摘要
针对数控车床传统的液压尾台效率低的问题,提出了一种伺服尾台的控制方法,该方法基于i5OS数控系统为载体,设计与开发伺服尾台控制系统。本文详细阐述了UI人机界面的开发、PLC程序设计与编程、伺服驱动器参数的调整的方法,实现了对尾台的位置、速度、扭矩的控制功能。结果表明,相比于传统的手动尾台和液压尾台,伺服尾台能提高车床的加工效率、提升加工稳定性。
Aiming at the problem of low efficiency of the traditional hydraulic tail platform of CNC lathes,a control method of servo tail platform is proposed,which designs and develops the servo tail platform control system based on i5OS numerical control system as the carrier.This paper elaborates on the development of UI human-machine interface,PLC programming and programming,and the adjustment of servo drive parameters,and realizes the control function of the position,speed and torque of the tail table.The results show that compared with the traditional manual tail table and hydraulic tail table,the servo tail table can improve the processing efficiency and improve the processing stability of the lathe.
作者
邓肖
万德科
袁勇勇
Deng Xiao;Wan Deke;Yuan Yongyong
出处
《时代汽车》
2023年第11期123-125,共3页
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