.64 100.92 101.97 82 2100 98.08 98.64 106.77 106.60 100.92 102.01 83 2115 98.04 98.68 106.77 106.68 100.92 102.01 84 2130 98.08 98.68 106.77 106.64 100.80 102.01 85 2145 98.08 98.68 106.77 106.64 100.80 102.09 86 2200 98.08 98.64 106.77 106.68 200.84 102.05 87 2215 98.08 98.64 106.77 106.64 100.88 102.05 88 2230 98.04 98.60 106.77 106.72 100.96 102.09 89 2245 98.08 98.64 106.77 106.68 100.96 102.05 90 2300 98.04 98.68 104.77 106.68 100.84 102.09 91 2315 98.04 98.68 106.77 106.72 100.88 102.05 92' 2330 97.96 98.60 106.77 106.76 100.84 102.09 93 2345 98.00 98.60 106.77 106.72 100.88 102.05 94 0
98.00 98.56 106.77 106.68 100.88 102.05 95 0015 97.88 98.52 106.77 106.68 100.84 102.01 96 0030 97.92 98.52 106.77 106.68 100.84 101.97 97 0045 97.92 98.48 106.77 106.72 100.84 102.01 98 0100 97.88 98.49 106.77 106.64 100.84 101.97 99 115 97.84 98.44 106.77 106.60 100.88 101.97 100 0130 97.88 98.36 106.77 106.52 100.96 101.97
~
- ~.
-m
i REC #
TIME TE01 TE02 TEO3 TE04 TEO5 TEO6 101 0145 97.76 98.36 106.77 106.60 100.80 101.89 102 0200 97.76 98,32 106.77 106.56 100.80 101.89 103 215 97.72 98.24 106.77 106.60 100.84 101.89 104 230 97.68' 98.24 106.77 106.52 100.76 101.85 105 245 97.64 98.24 106.77 106.56 100.80 101.85 106 300 97.64 98.20 106.77 106.56 100.68 101.81 107 315 97.68 98.20 106.77 106.56 100.80 101.85 108 330 97.64 98.12 106.77 106.52 100.80 101.81 109' 345 97.60 98.16 106.77 106.52 100.76 101.81 110 400 97.60 98.20 106.77 106.44 100.84 101.81 111
'415 97.60 98.12 106.77 106.48 100.68 101.77 112 430 97.56 98.08 106.77 106.48 100.64 101.81 113 445 97.56 98.12 106.77 106.44 100.08 101.77 114 500' 97.56 98.12 106.77 106.44 100.64 101.77 115 515 97.52 98.04 106.77 106.44 100.84 101.77 116 0530 97.44 98.04 106.77 106.44 100.68 101.73 1
117 0545 97.52 98.04 106.77 106.36 100.60 101.73 118 600 97.44 98.00 106.77 106.32 100.76 101.69 i
119 615 97.48 97.96 106.77 106.36 100.64 101.69 120 630 97.44 97.92 106.77 106.36 100.60 101.69 121 645 97.44 97.96 106.77 106.28 100.68 101.65 122 0700 97.4 97.92 106.77 106.28 100.56 101.61 1
123 0715 97.40 97.92 106.77 106.32 100.76 101.65 124 0730 97.40 97.92 106.77 106.36 100.72 101.65 125 0745 97.40 97.88 106.77 106.40 100.56 101.65 126 0800 97.~40 97.84 106.77 106.28 100.64 101.65 127 0815 97.36 97.08 106.77 106.24 100.56 101.61
'128 0830 97.32 97.84 106.77 106.24 100.72 101.61 129 0845 97.32 97.80 106.77 106.20 100.68 101.61 130 0900 97.32 97.80 106.77 106.12 100.60 101.57 131 0915 97.32 97.80 106.77 106.12 100.72 101.57 132 0930 97.28 97.80 106.77 106.12 100.56 101.53 133 0945 97.36 97.80 106.77 106.00 100.48 101.49 4
134 1000 97.32 97.84 106.77 106.04 100.48 101.49 135 1015 97.28 97.88 106.77 106.00 100.52 101.49 136 1030 97.40 97.88 106.77 106.00 100.48 101.45 137 1045 97.36 97.88 106.77 105.~92 100.56 101.49 138 1100 97.36 97.84 106.77 105.88 100.48 101.45 139 1115 97.32 97.88 106.77 105.88 100.44 101.45 140 1130 97.40 97.88 106.77 105.84 100.32 101.45 141 1145 97.40 97.88 106'.77 105.84 100.44 101.41 142
- 1200, 97.36 97.92 106.77 105.80 100.36 101.41 143 1215 97.44 97.88 106.77 105.72 100.32 101.37 144 1230 97.40 97.92 106.77 105.76 100.24 101.33 145 1245 97.36 97.88
~106.77 105.64 100.28 101.33 146 1300 97.36 97.84 106.77 105.64 100.24 101.33 147 1315 97.32 97.84 106.77 105.64 100.24 101.33
'148 1330 97.32 97.88 106.77 105.52 100.28 101.29 149 1345 97.28 97.84 106.77 105.52 100.40 101.25 150-1400 97.32 97.84 106.77 105.52 100.32 101.25 i
,,. -, ~.,.. -
, - -. ~
REC #
TIME TEO1-TEO2 TEO3 TE04 TE05 TE06 151 1415 97.36 97.84 106.77 105.52 100.16 101.25 152 1430 97.32 97.84 106.77 105.48 100.12 101.25 153 1445 97.36 97.92 106.77 105.48 100.16 101.25 154 1500 97.40 97.92 106.77 105.56 100.24 101.29 155 1515 97.40 98.00 106.77 105.48 100.20 101.29 156 1530 97.44 98.00 106.77 105.48 100.28 101.33 157 1545 97.44 98.04 106.77 105.48 100.28 101.23 158 1600 97.48 98.08 106.77 105.48 100.28 101.33 159 1615 97.52 98.04 106.77 105.48 100.20 101.33 160 1630 97.56 98.12 106.77 105.48 100.32 101.37 161
- 1645 97.56 98.12 106.77 105.52 100.24 101.33 162 1700 97.52 98.12 106.77 105.48 100.16 101.37 163 1715 97.56 98.12 106.77 105.48 100.20 101.33 164 1730 97.56 98.16 106.77 105.52 100.24 101.41 165 1745 97.60 98.20 106.77 105.52 100.32 101.45 166 1800 97.64 98.24 106.77 105.56 100.28 101.45 167 1815 97.64 98.24 106.77 105.60 100.40 101.41 168 1830 97.64 98.28 106.77 105.60 100.36 101.45 169 1845 97.64 98.28 106.77 105.60 100.40 101.49 170 1900 97.72 98.32 106.77 105.64 100.32 101.53 171 1915 97.76 98.40-106.77 105.64 100.32 101.53 172 1930 97.72 98.36 106.77 105.64 100.36 101.53 173 1945 97.68 98.40 106.77 105.60 100.40 101.53 174 2000 97.76 98.40 106.77 105.68 100.36 101.53 175 2015 97.72 98.40 106.77 105.64 100.36 101.49 176 2030 97.68 98.32 106.77 105.64 100.48 101.49 177 2045 97.68 98.32 106.77 105.64 100.36 101.49 178 2100 97.68 98.28 106.77 105.60 100.28 101.45-179 2115 97.68 98.28 106.77 105.60 100.28 101.45 180 2130 97.64 98.24 106.77 105.60 100.32 101.45
~181 2145 97.64 98.24 106.77 105.56 100.28 101.45 e
N P
REC #
TIME TEO'7 TEOS TEO9 TE10 TEli TE12 1
0000 97.26 98.85 98.42 98.67 97.98 96.481 2
015 97.18 98.85 98.38 98.63 97.86 96.441 3
030 93.30 98.85 98.39 98.71 97.86 96.402 4
0045 97.50 98.85 98.38 98.59 97.94 96.40 5
100 97.50 98.82 98.30 98.59 97.86 96.40 6
0115 97.50 98.82 98.38 98.55 97.90 96.40 7-0130 97.62 98.85 98.42 98.55 97.82 96.36 8
145 97.62 98.85 98.26 98.26 97.82 96.362 9
200 97.54 98.85 98.30 98.59 97.74 96.362 10 215 97.26 98.85.
98.38 98.59 97.70 96.362 11 230 97.58 98.85 98.38 98.63 97.66 96.322 12 245 97.22 98.85 98.30 98.63 97.70 96.322 13 300 97.46 98.85 98.22 98.59 97.70 96.282 14 315 97.30 98.82 98.30 98.59 97.74-96.282 15 325 97.14 98.82 98.30 98.59 97.70 96.242 16 0340 97.26 98.82 98.30 98.63 97.66 96.282 17 400 97.22 98.85 98.30 98.59
- 97. 74 96.242 18 415 97.10 98.85 98.34 98.63 97.63 96.242 19 430 97.22 98.82 98.30 98.63 97.58 96.202 20 445 97.14 98.82 98.22 98.63 97.66 96.202 21 500 96.98 98.85 98.26 98.59 97.66 96.202 22 515 97.34 98.92 98.22 98.59 97.62 96.202 23 530 96.98 98.22 98.30 98.63 97.66 96.202 24 545 97.06 98.82 98.26 98.59.
97.62 96.162 25 600 97.10 98.85 98.22 98.59 97.62 96.162 26 615 97.18 98.82 98.18 98.59 97.58 96.122 27 630 96.98 98.82 98.14 98.59 97.58 96.122 28 645 96.94 98.82 98.10 98.59 97.50 96.082 29 0700 97.02 98.82 98.10' 918.55 97.50 96.082 30 0715 96.74 98.82 98.06 98.55 97.42 96.04 31 0730 97.10 98.74 98.10 98.47 97.46 96.04 32 0745 96.94 98.78 98.14 98.55 97.42 96.00 33 0800 96.98 98.78 98.02 98.55 97.54 96.00 34 0815 96.98 98.78 98.06 98.55 97.46 96.00 35 0830-97.14 98.74 98.10 98.55 97.46 96.00 36 0845 96.60 98.78 98.10 98.51 97.46 96.00 37 0900 96.82 98.78 98.10 98.43 97.38 96.00 38 0915 96.82 98.78 98.06 98.51 97.38 96.00 39 0930 96.82 98.78 98.10 98.47 97.46 96.00 40 0945 97.06 98.82 98.10 98.55 97.50 96.042 41 1000 97.14 98.82 98.14 98.51 97.34 96.04 42 1015 97.06 98.82 98.18 98.51 97.46 96.08 43 1030 96.86 98.82 98.18 98.47 97.50 96.04 44 1045 97.18 98.85 98.18 98.55 97.58 96.08 45 1100 96.98 98.85 98.18 98.55 97.50 96.082 46 1115 97.18 98.85 98.22 98.63 97.46 96.082 47 1130 97.10 98.85 98.22 98.55 97.50 96.08 48 1230 97.06 98.85 98.18 98.59 97.54 96.122 49 1245 97.22 98.85 98.18 98.63 97.54 96.122 50 1300 97.10 98.89 98.22 98.59 97.54 96.12
REC #
TIME TEO7 TEO8 TEO9 TE10 TEli TE12 51 1315 97.14 98.89 98.26 98.67 97.54 96.122 52 1330 97.18 98.93 98.30 98.67 97.62 96.162 1345 97.10 98.97 98.34 98.71 97.78 96.242 53 54 1400 97.38 98.89 98.38 98.67 97.62 96.202 55 1415 97.42 98.97 98.34 98.71 97.70 96.282 56 1430 97.42 98.97 98.42 98.71 97.74 96.282 57 1445 97.58 99.01 98.46 98.75 97.82 96.322 58 1500 97.46 99.05 98.54 98.83 97.78 96.362 59 1515 97.42 99.05 98.74 98.79 97.82 96.402 60 1530 97.66 99.09 98.54 98.83 97.90 96.402 61 1545 97.54 99.09 98.58 98.83 97.90 96.441 62 1600 97.58 99.13 98.58 98.87 97.86 96.441 63 1615 97.58 99.13 98.58 98.87 97.90 96.402 64 1630 97.62 99.13 98.74 98.87
- 97.86 96.441 65 1645 97.54 99.17 98.62 98.87 97.90 96.481 66 1700 97.66 99.21 98.62 98.95 97.94 96.521 67 1715 97.78 99.21 98.85 98.95 98.10 96.562 68 1730 97.62 99.25 98.74 98.95 98.10 96.602 69 1745 97.70 99.29 98.85 98.95 98.10 96.602 70 1800 97.70 99.33 98.99 98.99 98.14 96.682 71 1815 97.74 99.37 98.85 99.07 98.14 96.642 72 1830 98.02 99.37 98.93 99.07 98.38 96.722 73 1845 97.86 99.41 98.93 99.11 98.30 96.762 74 1900 97.82 99.45 99.05 99.15 98.38 96.762 75 1915 97.98 99.49 98.97 99.19 98.38 96.802 76 1930 97.78 99.45 99.05 99.19 98.38 96.802 77 1945 98.02 99.45 99.09 99.19 98.46 96.802 78 2000 97.90 99.49 99.05 99.19 98.34 96.802 79 2015.
97.70 99.45 98.97 99.19 98.26 96.802 80 2030 97.90 99.49 99.01 99.19 98.30 96.802 81 2045 97.66 99.49.
98.89 99.23 98.26 98.802 82 2100 97.94 99.49 98.49 99.27 98.34 96.762 i
83 2115 97.98 99.45 98.89 99.23 98.34 96.802 84 2130 97.78 99.49 98.93 99.23 98.30 96.762 85 2145 98~.02 99.49 98.93 99.27 98.30 96.762 86 2200 97.74 99.49 98.93 99.23 98.26 96.802 87 2215 97.82 99.49 98.97 99.27 98.30 96.762 88 2230 97.70 99.49 99.01 99.27 98.22 96.762 89 2245 97.90 99.53 98.93 99.27 98.30 96.802 90 2300 97.90 99.49 98.89 99.23 98.30 96.762 91 2315 97.82 99.53 98.89 99.35 98.26 96.802 92 2330 97.74 99.49 98.89 99.27 98.30 96.762 93 2345 97.74 99.53 98.97 99.27 98.22 96.762 94 0
97.82 99.53 98.82 99.23 98.26 96.76 95 0015 97.66 99.49 98.93 99.23 98.22 96.72 96 0030 97.85 99.49 98.82 99.27 98.22 96.72 97 0045 97.66 99.49 98.85 99.31 98.26 96.722 98 0100 97.70 99.49 98.89 99.27 98.18 96.72 99 115 97.58 99.49 98.89 99.27 98.22 96.68 100 0130 97.78 99.49 98.85 99.27 98.10 96.64 l
l
REC #
TIME TEO7 TEOS TEO9 TE10 TEli TE12 101 0145 97.70 99.45 98.85 99.19 98.06 96.602 102 0200 97.42 99.45 98.78 99.19 98.18 96.602 103 215 97.62 99.45 98.74 99.19 98.06 96.602 104 230 97.58 99.41 98.78 99.15 98.06 96.562 105 245 97.58 99.41 98.70 99.11 98.06 96.562 106 300 97.54 99.37 98.74-99.07 98.06 96.521 107 315 97.58 99.37 98.62 99.11 98.10 96.481 108 330 97.46 99.37 98.74 99.11 97.94 96.441 109 345 97.5 99.37 98.66 99.11 98.02 96.481 110 400 97.34 99.37 98.70 99.07 97.98 96.441 111 415 97.30 99.33 98.58 99.11 97.94
'96.441' 112 430 97.54 99.37 98.62 99.07 97.90 96.441 113 445 97.38 99.33 98.58 99.07 98.06 96.441 114
-500 97.46 99.33 98.62 99.07 97.90 96.441 115 515 97.22 99.33 98.58 9.9.03 97.90 96.402 116 0530 97.46 99.29 98.58 99.07 97.82 96.402 117 0545 97.50 99.33' 98.54 98.99 97.90 96.362 118 600 97.34 99.29 98.54 99.03 97.86 96.362 119 615 97.14 99.25 98.50 98.99 97.90 96.362 120 630 97.18 99.21 98.54 98.95 97.82 96.322 121 645 97.46 99.21 98.50 98.95 97.78 96.282 122 0700 97.30 99.17 98.50 99.91 97.7 96.242 123 0715 97.02 99.17 98.50 98.91 97.74 96.242 124 0730 97.18 99.17 98.42 98.95 97.86 96.202 125 0745 97.02 99.17 98.42 98.33 97.78 96.202
'126 0800 97.10 99.13 98.42 98.87 97.90 96.162 127 0815 97.02 99.13 98.46 98.79 97.74 96.122 128 0830 96.94 99.09 98.46 98.87 97.66 96.122 129 0845 97.10 99.09 98.42 98.83 97.70 96.122 130 0900 96.94 99.09 98.34 98.83 97.66 96.082 131 0915 96.94 99.09 98.30 98.79 97.62 9o.082 132 0930 96.90 99.05 98.38 98.38 97.58 96.082 133 0945 96.86 99.05 98.38 98.75 97.66 96.082 134 1000 96.94 99.05 98.38 98.79 97.70 96.122 135 1015 96.98 99.05 98.38 98.75 97.62 96.082 136 1030 97.26 99.05 98.30 98.75 97.66 96.122 137 1045 97.02 99.01 98.34 98.75 9'7.58 96.122 138 1100 96.90 99.05 98.30 98.75 97.58 96.082 139 1115 97.06 99.05 98.30 98.75 97.58 96.122 140 1130 97.14 99.01 98.30 98.79 97.62 96.122 141 1145 96.98 99.01 98.38 98.75 97.58 96.162 142 1200 97.02 99.05 98.26 98.71 97.58 96.162 l
143 1215 97.14 98.97 98.26 98.75 97.58 96.122 144 1230 97.14 98.97 98.22 98.67 97.50 96.082 145 1245 96.98 98.97 98.30 98.75 97.46 96.082 146 1300 97.18 98.97 98.26 98.67 97.50 96.082 147 1315 96.78 98.93 98.26 98.71 97.50 96.082 148 1330 96.98 98.89 98.26 98.63 97.46 96.082 149 1345 96.78 98.93 98.18 98.63 97.46 96.042 150 1400 96.82 98.89 98.26 98.67 97.46 96.042
REC #
TIME TEO7 TEOS TEO9 TE10 TEli TE12 1
151 1415 97.06 98.69-98.22 98.55 97.42 96.082 152 1430 97.02 98.89 98.14 98.59 97.42 96.042 153 1445 96.98 98.89 98.18 98.59 97.38 96.082 154 1500 97.10 98.89 98.26 98.59 97.46 96.082 155 1515 97.18 98.93 98.26 98.67 97.54 96.122 156
,,1530 97.38 98.93 98.38 98.63 97.46 96.122 157 1545 97.14-98.97 98.26 98.63 97.58 96.162 158-1600 97.34 99.01 98.26 98.71 97.54 96.202 159 1615 97.10 99.01 98.30 98.67 97.50 96.242 160 1630 97.26 99.05 98.38 98.71 97.54 96.242 161 1645 97.22 99.05 98.38 98.75 97.62 96.242 162 1700 97.18 99.01 98.38 98.75 97.58 96.242 163 1715 97.18 99.05 98.34 98.75 97.58 96.282 164 1730 97.34 99.05 98.42 98.75 97.58 96.282 165 1745 97.26 99.09 98.50 98.79 97.66 96.282 166 1800 97.38 99.09 98.42 98.79 97.70 96.322 167 1815 97.46 99.13 98.54 98.75 97.78 96.362 168 1830 97.50 99.17 98.46 98.75 97.78 96.402 169 1845 97.50 99.17 98.58 98.79 97.78 96.402 170 1900 97.58 99.17 98.54 98.83 97.82 96.441 171 1915 97.50 99.21 98.66 98.79 97.90 96.48 172 1930 97.66 99.17 98.62 98.87 97.86 96.48 173 1945 97.58 99.17 98.54 98.83 97.82 96.52 174 2000 97.70 99.21 98.58 98.91 97.86 96.52 175 2015 97.90 99.21 98.85 98.87 97.82 96.52 176 2030 97.54 99.17 98.54 98.87 97.86 96.48 177 2045 97.58 99.17 98.58 98.91 97.86 96.48 178 2100 97.42 99.17 98.50
.98.87 97.78 96.48 179 2115 97.50 99.17 98.58 98.87 97.78 96.44 180 2130 97.50 99.17 98.46 98.79 97.74 96.44 181 2145 97.34 99.09 98.46 98.79 97.74 96.402 l
l l
[
l
-REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18 1
0000 96.68 96.50 99.33 95.78 96.94 96.24 2
015 96.64 96.34 99.29 95.74 96.90 96.16 3
030 96.68 96.42 99.29 95.70 96.86 96.16 4
0045 96.60 96.38 99.25 95.70 96.86 96.12 5
100 96.60 96.26 99.33 95.66 96.82 96.12 6
0115 96.64 96.30 99.33 95.66 96.82 96.08 7
0130 96.64
- 96.34 99.37 95.66 96.82 96.16 8
145 96.60 96.46 99.33 95.66 96.82 96.08 9
200 96.60 96.30 99.37 95.62 96.82 96.04 10 215 96.52 96.22 99.41 95.58 96.82.
96.08 11 230 96.56 96.38' 99.41 95.58 96.78 96.04 12
~245 96.52 96.14 99.37 95.58 96.78 96.00 13 300 96.48 96.22 99.37 95.54 96.78 95.96 14 315 96.48 95.83 99.29 95.54 96.74 96.00 15 325 96.48 95.79 99.33 95.54 96.74 95.96.
16 0340 96.48 96.03 99.37 95.54 96.74 95.96 17 400 96.48 95.67 99.29 95.50 96.70 95.96 18 415 96.48 95.95 99.25 95.50 96.70 96.00 19 430 96.44 95.95 99.29 95.46 96.70 95.96 20 445 96.48 95.71 99.25 95.46 96.66 95.92 21 500 96.48 95.83 99.25 95.42 96.66.
95.92 22 515 96.48 96.03 99.25 95.42 96.66 95.88 23 530 96.48 95.75 99.25 95.42 96.62 95.88 24 545 96.44 95.71 99.21 95.42 96.62 95.88 25 600 96.40 95.67 99.21 95.38 96.62 95.84 26 615 96.40 95.83 99.25 95.38 96.62 95.84 27 630 96.40 95.55 99.21 95.34 96.58 95.84 28 645 96.36 95.55 99.21 95.34 96.54 95.77 29 0700 96.32 95.47 99.17 95.30 96.50 95.80 30 0715-96.32 95.43 99.17 95.22 96.50 95.77 31 0730 96.28 95.51 99.09 95.22 96.50 95.69 32 0745 96.32 95.47 99.09 95.22 96.46 95.73 33 0800 96.28 95.55 99.05 95.22 96.50 95.73 34 0815 96.32 95.51 99.05 95.22 96.46 95.69 35 0830 96.28 95.39 99.05 95.22 96.46 95.73 36 0845 96.28 95.51 99.05 95.22 96.50 95.73 37 0900 96.28 95.63 99.09 95.22 96.46 95.73 38 0915 96.28 95.55 99.05 95.26 96.46 95.73 39 0930 96.36 95.59 99.09 95.22 96.50 95.73 40 0945 96.28 95.63 99.05 95.26 96.50 95.77 41 1000 96.28 95.63 99.05 95.26 96.46 95.73-42 1015 96.32 95.67 99.05 95.30 96.50 95.80 43 1030 96.40 95.59 99.09 95.30 96.50 95.80-44 1045 96.36 95.71 99.05 95.30 96.50 95.84
_I 45 1100 96.32 95.79 99.05 95.34 96.54 95.84 46 1115 96.40 95.63 99.09 95.30 96.54 95.84 47 1130 96.48 95.75 99.13 95.34 96.54 95.84 48 1230 96.36 95.67 99.09 95.38 96.58 95.84 49 1245 96.40 95.59 99.21 95.38 96.58 95.88 50 1300 96.36 95.71 99.17 95.34 96.58 95.84
- _ - - ~ _ _
~ _.
REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18 51 1315 96.44 95.79 99.17 95.38 96.62 95.88 52 1330 -
96.48 95.75 99.29 95.46 96.66 95.92 53 1345 96.44 95.95 99.25 95.46 96.66 95.92,
54 1400 96.52 95.95 99.29 95.50 96.70 95.96 55 1415 96.56 96.10 99.29 95.54 96.70 96.00 56 1430 96.56 96.03 99.33 95.54 96.78 96.04 57 1445 96.60 96.18 99.37 95.62 96.78 96.12 58 1500 96.72 96.38 99.41 95.66-96.82 96.12 59 1515 96.72 96.42 99.49 95.66
-96.86 96.16 60 1530 96.68 96.38 99.45 95.66 96.68 96.24 61
-1545 96.68 96.34 99.53 95.70 96.90 96.20 62 1600 96.76 96.34 99.49 95.74 96.90 96.20 63 1615 96.76 96.34 99.57 95.74 96.90 96.16 64-1630 96.76 96.44 99.57 95.78 96.94 96.28 65 1645 96.80 96.42 99.65 95.78 96.94 96'28 66 1700-96.92 96.58 99.57 95.86 97.02 96.32 67 1715 96.88 96.70 99.70 95.90 97.02 96.36 68 1730 96.88 96.58 99.81 95.90 97.06 96.36 69 1745 96.92 96.82 99.85 95.98 97.10 96.48 70 1800 97.08 96.90 99.93 95.98 97.13 96.44 71 1815 97.08 96.78 99.97 96.02 97.17 96.48 72 1830 97.04 96.90 100.01 96.06 97.21 96.52 i
73 1845 97.20 96.98 100.05 96.10 97.25 96.60 74 1900 97.12 96.94 100.09 96.14 97.29 96.60 75 1915 97.12 97.22 100.13 96.14 97.29 96.64 76 1930 97.20 96.94 100.13 96.14 97.29 96.60 77 1945 97.12 96.94 100.13 96.14 97.29 96.64 78 2000 97.24 97.02 100.13 96.14 97.29 96.60 79 2015 97.12 96.58 100.05 96.14 97.29 96.56 80 2030 97.O8 96.90 100.09 96.10 97.25 96.56 81 2045 97.20 96.30 100.01 96.10 97.25 96.52 82 2100 97.12 96.54 100.05 96.06 97.25 96.56 83 2115 97.12 96.50 100.01 96.06 97.25 96.56 84 2130 97.12 96.66 99.97 96.06 97.25 96.52
[
85 2145 97.12 96.74 100.05 96.06 97.25 96.56 l
86 2200 97.08 96.30 100.01 96.06 97.25 96.52 87 2215 97.12 96.50 100.01 96.06 97.25 96.52 88 2230-97.16 96.66 100.01 96.06 97.25 96.56 89 2245 97.12 96.54 100.01 96.06 97.25 96.56 I
90 2300 97.12 96.46 100.01 96.06 97.25 96.52 I
91 2315 97.08 96.38 100.01 96.06 97.25 96.52
(
92 2330 97.08 96.50 99.97 96.06 97.25 96.52 93 2345 97.08 96.50 99.97 96.06 97.25 96.52 94 0
97.08 96.50 99.93 96.02 97.25 96.52 i
95 0015 97.04 96.54 99.97 96.02 97.21 96.48 96 0030 97.08 96.26 99.97 95.98 97.17 96.48 97 0045 97.08 96.30 99.89 95.98 97.17 96.44 4
98 0100 97.00 96.34 98.89 95.94 97.13 96.48 99 115 97.04 96.26 99.89 95.90 97.13 96.40 100 0130 97.08 96.22 99.89 95.90 97.13 96.36
--r-n.
r,,m---
1 -
j REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18' 101 0145-97.00 96.22 99.81 95.86 97.10 96.32 102 0200 96.88 96.22 99.81 95.86 97.06 96.32 103
-215 96.92 96.03 97.81 95.82 97.02 96.32 104 230-96.84 96.03 99.77 95.78 96.98 96.28 105 245 96.88 95.99 99.73 95.74 96.98 96.20 106 300 96.80 96.06 99.69 95.74 96.94 96.24 107 315 96.80 96.10 99.73 95.70
'96.98 96.20 108.
330-96.88 96.22_
99.73 95.70 96.94 96.20 109 345 96.84 95.99 99.69 95.70 96.94 96.20 110 400 96.92 96.03 99.73 95.70 96.94 96.16 111 415-.-
96.80 96.03 99.69 95.66 96.90 96.20 112 430 96.76 96.10 99.69 95.66 96.90 96.19 113 445 96.80 95.79 99.69 95.66 96.86 96.16 114 500 96.76 95.87 99.69 95.66 96.90 96.20 115 515 96.84 95.95 99.69 95.62 96.86 96.12 116 0530 96.76 95.87 99.69 95.62 96.82 96.12 117 0545 96.68 95.91 99.65 95.58 96.82 96.12 118 600 96.68 95.83 99.65 95.58 96.82 96.04 119 615 96.68 95.79 99.69 95.54 96.78 96.04 120 630 96.68 95.87 99.69 95.50 96.78 96.06 121 645 96.64 95.83 99.69 95.50 96.74 95.96 122 0700 96.56 95.79 99.61 95.42 96.66 95.96 123-0715 96.60 95.71 99.57 95.46 96.66 95.96 124 0730 96.52 95.75 99.57 95.38 96.66 95.96 125 0745 96.52 95.95 99.49 95.38 96.66 95.92 126 0800 96.52 95.71 99.49 95.34 96.62 95.84 127 0815' 96.48 95.95 99.45 95.30 96.58 95.88 128 0830 96.52 95.79 99.49 95.30 96.58 95.80 I
129 0845 96.48 95.63 99.45 95.30 96.54 95.84 l.
130 0900 96.48 95.83 99.41 95.26 96.50 95.84 131 0915 96.44 96.26 99.37 95.34 96.54 95.84 132 0930 96.40 95.91 99.33 95.30 96.54 95.80 133 0945 96.48 95.91 99.37 95.26 96.54 95.80 134 1000 96.44 95.83 99.41 95.30 96.54 95.80 135 1015 96.44 95.83 09.37 95.30 96.54 95.84 136 1030 96.44 95.91 99.45 95.34 96.54 95.84 137 1045 96.48 95.83 99.41 95.34 96.54 95.84 138 1100 96.44 95.95 99.41 95.34 96.54 95.84 139 1115 96.44 95.79 99.41 95.34 96.58 95.84 140 1130 96.48 95.71 99.45 95.34 96.58 95.88 141 1145 96.40 95.79 99.37 95.38 96.58 95.84 142 1200 96.44 95.51 99.37 95.34 96.54 95.84 143 1215
-96.40 95.63 99.37 95.34 96.58 95.84 144 1230 96.32 95.63 99.33 95.34 96.54 95.80 145 1245 96.36 95.67 99.25 95.30 96.54 95.84 146 1300 96.40 95.47 99.17 95.30 96.54 95.84 147 1315 96.36 95.71 99.13 95.26 96.50 95.77 148 1330 96.28 95.55 99.13-95.26 96.50 95.80 149 1345 96.32 95.83 99.13-95.22 96.46 95.77 150 1400 96.28 95.63 99.13 95.22 96.46 95.77 m
-_,,..-,.,...-v,-
REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18 151 1415 96.32 95.79 99.17 95.26 96.46 95.80 152 1430 96.32 95.59 99.17 95.26 96.46 95.80 153 1445 96.36 95.67 99.13 95.26
.96.50 95.80 154 1500 96.32 95.63 99.25 95.34 96.50 95.84 155 1515 96.44 95.99 99.21 95.38 96.54 95.84 156 1530 96.40 95.91 99.25 95.38 96.58 95.88 157 1545 96.40 95.79 99.33 95.38 96.58 95.84 158 1600 96.44 95.87 99.37 95.42 96.62 95.96 159 1615 96.48 95.95 99.29 95.46 96.62 95.96 160 1630 96.48 95.99 99.33 95.50 96.66 95.96 161 1645 96.40 95.99 99.37 95.50 96.66 95.92 162 1700 96.48 95.99 99.33 95.50 96.66 96.00 163 1715 96.48 95.99 99.33 95.50 96.66 96.00 164 1730 96.60 96.06 99.37
-95.54 96.70 96.04 165 1745 96.60 96.18 99.41 95.58 96.74 96.04 166 1800 96.60 96.22 99.49
'95.62 96.78 96.16 167 1815 96.60 96.14 99.49 95.66 96.82 96.16 168 1830 96.64 96.34 99.53 95.70 96.82 96.16 169 1845 96.64 96.50 99.61 95.70 96.86 96.20 170 1900 96.76 96.34 99.65 95.74 96.90 96.28 171 1915 96.72 96.46 99.65 95.78 96.94 96.24 172 1930 96.76 96.50 99.69 95.82 96.94 96.28 173 1945 96.80 96.18 99.65 95.78 96.94 96.28 174-2000 96.80 96.46 99.69 95.82 96.94 96.28 175 2015 96.76 96.58 99.69 95.82 96.94 96.32 176 2030 96.76 96.26 99.61 95.78 96.94 96.24 177-2045 96.80 96.22 99.57 95.74 96.94 96.24 178 2100 96.68 95.99 99.49 95.74 96.90 96.20 179 2115 96.64 96.26 99.53 95.70 96.90 96.20 180 2130 96.64 95.99 99.49 95.70 96.90 96.16 181 2145 96.64 95.99 99.45 95.66 96.86 96.16
REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 1
000 85.04 85.21 85.28 85.21 85.25 85.40 2
015 85.04 85.21 85.28 85.21 85.25 85.40 3
030 85.04 85.21 85.28 85.21 85.25 85.36 4
0045 85.04 85.21 85.28 85.21 85.25 85.36 5
100 85.04 85.21 85.28 85.21 85.25 85.36 6
0115 85.00 85.21 85.28 85.17 85.25 85 36 7
-0130 85.04 85.21 85.28 85.21 85.25 85.36 145 85.04 85.21 85.28 85.17 85.25 85.36 9
200 85.00 85.21 85.28 85.17 85.25 85.36' 10 215 85.00 85.21 85.28 85.17 85.25 85.36 11 230 85.04 85.21 85.28 85.17 85.25 85.36 12 245 85.04 85.21 85.24 85.17 85.25
-85.36 13 300 85.00 85.21 65.24 85.17 85.21 85.36 14 315-85.00 85.21 85.24 85.17 85.25 85.36 15 325 85.00 85.21 85.24 85.17 85.21 85.36 16 0340 85.
85.21 85.28 85.17 85.25 85.36 17 400 85.
85.17 85.24 85.17 85.21 85.36 18 415 85.00 85.17 85.24 85.17 85.21 85.36 19 430 85.
85.17 85.24 85.17 85.21 85.36 20 445 85.00 85.17 85.24 85.17 85.21 85.36 21 500 85.00 85.21 85.24 85.17 85.21 85.36 22 515 85.00 85.17 85.24 18 5. 1 '7 85.21 85.36 23 530 85.00 85.17 85.24 85.17 85.21 85.36 24 545 85.00 85.17 85.24 85.17 85.21 85.36 25 600 85.00 85.21 85.24 85.17 85.21 85.36 4
26 615 85.00 85.17 85.24 85.17 85.25 85.36 27 630 85.00 85.17 85.24 85.17 85.21 85.32 28 645 85.00 85.17 85.24 85.17 85.21 85.32 29 0700 85.00 85.17 85.24 85.17 85.21 85.32 30 0715 85.00 85.17 85.24 85.17 85.21 85.32 31 0730 85.00 85.17 85.24 85.17 85.21 85.32 32 0745 85.00 85.17 85.24 85.17 85.21 85.32 33 0800 85.00 85.17 85.20 85.13 85.21 85.32 34 0815 85.00 85.17 RB5.24 85.17 85.21 85.22 35 0830 85.00 85.17 85.24 85.17 85.21 85.32 36 0845 85.00 85.17 85.24 85.17 85.21 85.32 37 0900 85.00 85.17 85.24 85.13 85.21 85.32 I
38 0915 85.00 85.17 85.24 85.17 85.21 85.32 39 0930 85.00 85.17 85.20 85.13 85.21 85.32 40 0945 85.00 85.17 85.24 85.13 85.21 85.32 41 1000 85.00 85.17 85.20 85.13 85.21 85.32 42 1015 85.00 85.17 85.24 85.17 85.21 85.32 43 1030 84.96 85.13 85.20 85.13 85.17 85.32 44 1045 84.96 85.'17 85.20 85.13 85.21 85.32 45 1100 85.00 85.17 85.24 85.13 85.21 85:32 46 1115 85.00 85.17 85.24 85.13 85.17 85.32 47 1130 85.00 85.17 85.24 85.17 85.21 85.32 1
48 1230 85.00 85.17 85.24 85.13 85.21 85.32 49 1245 85.00 85.17 85.24 85.13 85.21 85.31 50 1300 85.00 85.17 85.20 85.13
' 85.21 85.32 1
.. ~ -.
. ~.., - - - - - - - - -. - - - -. -.... -,. -. -. -. -.. - - -. _ - -...
' REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 51 1315 85.00 85.17 85.24 85.13 85.21 85.32 52-1330 85.00 85.17 85.24 85.13 85.21 85.32 53 1345 85.00 85.17 85.24 85.17 85.21 85.32 54 1400 85.00 85.17 85.24 85.13 85.21 85.32 55 1415 85.00 85.17 85.24 85.13 85.21 85.32 56 1430 85.00 85.17 85.24 85.13 85.21 85.32 57
,1445 85.00 85.17 85.24 85.13 85.2~1 ~
85.32 58 1500 85.00 85.17 85.24 85.17 85.21 85.32 59 1515 85.00 85.17 85.24 85.17 85.21 85.32 60 1530 85.00 85.17 85.24 85.13 85.21 85.32 61 1545 85.00-85.17-85.24 85.17 85.21 85.32 62 1600 85.00 85.17 85.24 85.17 85.21 85.32 63 1615 85.00 85.17 85.24 85.13 85.21 85.32 64 1630 85.00 85.17 85.24 85.17 85.21 85.32 65 1645 85.00 85.17 85.24 85.17 85.21 85.32 66 1700 85.00 85.17 85.24 85.13 85.21 85.32 67 1715 85.00 85.17 85.24 85.17 85.21 85.32 68 1730 85.00 85.17 85.24 85.17 85.21 85.32 69 1745 85.00 85.17 85.24 85.17 85.21 85.36 4
70 1800 85.00 85.17 85.24 85.17 85.21 85.32 71 1815 85.00 85.17 85.24 85.17 85.21 85.32 72 1830 85.00 85.17 85.24 85.17 85.21 85.32 73 1845 85.00 85.17 85.24 85.17 85.21 85.32 74 1900 85.00 85.17 85.24 85.17 85.21 85.36 75 1915 85.00 85.17 85.24 85.13 85.21 85.32 76 1930 85.00 85.17 85.24 85.13 85.21 85.32 77 1945 85.00 S3.17 85.24 85.17 85.21 85.36 78 2000 85.00 85.21 85.24 85.17 85.21 85.36 4
79 2015 85.00 85.17 85.24 85.17 85.21 85.36 80 2030 85.00 85.17 85.24 85.17 85.21 85.32 81 2045 85.00 85.17 85.24 85.17 85.21 85.36 1
82 2100 85.00 85.17 85.24 85.17 85.21 85.36 83 2115 85.00 85.17 85.24 85.17 85.21 85.36 84 2130 85.00 85.17 85.24 85.17 85.21 85.36 i
85 2145 85.00 85.17 85.24 85.17 85.21 85.36 l
86 2200 85.00 85.17 85.24 85.17 85.21 85.36 87 2215 85.00 85.21 85.24 85.17 85.21 85.32 88 2230 85.00 85.17 85.24 85.17 85.21 85.36 89 2245 85.00 85.17 85.24 85.17 85.21 85.36 90 2300 85.00 85.17 85.24 85.13 85.21 85.32 l
91 2315 85.00 85.17 85.24 85.17 85.21 85.36 92 2330 85.00 85.17 85.24 85.17 85.21 85.36 93 2345 85.00 85.21 85.24 85.17 85'21 85.36 94 0
85.00 85.17 85.24 85.17 85.21 85.36 95 0015 85.00 85.17 85.20 85.13 85.21 85.32 96 0030 85.00 85.17 85.20 85.13 85.21 85.32 l
97 0045 85.00 85.17 85.24 85.17 85.21' 85.32 98 0100 85.00 85.17 85.20 85.13 85.21 85.32 99 115 85.00 85.17 85.20 85.13 85.21 85.32 100 0130 85.00 85.17 85.20 85.13 85.21 85.32 4
-n.
.c -
-e,--
.n----,--
--,--4
REC #
TIME TE19 TE20-TE21
'TE22 TE23 TE24 101 0145 85.00 85.17 85.20 85.13 85.21 85.32 t
102 0200 85.00 85.17 85.20 85.13 85.21 85.32 103 215 85.00 85.17 85.20 85.13 85.21 85.32 104 230 85.00 85.17 85.20 85.17 85.21 85.36-105 245 85.00 85.17 85.20 85.17 85.21 85.36 106 300 85.00 85.17 85.20 85.17 85.21 85.36 L
107 315 85.00 85.17.
85.20 85.17 85.21 85.36 108 330 85.00 85.17 85.20 85.17 85.21 85.32
- 109 345 85.00 85.17 85.20 85.17 85.21 85.32 110 400 85.00 85.17 85.20 85.17 85.21 85.36 111 415 85.00 85.17 85.20 85.17 85.21 85.36 112 430 85.00 85.17 85.20 85.17 85.21 85.36 113 445 85.00 85.17-85.20 85.17 85.21 85.36 114 500 85.00 85.17 85.20 85.17 85.21 85.36 115-515 85.00 85.17 85.20 85.17 85.21 85.32 116 0530 85 85.17 85.2 85.17 85.21 85.36 117 0545 85.00 85.17 85.20 85.17 85.21 85.36
.118 600 85.00 85.17 85.20 85.17 85.21 85.32 119 615 85.00 85.17 85.20 85.17 85.25 85.36 120 630 85.00 85.17 85.20 85.17 85.21 85.36 121 645 85.00 85.17 85.20 85.17 85.21 85.36
[
122 0700 85 85.17 85.2 85.17 85.21 85.32
-123 0715 85.00 85.17 85.24 85.17 85.21 85.36 124 0730 85.00 85.21 85.20 85.17 85.25 85.36 125 0745 85.00 85.21 85.20 85.17 85.21 85.36 126 0800 85.00 85.17 85.20 85.17 85.21 85.36 127 0815 85.00 85.17 85.20 85.17 85.25 85.86 i=
128 0830 85.00 85.17 85.20 85.17 85.25 85.36 129 C345 85.00 85.21 85.20 85.17 85.25 85.36 y
130 0900 85.00 85.17 85.24 85.17 85.25 85.36 131.
0915 85.00 85.21 85.24 85.17 85.25 85.36 132 0930 85.00 85.21 85.20 85.17 85.21 85.36 133 0945 85.00 85.17 85.20 85.17.
85.21 85.36
(
134 1000-1B5.00 85.17 85.20 85.17-85.21 85.36 l
135 1015 85.00 85.17 85.20 85.17 85.21 85.36 136 1030 85.00 85.21 85.24 85.17 85.25 85.36 137 1045 85.00 85.17 85.20 85.17 85.21 85.36 138 1100 85.00 85.21 85.20 85.17 85.25 85.36 139 1115 85.04 85.21 85.24 85.17 85.25 85.36 140 1130 85.04 85.21 85.24 85.17 85.25 85.36 641 1145 85.04 85.17 85.20 85.17 85.25 85.36 142 1200 85.04 85.21 85.20 85.17 85.25 85.36 143 1215 85.04 85.21 85.24 85.17 85.25 85.36 144 1230 85.04 85.21 85.24 85.17 85.25 85.36 145 1245 85.04 85.21 85.24 85.17 85.25 85.36 146 1300 85.04 85.17 85.24 85.17 85.25 85.36 147 1315 85.04 85.21 85.24 85.17 85.25 85.36 l
148 1330 85.04 85.21 85.24 85.17 85.25 85.36 l
149 1345 85.04 85.21 85.24 85.17 85.25 85.36 l
-150 1400 85.04 85.21 85.24 85.17 85.25 85.36 l
"s REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 151 1415 85.04 85.21 85.24 85.17 85.25 85.36 152 1430 85.04 85.17 85.24 85.17 85.25 85.36 153 1445 85.04 85.21 85.24 85.17 85.25 85.36 154 1500 85.04 85.21 85.24 85.17 85.25 85.36 155 1515 85.04 85.21 85.24 85.21 85.25 85.36 156 1530 85.04 85.21 85.24 85.21 85.25 85.36 157 1545 85.04 85.21 85.24 85.21 85.25 85.40 158 1600 85.04 85.21 85.24 85.21 85.25 85.36 159 1615 85.04 85.17 85.24 85.17 85.25 85.36 160 1630 85.04 85.21 85.24 85.21 85.25 85.40 161 1645 85.04 85.21 85.24 85.21 85.25 85.36 162 1700 85.04 85.21 85.24 85.21 85.25 85.36 163 1715 85.04 85.21 85.24 85.17 85.25 85.36 164 1730 85.04 85.21 85.24 85.21 85.25 85.36 165 1745 85.04 85.21 85.24 85.21 85.25 85.36 166 1800 85.04 85.21 85.24 85.21 85.25 85.40 167 1815 85.04 85.21 85.24 85.21 85.25 85.40 168 1830 85.04 85.21 85.24 85.21 85.25 85.36 169 1845 85.04 85.21 85.24 85.21 95.25 85.36 170 1900 85.04 85.21 85.24 85.21 85.25 85.40 171 1915 85.04 85.21 85.24 85.21 85.25 85.40 172 1930 85.04 85.25 85.24 85.21 85.25 85.40 173 1945 85.04 85.21 85.28 85.21 85.25 85.40 174 2000 85.04 85.21 85.28 85.21 85.25 85.40 175 2015 85.04 85.21 85.24 85.21 85.25 85.40 176 2030 85.04 85.21 85.24 85.21 85.25 85.40 177 2045 85.04 85.21 85.24 85.21 85.25 85.40 178 2100 85.04 85.21 85.24 85.21 85.25 85.40 179 2115 85.04 85.21 85.28 85.21 85.25 85.40 180 2130 85.04 85.25 85.28 85.21 85.25 85.'40 l
181 2145 85.04 85.25 85.28 85.21 85.25 85.40 t
i
REC #
TIME DE01 DEO2 DE03 DE04 DEOS DE06 l'
-0000 173.38 172.06 174.38 170.73 169.40 172.39
-2 015
.173.72 171.73 174.05 172.39 170.07 171.73 3
030 173.72 172.06 174.71 171.39 169.40 172.39 4
0045 173.38
.172.06 174.71 171.06 169.40 172.39 5
100 173.38 172.39 173.38 171.39 169.74 172.72 6
0115 174.05 172.39 173.72 171.39 169.40 173.38 7.
