Vibration. Play in Axle Stub-Diff.-Roller Bearing? Clutch?
Posted: Thu May 15, 2008 5:38 am
Hi,
Could excess play in the axle stub of my sedan (5-spd, FWD, 151K miles) be the cause for vibration/shaking that increases with speed - due to a worn differential roller bearing? (I can grab the axle stub and move it up and down when cold, but after running/heated, there is no play.)
I've read posts addressing o-ring and oil seal replacement (and necessary caution in realigning the retainer - counting notches).
Does the bearing retainer actually hold the bearing, so when I remove the retainer I'll be able to remove/replace the bearing?
If so, in replacing the retainer, can I assume the retainer is in the same position as when new, so I can just align the retainer in the same position with the new bearing?
(The driver's side axle stub is still tight, when cold or hot. ) Will I have to unscrew the drivers/left side retainer and confirm both are at the same number of back turns? (Should I have to do this, assuming I'm re-creating the original, new condition on the right side?)
Would anyone have the appropriate excerpt from an fsm that could help me with this?
The original clutch is in this car. It doesn't slip but is there a chance that it, or a related part, it is causing vibration? When I coast with the clutch in, most of the vibration disappears.
Thanks for the help!
Mike
Could excess play in the axle stub of my sedan (5-spd, FWD, 151K miles) be the cause for vibration/shaking that increases with speed - due to a worn differential roller bearing? (I can grab the axle stub and move it up and down when cold, but after running/heated, there is no play.)
I've read posts addressing o-ring and oil seal replacement (and necessary caution in realigning the retainer - counting notches).
Does the bearing retainer actually hold the bearing, so when I remove the retainer I'll be able to remove/replace the bearing?
If so, in replacing the retainer, can I assume the retainer is in the same position as when new, so I can just align the retainer in the same position with the new bearing?
(The driver's side axle stub is still tight, when cold or hot. ) Will I have to unscrew the drivers/left side retainer and confirm both are at the same number of back turns? (Should I have to do this, assuming I'm re-creating the original, new condition on the right side?)
Would anyone have the appropriate excerpt from an fsm that could help me with this?
The original clutch is in this car. It doesn't slip but is there a chance that it, or a related part, it is causing vibration? When I coast with the clutch in, most of the vibration disappears.
Thanks for the help!
Mike