Magnet coil cores, demagnetization power and Lenz delay.

[synchro1]

@MarkE,

Answer this question: My run away effect Reed Switch motor consisted of a diametricly polarized tube magnet spinner on a race of precision bearings running at around 25K rpm. My 12 volt Reed Switch was wired in series with a 12 volt battery. What happened to the power coil when the Reed Switch stuck in the closed positon over the operating limit at that rpm range where the self acceleration started? Would you find it fair to say that the tiny thread spool air core series bifilar wraped coil then transitioned to function as an output coil?

[MarkE]

@MarkE,

Answer this question: My run away effect Reed Switch motor consisted of a diametricly polarized tube magnet spinner on a race of precision bearings running at around 25K rpm. My 12 volt Reed Switch was wired in series with a 12 volt battery. What happened to the power coil when the Reed Switch stuck in the closed positon over the operating limit at that rpm range where the self acceleration started? Would you find it fair to say that the tiny thread spool air core series bifilar wraped coil then transitioned to function as an output coil?

You've got two sentences that are difficult to parse.  Are you asking what happened when your commutator froze?  There should have been a large deceleration vector operating on your spinning mass, and that would have caused the thing to torque violently.

[synchro1]

@MarkE,

The question I asked was: Would it be fair to classify the coil as an "OUTPUT COIL" after the dead short to the battery? 

Let me add that I built the circuit as simply as possible just to test  the rotor bearings. The effct I described was unsought for and completely unanticipated.

[MarkE]

@MarkE,

The question I asked was: Would it be fair to classify the coil as an "OUTPUT COIL" after the dead short to the battery? 

Let me add that I built the circuit as simply as possible just to test  the rotor bearings. The effct I described was unsought for and completely unanticipated.

Do you have a schematic and /or pictures somewhere?

[synchro1]

@MarkE,

Help yourself to the "Bearingless Bedini" thread hosted by Jonny Davro on the Energetic forum.

Pilot skill is required to "Fly" the self accelerating rotor. The position of the coil needs to be constantly moved a very tiny amount to keep inside the "Neutral Zone" or the effect will vanish. I assume the coil transitions to ouput because the very powerfull 1" diameter neo tube at 25K is generating more power in the coil then the battery can deliver. "Lenz Delay" theory explains the propulsion. The 12 volt relay positioner located at the rear of the core's magnet stack on the GAP design would need to be piloted the same way. The "Neutral Zone" shifts it's position as the rotor flux increase with speed. Constant fine repositioning would be required to sustain the self acceleration.