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Concentricity error on Pc-Dmis 2020R2

MelissaM10
Hello, I'm having trouble switching to R2. I have three all with Pcdmis 2020R1. When I opened Pcdmis r2 anything with concentricity gave me errors.

The error message I get is : Concentricity tolerances require input features that are concentric with the datum reference frame.

Now I did not write these programs and I'm afraid to change anything with out knowing if it will change the results. These are all programs that are used for production checks.

Also I noticed the profiles don't have a plus or minus tolerance. Is the result still the same?

Any help understanding this change will help me greatly Thanks in advance!
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  • I had this on a new part.

    My original alignment datum plane was Z+, rotational line was Y+, and origin point was a circle on the y- work plane. I created a perpendicular plane, using my datum plane, and the origin point for the angle of rotation. My rotational line was (basically) to the Y axis, so, I took a single hit on the origin point at the planar end of the part. I called the created plane, as a double datum (my planar datum was Datum A, So, I called the perpendicular plane Datum AA), so as not to confuse that it was a planar datum not called out on the print.

    Then, in the middle of reporting, I created a new 3-2-1 alignment, using that plane AA, the rotational line, and the datum y origin point. I took the dimension, and afterward, recalled the previous alignment.

    This worked for me.
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  • I had this on a new part.

    My original alignment datum plane was Z+, rotational line was Y+, and origin point was a circle on the y- work plane. I created a perpendicular plane, using my datum plane, and the origin point for the angle of rotation. My rotational line was (basically) to the Y axis, so, I took a single hit on the origin point at the planar end of the part. I called the created plane, as a double datum (my planar datum was Datum A, So, I called the perpendicular plane Datum AA), so as not to confuse that it was a planar datum not called out on the print.

    Then, in the middle of reporting, I created a new 3-2-1 alignment, using that plane AA, the rotational line, and the datum y origin point. I took the dimension, and afterward, recalled the previous alignment.

    This worked for me.
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