The following particulars apply to an inclined belt conveyor: Length of conveyor (loading end to discharge end): 100 m Speed of belt: 1,5 m/s Angle of wrap around driving pulley: 220 degrees Coefficient of friction between belt and driving pulley: 0,3 Mass of rock conveyed (mass flow rate): 300 t/h The discharge end is 22 m higher than the loading end. The total friction is equivalent to a force of 6,5 kN in the belt at the head pulley. The efficiency of the drive is 90%. 4.2.1 Calculate the power of the motor. 4.2.2 Calculate the minimum tension in the slack side of the belt as it leaves the driving pulley
The following particulars apply to an inclined belt conveyor: Length of conveyor (loading end to discharge end): 100 m Speed of belt: 1,5 m/s Angle of wrap around driving pulley: 220 degrees Coefficient of friction between belt and driving pulley: 0,3 Mass of rock conveyed (mass flow rate): 300 t/h The discharge end is 22 m higher than the loading end. The total friction is equivalent to a force of 6,5 kN in the belt at the head pulley. The efficiency of the drive is 90%. 4.2.1 Calculate the power of the motor. 4.2.2 Calculate the minimum tension in the slack side of the belt as it leaves the driving pulley
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 particulars apply to an inclined belt conveyor:
Length of conveyor (loading end to discharge end): 100 m
Speed of belt: 1,5 m/s
Angle of wrap around driving pulley: 220 degrees
Coefficient of friction between belt and driving pulley: 0,3
Mass of rock conveyed (mass flow rate): 300 t/h
The discharge end is 22 m higher than the loading end. The total friction is equivalent to a force of 6,5 kN in the belt at the head pulley. The efficiency of the drive is 90%.
4.2.1 Calculate the power of the motor.
4.2.2 Calculate the minimum tension in the slack side of the belt as it leaves the driving pulley
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