Upgrade any commercial or residential space with the Leviton R52‑ODS10‑IHW, a premium Decora‑style passive infrared (PIR) occupancy sensor switch engineered for energy efficiency, reliability, and convenience. This intelligently designed wall switch automates lighting control by detecting motion and managing lights without the need for manual activation. Its streamlined low‑profile aesthetic blends seamlessly with modern interiors, while its robust sensor technology provides exceptional performance across a wide variety of environments.
Designed to replace a standard single‑pole wall switch without requiring a neutral wire, the R52‑ODS10‑IHW is ideal for retrofit installations and energy‑conscious upgrades. Its sophisticated PIR detection system uses a segmented Fresnel lens and dual pyrometers to deliver a full 180‑degree field of view, ensuring comprehensive occupancy coverage for medium‑sized rooms. Adjustable modes, customizable time delays, and ambient light sensing capabilities allow tailored control for maximum energy savings and occupant comfort.
Whether implemented in offices, classrooms, conference rooms, or residential spaces, this sensor switch brings a dependable, hands‑free lighting solution that supports modern efficiency standards while maintaining Leviton’s renowned quality and durability.
Key Features
Passive Infrared (PIR) Occupancy Detection using a segmented Fresnel lens for precise motion detection.
Auto‑ON/Auto‑OFF or Manual‑ON/Auto‑OFF selectable modes for flexible control.
Wide 180° field of view providing approximately 2100 sq ft of motion coverage.
Dual pyrometers broaden detection range and improve sensor reliability.
No neutral wire required, simplifying installation in older buildings.
Adjustable time delay from 30 seconds to 30 minutes for custom energy savings.
Ambient light override (photocell) prevents lights from turning on when natural light is sufficient.
Low‑profile Decora design with vandal‑resistant PIR lens suited for high‑traffic areas.
Manual pushbutton for ON/OFF operation at any time.