Visualisation Streamlines Open Channel

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Visualisation Streamlines Open Channel Specification

Weight
29 Kilograms (kg)

Feature
Highly Efficient

Accuracy
100 %

Dimension (L*W*H)
935 x 690 x 935 Millimeter (mm)

Type
VERTICAL FLOW FROM A TANK

Usage
Laboratory

About Visualisation Streamlines Open Channel

VERTICAL FLOW FROM A TANK

Used to visualise flow around drag bodies and flow phenomena in open channels.

Either a drag body or weir is fixed in the experimental flume. The streamlines are made visible by injecting a contrast medium. The experimental flume is made of transparent material so that the streamlines and the formation of vortices can easily be observed. The water level in the experimental flume can be adjusted via a sluice gate at the inlet and via a weir at the outlet.

There are two weirs and four different drag bodies available for the experiments. A stabiliser ensures an even and non-vortical flow of water.

The experimental unit is positioned easily and securely on the work surface of the base module. The water is supplied. Alternatively, the experimental unit can be operated by the laboratory supply.

The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

Learning Objectives / Experiments

How differently shaped weirs affect the flow
Visualisation of streamlines for flow incident to a weir
Visualisation of streamlines when flowing around various drag bodies

Specification:

Visualisation of streamlines during incident flow and flow around various weirs and drag bodies
Transparent experimental flume
Incident flow demonstrated on two weirs
Demonstration of flow around four different drag bodies contrast medium: ink
Distributor for contrast medium with seven nozzles
Water level in the experimental flume adjustable via sluice gate at the water inlet and weir at the water outlet
Flow straightener for even, non-vortical water inlet
Water supply using base module or via laboratory supply

Technical Data:

Experimental flume
LxWxH: 625x20x150mm
Contrast medium: ink
Injection of the contrast medium
7 nozzles
Tank for water: 12,5L
Tank for ink: 200mL

Drag bodies:

Small cylinder, diameter: 35mm
Large cylinder, diameter: 60mm
Sreamlined body
Guide vane profile

Weirs:

Broad-crested weir
Sharp-crested weir

Dimensions and Weight:

LxWxH: 935 x 690 x 935mm
Weight: approx. 29kg

Precise Laboratory Performance

This open channel system is engineered to deliver highly accurate results, making it ideal for educational and research laboratories that focus on fluid mechanics. Users can trust its vertical flow configuration from a tank to ensure consistency and clarity in visualisation experiments.

Robust Construction and Efficient Operation

With a carefully considered design measuring 935 x 690 x 935 mm and weighing just 29 kg, this equipment combines durability with portability. Its efficient operational design minimizes errors and maximizes throughput, saving valuable time in laboratory workflows.

Reliable Indian Manufacturing

Proudly manufactured, supplied, and exported from India, this open channel meets strict international standards, ensuring global laboratories benefit from its performance and dependability. Its quality craftsmanship guarantees long-term reliability and consistent results.

FAQs of Visualisation Streamlines Open Channel:

Q: How is the Visualisation Streamlines Open Channel typically used in laboratories?

A: This apparatus is primarily used for visualizing fluid flow in open channels, helping students and researchers observe and analyze streamlines and flow patterns under controlled, repeatable laboratory conditions.

Q: What are the benefits of the vertical flow from a tank design?

A: The vertical flow from a tank design ensures optimal fluid distribution and clarity in visualizations, reducing turbulence and providing more accurate results during experiments on fluid behavior.

Q: When should you consider using this equipment?

A: You should use this equipment when precise visualization of fluid streamlines and accurate measurement of flow characteristics are required, particularly in educational and research settings.

Q: Where is the Visualisation Streamlines Open Channel manufactured and supplied from?

A: This product is manufactured, supplied, and exported from India, ensuring it meets both domestic and international laboratory standards.

Q: What is the process for setting up the apparatus for laboratory experiments?

A: The system is easy to set up: simply position the unit on a stable surface, fill the tank with the desired fluid, and adjust the controls to achieve the flow conditions needed for your experiment.

Q: What unique features contribute to its high efficiency and accuracy?

A: Its efficient vertical flow system, robust construction, and precision-engineered dimensions all work together to deliver 100% accuracy, making it highly reliable for advanced laboratory use.

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