The above Gear Train is a 4 Stage Speed Reducer. A motor drives a single threaded Worm and 52 Tooth Worm Wheel ( Gears A & B) which then drive a Three Stage Spur Gear Speed Reducer. Gear "H" is attached to the Output Shaft. The number of teeth of spur gears C and D, E and F, nd G and H are shown in the Table. Calculate the following; ) Train Value, TV of the 4 Stage Speed Reducer ) Mechanical Advantage, MA If the Input Angular Velocity, WIN is equal to 1,000 RPM, Calculate WOUT of the Output Shaft. If the Output Torque is 60 ounce-inches, calculate the Input Torque assuming zero friction.

The above Gear Train is a 4 Stage Speed Reducer. A motor drives a single threaded Worm and 52 Tooth Worm Wheel ( Gears A & B) which then drive a Three Stage Spur Gear Speed Reducer. Gear "H" is attached to the Output Shaft. The number of teeth of spur gears C and D, E and F, nd G and H are shown in the Table. Calculate the following; ) Train Value, TV of the 4 Stage Speed Reducer ) Mechanical Advantage, MA If the Input Angular Velocity, WIN is equal to 1,000 RPM, Calculate WOUT of the Output Shaft. If the Output Torque is 60 ounce-inches, calculate the Input Torque assuming zero friction.

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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Question

Please explain?

The above Gear Train is a 4 Stage Speed Reducer. A motor drives a single threaded Worm and
52 Tooth Worm Wheel ( Gears A & B) which then drive a Three Stage Spur Gear Speed Reducer.
Gear "H" is attached to the Output Shaft. The number of teeth of spur gears C and D, E and F,
nd G and H are shown in the Table. Calculate the following;
) Train Value, TV of the 4 Stage Speed Reducer
) Mechanical Advantage, MA
If the Input Angular Velocity, WIN is equal to 1,000 RPM, Calculate WOUT of the Output Shaft.
If the Output Torque is 60 ounce-inches, calculate the Input Torque assuming zero friction.

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