Detail construction of alternator in Hindi, Construction of synchronous generator in Hindi |Mruduraj

[@LearningVibes]

Detail construction of alternator in hindi is 1st lecture in video lecture series on synchronous generator.
ua-cam.com/play/PLho7ncbqgQbt-qwmghBjIrEirXp65YmYr.html

[@mainuddinsaifi6068]

Aapka samjhane ka Tarika bahut badhiya hai

[@dhruvikmalaviya9451]

a very usefull video for understand the basic concept and construction of synchronous generator.

[@motivationalquotesamazingf8346]

Sir plz continue series you are the best teacher of electrical engineering

[@AmanRaj-vs9bz]

Sir your teaching style is too good i understand everything you taught thank you so much for this sir

[@riddhijadeja6302]

Construction of alternator bahot achhese samjaya hai sir, thank you

[@darshanchauhan2156]

This video is very helpful to understand the construction and basic concept of synchronous alternator

[@amittawar3335]

Itni achi video nhi dekhi

[@electricalsujitgope]

1 . Cast iron
2 . To reduce Eddy current loss

[@navjyotjadeja4255]

1000th View is me... wonderful Video on alternator !!

[@LearningVibes]

Thanks bro

[@aniketkushwaha5171]

Nice explaination 👌👌

[@santoshkr8700]

Very useful and helpful video 🎉🎉 Sir meri baat pe dhyaan de please content hindi me bhi kr skte hai Aur Quality 240p par rakhiye sir 😊😊

[@jayendrasinhchudasama4957]

Superb explanation of construction of alternator

[@helaljabel6629]

Nicely explained. Thanks a lot.

[@SavsaniHardik]

Kafi acha video hai sir, ans 1 silicon steel and ans 2 is eddy current loss

[@puleshsahu437]

1. Cast iron
2. Eddy current loss Kam karne ke liye

[@dhruvikmalaviya9451]

(1)ans- silicon steel
(2)ans- to reduce hysteresis losses and eddy current losses

[@mohitdayal4131]

nice video sir 1 ans- silicon steel 2 ans- to reduce hysteresis loss and eddy current loss

[@neerajsingh6304]

Bahot achcha laga sir

[@jiteshjoshi8992]

Very god work and very much useful for me

[@ranabrijrajsinh6866]

Construction of alternator mast samjaya he sir

[@pragatisahay2529]

construction of alternator ka accha video banaya he.

[@shreenirmolsharma5277]

Sallut sir..love from bd

[@sandhyakumari5063]

Cast iron and second one is...to reduced Eddy and hysteresis loss

[@masrooralam5079]

1-cast iron./2-To reduce eddy current lose

[@dipakmishra7100]

bahot achha bataya he sir

[@anelectricengineer26]

Video is nice sir

[@LearningVibes]

Thanks

[@LovepreetSingh-gq2bf]

1.Cast iron
2. I'੨ Losses reduce karne ke liye

[@mrudurajsinhchudasama1090]

Alternator construction is good video

[@anelectricengineer26]

(1) cast iron material used for construction of stator frame
(2) to reduce Eddy current loss in stator and rotor Core

[@LearningVibes]

Good

[@anelectricengineer26]

Thanks❤❤ sir

[@zahragillani5162]

ANSWER NO 1(Cast iron )
ANSWER NO 2 (To reduce eddy current loss and histeresis loss)

[@ShivaShankar-il4vq]

Super sir

[@Faiz2k3]

1) cast iron coz it have great stength
2) to reduce eddy current loss

[@aslamansari-ic7wq]

Why we are using damper winding on rotor and being short,and by the your answer to the questionis cast iron (for smaller alternator and for large one is made of steel either in one or number of pieces),to reduce the eddy loss ans hys loss

[@LearningVibes]

To reduce damping in rotor because of any loaf variation.
To make alternator auto start (start as induction motor)

[@raorishit2858]

Ans1- silicon , aluminium
Ans2-to reduce Eddy current & hysteresis losses

[@purnabajadeja1412]

acha video hai sir,

[@darshanchauhan2156]

Ans(1) Silicon steel
Ans(2) To reduce hysteresis losses

[@govindnishad4449]

1 cast iron
2 To reduce historias losses and Eddy current losses

[@masrooralam5079]

1-Cast iron

[@yuvrajkumarnath1732]

dynamically induced emf

[@rajdeepraj5685]

1- cast iron , 2- to reduce eddy current loss

[@Hasib.khana.eeeeee]

Sir ji 3 phase Generator Reverse ghumne laga to kya voltage dega ki nahi

[@CEFandBrandEdgeReviews]

Thank you sir for this video.And what is the diameter of cylindrical rotor?

[@LearningVibes]

Smaller then salient pole

[@ashishvitekar3474]

Stator frame made by cast Iron materials

[@neerajsingh6304]

I need rotor structure in details.

[@LearningVibes]

I will make video on it
Join our learning community for free here we learn together
t.me/learningvibesgroup

[@ashishvitekar3474]

Sir,
Alternator 4 Pole means 4 Pole of stator OR 4 Pole of Rotor?

[@LearningVibes]

4 pole on field

[@ashishvitekar3474]

But field winding of Rotor or stator

[@dipakmishra7100]

silicon steel and eddy current

[@PremChoudhary910]

Dc rotar ko kitne watt or volt ki jarurt he

[@Harsh321cd]

Ans (1)- cast iron
Ans(2)-To reduce hysteresis and eddy current losses

[@mehulbalasara1465]

nice videop

[@ravinawar1503]

1 cast iron
2 reduce losse eddy current and hysteresis loss
sir thoda sa or har cheez ki deeply knowlede dijiyeaa

[@LearningVibes]

sure

[@GulshanKumar-zw8ch]

1 ans. Cast iron

[@SonamYadav-vd9oh]

Cast iron

[@hemaxibachudasama923]

Ans is silicon steel and eddy current loss

[@m.d.e8100]

Cost iron
2 eddy current losses

[@Unkn0wn_gaming0-y1d]

Damper winding per video chain he please 🥺🥺🙏🙏

[@LearningVibes]

What you want to know about it?

[@kevinshingala8509]

1. Cilicon steel

[@SURAJKUMAR-el5tx]

1 ans. Cast iron
2 ans. Reduce eddy current loss & Hysteresis loss.

[@LearningVibes]

Dear good attempt but there is small correction in answer, ans 1 is silicone steel and ans 2 is not both its only Eddy current loss. I appreciate your efforts

[@ranahemakshiba7546]

Very nice viedeo....

[@purnabajadeja1412]

1 silicon steel
2 eddy current loss

[@ranabrijrajsinh6866]

Eddy current loss

[@ranabrijrajsinh6866]

Silicon steel

[@Optiwari-uk7ig]

Q no 1. Drop ayron

[@ravinawar1503]

generator or alenator ka
stator or rotor same hota hai kya
dono ka same principle par work kar ta hai kya
pls thoda batayea..is baar me confusion door kare .aap ka is se related video ho toh mujhe share kare....
[e-mail]

[@LearningVibes]

dono same hi hota he, abhi to mene upar koi videos nahi banaya he magar agar kisi topic pe videos chahiye to muje comment me vo topic likhake do details me sab samja dung.