Total Runout vs Circular Runout

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This video explains the difference between total runout and circular runout on a cylindrical feature with GD&T per ASME Y14.5. There are comparisons to position tolerance. It also shows sample inspection routines with a dial indicator.
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#datum #datum feature #position tolerance #asme Y14.5
#GD&T #geometric tolerance #Y14.5-2018 #runout tolerance #total runout

Опубликовано:

27 окт 2024

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Комментарии : 14

@annapawlicki9580 7 месяцев назад

This was so so helpful! I was not getting the full picture reading about runout and this made it make sense! The Lord bless your work!

@vinnyq9189 Год назад

You did a good job explain it. Total run out (3D) = Position + Cylindricity and Circular run out (2D) = Position + Circularity. Thank you Scott 👍

@GeoTolPro Год назад

Awesome, glad it helped.

@arunps956 2 года назад

Life saver videos. Im grateful to RU-vid for bringing me this video. Thank you And thank you Scott.

@hiteshkhatri9626 Год назад

Awesome 👍 You have explained it in very less time. I had watched very long videos to understand it but the lengthy video was also not capable to explain it clearly. Thank you 😊

@aerogomu 2 года назад

Your lectures on gd&t is very helpful to me. Thank you from S.korea

@jameskendrick6909 6 месяцев назад

I found this channel today. This is so helpful

@Ultimatebeatdastreet 8 месяцев назад

Thanks! Really well explained.

@mukundsingh7993 Год назад

I got more clarity on topic

@孙小圣-d8u Год назад

Can Total runout be used instead of coaxiality? For the same geometric tolerance value, which one is more stringent than Total runout or coaxiality?

@GeoTolPro Год назад

Runout does everything position does and also controls form. Runout tolerance is more strict. This video explains it: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-aw5EK5U0Vb8.html Another video with different applications for runout and position: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-Y4woF-aE2Xo.html

@RunOut25 Год назад

I am now total

@andrewfaure1475 Год назад

perpendicularity and total runout are not the same at 90 degrees to your datum axis. Perpendicularity refers to an angle measured in degrees rotationally (360 degrees) where total runout is measured linearly as mm or in as a surface function (in a straight line 180 degrees)....sorry dude RIP

@GeoTolPro Год назад

Perpendicularity tolerance on a surface is never in degrees units. Its always distance units (between two parallel planes). This can be verified with a dial indicator. Per ASME Y14.5-2018: 9.3.2 Orientation Tolerance An orientation tolerance specifies: (a) a tolerance zone defined by two parallel planes at the specified basic angle from, parallel to, or perpendicular to one or more datum planes or datum axes, within which the surface, axis, or center plane of the considered feature shall be contained. See Figures 9-1 through 9-7.