Intelligence is a development direction of automatic control at present. Intelligent control technology enables the control system to have artificial intelligence characteristics through methods such as self-learning, self-adaptation, self-coordination, self-diagnosis and self-correction. The intelligence of the servo system is manifested in several aspects such as operating parameters can be set by software and the system has fault self-diagnosis and analysis functions; a high degree of integration can significantly reduce the volume of the entire control system. More and more new power semiconductor devices with high switching frequency are used in the output devices of servo control systems, which integrate input isolation, energy consumption braking, over temperature, over voltage, over current protection and fault diagnosis. In a small module, a high-precision full closed-loop adjustment system is formed; targeted technical solutions are adopted to design and develop special AC servo products for industrial robots to achieve the competitive advantage of industrial robots in terms of cost and performance; While improving the reliability of the servo product itself, it is necessary to adjust the reliability design of the servo system based on the overall reliability of the robot. From the system point of view, increase the robot's mean time between failures; the robot is a typical multi-axis synchronous servo system. From the perspective of the composition of the servo system, it consists of a robot controller, a servo drive, a servo motor, a position sensor, a reducer, etc. Partial composition. The use of distributed architecture and integrated architecture will have different cost structures and performance. Therefore, when producing servo system products, enterprises must fully consider the application fields and objects to select a suitable architecture.

The quality of the terminal is mainly reflected in the characteristics of the materials used, the accuracy of the injection molding machine, and the convenience of use. At the macro level, the relevant institutions have improved the industry standard system; at the micro level, the enterprises have a good grasp of the use of hardware materials and plastic shell materials, accurate molds, accurate operations, convenient use, and handling of product details. In the existing products Improve the quality of the terminals and produce products comparable to brand terminals. The same quality and favorable price will undoubtedly play an important role in the development and production of robots in my country.

The above is about industrial control-China's industrial robot servo control system usage is increasing. The terminal terminal market is optimistic about the introduction. If you want to know more related information, please pay more attention to eeworld. eeworld electronic engineering will provide you with more comprehensive, detailed, Updated information information.