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#1
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The new plan was to incorporate some small 1/8" quad rings to act as seals but decided to go with o-rings instead. (less contact area making it easier to turn)
The "inner race ring" will be installed upside down and an o-ring added to seal against the inside face of the shoulder that supports the 100 - 1/4" balls on the stationary outer race. (Sorry the photo shows the quad ring) ![]() A new taller top spacer ring was made with an o-ring installed that will seal up against the ID of the sprocket. ![]() The new top spacer ring also needed to be a bit bigger in diameter to match up with the original ID of the sprocket.....Yikes....just enough clearance for the balls once the angle was cut on the spacer.......fun fun......more obstacles!! ![]() ![]() ![]() |
#2
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This is the order of how all this mess fits together....LOL...still need to drill the holes in the new top spacer!!
![]() ![]() ![]() ![]() ![]() Hopefully this will help someone else get ideas on building a swing bearing from scratch!! One thing to remember is that the rolling elements (balls) are only running on a flat surface and not on a radius. Because this bearing only has point contact on the balls it will most likely wear a bit faster. Thanks for looking!! KP |
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