EnOcean Wireless Single Channel CT Clamp

Measure energy consumption at a circuit, zone or machine level, in real time Pressac’s wireless current sensors (CT) measure the alternating current (AC) and report the average of 5 measurements every 30 seconds. The small, energy-harvesting devices use ultra-low power wireless and battery-less technology making them easy to install and very low maintenance. They simply

EnOcean Wireless Single Channel CT Clamp

Measure energy consumption at a circuit, zone or machine level, in real time Pressac’s wireless current sensors (CT) measure the alternating current (AC) and report the average of 5 measurements every 30 seconds. The small, energy-harvesting devices use ultra-low power wireless and battery-less technology making them easy to install and very low maintenance. They simply

EnOcean Wireless Three Channel CT Clamp

Measure energy consumption at a circuit, zone or machine level, in real time Pressac’s wireless current sensors (CT) measure the alternating current (AC) and report the average of 5 measurements every 30 seconds. The small, energy-harvesting devices use ultra-low power wireless and battery-less technology making them easy to install and very low maintenance. They simply

EnOcean Wireless Three Channel CT Clamp

Measure energy consumption at a circuit, zone or machine level, in real time Pressac’s wireless current sensors (CT) measure the alternating current (AC) and report the average of 5 measurements every 30 seconds. The small, energy-harvesting devices use ultra-low power wireless and battery-less technology making them easy to install and very low maintenance. They simply

EnOcean Wireless Three Channel Temperature Sensor

Measure and monitor ambient, surface or liquid temperatures, in real time Pressac’s wireless three-channel temperature sensors allow you to measure and monitor ambient, surface or liquid temperatures in a room, machine or inside a pipe, at up to three different points. The small, battery-powered devices use ultra-low power wireless technology making them easy to install

EnOcean Wireless Three Channel Temperature Sensor

Measure and monitor ambient, surface or liquid temperatures, in real time Pressac’s wireless three-channel temperature sensors allow you to measure and monitor ambient, surface or liquid temperatures in a room, machine or inside a pipe, at up to three different points. The small, battery-powered devices use ultra-low power wireless technology making them easy to install

EnOcean Wireless CO2, Temperature and Humidity Sensor

Measure the indoor air quality in each room or zone Our wireless multi-sensors measure and monitor the carbon dioxide (CO2) levels, ambient temperature and relative humidity in a room or zone. The small wireless CO2 sensors simply stick onto the wall and are solar-powered using ambient room light, making them easy to install and very low maintenance.

EnOcean Wireless CO2, Temperature and Humidity Sensor

Measure the indoor air quality in each room or zone Our wireless multi-sensors measure and monitor the carbon dioxide (CO2) levels, ambient temperature and relative humidity in a room or zone. The small wireless CO2 sensors simply stick onto the wall and are solar-powered using ambient room light, making them easy to install and very low maintenance.

USB 400J – USB Gateway

USB 400J is a USB stick gateway which connects PC’s, consumer devices, DSL boxes and other USB master devices to the world of EnOcean based wireless products. The USB stick gateway is equipped with the TCM transceiver gateway module. It provides bidirectional EnOcean radio and bidirectional serial interface via USB. Radio messages are sent and

EMCSJ – Magnet Contact Sensor (928 MHz)

EMCSA is an energy-harvesting wireless magnet contact sensor for EnOcean systems. Powered by a solar cell, EMCSA works absolutely maintenance-free. An integrated energy store allows operation for several days in total darkness. In dark surroundings, a coin cell battery can be retrofitted. The small housing can easily be mounted to windows or door frames or