Muller Dynamo

[Dave45]

I said that two forum members  knows the complete story about what happend and only one member here saw it working. He also have a detailed video and if he wants I have no problem if he will post it.

Best Regards,
Romero

Please share the vid.

Dave

[e2matrix]

Found them - from Freeenergyinfo page 8 : https://rapidshare.com/files/4084301451/Forum_page_8.zip

From me page 9 and 10 : https://rapidshare.com/files/3050708851/Muller-MotorGen-RomeroUK-siteP9-10.zip

I think these were about the only three relative to the motor-gen

[Dave45]

Position of the fwbr seems to have an effect on the voltage
http://www.youtube.com/watch?v=BIRu0gPRQJ0&feature=uploademail

[bolt]

Found them - from Freeenergyinfo page 8 : https://rapidshare.com/files/4084301451/Forum_page_8.zip

From me page 9 and 10 : https://rapidshare.com/files/3050708851/Muller-MotorGen-RomeroUK-siteP9-10.zip

I think these were about the only three relative to the motor-gen

Thanks for that so little golden snippets of info in those files


Preliminary tests with my motor-generator:
Input: 12.2 volts @1.2 amps(14.64W)  - Output: 9.6 volts @ 1.6 amps (15.36W)
The above results are taken with a 12v/20w bulb as load and no magnets at the end of the coils.
Adding magnets to the end of the coils the output is increased a lot without much affecting  the input.
Results with magnets attached to 5 coils:
Input: 12.1 volts @ 1.3 amps (15.73W)  -  Output: 16.7 @ 1.9 amps (31.73W)
The result here are what I was expected and I think I can increase the output when I will have magnets atteched to all the generator coils.
The system is a bit noisy but that is not a problem.
I have 9 coils in total on each side, two of them are used to drive the rotor and the others as generator. The rotor has 8 magnets all positioned with North on one side and South on the other side.
The magnets at the end of the coils have a metal washer (between the magnet and the coil) to reduce the magnet flux.
I will do a video with the system runing once I tidy all the wires...
I have good progress on the Kapanadze system (no more RF radiation) but that is another subject we can talk another time.


Adding the back end magnets and tuning literally doubled the power o/p while i/p as unchanged.

Magnets can be tuned using washers as magnetic shims.

and

Re: RomeroUK
« Reply #119 on: May 03, 2011, 09:22:19 PM »
   
Muller Generator.


The setup is not fully completed but these are the results so far:
in 12.50v * 0.94a = 11.75W
out 11.8v * 1.8a = 21.24W


That is a lot of current going in but more impressive the amount coming out! I not seen anyone else with 11.8v out of their coils and 1.8 amps


While the system is running even without the load connected the system charges the battery too. When the load is on then the voltage going to the battery is reduced, part of it going to the bulb...
No shorting coil yet..
I will try looping once I get magnets for all coils


so the system is already partially looped?  its not open ended


   
Re: RomeroUK Work Pictures
« Reply #123 on: May 04, 2011, 06:06:54 PM »
This is the parts arrangement in my Muller setup.
I had few questions from the 'replicators' here about voltage on the battery going down when the load is on.
The reason for that is that from the output bridge rectifier I am using one diode to send power back to the battery to keep it charged.When the 20watt bulb is connected the power going back to the battery is reduced resulting that slight voltage drop.
This setup was built for about 25watt load, if the load is increased then all setup must be changed.
The gap from the coils to the rotor must be changed and some other things ...
If anyone is trying to replicate this please remember to do the testing with the load on and compensate the drag with the magnets on top of the coilsI hope this helps.

All the best,
RomeroUK

Please note this very important info there is another diode taking power off the bridge and taking that back to the battery. It could be positive or negative return feed.  This appears to be missing off the circuit diagrams. Was this an early circuit no longer needed later? I dunno but could explain the unusual meter readings.  Also note how to tune the system into a load. As i said short circuit testing is only a quick validation check prior to load adjustments via the backend magnets.

[e2matrix]

All good points bolt.  The early circuit diagram in Stefan's pdf was of the 'looped' version.  I assumed others who have replica's built were starting with this info about the diode feeding back to the battery.  That could be an important point some may have missed.  I'm not nearly far enough into this yet so I haven't gone there.  But I had thoughts that if it didn't work after some tuning I'd go ahead and try it with the DC-DC converter and try tuning from there as the input of it becomes your load if you don't have a lamp on it.  Might be easier to tune to get it looped initially and then slowly add a load and retune.