Difference between revisions of "HFI operations"

From Planck PLA 2015 Wiki
Jump to: navigation, search
 
(13 intermediate revisions by 4 users not shown)
Line 1: Line 1:
The following list (version 11/09/2012) gives some known events and activities that have affected or might have affected the HFI data. The time information is the start time of the event in On Board Time. The label contains few keywords:
+
All satellite operations, including those for the HFI instrument were under ESA MOC responsibilty for obvious safety reasons. The HFI instrument operations were nevertheless delegated to the HFI Instrument Operations Team (IOT), set up within the HFI consortium and under the HFI Principal Investigator responsibility. Instrument management, operations and parameter monitoring were thus prepared and controlled by the IOT and serviced by MOC either in near real time during the DTCP or uploaded in the satellite mission timeline for deferred execution. The HFI instrument health and science data quality was monitored daily by the IOT from launch till the end of the HFI extension mission phase. Apart from ground based tests, different operations phases occurred, as listed below.
  
* '''dtcp''' : (for Daily Tele-Communication Period) refers to extended pass
+
* 14/05/2009-18/05/2009 '''Launch Early Operational Phase'''.
* '''solar flare''' : refers to all solar events as detected by a thermal fluctuation on the HFI bolometer plate
+
* 18/05/2009-09/07/2009 '''Commissioning Phase'''. The operations during this phase were under ESA's Planck Project responsibilty. The main HFI activities were functional tests of the instrument and its cooldown to 100 mK. Given the performance, the helium flow was set to the minimal one giving an End Of Life estimation of the second half of January 2012.
* '''HFI''' : refer to HFI instrument operations (when during the Commissioning of the Calibration and Performance Verification phases, labels are usually followed bu the activity label)
+
* 10/07/2009-12/08/2009 '''Calibration and Performance Verification Phase'''. The operations during this phase were under the responsibility of ESA's Planck Science Office. The main HFI operations were performance tests and activities to measure the effects of several systematics. The only instrument failure happened on the 6th of August, where the electronic part of the 4-K cooler was switched off, probably due to a major cosmic particle. It has to be noted that no tuning of the HFI parameters were executed in-flight until the end of the full HFI mission, except in December 2009 for an adjustment of the on-board numerical compression parameters.
* '''test''' : refers to End Of Life tests executed on the HFI
+
* 12/08/2009-28/11/2010 '''HFI Nominal mission'''.
* '''therm''' : refers to satellite events that might have a thermal impact on the HFI
+
* 28/11/2010-13/01/2012 '''HFI Extended mission'''.
* '''slew''' : refers to thruster activity
+
* 13/01/2012-03/10/2013 '''LFI "only" extension phase'''.
  
 +
The detailed operational timeline for HFI is given in [[HFI_operations_timeline | this annex]].
  
  
<nowiki>
+
[[Category:HFI design, qualification and performance|004]]
14/05/2009 13:12:00 launch
 
15/05/2009 19:17:06 slew: OCM LEOP (MAN-01a)
 
02/06/2009 16:48:36 Change of REU mode (STANDBY to CONFIGURATION)
 
02/06/2009 17:24:19 Change of REU mode (STANDBY to CONFIGURATION)
 
04/06/2009 11:32:00 SCS switched ON
 
05/06/2009 17:28:18 slew: OCM-z (MAN-02a)
 
09/06/2009 22:28:02 HFI Single Event Upset
 
17/06/2009 16:46:58 slew: OCM-z touch-up (MAN-02b)
 
02/07/2009 11:15:46 slew: OCM Insertion (MAN-03a)
 
02/07/2009 13:52:08 Change of REU mode (OPTIM)
 
03/07/2009 11:55:57 Change of REU mode (OPTIM)
 
03/07/2009 12:56:43 Change of REU mode (OPTIM)
 
03/07/2009 22:00:02 test: pre-RAW72
 
03/07/2009 23:13:02 Change of REU mode (RAW72)
 
04/07/2009 02:00:00 aphelion
 
04/07/2009 22:30:02 Change of REU mode (COMPRESSION-VALIDATION)
 
04/07/2009 23:05:10 Change of REU mode (COMPRESSION-VALIDATION)
 
