It works well but it’s way over engineered. I’ve made a lot of these so I’m posting this information to help others. No disrespect meant. Three welds on each side and four on the bottom of the core was an unnecessary waste and actually made your magnet less efficient. Any welding of the laminated core should be kept to the absolute minimum as transformers use laminate metal pieces to reduce eddy currents that build up heat in the core which wastes power and reduces efficiency. That’s why the original welds are just enough to hold the laminates together. If you take more care removing the copper coils using a press you don’t need any welding as the core will stay in one piece. Welding the cores to the base is again a waste of time and effort and again interferes with the magnet’s performance. A drop of super glue to hold the cores in place is more than enough. Adding chopped mat fibreglass is unnecessary as the resin is more than strong enough. I add a thermal switch to the centre core to shut the power of if it gets too hot. Most microwave ovens have two of these so you can grab those as well when getting the transformer. An indicator light is also a good idea so you don’t leave it on when your finished. I’ve also added an original manual microwave timer ⏲ for one I made for a drill press so even if I do forget I can hear the ticking or it shuts off automatically when the timer goes off. None of this is rocket science and if using 12-24 volts is very safe and most of the parts are free. I hope this helps, cheers Stuart 🇦🇺
You should not weld the transformer cores. Have you ever wondered why they are laminated (and insulated)? It is done to reduce the formation of eddy currents inside the core and reduce the losses and the heat created in the core.
Transformatori od mikrotalasnih pećnica su uglavnom zavareni u fabrici. Prilikom rastavljanja transformatora, brusio je var da bi rastavio transfomator.
Is there more strength if chopped down to primary coil or putting smaller slits on the top and pushing primary up so more surface area. Or cutting them down to primary coil height so it very low? Less steel? Air gaps? Asked previously but no school teachers or electromagnet workers answered! Best way to get most magnetic power from mot? Cut in half to primary? Leave and push primary to top with 2/3 mm cuts in i bar for surface area or take off i use as is? Someone must be knowledgeable about this!
much room for improvement, yes. A very interesting item to build which , appears to be reasonably sound in your effort. Does more coils not equal more strength of the magnetic response to a current? I give you the thumbs up, for the effort . I will be doing a lot of research and then try to build a very strong and dependable version.
Did the switch on off work? If not what was the problem? Can you use just cables in resin and on off switch on outside 24v at 10 amps? Or 240 at 1 amp. What'd be too hot as saw different types and best voltage for 3 of these in series? Or 2 as 3 is bit too much but have 3 exact models that's meant to be good?. 12 volts 10 /20 amp or big 240 plug and full mains power to them in series?
Have you tried a higher voltage? Also is the power supply current limited, or is that just what it draws naturally? Are you using a battery or a plug in power supply? I'd be interested in testing this to see how much weight it can hold and then doing it with a variable power supply. on another note, I wonder what would happen if you used the high voltage side and connected it to rectified 120vac (which would be about 170vdc). I'm guessing it would work the same, IDK if magnetism has more to do with current or wattage.
Wait, by wielding the E-core are you not getting rid of the entire reason the core is laminated sheets? Does this not induce eddy currents in your setup? Or is this only in AC?
Hello. I used 12 volts and 12.5 currents. It got too hot after 20 minutes of operation. If I lower the current value, would I use it longer? Will I experience a decrease in my usage power? How much current should I use at most?
You need to retain the primary coil, the one connected to the mains supply, the secondary coil is the one that is used for the hv supply for the magnetron...
@@johnrudd9550 I asked my question in a manner in which I was hoping you would receive an answer it back to me in baby talk... as I do not understand which is the primary and whatever else you were saying. 1 coil is made from small wire and one coil is made from Big wire... which one do I keep the one made from the thick wire or the one made from the thin wire.....?
I hope that this build gave you what you wanted... but I would not recommend welding the laminated steel core (like you did multiple times).. you see there is a reason that laminated steel is used.... the lamination allows the magnetic flux to travel better.. so you get a stronger electro magnet.....
