
PRODUCT DATA
31-00455-01
HUVF Series Duct Mounted
UV System
APPLICATION
Honeywell HUVF Series is designed for installation inside
the air handling units or ductwork of the HVAC system for
the purpose of surface disinfection using ultraviolet
germicidal irradiation. This system is uses UV-C
technology which is effective in killing mold, bacteria and
viruses. This system is effective in coil cleaning and helps
in maintaining the cooling coil efficiency. This UV based
system is effective in deactivating the microbes and
improving the overall indoor air quality by reducing the
microbial load on the indoor air.
FEATURES
• Suitable for mounting in AHU near Cooling coil.
• Plug and Play design enables ease of installation.
• Effective on all types of pathogens.
• HUVF58C2000 / HUVF58S2000: 2 Lamps - 23W max.
each.
• HUVF58C1000 / HUVF58S1000: 1 Lamp - 23W max.
• Effective in IAQ improvement.
• Effective deactivation of viruses and bacteria killing
with 254 nm wavelength UVC.
• Effective in reducing microbe generated VOCs in
AHU.
SPECIFICATIONS
Model:
See Table 1.
Electrical Ratings:
Power Consumption: See Table 1.
Voltage Rating: 230 Vac ±10%, 50/60 Hz
Operating Environment:
Temperature: 5 °C to 40 °C
Humidity: 0 to 90% RH (non-condensing)
Mounting:
Mounts into the AHU between the pre-filters and cooling
coils with lamps facing the cooling coils.
Contents
Application .....................................................................................
Features ..........................................................................................
Specifications ...............................................................................
Planning the Installation .........................................................
Installation ....................................................................................
Operation and Maintenance ..................................................
Electrical Troubleshooting ......................................................
Parts List ........................................................................................