I used 18v dc motor from cordless drill and used its battery did not need anything else. It gives soo much power that when I connected an LED bulb i lighted so bright but in few seconds it started smoking while still lighting. The small inductor inside the light brew up.
You wanna use a rubber tube to couple the motor to the pump with about 8mm to10mm air gap. You can find a couple spur gears ⚙️ at hobby store to fit the motor and pump shaft. You can then slide the tube or hose over the gears ⚙️ ⚙️. A hose clamp like your using will work but it turns the motor into a vibrator which is not really good but it'll work.
You did an excellent job I'm not sure if you knew exactly how well you did but we'll be driving people to this site so be sure not to take this down. Keep up the good work, I will be notifying you in the future so you can see how you affected the whole future and sometime to come , right now you won't understand and 2 you actually see The fuse of your labor. So it looks like I'm just talking gibberish but only time will tell😊❤🎉
Man. You just make "Umformer". Gerard Morin device is after dinamo(washing maschine motor) you connect with spark gaps 3 times and than you must make comutator after spark gaps. Comutator must rolling with a proper speed to give 60 Herz like in your house. Best regards. P.S. Spark Gaps 3 times its a Karl Ferdinand Braun ivention / In the receiver, Braun used a direct connection between the capacitor circuit and the antenna; Due to resonance, the vibrations from the transmitting station produced the maximum effect in such a receiver, in which the period of oscillation coincided with the period of oscillation of the transmitting station, in other words, when they were tuned to the same frequency. As a result, it became possible to choose the frequency to which the receiving station responds, so that signals of a different frequency from other transmitters do not interfere with its operation.
Sorry I don't any info on it go online and look for a DC motor controller. The one I used is 12v to 50volts. If your going to use 24volt battery make sure you're controller can handle 24volts same 48volt system controller has to handle 48volts! Better to go even higher!
Very allsome big hi from cruzermans inventions Tristan McNabb on RU-vid channel for alternator bikes washing machine motor rewiring diagrams and much more.biggest thanks for all your support and help and hardwork I have learnt a lot from you 🎉. and I always look forward to seeing more.🎉
Hmm I see the battery your talking about, I see the silicon control, the motor, and the pump, what I don't see is a inverter, that takes dc from the battery and convert it to a, wich the controller needs, that controller does not work on dc
It is a DC controller and it's obvious that you don't need an inverter because it's lighting up 120v AC lights. Radiant energy is a different animal they don't teach this in school for obvious reasons! I
i am using a Dremel tool that chucks perfect to pump motor and it generates 309 volts and a sewing machine foot pedal to control speed on dremel tool motor
Did you try to replace your spinning magnet with a stronger one. In one video someone replaced it with one from some RC motor and got 500+V output without a step up transformer.
Hi there is it possible to build this and put it in a RC car? I want to build custom RC trucks and I'm wanting to use this tech to improve the small electric motors in the RC car. Any help would be much appreciated.
Man I can say this one's 100% working but this custom build must be upgraded, like connecting the output into something that at least store the existing output power with the load.
Resonance will be unique to each horseshoe magnet. Gerard Morin has a good example on one of his videos were he taps several different horseshoe magnets from different pumps, each had a different tone or resonance! My pump when spinning at approx 7500RPM seems to be at resonance because the motor runs smooth and the lights get brighter!
