Dude! I was an instructor in an entirely different field (aviation) for over fifty years and must tell you that you are as good an instructor as I have seen. Congratulations for being so respected and the very best of luck and thanks for sharing the video!
This is nothing but real training. I never knew anything about induction motors, but watching this video made me feel like I have been in this field for years. The presenter is absolutely good at this job and he is a good lecturer. Keep it up.
Excellent tutorial. You are a very intellectual man. The fact that you are able to recollect and deliver this comprehensive amount of information without hesitation or error is amazing.
Ive been solving problems about slip, speed, etc about motors during my studying days without even knowing the working principle behind it. 🙄. RUclips should have been available back then. This new generation is lucky.
The best is revealed by the speaker. Very fast to understand and really a total professional deliverance from the Yaskawa speaker. Not sure if he introduced himself. If not, it will be good idea to expose this kind of professionals around. Thanks
I appreciate your instructions on Induction technosoft mechanism. It helps to understand in a deeper level of differentiate between the torque converter speed up by power of phases. Thank you for your service to World Wisdom. 🙏
Awesome instructional video! One of the best a ever seen on this topic. Congratulation to the team who created and to the speaker as well! Definitively an ecelent resource
I'm so grateful for your videos allowing me the ability to understand and relate the nessesary skillsets needed to design my own motors if and when I need to. I understand and am able to realize and decipher the differences in what it would be applied to. I thank you so much sir!
What an explanation..!! Really rare and the best combination of theoretical and practical knowledge in one video. Thank you very much for this valuable content.
The video was interesting, the fact that the speaker delivered it smoothly and you can clearly understand what he was saying. It caught my attention because the way he speak I can understand what he's saying, he explained it very well and the video is so much informative and the graphic is great.
I am certain in that yaskawa do a great job for us I mean by us that's people that want learn automation technology but I feel sorry because that videos not have enough likes... But thank yaskawa for the hundreds of videos and demos that you make it to us.. Thanks to that engineer's spent him time to us that's videos never go for nothing.... Thank yaskawa
No words to explain how the great way you explained the induction motor. Keep going through the process. Will following for further information regarding Electrical Technology. Thanks Sir
I knew about the pre-charge circuit and it's principle philosophy, but this guy presented it so efficiently and smoothly. You need to present short courses for the world of drives and motors.. Enjoyed it
excellent, how the hell are we ever going to have such clear lectures here in africa, i now know why we lack so much behind in almost every aspect. thanks for the nice video, very good.
Once again, a half-hour RUclips video far exceeding hours of college or technical school instruction in ability to convey information that is easily and clearly understood by those needing the instruction. It doesn't hurt that the presenter speaks clear and coherent English, and isn't a self-important PhD who feels students are privileged to be in his class.
Hi Steve, Thank you very much for such a great presentation. It was very helpful in the understanding induction motors principle of work. Thank you again.
Super awesome presenter💯 this gentleman clearly teaches very detailed which is very rare in comparison to other youtube videos regarding this topic and more. Thank you very much Sir.
Beautiful video. Well explained and very well structured. Happy to be able to find this type of presentations online. Thanks for your efforts in making this available for everybody, amazing!!! Just a small input: we all know that America has a 60 hz power grid. But this does not mean this is always the case. I think the chapter 4 question (15:00) could have 2 correct answer. The one in the video (assuming we all know that the motor load is connected to 60hz) or answering that the number of poles depends on the source frequency, right?
Thanks for asking! We do have a video on this topic: "Adding and Configuring Yaskawa Drives in a PROFIBUS" Network ruclips.net/video/0pUBdd_bplg/видео.html Thanks again for watching!
Thank you for your interest. Please contact our Technical Support Team with more information on your application to further assist you at www.yaskawa.com/support-training/support.
Thank you for your interest in Motor Basic. There are several reason for induction Motor Failure. Please contact our Technical Support Team with more information at www.yaskawa.com/support-training/support Thank you!
