‘Watermaid’ systems from Australia -
Sole importers:
Watermaid Europe S.L.
Company registration No: 806340809 - CIF No: B30826044
Watermaid Europe S.L - Registered Address:.
Apt. 1285, Calle Azaleas 650, Urb. Camposol, Mazarrón 30875 Murcia.
Telephone: (00 34) 636 698 501 – 646 705 088
THE WATERMAID WM10 FRONT CONTROL PANEL
The
WATERMAID
WM10 Power Pack has a control panel that consists of an LED, chlorine production
readout indicating the percentage (%) of chlorine production being produced by the WATERMAID cell.
The Chlorine Production rate of the WATERMAID Unit can be set at a desired level by using the
-
or
+
buttons on the front Control Panel.
The % figures shown on the front of the Watermaid WM10 Power Pack correspond to the following
chlorine production values below.
% Reading
Amps
Grams / Hour
Liquid Chlorine Equivalent / 10 Hrs
(12.5% Available Chlorine)
25%
7.5 A
~ 7.5 gr/hr
600 Millilitres / 0.16 Gallons
50%
15 A
~ 15 gr/hr
1.2 Litres / 0.32 Gallons
75%
22.5 A
~ 22.5 gr/hr
1.8 Litres / 0.48 Gallons
100%
30 A
~ 30 gr/hr
2.4 Litres / 0.63 Gallons
There are Six influencing factors that determine the chlorine output that is produced by the cell.
1.
THE CONTROL PANEL SETTING --
This is the level that is set by the user by depressing the
- or + buttons. The actual reading that is obtained will also be influenced by the five other factors
listed below.
2.
THE REQUIRED LEVEL SETTING WILL DEPEND –
upon the size of the pool, how many
people are using the pool, how well the pH is controlled and filtration running cycle.
3.
SALT LEVEL --
The salt level in the water, determines how conductive the water is and how
much current (Amps) the cell is able to draw from the Power Pack, proportional to the LED
readout on the front panel of the WATERMAID Power Pack.
A recommended Salt Level of 5000 PPM (parts per million) will result in a EZ300 Cell or QT300
Cell drawing approximately 30Amps or 100% reading on the indicator LED's.
A salt level below this range will result in the LED readout to drop to below 100% and therefore
less chlorine being produced.
