It's amazing how important this is to being an electrician - a real electrician - and were getting this information from a leader in our industry, and yet only 3,000 people bother to watch it and learn. It gives us a real clear idea of how desperate American society is for a knowledgable, experienced electrician. Great, great video Ryan.
Cool, I'll leave the comment. GF detectors are needed for series wired heater elements. 2, 480V elements wired in series = 240V across each. short the middle and the 1st heater gets 277V...not nearly enough to blow the fuse. I deal with this all the time. Customers saying "why do we need GF detection?" My response: "Cuz, you do, trust me." :)
Haha first.. ! Edit: commented before I saw the title. This is a VERY IMPORTANT video. Arguably the most important conductor in the installation... Thanks Ryan..!!🤓⚡👍
I love that phase: the Earth doesn’t come with terminals. Lol! But also, lighting: We don’t need no stinking terminals! 😂 Love your videos. They’re very well done. 👍
Another great vid! Ryan …..please consider doing some AIC info…. How it’s established from the initial construction of a buildings electrical system and how that rating may or may not have changed years later. Thanks very much.
Gotta chime in on this one. Effective GF current path is not so simple as tripping the overcurrent device as the article says. With series wired heater elements, GF detection is a must. I'll withdraw this comment if I feel like a fool after finishing watching this. :P
I don't get how understand why you would send a fault to the ground rod.... As that's not going back to the source to complete the ckt.... Unless I'm just not thinking correctly...
It's amazing how important this is to being an electrician - a real electrician - and were getting this information from a leader in our industry, and yet only 3,000 people bother to watch it and learn. It gives us a real clear idea of how desperate American society is for a knowledgable, experienced electrician.
Great, great video Ryan.
We just covered this in my apprenticeship class this past week. Thank you. The more I watch of this series the more I enjoy it.
Cool, I'll leave the comment. GF detectors are needed for series wired heater elements. 2, 480V elements wired in series = 240V across each. short the middle and the 1st heater gets 277V...not nearly enough to blow the fuse. I deal with this all the time. Customers saying "why do we need GF detection?" My response: "Cuz, you do, trust me." :)
These definition videos are great.
Haha first.. !
Edit: commented before I saw the title.
This is a VERY IMPORTANT video. Arguably the most important conductor in the installation...
Thanks Ryan..!!🤓⚡👍
Another perfect explanation! Kudos Ryan Jackson!
Your face looks familiar. I think I've seen it with Mike Holtz.
I love that phase: the Earth doesn’t come with terminals. Lol!
But also, lighting: We don’t need no stinking terminals! 😂
Love your videos. They’re very well done. 👍
This is really a great video.Thanks.
Another great vid! Ryan …..please consider doing some AIC info…. How it’s established from the initial construction of a buildings electrical system and how that rating may or may not have changed years later. Thanks very much.
I already have, I think.
Here you go: ua-cam.com/video/spFvcJjl-gY/v-deo.html
Thanks for taking time!!!
Gotta chime in on this one. Effective GF current path is not so simple as tripping the overcurrent device as the article says. With series wired heater elements, GF detection is a must. I'll withdraw this comment if I feel like a fool after finishing watching this. :P
Good Video !!
I don't get how understand why you would send a fault to the ground rod.... As that's not going back to the source to complete the ckt.... Unless I'm just not thinking correctly...
🥃🍺🍇😎👍🏻