New technology: robot maintenance or high-altitude occupation

On the 23rd, the Guangdong Institute of Light Industry Technicians and the Provincial Machinery Industry Association held a technical seminar on "Application and Maintenance of Industrial Robots and Robots ". At the meeting, some experts pointed out that last year, the number of industrial robots purchased in China has jumped to the top in the world. In the manufacturing field, robots have replaced a large number of workers and improved production efficiency. But what about manufacturing workers?

Purchased 37,000 industrial robots last year

At the seminar, Professor Li Wingneng from the College of Mechanical and Electrical Engineering of Guangdong University of Technology introduced that China purchased a total of 37,000 industrial robots last year, of which 27,000 were produced by foreign-funded enterprises and 9,000 were domestically produced. The total purchase volume has surpassed Japan, ranking first in the world, accounting for one-fifth of the world's total sales; domestic robot sales volume is three times that of 2012, so last year was hailed as the first year of Chinese industrial robots.

After Dr. Qin Lei, who specializes in the production of robots in Foshan, his company has undertaken a number of national key projects. He said that at present, China's construction industry is generally low in automation, with many dusts, loud noises and serious pollution. It is harmful to the physical and mental health of workers, and some people suffer from pneumoconiosis. In ceramics, hardware, sanitary ware, stainless steel, injection molding, die casting, etc., the use of robots can help improve the working environment of employees, improve product accuracy and improve work efficiency.

Enterprises use robots with financial subsidies

Some business executives told reporters that it seems that in many parts of the factory, there are robots that can reduce costs. More importantly, once the robot is put into operation, it can work 24 hours a day, except for routine maintenance. The use of workers can't do this. "Now the scale and competition of factories are using robots in large quantities to improve production."

The reporter learned that the industrial transformation and upgrading tasks are heavy, and Dongguan and other places have introduced policies to encourage enterprises to use robots through financial subsidies and other forms. And some hard-working jobs are difficult to recruit young people, and factories must use more robots.

80,000 robots can replace 500,000 workers

However, Ding Zhengming, the principal of the Guangdong Electronic Information Technology School, has doubts: What should the factory do with the use of robots? Do you want to have so many "industrial workers" in the future?

“There is such a concern.” Qin Lei said that companies use robots to significantly reduce costs and increase production efficiency, but factory workers do indeed reduce in large quantities. However, the use of robots is now largely due to the improvement of the working environment and the health and well-being of workers. He believes that there are more than 500,000 people in the country who are currently engaged in polishing and polishing and deburring of die-casting parts, and can replace them with 80,000-120,000 robots. Some of the original workers, some of whom have strong hands-on ability to stay in the company to do robot control and technical maintenance, others will change.

Some experts say that in order to improve production efficiency, it is inevitable that large-scale use of robots in manufacturing. Workers should adapt to this change in the form of employment and learn more about technology. "With technology and skills, there is a future." Some experts say that robot maintenance and repair is a potential career and worthy of further study.

The various TELEPERM M automation systems have different designs, ranges of functions and performances. The AS 235, AS 235 H and AS 235 K automation systems described in this catalog are proven and reliable. They can be configured within wide limits and coupled to a wide range of subordinate systems. The AS 235 H additionally has a redundant central unit and thus satisfies particularly high availability demands. The AS 235 systems can communicate with one another and with higher-level systems via the TELEPERM M CS 275 plant bus. A wide range of TELEPERM M input/output modules is available for connection of the process peripherals (sensors and final control elements) to the AS 235, AS 235 H and AS 235 K automation systems. Some modules have their own processing features or can be configured application-specific. The AS 388/TM and AS 488/TM automation systems (see Catalog PLT 112) use the SIMATIC M7-300 and M7-400 automation computers as the hardware platform and are compatible with the AS 235 system. They are appropriate for the extension of existing TELEPERM M systems or for the design of new systems. The AS 388/TM and AS 488/TM systems can be operated on the PROFIBUS-TM plant bus. PROFIBUS-TM is based on the standardized PROFIBUS. The AS 488/TM system can additionally be operated on the CS 275 plant bus. ET 200M distributed I/O systems with a comprehensive range of I/O Modules can be connected to the AS 388/TM and AS 488/TM systems via one or two PROFIBUS-DP interfaces.

Siemens Teleperm Programmable Controller

Siemens Teleperm Programmable Controller

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