HUBBELL LIGHTING OMNI Line Voltage Ultrasonic and PIR Ceiling Sensor OMNIDT1000BP1277, Off White

Take control of your lighting design with the OMNI Low Voltage Ultrasonic and PIR Mounted Occupancy Sensor. The mounted occupancy sensor features cutting- edge digital dual technology that combines Ultrasonic (US) and Passive Infrared (PIR) sensing technology. It also includes our patented, energy- saving IntelliDAPT self-adjusting technology to automatically eliminate false- on/false-off triggers such as ceiling fan motion. The sensor's generous 1,000 square-foot, 360-degree coverage area is ideal for medium to large spaces. It offers two timer mode settings. The automatic mode timer setting self-adjusts based on occupancy. The test mode timer setting is used for checking device readiness during installation. Red and green LED lights indicate sensor motion detection. The device is constructed from a rugged, high-impact, injection- molded polymer for a durable design with a long product life span. It is coated in an off-white finish that will complement a variety of style settings. The ceiling sensor includes a self-contained power supply, dual- element pyrometer, and 12-element cylindrical rugged lens. UL-945VA flame class rating. Universal voltage (100-277VAC). Enjoy the convenience of a quick and easy installation process with no manual adjustments required. Mount no higher than 12 feet for optimal performance. Color-coded leads are included. It's time to breathe new life into your lighting design with an efficient ceiling sensor. Make your purchase today to begin your journey to a whole new lighting experience. Hubbell Control Solutions' advanced systems and lighting controls offer a comprehensive portfolio of simple, scalable, and seamless solutions for indoor and outdoor applications from a single partner. Our advanced lighting control technologies provide intuitive and flexible deployment options to meet code, enhance comfort, increase energy savings, and improve operating efficiency for enterprises of any size.