Bernoulli's Theorem And Implications

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Bernoulli's Theorem And Implications Specification

Feature
Highly Efficient

Warranty
1 year

Accuracy
100 %

Equipment Materials
stainless steel

Type
KIT TO STUDY THE BERNOULLI'S THEOREM AND IMPLICATIONS

Usage
Laboratory

About Bernoulli's Theorem And Implications

KIT TO STUDY THE BERNOULLI'S THEOREM AND IMPLICATIONS

Lightweight support frame in anodized aluminum, square shape 19X19X2 mm, which fixes a floor of PVC ivory coluore dimensions: mm 850 x 400 x 125h
A series of 11 piezometric tubes (outer diameter 8 mm, thickness 2 mm and height 470 mm) mounted on a vertical platform integral with the main frame piezometric tubes must be pressurized to increase the range of flow

Gauge:

AISI 304 stainless steel box.
Contact sides: brass / copper alloy.
Nominal diameter: 63 mm.
Measuring range: 0 to 1.6 bar.
Accuracy class: 1.
Inlet tank connected to the supply pump located on the Hydraulics Bench in transparent plexiglass outer diameter 100 mm, thickness 5 mm, height 625 mm equipped with vertical scale to measure the water free level with respect to the axis of the Bernoulli channel the tank should be connected to the pump with a flexible tube.
Outlet tank connected to a discharge valve made of plexiglass transparent outer diameter 100 mm, thickness 5 mm and height 625 mm equipped with vertical scale to measure the water free level with respect to the axis of the Bernoulli channel the discharge valve shall allow an optimum degree of flow regulation.

Bernuolli channel:

Transparent plexiglass tube with convergent - divergent internal profile ( maximum diameter of 16mm and minimum diameter of 7 mm) provided with 11 probes to be connected to the piezometric tubes the tub shall be connected to the two tanks.
Ink injection system composed by a needle inserted into an appropriate housing in the feed cylinder feeding tank located at the upper end of the cylinder itself.
Venturi tube made of transparent plexiglas with three sections: a converging section length 50 mm, should have an inner diameter variable from 20 to 10 m a constant one length 100 mm,should have an inner diameter of 20 mm a divergent one lenght 100mm, a variable inner diameter from 10 to 20 mm.
Unit for the study of the head losses in pipes should be composed of three sections of pipes of different diameter and construction.
One with constant profile of 14 mm Int.
One with constant profile of 10 mm Int.
One with a sharp widening, or restriction of the section located in the middle; inner diameters 14 and 10 mm.
The test tubes shuldo be fitted with a pressure probes at each.
The tube of variable section shuld be provided with two additional pressure probes where the diameter changes.

Robust Stainless Steel Construction

Crafted from high-quality stainless steel, the study kit delivers remarkable longevity and robustness, making it a reliable choice for heavy, repetitive laboratory usage. Its corrosion-resistant material ensures consistent performance over extended periods, even with frequent exposure to fluids and cleaning agents.

Unmatched Precision and Accuracy

Engineered for laboratory excellence, the Bernoullis Theorem Study Kit achieves 100% accuracy in demonstrating fluid dynamics. Its precise calibration and design make it indispensable for students, researchers, and educators seeking exact results during experiments and practical demonstrations.

FAQs of Bernoullis Theorem And Implications:

Q: How is the Bernoullis Theorem Study Kit used in laboratory experiments?

A: The kit is specifically designed to help students and researchers investigate the principles of Bernoullis Theorem by observing fluid flow through various apparatus parts under controlled conditions. It provides hands-on experience with accurate readings and detailed measurements in a laboratory environment.

Q: What features contribute to the kits high efficiency and accuracy?

A: The kits high efficiency stems from its streamlined design, durable stainless steel construction, and precision-engineered components. Its 100% accuracy is assured through meticulous calibration, enabling reliable and repeatable laboratory experiments.

Q: When should the Bernoullis Theorem Kit be incorporated into the academic curriculum?

A: This kit is most effective when introduced during advanced secondary, undergraduate, or postgraduate studies in physics, fluid mechanics, or engineering labs. It is ideal for practical sessions complementing theoretical lessons on fluid dynamics.

Q: Where is the kit manufactured and supplied from?

A: The Bernoullis Theorem Study Kit is manufactured, exported, and supplied from India by a reputable company well-versed in providing scientific laboratory equipment to both domestic and international institutions.

Q: What is the process to conduct an experiment using this kit?

A: Begin by assembling the stainless steel components as per the provided manual. Introduce fluid at the recommended flow rates and use the kits measurement devices to record pressure and velocity changes at various points to observe Bernoullis effect. Detailed guides are included with the kit for accurate procedure.

Q: What are the main benefits of using the Bernoullis Theorem Study Kit in the lab?

A: The kit provides clear, accurate demonstrations of theoretical concepts, offering hands-on experience and reinforcing learning. Its durable construction, precise results, and 1-year warranty make it an excellent long-term investment for educational and research applications.

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