Key Benefits

• Full automation – the system independently controls and adjusts pH level, Redox potential, and free chlorine concentration, eliminating manual dosing and daily water testing.
• Precise proportional dosing – reagent dosing occurs automatically based on readings from pH sensors and the Free Cl cell, ensuring stable water parameters without fluctuations.
• Versatility of use – in addition to automatic mode, manual dosing output can be set for any reagent at a constant rate as a percentage of maximum output.
• Output 1.5 L/h – peristaltic pump with an output of 1.5 L/h (depending on system pressure) and allowable pressure up to 1.5 bar, ensuring effective dosing even in larger installations.
• Easy installation and operation – the kit includes the pH/Rx+Free Cl pump and necessary connection accessories, and an intuitive interface simplifies configuration and monitoring.

Description

The Aquaviva pH/Rx+Free Cl 1.5 L/h peristaltic dosing pump system is an excellent option for precise chemical dosing in your pool without human intervention. The system independently controls and adjusts pH level, Redox potential, and free chlorine concentration in pools up to 250,000 L. Proportional dosing mode is performed automatically based on readings from pH sensors and the Free Cl cell. Manual output setting allows dosing of any reagent at a constant rate as a percentage of maximum output.

The pump output is 1.5 L/h (depending on piping system pressure), and the allowable system pressure reaches 1.5 bar. The kit includes everything you need to start automatic water parameter control – pumps, sensors, and mounting accessories. Thanks to its solid construction and 24-month warranty (6 months on electrodes), you can enjoy trouble-free system operation for many seasons.

An ideal solution for private pool owners and commercial facilities who want to save time, minimize the risk of human error, and ensure crystal-clear water without daily manual testing. Choose professional automation with Aquaviva.

Technical Specifications