Q: Figure (1) shows a schematic drawing of a countershaft which is part of the conveyor system and supports two belt pulleys (A & B). The belt tensions are parallel for pulley B and inclined with angle 45° for pulley A. The pulley A receives a power from a motor and then delivers to conveyor belt through pulley B. All dimensions are in mm. Required: Design the shaft as shown in figure (1) at points O, A, B & E. 300 400 310.5 N 46.5 N/ 150 Figure (1) 250 dia.- -300 dia. 50 N Pulley A Pulley B-

Q: Figure (1) shows a schematic drawing of a countershaft which is part of the conveyor system and supports two belt pulleys (A & B). The belt tensions are parallel for pulley B and inclined with angle 45° for pulley A. The pulley A receives a power from a motor and then delivers to conveyor belt through pulley B. All dimensions are in mm. Required: Design the shaft as shown in figure (1) at points O, A, B & E. 300 400 310.5 N 46.5 N/ 150 Figure (1) 250 dia.- -300 dia. 50 N Pulley A Pulley B-

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

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Q: Figure (1) shows a schematic drawing of a countershaft which is part of the
conveyor system and supports two belt pulleys (A & B). The belt tensions are parallel
for pulley B and inclined with angle 45° for pulley A. The pulley A receives a power
from a motor and then delivers to conveyor belt through pulley B. All dimensions are in
mm.
Required: Design the shaft as shown in figure (1) at points O, A, B & E.
300
400
310.5 N
46.5 N/
150
Figure (1)
250 dia.-
-300 dia.
50 N
Pulley A
Pulley B-
270 N

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