The new highly resistant mass flow meters and controllers Type 8756 from Bürkert Fluid Control Systems are based on the Coriolis measuring principle, which determines the mass flow independent of pressure and temperature. Thanks to the extensive measuring/control range and stable zero-point, even the smallest quantities of liquid can be measured, controlled, or dosed precisely with the highest repeatability.
The smallest quantities of substances have to be measured and controlled reliably and precisely for applications in thin-film coating technology, test benches, micro reaction technology, and the food and beverage industry, for instance when dosing aromas or fragrances. The new mass flow meters and controllers (MFM and MFC Type 8756) from Bürkert Fluid Control Systems are designed for practical application: It is based on the Coriolis measuring principle, which determines the mass flow of the medium.
The measurement is completely independent of the medium and any interference, such as changes to the pressure and temperature. They are characterised by their particularly high flow measuring accuracy of ± 0.2% of the measuring range ± 0.0014 kg/h and operate with an extremely high level of repeatability, even at very low flow rates. The sensor is ideal for a flow range up to 25 kg/h for water or media with similar dynamic viscosity and offers an unsurpassed large and fully usable measuring range greater than 1:250.
All parts which come into contact with media are made of high-quality stainless steel (AISI 316L), thus ensuring a high level of chemical resistance, even for aggressive media. Calibration with the real operating media is not required, since calibration is always carried out with water.
