Checking angularity with an asymmetrical tolerance zone

[[Be...]]

Hi everyone,
I could use some help here.
I have a drawing that specifies an angularity check with an asymmetrical tolerance zone.

How do I inspect this? I’ve already constructed the feature to be inspected and the datum. However, when I try to check the angularity, I can't set an asymmetrical tolerance—like you can for a surface profile, for example. Does this actually work for angularity, or do I need to inspect it differently?

Thanks in advance for your help!

[[Jo...]]

Have you tried the option "projected tolerance Zone"?

Have not used this myself, but looks like this would provide the function of an offset tolerance zone.

 

Or not...

Edited yesterday at 01:31 PM

[[Ma...]]

This is nonsense callout.

Same like flatness it's reporting distance from MIN to MAX point on plane defined by angle from datum.

In this case it would be better to use perpendicularity - it's 90°. But you can not use assymetric tolerance.

[[na...]]

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What

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 said. You can ignore the UZ 1 and just do angularity with 2 mm tolerance zone.

 

[[Ma...]]

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The response from the customer is positive , so i hope , i´mdoing well 😆

[[Be...]]

Thanks for the feedback.
For now, I’ve simply checked it using the specified 90° angle (or perpendicularity) and a standard inclination, without the asymmetric tolerance zone.
The projected tolerance zone isn't the right approach here.

[[Ma...]]

Projected tolerance on TP will result in measuring TP in places, where you can not measure ( typically in assembly ).

Projected tolerance for perpendicularity will result in using different length - again for cases you can not measure directly.

This is not suitable for using it as UZ.

Only thing i would see used is on one of our customer - TP with UZ - it was used with length distance, so we moved TP TED position by that UZ.