I was thinking that the transformer cores could be cut down a bit less than halfway in order to make a shorter profile and not use up valuable operating space.
Why do all MOT to Electromagnet videos use the thicker gauge winding and toss the thinner one? Electromagnet power comes from the number of turns, not the wire gauge.
Magnetic field strength is determined by number of windings (turns) and current. Larger gauge wire can handle more current due to lower resistance. Not sure which is more efficient though.
@@charetjcMagnetomotive force is a direct result of turns times the amps. So each contributes the same. It depends on the max amps a given wire gauge can handle. Still, you'd think given the usual 10x difference in turns, would be a 10X magnet strength gain and and the fact the coils end up getting potted in epoxy, it ought to be able to withstand a little overdriving - All that tells me you ought to be able to get a decent electromagnet at the max amp value. I suppose it depends on the specific case.
Good job! But for best magnetic performance, I thing that the magnetic sheets steel must not be welded together, they must be pressed together but not electrically connected.
Not really. The reason that transformers use laminated cores is to reduce eddy current losses in the transformer. But for a simple electromagnet? Not needed. The biggest change he could do to increase the holding force on the electromagnet would be to use DC instead of AC by using a rectifier. And once he's using DC, eddy currents are not a concern.
@@jaspermcconnell6417 There are electromagnetic chucks that use either AC or DC. The main feature that is desired for either design is low retentivity for the core so that when power is removed, the chuck let's go. And, comparing both designs, the DC ones have a greater holding power than the AC varieties.
you are right, it would maybe run cooler if the power supply deliver pulsed DC (as opposed to DC from a battery f.ex.) In this video they use 12V 18Amp DC from a power supply I've never seen, so I don't know the specs on that one. It all depends on the width of the pulses etc. But if you use real DC it should not matter as others pointed out. In fact, then the field could be made 5-10% stronger with a massive, more pure iron core. The lamination he welds together(on the bottom) he takes away completely afterwards anyway, the ones on the sides stay and would produce more heat if use DC pulsed(like from a cheap switching transformer) or AC.
@@happyfox711 Isn't there a concern that the magnetic field lets go of the part with pulsed DC? I would think a constant current source would provide constant holding force, while AC and pulsed DC would have varying holding force.
Manufacture quality very good, you might get mor magnetic force (probably double) if you add copper in between the air gaps, it blocks B force in air gap, hence much stronger Field on top surface if you fill air gap with copper bars (no magnetic short, all exposed on top)
QUERIDO, MT GRATO E PARABÉNS! ME TIRE UMA DÚVIDA POR GENTILEZA... TENHO ALGUNS TRAFOS DE MICROONDAS, UNS RECEBEM A CARGA DE 12V E MANTEM O MAGNETISMO... OUTRAS RECEBEM A CARGA E O MAGNETISMO DURA APENAS 3 SEGUNDOS E DEPOIS PERDE O MAGNESTISMO... PODE ME EXPLICAR POR GENTILEZA? MT GRATO!
Poor explaination of what is going on . Any new step should be explained and show the names of the materials used. Anyway, thanks gfor sharing knowledge. Regards.
how many gauss,maxwell ,,,,or even Oersted's can help ,,,I need per square cm to left 1 kilogram ? ,give me the answer please,,, i need that to give to my student's on a science projects ,,i know the formulas but i"m to lazy to deal with math now ,
"Self made" means that whatever is "self made" has been made or constructed by itself with no outside help or assistance by an outside agency. Generally speaking and as far as I am able to determine, there is no technology that enables something to make itself.... Just saying.
I truely love the informational/instructional videos on TH-cam. THIS MAKES UP FOR THE FAILURE OF THE US EDUCATION'S INEPTITUDE AND LACK OF USEFUL INSTRUCTION/EDUCATION....
You would have a lot better luck with that TIG torch if you were to lead with the electrode instead of trailing with it.TIG will not penetrate properly and your weld cosmetics will suffer when you trail the electrode.
