新型拉延头试验台电液控制系统设计及节能特性研究

Guo Rui, Z. Jingyi
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引用次数: 3

摘要

旧的拉延头试验台存在设备老化严重、试验方式少、能耗高等问题,已不能满足新的试验研究要求。新型试验台采用基于现场总线(CAN-BUS)的PLC控制系统代替继电器控制系统,建立了新型拉延头试验台电气控制系统,扩大了试验台的使用范围,提高了实验数据处理的自动化程度。通过将传统的节流阀回路改进为由电液比例阀和负载敏感泵组成的负载敏感回路,对液压系统进行了改进,实现了多种工况的灵活转换。通过节能特性实验研究,新型的基于电比例控制系统的拉延头试验台的节能效果明显优于旧的拉延头试验台,可以在同类产品中推广应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of electro-hydraulic control system design and energy saving characteristic in the new drawbead test bed
The old drawbead test bed, which can not satisfy the requirement of new experiment and research, has the problems such as seriously equipments aging, less test mode and high energy consumption. By adopting PLC control system based on the field bus (CAN-BUS) instead of relay control system in the new test bed, the new electric control system of drawbead test bed which makes the scope of the test bed capabilities expanded and the automation of experimental data processing improved, has been built. By means of improving from the traditional throttle loop to load sensing circuit which is consisted of the electro hydraulic proportional valve and load sensing pump, the hydraulic system has been improved to realize a flexible conversion of variety working conditions. By the study of energy saving characteristic experimentation, the energy saving effect of the new drawbead test bed based on electric proportional control system is much better than the old one, and the thought can be used in the similar products.
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