2001 Front axle seal replacement
#1
2001 Front axle seal replacement
I can't seem to find an axle seal tool to rent in town at the parts stores. And the price is way to high for a one time use tool. Does anybody have an alternative solution other than the expensive one time use tool? My parts are on the way so I really need a good idea for this weekends fun. Thanks
#2
#3
Can't use washers as a seal driver because you will crush the lip of the rubber seal.
Passenger's seal
Driver's
You need to use something like a hole saw or ABS plastic pieces shown above. I hunted through Home Depot for some suitable drivers and used a couple adapters. This almost fit the passenger's when I bought it:
It was a bit too big so I had to take down the threads before it would fit in (makeshift lathe)
I used a dishwasher bushing as a driver for the driver's side, with the top cut off. I jump into these projects with the intent of taking pictures and always forget so here's a stock picture
top cut off, drilled for 3/4" rod
I used a piece of wood as a holding plate on the spindle
The driver's side rig looked like this
For the passenger's side I used 2 nuts on the business end as a sandwich. I drilled out a washer to use as a locator for the driver
Then the driver goes on
Then a big washer and nut
The only action shot I got (this was before I stuck a washer on)
I'll mention a few things in hindsight. A metal driver is likely a better idea (hole saw, piece of exhaust pipe, pipe fittings, etc.) as it would make the system more rigid. I used plastic ones so as not to deform / hurt the seals, however I think this is a non-issue. I had problems with drawing the seals in evenly, even with a helper. It surely doesn't help that Dana chose not to put a step on either side for the seal to push up against as a locator / bottoming feature, so you are left driving it in as far and as crooked as you please. I got mine straightened up once in most of the way by using a long bar to go right through the entire axle, from the opposing side, having my dad hold the driver in place while I seated the side that was not quite even with a hammer.
Although fairly even all around, you can see the deformation that the drivers had:
If I were to do it again I'd use the long bar or set of extensions / hammering method to drive them in from the start. IMO there is more control as you can correct and hit certain sides to straighten up as you go. That's not to say the drawing method is bad, in fact I think with a metal driver that is sandwiched on both sides to eliminate any off center movement might be the answer to nice even drawing.
Passenger's seal
Driver's
You need to use something like a hole saw or ABS plastic pieces shown above. I hunted through Home Depot for some suitable drivers and used a couple adapters. This almost fit the passenger's when I bought it:
It was a bit too big so I had to take down the threads before it would fit in (makeshift lathe)
I used a dishwasher bushing as a driver for the driver's side, with the top cut off. I jump into these projects with the intent of taking pictures and always forget so here's a stock picture
top cut off, drilled for 3/4" rod
I used a piece of wood as a holding plate on the spindle
The driver's side rig looked like this
For the passenger's side I used 2 nuts on the business end as a sandwich. I drilled out a washer to use as a locator for the driver
Then the driver goes on
Then a big washer and nut
The only action shot I got (this was before I stuck a washer on)
I'll mention a few things in hindsight. A metal driver is likely a better idea (hole saw, piece of exhaust pipe, pipe fittings, etc.) as it would make the system more rigid. I used plastic ones so as not to deform / hurt the seals, however I think this is a non-issue. I had problems with drawing the seals in evenly, even with a helper. It surely doesn't help that Dana chose not to put a step on either side for the seal to push up against as a locator / bottoming feature, so you are left driving it in as far and as crooked as you please. I got mine straightened up once in most of the way by using a long bar to go right through the entire axle, from the opposing side, having my dad hold the driver in place while I seated the side that was not quite even with a hammer.
Although fairly even all around, you can see the deformation that the drivers had:
If I were to do it again I'd use the long bar or set of extensions / hammering method to drive them in from the start. IMO there is more control as you can correct and hit certain sides to straighten up as you go. That's not to say the drawing method is bad, in fact I think with a metal driver that is sandwiched on both sides to eliminate any off center movement might be the answer to nice even drawing.
#4
Can't use washers as a seal driver because you will crush the lip of the rubber seal.
#5
It wouldn't be a stellar idea to push on the outer lip of the seals especially in the case of the passengers side where it is literally a knife edge. Would be extremely difficult to centrally locate and size something the same OD / ever so slightly larger than the seal. Driving on the rubber is fine as it is metal backed and like you mentioned a socket would likely work well provided it was held with a nut on either side to prevent any off-axis movement while driving.