1300101388

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

1300101388, the application field of which is various, is a type of industrial electronic device aimed at vector control of motors. Different kinds of motor, such as AC synchronous motor and induction motor, can be driven by the 1300101388. Commonly, its application field mainly are including machine tools, assembly lines and other industrial field. Such as, robot control, electric drive system, frequency conversion speed regulation, motion control, elevator control and occasion where complicated calculation are required.

The working principle of 1300101388 is based on the vector control of the motor. Vector control is a method used for the control of electric motors which is based on an exact analysis of the physical nature of the motor which takes into account both the speed and the torque it generates. It is the only method that can accurately control the inductance motor in terms of both speed and torque. Through vector control, 1300101388 can control the motor continuously, precisely, and effectively, to meet the processes and requirements of the production. In addition, its speed control has a stable performance, small ripple, small current consumption and dynamic response rate is high. All of these characteristics help to reduce the associated costs on electricity as well as labor cost substantially.

Due to the remarkable performance, 1300101388 has been widely utilized in many industries, such as the steel industry, the petroleum industry, the chemical industry, the automobile industry, the power industry and so on. In addition, its application has also been extended to many other fields, like the aerospace industry and the medical industry. The use of 1300101388 has become more and more popular due to its excellent features, and it will be deeply integrated into the production automation of the world industry.

The specific data is subject to PDF, and the above content is for reference