Intermatic® Ceiling Mount Occupancy Sensor, 120 to 277 VAC, 9 mA, 800/1600 VA Power, Passive Infrared Sensor, 1200 sq-ft Coverage, 360 deg Viewing, 15 s to 30 min Time Delay, Fluorescent Lamp, 60 Hz Response, On/Off Control Output, Ceiling Mounting, 32 to 131 deg F, White, 4.53 in D x 1.38 in H
In-Wall and ceiling mount sensors in both PIR (infrared) and dual (PIR/ultrasonic) technologies can monitor virtually any area within a building, making Intermatic your best source when integrating lighting strategies in any retrofit or new construction project. Intermatic sensors are Title 20 compliant and can be used to achieve LEED certification. Our occupancy sensors have been designed and strenuously tested to ensure their dependability and compatibility with any lighting type including LED. In fact, they have achieved some of the highest ratings in the industry, including a 5 A electronic ballast rating and meeting the NEMA 410 Standard. They utilize zero crossing technology to suppress inrush current impact. This provides reliable ON/off sensing no matter the lighting technology, whether older magnetic models or new electronic drivers and ballasts.
Intermatic® Ceiling Mount Occupancy Sensor, 120 to 277 VAC, 9 mA, 800/1600 VA Power, Passive Infrared Sensor, 1200 sq-ft Coverage, 360 deg Viewing, 15 s to 30 min Time Delay, Fluorescent Lamp, 60 Hz Response, On/Off Control Output, Ceiling Mounting, 32 to 131 deg F, White, 4.53 in D x 1.38 in H
In-Wall and ceiling mount sensors in both PIR (infrared) and dual (PIR/ultrasonic) technologies can monitor virtually any area within a building, making Intermatic your best source when integrating lighting strategies in any retrofit or new construction project. Intermatic sensors are Title 20 compliant and can be used to achieve LEED certification. Our occupancy sensors have been designed and strenuously tested to ensure their dependability and compatibility with any lighting type including LED. In fact, they have achieved some of the highest ratings in the industry, including a 5 A electronic ballast rating and meeting the NEMA 410 Standard. They utilize zero crossing technology to suppress inrush current impact. This provides reliable ON/off sensing no matter the lighting technology, whether older magnetic models or new electronic drivers and ballasts.