OMI Overview of Events / Anomalies
This page lists all known minor and major events and anomalies that can have a potential impact on the measurement data. Minor events may influence the data on a more subtle level, for example when detailed and sensitive analyses are performed, whereas major events usually result in data gaps, missing data or corrupted data. The data affected by minor events can still be used for scientific purposes, but for major events it is recommended not to use these data for scientific purposes. Below the lists of minor and major events are given.On this page:
Minor Events
Orbit(s) | Description | |
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no measurements | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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IAM Multi-bit error #1, SAA related, time = 04:14:22 UTC | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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OMI optical bench and detectors cooling down to 263 K | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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OMI optical bench and detectors temperature varying slightly at about 263 K | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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OMI optical bench and detectors temperature increasing to to 303 K | |
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OMI optical bench and detectors temperature at 303 K | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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IAM Multi-bit error #2, SAA related = unknown, time = 04:43:05 UTC | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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OMI optical bench and detectors cooling down to 263.5 K | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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S/C MLS PITCH #1: start time = 14:04 UTC, end time = 17:37 UTC | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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OMI optical bench and detectors temperature increasing to 303 K | |
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IAM Multi-bit error #3, SAA related = unknown, time = 17:11:13 UTC | |
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OMI optical bench and detectors temperature at 303 K | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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OMI optical bench and detectors cooling down to 272 K | |
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OMI optical bench and detectors temperature at 272 K | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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OMI optical bench and detectors cooling down to 264 K | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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no measurements, LEO phase activities: OMI only generating science data during specific time windows | |
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Solar eclipse 2004-10-14 | |
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Commissioning phase super-spatial-zoom-in unbinned measurements | |
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Commissioning phase dark measurements | |
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Commissioning phase dark measurements with CCD heater gain 6 (default = 4) | |
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Commissioning phase dark measurements with CCD heater gain 4 (default = 4) | |
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S/C HIRDLS PITCH #1: start time = 16:36 UTC, end time = 20:13 UTC | |
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Strong solar activity can be observed in the OMI CCD dark signals | |
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S/C HIRDLS PITCH #2: start time = 17:40 UTC, end time = 21:51 UTC | |
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Solar eclipse 2005-04-08 | |
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S/C HIRDLS PITCH #3: start time = 14:25 UTC, end time = 22:27 UTC | |
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Solar eclipse 2005-10-03 | |
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S/C HIRDLS PITCH #4: start time = 12:35 UTC, end time = 21:56 UTC | |
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S/C HIRDLS PITCH #5: start time = 12:18 UTC, end time = 22:59 UTC | |
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Solar eclipse 2006-03-29 | |
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FMM test: run dark SIS. Short periods without measurement data at ICID transitions. | |
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FMM test: run dark SIS. Short periods without measurement data at ICID transitions. | |
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S/C HIRDLS PITCH #6: start time = 13:18 UTC, end time = 15:15 UTC | |
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FMM test: run dark SIS. Short periods without measurement data at ICID transitions. | |
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FMM test: run dark SIS. Short periods without measurement data at ICID transitions. | |
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FMM test: run dark SIS. Short periods without measurement data at ICID transitions. | |
