AdvancedIO Phase
AdvancedIO Phase
AdvancedIO Phase is a compact device intended for the measurement of electric energy consumption of connected devices.
AdvancedIO Phase measures phase voltage (directly), phase current (indirectly) and the frequency. Using these data, the device can calculate individual power and energy consumption of a device, or detect an error on the connected device.
AdvancedIO Phase includes four relays with maximum switching current 5 A and voltage 250 VAC. These can be used for switching the measured load or other device in the installation.
The whole device can be a part of the Industry 4.0 platform and is controlled through a serial interface RS485 using the industrial communication protocol Modbus/RTU, or through ethernet interface using the industrial communication protocol Modbus/TCP. The Ethernet connection also has the MQTT protocol implemented. This allows easy addition of device and measurements to an existing IoT system.
The integrated display with buttons allows for control of the individual outputs manually, as well as monitoring the state of the inputs/outputs in real-time. In case a wireless solution is needed, the communication can be executed through Wifi, or one of many radio modules in our selection (434 MHz, 868 MHz, Sigfox, NB-IoT, 3G/GSM, LoRaWAN).
The device can be easily mounted on a DIN rail.
AdvancedIO Phase measures phase voltage (directly), phase current (indirectly) and the frequency. Using these data, the device can calculate individual power and energy consumption of a device, or detect an error on the connected device.
AdvancedIO Phase includes four relays with maximum switching current 5 A and voltage 250 VAC. These can be used for switching the measured load or other device in the installation.
The whole device can be a part of the Industry 4.0 platform and is controlled through a serial interface RS485 using the industrial communication protocol Modbus/RTU, or through ethernet interface using the industrial communication protocol Modbus/TCP. The Ethernet connection also has the MQTT protocol implemented. This allows easy addition of device and measurements to an existing IoT system.
The integrated display with buttons allows for control of the individual outputs manually, as well as monitoring the state of the inputs/outputs in real-time. In case a wireless solution is needed, the communication can be executed through Wifi, or one of many radio modules in our selection (434 MHz, 868 MHz, Sigfox, NB-IoT, 3G/GSM, LoRaWAN).
The device can be easily mounted on a DIN rail.
Electrical connection
Energy metering using MQTT protocol
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