An electrical channel for all your electrical needs. We can help offer advice on the most basic electrical day to day tasks.
These videos are created as educational and entertainment videos on this channel. In no case are we suggesting that you do your own electrical work without a proper license to do so. Please consult your local licensed tradesperson. Check with the inspection authority and building codes in your local area. Conquerall Electrical Ltd will not be held liable for any accidental damage, negligent or injury resulting from equipment, information, electrical, tools, fire, recommended products or any items contained in this video.
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This is an idea.... but then you have to do the entire house in those bigger plates, or else they look weird.
by code the switch has to be 44'' or is it acceptale 50''
Depends on your location In Nova Scotia it s actually no higher than 46 inches to the top of the box for wheelchair accessible, which is deemed by the building code. Not the electrical code.
Amazing information thanks....
Thank you
If you plug in a new smoke detector without turning the main breaker off.. the interior of the detector will give you a fabulous light show! It’ll still work tho, just a little disconcerting
Missed one test at the end @19:25: Check ohms ACROSS all combinations of male terminals, just to be CERTAIN that there are NO SHORT CIRCUITS. The end-to-end tests and the short-circuit tests should be performed on ANY cable that you buy, have built, or otherwise obtain. You don't want to find out there's a problem with live power energizing your cable!
NEMA (National Electrical Manufacturers Association) does not MAKE cables, but some of their members do.
It’s province specific for Canada and there is a new code since this video was released
Yet you do not mention the actual code sections.
This is exactly what I needed to know for the first half. I am doing some rough in’s for an addition to my home and putting a mini split for that room. Getting an electrician to do the rest but just want the rough in’s done good enough to pass inspection. Thank you!
Blown-in insulation has a vapor barrier????
Great vid.,Thx from Minnesota.,✨😉✨
this was extremely helpful & useful but i really wish i could see how you determined what wire goes into what hole. other than that this was pretty much what i needed
Half my kitchen stopped working didnt have a gfci outlet whatsoever Reset button on the breaker ( due to your video) then i started moving different breaker switch on and off because the main one didnt work and non of them is labeled but then bingo their it was so happy now i can go back to cooking my fries in the airfryer 👍
Too many morons making up rules these days. Are metal boxes required in Canada? That would add so much time to a job, and no, they are not better.
This guy is Canadian and the CEC doesn't allow 15 amp receptacles on 20 amp circuits.
What if you don’t have a pipe. I have a meter on the side but then nothing. It goes straight from the meter into the house into a breaker box. I don’t even have a main breaker either. I just have a bunch of small ones that have 2 switches with 30 on them. Then I have a double with 30 and a double with 40.
Horizontal panel are allowed in Nova Scotia!
thanks! helped
Thanks. My alarm was driving me crazy
Hi , are You In USA or canada?
@@kmann6431 Canada and it’s province specific
@@conquerallelectrical Thank you , i am watching from canada , toronto
sideways mounted panel does not meet code and should not be done. vertical only.
@@admirableawesome2317 it does in Canada
thank you
Its a wonder NYC hasn't gone up like Chicago did with all the extension cords. If that fire gets in the walls.
Thanks for the simple and straightforward explanation on the interconnect wire........You made it easy to understand.
Need a little explaining. In the first example, the fire is started in the rag pile using a “rinky dink” extension cord powering multiple high draw appliances. Check. But in the second example the extension appears to be a higher quality power strip and the fire is initiated in the wall plug, not the power strip or the cable. Isn’t the primary problem is that you’re drawing 28 amps through a 15 amp socket? Would the same result happen if the power strip were replaced with a suitable heavy duty extension cord?
Watch the full video
@@conquerallelectrical I did, about 10 times to follow what you were trying to show. Hard to follow that there were two different setups and no real conclusion drawn at the end. Just smoke, fire and fire extinguisher. What exactly does the second example demonstrate? The fire is in the wall, not the wire.
I think they meant the long video. kzread.info/dash/bejne/iqees81sfbXffdY.htmlsi=Sz4IBpwbZw-ZxKpo
@@austinsmith6714 I only saw the short version. Thanks.
Yikes!!
I feel like there is far more headroom than I realized. Still definitely want to make sure things are right. Given most of us live in tinderboxes.
