The ENERLITES DWHOS is an innovative single pole wall switch that combines humidity detection and 180° PIR motion sensing to intelligently control lights and fans in damp or high-traffic spaces. Designed for bathrooms, spas, locker rooms, and other humid environments, this dual-function switch ensures comfort, safety, and energy efficiency.
The PIR motion sensor covers up to 600 sq.ft. and operates in occupancy or vacancy modes:
Occupancy Mode: Lights turn ON automatically when motion is detected and turn OFF after the selected time delay.
Vacancy Mode: Lights must be turned ON manually and turn OFF automatically when no motion is detected.
The humidity sensor automatically activates a fan when moisture levels exceed the preset threshold (45%-80% relative humidity) and turns it OFF once normal levels are restored, helping prevent condensation, mildew, and mold.
The DWHOS supports incandescent, CFL, halogen, and LED lighting. Adjustable time delays for the light (10, 20, 30 minutes) and fan (20 minutes) allow for customizable control. The device also features interchangeable face covers for aesthetic flexibility (sold separately).
This switch is UL listed, California Title 24, Part 6 compliant, and comes with a 2-year warranty, making it ideal for both residential and commercial applications. A neutral wire is required for installation.
Dual-load control: lights and fan
180° PIR motion detection, coverage up to 600 sq.ft.
Occupancy and vacancy modes for lighting
Humidity sensor activates fan based on relative humidity (45%-80%)
Adjustable lighting time delay: 10, 20, 30 minutes
Fan time delay: 20 minutes
Supports incandescent, CFL, halogen, and LED lighting
1/4 HP (3 Amp) fan load capacity
Interchangeable face covers (sold separately)
California Title 24, Part 6 compliant
UL listed, 2-year warranty
Single pole operation, neutral wire required
Separate light and fan loads required
Bathrooms and powder rooms
Locker rooms and gyms
Spas and wellness centers
Residential and commercial damp areas
Kitchens and laundry rooms