04/07/2009 23:40:18 Change of REU mode (COMPRESSION-VALIDATION)
 
05/07/2009 00:10:20 Change of REU mode (COMPRESSION-VALIDATION)
 
05/07/2009 00:15:27 Change of REU mode (COMPRESSION-VALIDATION)
 
05/07/2009 00:45:26 Change of REU mode (COMPRESSION-VALIDATION)
 
05/07/2009 00:50:35 Change of REU mode (COMPRESSION-VALIDATION)
 
05/07/2009 01:25:43 Change of REU mode (COMPRESSION-VALIDATION)
 
10/07/2009 00:00:00 2100009:Start of CPV phase                      [21|00000001]
 
12/07/2009 00:34:38 HFI Single Event Upset
 
12/07/2009 01:00:02 test: RAW72
 
12/07/2009 07:00:04 test: end of RAW72
 
12/07/2009 11:53:20 DPU is rebooted
 
15/07/2009 09:16:02 slew: OCM Insertion touch-up (MAN-03b)
 
27/07/2009 01:56:42 HFI Single Event Upset
 
05/08/2009 10:36:27 HFI save REU then DPU final configuration   
 
06/08/2009 17:31:31 4K CRU anomalous shutdown
 
09/08/2009 03:58:53 star tracker switchover #1
 
12/08/2009 13:24:59 Change of REU mode (OPTIM)
 
12/08/2009 14:13:45 DPC survey#1 (ring#240)
 
14/08/2009 12:30:10 slew: orbit maintenance manoeuvre #1
 
18/08/2009 11:43:42 long ring #440 for CDMU patch
 
18/08/2009 12:39:09 sat: CDMU patch (day 1)
 
18/08/2009 12:39:20 sat: CDMU patch (end of day 1)
 
19/08/2009 11:49:40 long ring #474 for CDMU patch
 
19/08/2009 12:45:31 sat: CDMU patch (day 2)
 
19/08/2009 12:45:34 sat: CDMU patch (end of day 2)
 
20/08/2009 11:53:46 long ring #509 for CDMU patch
 
20/08/2009 12:45:32 sat: CDMU patch (day 3)
 
20/08/2009 12:45:36 sat: CDMU patch (end of day 3)
 
21/08/2009 11:56:03 long ring #544 for CDMU patch
 
21/08/2009 14:18:48 HFI clock resynchronisation
 
22/08/2009 09:36:51 dtcp: transition to 3 h DTCP duration
 
31/08/2009 12:09:14 long ring #897 to allow the execution of the ACMS warm reset
 
31/08/2009 13:40:00 thrusters catbed heaters are switched off by error
 
31/08/2009 13:40:01 sat: FOG telemetry is disabled by error
 
31/08/2009 13:41:05 long ring #898 to allow the execution of the ACMS warm reset
 
04/09/2009 15:01:00 thurster under/over performed
 
11/09/2009 21:00:41 slew: orbit maintenance manoeuvre #2
 
16/09/2009 13:40:00 1700000:Temporary increase of the HFI TM band...[17|00000010]
 
16/09/2009 20:31:41 thrusters catbed heaters are switched back on
 
18/09/2009 19:06:15 planet: HFI Crab scan#1
 
20/09/2009 00:00:00 1200000:SCS unexpected compressor temperature  [12|00000100]
 
20/09/2009 19:36:00 dtcp: extra pass CEB
 
09/10/2009 09:00:00 1200001:SCS T rises on sensors on VG3 pre-coo...[12|00000100]
 
20/10/2009 23:44:24 therm: HFI elephant LONG deltaT>10uK
 
22/10/2009 19:34:56 planet: HFI Mars scan#1
 
24/10/2009 11:01:39 therm: HFI elephant LONG deltaT>10uK
 
25/10/2009 10:30:00 1200002:SCS T rises on sensors on VG3 pre-coo...[12|00000100]
 
25/10/2009 15:30:49 planet: HFI Jupiter scan#1
 
28/10/2009 23:06:00 thurster under/over performed
 
01/11/2009 00:41:04 planet: HFI Neptune scan# 1
 
20/11/2009 18:52:25 long ring #3589 (29 hours) : no slew due to MTL uplink problem
 
