Hello Stephan and all,
this is my little project about a spiral magnetic motor, Kawai-,FBDISSM-, EMILIE-,etc -like.
In the attached file all the information.
I'm not an ee so I don't know exactly which C.O.P. have this device.
Can I compare the energy provided for rotating the motor with the Drained Power and so define
the C.O.P. ?
Can you help me ?
Comment ?
In a few days I can upload a file to google with the motor in action
ICARUS
You have to connect a generator to the shaft and then rectify the current and convert it to the same level as you need to run the motor.
Connect your motor to both input voltages by two diodes. Once running remove the external input voltage, if lucky your motor should
continue to run on the voltage from the generator. If you have a COP higher than 1.5 you should have no problem making a self runner.
If your COP is less than this you need to closely measure the input power vs output power from the generator.
E.g. Measured input is 10W and measuread output 13W. Divide 13 by 10 = COP 1.3
The video:
http://video.google.it/videoplay?docid=-3270631242669359323
ICARUS
Nice Motor
Do you have a diagram for the circuit?
helmut
Quote from: helmut on April 06, 2008, 04:34:47 PM
Nice Motor
Do you have a diagram for the circuit?
helmut
See his first post above he attached a pdf file then.
Thanks Gyulasun
helmut
Icarus,
well done.
Nice spiral motor.
try to wind several coils all over the stator magnets, so that when the
rotor passes by, that it induces current in the coils.
This way try to charge up additional caps via graetz rectifier bridges and see, if you can run
the motor just by the charged up caps.
Many thanks.
Regards, Stefan.
Does it run without the power supply? Can you replace the powersupply with a dynamo driven by the rotors shaft? Will it then run by itself (If the claim is that the motor provides more energy than it consumes)?
Br.
Vidar