Обалденный видос!!! Подтверждение детски фантазий - это раз!!! Увидеть, "в натуре" своего ГУРУ (что намного реже случается в жизни )- это два!!! Даже только эти "ДВА" - дорогого стоят!!! Надо придумывать что - то выше, чем просто ЛАЙК!!!))) PS Видос стал "тяжеловеснее" (научнее))!) - немного в ущерб изящности ( немного жаль) Особый, особый респект за титры!!!! ()Отсюда надо и datasheet пожалуй вставлять. Наверное и голос может надо - типа " лирического настроения с молдавским вином!!!!))) Класс!!! Удачи!!!
My third attempt at failure. 150 turns of 0.5mm around a plastic spool. 3.5-ohm resistance on each coil.. All wound the same direction. All three connected in wye configuration just like yours. 2 pairs of 1 inch N52 neodymium magnets, back to back the same side facing out. Placed the coils ( 1 1/2 diameter size ) at 120 degrees about 1mm away from the magnets. Supplied 12 volts DC. The magnets seem to go back and forth just a little. I used the same exact controller as you do. There is just one difference between your setup and mine. Your coils are on plastic angle brackets. Mine are on wood. One more difference between your setup and mine. Your rod is held by bearing on both bottom and top. Mine is held just in the bottom, just to see if it even works. No, go. Nothing. First I screwed the center of the coils to the wood bracket but then I thought that maybe the problem., attracting magnet to the screws. So I took the one screw out of each spool and hot glued the back of the spool to the wood. Nothing, no go. I also span the rotor with my hand and in both directions clockwise and counterclockwise. No success. zero, zilch. The only success I have had is with 12 coils and 4 poles magnets and 24 coils and 8 pole magnets. No success with the above set up and oh also no success with 2 pole magnets and 6 coils. Flunk.
"2 pairs of 1 inch N52 neodymium magnets, back to back the same side facing out." Identical poles outward? The magnets on the rotor should be positioned so that they have different external poles - S and N. See 1:01 If you have 4 poles on the rotor, they should alternate: S - N - S - N.
Please take safety precautions: If the magnets come off as they rotate, you may be injured. For example, place plexiglass (glass does not fit) between you and the motor.
@@grain-diose This is what you said yesterday to the question of the same poles or opposite poles. II am copying and pasting. You can also read it down below in your yesterday"s response. "All magnets are facing the same direction with the same pole. Which pole is facing does not matter," I am not expecting a response to this. As always thanks for everything you do.
You need to mark the beginning of each coil when making them (wind the wire in one direction). Then connect together the three beginnings of the coils or the three ends of the coils. There are three wires left that you connect to the electronic control.
Hi, Are the two magnets the same side facing out and if so are the repelled or attracted to the coils when they are energized by the controller? Thanks.
All magnets are facing the same direction with the same pole. Which pole is facing does not matter, it will only affect the direction of rotation. To change the direction of rotation, it is enough to swap two of the three external terminals that go from the coils to the controller.
@@grain-diose I just wanted to make sure that the rotor set up in your 3 phase brushless DC was not the same as the schematics you had on the screen for 3 phase, 6 stator 2 pole magnet. Thank you so much and as always appreciate your help.
The current was maximum for my power supply 5 amperes. And the voltage was most likely small, since there are few turns and the voltage immediately decreases. I do not remember already, but I think no more than 5-10 volts. That is approximately 25-50 watts.
Copying and pasting your statements here: Your first statement: "All magnets are facing the same direction with the same pole.". Your second statement: "The magnets on the rotor should be positioned so that they have different external poles - S and N." I think your magnets are not facing the same direction. I think Your magnets are facing opposite directions from each other. But what do I know? But whether they are the same poles facing out or opposite pole it is hard telling since there are no labels on the magnets in your apparatus nor can I tell which of the above two statements is the correct version as the two statements don't seem to say the same thing. But maybe they do say the same thing. I am neither a professional nor English is my primary language. As always thanks for everything you do.
Cît costă controller-ul?