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FMM test: run dark SIS. Short periods without measurement data at ICID transitions. | |
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FMM test: FMM functional test. Short periods without measurement data at ICID transitions. | |
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S/C HIRDLS PITCH #7: start time = 13:20 UTC, end time = 21:46 UTC | |
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Solar eclipse 2006-09-22 | |
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IAM Multi-bit error #4, not SAA related, time = 00:39 UTC, Space weather reported enhanced solar activity | |
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S/C HIRDLS PITCH #8: start time = 12:52 UTC, end time = 21:22 UTC | |
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Strong solar activity can be observed in the OMI CCD dark signals | |
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IAM Multi-bit error #5, SAA related, time = 14:56:32 UTC | |
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S/C HIRDLS PITCH #9: start time = 13:55 UTC, end time = 21:46 UTC | |
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IAM Multi-bit error #6, not SAA related, time = 17:57:56 UTC | |
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Solar eclipse 2007-03-19 | |
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S/C HIRDLS PITCH #10: start time = 14:30 UTC, end time = 22:41 UTC | |
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Solar eclipse 2007-09-11 | |
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S/C HIRDLS PITCH #11: start time = 13:42 UTC, end time = 21:16 UTC | |
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Solar eclipse 2008-02-07 | |
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S/C HIRDLS PITCH #12: start time = 13:07 UTC, end time = 20:46 UTC | |
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Row anomaly investigation: Extended arctic measurements at north pole until just prior to S/C transition to eclipse | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Solar eclipse 2008-08-01 | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Special measurement with lower electronic gain in UV1 in wavelength range smaller than 270 nm. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Special measurement with lower electronic gain in UV1 in wavelength range smaller than 270 nm. | |
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Row anomaly investigation: Special measurement with lower electronic gain in UV1 in wavelength range smaller than 270 nm. | |
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Row anomaly investigation: Special measurement with lower electronic gain in UV1 in wavelength range smaller than 270 nm. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. | |
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Solar eclipse 2009-01-26 | |
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S/C MLS YAW (moon scan): start time = 03:30 UTC, end time = 03:47 UTC, YAW = 1.0970 deg. | |
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Solar eclipse 2009-07-22 (mainly over India, China) | |
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S/C MLS PITCH #2 (+6 degrees): start time = 14:30 UTC, end time = 18:03 UTC | |
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Solar eclipse 2010-01-15 | |
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S/C special roll maneuver at roll angle +10.0 degrees. Rolled orbits are 29480 and 29481 | |
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S/C MLS YAW (moon track calibration): start time = 13:05 UTC, end time = 13:23 UTC, YAW = 0.3191 deg. | |
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Aura out of science pointing requirements due to attitude disturbance about the yaw axis (magnitude 870 arcseconds). Start time = 04:48 UTC, end time = 04:53 UTC | |
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Solar eclipse 2010-07-10 | |
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S/C MLS YAW: slew out: 22:29 UTC, slew back 22:45 UTC, yaw angle: 5 degrees | |
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Solar eclipse 2011-01-04 | |
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S/C MLS YAW #6: slew out: 11:29 UTC, slew back 11:49 UTC, yaw angle: 0.941 degrees | |
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Solar eclipse 2011-06-01 | |
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Solar eclipse 2011-07-01 | |
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Solar eclipse 2011-11-25 | |
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S/C MLS YAW #7 (Moon-track calibration): slew out: 05:21 UTC, slew back 05:38 UTC, yaw angle: 0.3960 degrees | |
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Solar eclipse 2012-05-20/21 | |
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IAM Multi-bit error #7, time = 18:21:39 UTC | |
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Solar eclipse 2012-11-13/14 | |
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S/C MLS YAW (Moon-track calibration): slew out: 05:24 UTC, slew back 05:42 UTC | |
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Solar eclipse 2013-05-09/10 | |
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Solar eclipse 2013-11-03 | |
