Consider the conveyor loop and data given for Example 10.52. Assuming clockwise conveyor travel, we showed that

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Consider the conveyor loop and data given for Example 10.52. Assuming clockwise conveyor travel, we showed that the conveyor speed must exceed 45 windows per minute (or 90 fpm) in order for the conveyor loop to be stable. Suppose the direction of the conveyor is reversed, that is, the conveyor travels counterclockwise. Determine the minimum conveyor speed required in windows per minute to ensure that the conveyor loop is stable.

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Facilities Planning

ISBN: 9780470444047

4th Edition

Authors: James A. Tompkins, John A. White, Yavuz A. Bozer, J. M. A. Tanchoco

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