asically we’re designing a machine that has rollers to flattened and rotating shaft to roll a strip of dried leaves into a bundle. Now we were advised to provide calculations with the relevant engineering parameters including the sizing of gears, belt and pulley, the torque requirement of each machine element and the power rating of the motor. The entire machine is powered by a stepper motor connected with a timing belt and pulley for power transmission. and gears that will rotate the shaft. Can you give us the flow of calculations from the rollers, the rotating shaft, up to sizing pf belt and pulley and gear ratios, with the last step as finding the power requirement (in hp) of the entire machine?
asically we’re designing a machine that has rollers to flattened and rotating shaft to roll a strip of dried leaves into a bundle. Now we were advised to provide calculations with the relevant engineering parameters including the sizing of gears, belt and pulley, the torque requirement of each machine element and the power rating of the motor. The entire machine is powered by a stepper motor connected with a timing belt and pulley for power transmission. and gears that will rotate the shaft. Can you give us the flow of calculations from the rollers, the rotating shaft, up to sizing pf belt and pulley and gear ratios, with the last step as finding the power requirement (in hp) of the entire machine?
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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basically we’re designing a machine that has rollers to flattened and rotating shaft to roll a strip of dried leaves into a bundle. Now we were advised to provide calculations with the relevant engineering parameters including the sizing of gears, belt and pulley, the torque requirement of each machine element and the power rating of the motor.
The entire machine is powered by a stepper motor connected with a timing belt and pulley for power transmission. and gears that will rotate the shaft.
Can you give us the flow of calculations from the rollers, the rotating shaft, up to sizing pf belt and pulley and gear ratios, with the last step as finding the power requirement (in hp) of the entire machine?
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