Reynolds Number Apparatus

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MOQ : 1 Unit

Reynolds Number Apparatus Specification

Voltage
230V AC

Feature
Visualization of Flow Profile, Precise Flow Regulation, Detachable Components, Transparent Duct for Observation

Power Source
230V AC (for Dye Pump, if equipped)

Accuracy
1% (for flow measurement)

Frequency
50 Hz

Model No
RN-APP-2024

Temperature Range
Ambient (typically 10C - 40C)

Measurement Range
Reynolds number from 400 to 4000 (Laminar to Turbulent Transition)

Capacity
30 Litres (Water Tank)

Automation Grade
Manual

Core Components
Water Tank, Perspex Tube, Dye Injection System, Flow Control Valve, Measuring Cylinder, Overflow Arrangement

Equipment Materials
Stainless Steel, Borosilicate Glass, Acrylic, PVC Piping

Type
Educational Lab Equipment

Usage
To Demonstrate Laminar, Transitional, and Turbulent Flows (Reynolds Experiment)

Display Type
Manual Flow Visualization

Dimension (L*W*H)
900 mm x 300 mm x 500 mm (Approx.)

Weight
Approximately 18-22 kg (depending on setup)

About Reynolds Number Apparatus

Grab the in-demand Reynolds Number Apparatus (Model No: RN-APP-2024), designed for top educational labs. This noteworthy setup features a transparent acrylic Perspex tube for unbeatable flow visualization, while its fine capillary dye injector ensures sterling precision. The anti-spill edges, stable stand, and corrosion-resistant finish highlight key safety and durability aspects. Visualize laminar, transitional, and turbulent flows effortlessly. With comprehensive manuals, worksheets, low-noise pump (optional), smooth inlets/outlets, detachable components, and precise measuring tools, this apparatus stands out for accurate and engaging demonstration of Reynolds' experiment. Manufacturer and exporter from India.

Advantages & Features of Reynolds Number Apparatus

This premium Reynolds Number Apparatus offers remarkable visualization of fluid flow profiles, enabling both educational and research excellence. Its transparency and sturdy build facilitate direct observation for students and professionals alike. Additional advantages include easily detachable components, advanced dye injection for precise experiments, and anti-spill tank edges. Commercially, it finds utility in university labs, industrial training centers, and technical institutes due to its durability and reliable measurement range from 400 to 4000, covering laminar to turbulent regimes.

Sample Policy and Certifications for Reynolds Number Apparatus

We provide a premium sample policy: samples are available upon formal request and an affordable asking price. All apparatus units arrive certified for quality, complying with educational and safety standards. Clients may initiate the sample arrival process by contacting our support team, ensuring prompt delivery and transparency. Certifications and compliance details are readily available, underscoring our commitment to sterling assurance in manufacturing and exporting world-class educational laboratory equipment.

FAQ's of Reynolds Number Apparatus:

Q: How does the Reynolds Number Apparatus help in visualizing different flow types?

A: The apparatus uses a transparent Perspex tube and dye injection to make laminar, transitional, and turbulent flows easily observable, allowing users to directly see the changes in flow regime during the experiment.

Q: What measurement range does the apparatus cover for Reynolds number?

A: It accurately measures Reynolds numbers from 400 to 4000, making it suitable for demonstrating the full transition from laminar to turbulent flow.

Q: Where can the Reynolds Number Apparatus be used most effectively?

A: It is best suited for educational laboratories, technical institutes, and training centers needing hands-on visualization of fluid dynamics principles.

Q: What are the core components and materials of this apparatus?

A: The main components include a clear Perspex tube, dye injection system, water tank (30 liters), flow control valve, measuring cylinder, and overflow arrangement. It is made from stainless steel, borosilicate glass, acrylic, and PVC piping.

Q: How is flow measured and controlled within this apparatus?

A: Flow is measured using a graduated measuring cylinder to calculate volume versus time, while the included flow control valve enables precise adjustment for accurate and repeatable experiments.