摘要
对传统扁绕机存在问题的进行分析,提出了基于IPC( 工业个人计算机) 的数控扁绕系统.该数控系统由工控机、伺服控制卡、伺服驱动装置、编码器等构成半闭环控制电路.控制软件采用C 语言编程,通过建立扁绕机运动轨迹的数学模型,实现绕线控制.实验表明,该数控系统可提高扁绕机的绕线精度及工作效率.
Through analysis of the problems existing in the tradition al flat coiling machine ,the large-scale flat coiling machine CNC system based on IPC is proposed.This is a half-closed-loop system which consists of IPC,servo control card,servo driver,servo motor etc.The system software is programmed in C language.Through building the mathematical model of the flat coiling machine's motion track,it can control the coiling courses of different wire models.According to the experiments,the entire system possesses higher control precision,better stability and efficiency.
出处
《郑州工业大学学报》
1999年第4期95-97,共3页
Journal of Zhengzhou University of Technology
基金
河南省科技攻关项目
关键词
伺服控制
扁绕机
数控系统
绕线机
变压器
线圈
numerical control
industrial personal control
servo control
flat-coiling machine