AquiSense Pearl Aqua Deca 30C LED UV with Dynamic Power Control

Pearl Aqua Deca 30C™ with Dynamic Power Control

Central to the PearlAqua Deca 30C is it's UV-C LED technology, coupled with innovative reactor design features, it provides over 99.99% pathogen reduction at 4 gpm (15 lpm), ideal for tiny homes, RV's, Boats, larger reverse osmosis systems, commercial beverage dispensors, directly installed at a high flow point of use device. It features an integrated LED driver, visible “blue glow” option, low power consumption, and unlimited on/off cycling.

Dynamic Power Control

Beyond instant on/off capabilities of UV LEDs, PearlAqua Deca features Dynamic Power Control, providing optimum performance across all flow rates– saving you money with a lower electric bill. When low flowrates are detected, the system adapts and lowers the power consuption.

Certifcation & Testing

The PearlAqua Deca is Tested and Certified by NSF International against NSF/ANSI 55 for materials and structural integrity requirements and 100% Lead-Free.

Lower Cost of Ownership

The PearlAqua Deca uses less energy and has a longer lamp replacement interval making it a more cost effective option after 3 years of ownership when compared to a conventional mercury lamp system.

Flexible Operation

Designed to go above and beyond, powered with 12 Volt DC, solar or battery is now a realistic option. Finally a practical solution for your mobile or off grid application. With a high IP rating, the PearlAqua Deca reliably treats water in the most remote places.

Design Difference

LEDs do not transfer heat to the water, thus limiting fouling and ensuring a constant UV output regardless of water temperature.
The ability to operate LEDs during treatment only lowers water temperatures within the UV System. Lower operating temperatures reduce lamp fouling potential and result in fewer maintenance requirements.

AquiSense Pearl Deca 30C

Specification Sheet Click Here to Download a Copy


UV-C LED Benefits

LEDs enable on-demand disinfection and are much better suited and easier to implement for intermittent flow applications

Power savings as LEDs operate only during treatment cycles and can be instantly switched off during no-flow conditions

Operating cost savings due to prolonged lamp replacement intervals. Can be extended to multiple years based on running times

Reduces environmental burden by reducing the number of lamp changes

Easier to implement as lamp warm-up intervals are not a concern

Eliminates the requirement for hot water purging in no-flow conditions
 

Made in the USA by AquiSense