Armature reaction in synchronous generator, Alternator, synchronous machine, in Hindi with animation

Armature reaction in alternator/synchronous generator/synchronous machine explained in Hindi with animation. Armature reaction in alternator is very important phenomenon. The initial phase of the video discuss what is armature reaction in synchronous machine and then it discusses what are the factors on which armature reaction of alternator depends. There are basically three case which affects armature reaction of alternator or armature reaction of synchronous generator or you can even say armature reaction of synchronous machine.
Then after the effect of three conditions i.e unity power factor, zero lagging power factor and zero leading power factor on main flux were discussed. The armature reaction of synchronous machine or armature reaction of alternator explained with the help of vector diagram, graphical representation and animation. All three condition of armature reaction for unity power factor, armature reaction of alternator for zero lagging power factor or armature reaction of alternator for lagging power factor, armature reaction for zero leading power factor or armature reaction of alternator for leading power factor. at the end a summary is presented showing effect of all three conditions. The final section of armature reaction in alternator presents question for you in which one question is asked and that question is "When a large induction motor is connected to synchronous generator what will be the effect on armature reaction ?"
This video is very useful for the person who has questions like
what is armature reaction in alternator? what is armature reaction in alternator with animation?
what is armature reaction in synchronous machine?
what is armature reaction in synchronous generator?
and many other. The students of electrical engineering refers this type of question. This types of question is covered in subjects like electrical machine, AC machine, electrical machine 2 and many more.
Working of alternator
• Detail Working of alte...
Learning synchronous generator
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• Learning Basics of Ele...
#Armature_reaction #Animation #Synchronous_Generator #Synchronous_Machine

[@dhananjay4525]

It is because of people like you , we students don't feel helpless, Thankyou very much for such a great content!

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Thanks for appreciation ☺️

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You deserve it.

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[@dhananjay4525]

Done ✅

[@sudhakarpawar6886]

Very fine video sirf kuch baat samaj me aayi hai😊 jaisa easy lagata hai waisa emf nahi hota hai😂 salute to mickel farede jeesane ye electricity ko khoja😊 salute him😊 aapane bahot achha samajaya😊 muze bachapanse shouk hai 😊 vigyan ka lekin pysics poor tha highschool me ab pachas saal umra cross ho gaya tab bheja charge hone laga😂😂 thanks😊

[@shubhankarmaitra4231]

what an informative video..thank you so much..

[@doabaghaintpicks7126]

excellent explained with animations 😍

[@jasvantsingh4091]

BHUT BHUTT DHANYAWAD

[@durgeshgupta250]

Thanks sir 👍 aaj Mera concept clear ho gaya

[@geetabachudasama6704]

Superb animation of armature reaction

[@hemaxibachudasama923]

Awesome 😊😊 video of armature reaction in hindi

[@user-vu4rs7jm1e]

Great explanation

[@sarcarchirag7512]

Awesome explanation

[@KaranKumar-og2vk]

Thank you sir, nice video.

[@sandhyakumari5063]

Superb sir 👌👌

[@bhaveshdesale2805]

Very nice explanation sir👍

[@jitesh1122]

rmature reaction in alternator animation | armature reaction in hindi it is very good video..

[@104_shivanshrao3]

yes we want to see what's in b/w the two cases . please make the video as soon as possible i want it very badly .................

[@luckysharma1592]

Perfect sir 😊😊

[@LearningVibes]

Thanks for appreciation. keep watching and do share such content with other to support me

[@harshitdadarwal5656]

Thank you very much sir

[@Raven-lm7jp]

Best explaination

[@RAHULKUMAR-eo6gi]

Wow kya gajab ka explanation hai. Keep it up.

[@LearningVibes]

Thanks you for appreciation

[@yasharthgupta8510]

Very well explained sir .Please complete full synchronous machine

[@sadashivah5693]

Understood the concept clearly thank u sir

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[@navnitkumarpatel1376]

armature reaction is nicely explained

[@CivilEngineeringForum]

superb

[@NarendraKumar-qz3ud]

Thanks sir 🙏🙏

[@anilshemade6048]

Nice explanation...plz make a video on armature reaction with actual load condition.

