Видео

Thank you, I appreciate that!!

Gracias por el comentario. Muy apreciado. :)

ruclips.net/video/raJksPKDeJc/видео.htmlsi=j72WXC396lnOUGo5 here is a video I made on my other channel before I created this channel.

But I see you already commented on that video. I could make a new video as I do have some good info on it.

@@jarodvelectric7431 did i sir? i can't remember. i'll just look into your channel. thanks anyway

Thank you!! I am really glad you passed, and first try is pretty rare so good job on that! Thanks for the feedback it means a lot. 😃

Thanks for the comment. I am using the 2020 Edition. I forgot to mention that in this video, I will remember to next time!

Then instead of 2 K I L / CM ... it is the square root of three in place of 2. √3 K I L / CM

Square root of three is something you will often see used in 3 phased systems. The number used is 1.73 or a step further 1.732.

Do you have an UGLYs book? It has all the formulas in it

copper is 12.9, aluminum is 21.2

I should have used 12.9 for copper in this video because that is what you do in real life.

@@jarodvelectric7431 that's more correct because more people are watching sir so you must pay attention on the correct information so as not to mislead the beginner. thanks for the correction

@@manuellastrollo2168 Yeah I agree but it was non intentional. The reason I used 12 is because I went to school for this and they taught me the number was 12. This is why it is always good to double check what you are being taught to make sure it is correct.

That is very kind of you, thank you!!

Thank you, I really appreciate that! I am editing some videos on the Optional Method right now :)

Thanks for the feedback! Yeah it is normally difficult finding specific videos for electrical theory so that is what I am trying to offer here. That is a great suggestion/idea! I definitely am proficient on the whole grounding/bonding topic and will put that on my bucket list for videos to make in the future. I will furthermore make an entire video on the equipment grounding conductor and another video for the grounding electrode conductor. Unless it is a misconception, it is common knowledge that the ground rod can be helpful when lighting strikes ones house to help the current go into the ground. But in terms of safety in the house I would think of GFCI protection.

@@jarodvelectric7431 By safety, I meant, the electrode doesn’t help with clearing a fault current. Most non-union guys I’ve worked with simply believe that “ground” means the same thing in all contexts; ground rod, grounding, grounded, EGC, ground fault. To be fair, it’s the fault of the pedagogy of the NEC and the vernacular that the industry uses which causes people to be confused. Other things guys are getting wrong are conduit fill, derating, load calc & voltage drop. I’d suggest creating a downloadable pdf worksheet for each of these scenarios you cover (create a website that you can later monetize) specifically the calculations. Mike Holt’s calculation course costs $500! That’s a shit ton of money. Plenty of room for you to cover ground and sell eHandbooks and test questions. I’ve been thinking of doing the same for some time now, complete with “how to” videos, but I’m nowhere near qualified yet. Good luck. I subbed.

Thank you so much for all of the support as well as positive comments!! I am planning some videos about Load Calc for Duplex and Multifamily for both the Standard Method and also the Optional Method. They should all be out by the end of the month

Yes I’m looking forward to your new videos. Let’s Do It

Good luck! Make sure to have your 2020 UGLYs book because that will have formulas in it you can use on the test! Also, pick up a key term index for your RCW/WAC if you do not already have that it will help you a ton!

Hey man just wanted to let you know that I passed my administrators exam all due to your videos. You explain things so much easier than any other of the big names here on RUclips. God bless man .

​ @user-zx8zt4pw3e That makes me really happy to hear that. I would have not made this channel if I felt like the big names taught well enough. So for you to tell me this means a lot! Thanks for sharing this with me. :)

It is hard to work with someone with remarks like that... I have a newer video if you are trying to learn. ruclips.net/video/er07gUB1l7g/видео.html&t

@@jarodvelectric7431 you’ll never get to a 200 amp panel at 1200’ home.

@@MarioLopez-iv2nw The point is not the answer it is how you got there... You must be very difficult in real life.

@@MarioLopez-iv2nw Go make your own video then buddy.

I am glad that you are getting use out of these! That makes me really happy to hear. If you do not already have it, make sure to pick up a copy of your version of UGLYs! It has mostly all of formulas I teach in my videos.

Thanks! Remember to include 25% of your largest motor when you are done with all of this. Check the pinned comment for a more in depth explanation plus I will be uploading a video on it soon on my channel so look out for that.

Glad to help! Remember to include 25% of your largest motor when you are done with all of this. Check the pinned comment for a more in depth explanation plus I will be uploading a video on it soon on my channel so look out for that.

I cannot provide a copy of the worksheet. But it is more of a burden than a help, here is my newer video on Residential Load Calc that explains a method that relies on the book which is more accurate to a testing scenario. (Vid Below) Residential Load Calc:ruclips.net/video/er07gUB1l7g/видео.html&t Optional Method Video: ruclips.net/video/qjgStSt4xJo/видео.html&t

Thanks! Yes it is one of my most recent videos, here is the link:ruclips.net/video/qjgStSt4xJo/видео.html&t Also, I have a newer video on the standard method where I show the process without a worksheet, which is more realistic to the actual test so I highly recommend that video too. It is called Residential Load Calculations, here is the link:ruclips.net/video/er07gUB1l7g/видео.html

Yes! And good luck!

