Modular Scalable Pneumatic and PLC Training Device with Multiple Control Modes for Electrical Training Equipment
This experimental platform is designed based on general textbooks such as "Hydraulic and Pneumatic Transmission Technology and Training" and "Pneumatic Control Technology," making it suitable for undergraduate courses and graduation projects in mechanical and mechatronics fields. It integrates a programmable logic controller (PLC) with industrial pneumatic components and actuator modules, enabling comprehensive pneumatic technology education.
| Input Power Supply | Single-phase three-wire system ~220V±10% 50Hz |
| Operating Temperature | -5℃ to +40℃, relative humidity <85% |
| Device Capacity | <1.5KVA |
| External Dimensions | 1600mm * 700mm * 1760mm |
Each pneumatic component is an independent module with base plate for easy installation. Various experimental circuits can be built on T-slot universal aluminum alloy profiles, making operation simple and quick.
Reliable quick-connect type connectors ensure simple and time-saving installation and disassembly.
Features industrial pneumatic components that are reliable, safe, high-precision, and offer long service life.
Low-noise (ultra-quiet) working pump station provides a quiet experimental environment (noise < 50 decibels).
Designed to support teaching reform requirements by reducing verification experiments and increasing design-oriented, comprehensive, and exploratory experiments. The large aluminum alloy panel assembly platform provides necessary hardware foundation for expansion.
- Hydraulic components can be connected for integrated hydraulic-gas experiments
- Extended experiments such as feeding mechanisms and excavator mechanisms
Compatible with MPS automated logistics system and FMS flexible system. Electrical control and hardware components are easily upgradeable and expandable with user-friendly module connections.
- Combined experiments with various electromechanical, hydraulic, and pneumatic modules
- Integration with rotary feeding mechanisms, robotic arms, and automated transport lines
- Electronic simulation software compatibility for various mechanical applications
- Pure pneumatic (manual) control circuit
- Electro-pneumatic circuit using relays
- Electro-pneumatic circuit using programmable controllers
- Configuration control circuit (requires corresponding software and hardware)
- Rated working pressure: 1.0 MPa (safe low-pressure experimental system)
- Power supply with leakage protection (automatic disconnection for leakage current exceeding 30mA or phase loss)
- All control circuits use safe 24V DC voltage
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