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Featured Products
HUB for managing MyVirtuoso Home devices and for data collection and analysis.
Modulating Wi-Fi chronothermostat (OpenTherm) simple to use, compatible with OpenTherm boilers and always connected
230 Vac actuator module with integrated single-phase power meter (maximum current 16A per contact/meter), Wi-Fi enabled and compatible with the Smart Life app
230 VAC actuator module with integrated single-phase power meter (maximum current 16A per contact/meter), Wi-Fi enabled and compatible with the Smart Life app.
A charging station for electric vehicles, with a power of 7 kW, and a Modbus communication interface. The device can also be controlled via the MyVirtuoso Home smart home system.
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Z-Wave interface/actuator for ModBus PV inverters, electric smart meter charging stations
The interface monitors the operation of PV inverters, charging stations and electric meters that support the Modbus protocol
Wi-Fi Chronothermostat MFCB for 2/4-pipe fan coil systems, with 3-speed control and 0–10 Vdc output, ModBus slave communication port, White
Wi-Fi Chronothermostat MFCB for 2/4-pipe fan coil systems, with 3-speed control and 0–10 Vdc output, ModBus slave communication port, White.
Top ten Products
Plastic radiator valve adapter to fit M30 digital thermostatic head to Caleffi valve.
TTD101: stand alone digital thermostatic head designed to detect the room temperature and automatically regulate the radiator water flow. Manual programming or via TTD USB Programmer cable (not included).
Plastic radiator valve adapter to fit M30 digital thermostatic head to M26 Pintossi valve.
Adapter for coupling thermostatic and electrothermal controls with GIACOMINI valves
Plastic radiator valve adapter to fit M30 digital thermostatic head to M28 Herz valve.
Plastic radiator valve adapter to fit M30 digital thermostatic head to F.A.R. valve.
Products
NB-IoT energy consumption meter, programming via cloud platform
You can programme TTD101 by hand or you can use our convenient programming stick to copy your personally specified heating and economy times onto all your EcoDHOME energy-saving radiator thermostats at your home which have a programming port in a matter of seconds.
TTD101: stand alone digital thermostatic head designed to detect the room temperature and automatically regulate the radiator water flow. Manual programming or via TTD USB Programmer cable (not included).
Ultrasonic heat/cool energy meter MyHCM2 DN15, average flow rate 1.5 m³/h, with Modbus interface and MID certification
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy metering—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic heat/cool energy meter MyHCM2 DN20, average flow rate 2.5 m³/h, with Modbus interface and MID certification
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy metering—both heating and cooling—and use ultrasonic technology to ensure long-term reading stability.
Ultrasonic heat/cool energy meter MyHCM2 DN25, average flow rate 3.5 m³/h, with Modbus interface and MID certification
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy metering—both heating and cooling—and use ultrasonic technology to ensure long-term reading stability.
Ultrasonic heat/cool energy meter MyHCM2 DN32, average flow rate 6.0 m³/h, with Modbus interface and MID certification
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy metering—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic heat/cool energy meter MyHCM2 DN40, average flow rate 10.0 m³/h, with Modbus interface and MID certification
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy accounting—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic Heat/Cool meter DN15 average flow rate 1.5 m3/h with pulse interface
Heat/Cool meters are devices designed to detect the thermal energy supplied by a source, measuring the temperature variation between the system inlet and outlet.
Ultrasonic heat/cool meter MyHCM2 DN100, average flow rate 60.0 m³/h, with Modbus interface, MID certified
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for measuring thermal energy—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic heat/cool meter MyHCM2 DN65, average flow rate 30.0 m³/h, with Modbus interface, MID certified
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for measuring thermal energy—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic heat/cool meter MyHCM2 DN80, average flow rate 40.0 m³/h, with Modbus interface, MID certified
Smartdhome heat/cool meters from the MyHCM2 series, MID certified, are ideal for measuring thermal energy—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic NB-IoT heat/cool energy meter MyHCM2 DN15, average flow rate 1.5 m³/h, MID certified
Smartdhome NB-IoT heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy metering—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic NB-IoT heat/cool energy meter MyHCM2 DN20, average flow rate 2.5 m³/h, MID certified
Smartdhome NB-IoT heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy metering—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
Ultrasonic NB-IoT heat/cool energy meter MyHCM2 DN25, average flow rate 3.5 m³/h, MID certified
Smartdhome NB-IoT heat/cool meters from the MyHCM2 series, MID certified, are ideal for thermal energy metering—both heating and cooling—and use ultrasonic technology to ensure maximum reading stability over time.
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