Induction Motor #5 - Equivalent Circuit #1 - The Transformer Model

[@dwipayanmondal174]

😀😀😀1 week se jo samajh me nehi aaya a sab to 15 min me hi dimag me gusa dala. Full of heart of love for you sir❤️❤️❤️

[@bradydeslippe1700]

Hello sir, I first took a course containing this material as you were creating/posting this series and they were an incredible resource. Two years later I still find myself returning to then to brush up on concepts because your explanations are so clear and concise. Thank you.

[@somankar7756]

never realised that machine was such an easy subject....just need to understand basic very well...thank u so much for taking this much effort....🙏

[@kinohermes7309]

You are the teacher I never had sir... Please keep posting content. 10 TEIR CONTENT

[@rushtamchakraborty3271]

Undoubtedly the best channel for Electrical Engineering........❤😊

[@rajankeshari3864]

Sir, I thing that time is not very far away when you will be having huge number of subscriber because you really deserve it😊

[@ElectricalisEasy]

Thank you...I am just glad to be of help to all of you.. :)

[@narendrapandharpure1651]

I link your sessions, very nicely explain.

[@harshitpatel7730]

Such a great videos for those who want to learn electrical engineering concepts deeply and quickly!!... Thanks sir, you deserve more views.

[@ElectricalisEasy]

Glad to be of help..do consider sharing the videos with your friends and anyone who might find them helpful....

[@larrydurante6670]

Dear Varun, I think there is a typo, where you say ( at 13:31) Xr = 2 (pi) fr is missing the L, Larry

[@ElectricalisEasy]

Yes....thanks for pointing it out,,,,

[@mamatha_999_9]

I am checking for this comment..!!

[@achilles6171]

excellent sir

[@anjalishreya8210]

Sir why there is need of doing equivalent circuit for induction motor?

[@anjalin7935]

You didn't consider the valie of L for Xr. Why?

[@farjanatithy6493]

stunning explanation🤩🤩🤩🤩🤩🤩

[@bhaskarrao5254]

In the magnetisation curve ...if medium is air ...then it should not saturate as in case of the iron core....

[@devendersingh6201]

Sir, You can use Patreon. You deserve that.

[@larrydurante6670]

Hi Varun, It occurred to me at the end of this video when you pointed out that the E2 = S * E20 would result in the formula for rotor emf = Flux (max) * (S Omega sync) * sin (S * Omega sync * time). So in fact that E20 is the rms value of the E2 when S = 1. It's interesting that the rotor emf frequency slows as S gets smaller, but also that the magnitude of the emf of the rotor decreases. Am I thinking about this correctly? thank you in advance. Larry

[@mohsinjan5314]

Nice brother ...👍👍👍

[@Shadow-ex7eh]

@13.3 rotor reactance should be equal to 2*pie*Fr*L

[@Shadow-ex7eh]

The way you explain things is awesome sir ....very much impressed sir.

[@electricalqueen668]

Sir your videos are awesome plz make videos on power system it will be really helpful for us it's a request sir

[@shihabmahmood9135]

hi, i'm really enjoying your videos. i think you're doing a wonderful job at teaching. however i couldn't understand the concept at 11.58 as you wrote once the rotor starts moving the relative velocity decreases. shouldn't it be the other way around?

[@ElectricalisEasy]

Here relative velocity is the difference in speed between the stator rotating magnetic field and rotor speed, so when the rotor accelerates the relative velocity I.e the speed difference between the stator magnetic field and rotor will reduce

[@shihabmahmood9135]

Electrical Is Easy thank you. I wasn’t able to relate to flux cutting frequency. But now it’s clear. As the rotor starts moving the relative velocity gets reduced and the flux cutting frequency reduces too. More relative speed and more flux cutting yield more induced voltage and a decrease in both means a lower induced voltage. Again a big thanks for your efforts.

[@moniraldavood5820]

Hello because the angle of stator magnetic field and rotor magnetic field is constant we can conclude they rotating as the same speed.but the rotor itself rotate as nm I can't comprehend that Please explain it thanks a lot And good wishes for you

[@alihosseiniroknabadi4828]

thanks alot

[@shashankthakur1744]

Sr single line diagram circuit model for induction motor aur equivalent diagram ek hi h kya

[@ElectricalisEasy]

Shashank Thakur I am not sure..usually single line diagram is used to represent a power system, and equivalent circuit represents a machine

[@EEngrmartinez]

💯

[@SagarKumar-et2gt]

Video link for the phasor diagram of 3 phase induction motor??

[@senthil2891]

Induction motor airgap has low permeability then reluctance is more compared to transformer that's the reason for low magnetic flux...but u tell airgap has high permeability

[@ElectricalisEasy]

Can you please give me the timestamp where I mention this?

[@senthil2891]

@@ElectricalisEasy 8.37

[@senthil2891]

@@ElectricalisEasy permeability and reluctance are inversely proportional...so that ideal transformer has infinite permeability and zero reluctance..

[@EducativeVideosBD]

I think it was a slip of tongue

[@ElectricalisEasy]

@@senthil2891 it was a slip of the tongue..sorry...

[@rifatbhuiyan9343]

Turns ratio = primary / secondary So, effective turns ratio = stator / Rotor Isn’t it?

[@abdulhaqseif5935]

correct but turns ratio(n) is different from transformation ratio(K). K=rotor / stator.

[@artech28]

Bro. can you make video on transfer function of 3-phase induction motor ?

[@danulabalasooriya4885]

Super

[@calebsaheb3159]

what is Nm ? can somebody tell me?

[@zallankhan3471]

youre saving my arse man.. thanks a lot

[@mohsinjan5314]

Equivalent circuit . induction motor pe Aik question example solve kr de !!!

[@Vijithc-sn6co]

🤩❣️❣️

[@AnujYadav-2011]

Agr iski jgh chowk bord use kro to students ko kafi faida ho

[@itsme7617]

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