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Only earth_global_tropics measurements, 2013-11-12 00:00:16 - 2013-11-13 00:02:37. | |
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S/C MLS YAW #9 (Moon-track calibration): slew out: 18:20 UTC, slew back 18:40 UTC, yaw angle: 0.9300 degrees | |
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UV L1B data is not valid and filled with fill data | |
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S/C MLS YAW #10 (Moon-track calibration): slew out: 21:23:58 UTC, slew back 21:44:02 UTC, yaw angle: 1.5810 degrees | |
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IAM anomaly: no solar and calibration measurements have been performed | |
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S/C MLS YAW #11 (Moon-track calibration): slew out: 16:30:15 UTC, slew back 16:45:45 UTC, yaw angle: 0.0970 degrees | |
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S/C MLS YAW #12 (Moon-track calibration): slew out: 14:36:18 UTC, slew back 14:53:42 UTC, yaw angle: 0.4960 degrees | |
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OMI is stabilizing after recovery from survival mode | |
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S/C MLS YAW #13 (Moon-track calibration): slew out: 19:19:36 UTC, slew back 19:36:24 UTC, yaw angle: 0.3340 degrees | |
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S/C MLS YAW #14 (Moon-track calibration): slew out: 17:44:30 UTC, slew back 17:59:30 UTC, yaw angle: 0.3860 degrees |
Back to top
Major Events
Orbit(s) | Description | |
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S/C INC #1: start time = unknown, end time = unknown | |
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S/C INC #2: start time = unknown, end time = unknown | |
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S/C INC #3: start time = unknown, end time = unknown | |
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no measurements, MCL aborted at 13:25 UTC. No data till 24:00 UTC | |
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S/C INC #4: start time = 14:21 UTC, end time = 14:54 UTC | |
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no measurements, S/C DMU #1: slew out time = 15:35 UTC, slew return time = 17:24 UTC, burn during eclipse | |
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no measurements, S/C DMU #2: slew out time = 14:20 UTC, slew return time = 16:17 UTC | |
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no measurements, S/C DMU #3: slew out time = 13:43 UTC, slew return time = 15:32 UTC, burn during eclipse | |
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no measurements, S/C DMU #4: slew out time = 14:51 UTC, slew return time = 16:39 UTC | |
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OMI had a data loss due to a human error. The data loss times are 09:28:15 - 10:54:58 UTC | |
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no measurements, S/C DMU #5: slew out time = 13:56 UTC, slew return time = 15:02 UTC | |
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no measurements, S/C DMU #6: slew out time = 14:44 UTC, slew return time = 16:24 UTC | |
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no measurements, S/C DMU #7: slew out time = 16:09 UTC, slew return time = 17:19 UTC | |
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FMM anomaly, OMI in Idle mode (not generating science data) | |
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no measurements, S/C DMU #8: slew out time = 14:29 UTC, slew return time = 15:24 UTC | |
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FMM test #6, FMM positions during test: 79,5,4,3,2,75,76,77,78,79 | |
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FMM test #7, FMM positions during test: 79,5,4,3,2,75,76,77,78,79 | |
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FMM test #8, FMM positions during test: 79,5,4,3,2,75,76,77,78,79 | |
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FMM test #9, FMM positions during test: 79,5,3,2,1,75,76,77,78,79 | |
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FMM test #10, FMM positions during test: 79,5,3,2,1,75,76,77,78,79 | |
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FMM test #11, FMM positions during test: 79,5,4,3,2,1,0,75,76,77,78,79 | |
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FMM test #12, FMM positions during test: 79,5,4,3,2,1,0,75,76,77,78,79; WLS used, IC=255, Meas.Class=2 (WLS) | |
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FMM test #13, FMM positions during test: 79,3,2,1,0,-1(0),-2(2),-3(1),-4(0),1,2,3,75,76,77,78,79; WLS used, IC=255, Meas.Class=2 (WLS) | |
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no measurements, S/C DMU #9: slew out time = 14:51 UTC, slew return time = 15:39 UTC | |
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S/C INC #5: start time = 15:56 UTC, end time = 16:33 UTC | |
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S/C INC #6: start time = 16:02 UTC, end time = 16:39 UTC | |
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S/C INC #7: start time = 16:13 UTC, end time = 16:50 UTC | |
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S/C INC #8: start time = 16:19 UTC, end time = 16:55 UTC | |
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no measurements, S/C DMU #10: slew out time = 14:42 UTC, slew return time = 15:59 UTC | |
