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Heat/Cool Meter
Stop valve DN40 with M10 threaded temperature probe holder
Stop valve with M10 threaded temperature probe holder for DN40 systems.
Stop valve DN32 with M10 threaded temperature probe holder
Stop valve with M10 threaded temperature probe holder for DN32 systems.
Stop valve DN25 with M10 threaded temperature probe holder
Stop valve with M10 threaded temperature probe holder for DN25 systems.
Stop valve DN20 with M10 threaded temperature probe holder
Stop valve with M10 threaded temperature probe holder for DN20 systems.
Stop valve DN15 with M10 threaded temperature probe holder
Stop valve with M10 threaded temperature probe holder for DN15 systems.
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 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 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 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 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 NB-IoT heat/cool energy meter MyHCM2 DN40, average flow rate 10.0 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 long-term reading stability.
Ultrasonic NB-IoT heat/cool energy meter MyHCM2 DN32, average flow rate 6.0 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 long-term reading stability.
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.
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 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 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 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 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 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.
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