Bernoullis Theorem Apparatus

Name: Bernoullis Theorem Apparatus
Brand: Sami Lab Tek
Price: 60000 INR
Availability: InStock

Price 60000 INR/ Piece

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MOQ : 1 Piece

Bernoullis Theorem Apparatus Specification

Application
Fluid mechanics lab

Mounting Type
Floor mounted

Supply Voltage
230 V AC

Venturi Profile Length
Approx. 1 meter

Power Source
Overhead tank

Pipe Diameter
Uniform and converging-diverging

Control Panel
Included

Experiment Type
Bernoulli's theorem

Tank Capacity
Approx. 25 liters

Flow Measurement
Measuring tank

Stand Material
Mild steel finish

Working Fluid
Water

End Connections
Rubber tubing

Nozzle Material
Brass

Make in India
Yes

Transparent Tube Manometer
Included

Number of Pressure Tappings
Seven

Reading Scale
Graduated

Channel Material
Aluminium

Operation
Manual

Water Flow Regulation
Ball valve

Bernoullis Theorem Apparatus Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Bernoullis Theorem Apparatus

Explore our Best-seller, the Bernoullis Theorem Apparatus with Transparent Tube Manometer, trusted by top fluid mechanics labs across India. Buy or Try Now for prodigious results in demonstrating Bernoulli's principle. This apparatus features a 1-meter Venturi profile, seven pressure tappings, and uniform plus converging-diverging pipe diameters for enviable measurement accuracy. Remarked for durability-with a mild steel stand and aluminium channel-this floor-mounted device includes a 25L tank, brass nozzle, and intuitive manual flow regulation. Manufactured in India, it comes with a comprehensive control panel and support for seamless operation, ensuring reliable performance every time.

Operating Guidance & Core Features of Bernoulli's Theorem Apparatus

The Bernoullis Theorem Apparatus is designed for simple manual operation: water flow is regulated by a ball valve, passing through the Venturi tube where pressure is monitored via a transparent manometer. Users-primarily students, researchers, and educators-benefit from seven strategically placed pressure tappings for in-depth analysis. Featuring a graduated reading scale and a robust mild steel frame, the machine is ideal for academic and professional labs to elucidate fluid dynamics principles efficiently.

Packaging, Certifications, and Sample Policy Details

All apparatus units are securely packaged with careful attention to prevent damage during transit, ensuring each component-tank, pipes, manometer-is safely shipped. Packaging conforms to relevant standards, and certifications are provided upon request, assuring quality and compliance. Our sample policy is transparent, helping clients minimize initial expenditure before full procurement. We prioritize your satisfaction, structuring shipments and policies to deliver a smooth purchasing experience with every Bernoullis Theorem Apparatus.

FAQ's of Bernoullis Theorem Apparatus:

Q: How is the Bernoullis Theorem Apparatus installed and set up in a fluid mechanics laboratory?

A: The apparatus is floor-mounted for stability and connects to an overhead tank to supply water. End connections use rubber tubing, and installation is straightforward with the included control panel and graduated reading scale.

Q: What features make this Bernoullis Theorem Apparatus remarked and enviable for academic use?

A: Its transparent manometer, seven pressure tappings, uniform and converging-diverging pipe sections, durable build, and manual operation make it outstanding for insightful fluid dynamics demonstrations and research.

Q: When should the water flow be regulated using the ball valve?

A: Water flow should be regulated via the ball valve prior to starting each experiment to ensure accurate pressure readings and prevent abrupt pressure changes that could affect the data.

Q: Where is the Bernoullis Theorem Apparatus most commonly used?

A: This apparatus is primarily used in university and engineering college fluid mechanics laboratories across India for educational and research purposes.

Q: What is the process for measuring flow and pressure using this apparatus?

A: Set up water flow through the Venturi profile, observe pressure readings from the transparent manometer at each tapping, and measure flow rate using the provided tank and control panel for precise data collection.

Q: What benefit does the included control panel provide to users?

A: The control panel streamlines experiment operation, simplifies data gathering, and enhances user safety, all contributing to more efficient and reliable experimental workflows.

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