0130 173.72 171.73 174.05 172.72 169.74 172.39 0
145 173.38 171.73 174.71 172.06
.169.40 172.39 9
200 174.05 172.06 173.38 171.39 169.07 172.39 10 215 173.38 172.39 173.72' 172.06 16.9.74 173.05 11 230 175.04 173.72 172.39 165.09 173.38
,166.42 12 245 174.05 173.05 174.05 172.39 170.73 172.72 13 300 174.05 172.39 173.72 171.73 168.74 172.72 14 315 174.38 172.06 174.71 171.73 169.40 173.05 15 325 173.38 172.39 175.37 172.39 170.73 171.06 16 0340 173.38 172.06 175.04 172.39 171.39 171.06 17 400 174.71 172.06 175.04 172.39 170.73 171.73 18
'415 174.38 172.39 174.71 171.73 170.40 173.05 19 430 174.38 172.39 174.38 171.06 169.40 172.06 20 445 174.38 172.06 175.37 172.39 169.40 172.39 21 500 174.05 172.72 174.38 172.39 172.72 1'74.05 22 515 173.72 172.06-174.38 172.06 170.07 173.72 172.06 171.39 172.06 23 530 174.05 173.38 174.38 24 545 174.05 172.39 175.04 172.39 169.74 172.72 25 600 174.05 172.39 174.38 172.39 170.07 171.39 26 615 173.72 172.72 175.04 171.73 169.07 172.06 27 630 174.05 171.73 175.04 172.06 170.73 172.06 28 645 174.71 172.72 175.04 173.05 170.73 172.72 29 0700 175.04 172.72 175.04 171.39 170.40 172.39 30 0715 174.71 172.39 174.05 171.39 171.06 172.39 31 0730 174.38 172.39 175.04 171.73 170.73 172.06 32 0745 173.72 172.39 174.38 173.38 169.74 171.39 33 0800 174.38 172.72 174.05 172.39 171.06 172.72 t
34 0815 175.04 173.05 174.38 171.06 170.77 172.06 35 0830 174.71 172.39 175.04 172.06 170.07 172.39 36 0845 174.71 172.72 174.38 173.88 170.73 173.72 37 0900 174.71 172.72 175.04 171.39 170.73 173.05 38 0915 174.38 172.39 174.38 172.72 169.40 172.39 39 0930 175.04 172.72 174.38 172.06 170.40 174.05 40 0945 175.04 172.72 174.71 172.39 170.07 173.05 41 1000 175.04 172.39 174.05 172.06 170.40 173.05 42 1015 175.04 174.05 174.38 171.73 170.40 172.39 43 1030 175.04 172.39 173.72 172.39 171.39 173.72 44 1045 175.04 172.72 175.04 172.06 170.73 173.05 45 1100 175.04 172.72 174.71 172.39 172.06 174.05 46 1115 174.71 173.05 174.38 172.06 170.40 172.72 47 1130 174.71 172.39 175.04 172.39 170.40 173.05 48 1230 174.38 173.38 175.04 172.39 171.06 173.38 49 1245 174.71 173.05 175.04 173.05 171.3, 172.39 50 1300 175.04 172.72 174.71 172.06 172.72 173.72 I
l l
REC'#
TIME DE01 DE02 DEO3 DE04 DE05 DE06 101 0145 176.37 173.72 175.37 174.05 172.39 174.38 102 O200 176.37 173.72 176.04 174.38 171.06 174.71 103 215
- 176.37-173.38
- 176.70~
173.38 171.39 174.71 n
104 230 176.37 175.71 174.71 172.72 171.73 173.38 105 245 176.37 174.71 177.37 174.05 171.39 175.37 106 300 175.71 174.05 175.71 174.05 172.39 174.05 4
107 315
.176.04 174.38 175.37 172.72 173.38 174.05 108-
- 330 176.37 174.05 176.04 173.38 174.05 174.38 109
- 345 176.37 174.71 176.04 173.72 172.39 173.72 4
110 400 176.70 174.71 176.37 173.72 171.06 175.04 111 415 176.37 174.71 176.76 174.71 172.72 175.37 112 430 176.04 174.05 176.37 174.38 173.05 176.04 113 445 176.37 174.38 176.37 173.72 173.38
'176.04 114 500 176.37 174.38 177.03 173.72 171.06' 173.72 115 515 176.04 174.71 176.04 174.05 172.39 173.72 116 0530 176.7 175.04 177.37 174.05 172.39 175.04 117 0545 176.04 174.71 175.04 173.38 173.38 174.38 118 600 176.37 174.05 176.04 174.38 172.39 174.05 119 615 176.37 174.38 176.04 174.71 172.39 174.38 120 630 176.04 174.38 176.04 173.38 172.06 175.04 121 645 176.04 174.71 176.04 173.72 171.73 174.05 122 0700 175.71 174.71 175.71 173.38 171.73 174.05
'123 0715 176.04 175.04 176.37 173.38 172.06 172.72 124 0730 176 37 175.04 176.37-173.72 172.72 175.37 125 0745 175.71 175.04 176.37 173.38 171.39 173.05 126 0800 176.04 175.04 175.37-173.72 174.05 173.05 127 0815 176.04 173.38 176.37 173.72 172.39 173.72 128 0830 176.04 174.38 176.37 174.05 172.39 174.71 129 0845 176.04 173.38 175.71 173.05 170.73 175.04 130 0900 176.37 174.71 175.71 173.72 171.73 174.71 131 0915 176.04 174.71 176.04 174.05 170.73 175.04 132 0930 176.04 174.05 176.37 174.05 173.38 174.38 133 0945 176.37 173.72 177.37 173.72 173.38 174.05-134 1000 176.37 174.05 176.04 173.38 172.72 174.05 135 1015 176.04 174.71 176.70 174.05 172.06 174.38 136 1030 176.04 174.71 175.71-174.05 173.38 175.04 137 1045 177.03 174.38 176.37 174.05 171.39.
175.71 138 1100 176.37 174.38 177.03 173.72 171.39 175.04 139 1115 176.70 174.38 176.04 174.05 172.06 175.04 140 1130 176.70 174.38 176.37 173.72 173.05 175.04 141 1145 176.04 174.71 176.70 174.05 173.05 174.71 1
142 1200
, 176.04 174.38 175.71 173.72 172.39 174.05 143 1215 176.37 175.04 175.37 174.05 172.06 175.04 144
- 1230, 177.03 174.38 175.37 174.38 172.39 174.71 145 1245 176.04 174.05 175.71 173.05 172.06 174.05 146 1300 176.70 174.71 176.37 174.71 172.72 174.38 147 1315 176.37 174.71 176.04 173.72 174.05 174.71
,148 1330 176.37 174.71 176.04 173.38 172.39 174.71 149 1345 176.37 174.71 176.04 174.71 171.73 173.72 150 1400 176.70 175.71 176.70 172.72 172.06 173.72 4-
---Py w9s-99---r--w-m T'
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rN
-ee rw Ymi-FT
"--'m----'--6
-w*-M* hue-k-----Te----'--w---
-^^^--'----'P'
1 REC #
TIME DE01 DE02 DE03 DEO4 DE05 DE06 51 1315 175.37 172.72 175.37 172.06 170.40 173.38 52 1330 174.71 173.38 175.37 171.73 171.06 173.72 53 1345-175.04 172.72 175.04 172.72 172.39 172.72 54 1400 175.37 173.72 175.71 173.38 171.39 172.39 55 1415 175.04 173.38 174.05 172.39 173.38 173.38 56 1430 175.37 173.05 175.04 173.38 172.39
'173.05 4
57 1445 174.38 173.38 176.04 173.05 170.07 172.39 58 1500 175.71 173.38 175.37 173.05 172.39 172.72 59 1515 175.71 172.82 175.71 172.39 170.40 173.38 60 1530 175.71 173.05 176.04 172.39 171.06 174.05 61 1545 175.04 173.38 176.37 173.05 172.06 174.38 62 1600 174.71 173.72 175.04 173.38 170.40 173.05 63' 1615 175.37 173.38 175.71 174.38 171.73 173.38 64 1630 175.04 173.38 175.71 172.72 170.40 174.05 65 1645 176.04 174.05 176.37 173.38 170.73 173.05 66 1700 175.7 173.72 175.37 173.05 171.73 173.38 67 1715 176.04 174.05 176.04 173.72 171.39 173.38 68 1730 175.37 173.72 176.04 172.72 171.73 172.39 69 1745 175.71 174.38 176.70 172.72 172.39 173.05 70 1800 175.37 173.72 177.03 173.38 171.39 174.05 71 1815 175.71 174.38 176.04 173.38 170.73 173.72 72 1830 176.37' 174.05 176.04 173.88 171.39 173.38 73
~
1845 175.37 174.05 176.70 173.88 171.39 174.38 74 1900 175.71 174.05 177.37 174.05 171.39 173.38 75-1915 176.04 173.72 176.04 173.72 172.72 175.04 76 1930 175.71 174.38 176.04 173.72 171.73 173.72 77 1945 176.37 174.38 177.03 174.38 171.39 175.04 1
78 2000 175.04 174.38 176.70 174.05 171.39 174.71 i
79 2015 176.37 174.38 175.71 174.05 171.06 175.04 80 2030 176.04 173.72 176.37 173.38 171.39 175.71 81-2045 176.37 174.71 176.37 173.72 172.06 173.05 82 2100 176.70 174.05 177.03 174.05 172.72 174.71 83 2115 176.70 173.72 175.71 173.05 172.06 174.38 84 2130 175.71 174.05 176.37 174.71 172.39 174.38 85 2145 176.37 174.38 176.04 174.05 172.06 175.71 86 2200 176.04 175.04 175.71 173.38 173.05 175.04 87 2215 176.70 174.05 176.70 174.38 173.38 175.04 88 2230 176.04 175.04 176.37 174.05 172.06 174.38 89 2245 176.04 174.71 174.71 173.38 170.73 174.05 90 2300 176.04 174.05 174.71 174.38 170.73 175.04 91 2315 176.37 173.72 176.37 174.71 171.73 175.04 92 2330 176.04 174.05 176.37 173.72 172.39 173.38 93 2345 176.04 174.05 176.04 174.05 172.39 175.04 94 0
176.04-174.38 176.04 173.38 172.06 174.71 95 0015 176.04 174.71 175.71 173.38 173.38 174.05 96 0030 177.03 174.71 176.37 174.38 171.39 173.72 97 0045 176.37 174.38 176.04 174.71 173.38 174.71 98 0100 176.70 174.38 176.70 174.05 173.38 174.05 99 115 176.70 174.05 176.37 174.05 171.73 174.71 100 0130 176.37 174.05 175.37 174.38 172.39 174.05
REC #
TIME DE01 DE02 DEO3 DE04 DE05 DEO6 151 1415 176.37 174.05 175.71 174.71 172.72 175.04 152 1430 176.70 174.05 176.37 173.72 173.72 173.72 153 1445 177.03 174.38 176.70 173.72 173.72 174.05 154 1500 176.37 174.38 175.71 174.05 173.38 174.71 155 1515 176.70 174.71 177.03 174.05 172.72 175.71 156' 1530 176.70 174.71 175.37 173.38 173.72 175.04 157 1545 177.37 175.04 176.04 174.71 173.05 175.71 158 1600 177.37 175.71 176.04 174.71 172 72 175.04 159 1615 177.03 175.04 175.37 174.71 171.73 175.37 160 1630 177.03 175.04 176.70 174.71 174.05 175.37 161.
1645 177.03 175.04 175.37 174.38 172.39 174.38 162 1700 176.'70 174.71 176.04' 174.71 171.39 174.38 163 1715 176.70 175.04 176.37 173.72 173.05 176.04 164 1730 177.03 175.04 176.37 174.71 173.72 174.05 165 1745 176.70 175.37 176.04 175.04 172.39 176.37 166 1800 176.70 175.71 177.70 174.38 173.05 175.04 167 1815 176.70 175.04 176.70 175.37 173.38 177.37 168 1830 176.04 175.37 176.70 175.37 172.72 175.04 169
' 1845 176.04-174.38 177.03 174.71 173.38 176.37 170 1900 176.37 175.04 177.03 175.04 172.72 177.03 171 1915 177.37 175.04 177.37 175.04 172.72 176.37 172 1930 177.03 174.71 176.70 175.37 172.72 174.05 173 1945 177.70 175.37 176.37 174.05 175.04 176.04, 174 2000 177.37 175.37 177.70 175.71 173.72 175.04 175 2015 177.37 175.04 176.04 174.38 173.38 175.71 176 2030 177.03 175.37 177.37 174.38 172.72 175.37 177 2045 177.70
- 175.04 177.37 174.71 172.72 175.04 178 2100 177.03 175.37 176.70 174.71 173.88 174.71 179 2115 177.37 176.04 177.37 174.71 173.38 177.70 180 2130 177.37 175.04 177.03 174.71 173.72 174,38 181 2145 177.03 175.04 176.37 175.04 173.72 175.71 4
e e
w O
s
-e e--,a,-w- - - - - -
-m ese-c-
--+r m-m---
---r-.-
=r w
--w
1
y
--eenp y
v REC #
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 1.
0000 164.43 166.75 167.08 165.42 63079 63086 2
015 166.75 166.75 167.08 165.76 63073 63080 3
030 165.42 166.75 167.41 165.42 63068 63076 4
0045 164.76 166.75 167.08 164.76 63064 63072.
i 5
100 166.42 166.42 167.41 165.09 63061 63068 6
0115 1.64.76 166.75 167.41 165.76 63059 63066 7
0130 166.42 166.09 167.41 165.42 63054 63062 O
145-166.42 166.42 167.08 164.43 63050 63058 9
200 165.42 166.42 167.41 165.09 63045 63055 10 215 165.76 166.42 167.08 165.42 63040 63052 11 230 171.06 167.08 170.40 165.76 63036 63050 12 245 166.09 166.42 167.41 165.42 63033 63046 13 300 164.43 166.42 167.41 165.42 63028 63041 14 315 164.76 166.09 167.08 164.43 63025 63037 15 325 165.09 166.42 167.41 165.42 63022 63035 16 0340 165.09 166.42 167.08 165.09 63019 63031 17 400 164.10 166.09 167.08 165.42 63015 63027 18 415 164.76 166.42 167.41 165.42 63012 63023 19 430 165.42 166.75 167.08 164.76 63009 63019 20 445 164.10 166.75 167.41 164.76 63005 63015 21 500 164.43 166.42 167.08 165.42 63002 63011 22 515 164.43 166.09 167.41 165.42 63000 63009 23 530 164.10 166.42 167.08 165.76 62994 63005 24-545 163.77 166.09 167.41 164.76 62990 63000 25 600 166.42 166.42 166.75 164.76 62985 62996 26 615 145.09 166.75 167.08 165.09 62981 62992 27 630 166.75 166.75 167.75 164.43 62976 62986 28 645 165.76 166.09 167.41 165.76 62973 62983 29 0700 165.09 166.42 167.75 165.76 62968 62977 30 0715 165.42 165.76 167.08 165.42 62962 62971 31 0730 165.09 166.09 167.41 164.76 62959 62967 32 0745 164.10 166.42 167.08 165.09 62956 62964 33 0800 166.42 166.75 167.41 165.09 62953 62960 34 0815 163.77 166.09 166.75 165.42 62950 62956.
+
35 0830 164.10 166.42 167.41 165.09 62947 62953 36 0845 166.42 166.09 167.41 165.42 62946
'62950 37 0900 165.42 166.42
' 167.08 165.09 62941 62947 38 0915 163.77 166.09 167.08 164.76 62939 62944 39 0930 167.41 166.09 167.08 164.43 62936 62941 40 0945 163.77 166.42 167.41 165.09 62933 62938 41 1000 163.43 166.42 167.08 164.43 62931 62936 42 1015 165.09 166.09 167.08 164.10 62929 62933 43 1030 166.09 166.75 167.41 165.42 62926 62930 44 1045 164.43 165.76 164.08 164.76 62923 62927 45 1100 163.77 166.42 167.08 164.43 62919 62924 46 1115 165.42.
166.09 167.08 164.76 62916 62921 i-47.
1130 165.42 166.42 167.08 165.76 62914 62919 i
48 1230 173.88 165.76 166.75 164.76 62900 62906 49 1245 164.10 166.09 167.41 164.76 62898 62905
.50 1300 165.42 165.76 167.08 164.10 62894 62902
REC #.
TIME DEO7 DEOO DEO9 DE10 PIO1 PIO2 101 0145 162.44 166.09 167.09 164.43 62758 62761 102 0200 164.10 165.76 167.08 165.09 62752 62755 103 215 164.10 166.09 167.08 165.09 62748 62754 104 230 164.76 165.76 167.41 165.42 62744 62746 105 245 163.43 165.76 167.41 164.43 62739 62742 106 300 164.43 165.76 166.75 164 76 62735 62739 107 315 163.77 166.09 167.41 164.43 62733 62736 108 330 166.42 166.09 167.41 165.09 62730 62733 109
'345 165.09 166.42 166.42 164.43 62727 62730 110 400 163.77 166.42 167.08 165.42 62724 62726 111 415 164.43 166.42 166.75 164.43 62720 62722 112 430 165.42 165.76 166.75 164.43 62717 62719 113 445 165.76 166.42 167.08 165.09 62709 62712 114 500 163.77 165.76 166.75 165.76 62710 62714 115 515 165.76 165.76 167.08 165.09 62705 62709 116 0530 165.09 166.42 167.08 165.09 62701 62705 117 0545 164.76 166.42 166.75 165.42 62697 62701 118 600 163.43 166.09 167.75 165.09 62692 62697 119 615 166.09 163.76 167.41 164.43 62688 62693 120 630 164.76 166.09 167.08 164.76 62683 62689 121 645 164.43 165.76 166.42 165.42 62678 62683 122 0700 164.10 165.76 167.41 164.10 62674 62679 123 0715 164.76 166.09 167.08 164.76 62670 62675 i
124 0730 165.09 166.09 166.75 165.09 62667 62671 125 0745 165.09 166.09 167.08 165.76 62662 62666 126 0800 165.09 165.76 167.08 164.76 62659 62661 127 0815 164.43 165.76 167.08 165.09 62655 62657 128 0830 166.09 166.09 167.41 164.76 62652 62654 129 0845 164.76 165.76 167.08 165.42 62649 62650
'130 0900 163.10 166.09 167.08 165.42 62645 62646 131 0915 165.42 166.42 167.08 164.76 62642 62642 132 0930 165.09' 165.76 167.41 165.09 62640 62643 133 0945 164.43 166.09 167.41 165.42 62640 62639 134 1000 166.42.
165.76 167.08 164.76 62635 62635 135 1015 165.09 165.76 167.08 165.76 62632 62631 136 1030 166.09 166.09 166.75 165.42 62630 62628 137 1045 164.43 165.76 167.08 164.76 62627 62625 138 1100 164.10 166.09 167.41 165.09 62624 62622 139 1115 166.42 166.09 167.08 165.42 62622 62619 140 1130 165.76 166.09 166.75 164.76 62619 62617 141 1145 166.42 166.09 167.41 165.42 62616 62614 i
142 1200 164.43 166.09 167.08 165.76 62614~
62612 143 1215 165.42 166.09 167.08 165.09 62610 62607 144 1230 166.42 166.09 166.75 165.42 62606 62603 145 1245 164.43 165.42 166.09 163.43 62603 62600 146 1300 164.76 166.09 167.08 164.76 62600 62595 147 1315 165.09 166.09 166.42 164.43 62596 62591 148 1330 165.09 165.76 167'.08 164.10 62592 62587 149 1345 165.76 166.09 166.75 164.43 62588 62584 150 1400 164.10 166.09 166.75 165.42 62585 62581
- = *
= - -
.---.-,,r
REC.#
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2
.51 1315 165.76 165.76 167.08 165.09 62892 62901 52 1330 165.42 166.09 166.75 165.09 62891 62900 53 1345 165.76 166.42 167.08 165.04 62887 62897 54 1400 165.42 166.09 167.08 165.09 62886 62895 55 1415 165.09 166.09 167.08 165.09 62886 62894 56 1430 166.42 166.09 166.75 164.43 62886 62894 57 1445.
164.43 166.42 167.08 165.42 62886 62893 58 1500 163.43 165.76 167.08 164.63 62885 62892 59 1515 165.09 165.76 166.09 165.42 62884 62889 60 1530 164.43 166.09
'167.75 164.43 62882 62887 61 1545 165.76 166.09 167.08 164.76 62880 62885 62 1600 163.77 166.09 167.08 163.77 62877 62882 63 1615 167.75 166.09 167.41 165.42 62874 62879 64 1630 164.76 166.09 167.08 165.42 62874 62877 65 1645 164.43 166.09 167.08 164.43 62873 62877
.66 1700 164.43 165.76 167.08 165.09 62870 62875 67 1715 165.76 166.09 167.08 165.09 62869 62874 68 1730 165.42 166.09 167.08 165.42 62867 62872 69.
