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But the Atlas fix / "Bearden" fix uses a shaft with a hex end on it, in a hex-shaped recess in the flywheel.That means that at any point in the rotation, there are always 6 sides symmetrically pushingon the shaft to keep it centered at that end. With the two little ears, at any point in the rotation, theshaft is held centered through one plane, but can rotate on the axis of the ears in the other. The other thing the Bearden fixhas is a real bearing on the other end of the worm shaft, not just a washer. That bearing provides more lengthfor the shaft to go through, which helps keep the shaft from pivoting at that bearing.The 2nd thrust washer with the bigger hole in it isn't going to really touch the shaft, if I understand this correctly. It'sthere to take up axial load, not keep the shaft aligned.I suppose as long as the ball is firmly in the cup, it might work. I fear the shaft is going to wing around like a jumprope being swung between two children.
I suppose as long as the ball is firmly in the cup, it might work. I fear the shaft is going to wing around like a jumprope being swung between two children.
I would do two bearing washers and a dogbone (with the two matching cups)I like thrust on bearing blocks, not motors.the dogbone solution takes up some more space ...
Are you sure you got the right part? (Pete is referring to the cup/coupler) 0.047" is 1.20mm (Minitrix motors use that size shafts) while 0.059" is 1.50mm (more standard size shaft). Sounds like the part you bought is designed for the 1.20mm shaft.
P.S. be sure and adjust the eccentric crank.
Stay tuned for more updates, forumers....
Don't know if it matters with the other problems, but you have one rod installed wrong.