92F

Prosonic Flow In‑Line Flowmeter Measures The Flow Of Medium Flowing Through The Measuring Pipe Via Sensor Pairs On Both Sides. The Sensor Pairs Are Mounted At A Certain Angle On Opposite Sides Of The Flowmeter, I.E. The Sensor On One Side Is Located Downstream Of The Sensor On The Other Side. Acoustic Signals Propagate Between The Sensor Pairs, And The Flow Signal Of The Medium Can Be Obtained By Calculating The Transit Time Of Each Group Of Signals. The Propagation Speed Of Acoustic Waves In The Downstream Direction Is Higher Than That In The Upstream Direction. Therefore, A Transit Time Difference (ΔT) Of Acoustic Signals Is Generated. Based On The Transit Time Difference (ΔT), The Flow Velocity Of The Medium Between The Sensor Pairs Can Be Calculated. Taking The Medium Flow Velocity Measured By Each Sensor Pair, Pipe Cross‑Sectional Area And Fluid Dynamic Performance Into Comprehensive Consideration, The Measuring System Calculates The Volumetric Flow Of The Fluid. Even If The Flowmeter Is Installed Behind Typical Flow‑Field Disturbances (E.G. Single‑Or Multi‑Directional Elbows), The Structural Design And Mounting Position Of The Sensors Ensure Only Short Straight Pipe Sections Are Required. Advanced Digital Signal Processing Is Used For Flow Measurement Process Verification, Reducing Uncertainty In Multiphase Flow Measurement And Enhancing Measurement Reliability.

In‑Line Type, For Chemical Industry

Prosonic Flow F Is An In‑Line Sensor With Robust Industrial Design, Which Is An Ultrasonic Flowmeter. Combined With The Loop‑Powered Prosonic Flow 92 Transmitter, It Features High Accuracy And Low Cost With Simple System Integration, Making It An Ideal Choice For Chemical And Petrochemical Industries. • The Selection Of Measuring Principle Is Not Limited By Pressure, Density, Temperature, Conductivity And Viscosity • In‑Line Measurement, Suitable For Measuring Homogeneous Conductive And Non‑Conductive Liquids In Chemical And Petrochemical Industries