Research on servo motor motion control system based on Beckhoff PLC

Author:

Zhang Shuai

Abstract

Abstract In order to meet the requirements of high precision, reliability and real-time control of biaxial motion.Taking Beckhoff PLC CX9020 and Yaskawa Σ - 7S series AC servo controller as the control core, using Yaskawa SGM7J series motor and servo driver matching, the X-Y double axis servo motion control system is designed, and the overall hardware design of the control system is carried out. This paper focuses on the parameter setting, analog and digital acquisition, programming and HMI interface setting of servo motor control system. The debugging operation shows that the system runs stably and meets the control requirements of accurate positioning.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference10 articles.

1. Parameter setting and debugging of PLC controlled servo motor control system [J];Wei;Guangdong Vocational and technical education and research,2017

2. Design of multi axis servo control system based on Siemens PLC [J];Yuxiang,2017

3. Analysis of application and development trend of servo motor control technology [J];Shen;Communication power supply technology,2018

4. Application Research of PLC technology in industrial automation [J];Xu;science and technology wind,2020

5. Design of AC servo motion control device based on PLC [J];Jingya;Journal of Jinling University of science and technology,2019

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