21/11/2009 23:39:54 slew : resumption of SL after the MTL problem
 
22/11/2009 19:48:41 slew to SGR position
 
23/11/2009 08:47:54 slew to catchup
 
23/11/2009 19:48:10 SGR (end): back to nominal scanning law
 
25/11/2009 05:56:00 HFI 1.6K stage event
 
26/11/2009 14:32:00 thurster under/over performed
 
04/12/2009 17:49:29 slew: orbit maintenance manoeuvre #3
 
05/12/2009 09:43:53 planet: HFI Uranus scan# 1
 
16/12/2009 20:42:11 sat: FOG telemetry is enabled back
 
21/12/2009 19:59:54 HFI compression settings change
 
22/12/2009 11:46:18 dtcp: extra pass
 
03/01/2010 00:00:00 perihelia
 
04/01/2010 00:25:49 planet: HFI Saturn scan#1
 
11/01/2010 19:16:32 star tracker switchover #2
 
15/01/2010 21:57:45 slew: orbit maintenance manoeuvre #4
 
25/01/2010 21:16:41 sat: transponder always on
 
08/02/2010 20:51:32 DPC survey#2 (ring#5721)
 
26/02/2010 12:43:37 star tracker switchover #3
 
26/02/2010 23:02:49 slew: orbit maintenance manoeuvre #5
 
06/03/2010 05:04:43 planet: HFI Crab scan#2
 
01/04/2010 06:41:00 thurster under/over performed
 
02/04/2010 13:48:21 therm: major elephant
 
05/04/2010 10:00:00 solar flare: geomagnetic storm
 
10/04/2010 10:36:35 planet: HFI Mars scan#2
 
26/04/2010 17:55:37 slew: orbit maintenance manoeuvre #6
 
29/04/2010 17:34:58 SCS TSA setpoint increase
 
06/05/2010 17:02:08 SCS TSA setpoint increase
 
13/05/2010 16:30:13 SCS TSA setpoint increase
 
17/05/2010 17:51:09 planet: HFI Neptune scan# 2
 
26/05/2010 16:06:43 2900042:SCS cycletime change (P-ICR-0067)      [29|00100000]
 
28/05/2010 15:48:09 2900043:SCS cycletime and heatup power update...[29|01100000]
 
01/06/2010 15:52:04 2900044:SCS gas-gap ON delay times change (P-...[29|00000010]
 
12/06/2010 01:00:00 solar flare
 
12/06/2010 01:57:16 planet: HFI Saturn scan#2
 
24/06/2010 18:31:09 SCS TSA setpoint increase
 
30/06/2010 19:00:53 planet: HFI Uranus scan#2
 
03/07/2010 20:01:43 planet: HFI Jupiter scan#2
 
06/07/2010 11:00:00 aphelion
 
14/07/2010 20:45:50 dtcp: extra pass
 
15/07/2010 18:13:43 SCS TSA setpoint increase
 
18/07/2010 04:28:00 thurster under/over performed
 
21/07/2010 21:08:44 planet: moon transit
 
22/07/2010 00:42:59 planet: moon transit (end)
 
24/07/2010 16:36:11 therm: HFI elephant LONG deltaT>10uK
 
29/07/2010 17:45:52 SCS TSA setpoint increase
 
03/08/2010 19:00:00 solar flare: possible geomagnetic storm
 
06/08/2010 17:55:23 2900056:Bed2 removal from SCS cycle            [29|00001000]
 
10/08/2010 23:16:00 2900057:Disable FM2 TSA                        [29|00001000]
 
11/08/2010 10:14:37 long ring #11149 for SCS switchover
 
11/08/2010 11:00:00 SCS switchover
 
11/08/2010 21:34:10 dtcp: extra pass CEB
 
12/08/2010 00:07:00 1700006:Adjustment of 4K PID Margin            [17|00000010]
 
12/08/2010 17:22:00 2900059:Enable FM1 TSA                          [29|00001000]
 
12/08/2010 19:27:28 DPC survey#3 (ring#11195)
 
13/08/2010 18:00:00 2900060:Temporary raising of TSA set-point on...[29|00001001]
 
