Three Layer Disk Magnetic Motor

[Lunkster]

Since I have placed the drawings for the "Three Layer Disk Motor" build,  I was trouble with the idea that someone could build it and have it built wrong.  With the reed switches being used in the switching and the reed switches needing to be 45 degrees apart from each other, then in order to have both switching position happen on one side rather than one of them at the corners, then the magnets would need to be moved over one position. Now the opening place for the reed switches could be expanded into the switch area. 
Since the rotor moves in a clockwise direction in relationship with the stator assembly on one side and the counter-wise direction on the other side, great care needs to be taken in the motors build.  The good part is once you get it correct, you do not have to do it again on the motor.

Lunkster

[Lunkster]

The is a multi-layer disk version of the Three Layer Disk Motor

This is more of an industrial design that has many times the power than the single disk motor because it has five diska in it. 
The overall size is not much bigger than the single disk prototype motor.  Of course the single disk prototype needs to be built and optimized before building one of these motors.

I like to dream of the possibilities of motor designs ahead of time.

Lunkster

[Lunkster]

A simple power control circuit to use on the Three Layer Disk Motor:

The attached drawing shows how simple the power circuit can be in order to operate this motor.
You do not need a computer or a microprocessor in order to control the different stages of operation this motor requires to operate it.
This motor and circuitry can be built without a high tech. machine shop.
This motor and circuitry is now in a easy format that I might even build one.

Lunkster

[Lunkster]

The attached drawing is a simple circuit that captures the back emf to use it again in the two electromagnetic circuits without the use of computers or microcontrollers.
The reed switches have enough information in order to make the tank circuit with steering diodes work with this motor at several operating conditions.
There might be a need to add a push button switch to start the the motor for a few seconds.  Testing will indicate if that is needed.  The way that the switches will be connected for start up is to connect the power supply directly to the capacitor.
When using the tank circuit, four reed switches are needed in order to provide enough information to run the tank circuit at an optimal function.

Make sure you doublecheck the logic of the circuit before b uilding it.  I have never built one so there could be a flaw in it.


Lunkster

[Lunkster]

I corrected the above drawing because I used AND gates instead of OR gates in the drawing.  So if you did download the bad drawing, please delete it and download this one in it's place.

Note:  These parts are easy to use for the person that does not have an in depth knowledge of electronics.
If you can put a circuit with FETs and other components that will perform the same function at a cheaper cost, then please do that for me.

Sorry

Lunkster