3 Phase: How to Calculate Line Voltage, Phase Voltage, Line Current & Phase Current in Star & Delta
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- Опубліковано 5 жов 2024
- In this video we look at resistive loads connected in 3 phase star and delta circuits and figure out how to calculate line voltage, phase voltage, line current and phase current.
This video is designed to be used in conjunction with the worksheet that can be accessed by clicking the link below:
drive.google.c...
This video will help you with learning for the EAL Diploma in Electrical Installation and City and Guilds 2365 and 5357.
If you'd like to buy me a refreshing beverage to say thank you please click the following link, don't worry if not though, no hard feelings!
www.buymeacoff...
#joerobinsontraining #Electricaltrainingvideos #scienceandprinciples #threephase
I needed this 8 years ago..
Ah sorry I was a bit late!
What has happened since then?
Don't be disappointed, now this will help your children 😂😂😂😂
Me too but I’m gna do a resit and by the help of my GID I must pass n with this knowledge
😂😂
Hiya Joe, I qualified 21 years ago and Ive found myself glued your series of videos. I can always remember my eyes glazing over in college all those years ago, on some ac theory lessons including this! You are so good at explaining and making what was once a seemingly difficult topic, easy! If only you were my tutor back then!!! I think the beauty of these videos is you can pause and rewind until it sinks in, pausing and rewinding is difficult when your sat in a classroom! Keep up the good work Joe👍
Wow, what a great comment. Thanks so much I love knowing that people benefit from my videos even if they're already qualified. Thanks again and stay tuned for more!
Been hell reading through the books and I couldn’t understand this. You really saved me sir . We are always watching your videos for better understanding here in Kenya. Thanks champ 🙌🏽🙏
Wow, I love hearing about people in other countries finding my videos helpful. Thanks for commenting! 😊
Current EE student here, studying for my final at 5:00 in the morning! Thank you for these videos they’re great, I wish I found them sooner!
How'd your final go?
@@PunmasterSTP ive seen you literally everywhere.. in all videos related to my course 🤨
@@shivankitss8396 Haha, I’m glad! By the way, how are your classes going?
@@PunmasterSTP different person here but: terribly! :D lol I'm doing distance learning so i only have theory and zero practical knowledge. Hope you're faring better
@@bartimaeu1 Oh man I'm sorry to hear that, and I know distance stuff can be tough! I'm doing alright, and I hope you can pull through it!
Hello,,Mr Joe, it's very interesting calculation it makes me to understand more about star connection and delta connection into relationship.❤
reading books is not enough with out this kind of videos. Thanks hope i can successfully pass to my license examination on Electrical engineering. This video helped me digest every single doubts in my mind.
Thank you for making things easy for us to understand. I am a Civil Engineer and people like you made me love Electrical more than Civil.
I was mostly a EE myself. How are your studies going?
@@PunmasterSTP Doin great ;)
@@engineeringmaniac9696 I'm glad to hear it!
Dude THANK YOU VERY MUCH, truly. I have had 3 phase systems in my lectures for like 3 years and only now have I finally completely and confidently Understood them. THANK YOU SO VERY MUCH : )
Thank you Joe. With Covid-19 closing college, online teaching isn't going well. I've just completed the 3-phase Star & Delta principles section of my level 3 C&G book as best as I could, not understanding it. Having just gone through your videos on Star & Delta tutorial videos on UA-cam, I have now gone back over this section, answered the calculations and my understanding is much clearer now than it was before I started. Thanks again.
Sorry to hear the online teaching is a struggle but happy to know the videos are helping. Hang in there, and keep watching. 👍
thank you joe, currently in process of finishing off level 2 at college, worked on fire alarms and security systems for the past 12 years but obviously gone to college to electrical and been surprised with how much there is to take in and remember, your videos really are helping a lot !!!!!
Can I learn from you, I have special interests in fire alarm and security alarm system
I am regularly asked by young apprentices about three phase systems and star and delta configurations. This presentation is a great example to follow, with easy to follow calculations.
Emer McGrath seems to be the best lecturer to get from DKIT for p4
Star and delta? More like "Superb and delightful!" Thank you so much for making such high-quality lectures and sharing them on UA-cam.
Your way of teaching is amazing, Been struggling with this for months, but i learned from your previous videos and answered these with ease
You are the best man. Believe me your explanation are so clear. I have been looking for something like this 😃
Thanks Tavonga, glad they're helpful!
Your videos are great Joe, love watching them and I learn so much from you.
Ah, thanks for commenting and I'm really glad they're helping.
Good job and perfect explanation, thank you from Bulgaria.