Bueno, esos transformadores de hornos micro-hondas, pra hacer un electroiman de potencia, tiene varias apricacones, en un modesto taller, aqui para levantar peso.
And why two wires green are connected to a yellow from one side and two yellow to a green one? Is a strange parallel? When tested they are all green with green and same with yellow, when welded no.
What you ought to do is find a way to redirect microwaves to make safe areas in our homes. In other words designated phone and wifi areas so we don't get the 5 and 6g. I think it's got something to do with waveguides? I'll be a subscriber for sure!!!
LOL. If it's a low quality speaker with bad shielding you could try to make a high power radio transmitter and by pointing a directional antenna to the speaker the interference could damage it. Just an idea.
@@aaronhouse6635 That's good news. Videos like this don't need music. The people who watch things like this are interested in the skill and the process and the finished project. The sound of the machining. even the speeded up sound is better than music. Thanks for the reply and keep up the great work!
And as a note, you are the creator of the video. If you want to produce any work with your own hands, others voice/comments doesn't matter, because their words didn't put anything together. You did, be free to do what you want
Why are two yellow wires and one green wire hook together add two green wires in one yellow wire hook together why aren't all three green wires and all three yellow wire took on their own color I do not would you please send me a wiring diagram
It works well but it’s way over engineered. I’ve made a lot of these so I’m posting this information to help others. No disrespect meant.
Three welds on each side and four on the bottom of the core was an unnecessary waste and actually made your magnet less efficient. Any welding of the laminated core should be kept to the absolute minimum as transformers use laminate metal pieces to reduce eddy currents that build up heat in the core which wastes power and reduces efficiency. That’s why the original welds are just enough to hold the laminates together. If you take more care removing the copper coils using a press you don’t need any welding as the core will stay in one piece. Welding the cores to the base is again a waste of time and effort and again interferes with the magnet’s performance. A drop of super glue to hold the cores in place is more than enough. Adding chopped mat fibreglass is unnecessary as the resin is more than strong enough. I add a thermal switch to the centre core to shut the power of if it gets too hot. Most microwave ovens have two of these so you can grab those as well when getting the transformer. An indicator light is also a good idea so you don’t leave it on when your finished. I’ve also added an original manual microwave timer ⏲ for one I made for a drill press so even if I do forget I can hear the ticking or it shuts off automatically when the timer goes off. None of this is rocket science and if using 12-24 volts is very safe and most of the parts are free. I hope this helps, cheers Stuart 🇦🇺
Nice work, what chemical do you used to ceiled it?
Resin
You should not weld the transformer cores. Have you ever wondered why they are laminated (and insulated)? It is done to reduce the formation of eddy currents inside the core and reduce the losses and the heat created in the core.
Transformatori od mikrotalasnih pećnica su uglavnom zavareni u fabrici. Prilikom rastavljanja transformatora, brusio je var da bi rastavio transfomator.
非常有意义的再制作
Podoba mi się to wykonanie i ogólnie cały przekaz bardzo czytelny 👌🏻👍🏻👍🏻👍🏻 Brawo!
Yours is the best. Thank you for all the work and the recording and the editing and the posting. I'll be making one for a drill press.
Is there more strength if chopped down to primary coil or putting smaller slits on the top and pushing primary up so more surface area. Or cutting them down to primary coil height so it very low? Less steel? Air gaps? Asked previously but no school teachers or electromagnet workers answered! Best way to get most magnetic power from mot? Cut in half to primary? Leave and push primary to top with 2/3 mm cuts in i bar for surface area or take off i use as is?
Someone must be knowledgeable about this!
much room for improvement, yes. A very interesting item to build which , appears to be reasonably sound in your effort. Does more coils not equal more strength of the magnetic response to a current? I give you the thumbs up, for the effort . I will be doing a lot of research and then try to build a very strong and dependable version.
Did the switch on off work? If not what was the problem? Can you use just cables in resin and on off switch on outside 24v at 10 amps? Or 240 at 1 amp. What'd be too hot as saw different types and best voltage for 3 of these in series? Or 2 as 3 is bit too much but have 3 exact models that's meant to be good?. 12 volts 10 /20 amp or big 240 plug and full mains power to them in series?
