skills training

The system closely focuses on the latest technological development trend of "Industry 4.0", and integrates "Internet +", "smart sensors", "PLC control technology", "intelligent electromechanical equipment", "digital twin simulation", "logistics technology", "IT Advanced technologies,Information safety, and Lean Automation”, which can enable students to learn and master the latest knowledge and skills of Industry 4.0.

The platform integrates the latest technology in the field of industrial robots, allowing students to learn the most advanced industrial robot application technology

The skills students can learn and master using this platform include sensor detection technology, visual detection technology, electrical control technology, stepper drive technology, servo drive technology, industrial robot technology, PLC technology, configuration technology, production line process design, system maintenance and Fault detection technology, offline programming simulation technology, industrial Ethernet communication technology, etc.

The induction machine training system includes DC motor, AC motor, single-phase transformer,three-phase transformer and its control circuit, the device established a teaching and training system for measurement of voltage, current, torque, speed, mechanical power, et

1. Strong intuitiveness: The main equipment adopts the directly exposed installation form, the equipment can be displayed in front of the students more intuitively, which shortens the transition and adaptation time of the students from the classroom to the industrial site. 2. Flexible structure: The system adopts a modular structure, the hanging box is easy to replace, and the system is more flexible in use and combination, which can meet various requirements such as experiment and training. 3. Strong comprehensiveness: It integrates all the experimental projects of the basic courses of electrical engineering in various domestic schools. 4. Close to the actual scene: The training content of this equipment is the mainstream technology application in the industrial scene, adapts to the development of current electrical technology, and can meet the needs of students for experimentation and course design. 5. Strong adaptability: The depth and breadth of the experiment can be flexibly adjusted according to needs, and popularization and improvement can be organically combined according to the teaching process. 6. The whole set is strong: from the special power supply to the special wire for experiment connection, it is complete. 7. Strong consistency: The selection of experimental devices is reasonable and the supporting facilities are complete, so that the results of multiple groups of experiments have good uniformity, and it is convenient for teachers to organize and guide teaching experiments. 8. Perfect protection: all the components of the system are required to be industrial electrical components. At the same time, taking into account the actual situation of students' use, protection functions such as protection interface boards are added to the input and output terminals of industrial components to avoid damage and damage to the equipment caused by repetitive, frequent and misoperation. 9. Strong subject extension: This training system can meet the requirements of "Electrical Engineering", "Electrical Skills Training", "Electrician Basics", "Electronic Skills", "Digital Circuit Skills", and "Analog Electronic Skills" of universities, technical secondary schools and technical colleges. "Electric Drag" and other related courses and electrical professional teaching and training requirements.

The electrical installation project refers to the competition methods and competition ideas of the World Skills Competition, and combines the characteristics of practical training and teaching in technical schools.

Three major equipment safety protection systems *The first protection: overload and short circuit protection The incoming power supply of this training system first passes through the residual current operated circuit breaker. The residual current operated circuit breaker has overload, leakage and short-circuit protection functions to protect the circuit and equipment from over-current, overload, leakage and short-circuit during the training process. Thereby protecting the equipment safety of the training system. *Second protection: fire board This training system adopts imported fireproof board material, which has the characteristics of environmental protection, wear resistance, corrosion resistance, high insulation, and high temperature resistance. *The third protection: under the eaves Ordinary computer desks and desks are most easily damaged: the edges and cracks of the PVC seals on the edges of the desks. This training system uses rounded corners as a structure, effectively eliminating the above problems.

1. The training device consist of the transmission and detection devices. 2. The electrical aspects consist of the DC gear motor, sensors, limit switches and other components, stroke range is 0.6 meters. 3. The system uses the computer simulation of modern information technology means, through the operation, simulation and simulation ,solve the previous professional training theory, experiment, practice and practical application problem. 4. Equipped with the configuration software, and provide the application guidance and application engineering examples.

This mechatronics training system uses Siemens PLC programmable controller as the main controller, and the upper computer realizes configuration monitoring. A complete control system is composed of 4 independent actuators. Siemens PLC is used as the main control, and the PC realizes configuration monitoring The external port can be used for different types of PLC and can be used for secondary development 4 independent unit actuators, each unit has its own actions and requirements, and can be programmed in groups or in groups