The power transmitted between two shafts 3.5 metres apart by a cross belt drive round the two pulleys 600 mm and 300 mm in diameters, is 6 kW. The speed of the larger pulley (driver) is 220 r.p.m. The permissible load on the belt is 25 N/mm width of the belt which is 5 mm thick. The coefficient of friction between the smaller pulley surface and the belt is 0.35. Determine : 1. necessary length of the belt ; 2. width of the belt, and 3. necessary initial tension in the belt. [Ans. 8.472 m; 53 mm ; 888 N]Subject:Theory of Machines 10.The power transmitted between two shafts 3.5 metres apart by a cross belt drive round the two pulleys600 mm and 300 mm in diameters, is 6 kW. The speed of the larger pulley (driver) is 220 r.p.m. Thepermissible load on the belt is 25 N/mm width of the belt which is 5 mm thick. The coefficient offriction between the smaller pulley surface and the belt is 0.35. Determine : 1. necessary length of thebelt ; 2. width of the belt, and 3. necessary initial tension in the belt.[Ans. 8.472 m ; 53 mm ; 888 NJ

two shafts at a distance of (x) = 3.5 m dia of pulley (d1) = 600 mm = 0.6 m d2 = 300 mm = 0.3 m…

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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The power transmitted between two shafts 3.5 metres apart by a cross belt drive round the two pulleys 600 mm and 300 mm in diameters, is 6 kW. The speed of the larger pulley (driver) is 220 r.p.m. The permissible load on the belt is 25 N/mm width of the belt which is 5 mm thick. The coefficient of friction between the smaller pulley surface and the belt is 0.35. Determine : 1. necessary length of the belt ; 2. width of the belt, and 3. necessary initial tension in the belt. [Ans. 8.472 m; 53 mm ; 888 N] Subject:Theory of Machines

10.
The power transmitted between two shafts 3.5 metres apart by a cross belt drive round the two pulleys
600 mm and 300 mm in diameters, is 6 kW. The speed of the larger pulley (driver) is 220 r.p.m. The
permissible load on the belt is 25 N/mm width of the belt which is 5 mm thick. The coefficient of
friction between the smaller pulley surface and the belt is 0.35. Determine : 1. necessary length of the
belt ; 2. width of the belt, and 3. necessary initial tension in the belt.
[Ans. 8.472 m ; 53 mm ; 888 NJ

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