Electrical Training Equipment Engineered to Facilitate Comprehensive Understanding of Electrical Components and Systems

Our Transparent Hydraulic and Pneumatic PLC Control Comprehensive Training Device was developed specifically for university mechatronics courses requiring pneumatic, electrical, and hydraulic control training. This integrated platform incorporates extensive expert feedback and continuous innovation to provide an ideal comprehensive training solution that combines pneumatic control technology, hydraulic transmission control technology, and PLC control systems.

The transparent hydraulic components allow students to intuitively compare and understand the characteristics, features, advantages, and disadvantages of pneumatic, electrical, and hydraulic systems while mastering the structure, performance, and applications of common hydraulic components.

The system features a "two-in-one" double-sided structure enabling simultaneous pneumatic and hydraulic training for multiple student groups. Constructed from durable double-layered plastic-sprayed iron with a matte finish, the bench provides both aesthetic appeal and practical functionality.

• Reversing circuit using a manual reversing valve
• Locking circuit using a center-position reversing valve
• Locking circuit using a hydraulically piloted horizontal valve
• Pressure setting circuit
• Secondary pressure control circuit
• Pressure reducing circuit using a pressure reducing valve
• Pressure boosting circuit using a booster cylinder
• Unloading circuit using an H-type directional control valve
• Meter-in speed control circuit
• Meter-out speed control circuit
• Reversing speed control circuit for a speed-regulating gear pump
• Composite speed control circuit consisting of a speed-regulating gear pump and speed control valve
• Speed-reversing circuit with a short-circuited flow valve
• Secondary feed circuit using speed control valves in series
• Secondary feed circuit using speed control valves in parallel
• Sequential action circuit using a sequence valve
• Sequential action circuit using a pressure relay
• Sequential action circuit controlled by a travel switch
• Sequential action circuit using a travel reversing valve
• Synchronous circuit for a series hydraulic cylinder
• Reversing circuit controlled by a pilot-operated relief valve
• Pressure-maintaining circuit using a check valve
• Pressure-maintaining circuit using a reversing valve
• PLC programming software learning and use
• PLC-computer communication, online debugging, and monitoring
• PLC-controlled basic hydraulic circuit training (optimized control)

• Single-Acting Cylinder Reversing Circuit
• Double-Acting Cylinder Reversing Circuit
• Single-Acting Cylinder Speed Control Circuit
• Double-Acting Cylinder Unidirectional Speed Control Circuit
• Double-Acting Cylinder Bidirectional Speed Control Circuit
• Speed Switching Circuit
• Buffer Circuit
• Secondary Pressure Control Circuit
• High/Low Pressure Conversion Circuit
• Counting Circuit
• Delay Circuit
• Overload Protection Circuit
• Interlock Circuit
• Single-Cylinder Single-Reciprocating Control Circuit
• Single-Cylinder Continuous Reciprocating Circuit
• Linear Cylinder and Rotary Cylinder Sequential Action Circuit
• Multi-Cylinder Sequential Action Circuit
• Dual Cylinder and Synchronous Action Circuit
• Cylinder Return Linkage Circuit
• Unloading Circuit
• OR-type shuttle valve application circuit
• Quick exhaust valve application circuit
• Residual pressure relief circuit
• Automatic and manual operation circuits
• Two-hand operation circuit
• PLC programming software learning and use