Partnered Output Coils - Free Energy

[synchro1]

"The field of a universal motor is weakened by lowering the reactance of the series field winding. If the compensating winding is short circuited (inductive compensation), the alternating currents in the armature are induced by transformer action into the shorted compensating winding, thus, effectively cancelling the reactive armature currents. To reduce losses due to hysteresis and eddy currents, the field structure is laminated".

[MarkE]

"The field of a universal motor is weakened by lowering the reactance of the series field winding. If the compensating winding is short circuited (inductive compensation), the alternating currents in the armature are induced by transformer action into the shorted compensating winding, thus, effectively cancelling the reactive armature currents. To reduce losses due to hysteresis and eddy currents, the field structure is laminated".

So tell me what you think that quote means in relation to either your assertion that hysteresis can be used to effect "Lenz propulsion", or my statement that hysteresis is a loss mechanism.

[synchro1]

So tell me what you think that quote means in relation to either your assertion that hysteresis can be used to effect "Lenz propulsion", or my statement that hysteresis is a loss mechanism.

Quote from Gotoluc:

I now am thinking also that the Lenz Delay has to do something with the "CORE HYSTERISIS DELAYED EFFECT".

[MarkE]

Quote from Gotoluc:

I now am thinking also that the Lenz Delay has to do something with the "CORE HYSTERISIS DELAYED EFFECT".

So, you are completely lost and cannot connect the quote to either your assertions or mine. 

The quote that you cited correctly states in the first sentence that the fields from bucking coils oppose, and therefore subtract.  The first sentence also means that under no-load at a fixed drive voltage, the motor speeds up when the compensation winding is shorted.

The second sentence states that laminations are used (in place of solid pieces) in order to reduce eddy current and hysteresis losses.

"The field of a universal motor is weakened by lowering the reactance of the series field winding. If the compensating winding is short circuited (inductive compensation), the alternating currents in the armature are induced by transformer action into the shorted compensating winding, thus, effectively cancelling the reactive armature currents. To reduce losses due to hysteresis and eddy currents, the field structure is laminated".

[synchro1]

So, you are completely lost and cannot connect the quote to either your assertions or mine. 

The quote that you cited correctly states in the first sentence that the fields from bucking coils oppose, and therefore subtract.  The first sentence also means that under no-load at a fixed drive voltage, the motor speeds up when the compensation winding is shorted.

The second sentence states that laminations are used (in place of solid pieces) in order to reduce eddy current and hysteresis losses.

@MarkE,

You're the source of the confusion.