Control Loop Performance

Segment 1 - Resolution

Objective 1 - Define Control Loop Optimization and Explain Its Importance

Objective 2 - Define Instrument Resolution and Explain Its Importance

Objective 3 - Describe How to Calculate Instrument Resolution in Units of the Measured Parameter

Skill 1 - Calculate Resolution in Units of the Measured Parameter

Self Review 1

Segment 2 - Accuracy and Repeatability

Objective 4 - Define Instrument Accuracy and Explain Its Importance

Objective 5 - Describe the Five Methods of Expressing Accuracy

Skill 2 - Calculate Instrument Accuracy

Objective 6 - Define Repeatability and Explain Its Importance

Self Review 2

Segment 3 - Open-Loop Tuning

Objective 7 - Define Loop Tuning and Explain Its Importance

Objective 8 - Define Open-Loop Tuning and Give an Application

Objective 9 - Describe How to Tune a Loop Using the Process Reaction Curve Open-Loop Method

Skill 3 - Tune a Control Loop Using the Process Reaction Curve Method

Objective 10 - Describe the Function of Tuning Software and Give an Application

Self Review 3

Segment 4 - Closed-Loop Tuning

Objective 11 - Define Closed-Loop Tuning and Give an Application

Objective 12 - Define Automatic Tuning and Give an Application

Objective 13 - Describe How to Tune a Level Control Loop Using an Automatic Tuning Method

Self Review 4

Content Link

Skill Link