AN ANALYSIS OF ANTI-FRICTION BEARING FAILURE ON HEAVY EQUIPMENT UNIT
Abstract
The purpose of this research is the development of previous studies that help assess and
analyze the damage that often occurs in the anti-friction, anti-friction bearings in heavy
equipment unit. Method of addition of vibration sensors, temperature, pressure, and
speed will be read by a microprocessor with 50uS sampling, the data from all sensor
readings will be stored by the microprocessor in the storage data storage (can use MMC
or sd card). LCD is the display view and for adjustment of all parameters is done through
the operation button 4x4. The result of the development of this tool is the time of data
collection can be done directly from the tool communicated with the system or
unplugging storage and read with Card Reader makes it easy to know the working
conditions and variable damage (at what level of pressure, temperature, vibration and
rotation).
Downloads
References
Ayuningrum H. (2013) Masterplan Percepatan dan Perluasan Pembangunan
Ekonomi Indonesia -Kalimantan, www.scribd.com/doc/120436314/MP3EI-Kalimantan. [diakses: April 2014]
Anti friction bearing. (2013) web.iitd.ac.in/akdarpe/.../ppt/Anti friction bearing-
2007.08.p. [diakses 21 Januari 2013]
Caterpillar. (2005) Anti friction bearing Maintenance PEGJ0037.,www.cat.com
[diakses 10 April 2014]
Cappelino Charles A & Osberno James C. (2000) The Prediction of Anti friction
bearing Lubricant Temperatures and Cooling Requirrements for Acentrifugal Pump. Proceding of The Second International Pump Symposium.
Collin, J. A. (1993) Failure of Materials in Mechanical Design; analysis,
prediction, prevention. 2nd ed. United States of Amirica.
Gegner, J. (2011) Tribological Aspects of Rolling Anti friction bearing Failure,
SKF GmbH, Departement of Material Physics Institute of Material Science, University of Siegen German.
Irawan Agustinus P. (2009) Diktat Elemen Mesin, Jurusan Teknik Mesin Fakultas
Teknik, Universitas Tarumanegara.
Ken Yuossefi. (2013) Anti friction bearing, www.engr.sjsu.edu/yousefi/me157/../
[diakses: 21 Januari 2013]
Matthew, C. (1998) A Practical Guide to Engineering Failure Investigation,
Profesional Engineering Publishing Limited London and Bury St Edmunds, UK.
Timken. (2011) Timken Anti friction bearing Analysis With Lubrication Reference
Guide. The Timken Company.
Ray D. (2010) Journal Anti friction bearing Analysis, Kelm Engineering Danbury. TX.
Sularso & Sugi Kiyokatsu. (1994) Dasar-Dasar dan Perencanaan Elemen Mesin,
Paradya Paramita. Jakarta.
