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Analisis Kerusakan Liner pada Mud Pump Ideco T-800 Type Triplex Pump Berdasarkan Reliability, Availability, dan Metode Fault Tree Analysis di PT. X

机译:基于PT可靠性,可用性和故障树分析方法的Ideco T-800三缸泵泥浆泵衬里损伤分析。 X

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摘要

Mud pump is one type of pump is widely used in industry, mud pump included in the positive type pump. Components of these machines often damage by suddenly one of them is theliner. The purpose of this study is to identify the critical component liner, evaluate the damage cause liner by the method of fault tree analysis (FTA), determine the basic design of the treatment and determine the optimum schedule component replacement liner, analyze the value of reliability, availability, mean time between failure (MTBF), mean time to repaire (MTTR). The existence of the effort are intended to increase the reliability and availability that high to maximize the life of the equipment, as well as the maintenance of an effective. Conclusions obtained includes critical component is the liner 1, cause damage to the liner is scratch. The processing data using Minitab software 16 to determine distribution test, thevalue of MTTR, MTBF, reliability and availability. It is obtained the optimal schedule component liner replacements is done every 56 day with some advantages namely the frequency of replacement of the liner component decreased from an average of 11 times/year be 7 times/year and an increase in the value of reliability in the liner 2.
机译:泥浆泵是工业中广泛使用的一种泵,泥浆泵包含在正型泵中。这些机器的组件经常突然损坏,即衬套。这项研究的目的是确定关键部件衬板,通过故障树分析(FTA)方法评估损坏原因衬板,确定处理的基本设计并确定最佳的计划部件更换衬板,分析可靠性值,可用性,平均故障间隔时间(MTBF),平均修复时间(MTTR)。这种努力的存在旨在提高可靠性和可用性,以提高设备的使用寿命以及维护设备的使用寿命。结论得出的结论包括衬垫1的关键成分,造成衬垫被划伤的原因。使用Minitab软件16处理数据以确定分布测试,MTTR,MTBF的值,可靠性和可用性。获得了每56天进行一次最佳计划部件衬板更换的最佳时机,它具有一些优点,即衬套部件的更换频率从平均11次/年减少为7次/年,并且可靠性的值增加了。内胆2。

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