Hello, so if I want to make a generator from a three-phase motor that has 8 poles, then the number of magnets I have to put on the rotor is 24 magnets? (12N and 12S)
To better assist you, please contact your local support from our global locations: www.yaskawa-global.com/company/profile/global. For the Americas, please contact our technical support team at www.yaskawa.com/support-training/support. Thank you! Read less
Hello I would really appreciate it if you could help me resolve this issue. I have a 1000 rpm 160 kw rated 3 phase Delta connected ac motor hooked to an air compressor feeding an oxygen production plant. our phase to phase supply voltage is 380 volts. our maximum running load current at working pressure is 250 Amps. This motor failed as it was running for more than 10 years. Lately we demanded more continuous load due to high demand for medical oxygen effected by covid19 pandemic. I could not find a similar replacement available. However i found another German made motor with same mounting frame and shaft size and also 1000rpm at 50 Hz the name plate says: Delta connection 660 Volts - 260 Amps - 240 KW. my question is : if i supplied this motor 380V with same delta connection will it be able to give me 160 kw power? because its limiting design current is 260 Amps as it says . Thus if am assuming its rated power will be reduced proportionally to the reduction of supply voltage. i it is rated 240 Kw at 660 Volts is it true that it will become a 160 Kw motor under 380 Volts? I am also assuming it will not overheat as the current will not exceed its rated 260 A at my demanded compressor load. Please help me if you have a definitive answer without any speculations. Best regards
Hi Kyle, Thank you for your comment. We always are interested to know what information our customers would like to see more about. We have let our training department know about your request, however, if you have any specific video requests, please email training@yaskawa.com. Thanks!
Dude! I was an instructor in an entirely different field (aviation) for over fifty years and must tell you that you are as good an instructor as I have seen. Congratulations for being so respected and the very best of luck and thanks for sharing the video!
Agree!!
That's how our online classes must be. Thank You Yaskawa America
This is nothing but real training. I never knew anything about induction motors, but watching this video made me feel like I have been in this field for years. The presenter is absolutely good at this job and he is a good lecturer. Keep it up.
This is the channel I need to better my knowledge and skills in my trade as a HVAC Technician/ Electrician.
Hey bro how is that trade going ? You making good money ?
@@charlesramirez9283 I do, however, nothing is constant. I work for myself now I no longer wishes to work for a company.
Excellent tutorial. You are a very intellectual man. The fact that you are able to recollect and deliver this comprehensive amount of information without hesitation or error is amazing.
Excellent. The Bob Ross of electric motors and VFD's.
Ive been solving problems about slip, speed, etc about motors during my studying days without even knowing the working principle behind it. 🙄. RUclips should have been available back then. This new generation is lucky.
The best is revealed by the speaker. Very fast to understand and really a total professional deliverance from the Yaskawa speaker. Not sure if he introduced himself. If not, it will be good idea to expose this kind of professionals around. Thanks
You guys do fantastic training! Thanks for sharing this with us! It's much appreciated!
Excellent precentation, very clear message, well delivered. Good graphics. Thank you.
This video is by far the best explaining induction motors. Thank you.
I always wonder what those few people dislike about your world class presentations. Well done 👏
I appreciate your instructions on Induction technosoft mechanism. It helps to understand in a deeper level of differentiate between the torque converter speed up by power of phases. Thank you for your service to World Wisdom. 🙏
Awesome instructional video! One of the best a ever seen on this topic. Congratulation to the team who created and to the speaker as well!
Definitively an ecelent resource
This dude is the Bob Ross of VFD's and electric motors.....well do sir. You are fantastic!
I'm so grateful for your videos allowing me the ability to understand and relate the nessesary skillsets needed to design my own motors if and when I need to. I understand and am able to realize and decipher the differences in what it would be applied to.
I thank you so much sir!
Excellent presentation, good graphics, distinctive voice and informations.
