I don't know what this true position on the hole is constraining. Bolt circle diameter or orientation of the hole maybe? Trying to determine if I need to measure the hole as a cylinder. Appreciate the help.
Use only one probe/tip combo to define the reference sphere location.
Probably use the shorter probe build for this. Tip A0B0, this will be your 'master' probe.
First I'd reset the tips (there's a button on the probe utilities window for this).
Then calibrate it answering 'yes the sphere has moved' when prompted.
if you are calibrating any other angles on this probe at the same time they will be calibrated correctly in relation to your master probe (the first tip calibrated will define the reference sphere location)
Reset the tips on the second probe. Calibrate this answering 'no the sphere has not moved'.
Tip A0B0 of the master probe is the only tip you ever use the define the reference sphere with.
So if you move the sphere, or take it off and out it back in the same location you must always calibrate the m6atter probe (yes sphere has moved). All other probes or tip angles (no sphere has not moved).
Use only one probe/tip combo to define the reference sphere location.
Probably use the shorter probe build for this. Tip A0B0, this will be your 'master' probe.
First I'd reset the tips (there's a button on the probe utilities window for this).
Then calibrate it answering 'yes the sphere has moved' when prompted.
if you are calibrating any other angles on this probe at the same time they will be calibrated correctly in relation to your master probe (the first tip calibrated will define the reference sphere location)
Reset the tips on the second probe. Calibrate this answering 'no the sphere has not moved'.
Tip A0B0 of the master probe is the only tip you ever use the define the reference sphere with.
So if you move the sphere, or take it off and out it back in the same location you must always calibrate the m6atter probe (yes sphere has moved). All other probes or tip angles (no sphere has not moved).
