ANALISIS PENGARUH JAM OPERASI BERBEDA TERHADAP KUALITAS PELUMAS TELLUS 32 PADA HEADSTOCK MESIN BUBUT DoALL LT 13
Keywords:
Lubricants, Linear Regression Analysis, Headstock and ViscosityAbstract
Analysis of the Effect of Different Operating Hours on The Quality of Tellus 32 Lubricants On The Headstock of DoALL LT 13 Lathes is required to determine the interval of lubricant replacement time and to determine the effect of operating hours on the quality of Tellus 32 lubricants on the headstock of doall lt 13 lathes. Lubricant is a material (usually liquid) that serves to reduce wear between two surfaces of moving objects that rub against each other. The more hours of operation, the viscosity will also increase. This is due to the shifting force of the lubricant while the machine is operating. From the results of research and analysis of linear regression for lubricant replacement is based on viscosity . This for longer lubricant replacement if, compared to the manual book lathe DoALL LT13.
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Testindo. 2018. “Preventive Maintenance dan Predictive Maintenance Pada Mesin Industri”, https://www.testindo.com/article/223/preventive-maintenance-dan-predictive-maintenance-pada-mesin-industri, diakses pada 25 Januari 2021 pukul 11.30.
JENSEN, C.C. 2016. Clean Oil Guide The importance of Oil Maintenance. Tryk Team. Svendborg, Denmark.
Noria Corporation. 2021. Tips for Testing an Oil’s Viscosity, https://www.machinerylubrication.com/Read/30428/testing-oil-viscosity, diakses pada 25 Februari 2021 pukul 11.30.
DoALL Company. 1994. Machine Manual Engine Lathe DoALL LT 13. Des Plaines Illionis, Brazil.
Hidayat, W. 2012. Motor Bensin Moderen. Rineka Cipta. Jakarta.
Kishore NRA. 2007. Guide to ASTM Test Methods for the Analysis of Petroleum Products and Lubricants. ASTM International. West Conshohocken, USA.
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Copyright (c) 2021 Ichchan Adjury Essarofy, Ariyanto Ariyanto, Indra Feriadi
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