8XA 9XB 9XA  DUAL VARIAC  BOX DESIGNS

Documenting the methods can be applied to main circuits

open to discussion

Thank you Mr Valentin Petkov /valyonpz

Dan

I like the use of the 566 and TL081 for frequency and duty cycle.  Simple design and functions.

I personally think the right portion needs corrected.

The "Gas Rate Control" will be shorted to ground during pulsing with the IRFP460.


While I'm not sure who has seen the inside of the box, I will post this as my understanding of the system.

Resonant Action control is "Va" and is always held constant "on" with variable amplitude from the “Resonant Amplitude” control knob (variac).

Gas Rate control would be “Vb, Vc, ….Vn” (variac).

I’m including a high resolution photo and adding my opinion on the controls:

CP = Constant Pulse
GP = Gated Pulse
SP = Single Pulse
PF1 = Pulse Frequency 1
PF2 = Pulse Frequency 2

Whatever the frequency was – it wasn’t controlled in this unit,  only the x,2x,3x,4x (Low and High).  No base frequency adjustments seen.

HGG = Hydrogen Gas Gun

W.

Possible "Seq." from CS3....

Variable Duty for resonant action photo.

Patent CA1234773A

Second control from left:

Cavity Array: Light.

I think it was built for testing this cell pictured.  Notice the LED Array with the cell.

Quote from warj1990 on October 21st, 2019, 07:21 AM

I like the use of the 566 and TL081 for frequency and duty cycle.  Simple design and functions.

I personally think the right portion needs corrected.

The "Gas Rate Control" will be shorted to ground during pulsing with the IRFP460.


While I'm not sure who has seen the inside of the box, I will post this as my understanding of the system.

Resonant Action control is "Va" and is always held constant "on" with variable amplitude from the “Resonant Amplitude” control knob (variac).

Gas Rate control would be “Vb, Vc, ….Vn” (variac).

I’m including a high resolution photo and adding my opinion on the controls:

CP = Constant Pulse
GP = Gated Pulse
SP = Single Pulse
PF1 = Pulse Frequency 1
PF2 = Pulse Frequency 2

Whatever the frequency was – it wasn’t controlled in this unit,  only the x,2x,3x,4x (Low and High).  No base frequency adjustments seen.

HGG = Hydrogen Gas Gun

W.

cool thanks for input  very nice to read, 

it lookw like there is  7 x 9xa / 9xb cards int here

http://www.globalkast.com/docs/SMeyer-Gas_Generator_Voltage_Control_Circuit-US4798661.pdf

Good work.

I'm glad you posted this. 

I was thinking "L" and "H" was a switch with two positions. (which is wrong)

I now realize it is a variable resistor for frequency generator.

W.

i added this one   i found the old back pic again

If you could have a go as diagram based on multiple 8xa  it would be cool to see

I put the Petkov one at start of thread showing the  variacs  we can add more 8XA's and Volts x1 yo 4 cards
 to that drawing if you have ability to do so

GOD SPEED

Dan

the cell can be used as power storage or capcitors in the circuit even where
the flat plate is show we can have round cells as caps having voltage at the ready

pictures of box replicatons 9xb/9xa inside

Stanley A Meyer  9xa 9xb 8xa box measurements layout gauges template

8XA 9XB 9XA DUAL VARIAC BOX DESIGNS
#8XA #9XB #9XA #DUAL #VARIAC #BOX #DESIGNS #Stanley #Meyer

some stickers made

 More Circuits Appearing 

Dont Stop

DD

https://www.popularmechanics.com/science/a2840/4271398/ Was wondering if any of you seen this, I have a feeling this is similar to how Meyers was able to increase the efficiency of Electrolysis.

meyer used voltrolysis not electrolysis as no electrolytes