Nice video I do not understand the The wiring do you have any diagram of the wiring thank you
Coils in parallel 12V DC
Diagram
And video seven minutes and 10 seconds shows green and yellow wires are the green altogether and the yellows are all together
Have you tried a higher voltage? Also is the power supply current limited, or is that just what it draws naturally? Are you using a battery or a plug in power supply?
I'd be interested in testing this to see how much weight it can hold and then doing it with a variable power supply.
on another note, I wonder what would happen if you used the high voltage side and connected it to rectified 120vac (which would be about 170vdc). I'm guessing it would work the same, IDK if magnetism has more to do with current or wattage.
Yeah he dont understand English dude LOL Whatever you write he just gives a like and moves along :)
Just rectification will not do; you also need to filter them. But better is to connect the coils in series and use a higher voltage.
@@cocosloan3748 Moves along yea, he didn't give a like to yours though.
ต่ออณุกรมหรือขนานครับแบบใหนดีกว่า
Did you use the primary or secondary windings? Great video.
Desde Argentina. Felicitaciones. Pregunta de principiante. ¿Que diferencia hay entre usar un transformador o dos? Muchas gracias.
How do you prevent your coils from getting hot?thank you for the video👍
That is the reason for using the LV side of the coil; it makes less heat
Do you think it would make the magnet any stronger if you used iron fillings/shavings, instead of fiberglass set in the epoxy resin?
It will affect the adsorption effect
Nice work brother. Sure beats recycling the copper for a one time payout!
I dont understand why the clamps are necessary?
For anyone worrying about eddy currents, don’t, he’s using DC.
Wait, by wielding the E-core are you not getting rid of the entire reason the core is laminated sheets? Does this not induce eddy currents in your setup? Or is this only in AC?
No, eddy currents are an issue with AC not DC
Hello, ... at what voltage is it supplied ... ??? .. 220v ... ??? ... thank you ... congratulations ... !!!
Hello. I used 12 volts and 12.5 currents. It got too hot after 20 minutes of operation. If I lower the current value, would I use it longer? Will I experience a decrease in my usage power? How much current should I use at most?
Try using 10 amps of current at 12v
Film OK and .....................NICE TRANCE :)
umesto muzike mogao je nesto i da progovori , ako zna da prica ? koja je zaptivna masa ? u kom je odnosu katalizator ? , i jos ponesto ....
my English is poor. I will add subtitles in the future
Which coil did you keep the one with the big wires or the one with the Little wires
You need to retain the primary coil, the one connected to the mains supply, the secondary coil is the one that is used for the hv supply for the magnetron...
@@johnrudd9550 I asked my question in a manner in which I was hoping you would receive an answer it back to me in baby talk... as I do not understand which is the primary and whatever else you were saying. 1 coil is made from small wire and one coil is made from Big wire... which one do I keep the one made from the thick wire or the one made from the thin wire.....?
Ahh...sorry, in that case you need the thick wire wound coil for this project...usually it is the coil on the bottom...if that helps you...
The coil can indeed be considered for replacement. But the other coil of the microwave oven transformer is often broken. And the winding takes time.
This project was a thing of beauty. In a manly way. Especially the face milling and surface grinding.
O(∩_∩)O~
Why is the magnet not used in making concrete structures molds in buildings!!!!
I hope that this build gave you what you wanted... but I would not recommend welding the laminated steel core (like you did multiple times).. you see there is a reason that laminated steel is used.... the lamination allows the magnetic flux to travel better.. so you get a stronger electro magnet.....
Great job!!
Have you experimented with different coils and AC and DC current ?
Higher voltage can increase power. But security is not guaranteed!
5:55 можно было срезать магнитопроводы (сердечники), и потоньше была бы и мощнее !!!
