A few newbie questions.

[Tom C]

there are lots of errors including coil winding, it is supposed to be wound clockwise from the core it shows it counter clockwise. miki is not part of this group and has been banned by John B years ago. he was booted from the yahoo groups also.

Tom C

[kingstingtin]

Damn. I'm sorry.
I also have the manual (I found it later):Bedini Monopole 3 Group Experiment V1.01.pdf This contains correct information?
I wound a coil as shown in the figure: Is that correct?

[John_Koorn]

Constantin, yes that diagram is correct.

John K.

[kingstingtin]

Thank you, John. What about the manual? Can I trust what is written there (I mean "Bedini Monopole 3 Group Experiment V1.01.pdf")?

[Tom C]

yes John K wrote that manual, many succesful replications with it. use the wire size we mentioned earlier not the 23/26.

Tom C

[kingstingtin]

yes John K wrote that manual,

Oops. I'm sorry, I did not know that.

use the wire size we mentioned earlier not the 23/26.

We have different standards for wire diameter. Today I ordered a wire diameter of 0.65 mm and 0.45 mm (about № 22 and № 25) approximately 160 feet grows exactly. I hope they are suitable.

So much time been wasted...

[kingstingtin]

While I was waiting for new wires. Allow me to ask one more question.
On page 15, in the section "Magnet Wire" by John K, sspecified that:

Magnet Wire
Purpose – To wind around coil spool. Both wires are wound together “bifilar” on the coil spool.
Specifications – Trigger wire: AWG#26 (0.40mm), Power wire: AWG#23 (0.56mm)
Tolerance – Trigger wire: no smaller than AWG#26, no bigger than AWG#21.
Power wire: no smaller than AWG#23, no bigger than AWG#18.
Make sure that each wire does not differ more than 3 gauges apart.
Quantity - One length of each wire, about 100’-150’ (30m–45m)

We see that I can use wire #21 and #20 for the coil. Right?

On page 17, paragraph 5, states that:

5. Wind your coil with the magnet wire as per “BifilarCoilConstruction.jpg” in the Files section. 850
winds are recommended. Leave approximately 12” (30cm) of wire at the start and end of the coil
for attaching to the circuit.

It says here that you need to perform 850 revolutions. Right?

I winded my coil (using wire #20 and #21), I noticed that 330 feet I had about 900 revolutions.
If I winded 150 feet the same wire, it would not be enough for 850 revolutions.
How to do it right, keep the right amount of revolutions or keep the right length of wire?
I want to know this in order to avoid mistakes in the future.

[Tom C]

While I was waiting for new wires. Allow me to ask one more question.
On page 15, in the section "Magnet Wire" by John K, sspecified that:

We see that I can use wire #21 and #20 for the coil. Right?

On page 17, paragraph 5, states that:

It says here that you need to perform 850 revolutions. Right?

I winded my coil (using wire #20 and #21), I noticed that 330 feet I had about 900 revolutions.
If I winded 150 feet the same wire, it would not be enough for 850 revolutions.
How to do it right, keep the right amount of revolutions or keep the right length of wire?
I want to know this in order to avoid mistakes in the future.

150 feet 21 and 20 please, the wire is much bigger than 23/26.

Tom C

[kingstingtin]

If we believe the tabular data, the resistance of the wire #20 and a length of 150 feet, is about 1.6 ohms.
And the resistance of the wire #23 and 150 feet long, will be about 3 ohms.
This is not important?
If I make the #20 to the resistance of 3 ohms, its length will be about 290 feet.
I'm just very scared to cut my coil.

[kingstingtin]

Please tell me whether you know this picture?

Can I use it to find the correct height of the coil?

[Tom C]

where did you fing this diagram?
Tom C

[kingstingtin]

I do not remember where I found it. It was in Russian, I translated it.
It is not right?

[Tom C]

I will measure a spool when I get home or someone here can chime in.

Tom C

[kingstingtin]

Thank you, Tom. I'll be waiting for your reply.

[Tom C]

the spool is manufactured by pittsfield it is 3 1/8 inch tall 3 1/2 inch diameter with a 3/4 inch core diameter.
Tom C