Документ взят из кэша поисковой машины. Адрес оригинального документа : http://www.stsci.edu/sms-deliv/2006005-143740-smssa00.text Дата изменения: Thu Jan 5 17:37:40 2006 Дата индексирования: Fri Feb 28 17:03:21 2014 Кодировка: Поисковые слова: guide 8.0

To : Distribution
From : Science Planning and Scheduling Team, STScI
Date : 05-Jan-2006 13:05:01 UT
SMS Supervisor : Dave Adler 410-338-4458 adler@stsci.edu

Subject : SMS SA008Q00: distribution of final products


**************************************************************
This SMS starts at the non-standard time of 2006.008:19:00:00
to allow scheduling of a science observation over the nominal
calendar boundary.
**************************************************************

The Mission Scheduler and Command Loader processing for the final run
of SMS SA008Q00 has been completed. The products have been reviewed
and approved for release and may be found at address SSSP.HST.NASA.GOV,
while comments on the PASS errors are included below. This distribution
includes MEGG and MOSR products in addition to MS/CL products.

SMS Name : SA008Q00
MS Run Name : SA008Q00_F
CL Run Names : SA008Q00_F1

Calendar Name : 060088D6
SMS Start Time : 2006.008:19:00:00
SMS End Time : 2006.016:00:00:00


The Operational Period Catalog and SPCs have been generated from the Command
Loads. The OPCat is:

/data/scheduling/spss_flight_data/pass/cl/sa008q00_f1/opc/op0032001.cat

CCS:
===
Product Notification Message, pnm_2006005130459.txt, fully enumerating
these products has been successfully transmitted via File Transport
Protocol (FTP) to the Control Center System (CCS) A,D,F,H strings.


PASS error analysis
===================

There are 121 69/3 errors in the MS; all are benign.

There are two 227/3 errors in the MS:

*** 227/ 3 MPAFOVCHK 2006Y011D06H26M09.0000000 92U0600Z SLEW5
ASTROMETRY OBJ, FGS 1 FAILS FOV CHECK FOR CONE # 5.

*** 227/ 3 MPAFOVCHK 2006Y011D06H34M02.0000000 92U0601Y SLEW5
ASTROMETRY OBJ, FGS 1 FAILS FOV CHECK FOR CONE # 5.

The error involves a target star (not a guide star) for an FGS
program. Unfortunately, there is no other spacecraft orientation
that will assure data receipt for other, more important targets.
The principle investigator of the affected program (1010406)
is aware that he will not receive any data for the target in the
FGS cone.

There are two 471/2 errors in the MS:

*** 471/ 3 MSGCEMIN 2006Y009D07H41M50.0917431 COENG
TOTAL REAL-TIME ENGINEERING DOWNLINK FOR THE TIME PERIOD 009 06:06:36 TO
009 07:41:50 IS 21 MIN. THIS IS LESS THAN THE DESIRED MINIMUM OF 30 MIN.

*** 471/ 3 MSGCEMIN 2006Y010D05H55M02.7522937 COENG
TOTAL REAL-TIME ENGINEERING DOWNLINK FOR THE TIME PERIOD 010 04:19:48 TO
010 05:55:02 IS 22 MIN. THIS IS LESS THAN THE DESIRED MINIMUM OF 30 MIN.

We have obtained additional or extended MAR contacts during these time
periods, but due to heat input predictions exceeding the 4300 kJ
threshhold in the Bay 5 thermal predictor model, we have been unable
to add enough to resolve the errors. Such situations now occur nearly
every week and are usually not considered to be serious.


HST FINAL MODE LOAD APPROVAL FORM
=================================


SUBSYSTEM SIGN-OFF (ENTER NAME) DOY/TIME
--------- --------------------------- --------

DMS FC/SE
--------------------------- --------
EPS FC/SE
--------------------------- --------
I&C FC/SE
--------------------------- --------
OTA FC/SE
--------------------------- --------
PCS FC/SE
--------------------------- --------
SI FC/SE
--------------------------- --------
STSCI/SPST Dave Adler 005/13:05
--------------------------- --------

=======================================================================
FINAL AUTHORIZATION:


-------------------------------------------- -------------
MOSES FO MANAGER/MOSES SS APPROVAL TO UPLINK DOY/GMT

=======================================================================


Delivery Notes:
===============

**************************************************************
This SMS starts at the non-standard time of 2006.008:19:00:00
to allow scheduling of a science observation over the nominal
calendar boundary.
**************************************************************


*****************************
Vehicle Time Correlation File
*****************************

These command loads incorporate the latest vehicle time correlation
file that includes the update for the leap second.


