Whenever I have a CODE test I always make sure to stop by to your RUclips page. I know I have thanked you in many other of your videos but you really deserve a lot of praise.
You need to do some updates for 2021 28th edition. You are easily the best, most clear for this. I am being forced to retake my masters due to clerical errors....... don't get me started... these videos have been an excellent refresher
I am watching your videos since 2020 whenever I want to revise my calculations especially codes. I come to your channel. You're explaination is amazing. Thank You so much! ❤👍
hello @schulerrlur video is so informative and really supportive to the candidates like me. I have a question and I hope you would make it clear. What is the maximum number of #14 600V without jacket R9 XLPE conductors allowed in trade size 41 ? A. 49 B. 46 C. 32 D. 22 ANS A.
Without knowing the type of raceway (rigid, EMT etc) I would take the total volume at 40% in table 9g for the specific type, and divide it by the table 10a area, then round down to determine maximum fill number.
@@schulerruler thanks to consider me to reply. As told I solved it as follows Area of #14 is 8.89 mm sq Area of 41 trade size is 534.56 ( chose from first column T9G) 534.56/8.89 = 60.24 Now answer would be closest option which is 49 Is it correct please evaluate
As it does take up physical space we do consider it in the calculation. It does not, however, count as a current carrying for correction factor purposes from 4-004 1) c) and table 5c
Great explanation, great video! As table 6 and 9 were were changed in new Canadian code, would you please please make a video regarding those changes? Thank you
The next video I do will deal with flexible conductor calculations. I just have to actually do it haha. In a nutshell you would use column three from table 12 for allowable ampacities (check the note 1 in the bottom of the table)
To be honest i dont calculate when it comes to conduit... I always the table from Code..But i like the presentation.. Very nice.. Shout out and God bless..:)
You might find you can save a few bucks on a smaller size using the table 10 8 9 method, as table 6 is based off the Raceway with the smallest interior diameter. Thanks for watching and fire the supportive comments!
Whenever I have a CODE test I always make sure to stop by to your RUclips page. I know I have thanked you in many other of your videos but you really deserve a lot of praise.
Thank you for the encouragement and support. I'm happy to hear the Videos are a help! Cheers!
Same here. Thanks for your videos..
You need to do some updates for 2021 28th edition.
You are easily the best, most clear for this.
I am being forced to retake my masters due to clerical errors....... don't get me started... these videos have been an excellent refresher
I am watching your videos since 2020 whenever I want to revise my calculations especially codes. I come to your channel. You're explaination is amazing. Thank You so much! ❤👍
Thanks for the continued support!
This is awesome, I’m gunna share this with my classmates. All you videos are amazing. Have my SLE in two weeks
I'm glad they were able to help you! Thanks for watching!
Will you be making any videos on the new code book?
Yes, especially regarding this video was it is one of the major changes. Should be very soon!
@@schulerruler thank you. Really like your content and recommend you to many Canadian Apprentice electricians
I appreciate the support, I just need to be less lazy with the video creation LoL
in A last example, do we need to add one more extra conductor as a bonding. if we are using the PVC conduit
hello @schulerrlur video is so informative and really supportive to the candidates like me. I have a question and I hope you would make it clear.
What is the maximum number of #14 600V without jacket R9 XLPE conductors allowed in trade size 41 ?
A. 49
B. 46
C. 32
D. 22
ANS A.
Without knowing the type of raceway (rigid, EMT etc) I would take the total volume at 40% in table 9g for the specific type, and divide it by the table 10a area, then round down to determine maximum fill number.
@@schulerruler thanks to consider me to reply.
As told I solved it as follows
Area of #14 is 8.89 mm sq
Area of 41 trade size is 534.56 ( chose from first column T9G)
534.56/8.89 = 60.24
Now answer would be closest option which is 49
Is it correct please evaluate
Can you please provide a video for section 8 of Code book? I have seen almost all of your videos and they are very good. Thank you so much!
Is there a code rule regarding whether or not the ground conductor would be used or not for conduit fill?
As it does take up physical space we do consider it in the calculation.
It does not, however, count as a current carrying for correction factor purposes from 4-004 1) c) and table 5c
Hi, thanks for your perfect video.Could you please let me know why we should look at 600 volt cables and not 1000 v?
Thanks
Great explanation,
great video!
As table 6 and 9 were
were changed in new Canadian code, would you please please make a video regarding those changes?
Thank you
It's definitely one of the next one's on the list! Thanks for watching!
For NM, do you count the number of conductor or is it considered single?
Very good video.
Error I spotted at 11:18
They are 4 conductor of #8 AWG
Thank you so much for the videos. How do I Calculate for example if I can have 3 x (12AWG x 3 Conductor SOOW) Cables in a Conduit?
The next video I do will deal with flexible conductor calculations. I just have to actually do it haha.
In a nutshell you would use column three from table 12 for allowable ampacities (check the note 1 in the bottom of the table)
How do you determined the trade size is 53 after going to T6j TW?
Based on a 40% fill requirement from table 8, then table 9g to size with the total calculated area from table 6j.
@@schulerruler thanks
Could you make video on the new revision of table 6 from the new code book (2021). Im all messed up now.
I just want to know the size of a conduit for 4 guage wires. Can you make it simple?
Electrical trades nothing is simple
what about bare bonding conductor if any with same conduit size 4AWG
For a bare bonding conductor you will need to use table d5 with the occupied area size to determine how much area it will take up.
@@schulerruler thanks dear
Legend, life saver
Where to use emt and pvc comduits ?
That would depend entirely on your installation and specified requirements.
Haha doing my FSR course and forgot how to do this!!!
Sup Schuler its chris veresh back in code class lol
Haha long time my friend! Good to hear from you.
Perfect. why don't you continue these videos???????????
Time to create is the only limiting factor for me. And time is limited these days.
@@schulerruler I couldn't find any better content on CEC and have electrician journeyman exam. do you know any good source like SCHULERRULER???
To be honest i dont calculate when it comes to conduit... I always the table from Code..But i like the presentation.. Very nice.. Shout out and God bless..:)
You might find you can save a few bucks on a smaller size using the table 10 8 9 method, as table 6 is based off the Raceway with the smallest interior diameter.
Thanks for watching and fire the supportive comments!
👍👍👍👍🇨🇦🇨🇦