Gracias amigo!

I am really glad this is useful! Thanks for the feedback.

I cannot provide a copy of the worksheet. But it is more of a burden than a help, here is my newer video on Residential Load Calc that explains a method that relies on the book which is more accurate to a testing scenario. (Vid Below) Residential Load Calc:ruclips.net/video/er07gUB1l7g/видео.html&t Optional Method Video: ruclips.net/video/qjgStSt4xJo/видео.html&t

so when do we use the 83% rule? i thought we use it on service feeders

This was a mistake that I had not realized at the time, look for my pinned comment at the top of the comments for an explanation.

@@erikdaelectrician6102 This was a mistake that I had not realized at the time, look for my pinned comment at the top of the comments for an explanation.

This was a mistake that I had not realized at the time, you are correct and thank you.

I cannot provide a copy of the worksheet. But it is more of a burden than a help, here is my newer video on Residential Load Calc that explains a method that relies on the book which is more accurate to a testing scenario. (Vid Below) Residential Load Calc:ruclips.net/video/er07gUB1l7g/видео.html&t Optional Method Video: ruclips.net/video/qjgStSt4xJo/видео.html&t

Where?

I cannot provide a copy of the worksheet. But it is more of a burden than a help, here is my newer video on Residential Load Calc that explains a method that relies on the book which is more accurate to a testing scenario. (Vid Below) Residential Load Calc:ruclips.net/video/er07gUB1l7g/видео.html&t Optional Method Video: ruclips.net/video/qjgStSt4xJo/видео.html&t

VA and W are used interchangeably in load Calc. I forgot about this since I hadn't done it in a while. You are correct in real life, but here we use them the same.

This was a mistake that I had not realized at the time, look for my pinned comment at the top of the comments for an explanation.

The exact amount would not be known but there are minimums. Such as a minimum number of branch circuits on General Lighting using #14 AWG or #12 AWG. You would figure this out by getting your sqft multiplied by 3va. Then From this number dividing it by 120v then divide that by the amps you are working with, 15a or 20a. This will tell you how many branch circuits you have with this portion plus an additional FOUR 20-amp Branch Circuits for: 2 SABC, 1 Laundry Circuit, and 1 Bathroom circuit. For example: if you had a 2,500 sqft dwelling then you would first do 2,500 x 3 = 7,500 from here you divide by 120. 7,500 / 120 = 62.5 from here you divide by the amps you are working with, first I will do 15A for #14 AWG. 62.5 / 15 = 4.166 You always round up to the NEXT whole number. So even though you normally would not round up 4.166 in this case you always round up to the next whole number. 4.166 becomes 5. This means you need 5 Branch Circuits for this 2,500 sqft dwelling plus an additional FOUR 20-amp Branch Circuits as explained above. This is a complicated area because they might ask how many general purpose branch circuits you would need... this means instead of the additional 4 you would only count the 5 for the lighting portion. If you had 20A for #12 AWG then you would divide accordingly: 62.5 / 20 = 3.125 again round up to the NEXT whole number Now you can have 4 General Purpose Branch Circuits for this 2,500 sqft dwelling and if you are doing the entire General Lighting Load you should know the additional FOUR 20-amp branch circuits explained above.

I cannot provide a copy of the worksheet. But it is more of a burden than a help, here is my newer video on Residential Load Calc that explains a method that relies on the book which is more accurate to a testing scenario. (Vid Below) Residential Load Calc:ruclips.net/video/er07gUB1l7g/видео.html&t Optional Method Video: ruclips.net/video/qjgStSt4xJo/видео.html&t

javujo@gmail.com

Please

Unfortunately I realized it has a copyright on it and I cannot technically be distributing it. In all it is really simple and you could easily draw it, and doing so you would probably memorize it...

Get this : www.amazon.com/Master-Electrician-Questions-Answers-Henry/dp/1733462112/ref=pd_bxgy_img_sccl_1/139-2602853-3801357?pd_rd_w=i2jiT&content-id=amzn1.sym.26a5c67f-1a30-486b-bb90-b523ad38d5a0&pf_rd_p=26a5c67f-1a30-486b-bb90-b523ad38d5a0&pf_rd_r=7515P2T7YKQZ2XRTSVTW&pd_rd_wg=EcBuU&pd_rd_r=9e786a00-e08a-431e-b86a-123de7dfa7bb&pd_rd_i=1733462112&psc=1 and this! www.amazon.com/American-Electricians-Handbook-Frederic-Hartwell/dp/1260457915/ref=sr_1_1?crid=2Y6O5HE6FBY83&keywords=electricians+handbook&qid=1693394030&s=books&sprefix=electricians+handbook%2Cstripbooks%2C148&sr=1-1&ufe=app_do%3Aamzn1.fos.f5122f16-c3e8-4386-bf32-63e904010ad0

Unfortunately I realized it has a copyright on it and I cannot technically be distributing it. In all it is really simple and you could easily draw it, and doing so you would probably memorize it...