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Electrohydraulic Course

The course covers the design of firefighting systems (sprinkler, gas, and standpipe) using AutoCAD, applying international and local codes, and includes calculating fire pump capacity, head, and pump room design.

Course hours

30 hours

Course sections

7 sections

Course lectures

15 Lectures

Benefit from this course

Fundamental definitions

Hydraulic & Pneumatic circuits design

Hydraulic & Pneumatic circuits troubleshooting

Electrohydraulic & Pneumatic Systems Course

This course provides comprehensive training in the design, implementation, and maintenance of electrohydraulic and pneumatic systems used in various industrial applications. It covers fundamental principles of fluid power systems, both electrical and mechanical, as well as troubleshooting techniques for complex systems. The course is ideal for individuals looking to gain hands-on experience in industrial automation, focusing on the integration and operation of hydraulic and pneumatic technologies. Students will also gain insights into maintaining and optimizing these systems for enhanced efficiency and reliability in industrial environments.

Why Should Engineers Take This Course?

Enhancing Practical Skills: Engineers will learn how to design, implement, and maintain electrohydraulic and pneumatic systems, enabling them to work with complex systems across various industrial applications.
Improving Troubleshooting and Maintenance Skills: Engineers will gain advanced techniques for diagnosing faults and maintaining systems, helping to optimize performance and reduce operational costs.
Staying Updated with Modern Technologies: Engineers will acquire in-depth knowledge of advanced industrial automation technologies, enhancing their ability to work with the latest systems in the industry.

Course Highlight :

Hydraulic & pneumatic Fundamentals

Introduction to hydraulic principles, fluid mechanics, and component functions.

Electrical Control Systems

Understanding electrical circuits, sensors, and control logic used in electrohydraulic.

Electrohydraulic & pneumatic Components

Detailed study of proportional valves, servo valves, and other electrohydraulic devices.

Advanced Control Techniques

Closed loop control, and PID tuning for electrohydraulic & pneumatic applications.
Covers applications in manufacturing, heavy machinery, and automation.

Troubleshooting and Maintenance

Techniques for diagnosing and resolving common issues in electrohydraulic & pneumatic systems.

System Design and Analysis

Methods for designing and analyzing electrohydraulic & pneumatic circuits and systems.

Information about the Instructor

Eng. Mohamed Daif

Engineering Manager

Graduated From Faculty Of Engineering Menofia University
15 Years Of Experience
HBC coca cola ( Food & Beverages) Engineering Manager
Pepsico ( Food & Beverages) Engineering Manager
Mantrac Egypt in sukari gold mines field service team leader
Advanced Degrees in Fluid Power and Control Systems.
Certified Fluid Power Specialist with extensive experience in industrial automation.
Practical experience in designing and implementing electrohydraulic & pneumatic systems for diverse industrial applications.
Extensive experience in troubleshooting and maintaining complex electrohydraulic & pneumatic systems.

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