Stopped_Flow_Sensitivity_ESF
3
Verbose_Errors
On
Max_Current
0.80
Max_Hot
0.50 Max_Norm 0.62 Ch1_Max_(A) 0.65 Ch2_Max_(A) 0.61
Firmware_Version: Indicates the current firmware running on the
controller
Setpoint: digital setpoint, in °C units
Divergence_Limit: This is used for error detection and will be updated
when the controller gains are autotuned from the settings menu.
PID_Mode: This indicates which mode the controller is using to
control its output (either FAST, NORM, SLOW or AUTO)
AUTO_PID_Gains: This displays the PID gains resulting from the
last time the controller was autotuned. If autotuning has never been
performed, then the values will stay at default levels.
Setpoint_Mode: Either AUTO, ANLG or DGTL. This can be changed
in the settings menu.
Runaway_Sensitivity_ESB: This number (0-5) can be changed in the
settings menu. It determines the sensitivity of runaway error detection.
Set it to 0 to disable this error detection mode, set it to 3 for nominal
sensitivity, or increase it to 5 for maximum sensitivity (and the highest
chance of unwanted errors from showing up during your experiment).
Stopped_Flow_Sensitivity_ESF: This number (0-5) can be changed
in the settings menu, and it determines the sensitivity of stopped flow
error detection. Set it to 0 to disable this error detection mode, set it
to 3 for nominal sensitivity, or increase it to 5 for maximum sensitivity
(and the highest chance of unwanted errors from showing up during
your experiment).
Verbose_Errors: Either On or Off. This determines whether text
output is enabled for diagnostic and error messages and can be
changed in the settings menu.
Max_Current:
This is the current level through each heater channel
that the system will target at maximum software command, aiming to
20
