TC-GJD electromechanical integration training assessment device consists of aluminum rail training sets, electromechanical integration equipment, components, power modules, the button module, PLC module, inverter module, terminal block and a variety of sensors and other components. Button module, PLC module, inverter module, the module can be any device commonly used in exchange and combination of electrical and mechanical equipment installation and commissioning, PLC control procedures for the preparation and operation, the inverter speed control system assembly and commissioning, PLC control system installation and debugging, electromechanical integration equipment, assembly and commissioning expertise and skills in teaching and training. 
 The system PLC module I / O terminals, the inverter terminals, the common terminal connection to the PLC modules are connected with security socket, use cable with safety plugs for electrical connections; the command switches, photoelectric switches, sensors and indicate components of the circuit, through the terminal to connect. Plug cable to connect the circuit and the circuit terminal card combination, both to ensure students' basic skills training, formation and consolidation, but also to ensure that electrical connections fast, safe and reliable. 
 First, the system features: The system not only for sensor training, PLC control system, training, PLC programming training, air training, training and other individual inverter teaching training programs, but also for electromechanical integration equipment , pneumatic system, an integrated automatic control system skills. 
 1, flexibility 
 Power button, PLC, inverter connectors all use the secure socket leads, according to experimental need to use a security cable to quickly build all kinds of control loop. 
 Any module can be used interchangeably, with use. 
 The sensor, solenoid valve, motor leads all received safety outlet, students can be applied flexibly according to need, with fast and secure cable to connect to the button, PLC, inverter module, safe, fast. 
 2, advanced 
 The bench set of optical, mechanical, electrical in a simulated industrial field production lines, letter takes the electrical control, PLC control, conveyor frequency control, pneumatic control, robot control, knowledge, individual training, students can also can students mechatronics, automation, pneumatic systems, comprehensive training, to enhance students' basic skills. 
 3, the reliability 
 Bench circuit design, full account of system security and reliability. System power supply with earth leakage protection, DC power supply with short circuit protection, overcurrent protection. All terminals are fast, secure sockets, cable for rapid safety cables, ensure that equipment and personal safety. 
 4, open 
 Overall structure of an open, students are free to assemble and debug on the part of material testing, robot moving parts, sorting parts and auto parts production lines and other electromechanical integration equipment; 
 Second, the system functions and configuration: 

 TC-GJD Opto-Mechatronics Training Equipment 

 Teaching and training programs teaching the system configuration, testing, training content 


 Pneumatic technology in teaching and training ① single-rod cylinder; 
 ② a double-pole single-cylinder; 
 ③ such as pneumatic cylinder rotary actuator; 
 ④ single control solenoid valve; 
 ⑤ double control solenoid valve; 
 Magnetic switch ⑥ ① pneumatic control components such as pneumatic directional control circuit; 
 ② pneumatic speed control circuit; 
 ③ swing control circuit; 
 ④ pneumatic sequential movement control circuit; 
 ⑤ pneumatic lifting equipment; 
 ⑥ pneumatic manipulators and control applications; 
 ⑦ pneumatic system installation and commissioning. 
 Electrical control technology and 
 PLC Application 
 Teaching and Training ① PLC module; 
 ② inverter module; 
 ③ command switch; 
 ① ④ sensors, reversing motor control circuit to connect and control; 
 ② motor speed control circuit to connect and control; 
 ③ pneumatic directional control; 
 ④ pneumatic sequential movement control; 
 ⑤ pneumatic manipulator control; 
 ⑥ belt transmission control; 
 ⑦ electromechanical integration equipment control procedures; 
 ⑧ automatic production line control procedures. 
 Mechanical and electrical equipment installation and 
 Mechatronics 
 Teaching and Training 
 ① electromechanical integration equipment parts; 
 ② PLC module; 
 ③ inverter module; 
 ④ command switch; 
 ⑤ sensors, ① gear concentricity adjustment; 
 ② conveyor belt installation and adjustment; 
 ③ pneumatic lifting equipment installation and commissioning; 
 ④ object sorting equipment installation and commissioning; 
 ⑤ feeding equipment, installation and commissioning; 
 ⑥ automatic production line equipment installation and commissioning. 
 Automatic control technology in teaching and training 
 ① electromechanical integration equipment parts; 
 ② PLC module; 
 ③ inverter module; 
 ④ command switch; 
 ⑤ sensors, ① the use of optical switches; 
 ② the use of proximity switch; 
 ③ position sensor installation and adjustment; 
 ④ robot automatic control; 
 ⑤ belt transmission automatic control; 
 ⑥ electromechanical integration equipment, automatic control; 
 ⑦ PLC control system installation and commissioning; 
 ⑧ automatic production line installation and commissioning. 

 Third, the laboratory building program 
 4 to 5 students to a bench, is responsible for test program development, to build the electrical control circuit, pneumatic circuit of the building, the data records. Experiment is completed, the role of a comprehensive training exchange student ability. 
 Budget: According to the calculation of a class of 40 students, 8 to 10 need to configure the test system. 
 Fourth, the use of faculty 
 The test-bed for Mechanical Engineering, Department of Electrical, Computer Science, Electrical Engineering, etc. mechatronics and automation control and other related professional