Spillway
Product Code : LSK-FM-10441
Spillway (SKU LSK-FM-10441) is a four-part model spillway used to observe and calculate flow and energy dissipation over spillways in the hydraulics laboratory. Interchangeable downstream sections let students compare how different end treatments handle the high-velocity flow leaving a dam. It serves civil and water resources engineering practicals at degree and diploma level. Science Lab Supplies builds this model at its factory in Saha, Ambala (Plot 448, HSIIDC Industrial Area, India) and supplies colleges, contractors and distributors without a trading layer in between.
Specifications
The model comes in four parts: the spillway itself, a detachable ski jump, a plain apron and a removable toothed block. Changing the downstream arrangement lets the same spillway show different ways of dissipating energy, and it can also be combined with the Energy Dissipation model to widen the experiment range.
| Parameter | Value |
|---|---|
| SKU | LSK-FM-10441 |
| Parts | Spillway, detachable ski jump, plain apron, removable toothed block |
| Studies | Flow over spillways; energy dissipation |
| Can be combined with | Energy Dissipation model |
| Manufacturer | Science Lab Supplies, Saha, Ambala, Haryana |
| Country of origin | India |
Applications and Experiments for the Spillway
Students run water over the spillway, observe the flow profile and measure depths upstream and downstream to calculate discharge and the energy lost. Swapping the ski jump for the plain apron, with or without the toothed block, shows how each arrangement changes the jet and the hydraulic jump below the structure.
- B.Tech / B.E. civil engineering: discharge and flow profile over an overflow spillway.
- Energy dissipation below spillways: ski jump against apron with toothed block.
- Diploma water resources courses: flow patterns at dam outlets.
Standard Scope of Supply
Each spillway set comprises four parts: the spillway, the detachable ski jump, the plain apron and the removable toothed block. The Energy Dissipation model and the flow channel the spillway is tested in are separate items; optional accessories are listed on the quotation.
Packing, MOQ and Lead Time
One spillway or a set for several channels can be quoted, and the quotation will list the packing, delivery time and price for that quantity. Weirs, gates and other engineering lab equipment in India from the same range may be added.
Holding an Importer-Exporter Code, Science Lab Supplies can ship to buyers in Rwanda, South Africa, Qatar, Sri Lanka, Vietnam and Malaysia. Put the model in the enquiry cart, message the team from the contact page, or read about tender supply on the lab tender page.
Frequently Asked Questions
What parts does the spillway model include?
Four: the spillway, a detachable ski jump, a plain apron and a removable toothed block, which together allow several downstream arrangements to be compared.
What is the toothed block for?
It sits on the plain apron to break up the fast flow leaving the spillway, so students can compare energy dissipation with and without it and against the ski jump.
Is Science Lab Supplies the manufacturer or a trader?
It manufactures the model. Every spillway is made in the company's factory in Saha, Ambala, India, and the quotation is issued there, not by an agent.
Can the spillway be used with other models?
Yes. It can be used with the Energy Dissipation model to extend the range of experiments, and both can be quoted together.
Related Open Channel Models
Spillway tests sit within a wider open channel course. These four Fluid Mechanics items cover flow measurement over weirs, flow under gates, automatic level control and rough-bed flow in the same channel.
- Notched Weirs — rectangular, V and Cipoletti notches in one holder.
- Sluice Gate with Tappings — gate with ten face tappings.
- Self-Regulating Siphon — clear acrylic siphon with self-adjusting discharge.
- Roughened Beds - Gravel — weighted gravel flume beds in two grades.
Browse the full Fluid Mechanics range or all engineering laboratory equipment.
Last updated: 25 September 2026
