Quote from: Super God on January 23, 2009, 08:19:56 PM
So how much current can you draw from the HC coils before the HV coils stop compensating?  This looks neat, so, if I were to gear this up so I could spin a rotor 2000 rpm with a hand crank, I could generate power without doing that much work?  Or at lest make it less work?  Am I totally wrong or sort of right or totally right?

THAT IS A VERY GOOD QUESTION - BUT IT WILL TAKE SOME TIME TO GET ANSWERED
- AND THERE WILL BE AS MANY ANSWERS AS THERE ARE COMBINATIONS OF:

WIRE LENGTH,
WIRE GAUGE,
CORE SIZE,
CORE GRADE,
MAGNET SIZE,
MAGNET STRANGTH,
ETC.

YOU ARE TOTALLY RIGHT - AT 2000 RPM A PROPERLY MADE GENERATOR WITH THE RIGHT NUMBER OF COILS - YOUR GENERATOR MIGHT END UP CRANKING YOU.   

WE HAVE ALREADY SHOWN HOW THE HV COIL TRIPLES THE HC OUTPUT ACROSS THE LOAD
- NOW WE ARE FOCUSSING OUR ATTENTION IN THE OTHER DIRECTION
- SO THE HC FLUX INCREASES THE HV INDUCED VOLTAGE RATHER THAN ENTERING THE AIR GAP AND DECELERATING THE ROTOR.
- THAT WAY THE COIL FLUXES WOULD BE ALMOST ENTIRELY SYMBIOTIC. 

SO IN EFFECT WE ARE ATTEMTING TO CREATE A PHYSICAL MODEL OF JOHN NASH'S "EQUILIBRIUM SOLUTION THEORY"
http://en.wikipedia.org/wiki/Nash_equilibrium 

WHEREBY:

THE POSITIVE OUTCOME OF THE WHOLE IS ASSURED
WHEN
THE NEGATIVE INFLUENCES OF THE FEW ARE EMPLOYED IN NEW "POSITIVE" WAYS. 

CHEERS
T

Dear Thane,

  On your NEW HV, HC COIL,, ROTOR & CORES video, you indicate  21Watts output with 24,8V on  47 OHM  load @2930 Rpm.

  Since   P = V x I x CosPhi, then do you have highly reactive output?  IF my calculation is correct?? then,

  There are some people from Rotoverter world like KoneHeadX , AshTweth to convert this reactive power to active power by means of DC conversion. They do have special circuitry for this job.

 
  Ref. : http://peswiki.com/index.php/Directory:Muller_Dynamo:Replication:Ron_Classen
           http://peswiki.com/index.php/Image:Zpe_res_collect_circuit.png
           http://home.mchsi.com/~actt2/logic.htm

   You guys should really check out Tesla's patents like 382282 and 390721.  These patents overcame your mechanical constraints a long time ago.  Please also checkout how to run a loaded electric motor in a resonant electrical circuit of whatever amplitude you desire.  The input energy only needed to overcome ohmic losses. 

Quote from: samedsoft on January 24, 2009, 09:53:33 AM
Dear Thane,

  On your NEW HV, HC COIL,, ROTOR & CORES video, you indicate  21Watts output with 24,8V on  47 OHM  load @2930 Rpm.

  Since   P = V x I x CosPhi, then do you have highly reactive output?  IF my calculation is correct?? then,

NO I AM SORRY YOUR CALCULATIONS ARE INCORRECT:

THE CERAMIC 47 OHM RESISTOR IS PURELY NON-REACTIVE AND HAS A POWER FACTOR OF 1.
24.8 V EQUALS

V^2/R

24.8 x 24.8/47

= 13.1 WATTS

I DID SAY IN THE VIDEO IT WILL ACCELERATE TO 31 VOLTS BUT I AM UNDER THE TABLE AT THAT POINT AND NOT SHOOTING VIDEO.

CHEERS
Thane

Quote from: CRANKYpants on January 24, 2009, 08:12:41 AM
THANKS MARK!
I_RON WHAT SAY YOU?
T

I say... beautiful rotor Mark! However in Mr Teaze's rotor there is a partial flux path through the steel,
so not necessarily a detriment. For an axial rotor, steel is still tops, for machining, and strength.
edit:
*The problem was not with the strength of the rotor but the incorrect way I had designed and built
the thing where undue stress was placed on a fastener. The magnet cup should have been pocketed
into the rotor so as to have only tensile strength required of the bolt.*

What really gets my attention though is derrika's post on Tecamax, looks like an easier material to
work with, especially for a drum rotor...

Ron

Edit 2:  Dust generated during grinding, cutting, or drilling fiber glass reinforced plastic produces
respirable fiber shaped plastic (organic) particles whose concentration increases proportionally
with dust concentration. These particles are not classified as carcinogenic by IARC or NTP.
However, prolonged inhalation of dust can produce lung disease.