Bedini SG

[dambit]

Nice Druide,

Setup looks good, those coils look pretty long or is it the angle of the camera. Any charging stats yet?

Cheers,

Steve

[Druide]

I've put together an SG card so I can add to my setup at will. This card features a socket for the 2n3055 to eliminate any soldering/unsoldering if I need to change the transistor.

I've tested it and it does work.....................so far.

BTW, the card measures 1-1/2 X 3-1/2

Now all I have to do is wind some coils.

Warren
..

Nice work Warren. I also use transistor sockets, this makes it possible to easily experiment with different types of transistors or to replace them.

I've just finished building a new 4 coils 8 transistors SSG with the rotor built with a HDD, it spins real smooth and fast ! Here are some (poor quality) pics.

Michel

[mrbreau]

SG Card

I've put together an SG card so I can add to my setup at will. This card features a socket for the 2n3055 to eliminate any soldering/unsoldering if I need to change the transistor.

I've tested it and it does work.....................so far.

BTW, the card measures 1-1/2 X 3-1/2

Now all I have to do is wind some coils.

Warren
..

[Aaron]

battery types

Hi By Jove,

The input battery is a 6v 4ah gel cell and the output battery is a 6 volt lantern battery - also a rechargeable gel cell, not sure of the ah rating though.

I don't recall the charging frequency but if you build it to spec based on the patent - what is shown in the Free Energy Generation book, you'll have the same thing pretty much.

[byjoveoldchap]

Bedini SG Inverted circuit

Inverted E-AMP??? maybe - circuit
YouTube - Bedini SG | Inverted circuit "E-AMP"

Pulsing on the negative

Hi Aaron, having read through the text on video, it is now becoming clearer.

What isn't clear, are both battery types and capacities, the 555 circuit to dump charge and at what voltage and frequency.

It certainly appears to be a vast improvement for charging.

Well done! ~ By Jove!

[Aaron]

Bedini SG Mechanical Switch

Mechanical switch I made to
charge cap then discharge
cap into input by disconnecting
input and connecting cap briefly.
YouTube - Bedini SG | Mechanical Switch
Total cheap and lowtech

[Aaron]

Bedini SG | E-AMP - Inverted Discharger

Inverted E-AMP??? maybe - circuit
YouTube - Bedini SG | Inverted circuit "E-AMP"

Pulsing on the negative

[Aaron]

Bedini SG | Sony Capstan Reel to Reel Motor

Another video
Sony "Capstan" Reel to Reel motor video
that used to be one of the most popular
Bedini SG vids ever:
YouTube - Bedini SG | Sony Capstan Reel to Reel motor conversion

[Aaron]

Bedini SG | Science Fair Motor

Here is a video:
YouTube - Bedini SG | Schoolgirl Motor

My first Bedini SG about 8 years ago.
Had this on youtube before, here it is again.

[dambit]

Hi Mart,

Thanks, yeah the efficiency shot up as soon as I loaded the battery at c20 and not 1amp. Makes a big difference. The device i am using is only five circuits. Nothing huge but it gets a good result so far.

I cant attach the excel doc to this post, I'll see if it can be attached to a PM.

Cheers,

Steve.

(just found out I can't attach it that way either. Not sure now)

[theremart]

RE: chart

That's what I was thinking, copper is much easier to work with that brass. The only reason I am considering brass is because it holds up better in a salt water environment that copper. This charger will end up on my boat.

Cheers,

Steve.

P.S. I have attached some preliminary data on my conditioning process if any are interested. It's still early but it looks good. Turns out the c20 rate of discharge is the most efficient.
The data shows the that the extra energy is definitly in the battery, not the device.

VERY NICE CHART!!!

Can you give me a copy of the excel sheet you used to make that?

COP >1 in the last row, nice.

[dambit]

That's what I was thinking, copper is much easier to work with that brass. The only reason I am considering brass is because it holds up better in a salt water environment that copper. This charger will end up on my boat.

Cheers,

Steve.

P.S. I have attached some preliminary data on my conditioning process if any are interested. It's still early but it looks good. Turns out the c20 rate of discharge is the most efficient.
The data shows the that the extra energy is definitly in the battery, not the device.

[Druide]

Copper tube

Just an idea, you can use soft copper tube (the moonshiners most used material for still condenser coil), it's much easier to bend.

Michel

[Druide]

Hi All,

Does anyone have any advice on which material would be best for a buss bar. I am planning on using electrical brass flat bar, but if anyone has something to add I would be gratefull.

Cheers,

Steve

From SSG_STARTERS_GUIDE-Two.pdf page 17,

http://www.google.com/url?sa=t&source=web&ct=res&cd=1&url=http%3A%2F%2Ffreenrg.info%2FBedini%2FSSG_STARTERS_GUIDE-Two.pdf&ei=idz5SLGZGJzWMeW17Co&usg=AFQjCNGokX8jMBzmQmcg_cQCZbGNFly-sg&sig2=q3yqu9wmF75khcvrLJRCoA

thanks theremart

"One of the most recent improvements has been substituting the charging battery output wiring with copper tube, flattened on the ends and suitably drilled to facilitate connections to the battery terminals. The copper tubing is not easy to work with, but does work. The flattened and drilled tubing is good for various short connection busses between larger batteries as well."

Michel

[Druide]

Hi All,

I have a 24V AC wall adapter and would like to know if it is possable to convert the signal to DC. I have tested with a bridge rectifier (4 diodes etc) but the charger acts like there is no return from the charging battery. Is there a way around this? Without buying a 24V DC power pack.

Cheers,

Steve.

Hi Steve,

what do you mean by "the charger acts like there is no return from the charging battery" ?

Have you tried filtering the DC output with a capacitor ?



Michel