Sign up at ELECTRONOOBS.io: electronoobs.io/ Follow me on FACEBOOK for more: facebook.com/Electronoobs help me on Patreon: www.patreon.com/ELECTRONOOBS
thank you! you are the only one who has shown us the full details, I have watched so many other videos ( for over 1 of the videos ) none of them showed us a clear way on how to even connect the damn thing the right way ... thank you!
In the UK they are also called RCD (residual current devices) or RCBO for combined RCD and MCB in one unit. Its worth noting these are operated by current (generally 30 milli amps), whereas in the past they used something called an ELCB (earth leakage circuit breaker) which was voltage operated I believe. en.wikipedia.org/wiki/Earth_leakage_circuit_breaker
People must keep in mind that having an RCCB will not ensure you'll be protected with a direct contact, just will lower the injury threat. Also, dropping a hairdryer in the bath will still be fatal.
12:01 -- wrong acronym on the right side of the video. It's not -GCFI-, but *GFCI* in US and Canada! But thank you for the video! Can save someone's life.
I like the little panels you guys have. I have something like 68 breakers between my three panels. Loads are completely split throughout the house, basement and garage.
A suggestion: Write first one or two lines of description , which is related to topic of video. I know no one cares about description, but while sharing on WhatsApp it takes first few lines to describe the post. anyway thanks for sharing your work
The RCBs are also great because most device cases are grounded, so even if theres a short to the case of the device and it just allows a tiny current (not enough to break the mcb), the rcb will trip before you even get to touch the live case :D
i really liked the RCCB tare down, never knew how they worked, big Clive done a video on them but i missed it : ( .. the MCB works like an electric kettle! well the thermal part anyway!!! cool video as usual...
Does this device work when the 220 is two phase no nutral at all for 220 the old system in ksa is split phase in old houses because I noticed the load side has neutral and l1
The arc "driver" in the mcb wouldn't prevent arcs from forming, these blocks are made to catch the arcs and stop them from burning the insides of the breaker :D
Can you explain to me 1 thing that makes me confused? If I change the connection between L and N. this means that L(RCCB) is connected to N(Load) and N(RCCB) is connected to L(Load), So what will happen? Is RCCCB still working fine?
Thank you, very nice. But respect RCBs (or RCDs): is not bonding of the neutral wire to extratrenous conductive parts necessary for detection in the current imbalance? How would that come into play in your explanation?
Everything in this video is perfect, from the explanation to even the color harmony. I just have one question, it might seem dumb though: When i turn down the breaker of a load, if i accidentally make a connection from its neutral to the ground the RCB still trips. Can you explain the theory here, the reason? Thank you very much in advance!
Sign up at ELECTRONOOBS.io: electronoobs.io/
Follow me on FACEBOOK for more: facebook.com/Electronoobs
help me on Patreon: www.patreon.com/ELECTRONOOBS
Wah
Finally someone opened it and explained it
This video was extremely informative. 10/10, very well explained, very audible, and the diagrams and video's shown were perfect. Thank you.
Glad you like it
4:58 wait for the spark
Your explanation on the RCCB is clear and simple. NICE!
Brilliant ! The best explanation of electrical concepts on the internet. You are the new benchmark sir!
I was always curious to know how mcbs work. Thank
Cheering
sameerUNO
thank you!
you are the only one who has shown us the full details, I have watched so many other videos ( for over 1 of the videos ) none of them showed us a clear way on how to even connect the damn thing the right way ... thank you!
Better than my teacher!! thank you much
Usually we watch the video and if it is good we give a like. But here i first give a like then watch the video !! Excellent channel on UA-cam....
In the UK they are also called RCD (residual current devices) or RCBO for combined RCD and MCB in one unit. Its worth noting these are operated by current (generally 30 milli amps), whereas in the past they used something called an ELCB (earth leakage circuit breaker) which was voltage operated I believe.
en.wikipedia.org/wiki/Earth_leakage_circuit_breaker
Best explanation and best demonstration. Worth to subscribe
People must keep in mind that having an RCCB will not ensure you'll be protected with a direct contact, just will lower the injury threat. Also, dropping a hairdryer in the bath will still be fatal.
You are one of the top 10-BEST content creators ever on UA-cam, you will gain the rating you deserve, just a matter of time (y)
Wow. its crazy how much you can learn on youtube. I never got taught this in school
best explanation for RCCB . now I fully understand it
best explanation of a MCB and the working principle of thermal and magnetic tripping characteristics .
Nice video Explainin.
I have liked your clear explanations on these two circuit breakers and there differences thanks 👍 alot for making it clear to me
just what i was looking for thank you for explaining in detail, examples of the device was very useful
11:58 GCFI or GFCI?
BTW I am from India, and we call it RCD => Residual Current Device and ELCB => Earth Leakage Circuit Breaker...
That means You focused in study in your third semester.
GFCI
12:01 -- wrong acronym on the right side of the video. It's not -GCFI-, but *GFCI* in US and Canada!
