Induction Motor #7 - Equivalent Circuit #3 - The Final equivalent circuit and Power flow

[@pixelmatrix_]

salute you, sir. Never ever I have seen a teacher like you. Even in the IIT, I couldn't find a single teacher as enthusiastic and passionate about teaching like you. Thanks, Sir.

[@vaibhavgupta1538]

Best videos so far on Induction Motor!! Keep making these videos !! Keep up the good work!!

[@berkaydogan3132]

The Best,best,best Teacher for learning the Electric Machines !!!!!!!!

[@narendrapandharpure1651]

I always run away from Induction motor topic but now coming closer and closer because of you. Great....

[@narendrapandharpure1651]

Induction Motor # 7 chapter explained very nicely. Hats off to you.

[@rifatbinsultan5184]

THANK YOU - FROM BANGLADESH

[@juhirani1313]

You are really doing great job

[@atulraj3189]

Sir your teaching is really another level. Thankyou so much

[@mohammadnadeemsabir]

Sir now u r continuing induction machine.. Since alternator is already covered, along with induction machine if you please parallely run numericals session in synchronus machine, then it will be very helpful for us for general government AE/JE exams.

[@pvsnarayana]

Dear sir, it is amazing..... as you said it is crystal clear explanation.....

[@achilles6171]

excellent sir

[@aqidmohdfaizul7261]

veryy helpfulll thanksss sirr

[@mdjahirhassan8417]

Many many thanks

[@abrarshariare5835]

sir this is lit . My teacher has the same things written on board but I get none of it

[@piyushkumar8182]

Sir, both side frequencies are same, but for merging E1 should be equal to E20.How is it so?

[@bhavyamalhotra1355]

Sir, what is the difference between Stator Core loss and Stator Cu loss?

[@omarmahmoudhawamdeh4311]

thanks alot

[@EducativeVideosBD]

Thanks

[@nirosh_an]

sir, why don't you consider about rotor and stator reactance power loss and magnetizing component power loss also?

[@eepics7137]

Sir in this numeric problem.actually IM over loaded condition. Isn't??

[@satyamsahu8496]

Thank You Sir for the video!

[@ElectricalisEasy]

My pleasure!

[@achilles6171]

❤❤

[@danulabalasooriya4885]

good work

[@susheelpatil3606]

👍👍👍👍👍👍👍

[@bashirahmedsheikh84]

Thank you

[@RohitKumar-fy9fp]

plz add these slides as notes in description

[@cliveplante7244]

What happens to E2?

[@hellolroy5246]

sir, please provide lecture notes as pdf format.

[@Vijithc-sn6co]

🤩❣️❣️

[@itsme7617]

✌️

[@SUHANA575]

Sir induction machine ki winding connection ki uper ek vdeo ..dijie please....(*lap &wave winding)

[@ElectricalisEasy]

There is an extensive coverage on lap winding in my dc machines course...you will find it in the playlist

[@SUHANA575]

@@ElectricalisEasy Okay sir..thanks you for suggestions.

[@bashirahmedsheikh84]

Power system pe videos upload please

[@WomanPowerline-]

6:15 bad stator! 😂 No sir it is actually a good stator, because it made those concept clear which the fancy looking stator in books couldn't.

[@06venom60]

Then where is when Nm is not equal to zero equivalent ckt diagram @ 2:33 I guess we need that I know it's not going to get answer but anyway if someone could much appreciated

[@ElectricalisEasy]

Kindly elaborate the question, and this is the third video on equivalent circuit, I recommend you watch this in order to understand it fully...

[@06venom60]

@@ElectricalisEasy sir I have watched each n every video of whatever is in my clg portion. I said last line because it's one year old video thought u would no reply so Equation u wrote is E2=E20 where E20 is max when rotator is stationery in transformer video ....1 In rotor wala video u have took E2=SE20 which means from 1 rotor is stationery Therefore the equivalent ckt is for when rotor is stationery Then what will be the ckt when rotor is moving ?

[@ElectricalisEasy]

kzbin.info/www/bejne/jmXQqpWIfJ1rrsU You will find the answer at 4:40

[@06venom60]

@@ElectricalisEasy got it Thank you