Pillow Block for Vertical Iron Pipe Support

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SUMMARY

The discussion focuses on selecting an appropriate pillow block for supporting a 2-inch diameter black iron pipe vertically while allowing it to rotate. The user seeks a pillow block capable of handling an axial load of 100-150 lbs, which is atypical since pillow blocks are generally designed for loads parallel to the mounting surface. Angular contact bearings are recommended for this application, as they can manage both axial and radial loads effectively. It is crucial to ensure that the mounting clamp accommodates the pipe's surface tolerances to prevent premature wear of the bearings.

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  • Understanding of pillow block bearing applications
  • Knowledge of angular contact bearings and their load capacities
  • Familiarity with axial and radial load concepts
  • Experience with mounting techniques for cylindrical objects
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  • Research the specifications and load ratings of angular contact bearings
  • Explore different types of pillow blocks suitable for vertical applications
  • Learn about proper mounting techniques for pipes in bearing assemblies
  • Investigate the effects of load distribution on bearing performance
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Mechanical engineers, maintenance technicians, and anyone involved in the design or maintenance of rotating machinery that requires vertical support for pipes.

taylaron
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Hey,
I'm having some problems regarding what type of pillow block to use to support a 2'' diameter black iron pipe vertically, yet letting it spin on the pillow block.

I'm aware that the weight applied to a pillow blocks is usually parallel to the mounting surface (the way one would usually use a ball bearing). I am wondering if there is a pillow block out there that can support 100-150lbs, but on the wrong axis.
I plan to mount the rod on the pillow block using a collar above the pillow block (butting against it)

I'm sorry if the description is hard to understand but its also difficult to describe.

drawing attached
 

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Angular contact bearings (balls captured in deep races) can handle considerable axial load as well as radial load. A 150 pound axial load on an angular contact bearing with a 2" ID would be near the MINIMUM load you'd want on the bearing. Too little load and bearings can skid, wearing out faster.

If you're mounting on a pipe however, you may need to consider how the clamp is going to be affected. Normally, these surfaces are fairly high tolerance, so the natural surface of a pipe wouldn't suffice.
 

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