3.5 bucks aliexpress.com/item/32942527539.html
I love watching such things
Great video and nice work! For all those asking for the schematic, it's at 3:44.
your videos are pretty cool and relaxing mr.grain!😊
Thank you!
Finally, a youtuber who doesn't sound like the disclaimer part of a drug commercial.
Very amazing video sir they explaine this in school but it's hard to understand good thing I watched this video thank you
Muito, muito veloz!!! Incrível, você é muito inteligente, parabéns meu amigo Grain!!! Muita saúde pra você!!!!
Obrigada!
@@grain-diose , ,
Обалденный видос!!! Подтверждение детски фантазий - это раз!!! Увидеть, "в натуре" своего ГУРУ (что намного реже случается в жизни )- это два!!! Даже только эти "ДВА" - дорогого стоят!!! Надо придумывать что - то выше, чем просто ЛАЙК!!!)))
PS Видос стал "тяжеловеснее" (научнее))!) - немного в ущерб изящности ( немного жаль) Особый, особый респект за титры!!!! ()Отсюда надо и datasheet пожалуй вставлять. Наверное и голос может надо - типа " лирического настроения с молдавским вином!!!!))) Класс!!! Удачи!!!
Спасибо!
@@grain-diose Ок Гуру!!!))
Super
Eres todo un ingeniero, the number one jeje, saludos.
Gracias
Great video!
Sir from where You buy these material for the projects
On Aliexpress, in construction stores, in the market for old things and sometimes in garbage :)
My third attempt at failure.
150 turns of 0.5mm around a plastic spool. 3.5-ohm resistance on each coil.. All wound the same direction. All three connected in wye configuration just like yours.
2 pairs of 1 inch N52 neodymium magnets, back to back the same side facing out.
Placed the coils ( 1 1/2 diameter size ) at 120 degrees about 1mm away from the magnets.
Supplied 12 volts DC. The magnets seem to go back and forth just a little.
I used the same exact controller as you do.
There is just one difference between your setup and mine. Your coils are on plastic angle brackets. Mine are on wood.
One more difference between your setup and mine. Your rod is held by bearing on both bottom and top. Mine is held just in the bottom, just to see if it even works. No, go. Nothing.
First I screwed the center of the coils to the wood bracket but then I thought that maybe the problem., attracting magnet to the screws. So I took the one screw out of each spool and hot glued the back of the spool to the wood. Nothing, no go. I also span the rotor with my hand and in both directions clockwise and counterclockwise. No success. zero, zilch.
The only success I have had is with 12 coils and 4 poles magnets and 24 coils and 8 pole magnets. No success with the above set up and oh also no success with 2 pole magnets and 6 coils. Flunk.
"2 pairs of 1 inch N52 neodymium magnets, back to back the same side facing out."
Identical poles outward? The magnets on the rotor should be positioned so that they have different external poles - S and N. See 1:01
If you have 4 poles on the rotor, they should alternate: S - N - S - N.
Please take safety precautions: If the magnets come off as they rotate, you may be injured. For example, place plexiglass (glass does not fit) between you and the motor.
@@grain-diose This is what you said yesterday to the question of the same poles or opposite poles. II am copying and pasting. You can also read it down below in your yesterday"s response. "All magnets are facing the same direction with the same pole. Which pole is facing does not matter,"
I am not expecting a response to this. As always thanks for everything you do.
Sounds like a v6 for a moment
Que som incrível !
Thank you! One question. What is the purpose of the spring like coils in each wire leading to the spooling?
No value, it's just the extra length of the wire.
Thank you! Looks cool.
@@grain-diose it maybe reducing your max RPM because its acting like an inductor
Should the magnets be positioned so that they don't touch the rod/shaft?
It does not matter.
Nice speed
helpful! but how do you control the direction of the rotation?
perfect...videos
Where did you get the electronic converter and electronic controller at 3:30?
aliexpress.com/item/4000334120539.html
@@grain-diose www.amazon.com/dp/B0932RK4DM?psc=1&ref=ppx_yo2_dt_b_product_details I bought this before you responded. Would this be fine too?
