Added: 3 years ago
From: MagnetOnlyMotors
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  • Looks like its not a magnet on motor to me. Magnet only motors don't have external power. The speed at which the shield operates determines the speed of rotation. Thus altering the power supply alters the speed. Mmm what we have here is an electric motor.

  • @zzytrewq ZZY... Altering the cam position changes the speed. Cutting down the electric power will permit the solenoids to cook. There is no direct electric connection to the rotor. Hence it is not a true electric motor.

    Donovan.

  • @MagnetOnlyMotors - "...it is not a true electric motor" only in a sense no one would make one work this way for efficiency reasons. Then you describe a situation (cutting down the power) that somehow means the input power is irrelevant. Changing the cam position changes the way the input power is used. Go argue semantics with someone else. It may not be a true electric motor but it only runs when you supply electric power. Mmm. Must be magnetic energy that powers it. LOL

  • @zzytrewq Electric power runs the solenoids ZZY, That oscillate the magnet shield only, not the rotor. You should look a little closer before you comment. If you could slide the shield with your hand at the correct time & speed, it would still perform.

    Donovan.

  • @MagnetOnlyMotors - if a hand oscillates the shield the force required would be equal to the sum of the repelling force + friction + output power. Therefore it would be hand powered. Oscillate the magnet using a spring powered motor and the device would be spring powered.

    So an internal combustion engine is powered by hot gas? A steam train is powered by steam pressure? Devices are "powered" by the fuel.

    I have read all your other comments. It's you that doesn't get it.

  • A magnet only motor powered by an external electricity supply. Mmm that doesn't sound very smart.

  • @LiamXaoh Liam,.... Your not getting the whole picture.

    Donovan.

  • @MagnetOnlyMotors - what is the whole picture then?

  • @LiamXaoh It's about magnetic shielding, not an electric motor.

    Donovan.

  • @MagnetOnlyMotors - you called the video "Magnet Only Motors" when it is not. Magnetic shielding requires external energy to work therefore it becomes an electric motor.

  • @LiamXaoh You can look at it any way you like. I didn't make the video for closed minds like yours. If you want to call it electric, go for it. Your assessment has little value here.

  • @MagnetOnlyMotors - so you're telling me this is not an electric powered motor then? Wouldn't you be the closed minded one to deny that?

  • @LiamXaoh Liam, only the solenoids are electric, nothing else! Take a close look & show me where the wires go to the revolving parts, PLEASE.

    Donovan.

  • @MagnetOnlyMotors - Now you're being silly. This device wouldn't work without the external power. If you supply too little power it won't work. In fact the amount of power determines how quickly the solenoid operates which determines how quickly the rotor spins. If you were to plot input power to speed of rotation you'd see a direct relationship. Whether you can see this doesn't matter.

  • @LiamXaoh You are a tough sell Liam. The only electricity is to the solenoids. They happen to be 120 volt. They could have been 12 volt, or 220 or even 550 volt. That wouldn't make any difference. There are no windings to the armature or stator!!! Only MAGNETS & a shielding sleeve, which is being oscillated by the solenoids.

    Donovan.

  • @MagnetOnlyMotors - what has the voltage got to do with it? If it works at 120volts and X amps then it will work the same at 12volts and 10X amps. The power input will be the same regardless of the voltage which directly affects the speed at which the solenoid operates, which is directly proportional to the power output. An electric motor doesn't have to have windings to the stator or rotor. The movement of the shield simulates an oscillating power supply to a coil as per a motor.

  • @MagnetOnlyMotors - the output power of your device is a function of the input power. It is an unconventional configuration of an electric motor but it is one regardless. If the solenoid was operated by air it would be air powered motor. If it was operated by clockwork....get it? The magnets merely convert the input energy (electrical/air/clockwork/what­ever) to rotational output. If it was a magnet motor it would work only because of magnet power. There isn't any.

