PearlAqua Deca
The PearlAqua Deca is the world's first UV-C LED Point-of-Entry (POE) residential System
Advanced UV LED design
Designed for intermittent flow
Low cost of ownership
UV Intensity monitoring as standard
First UV LED PoE System
PearlAqua Deca offers the first whole home UV LED disinfection system, offering greater than 99.99% pathogen reduction without the use of harmful materials.
Peace of Mind at Home
With UV Intensity monitoring as standard, instant on/off disinfection for intermittent flows, and no hot water shot, the PearlAqua Deca provides advanced UV treatment for the water in your home.
Low Cost of Ownership
Efficient UV LED technology cuts your electric consumption. Designed for intermittent flows, PearlAqua Deca only uses power when water is flowing, drastically reducing the energy needed.
Low Maintenance
The PearlAqua Deca features a 5-year lamp replacement interval, reduced mineral fouling, and no handling of fragile lamps or sleeves making it the lowest maintenance option on the market.
Dynamic Power Control
Beyond instant on/off, PearlAqua Deca features Dynamic Power Control, providing optimum performance across all flow rates– saving you money with a lower electric bill.
Certification
The PearlAqua Deca has been certified by a 3rd party laboratory in accordance with US EPA drinking water guidelines.
Conventional UV Power Use
Conventional mercury systems are typically left on 24 hours a day 7 days a week due to warm up times and restriction on cycling. This uses unnecessary power if water is not in use, costing money and wasting energy.
Common UV LED Power Use
UV LEDs offer instantaneous on/off capabilities with 100% power within nanoseconds. This however, does not account for the variations in flowrates in whole house systems, so the UV LEDs treat the water at full power 100% of the time.
Dynamic Power Control
Only With PearlAqua Deca
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 flow rates are detected, the system adapts and lowers the power consumption.
