Linear force on lead screw drive

AI Thread Summary
The discussion centers on calculating the linear force exerted by a metal plate attached to a lead screw driven by a stepper motor with 280 oz-in of torque. Participants emphasize the importance of using the correct search terms for finding relevant information, suggesting terms like "linear drive lead screw design equations." One user shares a specific resource from MIT that could aid in understanding the calculations involved. The conversation highlights the need for persistence and creativity in searching for technical solutions. Overall, the thread provides insights into both the mechanical aspects of lead screw drives and effective research strategies.
Nico33
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I have a lead screw drive. The stepper motor puts out 280 oz-in of torque. Its attached to a 1/2 inch dia., .200" pitch, 2 start lead screw. There is a plate that's attached to the screw that moves back and forth along the screw. How much force can that metal plate exert in a linear motion?
 
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This sounds like homework, have you done any work to try and solve this problem? Even something as simple as an internet search?
 
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It's not homework. It's for my job. It's a problem we're trying to solve. I've been doing online searches for quite some time now.
 
That is very helpful, thank you. Maybe I was wording it incorrectly when I was searching.
 
I understand, just be persistent and imaginative in rewording your searchs. Sometimes, when I search I have to restate my search description several times in order to find what I looking for; and, even that does not reveal information that I am sure is out there somewhere.
 
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