  • @LiamXaoh Liam,Liam,liam..... Electricity, Air even Hydraulics are not rotating the output shaft,get it?, magnets are!! Iwas'nt trying to prove anything else. I can't figure you guys out, over your misunderstanding of this unit.

  • @MagnetOnlyMotors - You have missed the point. We all know the magnets cause the shaft to rotate. Thank you Captain Obvious. The point is that the powering of the shield is what makes the device work. The speed at which the shield is moved is what determines the speed of the rotor and the power output. Thus the output is driven by whatever powers the shield. By your argument the piston or the expanding gases in the combustion chamber in a car powers the motor. It is the fuel.

  • @LiamXaoh, You are too much!!.......... The energy going to the solenoids doesn't affect the R.P.M. The position of the cam in relation to the magnet rotor is what governs the speed. Check out one of my later videos if you will. It shows the decrease in R.P.M. because of this action.

    Donovan.

  • @MagnetOnlyMotors - the energy to the solenoids does affect the RPM. Drop the voltage progressively and it will slow down. Reduce the number of turns on the solenoid and increase the voltage and the solenoids will act more quickly. The cam also governs the speed the same as the angle of the commutator in an electric motor affects performance; but electricity makes it work. therefore it is an electric motor.

  • @LiamXaoh  If it makes you happy, you can call it what you want.

  • yes.... and I am Spiderman XD

  • @xpenzo You probably are.

    Donovan.

  • I came to ask what's with the wires? 0:02 on the right?

  • @yo6ial They are for the solenoids on the left.

    Donovan.

  • @transfusablepng LT Magnet Motor is only SPAM and HOAX! You have to PAY for Informations which are NO revolution!!!

  • @bluesisk. Thanks bluesisk, for the heads up.

    Donovan.

  • and that made this shield ??

  • @tonnygar, If you mean soft iron, yes.

    Donovan.

  • what is the efficiency?

  • @PleasureTV, Could you elaborate your question please. Donovan.

  • @MagnetOnlyMotors He doesn't need to elaborate a thing. Answer the question.

  • @lazzer408, Maybe you can explain the question to me, what Pleasure TV is wanting to know, what is the efficiency? Efficiency of what? Donovan.

  • @MagnetOnlyMotors Power in vs. Power out. If the power in is 100w and the power out is 90w then that is 90% efficient.

  • @lazzer408, In that case, I have no information in that regard, because I have no way of measuring input or output. I was only trying to get some rotary motion by shielding the magnets, & oscillating them via solenoids at the time did just that. I was satisfied & have continued much further down the road since then. Much to your chagrin, I'm not currently concerned about power output until I have a self- runner. Then it will be worth to trouble. Chow man.

    Donovan.

  • Not free energy. The input power (external power supply) to the device comes from the solenoid moving the shield. The solenoid is doing all the work. This is strictly not a magnetic powered motor.

  • zzytrewg, That's right Ziggy, not free energy. The external power is oscillating the solenoids only. The rotation does come from the interaction of the magnets.

    Donovan.

  • @MagnetOnlyMotors - with so many fake "free energy" videos out there some folks are easily confused. They may assume your device is somehow breaking the laws of physics as they will only see the magnetic motor aspect. Cheers

  • zzytrewg, I know man, I'm not any law breaker... just a theory applier & observer. Chow, Donovan.

  • fake

  • @superfau89 REAL.

  • do you know what is the physic????

    this motor go agaist hundred of physic law

  • @superfau89 Then so be it. Some laws need to be revised. It is not a magic motor, just magnetic. Donovan.

  • all the physic laws are tested a lot of time....

  • @superfau89 Maybe you can explain to me what laws I'm in violation of with lots of details, please. Donovan.

  • if you are really intresting i will happy to explain to you i have send to you my msn adress...

  • @superfau89

    hehe, can you name twenty physic laws yourself?

  • @xamanto Ya, we're waiting. Donovan.

  • yes i can.... but i am italian and it is not so easy for me explain it in english....

