APFC Auto-Manual control wiring diagram

APFC Auto-Manual control wiring diagram 4 step

[@gatewayworldsatnamp1780]

Bahut hi badhiya apne description diya apne

[@pradeeprajput5409]

Nice

[@manojpatle355]

Nice sir single phese janretar ka automatically daigram bhejna sir

[@kewalsingsisodiya4047]

ok i will send

[@sanjaygaikwad8920]

Good video.

[@kewalsingsisodiya4047]

thanks

[@ansarabbas7882]

Good

[@sintudas1828]

Awesome video sir

[@kewalsingsisodiya4047]

Thanks

[@chhotelalkushawaha3134]

eska vidio seyr kijiy

[@shehbazmansuri]

sir perfectly explained but can u show it with panel contactors and all

[@kewalsingsisodiya4047]

Ok next video

[@kamalgautam4181]

Aapko. VDO Dekha and comment vi Kiya lekin Aapne reply Nahi Diya kyun sir ?

[@melwinkumar2517]

Sir explain the with axillary contecter

[@erparbhat4u]

sir if we use six stage capacitor bank then how many NO are used .

[@manoranjan4598]

Nice sir

[@kewalsingsisodiya4047]

thanks

[@shitalsisodiya3833]

Hi

[@gurchetsingh4217]

Pawer waring ro interloking karke deakgo sir

[@bhaktacharansamal1989]

Relay keise kam karta hei

[@kumarachhami2040]

There six contactor . How many manual contactor is necessary to using N.O point. If we have

[@kewalsingsisodiya4047]

add on block used

[@zeeshanahmad7070]

kya capacitor bank use hoo skata he choke wale generator ke sath

[@kewalsingsisodiya4047]

yes

[@vinodbharambe5281]

How capacitor useing calcult

[@kewalsingsisodiya4047]

Motor input = P = 5 kW
Original P.F = Cosθ1 = 0.75
Final P.F = Cosθ2 = 0.90
θ1 = Cos-1 = (0.75) = 41°.41; Tan θ1 = Tan (41°.41) = 0.8819
θ2 = Cos-1 = (0.90) = 25°.84; Tan θ2 = Tan (25°.50) = 0.4843
Required Capacitor kVAR to improve P.F from 0.75 to 0.90
Required Capacitor kVAR = P (Tan θ1 - Tan θ2)
= 5kW (0.8819 - 0.4843)
= 1.99 kVAR
And Rating of Capacitors connected in each Phase
1.99/3 = 0.663 kVAR

[@bhaktacharansamal1989]

How working relay according load

[@kewalsingsisodiya4047]

Electronics Tutorial about the Relay Switch Circuit and relay switching circuits used to control a variety of loads in switching applications.

[@AabidaKhatoon-ux3qe]

P

[@thelittlebeast2468]

Sir, video is absolutely good and self explanatory.
But Please note that NO never become NC or Nc becomes NO.
NO closes it’s contacts and NC opens it’s contacts by external switching action.
Please do not use term NO becomes NC or NC becomes NO.