1745 166.75 166.09 167.08 164.76 62865 62872 70 1800 164.76 166.75 167.08 164.43 62865 62872 71 1815 167.08 166.42 167.08 165.42 62863-62870 72 1830 164.43 166.42 166.75 164.43 62862 62870 73 1845 165.76 166.42 167.75 165.42 62860 62868 74 1900 166.09 166.42 167.41 164.43 62858 62866 75 1915 165.42 166.42 167.41 165.42 62855 62864 i
76 1930 165.76 166.09 167.41 165.76 62852 62860 77 1945 164.76 166.09 167.41 165.76 62849 62857 l
78 2000 165.09 166.09 167.00 165.76 62844 62852 1
79 2015 164.43 166.09 167.08 165.09 62840 62848 80 2030 164.10 165.76 167.41 165.76 62836 62844 81 2045 164.43 166.09 167.08 164.76 62832 62840 82 2100 164.43 166.09 166.75 164.76 62828 62836 83 2115 165.42 166.42 167.08 165.09 62825 62833 84 2130 164.76 166.09 167.08 164.10 62822 62830 85 2145 164.43 165.76 166.75 165.42 62819 62827 86 2200 163.43 165.76 167.08 164.43 62815 62823 87 2215 163.43 165.76 166.75 164.43 62812 62820 88 2230 164.76 166.09 167.08 165.09 62809 62817 89 2245 165.42 166.09 167.08 164.43 62806 62814 l
90 2300 165.42' 166.09 167.08 164.76 62802 62809 91 2315 165.76 166.09 166.75 165.42 62799 62805 92 2330 166.75 166.09 167.08 164.76 62796 62802 93 2345 164.10 166.09 167.08 164.76 62792 62798 94 0
163.43 166.09 167.41 165.42 62789 62794 95 0015 164.76 165.76 167.08 165.09 62785 62789 96 0030 165.76 166.09 166.09 165.09 62781 62785 97 0045 166.42 166.09 167.08 165.42 62777 62781 98 0100 165.42 166.42 166.75 165.09 62774 62778 99 115 164.76 166.09 166.75 165.76 62768 62774 100 0130 163.43 166.42 167.41 165.42 62765 62768 i
I
REC #
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 151 1415 165.09 165.76 166.75 164.43 62583 62579 152
' 1430 163.43 166.09 167.08 163.77 62582 62577 153 1445 163.10 165.76 167.08 165.09 62581 62572 154 1500 165.42 165.76 167.08 164.10 62581 62572 155 1515 163.43 166.09 166.75 165.09 62580 62571 156 1530 165.42 175.04 167.08 164.76 62579 62575 157 1545 165.09 166.09 166.75 164.76 62577 62574 158 1600-164.76 166.09-167.08 165.09 62577 62573 159 1615 164.10 165.76 166.75 165.09 62576 62572 160 1630 164.43 165.42 167.08 165.09 62575 62570 161 1645 164.10 165.76 167.08 165.09 62567 62570 162 1700 165.76 165.76 167.08 165.42 62568 62565 163 1715 164.43 165.76 167.41 165.42 62567 62563 164 1730 163.77 166.42 167.08 164.43 62567 62563 165 1745 164.10 166.09 167.08 164.76 62567 62563 166 1800 166.09 166.09 167.08 165.76 62567 62563 167 1815 167.41 166.42 167.08 164.76 62567 62563 168 1830 165.09 165.76 167.08 164.43 62566 62563 169 1845 163.10 165.76 167.41 165.42 62565 62561 170 1900 164.43 165.76 167.08 165.09 62564 62561 171 1915 165.42 165.76 167.41 164.76 62563 62560 172 1930 163.77 166.42 166.75 165.09 62560 62558 173 1945 166.42 166.75 167.41 165.09 62558 62556 174 2000 166.42 166.42 167.08 164.10 62555 62553 175 2015 164.10 166.09 166.75 164.43 62553 62550 176 2030 165.09 165.42 167.08 165.42 62550 62546 177 2045 164.43 165.76 167.41 164.10 62546 62542 178 2100 164.10 166.42 167.08 164.10 62542 62538 179 2115 165.76 166.09 166.75 164.43 62539 62534 180 2130 163.43 165.76 167.08 164.76 62535 62530 181 2145 164.10 166.09 166.09 164.43 62532 62527 l
l m-
-w--
,.m x--,-%.--,,e r..,
,--,,-.--------+,-,--r,-.
+ - -
REC #
TIME TPAV VPAV PRAV MASS
-1 0
92.575
.574 63.077 90111.1 2
15 92.547
.577 63.071 90101.8 3
30 92.488
.576 63.067 90106.7 4
45 92.534
.574 63.063 90096.8 5
100 92.525
.578 63.059 90087.9 6-115 92.523
.579 63.057 90084 7
130 92.537
.578 63.053 90076.4 8
145 92.517
-.576 63.049 90077 9
200 92.507'
.574 63.045 90074.4 10 215 92.5
.578 63.041 90064.4 11 230 92.509
.575
~63.038 90063.1 12-245 92.484
.581 63.034 90053.5 13 300 92.474
.575 63.029 90057.3 14 315 92.45
.576 63.026 90054.6 15 325 92.44
.575 63.023-90053.3 16 340 92.472
.575 63.02 90043 17 400 92.444
.576 63.016 90041.3 18 415 92.455
.53 63.012.
90028.7 19 430 92.447
.574 63.009 90032.4 20 445 92.428
.575 63.005 90028.2 21 500 92.43
.586 63.001 90007.7 22 515 92.44
.579 62.999 90012.4 23 530 92.411
.578 62.994 90011.8 24 545 92.407
.576 62.99 90009.8 25 600 92.4
.575 62.985 90005.5 26 615 92.407
.574 62.981 89999.4 27 630 92.375
.579 62.976 89989.5 28 645 92.355
.582 62.973 89984.6 29 700 92.344
.579 62.967 89981.9 30 715 92.323
.578 62.961 89978.7 31 730 92.32
.577 62.958 89976.1 l
32 745 92.32
.573 62.955 89977.4 33 800 92.313
.582 62.951 89960.2 34 815 92.305
.575 62.948 89966.2 35 830 92.306
.577 62.945 89959.9 36 845 92.309
.585 62.943 89944.2 37 900 92.312
.58 62.939 89944.7 38 915 92.308
.574 62.936 89951.4 39 930 92.314
.584 62.933 89930.9 40 945 92.326
.578 62.93 89932.8 41 1000 92.316
.577 62.928 89934.2 42 1015 92.343
.577 62.926 89925.8 43' 1030 92.324
.585 62.923 89912.3 44 1045 92.345
.575 62.92 89919.3 45 1100 92.356
.584 62.916 89900.4 46 1115 92.352
.578 62.913 89904.2 47 1130 92.373
.581 62.911 89894 48 1230 92.374
.592 62.898 89859.3 49 1245 92.383
.579 62.896 89873.6 l
50 1300 92.377
.584 62.893 89861.9 l
REC #
. TIME TPAV VPAV PRAV MASS 51 1315 92.402
.581 62.891 89860.1 52 1330 92.427
.583 62.89 89852.4 53 1345 92.448-
.584 62.887 89842.6 54 1400 92.458
.582 62.885 89841.4 55 1415 92.483
.586 62.885 89830.8 56
- 1430 92.492
.585 62.885 89830.9 57' 1445 92.527
.578 62.884 89833.9 58 1500' 92.558
.581 62.883 89823.5 59 1515 92.577
.58 62.881 89818.5 60 1530 92.565
.584 62.879 89812 61-1545 92.588
.588 62.877 89799.3 62 1600 92.596
.578 62.874 89809 1615 92.596-
.59 62.871 89788 63 64 1630 92.622
.584 62.87 89790.6 l
65 1645 92.629
.582 62.87 89791.5 66 1700 92.657
.584 62.867 89780.7 67 1
1715 92.688
.586 62.866 89770.4 68
'1730 92.701
.583 62.864 89770.5 69_:
'1745 92.741
.587 62.863 89755.7 70 1800 92.774
.587 62.863 89751.7 71 1815 92.769
.588 62.861 89747.4 72 1830 92.798
.584 62.861 89747.5
-73 1845 92.826
.591 62.859 89730.9
'74 1900 92.838
.587 62.857 89730.9 75
'1915-92.854-
.594 62.854 89715.2 76 1930 92.841
.589 62.851 89719.4 77 1946 92.848
.592 62.848 89709 78 2000 92.858
.59 62.843 89703.5 79 2015 92.813
.589 62.839 89706.1 80 203.0 92.824
.591 62.835 89695.5 L
81 2045 92.891
.585 62.831 89687.6 l
82 2100 92.798
.591 62.827 89688.6 83 2115 92.804
.59 62.824 89685.2 84 2130 92.802
.589 62.821 89682.2 85 2145 92.818
.593 62.818 89670.1 86 2200 4 92.786
.59 62.814 89673.2 87 2215 92.799
.591 62.811 89665 88 2230 92.809
.59 62.808 89661 89
! 2245 92.807
.585 62.805 89663.9 90 2300 92.791
.589 62.8 89655 91 2315 92.794
.592 62.797 89644.2 92 (
'2330 92.79
.589 62.794 89645.5' 93 2345 92.793
.591 62.79 89636.8 9 41 0
92.782
.589 62.786 89635.6 95 15 92.763
.59 62.782 89630.9 96 30 92.748
.588 62.778 89631 9'7 45 92.749
.596 62.774 89613.4 I
98 100 92.675
.592 62.771 89625.9 99 115 92.72
.591 62.766 89614
~
100 130 92.714
.589 62.761 89611.2 r
=
7,-
i I;
4 REC #
- TIME
'TPAV
-VPAV PRAV MASS 1
L 101 145 92.689
.586 62.754 89608.9 102~
200 92.676
.588 62.748 89600.4 103 215 92.661
.588 62.746 89598.6 104 230 92.647
.586 62.74 89595.2 105 245 92.635
.59 62.735 89584.8 106 300 92.627
.587 62.732 89585.4-107 315 92.629
'.588 62.729 8957957
~~
^
108 330 92.625
.595 62.726 89566.2 h
109.
345 92.612
.588 62.723 89574.74 L
110 400 92.616 -
. 59 62.72 89565.8 i
111-415 92.598
.594' 62.716 89557.4 112 430 92.6
.595 62.713 89550.1 113 445 92.576
.598 62.705 89539.1 114 500
'92.587
.585 62.707 89558.3 l
115 515 92.576
.589 62.702 89547.2 116 530 92.566
.594 62.698 89535.8 117 545 92.557
.592 62.694 89535.4 118 600 92.54.
.589 62.689 89535.6 119 615 92.537
.592 62.685 89526.3 i
120 630 92.531
.591 62.681 89522.3 121 645 92.519
.587 62.675 89521.7 l
. _.122 700 92.486
.585 62.671 89523.3
' 123 715 92.49
.585 62.667 89518.1 124-730 92.488
.594 62.664 89499.7
- 125 745 92.47
.586 62.659 89507.5 126 800 92.455
.589 62.655 89499.5 127 815 72.468
.587 62.651 89494.6 1
s
- 128 830 92.444
.593 62.648 89485.5 129 845 92.434
.588 62.644 89489.7
^
130 900 92.427
.588 62.64 89483.8 131 915 92.453
.59 62.637 89472.1
. 132 930 92.41
.592 62.636 89475.3 133 945 92.418
.592 62.634 89472.1
~
92.422
.59 62.63 89466.5 134 100O N($
135' 1015 92.417
.591 62.626 89461.7 j
136 1030 92.444
.595 62.624 89447.2 iu 137 1045 92.426
.592 62.621 89451 y
138
' 1100 92.428
.59 62.617 89448.4 139 1115 92.432
.594 62.615 89438.6 rC 140 1130 92.437
.594 62.613 89434.6 141 1145 92.427
.595 62.61 89429.6 t
142 1200 92.41
.589 62.608 89438.6
'143 1215 92.417
.592 62.603 89426.2 144 1230 92.399
.594 62.599 89421.7 145 1245 92.395
.583 62.596 89433 146 1300 92.379
.592 62.592 89417.7 147 1315 92.375
.593 62.588 89410.5 148 1330 92.363
.59 62.584 89411.3 149 1345
' 92.366
.588 62.58 89408.5 150
'1400 92.356
.588 62.578 89406.4 e
d
--wmm
--wr-
REC #
TIME TPAV VPAV PRAV MASS 151 1415 92.373
.592 62.575 89394.6 152 1430 92.355
.588 62.574 89401.2 153 1445 92.369
.59 62.571 89391.3 4
154 1500 92.387
.592 62.571 89385.3 155 1515 92.423
.594 62.57 89375.8 156 1530 92.429
.606 62.571 89359.6 157 1545 92.428
.596 62.57 89371.1 158 1600 92.454
.595 62.57 89368.6 159 1615 92.449
.591 62.569 89372.7 160 1630 92.477
.597 62.567 89358.5 161 1645 92.472
.59 62.563 89363.3 162 1700 92.474
.591 62.561 89359.1 163 1715 92.474
.597 62.56 89347.9 l
164 1730 92.502
.592 62.56 89350.7 165 1745 92.522
.596 62.56 89340.7 166 1800 92.548
.598 62.56 89334.5 l
167 1815 92.557
.606 62.56 89321.4 168 1830 92.574
.594 62.559 89335.6 169 1845 92.595
.597 62.558 89325.1 170 1900 92.614
.599 62.557 89317.8 i
171 1915 92.628
.599 62.556 89314 172 1930 92.642
.591 62.554 89320.8 173 1945 92.621
.605 62.552 89301.1 174 2000 92.648
.599 62.549 89300.6 175 2015 92.656
.595 62.546 89301.2 176 2030 92.614
.596 62.542 89302.5 177 2045 92.61
.594 62.539 89300.1 178 2100 92.574
.594 62.535 89299.4 179 2115 92.589
.605 62.531 89277 l
180 2130 92.567
.592 62.527 89292.3 181 2145 92.554
.596 62.524 89285.6 t
I
ens,y 11,1982 (2200)
JULY 12,1982 (1830)
REC #
TIME TE01 TE02 TE03 TE04 TEO5 TE06 1
2200 97.56 98.24 106.77 105.56 100.24 101.41 2
2215 97.60 98.24 106.77 105.56 100.24 101.41 3
2230 97.64 98.20 106.77 105.60 100.36 101.41 4
2245 97.60 98.20 106.77 105.60 100.32 101.41 5
2300 97.56 98.20 106.77 105.48 100.28 101.37 6
2315 97.52 98.16 106.77 105.56 100.20 101.37 7
2330 97.48 98.16 106.77 105.52 100.28 101.37 8
2345 97.88 98.50 106.77 105.72 100.36 101.61 9
015 97.84 98.56 106.77 105.64 100.32 101.53 10 030 97.72 98.24 106.77 105.52 100.28 101.41 11 045 97.56 98.16 106.77 105.44 100.20 101.33 12 0100 97.52 98.12 106.77 105.48 100.16 101.29 13 115 97.52 98.08 106.77 105.36 100.24 101.25 14 0130 97.40 98.08 106.77 105.36 100.20 101.25 15 145 97.48 98.00 106.77 105.32 100.16 101.25 16 200 97.40 97.96
- 106.77 105.32 100.20 -
101.21 17 215 97.36 97.92 106.77 105.28 100.12 101.17 18 230 97.32 97.92 106.77 105.24 100.04 101.13 19 245 97.28 97.84 106.77 105.16 100.08 101.09 20 300 97.24 97.80 106.77 105.16 100.04 101.09 21 0315 97.24 97.80 106.77 105.16 100.00 101.05 22 0330 97.16 97.76 106.77 105.16 100.04 101.05 23 0345 97.16 97.72 106.77 105.12 99.96 101.01 24 0400 97.12 96.78 106.77 105.08 100.04 101.01 25 0415 97.08 97.68 106.77 105.04 100.
101.01 26 0430 97.
97.64 106.77 105.04 99.92 100.97 27 0445 97.04 97.64 106.77 105.
99.88 100.97 28 500 97.08 97.6 106.77 105.
100.04 101.17 I
29 515 97.
97.56 106.77 105.2 100.12 101.33 30 530 97.
97.52 106.77 104.96 100.
101.01 31 545 96.92 97.52 106.77 104.96 99.96 100.97 32 600 96.92 97.52 106.77 104.96 99.88 100.93 33 0615 96.92 96.48 106.77 104.88 99.88 100.89, 34 0630 96.92 97.48 106.77 104.88 99.88 100.89 9.
84 97.44 106.77 104.88 99.92 100.85 35 0645 6
36 0700 96.80 97.36 106.77 104.84 99.76 100.81 37 0715 96.80 97.32 106.77 104.80 99.72 100.81 38 0730 96.76 97.32 106.77 104.80 99.84 100.77 39 0745 96.72 97.28 106.77 104.80 99.80 100.77 l
40 0800 96.72 97.24 106.77 104.68 99.72 100.73 l
41 0815 96.68 97.20 106.77 104.64 99.72 100.69 42 0830 96.60 97.20 106.77 104.6*
99.56 100.69 43 0845 96.60 97.12 106 104.64 99.64 100.65 44 0900 96.60 97.16 106.77 104.60 99.72 100.65 45 0915 96.52 97.12 106.77 104.60 99.56 100.65 46 0930 96.52 97.12 106.77 104.56 99.56 100.61 47 0945 96.52 97.12 106.77 104.56 99.60 100.61 48 1000 96.52 97.12 106.77 104.48 99.60 100.61 49 1015 96.48 97.12 106.77 104.48 99.56 100.61 50 1030 96.52 97.12 106.77 104.56 99.52 100.57
.._,-,,y.w,r-,,,w..
c w i
--.v-,_%.,,,.,-r
,-.-_._-...~m....
.....------r
REC #
TIME TE01 TEO2 TE03 TE04 TE05 TE06 51.
1045 96.48 97.12 106.77-104.48 99.56 100.61 52 1100 96.48 97.08 106.77 104.52 99.64 100.57 53 1115 96.52 97.08 106.77 104.48 99.56 100.61 54 1130 96.52 97.12 106.77 104.52 99.64 100.57 55 1145 96.52 97.04 106.77 104.40 99.60 100.53 56 1200 96.44 97.08 106.77 104.40 99.56 100.53 57 1215 96.44 97.04 106.77 104.44 99.48 100.53 58 1230 96.48 97.08 106.77 104.40 99.52 100.53 59 1245 96.48 97.08 106.77 104.48 99.40 100.49 60 1300 96.44 97.08 106.77 104.40 99.48 100.49 61 1315 96.48 97.04 106.77 104.36 99.52 100.49 62.
1330 96.44 97.08 106.77 104.36 99.52 100.49 63 1345 96.40 97.04 106.77 104.32 99.44 100.49 64 1400 96.44 97.04 106.77 104.36 99.36 100.49 65 1415 96.48 97.04 106.77 104.36 99.52 100.49 66 1430 96.40 97.04 106.77 104.36 99.44 100.49 67 1445 96.48 97.04 1C4.84 104.40 99.40 100.49 68 1500 96.44 97.08 104.84 104.36 99.44 100.49 69 1515 96.48 97.12 104.84 104.36 99.40 100.49 70 1530 96.48 97.12 104.84 104.40 99.60 100.49 71 1545 96.52 97.16 104.84 104.40 99.44 100.53 72 1600 96.56 97.16 104.84 104.40 99.48 100.53 73 1615 96.56 97.16 104.84 104.44 99.44 100.53 74 1630 96.56 97.20 104.84 104.40 99.52 100.57 75 1645 96.60 97.20 104.84 104.4A 99.52 100.57 76 1700 96.56 97.20 104.84 103.48 99.52 100.61 77 1715 96.60 97.24 104.84 104.48 99.56 100.61 78 1730 96.60 97.28 104.84 104.52 99.64 100.57 79 1745 96.64 97.28 104.88 104.48 99.52 100.57 80 1800 96.64 97.28 104.84 104.52 99.52 100.61 81 1815 96.68 97.32 104.82 104.52 99.60 100.61 e
4
4 REC #
TIME TEO7 TEO8 TEO9 TE10 TEli TE12 1
2200 97.54 99.09 98.46 98.83 97.66 96.402 2
2215 97.54 99.09 98.46 98.79 97.82 96.441 3
2230 97.50 99.09 98.34 98.87 97.70 96.402 4
2245 97.38 99.09 98.50 98.87 97.66 96.402 5
2300 97.06 99.09 98.42 98.75 97.66 96.402 6
2315 97.26 99.09 98.42 98.87 97.78 96.362 7
2330 97.d0 99.05 98.38 98.83 97.66 96.402
~
0 2345 97.82 99.41 98.70 99.67 98.10 96.682 9
015 97.58 99.37 98.66 99.07 97.98 96.762 10 030 97.46 99.17 98.46 98.91 97.78 96.521 11 045 97.34 99.05 98.38 98.83 97.70 96.441 12 0100 97.26 99.05 98.42 98.79 97.66 96.441 13 115 97.22 99.01 98.38 98.79 97.58 96.362 14 0130 97.18 99.05 98.42 98.79 97.62 96.362 15 145 97.18 98.97' 98.30 98.75 97.54 96.322 16 200 97.14 98.93 98.26 98.67 97.54 96.282 17 215 97.10 98.93 98.22 98.63 97.50 96.242 18 230 97.14 98.85 98.26 98.63 97.50 96.242 19 245 97.10 98.85 98.14 98.59 97.50 96.162 20 300 97.10 98.85 98.18 98.59 97.46 96.162 21 0315 97.10 98.85-98.10 98.51 97.38' 96'.12 22 0330 96.90 98.82 98.14 98.55 97.34 96.12 23 0345 96.86 98.78 98.14 98.51 97.34 96.08 24 0400 96.90 98.78 98.06 98.47 97.34 96.08 25 0415 96.98 98.74 98.06 98.51 97.34 96.08 12,6~
0430 97.02 98.74 98.06 98.51 97.30 96.002 27 0445 96.9 98.74 98.1 98.47 97.3 96.
28 500 97.06 98.74 98.06 98.43 97.18 96 29-515 96.9 98.85 98.22 98.55 97.34 96.002 30 530 96.9 98.74 98.06 98.47 97.26 95.96 31 545 96.82 98.7 98.02 98.39 97.18 95.96 32 600 96.82 98.70 97.98 98.39 97.26 95.96 33 0615 96.62 98.66 97.98 98.35 97.26 95.962 34 0630 96.78 98.62 97.98 98.43 97.22 95.962 35 0645 96.78 98.62 97.94 98.31 97.18 95.92 36 0700 96.74 98.62 97.9 98.31 97.1 95.882 37 0715 96.90 98.58 97.86 98.23 97.10 95.842 3B 0730 96.66 98.54 97.82 98.27 97.02 95.802 39 0745 96.54 98.54 97.86 98.23
'97.10 95.802 40 0800 96.58 98.50 97.78 98.23 96.98 95.762 41 0815 96.42 98.50 97.74 98.19 97.02 95.762 42 0830 96.54
.98.46 97,78 98.15 96.98 95.722 43 0845 96.54 98.42 97.78 98.11 96.98 95.682 44 0900___.96.42.
.98 42
.97._66.
98.07 96.98 ___ _ _95. 642 45 0915 96.50 98.
