Key Features
• Circular-Section Venturi Tube: Built for longevity, the robust Venturi tube ensures consistent performance for a variety of hydraulic experiments.
• Multiple Static Head Manometers: Equipped with multiple manometers for direct measurement of static heads, ensuring precision and reliability.
• Transparent Manometer Tubes: The transparent design of the manometer tubes allows for an intuitive and visual display of fluid levels, enhancing the educational experience.
• Compact & Easy to Operate: The setup is designed to be compact and user-friendly, suitable for both beginners and advanced users.
• Vertical Manometer Tube Placement: The manometer tubes are positioned vertically for ease of reading and accurate measurements.
• Integrated Air Pressure Control Valve: A manifold located above the tubes features an air pressure control valve for precise pressure regulation during experiments.
• Adjustable Base and Manometer Scale: The base includes adjustable feet for stability, and the manom Durable eter panel has a scale behind the tubes for direct water level readings.

Experimental Capabilities
• Comprehensive Study of Venturi Meter & Bernoulli’s Theorem: In-depth experimentation on Bernoulli’s Theorem and the functionality of a Venturi meter.
• Static Head Measurement: Direct measurement of static head distribution along the Venturi tube, essential for analyzing fluid flow dynamics.
• Experimental and Theoretical Comparison: Comparison of experimental results with theoretical predictions to evaluate fluid behavior.
• Discharge Coefficient Measurement: Measurement of the discharge coefficient of the Venturi meter at various flow rates for accurate performance analysis.

Technical Specifications
• Maximum Flow Rate: 27 L/min or higher, offering a wide range of experimentalapplications.
• Venturi Inlet Diameter: Minimum 25 mm for precise fluid flow measurement.
• Venturi Throat Diameter: Minimum 15 mm, ensuring accurate velocity and pressurereadings.
• Venturi Outlet Diameter: Minimum 25 mm, maintaining consistent flow characteristics.
• Upstream Taper Angle: 22.6°, allowing optimal acceleration of fluid velocity.
• Downstream Taper Angle: 6.4°, facilitating effective pressure recovery and fluiddeceleration.
• Manometer Scale: Measured in millimeters for precise and easy reading of fluid levels. Pressure Tapping Points: Minimum of 11 tapping points for accurate static pressure measurements.

• Manometer Tube Range: 0 to 400 mm or better for a wide range of fluid level
• measurements.
• Net Dimensions: Height: Minimum 700 mm
                             Width: Minimum 630 mm
                             Depth: Minimum 280 mm