wiSTAR Plug-in Switch Module

A simple solution for wireless control through any standard outlet. Controlling lamps and electronics in any room is simple when you use Hubbell Building Automation’s wiSTAR Plug-In Switch Module.

wiSTAR Rocker Pad (single, double) Self-powered, Wireless Switch

Self-powered wireless controls are simple to install. Hubbell Building Automation’s wiSTAR Single and Double Rocker Pads use EnOcean energy harvesting technology to communicate wirelessly with other wireless devices and provide convenient control of lighting, temperature and miscellaneous electric loads.

wiSTAR Occupancy Sensor Wall Mounted

Saving energy without sacrificing comfort can be effortless with occupancy based controls. Hubbell Building Automation’s wiSTAR Wall-Mounted Occupancy Sensors are wireless and self-powered making them one of the most cost-effective ways to control energy-use in unoccupied rooms.

wiSTAR Occupancy Sensor Ceiling Mounted

Saving energy without sacrificing comfort can be effortless with occupancy based controls. Hubbell Building Automation’s wiSTAR Ceiling Mounted Occupancy Sensor enables a new level of energy saving control for rooms, hallways and other common areas.

wiSTAR Key Card Switch Self-powered Wireless Occupancy Detection

Hubbell Building Automation’s wiSTAR Key Card Switch is one of the simplest, most economical ways to save energy through occupancy based control of lighting, HVAC and miscellaneous electric loads.

wiSTAR In-line Switch Module

A simple solution for wireless control of lighting and appliances.

Single Rocker Wireless Light Switch

Control one light or one group of lights with the Single Rocker Wireless Light Switch. Further information

HE 5670

IMOD ECO EnOcean Master

eHandle SecuSignal – Radio window handels for slide doors

Set consisting of radio window handels for slide doors (steel grey) and STM 250.

wiSTAR Self-Powered Wireless Light Sensor With Optional Occupancy Detection

Hubbell Building Automation’s wiSTAR Wireless Light Sensor has built-in solar cells that draw on available ambient light to power itself and can operate for up to 7 days in total darkness.