Hydraulic Trainer Pneumatic Trainer For Fluid Power Technology Training And Industrial Automation Education

Hydraulic and Pneumatic Trainer Practical Learning Platform for Fluid Power Technology Training and Industrial Automation Education

Our company's Hydraulic and Pneumatic PLC Control Integrated Training Device was developed based on the requirements of university mechatronics courses for pneumatic, electrical, and hydraulic control. Taking advantage of the advantages of our hydraulic and pneumatic PLC control training equipment, this device utilizes an open, integrated experimental platform structure. We extensively solicited feedback from experts, professors, and teachers, and developed through continuous innovation and improvement. It is an ideal comprehensive training device integrating pneumatic control technology, hydraulic transmission control technology, and PLC control. This training allows students to intuitively and intuitively compare and understand the characteristics, features, advantages, and disadvantages of pneumatic, electrical, and hydraulic control.

• Power Supply: AC 220V 50Hz
• DC Power Supply: Input: AC 220V, Output: DC 24V/2A
• Air Compressor: (Basic Minicomputer)
• Motor Power: 550W
• Power Supply: AC 220V

1. Single-Acting Cylinder Reversing Circuit
2. Double-Acting Cylinder Reversing Circuit
3. Single-Acting Cylinder Speed Control Circuit
4. Double-Acting Cylinder Unidirectional Speed Control Circuit
5. Double-Acting Cylinder Bidirectional Speed Control Circuit
6. Speed Switching Circuit
7. Buffer Circuit
8. Secondary Pressure Control Circuit
9. High-Low Pressure Switching Circuit
10. Counting Circuit 22. Quick Exhaust Valve Application Circuit
11. Delay Circuit
12. Overload Protection Circuit

• Power Supply: AC 220V 50Hz
• DC Power Input: AC 220V, Output: DC 24V/3A
• Hydraulic Experimental Pump Station Motor Power: 400W, Speed Range: 0-1500rpm
• Dimensions: 500mm * 350mm * 400mm

1. Reversing Circuit Using a Manual Reversing Valve
2. Locking Circuit Using a Center-Function Reversing Valve
3. Locking Circuit Using a Hydraulically Controlled Horizontal Valve
4. Pressure Setting Circuit
5. Secondary Pressure Control Circuit
6. Pressure Reducing Circuit Using a Pressure Reducing Valve
7. Pressure Boosting Circuit Using a Booster Cylinder
8. Unloading Circuit Using an H-Type Reversing Valve
9. Meter-In Speed Control Circuit
10. Meter-Out Speed Control Circuit
11. Reversing Speed Control Circuit for a Speed Gear Pump
12. Composite Speed Control Circuit Comprising a Speed Gear Pump and a Speed Control Valve
13. Speed Switching Circuit with a Short-Circuited Flow Valve
14. Secondary feed circuits connected in series using speed control valves
15. Secondary feed circuits connected in parallel using speed control valves