Disassembling both front and rear differentials (getting into my restoration) and replacing seals, front ring and pinion (they were very pitted) and full hub rebuilds and have a question. Noticed on both front and rear after removing rear seal (wow those things were stuck in there) and find that there is allot of play between the rear bearing and retaining nut. When I mock-up pinion gear with yoke flange it appears that the pressure on the inner and outer bearings if from torque at flange nut (no play at all)
Question? should the retaining nut be applying pressure to the bearing? don't see why since the yoke is what applies the proper amount of load on bearings, and if not, why is it even in their?
Any info would be helpfull since I am getting ready to blast, paint and re-assembly but do not want to put the new rear seal in until I'm sure about the rear bearing retaining nut. Also, anyone else have problems with turning thes retaining nuts, mine wont budge (and yes I did remove the locking screw)
Thanks
Question? should the retaining nut be applying pressure to the bearing? don't see why since the yoke is what applies the proper amount of load on bearings, and if not, why is it even in their?
Any info would be helpfull since I am getting ready to blast, paint and re-assembly but do not want to put the new rear seal in until I'm sure about the rear bearing retaining nut. Also, anyone else have problems with turning thes retaining nuts, mine wont budge (and yes I did remove the locking screw)
Thanks
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