ArmyJoe
New member
I had a clanking noise coming from my spocket area, so I took it in for a warranty repair. The dealer said they heard nothing but "brake noise" and gave the Spyder back to me without troubleshooting further.
Following the directions here, I dropped my rear wheel and found the sprocket bearing (NSK 30BD40DF2) had a bit of side to side movement.
I took the wheel back into the dealer to show the tech. He didn't think the free play was a big deal, but I convinced him to pop out the bearing so I can replace it.
When he came back out, he commented that the bearing seemed fine, but the outside was shiny. In my head, I'm thinking the free play was the entire bearing moving and the entire bearing is spinning inside the sprocket.
I don't have another bearing to compare it to, but here it is:
In addition, I noticed after I cleaned the grease off the bearing and sprocket, that the bearing freely dropped into the sprocket and could be pulled out by hand. It was my understanding that these should be tight enough to require a blind hole puller.
This brings me to my questions:
Assuming the entire bearing was spinning, could metal have been removed from the inside of the hub?
If that throws off my tolerances, what can I do to ensure the new bearing doesn't also spin (besides replacing the sprocket)?
Thanks,
Joe
Following the directions here, I dropped my rear wheel and found the sprocket bearing (NSK 30BD40DF2) had a bit of side to side movement.
I took the wheel back into the dealer to show the tech. He didn't think the free play was a big deal, but I convinced him to pop out the bearing so I can replace it.
When he came back out, he commented that the bearing seemed fine, but the outside was shiny. In my head, I'm thinking the free play was the entire bearing moving and the entire bearing is spinning inside the sprocket.
I don't have another bearing to compare it to, but here it is:
In addition, I noticed after I cleaned the grease off the bearing and sprocket, that the bearing freely dropped into the sprocket and could be pulled out by hand. It was my understanding that these should be tight enough to require a blind hole puller.
This brings me to my questions:
Assuming the entire bearing was spinning, could metal have been removed from the inside of the hub?
If that throws off my tolerances, what can I do to ensure the new bearing doesn't also spin (besides replacing the sprocket)?
Thanks,
Joe
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