UV

UV-C

  • Higher energy efficiency
  • Up to 6 Log disinfection
  • Higher efficacy
  • Longer life
  • 18,000 hours lifespan
  • Premium products
  • Diverse possibilities for application

International bodies and organizations recommend the use of UV-C radiation for air treatment.

For decades, many world-class institutions and organizations such as WHO, EPA, CDC, ASHRAE have been recommending the use of UV-C radiation for disinfection of water, rooms and HVAC systems.

*October 5th 2020, CDC Guidance – “The principal mode by which people are infected with SARS-CoV-2 (the virus that causes COVID-19) is through exposure to respiratory droplets carrying infectious virus.”

UV TECHNOLOGY – Air and Surface Disinfection

  • Every ProtectX UV system is engineered to meet or exceed 2008 ASHRAE guidelines as published in Chapter 16 of the HVAC Systems and Equipment Handbook.
  • RAISE Health furnishes complete systems, including all required safety switches, signage and viewports. Others ship only “light strips” that require field fabrication and engineering of safety features and components.
  • ProtectX UV originated 360º distribution of UV Energy for disinfection of air moving at 500fpm, while simultaneously disinfecting surfaces in proximity to the lamp systems.
  • ProtectX UV features highly-efficient, low mercury, non-proprietary Philips SteriLamps to help reduce replacement costs by as much as 75%.
  • ProtectX UV engineering staff will determine the number and size of UV-C lamps, product specs and system placement required to disinfect your moving air. Call us for recommendations, specifications, and CAD drawings for any application.
  • RAISE Health builds every UV system to last the lifetime of your Air Handling Equipment.

Additional Information:

For individual product spec sheets, or more information on our UV-C products, get in touch with us.

Applicable Markets for this Solution:

Humanitarian
Industrial
Corporate
Healthcare
Education
Transportation
Communication & IT
Mining
Oil & Gas
Municipal
Hospitality