Electrical equipment learning, mainly learning PLC, the composition principle of PLC, how to program, the application of PLC485 communication and the application of frequency converter and servo motor, as well as technical performance and common programming components. Some people may not quite understand why learning industrial robot technology requires learning PLC. Simply put, the industrial robot itself is a standard part. If you want to use industrial robots flexibly according to the actual situation, you need the cooperation of peripheral equipment and industrial software.
Industrial robots do not work in isolation. A robot workstation often needs the cooperation of peripheral equipment, such as fixture, conveyor belt, welding positioner and moving guide rail. How do these roles cooperate with each other? At this time, PLC is needed to coordinate. Here, PLC is a control platform, it writes programs for you, and then gives instructions to the industrial robot itself and peripheral equipment to make them work in harmony. PLC is the soul of industrial automation, and industrial robot itself is a part of industrial automation.
Mechanical design study, mainly studying electrical drawing, standard parts assembly modeling and application, assembly weldment design and engineering example application; Electrical drawing mainly studies drawing software such as vision, CAD and EPLAN. Painting is a big pain in the hearts of many engineering students. It needs to be precise and accurate. This part is a bit difficult for people who can't bear to learn. It is easy to overcome. Only by controlling your temper and studying patiently and seriously can you learn this sentence.
The research of production equipment mainly studies the design of the electric control system of the actual workstation. This module is practical and can directly restore the actual industrial scene. After entering the enterprise, students have a good understanding of various problems in the industrial field.