97.78 98.15 96.98 95.642 46 0930 96.34 98.38 97.70 98.07 96.90 95.642
)
~47 0945 96.62 98.38 97.70 98.07 96.90 95.642 48 1000 96.30 98.38 97.70 98.11 96.98 95.642
.49 1015 96.34 98.38 97.70 98.11 96.86 95.64 50 1030 96.50 98.34 97.74 98.07 96.94 95.64 i
, ~ - - - -.,
REC #
TIME TEO7 TEOS TEO9 TE10 TEli TE12 51 1045 96.54 98.34 97.66 98.07 96.94 95.64 S2 1100 96.42 98.38 97.70 98.07 96.86 95.642 53 1115 96.46 98.38 97.70 98.07 96.82 95.642 54 1130 96.42 98.38 97.62 98.07 96.82 95.602 55 1145 96.34 98.34 97.70 98.03 96.86 95.642 56 1200 96.42 98.30 97.66 98.03 96.86 95.602 57 1215 96.22 98.30 97.66 97.99 96.82 95.602 58 1230 96.58 98.30 97.66 98.03 96.86 95.602 59 1245 96.54 98.30 97.62 98.03 96.82 95.602 60 1300 96.50 98.30 97.58 97.95 96.86 95.602 61 1315 96.46 98.30 97.58 98.03 96.90 95.602 62 1330 96.38 98.30 97.58 97.99 96.82 95.602 63 1345 96.58 98.30 97.58 97.95 96.78 95.602 64 1400 96.26 98.26 97.58 97.99 96.78 95.562 65 1415 96.38 98.30 97.58 97.99 96.82 95.521 66 1430 96.34 98.26 97.58 97.95 96.78 95.562 67 1445 96.38 98.30 97.62 98.03 96.82 95.602 68 1500 96.54 98.26 97.58 97.95 96.78 95.602 69 1515 96.54 98.26 97.62 97.95 96.82 95.602 70 1530 96.54 98.26 97.62 98.03 96.78 95.642 71 1545 96.50 98.30 97.62 98.03 96.82 95.642 72 1600 96.70 98.30 97.70 97.99 96.36 95.642 73 1615 96.54 98.34 97.70 98.07 96.86 95.642 74 1630 96.70 98.34 97.70 98.03 96.90 95.982 75 1645 96.58 98.38 97.74 98.07 96.90 95.682 76 1700 96.70 98.38 97.78 98.11 96.94 95.722 77 1715 96.66 98.38 97.78 98.11 96.94 95.722 78 1730
-96.62 98.38 97.70 98.11 96.94 95.722 79 1745 96.70 98.42 97.74 98.19 96.98 95.762 80 1800 96.70 98.42 97.78 98.07 96.94 95.762 81 1815 96.82 98.42 97.74 98.11 96.98 95.762 i
l l
I
REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18 1
2200 96.60 95.95 99.49 95.66 96.86 96.12 2
2215 96.60 96.03 99.53 95.66 96.86 96.16 3
2230 96.64 95.95 99.53 95.66 96.86 96.16 4
2245 96.64 95.95 99.57 95.66 96.82 96.12 5
2300 96.64 95.83 99.65 95.66 96.86 96.12 6
2315 96.60 95.79 99.69 95.62 96.82 96.12 7
2330 96.64 95.91 99.65 95.66 96.82 96.12 8
2345 96.88 96.03 99.85 95.90 97.13 96.44 9
015 97.76 95.99 09.95 95.90 97.13 96.36 10 030 96.60 95.95 99.57 95.74 96.94 96.24 11 045 96.60 95.83 99.53 95.66 96.86 96.16 12 0100 96.52 95.91 99.53 95.66 96.82 96.12 13 115 96.52 95.91 99.45 95.58 96.78 96.00 14 0130 96.52 95..
99.45 95.58 96.78 96.04 15 145 96.48 95.75 99.41 95.54 96.74 96.04 16 200 96.56 95.67 99.37 95.50 96.70 95.96 17 215 96.48 95.63 99.37 95.46 96.66 95.96 18 230 96.40 95.59 99.33 95.42 96.62 95.88 19 245 96.44 95.55 99.33 95.38 96.62 95.84 20 300 96.40 95.55 99.29 95.34 96.58 95.84 21 0315 96.28 95.51 99.25
'95.34 96.54 99.84 22 0330 96.28 95.47 99.21 95.30 96.50 95.80 23 0345 96.28 95.31 99.33 95.26 96.50 95.80 24 0400 96.38 95.42 99.33 95.26 96.46 95.77 25 0415 96.2 95.43 99.37 95.26 96.46 95.77 26 0430 96.28 95.47 99.33 95.22 96.46 95.73 27 0445 96.2 95.39 99.25 95.22 96.42 95.73 28 500 96.2 95.43 99.21 95.22 96.46 95.73 29 515 96.24 95.51 99.25 95.22 96.42 95.73 30 530 96.24 95.43 99.17 95.18 96.38 95.69 31 545 96.16 95.31 99.09 95.18 96.34 95.65 32 600 96.12 95.35 99.09 95.14 96.34 95.61 33 0615 96.16 95.31 99.13 95.10 96.30 95.61 34 0630 96.12 95.27 99.09 95.10 96.34 95.61 35 0645 96.08 95.35 99.09 95.10 96.30 95.61 36 0700 96.08 95.31 99.01 95.07 96.26 95.57 37 0715 96.04 95.31 99.01 95.03 96.26 95.53 38 0730 96.00 95.07 98.89 94.99 96.18 95.33 39 0745 95.96 95.07 98.97 94.99 96.22 95.53 40 0800 95.96 95.11 98.93 94.95 96.18 95.49 41 0815 95 88 94.95 98.89 94.91 96.10 95.41 i
l
. 43 _.__O830_. _95.88 95._11-98.99 94.8_7 96.10 -
95.37 42 0845 95.84 95.11 98.82 94.87 96.06 95.33 44 0900 95.98 94.99' 98.85 94.87 96.02 95.37
' 45 '
0915 95.84 95.11 98.82-94.' B'3 ' ~' 96". Di2 ~~ ~95.33 46 0930 95.80 95.03 98.78 94.79 96.02 95.33 47 0945 95.80 94.99 98.78 94.79 96.02 95.33 48 1000 95.84 95.19 98.82 94.79 95.98 95.33 49 1015 95.80 95.07 98.82 94.83 96.02 95.33 50 1030 95.84 95.15 98.74 94.79 95.98 95.33
REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18 51 1045
,95.80 95.15 98.74 94.79 96.02 95.33 52 1100 95.84 95.07 98.74 94.79 95.98 95.37 53
'1115 95.80 95.15 98.70 94.79 95.98 95.33 54 1130 95.80 95.27 98.70 94.79 95.98 95.29 55 1145 95.80 95.03 98.74 94.79 95.98 95.29 95.11 98.70 94.79 95.98 95.29 56 1200 95.77 e
57 1215.
95.73
95.11' 98.74 94.79 95.98 95.25 58 1230 95.77 95.11 99.66 94.79 95.93 95.25 59 1245 95.80 95.07 98.62 94.79 95.98 95.25 60 1300 95.77 94.99 98.62 94.75 95.98 95.29 61 1315 95.73 95.27 98.66 94.75 95.98 95.25 62 1330 95.84 94.99 98.62 94.75 95.98 95.25 63 1345 95.77 94.99 98.62 94.75 95.94 95.25 64 1400 95.73 95.19 98.62 94.75 95.94 95.25 65 1415 95.77 95.31 98.62 94.75 95.90 95.25 66 1430 95.73 94.91 98.66 94.75 95.94 95.25 67 1445 95.73 95.07 98.66 94.75 95.98 95.25 68 1500 95.77 95.19 98.62 94.79 95.94 95.25 69 1515 95.80
,94.95 98.66 94.79 95.98 95.33 70 1530 95.80 95.31 98.66 94.79 95.98 95.33 71 1545 95.80 95.19
'91B.'70
'94.83 96.02 95.33 72 1600 95.80 95.27 98.70 94.87 96.02 95.33 73 1615 95.88 95.27 98.74 94.87 96.06 95.37 74 1630 95.84 95.35 98.74 94.91 94.06 95.37 75 1645 95.84 95.39 98.74 94.91 96.10 95.37 76 1700 95.92 95.19 98.78 94.91 96.10 95.41 l
77 1715 95.84 95.39 98.78 94.95 96.10 95.41 78 1730 95.92 95.39 98.82 94.95 96.14 95.49
(
79 1745 95.92 95.35 98.78 94.99 96.14 95.45 80 1800 95.92 95.23 98.82 94.99 96.14 95.49 l
81
'1815 95.96 95.27 98.85 94.99 96.14 95.45 I
l 1
i r
(
l l
REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 1
2200 85.04 85.21 85.28 85.21 85.25 85.40 2
2215 85.08 85.25 85.28 85.21 85.25 85.40 3
2230 85.04 815.25 85.28 85.21 85.25
. 85.40 4
2245 85.08 85.25 85.28 85.21 85.25 85.40 5
2300 85.04 85.25 85.28 85.21 85.25 85.40 6
2315 85.08 85.25 85.28 85.21 85.25 85.40 4
7 2330 85.08 85.25 85.28 85.21 85.29 85.40 8
2345 85.76 86.09 85.96 85.89 86.01 86.12 9
015 86.28 86.32 86.40 86.36 86.40 86.56 10 030 85.64 85.77 85.84 85.77 85.81 85.96 11 045 85.44 85.57 85.64 85.61 85.61 85.76 12 0100-85.40 85.57 85.60 85.53 85.57 85.72 13-115 85.32 85.49 85.56 85.49 85.53 85.68 14 0130 85.32 85.49 85.52 85.45 85.49 85.64 15 145 85.28 85.45 85.48 85.45 85.49 85.60 16 200 85.28 85.45 85.44 85.41 85.45 85.60 17 215 85.24
.85.45 85.44 85.41 85.45 85.56 18 230 85.24 85.41 85.44 85.41 85.41 85.56 19 245 85.20 85.37 85.40 85.37 85.41 85.56 20 300 85.20 85.37 85.40 85.37 85.41 85.52 21 0315 85.20 85.37 85.40 85.33 85.41 85.52 22 0330 85.20 85.37 85.40 85.33 85.41 85.52 1
l.
23 0345 85.16 85.37 85.40 85.33 85.37 85.52 24 0400 85.~16 85.37 85.40 85.33 85.37 85.52 i
25 0415 85.16 85.37 85.40 85.33 85.37 85.52 26 0430 85.16 85.37 85.4 85.33 85.37 85.52 27 0445 85.16 85.37 85.4 85.33 85.37 85.52 28 500 185.16 85.37 85.40 85.33 85.37 85.48 29 515 85.16 85.33 85.36 85.33 85.37 85.48 30 530 85.16 85.37 85.36 85.33 85.37 85.48 31 545 85.16 85.33 85.36 85.33 85.37 85.48 32 600 85.16 85.37 85.36 85.33 85.37 85.48 33 0615 85.16 85.33 85.36 85.33 85.37 85.48 34 0630 85.16 05.33 85.36 85.33 85.37 85.48 35 0645 85.16 85.33 85.36 85.33 85.37 85.48 36 0700 85.16 85.33 85.36 85.29 85.37 85.48 L
37 0715 85.16 85.33 85.26 85.33 85.37 85.48 38-0730 85.16 85.33 85.36 85.29 85.37 85.48 39 0745 85.16 85.36 85.59 85.29 85.37 85.48 40-0800 85.16 85.33 85.36 85.29 85.37 85.48 41 0815 85.16 85.33 85.36 85.29 85.37 85.48 02 0830 85.12 85.33 85.36 85.'29 85.37 85.48 43 0845 85.16 85.33 85.36 85.29
~85737'
~85.48 44 0900 85.16 85.33 85.36 85.29 85.37 85.48 45 0915 85.16 85.33 85.36 85.29 85.37 85.40 46.
0930 85.16 85.33 85.36 85.29 85.37 85.48 47 0945 85.16
.85.33 85.36 85.29 85.37 85.48 48 1000 85.12 85.33 85.36 85.29 85.37 85.48
'49 1015 85.16 85.33 85.36 85.29 85.37 85.48 50 1030 85.16 85.33 85.36 85.29 85.37 85.48 F
-e
,, - - - - - ~, _,, - -., ~
,, - - +.
REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 51' 1045 85.16 85.33 85.36 85.29 85.37 85.48 52 1100 85.16 85.33 85.36 85.29 85.33 85.48 53 1115 85.16 85.33 85.36 85.33 85.37 85.48 54 1130 85.16 85.33 85.36 85.29 85.37 85.48 1
55 1145 85.16 85.33 85.36 85.29 85.37 85.48 56 1200 85.12 85.33 85.36 85.29 85.33 85.48 57 1215 85.16 85.33 85.36 85.25 85.37 85.48 58 1230 85.16_
85.33 85.36 85.29 85.37 85.48 59 1245 85.16 85.29 85.36 85.29 85.37 85.48 60 1300 85.12 85.33 85.36 85.29 85.37 85.48 61 1315 85.16 85.33 85.36 85.33 85.^37 85.48 62 1330 85.16 85.33 85.36 85.33 85.37 85.48 63 1345 85.16 85.33 85.36 85.33 85.37 85.48 64 1400 85.16 85.33 85.36 85.33 85.37 85.48 65 1415 85.16 85.33 85.36 85.33 85.37 85.48 66 1430 85.16 85.33 85.36 85.33 85.37 85.48 67 1445 85.16 85.33 85.36 85.33 85.37 85.48 68 1500 85.16 85.33 85.36 85.33 85.37 85.48 69 1515 85.16 85.33 85.36 85.33 85.37 85.48 70 1530 85.16 85.33 85.36 85.33 85.37 85.4L 71 1545 85.16 85.33 85.56 85.29 85.37 85.48 72 1600 85.16 85.33 85.36 85.29 85.37 85.48 73 1615 85.16 85.33 85.36 85.33 85.37 85.48 74 1630 85.16 85.33 85.36 85.33 85.37 85.48 75 1645 85.16 85.23 85.36 85.29 85.37 85.48 76 1700 85.16 85.33 85.36 85.33 85.37 85.48 77 1715 85.16 85.33 85.36 85.29 85.37 85.48 78 1730 85.16 85.33 85.36 85.33 85.37 85.48 79 1745 85.16 85.33 85.36 85.33 85.37 85.48 80 1800 85.16 85.33 85.36 85.33 85.37 85.48 81 1815 85.16 85.33 85.36 85.33 85.37 85.48 l
l
a REC #
TIME DE01 DEO2 DEO3 DE04 DEOS DE06 1
2200 177.70 175.04 177.03 175.71 172.72 177.03 2
2215 177.37 175.37 176.04 174.05 172.39
'76.37 3
2230 177.37 175.71 177.03 175.04 173.38 174.71 4
2245 177.70 175.04 175.71 174.38 173.05 174.38 5
2300 177.37 176.04 177.37 174.71 173.72 176.04 6
2315 177.03 176.04 177.03 174.71 173.05 175.71
-7 2330 176.70 175.04 177.03 175.37 173.38 175;O4 8
2345 176.70 175.04 177.03 174.05 171.06 175.04 9
015 176.04 175.37 173.72 173.38 171.06 174.71 10 030 175.37 174.38 176.04 174.71 172.39 175.04 11 045 176.04 174.05 175.37 174.05 173.38 173.72 12
. 0100 175.37 174.05 176.04 173.38 172.06 174.71 4
13 115 176.04 174.71 175.71 173.38 172.39-172.72 14 0130 175.71 173.72 175.71 173.38 171.73 173.38 15 145 176.37 174.71 175.04 172.72 174.05 173.38 16 200 176.04 173.38 176.04 173.38 171.39 175.04 17 215 175.71 174.38 176.04 173.38 171.06 175.04 18 230 175.37 175.04 175.71 173.38 174.05 173.05 19 245 176.37 174.38 175.37 172.72 173.38 173.38 20 300 176.04 173.38 176.04 173.72 171.73 173.72 21 0315 176.04 173.72 176.04 173.72 173.05 176.04 22 0330 176.04 173.38 174.71 173.38 173.05 174.38 23 0345 176.04 174.05 175.71 173.72 171.39 173.72 24 0400 176.04 174.05 176.04 174.38 171.06 174.05 1
25 0415 175.04 174.05 175.37 173.72 173.05 174.71 26 0430 176.37 174.38 174.71 173.38 172.06 174.05 3=
27 0445 176.37 174.05 175.37 174.05 172.39 173.05 28 500 175.71 174.05 176.04 173.72 171.39 175.37 29 515 176.04 174.38 175.37 173.72 171.39 173.72 i
30 530 175.71 173.72 175.37 173.38 173.05 174.71 31 545 175.71 174.05 174.71 173.05 171.73 174.38 32 600 176.04 174.71 176.37 173.38 171.73 175.37 33 0415 175.71 173.05 175.37 173.38 173.38 173.72 34 0630 175.71 174.71 175.71 173.38 171.39 176.04 35 0645 176.37-175.04 176.37 173.38 172.72 175.04 36 0700 176.04 173.72 176.04 174.38 172.72 172.06 37 0715 176.04 173.72 176.04 174.71 172.06 174.05 38 0730 175.71 173.38 176.04 174.71 172.39 175.04 39 0745 175.71 174.05 174.71 173.05 171.73
- 173.72 40 0800 175.71 173.38 175.37 172.72 171.39 175.04 41 0815 176.37 173.72 176.04 173.38 171.73 174.38 42 QB30 175.04 _ 174.05._,
175.O_4 _.g L 38 _
171.7.3 _ 174.71 43 0845 175.71 174.38 175.71 173.38 172.39 174.71 44 0900 175.71 173.72 175.71 173.'05 171.39 174.05 45 0915 176.04 173.72 176.37 173.72 172.06 174.71 46 0930-174.71 174.05 175.37 174.05 172.72 172.72 47 0945 174.71 173.72 174.38 173.72 172.39 173.38 48 1000 176.04 173.38 176.04 174.05 171.06 173.72 l
49 1015 176.04 173.38 174.05 173.72 171.72 175.04 50 1030 175.04 175.04 175.04 174.38 173.38 175.71 O
wW w
7
-,-r---e,,-,,-.--,
4
,y m
REC #
TIME DE01 DE02 DE03 DEO4 DE05 DE06 1
51 1045 175.71 174.38 174.05 172.72 173.38 174.05 52 1100 176.04 174.38 175.71 173.05 171.39 175.04 53 1115 175.71 173.38 176.04 172.72 172.39 174.05 54 1130 176.37' 173.72 176.37 173.38
-172.39 175.71 55 1145 176.04 174.71 175.71 174.05 171.06 174.05.
56 1200 175.71 174.05 174.71 174.38 171.39 173.72 57 1215 176.70 174.71 175.37 173.38 173.38 175.04 58 1230 176.04 173.72 175.04 174.38 172.06 174.71 59 1245 175.71 174.38 176.04 173.72 172.39 174.38 60 1300 176.04 174.05 174.05 173.72 172.72 174.05' 61 1315 176.04 173.72 174.71 173.38 171.06 174.71 62 1330 176.04 173.72 175.04 173.38 171.39 173.05 e
63 1345 176.37 174.38 175.71 173.72 173.38 174.05 64-1400' 175.37 174.05 175.04 175.04 172.72 175.04 65 1415 176.04 174.05 175.71 174.05 172.39 174.71 66 1430 176.04 173.72 175.37 174.05 171.39 174.05 67 1445 176.04 173.72 175.71 174.05 172.72 174.71 68 1500 176.04 174.38 176.37 174.38 172.06 174.71 69 1515 176.70 174.05 176.37 173.05 172.72 174.05 70 1530 175.71 175.04 174.71 173.02 171.73 176.04 71 1545 176.04 174.38 176.04 174.05 172.39 174.71 72 1600 176.37 174.05 176.04 173.38 174.05 174.71' 73 1615 175.71 175.04
~176.37 175.05 173.72 175.04 74 1630 176.37 174.'05 176.04 173.72 174.05 174.38 75 1645 176.37 175.04 175.71 174.05 173.05 174.38 l
76 1700 176.04 173.38 176.37 173.38 172.72 174.71 77 1715 176.37 174.05 177.03 174.38 172.72 176.04 78 1730 176.37 174.71 176.04 174.05 171.73-174.71 79 1745 176.37 174.71 175.04 174.05 172.39 174.38 80 1800 175.71
'175.04 175.04 173.72 173.38 173.72 81 1815 176.04 174.71 174.38 175.04 171.73 174.38 l
l i'
l l
l
REC #
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 1
2200 164.10 165.76 167.08 165.76 62528 62524 2
2215 165.42 165.76 167.08 164.76 62525 62521 3
2230 165.42 166.42 166.75 164.76 62522 62518 4
2245 164.10 166.09 167.08 165.76 62519 62516 5
2300 165.09 165.76 167.41 164.76 62516 62513 6
2315 165.42 165.76 167.41 164.76 62512 62510 7
2330 163.77 165.76 166.75 164.10 62509 62507 8-2345 165.76 166.75 167.08 165.76 63650 63650 9
015 165.42 167.41 168.74 166.75 64907 64915 10 030 166.42 167.08 168.74 165.09 64875 64884 11 045 166.42 166.75 167.41 165.76 64860 64870 12 0100*
165.42 166.42 168.08 165.09 64850 64860 13 115 164.76 166.42 168.08 164.42 64842 64852 14 0130 165.09 166.75 167.41 165.42 64835 64846 15 145 165.42 166.42 167.08 164.76 64829 64840 16 200 164.43 166.42 1'67.08 165.42 64822 64833 17 215 165.09 166.09 167.41 165.76 64815 64826 18 230 164.43 166.09 167.41 165.42 64810 64820 19 245 164.76 166.09 167.08 164.43 64807 64816 20 300 163.77 166.09 167.75 165.42 64802 64811 21 0315 163.10 166.09 167.41 165.09 64797 64805 22 0330 167.08 166.42 166.75 165.42 64792 64801 23 0345 165.42 165.76 167.75 165.42 64789 64797 24 0400 166.42 165.42 167.41 165.09 64785 64793 1
25 0415 164.10 166.09 167.41 165.09 64781 64789 26 0430 163.77 165.76 167.41 165.42 64778 64786 27 0445 165.42 166.42 167.41 163.77 64775 64782 28 500 165.42 166.09 167.08 164.43 64791 64796 29 515 165.76 166.09 167.08 164.43 64770 64775 30 530 166.09 166.42 167.41 164.76 64766 64777 31 545 165.76 165.76 167.08 164.43 64763 64767 32 600 165.09 166.42 167.41 164.43 64759 64763 33 0615 164.76 166.09 166.42 165.42 64751 64759 34 0630 164.43 165.76 167.41 164.76 64752 64755 35.
