Muller Dynamo

[toranarod]

@taranarod . Did you get around to weighing the wire on one coil please

I will do this and post the value today will other details

[LtBolo]

It was fake all along but I did not want to spoil your excitement. Few would have heard me anyway.

Look again at the first “OU video” (lol!) and by the end of it ask yourself why is the power led (DC-DC converter) still on after he turns the switch off. Huh?!
Moreover, why is the same led flashing in sync with the RPM of the rotor when it should be disconnected from stator coils?!!!
Or to put it simpler…What does he switches off then if not the DC converter?!!!
Hint: the other power source? 15V, 1-2A, 2 thin wires… Go figure!

The switch only controlled the drive coils. The stator coils are still happily converting the kinetic energy of the rotor into plenty enough energy to keep the DC to DC happy with no load. No magic there.

RomeroUK doesn't remotely seem like the scammer type to me. Something happened...either good or bad...and he bailed. Simple. The information required the replicate the device is here. Follow through.

The Dragone paper referenced earlier does provide a very interesting glimpse into how a coil and PM can interact to produce significant OU, and could easily explain this device, Magnacoaster, and a host of other devices.

It takes faith to see what others cannot and strength to follow that to reality. Any blind weakling can be a snarking skeptic. It takes a special person to defy them.

[hartiberlin]

Okay, I analyzed the first Video of him:

http://www.youtube.com/watch?v=8KVU3ZM14rw

again.

I have followed all cables in single frame mode with
a local flash player on my PC with the HD version of
the movie and this machine is in my opinion for real.

He has all bridge rectifiers in parallel and at the switch, where
he switches on the bulb lamp, he just puts the 12 Volts
DC from all the parallel rectifier outputs onto the single red wire.
From there it goes first into the analog ampmeter and then to the analog voltmeter.
So the ampmeter is before the voltmeter.
From the voltmeter only the one yello cable goes to the bulb and at the bulb
the second yellow cable goes away to a "Y" connection where it meets the
black cable going to the analog voltmeter and the scond black cable going
up again to the black cable going to the minus pole of ALL
rectifiers.
So this output circuit is for real and it shows 12 Volts at 2 amps= 24 Watts.

Also there is no capacitor and this is probably pulsed DC where every
of the 7 coilpairs gives 2 x 12 Volts sin^2 pulse as shown in the scope shot.
As this is bridge rectified every coilpair gives 2 of these pulses and all
superimpose over time and as the rotor is spinng pretty fast these
analog meters show steady averaged values.

Also when he starts the device you can see for a blink of a second, that
the digital ampmeter shows 2.60 amps input current.
That is, when all 2 series coilpairs conduct from the 12.64 Volts battery voltage.

So one driver coilpair then has 2.6 / 2 = 1.3 amps running through the 2 series coils.
So
12.64 Volts / 1.3 amps= 9.72 Ohm for 2 coils in series.

So every single coil has about 4.86 Ohms of DC resistance.

I guess this could be for real, if you take the diameter of the 7 wires in parallel
and the 300 turns.

So this video is in my eyes, for real.

Also all his prior videos and the fact that he is also working on the
Magnacoster device also on his table are really very convincing,
that he did not do any fake...

Regards, Stefan.

[toranarod]

Hello,
which device do you use for winding your coils?
Has anyone bought this one :
http://perfectgoodhelper.com/goods.php?id=1074

I have bought I-cores , the type used like in transformers and planed to build a adams motor with the following design :
http://motoradams.blogspot.com/
1,76 Watts in / 3,44 Watts out. Or maybe this Muller Design in a smaller scale.

here is the same data

http://www.energeticforum.com/renewable-energy/6959-robert-adams-pulse-motor-design-review-9.html

[toranarod]

Okay, I analyzed the first Video of him:

http://www.youtube.com/watch?v=8KVU3ZM14rw

again.

I have followed all cables in single frame mode with
a local flash player on my PC with the HD version of
the movie and this machine is in my opinion for real.

He has all bridge rectifiers in parallel and at the switch, where
he switches on the bulb lamp, he just puts the 12 Volts
DC from all the parallel rectifier outputs onto the single red wire.
From there it goes first into the analog ampmeter and then to the analog voltmeter.
So the ampmeter is before the voltmeter.
From the voltmeter only the one yello cable goes to the bulb and at the bulb
the second yellow cable goes away to a "Y" connection where it meets the
black cable going to the analog voltmeter and the scond black cable going
up again to the black cable going to the minus pole of ALL
rectifiers.
So this output circuit is for real and it shows 12 Volts at 2 amps= 24 Watts.

Also there is no capacitor and this is probably pulsed DC where every
of the 7 coilpairs gives 2 x 12 Volts sin^2 pulse as shown in the scope shot.
As this is bridge rectified every coilpair gives 2 of these pulses and all
superimpose over time and as the rotor is spinng pretty fast these
analog meters show steady averaged values.

Also when he starts the device you can see for a blink of a second, that
the digital ampmeter shows 2.60 amps input current.
That is, when all 2 series coilpairs conduct from the 12.64 Volts battery voltage.

So one driver coilpair then has 2.6 / 2 = 1.3 amps running through the 2 series coils.
So
12.64 Volts / 1.3 amps= 9.72 Ohm for 2 coils in series.

So every single coil has about 4.86 Ohms of DC resistance.

I guess this could be for real, if you take the diameter of the 7 wires in parallel
and the 300 turns.

So this video is in my eyes, for real.

Also all his prior videos and the fact that he is also working on the
Magnacoster device also on his table are really very convincing,
that he did not do any fake...

Regards, Stefan.

good work Stefan
this is good confirmation.