Pole Pitch, Coil Span(Pitch) in AC Armature Winding | Short Pitch, Full Pitch Winding | Pitch Factor

In this video basic terminologies related to AC armature winding like coil, conductor, coil side, front pitch, back pitch, pole pitch, coil pitch, etc. are explained for basic understanding of the main topic.
The video focuses on full pitch & short pitch winding and its effect on EMF induced in armature. Pitch factor is explained for a short pitched winding.
Music:
Acoustic Breeze
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[@Abrar_Jamil_4323]

Peace be upon you.
I was not satisfied rather struggling to understand concepts while going through the theory line by line without visualizing things. I badly needed this typo video to actually know what is happening practically.
Finally got your video. Thanks a lot for making these things clear totally.

[@hermestris8155]

Wow. Best motor winding video on the internet. Thanks!

[@jimitkshukla]

Thank you & Welcome!

[@MUTHU_KRISHNAN_K]

There are no words to explain how much thankful I am to come across this video,sir.
This is the first time I have understood these terminologies with this much clarity.
Thank you very much sir 🙏

[@vivek.r4832]

sir you are truly an hero

[@khondwanibanda5537]

Best video on windings. Thank you sir

[@Akarsh-]

Excellent video. You covered every winding terminologies and concepts which I was having a hard time to understand. With props, you explained it much better. Thank you so much...

[@yollandasigauke5217]

Thank you ,you make it very easy to understand 😊

[@jotirammore9855]

Actual concept is cleared ...completely understand all the terminology and difference between them..too helpful for me..

[@jimitkshukla]

I am happy that its helpful and your concepts are cleared. Thanks for your appreciation.

[@nithiyasaravanan3878]

Lot of thanks sir... I was confused with the winding terminologies.. But after seeing your video I am well clear now...

[@jimitkshukla]

Great 👍.

[@vishnoo_prasad_m]

Lovely explanation sir. Very clear. Only after watching this video everything in my book seems meaningful. Thanks 💖

[@susovandey781]

Nice explanation sir. Very simple but very effective. 🌷

[@jimitkshukla]

Thanks and welcome!

[@Maheswar054]

Great work sir🙏
I just started to what it is, later I I was wondering that the way you explain the winding concepts.
Superb sir...👌

[@jimitkshukla]

Thanks and welcome. Your appreciation means a lot to me.😇

[@AxiePlays601]

crystal clear.. thanks

[@anderslasson3465]

Thanks, good explanations!

[@jimitkshukla]

You're welcome!

[@user-mh6oi9yq3d]

How easily explained ...thank you so much sir...

[@user-rc8xm4kk9y]

👌 many thanks , that was a great demonstration

[@jimitkshukla]

You are welcome!

[@sakshichadda1115]

What a wonderful explaination

[@splendor10]

Best video i have seen.
Really helpful.

[@bongwankosi9894]

wonderful video sir perfect explaination

[@balakrishnanthavakkara1599]

Explined properly, thanks

[@manojganguly9817]

Amazingly explained

[@sriramsriram9195]

Very good work done by you !

[@jimitkshukla]

Thanks a lot!

[@estherlove4406]

The best explanation I ever got, thank you

[@jimitkshukla]

You are welcome. Thanks for your appreciation.

[@ashnamjohnson4735]

very clear explanation... keep on doing videos related to electrical machines.

[@jimitkshukla]

Thank you, I will.

[@spvids46]

❤❤❤
Cleared all concepts...

[@ruchavyas1916]

Explained very well.. 👌 I m so proud of u my friend👏👏

[@jimitkshukla]

Thank you so much 😀

[@hemals.tandel]

I can't believe sir your understanding manner is too good compared to my faculties 😮😮😮

[@TejashwiniNayak]

Thank you sir ...the usage of props is awesome

[@jimitkshukla]

You are welcome

[@sahibzadaumarsaeed9661]

amazing superb sir love from pakistan
actually and finally my concept has been cleared about these terminologies.

[@jimitkshukla]

Thanks for your admiration. Glad that your conceptual understanding was improved.

[@sahibzadaumarsaeed9661]

@@jimitkshukla thanks a lot again

[@123parimal]

great work!!!

[@jimitkshukla]

Thanks a lot!

[@JUNAID4451]

Thanks your way of demonstrations is awesome keep up the good work

[@jimitkshukla]

You're very welcome!

[@jerinsusan5956]

Very much informative.Thank you sir

[@jimitkshukla]

Most welcome. Happy that it helped you.

[@mohiburrahman2711]

Love from Bangladesh ♥️

[@ranjeetjsr5880]

Best teacher

[@warlord1313]

So helpful sir😌

[@amitprasad2175]

Nice explanation sir 😁...

[@storystufff]

very informative

[@kashifbashir975]

Thanks...Good

[@daniellabrown7690]

Thank you so much.

[@jimitkshukla]

You're welcome!

[@mirmohammadiqbal8353]

Amazing...spurb sir

[@jimitkshukla]

Thank you.

[@vivek.r4832]

great

[@elonmusk4267]

Useful content for gate aspirants

[@jimitkshukla]

Thank you.