0645 166.42 165.76 167.41 165.09 64748 64751 36 0700 165.09 166.09 167.08 165.09 64742 64745 l
37 0715 164.43 166.09 166.42 164.76 64738 64740 38 0730 165.09 165.76 167.08 164.43 64733 64'735 39 0745 167.08 165.76 166.75 164.43 64729 64731 40 0800 164.43 166.09 167.08 164.10 64724 64726 41 0815 164.43 165.76 167.41 165.09 64719 64722 42 0830 165.42
_165.76 167.08 164.43 64714 64716 43 0845 164.76 166.09 167.41 164.76 64710 64712 44 0900 165.09 166.09~
16 D 5~
'~1 6'4. 4 3 ~ 64703 64706 167.75 164.43
~ ~ 5.~6 9
~
64707 64710
-~45 0915 166. 9
~
16 46 0930 163.77 166.09 167.08 165.09 64699 64702 47 0945 163.43 165.76 167.08 165.42 64696 64700 48 1000 164.76 166.09 166.75 164.43 64694 64697 49 1015 164.43 165.76 166.75 164.76 64691 64695 50 1030 164.10 165.42 167.41 164.76 64687 64691 i
L.-
REC-#'
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 51 1045 164.43 165.76 167.41 164.43 64686 64690 52 1100 163.43 165.76 168.08 165.09 64684 64687 53 1115 164.43 165.76 166.75 164.43 64682 64685 54 1130 163.77 166.09 167.08 164.10 64679 64682 55 1145 164.43 166.09 167.75 165.09 64677 64680 56 1200 164.43 165.76 167.08 165.76 64669 64670 57 1215 165.09-166.42 167.41 165.09 64665 64668 58 1230 164.76 166.09 167.08 165.76 64664 64667 59 1245 166.09 166.09 167.08 164.43 64662 64664 60 1300 163.43 166.09 167.08 165.76 64659 64661 61 1315 163.10 166.42 167.41 164.43 64655 64657 62 1330 164.43 165.76 167.41 164.43 64653 64655 63 1345 164.10 165.76 167.75 165.42 64650 64652 64 1400 165.42 166.09 167.41 165.76 64647 64650 65 1415 165.09 166.42 167.00 164.76 64644 64646 66 1430 165.42 165.76 166.75 165.09 64642 64645 67 1445 164.76 165.42 167.41 164.76 64641 64644 68 1500 165.76 166.42 167.08 165.09 64640 64643 69 1515 162.77 166.09 166.75 164.76 64639 64642 70 1530 164.43 166.09 167.08 163.77 64638 64640 71 1545 164.76 165.76 167.08 165.42 64637 64640 72 1600 166.42 165.76 167.08 164.76 64636 64639 73 1615 165.09 166.09 167.08 164.10 64636 64638 74 1630 164.43 166.09 166.42 164.43 64635 64636 75 1645 163.43 165.76 167.41 165.42 64634 64635 76 1700 165.42 165.76 167.41 164.43 64632 64634 77 1715 165.09 165.76 166.75 164.76 64630 64632 78 1730 164.43 165.76 167.41 164.76 64629 64631 79 1745 165.09 166.09 167.08 164.76 64627 64630 80 1800 163.43 166.09 167.75 165.42 64625 64629 81 1815 164.43 166.09 166.42 164.43 64624 64627 s,.
REC #
TIME TPAV VPAV PRAV MASS 1
2200 92.546
.601 62.52 89273.7 2
2215 92.566
.597 62.518 89271.8 3
2230 92.557
.596 62.514 89270.6 4
2245 92.557
.593 62.512 89271.6 5
2300 92.543
.6 62.509 89258.9 6
2315 92.543
.598 62.505 89257 7
2330 92.551
.593 62.503 89258.8 8
2345 93.018
.594 63.645 90828.1 9
15 93.213
.594 64.907 92612.6 10 30 92.819
.597 64.875 92628.7 3
11 45 92.694
.593 64.861 92634.2 12 100 92.668
.592 64.851 92626.5 13 115 92.622
.586 64.843' 92631.2 14-130 92.592
.587 64.836 92625.4 15 145 92.569
.59 64.83 92615.9 16 200 92.541
.59 64.823 92611.4 17 215 92.515
.591 64.816 92604.1 18 230 92.489
.589 64.811 92602.6 19 245 92.461
.587 64.807 92604.9 20 300 92.447
.586 64.802 92601.5 21 315 92.424
.594 64.797,
92586.4 22 330 92.407
.593 64.792 92584.4 23 345 92.391
.587 64.789 92589.7 24 400 92.37
.588 64.785 92586 25 415 92.387
.59 64.781 92574.5 26 430 92.377
.587 64.778 92576.9 27 445 92.36
.586 64.774 92575.8 28 500 92.362
.591 64.789 92590.9 29 515 92.374
.586 64.768 92564.7
[
30 530 92.341
.593 64.767 92559.4 l
31 545 92.31
.587 64.761 92563.3 32
.600 92.308
.592 64.757 92550.9 33 615 92.269
.588 64.751 92554.8 i
34 630 92.294
.592 64.749 92542.9 35 645 92.284
.595 64.745 92534.1 36 700 92.258
.584 64.739 92544.9 37 715 92.242
.587 64.735 92537.3 38 730 92.199
.591 64.73 92531.8 39 745 92.231
.586 64.726 92526.9 40 800 92.195
.587 64.721 92525.6 41 815 92.163
.588 64.716 92522.6 l
42 830 92.164
.588 64.711 92514.9 l
43 F5 92.131
.59 64.707 92511 L
44 900 92.137
.586 64.704 92511.8 45 915 92.124
.59 64.7 92502.5 46 930 92.116
.583 64.696 92508 l
47 945 92.118
.583 64.694 92504.1 l-48 1000 92.124
.584 64.691 92498.6 49
-1015 92.12
.587 64.689 92490.8 50 1030 92.121
.594 64.685 92475.8 l
l l
1
REC #
TIME TPAV VPAV PRAV MASS 51 1045 92.119
.588 64.684 92483.4 52 1100 92.113
.589 64.681 92479.5 53 1115 92.115
.585 64.679 92480.7 54 1130 92.114
.591 64.676 92468.4 55 1145 92.101
.587 64.674 92473.2 56 1200 92.092
.586 64.665 92464.1 57 1215 92.087
.595 64.662 92447.4 58 1230 92.096
.591 64.661 92450.6 59 1245 92.088
.59 64.659 92448.5 60 1300 92.079
.588 64.656 92449.8 61 1315 92.098
.585 64.652 92444.2 62 1330 92.084
.582 64.65 92448.3
'63 1345 92.075
.591 64.647 92432.8 64 1400 92.078
.594 64.644 92424 65 14.15 92.087
.591 64.641 92421.7 66 1430 92.066
.587 64.639 92429.5 67 1445 92.049
.59 64.638 92425.6 68 1500 92.053
.592 64.637 92420 69 1515 92.055
.586 64.636 92427.4 70 1530 92.079
.591 64.635 92415.2 71 1545 92.092
.591 64.634 92411.5 72 1600 92.081
.595 64.633 92406.6 73 1615 92.105
.595 64.633 92402.1 74 1630 92.13
.591 64.631 92401.1 75 1645 92.111
.591 64.63 92403.2 76 1700 92.126
.591 64.629 92398.4 77 1715 92.134
.595 64.627 92387.5 78 1730 92.15
.59 64.626 92391.9 79 1745 92.152
.59 64.624 92388.6 80 1800 92.149
.589 64.623 92388.2 81 1815 92.157
.587 64.621 92387.6 l
l
NY 12,1982 (1830) - JULY 13,1982. (1900) i I
e l
REC #
TIME TE01 TE02 TE03 TEO4 TE05 TE06 1
1830 96.68 97.32 104.84 104.48 99.68 100.61 2
1845 96.72 97.36 104.84 104.48 99.6 100.65 t
3 1900 96.72 97.36 104.84 104.52 99.56 100.65 4
1915 96.76 97.40 104.84 104.56 99.52 100.69 5
1930 96.72 97.40 104.84 104.52 99.60 100.69 6
1945 96.76 97.48 104.84 104.56 99.64 100.69 7
2000 96.76 97.44 104.84 104.56 99.64 100.69 8
2015 96.76 "97~.48 104.84 104.6 99.52 100.69 9.
2030 96.80 97.44 104.84 104.6 99.64 100.69 10 2045 96.8 97.48 104.84 104.6 99.6 100.69 11 2100 96.8 97.48 104.84 104.6 99.68 100.73 12 2115 96.76 97.44 104.84 104.64 99.52 100.69 13
-2130 96.80 97.44 104.84 104.6 99.52 100.69 14 2145 96.76 97.44 104.84 104.60 99.60 100.69 15 2200 96.76 97.44 104.84 104.64 99.60 100.69 16 2215 96.68 97.36 104.84 104.52 99.6 100.69
-17 2230 96.76 97.32 104.84 104.56 99.68 100.65 18 2245 96.64 97.32 104.84 104.56 99.52 100.65 19 2300 96.68 97.32 104.84 104.52 99.6 100.65 20 2315 96.64 97.32 104.84 104.52 99.52 100.61 21 2330 96.64 97.32 104.84 104.56 99.48 100.61 22 2345 96.60 97.28 104.84 104.52 99.56 100.61 23 0000 96.64 97.24 104.84 104.52 99.60 100.57 24 0015 96.60 97.28 104.84 104.48 99.64 100.57
-25 0030 96.60 97.28 104.84 104.44 99.40 100.57 26 0045
'96.60 97.28 104.84 104.52 99.56 100.57 I
27 0100 96.56 97.20 104.84 104.44 99.52 100.57 28 115 96.56 07.2 104.84 104.48 99.48 100.57 29 0130 96.56 97.2 104.84 104.48 99.52 100.53 30 145 96.52 97.20 104.84 104.48 99.56 100.53 31 0200 96.56 97.12 104.84 104.44 99.48 100.53 L
32 215 96.56 97.16 104.84 104.40 99.56 100.53 l
33 0230 96.56 97.12 104.84 104.44 99.52 100.53 l
34 0245 96.48 97.09 104.84 104.44 99.40 100.49 35 0300 96.48 97.08 104.84 104.40 99.48 100.49 36 0315 96.44 97.04 104.81 104.36 99.40 100.45 37 0330 96.40 97.00 104.84 104.32 99.48 100.49
'38 0345 96.35 97.00 104.84 104.24 99.48 100.41 39 0400 96.40 97.00 104.84 104.24 99.40 100.41 40 0415 96.40 96.96 104.84 104.32 99.48 100.41 41 0430 96.36 96.96 104.84 104.24 99.32 100.37 42 0445 96.36 96.92 104.84 104.24 99.32 100.37 43.
0500 96.32 96.96 104.84 104.20 99.28 100.33 44 0515 96.36 96.92 104.84 104.20 99.36 100.37 l
45 0530 96.28 96.88 104.84 104.16 99.36 100.33 46 0545 96.14 96.84 104.84 104.16 99.40 100.33 47 0600 96.24 96.84 104.84 104.16 99.32 100.37 48 0615 96.28 96.84 104.84 104.16 99.63 100.33 49 0630 96.24 96.84 104.84 104.12 99.24 100.29 50 645 96.20 96.84 104.84 104.12 99.28 100.29 i
l l
l l
lt-I-
REC #
TIME TE01 TEO2 TEO3 TEO4 TEO5 TE06 51 0700 96.20 96.80 104.84 104.12 99.32 100.29 52.
0715 96.16 96.76 104.84 104.04 99.40 100.29 53 0730 96.08 96.72 104.84 104.04 99.28 100.25 54
-0745 96.12 96.68 104.84 104.08 99.16 100.21 55 0800 96.08 96.64 104.84 104.12 99.16 100.17 56 0815 96.04 96.60 104.84 103.96 99.20 100.17 57 0830
.96.00 96.64 104.84 103.92 99.20 100.17 58 0845 95.92 96.52 104.82, 104.00 99.00 100.17 l
59 0900 95.88 96.43 104.84 103.88 99.12 100.09 60 0915 95.84 96.44 104.84 103.88 99.16 100.09 61 0930 95.80 96.44 104.84 103.80 99.12 100.05 62 0945 95.72 96.36 104.84 103.80 99.12 100.05 63 1000 95.68 96.36 104.84 103.76 99.00 100.01 64 1015 95.68 96.28 104.84 103.72 99.04 99.97 65 1030 95.~68 96.28 104.84 103.76 98.88 99.97 66 1045 95.64 96.24 104.84 103.72 99.00 99.97 67 1100 95.60 96.20 104.84 103.68 98.92 99.97 68 1115 95.72 96.24 104.84 103.72 98.92 99.97 69 1130 95.60 96.20 104.84 103.68 99.00 99.93 70 1145 95.60 96.20 104.84 103.72 98.92 99.93 71 1200 95.60 96.28 104.84 103.68 98.92 99.93 72 1215 95.56 96.20 104.84 103.68 99.00 99.93 73 1230 95.60 96.28 104.84 103.68 98.92 99.97 74 1245 95.60 96.24 104.84 103.64 99.00 99.93 75 1300 95.64 96e24 104.84 103.68 98.92 99.93 76 1315 95.64 96.28 104.84 103.60 99.00 99.93 77 1330 95.60 96.24 104.84 103.60 98.92 99.97 78 1345 95.64 96.24 104.16 103.84 99.04 99.97 3
79 1400 95.68 96.28 104.16 103.96 99.08 100.05-4 80 1415 95.68 96.32 104.16 104.12 99.12 100.17 81 1430 95.68 96.32 104.16 104.36 99.28 100.21 82 1445 95.64 96.36 104.16 104.72 99.40 100.37 83 1500 95.72 96.36 104.16 104.96 99.48 100.49 84 1515 95.76 96.40 104.16 105.24 99.64 100.69 4
85 1530 95.80 96.48 104.16 105.32 99.80 100.81 86 1545 95.80 96.52 104.16 105.52 99.84 100.89 87 1600 95.84 96.56 104.16 105.68 99.88 101.01 88 1615 95.96 96.60 104.16 105.76 100.00 101.01 89 1630 96.00 96.64 104.16 105.84 100.00 101.09 90 1645 96.00 96.68 104.16 105.92 100.04 101.13 91, 1700 96.04 96.76 104.16 105.92 100.24 101.17 92 1715 96.16 96.80 104.16 106.00 100.20 101.25 93 1730 96.20 96.76 104.16 106.04 100.20 101.25 94 1745 96.16~
96.84 104.16 106.04 100.20 101.29 i
95 1800 96.24 96.88 104.16 106.12 100.28 101.29 96 1815 96.28 96.92 104.16 106.12 100.40 101.37 97 1830 96.28 96.96 104.16 106.12 100.32 101.37 98 1845 96.32 97.
104.16 106.16 100.52 101.41 99 1900 96.40 97.04 104.16 106.20 100.28 101.41
REC #
TIME TEO7 TEO8 TEO9 TElo TEli TE12 1
. 1830 96.54 98.42 97.86 98.15 97.02 95.762 2
1845 96.66 98.42
- 97.82 98.15 96.98 95.762 3
1900 96.74 98.42 97.82 98.15 97.02 95.802 4
1915 96.9 98.46 97.82 98.19 97.02 95.842 5
1930 96.98 98.46 97.74 98.19 97.06 95.842 6
1945 96.70 98.50 97.82 98.15 97.10 95.842 7
2000 96.82 98.5 97.9 98.15 97.06 95.802 8
2015 96.90 98.54 97.9 98.19 97.1 95.842 9
2030 96.82 98.5 97.9 98.23 97.02 95.882 10 2045 96.74 98.50 97.9 98.23 97.10 95.882 i
11 2100 96.94 98.5 97.9 98.19 97.14 95.922 12 2115 96.7 98.54
' 97.94 98.23 97.14 95.882 t
13 2130 96.78 98.54 97.86 98.27 97.06 95.842 14 2145 96.62 98.50 97.9 98.27 97.1 95.882 15 2200 96.82 98.5 97.86 98.19 97.06 95.88 16 2215 96.86 98.46 97.86~
98.23.
97.1 95.802 17 2230 96.7 98.46 97.82 98.15 97.1 95.8 18 2245 96.66 98.46 97.78 98.19 97.1 95.802 19 2300 96.7 98.42 97.78 98.23 97.06 95.802 20 2315 96.70-98.46 97.78 98.23 97.02 95.802 21 2330 96.94 98.46 97.74 98.15 97.06 95.802 22 2345 96.90 91B.42 97.78 98.19 97.02 95.802 l
23 0000 96.62 98.42 97.78 98.15 97.02 95.762 24 0015 96.58 98.42 97.78 98.19 96.98 95.762 25 0030 96.70 98.42 97.74 98.07 96.98 95.762 26 0045 96.50 98.38 97.66 98.15 96.94 95.762 27 0100 96.62 98.42 97.78 98.11 96.98 95.762 28 115 96.5 98.42 97.74 98.15 96.98 95.762 29 0130 96.58 98.38 97.74 98.11 96.90 95.762 30 145 96.78 98.38 97.74 98.11 96.94 95.722 31 0200 96.78 98.38 97.70 98.11 96.94 95.722 32 215 96.66 98.38 97.66 98.11 96.98 95.682 33 0230 96.46 98.34 97.62 97.99 96.90 95.682 34 0245 96.62 98.34 97.74 98.11 96.86 95.682 35 0300 96.62 98.30 97.58
'98.03 96.86 95.64 36 0315 96.38 98.30 97.66 97.99 96.86 95.60 37 0330 96.30 98.26 97.58 97.99 96.78 95.60 38 0345 96.46 98.26 97.58 97.99 96.86 95.60 39 0400 96.22 98.26 97.50 97.86 96.82 95.56 40 0415 96.34 98.82 97.46 97.90 96.86 95.56 41 0430 96.50 98.22 97.54 97.82 96.74 95.52 42 0445 96.26 98.18 97.54 97.90 96.78 95.48 43 0500 96.34 98.18 97.50 97.90 96.74 95.48 44
- 0515 96.38 98.18 97.54 97.82 96.70 95.441 45 0530 96.30 98.14 97.42 97.78 96.66 95.441 46 0545 96.26 98.14 97.42.
97.78 96.70 95.441 47 0600 96.18 98.14 97.46 97.82 96.70 95.441 48 0615 96.22 98.14 97.46 97.82 96.62 95.44 49 0630 96.26 98.14 97.46 97.78 96.66 95.441 50 645 96.30 98.10 97.46 97.82 96.74 95.441 i
,--m+m--e.-,-wa w,-
.i- --
---~re-
+- - - - -
- ---,w.
-e-
.=c e
i REC #
TIME TEO7 TEO8 TEO9 TE10 TEli TE12 51 0700 96.26 98.10 97.42 97.78 96.66 95.441 52 0715 96.22 98.1 97.42 97.78 96.66 95.402 53' 0730 96.22 98.10 97.42 97.82 96.66 95.362 54 0745 96.02 98.06 97.30 97.78 96.58 95.322 55 0800 95.90 98.02 97.38 97.70 96.50 95.322 56 0815 96.02 97.98 97.34 97.66 96.50 95.322 57 0830 96.18 98.02 97.30 97.66 96.46 95.282 58 0845 96.22 97.98 97.26' 97.66 96.50 95.282 59 0900 195.98-97.94 97.26 97.62 96.42 95.242 60 0915 95.78 97.90 97.72 97.54 96.46 95.162 61 0930 95.70 97.90 97.14 97.50 96.34 95.122 62 0945 95.82 97.86 97.14 97.46 96.38 95.122 63 1000 95.66 97.78 97.14 97.42 96.30 95.082 64 1015 95.82 97.82 97.10 97.41 96.30 95.040 65 1030 95.70 97.78 97.10 97.42 96.30 95.002 66 1045 95.70 97.78 97.14 97.46 96.30 95.002 67 1100 95.82 97.78 97.10 97.38 96.22 95.042 j
68 1115 96.14 97.74 97.10 97.38 96.18 95.002 69 1130 95.66 97.78 97.10 97.42 96.18 95.002 70 1145 95.70 97.74 97.06 97.42 96.26 95.042 71 1200 95.86 97.74 97.06 97.42 96.18 95.002 72 1215 95.70 97.78 97.02 97.38 96.18 95.002 73 1230 95.90 97.78 96.98 97.42 96.18 95.002 l
74 1245 95.66 97.74 97.06 97.34 96.26 95.002 75 1300' 95.98 97.74 97.14 97.38 96.18 95.002 76 1315 95.74 97.78 97.06 97.42 96.22 95.042 77 1330 95.94 97.78 97.02 97.46 96.22 95.042 78 1345 95.98 97.78 97.10 97.46 96.30 95.042 l
79 1400 95.90 97.82 97.14 97.54 96.34 95.082 l
80 1415 96.06 97.90 97.26 97.62 96.46 95.122 81 1430 96.14 97.98 97.26 97.78 96.58 95.162 82 1445 96.18 98.10 97.34 97.82 96.62 95.162 83 1500 96.30 98.18 97.46 97.90 96.74 95.246 84 1515 96.46 98.26 97.58 97.99 96.86 95.242 85 1530 96.42 98.38 97.66 98.11 96.94 95.322 j
86 1545 96.50 98.46 97.70 98.11 97.02 95.402 l
87 1600 96.46 98.50 97.82 98.19 97.06 95.441 l
88 1615 96.74 98.54 97.82 98.27 97.18 95.481 ~
L 89 1630 96.58 98.62 97.90 98.27 97.14 95.481 90 1645 96.50 98.62 97.90 98.27 97.26 95.521 91 1700 96.70 98.70 97.90 98.39 97.26 95.562 92 1715 96.62 98.70 97.98 98.39 97.30 95.562 93 1730 96.74 98.74 98.10 98.43 97.30 95.602 94 1745 96.74 98.74 98.02 98.43 97.38 95.642 l
95 1800 96.62 98.82 98.10 98.47 97.34 95.642 96 1815 96.34 98.82 98.06 98.47 97.42 95.642 97 1830 96.82 98.82 98.10 98.47 97.46 95.642 l
98 1845 96.82 98.85 98.14 98.51 97.46 95.682 99 1900 96.78 98.85 98.14 98.55 97.42 95.682
REC O TIME TE13 TE14 TE15 TE16 TE17 TE18 1
1830 95.96 95.31 98.85 94.99 96.18 95.45 2
1845 96.00 95.39 98.85 95.03 96.18 95.53 3
1900 95.96 95.55 98.85 95.03 96.18 95.53 4
1915 96.00 95.59 98.49 95.07 96.22 95.33 5
1930 95.96 95.75 98.93 95.07 96.22 95.57 6
1945 96.04 95.51 98.97 95.10 96.26 95.61 7
2000 96.04 95.47 98.97 95.10 96.30 95.61 8
2015 96.04 95.47 99.05 95.14 96.3 95.57 9
2030 96.04 95.47 99.05 95.14 96.3 95.65 10 2045 96.04 95.51 99.01 95.14 96.30 95.65 11 2100
-9<6.04 95.59 99.05 95.14 96.3 95.61 12 2115 96.12 95.67 99.05 95.14 96.3 95.61 13 2130 96.04 95.23 98.97 95.10 96.30 95.53 14 2145 96.
95.51 98.93 95.07 96.26 95.57 15 2200 96.04 95.31 98.93 95.07 96.3 95.53 16 2215 95.96 95.19 98.89 95.03 96.22 95.53 17 2230 96.
95.31 98.97 95.07 96.26 95.53 18 2245 96.
