Glass Sided Tilting Flume (WxH: 400x500mm, L=10m)
S1-FM-102
Floor standing unit
Basic principles of open-channel flow
The channel bed is rests on a beam under frame
Experimental flume with experimental section, inlet and outlet element
Closed water circuit smoothly adjustable inclination of the experimental section
For further details, download the complete PDF brochure
Description
Experimental flumes serve as valuable tools for both teaching and research, enablingthestudyanddemonstration of essential open-channel flow phenomena on a laboratory scale. They offer insightsintovarious aspects, including flow regulation through control structures and diverse flowmeasurementtechniques. It boasts a closed water circuit and an experimental section. This section’s side walls areconstructedfrom tempered glass, ensuring excellent visibility during experiments. To maintain durability, allcomponents in contact with water are corrosion-resistant. The inlet design minimizes turbulence when introducing flow into the experimental section. Theflume’sinclination is also adjustable, enabling the simulation of slopes and the creation of uniformflowataconsistent depth. Sturdy structure with a shaker plate. A range of experiment-enhancing accessories, also available. These accessories can beeasilyandsecurely attached to the experimental section’s base, allowing for a comprehensive set of experiments.The experimental flume is equipped with a comprehensive range of functions for measurement, control.
FEATURES
- Floor standing unit
- Basic principles of open-channel flow
- The channel bed rests on a beam under frame
- Experimental flume with experimental section, inlet and outlet element, and closed water circuit
- Smoothly adjustable inclination of the experimental section
- Side walls of the experimental section are made of tempered glass for excellent observation of the experiments
- All surfaces in contact with water are made of corrosion-resistant materials: stainless steel, glass-reinforced plastic, etc.
- Flow-optimized inlet element for low-turbulence entry into the experimental section
- Closed water circuit with water tanks
- The channel bed rests on a beam under frame
- Open channel is supplied with water tanks as supply and drain tanks
- Civil work for Flume base mounting included
- Inlet section with honeycomb is installed to streamline the inlet water
SPECIFICATION
Experimental section
- Effective Length: 10 metres
- W x H: 400mm x 500mm
- Walls: Toughened/Tempered glass over full length
- Material: Glass
- Thickness: 10mm
- idewall stability: < 1.0 mm (typically) at 475mm water depth
- Flume Bed
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- Material: Stainless Steel 304
- Bed stability: <1.0 mm (typically) at 475mm water depth
Inclination
- Adjustment: -0.3° to 0° and 0° to +2.4°
- Motorized inclination
- Controlled from touch screen
Pump
- Max. flow rate: 108 m³/hr
- Max. head: 55m
- Flow measurement: Digitally displayed
Water reservoir tanks
- Material: Reinforced plastic
- Storage tank capacity: 1550 Liters
Pressure Distribution Manometer
- Electronic pressure transducer for measuring and display of water level on software
- Measuring ranges:
- Pressure: 10x 0… 100mbar
Tube Manometer
- Tube manometer: 10x 100…500mmWC
DIMENSIONS
- L x W x H: (12 x 0.7 x 1.5) m
ACCESSORIES
The apparatus comes with a selection of compatible accessories, including:
1) Pitot tube with manometer board
2) Two Vernier level gauges (Hook and point gauges)
3) Flow splitters Weirs with a central wall andvariousnosepieces
4) Sharp and Broad Crested Weirs
5) Crump Weir
6) Ogee Weir
7) Flume Bottom with Pebble Stones/Artificially roughenedbed
8) Wave generator
9) Elements of energy dissipation
10) Wave absorbing beach
11) set of piers
12) Venturi Flume
13) Partial Flume
14) Trapezoidal Flume
15) Sluice gate
16) Radial gate
17) Rake
18) Instrument Carrier
19) Sediment trap section
20) Walkway
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