Hubbell AD2001I2 wall switch vacation relay for 120/277V applications provides automatic lighting control to simulate occupancy, enhancing security and energy savings. Ivory finish suits standard decor. Ideal for residential and commercial use.

Occupancy & Vacancy Sensors The Hubbell Wiring AD2001I2 is a high-performance occupancy and vacancy sensor designed for efficient energy management in commercial and industrial environments. With a dual voltage capability of 120/277V, this sensor is engineered to automate lighting controls, ensuring energy savings and enhanced user convenience.

Key Features

• Dual Voltage Operation: Compatible with both 120V and 277V systems, providing flexibility for various installation scenarios.
• Advanced Sensor Technology: Utilizes passive infrared (PIR) sensing to detect occupancy and movement, facilitating automatic lighting control.
• Vacancy Mode: Allows users to manually turn on lights and set a timeout period for automatic shut-off, promoting energy efficiency.
• Robust Construction: Built with high-quality materials for durability and reliability in demanding environments.
• Easy Installation: Designed for quick and straightforward mounting, reducing labor time and installation costs.

Applications

• Ideal for use in commercial offices, classrooms, restrooms, and any space where energy-saving lighting control is desired.
• Compatible with standard electrical systems, making it suitable for retrofitting existing installations.
• Operates effectively in diverse environments, from retail spaces to industrial facilities, ensuring optimal functionality.

Benefits

• Energy Savings: Automatically turns lights on and off based on occupancy, significantly reducing energy consumption and costs.
• Enhanced User Experience: Provides convenience and comfort by ensuring lights are only on when needed.
• Increased Lifespan of Lighting Fixtures: Reduces unnecessary usage of lighting, leading to longer fixture life and lower maintenance costs. --- Product information compiled with AI assistance for reference purposes.