training equipment

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.

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.

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, which is convenient for organizing various training projects. 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 experimental system can meet the teaching practice of "Electrical Engineering", "Electrical Skills Training", "Electrical Engineering and Electronics Fundamentals", "Electronic Skills" and other related courses in universities, technical secondary schools and technical colleges. Training requirements.

"DLWD-ETBE series maintenance electrician skill training system" has obtained ten national patents. It was included in the "Encyclopedia of China's Excellent Practical Patents"; it was selected by the "Hong Kong International Patented Technology Patent Products Expo" as the gold medal patent project with the most potential for transformation; the inventor was included in the book "World Contemporary Excellent Technology Experts"; the inventor was introduced by Included in "Chinese Celebrity Ceremony".

This training system consists of a main control power supply module, a power supply module, an equipment transfer module, an electrical instrument module and a grounding protection module. The main control power module provides two adjustable AC0-450V three-phase five-wire power supplies; the power module can provide AC220V single-phase AC power, AC0-220V adjustable AC power, DC220V DC power, DC0-220V adjustable DC power supply; the equipment adapter module provides three-phase five-pole voltage transformer and arc suppression coil wiring and voltage display; electrical instruments can provide DC voltage and current measurement, AC voltage, current, power, power factor, frequency measurement, The grounding protection module is mainly used for grounding protection test.

1. The system has complete functional configuration, modular design and fine workmanship. 2. The experimental platform has strong practical value. The solar panels, intelligent controllers, and batteries used are the same as those used in the field, which can enable students to deeply understand the field application of solar photovoltaic power generation. 3. The experimental platform is equipped with a xenon lamp whose luminous effect (spectrum) is closest to the sunlight to simulate the solar light source, so that the training project can be carried out at any time, so there is no need to be restricted by weather changes. 4. It has two control modes: photovoltaic type and household type. 5. With battery power storage system, it can be charged from the mains to form a hybrid power supply system. The photovoltaic module upgrade port is reserved, and higher-power photovoltaic modules can be externally installed. Photovoltaic modules can be placed in indoor and outdoor modes.

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.

1.Equipped with configuration software, and provide application guidance and application engineering examples. 2.Learn easily. Deploy supporting educational software material database. Supporting learning software, electronic materials, material database software, project teaching software, industry simulation software and the upgrade of series of teaching software. 3.Teach easily. Use project teaching method combining with the teaching case. Supporting higher education publishing multi-media electronic textbooks, multi-media electronic lesson plan production platform and project teaching software, let the teacher's experiment teaching and theoretical teaching easier.

The trainer used a control example to introduce a comprehensive experimental basis for the basic principles of control engineering. A pump loads water from a storage tank into a transparent liquid level control tank, and a pressure sensor is installed at the bottom of the liquid level control tank. The controller used is the most advanced digital industrial controller in a country. The actuators in the control loop are pneumatic control valves and electro-pneumatic positioners. A ball valve in the outlet allows the defined disturbance variable to be generated. The control variable X and the manipulated variable y are directly drawn on the integrated two-channel line machine. In addition, the variable can be used in the analog signal of the jack in the switch cabinet room. Such as oscilloscope or flat plotter.