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Reliability assessment for electromagnetic relay based on time parameters degradation

机译:基于时间参数退化的电磁继电器可靠性评估

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The traditional reliability assessment methods for electromagnetic relay (EMR) are based on censored failure-time data, which provides very little reliability information. Furthermore, this method may be unavailable in applications with few or no failures. Actually, many time parameters of electromagnetic relay, such as closing time, over-travel time provide an obvious degradation process during the life test. By testing time parameters of EMR during its life circle, this paper presents a novel reliability assessment method of EMR based on multiple time parameters degradation and multiple failure mechanism. Considering the difference of EMR degradation, regression analysis method and time series method are employed to build the degradation model of time parameters for EMR. Then, multiple degradation parameters reliability assessment model which can evaluate the reliability of all failure mechanisms is developed with stochastic theory.
机译:传统的电磁继电器(EMR)可靠性评估方法基于经过审查的故障时间数据,该数据提供的可靠性信息非常少。此外,这种方法在很少或没有故障的应用程序中可能不可用。实际上,电磁继电器的许多时间参数(例如合闸时间,超程时间)在寿命测试过程中会提供明显的降级过程。通过测试EMR在其生命周期内的时间参数,提出了一种基于多种时间参数退化和多种失效机理的新型EMR可靠性评估方法。考虑到EMR退化的差异,采用回归分析法和时间序列法建立了EMR的时间参数退化模型。然后,运用随机理论建立了可评估所有故障机理可靠性的多个退化参数可靠性评估模型。

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