What are the clamps for? (About 9:00 minutes)
Yeah cause they apparently didn't work if they were meant to keep the magnets centered together
Hello brother 👌🔔💪🏻💪🏻💪🏻
I was thinking that the transformer cores could be cut down a bit less than halfway in order to make a shorter profile and not use up valuable operating space.
good
Do you use 12volts input for the transformer? Interesting.
So the dude can like your comment like he read it but then completely avoid the entire question....lol
Because he read it but not understood
@@zbsbees6482 the question mark didn't give it away?? U sound like you might be his brother
Que voltagem você alimentou os TR?
How much is the maximum magnetic force?
Safety considerations. Low voltage does not give full play to power
I have a 12v charger cable rated for 14v 1am will this work?
Constant current is required. Otherwise, there is overheating
Why do all MOT to Electromagnet videos use the thicker gauge winding and toss the thinner one? Electromagnet power comes from the number of turns, not the wire gauge.
Fault transformer, damaged secondary winding
Magnetic field strength is determined by number of windings (turns) and current. Larger gauge wire can handle more current due to lower resistance. Not sure which is more efficient though.
@@charetjcMagnetomotive force is a direct result of turns times the amps. So each contributes the same. It depends on the max amps a given wire gauge can handle. Still, you'd think given the usual 10x difference in turns, would be a 10X magnet strength gain and and the fact the coils end up getting potted in epoxy, it ought to be able to withstand a little overdriving - All that tells me you ought to be able to get a decent electromagnet at the max amp value. I suppose it depends on the specific case.
IS Very Nice Very good fantastic 👍
How did you adhesive this
what is this gel
Looks like Epoxy or polyurethane resin with fiberglass reinforcement.
Do you actually know how to use a TIG welder?
The item he was welding it extreamly magnetic, and not the most weldable of materials.. its hard to get the metal to stick to it..
Hey how you doing?
I’m trying to check if there is any possibility that a magnet will push metal?
ezequiel skverer yeah it will but it’s kinda erratic. Wrap a coil around a nail and make a simple electromagnet
@@tomharrell1954 thank you very much for your comment, how can i contact you?
ezequiel skverer pharmacyman@att.net
@@tomharrell1954 i have send you an email
Good job!
But for best magnetic performance, I thing that the magnetic sheets steel must not be welded together, they must be pressed together but not electrically connected.
Not really. The reason that transformers use laminated cores is to reduce eddy current losses in the transformer. But for a simple electromagnet? Not needed. The biggest change he could do to increase the holding force on the electromagnet would be to use DC instead of AC by using a rectifier. And once he's using DC, eddy currents are not a concern.
@@johncochran8497 I suspect that AC is used to keep from making the table permanent magnet. Just a guess.
@@jaspermcconnell6417 There are electromagnetic chucks that use either AC or DC. The main feature that is desired for either design is low retentivity for the core so that when power is removed, the chuck let's go. And, comparing both designs, the DC ones have a greater holding power than the AC varieties.
you are right, it would maybe run cooler if the power supply deliver pulsed DC (as opposed to DC from a battery f.ex.) In this video they use 12V 18Amp DC from a power supply I've never seen, so I don't know the specs on that one. It all depends on the width of the pulses etc. But if you use real DC it should not matter as others pointed out. In fact, then the field could be made 5-10% stronger with a massive, more pure iron core. The lamination he welds together(on the bottom) he takes away completely afterwards anyway, the ones on the sides stay and would produce more heat if use DC pulsed(like from a cheap switching transformer) or AC.
@@happyfox711 Isn't there a concern that the magnetic field lets go of the part with pulsed DC? I would think a constant current source would provide constant holding force, while AC and pulsed DC would have varying holding force.
Manufacture quality very good, you might get mor magnetic force (probably double) if you add copper in between the air gaps, it blocks B force in air gap, hence much stronger Field on top surface if you fill air gap with copper bars (no magnetic short, all exposed on top)
nice work
Nice video, what is that white paste?
Chisco Garcia Gonzalez Silicon grease
I believe Thermal Paste makes more sense.
