Bro.. Enaku oru doubt.. Dia 1 ku modifier ok. Also datum B and datum C ku modier kudukala.. Athuvum explain pannunga bro. And also single segment and multiple segment therinja oru video podunga bro
Dia 1 nu kuduthu erukinga.. Nanga yen dia 2 or 3 kuduka kudathu.. Antha tol etha vachu fix panranga..kindly oru video podunga bro.. Its useful to followers
bro hole oda minimum size ku thaney maximum material condition value apply pannanum, aana neenga hole oda maximum size ku 3 tolerance kuduthu erukeenga, atha mattum mudinja marupadiyum explain pannunga bro ( doupt in timeline 10.16)
MMC(9) la 1mm nu feature control frame la define aairuku. So operator 9 drill pannuna 1mm position applies. If he drills 10mm, then 10-9=1mm which is bonus. If he drills 11mm, 11-9=2mm which is bonus. So at 11mm, 2 bonus plus already 1mm defined so 2+1=3mm position tol applies for size 11mm which is LMC. Thanks for watching🙏
Wonderful job. Way you explaining is quite simple so that beginners can learn easily. Keep your good work.
super bro, Thank you for clear information.............
Please add one more video for envelop requirement.
Good bro. Very easy to understand. Keep Posting more videos.
Very helpful for us.. teaching methods Good... thanks.
PRETTY CLEAR EXPLANATION, INDEED. WOULD BE VERY USEFUL FOR FURTHER LEARNING. FRIEND...!
Best teacher 🔥🔥🔥🔥🔥❤❤❤
Super and thank you anna
Expecting more tecnical videos
Good concept . Easy to learn your explanation , Keep it up nanba
❤❤❤ Excellent
Datum A fixing surface confuse me😔
From B 1mm vary allowed - ok
From C 1mm vary allowed - ok
From A Which plan, I consider as reference plan
Nice job, speak loudly
Bro pls gd&t la video podunga super ah explain paninga naraya video paatha tamil la romba technical terms use pani confuse panaga but u did so well🤝❤
Thanks bro. Means a lot.🙏 I will do it.
wonderful bro
Bro.. Enaku oru doubt.. Dia 1 ku modifier ok. Also datum B and datum C ku modier kudukala.. Athuvum explain pannunga bro. And also single segment and multiple segment therinja oru video podunga bro
Super bro
Super ji, good information thanks
Really very useful bro❤️
Virtual condition resultant condition paththi podunga bro, apdiye tolerance endha design guidelines poruthu kodukranganu podunga bro
Romba thanks Sir🙏🙏😊💞✨
Orientation na enna apram datum pathi innu konjo explain pannunga bro
Good explanation bro... Thank you
Dia 1 nu kuduthu erukinga.. Nanga yen dia 2 or 3 kuduka kudathu.. Antha tol etha vachu fix panranga..kindly oru video podunga bro.. Its useful to followers
Good job. Please speak loudly
Very useful bro
Please explain with example for big hole dia as datum and two small holes PCD position tolerance
Bro lmc 9 u mentioned here again your mentioned lmc 11 ,which one is coorect are you sure your did a correct vedio
Need more explanation brow🙂
awesome explain
Hello bro pls give explanation on How to calculate pin diamter for position holes
Nice explanation 👌
Love you so much bro❤
Well explained brother.. It's very helpful.. my doubt is how to determine or consider tolerance value while calculating position tolerance?
For that you can refer ISO 2768 standard bro..
Pls provide clear vision video....
For 10mm ref how you defined tol 1mm
Nantri nanba
Datum padhi solunga bro
Nice brother
bro hole oda minimum size ku thaney maximum material condition value apply pannanum, aana neenga hole oda maximum size ku 3 tolerance kuduthu erukeenga, atha mattum mudinja marupadiyum explain pannunga bro ( doupt in timeline 10.16)
MMC(9) la 1mm nu feature control frame la define aairuku. So operator 9 drill pannuna 1mm position applies. If he drills 10mm, then 10-9=1mm which is bonus. If he drills 11mm, 11-9=2mm which is bonus. So at 11mm, 2 bonus plus already 1mm defined so 2+1=3mm position tol applies for size 11mm which is LMC. Thanks for watching🙏
Super bro🎉
What is the purpose for applying in MMC and LMC
Nice explanation
explain all symbol in gdt with examples
Thank you bro nice
Thanks bro
Voice kekkala
Not audible
U are not explain about badi tolerance
Your voice is not clearly heared
Loud speaking
Super bro
Thank you sir👌👌👌