Yes, this is Mr. Yildiz's educational project. The Hall microsensor finally redirects the load current in the coils after it has passed through the N or S magnetic field. Therefore, it is a kind of synchronous rotor position supervision system. The minimotor will also function when powered by a single-phase frequency converter. Then the voltage should first be directed to the mains transformer, e.g. 230/24 VAC, and the base codes should be set appropriately. In the case described in this way, the position of the rotor is not controlled. Of course, any micromotor without an armature is at risk of falling out of synchronism. Mr. Zafer optionally simplified his school model and let's be grateful to him for that! Best regards to the Speaker and the Channel Fans 💖👋😀.
To understand the working principle, it is enough that the rotor has 2 poles. By increasing the number of poles, the gaps in between can be filled to ensure operation without cranking from the shaft. Good job. Thanks for sharing 👏
Four magnets is definitely better as the hall sensor can be placed on the top or bottom. Plus it makes the motor stronger. Also bearings would make the motor spin faster.
Спасибо Вам Зафер за наглядный урок! Приятно смотреть ваши ролики. Ещё всегда любуюсь как вы паяете. У вас мгновенно получается отличная спайка проводов. Наверное используете флюс - гель?
@@ZAFERYILDIZ52 finally, a video without music. music in videos is often boring and not enjoyable, as they are often too loud. but nice video without music.
Greetings. I think it is better to make a self-starting brushless motor using Hall sensor for training. I didn't see a good example on RUclips. By the way, I have used many of the circuits you taught. Thank you zafer.👍
Хороший видос без назойливой попсы, такой же принцип работы электродвигателей применяется в компьютерных вентиляторах. Успехов в дальнейших экспериментах.
@@ZAFERYILDIZ52 you've just made the same translators mistake, as Madonna had made on her concert in Moscow: change "фанаты" into "вентиляторы" and the russian phrase you wrote will be a brilliant 😉 (Currently you've got "...many admirers use the system...")
This type of motor requires very high precision, you need low friction bearings, you need a lathe to make the precise steel section, and you need a 3D printer to make the plastic part and the casing precisely to get a highly efficient motor.
Eline sağlık cok güzel muhteşem buroje olmuş. Mini 12 voltluk panel bunu calıştırırmı Allah sana uzun ömürler versin. Sen bizim için cok deyerlisin senin içatların cok yararlı ve faydalı oluyorsun başarılarının devamını bekliyorum başarılar dilerim
I remember that 50 years ago, I used to play with very small toys cars, electrically moved by brushless rotors, and small battery like a pill, thus with only direct current. They hadden't any electronics' ...
good motor. next version make it with 4 coils and some little pcb board for motor control :) will be more efficient and stable. also need better mechanics construction like ball bearings and outside box like a real powerful motor for home / DYI test and applications. good work
ok mon ami ! ça tourne ! excellent MAIS le plus important reste à faire 1- Quelle charge peut-il faire tourner ? 2- Pour combien de temps ? 3- Comment faire pour réduire au maximum le bruit ET le frottement ? Je te propose ces améliorations pour la prochaine vidéo ! OK .. ??? Merci beaucoup
Can you please explain why we use a tweezers to mount the washers? I find the anomaly of doing it that way to be somewhat fascinating and to a great extent hilariously amusing. You have me completely dumbfounded by this ingenious application of a tweezer to enable the complicated mind blowing task of mounting a washer. Lol
Buscando que se desprendan los imanes por la centrífuga y provoquen un accidente. Esos imanes no veo que vayan muy seguros de desprenderse con la velocidad de rotación. La centrífuga.
I got to the moment shown in the video from 3:31 to 3:39 and my rotor is turning with difficulty because it is attracted to the pad of one of the supports. Where is the error, or in other words: what are the dimensions of the magnets and what type are they (among N27 - N52)
This motor is the best and very strong
Harikasın üstad...Çok faydalandım. Eline, Emeğinize sağlık. Çok teşekkür ederim.
Yes, this is Mr. Yildiz's educational project. The Hall microsensor finally redirects the load current in the coils after it has passed through the N or S magnetic field. Therefore, it is a kind of synchronous rotor position supervision system. The minimotor will also function when powered by a single-phase frequency converter. Then the voltage should first be directed to the mains transformer, e.g. 230/24 VAC, and the base codes should be set appropriately. In the case described in this way, the position of the rotor is not controlled.
Of course, any micromotor without an armature is at risk of falling out of synchronism.
Mr. Zafer optionally simplified his school model and let's be grateful to him for that!
Best regards to the Speaker and the Channel Fans 💖👋😀.
Reee
WWE rt
Thank you for the likes 😀.
AS an expert on Brushless motors I would class that explanation as the biggest lot of B***S**t I have ever heard and I have heard plenty on you tube.
How does this work with the magnets being north and south?
Спасибо ! Очень просто и понятно 👍 🤗😄💡
soet en nateg,to sem kupil 3 komade pred leti in ni nič iz tega.Pobiranje denarja
Merci c'est vraiment ingénieux ce truc bon travail
A motor should start on its own power
Gracias por todos esos buenas e ingeniosas ideas que compares con nosotros.
