Circuit setups for pulse motors

[gyulasun]

Hi Pese or Gyula if the circuit of Arctic works can you guys give me the parts in detail please cause in the circuit nothing is explained?.
Thanks in advance.

http://peswiki.com/index.php/Directory:Bedini_SG:Materials 

[guruji]

Hi Pese sorry to bother you again but regarding coils.I did mine trigger =25ohms
Pulse=8ohms are these ok ? cause I did more on Adam's then Bedini.
In Arctic circuit:
Variable resistor 1K?and that resistor 680ohms or 10ohms?
it have no neon bulbs is it ok?
and two diodes 1N4007 to charge battery and 1N4001 to resistors?
That's all I want to know.
Thanks.

[gyulasun]

Hi Pese sorry to bother you again but regarding coils.I did mine trigger =25ohms
Pulse=8ohms are these ok ? cause I did more on Adam's then Bedini.
In Arctic circuit:
Variable resistor 1K?and that resistor 680ohms or 10ohms?
it have no neon bulbs is it ok?
and two diodes 1N4007 to charge battery and 1N4001 to resistors?
That's all I want to know.
Thanks.

hi Guruji,

Though I already referred to the values of components in my earlier letter above here is the schematics I modified for you. 
The coils and the magnets are described in the peswiki page.

gd luck,  Gyula

[guruji]

Thanks Gyula about the coils 900turns do anyone know what ohm reading?in resistance
Thanks

[gyulasun]

Thanks Gyula about the coils 900turns do anyone know what ohm reading?in resistance
Thanks

Yes,  just ought to look up a wire resistance calculator like this: http://www.cirris.com/testing/resistance/wire.html

from peswiki page you see #20 wire for the electromagnet coil and #23 wire for the trigger coil,  both has the same length of about 350 feet,  this gives 3.5 Ohm and 7.1 Ohm, respectively.
These values are not very critical, you may use less or slightly more wire,  these are for ceramic magnets (grade 5) and you may experiment with the distance between the coil core and passing magnet to compensate for bigger differences (for less number of turns or wire length you wish to reduce the distance and vice versa).

Gyula