A cam is to be used for a platform that will repeatedly lift boxes from a lower conveyor to an upper conveyor. Plot a displacement diagram and determine the required speed of the cam when the follower motion sequence is as follows: 1. Rise 1.5 in. in 1 s. 2. Dwell for 0.9 s. 3. Fall 1 in. in O.5 s. 4. Rise 0.5 in. in O.4 s. 5. Dwell 0.6 s. 6. Fall 1 in. in 0.7 s. Find: 1. Calculate the Time for a Full Cycle 2. Calculate the Required Rotational Speed of the Cam 3. Determine the Cam Rotation for Each Follower Motion Interval 4. Plot the Displacement Diagram.
A cam is to be used for a platform that will repeatedly lift boxes from a lower conveyor to an upper conveyor. Plot a displacement diagram and determine the required speed of the cam when the follower motion sequence is as follows: 1. Rise 1.5 in. in 1 s. 2. Dwell for 0.9 s. 3. Fall 1 in. in O.5 s. 4. Rise 0.5 in. in O.4 s. 5. Dwell 0.6 s. 6. Fall 1 in. in 0.7 s. Find: 1. Calculate the Time for a Full Cycle 2. Calculate the Required Rotational Speed of the Cam 3. Determine the Cam Rotation for Each Follower Motion Interval 4. Plot the Displacement Diagram.
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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Transcribed Image Text:Problem:
A cam is to be used for a platform that will repeatedly lift boxes from a lower conveyor to
an upper conveyor. Plot a displacement diagram and determine the required speed of the
cam when the follower motion sequence is as follows:
1. Rise 1.5 in. in 1 s.
2. Dwell for 0.9 s.
3. Fall 1 in. in 0.5 s.
4. Rise 0.5 in. in O.4 s.
5. Dwell 0.6 s.
6. Fall 1 in. in 0.7 s.
Find:
1. Calculate the Time for a Full Cycle
2. Calculate the Required Rotational Speed of the Cam
3. Determine the Cam Rotation for Each Follower Motion Interval
4. Plot the Displacement Diagram.
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