**************
WFPC2 WF4 Test
**************

The WFPC2 WF4 Bay 1 Temperature Reduction Test (10777)
is scheduled on this SMS. The data for this test is
taken between 2006.008:21:00:00 to 2006.011:22:14:15
and is outlined below. Visits 01-05 occur at the
nominal WFII temperature, WFII temperatures are
then changed via real-time commanding and visits
06-22 are then executed.

The uplink window is 009:11:25:00 - 009:16:00:00.

Visit Duration Start End
1077701 2:12:33 008:21:00:00 - 008:23:12:33 Parallel
1077702 2:10:56 008:23:12:33 - 009:01:23:29 Parallel
1077703 2:52:55 009:02:07:24 - 009:05:00:19 Parallel
1077704 2:47:41 009:05:10:00 - 009:07:57:41 Parallel
1077705 3:23:18 009:07:59:25 - 009:11:22:43 Parallel
WFII DOWN READY 009:11:22:43 - 009:11:23:43
WFII DOWN STANDBY 009:11:23:43 - 009:11:24:43

R/T CMD WINDOW 009:11:25:00 - 009:16:00:00

WFII UP READY 009:16:03:36 - 009:16:04:36
WFII UP OPER 009:16:04:36 - 009:16:04:37
1077706 5:29:57 009:16:04:37 - 009:21:34:34 Parallel
1077707 3:49:36 009:22:25:34 - 010:02:15:10 Parallel
1077708 3:27:46 010:03:01:46 - 010:06:29:32 Parallel
1077709 3:32:40 010:08:04:37 - 010:11:37:17 Parallel
1077710 3:37:57 010:14:23:05 - 010:18:01:02 Parallel
1077711 3:11:10 010:18:01:02 - 010:21:12:12 Parallel
1077712 2:13:51 010:21:13:51 - 010:23:27:42 Parallel
1077713 1:50:00 010:23:31:05 - 011:01:21:05 Parallel
1077714 1:57:14 011:01:24:22 - 011:03:21:36 Parallel
1077715 1:50:39 011:03:21:36 - 011:05:12:15 Parallel
1077716 2:02:03 011:05:12:15 - 011:07:14:18 Parallel
1077717 2:16:56 011:07:38:10 - 011:09:55:06 Parallel
1077718 4:45:20 011:09:55:06 - 011:14:40:26 Parallel
1077719 36:00 011:16:01:16 - 011:16:37:16 Parallel
1077720 36:00 011:16:37:16 - 011:17:13:16 Parallel
1077721 36:00 011:17:43:56 - 011:18:19:56 Parallel
1077722 52:41 011:21:21:34 - 011:22:14:15 Main


*****************************
Bay 5 thermal predictor model
*****************************

The Bay 5 thermal predictor model has found heat input predictions
exceeding the 4300 kJ threshhold.

There are no excursions over the threshhold for uniform
transmitter usage.

Predicted excursions with actual transmitter operation

Start End Duration Peak (kJ) Peak Time
2006.009:06:05:00 - 2006.009:07:25:00 0:01:20:00 4334.6 2006.009:07:00:00
2006.009:09:50:00 - 2006.009:16:25:00 0:06:35:00 4487.4 2006.009:11:50:00
2006.009:22:15:00 - 2006.009:22:35:00 0:00:20:00 4310.5 2006.009:22:30:00
2006.009:22:55:00 - 2006.009:23:45:00 0:00:50:00 4350.2 2006.009:23:10:00
2006.010:01:50:00 - 2006.010:05:30:00 0:03:40:00 4468.0 2006.010:03:50:00
2006.010:05:40:00 - 2006.010:18:20:00 0:12:40:00 4634.4 2006.010:12:15:00
2006.010:18:30:00 - 2006.011:01:40:00 0:07:10:00 4471.5 2006.010:22:35:00
2006.011:02:25:00 - 2006.011:16:15:00 0:13:50:00 4607.9 2006.011:04:25:00
2006.014:08:50:00 - 2006.014:08:55:00 0:00:05:00 4302.8 2006.014:08:50:00
2006.014:09:10:00 - 2006.014:09:15:00 0:00:05:00 4303.3 2006.014:09:15:00

Seven TDRS events were deleted to mitigate the heat input into Bay 5 by
reducing the MA transmitter usage. There remain some short duration heat
input excursions above the 4500 kJ working threshhold (The data above use
the 4300 kJ reporting threshhold). The durations of the excursions over
4500 kJ are much smaller than the duration limit of 20 hours which
was suggested following the Bay 5 SMB.

