Pulse motor Not Bedini
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- Опубликовано: 13 сен 2024
- Hi and Welcome. I hope you enjoy my latest video about a Rotary wheel motor driven by electrical pulses from a magnetic Bifolar coil (Please note that this is a first test using basic materials to see if the mechanical commutator idea is workable,) I have been working on this rotary motor that uses a mechanical commutator instead of the usual (electrical bedini style circuit) that every one seems to use on this type of motor.
This will show the people who are not electrically minded like myself that you can still make unusual motors ect without the complicated circuitry with diodes and resisters and caps ect. all of which usually looks like a mess with dozens of wires coming out of every where making no sense to the untrained eye and mind of the layman. This commutator is simple and works on the principle that each magnet has its own contactor strip and as the corresponding magnet passes over the Bifolar coil at the base the contactor strip at the centre is in the right position (running under the roller ) to complete the circuit and pulse the coils onto the magnet making it skip on by. I have used 8 magnets on the outer edge of the wheel all facing the same way. N/N or S/S and the wheel has plastic disc approx 150mm in diameter attached to the centre of the wheel. This disc has been covered with aluminium foil for the first test for the easiest. I then covered the foil with tape , masking the foil to make 8 strips of alloy foil which effectively becomes the contact strips for each and every magnet positioned on the outer edge of the wheel.
The frame becomes one pole and the wheel at centre strips is the other pole so when the commutator runs over the foil strip it completes the circuit between (plus and neg) energizing the Bifolar coil thus sending the wheel around .
This happens for all 8 magnets one after the other which then rotates the wheel as seen in the video. I am only using 13 volts to power this at the moment because the aluminium foil will burn off if higher voltage is used. Once a more permanent disc is fitted the voltage can be increased and the wheel will run faster.
It also requires a better timing method so I will be looking to make a more permanent contactor disc in the centre that can be rotated to advance or retard the timing so the perfect timing position can be found. (The sweet spot as they say) But over all, I think it was a big success for the first attempt and I am delighted with the initial results. So what do you think? please let me know in the comments.
I hope you enjoyed this latest video, if so please leave a like and thumbs up and subscribe if you haven`t done so already so you get notified about any future videos that I upload on you tube. Thanks for watching.
Regards to all Deryck
That's a unique mechanical switch. 👍👍
And if you get heavy arcing. A ac cap across the switch helps keep arcing down.
I use 113 volt DC pulses.
Great stuff.
Hi. Thanks for your suggestion. Your idea that a cap across the switch works fine. Thank you. 👍👍 and I cant wait to use 100 plus volts on this set up because it really increases the speed of the motor..
Oh ya
Very Nice, if you replace the aluminium frame with wood your efficiency will be much greater. I love the rotating contacts.
Use 50 volts for your input and watch the magic happen!
Is it more efficient or better than a bedini? Quite interesting approach for that mechanical switch.
Good job !!!
Красавчик займається улюбленою справою
Thank you
You need to figure out how to use the bearing portion of this topology to make use of the homopolar action, it is a next step to be incorporated in this Bedini type Energiser.
Use a diode and charge other battery in oposite polarity, the motor will run better and no spark
Hi Thanks for the advice. when you say use a diode? where abouts would you fit it. thanks
@@DeryckThompsonChasingtheDream For instance, if the the switching comutator is the positive. You put and inverse polarity diode on the coil on same side, so it can block positive and let the flow of negative current wen it turns off. and can charge other battery, not the same, once polarity of sistem does not allow to charge same battery.
@@RicardoJMGuimaraes Thank you for the info. I will try that and see what happens.
@@DeryckThompsonChasingtheDream Cheers, do that! Give feedback or make a video. For sure you will get it run better with less amp draw and no spark. no lenz law
@@DeryckThompsonChasingtheDreamSorry i did not say your name correctly on video. The new output should have battery of same voltage or less, for charging.
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