13. SENSOR2 CHOICE
Write Command: 47
Read Command: 7c
Interpret: 0 == 5 kΩ thermistor
1 == 10 kΩ thermistor, type 1 (TS-91)
2 == 10 kΩ thermistor, type 2 (TP-53)
3 == 15 kΩ thermistor
4 == 50 kΩ thermistor
5 == 230 kΩ thermistor
6 == user defined table
14. CONTROLLER IDENTIFICATION
Write Command: 21
Read Command: 55
Interpret: range –32768
10
to 32767
10
A number that can be programmed into the controller as an identifier
15. LOW SET RANGE
Write Command: 22
Read Command: 56
Interpret: This is used to set the lowest allowable temperature that the controller set point can be set to.
Note: Values must be whole numbers/integers. Do not represent number with decimal places. 10
10
°C is simply
10
10
or 000a
16
.
16. HIGH SET RANGE
Write Command: 23
Read Command: 57
Interpret: This is used to set the highest allowable temperature that the controller set point can be set to.
Note: Values must be whole numbers/integers. Do not represent number with decimal places. 10
10
°C is simply
10
10
or 000a
16
.
17. INPUT1 CONTROL SENSOR OFFSET
Write Command: 24
Read Command: 58
Interpret: Value to offset INPUT1 by in order to calibrate external sensor if desired.
18. LOW ALARM1 SETTING
Write Command: 25
Read Command: 59
Interpret: Temperature reference to compare against INPUT1 for low alarm output.
Note: Values must be whole numbers/integers. Do not represent number with decimal places. 10
10
°C is simply
10
10
or 000a
16
.
19. HIGH ALARM1 SETTING
Write Command: 26
Read Command: 5a
Interpret: Temperature reference to compare against INPUT1 for high alarm output.
Note: Values must be whole numbers/integers. Do not represent number with decimal places. 10
10
°C is simply
10
10
or 000a
16
.
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