• Application of Hydraulics
  • Physical principles of hydraulics
  • Hydraulic symbols and standards
  • Types and properties of hydraulic fluids
  • Measurement and calculation the characteristics curve of a hydraulic pump
  • Measurement of thecharacterisrics curve of a pressure releif valve
  • Characteristic curve of a flow control valve
  • Flow control valves, directional control valves non-return valve
  • Measurement of times and pressure during advancing and reacting of a cylinder
  • Calculations of force and speed
  • Basic circuits with single and double acting cylinder
  • Difference between pressure relief valves and pressure regulator
  • Using 4/3 way valves with different mid positions
  • Using the flow control valve in adjusting the speed
  • Design and operation of a different circuit
  • Use of pilot operated non-return valves

A hydraulic trainer is a device or system designed to provide hands-on training and education in the field of hydraulics. It typically consists of various hydraulic components, such as pumps, valves, cylinders, and pipes, arranged in a controlled and interactive setup. The purpose of a hydraulic trainer is to simulate real-world hydraulic systems and allow individuals, such as students, technicians, or engineers, to learn about hydraulic principles, operations, and troubleshooting in a practical manner. By using a hydraulic trainer, users can gain a better understanding of how hydraulic systems work, how different components interact with each other, and how to diagnose and fix common issues. By using a hydraulic trainer, individuals can develop skills in hydraulic system design, operation, maintenance, and troubleshooting, which are crucial in industries such as manufacturing, construction, aerospace, and automotive engineering.