1- Dissipation Control Unit (DCU): the
electronic part of the system.
The DCU is where we convert any type of
incoming power to the appropriate output power levels. The
power output will vary based on the water condition, water
volume, type of installation. With over 50 different models,
power output levels vary from 5VDC to 180VDC and with a
collective current that can vary from 10 amps to over 1000
amps.
AquaLyse industrial copper silver ionisation
systems are fully automated and can be linked to any other
analogue or digital monitoring systems. Each DCU come with
a full 2 year warranty on parts and labor and an additional
5 year warranty on parts.
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2- Ionisation Chamber Cell (ICC): the
location where the copper and silver electrodes are mounted
for physical contact with the flowing water to be treated.
Our ICC ionisation chamber cells
are specifically manufactured and configured in
association to your particular water treatment needs. Easy
to maintain and change, the number of ICC cells and water
loop configuration will vary for each application. Even
the number of electrodes within the ICC and the high grade,
pure copper and silver composition of our electrodes will
vary in concentration levels based on your environmental
water conditions. Based on the application, the electrodes
are composed of 100%Cu | 90%Cu-10%Ag | 80%Cu-20%Ag | 70%Cu-30%Ag
even 100%Ag based on the needs assessment. Each ICC comes
with a full 1 year unlimited warranty on parts, labor
and life expectancy of the electrodes.
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What is the role of copper (Cu) ionisation?
Click here
What is the role of silver (Ag) ionisation?
Click here |
| 3- Commercial Electronic Test Kit:
With the purchase of a Commercial
AquaLyse® Ion Generator, you will also receive an easy
to use electronic copper test kit. This technology is both
fast and reliable in obtaining proper reading when testing
your water supply. The kit includes all necessary instruction
and materials in order to proceed with professional copper
water tests.
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More information on ionisation can be found
in the FAQ section of this web site. Click
here |