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The DIVERSITECH TUV-APCOX-DI3 is a dual-bulb, in-duct UV-C air treatment system designed for continuous whole-system air sanitation in forced-air HVAC installations. Operating across a wide voltage range of 110 to 270 volts, it accommodates both residential and light commercial electrical configurations without requiring a dedicated transformer or step-down device. The system uses two high-output UV-C lamps rated for a 3-year service life, reducing the frequency of lamp replacement compared to standard annual-change units. It targets mold, bacteria, and odors in circulating air, treating air at the duct level before it reaches occupied spaces. Licensed HVAC technicians are the typical installers for this type of in-duct equipment.
This system is intended for installation directly into HVAC supply or return ductwork where airflow is continuous during system operation. It suits residential forced-air systems as well as light commercial applications where duct access is available and UV-C treatment is specified. The 110-270V operating range makes it appropriate for a broad range of existing electrical infrastructure. Because treatment occurs inside the duct, it works independently of the air handler or furnace brand and does not require modification to the coil, blower, or control board. Installers specify this type of unit when a client requires in-duct biological and odor control as part of an IAQ upgrade.
Designed as an in-duct UV-C air treatment system suitable for installation in standard forced-air HVAC ductwork across a wide range of residential and light commercial applications.
Installation is performed by a licensed HVAC technician. Power to the air handler and associated circuits must be shut off and locked out before cutting into ductwork or making any electrical connections. UV-C lamps produce radiation that is hazardous to eyes and skin — the system must be fully enclosed and the access panel secured before restoring power. Follow applicable local codes and manufacturer instructions for duct penetration, mounting orientation, and wiring.
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