Hello Sir, I want to copy this, can you tell me the rotation of winding and how to connect the start and end wire, thank you
You need to mark the beginning of each coil when making them (wind the wire in one direction). Then connect together the three beginnings of the coils or the three ends of the coils. There are three wires left that you connect to the electronic control.
@@grain-diose How are you converting DC 12 v to three phase AC ?
What is net output voltage in coil?
Can I use a 220 volts ceiling fan regulator??
@@rudradebsom8421 Brushless Motor Controller - aliexpress.com/item/4000158618883.html
Can I use a 220 volts ceiling fan regulat - NO!
Any alternative of ESC? Any simple circuit?
A simple circuit does not exist. 3.5 bucks - aliexpress.com/item/32942527539.html
Zee S just search “build your own esc” by great Scott
Thank you very nice work
Amazing
Hi,
Are the two magnets the same side facing out and if so are the repelled or attracted to the coils when they are energized by the controller? Thanks.
All magnets are facing the same direction with the same pole. Which pole is facing does not matter, it will only affect the direction of rotation. To change the direction of rotation, it is enough to swap two of the three external terminals that go from the coils to the controller.
@@grain-diose I just wanted to make sure that the rotor set up in your 3 phase brushless DC was not the same as the schematics you had on the screen for 3 phase, 6 stator 2 pole magnet. Thank you so much and as always appreciate your help.
Does a person have to use lithium battery with this driver or what about a dc power supply?
You can use both options, the main reserve of amperage.
Nice
What AWG was the copper red wire you had in the video?
Copper enameled wire 0.5 mm in diameter was used for winding the coils.
@@grain-diose there was no rating for the wire? Not even 28 AWG?
@@conzpicuouz I do not understand what kind of wire you are talking about.
@@grain-diose i was thinking that every wire will have an AWG rating
www.powerstream.com/Wire_Size.htm
Take a look at this page
Hi man. New subscriber here. What is the size of the wire?
❤️🔥🔥❤️❤️❤️❤️
Any chance of link for speed pot and single to 3 phz convert or was that home made
¿que voltaje maximo puede soportar el esc?.gracias
Sir please make a video to make easy 3phase BLDC motor driver. Thanks very very much.
Golden motor name and voltage
Please may i buy the plans of this project? Thank you
Thanks, but I did everything approximately and it was a long time ago.
Sounds like an frequency.
We need 240 000 rpm!
keep it up
How much power did that draw?
The current was maximum for my power supply 5 amperes. And the voltage was most likely small, since there are few turns and the voltage immediately decreases. I do not remember already, but I think no more than 5-10 volts. That is approximately 25-50 watts.
how to convert toothbrush wireless charger to mobile wireless chatger.
Hi
What about the torque
In this design, the torque is small. For the video, the goal was to show only a high RPM.
next time a noiswarning thank you
hi very very tanks
please get schematic simpel bldc esc
aliexpress.com/item/32942527539.html
Pleese make a mini hitar
Pakita mo end to end ng shafting, para maniwala ako
Copying and pasting your statements here: Your first statement:
"All magnets are facing the same direction with the same pole.".
Your second statement:
"The magnets on the rotor should be positioned so that they have different external poles - S and N."
I think your magnets are not facing the same direction. I think Your magnets are facing opposite directions from each other. But what do I know?
But whether they are the same poles facing out or opposite pole it is hard telling since there are no labels on the magnets in your apparatus nor can I tell which of the above two statements is the correct version as the two statements don't seem to say the same thing. But maybe they do say the same thing. I am neither a professional nor English is my primary language.
As always thanks for everything you do.
The second statement is correct - different poles. The first statement - I quoted your words, therefore there are quotation marks.
i love how you speaking slowly, so idiot people can understand.
My ear 👂👂👂👂 now i can't hear anything,,,
Please the schemetic
Just connect the coils in the "star" or "triangle" way and connect to the controller - aliexpress.com/item/32942527539.html