z.B. Japan

PTM 535J – Wireless Transmitter Module

The radio transmitter modules PTM 535, PTM 535U and PTM 535J from EnOcean enable the implementation of wireless sensors and switches without batteries. Key applications are handheld remote controls or industrial switches. PTM can be connected to the energy converter ECO 200 from EnOcean GmbH via a contact spring. Technical information and more detailed infromation

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