Author: AR
Contact: None
Source: silverlist@eskimo.com - Jan 31, 2001
Original Source Format: Text, in a single email post
Edited: Reformatted, emphasis ours, no technical information omitted,
spelling, small linguistic modifications
Copyrights: Content released to public domain for educational use. HTML
copyright 2001 The CSDW, rights reserved, released for noncommercial
applications.
Items both in brackets and italicized
are editor additions to the text.
These are some of the best
instructions I have seen to build a colloidal silver production vessel. I found
them on a long forgotten website and they have served in good stead in my quest
to produce high quality low voltage direct current ( LVDC ) colloidal silver.
The design incorporates "Ole Bob's" concept of constant stirring. Use
whatever your chosen power source is to generate the CS ie: 3-9 volt batteries,
wall wart, etc.
Materials:
1 each Wide Mouth Quart Mason Jar
1 each Plastic Wide Mouth Lid (from a Miracle Whip jar or from Ball or Kerr)
1 each 0-5 milliamp DC Gauge (good one is the Shurite #8302Z) or multimeter if you have
one.
1 each RS ( Radio Shack ) 1.5-3.0 Volt DC Motor (Catalog #: 2730223).
1 each 2-3 inch piece of wire insulation stripped off of a piece of 14 gauge
electrical wire.
2 each RS 75 ohm Chassis Mount TV Coax Connectors (Catalog #: 27802122).
1 each RS "D" Cell Battery Holder (Catalog #: 2700403) to
power the stirring motor.
1 each RS Mini-Volume Control 10k Potentiometer (Catalog #: 2711721) to control
the speed of the stirring motor.
1 pkg RS 14" Jumper Leads Pkg of 10 (Catalog #: 2781156) to connect
everything.
3 each 9 volt alkaline batteries (Catalog #: 2302211) (
if that's what you want to use to power it )
2 each .999 or .9999 12 or 14 gauge silver electrodes. Keep them at least 3/4
inch away from the bottom of the jar (vessel).
2 each RS 9 Volt Battery snap connectors to connect to the batteries.(Catalog #: 270032)
Install the 2 Chassis Mount TV Coax
Connectors in the lid so that the electrodes are about 1 to 1 1/4 inch apart
(sort of off to one side of the top of the lid -- remember you also need room
for the stirring motor ).
Install the Stirring Motor in the lid
( I used hot glue gun ) so that a 2 inch or so piece of wire insulation, off of
a piece of 14 gauge electrical wire, can stir freely without hitting the
electrodes. It will take trial and error to determine where to place the Motor
and how long to make the stirrer ( the stirrer slides conveniently right onto
the shaft of the RS motor ).
You now have your version of a CS
Production Vessel.
Use the Jumper leads to attach the
"D" Cell battery holder with battery ( put the potentiometer in the
circuit to control the speed of the stirring ) to the two connections on the
stirring motor. You are now the proud owner of a working CS stirrer!!
Use more Jumper leads to attach the
Power Source ( 3-9 volt batteries ) to the two electrodes. Include the 0-5 DC
milliamp gauge or a multimeter into the circuit so you can read the Initial
Resistance and then the final resistance when the CS is done.
When you first put the Distilled
Water into the vessel, the Initial Resistance should be about ½ milliamp or
lower, depending on how pure your DW is. Run this setup with the stirring motor
stirring the DW until the voltage is between 2.6 and 2.8 milliamps or so. It
should take about 4 hours. I don't have any idea what the PPM of silver this
mixture has, but it has worked wonders on many different conditions. The CS
should be clear.
I am not an electrician or an
engineer. I post this for informational purposes only and do not remember where
it was originally posted. Use this information at your own risk!
[ Four nine volt batteries
can be used as well in this design. We found that utilizing the stirring device
to control the current was a novel idea. ]
