66. OUTPUT CURRENT A/D COUNTS OVERCURRENT DETECT VALUE
Write Command: 45
Read Command: 7a
Interpret: Overcurrent compare value of above current counts (greater than or equal trips over current alarm).
67. OUTPUT OVER CURRENT RETRIES BEFORE SHUTDOWN
Write Command: 46
Read Command: 7b
Interpret: Amount of output retries during overcurrent condition allowed before output shutdown. 30000
10
value is constant retry.
68. SPARE (non-volatile) EEPROM MEMORY
Write Command: 80
Read Command: 81
Interpret: When writing, first use the USER DEFINED LOOKUP TABLE POINTER command to set the index.
Read value by sending index with read command request.
Valid index values are 0 through 9 (10 total locations). Valid values are 0 to 255
10
.
69. PROPORTIONAL BANDWIDTH RAMP/SOAK ARRAY INDEX
Write Command: 82
Read Command: NA
Interpret: Acceptable values range from 0 to 7. This is the index number is used to set which PROGRAM STEP the
PROPORTIONAL BANDWIDTH RAMP/SOAK ARRAY VALUE will be written. (Reference PROGRAM STEP number in TE
Technology’s LabVIEW-based GUI, Ramp Soak programming). The index number + 1 = PROGRAM STEP number.
70. PROPORTIONAL BANDWIDTH RAMP/SOAK ARRAY VALUE
Write Command: 83
Read Command: 84
Interpret: When writing, first use the PROPORTIONALBANDWIDTH RAMP/SOAK ARRAY INDEX command to set the
index value. Then use the write command to write the PROPORTIONAL BANDWIDTH RAMP/SOAK ARRAY VALUE.
When reading, just send the index value (0 to 7) with the Read Command to receive back the value at the indexed
location.
71. INTEGRAL GAIN RAMP/SOAK ARRAY INDEX
Write Command: 85
Read Command: NA
Interpret: Acceptable values range from 0 to 7. This is the index number is used to set which PROGRAM STEP the
INTEGRAL GAIN RAMP/SOAK ARRAY VALUE will be written. (Reference PROGRAM STEP number in TE Technology’s
LabVIEW-based GUI, Ramp Soak programming). The index number + 1 = PROGRAM STEP number.
72. INTEGRAL GAIN RAMP/SOAK ARRAY VALUE
Write Command: 86
Read Command: 87
Interpret: When writing, first use the INTEGRAL GAIN RAMP/SOAK ARRAY INDEX command to set the index value.
Then use the write command to write the INTEGRAL GAIN RAMP/SOAK ARRAY VALUE.
When reading, just send the index value (0 to 7) with the Read Command to receive back the value at the indexed
location.
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