how important are d44 axleshaft oil slingers?
#1
#2
If the slingers are located near where a shaft exits the housing, they throw the oil away from the seal area to make the seal's job of keeping the oil in the axle easier. That's a generic definition of what a oil slinger is when it's located in that position. I am not sure where they are located in your differential without looking at it.
#3
Franklin, when i tore down my axle, it came with neither of the two slingers in the picture.
I ordered the kit from autozone that has the outer slinger, but the inner one I have no clue where to find
PS. I should make mention that I think this axle is from a '94, but they are all pretty much the same right?
I ordered the kit from autozone that has the outer slinger, but the inner one I have no clue where to find
PS. I should make mention that I think this axle is from a '94, but they are all pretty much the same right?
#4
I did some reading around on this....you seem to have the same issue that many others are having. These are hard to come by.
I don't think these are oil slingers. That would be on the inboard side of the seal. These are external and are supposed to keep water and mud (and whatever) away from the outside of the seals I believe.
https://www.ford-trucks.com/forums/6...-just-mad.html
I don't think these are oil slingers. That would be on the inboard side of the seal. These are external and are supposed to keep water and mud (and whatever) away from the outside of the seals I believe.
https://www.ford-trucks.com/forums/6...-just-mad.html
#5
#6
#7
I believe the others are correct on the slingers out near the outer u-joints, it keeps mud and junk from getting packed in around the seal, which would let it eventually get passed it.
You can see in the upper part of the diagram there is a slinger in the pinion assembly picture, and it's right near the seal. It's just a little guarantee that no oil gets passed the seal when it's running.
In both cases the slinger fits tight around the shaft assemblies, and when the oil or dirt/mud gets to the slinger, it has to go around it and when it gets to the od of the slinger, centrifugal force throws it off the edge, effectively "slinging" it away from the seal.
You can see in the upper part of the diagram there is a slinger in the pinion assembly picture, and it's right near the seal. It's just a little guarantee that no oil gets passed the seal when it's running.
In both cases the slinger fits tight around the shaft assemblies, and when the oil or dirt/mud gets to the slinger, it has to go around it and when it gets to the od of the slinger, centrifugal force throws it off the edge, effectively "slinging" it away from the seal.
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#8
I believe the others are correct on the slingers out near the outer u-joints, it keeps mud and junk from getting packed in around the seal, which would let it eventually get passed it.
You can see in the upper part of the diagram there is a slinger in the pinion assembly picture, and it's right near the seal. It's just a little guarantee that no oil gets passed the seal when it's running.
In both cases the slinger fits tight around the shaft assemblies, and when the oil or dirt/mud gets to the slinger, it has to go around it and when it gets to the od of the slinger, centrifugal force throws it off the edge, effectively "slinging" it away from the seal.
You can see in the upper part of the diagram there is a slinger in the pinion assembly picture, and it's right near the seal. It's just a little guarantee that no oil gets passed the seal when it's running.
In both cases the slinger fits tight around the shaft assemblies, and when the oil or dirt/mud gets to the slinger, it has to go around it and when it gets to the od of the slinger, centrifugal force throws it off the edge, effectively "slinging" it away from the seal.
#9
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1999 - 2003 7.3L Power Stroke Diesel
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09-29-2017 10:40 PM