2002-04-11T20:07:20.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 04/11/02 20:00
Stop_time            = 04/11/02 21:50
Send_time            = Thu Apr 11 20:07:20 GMT 2002
\text
Purpose:
Stop thermostatic control of the GRS CEB by duty-cycling the CEB heater.
Expected result:
The GRS CEB heater duty-cycle will be terminated.
Why it is needed:
To change the GRS EEPROM sequences to change the duty cycle.
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bcf/c01grs_ceb_htr_duty_stop
 2400,    immediate, CHG_ANALOG, CEB_AGND_SPARE2, COMPARE_SETTING, 0
 2701,    immediate, CHG_ANALOG, CEB_PS2_TEMP, COMPARE_SETTING, 0
 1327,    immediate, CEB_HTR, OFF
 2400, +    0-1    , CHG_ANALOG, CEB_AGND_SPARE2, COMPARE_SETTING, 0
 2701, +    0-1    , CHG_ANALOG, CEB_PS2_TEMP, COMPARE_SETTING, 0
 1327, +    0-1    , CEB_HTR, OFF6, 0
 2:    immediate, CHG_GPA_HTR, 2, 0
2002-04-11T20:24:50.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 04/11/02 20:00
Stop_time            = 04/11/02 21:50
Send_time            = Thu Apr 11 20:24:50 GMT 2002
\text
Purpose:
Load GRS EEPROM sequences to setup for CEB duty cycle and temperature control.
Expected result:
Sequences 31b and 32b will be populated with the sequences that duty cycle the
Why it is needed:
In order to eliminate/reduce the effect of orbital (and other) temperature
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s31b_ceb_duty_on_
 3131,    immediate, CHG_SEQ, 48, B-31, 4
 0:    immediate, CHG_CEB_INT, 0, 10000, 1, 0
 1:    immediate, CHG_ANALOG, CEB_AGND_SPARE2, SEQUENCE, 160, 0
 2:    immediate, CEB_HTR, ON, 0
 3:    immediate, CHG_ANALOG, CEB_AGND_SPARE2, COMPARE_SETTING, 1, 0
2002-04-11T20:24:50.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 04/11/02 20:00
Stop_time            = 04/11/02 21:50
Send_time            = Thu Apr 11 20:24:50 GMT 2002
\text
Purpose:
Load GRS EEPROM sequences to setup for CEB duty cycle and temperature control.
Expected result:
Sequences 31b and 32b will be populated with the sequences that duty cycle the
Why it is needed:
In order to eliminate/reduce the effect of orbital (and other) temperature
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s32b_ceb_duty_off
 3132,    immediate, CHG_SEQ, 48, B-32, 4
 0:    immediate, CHG_CEB_INT, 0, 10000, 1, 0
 1:    immediate, CHG_ANALOG, CEB_AGND_SPARE2, SEQUENCE, 159, 0
 2:    immediate, CEB_HTR, OFF, 0
 3:    immediate, CHG_ANALOG, CEB_AGND_SPARE2, COMPARE_SETTING, 1, 0
2002-04-11T20:46:44.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 04/11/02 20:00
Stop_time            = 04/12/02 19:30
Send_time            = Thu Apr 11 20:46:44 GMT 2002
\text
Purpose:
Start thermostatic control of the GRS CEB by duty-cycling the CEB heater.
Expected result:
The GRS CEB heater will duty-cycle at 50% (4.8 watts) in order to maintain the
CEB_PS2_TEMP between 11C and 11.05C.  The duty-cycling will start at 11C or
Why it is needed:
In order to eliminate/reduce the effect of orbital (and other) temperature
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bcf/c01grs_ceb_htr_duty_init
 2707,    immediate, CHG_ANALOG, CEB_PS2_TEMP, COLLECTION, 3
 2712,    immediate, CHG_ANALOG, CEB_PS2_TEMP, OUT_OF_RANGE, 0
 2722,    immediate, CHG_ANALOG, CEB_PS2_TEMP, LESS_COMPARE_VALUE, 16218
 2723,    immediate, CHG_ANALOG, CEB_PS2_TEMP, GREATER_COMPARE_VALUE, 16222
 1472,    immediate, CHG_CEB_INT, 0, 1000, 1
 2415,    immediate, CHG_ANALOG, CEB_AGND_SPARE2, COLLECTION, 1
 2750,    immediate, CHG_ANALOG, CEB_AGND_SPARE2, SEND_RATE, 100
 2410,    immediate, CHG_ANALOG, CEB_AGND_SPARE2, LESS_COMPARE_VALUE, 1000
 2717,    immediate, CHG_ANALOG, CEB_PS2_TEMP, SEQUENCE, 161
 2702, +        60 , CHG_ANALOG, CEB_PS2_TEMP, COMPARE_SETTING, 1PARE_VALUE,
 2499, +     54000 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 2910
 2500, +     54000 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 2914
 1128, +     54060 , EXEC_SEQ, 28, 1CTION, 6
 2371, +        35 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 1481
 2376, +        35 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 1485
 1148, +        55 , EXEC_SEQ, 48, 1
 1128, +        60 , EXEC_SEQ, 28, 1
 1403, +       420 , DOOR, Open, 1, 1
 2488, +      4020 , CHG_ANALOG, CEB_MNT_RNG_TEMP_A, OUT_OF_RANGE, 2
 2489, +      4020 , CHG_ANALOG, CEB_MNT_RNG_TEMP_A, COLLECTION, 6
 2438, +      4020 , CHG_ANALOG, CEB_MNT_RNG_TEMP_A, LESS_COMPARE_VALUE, 2024
 2428, +      4020 , CHG_ANALOG, CEB_MNT_RNG_TEMP_A, GREATER_COMPARE_VALUE,
 1115, +      4040 , EXEC_SEQ, 15, 1
 2458, +      4040 , CHG_ANALOG, GAMMA_GPA_TEMP, OUT_OF_RANGE, 2
 2459, +      4040 , CHG_ANALOG, GAMMA_GPA_TEMP, COLLECTION, 6
 2451, +      4040 , CHG_ANALOG, GAMMA_GPA_TEMP, LESS_COMPARE_VALUE, 6347
 2454, +      4040 , CHG_ANALOG, GAMMA_GPA_TEMP, GREATER_COMPARE_VALUE, 6357
 1117, +      4060 , EXEC_SEQ, 17, 1
 2468, +      4060 , CHG_ANALOG, CEB_IS_TEMP_B, OUT_OF_RANGE, 3
 2485, +      4060 , CHG_ANALOG, CEB_IS_TEMP_B, GREATER_COMPARE_VALUE, 4095
 2475, +      4060 , CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 153
 2471, +      4060 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 2
 2065, +      4060 , CHG_ANALOG, CEB_IS_TEMP_A, OUT_OF_RANGE, 3
 2426, +      4060 , CHG_ANALOG, CEB_IS_TEMP_A, GREATER_COMPARE_VALUE, 4484
 2418, +      4060 , CHG_ANALOG, CEB_IS_TEMP_A, SEQUENCE, 155
 2052, +      4060 , CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 2
 1128, +      4065 , EXEC_SEQ, 28, 1Contingency