Course Description |
This 32-hour training program uses a hands-on approach providing students an
in-depth understanding of industrial process measurement & control systems.
Participants will learn to apply more comprehensive measurement and control
principles, terminology, symbols and documentation standards. In addition,
students will perform hands-on exercises in which they will build, test, tune and
troubleshoot temperature, pressure, flow & level control systems. |
Topical Outline |
- Application of ISA documentation
standards
- Elements of a Process Control
Loop
- PV-Process Variable
- MV-Manipulated Variable
- C-Controller
- Other Process Measurements
- Weight
- pH
- Density
- Viscosity
- Moisture
- Others
- Process Dynamics
- Open Loop Response
- Process Gain
- Process Time Constant
- Process Dead Time
- Control Methods
- Open Loop control (Self-
regulating)
- Manual control
- ON/OFF control
- Feedback control
- Feedforward control
- Cascade control
- Control Tuning
- Open vs. Closed loop methods
- Stability vs. responsiveness
- ¼ decay ratio
- Simplex tuning method
- Zeigler-Nichols tuning method
- Auto-tuning
- Special Cases
- pH control
- Nonlinear systems
- Control Valve Selection & Sizing
- Valve types (Globe, Ball,
Butterfly & Gate)
- Valve Characteristic (Quick
opening, Linear, Equal
Percentage)
- Other Control Valve Topics
(Positioners, Materials,
Configuration, Actuators &
Accessories)
- Installation Best Practices
- Wiring
- Shielding
- Isolation
- Control System Troubleshooting
- Experience Based
- Trial & Error
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Prerequisites |
PCI-100: Understanding Industrial Process Control/Level One Process
Measurement & Control Fundamentals or a fundamental understanding of industrial process measurement, control system design and operation. |
Course Length |
36 hours |
CEU's |
3.3 |
Objectives |
Persons successfully completing this course will be able to:
- Create the documents used to define instruments and control systems.
- Apply the principles, equipment and techniques for the primary industrial
process measurements of temperature, pressure, level and flow.
- Understand process response and how it affects controller operation.
- Know and apply the proper controller tuning method.
- Select and size the proper control valve.
- Build, test, operate tune and troubleshoot a variable feedback control loop.
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