Awesome explanation, perfect video quality...I like they way you write like you are writing on the screen !! it is creative way to record video comparing to the traditionally way where you see mainly the back or side of the instructor ....you should promote your video man it deserves more views.
Since 585 v will give 234 V in secondary. So in order to increase secondary voltage from 234 to 240 WE need to decrease the number of turns in primary. So you should have put negative percentage on TOP of 0%✓. General rules: To increase secondary voltage, turns number in primary must be decreased. To decrease secondary voltage, turns number in primary must be increased.
Just, wondering, in a three phase transformer, is it advisable to use different taps per phase in a primary in order to have a uniform secondary voltage?
What if the Main inputs power supply or Main is 600 Volts Tap accidentally to 480 Volts Transformer Primary windings. What will be the Voltage and Current of a Particular 230/240Volts rated Secondary transformer. What woul be the results.
@@ZackHartlegreat presentation there. Just to add for the transformer with taps you have just shown. It will have five tap positions with +5% being no. 1 and 0% which is nominal being tap position 3. That is based on what I have seen in the industry.
I was studying for my test tomorrow and couldn’t visualize how a tap worked, but thank you so much you explained it well!🙌🏽🔥
Glad it helped!
Thanks
Thank you!
Man this video is one in a million in terms of simplicity of explanation , keep up the good work sir.Expecting more from you sir
So nice of you
Awesome explanation, perfect video quality...I like they way you write like you are writing on the screen !! it is creative way to record video comparing to the traditionally way where you see mainly the back or side of the instructor ....you should promote your video man it deserves more views.
So nice of you
Since 585 v will give 234 V in secondary. So in order to increase secondary voltage from 234 to 240 WE need to decrease the number of turns in primary. So you should have put negative percentage on TOP of 0%✓.
General rules:
To increase secondary voltage, turns number in primary must be decreased.
To decrease secondary voltage, turns number in primary must be increased.
Great videos man! Thanks to you I might pass my finals. Keep it up!
Happy to help!
Thank you sir I would like to expect more videos like these from you
Great explanation
Just, wondering, in a three phase transformer, is it advisable to use different taps per phase in a primary in order to have a uniform secondary voltage?
If the HV voltage decreases, we need to increase the tap number, right?
Increasing the tap number means reducing the number of turns in the HV side?
Thank you very much for uploading this video easy to understand
Thanks man
Very easy to understand. Thanks a lot
Generally, if it is small multi tap transformer and it is not mentioned FCBN/AN or RCBN, in this case it is naturally RC?
I would assume so, but I don't know for sure
thank you
What if the Main inputs power supply or Main is 600 Volts Tap accidentally to 480 Volts Transformer Primary windings. What will be the Voltage and Current of a Particular 230/240Volts rated Secondary transformer. What woul be the results.
Sir, what's the difference between side, upper, lower, and middle tapping?
Simple n clear
Excellent. thanks
Thanks very much teacher 👏👏👏👏
Thank you for explaining what my text book could not
You bet! Glad it helped!
If the primary voltage is exactly 600V, is the tap position 0?
Yep!
@@ZackHartlegreat presentation there. Just to add for the transformer with taps you have just shown. It will have five tap positions with +5% being no. 1 and 0% which is nominal being tap position 3. That is based on what I have seen in the industry.
Thank you , understood well !
Glad it helped!
Excelente
Thank you Zack