Leviton PIR Self-Adaptive Commercial Grade Occupancy Sensor

Leviton PIR Self-Adaptive Commercial Grade Occupancy Sensor

The Leviton PIR Self-Adaptive Commercial Grade Occupancy Sensor uses passive infrared (PIR) detection paired with Self-Adaptive Technology to automatically control lighting based on real occupancy patterns in a space. Rated for coverage up to 2100 sq ft, this commercial-grade sensor is built for reliable, hands-off lighting control in offices, classrooms, warehouses, and other high-traffic commercial environments. Its self-adaptive logic continuously learns space usage to reduce false triggering and unnecessary run time.

Key Features

• PIR Detection: Passive infrared sensing technology accurately detects occupant motion to trigger lighting control.
• Self-Adaptive Technology: Automatically adjusts sensitivity and timing based on observed occupancy patterns for more consistent performance over time.
• Commercial Grade Construction: Engineered for the demands of continuous-duty commercial and institutional lighting control applications.
• Coverage Area: Rated to cover up to 2100 sq ft, suited for open offices, classrooms, and larger commercial rooms.
• Automatic Lighting Control: Reduces manual switching by automatically responding to occupant presence and absence.

Technical Specifications

• list_batch: LEV-20260730
• Refer to manufacturer documentation for complete technical specifications.

Typical Applications

• Commercial Office Lighting Control
• Classrooms and Educational Facilities
• Warehouses and Storage Areas
• Conference Rooms and Open Work Areas
• Renovation and New Commercial Construction Lighting Retrofits

Why Leviton?

Leviton designs its commercial occupancy sensors with PIR detection and Self-Adaptive Technology to deliver dependable, low-maintenance lighting control for demanding commercial spaces. This commercial-grade construction is built to perform reliably across large coverage areas, helping facilities maintain consistent, code-conscious lighting control performance.