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no measurements, S/C DMU #11: slew out time = 15:39 UTC, slew return time = 17:12 UTC | |
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S/C INC #9: start time = 16:37 UTC, end time = 17:09 UTC | |
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S/C INC #10: start time = 15:26 UTC, end time = 15:58 UTC | |
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S/C INC #11: start time = 15:40 UTC, end time = 16:11 UTC | |
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S/C INC #12: start time = 16:30 UTC, end time = 17:01 UTC | |
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S/C DMU #12: slew out time = 14:55 UTC, slew return time = 15:54 UTC | |
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Unbinned superzoom right test measurements | |
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Permanent data loss due to S/C Flight Multiplexer Unit (FMU) anomaly: 5 Dec 05:22 UTC - 5 Dec 06:09 UTC | |
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no measurements (OMI in safe mode) due to Flight Multiplexer Unit (FMU) anomaly: 19 Dec 11:08 UTC - 20 Dec 00:26 UTC | |
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S/C DMU #13: slew out time = 15:10 UTC, slew return time = 16:04 UTC | |
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S/C DMU #14: slew out time = 14:35 UTC, slew return time = 16:09 UTC; Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings | |
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S/C DMU #15: slew out time = 13:40 UTC, slew return time = 15:19 UTC | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Software anomaly, OMI in Idle mode (not generating science data) | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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Row anomaly investigation: Extended tropical measurements at north pole until just prior to S/C transition to eclipse instead of mid-latitude and arctic settings. Tropical settings (gain factors) changed in order to avoid saturation in UV1. Data not processed into level-2 data, because suitable background measurements do not exist. | |
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S/C DMU #16: slew out time = 15:20 UTC, slew return time = 16:19 UTC | |
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S/C INC #13: start time = 15:37 UTC, end time = 16:08 UTC | |
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S/C INC #14: start time = 15:00 UTC, end time = 15:32 UTC | |
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S/C INC #15: start time = 16:27 UTC, end time = 16:58 UTC | |
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S/C INC #16: start time = 15:58 UTC, end time = 16:29 UTC | |
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S/C INC #17: start time = 15:22 UTC, end time = 15:53 UTC | |
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S/C INC #18: start time = 15:09 UTC, end time = 15:41 UTC | |
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S/C INC #19: start time = 16:19 UTC, end time = 16:50 UTC | |
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S/C INC #20: start time = 15:42 UTC, end time = 16:14 UTC | |
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S/C INC #21: start time = 15:30 UTC, end time = 16:01 UTC | |
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S/C DMU #17: slew out time = 15:15 UTC, slew return time = 16:19 UTC | |
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S/C DMU #18: slew out time = 14:15 UTC, slew return time = 15:19 UTC | |
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S/C DMU #19: slew out time = 14:58 UTC, slew return time = 16:09 UTC | |
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S/C DMU #20: slew out time = 16:00 UTC, slew return time = 17:04 UTC | |
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S/C INC #22: start time = 15:03 UTC, end time = 15:33 UTC | |
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S/C INC #23: start time = 16:06 UTC, end time = 16:35 UTC | |
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S/C INC #24: start time = 15:17 UTC, end time = 15:47 UTC | |
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S/C DMU #21: slew out time = 14:13 UTC, slew return time = 15:12 UTC | |
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S/C DMU #22: slew out time = 15:10 UTC, slew return time = 16:09 UTC | |
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S/C DMU #23: slew out time = 14:25 UTC, slew return time = 16:09 UTC | |
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S/C DMU #24: slew out time = 14:25 UTC, slew return time = 15:24 UTC | |
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S/C DMU #25: slew out time = 15:39 UTC, slew return time = 16:34 UTC | |
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S/C DMU #26 (debris avoidance maneuver): slew out time = 14:38 UTC, slew return time = 16:09 UTC | |
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S/C DMU #27: slew out time = 15:10 UTC, slew return time = 16:09 UTC | |
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S/C DMU #28: slew out time = 16:28 UTC, slew return time = 17:39 UTC | |
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S/C INC #25: start time = 15:39 UTC, end time = 16:11 UTC | |
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S/C INC #26: start time = 15:03 UTC, end time = 15.35 UTC, yaw angle: -81.8 degrees | |
