Specifications

Synergy Nano Technical Manual, Revision -
Page 314
Description Command Root Command
Usages
Command Syntax Range,
Units
Command
Example
Response Example
PID Channel
1 Heat *
PID1H PID1H Query ? PID1H 1 - 100 % ? PID1H 0.0
PID Channel
1 Cool *
PID1C PID1C Query ? PID1C 1 - 100 % ? PID1C 100.0
PID Channel
2 Heat *
PID2H PID2H Query ? PID2H 1 - 100 % ? PID2H 0.0
PID Channel
2 Cool *
PID2C PID2C Query ? PID2C 1 - 100 % ? PID2C 100.0
PID Channel
3 Heat *
PID3H PID3H Query ? PID3H 1 - 100 % ? PID3H 0.0
PID Channel
3 Cool *
PID3C PID3C Query ? PID3C 1 - 100 % ? PID3C 100.0
Acknowledge
All Alarms *
ACKALM ACKALM Set = ACKALM ARG1 ARG1 - Always 1 to reset the alarms
Number of active alarms, 32 bit hex
number representing types of alarms.
= ACKALM 1 0, 00000001
Show Active
Alarms *
SHOWACTALM SHOWACTALM
Query
? SHOWACTALM Shows all active alarms.
Number of active alarms, 32 bit hex
number representing types of alarms.
? SHOWACTALM 0, 00000001
Show Alarm
Status *
ALM ALM Query ? ALM Shows alarm states
Returns 3 values: %i, %i, %8.8X
First: Number of Alarms, both active
& inactive
Second: Number of active alarms
Third: 32 bit hex number with each bit
representing a different alarm
? ALM 0, 0, 00000000
Bit 1 - Comm Port / Olympic board
unavailable
Bit 2 - Bad Sensor connect 1
Bit 3 - Bad Sensor connect 2
Bit 4 - Bad Sensor connect 3
Bit 5 - Bad Sensor connect 4
Bit 6 - Bad Sensor connect 5
Bit 7 - Bad Sensor connect 6
Bit 8 - Olympic Board Reset
Bit 9 - Storage Space Low
Bit 10 - Program Memory Low
Bit 11 - Watlow Alarm
Bit 12 - CH1 High Alarm
Bit 13 - CH1 Low Alarm
Bit 14 - CH2 High Alarm
Bit 15 - CH2 Low Alarm
Bit 16 - CH3 High Alarm
Bit 17 - CH3 Low Alarm