For the flow through process the initial impedence of the water is irrelevent as
long as it is significantly high.  Once you are running, what is in the chamber
is CS not DW.  Impedence becomes a function of temperature, flow rate (which
shifts the ppm), electrode spacing and electrode exposure.

For 5,000 volts and 5 to 10 ppm the following should be close.  1 gallon per
hour per 25 mA of current flow, 1/8 inch electrode exposure, 1.5 to 2 inch
spacing.

When you start have no or a very low flow, and wait until the voltage/current is
where you want then adjust the flow to maintain.  Check the ppm, and if it is
too low, then adjust the flow down and electrode exposure down to maintain
voltage, if it is too high go the other way.

I use screw verniers to adjust the electrode exposures.

Marshall

Duncan Crow wrote:

> Hi Ivan, Marshall, Bob, Roger,
>
> (BTW I actually get nearly 2 qt per 3 minutes with RO water 1.8 liters). And
> it seems strong.  Will test after I tinker.
>
> Perhaps someone knows about what kind of impedence distilled water has.  I'd
> like to get the on-demand or continuous-flow prototype fairly close the
> first time. I have no tech. tools and I'm working on very basic
> understanding, a little logic, luck and math.
>
> Distilled water's impedence at say room temp 22degrees celsius and per inch
> or centimeter...would be at least a starting point. I'm thinking about
> keeping the current travelling at least 3" through the water even with the
> water flowing and I'll accomplish the rest by tinkering with the flow rate.
>
> Of course I'll have to check the ph with the RO water. But now I have a
> local water expert helping me. He's from Eastern Europe and is also going to
> sell 'living water' in addition to RO and spring water. It may have been
> mentioned on this list - Living water has the hydrogen atoms separated about
> 3 more degrees on the oxygen atom that processed (dead) water. It's good for
> you - energizes and helps you absorb nutrients faster.  That's why I
> mentioned North magnetic water input into the system. Does a similar thing
> to natural creek water (103-104degrees radius is optimal)
>
> Any help at all would be cool...(from any of you techs)
>
> Thanks for being easy on me after the -DANGER-HIGH VOLTAGE message from
> Steve and Jackie Young. He's right of course, but with knowledge he seems to
> posess you'd think he'd write more often. Thanks Steve. I could only
> recommend a high-voltage system to a very careful person or a tech. I turned
> down a request for a circuit diagram.  If he needs one for this kind of
> modification he should get someone to help him.
>
> ciao
>
> Duncan
>
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