The machine design has stated that a 2.5 kW electric motor with an input speed of 1000 RPM is needed for the machine bed to move. This motor is connected to a gearbox where the input shaft rotates clockwise and is linked to an output via a lay shaft as shown in the diagram. The overall efficiency of this gearbox is 60%. Gear A has 60 teeth Gear B has 120 teeth Gear C has 40 teeth Gear D has 80 teeth From this information you will need to calculate: a) The gear ratio of the gearbox. Input Output
The machine design has stated that a 2.5 kW electric motor with an input speed of 1000 RPM is needed for the machine bed to move. This motor is connected to a gearbox where the input shaft rotates clockwise and is linked to an output via a lay shaft as shown in the diagram. The overall efficiency of this gearbox is 60%. Gear A has 60 teeth Gear B has 120 teeth Gear C has 40 teeth Gear D has 80 teeth From this information you will need to calculate: a) The gear ratio of the gearbox. Input Output
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:The machine design has stated that a 2.5 kW electric motor
with an input speed of 1000 RPM is needed for the machine
bed to move. This motor is connected to a gearbox where the
input shaft rotates clockwise and is linked to an output via a
lay shaft as shown in the diagram. The overall efficiency of
this gearbox is 60%.
Gear A has 60 teeth
Gear B has 120 teeth
Gear C has 40 teeth
Gear D has 80 teeth
From this information you will need to calculate:
a) The gear ratio of the gearbox.
Input
B
Output
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