Maintenance Of Decision Engineering Programs In The Distribution Of Sea Water Pump In PT. KMI With The RCM-II Approach

Taiyeb Ibrahim, Rosmiati Rosmiati


During World War II, demand for goods and aspects of logistics speed began to increase while the availability of workers dropped dramatically. This creates the mechanization and automation of the production of goods so that the industry begins to depend on machinery and causes engine downtime to be a major concern. Similarly, if the assets fail not only the economic aspect which adversely affected but the environmental aspects and safety of life threatened. This condition causes the maintenance program to be planned with the preventive maintenance concept being the flagship program. But this condition creates additional operational costs for the industry which are often considered not as profit producers. Until now, the field of maintenance management experienced rapid development compared to other management fields. The global industrial movement with just-in-time (JIT) concepts, efficient logistics, customer satisfaction and others forces industries in the world not to mention Indonesia to keep physical assets working according to the expectations above. So that a strategic framework is created to ensure that physical assets continue to operate in accordance with these goals and expectations. This framework started from the aviation industry known as MSG3 and then spread to industries outside of airlines known as Reliability-Centered Maintenance (RCM), Moubray 2011. The success of applying RCM in the industry has been widely reported by previous research, including: Singh and Suhane, 2010: In RCM journal, Availability of Centrifugal Pump on the Base of Weibull Analysis: produces motivation and teamwork and with the Weibull approach in RCM, maintenance tasks can save material costs 35% - 65%. Ogaji and Robert, 2006: "Improving a culture of improvement work that focuses on proactive maintenance". Oyj and Ekholm, 2009 in the journal "Feasibility Study of Reliability Centered Maintenance Process", RCM produces a database for numerical format statistical purposes. Petrovic, et al., 2014: Pump failure can be prevented by up to 61% in selecting maintenance tasks based on the mode level. Afefy, 2010 in the Reliability-Centered Maintenance Methodology and Application case study produced: RCM approach Maintenance costs decreased from $ 295,200 / year to $ 220,800 / year, reduced total labor costs 25.8%, PM savings 80% of total downtime and Savings of 22.17% for spare parts costs. Makwana and Pancholi, 2014 in the case study "Implementation of Reliability Centered Maintenance (RCM) and design out for Reliability" concluded: 12% -15% uptime increase and setup and failure time reduction.


Availability; FMEA; framework; LTA; maintenance profit; MTTR; RCM II; Reliability and Weibull

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