A new device for disinfecting swimming pool water has joined the Hayward catalogue in the Expert Line range. 

3 disinfection systems in a single multifunction unit: low-salt electrolysis, hydrolysis and UV technology

The AquaRite^® UV Low Salinity NG combines 3 disinfection systems for disinfected, disinfecting and perfectly clean water. The low salinity chlorination (salt level from 1.5 g/l to 100 g/l) produces the necessary chlorine, from 0 to 100% of its capacity, in order to supply disinfected and disinfecting water. Its transparent cell allows for visual inspections of the water flow and is easy to assemble thanks to its nut screw thread. Water hydrolysis guarantees the production of free radicals which have a very strong disinfecting power. Last but not least, UV rays kill 99% of chloramines, algae, bacteria and micro-organisms, thanks to a lamp with 2 separate chambers and a large surface in contact with the water.  

UV module

The AquaRite^® UV LS NG features a 4.3? touchscreen, allowing the user to access all the pool's controls (VS filtration, heat pump, lighting, etc.) thanks to several auxiliary outputs. You can also control the free chlorine level and regulate the pH and redox, thanks to the pH, redox, temperature and free chlorine probes (amperometric or membrane sensors) offered as options. The device comes with a transparent probe holder. 

Swimming pool equipment can also be controlled remotely as an option through a WiFi connection or Ethernet cable. 

Several other options are offered with this device, such as a detachable touchscreen, a detachable TFT screen, acid tank level detection, or a sacrificial electrode.

This device has a 3-year warranty as standard (8,000 hours), which can be extended to 4 years as part of the Totally Hayward programme. The equipment is made from UL1018 PVC (black polycarbonate flame-retardant plastic), which can withstand UV rays and pressure up to 3 bars.

Just like all Hayward connected devices, the AquaRite^® UV LS NG can be voice-controlled with Google Assistant.