4 stroke solenoid Motor with 3D printed parts / How a solenoid engine works.
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- čas přidán 11. 02. 2022
- Here you can see the material used (affiliate links):
3D Printing Filament: amzn.to/3zQRvzX
Ball bearing 3mm: amzn.to/3N6AwN7
3mm Iron rod: amzn.to/3QDzj2y
Copper wire: amzn.to/3OzclI4
Magnet: amzn.to/3nbv6Wx
If you want to support me and my work. Thank you very much: paypal.me/FraensYT?country.x=...
In this video I build a 4 stroke solenoid Motor. The parts were built with a 3D printer. The special feature of the motor are the 4 strokes. When you energize a coil, a magnet is either pulled in or ejected. For this reason, you have to reverse the polarity of the coil 4 times for each revolution. For the 4 strokes, the coil is reversed via a camshaft. In the "dead points" the coil is not energized for a short time.
You can download all 3D printed parts of the 4 stroke solenoid motor. The video should only serve as an inspiration to perform your own experiments.
You can download the parts here: cults3d.com/en/3d-model/vario... - Věda a technologie
Muy bien diseñado , aprovecha todo s los 360 grados para la enegizacion de la bobina valiendose de las interacciones entre la bobina y los imanes . Buen trabajo
Hello, the coil is energized the whole 360 degrees. For a complete rotation, the current has to change direction four times.
1. Magnet is drawn to the center of the coil.
2. Magnet is pushed out of the coil.
3. Magnet is pulled back to the middle.
4. Magnet is ejected on the other side.
At minute 5.27 in the video you can see what I mean.
Que tan complicada es la sincronizacion del motor? Es critica? En mis diseños he utilizado la energizacion en dos sectores cada uno cubriendo 90 grados y separados de los otros 90 grados lo que me permite hacer ajustes de sincronizacion en las carreras del piston y dejar margenes en los puntos muertos superio e inferior , pero en su diseño me parece mas complicado por que no tienen puntos muertos. Estoy pensando en construir uno con 4 puntos de energizacion pero dejando zonas sin energizacion . Que opina?
I also have 4 feed points. 2x plus and 2x minus. Is that what you mean? In the dead points, the power supply is interrupted for a short time.
The position of the piston to the coil and eccentric must be quite precisely matched.
The current collectors get very warm. This was a problem with me as it melted my PLA parts. A better solution would be good here.
@@FraensEngineering ya entiendo si deja pequeñas zonas sin energizar , en mis diseños considero tambien que la energizacion se suspenda antes de la fuerza maxima ( centro de la bobina) , en alguna escala -1 o +1 . Por otro lado ha intentado con bobinas con alambre mas delgado y mas espiras? Que marque como 20 ohmios , es lo que yo uso . Gracias
Nice build, does it have decent torque? I wonder how difficult it would be to make a solid state 4 stroke driver. All of your designs are top notch.
The torque is very dependent on the current. Unfortunately my power supply can only handle 5A.
With reed switch and solid state relaly it could work. That is a great idea. Is that what you mean?
I've been following your channel for a while. Your last motor video is well received I see. Over 3000 views in a month. Cool part. I like it very much.
Very cool. How many turns of what gauge wire did you use? Did it get hot?
Thanks for the project!
I used a 0.8mm wire. Unfortunately I didn't count the turns. I just wound the coil full. The coil has an ohmic resistance of about 1 Ohm.
@@FraensEngineering thanks! The resistance is really what I needed anyway. Cheers!
You you have an account with thingverse?
Here is my Thingiverse account: www.thingiverse.com/fraens/designs
And here is my Prusarprinters Account: www.prusaprinters.org/de/social/183722-fraens/about
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