Why have to be used?
Great! Regards from Australia.
Too bad you didnt show how to wire together. At 7 min mark you show a switch flipped. Yeah ... And? Ill look for another to get answer.
Excelent work! LIKE IT, best regards from Brazil, Ary Prado
这又是数控铣床又是磨床的一般人克做不出这精度，还有为什么往树脂里加纤维 硬度不够吗？
William Liu 震动比较大
QUERIDO, MT GRATO E PARABÉNS! ME TIRE UMA DÚVIDA POR GENTILEZA... TENHO ALGUNS TRAFOS DE MICROONDAS, UNS RECEBEM A CARGA DE 12V E MANTEM O MAGNETISMO... OUTRAS RECEBEM A CARGA E O MAGNETISMO DURA APENAS 3 SEGUNDOS E DEPOIS PERDE O MAGNESTISMO... PODE ME EXPLICAR POR GENTILEZA? MT GRATO!
Jaki jest prąd zasilacza?
13v 10a
Poor explaination of what is going on . Any new step should be explained and show the names of the materials used. Anyway, thanks gfor sharing knowledge. Regards.
这些个工具要有个小机械厂才行。你自己有个小工厂吗？在广东
？
这个工作时是一直要用电的吧。
@@jameslu6115 是的。。。。断电会发生意外哦
how many gauss,maxwell ,,,,or even Oersted's can help ,,,I need per square cm to left 1 kilogram ? ,give me the answer please,,, i need that to give to my student's on a science projects ,,i know the formulas but i"m to lazy to deal with math now ,
1 6000watt mot. Or oven. Arc welder need advice on ballast. 10mm2 wire 5m to wind but unsure how to control amps.
all I need now is to buy that LARGE MILLING MACHINE nd I'll be good
"Self made" means that whatever is "self made" has been made or constructed by itself with no outside help or assistance by an outside agency. Generally speaking and as far as I am able to determine, there is no technology that enables something to make itself.... Just saying.
Всё гениальное просто.! А простое гениально.!
Good job I like the cat makes my day .
I truely love the informational/instructional videos on TH-cam. THIS MAKES UP FOR THE FAILURE OF THE US EDUCATION'S INEPTITUDE AND LACK OF USEFUL INSTRUCTION/EDUCATION....
You would have a lot better luck with that TIG torch if you were to lead with the electrode instead of trailing with it.TIG will not penetrate properly and your weld cosmetics will suffer when you trail the electrode.
Bueno, esos transformadores de hornos micro-hondas, pra hacer un electroiman de potencia, tiene varias apricacones, en un modesto taller, aqui para levantar peso.
That resin looks like it got very hot when curing, must have smelled great
It's very pungent
Great project. Horrendous music, whatever possessed you to use that monotonous music?
I will improve the future video
請問那個膠是什麼膠
李旭民 树脂
請問電要怎麼接？為什麼兩條綠色配一條黃。還有需要一台調壓設備是嗎？
@@gang0411 我使用的是12V直流。。这个看具体电流情况和发热情况。。。。
Does anyone know how this is wired? In series or parallel?
Parallel. Wires were connected in two bundles. In series, you would have four separate connections.
And why two wires green are connected to a yellow from one side and two yellow to a green one? Is a strange parallel? When tested they are all green with green and same with yellow, when welded no.
👍
да , китай тоже горазд на всякие штуки ))
That's a really nice compound table on the mill. More info and videos of this your equipment officially requested.
OK
你好亲爱的祝贺视频，我想知道你是否给了 24 伏电压。谢谢我从意大利西西里巴勒莫祝福你
Nǐ hǎo qīn'ài de zhùhè shìpín, wǒ xiǎng zhīdào nǐ shìfǒu gěile 24 fú diànyā. Xièxiè wǒ cóng yìdàlì xīxīlǐ bā lēi mò zhùfú nǐ
Por que invierte los cables en la última unión?
Video is very good
Bravo de FRANCE!!!!!
How Voltase its work?
