Sell the Most Advanced Portable Electro Hydraulic Training Equipment | Portable Electro Hydraulic Training Equipment for Industrial Automation

DESCRIPTION / TECHNICAL SPECIFICATIONS

Enter the next level of engineering education with our innovative portable electro-hydraulic training platform. Designed to meet the challenges of modern industrial automation, this device integrates hydraulic power with the precision of electrical control within a single, compact, and secure aluminum case. Perfectly suited for demonstrations, classroom teaching, and independent study, this tool allows students to autonomously connect hydraulic circuits and electrical control circuits. It is the ideal solution for vocational education institutions and engineering universities aiming to produce technicians and engineers proficient in complex mechatronic systems.

This training device is equipped with a hydraulic station and a comprehensive set of hydraulic and electrical components. On the hydraulic side, it provides essential components such as a hydro-cylinder, 4/3 way and 4/2 way solenoid valves, a speed control valve, a reducing valve, an overflow valve, and a pressure relay. On the electrical side, the control panel features various push button and knob switches with normally open (N/O) and normally closed (N/C) ports, relay switches, a timer switch, and a safe 24V power supply. The clear separation of hydraulic and electrical ports encourages students to think critically while connecting both systems autonomously and safely.

The training content is systematically designed to build understanding from basic principles to advanced applications. Students will learn to understand the structure and function of each component before moving on to designing functional circuits. The practical curriculum covers various core industrial applications, such as a single-stage pressure regulating loop, a reversing loop using solenoid valves, a speed regulating loop, a circuit locking loop using a hydraulically controlled valve, and a sequential loop controlled by a pressure relay. Each experiment is designed to provide deep insight into how electro-hydraulic systems operate in the real world.

Make your engineering program relevant to industry needs by adopting a training tool that teaches the synergy between power and artificial intelligence. This electro-hydraulic trainer is more than just a demonstrator; it is an investment in producing competent graduates capable of designing, building, and troubleshooting automation systems. By mastering the workings of pressure, directional, speed, and sequential logic control loops, your students will have a competitive edge and be prepared for careers in advanced manufacturing, robotics, and other industrial automation systems.