95.15 99.01 95.03 96.18 95.~53 19 2300 95.96 95.27 99.05 95.03 96.18 95.53 20 2315 95.96 95.31 99.05 95.03 96.22 95.53 21 2330 95.96 95.23 99.09 95.03 96.18 95.45
'22 2345 95.96 95.23 99.09 95.03 96.18 95.45 23 0000 95.92 95.19 99.05 94.99 96.14 95.49 24 0015 95.96 95.51 99.05 94.99 96.18 95.45 25 0030 95.96 95.19 99.09 94.99 96.18 95.45-26 0045 95.96 95.19 99.05 94.99 96.14 95.49 17 0100 95.92 95.11 99.05 94.99 96.14 95.41
-28 115 95.92 95.15 99.05 94.99 96.14 95.49 1
29 0130 95.88 95.11 99.09 94.95 96.14 95.41 30 145 95.88 95.15 99.05 94.91 96.10 95.41 31 0200 95.80 95.23 99.05 94.91 96.10 95.37 32 215 95.84 95.19 99.05 94.91 96.06 95.41 33 0230 95.84 95.19 99.01 94.91 96.06 95.37 34 0245 95.80 95.15 98.97 94.87 96.02 95.33 35 0300 95.84 94.95 98.93 94.83 96.02 95.33 36 0315 95.84 94.91 98.93 94.79 96.02 95.29 37 0330 95.73 95.03 98.93 94.79 96.02 95.25 38 0345 95.73 95.03 98.93 94.75 95.98 95.25 39 0400 95.77 94.87 98.93 94.75 95.90 95.25 40 0415 95.77 94.76 98.93 94.71 95.94 95.21 41 0430 95.69 94.87 98.89 94.71 95.90 95.21 42 0445 95.69 95.03 98.85 94.71 95.90 95.17 43 0500 95.65 94.87 98.85 94.67 95.86 95.21 44 0515 95.65 94.99 98.85 94.63 95.86 95.13 45 0530 95.65 94.87 98.82 94.63 95.86 95.13 46 0545 95.65 94.87 98.78 94.63 95.86 95.13 47 0600 95.65 94.91-98.82 94.63 95.82 95.17 48 0615 95.61 94.95 98.85 94.63 95.86 95.13 49 0630 95.65 95.07 98.82 94.63 95.86 95.13 50 645 95.61 94.91 98.78 94.63 95.82 95.13 l
REC #
TIME TE13 TE14 TE15 TE16
'TE17 TE18 51 0700 95.57 94.87 98.78 94.59 95.82 95.05 52 0715 95.61 94.99 98.78 94.59 95.78 95.05 53 0730 95.61 94.83 98.74 94.55 95.78 95.05 54 0745 95.49 94.87 98.74 94.51 95.74 95.01 55 0800 95.49 94.76 98.66 94.47 95.70 95.01 56 0815 95.49 94.76 98.66 94.43 95.66 94.47 57 0830 95.45 94.76 98.54 94.43 95.66 94.93 58 0845 95.41 94.64 98.46 94.39 95.62 94.93 59 0900 95.41 94.60 98.38 94.31 95.58 94.89 60 0915 95.33 94.56 98.30 94.27 95.54 94.85 61 0930 95.37 94.68 98.26 94.23 95.50 94.81 62 0945 95.29 94.52 98.18 94.23 95.50 94.81 63 1000 95.25 94.72 98.10 94.15 95.42 94.73 64 1015 95.21 94.44 98.10 94.15 95.38 94.69 65 1030 95.25 94.52 98.06 94.11 95.38 94.69 66 1045 95.21 94.56 98.06 94.11 95.38 94.73 67 1100 95.21 94.56 98.02 94.11 95.38 94.69 68 1115 95.21 94.56 97.98 94.11 95.38 94.73 69 1130 95.21 94.36 98.02 94.11 95.38 94.69 70 1145 95.17 94.60 97.98 94.11 95.38 94.69 71 1200 95.21 94.64 97.98 94.15 95.34 94.69 72 1215 95.17 94.76 97.98 94.11 95.34 94.69 73 1230 95.21 94.60 97.98 94.15 95.38 94.69 74 1245 95.21 94.68 97.98 94.15 95.38 94.69 75 1300 95.21 94.52 97.98 94.15 95.38 94.73 76 1315 95.21 94.64 98.02 94.15 95.42 94.73 77 1330 95.21 94.60 98.02-94.19 95.42 94.77 78 1345 95.25 94.76 98.06 94.19 95.42 94.73 79 1400 95.29 94.87 98.10 94.23 95.46 94.77 80 1415 95.37 94.91 98.18 94.27 95.50 94.81 81 1430 95.45 95.15 98.22 94.31 95.54 94.85 82 1445 95.53 94.79 98.34 94.35 95.58 94.89 83 1500 95.61 95.43 98.46 94.39 95.66 94.89 84 1515 95.61 95.31 98.50 94.43 95.66 94.97 85 1530 95.77 95.51 98.58 94.51 95.74 95.05 86 1545 95.84 95.47 98.62 94.59 95.82 95.13 87 1600 95.88 95.59 98.66 94.59 95.86 95.13 88 1615 95.92 95.87 98.74 94.63 95.90 95.21 89 1630 95.88 95.83 98.74 94.67 95.94 95.21 90 1645 95.96 95.91 98.78 94.71 95.98 95.25 91 1700 95.96 95.91 98.82 94.71 95.98 95.25 92 1715 96.24 95.83 98.85 94.75 96.02 95.26 93 1730 96.16 95.95 98.85 94.75 96.02 95.29 94 1745 96.16 95.85 98.85 94.79 96'.06 95.33 95 1800 96.04 95.83 98.85 94.79 96.06 95.33 96 1815 96.08 96.03 98.85 94.79 96.10 95.33 97 1830 96.04 95.95 98.85 94.83 96.10 95.37 98 1845 96.16 95.75 98.93 94.83 96.14 95.37 99 1900 96.24 96.10 98.97 94.87 96.14 95.37 A
lt.
REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 1830 85.16 85.37 85.40 85.33 85.37 85.48 A
2 J1845 85.16 85.33 85.40 85.33 85.37 85.48 3
1900 85.16 85.33 85.40 85.33 85.37 85.48 4
1915 85.16 85.37 85.40 85.33 85.37 85.52 4
5 1930 85.16' 85.33 85.4
- 85.33 85.37 85.48 6
1945 85.16 85.37 85.4 85.33 85.37 85.48 7
2000 85.16 85.33' 85.4 85.33 85.37 85.48 8
2015 85.16 85.37 85.4 85.33 85.37 85.48 9
2030 85.16
.85.37 85.4 85.33 85.37 85.48 10 2045 85.16 85.37 85.40 85.33 85.37 85.48 11 2100 85.2 85.37 85.4 85.33 85.37 85.52 12 2115 85.16 85.37 85.4 85.33 85.37 85.48 13 2130 85.16 85.37 85.4 85.33 85.37 85.48 14 2145 85.16 85.37 85.40 85.33 85.37 85.48 15 2200 85.16 85.37 85.4 85.33 85.37 85.48 16 2215 85.16.
85.33 85.36 85.33 85.37 85.48 4
17 2230 85.16 85.33 85.40 85.33 85.37 85.48 18 2245-85.16 85.37 85.4 85.33 85.37 85.48 19 2300 85.16 85.33 85.4 85.33 85.37 85.48 20 2315 85.16 85.33 85.40 85.33 85.37 85.48 21 2330 85.16 85.37 85.40 85.33 85.37 85.52 22 2345 85.16 85.37 85.40 85.33 85.37 85.52 23 0000 85.16 85.33 85.40 85.33 85.37 85.48
~
24 0015 85.16 85.33 85.40 85.33 85.37 85.48 25 0030 85.16 85.37 85.40 85.33 85.37 85.48 26 0045 85.16 85.37 85.40 85.33 85.37 85.48 27 0100 85.16 85.37 85.40 85.33 85.37 85.52 28 115 85.16 85.37 85.4 85.33 85.37 85.48 I
29 0130 85.16 85.37 85.40 85.33 85.37 85.48 30 145 85.16 85.33 85.40 85.33 85.37 85.48 I
31 0200.
85.16 85.37 85.40 85.33 85.37 85.48
-32 215 85.16 85.37 85.40 85.33 85.37 85.52 33 0230 85.16 85.37 85.40 85.33 85.37 85.52 34 0245 85.20 85.37 85.40 85.33 85.37 85.52 l-35 0300 85.16 85.37 85.40 85.33 85.37 85.52 36 0315 85.16 85.37 85.40 85.33 85.37 85.52 37
'0330 85.20 85.37 85.40 85.33 85.37 85.52 38 0345 85.20 85.37 85.40 85.33 85.37 85.52 39 0400 85.16
-85.37 85.40 85.33 85.37 85.52 40 0415 85.20 85.37 85.40 85.33 85.41 85.52 41 0430 85.20 85.37 85.40 85.33 85.37 85.52 42 0445 85.20 85.37 85.40 85.33 85.37 85.52 43 0500 85.20 85.37 85.40 85.33 85.37 85.52 i
44 0515 85.20 85.37 85.40 85.33 85.41 85.52 i
45
.0530 85.20 85.37 85.40 85.33 85.37 85.52 46 0545 85.20 85.37 85.40 85.33 85.37 85.52 l
l 47 0600 85.20 85.37 85.40 85.33 85.37 85.52 48 0615 85.2 85.37 85.4 85.33 85.37 85.52 49 0630 85.16 85.37 85.40 85.33 85.37 85.52 50 645 85.20 85.37 85.40 85.33 85.37 85.52 l
~... _ - -
REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 51 0700 85.2 85.37 85.4 85.33 85.37 85.52 0715 85.2 85.37 85.4 85.33 85.41 85.52 52 53 0730 85.20 85.37 85.40 85.33 85.41 85.52 54 0745 85.20 85.37 85.40 85.33 85.41 85.52 55 0800 85.20 85.37 85.40 85.33 85.37 85.52 56 0815 85.20 85.37 85.40 85.33 85.37 S5.52 57 0830 85.20 85.37 85.40 85.33 85.41 85.52 58 0845 85.16 85.37 85.40 85.33 85.37 85.52 59 0900 85.20 85.37 85.40 85.33 85.41 85.52 60 0915 85.20 85.33 85.40 85.33 85.37 85.52 61 0930 85.16 85.33 85.40 85.33 85.37 85.48 62 0945 85.20 85.37 85.40 85.33 85.37 85.52 63 1000 85.16 85.33 85.40 85.33 85.37 85.48 64 1015 85.16 85.37 85.40 85.33 85.37 85.48 65 1030 85.20 85.37 85.40 85.33 85.37 85.42 66 1045 85.16 85.37 85.40 85.33 85.37 85.52 67 1100 85.16 85.37 85.40 85.33 85.37 85.52 68 1115 85.16 85.37 85.40 85.33 85.37 85.52 69 1130 85.20 85.37 85.40 85.33 85.37 85.48 70 1145 85.16 85.37 85.52 85.33 85.37 85.52 71 1200 85.16 85.37 85.40 85.33 85.37 85.52 I
72 1215 85.20 85.33 85.40 85.33 85.37 85.48 73 1230 85.20 85.37 85.40 85.33 85.41 85.52 74.
1245 85.16 85.37 85.40 85.33 85.37 85.52 75 1300 85.20 85.37 85.40 85.33 85.37 85.52 76 1315 85.20 85.37 85.40 85.33 85.37 85.52 77 1330 85.20 85.37 85.40 85.33 85.37 85.52 78 1345 85.20 85.37 85.40 85.33 85.37 85.52 79 1400 85.20 85.37 85.40 85.33 85.41 85.52 80 1415 85.20 85.37 85.40 85.33 85.41 85.52 81 1430 85.20 85.37 85.40 85.33 85.37 85.52 82 1445 85.20 85.37 85.40 85.33 85.41 85.52 i
83 1500 85.20 85.37 85.40 85.33 85.41 85.52 84 1515 85.20 85.37 85.40 85.33 85.41 85.42 85 1530 85.20 85.37 85.40 85.37 85.41 85.56 86 1545 85.20 85.37 85.40 85.33 85.41 85.56 l
87 1600 85.20 85.37 85.40 85.37 85.41 85.56 88 1615
' Emi. 20 85.37 85.40 85.37 85.41 85.56 l
89 1630 85.20 85.37 85.40 85.33 85.41 85.56 90-1645 85.20 85.37 85.40 85.37 85.41 85.56 91 1700 85.20 85.37 85.40 85.37 85.41 85.25 92 1715 85.20 85.37 85.40 85.37 85.41 85.56 l
93 1730 85.20 85.37 85.40 85.33 85.41 85.56 94 1745 85.20 85.37 85.40 85.37 85.41 85.56 95 1800 85.20 85.37 85.40 85.37 85.41 85.56 96 1815 85.20 85.37 85.40 85.37 85.41 85.56 l
97 1830 85.20 85.37 85.40 85.37 85.41 85.56 l
98 1845 85.20 85.37 85.40 85.37 85.41 85.56 j
99 1900 85.24 85.37 85.40 85.37 85.41 85.56 l
l L
REC #
TIME DE01 DE02 DE03 DE04 DE05 DE06 1
1830 177.03 175.04 175.71 174.05 173.72 173.72 2
1845 176.37 174.38 177.03 176.04 172.06 174.38 3
1900 176.37 174.05 174.71 174.38 172.39 175.71 4
1915 177.03 175.04 177.03 174.05 172.72 176.04 h
5 1930 177.03 174.71 176.04 174.05 172.06 176.04 6
1945 176.37 174.71 176.04 175.04 172.72 176.04 7
2000-176.7 174.38 176.70 174.38 174.05 175.04 8
2015 177.03' 175.04 176.27 174.05 173.38 173.72 9
2030 176.37 174.38 176.7 174.38 173.72 175.71 10 2045 177.03 174.38 176.37 174.71 174.71 174.38 11 2100 176.7 175.04 176.37 174.38 172.72 175.04 12 2115 177.03 175.04 176.7 174.05 173.72 175.37 13 2130 176.7 175.71 176.37 174.05 172.39 173.38 14 2145 177.03 174.71 176.04 173.38 171.39 174.71 15 2200 176.37 175.37 176.04 174.71-172.72 175.04 16 2215 176.04 174.71 176.34 174.05 171.73.
173.38 17 2230 176.04 174.71 176.7 174.05 173.05 175.04 18 2245 177.37 174.38 177.03 174.71 171.73 173.38 l
19 2300 176.37 174.71 175.71 175.04 173.05 171.39 20 2315 176.04 174.05 177.03 175.71 172.39 172.39 21 2330 176.37 174.38 175.71 173.71 173.38 173.38 22 2345 176.37 174.71 176.04 174.05 172.39 174.71' 23 0000 176.37 174.71 176.37 174.05 173.05 171.06 24 0015 176.37 174.71 177.37 174.71 174.05 173.38 25 0030 176.70 175.04 176.37.
174.71 173.72 173.38 26 0045 176.04-174.38 177.03 174.71 173.38 172.72 27 0100 176.70 174.71 176.04 174.38 173.72 172.39 l
'28 115 176.7~
174.05 176.04 174.71 172.39-173.72 29 0130 176.7 175.04 176.37 174.71 173.38 173.38 30 145 176.04 173.72 176.04 173.72 174.05 175.04 31' 0200 176.70 175.71 176.04 174.05 172.06 176.04 32 215 177.03 174.05 176.04 173.38 174.05 174.71 33 0230 177.03 175.04 176.04 175.04 171.39 173.38 l
34 0245 176.37 174.71 176.04 174.05 172.39 175.37 35 0300 176.37 174.71 175.37 173.38 173.05 175.71 36 0315 175.37 174.71 175.04 174.05 171.73 175.04 37 0330 176.37 173.72 275.71 175.37 171.37 173.72 38 0345 176.37 174.38 176.37 174.71 172.39 174.71 39 0400 176.37 174.71 177.03 173.72 172.39 174.05 40 0415 176.70 174.05 174.71 173.72 173.38 171.39 41 0430
~175.71 174.71 175.37 173.38 171.06 174.71 42 0445 176.04 173.72 175.71 173.72 173.72 172.39 43 0500 176.04 173.72 175.71 173.05 171.39 174.05 04 0515 176.37 174.71 175.37 173.72 172.72 173.72 45 0530.
175.71 174.71 175.71 173.38 172.06 172.06 46 0545-175.71 173.72 176.04 175.04 172.39 172.72 47 0600 176.37 173.72 175.04 174.05 172.06 171.39 48 0615 175.71 174.05 176.04 174.38 272.06 170.07 l
49 0630 176.37 173.72 175.37 175.71 172.72 173.38
-50 645 176.37 174.38 176.04 174.71 172.06 175.71 f
REC-#
TIME
- DE01 DE02 DE03 DE04 DE05 DE06 51 0700 176.04 175.04 175.71 173.72 174.05 172.06 52 0715 176.04 174.05 175.37 174.71 174.71 173.38 53 0730 176.04 174.38 175.04 173.05 172.72 174.38 54 0745 176.04 174.71 175.04 173.38 173.38 173.38 55 0800 175.37 174.71 175.04 173.38 173.72 173.38 56 0815 176.04 173.04 176.04 173.38 172.39 172.06 57 0830 176.37 173.72 175.37 173.72 174.38 174.38 58 0845 175.04 174.05 175.71 172.72 170.40 174.38 59 0900 176.04 173.72 174.38 172.72 172.39 174.71 60 0915 175.37 173.05 174.71 173.72 172.39 172.39 61 0930 175.37 173.72 174.71 173.05 172.39 170.40 62 0945 176.04 173.38
, 175.37 173.05 173.38 171.73-63 1000 175.37 172.72 174.71 173.05 171.73 170.73 64 j
1015 175.04 173.05
- 175.71 173.38 171.06 171.39 65 1030 175.04 173.72 175.71 173.72 171.39 171.73 66
\\ 1045 175.71 172.72 174.38 173.05 171.73 169.74 6'7 1100
-175.37 173.38 174.71 172.72 172.39 170.73 68 1115 175.37 173.72 174.71 174.05 172.06 172.72 69 1130 175.37 172.39 175.37 173.38 170.73 171.06 70 1145 175.04 173.38 174.71 173.72 171.39 170.40 71 1200 175.71 173.05 175.04 174.05 170.73 174.05 72 1215 175.71 173.72 175.04 172.72 172.06 173.72 73
. 1230 175.37 173.38 175.04 174.38 173.72 172.72 74 1245 176.04 173.38 175.04 173.73 172.39 169.74 75 1300 175.04 173.72 175.71 173.38 170.73 1-71.06 76 1315 175.71 173.05 174.71 173.38 172.39 170.40 77 1330 175.71 173.05 174.71 173.05 170.07 173.38 79 1345 175.37 173.3E 175.04 173.38 173.38 169.74 79 1400 175.37 173.38 176.04 173.38 172.06 171.39 80 1415 176.04 174.05 175.04 173.72 175.04 171.73 j
81 1430 175.71 174.05 175.71 173.72 173.72 170.73 i
82
, 1445 176.04 173.38 175.04 174.05 171.39 172.06 83-
' 1500 176.04 173.38 176.37 173.38 173.38 172.06 84 1515 176.37 173.38 176.37 173.38 173.72 174.05 85 -
1530 176.04 173.72 176.37 174.71 172.06 174.71 86 1545 176.04 173.72 176.37 173.38 174.71 174.71 87 1600 176.04 174.05 175.71 173.72 172.39 175.39 i
88 1615 176.70 174.05 176.04 174.71 174.71 171.73 j
89 1630 176.70 173.72.
176.04 173.38 174.71 170.73 l
90 1645 176.70 174.05 176.04 174.41 174.38 171.39 l
91 1700 176.70 174.71 176.70 174.71 174.38 172.06 L
92 1715 177.03 175.04 176.04 173.72 174.71 172.72 93 1730 176.37 174.05 175.71 174.71 172.39 174.38 m
94 1745 176.37 174.38 176.70 174.05 173.38 172.06 95 1800 176.37 174.38 176.04 173.38 175.04 173.05 96 1815 176.37 174.38 176.04 174.05 173.72 171.39 97-1830 176.37 174.38 176.37 174.71 173.38 171.39 98 1845 176.70 174.05 176.04 174.38 172.39 171.73 99.
1900 176.04 175.37 176.70 174.71 172.72 170.07 4
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' REC #
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 g
1~
1830.
166.42 166.09 167.41 165.09 64622 64626 21 1845 164.76 166.09 167.41 165.42 64620 64625
' 1900 165.09 165.42 167.75 165.42 64620 64624
-i:
3' 4
1915 164.43.
165.76 167.08 164.43 64619 64623 5
s 1930 165.42 166.09 167.08 164.76 64619 64623 6
1945_.
165.09 164.09 167.08 164.76 64617 64621 7
. 2000 164.76 166.42 167.41 164.43 64615 64620 8
2015 163.77 166.42 166.75 164.1 64613 64618 9
2030-165.09 166.09 167.41 165.09 64611 64617 10 2045 162.44 165.76 167.08 165.09 64609 64616 11 2100' 165.09 166.09 167. 08 164.43 64607 64613 12
- 2115, 165.76 166.09 167.41 165.09 64603 64610 113 213OL 165.42 166.42 167.08 165.09 64600-64607 14 2145 164.76 165.76 167.41 164.43 64597 64603 15 2200 164.43 165.76 167.08 165.09 64594 64600 16 2215' 165.09 166.09 167.08 165.09 64591 e4596 17 2230 163.77 166.42 167.41 165.09 64589 64593 18 2245 164.43 166.09 167.08 165.76 64586 64589 19 2300 165.09 166.09 167.41 164.76 64582 64586 I'
20 2315 163.1 166.09 167.41 164.76 64579 64583 21 2330 164.43 166.09 167.41 164.43 64577 64580 22 2345 163.77 166.09 167.08 164.10 64574 64578 23 0000 165.76 166.09 167.08 164.76 64571 64575 24 0015 165.09 165.76 166.75 165.09 64568 64572 25 0030 165.42 166.09 167.08 163.77 64565 64570 b
y 26 0045 165.09 166.09 166.42 166.09 64562 64567 27 0100 164.43 166.09 167.08 165.76 64560 64564 e.,
28 115 164.1 166.09 167.41 165.76 64557 64562 m
' 29 -
0130 165.76 166.09 167.41 165.09 64554 64559
]
'30 145 164.76 166.09 167.75 164.43 64552 64556 i
_ 31 0200 165.09 166.42 167.08 165.09 64548 64552 "32 215 163.1 165.76 167.08 164.76 64545 64549 33 0230 165.09 166.42 >
167.08 164.43 64541 64545 34 0245 164.76 166.42 167.41 164.43 64537 64540
~
03001
'164.43 l
36 0315/'
165.42
'- 165.76 167.75 164.10 64534 64536-35 165.76 167.08 164.43 64529 64534
,37 0330
'164.46 165,.76 167.08 164.43 64525 64530 g/ 38 0345 164.43 163.76 167.08 165.76 64522 64526 ie 337 0400 163.43 166.09 168.41 165.42 64518 64522 n., f 40/
0415 164.43 165.76 167.08 164.76 64514 64519
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0430 165.76 166.42 166.75 165.09 64510 64516
[ 3 L,42 f 0445 165.761 166.09 166.75 164.43 64507 64512 si
~$3.
0500 164.76 166.09 167.08 165.42 64504 64510
"#lT '44 0515 164.43-165.76 167.08 164.43 64501 64506 l sit; 45 0530 166.42 165.76 167.08 165.42 64497 64503 46 0545_
166.42 165.42 167.08 164.43 64495 64500 r
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49-0630 165.42 165.76 166.75 165.42 64489 64495
/
50 645 164.10 16,6.09 167.08 164.76 64486 64492 q.
L#
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REC #
TIME DEO7 DEOS DEO9 DE10 PIO1 PIO2 51 0700 166.75 166.09 167.41 165.42 64483 64488 52 0715 165.42 166.09 167.08 165.42 64477 64483 53 0730 164.43 165.76 167.08 165.76 64474 64479 54 0745 165.09 165.76 167.41 165.42 64470 64475 55 0800 164.43 165.76 167.08 164.76 64467 64471 56 0815' 165.09 166.09 167.75 164.43 64462 64467 57 0830 164.76 165.76 167.75 165.09 64457 64463 58 0845 164.10 166.09 167.08 165.76 64453 64459 59 0900 166.09.
