A Pully drive system used in washing machine is designed based on flat belt as in Figure.1/a. The tension in the  pully is 140 ? when it is stationary. The geometry specifications (Diameters and lap angle) are shown in  Figure.2. The speed of rotation N is 1700 rpm and the coefficients of friction is ? = 0.25   1. Find the initial tension in each side  2. Find the power transmitted on the smaller wheel 3. Discuss the initial tension requirements/calculations to convert the system to the operation of a Vbelt drive, if the included angle of V-section ? = 18.5 ? (assume ? = 0.25) , in your discussion

Elements Of Electromagnetics
7th Edition
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A Pully drive system used in washing machine is designed based on flat belt as in Figure.1/a. The tension in the 
pully is 140 ? when it is stationary. The geometry specifications (Diameters and lap angle) are shown in 
Figure.2. The speed of rotation N is 1700 rpm and the coefficients of friction is ? = 0.25

 

1. Find the initial tension in each side 
2. Find the power transmitted on the smaller wheel
3. Discuss the initial tension requirements/calculations to convert the system to the operation of a Vbelt drive, if the included angle of V-section ? = 18.5
?
(assume ? = 0.25) , in your discussion 
compare the critical tension ration for both type and the transmitted power values

Project 1:
A Pully drive system used in washing machine is designed based on flat belt as in Figure.1/a. The tension in the
pully is 140 N when it is stationary. The geometry specifications (Diameters and lap angle) are shown in
Figure.2. The speed of rotation N is 1700 rpm and the coefficients of friction is μ = 0.25
Flat Belt
(a)
(b)
Figure.1: Flat vs V-belt pully drive section
D₂-240 mm
0-160
V-Belt
D-480 mm
Transcribed Image Text:Project 1: A Pully drive system used in washing machine is designed based on flat belt as in Figure.1/a. The tension in the pully is 140 N when it is stationary. The geometry specifications (Diameters and lap angle) are shown in Figure.2. The speed of rotation N is 1700 rpm and the coefficients of friction is μ = 0.25 Flat Belt (a) (b) Figure.1: Flat vs V-belt pully drive section D₂-240 mm 0-160 V-Belt D-480 mm
Figure.2: Pully drive system specifications
1. Find the initial tension in each side
2. Find the power transmitted on the smaller wheel
3.
Discuss the initial tension requirements/calculations to convert the system to the operation of a V-
belt drive, if the included angle of V-section ß = 18.5º (assume μ = 0.25), in your discussion
compare the critical tension ration for both type and the transmitted power values.
Transcribed Image Text:Figure.2: Pully drive system specifications 1. Find the initial tension in each side 2. Find the power transmitted on the smaller wheel 3. Discuss the initial tension requirements/calculations to convert the system to the operation of a V- belt drive, if the included angle of V-section ß = 18.5º (assume μ = 0.25), in your discussion compare the critical tension ration for both type and the transmitted power values.
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