Brand: EDIBON | Category: Scientific & Laboratory Equipment

FME22 combines venturi flow measurement, verification of the Bernoulli theorem and a cavitation demonstration in one module. Pressure is read at tappings along a transparent venturi so the energy line can be plotted and the onset of cavitation observed.
| Parameter | Value |
|---|---|
| Pressure manometer range | 0–2.5 bar |
| Vacuum manometer range | −1 to 0 bar |
| Differential manometer range | 0–500 mm |
| Venturi pressure tappings | 6 |
| Unit dimensions | 750 x 400 x 850 mm approx. |
| Unit weight | 10 kg approx. |
Selected data from the model-specific panel on page 17 of the manufacturer LIFLUBA brochure. Unit dimensions and weights are approximate. The hydraulic bench/feed system and other required elements may be supplied separately; confirm the current model, accessories and complete quotation scope. Checked 2026-09-29.
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Back to Scientific & Laboratory Equipment
FME06 reproduces the classic Reynolds experiment. A dye filament is injected into water flowing through a glass tube so laminar, transitional and turbulent flow can be seen and the corresponding Reynolds numbers calculated. A horizontal version, FME31, is also published.
FME19 demonstrates cavitation in a flowing liquid. Water passes through a transparent venturi where the throat pressure is lowered until vapour bubbles form and then collapse downstream, showing the conditions under which cavitation occurs.
FME09 is a small open channel for observing flow patterns. Weirs, gates and obstacles are placed in the transparent channel and dye is injected, so streamlines, the hydraulic jump and flow around bodies can be seen.