Laboratory Reliability Testing Design of Solenoid Operated Directional-Control Valves for Industrial Application

Xinbo Qian, Congchang Zhan
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引用次数: 1

Abstract

To improve the reliability of high-end hydraulic parts for domestic hydraulic industry, a framework of industrial standard is proposed for reliability testing procedures for solenoid operated directional-control valves. Solenoid operated directional-control valve is one of the most basic components, and the experimental standards for directional valve can be an essential reference for reliability testing for other hydraulic components. Based on the design of the hydraulic diagram of reliability testing for solenoid operated directional-control valves, the experiment procedures include stages of preparation, recording, inspections, data collection and the reliability assessment. Reliability assessment can be derived from data by Weibull distribution. Moreover, safety assessment can also be derived from reliability assessment. Finally, future research work directions are outlined.
工业用电磁换向阀实验室可靠性试验设计
为提高国内液压行业高端液压部件的可靠性,提出了电磁换向阀可靠性试验规程的行业标准框架。电磁换向阀是最基本的液压元件之一,换向阀的试验标准可作为其它液压元件可靠性试验的重要参考。在设计电磁换向阀可靠性试验水力学图的基础上,实验流程包括准备、记录、检测、数据采集和可靠性评估等阶段。可靠性评估可以通过威布尔分布从数据中得到。此外,安全性评估也可以从可靠性评估中推导出来。最后,展望了今后的研究工作方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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