The GUNT HM 220.01 Venturi Tube demonstrates the fundamentals of fluid mechanics, including Bernoulli’s principle and the continuity equation. The Venturi tube enables practical application and clear evaluation of these principles in the experimental plant HM 220. The accessory generates a Venturi-shaped cross-sectional profile in the measuring section, allowing measurement of static pressure at various points. The difference between total and static pressure corresponds to the dynamic pressure, which can be used to calculate flow velocity of an incompressible, steady flow.
Product Features
- Demonstrates Bernoulli’s principle and the continuity equation
- Generates a Venturi-shaped flow profile in the measuring section
- Static pressure measured via multiple pressure measuring points
- Dynamic pressure calculated from total and static pressure difference
- Promotes in-depth understanding through illustrative experiments
Benefits
- Provides hands-on learning of fundamental fluid mechanics concepts
- Enables clear evaluation of flow velocity and pressure changes
- Suitable for classroom and laboratory demonstrations
- Enhances comprehension of theoretical principles through practical experiments
Why Choose GUNT HM 220.01 - Venturi Tube?
The GUNT HM 220.01 Venturi Tube is an ideal accessory for the experimental plant HM 220, allowing students and researchers to practically apply Bernoulli’s principle and the continuity equation, and to observe dynamic and static pressure relationships in incompressible, steady flows.
