IM#16 Deep bar and double cage induction motor in hindi, full detail and easy explaination

Squirrel cage motors me high starting maintain karna aasaan nhi hota isliye usme kuch modification kiye jaate h , jaise hi deep bar ya fir double cage rotor banaya jaata h , inn dono hi rotors ko maine deeply iss video me samjhaya h , ummeed karta hu ki aapko video se kuch help jarur milegi.

[@BhupendraSingh-px7oe]

Aaj sir bilkul sahi se samajh aa gya h.isse phle sbhi is topic ko udha diya krte the .thank you sir again and again.

[@Electricalpaathshala]

Thanks for watching.

[@aby281]

Itana badiya se kisi KZbin par nahi bataya gaya hai thankyou for studying us mujhe suru se poora machine padhana hai kya video available hai

[@Electricalpaathshala]

Playlist section check karein... Thank you for appreciating us.

[@Innovative-India]

Nice explaination sir, thanks sir for making such a video for knowledge

[@Electricalpaathshala]

Thank you , for this love and support.

[@Shayar9]

Thank you so much sir You have cleared my concept 🙏

[@hriticksrivastava9661]

Sir aapke notes mil skte hai?

[@rohitkamra3205]

Mind blowing video sir... Thankx sir concept clear krne l lie

[@PritiSingh-yy3ky]

Sir aap ne concept bahut achha bataya hai thanks ***

[@Electricalpaathshala]

Thanks 😊

[@ScorpioLover-dv5mp]

Bht he badiya video banayi

[@KrishRai-g4u]

You are excellent 🎉

[@dharmaadd8998]

Super sir my all doubts clear thanq, make more video

[@mtrandom4540]

zabardast concept & video

[@ramraopunjaraodindedinde2181]

Great work sir

[@soumennayek9157]

Love you fan ho gaya apka sir dc generator and dc motor start kariye sir plz plz sir

[@MKumar-tv4yx]

sir actually you deserve more likes .

[@piyaroy8537]

Tnku sir for this information... And sir pls make a video based on single phase induction motor ..🥰

[@serajalam1101]

Thanks sir. The way of teaching is very very...good.

[@Electricalpaathshala]

Thanks a lot , this appreciation motivates me to give more and more stuff to students . Thanks for the support. 😊 good luck

[@nikhilteotia5256]

Bhai bahut hard

[@suman3316]

Very good explanation thanyou sir

[@aleemakhtar6228]

sir really good

[@Sourav86709]

Thanks a lot Sir 🙏🙏❤️😊

[@monsteraryan4680]

Great sir. Thank u

[@santoshkumardas1701]

Nice sir

[@anshdeepkaur7985]

sooo brilliant sir ......thnku sir

[@kaushalKumar-zh1dc]

Super lectures Sir

[@VivekKumar-vs5cn]

Thank you sir thank you so much sir

[@shyambhawangautam3471]

Good explain

[@ShubhamKumar-fq3ig]

please provide animated video on same, i am unable to clear the concept i have completed whole unit 3, 4 for upcoming online aktu exam you did amazing job, but here i am not able to get how you have made those dotted lines for flux , how current will flow in upper part and not in lower part, bcz this one cage of rotor will be horizontal or maybe vertical but still how current is flowing i am not able to get, please provide some animation before exam

[@koushikbiswas621]

I also support this comment.....Its not understandable enough to clear the concept........

[@SunnyKumar-hp9tx]

Bro..kuch v current k increase krne se resistance increase ho jaayegi..👏

[@honeymehta7434]

Bhai.....resistance ko humne increase karvaya hai by changing the area so that starting torque increases

[@souravsen2981]

@@honeymehta7434 Nhi bro, mera comment padho upar me. Vo asli reason hai.

[@ArvindKumar-zt6lx]

Please sir make a video for speed control

[@gulveharsh]

12:45 isn't it like, due to skin effect current at outer side is more that implies resistance is less at outer side than center. I think you said opposite of it here

[@mahendradhakne2714]

Sir please make video on dc motor

[@amisingh6106]

thnkuu sir😊

[@Uday-Singh_1999.]

Sir can you make video on synchronous motor ?

[@safwansadi5156]

السلام علیکم جناب۔۔۔۔۔شکریہ

[@Electricalpaathshala]

خوش آمدید

[@adityasharma-sc7zo]

Deep bar cage rotor ka top view hai ya side view jo video main dikhaya?

[@atulyapathak3303]

Gr8 thats it..

[@manishajain1510]

Sir aap aur videos bnao.please electrical machines pe please sir

[@raghavdwivedi111]

100 saal lagayga

[@jayantkrsingh6105]

Great job!

[@alamgir9359]

good

[@ritikarana9217]

Single phase induction motor ki videos banao please

[@SatyamSingh-yn7qg]

please make videos of synchronous machines

[@abhijitjha2355]

Make video on power system 1

[@aashishmahajan4169]

Sir resistance kesa kame hai xc ka inductane high hai to

[@supriyakumariead596]

Sir please speed regulation in alternator p video banaiye

[@akashpatel1130]

26.25 what you mean by ki resistance kam hoga to current jyada aayega aur torque jyada hoga pr torque to resistance pr dipend kre ga na to currents jyada means resistance kam to torque kese jyada hoga 😣😣🤔🤔

[@utkarshjha657]

Sir can you make videos on Analog and digital circuits?

[@Electricalpaathshala]

Yes, utkarsh i also wanted to make the video on these subjects but due to excessive work, it may take a little time, I will try to give as soon as possible

[@manjeetking2720]

Love। u sir jiii

[@saroaruddin9533]

thank you sir motor nameplate ka ek video dijiye

[@RaviJh09]

❤️❤️❤️❤️

[@GauravKumar-bb3ts]

Rotor ki under to area kam hota h phir to resistance ki value High milengi sir ji

[@pradeepchauhan2745]

Input current kise kahenge sir ji?

