 
Cell
Configurations 





"Most Popular HHO Configuration" 
This configuration is 1 Stack; a single set of 7 Plates.
 There are 5 Neutral Plates between
the
Negative and the Positive
Unipolar
Plates.
 Unipolar means they have only 1 electrical charge/polarity
(positive or negative).
 Each Neutral is Bipolar; meaning one side is more positive and the other
side is more negative.
 Each of the Neutrals creates a water compartment.
 Each water compartment divides the Operating Voltage in Half.
 6 water compartments reduce a 12 Volt positive and negative to
2 Volts between adjacent neutral plates.
 Reducing voltage between the plates, extends Cell operating
time...by reducing heat created by amperage ....as it moves from plate
to plate.
 1 ampere input produces 62.64 ML per
minute of HHO
 16 amps produces 1.002 Liters per minute
of HHO


"Most Popular Configuration" 
This configuration is 2 Stacks; 2 sets of 7 Plates.
 Each Stack is sharing the Positive
Plate.
 There are 13 Plates total.
 Each Stack operates independent of the other.
 Voltage between adjacent plates is still 2 Volts; if using a 12
Volt power source.
 Each Stack draws its own amperage.
 Total amperage is measured at the Positive Plate.
 2 amps input (1 amp per stack) produces
125.28 ML PM of HHO
 32 amps input (16 amps per stack) produces
2.004 LPM


This configuration is 1 Stack; a single set of Plates.
 The 2 Parallel plates are connected to the positive and negative
power source.
 They are Unipolar; meaning they have only one electrical
charge/polarity.
 There is only one water compartment between
positive
and negative.
 Voltage between the plates will always be that of the power
source.
 1 amp input produces 10.44 ML HHO per
minute




This configuration is 6 Stacks; 6 sets of 2 Plates; created using 7
plates.
 Each set of plates creates a water compartment.
 Each water compartment is between
positive and negative
plates.
 All plate are Unipolar; connected directly to the power source.
 Each water compartment is a Stack
 Amperage from the power source is divide as it is distributed to
each Stack.
 When using a 12 Volt power source, 12 Volts can be measured
across any positive and negative plate.
 Total amperage can be measured at the battery terminal.
 Heat is controlled by adding many Stacks. Each Stack reduces
amperage flow to other Stacks.
 1 amp input to each stack (6 amps total)
produces 62.62 ML HHO
 96 amps will produce 1 LPM of HHO

"Design  Minimizes Current Leakage" 
This configuration is 3 Stacks of 3 Unipolar Plates.
 Positive and
Negative are separated by 2 groups
of Neutrals. (dark grey set & light grey set)
 Neutrals are Unipolar.
 Using a 12 Volt Power Source, voltage between the Plates would
be reduced to 4 volts.
 1 amp input produces 31.32 ML HHO
 1 amp to each Negative produces 62.64 ML
HHO
(Same as 7 Plate Series Stack produced with 1
amp)


 Amperage from the Battery divides in half as it travels to the
surface of the 2 Unipolar Negative Plates
 If using 30 Amps, 15A travels across each Negative as it is
attracted towards the more positive Unipolar Neutral Plate between
them.
 15 amps crosses the water from each Negative and 30 amps is
collected on the first Unipolar Neutral plate of the first Neutral
Plate Group.
 The 30 amps divides again as it is distributed to the other 2
Neutrals in Group 1.
 15 crosses each of these Group 1 Neutrals, then crosses the
water to Neutral Group 2.
 The first Group 2 Neutral receives 15 amps on each side of the
plate; a total of 30 amps
 Amperage is split again as it is being drawn to the other plates
in Neutral Group 2.
 15 amps crosses to each side of the Positive plate and heads
towards the Battery.
 This particular configuration uses 9 plates to makes 6 water
compartments for HHO production. It effectively creates 2 Series
Stacks that each have 2 Neutrals between positive and negative.


Number of Plates :
References the difference in efficiency comparing cells with 2, 3, 4, 5,
6, and 7 plates in Series. A chart shows the required amperage needed to
produce 1 LPM of HHO  for each cell plate configuration. It also shows
the plate voltage, and Current Density needed for Continuous operation. 