[@sumandon6422]

Sir u r really super teacher,,, Really excellent concept sir.... Sir mai to chahata hu aap machine aaur advance machine ka sab chapter cover kare,,,, Aap ka concept bahut axa laga sir g

[@jiteshjoshi8992]

armature reaction of alternator is very useful video

[@topindia5035]

Amazing explanation. From himachal

[@LearningVibes]

That is really beautiful place 😍

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Mere kam ko apriciate karneke liye is channal ko subscribe kare. My new channel. www.youtube.com/@vichar.mruduraj

[@satyavirsinghrajput]

Sir app bahut achcha or bahut deeply samchaate h🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@LearningVibes]

Thanks for appreciation

[@rajuray2618]

Thanks sir

[@snowlourdurobinson2539]

Very Well Explanation Sir. In my diploma and BE i didt understood this concept. Now understood clearly the Concept for my ETO COC ORAL Examination. Thank you. God Bless You.

[@LearningVibes]

Thanks 👍, where do u study?

[@snowlourdurobinson2539]

@@LearningVibes Tamil nadu Sir, I did my diploma in 2004,

[@LearningVibes]

Mere kam ko apriciate karneke liye is channal ko subscribe kare. My new channel. www.youtube.com/@vichar.mruduraj

[@ashishvitekar3474]

Inductive effect

[@sagarthakre1808]

Sir ,, Aap ne jo Machine ke andar jakke explain kiya wo awesome hai,,,,

[@LearningVibes]

Thank you for appreciation

[@sumandon6422]

Sir really u r one of the fine teacher,,,,,

[@LearningVibes]

Thanks for appreciation

[@sagarthakre1808]

If we connect large IM as a load to the O/P of Synchronous Motor, As Induction motor is Inductive load hence the armature stator flux will oppose the main field flux so the main flux decreases and the produced resultant flux is also low So the Demagnetizing effect will produced which decrease the output terminal voltage.

[@navinkumar6523]

Dil se thank u

[@LearningVibes]

Dhanyavad 🙏

[@syedmehmoodhussain9892]

Permanent magnet K roter Ka flux flow of electron k lea aur load k lea ya DC current sae Jo flux banta hai konsa best hai sir Aap nae bohot nice explain kia hai flux per load Ka effect per bhee video banaen thanks Allah Kareem khair o berkat atta fermae Ameen.

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[@SoniKumari-oh5zb]

Too good concept sir

[@LearningVibes]

Thanks for appriciation

[@Unkn0wn_gaming0-y1d]

🙏🏻🙏🏻

[@toptrikal2891]

Good

[@thamilmanisekaran3007]

Dear sir ! Please clarify! In an alternator , as per Faraday's law, the armature conductor will experience voltage only after the rotor pole crosses 90 degree from facing the armature conductor. The current can flow through the conductor only after voltage initiated. Once the current flow happens the armature flux will happen as per right hand thumb rule. Then how the armature flux will react with the main flux of the rotor pole which is 90 degree away from the armature flux?

[@ravinawar1503]

Is me excitation me baare me aisa kuch nahi hai new baneay short and sweet bus kaam ki baat video on exitation of generator... Thanks...

[@dashok4749]

Brother why in lagging pf stator conductor are lagged wrt rotor pole..and not in unity pf as shown here.plz respond..

[@LearningVibes]

Because of inductive load its starts lagging behind. At pure resistive load they are aligned but as inductive load starts increasing current starts lagging and so this happens

[@anilshemade6048]

As the induction motor is an inductive load, the armature reaction will be demagnetising to the main field .

[@electricale8805]

✌️👍❤️

[@Aman-pg4ky]

Yes sir please make a video on armature reaction during transition from laging to leading

[@LearningVibes]

Okay i will consider this

[@ashishpadhi7786]

Excellent explanation....sir. Maza a gaya.

[@LearningVibes]

Thanks for appreciation

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Plz do subscribe if you like my efforts

[@ashishpadhi7786]

Already done.

[@ashishpadhi7786]

My finger goes automatically to the subscribe button after watching the 1st video.

[@LearningVibes]

Thank you so much

[@tehrihepmaintenancegrp2462]

amazing video and great explanation. Could you please take lecture on effect of load variation on synchronous generator.

[@LearningVibes]

Thanks for appreciation

[@tehrihepmaintenancegrp2462]

@@LearningVibes There is so much bookish knowledge, monotonous lectures that one fails to understand and visualize what exactly happening in physical aspects. Mathematics is just a tool, but things needs to be understand at physical level. Great effect by your team learning vibes. Eagerly waiting for lecture on torque angle, load angle with meaningful insight of magnetic interaction when synchronous generator is loaded.