13/08/2010 23:59:21 slew to interleaved pointings for survey#3
 
14/08/2010 11:00:00 solar flare
 
16/08/2010 18:00:09 slew: orbit maintenance manoeuvre #7
 
18/08/2010 08:35:00 solar flare
 
24/08/2010 18:00:00 2800003:Update of spacecraft mass properties    [28|00000000]
 
18/09/2010 18:28:04 planet: HFI Crab scan#3
 
04/10/2010 04:25:00 HFI 1.6K stage event
 
04/10/2010 04:57:05 therm: HFI elephant SHORT deltaT>10uK
 
06/10/2010 13:25:00 2900071:WR test for LFI temperature fluctuations[29|00001000]
 
06/10/2010 19:00:46 dtcp: extra pass CEB
 
07/10/2010 13:10:00 2900072:WR temperature control reset to nominal [29|00001000]
 
11/10/2010 13:26:47 long ring  #13333: manoeuvre failed
 
27/10/2010 23:06:00 1300032:Incorrect Pointing coordinates for po...[13|00000000]
 
03/11/2010 08:11:34 planet: HFI Neptune scan#3
 
04/11/2010 13:20:14 therm: change of the DPU2 thermal control
 
04/11/2010 19:19:00 dtcp: extra pass NNO
 
11/11/2010 12:45:00 SCS TSA setpoint increase
 
21/11/2010 03:02:51 therm: HFI elephant LONG deltaT>10uK
 
24/11/2010 11:23:01 long ring  #14627 for star tracker tests
 
24/11/2010 12:29:29 star tracker switchover for intercalibration test (STR1->STR2)
 
24/11/2010 20:23:53 slew back
 
25/11/2010 17:02:45 long ring  #14653 for star tracker tests
 
25/11/2010 17:59:37 star tracker switchover STR2->STR1
 
26/11/2010 01:55:21 slew back to nominal scanning strategy
 
27/11/2010 20:20:00 solar flare
 
02/12/2010 13:21:13 slew: orbit maintenance manoeuvre #8
 
06/12/2010 20:38:00 planet: HFI Jupiter scan#3
 
10/12/2010 14:55:44 planet: HFI Uranus scan#3
 
15/12/2010 08:19:00 thurster under/over performed
 
15/12/2010 10:30:00 thurster under/over performed
 
22/12/2010 16:33:14 HFI Single Event Upset
 
23/12/2010 15:44:53 SCS TSA setpoint increase
 
03/01/2011 19:00:00 perihelia
 
18/01/2011 05:25:24 planet: HFI Saturn scan#3
 
24/01/2011 13:20:09 SCS warm radiator warming
 
24/01/2011 17:28:00 dtcp: extra pass CEB
 
28/01/2011 02:00:00 solar flare
 
31/01/2011 14:06:49 slew: orbit maintenance manoeuvre #9
 
01/02/2011 13:31:33 SCS TSA setpoint increase
 
08/02/2011 20:55:48 DPC survey#4 (ring#16692)
 
10/02/2011 02:48:02 HFI 1.6K stage event
 
15/02/2011 06:00:00 solar flare: X ray solar flare
 
18/02/2011 00:00:00 solar flare: X ray solar flare
 
24/02/2011 14:05:28 SCS TSA setpoint increase
 
28/02/2011 23:20:41 slew: acceleration for Crab scan
 
06/03/2011 04:12:44 planet: HFI Crab scan#4
 
07/03/2011 21:00:00 solar flare: coronal mass ejection
 
10/03/2011 19:44:00 dtcp: extra pass CEB
 
15/03/2011 17:42:31 SCS desorption power gap jump
 
15/03/2011 20:35:00 dtcp: extra pass
 
18/03/2011 15:15:00 dtcp: long pass (5h30mn)
 
21/03/2011 03:30:00 solar flare: radiation event
 
21/03/2011 21:10:17 slew: orbit maintenance manoeuvre #10
 
31/03/2011 21:02:52 SCS TSA setpoint increase
 
07/04/2011 20:38:16 SCS TSA setpoint increase
 
14/04/2011 21:03:33 SCS TSA setpoint increase
 
21/04/2011 20:33:20 SCS TSA setpoint increase
 
10/05/2011 16:48:13 SCS TSA setpoint decrease
 
19/05/2011 10:13:28 2900098:FM1 Powers and Times change            [29|10000000]
 
