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ITS » Master Theses » Teknik Kes & Keselamatan Kerja
Posted by aguss at 08/01/2007 16:31:14  •  10378 Views


ANALISA RELIABILITY KOMPONEN PADA SISTEM PEMBANGKIT LISTRIK DI PUSDIKLAT MIGAS CEPU

THE ANALYSIS OF COMPONENT RELIABBLITY IN ELECTRIC GENERATOR AT OIL AND GAS EDUCATIONAL AND TRAINING CENTER PUSDIKLAT MIGAS CEPU

Author :
Supryadi, Mustadjab 




ABSTRAK

Reliability suatu sistem sangat bergantung pada reliability komponen-komponen yang mendukung bekerjanya sistem tersebut. Reliability komponen pada umumnya dipengaruhi oleh model perawatan pemeliharan juga pada budget dari maintenance cost. Oleh karena itu reliability komponen dan reliability system bisa ditetapkan berdasarkan Condition Based dan atau Time Based Maintenance. Sampai saat ini prediksi reliability komponen peralatan yang menunjang pengolahan minyak terutama pada Unit Pembangkit Listrik di Pusdiklat Migas Cepu belum disusun secara sistematis prediksi yang berupa pemeliharaan hanya dilakukan secara periodik tanpa analisa yang pasti seperti analisa Maintenance Cost Mean Time To Failure MTTF jumlah man-hour dan Maintenance Budget. Padahal fakta tersebut sangat membantu Maintenance Management sehingga dapat dijaga reliability komponen yang mendukung terhadap reliability sistem. Metodologi yang dgunakan adalah dengan menganalisa data perawatan peralatan Gensetyang ada selama 2 tahun terakhir 2003-2004. Data perawatan tersebut diubah dalam bentuk rupiahman-hour berdasarkan Mean Time To Failure MTTF dan lama perbaikan. Selanjutnya scheduling dilakukan berdasarkan time based dan condition based untuk digttnakan perhitungan total budget tahunan. Dari analisa yang dilakukan maka dapat disimpulkan Operasional Cost dan Reliability bertemu titik optimalnya padajam ke 289. Hal ini menjelaskan bahwa Time Based Maintenance yang sedang berlangsung 326 jam masih mendekati titik optimal. Usaha perbaikan reliability dilakukan dengan menambahkan komponen Filter. Dengan menambahkan komponen tersebut maka reliability system berubah naik dari 40 menjadi 45 .


ABSTRACT

Reliability is a system which is Jepend on components reliability that supporting the work ofits system. In general component reliability is influenced by maintenance model and also the budget of maintenance cost. So that the component reliability and system reliability can be determined based on Condition Basedandor Time Based Maintenance. JBfitThe prediction of tool nreliability that supporting oil processing especially at Electrical Generator unit Pusdiklat Migas Cepu Does not compile systematically until now. The prediction which is in the form of maintenance is done periodically without certain analysis such as Maintenace Cost Analysis Mean Time To Failure MTTF. The Amount Of Man-Hour and Maintenance Budget. In reality the above fact can support Maintenance Management so that the component reliability which supporting system reliability can be kept. The method used in this case is by analyzing maintenance dataofgenset tools during the last two years 2003-2004. The maintenance data are changed into rupiahman-hour based on Mean Time To Failure MTTF and the time of repair. After that sceduling is done based on time based and condition based which usedfor total caJculation of annual budget. From the analysis which has been done it can be concluded that Operational Cost and Reliability meet their optimumpoint at the time if 1663. After doing analysis the effort of reliability repair can be done by changing maintenance interval that is changing the lubricant andftlter that in the beginning is done every 2 weeks 15 days becomes 12 days. By the maintenance interval changing the system reliability increases from 39.76 into 42.46 .



KeywordsReliability; Mean Time To Failure (MTTF); Optimum Point.
 
Subject:  Dinamo
Contributor
  1. Dr. Ing. I Made Londen Batan, M. Eng.
Date Create: 08/01/2007
Type: Text
Format: pdf, 96 pages
Language: Indonesian
Identifier: ITS-Master-31000006025136
Collection ID: 31000006025136
Call Number: 620.004 52 Sup


Source
Theses Machine Engineering RTM 620.004 52 Sup a, 2005

Coverage
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Copyright @2005 by ITS Library. This publication is protected by copyright and permission should be obtained from the ITS Library prior to any prohibited reproduction, storage in a retrievel system, or transmission in any form or by any means, electronic, mechanical, photocopying, recording, or likewise. For information regarding permission(s), write to ITS Library




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