POSTED BY Request Of TOM
These drawing should go under the Electric EttCM motor Post just put on your forum
Thanks Tom
The outer rotator bar on the brass rod is aluminum - the magnets are facing as shown
The S to N is On and the washer shows the pull force as to the angel of the string
The N to N is almost Off as shown to the angle of the string
The aluminum bar holding the outer magnets can turn to change the pull direction from one side to the other
normally this would take as much power to turn as it could produce BUT -
This design is in Balance that means It takes almost no power to turn from one side to the other or about 1/50 of the total output
So a motor design using this design could be easy 10 to 1 over output energy -- using no Energy to run on - as it is permanent magnet powered
One motor design could be
Geared to move 1 to 1 together same direction
A larger view of the EttCM power hub
This shows the outer magnetic ring does not turn and the inner magnetic ring turns and as it turns it is in balance but
the magnetic force to the output ring is changed per where the N to N is Off and The S to N is ON in pull force to a steel rotating drum as on
the motor above.
I know this a lot of information: take you time reviewing it - any question feel free to ask
These drawing should go under the Electric EttCM motor Post just put on your forum
Thanks Tom
The outer rotator bar on the brass rod is aluminum - the magnets are facing as shown
The S to N is On and the washer shows the pull force as to the angel of the string
The N to N is almost Off as shown to the angle of the string
The aluminum bar holding the outer magnets can turn to change the pull direction from one side to the other
normally this would take as much power to turn as it could produce BUT -
This design is in Balance that means It takes almost no power to turn from one side to the other or about 1/50 of the total output
So a motor design using this design could be easy 10 to 1 over output energy -- using no Energy to run on - as it is permanent magnet powered
One motor design could be
Geared to move 1 to 1 together same direction
A larger view of the EttCM power hub
This shows the outer magnetic ring does not turn and the inner magnetic ring turns and as it turns it is in balance but
the magnetic force to the output ring is changed per where the N to N is Off and The S to N is ON in pull force to a steel rotating drum as on
the motor above.
I know this a lot of information: take you time reviewing it - any question feel free to ask