ZMH1113 Trainer for Hydraulic Systems Vocational Trainer Workbench Educational Laboratory Bench Basic Hydraulic Trainer 1. Product Introduction 1.1 Product Description This comprehensive training workbench for hydraulic transmission teaching integrates a hydraulic power station, various control valves, actuators, pressure measuring instruments, and piping accessories. It can completely simulate the entire process of a hydraulic system, including power control, direction control, pressure control, flow control, and actuator drive. It is suitable for hydraulic transmission courses and practical training, helping learners master the principles of hydraulic components and the methods of system circuit construction and debugging. 1.2 Product Features The integrated training workbench design integrates a hydraulic power source, control valves, actuators, and measuring instruments. Its compact structure and small footprint make it suitable for laboratory placement. The modular valve layout is clear, and the quick-connect pipe interfaces facilitate the rapid construction of different hydraulic circuits, resulting in high training efficiency. It is equipped with various basic hydraulic valves (relief valves, sequence valves, pressure reducing valves, directional valves, throttle valves, etc.) and actuators, enabling various typical hydraulic circuit training projects. It features a pressure gauge for real-time system pressure monitoring, facilitating intuitive observation of pressure changes and understanding of valve control principles. Equipped with special components such as accumulators and differential cylinders, it can be expanded to include various advanced hydraulic experiments, comprehensively covering teaching needs. Features a safety protection design; the relief valve limits the system's maximum pressure to prevent overpressure damage, ensuring safe and reliable training. Equipped with specialized tools and piping accessories, circuit setup and disassembly are convenient, and daily maintenance is simple and efficient. 2. Technical Specifications 2.1 Basic Technical Parameters