The heat input to Bay 5 is primarily affected by the high downlink
requirements during this time which is related to high data volume from
the WFPC chip test.


**********
WFPC DECON
**********

There is a WFPC DECON on this SMS (program 10744).


****************************************
Commanding Notes for Flight SMS 060088D6
****************************************

This SMS contains an engineering test for the WF4 chip of the WFPC2
in proposal 10777. There is no special commanding in the SMS.
Rather, stored commanding is used to take a series of WFPC2 exposures
over a period of several days. For part of this period, there is a realtime
commanding window from approximately Day 009 at 11:25 UT to Day 011
at 16:00 during which real time commanding via OPS requests will be used
to modify the WFPC2 operating temperatures as part of this engineering test.
Details of exposure times of the WFPC2 images taken during this test are
given elsewhere in this delivery notice.

As a result of this test, a stored commanding SRT ERROR was generated:
"SRT WFPC2 - 02.007 ERROR -- WFPC2 INTFLAT overlaps an ACS/WFC external
exposure. The overlap totals 1.0 second." The error occurs on day
010 at approxinately 20:40: UT. This error simply indicates that some
scattered light from the WFPC lamps may contaminate an on-going ACS/WFC
external exposure. The ACS Scientist has waived this error since the prime
science is using ACS/HRC which is unaffected by any possible scattered light.
The ACS/WFC, which may be affected, is doing parallel science and therefore
the SRT error message can be waived.

Ron Pitts FSE/STScI x -4932

Ancillary information and reports:
==================================


The following proposals are scheduled on this SMS:
08793 NICMOS Post-SAA calibration - CR Persistence - PART 4
10104 Calibrating the Mass-Luminosity Relation at the End of the Main Sequen
ce
10130 Systemic Proper Motions of the Magellanic Clouds from Astrometry with
ACS: II. Second Epoch Images
10173 Infrared Snapshots of 3CR Radio Galaxies
10259 Planetary nebulae in the SMC: a study of stellar evolution and populat
ions in an extremely low-metallicity environment
10396 Star Clusters, Stellar Populations, and the Evolution of the Small Mag
ellanic Cloud
10404 The Nature of Protocluster Galaxies at z=2.16: Morphology-Density and
Color-Magnitude Relations
10476 Accurate Mass Determination of the Ancient White Dwarf ER 8 Through
Astrometric Microlensing
10490 A Snapshot Survey of a Complete Sample of X-ray Luminous Galaxy Clust
ers from Redshift 0.3 to 0.7
10491 A Snapshot Survey of the most massive clusters of galaxies
10496 Decelerating and Dustfree: Efficient Dark Energy Studies with Supernov
ae and Clusters
10499 Life Before the Fall: Morphological Evolution of Galaxies in Groups P
rior to Cluster Assembly at z=0.37
10514 Kuiper Belt Binaries: Probes of Early Solar System Evolution
10523 The Halo Shape and Metallicity of Massive Spiral Galaxies
10524 Blue Stragglers: a key stellar population to probe internal cluster dy
namics
10529 A Deep H-band Probe of the Globular Cluster Mass function
10538 Near-IR Spectrophotometry of 2MASSWJ 1207334-393254B - An Extra-Solar
Planetary Mass Companion to a Young Brown Dwarf
10543 Microlensing in M87 and the Virgo Cluster
10545 Icy planetoids of the outer solar system
10554 Globular Cluster Systems of Elliptical Galaxies in Low Density Environ
ments
10556 Neutral Gas at Redshift z=0.5
10587 Measuring the Mass Dependence of Early-Type Galaxy Structure
10591 ACS Observations of the Galaxies in A Giant Ly-alpha Nebula at z~2.7
10592 An ACS Survey of a Complete Sample of Luminous Infrared Galaxies in th
e Local Universe
10594 The Formation of Spiral Spheroids and Their Globular Cluster Systems
10595 A Reference Database for Accurate Ages and Metallicities of Globular C
lusters in the Magellanic Clouds
10611 Precise Distances to Nearby Planetary Nebulae
10613 Calibrating the Mass-Luminosity Relation at the End of the Main Sequen
ce
10615 Timing Studies of the X-ray Binary Populations in Globular Clusters
10619 Dynamical Masses and Third Bodies in the Sirius System
10626 A Snapshot Survey of Brightest Cluster Galaxies and Strong Lensing to
z = 0.9
10629 Are Field OB Stars Alone?
10715 CSL-1: a peculiar gravitational lens and possible cosmic string
10723 Cycle 14 NICMOS dark current, shading profile, and read noise monitori
ng program
10729 ACS CCDs daily monitor
10738 Earth Flats
10744 WFPC2 Cycle 14 Decontaminations and Associated Observations
10777 WFPC2 WF4 Bay 1 Temperature Reduction Test #1
10778 WFPC2 WF4 Supplemental Darks
NICSA NICMOS DETECTOR POWER MANAGEMENT AROUND THE SAA
TABLE MISCELLEANEOUS SI TABLE LOADS (SPSS)



