STM 43xJ – Wireless Sensor Module

The extremely power saving RF transmitter module STM 33x/ STM 431J of EnOcean is optimized for realization of wireless and maintenance free temperature sensors, or room operating panels including set point dial and occupancy button with a minimum number of external components. The module provides an integrated calibrated temperature sensor. STM 33x/ STM 431J also

STM 32xJ – Wireless Sensor Module

The extremely power saving RF transmitter module STM 32x/ STM 429J of EnOcean enables the realization of wireless magnet contact sensor. Powered by a solar cell it works absolutely maintenance-free. Technical information and more detailed infromation on: STM 320 (868 MHz for Europe) STM 329 (868 MHz for Europe) STM 320U (902 MHz for North

Wall Mounted Occupancy Sensor – EOSW (OEM)

Wall-Mounted Occupancy Sensor is wireless and self-powered making it 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 detects that

LENO-802 EnOcean Interface

LENO EnOcean Interface

Ermine Switch Controller

Switch relay.

Ermine WiFi Gateway

Ermine WiFi (TCP/IP)-Gateway.

Ermine Pressure Sensor

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

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 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 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