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Process Control Concepts

This App simulates a simple process for heating a tank with two separate water streams

This App simulates a simple process for heating a tank with two separate water streams

Process Control Concepts

by Bjorn Tyreus
Process Control Concepts
Process Control Concepts
Process Control Concepts

What is it about?

This App simulates a simple process for heating a tank with two separate water streams. The stream rates are constant but one stream can be subjected to sinusoidal temperature disturbances. The other stream's temperature is held by a heater, the duty of which is manipulated by a PID controller to compensate for incoming disturbances and keep the tank temperature as constant as possible. The App provides a rich opportunity to understand the effects of process dynamics on the quality of control. It also demonstrates the effect of controller tuning on loop response time and stability. A unique feature of providing a second tank in parallel with the main tank allows the user to visualize how and why a feedback loop reaches its critical frequency and ultimately goes unstable. The feedback controllers used in this example are realistic, industrial grade controllers that can be tuned with a variety of tuning methods including ATV tuning.

Process Control Concepts

App Details

Version
1.2.1
Rating
NA
Size
23Mb
Genre
Education
Last updated
October 6, 2019
Release date
September 13, 2017
More info

App Screenshots

Process Control Concepts screenshot-0
Process Control Concepts screenshot-1
Process Control Concepts screenshot-2
Process Control Concepts screenshot-3

App Store Description

This App simulates a simple process for heating a tank with two separate water streams. The stream rates are constant but one stream can be subjected to sinusoidal temperature disturbances. The other stream's temperature is held by a heater, the duty of which is manipulated by a PID controller to compensate for incoming disturbances and keep the tank temperature as constant as possible. The App provides a rich opportunity to understand the effects of process dynamics on the quality of control. It also demonstrates the effect of controller tuning on loop response time and stability. A unique feature of providing a second tank in parallel with the main tank allows the user to visualize how and why a feedback loop reaches its critical frequency and ultimately goes unstable. The feedback controllers used in this example are realistic, industrial grade controllers that can be tuned with a variety of tuning methods including ATV tuning.

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