[@kuldeepkansal2383]

Very good class
Thanks
Aaj first time winding samjh m aayi h
Mene bahut video dekhi bt sb book ki theory copy paste krte h
Kisi ki koi practical knowledge nhi h

[@jimitkshukla]

Welcome!

[@AmanKumar-nm2ol]

Amazing sir this video actually cleared all my doubts related to wave winding and lap winding .Earlier i was in confusion that actually how lap and wave winding is done but now after u shown all these i understand. Thank you sir really a unique content i have never seen this type of content earlier on
CZcams .
sir please provide ur contact number i have some doubts related to electrical.

[@jimitkshukla]

Glad it helped to clear your doubts. Thank you so much for your appreciation. 👍🙂
Please give your email address in reply. I would provide my contact details via mail.

[@Andrenalin77]

Thank you dear!

[@jimitkshukla]

You are welcome 🙂

[@rahulkumar-lx4fq]

Too good explanation

[@jimitkshukla]

Thanks a lot

[@shiji2499]

Too good class 🙏

[@jimitkshukla]

Thank you!

[@khushbuddinalam5552]

Very good explanation

[@jimitkshukla]

Thanks and welcome

[@parth7450]

Very nice

[@jimitkshukla]

Thank you!

[@skyg4803]

Great video! Can you do one on fractional winding of non overlapping vs integral winding?

[@EEEEEAmulya]

Nice explanation sir

[@jimitkshukla]

Thanks and welcome

[@vivekposampally5861]

Superb teaching bro

[@jimitkshukla]

Thank you so much 🙂

[@mukeshramrana5061]

Very nice ji...sir vedik hindi mai bhi bnao...bhut achchi hai apki knowledge..

[@normalvector4564]

Bro, your video helps me visualize and understand clearly the Alternator. I can't seem to visualize it through thd diagrams I see online

[@jimitkshukla]

Glad it helped

[@kartikhegadi7574]

Nice 😀

[@jimitkshukla]

Thank you!

[@244utsav2]

Nice 👍

[@jimitkshukla]

Thanks

[@le11chaithanyachavalam5]

Supper ❤️

[@jimitkshukla]

Thanks 🤗

[@knowledgewithfun9333]

thankyou sir

[@jimitkshukla]

Welcome 🙂

[@sujaymondal1452]

Sir,Add more lecture about full concept of winding for AC & Dc machine motor and alternator with mathematical calculation with easy concept,Part of Electrical engineering and other lecture if possible for electrical engineering study.thank you. SUJOY.

[@jimitkshukla]

Thank you for your suggestions. I will surely try to make videos on those topics.
You can check out my videos on DC machines:
Armature winding in DC machine: czcams.com/video/HjlxcKXOR78/video.html
Equalizer Ring in DC machines: czcams.com/video/Gjvay0JLccg/video.html
Construction of DC machines: czcams.com/video/peRsKqrjTiI/video.html
Operating Principle of DC machine: czcams.com/video/EkXdJi-eZus/video.html
Basic Electrical Engineering:
Fleming's Right Hand Rule: czcams.com/video/5fbUcTvGrFU/video.html
What is Magnetic Flux: czcams.com/video/QLZeaXMAS5k/video.html
What is Inductance: czcams.com/video/BnwUn7B8cnw/video.html
What is MMF: czcams.com/video/yNMoaIsdGRw/video.html
What is Reluctance: czcams.com/video/7OIgG2TbScc/video.html
What is permeability: czcams.com/video/c3u2vXAKjMY/video.html
Derivation of Electrical Power P=VI : czcams.com/video/mbSrJOjyWaY/video.html

[@gauravkolhekar7153]

👍

[@jimitkshukla]

🙂🙏

[@stalinsubbiah3238]

Example: Pole = 2(or)4, then what is a pole in an three phase squirrel cage induction motor

[@jamilajamila3658]

please make a vedio for DC generator like this.

[@jimitkshukla]

These are my videos on DC generator winding as your request:
Pole Pitch, Coil Span, Back Pitch, Front Pitch in Armature Winding | DC Machine | Lap & Wave Winding
czcams.com/video/HjlxcKXOR78/video.html
Lap and Wave Winding: Conditions/Equations of Pitch | DC Machines
czcams.com/video/tONS8_Gw0m4/video.html

[@okesalman7508]

Hello sir
Trust you're doing great.
I'm currently trying to do a DIY rewinding on my stator generator but it's confusing
My generator initial winding is a single phase with 30 slots 4 poles and I'm trying to rewind it to 3phase
Please how can I divide and space the slot to make it work

[@jimitkshukla]

Yes, I am doing great. Thanks.
Sorry it is difficult for me to provide a solution for that. Contact someone who has experience in motor rewinding. I teach concepts of Electrical Engineering. I have never done rewinding of an actual motor. I guess you will find some CZcams videos showing how to rewind motors which may be helpful to you.

[@okesalman7508]

Thanks sir

[@khushbuddinalam5552]

5 star

[@jimitkshukla]

Thank you so much!

[@d74mu]

fuckin legend

[@vaibhavpatil-mj5zj]

Sir still i am not understand when induce emf will be maximum and minimum.

[@m.syassin5774]

The full pitch should be from slot 1 to slot 9 if the pole pitch is 8 . He made a mistake ! I think