How are you Mr.Joe?Today I would like to express my gratitude to you for the training you provide. It increases the understanding of electricity. May God bless you.🙏
Hi Joe I’m blessed to have you for my first time. You’re very good ,I’m really blessed to have on line,thank you.
Nice and informative video. I just want to add something. Since you are showing a three phase system which is connected in wye (star) and delta that means you are dealing with AC system.
When you are dealing with an AC system try to avoid using the “R” (resistance) as loads, use “Z” (impedance) instead. The reason is: in an AC system, resistance is part of impedance. Impedance has two componnents-resistance and reactance. I hope you don’t get offended as you intend this for the beginners. Thanks.
AMAZING! You've made this so simple to understand and put into practice! Thanks so much for boosting my confidence.
My absolute pleasure! 😃
Nice video Joe! Now. Do you cover calculating the phase angles for balanced Start & Delta's Power Systems? as well as covering unbalanced Star & Delta Power Systems with phase angle calculation's.
Star connected load? …is that ‘Y’ ? Holy moly, I’ll have to study this one again. Much respect to you for teaching this
Yes star is the same as Y and delta is the same as mesh. 👍
Va mulțumim pentru video si explicații ati fost foarte clar si concis,cu adevărat un adevărat profesionist ❤👍,ati simplificat atat de mult si clar chiar pe aceiași planșa comparandule , pentru a fi mult mai UȘOR DE COMPARAT , eu nu cunosc bine liba engleza,dar plansa si modul de prezentare si scriere cu MARCARE DE DIFERITE CULORI TE AJUTĂ SA LE EVIDENȚIEZI MULT MAI UȘOR,,decat daca ar fi fost scris cu aveiadi culoare, meritați tot respectul celor care vau urmatit ,am sa ma abonez si eu la dumneavoastră,va mulțumim
Thanks Joe, you literally saved me from a disaster.
Thanks very much for your best lesson. I will continue watching your videos and I want you to remain with good work
Thanks for watching, I'll keep producing content for as long as I can. 😊
My sweetest electrical calculations ever
Big help mate, studying for my final exam in NZ. LEGEND.
Thank you for this excellent Video. I have had to learn these lesson the easiest way ever... Be blessed.
Cheers buddy, really appreciate that!
You make everything so easy.....
Thanks a lot for all the stuff you are providing...
That's the goal, thanks so much for commenting. 👍
You are DaMan u make You make things simple and concise
I always enjoy the videos from his excellene proff joe Robinson ,thanks alot (well done)
Thanks for all your videos Joe! It's really helping me study for Unit 302! Just spotted on Question 4 at 18 minutes and 30 seconds ------------------- IL= 13.86A as calculated but then you wrote 13.68A
Thank you for sharing your knowledge.
God Bless your mind.
Excellent. Been there done that, but this was a great brush up on the basics, and would be a fantastic resource for guys and gals heading into the electrical industry. Subscribed and will be watching more from your channel. Thanks and Cheers mate.
This was very helpful for my studies. Thank you from Sri Lanka!😃
Oh wow, I love that people are watching round the world. Glad they're helping. 😀
Big help before my exam. Thanks a lot this is very good
This guy is awesome! I learned so much that Power Engineering Text books convoluted terribly!
Thank you. I will stop after question one and two. Will rework the numbers
on these before progressing.
Nice work Ted, exactly what it's designed for!
Thanks a million!!! You explain with details, which is really helpful.
My pleasure. 😊
I'm really thankful for this video it saved my life
awesome video, i appreciate how easy this was to learn from. I'm an electrical apprentice from canada, so, thanks buddy
Oh wow, I love that these videos help people from around the world. Thanks for commenting!
Have a wonderful morning watching you Joe 👍
Loved this video, its helped me no end!!!! Thanks Joe, LEGEND!
Thanks Joe for putting up these videos this and the last 2 on Star and Delta have really helped me understand
Whay agood man thank you you are the best teacher that i saw in my life
Crystal clear Joe. Have you done a similar calculation where the loads have different resistances?
Thanks for the comment, haven't done that specifically but it's a good suggestion. 👍
Hi sir , I'm from india and i understand very clearly your class thank you
Glad it's. Ice and clear! 👍
I'm teaching this in a college very soon. Brilliant mate, well in 👌👏
You are Always better than the teachers in indian colleges here.... They explain it too tough
Thanks very much! 👍
Wow very well explained. Thank you sir. Godbless.
My pleasure! 😊
Cheers Joe, super series.Thank you and keep up the good work
My pleasure Tharindu, hope it helped. 😊
verry clearly informed and easy to andastand.. thank you brother
Thank you Joe. Starting level 3 in September. Keep up the great work that you do for us all and our confused brains at college. Well, me anyway :)
Will do!
How have your studies been going?
