Various display units with outputs are available to all meters as required by the customer. They are characterized by a very simple service by replacing the damaged parts on the spot. Due to their design, they do not require straight piping in front of or behind the gauge or other deployment conditions. The low pressure drop and high nominal pressure mean that the MAGNAUGHT flowmeters are suitable for both self-leveling machines, where due to the unique design of the rotors, they cause only minimal pressure losses, as well as equipment using pumps. They are characterized by high repeatability and accuracy over a wide range of fluid viscosity and flow rates, which are not influenced by pulsating flow, conductivity or viscosity. These meters are used to measure open channels such as streams or rivers. Alternate names of this device are flow rate sensor, liquid meter, flow gauge, indicator based on the industry but the working principle is the same.

The magnets placed in the rotors transmit each revolution to the evaluation unit and then the Reed contact itself or the Hall Effect output (or another depending on the type of the evaluation unit and its outputs). What is a Flow Meter Definition: A device that is used to gauge the mass of liquid or gas or volume is known as a flow meter. The design of these flowmeters is based on the principle of two oval rotors, which are rotated when the fluid flows through the meter. It can also be a complex system with complete control adapted to the operating conditions in the gloves, including interference with the environment with its own active valve control. Single doses can be in a wide range of sizes and speeds with repeatability of 0.2%. Thanks to these advantages, these meters are also used in dosing processes in various operations. Significant advantages are almost zero pressure drops, even very aggressive and heavily polluted liquids, high stability and metrological stability of measurement that is not affected by pressure, temperature, viscosity or solids content. In practice, this means that the medium measured in this way must have at least the minimum conductivity (the minimum required electrical conductivity required) to cause a voltage proportional to the flow on the meter’s electrodes. Thus, the velocity of the fluid flow, which represents the motion of the conductor, induces electrical voltage in the homogeneous magnetic field. Inductive flow meters operate on the principle of Faraday’s law of electromagnetic induction.

Flow meter