http://www.dynamaticmotors.com
This motor will run 1800 RPM @ 7.3 watts input. This shows the motor shortly after start, accelerating up to speed. Attempting an all magnet motor (no input power). See web site for updates.
companies will have … companies will have an interest, yes they will, all the wrong interests, you removed a vid here, that means you have something, a free energy machine!, do a survey, go back as far as you can, any free energy machine, it’s news then a patent then 2 years or 4 years or 25 years the machine is lost to the public for all times, you will be remembered only in the archives as an inventer that claims to have had a free energy machine. it will be lost forever, only to be viewed by others as cureiosity
No need to worry. … No need to worry. That movie and several others are still around. I am building the all magnet version now as I have time. I would imagine companies will have an interest in this version. It requires some patience when I develop and build these devices.
well i seen your … well i seen your web site, i see your first vid is gone, Dreams of big money and a patent all boils down to - this is another magnet motor that will never see the light of day Ever!
With this basic … With this basic form of motor that may be true. But this form of motor, using permanent magnets to rotate the motor, has the ability to be modified and greatly improved in the area of electrical efficiency over what you see here. An induction motor is already as good as it will ever get as far as electrical efficiency is concerned. I appreciate your interest and comment.
When you load the … When you load the motor, the power consumption may actually go down some. (This motor does not necessarily use more power with more load, since the load runs off of the permanent magnetic fields in the stator and rotor). The coil is not directly linked to the load on the motor. You might find it more interesting that the dual rotor uses only 6.25 watts and can run the same speed and load. There are many ways to bring these motors to a very high electrical efficiency.
http://www.dynamaticmotors.com
September 23rd, 2008 at 3:12 am
companies will have …
companies will have an interest, yes they will, all the wrong interests, you removed a vid here, that means you have something, a free energy machine!, do a survey, go back as far as you can, any free energy machine, it’s news then a patent then 2 years or 4 years or 25 years the machine is lost to the public for all times, you will be remembered only in the archives as an inventer that claims to have had a free energy machine. it will be lost forever, only to be viewed by others as cureiosity
September 23rd, 2008 at 3:12 am
No need to worry. …
No need to worry. That movie and several others are still around. I am building the all magnet version now as I have time. I would imagine companies will have an interest in this version. It requires some patience when I develop and build these devices.
September 23rd, 2008 at 3:12 am
well i seen your …
well i seen your web site, i see your first vid is gone, Dreams of big money and a patent all boils down to - this is another magnet motor that will never see the light of day Ever!
September 23rd, 2008 at 3:12 am
Nice job. This …
Nice job. This stuff keeps me awake at night. Wish I had a dime for every design I’ve tried.
September 23rd, 2008 at 3:12 am
With this basic …
With this basic form of motor that may be true. But this form of motor, using permanent magnets to rotate the motor, has the ability to be modified and greatly improved in the area of electrical efficiency over what you see here. An induction motor is already as good as it will ever get as far as electrical efficiency is concerned. I appreciate your interest and comment.
September 23rd, 2008 at 3:12 am
I think you attain …
I think you attain a higher efficiency with an induction motor
September 23rd, 2008 at 3:12 am
When you load the …
When you load the motor, the power consumption may actually go down some. (This motor does not necessarily use more power with more load, since the load runs off of the permanent magnetic fields in the stator and rotor). The coil is not directly linked to the load on the motor. You might find it more interesting that the dual rotor uses only 6.25 watts and can run the same speed and load. There are many ways to bring these motors to a very high electrical efficiency.
September 23rd, 2008 at 3:12 am
OK - so without a …
OK - so without a load, it runs on 7.3 watts - good start, now put a specific load on it and take more measurements.