Usually, yes.
Usually, yes.
take all the bolts out of the rearend pumpkin cover and you will see the rearend gears, push the axle inwards and you will see a C clip that holds it in place inside the rearend, pull the C clip out and then you can pull the axle out.
There is a small C-Clip on the end of the Axle Shaft (inside of the differential) that holds the axle in place. This clip may have been busted or fell off the end of the axle shaft.
Yes and it is called a C-clip. Not being SMART, But you should have someone that has removed them before / Do it for you.
Remove the center cap, washers and C-clip and the wheel should slide off.
I am replacing a wheel bearing on my 1993 G20 Beauville, so had to answer this. Depends on whether you have a full floating or semi-floating axle setup. Most Chev 3/4 ton (G20) will have the semi-floating axle. You can identify this at the wheel because you will see only the 5 wheel nuts. This type has a C-clip at the end of the axle in the differential so you will need to remove the differential back cover, then remove the pinion lock screw and pinion gear shaft. Push the axle inwards(probably need a helper) and the C-clip will appear, ready to remove and release the axle. I think it is a little harder to locate the C-clips if you have a locking type differential but they are in there. Full floating is more heavy-duty and you will know it by the 8 bolts inside the ring of wheel nuts on a projecting hub at the center of the wheel. No C-clip for this axle type. I think you just need to take the 8 bolts off and free the hub flange to remove the axle.
I am replacing a wheel bearing on my 1993 G20 Beauville, so had to answer this. Depends on whether you have a full floating or semi-floating axle setup. Most Chev 3/4 ton (G20) will have the semi-floating axle. You can identify this at the wheel because you will see only the 5 wheel nuts. This type has a C-clip at the end of the axle in the differential so you will need to remove the differential back cover, then remove the pinion lock screw and pinion gear shaft. Push the axle inwards(probably need a helper) and the C-clip will appear, ready to remove and release the axle. I think it is a little harder to locate the C-clips if you have a locking type differential but they are in there. Full floating is more heavy-duty and you will know it by the 8 bolts inside the ring of wheel nuts on a projecting hub at the center of the wheel. No C-clip for this axle type. I think you just need to take the 8 bolts off and free the hub flange to remove the axle.
The axles are held in place by a "C" clip on the end of the axle in the diff carrier. You have to remove the cover on the center section to get to it. Once the clip is removed, the axle should slide out.
Remove the 5/16 head bolt then pull out the pin, push in the axle and remove clip.
Take rear cover off and losen the 6mm. head bolt. Rotate the gears and remove c-clip from axle. Slide axle out.
it may be the wrong cv axle, may have been installed incorrectly, the c-clip on the shaft has separated from the cage, or the c-clip is missing. it mostly seems like a wrong axle.
access the rear differential, and remove cover.remove 5/16 bolt and remove pin holding axle in. with wheel and drum off, push axle in to reveal c-clip inside differential. once c-clip is removed, pull axle out of axle housing. remove axle seal with seal puller to access bearing. bearing must be removed using apropriate tools(bearing puller, slide hammer, etc..). install new bearing with bearing driver. install new seal with seal driver. reinstall remaining parts in reverse order.
Either a nut on the axle or with a C clip against the outside hub of the wheel.