The following figure shows a belt brake system operating on a brake drum of the hoisting mechanism. It consists of a cylinder with a diameter of 325 mm, the end of which is the elastic belt connected to both ends of the elastic belt by a crank arm articulated at B and the angle of rotation = 225 degrees. And the coefficient of friction is 0.3 and the latching force is f. Find the necessary F to generate a torque of 350 on the cylinder while it is rotating in the direction shown? Note that s = c = 135mm a = 500mm. 35mm following figure shows a belt braking system operating on a brake drum for a lifting mechanism. Itconsists of a drum with a diameter of 325 mm, and the two ends of the flexible belt are connectedwith a crank arm hinged at B and the angle of rotation = 225 °. Shown. Find the magnituderequired to generate a torque of ..350 on the drum while it is rotating in the direction shown?Note that s = 35mm,a = 500mm, cDrumBand of width, wTERRAZAS135,BSRotationSoommQuestion 6: The1Si

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Answered: following figure shows a belt braking…

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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The following figure shows a belt brake system operating on a brake drum of the hoisting mechanism. It consists of a cylinder with a diameter of 325 mm, the end of which is the elastic belt connected to both ends of the elastic belt by a crank arm articulated at B and the angle of rotation = 225 degrees. And the coefficient of friction is 0.3 and the latching force is f. Find the necessary F to generate a torque of 350 on the cylinder while it is rotating in the direction shown? Note that s = c = 135mm a = 500mm. 35mm

following figure shows a belt braking system operating on a brake drum for a lifting mechanism. It
consists of a drum with a diameter of 325 mm, and the two ends of the flexible belt are connected
with a crank arm hinged at B and the angle of rotation = 225 °. Shown. Find the magnitude
required to generate a torque of ..350 on the drum while it is rotating in the direction shown?
Note that s = 35mm,
a = 500mm, c
Drum
Band of width, w
TERRAZAS
135,
BS
Rotation
Soo
mm
Question 6: The
1
Si

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