The dial almost always move a little unless the part is perfectly parallel, which is impossible. It’s not moving here because the part is so parallel that your dial can’t pick the deviation up. Whatever the dial reads (max-min) must be equal to or under a parallelism call out on a drawing to be “in spec”
Yes, correct. Usually there will be a tolerance associated with parallelism. In my case there was +/- .015 tolerance and the dial only moved about .010.
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Great video. Is that a part for a C clamp project?
Yes
Good to know, keep up the good work ! 👏
Thanks Dylan
Good jobbb
The dial almost always move a little unless the part is perfectly parallel, which is impossible. It’s not moving here because the part is so parallel that your dial can’t pick the deviation up. Whatever the dial reads (max-min) must be equal to or under a parallelism call out on a drawing to be “in spec”
It moved though look at it close it’s not flat perfect
Yes, correct. Usually there will be a tolerance associated with parallelism. In my case there was +/- .015 tolerance and the dial only moved about .010.
@@trueFENDY-c2y its about as close as you can get ;)
Gage blocks don’t move the dial visible to human eye
what’s the name of that measurement tools?
Dylan out here saving me on the floor in real time
Parallelism ? Is that the actual name for the test?
Thankyou bro!
Please make more videos of GDNT
Nice bro
Smooth
What is the name of the device?
what tool is it. The one that looks like watch
More of these please
Great information
It would be more cool if you make a lots of videos like this
lol i just made this for class i dont even work in the trade
How about others
just a tutorial on how to find parallel :)
Thx sir 🎉.
No Prob.