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[Ufopolitics]

Thanks everyone for the input. Trying very hard not to screw it up. A low bar I know. Inductive loads don't work. Resistive loads I think are forming part of a resonant LC circuit .
UFO I have wired all the stator coils in series. I have made a video with scope shots. The close up of the 240v 25w lamp is when it is connected directly to  the 24vac power supply. The wider shot is the lamp connected to the generator powered by the same supply

@Jim,

I have done a similar experiment, I also have an 800-900 Watts Generator Stator...except my Rotor was a motor armature and I was using DC to rotate field with my rotary power switch.
But I also set both generator stator circuit windings in series, because by themselves, each will not do it enough...
However, there is a throw out side, a back lash here, both circuits are different wire gauge, plus lesser turns, plus set at 90° apart...So, your rotor positioning here is crucial...try aiming poles in between those 90° convergence, say at 45°...or near that.
Try "tuning it" by hand, very small angle turns...while checking output.

This means that whenever you load them in series, your drop power would be huge...
It would be great if you could rise your input frequency somehow...but you are tight down to 50 Hz...

Try by setting the stator circuits in parallel...it would be lesser voltage but more amps...see how lamp performs.

Regards

Ufopolitics

[rakarskiy]

@Rakarskyi,

Yes, I agree that AC has a zero zone, so a buffer, in between must be used...but, remember as you have said yourself before, there is a communication established between rotor-stator, in terms of In/Out sync of sinewaves...before loading.
So, I believe it could be done "raw", maybe an AC running cap of the same capacity on both ends will ease the closing.

Sincerely

Ufopolitics

There are no waves there, there is a magnetic saturation of the core (with an increase in the field in electrical steel) depending on the magnetic intensity of the electromagnet of the rotor, which in turn creates this intensity with alternating current.
No current, no field, no emf in the secondary circuit.

Sincerely!

[Ufopolitics]

There are no waves there, there is a magnetic saturation of the core (with an increase in the field in electrical steel) depending on the magnetic intensity of the electromagnet of the rotor, which in turn creates this intensity with alternating current.
No current, no field, no emf in the secondary circuit.

Sincerely!

@Rakarskyi

There are no (sine)waves here??!!
Whenever that Rotor Coils swap between positive to negative pulses...what do you think is going to reflect on the scope?
A straight flat line?!
Come on Rakarskyi!!...you know better than that!!

@Jim Boot:
Could you please, show Us a screen shot of your scope output signal?
As well, another one of the Input...

Thanks

Ufopolitics

[bistander]

...
You may have to build your own trafo for that specific job.
...

Why not just use a Variac?
bi

[Ufopolitics]

Why not just use a Variac?
bi

Hello Bi,


It could be a Variac...however, doesn't Variacs require a minimum Input VAC to transfer power to secondary?
Like 120VAC?
And this is due to the number of windings and gauge of wire used at primary...
That I have understood Variacs potentiometer only works at output (secondary)
Or maybe am wrong, as it could take any input below 120VAC...
I could be, as I have never used one...

Regards


Ufopolitics