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{"title":"Pneumatic Hydraulic PLC Integrated Hydraulic Trainer System Mechatronics","imgUrl":"https:\/\/img.chinax.com\/nimg\/68\/88\/229a8369acf8854d4c18450c0975-200x200-1\/pneumatic_hydraulic_plc_integrated_hydraulic_trainer_system_mechatronics_automation_laboratory_system.jpg","attrs":{"Brand Name":"RM","Model Number":"F048","Certification":"ISO9001\/ISO45001\/ISO14001,TUV","Place of Origin":"HENAN,RUIMU"}}
Hydraulic and Pneumatic Trainer Transparent Hydraulic and Pneumatic PLC Integrated Training Device Educational Equipment
Our Hydraulic and Pneumatic PLC Control Integrated Training Device was developed specifically for university mechatronics courses covering pneumatic, electrical, and hydraulic control systems. This comprehensive training platform features an open, integrated experimental structure that enables students to directly compare and understand the characteristics, advantages, and limitations of pneumatic, electrical, and hydraulic control technologies.
The hydraulic components are constructed from transparent organic materials, providing clear visibility of internal structures and operations. This design facilitates comprehensive understanding of common hydraulic components' structure, performance, and practical applications while allowing students to master numerous fundamental experimental circuit operations and principles.
Key Features
Transparent hydraulic components for enhanced learning visibility
Open, integrated experimental platform structure
Quick and convenient experimental circuit assembly
Dual independent relay control systems
Dual independent PLC control systems
Comprehensive pneumatic and hydraulic training capabilities
Pneumatic Experimental Circuits
Single-Acting Cylinder Reversing Circuit
Interlocking Circuit
Double-Acting Cylinder Reversing Circuit
Single-Cylinder Single-Reciprocating Control Circuit
Single-Acting Cylinder Speed Control Circuit
Single-Cylinder Continuous Reciprocating Circuit
Double-Acting Cylinder Unidirectional Speed Control Circuit
Linear and Rotary Cylinder Sequential Action Circuit
Double-Acting Cylinder Bidirectional Speed Control Circuit
Multi-Cylinder Sequential Action Circuit
Speed Switching Circuit
Dual-Cylinder Synchronous Action Circuit
Buffer Circuit
Four-Cylinder Linkage Circuit
Secondary Pressure Control Circuit
Unloading Circuit
High-Low Pressure Switching Circuit
ORing Shuttle Valve Application Circuit
Counting Circuit
Quick Exhaust Valve Application Circuit
Delay Circuit
AND Shuttle Valve Application Circuit
Overload Protection Circuit
Hydraulic Training Circuits
Reversing Circuit Using a Manual Reversing Valve
Locking Circuit Using a Center-Function Reversing Valve
Locking Circuit Using a Hydraulically Controlled 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 Reversing Valve
Meter-In Speed Control Circuit
Meter-Out Speed Control Circuit
Reversing Speed Control Circuit for a Speed Gear Pump
Composite Speed Control Circuit Comprising a Speed Gear Pump and a Speed Control Valve
Speed Switching Circuit with a Short-Circuited Flow Valve
Secondary feed circuits connected in series using speed control valves
Secondary feed circuits connected in parallel using speed control valves
Sequential action circuits using sequence valves
Sequential action circuits using pressure relays
Sequential action circuits controlled by travel switches
Sequential action circuits using travel reversing valves
Synchronous circuits for series hydraulic cylinders
Two-position, three-way start/stop circuits
Differential connection circuits
Balancing circuits for check valves
Reversing circuits for two-position, three-way, and single-acting cylinders
Technical Specifications
Pneumatic Technical Parameters
Hydraulic Technical Parameters
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
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
For additional technical information and specifications, please contact our technical support team.
