MOS-DT Ceiling Mount PIR and Acoustic Occupancy / Vacancy sensor
Solar powered wireless ceiling mount PIR and acoustic occupancy / vacancy sensor with integrated diagnostics.
TAP-31 Light Sensor, 0-1024 lux / 0-65535 lux
Photo sensor for daylight harvesting applications suitable for both closed and open loop day lighting applications
2 and 4-Channel Light Switch
2 or 4 channel light switch, white, wireless. Compatible with ECC, ECP, ECL & ECB Open-to-Wireless ready controllers.
Single and Double Rocker Light Switch
Decora style (US) single or double rocker light switch, white, wireless. Compatible with ECC, ECP, ECL & ECB Open-to-Wireless ready controllers.
SR04 RH – Space Sensor
Room humidity and temperature sensor, wireless, solar cell powered (optional battery available). Compatible with ECC, ECP, ECL & ECB Open-to-Wireless ready controllers.
SR65 – Outdoor Temperature Sensor
Outdoor temperature sensor, wireless, solar cell powered (optional battery available). Compatible with ECC, ECP, ECL & ECB Open-to-Wireless ready controllers.
SR65 VFG – Surface Temperature Contact Sensor
Surface temperature contact sensor, wireless, solar cell powered (optional battery available). Compatible with ECC, ECP, ECL & ECB Open-to-Wireless ready controllers.
SR65 TF – Cable Temperature Sensor
Duct temperature sensor, 39.4″ (1m) length, wireless, solar cell powered (optional battery available). Compatible with ECC, ECP, ECL & ECB Open-to-Wireless ready controllers.
SR65 AKF – Duct Temperature Sensor
Duct temperature sensor, wireless, solar cell powered (optional battery available). Compatible with ECC, ECP, ECL & ECB Open-to-Wireless ready controllers.
Distech Controls EDWSU-W Door/ Window Contact
The Door/Window Sensor can be easily mounted on any standard door or window frame to enable occupancy based control of lighting, HVAC and miscellaneous electric loads. The sensor uses radio frequency technology to communicate wirelessly with other EnOcean-based devices whenever it detects that a door or window has been opened or closed. For maximum efficiency