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GIL 225 Electro Pneumatic and Electro Hydraulic Systems                                   (5 DAYS)

OVERVIEW:

The Electro Pneumatic and Electro Hydraulic Systems training is an add-on to the Hydraulics and Pneumatic Training System introduces students to electrical concepts and electrically controlled hydraulic and Pneumatic systems. Through hands-on experimentation, students gain familiarity with functional and industrial electrically controlled hydraulic and Pneumatic systems while learning systematic methods of troubleshooting and testing electrically controlled hydraulic and Pneumatic systems.

The class training will be complemented by class workshops, discussion on industry best practices and ISA videos on Instrumentation, Process and Control. Students will be issued a certificate at the end of the training.

TRAINING FOR:

Personnel involved in design, installation, operation and maintenance of Industrial Hydraulic and Pneumatic system                                                

PREREQUISITES:                                                                                                                                                    

• Ø GIL 135 Hydraulics: Operation & Troubleshooting or relevant equivalent experience
• Ø GIL 125 Pneumatic: Operation & Troubleshooting  or relevant equivalent experience                              

Among others, you will cover:

• Ø Basic Concepts of Electro-pneumatic Circuits: Ladder Diagram, Basic Electro-pneumatic Circuit
• Ø Fundamental Controls In Electro-pneumatic Applications
• Ø Industrial-Type Electro-pneumatic Circuits
• Ø Introduction to Electrical Controls of Hydraulic Systems
• Ø Electrical Concepts
• Ø Functional Electrically-Controlled Hydraulic Systems
• Ø Industrial Electrically-Controlled Hydraulic Systems
• Ø Troubleshooting

OBJECTIVES

At the end of the course, participants will be able to:                                  

Ø Understand the function and use of electro-pneumatic components.

• Ø Understand Stroke-dependent controls with sensors.
• Ø Understand Stroke-dependent controls with predetermining counters.
• Ø Controls with peripheral conditions (i.e. single cycle/continuous cycle, EMERGENCY STOP).
• Ø Understand Step diagrams/process-oriented sequence controls.
• Ø Understand Timing controls/time-oriented sequence controls.
• Ø Trouble-shooting in comprehensive electro-pneumatic controls.