Tilting Flow Channel
Glass-sided open channel with adjustable slope for open channel flow experiments.
Parallel pipe runs and fittings tapped for differential pressure across each element.
Pipe runs in several diameters and materials with bends, valves, expansions, and contractions, each tapped so the loss across it is read directly. The module runs from a hydraulic bench the laboratory already owns, or from its own pump set where no bench is in place.
| Specification | Value |
|---|---|
| Pipe runs | Multiple diameters and materials with isolating valves |
| Fittings | Bends, elbows, sudden expansion and contraction, and valve sections |
| Measurement | Manometer bank and differential pressure gauge across tapping points |
| Flow supply | Mounts on a hydraulic bench, or supplied with its own pump and reservoir |
| Flow measurement | Volumetric tank or inline meter, specified per requirement |
| Experiments | Friction factor against flow regime, minor loss coefficients, and network balance |
| Power supply | 220-240 V, 60 Hz, single phase (three phase where the apparatus requires it) |
| Supplied with | Delivery, installation, commissioning, and faculty orientation |
Glass-sided open channel with adjustable slope for open channel flow experiments.
Venturi, orifice, rotameter, and weir sections compared against a volumetric reference.
Floor-standing machine for tension, compression, bending, and shear testing of construction materials.
Hydraulic machine for crushing concrete cylinders, cubes, and cement mortar specimens.
Send the specification your bid documents require and we will match it, quote it, and tell you what happens after delivery.