
© 2012-2021 SOTA Instruments Inc.
Page 13 of 14
|
www.sota.com
The Silver Pulser Model SP6 Manual
Length of Use:
The SOTA Products User Guide available at
www.sota.com/spug offers suggestions for Focused, Basic and Ongoing Wellness
Plans.
General Guideline: 1 to 2 ounces (30 to 60 ml) or more daily for 2 or 3 months.
Ionic~Colloidal Silver can be used as needed. The initial program can be repeated at
any time. If using for an extended period, it is wise to take breaks.
Strength:
Laboratory testing indicates Ionic~Colloidal Silver is effective as low as 2
ppm. When ingesting on a regular basis, it is suggested to limit the strength to less
than 10 ppm.
ELECTRICAL SPECIFICATIONS
POWER REQUIREMENTS
Use a 9–Volt Alkaline battery for proper operation.
OPTIONAL POWER INPUT
Both functions of the Silver Pulser can also be operated using NiMH rechargeable
batteries. When purchasing rechargeable batteries, it is suggested to take the unit
with you to ensure the batteries will fit the enclosure.
To use a wall adaptor for making Ionic~Colloidal Silver the output should be from
6 to 12 Volts DC with a
Tip or Center Positive
pin and a minimum of 500 mA
(milliamperes) of current. The wall adaptor that comes with other SOTA units can be
used for making Ionic~Colloidal Silver.
Caution
: Exceeding the voltage rating or reverse connection may result in injury
or unit failure. This will
void
the warranty.
To operate the Ionic~Colloidal Silver Function from a 12 Volt DC source, such as an
automobile battery or an appropriate Solar Panel, purchase a Universal Power Cord
with
Tip or Center Positive
.
OUTPUT SPECIFICATIONS
The output voltage is a nominal 31 Volts.
Micropulsing Application:
Frequency through the metal pins is ~3.92 Hz or ½ of the
Earth Schumann frequency of 7.83 Hz, (+/- 1 Hz) with a Bi-Phasic Square Wave @ 31
Volts (+/- 1 Volt) peak per cycle.
Maximum current through the metal pins is ~8 milliamperes into 1,000 ohms, ~12
milliamperes into a short circuit at 31 Volts peak per cycle.