Caluroso saludo desde Colombia
Sargının birini kullanıyorsun . Devreni her iki sargıyı da kullanacak şekilde tasarla😊
To understand the working principle, it is enough that the rotor has 2 poles. By increasing the number of poles, the gaps in between can be filled to ensure operation without cranking from the shaft. Good job. Thanks for sharing 👏
Sure, but increasing the number of poles you are killing that amazing sound of the working gasoline motor 😊
@@MasterGallery😊
Thank you for your comment and support, and your observations are absolutely correct.
Four magnets is definitely better as the hall sensor can be placed on the top or bottom. Plus it makes the motor stronger.
Also bearings would make the motor spin faster.
Спасибо Вам Зафер за наглядный урок! Приятно смотреть ваши ролики. Ещё всегда любуюсь как вы паяете. У вас мгновенно получается отличная спайка проводов. Наверное используете флюс - гель?
Great work sir 🎉🎉next time add 30 to 60v super capacitor for very high speed ❤
That Good video clip and Number one for you. Have a good nice day ❤❤❤❤
Thank you for your nice support and comments.
Развивайтесь
@@ZAFERYILDIZ52 finally, a video without music. music in videos is often boring and not enjoyable, as they are often too loud. but nice video without music.
Bonne idée pour les moteurs a immersion 👍
very good 👍
Thank you very much, you are really great👍🌹
السلام عليكـم و رحمــة الله و بركاتــــه ...
ruclips.net/video/81uGjQ6oNW8/видео.htmlsi=9CCKmVMSJgOeYsDj
Best thing which i like they have not used any type of music ❤
CONGRATULATIONS ❤
Very Interesting Project New Generation Children s very useful video THANKS ❤❤❤
Thank you very much for your comment and support.
Ellerine emeklerine sağlık ustam selametle ❤👍
çok teşekkür ederim sinan bey
@@ZAFERYILDIZ52 🤲❤🇹🇷❤👍
Bom dia meu camarada. fantastico sua experiencia, parabens. Valeu!!!!!!
Super
Excellent!! And Thank You for NO music! 😍👍
😁💕
rất hay
Greetings. I think it is better to make a self-starting brushless motor using Hall sensor for training. I didn't see a good example on RUclips.
By the way, I have used many of the circuits you taught. Thank you zafer.👍
Brawo, czysta magia😃👍
Has anyone had the magnets fly apart and broke something in their room yet? 😅
Aslamoalaikum,
Congratulations 🎉 for 1M.
Thank you for your nice support and comments.
Great idea how to make a brushless motor at home thanks for sharing
Very good!
Thank you too much
как макет рабочий для школы - весьма полезен , лайк !
Wow just wow
👌
Very nice idea 💡 brother
Eline saglik ustam iyi fikir
ben teşekkür ederim kardeşim eksik olma
very good for not other free energy video.! thanks😊
Thank you very much for your nice comment and support.
Nice. Honest. Actually working and not one of the thousends of post that are misleading fakes. Thanks!
Bạn chế tạo động cơ không chổi than thật rất tuyệt vời
10 sur 10
Хороший видос без назойливой попсы, такой же принцип работы электродвигателей применяется в компьютерных вентиляторах. Успехов в дальнейших экспериментах.
большое спасибо, да, многие фанаты используют эту систему, но там больше катушек и магнитов
@@ZAFERYILDIZ52 you've just made the same translators mistake, as Madonna had made on her concert in Moscow: change "фанаты" into "вентиляторы" and the russian phrase you wrote will be a brilliant 😉
(Currently you've got "...many admirers use the system...")
@@ZAFERYILDIZ52 а в помпах стиральных и посудомоечных машин - ...
и я тоже согласно этому принципу - компьютерные вентиляторы запускаю "с толкача", а когда не жарко - не запускаю.
Good idea
thx my friend
It look like so capacitors in use can be good in this case
Çok güzel video hocam
Teşekkürler kardeşim
Nice 🙂
жопу собі , тим вазеліном намасти - бестолоч .
Nice build bro👍
Thank you for your nice support and comments.
Cómo siempre maestro muy inspirador gracias 🤗
Muchas gracias por tu lindo comentario y apoyo.
Nice for demo and learning purposes.
Absolutely and thank you for your support.
Muito muito bom ❤
good
Thank you for your nice support and comments.
Super, ich habe auch schon überlegt einen Motor zusammenzubauen; wußte aber nicht wie; toll auch dass Du zeigst dass es nicht so einfach ist.
Ich denke, es ist nicht schwierig, es ist möglich, es einfacher zu machen.
Very nice
Harika fikir. Karbon yok, pabuç yok.
Original shom bom amigo👏👏👏👏👍
güzel yorum ve destek için teşekkür ederim
Bonsoir comment vous allez @@rildosouza7223
This type of motor requires very high precision, you need low friction bearings, you need a lathe to make the precise steel section, and you need a 3D printer to make the plastic part and the casing precisely to get a highly efficient motor.