@@PunmasterSTP all done. Well for college anyway. Everyday is a training day...
@@stephenboden3558 Sounds good, and I understand...
Knocking it out of the park with these videos mate.
Thanks Daniel, glad they're helpful and make sense. Stay tuned!
Good deed you are doing here pal, nice one. Great teacher
Ah, thank you so much, that's really kind. Hopefully the videos help people. Stay tuned for more!
Thank you Joe, the explanations you have done make so much sense to me.
You're an excellent professor !! You make things simple !!
Thank you sir for your video tuturial i learned a lot now.
I really appreciate your work
Thank you so much
My absolute pleasure, thanks for watching and commenting! 😊
Super thanks for clear my all doubts
My pleasure! 😊
Thank you joe really helps 👌🏽👍🏽
My absolute pleasure! 😃
hie joe am in level three at polytechnic thanks for sharing this information
Another great video ,thank you.
P.S. sound of the video much better👍🏻
Good to know, cheers!
Joe you're a rock star in my eyes
This was very helpful! thankyou so much
Great to hear, thanks Carlo!
I dont know if you’re still active on here.. But thank you so much !!
This was helpful. Thank you Joe
Thank you Mr Robinson
Really appreciate it. 🙂😍
My absolute pleasure sir!
thank you. Your teaching is greatt😃
God blessing you and thank you for shearing your knowledge
Thanks!
Nice tutorials. Watching from Bangladesh
Hello Joe, nice video... very clear and easy to understand! I have a question... What happens if we have different values of resistances in a star or a delta connection?
Fairly simple in a star connected system, you just end up with different currents in the three phases, it's a little more complicated for delta.
Looks like you're slightly ahead with your learners at the moment. Mine will be doing this next week 👍
Hope it's helpful to them as a recap, stay tuned for more!
top content, very much needed video. Keep going !!!
I liked this video bc of the 🔥 beat in the intro
😂 Chooon!
Excellent sir.
Thanks it was useful for me
My pleasure, glad to know it helped. 😊
You have nicely explained it. Can you explain when phase angles are involved
I like the way how you explain things. But I fear, that it is too shallow.
I am studying mechanical engineering in 3rd semester and one of my modules is "Fundamentals of electrical engineering" and there I am supposed to study 3-phase-current in detail in just like 3 days. Your videos are great to get a basic hold of the topic, but then dont go deep enough.
it's fine if they're "too shallow". If a student finds the concept of 3-phase systems too abstract and difficult to grasp, "too shallow" explanations like this will actually allow them to put their figurative feet inside the door and understand and grasp the theory behind it. That's how things worked for me as a fellow mechanical engineering student.
@@AJ-et3vf Sure. But after you established that first hold on the subject. You need to go deeper.
@@updatedotexe yeah, and if this channel is insufficient for your needs, there are dozens more videos and UA-cam channels & playlists talking about DC analysis, AC analysis, 3-phase, and other basics in more detailed & extensive manner. There's no shortage of resources for the basic electrical engineering stuff and the algorithm will show more to you the more you watch.
It's clearly just a basic overview of the concept
Very well laid out and explained. A++++++
Thank you for these videos. they’re great
very good training...
Thanks very much, hope it helped. 😊
You are an excellent teacher !!
Thank you very much bro, really useful video
California C-10 dreamin. Line voltage, phase voltage: VP equal to vl in Delta phase current: IP. Voltage across the load. Square root of three.
Happy days. Blaze the purple neutral
Thanks for commenting! 😊
Thanks professor i appreciate that 🤝
My pleasure! 👍
Excellent explanation sir thanks 👍👌👌
The question is( THE identical colis each of resistance 30 ohms, inductance of 127.3mtt are connected in delta to a 440V, 50 HZ 3 phase supply find phase and line currents
Nice,well described
Thank you Joe
my thanks to you, please clarify this, since the current is low in star connection, and more in delta connection, then why the motors are preferred to run in delta connection, using star delta starters.
you are superb.....
help me calculate both starting and running capacitors for a 20HP single phase motor
Send me the info and I'll see what I can do!
Hi Joe, Nice job with the video..., only that in any scenario the Re=R1+R2, you considered 25 ohm, please show us the path of the current so that you have 25 ohm resistance ....
this is great, thanks!
You're welcome Ethan. 😊
Good explanation
Hi Joe, I really enjoy your videos. You are such a good teacher! Could you make a video on symmetrical/asymmetrical faults and power factor calculations? Thank you! :)
Oh wow thanks sir very easy video
so nice
Thanks for the video it really helped. Please how do you know and calculate when a phase current is in phase, lags by an angle or leading the line voltage.
Yup, it's a bit more complicated, I'll add it to my to do list. 👍
Good sir thanks for knowledge