Venturi Tube for School, Colleges and Universities Purpose.

The Venturi Tube is constructed from transparent PVC, allowing students to observe water flowing through the tube. It features a constricted section and two pressure ports with attached tubing for measuring pressure differences.

The tube connects to a compatible general flow sensor using matching couplers. The sensor measures the pressure difference between the two different cross-sectional areas, while compatible software converts the measured pressure difference into fluid velocity or volumetric flow rate.

The slip-joint connections are designed for installation in a 3/4-inch PVC pipe network using suitable adhesive.

Designed and manufactured by Atico Export to meet the practical requirements of modern fluid mechanics laboratories and educational training facilities.

Working principle :

Water flows through the Venturi Tube, passing from a larger cross-sectional area into a narrower throat. This change in cross-sectional area produces a pressure difference between the two measurement points. A connected general flow sensor measures this pressure difference, and compatible software calculates the fluid velocity or volumetric flow rate.

• Demonstration of the Venturi effect.
• Measurement of fluid velocity in pipe networks.
• Determination of volumetric flow rate.
• Study of pressure differences in different cross-sectional areas.
• Investigation of fluid flow and pressure relationships.

Pipe Size : 3/4-inch Schedule 40

Open-End Inside Diameter : Approximately 2.69 cm

Inlet Area : 3.44 × 10?? m²

Throat Area : 1.24 × 10?? m²

Hose Length : 0.91 m

Connectors : Female Luer Plug and Male Luer Barb

• Transparent PVC construction for visual observation of water flow.
• Constricted section for studying pressure and velocity variations.
• Two pressure ports with attached tubing.
• Compatible with a general flow sensor.
• Matching couplers for sensor connection.
• Slip-joint connections for installation in PVC pipe networks.
• Supports measurement of fluid velocity and volumetric flow rate.