This may also help people .. 1.0 inch = one inch 0.1 inch = one-tenth of an inch 0.01 inch = one-hundredth of an inch 0.001 inch = one-thousandth of an inch much love..
I'm really glad it helped you. Thank you for leaving a note, it is always nice to hear this site is useful. Good luck with engineering it is great career!
Thanks for the video, I'm a trainee engineer and they showed us how to use verniers in mm, but they threw us a curve ball today and now we've got an assessment in inches, Now after watching this I can go in tomorrow morning and be alot more confident as I was having difficulty all day with this. cheers !
Because the zero on the movable scale is between two lines on the main scale you need to move your eyes down the movable scale until you find a line that lines up with any line on the main scale. You add the number of lines on the movable scale up to and including the line on the movable scale that lines up with the main scale in this example it is .017", this is added to the measurement on the main scale (before the zero). Thanks for your kind words. Good luck!
@CE750 Old school yeah I guess I'm a bit dated (LOL) it is one of my favorite scales as there is not the potential error of other verniers. Thanks for the note.
Tony, it is replies like yours that I really appreciate. It means a lot to me to know the video has helped someone. Thank you for taking the time to share.
Most VERY large calipers are still vernier. The vernier type with the 50 scale is by far the best way to go. If you ever get a chance to see the 25 and 50 side by side, you will wonder why they even make the 25 scale type.
thx for your hard work but i didnt understand from 2:6 to 2:13 so if you have time can you write a note for me about it by replying to my comment ...........if you have time and again thx
Hi again, the answer is the same as with the metric. In this case it is actually the second line after the 15 that lines up. Each one of these lines is .001" or .017" in total. Added to the main scale reading of 1.150" +.017" gives you a reading of 1.167". It is a bit different to read compared to the metric vernier. Thanks for your question. Enjoy your vernier reading.
@@machiningmoments oh thanks for your explain :D,so if the situation like got two lines up line ,we always choose the second one?or got other solution to get the answer ?like i saw someone comment at metric video below, the formula like this "Distance of the main scale minus the distance of the vernier scale. 60 - (31*0.98) = 29.62 mm."
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This may also help people ..
1.0 inch = one inch
0.1 inch = one-tenth of an inch
0.01 inch = one-hundredth of an inch
0.001 inch = one-thousandth of an inch
much love..
Thanks for this.
I'm really glad it helped you. Thank you for leaving a note, it is always nice to hear this site is useful. Good luck with engineering it is great career!
Thanks for the video, I'm a trainee engineer and they showed us how to use verniers in mm, but they threw us a curve ball today and now we've got an assessment in inches, Now after watching this I can go in tomorrow morning and be alot more confident as I was having difficulty all day with this. cheers !
thanks lot
one of the few videos that explains inperial readings and *actually* explains it! Many thanks!
I'm glad it was helpful. Thanks for watching and leaving a message!
Because the zero on the movable scale is between two lines on the main scale you need to move your eyes down the movable scale until you find a line that lines up with any line on the main scale. You add the number of lines on the movable scale up to and including the line on the movable scale that lines up with the main scale in this example it is .017", this is added to the measurement on the main scale (before the zero). Thanks for your kind words. Good luck!
very nice... I just got my first Vernier and I'm loving how old school it is.
Thank you, I normally use metric but I am building some from an imperial plan and this has been very helpful
I'm glad it was helpful. Thanks for watching!
I got spoiled using digital calipers . Thanks for a clear and well explained refresher course . Much appreciated .
Yes, the digital makes life easy. Glad it helped.
@CE750 Old school yeah I guess I'm a bit dated (LOL) it is one of my favorite scales as there is not the potential error of other verniers. Thanks for the note.
best video explaining vernier reading, been struggling to find one. thank you
Thank you for your kind words. I'm glad you found it helpful.
Thank you for sharing this it helps a lot in understanding the technology of mechanical vernier readings.
Glad it was helpful, thank you for saying so.
Tony, it is replies like yours that I really appreciate. It means a lot to me to know the video has helped someone. Thank you for taking the time to share.
My pleasure, thanks for your note.
Great video and great information
I'm glad you enjoyed it. Thank you for your comment and watching it.
Most VERY large calipers are still vernier. The vernier type with the 50 scale is by far the best way to go. If you ever get a chance to see the 25 and 50 side by side, you will wonder why they even make the 25 scale type.
morgan4xl I agree, I like the 50!
Agreed! Vernier was brillant in my books.
Thank you for valuable information...
@@ftrsajay7451 My pleasure, thank you for watching and leaving a message.
very good explanation. easy to understand and good view of the scales. great job !
Galwegan Thanks, glad it was helpful!
Thanks. So cool. I just couldn't explain this over the phone so sent your link and job done.
Very helpful! Many thanks for sharing!
It was my pleasure, my hope is these videos are useful. Thanks for watching and making the time to leave a message.
thanks man !! you really helped me out !
Amazing vid, thank!
Glad you liked it. Thanks for watching and leaving a post.
a big help for me.thanks
+Dondon Rito I'm glad it helped, thanks for taking the time to leave a message.
Thanks alot
My pleasure, thank you for watching.
thank you so much from the turkey
Thanks for watching and posting.
Nicely explained. thanks
+Albert Joseph Thanks for the comment and watching!
Great video Thank you.
Thank You!
Guess it pays to do your research. :) good job!
thanks man
I believe it was a Frenchman in the 1800's named Vernier.
Awesome man...
Glad it helped!
AWESOME thank-you
Glad it helped!
Thank you.
Thank you for watching!
thx for your hard work but i didnt understand from 2:6 to 2:13 so if you have time can you write a note for me about it by replying to my comment ...........if you have time and again thx
Hi sir is me again XD,its really same as the question on Metric,i still saw it the lines up it before the 0.17,why not be 0.15?
Hi again, the answer is the same as with the metric. In this case it is actually the second line after the 15 that lines up. Each one of these lines is .001" or .017" in total. Added to the main scale reading of 1.150" +.017" gives you a reading of 1.167". It is a bit different to read compared to the metric vernier. Thanks for your question. Enjoy your vernier reading.
@@machiningmoments oh thanks for your explain :D,so if the situation like got two lines up line ,we always choose the second one?or got other solution to get the answer ?like i saw someone comment at metric video below, the formula like this
"Distance of the main scale minus the distance of the vernier scale.
60 - (31*0.98) = 29.62 mm."
Hi ❤❤❤❤
Hello Muhammad!
tks a lot :)
My pleasure.
Come on who uses inches?
Or imperial for that matter
Most of North America?
Having an understanding of both can be beneficial .. have a nice day..
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As someone who uses the metric system this gives me headaches. Still trying though. What if it's below 1 inch?
I know what you mean. If the reading is less than 1 inch then there is a zero before the decimal.