How to make a fidget spinner generator
coil iron - less
Fidget spinner generator
Can a fidget spinner genererate electricity ?
In the rows below you can find out about our fidget spinner generator project : five prototypes, based on the same function principle.
Objective : to build a fidget spinner electric generator using neodymium magnets, a fidget spinner with iron insertions, coil iron less and leds, without using batteries.
How it works ? :
The rotor (fidget spinner with iron insertions + the neodymium magnets) is rotated and the mechanical rotation is converted to electrical energy (Ac voltage) in the stator ( the coil iron -less).
The process of generating electricity will add resistance to the spinner, we used a led (low power function)
In this project energy is transferred from one state to another.
fidget spinner generator 1 using 3 neodymium disc magnets
Fidget spinner generator 1 is composed of a coil iron-less from a syncronous motor 230 V, three neodymium magnets discs, a led and a fidget spinner with iron insertions. The magnets are fixed on the fidget spinner (high magnetic catch), the led is conected to the coil output. Ac voltage is generated.
Fidget spinner generator 2 is using a single neodymium disc magnet, fixed on the spinner ( magnetic catch), a coil iron less and a led.
Fidget spinner generator 2 using a single neodymium disc magnet
Fidget spinner generator 3 using 3 neodymium spheres 13 mm
Fidget spinner generator 3 :
3 neodymium sphere magnets 13 mm fixed on the spiner
coil iron less + led
plastic – glued on the fidget spinner concentric cap (coil holder for the coil and led)
Fidget spinner generator 4 – 100 V max.
In the rows below we wish to show how can a powerful fidget spinner electric generator can be created. It will generate 100 Volts Ac at the start and it will be able to light a led bulb 230 V 9 W for a few seconds.
Materials used :
1. fidget spinner
2. coil iron- less – inside syncronous motor 230 V – microwaves and A4 laminators
4. bearing ( neodymium sphere 30 mm metal holder)
6. three neodymium sphere 13 mm ( extra weight for the fidget spinner)
7. led bulb 230 V 9 W
9. plastic holder ( used to fix the fidget spinner generator )
11. neodymium sphere 30 mm
1. We fixed the fidget spinner plastic holder on a plastic box using glue
2. fix the bearing on the fidget spinner ( 30 mm neodymium sphere metal holder )
3. We fixed 3 neodymium spheres on the fidget spinner ( extra weight)
4.We attaced the 30 mm neodymium sphere between poles on the bearing ( the glue one )
5. connect the voltmeter in Ac mode to the coil output
6.We connected 9 W led bulb 230 V to the output coil using wires you can use related led bulb 3 W , 7 W also
7. We assembled all the components
when we attached the 30 mm neodymium sphere on the metal holder ( bearing glued on the fidget spinner), we fixed the sphere between the magnetic poles to obtain the maximum voltage.
Fidget spinner generator 4 :
science projects : Fidget spinner generator 4 - 100 V lighting led bulb 230 V 9 W
Fidget spinner generator 5 :
fidget spinner generator “3 in 1” – now you can configure your fidget spinner generator (three choices)
the micro generator is using 3 neodymium spheres and 3 neodymium discs, a led and a small coil iron – less
1. fidget spinner
2. 3 neodymium spheres 13 mm
3. 3neodymium discs
6. small coil iron -less
1.We fixed the neodymium spheres (3 pieces) on the fidget spinner
2. We conected the led to the output coil wires
1. We fixed the eodymium discs on the neodymium spheres
2. We brought the coil closerto the neodymium magnets
the fidget spinner generator “3 in 1” is now ready
fidget spinner generator 5 - "3 in 1" spinner generator
On our website you can find also a small electric generator using a single neodymium magnet sphere http://sciencetoolbar.com/small-generator science projects
a scienecetoolbar project http://sciencetoolbar.com
email : email@example.com
coil iron - less