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Heating Gain/Cooling Gain
Adjusts the effectiveness of the output elements to accommodate uneven output power in the
thermoelectric modules. This allows for a better balance between the power in cooling and heating
mode.
Decay when stopped
When the regulator is stopped the internal register values used in the PID regulator will decay to zero
with the speed of the value selected in this field. The value should be less than 1 and larger than
zero. If 1 is selected the regulator will not decay at all. If 0 is selected the internal value will be
cleared without any decay time. Internal register is multiplied with this value at a rate of sampling
speed.
Sampling speed
(ts) Fixed to 20Hz = 0.05s
PID Constants
Propotional
(kP)
P constant value used in PID mode.
Integral
(kI)
I constant value used in PID mode.
Derivative
(kD)
D constant value used in PID mode.
Integral value limit
Filters
When the I part is accumulated up to this value, it will stop.
Lowpass Tr
(kTr)
Filters set point changes. So if the set point is changed while
the regulator is running the speed of the change can be limited.
Lowpass Te
(kTe)
Filters Te signal. Te is the difference between temperature
sensor and the set point temperature. All changes of this signal
are filtered here.
