Static Meters:
Superstatic heat and cooling meters use a static measurement principle, hence without moving parts. Available in a wide range of flow rates, they are used in building technology and automation and in district heating. The fluidic oscillator principle guarantees the precision and stability of measurements for reliable flow and energy readings. Superstatic heat meters also work perfectly if the water is dirty or if magnetite deposits build up in the pipes. The fluidic oscillator principle was developed by NASA and refined by Sontex for measurement purposes.
Calculator:
This devices calculates thermal energy or flow using a flow meter and two temperature sensor installed on supply and return pipes. The consumption information can be transmitted through M-bus, LON or BACnet protocols.
A compact heat meter containing a flow meter, two temperature sensor and a calculator to measure heating and cooling energy in a wide field of applications in home automation and can be easily integrated into a building management system through M-bus protocols.
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