20/05/2011 14:18:21 planet: HFI Neptune scan#4
 
04/06/2011 22:00:00 solar flare: geomagnetic storm
 
07/06/2011 07:00:00 solar flare: solar proton enhancement
 
23/06/2011 04:55:03 thurster under/over performed
 
29/06/2011 17:03:39 planet: HFI Saturn scan#4
 
04/07/2011 15:00:00 aphelion
 
05/07/2011 22:00:17 planet: HFI Uranus scan#4
 
25/07/2011 17:38:00 slew: orbit maintenance manoeuvre #11
 
27/07/2011 16:51:00 on board mass properties update
 
29/07/2011 17:13:00 slew to survey#5
 
29/07/2011 17:43:32 DPC survey#5 (ring#21721)
 
02/08/2011 07:00:00 solar flare: M1 class
 
03/08/2011 21:09:40 planet: HFI Jupiter scan#4
 
04/08/2011 04:30:00 solar flare
 
04/08/2011 15:55:38 SCS TSA setpoint increase
 
08/08/2011 16:53:00 SGR: scanning law is interrupted
 
08/08/2011 17:32:00 slew back
 
08/08/2011 18:00:00 solar flare: X7 class
 
08/08/2011 18:44:00 planet: HFI Jupiter scan#4 (bis)
 
09/08/2011 01:54:00 slew to the catchup position
 
09/08/2011 08:00:00 solar flare
 
09/08/2011 17:23:00 SGR (end): back to nominal scanning law
 
06/09/2011 02:20:00 solar flare: M5.3
 
06/09/2011 23:00:00 solar flare: X2.1
 
13/09/2011 09:34:22 planet: HFI Crab scan#5
 
17/09/2011 08:00:00 solar flare: magnetic storm
 
20/09/2011 09:43:00 slew setting-up the second crab scan
 
20/09/2011 10:41:38 planet: HFI Crab scan#5 (bis)
 
21/09/2011 16:43:41 planet: HFI Crab scan#6
 
21/09/2011 18:33:00 dtcp: extra pass
 
22/09/2011 12:00:00 solar flare: complexe event
 
24/09/2011 00:42:34 slew back to survey 5 scanning strategy
 
26/09/2011 12:29:45 slew : station keeping manoeuvre half failed
 
04/10/2011 12:35:07 slew: orbit maintenance manoeuvre #12 bis
 
11/10/2011 12:35:13 test: Temperature steps on bolometer PID
 
12/10/2011 10:30:00 test: EOL-Fast IV at 100mK
 
22/10/2011 14:00:00 solar flare: small event
 
27/10/2011 12:38:38 SCS TSA setpoint increase
 
04/11/2011 00:00:00 solar flare: X2 class
 
07/11/2011 09:00:00 test : pre-EOL-LFER-1 (I_Bias steps)
 
08/11/2011 10:42:00 test: EOL-IBTU (slow VI)
 
14/11/2011 09:00:00 test: 2nd pre-EOL-LFER-1 (I_Bias steps)
 
14/11/2011 23:58:33 slew: beginning of dwell duration compression phase
 
18/11/2011 00:00:00 test: EOL-LFER-1 (I_Bias steps)
 
