IQfy – Hotel Key Card Switch

The IQfy Hotel Key Card Switch acts as a occupancy detector and is able to release the energy in the hotel room.

Ermine window contact

セルフパワー、バッテリーフリーのワイヤレスウィンドウコンタクト。

Ermine Temperature Sensor

Self-powered, battery-free wireless temperature sensor.

Ermine Temperature and Humidity Sensor

Self-powered, battery-free wireless temperature and humidity sensor.

Ermine OSC – Ceiling Mounted Occupancy Sensor

The Ermine Ceiling Mounted Occupancy Sensor is wireless and self-powered making them one of the most costeffective ways to control energy-use in unoccupied rooms. The sensor harvests solar energy from indoor light and uses radio frequency technology to communicate wirelessly with other EnOcean-enabled devices, setting back temperature and turning off lights and electrical loads when

Ermine OSW – Wall Mounted Occupancy Sensor

The Ermine Wall-Mounted Occupancy Sensor is wireless and self-powered making them one of the most costeffective ways to control energy-use in unoccupied rooms. The sensor harvests solar energy from indoor light and uses radio frequency technology to communicate wirelessly with other EnOcean-enabled devices, setting back temperature and turning off lights and electrical loads when it

Ermine Light Sensor

セルフパワーのバッテリー不要のワイヤレス光センサー。

Ermine Pressure Sensor

Self-powered, battery-free wireless atmospheric pressure sensor.

CTL-ENOC-NA

The CTL-ENOC-NA wireless dimming controller works with EnOcean-based lighting control devices that require no batteries or external power. Using the Dim-to-Off capability of an Inventronics LED driver eliminated the need for an ac switch or relay for the easiest possible installation and a completely maintenance-free operation. The CTL-ENOC-NA is powered directly from the always-on auxiliary

Plug-in Controller

The wirelessly controlled ILLUMRA Plug-in Controller responds to self-powered wireless light switches and other ILLUMRA transmitters to provide ON/OFF control of lights and other plug-in devices. The controller may also respond to signals from wireless occupancy sensors to provide automatic control of electrical loads.