Eaton OS306U-W 600W Wall Mount Occupancy Vacancy Sensor – White

Overview

Meet the Eaton OS306U-W 600W wall mount occupancy vacancy sensor. This compact, high-gloss white device fits in most standard wallboxes and pairs with decorator-style wallplates for a clean, modern look. It provides hands-free light control for 120V spaces, helping you streamline lighting usage without compromising comfort.

Smart sensing that adapts to your space

The sensor covers up to 450 square feet with a 180-degree field of view, reliably detecting motion to turn lights on and off when the room is empty. A configurable delay lets you choose how quickly lights transition after activity ends, ranging from 5 seconds to 30 minutes. Integrated light-level sensing adds another layer of efficiency by preventing unnecessary illumination when ambient light is sufficient.

• 450 sq ft coverage with 180-degree sensing
• Motion-triggered on, occupancy-based off
• Adjustable 5 seconds to 30 minutes off-delay
• Ambient light sensing for smarter control

Flexible installation and durable design

Wire it as a single-pole or 3-way device to suit your layout. The OS306U-W runs on 120V and does not require a neutral connection, easing retrofits in existing wiring. A high-gloss white finish complements many decors and works with decorator or designer screwless wallplates. It also includes electrostatic discharge protection and prevents leakage to the load when off.

• 600W capacity for a wide range of loads
• No neutral required, simplifying wiring
• Electrostatic discharge protection; no off-state leakage
• Compatible with decorator and designer wallplates

With Eaton’s long-standing commitment to safe, energy-conscious wiring devices, the OS306U-W offers a practical way to control lighting in offices, hallways, and living spaces. It delivers hands-off operation without compromising decor or reliability.

Real-world use scenarios

Ideal for classrooms, work areas, closets, and entryways, this sensor can help you maintain comfortable lighting when needed while reducing waste. The possibilities depend on usage patterns, but many spaces benefit from automatic control that respects ambient light and occupancy.