True position X, Y coordinates always comes up with basic dimensions. The basic dimensions usually don't have tolerance and its tolerance related to position tolerance. I have explained in this video about the true position value how we are arriving from design aspect. And benefits of true position.
@@RajKumar-bm7we are you asking for measuring or machining? If measuring, yes. for measuring GD&T parameters in CMM have to origin the the respective datum called on the feature control frame
I have one doubt, true position is 0.566 ok sir,appo holes oda position within the 0.566 ah irukanuma illa holes oda area within the true position tolerance la irukkanuma sir
Hai, your video so much help to me .... I think , formula you mention for position 2x √(Actual x - true x)^2+(actual y+ true y) ...... 2x is missing , is it correct please confirm ...
@@zeroto1009 ...... indusustry digram beggginers how to start view and understanding oru video podungga plz. . Onnumey puriya maatiguthu blanka iruku digram eduthu paartha..... Konjam explanation pannuga
if you want to learn, you have to learn the technical terms meaning. No problem, start to learn from basic. To understand this symbol, must have some CMM inspection knowledge.
Feel free to ask your doubts/clarification/ questions here.
Sir.make some example video using true position formula.
Diagonal length of the square,
a*√2 ,
(a = .40 ),
= .56568 ~ .566
we can give positional tolerance to shaft(external feature as well)
ok
what is the position tolerance ,if dimensions like (25 +0.4 -0.2) OR any unequal bilateral dimensional tolerance
True position X, Y coordinates always comes up with basic dimensions. The basic dimensions usually don't have tolerance and its tolerance related to position tolerance.
I have explained in this video about the true position value how we are arriving from design aspect. And benefits of true position.
Height gauge use pani position eppadi check panarthunu oru video podunga sir
ok sure.
if we measure the basic dimensions by using height gauge, can use this formula to calculate the true position with the actual measurements
Wonderful explain... thankyou
You're most welcome
Rly me sir
3 datums orjin pannanuma sir
@@RajKumar-bm7we are you asking for measuring or machining?
If measuring, yes. for measuring GD&T parameters in CMM have to origin the the respective datum called on the feature control frame
I have one doubt, true position is 0.566 ok sir,appo holes oda position within the 0.566 ah irukanuma illa holes oda area within the true position tolerance la irukkanuma sir
Holes position should be within limit(.566). Hole position means (X, Y axis variation from basic dimension)
Thanks for ur teaching it's more useful for me sir,please make more mech videos for students Carrier developing...
Anna.actual x and true x formula apply pannura example video onnu podunga.
ok
Super sir very useful
Keep watching
Hai, your video so much help to me ....
I think , formula you mention for position 2x √(Actual x - true x)^2+(actual y+ true y) ...... 2x is missing , is it correct please confirm ...
Yes it is correct, I'm looking for the same formula in this vedio
Super explain....
Thanks
Gd& T all symbols measuring method podunga all symbols
இதுல bestfit னு ஒரு option இருக்குல்ல, அத பத்தி சொல்லுங்க.
Sir cmm use panni epdi inspection pandrathunu sollunga...
Noted
Datum point explain video podunga sir.
Ok will do soon
Sir I need more gd&t videos
Ok, will do. Keep watching.
X,y,z three axisum வச்சு ஒரு position கேட்டா எப்டி mathematically calculate பண்றது sir
please check this link ua-cam.com/video/JtytluKqcL0/v-deo.html
@@zeroto1009 sir video pathen athula "x,y two co ordinates" matumdha irukku "z co ordinatesum" sernthu vanthaa epdi position pakrathu
Sir, iso standard solunga please.
Noted, sure.
YES GOOD
Super
Thanks
@@zeroto1009 ...... indusustry digram beggginers how to start view and understanding oru video podungga plz. . Onnumey puriya maatiguthu blanka iruku digram eduthu paartha..... Konjam explanation pannuga
0.566 eppadi vanthuchu
Pls refer video 5:20 , here i mentioned .28 value is the rounded value of .283.
Thus .566 is the across corer value (.283 X 2)
Sir 3 datum orjin pannanuma sir
yes
How you define 0.28 ?
Pls refer video 5:20 , here i mentioned .28 value is the rounded value of .283.
Thus .566 is the across corer value (.283 X 2)
I mean how you define the diagonal tolerance as .28 mm
I understand the x and y tolerance as 0.40 mm
@@zeroto1009 He is asking about Pythagorean theorem Sir (how did we get 0.28 value).
Onume purila
Which area not understandable?
@@zeroto1009 words ellam ehh technical ah eruku na ipo thaa puthusa padikura enaku understand panna kastama eruku sir ....konjam ec ah eruntha nalla erunthu eruku
if you want to learn, you have to learn the technical terms meaning. No problem, start to learn from basic.
To understand this symbol, must have some CMM inspection knowledge.