Turbine Flow Meter By Beda Flow Systems Pvt. Ltd.

In order to meet the diverse requirements of esteemed clients, we are delivering a wide and superior range of Turbine Flow Meter. These flow meters offered by us are manufactured utilizing optimum grade raw materials at vendor base. Our offered flow meters are ideally suitable for monitoring of clear, opaque, neutral, corrosive & aggressive liquids. The Turbine Flow Meter provided by us is  demanded in the international market because of its outstanding accuracy and abrasion resistant nature. Features   Compact design Reliable functioning Robust construction Further Details   We are a prestigious supplier, manufacturer, trader, importer and exporter of Turbine Durchfluss Sensor. The offered device is made in our well equipped production facility and is properly quality tested before each delivery. Our customers demand this sensor in high numbers due to compact design, reliable functioning, robust construction and long life. This Turbine Durchfluss Sensor is carefully packed in a durable and water poof box to ensure safety during transit.  Turbine flowmeters are units designed to be precise and reliable, and can be used in many applications. VTR flow-meters can be installed even under the harshest application conditions in the oil, petrochemical and the, chemical industries as well as in other industry sectors. The range of nominal widths spans from 10mm to 500mm for the flanged version and from 10mm to 50mm for the version with threaded connection. All flowmeters in the VTR series are individually calibrated. A wide selection of electronic processing and indicator units are available. Functioning Principle Basically, the VTR consists of a rotor, the housing and the measurement pick-up. The flow of fluid sets the rotor in to motion. When the rotor blades interrupt the magnetic field lines of the pick-p, the motion of the rotor is detected. Because of the specific inner diameter, the turbine's revolutions are directly proportional to the flow. The turbine revolution is detected using an external sensor. The output signal is a flow-proportional frequency(pulse form). Further processing of the signal can follow using a separate processing and indicator unit.