Article catalogue:
- 1 、If you want to learn industrial robots, where is there a formal training institution?
- 2 、Huichuan four-axis robot completes the experimental steps of writing a program to realize material palletizing?
- 3 、Boot pop-up window of abb teaching device
- 4 、How long will it take to train industrial robots?
If you want to learn industrial robots, where is there a formal training institution?
1. Hardware equipment for teaching
When you ask, every training institution will say good employment, good environment, Bao Xue, every potter praises his pot, boast that this is a common phenomenon, encounter this kind of person is generally a salesperson, habitual thinking is to show the good side in front of the public, and many students will hesitate in the middle: in the end, do not understand this robot programming, unlike universities to fill in volunteers I have heard of every school, so I have no idea. Often the one who touts the high point of kung fu is brought in. Instead of listening, seeing is believing, how many robot teaching equipment? Can it satisfy the operation of one machine per person, whether the training area is large, located in the center of the city or in a remote place?
Why should we look at the surrounding environment, generally have the strength of industrial machine training, equipped with four families of industrial robots (ABB, Yaskawa, KUKA, Fanuke), complete PLC programming equipment, industrial automation operation equipment, industrial robot system integration workstations (loading and unloading, welding, assembly, spraying, palletizing). The difference is usually just to set up a few robots and ask a few people to teach them. For those who do intelligent equipment, they must have the strength of R & D and production in order to stand up. At the same time, the skills learned are closer to the job market.
2. Food and accommodation environment
Study is not two or three days, a stay may be two or three months, as children away from home, the family is most concerned about clothing, food, housing and transportation, accommodation environment, male compatriots may be informal, after all, to practice skills, but who does not want to study in a comfortable environment, if there is little water every day, radish cabbage, hygiene is not fastidious, even have no appetite for dinner, and still have the mood to study When I was in the college entrance examination in those years, although I stayed up late to fight until the wee hours of the morning, the food was still delicious. Therefore, the diet must be healthy, do not ask for big fish and meat, one meat and one vegetarian, and this requirement can be met freely. Secondly, take a look at the dormitory environment, whether it is equipped with air conditioning, water heater, and so on. After all, it is convenient to take a bath. It’s hard to fall asleep without air conditioning in summer. Some people may say: these external conditions do not affect my will to study, but there is no need to live a comfortable life. These external conditions also consider the comprehensive strength of an organization.
3. Actual combat experience
The surrounding environment is clear, and then it depends on the teaching strength, we can start from several aspects: headquarters strength, curriculum system, teacher team, practical projects and so on.
Looking at the strength of the headquarters is mainly to understand its background, the new ones are to cross the river by touching stones, there is no accumulation of actual combat experience, and the deficiency in the course is adjusted through the state of students’ learning and adaptability. secondly, whether there is a certain R & D strength, for example, it has R & D industrial robots, intelligent equipment, and specially set up a training module for industrial robots, which is better than ordinary dozens of machines to be taught. On the one hand, the course system is very comprehensive, which can fully understand the three parts of industrial robot automation control, industrial robot offline simulation design, industrial robot system integration, and not limited to one-sided installation, debugging, maintenance and so on. And closer to the needs of the job market.
4. Teaching state rush system
Many people know that industrial robot engineers are very popular, but they don’t know which one to make. Industrial robot engineers are mainly engaged in industrial robot operation and maintenance, system installation and debugging, system integration and other related positions, robot operation belongs to the entry level, this is basically the operation of working robots, so we do not think that people who can operate the machine banquet hall will be full of self-confidence, can achieve the system integration project belongs to the great god level, need a certain amount of work experience precipitation.
As we all know, industrial robot programming is the key point to control robots, such as the human brain. Workstations such as loading and unloading, welding, spraying, assembly, palletizing and so on require engineers to use code programs to operate.
