L29 - Induction Machine Equivalent Circuit

[@ECOMMUSK]

This is good. My professor fucking does chicken scratch on the board + he writes SUPER small (whole class has to squint and he knows that), so given all the notation in power engineering it is real challenging. Thank you for this video, it helps a lot! I understand it much better!

[@neilAneerGAmAI]

Very nicely explained. :)

[@erica.m7484]

Awesome explanation thank you sir

[@mihertabera57]

thank you! God beless you

[@mohammadalirashidioun9738]

Thanks a lot it was so useful

[@michaelreibel881]

Good video. Where can I find your lecture detailing the fictitious resistor R'r(1-s)/s ?

[@salmanmohagheghi8349]

That lecture is not online yet. But hopefully soon

[@eepower]

Wow. This was a wonderful piece of art. Thank you.

[@letampaul9427]

Can someone please attempt this, A Y-connected induction motor rated 460V,60Hz 4 Pole has the following impedances in ohm per phase. Refered circuit parameters R1= 0.641 ohms R2'= 0.332 ohms X1= 1.106 ohms X2'= 0.464ohms Xm= 26.3ohms If the rotational losses are 1100W and are assumed constant,while the core loss is merged with the rotational losses. Assume the operational slip is 2.2% at rated voltage and frequency while stray loss Rc is negligible, calculate; i. Speed ii. Stator current iii. Power factor iv. P.mech & P.out v. Induced torque in N/m

[@ervinmontemayorsoe9789]

Is yhis a 3 phase? induction machine?

[@rdcarbonk1885]

a per phase model.

[@emmr380]

more lectures please

[@dharmikmistry8781]

👍🏼