SSR240909B01 Glass Sided Tilting Flume with Accessories Fluid Mechanics Teaching Equipment

SSR240909B01 Glass Sided Tilting Flume with Accessories Fluid Mechanics Teaching Equipment

Specifications:

Channel with length of 10 meters, Width 400 mm and depth 500 mm is designed for studying the hydraulic flow phenomena. The channel bed is rests on a beam under frame. The channel sides are made of tempered/toughened/ reinforced glass of at least 5mm thickness fixed to a sturdy structure with a shaker plate. Flume bed is made of steel or glass. The open channel flume acts as a close water cycle as the open channel is supplied with water tanks as supply and drain tanks and a high-power pump of 30 to 50-meter head. Circulating pump with a flow rate of at least 100 m3/hr. Lifting Jack incline the flume from 0° to 2.4° tilting using their control panels or software. Storage tank has adequate water(1000-1500liters) and tanks are made from stainless steel or reinforced plastic. Pitot tube with manometer board for measurement of flow velocity and various channel sections. Flow measurement: flow digital display. Stainless steel Vernier hook and point gauge. Basic weir plate with stainless steel 60˚V notch and rectangular notch weir attachment, Sharp crested weir, Broad crested weir, sharp edges. Crump weir, Trapezoidal weir and ogee weir. Flume Bottom with Pebble Stones and wave generator with gear box. Elements of energy dissipation include one chute block, two baffle blocks with five rectangular blocks, one baffle block with five triangular blocks, and two end sills with different height. Set of beaches including impermeable plain beach, impermeable rough beach, and beach with permeable surface. The set of piers include rectangular, circular, square with pier holder with clamping device for the mounting of piers into the experimental flume. Flow measuring flumes (Venturi, partial and trapezoidal flume). Computer control: this includes pump speed, tilting, display of pressure distribution and computer interface unit for key data acquisition and software for control by computer. PC unit with specifications, core i9 13th generation 64GB ram, screen 19inches , ITB HDD/SSD for controlling flume and power extension with wire (7/36) at least 20feet  for connection of computer.  

• Flume section of tempered or toughened glass   
• Tempered glass thickness (mm)   10mm
• Flume length (m)   10m
• Width and depth of flume (mm)  Width 400 mm, depth 500 mm 
• Titling of flume angle   Tilt 0° to 2.4° continuously adjustable
• Sump/storage tanks capacity: 1000liters   
• Maximum flow rate (L/s)   30L/s
• List of weirs (mention all weirs provided with flume) Basic weir plate with stainless steel 60˚V notch and rectangular notch weir attachment

Peak Weir

Wide crested weir

Sharp edge. Crump Weir

Trapezoidal weir

Ogeek Weir.

• Flow measuring flumes (Venturi, partial and trapezoidal flume) included
• Elements for energy dissipation as mentioned in specification

1. i) chute blockincluded
2. ii) two baffle blocks with five rectangular blocksincluded

iii) one baffle block with five triangular blocks included

1. iv) two end sills with different heightincluded

• Control Structures (Sluice grate, radial gate, rake)   included
• Wave Generator with gear box   included
• Level gauges with the instrument carrier module   
• Flume Bottom with Pebble Stones   
• Pressure sensors and manometer  10 pcs
• Instrument Carrier   
• System for Data Acquisition and Automation   

The operating data is collected and displayed through the touch screen to control the actions of related electronic control components.

Software for control by computer  included

The operation data can be displayed and the equipment can be controlled through the host computer software.

PC unit specification  included

I5-12500,16g,512g,24-inch monitor

Portable Power extension for connecting computer included

Experiment list

• together with optionally available models
• uniform and non-uniform discharge
• flow formulae
• flow transition (hydraulic jump)
• energy dissipation (hydraulic jump, stilling basin)
• flow over control structures: weirs (sharp-crested, broad-crested, ogee-crested)
• flow over control structures: discharge under gates
• flow-measuring flumes
• local losses due to obstacles
• transient flow: waves
• vibrating piles
• sediment transport