Tilting flume test rig manufacturer, exporter in Oman, Brazil, Argentina, India

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Tilting Flume Test Rig

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Size:

  • Total Length: 4 Meter
  • Depth: 15 cm
  • Width: 25 cm
  • Test Section: 2.4 Meter

The hydraulic flume should be of size 150mm depth × 250mm wide × 4 meter length, built with extra-strong 75mm × 50mm. Thickness 4mm throughout. MS channel b for strength and rigidity. Both vertical sides are provided with transparent, thick 6mm Perspex for flow visualization at least for 4 4-meter lengths. The 16-gauge M.S. Sheet is nearly fixed to MS angle frame with rubber packing. The upstream and downstream sections are provided with two numbers of fine gates with rack (GM) pinion arrangement for accurate and smooth operation to facilitate varying the discharge and head water. The sides are provided with inverted Tee section (MS) for smooth running of movable hook gauge trolley. The tilting arrangement is provided with a fine arrangement which can be operated very smoothly. The slope of the flume ranges up to ±5 degrees. The tilting arrangement operated by both forward and backward slope settings. For hydraulic, different types of experiments, the accessories should be incorporated, like:

  • Water tank capacity of size 200 Ltr.
  • Discharge measurement tank of size 50 Ltr.
  • Monoblock Centrifugal Pump 2 HP, 3 Phases (Kirlosker Make)

Hook gauge 30cm length fitted on a trolley & arrangement for transverse and longitudinal movement should be supplied. Pipeline to carry water to flume and foot valve at suction end provided.
Centrifugal pump set for supplying water to the flume, provided with epoxy painted inside to prevent rust, hence increasing the life of the tank for total rust protection.

Experiment Consisting of:

  1. To determine Coefficient of roughness n for a given flume.
  2. To calibrate a broad-crested weir and study the pressure distribution at the upstream end of the weir.
  3. To study characteristics of Hydraulic Jump.
  4. To calibrate a vertical fall and to study the effect of cistern length on the energy dissipation.