Transformer vector group testing Part-I | Transformer Vector Group Ynyn0 & Ynyn6 Testing Method

[@ptvhandler2202]

I already knew the method of testing procedure. But your explanation is very practical and simple. Thank you.

[@baranitech]

You are most welcome

[@ashishvitekar3474]

Very nice explain and very informative video's keep it up

[@baranitech]

thank you

[@vasanthsrinivasan8125]

well explained ezhumalai...

[@baranitech]

thank you vasanth

[@kishor3758]

Very informative sir
Thanks for sharing

[@baranitech]

Most welcome

[@swaransingh1690]

Thanks for your efforts. One more option is there. We can short N and n. This way voltage will not be greater than applied voltage. Here
R-r + r- (n/N) = R- (n/N),
Y-y + y- (n/N) = Y- (n-N) and
B-b + b- (n/N) = B- (n/N)
(n/N ) is the same point as n and N are shorted.

[@baranitech]

thank you for sharing

[@nizarahamed504]

Very good explanation sir, thank you

[@baranitech]

You are welcome

[@sakthivel-iy1eo]

Good explanation 👌👏

[@baranitech]

Thank you

[@alishafi1]

thanks sir ji

[@baranitech]

welcome

[@darshanpanchal3046]

sir its compulsary to use three phase power? is there any method we can use to do it using single phase power?

[@baranitech]

i don't know but i will try to check for you

[@darshanpanchal3046]

@@baranitech it will be great sir, i am really stuck on this problem. thank you

[@bilalaali1902]

Thank you

[@javierg.calixtro120]

awesome

[@baranitech]

thank you

[@surendrakverma555]

Very good 😭🙏🙏

[@baranitech]

your welcome

[@ramarajanl4406]

Can you explain for Dzn10 vector group testing

[@baranitech]

yes i will make

[@electricalthesea4091]

YNyn0D5 please video

[@baranitech]

i will try to make

[@himanshu2232]

Thanks

[@baranitech]

Welcome