Thane Heins Perepiteia Replications

[Judges]

yes,,,browsing around on that alphacoredirect site brought me to a word doc that mentioned samples,hmmmm,go for it you guys ,,if you find that sample's page then check EVERYTHING,,,I am not sure there even IS a samples page,I just saw it refferenced in the word doc I was looking thru.

Luck + Prayers+ Desire to coil=Coils

Joe in Texas (HOT Today)

[CRANKYpants]

And this high "core drag" or "core losses" that I am experiencing is because of improper laminate material? (at least in my case?)
Minde

YES - YOUR CORES ARE OVERHEATING BECAUSE THEY ARE NOT DESIGNED TO DO WHAT YOU ARE ASKING THEM TO DO - SO YOU NEED TO FIND CORE MATERIAL THAT HAS...

- A NARROW HYSTERISIS CURVE
- LOW COERCIVE FORCE
- LOW REMNANANT FLUX DENSITY
- HIGH RELATIVE PERMEABILITY
- HIGH SATURATION POINT

HERE IS A GOOD LINK FOR YOUR EDUCATION SIR:
http://hyperphysics.phy-astr.gsu.edu/Hbase/tables/magprop.html#c2

T

[minde4000]

Thanks @all for links.  I would like to mention one more time: my core does NOT heat up - coil wire only.

Minde

[minde4000]

@ MINDE...

IF YOU PLACE YOUR COIL(S) ON A RAIL AND THE CALIFORNIA DUDES ARE DOING AND THEY ARE IN ACCELERATING MODE AND WHEN YOUR ROTOR IS UP TO SPEED YOU GRADUALLY BRING YOUR COILS INTO POSITION - PRODUCING POWER AND ACCELERATION - YOU ARE DONE!

CHEERS
T

This one is very important to me Thane.

This statement above effectively says: your coil DOES overcome core losses even with power production in other words your free spin rotor lets say at 100vac will consume MORE power and have LOWER rpm VS rotor "loaded" with coils producing power. Answer is YES or NO(or numbers). No chinese wisdom will be taken for an answer...   

Thank You

Minde

[CRANKYpants]

This one is very important to me Thane.

This statement above effectively says: your coil DOES overcome core losses even with power production
Thank You

Minde

CONFUSIUS (NOT CONFUSEUS) SAY:

YES OF COURSE IT WILL.

T