Key benefits

• Output and capacity – Chlorine generator with a maximum output of 7.5 g/h, designed for pools with a volume of 17 to 34 m³.
• Easy maintenance – Self-cleaning titanium cells minimize the need for manual cleaning.
• Intelligent monitoring – Built-in low and high salt level indicators, temperature sensor, and flow switch.
• Versatile connection – Can be installed on a hose (32/38 mm) or PVC pipe (50 mm) using glue or a clamp.
• User-friendly control panel – Integrates operation and parameter visualization, simplifying daily pool care.
• Efficient and economical cell – Electrolytic cell lifespan of up to 5000 hours under normal use and maintenance conditions.
• Flexible runtime control – Output can be adjusted to pump operation (25-30% for 24h operation, 60-80% for 10h operation).

Description

The Aquaviva SR chlorine generator is a reliable salt electrolysis unit designed for residential pools with a volume of 17 to 34 m³. With self-cleaning titanium cells, you can maintain excellent water quality without constant maintenance. Built-in sensors monitor key parameters: flow, temperature, and salinity — automatically responding to deviations. The ideal salt level is 2.7-4.5 g/L, and panel LEDs immediately indicate when this range is exceeded.

The unit can be connected to a 32/38 mm hose or 50 mm PVC pipe (glue/clamp), making integration with existing plumbing easy. The transparent housing allows visual inspection of the electrodes, and the square shape saves space during storage and transport. The chlorine generator also allows output adjustment to match pump operation — for continuous 24h operation, 25-30% power is sufficient, while for shorter operation (e.g., 10h), 60-80% is recommended. Total daily runtime should not exceed 8 hours.

High build quality, a 12-month warranty, and thousands of hours of cell life (up to 5000h) make the Aquaviva SR a solid choice for any pool. This disinfection system is not only effective but also economical and easy to maintain. Achieve crystal-clear water with minimal effort.

Technical specifications