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2015•International Journal of Research in Engineering and TechnologyOpen access

DESIGN OF TWO STAGE PLANETARY GEAR TRAIN FOR HIGH REDUCTION RATIO

Prabhakar Vitthal Pawar .

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Abstract

Planetary Gear Trains are extensively used for the power transmission and are the most critical component.Planetary gearboxes are used frequently to match the inertias, lower the motor speed, boost the torque, and at the same time provide a sturdy mechanical interface for pulleys, cams, drums and other mechanical components.This paper presents the advantages of planetary gear systems over other, consideration to be given while determining the reduction ratios of gear box, minimum and maximum reductions per stage of planetary gear pairs.Also the case study to determine the reduction ratio of two stage gear box is discussed.The comparison of planetary gear system over helical gears systems is done on the basis of volume, weight and torque density

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Planetary Gear Trains are extensively used for the power transmission and are the most critical component.Planetary gearboxes are used frequently to match the inertias, lower the motor speed, boost the torque, and at the same time provide a sturdy mechanical interface for pulleys, cams, drums and other mechanical components.This paper presents the advantages of planetary gear systems over other, consideration to be given while determining the reduction ratios of gear box, minimum and maximum reductions per stage of planetary gear pairs.Also the case study to determine the reduction ratio of two stage gear box is discussed.The comparison of planetary gear system over helical gears systems is done on the basis of volume, weight and torque density

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Available abstract

Planetary Gear Trains are extensively used for the power transmission and are the most critical component.Planetary gearboxes are used frequently to match the inertias, lower the motor speed, boost the torque, and at the same time provide a sturdy mechanical interface for pulleys, cams, drums and other mechanical components.This paper presents the advantages of planetary gear systems over other, consideration to be given while determining the reduction ratios of gear box, minimum and maximum reductions per stage of planetary gear pairs.Also the case study to determine the reduction ratio of two stage gear box is discussed.The comparison of planetary gear system over helical gears systems is done on the basis of volume, weight and torque density

Key concepts: Stage (stratigraphy), Reduction (mathematics), Gear ratio, Gear train, Automotive engineering, Environmental science, Engineering, Astrobiology

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