Correction- MMC/LMC Modifier doesn't applied with circularity tolerance (This is an surface tolerance) MMC/LMC Modifier and bounce tolerance concept only applies to the flatness, straightness, perpendicularity, angularity, parallelism and position tolerance. MMC/LMC and bounce tolerance concept doesn't apply to circularity, cylindericity, symmetry, concentricity, and runout tolerance. I'll explain this in an upcoming video.
The only Indian RUclipsr for awesome quality content dedicated to Mechanical Engineer Design. Hats off to you Sir. Waiting for more GD&T related videos in future. Thank You for you Hard work to make our life easy.
Thank you for making video on request 😊 btw excellent video. It requires alot of effort, knowledge, skill and time to make such quality content. Thankx again.
20:49 when my shaft is manufacture in 19 mm in MMC my position tolerance zone around move to 2.5mm variation. this one section similar to RFS when i no modifier applied My shaft is manufacture in 19 mm in MMC my position tolerance zone around move to 2.5mm variation . My doubt is when i applied MMC which size are correct just shaft is only manufacture at 21mm. or i made shaft at 19mm which one is correct.
@28.48 in part either we given mmc or lmc manufacturer can go upto the extreme tolerance. Like in mmc 20+-1 position tolerance in mmcof 0.5 means he can go up 21.5mm dia of shaft In same lmc 20+-1 position tolerance of mmc 0.5 means also he can go 20.5 dia shaft My doubt is where exact i have to use mmc or lmc.. In these kind of conditions Bonus tolerance understood concept very well.. These one running on my mind
First of all, MMC/LMC modifier applies to only Geometrical tolerance, Like position tolerance, flatness, perpendicularity etc, Not to the size Like 20 +-1 . Second when MMC modifier is applied with position tolerance, it will affect only the position tolerance, not the size tolerance, So, Can manufacture produce the shaft size at extreme tolerance, Yes always, if shaft size is 20+-1 mm, this can be anything in range of 19 to 21 mm. (Nothing to do with position tolerance, 21.5 is not correct) If MMC is applied, only position tolerance will be increase (bounce tolerance) when shaft size smaller than MMC.
Sir, I have been watching your videos; the way you explain everything really makes sense and is easy to understand. I have one question: in position tolerance value, i.e., position tolerance zone value, such as 0.5 or 0.1..... where does it come from? Is there any table for it? Please answer me. thank you very much
Hey, I this video, give position tolerance such as 0.5 or 0.1 are just an example. Now here these come from, so there is no table, or guideline, all the geometric tolerance comes from design intent, and should be full fill the required function. I have explained this in very first video of GD&T (How to learn GD&T), I will explain these in more detail in upcoming GD&T videos
Hi enginner - You solved my biggest problem about meaning of the MMC & LMC - God bless you - Keep going - Do you have Telegram? I mean how can I ask you my questions privately?
![Everything about GD&T Rule 1 and Rule 2 [YOU DON'T KNOW]](http://i.ytimg.com/vi/bGnXA1c_RZM/mqdefault.jpg)
![Everything about GD&T Rule 1 and Rule 2 [YOU DON'T KNOW]](/img/tr.png)
Correction- MMC/LMC Modifier doesn't applied with circularity tolerance (This is an surface tolerance) MMC/LMC Modifier and bounce tolerance concept only applies to the flatness, straightness, perpendicularity, angularity, parallelism and position tolerance.
MMC/LMC and bounce tolerance concept doesn't apply to circularity, cylindericity, symmetry, concentricity, and runout tolerance. I'll explain this in an upcoming video.
😊
The only Indian RUclipsr for awesome quality content dedicated to Mechanical Engineer Design. Hats off to you Sir. Waiting for more GD&T related videos in future. Thank You for you Hard work to make our life easy.
Thank you so much. Such a beautiful compliment for me ❤️
Finally you will upload this video I am waiting for this video for 2 to 3 weeks ❤ thank you ✨☺️
Hope you enjoyed it!
