ANALISA KEGAGALAN MENGGUNAKAN METODE FAILURE MODE AND EFFECT ANALISYS (FMEA) PADA UNIT OFF-HIGHWAY TRUCK 777D

Candra Dwi Putra, Akhmad Syarief, Hajar Isworo
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引用次数: 1

Abstract

Heavy equipment is a tool used to assist humans in performing construction and manufacturing projects to support good governance in the development of infrastructure as well as in the mining process. In use, heavy equipment is not a tool that has never experienced a failure in the system or group component, also in product design even on the work process during its life cycle which will lead to some disadvantages like low levels of production, not achieving the timetable or targets that have been set and also losses from repairing costs. Therefore, it is necessary to analyze the systems or any component group that experienced failure the most in the heavy equipment and also need to provide a "value" on the failure. With this, it’s expected to help prevent a decrease in productivity by taking action a precaution against the systems that have high failure value. Value of the failure can be calculated based on unscheduled breakdown data that processed using Failure Mode and Effect Analysis (FMEA). This research was conducted using primary data obtained from the data breakdown and by collecting supporting data relating to the object of the report. With this research, it can be obtained the system or component group that has the largest failure value on the heavy equipment.
非公路载货汽车777d失效模式及影响分析(fmea)
重型设备是一种工具,用于协助人类执行建筑和制造项目,以支持基础设施发展和采矿过程中的良好治理。在使用中,重型设备不是一个在系统或组组件中从未经历过故障的工具,也是在产品设计中,甚至在其生命周期的工作过程中,这将导致一些缺点,如生产水平低,无法实现已设定的时间表或目标,以及维修成本的损失。因此,有必要对重型设备中经历故障最多的系统或任何组件组进行分析,并需要对故障提供“值”。有了这个,它有望通过对具有高故障值的系统采取预防措施来帮助防止生产力下降。故障值可以根据使用故障模式和影响分析(FMEA)处理的非计划故障数据计算。这项研究是使用从数据分解中获得的主要数据和收集与报告对象有关的支持数据进行的。通过本研究,可以得到重型设备上失效值最大的系统或部件组。
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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