Bedini Ferris Wheel Regauging Motor

[Rl2003]

Hey Visse looks good.
I changed over a monopole (16 magn.)to this config. just to have a working model to go off of.
I am building a bigger wheel with bigger coils it will just take more time then this.
I know John said a smal wheel won't work as well but it seems a lot of us are trying to do just that.
I am building the Bedini/Cole circuit for this as well and any help will be greatful,
as the electronic side is just starting to make more and more sence to me... it's just taken two years.

I have to make the small timing wheel and will try to find some magnets for that today. I bevieve I can find those locally.
For now a connected a monopole circuit just so my kids could watch it.

[Rl2003]

Here is another angle of that wheel. The picture is not that great.
Mark P.
Sorry forgot to add my Name to that last post.

[Mark]

Very nice looking set up Mark

Mark

[nvisser]

Very impressive mark!!

[nvisser]

I cannot get this mosfet pulse circuit to work. Once it switch on it stays on like the problem I always had with this.
I have to remove the circuit and go back to the bench this time to get it working.

[Turion]

If I understand correctly, the machine used super north magnets, that is two magnets with their north faces forced together and glued. Then these magnets would be placed on the wheel so that the sides of the magnets faced the coil and the two south faces point to the sides, or toward other magnets on the wheel.

S [][] S
[] Coil

[Bill H]

This is the mosfet cap pulsar circuit I want to try . I did borrow some information from Johns patent 6677730_Device_and_method_for_pulse_char
It is very basic and only for use on a 12v system. For higher voltage systems the gate voltage will have to be regulated to not exeed 18V.

Looks good! I ordered up some IRF260's today, look forward to some good cap pulsing.
I am still waiting on the parts to build my BiPolar circuit but I did run my wheel on a hall trigger today, played around with a timing light on the output pulse, it was a great experience.
On a side note, I also have a large version of nvissers series/parrellel pulser waiting for some action, it is 4 7600uf 50 volt caps all tied together with 1n5408 diodes, i have pulsed ti manually....it is a beast.
BillH.

[John_Bedini]

Big Bedini Wheel

Mark,
Great looking setup. I'm just in-between snow plowing right now but I'm here watching.
Great looking work!!!!!!!!!!
John B

Very nice looking set up Mark

Mark

[John_Bedini]

Big Bedini Machine

Turion,
The machine does not use any super poles on the wheel, trick add a little neo to the top sides of wheel magnets so south is a little stronger.
In other words use the top side between the rim on the wheel. but it looks like it will work just fine.
JB

If I understand correctly, the machine used super north magnets, that is two magnets with their north faces forced together and glued. Then these magnets would be placed on the wheel so that the sides of the magnets faced the coil and the two south faces point to the sides, or toward other magnets on the wheel.

S [][] S
[] Coil

[Rl2003]

Thanks Guys for the nice comments. I have a few things to adjust and change
when I attach the timming wheel, but otherwise moving along.

Visse, Thanks for the circuit. I will put together what I can tomorrow, the only thing that
I may need is to find is a hall. Not sure I have one. Lots of reeds switchs and IR's from encoders. Would an IR work??
It sure would be easy to mount and adjust the on time. Down side is that it needs 3-5 volts and don't know if the pulses will affect it.

Mark P

[John_K]

Mark,
Great looking setup. I'm just in-between snow plowing right now but I'm here watching.
Great looking work!!!!!!!!!!
John B

John, mind your fingers!

I will also remove the superpoles from my rotor. I've also ordered the neos for the back of the ceramics and the disc ceramics for the timing wheel.

I attempted to draw out the lines of flux when you have the metal sheild on the bottom of the coil and the small neo on the back of the rotor magnet.

It kind of looks like a flux gate!


John K.

[Rl2003]

I found some Hall switches. They are tiny and have four legs. I think the fourth one is for programing and 123 are Voltage in, Ground and output. Thats from left to right.
Can anyone confirm this. The only thing on them is an "E". I didn't find any schematic for them.

Mark P

[nvisser]

The halls I know has got 3 legs and look the same as that small transistors that came with the 3 pole kit we got at the conference.
Rather buy one. I use A1203.

[sniky]

the 4 pins halls are
+side output 1 output 2 GND

you can use only one of them and will work
when output1 is on , output 2 is of and viceversa
(this is for alternate Poles)

[John Smith]

Dominant North

Hello all

Just had a thought...dangerous I know but....Here goes....

John Bedini stated at the CDA conference that the North magnetic pole is the dominant pole...I accept that.

Well it occurred to me that in the Northern Hemisphere I can see the reason for this being the case as the North pole of any magnet is closer to "The North pole" in the northern Hemisphere so the dominance is easy to see.

Does it not stand to reason then that in the Southern Hemisphere that the South Pole of any magnet would be the dominant pole?

If so....would it be fair to assume that those of us at the bottom of the globe would either have less efficient machines or could we have the same efficiency by building our machines with the south pole facing outward.....??

Hope I am not on the wrong planet here...

Just my 2 cents worth

Thank you

John Smith