一种塑料管材收卷机的控制
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摘要
介绍一种塑料管材收卷机控制系统,该系统满足相关设备电气控制方面的需要。分析塑料管材收卷机的现场工艺和生产要求,特别是收卷过程中管子松紧变化的解决方案,盘管过程中经常容易出现的叠管现象和原因,以及收卷完成后卷盘如何有效刹车等问题。针对塑料管材收卷机的电气控制是否满足工艺和生产要求,以及能否解决收卷过程中容易出现的各种问题,提出一套性价比高的电气控制解决方案,指明如何应用西门子可编程控制器S7-200 Smart完成塑料管材收卷机的电气控制系统。
A control system of plastic pipe coiler was introduced, which meet the needs of electrical control of related equipment. The on-site process and production requirements of plastic pipe coiler were introduced, especially the solution to the change of pipe tightness during coiling process, the phenomenon and reason of pipe stacking often occurring during coiling process, and how to effectively brake the coiler after coiling. Aiming at whether the electrical control of plastic pipe coiler meets the requirements of process and production,and whether it can solve various problems easily occurring in the process of coiling, a set of cost-effective electrical control solutions was put forward, and how to use Siemens programmable controller S7-200 Smart to complete the electrical control system of plastic pipe coiler point out.
A control system of plastic pipe coiler was introduced, which meet the needs of electrical control of related equipment. The on-site process and production requirements of plastic pipe coiler were introduced, especially the solution to the change of pipe tightness during coiling process, the phenomenon and reason of pipe stacking often occurring during coiling process, and how to effectively brake the coiler after coiling. Aiming at whether the electrical control of plastic pipe coiler meets the requirements of process and production,and whether it can solve various problems easily occurring in the process of coiling, a set of cost-effective electrical control solutions was put forward, and how to use Siemens programmable controller S7-200 Smart to complete the electrical control system of plastic pipe coiler point out.
引文
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[2]宋月,王宽儒,展邦华,等.微细合金丝收卷机的设计[J].金属制品,2017,43(03):24-25.
[3]杨旭东,孙晓朋,王俊,等.壁纸收卷机张力控制系统设计与实现[J].机械与电子,2013(2):57-60.
[4]王文红. PLC和触摸屏在塑料片材收卷机中的应用[J].机械和电子,2016,34(12):47-49.
[5]沈侃,孙丽娜.电气控制与可编程序控制器的原理及应用[J].时代农机,2018,45(01):88.
[6]皮嘉立,张世富,谢昌华.软质管线收卷机构PID控制研究[J].兵器装备工程学报, 2016,37(05):98-103.
[7]胡兴文,吴耀兴. Modbus通讯协议在电脱供给泵和ABB800xA系统通讯中的应用[J].化学工程与装备,2019(01):243-246.
[8] S7-200PLC在伺服电机位置控制中的应用[J].数字技术与应用,2018,36(01):17.
[9]贾锐.扁线材收排线系统的开发与研究[D].广州:广东工业大学,2015.
[10]赵红梅,张军,冯志亮.轴卷式收卷的PLC系统设计[J].山东工业技术,2015(14):7-8.