What an explanation..!! Really rare and the best combination of theoretical and practical knowledge in one video. Thank you very much for this valuable content.
The video was interesting, the fact that the speaker delivered it smoothly and you can clearly understand what he was saying. It caught my attention because the way he speak I can understand what he's saying, he explained it very well and the video is so much informative and the graphic is great.
I am certain in that yaskawa do a great job for us I mean by us that's people that want learn automation technology but I feel sorry because that videos not have enough likes... But thank yaskawa for the hundreds of videos and demos that you make it to us.. Thanks to that engineer's spent him time to us that's videos never go for nothing.... Thank yaskawa
Hi Derin,
Thank you so much for the kind words. We always appreciate feedback and are happy to provide quality and useful content for our users.
Excellent video, clear graphical illustration and very detailed explanation! THANK YOU!
No words to explain how the great way you explained the induction motor. Keep going through the process. Will following for further information regarding Electrical Technology. Thanks Sir
The Great example of presentation skill.
Very informative video.
@Yaskawa looking for such more videos in future.
Thank You. 👌👍
I knew about the pre-charge circuit and it's principle philosophy, but this guy presented it so efficiently and smoothly.
You need to present short courses for the world of drives and motors..
Enjoyed it
Never get tired of listening to his.
Is like a sweet story
excellent, how the hell are we ever going to have such clear lectures here in africa, i now know why we lack so much behind in almost every aspect. thanks for the nice video, very good.
One if the best videos out there explaining the process
excellent video & I love the way you teach and explain in this video.
Excellent , Excellent , Excellent . Very good explanation. Thank you Sir
Amazing way of teaching. Thanks.
Very good video! I encourage you to do more videos like this
Once again, a half-hour RUclips video far exceeding hours of college or technical school instruction in ability to convey information that is easily and clearly understood by those needing the instruction. It doesn't hurt that the presenter speaks clear and coherent English, and isn't a self-important PhD who feels students are privileged to be in his class.
being in my first year of college, this is amazing well thought out, produced adn just so great! Thanks.
You saved my time.
Thank you V.much Steve.
Great video, you did include a lot info for such hard topic in this relatively short video
Hi Steve,
Thank you very much for such a great presentation. It was very helpful in the understanding induction motors principle of work. Thank you again.
this video is incredible, excellent work!
Great teacher
A wonderful lesson.Thank you sir.
I'm very grateful for this video. thank you a lot!
Here is how a basics video should be done....thanks
most valuable video ever ever seen.
Very good. The way u explain the basic concept is going to be very usefull for us.
I am so grateful for this. I learned so much.
Hi.... I like yaskawa company 🧡
-From Syria 💚🇸🇾
A video so good that the “trade school” I attend uses it to teach students.
Very nice introduction to basics of three phase induction motors. Very pleasant hearable voice which is not found in some presentations.
Im just wowing, i found out this channel when im almost graduating, sadly but fortunately
Very awesome video, please keep going
Thank you for your teaching.
the speaker has excellent communication skills
Thanks Yaskawa for such a nice video.
Awesome good work Steve
Very informative presentation
Thank you so much for sharing this.
Great work sir 👍🏽👍🏽 Exceptionally well explained 🎉
Thanks for share the information...
Thank you! Valuable motor information.
I grateful, if only we want to learn, we must learn it well.
Super awesome presenter💯 this gentleman clearly teaches very detailed which is very rare in comparison to other youtube videos regarding this topic and more. Thank you very much Sir.
Great video, thanks !!
Great Job Done ! 没废话，没演戏！
Thanks for the video would say the basics are clear👍
Beautiful video. Well explained and very well structured. Happy to be able to find this type of presentations online. Thanks for your efforts in making this available for everybody, amazing!!!
Just a small input: we all know that America has a 60 hz power grid. But this does not mean this is always the case. I think the chapter 4 question (15:00) could have 2 correct answer. The one in the video (assuming we all know that the motor load is connected to 60hz) or answering that the number of poles depends on the source frequency, right?
