These probes also operate on Bernoulli’s principle but are capable of measuring 2-dimensional and 3-dimensional flow velocity, respectively.

These probes also operate on Bernoulli’s principle but are specially designed to measure flow velocity in two dimensions (2D) and three dimensions (3D), respectively. Unlike conventional Pitot tubes that sense only the axial component of flow, these advanced probes accurately detect flow direction and magnitude across multiple axes. This makes them highly suitable for complex flow environments where turbulence, swirl, or non-uniform flow patterns are present.

They are widely used in aerodynamic studies, wind tunnel experiments, HVAC systems, duct flow diagnostics, environmental monitoring, and industrial process measurements. By providing directional flow data, these probes help engineers analyze flow behavior more precisely and optimize system performance.

Key Features & Advantages

• Multi-axis measurement for accurate 2D or 3D flow velocity detection.

• Enhanced analysis of complex flow fields, including swirl, cross-flow, and turbulence.

• Based on Bernoulli’s principle, ensuring reliable and proven measurement methodology.

• Ideal for research and industrial applications, especially where directional flow is critical.

• High sensitivity and fast response, suitable for dynamic flow conditions.

• Durable construction with corrosion-resistant materials for long service life.

• Compatible with standard differential pressure sensors and data acquisition systems.

• Customizable geometry to suit specific duct sizes, airflows, or experimental setups.