[@LearningVibes]

Thanks for appreciation. I want to add something here (just on a lighter note) this is only one man in learning vibes

[@tehrihepmaintenancegrp2462]

@@LearningVibes Hat off to you sir, then. Your sincerity and command over subject is marvellous.

[@abduljasim007ek9]

@@LearningVibes ❤️

[@harshvardhansinghranawat1499]

yes sir plase next video bano ❤

[@kinematgaming921]

The effect on armature rkn due to large induction motor will be demagnetising . Because as we know that induction motor is an inductive load to the snch generator.

[@NiteshKumar-kq1bf]

dear sir, i have a doubt in lagging and leading load when we study in linear form . doubt is that , direction of current in conductor of stator . there is two magnetic field on stator conductor and both has different direction.

[@LearningVibes]

I am not getting what is your doubt?

[@siliconworld13301]

the direction of current depends upon when will the conductor pass through N pole Under N pole the direction of current is inward ,Now for leading pf the armature (In inductor the current lagg behind voltage by 90 degrees ) so the N pole should be Electrically 90 degree leading that conductor to induce maximum current.

[@ishwarbeniwal194]

Sir ji Lenz law kaise apply hoga alternator pr

[@sabyasachichampatiray638]

plz make videos on synchronous motor

[@LearningVibes]

Sure

[@suryanshpal5321]

Sir you are a great teacher. No one can explain better than you.

[@LearningVibes]

Thank you for appreciation

[@prashanttiwari4851]

Can u explian what is the advantage and disadvantage.

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[@ramanuttam710]

Demagnetizing effect

[@ItsAJINKYA]

Plain and auto synchonus motor ka video kb bna re ho

[@LearningVibes]

Need some time to make that

[@bmanojkumar9035]

Sir wht if it's RL load and Rc load and LC load Explain this reactions too sir

[@prashanttiwari4851]

Why alternator designed eit 0.8 pf.

[@AdityaSharma-lt2gr]

90 degree Aage ya piche wale pole me peak current kyumilega

[@ashishpadhi7786]

Both de-magnetism and cross mgtism hoga sir...ji...

[@electricalsujitgope]

Ans:- Value of resultant flux decrease as demagnetize magnetic field

[@MANMOHANPAN]

Alternator full wiring diagram and animation through. Like rectifire, voltage regulator how to work. Hindi mai

[@electricalkunal4084]

Main flux to poles ka hota hai bhai

[@pirumar4532]

armature reaction in synchronous motor ????

[@adiljan1305]

If I am not wrong, I think you have applied the Fleming rule in wrong way. You used your right hand instead of left hand in finding it so. Kindly correct me if I am wrong....

[@LearningVibes]

It seems like that because of mirror effect of camera

[@adiljan1305]

@@LearningVibes ay be like that but the direction of current you have used is in the opposite direction as I used Fleming left hand rule or ight hand Palm rule and this reverses all of the things.

[@cyrilcarvalho281]

I want animation of changing p.f. on alternator

[@LearningVibes]

Mail me details of your requirement

[@mdyousufahmad5141]

Ans: A motor serves as an inductive load, and if i am not wrong the resulting flux will be demagnetizing due to reverse magnetic field effect between armature conductors and rotor poles

[@LearningVibes]

Very nice

[@mrudurajsinhchudasama9075]

Armature reaction of alternatior in hindi

[@sudheergamingtelugu2425]

Sir we need in english

[@LearningVibes]

Okay it will come

[@ashishvitekar3474]

Zero lagging p.f.

[@ee-128maheshbaburoyal7]

animate how the armature field effects main field...... louda classes telling you

[@jitesh1122]

rmature reaction in alternator animation | armature reaction in hindi it is very good video..

[@anuj6702]

Very nice explanation sir 👍

[@LearningVibes]

Thanks

[@thamilmanisekaran3007]

Dear sir! Please clarify! In an alternator , as per Faraday's law, the armature conductor will experience voltage only after the rotor pole crosses 90 degree from facing the armature conductor. The current can flow through the conductor only after voltage initiated. Once the current flow happens the armature flux will happen as per right hand thumb rule. Then how the armature flux will react with the main flux of the rotor pole which is 90 degree away from the armature flux?

[@kajal6135]

Demagnetizing effect

[@jitesh1122]

rmature reaction in alternator animation | armature reaction in hindi it is very good video..

[@trilochanpujari1241]

Thank you sir