利用维控PLC与维控HMI、伺服或步进，形成一个固定电气控制系统。利用加热器对加热丝加热。 2、在维控HMI上设定各图形所需要的参数，利用维控PLC发脉冲控制平台X轴与Y轴移动，进行各图形的切割。 3、利用维控PLC的高速脉冲Y0与Y1的配合使图形达到更精准的效果，而且利用伺服驱动时，其速度更为理想。 4、设定中间停止功能，对图形未到达终点既可暂停。一套完整的EPS切割机，包括硬件、软件的设计，对于控制部分维控PLC扫描时间与性能都非常高。本文中，简单介绍了EPS切割机其中比较重要的几部分，其他细节还很多，不再一一列举。使用维控触摸屏与维控PLC控制系统，性能稳定、使用方便。维控触摸屏与维控PLC在本机械上
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A fixed electrical control system is formed by using maintenance control PLC and maintenance control HMI, servo or stepping. Use a heater to heat the heating wire. 2. Set the parameters required for each figure on the maintenance control HMI, and use the maintenance control PLC to send pulses to control the movement of the x-axis and Y-axis of the platform to cut each figure. 3. The coordination of high-speed pulse Y0 and Y1 of maintenance control PLC makes the graphics more accurate, and the speed is more ideal when servo drive is used. 4. Set the intermediate stop function to pause the drawing before it reaches the end point. A complete set of EPS cutting machine, including the design of hardware and software, has very high scanning time and performance for the maintenance control PLC of the control part. In this paper, the more important parts of EPS cutting machine are briefly introduced. There are many other details, which will not be listed one by one. Using maintenance control touch screen and maintenance control PLC control system, the performance is stable and easy to use. Maintenance control touch screen and maintenance control PLC on the machine
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