Induction Motor Basics

[@EngineeringMindset]

*These videos take a long time to make* if you would like to buy Paul a coffee to say thanks, link below: ☕ PayPal: www.paypal.me/TheEngineerinMindset Channel membership: kzbin.info/door/k0fGHsCEzGig-rSzkfCjMwjoin Patreon: www.patreon.com/theengineeringmindset

[@karthikdviswan3262]

😊

[@karthikdviswan3262]

😊😊😊

[@karthikdviswan3262]

😊p😊⁰😊😊

[@ayyappa78]

FANTASTIC video very well explained very balanced voice and very well worded ...thank you for taking the time out for making the video

[@rashedzayed9263]

For me I think you channel is the best channel to learn electrical engineering. But I would hope you would do a series of how to operate the components you explain practically. That would be really incredible.

[@ardonjr]

Clear and good example of the subject. Good job!

[@angeloalighieri8487]

Any hope you could refer us to the 3d model used during the video? I really liked how detailed it was to explain concepts like this one. Great video!

[@ApexPredatorWithSungGlasses]

In the topic of motors, hope we get: MGU-K, brushless motors, and motors used on EVs.

[@LazyNinjass]

The hell do those letters mean

[@urmomlovesme._]

@@LazyNinjass The Motor Generator Unit - Kinetic (usually abbreviated as MGU-K) is a component of a hybrid-electric power unit. The unit is both an electric generator and motor.

[@Sailius54]

The rotors magnetic field that is produced from the induced current is what causes the force because it pushes against the stators rmf. Good explanation

[@andersemanuel]

Much better explanation than the first one. The only thing I dont like is that the magnetic field being created by electrons moving in the same direction is described as rotating. I believe it is not moving, but more like a force in a ring. So arrows more than animated moving dotted lines?

[@tharinda]

I had that "ahaa" moment. Thanks for the content!

[@avocares]

Could also mention slip and it's effect on heat generation. (More slip=lost power=more heat)

[@sapelesteve]

Very interesting video as I never really knew how this worked. 👍👍

[@joemacdougall9205]

Doing a masters project and just saying that if you did a video on the controller area network protocol. That would be the best thing ever.

[@PlayboyHZ]

Masters thesis? You need to read some scientific papers, not youtube mate.

[@navikkumarmandal5280]

Your video helps us alot, thanks for making such kind of video ❣️

[@nickwilliams4470]

Thank you. X10 better than my lecturer.

[@RobRoschewsk]

Good job on a complex topic!

[@flat-earther]

Rob I suggest watch a 13 part series called _What on earth happened_ by Ewaranon to learn that the earth is not a globe. Find it in my about tab.

[@Shamino0]

Thanks. Lots of great information. Now that you've discussed DC, stepper and induction motors, can you also do a segment explaining servo motors? I've seen them when hard drives are taken apart, but it is far from clear to me how they actually work.

[@EngineeringMindset]

Please see our servo motor videos

[@a.g2902]

Raju couldve used this video. Vrrrrrroooooooooooooommmmmmmmm

[@SasmitaMishra-j7p]

😂

[@TrishnenduBag]

3 idiots

[@faradayjerome3532]

You had to make these videos waay after i had graduated! Thanks Paul, i've been waiting forever for these

[@MasterTheNEC]

Very Well Done......Great job!

[@Blank-n7c]

Great induction motor video

[@LOFIGAMING-go2gq]

Nice presentation i understand everything

[@SasmitaMishra-j7p]

Raju rastogi explanation about induction motor is vvvvvvvvvvvvvvvvvvvvvvvvvvvvvvrrrrrrrrrrrrrrrrrrrrrrrrrrrooooooooooooooommmmmmmmmmmmmmmmmm😂😂😂😂😂😂😂😂😂😂

[@jacksonlebaron2139]

Thank you! Good video

[@DeeP_BosE]

More on heat transfer \ exchanger if possible

[@vinnierobbie93]

cheers love these vids

[@pomicultorul]

thank you!

[@jefflucas_life]

I saw this taken apart to generate free energy by using the first W1 and U1 third leg of the induction motor windings I came to this video to see if it was bullshit

[@UnicornDolls]

Noob here. Can you make a video about recirculating pumps and how they work in a hot water system? And the ideal location to place the pump (commercial).

[@EngineeringMindset]

Please see our circulation pump videos and commercial heating system videos

[@ianthehunter3532]

very cool video much thanks

[@flat-earther]

Ian I suggest watch a 13 part series called _What on earth happened_ by Ewaranon to learn that the earth is not a globe. Find it in my about tab.

[@ianthehunter3532]

@@flat-earther wow great recommendation, Tod!

[@flat-earther]

@@ianthehunter3532 who is Tod

[@watsupimdanny]

I was left wanting to know more about the rotor and transferring the power

[@EngineeringMindset]

See our longer video

[@MOHAMEDDALI-hc1of]

omg u saved my life istg

[@bahmanasgari3370]

Thanks

[@3ryans]

very informative

[@manoraj5804]

Thanks paul

[@simanchalbhola6391]

Good video. Keep it up.

[@rajeshgummidi235]

Please make video on servo motor and servo drive

[@EngineeringMindset]

Please see our servo motor videos

[@chyldstudios]

Well done!

[@Adam14Nov24]

Super 😍

[@bebeusxl9842]

What about wound-type rotors? Do they also rotate in the same direction as the stator magnetic field?

[@purchasecomplete5640]

Can u do one on brushless motors

[@EngineeringMindset]

Please see our brushless motor videos

[@jagjeetsingh-wf4ur]

How to calculate motor winding data

[@sandis550]

Epic 👌

[@CommercialGasEngineerVideos]

Nice

[@williamhe4099]

why change two phase makes motor turned different way in real work? two magnetic field larger than one?

[@MarekKnapek]

Noice, but how do you control rotation speed of such motor? Isn't it always trying to be integer multiple of 50/60Hz?

[@eastmids10]

You need a variable frequency drive. The motor speed depends on the frequency

[@castell44555]

i love youtube

[@edfx]

I still dont understand how it can rotate for example 40hz when AC frequency is 60hz. Magnetic fields are exactly out of phase

[@Glockas]

So firstly, the shaft will never rotate at the exact speed that as the magentic field due to varying factors causing resistance, most notably the load. The difference between the two rotation speeds is known as slip normally measured as a percentage. So a 4 pole 3 phase induction motor might operate with 50Hz, which translates into 1500 RPM, but it might only operate at 1450RPM so has a slip of 3.3%, this will vary between different motors or even the same motor with different loads. However for many reasons we will want to vary that rotation speed. For that a variable frequency drive is used, this converts AC to DC then DC back to AC. So we can convert 50Hz mains AC into whatever frequency we need to drive the motor a the required RPM. This also converts the voltage with it, as it's important to keep the same voltage to frequency ratio.

[@Sarim-uw8cw]

Anyone from 3 Idiots

[@skiachtro]

❤

[@Sgh59-j1m]

First

[@EngineeringMindset]

2nd by 1 second but soooo close

[@Sgh59-j1m]

@@EngineeringMindset 😁

[@TanvirAhmedOriginal]

🫡

[@HussainSabor]

Thanks