Using Chas Cambel Flywheel System For 15 Horsepower

[tinman]

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hi..   markdansie & tinman

this is about pulse DC.  both of you must be familiar with pict bellow, what do you think?
sorry, i am out of topic.

I think they are a fun project,and can be useful in that they do have the ability to desulphate LAB's-but slowly. Anyone that has built a pulse motor has achieved something,along with learning as they go. But it should have been left at that,but along with it came the faulse claims of self runners and OU machine's-all in the name of making some cash. Most of the ring leaders can be found at EF that peddle there rubbish in the form of books and DVD's, in order to make some cash. This is why i abandoned that forum,while this forum seems to remain on the straight and narrow.

Every DC motor(bar 2 that i know of)use pulses to run.Some are pulsed via mosfet's,transistors,reed switches etc,while others use brushes to pulse each segment of the rotor. The only motors i know that are pure/straight DC are  the bearing motor,and the homopolar motor. but these consume a lot of current,produce a lot of heat,and are very weak as far as mechanical output go's.

[Marsing]

as a whole, bedini motor is  chas cambel  flywheel with compact design, ( my opinion).

@HH
everyone  have different piece of knowledge and different view of point, the lack is how to understand  other.

@tinman   

[markdansie]

...

hi..   markdansie & tinman

this is about pulse DC.  both of you must be familiar with pict bellow, what do you think?
sorry, i am out of topic.

Building pulse motors are loads of fun as can be seen by the recent pulse motor build of competition. They are great for educational purposes and often inspire all sorts of fun designs and applications. As far as ever achieving overunity, well that is about as likely as Rosemary Ainslie getting a noble prize for scientific procedures and ethics. It may never happen, but the lessons learned and knowledge applied my be the building block of another project.


Tinman's reply is far more accurate, I just wanted to add my tens cents worth as requested
Mark

[Liberty]

Building pulse motors are loads of fun as can be seen by the recent pulse motor build of competition. They are great for educational purposes and often inspire all sorts of fun designs and applications. As far as ever achieving overunity, well that is about as likely as Rosemary Ainslie getting a noble prize for scientific procedures and ethics. It may never happen, but the lessons learned and knowledge applied my be the building block of another project.


Tinman's reply is far more accurate, I just wanted to add my tens cents worth as requested
Mark

I would add an exception, that it depends on the design of the pulse motor (in what manner the pulse is used in the design of the motor), as to whether you can achieve OU or not.  An electrical pulse (that is implemented in a special way) is the only way I have known that OU can be achieved through efficiency gains in a specially designed magnet motor. 

Liberty

[No clue 25]

How is chas claiming OU if there is none is in his setup?  There are several on YouTube that are powering things that require some real power going to them (drills, saws).  I have done the calculations for kenetic energy stored in the flywheel and it can hold quite a bit.  Also if you consider that if you spin a flywheel that is twice as heavy it only holds twice the energy but if you double the speed of the same wheel it can hold four times the energy.  So how can it not work just because of friction and resistance from the generator side.  With the amount of energy stored in the wheel it would take awhile to slow down that mass even with a large load.  With a small load it would just keep going and if you could apply a large load slowly enough for your motor to recover the speed lost in the wheel cuz of the load, seems to me like it should work.