Would open or flanged ball bearings be better for this application?

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For applications involving a gear resting on ball bearings, both open and flanged ball bearings have distinct advantages. Open ball bearings allow for easier lubrication but require additional measures to contain grease or oil. Flanged ball bearings can simplify mounting but may not retain lubrication as effectively. It's crucial to calculate both thrust and radial loads to ensure the selected bearings can handle the operational demands. Consideration of misalignment and speed is also essential for optimal performance.
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Hey all, recently found this site about ball bearings and have a question:

http://www.mcmaster.com/#standard-ball-and-roller-bearings/=ecllbn

I have an application that will have a gear sit on top of the ball bearing as it spins (the weight won't be too large, don't want it to be), what would be the better options? Open ball bearings? Flanged ball bearings? Something else?
 
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You need to work out the thrust (axial) load as well as the radial load, and find bearings that can support them. Also consider misalignment and speed. Try SKF's site, it has pretty comprehensive tools to select a bearing.

The ones with the covers can have grease retained in them. If it's open you'll need to contain the grease or oil some other way.

The flange is kind of secondary. Depends how you prefer to mount it.
 
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