tosoutherncars
Jedi Knight
Offline
Good point, thanks Bill!
I've cleaned, re-packed, and reinstalled the original inner ball bearings, which has re-centered the disc in between the brake pads. I used the new (rubber) seals that came with the tapered bearings, since the (old) metal-shell seals were deformed when removed. Forget this 30205X nonsense!
For the outer, I'm going to try the roller bearings... I've left the spacer in, although it's very difficult to tell whether it's actually contacting the back side of the outer bearing. Torque-wise, I'm going to try for just about .000-.001 endfloat, as would normally be done with the rollers, so there will be very little pressure on the nut & washer. Due to the extra thickness of the tapered bearing, the nut sits a tiny bit further out, but I can still get a cotter through the hole.
So that's it. Final reassembly tomorrow... Frankly, I don't care whether it lasts 100 miles, and I have to redo it. I just want to get the car re-safetied, re-plated, cleaned up and packed away for winter! But, that being said, I can't think of any reason why the two bearing technologies can't get along. The inner ball bearing shouldn't need the high torque and the pressure of the spacer, as long as the outer does its job, and takes out some of the slop.
Predictions of catastrophic failure, anyone? Has anyone tried running them like this before?
I've cleaned, re-packed, and reinstalled the original inner ball bearings, which has re-centered the disc in between the brake pads. I used the new (rubber) seals that came with the tapered bearings, since the (old) metal-shell seals were deformed when removed. Forget this 30205X nonsense!
For the outer, I'm going to try the roller bearings... I've left the spacer in, although it's very difficult to tell whether it's actually contacting the back side of the outer bearing. Torque-wise, I'm going to try for just about .000-.001 endfloat, as would normally be done with the rollers, so there will be very little pressure on the nut & washer. Due to the extra thickness of the tapered bearing, the nut sits a tiny bit further out, but I can still get a cotter through the hole.
So that's it. Final reassembly tomorrow... Frankly, I don't care whether it lasts 100 miles, and I have to redo it. I just want to get the car re-safetied, re-plated, cleaned up and packed away for winter! But, that being said, I can't think of any reason why the two bearing technologies can't get along. The inner ball bearing shouldn't need the high torque and the pressure of the spacer, as long as the outer does its job, and takes out some of the slop.
Predictions of catastrophic failure, anyone? Has anyone tried running them like this before?