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This two-day, interactive seminar explores modeling, analysis, characteristics and design of analog control systems for electrohydraulic applications. Electronic control systems are becoming the cornerstone of technological advancement. A review of modeling and analysis methods will allow participants to move into a detailed examination of proportional-integral-derivative (PID) controllers as well as phase-lag and phase-lead controllers. Electrohydraulics valve characteristics, position control and velocity control will be examined in applying control methods to fluid power systems.
Who Should Attend?
Applications engineers, systems integrators, electrohydraulic motion control engineers, product development engineers and the end users of control systems will find this seminar invaluable.
Seminar Objectives
Upon completion, participants should be able to do the following:- Apply principles of digital and analog controllers in designing integrated systems, Newton's law, block diagrams and state space representation
- Understand the different methods to analyze a system response including time domain, frequency domain and Laplace transforms
- Define the characteristics of feedback control systems
- Analyze feedback system stability
- Explain the distinguishing features of PID, phase-lag and phase-lead controllers
- Apply control methods for valve characteristics, position and velocity control to fluid power system
Topical Outline
- Overview of Common Controllers
- Review of Basic Control Theory
- Modeling methods including Newton's law, physics, energy balance and block diagrams
- Analysis methods based on time, Laplace and frequency domain models
- Exploration of Analog Linear Control Systems
- Feedback system characteristics including open vs. closed loop, steady-state errors, disturbance inputs and transient response characteristics
- Feedback system stability including root locus and frequency response methods
- Design of Common Analog Controllers
- Proportional-integral-derivative controllers
- Phase-lag controllers
- Phase-lead controllers
- Analog Control Systems Components
- Amplifiers
- Actuators
- Transducers
- Applying Control Methods to Fluid Power Systems
- Position control for a cylinder including comparison of servo and proportional valves and step tuning and response characteristics
- Velocity control for a hydraulic motor including controller comparison for command and disturbance inputs
Laboratory Sessions
Participants will have the opportunity to develop system models and analyze step and frequency responses for proportional valves and cylinders utilizing MATLAB to verify results. Experiments on cylinder position control and hydraulic motor speed control will allow students to observe steady-state errors, step response and ultimate cycle tuning methods in the state-of-the-art Electrohydraulic Motion Control Laboratory.Calculator: Be sure to bring a scientific calculator for class.
| Instructor: | Dr. John
Pakkala Professor, Mechanical Engineering |
| CEUs: | 1.6 |
| Dates: | Aug. 23-24, 2010 |
| Cost: |
$1130 Early Registration (by Jul. 23, 2010): $1000 Multiple Registrations: $940/ea Includes all handout materials, graduation luncheon and break refreshments |
Schedule
| Day 1: | |
|---|---|
| 8 a.m. - 5 p.m. | Seminar Lunch and continental breakfast included |
| 5 p.m. | Dinner Reception |
| Day 2: | |
| 8 a.m. - 5 p.m. | Seminar includes continental breakfast |
| Refreshments and snacks provided all day. | |
Registration
To receive a seminar brochure with registration materials, simply fill out and submit this online seminar information request form. The materials will be mailed to you.For more information, please contact:
Dr. Medhat Khalil
Director of Professional Education
Adjunct Assistant Professor
Phone: (414) 277-7269
Fax: (414) 277-7470
Send e-mail 