2002-05-08T00:06:58.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 05/08/02 15:15
Stop_time            = 05/08/02 19:15
Send_time            = Wed May 08 00:06:58 GMT 2002
\text
Purpose:
To increase the temperature of the GRS warm anneal from 75C to 105C on the OS.
Expected result:
The thermostatic control setpoints of the GRS MR (using MR primary on sensor
B) and OS (using OS secondary on sensor A) will be changed to 100C and 105C,
respectively.  The gamma subsystem will be turned off, and GPA heater 3 will
be turned on full.  The MR secondary heater will be turned on full, and the Op
Why it is needed:
The GRS detector resolution is still not optimal, even after the last warm
anneal to OS 75C (IS 50C).  GRS is therefore performing another anneal at
warmer temperatures in order to enhance detector resolution before boom
deployment.  The warmer anneal also puts the GSH in a thermally favorable
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bcf/c01grs_warm_ann_75_to_10
 1244,    immediate, CHG_ANALOG, CEB_ALT_ACTUATOR_CURR, COLLECTION, 3
 2450,    immediate, CHG_ANALOG, GAMMA_GPA_TEMP, COMPARE_SETTING, 0
 1322, +    0-1    , CHG_GPA_HTR, 4
 2004, +    0-2    , CHG_CLCT, Gamma, OFF
 2002, +    0-3    , CHG_STATE, Gamma, OFF
 2873, +    0-6    , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, LESS_COMPARE_VALUE, 10848
 2874, +    0-6    , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, GREATER_COMPARE_VALUE,
 1325, +    0-7    , OP_HTR, OFF
 1308, +    0-7    , ANNEAL_PWR_CNTRL, 3, ON
 2746, +    0-187  , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 10567
 2745, +    0-187  , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 10576
 1041, +    0-188  , EXEC_SEQ, 41, 0
2002-05-08T18:31:50.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 05/08/02 18:30
Stop_time            = 05/08/02 19:15
Send_time            = Wed May 08 18:31:50 GMT 2002
\text
Purpose:
To turn on the GRS mounting ring operational heater to assist the the overall
Expected result:
The MR will get closer to the 100C control.
Why it is needed:
The MR needs to be not more than 15 degrees cooler than the OS. The Op heater
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bcf/c01grs_op_htr_on_anneal_
 1324,    immediate, OP_HTR, ON
 1041, +    0-1    , EXEC_SEQ, 41, 0ast warm anneal to OS 75C (IS 50C).  GRS
is therefore performing another anneal at warmer temperatures in order to
enhance detector resolution before boom deployment.  The warmer anneal also
puts the GSH in a thermally favorable state for the pre-boom deployment test
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bcf/c01grs_warm_ann_75_to_10
 1244,    immediate, CHG_ANALOG, CEB_ALT_ACTUATOR_CURR, COLLECTION, 3
 2450,    immediate, CHG_ANALOG, GAMMA_GPA_TEMP, COMPARE_SETTING, 0
 1322, +    0-1    , CHG_GPA_HTR, 4
 2004, +    0-2    , CHG_CLCT, Gamma, OFF
 2002, +    0-3    , CHG_STATE, Gamma, OFF
 2873, +    0-6    , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, LESS_COMPARE_VALUE, 10848
 2874, +    0-6    , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, GREATER_COMPARE_VALUE,
 1325, +    0-7    , OP_HTR, OFF
 1308, +    0-7    , ANNEAL_PWR_CNTRL, 3, ON
 2746, +    0-187  , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 10567
 2745, +    0-187  , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 10576
 1041, +    0-188  , EXEC_SEQ, 41, 0