TVT Technology Portable Ultrasonic Flow Meter with Non-invasive Clamp-on Design and Built-in Data Logger for Irrigation

PH301 Portable Ultrasonic Flow Meter — monitor liquid flow freely from site to site.
Flo-Instruments' PH301 is a highly accurate, non-invasive portable ultrasonic flow meter designed for liquid flow measurement. It uses advanced digital signal processing technology to deliver reliable flow measurement across a wide range of liquids and pipe sizes with high accuracy.
PH301 is the ideal tool for testing and validating flow. The battery-operated portable meter uses clamp-on transducers to measure flow through the pipe wall. One transducer set is provided for optimal performance with pipes ranging from 1" to 200" in diameter, and it works with most commonly used and special pipe materials.
The clean, large screen makes it easy to enter pipe diameter, wall thickness, and pipe material. PH301 can run for up to 12 hours on its built-in rechargeable battery. Monitoring flow over time is simple with the built-in data logger: the 2 GB SD card supports up to 512 files with intervals ranging from 1 second to 86,400 seconds. Data can be downloaded to a PC via USB flash drive.
PH301 features a high protection level — IP65 transmitter and IP68 transducer — and supports bidirectional measurement with a totalizing function. Optional magnetic guide rail or pipe-strap mounting accessories are available.

TVT (Transit-Time Vortex) technology represents a cutting-edge approach to ultrasonic flow measurement. It combines the principles of transit-time ultrasonics with the ability to harness the vortex shedding phenomenon, delivering exceptional accuracy and versatility in ultrasonic flow meters. This innovative integration enhances accuracy, versatility, and performance, making it well-suited for a wide range of applications across various industries and a valuable solution for industries requiring precise flow measurements under varying flow conditions.

TVT technology excels in applications where fluid flow conditions vary between laminar and turbulent. The incorporation of vortex shedding data enhances accuracy in challenging flow environments.

TVT technology is versatile and suitable for a wide range of fluid types, including liquids with varying viscosities and densities.