TH Series High-Speed Ultrasonic Flow Sensors/Flow Meters

TH series high-speed straight-through ultrasonic flow sensors/ flow meters are compact and can measure and output without an external circuit system.Ultrasonic flow sensors / ultrasonic flow meters can be easily integrated into the customer's existing fluid system through the pagoda connector of the fluid.Its accuracy is up to ±2% and its sampling frequency is up to several hundred hertz. It has the advantages of high speed, high accuracy, high sensitivity and high reliability.Ultrasonic flow Sensors/flow meters accurately capture the high-velocity pulsation characteristics of liquids in the test flow path. And they can monitor the leakage state after the valves are fully closed, helping companies and researchers to obtain critical data to improve the efficiency of artificial heart valve development, production and testing.

·Designed for heart valves and hemodynamic testing.
·Sampling frequencies are up to several hundred hertz.
·Measurement accuracy is up to ±2%.
·Accurately capture the high velocity pulsation characteristics of the fluid in the test flow path.
·Monitor leakage status after valves are fully closed.
·Support bi-directional measurement and calculate fluid volume.
·Equipped with bubble detection, quantitative filling, flow switch function.
·Circuitry is integrated within the flow sensors/flow meters, no need for external calculation and processing systems.
·No clogging, no steering, no dead space, low fluid pressure loss.
·Standard outputs available for seamless integration into customer systems.

·Medical device testing systems: such as testing of blood dialyzers, artificial hearts, organ transplantation systems, artificial heart-lung machines, blood pumps.
·Biopharmaceutical processes & equipment: such as reaction vessels, fermenters, cell culture equipment, vaccine production, tangential flow filtration systems, liquid chromatographs.
·Fluid monitoring in manufacturing processes: such as high purity water transfer lines.
·Food & beverage processing: such as milk, juice, beer production processes.
·General industry: such as filling equipment, spraying equipment, cooling systems, lubrication systems, oil piping systems.
·Scientific laboratory systems.
·Water and wastewater treatment systems.