• Overviewing hydraulics as a technical system
• Learning the basic physical principles of hydraulics
• Understanding the basic design and functions of the components of a hydraulic system
• Understanding the standard circuit diagrams of hydraulic systems, including graphical symbols
• Understanding the requirements and characteristics of hydraulic fluids

• Anyone who needs to enhance his knowledge in the field of  hydraulic systems
• Technician and managers
• Operation and maintenance of hydraulic systems
• Mechanical Engineers

Day 1

• Hydraulic Principles
• Hydraulic Pumps
• Flow, Pressure and Directional Control Valves
• Hydraulic Cylinders

Day 2

• Accumulators
• Hydraulic Fluids
• Fluid Conductors
• Reservoirs, Heat Exchangers and Filters

Day 3

• Troubleshooting—Basic Requirements
• Principles of Motion and Force
• Some Generalizations
• Noisy Pumps or Cavitation and Aeration

Day 4

• Low, Erratic or No Pressure
• Contamination in Valves No Movement of Actuator
• Noise Control
• Cylinder and Circuit Problems

Day 5

• Solenoid Failure
• Leakage Control
• Troubleshooting Guide

CDGA attendance certificate will be issued to all attendees completing minimum of 75% of the total course duration.