Oh! Congrats on the 1 Million Subs!! 🙏❤🌞🌈🎆🎉🎊😃
thx my friend
Sangat bermanfaat ilmunya trimakasih
terima kasih atas dukungan dan komentar yang bagus
Nice work, Zafer. Thanks
Simplicity is key to everything, this is kinda complex
excelente trabajo
Τε τρέλανες γιατί αυτό δεν το σκέφτηκα, πολύ καλο!
Ευχαριστώ για τα σχόλια και την υποστήριξη.
interesting
Well done yaar
Excelente
Terimakasih
ok Alyh
excelente excelente
Thank you very much for your comment and support.
Eline sağlık cok güzel muhteşem buroje olmuş. Mini 12 voltluk panel bunu calıştırırmı Allah sana uzun ömürler versin. Sen bizim için cok deyerlisin senin içatların cok yararlı ve faydalı oluyorsun başarılarının devamını bekliyorum başarılar dilerim
I remember that 50 years ago, I used to play with very small toys cars, electrically moved by brushless rotors, and small battery like a pill, thus with only direct current. They hadden't any electronics' ...
夏休みの自由研究みたいですね、実験物は大好きです。
素敵なコメントとサポートをありがとうございました。
Manteef ok
Why did you use tweezers to place the washers?
Abi Dyson gibi büyük markalarda aynı şekilde motor yapıyorlar ve motorları çok güçlü ve sağlam oluyor
Bu mantığı anlamak açısında güzel
Ama daha önce yaptığınız daha iyi
Elinize sağlık
Volan koymamak icin rotor kutlesiniz attırdım farkı bu
@@ZAFERYILDIZ52 volan nedir açıklayanilirmisin ?
Açıklayabilir Misiniz ?
süper
good motor. next version make it with 4 coils and some little pcb board for motor control :) will be more efficient and stable. also need better mechanics construction like ball bearings and outside box like a real powerful motor for home / DYI test and applications. good work
the next one will be more advanced
If the motor is made smaller it would be perfect to power an old biplane model aircraft. One.would even have to spin the propellor to start it up.
Like it
مع التوضيح ولك جزيل الشكر
ok mon ami ! ça tourne ! excellent MAIS le plus important reste à faire
1- Quelle charge peut-il faire tourner ?
2- Pour combien de temps ?
3- Comment faire pour réduire au maximum le bruit ET le frottement ?
Je te propose ces améliorations pour la prochaine vidéo ! OK .. ??? Merci beaucoup
C'est un bricolage, pas du tout un moteur efficace et durable.
Elinize sağlık.4 bobinliyide bekleriz.
gelcekte neden olmasın
Tehlikeli.. aşırı hızlarda mıknatıslar fırlayabilir.. mıknatısları daha sağlam muhafazaya almak lazım..
untuk menggerakan genereator, jadi free energy
ممنون ❤❤❤❤میشه نقشه روبذارید❤❤
ഗ്രേറ്റ് വർക്ക് സർ
Phải Khởi động bằng tay 😅
👌
Hocam 2 rulman koysan bildiğin efsane motor olacak bu 2li, 3lü ve 4lü (manyetik alanlı) yapmayı denemelisin
basit yapıda olsun diye rulman koymadım ama dedigini deneyebilirim
suggestion: use bearings on the shaft.
I know my goal is to keep the system as simple as possible, that's why the washer was used.
Can you please explain why we use a tweezers to mount the washers?
I find the anomaly of doing it that way to be somewhat fascinating and to a great extent hilariously amusing.
You have me completely dumbfounded by this ingenious application of a tweezer to enable the complicated mind blowing task of mounting a washer.
Lol
А Вам неодімовий магніт на руках ніколи нічого не прищеплював - не затискав? ;)
❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤
Combat medic team
دمتگرم خیلی عالیه
Is it possible to make BLDC table fan using this with in 20 w power consumption?
Very ice Thanj u
Kai viskas is siuksliu kibiro ...gerai atruodo .
The permanent magnet is too strong for amount of current going in to the coil
Maybe with a bigger casing and more field poles but, not like that.
Buscando que se desprendan los imanes por la centrífuga y provoquen un accidente. Esos imanes no veo que vayan muy seguros de desprenderse con la velocidad de rotación. La centrífuga.
Could be usefull a capacitor for a better start ?
السلام عليكم و رحمة الله .... اخي زفير محتاج منك مساعدة بخصوص ال : Super Capacitor
Мощь слишком избыточна 😅
Like😊
thx my friend
Только что стало известно, что Илон Маск споткнулся и потянул ногу когда бежал патентовать этот двигатель 😂
I got to the moment shown in the video from 3:31 to 3:39
and my rotor is turning with difficulty because it is attracted to the pad of one of the supports. Where is the error, or in other words: what are the dimensions of the magnets and what type are they (among N27 - N52)
Now the point I wanted to see you did not do. A self starting brushless motor.....