I have a part here with a pocket in it, on my drawing there is the symbol for profile tolerance, you know the one it’s the half circle.
This symbol also has the all round symbol attached to it & a toll of 0.2mm.
I thought of doing a profile scan & using the dimension function profile with the appropriate tolerance assigned, 0.2mm in this case.
I set out with this intent & all is fine up to dimensioning?
It would seem that the function of profile outputs the min/ max value of the scan and dose not include all-round or incremental deviation, i.e. if half your profile is 10mm bellow the centre line & the other 10mm above then the output value would be 20mm?
Anyone tell me how you would use a scan to check the deviation of a profile from nominal, i.e. the deviation of each point, while using the dimension symbol profile?
I have used vector points & used sheet metal toll of +/- 0.1mm when outputting the location of the points. Which works but I have 10 pages that I would need to print out. NOT ACCEPTABLE…..
This symbol also has the all round symbol attached to it & a toll of 0.2mm.
I thought of doing a profile scan & using the dimension function profile with the appropriate tolerance assigned, 0.2mm in this case.
I set out with this intent & all is fine up to dimensioning?
It would seem that the function of profile outputs the min/ max value of the scan and dose not include all-round or incremental deviation, i.e. if half your profile is 10mm bellow the centre line & the other 10mm above then the output value would be 20mm?
Anyone tell me how you would use a scan to check the deviation of a profile from nominal, i.e. the deviation of each point, while using the dimension symbol profile?
I have used vector points & used sheet metal toll of +/- 0.1mm when outputting the location of the points. Which works but I have 10 pages that I would need to print out. NOT ACCEPTABLE…..
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