Maybe I am slow...
The bearing is all moving parts, so how does the rotational position of the outer race matter?
The spindle is rotating inside it, and regardless of where it is, the shaft will still rotate.
Maybe centering matters?
If the bearing race is offset a micron then the shaft will be offset that amount, then having opposite end opposite may make a difference that may be possible to measure.
Unless you have tools that measure to 5 Decimal point and have drawings that require accuracy to 4, and intend to do that level of work, just assume it was built correctly and put it back together.
Sent from my SM-G781V using Tapatalk
The bearing is all moving parts, so how does the rotational position of the outer race matter?
The spindle is rotating inside it, and regardless of where it is, the shaft will still rotate.
Maybe centering matters?
If the bearing race is offset a micron then the shaft will be offset that amount, then having opposite end opposite may make a difference that may be possible to measure.
Unless you have tools that measure to 5 Decimal point and have drawings that require accuracy to 4, and intend to do that level of work, just assume it was built correctly and put it back together.
Sent from my SM-G781V using Tapatalk