But thank you for the video! Can save someone's life.
Cracking vid, informative, well explained and demonstrated and all in your second language pronounced clearer than my first, Bravo
I like the little panels you guys have. I have something like 68 breakers between my three panels. Loads are completely split throughout the house, basement and garage.
A suggestion: Write first one or two lines of description , which is related to topic of video. I know no one cares about description, but while sharing on WhatsApp it takes first few lines to describe the post. anyway thanks for sharing your work
Agreed
Perfect and fascinating breakdown of both devices! Thank you!
thank you very much awesome explanation
Very helpful video 👍
No UA-camr can replace u❤️
Superb explanation. Mucho mejor que mi profesora 🤣🤣🤣
Good clear explanation. Very helpful, thank you.
Perfect explanation
Very good for Your teaching
Very well explained!
Very good explanation thank you
Love your videos bro #india
The RCBs are also great because most device cases are grounded, so even if theres a short to the case of the device and it just allows a tiny current (not enough to break the mcb), the rcb will trip before you even get to touch the live case :D
It saves lots of students studying electrophysics.
Very well Explained
Explanation was top notch
Nice explanation
Love from India .. explained very well
Nice.. well explained..
Your videos are simply amazing, bro.. keep up the good work..
Very helpful, thanks you.
Beautiful explanation along with excellent video...
One of the best videos on this topic. Great work. Keep it up.
Excellent insight!
Hello sir...
Good video.
First time I saw such detail video of MCB and rccb.
Thanks for video...
Thanks! Your channel is great.
Great work.. thanks for sharing..
really very very helpful 💯💯💯
Got some information by this video...... Thank you
Good vid.
John Ward did a series on mcb, rcd and surge protection.
Thanks for sharing.
Amazing video!
In India We use made in china mcb's . In Spain they use made in India.
Power of currency ,,😀😀😀
Can you give an example
Thank you
i really liked the RCCB tare down, never knew how they worked, big Clive done a video on them but i missed it : ( .. the MCB works like an electric kettle! well the thermal part anyway!!! cool video as usual...
Great work! how do u do that animations.
Thankz bro... Good job
What software do you use for the cool animations?
Thank's, Nice & usefull video, proper explanation. Is there any rating for leakage current?
Does this device work when the 220 is two phase no nutral at all for 220 the old system in ksa is split phase in old houses because I noticed the load side has neutral and l1
can you make a " arduino RCD tester " ?
The arc "driver" in the mcb wouldn't prevent arcs from forming, these blocks are made to catch the arcs and stop them from burning the insides of the breaker :D
Thanks
Finally. Thank you for opening it up and for explaining how it works! Subbed!
Good video, i like it, also is called FI
Correct me if iam wrong GFCI is use for 110 volt while RCD IS use 220volt
Thanks. Well explained and clear demo. Love to see more from you, sir.
Very interesting. Thanks for sharing this.
Very interesting explanation
Hey buddy thanks for this video and all other videos
Please can you make a video about contactors and overload
Very pride moment to see MADE IN INDIA on the mcb and rccb
Very well explained thank you.
Great teacher
Can you explain to me 1 thing that makes me confused?
If I change the connection between L and N. this means that L(RCCB) is connected to N(Load) and N(RCCB) is connected to L(Load), So what will happen? Is RCCCB still working fine?
Thank you, very nice. But respect RCBs (or RCDs): is not bonding of the neutral wire to extratrenous conductive parts necessary for detection in the current imbalance? How would that come into play in your explanation?
Should we use 30ma or 100ma for domestic purpose.
Why you dont test the 13A mcb breaker on short circuit test?
What if I have 3 phase running thru the RCCB and I take current only between 2 phases for example. Does the circuit breaker trip in this case?
Great explanation ever 👍👍
У нас в России RCCB мы называем УЗО(Устройство Защитного Отключения), как и MCB у нас это АВ(Автоматический Выключатель).
Thank you so much.You are a big help to me.
God bless you
OK, so in RCCB it doesn't matter if the load is connected on either side, just Neutral should be connected to neutral.
What's the correct Name for the arc driver? I have googled it, nothing comes out!!
Arc Chutes.
In germany they are called "Funkenlöschkammern" or "Lichtbogenlöschkammern"
good job
bro Thx alot for the video i have my physics test today and i had totally forgotten about this topic
13:21 neutral wire connection is melted at main separator
Everything in this video is perfect, from the explanation to even the color harmony.
I just have one question, it might seem dumb though: When i turn down the breaker of a load, if i accidentally make a connection from its neutral to the ground the RCB still trips. Can you explain the theory here, the reason? Thank you very much in advance!
Does the rccb work where the neutral and earth are bonded?
You speak English very well.
Welcome to Unboxing electrical appliances ⚡⚡
It dissipates the arc if it forms on the chamber on the MCB
Super
Can be use Arduino to make RCD - RCCB ?
great...
Best video.
Very useful
RCCB starts at 08:57
Did you see the flashes when it tripped ?