Leviton OSFLO-W is an essential accessory in the Leviton Snap-Lock Offset Adapter series, offering convenient and reliable mounting solutions for the OSHFU sensor series. Designed to complement the OSHFU sensors, this adapter enhances the flexibility and ease of installation, allowing users to achieve precise positioning and coverage for efficient occupancy sensing.

Key Features and Benefits:

• Compatible with OSHFU Sensors: The OSFLO-W snap-lock offset adapter is specifically engineered to work seamlessly with Leviton's OSHFU sensor series, ensuring compatibility and optimal performance when installing the sensor in various indoor and outdoor environments.
• Snap-Lock Mechanism: Featuring a snap-lock mechanism, this adapter enables quick and secure attachment of the OSHFU sensor, eliminating the need for additional tools or hardware during installation. This ensures a hassle-free mounting process and helps save time and effort.
• Offset Design: The offset design of the adapter provides flexibility in sensor placement, allowing users to position the sensor precisely according to the specific requirements of the application. This versatility ensures maximum coverage and accurate detection of occupancy within the monitored area.
• Durable Construction: Crafted from high-quality materials, the OSFLO-W adapter offers durability and reliability, making it suitable for use in demanding environments. Its robust construction ensures long-lasting performance and helps maintain the integrity of the sensor installation over time.
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Specifications:

• Model: OSFLO-W
• Compatibility: Designed for use with Leviton OSHFU sensor series
• Mounting: Snap-lock mechanism

Common Uses:

Leviton OSFLO-W snap-lock offset adapter is ideal for a wide range of applications, including commercial buildings, industrial facilities, warehouses, parking garages, and outdoor areas where precise and reliable occupancy sensing is required. It is particularly beneficial in environments where flexibility in sensor placement is essential to achieve optimal coverage and performance.