This Leviton multi-technology ceiling mount occupancy sensor operates at 24VDC with a current draw of 35mA and offers a 1000-square-foot field-of-view. It combines passive infrared (PIR) and advanced ultrasonic sensing technologies to detect occupancy with high reliability, minimizing false triggers from minor environmental changes. The sensor is constructed with a robust, flame-retardant polycarbonate housing that withstands repeated installation and maintains consistent performance in commercial and residential settings. Its white finish blends seamlessly with standard ceiling tiles, while the compact design allows for flush mounting without protruding elements.

The unit supports adjustable time delay settings from 30 seconds to 30 minutes, as well as sensitivity adjustment for both PIR and ultrasonic channels, enabling fine-tuning for specific room layouts and usage patterns. The internal relay is rated for 24VDC at 1A, suitable for controlling lighting loads or small HVAC systems directly. The sensor’s detection pattern covers a 360-degree area with a maximum mounting height of 12 feet, making it ideal for offices, classrooms, hallways, and storage areas. It features a built-in photocell that prevents activation during adequate ambient light, further conserving energy.

The device is UL listed and meets Title 24 compliance requirements. With its dual-technology approach, it reduces nuisance activation from air currents, heaters, or movement beyond the intended zone. The unit's power consumption remains low even in continuous operation, contributing to long-term energy savings. Installation is straightforward via low-voltage wiring, and the sensor includes a mounting ring for secure attachment to junction boxes.

Durability is enhanced by sealed electronics that resist dust and humidity. This model is well-suited for spaces where consistent occupancy detection is critical for automated lighting control. The affordable pricing positions it as a cost-effective solution for retrofit projects or new builds.

Its reliable performance across diverse environmental conditions and ease of adjustment make it a practical choice for facility managers and homeowners seeking efficient occupancy-based control. The sensor operates silently and has no moving parts, ensuring minimal maintenance over its lifespan. Compatibility with standard low-voltage control systems broadens its application range.