Many have not been exposed to the Industrial robot industry and have not learned the concept of Industrial Robot technology. There are often various questions, such as whether there are English requirements for learning industrial Robots? Do I need to study courses such as mechatronics or electrical automation? Is it difficult to learn? Can it be learned after high school? These are questions that many people want to know. Because we also found a lot of relevant information on the internet, but the results are not consistent, and we are still very confused in the end. The following will answer your questions one by one:
(Industrial Robot Training)
1. What can industrial robotics learn?
If you want to become an industrial robotics technician, you need to have the following knowledge: PLC technology, industrial robotics, electrical drawing, application project design and R&D. If you’re in a tech job now, you’ll have a certain idea and it won’t be that difficult. In addition, robotics has great practicality. For people who have never been exposed to mechanical and electrical work, they must first learn electrical control, mechanical drawing, frequency conversion, servo, sensor, hydraulic and pneumatic technology, which is different from boring learning theory; learning with a solid foundation is easier than zero. many. Below are the key things to learn in industrial robotics, detailed according to the robotics training course.
①Learn electrical equipment, mainly learn PLC, PLC composition principle, how to program, PLC485 communication application, frequency converter, servo motor, technical performance and common programming components; some people may not understand why they must learn industrial robot technology PLC, simply put , The industrial robot body is a standard part. The flexible use of industrial robots according to the site requires the participation of peripheral equipment and industrial software. Industrial robots do not work in isolation. Robot workstations often require peripheral equipment, such as tool clips, conveyor belts, welding positioners, mobile Guide rails, etc., how these roles cooperate with each other requires PLC coordination. The PLC here is a control platform that writes programs for you, and then issues orders to the industrial robot body and peripheral equipment to make them run in coordination. PLC is industrial automation. Soul industrial robot itself is a part of industrial automation, so learning industrial robot technology is inevitable PLC.
②Learn industrial robots such as KUKA, ABB, etc.) robot body structure, robot fault handling, robot coordinate system application, robot safety zone setting, robot arc command, robot logic control statement, robot processing (case analysis), robot IO application, robot Application of tool coordinate system, robot stacking, setting and application of robot collision detection, etc. To learn in a more advanced direction is to learn to integrate applications through industrial control PLCs, such as controlling robot running, stopping and program selection.
③Mechanical design study, mainly study electrical drawing, assembly modeling and application of standard parts, design of assembly welding parts and application of engineering examples. Electrical drawing mainly learns VISIO, CAD, Eplan and other drawing software. Drawing is also a pain point for many engineering students. It needs to be fine and precise. Many impatient people learn this piece a little harder, but it’s also easy to overcome. Only by keeping their temper and studying patiently and carefully, there is no such claim.
④ The research on production equipment mainly studies the electrical control system design of the actual workstation. The learning of this module is very practical and directly restores actual industrial scenarios. In this way, when students go to work in enterprises, they will have a better understanding of the various issues on the industrial site.
2. Is it difficult to learn industrial robots?
①Many people will ask whether it is difficult to learn industrial robots. This problem must be solved with philosophical thinking. The difficulty of a technique varies from person to person.
②For an industry novice without relevant knowledge background, every part mentioned here may be difficult for him. After all, this is an area of knowledge that he has never been exposed to; however, difficulty doesn’t mean you can’t learn. Things are man-made. As long as you really want to learn and are willing to work hard, you can learn well. You said that learning industrial robotics is a bit difficult for someone with no foundation, so it’s fine for someone with PLC, and it’s not difficult for someone with knowledge and experience. People with basic knowledge may pursue higher-level learning, such as learning industrial robot automation assembly line design, project research and development, etc. These require students to comprehensively apply the scattered knowledge points they have learned and require a certain comprehensive ability, so these may become their difficulties. If you can break through this difficulty, you can become an R&D engineer for an industrial robotics project. What needs to be learned in industrial robotics has been clearly analyzed. It’s up to you how hard it is to learn.
The level of industrial robotics learning may be as follows: equipment operation-maintenance-production programming-equipment secondary development. Equipment operation is not difficult; maintenance requires PLC and six months to one year of work experience, self-study is not easy; production programming and secondary development of equipment, which requires a professional background in the electrical and mechanical department, and a solid PLC foundation. Robotics professionals should work on several projects with someone with experience. Others suggest taking more than a month of formal training; self-study is difficult and not recommended. What industrial robotics should learn has been clearly analyzed. Whether it’s difficult or not depends on how well you understand and learn.