Occupancy and vacancy sensors maximize energy savings, ensuring that lights are turned off or to a lower level when spaces are unoccupied or adequate daylight exists.

Ceiling Sensors

Combines PIR and Ultrasonic for hard to sense spaces when maximized sensitivity is required.

Ideal for:

• Executive Offices
• Class Rooms
• Large conference rooms

Wall Sensors

Passive infrared technology detects heat emitted from a human body in motion and relies on a clear line of sight.

Ideal for:

• Small Office
• Conference rooms

DT-305 Low Voltage Dual Technology Ceiling Sensor

The DT-305 Dual Technology Ceiling Sensors combine the benefits of passive infrared (PIR) and ultrasonic technologies to detect occupancy. Resulting in energy savings by almost eliminating false triggers. Sensors have a flat appearance and provide 360 degrees of coverage in 1,000 SqFt.

The CI-305 Series Passive infrared (PIR) Ceiling Sensors provide 360° coverage to detect occupancy in the controlled area. These low-profile sensors reliably control lighting in a variety of applications.

The PW-311 Passive Infrared 0-10V Dimming Wall Sensor can provide outstanding energy control performance by turning lights OFF and ON based on occupancy and allow the user to increase or decrease the lighting levels. This device is designed to work in a variety of small and medium-sized applications that have a direct line of sight to the device, including rooms such as private restrooms, offices and small conference rooms.

The DSW-301 Dual Technology Wall Sensor turns lights OFF and ON based on occupancy. It combines the benefits of passive infrared (PIR) and ultrasonic detection technologies. The DSW-301 replaces existing wall switches and fits behind a standard decorator wall plate. Defaults to Manual-On operation for maximum energy savings.

The PW-301 Passive Infrared (PIR) Wall Sensor can turn lights OFF and ON based on occupancy. It is characterized by high sensitivity to large movements, appealing aesthetics, and a variety of features. Defaults to Manual-On operation for maximum energy savings.