clearance or interference fit of a taper is purely dependant on their relative position to each other along the axis of the BB.We_are_Stevo":wms02957 said:Charlieboy28":wms02957 said:Interference fit
It is a fit always ensuring some interference between the hole and shaft in the coupling. The upper limit size of the hole is smaller or at least equal to the lower limit size of the shaft. RIGHT
WRONG! :facepalm:
This refers to parallel surfaces where the hole is actually smaller than what you are fitting into it, NOT a taper fit...
...a good example of an 'interference fit' is a steel bearing in an alloy crankcase where you heat the crankcase, freeze the bearing and fit the one t'other; or a steel liner in an alloy cyclinder, NOT something that requires A BOLT to hold it in place...
...Jeez!
SKF say their tapered bearings are an interference fit. . . measured by lock ring tightening angle, the parrallels are pretty obvious here and I think they'd know a lot more than any of us
http://www.skf.com/group/products/beari ... index.html