Draw a front section and profile for a worm and gear in an interlocking position according to the following data: 1- Center distance (center distance = 50 mm) 2- The outer diameter of the worm = 32 mm
Draw a front section and profile for a worm and gear in an interlocking position according to the following data: 1- Center distance (center distance = 50 mm) 2- The outer diameter of the worm = 32 mm
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
![Draw a front section and profile for a worm
and gear in an interlocking position according
to the following data:
1- Center distance (center distance = 50 mm)
2- The outer diameter of the worm = 32 mm
%3D
3- The step diameter of the worm = 26 mm
4- The root diameter of the worm = 20 mm
5- The width of the face = 22 mm
6- The length of the worm = 54 mm
7- The diameter of the worm shaft = 16 mm
%3D
8- The length of the shaft Worm = 45 mm on
each side
9- The diameter of the gear hole = 24 mm
10- The diameter of the hub = 42 mm
11- The width of the hub =
10 mm on one side
12- The type of key is the Gib
With dimensions on the drawing](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3f780e46-ff10-410b-bcab-ae69b96da85c%2Ff9a7d0d4-7d71-416f-a80b-d57b4dddb934%2Fdm0il2s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Draw a front section and profile for a worm
and gear in an interlocking position according
to the following data:
1- Center distance (center distance = 50 mm)
2- The outer diameter of the worm = 32 mm
%3D
3- The step diameter of the worm = 26 mm
4- The root diameter of the worm = 20 mm
5- The width of the face = 22 mm
6- The length of the worm = 54 mm
7- The diameter of the worm shaft = 16 mm
%3D
8- The length of the shaft Worm = 45 mm on
each side
9- The diameter of the gear hole = 24 mm
10- The diameter of the hub = 42 mm
11- The width of the hub =
10 mm on one side
12- The type of key is the Gib
With dimensions on the drawing
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