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Synchronous Control Technology Research of Hydraulic Lifting System

机译:液压升降系统的同步控制技术研究

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In conventional "flow control valve and travel switch" control strategy, relative height difference between multiple cylinders only reach accuracy of centimetre grade, which can't meet synchronous control accuracy requirements of many engineering. In order to improve multiple cylinders synchronous accuracy of the hydraulic lifting system,this paper takes a hydraulic lifting system as basis, which studies PID closed loop control system using electro-hydraulic proportional valve and high-precision displacement accuracy sensor, and the synchronous accuracy of 4 cylinders hydraulic lifting system is improved to millimetre grade.
机译:在传统的“流量控制阀和行进开关”控制策略中,多个气缸之间的相对高度差异仅达到厘米级的精度,这不能满足许多​​工程的同步控制精度要求。为了提高液压升降系统的多个气缸同步精度,本文采用液压提升系统,基于液压升降系统,研究PID闭环控制系统使用电液比例阀和高精度位移精度传感器以及同步精度4个气缸液压提升系统得到改善到毫米级。

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