Equivalent Circuit of Induction Motor

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This video describes the per-phase equivalent circuit of induction motor - Power flow diagram - Ratio of air gap power, rotor copper loss and mechanical power developed.
No load and blocked rotor test document can be download from the link given
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Download PPT
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Download PDF
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If you have questions, please don't hesitate to ask in the comment section. You can also send me your comments/ questions to my mail id - futureofeee@gmail.com. I will try my level best to answer all your questions.
Pls like, share and subscribe. Thank you!

Опубликовано:

11 сен 2024

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Комментарии : 13

@FutureofEEE 4 года назад

You can download the PPT & PDF - Link given in the description - Pls like, share and subscribe - Thank you.

@jimpowang 2 года назад

This video is too good. The best in terms of explaining the theory.

@mayurmhaske545 2 месяца назад

Really Nice and informative videos. Thank you very much...!!

@lucasflaviocota8756 Год назад

You're very good explaining, thank you for the video!

@dr.varatharajm54 4 года назад

Nice sir. Waiting for upcoming videos... Great..

@FutureofEEE 4 года назад

Thank you sir ... Ill upload it soon sir..

@vinothkrish7890 4 года назад

Nice initiative Siddharthan.

@FutureofEEE 4 года назад

Thank you!

@vinodj7285 11 месяцев назад

Hello sir ... I know q axis inductance and d axis inductance flux linkage and stator resistance can I draw a equivalent circuit of the motor ...please help me to solve this..

@user-wq1xv4jp4d Год назад

really appreciate it! but a little confused as to why core losses in stator are taken in parallel to magnetic flux ? why not in series ??

@ronalerquinigoagurto555 Год назад

I have been reading about pump and the rotor resistir is analogous yo the impeller diameter

@MrMaaa62 3 года назад

question?, how to know the squirrel cag ratio, can you explain to me. thanks

@FutureofEEE 3 года назад

usually turns ratio is the terminology used in transformers = N1 (# turns in primary)/ N2 *# turns in secondary) . It is used to find the secondary winding parameters R2', X2'... In Induction motor X2' is assumed to be equal to X1 and R2' = (X2'+Xm/Xm)2 * R.