The Superstatic 440 is the heat and cooling meter with the most complete range of flows in the sector, from DN15 – DN 500 and qp 1,5 – 1500 respectively. The unique static measuring principle of fluid oscillation without moving parts and the robust design ensures a precise and correct measurement of flow over long time.
The modular, multi functional and freely programmable Supercal integrator with its vast variety of communication modules, e.g. bi-directional radio, M-Bus, LON, GSM etc, allows a wide application field and an easy integration in any district heating or building management system.
Solar Thermal Installation Approved
Over 30 different cooling liquids and unlimited blends are pre-programmed and available for free, for a correct cooling / solar thermal installation for best possible accuracy:-
The static heat meter with the unique measuring principle Superstatic 440:
The static heat meter that uses the unique fluid oscillation measuring principle The static heat meter Supestatic 440 is using a specific behaviour of liquids for the precise measurement of them: the fluid oscillation. The principle of fluid oscillation was developed by Sontex to its perfection and ensures a stable and precise measurement in a robust and reliable design that is resistant to impurities and poor water conditions. The static flow sensor is free of moving parts or other objects e.g. mirrors in the pipe that may be influenced by unexpected bad water quality or deposit. The design of the fluid oscillator flow sensor of the Superstatic 440 is highly modular, this means all replacement parts are the same over the whole range from qp 1 to 1500 m3/h.
Main features: The static fluid oscillation heat meter Superstatic 440 is designed and optimized for energy measurement in district heating and building control management systems:
The integrator unit Supercal 531 convinces by employment of multi-functional technologies as well as its modular concept. This covers, problem-free, specific customer requests e.g. a simplified system integration, tariff functions or a binding to a existing process system. It is suitable for the measurement of heating or cooling flow, and for the combined heating/cooling measurement. The integrator unit can be upgraded with up to two expandable communication modules like:
All of the above without damaging the validity of calibration.
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