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If a particular slave is not available, the master controller’s output will be directed to the split point of the adjacent slave, and its output will be limited to the range of the active slave in order to prevent the controller from being overloaded.
If a particular slave is not available, the master controller’s output will be directed to the corresponding split point of the adjacent slave, and its output will be restricted to the range of the active slave in order to prevent the controller from overloading. If a certain subroutine is unavailable, the main control program’s output will be directed to the adjacent subroutine, and the operating range of that subroutine will be limited to prevent it from stopping suddenly.
It appears to be split range control; wind-up is anti-integral saturation in PID control.
If a particular slave is not available, the output of the master controller will be shifted to the split point of the adjacent slave, and its output will be limited to the range of the active slave in order to prevent the controller from becoming overloaded. If the corresponding secondary circuit is ineffective, the output of the main circuit controller will be moved to the split control point of the neighboring secondary circuit, and its output range will be restricted to that of the functional secondary circuit to avoid controller saturation.