Muller Dynamo

[toranarod]

I would like to offer some help by saying Look very closely at the timing
the timing is so important and its very sensitive. 1 mill second ether way is going to mean the difference between success or failure.


900 to 1500 rpm while drawing 5.3 mill amps. This is more complex than than Romero could explain in a post on a forum. 

[khabe]

@khabe, though you have a point. This whole device has quite a few very non optimal or controvertial design parts. Neverthless, in case you manage to obtain a COP 100x ( just a random large number) you do not really care how unoptimal your design is, mostly if you break the functionality by changing it.

Since the coils will have a switching matnetic field ( pull / push ) cycle, if you do not put the washers there to shield the top magnets from bottom ones. At some point they would "fly" away. Having a shielding between the coil and the magnet makes you wonder how do they even influence the output of the device ?

Of course magnets can fly away and on the R´s video we can see that some magnets are already left - missed at all,
nonetheless this fact did not interfere to achieve success - self run 
cheers,
khabe

[lanenal]

What is the point of iron washers between coils and magnets on the stator plates 
Part of brilliant flash of concept idea  or ...  unfortunately these washers give nothing besides losses 
I guess that provisionally was matter of economy - just money saving - it is easy to try coil top magnets without glue, no needs to colly expensive today magnets
cheers,
khabe

@khabe, I agree with you those washers give nothing besides losses. I remember Romero mentioned somewhere that when the biasing mags are too close it becomes less efficient. My conjecture is that the ferrite rods should not work under saturation.

[albert]

I have learned from my Bedini machines that sometimes these things work better when the rotor speed is limited or braked down. ( mecahnical loads-remember Bedini used fan blades on some of his machines)---
If you are concerned about overspeeds or want to keep the rotor to a certain rpm window I suggest an eddy current brake in the form of some piece of aluminum next to the rotor. This might also help to keep the speed within the limits of the dc to dc converter. Perhaps one could do away with this entirely and use the eddy current brake to avoid a runaway situation where the thing jumps off the table at ridiculous rotor speeds!
I keep my fingers crossed and hope that some of you might get this to run soon!

[Groundloop]

I have learned from my Bedini machines that sometimes these things work better when the rotor speed is limited or braked down. ( mecahnical loads-remember Bedini used fan blades on some of his machines)---
If you are concerned about overspeeds or want to keep the rotor to a certain rpm window I suggest an eddy current brake in the form of some piece of aluminum next to the rotor. This might also help to keep the speed within the limits of the dc to dc converter. Perhaps one could do away with this entirely and use the eddy current brake to avoid a runaway situation where the thing jumps off the table at ridiculous rotor speeds!
I keep my fingers crossed and hope that some of you might get this to run soon!

Hi Albert,

Eddy current brake will only waste energy. The generator coils will act as a brake when you load them.
Tests I have done on my Muller motor/generator did show me that a load is enough to keep the RPM down.

Regards,
GL.