26/11/2011 07:00:00 solar flare: Radiation storm and Coronal Mass Ejection
 
28/11/2011 17:10:00 dtcp: extra pass
 
07/12/2011 17:00:00 test: spinup test
 
08/12/2011 10:00:00 planet: HFI Mars scan @ 1.4 RPM
 
09/12/2011 16:43:00 star tracker unhealthy
 
16/12/2011 18:35:00 slew: back to scanning law
 
17/12/2011 18:00:00 planet: HFI Mars scan#3
 
23/12/2011 15:10:06 He3 flow rate 0 -> 1
 
25/12/2011 14:45:16 test: Add 153.4 uW on the 1.6K stage redundant PID
 
25/12/2011 20:00:00 solar flare: C-class
 
27/12/2011 11:42:10 test: Temperature steps on the bolometer plate II
 
29/12/2011 14:24:29 He3 flow rate 1 -> 2
 
02/01/2012 13:58:00 He3 flow rate 2 -> 3
 
03/01/2012 14:20:19 test: Temperature steps on bolo plate III
 
04/01/2012 13:52:00 He3 flow rate 3 -> 4
 
07/01/2012 14:10:00 He3 flow rate 4 -> 5
 
08/01/2012 07:20:00 slew to Jupiter deep annuli scan
 
09/01/2012 14:23:00 He3 flow rate 5 -> 6
 
10/01/2012 04:20:00 planet: HFI Jupiter scan
 
11/01/2012 14:47:00 He3 flow rate 6 -> 7
 
14/01/2012 16:00:00 END OF NOMINAL OPERATIONS
 
15/01/2012 14:05:00 test: optimisation
 
16/01/2012 15:00:21 test:  bolo plate ->110mK
 
16/01/2012 15:45:09 test:  bolo plate ->300mK
 
18/01/2012 15:20:10 test: Adjust compression
 
18/01/2012 16:15:11 test: EOL-Fast IV at 300 mK
 
20/01/2012 19:58:08 test: EOL-RAW54 at 300mK
 
22/01/2012 00:18:00 therm: loss of satellite thermal control
 
22/01/2012 15:00:00 CDMU PM-A reset
 
22/01/2012 22:59:58 DPU is rebooted
 
23/01/2012 05:00:00 solar flare: major one
 
25/01/2012 14:45:00 test: Adjust compression
 
27/01/2012 19:00:00 solar flare
 
30/01/2012 21:53:00 slew to survey#6
 
06/02/2012 14:00:00 test: optimisation
 
07/02/2012 00:00:00 slew: large orbit correction manœuvre
 
10/02/2012 16:30:00 test: EOL-Fast IV at 600 mK
 
14/02/2012 14:20:00 CDMU PM-A switch over
 
20/02/2012 10:00:00 test: Adjust compression
 
20/02/2012 14:57:00 slew: touchup manœuvre
 
21/02/2012 15:00:00 test: Adjust compression
 
21/02/2012 15:16:00 test: Adjust compression
 
22/02/2012 16:50:00 test: Adjust compression
 
23/02/2012 15:20:00 test: Adjust compression
 
</nowiki>
 

Latest revision as of 09:43, 3 February 2015

All satellite operations, including those for the HFI instrument were under ESA MOC responsibilty for obvious safety reasons. The HFI instrument operations were nevertheless delegated to the HFI Instrument Operations Team (IOT), set up within the HFI consortium and under the HFI Principal Investigator responsibility. Instrument management, operations and parameter monitoring were thus prepared and controlled by the IOT and serviced by MOC either in near real time during the DTCP or uploaded in the satellite mission timeline for deferred execution. The HFI instrument health and science data quality was monitored daily by the IOT from launch till the end of the HFI extension mission phase. Apart from ground based tests, different operations phases occurred, as listed below.

  • 14/05/2009-18/05/2009 Launch Early Operational Phase.
  • 18/05/2009-09/07/2009 Commissioning Phase. The operations during this phase were under ESA's Planck Project responsibilty. The main HFI activities were functional tests of the instrument and its cooldown to 100 mK. Given the performance, the helium flow was set to the minimal one giving an End Of Life estimation of the second half of January 2012.
  • 10/07/2009-12/08/2009 Calibration and Performance Verification Phase. The operations during this phase were under the responsibility of ESA's Planck Science Office. The main HFI operations were performance tests and activities to measure the effects of several systematics. The only instrument failure happened on the 6th of August, where the electronic part of the 4-K cooler was switched off, probably due to a major cosmic particle. It has to be noted that no tuning of the HFI parameters were executed in-flight until the end of the full HFI mission, except in December 2009 for an adjustment of the on-board numerical compression parameters.
  • 12/08/2009-28/11/2010 HFI Nominal mission.
  • 28/11/2010-13/01/2012 HFI Extended mission.
  • 13/01/2012-03/10/2013 LFI "only" extension phase.

The detailed operational timeline for HFI is given in this annex.

(Planck) High Frequency Instrument

European Space Agency

[ESA's] Mission Operation Center [Darmstadt, Germany]

Instrument Operation Team

Daily Tele-Communication Period

(Planck) Low Frequency Instrument