Chas Campbell free power motor

[FatBird]

@ Jeg,  Thank you for sharing your results.

The reason so many replications don't work is because of the difficulty in Syncing the generator AC output
pulses with the required motor AC input pulses at the proper shaft position for maximum output.  For example.
Suppose the motor shaft rotor needs AC pulses at 90 degrees & 180 degrees for Maximum Output torque.
BUT it is receiving the AC pulses earlier or later due to the generator & motor shafts being OUT OF SYNC due
to being separated by Belts, Gears & Pulleys.

So what's the answer?  A BIG FLYWHEEL that will supply constant torque to the Motor & Generator, regardless
of the Shaft Position difference between the Motor & Generator.

That's the Big Secret hardly anybody knows about!


                                                                                                                                               .

[memoryman]

Syncing is trivial compared to getting OU. And, as mentioned, using DC gets around the syncing issue.
The reason that it does not work is simple: no extra energy is produced beyond what was input.

[Jeg]

I would have thought that the frequency of the output would depend on the rotational speed.

Can you not function only in DC ?

Hi PaulR
Yes, the output frequency depend on the rotational speed. Dc motor would be a good idea but I'd like to find a solution for this for the moment.

First of all I need to understand what I have to sync. When I take the plug out of mains, system still is running and needs some time to stop. As system lowers down RPM, the output frequency starts also to lower down. What is the problem if I supply my input motor straight of the output? Why do we care about the different rpm between the axis of motor and gen? Isn't the frequency the same between the motors while working?
Memoryman
If I could turn the time back I wouldn't get involved on this. But anyway, I have some time for messing around.

[Jeg]

So what's the answer?  A BIG FLYWHEEL that will supply constant torque to the Motor & Generator, regardless
of the Shaft Position difference between the Motor & Generator.

That's the Big Secret hardly anybody knows about!
                                                                                                                                               .

Hi Fatbird.
Do you mean that in my case with bigger flywheel I have chances to sync it?

My motor runs at 1430 rpm. Gen runs at 3000rpm. If I step down my output and rectify it, do you find it a good idea to use a dc inverter? Is this a solution instead to sync?

[memoryman]

Jeg, invent a time machine and your problem is solved...
The AC motor is probably synchronous, so will slow down as the supply frequency decreases. As nobody has managed to show a self-looping device, that gives a very good indication of the likelyhood of this being possible.
Have fun with your experimenting.