GX-ZDH13C Optoelectromechanical Integration Training System

一、 Product Overview

GX-ZDH13C is composed of aluminum alloy guide rail type training platform, mechanical components of typical electromechanical integration equipment, PLC module, frequency converter module, button module, power module, simulation production equipment training module, wiring terminal strip, and various sensors. The overall structure adopts an open and disassembly style, and the training platform is used for assembling mechanical components. Production equipment can be assembled based on existing mechanical components, and other production equipment can also be added with mechanical components, allowing the entire device to flexibly assemble electromechanical integration equipment with production capabilities according to teaching or competition requirements. The module adopts a standard structure and drawer type module placement rack, with strong interchangeability; Determine the module content based on the principles of productive and integrated learning functions, so that the required modules can be conveniently selected during teaching or competition.

二、Technical parameters

1) AC power supply: three-phase AC 380V ± 10% 50 Hz;

2) Temperature: -10~40 ℃; Environmental humidity: ≤ 90% (25 ℃);

3) Overall power consumption: ≤ 1.5 kW;

4) Safety protection measures: With grounding protection and leakage protection functions, the safety meets relevant national standards. Using high insulation safety sockets and high-strength safety experimental wires with insulation sheaths.

三、Practical training projects

1. Connection and control program writing of the sensor integrated motor forward and reverse control circuit;

2. Connection and control program writing of sensor integrated motor speed control circuit;

3. Programming of comprehensive pneumatic direction control program for sensors;

4. Programming of comprehensive pneumatic sequential action control program for sensors;

5. Programming of the control program for the sensor integrated pneumatic robotic arm;

6. Programming of sensor integrated belt conveyor control program;

7. Compilation of control program for sensor integrated electromechanical equipment;

8. Write the control program for the sensor integrated automatic production line;

9. Practical training on sensor installation;

10. Sensor testing training.