Training depends not only on how much money is spent, but also on whether it is worth it. The current training method is nothing more than theoretical learning, operating on the test bench and explaining cases. After the training is completed, for example, what brand of inverter, pressure sensor, liquid level transmitter, low-voltage electrical appliance, pressure gauge, water pump, valve, PLC, controller, pressure setting device, and how many control modes the controller has to realize one control and two controls.
Even if you know the above knowledge, the training only takes PLC programming as a part of the system design. Under the guidance of the teacher, with the study of the project system, you will learn it when the project is completed, so you will know how to do it. The era we live in is a new era of knowledge explosion, with new products and technologies emerging one after another and the development of electronic technology changing with each passing day. It is no exaggeration to say that the application of electronic technology is everywhere and constantly affects our lives.
The training school is where you learn electrical technology and dream of setting sail. A lot of practice and case studies are just like roaming in the world of electrical technology. Starting from 0, learn how to identify electronic components and drag them to PLC, power supply and distribution system, building automation, etc. Let you change from an electrician to an electrician. On the basis of systematically studying electronic theory, paying attention to computer practice and a lot of practice, teachers will teach students a lot of experiences and skills summed up in practical work, require students to complete more complicated homework designs, and train students into experienced engineers in a short time to meet the requirements of most electronic design companies.
Precautions:
1. After systematic training combining theory with practice, students can master the circuit design, installation and maintenance of power supply facilities in factories, enterprises and civil use;
2, the correct use of instruments and meters, to achieve independent operation electrician reading drawings, can operate a variety of distribution cabinets, compensation cabinets, power cabinets design, installation, maintenance;
3. Master the inspection and maintenance of lifting equipment, tower cranes, cranes, bridge cranes, winches, elevators, PLC, frequency converters and other equipment lines;
4, master the lathe circuit principle and maintenance technology, building lighting system installation and debugging, can repair and maintain single-phase and three-phase motors and transformers in various industries, be competent for enterprise electrician maintenance and mechanical equipment maintenance, and master the installation, debugging and maintenance of various refrigeration equipment;
5. Master the programming and maintenance of PLC and touch screen, master the selection, application, debugging, installation and maintenance of frequency converter, master the principle and application of single chip microcomputer, master PLC communication and networking and module expansion.