This is revolutionary channel for mechanical design engineer 🔥
Thank you for making video on request 😊 btw excellent video.
It requires alot of effort, knowledge, skill and time to make such quality content. Thankx again.
No problem. 😊 You welcome
dude this is literally the best gdnt series on youtube! waiting for rule 2!
Coming soon, with a unique approach.
That is really helpful, I would love to see more concept in full depth.
More to come!
Thanks a lot sir as usual quality never ever compromised❤❤❤...
Very useful video❤❤
one of the best video ever watched, please upload more videos
Thank you ❤️
your all videos are very good and helpfull. thanks
Thank you!!
20:49 when my shaft is manufacture in 19 mm in MMC my position tolerance zone around move to 2.5mm variation. this one section similar to RFS when i no modifier applied My shaft is manufacture in 19 mm in MMC my position tolerance zone around move to 2.5mm variation .
My doubt is when i applied MMC which size are correct just shaft is only manufacture at 21mm. or i made shaft at 19mm which one is correct.
Hey, I have replied to you on telegram
@28.48 in part either we given mmc or lmc manufacturer can go upto the extreme tolerance.
Like in mmc 20+-1 position tolerance in mmcof 0.5 means he can go up 21.5mm dia of shaft
In same lmc 20+-1 position tolerance of mmc 0.5 means also he can go 20.5 dia shaft
My doubt is where exact i have to use mmc or lmc.. In these kind of conditions
Bonus tolerance understood concept very well.. These one running on my mind
First of all, MMC/LMC modifier applies to only Geometrical tolerance, Like position tolerance, flatness, perpendicularity etc, Not to the size Like 20 +-1 .
Second when MMC modifier is applied with position tolerance, it will affect only the position tolerance, not the size tolerance,
So, Can manufacture produce the shaft size at extreme tolerance, Yes always,
if shaft size is 20+-1 mm, this can be anything in range of 19 to 21 mm. (Nothing to do with position tolerance, 21.5 is not correct)
If MMC is applied, only position tolerance will be increase (bounce tolerance) when shaft size smaller than MMC.
@@mastermechanicaldesign yeah sir now I understood thanks a lot😍😍😍
Sir, I have been watching your videos; the way you explain everything really makes sense and is easy to understand. I have one question: in position tolerance value, i.e., position tolerance zone value, such as 0.5 or 0.1..... where does it come from? Is there any table for it? Please answer me. thank you very much
Hey, I this video, give position tolerance such as 0.5 or 0.1 are just an example. Now here these come from, so there is no table, or guideline, all the geometric tolerance comes from design intent, and should be full fill the required function. I have explained this in very first video of GD&T (How to learn GD&T), I will explain these in more detail in upcoming GD&T videos
Thanks for the video
Was looking for a good explanation for some time
Your post very support my work, my job is inspection manufacturing part
Amazing video!
Do you have one explaining MMC&LMC applied on datums?
Thank you, MMC with datum, not yet. but will be there
Sir pls start a series of, How to calculate GD&T tolerance values using ISO, ASME charts and apply in the drawing. (live exercise in solidworks)
We want more fixture design concepts...🎉😊
Sure !!
Means a lot sir
@@mastermechanicaldesign
Thank you!!!
I think you mean bonus not bounce, very good explanation.
🙄🙄
Thank You!!!
Sir could you please make video on NPD (NEW PRODUCT DEVELOPMENT).. Including Material selection, Design calculations, Fits selection,
Etc....
Okay
Sir, Make a video about fastener selection.
Okay 👍
Your upload any sokidworks course upload in udemy .already your uploaded please share link
No. I'm not on udemy yet. Maybe in future
@@mastermechanicaldesign please come bro I need you ✨☺️
❤
MMC is 19 for hole
Hi i sent you an email about a question please help me
Yes, i had replied
Hi enginner - You solved my biggest problem about meaning of the MMC & LMC - God bless you - Keep going - Do you have Telegram? I mean how can I ask you my questions privately?
Hi, thank you so much, God bless you too, Yes I have telegram and a telegram group. please check the channel description