Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[marathonman]

R60 and R45 actually are very good for these types of experiments with very low carbon,manganese, silicon, copper and molybdenum. R45 has lower Manganese  than R60 but is copper coated and would have to be stripped.  R60 and RG60 are the same thing. the only difficulty is trying to form them into usable shapes other than a bunch of cut rods to form a core like in Bedini's case. i for one will not spend the time doing this besides the core losses from the space between the rods. this is why the late Robert Adams, Figueras and others chose solid iron cores. i am using Iron electrodes that are coated then pressed together until dry to form my core material. it is a lot of work but better than the welding rod gap in my case.  the reason why good quality Iron is so hard to get and almost impossible in the United States is from the many free Energy devises that (WORKED) used Iron and the powers that be know this.
if you choose to do this with the rods then i wish the best of luck to all of you.
Happy Figuering!

[RMatt]

Just some info from my next door neighbor. He has his own machine shop, and has worked with
metals for many years. He told me that the way to tell soft iron from regular iron is by drilling it.
Regular iron will try to come off in strips, while soft iron will come off in little flakes. He also said
that a good place to get soft iron dust (flakes) to mix with epoxy to make a soft iron core would be
from an auto mechanic shop that turns brake drums, as the drums are made of soft iron. I do not
know if this will help, but I thought it to be interesting.
Best of luck to all,
Bob

[RandyFL]

12 June 14 /  20:02:01

Hello All

I found soft iron rather expensive too...

Iron Rod 0.125" Diameter, 3N5 Purity

12 Inches @ $28.50/Inch = $342.00

24 Inches @ $20.90/Inch = $501.60

All the best
RandyFL

[RMatt]

If you were to do as suggested in Reply #1336 above, it would be very cheap. The soft iron dust (flakes) can be gotten probably for free from auto shops, so the only cost would be the epoxy and your time. Plus you could make the core in any shape and size wanted.
Just food for thought,
Bob

Question about the above method. By making a soft iron core as stated above, would you be able to raise the frequency above that of a regular iron core transformer, or laminated core transformer? Or, would it still be restricted to operations below 1 KHz?
Thanks, and good luck to all,
Bob

[marathonman]

I'm not trying to but in on a conversation but powdered Iron cores can hit frequencies in the hundreds of kilohertz but you have to take in consideration that you will have core loss compared to solid Iron as the Atom density is relatively lower in  powder than that of Solid so the amount of domains in alignment will be far less as will be the MMF strength.
i have 10 lbs of Iron powder, i wonder in i put it in a vacuum with induction and melt it to the shape i wanted. things that make you go Hmmmm.