Daintree® WOS2

The WOS2 family of wireless Passive Infrared (PIR) battery-powered indoor occupancy sensors, provide zonal lighting control on the Daintree Networked platform.

Features & Benefits

  • Works on Daintree Networked Wireless Controls System
  • WOS2 is a battery-powered occupancy sensor utilizing passive infrared (PIR) sensing technology to detect movement
  • Reports real-time occupancy events to turn lights on or keep them on when movement is detected, and turn lights off when a space is vacant
  • Available in recess mount, ceiling mount and wall mount options
  • Installation is quick and easy without the need for any wires or plenum access
  • Suitable for many applications, including commercial office, retail, and education
Where To Buy
SPEC SHEET

Specifications

Controls Platform
Daintree Networked
Sensor Type
Occupancy
Sensor Coverage
Standard coverage: 360°, up to 500 sq. ft (46.45 sq. m)
Lensing
Wall Mount: Wide-Angle Lens, Long-Range Lens
Power Supply
(2) AA 3.6V Lithium-thionyl chloride battery (included)
Radio Properties
2.4 GHz, +7dBm transmit power
Operating Temp
-10 to 50
Diameter
3.7
Weight
0.179
Ratings
Dry

Product Documents

Easy Installation

Installation is quick and easy without the need for any wires or plenum access, while its sleek, low-profile design will complement any office or professional environment. The device is completely wireless, making it ideal for retrofit and renovation projects.

Real-Time Reporting

The WOS2 is a battery-powered occupancy sensor utilizing passive infrared (PIR) sensing technology to detect movement. As part of the Daintree Networked system and using open, standards-based ZigBee wireless communications, the WOS2 reports real-time occupancy events to turn lights on or keep them on when movement is detected, and turn lights off when a space is left vacant.

Remote Monitoring

The sensor’s off-delay timer is user-configurable from any location using the Daintree Controls Software web application, eliminating the need for on-site, manual sensor adjustment.