Hydraulic Trainer

Hydraulic Trainer

Overview of Hydraulic Trainer

The Hydraulic Trainer is a comprehensive fluid power educational setup designed to help students understand the principles of hydraulic systems, components, and circuit operations. This hydraulic lab equipment provides hands-on training in fluid mechanics and industrial automation, allowing learners to design, assemble, and test various hydraulic circuits.

Ideal for Engineering Colleges, Polytechnics, ITIs, and Research Laboratories, the trainer serves as a complete learning platform for students studying mechanical, electrical, and instrumentation engineering. Built with industrial-grade components and a robust design, this hydraulic system trainer replicates real-world hydraulic operations used in industries such as manufacturing, automation, and process control.

Product Description – Hydraulic System Training Kit

This hydraulic training kit includes a power pack, directional control valves, flow control valves, pressure gauges, actuators (cylinders), and a clear, panel-mounted piping layout. It allows students to connect different components using flexible hoses and quick couplings to form functional hydraulic circuits.

With the hydraulic trainer educational setup, students can perform experiments on flow control, pressure regulation, speed control, sequencing, and actuator synchronization. The system is equipped with pressure relief mechanisms and visual indicators for safe and efficient operation.

The hydraulic training bench for labs provides practical knowledge of hydraulic circuits, component identification, and troubleshooting techniques. The setup is user-friendly, durable, and ideal for continuous use in academic environments.

Key Features – Hydraulic Trainer Kit

  • Complete hydraulic system trainer for fluid power education.
  • Includes hydraulic power pack, valves, cylinders, hoses, and gauges.
  • Enables experiments on flow, pressure, and direction control.
  • Quick-connect fittings for easy and safe circuit assembly.
  • Pressure and flow measurement instruments with visual indicators.
  • Study of hydraulic actuators, valves, and control circuits.
  • Compact and durable structure with corrosion-resistant finish.
  • Ideal for Engineering Colleges, ITIs, and Technical Training Institutes.
  • Designed for safe and repeatable experimentation in labs.
  • Suitable for mechanical, electrical, and automation engineering programs.

Technical Specifications – Hydraulic Training Setup

Specification Details
Power Supply 230V AC, 50Hz
Power Pack Hydraulic pump with oil reservoir
Valves Directional, pressure, and flow control valves
Actuators Single and double-acting hydraulic cylinders
Working Fluid Hydraulic oil
Pressure Range Up to 50 bar (model specific)
Piping Flexible hoses with quick coupling
Measuring Instruments Pressure gauges, flow control meters
Construction MS powder-coated frame with labeled panel
Safety Features Pressure relief valve, overload protection, spill-resistant design

Applications of Hydraulic System Trainer

  • Study of basic and advanced hydraulic circuits.
  • Training on fluid power control and automation systems.
  • Demonstration of pressure, flow, and direction control principles.
  • Ideal for Engineering Colleges, ITIs, and Research Centers.
  • Used in industrial training programs for hydraulic system maintenance.
  • Helps students understand hydraulic actuators and valve operations.
  • Application in fluid mechanics, mechanical engineering, and process control studies.

Educational Benefits of Hydraulic Lab Equipment

The Hydraulic Trainer provides hands-on exposure to the operation and maintenance of hydraulic systems, bridging the gap between theoretical learning and industrial application. Students can simulate various hydraulic control operations and gain confidence in troubleshooting and system analysis.

This setup is invaluable for understanding the principles of energy transmission through fluids, system efficiency, and the role of hydraulic control components in automation. It serves as an essential part of modern technical education, preparing students for real-world challenges in industrial and automation engineering.