Difference: SpireManualCommandingLog (9 vs. 10)

Revision 102011-05-03 - SunilSidher

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-- SunilSidher - 02 Nov 2010
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579 13-12-2010 12:32 12:40   0x00002999 DRCU_START/H_COP_SPI_MDRN Switch on of the DRCU
579 13-12-2010 12:42 12:45   0x00002999 SCU_ON/H_COP_SPI_MSCN Switch on of SCU DC/AC thermometry
579 13-12-2010 12:46 12:55   0x00002999 MCU_BOOT/H_COP_SPI_MMCB Boot the MCU, set the SMEC FF offset, FF gain, Kp and Ki. Define the SMEC and MCU Eng frame contents. Enter REDY mode.
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579 13-12-2010 13:00 13:05   0x00000000 SPIRE Start Monitoring Start the on-board monitoring using a single manual TC - as specified in the PDF procedure at MOC
 
580 14-12-2010 12:15 14:45   0x00002123 SpireEngCoolerRecycle/H_CRP_SPI_CREC Manual cooler recycle using the CREC VM
581 15-12-2010 12:48 12:59   0x00002125 SpireEngREDYtoPHOT_STBY/H_CRP_SPI_R2PH Manual REDY to PHOT_STBY mode transition to check JFET switch on
581 15-12-2010 13:12 13:17   0x00002127 SpireEngPHOT_STBYtoREDY/H_CRP_SPI_PH2R Manual PHOT_STBY to REDY mode transition
581 15-12-2010 13:19 13:30   0x00002129 SpireEngREDYtoPHOT_STBY/H_CRP_SPI_R2PH Manual REDY to PHOT_STBY mode transition - repeated because RT science had not been enabled in the first test. Even this second test was performed with the bus profile set to PACS prime, rather than SPIRE prime, leading to loss of several photometer science packets. The use of PACS prime bus profile is confirmed by the DPU pool full events observed in OD 581 - see the health monitoring log http://130.246.35.182/icc/logs/OD_0581//SpireOps_HealthMon_DRCUEvents_OD0581_151210_v1.txt.
581 15-12-2010 13:44 13:49   0x0000212B SpireEngPHOT_STBYtoREDY/H_CRP_SPI_PH2R Manual PHOT_STBY to REDY mode transition
588 22-12-2010 ~11:45 ~11:46   Not set NA Manual TC sent to define an empty OBS table 0x37 of length 0x10. This was done to stop future TC failures for this table during MTL mode transitions. Second manual TC was sent to report the contents of this empty table as further confirmation that the table was correctly defined on-board. Both TCs were successful, i.e. TM(1,7) reports received. These TCs will also be inserted into the MOIS recovery procedure H_CRP_SPI_LTAB for future contingencies.
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714 27-04-2011 23:38 23:46   0x00002999 DPU_START/H_COP_SPI_NSON Switch on of the DPU and reboot of OBS 4.0.0 from the secondary partition
714 27-04-2011 23:48 23:59   0x00002999 SpireEngLoadAllTables/H_CRP_SPI_LTAB Load all the VM and OBS tables
714 28-04-2011 00:09 00:22   0x00002999 DRCU_START/H_COP_SPI_MDRN Switch on of the DRCU
714 28-04-2011 00:24 00:28   0x00002999 SCU_ON/H_COP_SPI_MSCN Switch on of SCU DC/AC thermometry. SUBKTEMP was at ~530mK
714 28-04-2011 00:30 00:37   0x00002999 MCU_BOOT/H_COP_SPI_MMCB Boot the MCU, set the SMEC FF offset, FF gain, Kp and Ki. Define the SMEC and MCU Eng frame contents. Enter REDY mode.
714 28-04-2011 00:38 00:43   0x00000000 SPIRE Start Monitoring Start the on-board monitoring using a single manual TC - as specified in the PDF procedure at MOC
716 29-04-2011 21:16 21:27   0x0000212D SpireEngREDYtoPHOT_STBY/H_CRP_SPI_R2PH Manual REDY to PHOT_STBY mode transition to check JFET switch on
716 29-04-2011 21:52 21:57   0x0000212F SpireEngPHOT_STBYtoREDY/H_CRP_SPI_PH2R Manual PHOT_STBY to REDY mode transition
716 29-04-2011 21:57 22:00   0x00000000 SPIRE Start Monitoring Procedure inadvertently executed despite on-board monitoring being already active. Caused a TC failure but otherwise harmless.
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