The following times of eng. formats have been scheduled in the SMS.

Format Start Time End Time
HN Start of SMS 2006.010:13:09:07
FN 2006.010:13:09:07 2006.010:13:53:22
HN 2006.010:13:53:22 2006.011:06:00:33
FN 2006.011:06:00:33 2006.011:06:44:39
HN 2006.011:06:44:39 2006.012:16:31:20
FN 2006.012:16:31:20 2006.012:17:17:40
HN 2006.012:17:17:40 Beyond End of SMS



SOLAR ARRAY OPTIMIZATION SUMMARY REPORT
2006.003 20:24:13 VERSION= 3.3


Command: smsg -eps_merge 060088d6

CALENDAR START= 2006.008:19:00:00 CALENDAR END= 2006.016:00:00:00

CALENDAR ID= 060088D6

NUMBER OF SA SLEWS= 22

SA COMMAND TIME +V1/SA-NORMAL SA_SLEW_DUR SA_SLEW_ANG
yyyy.ddd:hh:mm:ss (DEG) (SEC) (DEG)
----------------- ------ ----- ------
2006.008:19:20:20 88.93 166 6.49
2006.009:07:55:41 119.59 361 30.66
2006.009:10:45:31 161.36 422 41.76
2006.009:12:43:37 87.92 559 73.44
2006.010:04:41:17 129.23 419 41.32
2006.010:12:21:06 155.26 333 26.03
2006.010:14:19:51 76.62 579 78.64
2006.011:07:25:44 151.77 566 75.15
2006.011:09:19:56 86.88 526 64.89
2006.012:07:37:38 107.97 299 21.08
2006.012:17:19:33 66.31 421 41.65
2006.012:20:36:53 106.77 415 40.45
2006.013:06:03:35 112.40 157 5.63
2006.014:01:26:37 87.43 326 24.96
2006.014:03:55:50 147.03 504 59.60
2006.014:10:58:37 89.77 494 57.26
2006.015:04:57:27 65.65 320 24.12
2006.015:07:07:21 170.30 668 104.64
2006.015:09:06:49 108.76 512 61.53
2006.015:12:34:49 126.02 271 17.25
2006.015:18:52:33 66.94 501 59.07
2006.015:22:08:15 124.94 497 58.00





LEGEND:
Col 1 (SA COMMAND TIME) The time of the SASLWLIM EPS SMS statement.

Col 2 (+V1/SA-NORMAL) The angle between the V1 axis and the SA normal
vector, measured clockwise from V1 in the same
direction as the Sun, in degrees.
This is the EPS SMS SA angle following the SA slew.

Col 3 (SA_SLEW_DUR) The solar array slew duration, in seconds.

Col 4 (SA_SLEW_ANG) The solar array slew angle, in degrees:




Slew summary of Calendar 060088D6

Start Stop V1-SUN Beta Bay 5
ddd:hh:mm:ss ddd:hh:mm:ss RA DEC PA OR Angle Angle Incid

