Lanry Instruments (shanghai) Co. Ltd presents the Partially Filled Pipe Portable Doppler Flow Meter for Stream, a cutting-edge solution for accurate flow calculation and measurement. This versatile instrument is designed to calculate the cross-sectional area of partially filled pipes, open channel streams, or rivers, providing invaluable data for a wide range of applications.

The Partially Filled Pipe Portable Doppler Flow Meter for Stream, proudly manufactured by Lanry Instruments (shanghai) Co. Ltd, offers exceptional functionality and ease of use. With up to 20 coordinate points to describe the river's shape of cross section, this instrument delivers precise measurements, ensuring reliable results.

This advanced flow meter boasts a rechargeable battery that can work continuously for up to 50 hours, ensuring extended operation without the need for frequent charging. It combines the measurement of velocity, depth, and conductivity into a single device, saving time and effort for the user.

Featuring an impressive velocity range of 0.02mm/s to 12m/s in both directions, with an accuracy of 1%, the Partially Filled Pipe Portable Doppler Flow Meter for Stream guarantees precise flow measurements. The depth range spans from 0 to 10m, enabling comprehensive analysis of water bodies.

This instrument excels in versatility by measuring velocity in both forward flow and backflow, providing comprehensive insights into water flow patterns. The depth measurement is carried out using both pressure sensor and ultrasonic level sensor principles, ensuring accurate readings in various conditions.

To enhance its performance, the Partially Filled Pipe Portable Doppler Flow Meter for Stream is equipped with barometric and pressure compensation functions. This feature ensures accurate measurements, even in challenging environmental conditions. The IP68 epoxy-sealed body design allows for underwater installation, making it suitable for a wide range of applications.

For seamless data integration, the flow meter offers RS485/MODBUS output, enabling direct connection to a computer. This allows users to conveniently access and analyze the collected data, further enhancing the usability of the instrument.