Reed Switch Motor Self-Runner Test – One Coil, Big

Hello, ladies and gentlemen. What's up? It's Papa Bale and welcome to the channel. So, this is my eight coil rotor. And pretty much every coil is has part of it uh on the generator half. See, I got three bridge rectifiers in here. Uh one for the 26, one for the 30, and one for the 28 and the 32. I put the 28 and the 32 together cuz I thought four bridge rectifiers was a little crazy for just three strands of 28. So, I mixed the two together. 28 isn't a big deal. So, the fact that it's currently limited to 32 is also not a big deal. All right. So, let me show you how well this is going so far. I'm going to uh spin it. And I'm just keeping my hand on this so I can feel um when the drive coil passes by a magnet. And it it's very pronounced. So, what the drive coil is made out of is a 28 gauge and the third and the 26 gauge. So, it's got 26 gauge uh drive strand and the 28 gauge trigger strand. It's a Bedini setup. And uh I wish I could remember exactly where I have the Bedini out connected. So, you can see it spinning around there. There's that diode on the green breadboard. I'm not sure exactly where that's connected to, but where wherever it is, it's beneficial. It Okay, now I'm going to just I'm going to let it go. And you can see when it hits a coil or when they pass when the coil pass your drive coil passes the neodymium magnets. It's really neat. You get a really strong cog. Now, I did a bunch of experiments uh earlier with this and uh a reed switch. And reed switches, they spin for for quite a while. You need a little bit more juice to get a transistor to work. Um You know, I don't know. I'm just starting to use the transistors. Well, there's a 9-V battery, and you can see the counter rotation. So, I just spin it several different ways, you know, spin it outside first, spin the inside first. So, that there's a lot of things attached to this. There's many, many caps. There's uh Let me think here, 50 V and 9400 micro Farad with this little setup that I have here. And that's attached to 11 V 10 Farad via diode. All right, so all of this from the from the bridge rectifiers is going into the cap banks. And but the the battery's going into the cap bank, too, so we're just all spinning from the cap bank. Now, it it doesn't move as long as with the reed switch for some reason. I don't know why, but uh probably cuz the reed switch costs a lot less to run, is what I'm guessing. Especially these little tiny ones that I have over here. They're 7 mm all together. And they are very inexpensive to run. Um Now, I could do an N 2222, right? Like one of the little transistors and see, you know, how much different that is. But when I think you're when I think like when you're running doing the self run test, you got to have a stable stator. You can't have a stator that's wobbling and moving all the time. See? You can see it cogging. Yeah, there's this There's only one coil on here that's a drive coil. So, and I did that so that it could interact with all six. So, I just turned the 9-V battery on and look, it's already counter rotating like like bam. You can you can see how it's kind of just one coil. There's only four magnets on the stator at the current time. I think that is awesome how that picked up. Now, I'm wondering what a uh uh what connecting all the solar panels in series would do instead of uh parallel like I had them. Now, I have a suggestion for a bigger bigger solar panel, a single solar panel that's just larger. And uh I don't know. Uh it would probably work for sure, but I'm going to see if these will work first. So, that's awesome. So, I got to take I got to unsolder them and then solder them together in series. And then that'll give voltage instead of uh the milliamps that I was getting, like 60 milliamps. I don't know which one is better for uh you know, this size. You know, I I know that a lot of pulse motors run strictly on voltage and they don't really need amperage. Anyway, I think that's pretty sweet. How it just kind of rotates like that on one coil. It's It's awesome, man. There's a lot of power going through that coil, though. Oh, I love this thing. It's so like um >> [clears throat] >> you know, rudimentary, though. All right, but you got the three different gauges, basically, and they each have their own bridge rectifier, and each one of those gauges feeds into the cap bank separately. I think it's great. As you can see it's really powerful. That was a 9-V battery. Um Yeah, I don't know. It It's kind of heavy. It's lopsided. It's awkward. But There I'll counter rotate it on a self run spin. Real quick. I mean it spins uh huh really a lot slower. But then once everything slows down you can see it cogging like boom boom boom boom boom boom And you can see the lens kick in. And the cogging kick in at the same time like when it starts going the same way you can see the cogging right there. There it is. There it is. Back yeah. Um So you know it's trying to work, you know? It's definitely trying to work. >> [snorts] >> Thank you very much ladies and gentlemen. Peace out. I hope you enjoyed this. Bye now.