008:19:20:20 008:20:41:41 193 41 103 0 110 5.8 80
008:20:41:41 008:22:34:25 182 -40 121 3 89 5.8 83
008:22:34:25 009:00:11:37 182 -40 121 3 89 5.7 83
009:00:11:37 009:01:47:31 182 -40 121 3 89 5.7 83
009:01:47:31 009:03:09:00 182 -40 121 3 89 5.6 83
009:03:09:00 009:06:13:50 188 12 104 -6 106 5.6 74
009:06:13:50 009:06:39:45 188 12 104 -6 106 5.5 74
009:06:39:45 009:07:55:41 81 -70 207 0 86 5.5 80
009:07:55:41 009:10:45:31 169 1 115 0 120 5.4 81
009:10:45:31 009:12:43:37 130 17 98 -9 161 5.4 83
009:12:43:37 009:17:43:54 175 -26 116 -6 101 5.2 74
009:17:43:54 009:20:42:03 175 -26 116 -6 101 5.1 74
009:20:42:03 010:04:41:17 259 43 149 0 71 4.9 80
010:04:41:17 010:07:48:59 132 45 44 0 151 4.6 85
010:07:48:59 010:12:21:06 188 12 104 -5 107 4.4 75
010:12:21:06 010:14:19:51 134 9 124 0 155 4.3 85
010:14:19:51 010:17:23:00 193 -29 113 0 86 4.1 80
010:17:23:00 010:19:22:09 241 43 133 0 80 4.0 80
010:19:22:09 010:23:54:29 198 -47 106 -2 77 3.8 78
010:23:54:29 011:01:37:50 203 19 116 5 96 3.6 85
011:01:37:50 011:03:14:12 234 37 127 0 81 3.5 80
011:03:14:12 011:04:37:58 237 49 130 0 86 3.4 80
011:04:37:58 011:07:25:44 18 -67 262 -4 68 3.3 77
011:07:25:44 011:09:19:56 142 17 103 -2 152 3.1 84
011:09:19:56 011:12:37:08 200 34 107 0 104 3.0 80
011:12:37:08 011:15:50:08 188 12 104 -5 108 2.8 75
011:15:50:08 011:20:42:36 186 -13 115 0 101 2.5 80
011:20:42:36 011:22:14:15 201 -48 106 0 75 2.2 80
011:22:14:15 012:03:08:24 186 -13 115 0 101 2.0 80
012:03:08:24 012:04:41:04 211 29 113 0 94 1.8 80
012:04:41:04 012:07:37:38 77 -67 214 0 87 1.6 80
012:07:37:38 012:12:32:03 188 12 104 -5 109 1.3 75
012:12:32:03 012:15:37:22 170 -12 136 15 115 0.9 94
012:15:37:22 012:17:19:33 188 9 119 9 108 0.7 89
012:17:19:33 012:19:24:42 13 -73 274 0 66 0.6 80
012:19:24:42 012:20:36:53 244 32 132 0 72 0.4 80
012:20:36:53 013:02:59:17 188 12 110 1 110 0.1 81
013:02:59:17 013:06:03:35 188 12 104 -5 110 -0.3 75
013:06:03:35 013:12:36:10 162 14 106 0 135 -0.8 82
013:12:36:10 013:15:39:14 224 43 115 -3 92 -1.2 77
013:15:39:14 013:17:17:29 199 -2 112 0 95 -1.5 80
013:17:17:29 013:22:16:47 219 33 111 -4 91 -1.8 76
013:22:16:47 014:01:26:37 188 12 104 -4 111 -2.2 76
014:01:26:37 014:03:55:50 75 -66 217 0 87 -2.5 80
014:03:55:50 014:07:26:46 127 26 65 0 169 -2.8 88
014:07:26:46 014:09:11:19 132 3 140 0 156 -3.1 85
014:09:11:19 014:10:58:37 152 32 92 12 146 -3.3 91
014:10:58:37 014:22:12:19 219 33 115 0 92 -4.0 80
014:22:12:19 014:23:46:44 188 12 104 -4 112 -4.7 77
014:23:46:44 015:03:03:52 198 -47 106 -4 80 -5.0 76
015:03:03:52 015:03:24:33 198 -47 106 -5 80 -5.2 75
015:03:24:33 015:04:57:27 225 10 115 0 77 -5.3 80
015:04:57:27 015:07:07:21 13 -73 277 0 66 -5.5 80
015:07:07:21 015:09:06:49 120 31 15 0 170 -5.7 88
015:09:06:49 015:12:34:49 192 15 108 0 109 -6.1 80
015:12:34:49 015:17:13:09 101 -17 203 0 139 -6.5 83
015:17:13:09 015:18:52:33 188 12 104 -4 113 -6.9 77
015:18:52:33 015:22:08:15 17 -73 273 0 67 -7.2 80
015:22:08:15 015:23:45:00 167 -5 120 0 125 -7.5 81





Note: The following gaps of more than 4 hours
between activities exist on this Calendar:

Separation Time Activity Next Activity Al after Gap
(ddd:hh:mm) (ddd:hh:mm) (ddd:hh:mm)





COMCON Block Summary
SMS FILE NAME: 060088D6
Calendar FILE NAME: 060088D6

Start Time End Time Duration Service T H Rate Prop Prg Ob Al Vn
------------ ------------ --------- ------- - - --- ------------------