I think this does a good job at showing how ridiculous you have to push things past spec before they fail. If your causing electrical fires from overloading the wire, you shouldn't be working on your own stuff. Like
This should help pacify people who are worried about getting anywhere close to the limit just as much as it helps inform people to realise they should get someone to do the job properly.
@@thewhitefalcon8539 you're right. I think its crazy that homeowners will push things so far. It really does take a good bit of negligence on the homeowners part for this too happen when all other things are correctly done. It just seems crazy to me people will push things they don't understand so far that it catastrophicly falls, when it's their's and their's family's live at risk. It's good to see someone actually showing people how this happens instead of just saying trust us.
Great information in the video for DIY'ers thinking about "adding power". But a real wall fire would not have a completely exposed back side, hence the oxygen available would be limited in real construction and would take significantly longer than the video. Building codes add precious time to escape and are designed to keep the fire to a smoky smolder rather than a raging fire like at the end of the video. 1/2 drywall alone is rated to 30 minutes. That means this fire would be oxygen deprived for up to (and most likely very close to) 30 minutes before it would break through the drywall and get oxygen and begin to grow and look like the end of the video. Its possible it could self-extinguish. The 2x6 blocking is rated to 60 minutes so the drywall is the weak point. For example, this is why modern codes require drywall finishing under staircases, even in basements. It gives you like 5 times the amount of time to escape out of what might be your only exit. A wall with a plexiglass sheet on the "viewing" side and fireblocking foam on the cable entry points would better simulate a real wall, up until the plexiglass melts. Best I can think of is a sheet of borosilicate glass but that would be hundreds of dollars.
So this is Ada and building code requirements in Canada? Not NEC code requirement?
Thanks for sharing your knowledge.
Thanks for sharing your knowledge.
The insulation kept the heat in and let the heat soak into the wood whereas the cords were in open air, outside near to the ground and could draw cool air onto and convect away from them - IR cameras are great for showing issues like this. If a fuse is overloaded it will show hotter than the rest or damaged wire will be hotter at the damage
informational
Thanks for sharing your knowledge.
So scary, always use a licensed electrician!
Thanks alot for your all videos. Good stuff.
Awesome video plz make a vid on conductor stapler with canadian codes..some inspector here have their own versions, 2 wires, 3 wires etc
I dont use any of those heights in Ca
Nova Scotia Fire Inspector on top of the electrical code for handicap.
According to what I have seen there are not outlet height requirements in the NEC code. So, I am now confused. Please site the NEC code where outlet heights are specified.
Canadian man
Good information and well presented. My house was built in the 40's and I'm upgrading all the cloth 2 wire with 12/2NM-B. Since where I live requires no permits, I'll use what makes sense and ignore what doesn't. Adding outlets is a must since in 1940 they generously included ONE outlet for each bedroom but the new outlets will be at the same height as the existing ones. "The code is more of a guideline" to quote Captain Barbosa.
I have a four prong 220V generator & a 3-wire 220V condenser. Does this summary make sense? G = ground = green X = L1 = black Y = L2 = red W = neutral = white (unused in this case, as the condenser is single phase)
Now these are real offfgrid inverter chargers that use heavy duty low frequency transformers instead of those cheap Chinese made, lightweight, high frequency junk inverters that offer far poorer surge capacities, shorter like expectancies and absolutely no galvanic isolation for safety.
Boss, please see this! I stumbled onto your video in a moment of desperation. I'm currently without roughly 40% of power throughout my house. I'm unsure if it's a GFCI fault, wiring, or whatever it could be.
Depending on your location in the world some power utilities will come check out the meter and wires coming into the house for free so you should check on that first. That will eliminate the possibility of a loose connection to the house. If that fails and you have checked all gfci resets, any tripped breakers of fuses then unfortunately I think you may be into a service call to an electrician. Hope this helps a little. Have a good day.
I would like to add a counter top plug on top of my island and plug it into a outlet inside rear of island. I live in Edmonton, AB, does CEC electrical code allow receptacles installed inside island run via AC90 12/2 wiring?
Thank you, 😊
I try to unplug it from the wall and the whole house starts beeping like an alarm
GFCI protection or AFC Fault protection?
Gfci protection for the non grounded circuits