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S/C INC #27: start time = 15:53 UTC, end time = 16.13 UTC, yaw angle: -81.8 degrees | |
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S/C DMU #29: slew out time = 15:23 UTC, slew return time = 16:19 UTC | |
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S/C DMU #30: slew out time = 14:48 UTC, slew return time = 16:14 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #31: slew out time = 15:40 UTC, slew return time = 16:49 UTC | |
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Debris Avoidance Maneuver (S/C DMU #32): slew out: 14:10 UTC, slew back: 15:52 UTC | |
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S/C DMU #33: slew out time = 16:15 UTC, slew return time = 17:04 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #34: slew out time = 15:50 UTC, slew return time = 16:44 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #35: slew out time = 14:40 UTC, slew return time = 15:39 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #36: slew out time = 15:38 UTC, slew return time = 16:34 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #37: slew out time = 14:41 UTC, slew return time = 16:29 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #38: slew out time = 14:35 UTC, slew return time = 15:29 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #39: slew out time = 15:10 UTC, slew return time = 16:07 UTC | |
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S/C DMU #40: slew out time = 14:25 UTC, slew return time = 15:29 UTC, yaw angle: +13.5 degrees | |
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S/C INC #28: start time = 14:53 UTC, end time = 15.25 UTC, yaw angle: -83.7 degrees | |
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S/C INC #29: start time = 15:56 UTC, end time = 16:28 UTC, yaw angle: -83.5 degrees | |
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S/C INC #30: start time = 15:07 UTC, end time = 15:39 UTC, yaw angle: -83.4 degrees | |
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S/C INC #31: start time = 14:30 UTC, end time = 15:02 UTC, yaw angle: -83.4 degrees | |
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S/C DMU #41: slew out time = 13:50 UTC, slew return time = 15:39 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #42: slew out time = 14:55 UTC, slew return time = 16:44 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #43: burn 13:45:00 - 13:45:08 (no-slew maneuver) | |
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S/C DMU #44: slew out time = 14:45 UTC, slew return time = 15:51 UTC | |
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S/C DMU #45: slew out time = 13:12 UTC, slew return time = 14:54 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #46: burn 13:15:00 - 13:15:08 (no-slew maneuver) | |
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S/C DMU #47: slew out time = 13:12 UTC, slew return time = 14:54 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #48: burn 14:34:00 - 14:43:08 (no-slew maneuver) | |
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S/C DMU #49: slew out time = 14:45 UTC, slew return time = 16:34 UTC, yaw angle: +13.5 degrees | |
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S/C DMU #50: burn 16:02:00 - 16:02:17 (no-slew maneuver) | |
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S/C DMU #51: burn 15:02:00 - 15:02:21 (no-slew maneuver) | |
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S/C DMU #52: burn 14:59:06 - 15:01:36 (no-slew maneuver) | |
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S/C INC #32: start time = 16:07 UTC, end time = 16:39 UTC, yaw angle: -83.5 degrees | |
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S/C INC #33: start time = 15:18 UTC, end time = 15:50 UTC, yaw angle: -83.5 degrees | |
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S/C INC #34: start time = 15:32 UTC, end time = 16:04 UTC | |
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S/C INC #35: start time = 14:55 UTC, end time = 15:27 UTC, yaw angle: -84.0 degrees | |
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S/C DMU #53: burn 16:33:15 - 16:33:40 (no-slew maneuver) | |
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S/C DMU #54: burn 16:05:14 - 16:05:54 (no-slew maneuver) | |
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S/C DMU #55: burn 15:49:02 - 15:49:22 (no-slew maneuver) | |
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S/C DMU #56: burn 14:59:33 - 14:59:54 (no-slew maneuver) | |
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S/C DMU #57: burn 16:03:00 - 16:03:24 (no-slew maneuver) | |
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S/C DMU #58: burn 16:19:54 - 16:20:20 | |
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S/C DMU #59: burn 16:20:00 - 16:20:25 | |
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S/C DMU #60: burn 16:24:32 - 16:24:56 | |
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S/C DMU #61: burn 16:36:06 - 16:36:35 | |
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S/C DMU #62: burn 15:20:00 - 15:20:28 | |
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S/C DMU #63: burn 14:57:28 - 14:57:46 | |
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S/C DMU #64: burn 16:37:00 - 16:37:29 | |
