What to learn in motor control technology, what to learn in intelligent electromechanical technology

Employment direction: can be engaged in the design, development, production, marketing and management of electrical and electrical equipment in the mechanical and electrical equipment manufacturing industry, and can also be engaged in the technical work and management of the operation, control and maintenance of electrical and electrical equipment in the electric power, chemical industry, machinery, transportation and other industries, and can also be engaged in teaching and scientific research in universities and research institutes.

Introduction: The direction of electrical appliances and its control is an important part of the national first-class characteristic major, which mainly cultivates senior engineering and technical talents engaged in the design, manufacture, operation, control and maintenance of electrical machinery and electrical equipment.

Main courses: Mainly open public basic courses, circuits, electromagnetic fields.

Electrical Engineering, Power Electronics.

Automatic Control Principle, Electrical Testing Technology, Modern Electrical Control Technology, Power Engineering Basics, Computer Technology Basics, MCU Principles and Applications and other basic courses and motor design, control motors, modern motor manufacturing technology, motor testing technology, motor control technology, motor motion control, AC speed regulation, new technology of large motors, new energy power generation, electrical engineering.

Basic courses and professional direction courses such as application software.

Learn motor control technology with a basic level of electrician, electronics, and the basics of motors and drags;

It mainly learns: control electrical appliances and various motor control circuits, inverter and frequency conversion control technology, closed-loop control, PLC control and so on.

The content of each school and the book is different, and some also have the control and digital control of the stepper motor.

Hello, the main public basic courses, circuits, electromagnetic fields, electrical machinery, power electronics technology, automatic control principles, electrical testing technology, modern electrical control technology, power engineering foundation, computer technology foundation, single-chip microcomputer principle and application and other disciplines of basic courses and motor design, control motor, modern motor manufacturing technology, motor testing technology, motor control technology, motor motion control, AC speed regulation, large motor new technology.

Motor control technology, you can learn the classification of motors, the forward and reverse rotation of motors, and frequency conversion speed regulation. and other related control circuit principles.

Outline: 1Uses and Prospects of Motor Control 2

The characteristics of the learning content (such as: forward and reverse, double interlocking, etc.), as well as the experience of your own learning process 3And then there are some parameters about the motor control These are fine, you won't write **, right???

The learning content of intelligent electromechanical technology is as follows:

Professional Foundation Course: Mechanical Drawing.

and CAD, Electrical Technology Foundation, Mechanical Foundation, Electronic Technology Foundation, Electrical Control Technology, Industrial Robot Technology Foundation, and Intelligent Sensors.

technology, Introduction to Artificial Intelligence, etc.

Professional core courses: PLC and inverter technology, single-chip microcomputer measurement and control technology, motion control technology and application, industrial configuration.

and touch screen technology, industrial control network technology, industrial robot programming and debugging, intelligent robot application technology, machine vision.

identification technology, etc.

Career prospects in the nuclear industry with a specialization in intelligent electromechanical technology

The employment prospects of intelligent electromechanical technology are mainly engaged in equipment manufacturing in the field of motor and control engineering technology.

motor design, manufacturing, control, testing, operation and maintenance. Engaged in the installation, commissioning, production operation, maintenance and other aspects of technical work of CNC equipment; Engaged in the technical transformation, technological innovation, electrical maintenance, sales and after-sales service of CNC equipment.

The above content reference: Encyclopedia - Intelligent Electromechanical Technology.

The Department of Electrical and Electrical Appliance Technology is as follows:

Electrical and Electronic Technology, Motor and Electrical Appliance Manufacturing Process, Mechanical Design, Electrical Control Technology, Motor and Electrical Testing Technology, Control and Selling Motor, Microcomputer Principle and Application, Computer Aided Motor and Electrical Design, Computer Network, Metalworking Practice.

Electrical and electronic internship, computer-aided motor and electrical design course design, microcomputer principle course design, professional comprehensive internship, graduation internship (design), etc., as well as the main characteristic courses and practical links of each school.

In terms of the theory and technology of integrated motors, the discipline of "Motors and Electrical Appliances" mainly studies stepper motors, brushless DC motors, induction synchronizers, etc. In terms of the power electronic drive technology of the motor, the structure and control strategy of the electric vehicle and the motor drive system, and the harmonic suppression and coarse number system technology of the variable frequency power supply are studied.

In terms of high-environment and high-reliability motors and electrical appliances, the reliability theory and technology of high-environment electrical appliances, the theory and technology of aerospace electrical appliances, and the reliability design of flywheel rock for satellite attitude control were studied.

In terms of the theory and application of new electromagnetic mechanisms, special motors, magnetic fluid seals, dynamic balancing of rotating shafts, and electromagnetic forming technologies are studied. Among them, it has a great influence on special motors such as stepper motors and brushless DC motors and aerospace electrical appliances.

Professional directions that can be set: motor design and manufacturing, low-voltage electrical design and manufacturing, motor and electrical appliances and their control, micro and special motors.

The major of mechanical and electrical technology mainly learns mechanical manufacturing technology, motor drag and control, factory power supply, single-chip microcomputer principle, machine tool numerical control technology, mechanical and electrical equipment failure analysis and maintenance, etc.

The mechanical and electrical technology major cultivates all-round development of morality, intelligence, physique and aesthetics, has good professional ethics and humanistic qualities, masters the basic knowledge of mechanical and electrical processing technology, electrical and electronic early rolling technology, testing technology, hydraulics and pneumatics, electrical control technology, automatic production line technology and mechanical and electrical equipment maintenance, and has the ability to operate, install, commission, maintain and repair mechatronics equipment, and is engaged in the installation and commissioning, maintenance and repair, production technology management of mechatronics equipment such as automatic production line. High-quality technical and skilled personnel in service and marketing, as well as auxiliary design and technical transformation of mechanical and electrical products.