Leviton OSFLA-ITW is part of Leviton's PIR Fixture Mount Occupancy Sensor series, known for its advanced features and exceptional performance in lighting control applications. Equipped with a snap-lock offset adapter, this sensor offers added flexibility and ease of installation, making it suitable for a wide range of indoor and outdoor environments.

Key Features and Benefits:

• Snap-Lock Offset Adapter: The included snap-lock offset adapter allows for easy and secure installation, providing flexibility in mounting options and ensuring optimal sensor placement for enhanced coverage and detection accuracy.
• Versatile Voltage Compatibility: With compatibility across voltage ratings from 120V to 347V, the OSFLA-ITW sensor offers versatility and adaptability, making it suitable for a variety of lighting systems and applications, including commercial, industrial, and institutional settings.
• Reliable Occupancy Detection: Equipped with passive infrared (PIR) technology, the sensor provides reliable occupancy detection, activating lighting fixtures only when motion is detected within its coverage area, thereby optimizing energy efficiency and reducing electricity costs.
• Precision Lighting Control: The OSFLA-ITW sensor ensures precise lighting control, allowing users to customize settings such as sensitivity, time delay, and ambient light level threshold to meet specific requirements and preferences, enhancing comfort and convenience in the illuminated space.
• Durable Construction: Built to withstand demanding environments, this sensor features a rugged construction and is suitable for use in both indoor and outdoor locations, providing long-lasting performance and durability.
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Specifications:

• Voltage Range: 120V - 347V
• Mounting: Fixture Mount
• Coverage Area: Dependent on fixture and installation height

Common Uses:

Leviton OSFLA-ITW is well-suited for a variety of indoor and outdoor lighting applications, including warehouses, parking garages, stairwells, corridors, restrooms, storage areas, and loading docks, where reliable occupancy sensing and precise lighting control are essential for energy efficiency and safety.