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S/C INC #36: start time = 16:03 UTC, end time = 16:34 UTC | |
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S/C INC #37: start time = 16:10 UTC, end time = 16:42 UTC, yaw angle: -83.636 degrees | |
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S/C INC #38: start time = 15:22 UTC, end time = 15:52 UTC | |
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S/C DMU #65: burn 16:20:26 - 16:20:54 | |
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S/C DMU #66: burn 15:46:25 - 15:46:49 | |
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S/C DMU #67: burn 16:30:00 - 16:30:08 | |
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S/C DMU #68: burn 15:20:06 - 15:22:31 | |
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S/C DMU #69: burn 15:18:07 - 15:18:37 | |
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S/C DMU #70: burn 15:42:50 - 15:43:11 | |
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S/C DMU #71: burn 15:33:00 - 15:33:35 | |
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S/C DMU #72: burn 16:19:54 - 16:20:29 | |
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S/C DMU #73: burn 15:03:37 - 15:04:07 | |
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S/C DMU #74: burn 16:32:22 - 16:32:52 | |
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S/C DMU #75: burn 15:51:15 - 15:51:50 | |
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S/C DMU #76: burn 16:20:00 - 16:20:44 | |
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S/C DMU #77: burn 16:33:00 - 16:33:25 | |
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S/C DMU #78: burn 16:25:00 - 16:25:30 | |
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S/C INC #40: start time = 15:40:05 UTC, end time = 16:10:33 UTC, yaw angle: -83 degrees | |
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S/C INC #41: start time = 15:47:03 UTC, end time = 16:17:31 UTC, yaw angle: -83 degrees | |
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S/C INC #42: start time = 15:54:02 UTC, end time = 16:24:30 UTC, yaw angle: -82.994 degrees | |
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S/C DMU #79: burn 16:14:11 - 16:14:31 | |
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S/C INC #43: start time = 16:08:00 UTC, end time = 16:38:28 UTC, yaw angle: -82.994 degrees | |
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S/C INC #44: start time = 16:14:58 UTC, end time = 16:45:26 UTC, yaw angle: -82.7 degrees | |
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S/C DMU #80: burn 15:48:00 - 15:48:30 | |
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S/C DMU #81: burn 15:06:11 - 15:06:36 | |
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S/C DMU #82: burn 15:41:30 - 15:42:00 | |
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S/C DMU #83: burn 14:47:11 - 14:47:26 | |
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S/C DMU #84: burn 15:04:00 - 15:04:21 | |
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S/C DMU #85: burn 15:05:27 - 15:05:51 | |
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S/C DMU #86: burn 14:21:56 - 14:22:20 | |
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S/C DMU #87: burn 16:39:32 - 16:39:57 | |
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S/C DMU #88: burn 22:50:00 - 22:50:10.75 | |
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S/C DMU #89: burn 15:40:13 - 15:40:43 | |
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S/C INC #45: start time = 15:57:05 UTC, end time = 16:27:23 UTC, yaw angle: -83.2 degrees | |
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S/C DMU #90: burn 23:24:00 - 23:24:04.25 | |
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S/C INC #46: start time = 15:27:46 UTC, end time = 15:58:04 UTC, yaw angle: -84.7 degrees | |
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S/C INC #47: start time = 16:25:13 UTC, end time = 16:55:31 UTC, yaw angle: -84.2 degrees | |
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S/C INC #48: start time = 15:00:01 UTC, end time = 15:30:19 UTC, yaw angle: -84.2 degrees | |
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S/C DMU #91: burn 15:05:44 - 15:06:04 | |
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S/C DMU #92: burn 15:17:57 - 15:18:09.75 | |
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OMI is in survival mode (OMI is switched off) | |
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S/C DMU #93: burn 14:53:05 - 14:53:12 | |
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S/C DMU #94: burn 16:13:15 - 16:13:45 | |
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S/C DMU #95: burn 15:10:26 - 15:12:36 | |
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S/C DMU #96: burn 14:28:01 - 14:28:11 | |
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S/C DMU #97: burn 14:07:00 - 14:07:09.25 | |
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S/C DMU #98: burn 15:26:54 - 15:27:04 | |
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S/C DMU #99: burn 15:48:37 - 15:48:47 | |
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S/C DMU #100: burn 15:33:03 - 15:33:13 | |
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S/C INC #49: start time = 14:35:32 UTC, end time = 15:06:06 UTC, yaw angle: -83.8 degrees | |
