Tommey Reed's Pulse Magnet/Generator project

[TommeyLReed]

Hi All,
New update in this fun build. As you have seen the pulse motor is making progress, now I wand to start on the secondary winding for the output of power. This will allow charging the battery and separate input and out put of the build.
This is the video to explain more about the new added field winding.
https://www.youtube.com/watch?v=w7y2R3qbLZo
Tom

[TommeyReed]

Hi All,

This is the first test run on self charging pulse motor.

Not only does it charge a battery, it charges the primary power the is running the pulse motor with 13.30v charge.

https://www.youtube.com/watch?v=SzxklN4Oei8&t=149s

https://www.youtube.com/watch?v=hxnaD8H5VAU&t=419s

Tom

[TommeyReed]

Hi All,

This is the specs on this pulse motor input vs output.

Coil 1 (generator) 5.6 ohms, 18 gauge
Coil 2 (motor/flyback effect) 16.3, 26 gauge

Running mode 52ma pulse.
Coil 1 (generator) output 18ma constant.
Coil 2 (flyback effect) 23ma constant.

Due to the pulse not being constant and much lower, I believe the total 41ma is more energy output then the 52ma pulsating running the system.

This could be why the motor voltage is raising while its running.

Tom

[TommeyReed]

Hi All,

Let me be very clear, I'm not claiming OU, but I have more data that may have to be verify on this self charging motor.

I'm doing a input reading with a filter of 200 ohms and 100uf electrolyte capacitor with a constant load of 5ma. The total resistance of the drive coil is 14.4ohms in the system, this could be due to the brushes. the resistance direct to the stator is 16.3ohms. Running power input is between 2-0 ma.

https://www.youtube.com/watch?v=_4jF6xTbA04

Tom

[Dog-One]

Let me be very clear, I'm claiming OU, but ...

You mean not claiming?

You're so close either way, but I notice you have nothing harvesting anything from the shaft rotation.  You think there is (20mA * 12V) 0.24 watts of power there to gain back?  If so, then you have a garage demonstration of power extraction from permanent magnets.