Axle nut torque
#31
280LB-FT fully greased and prepped? I assume yeah it should be fine. But...again, that's a LOT more tension than Honda is recommending.
Its likely going to result in more tension than your 300LB-FT method you described above.
Idk how fond you are of equations...but the easiest one to use is:
Torque = (Coefficient of Friction) x (Thread diameter) x (Tension Force)
Ideally, you'd solve for tension force.
You don't ever want tension to be more than 75% of the stub's yield point.
Again...no idea what the stub is made from so...your guess is as good as mine.
If you had a dial indicator and time..you could probably figure out the stub's modulus.
Fastenal has a torque/tension chart that you can use for accepted friction levels on zinc plated threads. They will give you greased and dry numbers.
I realise all this is massively boring. But its how I arrived at my 250LB greased/prepped method.
Also...use a torque wrench, bruv.
Its likely going to result in more tension than your 300LB-FT method you described above.
Idk how fond you are of equations...but the easiest one to use is:
Torque = (Coefficient of Friction) x (Thread diameter) x (Tension Force)
Ideally, you'd solve for tension force.
You don't ever want tension to be more than 75% of the stub's yield point.
Again...no idea what the stub is made from so...your guess is as good as mine.
If you had a dial indicator and time..you could probably figure out the stub's modulus.
Fastenal has a torque/tension chart that you can use for accepted friction levels on zinc plated threads. They will give you greased and dry numbers.
I realise all this is massively boring. But its how I arrived at my 250LB greased/prepped method.
Also...use a torque wrench, bruv.
I did not grease the threads, but I could get the nut to bottom out with my fingers, which I couldn't do before I cleaned them.
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