[@sai99126]

Why Reactance of inner and outer cage are not depending on frequency...why or self inductance

[@sourabhsingh4329]

Thank you sir

[@Tasty_triangles]

Can you please upload the video of power flow diagram of dc generator and motor please

[@mahtoji1995]

Thanx sir

[@bhuttobishnoi2665]

Sir... Current jyada hone se resistance kese jyada...?

[@shubhamdhote9171]

Same doubt

[@Anumoy_Chakraborty]

Maximum flux obtain towards c So I think current increase at c and decrease at a so resistance increase at a

[@Virus99100]

same doubt yr

[@Electricalpaathshala]

See, Resistance of outer cage is deliberately made larger than the inner cage. Now, Initially due to more supply frequency, the reactance of inner cage is very large as compared to the inner cage.. so Total Impedence of inner cage is large. Hence starting current will flow more in the outer cage. Now, Gradually the Reactance value gets decrease due to less supply frequency. Hence, Total impendnce of Outer cage will become large (It has large value of resistance). And this will make sure that the current will flow in inner cage. I hope that this will clear your doubt.

[@rajeevgupta6199]

Double cage induction motor kon se class se belong karta hai

[@rakeshprasad1236]

Sir Double cage I.M me Slot Constriction kya hota hai.please

[@ShubhamPatel-iu5ci]

How skin effect increase resistance?

[@adarshsingh6313]

Due to skin effect effective area decreases causes increase in resistance

[@SACHIN78662]

Dono better consa hai

[@abhi.k2353]

Sorry can I know what is f l and x

[@tarunaverma332]

Sir ye flux neeche hi kyu aa rha h upar kyu nhi aa rha

[@ashishraielectrical7437]

जब ऊपर वाले bar में करंट ज्यादा होगा,तो रेजिस्टेंस फिर कैसे ज्यादा होगी,रेजिस्टेंस रो कम होगी न।

[@Electricalpaathshala]

Dekho, Resistance sirf akela factor nhi h current flow krwane k liye... Yahan pe total impedence ko dekha jaata h... Ab jo leakage reactance hota h shuru shuru me vo inner cage me jyada hoga kyuki vo supply frequency pe depend krta h.... Outer cage me resistance jyada h lekin lekage reactance bhaut kam h.... Or jo total inpendce h vo inner cage me jyada hota h shuru shuru me... Isi wajah se starting current jyadatr bahar hi flow krta h(bhale hi resistance jyada ho) lekin total inpendce jyada hone ki vajah se vo bhar flow krega... Ander bhi flow krta h but kam flow krta h ..... Baad me jaise jaise frequency kam hoti h to reactance dono hi winding ka kam ho jaata h... Or fir current sirf or sirf resistance pr hi depend krta h. .. bahar jyada resistance h to current kam hota h (aap ye bhi bol sakte ho ki bahar total inpendce jyada h iss baar ) to current ander flow krta h fir ... Agar ab bhi samajh nhi aaya to puch lena fir se... Aap bss ye dhyaan rakho ki Z ko hum Impedence bolte h jo ki yaha pe resistance+reactance ki value h... Ab shuru me reactance ki value jyada hone ki vajah se inner cage ka Z jyada bada hota h bahar wali k bajaye... Baad me vo kam ho jaata h

[@ashishraielectrical7437]

Ok सर समझ गया,बहुत बहुत धन्यवाद आपका। राम राम🙏🙏

[@lokeshselsurkar1903]

Sir double cage motor mai resistance q value automatically kaise change hogi

[@fahimhasan6832]

why Ra is greater than Rc ??

[@preetsahota316]

Jab motor ki speed dhere dhere jyada hoi too S kmm hua to sir yahan s kya hai???

[@akashkumar211]

Notes mil sakta hai sir pure chapter ka ..

[@RITESHKUMAR-mg2kb]

Why flux is more near C??

[@hriticksrivastava9661]

Sir aapke notes mil skte hai?

[@rahul-up2vp]

Kosni book refer ki h sir is topic k liye

[@Electricalpaathshala]

Ashfaq Hussain

[@mayankkr.246]

Ye diagram hi samaj nhi aya kya dikhana chah rha h

[@arunpratapsingh5051]

Jb current jada to r jada kaise

[@souravsen2981]

Broo, yaha pe skin effect ka role aata hai. Skin effect k according, jab high freq me current flow karta hai koi conductor me. Then current ka tendency hota hai ki vo conductor ka outer most layer m floe kare. So jo effective area bana, jaha p current flow krra hai vo kam ho gya. So jo efective cross-section km hone ki wajah se jo effective resistance bana vo bohot zyada barr gya. Yehi hota hai yaha.

[@pandeyshivani5194]

Sir please notes mil skte h

[@SouravKumar-hj6of]

kya padhae ho...mann ghinaaa gyaa pura...abey aise koi samjhata hai?? very poor explanation👎👎

[@ghost_mosaad__]

Link v ho rha hai leak v ho rha hai, What is going on .

[@waleedawadh9870]

please write in Hindi and talk in Hindi and avoid writing in English as its not your language and your audience only Urdu speakers

[@Electricalpaathshala]

Please write in Hindi.

[@preetsahota316]

Sir please help me

[@technicalshailesh5214]

Ya speak now...

[@kaushikwaghel7042]

Muje single phase motor develop karnehe dulal cage rotor me jo blower me used karne he usme kya karna he wo janna he or temperature motor ka kam hona he 2 HP /4pole please sajetion do 6354978225

[@GauravGupta-pb8mk]

Thank you sir

[@webseries9482]

Thank you sir