Key Features
• Compliant with International Standards: Manufactured according to USA, UK, Japan, and Switzerland standards for reliability and accuracy.
• Portable & Corrosion-Resistant Construction: A lightweight and durable fiberglass channel for easy portability and long-lasting performance.
• Variety of Notches: Includes one rectangular and two V-shaped notches for basic experiments, along with two additional weirs for more advanced studies.
• Adjustable Depth Gauge: A precise depth gauge for measuring the water level in the channel to calculate the discharge over the weir.
• Clear Demonstration of Flow Regulation: Designed to clearly show how weirs function as simple flow regulators.
• Digital Hydraulic Bench Compatibility: The apparatus fits perfectly on top of a Digital Hydraulic Bench, allowing for seamless integration with existing setups.
• Molded Tank Design: Features a molded tank with a channel section that facilitates water flow through and over the weir for effective observation of discharge.
• Sealed Weir Groove: Each weir fits securely into a sealed groove in the channel section to ensure consistent water flow measurements.
• Deep Tank Exit: Water exits through the deep tank section, providing a clear view of the discharge process.
• Beam with Depth Gauge: A beam across the channel holds the adjustable depth gauge, allowing students to measure the free water surface accurately

Technical Specifications
• Rectangular Notch Weir:
   • Depth: Minimum 100 mm
   • Width: Minimum 30 mm
• V-Notch Weirs:
   • One with depth 100 mm (min.) and a 30° angle.
   • One with depth 100 mm (min.) and a 90° angle.
• Cipoletti Notch Weir:
   • Depth: Minimum 100 mm
   • Top Width: Minimum 30 mm
   • Base Width: Minimum 25 mm
   • Thickness: Minimum 3 mm
• Linear Head/Flow Notch Weir:
   • Thickness: 3 mm
   • Depth: Minimum 85 mm

• Channel Dimensions:
   • Minimum: 225 mm x 175 mm x 300 mm
• Additional Accessories:
   • Silicon grease, tubing, pipe clips
   • Printed operation manual for easy setup and guidance