Why HVAC/R Professionals Choose UV Resources UV-C Systems?

Proven, Market-Leading Solutions

Over the past couple of decades, light energy in the Ultraviolet-C (UV‑C) wavelength (253.7 nm) has been harnessed to destroy and prevent the growth of virtually all known microorganisms living HVAC/R components, such as cooling coils, plenum surfaces, drain pans and on air filters.

The benefits of this, as observed by building owners, contractors and even homeowners, have been maximized system efficiencies, reduced maintenance and improved indoor environmental quality.

In fact, as commercial air handlers are cleaned of organic materials and biofilm growth, airflow and heat-exchange levels are significantly improved and HVAC performance is returned to its original “as-built” specifications. This efficiency can slash 10 to 25% of HVAC energy use, dramatically decrease system maintenance costs and deliver cleaner, healthier air.

Clearly, any air handling system can benefit significantly by incorporating UV-C technology. That being said, why do many HVAC/R professionals turn to UV Resources for solutions? After all, there are other manufacturers out there.

Through its pioneering role in developing UV-C technology and its dedication to prioritizing practical solutions, UV Resources has become the most affordable, common-sense UV manufacturer in the market.

UV Resources Pioneered Modern UV-C in HVAC Equipment

We didn’t invent UV-C. Since the 1930s, UV-C technology has been used to disinfect upper airstreams in schools and hospitals (falling out of popularity only after the introduction of antibiotics). However, Forrest Fencl — our late founder and a respected industry leader— pioneered the modern application of UV-C in HVAC/R equipment.

Indeed, Fencl and his team collaborated on 17 UV-C technology patents and several ASHRAE Handbook chapters related to ultraviolet air and surface treatment. The company’s founders are also credited with developing the first modern UV-C sizing and efficacy software for air conveyance systems. UV Resources has been a critical driver in advancing this technology, collaborating on UV-C research, authoring white papers and technical articles, and leading the industry’s expansion through science and education.

Essentially, UV Resources paved the way for all who followed. We have the original recipe.

UV Resources Values Practicality Over “Fluff”

UV Resources doesn’t develop products; we overcome problems. We strive for practical solutions to real problems that installers and engineers face in their facilities daily.

• Non-propreitary lamps and ballasts. Unlike some manufacturers who use expensive proprietary or custom lamp ends, UV Resources uses industry-standard lamp pin configurations and sockets, thus making them more affordable and widely available. Non-proprietary and universally-available lamps and ballasts help ensure ample supplies at the lowest cost.
• Recognizing the need for safety, UV Resources uses EncapsuLamp™ FEP (Teflon®) coating technology on its UV-C lamps to protect the system, space, and installer from the residues of a broken lamp such as inert gas, mercury, and glass. EncapsuLamp protection comes standard on lamps shipped with the RLM Xtreme, SLX and DLX-N fixtures and is available on our other fixtures as an option. UV Resources has introduced a prewired, 24-volt safety controller that automatically de-energizes a UV-C system when opening HVAC/R doors or access panels.
• Developing installer-friendly features on UV-C lamps is a priority for UV Resources. LampClamp™ technology allows lamps to be affixed almost anywhere while compressing the lamp plug and socket together to fully protect the connection from moisture or direct water. Complementing this are LampHolsters™ that allow UV-C lamps to simply “slip-in” and click in place so that they overlap one another.
• Monitoring lamp and ballast performance are critical to maintaining UV-C’s energy-saving benefits but can be a hassle when multiple units are involved. CU2™ technology provides a visual and signal method of verifying lamp and ballast on-off operation. Suppose either a lamp and/or ballast cease to function. In that case, the facility engineer is alerted to eliminate the need for individual unit monitoring and save labor on applications with multiple AHUs.

You could say that UV Resources has a practical litmus test for everything it develops—will it simplify installation, maintenance, and performance for the installer and end-user?

UV Resources is the Most Cost-Effective

UV Resources offers the most cost-effective UV-C lamps on the market. Period

With an average installed cost of $0.15 per CFM, and many users reporting paying even less for an installed UV-C system with high-output lamps, the cost of investment cost is truly minimal.

Using a 10,000 CFM system as an example, the installed UV-C fixtures would cost $1,500, with an annual operating cost of $188 at $0.10/kW – operating 24/7/365. That is less than one percent of the average 18% power savings gained through a more efficient (better heat transfer & lower pressure drop) air conditioning system.