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Research on the factors of introducing chloride ion of hydraulic support transmission medium and the controlling ways

机译:液压支架传动介质氯离子引入的因素及控制方式研究

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Hydraulic system is the core driving power of hydraulic support, and its performance directly affects the use of hydraulic support. The content of chloride ion in hydraulic transmission medium is one of the important reasons for the working failure of hydraulic support. Nowadays our country mainly uses the simply treated mine water as fluid in the hydraulic support system. In order to ensure hydraulic support can work safely and reliably underground, this study selected two representative kinds of mine fields in Huainan coal mine area, focusing on the analysis of the various factors which influence the introduction of chloride ion in the transmission medium of hydraulic support, and exploring the solution. The experimental results showed that different crude mine water and different water treatment processes were the main factors of introducing chloride ion. The study has important guiding significance of safely using Electro-hydraulic Control System in hydraulic support and achieving high productivity and high efficiency of the fully mechanized working face.
机译:液压系统是液压支撑的核心驱动力,其性能直接影响液压支撑的使用。液压传动介质中氯离子的含量是液压支撑件工作故障的重要原因之一。如今,我们的国家主要使用简单的矿井水作为液压支撑系统的液体。为了确保液压支撑可以安全可靠地地下,这项研究选择了淮南煤矿区两种代表各种矿山领域,重点是对影响液压支架传动介质中氯离子引入的各种因素的分析,并探索解决方案。实验结果表明,不同的粗矿水和不同的水处理过程是引入氯离子的主要因素。该研究在液压支撑件中使用电液控制系统安全地具有重要的指导意义,实现了高生产率和综合机械工作面的高效率。

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