Circuit Breakers Explained

[@selfmade128]

These sessions are really informative in a simple way. Keep them coming.

[@weag_electric]

I think this video is a well-produced and informative video that is worth watching for viewers who want to learn about circuit breakers. Here are some key points mentioned in the video: A circuit breaker is a device designed to interrupt a current in an electrical circuit either automatically or manually under abnormal conditions such as overload or fault. Circuit breakers are used for feeder and branch circuit protection and are designed to provide overcurrent protection for overload and short circuit conditions. There are many types and sizes of circuit breakers used in electrical power systems from residential to large industrial and utility systems. If you are interested in learning more about circuit breakers, I recommend watching this video.

[@kanagasaravanan1422]

This video is super thorough!

[@Sparky-ww5re]

While on the subject of miniature circuit breakers, specifically 3 phase breakers, there is an obsolete type, that was actually banned by the NEC in 1978, and it is called a delta breaker, used with high leg delta systems, this oddball breakers plugs onto the 2 bus bars in a residential panel, and has an additional lug for the third phase, the high leg, which typically came directly from the meter base and is usually unfused, and was used when there was only one three phase load in the building, in a residential panel this was mostly used in the 1950s and '60s,for central air conditioning, some of the 5 ton condensers at the time were not available in single phase, and in some parts of the country, notably the Phoenix area, the POCO would install two transformers creating an open high leg delta, to a larger home, just for the new fangled air conditioners post WWII. Delta circuit breakers occasionally pop up on eBay and other sites, and command a hefty price tag, since they are either NOS, or refurbished, pulled out of a pre-1978 install and are therefore almost impossible to find. I think you are still allowed to use one for a replacement in an existing installation, but you might be better off installing a new three phase panel.

[@Getithowyoulive863]

I just started a job this week building and maintaining circuit breakers, and Contacts.

[@kennethsudum3491]

This video helps a lot ❤

[@mshez2848]

Helpful video! Would be nice to see some diagrams, or link to download...?

[@jmbii9545]

The dramatic music with the close ups 🤣

[@benildz17]

11:01 For AF Rating as many are confused by this.

[@seablue1085]

Keep them coming, thanks, very usefull video

[@InstrumentCalibration]

Great Video

[@KiwiMaker]

Nice. I never understood how you can charge spring in a power breaker once yet it can operate twice. Thanks

[@9999afshin]

Thanks

[@johnoliba1348]

Wow so amazing i have learnt much

[@HH-oi8hn]

Excellent good explanation. I like etn.

[@sNEAKYnIGHTmUPPET]

Would be nice if they included the diagrams they SAY they are showing. Seems an editing mistake

[@SB-dc9qb]

Thank you

[@bobcocampo]

When will UL have different instantaneous trip curve for MCBs?

[@ImwithKyle]

Awesome

[@bobcocampo]

What if the mccb is drawout? Is it installed in a switchgear or switchboard?

[@510purple]

not sure why they threw contactors in this lecture. probably just to confuse you

[@ahemednor5201]

🙏🙏🌹🌹

[@atadali9711]

I opened a 20a miniature mcb. I didn't see a noticeable component tells me it controls/limit the maximum current of 20a. Will it supply a 30a???

[@FieldBoy111]

Try it and find out... Catch me outside.

[@ahamedrassath]

In 3 phase breakers of rated ampere , in each phase or per phase how much current is permissible.??

[@Engineerblogbihar]

watch my video also for this topic 🙏

[@aamirshahzad8060]

Stone cold stone cold

[@mansoorullah1176]

Sir 3pole 200 amp mean per pole 200 amp or what plz explain this for mean

[@dulajohnstone5704]

Its 200A per pole

[@ShanghaiEbaseeElectricCoLtd]

We are also professional for circuit breaker！

[@mdfahd1795]

The best

[@thecityofjoy]

Who are the presenters in this video

[@josephguida5432]

Watch the Eaton video on High Resistance Grounded Wye systems and Ungrounded Delta Systems. That video led to me finally finding the reason for wye (primary)/delta(secondary) transformers. As you might already know it’s not an often used connection method for transformers of any kind. These Eaton videos are excellent for filling in the gaps between electrical theory and practical implementation thereof. They rarely make an error in any presentation.

[@louisechampagne5608]

Brake press

[@br2266]

I love the "seeing is believing" anti christ start of this video hahahaha damn.

[@NoName-gk2sj]

I dislike the couplings and connectors