166.09 167.08 165.09 64447 64454 60 0915 166.42 166.09 168.08 165.09 64444 64448 61 0930-164.43 165.76 166.75 165.76 64439 64444 62 0945 165.09 166.09 167.75 165.09 64435 64439
-63 1000 166.09 165.76 167.75 164.43 64430 64434 64
.1015 165.09 166.42 167.75 164.76 64427 64430 65 1030 165.76 165.76 167.75 165.42 64425 64427 66 1045 165.42 166.75 167.75 165.09 64422 64425 67 1100 166.75 165.76 167.08 165.09 64420 64421 68 1115 165.09 166.42 167.08 165.42 64418 64419 69 1130 164.76 165.76 167.41 165.76 64416 64418 70 1145 164.10 165.76 166.75 164.43 64414 64416
_64413 71 1200 165.42 166.09 167.41 164.76 64412 72 1215 164.10 165.76 167.08 164.76 64410 64411 73 1230 165.42 166.09 167.41 164.43 64409 64410 74 1245 165.42 166.09 167.08 164.10 64407 64408 i
75 1300 164.43 166.42 167.41 164.76 64405 64407
. 76 -
1315 164.43 165.76 167.41 165.42 64404 64406 77 1330 164.10 166.09 167.41 166.09 64403 64405 78 1345 164.10 165.76 167.41 164.76 64403 64405 79 1400 166.42 165.42 167.08 164.43 64408 64409 80 1415 165.76 166.42 167.08 164.43 64411 64413 i
81 1430 163.77 165.42 166.75 165.42 64415 64417 82 1445 164.76 166.09 167.08 164.76 64419 64421 83 1500 165.09 166.42 167.41 165.42 64424 64427 84 1515 164.10 165.76 166.75 165.09 64426 64430 85
-1530 163.77 166.09 167.75 164.10 64430 64434 86 1545 164.10 165.76 167.08 164.76 64433 64437 87 1600 165.04 165.42 167.08 164.76 64435 64438 88 1615 166.42 165.76 167.41 165.09 64437 64439 89 1630 163.43 166.09 167.08 165.76 64437 64439 90 1645 164.43 165.76 167.75 164.43 64437 64439 91 1700 167.08 166.42 166.75 165.09 64438 64440
-92 1715 165.09 166.09 167.08 165.76 64438 64440 93' 1730 165.09 166.42 167.75 165.09 64438 64439 94 1745 166.09 166.09 166.75 164.10 64438 64439 95 1800 165.09 166.09 167.75 165.09 64437 64437 96 1815 165.42 166.09 165.76 165.76 64435 64435 97 1830 165.42 165.76 167.08 165.09 64435 64435 98 1845 164.43 166.09 167.08 164.10 64434 64435 99 1900 165.42 166.09 167.08 164.10 64434 64435 i
I 9
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I-REC 0 TIME TPAV VPAV PRAV MAdiS
-1 1830 92.168
.594 64.62 92373.9 2
1845 92.179
.592 64.618 92371.8 3
1900 92.19
.594 64.618 92366.7 4
1915 92.18
.595 64.617 92365.2 5
1930.
92.219
.596 64.617 92358.6 6
1945 92.225
.597 64.615 92353.2 7
2000 92.226
.596 64.613 92351.7 8
2015 92.235
.589 64.611 92357.6 9
2030 92.241
.598 64.61 92341.5
.10 2045 92.241
.593 64.608 92346.8 11 2100 92.257
.593 64.606 92339.4 i
12 2115 92.253
.598 64.602 92328.1 13 2130 92.212
.59 64.599 92342.7 14 2145 92.221
.589 64.596 92337.6 15 2200 92.213
.593 64.'593 92328.5 16 2215' 92.179
.587 64.589 92338.1 17 2230 92.197
.593 64.586 92322.1 18 2245 92.182
.588 64.583 92326.8 19 2300 92.186
.584 64.58 92326.7 20 2315 92.188
.584 64.577 92322.4 21 2330 92.187
.588 64.574 92313.3 22 2345 92.185
.589 64.572 92308.5 23 0
92.164
.583 64.568 92315.9 24 15 92.181
.591 64.565 92297.2 25 30 92.165
.59 64.563 92297.7 26 45 92.162
.589 64.56 92296
.27 100 92.154
.588 64.558 92294.9 28 115 92.156
.589 64.555 92289.2 29 130 92.146
.592 64.552 92282.6 30 145 92.139
.594 64.55 92276.8 31 200 92.14
.596 64.545 92268.1 32 215 92.137
.591 64.542 92271.6 64.539 92273.9 33 230 92.123
,587 34 245 92.114
.593 64.534 92260.2 35 300 92.091
.594 64.531 92258.6 36 315 92.075
.59 64.527 92261.8 l
.37 330 92.071
.586 64.523 92262.8 l
38 345 92.066
.592 64.52 92249.3 i
39 400 92.043
.59 64'.516 92249.7 40 415 92.052
.582 64.512 92255.4 41 430 92.031
.589 64.509 92243.5 42 445 92.03
.586 64.505-92242.8 43 500 92.016
.587 64.503 92241 44 515 92.016
.587 64.499 92235 l
45-530 91.995
.584 64.496' 92237.4 46 545 91.992
.586 64.493' 92232.1 47 600 91.996
.58 64.491 92236.8 48 615 92.001
.578 64.489 92235.9 49 630 91.998
.589 64.488 92218.8 50 645 91.988
.593 64.484 92210.5
.. ~.
v REC #
TINE TPAV VPAV PRAV MASS
=
51 700 91.973
.59 64.481 92212.4 52 715 91.976
.593 64.475 92199.8 53 730 91.957
.59 64.472 92202.4 54 745 91.935
.589 64.468 92200.9 55 800 91.912
.587 64.465 92202.3 56 815 91.871
.583 64.46 92209.1 57 830 91.89
.593
_64.455 92184.2 58 845 91.861
.585 64.452 92195.9 59 900 91.838
.59 64.446 92183.4 60 915 91.815
.586 64.441 92187.7 61 930 91.787
.577 64.437 92198.9 62 945 91.776
.584 64.432 92183.5 63 1000 91.746
.577 64.427 92191.1 64 1015 91.725
.579 64.424 92187.7 65 1030 91.72
.581 64.421 92180.7 66 1045 91.727
.576 64.419 92184.1 67 1100 91.718
.579 64.416 92176.1 68 1115 91.724
.585 64.414 92164.8 69 1130 91.704
.576 64.412 92177.7 70 1145 91.723
.573 64.41 92176.7 71 1200 91.718
.586 64.408 92155.6 72 1215 91.712
.584 64.406 92155.9 73 1230 91.724
.587 64.405 92148.2 74 1245 91.719
.576 64.403 92162.5 75 1300 91.722
.576 64.401 92158.9 76 1315 91.733
.577 64.4 92154.7 77 1330 91.735
.582 64.399 92146.1 78 1345 91.743
.576 64.399 92152.9 79 1400 91.773
.58 64.404 92148.5 80 1415 91.808
.587 64.407 92137.1 81 1430 91.847
.58 64.411 92147.7 82 1445 91.865
.58 64.415 92149.4 83 1500 91.937
.586 64.421 92137.2 84 1515 91.954
.589 64.423 92133.2 85 1530 92.021
.589 64.427 92127.9 86 1545 92.051
.593 64.43 92121.8 87 1600 92.08
.592 64.432 92121.2 88 1615 92.127
.59 64.433 92118.3-89 1630 92.129
.583 64.433 92127.4 90 1645 92.156
.585 64.433 92119.9 91 1700 92.15
.591 64.434 92113.2 92 1715 92.196
.592 64.434 92105.2 93 1730 92.205
.592 64.434 92102.5 94 1745 92.214
.586 64.434 92109.8 95 1800 92.213
.592 64.432 92098.8 96 1815 92.229
.584 64.43 92104.5 97 1830 92.236
.585 64.43 92102.7 98 1845 92.248
.582 64.43 92104.5 99 1900 92.278
.58 64.43 92102.1
JULY 13,1982 (1915)
JULY 14, 1982 (0230) l l
l l
l t
I l
1 1
I l
l i
i 1
l l
REC #-
TIME TE01 TE02 TE03 TE04 TEO5 TE06 1
1915 96.44 97.08 104.16 106.24 100.48 101.45 2
1930 96.48 97.16 104.16 106.32 100.52 101.49 3.
1945 96.52 97.16 104.16 106.36 100.56 101.53 l
4 2000 96 52 97.16 104.16 106.28 100.64 101.57 5
2015 96.60 97.24 104.16 106.32 100.48 101.57 6
2030 96.64 97.24 104.16 106.32 100.68 101.57 7
2045 96.98 97.28 104.16 106.36 100.64 101.61 8
2100 96.76 97.36 104.16 106.40 100.56 101.65 9
2115 96.68 97.44
-104.16 106.40 100.68 101.65 10 2130 96.80 97.40 104.16 106.44 100.68 101.65 11 2145 96.84 97.48 104.16 106.44 100.64 101.69 12 2200 96.80 97.44 104.16 106.44-100.72 101.65 13 2215 96.88 97.44 104.16 106.36 100.68 101.65 14 2230 96.84 97.48 104.16 106.40 100.60 101.65 15 2245 96.88 97.44 104.16 106.36 100.68 101.65 16 2300 96.88 97.48 104.16 106.32 100.60 101.65 17 2315 96.92 97.44 104.16 106.36 100.52 101.61 18 2330 96.92 97.44 104.16 106.28 100.56 101.61 19 2345 96.84 97.44 104.16 106.28 100.64 101.37 20 0000 96.88 97.44 104.16 106.32 100.52 101.61 21 0015 96.92 97.48 104.16 106.28 100.60 101.61 22 030 96.88 97.44 104.16 106.24 100.68 101.61
.23 045 96.88 97.44 104.16 106.24 100.6 101.57 24 0100 96.88
-97.48-104.16 106.24 100.68 101.57 25
'115 96.88 97.48 104.16 106.24 100.76 101.57 26 130 96.88 97.44 104.16 106.20 100.60 101.57 27 145 96.88 97.44 104.16 106.16 100.64 101.57 28 0200 96.92 97.44 104.16 106.24 100.64 101.57 29 0215 96.88 97.44 104.16 106.24 100.44 101.53 30 0230 96.92 97.44 104.16 106.16 100.56 101.53 O
l-I i
l l
l 1
d i
REC #
TIME TEO7 TEOS TEO9 TE10 TEli TE12 1
1915 96.82 98.89 98.14 98.59 97.46 95.72 2
1930 96.82 98.93 98.18 98.59 97.54 95.76 1945 96.l82 98.97 98.22 98.63 97.50 95.80 3
4 2000 96.82 98.97 98.18 98.63 97.58 95.802 5
2015 96.98 99.01 98.22 98.71 97.54 95.842 6
2030 96.86 99.05 98.30 98.7,1 97.62 95.84 7
2045 97.18 99.05 98.26 98.67 97.66 95.84 8
2100 97.02 99.05 98.30 98.75 97.62 95.92 9
2115 97.26 99.09 98.34 98.75 97.66 95.92 10 2130 97.14 99.09 98.38 98.79 97.74 95.962 11
~
2145 97.22 99.09 98.54 98.79 97.78 95.962 12 2200 97.02 99.09 98.30 98.83 97.70 95.962 13 2215 96.98 99.09 98.34 98.75 97.74 95.962 14 2230' 96.82 99.09 98.30 98.75 97.70 95.962 15; 2245 96.86 99.09 98.26 98.75 97.74 95.922 16 2300 96.98 99.05 98.38 98.71 97.62 95.922 17 2315 96.98 99.05 98.3 98.71 97.62 95.882 18 2330 96.86 99.05 98.3 98.75 97.62 95.882 19 2345 97.26 99.05 98.22 98.75 97.58 95.882 20 0000 96.94 99.01 98.26 98.71 97.62 95.842 21 0015 96.78 99.05 98.22 98.71 97.62 95.882 22 030 96.86 99.01 98.3 98.71 97.66 95.842 23 045 96.94 99.05 98.34' 98.75 97.62 95.842 24 0100 96.78 99.01 98.34 98.71 97.62 95.842 25 115 96.82 99.01 98.30 "9l8.71 97.66 95.842 26 130 96.94 99.01 98.3 98.71 97.62 95.842 27 145 96.94 99.01 98.30 98.71 97.54 95.802 28 0200 "96 90 99.01 98.26 98.67 97.66 95.802 1
29 0215 96.82 98.97 98.22 98.67 97.58 95.802 30 0230 96.58 98.97 98.22 98.59 97.50 95.762 I
e 4
,-,,-,-_.y----.--.--,r e-
REC #
TIME TE13 TE14 TE15 TE16 TE17 TE18 1
1915 96.36 96.34 99.01 94.91 96.18 95.45 2
1930 96.32 96.24 99.05 94.95 96.22 95.49 3
1945 96.28 96.14 99.09 94.99 96.26 95.53 4
2000 96.32 96.10 99.09 94.99 96.30 95.53 5
2015 96.36 96.10 99.13 95.03 96.30 95.53 6
2030 96.40 96.10 99.17 95.07 96.30 95.57 7
2045 96.36 96.34 99.17 95.07 96.34 95.65 8
2100 96.36 96.18 99.17 95.10 96.34 95.65 9
2115 96.56 96.30 99.17 95.18 96.38 95.65 10 2130 96.52 96.30 99.21 95.18 96.42 95.73 11 2145 96.44 96.14 99.21 95.22 96.46 95.69 12 2200 96.48 96.10-99.21 95.22 96.42 95.69 13 2215 96.40 96.14 99.21 95.18 96.42 95.69 14 2230 96.44 96.03 99.17 95.14 96.42 95.69 15
-2245
'6.44 96.14 99.17 95.10 96.38 95.65 16 2300 96.48 96.26 99.17 95.07 96.38 95.61 17 2315 96.44 96.3 99.09 -
95.07 96.34 95.61 18 2330 96.44 96.06 99.13 95.07 96.34 95.65 19
'2345 96.36 96.22 99.13 95.07 96.34 95.61 20 0000 96.48 96.06 99.13 95.03 96.3 95.57 21 0015 96.40 95.99 99.13 95.03 96.34 95.57.
22 030 96.4 96.1 99.09 95.03 96.3 95.61 23 045 96.40 96.22 99.09 95.03 96.30 95.57 24 0100 96.36' 96.03 99.09 95.03 96.30 95.53 25 115 96.36 96.14 99.13 95.03 96.30 95.53 26 130 96.36 95.75 99.09 94.99 96.26 95.53 27 145 96.32 95.95 99.09 94.99 96.26 95.53 28 0200 96.28 95.95 99.09 94.99 96.26 95.53 29 0215 96.48 95.95 99.09 94.95 96.26 95.49 30 0230 96.28 95.87 99.05 94.95 96.22 95.53 l
l t
l
REC #
TIME TE19 TE20 TE21 TE22 TE23 TE24 1
1915 85.2 85.37 85.44 85.37 85.41 85.56 2
1930 85.24 85.37 85.44 85.37 85.41 85.56 3
1945 85.24 85.41-85.44 85.37 85.41 85.56 4
2000 85.24 85.41 85.44 85.37 85.41 85.56 5
2015 85.24 85.41 85.44 85.37 85.45 85.56 6
2030 85.24 85.^1 85.44 85.37 85.41 85.56 7
2045 85.24 85.b7 85.44 85.37 85.41 85.56 8
2100 85.24 85.41 85.44 85.37 85.45 85.56 9
2115
- 85.24 85.37 85.44 85.37 85.41 85.56 10 2130 85.24 85.41 85.44 85.37 85.45 85.50 11 2145 85.24 85.41 85.44 85.37 85.41 85.56 12 2200 85.24 85.37 85.44 85.37 85.41 85.56 13 2215 85.24 85.41 85.44 85.37 85.41 85.56 14 2230 85.20 85.37 85.44 85.37 85.41 85.56 15 2245 85.24 85.37 85.44 85.37 85.41 85.56 16 2300 85.24 85.41 85.44 85.37 85.41 85.56 17 2315 85.24 85.41 85.44 85.37 85.41 85.56 18 2330 85.24 35.41 85.44 85.37 85.45 85.56 19 2345 85.24 85.41 85.44 85.37 85.41 85.56 20 0000 85.24 85.41 85.44 85.37 85.45 85.56 21 0015 85.24 85.41 85.44 85.37 85.41 85.56 22 030 85.24 85.41 85.44 85.37 85.41 85.56 23 045 85.24.
85.37 85.44 85.37 85.41 85.56 24 0100 85.24 85.37 85.44 85.37 85.45 85.56 25 115 85.24 85.37 85.44 85.37 85.41 85.56 26 130 85.24 85.37 85.44 85.37 85.41 85.56 27 145 85.24 85.41 85.44 85.37 85.41 85.56 28 0200 85.24 85.41 85.44 85.37 85.45 85.56 29 0215 85.24 85.37 85.44 85.37 85.41 85.56 30 0230 85.24 85.41 85.44 85.37' 85.45 85.56 t
I
REC.#
TIME DE01 DE02 DE03 DE04 DEOS DE06 1
1915 176.70 174.71 176.7 173.72 172.72 170.73 2
1930 176.37 174.38 176.04 174.05 174.38 172.39.
3 1945 177.37 175.04 177.03 174.71 174.05' 172.72 4
2000 176.04-174.05 177.03 174.71 173.03 169.40 5
2015 177.03 175.04 176.04 174.38 173.05 170.40 6
'2030 177.03 174.71 176.70 175.04 173.72 172.72 7
2045 177.37 175.04 177.03 174.38 175.04
-172.06 8
2100 176.37 174.38 176.37 174.38 174.05 171.39 9
2115 177.03 175.04 176.37 175.04 175.71 171.73 10 2130 177.03 175.04 176.37 175.37 173.72 171.39 11 2145 176.70 175.04 177.03 174.71 175.04 172.39 12 2200 177.03 175.04 176.70 175.71 174.05 169.74 13 2215 177.03 175.04 177.03 174.38 174.05 170.07 14 2230 177.70 174.71 176.04 175.04 174.38 172.39 15 2245 176.37 175.04 176.7 175.04 175.04 170.40 16 2300
' 177.03 175.04 176.37 174.38 173.38 173.38 177.03 174.38 177.03 174.38 175.04 172.39
~
17 2315 18 2330 177.37 174.05 176.04 174.05 175.04 172.06 19 2345 176.70 174.05 176.70 173.72 175.71 171.06 20 0000 176.70 174.38 176.37 173.05 174.38 171.39 21 0015 177.03 174.38 176.37 173.72 172.39 170.73 22 030 176.37 176.04 176.04 174.38 173.38 170.73
.23 045
.176.70 174.71 176.04
-174.05 174.05 171.06 24 0100 177.03 174.38 176.37 174.05 171.39 172.06 25 115 176.37 173.72 176.37 173.72 173.38 172.72 26 130 176.70 174.05 176.04 174.38 172.72 171.39 27 145 176.70 175.04 176.04 174.05 172.72 172.39 28 0200 176.37 174.71 176.37 175.04 174.71 170.40 29 0215 176.04 175.04 176.37 174.71 173.38 172.06 30 0230 176.37 174.38 176.04 174.71 172.72 170.73 I
REC #
TINE DEO7 DEO8 DEO9 DE10 PIO1 PIO2 1-1915 163.1 166.09 167.75-165.09 64434 64435 2
1930 166.75 166.09 167.41 165.09 64435 64436 3
1945 165.42 165.76 167.75 164.76 64435 64436 4
2000 164.76 166.09 167.08 164.76 64434 64436 5
2015 164.43 165.76 167.41 164.43 64433 64435 6
2030 165.42 165.76 167.08 164.76 64431 64433 7
2045 166.75 165.76 167.00 164.43 64429 64432 8
2100 166.09 166.09 167.41 165.09 64426 64429 9
2115 164.10 165.76 167.41 164.43 64422 64425 10 2130 164.43 166.09 167.41 164.43 64418 64421 11 2145 164.10 166.09 167.41 165.42 64413 64416 12 2200 164.43 166.09 166.75 165.09 64406 64409 13 2215 163.77 165.42 167.08 164.43 64399 64402 14 2230 164.43 165.76 166.75 165.42 64392 64395 15 2245 165.09 166.09-167.08 165.42 64385 64388 1,6 2300 164.76 165.76 167.08 165.42 64378 64381 17 2315 166.09 165.76 167.08 164.10 64370 64374 18 2330 165.42 166.09 167.05 165.42 64365 64368 19 2345 164.10 165.42 166.75 165.42 64358 64361 20 0000 164.43 165.76 167.41 164.43 64352 64355 21 0015 163.43 165.76 167.08 164.76 64346 64348 22 030 164.43 165.76 167.08 164.43 64342 64344 23 045 165.42 166.09 167.08 164.43 64334 64336 24 0100 165.76 165.76 167.41 165.42 64328 64333 1
25 115 166.42 166.75 167.41 165.09 64323 64326 26 130 166.09 165.76 167.08 164.76 64317 64320 27 145 165.09 166.09 168.08 164.76 64313 64315 28
'0200 165.42 165.76 167.75 165.09 64307 64307 29 0215 165.09 166.09 167.08 165.42 64301 64301 30 0230 163.77 165.76 167.41 165.09 64295 64295 l
l l
l l
. --- ~
REC #
' TIME TPAV VPAV PRAV MASS 1
1915 92.318
.58 64.43 92094.9 2
1930 92.333
.591 64.431 92078.1 3
1945 92.344
.592 64.431 92075.7 4
2000 92.347
.578 64.43 92094.1 5
2015 92.366
.581 64.429 92085.8 6
2030 92.377
.59 64.427 92067.7 7
2045 92.406
.592 64.426 92058
-8 2100 92.405
.587 64.423 92059.9 9
2115 92.429
.589 64.419 92047.5 10 2130 92.444
.586 64.415 92044.4 11 2145 92.44
.591 64.41 92029.9 12 2200 92.429
.582 64.403 92034.6 13 2215 92.427
.58 64.396 92027.4 14 2230 92.41
.589 64.389 92007.2 15-2245-92.41
.586 64.382 92001.4 16 2300 92.416
.591 64.375 91984 17 2315 92.405
.591 64.367 91975.3 18 2330 92.399
.59 64.362 91968.8 19 2345 92.397
.586 64.355 91965.5 20 0
92.388
.584 64.349 91960.7 21 15 92.382
.578 64.342 91960.8 22 30 92.384
.582 64.338 91949.7 23 45 92.386
.585 64.33 91933.8 24 100 92.373
.584 64.326 91929.8 25 115 92.38
.59 64.32 91911.6 26 130 92.35
.584 64.314 91917.1 27 145 92.357
.587 64.309 91904.4 28 200 92.361
.586 64.302 91895.6 29 215 92.353
.587 64.296 91886.3 30 230 92.335
.58 64.29 91890.8 I
1 k
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