How to choose General Tolerance | General Tolerance Chart | ISO 286-1

[@diegobula4597]

Finally I understand how to chose the tolerances after 4 years of studying mechanical engineering, thank you

[@Rahul1114yui]

You have clarified a doubt that I had for past 2 years. Thankyou very much Sir.

[@mechanicalvault]

Glad that it helped you!

[@TheMonkeygrunt]

You have no idea how much I'm geeking out right now. I'm so excited i found this channel!

[@mechanicalvault]

Thank you DD's Berries!

[@siskel2689]

Great video.

[@dineshd2988]

Much knowledgeable video..

[@mechanicalvault]

Glad that you liked it ✨️

[@ravimukati2422]

This is exactly what I was looking for. Thanks for bringing up this video sir.

[@basavarajm5196]

Hii bro this is basvaraj..this is wonderful video for all design Engineer.. before i saw in this video I don't know how about tolerance? How to put tolerance in dimensions..but now i have known how about tolerance... thank you very much for bringing up this video..❤

[@mechanicalvault]

Great to know that it helped you 👍

[@ShibudasCK]

EXCELLENT VEDIOE

[@mechanicalvault]

Thank you 😊

[@Arunkumar-mg9uz]

Ofcourse we likes your video
Really informative. THANK YOU

[@mechanicalvault]

Glad that you liked my videos!

[@williamcase426]

Great video

[@mechanicalvault]

Thank you!

[@SuperJJ37]

Great job as always!

[@mechanicalvault]

Thank you 😊

[@gamesnstuff3075]

Thanks for this video 😊

[@satindersaini8055]

Well done sir thanks for this informative lecture
And make more videos on standards used in manufacturing industries

[@mechanicalvault]

Glad that you liked it!

[@erjatinder5762]

Great work sir please make more videos 👍

[@decentgaming1122]

Very good video bro

[@mechanicalvault]

Thank you!

[@shivalingappaspatil4746]

I'm so glad for this video, really liked this video a lot
Thank you so much sir

[@nishantdhengre9396]

Excellent.

[@devashishmishra7230]

Thankyou for bringing such great content....very rare to find such channels dedicated to Mechanical Design Engineer.

[@roxrtk3299]

finally i found a great channel...

[@3dModelDesigner]

Excellent video❤

[@mechanicalvault]

Thank you 😊

[@beautyofnature9848]

Thanks for your valuable time and information, my doubts getting some clarifications

[@mohitbhave1004]

Very well explained, Sir

[@mechanicalvault]

Thank you Mohit!

[@Andersonsanjay1]

Good explanation

[@BhagwaanKiKathayen]

Thank you very much sir. As a design engineer in manufacturing. It is really helpful video.

[@mechanicalvault]

Glad that you liked it ✨️

[@gorthisidhardha27]

super sir u converted my confusion to clarity

[@mechanicalvault]

Thank you 🙏🙏

[@changw_w9413]

Thank you for providing such a great video. I have a question Sir, how do you know if the tolerance stated in the table is equally disposed on the basic size? Could the tolerance be unilateral (+x / +y) instead of bilateral (+/-x)? Thank for reading my question.

[@Abss0966]

I like the intro music lol

[@mechanicalvault]

And what about the content 🤔

[@kamleshvasava7320]

Superb sir , I am struggle to find this thing. you made my day. Thanks

[@mechanicalvault]

Glad that you liked it!

[@srigandhak8913]

Thank you so much sir, very easily explained

[@hiteshkale888]

Sir thank you🙏 for this video

[@voductaitran7587]

hi, may i ask. for IT12, is it acceptable to add the tolerance tighter (into IT11) or looser (into IT13) in the drawing? If the drawing specific that we must use IT12, is tighter or looser acceptable or not ?
Thank you

[@maheshpeddinti4645]

Thank you soo much Kevin👍

[@mechanicalvault]

👍👍🙏🙏

[@PRATIKSUMAN-vu9rx]

Can you Please explain me ,if the plastic part is made up of Injection molding so it's Grade is IT12 TO IT 14 ,SO WHICH ONE IS SELCTED FOR TOLERANCE AND WHY ?

[@mechanicalvault]

You can start with higher grade if allowed by function and reduce the tolerance if needed.

[@nomanafridi5503]

Thanks

[@alexandertimothy3969]

sir, do you know the tolerance IT range of the mating parts is?

[@ferdusalamfahad8348]

thank you

[@aniketgade1272]

👍

[@sandhoshkumar162]

Gud mrg sir let me know that other mfg process tolerance for sheet metal component like rolling, bending, oxy cutting, plasma, ..etc

[@omkarparab9226]

It is required to compute the limit dimension for an interference fit on the shaft basis system for a basic size of 30mm diameter, with a negative clearance of 0.20 mm, tolerance on hole 0.025mm and tolerance on the shaft 0.050mm. (ans)

[@enochtayengwa2895]

🙏 thank you

[@MukeshKumar-ov8iv]

Thanks you sir

[@mechanicalvault]

🙏🙏🙏 Welcome

[@Onkar14]

Sir, Very informative.
I would like to see more videos on design from you.

[@anilwins6415]

Thankyou bro_

[@mechanicalvault]

Welcome always 👍

[@KarthikeyanEkambaram-om4wt]

Where we can find the IT grades for manufacturing process is there any standards for selection ?

[@venkatsureshmedishetty657]

Why higher tolerance is given to larger dimensions? Please clarify

[@ajaykrishna8715]

Sir which book we will get value of IT value and for all manufacturing process Which IT grade??

[@nileshsawant5716]

ISO 268-1 This for the iso standard
What about ASME std.?

[@amolaegade5428]

can anybody explain why fits weren't considered anywhere in this video to arrive at tolerance values....in this video tolerance values were selected on the basis of manufacturing process but don't you think selecting tolerances based on fits is more appropriate compared to that...

[@mechanicalvault]

If we have mating feature in design which form engineering fit, then it makes sense to choose IT grade based upon function. But most of the dimensions and Tolerances on the part may not form the engineering fit, so in those cases, simply select the cost effective manufacturing Process and relevant IT grade.

[@amolaegade5428]

@@mechanicalvault understood thanks for your reply

[@bhaveshmishra5629]

DEAR SIR CAN U PLEASE MENTION FROM WICH BOOK YOU HAVE TAKEN THIS DATA.
THANKYOU

[@keshavkapadnis8782]

Good morning
Sir when we select tolerance then that time why divided by 2 . Can toy explain me details.

[@ashwads]

it's not supposed to be divided by two, after we get the tolerance value, then we need to find either the upper limit or lower limit. there are more table comes to find that... infact i missed the book and forgot how exactly it's done

[@kaleshkumark.s.5092]

Hi Sir, Is there any other standards for Inch based Drawings?How can we define gen.tol for Inch dim.?

[@dorcasandthesibs]

I found this video very informative: th-cam.com/video/q-D_7pyyAFo/w-d-xo.html

[@mukundkumar5996]

Hii sir, I want to take training from you so please guide how contact with you??

[@mechanicalvault]

Please connect to Jagadish - (M) 8329029492. He will help you to get all course information.

[@rohithmylada1616]

I have a small doubt. Is it ISO 286-1: 1998 or 1988?

[@mechanicalvault]

ISO 286-1: 1988;

[@rohithmylada1616]

Thank you 👍

[@akosrupp232]

good vid but the accents

[@santoshkumarpaswan1090]

Sir Hindi mi batna

[@shoebqureshi7359]

awesome video

[@dilipka6528]

👍