Design of shaft gear box
- Added: 25.03.2021
- Size: 1008 KB
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Description
Contents
Introduction
Terms of Reference
1 Kinematic calculation of the drive
1.1 Determination and selection of electric motor
1.2 Correction of gear ratios of reduction gear box
1.3 Determination of torque on drive shafts
2 Calculation of cylindrical reduction gear box
2.1 Calculation of the axial distance for the first transmission
2.2 Calculation of the axial distance for the second transmission
2.3 Calculation of the axial distance for the third transmission
3 Calculation of shafts
3.1 Approximate calculation of shafts
3.2 Static Strength Calculation
3.3 Shaft Strength Calculation
3.4 Calculation for static safety factor
3.5 Calculation of output shaft for fatigue strength
4 Bearing life calculation
5 Calculation of connections
6 Gearbox housing structural dimensions
7 Selection of lubricants and lubrication system
LIST OF LITERATURE USED
Project's Content
Пояснительная записка.doc
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Спецификация.doc
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Привод.dwg
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- Microsoft Word
- AutoCAD or DWG TrueView
Additional information
Introduction
A reducer is a mechanism consisting of gear or worm gears, made in the form of a separate unit and serving to transfer power from the engine to the working machine.
The purpose of the reduction gear is to reduce the angular speed and increase the torque of the driven shaft compared to the driving shaft.
It is necessary to design a reduction gear for a screw conveyor, as well as to select couplings, a motor, and design a frame. The reduction gear consists of cast iron housing, in which gear elements gear wheels, bearings, shaft, etc. are placed. Input shaft is connected with motor by means of coupling, output shaft is connected with conveyor.
Привод.dwg