Great information!
What a great explanation,
Best teaching
Thanks for sharing!
Very professional a great piece of work
Dear sir your Explaining method is easy and efficient.
Please make demo video on multiple drive A1000 communication via profibus.
Thanks for asking! We do have a video on this topic: "Adding and Configuring Yaskawa Drives in a PROFIBUS" Network ruclips.net/video/0pUBdd_bplg/видео.html Thanks again for watching!
@@YaskawaAmerica Thanks for suggesting video.
thank you, you help me a lot!!!!!
Great video!
li jay mn 3nd mm elhani yban hna
✌🏻 7adir
I was hoping you would talk about motor regeneration as I dont understand how it is possible with induction motors
perfect explanation
its a very nice video.just excellent
Your are different from others!!wow
Thanks.
Thanks lecturer
Willem Dafoe really knows his motor stuff!
Hi , I like your lecture
This is one badass class. I like it.
pls, can you give me any valuable information on the direction of winding, when rewinding a three phase induction motor?
where did he get the rated speed to be between 1725 -1750 [RPM]. the nameplate says 1774 [RPM]
Speaker is really cool
Thank u so much sir very clear learning about motor, thankz master🙏
thank you sir very much.
What's motor specifications can be used to lift 10 kw weight with less power?
Thank you for your interest. Please contact our Technical Support Team with more information on your application to further assist you at www.yaskawa.com/support-training/support.
Ur great sir,plz make video on generators Al's if possible
excellent
When induction motors start to fail or overheat, what is the first thing to suspect, bearings?
Thank you for your interest in Motor Basic. There are several reason for induction Motor Failure. Please contact our Technical Support Team with more information at www.yaskawa.com/support-training/support Thank you!
Hello, so if I want to make a generator from a three-phase motor that has 8 poles, then the number of magnets I have to put on the rotor is 24 magnets? (12N and 12S)
Hello yaskawa. Good video for learning. Could you pleasefor PMSM motor
Thank you so much for your interest in "Motor Basics." We will forward your suggestion to our Training Department.
Please have a video on different applications of DC motors and reason for the application
Thank you so much for your interest in "Motor Basics." I will suggest your recommendation to our Training Department.
Three phase induction motors are also used in hydrolic power pack ?
To better assist you, please contact your local support from our global locations: www.yaskawa-global.com/company/profile/global. For the Americas, please contact our technical support team at www.yaskawa.com/support-training/support. Thank you!
Read less
Do one on why the single phase motor is not self starting
Your welcome.
very usefull information
Hello I would really appreciate it if you could help me resolve this issue. I have a 1000 rpm 160 kw rated 3 phase Delta connected ac motor hooked to an air compressor feeding an oxygen production plant. our phase to phase supply voltage is 380 volts. our maximum running load current at working pressure is 250 Amps. This motor failed as it was running for more than 10 years. Lately we demanded more continuous load due to high demand for medical oxygen effected by covid19 pandemic. I could not find a similar replacement available. However i found another German made motor with same mounting frame and shaft size and also 1000rpm at 50 Hz the name plate says: Delta connection 660 Volts - 260 Amps - 240 KW. my question is : if i supplied this motor 380V with same delta connection will it be able to give me 160 kw power? because its limiting design current is 260 Amps as it says . Thus if am assuming its rated power will be reduced proportionally to the reduction of supply voltage. i it is rated 240 Kw at 660 Volts is it true that it will become a 160 Kw motor under 380 Volts? I am also assuming it will not overheat as the current will not exceed its rated 260 A at my demanded compressor load. Please help me if you have a definitive answer without any speculations. Best regards
thank's bro : )
More detailed video. Thanks.
Hi Kyle,
Thank you for your comment. We always are interested to know what information our customers would like to see more about. We have let our training department know about your request, however, if you have any specific video requests, please email training@yaskawa.com.
Thanks!