Q1. We have a controller, and every time the Operator changes the Set Point, the controller...

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Electrical Engineering

Q1. We have a controller, and every time the Operator changesthe Set Point, the controller responds, and gets the process sortedout. Now, somewhere, we have read that load disturbances needed tobe considered in processes, as well. How will this controllerreact, if there is a load disturbance, and not a Set Pointchange?                                                                                                                      

Q3. The Process Variable jumps around, quite a bit. Which of thePID settings should we not be using, to improve controllability,and extend the life of our Final Control Element?                                                                                                                                                           

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4.2 Ratings (499 Votes)
The universe of single input single output control loops can be separated into two classifications selfregulating and non selfregulating Self regulating These loops are such that if the controller is placed in manual the process variable will go to some stable state assuming the interacting variables are held constant Examples of these are flow heat exchanger temperature control and even pH This is how a self regulating    See Answer
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