  • superfau89, O.K. Donovan.

  • Conservation of energy.

    Change in energy into a closed system will always be zero. If you start with stationary magnets, they will remain stationary. If you start with moving magnets, energy will be converted into heat through friction and it will become stationary.

    I'm not sure if you're just retarded or scamming.

  • gettingbored, Have a nice life in your closet.

    Donovan.

  • @MagnetOnlyMotors You mean have a nice life working as Engineer instead of a con artist?

  • @gettingbored. Why do you think I'm a con artist?

  • @MagnetOnlyMotors

    I read a previous comment and you said that this motor did not make more energy than it consumes, yet. I think this is one of the few things that are simply impossible.

    P.S. Why did you magnetically shield the motor for?

  • vivalaresistanc, The yet part is what you are commenting on ,right ? That is because I'm a hopeful character & don't give up at the first or last set back. I & others like me are treading in very unknown territory with little for a map & no information about which way to go, so we plod along a slow but determined pace. We are not scared or influenced by the impossible, P.S. I magnetically shield the motor so that it will do what it does.

    Thanks,

    Donovan.

  • I forgot who said this, but they said that one cannot make or destroy energy. If the motor uses 1 watt of energy to run, one can't make it produce 2 watts. This what most physicist believe. If someone doesn't come up with proof, this is what they're going to think. Anyways, keep doign what you're doing. Maybe you'll find the answer and proof everyone wrong or find another answer that you weren't looking for, but was still good.

  • vivalaresistanc, I don't remember either, but is a good example of a closed minded educational society. When there is a fork in the road, most people take the path well travelled, often with fewer adventures. Yes, I will keep right on to the end of the road. ( Harry Lauder).

  • nice

  • Parent33w, Thank you ! Donovan.

  • you had colour video camera back then with this quality imaging. thats miraculous in itself.

    and MAGNETONLYMOTORS does not seem to be a good name for your username as you are not advertising a MAGENT only motor.

    sorry dude track me down when your rich and famous il apologise

  • paramedpiper, the device was made in the mid 1980's not the video, that was done 1 year ago. MagnetOnlyMotors is a name I'm free to use even if I'm not advertising a MAGENT only motor. that is what I am working toward.I f I get rich & famous I may not have time to track you down dude.

    Donovan.

  • i don't understand your design, it is nice.

    could you expand?

  • kdkinen, Thanks for your comment. Please take a look at my other videos of this motor. They should help you to understand this design. If you want more info, please contact me via a personal message. Thanks. Donovan.

  • timrocket2008, No it does not make more power than it consumes, (yet). Donovan.

  • So you use an outside energy source to run it, and thus, you are shooting for over unity?

    With some modifications, you could make this run without any outside energy. Otherwise your unit requires a power source to run. The end goal would be to make the excess power run itself, by routing the extra power to a battery which it would draw from.

    Food for thought.

  • FreeMagneticEnergy, Yes sir I have an outside power source, because at the time I made this model, 1985, I was proving to myself, the vaibility of magnetic shielding & had to use solenoids to assist with the oscillation of my magnetic shielding sleeves. My ultimate ambition is to make it without the input of outside energy.

    This is what my Autono-Drive version is all about. Thank you for your input & interest. Donovan.

  • Hello frizspin175. This magnet motor was made mostly in the mid 1980's & I didn't know about neodymium magnets then, much less where to get them. But in my next 3 videos I have them. The the next videos I'm making have some neos epoxied to some old alnico magnets, only because it fits for my demo. But yes neodymium are the best available for now. Thanks, Donovan.

  • have you tried using neodymium magnets?

  • It uses 120 volts ac.on the solenoids only.The rotation is by magnetic interaction of the rotor, shielding sleeve & stator.

  • 120volts 15amps? So 1800watts Max input. How many Watts output? Does it make more power than it consumes?

  • Cool device !

    How much electrial input power

    does this still use ?

    Many thanks.

  • Thankyou datzfast

  • cool

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