At video time about 2:15 reference to "constant" , where does this value come from and what is it's importance and or use with our thread measurement ?
The constant measurement is a mathematical formula. They’ve already completed for you. So by adding the constant to the pitch diameter, it will give you the over wire size
The over the wire size tolerance is the tolerance on your pitch diameter If this does not answer your question review the video again and send me another comment Ray
Great job love your explanation thank you
Thank you for the nice complement
Ray
Hi, very informative .
Could you update the Sharepoint link (again), thanks.
Bondie I have updated the link and it should work now. If it doesn’t please message me back.
Ray
very good explanation
Thanks for liking
I have a bit confusion in the depth of thread, i.e 0.64P (or) (P/2)Cot(x/2)
you are measuring over wires
the depth of thread calculation comes from the charts
Hi, thank you for sharing the knowledge, very clear explanation, could you share again the link? It is expired, thanks in advance
I updated the link it expires every year
You should have access to it now if there’s a problem let me know
Ray
At video time about 2:15 reference to "constant" , where does this value come from and what is it's importance and or use with our thread measurement ?
The constant measurement is a mathematical formula. They’ve already completed for you.
So by adding the constant to the pitch diameter, it will give you the over wire size
The link expired
try this link
stuconestogacon-my.sharepoint.com/:b:/g/personal/rgallant_conestogac_on_ca/EdfLODXECFpNkptShDHmSfwB-26ZXOtf47lH-11YKbyzSg?e=iN3mCh
UN does not stand for "unified national" it stands for Unified, period. So UNC is read "Unified Coarse" and so on.
How do you get your over the wire size tolerance
The over the wire size tolerance is the tolerance on your pitch diameter
If this does not answer your question review the video again and send me another comment
Ray