Leviton OSC10-M0W Ceiling Occupancy Sensor – Multi-Technology, 24VDC, 1000 sq ft

Meet Leviton OSC10-M0W, a ceiling mounted occupancy sensor designed for commercial lighting control. With multi-technology detection and a compact all digital architecture, it aims to reduce false triggers and deliver reliable lighting control without constant adjustment.

This sensor combines PIR and ultrasonic sensing to respond to motion and occupancy across a range of activities. An internal self adjusting microprocessor continually analyzes signals and tunes sensitivity and time delay. The result is lights that stay on when people are present and switch off when the space is empty, offering a balanced approach to comfort and energy use.

Key advantages

• PIR plus ultrasonic control for reliable detection across changing activity patterns.
• Multi technology control to maintain appropriate lighting as the space changes.
• Easy ceiling mount with a three wire low voltage connection and twist lock sensor attachment for 360 degree rotation.
• Self adjusting internal microprocessor that continually analyzes and tunes sensitivity and delay for stable performance.
• High reliability from a digital design that uses a minimal component set.
• 180 degree field of view delivering roughly 1,000 sq ft of coverage for typical mid size rooms.
• Accurate, consistent switching that aligns with occupancy, reducing mismatches and occupant complaints.

Approved for commercial environments with UL, CUL, CSA, FCC and NOM certifications, the white finish blends with modern ceilings while providing dependable motion based lighting control. The compact housing measures 4.2 inches in diameter and 1.57 inches in height, designed for easy integration into a wide range of spaces.

Usage scenarios and practical notes

• Open plan offices, conference rooms, lobbies, and hallways with varying activity levels.
• Spaces that prefer hands free lighting control with straightforward installation.

Note that actual energy results depend on your lighting loads, occupancy patterns, and how you configure time delays and sensitivity. This sensor is intended to offer reliable, adaptable control rather than guarantees of energy savings.