aaronlosey
05-01-2002, 08:06 PM
i just pulled apart a dana 35 non c clip axle, and while splitting and pulling the bearings off the carrier i noticed there were no shims back there. what gives? are the carriers sometimes perfect from the factory? it was an open 4.10.
one other question. can someone post a picture of an rear axle shaft completely put together with the retaining plate, bearing assembly. thanks. ( the axle shot doesn't need to be a dana 35 neccessarily, i just want the general order of assembly since i've never rebuilt a non c clip axle before, so the axle shaft is different from what i am used to )
FULLSIZE
05-01-2002, 08:13 PM
it happens. not to sure how often, but i've seen it. sorry no pics. :beer:
CJ Lagos
05-01-2002, 09:03 PM
The shims should be outside the carrier bearing, inbetween the bearing race and the housing itself.
CJ
aaronlosey
05-02-2002, 06:01 AM
really, thats wierd. is it like that on all carriers, or just this axle? it did have to really think shims on the outside, that made it a really tight fit into the housing.
xj4rocks
05-02-2002, 06:11 AM
On my D44 the carrier shims are between the carrier and the bearing. Not sure about the 35 but i thought they were similar
As far as the axle shaft assembly order. no photo but here's the order
- axle shaft/bolt flange
- metal retainer plate
- outer seal
- bearing
- bearing retainer collar
:beer:
bulldozer
05-02-2002, 07:29 AM
On the 35, the shims are on the outside. They are pretty big compared to say a 44 shim. You don't stack them and they come in different sizes so you have to have a number of them to get it done right. A 35 kit comes with 20 of them.
aaronlosey
05-02-2002, 08:17 PM
thanks for the good tech guys. oh my GOD those bearings and retainer are a bitch to beat on!! i think i may just go have them pressed on the second shaft.
B.A.R.K
05-02-2002, 08:23 PM
you might want to double check those bearing, beating on them isnt that good of an idea:rolleyes:
aaronlosey
05-03-2002, 07:44 AM
i put the splitter on top of it to direct the force directly to the center section.