IM6 - Working Principle of Induction Motor - concept of slip

[@SsenyonjoSimon]

This is why I love 🇮🇳 you guys God Gave you to us as gift 🎁 ❤ . Thanks for sharing with us

[@fabianm.2982]

Thank your Sir, your explanation is on point. Greatly appreciated.. I only have one question though. How does a synchronous motor maintain torque to the load if at ns=nr, no torque is established. Because the DC excitation given to the field coil is to produce stationary magnetic field nd also help with the pull up torque to lock nr to ns. I alway had problem understanding tht nd how would appreciate a good explanation like you just did with induction motor.

[@antoniosulvaran5219]

Hi, could you please explain why in some of the pictures of the rotor you showed the rotor bars has some angle respect to the rotor axis. Thanks

[@husseinshutari5209]

could you please explain equivalent circuit of the induction motor?

[@biharboyroy9658]

sir i go through all of you're video its really very help full plz make video on other machine also in same way with full detail #Thankyou

[@rajankumar-gb5wp]

Sir, you always 🎸. Thank you

[@Sachin-qn2pf]

Thank you so much.... It was really useful...... And your teaching method is fabulous..... 😊😊😊

[@ramaniromik1598]

Nice efforts sir, but sir will you please explain about the speed control of the 3 phase IM and various tests that are performing on it. Something about the starters also.....thank you....

[@TheRakeee]

Superb teaching.. i understood easily..

[@pradeepyemula6015]

thanks. pls subscribe for more.

[@charlesokoh3373]

Thank you very much sir your video is of total essence

[@darklord5231]

thanks for good explanation sir

[@sheikkalifa5509]

super sir clear explanation ..

[@mouradafifi5167]

you are brilliant sir thank you so much

[@srinaath9845]

U are awesome sir 😎👌

[@ANKITSHARMA-ev5rh]

sir i want to ask...there are three phase than there should be at least three poles or the multiple of it to create a rotating magnetic field.....or not even a single pole can be obtained

[@matthewmcconaughey824]

sir aap bhot acha concept explain karte h

[@edupoly6641]

excellent sir

[@MsRamesh21]

Thanks you sir :) Good Explanation.

[@sri279]

In induction motor​ if stator has n(north pole) the rotor should​ form n(north pole )on the rotor exactly​ opposite​ to stator pole according​ to lenz law ,but both are opposite​ to other​ than cancel​ flux each other​ ,now how we get the torque​ ?

[@pradeepyemula6015]

N pole will send out magnetic flux lines, S pole would receive magnetic flux lines, so if N and S are close to each other, magnetic lines will easily flow from N to S, without canceling each other. If N and N are close to each other, then their magnetic fluxes oppose each other. Similarly, if S and S are close, then their fluxes also oppose each other. Hence the famous quote - "Like poles repel and unlike poles attract."

[@sri279]

hi Pradeep, what i am asking here is..when supply given to stator rotating (N,S poles) field created​ in stator..this flux links rotor than we get finally N,S poles on rotor,,here N pole on rotor exactly opposite to rotor as per lenz's law ...than resultant flux zero so no torque exit on rotor...but we say. torque exit on rotor why? i hope my question now clear!

[@soundaryach3059]

Thank you very much sir good explanation

[@tpraveen2907]

tq sir clear explanation.... tq tq very muchh sir

[@Waseemchaudhary-d4i]

inverted induction motor concept video upload kar dijiye

[@PawanKumar-it3cx]

Rotor bar is short circuited then how to make no. Of pole in rotor

[@pradeepyemula6015]

there are no poles in the rotor of an induction motor. Only the stator has poles. Rotor does not have poles. That is why the rotor can slip. In a synchronous machine, both the rotor and stator have an equal number of poles which lock with each other. Hence the synchronous motor cannot slip. Synchronous machine can either run in synchronism or fall out of step.

[@PawanKumar-it3cx]

Pradeep Yemula Thanks for give ur valuable information

[@savitachaudhary7320]

Thnku Sir ...finally I got it..

[@pradeepyemula6015]

thanks. please subscribe for more videos.

[@manushendramadhukar5390]

Savita bhabhi...

[@vishalsharma-cn7fh]

Sir make video on synchronous motor plz

[@sish2404]

Great

[@amitshah817]

Thank you sir 😊

[@SuperVassey]

Thank you SIR

[@nagasrinivas3265]

thanks

[@nagasrinivas3265]

thanks

[@nagasrinivas3265]

thanks