HOT TUB WATER MANAGEMENT SYSTEMS |
UltraPureŽ Water Management System |
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UltraPureŽ Water Management System is the most sophisticated water management system in the hot tub industry.
UltraPureŽ is the world's first UL-approved system that ozonates water while you are in your hot tub.
100% continuous filtration processes over 10,000 gallons a day, killing bacteria on contact and leaving your hot tub water sparkling clean and feeling soft.
Used with an optional Vision Cartridge it minimizes the use of chemical sanitizers.
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| UltraPureŽ Water Management is available on the Reflections Range of hot tubs.
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UltraPure PLUS Water Management System |
D1's new patent-pending UltraPure PLUST water management system is UltraPure, but now even better!
For the first time in the hot tub industry, there's a water management system that integrates the benefits of ultraviolet germicide light technology with the benefits of an ozone-based water sanitation system.
UltraPure PLUS™ offers a double-dose of microorganism destruction, once with ozone (a patented D1 process) and once with the new UV light germicide, a more natural, non-chemical approach to disinfection.
Limit the amount of time you spend on water maintenance. Minimize chemical use and cost. Get ultra clean, crystal-clear water and peace of mind.
UltraPure PLUS™ is a standard feature on Bay Collection hot tubs. |
How UltraPure Water Management System Works |
Using a circulation pump, the Ultra Pure system draws the spa water through a dedicated filter removing all debris and large contaminant particles before entering the FastFlo heater. After the water passes through the heater, the first ozone injector mixes the gas from the ozone generator into the first contact chamber. This begins the ozone/water mixing process and provides twelve feet of contact area in which to force the ozone into solution. In conventional ozone systems, the gas that has not been put into solution becomes off-gas and can be harmful to bathers and the spa equipment.
In the Ultra Pure system, any potential off-gas that has not dissolved while traveling through the first contact chamber is pushed downward through an internal stand pipe enclosed within the second contact chamber. The second contact chamber greatly increases the resident time of the ozone gas in the spa water and optimizes the transfer of ozone into solution. Any off-gas bubbles that have not been put into solution will then rise and coalesce in an air reservoir and are transferred into the spa water via a second injector (not shown in illustration). |
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