Why CT Secondary is always Short-Circuited | CT की Secondary हमेशा close रखना क्यों जरूरी है ?

In this video of "why CT secondary is always Short-circuited" we have discussed what will happen if secondary of CT is open-circuited
#CT #CTblast #transformer
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[@ABINASHHANDIQUE12]

The answer is simple CT Secondary is short circuited in order to have minimum voltage at the secondary for the easy measurement of current.

[@dipelectricalselectronics230]

Bohot aacha information tha. Mai Electronics Instrumentation engineering paar raha hu diploma engineering 1st year pe toh bohot aache se samjh pe aya yeah sab formulas kyuki yeah sab same equations Fundamental of Electricals and Electronics Engineering (FEEE)subject pe hai. Great video 👍👍👍👌👌

[@ashokrathva7138]

Very good video sari Ji 🎉🎉

[@subhamdey2110]

Nice explanation👍. If possible make some videos on different protection schemes of Substation. Bus bar protection

[@NOMORErattamaar]

Sure bhai 😊

[@superboy5027]

@@NOMORErattamaar please contact number send sir

[@mukundchabukswar2640]

Very good explanation. Please make video on various class of CT such as class 1, PS. 5 P 10. And knee point voltage.

[@Hasan-iraqi]

Sir aap ka samjhane ka tariqua na ghjab ka hi👌👌👌👌👌

[@AmanKumar-nm2ol]

very informative video sir 🥰

[@manoharpujari7119]

Very good explanation.

[@makofficial149]

Sir kindly explain ky Why substation tripped or power cut off during rainy days

[@jatinrout8496]

1:57 ABOUT PT SIR....... PLEASE

[@prakashgidde6539]

Very nicely explained

[@zezo2895]

Thank you sir❤

[@___ajay000___2]

Sir ji ek chhota sa doubt h ... Aapne btaya ki core deep saturation m chla jata h jiska matlb apne bola ki core permanent magnet bn jaata h To sir ye smjh nhi aaya ki core kis direction m magnetised hogi jbki CT ki primary winding m to AC flow ho rhi h aur uski polarity to frequency ke according change hoti rhti h , tb core kaise magnetise ho sakti h ac flux se, vo to saath ke saath magnetise - demagnetise hoti rhti h jisse core m hysteresis lose hota h .

[@NOMORErattamaar]

Right, Nice catch...khehne ka matlab....ye tha...deep saturation se.. retentivity badh jayega...remaining magnetism...aur agar transformer band ki jaye toh uska core permanent Magnet ki tarh act karega.

[@p.m.educationalchannel.4851]

Pure rattamar knowledge..

[@kk-Bhai-kashyap]

Nice sir thank you

[@shahilkhan5433]

Please make videos on Summestion TRANSFORMER..

[@khushiyt1739]

Nice explanation sir

[@NOMORErattamaar]

😇😇

[@ElectricalNotesIndia]

How to know direction of magnetisation of deeply saturated core.

[@Rajeshkumar-kj1dg]

Very good brdr..

[@ElectricalNotesIndia]

Good explanation dear.😊

[@soutamray6069]

Good vedio

[@pareshpatel7385]

Very nice

[@ashutoshkumarchaubey3308]

Please make videos about inductance of transmission line

[@RajeevSainielectricals]

Osm video keep it up sir...

[@kishorbehera9189]

Nice explanation sir...if possible please make how to read electrical drawings.

[@NOMORErattamaar]

Sure bhai, I will try

[@trivedinilesh2134]

Super video

[@veerpalsingh3988]

Good

[@pratikraskar6841]

Thanks sir🙏

[@pramodgulve7021]

Nice 👍

[@sagarmahto4603]

CT no load open kitna time open rakh sakte hain

[@everythingsofelectrical816]

Sir slip ring induction motor ka rotor circuit open karke start kare to kya hoga?????

[@tapaskhan1648]

One type of helper of ammeter..😅

[@toons5567]

What if a small resistance is connected to secondary does I =V/R ??

[@deepakbawa888]

Can we use double core in CT alternatively for same

[@sobhanathtai1838]

Dear sir jb circuit open ho jaye ga to kh se voltage more ho ga please reply

[@priyaranjanmallick8362]

Sir , Why either 1 A else 5 A only secondaries of all the CTs ?

[@chandankumarupadhyay8355]

Kudos

[@NOMORErattamaar]

😇😇❤

[@savinaykewat114]

Amp kaise flow ho sakta h jab tak resistance na ho

[@akmaurya1392]

Do u know there is armature reaction in CT?

[@rockyindia340]

To sir phir normal transformer me aisa kyo nhi hota ki usko bhi na rakhe secondary open ????

[@NOMORErattamaar]

Mujhe lag he raha tha koi Ye sawal jarur puche ga... Normal transformer main aisa nhi hota jaisa ki maine video main bataya ki wahn primary current... secondary winding main kitna current flow ho raha uspar depend krta hai... yani ki kitna load humne lagaya hai.. Agar open kr dete hai toh primary main "no load current" flow hoga joh ki bahut he kam hota hai aur us current se bane wala flux bhi bahut kam hoga...par CT main aisa nhi hai... wahn primary current constant rahta hai....

[@PRAKASHKUMAR-xd6nb]

Or bhi video banaooo please 🙏🙏🙏

[@ashishrawatssc]

Sir tell me what about your education??🙂

[@PRAKASHKUMAR-xd6nb]

Sir bhi video banaooo

[@black_bottel1372]

Hysteresis loss ka formula kya sahi dikhaye ho aap r u sure

[@schoolhalchal4975]

Why this concept is not applicable in power transformer

[@سبکچھ-ش4ل]

Zero Ct wending formula plz sand me hendi

[@tarunkumarbehera2688]

Imaginable lecture

[@AkhileshPal-mo7xq]

Secondary mein AC

[@sunmobility5247]

Nice great 👍🔥🔥 Gaurav

[@NOMORErattamaar]

Gaurav ?

[@sunmobility5247]

@@NOMORErattamaar Gaurav Yadav electrician 🤗

[@NOMORErattamaar]

Acha unhone suggest kiya, aapko ye channel ?

[@manjifera]

Its too long video. Better clear point first and then tell extra info.

[@shezan8418]

please speak slowly. i am a Bangladeshi student. obviously, its hard to understand.

[@electricalwork2211]

answers is wrong

[@ABINASHHANDIQUE12]

Question ka answer pehle bata diya karo phir bad mein explain kiya karo.

[@ajimamadre9425]

Bla bla bla , more channel is there you are so fast..tata bye bye