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基于PLC的平板切割机运动控制系统设计与实现
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Design and implementation of motion control system for plate cutting machine based on PLC
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    摘要:

    在实际应用中,很多切割设备存在切割精度不够、自动化水平不高的弊端,为满足对切割质量和切割精度不断提高的要求,发展高精度、高智能化的自动切割机势在必行。采用PLC、运动控制器和伺服驱动系统配以位置检测装置等构建板材切割机运动控制系统,完成运动轨迹控制,实现平面任意图形切割,可满足各种不同场合的切割需求。以触摸屏作为HMI,完成上位机控制以及切割状态显示,画面生动,可操作性强。该控制系统可提高加工工件的质量以及加工自动化程度,从而提高产品数量。

    Abstract:

    In practice, many cutting equipments have low cutting precision and the automation level is not high enough. To meet the requirements of increasing cutting quality and accuracy, the development of automatic cutting machine with high precision, high intelligent is imperative. In this design, PLC, motion controller, servo drive system as well as position detection devices were used to build motion control system for the plate cutting machine to complete the trajectory control. The system can realize arbitrary graph cutting to meet the demand of various occasions. Touch screen was made as the HMI to complete the upper machine control with displaying the cutting status. It has advantages of vivid image and strong operability. The control system can improve the machining quality and the level of processing automation so as to improve the product quantity.

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引用本文

田丽欣.基于PLC的平板切割机运动控制系统设计与实现[J].机床与液压,2015,43(24):96-100.
. Design and implementation of motion control system for plate cutting machine based on PLC[J]. Machine Tool & Hydraulics,2015,43(24):96-100

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  • 在线发布日期: 2016-08-11
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