Description

Brand: Tecquipment

Model: H6

Country of Origin: United Kingdom

Manufacturer: United Kingdom

Features:

• A tank and set of notch wiers for the study of flow regulation and measurement devices
• Portable, corrosion-resistant glass-fibre channel for ease of use and long life
• Should include one rectangular and two V-shaped notches for basic experiments
• Two additional weirs should be included for more advanced experiments
• Adjustable depth gauge for precise measurement of water level
• The apparatus should show clearly the use of weirs as simple flow regulators
• It should work with and fit on the top of a Digital Hydraulic Bench
• It should allow students to do tests on relationships between upstream water level and weir discharge for different shaped notches
• The equipment should be a moulded tank, the middle section of which forms a channel
• One end of the tank should be wide and the other end should be deeper than the rest of the tank
• Each weir should fit in a sealed groove in the channel section
• Water should flow through the channel and over the weir, where the deep tank exit allows students to see the discharge
• Students should be able to measure the free water surface using an adjustable depth gauge attached to a beam across the channel

Experimental Capabilities:

• Comprehensive study of flow over weirs, including:
• Investigation of head against discharge
• Coefficient of discharge
• Rectangular and different angled V-notches

Technical Parameters:

• Rectangular Notch Weir Depth: Minimum 100mm
• Rectangular Notch Weir Width: Minimum 30mm
• V Notch Weir:
• One of depth 100mm (min.) and 30° angle
• One of depth 100mm (min.) and 90° angle
• Cipoletti Notch Weir:
• Depth 100 mm (min.), width at top of notch 30 mm (min.), width at base of notch 25 mm (min.) and thickness 3mm (min.)
• Linear Head/Flow Notch Weir:
• 3mm thickness and 85mm depth (min.)
• Channel dimension: Minimum 225mm x 175mm x 300mm
• Required accessories: Silicon grease, tubing, pipe clips and Printed operation manual

Hydraulics Data Management System Software:

• Simple software tool for manual data entry and recording of data for hydraulics experiments
• Intuitive and easy-to-use, with clear, customisable display and layout options
• Automatic calculation, charting and data export for efficient use of students? and lecturers? Time
• Recording data manually
• Display of data in digital form or as an analogue meter
• Logging of data for printing and later analysis
• Export of data to Excel
• Perform calculations of recorded data
• Create charts with live updates as data is entered