OMRON Sysdrive 3G3HV - Detector Cooling Section
OMRON Sysdrive 3G3HV - Detector Cooling Section
OMRON Sysdrive 3G3HV - Detector Cooling Section
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Integral Control<br />
The integrated deviation is obtained as control output from integral control. Integral control<br />
makes the feedback agree with the set point effectively. Integral control, however, cannot<br />
keep up with rapid feedback changes.<br />
Differential Control<br />
The differentiated deviation is obtained as control output from differential control. Differential<br />
control can keep up with rapid feedback changes.<br />
PID Control<br />
PID control makes use of the merits of proportional control, integral control, and differential<br />
control to perform ideal control.<br />
Types of PID Control<br />
The Inverter performs two types of PID control (i.e., differential data PID<br />
control and basic PID control). The Inverter usually performs differential<br />
data PID control.<br />
Differential Data PID Control<br />
Differential data PID control is a type of PID control which differentiates the feedback of<br />
values and keeps up with set point changes and control object changes.<br />
Set point<br />
Control<br />
object<br />
Feedback<br />
Basic PID Control<br />
Basic PID control may cause overshooting or undershooting when the set point changes if<br />
the response of differential control is adjusted to keep up with object changes.<br />
Set point<br />
Control<br />
object<br />
Feedback
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