2010 Ford Escape Engine Computer Module Processor Diagram
Thanks for your help
Zak
But just in case, read this: Oxyhydrogen - Wikipedia, the free encyclopedia
These schemes commonly gloss over the energy required to disassociate water, using terms such as "it uses the extra unused power available from the alternator".
There is no "extra unused power" from an automotive alternator. An alternator is a variable current source. The voltage regulator varies the field current to increase/decrease the current produced to hold the voltage developed at the sense point within the required tolerance over various load conditions and varying input shaft speed. Paralleling another load, the "HHO gas generator" across the alternator increases the electrical load on the alternator, which is sensed by the voltage regulator, which then increases the field current through the armature field winding. This increase in field current causes an increase in the rotational torque required to turn the alternator's input shaft. Which increases the load on the engine... which increases gasoline use.
But in all fairness, a gizmo that takes the actual oxygen sensor outputs, and translates them to a richer facsimile, and which then causes the PCM to lean out the mixture, can work to greatly reduce monthly gasoline expense. With burned valves and holes burned through pistons, no gas will be required at all.
Needless to say, a 5 year/60,000 mile Powertrain Warranty would not be honored.
Anyone who disassociated water into Hydrogen and Oxygen, and then recombined them in their High School Chemistry class, would have a grasp of the simple chemistry involved. And the energy required and released. And would not fall prey to stuff like this. But maybe they don't do hands-on experiments anymore. Maybe it is "too dangerous" for little Johnny and Suzy these days.

I will now descend from the soapbox.
P.S. - Take Archion's wise advice... return it and get your money back, if it isn't too late already.








