plc training

Integrated training system is a comprehensive teaching experiment training system that integrates PLC principles and application technology (Mitsubishi FX3U-32MR) Kingview software application technology

The system integrates PLC, position control, and sensor technology in an organic training system. Through sensor signal acquisition and PLC programming, the DC motor is subjected to more complex position control and sequential logic control to realize vehicle access management functions.

1. The equipment as a whole is composed of sheet metal structure, and the image design is intuitive. The scene of the actual equipment is reduced according to a certain ratio, and the visual image of the equipment is directly replaced on the training platform. 2. The training device has a PLC transfer terminal port and a DIP switch. The internal structure and wiring method of the access device are clearly displayed on the surface of the device, which is convenient for students to operate. 3. The driving load of the training device is various direction indicators.

The electric part is divided into dc reduction motor, sensor, limit switch and solenoid valve The system adopts modern information technology means of computer simulation, through training level of the operation, the imitation, the simulation, it solves disconnected problems of professional training theory and experiment, practice and the practical application in the past. Deploy configuration software and provide examples of guidance and application engineering.

The system adopts modern computer simulation information technology methods, and solves the problem of disconnection between the previous professional training theory, experiment, practice and practical application through the three training levels of operation, simulation and simulation. Configure configuration software, and provide application guidance and application engineering examples. Protection function: It has the power-off protection function of lifting and opening and closing hardware, which can effectively avoid the motor's offside operation failure.

1. The panel of the experiment box is a color three-dimensional diagram with a vivid image, which is close to the practical application of the industrial field. Through the training of this device, the students can quickly adapt to the field work. 2. The system adopts modern computer simulation information technology methods, and solves the problem of disconnection between the previous professional training theory, experiment, practice and practical application through the three training levels of operation, simulation and simulation. 3. The experiment box integrates six typical PLC training modules, including motor control, water tower water level control, automatic rolling mill, multiple liquid mixing, mail sorting, and automatic feeding and loading. It is easy to complete the basic training of PLC, and the hardware load power supply uses safe voltage to ensure the safety of students.

1. It is composed of electrical control part, upper water tank, lower water tank, micro motor, etc. 2. The support of the training device adopts aluminum alloy structure (surface electrophoresis treatment). 3. Configure configuration software, and provide application guidance and application engineering examples.

1. The training system consists of a mixing system and a storage system. 2. Electrically, it consists of DC geared motors, sensors, limit switches, solenoid valves, etc. 3. The system adopts modern computer simulation information technology methods, and solves the problem of disconnection between the previous professional training theory, experiment, practice and practical application through the three training levels of operation, and simulation.

1. The training device consists of a liquid temperature device and a pressure control device. 2. The electrical aspect is composed of PLC, heater, thermal resistance, temperature transmitter, temperature display instrument, etc. 3. The system adopts modern computer simulation information technology methods, and solves the problem of disconnection between the previous professional training theory, experiment, practice and practical application through the three training levels of operation, and simulation.