Distance between target and 1-star acq guide star
SMS FILE NAME: /data/scheduling/spss_flight_data/pass/msin/sa008q00.sms

LABELS: START TIMES: DELTA PRI TAR RA/ TAR DEC/ TARGET
SLEW/ SI GSACQ/ TIME FGS GS RA GS DEC DIST
GSACQ NAME NEXT SLEW (SEC) (DEG) (DEG) (AMIN)
-------- ---- ----------------- ------- --- -------- -------- ------



WFPC2 AP17 Controlled Exposures in SA008Q00

Start Time Duration(sec) End Time(approx) SCAP
--------------------------------------------------------------------
2006.009:04:00:15.951 300.0 2006.009:04:05:15.951 CLOCKSON
2006.009:05:25:15.951 350.0 2006.009:05:31:05.951 CNTROL
2006.010:08:48:15.953 300.0 2006.010:08:53:15.953 CLOCKSON
2006.010:11:48:15.953 350.0 2006.010:11:54:05.953 CNTROL
2006.011:13:24:15.955 300.0 2006.011:13:29:15.955 CLOCKSON
2006.011:14:58:15.955 350.0 2006.011:15:04:05.955 CNTROL
2006.011:21:53:15.955 400.0 2006.011:21:59:55.955 CNTROL
2006.012:03:48:15.956 700.0 2006.012:03:59:55.956 CNTROL
2006.012:04:02:15.956 700.0 2006.012:04:13:55.956 CNTROL
2006.012:04:17:15.956 600.0 2006.012:04:27:15.956 CNTROL
2006.012:08:44:15.956 300.0 2006.012:08:49:15.956 CLOCKSON
2006.012:11:44:15.956 350.0 2006.012:11:50:05.956 CNTROL
2006.012:13:21:15.956 400.0 2006.012:13:27:55.956 CNTROL
2006.012:13:33:15.956 400.0 2006.012:13:39:55.956 CNTROL
2006.012:13:45:15.956 400.0 2006.012:13:51:55.956 CNTROL
2006.012:14:56:15.957 400.0 2006.012:15:02:55.957 CNTROL
2006.013:03:56:15.957 300.0 2006.013:04:01:15.957 CLOCKSON
2006.013:05:19:15.957 350.0 2006.013:05:25:05.957 CNTROL
2006.013:23:15:15.959 300.0 2006.013:23:20:15.959 CLOCKSON
2006.014:00:39:15.959 350.0 2006.014:00:45:05.959 CNTROL
2006.014:22:53:15.960 300.0 2006.014:22:58:15.960 CLOCKSON
2006.014:23:29:15.960 350.0 2006.014:23:35:05.960 CNTROL
2006.015:10:06:15.961 260.0 2006.015:10:10:35.961 CNTROL
2006.015:10:17:15.961 400.0 2006.015:10:23:55.961 CNTROL
2006.015:11:42:15.961 400.0 2006.015:11:48:55.961 CNTROL
2006.015:11:55:15.961 500.0 2006.015:12:03:35.961 CNTROL
2006.015:13:33:15.961 8.0 2006.015:13:33:23.961 CLOCKSON
2006.015:13:35:15.961 60.0 2006.015:13:36:15.961 CLOCKSON
2006.015:13:41:15.961 8.0 2006.015:13:41:23.961 CLOCKSON
2006.015:13:43:15.961 60.0 2006.015:13:44:15.961 CLOCKSON
2006.015:15:02:15.961 8.0 2006.015:15:02:23.961 CLOCKSON
2006.015:15:04:15.961 60.0 2006.015:15:05:15.961 CLOCKSON
2006.015:15:10:15.961 8.0 2006.015:15:10:23.961 CLOCKSON
2006.015:15:12:15.961 60.0 2006.015:15:13:15.961 CLOCKSON
2006.015:15:15:15.961 60.0 2006.015:15:16:15.961 CLOCKSON
2006.015:16:13:15.961 8.0 2006.015:16:13:23.961 CLOCKSON
2006.015:16:15:15.961 60.0 2006.015:16:16:15.961 CLOCKSON
2006.015:16:18:15.961 60.0 2006.015:16:19:15.961 CLOCKSON
2006.015:18:05:15.961 300.0 2006.015:18:10:15.961 CLOCKSON
2006.015:18:41:15.961 350.0 2006.015:18:47:05.961 CNTROL