7 Ref.: Ozone generator-AstralPool-gb-R11
4. DESCRIPTION OF THE OZONE GENERATOR MODELS
4.1. Ozone generation
Ozone generation requires a source of air or oxygen. The air will enter the reactors, where ozone is generated from
oxygen using the voltage difference existing between the electrodes.
4.2 External components of the ozone generator (see Figure 6)
The green indicator (1E) at the top, in the middle, lights up when the equipment has power.
Ozone Generator Triox-Spas (33556):
model: When the ozone switch (2E), ozone1, is set, the green bulb inside the
pushbutton lights up and the respective coil of the ozone reactor turns on. It has only one ozone switch.
Ozone Generator Triox R-1 (33557) / Ozone Generator Triox R-2 (33558):
When any ozone switch (2E), e.g., ozone1,
is set, the green bulb inside the pushbutton lights up and the respective coil of the ozone reactor turns on. If the other
switch, ozone2, is also set, the bulb inside the pushbutton lights up and the second coil is turned on, leaving both coil
assemblies actuated.
Ozone Generator Triox R-3 (33559):
When any ozone switch (2E), e.g., ozone1, is set, the green bulb inside the
pushbutton lights up and the respective coil plate for the first ozone reactor, ROZ 3, turns on. If the other switch, ozone2,
is also set, the bulb inside the pushbutton lights up and the PB 2 coil plate of the ROZ 4 ozone reactor turns on, leaving
both coil assemblies actuated.
Ozone Generator Triox R-4 (33560):
: When any ozone switch (2E), e.g., ozone1, is set, the green bulb inside the
pushbutton lights up and the respective coil plate for the first ozone reactor, ROZ 4, turns on. If the other switch, ozone2,
is also set, the bulb inside the pushbutton lights up and the PB 2 coil plate of the ROZ 4 ozone reactor turn on, leaving
both coil assemblies actuated.
The air inlet (in) and ozonated air outlet (out) are located at the bottom left. Power is supplied at the bottom right of the
equipment.
FIG. 6
Front panel of the Ozone Generator
