Video

Thanks

very nice, i dont know why u have dislikes.

I CONNECT 9V BATTERY IN PRIMARY OF TRANSFORMER AND IN SECONDARY HAVE 0.1VOLT AND ZERO LATER

You had my attention til you used the word hack what a trendy gay think to say

sir, Please justify where will be multiply 1.5 light load and 2 motor load

Wonderful explanation and illustration. Keep it up Genius.

Ac series motor is called universal motor, not dc series.

Under damped

thanks

Itna accent kyun mar raha hain bhai??

Sir, will you pls care to explain the 0.8 part

Good explanation.

What if we don't assume that current is lagging exactly 90 degree in field winding with respect to armature winding. Because current will lag less than 90 degree than Please tell me will motor run at very slow speed with high losses

Nice explanation and presentation, except for the fake accent.

5th reason - faulty MCB

Thanks for great explanation, Is there any IEC or EN standard telling this multiplication factor ?

Really good explanation. No assumptions, just plain explanatinons. You are an excellent teacher. Thanks for this.

Thanks a lot

Please require cable sizing calculation

Please require inverter and battery calculation

Please require transforer rating & motor rating & generator rating calculation

Tell the actual difference between resolution and senstivity

One example ❤❤😮

Wow super 👍

Not talked about ka rating of the Mcb

Please share the relevant documents related to safety factor of 1.5 and 2

Excellent

Thanks

The given instrument can measure 3,3.2, and 3.4 like this. If the instrument detects the smallest change as 0.01 means how can we measure this change by using this instrument

Thank you

C- Curve is tripping at 2 times of current. Do you have any video examples how these MCB trips or do you have tested these tripping's at your end. This seems like a theory that D-curve will trip 10-15 times of current. My question is that did you ever observed this in your testing's.

👍 damn good explanation

When I was in 5th standard, I connected DC motor from a toy to household AC supply. I could see smoke and the motor was moving really fast. Somehow I survived.

6:19 10A current is suitable for me but if i use a 63A MCB is there any problem ?

A valuable refreshing & knowledge

So nice thanks sir

Sir I think as per IS, max wattage that can be connected to a lighting circuit is limited to 800W. So we need only 6A MCB.. Here no calculation required..

Choose 2x

withstanding current 10,000 ampere. beyond this rating the breaker will melt.

Excellent explanatin, plz keep making such videos. 👍

3 phase formal is different na p=v*I*1.73 then how we calculate the I * 2 time or fixed value

thank you dear indian electronic engineer

Help full 😎

Your video excellent. One suggestion. In your example, kindly put only one Refrigerator., instead of 2. In 99.999% of Indian homes, we will have only one Refrigerator.

Thanks for the explanation. I want to ask few questions: 1. Why did you use 400V for the 3-phase voltage instead of 415V? 2. What is the running hour you can advise for such DG? when exceeded, what is the likely effect?

What is the value of thyristor

Well explained

Thank you so much

Thanks for the the tutorial, blessings

then why 'Inductance' was not taken into account in case of the series motor?