The perfect curriculum system is generally divided into four parts: mechanical construction of industrial robot, electrical control of industrial robot, off-line programming of industrial robot, on-line programming of industrial robot, and system integration of industrial robot. no, no, no. Therefore, when we understand the curriculum system, we should make it clear whether we have learned these four parts. If it is only one or two of them, it is not perfect. For example, the essence of only two years of missing or three years in college is different.
Huichuan four-axis robot completes the experimental steps of writing a program to realize material palletizing?
Through the program calculation, for example, the first layer is set to 1, and the height is 10mm, then the second layer is set to 2, and the height is 20mm. Thus, with each additional layer, the height increases correspondingly, and the robot moves parallel upward. When the set height (number of layers) is reached, the robot gives a signal to remove the palletizing, and then removes the empty palletizing and clears the zero to repalletize.
Boot pop-up window of abb teaching device
ABB robot teaching device data line can not communicate maintenance, power on, internal disconnected maintenance 7, ABB robot teaching device power-on no display maintenance 8, ABB robot teaching device operation handle stuck maintenance, failure completely can not use maintenance 9, ABB robot data line can not communicate or power-on maintenance Internal open circuit fault maintenance 10, ABB robot teaching device can not enter the system fault maintenance 11, ABB robot teaching box can not start fault maintenance.
Welcome to inquire about ABB robot teaching device maintenance, ABB robot teaching box maintenance, ABB robot teaching box maintenance, ABB robot handle maintenance consultation, Shanghai Hengshui Electric Co., Ltd. can also provide free robot spare parts, try not to delay customer production work.
Service advantages: our company has ABB robot teaching device maintenance professional software and hardware engineer supporting services, as well as self-developed ABB robot teaching box test platform, in addition, emergency customers can provide ABB robot teaching device corresponding to the same type of spare parts for customers to avoid shutdown caused by ABB robot damage.
After-sales guarantee: to ensure that the maintenance parts of the ABB robot teaching programmer have been professionally tested and installed on the ABB robot, so that they can be sent to the customer for normal use, so as to avoid the risk of equipment testing and downtime loss caused by the failure to test and repair.
Palletizing and other work, can use industrial robots to improve the working environment, improve work efficiency, product accuracy and quality, reduce costs and reduce waste.
How long will it take to train industrial robots?
Non-mechanical, electrical, automation-related professionals
This part of the population can be said to be zero-based people, neither understand the industrial automation industry, but also know nothing about industrial robots, then if you want to learn industrial robotics, you must first have patience and perseverance, because you have to start from electrical control, to be more specific, to master pneumatic, electrical control and PLC programming technology, servo system, frequency converter, sensor, touch screen and other technologies. This part is also an introductory course, which takes about 2-3 months from zero foundation to introduction, which is practical. On the other hand, the industrial robot application engineer should have practical skills such as maintenance, debugging, programming and system integration, be able to solve the common problems of the robot, and design the programs of different workstations, such as welding, palletizing, spraying, sorting, carving, visual inspection and so on. it is also a scarce technical post to understand the design of flexible production line and to improve the space. In addition, it is to study the core course of industrial robots, which takes about 3 months. So on the whole, the time is about 5 to 6 months. We should not underestimate the basic skills, such as building a house, the foundation is very important.
College degree or above in mechanical, electrical, automation or related fields
After talking about the type of rookie stage, then for mechanical, electrical, automation-related professionals, how long is reasonable? Generally speaking, people with a foundation are no stranger to automation, but they should not be blindly confident, because industrial robot technology jobs are practical, and many people stay on book knowledge, just like when they were at school, they could understand by reading physics books, but they had no way to do experiments. Therefore, there will still be a part of pneumatic, frequency conversion, servo, touch screen and other courses training, generally a week or so, the following is the core course of industrial robot learning, which is divided into industrial robot three-dimensional mechanical design, industrial robot offline simulation programming, industrial robot control and teaching programming, industrial robot system integration application and so on. It takes about 2-3 months.
So much for the introduction of abb industrial robot palletizing program. Thank you for taking the time to read this site. For more information about abb palletizing robot grab position adjustment and abb industrial robot palletizing program, don’t forget to look it up on this site.