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S/C INC #50: start time = 14:42:35 UTC, end time = 15:12:58 UTC, yaw angle: -83.8 degrees | |
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OMI is in survival mode (OMI is switched off) | |
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S/C INC #51: start time = 14:56:42 UTC, end time = 15:27:05 UTC, yaw angle: -83.8 degrees | |
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S/C DMU #101: burn 11:10:00 - 11:10:04 | |
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S/C INC #52: start time = 15:03:43 UTC, end time = 15:34:21 UTC, yaw angle: -83.8 degrees | |
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S/C DMU #102: burn 15:30:21 - 15:30:31.25 | |
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S/C DMU #103: burn 14:09:47 - 14:09:57 | |
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S/C DMU #104: burn 14:22:02 - 14:22:12 | |
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S/C DMU #105: burn 14:59:04 - 14:59:12 | |
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S/C DMU #106: burn 15:23:44 - 15:23:54 | |
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S/C DMU #107: burn 14:22:08 - 14:22:23 | |
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S/C DMU #108: burn 14:20:36 - 15:20:46 | |
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S/C RWA IAM test #1: slew out: 14:00:04 - 14:06:44, slew back: 14:16:38 - 14:25:18, yaw: -25 degrees | |
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S/C RWA IAM test #1B: slew out: 12:34:06 - 12:42:46, slew back: 12:50:40 - 12:59:20, yaw: -25 degrees | |
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S/C DMU #109: burn 16:17:00 - 16:17:14 | |
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S/C INC #53: start time = 14:17:18 UTC, end time = 14:47:46 UTC, yaw angle: -84.1 degrees | |
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S/C INC #54: start time = 14:24:20 UTC, end time = 14:54:48 UTC, yaw angle: -84.1 degrees | |
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S/C INC #55: start time = 14:31:19 UTC, end time = 15:01:42 UTC, yaw angle: -84. degrees | |
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S/C INC #56: start time = 14:45:24 UTC, end time = 15:04:11 UTC, yaw angle: -84. degrees | |
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S/C INC #57: start time = 15:06:15 UTC, end time = 15:36:23 UTC, yaw angle: -84.5 degrees | |
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S/C DMU #110: burn 15:49:28 - 15:49:38 | |
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S/C DMU #111: burn 15:24:35 - 15:24:45 | |
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S/C DMU #112: burn 15:24:28 - 15:24:32 | |
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S/C INC #58: start time = 15:01:15 UTC, end time = 15:31:04 UTC, yaw angle: -84. degrees | |
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S/C DMU #113: burn 15:04:33 - 16:04:40 | |
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S/C DMU #114: burn 14:49:40 - 14:49:50 | |
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S/C DMU #115: burn 14:18:44 - 14:18:54 | |
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S/C DMU #116: burn 15:26:22 – 15:26:32 | |
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RWA test2B: start time = 16:23:00 UTC, end time = 17:01:14 UTC, yaw angle: -76.5 degrees | |
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S/C DMU #117: burn 14:56:51 – 14:57:06 | |
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S/C DMU #118: burn 15:22:14 – 15:22:24 | |
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S/C DMU #119: burn 15:40:00 – 15:40:10 | |
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S/C INC (RWA) #60: start time = 14:49:17 UTC, end time = 15:35:13 UTC, yaw angle: -77.5 degrees | |
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S/C DMU #120: burn 17:44:06 – 17:45:03 | |
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S/C INC (RWA) #61: start time = 15:07:50 UTC, end time = 15:54:11 UTC, yaw angle: -79.0 degrees | |
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S/C INC (RWA) #62: start time = 15:13:57 UTC, end time = 16:00:16 UTC, yaw angle: -77.5 degrees | |
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S/C DMU #121: burn 15:37:55 – 15:38:15 | |
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S/C DMU #122: burn 14:56:22 – 14:56:32 | |
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S/C DMU #123: burn 15:24:10 – 15:24:20 | |
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S/C DMU #124: burn 15:05:31 – 15:05:41 | |
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S/C DMU #125: burn 14:28:21 – 14:28:31 | |
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S/C DMU #126: burn 14:53:01 – 14:53:11 | |
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S/C DMU #127: burn 15:16:48 – 15:17:52 | |
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S/C INC (RWA) #63: start time = 15:13:37 UTC, end time = 15:59:08 UTC, yaw angle: -77.5 degrees | |
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S/C DMU #128: burn 15:14:56 – 15:15:06 | |
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S/C DMU #129: burn 20:00:00 – 20:00:04 | |
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S/C DMU #130: burn 00:30:00 – 00:30:05 |
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