I've been away from home for a few days and instead of wasting my time watching garbage TV, I dedicated hours and hours of watching just Schulerruler videos. Schuler will give the Question to work out than I would pause each one to work it out on my own than unpause to see how I did. The more I watch your content, the more I see myself improving and becoming more confident. Thank you once again. Look forward to seeing more videos for the CEC 2021 25th edition.
this is an amazing video though I'm looking for more information on the feeder side of things. I was curious how you would go about calculating say 300 meter run, with 400 amp service. I was wondering if you had an videos explaining that side fo things. As the values are not in D3. I know it says there is a relationship with in the chart but still don't no how to calculate the answer I was looking for. Thanks a lot love your videos
Hi, I have the same question here... what if we have a load that is greater than 320 Amp, and what formulas regulating the voltage drop in this case... thanks in advance much appreciated
You are very welcome. It's just a token to show how much I appreciate your work, which has been of great value to me. I am in the process of preparing for the C of Q and your videos are helping me to refresh topics I have learned throughout trade school. I wish more people take the initiative to show generosity towards you as you have shown towards us with your time. Thank you, and may your work bring you prosperity and happiness.
why you do not use D.F.C for calculating the first D3 value(10.133m) because I think if calculate the D3 value with D.F.C the new answer would become bigger and conductor #4 would not work? thanks so much
@@caseyscott6755 in this example, it is still a single phase load (line 1 and line 2). We apply the 1.155 of it is a three phase load. As table D3 is based off of two wires, we do not apply in this example.
I've been away from home for a few days and instead of wasting my time watching garbage TV, I dedicated hours and hours of watching just Schulerruler videos. Schuler will give the Question to work out than I would pause each one to work it out on my own than unpause to see how I did. The more I watch your content, the more I see myself improving and becoming more confident. Thank you once again. Look forward to seeing more videos for the CEC 2021 25th edition.
Thank you, this is helping a lot!
Thanks for the videos Chris! They really help!!!
Glad to hear that! Thanks for watching!
You are the best!!!! Thanks for your help with these videos
Happy they have helped you!
Thanks a lot.
awesome video, very well explained. thank you
Thanks for watching!
@@schulerruler im a bit confused, what does the 10.29 m represent? since you have the 152 m from the beginning.
this is an amazing video though I'm looking for more information on the feeder side of things. I was curious how you would go about calculating say 300 meter run, with 400 amp service. I was wondering if you had an videos explaining that side fo things. As the values are not in D3. I know it says there is a relationship with in the chart but still don't no how to calculate the answer I was looking for. Thanks a lot love your videos
Hi, I have the same question here... what if we have a load that is greater than 320 Amp, and what formulas regulating the voltage drop in this case... thanks in advance much appreciated
Perfect
Thanks!
Thank you! Hopefully it was helpful! I will be updating these sometime soon to reflect the new method in the 2024!
You are very welcome. It's just a token to show how much I appreciate your work, which has been of great value to me. I am in the process of preparing for the C of Q and your videos are helping me to refresh topics I have learned throughout trade school. I wish more people take the initiative to show generosity towards you as you have shown towards us with your time. Thank you, and may your work bring you prosperity and happiness.
why you do not use D.F.C for calculating the first D3 value(10.133m) because I think if calculate the D3 value with D.F.C the new answer would become bigger and conductor #4 would not work? thanks so much
first human to make comment, thank you for video about electricity
May you explain to me about vector transformers DY0Y6 ?
120v 7amp load 450m away what size conductor ?
Would anyone be able to recommend a video for 3-phase systems and CEC (Canadian Electrical Code) , please?
Thank you
What about vd for aluminum wire please
Same calculations as copper, just bump up two awg sizes.
When does the 3 Phase come into play with Voltage drop?? as I have seen (2/R3) included in the formula.
Three phase allows for an increase in distance of 1.155.
@@schulerruler so would that change the outcome of the answer to the above video as its 3 Phase ?
@@caseyscott6755 in this example, it is still a single phase load (line 1 and line 2). We apply the 1.155 of it is a three phase load. As table D3 is based off of two wires, we do not apply in this example.