[Ri...] Posted March 4 Share Posted March 4 Like the topic says: Can I use a Result Element to report the Min and Max of Runout characteristic? When I generate a Plot, it shows me Min and Max visually, but nothing with values. Link to comment Share on other sites More sharing options...
[Ri...] Posted March 4 Share Posted March 4 Unless I am mistaken, all form (I know that Runout is a combo of form and location, but it used the Minimum Feature evaluation) characteristics will have an equal distance min/max deviation - as long as you are using the Minimum Feature evaluation. So if that is the case, your min/max deviation is always just ± 1/2 your total deviation. Link to comment Share on other sites More sharing options...
[Ma...] Posted March 5 Share Posted March 5 Are you trying to get the min and max radius values in case of radial runout or min and max dimensional values in case of axial runout, or are you just looking for the min and max values relative to the average or minimum feature like Richard described? Link to comment Share on other sites More sharing options...
[Ri...] Posted March 6 Author Share Posted March 6 I believe min max of radial runout would be the answer, I don't think axial does anything more than axis point to axis point. My plots do not coincide with Richard Shomaker.2's method (no disrespect meant), I do not see any deviation in the plot that would substantiate that calculation. One feature is too narrow to scan as a cylinder, a narrow groove, the datum can be a cylinder but is currently a circle, that's what I inherited in this program. Link to comment Share on other sites More sharing options...
[Ri...] Posted March 6 Share Posted March 6 Can you show an example of the Form Plot? Link to comment Share on other sites More sharing options...
[Ma...] Posted March 6 Share Posted March 6 Rick, You can use radius measurement with coordinates of the circle constrained to the desired datum(s). If you take more points than you care to report, mask the results then use Min and Max Characteristic to find the least and greatest radius. As long as the fit, filter settings, etc. are equal, the difference between these two points should be exactly the radial runout. Link to comment Share on other sites More sharing options...
[Ri...] Posted March 6 Author Share Posted March 6 Please sign in to view this quote. I will edit this post tomorrow with a form plot. Link to comment Share on other sites More sharing options...
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