20 loop 30 gauge home made electric motor

This video was created to send to my fellow group members for a Physics group project. Even so, feel free to watch and learn something. ( :

In this video, I used 30-gauge enamel covered copper wire. I know I said 10 loops in the video, but It was actually looped 20 times, using a "5 Hour Energy" bottle as a loop guide. All 4 coils were made using the same bottle, so that minimizes the variables in our experiment.

Category:

Science & Technology

Tags:

• magnet
• magnets
• motor
• electric
• electricity
• electromagnetic
• electromagnet
• electro
• electro-magnet
• electro-magnetic
• science
• physics
• hobby
• diy

[JackSmith898989]

This home made electric motor possess a very simple design.....

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Regards

Jack

[ryukenosuke]

@JackSmith898989 Cheers, mate.  ( :

[wipo90]

Hi,

i have A question: which one was the fastest? 

[ryukenosuke]

If I remember correctly, the thicker gauged wire at higher voltage spun faster. It allowed more current to flow through, creating a stronger EMF from the coil. The stronger EMF pushing against the static magnetic field of the rare-earth magnets allowed for more torque, which helped fight the effect of friction.

[FogellofDot]

Nice work!

[ryukenosuke]

Thanks. ( : I'm glad I remembered how to do this from high school.

[dylbyl1234]

that was sexy

[ryukenosuke]

Correct. Thus using this takes careful precaution. Especially when using the 5V output. This power supply will supply up to 25A of current at that voltage.

[UnconventionalDice]

@ryukenosuke

Yeah, but it doesn't have current limits, so, if you screw up, you can do great damage to something, someone...Otherwise, is super useful ^_^

[ryukenosuke]

I'm glad you liked it. It's quite fun to just let it go for a while. ^_^ I have noticed that the sparking burns the wire, though. A build-up of carbon lessens the conductive surface area, and I have to scrape it off after a short while, but for the purpose of our group project, this is perfect.

[ryukenosuke]

It may be "ghetto," but it's fantastically useful.  It outputs 1.75V, 3.3V, 5V, 7V, 8.3V, 8.85V, 10V, 12V, 15V, 17V, and 24V at very strict margins of error. For home experimental purposes, I could only have better if I spent $300-500 on an actual variable laboratory power supply.