AFMP Averaging Flow Measurement Tube (Pitot Tube)

● Pitot Tube: measures differential pressure caused by flow, combined with a differential pressure sensor to calculate flow.
● Multi-hole Structure: averages differential pressure readings from multiple points for stable and reliable measurements.
● High Sensitivity: low pressure drop within the tube allows for measurement of small values, with sensitivity up to 1 Pa.
● Durable Material: made of SS316, offering strong corrosion resistance and long-term stability in various environments.
● Environmentally Resistant: ideal for extreme conditions. Options for operating temperature up to 600 °C and pressure up to 10 bar.
● Dust Resistant: features a dust-resistant structure that resists clogging, ensuring stable flow measurement.

AFMP adapts the Pitot tube principle, where the combination of the Pitot tube and a differential pressure sensor is commonly used for flow measurement. It measures the differential pressure between the total pressure and the static pressure of the fluid, allowing for the calculation of fluid velocity. The difference between total and static pressure is known as dynamic pressure, which results from the fluid flow and is proportional to the square of the flow velocity. By measuring dynamic pressure, fluid velocity can be accurately determined.
The AFMP Pitot tube features a multi-hole structure, which averages pressures from multiple points to better represent the actual flow profile within the pipe, ensuring stable and precise measurements.