What you ought to do is find a way to redirect microwaves to make safe areas in our homes. In other words designated phone and wifi areas so we don't get the 5 and 6g. I think it's got something to do with waveguides? I'll be a subscriber for sure!!!
yes。I will pay more attention to details in the future video
Excellent work for machenical lovers
That was good, thanks!
В общем молодец а добавь ещё по одной понижаюшей катушке и магнит вдва реза будет мощнее и смолы расходуеш поменьше.
Couldn't watch b/c of the music.
thanks for sharing excellent
can i borrow it to blow my neighbors speakers from behind the wall? please?
invalid。
LOL. If it's a low quality speaker with bad shielding you could try to make a high power radio transmitter and by pointing a directional antenna to the speaker the interference could damage it. Just an idea.
هل ينتج عن هذا الجهاز حرارة خلال التشغيل الطويل وشكرا
Very nice.
какой ток на плиту постоянный или переменный?
DC 12V
Interesting vid other than the music, ruins video's for educational purposes in my opinion.
In english version, pls ??
WHY ARE YOU DRAGGING A TIG TORCH?
Thats why you have those horrible welds that left all those craters and porosity. Blow your gas forward into what you're welding
Have you ever welded a magnet before??
Moramo se složiti,ovo je prilično dobro predavanje za đake sedmog razreda osnovne škole.Za starije naivno i nedozrelo,bez imalo osećaja za realnost.
Great project, great video ruined by dreadful music. Had to watch with sound off
The future will improve
@@aaronhouse6635 That's good news. Videos like this don't need music. The people who watch things like this are interested in the skill and the process and the finished project. The sound of the machining. even the speeded up sound is better than music. Thanks for the reply and keep up the great work!
@@aaronhouse6635 btw what was the name of the songs used, I actually liked some of them. Specifically the club music at @3:14
And as a note, you are the creator of the video. If you want to produce any work with your own hands, others voice/comments doesn't matter, because their words didn't put anything together. You did, be free to do what you want
Nice cat🤣
Nice work
👌👍👏👏👏👏👏⚘⚘
👍👍👍😀
Hate the music. Describe what you are doing. No one can do this unless they have access to a machine shop.
best regards,,,Éder Brazil
Éder S. Thank you
It would have been better if instead of the stupid music you had commentary on what you're doing
It will be described with subtitles in the future. Because my English is not good.
FUTURE : ELETRO - MAGNÉTIC : MOTO -
PERPÉTUO : ( MOTOR-
ELÉTRICO : VAI - SER : FABRICADO : EM :
PRODUÇÃO : ATÉ :
ANO : 2030 :
( PRODUÇÃO - MASSA ) :
INDUSTRIAL - CERTA !!! ;
AVANÇO : INVENÇÃO :
HI - TEC : ELÉTRICO :
ELETRO - MAGNÉTIC :
MOTO - PERPÉTUO :
MOTOR - ELÉTRICO :
É ! : FATOS !!! : HOJE :
INVENÇÕES : DIVERSOS :
MODELOS : TIPOS ;
TAMANHOS : JÁ É ! ;
FATOS : COMPROVADOS !!! : NO :
MUNDO : HOJE :
2030 : FÁBRICAS :
FABRICANDO !!! :
( 2030 : MUITAS -
FÁBRICAS ) : 2030 :
FATOS .
Best
Everybody can do that at home
Hahaha. I'm only short a mill, a surface grinder, gallon of fiberglass resin and some time. Can probably find three identical transformers(not)
Why are two yellow wires and one green wire hook together add two green wires in one yellow wire hook together why aren't all three green wires and all three yellow wire took on their own color I do not would you please send me a wiring diagram
Hi
Did you get wirring diagram?
@@michalkotulak4948 No, I never received it. How did you send it to me? Try sending it to my email. Joebrown4109@gmail.com
Can you send to me also tadhgoconnor887@outlook.com
What supply can I use
@@claybornlewis276 Parallel cable. 12V DC
@@tadhgoconnor2847 Parallel cable. 12V DC