H7 g6 Tolerance | Limits & Fits: ISO 286

[@uranuseuler9713]

Hi Kevin! Your series on tolerances have proven invaluable to me today. Neat videos with clear and concise explanations. Thank you very much!

[@mechanicalvault]

Thank you Uranus Euler! Glad that it helped you.

[@thesimpleways6313]

Thank you Kevin. This teaching are invaluable. I attended many classes but your this lecture cleared my all doubt....once again thanks a lot

[@mechanicalvault]

That's great 👍 Glad that you liked it ✨️

[@chathuranganuwangith8235]

Actually its clear my all questions about the tolerance. Thank you.

[@MEBYashSinghal]

Amazing Video All the doubts are clear thank you sir

[@mechanicalvault]

Glad that it helped!

[@SuperJJ37]

Thank you for the excellent explanation!

[@mechanicalvault]

Glad that it helped!

[@avelindmello3787]

Very nice and informative video! Looking forward for more videos..

[@mechanicalvault]

Thanks a ton

[@aryanbajpai3389]

Thy Lord Thy Saviour❤

[@shantanusen2733]

Thank u so much sir, all doubts cleared

[@kevinkutto7055]

Explaination - 25 H7/g6 tolerances

[@satyanarayana7818]

perfect explanation

[@chittamusicstudio5852]

Thank you so much sir ,all doubt clear 👍

[@mechanicalvault]

Glad that it helped 👍

[@niharnatekar3819]

Perfect explanation!

[@mechanicalvault]

Glad it was helpful!

[@godwinmech]

Thanks....clear explanation ..

[@mechanicalvault]

Thank you 🙏🙏

[@tugbamacit4224]

Great explanation!

[@mechanicalvault]

Thank you 😊

[@mohitbhave1004]

Extremely helpful 👍

[@mechanicalvault]

Glad it helped :-)

[@AnilKumar-hk8wx]

To the best of my knowledge it will come under clearance fit. Kevin sir, please make a video on how to decide which type of fit it is resulting from numerical values?

[@micannx6553]

Hi thanks for explaining, I have an assignment where I have to use IT3 , IT3 is not in the table what should I do?

[@shankarmathapati2182]

Sir please do videos on plastic fixations

[@gurutechinformation]

Thank you sir 😊😊😊😊😊😊😊😊😊😊👌👌👌👌😊

[@mechanicalvault]

Glad that you liked it 🙏

[@hashir583]

helpful but need to watch again to understand

[@simonlesa4755]

Excellent 👌👌👌

[@mechanicalvault]

Glad that you liked it 😊

[@balrambadatya4724]

Hello sir what will be the tolerance for bearing housing, housing is made up of casting.

[@shivanandshivapurad573]

👌

[@mechanicalvault]

Thanks 😊

[@vivekmagar7776]

Can u explain when we use H & g and when we use k and others letters

[@mechanicalvault]

Combination H and other smaller letter Block depends upon Engineering Fit you need between two parts. Here I have shown example of Clearance Fit with minimum clearance.

[@srikanthmadhura1440]

Good explanation

[@mechanicalvault]

Keep watching

[@srikanthmadhura1440]

@@mechanicalvault sure

[@Theworldofeverything_67]

Great 👍👍👍

[@apparaos7333]

Suuuuuper sur

[@mechanicalvault]

Thank you 😊

[@sureshsheganvi1641]

How can we choose perfect iT grade for components..

[@funsisachuatharva8456]

Suppose H7k6,which is transition fit, hole size H7 can be 0.021 and shaft can be 24.002.Suppose if different person doing shaft and and hole,person keeping max limit for hole he is correct as per H7. shaft person keeping minimum size of shaft , he is also correct as per K6. if other person assemble it, there will be a clearance of 0.019,which is obviously a clearance fit.but we need transition fit.Theory is wrong? Please help to solve this. I need to do shaft from one place and hole from other person, what tolerance I have to give for both person to get exact transition fit

[@mechanicalvault]

What is transition fit? Transition fit is all about getting clearance or interference based upon size variation between hole and shaft. Transition fit is used when small amount of clearance or interference doesn't affect design, whereas our purpose is perfect locating shaft in hole. So, yes. In transition fit, getting small amount of clearance sometimes based upon size of hole and shaft is ok. In clearance fit, we want all time clearance. We don't want interference at all.

[@arunbabu3624]

But how did you come to the conclusion that you want hole basis and not shaft basis system

[@ShivujaguarShivujaguar]

Sir how to select it grade

[@mechanicalvault]

Based upon function (kind of fit required) and manufacturing Process of the mating feature.

[@banksoalteknikmesin]

❤❤❤

[@jaibalodi4344]

Please provide this chart

[@PSYCHOlogical_AMBUSH]

sir can you provide me the exact link which i can download that table as a pdf

[@mechanicalvault]

Just google search ISO286 pdf download and you will get standard copy.

[@PSYCHOlogical_AMBUSH]

@@mechanicalvault this video was so helpful keep it up sir

[@harshalfarkade3917]

Please provide the chart

[@muhammadfaizfadhillah4729]

sir,where i can get the chart?

[@mechanicalvault]

Just Google search it! Charts are freely available in public domain.

[@Samb930]

You mean finding the value for the hole H is useless to find the limit deviation

[@mechanicalvault]

When did I say that? H or h represent hole basis and shaft basis system. H or h had deviation of 0. So, even 0 deviation is important for calculating Limits on hole or shaft.

[@Samb930]

@@mechanicalvault ooh now I understand when we are given H7 g6 and its nominal number means we have to find limit deviations both for the hole H and shaft g and all will have its own upper and lower limit deviation was confused thought maybe we will find one lower and one upper limit deviation for the all like 25 H7/g6= having one lower limit deviation and one upper limit deviation, it was out of not getting the concept now I got it right

[@mechanicalvault]

Very good!

[@shankarmathapati2182]

👌