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Solaris
T3™ UV Lamp Technology
T3™ design is a multi-faceted innovation that allows the UV
lamp to deliver more output without additional energy use or added
wear and tear on the lamp. It is based on the fact that cold air passing
over an unprotected UV lamp lowers its UV output due to the thermal
behavior characteristics of UV lamps. The Solaris T3™ system
encases the UV lamps in a protective quartz glass sleeve, insulating
it and allowing the lamp to operate at a higher temperature—increasing
UV output by a dramatic 40% or more. The system achieves the performance
of high output UV lamps without increased energy costs and shortened
lamp life.
Remote
lamp design makes ideal lamp placement much easier
Solaris T3™ UV lamps are very easy to place in just the right
location—for maximum mold reduction and airstream disinfection.
The electronics cabinet mounts nearby, isolated from air flowing
through the air handler. The lamps seal in place preventing air
leaks and UV electronics exposure to the HVAC air flow.
Patented Safety Interconnect
Solaris T3™ lamps cannot be removed for replacement without
disconnecting the power to the lamp, preventing accidental UV exposure
when changing lamps.
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Non-Ozone Producing
Ozone is an irritant and is toxic in large doses. The Solaris T3
design uses Philips premium UV lamps, that effectively filter the ozone
producing 185nm wavelength, while allowing the germicidal 254nm wavelength
to pass through.
Environmentally Friendly
UV lamps operate similarly to standard fluorescent lamps by passing
electrical current through a mercury vapor stream. The mercury content in
some conventional lamps qualify them as hazardous waste. T3™ leads
the industry with UV lamps that use only 5mg of mercury compared with up
to 50mg used typically. Like everyday fluorescent lamps, all UV lamps should
be recycled. Call us about our free lamp reclamation program.
How
Solaris UV treatment helps reduce allergy symptoms
How Solaris UV treatment helps keep colds away
How do I buy and have a Solaris UV system
installed?
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